Digital PDFs

AH-T799A-MC

April 1984

241 pages

Original

107MB

view download

OCR Version

126MB

view download

Document:	CZDHWA0 DHU11 DHU-11 FUNC TST PART 3 APR 1984 bw
Order Number:	AH-T799A-MC
Revision:	000
Pages:	241
Original Filename:	CZDHWA0__DHU11__DHU-11_FUNC_TST_PART_3__AH-T799A-MC__APR_1984_gray.pdf

OCR Text

DHU11

Made

USA

DHU-11 FUNCTIONAL

PROGRAM DOCUMENT

VERIFICATION

MACRO M1200
’

12-DEC-83

16:16

PAGE

Bl
2

.REM &

IDENTIFICATION
PRODUCT CODE:

AC-T798-MC

PRODUCT NAME:

CZDHWAO DHU-11 FUNC

PRODUCT DATE:

15 DEC

MAINTAINER:

ENE

AUTHOR :

ANTHONY HART

TST PART3

1983

- DIAGNOSTICS GROUP

MODIF (ED BY:

THE INFORMATION IN THIS DOCUMENT IS

SUBJECT

CHANGE WITHOUT

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

THE
USE
SUPPLIED

OR
BY

RELIABILITY
OF
DIGITAL
OR ITS

THE FOLLOWING ARE

DIGITAL

DEC

TRADEMARKS OF DIGITAL EQUIPMENT CORPORATION:

PDP

DECUS

UNIBUS

DECTAPE

MASSBUS

DMU-11 FUNCTIONAL VERIFICATION
PROGRAM DOCUMENT

MACRO M1200

12-DEC-83 16:16

PAGE 3

sssss MODIFICATION HISTORY ssses
ORIGINAL RELEASE:

1S DEC 1983

ANTHONY HART

EQ
2

DHU-11 FUNCTIONAL VERIFICATION
PROGRAM DOCUMENT

MACRO M1200

12-DEC-83 16:16

GENERAL PROGRAM CONSIDERATIONS
PROGRAM ABSTRACT
SYSTEM REQUIREMENTS
RELATED DOCUMENTS AND STANDARDS
DIAGNOSTIC HIERARCY PREREQUISITES
ASSUMPTIONS

OPERATING INSTRUCTIONS
OMMANNS
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 SWITCH (/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 ADD COMMAND
DROP COMMAND
EFFECT OF DROP COMMAND

Ou&uuuNNNNNNNNNNNNNNNNNN!\’NNNNNN!\)NNNNNN!\J!\)!\)!\)!\)Nrflr:-0-:-00COONHORNO NS LRI R LR LR AR AR LR RR AL RRRRRBUWUNHOND WNHO
s
FF#FOOO#OU.bOUEflMNNNNPF‘O‘H#P
&usrwoo'
N = W BB W

TABLE OF CONTENTS

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 TUARE 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 4

SEQ 3

DHU-11 FUNCTIONAL VERIFICATION
PROGRAM DOCUMENT

MACRO M1200

12-DEC-83 16:16

1.0

GENERAL PROGRAM CONSIDERATIONS

1.1

PROGRAM ABSTRACT

PAGE S

CZDHWAO IS PART OF THE DHU-11 FUNCTIONAL VERIFICATION TEST.
THIS PART OF

THE TEST PERFORMS EXTENSIVE DATA TRANSMISSION AND

RECEPTION TESTS.
THIS PART ALSO INCLUDES A KEYBOARD ECHO AND
MODEM LOOPBACK TEST.
THIS DIAGNOSTIC HAS BEEN WRITTEN FOR USE WITH THE DIAGNOSTIC

RUNTIME SERVICES SOFTWARE (SUPERVISOR).
THESE SERVICES PROVIDE
THE INTERFACE TO THE OPERATOR AND TO THE SOF TWARE ENVIRONMENT.

THIS PROGRAM CAN BE USED WITH XXDP+, ACT, APT, SLIDE AND PAPER
TAPE.
FOR A COMPLETE DESCRIPTION OF THE RUNTIME SERVICES, REFER
TO THE XXDP+ USER'S MANUAL.
THERE IS A BRIEF DESCRIPTION OF
THE RUNTIME SERVICES IN THE OPERATING INSTRUCTIONS -COMMANDS

OF THIS DOCUMENT.

1.2

SYSTEM REQUIREMENTS
THE FOLLOWING HARDMARE IS REQUIRED TO RUN THE DHU FVT:

UNIBUS PROCESSOR WITH AT LEAST 32K BYTES OF MEMORY,

DHU BOARDS INSTALLED ON THE UNIBUS.
APPROPRIATE PROGRAM LOAD DEVICE SUPPORTING XXDP+
MEDIA OR A DOWN LINE LOADING SYSTEM.

1.3

RELATED DOCUMENTS AND STANDARDS
0

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

SEQ 4

DHU-11 FUNCTIONAL VERIFICATION

MACRO M1200

PROGRAM DOCUMENT

1.4

PAGE 6

DIAGNOSTIC HIERARCY PREREQUISITES

THE PROCESSOR,

THE UNIBUS,

THE SYSTEM MEMORY,

AND THE LOAD MEDIA ARE ASSUMED

BEFORE THIS PROGRAM IS RUN.

1.5

12-DEC-83 16:16

ASSUMPTIONS

THE CONSOLE TERMINAL

TO HAVE BEEN TESTED AND FOUND WORKING

SEQ S

DHU-11 FUNCTIONAL VERIFICATION
PROGRAM DOCUMENT

2.0

MACRO M1200

12-DEC-83 16:16

PAGE

SEQ 6

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

2.1

COMMANDS
THERE ARE ELEVEN LEGAL COMMANDS FOR THE DIAGNOSTIC RUNTIME SERVICES

(SUPERVISOR).
THIS SECTION LISTS THE COMMANDS AND GIVES A VERY
BRIEF DESCRIPTION OF THEM.
THE XXDP+ USER'S MANUAL HAS MORE DETAILS.

COMMAND

EFFECT

START
RESTART
CONTINUE
PROCEED

START THE DIAGNOSTIC FROM AN INITIAL STATE
START THE DIAGNOSTIC WITHOUT INITIALIZING
CONTINUE AT TEST THAT WAS INTERRUPTED (AFTER tC)

EXIT

ADD

DROP

DISPLAY
FLAGS

ZFLAGS

CONTINUE FROM AN ERROR HALT

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

ACTIVATE A UNIT FOR TESTING (ALL UNITS ARE

CONSIDERED TO BE ACTIVE AT START TIME

DEACTIVATE A UNIT

PRINT STATISTICAL INFORMATION (IF IMPLEMENTED

BY THE DIAGNOSTIC - 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 BY THE FIRST THREE CHARACTERS
YOU MAY, FOR EXAMPLE, TYPE "“STA” INSTEAD OF “STAR
MORE INFORMATION CAN BE FOUND WITHIN THE SECTION LABELLED
EXTENDED COMMAND SYNTAX

2.2

SWITCHES
THERE ARE SEVERAL SWITCHES WHICH ARE USED TO MODIFY SUPERVISOR OPERATION.
THESE SWITCHES ARE APPENDED TO THE LEGAL COMMANDS.
ALL OF THE LEGAL

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

/TESTS:LIST

EXECUTE ONLY THOSE

THE LIST.

TESTS SPECIFIED IN

LIST IS A STRING OF TEST

NUMBERS, FOR EXAMPLE

- /TESTS:1:5:7-10.

THIS LIST MWILL CAUSE TESTS 1,5,7,8,9.,10 TO

DHU-11 FUNCTIONAL VERIFICATION
PROGRAM DOCUMENT

MACRO M1200

12-DEC-83 16:16

/PASS : DDDDD
/FLAGS:FLGS

/EOP :DDDDD
ZUNITS:LIST

PAGE 8

SEQ 7

BE RUN.
ALL OTHER TESTS WILL NOT BE RUN,
EXECUTE DDDDD PASSES (DDDDD = 1 TO 64000)
SET SPECIFIED FLAGS.SEE THE FLAGS SECTION
OF THIS DOCUMENT.

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

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

EXAMPLE OF SWITCH USAGE:
START/TESTS:1-5/PASS:1000/E0P:100
THE EFFECT OF THIS COMMAND WILL BE: 1) TESTS 1 THROUGH 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.

SWITCH CAN BE RECOGNIZED BY THE FIRST THREE CHARACTERS.

FOR EXAMPLE,

TYPE

“/TES:1-5" INSTEAD OF

“/TESTS:1-5".

YOU MAY,

gELOH IS A TABLE THAT SPECIFIES WHICH SWITCHES CAN BE USED BY EACH
TESTS

PASS

FLAGS

EOP

UNITS

DHU-11 FUNCTIONAL VERIFICATION

PROGRAM DOCUMENT

2.3

MACRO M1200

12-DEC-83 16:16

PAGE 9

SEQ 8

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

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

FLAG

EFFECT

HOE

HALT ON ERROR - CONTROL IS RETURNED TO

LOE

LOOP ON ERROR

RUNTIME SERVICES COMMAND MODE

IER«
IBRe

INHIBIT ALL ERROR REPORTS
INHIBIT ALL ERROR REPORTS EXCEPT
FIRST LEVEL
(FIRST LEVEL CONTAINS
ERROR TYPE, NUMBER, PC, TEST AND UNIT)

IXRe

INHIBIT EXTENDED ERROR REPORTS (THOSE

CALLED BY PRINTX MACRO'S)

PRI
PNT
BOE
UAM
ISR

DIRECT MESSAGES TO LINE PRINTER
PRINT TEST NUMBER AS TEST EXECUTES
“BELL” ON ERROR
UNATTENDED MODE (NO MANUAL INTERVENTION)
INHIBIT STATISTICAL REPORTS (DOES NOT

APPLY TO DIAGNOSTICS WHICH DO NOT SUPPORT

STATISTICAL REPORTING)

IDR
ADR

INHIBIT PROGRAM DROPPING OF UNITS
EXECUTE AUTODROP CODE

LoT
EVL

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

¢SEE

THE ERROR

SEE THE XXDPe+ USEP'S MANUAL FOR
SPECIFY MORE THAN ONE FLAG WITH
TO CAUSE THE PROGRAM TO LOOP ON
AND TYPE A “BELL” ON ERROR, YOU
/FLAGS:LOE: IER:BOE

INFORMATION SECTION OF

THIS DOCUMENT.

MORE DETAILS ON FLAGS.
YOU MAY
FOR EXAMPLE,
THE FLAG SWITCH.
ERROR, INHIBIT ERROR REPORTS
MAY USE THE FOLLOWING STRING:

DHU-11 FUNCTIONAL VERIFICATION
PROGRAM DOCUMENT

2.4

MACRO M1200

12-DEC-83

16:16

PAGE

SEQ 9

EXTENDED COMMAND SYNTAX

2.4.1

START COMMAND

L4080 0000000000000RRRRRRAAAAERAAAAAALAAAAAAARSRRERRRAARAS

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

P
Yy
Y Y
Y
Y
Y P PP PP YTy Y

2.4.1.1
OF

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

<TEST-LIST> IS A SEQUENCE OF DECIMAL NUMBERS (1:2 ETC.) OR RANGES

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

SEPERATED BY COLONS,

THAT SPECIFY

THE TESTS TO BE EXECUTED.TESTS WILL BE
EXECUTED
IN
NUMERICAL
ORDER
REGARDLESS
OF
THE ORDER OF SPECIFICATION.
THE DEFAULT IS TO EXECUTE
ALL TESTS.
ON THIS AND
ALL
SWITCHES,
THE
ANGLE
BRACKETS
<>
ARE
PUNCTUATION
USED
IN
THE DEFINITION ONLY, AND ARE NOT TO BE TYPED BY
;E%T(I’&EJRATM.

2.4.1.2

SEE

EXAMPLE

END

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

“EFFECT

START

COMMAND”

<PASS-CNT> IS A DECIMAL NUMBER INDICATING THE DESIRED
NUMBER
OF
PASSES.
A
PASS
IS
DEFINED AS THE EXECUTION OF THE FULL DIAGNOSTIC

(ALL SELECTED TESTS).THE DEFAULT IS
NON-ENDING
EXECUTION.
1IN
THIS
CASE,
EXIT
FROM
THE
PROGRAM
IS
ACCOMPLISHED
EITHER
BY TYPING A
CONTROL/C OR BY OCCURANCE OF AN ERROR WITH
THE
HALT
ON
ERROR
FLAG
BEING
SET.
THE EXIT IS A RETURN TO COMMAND MODE.
SEE EXAMPLE AT END
OF “EFFECT OF START COMMAND" SECTION.

2.4.1.3

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

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

THE FOLLOWING VALUES:

HOE
LOE

IER
IBE
IXE
PRI
PNT
BOE
UAM

ISR

HALT ON ERROR, CAUSING COMMAND MODE TO
BE ENTERED WHEN AN ERROR IS ENCOUNTERED.
LOOP ON ERROR, CAUSING THE DIAGNOSTIC TO
LOOP CONTINUOUSLY WITHIN THE SMALLEST
DEFINED BLOCK OF CODING (SEGMENT, SUBTEST,
OR TEST) CONTAINING THE ERROR.
INHIBIT ERROR REPORTING.
INHIBIT BASIC ERROR REPORTS.
INWMIBIT EXTENDED ERROR REPORTS.
DIRECT 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).
INHIBIT STATISTICAL REPORTS.

DHU-11 FUNCTIONAL VERIFICATION

PROGRAM DOCUMENT

IDU

MACRO M1200

12-DEC-83 16:16

PAGE

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

LOT
THE FLAGS NAMED OR EQUATED TO 1

ARE

SET,

THOSE

IK1
11

SEQ 10

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 INDICATING

PASSES)

2.4.1.5

EFFECT OF START COMMAND -

HOW

OFTEN

(IN

TERMS

DESIRED THAT THE END OF PASS MESSAGE BE PRINTED.

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

SEE EXAMPLE AT END OF
:

THE EFFECT OF THE START
COMMAND
IS
PARAMETER
DIALOGUE,
THE
SOFTWARE

INITIALIZATION QUESTIONS,

THE

"EFFECT OF

70O
INITIATE
THE
HARDWARE
PARAMETER
DIALOGUE,
THE

AND THEN THE DIAGNOSTIC COMMENCES TESTING.

THE HARDWARE PARAMETER DIALOGUE COMMENCES WITH

THE

QUESTION

UNITS
(D)
2"
TO
WHICH THE OPERATOR SHOULD REPLY WITH THE NUMBER OF
UNITS TO BE TESTED.
FOLLOWING THIS
ARE
THE
QUESTIONS
WHEREBY
THE
P-TABLES

THEMSELVES ARE BUILT.

EACH P-TABLE IS A CORE-RESIDENT TABLE

CONTAINING ALL THE HARDMWARE INFORMATION
FOR
ONE
COMPLETE
UNIT.EACH
QUESTION
IS
FOLLOWED
BY
THE
RESPONSE
RADIX (D FOR DECIMAL, B FOR
BINARY, O FOR OCTAL, L FOR YES/NO)
IN
PARENTHESES
AND
THE
DEFAULT
VALUE

AFTER

THE

PARENTHESES.

FOR

THE

ACTUAL

HARDWARE

QUESTIONS SEE THE “HARDWARE PARAMETERS” SECTION.
FOLLOWING THE HARDWARE QUESTIONS ARE THE

SOFTWARE

P-TABLE

QUESTIONS

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,

CONSISTING OF TESTS 1,3,
<FLAG>

AND 4.

AND SAYING <FLAG=1>.

WITH

EACH

PASS

IS MEANINGFUL

ONLY

THERE IS NO DIFFERENCE BETWEEN SAYING

THE NOTATION <FLAG=0>

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.

DHU-11 FUNCTIONAL VERIFICATION

MACRO M1200

PROGRAM DOCUMENT

2.4.2

RESTART COMMAND

12-DEC-83

16:16

PAGE

SEQ@

Ty
Y Y
Y Yy Yy Y Y PP P P PP PPy Yy

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

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

T
YV Y Y P P Y P Y YT Y

2.4.2.1

TESTS,

PASS,

<TEST-LIST>,
COMMAND.

AND FLAGS SWITCHES

<PASS-CNT>,

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-S5, &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 NUMSER
INDICATES

THE
POSITION
OF
THE
P-TABLE
AS
THE
DATA
WAS ENTERED DURING THE
HARDWARE DIAGLOGUE.
THE UNITS WHICH ARE SELECTED MUST NOT
HAVE
BEEN

OROPPED
BY
THE
DROP
COMMAND.
SEE
THE DISCUSSION OF ADD AND DROP
COMMANDS BELOW.
DEFAULT IS TO TEST ALL
UNITS
WHICH
HAVE
NOT
BEEN
DROPPED BY A DROP COMMAND.

2.4.2.3

EFFECT OF RESTART COMMAND

THE RESTART COMMAND DIFFERS FROM THE START COMMAND

P-TABLES
ARE USED,

THAT

THE

FROM
THE
PREVIOUS START COMMAND (THERE MUST HAVE BEEN ONE)
INSTEAD OF NEW ONES BEING BUILY.
THE
UNITS
SWITCH
SHOULD

NOT
BE
USED WITH THIS PROGRAM.
THE SOFTWARE DIALOGUE MAY OPTIONALLY
BE REEXECUTED (OPERATOR WILL BE ASKED).
THE COMMAND CAN BE USED AFTER
COMMAND
MODE HAS BEEN REENTERED
IN ANY OF THE THREE NORMAL WAYS:
A)
THE REQUESTED NUMBER OF
PASSES
HAVE
BEEN
MADE,
B)
AN
ERROR
WAS
ENCOUNTERED
WITH
THE
HALT
ON ERROR FLAG SET, OR C) A CONTROL/C WAS
ENTERED BY THE OPERATOR.

2.4.3

CONTINVE COMMAND -

$884444800800040088880480888088008880880048048440880000848000008

CONCTINUE )/PASS : <PASS -CNT/FLAGS : <FLAG-LIST>
$888448808000008008888000080000008840880884000000000480000080

2.4.3.1

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

<FLAG-LIST> IS SAME AS IN

THE

FLAGS RETAIN THEIR CURRENT VALUE.

START

COMMAND,

BUT

UNSPECIFIED

DHU-11 FUNCTIONAL VERIFICATION
PROGRAM DOCUMENT

2.4.3.2

MACRO M1200

12-DEC-83 16:16

EFFECT OF CONTINUE COMMAND

PAGE

SEQ 12

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.
MHARDWARE PARAMETERS MAY NOT BE CHANGED.

2.4.4

PROCEED COMMAND

SRS EA00000000000000004004400000000400000000000000000000

PRO(CCEED)/FLAGS: <FLAG-LIST>
CARRNA40008400000
0008000000000 000000000044000000000004400

2.4.4.1

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

<FLAG-LIST>

IS AS IN THE START

RETAIN THEIR CURRENT VALUE.

2.4.4.2

COMMAND,

BUT

UNSPECIFIED

FLAGS

EFFECT OF PROCEED COMMAND -

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

2.4.5

ADD COMMAND

4808800488000 00088088888008008880008800088004000008800808000

ADD/UNITS: <UNIT-LIST>
$4480080888800848848000084088000804840800808800000000000000

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

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 -

4408444008000 00008800880000000800880400800080880000000000000

DRO(P)/UNITS: <UNIT-LIST>
88480800 08080008800080480080000000080000800000080000000000000

DHU-11 FUNCTIONAL VERIFICATION

MACRO M1200

PROGRAM DOCUMENT

12-DEC-83 16:16

PAGE

N1
14

SEQ

2.4.8
EFFECT OF DROP COMMAND THE UNITS SPECIFIED WILL BE DROPPED FROM TESTING.

THE UNITS
BE RESELECTED ONLY BY THE EXECUTION OF AN ADD OR START

WILL

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

2.4.9

PRINT COMMAND

L Ty

COMMAND

YT YV YTy

PRI(NT)
L

2.4.9.1
THE

EFFECT OF PRINT COMMAND

TOTAL

NUMBER

ERRORS

FOR EACH UNIT SINCE

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

2.4.10

THE

ISR

THE LAST

(INMIBIT

DISPLAY COMMAND -

S44000884840000888048000000000000004004044000000000000000040

DIS(PLAY)/UNITS: <UNIT-LIST>
2044000400058 400080800080080800000000000000004000000000004

2.4.10.1

EFFECT OF DISPLAY COMMAND -

THE HARDWARE P-TABLE FOR THE

FORMAT

TEST

IN WHICH IT WAS ENTERED.

2.4.11

STATION

PRINTED

THE

FLAGS COMMAND -

S540488884400088880488888080888888808888804040884408084000044

FLA(GS)
SE4408804040008008880000008000080880000048080080800080000004

2.4.11.1

EFFECT OF FLAGS COMMAND

Ep—

THE CURRENT SETTINGS OF ALL FLAGS ARE PRINTED.

DHU-11 FUNCTIONAL VERIFICATION

PROGRAM DOCUMENT

2.4.12

MACRO M1200

2ZFLAGS COMMAND

12-DEC-83 16:16

PAGE

Beol
15

00000000000 00000000000000000000000000000000000000000000000

ZFL(AGS)
0000800000800 00000800000 0800000408000 00 0000000000000 00000

2.4.13

ZFLAGS COMMAND

ALL "LAGS ARE CLEARED.

2.4.14

CONTROL CHARACTERS

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

A
CONTROL/Z
(Z)
ENTERED
DURING
ONE
OF
THE
TwWO
OPERATOR
DIALOGUES-HARDWARE
P-TABLE
ODIALOGUE OR
SGFTWARE P-TABLE DIALOGUE CAUSES THE DEFAWLTS
T0 BE
TAKEN FOR THE REMAINDER OF THAT DIALOGUE.

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,

L2
ol

DHU-11 FUNCTIONAL VERIFICATION
PROGRAM DOCUMENT

2.5

MACRO M1200

12-DEC-83 16:16

PAGE

5EQ 15

HARDWARE QUESTIONS
WHEN A DIAGNOSTIC IS STARTED, THE RUNTIME SERVICES WILL PROMPT
THE USER FOR HARDWARE INFORMATION BY TYPTNG “CHANGE HW (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).
YOU WILL THEN BE ASKED THE FOLLOWING
QUESTIONS FOR EACH UNIT.
1.

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

INTERRUPT VECTOR ADDRESS - THIS QUESTION REQUESTS THE INTERRUPT
VECTOR ADDRESS OF THE SPECIFIED DHU-11.
THE DEFAULT ANSWER

FOR THIS QUESTION IS 310 (OCTAL).

ACTIVE LINES BIT MAP - THIS QUESTION REQUESTS AN OCTAL BIT

MAP OF THE SERIAL COMMUNICATION LINES ON THE DHU11l WHICH ARE

BEING SELECTED FOR TESTING.
IF THE BIT IN THE BIT MAP IS SET
WHICH CORRESPONDS TO A PARTICULAR LINE ( I.E.
BIT S FOR LINE
S ) THAT LINE WILL BE TESTED BY THE FVT,
THE DEFAULT ANSWER
FOR THIS QUESTION IS ALL LINES I.E.
4.

TYPE OF LOOPBACK (1=INTERNAL,

177777.

2=M3277,

3=M325 4=MODEM

S=KEYBOARD ECHO).
THIS QUESTION REQUESTS THE TYPE OF LOOPBACK TO BE USED WHEN
TESTING THE DHU-11.
THE FOLLOWING TYPES ARE SUPPORTED:

INTERNAL

- ONLY INTERNAL UART LOOPBACK IS TO BE USED IN

HM3277 - STAGGERED BERG CONNECTOR(S) ARE INSTALLED
ON THE BERG CONNECTOR SOCKETS OF THE DHU-11.

H325 - SINGLE LINE, 25 PIN LOOPBACK CONNECTORS (TYPE H325)
ARE INSTALLED ON THE LINES TO BE TESTED.

MODEM
- THE OPERATOR IS ALLOWED TO SET UP A MODEM LINK
AND THEN PERFORM A TRANSMISSION AND RECEPTION TEST AT A
SINGLE BAUDRATE WITH THE MODEM CONTROL SIGNALS DTR AND RTS
ACTIVE. THIS IS A SPECIAL TEST AND ALL OTHER TESTS IN THIS
PART WILL BE PERFORMED IN INTERNAL LOOPBACK.

KEYBOARD ECHO - THE UARTS ON THE DUT ARE PLACED IN REMOTE
LOOPBACK. TERMINALS (OR OTHER COMMUNICATIONS EQUIPMENT)

TESTING THE DMU-11.

‘T‘&k HAVE WHATEVER THEY TRANSMIT

TO THE DHU LOOPED BACK

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

THE DEFAULT ANSWER IS BR S.

DHU-11 FUNCTIONAL VERIFICATION
PROGRAM DOCUMENT

2.6

MACRO M1200

12-DEC-83 16:16

PAGE

16-1

SEQ 16

SOFTWARE QUESTIONS
AFTER YOU HAVE ANSWERED THE MARDWARE QUESTIONS OR AFTER A RESTART

OR CONTINUE COMMAND,

FARAMETERS.

THE RUNTIME SERVICES WILL ASK FOR SOF TWARE

THESE PARAMETERS WILL GOVERN SOME DIAGNOSTIC SPECIFIC

OPERATION MODES.
YOU WILL BE PROMPTED BY "CHANGE SW (L)
IF YOU WISH TO CHANGE ANY PARAMETERS, ANSWER BY TYPING
“Y*,

THE SOFTWARE QUESTIONS AND THE DEFAULT

IN THE NEXT PARAGRAPH(S).

REPORT UNIT NUMBER AS EACH UNIT IS TESTED

VALUES ARE DESCRIBED

THIS QUESTION ASKS

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

THE UNIT WHICH

REPORT NUMBER OF BITS TESTED IN DMA ADDR TEST - THIS QUESTION
ASKS WHETHER THE OPERATOR WANTS A PRINTOUT DESCRIBING WHICH
EMRECLEESOITS HAVE BEEN TESTED WHEN THE DMA ADDRESSING TEST
EXTENDED ERROR REPORTING - THIS QUESTION ASKS WHETHER EXTENDED
ERROR INFORMATION IS REQUIRED OTHER THAN THE “TEST FAILED”
MESSAGE, ON EACH ERROR REPORTED.
THE DEFALLT IS “NO” I.E. ONLY
'A*I'E?gsfii 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
SHOULD BE REPORTED INDIVIDUALLY BY THIS PROGRAM FOR EACH LINE
FOR EACH TRANSMISSION TEST.

ERRORS WHICH ARE NOT REPORTED

INDIVIDUALLY ARE REPORTED IN SUMMARY ERROR REPORTS.

DHU-11 FUNCTIONAL VERIFICATION
PROGRAM DOCUMENT

2.7

MACRO M1200

12-DEC-83 16:16

PAGE

E2
17

SEQ 17

EXTENDED P-TABLE DIALOGUE
WHEN YOU ANSWER THE HARDWARE QUESTIONS,

YOU ARE BUILDING ENTRIES

IN A TABLE THAT DESCRIBES THE DEVICES UNDER TEST.

THE SIMPLEST

WAY TO BUILD THIS TABLE IS TO ANSWER ALL QUESTIONS FOR EACH
UNIT TO BE TESTED.
IF YOU HAVE A MULTIPLEXED DEVICE SUCH AS
A MASS STORAGE CONTROLLER WITH SEVERAL DRIVES OR A COMMUNICATION

DEVICE WITH SEVERAL LINES,

THIS BECOMES TEDIOUS SINCE MOST OF

THE ANSWERS ARE REPETITIOUS.

TO ILLUSTRATE A MORE EFFICIENT METHOD, SUPPOSE YOU ARE TESTING
A FICTIONAL DEVICE, THE XY1l.
SUPPOSE THIS DEVICE CONSISTS OF
A CONTROL MODULE WITH EIGHT UNITS (SUB-DEVICES) ATTACHED TO IT.
THESE UNITS ARE DESCRIBED BY THE OCTAL NUMBERS O THROUGH 7.
THERE

IS ONE HARDWARE PARAMETER THAT CAN VARY AMONG UNITS CALLED THE
Q-FACTOR.
THIS Q-FACTOR MAY BE O OR 1.
BELOW IS A SIMPLE WAY
TO BUILD A TABLE FOR ONE XY11 WITH EIGHT UNITS.
@ UNITS (D)

8<CR>

UNL1T 1
CSR ADDRESS (0) ?
160000<CR>
SUB-DEVICE @ (0) ?
O0<CR>
Q-FACTOR (0) 0 ?
1<CR>
UNIT 2
CSR ADDRESS (0) ?
160000<CR>
SUB-DEVICE @ (0) ?
1<CR>
Q-FACTOR (0) 1 ? O<CR>
UNIT 3
CSR ADDRESS (0) ?
160000<CR>
SUB-DEVICE # (0) ?
2<CR»
Q-FACTOR (0) 0 ?
<CR>

UNIT 4
CSR ADDRESS (0) ?
160000<CR>
SUB-DEVICE & (0) ?
3<CR>
Q-FACTOR (0) 0 ?
<CR>
UNIT S
CSR ADDRESS (0) ?
160000<CR>
SUB-DEVICE # (0) ? 4<CR>
Q-FACTOR (0) 0 ?
<CR>
UNIT 6
CSR ADDRESS (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>

DHU-11 FUNCTIONAL VERIFICATION
PROGRAM DOCUMENT

MACRO M1200

12-DEC-83 16:16

PAGE

Fe
18

SEQ

UNIT 8
CSR ADDRESS (0)
160000<CR>
SUB-DEVICE @ (0) ?
7<CR>
Q-FACTOR (0) 1 ?
<CR>
NOTICE THAT THE DEFAULT VALUE FOR THE Q-FACTOR CHANGES WHEN A
NON-DEFAULT RESPONSE IS GIVEN.
BE CAREFUL WHEN SPECIFYING
MULTIPLE UNITS!
AS YOU CAN SEE FROM THE ABOVE EXAMPLE,

THE HARDWARE PARAMETERS

DO NOT VARY SIGNIFICANTLY FROM UNIT TO UNIT.
NOT VERY EFFICIENT.

THE PROCEDURE SHOWN IS

THE RUNTIME SERVICES CAN TAKE MULTIPLE UNIT SPECIFICATIONS HOWEVER.
#EI}&%UILD THE SAME TABLE USING THE MULTIPLE SPECIFICATION
@ UNITS (D) ?

8<«CR>

UNIT
1

CSR ADORESS (0) ?

160000<CR>

SUB-DEVICE @ (0) ?
0,1<CR>
@-FACTOR (0) 0 ?
1,0<CR>

UNIT 3
CSR ADDRESS (0) ?
160000<CR>
SUB-DEVICE & (0) ?
2-5<CR>
Q-FACTOR (0) 0 ?
O0<CR>

UNIT 7
CSR ADDRESS (0) ?
160000<CR>
SUB-DEVICE @ (0) ?
6,7<CR>
Q-FACTOR (0) 0 ?
1<CR>
AS YOU CAN SEE IN THE ABOVE DIALOGUE,

THE RUNTIME SERVICES WILL

BUILD AS MANY ENTRIES AS IT CAN WITH THE INFORMATION GIVEN IN ANY

ONE PASS THROUGH THE QUESTIONS.
IN THE FIRST PASS, TWO ENTRIES
ARE BUILT SINCE TWO SUB-DEVICES AND Q-FACTORS WERE SPECIFIED.
THE

SERVICES ASSUME THAT THE CSR ADDRESS IS 160000 FOR BOTH SINCE IT

WAS SPECIFIED ONLY ONCE.

IN THE SECOND PASS, FOUR ENTRIES WERE

BUILT.
THIS IS BECAUSE FOUR SUB-DEVICES WERE SPECIFIED.
THE
¥-* CONSTRUCT TELLS THE RUNTIME SERVICES TO INCREMENT THE DATA
FROM THE FIRST NUMBER TO THE SECOND.
IN THIS CASE, SUB-DEVICES
2, 3, 4 AND 5 WERE SPECIFIED.
(IF THE SUB-DEVICE WERE SPECIFIED
BY ADDRESSES, THE INCREMENT WOULD BE BY 2 SINCE ADDRESSES MUST
BE ON AN EVEN BOUNDARY.)
THE CSR ADDRESSES AND Q-FACTORS FOR
THE FOUR ENTRIES ARE ASSUMED TO BE 160000 AND O RESPECTIVELY

SINCE THEY WERE ONLY SPECIFIED ONCE.
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>

DHU-11 FUNCTIONAL VERIFICATION
PROGRAM DOCUMENT

MACRO M1200

12-DEC-83 16:16

PAGE

Ge
19

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

SEQ 19

DHU-11 FUNCTIONAL VERIFICATION
PROGRAM DOCUMENT

2.8

MACRO M1200

12-DEC-83 16:16

PAGE 20

QUICK START-UP PROCEDURE (XXDP+)

BOOT XXDP«

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

TYPE "R NAME”, WHERE NAME IS THE NAME OF THE
BIC FILE FOR THIS PROGRAM
TYPE

00
b

TO START-UP THIS PROGRAM:

(IF

THERE
BIN

"START"

ANSWER THE

“CHANGE HW" QUESTION WITH "v*

ANSWER ALL THE HARDWARE QUESTIONS

ANSWER THE

“CHANGE SW” QUESTION WITH “N"

WHEN YOU FOLLOW THIS PROCEDURE 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 EXTENDED.
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

+MHERE; NAME = DIAGNOSTIC NAME

TYPE = ERROR TYPE (SYS FATAL,

TST NUMBER PC:XXXXXX

DEV FATAL,

HARD OR SOFT)

NUMBER = ERROR NUMBER
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
THE

“IER” OR “IBR” FLAGS ARE SET (SEE THE FLAGS SECTION OF THIS

DOCUMENT
).
THESE MESSAGES ARE PRINTED AFTER THE ASSOCIATED GENERAL MESSAGE.
EXTENDED ERROR MESSAGES CONTAIN SUPPLEMENTARY ERROR INFORMATION
SUCH AS REGISTER CONTENTS OR GOOD/BAD DATA.
THESE ARE ALWAYS
PRINTED UNLESS THE “IER”, “IBR” OR “IXR" FLAGS ARE SET (SEE THE

DHU-11 FUNCTIONAL VERIFICATION
PROGRAM DOCUMENT

MACRO M1200

12-DEC-83 16:16

PAGE 21

SEQ 21

FLAGS SECTION OF THIS DOCUMENT).
THESE MESSAGES ARE PRINTED AFTER THE ASSOCIATED GENERAL ERROR

MESSAGE AND ANY ASSOCIATED BASIC ERROR MESSAGES.

3.2

SPECIFIC ERROR MESSAGES
THIS PROGRAM IS INTENDED TO PROVIDE A GO/NOGO INDICATION

OF THE FUNCTIONALITY OF THE DHU-11 BOARDS.
TO EXECUTE THE
PROGRAM IN THIS MODE THE OPERATOR NEED ONLY ANSWER THE
"EXTENDED ERROR REPORTING” SOFTWARE 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
m
AN EXAMPLE OF SUCH A AN ERROR MESSAGE IS THE

CZOHW DVC FTL ERR 4409 ON UNIT 00 TST 04 SUB 000 PC:
OMA ADDRESS TEST FAILED

XXXXXX

THIS ERROR INDICATES THAT A FATAL ERROR WAS ENCOUNTERED
DURING THE TEST WHICH TESTS THE DMA_ABORT BIT.

IF THE OPERATOR HAD REQUESTED EXTENDED ERROR REPORTING THE
SAME ERROR WOULD BE REPORTED AS FOLLOWS:

CZDHW DVC FTL ERR 4409 ON UNIT 00 TST 04 SUB 000 PC:
DMA ADDRESS TEST FAILED
BAD BITS BETWEEN BITS O AND 1S5.

XXXXXX

DHU-11 FUNCTIONAL VERIFICATION

PROGRAM DOCUMENT

4.0

MACRO M1200

12-DEC-83 16:16

PAGE 22

PERFORMANCE AND PROGRESS REPORTS
AT THE END OF EACH PASS, THE PASS COUNT IS GIVEN ALONG WITH THE
TOTAL NUMBER OF ERRORS REPORTED SINCE THE DIAGNOSTIC WAS STARTED.
THE "EOP” SWITCH CAN BE USED TO CONTROL HOW OFTEN THE END

CF PASS MESSAGE IS PRINTED. FOR FUTHER INFORMATION SEE THE
SWITCHES SECTION OF THIS DOCUMENT.

5.0

TEST SUMMARIES

THE FOLLOWING ARE INCLUDED WITHIN CZDHWA:

DEVICE REGISTER ACCESS TEST - VERIFIES THAT THE WT REGISTERS
WILL RESPOND WITH THE CORRECT UNIBUS HANDSHAKING SIGNALS.
VERIFIES THAT THE WT IS AT THE CORRECT ADDRESS.

KEYBOARD ECHO TEST - ALLOWS THE OPERATOR TO TEST TERMINAL LINKS
(OR OTHER COMMUNICATIONS LINKS), WHICH ARE ATTACHED TO WT
SERIAL PORTS, FROM REMOTE ENDS OF THE LINKS.

MODEM LOOPBACK TEST - ALLOWS THE OPERATOR TO TEST MODEM LINKS
WHICH ARE ATTACHED TO THE WT SERIAL PORTS

- VERIFIES THAT

THE WT CAN ACCESS THE FULL

FRAMING ERROR TEST - VERIFIES THAT FORCED FRAMING ERRORS ARE
REPORTED CORRECTLY.

PARITY ERROR TEST - VERIFIES THAT FORCED PARITY ERRORS ARE
REPORTED CORRECTLY.

DMA MODE TEST

8.
9.

6.0

DMA ADDR TEST

MEMORY WHICH IS ON THE MACHINE VIA DMA ACCESS.

- VERIFIES THAT THE WT WILL TX AND RX DATA

CORRECTLY USING DMA TRANSMISSION.
SPLIT SPEED TEST

- VERIFIES THAT THE UUT WILL FUNCTION

CORRECTLY USING DIFFERENT TX AND RX SPEEDS ON EACH ACTIVE LINE.
REPORT BMP CODES TEST

- THIS PSEUDO TEST REPORTS THE FIRST 32

CHARACTERS WHICH WERE DISCOVERED IN THE FIFO DURING THE
EXECUTION OF THE OTHER TESTS.
THIS AVOIDS INTERRUPTION OF THE
OTHER TESTS BY THESE CODES IF THEY ARE NOT CRITICAL TO THE
PERFORMANCE OF THE TESTS.

EXAMPLE ERROR FREE PASS

THE FOLLOWING IS AN EXAMPLE OF AN ERROR FREE PASS DIALOGUE:

SEQ 22

DHU-11 FUNCTIONAL VERIFICATION

MACRO M1200

PROGRAM DOCUMENT

12-DEC-83 16:16

I<K2

PAGE 22-1

SEQ 23

.R CZDHWAO
CZDHMWAO.BIN
DRS
CZDHUW-A-0
DHU FUNC TST PART3
UNIT IS DHU-11
RESTRT ADDR:
147670
DR>STA/PAS:1

CHANGE HW (L)
@ UNITS (D)

? Y
2?2

UNIT O
CSR ADDRESS:

(0)

160460

? tZ

UNIT 1
CSR ADDRESS:
(0)
160460
? 160500
INTERRUPT VECTOR ADDRESS:
(0)
310
? 320
ACTIVE LINE BIT MAP:
(0)
177777 ? <CR>
TYPE OF LOOPBACK (1=INTERNAL, 2=H3277, 3=H325
4=MODEM,

INTERRUPT BR LEVEL:

CHANGE SW

(L)

(0)

S=KEYBOARD ECHO):

? <CR>

(0)

2?1

? Y

REPORT UNIT NUMBER AS EACH UNIT IS TESTED:
(L) Y
? <CR>
REPORT NUMBER OF BITS TESTED IN DMA ADDR TEST: (L) N
? <CR>
EXTENDED ERROR REPORTING:
(L) N
2?2 <CR>
TESTING UNIT

TESTING UNIT

CZDHMW EOP

O TOTAL ERRS

DR>

1020
1021
1022
1023

1024
1025
1026
1027
1028
1029
1030
1031

.LIST SEQ,LOC,BIN,MEB
.NLIST CND
'

JEEEAEF A SRS

3
H
:

0 0 5 0 0

o 8 W

FVTA.PHD

RSt LIt

.SBTTL

SR T U RS E B T

S il S A S R R T

PROGRAM HEADER

S R T S

e L PR E LI

TS T TS Tt g T T

e T T €T T CT Y

DHU-11 FUNCTIONAL VERIFICATION
PROGRAM HEADER

MACRO M1200

12-DEC-83 16:16

1032
1033

1034

.MCALL

{8;2 000000

SvC

1037

lgzg

1038

1
1041
1042
1043
1044
{az

000001
000001
000001
000001
000001

1047
1048
1049

{8?2

1054
1055

1056
1057 002000
1058

SVC

.ENABL

002000

INITIALIZE SUPERVISOR MACROS
'

TO INITIALIZE THE STRUCTURED MACROS.

1
1
1
1
1

3
:
3+
s
3

LIST
LIST
LIST
LIST
LIST

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

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

RSl Pt S T St LT A AT SR

1052
1053 000000

SEQ 24

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

SVCINS=
SVCTST=
SvCsSuB=
SVCGBL=
SVCTAG=

:
:
3

PAGE 22-2

2R g S ST T C O C T § T

T S

AR S e e e e T O e T

ABS

: .ENABL AMA
.
=

2000

BGNMOD

1059
1060
{%

jee
: THE PROGRAM HEADER IS THE INTERFACE BETWEEN
: THE DIAGNOSTIC PROGRAM AND THE SUPERVISOR.
'--

1063

iggg 002000

POINTER BGNRPT,BGNSW,BGNSFT,BGNDU,ERRTBL

1082
1083 002000

HEADER

002000

002000
002001
002002
002003
002004
002005
002006
002007
002010
002010

103
132
104
110
127
000
000
000

101

002011
002011

060

002012

000000

002014

000200

002016

036702

002020

037246

002012
002014

002016

002020

CZDHW,A,0,200,0,PRIO7

LSNAME: :

LSREV::

L$DEPO::
LSUNIT::
LSTIML::

LS$HPCP: ;
L$SPCP: :

.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
BYTE
BYTE

/C/
72/
7D/
/W/
7w/
O
O

.ASCII

/A/

.ASCII

/07

.WORD

200

LWORD

L $HARD

.WORD

LS$SOFT

.BYTE

et T

DHU-11 FUNCTIONAL VERIFICATION
PROGRAM HEADER

002022

002150

002024

002162

002026

037636

002030

000000

002032

000000

002034

000000

002036

000000

002040

002124

002042

000340

002044

000000

002046

000000

002024

002026

002030

002032

002034

002036

002040

002042

002044

002046
002050
002050
002051
002052

003
003

002052
002054

000000
000000

002056

000000

002060

005364

002062

027652

002064

000000

002066

000000

002070

000000

002072

030526

002074

000000

002076

005374

002100

104035

002102

005314

002104

027666

002106

030510

002110

030506

002056
002060

002062
002064
002066
002070

002072

002074

002076

002100

002102
002104

002106
002110
002112

MACRO M1200

12-DEC-83 16:16

PAGE 22-3

SEQ 25

L$HPTP: :
L$SPTP: :
LS$LADP: :

L$STA::
L$CO::

L$DTYP: :
L$APT::
L$DTP::

L$PRIO::
LS$ENVI::

LS$EXPL::
L$MREV: :
LS$EF::

L$SPC::
LS$DEVP: :

LS$REPP: :
LSEXPS; ;
LS$EXPS::
LSAUT::

L$DUT::

LSLUN: :
L$DESP: :

L$LOAD: :
LSETP::
L$ICP::

L$CCP::
LS$ACP: :
LS$PRT::

.WORD

L$HW

LWORD

LS$SW

.WORD

LS$LAST

.WORD

LS$DISPATCH

.WORD

PRIO7

.WORD

.BYTE
.BYTE

CS$REVISION
CS$EDIT

.WORD
.MORD

O
O

.WORD

LS$DVTYP

.WORD

LS$RPT

.WMORD

.WORD

L$DV

.WORD

L$DESC

EMT

ESLOAD

.WORD

LS$ERRTBL

.WORD

LSINIT

.WORD

L$CLEAN

LWORD

LS$AUTO

DHU-11 FUNCTIONAL VERIFICATION

PROGRAM HEADER

1084

002112
002114
002114
002116
002116
002120
002120

MACRO M1200

12-DEC-83 16:16

PAGE 22-4

SEQ 26

027660
000000

000000
000000

LS$TEST::
L$DLY::
L$HIME: :

.WORD

L$PROT

.WORD

MACRO M1200

12-DEC-83

1096

.SBTTL

1098

jee

1099

1097

{}g?

‘

1103 002122
V02122

002124

1104

002124
002126
002130
002132
002134
002136
002140
002142
002144

000011
030644
031126
031370
032322

034000

034414
035072
036060
036620

PAGE

B3
23

SEQ 27

DISPATCH TABLE

THE DISPATCH TABLE CONTAINS THE STARTING ADDRESS OF EACH TEST.

1102

16:16

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

DISPATCH 9

WORD

LWORD

L$DISPATCH: :

8855888

DHU-11 FUNCTIONAL VERIFICATION
DISPATCH TABLE

DHU-11 FUNCTIONAL VERIFICATION MACRO M1200
DISPATCH TABLE
1112
1113
1114
1115
1116
1117

12-DEC-83 16:16
L

PAGE 2‘

SEQ 28

A LA T L

T T

T AT AT e T L ST S Ef T TS TR L

PSP T e L ET e T e

FVTA.DHT

AL LI

ECE DL LTSS L

P T

E T

S L T

T E A

L SR

LA E AT

1121 TR

2 E L LT

E2 S C T2 12 222 €2

EHEBBBEE

1118
1119

1120
1121
1122
1123
1124
1125
1126
1127
1128
1129
1130 002146
002146
002150
002150
1131
1132 002150
1133 002152
002154
002156
002157

002160
002160

.SBTTL

DEFAULT HARDWARE P-TABLE

+
+
¢+
s+

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

'--

BGNHW

DFPTBL
LéHM::

DFPTBL::
160460
000310
177777

.WORD
.WORD
.WORD
.BYTE
.BYTE
ENDHW

160460
310
177777
2
5

;DEFAUWLT
1DEFAULT
;DEFAULT
1DEFAULT
+DEFAULT

CSR ADDRESS
VECTOR ADDRESS
ACTIVE LINES BIT MAP
LOOPBACK MODE
BR LEVEL
L10000:

.WORD

L10000-L $HW/2

DHU-11 FUNCTIONAL VERIFICATION
DEFAULT HARDWARE P-TABLE
1140

MACRO M1200

12-DEC-83 16:16

PAGE 25

Gt ST SO

SEQ 29

1141

RS UTELT O T LT L

T L S e

L S EC T TR T C e O TR T TP

T LT ¢ T T 2T

1142
1143
1144
1145
1146
1147
1148
1149
1150
1151
1152
1153
1154
1155
1156
1157
1158 002160
002160
002162

:
i
FVTA,SWT
:
(Heddsdgndasganrdrredesdisuguasrda
SN Y
SN SR C AU A S S AU B U RS L B H AR AL BB AL EC B EE B CE SRS DR ELTES

.SBTTL

SOFTWARE P-TABLE

jee
+ THE SOFTWARE TABLE CONTAINS VARIOUS DATA USED BY THE
1 PROGRAM AS OPERATIONAL PARAMETERS.
THESE PARAMETERS ARE
3+ SET UP AT ASSEMBLY TIME AND MAY BE VARIED BY THE OPERATOR
: AT RUN TIME.
oo

000002

BGNSW

SFPTBL
L$SM::

119 002162

1160 002162
{igé 002164
1163 002166
002166

.WORD

L10001-L$SW/2

SFPTBL: :

000020
000000

OPTION: :
NDERPT: :
ENDSW

.WORD
.WORD

20
0

;:BIT MAP OF PROGRAM CONTROL FLAGS
;OEFAULT NUMBER OF INDIVIDUAL DATA ERRORS TO RPT.
L10001:

e ey

DHU-11 FUNCTIONAL VERIFICATION
SOF TWARE P- TABLE

MACRO M1200

12-DEC-83 16:16

PAGE 26

1165
1166

1167
1168
1169
1170
1171
1172
1173
1174
1184
1185
1186
1187
1188
1189
1190
i191
1192
1193
1194
1195
1196
1197
1198
1199
1200
1201
1202
1203

FVTA.EQU

.SBTTL

GLOBAL EQUATES SECTION

jee

+ THE GLOBAL EQUATES SECTION CONTAINS PROGRAM EQUATES THAT
¢+ ARE USED IN MORE THAN ONE TEST.
000020

NUMLNS==20
MAPLNS==177777

177777

;868008

gg:gCEOREGISTER OFFSETS FROM THE CSR'S ADDRESS ssssss
RBUFQ==2

RXTIMO==2
LPRO==4

FSLSO==6

FDATO==6

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

000016
ey

000100

+ BIT DIFINITIONS
13

BIT1S5eBIT14=BIT13==
BIT12==
BIT1ile=»
BIT10e=»
BIT09==
BITO8=~
BITQ7=»
BIT06==
BITOSe=»
BITO4==
BITO3=»
BITO2=»

1CSR REGISTER OFFSET FROM THE CSR ADDRESS
tRECEIVE REGISTER OFFSET FROM THE CSR ADDRESS
tRECIEVE TIMER REGISTER OFFSEY FROM THE CSR ADDRESS
tLINE PARAMETER REGISTER OFFSET FROM THE CSR ADDRESS
tFIFOSIZE/STATUS REGISTER OFFSET FROM THE CSR ADDRESS
tFIFODATA REGISTER OFFSET FROM THE CSR ADDRESS
tLINE CONTROL REGISTER OFFSET FROM THE CSR ADDRESS

s TRANSMIT ADDRESS 1 REGISTER OFFSET FROM THE CSR ADDRESS

s TRANSMIT ADDRESS 2 REGISTER OFFSET FROM THE CSR ADDRESS
s TRANSMIT COUNT REGISTER OFFSET FROM THE CSR ADDRESS

EQUATES USED WITH RESPECT TO THE RX BUFFER ssssse
RXBETX==16.
sLEVEL OF RX BUFFER AT WHICH TO RE-ENABLE TRANSMISSION.
RXBOTX==24,
sLEVEL OF RX BUFFER AT WHICH TO DISABLE TRANSMISSION.
RXBFUL==64.
1 TOTAL CHARACTER CAPACITY OF THE RX BUFFER.

EQUALS
i

tNUMBER OF LINES ON DHV11 IS 8.
1BIT MAP OF LINES ON DHV11.

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL EQUATES SECTION

MACRO M1200

12-DEC-83 16:16

000002
000001

BITOl== 2
BITO0== 1

001000
000400
000200
000100

BIT9==
8IT8==
BIT7==
BIT6==

000040
000020
000010
000004
000002
000001

BITS==
BIT4==
BIT3==
BIT2==
BITl==
B8ITO==

PAGE 26-1

SEQ 31

BITO9
BITO8
BITO7
BITO6

BITOS
BITOA
BITO3
BITO2
BITOL
BITOO

s+ EVENT FLAG DEFINITIONS
s+
EF32:EF17 RESERVED FOR SUPERVISOR TO PROGRAM COMMUNICATION
000040
000037
000036
000035
000034

EF .START ==
EF .RESTART==
EF .CONTINVE==
EF .NEW==
EF .PWR==

32.
31.
30.
29.
28.

3
B

s+ PRIORITY LEVEL DEFINITIONS

000340
000300
000240
000200
000140
000100
000040
000000

PRIO7==
PRIO6==
PRIOS==
PRIOA==
PRIO3==
PRIO2==
PRIO1==
PRIOO==

340
300
240
200
140
100
40
0

s1OPERATOR FLAG BITS

000004

1228

000010
000020
000040
000100
000200
000400
001000
002000
004200
010000
020000
040000
100000

EVL==

LOT==
ADR==
IDY==
ISR==
UAMe =
BOE=»
PNT ==
PRIe==
IXE==
IBE=»
IER==
LOE==
HOE==

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

s+
3+
s+
s+
:+

START COMMAND WAS ISSUED
RESTART COMMAND WAS ISSUED
CONTINUE COMMAND WAS ISSUED
A NEW PASS HAS BEEN STARTED
A POWER-FAIL/POMWER-UP OCCURRED

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL EQUATES SECTION

1230
1231
1232
1233
1234
1235
1236
1237
1238
1239
1240
1241
1242
1243
1244
1245
1246
1247
1248

MACRO M1200

12-DEC-83 16:16

(EE AR
‘

.SBTTL

SEQ 32

N A B AU B A B EBAR S BB H AT B A B WD A LB U BB BA SIS BB LA LA B AN ST AR WAL A AR E S B HSE S SHS

FVTC.GOT

i
i

PAGE 27

DAL

LR T L P L

PO LR LT SRS L AL S PO P E L L T S S e

L0 2 L LT

T 2Ot

T e T2

GLOBAL DATA SECTION

+ THE GLOBAL DATA SECTION CONTAINS DATA THAT ARE USED
:+ IN MORE THAN ONE TEST.
'--

10880000000400008000080840888800800800040080000488408840440884808088400000

UNIT VARIBLE AREA

1888888800000000000000008088000000840804808840008480048888848088088544804

000300

RXVECA::
TXVECA::
ACTLNS::
LOPBCK::
BRLEVL::

000377

UNITN::

.WORD
.WORD
.WORD
.BYTE
.BYTE

.WORD

300
304
377
O
4

s1RX VECTOR ADDRESS.
1TX VECTOR ADDRESS.
sACTIVE LINE BIT MAP.
;sLOOPBACK MODE
s INTERRUPT BUS REQUEST LEVEL

sUNIT NUMBER.

180800008848480804848008808880000088888088080080088888088808084880880880848488

DEVICE REGISTER ADDRESS TABLE

18000880680000000088048004000088000488884804800800880088884848808088880828

RXTMA::
FDATA::

DRADRT
: :
CSRA::
.WORD

160020

;DHU-11 CSR ADDRESS.

LPRA::

160024

;DHU-11 LINE PARAMETER REGISTER ADDRESS.

RBUFA::

.WORD

FSLSA::

.WORD

LNCTRA::
, TXAD1A::
TXAD2A::
TXBFCA::

.WORD

.WORD
.WORD
.WORD
.WORD

160022
160026

160030
160032
160034
160036

;DHU-11 RECIEVE BUFFER/TIMER ADDRESS.

;DHU-11 FIFO SIZE/LINE STATUS REGISTER ADDRESS,
tAND FIFO DATA REGISTER ADDRESS

;DHU-11
;DHU-11
;DHU-11
;DHU-11

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

1868000006008004800480000008408080800048800888000004800048080884080888000888000000408

ASSORTED GLOBAL VARIABLES:

1068800066000800804000000884880040800088800884800088000848000408008088480880000800080

CTRLCF::
DMTSTA::

.WORD
.WORD

O
O

1STORAGE FOR THE CONTROL-C FLAG.
1STO'G FOR DMA TEST ADDRESS (IN PAR FORM).

GMANWD::
IBA: s
IESTAT::
LGRP1M::
LGRP2M::

.WORD
.WORD
.WORD
.WORD
.WORD

O
O
O
31463
146314

1WORD FOR GMANXX CALL RETURN PARAMETERS.
1 INACTIVE TX/RX BITS MASK,
1STORAGE FOR STATES OF THE DUT INT ENABLE BITS.
;BIT MAP OF LINES IN LINE GROUP I.
;BIT MAP OF LINES IN LINE GROUP II.

FERROR::
FFREM::

PASCNT::
PMSFLG::
RXTOUT::

.WORD
.WORD

.WORD
.WORD
.WORD

O
O

O
O
O

1STORAGE FOR “AT LEAST ONE ERROR" INDICATOR.
1STO'G FOR ADR OF FIRST FREE WORD AFTER THE DIAG'TIC

1STO'G FOR PASS COUNT USED IN ROM VERSION® TST.
tFLAG INDICATING WHETHER TO PRINT MODEM STATUS.
1 TIME-OUT VALUE FOR WAITING FOR LAST RX CHAR.

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL DATA SECTION
1287
1288
1289
1290
1291
ae92

MACRO M1200

12-DEC-83 16:16

002250
002252
002254
002256

1294
1295
1296
1297

SEQ 33

SAVPRI::
SAVTEN::

.WORD
.WORD

O
O

1STO'G FOR PROCESSOR PRIORITY,
1STORAGE FOR TX.ENABLE STATES,

WORD1::

.WORD

tLOCATION FOR PASSING INDIRECT PARAMETERS.

TP4FLG::
TP4AVEC::
TSTNUM::
TXENBM::
TXINTF::

1293

PAGE 27-1

.WORD
.WORD
.WORD
.WORD
.WORD

O
O
1
O
O

(TXROFF,
(TXROFF,

TXRON).
TXRON).

tFLAGS SET WHEN AN EXPECTED 004 TRAF OCCURS.
1STORAGE FOR THE NORMAL 004 TRAP VECTOR.
1STORAGE FOR THE TEST NUMBER.
1STORAGE FOR TX.ENABLE STATES, (BUFFER MGM'NT).
1STORAGE FOR TRANSMIT INTERRUPT FLAGS.

10000000000 0000848004000000000044000008000000080400400404000048400000004008400888884

;

HEE T

LINE TIME CLOCK VARIABLES AND STORAGE.

177546
000100
000074

TPy T

.WORD
.WORD
.WORD
.WORD
.WORD

177546
PRIO6
100
60.
O

;CSR ADDRESS OF THE LTC.
;INTERRUPT PRIORITY LEVEL OF THE LTC.
s INTERRUPT VECTOR ADDRESS OF THE LTC.
+ INTERRUPT FREQUENCY OF THE LTC.
tHARDWARE CLOCK COUNTER o1.

TIMERS::

.WORD

120.

tHARDWARE BREAK COUNTER LOCATION.

TIMER2::

000170
000170
000021

CLKCSR::
CLKBRL::
CLKVEC::
CLKHRZ::
TIMER1::

.WORD

BCOUNT::
MSTICK::
MSLCNT::

.WORD
.WORD
.WORD

120.
17.
62

Yy yYy)

tHARDWARE CLOCK COUNTER @2.

sOREAK COUNT VALUE IN CLOCK TICKS.
tNUMBER OF MILLI-SECONDS PER LTC TICK.
1LOOP COUNT (USED BY MSLOOP) TO DELAY 1 MS.

.ooo.ooao.ooooooooooo‘t‘t‘oo.ooooooooooooo‘oooooo‘ooo.oooo‘o“oooo.ooooocoooooo

MEMMORY MANAGEMENT VARIABLES AND FLAGS.
;oooooooooo‘ooo.oooooooooooooooo‘oooooooo.o‘ooo‘oonoo‘oooooo.‘ooo.ooo‘ooooooooo

MMSRO::

002324
1319 002324
1320 002326
1321 002330
1322 002332
1323 002334
1324 002336
1325 002340
1326 002342

172340
172342
172344
172346
172350
172352
172354
172356

1330 002344
1331 002346

172300
172302

1332 002350

172304
172306
172310
172312
172314
172316

000000
000000

.WORD
WORD

PARATB: :

PARATE: :

PDRATB: :

PDRATE: :

177572
172516

;ADDRESS OF MEM MGT STATUS REGISTER #0.
;ADODRESS OF MEM MGT STATUS REGISTER #3.

tMEM MGT ENABLED FLAG (O IF MM NOT ENABLED).

°o

177572
172516

PAROA::
PAR1A::
PAR2A::
PARSA::
PAR4A::
PARSA::
PAR6A::
PAR7A::

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

172340
172342
172344
172346
172350
172352
172354
172356

t:
PDR1A::
POR2A::
POR3A::
PDR4A::
PORSA::
PDR6A::
POR7A::

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

172300
172302
172304
172306
172310
172312
172314
172316

tMEM MGT PRESENT FLAG (O IF MM NOT PRESENT).
1BASE OF MEM MGT PAR ADDRESS TABLE.

;ADODRESS
;ADDRESS
;ADDRESS
;ADORESS
;ADDRESS
;ADDRESS
;ADDRESS
;ADDRESS

OF
OF
OF
OF
OF
OF
OF
OF

MEM
MEM
MEM
MEM
MEM
MEM
MEM
MEM

MGT
MGT
MGT
MGT
MGT
MGT
MGT
MGT

PAR
PAR
PAR
PAR
PAR
PAR
PAR
PAR

#0.
#1.
#2.
o3,
4.
05.
6.
7.

1tEND OF PAR ADDRESS TABLE.

1BASE OF MEM MGT PDR ADDRESS TABLE.

;ADDRESS
;ADDRESS
;ADDRESS
;ADDRESS
;ADDRESS
ADDRESS
|MSS
;ADDRESS

OF
OF
OF
OF
OF
OF
OF
OF

MEM MGT
MEM MGT
MEM MGT
MEM MGT
MEM MGT
MEM MGT
MEM MGT
MEM MGT

PODR
POR
POR
PDR
POR
POR
PDR
PDR

#0.
#1.
#2.
#3.
#4.
#S.
#6.
7.

1tEND OF MEM MGT PDR ADDRESS TABLE.

1060000086000800080000800088800000000808000408400088400484080884080808000000000000

b
002364

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

S0LERL LA 9L

BITTBL::

.WORD

20940422 HBL20LALLH2000282400002808844800%LGPRBHBIANBRRDREA

1BIT O SET.

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL DATA SECTION
1344
1345
1346
1347
1348
1349
1350
1351
1352
1353
1354
1355
1356
1357
iggg

002366
002370
002372
002374
002376
002400
002402
002404
002406
002410
002412
C02414
002416
002420
002422

1364
1365
1366
1367
1368
1369
1370
1371
1372
1373
1374
1375
1376
1377
1378
1379
1380
1381

002424
002426
002430
002432
002434
002436
002440
002442
002444
002446
002450
002452
002454
002456
002460
002462
002464

1390

000062
000113
000156
000206
000226
000454
001130
002260
003410
003720
004540
011300
016040
022600
045400
113000

1393
1394
1395
1396
1397

1398
1399

1400

BRTBLSB: :

:BIT
1BIT
1BIT
1BIT
1BIT
1BIT
1BIT
1BIT
1BIT
1BIT
1BIT
1BIT
1BIT
1BIT
1BIT

1 SET.
2 SET.

3 SET.
4 SET.
S SET.
6 SET.
7 SET.
8 SET.
9 SET.
10 SET.
11 SET.
12 SET
13 SET
14 SET
15 SET

000000
000000
000000
000000
000000

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

50.
75,
110.
134,
150.
300.
600.
1200.
1800.
2000.
2400.
4800.
7200.
9600.
19200.
38400.

tBASE OF DUT BAUD RATE TABLE.

GPF SAVE AREAS ZERO AND ONE.

18686880800008880000488000800088080080004008400840084080000400000080008800000000
GPRSO08: :
1BASE OF GPR SAVE AREA NUMBER ZERO.
.MORD
O
tWORD 1, STORAGE FOR R1.
.MORD
O
tWORD 2, STORAGE FOR R2.
.MORD
O
tWORD 3, STORAGE FOR R3.
.MORD
O
tWORD 4, STORAGE FOR R4,
WORD
O
tWORD S, STORAGE FOR RS.

1068004600600448844040840084040400080086040848088000008000008800080000008000000000800
e

002476
002500
002502
002504
002506

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

SEQ 34

1BAUD RATE ENTRY FOR CODE O.
1BAUD RATE ENTRY FOR CODE 1.
1BAUD RATE ENTRY FOR CODE 2.
1BAUD RATE ENTRY FOR CODE 3.
1BAUD RATE ENTRY FOR CODE 4.
1BAUD RATE ENTRY FOR CODE S.
1BAUD RATE ENTRY FOR CODE 6.
$BAUD RATE ENTRY FOR CODE 7.
1BAUD RATE ENTRY FOR CODE 8.
1BAUD RATE ENTRY FOR CODE 9.
1BAUD RATE ENTRY FOR CODE 10.
1BAUD RATE ENTRY FOR CODE 11.
1BAUD RATE ENTRY FOR CODE 12.
1BAUD RATE ENTRY FOR CODE 13.
1BAUD RATE ENTRY FOR CODE 14.
1BAUD RATE ENTRY FOR CODE 1S.
BRTBLE: :
tLABEL AFTER END OF DUT BAUDRATE TABLE.
100808000040084800400004800005008004000000080000808008400840000480000804000000000004

002464
002464
002466
002470
002472
002474

2
4

PAGE 27-2

18804008800404000000808400000800088048080000040480008800000804000404848000080800044
i
TABLE OF DUT BAUDRATES
188800080000 00000840080000000000000084000800800880000880004840480808840004080880008

1391

1392

.WORD
.WORD
.WORD
.WORD
.WORC
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD

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

1382

1383
1384
1385
1386
1387
1388
1389

12-DEC-83 16:16

000002
000004

1360
1361
1362

1363 002424

MACRO M1200

TRANSMISSION AND RECEPTION VARIABLES,

POINTERS,

AND FLAGS.

106600800600860080084004000400808840000040008840000040088440088888808000000000000

000000
000000
000000
000000
000000

CHRTOT::
ERSMRF::
TXDONF::
RXDONF::
TXDBLF::

.WORD
.WORD
.WORD
.WORD
.WORD

O
O
O
O
O

1 TOTAL RECEIVED CHARACTER COUNTER.
1 "PRINT ERROR SUMMARY" FLAGS.
1 TRANSMISSION DONE FLAGS.
tRECEPTION DONE FLAGS.
1 “TX HAS BEEN DISABLED" FLAG.

’

1680806023483 8020400200044803 824200882492 442008 5880 RBAERGIEVLBbBARBERBSRRARBES

10660466808480408840040080008008480000800084004008000000000008000000000000000008
'
STORAGE AREA FOR THE BMP CODE QUEULE.

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL DATA SECTION
1401
1402
1403
1404
1405
1406
1407

002510
002512
002712

1409
1410
1411
1412
1413
1414
1415
1416
1417
1418
1419
1420
1421
1422
1423
1424

002716
002720
002720
003120

1427
1428
1429
1430
1431
1432
1433
1434
1435
143%6
1437
1438
1439
1440
1441
1442
1443
1444
1445
1446
1447
1448
1449
1450
1451
1452
1453
14%4
1455
1456
1457

12-DEC-83 16:16

BMPCQP: :
BMPC@B: :

.WORD
.BLKW

BMPCQE: :

PAGE 27-3

O
64,

SEQ 35

1POINTER USED TO ACCESS THE NEXT CELL IN QUE.
1STORAGE FOR 32 CELLS, TEST# PLUS BMP CODE.
sLAST ADDRESS PLUS 2 OF THE BMP CODE QUEUE.

1888800400080 400800000000000R000000000R0000040000040000480400004400000000000040404

RECEIVE BUFFER AND ASSOCIATED VARIABLES.

1000800000000 0008000R0000RR00000000040000800000040004040000044800000000000004

002712

1408 002714

1425
1426

000000

MACRO M1200

RXBOPT::
RXBIPT::
RXBCNT::

RXBSTA: :

.BLKW
RXBEND:: .WORD
L

E R

')
R

003122
003122
003124
003126
003130
003132
003134
003136
003140

.WORD
.WORD
.WORD

O
O
O

1RX BUFFER OUTPUT POINTER.
1RX BUFFER INPUT POINTER.
tCOUNT OF NUMBER OF CHARS IN RX BUFFER.

sLABEL AT BEGINNING OF THE RX BUFFER.
sLEAVE ENOUGH ROOM FOR A FULL BUFFER.

RXBFUL
O

tLABEL AFTER END OF RX BUFFER.
T

TX/RX CONTROL BLOCK.
PR

CBLééA
CBLNCA::
CBDPAA::
CBDPLA::
CBOPNA::
CBMAPA::
CBLPBA::
CBOFSA::

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

O
O
O
O
O
O
O
O

YTy

1BASE OF TX/RX CONTROL BLOCK.

tLINE PARAMETER REGISTER CONTENTS.
sLINE CONTROL REGISTER CONTENTS.
s START ADDRESS OF DATA PATTERN.
tLENGTH OF DATA PATTERN.
tNUMBER OF REPEAT TRANSMISSIONS OF THE DATA PATTERN.
1BIT MAP OF LINES TO INITIALISE.
sLOOPBACK MODE (AS IN LOPBCK).
tAMOUNT OF OFFSET BETWEEN EACH TX START.

10800088480888440800408848880040488804400800485088088808008400800080484840840888008848

TRANSMISSION AND RECEPTION TABLES OF POINTERS AND COUNTERS.

1880888808804808838880848808840840048800480800080088004008400848488808880888088000008

003142
003202
003242
003302
003342
003402
003442
003502
003542

OPENDB::
DPLENB::
EXCNTB::
ERCNTB::
TXPTRB::
RXPTRB8::

.BLKW
.BLKW
.BLKW
.BLKW
.BLKW
.BLKW

16.
16.
16.
16.
16.
16.

1 TABLE OF END ADDRESSES OF DATA PATTERNS.
1 TABLE OF LENGTH OF DATA PATTERNS FOR LINES.
tEXTRA RECEIVED CHARACTER COUNTERS TABLE.
1CHARACTER RECEIVE ERROR COUNTERS TABLE.
s TRANSMISSION DATA POINTERS TABLE.
+RECEPTION DATA POINTERS TABLE.

TXCNTB::
RXCNTB::

.BLKW
.BLKW

16.
16.

|TRANSHISSION CHARACTER COUNTERS TABLE.
tRECEPTION CHARACTER COUNTERS TABLE.

CHONTB::

.BLKW

16.

tNUMBER OF CHARACTERS TO BE TXED AND RXED.

18888888008404488080400400040044800080808800800840080008000004888840020880008808008

GENERAL TABLE AND BUFFER AREA--513 WORDS.

jREB8E AL

BUFBAS: :

002 LR 2L L4480 254025080482 80250 0220808352880 8840 40220240020 00002ekK

ERLTBL::

.BLKW

BUF3QT::

.BLKW

BUFMID: :
BUFEND: :

128.

.BLKW

64.

.BLKW

16.

64,

1BASE OF MEMORY BUFFER.

tFIRST HALF OF GENERAL TABLE OR BUFFER.

1SECOND HALF OF GENERAL TABLE OR BUFFER.
tLAST QUARTER OF THE BUFFER AREA.
tEND OF GENERAL PURPOSE MEMORY BUFFER.
a.UFFER OVERFLOW SPACE.

18680008480840404848080008884848080804008004880080000000008800080088008800000000000

TABLE OF DATA PATTERN RESYNC QUEUES.

1860080080040000800000000000000000000808000800004804488848084084848840488080800008040

DPRSQB: :

BLKW
BLKW
BLKW
.BLKW
BLKW
BLKW
BLKW
.BLKW

4
4
4
4
4
4
4
4

1DATA PATTERN RESYNC QUEUES TABLE BASE.
1DATA PATTERN RESYNC
1DATA PATTERN RESYNC
1DATA PATTERN RESYNC
1DATA PATTERN RESYNC
1DATA PATTERN RESYNC
1DATA PATTERN RESYNC
tDATA PATTERN RESYNC
1DATA PATTERN RESYNC

QUEUE
QUEUE
QUEUE
QUEUE
QUEUE
QUEUVE
QUEUE
QUEVE

FOR LINE
FOR LINE
FOR LINE
FOR LINE
FOR LINE
FOR LINE
FOR LINE
FOR LINE

O.
1.
2.
3.
4.
S.
6.
7.

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL DATA SECTION

MACRO M1200

12-DEC-83 16:16

1458 004742
1459 004752
1460 004762
1461 004772
1462 005002

.BLKW
.BLKW
.BLKW
.BLKW
.BLKW
.BLKW
.BLKW
.BLKW

1463 005012

1464 005022

1465 005032
1466 005042
1467
1468
1469
1470

1471

1472
1473
1474
1475
1476
1477
1478
1479

DPRSQE: :

IK3

PAGE 27-4
4
4
4
4
4
4
4
4

SEQ 36

1DATA
1DATA
1DATA
tDATA
1DATA
1DATA
1DATA
tDATA

PATTERN
PATTERN
PATTERN
PATTERN
PATTERN
PATTERN
PATTERN
PATTERN

RESYNC
RESYNC
RESYNC
RESYNC
RESYNC
RESYNC
RESYNC
RESYNC

QUEUE
QUEUE
QUEUE
QUEUVE
QUEUE
QUEUE
QUEUE
QUEUE

FOR
FOR
FOR
FOR
FOR
FOR
FOR
FOR

LINE
LINE
LINE
LINE
LINE
LINE
LINE
LINE

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

1END OF DATA PATTERN RESYNC QUEUES TABLE.

100008080404 004004004000000000000400008080040000804004000040400044080800808880884888

SINGLE CHARACTER MODE LPR FIELD TABLES.

(A AA0EE000000440040008440000040000480088888804480084040840048840000040000048448

SCBCTB: :
000010
000020
000030

SCBCTE

SCBRTB:
073400
177400

000200

.WORD
:

SCBRTE: :
SCNSTB:

SCNSTE: :

SCTPTB::
000140

.WORD
.WORD
.WORD

SCTPTE::

WORD

.WORD
.MORD

WORD

WORD
.WMORD
.WORD
.WORD

O
10
20

73400
177400

200
O
40
140

:BASE OF NUMBER OF BITS PER CHAR FIELDS TABLE.
+5 BITS/CHAR LPR FIELD.
16 BITS/CHAR LPR FIELD.
+7 BITS/CHAR LPR FIELD.

318 BITS/CHAR LPR FIELD.

:END OF NUMBER OF BITS/CHAR FIELDS TABLE.
:BASE OF BAUDRATE FIELDS TABLE.
150 BAUD LPR FIELDS.

11.2K BAUD LPR FIELDS.
138.4K BAUD LPR FIELDS.

+END OF BAUDRATE FIELDS TABLE.

:BASE OF NUMBER OF STOP BITS FIELDS TABLE.
31 STOP BIT LPR FIELD.

32 STOP BITS LPR FIELD.

tEND OF BAUDRATE FIELDS TABLE.

1BASE OF TYPE OF PARITY FIELDS TABLE.
iNO PARITY LPR FIELD.
:00D0 PARITY LPR FIELD.
;EVEN PARITY LPR FIELD.

+END OF TYPE OF PARITY FIELDS TABLE.

188888888880888880888080884808808880040484808000000800080040400448000000000000044

:
'

OMA MODE LPR FIELD TABLES.
SET UP WITH SPECIFIED BAUDRATES, 1 STOP BIT, QDD PARITY, 8 BITS/CHAR.

1660088000040000000000000000080000000048000880000000000000000000000000000000000ss

156470
167070
177470

DLPRTB::

DLPRTE::

.MORD
.WORD
.WORD

156470
167070
177470

1BASE OF DMA TEST LPR FIELDS TABLE.
19.6K BAUD.
119.2K BAUD.
+38.4K BAUD.

1END OF DMA TEST LPR FIELDS TABLE.

18688880048840888804088448408488000088008080800088008884400084000088808080000000000404

SPLIT SPEED LPR PARAMETER TABLE.

10600868000860048048008048400040080080008004088040040000080880080088808800000000000

SPLPRB: :

1510
1511
1512
1513
1514

005114
005116
005120
005122
005124

.WORD
.WMORD

170070
7470

.MORD
.WORD
.WORD

1
80.
70470

.WORD
.WORD
.WORD
.WORD
.WORD

1
16
115070
124470
1

:WORD

13470

1BASE OF SPLIT SPEED LPR TABLE.
1TX: 38.4K, RX: 50 BAUD,
1TX: S0, RX: 38.4K BAUD,

1 STOP ODD PAR 8 BITS.
1 STOP ODD PAR 8 BITS.

tNUMBER OF REPEAT l’RANSflISSIO‘S AT S50 BAUD.
tNUMBER OF REPEAT TRANSMISSIONS AT 38.4K BAUD.
1TX: 1200, RX: 75 BAUD, 1 STOP ODD PAR 8 BITS.

1TX: 75, RX:
INUMBER OF
INUMBER OF
1TX: 2000,
1TX: 2400,
tNUMBER OF

1200 BAUD, 1 STOP ooo PAR 8 BITS.

REPEAT TRANSMISSIONS
AT 75 BAUD.
REPEAT TRANSMISSIONS
AT 1200 BAUD.
RX:2400 BAUD, 1 STOP ODD PAR 8 BITS.
RX:2000 BAUD, 1 STOP ODD PAR 8 BITS.
REPEAT TRANSMISSIONS AT 2400 BAUD.

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL DATA SECTION

1515
1516
1517
1518
1519
1520
1521
1522
1523
1524
1525
1526
1527
1528
1529
1530
1531
1532

1533

1534
1535
1536
1537
1538
1539
1540
1541
1542
1543
1544
1545
1546
1547
1548
1549
1550
1551
1552
1553
1554
1555
1556
1557
1558
1559
1560

1561
1562
1563

005126
005130

000002

MACRO M1200

12-DEC-83 16:16

SPLPRE:
:

.WORD

PAGE 27-S

SEQ 37

tNUMBER OF REPEAT TRANSMISSIONS AT 2000 BAUD.

+END OF SPLIT SPEED LPR TABLE.

Yy
N
Y Yy Y Y YT I

SINGLE CHARACTER DATA PATTERN TABLE.

005130
005131
005132
005133
005134
005135
005136
005137
005140
005141
005142
005143
005144
005145
005146
005147
005150
005150
005151
005152
005153

SDPBAS::.BYTE
.BYTE
.BYTE
.BYTE
.BYTE

Yy Yy

Yy Y

YT YY)

1START OF SINGLE CHARACTER DATA PATTERN TABLE.

.BYTE
.BYTE

SDPEND:
:

.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE

;END OF SINGLE CHARACTER DATA PATTERN TABLE.
:START OF FIRST SHORT DATA PATTERN OVERFLOW AREA.
10
17

10080848 800088400080004880880000880404880800000000484440400000000040800000000004000¢

SINGLE CHARACTER DATA PATTERN TABLE NUMBER TWO.

SDP2B::

.BYTE
.BYTE
.BYTE

1068808880080 808488088808480000088004800000808008880004440800440.08800000004040000

.BYTE

125
252
124
253
122

:START OF SECOND SHORT DATA PATTERN.

.BYTE

SDP2E:
:

.BYTE

.BYTE
.BYTE
.BYTE
.BYTE

; Egg

1START OF

OF SECOND SHORT DATA PATTERN.

SECOND SHORT DATA PATTERN OVERFLOW AREA.

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL DATA SECTION
1572
1573
1574
1575
1576
1577
1578
1579
1580
1581
1582

005206
005207
005210
005211
005212
005213

MACRO M1200

12-DEC-83 16:16

152
225
132

.BYTE
.BYTE
.BYTE
.BYTE

245
126
251

.BYTE

PAGE 27-6

SEQ 38

152
225
132
245
126
251

(R0 RRR00EEEAEAEAREEAAELAAARAARRRRREERRAARAARAAAARRAAEEE4440040400000000000400

SINGLE CHARACTER SAFE PROPORTIONAL DELAY TABLE.
(A0S0 0000000004400000 0000800448000 000000004840444400040000000000008

005214

005215
005216
005217

005220
005221
005222
005223
005224
005225
005226
005227
005230

005231
005232
005233

372

252
167
143
132
062
036

PROTBL
: : .BYTE

.BYTE

250.
170.
119.

024
021
020

017
015
014
014
013
012

s DELAY
s DELAY
sDELAY
sDELAY
sDELAY
sDELAY
;sDELAY
sDELAY
1DELAY
sDELAY
sDELAY
sDELAY
:DELAY
s1DELAY
s:DELAY
sDELAY

IN MILLI
IN MILLI
IN MILLI
IN MILLI
IN MILLI
IN MILLI
IN MILLI
IN MILLI
IN MILLI
IN MILLI
IN MILLI
IN MILLI
IN MILLI
IN MILLI
IN MILLI
IN MILLI

SECONDS AT
SECONDS
SECONDS
SECONDS
SECONDS
SECONDS

19200 BAUD
38400 BAUD

POOSSLAA0ALLLEALEAL0EL0000000000000000040000000000000000000000000000000000000

s TABLE FOR STORAGE OF RX/TX LINE NUMBER ASSOCIATIONS.
s THE ASSOCIATIONS ARE STORED AS LINE NUMBER TIMES 2 FOR USE AS OFFSETS
'
WHEN ACCESSING A TABLE OF WORDS.

NOTE: DO NOT WRITE A NON-ZERO VALUE INTO THE UPPER BYTE OF ANY ENTRY.

(0088688008840 8888000480888800880480048844880000008888048880888088080088800800048

TXRXLB: :

.MORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD

O
2.
4.
6.
8.
10.
12.
14,

.WORD
.WORD
.WORD
.MORD
.WORD
.WORD

20.
22.
24,
26.
28.
30.

.MORD
.WORD

1621 005274
1622
1623
1624
1625
1626
1627
1628

TXRXLE: :

16.
18.

1BASE OF TX/RX LINE NUMBER ASSOCIATION TABLE.
s TX/RX
s TX/RX
s TX/RX
s TX/RX
s TX/RX
st TX/RX
1 TX/RX
s TX/RX

LINE OFFSET FOR RX/TX LINE O.
LINE OFFSET FOR RX/TX LINE 1.
LINE
LINE
LINE
LINE
LINE
LINE

OFFSET
OFFSET
OFFSET
OFFSET
OFFSET

FOR
FOR
FOR
FOR
FOR

RX/TX
RX/TX
RX/TX
RX/TX
RX/TX

1 TX/RX
s TX/RX
1 TX/RX
1 TX/RX
1TX/RX
1 TX/RX

LINE
LINE
LINE
LINE
LINE
LINE

OFFSET
OFFSET
OFFSET
OFFSET
OFFSET
OFFSET

FOR
FOR
FOR
FOR
FOR
FOR

RX/TX LINE
RX/TX LINE
RX/TX LINE
RX/TX LINE
RX/TX LINE
RX/TX
LINE

LINE
LINE
LINE
LINE
LINE

2.
3.
4
S.
6.

OFFSET FOR RX/TX LINE 7.
1 TX/RX LINE OFFSET FOR RX/TX LINE 8.
1 TX/RX LINE OFFSET FOR RX/TX LINE 9.

10.
11.
12.
13.
14.
1S.

tEND OF TX/RX LINE NUMBER ASSOCIATION TABLE.
1GUARANTEE THAT NEXT TABLE IS ON WORD BOUNDARY.

168800000000000000000000800000000000000000000000000000000000000000000000000000s

TABLE OF

TX/RX LINE NUMBER ASSOCIATIONS

IN STAGGERED LOOPBACK.

s# THE ASSOCIATIONS ARE STORED AS LINE NUMBER TIMES 2 FOR USE AS OFFSETS
T
WHEN ACCESSING A TABLE OF WORDS.
i# THIS IS A TABLE OF DATA FOR READING ONLY.
USE TO LOAD THE ABOVE TABLE.
i
NOTE: MUST CONVERT FROM BYTES TO WORDS WHEN LOADING ABOVE TABLE.

1061
1662

TRAR

005274

12-DEC-83 16:16

005276
005277

005300
005301
005302
005303
005304
005305
005306
005307
005310
005311
005312
005313
005314
005314
005314
005316
005320
005322

s TX/RX
i TX/RX
s TX/RX
1 TX/RX
s TX/RX
1 TX/RX
1 TX/RX
s TX/RX
s TX/RX
s TX/RX
s TX/RX
s TX/RX
s TX/RX
s TX/RX
s TX/RX
s TX/RX

.EVEN
ERRTBL
ERRTYP::
ERRNBR:
:
ERRMSG:
:
ERRBLK::

.EVEN

bbbt

:BASE OF STAGGERED TX/RX LINE NUHBER TABLE.

.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE

.BYTE

000000

SEQ 39

AR AR R AR AR RSB A AR R AR R AR R AR AR R R LR AR AR A AR AR AR R A A AR AR R AR RS A AR AR SRR e bbb kbbb

STGTRB:
:

005274
005275

PAGE 27-7

LINE
LINE
LINE
LINE
LINE
LINE
LINE
LINE
LINE
LINE
LINE
LINE
LINE
LINE
LINE
LINE

OFFSET
OFFSET
OFFSET
OFFSET
OFFSET
OFFSET
OFFSET
OFFSET
OFFSET
OFFSET
OFFSET
OFFSET
OFFSET
OFFSET
OFFSET
OFFSET

FOR
FOR
FOR
FOR
FOR
FOR
FOR
FOR
FOR
FOR
FOR
FOR
FOR
FOR
FOR
FOR

RX/TX
RX/TX
RX/TX
RX/TX
RX/TX
RX/TX
RX/TX
RX/TX
RX/TX
RX/TX
RX/TX
RX/TX
RX/TX
RX/TX
RX/TX
RX/TX

LINE
LINE
LINE
LINE
LINE
LINE
LINE
LINE
LINE
LINE
LINE 10.
LINE 11.
LINE 12.
LINE 13.
LINE 14.
LINE 15.

sGUARANTEE THAT NEXT TABLE IS ON WORD BOUNDARY.

o000

1629
1630
1631
1632
1633
1634
1635
1636
1637
1638
1639
1640
1641
1642
1643
1644
1645
1646
1647
1660

MACRO M1200

OO\JOU&U‘NHO

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL DATA SECTION

L$ERRTBL::

OHU-11 FUNCTIONAL VERIFICATION
MACRO M1200
GPR HANDLING ROUTINES FOR SUBROUTINE CALLS.
1664

1665
1666

1667
1668

1669
1670
1671
1672
1673
1674

1675
1676
1677
1678

12-DEC-83 16:16

.SBTTL

PAGE 28

SEN 4¢

GPR HANDLING ROUTINES FOR SUBROUTINE CALLS.

1000880800000 8800008000008008000880080000000000080000800000080808800000080800000

THERE ARE 4 ROUTINES AND MACRO DEFINITIONS USED FOR

THE HANDLING OF

GPR VALUES DURING SUBROUTINE CALLS WITHIN THIS PROGRAM,

ROUTINES/MACRO CALLS HAVE

SAVE
PASS

THE FOLLOWING NAMES:

THE FOUR

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

PREGOS

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+2
SP+4
SP+6
SP+8
SP+10
SP«12
SP+14

-> RET PC INTO PREGOS ROUTINE.
->
->
->
->
->
->
->

GPR
GPR
GPR
GPR
GPR
GPR
RET

RO
R1
R2
R3
R4
RS
PC

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 OVERHEAD.

THE SAVE AND PASS MACROS CAN ALSO BE USED IN “STRAIGHT LINE CODE*“
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,
OR PASSED INTACT, GPRS SPECIFIED AS PARAMETERS TO THE PASS CALL)

AND THE SP WILL ALSO BE RESTORED TO ITS CONDITION BEFORE THE LAST

SAVE CALL.
THE PROGRAMMER MUST BE SURE THAT THE SP HAS THE SAME
VALUE WHEN THE PASS MACRO IS CALLED AS IT HAD IMMEDIATELY AFTER
THE SAVE MACRO WAS CALLED.

1008888000008 88000808000888008000000800000000800000808000000080482000000000000000

DHU-11 FUNCTIONAL VERIFICATION
GPR FRAME ACCESS EQUATES
1702
1703
1704
1705
1706
1707
1708
1709
1710
1711
1712
1713
1714
1715
1716

MACRO M1200

12-DEC-83

16:16

PAGE 29

SEQ 41

.SBTTL GPR FRAME ACCESS EQUATES
jree

tEQUATES THAT ALLOW ACCESS TO THE STACK FRAME.

THESE ARE THE

;OFFSETS INTO THE STACK FOR REGISTERS SAVED DURING THE PREGOS
sROUTINE .
LPCSLT==
==
PCSLOT
RSSLOT==

RASLOT=»

R3SLOT==
R2SLOT==

R1SLOT==

ROSLOT
==

36
16
14
12
10
6
q

1OFFSET

sOFFSET

tOFFSET
tOFFSET
1OFFSET
;OFFSET
tOFFSET
;OFFSET

LAST RETURN PC.

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

DHU-11 F\A%‘YIONAL VERIFICATION
GLOBAL. MACRO DEFINITION

MACRO M1200
-

SAVE

12-DEC-83 16:16

PAGE 30

1718

.SBTTL

GLOBAL MACRO DEFINITION

1720
%;_2,5

e
1e

THIS MACRO IS USED AT THE BEGINNING OF A SUBROUTINE TO SAVE THE
CONTENTS OF THE GPRS RO THRU RS.

1723

i* INPUTS:

1719

[

{;g;

1726
i;g;

SAVE

SEQ 42

1080888008888 8080000808000400080030000400000880004084000080000048800488000880880000400

i e

i* OUTPUTS:
T

- UNCHANGED SINCE SUBROUTINE WAS ENTERED

RSSLOT

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

GPR SAVE AREA ON THE STACKX IS LOADED WITH THE CONTENTS OF GPRS
TOP

STACK

LOADED

WITH

THE

RETURN ADDRESS

INTO PREGOS

i e

i;&‘sg
1731

{?’gg

1734

1735

1736

i* CALLING SEQUENCE:
i1+ COMMENTS:

NO ARGUMENTS ARE ALLOWED.
THE

PASS

MACRO

SHOULD BE

:1¢ SUBORDINATE ROUTINES CALLED: PREGOS.

CALLED

TO RESTORE

THE

GPR

VALUES.

1008088800880 8800000000088008808080840800888880080888800880880840808840000000080020

1737

.MACRO

1739
1740
1741

LNLIST
.ENDM

1738

SAVE

LIST

SAVE
JSR
SAVE

RS,PREGOS

;CALL REGISTER SAVE SUBRT,.

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL MACRO DEFINITION

MACRO M1200
- PASS -

12-DEC-83 16:16

PAGE

E4
31

SEQ 43

1743

.SBTTL

1745

THIS MACRO

1746
1747

e
1e

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

1749

1751

1 e

1744

1;48

1750

GLOBAL MACRO DEFINITION

RETURNING

i1¢ INPUTS:

l:llgg

1;:::_:,
1

1* OUTPUTS:
i

{;39,

1758

1759

1760
1761

1762

1763

i?,g;

1766

1767

1768
1769
1770
1771
1772
1773

{;;;
1776
%;;z

1779

1 &

;1 COMMENTS:

THRU

THE GPRS

RSSLOT

MUST

TO THEIR SAVED VALUES.

EQUATED

THEIR

RESPECTIVE

PASS

SAVE

RO,R1,...

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

THE FOLLOWING ARE LEGAL:

R4 ,RC,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.

THE MACRO CALL

EXPANDS INTO THE FOLLOWING ASSEMBLY CODE:

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

PASS -

T
1e
)
'
s

RO,R3

MOV
RO,ROSLOT(SP)
s1PUT RO IN STACK SLOT.
MOV
R3,R3SLOT(SP)
1PUT R3S IN STACK SLOT.
JSR
PC,8(SP)+
sRETURN 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

:¢ SUBORDINATE ROUTINES CALLED:

LI RN

GPR

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

PASS

RN E L R

Y LR

.MACRO

PASS

JIF

NB,
X

1787
1788

LIST

(PREGRT

- LABEL WITHIN PREGOS,

VALUE ON STACK.)
Y

Y Y Y YT T T Y

A,8,C,D.E,F

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

.NLIST

.ENDC

1790

TO RESTORE

SAVE MACRO.

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

ROSLOT

1785

1789

TO PREGOS

FOR EXAMPLE,

LIST

1786

IN CONJUNCTION WITH THE

1782

1783

IS USED

i¢ CALLING SEQUENCE:

.IRP

1784

SLOT OFFSETS BEFORE CALLING THIS MACRO.

1780
1781

- PASS

1808880808242 0008000000000000008000000040400088040084200808440008088444000400000000

MOV

X, X'SLOT(SP)

sPUT X IN STACK SLOT.

JSR

PC.8(SP)+»

tRETURN TO PREGOS SUBRT.

.ENDM
LNLIST

.ENDM

PASS

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE
1792

MACRO M1200
- PREGOS -

Fyq

12-DEC-83 16:16

PAGE 32

SEQ 44

.SBTTL GLOBAL SUBROUTINE

1793
{;g‘s

- PREGOS

1228880884020 004000 00000040000 0044 0040008000080
1 *

PRESERVE

1 *

1796

i1+ INPUTS:

{;g;

1 &

REGISTERS

THROUGH RS FOR

0040000400008 000 0000000t tbttbtts

SUBROUTINE

CALLS.

THE RETURN ADDRESS BACK INTO THE CALLING ROUTINE MUST BE IN
GPR

RS.

(I.E.-

MACROS USE

"JSR

RS,PREGOS”.)

{gg

i1+ OUTPUTS:

REGISTERS RO THROUGH RS ARE SAVED ON THE STACK.

1 &

1801

; #CALLING SEQUENCE:

SAVE

MACRO EXPANSION CALLS PREGOS.

i:g‘s

PASS

IMCRO EXPANSION RECALLS PREGOS.

1802

1 &

[SUBROUTINE COOE)..

: *COMMENTS:

THIS ROUTINE IS RE-ENTRANT,

1807

PARAMETERS MAY BE PASSED OUT OF A SUBROUTINE BY MODIFYING THE

1810

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

1808
1809

ie
e

1811

ig{g

(EXAMPLE :

)

MAKE

SURE

THE

MOV
IS

USE THE PASS GPRN MACRO

VALUE ,ROSLOT(SP)

ITS

MIGINN.

VALUE

WHEN

]

YOU DO

THIS.

3¢

1814
1815
1816

1 *SUBORDINATE ROUTINES CALLED:
NONE.
1888888888888 88828808080048000880800888008888020040000000000000000050000000000408

1817 005324
1818 005324

005326
005330
005332
005334
005336

{g 005340

010446
010346
010246
010146
010046
010546
016605

1826 005344

004736

1819
1820
1821
1822
1823

1827
1828
1829
1830
1831

PREGOS:

000014

MOV
MOV
MOV
MOV
MOV
MOV
MOV

1RS HAS BEEN LOADED ON THE STACK BY THE SUBROUTINE CALL
R4, -(SP)
.
$SAVE R4
R3,-(SP)
1 SAVE R3
R2,-(SP)
$1SAVE R2
R1,-(SP)
$1SAVE R1
RO, -(SP)
1 SAVE RO
RS, -(SP)
1PUSH RETURN PC ON TOP OF STACK
RSSLOT(SP),.RS
sRESTORE RS TO VALUE IT HAD BEFORE CALLS

JSR

PC.8(SP).

sCALL THE SUBROUTINE AT THE RETURN ADDRESS

1FROM THE PREGOS CALL, PUTTING THE PRESENT
1PC ON THE STACK AS A RETURN ADDRESS INTO
1 THIS (PREGOS) ROUTINE.

jeee

1832

sTHE FOLLOWING CODE IS EXECUTED WHEN THE CALLING ROUTINE DOES A

iggz

1"RETURN” [JSR

PC,8(SP)+) USING THE PC DEPOSITED ON THE STACK ABOVE.

‘---

1835
1836
1837
1838
1839
1840
i:;

005346
005350
005352
005354
005356
005360

012605
012600
012601
012602
012603
012604

1843 005362

000205

1844

PREGRT:: MOV
MOV
MOV
MOV
MOV
MOV
RTS

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

sPUT RETURN PC IN RS.
tRESTORE RO.
sRESTORE R1.
iRESTORE R2.
1RESTORE R3.
tRESTORE R4,

tRETURN TO THE SUBROUTINE UCICH CALLED PREGOS.

sRESTORING RS IN THE PROCESS

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL TEXT SECTION

MACRO M1200

.SBTTL

1846
1848
1849
1850
1851
1852
1854
1855
1856
1857
1858
1859
1860
1861
1862
1863
1864
1865

i
R

P LR

SEQ 45

P AL LR P L

S LA

ST DL T AT E L LT LE ST e T 1 22 C 12 £ 22

FVTSKL1.P11
Rt

LTI

S TSI

P DS T

L SR LT E L S S S DT E L Ot 2 P T C 2t 2.0 1 28 T

jee

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

+ NAMES OF DEVICES SUPPORTED BY PROGRAM
:

110
061

<DHU-11>

L$OVTYP:
:
.ASCIZ

061

/DHU-11/

.EVEN

104

110

125

005377

055

061

116
124

103
123

061
125

122

124

005410
005413
005416
005421

DEVTYP

125

1866
1872
1873
1874
1875 005374
005374
005374

1876
1877
1884

LT DLt R

‘
i

PAGE

GLOBAL TEXT SECTION

LT LR

104
055

T3/

12-DEC-83 16:16

; TEST DESCRIPTION
DESCRIPT

<DHU-11 FUNC TST PART3>

L$DESC::

.ASCIZ

124
101
063

.EVEN

/DHU-11 FUNC TST PAR

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL TEXT SECTION

MACRO M1200

12-DEC-83 16:16

PAGE

H4
34

1886
1887

1888
1889
1890
1891
1892
1893
1894
1895
1896
1897
1898
1909
1910

FVTA.FMT

;

s+ FORMAT STATEMENTS USED IN PRINT CALLS
4

OHU-11 FUNCTIONAL VERIFICATION
GLOBAL TEXT SECTION

MACRO M1200

1919

1920

:
3

1923
1924

i
PRt LA

1925
1926
1927
1928

EF6201::
EF6202::
EF6203::

949 006712

EF9010::

00711S
007162
007201
007262
007265
007333
007401
007501
007S77
007637
007733

EF9013::
EF9019::
EF9020::
EF9101::
EF9103::
EF9301::
EF9302::
UBRFMT::
MSFMT1::
NSFMT2::
EDPFMT::

1966 010041
1967 010077
1968 010103
1969 010166
1970 010216
1971 010264
1972 010361
1973 010420
1974 010514
1975 010570

EMO103::
EMOS09::
EM1601::
EMA401::
EMA402::
EMA403::
EMA404::
EMA440S::
EMA406::
EM4407::

i?’gz 010001

1965

FVTC.MSG

P et S P

L R T RS DT L EE T AT

£ LA T ST L LT C

.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCII
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ

/#NsA TESTING UNIT :#DAasN/
/#TeN/
/#A «TeA, TEST ABORTED sN/
/%A
ACTUAL DATA:
#06%A (0).%N/
/#NsA DMA ADDRESS TEST SUCCESSFUL, BITS O TO #D2sA (D) TESTED/
7/ (wD2#A BITS).sN/
\sA FRAMING/PARITY ERROR DETECTION AND REPORTING BAD ON LINES:®D2#A
/#A
CHAR RECEIVED WITH FRAMING ERROR BIT s#Ts#A, SHOULD BE sTsN/
/#A
CHAR RECEIVED WITH PARITY ERROR BIT #T#A, SHOULD BE sTsN/

.ASCIZ
ASCIZ
ASCIZ
ASCIZ

/#A
/#A
/#A
/%A

ASCIZ /#T#A ON LINE wD2¢A DECIMAL .#N/
ASCIZ /#A UNEXPECTED #Ts#A FOUND IN RECEIVE CHAR FIFO:#N/

EF9002::

§.

1941 006317

1952
1953
1954
1955
1956
1957
1958
1959
1960
1961
1962

S S A WY AU Y S A Y BB EH A EE TS E A B U LN AL EH AR AR A E A BE L AE A B EEH B BB S B

L 20T F 21 202221 8701 E o e aeeet £

i ¢ssssssss FORMAT STATEMENTS sssssssssas

MFUNIT::
EFO0S03::
EF1601
EF1603
EF4401

005422
005453
005460
005512
005554
005650
005671
006004
006102

1930
1931
1932
1933
1934
1935
1936
1937
1938

SEQ 47

.NLIST BIN
.SBTTL
GLOBAL MESSAGE AREA

/8A

ASCIZ /#A
ASCIZ /%A
ASCIZ /#A

.ASCIZ /sA

ASCII
ASCIZ
ASCIZ
ASCIZ
%g

ASCIZ
ASCIZ
ASCIZ
ASCIZ
ASCII

CODE IS ASSOCIATED WITH LINE: wD2#N/
CODE IS: wO3#N/
STsA VALUE: s03sN/
STHA VALUE: NONESN/

wTSA #D2wN/

CHARACTER RECEIVED WITH ERROR FLAG(S) SET ON LINE wD2#N/
CHARACTER READ AS: #03#N/
#TSA ERROR FLAG SET.sN/
NUMBER OF ERRORS DETECTED ON LINE #D2#A IS sDSsN/

/%A LINEsD2¢A ONLY #T#DS#A BYTES OF#DS#A BYTE/
7/ DATA PAT'N TX'D FROM LINESD2#N/
/#A DATA PATTERN NOT COMPLETELY wTeN/
/#A «TeA #O68N/
;2/
TOO FEW TX.ACTIONS GENERATED ON LINE wD2#N/

ASCIZ /#A

1929

PAGE 35

;EES A EN A SA A A AR A G A B A AW A

1921
1922

12-DEC-83 16:16

ERROR CONDITION ON LINE sD2%N/

/8A #TeD2%A,

BMP CODE REPORTED

:#03#N/

/#A OVERFLOW OCCURRED (MORE THAN 31 BMP CODES FOUND IN QUEUE )N/
/#D5#A IS NOT A SUPPORTED BAUDRATE, ENTER ANOTHER OR CTRL C.sN/
/#AMODEM STATUS SIGNAL REPORT :#N/
/#A LINE #wD2vA:
DSR=-wB1sA, RI-‘OIIA. DCO=%B1%A, CTS=#B1sN/
/#AMODEM
LOOPBACK TEST STATUS REPORT:
/

ASCIZ /PATTERN #wDS#A (D) COMPLETED.®N/

1888888080080 MESSAGE AREA sss2ss0s8sse
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ

/DEVICE REGISTER ACCESS ERRORS/
/SET/
/TIMEOUT OCCURRED WAITING FOR MASTER RESET TO CLEAR/
/DMA ADDRESS TEST FAILED/
/NO SUITABLE ADDR FOUND,TEST ABANDONED/
/+eHOST FAILUREss; ;WRITE FAILED TO AN ADDR WHICH HAD BEEN READ/
/NO ACTIVE LINES,TEST ABANDONED/
/DMA_START BIT rouo SET BEFORE DMA INITIATED,TEST ABANDONED/
/TIME-OUT OCCCURED WAITING FOR DMA TO FINISH/
/TO0 FEW CHARACTERS FOUND IN THE RXFIFO,DMA FAILED/

: #D2#N\

DHU-11 FWCTIWAL VERIFICATION
GLOBAL MESSAGEAREA
1976
1977
1978
1979
1980
1981
1982
1983
1984
1985
1986
1987

010652

010715
010752

011001
011046

011117

011151
011160
011211

011236
011260
011276
011351
011434
011515
011541
011565
011575
011605
011614
011710
011724
011733
012010
012044
012140
012164

EMA408: :

EMA409::
EM4410::

MACRO M1200

12-DEC-83

16:16

PAGE

35-1

SEQ 48

.ASCIZ /700 MANY BMP CODES FOUND IN RXFIFO/
.ASCIZ /7BAD BITS BETWEEN BITS O AND /
.ASCIZ /RXFIFO FAILED TO PURGE/
/%sHOST FAILURE+sWRITE ATTEMPT FAILED/

/8MP CODE FOUND IN FIFO, TEST INVAILDATED/
/FRAMING ERROR TEST FAILED/
/CLEAR /
/PARITY ERROR TEST FAILED/
/7MODEM LOOPBACK TEST /
/MODEM STATUS COOE/
/SELFTEST CODE/
/CHARACTER RECEIVED ON INACTIVE LINE, LINE:/

/UNEXPECTED CHAR RECEIVED AFTER RX COMPLETE ON LINE/
/RECEIVED CHAR MISCOMPARE AGAINST TX DATA ON LINE/
/EXPECTED OR CORRECT/
/ACTUAL OR MEASURED /
/0VERRUN/

/FRAMING/
/PARITY/
/SUMMARY REPORTS FOR LINES WITH EXCESSIVE NUMBERS OF ERRORS:/
/TRANSMITTED/
/RECV'
D/
/
FIFO WILL NOT PURGE (DATA VALID STUCK SET),/
/ REMAINDER OF TEST SKIPPED./
/7MORE THAN TWICE THE EXPECTED NUMBER OF CHARACTERS RECEIVED./
/
LPR CONTENTS: /

/EXTRA CHAR RECEIVED WITHIN DATA PATTERN ON LINE/
/SINGLE CHAR MISSING FROM RECEIVED DATA ON LINE/
/%A
(NO TX COMPLETION INTERRUPTS RECEIVED)®N/

/DMA TRANSMISSION MODE TEST FAILED/
/DMA_START BIT SET AFTER RESET OR TX.ACTION ON LINE(S):/
/
UNEXPECTED DATA FOUND IN FIFO FROM LINE:
/SPLIT SPEED TEST FAILED/

/78MP CODES WERE REPORTED DURING THIS DIAGNOSTIC/
/78MP CODE FOUND IN TEST /
/THE LAST

BMP CODE WAS FOUND IN TEST /

/UNEXPECTED BMP CODES FOUND DURING THIS PASS/
/KEYBOARD ECHO (DMU REMOTE LOOPBACK) TEST /

013137
013166
013235
013316
013407
013444
013531

/7MODEM BAUDRATE IN BPS:/
/TYPE <CR> WHEN MODEM LINK ESTABLISHED:/
ZEXIT THE TEST (N = LOOP BACK TO SEND MORE DATA):/
/NUMBER OF 256 BYTE PATTERNS TO SEND ON EACH SELECTED LINE/

<15>¢<12>/ (1-255, 0=SEND UNTIL *C):/

/PRINT MODEM STATUS SIGNAL REPORT AFTER EACH PATTERN:/
/TYPE <CR> TO TERMINATE THE TEST:/

.LIST BIN

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL MESSAGE AREA

2026
2027

MACRO M1200

12-DEC-83 16:16

Lt LS

2030
2031

:
LIS IS LS CLE et If

2035

.SBTTL

2032
2033
2034
2036
2037

2038
2039

2040

2041

SEQ 49

L LS S S DTS SR Sl b S L E TS P EEERTT ST Ot

2028

2029

PAGE 36

2 {08 T30t TR TP TR T T

S L T P

FVTSKL2.P11

ittt elseiieel el

ittt ittt ettt ettt tee -ttty Cet ettty sy

GLOBAL ERROR REPORT SECTION

; THE GLOBAL ERROR REPORT SECTION CONTAINS MESSAGE PRINTING AREAS
: USED BY MORE THAN ONE TEST TO OUTPUT ADDITIONAL ERROR INFORMATION.
i+

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

PRINTB

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL. ERROR REPORTING ROUTINE
2043
2044
2045
2046
2047
2048
2049
2050
2051
2052
2053
2054
2055
2056
2057
2058
2059
2060
2061
2062
2063
2064
2065
2066 013572
013572
2067 013572
013572
2068
2069 013576
2070 013602
2071 013606
2072
2073
2074
2075
2076
2077
2078

2079

2081

MACRO H1200
12- DEC 83 16:16
ERO101

.SBTTL

PAGE

L4
37

SEQ 50

GLOBAL ERROR REPORTING ROUTINE

1288884408020

0 0000000040000 AR

- ERO101

R 0002400000000ttt
bbbttt tbtats

i
i*
i

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

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

i &

THEN THIS SUBROUTINE WILL REPORT

THAT

THE DHU MAY BE AT

THE

TYPE OF

ACCESS

THE WRONG UNIBUS ADDRESS

1 &

:& INPUTS:

(READ OR WRITE

IS ALSO PRINTED.

RS - ERROR FLAG WORD.

IF BIT O IS SET, A READ ERROR OCCURED.

IF BIT 1 IS SET, A WRITE ERROR OCCURED.

i+ OUTPUTS:
&

MESSAGES ARE PRINTED AT THE OPERATOR CONSOLE.

+¢ CALLING SEQUENCE:
1e
1]

INCLUDE THE LABEL "ERO101” AS THE MESSAGE POINTER

PARAMETER IN THE DRS ERROR REPORT MACRO CALL.

s+ COMMENTS:
1 &

;& SUBORDINATE ROUTINES USED: NONE.

1228288888888 88 8800888000080 8 0000000000000 0000004000000 0000044040000 0000000ttt

BGNMSG
004567

171526

012700

000100
166354

001036

ER0101

SAVE

MOV
8IC

BNE

JSR
#BIT06,RO
OPTION,RO

;SAVE THE GPR CONTENTS.

RS,PREGOS

ERO101::

1CALL REGISTER SAVE SUBRT.

$SET-UP THE BIT MAP FOR 'REPORT EXT'D ERROR INFO'
s TRY AND CLEAR THE FLAG.

sEXIT IF OPTION NOT SELECTED.

HEd

+ REPORT EXTENDED ERROR INFOMATION
'-

032705
001410

000001

012746
012746
010600
104414

013710
000001

032705
001410
012746
012746
010600

000004
000002

BIT
BEQ

PRINTB

000004

012746
012746

014045
000001

104415
062706

000004

&MSG1

: TEST FOR READ ERROR.
1 SKIP READ ERROR MSG IF NO READ ERROR.
+PRINT READ ERROR MESSAGE.

MOV
MOV
MOV

oMSG1, -(SP)
1, -(SP)
SP,.RO

ADD

04,5SP

TRAP

24:

BIT

BEQ

PRINTB

013766
000001

104414
062706

#8ITO,RS
24

#BIT1,.RS5

:TEST FOR WRITE ERROR.

oMSG2

1PRINT WRITE ERROR MESSAGE.

1SKIP WRITE ERROR MSG IF NO WRITE ERROR.

4%:

PRINTX

OMSG3

C$PNTB

1SUGGEST

MOV

MsG2, -(SP)

TRAP

C.PNTB

ADD

04,SP

THAT DHU MAY BE AT RO%MSS
OMSG3, -(SP)

MOV
MOV

TRAP
ADD

01,-(SP)
SP,RO

CSPNTX
04,SP

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL ERROR REPORTING ROUTINE

2083 013704
013704
2084 013706
013706
013706
2085
2086 013710
013713

013716
013721
013724
013727
013732
013735
013740
013743
013746
013751
013754
013757
013762
013765
2087 013766
013771
013774
013777
014002
014005
014010
014013
014016
014021
014024
014027
014032
014035

014040
014043
014045
014050
014053

2089
2090

004736

MACRO H1202R012-DEC-83 16:16
101 6$:

PASS

PAGE

37-1

JSR

ENDMSG

SEQ 51

;RESTORE THE GPR CONTENTS.

PC,8(SP)+

sRETURN TO PREGOS SUBRT.

L10002:
MSGl::

.ASCIZ

/#ABUS

MSG2::

.ASCIZ

/#ABUS TIME-OUT

MSG3::

.ASCIZ

/#ADHU MAY BE AT THE WRONG UNIBUS ADDRESS .sNsN/

014056
014061
014064
014067
014072
014075
014100
014103
014106
014111
014114
014117
014122

.EVEN _

TIME-OUT

TRAP CAUSED BY READ ATTEMPT.sN/

TRAP CAUSED BY WRITE ATTEMPT.s#N/

TRAP

C$MSG

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL ERROR REPORTING ROUTINE

.SBTTL

2092
2093
2094
2095
2096
2097
2098
2099
2100
2101
2102

PAGE 38

SEQ 52

GLOBAL ERROR REPORTING ROUTINE

- EROS03 -

L PP
Y Y YY I

T
i
i

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.

i+ INPUTS:

R1 - ADDRESS OF THE MESSAGE TO PRINT.

i+ OUTPUTS:

A MESSAGES IS PRINTED AT THE OPERATOR CONSOLE.

i* CALLING SEQUENCE:

2103

2104
2105
2106
2107
2108
2109
2110
2111 014124
014124
2112
2113 014124
2114 014130
2115 014134
2116
2117
2118 014136
014136
014140
014144
014150
014152
014154
2119
2120 014160
014160
014160

MACRO "1202Ro%3305c-83 16:16

i
.

:* COMMENTS:
]

LOAD THE ADDRESS OF THE MESSAGE IN R1.

INCLUDE THE LABEL "EROS503” AS THE MESSAGE POINTER
PARAMETER IN THE DIAG SUPER ERROR REPORT MACRO CALL.

THE MESSAGE IS PRINTED AS BASIC ERROR INFORMATION.

;% SUBORDINATE ROUTINES USED: NONE.

1228288828800 800000 AR R R AR KRR AR R AR A AR R AR AR AR A AR A A

BGNMSG
012700
046700
001011

010146
012746
012746
010600
104414
062706

000100
166026

MOV

EROSO3:
:

BIC
BNE

OPTION,RO
24

o8IT06,RO

;:TRY TO CLEAR THE

PRINTB

@EFO0S03,R1

;:PRINT

sEXT'D ERROR REPORTING FLAG
sEXIT IF FLAG NOT SET.
THE MESSAGE.

005453
000002

2%:
104423

EROS03

A 2442 AR 04420 40000000400 0bts

ENDMSG

L10003:

MOV
MOV
MOV
MOV
TRAP
ADD

R1,-(SP)
9EFO0503, -(SP)
€2,-(SP)
SP,.RO
C‘PNTB
#6,5P

TRAP

C$MSG

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL. ERROR REPORTING ROUTINE
cl2e
2123
2124

MACRO M1200
12-DEC-83 16:16
- ER1603 .SBTTL

PAGE

B5
39

SEQ S3

GLOBAL ERROR REPORTING ROUTINE

- ER1603

§00000020200000805400000000000000008000000800800800800000008000080800408800008004000

e
i*

2125

2126
2127
2128
2129
2130

1 e

i e

THIS ERROR REPORTING ROUTINE IS USED TO PRINT OUT A BASIC ERROR
MESSAGE, ALONG WITH A MESSAGE INFORMING THE OPERATOR WHICH TEST IS

ABOUT TO BE ABORTED,
REQUESTED, OTHERWISE

]

;s INPUTS:
e

2131
2132
2133
2134
2135
2136
2137
2138
2139
2140

PROVIDED EXTENDED ERROR INFOMATION HAS BEEN
ONLY A "TEST FAILURE” MESSAGE WILL BE PRINTED.

R1 - CONTAINS THE ADDRESS OF THE MESSAGE TO BE PRINTED.
ERRMSG - CONTAINS THE ADDRESS OF THE MESSAGE THAT INDICATES
THE TEST THAT IS BEING PERFORMED,

EG DMA,

BREAK ETC.

1 &

¢ OUTPUTS:
1o
L

MESSAGES ARE PRINTED AT THE OPERATORS CONSOLE.
“TESTNAME TEST ABORTED"”

1¢ CALLING SEQUENCE:

INCLUDE THE LABLE "ER1603"” AS THE MESSAGE POINTER

PARAMETER

THE

DRS

ERROR

REPORT

MACRO

1 e

CALL.

;¢ COMMENTS:
L

2141
2142
2143
2144 014162
214162
2145 014162
014162
2146
2147 014166
2148 014172
2149 014176
2150
2151
2152 014200
014200
014202
014206
014212

014214
014216

2153
2154 014222
2155 014226

014226
014230
014234
014240
014242
014244

2156
2157 014250
014250
2158 014252
014252
014252

i* SUBORDINATE ROUTINES CALLED: NONE.

1800888088800 0000800088080000008088088008808000080030008000000880040000000000000

BGNMSG
004567

171136

012700
046700
001024

000100

SAVE

MOV
B8IC

165764

BNE

000006

016702

171072

010246
012746
012746

104414
062706

#B8IT06,R0
OPTION,RO
2t

ER1603::
;1SAVE THE CONTENTS OF THE GPRS.

RS ,PREGOS

sCALL REGISTER SAVE SUBRT.

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

+PRINT BASIC MESSAGE ON OPERATORS CONSOLE.

005453
000002

MOV
MOV

#EFO0503, -(SP)
SP.RO

TRAP

CSPNTB

005460
000002

MOV
MOV
MOV
MOV

R2, -(SP)
#EF1601, -(SP)
2,-(SP)
SP.RO

000006

ADD

#6,5P

ADD
MOV
ERRMSG,R2
PRINTB @EF1601,R2

t1GET THE “TEST MESSAGE".
tPRINT “TEST ABORTED" MESSAGE.

TRAP

2s:

PASS

ENDMSG

104423

JSR

PRINTB @EFO0SO3,R1

010146
012746
012746
010600
104414
062706

004736

ER1603

#6,5P

CSPNTB

tRESTORE THE CONTENTS OF THE GPRS.
PC.8(SP).
1RETURN TO PREGOS SUBRT.

JSR

L10004:

TRAP

C$MSG

DHU-11 FUNCTIONAL VFRIFICATION
GLOBAL ERROR REPORTING ROUTINE
2160
2161
2162
2163
2164
2165
2166
2167
2168
2169
2170
2171
2172
2173
2174
2175
2176
2177
2178
2179
2180
2181
2182
2183
2184
2185
2186
2187
2188 014254
014254
2189 014254
014254
2190
2191
2192
2193
2194 014260
2195 014266
2196
2197
2198 014270
2199 014274
2200 014276
2201 014300
014300
014302
014304
014310
014314
014316
014320

MACRO H1200
12- DEC 83 16:16
ER6201
.SBTTL

PAGE 40

SEQ 54

GLOBAL ERROR REPORTING ROUTINE

- ER6201

1008080080000 000000000000000280000000000008000000000040040000008088880048800008040

1 e

THIS IS AN ERROR REPORTING SUBROUTINE WHICH IS INTENDED FOR USE IN THE

FRAMING ERROR

T
e
T

WHEN A CHARACTER HAS BEEN READ FROM THE DUT WITH THE INCORRECT
COMBINATION OF FRAMING AND PARITY ERROR BITS. THESE ERRORS ARE REPORTED
ONLY IF EXTENDED ERROR REPORTING HAS BEEN REQUESTED.

1¢ INPUTS:

T
i e

1e
ie
ie

AND PARITY

ERROR

TESTS.

R2 - DATA BYTE READ FROM THE DUT,

R3
RS

LINE NUMBER MULTIPLIED Br 2.
MESSAGE FLAGS, WHICH MESSAGES

REPORTS ERROR

INFORMATION

INCLUDING ERROR FLAGS.
TO REPORT.

BIT1 AND BIT3 - INDICATE WHICH MESSAGES ARE TO BE
REPORTED, FRAMING OR PARITY RESPECTIVELY.
8170 AND BIT 2 - "SET"/"CLEAR” MESSAGE FOR
FRAMING

AND PARITY

ERRORS BITS.

:¢ OUTPUTS:
L

MESSAGES ARE PRINTED AT THE OPERATOR CONSOLE.

1 CALLING SEQUENCE:

INCLUDE THE LABEL "ER6201” AS THE MESSAGE POINTER

PARAMETER

IN THE DIAG SUPER ERROR REPOR.

s COMMENTS:
e

MACRO CALL.

THE MESSAGE IS PRINTED AS BASIC AND EXTENDED ERROR INFORMATION.
THE CONTENTS OF THE INDIRECT ADDRESS REGISTER FIELD OF THE DUT

CSR MAY

ALTERED.

;¢ SUBORDINATE ROUTINES USED: PRTLPR.

1888880028028 00082880000088088080000000080808000008008800000000800000080000000088000000

BGNMSG
004567

ER6201

SAVE

171044

ER6201:
:

JSR

3§SAVE THE CONTENTS OF THE GPR'S.
RS ,PREGOS
sCALL REGISTER SAVE SUBRT.

3 EXIT IF EXTENDED ERROR REPORTING HAS NOT BEEN ENABLED
032767
001507

000100

016304

005234

165674

BIT

BEQ

MOV

ASR

PRINTB

010446
010346
012746
012746

005671
000003

104414
062706

000010

0BITO6,0PTION

EXIT WITH TEST FAILURE MESSAGE IF

TXRXLB(R3),R4

tGET THE ASSOCIATED TX LINE NUMBER.

604

#€EF6201,.R3,R4

1NO EXTENDED ERROR REPORTING MAS BEEN REQUESTED
tDURING THE SOFTWARE QUESTIONS.
sCALCULATE THE RX LINE NUMBER.

tCALCULATE THE ASSOCIATED LINE NUMBER.

sREPORT THE ERROR TYPE AND LINE NUMBERS.

MOV
MOV
MOV
MOV
MOV
TRAP
ADD

R4, -(SP)
R3, -(SP)
#€F 6201, -(SP)
3, - (SP)
SP,RO
CCPNYB
€10,S5P

3+ REPORT FRAMING ERROR PROBLEM.
..

2205 014324
2206 014330
2207 014334

012704
012701
032705

011151
010077
000002

MOV
MOV
BIT

#EM6202,R4
#EMOS09,R1
#BIT1,RS

+SELECT THE "ERROR BIT CLEAR" MESSAGE.
1 SELECT EXPECTED “ERROR BIT SET* MESSAGE.
1 TEST IF FRAMING ERROR MESSAGE TO BE REPORTED.

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL ERROR REPORTING ROUTINE
2208
2209
2210
2211
2212
2213

014340
014342
014346
014350
014352
014356
014356
014360
014362
014366
014372
014374
014376
014402
014406
014410
014414

001427
032705
001403
010401
012704
010146
010446
012746
012746
010600

104415

062706
032705
001424
012704
012701

MACRO M1200
12-DEC-83
- ER6201 -

000001

010077

2s:

BEQ
BIT
BEQ
MOV
MOV

PRINTX

16:16

PAGE 40-1

64
08ITO,R5
24
R4 ,R1
0EMO509,R4
0EF6202,R4
,R1

006004
000003
000010
000010

BIT
BEQ
MOV
MOV

011151
010077

#BIT3,.RS
104

0EM6202,R4
©EMOS09,R1

SEQ S5

1BRANCH TO REPORT PARITY ERROR.
1 TEST “"ERROR BIT SET/CLEAR” MESSAGE FLAG.
1BRANCH TO REPORT ERROR BIT "CLEAR”,
1 SELECT EXPECTED "CLEAR"” STATE MESSAGE.
1SELECT THE "ERROR BIT SET" MESSAGE.
tREPORT THE- SOURCE OF THE PROBLEM.
MOV
R1,-(SP)

MOV
9EF6202, -(SP)
MOV
e3,-(SP)
MOV
SP,RO
TRAP
CSPNTX
ADD
#10,5SP
+ TEST IF PARITY ERROR MESSAGE TO BE REPORTED.
tEXIT IF PARITY ERROR REPORT TO BE SKIPPED.
1SELECT THE “CLEAR" MESSAGE.
+SELECT THE EXPECTED “SET” STATE MESSAGE.

+ REPORT PARITY ERROR PROBLEM.
014420
014424
014426
014430
014434
014434
014436
014440
014444
014450
014452
014454

2227
2228 014460
014460
014462
014466
014472
014474
014476
2229
2230 014502
2231 014506
014506
2232 014510
014510
014510

032705
001403
010401
012704

#8IT2,.RS

8¢

010077

O0EF6203, R4 R1

010146

012746
012746
010600
104415
062706
010246
012746
012746

006102
000003
000010

+TEST “SET"/"CLEAR"” MESSAGE FLAG.
1BRANCH TO REPORT ERROR BIT CLEAR
1SELECT THE EXPECTED “CLEAR” STATE MESSAGE.
+SELECT THE "ERROR BIT SET” MESSAGE.
tREPORT THE SOURCE OF THE PROBLEM.
MOV
R1,-(SP)
MOV
R4, -(SP)
MOV
#EF6203, -(SP)
MOV
#3,-(SP)
MOV
SP,RO
TRAP
CSPNTX
ADD
#10,5P

10¢:

PRINTX

0EF1603,R2

tREPORT ACTUAL DATA RECEIVED.

60¢:

PASS

JSR

PC.PRTLPR

tREPORT THE CONTENTS OF THE LPR FOR THIS LINE.

005512

104415
062706
004767

004736

104423

006152

ENDMSG

JSR

MOV
MOV
MOV
MOV
TRAP
ADD

R2,-(SP)
9EF 1603, -(SP)
02, -(SP)
SP,RO
C$PNTX
6,SP

sRESTORE THE CONTENTS OF THE GPR'S.

PC.8(SP)+

tRETURN TO PREGOS SUBRT.

L10005:

TRAP

C$MSG

DHU-11 FUNCTIOMAL VERIFICATION
GLOBAL ERROR REPORTING ROUTINE

MACRO mzog 9(1)(2>IDEC-83 16:16

2234
2235
2236
2237
2238
2239

.SBTTL

PAGE 41

SEQ 56

GLOBAL ERROR REPORTING ROUTINE

- ER9001

1888884408808 200804040028008408400000000200000000040080080004008408480000080444000000

1
e
e

THIS IS AN ERROR REPORTING SUBROUTINE WHICH REPORTS AN UNEXPECTED
CODE WHICH HAS BEEN FOUND IN THE DUT CSR.
THIS CODE CAN BE A BMP
CODE, A SELF-TEST CODE, OR A MODEM STATUS CODE.

2240
2241
2242
2243
2244

1+ INPUTS:
1e
1e

R1 - ADDRESS OF MESSAGE TO PRINT FIRST,
R2 - SINGLE BYTE CODE WHICH HAS BEEN READ FROM THE DUT.
R4 - LINE NUMBER ASSOCIATED WITH THE CODE.

3¢ OUTPUTS:

A MESSAGES IS PRINTED AT THE OPERATOR CONSOLE.

2245
2246
2247
2248
2249
2250
2251
2252
2253
2254 014512
014512
2255
2256
2257
2258
2259 014512
2260 014520
2261
2262
2263 014522
014522

014524
014520
C14534
014536
014540
014544
014544
014546

014552
014556
014560
014562
2265 014566
014566
014570
014574
014600
014602
014604
2266
2267 014610
014610
014610

1 &

s¢ CALLING SEQUENCE:

1 e

INCLUDE THE LABEL "ER9001” AS THE MESSAGE POINTER

PARAMETER

THE

DIAG

SUPER ERROR

REPORT

MACRO CALL.

i1®

1 COMMENTS:
L

THE MESSAGE IS PRINTED AS BASIC AND EXTENDED ERROR INFORMATION.

1* SUBORDINATE ROUTINES USED: NONE.

1882880802888 8000000880800408080000080000008840080088008008408080028000088400480804

BGNMSG

ER9001

ER9001::

3+ EXIT IF EXTENDED ERROR REPORTING HAS NOT BEEN ENABLED
032767
001433

000100

BIT

165442

010146
012746
012746

104414
062706

PRINTB

@EF9001,.R1

PRINTX

010446
012746
012746
010600

104415
062706

PRINTX

010246
012746
012746

0BITO06,0PTION

BEQ

@EF9002,.R4

@#EF9003,R2

$EXIT WITH TEST FAILURE MESSAGE IF

1NO EXTENDED ERROR REPORTING HAS BEEN REQUESTED

tODURING THE SOFTWARE QUESTIONS.
+REPORT TYPE OF CODE FOUND.

tREPORT

R1,-(SP)
#EF9001, -(SP)

MOV
TRAP
ADD

SP,RO
CSPNTB
o6 ,5P

MOV
MOV
MOV
TRAP
ADD

#EF 9002, -(SP)
#2,-(SP)
SP,RO
CSPNTX
#6,SP

MOV
MOV

R2,-(SP)
#EF9003, -(SP)

THE LINE NUMBER OF THE CODE.

THE CODE WHICH WAS FOUND.

MOV

104415
062706
ENDMSG

L10006:

SP,.RO

TRAP

CSPNTX

TRAP

C$MSG

ADD
2¢:

104423

MOV
MOV

6 ,5P

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL ERROR REPORTING ROUTINE

MACRO H1200
12-DEC-83 16:16
ER9002
-

2269

PAGE 42

SEQ 57

.SBTTL

GLOBAL ERROR REPORTING ROUTINE

- ER9002 -

1 ®
i e

TRANMSISSION AND RECEPTION TESTS.
IT REPORTS THE TYPE OF ERROR WHICH
HAS OCCURRED WHEN INCORRECT DATA IS RECEIVED FROM THE DUT.
THIS

2270
2271

1088888808400 08004800000480080000080808088884080004040800040800040000048804040408
T
THIS IS AN ERROR REPORTING SUBROUTINE WHICH IS INTENDED FOR USE IN THE

gg;’;

2272
2273

1 &

2276
2277
2278

gggz

ROUTINE ALSO REPORTS THE READ AND EXPECTED DATA VALUES.

1+ INPUTS:
1o
e

R1 - ADDRESS OF MESSAGE TO PRINT FIRST.
R2 - DATA BYTE READ FROM THE DUT.
R3 - LINE NUMBER MULTIPLIED BY 2.

1 e

EXPECTED DATA BYTE,

BIT

1S5

SET

“NONE"”,

1 ®

gggé

1 OUTPUTS:

A MESSAGES IS PRINTED AT THE OPERATOR CONSOLE.

2283

1¢ CALLING SEQUENCE:

gggg

INCLUDE THE LABEL

PARAMETER

THE

"ER9002" AS THE MESSAGE POINTER

DIAG

SUPER

ERROR

REPORT

MACRO

CALL.

1 &

gggg

;1 COMMENTS:

2288

1¢ SUBORDINATE ROUTINES USED: PRTLPR.

2289

1008888804888 288008800000002048280028488808402000080484088888888004888484000080048000888

2290
2291 014612

2292

THE MESSAGE IS PRINTED AS BASIC AND EXTENDED ERROR INFORMATION.

BGNMSG

014612

2293
2094

ER9002

ER9002:
:

i
3 EXIT IF EXTENDED ERROR REPORTING HAS NOT BEEN ENABLED

2296 014612
2297 014620

032767
001462

2300 014622
2301 014624
2302 014630
014630
014632
014634
014640

006203
042702

32233

014644
014646
014650

2303 014654
014654
014656

014662
014666
014672
014674
014676
2304 014702
2305 014704
2306 014706
014706
014710
014714
014720

010346
010146
012746
012746

010600
104414
062706

010246
012746
012746
012746
010600
104415
062706
005704
100414
010446
012746
012746
012746

000100

177400

165342

BIT
REQ

#81706,0PTION
624

1EXIT WITH TEST FAILURE MESSAGE IF
tNO EXTENDED ERROR REPORTING HAS BEEN REQUESTED

ASR
B8IC
PRINTB

R3
€177400,R2
@EF9006,R1,R3

1CALCULATE THE LINE NUMBER.
tMASK OUT ALL BUT DATA IN READ CHAR,
sPRINT THE FIRST LINE OF THE MESSAGE.
MOV
MOV
MOV
MOV

006501
000003
000010

PRINTX

011541
006420
000003
000010

011515
006420
000003

TST
BMI
PRINTX

1DURING THE SOFTWARE QUESTIONS.

@EF%004,0EM9010,R2

;PRINT ACTUAL DATA.

MOV
TRAP
ADD

R3,-(SP)
R1,-(SP)
S#EF9006, -(SP)
#3,-(SP)
SP,RO
CSPNTB
#10,SP

MOV
R2,-(SP)
MOV
#EM9010, -(SP)
MOV
S#EF9004, -(SI)
MOV
#3,-(SP)
MOV
SP,RO
TRAP
CSPNTX
ADD
€10,SP
R4
s1CHECK FOR "NONE"” CODE SET IN EXPECTED DATA.
¢
1BRANCH TO PRINT “NONE” MESSAGE IF FLAG SET.
@EF9004,0EM9009,R4
1PRINT EXPECTED DATA.
MOV
R4, -(SP)
MOV
S#EM9009, -(SP)
MOV
#EF9004, -(SP)
MOV
#3,-(SP)

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL ERROR REPORTING ROUTINE

2307
2308

2309
2310

014724
014726
014730
014734
014736
014736
014742
014746
014752
014754
014756
014762
014766
014766
014766

MACRO M1200
12-DEC-83
- ER900

16:16

PAGE 42-1

SEQ S8

010600

104415
062706

000412

012746
012746
012746
010600
104415
062706
004767

104423

000010
011515
006450
000002
000006
005672

2s:

PRINTX

604

@EF900S,#EM9009

MOV
TRAP
ADD

tEXIT THIS ROUTINE.
;PRINT MESSAGE

62%:

JSR
ENDMSG

PC,PRTLPR

€10,SP

INDICATING NO EXPECTED DATA.

MOV
MOV

60%:

SP,RO
C$PNTX

MOV
TRAP
ADD
sPRINT CONTENTS OF THE LPR REGISTER.
L10007:

TRAP

S#EM9009, -(SP)
#EF9005, -(SP)
SP,RO
CS$PNTX

06,5P

C$MSG

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL ERROR REPORTING ROUTINE

MACRO meoo
12- DEC 83 16:16
ER9003

PAGE 43

SEQ 59

2312

.SBTTL

GLOBAL ERROR REPORTING ROUTINE

2314
2315
2316
g;l;

L
1e
e
ie

THIS IS AN ERROR REPORTING SUBROUTINE WHICH IS INTENDED FOR USE IN THE
TRANMSISSION AND RECEPTION TESTS.
IT REPORTS ERROR INFORMATION WHEN
A CHARACTER HAS BEEN READ FROM THE DUT WITH AN ERROR FLAG OR FLAGS
SET (IE. OVER-RUN, FRAMING, OR PARITY FLAG).

2319

;¢ INPUTS:

2313

- ER9003

1080828880820 008800000020040000 00 3048080000004 000000000000480400480088004
004000000t ts

1 &

33332

- DATA BYTE READ FROM THE DUT,

R3 - LINE NUMBER MULTIPLIED BY 2.

INCLUDING ERROR FLAGS.

i &

gggg

i¢ OUTPUTS:

A MESSAGES IS PRINTED AT THE OPERATOR CONSOLE.

2324
ggg

:* CALLING SEQUENCE:
e
31e

INCLUDE THE LABEL "ER9003” AS THE MESSAGE POINTER
PARAMETER IN THE DIAG SUPER ERROR REPORT MACRO CALL.

2327

¢ COMMENTS:

2331
2332
2333
2334 014770
014770
2335

3¢ SUBORDINATE ROUTINES USED: NONE.
1280884488488 8408888008084208804808808880008008800000008000804000080000004000804 8

2328
gggg

s
T

THE MESSAGE IS PRINTED AS BASIC AND EXTENDED ERROR INFORMATION.

THE CONTENTS OF THE INDIRECT ADDRESS REGISTER FIELD OF THE DUT
CSR MAY BE ALTERED.

BGNMSG

2336
ggg;

ER9003: :

3e
+ EXIT THE TEST IF EXTENDED ERROR REPORTING HAS NOT BEEN ENABLED

2339 014770
2340 014776

032767
001470

2343 015000
2344 015002
015002
015004
015010
015014
015016
015020
2345 015024
2346 015026
2347 015032
015032
015034
015040
015044
015046
— 015050

006203

333:%

ER9003

010346
012746
012746
010600
104414
062706
010201
042701
010146
012746
012746
010600
104415
062706

000100

165164

BIT
BEQ

#81T06,0PTION
624

$EXIT WITH TEST FAILURE MESSAGE IF
sNO EXTENDED ERROR REPORTING HAS BEEN REQUESTED

ASR
PRINTB

R3
#EF9007,R3

MOV
BIC
PRINTX

R2,R1
€177400,R1
@EF9008,R1

;CALCULATE THE LINE NUMBER.
iREPORT THE ERROR TYPE AND LINE NUMBER.
MOV
R3, -(SP)
MOV
#EF9007, -(SP)
MOV
2, -(SP)
MOV
SP,.RO
TRAP
CS$PNTB
ADD
#6,SP
tEXTRACT THE RECEIVED CHARACTER FROM THE
3
PASSED IN CHAR VALUE WITH FLAGS.
tREPORT THE VALUE OF THE RECEIVED CHAR.
MOV
R1,-(SP)
MOV
SEF9008, -(SP)
MOV
2, -(SP)
MOV
SP,.RO
TRAP
CSPNTX
ADD
o5 ,SP

006520
000002

000006
177400
006614

000006

1DURING THE SOFTWARE QUESTIONS.

3¢

gg‘sg

3+ REPORT OVERRUN FLAG SET IF NECESSARY,
'-

2351
2352
2353
2354

015054
015060
015064
015066

012701
032702
001402
004767

011565
040000

MOV
BIT
BEQ
JSR

000036
}*

#EM9011,R1
#8IT14,R2
24
PC,50%

1SELECT THE OVERRUN ERROR MESSAGE.
1CHECK OVERRUN ERROR FLAG IN PASSED IN CHAR.
1SKIP ERROR IF OVERRUN ERROR FLAG WAS CLEAR.
tREPORT THE OVERRUN ERROR FLAG WAS SET.

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL ERROR REPORTING ROUTINE
ggg_‘;

MACRO HIZOO
12-DEC-83 16:16
ER9003
+

PAGE 43-1

REPORT FRAMING FLAG SET

SEQ 60

IF NECESSARY.

‘-

2358 015072

012701

2360 015102
53325 015104

001402
004767

2359 015076

032702

011575

020000

2%:

MOV

BIT

BEQ
JSR

000020

#EM9012,R1

1SELECT THE FRAMING ERROR MESSAGE
.

PC 50

1SKIP ERROR IF FRAMING ERROR FLAG WAS CLEAR.
tREPORT THE FRAMING ERROR MESSAGE.

OQITIS R2

1CHECK FRAMING ERROR FLAG IN PASSED IN CHAR.

i e

gggz

:+ REPORT PARITY FLAG SET IF NECESSARY.
‘-

2365 015110
2366 015114

2367 015120
2368 015122
53_6’3 015126

012701
032702
001415
004767
000412

011605
010000

4s:

BEQ
JSR
BR

000002

2371

MOV
BIT

#EM9013,R1
#B1IT12.R2
60
PC,50%
60¢

+SELECT THE PARITY ERROR MESSAGE.
1CHECK PARITY ERROR FLAG IN PASSED IN CHAR.
sEXIT ROUTINE IF PARITY ERRO FLAG WAS CLEAR.
sREPORT THE PARITY ERROR MESSAGE.
$EXIT THIS ROUTINE.

gg;g

s+ LOCAL SUBROUTINE TO REPORT AN ERROR FLAG STATUS.
'-

2374 015130
015130
015132
015136
015142
015144
015146

010146
012746
012746
010600
104415
062706

2377 015154
2378 015160

004767

015160

104423

gg;z 015152

015160

000207

S0 :

PRINTX

@EF9009,R1

RTS

JSR
ENDMSG

PC.PRTLPR

MOV
MOV
MOV
MOV
TRAP
ADD

006653
000002
000006

005500

608 :
624:

R1,-(SP)
#EF 9009, -(SP)
#2,-(SP)
SP,
CSPNTX
#6,5P

tREPORT THE LPR CONTENTS FOR THIS LINE.

L10010:

C$MSG

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL ERROR REPORTING ROUTINE

MACRO HIZOO
12- DEC 83 16:16
ER9004

2380

.SBTTL

2382

i e

2384
gggg

s
1)

2381

PAGE 44

SEQ 61

GLOBAL ERROR REPORTING ROUTINE

2383

i *

THIS IS AN ERROR REPORTING SUBROUTINE WHICH REPORTS ERROR SUMMARIES

FOR LINES WHICH HAVE EXCEEDED THE SPECIFIED MAXIMUM NUMBER OF

INDIVIDUAL RECEPTION ERRORS, PROVIDED EXTENDED ERROR REPORTING HAS
BEEN REQUESTED BY THE OPERATOR.

2387
2388

i1¢ INPUTS:
T

gggg

i e

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

"“REPORT

ERROR

1 &

gggé

i1& OUTPUTS:

2393

s* CALLING SEQUENCE:

ggg‘s

;& COMMENTS:

ggg;

2399

015254

015256
015260
015264
015266
015270
015272

2421 015274

015274

INCLUDE THE LABEL

"ER9004"” AS THE MESSAGE POINTER

PARAMETER IN THE DIAG SUPER ERROR REPORT MACRO CALL.

THE MESSAGE IS PRINTED AS BASIC AND EXTENDED ERROR INFORMATION.

THE CONTENTS OF GPR'S R2, R3, R4, AND RS ARE DESTROYED.

1288888888088 808488408888088880 8000048804080 00080008 040020000000 40 8000000000000 s

2008 015162

2408 015174
015174
015200
015204
015210
015212
015214
2409 015220
2410 015222
2411 015226
2412 015230
2413 015232
2414 015234
2415 015236
015236
015242
015244
015250

FLAGS.

:1¢ SUBORDINATE ROUTINES USED: NONE.

2400
2401
2402 015162

2404 015162
2405 015166
g:g? 015172

SUMMARY FOR LINE”

A MESSAGE IS PRINTED AT THE OPERATOR CONSOLE.

2396

2416
2417
2418
g:g

- ER9004 -

1222888040280 0000040000000 0000000004000 0000000000040 0000000404004 0 0000ttt tbtts

012700
046700
001040

000100
164770

012746
012746
012746
010600
104414
062706
005002
016703
005004
000241
006003
103013

011614
005453
000002

016446
010246
012746
012746

003302

010600

104415
062706
012405
005202
005703
001356

000006

165252
2¢:

BGNMSG

ER9004

MOV
8IC
BNE

#81IT06,R0O
OPTION,RO
64

PRINTB

@EFO0S03,0EM3014

CLR
MOV
CLR
CLC
ROR
8CC
PRINTX

006712
000003
000010

ER2004: :
s+TRY TO CLEAR THE
$sEXT'D ERROR REPORTING FLAG
sEXIT IF FLAG NOT SET.

;REPORT THE SECONDARY ERROR MESSAGE.
MOV
#EM9014, -(SP)
MOV
#EFO0S503, -(SP)
MOV
#2,-(SP)
MOV
SP,RO
TRAP
CS$PNTB
ADD
#6,SP
R2
sCLEAR THE LINE COUNTER.
ERSMRF ,R3
1GET THE ERROR SUMMARY FLAGS.
R4
tCLEAR "LINE COUNTER TIMES 2" OFFSET.
tCLEAR THE CARRY FOR THE FOLLOWING ROTATE.
R!
|SHIFT ANOTHER ERROR SUMMARY FLAG INTO CARRY.
SKIP PRINTING MESSAGE IF FLAG FOR LINE CLEAR.
OEFOOIO R2, ERCNTB(RQ)
MOV
ERCNTB(R4),-(SP)
MOV
R2,-(5P)
MOV
#EF9010, -(SP)
MOV
#3,-(SP)

MOV

MOV
INC
TST
BNE

64:

ENDMSG

(R4)+,RS
R2
R3
24

TRAP
ADD

SP,.RO

CS$PNTX
€10,SP

s INCREMENT THE LINE OFFSET BY 2.
s INCREMT THE LINE COUNTER.
1CHECK THE ERROR SUMMARY FLAGS.
+IF MORE FLAGS SET, LOOP TO DO OTHER LINES.

L10011:

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL ERROR REPORTING ROUTINE
015274

104423

MACRO 81200
12- DEC 83 16:16
ER9004

IKS

PAGE 44-1

SEQ 62
TRAP

C$MSG

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL ERROR REPORTING ROUTINE

2423

MACRO H1200
12- OEC 83 16:16
ER9005
.SBTTL
L

2436

s* CALLING SEQUENCE:

T
T

PAGE 45

Rl
R2
R4

i& OUTPUTS:

2438
2439
2440
2441
2442
2443
2444
2445
2446 015276
015276
2447 015276
015276
2448
2449 015302
2450 015306
2451 015312
2452
2453 015314
015314
015316
015322
015326
015330
015332
2454 015336
2455 015340

- ER9005 -

Y Y YT

EITHER "TRANSMITTED” OR "“RECEIVED” TO INDICATE TX OR RX.
BIT MAP OF LINES WHMICH DID NOT COMPLETE TX OR RX.
ADDRESS OF BASE OF THE CORRECT CHARACTER COUNTERS TABLE.

DPLENB
EM9015

2437

THIS IS AN ERROR REPORTING SUBROUTINE WHICH REPORTS INCOMPLETE DATA
TRANSMISSIONS OR RECEPTIONS.

i1+ INPUTS:

2435

SEQ 63

GLOBAL ERROR REPORTING ROUTINE

2424
2425
2426
2427
2428
2429
2430
2431
2432
2433
2434

2457
2458
2459

s+ COMMENTS:

- LABEL AT BASE OF DATA PATTERN LENGTH TABLE.
- SYMBOLIC ADDRESS OF THE “TRANSMITTED” MESSAGE.

A MESSAGE IS PRINTED AT THE OPERATOR CONSOLE.

INCLUDE THE LABEL "ER9005" AS THE MESSAGE POINTER

PARAMETER IN THE DIAG SUPER ERROR REPORT MACRO CALL.

THE MESSAGE IS PRINTED AS BASIC AND EXTENDED ERROR INFORMATION.
;gElfgzgggTS OF THE INDIRECT ADDRESS FIELD IN THE DUT CSR MAY

i* SUBORDINATE ROUTINES USED: PRTLPR.
R

RN
E e Y

BGNMSG

ER9005

SAVE

170022
000100
164650

ER900S5:
:

JSR

o8IT06,RO

;SAVE THE CONTENTS OF THE GPR'S.

RS ,PREGOS

MOV
8IC
BNE

OPTION,RO

104

1 TRY TO CLEAR THE
:EXT'D _ERROR REPORTING FLAG
tEXIT IF FLAG NOT SET.

PRINTB

OEF9013,R1

{REPORT THE SECONDARY ERROR MESSAGE.

CLR
cHP
BNE

R3
0EM9015,R1
6¢

tCLEAR THE LINE COUNTER.
1CHECK IF ADDRESS CORRESPONDS TO TX MESSAGE.
1BRANCH IF RECEPTION MESSAGE TO BE PRINTED.

MOV
MOV
MOV
MOV
TRAP
ADD

007115
000002
000006
011710

015344

;CALL REGISTER SAVE SUBRT.

R1,-(SP)
#EF9013, -(SP)
02,-(SP)
SP.RO
C$PNTB
#6,SP

s+ PERFORM TX INCOMPLETE ERROR MESSAGE REPORTING.
'-

2461 015346
015346
015352
015356
015360
015362
2462 015366
2463 015370
015372
2465 015374
015374

012746
012746

104415
062706
000241
103013
010346

PRINTX

012323
000001

24:

CLC

ROR

8CcC

PRINTX

9EM9030

R2
44

@EF9020,R3

tPRINT

“NO TX COMPLETION INTERRUPTS RECEIVED”

MOV
MOV
MOV
TRAP
ADD

@EM9030, -(SP)
#1,-(SP)
SP,RO
CSPNTX
04,5SP

tCLEAR THE CARRY FOR THE FOLLOWING ROTATE.
tSHIFT “TX NOT DONE” FLAG INTO CARRY,
1SKIP PRINTING MESSAGE IF FLAG FOR LINE CLEAR.
tPRINT “TOO FEW TX,.ACTIONS GENER:;ED“ Hsgs ¢sP)
v

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL ERROR REPORTING ROUT INE

2466

2467

2468
2469

2470
2471
2472
2473
2474
2475
2476
2477
2478
2479
2480
2481
2482

2483
2484

2485
2486
2487
2488
2489
2490
2491

2492

015376
015402
015406
015410
015412
015416
015422
015424
015426
015430

012746
012746
010600
104415

062706

004767
005203
005702
001357
000440

MACRO H1200
12- DEC 83
ER9005

000006
005236

R3
R2

2
10¢

ADD

6%:

cLC
ROR

8CC

ASL
MOV

005234

MOV
MOV
MOV
ASR

003442

ASR
PRINTX

tCLEAR THE CARRY FOR THE FOLLOWING ROTATE.
sSHIFT “RX NOT DONE” FLAG INTO CARRY,
8%
1 SKIP PRINTING MESSAGE IF FLAG FOR LINE CLEAR.
R3
sSHIFT LINE @ TO GIVE CORRECT TABLE OFFSET.
TXRXLB(R3),RS
tGET THE “ASSOCIATED” RECEIVE LINE OFFSET.
R2,-(SP)
$1SAVE THE “RX NOT DONE” FLAGS ON THE STACK.
RS,R2
sCOPY THE ASSOCIATED TX LINE OFFSET.
CHCNTB(RS),RS
tGET THE TOTAL NUMBER OF EXPECTED CHARS.
R2
sSHIFT THE TABLE OFFSET TO GIVE A LINE NUMBER.
R3
tSHIFT TABLE OFFSET TO GIVE LINE NUMBER.
9EF9012,R3,R1,(R4),RS5,R2
:REPORT NUMBER OF CHARS ON LINE.
MOV
R2,-(SP)
MOV
RS, -(SP)
MOV
(R4),-(SP)

MOV

007001
000006

MOV
MOV

MOV

000016

005136

06,SP

tREPORT CONTENTS OF LPR REGISTER FOR THIS LINE.
s INCREMENT LINE COUNTER.
tCHECK THE "TX NOT DONE FLAGS”.
+IF MORE FLAGS SET, LOOP TO DO OTHER LINES.
tEXIT THIS ROUTINE.

PERFORM RX INCOMPLETE ERROR MESSAGE REPORTING.

006203

104423

INC
TST

PC,.PRTLPR

#EF9020, -(SP)
@02, -(SP)
SP,RO
CS$PNTX

103031

004736

JSR
BNE
BR

000241
006002

010246
010546
011446
010146
010346
012746
012746
010600
104415
062706
012602
004767
005724
005203
005702
001340

SEQ 64

MOV
MOV
MOV
TRAP

006303
016305
010246
010502
016505
006202

PAGE 45-1

007201
000002

015432
015434
015436
015440
015442
015446
015450

16:16

8s¢:

MOV
JSR
TST

INC

TST

10¢:

BNE

PASS
ENDMSG

(SP)+,R2
PC,.PRTLPR
(R4)+

JSR

R3,-(SP)

#EF9012, -(SP)
#6,-(SP)

SP,RO

TRAP
CS$PNTX
ADD
€16,5P
tRESTORE THE “RX NOT DONE" FLAGS.
sREPORT CONTENTS OF LPR REGISTER FOR THIS LINE.
s INCREMENT THE CHARACTER COUNTER TABLE.
s INCREMENT THE LINE COUNTER.
tCHECK THE "RX NOT DONE FLAGS".
+IF MORE FLAGS SET, LOOP TO DO OTHER LINES.
sRESTORE THE CONTENTS OF THE GPRS.

PC.8(SP)+

tRETURN TO PREGOS SUBRT.

L10012:

TRAP

C$MSG

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL ERROR REPORTING ROUTINE

2494

MACRO H1200
12- DEC 83 16:16
ER9101

GLOBAL ERROR REPORTING ROUTINE

THIS IS A GENERAL ERROR REPORTING SUBROUTINE WHICH REPORTS A MESSAGE

2497

g:gg

I TS

LY Y

PR Y YR

Py P Y

ASCII MESSAGE.

Y Y

- ER9101 Y

P Py Y Y Y YT T T

TTTIIYITTITYITY]

2 DIGIT DECIMAL ARGUMENT AFTER THE END OF AN

i1+ INPUTS:
i

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

;¢

A MESSAGES

1 &

gggz

T P

WHICH TAKES A SINGLE,

i1 ®

2500
gggg

SEQ 65

.SBTTL

2495

2496

PAGE 46

OUTPUTS:

IS PRINTED AT

THE OPERATOR CONSOLE.

2505

;& CALLING SEQUENCE:

INCLUDE THE LABEL

PARAMETER

"ER9101"” AS THE MESSAGE POINTER

IN THE DIAG SUPER ERROR REPORT MACRO CALL.

1 &

gggg

;& COMMENTS:

2510
2511
2512
2513 015536

;& SUBORDINATE ROUTINES USED: NONE.
1228588888808 0 80000040
RAARRA R AR A AR A AR AR

1 &

— 015536
2515 015536
2516 015542
2517 015546
2520 015550
015550
015552
015554
015560
015564
015566

2891 015570

012700
046700
001012

010146
010246
012746
012746
010600
104414

062706

2522 015574

015574
015574

000100
164414

AR R AR A0 44000 Attt bbtts

BGNMSG

ER9101

MOV
BIC
BNE

48IT06,RO
OPTION,RO
24

;TRY TO CLEAR THE
;EXT'D ERROR REPORTING FLAG
;EXIT IF FLAG NOT SET.

PRINTB

#EF9006,R2,R1

;REPORT THE STRING FOLLOWED BY THE NUMBER.
MOV
R1,-(SP)
MOV
R2,-(SP)
MOV
#EF9006, -(SP)
MOV
#3,-(SP)
MOV
SP,RO

006501
000003

ER9101::

000010

TRAP

C$PNTB

TRAP

C$MSG

ADD
2s:

104423

THE MESSAGE IS PRINTED AS BASIC ERROR INFORMATION.

ENDMSG

L10013:

€10,SP

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL ERROR REPORTING ROUTINE

MACRO Hl?OO
12- OEC B3 16:16
ER9102

PAGE 47

SEQ 66

2524

.SBTTL

GLOBAL ERROR REPORTING ROUTINE

2526

THIS IS AN ERROR REPORTING SUBROUTINE WHICH PRINTS ADDITIONAL ERROR

2528

REPORTING HAS BEEN REQUESTED.

THE ERROR CONDITION SHOULD BE REPORTED

2525

- ER9102 -

1000808004088 000020000000000004000008000000800008800408080080000008080800000080400

2527

i a

2529

INFORMATION AFTER THE ERROR MESSAGE HEADER,

1 e

22;0
2531

THIS ROUTINE IS PASSED A BIT MAP WICH SPECIFIES THE LINES FOR WHICH

2532
gg.;»z

PROVIDED EXTENDED ERROR

i1¢ INPUTS:
ie

R1 - ADDRESS OF THE MESSAGE TO BE PRINTED BY THIS ROUTINE.
R2 - BIT MAP OF LINES FOR WHICH TO REPORT ERRORS.

1 &

ggg

i¢ OUTPUTS:

MESSAGES ARE PRINTED AT THE OPERATOR CONSOLE.

2537

3¢ CALLING SEQUENCE:

2538
2539

;e
1o

2546

s COMMENTS:
1e
i
i

THE OUTPUT FORMAT OF THIS MESSAGE IS:
“TEXT MESSAGE POINTED TO BY R1”
"ERROR CONDITION ON LINE NN”
“ERROR CONDITION ON LINE ...”"

AS BASIC ERROR

LOAD THE BIT MAP OF LINES WITH ERRORS IN R2.
INCLUDE THE LABEL "ER9102” AS THE MESSAGE POINTER

(ERRBLK) IN THE DIAG SUPER ERROR REPORT MACRO CALL.

2542
2543
2544
2545

LOAD THE ADDRESS OF THE MESSAGE IN R1.

THE TOP MESSAGE, AND THE MESSAGE FOR EACH LINE ARE PRINTED
INFORMATION.

2549

1* SUBORDINATE ROUTINES USED: NONE.

2550

2551
2552 015576
015576
2553 015576
— 015576

1888800808800 800008080800008008808800000028802400000000888000020000080008800480080020
BGNMSG
004567

ER9102

SAVE

167522

JSR

ER9102:
:
;SAVE THE CONTENTS OF THE GPRS.

RS ,PREGOS

tCALL REGISTER SAVE SUBRT.

[ R4

ggz

s EXIT IF EXTENDED ERROR REPORTING HAS NOT BEEN ENABLED
'-

2557 015602
2558 015610

2559

032767
001441

000100

164352

BIT
BEQ

08IT06,0PTION
60¢

$EXIT WITH TEST FAILURE MESSAGE IF
tNO EXTENDED ERROR REPORTING HAS BEEN REQUESTED

tDURING THE SOF TWARE QUESTIONS.

2561 015612
015612
015614
015620

015624

0135626

015630
2562 015634
2563 015636
2564 015640
2565 015642
2566 015644
015644

015646

015652
015656
015660
015662

010146
012746
012746
010600
104414
062706
005003
000241

PRINTB

005453
000002

010346

012746
010600
104414
062706

000002
000006

ADO

R1,-(SP)
#EF 0503, -(SP)
2, -(SP)
SP,RO
CSPNTB
6 ,SP

MOV

#EF 9103 «-(SP)

TRAP

2¢:

007265

1PRINT THE FIRST LINE OF THE MESSAGE.
MOV
MOV
MOV

MOV

000006

103011

012746

@EFO0S03,R1

CLR
CLC
ROR
8CC
PRINTB

R3
R2
a4
#EF9103,R3

sCLEAR THE LINE NUMBER.
tPREPARE TO ROTATE NEXT BIT OUT OF MAP.
tGET THE NEXT BIT OF THE BIT MAP,
1SKIP PRINTING MESSAGE IF THE BIT IS CLEAR.
tREPORT THIS LINE HAD THE ERROR.
MOV
PR3, -(SP)
MOV
MOV
TRAP
ADD

02,-(SP)
SP,.RO
CSPNTB
#6,5P

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL ERROR REPORTING ROUTINE

2567 015666

005203

2569 015672

001361

2568 015670
2570 015674
015674
015700
015704
015706
015710
2571 015714
015714
2572 015716
015716
015716

as:

005702

012746
012746
010600
104414
062706

004736
104423

MACRO H1200
12- DEC 83 16:16
ER9102

INC
TST

BNE

PRINTB

007262
000001
000004

60%:

PASS
ENDMSG

PAGE 47-1

SEQ 67

+ INCREMENT THE LINE COUNTER.

1LOOP IF NOT ALL SCT SITS REMCVED FROM BIT MAP,

1CHECK THE BIT MAP,

#EF9101

1PRINT A BLANK LINE.

JSR

MOV
#EF3101, -(SP)
MOV
e1,-(SP)
MOV
SP,RO
TRAP
CS$PNTB
ADD
04,SP
tRESTORE THE SAVED CONTENTS OF THE GPRS.
PC.8(SP)+
tRETURN TO PREGOS SUBRT.
L10014:

TRAP

C$MSG

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL ERROR REPORTING ROUTINE
2574

MACRO H1200
12- DEC 83 16:16
ER9301

PAGE 48

SEQ 68

2575

1880848848008 800020000880000000048000088000040000024000008800000888000080000808040

.SBTTL

GLOBAL ERROR REPORTING ROUTINE

2576
2577
2578

1 e
1*
1o

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

2580

2579

2581

1 &

2584
2585

¢ OUTPUTS:
e

2586

2587

55530

1« COMMENTS:

2592
2593

BGNMSG

015720

2596 015720
2997 015720

004567

167400

2598 015724
2599 015730
% 015734

012700
046700
001064

000100
164226

2602 015736
015736
015740
015744

010146
012746
012746

015754
015760
015764
015770
015772
015774
016000
016002

062706
012703
012705
012301
012304
004767
029302
103772

015750
015752

INCLUDE THE LABEL "ER9301” AS THE MESSAGE POINTER

PARAMETER

THE

DIAG

SUPER ERROR REPORT

MACRO CALL.

THE MESSAGE IS PRINTED AS BASIC ERROR INFORMATION.

010600
104414

SAVE

ER9301

ER9301::

JSR

000006
002512
012714

;SAVE THE GPRS ON THE STACK.
RS ,PREGOS
sCALL REGISTER SAVE SUBRT.

MOV
BIC
BNE

#BIT06,RO
OPTION,RO
60¢

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

PRINTB

@&CFOS03,R1

+REPORT UNEXPECTED BMP CODES FOUND.
MOV
MOV

005453
000002

MOV

MOV
TRAP

MOV
MOV
MOV
MOV
JSR
cHP
8LO

2¢:

000056

2611
2612

#8MPCAB,R3
#EMI302,RS
(R3)+,R1
(R3)+,R4
PC,50¢
R3,.R2
2¢

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

02, -(SP)

SP,RO
CSPNTB
ADD
6 ,SP
1GET THE START ADDRESS OF THE BMP CODE QUEUE.
s1GET THE MESSAGE TO BE REPORTED.
1GET THE NUMBER G’ THE TEST THAT WAS EXECUTING.
1GET BMP CODE THAT WAS REPORTED OFF THE QUEUE.
1GO REPORT THE ” CODE.
1CHECK IF ALL CODES HAVE BEEN REPORTED.
$IF IT IS NOT THE LAST BMP CODE THEN LOOP.

a CDECK IF OVERFLOW HAS OCCURRED.
+
THE CONDITIONS FOR OVERFLOW ARE: THE POINTER CONTAINS THE ADDRESS OF THE

222{2
2616
2617
2618
2619
2620
2621
2622

THE TEST NUMBER FOLLOWED BY THE BMP CODE ARE PRINTED AT THE
OPERATOR CONSOLE.

1¢ SUBORDINATE ROUTINES USED: NONE.
188888208888 28088888000808000880800080888040080400008038800000800000000000004088804

2594
2595 015720

2615

R2 - THE ADDRESS OF THE NEXT EMPTY CELL IN THE QUEUE.

2603
2604
2605
2606
2607
2608
%

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

s¢ CALLING SEQUENCE:

2&3

PROVIDED EXTENDED ERROR REPORTING HAS BEEN ENABLED.

1& INPUTS:

gssgg

- ER9301

s
i

016004
016010
016012
016016
016020
016022
016024

020227
001036
005762
001433
012301
011304
012705

002706
000002

012744

&AST CELL IN THE QUEUE, AND A BMP CODE HAS ALREADY BEEN WRITTEN INTO THAT
.

cHp
BNE
TST
BEQ
MOV
MOV
MOV

az MCQ 4
2(02)
604
(R3)+,R1
(RS).'M
#EM9303,RS5

tCHECK IF THE POINTER IS AT THE LAST LOCATION.
$EXIT If NOT AT THE LAST LOCATION.
1CHECK FOR A BMP CODE IN THE LAST CELL
1EXIT IF NO OVERFLOW HAS OCCURED, CELL EMPTY,
1GET THE TEST NUMBER OFF THE lE
1GET THE BMP CODE OFF THE QUEUE.
1SELECT THE MESSAGE TO BE REPORTED.

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL ERROR REPORTING ROUTINE

2623 016030

016030
016034
016040
016042
016044
2624 016050
016054

2627 016056
016056
016060
016062

016064
016070
016074

016076

016100

2628 016104
016106
016106
2630
2631 016110
016110
016110

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

104415
062706
000207
004736

007401
000001
000004
000002

MACRO M1200
12-DEC-83
- ER9301 PRINTX

PAGE 48-1

GEF9302

SEQ 69
+REPORT OVERFLOW CONDITION.

0EF9302, -(SP)

SP,RO
CSPNTX

JSR
BR

PC,50¢

PRINTX

0EF9301,RS,R1,R4

tREPORT

604

sEXIT,

“.sp
ADD
THE LAST BMP CODE PLACED ON THE QUEUE.

;PRINT THE MESSAGE.

RS, -(SP)
#EF9301, -(SP)

007333

000012

TRAP
RTS
PASS

ENDMSG

104423

16:16

tRETURN,

JSR

SP,RO
CSPNTX

e12,5P

jRESTORE THE GPR CONTENTS.
tRETURN TO PREGOS SUBRT.

PC,8(SP)+

L10015:

TRAP

C$MSG

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINES SECTION

2633
2635
2636
2637

MACRO M1200

12-DEC-83 16:16

.SBTTL
B

T AL

PAGE 49

SEQ 70

GLOBAL SUBROUTINES SECTION

L Lttt DA

AL B R L T R LR AT L

LS LD R

T2 PO Lt S LAt

FVTSKL3.P11

L DAL

L Rt LD E TP S A L E DL D ST ER

Pt L LS E L A TSt

02 2202 202 10 0

THE GLOBAL SUBROUTINES SECTION Cgs‘TAINS THE SUBROUTINES

THAT ARE USED IN MORE

'—-

THAN ONE
T

T2 S E L Tt E b et 22

Tt 22 ¢ e

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE

MACRO M1200
-

ALTFLD

12-DEC-83 16:16

PAGE 50

SEQ 71

2648

.SBTTL

GLOBAL SUBROUTINE

2650
2651
2652
2653
2654

1.
Y
(e
1.
e

- ALTER DEVICE REGISTER FIELDS ROUTINE THIS SUBROUTINE ALTERS THE SPECIFIED FIELD OF THE SPECIFIED DEVICE
REGISTER FOR THE SPECIFIED LINES. THIS ROUTINE CAN BE USED TO SET
OR CLEAR BITS WITHIN SELECTED FIELDS OF SELECTED REGISTERS.
USE EXAMPLES:
SET RX.BAUD.RATE FIELDS ON LINES 3 AND 6.

2649

10¢

22222

1¢ INPUTS:
AP
e
e
e

22225

1®

2664

;¢ OUTPUTS:

22222

2669
2670

3¢ COMMENTS:
e

g;g

u
e

2673

004567

167206

2678

% 016124

016705

040002

THIS ROUTINE DOES NOT READ THE CSR.

JSR

1SAVE CONTENTS OF GPRS RO THRU RS.

RS, PREGOS

;CALL REGISTER SAVE SUBRT.

MOV
coM

MOV

R4,RO
RO

;CALCULATE THE NEW CONTENTS OF THE
+ REGISTER FIELDS WHICH ARE TO BE

IESTAT,RS

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

RO,R2

ALTERRED BY THIS ROUTINE.

+ LOOP ONCE FOR EACH LINE, ALTERING THE SPECIFIED FIELD IN THE SPECIFIED
a
REGISTER IF THE LINE HAS BEEN SELECTED FOR ALTERING.
s+ EXIT THE LOOP IF NO MORE LINES TO ALTER, OR IF WE MAVE ALTERED THE MAX
i

2693 016130
2694 016132

000241
006003

2696 016136

010577

2698 016144
2699 016146

040400
050200

2702 016154
2703 016156

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

SAVE

BIC

164104

g:%

2700 016150
2701 016152

PC.ALTFLD

8888882880488 088888808888008488823888884020088808800000004080000008008000004%

ALTFLD::

2688
2689
2690

2697 016142

JSR

s+ SET UP TO LOOP FOR EACH LINE:
:
PREPARE THE WORD TO BE ORED INTO THE REGISTER CONTENTS.
;
SET UP THE WORD TO WRITE INTO THE IND.ADR.REG FIELD OF THE CSR.
010400
005100

2695 016134

CSR IND.ADR.REG FIELD - DESTROYED.

2683 016116
2684 016120
2685 016122

DEVICE REGISTERS - SPECIFIED REGISTER FIELDS ALTERED.

;¢ SUBROUTINES CALLED: NONE.

2679
2680
2681
m

IESTAT - SAVED STATES OF THE INTERRUPT ENABLE BITS.

1¢ CALLING SEQUENCE:

2668

Py 016112

R1 - ADDRESS OF THE REGISTERS TO ALTER.
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.

2667

267‘
2675
2676 016112

CLEAR TX.DMA BITS ON ALL LINES.

2657
2658
2659
2660
2661

- ALTFLD -

2802020288480 040200040000000004000400400000408040088044400040040808480000400804e

103006

011100
010011
005205

005703
001365

2¢:
164036

ALLOWABLE NUMBER OF LINES (AS SPECIFIED BY NUMLNS).
cLe
ROR

sPREARE FOR ROTATE, “TST RS” DOES THIS BELOW.
tGET THE LINE SELECT BIT FOR THIS LINE.

MOV

RS, 8CSRA

+SET DUT CSR IND.ADR.REG FIELD TO THIS LINE.

BIC
BIS

R4,RO
R2,RO

8cC

MOV

MOV
INC

TST
BNE

(R1),RO

RO,(R1)
RS
R3
24

1SKIP SETUP IF LINE IS NOT SELECTED.

1GET THE PRESENT CONTENTS OF THE REG TO ALTER.
tCLEAR THE BIT FIELDS WE ARE TO ALTER.
;OR IN THE NEW STATES OF THE FIELDS.

(WRITE THE NEW REGISTER CONTENTS TO THE REG.
1SET LINE NUMBER TO THE NEXT LINE.

1CHECK FOR UNHANDLED LINES, CLEAR CARRY FLAG.
1LOOP IF SELECTED LINE(S) IS NOT HANDLED.

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE
2704

2705 016160

016160
2706 016162

004736
000207

MACRO M1200
- ALTFLD -

60¢%:

12-DEC-83 16:16

PASS
RTS

H6
PAGE 50-1

JSR

SEQ 72

sRESTORE GPRS.
PC,8(SP).
;RETURN TO PREGOS SUBRT.
tRETURN TO CALLING ROUTNE.

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE

MACRO H1200
ALMSL

2708
2709
2710
2711
2712
2713
2714
2715
2716
2717
2718
2719
2720
2721
2722
2723
2724
2725
2726
2727
2728

12-DEC-83 16:16

.SBTTL
1¢

PAGE 51

SEQ

GLOBAL SUBROUTINE

- CALMSL

2888820280080 0008 0008000000000 0 0000008404040

)
T

00400000044408 0000000000000t ts

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

ROUTINE.

WHICH IS THE NUMBER OF SOFTWARE LOOPS WHICH TAKES 1 MS TO EXECUTE IN

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

o s

THIS

SUBROUTINE CALCULATES A VALUE FOR

THE MSLOOP ROUTINE.

1 &

THIS ROUTINE CALIBRATES

THE MSLCNT

VARIABLE

THE COUNT BY USING THE

THE DELAY COUNT MUST BE USED.

1 *

3¢ INPUTS:

MSLCNT - DEFAULT 1 MS DELAY LOOP COUNT VALUE, OR

i e

MSTICK

'L
1®

VALUE FROM PREVIOUS CALIBRATION.

NUMBER OF MS PER LTC CLOCK

TICK.

TIMERL - TIMER COUNTER CHANGED BY LTC INTERRUPT SERVICE RTN.
CLKHRZ - NUMBER OF LTC CLICKS PER SECOND (S0 OR 60).

i1¢ OUTPUTS:
18

CARRY - SET IF LTC IS AVAILABLE, AND NEW CALIBRATION PERFORMED.

MSLCNT

NEW

1 MS DELAY LOOP COUNT

VALUE

IF LTC

UNCHANGED IF NO LTC IS AVAILABLE.

s¢ CALLING SEQUENCE:

JSR

e
i &

AVAILABLE,

PC,CALMSL

s COMMENTS:
1* SUBORDINATE ROUTINES CALLED: UNSDIV,00PS.
1o

016164
016164
016170

016174

016200
016202
016210
016214
016216
016220
016222
016224

004567
005067

CALMSL::

167134

SAVE

CLR

000210

624

JSR

:’SWIZE WITH THE LTC.
50:
MOV
#1,R5

012705

005000
012767
005767
001410
005200
001373

$8884000804000804080480080084000040000088800088000848800400880880080880800804804

000001
164064

164070

44:

1SET OUTER LOOP COUNTER TO 1 LOOP.

s INCREASE THE VALUE LOADED INTO THIS COUNTER IF THE <
sFOLLOWING LOOP FAILS ON FUTURE, FASTER PROCESSORS. <ss

CLR
MOV

RO
1, TIMERL

tCLEAR THE WAIT FOR CLOCK INT COUNTER.
1SET UP COUNT OF 1 TO SYNCH WITH LTC.

BEQ
INC
BNE
DEC
8GT

64
RO
44
RS
44

1JUMP OUT OF LOOP IF LTC HAS INTERRUPTED.
aCMT THIS ITERATION OF THE INNER LOOP.
1LOOP IF COUNTER HAS NOT TURNED OVER.
|D€CRE'ENT THE INNER LOOP COUNTER.
1LOOP IF OUTER LOOP COUNT NOT UP.

TST

003371

s SAVE CONTENTS OF GPRS RO THRU RS.

RS,PREGOS
sCALL REGISTER SAVE SUBRT.
1CLEAR THE 2ND TIME FLAG.

TIMERL

1CHECK FOR COUNTER HAVING GONE TO ZERO.

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

016234

005067
000241
000461

CLR
CLC
B8R

164044
Ches
o o =

016226
016232

CLKHRZ
604

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

2763 016236

012704

002300

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

MOV

OTIMERL R4

tWILL TEST TIMER1 IN THE LOOP BELOWM.

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE
2764 016242
2765 016244
2766 016246
2767 016250
2768
2769 016254
2770 016260
2771 016262
2772 016266
2773 016270
2774 016272
2775 016274
2776 016276
2777 016300
2778 016302
2779 016304
2780 016306
2781
2782
2783
2784
2785
2786
2787
2788
2789
2790
2791
2792
2793

MACRO H12OO
ALMSL

005001
005002
005003
012714
016705
011400
010067

164032
000120

8%:
10¢:

12-DEC-83 16:16

PAGE 51-1

SEQ 74

CLR
CLR
CLR
MOV

R1
R2
R3
®1,(R4)

tCLEAR THE OUTER LOOP COUNTER.

MOV
MOV
MOV
8IC
cHP
SEC

MSLCNT,RS

124
RS

+LOAD MS LOOP COUNT.
tGET THE TIMER1 VALUE.
1SAVE WORD (LIKE IN THE REAL LOOP).
tLEAVE ALL THE BITS.
1COMPARE AGAINST ZERO.
1SET CARRY IN CASE OF SUCCESS.
sEXIT LOOP IF TIMER1 HAS CLEARED.
tCOUNT DOWN THE INSIDE MS LOOP COUNT.

R1
84
PC,00PS

s1DECREMENT THE MS TIME COUNT.
1KEEP LOOPING.
tWE OVERFLOWED, SOMETHING IS WRONG, ABORT.

s INDICATE TO CHECK ALL BITS OF TIMER1.
s INDICATE TO CHECK FOR TIMER1 CLEAR.
tLOAD TIMER1 WITH COUNT OF 1.

(R4),RO

RO,64%
R2,RO
RO,R3

104

003604

tLOOP IF MS NOT UP,

‘
:
:

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

+ NOW WE CALCULATE THE TOTAL NUMBER OF INNER LOOPS EXECUTED.
I

163772

NEG
MOV
MOV

R1
MSLCNT,R2
R2,R3

:GET NUMBER OF OUTER LOOPS.
tGET THE NUMBER OF INNER LOOPS PER OUTER LOOP.
1COPY NUMBER OF LOOPS FOR MULTIPLY,
lCALC @ OF INNER LOOPS DONE IN LAST OUTER LOOP

CLR
DEC
BMI
ADD
ADC
BR

RS
R1
164
R3,.R4
S
144

ICLEAR ACCUMULATOR MSWORD.
1CHECK R1 FOR O CONDITION
1 SKIP MULTIPLICATION IF ZERO

SUB
MOV

14%:

R5,R2
R2.R4

AND ADD TO ACCUMULATOR LSWORD.

sMULTIPLY NUMBER OF INNER
+ LOOPS PER OUTER LOOP BY
tNUMBER OF OUTER LOOPS PERFORMED.

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

010403

163742

16¢:

010076

016370
016374
016376

003532
163722
000010

MSTICK,R1

MOV
JSR

R5,R2
PC,UNSDIV

JSR
MOV
coM
BNE

PC.00PS
R1,MSLCNT
624
-4

8CS

18¢:

SEC

016400
016400
016402
016404
016406

MOV

R4 ,R3
184

PASS

62%:
644:

RTS

.MORD
.MORD

O
O

JSR

1® OF MS PER LTC TICK IS DIVISOR.
tLSWORD OF LOOP COUNT IS LSWORD OF DIVIDEND.
tMSWORD OF LOOP COUNT IS MSWORD OF DIVIDEND.
1DIVIDE NUMBER OF LOOPS BY MS PER LTC TICK.
1BYPASS OOPS IF WE'RE OK.

+CLOCK ROUTINES ARE NOT LONG ENOUGH, OR BUG.

lSET 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)+
tRETURN TO PREGOS SUBRT.
+ CARRY - SUCCESS FLAG. SET IF SUCCESS.
12ND CALIBRATION ITERATION FLAGS.
1OUMMY WORD FOR STORAGE OF THE READ WORD.

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE
2818
2819
2820
2821
2822
2823
2824
2825
2826
2827
2828
2829
2830
2831
2832
2833
2834
2835
2836
2837
2838
2839
2840
2841
2842
2843
2844
2845
2846
2847

2848
2849
2850
2851
2852
2853
2854
2855
2856
2857
2858
2859
2860
2861
2862
2863
BG4
2865
2866
2867
2868
2869
2870
2871
2872
2873

HAE&?EH%2OO

12-DEC-83 16:16

.SBTTL

160

PAGE 52

SEQ 75

GLOBAL SUBROUTINE

- CHKEXT

2844444004400 0000000000 0004000000000 0 0800000808880 80888808848000040008000400

- CHECK FOR EXTRA CHARACTER ROUTINE -

L
1 *
i *

THIS SUBROUTINE CHECKS FOR THE CONDITION WHICH INDICATES THAT AN EXTRA
CHARACTER HMAS BEEN RECEIVED DURING THE RECEPTION OF A DATA PATTERN.
IF THIS ROUTINE DETERMINES THAT IT IS LIKELY THAT AN EXTRA CHARACTER

HAS BEEN RECEIVED

)

TO THE CALLING ROUTINE.

;& INPUTS:

INDICATES

THIS

THE

STATUS

INFORMATION RETURNED

R3 - RX LINE NUMBER MULTIPLIED BY 2 (OFFSET INTO WORD TABLES).
R4
RS

- BASE ADDRESS OF RESYNC QUE CONTAINING RX CHARS.
- MASK OF “INACTIVE” (NON-DATA) BITS OF RX AND TX CHARS.

CHCNTB - BASE OF NUMBER OF CHARS TO TX ON EACH LINE TABLE.

i OUTPUTS:

RXCNTB
RXPTRB
TXRXLB

- BASE OF THE RX CHARACTER COUNTERS TABLE.
- BASE OF THE RX CHARACTER POINTERS TABLE.
- BASE OF TX/RX LINE NUMBER ASSOCIATION TABLE.

CARRY

- SET IF EXTRA CHARACTER CONDITION IS VERIFIED.

1* CALLING SEQUENCE:

s+ COMMENTS:

JSR

PC,CHKEXT

THE FOLLOWING SYMBOLS ARE USED IN LINE COMMENTS:

- CHARACTER AT BOTTOM OF RESYNC QUE (FIRST RECEIVED).
CHR1, CHR2 - 2 CHARACTERS RECEIVED AFTER CHRO.
EXPO - CHARACTER EXPECTED TO BE RECEIVED NEXT
EXP1, EXP2 - CHARACTER EXPECTED TO BE RECEIVED AFTER EXPO, ETC.

s* SUBORDINATE ROUTINES CALLED: NONE.
jo-

166710
003402

$88088488880080004880088048000000000408480880088888884888888488848888884800888484

CHKEXT::

SAVE
MOV
TST
MOV

JSR

RXPTRB(R3),R2

(R4).
(R4)+,RO

S2¢
R3,RO

RXCNTB(R3),R0O

TXRXLB(R3),R1
RO,CHCNTB(R1)
S04
(R4),RO
S04
R3,R0
(R2),R1
R5,R1
RO,R1
524

;
LINE (NUMBER TRANSMITTED AND LOOPED BACK) TO
;
DETERMINE IF CHR1 IS LAST EXPECTED CHAR.
1EXIT WITH "SUCCESS” IF CHR1 IS LAST CHAR.
1GET CHR2 FROM THE QUE, DATA.VALID INTO N FLAG.
lEXIT WITH “SUCCESS” IF CHR1 MWAS LAST IN QUE.
tREMOVE INACTIVE BITS FROM CHR2 VALUE.
1GET THE EXP1 VALUE.
+REMOVE INACTIVE BITS FROM EXP1 VALUE.
1COMPARE CHR2 AND EXP1.
1EXIT WITH “FAILURE” IF CHR2 <> EXP1.

005234
003442

s INCREMENT R4 BY 2 TO POINT TO CHR1.
lGET CHR1 FROM THE QUE, DATA.VALID INTO N FLAG.
1EXIT WITH “FAILURE” IF CHR1 NOT VALID.
sREMOVE INACTIVE BITS FROM CHR1 VALUE.
1GET EXPO FROM THE DATA PATTERN.
tREMOVE INACTIVE BITS FROM EXPO VALUE.
1COMPARE CHR1 AND EXPO.
1EXIT WITH “FAILURE” IF CHR1 <> EXPO.
;COMPARE THE PRESENT RX CHARACTER COUNT PLUS 1

(az)..ax
R5,R1
R1,RO
Se¢

003542

1 SAVE CONTENTS OF GPRS RO THRU RS.

RS,PREGOS
1CALL REGISTER SAVE SUBRT.
;GET THE RX DATA POINTER.

WITH THE EXPECTED NUMBER OF CHARS TO RX ON

: IT IS LIKELY THAT WE RECEIVED AN EXTRA CHARACTER WITHIN THE DATA PATTERN.
+ INDICATE “SUCCESS” AND EXIT.

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE
2874 016476
2875 016500

5877

000261
000401

HACRO HIZOO
CHKEXT
50¢:

gg;g

016504
2884 016506

SEQ 76
+SET THE SUCCESS FLAG.
1EXIT THE ROUTINE.

WE DIDN'T RECEIVE A SINGLE EXTRA CHARACTER AT THIS POINT IN THE DATA PATTERN.

+
;

2883 016504

SEC
BR

PAGE 52-1

2878

g:gé 016502

12-DEC-83 16:16

000241
004736
000207

INDICATE “FAILURE"” AND EXIT,.

S5es:

CLC

60¢%:

PASS
RTS

:CLEAR THE SUCCESS FLAG.

JSR

;RESTORE GPRS.

PC,8(SP)+
;RETURN TO PREGOS SUBRT.
sCARRY - SET IF SUCCESS (EXTRA CHAR RXED).

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE

MACRO M1200
- CHKLOS
-

12-DEC-83 16:16

PAGE 53

SEQ 77

2886

.SBTTL

GLOBAL SUBROUTINE

2890

HAS BEEN "LOST” FROM THE LOOPED BACK DATA PATTERN DURING A TRANSMISSION

2887
2888
2889
2891
2892

gggz

- CHKLOS -

1%
i
T

2222200800000 000000000
A AR AR RS
AR A4 4 0400000000000t bbbtttts
- CHECK FOR LOST CHARACTER ROUTINE THIS SUBROUTINE CHECKS FOR THE CONDITION WHICH INDICATES THAT A CHAR

i
i

AND RECEPTION TEST.
IF THIS ROUTINE DETERMINES THAT IT IS LIKELY THAT
A CHARACTER HAS BEEN LOST, IT INDICATES THIS IN THE STATUS INFORMATION

RETURNED

THE

CALLING ROUTINE.

1 &

2895

:¢ INPUTS:

- RX LINE NUMBER MULTIPLIED BY 2 (OFFSET

2897

- MASK OF

2896

2898
2899
2900
2901
gggg

i *
e
T
T
i*

INTO WORD TABLES).

R4 - BASE ADDRESS OF RESYNC QUE CONTAINING RX CHARS.

"INACTIVE” (NON-DATA) BITS OF RX AND TX CHARS WITH

ALL
CHCNTB RXCNTB RXPTRB TXRXLB -

SET BITS IN A SINGLE, LEFT JUSTIFIED GROUP.
BASE OF NUMBER OF CHARS TO TX ON EACH LINE TABLE.
BASE OF THE RX CHARACTER COUNTERS TABLE.
BASE OF THE RX CHARACTER POINTERS TABLE.
BASE OF TX/RX LINE NUMBER ASSOCIATION TABLE.

CARRY

SET IF LOST CHARACTER CONDITION IS VERIFIED.

1®

290;

:& OUTPUTS:

290
%

e
i CALLING SEQUENCE:
e

2908
2909
2910

:# COMMENTS:
s
;e

gig

2911

JSR

PC,CHKLOS

THE FOLLOWING SYMBOLS ARE USED IN LINE COMMENTS:
CHRO - CHARACTER AT BOTTOM OF RESYNC QUE (FIRST RECEIVED).
CHR1, CHR2 - 2 CHARACTERS RECEIVED AFTER CHRO.
EXPO - CHARACTER EXPECTED TO BE RECEIVED NEXT.

EXP1, EXP2 - CHARACTER EXPECTED TO BE RECEIVED AFTER EXPO, ETC.

2914
2915

;¢ SUBORDINATE ROUTINES CALLED: NONE.
m- 2L EBEI LR LB BRBABB AN LR AR C S AR ARABL AR R B DR DA R LAY R A SRR AR A A

2916 016510
016510
2917 016514
2918 016520
2919 016522
2920 016526
2921 016532
2922 016534
2923 016536
2924 016540
2925 016542
2926 016546
2927 016550
2928 016552
2929 016554

004567
016301
005201
016300
016002
020102
001423
005201
160201
016302
005202
112200
162400
040500

MOV
INC
MOV
MOV
cHe
BEQ
INC
SuUB
MOV
INC
MOVB
SUB
8IC

JSR
RXCNTB(R3),R1
R1
TXRXLB(R3),RO
CHCNTB(RO),R2
R1,R2
S24¢
R1
R2,R1
RXPTRB(R3),R2
R2
(R2)+,.RO
(R4)+,RO
RS,RO

2931
2932
2933
2934
2935
2936

016556
016560
016562
016564
016566
016570

001012
005701
001406
011401
100004
111200

BNE
TST
BEQ
MOV
BPL
MOVB

S2¢
R1
S04
(R4),R1
S04
(R2),RO

1EXIT WITH “FAILURE” IF CHRO <> EXP1.
;CHECK CHRO TEST RESULT SAVED ABOVE.
uEXIT WITH “SUCCESS” IF CHRO IS LAST CHAR.
1GET CHR1 FROM THE QUE, DATA.VALID INTO N FLAG.
1EXIT WITH "“SUCCESS*” IF CHRO WAS LAST QUE CHAR.
1GET THE EXP2 VALUE FROM THE DATA PATTERN.

2938 016574

040501

BIC

2940 016576

001002

2930

2937 016572
2939

160001

005234
003442

0034~

SAVE

I AR A A RR R R R AL S

;1SAVE CONTENTS OF GPRS RO THRU RS.
RS,PREGOS
1CALL REGISTER SAVE SUBRT.
;COMPARE THE PRESENT RX CHARACTER COUNT PLUS 1
s+
WITH THE EXPECTED NUMBER OF CHARS TO RX ON
s
LINE (NUMBER TXED AND LOOPED BACK) TO
+
DETERMINE IF THE POSSIBLE LOST CHAR
i
WOULD BE THE LAST EXPECTED RX CHAR.
$EXIT WITH “FAILURE” IF LOST CHR WOULD BE LAST.
1DETERMINE (AS ABOVE) IF CHRO WOULD BE THE LAST
3
RX CHAR AND SAVE RESULT FOR LATER.
1GET THE RX DATA POINTER.
s1CALCULATE POINTER TO EXP1 LOCATION.
1GET EXP1 VALUE FROM DATA PATTERN.
;COMPARE CHRO AND EXP1 VALUES.
sREMOVE INACTIVE BITS FROM RESULT.
(NO ACTIVE

166610
003542

CHKLOS::

SUB

BNE

RO, R1
RS,R1

S2¢

BITS ALLOWED TO LEFT OF ANY INACTIVE BITS.)

1COMPARE THE EXP2 AND THE CHR1 VALUES.

tREMOVE INACTIVE BITS FROM RESULT OF COMPARE.

(NO ACTIVE BITS LEFT OF INACTIVE BITS.)

$EXIT WITH “FAILURE” IF CHR1 <> EXP2.

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE
2942
2943
2944
2945
2946
2947
2948
2949
2950
2951
2952
2953
2954
2955

MACRO M1200
0

12-DEC-83 16:16

PAGE S53-1

SEQ 78

¢ IT IS LIKELY THAT WE LOST A CHARACTER FROM THE DATA PATTERN.
i

INDICATE

"SUCCESS" AND EXIT,

016600
016602

000261
000401

S50¢:

SEC

1SET THE SUCCESS FLAG.

60¢

{EXIT THE ROUTINE.

; WE DIDN'T LOSE A SINGLE EXTRA CHARACTER AT THIS POINT IN THE DATA PATTERN.
: INDICATE "“FAILURE" AND EXIT,
;-

016604

000241

016606
016606
2956 016610

004736
000207

Sa¢:

cLC

60$:

PASS
RTS

1CLEAR THE SUCCESS FLAG.

JSR

;RESTORE GPRS.
PC,3(SP)+
:CARRY

SET

;RETURN TO PREGOS SUBRT.

IF SUCCESS (LOST CHAR LIKELY).

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE

HACRO HIZOO
CKCHR

2958
2959
2960
2961
2962
2963
2964
2965
2966
2967
2968
2969
2970
2971
2972
2973
2974
2975
2976
2977
2978
2979
2980
2981

12-DEC-83 16:16

.SBTTL
100

GLOBAL SUBROUTINE

INCORRECT, AN ANALYSIS OF THE ERROR IS DONE AND PARAMETERS ARE SET WP
FOR THE REPORTING OF THE CORRECT ERROR.

THE RECEPTION OF

THE CHARACTER

T
1e
ie
1e
ie

RS - MASK OF THE INACTIVES BITS IN A TX OR RX CHAR BYTE.
BITTBL - TABLE OF WORDS WITH BITS SET FOR USE IN FORMING MAPS.
DPRSQ - DATA PATTERN RESYNC QUE WITH VALID CHAR AT BOTTOM.
EXCNTB - BASE OF THE EXTRA CHARACTER COUTERS TABLE.
RXDONF - RECEIVE DONE FLAGS.

ERROR MESSAGE LABELS - EM9007,EM9008,EM9027,EM9028

BASE

RXPTRB

2983

2985

jidde

R3 - LINE OFFSET FOR ACCESS OF WORD TABLES OF LINE VARIABLES.

i1¢ OUTPUTS:
1
ie
1®
1e
')
1o
e

ADDRESS OF

BASE OF

THE RESYNC QUEUVE FOR

THE RX CHARACTER POINTERS

THIS LINE.

TABLE.

R1 - CONTAINS THE ADDRESS OF THE ERROR MESSAGE TO BE REPORTED.
R2 - CONTAINS THE ACTUAL RECEIVED DATA.
R4 - CONTAINS THE EXPECTED DATA.
CARRY - “SUCCESS” FLAG (SET IF NO ERROR IS FOUND).
FOLLOWING VARIABLES UPDATED FOR LINE ON WHICH CHAR WAS RECEIVED:
EXCNT - COUNT OF THE NUMBER OF EXTRA CHARS RECEIVED ON LINE.
RXCNT - COUNT OF THE NUMBER OF CHARACTERS RECEIVED ON LINE.
RXPTR

UPDATED

TO POINT

THE NEXT EXPECTED CHAR ON LINE.

ERRBLK - CONTENTS DESTROYED.

3¢ CALLING SEQUENCE:
e

JSR

PC.CKCHR

s COMMENTS:

THE CHARACTER ARE UPDATED.

i¢ INPUTS:

3 e

016616
016624

ie
1e

016612

- CKCHR

- CHECK CHARACTER FOR ERRORS ROUTINE THIS SUBROUTINE CHECKS THE CHARACTER AT THE BOTTOM OF THE RESYNC QUEUE
TO DETERMINE IF IT IS CORRECT.
POINTERS AND COUNTERS WHICH ARE RELATED

2991
2992
2993 016612

SEQ 79

i
1 e
ie

2988
2989

PAGE 5S4

8808080800880 000800080000000080080000000080800000008000008008400880000888000

2987

3¢ SUBORDINATE ROUTINES CALLED: CHKEXT,CHKLOS,UPDCHR.
==

004567

8888888088088880880888808800000008800800000000880880008080000080000000080008002

CKCHR::

166506

SAVE

JSR

1 SAVE CONTENTS OF GPRS RO THRU RS.

RS,PREGOS

1CALL REGISTER SAVE SUBRT.

1 R4

s+ CHECK FOR THE RX OF A CHAR AFTER RX SHOWLD BE COMPLETE ON THIS LINE.
036367
001407

002364

163660

BIT

BEQ

BITTBL(R3),RXDONF
24

s TEST THE RX DONE FLAG FOR THIS LINE.

1SKIP ERROR REPORT IF RX NOT COMPLETE ON LINE.

s+
s+
3+
3

WE HAVE RECEIVED AN EXTRA CHARACTER ON THIS LINE.
SET UP FOR ERROR REPORT AND EXIT TO REPORT THE ERROR.
COUNT THE EXTRA CHARACTER.
EXIT TO REPORT "UNEXPECTED CHAR RECEIVED AFTER RX COMPLETE ON LIN: NN*

g SR

:
:

016626
016632
016634
016636
016642

012701
011402

011351

052704
000452

100000

MOV
MOV

#EM9007,R1
(R4),R2

1 SELECT “EXTRA CHAR ON LINE” ERROR MESSAGE.
1GET THE ACTUAL DATA FOR ERROR REPORT.

124

1G0 COUNT EXTRA CHAR AND EXIT WITH “FAILURE".

8IC
8IS

RS,R2
#B1IT15,Re

tREMOVE THE INACTIVE BITS.
lI'DICATE “NONE“ EXPECTED DATA FOR ERROR RPT,

s GET THE POINTER TO THE NEXT EXPECTED RECEIVE DATA CHARACTER.
016302

003402

24:

MOV

RXPTRB(R3),R2

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE
3014
3015
3016
3017
3018
3019
3020
3021
3022
3023
3024

HACRO fl1200
CKCHR

12-DEC-83

16:16

PAGE 54-1

SEQ 30

+ COMPARE THE ACTUAL DATA WITH THE EXPECTED DATA.
'

016650
016652
016654
016656
016660
016662
016664
016670

011400

MOV

111201
040501
120001
001003
004767
000446

BNE
JSR
BR

8IC
MOvB
8IC
CMP8

007720

(R4),RO

1GET THE ACTUAL DATA.

&%
PC,UPDCHR
504

sCHECK FURTHER IF DATA MISCOMPARE.
tUPDATE PTRS AND COUNTERS FOR THE CHAR.
$EXIT WITH "SUCCESS”, NO ERROR FOUND.

R5,RO
(R2),R1
R5,R1
RO,R1

+REMOVE THE INACTIVE BITS.
1GET THE EXPECTED DATA,
+REMOVE THE INACTIVE BITS.
1COMPARE ACTUAL AND EXPECTED.

+ ACTUAL AND EXPECTED DATA MISCOMPARE.
s DETERMINE IF IT'S LIKELY WE RECEIVED AN EXTRA CHAR WITHIN THE DATA PATTERN.
'-

3029 016672
3030 015676

004767
103010

177512

4%:

JSR
8CC

PC,CHKEXT
64

1CHECK FOR EXTRA CHAR RX'ED IN PATTERN.
1G0 CHECK FOR LOST CHAR IF NO EXTRA CHAR.

+ IT IS LIKELY THAT WE RECEIVED AN EXTRA CHARACTER WITHIN THE DATA PATTERN.
s+ COUNT THE CHAR AS AN EXTRA CHAR, DON'T COUNT AS A STANDARD
CHAR.
: REPORT “EXTRA CHAR RECEIVED WITHIN DATA PATTERN ON LINE NN“
'.

3036
3037
3038
3039
3040
3041
3042

016700
016704
016706
016710
016712
016714
016716

012701
111200
040500
011402

012164

MOV

#EM9027 ,R1

s SELECT "EXTRA CHAR ON LINE” ERROR MSG.

8IC
MOV
8IC
MOV
BR

RS,RO
(R4),R2
R3,R2
RO,R4
12¢

sREMOVE THE INACTIVE BITS FROM EXPECTED DATA.
1GET THE ACTUAL RECEIVE DATA.
sREMOVE THE INACTIVE BITS FROM ACTUAL DATA.
1PASS EXPECTED DATA TO ERROR REPORT ROUTINE.
1GO COUNT EXTRA CHAR AND EXIT WITH “FAILURE”.

MOVe

010004
000424

(R2),RO

1GET THE EXPECTED RECEIVE DATA.

3+ ACTUAL AND EXPECTED DATA MISCOMPARE.
s NOT LIKELY THAT WE RECEIVED AN EXTRA CHARACTER WITHIN THE DATA PATTERN.
s+ DETERMINE IF IT'S LIKELY WE LOST A CHARACTER FROM THE DATA PATTERN.
'-

3048 016720
3049 016724

004767
103012

177564

64:

JSR
8cc

PC,CHKLOS

1CHECK FOR A LOST CHAR CONDITION.

1GO REPORT BAD RX DATA IF NOT LOST CHAR.

s
s+
s
s+

IT IS LIKELY THAT WE LOST A CHARACTER FROM THE DATA PATTERN.
COUNT THE CHAR IN THE RX CHAR COUNT AS IF IT HAD BEEN RECEIVED.
ALSO, COUNT CHRO AS A VALID CHAR, BECAUSE WE MAVE VERIFIED IT ABOVE.
REPORT “SINGLE CHAR MISSING FROM RECEIVED DATA ON LINE NN*

3056
3057
3058
3059
3060
3061
3062
3063

016726
016732
016734
016736
016740
016742
016744
016750

012701

111200

011402
040502
010004
004767
000404

012244

MOV

#EM9028 ,R1

1SELECT “LOST CHAR ON LINE” ERROR MSG. tttt¢t

8IC
MOV

R3,RO
(R4),R2

REMOVE THE INACTIVE BITS raon EXPECTED DATA.
lGET THE ACTUAL RECEIVE DATA

MOV
JSR

RO,.R4
PC,UPDCHR

MOV8

8IC

007640
3

(R2),RO

lGET THE EXPECTED RECEIVE DATA.

RS.R2

1REMOVE THE INACTIVE BITS FROM ACTUAL DATA.

104

1GO EXIT WITH “FAILURE".

lPASS EXPECTED DATA TO ERROR REPORT ROUTINE.
tUPDATE PTRS AND COUNTERS FOR THE CHAR.

s+ DID NOT LOSE OR GAIN A SINGLE CHARACTER FROM/TO THE DATA PATTERN.
s+ REPORT “RECEIVED CHAR MISCOMPARE AGAINST TX DATA ON LINE NN“
'-

3068 016752
3069 016754
3070 016756

010002
010104
012701

84:
011434

MOV
MOV

MOV

RO,R2
R1,R4

#EM9008 ,R1

1PASS ACTUAL DATUM TO ERROR REPORT ROUTINE.
1PASS EXPECTED DATUM TO ERROR REPORT ROUTINE.

1SELECT THE “DATA MISCOMPARE" MESSAGE.

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE
3071
3072
3073
3074 016762
3075 016766
3076
3077
3078
3079 016770
3080 016774
3081 016776
3082

3083
3084
3085 017002
017004
3087

HAER&;;IZOO

12-DEC-83 16:16

PAGE 54-2

SEQ 31

+ UPDATE THE CHARACTER COUNTER AND RX DATA PATTERN POINTER FOR THIS LINE.
'

004767
000405

007622

10%:

JSR
BR

PC,UPDCHR

144

1tUPDATE RX PTR AND COUNTER FOR THIS LINE.
1GO0 EXIT WITH “FAILURE"”.

+ COUNT THE CHARACTER AS AN EXTRA CHARACTER,
.

005263

003242

005363

003242

12%:

INC
BNE
DEC

EXCNTB(R3)
144
EXCNTB(R3)

+ INCREMENT THE EXTRA CHAR COUNT FOR THIS LINE.
1EXIT WITH FAILURE IF NO OVERFLOWM.
1DECREMENT BACK TO -1 (MAX VALUE) IF OVERFLOW.

+
'

INDICATE “FAILURE” AND EXIT.
-

14%:

000241
000401

CcLC
BR

tCLEAR THE "SUCCESS"” FLAG.
$EXIT THE ROUTINE.

604

:+ NO ERROR WAS FOUND.
s+ SET "SUCCESS” FLAG AND EXIT.
'

017006

017010
017010
017014
017020
017024

3098 017026

S0$:
010166
010266
004736

000207

SEC

1SET THE “SUCCESS” FLAG.
MOV
MOV
MOV
JSR

000012

RTS

sRESTORE GPRS, EXCEPT
R1,R1SLOT(SP)

1PUT R1 IN STACK SLOT.

PC,B(SP)e

tRETURN TO PREGOS SUBRT.

R2,R2SLOT(SP)
R4 ,RASLOT(SP)

sPUT R2 IN STACK SLOT.
1PUT R4 IN STACK SLOT.

1R1 - CONTAINS THE MSS OF THE ERROR REPORT.
tR2 - CONTAINS THE ACTUAL DATA RECEIVED.
tR4 - CONTAINS THE EXPECTED DATA.

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE

HACRO H1200
CKFRPR

3100

12-DEC-83 16:16

PAGE S5

SEQ 82

3101

100

.SBTTL

2808800084000 0480080040000884400000480888800040888808888804848008808800044404048404

GLOBAL SUBROUTINE

3102
3103

1
1.

- CHECK FRAMING AND PARITY ERROR REPORTING THIS SUBROUTINE IS USED IN THE FRAMING ERROR AND PARITY ERROR TESTS.

3105

AND CHECKS FOR THE CORRECT COMBINATION OF PARITY AND FRAMING

3104

3106

3107

IT READS THE CHARACTERS FROM THE DUT RECEIVER CHARACTER FIFO,

ERROR BITS IN THE MSB.

1e
1.

HAS BEEN READ FROM THE DUT THIS ROUTINE EXITS WITH AN RX COMPLETE
INDICATION.
EACH READ CHAR IS ANALYSED AND ANY NECESSARY ERRORS ARE

3108
3109

gi fi)

- CKFRPR -

IF CHARACTERS STOP APPEARING IN THE FIFO WITH

DATA.VALID SET OR IF MORE THAN THE ALLOWABLE NUMBER OF CHAR/CTERS

REPORTED.

3112
3113
3114

1+ INPUTS:
L

gfiz

OSTPTR - POINTER TO THE NEXT BYTE TO READ FROM OSTORE.

i e

3117

1¢ OUTPUTS:

g{{g

RS - TEST FLAG, BIT1S SET = FRAMING ERR, CLEAR = PARITY ERR.
ERRNBR - SET TO ERROR NUMBER OF FIRST ERROR IN THIS ROUTINE.
OSTEND - ADDRESS OF THE END OF THE OUTPUT STORAGE FIFO BUFFER.

RXCNTB

- RECEIVE CHARATER COUNT UPDATED FOR EACH LINE.

RXPNTB - RECEIVE CHARACTER PIONTER IS UPDATED FOR EACH LINE.

g{gg

3¢ CALLING SEQUENCE:
e

3122
3123

THIS ROUTINE REPORTS ERRORS WITH NUMBERS INITIAL ERRNBR

ERRNBR IS RESTORED BEFORE THIS ROUTINE RETURNS.

3126

PC.CKFRPR

s COMMENTS:
1e

311.223

JSR

THRU INITIAL ERRNBR + 4,

1* SUBORDINATE ROUTINES CALLED: PRFRME,PRPARE,WAIBIS.

gig;

j--

3129 017030
017030
3130 017034

gig 017040

004567
016704

004767

88888884844 84800400488880848480848088480088800048480488848888848088888008888880808080804

CKFRPR::

166270
166256

SAVE

MOV
JSR

006706

JSR
ERRNBR , R4

PC,TXIEL

3 SAVE CONTENTS OF GPRS RO THRU RS.
RS ,PREGOS
sCALL REGISTER SAVE SUBRT.
t1PRESERVE THE INITIAL ERROR NUMBER.

1ENABLE TX INTERRUPTS.

3133

: WAIT FOR A CHARACTER TO APPEAR IN THE FIFO.

gg;

s+ IF NO CHARACTER APPEARS WITHIN TIME-OUT PERIOD: EXIT ROUTINE, WE'RE DONE.
'.

3136
3137
3138
3139
3140
3141
3142
g{:z

017044
017050
017056
017060
017064
017070
017074
017100

0156701
026767
001402
062701
052701
016702
004767
103054

3145
3146
3147
3148
gi;g

017102
017106
017110
017114
017120

005367
001014
010467
012701
012767

163176
163426

163114

000062
170000
163106
010004

2%:

44:

163370
166202
012044
7°%124

166174
5

3151

}

§{§§

MOV
cHe
BEQ
ADD
BIS
MOV
JSR
8cC

RXTOUT,R1
TXDONF ,ACTLNS
44
#50. ,R1
#170000,R1
RBUFA,R2
PC,WAIBIS
60¢

$GET MINIMUM TIME OUT VALUE.
;CHECK FOR TRANSMISSION DONE ON ACTIVE LINES.
1SKIP ADDING SO MS DELAY IF TX DONE ALL LINES.
1ADD 50 MILLI SEC TO DELAY IF NOT LAST CHAR.
s+INDICATE TO TEST DATA.VALID BIT.
+INDICATE TO CHECK DUT RECEIVE BUFFER (FIFO).
tWAIT FOR RECEIVED CHAR OR TIME-OUT.
$EXIT ROUTINE IF TIME-OUT, WE'RE DONE.

DEC
BNE
MOV
MOV
MOV

CHRTOT
64
R4 ,ERRNBR
#EM9025 ,R1
®EROSO3 ,ERRBLK

tDECREMENT THE TOTAL CHAR COUNTER
1SKIP ERROR IF NOT TOO MANY CHARS RECEIVED.
1SET ERROR NUMBER TO INITIAL ERRNBR.
aSELECT THE ERROR MESSAGE TO OE REPNTED
;SELECT THE ERROR REPORT ROUTINE

REPORT ERROR AT INITIAL ERRNBR.

“MORE THAN TWICE THE EXPECTED NUMBER OF CHARACTERS RECEIVED"

3154 017126
017126

104460

ERROR

»>>> ERROR ccccc,
TRAP

C$ERROR

DU- 11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE
3155
3156
3157
3158
3159
3160
3161
3162
3163
3164
3165
3166
3167
3168
3169
3170
3171
3172
3173
3174
3175
3176
3177
3178

017130

012767

017136

000435

000001

MACRO M1200
- CKFRPR 163066

12-DEC-83 16:16

MOV
BR

PAGE S55-1

SEQ 83

s INDICATE THAT AN ERROR HAS BEEN FOUND.

60%

1EXIT THIS ROUTINE WE HAVE GIVEN UP,

+ EXTRACT THE LINE NUMBER OF THE NEW CHARACTER.
+ CALCULATE OFFSET FOR ACCESSING TABLES OF LINE VARIABLES.
'-

017140
017142
017144
017150

010203
042703
006303

6%:

177760

MOV
SWAB
8IC
ASL

R2,R3
R3
9177760,R3
R3

1COPY THE READ CHARACTER.
1GET THE LINE NUMBER IN THE LSB.
1CLEAR THE UNWANTED BITS.
sSHIFT LEFT TO FORM OFFSET INTO TABLES.

+ PROCESS THE READ CHARACTERS AS DICTATED BY THE TEST FLAG.
017152
017154

010505
100012

017156
017162
017166

004767
005767
001416

003162
163036

017170
017176
017200

032767
001012
000414

000100

017202
017206
017212
017214
017222

004767
005767
001404
032767
001403

003242
163012

017224
017230

004767
000707

007360

017232
017236
017236
017240

010467

166060

004736
000207

000100

162764

MOV
BPL

R5,RS
84

tDETERMIN WHICH TEST CALLED THIS ROUTINE.
tBRANCH TO PROCESS CHARACTER IN PARITY TEST.

JSR
TST
BEQ

PC,PRFRME
FERROR

1PROCESS FRAMING ERRORS RECEIVED
tHAS AN ERROR BEEN DETECTED
?
s¥2§TTHEN SKIP PROCESSING CHARACTERS FOR PARITY

BIT
BNE
BR

#8IT06,0PTION
104
604

tHAS EXTENDED ERROR REPORTING BEEN ENABLED ?
1BRANCH IF IT HAS,
1OTHERWISE EXIT.

PC,PRPARE

10¢
#8IT06,0PTION
604

1PROCESS PARITY ERRORS RECEIVED.
tHAS AN ERROR BEEN DETECTED ?
iNO, THEN BRANCH TO UPDATE POINTERS.
tHAS EXTENDED ERROR REPORTING BEEN ENABLED ?
tEXIT IF IT MASN'T,

PC,UPDCHR
24

sUPDATE POINTERS AND COUNTERS FOR THIS LINE.
1LOOP TO READ NEXT CHAR FROM FIFO.

R4 ,ERRNBR

tRESTORE THE ERROR NUMBER TO ITS INITIAL VALUE.
sRESTORE GPRS.
PC.8(SP)+
tRETURN TO PREGOS SUBRT.

JSR

TST

BEQ
BIT
BEQ

162740

10¢:

JSR
BR
MOV

PASS

RTS

10¢

FERROR

JSR

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE

MACRO H1200
KINAC

12-DEC-83 16:16

.SBTTL

3194
3195
3196
3197

PAGE 56

SEQ 84

GLOBAL SUBROUTINE

- CKINAC -

2828424528888 200000840004000088048000042840
0000004000404 000000 040000000000kttt ts

e
1e
1e
L)
T

3198
3199

- CHECK FOR NEW CHARACTER ON INACTIVE LINE ROUTINE THIS SwROUTI'E CHECKS A CHARACTER TO DETERMINE IF THE CHARACTER
HAS RECEIVED ON AN ACTIVE LINE.
IF THE CHARACTER WAS RECEIVED ON
AN INACTIVE LINE THIS ROUTINE RECORDS THE FACT THAT THE CHARACTER
WAS RECEIVED ON AN INACTIVE LINE, PREPARES AN ERROR MESSAGE FOR

1 e

THE CALLING ROUTINE,

AND RETURNS A

"FAILURE"”

STATUS.

1 &

i1¢ INPUTS:
&
e
1e
e
1

i1¢ OUTPUTS:
1)
1e
1e
1

R2 - THE RX CHARACTER INCLUDING ERROR FLAGS AND LINE NUMBER.
ACTLNS - BIT MAP OF ACTIVE DUT LINES.
BITTBL
EM9006
EXCNTB
TXRXLB

TABLE OF WORDS WITH BITS SET FOR FORMING BIT MAPS.
LABEL AT “RX ON INACTIVE LINE” ERROR MESSGE.
BASE OF THE EXTRA CHARACTER COUTERS TABLE.
BASE OF TX/RX LINE NUMBER ASSOCIATION TABLE.

CARRY - "SUCCESS” FLAG (SET IF NO ERROR FOUND).
R1 - IF ERROR FOUND, ADDRESS OF ERROR MESSAGE.
RS - LINE NUMBER OFFSET OF PASSED IN CHARACTER.
R4 - IF ERROR FOUND, EXPECTED DATA INDICATION FOR ERROR RPT.
EXCNT - EXTRA CHARACTER COUNT FOR LINE (UPDATED IF ERROR).

3¢ CALLING SEQUENCE:
L

JSR

PC,CKINAC

s+ COMMENTS:
L

3¢ SUBORDINATE ROUTINES CALLED: NONE.
-~

017242
017242

004567

LSRS08 040446400042008088000008
8288452045222 KRN AB LR S22 2RI
REHLBBNRGEES

CKINAC::

166056

SAVE

JSR

1 SAVE CONTENTS OF GPRS RO THRU RS.

RS,PREGOS

1CALL REGISTER SAVE SUBRT.

3¢

s EXTRACT THE LINE NUMBER FROM THE PASSED IN CHARACTER AND USE THE LINE
+
NUMBER TO FORM AN OFFSET FOR ACCESSING TABLES OF LINE VARIABLES.
"

017246
017250
017252
017256

010203
000303
042703
006303

MOV

;EXTRACT THE LINE NUMBER

#177760,R3

ASL

BIC

177760

R2,R3

SWAB

FROM THE CHARACTER WE

ARE COMPARING

1tFORM OFFSET INTO WORD TABLE FROM LINE NUMBER.

3¢

s+ IF THE CHARACTER IN QUESTION IS NOT A VALID CHARACTER, EXIT WITH “SUCCESS".
017260
017262

005702
100021

TST

BPL

S04

1CHECK DATA.VALID BIT.

$EXIT WITH SUCCESS IF CHAR IS NOT VALID.

s IF THE TX LINE WHICH IS ASSOCIATED WITH THIS RX LINE IS AN ACTIVE LINE,
s+

EXIT THE ROUTINE WITH “SUCCESS".

017264
017270
017276

016301
036167
001013

005234
002364

MOV

162674

BIT

BNE

TXRXLB(R3),R1

;GET THE TX LINE # OFFSET FOR THIS RX LINE.

S04

1EXIT ROUTINE WITH SUCCESS IF LINE IS ACTIVE.

BITTBL(R1),ACTLNS

;DETERMINE IF TX LINE IS AN ACTIVE LINE.

s+
s+
s+
+
'-

THE CHARACTER IN QUESTION WAS RECEIVED ON AN INACTIVE LINE.
COUNT THIS CHARACTER AS AN EXTRA CHAR.
SET UP ERROR INFORMATION.
EXIT ROUTINE WITH “FAILURE” INDICATION.

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE
3250
3251
3252
3253
3254

017300
017304
017306
017312
017316
017322
017324

005263
001002
005363
012701
012704
000241
000401

MACRO M1200

- CKINAC

003242
003242
011276
100000

2s:

12-DEC-83

16:16

PAGE 56-1

SEQ 85

INC
BNE

EXCNTB(R3)
24

s+ INCREMENT THE EXTRA CHAR COUNT FOR THIS LINE.
1SKIP SETTING TO MAX VALUE IF NO OVERFLOW.

MOV
MOV

9EM9006 ,R1
0BIT15,R4

1SET UP RX ON INACTIVE LINE MESSAGE.
1SET UP “NONE" EXPECTED DATA INDICATION.

DEC

cLC
BR

EXCNTB(R3)

604

1DECREMENT BACK TO -1 (MAX VALUE) IF OVERFLOW.

tCLEAR THE "SUCCESS" FLAG.
1GO REPORT RX CHAR ON INACTIVE LINE.

+ WE HAVE NOT FOUND A “CHAR ON INACTIVE LINE” ERROR SITUATION.
s+ SET THE "SUCCESS” FLAG AND EXIT THE ROUTINE.
'-

017326
017330
017330
017334
017340
017344
3265 017346

010166
010366
010466
004736
000207

S0$:

SEC

60¢$:

PASS

R1,R3,.R4

RTS

1SET THE “SUCCESS” FLAG.

000010
000012

MOV
MOV
MOV
JSR

$RESTORE GPRS, EXCEPT OUTPUT GPRS.
R1,R1SLOT(SP)
sPUT R1 IN STACK SLOT.
R3,R3SLOT(SP)
sPUT R3 IN STACK SLOT.
R4 ,RASLOT(SP)
sPUT R4 IN STACK SLOT.
PC,8(SP)+
sRETURN TO PREGOS SUBRT.
sCARRY - SUCCESS FLAG (SET IF NO ERROR).

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE

HI\CRO H1200
CKTRAP

12-DEC-83 16:16

PAGE 57

SEQ 86

3267

.SBTTL

GLOBAL SUBROUTINE

3269
3270
3271

1.
'L
i

CHECK TRAP ROUTINE THIS SUBROUTINE IS USED TO CHECK FOR A BUS TIME-OUT TRAP (004 TRAP)
WHICH IS CAUSED BY AN ACCESS TO A NON-EXISTENT MEMORY OR I/O LOCATIOF.

3268

- CKTRAP -

108828848080 04000008480 0040040000040 00 0004004404004 540000404008000004400000080004¢

gg;g

THE

3274
3275

1+ INPUTS:
1.
1» OUTPUTS:
1.

ggg

THIS ROUTINE RETURNS A

SUCCESS

INDICATION.

(RO) - SOURCE FOR THE MOVE.

1 ®

3278
3279

OCCUR,

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

33.‘2!;'61

TRAP DOES NOT

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

TP4FLG

NONZERO

TRAP OCCURRED,

CLEARED OTHERWISE.

-;ggg

1* CALLING SEQUENCE:

3284
Ssggz

s« COMMENTS:
1.

1* SUBORDINATE ROUTINES CALLED: NONE.

Bsggg

3290 017350
017350
3291 017354
3292 017360
3293 017362
3294 017366
3295 017370
3296 017372
3297 017374
017374
3298 017376

PC,.CKTRAP

IF THIS SUBROUTINE CAUSES A TRAP, EITHER THE ADDRESS WHICH
IS LABELED ADRPTR WILL BE THE TRAP PC ADDRESS ON THE STACK.

3287

JSR

(E RLSLEH LB

004567
005067
011011
005767
000261

001401
000241
004736
000207

165750
162674
162666

CKTRAP::

BRGS0 LLELERELAONDEALEILRL
AR AR LSRR CACEAREESAL2S 22RO OIS RSahAhEK

SAVE

CLR
MOV
ADRPTR:: TST
SEC
BEQ
CcLC
60¢:
PASS
RTS

JSR

TP4AFLG
(RO),(R1)
TPAFLG
604

JSR

s SAVE CONTENTS OF GPRS RO THRU RS.
RS ,PREGOS
1CALL REGISTER SAVE SUBRT.
aCLEAR THE 004 TRAP FLAGS.
sPERFORM THE MOVE IN QUESTION.
1CHECK FOR OCCURENCE OF TRAP.
s INDICATE SUCCESS.

tEXIT WITH SUCCESS IF TRAP DID NOT OCCUR.
s INODICATE FAILURE.
sRESTORE GPRS.
PC.8(SP).
t+RETURN TO PREGOS SUBRT.

DHU-11 FUNCTIONAL VERIFICATION
GOBAL SUBROUTINE

MACRO M1200
- CKTRPB -

12-DEC-83 16:16

PAGE S8

SEQ 87

3300

.SBTTL

GOBAL SUBROUTINE

3302
3303
3304

i
e
i.

- CHECK FOR TRAP THIS SUBROUTINE IS USED TO CHECK FOR A BUS TIME-OUT TRAP (004 TRAP)
WHICH IS CAUSED BY AN ACCESS TO A NON-EXISTENT MEMORY OR I/0 LOCATION

3301

- CKTRPB -

188328058482 808 0400040000000 0040000400000

i
1 &

3307
3308

L
i

g;gg

TRAP DOES NOT

INPUTS:

3312

ggiz

OUTPUTS:

gg{g

(R1)

CALLING SEQUENCE:

3317

COMMENTS:

3320
33312?%

T
e

3318
3319

'L
e

3323

3326 017400
— 017400
3328
3329
3330
3331
3332
3333
3334

017404
017410
017412
017416
017420
017422
017424
017424
3335 017426

004567

165720

005067
111011
005767
000261
00140,
000241

162644

004736

000207

162636

SUCCESS

INDICATION.

- WRITEN TO THE CONTENTS OF (RO)

TP4FLG - NONZERO IF TRAP OCCURED, CLEARED OTHERWISE.

THIS ROUTINE RETURNS

CARRY FLAG - SET ON RETURN IF NO 004 TRAP DETECTED

AL 0044400000400 0400000ttt tbtdts

RO - SOURCE ADDRESS FOR MOVE
R1 - DESTINATION ADDRESS FOR MOVE
(RO) - SOURCE FOR THE MOVE

3311

OCCUR,

JSR

PC.CKTRPB

)

IF THIS SUBROUTINE CAUSES A TRAP, EITHER THE ADDRESS

WHICH IS LABELED TRPAD2 WILL BE THE TRAP PC ADDRESS ON
THE STACK OR SOME OTHER ADDRESS WHICH WAS PLACED ON

THE STACK BY AN UNEXPECTED TRAP.
THIS ROUTINE PERFORMS A BYTE MOV .

SUBORDINATE ROUTINES CALLED:
e

CKTRPB: :

SAVE

CLR
MOvB
TRPAD2:: TST
SEC
BEQ
CLC
608 :
PASS

TP4FLG
(RO),(R1)
TPAFLG

RTS

JSR

60¢

JSR

NONE.

LT TRy

P R

RS ,PREGOS

s1CALL REGISTER SAVE SUBRT.

Y Ty Yy

1CLEAR THE 004 TRAP FLAGS
+PERFORM THE BYTE MOVE
sCHECK FOR OCCURENCE OF TRAP
s INDICATE SUCCESS
$EXIT WITH SUCCESS IF TRAP DID NOT OCCUR
s INDICATE FAILURE

PC,8(SP)+

1RETURN

sRETURN TO PREGOS SUBRT.

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE

HACRO H1200
CLNRST

12-DEC-83 16:16

3337

.SBTTL

3339

gg:g

3338

I<7

PAGE 59

GLOBAL SUBROUTINE

1282888544800 000004000400

3340
3341
3342
3343

R AR AR

- CLNRST

0000040000200

- CLEAN RESET OF THE DEVICE UNDER TEST

1
1
i*
1

000000000000ttt bttt bbtts

THIS SUBROUTINE IS USED TO RESET THE DUT TO A KNOWN STATE.
THE DUT'S SELF-TEST IS SKIPPED,AND THE FIFO IS PURGED OF ANY ERROR
CODES, ETC.
IF THE RESET DOES NOT SUCCESFULLY COMPLETE, THEN THE CARRY BIT IS

PASSED BACK

1 &

3346
3347
3348
gg‘sg

SEQ 88

;& INPUTS:
i
i
1)

THE

CALLING ROUTINE

(CLEAR).

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

3351

i1¢ OUTPUTS:

3353

3352
3354

gggz

JESTAT - TX AND RX INTERRUPT FLAGS ARE CLEARED.

ERRBLK

s COMMENTS:

3362

- VALUE MAY BE DESTROYED.

TX AND RX

3¢ CALLING SEQUENCE:

gggg

INTERRUPT ENABLE BITS IN THE DUT'S CSR ARE CLEARED.

JSR

PC,CLNRST

THIS SUBROUTINE CAN REPORT ERRORS WITH NUMBERS ERRNBR.

THIS ROUTINE DOES NOT DESTROY THE VALUE OF ERRNBR.

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

;3322

1882888888808 884004408884888888840 0044008880000 82000 0800040804808 000 000080000000 dta

004567

165670

CLNRST::

SAVE

JSR

3 SAVE CONTENTS OF GPRS RO THRU RS.

RS ,PREGOS

sCALL REGISTER SAVE SUBRT.

3¢

3367

3+ RESET THE DUT.

g;gg

3370 017434 004767 004510
gg;é 017440

3359

3366 017430

CARRY - CLEAR INDICATES THE TEST IS TO BE ABORTED.

o &

;g.'s);

3365 017430

THE DUT PERFORMS ITS RESET FUNCTION INTO A KNOWN STATE.

103002

g
3¢

gg;}

THIS ROUTINE REPORTS ERRORS WITH NUMBERS FROM ERRNBR THRU ERRNBR+2.

JSR

B8CC

PURGE THE FIFO OF ERROR CODES,

gg;z 017442 004767 003274

3377 017446
3378 017446
017446
3379
3380 017450

60%:
004736

000207

PC,RESETT

604

JSR

PC.PUFIFO

PASS
RTS

JSR

sRESET THE DUT TO A KNOWN STATE

1EXIT ROUTINE WITH ABORT TEST INDICATOR.
SAVE ANY BMP CODES FOUND.

tPURGE THE FIFO.
$EXIT THE TEST USING RESETT OR PUFIFO STATUS.
tRESTORE GPRS, PASS THE FOLLOWING INTACT:
PC,8(SP)»
tRETURN TO PREGOS SUBRT.
1CARRY BIT:IF CLEAR, THEN ABORT THE TEST.

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE

MACRO M1200
CLR16W -

12-DEC-83 16:16

3382

.SBTTL

3384

3383

;ggg

PAGE 60

SEQ 89

GLOBAL SUBROUTINE

282880020440 00 0000400000004 4R

THIS

SUBROUTINE

- CLR16W

AR AR AR A4 0420040004000 00000040ttt tbbtts

- CLEAR SIXTEEN WORDS ROUTINE

CLEARS

16 WORDS

STARTING WITH

THE

SPECIFIED WORD.

gggg

i+ INPUTS:

RO - ADDRESS OF THE FIRST WORD TO CLEAR.

gggg

i+ OUTPUTS:

(RO) TO (RO+15S)

- 16 WORDS OF MEMORY ARE CLEARED TO O.

3391
3392
3393

:¢ CALLING SEQUENCE:
ie
;& COMMENTS:

3396
3397
3398 017452

3394
3395

004567
012701

3401 017464
3402 017466
3403 017470

095301
001375

017470
3404 017472

PC,.CLR16W

i
;¢ SUBORDINATE ROUTINES CALLED: NONE.

017452
3399 017456
3400 017462

JSR

005020

004736
000207

165646
000020

2828882888888 8408888000008000000040000440088808 20880400884 00000840244080004040

CLR16MW::
24:

60$:

SAVE

MOV

CLR

#16..,R1
(RO)«

3§SAVE CONTENTS OF GPRS RO THRU RS.

JSR

DEC
BNE
PASS

R1
2¢

,
1

RTS

JSR
.

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

;COUNT THIS LOOP.
;LOOP IF NOT 16 WORD CLEARED.
;RESTORE GPRS.

PC.8(SP)+«

;:RETURN TO PREGOS SUBRT.

ANA TMY

DHU-11 FUNCTIONAL VERIFICATION

GLOBAL SUBROUTINE
3406
3407
3408
3409
3410
3411
3412
3413
3414
3415
3416

MACRO M1200
- CONMAP -

12-DEC-83 16:16

.SBTTL
P04

T
i

PAGE 61

SEQ 9¢C

GLOBAL SUBROUTINE

- CONMAP -

S004000400004000000000000 0000000000000

RRAASESASAERRRSRRERRRRIERES

- CONVERT LINE BIT MAP,
THIS SUBROUITNE IS USED TO CONVERT A BIT MAP PASSED TO IT , INTO
ANOTHER LINE BIT MAP THAT IS BASED UPON THE ASSOCIATED TX/RX LINE

NUMBER/OFFSET

TABLE.

1 &

;¢ INPUTS:

RS - CONTAINS THE LINE BIT MAP TO BE TRANSFORMED.
TXRXLB

- BASE ADDRESS OF ASSOCIATED TX/RX LINE NUMBER TABLE.

i1* OUTPUTS:

3417

3418
3419
3420
3421
3422
3423
3424
3425
3426 017474
017474

017500
017504

017506
017512
017514
017516
017520
017522
017324
017530
017532
017534
017536
017540
017540
017544

017546

- CONTAINS AN ASSOSCIATED LINE BIT MAP.

+¢ CALLING SEQUENCE:
e

;& COMMENTS:
1®

JSR

PC,CONMAP

THE TX/RX ASSOCIATION TABLE MUST BE INITIALISED BEFORE THIS
ROUTINE IS CALLED.

i1 ®

+¢ SUBORDINATE ROUTINES CALLED: NONE.
$-=

004567
012702
010503
012704
005005
006203
103005
011201
004767
050005
005722

165624
005234

000207

CONMAP: : SAVE

000020
28:

ASR

JSR
9TXRXLB,R2
RS,R3
ONUMLNS
, R4
RS
R3
4

(R2),R1

PC,LINBIT

001250

001366
010566
004736

888828288884 884882888 8000000000400 04040 0800800005442

000014

44%:

TST

60¢:

PASS

RO,RS

(R2)+

MOV
JSR

0 0000000000000 0 00000000 s

s SAVE CONTENTS OF GPRS RO THRU RS.

RS,PREGOS

sCALL REGISTER SAVE SUBRT.

1GET THE BASE ADORESS OF THE LINE ASSOC TABLE.
;COPY THE BIT MAP TO BE TRANSFORMED.
1SET MAX LINE COUNTER.
1CLEAR ASSOCIATED LINE BIT MAP.
sSHIFT ACTLNS BIT MAP INT BOOLEAN REGISTER.
1SKIP SETTING ASSOCIATED LINE NUMBER BIT MAP.
1GET _ASSOCIATED LINE NUMBER OFFSET FROM TABLE.
tSHIFT RIGHT TO GET LINE NUMB FROM OFFSET.
tGENERATE AN SINGLE BIT MAP FOR THIS LINE.
$SET BIT FOR THIS LINE IN ASSOCIATED BIT MAP.
1 INCREMENT ADDRESS FOR THE NEXT LINE NUMBER.
sDECREMENT LINE COUNT.
:LOOP IF NOT DONE.
sRESTORE GPRS, EXCEPT

RS,RSSLOT(SP)

PC.8(SP)+

sPUT RS IN STACK SLOT.

tRETURN TO PREGOS SUBRT.

tRS - CONTAINS THE ASSOCIATEO LINE BIT MAP.

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE

HACRO H1200
DEL

12-DEC-83 16:16

3444

.SBTTL

3446

3445

LI T I T

33::;

P PR P

i1 &

:* COMMENTS:
i
1 &

3459

3460
3461
3462 017550

017550
3463 017554
3464 017556

017562
017564
017570
017574
017576
017602
017602

g:;é 017604

3473 017606

SEQ 91

P T

- DELAY

Py Y P P

Py P P Y Y TPy Y Y YT YYTYITTIITITIITY

- DELAY SUBROUTINE -

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

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

:* OUTPUTS:
NONE.
i
;+* CALLING SEQUENCE:

3456
33:?);

3465
3466
3467
3468
3469
3470

Y PR LY

i+ INPUTS:
1
ie

3452
3453
33:;:’

PAGE 62

GLOBAL SUBRCUTINE

3449
3450
3451

JSR

PC,.DELAY

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

:* SUBORDINATE ROUTINES CALLED: NONE.
12828288200

004567
010401
012702

005003
012704
004767
103002
004767
004736

165550

DELAY::

177777
017606
001506
002314

60$:

000207

177777

62%:

0000004000800 0 0400000000000 0000000000000 0000000000000 0ttt ttdtbbts

SAVE

JSR

MOV
MOV
CLR
MOV
JSR
8CC
JSR

R4 ,R1
#-1,R2
R3
9624 ,R4
PC,MSLOOP
60¢
PC,00PS

RTS

.WORD

-1

PASS

JSR

;SAVE CONTENTS OF GPRS RO THRU RS.

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

s TELL MSLOOP RTN TO CHECK FOR ALL BITS CLEAR.
s TELL MSLOOP TO CHECK DUMMY NON-ZERO WORD.
;DELAY THE REQUESTED & OF MS.
;EXIT ROUTINE IF WE TIMED-OUT.)
:IF NO TIME-OUT, BAD PROGRAM OR HOST MACHINE.
sRESTORE GPRS.
PC.8(SP)«
;RETURN TO PREGOS SUBRT.
;DUMMY,

NON-ZERO WORD.

DHU-11 FUNCTIONAL
GLOBAL. SUBROUT INE

VERIFICATI(N
HACRO M1200
DM168

3475

12-DEC-83 16:16

PAGE 63

SEQ 92

.SBTTL

GLOBAL SUBROUTINE

3477
3478

1o
;e

- CONVERT TO A 16-BIT PHYSICAL ADDRESS THIS ROUTINE CONVERTS FROM PAR FORM TO A 16-BIT PHYSICAL ADDRESS,

33::;

INPUTS:

DMTSTA: - CONTAINS THE ADDRESS IN PAR FORM

33::2

OUTPUTS:

RO - CONTAINS THE 16 BIT PHYSICAL ADDRESS

S‘76

100

33:;2

OF ALTERNATE1'S AND 0'S.

53::2

CALLING SEQUENCE:

COMMENTS:

SS:g;

3489

J--

004567
016700
012702
006300
005302

g::; 017630

001375

3499 017632
3500 017636
3501 017642

012701
032700
001402

gg“s’ 017644

JSR

PC,DM168

USED IN THE DMA ADDRESS TEST

3490

3491
3492 017610
017610
3493 017614
3494 017620
3495 017624
3496 017626

- DM168 -

0888808088000 000000080000000080000880080008008000800000000000000080000008

012701

g% 017650

060100

3506 017652
017652
017656
g%; 017660

010066
004736
000207

165510
162402
000006

DM16B::

2%:

SUBROUTINES CALLED:
SAVE
MOV
MOV
ASL
DEC

BNE
000052
000100

MOV
BIT
BEQ

000025

MOV

4% :
000002

NONE.

0808808008080 088080000000000008008000008880000000000000000080084000000000800808

ADD
PASS

RTS

JSR
DMTSTA,RO
6 ,R2
RO
R2

2¢

RS ,PREGOS
sCALL REGISTER SAVE SUBRT.
sSHIFT THE DMA TEST ADDRESS
1SIX PLACES LEFT , TO
sCONVERT IT INTO A ,
116-BIT PHYSICAL ADDRESS

#52,R1
#100,R0
48

1SET UP THE 6 LSB'S
+IF BIT @6 OF THE PHYSICAL
sADDRESS IS CLEAR THEN BRANCH

R1,RO

tMREGE THE LSB'S WITH THE PHY ADDR

#25,R1

t1OTHERWISE CORRECT THE LSB'S

MOV
JSR

TM o0

sRETURN WITH THE PHY ADDR.
RO,ROSLOT(SP)
sPUT RO IN STACK SLOT.
PC.8(SP).
sRETURN TO PREGOS SUBRT.

DHU-11 FUNCTIONAL VERIFICM’IW
HACRO M1200
GLOBAL SUBROUTINE
DM168

12-DEC-83

16:16

PAGE 64

SEQ 93

3510

.SBTTL
100

GLOBAL SUBROUTINE

- DMRW -

8080088 8380400000088008028040000000408000000888084000808008484800300000048800040000

- READ/WRITE DATA FROM/TO (DMTSTA) THIS ROUTINE READS DATA BYTES FROM OR WRITES DATA BYTES TO AN ADDR OF
ALTERNATE 1'S AND 0'S . BITS 21 TO 6 W THE ADDR ARE CONTAINED AT

14
L

DMTSTA. THE ROUTINE APPENDS THE 6 LSB'S TO PRODUCE AN ADDR OF
ALTERNATE
1
1'SAND 0°'S. THIS ROUTINE IS CALLED FROM THE DMA ADDRGSS TEST.
INPUTS:

RO
R1

- ADDRESS OF THE
DATA TO BE WRITTEN TO (DMTSTA),
IF A WRITE IS SPECIFIED.
- ADDRESS OF THE AREA IN WHICH DATA FROM (DMTSTA),

R3
RS

- NUMBER OF DATA BYTES TO BE READ/WRITTEN
- CLEAR , SPECIFIES A READ FROM (DMTSTA)

IS TO BE SAVED,IF A READ IS SPECIFIED.

SET , SPECIFIES A WRITE TO (DMTSTA).
DMTSTA - CONTAINS BITS 21 TO 6 OF THE ADDR.
MMSRO - ADDRESS OF MEM MGT STATUS REG #0

MMPRES - BIT €0 SET, INDICATES MEM MGT PRESENT
PARAS - ADDRESS OF MEM MGT PAR 03
TP4FLG - 004 TRAP FLAGS

OUTPUTS:

DATA AT (DMTSTA) SAVED OR WRITTEN
PAR @3
TPAFLG

CONTENTS SET TO CONTENTS OF DMTSTA
CLEAR IF READ/WRITE SUCCESSFUL

SET IF FAIL.

JSR

CALLING SEQUENCE :

COMENTS:

PC.DMRUW

IF MEM MGT IS PRESENT THE SUBROUTINE USES (DMTSTA)

AS THE PAGE ADDRESS

., PLACING IT IN PAR #3,

AND CREATES

?él:}lxflt ssqsfl IN THE RANGE OF PAR #3 WHICH CONTAINS

IF IT IS NOT PRESENT THE (DMTSTA) IS CONVERTED INTO

THE EQUIVALENT 16 BIT

PHYSICAL ADDRESS.

3¢ SUBORDINATE ROUTINES CALLED: CKTRAP,DM168.
§-=

8888888888888 88880800880080808088808080000880080080004820800000800880888880088008

017662
017662

004567

017666
017670
017674
017676

010004
005767
001003
004767

177706

017702
017704
017/12

000416
016777
012700

162312
060052

162420

017716
017724
017726
017732
017740

032767
001402
012700
012777
005705

000001

162276

8IT

:l.. +OMTSTA

060025
000001

162354

MOV
MOV

#60025,R0
:gITO..HSNO

DMRUW::

165436

SAVE

MOV

162424

TST

RS,PREGOS

RO,R4

1CALL REGISTER SAVE SUBRT.

1SAVE THE SOURCE ADOR
+IF. MEM MGT IS PRESENT THEN

BNE

MMPRES
64

BR
MOV

104
DMTSTA,SPAR3SA

JSR

64:

JSR

1JUMP AND SET UP THE PAR #3

PC,.DM168

#60052,R0

lO"ERHISE CONVERT DMTSTA INTO A 16-BIT
1PHYSICAL ADDRESS, IN RO.
1JUMP TO PERFORM THE MOVE
;SET PAR #3
1SET THE SIX LSB'S AND CONVERT TO
1A VIRTUAL ADDRESS WITHIN THE INFLUENCE
10F PAR 03,

1IF BIT €0 OF DMTSTA IS CLEAR THEN
1AVOID CHANGING THE LSB'S
sCHANGE THE LSB'S

lENADLE MEM MGT.
+IF A READ IS SPECIFIED THEN

A
r

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE
3566
3567
3568
3569
3570
3571
3572
3573
3574
3575
3576
3577
3578

017742
017744
017746
017750
017754
017756
017760
017762
017764
017766
017772
0I7774
027000
0200%
3579 02000
3580

001402
010001
010400
004767
103004
005201
005200
005303
001371

177424

005767

162326

005077

162314

001402

004736
000207

HAS'R'(Q)HHIZOO

12%:

14%:
16%:

12-DEC-83 16:16

PAGE 64-1

BEQ
MOV
MOV
JSR
8CC
INC
INC
DEC
BNE

124
RO,R1
R4 ,RO
PC,CKTRPB
144
R1
RO

BEQ

16¢

TST

R3
124

8MMSRO

RTS

1;52’10 SWAPING THE SOURCE AND DESTINATION.
i

tRESTORE THE ORIGINAL SOURCE FOR THE MOVE.
+PERFORM THE BYTE MOVE.
1EXIT IF A TRAP OCCURED.
+ INCREMENT THE DESTINATION ADDRESS
s INCREMENT THE SOURCE ADDR.
1DECREMENT THE DATA
tREPEAT UNTIL ALL DATA READ/WRITTEN
;

MMPRES

CLR
PASS

SEQ 94

s IF MEM MGT IS PRESENT THEN
i

1DISABLE IT.

JSR

PC,8(SP)+

sRETURN TO PREGOS SUBRT.

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE

HACRO M1200
DODMA
-

.SBTTL
1¢¢

i e
1e
L)

12-DEC-83 16:16

PAGE 65

SEQ 95

GLOBAL SUBROUTINE

- DODMA -

2880288082800 08¢80008004008000400084045408000000404080040404040088000000040400848

- INITIATE DMA TRANSMISSION ROUTINE THIS ROUTINE WRITES THE DMA PARAMETER TO THE SPECIFIED DEVICE AND
INITIATES THE DMA TRANSMISSION.

1+ INPUTS:

R1 - LINE NUMBER ON WHICH TO INITIATE THE DMA.

)
1 e

R2
R3

T
e
T
1e
e

CSRA IESTAT
TXAD1A
TXAD2A
TXBFCA

1¢ OUTPUTS:
1e
1

CARRY - SUCCESS FLAG (SET IF DMA_START FOUND CLEAR).
DUT TBUFFADL1 - LS 16 BITS OF DMA BUFFER ADDRESS (INITIALIZED).
DUT TBUFFAD2 - MS 6 BITS OF DMA BUFFER ADDRESS (INITIALIZED),

DUT TBUFFCT - DMA BUFFER CHARACTER COUNT (INITIALIZED).

START ADDRESS OF THE DMA BUFFER (16 BIT
CHARACTER COUNT OF THE DMA BUFFER.

CONTAINS ADDRESS OF THE DUT CSR.
- STORAGE FOR STATES OF THE INTERRUPT ENABLE BITS.
- CONTAINS ADDRESS OF DMA TX BUFFER ADDRESS REG #1.
- CONTAINS ADDRESS OF DMA TX BUFFER ADDRESS REG #2.
- CONTAINS ADDRESS OF DMA CHARACTER COUNT REGISTER.

DMA_START BIT SET.

1 CALLING SEQUENCE:

JSR

s COMMENTS:
;%

)

VIRTUAL).

PC,DODMA

THIS ROUTINE ASSUMES MEMORY MANAGEMENT IS DISABLED AND
CLEARS THE
TWO MSB OF THE DMA ADDRESS, I.E. BITS O AND 1

THE

TBUFFAD2 REG.

1* SUBORDINATE ROUTINES CALLED: NONE.
§==

165314
000200

DODMA:: SAVE

MOV
0.-.-.-----

3613 020010

004567
012704

104440
010005
012700

000340

056701
010177
105777
000241
100411
010377
010277
110477

162202
162142
162152
162144
162134
162132

8$88888888088808082880080080804808808088808088888800800080808004008400008888080

#200,R4

JSR

s SAVE CONTENTS OF GPRS RO THRU RS.

RS,PREGOS
sCALL REGISTER SAVE SUBRT.
aPREPME TO CLEAR UPPER 6 BITS OF DMA BUFF ADR.

lRITE THE DMA PARAMETERS OUT TO THE DUT DMA REGISTERS.
DISABLE INTERRUPTS.
SET UP DUT CSR_IND.ADR.REG FIELD.
WRITE THE DMA TRANSMIT CHARACTER COUNT.
WRITE THE LEAST SIGNIFICANT 16 BITS OF THE DMA BUFFER START ADDRESS.
WRITE THE MOST SIGNIFICANTY 6 BITS OF THE ADDRESS,
SETTING THE DMA_START BIT, AND INITIATING THE DMA TRANSMISSION.

GETPRI

1GET THE PRESENT PROCESSOR PRIORITY.

SETPRI

#PRIO7

1DISABLE ALL HARDWARE INTERRUPTS.

IESTAT,R1

1PREPARE FOR SETUP OF LINE NUMBER IN DUT CSR.

STXAD2A

1 TEST THE DUT DMA_START BIT

8IS

MoV

TSTB

cLC

BMI
MOV
MOV

MOVE

R1,8CSRA

604
R3,8TXBFCA
R2,8TXAD1A
R4,8TXAD2A

TRAP
MOV

CS$GPRI
RO,RS

MOV
TRAP

#PRIO7,RO
C$SPRI

1SET UP THE DUT CSR IND.ADR.REG FIELD.

1 INDICATE FAILURE IN CASE DMA.HO BIT IS SET.
1EXIT WITH FAILURE IF DMA.HO BIT IS SET.
tWRITE THE DMA CHARACTER COUNT.
tWRITE THE LS 16 BITS OF BUFFER ADDRESS.
IWR1ITE MS 6 BITS OF ADR AND START DMA TX.

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE
3634 020062
020062
020064
332;2 020066

010500
104441
000261

3637 020070
020070
3638 020072

004736
000207

HPCRO M1200
DODMA
-

12-DEC-83 16:16
SETPRI

PAGE 65-1

tRESTORE THE PROCESSOR PRIORITY.

SEC
60%:

s+ INDICATE SUCCESS.

PASS
RTS

SEQ 96

JSR

MOV
TRAP

R5,RO
C$SPRI

sRESTORE GPRS,
PC.8(SP)+
sRETURN TO PREGOS SUBRT.
1+
CARRY - SUCCESS FLAG (SET IF SUCCESS).

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL, SUBROUTINE

MACRO M1200
- FINACT -

12-DEC-83 16:16

PAGE 66

SEQ 97

3640

.SBTTL

GLOBAL SUBROUTINE

3642
3643
g:g

T
'L
1

- FIND FIRST ACTIVE LINE THIS SUBROUTINE CALCULATES THE NUMBER OF THE FIRST ACTIVE LINE THAT
IS FOUND IN THE ACTIVE LINE BIT MAP ACTLNS.

332‘49

1+ INPUTS:

ACTLNS - CONTAINS THE ACTIVE LINE BIT MAP,.

3648
3649
332.'5)(1)

1¢ OUTPUTS:
e
i*

R1 - CONTAINS THE NUMBER OF THE FIRST ACTIVE LINE.
RS - CONTAINS THE BIT MAP REPRESENTATION OF THE ACTIVE LINE.
CARRY SET INDICATES SUCCESS.

3641

1 &
1

1®

3652
3653
3654
3655
3656

3657
3658
3659 020074
020074

3660

+* CALLING SEQUENCE:
JSR
PC,FINACT
L
s COMMENTS:
s
s¢ SUBORDINATE ROUTINES CALLED: NONE.

== $8888888884848888888048388880888880888444050888888888880848404400008008844448

004567

165224

FINACT::

JSR

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

:+ FIND AN ACTIVE LINE ON WHICH TO PERFORM THE TEST.

3663 020100

020102
020106
020112
020116
020120
020122
020124
020126
020130
020132
020134

005001

012703
016700
012705
030500
001006
006305
005201
020103
002772
000241
000401

000020
162060
000001

3677 020140
020140
020144
020150

010166
010566
004736

000004
000014

3681 020152

000207

g;z 020136

3678
3679
3680

SAVE

3661

3664
3665
3666
3667
3668
3669
3670
3671
3672
3673
3674

- FINACT -

2888208884800 00884004000480480000 2000480000080 00040000000ttt
bbtttttttts

000261

CLR

2%:

4%:
608 :

MOV
MOV
MOV
BIT
BNE
ASL
INC
cHe
BLT
CLC
BR

604

PASS

R1.R5

SEC

RTS

ONUMLNS ,R3
ACTLNS,RO
#1.RS
RS5,RO
44
RS
R1
R1,R3
2¢

;CLEAR THE LINE NUMBER COUNTER.

$1GET MAX LINE NUMBER.
1GET THE ACTIVE LINE BIT MAP.
1SET UP A LINE BIT MASK.
1LOOK FOR AN ACTIVE LINE.
1BRANCH TO BEGIN TEST IF A LINE HAS BEEN FOUND.
tSHIFT THE BIT MASK FOR THE NEXT LINE.
s INCREMENT THE LINE NUMBER COUNTER.
+CHECK IF ALL LINES HAVE BEEN TRIED.
;LOOP TO TRY THE NEXT LINE.
1CLEAR CARRY BIT, NO ACTIVE LINE FOUND.
tEXIT WITH FAILURE.

1SET CARRY, SUCCESS.

MOV
MOV
JSR

sRESTORE GPRS, EXCEPT
R1,R1SLOT(SP)
RS,RSSLOT(SP)
PC,8(SP).

sPUT R1 IN STACK SLOT.
1PUT RS IN STACK SLOT.
tRETURN TO PREGOS SUBRT.

sRl - CONTAINS THE MER OF FIRST ACTIVE LINE.
tRS - CONTAINS THE BIT MAP OF THE ACTIVE LINE.
$1CARRY - SET INDICATES SUCCESS.

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE

3683

MACRO M1200
- FRPSUP -

12-DEC-83 16:16

.SBTTL

3664
33232

10¢
S

REPORTING TEST.

3692
3693
3694
3695
3696
3697
3698

i¢ INPUTS:
e
'
e
1.
e
e

3%93

- FRPSUP -

THIS ROUTINE IS USED TO INITIALISE BOTH THE DUT AND THE
TRANSMISSION/RECEPTION CONTROL PARAMETERS TO THE CORRECT
STATE, PRIOR TO A FRAMING OR PARITY ERROR DETECTION AND

SEQ 98

GLOBAL SUBROUTINE

AP
1.
e

ssggo

PAGE 67

2828828202480 880 8000004000000 0400000000040 0 804000404040 004 0400800000ttt ttdtts
- FRAMING AND PARITY ERROR TRANSMISSION/RECEPTION SET-UP -

i ®

3687
3688
3689

RO - LPR CONTENTS FOR LINES IN THE BIT MAP IN GPR4.
R1 - LPR CONTENTS FOR LINES NOT IN THE BIT MAP IN GPR4.
R2 - START ADDRESS OF DATA PATTERN TO TRANSMIT.
R3 - LENGTH OF THE DATA PATTERN TO TX.
R4 - LOCAL LINE GROUP BIT MAP,
ACTLNS - CONTAINS A BIT MAP OF ALL CURRENTLY ACTIVE LINES.
LOPBCK - CONTAINS THE TYPE OF LOOPBACK MODE SELECTED.
CBB - LABEL AT BASE OF TX/RX CONTROL BLOCK.

i &

3701
3702
3703

i OUTPUTS:
e
AP

338?

3704
3705

e
'

1# CALLING SEQUENCE:
e

3710
3711

;¢ COMMENTS:
e

3713
3714
3715
3716
3717
3%8

e
e
e
e
e
e

3712

004567
010067
010167

165144
000230
000226

3727

3733 020204

010220

3738 020222

012720

010320

012720
016710
005104
040420

162726
003124

000004
000001
161752

SAVE

MOV

3+
010067
012700

3735 020210
3736 020214
3737 020220

SO THAT BOTH LINE GROUPS ARE TESTED ON TRANSMISSION AND

8888884888888 880008808888880004240080000880488488204008088200004000¢0000000000400

MOV

3730 020170
3731 020174

3734 020206

THIS ROUTINE SHOULD BE CALLED TWICE DURING THE TESTING OF
THE FRAMING AND PARITY ERROR DETECTION AND REPORTING TEST.

RECEPTION.
JSR
PC,FRPSUP
3 DO SET-UP.
EXECUTE TEST FOR THE ABOVE SET-UP.
COMPLEMENT THE LINE GROUP BIT MAP.
JSR
PC,FRPSUP
;00 SET UP AGAIN.
EXECUTE TEST AGAIN.

FRPSUP;::

g;gg

3732 020200

PC,FRPSUP

;¢ SUBORDINATE ROUTINES CALLED: TXRINI.

g:"g

020154
3724 020160
g],g 020164

JSR

3720
3723 020154

THE FOLLOWING POINTERS AND COUNTERS ARE INITIALISED;
CHCNT ,CHRTOT ,DPEND , DPLEN . EXCNT ,RXCNT , RXDONF ,RXPTR, TXCNT,
TXDONF , TXPTR, TXRXL .

g;g

THE CONTENTS OF THE TXRCB ARE DESTROYED.
THE INDIRECT ADDRESS FIELD OF THE DUT CSR MAY BE DESTROYED.
THE DUT'S LPR'S AND LNC'S MAY BE MODIFIED.

RO, 70%

JSR

R1,72¢

1SAVE THE CONTENTS OF THE GPR'S.

RS, PREGOS
;CALL REGISTER SAVE SUBRT.
1SAVE LPR PARAMETER FOR LINE TX.
1SAVE LPR PARAMETER FOR LINE RX.

SET UP THE TRANSMISSION/RECEPTION CONTROL BLOCK TO INITIALISE THE

ACTIVE LINES IN THE BIT MAP PASSED INTO THIS ROUTINE.
MOV
MOV

RO,CB8
#CBB+2,R0

1SET CONTENTS OF LPR PARAMS IN TX/RX C.BLK.
1GET ADDRESS OF THE NEXT WORD IN THE CNTRL BLK.

MOV

R2,(RO)+

1START ADDRESS OF DATA PATTERN.

MOV

#4,(RO)

MOV

RS.(RO)+

8IC

ac (RO)+

MOV
MOV
coM

#1,(RO)+
Acn.us.(ao)

tLNCTRL PARAMETER, ENABLE RECEIVERS.

1SET DATA PATTERN LENGTH.

tNUMBER OF DATA PATTERNS TO TRANSMIT.
1BIT MAP OF LINES TO INITIALISE.
1GENERATE A BIT MAP OF ACTIVE LINES IN GRP1.
;CLEAR THE UNWANTED LINES.

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE
3739 020224
3740 020230

g;:é 020232

116720
005200
012710

HACRO H1200
FRPSUP

161744

12-DEC-83 16:16
MOVB
INC

000001

MOV

3743
3744

PAGE 67-1

LOPBCK,(RO)+
RO

¢1,(RO)

SEQ 99
+SET _LOOPBACK MODE, STAGGARED.
s INCREMENT ADDRESS TO GET NEXT WORD IN TABLE.

1SET AMMOUNT OF OFFSET FOR EACH TX START.

i
+ INITIALISE THE DUT AND THE ASSOCIATED POINTERS AND COUNTERS,

3;4‘2

+ DICTATED BY THE CONTENTS OF THE TX/RX CONTROL BLOCK.

TO THE STATE

g;:; 020236

004767

005534

JSR

PC, TXRINI

s INITIALISE DUT.

3¢

g?,gg

s SET UP CONTROL BLOCK FOR LINES IN GROUP 2.
'-

3751
3752
3753
3754
3755

020242
020246
020250
020254
020260

g;gg 020262

012700
010120
062700
016710
005104

003122

MOV
MOV
ADD
MOV
CoM

000010
161712

040410

8IC

oCBB8,RO
R1,(RO)+
#10,RO
ACTLNS, (RO)
R4
R4,(RO)

1GET START ADDRESS OF CONTROL BLOCK.
1SET LPR PARAMETER FOR RX LINES.
1 SELECT THE ADDRESS OF THE LINE BIT MAP IN C.B.
1BIT MAP OF LINES TO INITIALISE.
$GENERATE A BIT MAP OF LINES IN GRP 2.
1CLEAR THE UNWANTED LINES.

3758

: INITIALISE THE DUT AND THE ASSOCIATED POINTERS AND COUNTERS, TO THE STATE

g;zg

+ DICTATED BY THE CONTENTS OF THE TX/RX CONTROL BLOCK.
‘-

g;g; 020264

004767

005506

JSR

3763

PC, TXRINI

s INITIALISE DUT.

3764

: SET-UP THE REQUIRED LPR PARAMETERS NEEDED FOR THE CORRECT RECEPTION OF DATA

g;gg

: INITIALISE LPR PARAMETERS FOR INACTIVE LINES IN GROUP 2.

3765

3770 020270 012701

177777

010267
7
016767

162620
162612
000072

3771
3772
3773
3774
3775
3776
3777
3778

020274
020300
020302
020304
020306
020310
020314
020320

g;z 020326

016702
005101
005102
040102

004767

161672

005444

3793

3794

OMAPLNS ,R1

1SET UP BIT MAP CORRESPONDING TO ALL LINES.

8IC
MOV
CLR
MOV

R4 ,R2
R2,CBMAPA
CBOPNA
724 ,CBLPRA

;
$SET UP BIT MAP IN CONTROL BLOCK.
1CLEAR REPEAT TX COUNT IN CONTROL BLOCK.
1SET-UP COMPLEMENTARY LPR PARM.

JSR

ACTLNS,R2
R1
R2
R1,R2

PC. TXRINI

1GET THE ACTIVE (TX) LINE BIT MAP,
$GENERATE A BIT MAP OF NONE EXISTANT LINES.
1GENERATE A BIT MAP OF INACTIVE LINES.
sCLEAR ANY “NONE EXISTANT” INACTIVE LINES.

s INITIALISE INACTIVE LINES.

: INITIALISE LPR PARAMETERS FOR INAACTIVE LINES IN GROUP 1.
.-

020332
0203
020340
020342
020344
020346
020352

g;gg 020360

3792

MOV

MOV
coM
CcoM
BIC

162574

g;:%
3783
3784
3785
3786
3787
3788
3789

W ASSOCIATED IN-ACTIVE LINES.

016702
005102
040102
005104
040402
010267
016767

004767

161634

162562
000036
005412

MOV
CoM
8IC
CcoM
8IC
MOV
MOV

162542

JSR

ACTLNS,R2
R2
R1,.R2
R4
R4,R2
R2,CBMAPA
704 ,CBLPRA
PC, TXRINI

1GET THE ACTIVE (TX) LINE BIT MAP,
1GENERATE A BIT MAP OF INACTIVE LINES.
1CLEAR ANY NONE EXISTANT INACTIVE LINES.

:
tONLY PASS LGRP2 ASSOCIATED LINE BIT MAP.
1SET-UP BIT MAP IN CONTROL BLOCK.
1SET-UP COMPLAMENTARY LPR PARAM FOR LGRP1.

s INITIALISE INACTIVE LINES IN LGRP1.

3¢

s DISABLE RECEIVERS ON ALL LINES TO ENSURE THAT ONLY THE RECEIVERS OF THE
3

ASSOCIATED ACTIVE (TX) LINES ARE ENABLED.(STAGGARED LOOPBACK)

RE-ENABLE RECEPTION ON THE CORRECT ASSOCIATED LINES.

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE
020364
3797 020370

012705
004767

MACRO M1200
- FRPSUP -

12-DEC-83 16:16

MOV

177777

004002

JSR

PAGE 67-2

OMAPLNS , RS

PC,RXDSBL

SEQ 100

1SET-UP BIT MAP FOR ALL LINES.
tDISABLE RX ON ALL LINES.

+ ENABLE RECEIVERS ON ASSOCIATED (RX) LINES.
l-

020374
020400
020404

020410
020410

020412
020414
020416

016705
004767
004767
004736
000207
000000
000000

MOV
JSR
JSR

161572
177070
004062

ACTLNS,RS
PC,CONMAP
PC,RXENBL

tGET ACTIVE (TX) LINE BIT MAP,
tGENERATE AN ASSOCIATED (RX) LINE BIT MAP.
1ENABLE RECEIVERS ON ASSOCIATED LINES.
PC,8(SP)+

604 :

PASS

aTS

708%:
72%:

.WORD
.WORD

JSR

sRESTORE GRP'S.

sRETURN TO PREGOS SUBRT.

sLOCAL STORAGE OF LPR PARAMETER TX.
:LOCAL STORAGE OF LPR PARAMETER RX.

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE

MTMMACRO M1200
- GETBDR -

12-DEC-83 16:16

PAGE 68

SEQ 101

3811

.SBTTL

GLOBAL SUBROUTINE

3813
3814
3815
33{?

i*
i&
L
e

- GET BAUDRATE SUBROUTINE THIS ROUTINE REQUESTS A BAUDRATE INPUT FROM THE OPERATOR.
THIS
BAUDRATE IS LOOKED UP IN A TABLE TO GIVE THE LPR BAUDRATE FIELD
VALUE WHICH IS ASSOCIATED WITH THAT BAUDRATE.

3812

3818
3819
3.35222

- GETBDR -

2828220200000 0 0000000004 A AR R0 0000000000000 0 0000000ttt

i¢ INPUTS:
e
Iz

tibbbbbbttts

BDRMSG - LABEL AT THE BAUDRATE PROMPT MESSAGE.
BRTBLE - LABEL AFTER END OF THE BAUDRATE TABLE.
UBRFMT - LABEL AT THE UNSUPPORTED BAUDRATE MESSAGE.

gggg

:& OUTPUTS:

R1 - BAUDRATE CODE IN LS 4 BITS.

i1*

3824
3825
3826

s¢ CALLING SEQUENCE:
i*
;& COMMENTS:

3829
3830
3831 020420

3827
3828

020420
33:;% 020424

JSR

PC,GETBDR

&
s+ SUBORDINATE ROUTINES CALLED: NONE.

004567
016705

8888888888 888888884884008008880888444004008
8000808508000 002000000000 bbdab bt

GETBDR::

164700
161600

SAVE

MOV

JSR
GMANWD ,RS

;sSAVE CONTENTS OF GPRS RO THRU RS.

RS,PREGOS
;CALL REGISTER SAVE SUBRT.
aSAVE THE GMAINIX VALUE.

Ss:gg

PROMPT THE OPERATOR:

“MODEM BAUDRATE IN BPS:

(D) 1200 ?"

3836 020430
3837 020436
020436
020440
020442
020444
020446

012767

020452
020454

000000
113000

33:;3 020456

016702

020450

0204

002260

161572

2%:

104443
000406
002230
000052
013137

MOV
GMANID

€1200. ,GMANWD
$:SET UP DEFAULT VALUE TO 1200 BAUD.
BDRHSG.GHM D,177777,0,38400.,YES
TRAP
C$GMAN
BR
100004

177777

161546

MOV
i

333:(1)

100004:

GMANWD ,R2

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

GMANWD
T$CODE
BDRMSG
177777
TSLOLIM
TS$HILIM

ATTEMPT TO LOOK THE VALUE UP IN THE BAUDRATE TABLE.

3842 020462
3843 020466

012701
012703

3845
3846
3847
gg

020472
020474
020476
020500

020243
001416
005301
001374

3850 020502
ggé 020504

020243
001412

3853
fig?_)

000017
002464

MOV
MOV
44

€15. ,R1
#BRTBLE,R3

s INITIALIZE BAUDRATE CODE TO HIGHEST BAUDRATE.
s INITIALIZE BAUDRATE POINTER.

cHP
BEQ
DEC
BNE

R2, -(R3)
604
R1
ab

;COMPARE BAUDRATE WITH A TABLE ENTRY.
1BAUDRATES COMPARE?
YES, EXIT WITH CODE.
t1NO, SET BAUDRATE CODE TO NEXT LOWER BAUDRATE.
tDONE?
NO, LOOP.

cMP
BEQ

R2, -(R3)
604

1CHECK IF LAST BAUDRATE MATCHES.
1BAUDRATES MATCH?
YES, EXIT WITH CODE.

i
s+ REPORT “NNNNN IS NOT A SUPPORTED BAUDRATE, ENTER ANOTHER OR CTRL C."
'-

3856 020506
020506

010246

PRINTF

@UBRFMT,R2

MOV

R2,-(SP)

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE
020510
020514
020520
020522
020524
ggg; 020530

012746
012746
010600
104417
062706
000737

3859 020532
3860 020536
020536
020542
3861 020544

010567

161472

010166

000004

004736
000207

MACRO M1200
- GETBDR -

12-DEC-83 16:16

PAGE 68-1

SEQ 102

007501
000002
000006

60$:

MOV
MOV
MOV
TRAP
ADD

tLOOP TO GET ANOTHER BAUDRATE.

MOV
PRSS

RS, GMANWD
R1
MOV
JSR
PC

tRESTORE THE GMANIX PARAMETER VALUE.
;RESTORE GPRS, EXCEPT THE FOLLOWING:

RTS

R1,R1SLOT(SP)

PC.8(SP)+
+
R1 - BAUDRATE CODE.

QUBRFMT, -(SP)
@2, -(SP)
SP,RO
CS$PNTF
#6,SP

sPUT R1 IN STACK SLOT.

sRETURN TO PREGOS SUBRT.

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE

mcno mzoo
GETCHR

12-DEC-83 16:16

PAGE 69

SEQ 103

3863

.SBTTL

GLOBAL SUBROUTINE

3866
3867
3868

.
.
S

THIS SUBROUTINE GETS A CHARACTER FROM THE RX BUFFER WHICH IS IN THE
HOST SYSTEM MEMORY. IF THE BUFFER IS EMPTY UPON ENTRY OF THIS ROUTINE
THIS ROUTINE RETURNS A NULL CHARACTER WITH DATA.VALID CLEAR AND A

3864
3865

$1¢¢
e

gggg

2872

3873
3874

RXBCNT

- RX BUFFER CHARACTER COUNT.

e
e

RXBETX
RXBOPT

- EQUATED TO RX BUFFER LEVEL AT WHICH TO ENABLE TX.
- POINTER TO NEXT AVAILABLE INPUT SLOT OF RX BUFFER.

3879

;& OUTPUTS:
e

R2 - CHARACTER WHICH IS READ FROM THE BUFFER.
RXBOPT - UPDATED TO POINT TO NEXT INPUT SLOT OF RX BUFFER.

CARRY -

3333‘1’

1®

3882
3883

RXBEND - LABEL AFTER END OF THE RX BUFFER AREA IN MEMORY.
RXBSTA - LABEL AT START OF RX BUFFER AREA IN MEMORY.

1 ®

3877
3878

RXBCNT

;¢ CALLING SEQUENCE:
e

3884

1+ INPUTS:

g;z

- RX BUFFER CHARACTER COUNT (UPDATED).

“SUCCESS” FLAG (SET IF BUFFER IS NOT EMPTY ON ENTRY).

JSR

PC.GETCHR

:1* COMMENTS:

3885
3886

e
;¢ SUBORDINATE ROUTINES CALLED: NONE.

3889 020546

020546

004567

164552

3891 020554
3892 020556
3893 020562

005002
005767
001416

162134

3890 020552

3894 020564
3895 020570

005000

016704
011402

162122

020427
103402
012704
010467

003120

3902 020612
gggz 020616

005367
000261

162100

3905 020620
020620
020624

010266
004736

000006

3908 020626

000207

3896 020572

3897 020574
3898 020600
3899 020602
gggg 020606

3906
3907

BUFFER EMPTY INDICATION.

3871

- GETCHR -

2228224000800 000004000000 R R AR AR RAE4 0040040004000 0 0000000ttt bbbttt ttts
- GET A CHARACTER FROM THE RX BUFFER ROUTINE -

005024

002720
162100

2288888842888 888408804800 000880404000 008400840000004000400800080
000000000t S

GETCHR::

SAVE
CLR

CLR
TST
BEQ

MOV
MOV

R2
RXBCNT
608
RXBOPT,R4
(R4),R2

cMP
BLO
MOV
MOV

R4, 9RXBEND
24
ORXBSTA,R4
R4 ,RXBOPT

DEC
SEC

RXBCNT

PASS

CLR

2s:

608 :

JSR

RTS

(R4 )+

sSAVE CONTENTS OF GPRS RO THRU RS.

RS, PREGOS

;CLEAR THE

;CALL REGISTER SAVE SUBRT.

"RE-ENABLE” TX FLAG (SUBRTN OUTPUT).

;GET NULL CHAR IN CASE BUFFER IS EMPTY.
;CHECK FOR RX BUFFER EMPTY, CLEAR CARRY.
;EXIT THE ROUTINE IF BUFFER IS EMPTY.
;GET THE BUFFER OUTPUT POINTER.
:GET A CHARACTER FROM THE BUFFER.

;:DELETE THE READ cmncrea raon THE BUFFER.

;CHECK IF POINTER SHOULD
WRAP AROUND.
;SKIP WRAPAROUND IF POINTER IS NOT AT END.
iWRAP INPUT POINTER AROUND.
tUPDATE THE OUTPUT POINTER STORAGE.
;REMOVE THIS CHAR FROM THE BUFFER COUNT.
1SET SUCCESS FLAG, BUFFER WAS NOT EMPTY.

MOV
JSR

;RESTORE GPRS, EXCEPT
R2,R2SLOT(SP)
PC,8(SP)+

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

tR2 - CONTAINS THE CHARACTER READ FROM BUFFER.
:CARRY
- “SUCCESS” FLAG, SET IF BUFFER NOT EMPTY.

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE

3930
3931
3932
3933
3934
3935
3936
3937

12-DEC-83 16:16

.SBTTL

PAGE

SEQ

GLOBAL SUBROUTINE

- GETTIM -

i
i
i

104

TPy

YYPYYYYY Y

- GET TIME-OUT VALUE BASED ON MINIMUM BAUDRATE ROUTINE THIS SUBROUTINE GETS THE NECESSARY TIME-OUT VALUE TO VERIFY THAT ALL
CHARS HAVE BEEN RECEIVED AT THE COMPLETION OF THE TX/RX OF A DATA

PATTERN,

PASSED IN DUT LPR CONTENTS TO CALCULATE THIS TIME-OUT VALUE.

i1+ INPUTS:

THIS USES

THE

SLOWEST BAUDRATE

WHICH

SPECIFIED

THE

- DUT LPR CONTENTS.

1 *

s+ OUTPUTS:

RXTOUT

TIME-OUT VALUE FOR WAITING FOR LAST RX CHAR.

1 ®

:* CALLING SEQUENCE:

JSR

PC,GETTIM

u COMMENTS:
30 SUBORDINATE ROUTINES CALLEC: NONE.
1=

004567
000301
042701
010102
042701

020102
101401
010201
116102
042702
010267
004736
000207

164470

GETTIM::

SAVE
SWAB

177400

B8IC
MOV
8IC

000360

005214
177400
161344

8228280888828 0820400000200 0040040000044 0000

ASR
ASR
ASR
ASR

24:

60¢:

cHP
BLOS
MOV

MOVB
BIC
MOV

JSR

R1
#177400,R1
R1,R2
0360 R1

R2
R2
R2
R2
R1,R2
2%
R2,R1
PROTBL(R1),R2
#177400,R2
R2,RXTOUT

PASS

RTS

JSR

AA AR

RRsss

000ttt

1 SAVE CONTENTS OF GPRS RO THRU RS.

R3,PREGOS

sCALL REGISTER SAVE SUBRT.

iPUT THE BAUD RATE FIELDS IN THE LOW BYTE.
sCLEAR STOP,PARITY,AND CHAR FIELDS.
;COPY BAUD RATE FIELDS.
:SELECT RX BAUD RATE FIELD ONLY.
sSHIFT TX BAUD RATE FIELD

TO OCCUPY THE LOW FOUR BYTES.

‘
:

;:CHECK IF SAME BAUD RATE IN EACH FIELD.
1BRANCH IF RX BAUD RATE IS LOWER OR SAME.
:TX BAUD RATE IS THE SLOWER OF THE TWO.
:GET PROPORTIONAL DELAY FROM TABLE.

sCLEAR UPPER BYTE BECAUSE OF SIGN EXTENSION.
:LOAD THE RX TIME-OUT VARIABLE.

;RESTORE GPRS.

PC.8(SP)+

tRETURN TO PREGOS SUBRT.

3910
3911
3912
3913
3914
3915
3916
3917
3918
3919
3920
3921
3922
3923
3924
3925
3926
3927
3928
3929

MACRO M1200
- GETT IM

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL

SUBROUTINE

3948

HACRO H1200

12-DEC-83 16:16

INIDMA

.SBTTL

Q49

100

3950

3953

3951
3952
332‘5

gggg

INTERRUPTS WHICH WILL CONTINUE THE

CSRA DPENDB
DPLENB
IESTAT
NUMLNS
TXCNTB
TXPTRB

THAN ONE

CONTAINS THE ADDRESS OF THE DUT CSR.
- BASE OF THE DATA PATTERN END TABLE (ENTRY PER LINE).
- BASE OF THE DATA PATTERN LENGTH TABLE.
- PRESERVED STATES OF THE DUT INTERRUPT ENABLE BITS.
- EQUATED TO NUMBER OF LINES ON A DUT.
- LABLE AT BASE OF THE TX CHARACTER COUNTER TABLE.
-

LABEL

BASE

THE

TX DATA PATTERN POINTERS

TABLE.

i¢ OUTPUTS:

CSR - DUT CSR IND.ADR.REG FIELD IS DESTROYED.

TXCNTX - COUNTERS INCREMENTED FOR LINES ON WHICH CHARS SENT.

ccccccccceccecceccc

TXINTF

3¢ CALLING SEQUENCE:

3973
3974

;s COMMENTS:
1o

;?i 020712

TRANSMISSION IF MORE

ACTLNS - ACTIVE LINES BIT MAP,
BITTBL - LABEL OF TABLE OF WORDS EACH WITH A BIT SET.

gg%

3977
3978
3979 020706
020706

BUFFER IS TO BE SENT.

gg;z

INITIATE DMA TRANSMISSIONS ROUTINE

3968

- INIDMA -

THIS ROUTINE IS USED TO INITIATE DMA MODE TRANSMISSION.
IT SENDS
THE INITIAL DMA BUFFER ON EACH ACTIVE LINE TO CAUSE FUTURE TX

3967

5EQ 105

1o
1

3966

GLOBAL SUBROUTINE

1¢ INPUTS:
i
i
i
1e
1o
1e
1e

ggg;

8800000400800 00080800080000000000000808808000800080080080008088880040000000800

3956
3957
3958
3959
3960
3961
3962
3963

PAGE

INT

JSR

ADD COMMENTS €< CeeeaCCeCeeCCeCececcccccc

FLAGS

(BIT

SET

DMA.HO FOUND

SET

ON LINE).

PC,INIDMA

THIS ROUTINE ASSUMES THAT AT LEAST ONE DATA PATTERN SHOULD BE
TRANSMITTED ON EACH ACTIVE LINE.
INTERRUPTS MUST BE DISABLED WHEN CALLING THIS ROUTINE.

004567

016705

164412

161254

1* SUBORDINATE ROUTINES CALLED: DODMA.
- 0000000800880 0080008000800008000008808080048080808080840000080000000008000000008804008040¢
INIDMA:: SAVE
3 SAVE CONTENTS OF GPRS RO THRU RS.
JSR
RS ,PREGOS
sCALL REGISTER SAVE SUBRT.

MOV

ACTLNS,RS

$1GET THE ACTIVE LINES BIT MAP,

gg:is’

3+ SET UP LOOP WHICH HANDLES ONE LINE PER ITERATION.

ggg; 020716 005001
3986

CLR
R1
1CLEAR THE LINE NUMBER COUNTER.
: GET A BIT MAP OF THE SELECTED LINE.
o

gg;

IF THE LINE IS INACTIVE SKIP TO SELECT THE NEXT LINE.

3989
3990
3991
3992

020720
020722
020724
020730

gzgz 020732

010104
006304
016402
030205

2¢:

MOV
ASL
MOV
BIT

002364

001414

BEQ

R1.R4
R4
BITTBL(R4A)
,R2
R2,R5

10¢

1CALCULATE AN OFFSET TO THE PROPER LINE
s+
ENTRY IN A WORD TABLE (LINE @ TIMES 2).
;GET A BIT MAP FOR THIS LINE.
1 TEST THE ACTIVE LINES BIT FOR THIS LINE.

sDON‘T TX ON THIS LINE IF IT IS NOT ACTIVE.

3995
3996

s LINE IS ACTIVE.
3 INITIATE DMA ON THIS LINE.

gg;

GET THE DATA PATTERN LENGTH FOR THIS LINE.

3999 020734
:88‘1’ 020740

016403
016402

003202
003342

MOV
MOV
|

:%g

DPLENB(R4),R3
TXPTRB(R4),R2

1GET DATA PATTERN LENGTH FOR THIS LINE.
1PREPARE TO PASS DATA PATTERN ADR TO DODMA RTN.

3+ WRITE DMA PARAMETERS TO THE DUT.

TM0

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE
4004 020744

004767

:882 020750

103403

MACRO M1200
- INIDMA -

12-DEC-83 16:16

177034

PAGE

JSR

PC,DODMA

8Cs

71-1

SEQ 106

1SKIP ERROR IF DODMA WAS SUCCESSFUL
.

:gg;

SET THE PROPER BIT OF THE TX INTERRUPT FLAGS TO INDICATE THE LINE ERROR.

4009 020752

:g{g 020756

050567

000402

161306

8IS

RS, TXINTF

1 INDICATE

10¢

THE ERROR.

$SKIP UPDATING POINTERS AND COUNTERS.

:8{%

+ UPDATE THE TX CHARACTER COUNT FOR THIS LINE.
‘.

:8{; 020760

060364

003502

68:

ADD

R3,TXCNTB(R4)

1ADD THE DATA PATTERN LENGTH TO TX CHAR COUNT.

:g{g

4018 020764

4019 020766
:852 020772
4022 020774

020774

4023 020776

005201

020127
002752
004736
000207

000020

INCREMENT LINE COUNTER,GOTO NEXT LINE IF NOT DONE.

10%:
60$:

INC

cHe
BLY

R1, ONUMLNS
24

PASS
RTS

JSR

M ey

s INCREMENT THE LINE COUNTER.

1COMPARE THE LINE COUNTER WITH NUMBER OF LINES.
1LOOP TO SEND CHAR TO ANOTHER LINE IF NOT DONE.
sRESTORE GPRS.

PC.8(SP).

sRETURN TO PREGOS SUBRT.

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE

HACRO HIZOO
LINBIT

12-DEC-83 16:16

PAGE 72

SEQ 107

4025

.SBTTL

GLOBAL SUBROUTINE

4027
4028

i
;e

- LINE NUMBER TO BIT MAP CONVERSION SUBROUTINE THIS SUBROUTINE IS USED TO GENERATE A BIT MAP (ONE BIT OF

:833

4026

§¢¢

4029
4030

- LINBIT

088880080000 008080008800800800800040084808000800084008080880848000000040000048

i
i

16 SET)

BASED ON A LINE NUMBER (RANGE: 1 TO 16).
ONLY THE LS 4 BITS OF THE
LINE NUMBER WORD ARE USED, THE OTHERS ARE MASKED OUT (SO UNMASKED
MSBYTES OF DUT

CSRS CAN BE PASSED

THIS ROUTINE WITHOUT ERROR).

1 &

4033
40:;
40

1+ INPUTS:
i
1e

4036
:83;

1+ OUTPUTS:
1.
e

R1 - LINE NUMBER (ONLY LS 4 BITS USED, OTHERS DISREGARDED).
BITTBL - BASE LABEL OF
A 16 WORD BIT TABLE.

RO - BIT MAP, BIT CORRESPONDING TO LINE NUMBER IS SET:
IF LINE NUMBER IS 3, THEN BIT3 IS SET, ETC.

:823

1» CALLING SEQUENCE:

4041
4042
4043

1+ COMMENTS:
'L
1

:g:;

JSR

PC.LINBIT

NO CHECKING IS PERFORMED TO VERIFY THAT THE LINE NUMBER IS
A LEGAL LINE NUMBER FOR THE DUT (IE - LESS THAN NUMLNS).
NOTE: T4E LINE NUMBER IS NOT DESTROYED OF ALTERED, SO THIS
ROUTINE

CAN BE

USED EASILY

IN LOOPS.

4046

14 SUBORDINATE ROUTINES CALLED: NONE.

4047

§--

4048

4049 021000

021000

4050 021004
4051 021010
4052 021012

004567

164320

042701
006301
016100

002364

021016

010066

000002

4054 021024

000207

4053 021016

021022

004736

0402084240020 0800008 008000000 A0ELAC0008020 2042000080880 00080804b0 00k

LINBIT::

177760
60%:

SAVE

8IC
ASL
MOV

PASS

RTS

1 SAVE CONTENTS OF GPRS RO THRU RS.

JSR

RS,PREGOS

MOV

RO,ROSLOT(SP)

#177760,R1
R1
BITTBL(R1),RO
JSR

RERS

sCALL REGISTER SAVE S\.ORT

tMASK OUT ALL BUT 4 LSBITS OF THE LINE
@
tMULTIPLY LINE @ BY 2 10 GET WORD TABLE OFFSET.
sGET THC SINGLE BIT BIT MAP
{RESTORE GPRS,

PC.8(SP).
1RO

EXCEPT

THE FOLLOWING,

1PUT RO IN STACK SLOT.

sRETURN TO PREGOS SUBRT.

BIT MAP WITH LINE @ BIT

SET.

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE

4056

MACRO M1200
- MODSUP
-

12-DEC-83 16:16

.SBTTL

PAGE 73

SEQ 108

GLOBAL SUBROUTINE

- MODSUP -

4057

100

Qggg

4061
406%

1
i

TRANSMISSION/RECEPTION CONTROL PARAMETERS TO THE CORRECT
STATE, PRIOR TO A MODEM LOOPBACK TEST DATA PATTERN TX/RX.

4064
4065

1+ INPUTS:
')

R1 - TX, RX LPR CONTENTS.
R2 - START ADDRESS OF DATA PATTERN TO TRANSMIT.

4067
:gg

'
1.

ACTLNS - CONTAINS A BIT MAP OF ALL CURRENTLY ACTIVE LINES.
CBB - LABEL AT BASE OF TX/RX CONTROL BLOCK.

4060

2828880248888 200044800800000008008000080888000440004008403000080488004000000404040
-

’

406

4066

MODEM LOOPBACK

;

TX/RX

SET-UP

ROUTINE

THIS ROUTINE IS USED TO INITIALISE BOTH THE DUT AND THE

- LENGTH OF DATA PATTERN.

4070
4071
4072
4073
4074

1¢ QUTPUTS:
'L
1 e
e
1e

4075

i e

:g;g

TXPTR, TXRXL .

CHRTOT, RXDONF,

3;3

3¢ CALLING SEQUENCE:
3 ®

4080

;¢ COMMENTS:

:g:é

JSR

TXDONF AND TXINTF ARE CLEARED.

PC,MODSUP

DUT IS SET UP WITH DSR AND DTR SET.
SENT

AND RECEIVED FROM EACH LINE.

1* SUBORDINATE ROUTINES CALLED: CONMAP,RXENBL
, TXRINI.

Mms

4086 021026
021026
4087 021032
4088 021036
4089 021042

% 021046

004567
005067
005067
005067

005067

164272
161440
161222
161434

CLR
CLR
CLR

CLR
3

4094 021052 010167

4095 021056

012701

4099 021072

010221

4096 021062
4097 021064
4098 021066

4100 021074

021076
021102
021106
021112

:ig 021114

005201
005201
012721

010321

012721
016721
112721
005201

012711

162044

003122

000002
s+

RXDONF

31SAVE CONTENTS OF THE GPR'S RO THRU RS.
RS ,PREGOS
sCALL REGISTER SAVE SUBRT.
sCLEAR TOTAL RECEIVED CHAR COUNTER.
tCLEAR FLAGS USED TO LOG DMA H.OVER ERRORS.
sCLEAR THE TX DONE FLAGS.

tCLEAR THE RX DONE FLAGS.

R1,C88

1SET CONTENTS OF LPR PARAMS IN TX/RX C.BLK.

MOV

oCB8 ,R1

1GET BASE ADDRESS OF CONTROL BLOCK.

MOV

R2, (R1)+

s+ START ADDRESS OF DATA PATTERN.

MOV
MOV
MOVE
INC

#1,(R1)e
ACYLNS.(Rl)o
@3,(R1).
R1

MOV
1 R4

:ig

MOV

000001
161064
000003

CHRTOT
TXINTF
TXDONF

JSR

SET UP THE TRANSMISSION/RECEPTION CONTROL BLOCK TO THE DESIRED STATE.

INC
INC
MOV

011004

4107

$8888888888888880880800888088888880048080800800882002000008088048000088008408

MODSUP:: SAVE

161432

R1
R1
#11004,(R1).

R3,(R1).

#2,(R1)

+ INCREMENT ADDRESS FOR NEXT WORD
s INITIALISE THE FOLLOWING IN THE CNTRL.BLK:
# LNCTRL: RTS, DTR, ENABLE RECEIVERS.

s+ DATA PATTERN LENGTH.

1 NUMBER OF DATA PATTERNS TO TRANSMIT.
s+ BIT MAP OF LINES TO INITIALISE.
1SET LOOPBACK MODE TO H32S.
1+ INCREMENT ADODRESS FOR THE NEXT WORD.

1SET AMOUNT OF OFFSET EACH TX STARTS AT TO 2.

INITIALISE THE DUT AND THE ASSOCIATED POINTERS AND COUNTERS,

s+ DICTATED BY THE CONTENTS OF THE TX/RX CONTROL BLOCK.
'-

4110 021120
4111

ONE DATA PATTERN IS

4083

4101
4102
4103
4104

THE CONTENTS OF THE TX/RX CONTROL BLOCK (CCB) ARE DESTROYED.
THE INDIRECT ADDRESS FIELD OF THE DUT CSR MAY BE DESTROYED.
THE DUT'S LPR'S AND LNC'S MAY BE MODIFIED.
THE FOLLOWING POINTERS AND COUNTERS ARE INITIALISED;
CHCONT ,CHRTOT ,DPEND ,DPLEN,EXCNT ,RXCNT ,RXPTR, TXCNT,

004767

004652

JSR

PC, TXRINI

s INITIALISE DUT.

TO THE STATE

OMU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE

:{{g

MACRO M1200
- MODSUP -

12-DEC-83 16:16

PAGE 73-1

SEQ 109

INITIALISE POINTERS AND COUNTERS FOR INACTIVE LINES TO ZERO.

4114 021124
4115 021130

012701
016702

177777
161036

MOV
MOV

4119 021142
4120 021146
4121 021152

010267
005067
005067

161766
161752
161754

MOV
CLR
CLR

4116 021134
4117 021136
4118 021140

:igg 021156

4124 021162

021162
4125 021164

005101
005102
040102

004767

004736
000207

004614

60%:

OMAPLNS ,R1
ACTLNS,R2

1GET
1GET

THE LINE BIT MAP FOR ALL LINES.
THE ACTIVE LINE BIT MAP,

comM
comM
B8IC

R1
Re2
R1,R2

'
P
1GENERATE AN IN-ACTIVE LINE BIT MAP.

JSR

PC, TXRINI

:SET UP PARAMETERS FOR INACTIVE LINES.

R2,CBMAPA
CBLNCA
CBDPNA

PASS
RTS

JSR

tMOVE BIT MAP TO THE CONTROL BLOCK.
1CLEAR THE LNCTRL SET UP PARAMETERS.
tCLEAR THE REPEAT TX COUNT IN CNTRL BLCK.

sRESTORE GPR'S.

PC,8(SP)+

sRETURN TO PREGOS SUBRT.

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE

HACRO M1200
MSLGET
-

12-DEC-83 16:16

PAGE 74

SEQ 110

4127

.SBTTL

GLOBAL SUBROUTINE

4129
4130

'
1*

- MILLI SECONDS LOOP WHICH RETURNS READ WORD AND REMAINING TIME THIS SUBROUTINE IS A GENERAL PURPOSE TEST LOOP SUBROUTINE.
IT IS USED

CALLING ROUTINE PASSES IN WHICH BITS SHOULD BE SET AND CLEARED FOR THE

4128

- MSLGET

128 8 408 848 840800808444000480840048800800400404048048404080088440004884000884404040

4131

4132

4133

4134

TO VERIFY THAT A CERTAIN ACTION OCCURS BEFORE A TIME-OUT PERIOD.

DESIRED CONDITION AND THE TIME-OUT VALUE IN MILLI-SECONDS.

ROUTINE AND THEN ONCE EACH MILLI-SECOND THERE AFTER.

4135

4136
:{gz

THIS ROUTINE CHECKS FOR THE DESIRED CONDITION UPON ENTRANCE INTO THE

'L
e

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

4139

1+ INPUTS:

:id‘z

MSLCNT - MILLI SECOND SOFTWARE LOOP COUNT.

4140
4141
4142

THE

'
1)
'

R2
R3
R4

TIME-OUT VALUE IN MILLI-SECONDS (UP TO 64K MS).

BIT MAP OF BITS 'O TEST (1 INDICATES TO TEST THE BIT).
DESIRED STATES OF THE INDICATED FIELDS IN R2.
ADDRESS OF THE WORD TO TEST.

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

4145
4146

1¢ OUTPUTS:
1 e

:{:;

RO
R1

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

:{gg

i¢ CALLING SEQUENCE:
e

4151

i1 COMMENTS:

4152

4153

4154

4156

4158

THIS ROUTINE CAN BE USED AS A DELAY ROUTINE, BY SPECIFYING THE

IF A TIME-OUT VALUE OF O IS SPECIFIED,

:izg

i e

4161

e
L

:12.3
1
4165 021166
o 021166

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

CALIBRATION IS ONLY GUARENTEED WHEN A LINE CLOCK IS AVAILABLE
DESIRED DELAY AS THE TIME-OUT AND SPECIFYING A CONDITION TO

LOOK FOR WHICH WILL NOT BE MET DURING THE DELAY.

4162

PC,MSLGET

4157

JSR

ON THE SYSTEM.

4155

THE CONDITION.

THE DESIRED CONDITION BEFORE RETURNING.
IF

THE CONDITION IS MET,

THIS ROUTINE CHECKS FOR

IT INDICATES SUCCESS

FAILURE OTHERWISE.
.

1¢ SUBORDINATE ROUTINES CALLED: NONE.
8848248485
004567

164132

MSLGET::
| B

4167

:%gg

08060088888 - ¢S R G

SAVE

JSR

NLLERBER 2200820400022 0 00002202020 ARABBSEADhD

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

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

AND CLEAR UNUSED

3 BITS IN THE DESIRED STATE WORD TO ALLOW DIRECT COMPARISON.
'-

4170 021172

:i% 021174

005102

coM

040203

BIC

R2.R3

1GET MASK OF UNUSED BITS.

sMASK OUT UNUSED BITS IN DESIRED STATE WORD.

:{;2

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

4175
4176
4177
4178
4179

021176
021200
021202
021204
021210

005701
001011
011400
010067
(©40200

4181 021214
4182 021216

000261
001420

4180 021212

020003

000070

TST
BNE
MOV
MOV
B8IC

R1
24
(R4),RO
RO,62¢
R2,RO

1TEST THE TIME-OUT VALUE FOR ZERO.
+IF NON-ZERO TIME-OUT, GO LOOP AND TEST.
1GET THE WORD TO TEST BEFORE EXITING.
1SAVE VALUE SO WE CAN RETURN IT.
tMASK OUT UNTESTED BITS OF WORD.

SEC
BEQ

+ INDICATE SUCCESS IN CASE WORDS ARE EQUAL
.
1EXIT WITH SUCCESS IF WORDS ARE EQUAL.

cHP

RO,R3

1COMPARE AGAINST DESIRED STATE WORD.

DMU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE
4183 021220
:igg 021222

MACRO H1200
- MSLGET

000241
000416

12-DEC-83 16:16
CLC
BR

PAGE

74-1

SEQ 111
s INDICATE FAILURE (TIME-OUT).
1EXIT WITH FAILURE, WORDS AREN'T EQUAL.

HRd

:{gg

+ NON-ZERO TIME-OUT VALUE.

LOOP, WAITING FOR CONDITION OR TIME-OUT.

4188 021224
4189 021230
4190 021232

016705
011400
010067

4192 021240

020003

4191 021236
4193 021242
4194 021244

4195 021246

4196 021250
4197 021252

4198 021254
:%gg 021256

040200

161062
000042

2:
4%:

MOV
MOV
MOV
8IC

cMP

000261

SEC

001405

RO,R3

1COMPARE AGAINST DESIRED STATE WORD.
1SET CARRY IN CASE OF SUCCESS.

BNE

:LOOP IF MS NOT UP,

+IF TIME NOT UP, LOOP TO COUNT ANOTHER MS.
tCLEAR CARRY, WE TIMED-OUT.

DEC

005301

DEC

001363
000241

R2,RO

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

BEQ

005305
001367

MSLCNT,RS
(R4),RO
RO,624

BNE
CcLC

tEXIT WITH SUCCESS IF WORDS ARE EQUAL.

tCOUNT DOWN THE INSIDE MS LOOP COUNT.

tDECREMENT THE MS TIME COUNT.

4201
:ggg

+ HAVE EITHER FOUND CONDITION, OR TIMED-OUT (POSSIBLY FROM O TIME-OUT VALUZE).
¢+ RESTORE THE LAST CONTENTS READ FROM THE TEST WORD.
EXIT ROUTINE.
‘-

4204 021260
4205 021264
021264

016700

000014

010066

000002

021274

004736

:g 021276

000207

021270 010166

4206
4207

64:
604 :

MOV
PASS

624 ,RO
RO,R1

000004

MOV

tPASS OUT THE LAST READ WORD.
sRESTORE GPRS, EXCEPT THE FOLLOWING:
RO,ROSLOT(SP)
sPUT RO IN STACK SLOT.

JSR

PC,8(SP)+

MOV
RTS

R1,R1SLOT(SP)

lPUY R1 IN STACK SLOT.

;RETURN TO PREGOS SUBRT.

tRO - LAST READ WORD CHECKED FOR CONDITION.
tR1 - REMAINING TIME (O IF TIME-OUT OCCURED).
sCARRY - SET IF

SUCCESS, CLEAR IF TIME-OUT.

4210

LOCAL STORAGE.

4212 021300

000000

624:

.WORD

:STORAGE FOR THE LAST READ WORD.

—

OHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE

MACRO M1200
- MSLOOP -

12-DEC-83 16:16

PAGE

19
75

SEQ@ 112

4214
4215

.SBTTL
GLOBAL SUBROUTINE
- MSLOOP 18 8 808 2488024400044002020000040048848888082008804440800
000480080800 48800080000000040e

4216
4217
4218
4219

i
i
1.
.

4221

4220

- TEST LOOP SUBROUTINE 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 SHOULD BE SET AND CLEARED FOR THE

:ggg

DESIRED CONDITION AND THE TIME-OUT VALUE IN MILLI-SECONDS.

THIS ROUTINE CHECKS FOR THE DESIRED CONDITION UPON ENTRANCE INTO THE

ROUTINE AND THEN ONCE EACH MILLI-SECOND THEREAFTER.

1®

4224

4227

4225
4226

i
'L

:ggg

INPUTS:

TIME-OUT VALUE IN MILLI-SECONDS (UP TO 64K MS).

ADDRESS OF THE WORD TO TEST.

R2 - BIT MAP OF BITS TO TEST (1 INDICATES TO TEST THE BIT).
RS - DESIRED STATES OF THE INDICATED FIELDS IN R2.

HSLCN? - MILLI SECOND SOFTWARE LOOP COUNT.

:ggg

i+ OUTPUTS:

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

:gg

1* CALLING SEQUENCE:

4234

:o COMMENTS:

4236

1 ®
i1 &

4235

4237
4239
:g:g

BY SPECIFYING THE

ie
T

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

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

FAILURE OTHERWISE.

s SUBORDINATE ROUTINES CALLED: MSLGET.

:g:z

a2e8 021302

THIS ROUTINE CAN SE USED AS A DCLAY ROUTINE,

DESIRED DELAY AS THE TIME-OUT AND SPECIFYING A CONDITION TO

4244
4247 021302

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

CALTBRATION IS ONLY GUARENTEED WHEN A LINE CLOCK IS AVAILABLE

4240
4241

PC,MSLOOP

ON THE SYSTEM.

4238

JSR

Y
T
TT T
Y Y E Ty

004567

164016

4249

4250

MSLOOP::

SAVE

JSR

1 SAVE CONTENTS OF GPRS RO THRU RS.

RS,PREGOS

1 CALL REGISTER SAVE SUBRT.

| CN.LI!B THE MSLGET ROUTINE FROM THE MSLOOP ROUTINE ISOLATES THE CALLER OF

:2235

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

:gz 021306

004767

4255 o2ildie
021312
4256 021314

004736
000207

177654

JSR
604 :

PASS
,
RTS

PC,.MSLGET

JSR

sCALL THE MULTI-PURPOSE MS LOOP AND SEARCH RTN.
1RESTORE GPRS,
PC.8(SP)+
lCARRY

tRETURN TO PREGOS SUBRT.

SET IF SWCESS.

CLEAR IF TIME-QUT.

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE
4258
4259
4260
4261
4262
4263
4264
4265
4266
4267
4268
4269
4270
4271
4272
4273
4274
4275
4276
4277
4278
4279
4280
4281 021316
4282
4283

021316

MACRO M1200
RP

12-DEC-83 16:16

.SBTTL
100

JO9

PAGE 76

SEQ 113

GLOBAL SUBROUTINE

- MSSRPT

S804 00000R000000RRRRARREREARARRARRRRRRAARAA0E000000000004040400000000000

i
')

MODEM

STATUS

SIGNAL

REPORT

ROUTINE

THIS SUBROUTINE IS USED TO REPORT THE STATES OF THE MODEM STATUS
SIGNALS FOR ALL ACTIVE LINES.

i &

i& INPUTS:
e
1
1
e
&

ACTLNS - BIT MAP OF ACTIVE LINES.
CSRA - CONTAINS ADDRESS OF THE DUT CSR.
EF9101 - LABEL AT FORMAT STATEMENT FOR BLANK LINE.
IESTAT - CONTAINS STATES OF THE DUT INTERRUPT ENABLE BITS.
STATA - CONTAINS ADDRESS OF THE DUT STAT REGISTER.
NUMLNS - EQUATED TO THE NUMBER OF LINES ON THE DEVICE.

¢ OUTPUTS:
e

DUT CSR IND.ADR.REG FIELD - CONTENTS DESTROYED.
REPORT MESSAGES ARE PRINTED ON THE OPERATOR'S CONSOLE.

i®

1¢ CALLING SEQUENCE:
i e

JSR

PC,MSSRPT

1+ COMMENTS:
&

:o SUBORDINATE ROUTINES CALLED: NONE.
==

004567

164002

8848882882888 28488084088848400408884544884088
804808880084 088 0444480080000 000000048

MSSRPT::

SAVE

JSR

: SAVE CONTENTS OF GPRS RO THRU RS.

RS,PREGOS

1CALL REGISTER SAVE SUBRT.

3¢

+ PRINT THE BASIC MODEM STATUS MESSAGE.
:
“MODEM STATUS SIGNAL REPORT:"

4284

4285

4286 021322

012746

PRINTF

007577
000001

OMSFMT1

MOV

TRAP

ADD
CLR

MOV
MOV
MOV
MOV

000001
160624
160654
160606

24:
4297
4298
4299
4300
4301

4302
4303
4304
4305
4306
4307

021370
021372
021374
021376
021402

021402
021406
021410
021412
021414
021416
021420

160604

163716

01.R2
CSRA,R3
IESTAT R4
ACTLNS,RS

s TEST LINE BIT IN ACTIVE LINES BIT MAP,

MOV
8IS
MOV
MOV
SAVE

R4 ,RO
R1,RO
RO, (R3)
8FSLSA,RO

+SET_UP DUT CSR _IND.ADR.REG FIELD
+ LEAVING THE INTERRUPT ENABLE

CLR
CLR
CLR
CLR

R2
R3
R4
RS

ROL

ASL

tLINE ACTIVE?

JSR

CS$PNTF

#4,5P

1GET THE CSR_ADDRESS.
1GET THE STATES OF THE INTERRUPT ENABLE BITS.
1GET THE ACTIVE LINES BIT MAP,

R2,R5

SP,.RO

1START WITH LINE O.

BIT

8EQ

OMSFMTL, -(SP)

NO, SKIP REPORT FOR LINE.

s
BITS IN THE SPECIFIED STATE.
tREAD THE DUT STATUS REG FOR THIS LINE.
&SSAVE CG&HENTS OF GPRS RO THRU RS.
« PRE
1CALL REGISTER SAVE SUBRT.
1CLEAR THE SIGNAL STATUS INDICATORS.

1SHIFT DSR _INTO CARRY,

THEN ROTATE INTO INDICATOR.

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE
4308 021422
4309 021424

006300
006300

4311 021430

006300

4310 021426
4312 021432
4313 021434

:g{g 021436

MACRO M1200
- MSSRPT -

12-DEC-83 16:16

IK9

76-1

SEQ 114

ASL
ASL

RO
RO

1SHIFT BLANK SLOT INTO CARRY,
+
SHIFT RI INTO CARRY,

ASL

1SHIFT DCO INTO CARRY,

006103

ROL

006104

ROL

006105

ROL

006300

PAGE

ASL

R3
Ha

THEN ROTATE INTO INDICATOR.

¢+

THEN ROTATE INTO INDICATOR.

$SHIFT CTS

INTO CARRY,

HE
4

4316
:g{;

:+
3

PRINT THE STATUS FOR THIS LINE.
“LINE oN:
DSR=N, RI=N, DCD=N,

CTS=N"

4319 021440

021440
021442
021444
021446
021450
021452
021456
021462
021464
021466

010546
010446
010346
010246
010146
012746
012746
010600
104417
062706

as21 021472

004736

4322 021474
4323 021476
4324 021500

006302
005201
020127

4320 021472

:g 021504

4327 021506

002727

021506
021512
021516
021520

012746
012746
010600
104417

4329 021526
021526
4330 021530

004736
000207

e320 021522

062706

PRINTF

oMSFMT2,R1,R2,R3,R4,R5

007637
000006
000016

PASS
4%:

000020

ASL
INC
cMP

BLT

PRINTF

sRESTORE ALL THE GPRS.

JSR

PC,8(SP)+

MOV
MOV
MOV
MOV
MOV
MOV
MOV
MOV
TRAP
ADD

tRETURN TO PREGOS SUBRT.

R2
R1
R1, @NUMLNS

sSHIFT LINE BIT MAP TO NEXT LINE.
s INCREMENT THE LINE COUNTER.
:CMP LINE COUNTER WITH & OF LINES ON DEVICE.

#EF9101

tPRINT A BLANK LINE.

sALL LINCS DONE?

000004

NO, LOOP TO DO NEXT LINE.
MOV
MOV
MOV
TRAP

ADD
60%:

PASS
RTS

RS, -(SP)
R4, -(SP)
R3,-(SP)
R2,-(SP)
R1,-(SP)
MSFMT2, -(SP)
6, -(
SP,
CS$PNTF
016,5P

sRESTORE GPRS.
PC.8(SP)+

JSR
PC

#EF9101, -(SP)
1,-(SP)
SP,RO
CSPNTF

#4,5P

tRETURN TO PREGOS SUBRT.

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE

MACRO M1200
- MUL16V -

12-DEC-83 16:16

PAGE

L9
77

SEQ@ 115

4332

.SBTTL

GLOBAL SUBROUTINE

4334
4335

i
L*

- 16 BIT UNSIGNED MULTIPLY ROUTINE THIS ROUTINE MULTIPLIES 2 16 BIT UNSIGNED NUMBERS AND RETURNS A

4337

4333

$0¢

4336

:ggg

UNSIGNED RESUWLT.

TO ZERO.

i& INPUTS:
P
HE

4343
:SS:g

i+ OUTPUTS:
i

4000000ttt tb bt

THE MULTIPLICATION IS PERFORMED BY ITERATIVE

ADDITION OF ONE NUMBER

1 ®

4340
:3325

- MUL16U

2882000400040 04040 0000400400804 40 0000000000000 04000 A AR A0

16 BIT

TO A SUM WHILE DECREMENTING THE OTHER NUMBER

IF OVERFLOW OCCURRS (177777 TO O0) THE PRODUCT IS INVALID.

Rl - MULTIPLICAND (16 BIT UNSIGNED).
R2 - MULTIPLIER (16 BIT UNSIGNED).
Rl - PRODUCT (16 BIT UNSIGNED), -1 IF OVERFLOW.
CARRY - SET IF SUCCESS (NO OVERFLOW), CLEAR OTHERWISE.

:33:_6,

1# CALLING SEQUENCE:
e

4348
23‘53

1+ COMMENTS:
i

JSR

PC,MUL16V

NOTE: FOR MINIMUM EXECUTION TIME R2 SHOULD CONTAIN THE
SMALLER OF THE 2 ARGUMENTS.

4351

1+ SUBORDINATE ROUTINES CALLED:

4352

NONE.

$-- 8888288882388 04888840888008440004804888440048808048408408040884804080040000
00000000

4353

4354 021532

021532

004567

163566

4355
4356
4357
4358
4359

021536
021540
021542
021544
021546

005003
005702
001003
005001
000261

4362
4363
4364
4365
4366
4367

021552
021554
021556
021560
021562
021564

060103
103405
005302
001374
010301
000261

4370 021570

012701

177777

010166
004736

000004

:332(1) 021550

:3323 021566
:g;z 021574

4373 021576

021576
021602

4374
4375 021604

MUL16V::

CLR
TST
BNE
CLR
SEC

000412

000207

R3
R2
24
R1

JSR

1 SAVE CONTENTS OF GPRS RO "HRU RS.

RS,PREGOS

1CALL REGISTER SAVE SUBRT.

iCLEAR THE PRODUCT
sC"ECK THE MULTIPLIER.
:GO TO DO MULTIPLICATION IF NOT ZERO.
tRETURN A PRODUCT OF ZERO.
s INDICATE SUCCESS.

604

ADD
8CS
DEC
BNE
MOV
SEC

R1,R3
S04
R2
4
R3,R1

sADD THE MULTIPLICAND TO THE PRODUCT.
;EXIT WITH OVERFLOW IF ONE OCCURRED.
1DECREMENT THE MULTIPLIER.
1LOOP IF MUL.TIPLIER NOT ZERO.

604

$EXIT WITH SUCCESS.

S50¢:

MOV

e-1,R1

604 :

PASS

RTS

2s:

000403
000241

SAVE

cLC

sEXIT THE ROUTINE.

1PREPARE TO PASS OUT THE PRODUCT.
s INDICATE SUCCESS.
1+FORCE PRODUCT TO MAX VALUE,

sI’OICATE FAILURE.

MOV
JSR

sRESTORE GPRS,

Rl R1SLOT(SP)
PC.8(SP)«
+
:+

WE OVERLFOWED.

EXCEPT THE FOLLOWING:

tPUT R1 IN STACK SLOT.
tRETURN TO PREGOS SUBRT.

R1 - PRODUCT (16 BIT WSIG'ED)
CARRY - SET IF SUCCESS (NO OVERFLOW).

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE

HACRO maoo
NEWCHR

12-DEC-83 16:16

PAGE 78

SEQ 116

4377
4378
4379
4380

.SBTTL
GLOBAL SUBROUTINE
- NEWCHR A
T TR PR LY P YR PR Y P P PP Y E Y
P
Y P
P
P P Y Y Y Y Y Y Y Y Y YT TTYITYTIIYIITYIY]
1.
- NEW CHARACTER HANDLING ROUTINE s
THIS SUBROUTINE HANDLES A NEW CHARACTER WHICH HAS BEEN READ FROM

4382

CHARACTER ARE UPDATED.

ANY ERRORS WHICH ARE FOUND ARE REPORTED.

4381

:ggz

THE DUT.

THE COUNTERS AND POINTERS WHICH ARE INVOLVED WITH THE

THE CHARACTER IS CHECKED FOR ERRORS AND

4385

i# INPUTS:

4387
4388

1.
P

ACTLNS
DPRS@B

- BIT MAP OF ACTIVE DUT LINES.
- LABEL AT DATA PATTERN RESYNC QUEUES TABLE BASE.

ERSMRF
ERRTBL
ERCNTB

- “PRINT ERROR SUMMARY FOR LINE” FLAGS.
- ERROR INFORMATION (ERRNBR, ERRMSG, ERRTYP).
- BASE OF THE RX CHARACTER ERROR COUNTERS TABLE.

4386

4389
4390

1.
1e

4391
4392
4393

NDERPT - CONTAINS NUMBER OF CHAR ERRORS TO REPORT ON A LINE.
u INPUTS TO SUBROUTINES:
CHCNTB, DPENDB, DPLEN, DPRSQE, EXCNTB, RXCNTB,

4;31;
4

;¢ QUTPUTS:
e
s
s
s
1e
s
e

4406

38;

4409
4410

&
&

i e

ERRNBR,

ERMSG,

ERRTYP,

ERRBLK - CONTENTS DESTROYED.
FOLLOWING VARIABLES UPDATED FOR LINE ON WHICH CHAR WAS RECEIVED:
DPRSQ - DATA PATTERN RESYNC QUE OF RECEIVED CHARACTERS.
ERCNT - COUNT OF THE NUMBER OF CHARACTER ERRORS ON LINE.
ERSMRF - UPDATED "PRINT ERROR SUMMARY FOR LINE” FLAGS.
EXCNT - COUNT OF THE NUMBER OF EXTRA CHARS RECEIVED ON LINE.
RXCNT - COUNT OF THE NUMBER OF CHARACTERS RECEIVED ON LINE.
RXPTR - UPDATED TO POINT TO THE NEXT EXPECTED CHAR ON LINE.

:# CALLING SEQUENCE:

1& COMMENTS:
s

:4‘{‘__1,

JSR

PC,NEWCHR

THIS ROUTINE CAN RCPORT ERRORS WITH NUMBERS INITIAL ERRNBR
AND INITIAL ERRNBR ¢+ 1. ERRNBR IS RESTORED TO ITS INITIAL
VALUE BEFORE THIS ROUTINE RETURNS.

4413
4414

;¢ SUBROUTINES CALLED: CKCHR,CKINAC,TXROFF,TXRON.
;¢ INDIRECT SUBROUTINES: CHKEXT,CHKLOS,ER9002,ER9003,UPDCHR.

3{2

021606
4418 021612
4419 021614
zgg 021620

RXPTRB,

4398
4399
4400
4401
4402
4403
4404
4405

4417 021606

THE READ CHARACTER INCLUDING ERROR FLAGS AND LINE NUMBER.

TXRXLB - BASE OF TX/RX LINE NUMBER ASSOCIATION TABLE.
BITTBL - TABLE OF WORDS WITH BITS SET FOR USE IN FORMING MAPS.

1.
e
u

4394
4395

R3 - MASK OF THE INACTIVES BITS IN A TX OR RX CHAR BYTE.

§==

004567
010305
052705
005067

163512

8888888808888 80888880808858808088808888004820802800028888808080888000400000040

NEWCHR:: SAVE

MOV
BIS

177400

000270

CLR

JSR

R3,RS
#177400,RS
704

1SAVE CONTENTS OF GPRS RO THRU RS.

RS ,PREGOS
1CALL REGISTER SAVE SUBRT.
1GET THE BIT MAP OF INACTIVE DATA BYTE BITS.
sALL UPPER BITS OF EXPECTED DATA ARE INACTIVE.
iCLEAP. THE "ERROR FOUND"” FLAG.

4422

3+ IF THE NEW CHARACTER IS VALID ON AN INACTIVE LINE, GO REPORT ERROR.

::gz

+ ROUTINE USED ALSO EXTRACTS LINE NUMBER FROM THE NEW CHARACTER.
'.

4425 021624

zgg 021630

004767

103052

175412

JSR

BCC

PC,CKINAC
as

(CHECK FOR CHAR ON INACTIVE LINE.

1GO REPORT ERROR IF ON INACTIVE LINE.

3%3

3+ PUSH THE NEW CHARACTER ON THE RESYNC QUE FOR THIS LINE.
'-

4430 021632
4431 021634
4432 021636

010304
006304
006304

MOV
ASL
ASL

R3,.R4
R4
R4

1CALCULATE BASE ADDRESS OF THE
+
DATA PATTERN RESYNCH QUEUE
+

(QUEUVE IS 4 WORDS LONG) FOR

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE
4433
4434
4435
4436

021640
021644

021646
021652
4437 021656
4438
4439
4440

4441
444> 021660
4443 021662
4444

062704
010401
016121
016121
010211

MACRO M1200

- NEWCHR

004642

ADD
MOV

000002
000002

MOV
MOV
MOV

4450
4451
4452
4453 021672
44548 021676
4455 021702

021710
021712
021720
021724
021724
021726

PAGE

78-1

©OPRSQB ,R4
R4 ,R1
2(R1),(R1)+
2(R1),(R1)+
R2,(R1)

SEQ 117
s

THIS LINE.

tGET THE BASE OF THE QUEUE.
tMOVE FROM CHR1 SLOT TO CHRO SLOT.
tMOVE FROM CHR2 SLOT TO CHR1 SLOT.
1PUT NEW CHAR INTO CHR2 SLOT.

: CHECK THE DATA.VALID FOR THE CHARACTER AT THE BOTTON OF THE QUEUE.
+ IF DATA.VALID IS CLEAR, EXIT THE ROUTINE--NOTHING TO ANALYZE.
MOV
BPL

011402
100112

(R4),R2
60¢

4445

4446
4447 021664
4448 021670
4449

12-DEC-83 16:16

+
032702
001427

tGET CHRO VALUE, SET FLAGS.
tEXIT ROUTINE IF DATA.VALID IS CLEAR.

TEST FOR ANY OF THE ERROR BITS SET IN CHRO.

070000

BIT
BEQ

#70000,R2
24

s TEST FOR ANY CHRO ERROR BITS SET.
1 SKIP THIS ERROR IF NO ERROR BITS SET.

¢+ WE HAVE AT LEAST ONE ERROR FLAG SET ON THE RECEIVED CHAR.
+ REPORT DATA ERROR FLAG ERROR IF NOT IN SUMMARY MODE.
005367
016300
036067
001017
012767
004767

000216
005234
002364

DEC
MOV
8IT
BNE

160570

014770
004326

163402

021734
021742

104460
012767
032767
001462

000001
000100

160270
160220

021744

004767

004342

MOV
JSR

704
1SET THE "ERROR FOUND” FLAG.
TXRXLB(R3),RO
3GET THE TX LINE OFFSET FOR THIS RX LINE.
BITTBL(RO),ERSMRF
;CHECK THE ERROR SUMMARY FLAG FOR TX LINE.
S
;IF ERROR SUMMARY FLAG SET, SKIP NEXT REPORT.
#ER9003, ERRBLK
PC, TXROFF

:SELECT THE ER9003 ERROR REPORT ROUTINE.
;TURN OFF TX AND RX DURING ERROR REPORTING.

MOV
BIT
BEQ

@1 ,FERROR
@8IT06,0PTION
604

;sINDICATE AN ERROR HAS BEEN FOUND.
1HAS EXTENDED ERROR REPORTING BEEN REQUESTED ?
sEXIT IF IT HASN'T

JSR

PC, TXRON

s;TURN TX AND RX BACK ON.

ERROR

»>>>>

ERROR

<¢c<<ccc,

TRAP

C$ERROR

+ CHECK THE CHARACTER AT THE BOTTOM OF THE RESYNC QUE FOR DATA ERRORS.
'-

021750
021754

004767
103433

174636

24:

JSR
8Cs

PC,CKCHR
64

;CHECK THE CHRO CHAR FOR ERRORS.
1 SKIP ERROR REPORT IF CHRO IS CORRECT.

1R
4

WE HAVE SOME SORT OF DATA ERROR SO REPORT IT (UNLESS IN SUMMARY REPORT MODE).

‘-

021756
021762
021766
021774
021776
022004
022010
022014
022014
022016
022024
022032

022034

022040

005367
016300
001023
012767

004767

000132

002364

160504

014612
163306
004236

163316

104460
012767
032767
001426

000001
000100

004767
005367

004252
163252

DEC
MOV
BIT
BNE
MOV
INC
JSR

ERROR

160200
160130

MOV

HE4

704
1SET THE “ERROR FOUND"
TXRXLB(R3),RO
IGET THE TX LINE OFFSET FOR THIS RX LINE.
gITTBL(RO)+ERSMRF
;CHECK THE ERROR SUMMARY FLAG FOR THIS LINE.
1SKIP ERROR REPORT IF ERROR SUMMARY FLAG SET.
#ER9002, ERRBLK
sSELECT THE ER9002 ERROR REPORT ROU. INE.
ERRNBR
:SELECT INITIAL ERRNBR + 1.
PC. TXROFF
;1TURN OFF TX AND RX DURING ERROR REPORTING.
3

»»>>>

ERROR

<cccc,

TRAP

CS$ERROR

BIT
BEQ

01,FERROR

#8IT06,0PTION
604

1 INDICATE AN ERROR HAS BEEN FOUND.
t1HAS EXTENDED ERROR REPORTING BEEN REQUESTED ?
tEXIT IF IT HASN'T

JSR
DEC

PC, TXRON
ERRNBR

1 TURN TX AND RX BACK ON.

tRESTORE INITIAL ERRNBR.

DHU-11 FUNCTIONAL
GLOBAL SUBROUTINE

VERIFICATION

HACRO !11200
NEWCHR

4488

llgg
44
4491 022044
4492 022050

4493
4494
4495
4496
4497
4498
4499
45.590
4501

022052
022056
022060
022064
022070
022072
022100
022102

4502 022110

005767
001417

005263
001002
005363
005767
001407
026367
103403
056367

022110
:Ssgz 022112

004736
000207

4505 022114

000000

12-DEC-83 16:16

003302

003302
160074

8s:

003302

160064

002364

160370

78-2

SEQ 118

COUNT A CHARACTER ERROR IF ONE OCCURRED.

i UPDATE
;64:

000044

PAGE

B10

60%:

70%:

THE

"REPORT

1ST
BEQ

704
608

INC
BNE
DEC
TST
BEQ
cMP
BLO
BIS

ERROR

SUMMARY" FLAG FOR LINE BASED ON ERROR COUNT.
sCHECK THE “ERROR FOUND” FLAG.
1SKIP COUNTING AN ERROR IF FLAG

IS CLEAR.

ERCNTB(R3)
s INCREMENT THE ERROR COUNTER FOR THIS LINE.
84
sSKIP SETTING COUNTER TO MAX IF NO OVERFLOW.
ERCNTB(R3)
sRESET THE ERROR COUNTER TO -1 (MAX VALUE).
NDERPT
;1DISABLE ERROR SUMMARY FUNCTION IF
608
s NUMBER OF DATA ERRORS TO REPORT IS O.
ERCNTB(R3), 'OERPT
1COMPARE ERROR COUNT WITH @ OF ERR’'S TO RPT.
604
sSKIP SETTING OF SUMMARY FLAG IF NOT TOO MANY.
BITYBL(RS).ERSW
$1SET "PRINT ERROR SUMMARY” FLAG FOR LINE.

PASS

RTS

.WORD

JSR

;RESTORE GPRS.

PC.8(SP)+»

sRETURN TO PREGOS SUBRT.

1LOCAL STORAGE FOR ERROR OCCURRED FLAG.

TMA

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE
4507
4508
4509
4510
4511
4512
4513
4514
4515
4516
4517
4518
4519
4520
4521
4522
4523
4524
4525
4526 022116

00PS

100

C10

PAGE

GLOBAL SUBROUTINE

- 00OPS

SEQ 119

8882880408008 0002088000800000008088880800088000008404000008088808088000000000

ie
1.
1e

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,

1¢ INPUTS:

R1 - ERROR CODE GIVING REASON FOR ABORT.

i OUTPUTS:

AN ERROR MESSAGE IS PRINTED.

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

1 CALLING SEQUENCE:
HEd

JSR

PC.00PS

1o COMMENTS:
e

:¢ SUBORDINATE ROUTINES CALLED: NONE.
==

004567

022122
022124
022126
022130

104454

4529
4530 022132

12-DEC-83 16:16

.SBTTL

022116

4527
4528 022122

M ACRO M1200

O0PS::

SAVE

1 SAVE CONTENTS OF GPRS RO THRU RS.

JSR
RS,PREGOS
sCALL REGISTER SAVE SUBRT.
s REPORT "HOST COMPUTER HARDWARE OR SOF TWARE BUG ENCOUNTERED." ERROR.

163202

ERRSF

000145
022162
000000

012746
012746

8888888880080 808088800808800880008880880880888808804880000508808000880000800

101,EMO101

PRINTF

CS$ERSF

MOV

#EMO0102, -(SP)

.WORD
.WORD
.WORD

s+ REPORT “PROGRAM HUNG, WAITING FOR A CONTROL-C."
022246
000001

TRAP

@EMO102

MOV

104417
062706

TRAP

104422
000776

004736

123

24:

BREAK

60¢:

B8R
PASS

RTS

EMO101::

JSR

+ ROUTINE IN THE FUTURE,

SO BE CONSISTANT.

¥
|

M1 N

SP,RO

CSPNTF

ADD
04,SP
1LOOK FOR OPERATOR CONTROL
-C INPUT,
TRAP
C$BRK
s INFINITE LOOP.
sOON'T NEED THIS, BUT SOMEBODY MAY CHANGE THIS
PC,8(SP).
tRETURN TO PREGOS SUBRT.

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

022237

101
EMO101
O

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE
022242
022245
4537 022246
022251
022254

022257
022262
022265

022270
022273
022276
022301
022304
022307

022312
022315
022320
022323
022326
022331
022334

4538

022337
022342

TM ACRO M1200
00PS

12-DEC-83

16:16

PAGE

D10
79-1

SEQ 120

105

000
045
101

045

EMO0102::

.ASCIZ /%N#APROGRAM HUNG,

117

101
110
107

¢
127
124
107
117
101
117
1ee
055
040
052
052
0S2
052
045
116

.EVEN

WAITING FOR A CONTROL-C.

CasstsesssssssuNEN/

DMU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE

MACRO M1200
- PRFRME -

4540

4541

GLOBAL SUBROUTINE

1.
'L
e
1*

- PROCESS FRAMING ERRORS THIS SUBROUTINE IS USED IN THE FRAMING ERROR BIT TEST, TO VERIFY THAT
aLL RECEIVED CHMACTERS HAVE THEIR FRAMING ERROR BIT SET AND PARITY

- PRFRME -

.\ROR BIT CLEAR.

1¢ INPUTS:
g

:gqsg

SEQ 121

888830808080 0000008820002042084000800000000840004800400040000800404800400004s

4547
4548

E1O

PAGE 80

.SBTTL

100

4542
4543
4544
:32

12-DEC-83 16:16

R2 - CONTAINS THE CHARACTER READ FROM THE FIFO.
ERRNBR - ERROR NUMBER OF ERRORS IN THIS ROU'TINE.
ERSMRF

"REPORT

ERROR

SUMMARY

~~” | INE”

FLAGS

THE CONTENTS OF THIS WORD ARE DESTROYED.

1 &

4551

1¢ OUTPUTS:

ERRBLK

:ggz

MESSAGES MAY BE PRINTED AT THE OPERATORS CONSOLE.

4552

ERCNTB - THE ERROR COUNT FOR THIS LINE IS UPDATED.

i e

4555

:ggg

1¢ CALLING SEQUENCE:
e

4558

s« COMMENTS:

4559

4560
4561
4562

PC,PRFRME

THIS ROUTINE REPORTS ERRORS WITH INITIAL NUMBER.

ERRNBR IS RESTORED TO ITS INITIAL VALUE BEFORE THIS SUBROUTINE

1.
RETURNS.
e
1* SUBORDINATE ROUTINES CALLED: ER6201.

4563

4564
4565 022344

022344

004567

:552; 022354

005005

4566 022350

016704

162742

MOV

CLR

4570
:g;“l’.

s+
3+

4573 022356
4574 022364
4575 022370

012767
032702
001002

014254
020000

052705

000002

4578 022376

032702

010000

:g;g 022372
022402
022404
022410
022412
022414

:% 022422

001402
052705
005705
001412
036367

001004

8888882888388 888808800808808880048000800880200000002800840200088008880008042

PRFRME
: : SAVE

162754

4569

4579
4580
4581
4582
4583

JSR

002364

MOV
BIT
BNE

BIS

64:

8¢:
160056

sCALL REGISTER SAVE SUBRT.

aSAVE THE CONTENTS OF THE INITIAL ERROR NUMBER.

1CLEAR ERROR/MESSAGE FLAGS.

IE.

#ERG201 ,ERRBLK
#8IT13,.R2
64

;SET UP THE ADDRESS OF THE ERROR ROUTINE.
1CHECK ON STATE OF THE FRAMING ERROR BIT.
t1BRANCH IF FRAMING ERROR BIT SET.

#B61IT12.R2

sCHECK ON THE STATE OF THE PARITY ERROR BIT.

10¢

1SKIP ERROR REPORT IF ERROR SUMMARY FLAG SET.

#BIT1,.RS

1SET REPORT FRAMING ERROR FLAG.

8
tBRANCH IF PARITY ERROR BIT CLEAR.
#14,.RS
1SET REPORT “PARITY ERROR SET” FLAGS.
RS
1CHECK IF ANY ERROR FLAGS SET.
604
$EXIT IF ALL FLAGS CLEAR.
BITTBL(R3), ERSMF
sCHECK THE ERROR SUMMARY FLAG FOR THIS LINE.

sREPORT ERROR “CHARACTER RECEIVED WITH PARITY/FRAMING ERROR BIT SET”.

ERROR

- 022424

104460

:ggg 022426

012767

000001

4591 022434
4592 022440
4593 022444

005263
010467

003302
162652

022444

BIT

BEQ
BIS
TST
BEQ
BIT

BNE

4586

4587 022424

ERRNBR, R4

1 SAVE CONTENTS OF GPRS RO THRU RS.

RS,PREGOS

TEST FRAMING AND PARITY ERROR BITS IN TURN.
REPORT ANY ERRORS FOUND,
FRAMING ERROR BIT CLEAR, OR PARITY ERROR BIT SET.

162736

000014

JSR

004736

157570
10¢:
604 :

»>>>> ERROR <cccc,

TRAP

C$ERROR

MOV

#1,FERROR

s+ INDICATE AN ERROR HAS BEEN DETECTED.

INC
MOV
PASS

ERCNTB(R3)
R4 ,ERRNBR

+ INCREMENT ERROR COUNT FOR THIS LINE.
1RESTORE ERROR NUMBER.
tRESTORE GPRS.
PC.8(SP)+
tRETURN TO PREGOS SUBRT.

JSR

TM
a A

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE
4594 022446

000207

TM ACRORHIEOO
- PRFRME

12-DEC-83 16:16
RTS

F10

PAGE 80-1

SEQ 122

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE

HACRO mzoo
PRPARE

G10O

12-DEC-83 16:16

PAGE 81

SEQ 123

4596

.SBTTL

GLOBAL SUBROUTINE

4599
4600

IS
is

THIS SUBROUTINE IS USED IN THE PARITY ERROR TEST, TO VERIFY THAT
ALL RECEIVED CHARACTERS HAVE THEIR PARITY ERROR BIT SET AND FRAMMING

‘597
4598

$1%¢
T

:ggé

ERROR BIT CLEAR.

4603

1¢

4604

4606

)

4605

INPUTS:

:215

CONTAINS THE CHARACTER READ FROM THE FIFO.

R3 - CONTAINS 2 = LINE NUMBER OF THE READ CHAR.
ERRNBR

- ERROR NUMBER OF ERRORS IN THIS ROUTINE.

FERROR

ERSMRF - "REPORT ERROR SUMMARY FOR LINE” FLAGS.

4609
4610

- PRPARE -

2882284808840 08000808000000848040000084400408400004808000800040000
000000 btts
- PROCESS PARITY ERRORS -

:1* OUTPUTS:
T
e

"AT

LEAST

ONE ERROR FOUND"”

FLAG.

ERRBLK - THE CONTENTS OF THIS WORD ARE DESTROYED.
ERCNTB - THE ERROR COUNT FOR THIS LINE IS UPDATED.

MESSAGES MAY BE PRINTED AT THE OPERATORS CONSOLE.

4613

:g{;

:1# CALLING SEQUENCE:
e

4616

i1« COMMENTS:

4620
‘62%
462
4624 022450

022450

4625 022454

4627

4628

THIS ROUTINE REPORTS ERRORS WITH INITIAL ERRNBR THRU ERRNBR+1.

Eem IS RESTORED TO ITS INITIAL VALUE BEFORE THIS SUBROUTINE

THE CONTENTS OF THE ERRBLK ARE DESTROYED.

4621

PC,PRPARE

T
&

4619

JSR

1¢ SUBORDINATE ROUTINES CALLED: ER9002,ER6201.
==

004567

016746

05005

2888888888838 888848888888000080488388488082888880880888082088880000800448

PRPARE : : SAVE

162650
162636

MOV

CLR

4629

JSR

ERRNBR, -(SP)

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

1SAVE THE CONTENTS OF THE INITIAL ERROR NUMBER.

1CLEAR ERROR/MESSAGE FLAGS.

; TES'I FRAMMING AND PARITY ERROR BITS IN TURN.

ggg

REPORT ANY ERRORS FOUND, IE.

PARITY ERROR BIT CLEAR, OR FRAMMING ERROR BIT SET.

4632
4633
4634
4635
4636
4637
4638
4639
4640
4641
4642

4643

022462
022470
022474
022476
022502
022506
022510
022514
022516
022520
022526

4644 022530

012767
032702
001002
052705
032702
001402
052705
005705
001414
036367
0010.5

- 022530

104460

4646 022532
4647 022540
mg 022546

012767
032767
001440

014254
010000

162632

000010
020000

68:

000003
002364

MOV
BIT
BNE
BIS
BIT
BEQ
BIS
TST
BEQ
81T
BNE

84:
157752

#ER6201,ERRBLK
;SET UP THE ADDRESS OF THE ERROR ROUTINE.
#B8IT12,.R2
sCHECK ON STATE OF THE PARITY ERROR BIT.
68
1BRANCH IF PARITY ERROR BIT SET.
#BIT3,.RS
1SET REPORT PARITY ERROR FLAG.
#BIT13 .R2
sCHECK ON THE STATE OF THE FRAMMING ERROR BIT.
84
1BRANCH IF FRAMMING ERROR BIT CLEAR.
3. &S
1SET REPORT “FRAMMING ERROR SET” FLAGS.
RS
sCHECK IF ANY ERROR FLAGS SET.
124
1BRANCH TO MAKE DATA CHECK IF ALL FLAGS CLEAR.
OITTGL(RB) ERSFRF
sCHECK THE ERROR SUMMARY FLAG FOR THIS LINE.
1SKIP ALL ERROR REP IF IN ERROR SUMMARY MODE .

tREPORT enaoa “CHAR aecexveo WITH PARITY/FRAMMING ERROR BIT SET/CLEAR".

W
000001
000100

157464
‘."
157414 o
4

.ERROR
MOV
BIT
BEQ

#1,FERROR
#BIT06,0PTION
18¢

»>>>> ERROR <¢cccc,

TRAP

C$ERROR

1INDICATE AN ERROR HAS BEEN FOUND.
1HAS EXTENDED eaaoa REPORTING BEEN REQUESTED ?
$EXIT IF IT HASN'T

OHU-11

FUNCTIONAL

VERIFICATION

GLOBAL SUBROUTINE
‘ggé
4
4653
4654
4655
4656

022550
022554
022560
022562

005267
016304
111404
042704

4658 022570

001427

S7 022566

120204

MACRO M1200

- PRPARE

162542
003402
177400

100000
002364

157674

4662
4663
4664
4665
4666
4667

036367
001402
052704
012701
012767

002364

157670

100000
011434
014612

162466

4668 022634
022634
:ggg 022636

4671
4672 022644

001017

000001

005263

003302

:g;z 022650

012667

4675 022654
022654
4676 022656

004736
000207

162442

H10
81-1

SEQ

cMPB

R2,R4

BIC
BIT

#IT15,R4
sCLEAR "NONE"” EXPECTED MESSAGE FLAG.
BITTBL(R3),ERSMRF
;CHECK THE ERROR SUMMARY FLAG FOR THIS LINE.

1SKIP ERROR REPORT IF DATA CORRECT.

164

;1SKIP ERROR REPORT IF ERROR SUMMARY FLAG SET.

MOV

€1 ,FERNOR

TRAP
s INDICATE AN ERROR HAS BEEN FOUND.

INC

ERCNTB(R3)

s INCREMENT ERROR COUNT FOR THIS LINE.

BNE

14%:

157360
16%:

1COMPARE ACTUAL AND EXPECTED DATA.

184

BIT
BEQ
BIS
MOV
MOV
;REPORT

ERROR

104460
012767

PAGE

BEQ

042704
036367

022606
022614
022616
022622
022626

16:16

+ COMPARE ACTUAL DATA WITH EXPECTED DATA TO CHECK FOR MULTIPLE ERRORS.
;12%:
INC
ERRNBR
s INCREMENT ERROR NUMBER.
MOV
RXPTRB(R3),R4
1GET THE POINTER TO THE EXPECTED DATA.
MOVB
(R4),R4
1GET THE EXPECTED DATA.
BIC
#177400,R4
sCLEAR THE UPPER BYTE.

4659 022572
4660 022576

4661 022604

12-DEC-83

18¢:

MOV

60%:

PASS
RTS

BITTBL(R3),RXDONF
; CHECK FOR RECEPTION COMPLETE ON THIS I.INE.
14%
1SKIP SETTING NONE EXPECTED FLAG.
#8IT1S,R4
1SET “"NONE” EXPECTED MESSAGE FLAG.
#EM9008,R1
s SELECT ERROR MESSAGE TO BE REPORTED.
S#ER9002,ERRBLK
;SELECT ERROR REPORTING ROUTINE.
ERROR"RECEIVE CHARACTER MISCOMPARE
"

(SP)+ ,ERRNBR

JSR

C$ERROR

;RESTORE ERROR NUMBER.
;RESTORE GPRS.
PC.8(SP).

;:RETURN TO PREGOS SUBRT.

124

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE
4678

HACRO H1200
PRTLPR

12-DEC-83 16:16

I10

PAGE 82

SEQ 125

4679

100

.SBTTL

GLOBAL

4680
4681

i
L

-PRINT THE CONTENTS OF THE LPR.
THIS ROUTINE 1S USED TO PRINT OUT EXTENDED INFORMATION ON THE

:2:§

:* INPUTS:
i
I
e
ie
18

4690

i¢ OUTPUTS:

4691

4692

;¢ COMMENTS:
)
i ®

4698

4700

4701 022660

4708

AN EXTENDED INFORMATION MESSAGE IS PRINTED ON THE OPERATORS

JSR

PC,PRTLPR

THIS ROUTINE CHANGES THE INDIRECT ADDRESS FIELD OF THE DEVICE
UNDER TEST'S CSR.

:¢ SUBORDINATE ROUTINES CALLED: NONE.

4699

4702
4703
4704
4705
4706
4707

CONSOLE.

i1* CALLING SEQUENCE:

4695
ggg

PRTLPR

R3 - CONTAINS THE NUMBER OF THE LINE YOU WISH TO EXAMINE.
CSRA - CONTAINS THE ADDRESS OF THE DUT'S CSR.
IESTAT - CONTAINS THE CURRENT STATUS OF THE TX AND RX INTERRUPT
ENABLE BITS IN THE DUT'S CSR.
LPRA - CONTAINS THE ADDRESS OF THE DUT'S LPR REGISTER.

:ggz

CONTENTS OF THE LINE PARAMETER REGISTER (LPR).

]

4684
4685
4686
4687
:g:g

SUBROUTINE

2802882828080 00 0404000000000 0 0000000000020
0000000ttt ttbttbis

022660

022664
022670
022674
022700
022704
022706

4709 022710
022710
022712

022716
022722
022726
022730
022732

4710 022736

022736

4711 022740

004567

016701
016702
042703
056703
010311
011204

010446
012746

012746
012746
010600
104415
062706
004736

000207

162440

%6202 s00RRRARRR0RAd R 000N AR L2004 00682 4223800020485 800AR ARk

PRTLPR: : SAVE

157310
157310
177760
157330

MOV
MOV
BIC
BIS
MOV
MOV

JSR

CSR\,R1
LPRA,R2
#177760,R3
IESTAT,R3
R3,(R1)
(R2),R4

LG ELERGNB

; SAVE CONTENTS OF GPRS RO THRU RS.

RS,PREGOS

;CALL REGISTER SAVE SUBRT.

sGET THE CSR ADDRESS.
1GET THE LPR ADDRESS.
s:CLEAR ANY UNMWANTED BITS.
$1SET STATE OF TX AND RX INTERRUPT ENABLE BITS.
s SELECT LINE.
$1GET CONTENTS OF THE LPR.

sPRINT MESSAGE “"CONTENTS U-' THE LPR:NNNNNN"

PRINTX #EF9019,0EM9026,R4;PRINT OUT MESSAGE ON OPERATORS CONSOLE.
MOV
R4, -(SP)
MOV
S#EM9026, -(SP)

012140

007162
000003

000010

60$:

MOV
MOV
MOV
TRAP
ADD

PASS
RTS

JSR
PC

sRESTORE GPRS.

PC,8(SP)+

#EF9019, -(SP)
e3,-(SP)
SP,.RO
CSPNTX
€10,SP

sRETURN TO PREGOS SUBRT.

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE

HACRO M1200
PUFIFO
-

12-DEC-83 16:16

J10

PAGE 83

SEQ 126

4713

.SBTTL

GLOBAL SUBROUTINE

4715
4716

1*
i ®

- PURGE THE FIFO
THIS ROUTINE TRIES

TO REMOVE ALL

THE CHARACTERS FROM THE FIFO.

ANY

ARE

SAVED

4714

PUFIFO

(1882084040000 044000 0000000000040 000000000ARRRRRRRARARARRSARtttttttttttttttsts

:;1;

1
4719

e
1+ INPUTS:

4721
4722

e
i1& OUTPUTS

4720

BMP

:;gi

CODES

RBUFA-

THAT

FOUND

CONTAINS THE

CARRY BIT

ARE

ADDRESS OF

THE

BMP

CODE

QUEUE.

THE RECEIVER.

INDICATES THE STATE OF THE FIFO,

SET:= PURGED.

BMPCQ - THE CONTENTS OF THE BMP CODE QUEUE MAY BE UPDATED.

4725

1* CALLING SEQUENCE:

4726

4727

JSR

PC,PUFIFO

1& COMMENTS:

4728

4730

1888888888888 888484088488848002848888488800808804888800848088808808888884048880804844

4729

1* SUBORDINATE ROUTINES CALLED:

4731
4732 022742

022742

004567

:;g; 022752

016704

4733 022746
4736 022756

:;gz 022760

012701

162356

PUFIFO: :SAVE

001000

157224

011402

4739

:;:2

#512. ,R1

MOV

(R‘).RZ

MOV
28:

100016

MOV

BPL

SAVBMP,

3 SAVE CONTENTS OF GPRS RO THRU RS.

JSR

RS ,PREGOS

sCALL REGISTER SAVE SUBRT.

sSET MAXIMUM TRY COUNT OF S12.

RBUFA,R4

1GET ADDRESS OF THE RECEIVER BUFFER REGISTER.
;GET

THE CONTENTS OF THE RECEIVER BUFFER REG.

sEXIT IF THE FIFO IS EMPTY, DATA_VALID CLR.

CPECK IF THE READ CHARACTER IS ACTUALLY A BMP CODE.

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

4742 022762
4743 022766

:;:; 022770

012700
040200

070000

001006

BNE

1GENERATE A BIT MAP OF CHAR ERROR BITS
3 WHICH ARE NOT SET FOR CHAR.

: THROW CHAR AWAY IF NOT BMP OR SELFTEST CODE.

;+ CHECK IF THE READ DATA IS MODEM STATUS, BMP OR SELFTEST?.

4748 022772

4749 022776
4750 023000

:7735 023002

023006
023010
023012
023014

:7_’:::; 023016

4759 023020

012700

001002

004767

005301
001362
000241
000401

000261

023020

004736

4761 023022

000207

4760

#70000,RO
R2,.RO

$ ¢

:;:?

4753
4754
4755
4756

MOV
BIC

000301

MOV

#301,RO

JSR

PC,SAVBMP

1SAVE BMP CODE ON THE QUEUE.

DEC
BNE
cLC
BR

R1
24

BIC
BNE

001644
44

64:
604 :

SEC

R2,.RO
44

RTS

sDECREMENT THE TRY COUNT.
;LOOP TO TRY AGAIN.
1CLEAR CARRY,TO INDICATE FIFO NOT PURGED.
$EXIT WITH CARRY CLEAR.

604

PASS

CHECK IF BMP,

sTRY TO CLEAR BMP FLAGS IN THE READ DATA.
+IF IT IS MODEM OR SELFTEST CODE THROW IT AWAY.

1SET CARRY, TO INDICATE FIFO PURGED.

sRESTORE GPRS,

JSR

PC.B(SP)e«
1CARRY BIT,

V7
n

iRETURN TO PREGOS SUBRT.
SET INDICATES FIFO PURGED.

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE

MACRO M1200
- PUFIFR -

4763
4764
4765
4766

K10

12-DEC-83 16:16

PAGE 84

SEQ 127

.SBTTL
GLOBAL SUBROUTINE
- PUFIFR 1082822080000 0000400000050 0 000000 R0 00000t ARt 0 00ttt ittt bbbttt ttbtts
i
- PURGE FIFO REPORT ANY ERRORS FOUND.
i
THIS ROUTINE REMOVES ALL DATA FROM THE FIFO.
ANY BMP CODES THAT ARE

4767
4768
4769
4770
4771
4;;%
4
4774
4;;5

e
i
T
e
1 &
;e

FOUND ARE SAVE ON THE QUEUE TO BE REPORTED LATER IN THE BMP REPORT TEST.
ANY UNXEPECTED DATA (IE ANY NON-STATUS INFORAMTION) THAT ARE FOUND,
ARE REPORTED AS AN ERROR.
IF THE FIFO WILL NOT PURGE AFTER S12 ATTEMPTS, THEN THE CURRENT TEST
THAT CALLED THIS ROUTINE RECEIVES A FAILURE FLAG THAT SHOULD BE USED
TO ABORT THE TEST.

1.
;&
e

4776
4777
4778
4779

INPUTS:

ie
i& OUTPUTS:
T
B

:;gg

ERRTBL - ERRTYPE, ERRMSG, ERRNBR ARE SET UP CORRECTLY.
RBUFA- CONTAINS THE
ADDRESS OF THE RECEIVER.

CARRY BIT - ABORT TEST FLAG, CLR = ABORT TEST, SET = OK.
ERRBLK - VALUE WILL BE DASTROYED.
BMPCQP - THE BMP CODE QUEUE POINTER MAY BE UPDATED.
THE

CONTENTS OF

THE

BMP

CODE

QUEUE MAY

UDATED.

:;gg

i CALLING SEQUENCE:

JSR

PC,.PUFIFR

1 ®

4784
4785

:;gg

THIS ROUTINE REPORTS ERRORS WITH NUMBERS INITIAL ERRNBR
THRU TO ERRNBR+2.

THE ERRNBR

IS RESTORED

TO ITS

INITIAL

4788
4789
4790
4791 023024

VALUE BEFORE RETURNING.

s SUBORDINATE ROUTINES CALLED: ER1603,ER9001,ER9002,SAVBMP.
R
Yy
Ty
Y
Yy r I r Py T

023024

004567

162274

:;gz 023034

012705

001000

4792 023030

;& COMMENTS:
e

016746

PUFIFR: : SAVE

162262

MOV

JSR

ERRNBR, -(SP)

#512..R5

Y S

YTy

s SAVE CONTENTS OF GPRS RO THRU RS.

RS,PREGOS

sCALL REGISTER SAVE SUBRT.

aSAVE THE CONTENTS OF THE ERROR NUMBER.

1SET MAXIMUM READ COUNTER TO 2¢FIFO SIZE.

4795

: READ DATA FROM THE FIFO UNTIL DATA VALID IS CLEAR OF READ COUNTER IS ZERO.

:;gg

REPORT ANY BMP OR UNEXPECTED DATA AS ERRORS.

4798 023040
4799 023044

4800

017702
100063

157136

24:

::85

4804 023052
4805 023054

040200
001012

4807

tGET THE CONTENTS OF THE RECEIVER BUFFER REG.
$EXIT IF DATA VALID CLEAR, IE. FIFO PURGED.

MOV

BIC
BNE

#70000,RO

R2,RO
4%

1GENERATE A BIT MAP OF CHAR ERROR BITS

s+ WHICH ARE NOT SET FOR CHAR.
1SKIP BMP CHECK IF IT IS UNEXPECTED DATA.

CHECK IF THE READ DATA IS MODEM STATUS, BMP OR SELFTEST?.

4808

023056
023064
023070
023072

012767
012700
040200
001003

:g{g 023100

000430

4814 023074

4817
4818

SRBUFA,R2
.1

+ CHECK IF READ DATA IS STATUS OR UNEXPECTED CHARACTER.

4803 023046 012700 070000

4810
4811
4812
4813

MOV
BPL

004767

014512
000300

162236

001552

IF IT IS A BMP CODE THEN SAVE IT ON THE QUEUE.
MOV
MOV
8IC
BNE

#ER9001 ,ERRBLK
#300,RO
R2,RO
a4

;SET UP THE CORRECT ERROR REPORTING ROUTINE.
s CHECK IF BMP OR SELFTEST?.
s+ TRY TO CLEAR BMP FLAGS IN THE READ DATA.
1SKIP BMP ERROR REPORT IF MODEM OR SELFTEST?.

JSR

PC,SAVBMP

1SAVE THE BMP CODE ON THE QUEUE.

1BRANCH TO CHECK READ COUNT.

CHECK IF THE READ DATA IS MODEM,

SELFTEST OR UNEXPECTED DATA.

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE
4819
4820
4821
4822
4823
4824
4825
4826
4827
4828
4829
4830

4831
4832
4833
4834
4835
4836
4837
4838
4839
4840
4841
4842
4843
4844
4845
4846
4847
4848
4849
4850
4851

023102
023106
023110
023114
023116

023120
023124
023126
023132
023136

032702
001425
012701
010203
000303
042703
006303
052704
005267
012767

023144
023144

104460

12-DEC-83

000001

BIT
BEQ

MOV
MOV

012531

SWAB
8IC

177760
100000
162160
014612

ASL

BIS
INC

162156

MOV

16:16

PAGE 84-1

SEQ

#BITO,R2
64

;sTEST THE MODEM STATUS INDICATION BIT.
1D0 NOT REPORT ANY ERROR IF MODEM STATUS.

R3
#177760,R3

+
:

#EM9104 ,R1
R2,R3

1PASS THE CORRECT ERROR MESSAGE TO REPORT.
tEXTRACT THE LINE NUMBER FROM
THE READ DATA.

sFORM LINE NUMBER TIMES 2 FOR ER9002 RCUTINE.

#ER9002,ERRBLK

;SELECT THE CORRECT ERROR REPORTING ROUTINE.

#BIT1S,.R4
ERRNBR

:1SET THE "NONE"” EXPECTED MAESSAGE FLAG.
$SET ERROR NUMBER TO INTIAL ERRBR+1.

;REPORT ERROR "UNEXPECTED DATA FOUND IN FIFO”.

ERROR

»»>>>

ERROR

<¢<<<cc,

TRAP

C$ERROR

:+ EXIT WITH FAILURE IF EXTENDED ERROR REPORTING HAS NOT BEEN ENABLED
023146
023154

032767
001415

000100

023156

005367

162134

023162
023164

005305
001325

157006

BIT
8EQ

64:

08IT06,0PTION
7¢

$EXIT WITH TEST FAILURE MESSAGE IF
iNO EXTENDED ERROR REPORTING HAS BEEN REQUESTED

DEC

ERRNBR

;RESTORE ERROR NUMBER TO INTIAL ERRNBR.

DEC

s1DECREMENT READ COUNTER.

BNE

tDURING THE SOFTWARE QUESTIONS.

;LOOP TO READ NEXT CHAR FROM FIFO IF COUNT > 0.

: THE FIFO WILL NOT CLEAR, REPORT THE ERROR AND INDICATE THAT THE TEST IS TO
: BE ABORTED.
'-

023166

023174
023202

023206

4852 023210
4853 023212

4854
4855 023214
4856

062767
012767
012701

162122
162120

ADD
MOV
MOV

92 ,ERRNBR
OER1603,ERRBLK
#EM9017,R1

ERROR

000261

8s:

SEC

10%:
60¢:

MOV
PASS

(SP)+ ,ERRNBR

RTS

023222

004736
000207

162074

:SET ERROR NUMBER TO INTIAL ERRNBR+2.
;SELECT THE CORRECT ERROR REPORTING ROUTINE.
1PASS THE MESSAGE TO BE REPORTED.

;REPORT THE ERROR "FIFO WILL NOT PURGE, (DATA VALID STUCK SET)”"
3
“22222? TEST ABORTED".

7¢:

012667

4859
4860
4861 023224

000002
014162
011733

104460
000241
000401

4857 023216

4858

MACRO M1200
- PUFIFR -

L10O

CcLC

»»>>>

ERROR

<cccc,

TRAP
:INDICATE THE TEST IS TO BE ABORTED.

10¢

C$ERROR

$EXIT THIS ROUTINE AND ABORT THE CURRENT TEST.

1SET THE CARRY, DO NOT ABORT THE TEST.
sRESTORE INITIAL ERROR NUMBER.
sRESTORE GPRS,

JSR

PC.8(SP)«
tRETURN TO PREGOS SUBRT.
3CARRY BIT, SET I'DICATES FIFO PURGED, DO NOT
s+ ABORT THE TEST.

AMNA
N

128

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE

HACRO HIZOO
PURRXB

12-DEC-83 16:16

M10

PAGE 85

SEQ 129

4863

.SBTTL

GLOBAL SUBROUTINE

4865
4866
4867

T
T
T

- PURGE THE RX BUFFER IN MEMORY ROUTINE THIS SUBROUTINE IS USED BEFORE THE BEGINNING OF A TX/RX OF DATA
PATTERNS TO CLEAR OUT THE RX BUFFER AND TO INITIALIZE THE VARIOUS

4864

10¢

:ggg

- PURRXB -

2888208084888 00 0080000000000 0000000000004 0000000200000ttt bbbttt dbbttths

i .

COUNTERS AND POINTERS RELATED TO THAT BUFFER.

:g;o

:* INPUTS:

1
4872
4873
4874

i1 &
:* OUTPUTS:
i e
i

:g;s

6
4877
4878
4879

$==

162072

4888 023242

012701
012721
012721

002712
002720
002720

:ggé 023254

101774

4893 023256
023256

4894 023260

JSR

PC.PURRXB

is
:* SUBORDINATE ROUTINES CALLED: NONE.

004567

4889 023246
4890 023250

THE CONTENTS OF THE RX BUFFER ARE CLEARED.

ie
;* COMMENTS:

4882
4883

4886 023232
4887 023236

- LABEL AT THE BEGINNING OF THE RX BUFFER.

RXBCNT - COUNT OF @ OF CHARS IN RX BUFFER (CLEARED).
RXBIPT - INPUT POINTER TO RX BUFFER (INITIALIZED).
RXBOPT - OUTPUT POINTER TO RX BUFFER (INITIALIZED).

i1 *
+* CALLING SEQUENCE:

4880
4881

4884 023226
o 023226

RXBSTA

005021
020127

004736

000207

003120

882828388888 8808480 8000805050880 5 0000044005800 0 0000000002000 0 00000t dt bttt

PURRXB::

2%:

SAVE

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

MOV
MOV

ORXBOPT ,R1
#RXBSTA,(R1)+

:GET THE ADDRESS OF THE RX OUTPUT POINTER.
s INITIALIZE THE RX BUFFER OUTPUT POINTER.

CLR
cMP

(R1)+
R1, #RXBEND

s:CLEAR CHAR COUNT AND THE BUFFER AREA.
1CHECK IF LAST LOCATION HAS BEEN CLEARED.

MOV

BLOS
60¢:

JSR

MRXBSTA,(R1)+

PASS
RTS

JSR
PC

s INITIALIZE

THE RX BUFFER

INPUT POINTER.

s:LOOP IF NOT DONE.
;RESTORE GPRS.
PC.8(SP)+

;RETURN TO PREGOS SUBRT.

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE

MACRO M1200
-

RDCHRS

4896
4897
4898
4899
4900

.SBTTL
1%

4902
4903
4904
4905
4906
4907
4908
4909
4910
4911
4912
4913
4914
4915
4916
4917
4918
4919
4920
4921
4922
4923
4924
4925
4926
4927
4928
4929 023262

4931
4932
4933
4934
4935
4936
4937
4938
4939

4940
4941
4942
4943
4944
4945
4946
4947

4948
4949
4950
4951

023262

023272
023276
023302
023306

N10O

PAGE 86

SEQ 130

GLOBAL SUBROUTINE

2288250400020 40000

4901

4930

12-DEC-83 16:16

- RDCHRS R AR R AR AR

AR AL R AR

AR RR R R AR

AR AR A AL AR AES AR SRR S bRt bbbt

- READ AND COMPARE INPUT CHARACTERS ROUTINE -

THIS

i
e
i
i

IF CHARACTERS STOP APPEARING IN THE BUFFER WITH DATA.VALID SET
OR IF MORE THAN THE ALLOWABLE NUMBER OF CHARACTERS HAS BEEN READ FROM
THE BUFFER THIS ROUTINE EXITS WITH AN RX COMPLETE INDICATION.
EACH READ CHAR IS ANALYZED AND ANY NECESSARY ERRORS ARE REPORTED.

SUBROUTINE

READS

THE

CHARACTERS FROM

THE RX BUFFER

IN MEMORY.

;& INPUTS:
i
i
i
i
1)
i

ACTLNS - BIT MAP OF THE ACTIVE DUT LINES.
ERRNBR - SET TO ERROR NUMBER OF FIRST ERROR IN THIS ROUTINE.
IBM - MASK OF THE INACTIVE BITS IN A TX OR RX CHAR BYTE.
OSTEND - ADDRESS OF THE END OF THE OUTPUT STORAGE FIFO BUFFER.
OSTPTR - POINTER TO THE NEXT BYTE TO READ FROM OSTORE.
RXBOPT - POINTER INTO THE RX CHAR BUFFER IN MEMORY.
RXTOUT - TIME-OUT VALUE FOR RX OF LAST CHAR.

s OUTPUTS:

ERROR MESSAGES MAY BE PRINTED AT THE OPERATOR’'S CONSOLE.
TXDBLF - TX/RX DISABLED FLAG (CLEARED).
TXENBM - TX.ENABLE STATE MASK (DESTROYED).
SAVPRI - STORAGE FOR PROCESSOR PRIORITY (DESTROYED).
SAVTEN - STORAGE FOR TX.ENABLE STATES (DESTROYED).

s# CALLING SEQUENCE:
s+ COMMENTS:

JSR

PC,RDCHRS

THIS ROUTINE REPORTS ERRORS WITH NUMBERS INITIAL ERRNBR
THRU INITIAL ERRNBR + 4,

ERRNBR IS RESTORED BEFORE THIS ROUTINE RETURNS.

i* SUBROUTINES CALLED:
§==

004567
016704
016703
004767
004767

$858258828808408808408848808840
0404040880408 0000008000808 00008 0800000000000ttt s

ROCHRS::

162036

CKCHR,NEWCHR,REPCOD,RXIZO,RXIE1,TXENBL,TXIEO,TXIEL,

WAIBIS.

SAVE

156734
157204

JSR
ERRNBR, R4
IBM,R3
TXDBLF

PC.RXIE1
PC,TXIEL

002440

1 SAVE _CONTENTS OF GPRS RO THRU RS.
RS,PREGOS
sCALL REGISTER SAVE SUBRT.
;PRESERVE THE INITIAL ERROR NUMBER.
tGET THE INACTIVE BIT MASK.
tCLEAR THE TX DISABLED FLAG.
s TURN ON DUT RECEPTION INTERRUPTS.
i TURN ON DUT TRANSMISSION INTERRUPTS.

3 *

s+ CLEAR ALL RESYNC QUEUES FOR ALL LINES.
'

023312
023316
023322
023324
023326

012701
012702
005021
020102
103775

004642
005042

24:

MOV
MOV

CLR

cMP
BLO

O0PRSQAB ,R1
QDPRSQE ,R2

1GET BASE ADDRESS OF RESYNC QUEUES TABLE.
1GET END ADDRESS OF RESYNC QUEUES TABLE.

R1,R2
4]

1+CHECK IF POINTER AT END OF TABLE.
1LOOP UNTIL TABLE IS CLEAR.

(R1)+

tCLEAR A WORD OF THE TABLE.

WAIT FOR A CHARACTER TO APPEAR IN THE FIFO.

s+ IF NO CHARACTER APPEARS WITHIN TIME-OUT PERIOD: EXIT ROUTINE, WE'RE DONE.
023330
023334
023342
023344

016701
026767
001402
062701

156712
157142
000062

156630

4%:

MOV

cMP
BEQ
ADD

RXTOUT,R1

1GET TIME-OUT FOR SLOWEST BAUD RATE IN USE.

@50. ,R1

+ADD S50 MILLI SEC TO DELAY IF NOT LAST CHAR.

TXDONF ,ACTLNS
64

;CHECK FOR TRANSMISSIOis CONE ON ACTIVE LINES.
1SKIP ADDING S0 MS DELAY IF TX DONE ALL LINES.

DMU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE
4952 023350
4953 023354

4954
4955
4956
4957
4958
4959
4960
4961
4962
4963
4964
4965
4966
4967
4968
4969
4970
4971

023360
023364

052701
016702
004767
103117

170000
157332
003520

023366

004767

175154

8IS

MOV

JSR

8CC

JSR

16:16

PAGE

86-1

RXBOPT ,R2

5EQ

s INDICATE

TO TEST DATA.VALID BIT.

1 INDICATE TO CHECK MEMORY RECEIVE BUFFER.

PC,.WAIBIS

+WAIT FOR RECEIVED CHAR OR TIME-OUT.

18%

1EXIT ROUTINE IF TIME-OUT,

PC.GETCHR

WE'RE DONE.

tREAD A CHARACTER FROM THE MEMORY BUFFER.

+ CHECK IF THE TX ISR IS DISABLED.
3 RE-ENABLE RX ISR IF THE SPACE FOR NEW CHARS IS LOW ENOUGH.

IF THE BUFFER CAN ACCOMODATE MORE CHARS THEN RE-ENABLE TRANSMISSION.

023372
023376
023400

023406

023410

023414
023420
023426
023430
023430

023434

4973
4974
4975

4976
4977
1978
4979
4980
4981
4982
4983
4984
4985
4986
4987 023502

005767
100027
026727
101023
004767
016705
026727
101013

157110

8%:

TST

157312
001212
156642

157272

012700
104441
004767
005067

012701
012767

TXENBM,RS

sGET THE PRESERVED TX.ENABLE STATES.

cHP
BHI
GETPRI

RXBCNT,0RXBETX
10¢
R1
@&PRIO7

$SKIP RX/TX CHECK IF TX NOT DISABLED.
;COMPARE BUFFER COUNT WITH LEVEL TO ENABLE RX.
s SKIP ENABLE RX IF BUFFER TOO FULL.
sENABLE RECEPTION INTERRUPTS.

;COMPARE BUFFER COUNT WITH LEVEL TO ENABLE TX.
s SKIP ENABLING TX IF BUFFER TOO FULL.
1SAVE THE CURRENT PROCESSOR PRIORITY.
;DISABLE INTERRUPTS.

002054

JSR
CLR
SETPRI

157034

010100
104441

005367
001014
010467

sCHECK IF TX IS DISABLED.

108
RXBCNT ,0RXBETX
10
PC.RXIEL

SETPRI

000340

TXDBLF

BPL
cHP
BHI
JSR

MOV

000020

104440
010001

PC, TXENBL
TXDBLF
R1

MOV
sENABLE TRANSMISSION.
;CLEAR THE TX DISABLE FLAG.
;:RE-ENABLE INTERUPTS.

10%:
157014
161626
012044
014124

DEC
BNE
MOV
MOV
MOV

161620

CHRTOT
124

R4 ,ERRNBR
#EM9025,R1
®EROSO3,ERRBLK

TRAP
MOV

CSGPRI
RO,R1

&PRIO7,.RO

TRAP

C$SPRI

MOV
TRAP

R1.RO
C$SPRI

1DECREMENT THE TOTAL CHAR COUNTER.
1SKIP ERROR IF NOT TOO MANY RECEIVED.

1SET ERROR NUMBER TO INITIAL ERRNBR.
:1SELECT THE PROPER ERROR MESSAGE
.
;SELECT THE PROPER ERROR REPORT ROUTINE.

[ R4

+ REPORT ERROR AT INITIAL ERRNBR.

"MORE THAN TWICE THE EXPECTED NUMBER OF CHARACTERS RECEIVED."

023502
4988 023504

104460
012767

023512

000477

5001

12-DEC-83

6%:

023432
4972 023434

4989
4990
4991
4992
4993
&g
4995
4996
4997
4998
4999
5000

M ACRO M1200
- RDCHRS -

ERROR
156512

MOV

f
#1 ,FERROR

»>»>>> ERROR <¢cccc,
TRAP
s INDICATE THAT AN ERROR MAS BEEN FOUND.

tEXIT THE ROUTINE, WE'RE GIVING UP.

C$ERROR

s+ DETERMINE IF THE CHARACTER IS DATA OR A STATUS CODE.
'-

023514
023520
023522

012700
040200
001016

070000

124

MOV
8IC

BNE

#70000,R0
R2,RO

148

1GENERATE A BIT MAP OF CHARACTER ERROR BITS
3
WHICH ARE NOT SET FOR THE CHARACTER.

1SKIP REPORTING OF ERROR CODE IF WE HAVE CHAR.

+ THE DATA IS EITHER A BMP CODE OR A MODEM STATUS COOE.
s+ REPORT THAT THE CODE WAS FOUND.
1+ ERRORS REPORTED WITH ERROR NUMBERS >>>>> ERRNBR+1 AND ERRNBR+2 ccccc,
'.

131

DHU-11 FUNCTIONAL VERIFICATION

GLOBAL. SUBROUTINE

5002
5003
5004
5005
5006
5007
5008
5009
5010
5011
5012
5013
5014
5015
5016
5017
5018
5019

023524
023530
023534

010467
005267
004767

023540
023544
023546
023554

005767
001423
032767
001456

023556

000416

MACRO M1200
- RDCHRS -

161566
161562

000222

PAGE

Cl1
86-2

R4 ,ERRNBR
ERRNBR

tGET THE ERROR NUMBER PASSED INTO THIS ROUTINE.
1SET ERROR NUMBER TO INITIAL ERRNBR.1.

TST

FERROR

tHAS AN ERROR BEEN DETECTED ?

BEQ
BIT
BEQ

156406

16:16

MOV
INC

JSR

156460
000100

12-DEC-83

PC,.REPCOD

+REPORT

164
@8IT06,0PTION
603

1NO,

THE BMP OR MODEM STATUS CHANGE CODE.

THEN BRANCH.

tHAS EXTENDED ERROR REPORTING BEEN REQUESTED.
tYES, THEN EXIT WITH TEST FAIL MESSAGE.

164

tBRANCH TO GET THE NEXT CHARACTER.

THE DATA IS A VALID CHARACTER:

COMPARE THE READ DATA WITH THE EXPECTED DATA.

UPDATE EXPECTED DATA POINTER.

ERRORS REPORTED WITH ERROR NUMBERS >>>>> ERRNBR+3 AND ERRNBR+4 ccccc,

3
8

010467
062767
004767
005767
001404
032767
001437

161532

176010
156422
000100

161524

14%:

MOV
ADD
JSR
TST

BEQ
BIT
BEQ

156350

R4 ,ERRNBR
03 ,ERRNBR
PC,NEWCHR

1CALCULATE THE STARTING ERROR NUMBER FOR THE

3
NEXT ROUTINE CALL (INITIAL ERRNBR.3).
tHANDLE THE NEW DATA CHARACTER.

1HAS AN ERROR BEEN DETECTED ?
sNO, THEN BRANCH.
tHAS EXTENDED ERROR REPORTING BEEN REQUESTED.

FERROR

16
#8IT06,0PTION
604

1 YES,

THEN EXIT WITH TEST FAIL MESSAGE.

s+ DONE PROCESSING THIS CHARACTER.
s+ READ ANOTHER CHAR FROM THE DUT FIFO.
§
3

IF DATA.VALID IS SET, LOOP TO CHECK THE RECEIVED CHARACTER.
IF DATA.VALID IS CLEAR LOOP TO WAIT FOR IT SET OR TIME-OUT.

023614
023620
023622

004767
103664
000642

16%:

174726

JSR

PC.GETCHR

8CS

tREAD A CHARACTER FROM THE RX BUFFER.
+IF DATA
. VALID SET, GO TO CHECK THE RX CHAR.
sLOOP TO WAIT CHAR OR TIME-OUT IF BUFFER EMPTY.

s+ USE DUMMY CHARACTERS TO FORCE ANALYSIS OF CHARACTERS IN RESYNC QUEUES.
'-

023624
023630
023634
023636
023640

004767
004767

000736
001462

18%:

004767

175742

20¢:

023644
023650
023652
023660

005767

156354

032767
001414

000100

062702

000400

120127
002761
005701

000020

023662
023666
023670
023674
023676
023700

PC.RXIEO
PC, TXDONE

CLR

JSR

TST

BEQ

156302

BIT

8EQ
224:

ADD
INC

CMPB8

BLY

005002
012701
000753

100000

5058 023712

010467

161400

;CHECK IF TX DONE, TURN OFF DUY TX INTERRUPTS.

;CLEAR THE DUMMY CHARACTER.
1CLEAR THE LOOP COUNTER.
sFORCE ONE RESYNC QUE CHAR TO BE ANALYZED.

PC.NEWCHR
FERROR
#8IT06,0PTION

604

#400,R2
R1

204

1 INCREMENT THE LINE NUMBER IN THE DUMMY CHAR.
s INCREMENT THE LOOP COUNTER.
1 TEST FOR LOOP COUNTER EQUAL TO & OF DUT LINES.
tLOOP IF LOOP COUNT IS NOT ALL LINES DONE.
1CHECK FOR SECOND TIME AROUND OUTER LOOP.
1EXIT IF OUTER LOOP DONE TWICE.
1CLEAR THE DUMMY CHAR FOR 2ND TIME AROUND LOOP.
1CLEAR LOOP COUNT, SET OUTER LOOP FLAG.
1LOOP THE SECOND TIME AROUND OUTER LOOP.

R4 ,ERRNBR

tRESTORE THE ERROR NUMBER TO ITS INITIAL VALUE.

R1,ONUMLNS

204

CLR
MOV

R2
#100000,R1

MOV

tHAS AN ERROR BEEN DETECTED ?
iNO, THEN BRANCH.
tHAS EXTENDED ERROR REPORTING BEEN REQUESTED.
tYES, THEN EXIT WITH TEST FAIL MESSAGE.

224

60%:

:TURN OFF DUT RX INTERRUPTS.

TST

BMI

023702
023704
023710

JSR
JSR

604

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE
5059 023716
023716
S060 023720

004736
000207

MTMMACRO M1200
- RDCHRS -

12-DEC-83 16:16
PASS
RTS

D11

PAGE 86-3

tRESTORE GPRS.

JSR

~ aa

EQ 133

PC,8(SP)+

sRETURN

TO PREGOS SUBRT.

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE

HACRO HlZOO
RDMAST

S062

12-DEC-83 16:16

ELl1

PAGE 87

SEQ 134

.SBTTL

GLOBAL SUBROUTINE

- RDMAST -

e
)
1 e

- REPORT DMA_START BIT ERRORS ROUTINE THIS SUBROUTINE CHECKS FOR LINES WHICH HAVE DMA_START BIT ERRORS
DURING THE JUST COMPLETED DMA TRANSMISSION.
IF ANY ARE FOUND,

1 e

THEY

S063

100 2008480400000 000840000008000004000000400080400000400800808000000800008800800400

5064
5065
5066
S069

S070

ERRORS.

PC,RDMAST

JSR

IF NO LINES HAVE DMA_START BIT ERRORS, NO MESSAGES ARE PRINTED.

:1¢ SUBORDINATE ROUTINES CALLED: ER9102.

5081

j-- 8888888808488008888080008808808088088000080000800804086008008008088488880084000
004567
016702

001411

RDMAST::

161376
156332

SAVE

MOV

BEQ

Ssggz '

s SAVE CONTENTS OF GPRS RO THRU RS.

JSR
TXINTF ,R2

RS ,PREGOS
sCALL REGISTER SAVE SUBRT.
IGET COPY OF THE DMA_START ERRORS BIT MAP.

604

;EXIT IF NO DMA_START ERROR BITS ARE SET.

: WE HAVE SOME DMA_START BIT ERRORS TO REPORT.
012767

012701

015576

012442

161360

MOV

®ER9102,ERRBLK

;SELECT THE ERROR REPORTING ROUTINE.

#EM9102,.R1

s INDICATE THAT WE HAVE DMA_START BIT ERROR.

IR4

S094 023746

CONTAINS BIT MAP OF LINES WITH DMA_START BIT

ERRBLK - ADDRESS OF THE ERROR REPORTING ROUTINE (DESTROYED).

s* COMMENTS:

MESSAGES MAY BE PRINTED AT THE OPERATOR CONSOLE.

s* CALLING SEQUENCE:

S080

gg 023742

ERRNBR - ERROR NUMBER OF ERROR REPORTED IN THIS ROUTINE.

%;g

S089 023734

TXINTF

5583_6,

1¢ OUTPUTS:

g;;

S085 023732

ERRMSG - ADDRESS OF PRIMARY ERROR MESSAGE FOR THIS ROUTINE.

i1 &

5073

023722
S084 023726

1= INPUTS:

g;g

S083 023722

ARE REPORTED.

1 &

3+ REPORT “DMA_START BIT SET AFTER RESET OR TX.ACTION ... ON LINES(S):"

023746
S095 023750

104460
012767

S097 023756
023756
5098 023760

004736
000207

’
000001

156246

ERROR
MOV

60%:

RTS

TRAP
s INDICATE AN ERROR HAS BEEN DETECTED.

€1 ,FERROR

PASS

»»>>> ERROR <cccc,

sRESTORE GPRS.
PC.8(SP)+

JSR

TM
4

CS$ERROR

sRETURN TO PREGOS SUBRT.

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE

HAngcgéE!OO

5100

12-DEC-83 16:16

PAGE 88

SEQ 135

5101

.SBTTL

2828848888480 00880000080000084200043
2804000482204 00002008840044080804000000040

GLOBAL SUBROUTINE

5102
5103

T
1*

- ROUTINE TO REPORT ERROR CODE FROM DUT THIS ROUTINE REPORTS AN ERROR CODE WHICH HAS BEEN READ FROM THE DUT

S104
5105
5106
313;

e
T
i&
&

FIFO.
THE CODE IS CHECKED TO DETERMINE WHETHER IT IS A SELFTEST CODE
AN MODEM STATUS CHANGE CODE OR A BMP CODE.
THIS ROUTINE ASSUMES THAT
THE CODE INDICATES AN ERROR.
IF A BMP CODE IS FOUND IT IS NOT REPORTED
IMMEDIATELY, BUT IS SAVED ON THE BMP CODE QUEUE TO BE REPORTED LATER.

5109

1¢ INPUTS:

guo
111
S112

e
1 e
s+ OUTPUTS:

g{fi

R2 - CONTAINS THE ERROR CODE COMPLETE WITH FLAGS AND LINE @.
ERRTBL

- ERRTYP,ERRNBR,AND ERRMSG SET UP CORRECTLY.

ERRBLK

- VALUE MAY BE DESTROYED.

BMPCQP - MAYBE UPDATED IF A BMP CODE IS ADDED TO THE QUEUE.

gfiz

3¢ CALLING SEQUENCE:

5117

s¢ COMMENTS:

. @

gfig

5120

- REPCOD -

JSR

PC.REPCOD

ERRNBR IS RESTORED TO ITS ENTERING VALUE BY THIS ROUTINE.

THIS ROUTINE REPORTS ERRORS WITH NUMBERS ERRNBR THRU ERRNBR+1.

3¢ SUBORDINATE ROUTINES CALLED: ER9001,SAVBMP.

5121

j1--

5122 023762
023762
S123 023766
5124 023774
5125 024000
5126 024002

gg; 024004

004567
012767
016703
010204
000304
042704

161336
014512
161316

288854888888 888840808844482840800888280888844042280088082¢8842880000808008048

REPCOD::
161326

SAVE
MOV
MOV
MOV
SWAB

177760

BIC

JSR
#ERS001 , ERRBLK
ERRNBR,R
R2.R4
R4
#®177760,R4

s SAVE CONTENTS OF GPRS RO THRU RS.
RS ,PREGOS
sCALL REGISTER SAVE SUBRT.
sSELECT THE ERROR REPORTING ROUTINE.
sPRESERVE THE ERROR NUMBER.
sEXTRACT THE LINE NUMBER FIELD
s
FROM THE ERROR CODE WHICH WAS
3
PASSED INTO THIS ROUTINE.

ggg

: DETERMINE THE TYPE OF CODE WHICH IS TO BE REPORTED.
'-

S131
5132
S133
S134
S135
5136
S137
5138
5139
5140
S141
5142
S143
5144

024010
024014
024020
024022
024026
024032
024036
024040
024042
024046
024050
024054
024056
024062

g{g 024064

012701
032702
001422
005267
012701
012700
040200
001003
004767
000423
122702
001416
122702
001413

011236
000001
161270
011260
000300
000604
000201

24:

000203

000400

MOV
BIT
BEQ
INC
MOV
MOV
B8IC
BNE
JSR
BR
CMPB
BEQ
CMPB
BEQ

#EM9003,R1
#8ITO,.R2
4%
ERRNBR
#EMS004 ,R1
#300,R0O
R2,RO
24
PC,SAVBMP
60¢
#201,.R2
64
#203,R2
64

+sSELECT MODEM STATUS CODE MESSAGE.
sTEST THE MODEM STATUS INDICATION BIT.
sGOTO REPORT ERROR IF MODEM STATUS CODE.
s SELECT THE SELFTEST CODE ERROR NUMBER.
s SELECT SELFTEST CODE MESSAGE.
sCHECK IF SELF-TEST OR BMP CODE.
|1RY TO CLEAR BMP BITS.
3GO CHECK FOR SELFTEST CODE IF NOT BMP.
1SAVE THE BMP CODE ON THE QUEUE.
$EXIT THIS ROUTINE.
1CHECK FOR SELF YEST NULL CODE.
$EXIT ROUTINE IF NULL CODE FOUND.
1CHECK FOR SKIP SELF TEST CODE.
sEXIT ROUTINE IF SKIP SELF TEST CODE FOUND.

1GO REPORT SELF TEST ERROR.

g{:;

3 REPORT “UNEXPECTED XXXXX CODE FOUND IN RECEIVE CHAR FIFO.”
'-

5149 024066
S150 024072
5151 024076
024076
ggg 024100

042702
004767

177400
002154

104460
012767

000001

5154 024106

004767

002200

44;

156116

B8IC
JSR
ERROR

#177400,R2
PC, TXROFF

MOV

#1,.FERRIR

1REMOVE UPPER BYTE OF CODE TO BE REPORTED.
1TURN OFF TX AND RX DURING ERROR REPORTING.
f
>»>>> ERROR <¢cccc,
TRAP
C$ERROR
1 INDICATE THAT AN ERROR HAS BEEN FOUND.

PC ., TXRON

1TURN TX AND RX BACK ON.

JSR

TM
n

DHU-11 FUNCTIONAL VERIFICATION
SLOBAL SUBROUTINE
5155
5156
5157
5158 024112
5159
5160 024116
024116
5161 024120

TMACRO M1200
REPCOD -

12-DEC-83 16:16

G1l1

PAGE 88-1

SEQ 136

:+ RESTORE THE INITIAL ERROR NUMBER.
‘-

010367

004736
000207

161200

6%:

MOV

60¢:

PASS
RTS

R3,ERRNBR

JSR

sRESTORE GPRS.

PC,8(SP)+

+RETURN TO PREGOS SUBRT.

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE

HACRO HlZOO
REPSMR

12-DEC-83 16:16

H11

PAGE 89

SEQ 137

5163
51“
S165

.SBTTL
GLOBAL SUBROUTINE
- REPSMR 140 2885820880000 00000 00080040000 000000400440000480400004440044000480800000000004s
1 &
- REPORT ERROR SUMMARY ROUTINE -

5167

i1 &

5166

5168
g{gg

THIS SUBROUTINE REPORTS AN ERROR SUMMARY FOR THOSE LINES WHICH HAVE

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

L
ie

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

S171
S172
S173

g%;g

:¢ INPUTS:
i®
i ®

ERCNTB
ERRMSG
ERRNBR

- LABEL AT BASE OF LINE ERROR COUNTERS TABLE.
- ADDRESS OF PRIMARY ERROR MESSAGE.
- ERROR NUMBER OF ERRORS IN THIS ROUTINE.

ERSMRF

ERRBLK

- ADDRESS OF ERROR REPORTING ROUTINE (DESTROYED).

"REPORT ERROR

1 ®

S176

1* OUTPUTS:

g{;:

i1e

:1* CALLING SEQUENCE:
1 &

S181

s1& COMMENTS:

5183

S182

gi:?’

THE CONTENTS OF ERRBLK ARE DESTROYED.

004567
005767

ERROR SUMMARIES IN THIS ROUTINE ARE REPORTED AS ERRORS.

001404

8823888838884 208888888804408888488848888880848800808200484008800088880800804¢

REPSMR::

161176
156346

SAVE
TST

BEQ

ERSMRF

JSR

60¢

s SAVE CONTENTS OF GPRS RO THRU RS.
RS ,PREGOS
sCALL REGISTER SAVE SUBRT.
C’ECK THE “PRINT LINE ERROR SUMMARY*” FLAGS.

lEXIT WITHOUT ACTION IF NO SUMMARY FLAGS SET.

3 WE HAVE SOME ERROR SUMMARIES TO REPORT.
012767

015162

161160

MOV

S#ERS004 ,ERRBLK

;SELECT ERROR REPORTING ROUTINE.

5197

: REPORT

g{g

5200 024142

IF NO LINES HAVE EXCEEDED THE MAXIMUM NUMBER OF INDIVIDUAL

ERRORS TO REPORT, NO MESSAGES ARE PRINTED BY THIS ROUTINE.

giz‘s
gig 024134

PC,.REPSMR

:1¢ SUBORDINATE ROUTINES CALLED:

g{:;

gig% 024132

JSR

i1®

5186
5189 024122
024122
5190 024126

SUMMARY MESSAGES MAY BE PRINTED AT THE OPERATOR CONSOLE.

g{;g

SUMMARY FOR LINE” FLAGS.

208 024142

104460

5202 024144
024144
5203 024146

004736
000207

"
60%:

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

ERROR

TRAP

PASS

RTS

JSR

tRESTORE GPRS.
PC,.8(SP)+

C$ERROR

sRETURN TO PREGOS SUBRT.

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBRO.'TINE

5205

HACRO M1200
RESETT
-

12-DEC-83 16:16

.SBTTL

I11

PAGE 90

GLOBAL SUBROUTINE

SEQ 138

- RESETT -

5206

1822888282040 884000000 000000040400 00 0000000404000 000000440000 00 0000000000t bttts

5208
5209
gg{g

T
i*
i

5212
5213
gg{g

i& INPUTS:
T
1)

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

5216
5217
5218

;& OUTPUTS:
e
ie

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

TX AND RX

5207

- 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,
AN ABORT TEST ERROR MESSAGE IS REPORTED.

1 &

5219

ggg(l)

IESTAT

gggg

1* CALLING SEQUENCE:
&

S224

s« COMMENTS:

ssgg

THEN

TX AND RX INTERRUPT FLAGS ARE CLEARED.
INTERRUPT ENABLE BITS

JSR

IN THE DUT'S CSR ARE CLEARED.

PC,RESETT

THIS SUBROUTINE CAN REPORT ERRORS WITH NUMBERS INITIAL ERRNBR

THIS ROUTINE DOES NOT DESTROY

THE VALUE OF

ERRNBR.

1®

S227

:+¢ SUBORDINATE ROUTINES CALLED: DELAY,MSLGET.

Ssggg

188484808 8888084844444840888000080008840408820888280000000
0408880000000 0080400000400

5230 024150
024150

32235 024154

004567

012702

161150

RESETT::

000040

SAVE

MOV

JSR

#BIT05.R2

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

lSET BIT MASK OF MASTER RESET BIT.

3¢

5233
5234

s TEST THE STATE OF THE MASTER RESET BIT IN THE CSR.
3
IF MR IS SET THEN WAIT FOR SELF-TEST TO COMPLETE.
3
IF TIME-OUT OCCURS, REPORT THE ERROR AND PASS-OUT ABORT TEST INDICATOR.

22232

5237
5238
5239
5240
5241
5242

024160
024164
024166
024170
024172
024176

2224‘2 024202

016704
030214
001406
005003
012701
004767

103012

156014

011610
174764

5245

5246
S247

8CC

CSRA,R4
R2,(R4)
24
R3
#5000. ,R1
PC.MSLGET

a SET MASTER RESET BIT IN CSR.
3
SKIP THE SELFTEST

525228

5250 024204
5251 024210

5252

010277
004767

155770
000504

5253
5254
5255
5257
5258
5259
5260

MOV
BIT
BEQ
CLR
MOV
JSR

005003
012701
004767
103410

011610
174740

1GO REPORT ERROR IF TIMEOUT OCCURRED.

CLEAR TX AND RX ENABLE BITS, ETC.

TIME-OUT OF S SECS. JUST IN CASE THE SELF-TEST EXECUTES.

| B

24:

3¢

:
:
’
024214
024216
024222
024226

sGET THE ADDRESS OF THE DUT'S CSR.
s+CHECK STATE OF MASTER RESET BIT.
sOON'T DELAY IF MR IS ALREADY CLEAR.
1SET UP DESIRED STATE OF MASTER RESET BIT.
sPASS TIME-OUT VALUE OF S SECONDS.
tMAIT FOR SELF-TEST TO COMPLETE, MR CLEAR.

MOV
JSR

R2,8CSRA
PC,.SKPSTS

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

SET SELF-TEST TIME-OUT OF S SECONDS, AND WAIT FOR M.R TO CLEAR.
IF TIME-OUT OCCURS, THEN REPORT THE FATAL ERROR AND PASS-OUT THE ABORT
TEST INDICATOR.
CLR
MOV
JSR
BCS

R3
95000. ,R1
PC,MSLGET
64

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

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE

5262
5263
5264
5265 024230
5266 024234
5267
5268
5269 024242
024242
5270 024244
3271 024246
3272
35273
5274
3275
5276 024250
5277 024254
5278
5279 024256
024256
5280
5281 024260
5282

MACRO fl1200
- RESETT
i

+
:
012701
012767

010103
014162

161060

12-DEC-83 16:16

J11

PAGE 90-1

SEQ 139

SET UP ERROR MESSAGE TO REPORT "FATAL ERROR FOUND DURING RESET,TEST ABORTED”.
INDICATE TEST IS TO BE ABORTED BY CLEARING THE CARRY BIT.

MOV
MOV

0EM1601,R1
@ER1603 ,ERRBLK

1PASS ERROR MESSAGE TO REPORT.
;PASS ADDRESS OF ERROR HANDLING ROUTINE.

|REFT’(E)g} ‘E‘SSR(R*E;TIFE-OUT OCCURRED WAITING FOR MASTER RESET TO CLEAR”
,

104460
000241
000403

ERROR

CLC
BR

s INDICATE TEST IS TO BE ABORTED.
tEXIT THIS SUBROUTINE, ABORT TEST INDICATOR.

>»>>> ERROR

<<cc<

TRAP

604

C$ERROR

+ CLEAR TX AND RX INTERRUPT ENABLE STATUS FLAGS IN IESTAT,
+ EXIT WITH CONTINUE TEST INDICATOR SET (IE,CARRY SET).
'-

005067
000261

004736
000207

155760

6%:

CLR

60¢:

PASS

SEC

RTS

IESTAT

tCLEAR TX AND RX INTERRUPT STATUS FLAGS.
s INDICATE SUCCESS,

JSR

sRESTORE GPRS,

PC,8(SP)+

CONTINUE TEST.

PASS THE FOLLOWING INTACT:

;RETURN TO PREGOS SUBRT.

1+CARRY BIT:IF CLEAR, IM)ICATES ABORT TEST.

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE

HAC:OMF)‘I%‘ZOO

5284
5285
5286
5287

12-DEC-83 16:16

.SBTTL

- RRXNDN T

DATA PATTERN.

1 ®

IF ANY ARE FOUND,

THEY ARE REPORTED.

THE COMPLETE

:& INPUTS:
ie
T
i

RS - LOCAL ACTIVE LINES BIT MAP,
DPLENB - BASE OF TABLE OF DATA PATTERN LENGTHS.
ERRMSG - ADDRESS OF PRIMARY ERROR MESSAGE FOR THIS ROUTINE.
ERRNBR - ERROR NUMBER OF ERROR REPORTED IN THIS ROUTINE.

RXDONF

i
H

¢ OUTPUTS:
1 &

RXCNTB - LABEL AT BASE OF THE RX CHARACTER COUNTERS TABLE.

i1®
1 &

RECEPTION DONE

FLAGS.

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

i* CALLING SEQUENCE:
;¢ COMMENTS:

THIS SUBROUTINE CHECKS FOR LINES WHICH DID NOT RECEIVE

5297
5298
5299
5300
5301
5302
5303

- REPORT RECEPTION NOT COMPLETED ROUTINE

5291
5292
5293
5294
5295
5296

SEQ 140

GLOBAL SUBROUTINE

5288
5289
5290

K11

PAGE 91

JSR

PC.RRXNDN

IF NO LINES FAILED TO COMPLETE THEIR RECEPTION,
ARE PRINTED.

NO MESSAGES

i* SUBORDINATE ROUTINES CALLED: ER900S.
§=-

024262
024262
024266
024270
024274

004567
010502
046702
001413

8888888888488 284 8484804880480 48048848848 8480804080480 0040 8460808080805 008080 000040

RRXNDN::

161036

SAVE

MOV

8IC
BEQ

156210

JSR

RS,R2
RXDONF ,R2
60

:SAVE CONTENTS OF GPRS RO THRU RS.

RS,PREGOS

sCALL REGISTER SAVE SUBRT.

1GET COPY OF THE LOCAL ACTIVE LINES BIT MAP.
$GET MAP OF AC/(IVE LINES WITH RX DONE FLAG CLR.
sEXIT IF NO ACTIVE LINES HAVE RX DONE FLAG CLR.

: WE HAVE SOME “RX NOT COMPLETED” ERRORS TO REPORT.
024276
024304
024310

012767
012701
012704

015276
011724
003542

161016

MOV
MOV
MOV

#ER9005 , ERRBLK
#EM9016,R1
ORXCNTB,R4

:SELECT THE ERROR REPORTING ROUTINE.
s INDICATE THAT WE ARE DEALING WITH RECEPTION.
1PASS BASE OF RX CHAR COUNTERS TABLE TO ER900S.

3+ REPORT “SINGLE CHARACTER MODE TEST ERROR:
"
'

“DATA PATTERN NOT COMPLETELY RECEIVED ON ALL LINES:”

&
'

5323 024314
024314
5324 024316

104460
012767

024324
024324
024326

004736
000207

ERROR

000001

155700

MOV

604 :

01 ,FERROR

PASS
RTS

JSR

TRAP

1+ INDICATE AN ERROR HAS BEEN FOUND.

1RESTORE GPRS.

PC.8(SP).

CS$ERROR

tRETURN TO PREGOS SUBRT.

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE

MACRO M1200
- RTXNDN
-

5329
5330
5331
5332
5333
5334
5335
5336
5337
5338
5339
5340
5341
5342
5343
5344
5345
5346
5347
5348

12-DEC-83 16:16

.SBTTL

L1k

PAGE 92

SEQ 141

GLOBAL SUBROUTINE

- RTXNON

Y Y

- REPORT TRANSMISSION NOT COMPLETED ROUTINE

;0
T

PP P

YYYY

THIS SUBROUTINE CHECKS FOR LINES WHICH DID NOT TRANSMIT THE COMPLETE
DATA PATTERN.
IF ANY ARE FOUND, THEY ARE REPORTED.

:* INPUTS
ie
i
i
i
i*

RS - LOCAL ACTIVE LINES BIT MAP,.
DPLENB - LABEL AT BASE OF DATA PATTERN LENGTH TABLE.
ERRMSG- ADDRESS OF PRIMARY ERROR MESSAGE FOR THIS ROUTINE.
ERRNBR - ERROR NUMBER OF ERROR REPORTED IN THIS ROUTINE.
TXCNTB - LABEL AT BASE OF THE TX CHARACTER COUNTERS TABLE.
TXDONF - TRANSMISSION DONE FLAGS.

:* OUTPUTS:
e

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

1 &

:* CALLING SEQUENCE:
L

s+ COMMENTS:
1®

JSR

PC,RTXNDN

IF NO LINES FAILED TO COMPLETE THEIR TRANSMISSION, NO MESSAGES

ARE PRINTED

;& SUBORDINATE ROUTINES CALLED: ER900S.
$=-

024330

024334
024336
024342

004567
010502
046702
001413

8822884888882 8884888888484848800088044848084808
4008808800000 08000008880000880000040

RTXNDON::

160770

SAVE

MOV
8IC

156140

BEQ

1 SAVE CONTENTS OF GPRS RO THRU RS.

JSR

RS,PREGOS

RS,R2
TXDONF ,R2

sCALL REGISTER SAVE SUBRT.

1GET COPY OF THE LOCAL ACTIVE LINES BIT MAP,
tGET MAP OF ACTIVE LINES WITH TX DONE FLAG CLR.
$EXIT IF NO ACTIVE LINES HAVE TX DONE FLAG CLR.

604

s+ WE HAVE SOME “TX NOT COMPLETED” ERRORS TO REPORT.
'-

024344
024352
024356

012767
012701
012704

015276
011710

160750

MOV
MOV

003502

MOV

S#ER9005
, ERRBLK
#EM9015,R1

O@TXCNTB,R4

sSELECT THE ERROR REPORTING ROUTINE.
s INDICATE WE ARE DEALING WITH TRANSMISSION.
sPASS BASE OF TX CHAR COUNTERS TO TABLE ERO080S.

s+ REPORT “SINGLE CHARACTER MODE TEST ERROR:
"

“DATA PATTERN NOT COMPLETELY TRANSMITTED ON ALL LINES:”

‘

024362
024362
024364

104460
012767

024372
024372
024374

004736
000207

000001

155632

’
ERROR

MOV

60%:

RTS

TRAP
C$ERROR
1 INDICATE THAT AN ERROR HAS BEEN FOUND.

€1 ,FERROR

PASS
PC

»>»>>> ERROR <<c<cc,

1RESTORE GPRS.

PC,8(SP)+

JSR

tRETURN TO PREGOS SUBRT.

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE
5375
5376
5377
5378
5379
5380
5381
5382
5383
5384
5385
5386
5387
5388
5389
5390
5391
5392
5393
5394
5395
5396
5397
5398

HACRO HIZOO
RXDSBL

12-DEC-83

.SBTTL
LT

16:16

M11

PAGE 93

GLOBAL SUBROUTINE
T

- RXDSBL
Y

PP P

PP PPy YTy Y

- DISABLE RECEIVERS THIS SUBROUTINE IS USED TO DISABLE RECEPTION ON SELECTED LINES BY,
CLEARING THE ASSOCIATED RX_ENABLE BIT ON THE DUT.

1 s

]

i¢ INPUT S:

i* OUTPU 5

RS - BIT' S SET INDICATE INITIAL STATES OF ALL RX_ENBLE BITS.
LNCTRA - THE STATE OF THE RX_ENBLE BIT MAY BE ALTERED.
THE CONT ENTS OF THE IND_ADD_REG FIELD IN THE CSR ARE DESTROYED.

- BIT' S _SET CORRESPOND TO LINES ON WHICH TO CLEAR RX_ENABLE.
CSRA - C ONTAINS THE ADDRESS OF THE DUT CSR.
IESTAT - CONTAINS THE STATE OF TXIE AND RXIE BITS IN THE CSR.
NUMLNS - EQUATED TO BE THE MAXIMUM NUMBER OF LINES AVAILABLE.
LNCTRA - CONTAINS THE ADDRESS OF THE LNCTRL REGISTER.

1# CALLING SEQUENCE:

JSR

PC.,RXDSBL

14 COMMENTS:
1

;¢ SUBORDINATE ROUTINES CALLED: NONE.
1=

004567
010500
012701
016702
012703
016704
005005

160722

8888888882888 84040 502200800580 08 04080000000 000000440480000588 00000000000 000s

RXDSBL::

SAVE

MOV
MOV
MOV
MOV
MOV

00000L
155574

155610

CLR

JSR

RS,RO
®8ITO,R1
LNCTRA,R2
ONUMLNS ,R3
IESTAT,R4
RS

;SAVE CONTENTS OF GPRS RO THRU RS.

RS,PREGOS
;CALL REGISTER SAVE SUBRT.
;COPY BIT MAP OF LINES TO DISABLE RECEPTION.
sINITIALIZE THE SELECTED LINE BIT MASK.
:GET THE ADDRESS OF THE LNCTRL REGISTER.
;GET MAXIMUM LINE NUMBER PLUS ONE.
;GET THE STATES OF THE INT ENABLE BITS.
;LOG POSSIBLE RX DISABLED ON ALL LINES.

: SELECT EVERY LINE IN TURN, AND LOG THE STATE OF EACH RX_ENABLE BIT.
024425
024432
024436

024440

010477
032712
001401
050105

155546
000004

2¢:

MOV
BIT

R4,8CSRA
#8IT2,(R2)

;WRITE TO DUT CSR TO SELECT LINE REGISTERS.
;CHECK STATE OF RX_ENABLE BIT ON SELECTED LINE.

8IS

R1,RS

;LOG RX ENABLE BIT SET FOR SELECTED LINE.

BEQ

:SKIP NEXT INSTRUCTION IF RX_ENABLE CLEAR.

+
3+
030100

as:

042712
005204
006301

68:

001362
010566
004736
000207

000014

604 :

CLEAR RX_ENBLE ON LINES THAT HAVE A CORRESPONDING BIT SET IN THE RX DISABLE
LINE BIT MAP,
BIT

BEQ

BIC
INC
ASL
DEC
BNE

PASS
-

R1,RO

;CHECK STATE OF DISABLE LINE BIT MAP.

#BIT2,(R2)
R4
R1
R3
24

;CLEAR RX_ENABLE BIT ON SELECTED LINE.
1PREPARE TO SELECT REGISTERS FOR NEXT LINE.
;SHIFT BIT MAP FOR NEXT LINE.
;DECREMENT LINE NUMBER.
;LOOP TO CHECK NEXT LINE.

RS
-

MOV

JSR

:BRANCH IF THIS LINE TO REMAIN UNALTERED.

;RESTORE GPRS,EXCEPT
RS,RSSLOT(SP)

;PUT RS IN STACK SLOT.

PC,8(SP)s~
tRETURN TO #REGOS SUBRT.
iRS - PREVIOUS STATES OF ALL RX_ENABLE BITS.

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE

MACRO M1200
- RXENBL -

12-DEC-83 16:16

N11

PAGE 94

SEQ 143

5428

.SBTTL

GLOBAL SUBROUTINE

5430
5431
;gg

i
T
i

- ENABLE RECEIVER THIS SUBROUTINE IS USED TO ENABLE RECEPTION ON SELECTED LINES BY
SETTING THE ASSOCIATED RX.ENABLE BIT ON THE DUT.

5429

HEEEE

5434
5435
5436
5437
SS:gg

;& INPUTS:
i
T
i
i
L

5440

i+ OUTPUTS:

5441
g::g

ie
i

5450
5451 024472
024472
5452 024476
5453 024500
5454 024504
5455 024510
5456 024514
55:::;; 024520

004567
010500
012701
016702
012703
016704
005005

160626

MOV
MOV
MOV
MOV
MOV
CLR

000001
155500
000020
155514

‘-

010477
032712
001001

155452
000004

2¢:

:+
3+

;;2 024554

S477 024556
024556

030100
001402
052712
005204
006301
005303

4%:

000004

6%:

001362

024562

010566
004736

5480 024564

000207

MOV
BIT
BNE

BIS

024536
024540
024542
024546
024550
024552

LNCTRA - THE STATE OF THE RX.ENABLE BIT MAY BE ALTERED.
THE CONTENTS OF THE IND.ADD.REG FIELD IN THE CSR ARE DESTROYED.

JSR

PC,RXENBL

JSR

R5,R0
#B8ITO0,R1
LNCTRA,R2
ONUMLNS ,R3
IESTAT R4
RS

0 0000400220002
0 00000ttt t bbbttt

; SAVE CONTENTS OF GPRS RO THRU RS.
RS,PREGOS
;CALL REGISTER SAVE SUBRT.
:COPY BIT MAP OF LINES TO ENABLE.
s INITIALIZE THE SELECTED LINE BIT MASK.
:GET THE ADDRESS OF THE LNCTRL REGISTER.
$GET MAXIMUM LINE NUMBER.
sGET THE STATES OF THE INT ENABLE BITS.
:CLEAR RX.ENABLE BIT LOG OF DISABLED LINES.

60$:

R4 ,8CSRA
#81IT72,(R2)
4%

R1.RS

sWRITE TO DUT CSR TO SELECT LINE REGISTERS.
+CHECK STATE OF RX.ENABLE BIT ON SELECTED LINE.
:SKIP NEXT INSTRUCTION IF RX.ENABLE SET.

:LOG RX ENABLE BIT CLEAR FOR SELECTED LINE.

SET RX.ENBLE ON LINES THAT HAVE A CORRESPONDING BIT SET IN THE RX ENABLE
LINE BIT MAP.
BIT
BEQ
BIS
INC
ASL
DEC

R1,RO
64
#81IT2,(R2)
R
R1
R3

1CHECK STATE OF RX.ENABLE LINE BIT MAP.
$1BRANCH IF THIS LINE TO REMAIN UNALTERED.
+ENABLE RECEPTIONON SELECTED LINE.
tPREPARE TO SELECT REGISTERS FOR NEXT LINE.

PASS

;RESTORE GPRS,EXCEPT
RS,RSSLOT(SP)
PC,8(SP)+«

BNE
000014

Y Y Y Y Y Y YT TTTTTTIIIIITYIY

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

050105

5466
5467

P PP Py P P

RS - BIT'S SET INDICATE PREVIOUSLY DISABLED LINES.

RXENBL
:: SAVE

S‘SQg; 024534

- RXENBL -

P Y P P T P P P

;& COMMENTS:
1%
:+* SUBORDINATE ROUTINES CALLED: NONE.
== 2383825288808 8 0808000808000

5459

5461 024522
5462 024526
5463 024532

L R P

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

i CALLING SEQUENCE:
L

5446
5447
5448
S449

5478
5479

Y R

)

5444
5445

5469
S470
5471
5472
S473
S474

I IS S ST S A A

RTS

2¢

MOV
JSR

sSHIFT BIT MAP FOR NEXT LINE.
;DECREMENT LINE NUMBER.

;:LOOP TO CHECK NEXT LINE.

;PUT RS IN STACK SLOT.
sRETURN TO PREGOS SUBRT.

tRS - LINE BIT MAP CORRESPONDING TO THE
s+ PREVIOUS LINES THAT WERE DISABLED.

DHU-11 FUNCTIONAL
GLOBAL SUBROUTINE

VERIFICATION

MTMMACRO M1200
- RXIEO -

5482

12-DEC-83 16:16

.SBTTL

5483

104

;gz

S484

Bl2

PAGE 95

SEQ 144

GLOBAL SUBROUTINE

- RXIEO -

008000008800 000008000000800000000000080000000000080400008008800000808880040

- RECEIVER INTERRUPT DISABLE

THIS ROUTINE

IS USED

TO DISABLE

S487
S488
5489
5490
S491
5492
agz

RECEIVER

INTERRUPTS

THE

DHUL1.

1& INPUTS:
NONE.
1o
1¢ OUTPUTS:
THE RX.INT.ENBL BIT IS CLEARED IN THE DUT CSR.
1 e
IESTST -CONTAINS THE UPDATED STATUS OF THE TX AND RX INTERRUPT
ie
ENABLE BITS.
ie
;¢ CALLING SEQUENCE:
JSR
PC,RXIEO
L

5495
agg

1 COMMENTS:
e

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

5498

5499
SS00 024566
5501 024570
024570
024572
5502 024574
024574

024600

S503 024602
SS504 024610
SS0S 024616
024616
024620
5506 024622
5507 024624

1* SUBORDINATE ROUTINES CALLED: NONE.

-~ 08880088880 8080880800008880888003048000008000800000000804000888080088888880088
RXIEO::
MOV
RO, -(SP)
1SAVE CONTENTS OF RO ON THE STACK.
GETPRI -(SP)
1 SAVE PROCESSOR PRIORITY ON STACK.
TRAP
CS$GPRI
MOV
RO, -(SP)
SETPRI oPRIO7
s IGNORE ANY INTERRUPT THAT MAY BE GENERATED.
MOV
#PRIO7,RO

010046
104440
010046

012700

000340

042767
016777

137777
155420

104441

012600
104441
012600
000207

155424
155362

BIC
0137777,IESTAT
MOV
IESTAT ,8CSRA
SETPRI (SP).
MOV
RTS

(SP)+,RO
PC

TRAP

C$SPRI

;CLEAR RX,INT.ENBL BIT IN IESTAT.
sDISABLE RX INTERRUPTS.
sENABLE INTERRUPTS TO THE PROCESSOR AGAIN.
MOV
(SP)+,RO
TRAP
C$SPRI
sRESTORE RO.

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE

TM ACRO M1200
-

RXIE1l

5509
5510
5511
5512
5513
5514

5515
5516
5517
5518
3519
5520
5521
5522
S523
5524
5525
35526
5527
5528
5529
5530
5531

12-DEC-83

16:16

PAGE

Cle
96

SEQ

.SBTTL
100

GLOBAL SUBROUTINE

- RXIE1

0088800008800 0008080800808808800888800800000002880800088800888800808800004s

THIS ROUTINE

- RECEIVER INTERRUPT ENABLE

IS USED

TO ENABLE

RECEIVER

INTERRUPTS

THE

DHU11.

i &

is INPUTS:

NONE
.

i+ OUTPUTS:
i
i
i &

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:
1

1+ COMMENTS:
1.
e

JSR

PC,.RXIE1

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

1¢ SUBORDINATE ROUTINES CALLED: NONE.
§-=

024626
024634
024642
024650

052767
042767
016777
000207

000100
137677
155366

155400
155372
155330

0888888888800 08888208882008008800088880008880088888880088888000808008008040

RXIEl1::

BIS
8IC
R?gv

eBIT06,IESTAT
0137677,1IESTAT
gESTAT.GCSRA

M1,

1SET RX,INT
. ENBL BIT IN IESTAT.
;CLEAR ALL OTHER BITS, EXCEPT TX AND RX I.E.
tENABLE RX INTERRUPTS.

145

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE
5533
5534
5535
5536
5537
5538
5539
5540
5541
5542
5543
5544
5545
5546
5547
5548

HACRO H1200
AVBMP

12-DEC-83

.SBTTL
100

D12

16:16

PAGE 97

SEQ 146

GLOBAL SUBROUTINE

- SAVBMP

000000000000000000000000000000000000000000000000000000000000000000000000040s

SAVE BMP CODES ROUTINE

THIS ROUTINE

TOGETHER WITH THE NUMBER OF THE CURRENTLY EXECUTING TEST.

i e

i* INPUTS:

SAVES

THE PARAMETER PASSED

IN,

ONTO THE BMP CODE QUEUE

R2 - CONTAINS THE BMP CODE THAT IS TO BE PLACED ON THE QUEUE.

BMPCQP - CONTAINS ADDRESS OF NEXT LOCATION IN THE BMP QUEUE.

BMPCQAB - LABEL AT BASE OF THE BMP CODE QUEUE.
BMPCQE - LABEL OF NEXT LOCATION AFTER THE END OF THE BMP QUELE.
TSTNUM

CONTAINS

THE NUMBER OF

THE

CURRENT

TEST.

1 OUTPUTS:

BMPCQP THE

INCREMENTED BY 4.

CONTENTS OF

THE BMP CODE

QUEUE

1* CALLING, SEQUENCE:

1+ COMMENTS:
i

JSR

ARE

UPDATED.

PC,SAVBMP

IF THE OVERFLOW OCCURS THEN THE LAST LOCATION WILL BE

OVERWRITTEN BY ANY SUBSEQUENT ATTEMPTS TO UPDATE THE QUEUE.

1+ SUBORDINATE ROUTINES CALLED: NONE.
§--

160446
155626
155372

024670
024674
024676
024702
024704
024710
024714
024714
024716

680860080000

SAVBMP::

000000008000000000000000300008000040000000008800008800088880848408

SAVE

MOV

BMPCP R4

INC

2¢:

SuB
MOV

04, R4
R4 ,BMPCQP

604

PASS

MOVB

177400

8IC

1 SAVE CONTENTS OF GPRS RO THRU RS.

JSR

RS,PREGOS

TSTNUM,(R4).
#177400,R2

002712
000004
155574

RTS

;RESTORE GPRS.
PC.8(SP)+

JSR

sCALL REGISTER SAVE SUBRT.

1GET THE POINTER TO THE NEXT LOCATION IN QUEUE.
1SAVE
THE CURRENT TEST NUMBER ON THE QUEUE.
s INCREMENT THE POINTER TO GIVE AN EVEN ADORESS.
lCLEM THE UNMANTED BITS FROM THE BMP CODE.
1SAVE THE BMP CODE ON THE QUELE.
sCHECK IF OVERFLOW WILL OCCUR THE NEXT TIME.
:GO SAVE THE POINTER IF WE WILL NOT OVERFLOW.
sRESET THE POINTER TO THE LAST LOCATION IN QUE.
1SAVE THE POINTER.

tRETURN TO PREGOS SUBRT.

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE
5570

MTMMACRO M1200
- SKPSTS -

Ele

12-DEC-83 16:16

PAGE 98

SEQ 147

5571

.SBTTL

GLOBAL SUBROUTINE

5572
5573
5574
S575

L
1 *
1
1

- SKIP SELFTEST ROUTINE THIS SUBROUTINE IS USED TO SKIP THE SELFTEST AFTER A DUT RESET HAS BEEN
INITIATED.
IT MUST BE ENTERED IMMEDIATELY AFTER SETTING THE DUT MASTER
RESET ROUTINE OR AFTER THE EXECUTION OF A BUS RESET (BECAUSE OF TIMING

gg;?

SKPSTS

2882880208000 008080080004800408480800400080084084004888880840004080088000008002

CONSIDERATIONS).

5578

1+ INPUTS:

gg;g

CSRA

CONTAINS ADDRESS OF THE DUT CSR.

TXBFCA - CONTAINS ADDRESS OF DUT DMA BUFFER COUNT REGISTER.

i1 &

gssgé

i1 OUTPUTS:

SKIP SELFTEST CODES ARE WRITTEN TO THE DUT REGISTERS.

5583
5584

3¢ CALLING SEQUENCE:
e

5585

JSR

PC,SKPSTS

:1¢ COMMENTS:

5586
5587

is
1 SUBORDINATE ROUTINES CALLED: DELAY.

5588

5589
SS90 024720

024720
5591 024724
ggg“; 024730

004567
012704
004767

160400
000012
172614

8853888880880 808820088800000448888880808828500088000088880048880¢00000080408

SKPSTS::

SAVE

MOV

JSR

010. ,R4

JSR

PC,DELAY

s SAYE CONTENTS OF GPRS RO THRU RS.

RS. ’REGOS
;CALL REGISTER SAVE SUBRT.
:” 8S DELAY VALUE OF 10 MILLI-SECONDS.
"ELLAY FOR 10 MILLI-SECONDS.

ggg;

s+ WRITE SKIP SELF-TEST CODE (S2°¢3) TO ALL THE INDEXED DUT REGISTERS.
‘-

5596 024734

012701

000060

024740
024744
024746
024752
024754
024756
024762
024764
024770

012703
005301
016704
010124
010324
020467
103774
032701
001365

052525

5609 024772
024772
5610 024774

004736
000207

5597

5598

5599
S600
5601
5602
5603
S604
S605
5606
5607

155226
155234

MOV

ONUMLNS !BITOS.R1

;FORM IND.ADR.REG FIELD (PLUS M.R.

BIT) WORD.

s THE ABOVE INCLUSION OF

THE M.R.

64:

MOV
DEC
MOV
MOV
MOV
cHpP
BLO
BIT
BNE

sINITIALISE THE SKIP SELF-TEST CODE.
1 SELECT THE NEXT SET OF DEVICE REGISTERS.
sGET THE ADDRESS OF THE CSR OF THE DUT.
1SELECT A BANK OF DUT REGISTERS.
tWRITE THE CODE TO A DUT REGISTER.
;COMPARE POINTER WITH LAST REGISTER ADDRESS.
sLOOP IF NOT ALL REGS DONE IN THIS BANK.
s TEST FOR IND.ADR.REG FIELD DECREMENTED TO O.
1LOOP UNTIL ALL REGISTERS CONTAIN THE CODE.

604 :

PASS

000017

BIT IS NECESSARY BECAUSE OF THE

LACK OF A M.R. BIT WRITE LOCK-OUT ON THE DMU-11.

RTS

052525 ,R3
R1
CSRA,R4
R1,(R4).
R3,(R4).
R4, TXBFCA
6
#17,R1
4%

JSR

TM
a A

sRESTORE GPRS.
PC,8(SP).

tRETURN TO PREGOS SUBRT.

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE

nncno maoo
SPLSUP

12-DEC-83 16:16

Fle

PAGE 99

SEQ 148

5612

.SBTTL

ssgx;
1

1.
i

ssgxg

STATE,

i¢ INPUTS:
e
.
e
e
1.
1.
1.

RO - TX,RX LPR CONTENTS FOR LINES IN GROUP II.
R1 - TX,RX LPR CONTENTS FOR LINES IN GROUP I.
R2 - START ADDRESS OF DATA PATTERN TO TRANSMIT.
R3 - NUMBER OF TIME DATA PATTERN TO BE TX ON LINES IN LINGRP1.
R4 - NUMBER OF TIME DATA PATTERN TO BE TX ON LINES IN LINGRP2.
ACTLNS - CONTAINS A BIT MAP OF ALL CURRENTLY ACTIVE LINES.
LGRP1M - CONTAINS THE BIT MAP OF LINE GROUP I LINES.
LOPBCK - CONTAINS THE TYPE OF LOOPBACK MODE SELECTED.

5613

1¢¢

5616
S617

ssgazg

1 ®

5630
5631
5632
5633
5634

;¢ OUTPUTS:
e
e
e
'

ssggg

Ssggz

3¢ COMMENTS:
e
P
e
e
e
e
e
s
e
e
e
S
e
e
e
e

ggg

T
(L

5658

56“

5667

PRIOR TO SPLIT SPEED TRANSMISSION/RECEPTION.

CBB - LABEL AT BASE OF TX/RX CONTROL BLOCK.

THE CONTENTS OF THE CONTROL BLOCK ARE DESTROYED.
THE INDIRECT ADDRESS FIELD OF THE DUT CSR MAY BE DESTROYED.
THE DUT'S LPR'S AND LNC'S MAY BE MODIFIED.
THE FOLLOWING POINTERS AND COUNTERS ARE INITIALISED;
CHCNT ,,CHRTOT ,OPEND , DPLEN, EXCNT ,RXCNT , RXDONF ,RXPTR, TXCNT,
TXDONF , TXPTR, TXRXL .

JSR

PC,SPLSUP

THIS ROUTINE SHOULD BE CALLED TWICE DURING THE TESTING OF
THE SPLIT SPEED CAPABILITIES OF THE DUT.
SO THAT BOTH LINE GROUPS ARE TESTED ON TRANSMISSION AND
RECEPTION.
EG,
R1 - LPR CONTENTS FOR LINES IN LGRP2M,TX=Y,RX=Z BAUD.
R2 - LPR CONTENTS FOR LINES IN LGRP1M,TX=Z ,RX=Y BAUD.
RS - REPEAT TX ON LINES IN LINE GROUP 1 = X TIMES.
R4 - REPEAT TX ON LINES IN LINE GROUP 2 = W TIMES.
JSR
PC,SPLSUP
3 DO SET-UP.
EXECUTE TEST FOR THE nove SET-UP,
SWAP THE CONTENTS OF R1 AND R2.
SWAP THE CONTENTS OF RS AND R4.
R1 - LPR CONTENTS FOR LINES IN LGRP2M,TX=Z,RX=Y BAUD.
R2 _ LPR CONTENTS FOR LINES IN LGRP1M,TX=Y,RX=Z BAUD.
R3 - REPEAT TX ON LINES IN LINE GROUP 1 = W TIMES.
R4 - REPEAT TX ON LINES IN LINE GROUP 2 = X TIMES.
JSR
PC,SPLSUP
100 SET UP AGAIN.
EXECUTE TEST AGAIN.

3¢ SUBORDINATE ROUTINES CALLED: CONMAP,RXDSBL
,RXENBL , TXRINI.

“59

5663 025006
5664 025012
5665 025016

SPLIT SPEED TRANSMISSION/RECEPTION SET-UP

3¢ CALLING SEQUENCE:

5639
5640
5641
5642
5643
5644
5645
5646
S647
5648
5649
5650
5651
5652
5653
5654
5655

- SPLSUP -

THIS ROUTINE IS USED TO INITIALISE BOTH THE DUT AND THE
TRANSMISSION/RECEPTION CONTROL PARAMETERS TO THE CORRECT

5620
5621
5622
5623
5624
5625
5626
5627

024776
5662 025002

.
AP

5661 024776

GLOBAL SUBROUTINE

2288548000000
04000000000 000 000000000000 0000542068000 0 0800000000ttt
tbtttts

== 888888888488888808880888288884800888000008088000800000000000020000000820000002

004567
010067

010167
005067
005067

160322
000264

000262
155464
155462

SPLSUP::

SAVE

MOV
MOV
CLR
CLR

RO, 704
R1,72¢
TXDONF
RXDONF

JSR

1SAVE CONTENTS OF THE GPR'S RO THRU RS.

RS, PREGOS
1CALL REGISTER SAVE SUBRT.
1SAVE LPR PARAMETER FOR LINE GRP2.

.snve LPR PARAMETER FOR LINE GRP1.
tCLEAR THE TX DONE FLAGS FOR ALL LINES.
tCLEAR THE RX DONE FLAGS FOR ALL LINES.

SET UP THE TRANSMISSION/RECEPTION CONTROL BLOCK TO INITIALISE THE LINES

TM
aq

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE
5668
5669
5670
5671
5672
5673
5674
5675
5676
5677
5678
5679

010067
012700
012720
010220
012720
010420
016710
046720
116720
005200
012710

HACRO H1200
SPLSUP

12-DEC-83 16:16

156074
003124
000004

Gle

PAGE 99-1

RO,CBB

1SET CONTENTS OF LPR PARAMS IN TX/RX C.BLK.
1GET BASE ADDRESS OF CONTROL BLOCK.
tLNCTRL PARAMETER, ENABLE RECEIVERS.
1START ADDRESS OF DATA PATTERN.
1DATA PATTERN LENGTH SET TO 16.
tNUMBER OF DATA PATTNS TO TRANSMIT ON LINGRP2.
1BIT MAP OF LINES TO INITIALISE.
tCLEAR THE UNWANTED LINES FROM BIT MAP.
1SET LOOPBACK MODE.
s INCREMENT ADDRESS TO ACCESS NEXT WORD.
$1SET OFFSET FOR EACH TRANSMISSION START TO 2.

#CBB+2,RO

€4 ,(RO)
R2,(R0O)+
916.,(RO)+
R4 ,(RO)+

000020

155120
155160
155112

ACTLNS,(RO)
LGRPI".(RO).
LOPBCK,(RO)+

RO
#2,(RO)

000002
i

SEQ 149

INITIALISE THE DUT AND THE ASSOCIATED POINTERS AND COUNTERS,

+ DICTATED BY THE CONTENTS OF THE TX/RX CONTROL BLOCK.

TO THE STATE

)

004767

000702

JSR

s INITIALISE DUT.

PC, TXRINI

+ SET UP CONTROL BLOCK FOR LINES IN GROUP I.
012700
010120
012720
012720
010320
016710
046720
116720
005200
012710

003122

#C88,R0O

1GET START ADDRESS OF CONTROL BLOCK.
1SET LPR PARAMETER FOR LINES TO RECEIVE DATA.
iLNCTRL PARAMETER, ENABLE RECEIVERS.
1START ADDRESS OF DATA PATTERN.
1DATA PATTERN LENGTH SET TO 16.
tNUMBER OF DATA PATTNS TO TRANSMIT ON LINGRP1.
18IT MAP OF LINES TO INITIALISE.
1CLEAR THE UNMWANTED LINES FROM BIT MAP.
+SET_LOOPBACK MODE.

Rl.(RO)O
o4,(RO).
R2,(RO)+

R3,(RO)«

ACTLNS (RO)

155050
155112
155042

LGRP2M,(RO)+
LMCK.(RO)O
RO

s INCREMENT ADDRESS TO ACCESS NEXT WORD.

#2,(RO)

SSEY OFFSET FOR EACH TRANSMISSION START TO 2.

+ INITIALISE THE DUT AND THE ASSOCIATED POINTERS AND COUNTERS, TO THE STATE
s+ DICTATED BY THE CONTENTS OF THE TX/RX CONTROL BLOCK.
'-

025140

004767

000632

JSR

PC, TXRINI

s INITIALISE DUT.

s+ SET-UP THE REQUIRED LPR PARAMETERS NEEDED FOR THE CORRECT RECEPTION OF DATA
' ou ASSOCIATED IN-ACTIVE LINES.

: INITIALISE LPR PARAMETERS FOR LINE GROUP 1.
.

025144

025154
025156
025160
025162
025166
025172
025176
025204

012701
016702
005101
005102
040102
046702

177777
155016

016767
004767

000072

010267
005067

155052
155742
155734

MOV
MOV
coM
coM
8IC
8IC
MOV
CLR
MOV
JSR

155716

OMAPLNS ,R1

1SET UP BIT MAP CORRESPONDING TO ALL LINES.
1GET THE ACTIVE (TX) LINE BIT MAP
1GENERATE A BIT MAP OF NONE EXISTANT LINES.
1GENERATE A BIT MAP OF INACTIVE LINES.
sCLEAR ANY “NONE EXISTANT* INACTIVE LINES.
tONLY PASS LGRP1 ASSOCIATED LINE BIT MAP.
1SET UP BIT MAP IN CONTROL BLOCK.
tCLEAR REPEAT TX COUNT IN CONTROL BLOCK.
1SET-UP COMPLEMENTARY LPR PARM FOR LGRP2.
s INITIALISE INACTIVE LINES IN LGRP2.

ACTLNS,R2

R1,.R2

LGRP2M,R2

R2,CBMAPA

CBDPNA

724 ,CBLPRA
PC, TXRINI

INITIALISE LPR PARAMETERS FOR LINE GROUP 2.

DHU-11 FMTIM VERIFICATION
GLOBAL SUBROUTI
5725
5726
5727
5728
5729
5730
5731
5732
S733
5734
5735
5736
5737
5738
5739
5740
5741
5742
S743
5744
5745
5746
5747

025210
025214
025216
025220
025224
025230
025236

016702
005102
040102
046702
010267
016767
004767

HACROS$200

154756

155012
155704
000036
000534

12-DEC-83 16:16

MOV

COoM

8IC
BIC
MOV

155664

MOV
JSR

H12

PAGE 99-2

SEQ 150

ACTLNS,R2

1GET THE ACTIVE (TX) LINE BIT MAP,

R1,R2
LGRP1M,R2
R2,CBMAPA

1CLEAR ANY NONE EXISTANT INACTIVE LINES.
tONLY PASS LGRP2 ASSOCIATED LINE BIT MAP,
1SET-UP BIT MAP IN CONTROL BLOCK.

704 ,CBLPRA
PC, TXRINI

1GENERATE A BIT MAP OF INACTIVE LINES.

1SET-UP COMPLAMENTARY LPR PARAM FOR LGRP1.
s INITIALISE INACTIVE LINES IN LGRP1.

3¢

+ DISABLE RECEIVERS ON ALL LINES TO ENSURE THAT ONLY THE RECEIVERS OF THE
+ ASSOCIATED ACTIVE (TX) LINES ARE ENABLED.(STAGGARED LOOPBACK)
+
RE-ENABLE RECEPTION ON THE CORRECT ASSOCIATED LINES.
'-

025242

025246

012705
004767

177777
177124

MOV
JSR

OMAPLNS ,RS
PC,RXDSBL

1SET-UP BIT MAP FOR ALL LINES.
sDISABLE RX ON ALL LINES.

+ ENABLE RECEIVERS ON ASSOCIATED (RX) LINES.
'-

025252
025256
025262

016705
004767
004767

025266
025266
5748 025270
5749 025272
5750 025274

004736
000207
000000
000000

154714
172212
177204

MOV
JSR
JSR
60%:

708%:

72%:

ACTLNS,RS
PC.CONMAP
PC.RXENBL

PASS
RTS

.WMORD

.WORD

JSR

sGET ACTIVE (TX) LINE BIT MAP.

$GENERATE AN ASSOCIATED (RX) LINE BIT MAP.
;ENABLE RECEIVERS ON ASSOCIATED LINES.
sRESTORE GRP'S.
PC,8(SP)+

;RETURN TO PREGOS SUBRT.

sLOCAL STORAGE OF LPR PARAMETER LGRP2.

sLOCAL STORAGE OF LPR PARAMETER LGRP1.

DHU-11 FUNCTIONAL VERIFICAYIO:
MACRO M1200
GLOBAL SUBROUTINE
- STP
5752
5753
5754
5755
5756
S757
5758
5759
5760
5761
5762
5763
5764
5765
5766
S767
5768
5769 025276

5770
5771
5772
5773

025302
025304
025310
025312

5774 025314
S77S

5776
5777
5778

12-DEC-83 16:16

.SBTTL
T

PAGE

112

GLOBAL SUBROUTINE

100

SEQ@ 151
-

STPSW

Ty
T
Ty
T
T
Y Yy Yy
P P
PP PP Y Yy

- SET PROCESSOR STATUS WORD THIS ROUTINE SETS THE PSW TO THE CONTENTS OF R1.

INPUTS:

OUTPUTS:

PSW

CALLING SEQUENCE:
COMMENTS:

- CONTAINS THE NEW PSW SETTINGS

- SET TO THE CONTENTS OF R1
JSR

PC,.STPSW

USED IN THE DMA ADDRESS TEST TO SET THE PROCESSOR

PRIORITY WITHOUT MAKING A CALL TO THE DRS.

SUBROUTINES CALLED:

NONE.

1088888080808 0800000800000000080040000008088480040400040084444440080004808000488

004567

160022

012746

025312

010146

004736
000207

STPSM:: SAVE
MOV
MOV

RTI
PASS
RTS

JSR
R1, -(SP)
Q@ADDR, -(SP)

RS,PREGOS

JSR

PC,.8(SP)+

1CALL REGISTER SAVE SUBRT.

tPUSH THE NEW PSW CONTENTS ONTO THE STACK
tPUSH THE NEW PC VALUE ONTO THE STACK
tLOAD THE NEW PC AND PSW
8

:RETURN

sRETURN TO PREGOS SUBRT.

DHU-11 FUNCTIONAL VERIFICATION
MACRO M1200
GLOBAL SUBROUTINE
- STPSW -

12-DEC-83 16:16

5780
5781

.SBTTL

5783

g;gg

5782

5784

PAGE

Jl12
101

GLOBAL SUBROUTINE

2248800820000 00 400000000

SEQ 152

R AR A0

TRANSMISSION DONE

0400t 4004 sb sttt btbbbbbtbtbhisd

THIS SUBROUTINE IS USED IN THE TRANSMISSION/RECEPTION TESTS TO ALLOW
TIME FOR

TRANSMISSION

TO COMPLETE

1 &

5787

;& INPUTS:

5791

5788
g;gg

TXDONE

e
T

ACTLNS

ON OUTSTANDING LINES.

- CONTAINS BIT MAP OF ALL ACTIVE LINES.

TXDONF - TX DONE FLAGS, SET FOR LINES THAT HAVE SENT ALL CHARS.
CHCNT - TABLE CONTANING THE NUMBER OF CHARS TO BE TX'D.

1 &

g;g%

i1* OUTPUTS:
e

g;g‘s

TRANSMISSION INTERRUPTS ARE DISABLED.

1¢ CALLING SEQUENCE:

JSR

PC, TXDONE

i ®

5796

;& COMMENTS:

5797

5798

:* SUBORDINATE ROUTINES CALLED: MSLOOP,MUL16V.

5799

(== 2828838288880

S800

5801 025316
. 025316

004567

160002

TXDONE::

SAVE

885800 8840008480000 0000000000004 04 0000050400000

0 000 stbts

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

JSR

3¢

5803
5804
5805

s+ CHECK IF ALL ACTIVE LINES HAVE COMPLETED TRANSMISSION.
s+
IF ANY HAVE NOT YET COMPLETED, DETERMINE THE TX CHAR COUNT FOR A
3
LINE THAT HAS OUTSTANDING CHARACTERS TO TRANSMIT.
USING THIS VALUE,

5538_6,

CALCULATE THE TIME-OUT VALUE NEEDED AT THE CURRENTLY SELECTED BAUD RATE.

5808
5809
5810
5811

025322
025326
025332
025334

Ss:g 025336

016703
016702
040203
005703

154644
155150

MOV
MOV
B8IC
TST

001427

BEQ
.

5814
5815
5816

3+
s+
3
3+

Ssgi;

ACTLNS,R3
TXDONF ,R2
R2,.R3
R3

tGET THE ACTIVE LINE BIT MAP,
1GET THE BIT MAP OF LINES THAT HAVE COMPLETED.
sGENERATE A BIT MAP OF LINES THAT ARE STILL TX.
+CHECK IF ALL LINES HAVE COMPLETED TX.

|GO DISABLE TX INTERRUPTS IF ALL DONE.

FIND A LINE THAT HAS NOT COMPLETED TRANSMISSION.
OBTAIN THE EXPECTED CHARACTER COUNT FOR THAT LINE (WHICH IS THE SAME FOR
ALL OTHER LINES WITH OUTSTANDING TX'S).
CALCULATE TIME-OUT VALUE.

5819
5820
5821
5822
5823
5824
5825
5826
5827
5828
5829
ggg

025340
025342
025346
025350
025352
025354
025356
025360
025362
025366
025372
025376

005004
012702
030203
001003
006102
005204
000773
006304
016401
016702
004767
006301

CLR
MOV
BIT
BNE
ROL
INC
BR
ASL

000001

24:

003442
154654
174134

MOV
MOV
JSR
ASL

R4
#1,R2
R2,R3
44
R2
R4
2
R4
CHCNTB(R4),R1
RXTOUT ,R2
PC,MUL16V
R1

1CLEAR LINE NUMBER COUNTER.
+SELECT BIT MAP FOR THE FIRST LINE.
1SEE IF THIS LINE HAS COMPLETED.
1BRANCH IF THIS LINE HAS NOT COMPLETED TX.
1SHIFT THE LINE BIT MAP FOR THE NEXT LINE.
1 INCREMENT THE LINE NUMBER COUNTER.
1LOOP TO CHECK THE NEXT LINE.
sLINE NUMBER X 2 TO OBTAIN OFFSET INTO TABLE.
aGET THE EXPECTED NUMBER OF CHARS TO BE TX'D.
1GET THE CURRENT TIME-OUT VALUE FOR ONE CHAR.
1(NUMBER OF CHARS TO TX) X (TIME-OUT OF 1 CHAR)
sMULTIPLY DELAY TIME BY 2 TO GIVE A SAFE VALUE.

5832
ggz

s+ WAIT FOR ALL OUSTANDING TRANSMISSIONS TO COMPLETE OR TIME-OUT.
s+ DISABLE ALL TRANSMISSION INTERRUPTS.
'-

5835 025400

016702

154566

MOV

ACTLNS,R2

1PASS A BIT MAP OF THE BITS TO TEST.

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE

5836
5837
5838
5.56453

025404
025406
025412
025416

010203
012704
004767
004767

5841 025422
025422
5842 025424

004736
000207

002502
173664
000270

MACRO M1200
- TXDONE -

12-DEC-83 16:16

64:

MOV
MOV
JSR
JSR

60%:

PASS
RTS

PAGE

K12

R2,R3
#TXDONF ,R4
PC,MSLOOP
PC,TXIEO

JSR

101-1

SEQ 153

1PASS THE EXPECTED STATE OF THE TXDONF .
tPASS THE ADDRESS OF THE WORD TO TEST.
tWAIT FOR TIME-OUT OF TX COMPLETION.
tDISABLE ALL TX INTERRUPTS.
sRESTORE GPRS.
PC.8(SP)+

;RETURN TO PREGOS SUBRT.

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE

MACRO M1200
-

TXDONE

12-DEC-83 16:16

.SBTTL
P00

PAGE

L12
102

SEQ 154

GLOBAL SUBROUTINE

TXDSBL

RRSAALALAEALRAEAAARARAARAEEAIERARAAAAEAAAAERAAAAAEAAAEEA004400004000000044

e
i

TRANSMITTER

DISABLE

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

i+ INPUTS:
i .
e
;e
L

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

i+ OUTPUTS:

RS - BIT'S SET INDICATE THE INITIAL STATES OF ALL TX.ENBLE BITS.

1 *

T
o
e

TBUFFAD2 - THE STATE OF THE TX.ENBLE BIT MAY BE ALTERED.
THE CONTENTS OF THE IND.ADD.REG FIELD IN THE CSR ARE DESTROYED.

+# CALLING SEQUENCE:
s

JSR

PC, TXDSBL

s+ COMMENTS:
HE

s* SUBORDINATE ROUTINES CALLED: NONE.
==

004567
010500
012701
016702
005202
012703
016704

157672

288882888288 804880884880884 8050840880840 808888800 5442004000400 0 8080000000ttt dds

TXDSBL::

SAVE

MOV
MOV
MOV
INC
MOV
MOV
CLR

000001
154550
000020
154556

JSR

RS,RO
@8IT0,R1
TXAD2A ,R2
R2
ONUMLNS ,R3
IESTAT, R4
RS

s SAVE CONTENTS OF GPRS RO THRU RS.

RS,PREGOS
1CALL REGISTER SAVE SUBRT.
sCOPY BIT MAP OF LINES TO DISABLE TRANSMISSION.
s INITIALIZE THE SELECTED LINE BIT MASK.
1GET THE ADDRESS OF THE TBUFFAD2 REGISTER.
1GET THE ADDRESS OF THE MSBYTE OF TBUFFAD2 REG.
sGET MAXIMUM LINE NUMBER PLUS ONE.
sGET THE STATES OF THE INT ENABLE BITS.
;LOG POSSIBLE TX DISABLED ON ALL LINES.

¢+

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

010477

154514

24:

MOV

1STB

B8PL

8IS

+
+

5892 025506
5893 025510
5894
5895 025512
025512
025516
5896
5897 025520

BICB

ASL
DEC
BNE
000014

60%:

tWRITE TO DUT CSR TO SELECT LINE REGISTERS.

(R2)

1CHECK STATE OF TX.ENABLE BIT ON SELECTED LINE.

R1.RS

1LOG TX ENABLE BIT SET FOR SELECTED LINE.

1 SKIP NEXT INSTRUCTION IF TX.ENABLE CLEAR.

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

BEQ

000200

R4,8CSRA

R1,RO

sCHECK STATE OF DISABLE LINE BIT MAP.

#BIT7,(R2)
R4

tCLEAR TX.ENABLE BIT ON SELECTED LINE.
tPREPARE TO SELECT REGISTERS FOR NEXT LINE.

R1
R3

2¢

PASS

1BRANCH IF THIS LINE TO REMAIN UNALTERED.
tSHIFT BIT MAP FOR NEXT LINE.
1DECREMENT LINE NUMBER.

1LOOP TO CHECK NEXT LINE.

MOV
JSR

sRESTORE GPRS,EXCEPT
RS,RSSLOT(SP)
PC,8(SP)+
sRS

tPUT RS IN STACK SLOT.
tRETURN TO PREGOS SUBRT.

- PREVIOUS STATES OF ALL

TX.ENABLE BITS.

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE
5899

S900

MACRO M1200
- TXENBL -

M12
103

SEQ 155

GLOBAL SUBROUTINE

i %
e
T

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

T S TR RS R L Y

5905
5906

PAGE

.SBTTL

HEE

5901
5902
gw

12-DEC-83 16:16

Y P

Y Y P Py

TXENBL
Yy

Y Y P P P

Y Y Y Y YT T

i+« INPUTS:
i

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

ggog

1
S911
5912

L
i+ OUTPUTS:
i *

TXAD2A

1
5915
5916
5917
5918
5919
5920
5921

s
i CALLING SEQUENCE:
JSR
PC, TXENBL
L
i* COMMENTS:
&
:* SUBORDINATE ROUTINES CALLED: NONE.
== 5288888845888 4 0048805800448 0 0804400004000 0040400088000

5907
5908

T
i e

2312

5922 025522
025522
5923 025526
5924 025530
5925 025534
5926 025540

5927 025542
5928 025546

gg‘gg 025552

004567
010500
012701
016702
005202

012703
016704

005005

157576

TXENBL::

ggg

CONTAINS

THE

ADDRESS OF

THE

TBUFFAD2 REGISTER.

RS - BIT'S SET INDICATE PREVIOUSLY DISABLED LINES.
TBUFFAD2 - THE STATE OF THE TX.ENBLE BIT MAY BE ALTERED.
THE CONTENTS OF THE IND.ADD.REG FIELD IN THE CSR ARE DESTROYED.

00 00400000 0000000ss

MOV
MOV
MOV
INC

R3,RO
B8ITO,R1
TXAD2A,R2
R2

; SAVE CONTENTS OF GPRS RO THRU RS.
RS ,PREGOS
sCALL REGISTER SAVE SUBRT.
;C(PY BIT MAP OF LINES TO ENABLE.
s INITIALIZE THE SELECTED LINE BIT MASK.
1GET THE ADDRESS OF THE TBUFFAD2 REGISTER.
1GET THE ADDRESS OF THE MSBYTE OF TBUFFAD2 REG.

MOV
MOV

ONUMLNS ,R3
IESTAT,R4

aGET MAXIMUM LINE NUMBER.
1GET THE STATES OF THE INT ENABLE BITS.

. CLR
L

SAVE

000001
154454
000020
154462

IESTAT - CONTAINS THE STATE OF TXIE AND RXIE BITS IN THE CSR.
NUMLNS - EQUATED TO BE THE MAXIMUM NUMBER OF LINES AVAILABLE.

JSR

sCLEAR TX.ENABLE BIT LOG OF DISABLED LINES.

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

S933 025554
5934 025560
5935 025562

gggg 025564

010477
105712
100401

154420

050105

ggzg
025566
025570
025572
025576

030100
001402
152712
005204

5946 025602

005303

5949 025606
025606
025612

010566
004736

5952 025614

000207

5945 025600
gg:; 025604

5950
5951

MOV
TSTB
BMI

BIS

5938

5941
5942
5943
5944

24:

000200

006301

R1,RS5

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.

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

LINE BIT MAP.

43%:

BIT
BEQ
BISB
INC

R1,RO
64
#BIT7,(R2)
R4

s1CHECK STATE OF TX.ENABLE LINE BIT MAP.
1BRANCH IF THIS LINE TO REMAIN UNALTERED.
tENABLE TRANSMISSION ON SELECTED IINE.
1PREPARE TO SELECT REGISTERS FOR NEXT LINE.

DEC

sDECREMENT LINE NUMBER.

PASS

64:

001363

ASL

BNE
000014

R4 ,8CSRA
(R2)
4%

604 :

RTS

R1
2¢

1SHIFT BIT MAP FOR NEXT LINE.
1LOOP TO CHECK NEXT LINE.

MOV
JSR

sRESTORE GPRS,EXCEPT
RS ,RSSLOT(SP)
PC,8(SP)e«

sPUT RS IN STACK SLOT.
tRETURN TO PREGOS SUBRT.

tRS - LINE BIT MAP CORRESPONDING TO THE
+ PREVIOUS LINES THAT WERE DISABLED.

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE
5954
5955
5956
5957
5958
5959
5960
5961
5962
5963
5964
5965
5966
5967
5968
5969
5970
5971
5972
5973
5974
5975
5976
5977

M ACRO M1200
TXFRPR

12-DEC-83

16:16

PAGE

N12
104

SEQ 156

.SBTTL

GLOBAL SUBROUTINE

XIS

i
i
i

- TRANSMIT FRAMMING ERROR DATA ROUTINE THIS ROUTINE IS USED TO INITIATE DMA MODE TRANSMISSION
IN THE FRAMMING ERROR TEST.
IT SENDS A SINGLE CHARACTER DMA BUFFER ON

LYY R

EACH ACTIVE LINE IN THE BIT MAP,

TXFRPR
PP Py P

YT YT YT T

TTTRTIIIITIIYIIY

TO CAUSE FUTURE TX INTERRUPTS WHICH

WILL CONTINUE THE TRANSMISSION IF MORE THAN ONE BUFFER IS TO BE SENT.

]

;& INPUTS:

R4 - CONTAINS THE LINES ON WHICH TX IS TO TAKE PLACE.

T
i
i
is
s
i*
i
i*

BITTBL
CSRA DPENDB
DPLENB
IESTAT
NUMLNS
TXCNTB
TXPTRB

:* OUTPUTS:
i
i

CSR - DUT CSR IND.ADR.REG FIELD IS DESTROYED.
TXCNTX - COUNTERS INCREMENTED FOR LINES ON WHICH CHARS SENT.
TXINTF - TX INT FLAGS (BIT SET IF DMA.HO FOUND SET ON LINE).

ACTLNS

:# CALLING SEQUENCE:
1 &

;& COMMENTS:
L
ie

ACTIVE LINES BIT MAP.

- LABEL OF TABLE OF WORDS EACH WITH A BIT SET.
CONTAINS THE ADDRESS OF THE DUT CSR.
- BASE OF THE DATA PATTERN END TABLE (ENTRY PER LINE).
- BASE OF THE DATA PATTERN LENGTH TABLE.
- PRESERVED STATES OF THE DUT INTERRUPT ENABLE BITS.
- EQUATED TO NUMBER OF LINES ON A DUT.
- LABLE AT BASE OF THE TX CHARACTER COUNTER TABLE.
- LABEL AT BASE OF THE TX DATA PATTERN POINTERS TABLE.

JSR

PC, TXFRPR

THIS ROUTINE ASSUMES THAT AT LEAST ONE DATA PATTERN SHOULD BE
TRANSMITTED ON EACH ACTIVE LINE.
INTERRUPTS MUST BE DISABLED WHEN CALLING THIS ROUTINE.

:* SUBORDINATE ROUTINES CALLED: DODMA.
==

025616
025616
025622
025630

004567
016705
005104
040405

157502
154344

238888884 848828848880880 0888080408480 884800880808 0000004000000 0000

TXFRPR::

SAVE

MOV
com
8I1C

JSR
ACTLNS,RS
R4
R4,R5

bb bbbttt

s SAVE CONTENTS OF GPRS RO THRU RS.

RS,PREGOS
sCALL REGISTER SAVE SUBRT.
tGET THE ACTIVE LINE BIT MAP,
tGET BIT MAP OF LINES THAT WILL RECEIVE DATA.
;CLEAR LINES THAT WILL RX FROM TX LINE BIT MAP.

HR4

: SET UP LOOP WHICH HANDLES ONE LINE PER ITERATION.
'-

025632

CLR

005001

tCLEAR THE LINE NUMBER COUNTER.

$ e

s+ IF THE LINE IS INACTIVE SKIP TO SELECT THE NEXT LINE.
'-

025634
025636
025640

000241

24:

CLC

ROR

103017

8CC

RS
64

:CLEAR BOOLEAN REGISTER.

s SHIFT BIT MAP OF LINES TO TX ON INTO BOOL .REG.
tODON'T TX ON THIS LINE IF IT IS NOT ACTIVE.

s LINE IS ACTIVE.
3 INITIATE DMA ON THIS LINE.
H
GET THE DATA PATTERN LENGTH FOR THIS LINE.
'-

025642
025644
025646
025652

010104
006304
016403
016402

003202
003342

MOV

R1,R4

1COPY LINE NUMBER.

MOV
MOV

DPLENB(R4),R3
TXPTRB(R4),R2

;GET DATA PATTERN LENGTH FOR THIS LINE.
;PREPARE TO PASS DATA PATTERN ADR TO DODMA RTN.

1CALCULATE WORD OFFSET FOR THIS LINE.

‘.

+ WRITE DMA PARAMETERS TO THE DUT,

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE

6010

6011 025656
ggg 025662

004767
103404

MACRO M1200
- TXFRPR -

12-DEC-83 16:16

172122

JSR
BCS

PAGE

B13

104-1

PC,DODMA
44

SEQ 157

1SKIP ERROR IF DODMA WAS SUCCESSFUL.

28{;

SET

THE PROPER BIT OF THE TX INTERRUPT FLAGS TO INDICATE THE LINE ERROR.

6016 025664
gg{; 025672

056467
000402

002364

154372

BIS
BR
.

28;_3

BITTBL(R4), TXINTF
;s INDICATE
: THE ERROR.
64
1SKIP UPDATING POINTERS AND COUNTERS.

s UPDATE THE TX CHARACTER COUNT FOR THIS LINE.
'-

gggé 025674

060364

003502

4%:

ADD

R3,TXCNTB(R4)

;ADD THE DATA PATTERN LENGTH TO TX CHAR COUNT.

INC

s INCREMENT THE LINE COUNTER.

1LOOP TO SEND CHAR TO ANOTHER LINE IF NOT DONE.

: INCREMENT LINE COUNTER,GOTO NEXT LINE IF NOT DONE.

353

6025 025700

005201

6026 025702

005705

6029 025706
025706

004736

gg; 025704

6030 025710

6%:

001353

000207

TST

BNE
608 :

PASS
RTS

sTEST THE TX LINE BIT MAP,

JSR

sRESTORE GPRS.
PC,8(SP).

sRETURN TO PREGOS SUBRT.

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE

TM ACRO M1200
TXIEO

6032
6033
6034
6035
6036
6037
6038
6039
6040
6041

12-DEC-83

.SBTTL
100

16:16

PAGE

Cl3
105

SEQ 158

GLOBAL SUBROUTINE

TXIEO -

8888023008830 0088880080880008000800008808008800080800000830088800084000000048

i e
;e

THIS

ROUTINE

- TRANSMITTER INTERRUPT DISABLE USED TO DISABLE TRANSMITTER INTERRUPTS

THE

1 *

1¢ INPUTS:

DHU11.

NONE.

i1 &

;¢ OUTPUTS:
i
i

6042
6043
6044
6045

i1 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 CALLING SEQUENCE:
&

3¢ COMMENTS:

JSR

PC,TXIEO

THE CONTENTS OF THE INDIRECT ADDRESS REGISTER FIELD IN

THE DUT

CSR

ARE DESTROYED.

1+ SUBORDINATE ROUTINES CALLED: NONE.
§--

104440
010046

6053

6055

6057

012700
104441
042767
016777
012600
104441
012600
000207

$00000000800000000800000480000880000000000000000000880000088800480000088080088488

TXIEO::

010046

SETPRI

000340

177677
154274

MOV

GETPRI

154300
154236

8IC

MOV

RO, -(SP)
-(SP)

MOV

1 SAVE CURRENT PROCESSOR PRIORITY ON THE STACK.

TRAP
MOV

CS$GPRI
RO, -(SP)

JPRIO7

1+ IGNORE ANY INTERRUPTS THAT MAY BE GENERATED.

0177677 ,IESTAT

TRAP
;CLEAR TX,INT.ENBL BIT IN IESTAT.

IESTAT,8CSRA

SETPRI (SP)«

RTS

1SAVE CONTENTS OF RO ON THE STACK.

(SP)+,RO

MOV

#PRIO7,RO

C$SPRI

1DISABLE TX INTERRUPTS.

$ENABLE INTERRUPTS TO THE PROCESSOR AGAIN.

tRESTORE RO.

MOV
TRAP

(SP)+,RO
C$SPRI

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE

M ACRO M1200
-

TXIEY

100

106

SEQ

GLOBAL SUBROUTINE

TXIEL

TRANSMITTER

INTERRUPT

ENABLE

THIS ROUTINE IS USED TO ENABLE TRANSMITTER INTERRUPTS IN THE DHU11.

)

1s INPUTS:

NONE.

& OUTPUTS:
Lo
i
:

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

1 &

i e

i CALLING SEQUENCE:
H3

1¢ COMMENTS:

6073
6074
6075

PAGE

0808208888804 008008020 0004000000000 00000804000000000000000888888000080008000048

6066
6067
6068
6069
6070
6071
6072

6081 025774

16:16

6065

6078 025752
6079 025760
6080 025766

12-DEC-83

.SBTTL

6059
6060
6061
6062
6063
6064

6076
6077

D13

JSR

PC, TXIEL

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

1 SUBORDINATE ROUTINES CALLED: NONE.
I

052767
042767
016777
000207

040000
137677

154242

154254
154246

154204

$8008004000000000000000000400000000000800000000000004004000008040008880008044

TXIE1l::

BIS

8IC
MOV

RTS

OBIT14,IESTAT

;SET TX.INT.ENBL BIT IN IESTAT.

@137677,1IESTAT
;CLEAR ALL BITS EXCEPT TX RX I.E BITS.
IESTAT ,8CSRA
° ;ENABLE TX INTERRUPTS.

159

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE

6083

MACRO M1200
- TXRINI -

- TRANSMIT AND RECEIVE INITIALIZATION ROUTINE THIS SUBROUTINE PERFORMS THE INITIALIZATION OF THE VARIOUS POINTERS,
COUNTERS, AND FLAGS WHICH ARE USED DURING THE TRANSMISSION AND
RECEPTION PORTION OF A TEST. THIS INITIALIZATION IS PERFORMED ON

THE SPECIFIED LINES ONLY, OTHER LINE VARIABLES R:ZMAIN UNCHANGED.

1 &

1 INPUTS:
i
e
T
e
i
e
P
e
e

6104
6105
6106

e
e
e

CHCNTB - LABEL AT BASE OF LINE CHARACTER COUNT TABLE.
CHRTOT - MAX @ OF CHARS TO RX ON LINES Ai READY INITIALIZED.
DPENDB - LABEL AT BASE OF LINE DATA PATISIN END TABLE.
DPLENB - LABEL AT BASE OF LINE DATA PATTERN LENGTH TABLE.
EXCNTB - LABEL AT BASE ADDRESS OF EXTRA L4AR COUNTERS TABLE.
IESTAT - PRESENT STATE OF THE RX.IE AND TX.IE BITS.
NUMLNS - EQUATED TO NUMBER OF LINES ON THE DUT.
RXCNTB - LABEL AT BASE ADDRESS OF RX CHARACTER COUNTERS TABLE.
RXPTRB - LABLE AT BASE ADR OF “NEXT RX CHAR” POINTERS TABLE.
TXCNTB - LABEL AT BASE ADDRESS OF TX CHARACTER COUNTERS TABLE.
TXPTRB - LABEL AT BASE ADR OF “NEXT TX CHAR” POINTERS TABLE.
CBB - LABEL AT BASE OF TX/RX CONTROL BLOCK.
CB CONTENTS - TX/RX CONTROL BLOCK CONTAINS THE FOLLOWING:

CBLPRA - DUT LPFi CONTENTS.
CBLNCA - DUT LNCTRL CONTENTS.
CBOPAA - ADDRESS OF BEGINNING OF DATA PATTERN.

6108
6109

e
e

215

- TXRINI -

2288808440800 00400 8000000800000 00000000040000000000440004000884040400000000bits

6091
6092
6093
6094
6095
6096
6097
6098
6099
6100

6110
6111

SEQ 160

.
e
e
e

gggg

6107

107

GLOBAL SUBROUTINE

10¢

6101
6102
6103

EL3

PAGE

.SBTTL

6084

6085
6086
6087
6088

12-DEC-83 16:16

e
P
e

CBOPLA

- LENGTH IN BYTES OF DATA PATTERN.

CBLPBA
CBOFSA

- TYPE OF LOOPBACK TO BE USED FOR TEST.
- AMOUNT TO OFFSET EACH TX START IN THE DATA PAT.

CBOPNA - NUMBER OF DATA PATTERNS TO TRANSMIT.
CBMAPA - BIT MAP OF LINES TO BE INITIALIZED.
TXRXLB

LABEL AT BASE OF TX/RX LINE ASSOCIATION TABLE.

6114
6115
6116
6117
6118
6119

3¢ OUTPUTS:
e
P
P
3o
e

CHCNT - TABLE OF NUMBER OF LINE TX CHARACTERS (INITIALIZED).
CHRTOT - MAXIMUM NUMBER OF CHARS TO RECEIVE (2 & PAT LENGTH).
OPEND - TABLE OF DATA PATTERN ENDS ( INITIALIZED).
OPLEN - TABLE OF DATA PATTERN LENGTHS ( INITIALIZED).
DUT LNCTRL - LINE CONTROL REGISTERS (INITIALIZED).
DUT LPR - LINE PARAMETER REGISTERS (INITIALIZED).

6123

RXPTR - TABLE OF RECEIVE POINTERS ( INITIALIZED).

23;

TXRXL

6120
6121
6122
6124
6125
6126

ggg
6131

6132
6133

6134

6135

2139

6138
6139

e
.
.
e
.
P

EXCNT - TABLE OF EXTRA RX CHAR COUNTS (CLRED, SELECTED LINES).
RXCNT - TABLE OF RX CHARACTER COUNTS (CLRED, SELECTED LINES).
RXDONF- “RECEPTION DONE* FLAGS (CLEARED FOR SELECTED LINES).
TXCNT - TABLE OF TX CHARACTER COUNTERS (CLRED, SELECTED LINES).
TXDONF - “TRANSMISSION DONE* FLAGS (CLRED FOR SELECTED LINE").
TXPTR - TABLE OF TRANSMIT POINTERS (INITIALIZED).

3¢ CALLING SEQUENCE:

s COMMENTS:

TX/RX LINE ASSOCIATION TABLE ( INITIALIZED).

JSR

PC, TXRINI

IF THE CALCULATION OF THE CHRTOT VALUE (2 TIMES THE DATA

PATTERN LENGTH) RESULTS IN A NUMBER GREATER THAN 64K THEN

THIS ROUTINE WILL NOT FORCE INTERNAL LOOPBACK BASED ON THE

e
.

CHRTOT IS INITIALIZED TO 64K LOOPBACK TYPE IN CBLPBA.

TO GET INTERNAL LOOPBACK.

THE USER MUST SET UP CBLNCA CORRECTLY

3 e

3¢ SUBORDINATE ROUTINES CALLED: WTWLNC,WTWLPR,

== 888888888880 88880882088808080080088000820480020000080000208800800000000000042

TM~
a 9

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE
6140 025776
bt 025776

004567

MACRO M1200
- TXRINI -

12-DEC-83 16:16

TXRINI::

157322

SAVE

PAGE

107-1

JSR

SEQ 161
3 SAVE CONTENTS OF GPRS RO THRU RS.
RS ,PREGOS
sCALL REGISTER SAVE SUBRT.

i ¢

g{:g

SET UP THE LPR AND LNCTRL REGISTERS AS SPECIFIED IN THE TX/RX CONTROL BLOCK.

6144 026002
6145 026006
6146 026012
6147 026020
6148 026022
6149 026026
6150 026032
6151 026036
g%gg 026042

016705
016700
026727
001002
052700
004767
016700
004767
004767

155126
155112
155120

MOV
MOV
cHP
BNE
BIS
JSR
MOV
JSR
JSR

000001

000200
001126
155064
001146
177454

2s:

CBMAPA,RS
CBLNCA,RO
CBLPBA,#1
24
#200,R0
PC,WTWLNC
CBLPRA,RO
PC,.WTWLPR
PC, TXENBL

1GET THE BIT MAP OF SELECTED LINES.
tGET THE NEW LNCTRL CONTENTS.
1CHECK IF INTERNAL LOOPBACK HAS BEEN SELECTED.
sSKIP SETTING INT. LOPBCK IN MAINTENANCE FIELD.
1SET INTERNAL LOOPBACK IN MAINTENANCE FIELD.
1SET UP THE LNCTRL REGS FOR SELECTED LINES.
1GET THE NEW LPR CONTENTS.
$SET UP THE LPR REGISTERS FOR SELECTED LINES.
sENABLE TX FOR ALL SELECTED LINES.

gig;

SET UP AND BEGIN LOOP WHICH HANDLES ONE LINE PER ITERATION.

6156 026046
6157 026050
6158 026054
6159 026060

005004
016705
016703
060503

gigé 026070

001452

6160 026062

036467

CLR
MOV
MOV
ADD

155052
155050
002364

155044

44:

BIT

BEQ

R4
CBDPAA,RS
CBDPLA,R3
RS,R3

sCLEAR THE LINE OFFSET.
s INITIALIZE THE TX START ADDRESS VALUE.
tGET THE LENGTH OF THE DATA PATTERN.
1CALCULATE END ADDRESS OF THE DATA PATTERN.

12¢

1SKIP SET UP IF LINE IS NOT SELECTED.

BITTBL(R4),CBMAPA

;CHECK IF THIS LINE IS SELECTED FOR INIT.

6163

6164
2{22

H
H

THIS LINE IS SELECTED FOR INITIALIZATION.

SET UP PROPER ENTRY IN NUMBER OF CHARS TO TX AND RX TABLE.
INCLUDE CHAR COUNT ON THIS LINE IN MAX ALLOWABLE CHAR TOTAL FOR ALL LINES.

6167
6168
6169
6170
6171
6172
6173
6174
6175

026072
026076
026102
026106
026112
026116
026120
026124
026126

g{;g 026134

01€701
016702
004767
010164
060167
103403
060167
103003
012767

155032
155030
173424
003442
154360

MOV
MOV
JSR
MOV
ADD
B8CS

154352

177777

154342

8CC
MOV

6§:

8¢:

CBOPLA,R1
CBDPNA,
PC.MA16V
R1,CHCNTB(R4)
R1,CHRTOT
64
R1,CHRTOT
8s
#-1,CHRTOT

1GET THE LENGTH OF THIS LINE'S DATA PATTERN.
1GET' THE NUMBER OF PATTERNS TO TX AND RX.
tCALCULATE THE TOTAL NUMBER OF CHARS TO TX/RX.
$SET UP THE NUMBER OF TX/RX CHARS FOR LINE.
+ADD TWICE THE NUMBER OF CHARACTERS TO TX/PX
3+
ON THIS LINE TO THE TOTAL NUMBER OF CHARS
+
WHICH WE WILL ALLOW TO BE RECEIVED ON

s+
+

ALL LINES.
SET MAX CHAR TOTAL TO -1 IF OVERFLOM.

2{;3

: SET UP THE DATA PATTERN END AND LENGTH FOR THIS LINE.
'-

6180 026134

gi:% 026142

016764

010364

154770

003142

003202

MOV

2{:2

CBDPLA,DPLENB(R4)

R3 ,DPENDB(R4)

;SET UP TX DATA PATTERN LENGTH FOR THIS LINE.

1SET UP TX DATA PAT END ADDRESS FOR THIS LINE.

SET UP THE TX COUNTER AND CHARACTER POINTER FOR THIS LINE.

6185 026146
2{:.6' 026152

005064
010564

003502
003342

CLR
MOV

tCLEAR THE TX COUNTER FOR THIS LINE.
1SET UP THE TX CHAR POINTER FOR THIS LINE.

gigg
6190
6191
6192
6193
6194
6195

TXCNTB(R4)
RS, TXPTRB(R4)

1+ SET UP THE TX/RX LINE ASSOCIATION OFFSET TABLE ENTRY FOR THIS LINE.

026156
026160
026166
026170
026172
026176

010402
026727
001003
006202
116202
010264

154752
005274
005234

000002

10¢:

MOV
cHP
BNE
ASR
MOVB
MOV

R4 ,R2
CBLPBA, #2
104
R2
STGTRB(R2),R2
R2, TXRXLB(RA)

1SELECT LINE OFFSET FOR NON-STAGGERED LPBK.
s TEST FOR STAGGERED LOOPBACK.
1SKIP SETTING STAGGERED LPBK IF NOT.
1FORM BYTE OFFSET INTO TABLE FROM TX LINE o.
1GET THE RX LINE CORRESPONDING WITH TX LINE.
tLOAD TX TABLE ENTRY WITH RX LINE OFFSET.

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE
6196
6197
6198
6199
6200
6201
6202
6203
6204
6205
6206
6207
6208
6209
6210
6211
6212

MACRO M1200
-

12-DEC-83 16:16

TXRINI

PAGE

107-2

SEQ

s+ SET UP THE RX COUNTERS AND CHARACTER POINTER FOR THE RX LINE WHICH
+
IS ASSOCIATED WITH THIS TX LINE.
‘

026202

026212

010562

003542
003242
003402

CLR
CLR

MOV

RXCNTB(R2)
EXCNTB(R2)

RS ,RXPTRB(R2)

1CLEAR THE RX COUNTER FOR THIS RX LINE.

1CLEAR THE EXTRA CHAR COUNTER FOR THIS RX LINE.
1SET UP THE RX CHAR POINTER FOR THIS RX LINE.

+ UPDATE THE TX START POINTER IN PREPARATION FOR THE NEXT LINE.
' -~

026216
026222
026224

026232

066705
103403

166705
000773

154716

12%:
14%:

ADD
cHP
B8LO
SuB

154676

CBOFSA,RS
R5,R3
164
CBDFLA,RS
144

sADD THE TX OFFSET TO THE TX START POINTER.
1COMPARE TX START WITH END OF DATA PATTERN.
1SKIP WRAPAROUND IF START IS BEFORE PAT END.
1SUBTRACT DATA PATTERN LENGTH FROM START.
1LOOP UNTIL START IS WITHIN DATA PATTERN.

+ UPDATE THE TX LINE NUMBER OFFSET TO THE NEXT LINE.

6213
6214 026234
6215 026236
6216
6217
6218

16%:

INC
INC

R4
R4

+ TEST FOR DONE HANDLING ALL POSSIBLE LINES ON THE DEVICE.
e

cHe

020427
002706
026246
026246

004736
000207

BLY
60%:

2: + ONUMLNS
+2

PASS
RTS

JSR

+COMPARE OFFSET WITH 2 TIMES MAX @ OF LINES.
:LOOP IF NOT ALL LINES DONE.

sRESTORE GPRS.

PC.8(SP)«

tRETURN TO PREGOS SUBRT.

162

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE
6225

MACRO M1200
-

TXROFF

12-DEC-83 16:16

.SBTTL

PAGE

H13
108

SEQ 163

GLOBAL SUBROUTINE

TXROFF

100

S8440000000000000000000000000000000008800800800000400004840800000480000008840

T
T

THIS SUBROUTINE IS USED TO TURN OFF DUT TRANSMISSION AND RECEPTION.
THIS ROUTINE ACHIEVES THIS BY BOOSTING PROCESSOR PRIORITY TO S TO

T
T
T

TURN TX AND RX OFF ROUTINE

AVOID RX INTERRUPTS AND BY CLEARING ALL THE DUT TX.ENABLE BITS TO
HALT TX (EITHER DMA OR SINGLE CHARACTER TX).
THE STATES OF THE
TX.ENABLE BITS AND THE PROCESSOR PRIORITY ARE SAVED FOR RESTORATION

WHEN TX AND RX ARE RE-ENABLED.

1¢ INPUTS:

MAPLNS - BIT MAP OF ALL POSSIBLE LINES ON THE DUT.

¢ OUTPUTS:

SAVPRI - SAVED PROCESSOR PRIORITY,
SAVTEN - BIT MAP OF TX.ENBL BITS (BIT SETIF TX.ENBL WAS SET).

i1 &

1+ CALLING SEQUENCE:
e

JSR

PC, TXROFF

;¢ COMMENTS:
s

:1¢ SUBORDINATE ROUTINES CALLED:

TXDSBL.

TXROFF::

s SAVE CONTENTS OF GPRS RO THRU RS.
R3,PREGOS
1CALL REGISTER SAVE SUBRT.

6249

6250
6251
6252
6253

6254

026260
026264
026264
026270
026272
026276
026302
026306
026 306
026310

004567

157046

104440
010067

153764

012700

000300

012705
004767
010567

177777
177124
153744

004736
000207

8888288888088 8848888848488483888888800888848088888888800880084880088488808448

SAVE

GETPRI

SAVPRI

SETPRI

@PRIO6

1GET THE PRESENT PROCESSOR PRIORITY.
TRAP
MOV
1DISABLE DUT INTERRUPTS.
Pt'lgxp

OMAPLNS ,RS
PC, TXDSBL

60%:

RS,SAVTEN

JSR

CS$GPRI
RO, SAVPRI
#PRIO6,RO

sPREPARE TO DISABLE TX ON ALL DUT LINES.
sCLEAR ALL DUT TX.ENABLE BITS.
sPRESERVE THE PREVIOUS TX.ENABLE BIT STATES.
sRESTORE GPRS.

PC.8(SP).

;RETURN TO PREGOS SUBRT.

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE
6256
6257
6258
6259
6260
6261
6262
6263
6264
6265
6266
6267
6268
6269
6270
6271
6272
6273

MACR 0 M1200
-

TXRON

.SBTTL
14¢

6281 026336

PAGE

I13
109

SEQ 164

GLOBAL SUBROUTINE

TXRON -

282885080800 08 0000400000000 0000 00000000000 ARt

ie
T
1
T

0t sttt bsdibbbttttds

- TURN TX AND RX ON ROUTINE THIS SUBROUTINE IS USED TO TURN ON DUT TRANSMISSION AND RECEPTION.
THIS ROUTINE RESTORES THE DUT TX.ENABLE BITS AND THE PROCESSOR PRIORITY
TO THE STATES SAVED BY THE TXROFF ROUTINE.

1 &

i+ INPUTS:

SAVPRI - SAVED PROCESSOR PRIORITY,

SAVTEN - BIT MAP OF TX.ENBL BITS (BIT SETIF TX.ENBL WAS SET).

i¢ OUTPUTS:
e

DUT TX.ENABLE BITS - SET TO SPECIFIED STATES.
PROCESSOR PRIORITY - SET TO SPECIFIED PRIORITY.

s+¢ CALLING SEQUENCE:
1 &

JSR

PC, TXRON

;¢ COMMENTS:

1®

:* SUBORDINATE ROUTINES CALLED:
==

6275
6276 026312

12-DEC-83 16:16

004567
016705
004767

157006
153730
177174

016700
104441

153716

004736
000207

TXRON::

SAVE

MOV
JSR

SETPRI

60¢:

TXENBL.

8288888888888 8884808848888888888088884880884430080088588000
0858008800800 00000000

PASS
arTs

JSR
SAVTEN,RS
PC, TXENBL
SAVPRI

JSR

s SAVE CONTENTS OF GPRS RO THRU RS.

RS,PREGOS
sCALL REGISTER SAVE SUBRT.
1GET THE SAVED STATES OF THE TX.ENABLE BITS.
+SET _THE SPECIFIED TX.ENABLE BITS.
tRESTORE THE PROCESSOR PRIORITY.

sRESTORE GPRS.
PC.8(SP)+

MOV

TRAP

SAVPRI RO

C$SPRI

sRETURN TO PREGOS SUBRT.

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE

MACRO M1200
- TXRREP -

6283
6284
6285
6286
6287
6288
6289
6290
6291
6292
6293
6294
6295
6296
6297
6298
6299
6300
6301
6302

12-DEC-83 16:16

.SBTTL
AR

LI S

PAGE

J13
110

GLOBAL SUBROUTINE
S

TXRREP

- REPORT FINAL TX/RX ERRORS ROUTINE

T
T

P Y

YT YT

THIS SUBROUTINE REPORTS ERRORS WHICH ARE FOUND AFTER THE COMPLETION
OF THE
X, RX, AND VERIFICATION OF DATA PATTERNS.
IT REPORTS ERRORS

DEALING WITH INCOMPLETE TX OR RX AND WITH DMA_START BITS.

1®

i1+ INPUTS:

ACTLNS - BIT MAP OF ACTIVE DUT LINES.

T
i *
T
T
i
T
T
T

OPLENB
ERRMSG
ERRNBR
RXCNTB
RXDONF
TXCNTB
TXDONF
TXINTF

;¢ OUTPUTS:
ie
e

CARRY FLAG - RESTORED TO ITS ENTERING VALUE.
ERRBLK - ADDRESS OF THE ERROR REPORTING ROUTINE (DESTROYED).
MESSAGES MAY BE PRINTED AT THE OPERATOR CONSOLE.

i1®

3¢ CALLING SEQUENCE:
e

i~ COMMENTS:
i
e
i
;e
&

LABEL AT BASE OF THE DATA PATTERN LENGTHS TABLE.
ADDRESS OF PRIMARY ERROR MESSAGE FOR THIS ROUTINE.
ERROR NUMBER OF ERROR REPORTED IN THIS ROUTINE.
LABEL AT BASE OF THE RX CHARACTER COUNTERS TABLE.
RECEPTION DONE FLAGS.
LABEL AT BASE OF THE TX CHARACTER COUNTERS TABLE.
TRANSMISSION DONE FLAGS.
CONTAINS BIT MAP OF LINES WITH DMA_START BIT ERRORS.

JSR

PC, TXRREP

THIS ROUTINE REPORTS ERRORS AT INITIAL ERRNBR THRU
INITIAL ERRMBR+2.
IF NO LINES FAILED TO COMPLETE THEIR RECEPTION OR FAILED TO
COMPLETE THEIR TRANSMISSION OR HAD DMA_START BIT ERRORS
THEN NO MESSAGES ARE PRINTED.

:0 SUBORDINATE ROUTINES CALLED: CONMAP,ER9005,ER9102,RDMAST,RRXNDON,RTXNDN.
j--

004567

156760

016704
016705
004767

156744
153614
175340

032767
001003
005767
001024

000100

005267
004767

156712
175720

032767
001003
005767
001011

000100

005267
004767
004767
010467

156664
171036
175620
156650

8888882888828 88484828848884084088888084082888840008800080888080888848880800808

TXRREP::

153572

153626

SAVE

ROR
MOV
MOV
JSR

R3
ERRNBR, R4
ACTLNS,RS
PC.RDMAST

BIT
BNE
TST
BNE

gITOG.WTIW

INC
JSR
153544

BIT
BNE
TST
BNE

153600
44

JSR

FERROR

604

ERRNBR

PC.RTXNDN

#8IT06,0PTION

1 SAVE CONTENTS OF GPRS RO THRU RS.

R3,PREGOS

sCALL REGISTER SAVE SUBRT.

sROTATE CARRY INTO GPR TO SAVE CARRY STATE.
tSAVE THE INITIAL ERROR NUMBER VALUE.
1GET THE ACTIVE LINES BIT MAP,
tREPORT ANY DMA_START BIT ERRORS.
sHAS EXTENDED ERROR REPORTING BEEN REQUESTED ?
1 YES, THEN BRANCH.
tHAS AN ERROR BEEN DETECTED ?
1BRANCH AND EXIT IF IT HAS.

s SELECT INTIAL ERROR NUMBER + 1.
tREPORT TX NOT COMPLETE IF NECESSARY.
tHAS EXTENDED ERROR REPORTING BEEN REQUESTED ?

4%
FERROR

1YES,

ERRNBR

1SELECT INITIAL ERROR NUMBER + 2.
$1GENERATE AN ASSOCIATED LINE BIT MAP,
tREPORT RX NOT COMPLETE IF NECESSARY.
tRESTORE THE INITIAL ERROR NUMBER VALUE.

604

PC,CONMAP
PC ,RRXNDN
R4 ,ERRNBR

THEN BRANCH.

tHAS AN ERROR BEEN DETECTED ?
1BRANCH AND EXIT IF IT HAS.

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE
6339 026446
6340 026450
026450
6341 026452

006103
004736
000207

M ACRO M1200
XRREP

60%:

K13

12-DEC-83

16:16

ROL
PASS

RTS

PAGE

110-1

SEQ 166

sROTATE SAVED CARRY STATE BACK INTO CARRY.

JSR

;RESTORE GPRS,
PC.8(SP)+

THIS ROUTINE PRESERVES THE
:RETURN TO PREGOS SUBRT.

INITIAL CARRY STATE.

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE

6343

MACRO M1200
- UNSDIV -

L13
111

SEQ 167

GLOBAL SUBROUTINE

T
i*
i

- 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

6348

23458

PAGE

.SBTTL

6344

6345
6346
6347

12-DEC-83 16:16

I T T

L LA S

P P

- UNSDIV -

P P Y Py P P L P Py Y

CONSIDERED TO BE UNSIGNED.

Py Y Y Y Y Y

YT YT

TIIIIYIY]Y

A SUCCESS FLAG IS NOT SET ON RETURN IF

THE QUOTIENT WAS TOO BIG TO BE CONTAINED IN 16 BITS.

)

6351

i¢ INPUTS:

THE DIVISOR,

gggi

R2 - MOST SIGNIFICANT WORD OF THE DIVIDEND, UNSIGNED,

i e

LEAST

;& OUTPUTS:

- QUOTIENT,

CARRY

6352

UNSIGNED,

SIGNIFICANT

WORD

6355

gggg

UNSIGNED,

SUCCESS FLAG,

SET

16 BITS.

THE

DIVIDEND,

s CALLING SEQUENCE:
1 &

6360

;& COMMENTS:

23323

JSR

BITS.

COMPLETE

QUOTIENT FITS

16 BITS.

PC,UNSDIV

IF THE DIVISOR IS O THE QUOTIENT IS RETURNED AS ALL ONES
(177777)

AND

THE

CARRY

6363

16 BITS.

16 BITS (177777 IF OVERFLOW).

2ggg

UNSIGNED,

IS CLEAR REGARDLESS OF

THE DIVIDEND.

s1* SUBORDINATE ROUTINES CALLED: NONE.

6364
6365

$==

6366 026454
- 026454

004567

156644

8858288824880 8888 8808844804500

UNSDIV::

SAVE

JSR

4 0040004800000 000004000000 000400 000000008000t

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

3¢

23323

s+ CHECK FOR QUOTIENT GREATER THAN 16 BITS CONDITION.
'-

6370
6371
6372
6373
gg;;

026460
026462
026464
026466
026472

010204
160104
103403
012701
000442

177777

R2,.R4
R1,.R4
24
#-1,R1
60

3¢

gg;g
6378
6379
6380
6381

MOV
SuUB
BCS
MOV
BR

+GET MSW OF DIVIDEND FOR SUBTRACT.
s1SUBTRACT DIVISOR FROM MSW OF DIVIDEND.
+IF IT DIDN'T GO, WE HAVE QUOTIENT < 16 BITS.
sSET QUOTIENT TO ALL ONES (177777),

sEXIT WITH CARRY CLEAR.

3+ SET UP COUNTERS AND VARIOUS WORKING GPRS.
026474
026476
026500
026502

ggg 026504

005004
000241
006001
006004

012700

2%:

CLR
CLC
ROR
ROR

000020

MOV

R1
R4
016. .RO

sCLEAR THE LSW OF THE DIVISOR.
tCLEAR CARRY FOR THE SHIFT OF THE DIVISOR.
s+ DIVISOR BY

s+ 2(UNSIGNED)
$SET UP INITIAL SHIFT COUNT TO 16.

;

THE SUBTRACT AND SHIFT LOOP.

6386
6387
6388
6389
6390
6391
gggg

026510
026512
026514
026516
026520
026522
026524

010246
010346
160403
005602
103402
160102
103003

4%:

MOV
MOV
SuUB
SBC
8CS
SuUB
8CC
K

6394

gggg

R2,-(SP)
R3,-(SP)
R4 ,R3
R2
64
'
R1,R2
8s

1 SAVE MSWORD OF DIVIDEND.
1SAVE LSWORD OF DIVIDEND.
1LSWORD DIVIDEND - LSWORD OF DIVISOR.
tMSWORD DIVIDEND - BORROW .
+IF BORROW FROM BORROW SUBTRACT, IT DIDN'T GO.
tMSWORD DIVIDEND - MSWORD OF DIVISOR.
+IF NO BORROW, IT WENT, CARRY IS CLEAR.

IT DIDN'T GO, SO WE SHIFT A 1 INTO THE QUOTIENT (COMPLEMENTED LATER).

s+ CARRY IS SET.
'-

6397 026526
6398 026530

012603
012602

64:

MOV
MOV

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

tRESTORE LSWORD OF DIVIDEND.
tRESTORE MSWORD OF DIVIDEND.

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE
6399 026532
6400

000401

026534

012626

MACRO M1200
- UNSDIV -

12-DEC-83 16:16
BR

M13

111-1

10¢

s+
;
‘

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

8$:

MOV
;¢

s SHIFT
'

006105
000241

104:

(SP)+,(SP).

ROR

DEC
BNE
coM

RO
44
RS

CcLC

+POP THE SAVED DIVIDEND OFF OF THE STACK.

THE RESULT OF THE SUBTRACT ATTEMPT INTO THE QUOTIENT SHIFT ’R;EG.

ROL

ROR

005300
001357
005105

SEQ 168

:GOTO SHIFT 1 INTO THE QUOTIENT.

6401

026536
026540
026542
026544
026546
026550
026552

PAGE

$SHIFT NEXT BIT INTO THE INVERTED QUOTIENT.
:DIVIDE THE
DEVISOR BY
+
2 (UNSIGNED).
i
sCOUNT THIS SHIFT AND SUBTRACT.
:LOOP FOR ANOTHER SHIFT & SUB IF NOT DONE.
:GET QUOTIENT FROM INVERTED QUOTIENT.

: NOW WE EITHER ROUND UP OR LEAVE QUOTIENT ALONE.
'-

026554
026556
026560
026564

000241
006103
103402

CcLC

ROL

SuB

R4,R3

BCS

160403
103403

BCS

:CLEAR THE CARRY FOR THE SHIFT OF THE DIVIDEND.
sMULTIPLY LSWORD OF DIVIDEND BY 2, MSWORD IS O.
+IF CARRY FROM SHIFT, ROUND UP.
$SUBTRACT DIVISOR FROM DIVIDEND.
:IF BORROW, DON'T ROUND UP.

124

143

: ROUND UP,

EXTRA SUBTRACT WENT.

026566
026570
026572

005205
001001

12%:

005305

INC
BNE
DEC

RS
14%
RS

s INCREMENT THE QUOTIENT BY ONE.
+IF NO OVERFLOW, WE LEAVE THE ROUND UP.

tDON'T LET ROUNDING CAUSE OVERFLOW.

3¢

; ALL DONE, PASS QUOTIENT AND EXIT.
'-

026574
026576

026600

010501
000261

026604

010166
004736

026606

000207

14%:;

MOV

RS,R1

60$:

PASS

RTS

SEC

:+PASS QUOTIENT BACK IN R1.
s+ INDICATE NO OVERFLOW.
MOV
JSR

tRESTORE GPRS, LEAVE THE FOLLOWING INTACT:
R1,R1SLOT(SP)
sPUT R1 IN STACK SLOT.
PC,8(SP)+
tRETURN TO PREGOS SUBRT.
iR1 - 16 BIT, UNSIGNED QUOTIENT,
:CARRY

- SET INDICATES NO OVERFLOW (SUCCESS).

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE

HACRO H1200
UPDCHR

12-DEC-83 16:16

PAGE

6439
6440

.SBTTL
GLOBAL SUBROUTINE
R
L R L L S R L
R T L P A R

6444
6445
6446

i &
i *
i *
i

6441
6442
6443

i
T
i

2:4;
4

6450

6449
6451
6452
6453
6454
6455

sgg

SEQ 169

Y P

- UPDCHR
P Y PP PR P

Py YT T YT

i*
i*
i
T
T

CHCNTB
OPENDB
DPLENB
RXCNTB
RXPTRB

BITTBL

- LABEL OF TABLE OF WORDS USED TO FORM SINGLE BIT MAPS.

BASE
BASE
BASE
BASE
BASE

OF
OF
OF
OF
OF

NUMBER OF CHARS TO TX ON EACH LINE TABLE.
DATA PATTERN END ADDRESSES TABLE.
DATA PATTERN LENGTHS TABLE.
THE RX CHARACTER COUNTERS TABLE.
THE RX CHARACTER POINTERS TABLE.

TXRXLB

BASE

TX/RX LINE NUMBER ASSOCIATION

TABLE.

FOLLOWING VARIABLES UPDATED FOR LINE ON WHICH CHAR WAS RECEIVED:
RXCNT - COUNT OF THE NUMBER OF CHARACTERS RECEIVED ON LINE.
RXDONF - RX DONE FLAGS WITH BITO FOR LINE O ... (UPDATED).
RXPTR

UPDATED

TO POINT

1®

8;‘1) 026614

R3 - LINE NUMBER TIMES 2 OF LINE ON WHICH CHAR WAS RECEIVED.

i *

6469 026610
026610

P Y Y Y P P

:* INPUTS:

:* OUTPUTS:
i&
e

6463
6464
6465
6466
6467
6468

POINTER IS SET TO THE NEXT EXPECTED CHARACTER, THE RECEIVE CHAR COLNT
IS INCREMENTED, AND THE COUNT IS CHECKED TO DETERHIM IF THE RECEPTION
IS COMPLETE.
IF THE RECEPTION IS COMPLETE THE RECEPTION DONE FLAG
IS SET FOR THE SPECIFIED LINE.

zgé

112

- UPDATE CHARACTER POINTERS AND COUNTERS ROUTINE THIS SUBROUTINE UPDATES THE POINTERS AND COUNTERS ASSOCIATED WITH
THE RECEPTION OF A CHARACTER ON A SPECIFIED LINE.
THE RECEIVE CHAR,

6458
6459
6460

N13

TO THE NEXT EXPECTED CHAR ON LINE.

;¢ CALLING SEQUENCE:
JSR
PC.UPDCHR
1
;& COMMENTS:
L
:* SUBORDINATE ROUTINES CALLED: NONE.
== 2853885888888 8884888 488880888008 44000800 008004008000 400 0000000000000ttt
004567
016302

156510
005234

UPDCHR::

SAVE

MOV

JSR
TXRXLB(R3),R2

3 SAVE CONTENTS OF GPRS RO THRU RS.
RS,PREGOS
sCALL REGISTER SAVE SUBRT.
sGET TX LINE NUMBER OFFSET FOR THIS RX LINE.

2:;%

:+ UPDATE THE RX DATA POINTER WITH WRAPAROUND AT THE END OF THE DATA PATTERN.
'-

6474 026620

6475 026624

6476
6477
6478
zzg

026626
026632
026634
026640

016301

005201

020162
103402
166201
010163

003402

MOV

INC

003142
003202
003402

24:

cHP
BLO
SuUB
MOV

RXPTRB(R3),R1

;:GET THE RX DATA POINTER FROM THE RX PTR TABLE.

R1,DPENDB(R2)
2¢
DPLENB(R2),R1
R1,RXPTRB(R3)

tCMP RX PTR VALUE WITH ADR OF END OF DATA PAT.
1 SKIP WRAPPING RX PTR AROUND IF NOT AT END.
tWRAP RX PTR AROUND TO START OF DATA PATTERN.
tUPDATE THE RX POINTER WITH THE NEW VALUE.

s INCREMENT THE RX POINTER VALUE BY 1.

3¢

s:é

i+ UPDATE THE RX CHARACTER COUNT WITH OVERFLOW DETECTION.
‘-

6483
6484
6485
6486
6487
6488

026644
026650
026652
026654
026660

016301
005201
001002
012701
010163

003542
177777
003542

6489

44:

MOV
INC
BNE
MOV
MOV

RXCNTB(R3),R1
R1
4%
#-1,R1
R1, RXCNTBCRS)

t1GET THE RX CHARACTER COUNT.
s INCREMENT THE RX CHAR COUNT VALUE BY 1.
$SKIP SETTING COUNT TO MAX IF NO OVERFLOW.
$1SET RX CHAR COUNT VALUE TO MAX VALUE.
tUPDATE THE RX CHAR COUNT WITH NEW VALUE.

3+ CHECK FOR RX COMPLETION ON THIS LINE.

2:32

s+ IF RX IS COMPLETE ON THIS LINE, SET THE CORRECT RX DONE FLAG.
‘-

6492 026664
6493 026670
6494 02667

016204
020104
103403

003442

MOV
cMP
BLO

CHCNTB(R2),.R4
R1,.R4
604

;GET THE NUMBER OF TX CHARS IN COMPLETE 7X.
1COMPARE RX CHAR COUNT WITH NUMBER OF TX CHARS.
sEXIT ROUTINE IF NOT ALL CHARS RECEIVED.

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE
g:g 026674

056367

6497 026702
26702
6498 026704

004736
000207

002364

MACRO M1200
- UPDCHR 153602

12-DEC-83 16:16
BIS

60%:

Bl4

112-1

5EQ 170

BITIBL(R3),RXDONF

PASS
RTS

PAGE

JER

TM9 A

$SET

THE RX DONE FLAG FOR THIS LINE.

1RESTORE GPRS.
PC.a(SP).

sRETURN TO PREGOS SUBRT,

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE

MACRO M1200
- VANSUP -

6500

12-DEC-83 16:16

.SBTTL

PAGE

Cl4
113

GLOBAL SUBROUTINE

SEQ 171

- VANSUP -

6501

100

6?8%

6504

THIS ROUTINE IS USED TO INITIALISE BOTH THE DUT AND THE

6506
6507
6508
6509

1.
ie
1e
i1¢ INPUTS:

STATE, PRIOR TO A SINGLE CHARACTER OR DMA TRANMISSION,
RECEPTION TEST.

6511

START ADDRESS OF DATA PATTERN TO TRANSMIT.

LENGTH OF DATA PATTERN.

8880800088000 80888000000800080480888880800088°0800800088800480000000088000040

6505

6510

6512
6513
6514

1e
1e
ie

ggiz

TRANSMISSION 7/ RECEPTION SET-UP ROUTINE

TRANSMISSION/RECEPTION CONTROL PARAMETERS

TO THE CORRECT

R1 - TX, RX LPR CONTENTS.

R4 - NUMBER OF PATTERNS TO TRANSMIT.
ACTLNS - CONTAINS A BIT MAP OF ALL CURRENTLY ACTIVE LINES.
LOPBCK - CONTAINS THE TYPE OF LOOPBACK MODE SELECTED.

CBB - LABEL AT BASE OF TX/RX CONTROL BLOCK,

i®

6517
6518
6519

¢ OUTPUTS:
e
ie

gssgz

6520
6521
6522

;e
;e
e

THE CONTENTS OF THE TX/RX CONTROL BLOCK (CCB) ARE DESTROYED.
THE INDIRECT ADDRESS FIELD OF THE DUT CSR MAY BE DESTROYED.
THE DUT'S LPR'S AND LNC'S MAY BE MODIFIED.

THE FOLLOWING POINTERS AND COUNTERS ARE INITIALISED;
CHCNT ,CHRTCT ,DPEND ,DPLEN,EXCNT ,RXCNT ,RXPTR, TXCNT,
TXPTR, TXRXL .

CHRTOT,

RXDONF,

TXDONF AND TXINTF

JSR

PC,VANSUP

25532

3¢ CALLING SEQUENCE:

6527
6528
6529
6530

i1 COMMENTS:
T
1e
s

6531

ARE CLEARED.

MODEM LOOPBACK MODE IS INHMIBITED IF IT HAS BEEN SELECTED
VIA HARDWARE P-TABLE QUESTIONS, AND INTERNAL LOOPBACK MODE
IS FORCED TO TAKE PLACE.

6532

3¢ SUBORDINATE ROUTINES CALLED: CONMAP,RXENBL
, TXRINI.

gggz

§-=

6535 026706
026706
6536 026712
6537 026716
6538 026722

ggzg 026726

004567
005067
005067
005067

005067

0888880888880 088888800000088088808000808800800088088888888800888000800888000800

VANSUP::

156412
153560
153342
153554

SAVE
CLR
CLR
CLR

153552

CLR
ie

gag

CHRTOTY
TXINTF
TXDONF

3 SAVE CONTENTS OF THE GPR'S RO THRU RS.
RS ,PREGOS
sCALL REGISTER SAVE SUBRT.
sCLEAR TOTAL RECEIVED CHAR COUNTER.
1CLEAR FLAGS USED TO LOG DMA H.OVER ERRORS.
tCLEAR THE TX DONE FLAGS.

JSR

RXDONF

1CLEAR THE RX DONE FLAGS.

SET UP THE TRANSMISSION/RECEPTION CONTROL BLOCK TO THE DESIRED STATE.

6543
6544
6545
6546
6547
6548
6549
6550
6551
6552
6553
6554
6555

026732
026736
026742
026744
026746
026752
026754
026756
026760
026764
026772
026774
027000

010167
012701
005201
005201
012721
010221
010321
010421
016721
032767
001404
012702
110221

154164
003122
000004

153206
000004
000001

153202

MOV
MOV
INC
INC
MOV
MOV
MOV
MOV
MOV
BIT
BEQ
MOV
MOVB

R1,C88
oCBB,R1
R1
R1
4,(R1).
R2,(R1).
R3,(R1).
R4,(R1).
ACTLNS,(R1).
8172,L0PBCK
24
#1,R2
R2,(R1)-.

TMM
a

1SET CONTENTS OF LPR PARAMS IN TX/RX C.BLK.
1GET BASE ADDRESS OF CONTROL BLOCK.
1 INCREMENT ADDRESS FOR NEXT WORD
sINITIALISE THE FOLLOWING IN THE CNTRL.BLK:
+ LNCTRL PARAMETER, ENABLE RECEIVERS.
3+ START ADDRESS OF DATA PATTERN.
1 DATA PATTERN LENGTH.
s NUMBER OF DATA PATTERNS TO TRANSMIT.
s+ BIT MAP OF LINES TO INITIALISE.
s TEST IF MODEM LOOPBACK MODE HAS BEEN SELECTED.
1DONT SELECT INTERNL LOPBCK IF STAGRD OR LOCAL.
1FORCE INTERNAL LOOPBACK MODE TO BE SELECTED.
s INITIALISE LOOPBACK MODE IN CONTROL BLOCK.

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE
6556 027002
6557 027004

000402
116721

6558 027010
2322 027012

6561
gssgg

005201
012711

153164

000002

)

HACRO M 200
ANS
24:

12-DEC-83
BR
MOVB

INC
MOV

16:16

PAGE

D14

113-1

41
LOPBCK,(R1).

R1
02,(R1)

S5EQ
1SKIP NEXT INSTRUCTION IF
1SET LOOPBACK MODE.

IN MODEM LOOPBACK,

+ INCREMENT ADDRESS FOR THE NEXT WORD.
1SET AMOUNT OF OFFSET EACH TX STARTS AT TO 2.

: INITIALISE THE DUT AND THE ASSOCIATED POINTERS AND COUNTERS, TO THE STATE
+ DICTATED BY THE CONTENTS OF THE TX/RX CONTROL BLOCK.
'-

2% 027016

004767

176754

JSR

PC.,TXRINI

s INITIALISE DUT.

gssgg

¢+

INITIALISE POINTERS AND COUNTERS FOR INACTIVE LINES TO ZERO.

6568
6569
6570
6571

027022
027026
027032
027034

012701
016702
005101
005102

177777
153140

MOV
MOV
COoM
coM

OMAPLNS ,R1
ACTLNS,R2
R1
R2

sGET THE LINE BIT MAP FOR ALL LINES.
1GET THE ACTIVE LINE BIT MAP,
:
i

6573 027040
6574 027044
23;2 027050

010267
005067
004767

154070
154062
176722

MOV
CLR
JSR

R2,CBMAPA
CBOPNA
PC. TXRINI

sMOVE BIT MAP TO THE CONTROL BLOCK.
1CLEAR THE REPEAT TX COUNT IN CNTRL BLCK.
1SET UP PARAMETERS FOR INACTIVE LINES.

6572 027036

040102

8IC

R1,R2

1GENERATE AN IN-ACTIVE LINE BIT MAP,

6577

s+ DISABLE RECEIVERS ON ALL LINES TO ENSURE CORRECT INITIALISATION OF ONLY THE

gg;g

+ LINES THAT ARE SELECTED.
’-

6580 027054

255:5 027060

012705

004767

177777

MOV

175312

JSR

OMAPLNS ,RS

PC.RXDSBL

1SET-UP BIT MAP FOR ALL LINES.

sDISABLE RX ON ALL LINES.

:ssgz

+ ENABLE RECEIVERS ON ASSOCIATED (RX) LINES.
.-

6585
6586
6587
6588

027064
027070
027074
027100

027100
6589 027102

016705
004767
004767
004736
000207

153102
170400
175372
604 :

MOV
JSR
JSR
PASS

ACTLNS,RS
PC.CONMAP
PC ,RXENBL

RTS

JSR

tGET THE ACTIVE LINE BIT MAP,
1GENERATE AN ASSOCIATED LINE BIT MAP,
1ENABLE RECEIVERS ON ASSOCIATED LINES.
sRESTORE GPR'S.

PC,8(SP).

tiRETURN TO PREGOS SUBRT.

172

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE
6591
6592
6593
6594
6595
6596
6597
6598
6599
6600
6601
6602
6603
6604
6605
6606
6607
6608
6609
6610
6611
6612
6613

WAIBIS

12-DEC-83 16:16

.SBTTL
100

PAGE

El4
114

SEQ 173

GLOBAL SUBROUTINE

- WAIBIS

S88040040000000000000080000000000000000000000088008000400480080000000000000040

- WAIT FOR BIT SET ROUTINE

1 &

i
i
T
i

THIS SUBROUTINE WAITS FOR THE SPECIFIED BIT TO BECOME SET.
IF THE
SPECIFIED BIT GOES TO A SET STATE WITHIN THE SPECIFIED TIME-OUT
PERIOD A SUCCESS INDICATION IS RETURNED BY THIS ROUTINE.
THE LAST VALUE WHICH IS READ LOOKING FOR THE CONDITION IS RETURNED TO

ALLOW

THE

USE

THIS ROUTINE

1 &

1+ INPUTS:
T
1
ie
ie

TO LOOK FOR DESTRUCTIVE READ CONDITIONS.

R1 - TIME-OUT VALUE AND BIT NUMBER INDICATION:
BITS 15 THRU 12 - NUMBER OF BIT TO TEST (RANGE O THRU 1S).
BITS 11 THRU O
- TIME-OUT VALUE IN MILLI-SECONDS (4095 MAX).
R2 - ADDRESS OF WORD CONTAINING THE BIT TO TEST.
MSLCNT.

1+ OUTPUTS:
ie
i e

R2 - THE LAST WORD WHICH WAS READ TO CHECK FOR THE CONDITION.
CARRY - SUCCESS FLAG (CARRY SET IF BIT SET BEFORE TIME-OUT).

i» CALLING SEQUENCE:

MOV

#130040,R1

cPASS BIT 11 (13 OCTAL) AND

T
1.

MOV
JSR

OLABEL ,R2
PC,WAIBIS

sTEST BIT IN WORD AT “LABEL"”
sWAIT 32 MS FOR BIT 11 TO SET.

i
&

6614
6615

32 (40 OCTAL) MS DELAY.

s+ COMMENTS:

6616
6617
6618
6619

1 SUBORDINATE ROUTINES CALLED: MSLGET.
jo-

156214
170000

007777

027140
6630 027142
6631
6632 027146
6633 027150
027150
027154
6634
6635 027156

MACRO M1200

002364
004767
010002
010266
004736
000207

172020

$8688804040800004000004800040008000004000000000000080000400004800000008088484800008

WAIBIS::

SAVE

JSR

R2,.R4
R1,R2
€170000,R1
#7777,R2
R2
R2
R2
R2

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

RO,R2

MOV
JSR

1 SAVE CONTENTS OF GPRS RO THRU RS.

RS,PREGOS

sCALL REGISTER SAVE SUBRT.

1SET UP THE ADORESS PARAMETER FOR MSLGET.

1 SEPERATE DELAY COUNT OUT OF PASSED PARAMETER.
1SEPERATE LINE NUMBER FIELD OF PASSED PARAM.
sPUT LINE NUMBER FIELD IN LSBYTE.
1SHIFT THE LINE NUMBER FIELD INTO THE PROPER
l
POSITION TO USE IT AS A WORD TABLE OFFSET
FOR THE TABLE LOOKUP OF THE LINE BIT MAP.

lGEY BIT MAP OF LINE TO TEST FROM TABLE.
s INDICATE THAT THE BIT SHOULD BE SET.
1WAIT FOR THE BIT TO BE SET WITHIN TIME-OUT.
1
__CARRY IS CORRECT UPON MSLGET RETURN.
1PASS LAST VALUE READ AS OUTPUT PARAMETER.
tRESTORE GPRS, EXCEPT THE FOLLOWING:
:E.:(?SLOT(SP)
1PUT R2 IN STACK SLOT.

SP)e

tRETURN TO PREGOS SUBRT.

+ R2 - LAST VALUE READ LOOKING FOR CONDITION.
1

CARRY - SUCCESS FLAG (SET IF BIT FOUND SET).

OHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE

6637

MACRO M1200
TWLNC -

12-DEC-83 16:16

PAGE

.SBTTL

GLCBAL SUBROUTINE

6640

i e
L

THIS SUBROUTINE

i &

6628
66%9

104

6641

115

SEQ 174

2288880448042 8880 0000004000000

- WTWLNC -

0000000030000 0040400400000000800840000000004s

- LINE CONTROL REGISTER SETUP ROUTINE IS USED TO SET THE DEVICE UNDER TEST (DUT) LINE

CONTROL REGISTERS (LNCTRL) TO THE SPECIFIED STATE.

FOR

The

6644
6645
6646
6647
6648
2;3

F14

i+ INPUTS:
T
T
ie
T
1e

SPECIFIED

LINES

ARE

ALTEReD.

ONLY THE LNCTRLS

RO - NEW LINE PARAMETERS.
RS - BIT MAP OF LINES TO BE ALTERED.
CSRA - CONTAINS ADDRESS OF THE DUT CSR.
IESTAT - CONTAINS THE CURRENT STATE OF THE TX AND RX INTERRUPT
ENABLE BITS IN THE CSR.
LNCTRA - CONTAINS ADDRESS OF THE DUT LNCTRL REGISTERS.

i1&

gggé

1¢ OUTPUTS:

6653
6654
6655
6656
6657

6658
6659
6660 027160
. 027160

LNCTR\.

- SPECIFIED DUT LINE CONTROL REGISTERS ARE ALTERED.

3¢ CALLING SEQUENCE:
JSR
PC,WTWLNC
ie
s COMMENTS:
1e
:1* SUBORDINATE ROUTINES CALLED: ALTFLD.
=

004567

156140

888888288888 88452888008080448888880808800048800008400088488888488808080088888888%

WTWLNC::

SAVE

JSR

3 SAVE CONTENTS OF GPRS RO THRU RS.
RS ,PREGOS
s1CALL REGISTER SAVE SUBRT.

22223’

3+ SET UP THE PARAMETERS FOR THE CALL TO ALTFLD.
'-

6664 027164

6665 027170
6666 027172
6667 027174

6668

016701

010002
010503
012704

153020

177777

MoV

MOV
MOV
MOV

LNCTRA,R1

RO,R2
RS,R3
®-1,R4

1SET UP THE REGISTER ADDRESS PARAMETER.

$SET UP THE DESIRED REGISTER CONTENTS.
1SET UP THE BIT MAP OF LINES TO ALTER.
$SELECT ALL REGISTER BITS TO BE ALTERED.

+ CALL THE SUBROUTINE WHICH ALTERS THE REGISTER CONTENTS.
'-

2;5 027200

004767

6673 027204
027204
6674 027206

004736
000207

166706

JSR
60$ :

PC.ALTFLD

PASS

RTS

JSR

sALTER THE REGISTER CONTENTS.
sRESTORE GPRS.
PC,8(SP).

;RETURN TO PREGOS SUBRT.

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL SUBROUTINE

MACRO M1200
- WTWLPR -

12-DEC-83 16:16

PAGE

116

SEQ 175

6676

.SBTTL

GLOBAL SUBROUTINE

6678
6679

ie
e

- LINE PARAMETER REGISTER SETUP ROUTINE THIS SUBROUTINE IS USED TO SEY THE DEVICE UNDER TEST (DUT) LINE

6677

1¢¢

6680

6681

6682

1 &

6683
6684

6685
6686
6687

PARAMETER REGISTERS (LPR) TO THE SPECIFIED STATE.

THE SPECIFIED LINES ARE ALTERED.

i& INPUTS
1e

RO - NEW LINE PARAMETERS.
RS - BIT MAP OF LINES TO BE ALTERED.

i e

LPRA

T
e
&

66066889

- WTWLPR -

2808228800000 008008000080000008000000804008000
0440800405800 00 0000000ttt ttts

ONLY THE LPRS FOR

CSRA - CONTAINS ADDRESS OF THE DUT CSR.
IESTAT - CONTAINS THE CURRENT STATE OF THE TX AND RX INTERRUPT
ENABLE BITS IN THE CSR.
-

CONTAINS

ADDRESS

THE

DUT

LPR.

gggg

1 OUTPUTS:

6692
6693
6694
6695
6696
6697

3¢ CALLING SEQUENCE:
JSR
PC,.WTWLPR
e
s« COMMENTS:
ie
1 SUBORDINATE ROUTINES CALLED: ALTFLD.
== 528888888888 888888808888¢8848884888880088088808808848444840880200080088840000

6698
6699 027210

s700 027210

004567

156110

WTWLPR::

LPR - SPECIFIED DUT LINE PARAMTER REGISTERS ARE ALTERED.

SAVE

JSR

; SAVE CONTENTS OF GPRS RO THRU RS.

RS ,PREGOS

1CALL REGISTER SAVE SUBRT.

3¢

g:"gé

s SET UP THE PARAMETERS FOR THE CALL TO ALTFLD.
'-

6703 027214
6704 027220
6705 027222

2;8_6’ 027224

016701
010002
010503

012708

152764

MOV
MOV
MOV

177777

MOV

LPRA,R1
RO,R2
RS,R3

$1SET UP THE REGISTER ADDRESS PARAMETER.
1SET UP THE DESIRED REGISTER CONTENTS.
$1SET UP THE BIT MAP OF LINES TO ALTER.

o-1.R4

s SELECT ALL REGISTER BITS TO BE ALTERED.

g;g

s+ CALL THE SUBROUTINE WHICH ALTERS THE REGISTER CONTENTS.
'-

g;{g 027230
6712 027234

027234
6713 027236

004767
004736
000207

166656

JSR
608 :

PC,ALTFLD

PASS

RTS

JSR
PC

tALTER THE REGISTER CONTENTS.
sRESTORE GPRS.

PC,8(SP)+

;RETURN TO PREGOS SUBRT.

DHU-11 FUNCTIONAL VERIFICATION
INTERRUPT SERVICE ROUTINE

MACRO M1200
- CLKINT -

12-DEC-83 16:16

PAGE

H14
117

SEQ 176

6715

.SBTTL

INTERRUPT SERVICE ROUTINE

6717

i s

THIS ROUTINE IS EXECUTED CLKHRZ TIMES PER SECOND.

6716

g?’{g

2288000888000 4000000000000 R0

- CLKINT

RARA RS 4008000000404 4 000000000t tdtttttttttis

TWO TIMER COUNTERS DOWN TO ZERO.

IT DECREMENTS THE

6720
6721

i1+ INPUTS:
i

g;gg

TIMER1
TIMER2

TIMER COUNTER @1.
TIMER COUNTER #2.

TIMER3 - TIMER COUNTER FOR CALL OF BREAK MACRO.

1 &

g;gg

:¢

OUTPUTS:

THE

1 &

6726

i+ CALLING SEQUENCE:

6727
6728
27,238

T
s
ie

TIMER

COUNTERS

ARE

DECREMENTED

THEY

ARE

NOT

ZERO.

PUT OCLKINT IN THE CLOCK INTERRUPT VECTOR SLOT.

PUT THE DESIRED TIME PERIOD (SECONDS TIMES CLKHRZ) IN
EITHER TIMER1 OR TIMER2 AND POLL THE RESPECTIVE TIMER
COUNTER TO DETECT ITS GOING TO O ON TIME-OUT.

i1 s

6731

;¢ COMMENTS:

6732
g;;z

1e
e

THE 2 COUNTERS WILL NOT WRAPAROUND BUT WILL STOP AT 0.

THIS

ALLOWS THE DETECTION OF A TIME-OUT ANY TIME AFTER THE TIME-OUT
HAS OCCURRED UNTIL THE TIMER COUNTER IS SET TO ANOTHER VALUE.

6735

6736
6737

005767
001402
005367

6744
6745
6746
6747
6748

005367
001006
016767
010046

027264
027270
027272
027300
027302
027302
6749 027304
6750 027306

NONE.

CLKINT::

;CHECK FOR TIMER1 AT ZERO.
;1BRANCH TO LEAVE IT AT ZERO IF IT IS ZERO.
1DECREMENT TIME COUNT.

-~ 8388888888 884823448848888800450082880808000008040000000800484880800088884080008

6738 027240
6739 027244
6740 027246

6741 027252
6742 027256
6743 027260

s+ SUBORDINATE ROUTINES CALLED:

005767
001402
005367

104422
012600
000002

153034
153026

153024

2%:

153016
153014

4a%:

153010

153004

TST
BEQ
DEC

TST
BEQ
DEC
DEC
BNE
MOV
MOV

BREAK

60¢:

MOV
RTI

TIMER1
28
TIMERL

TIMER2
44
TIMER2
TIMER3
604
BCOUNT, TIMER3

1CHECK FOR TIMER2 AT ZERO.
tBRANCH TO LEAVE IT ALONE IF IT'S ALREADY ZERO.
1DECREMENT TIME COUNT.
sDECREMENT THE BREAK COUNT.
sEXIT IF NOT TIME TO CALL BREAK.

RO, -(SP)

$SET UP TIME TILL NEXT BREAK.
s+SAVE CONTENTS OF RO FROM BREAK MACRO.

(SP)+,RO

;RESTORE CONTENTS OF RO.

;CHECK FOR OPERATOR CONTROL/C.

TRAP

C$BRK

DHU-11 FUNCTIONAL VERIFICATION
INTERRUPT SERVICE ROUTINE

MTMMACRO M1200
- RXCHRS -

6752

12-DEC-83 16:16

.SBTTL

PAGE

114
118

SEQ 177

INTERRUPT SERVICE ROUTINE

- RXCHRS -

6753

6754

6756

RX.DATA.AVAIL BIT BECOMING ACTIVE.

6758

BUFFER IN MEMORY.

e
e

BUFFER BECOMES FULL OR IF A CHARACTER IS READ FROM THE FIFO WITH THE
DATA.VALID BIT CLEAR.

6755

6757

6759
6760
6761

e
i
;e

6762
g;s

2288808800800 0000400000000 0000000000000 0000000000000 000000ttt bbbt tttts

- DMA RECEIVE INTERRUPT SERVICE ROUTINE -

THIS ROUTINE EXECUTES IN RESPONSE TO AN INTERRUPT CAUSED BY THE DUT

THIS ROUTINE READS CHARACTERS FROM

THE DUT RECEIVE CHARACTER FIFO AND DEPOSITS THEM INTO THE RECEIVE

IF THE NUMBER OF CHARACTERS IN THE RECEIVE BUFFER

EXCEEDS A SPECIFIED THRESHOLD, TRANSMISSION IS HALTED (BY CLEARING ALL
OUT TX.ENARBLE BITS) AND IF THE RECEIVE BUFFER IS FULL RECEPTION IS
HALTED (BY DISABLING RX INTERRUPTS).
THE ROUTINE EXITS IF THE RECEIVE

i &

6765

:* INPUTS:

RBUFA - CONTAINS ADDRESS OF THE DUT RX CHARACTER FIFO.

6767

RXBOTX - EQUATED TO RX BUFFER LEVEL AT WHICH TO DISABLE TX.

6766

6768

6769
6770

RXBEND - LABEL AFTER END OF THE RX BUFFER AREA IN MEMORY.

1*
e

g;_’g

RXBCNT - RX BUFFER CHARACTER COUNT.
RXBFUL
RXBIPT

- EQUATED TO THE CAPACITY OF THE RX BUFFER.
- POINTER TO NEXT AVAILABLE INPUT SLOT OF RX BUFFER.

RXBSTA - LABEL AT START OF RX BUFFER AREA IN MEMORY.

6773
6774
6775

¢ OUTPUTS:
1 e
i*

g;;g

RXBIPT - UPDATED TO POINT TO NEXT INPUT SLOT OF RX BUFFER.
RXBCNT - RX BUFFER CHARACTER COUNT (INCREMENTED).
TXENBM - MAP OF PREVIOUS DUT TX.ENABLE STATES.

CARRY -

6778
2;;3

s CALLING SEQUENCE:
T
L

6781

s« COMMENTS:

“SUCCESS” FLAG (SET IF BUFFER IS NOT FULL).

PUT

THE ADDRESS OF THE LABEL RXCHRS IN THE VECTOR

LOCATION.

IF THE RX BUFFER IS FULL UPON ENTRY,

THIS ROUTINE ABORTS THE

6784

3¢ SUBORDINATE ROUTINES CALLED: RXIEO,TXDSBL.

2;:2

== 38888328888348284088888800808808888808888888808800484804002088400804800000000000

6787 027310
6788 027312

010246
017702

6791 027320
6792 027326

g;gz 027316

100054

6793
6794
6795
6796
6797

027330
027334
027340
027346
027354

026727
103402
004767
010277
062767
026727
103403

6800
6801
6802
6803
6804
6805
6806
6807
6808

027364
027370
027376
027400
027404
027406
027410
027414
027420

27733 027356

RXCHRS: :
24:
MOV

152664
153372

000100

172562
153354
000002
153342

153346
003120

012767

002720

153330

005267
026727
002745
005767
100413
010546
012705
004767
010567

153326
153322

000030

153102
177777
176006
152636

64:

MOV
R2, -(SP)
$1SAVE CONTENTS OF GPR R2.
SRBUFA,R2
+READ A CHARACTER FROM THE DUT RX FIFO.

BPL

604

|EXIT THE ROUTINE IF THE DATA.VALID BIT IS CLR.

cHp
BLO

RXBCONT ,0RXBFUL
a4

1SKIP ABORT IF BUFFER IS NOT FULL.

;COMPARE BUFFER COUNT WITH BUFFER CAPACITY.

JSR
MOV
ADD
cHp
BLO
MOV

PC,.00PS
R2,8RXBIPT
2, ,RXBIPT
RXBIPT,#RXBEND
64

MRXBSTA ,RXBIPT

sABORT, MUST BE A PROGRAM BUG.
tPUT THE CHAR IN THE BUFFER.
tUPDATE POINTER TO THE NEXT BUFFER SLOT.
;CHECK IF POINTER SHOULD WRAP AROUND.
1SKIP WRAPAROUND IF POINTER IS NOT AT END.
atRAP INPUT POINTER AROUND.

INC
cHP
BLT
TST
BMI
MOV
MOV
JSR
MOV

RXBCNT
RXBCNT, #RXBDTX
)
TXDBLF
8¢
RS, -(SP)
MAPLNS ,RS
PC, TXDSBL
RS, TXENBM

sCOUNT THIS CHARACTER AS BEING IN THE BUFFER.
;CHECK FOR BUFFER AT DISABLE TX LEVEL.
1SKIP DISABLING TX IF BUFFER LEVEL NOT CORRECT.
|C"£CK STATE OF TX DISABLE FLAG
1BRANCH IF TRANSMISSION lLREADY "DISABLED.
lSAVE THE VALUE OF GPR RS.
1SPECIFY THAT ALL LINES SHOULD BE AFFECTED.
tCLEAR THE TX ENABLES FOR ALL LINES.
1SAVE PREVIOUS TX ENABLE STATES IN STORAGE.

DHU-11 FUNCTIONAL VERIFICATION
INTERRUPT SERVICE ROUTINE
6809
6810
6811
6812
6813
6814
6815
6816
6817
6818

027424
027426

012605
012767

027434
027442

MACRO M1200
- RXCHRS -

100000

153052

026727
103723

153256

000100

027444

004767

175116

027450
027452

012602
000002

12-DEC-83 16:16

MOV

85$:

60$:

PAGE

S—

J14

118-1

SEQ 178

tRESTORE GPR RS,

MOV

0BIT1S, TXDBLF

tPREVENT TX FROM BEING DISABLED AGAIN.

CMP
8LO

S:BCNT.ORXBFUL

sCHECK FOR BUFFER FULL CONDITION.
1LOOP TO READ ANOTHER CHAR IF BUFFER NOT FULL.

JSR

PC,RXIEO

1BUFFER IS FULL, DISABLE RX INTERRUPTS.

MOV
RTI

(SP)+,R2

sRESTORE R2 TO ITS SAVED VALUE.

DMU-11 FUNCTIONAL VERIFICATION
TRAP SERVICE ROUTINE

MACRO M1200
-

TP4BRT

12-DEC-83 16:16

PAGE

K14
119

SEQ 179

6820

.SBTTL

TRAP SERVICE ROUTINE

6822

i ¢

BUS TIME-OUT TRAP (004 TRAP) SERVICE ROUTINE -

6821

6823

22042

6824

6825

6826
gggg

i
.

AR AR R

- TP4BRT -

AR AR AR A0 040 A0 4004400000000 00000ttt bbbttt

THIS ROUTINE IS USED DURING THE DMA ADDRESS TEST.

IT DETERMINES IF THE 004 TRAP WAS CAUSED BY AN "EXPECTED” ERROR OR

NOT BY EXAMINING THE RETURN PC VALUE ON THE STACK.

IF THE TRAP IS

UNEXPECTED, THIS ROUTINE JUMPS TO THE NORMAL DIAGNOSTIC SUPERVISOR
004 TRAP HANDLING ROUTINE.

6829
683C
g;;

RA AR

:* INPUTS:
i
)

SP - POINTS TO THE PC WHERE THE TRAP OCCURED.
TRPAD2 - LABEL AT THE ADDRESS WHERE "EXPECTED” TRAPS OCCUR.
TP4AFLG - 004 TRAP FLAGS.

3332

i¢ OUTPUTS:
1 *

6835

1# CALLING SEQUENCE:

2:;_6;

1 *

6838
6839
g::g

;& COMMENTS:
e
T

6847 027462
6848 027466
6849 027474

OCCURENCE OF 004 TRAP VECTORS TO THIS ROUTINE.

ANY 004 TRAP WHICH OCCURS AT AN ADDRESS OTHER THAN THAT LABELED
TRPAD2 WILL BE HANDLED BY THE NORMAL 004 TRAP SERVICE ROUTINE.
THIS ROUTINE IS USED IN CONJUNCTION WITH CKTRPB SUBROUTINE.

:* SUBORDINATE ROUTINES CALLED: NONE.

6843
6845 027454
6846 027460

PUT ADDRESS POINTED TO BY TP4BRT IN 004 VECTOR.

6842
6844

TPAFLG - BIT 1S IS SET IF "“EXPECTED” TRAP OCCURED.

182888888 8484048048840484080 0480800008040 2 0000480040040 0400008480 0400005000080 000004s
021627
001402

000177
052767
000002

017412
152570
100000

TP4BRT::
152560

2%:

CMP
BEQ
JMP
BIS
RTI

(SP),oTRPAD2
-4
8TP4AVEC
#BIT1S,TPAFLG

s COMPARE EXPECTED ADDR WITH TRAP RET PC.
s IF THEY MATCH, CONTINUE THIS ROUTINE.

+IF NOT, JUMP TO NORMAL 004 TRAP SERVICE RTN.
$;SET THE 004 TRAP OCCURED FLAG.

sALL DONE,

GO BACK TO THE TEST.

MACRO M1200
- TP4RTN -

12-DEC-83 16:16

PAGE

L14
120

SEQ 180

6851
6852
6853

.SBTTL
GLOBAL TRAP SERVICE ROUTINE
- TP4RTN AL L LS S T L
I R T S L P
P PP Y T P P Y
Yy
i
BUS TIME-OUT TRAP (004 TRAP) SERVICE ROUTINE -

6855

6854

i .

6856
ggg;

i .
i

THIS ROUTINE DETERMINES IF THE 004 TRAP WAS CAUSED BY

"EXPECTED" ERROR OR NOT BY EXAMINING THE RETURN PC VALUE ON THE

STALL. IF THE TRAP IS UNEXPECTED, THIS ROUTINE JUMPS TO THE NORMAL
DIAGNOSTIC SUPERVISOR 004 TRAP HANDLING ROUTINE.

]

6859

66“2863

i+ INPUTS:
e

SP - POINTS TO THE PC WHERE THE TRAP OCCURED.
ADRPTR - LABEL AT THE ADDRESS WHERE "“EXPECTED” TRAPS OCCUR.

TP4AFLG

6860
6861

004

TRAP FLAGS.

ggg;

i+ OUTPUTS:

6866
ggg;

1* CALLING SEQUENCE:
i
L

6869
33‘1’

s* COMMENTS:
i

PUT ADDRESS POINTED TO BY TP4RTN IN 004 VECTOR.
OCCURENCE OF 004 TRAP VECTORS TO THIS ROUTINE.

ANY 004 TRAP WHICH OCCURS AT AN ADDRESS OTHER THAN THAT LABELED
ADRPTR WILL BE HANDLED BY THE NORMAL 004 TRAP SERVICE ROUTINE.

1 &

6872

s* SUBORDINATE ROUTINES CALLED: NONE.

6873

6874
6875
6876
6877
6878
6879

TP4AFLG - BIT 15 IS SET IF “EXPECTED” TRAP OCCURED.

(0824200048400
027476
027502
027504
027510
027516

021627
001402
000177
052767
000002

017362
152546
100000

TP4RTN::
152536

2%:

CMP
BEQ
JMP
BIS
RTI

L AL

ARARRARRLRLRAEEREARRERRABABERDARRN

(SP),0ADRPTR
24
8TP4VEC
OBIT1S,TPAFLG

AR NS RSB AERBRLLRRS B

bhbEd

1COMPARE EXPECTED ADR AGAINST TRAP RET PC.
s IF THEY MATCH, CONTINUE THIS ROUTINE.
+IF NOT,JUMP TO NORMAL 004 TRAP SERVICE RTN.
;SET THE 004 TRAP OCCURED FLAG.
sALL DONE, GO BACK TO THE TEST.

DHU-11 FUNCTIONAL VERIFICATION
GLOBAL TRAP SERVICE ROUTINE

DHU-11 FUNCTIONAL VERIFICATION
INTERRUPT SERVICE ROUTINE

HACRO H1200
TXDMA

6881

12-DEC-83 16:16

.SBTTL

M14
121

SEQ 181

INTERRUPT SERVICE ROUTINE

LI IS

6886
632;
6
6889

T
NEW DMA BUFFER OF CHARACTERS OR SETS THE TX DONE FLAG FOR THE CORRECT
i .
LINE IF TX IS COMPLETE ON THAT LINE.
%
i« INPUTS:
BITTBL - LABEL OF TABLE OF WORDS EACH WITH A BIT SET.

6891
6892
6893

i
i
i

Y Y

P YT

CNCNTB - BASE OF @ OF CHARS TO TX/RX TABLE.

IESTAT - PRESERVED STATES OF THE DUT INTERRUPT ENABLE BITS.

CSRA - CONTAINS THE ADDRESS OF THE DUT CSR.
DPENDB - BASE OF THE DATA PATTERN END TABLE (ENTRY PER LINE).
OPLENB - BASE OF THE DATA PATTERN LENGTH TABLE.

i
]

6898
6899
2‘;.9?01

THIS ROUTINE EXECUTES IN RESPONSE TO AN INTERRUPT CAUSED BY THE DUT
TX.ACTION BIT BECOMING ACTIVE.
THIS ROUTINE INITIATES THE TX OF A

gggg

- DMA TRANSMIT INTERRUPT SERVICE ROUTINE

P
i

6895

P A

6883

6894

TXDMA

6890

6882

6884
6885

PAGE

i+ OUTPUTS:
i
i*

TXCNTB

- LABLE AT BASE OF THE TX CHARACTER COUNTER TABLE.

TXPTRB

LABEL AT BASE OF

THE

TX DATA PATTERN POINTERS

TABLE.

TXCNTX - COUNTERS INCREMENTED FOR LINES ON WHICH CHARS SENT.
TXDONF - TX DONE FLAGS SET FOR LINES WHICH HAVE SENT ALL CHARS.
TXINTF - TX INT FLAGS (BIT SET IF DMA.HO FOUND SET ON LINE).

1 *

6902
6903
6904
6905
6906
6907

6%
6
6910 027520
027520
6911 027524
6912 027530

ggfi 027532

i# CALLING SEQUENCE:
PUT THE ADDRESS OF THE LABEL TXDMA IN THE VECTOR
i
LOCATION.
1®
s+ COMMENTS:
L
:# SUBORDINATE ROUTINES CALLED: DODMA.
§-=

004567
017701

010100

S888885485 8088580008888 4 0008040004800

TXDMA::

155600
152450

SAVE
MOV
MOV

000402

JSR
8CSRA,R1
R1,RO

6915
6916
6917
6918

3+
s+
s+
3

23%3

4 0000080000584 004 0040008008000 000 0000048

s SAVE CONTENTS OF GPRS RO THRU RS.
R3,PREGOS
;CALL REGISTER SAVE SUBRT.
sREAD THE CONTENTS OF THE DUT CSR.

+SAVE INITIAL CONTENTS OF IND.ADR.REG FIELD.

$BRANCH TO SKIP DOUBL READING OF DUT CSR.

READ THE CONTENTS OF THE DUT CSR.
THIS WILL CLEAR THE TX.ACTION CSR BIT.
IF TX.ACTION IS NOT SET, EXIT THIS ROUTINE.
DETERMINE THE LINE FOR WHICH THE TX.ACTION WAS SET.
CALCULATE AN OFFSET FOR USE IN ACCESSING TABLES (2 TIMES THE LINE NUMBER).

+ GET THE BIT MAP OF THIS LINE.
‘-

6921
6922
6923
6924
6925
6926
ggg;

027534
027540
027542
027544
027550
027552
027554

017701
100033
000301
042701
010104

006304
016405

152440

24:
4%:

177760

002364

MOV
BPL
SWAB
8IC
MOV
ASL
MOV

8CSRA,R1
604
R1
#177760,R1
R1,R4
R4
BITTBL(R4),RS

tREAD THE CONTENTS OF THE DUT CSR.
1EXIT ROUTINE IF TX.ACTION IS CLEAR.
1CALCULATE THE LINE NUMBER OF THE LINE WHICH IS
s
ASSOCIATED WITH THE TX.ACTION.
uCALCLI..ATE AN OFFSET FOR USE IN ACCESSING
LINE CMTER AND POINTER IN TABLES.
lGET THE BIT MAP OF THIS LINE.

6929
6930

3 GET THE TX CHARACTER COUNTER FOR THIS LINE.
s+ IF ALL THE CHARACTERS HAVE BEEN SENT FOR THIS LINE:

6931

6932
gggz

:
'

SET THE TX DONE FLAG FOR THIS LINE.

DON'T SEND A CHAR TO THE LINE (NO MORE TX.ACTIONS ON THIS LINE).
LOOP TO CHECK THE TX.ACTION FOR ANOTHER LINE.

6935 027560

6936 027566

026464

103403

003502

003442

CcMP

8LO

TXCNTB(R4),CHCNTB(R4)

;COMPARE & CHARS SENT AND TX COUNT.

1GO TO SEND A CHAR IF NOT ALL CHARS SENT.

PHU-11 FUNCTIONAL VERIFICATION

INTERRUPT SERVICE ROUTINE

6937 027570
ggig 027574

050567

000757

MACRO H1200

12-Dt ©-83

TXDMA

152706

BIS

16:16

PAGE

N14
121-1

RS, TXDONF
24

SEQ

$SET THIS LINE'S TX DONE FLAG.

;LOOP TO CHECK TX.ACTION AGAIN.

6940
6941
gg:g

: START THE DMA OF THE NEXT BUFFER (DATA PATTERN) ON THIS LINE.
H
GET THE DATA PATTERN LENGTH FOR THIS LINE.
H
GET THE START ADDRESS OF THE DATA PATTERN.
'-

6944 027576
234‘2 027602

016403
016402

003202
003342

MOV
MOV

DPLENB(R4),R3
TXPTRB(R4),R2

:PASS DATA PATTERN LENGTH FOR LINE TO DODMA.
:PASS THE TX START ADR TO DODMA.

HE4

gg:;

6949 027606

2322 027612

004767

103403

170172

WRITE DMA PARAMETERS TO THE DUT.

JSR

PC,DODMA

BCS

8¢

:SKIP ERROR IF DODMA WAS SUCCESSFUL.

233%

SET THE PROPER BIT OF THE TX INTERRUPT FLAGS TO INDICATE THE LINE ERROR.

6954 027614
gggg 027620

050567
000402

152444

BIS
BR

RS, TXINTF
10¢

s+INDICATE THE ERROR.
1SKIP UPDATING POINTERS AND COUNTERS.

6957

23553

UPDATE THE TX CHARACTER FOR THIS LINE.

i UPDATE THE TX BUFFER POINTER FOR THIS LINE.
8-

gggg 027622

060364

003502

8%:

ADD

R3,TXCNTB(R4)

232§

:ADD THE DATA PAT LENGTH TO THE TX COUNT.

: LOOP TO CHECK THE TX.ACTION BIT FOR ANOTHER LINE.
‘-

ggg 027626

000742

6966
6967
6968
6969
6970

016701
042700
050001
010177

027630
027634
027640
027642
027646
027646
6971 027650

004736
000002

152400
177760
152332

10¢:

2¢

:LOOP BACK TO CHECK TX.ACTION BIT AGAIN.

60¢:

MOV
8IC
BIS
MOV

IESTAT,R1
€177760,RO
RO,R1
R1,8CSRA

sGET THE PRESENT STATES OF TX.IE & RX.IE BITS.
tGET SAVED IND.ADR.REG FIELD BITS.
sCOMBINE IND.ADR.REG FIELD BITS WITH IE BITS.
;RESTORE THE DUT CSR IND.ADR.REG FIELD.
;RESTORE GPRS.
PC.8(SP)+
;:RETURN TO PREGOS SUBRT.

PASS

RTI

JSR

182

DHU-11 FUNCTIONAL VERIFICATION
INTERRUPT SERVICE ROUTINE

MACRO M1200
TXDMA

12-DEC-83 16:16

PAGE

B15
122

183

6973
6974
6975
6976
6977
6978
6979
6980
6981
6982
6983
6984
6985
6986
6987
6988
6989 027652

.SBTTL

:
¢

027654

6992
6993
6994
6995 027656
027656
027656

THE REPORT CODING SECTION CONTAINS THE
"PRINTS” CALLS THAT GENERATE STATISTICAL REPORTS,
BGNRPT

000167

EXIT

LS$RPT:
:
RPT

000000

.WORD
WORD

L10016-2-.

TRAP

CSRPT

JEUMP

.EVEN
ENORPT

L10016:

104425

t—

027652

REPORT CODING SECTION

027652

6991 027652

FVTA.RPT

be———

6990

"l
W 4

DHU-11 FUNCTIONAL VERIFICATION
PROTECTION TABLE

6997
6998
6999

MACRO M1200

12-DEC-83 16:16

.SBTTL

7000
7001
7002
7003
7004
7005
7006
7007
7008

PAGE

3
123

PROTECTION TABLE

FVTSKLA.P11

jee

+ THIS TABLE IS USED BY THE RUNTIME SERVICES

7009
7010
7C11

TO PROTECT

THE LOAD MEDIA.

‘0‘

7012 027660

BGNPROT

027660

7013
7014 027660
7015 027662
7016 027664
7017
7018 027666
7019

177777
177777
177777

-1
-1
-1

ENDPROT

L$PROT::
t1OFFSET INTO P-TABLE FOR CSR ADDRESS
s1OFFSET INTO P-TABLE FOR MASSBUS ADDRESS
sOFFSET INTO P-TABLE FOR DRIVE NUMBER

DHU-11 FUNCTIONAL VERIFICATION

PROTECTION TABLE
7034
7C35
7036
7037
7038
7039
7040
7041
7042
7043
7044
7045
7046
7047
7048
7049
7050
7051
7052
7053
7054
7055 027666

7065
7066 027716

027716
027722
7067 027724
027724
7068 027726
7069 027732
7070 N27732
027732

7071
7072
7073
7074 027734

027734
027740

LA L L

SEQ 185

L e L LS

AL DL

L EL L E L CE T

n i

T ST L2 2Tt C LT

e T

a2 et 2

FVTC.INI

.SBTTL

INITIALIZE SECTION

1 e

1e
L

)

L DL 1 S P I

T S

AL PP LT

CTT E P

P LT 2T o222 22222 T neTr ¢ 222t 7Y

THIS SECTION CONTAINS THE CODE WHICH IS PERFORMED AT THE BEGINNING OF

EACH PASS OR AFTER

A CONTINUE COMMAND.

THIS CODE PERFORMS THE FOLLOWING ACTIONS:

MOVES THE INFORMATION HELD IN THE HARDWARE P-TABLE INTO THE GLOBAL
DATA AREA.

1
100000004823 088008488080080880808800084808008800808800888080080800558848080088888888
‘--

BGNINIT
:1SEE IF PROGRAM JUST STARTED, BR IF YES

012700
104447

027706
027712
7064 027714
027714

124

1808888888888 888000808080808088880004588080A088880080400480088000288408888080888048

027676
027702
7061 027704
027704

7062
7063 027706

PAGE

jee

012700
104447

7059
7060 027676

AL AT L LT LAt

027666
027672
027674
027674

' 7058

12-DEC-83 16:16

027666

7056
7057 027666

MACRO M1200

D15

READEF

104447

READEF

000037

@OEF.RESTART

BCOMPLETE

000035

000036

BR IF YES

NEWPAS

$SEE IF PROGRAM WAS JUST CONTINUED
READEF
@EF .CONTINUE

BNCOMPLETE

103161
000167

NEWRES

$SEE IF THIS IS A NEW PASS,
READEF #OEF .NEW

BCOMPLETE

103555

012700
104447

NEWSTA

;SEE IF PROGRAM JUST RESTARTED, BR IF YES

103556
012700

@OEF ,.START

BCOMPLETE

103416

L$INIT::

NEWSTA:

104433

JMP

GETPRM

ENDIT

BRESET

MOV
TRAP

9EF .START
RO
CS$REFG

BCS

NEWSTA

MOV
TRAP

QEF .RESTART
RO
CSREFG

BCS

NEWRES

MOV
TRAP

QEF .NEMW,RO
CS$REFG

B8CS

NEWPAS

MOV
TRAP

@EF .CONTINUE
,RO
CS$REFG

8cC

GETPRM

sRESET THE BUS TO PREVENT ILLEGAL INTERRUPTS.
TRAP

CS$RESET

MOV
TRAP

&'L.RO
CsCLCK

3 SET UP FOR LINE TIME CLOCK INTERRUPTS.
‘-

012700
104462

000114

CLOCK

L.R1

1GET THE CLOCK PARAMETERS.

DHU-11 FUNCTIONAL VERIFICATION
INITIALIZE SECTION
7075
7076
7077
7078
7079
7080
7081
7082
7083
7084

027742
027744
027750
027754
027760
027764
027772
027774

MACRO M1200

010001
012167
012167
012167
012167
026727
001004
012767

152320
152316
152314
152312
152306

000062

000024

152306

012767

000021

152276

016746
012746
016746
012746

150262
027240
152246
000003

000403

12-DEC-83 16:16

MOV

2s:

000010

MOV

PAGE

SEQ 186

MOV

RO,R1

(R1)+,CLKVEC
(R1)+,CLKHRZ
CLKHRZ,#50.

1STORE CLOCK CSR ADDRESS.
+STORE CLOCK BUS REQ INT LEVEL.
$STORE CLOCK INTERRUPT VECTOR.
1STORE CLOCK FREQUENCY.
s TEST FOR SOMZ LINE FREQUENCY.
1BRANCH IF CLOCK IS NOT SOHZ.
s INDICATE 20MS PER CLOCK TICK.

CLKVEC, @CLKINT,PRIO6

s INDICATE 17 MS PER CLOCK TICK.
s INITIALIZE CLOCK INTERRUPT VECTOR.

28
020. ,MSTICK
44
017, ,MSTICK

MOV

C(L)KH!ZRO

152234

MOV
SETPRI

RO,BCOUNT
@PRIOS

000240

124-1

(R1)+,CLKCSR

152232

ASL

ELS

MOV
MOV
MOV
MOV
TRAP

ADD
IINITIALIZE THE BREAK COUNT

OCLKINT, -(SP)

C$SVEC

€10,SP

TO CAUSE
A BREAK

s+ EVERY 2 SECONDS.
sALLOW CLOCK INTERRUPTS 'D'IJSMBLE OTHERS.
TRAP

#PRIOS,RO

C$SPRI

s+ ENABLE THE LINE TIME CLOCK (LTC) CHECKING TO MAKE SURE THAT THE CSR
+ IS ACCESSABLE.
:
FIRST SET UP TO CATCH ANY 004 TRAPS WHICH OCCUR:
'

030060
030066

016767
012767

147720
027476

—

152170
147710

MOV
MOV

4,TPAVEC
OTPARTN, 4

1SAVE THE EXISTING 004 TRAP VECTOR.
1SET 004 TRAP VECTOR TO OUR SERVICE RTN ADR.

i
030074
030100
030106
030112
030116
030122
030130
030132
030136

005067
012767
012700
016701
004767
016767
103403
005067
000402

152154
000100
002266
152152
167226
152130

ENABLE LTC CHECKING FOR 004 TRAP IN CASE CSR IS NOT THERE.
TPAFLG

tCLEAR THE 004 TRAP FLAG.

OWORD1 , RO

1SET UP WORD1 AS THE CKTRAP MOVE SOURCE.

#8176, MI

152160

CLKCSR,R1
PC,CKTRAP

TPAVEC, 4

147654

6¢

CLKHRZ

152140

8¢

$SET UP TO SET BIT6 OF THE LTC CSR.

1SET UP LTC CSR AS DESTINATION FOR CKTRAP MOVE.
sMOVE AND CHECK FOR TRAP

IRESTORE THE NORMAL 004 TRAP VECTOR.
+IF NO TRAP,

LTC IS THERE SO CONTINUE.

1CLEAR LTC FREQUENCY WORD TO INDICATE NO LTC
1BYPASS THE FOLLOWING CALIBRATION PROCEDURES

s+ CALIBRATE THE DELAY ROUTINE MILLI-SECOND DELAY COUNT VALUE.
'-

030140

004767

166020

64:

JSR

PC,CALMSL

s+ CHECK FOR MEMMORY MANAGEMENT PRESENT ON THIS MACHINE.
s+ IF MEM MGT IS PRESENT, DISABLE IT.
030144

7117 030152
7118 030160

030164
030170
030174
7122 030200

016767
012767

147634
027476
152070
152076

152114
152114

152104
147624

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.
1CLEAR THE 004 TRAP FLAG.
tPREPARE TO CLEAR THE MEM MGT SRO REGISTER.
1 SELECT CLEARED WORD AS CKTRAP RTN SOURCE.
1 SELECT MEM MGT SRO REGISTER AS DESTINATION.
1 INDICATE NO MEM MGT PRESENT IN CASE IT ISN'T.

OHU-11 FUNCTIONAL VERIFICATION
INITIALIZE SECTION
7123 030204
7124 030210

7125 030214
7126 030222
7127 030224
7128 030232
7129 030236
7130
7131 030242

030242
7132 030244
7133
7134 030250
7135 030250
7136
7137
7138
7139
7140
7141
7142
7143
7144
7145
7146
7147
7148
7149
7150

104433

152112
167134
152036

147562

000001

152066

152004

12-DEC-83

CLR

000006

JSR

108
NEWRES:

005067

151772

012767

177777

'
151720

NEWPAS :

16:16

PAGE

F15

124-2

MMENAB

PC,CKTRAP

SEQ 187

+ INDICATE MEM MGT IS NOT ENABLED.

NEWPAS

tCLEAR THE MEM MCT SRO REG AND CHECK FOR TRAP,
tRESTORE THE NORMAL 004 TRAP VECTOR.
1SKIP INDICATING MEM MGT PRESENT IF IT ISN'T
s INDICATE THAT MEM MGT IS PRESENT.
1CLR_ COUNTER USED IN REPORTING ROM VERSION .
1SKIP AROUND THE BUS RESET, IT'S BEEN DONE.

CLR

PASCNT

sRESET THE BUS TO PREVENT ILLEGAL INTERRUPTS.
TRAP
CS$RESET
1LLR COUNTER USED IN REPORTING ROM VERSION ¢.

MOV

0-1,UNITN

+RESET LOGICAL DEVICE TO -1

MOV
BCC
MOV
CLR

JNP

TPAVEC,4
10
o1,MMPRES
PASCNT

BRESET

+ INCREMENT THE PASS COUNTER, CORRECT FOR ANY OVERFLOW.
THIS COUNTER IS USED IN THE ROM VERSION TEST.
+
030256

030264
030270
030270
030274
030302

030304
0303C4
030310
030312
7151 030314
030314
7152 030316
7153
7154
7155
7156
7157
7158
7159
7160
7161
7162
7163
7164
7165
7166
7167
7168
7169
7170
7171
7172
7173
7174

005067
004767
016767
103003
012767
005067
000167

MACRO M1200

030320
030324
030326
030332
030336
030342
030352

005267

001002
005367

INC
BNE
DEC

151760
151752

005267
026767
002362

151702
151676

016700
104442
010001

151666

151510

INC
cHP
BGE

UNITN

$SET PASS COUNT TO 177777 OCTAL.

GPHARD

UNITN,R1

UNITN,LSUNIT
NEWPAS

BCOMPLETE

151654

s INCREMENT THE PASS COUNTER.
tBRANCH IF WE HAVE NOT YET! OVERFLOWED.

s+ GET THE HARDWARE PARAMETERS FOR THIS UNIT.
GETPRM:

103401
000764

012167
012102
010267
062702
010267
012167
112167
111167

PASCNT
GETPRM
PASCNT

304 :

151634
000004

151626
151624
151622
151617

s INCREMENT LOGICAL DEVICE NUMBER
1SEE IF MAXIMUM UNIT NO. EXCEEDED
iBR IF YES

$GET P-TABLE POINTER INTO R1

304

GETPRM

1BR IF DEVICE AVAILABLE

(R1)+,CSRA
(R1)+,R2
R2,RXVECA
o4, ,R2
R2, TXVECA
(R1)+,ACTLNS
(R1)+,LOPBCK
(R1),BRLEVL

MOV

UNITN,RO
C$GPHRD
RO,R1

8CS

30¢

1SKIP THIS DEVICE

jsesssssssss HARDWARE PARAMETER MOVING CODE

MOV
MOV
MOV
ADD
MOV
MOV
MOVB
MOV

MOV
TRAP

ssssssssssssssss

1STORE DHU-11 CSR ADDRESS IN DEV.REG.ADDRESS TABLE
1GET THE RX INTERRUPT VECTOR ADDRESS.
1STORE RX INT VECTOR ADDRESS.
tCALCULATE TX INTERRUPT VECTOR ADDRESS.
1STORE TX INT VECTOR ADDRESS.
1STORE DHU-11 ACTIVE LINE BIT MAP
1STORE DMU-11 LOOPBACK MODE
1STORE DHU-11 INTERUPT BUS REQUEST LEVEL

'
i

CALCULTATE DEVICE REGISTER ADDRESSES,AND PUT THEM IN THE
DEVICE REGISTER ADDRESS TABLE.

030356
030364
030366
030372
030376
030400

016701
005201
005201
012703
012702
010122
005201

MOV

151616
000007
002202

124:

INC
INC
MOV
MOV
MOV
INC

CSRA,R1

R1
R1
®7,R3
#RBUFA,R2
R1,(R2)+
R1

1COPY CSR ADDRESS

s INCREMENT CSR ADDRESS
+ COPY BY 2.
1SET UP REGISTER COUNT
1GET LOCATION WHERE RBUF ADDRESS GOES IN TABLE
1STORE REGISTER ADDRESS IN TABLE
+ INCREMENT REGISTER ADDRESS

OHU-11 FUNCTIONAL VERIFICATION
INITIALIZE SECTION
7175
7176
7177
7178
7179
7180
7181
7182
7183
7184

030402
030404
030406

MACRO M1200

12-DEC-83 16:16

005201

005303
001373

PAGE

G15

124-3

)

INC

s+ BY 2,FOR THE NEXT DEVICE REGISTER.

BNE

124

1LOOP IF NOT DONE

DEC

SEQ 188

1DECREMENT REGISTER COUNT

:
)

030410
030414

7185 030424

7186 030426
7187 030430
7188
7189
7190
7191
7192
7193
7194
7195
7196

012700
012701
010067
005020
020001
103775

INITIALISE THE BMP CODE QUEUE,
-

002512
002712

152064

144

MOV
MOV
MOV

o8MPCAB ,RO
oBMPCQE ,R1
RO,BMPCQP

1GET THE START ADDRESS OF THE QUEUE.
1GET THE END ADDRESS OF THE QUEUE.
1SET THE POINTER TO THE START OF THE QUEUE.

cHP

RO,R1

1CHECK IF END OF QUEUE HAS BEEN REACHED.

CLR

BLO

(RO)+
144

tCLEAR OUT THE CONTENTS OF THE QUEUE.

sLOOP IF NOT ALL DONE.

s+ REPORT THE UNIT NUMBER IF THE SOFTWARE P-TABLE QUESTION WAS ANSWERED YES,
¢+
AND THE MAXIMUM UNIT NUMBER IS GREATER THAN 1.
'-

032767
001416

151522

026727
003412

151344

016746
012746
012746
010600
104417
062706

151520
005422

8IT

o8IT4,0PTION

tCHECK IF THE QUESTION WAS ANSWERED YES.

cHP

LSUNIT, 01

1CHECK MAXIMUM NUMBER OF UNITS SELECTED.

BEQ

000001

BLE

PRINTF

164

164
OMFUNIT,UNITN

1 SKIP REPORTING UNIT NUMBER IF IT IS DISABLED.
;D0 NOT REPORT UNIT NUMBER IF MAX NUMBER <
;REPORT UNIT NUMBER.

MOV

MOV
MOV
MOV

TRAP

ADD

16¢:

UNITN, -(SP)

OMFUNIT, -(5P)
82,-(SP)
SP.RO
CSPNTF

06.SP

ENDIT:
;e

i SET THE PROCESSOR PRIORITY TO DISABLE ALL INTERRUPTS.
012700
104441

000340

)

SETPRI OPRIO?

sSET PROCESSOR PRIORITY TO 7.

MOV

#PRIO7.RO

TRAP

C$SPRI

TRAP

CS$INIT

ENDINIT
L10020:

104411
7207

TNUM == 0

s INITIALIZE THE ASSEMBLER TEST NUMBER VARIABLE.

DHU-11 FUNCTIONAL VERIFICATION

INITIALIZE SECTION
7210

MACRO M1200

12-DEC-83 16:16

; EEBED I EE RS A B AR AU BB

7211
7212
7213

H
:
:

7218

.SBTTL

7214
7216
7217

7220
7221

125

SEQ 189

A BEEE S A B AU AR A EE DA

AN B ENE R LB

LA BB A E AR R

AEBEFEF S E BB A

6 O 5 15

06 5

5 65 8

0 O

jee
:+ THIS CODE IS EXECUTED IMMEDIATELY AFTER THE INITIALIZE CODE IF
: THE "ADR” FLAG WAS SET.
THE UNIT(S) UNDER TEST ARE CHECKED TO

7225

SEE IF

6 1

6 6 5

AUTODROP SECTION

7222
7223
7224

A S B R BB S A S B H S

FVTA.ATD

o 950

7219

PAGE

THEY WILL RESPOND.

DROPPED FROM TESTING.

THOSE

THAT DON'T ARE

IMMEDIATELY

goe

7226

7227

7228 030506

BGNAUTO

7229
7236
7237 030506

ENDAUTO

030506

030506
030506

104461

L$AUTO::

L10021:

TRAP

Cs$AUTO

6 5

DHU-11 FUNCTIONAL VERIFICATION
AUTODROP SECTION
7239
7240
7241
7242
7243
7244
7245
7246
7247
7248
7249
7250
7251

MACRO M1200

12-DEC-83 16:16

6 oo o o o

PAGE

I15

126

SEQ 19C

6 680 55 0 5 9 0 5 O O O 15 5 O O

0 o

6 0O 0 6

6 96 9

04 0 0 06 06 6 0606

e 2

T e 2t 2702 T 72"

FVT.CUC

.SBTTL

T S

- D

R P

LR E PRSPPI EE T E S S

0T T T

CLEANUP CODING SECTION

s THE CLEANUP CODING SECTION CONTAINS THE CODING THAT IS PERFORMED

7252
7253
7254
7255 030510

s+ AFTER THE HARDWARE TESTS HAVE BEEN PERFORMED.
goo

BGNCLN

030510

7256
7265
7266 030510
7267
7268
7269
7270
7271
7283
7284
7285
7286 030524

030524
030524

005767
001401

104433
104432
000002

151504

TST

BEQ
BRESET

)

EXIT

L$CLEAN:
:
CTRLCF

;:DID WE GET HERE BY CTRL-C FROM TEST?

sCTRL-C FROM TEST?
NO, SKIP BUS RESET.
1YES, CLR ANY DMAS OR OUTSTANDING INTERRUPTS.

CLN

TRAP

CS$RESET

TRAP
.WORD

CS$EXIT
L10022-.

TRAP

CSCLEAN

.EVEN
ENDCLN
104412

L10022:

DHU-11 FUNCTIONAL VERIFICATION
CLEANUP CODING SECTION
7288
7289
7290
7291
7292
7293
7294
7295
7296
7297
7298
7299
7300
7301
7302
7303
7304 030526

7305
7306
7307
7308
7309

J15
127

ettt L

SEQ 191

F T

L S P L

S ES

L CE

T T

T U

T C

T TR P

T 1170 47 11 2 3 02 e

FVTA.DRP

PAGE

Bttt

.SBTTLL.

DROP UNIT SECTION

PRI

AL L S P R

R S S EL L

RS T CT RS DL

LT S0

CE LSS

et e s

e tv T

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

BGNDU

3
:
:

030526
030530
030534
030540
030542
030544
7313 030550
7314
7315 030552
030555
030560
030563
030566
030571
030574
030577
030602
030605
030610
030613
030616
030621
030624
7316
7317 030630

010046
012746
012746
010600
104417
06270€
000427

030630
030632

000167
000000

7318
7319 030630

12-DEC-83 16:16

030526

7310
7311
7312 030526

7320
7321

MACRO M1200

045
125
124
066
040
117
105
106
115
125
110

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.

PRINTF #DROP,RO

;REPORT UNIT THAT HAS BEEN DROPPng

030552
000002

BR
DROP :

EDROP

;BRANCH AROUND THE MESSAGE.

MOV
MOV
MOV
TRAP
ADD

.ASCIZ/#A UNIT#D6%A DROPPED FROM FURTHER TESTING.®N/

040
123
116
045
EDROP

.EVEN
EXIT

[»[V)

.WORD
.WORD

JEJMP
L10023-2-.

T2 1

DHU-11 FUNCTIONAL VERIFICATION
DROP UNIT SECTION
7322 030634

030634
030634

MACRO M1200

12-DEC-83 16:16

PAGE

K15

127-1

SEQ 192

ENDDU
104453

L10023:

TRAP

csov

DHU-11 FUNCTIONAL VERIFICATION
QROP UNIT SECTION
7324
7325
7326
7327
7328
7329
7330
7331
7332
7333
7334
7335
7336
7337
7338
7339
7340
7341 030636
7342
7343
7344

+ 9695 55 95 06 0 5 o o

6 4 05

SEQ 193

o 0o

5 00

o 5

5 0 3 06 9 0 0 00 6 0

5 5 00 56 06 6 5 4

8 06 O 4 0 6 0 96 8 6 06 6 o 9

o oo o

5 25 06

0 5 o o

5 09 0 4 0 0 6

6 o 0 0 966 6 06 75 9 o6 o .

ADD UNIT SECTION

s THE ADD-UNIT SECTION CONTAINS ANY CODE THE PROGRAMMER WISHES
3+
TO BE EXECUTED IN CONJUNCTION WITH THE ADDING OF A UNIT BACK
+
TO THE TEST CYCLE.
'--

BGNAU

H
H
:

000167
000000

L$AU:;:

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.

PR 435St -Todutd e At

7352
7353
7354

7355 030642
030642
030642
7356

65 5

L15

PAGE 128

FVTA.ADD

.SBTTL

030636
030640

030636

7346
7347
7348
7349
7350 030636

12-DEC-83 16:16

7345

7351

MACRO M1200°

EXIT

8o d Ot et e Se GE T

T O

T T

T TE

ST T

SO T SO E T

T T T C TR e T

e 2

. WORD
.WORD

JEUMP
L10024-2-.

TRAP

CsAU

.EVEN
ENDAUV

104452

L10024:

T T

DHU-11 FUNCTIONAL VERIFICATION

HARDWARE

TEST

ADRA

MACRO M1200

7358
7359
7360
7361
7362
7363
7364
7365
7366
7367
7368
7369
7370
7371
7372 030644

030644

7373
7374 030644
7375 030652
7376 030660
7377

030674

12-DEC-83 16:16

.SBTTL

PAGE

M15
129

SEQ

HARDWARE TEST

- ADRA

:‘0‘ttttt“h‘tt“‘t“““‘tt‘.t“‘t‘ttl.‘t‘tt‘t‘t““tt“t“t‘t““t“t‘t““.‘

- REGISTER ADDRESS TEST

i &

THIS

UNIBUS HANDSHAKING SIGNALS WHEN ACCESSED.

THE 004 BUS

VERIFIES

THAT

THE DEVICE

REGISTERS

WILL

RESPOND

THE

PROPER

IF THE DMU11 DOES NOT RESPOND

TO THE ACCESS ATTEMPTS (IF THE DHU11 IS AT THE WRONG ADDRESS, FOR EXAMPLE)

IS REPORTED.

]
LI

TEST

IS L

TIME-OUT

TRAP

IS DETECTED BY

THIS ROUTINE AND AN ERROR

THIS TEST IS PERFORMED ON LINE O ONLY.

AP Y

Y Y Y

BGNTST
000001
012767
012767
012767
012767
012767

000001

177777

000145
010041
013572

TNUM == TNUM +

MOV
MOV
MOV
MOV

151406
151340
154430
154424
154420

MOV

T1::

s INCREMENT THE ASSEMBLY TIME TEST COUNTER.
$SET UP THE TEST NUMBER.
(1
s INDICATE THAT WE ARE IN A TEST.
sSET 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.

HE4

:+ SET UP TO CATCH ANY 004 TRAPS WHICH OCCUR:
'-

030702
030710
030716

016767
012767
005005

147076
027476

MOV
MOV
CLR

151346
147066

4,TP4VEC
#TPARTN,
4
RS

:SAVE THE EXISTING 004 TRAP VECTOR.
:SET 004 TRAP VECTOR TO OUR SERVICE RTN ADR.
t+CLEAR THE ERROR FLAGS.

s+ HERE BEGINS THE LOOP TO TEST THE REGISTERS FOR A LINE.
:
FIRST TEST THE CSR AND SET THE IND.ADR.REG (I.A.R) FIELD.
'-

016700
012701
004767

103402
052705
042767
010100
016701
004767
103403
052705
000434

MOV
MOV
JSR

151254

031116
166414

100001
000017

000146

4s:

151222
166366

8CS
8IS

4
€100001,R5

MOV
MOV
JSR

R1,RO
CSRA,R1
PC,.CKTRAP

BIC

8CS
8IS
BR

100002

CSRA,RO
9524 ,R1
PC,CKTRAP

017,524

64
€100002,RS5
404

+SET UP CSR AS THE CKTRAP MOVE SOURCE.
+SET UP DESTINATION LOCATION FOR CKTRAP MOVE.
sMOVE AND CHECK FOR TRAP.
:IF NO TRAP, BYPASS ERROR.
1SET FATAL READ ERROR FLAGS.

sCLEAR THE I.A.R FIELD OF THE CSR DATA.
sUSE OLD DESTINATION FOR SOURCE OF CKTRAP MOVE.
1SET UP CSR AS THE CKTRAP MOVE DESTINATION.
tMOVE AND CHECK FOR TRAP,
+IF NO TRAP, BYPASS ERROR.
1SET FATAL WRITE ERROR FLAGS.
tEXIT AND REPORT FATAL ERROR.

‘

7409
7410
7411
7412
7413

012702
016767
012700
012701
004767
103402
052705
010100
012701

000010
151176
031114
031116
166330

100001
031114

000110

64
8%:

NOW, WE TEST EACH REGISTER FOR THIS LINE.

MOV
MOV
MOV
MOV

8. ,R2
CSRA, 504
0504 ,RO
9524 ,R1

8CS
BIS

104
2100001 ,RS

JSR

10%:

MOV
MOV

PC,CKTRAP

R1,RO
0504 ,R1

+INIT REGISTER COUNTER TO 8.
+INITIALIZE THE REGISTER POINTER.
1SET UP REGISTER AS THE SOURCE FOR CKTRAP MOVE.
1SET UP LOCAL STORAGE AS THE DES FOR CKTRAP.
+PERFORM THE MOVE, CHECK FOR TRAP.
+IF_ 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.

194

DHU-11 FUNCTIONAL VERIFIC A;ggg
7414
7415
7416
7417
7418
7419
7420
7421
7422
7423
7424
7425
7426
7427
7428
7429
7430
7431
7432
7433

TEST

031034
031040
031042
031046
031052
031056
031060

004767
103402
052705
005267
005267
005302
001351

MACRO M1200

166310
100002
000042
000036

12¢:

12-DEC-83

16:16

PAGE

129-1

SEQ

JSR
8CS
BIS

PC,CKTRAP
12$
#100002,R5

:PERFORM THE MOVE, CHECK FOR TRAP,
:IF NO TRAP, BYPASS THE SETTING OF ERROR FLAGS.
:SET FATAL WRITE ERROR FLAGS.

INC
DEC
BNE

504
R2
8s

+ POINTER BY 2.
:COUNT THE REGISTER.
;LOOP TO TEST THE NEXT REGISTER ADDRESS.

INC

S50¢

195

s INCREMENT THE REGISTER

: DONE CHECKING DEVICE REGISTER ADDRESSES.
;

REPORT ANY ERRORS AND EXIT.

031062
031070
031072

016767
005705
100012

151170

146714

40%:

MOV
78T

B8PL

TP4VEC,4
RS

;RESTORE THE NORMAL 004 TRAP VECTOR.
:CHECK THE ERROR FLAGS.

60$

:EXIT ROUTINE IF NO ERRORS.

HRd

: REPORT “DEVICE REGISTER ACCESS TEST FAILED”
‘-

031074

7434
7435
7436 031076
031076
031102
7437 031104
7438 031110
031110
7439 031112
7440
7441
7442 031114
7443 031116
7444
7445
7446 031120
7447 031124
031124
031124

ERROR

104460

016700
104451
005067

TRAP

151074
151110

104444
000402

[0 V)

UNITN

CLR
DOCLN

CTRLCF

60¢

104401

UNITN,RO
CsDODV
C$OCLN

STORAGE.

S2%:

:STORAGE FOR THE SOURCE OR DEST OF THE CKTRAP MOVE.

.WORD

CLR
ENDTST

CTRLCF

;884880840880 048504048

151074

MCV
TRAP
s INDICATE NO CTRL-C ABORT FROM TEST.
:ABORT THIS SUB PASS.
TRAP
:

4888888808840
448 LOCAL

S50%:

005067

;:DROP THIS UNIT FROM FUTHER TESTING.

C$ERROR

60¢:

END

#4244444444484484444448040888400408000084404

:STORAGE FOR THE SOURCE OR DEST OF THE CKTRAP MOVE.
2228458540458
0408880 4000000000000 0000000000000008

;INDICATE THAT WE ARE NOT WITHIN A TEST.
L10025:

TRAP

CSETST

HARDWARE

DHU-11 FUNCTIONAL

HARDWARE

TEST

VERIFICATION
-

KBECHO

MACRO M1200

12-DEC-83

16:16

Bl6

PAGE

130

SEQ

7449

.SBTTL

7450

$°¢

HARDWARE

TEST

KBECHO

R888800008080000080000080080000808000800800800808000008000000800000800000000

7451

7452

THIS

LOOPBACK MODE.

s
e
i*

FOR: 1 STOP BIT, NO PARITY AND
8 BITS/CHARACTER.
THE TEST EXECUTES INDEFINITELY UNTIL TERMINATED BY

7459

7461
;«g
46

e
1.
ie

CHANNEL.
DTR AND RTS ARE SET ON THE SELECTED LINES DURING
TEST TO ALLOW THE TESTING OF MODEM LINKS.

7453

7454

7455
;4?;
4

7458

SETPRI

031126
000002
012767

000240

000002

FOR

THE

ACTIVE

LINES

INTO

REMOTE

SET UP WITH A BAUDRATE

THIS TEST SETS UP THE LINES
THE OPERATOR.

IT CAN BE USED AS A GENERAL LOOPBACK METHOD FOR

8880808088080 8000000000880880080808808800000800+

7466 031126

7467
_7’?6 031134

UARTS

THE ACTIVE LINE UARTS ARE

TERMINAL CRT OR

BGNTST

012700
10444)

XEYBOARD ECHO TEST

WHICH PUTS

TESTING COMMUNICATIONS LINKS TO THE DUT FROM THE OTHER END OF THE

7465 031126

031126
031132

TEST

THIS TEST CAN BE USED FOR LOOPING BACK TERMINAL KEYBOARD INPUT ONTO

7.6‘

WHICH IS SPECIFIED BY THE OPERATOR.

7460

2000000200000 000080000000000008

T2::

@PRIOS

;ALLOW LTC

TNUM == TNUM « 1
MOV
QTNUM, TSTNUM

151116

THIS

INTERRUPTS.

MOV
TRAP

#PRIOS,RO
C$SPRI

s INCREMENT THE ASSEMBLY TIME TEST COUNTER.
;SET UP THE TEST NUMBER.
(94)

7470
7471
;:;g

i
;
:

VERIFY

THAT THE TEST SHOULD BE PERFORMED.
KEYBOARD ECHO LOOPBACK SELECTED.
MANUAL INTERVENTION ALLOWED.

MUST HAVE

THE FOLLOWING:

‘-

7474 031142
7475 031150
7476 031152

126727
001402

031152
031154

104432
000212

031156

104450

7477 031156

7478 031160
031160

7479 031162

104432
000202

7481 031166

012767

7483 031202
7484 031210

;& 031216

000005

CMPB
BEQ
EXIT

2s:

012767

012767
012767

005067

LOPBCK,
oS
24
TST

MANUAL

EXIT

177777

000001

022271
013065

151256

151024

154112

4s:

154106
154102

TST

MOV

#-1,CTRLCF

MOV
MOV

MOV

CLR

@1 ,ERRTYP

ERSMRF

7487
7488

s TEST THE LOOPBACK TYPE INDICATOR.
;KBD ECHO LPBCK SELECTED? YES, CONTINUE
iNO, ABORT THE TEST.

TEST.

TRAP
.WORD

CS$EXIT
L10026-.

TRAP

C $MANI

8CS

TRAP
LHORD

CS$EXIT
L10026-.

;CHECK FOR MANUAL INTERVENTION ALLOWED.

BCOMPLETE

103402

031162
i 031164

7482 031174

151026

;MANUAL INTERVENTION ALLOWED? YES, DO TEST.
iNO,

ABORT

THE TEST.

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.

tINITIALIZE THE “REPORT ERROR SUMMARY" FLAGS.

s RESET THE DUT TO A KNOWN STATE, REMOVE THE STATUS CODES FROM THE FIFO.
3+ CLEAR TX AND RX INTERRUPT ENABLE BITS IN THE CSR.

;&?

THIS SUBROUTINE REPORTS ERROR >>>>> 9401 ccccc,

7491 031222
7492 031226

;:32 031230

7495

7496

004767
103402

000167

166202

JSR
BCS

000120

JHP
'0

PC,CLNRST
. +6

604

+ PRINT THE TEST NAME,

tRESET THE DHU-11, REPORT ANY ERRORS FOUND.
1SKIP EXIT OF TEST IF NO FATAL ERROR FOUND.

tRESET FAILURE, ABORT THIS TEST.

OHU-11 FUNCTIONAL VERIFICATION

HARDWARE

TEST

KBECHO

MACRO M1200
-

7497 031234

7498

031234
031240
031244
031250
031252
031254

012746
012746
012746
010600
104417
062706

12-DEC-83
PRINTF

013065
005453
000002

16:16

PAGE

Clo

130-1

SEQ

@EF0S503,#EM9401

MOV
MOV
MOV
MOV
TRAP
ADD

000006

7499

#EM9401, -(SP)
#EF 0503, -(SP)
#2,-(SP)
SP,RO
CSPNTF
#6,SP

3¢

7500
7501
7502
7503
7504
;ggg

: SET UP THE DUT UARTS WITH THE PROPER LINE PARAMETERS.
H
GET THE DESIRED BAUDRATE FROM THE OPERATOR.
H
CALCULATE PROPER DUT LPR CONTENTS.
H
SET UP THE DUT LPR REGISTERS.
H
GET THE PROPER DUT LNCTRL REGISTER CONTENTS.
H
SET UP THE DUT LNCTRL REGISTERS.
.-

7507 031260
7508 031264

004767
010100

7511 031272
7512 031274

006301
006301

7509 031266
7510 031270

7513 031276

;gig 031306

052700

7521 031322

;Ssgg 031326

ASL
ASL

050100

000300

7518 031312
7519 031316

JSR
MOV

006301
006301

7514 031300

7515 031302

167134

BIS

#30,R0

016705
004767

150654
175666

MOV
JSR

012700

011304

MOV

JSR

7524

R1,RO

BIS

B8IC

175626

R1
R1

000377

004767

SWAB

042700

000030

PC,GETBDR
R1,RO
R1

;GET DUPLICATE COPIES OF BAUDRATE CODE
i
IN THE UPPER BYTE OF THE NEW

LPR CONTENTS.

;SET UP 1

ACTLNS,RS
PC.WTWLPR

;GET THE ACTIVE LINES BIT MAP,
$;SET UP THE DUT LPR REGISTERS FOR ACTIVE LINES.

€11304,RO

PC,WTWLNC

STOP BIT,

NO PARITY,

IN THE LPR CONTENTS.

:;SET UP DTR,

RTS,

REMOTE LPBK,

8 BITS/CHAR

AND R/X ENABLE.

$SET UP THE DUT LNCTRL REGS FOR ACTIVE LINES.

7525

;s WAIT FOR THE OPERATOR TO TERMINATE THE TEST.

;Ssgg

PROMPT

“TYPE <CR> TO TERMINATE THE TEST:*

7528 031332

7529 031340
031340

031342

031344
031346
031350
031352
7530
7531

031354

012767

000001

150670

MOV

GMANIL

104443

@1 , GMANWD

1SET UP DEFAULT ANSWER TO YES.

TERMSG,GMANWD,1,YES

000404

TRAP

C$GMAN

. WORD
. WORD
. WORD
. WORD

GMANWD
T$CODE
TERMSG
1

MOV

#PRIO7,RO

002230
000130
013531
000001

10000¢:

100004

ggg

3 WE GOT A RESPONSE FROM THE OPERATOR, SO TERMINATE THE TEST.
'-

7534 031354
031354
031360
7535 031362
7536 031366

012700
104441
005067

031366

104401

031366

000340

150632

604 :

SETPRI

&PRIO?

1DISABLE ALL INTERRUPTS.

CLR
ENDTST

CTRLCF

TRAP
C$SPRI
s INDICATE THAT WE ARE NOT WITHIN A TEST.

L10026:

TRAP

CSETST

197

DHU-11 FUNCTIONAL VERIFICM’ION

HARDWARE

TEST

MODLPB

HACRO M1200

7538

.SBTTL

7539

100

7540
7541
7542
7543
7544
7545
7546
7547
7548
7549
7550

ie
1 &
ie
e
ie
L
ie
ie
;e
;e
;e

7551

HARDWARE

;gg?

SEQ 198

TEST

MOOLPB

(1-255,

0=SEND UNTIL

*C):

(D)

PRINT MODEM SYATUS SIGNAL REPORT AFTER EACH PATTERN:

1 &

7554

131

- MODEM LOOPBACK TEST THIS TEST IS USED TO MOVE DATA THROUGH A MODEM WHICH IS CONNECTED TO
ONE OF THE DEVICE SERIAL PORTS.
THIS TEST IS RUN ONLY IF MODEM
LOOPBACK IS SPECIFIED.
THIS TEST UTILIZES THE FOLLOWING OPERATOR
DIALOGUE:
MODEM BAUDRATE IN BPS:
(D) 1200 ?
TYPE <CR> WHEN MODEM LINK ESTABLISHED:
(L)
Y ?
MODEM STATUS SIGNAL REPORT:
LINE ON:
DSR=N, RI=N, DCD*N, CTS=N
REPEATED FOR EACH ACTIVE LINE
'WER OF 256 BYTE DATA PATTERNS TO SEND ON EACH SELECTED LINE

7555

PAGE

2888000008000 08000040800000480000008080888088088880840080084008004000000044484

;ggg

(L)

Y ?

AT THE COMPLETION OF SENDING THE SPECIFIED NUMBER OF DATA PATTERNS THE

TEST ISSUES THE FOLLOWING PROMPT:

EXIT THE TEST (N = LOOP BACK TO SEND MORE DATA):

(L) Y ?

7558
7559
;ggg

e
ie
e

7562
7563
7564
7565

e
;e
ie
ie

IF EXTENDED ERROR REPORTING IS ALLOWED, A REPORT IS PRINTED AT THE EMD
OF EACH DATA PATTERN WITH THE FOLLOWING FORMAT:
MODEM LOOPBACK TEST STATUS REPORT:
PATTERN ONNN (D) COMPLETED.

;552"}

THIS TEST IS PERFORMED USING 8 BITS PER CHARACTER, 1 STOP BIT, AND NO
PARITY,
THIS TEST DOES NOT SUPPORT SPLIT SPEED.
ALL SELECTED LINES
ARE TESTED AT THE SELECTED BAUDRATE.
AN ERROR SUMMARY IS REPORTED AT
THE END OF THE TEST IF ANY LINES HAVE EXCEEDED THE NUMBER OF INDIVIDUAL

7568

7569 031370
031370

7570 031370
7571

12-DEC-83 16:16

031370
031374

;g;g 031376

;

DATA ERRORS

TO REPORT

AS SELECTED

IN THE

SOFTWARE P-TABLE DIALOGUE.

1= 8888888888484484808880840888800004880808080880000000080008020080848800848400888880888

’

BGNTST

012700
104441

000240

012767

000003

SETPRI

000003

TNUM ==

150654

MOV
I

7574

@OPRIOS
TNUM

sALLOW LTC INTERRUPTS.
+

OTNUM, TSTNUM

: INCREMENT

THE ASSEMBLY

1SET UP THE TEST NUMBER.

+ VERIFY THAT THE TEST SHOULD BE PERFORMED.

7575

;g;g

MODEM LOOPBACK SELECTED.

T3::

nov

#PRIOS,RO

TRAP

C$SPRI

TIME TEST CMTER

(89

MUST HAVE THE FOLLOWING:

MANUAL INTERVENTION ALLOWED.

7578 031404
7579 031412
7580 031414
031414
031416
7581 031420

126727
001402

000004

104432
000702

031420
7582 031422
031422

104450

031424
7584 031426

104432
000672

7585 031430

012767

7583 031424

150564

cvP8
BEQ
EXIT

24:

LOPBCK , 04
2
TST

.WORD
s1CHECK FOR MANUAL INTERVENTION ALLMD

MANUAL

BCOMPLETE

103402
<
177777

150562

4%:

EXIT

MOV

s TEST THE LOOPBACK TYPE INDICATOR.
sMODEM LOOPBACK SELECTED? YES., CONTINUE TEST.
1NO, ABORT THE TEST.
TRAP
CS$EXIT

TST

@-1,CTRLCF

L10027-.

C$MANI
1MANUAL INTERVENTION ALLOWED? YES. DO YEST
8CS
44

1NO,

ABORT THE TEST.

1+ INDICATE

THAT WE ARE IN A TEST.

TRAP

CS$EXIT

.WORD

L10027-.

MACRO M1200
DHU-11 FUNCTIONAL VERIFIC ATION
HARDWARE TEST
MOOLPB 7586
7587
7588
7589
7590
7591
7592
7593
7594
7595
7596
7597
7598

7599
7600

031436
031444
031452

031460

000001
021305
011211

151014

153650
153644
153640

MOV
MOV
MOV

CLR

PAGE

131-1

01 ,ERRTYP
8901
. ,ERRNBR

QEMB8901 ,ERRMSG
ERSMRF

1SET ERROR TYPE AS FATAL IN ERROR TABLE.
1SEY THE FIRST ERROR NUMBER IN ERROR TABLE.
1SET ERROR MESSAGE ADDRESS IN ERRTBL.
s INITIALIZE THE “REPORT ERROR SUMMARY” FLAGS.

RESET

THIS SUBROUTINE REPORTS ERROR

THE DUT

TO A KNOWN STATE,

REMOVE

THE STATUS CODES FROM THE FIFO.

CLEAR TX AND RX INTERRUPT ENABLE BITS IN THE CSR.
>>>>> 8901

<cccc,

‘-

031464
031470
031472

004767
103402
000167

165740

JSR
8CS
JMP

000610

PC,CLNRST

. +6
608

tRESET THE DHU-11, REPORT ANY ERRORS FOUND.
1SKIP EXIT OF TEST IF NO FATAL ERROR FOUND.
sRESET FAILURE, ABORT THIS TEST.

7601
7602
7603 031476

031476
031502
7604 031504
031504
031510
031514
031520
031524
031526
7605 031532
031532
031536
031542
031546
031552
031554
7606 031560
031560
031564
7607
7609
7610 031566
7611 031572

7613
7614
7615 031576

7616
7617
7618
7619
7620

012767
012767
012767
005067

12-DEC-83 16:16

EL16

031576
031602
031606
031612
031614
031616

i+ SET UP FOR TRANSMIT AND RECEIVE INTERRUPTS.
'-

012700
104441

000340

012746
012746
016746
012746
104437
062706

000300
027520
150450
000003
000010

012746
012746
016746
012746
104437
062706

000300
027310
150420
000003

012700
104441

000200

000010

SETPRI

OPRIO7

SETVEC

TXVECA,@TXDMA, oPRIO6

SETVEC

RXVECA,®RXCHRS, #PRIO6

SETPRI

OPRIOA

1DISABLE ALL INTERRUPTS.

MOV
TRAP
sSELECT DMA TX INT SERVICE RTN.
MOV
MOV
MOV
MOV
TRAP
ADD

sSELECT RX INT SERVICE RTN.

sALLOW INTERRUPTS.

O#PRIO7,RO
C#SPRI
#PRIO06, -(SP)
STXDMA, -(SP)
TXVECA, -(SP)
3, -(SP)
C$SVEC
#10,SP

MOV
MOV
MOV

#PRIO6, -(SP)
SRXCHRS, -(SP)
RXVECA, -(SP)

TRAP

C$SVEC

ADD
MOV

TRAP

€10,SP
#PRIOA RO

C$SPRI

+ CLEAR Tflg CUMULATIVE ERROR COUNTERS (ONE FOR EACH LINE).
'-

012700
004767

003302

MOV
JSR

165654

®ERCNTB,RO
PC.CLR16W

1CLEAR THE RX ERROR COUNTERS TABLE.

1 R4

s+ PRINT THE THE TEST NAME.
012746
012746
012746

011211
005453
000002

104417
062706

000006

PRINTF

OEFO0503, 0EM8901

MOV
MOV
MOV
MOV

0EM8901, -(SP)
9EF0503, -(SP)
02,-(SP)
SP,RO

ADD

#6,5SP

TRAP

|R4

s+ PREPARE TO CALL THE SET UP ROUTINE.
’
GET THE DESIRED BAUDRATE FROM THE OPERATOR.
i
CALCULATE PROPER DUT LPR CONTENTS.
'
CALCULATE THE PROPER RX TIME-OUT VALUE FOR THIS SPEED.

CSPNTF

DHU-11 FUNCTIONAL VERIFICATION
HARDWARE
7621
7622
7623
7624
7625
7626

TEST

MODLPB

i
031622
031626
031630
031632
031634
031636
031640
031642
031644
031650

006301
006301
006301
006301
050001
000301
042701
052701

000377
000030

7634 031654
7635 031660

004767
012767

166750
177400

7629
7630

7631
7632
7633

7636
7637
7638
7639
7640
7641
7642
7643
7644
7645
7646

004767
010100

16:16

PAGE

131-2

EQ 200

SET UP THE BIT MAP OF UNUSED TX/RX BITS.

166572

JSR
MOV
ASL
ASL
ASL
ASL

8IS
SWAB
8IC
BIS

JSR
MOV

150344

PC,.GETBDR
R1,RO
R1
R1
R1
R1

RO,R1
Rl
0377,R1
#30,R1

PC,GETTIM
€177400, 18M

$GET DUPLICATE COPIES OF BAUDRATE CODE
:+
IN THE UPPER BYTE OF THE NEW

LPR CONTENTS.

:SET UP 1 STOP BIT, NO PARITY,
+
IN THE LPR CONTENTS.

8 BITS/CHAR

sGET TIME-OUT BASED ON MINIMUM BAUDRATE IN USE.
:FORM BIT MAP OF UNUSED TX/RX BITS.

HR4

SET UP A 256 BYTE DATA PATTERN.

031666
031670
031674
031676
031700
0x1702
0.1704

005003
012702
010204
105303
110324
105703
001374

7647
7648
7649
7650
7651
7652
7653
7654
7655
7656

031706
0317.0
031714
031716
031720

010205
012700
012524
005300
001375

031722

012703

7658
7659
7660
7661
7662
7663
7664
7665

031732
031736

003602

CLR

sPREPARE TO START DATA PATTERN AT 2SS,

DECB
MOVB

R3
R3,(R4).

:GET THE NEXT BYTE OF THE DATA PATTERN.
tWRITE A BYTE OF THE DATA PATTERN.

:DATA PATTERN DONE?

:gz

6%:

TSTB

BNE
000020

8s:

MOV
MOV
MOV
DEC

R2,R5
016. ,RO
(R5)+,(R4).
RO

MOV

9256..R3

BNE
000400

;gu;gns.aa

tGET THE BASE OF THE DATA PATTERN BUFFER.

1CHECK FOR DONE WRITING DATA PATTERN.

NO, LOOP TO DO NEXT BYTE.

s:YES, WRITE 32 BYTE OVERFLOW REGION.
1PREPARE SOURCE POINTER.
sPREPARE LOOP COUNTER.
3HRITE 2 BYTES OF THE OVERFLOW PATTERN.
sCOUNT THESE 2 BYTES.

116 WORDS WRITTEN? NO, LOOP TO WRITE ANOTHER.
sYES, COMPLETE DATA PATTERN IS DONE.
:+SET DATA PATTERN LENGTH TO 2S6.

: SET THE DUT RTS AND DTR BITS FOR THE ACTIVE LINES.

7657 031726

7666
7667

12-DEC-83

012700
016705
004767

011000

175216

MOV

MOV
JSR

#11000,RO

ACTLNS.RS
PC,HTMLNG

{SPECIFY TO SET RTS AND DTR.
1SPECIFY ACTIVE LINES.

1SET DUT RTS AND DTR ON ALL ACTIVE LINES.

s
s+

WALIT FOR THE OPERATOR TO ESTABLISH THE MODEM CONNECTION.
PROMPT “TYPE <CR> WHEN MODEM LINK ESTABLISHED:"

031742
031750
031750
031752
031754
031756
031760
031762
031764

7669
7670 031764

012767

000001

150260

MOV
GMANIL

104447

1 ,GMANWD
1SET UP DEFAULT ANSWER TO YES.
EMLMSG,GMANWD,1,YES

000130
013166
000001

100004
:
3

s+ REPORT THE STATE OF THE MODEM STATUS SIGNALS

s SET DEFAULT OF PRINTING MODEM STATUS AFTER EVERY DATA PATTERN.

004767

TRAP

7627

7628

HACRO M1200

F16

167326

JSR

PC.MSSRPT

C$GMAN
10000
T$CODE
EMLMSG

MACRO M1200
DHU-11 FUNCTIONAL VERIFIC ATION
HARDWARE TEST
MOOLPB 7671 031770
7672
7673
7674
7675
7676
7677 031776
7678 032004

032004
032006
032010
032012
032014
032016
032020
032022
032024
7679 032024
7680 032030
7681 032032

012767

000001

12-DEC-83

MOV

150246

16:16

PAGE

G1l6

131-3

SEQ 201

01 ,PMSFLG

F
3

ASK OPERATOR FOR THE NUMBER OF DATA PATTERNS TO SEND.
PROMPT:

"NUMBER OF 256 BYTE DATA PATTERNS TO SEND ON EACH SELECTED LINE
(1-255, 0=SEND UNTIL tC): (D)
1 2”

‘-

012767

000001

150224

10¢:

MOV
GMANID

104443

01 ,GMANWD
$SET DEFAULT NUMBER OF PATTERNS TO 1.
NDPMSG,GMANWD,D,377,0,255,YES

TRAP

000406

002230
000052
013316
000377
000000
000255
016704
005005
005067

150200

MOV

GMANWD ,R4

150166

CLR

FERROR

CLR

10001%:

C$GMAN

BR
.WORD
.WORD
.WORD

10001$
GMANWD
T$CODE
NOPMSG

.WORD
.WORD

TSLOLIM
TSHILIM

;CLEAR THE DATA PATTERN COUNTER.

tCLEAR THE "AT LEAST ONE ERROR” FLAG

7683
7684
7685

s+ ASK IF MODEM STATUS SIGNALS SHOULD BE REPORTED AFTER EACH DATA PATTERN.
F

PROMPT:

“PRINT MODEM STATUS SIGNAL REPORT AFTER EACH PATTERN:

USE LAST RESPONSE AS DEFAULT (DEFAULT OF YES THE FIRST TIME).

(L)

?2”

7687

GMANIL

104443

PMSMSG,PMSFLG,.1,YES

7699 032060

7700 032064

7701
7702
7703
7704
7705
7706
7707
7708
7709
7710
7711

032066
032072
032076

C$GMAN
10002$

.WORD
.WORD
.WORD

T$CODE
PMSMSG
1

.WORD

000130
013444
000001
7688
7689
7690
7691
7692
7693
7694
7695
7696 032052
7697 032054
7698

TRAP
BR

10002%:

PMSFLG

s SET UP THE DUT AND TX/RX VARIABLES.
:
:

R1
R2

- TX, RX LPR CONTENTS.
- START ADDRESS OF DATA PATTERN TO TX/RX.

3
R3 - LENGTH OF DATA PATTERN.
: SEND THE DATA.
‘0

005205
004767

166746

004767

004767
004767
012767

103110

12%:

INC
JSR

RS
PC ,MODSUP

sCOUNT THIS DATA PATTERN.
1SET UP THE DUT AND TX/RX VARIABLES.

170656

JSR
B8CC

PC,PUFIFO
60¢

1PURGE THE DUT RECEIVE CHARACTER FIFO.
1ABORT THIS TEST IF FIFO WOULD NOT PURGE.

171134
166610
021306

JSR
JSR

PC.PURRXSB
PC,INIDMA
08902. ,ERRNBR

tPURGE THE RX CHAR BUFFER IN MEMORY.
1SEND THE FIRST BATCH OF DATA PATTERNS.
;SET ERROR NUMBER TO 890S.

MOV

153212
1 4

s+ THIS ROUTINE REPORTS ERRORS WITH NUMBERS >>>>> 8902 THRU 8907 c<cc<c«c,
'-

032104

004767

171152

JSR

PC.RDCHRS

tREAD AND VERIFY THE RX CHARACTERS.

032110
032114

005767
001404

150110

TST
BEQ

FERROR
134

tHAS AN ERROR BEEN DETECTED ?
1BRANCH IF IT MASN'T,

DHU-11 FUNCTIONAL VERIFICATION
MACRO M1200
HARDWARE TEST
MODLPB
7712 032116

032767

7713 032124

001430

7715 032126
1

012767

000100

12-DEC-83

150036

BIT

BEQ
021314

153162

13+:

;¢
i

7719 032134

004767

16:16

131-4

SEG 202

#BITO6,0PTION

;HAS EXTENDED ERROR REPORTING BEEN REQUESTED

168

sBRANCH TO THE

08908.,ERRNBR

;SET ERROR NUMBER TO 8908.

“EXIT TEST

THIS ROUTINE REPORTS ERRORS WITH NUMBERS

174200

MOV

PAGE

H16

JSR

PC, TXRREP

>>>>>

8908

?” QUESTION IF NOT.
.
THRU 8911

<<c<<,

sREPORT FINAL ERRORS FROM RX/RX.

7721

i REPORT END OF DATA PATTERN IF ALLOWED.

7722

1723

___ "MODEM LOOPBACK TEST STATUS REPORT:

7725 032140

032:40
032142
032146
032152

010546
012746
012746
010600

007733
000002

03215¢

062706

000006

7728 032170

004767

167122

032154

7726 032162
7727 032166

REPORT

104415

005767
001402

THE

PRINTX

MODEM STATUS

SIGNAL

STATES

PATTERN ONNN (D) COMPLETED.

IF REQUESTED.

MOV
MOV
MOV
MOV

RS, -(SP)
GEDPFMT, -(SP)
02, -(SP)
SP,RO

ADD

6,5P

TRAP

TST
BEQ

PMSFLG
144

JSR

sCHECK THE “PRINT MODEM STATUS” FLAG.
sPRINT MODEM STATUS?
NO, SKIP PRINTING.

PC,MSSRPT

C$PNTX

7732 032174

005304

7735 032202

005204

7733 032176
7734 032200

773 032204

|
|
|
|

‘o

000722

DEC

1COUNT THIS DATA PATTERN,

}

INC

1YES,

BEQ
BPL

164
124

7738
1739

: IF THERE ARE MORE DATA PATTERNS TO SEND, LOOP BACK TO SEND AGAIN.
148

001403
100324

JREPORT THE MODEM STATUS.

HEJ

7730

|
|

OEDPFMT,RS

150056

|
i

sLAST DATA PAT SENT? YES, PROMPT FOR EXIT.
sNO, CONTINOUS SENDING? NO, SEND NEXT PAT.

124

RESTORE PATTERN COUNTER.

1GO TO SEND NEXT DATA PATTERN.

HRd

s PROMPT FOR EXIT OF THE TEST OR SENDING OF MORE DATA PATTERNS.
:
PROMPT: “EXIT THE TEST (N = LOOP BACK TO SEND MORE DATA): (L) Y 2*
'-

7741 032206
7742 032214
032214
032216

032220
032222
032224
032226

032230

7743 032230

7744 032236

7745

012767

000001

026727

001257

147774

000001

CMP

Bre
i
s

7748
7749
7750
1751
7755 032246

MOV
GMANIL

01,GMANWD
sSET DEFAULT ANSWER TO YES.
EXTMSG,GMANWD,1,YES

000130
013235
000001

7746

7754 032242

163:

104443
000404
002230

7747

7753 032240

150014

s
s
s
s

005000

012705

004767

177777

174706

ALL DONE.

10003s:

GMANWD,
o1

TRAP
BR
.WORD

WORD
.MORD
WORD

T$CODE
EXTMSG
1

~
|

sCHECK OPERATOR RESPONSE.

104

1EXIT RESPONSE?

iNO,

NO, LOOP TO SEND MORE DATA.

EXIT ROUTINE.

HAVE BEEN TOLD TO EXIT.

CLEAR DEVICE DTR AND RTS SIGNALS.
DISABLE INTERRUPTS.
CLEAR THE INTERRUPT VECTORS.
REPORT ANY NECESSARY ERROR SUMMARIES.

CLR

s INDICATE TO CLEAR ALL LNCTRL BITS.

MOV

OMAPLNS,RS

1 INDICATE

JSR

CSGMAN
10003$
GMANWD

PC, WTWLNC

T
a

TO CLEAR FOR ALL LINES.

1CLEAR ALL THE RTS AND DTR SIGNALS.

MACRO M1200
DHU-11 FUNCTIONAL VERIFIC ATION
HARDWARE TEST
MODLPB 7756
7757 032252

032252
032256
7758 032260
032260
032264
7759

7760
7761

7762
7763
7764
7765

012700
104441

000340

016700
104436

147704

016700
104436

147674

012767
004767

i7ie1a

012700
104441
005067

000340

104401

12-DEC-83

SETPRI

CLRVEC

16:16

PAGE

116

131-5

OPRIO7
TXVECA

RXVECA

SEQ 203

1DISABLE ALL INTERRUPTS.

MOV

TRAP
sRETURN TX INT VECTOR TO UNUSED POOL.

MOV

147700

MOV
JSR
SETPRI

CLR
ENDTST

98912. ,ERRNBR
PC,REPSMR
OPRIO7

CTRLCF

TXVECA,RO

TRAP

C$CveC

MOV

RXVECA,RO

;RETURN RX INT VECTOR TO UNUSED POOL.

TRAP

153014

#PRIO7,RO

C$SPRI

C$CVvEC

s SELECT NUMBER 8912 FOR THE NEXT ERROR REPORT.

sREPORT ERROR SUMMARIES IF CALLED FOR.

:DISABLE ALL INTERRUPTS.

MOV
TRAP

#PRIOC7,RO
C$SPRI

TRAP

CSETST

s INDICATE THAT WE ARE NOT WITHIN A TEST.
L10027:

DHU-11 FUNCTIONAL VERIFICATION

HARDWARE

TEST

MACRO M1200
-

DMAADR

7767

12-DEC-83 16:16

PAGE

J16
132

7766

.SBTTL

HARDWARE

7769
7770
7771
7772
7773
7774
7775

i
i
i e
i
i e
T
i

- DMA ADDRESSING TEST THIS TEST VERIFIES , AS FAR AS POSSIBLE , THAT THE DUT CAN PERFORM A
OMA FROM A FULL 18 BIT OR 16 BIT ADDRESS. THE TEST RELIES ON FINDING A
COMPLEMENTARY PAIR OF ADDRESSES BETWEEN THE TOP OF PHYSICAL MEMORY AND
THE START OF THE TOP OF THE DIAGNOSTIC PROGRAM .
THIS MAY INVOLVE REMOVING PART OF THE DIAGNOSTIC RUNTIME SERVICES AND
THEN RESTORING. THE NUMBER OF BITS THAT HAVE BEEN SUCCESSFULLY TESTED

;;;‘6]

TEST

SEQ 204

2888888888088 8088000000000

DMAADR

0 0000000004000 4000000000ttt bttt bhttts

WILL BE PRINTED AT THE CONSOLE AT THE END OF THE TEST, IF REQUESTED.

i &

7778

7779

1=~

7780 032322

BGNTST

701 032322

7782 032322

032322
— 032326

012700
104441

7784

000004

7785
7786
7787
7788
7789

032330
032336
032344
032352
032360

_7,;3(1) 032366

8228888084880 84 0800800000048 0 3400400040000 0000000000004

012767
012767
012767
012767
012767

012767

SETPRI

000240

000004
177777
000001
010461
010166

014124

TNUM ==

147722
147654
152742
152736
152732

MOV
MOV
MOV
MOV
MOV

152726

7792

MOV

0 040000000ttt ttdts

T4::
#&PRIOS

;ALLOW LTC INTERRUPTS

TNUM + 1

MOV
TRAP

s INCREMENT THE ASSEMBLY TIME TEST COUNTER

STNUM, TSTNUM
€-1,CTRLCF
€1 ,ERRTYP

$;SET UP THE TEST NUMBER
s INDICATE THAT WE ARE IN A TEST
:SET ERROR TYPE AS FATAL IN ERROR TABLE

€4401. ,ERRNBR
OEMA401 ,ERRMSG

:;SET ERROR NUMBER TO 4401
;SET ERROR MESSAGE ADDRESS IN TABLE

OEROSO3,ERRBLK

#PRIOS,RO
C$SPRI

;SELECT THE CORRECT ERROR REPORTING ROUTINE

;;gz

s+ CLEAR THE SUCCESS FLAG TO INDICATE TEST FAILURE IN CASE IT DOES
'-

7795

;;gg 032374

005067

001374

CLR

7798

IN CASE THE DUT FAILS

3 CLEAR TX AND RX INTERUPT ENABLE BITS IN THE CSR

004767
103402
000167

165024

JSR
BCS

001324

JMP

7807

PC,.CLNRST
.+6
60¢

sRESET THE DHU , REPORT ANY ERRORS
:SKIP EXIT OF TEST IF NO FATAL ERROR FOUND.
sEXIT THE TEST, FATAL ERROR WAS FOUND.

;ggg
;:g 032420

: RESET THE DUT TO A KNOWN STATE,REMOVE THE STATUS CODES FROM THE FIFO.

7800

7810 032412

+ INDICATE FAILURE

7799

7803 032400
7804 032404
_7,% 032406

SUCSS

s SET UP THE 004 TRAP VECTOR TO POINT TO OUR TRAP SERVICE ROUTINE.

016767

012767

145366

027476

147636

MOV

145356

7813

MOV

4,TP4VEC

OTP4RTN, 4

1SAVE THE EXISTING 004 TRAP VECTOR

1POINT THE VECTOR AT OUR SERVICE ROUTINE.

;:i»g

: DETERMINE WHETHER MEMORY MANAGEMENT IS PRESENT
‘-

7816
7817 032426
7818 032432

7819
7820 032434

005767
001007

147666

012767

001252

TST
BNE

147560

MOV

MMPRES
14

€1252,DMTSTA

1 IF MEM MGT IS PRESENT THEN
;AVOID SETTING THE DMA TEST ADDR FOR
1A 16 BIT MACHINE.
$1SET UP THE FIRST DMA TEST ADDR FOR

DHU-11 FUNCTIONAL VERIFICATION

HARDWARE
7821
7822
7823
7824
7825
7826
7827
7828
7829
7830
7831
7832
7833

TEST

032442
032450

012767
000442

001316

12-DEC-83 16:16

MOV

PAGE

K16
132-1

10$

HE4

SEQ 205

+A 16 BIT MACHINE
sSET THE BITS TESTED TO 16 + 1
1SINCE MEM MGT ISN'T PRESENT
s+ THERE'S NO NEED TO SET UP THE MEM MGT REGS.

: SET UP THE HIGHEST POSSIBLE TEST ADDRESS IN DMTSTA
032452

012767

005252

147542

032460

012767

000023

001300

1;:

MOV

#5252 ,DMTSTA

:SET UP THE FIRST DMA TEST ADDRESS FOR THE

MOV

€19, ,BITSTD

:SET THE BITS TESTED TO 18 BITS

18 BIT MACHINE.

HE4

: SET UP THE PARS 0 THROUGH 6 TO RELOCATE TO THE SAME ADDRESS
e

7834 032466
032470

005000
012701

032474
032476
032502
032506

010031
062700
022701
001372

7835
7836
7837
7838
7839
7840
7841
7842
7843
7844
7845
7846
7847
7848
7849
7850
7851
7852
7853
7854
7855
7856
757
78658
7859
7860
7861
7862
7863
7864
7865
7866
7867
7868

000021

MACRO M1200
- DMAADR

CLR

002324

MOV

2$:

000200
002342

MOV
ADD
CcMP
BNE

OPARATB,R1

RO,8(R1)+
€200,R0
OPAR7A,R1
2s

;SET THE PAGE BASE ADDRESS TO ZERO
;POINT AT

THE START OF

THE PAR ADDRESS TABLE

:LOAD THE PAR
sCALCULATE THE NEXT PAGE ADDRESS
;LOOP UNTIL PARS O THROUGH 6
;ARE LOADED.

: SET UP THE INPUT/0UTPUT PAGE PAR TO THE TOP 4KW OF PHYSICAL MEMORY
‘-

032510

012777

177600

147624

MOV

#177600,8PAR7TA

;SET PAR @7 TO POINT AT

THE TOP 4KW

i SET UP THE PDRS FOR , NO ABORT/TRAP,UPWARD EXPANSION,128 BLOCKS PER PAGE
'-

032516
032522

032530
032534

012700
012701
010031
022701
001374

077406
002344

€77406,RO
OPDRATB,R1

RO,8(R1)+
OPDRATE,R1

002364

;:BIT PATTERN FOR THE PDRS
;POINT AT START OF PDR ADDR TABLE

H
;LOOP UNTIL ALL PDRS HAVE
;BEEN SET UP,

SET THE MEM MGT STATUS REG 3 FOR, 18 BIT ADDRESSSING,
NO UNIBUS MAPPING, NO D SPACE, IN CASE THIS REG EXISTS.
NOT ALL UNIBUS MACHINES HAVE MEM MGT STATUS REG 3, SO THE CKTRAP ROUTINE
MUST BE USED TO CATCH AN 004 TRAPS THAT OCCUR IF THE REG DOES NOT EXISTM.
032536
032542

032552

005067
012700
016701
004767

CLR
MOV
MOV
JSR

001220
033762
147544
164572

7869
7870
7871

7872
7873
7874
7875 032556
7876
7877

704

+SET UP THE SOURCE OPERAND

MMSR3,R1

1SET UP THE DESTINATION ADDR FOR THE MOVE.

9704 ,RO

PC.CKTRAP

1SET UP THE SOURCE ADDR FOR THE MOVE.

1PERFORM THE MOVE AND CATCH ANY 004 TRAPS.

+
i+
s+
s+

TRY AND FIND A COMPLEMENTARY PAIR OF ADDRESSES WITHIN THE MEMORY AND SAVE
THE CONTENTS OF THE TWO AREAS. THE TEST IS ABANDONED IF A COMPLEMENTARY
PAIR HAS NOT BEEN FOUND BEFORE THE AREA OF MEMORY CONTAINING THE
DIAGNOSTIC IS ENCOUNTERED.

012767

027454

145220

10¢:

MOV

OTP4BRT .4

1CHANGE THE 004 TRAP VECTOR TO POINT TO
1 TPABRT SINCE THIS IS THE ROUTINE ASSOCIATED

tWITH THE BYTE SUBROUTINE CKTRPB.

*DHU-11 FUNCTIONAL VERIFICATION
HARDWARE

TEST

7878
7879 032564

7880
7881
7882
7883
7884
7885
7886
7887
7888
7889
7890
7891
7892
7893
7894
7895
7896
7897
7898
7899
7900
7901

032564
032566

032572

104431
010067
012701

032576

005004

032600
032602

005204
005005

032604
032610
032614
032620
032624

012703
004767
012701
005767
001403

032626
032630
032634

005004
012701
022704

032640
032642
032650
032652

001447
016767
000241
006067

032656

005367

MACRO M1200

- DMAADR

12-DEC-83

MEMORY

16:16

PAGE

L16

132-2

FFREM

147434

:GET THE ADDRESS OF THE FIRST FREE WORD

:OF MEMORY ABOVE THE DIAGNOSTIC.

003602

MOV

12%:
000020

003602
000002

14%:

147344
001104

C$MEM
RO ,FFREM

;POINT AT THE BUFFER WHERE THE CONTENTS OF

: THE MEMORY BEING READ ARE TO BE SAVED.

INC
CLR

R4
RS

s INCREMENT THE CPI
s INDICATE THAT A SAVE OF THE DATA AT

016.,R3
PC,DMRW
08UFMID,R1
TP4FLG
14¢

:SAVE THE DATA CONTAINED AT ADDRESS DMTSTA.
tPOINT AT SECOND STORAGE AREA
+IF WE HAVE VALID MEMORY THEN AVOID CLEARING

CLR
MOV
cHP
BEQ
MOV
CcLC

001122

#BUFBAS,R1

TRAP
MOV

CLR

MOV
JSR
MOV
TST
BEQ

165046
004202
147430

147354

SEQ 206

#BUFBAS ,R1
#2,.R4

174
DMTSTA,ODTSTA

ROR

DMTSTA

DEC

BITSTD

;CLEAR THE COMPLEMENTARY PAIR INDICATOR (CPI)

:(DMTSTA) IS REQUIRED.
:SET_THE NUMBER OF BYTES TO BE READ

s+ THE CPI AND RESETING THE SAVE AREA ADDR
;:CLEAR THE CPI.
sRESET THE ADDR FOR THE SAVED DATA STORE

+IF A PAIR OF COMPLEMENTARY ADDRESSSES HAVE

:BEEN FOUND THEN
:GO AND WRITE THE TEST DATA TO THESE ADORS.
+SAVE THE OLD DMTSTA
:CLEAR CARRY READY FOR THE ROTATION
sCOMPLEMENT THE DMTSTA TO PRODUCE THE NEXT
:+ DMA TEST ADDR.
:DECREMENT THE NUMBER OF BITS TESTED COUNT

s+ CHECK THAT THE NEW DMTSTA IS NOT INSIDE THE DIAGNOSTIC PROGRAM
‘

032662
032670
032672
032676
032702

032767

001343
004767
020067
103336

176000

147332

8IT

BNE
JSR
cHP
BHIS

164712
147324

€176000,DMTSTA

124

PC,DM168
RO,FFREM

124

llgA;EEsgflTSTA > 1252 ,
H

IF IT IS THEN WE'RE

:BRANCH AND CONTINUE WITH THE SEARCH
;CONVERT THE DMTSTA TO A PHYSICAL ADDR.
sARE WE INSIDE THE DIAGNOSTIC REGION ?
iNO , THEN BRANCH AND CONTINUE WITH THE SEARCH

HE4

:SINCE WE ARE NOW INSIDE THE DIAGNOSTIC, WE INCREMENT BIT #14 OF THE DMTSTA
sPHYSICAL ADDRESSS AND IF WE'RE STILL INSIDE THE DIAGNOSTIC WE ABANDON THE
s TEST. ONCE WE ARE IN THIS REGION WE ARE ONLY ABLE TO TEST THE LOWEST 14 BITS.

032704
032712

022767
001014

000252

147310

cHP
BNE

0252 ,DMTSTA
154

032722
032726
7931 032732
7932 032734

012767
062700
020067
103404
012767

000652

147300

9652 ,DMTSTA

000016

001024

MOV
ADD
cMP
8LO
MOV

7927
7928 032714

040000
147274

14, ,BITSTD

+IF THE BIT HAS ALREADY BEEN SET THEN
1ABANDON THE TEST,AFTER REPORTING THE ERROR ,

+ BECAUSE NO SUITABLE MEMORY HAS BEEN FOUND.
1SET THE BIT
tADD THE BIT INTO THE PHYSICAL ADDR
+IF WE'RE NOW STILL INSIDE THE DIAGNOSTIC THEN

tREPORT ERROR AND ABANDON THE TEST.
1OTHERWISE SET THE BITS TESTED TO 14 BITS.

DHU-11 FUNCTIONAL VERIFICATION

HARDWARE
7933
7934
7935
7936
7937
7938
7939
7940
7941
7942
7943
7944
7945
7946
7947
7948
7949
7950
7951
7952
7953
7954
7955
7956
7957
7958
7959
7960
7961
7962
7963
7964
7965
7966

TEST

MACRO M1200
- DMAADR

032742

000716

032744
032750

005267
012701

010216

152346

15¢:

032754

000167

000754

16%:

16:16

12$

:CONTINUE WITH THE SEARCH.

ERRNBR
#EM4402,R1

:SET THE ERROR NUMBER TO 4402
s SELECT MESSAGE TO BE REPORTED.
i " NO SUITABLE ADDR FOUND. DMA TEST ABORTED “

:JUMP TO THE ERROR.

INC

MOV

JMP

PAGE

M16

12-DEC-83

132-3

SEQ 207

i ¢

: WRITE THE TEST DATA INTO THE TWO AREAS JUST FOUND. IF A TRAP OCCURS WHILE
i WE ARE WRITING DATA INTO THESE AREAS THEN THE HOST MACHINE IS AT FAULT.
'-

032760

012700

005130

032764
032772

016767
016767

147232
000774

033000
033004

012703
012705

000020
000001

033010
033014

012701
004767

000340
172256

9340,R1
PC,STPSW

+SET PRIORITY 7 TO DISABLE THE CLOCK

033020
033024

005267
012701

152272
010264

ERRNBR
9EMA403,R1

:SET _THE ERROR NUMBER TO 4403
:SELECT THE MESSAGE,

17%:
000776
147222

MOV

#SDPBAS ,RO

-MOV

MOV

DMTSTA,DUMY
ODTSTA,DMTSTA

MOV
MOV

#16..R3
91.P5

:SET UP THE SOURCE ADDR FOR THE MOVE AS OUR
s TEST DATA PATTERN.
:SAVE THE LOWER DMTSTA
:START WITH THE HIGHER OF THE TWO
: COMPLEMENTARY ADDRESSES.
:SET THE NUMBER OF DATA BYTES TO BE WRITTEN
: INDICATE TO WRITE TO DMTSTA

"HOST FAILURE.

WRITE FAILED TO AN ADDR WHICH

+HAD BEEN SUCCESSFULLY READ,

033030
7967 033034
7968 033040
7969 033042

7970
7971 033054
7972 033060
7973 033064
7974
7975
7976
7977

004767
005767
001345
016767
012700
004767
005767
001333

164626
147214
000722
005154
164602
147170

PC,DMRW
TPAFLG
16$

147152

DUMY ,DMTSTA
#SDP28 ,RO

PC,DMRW
TP4FLG
164

TEST ABANDONED *

+PERFORM THE TRANSFER

sEXIT IF HOST FAILURE
:AND REPORT ERROR.
:SELECT THE LOWER DMA TEST ADDR.
+SELECT THE NEXT DATA PATTERN
:PERFORM THE TRANSFER

sEXIT IF HOST FAILURE
i

HEJ

SET UP THE DHU TO PERFORM THE DMA.

+ SET INTERNAL LOOPBACK, ENABLE THE RECIEVER FUNCTION ON THE LINE.
s+ SET THE LPR ON THE LINE TO 38.4K BAUD, 8 BITS PER CHARACTER, ODD PARITY,
3+ 2 STOP BITS. ENABLE THE TRANSMITTER ON THE LINE.
'-

033066

005267

152224

033072

004767

164776

INC

JSR

ERRNBR

:SET THE ERRNBR TO 4404

PC,.FINACT

;FIRST FIND AN ACTIVE LINE ON WHICH TO PERFORM

+ THE DMA,

033076
033100

010102
012701

033104
033106
033112

103402
000167

010201

01036!
000424

MOV
MOV

R1,R2

8CS
JMP
MOV

. +6
304
R2,R1

®EMA404 ,R1

1SAVE THE LINE NUMBER ON WHICH THE DMA WILL OCCUR

1 SELECT THE MESSAGE,
s+

"NO ACTIVE LINES

TEST ABANDONED"

$EXIT IF A LINE COULD NOT BE FOUND ,AFTER FIRST
tRESTORING THE CONTENTS OF MEMORY.
tRESTORE

THE

ACTIVE LINE NUMBER,

HEJ

:+ AN ACTIVE LINE HAS BEEN FOUND

7997

033114

033120
033124
033130
033134

012700
004767
012700
004767
004767

9204 ,RO
PC,WTWLNC
€177670,R0
PC,WTWLPR

000204

174034
177670
174054
172362

PC, TXENBL

tPASS THE LNCTRL CONTENTS
s INITIALISE THE LNCTRL REGISTER

+PASS

THE LPR CONTENTS

s INITIALISE THE LPR REGISTER
;ENABLE TRANSMITTER ON THE LINE

1 A4

:
033140
033144
033150
033154

016.05
012704
010167
012767

033162
033166
033170
033174
033176
033200
033202
033204
033210
033212
033216
033220

012700

033224

016777

000534

146746

033232
033240

012767
012701

610420

152056

033244
033250

105777
100532

146744

033252
033260
033264

012777
010577
110377

000020

INITIATE THE DMA
MOV
MOV
MOV
MCV

005130

000610

18¢:

MOV

ODTSTA,RS

OSDPBAS ,R4
R1,80%
02,708

#52,R0

#6,R2

RS
R3
R2

20¢

0100,R5

000100
060005
052703

000025

22%:

000200

146726
146724

ADD

MOV
MOV

RO,RS5
9200,R3

1SAVE THE LINE NUMBER FOR THE DMA

s INITIALISE THE LOOP COUNT

1SET UP THE LSB'S
1CLEAR THE REG THAT WILL HOLD THE 6 MSB'S
sCONVERT THE DMTSTA INTO
tA PHYSICAL ADDRESS WITH

s THE MSB'S IN REG #3.
'
:

:TEST BIT 06 OF THE DMTSTA
3

+ALTER THE LSB'S IF BIT 06 WAS SET.

+ADD IN THE LSB'S
1SET BIT 7.

80¢,8CSRA

+SELECT THE LINE ON WHICH TO PERFORM THE DMA.

1SET ERROR NUMBER 440S
1SELECT THE MESSAGE,
+ * DMA_START BIT FOUND SET BEFORE DMA INIT.

0EMA405,R1

TST8

8TXAD2A
304

MOV
MOV
MOVB

#16. ,8TXBFCA
RS,8TXAD1A
R3,8TXAD2A

B8MI

146736

224
#25,R0

:START FROM THE HIGHER OF THE PAIR OF ADDR.
$SET UP THE ADDR OF THE DATA PATTERN

s TEST ABANDONED*

s TEST THE DUT DMA-START BIT
tEXIT WITH ERROR IF SET ,AFTER FIRST RESTORING
s THE CONTENTS OF MEMORY.
1SET UP CHARACTER COUNT
+SET UP BITS O TO 1S OF THE PHYISCAL ADDR.
1SET UP BITS 16 TP 21 , AND INITIATE THE DMA.

033270
033274

012701
016702

170144
146700

WAIT FOR THE DMA TO COMPLETE AND THE LAST CHARACTER TO BE RECIEVED

MOV
MOV

0170144 ,R1

CSRA,R2

s TEST BIT 15, TIME-OUT OF 100 MS.
1PASS THE ADDR OF THE REG TO TEST.

DHU-11 FUNCTIONAL
HARDWARE TEST
8047
8048
8049
8050
8051
8052
8053
8054
8055

VERIFICATION

033300

005267

152012

033304
033310

004767
012701

173574
010514

033314

103110

033316
033320
033324
033330

010402
012704
004767
010204

MACRO M1200

- DMAADR

12-DEC-83

INC

PAGE

132-5

5EQ 209

ERRNBR

1SET ERROR NUMBER TO 4406

JSR

PC,WAIBIS

8CC

sWAIT FOR BIT TO SET
1SELECT THE MESSAGE ,
s " TIME-OUT OCCURED WAITING FOR DMA TO
;COMPLETE. TEST ABANDONED*”

MOV

000005
164220

16:16

0EMA406,R1

TIME-OUT OCCCURED,

AFTER FIRST

tRESTORING THE CONTENTS OF MEMORY.

R4 ,R2

1SAVE R4

PC.DELAY

sDELAY TO ALLOW LAST CHARACTER TO BE RECIEVED

MOV

o5 ,R4

MOV

R2,R4

JSR

sEXIT IF

:1SET S MS DELAY

sRESTORE R4

+ READ THE CONTENTS OF THE RXFIFO AND COMPARE THEM WITH THE CORRECT DATA
033332
033334

005003
012705

000200

033340
033346

012767
012701

010467
010570

151750

24s:

CLR
MOV

R3
©128..,RS

1CLEAR THE READ DATA COUNTER
1SET THE MAX BMP CODE READ COUNT

MOV
MOV

04407,

1SET THE ERRNBR TO 4407
1 SELECT THE MESSAGE ,

,ERRNBR

6EMA407,R1

" RXFIFO EMPTY

: TEST ABANDONED*”

TOO SOON,

DMA FAILED

033352
033356

017702
100067

146624

MOV
BPL

SRBUFA ,R2
30¢

033360
033364
033366
033370

012700
040200
001011
004767

170301

MOV
8rc

#170301,R0O
R2,RO
28¢

s TRY TO CLEAR THE BMP CODE MASK

PC,SAVBMP

$BRANCH IF NOT A BMP CODE
+SAVE THE BMP CODE ON THE QUEUE

033374
033400

005267
012701

ERRNBR
0EMA408,R1

1SET THE ERRNBR TO 4408
1SELECT THE MESSAGE,

BN
JSR

171256

151716

INC
MOV

010652

tREAD THE CHARACTER FROM THE FIFO
1BRANCH TO REPORT ERROR IF FIFO EMPTY TOO SOON,
tAFTER FIRST RESTORING THE CONTENTS OF MEMORY.
1SET UP BIT MASK OF A BMP CODE

TOO MANY BMP CODES FOUND IN THE RXFIFO,

1 TEST ABANDONED*
033404
033406

005305
001453

033410

000753

033412
033420
033422

012767
010201
012702

010471

033426
033434

012767
012767

015536

033442
033444
033446
033452
033454

122401
001034
005067
005203
022703

DEC
BEQ

sDEC_THE MAX BMP CODE READ COUNT
1GO REPORT ERROR IF TOO MANY BMP CODES FOUND ,

tAFTER FIRST RESTORING THE CONTENTS OF MEMORY.

tDON’'T COUNT THE BMP CODE AS A VALID CHARACTER

151676

28%:

MOV

010715

177777

151666

000332

MOV

#ER9101,ERRBLK

@-1,SUCSS

(R4)+,R1

000322
000020

304
SUCSS

R3
16. ,R3

1SET_THE ERRNBR TO 4409
1SAVE THE CHARACTER FROM THE FIFO
1SELECT THE MESSAGE ,
s " BAD BIT BETWEEN BITS O AND *
1SELECT THE ERROR ROUTINE.
1 INDICATE '‘BAD BITS' FAILURE
1COMPARE CHAR FROM FIFO WITH THE CORRECT DATA.
1BRANCH IF INCORRECT AND RESTORE MEM CONT'S.
s INDICATE NON TEST SPECIFIC FAILURE E.G. TIME-OQUTS
1tCOUNT THIS CHARACTER,

tHAVE WE RECIEVED ALL THE CHARACTERS ?

DHU-11 FUNCTIONAL VERIFICATION

HARDWARE

TEST

MACRO M1200
- DMAADR -

PAGE

12-DEC-83

16:16

132-6

BNE
DEC
BEQ

24
704
29$

1LOOP UNTIL ALL CHARACTERS (NON-BMP) ARE READ.
sDECREMENT THE LOOP COUNT

5EQ 210

8104 033460
8105 033462
8106 033466
8107 033470
8108 033474
8109
8110 033500
8111 033506
8112
8113 033512
8114
8115 033520
8116 033524
8117
8118 033526
8119
8120 033530
8121
8122
8123
8124
8125
8126
8127
8128 033536
033544
033552
033556
033562
033566
033572
033576
033600

001327
005367
001420
012704
016705

005154
146522

012767
012701

010472
010752

151610

MOV
MOV

1SET ERRNBR TO 4410
+SELECT THE MESSAGE ,

012767

014124

151602

MOV

©ERCS03,ERRBLK

1 SELECT THE ERROR ROUTINE

004767
103004

167216

033605
033612

000274

MOV
MOV

012767

000001

JSR

PC.PUFIFO

184

8CC

000615
000236

29%:

@SDP2B ,R4
DMTSTA,RS

MOV

@1,SUCSS

1BRANCH IF BOTH DMA'S ARE COMPLETED

1SET UP THE SECOND DATA PATTERN
1SET UP THE OTHER DMA TEST ADDRESS

“ RXFIFO FAILED TO PURGE,

TEST ABANDONED

iPURGE THE RXFIFO

sEXIT WITH ERROR IF FIFO WOULD NOT PURGE ,
sAFTER FIRST RESTORING THE CONTENTS OF MEMORY.

;OTHERWISE REPEAT.

+ INDICATE THAT WE HAVE BEEN ABLE TO TEST,
1SOME OF THE BITS.

s+ RESTORE THE ORIGINAL DATA IN THE MEMORY
016767
016767
012700
012705
012703
004767
005767
001012
016767

000224
146450

30¢:

MOV
MOV
MOV
MOV
MOV
JSR
TST

DMTSTA,DUMY
ODTSTA,DMTSTA
#BUFBAS,RO
@1,R5
916. ,R3
PC,DMRW
TPAFLG

MOV

31
OUMY ,DMTSTA

012700
004767

MOV
JSR

#BUFMID,RO
PC,.DMRW

033616
033622

005767
001411

BEQ

033624
033632

012767
012701

146414

010473
011001

151464

31¢:

:START WITH THE HIGHER OF THE PAIR OF DMTSTA
:

sPOINT AT THE START OF THE SAVED DATA AREA
s SELECT WRITE TO (DMTSTA)
:PASS NUMBER OF BYTES TO BE WRITTEN
+RESTORE THE DATA
;GO REPORT ERROR IF A TRAP OCCURED
i

iNOW RESTORE THE DATA FROM THE LOWER
:OF THE PAIR OF TEST ADDRESSES.
sPOINT AT THE START OF THE SAVED DATA AREA
+RESTORE THE DATA

TST

TPAFLG

1GO REPORT ANY ERRORS IF A NO TRAP
s+ OCCURED DURING THE RESTORE.

MOV
MOV

04411. ,ERRNBR
#EMA411
R

1SET THE ERROR NUMBER TO 4411
1SELECT THE MESSAGE
i * HOST FAILURE. WRITE FAILURE TO AN ADDR

324

+WHICH HAD PREVIOUSLY BEEN SUCCESSFULLY

033636
033644

012767
000433

014124

151456

MOV
BR

#ER0503, ERRBLK
34

JHRITTEN T0.

1SELECT THE ERROR ROUTINE

tREPORT THE ERROR

HAS THE TEST BEEN SUCCESSFUL,

s+ REPORT THE ERRORS OTHERWISE.

THE BITS TESTED IF

IT HAS,

8157

033646
8159 033652
8160 033654

005767
001430
016701

000122

000106

32¢:

TST

BEQ
MOV

SUCSS

344
BITSTD.R1

+IF THE ERROR IS NON TEST SPECIFIC THEN
1BRANCH TO REPORT ERRORS
1LCAD THE NUMBER OF BITS TESTED

DHU-11 FUNCTIONAL
8161
8162
8163
8164
8165
8166
8167
8168
8169
8170
8171
8172
8173
8174

TEST

033660
033662
033670

033672
033700
033702
033704
033706
033706
033710
033712
033716
033722
033724
033726
8175 033732
8176
8177
8178 033734
033734
8179
8180
8181 033736
033736
033742
8182 033744
8183 033752
8184
8185 033756
033756
033760
8186
8187
8188
8189
8190
8191
8192 033762
8193 033764
8194 033766
8195 033770
8196 033772
8197 033774
8198
8199
8201
8202
8203
8204
8205

005301
022767
001021

000001

MACRO M1200

DMAADR

12-DEC-83
DEC
cMP
BNE

000104

16:16

PAGE

132-7

SEQ 211

+DEC TO GIVE THE BIT POSITION CF THE MSB TESTED.

s IF THE BITS TESTED ARE BAD THEN
1BRANCH AND REPORT ERRORS.

HE4

: OTHERWISE DETERMINE IF PRINTING OF THE SUCCESSFULLY TESTED BITS WAS REQUESTED.

032767
001416
010102
005202
010246
010146
012746
012746
010600
104414
062706
000401

BIT
BEQ
MOV
INC

146262

PRINTB

THE BITS TESTED IF

000010

+
BEEN TESTED SUCCESSFULLY.
tPRINT THE NUMBER OF BITS TESTED MESSSAGE.

sEXIT THE TEST

60%

ERROR

SETPRI

000240

146306
146242

144032

MOV
CLR
EXIT

104432
000016

REPORT ERRORS

:ENABLE THE CLOCK

#PRIOS

TP4VEC,.4

THE SOF TWARE

;OPTION HAS REQUESTED IT
sCALCULATE THE NUMBER OF BITS WHICH HAVE

005554
000003

104460

012700
104441
016767
005067

o8ITOS,0PTION

604
R1,R2
R2
0EF4401,R1,R2

MOV

0EF4401, -(SP)

MOV
TRAP
ADD

SP,RO
C$PNTB
€10,SP

TRAP

C$ERROR

MOV
TRAP

OPRIOS,RO
C$SPRI

TRAP
.WORD

CSEXIT
L10030-.

sRESTORE THE NORMAL 004 TRAP VECTOR
: INDICATE THAT WE ARE NOT WITHIN A TEST

CTRLCF
TST

8884880800000 80000000s

LOCAL

000000

HARDWARE

VERIFICATION

VARIBLE

AREA

#2444448048844848880404000880400

1COUNTER FOR THE NUMBER OF DMA'S COMPLETED
1SAVE AREA FOR THE ACTIVE LINE NUMBER
tNUMBER OF BITS TESTED
1DUMMY VARIABLE
tHIGHER OF THE PAIR OF COMPLEMENTARY ADDR.

1 SUCCESS INDICATOR,
'
'

-1 -

ERROR DUE TO BAD BITS

1 - SUCCESSFUWL TEST
0 - OTHER ERRORS

§188888008888088800848800084000888

END

2000880880000 008000000008888008040000002

DHU-11 FUNCTIONAL
HARDWARE

TEST

VERIFICATION

8206

8207 033776
033776
033776

MACRO M1200
-

DMAADR

12-DEC-83

ENDTST
104401

16:16

PAGE

132-8

SEQ 212

L10030:

TRAP

CSETST

DHU-11 FUNCTIONAL VERIFICATION
HARDWARE

TEST

FRMERR

MACRO M1200
-

8209
8210
8211
8212
8213
8214
8215
8216
8217
8218
8219
8220
8221
8222
8223
8224 034000
034000
8225

12-DEC-83 16:16

.SBTTL

PAGE

133

HARDWARE TEST

1282882880888

SEQ 213

- FRMERR

0 0200480420004

i &

0 0005000000004

FRAMING

ERROR

0 0400005000000 0 4000000000ttt ttts

GENERATION

TEST

i1 *

(T)?I%E‘I’Eg:”fi USED TO VERIFY THE FRAMING ERROR DETECTION CAPABILITIES

i
i

WHEN IN STAGGARED LOOPBACK MODE, CHARACTERS ARE TRANSMITTED FROM
ONE GROUP OF LINES AT 8 BITS/CHAR,AND RECEIVED BY THE OTHER GROUP

i .

i e
i
T
1 e

: ~ 8 808

AT S BITS/CHAR,.THIS WILL GENERATE A FRAMING ERROR FOR EACH { 'ARACTER.
THIS TEST WILL ONLY EXECUTE IF THE STAGGARED LOOPBACK MODE IS SELECTED.
THE SPECIAL STAGGARED LOOPBACK BERG CONNECTOR MUST BE FITTED.
THE ACTIVE LINES BIT MASK IS USED TO INDICATE WHICH LINES HAVE BEEN

REMOVED FROM FURTHER TESTING.

8800800002000 4000000000000 AR AR 2R A 040404000000ttt
ttttts

BGNTST

T1S::
:0

; EXECUTE THIS TEST IN

STAGGARED LOOPBACK MODE ONLY.

‘-

034000
034006

126727
001402

146170

034010
034014
034014
034020
034022

000167

000372

012700
104441
012767

000240

177777

146170

MOV

012767
012767
012767
012767

000005
000001
014071
011117
146414

146222
151250
151244
151240

MOV
MOV
MOV
MOV
CLR

034030
034036
034044
034052
034060
034064

005067

000002

cMPB

LOPBCK, #2

sCHECK MODE SELECTED.

JMP

60¢

sMODE IS SELECTED.
+ EXIT THE TEST.

BEQ

SETPRI

. +6

TNUM ==

CLR

146134

#PRIOS

sAVOID EXITING THE TEST IF STAGGERED LOOPBACK
sALLOW LTC INTERRUPTS.

MOV

TRAP

#PRIOS,RO

C$SPRI

€-1,CTRLCF

s INDICATE THAT WE ARE IN A TEST.

OTNUM, TSTNUM
€1,.ERRTYP
96201. ,ERRNBR
®EM6201 ,ERRMSG
ERSMRF

sSET UP THE TEST NUMBER.
(62)
:SET ERROR TYPE IN ERROR TABLE.
3SET THE FIRST ERROR NUMBER IN ERROR TABLE.
;SET ERROR MESSAGE ADDRESS IN ERROR TABLE.
sINITIALIZE THE "“REPORT ERROR SUMMARY" FLAGS.

TNUM

FERROR

s INCREMENT THE ASSEMBLY

TIME TEST COUNTER.

;CLEAR THE “AT LEAST ONE ERROR” INDICATOR.

3¢

: RESET THE DUT /0 A KNOWN STATE, REMOVE STATUS CODES FROM THE FIFO.
i
CLEAR TX AND RX INTERRUPT ENABLE BITS.
3 THIS SUBROUTINE REPORTS ERROR >>>>> 6201 <cccc,
034070
034074

004767
103144

JSR
8CC

163334

PC,CLNRST
60¢

sRESET THE DUT.
;ABORT THE TEST IF FATAL ERROR FOUND IN RESET.

3¢

: DISABLE ALL INTERRUPTS.
s SET UP DMA TX AND RX INTZRRUPT SERVICE ROUTINES.
034076
034076
034102
034104
034104
034110
034114
034120
034124
034126
8254 034132

012700
104441

000340

012746
012746
016746
012746
104437
062706

000300
027520

SETPRI

&PRIO?7

1DISABLE ALL INTERRUPTS.

SETVEC

TXVECA,0TXDMA, #PRIO6

#PRIO7,.RC
C$SPRI

MOV

OPRIO6, -(SP)
@TXDMA, -(SP)

;SELECT DMA TX INT SERVICE RTN.

MOV
MOV
MOV

000003
000010

MOV
TRAP

SETPRI

#PRIO4

+ALLOW INTERRUPTS,

TRAP
ADD

TXVECA, -(SP)
3, -(SP)

C$SVEC
€10,SP

DHU-11 FUNCTIONAL VERIFICATION
HARDWARE

TEST

034132
034136

8255
8256
8257
8258 034140
8259 034144
8260 034150
8261

012700
104441

FRMERR

MACRO M1200
-

12-DEC-83 16:16

PAGE

133-1

5EQ 214

000200

MOV
TRAP

#PRIO4 ,R0O
C$SPRI

HEJ

CLEAR TX,

RX,

AND DMA_START ERROR FLAGS.

’e

005067
005067
005067

CLR
CLR

146336
146334
145110

CLR

TXDONF
RXDONF
TXINTF

:CLEAR TX DONE FLAGS FOR ALL LINES.
s1CLEAR RX DONE FLAGS FOR ALL LINES.

tCLEAR TX ERROR FLAGS FOR ALL LINES.

HE4

:+ SET UP ERROR TABLE AND DATA PATTERN TABLE.
i
THE NUMERICAL VALUE OF THE CHARACTER INDICATES THE NUMBER OF THE LINE
i+

THAT

TRANSMITTED IT.

034154
034160
034164

012700
004767
005067

003302

163266
147412

MOV

®ERCNTB,RO

:PASS THE ADDRESS OF THE TABLE TO BE CLEARED.

CLR

BUFBAS

:SET SINGLE CHAR DATA TO BE A NULL.

JSR

PC,CLR16M

:CLEAR THE RX ERROR COUNTERS TABLE.

HE4

:+ INITIALISE DMA PARAMETERS IN THE CONTROL BLOCK.
i
TRANSMISSION ON LINE GROUP 1 AT 8 BITS/CHAR,1 STOP BITS,0DD PARITY.
:+
RECEPTION ON LINE GROUP 2 AT S BITS/CHAR,1 STOP,0DD PARITY.
‘-

034170
034174
034200
034204
034210
034214
034220

012700
012701
004767
012702
012703
016704
004767

MOV
MOV

156470
156440
164424
003602

JSR
MOV
MOV

MOV
JSR

146016
163730

#156470,R0
#156440,R1

PC,GETTIM
¢BUFBAS,R2
#1,.R3
LGRP1M,R4
PC.FRPSUP

:PASS LPR PARAMETER FOR 8 BITS/CHAR.
1PASS LPR PARAMETER FOR S BITS/CHAR.
:GET TIME-OUT BASED ON MINIMUM BAUDRATE IN USE.
;PASS START ADDRESS OF DATA PATTERN.
:PASS LENGTH OF DATA PATTERN.
sPASS LINE GROUP OF LINES THAT ARE TO TX.
:SET UP DUT FOR TRANSMISSION AND RECEPTION.

i+ PURGE THE FIFO OF ANY UN-WANTED CHARACTERS. THIS ROUTINE REPORTS ERRORS
WITH WITH ERROR NUMBERS FROM

>>>>> 6202 THRU 6204

<<ccc,

PERFORM TRANSMISSION AND RECEPTION AT 9600 BAUD.
:+
REPORT ANY ERRORS FOUND, IE. FRAMING ERROR BIT CLEAR OR PARITY ERROR SET.
034224
034230
034234
034236
034244
034250

005267
004767
103064
012767
004767
012705

INC
JSR
8CC
MOV
JSR
MOV

151066
166570
014075
171346
100000

151052

ERRNBR
PC,PUFIFR
604
#6205 . ,ERRNBR
PC, TXFRPR
€100000,RS

+SET THE ERROR REPORT NUMBER TO 6202.
;CLEAN OUT THE FIFO.
sABORT THIS TEST IF FIFO WOULD NOT PURGE.

1SET THE ERROR NUMBER TO 6205.
1 TX DATA PATTERN ON SELECTED ACTIVE LINES.
1PASS FRAMING ERROR TEST FLAG.

3¢

THIS SUBROUTINE REPORTS ERROR NUMBER >>>>> 6205 <«cc<cc,

034254

004767

162550

034260
034264
034266
034274

005767
001404
032767
001436

145740
000100

JSR
TST

BEQ
BIT

145666

PC,.CKFRPR

+READ CHARACTERS, REPORT ANY ERRORS FOUND.

FERROR

t+HAS AN ERROR BEEN DETECTED?

S44¢

tBRANCH IF IT HASN'T AND EXIT THE TEST. THE

24
08ITO06,0PTION

1BRANCH IF NO ERROR
;HAS EXTENDED ERROR REPORTING BEEN ENBL'D?.
1 TEST FAILURE MESSAGE HAS BEEN PRINTED.

3 e

s+ REVERSE TRANSMISSION/RECEPTION ROLES ON ALL ACTIVE LIMNES, AND REPEAT TEST.
034276

034304

005104
004767
005267

163650
151006

2;:

coM

JSR
INC

PC,FRPSUP
ERRNBR

+REVERSE ROLES FOR TRANSMISSION AND RECEPTION.
$SET UP DUT FOR TRANSMISSION AND RECEPTION.
1SET ERROR NUMBER TO 6206.

DHU-11 FUNCTIONAL VERIFICATION

HARDWARE

TEST

8310
8311
8312

FRMERR

8313 034310 004767

166510

8315 034316
8316 034324
33{; 034330

014101
171266
100000

8314 034314

103034

012767
004767
012705

MACRO M1200
-

12-DEC-83 16:16

PAGE

133-2

SEQ 215

i
: THIS ROUTNE REPORTS ERRORS WITH NUMBERS
$-

JSR

PC,PUFIFR

:CLEAN OUT THE FIFO,

MOV
JSR
MOV

#6209. ,ERRNBR
PC, TXFRPR
€100000,RS

1SET ERROR NUMBER TO 6209.
;TX DATA PATTERN ON SELECTED ACTIVE LINES.
;PASS FRAMING ERROR TEST FLAG.

B8CC

150772

»>>>>> 6206 THRU 6208 <c<ccc,

604%

;ABORT THIS TEST IF FIFO WOULD NOT PURGE.

HE2

8;19

;

8320

gggé 034334

004767

162470

8323
8324
8325
8326

034340
034344
034346
034354

005767
001404
032767
001406

145660

gggg 034356

005267

ggg;

000100

150734

THIS SUBROUTINE REPORTS ERRORS

145606

»>>>>> 6209 <c<c<c,

JSR

PC,CKFRPR

sREAD CHARACTERS,

TMt
BEQ
BIT
BEQ

FERROR
43
#8IT06,0PTION
544

sHAS AN ERROR
:BRANCH IF NO
;HAS EXTENDED
sBRANCH IF IT

ERRNBR

;SET ERROR NUMBER TO 6210.

INC

REPORT ANY ERRORS FOUND.

BEEN DETECTED?
ERROR
ERROR REPORTING BEEN ENBL'D?
HASN'T AND EXIT THE TEST. THE

; TEST FAILURE MESSAGE HAS BEEN PRINTED.

8331
8332
8333

:
:
3

gggg

DISABLE INTERRUPTS.
CLEAR THE INTERRUPT VECTORS.
UPDATE THE ACTIVE LINES BIT MAP TO REFLECT LINES REMOVED FROM TESTING.

THIS SUBROUTINE REPORTS ERRORS >>>>> 6210 THRU 6212 <<<<«c,

8336 034362

004767

171324

8339 034372
034372
034376
8340 034400

012700
104441

000340

034400
— 034404

016700
104436

145564

gg:g 034406

005067

145606

ggg; 034366

8344 034412
034412
034412

004767

171746

JSR

PC,TXIEO

sDISABLE ALL TX INTERRUPTS.

SETPRI

@PRIO7

sDISABLE ALL INTERRUPTS.

CLRVEC

TXVECA

MOV
TRAP
;RETURN TX INT VECTOR TO UNUSED POOL.
MOV
TRAP

CLR

CTRLCF

;:INDICATE THAT WE ARE NOT WITHIN A TEST.

JSR
S54%:

60¢:

ENDTST
104401

PC, TXRREP

sREPORT FINAL ERRORS FROM TX/RX.

L10031:

TRAP

#PRIO7,.RO
C$SPRI
TXVECA,RO
CsCVEC

CSETST

DHU-11 FUNCTIONAL VERIFICATION

HARDWARE

TEST

PARERR

MACRO M1200
-

12-DEC-83 16:16

8346

.SBTTL

8348
8349

ik
HE

8367

8350
8351
8352
8353

8354

8356

8358

HARDWARE TEST

‘

- PARERR -

SEQ 216

AR RR AR AR AR A AR AR LA RE AR A AR A AR AR RA AL AR R AR AR A A AL 2 AR R AR AR AL AR R AR

AR LA A kS A

THIS TEST IS USED TO VERIFY THE PARITY ERROR DETECTION AND REPORT
CAPABILITIES OF THE DUT.
WHEN STAGGARED LOOPBACK MODE IS SELECTED, DATA IS TRANSMITTED
ON ALL ACTIVE LINES IN LINE GROUP 1 WITH ODD PARITY SELECTED,

THIS WILL GENERATE A PARITY ERROR FOR EACH CHARACTER RECEIVED.

At AL

AND RECEIVED ON LINES IN GROUP 2 WITH EVEN PARITY SELECTED.

THE PARITY SELECTION IS THEN REVERSED ON THE LINES IN EACH GROUP

AND THE TEST IS REPEATED.

THE SPECIAL STAGGARED LOOPBACK BERG CONNECTOR MUST BE FITTED.

i *

ggzg

134

T
i e
i
i &

8357

- PARITY ERROR GENERATION TEST -

8355

PAGE

THIS TEST WILL ONLY EXECUTE IF THE STAGGARED LOOPBACK MODE IS SELECTED.

8361

2282080080440 0 0000040004004 0 0

8362 034414

8363

AR AR AR AL

SRR 02402000000ttt
ttbbits

BGNTST

034414

T6::

gggg

s EXECUTE THIS TEST IN

STAGGARED LOOPBACK MODE ONLY.

‘-

8366 034414

8367 034422

001402

126727

145554

:ggg 034424

000167

000434

012700
104441
012767
000006
012767
012767
012767
012767
005067

000240

8368

8371 034430
034430
034434
8372 034436
8373
8374 034444
8375 034452
8376 034460
8377 034466

8378 034474
g;;g 034500

005067

000002

177777

145554

000006
000001
014235
011160
146000

145606
150634
150630
150624

cMPB

BEQ

LOPBCK, #2
.+6

JMP

SETPRI

#&PRIOS

sAVOID EXITING THE TEST IF STAGGERED LOOPBACK

;MODE IS SELECTED.
: EXIT THE TEST.

sALLOW LTC INTERRUPTS.

MOV
TRAP

#PRIOS,.RO
C$SPRI

sINDICATE THAT WE ARE IN A TEST.
; INCREMENT THE ASSEMBLY TIME TEST CO'.NTER
:SET UP THE TEST NUMBER.
(63)
;SET ERROR TYPE IN ERROR TABLE.
:SET THE FIRST ERROR NUMBER IN ERROR TABLE.

CLR
CLR

;INITIALIZE THE “REPORT ERROR SUMMARY"” FLAGS.
sCLEAR THE "AT LEAST ONE ERROR” INDICATOR

MOV

145520

;CHECK MODE SELECTED.

OEM6301 ,ERRMSG

ERSMRF
FERROR

;SET ERROR MESSAGE ADDRESS IN ERROR TABLE.

HE4

8381
8382

s RESET THE DUT TO A KNOWN STATE, REMOVE STATUS CODES FROM THE FIFO.
i
CLEAR TX AND RX INTERRUPT ENABLE BITS.

8385 034504

g% 034510

004767

103165

THIS SUBROUTINE REPORTS ERROR >>>>> 6301 <cccc,

162720

JSR

PC,.CLNRST

BCC

60¢

sRESET

THE DUT,

;ABORT THE TEST IF FATAL ERROR FOUND IN RESET.

8388

s DISABLE ALL INTERRUPTS.

gggg

s SET UP

8391 034512
034512
034516
8392 034520
034520

034524
034530
034534
034540

012700
10444)

000340

012746
012746
016746
012746
104437

000300
027520
145434
000003

DMA TX AND RX INTERRUPT SERVICE ROUTINES.

SETPRI

@PRIO7

sDISABLE ALL INTERRUPTS.

SETVEC

TXVECA,@TXDMA,#PRIO6

MOV
TRAP
:SELECT DMA TX INT SERVICE RTN.
MOV
MOV
MOV
MOV
TRAP

#PRIO7,.RO
C$SPRI
#PRIO6, -(SP)
@TXDMA, -(SP)
TXVECA, -(SP)
23, -(SP)
C$SVEC

DHU-11 FUNCTIONAL
HARDWARE TEST

034542
8393 034546
034546
034552
8394
8395
8396
8397 034554
8398 034560
8399 034564
8400

8401
8402
8403 034570

8404
8405
8406
8407
8408
8409
8410
8411
8412
8413
8414
8415
8416
8417
8418
8419
8420
8421
8422
8423
8424
8425
8426
8427
8428
8429
8430
8431
8432
8433
8434
8435
8436
8437

034574

VERIFICATION
MACRO M1200
PARERR -

062706
012700
104441

12-DEC-83

000010

SETPRI

000200

16:16

PAGE

IK1

134-1

#PRIOA

SEQ 217

;ALLOW INTERRUPTS.

ADD

#10,5P

MOV

#PRIO4 ,RO

TRAP

C$SPRI

HE4

CLEAR TX/RX

FLAGS.

005067
005067
005067

145722
145720
145474

CLR
CLR
CLR

TXDONF
RXDONF
TXINTF

:CLEAR TX DONE FLAGS FOR ALL LINES.
:CLEAR RX DONE FLAGS FOR ALL LINES.
;:CLEAR TX ERROR FLAGS FOR ALL LINES.

¢+

SET UP ERROR COUNTER TABLE.

012700
004767

003302
162652

MOV
JSR

@ERCNTB,RO
PC,CLR16MW

:PASS THE ADDRESS OF THE TABLE TO BE CLEARED.
:CLEAR THE RX ERROR COUNTERS TABLE.

i ¢

~ 3 INITIALISE DMA PARAMETERS IN THE CONTROL BLOCK.
‘-

034600
034604
034610
034614
034620
034624
034630

012700
012701
004767
012702
012703
016704
004767

156470
156570
164014
005154
000020
145406
163320

MOV
MOV
JSR
MOV
MOV
MOV
JSR

tPASS LPR PARAMETER WITH ODD PARITY.
sPASS LPR PARAMETER WITH EVEN PARITY,.
:GET TIME-OUT BASED ON MINIMUM BAUDRATE IN USE.
1PASS START ADDRESS OF DATA PATTERN.
:PASS LENGTH OF DATA PATTERN.
:PASS BIT MAP OF LINES TO BE SET WITH ODD PAR.

$SET UP DUT FOR TRANSMISSION AND RECEPTION.

: PURGE THE FIFO OF ANY UN-WANTED CHARACTERS.
s+ PERFORM TRANSMISSION AND RECEPTION OF THE 16 BYTE DATA PATTERN AT 9600 BAUD.
:
TRANSMISSION ON LINE IN GROUP 1, 8 BITS/CHAR, 1 STOP BITS, ODD PARITY.
+
RECEPTION ON LINES IN GROUP 2 AT 8 BITS/CHAR, 1 STOP, EVEN PARITY.
:
REMOVE CHARACTERS FROM THE FIFO AND LOOK FOR THE PARITY ERROR BIT BEING SET.
:
REPORT ANY ERRORS FOUND, IE. FRAMMING ERROR BIT SET OR PARITY ERROR CLEAR.
;-

THIS ROUTINE REPORTS ERRORS WITH NUMBERS >>>>> 6302 THRU 6304

<cccc,

0324634
034640
034642
034650
034654

004767
103111
012767
004767

166164
014241

164032

JSR

150446

PC,PUFIFR

+CLEAN OUT THE FIFO.

96305. ,ERRNBR

:SET ERROR NUMBER TO 6305

8CcC

604

JSR

PC,INIDMA

MOV
CLR

sABORT THIS TEST IF FIFO WOULD NOT PURGE.
s TX DATA PATTERN ON ALL ACTIVE LINES.
1PASS PARITY ERROR TEST FLAG.

3¢

THIS SUBROUTINE REPORTS ERROR NUMBER

»>>>>> 6305 ccccc,

‘-

034656

004767

162146

034662

145336

034670
034676

005767
001404
032767
001457

034700

005267

000100

150412

JSR

TST

BEQ
BIT

145264

BEQ
2¢:

INC

PC,CKFRPR

tREAD CHARACTERS, REPORT ANY ERRORS FOUND.

FERROR

tHAS AN ERROR BEEN FOUND ?

544

tEXIT THE TEST IF IT HASN'T. THE TEST FAILURE
tMESSAGE HAS ALREADY BEEN REPORTED.

24
08IT06,0PTION

ERRNBR

tBRANCH TO CONTINUE IF IT HASN'T.
tHAS EXTENDED ERROR REPORTING BEEN REQUESTED ?

+SET ERROR NUMBER TO 6306.

HE4

THIS SUBROUTINE REPORTS ERRORS WITH NUMBERS >>>>> 6306 THRU 6309 <ccc<

DHU-11 FUNCTIONAL VERIFICATION
HARDWARE

TEST

- PARERR

MACRO M1200
-

12-DEC-83 16:16

PAGE

134-2

SEQ 218

8447

8448 034704

004767

8450 034714

001404

8449 034710

8451 034716
8452 034724

145310

032767

000100

001457

g:gz

8455 034726
8456 034734
8457 034740

012767
005067
005067

g:gg 034744

171430

005767

005067

014246
145542
145540

145236

150362

sREPORT FINAL ERRORS FROM TX/RX,

BEQ

t1BRANCH TO CONTINUE IF IT HASN'T.

BEQ

60$

BIT

4s:

145314

MOV
CLR
CLR

CLR

FERROR

#BIT06,0PTION

tHAS AN ERROR BEEN FOUND ?

;1HAS EXTENDED ERROR REPORTING BEEN REQUESTED ?
;EXIT THE TEST IF IT HASN'T.

THE TEST FAILURE

sMESSAGE HAS ALREADY BEEN REPORTED.

;SET ERROR NUMBER TO 6310.
sCLEAR TX DONE FLAGS FOR ALL LINES.
tCLEAR RX DONE FLAGS FOR ALL LINES.

;CLEAR TX DMA HANDOVER ERROR FLAGS.

g:go

;

8462 034750
:2 034752

PC, TXRREP

TST

JSR

00510«
004767

REVERSE TRANSMISSION/RECEPTION ROLES ON ALL ACTIVE LINES,

COM
JSR

163176

R4
PC,.FRPSUP

AND REPEAT TEST.

;REVERSE ROLES FOR TRANSMISSION AND RECEPTION.
;SET UP DUT FOR TRANSMISSION AND RECEPTION.

HEJ

g:gz

THIS ROUTINE REPORTS ERRORS WITH NUMBERS

>>>>> 6310 THRU 6311

<«<ccc,

‘-

8467 034756

004767

166042

8469 034764
g:;(l) 034772

012767
004767

014250
163710

8468 034762

103040

150324

8474 034776

004767

162026

8476 035006
8477 035010
8478 035016

001404
032767
001407

000100

012767

014255

z;g

g:gé 035020

PC,PUFIFR

:CLEAN OUT THE FIFO.

MOV
JSR

46312. ,ERRNBR
PC,INIDMA

tSET ERROR NUMBER TO 6312.
;TX DATA PATTERN ON SELECTED ACTIVE LINES.

60¢

;ABORT THIS TEST IF FIFO WOULD NOT PURGE.

;¢

g:;g

8475 035002

JSR

8CC

005767

THIS SUBROUTINE REPORTS ERRORS WITH NUMBERS >>>>> 6312 THRU 6316 <c<ccc,

145216

JSR

PC,CKFRPR

;READ CHARACTERS,

BEQ
BIT
BEQ

6%
#8IT06,0PTION
544

iBRANCH TO CONTINUE IF IT HASN'T.
1HAS EXTENDED ERROR REPORTING BEEN REQUESTED ?
sEXIT THE TEST IF IT HASN'T. THE TEST FAILURE

MOV

TST

145144

150270

6%:
‘0

8483
8484

:
H

3:2

FERROR

REPORT ANY ERRORS FOUND.

;HAS AN ERROR BEEN FOUND ?

;MESSAGE HAS ALREADY BEEN REPORTED.
;SET ERROR NUMBER TO 6317.

DISABLE INTERRUPTS.
CLEAR THE INTERRUPT VECTORS.

UPDATE THE ACTIVE LINES BIT MAP TO REFLECT LINES REMOVED FROM TESTING.

‘-

g:g; 035026

004767

170660

JSR

PC,TXIEO

;DISABLE ALL TX INTERRUPTS.

zgg

THIS SUBROUTINE REPORTS ERRORS >>>>> 6317 THRU 6320 <c<<cc,

‘-

g:gé 035032
8493 035036

035036
035042
8494 035044
035044
035050
8495

004767

171302

012700
104441

000340

016700
104436

145120

S4%:

8496

g:g;
8499 035052

;

012767

014261

150236

JSR

PC, TXRREP

;REPORT FINAL ERRORS FROM TX/RX.

SETPRI

@PRIO7

;DISABLE ALL INTERRUPTS.

CLRVEC

TXVECA

MOV
TRAP
sRETURN TX INT VECTOR TO UNUSED POOL.
MOV
TRAP

THIS SUBROUTINE REPORTS ERRORS WITH NUMBERS
MOV

06321
. ,ERRNBR

»>>>>> 6321 <«<ccc,

1SET ERROR NUMBER TO 6321.

#PRIO7,.RO
C$SPRI
TXVECA,.RO
CsCVEC

HARDWARE

TEST

8500 035060
8501
8502 035064
8503 035070
035070
035070

PARERR

004767

167036

005067

145130

104401

MACRO M1200
-

12-DEC-83

JSR
60$:

16:16

PAGE

PC,REPSMR

CLR
CTRLCF
ENDTST

134-3

SEQ 219
;REPORT ERROR

SUMMARIES

IF CALLED FOR.

;INDICATE THAT WE ARE NOT WITHIN A TEST.
L10032:

TRAP

CSETST

DHU-11 FUNCTIONAL VERIFICATION

DHU-11 FUNCTIONAL VERIFICATION
HARDWARE

TEST

MACRO M1200

12-DEC-83 16:16

PAGE

135

SEQ 220

8505

.SBTTL

HARDWARE TEST

8507
8508
8509
8510
8511
8512
8513
8514
8515

[ a
i
TM
i
i
i
14
i
i

- DMA MODE TEST THIS TEST VERIFIES THAT THE DEVICE UNDER TEST (DUT) WILL PERFORM
TRANSMISSION AND RECEPTION CORRECTLY USING THE DMA MODE TRANSMISSION.
THE TEST IS PERFORMED AT ALL BAUDRATES (EXCEPT SO BAUD), 8 BITS PER
CHARACTER, 1 STOP BIT, AND WITH PARITY CHECKING (BOTH ODD AND EVEN).
A HIGH SPEED TEST IS ALSO PERFORMED AT THE HIGHEST 3 BAUDRATES AT
BOTH S AND 8 BITS PER CHARACTER, 1 STOP BIT, AND NO PARITY CHECKING.
THIS TEST IS PERFORMED WITH THE TYPE OF LOOPBACK WHICH WAS SPECIFIED
IN THE DUT HARDWARE P-TABLE ON ALL ACTIVE LINES.

8517

8506

HERY

8516

T T

T Y

BGNTST

8519 035072

SETPRI

035072

8520
8521 035100
8522 035106
8523 035114

8524 035122
8525 035130
8526 035136
ggg; 035142

012700
104441
000007
012767
012767
012767
012767
012767
005067
005067

000240
000007
177777
000001
021615
012400
145336
145056

T P

- DMA
PP

2888880824800 8 400840040080

8518 035072

035072
035076

P T Y

oPRIOS

TNUM == TNUM + 1
MOV
OTNUM, TSTNUM
MOV
-1,CTRLCF
MOV
01 ,ERRTYP
MOV
#9101. .ERRNBR
MOV
#EM9101 ,ERRMSG
CLR
ERSMRF
CLR
FERROR

145152
145104
150172
150166
150162

P P Y

P P

P Y

PP P P Y Y Y TP T TP YT Iy

AR LR AR AL LR LR

L AR

YTYIYIYIYIYIY],

4 000004400000 00004s

T7::

;ALLOW LTC INTERRUPTS.

MOV
#PRIOS,RO
TRAP
C$SPRI
; INCREMENT THE ASSEMBLY TIME TEST COUNTER.
;SET UP THE TEST NUMBER.
(91)
;INDICATE THAT WE ARE IN A TEST.
:SET ERROR TYPE AS FATAL IN ERROR TABLE.
;SET THE FIRST ERROR NUMBER IN ERROR TABLE.
;SET ERROR MESSAGE ADDRESS IN ERRTBL.
;INITIALIZE THE “REPORT ERROR SUMMARY* FLAGS.
;CLEAR THE "AT LEAST ONE ERROR” INDICATOR.

8529
8530

;+ RESET THE DUT TO A KNOWN STATE, REMOVE THE STATUS CODES FROM THE FIFO.
; CLEAR TX AND RX INTERRUPT ENABLE BITS IN THE CSR.

:g;

8533 035146

004767

162256

gggz 035154

000167

000664

8534 035152

103402

THIS SUBROUTINE REPORTS ERROR

»>>>>> 9101

c<<cc,

JSR

PC,.CLNRST

;RESET THE DHMU-11, REPORT ANY ERRORS FOUND.

JMP

60$

;RESET FAILURE, ABORT THIS TEST.

BCS

;:SKIP AROUND TEST EXIT

IF NO FATAL ERROR FOUND.

3§§Z

: SET UP FOR TRANSMIT INTERRUPTS.

8539 035160

035160

035164

8540 035166

012700

104441

000340

035166
035172
035176
035202
035206
035210

012746
012746
016746
012746
104437
062706

000300
027520
144766
000003

035214
035220
035224
035230
035234
035236

012746
012746
016746
012746
104437
062706

000300
027310
144736
000003

035242
035246

012700
104441

000200

8541 035214

8542 035242

000010

2s:

SETPRI,

;

‘

SETVEC'

@PRIO7

;DISABLE ALL

TXVECA,#TXDMA,oPRIO6

INTERRUPTS.

;SELECT DMA TX INT

‘

SETVEC

RXVECA,ORXCHRS,OPRIO6

SETPRI

OPRIO4

;SELECT RX INT

;ALLOW INTERRUPTS.

MOV

TRAP

SERVICE RTN.

OPRIO7,RO

C$SPRI

MOV
MOV
MOV
MOV
TRAP
ADD

OPRIO6, -(SP)
#TXDMA, -(SP)
TXVECA, -(SP)
3,-(SP)
C$SVEC
€10,SP

MOV
MOV
MOV
MOV
TRAP
ADD

OPRIO6, -(SP)
ORXCHRS, -(SP)
RXVECA, -(SP)
#3,-(SP)
C$SVEC
10,5P

MOV
TRAP

#PRIO4 RO
C$SPRI

SERVICE RTN.

8543
8544
8545
8546
8547
8548 035250
8549 035254
035260
035264
035270
035274
035300
035304
035310
035316

TRANSMIT AND RECEIVE SHORT DATA PATTERN AT ALL BAUDRATES,
WITH 8 BITS PER CHARACTER, 1 STOP BIT, AND BOTH TYPES OF

:
i

+
012700
004767
012701
004767
012702
012703
012704
004767
012767
012767

MOV
JSR
MOV

4a%:

JSR

MOV
MOV
MOV

021616

PARITY,

BOTH LINE GROUPS (LGPRS) TX AND RX WITH THE SAME PARAMETERS.

JSR

144714

MOV
MOV

147772

®ERCNTB,RO

tCLEAR THE RX ERROR COUNTERS TABLE.
1SET UP LPR CONTENTS FOR TX/RX AT 75 BAUD.
1GET TIME-OUT BASED ON MINIMUM BAUDRATE IN USE.
t1SET UP THE START ADR OF THE DATA PATTERN.
@SDP2E -SDP2B ,R3 1SET UP THE DATA PATTERN LENGTH,
o1,R4
+SPECIFY TO SEND 1 DATA PATTERN TO EACH LINE.
PC,VANSUP
$1SET UP "VANILLA FLAVORED” TX/RX.
0177400, IBM
tFORM BIT MAP OF UNUSED TX/RX BITS.
09102. ,ERRNBR
1SET THE ERROR REPORT NUMBER TO 9102.

PC,CLR16W
910470,R1
PC,GETTIM
0SDP28 ,R2

:
'

035324
035330
035332

004767

165474

000167

035336
035342
035346

004767
004767
012767

103402

THIS ROUTINE REPORTS ERRORS WITH NUMBERS »>>>>> 9102 THRU 9104 <cccc,
-

PC.PUFIFR
. *6

1PURGE THE DUT RECEIVE CHARACTER F1FO.

000452

JSR
8Cs
JHP

S04

;ABORT THIS TEST IF FIFO WOULD NOT PURGE.

165664
163340
021621

JSR
JSR
MOV

PC,.PURRXB
PC,INIDMA

tPURGE THE RX CHAR BUFFER IN MEMORY.
1SEND THE FIRST BATCH OF DATA PATTERNS.
:SET ERROR NUMBER TO 9105.

147742

€9105. ,ERRNBR

+
‘

035354
035360
035364
035366
035374
035376

004767
005767
001406
032767
001002
000167

035402

012767

THIS ROUTINE REPORTS ERRORS WITH NUMBERS

JSR
TST
BEQ
BIT
BNE
JHP

165702
144640
000100

144566

000406

021627

147706

>>>>>

9105 THRU 9110 <cc<cc,

Ss:

MOV

PC.ROCHRS

FERROR

St
00:706.@710‘

tREAD AND VERIFY THE RX CHARACTERS.
tHAS AN ERROR BEEN DETECTED ?
:NO, THEN BRANCH.

tHAS EXTENDED ERROR REPORTING BEEN REQUESTED

. *

+NO, THEN EXIT THE TEST.

#9111, ,ERRNBR

+SET ERROR NUMBER TO 9111.

3 THIS ROUTINE REPORTS ERRORS WITH NUMBERS >>>>> 9111 THRU 9114 «<cccc,
035410
035414
035420
035422
035430

004767
005767

001404
032767
001567

170724

JSR

TST

144604

000100

BEQ
BIT
BEQ

144532

PC, TXRREP

FERROR

sREPORT FINAL ERRORS FROM RX/RX.
tHAS AN ERROR BEEN DETECTED ?

#B8IT06,0PTION
504

tHAS EXTENDED ERROR REPORTING BEEN REQUESTED ?
tNO, THEN EXIT THE TEST.

I 4

TOGGLE THE PARITY

TYPE BIT SPECIFIER IN THE TX/RX SETUP PARAMETERS.

s+ SELECT THE NEXT BAUDRATE AND PERFORM THE TEST AGAIN IF NOT DONE.
.

035432
035434
035440
035442
035446
035450
035454

000100

64:

177677

MOV
B8IC
comM

BIC
BIS

010400

ADD
B8CC

R1,RO
#100,R1
RO
#177677,RO
RO,R1
010400,R1
4

PERFORM WIDE OPEN DMA TEST.

1COMPLEMENT THE PARITY TYPE
BIT IN THE TX/RX LPR SETUP
+
s+

PARAMETER LEAVING THE

OTHER LPR PARAMETER
_BITS UNCHANGED.
1SELECT THE NEXT BAUDRATE.
sLOOP TO TX/RX AGAIN IF NOT PAST LAST BAUDRATE.
1+
1

DHU-11 FUNCTIONAL
HARDWARE

TEST

vERIFICATION
DMA

MACRO M1200

12-DEC-83 16:16

PAGE

135-2

SEQ 222

8600
8601

i TRANSMIT AND RECEIVE 512 BYTE DATA PATTERNS AT ALL COMBINATIONS OF 9.6K,
i 19.2K, AND 38.4K BUADRATES AND 5 AND 8 BITS PER CHARACTER. USE 1 STOP BIT

8603

i -

8602

8604
8603

8607 035456
8608
8609
8610
8611

035460
035464
035466
035470

8612 035472
8613 035474

8614 035476

005001

012702
110122
105201
001375

005201
020127

iCLEAR THE DATA BYTE COUNTER.

DECB

1GET_THE NEXT BYTE FOR THE DATA PATTERN.

1ST8

110122

001373

MOVB

105701

8617 035504
8618 035506

CLR

MOV
MOVB
INCB
BNE

8s:

110122

001374

8619 035512

e
i INITIALIZE THE S12 BYTE PATTERN AND THE VARIOUS DATA PATTERN POINTERS.

7%:

105301

8615 035500

8616 035502

003602

AND NO PARITY GENERATION OR DETECTION.

BNE

108:

8621

R1,(R2).

R1
8%

MOVB

R1,(R2).

BNE

108

INC
CMP

000040

@BUFBAS,R2
R1,(R2)+
Rl
74

Rl
R1,032.

1GET_THE BASE OF THE DATA PATTERN BUFFER.
IWRITE A BYTE OF THE DATA PATTERN.
1GET _THE NEXT BYTE FOR THE DATA PATTERN.
1LOOP UNTIL FIRST 1/2 OF PATTERN IS DONE.

IWRITE A BYTE OF

THE DATA PATTERN.

|
|
|
’

|
|

1CHECK FOR DONE WRITING DATA PATTERN.

IWRITE A BYTE OF THE 32 BYTE OVERFLOW REGION.

1LOOP UNTIL 32 BYTES ARE WRITTEN.

1LOOP IF DATA PATTERN IS NOT DONE.
1COUNT_THIS BYTE.
s TEST FOR 32 BYTES WRITTEN.

i PREPARE TO LOOP ON THE 3 DIFFERENT BAUDRATES (9.6K, 19.2K, AND 38.4K).

,
|

‘-

8623 035514

012705

005072

MOV

@DLPRTB,RS

1GET

THE BASE ADR OF THE DMA BAUDRATE TABLE.

8625

i SPECIFY THE PROPER BAUDRATE.

8629

8626
8627

i SPECIFY 8 BITS PER CHARACTER.
s PERFORM DMA TRANSMISSION AND RECEPTION OF 512 BYTE DATA PATTERN.

8630
or-

i THE FOLLOWING ROUTINE REPORTS THE ERROR WITH NUMBERS 914 THRU 921.
s
LPR CHANGE BIT ERROR FLAGS MAY BE SET BY THIS SUBROUTINE.

|
|
|
|

8633 035520

012501

8634 035522

004767

8638 035542

004767

8635 035526
8636 035532
8637 035536

8639 035546
8640 035554

163102

012702
012703
012704

003602
001000
000001

012767

177400

012767

12¢:

171140

021633

MOV

8646 035570

012767

021636

8648 035576
8649 035602

004767
004767

165424
163100

1SET UP_"VANILLA FLAVORED” TX/RX.

8653 035606 004767 165450
005767

001407

144406

|
;
|

i THIS ROUTINE REPORTS ERROS WITH NUMBERS >>>>> 9115 THRU 9117 <cc<cc,

JSR

;SET ERROR NUMBER TO 9115.

PC,PUFIFR

;

B8CC

1PURGE
THE DUT RECEIVE CHARACTER FIFO.
1ABORT THIS TEST IF FIFO WOULD NOT PURGE.
;SET ERROR NUMBER TO 9118.

JSR
JSR

PC ,PURRXB
PC, INIDMA

1PURGE THE RX CHAR BUFFER IN MEMORY.
1SEND THE FIRST BATCH OF DATA PATTERNS.

}

MOV

9118.,.ERRNBR

i THIS ROUTINE REPORTS THE ERROR WITH NUMBERS >>>>> 9118 THRU 9123 ccccc,
'-

‘-

147520

1FORM BIT MAP OF UNUSED BITS FOR 8 BITS/CHAR.

#9115.,ERRNBR

8656 035616

0177400, IBM

8 BITS/CHAR.

1GET TIME-OUT BASED ON MINIMUM BAUDRATE IN USE.

8644
035562 004767 165236
8645 035566 103126

8655 035612

1SET UP THE START ADR OF THE DATA PATTERN.
1SET UP THE DATA PATTERN LENGTH.
1SPECIFY TO SEND 1 DATA PATTERN TO EACH LINE.

PC, VANSUP

MOV

sea2

#BUFBAS,R2
#512..R3
01.R4

JSR

MOV

147534

1SET UP LPR PARAM AT NEXT BAUD,

PC,GETTIM

MOV
MOV
MOV

144456

(RS)e.R1

JSR

|
'

JSR

PC,ROCHRS

sREAD AND VERIFY THE RX CHARACTERS.

TST

FERROR

1HAS AN ERROR BEEN DETECTED ?

BEQ

144

iINO,

THEN BRANCH.

DHU-11 FUNCTIONAL VERIFICATION

HARDWARE

TEST

8657 035620
8658 035626
8659
8660 035630

8661
8662
8663
8664 035636
8665 035642
8666 035646

8667 035650
8668 035656
8669
8670 035660
8671
8672
8673

DMA

MACRO M1200

12-DEC-83

16:16

PAGE

135-3

SEQ 223

032767
001470

000100

144334

012767

021644

147460

BIT

08IT06,0PTION

1HAS EXTENDED ERROR REPORTING BEEN REQUESTED ?

MOV

09124, ,ERRNBR

;SET ERROR NUMBER TO 9124.

BEQ

50%

tNO,

035752

THE

TEST.

004767
005767
001404
032767
001454
012767

170476
144356

14%:

000100

144304

021650

147430

THIS ROUTINE REPORTS ERRORS WITH NUMBERS

THRU 9127

sREPORT FINAL ERRORS FROM RX/RX.

BEQ

164

1NO,

THEN BRANCH.

tNO,

THEN EXIT THE TEST.

BIT

9124

PC, TXRREP

TST

16%:

>>>>>

JSR

FERROR

@BITO6,0PTION

BEQ

MOV

09128. ,ERRNBR

PERFORM DMA

<ccccc,

tHAS AN ERROR BEEN DETECTED ?

;HAS EXTENDED ERROR REPORTING BEEN REQUESTED ?
;SET ERROR NUMBER TO 9128.

: SPECIFY S BITS PER CHARACTER.

8674
8675 035666
8676 035672
8677 035676
8678
8679
8680
8681 035704
8682 035710
8683 035712
8684
8685 035720
8686 035724
8687
8688
8689
8690 035730
8691 035734
035740
035742
035750

THEN EXIT

TRANSMISSION AND RECEPTION OF

S12 BYTE DATA PATTERN.

‘-

042701
004767
012767

000030
171010
177740

8IC
JSR
MOV

144326

#30,R1
PC.VANSUP
0177740,1IBM

1SET UP CHAR LENGTH PARAM TO S BITS/CHAR.
$SET UP “VANILLA FLAVORED” TX/RX.
:FORM BIT MAP OF UNUSED BITS FOR S BITS/CHAR.

i THIS

ROUTINE REPORTS THE ERROR WITH NUMBERS >>> 9128 THRU 9131 «<<«c,

165114

004767
10305S
ci27e7

021654

004767
004767

165302
162756

147376

JSR
8CcC
MOV

PC,PUFIFR
604
99132. ,ERRNBR

1PURGE THE DUT RECEIVE CHARACTER FIFO.
sABORT THIS TEST IF FIFO WOULD NOT PURGE.
;SET THE ERROR REPORT NUMBER TO 9132.

JSR
JSR

PC,PURRXB
PC,INIDMA

tPURGE THE RX CHAR BUFFER IN MEMORY.
1SEND THE FIRST BATCH OF DATA PATTERNS.

+
004767
005767
001404
032767
001417

012767

165326
144264

THIS ROUTINE REPORTS THE ERROR WITH NUMBERS >>>>> 9132 THRU 9137 <cccc,

JSR

PC.RDCHRS

+READ AND VERIFY THE RX CHARACTERS.

BEQ

184

iNO,

TST

000100

144212

021662

147336

18¢:

FERROR

BIT
BEQ

OBITO6,0PTION
S04

MOV

#9138. ,ERRNBR

tHAS AN ERROR BEEN DETECTED ?
THEN BRANCH.

;HAS EXTENDED ERROR REPORTING BEEN REQUESTED ?
s1NO, THEN EXIT THE TEST.

;SET ERROR NUMBER TO 9138.

+ THIS ROUTINE REPORTS THE ERROR WITH NUMBERS >>>>> 9138 THRU 9141 «<cccc,
'-

035760
035764
035770
035772
036000

004767
005767
001404
032767
001403

036002
036006

020527
103644

170354
144234
000100
005100

JSR

PC, TXRREP

1REPORT FINAL ERRORS FROM RX/RX.

BEQ
BIT

204
;gffOG.WTIM

sNO, THEN BRANCH.
tHAS EXTENDED ERROR REPORTING BEEN REQUESTED ?

cHP

RS, ®0OLPRTE

TST

144162
204 :

8LO

FERROR

12¢

tHAS AN ERROR BEEN DETECTED ?

1NO,

THEN EXIT THE TEST.

1+COMPARE DMA BAUDRATE TABLE PTR WITH TABLE END.
:LOOP IF NOT ALL BAUDRATES DONE YET.

+ ALL DONE.
HAVE EITHER RUN OUT OF ACTIVE LINES, OR COMPLETED THE TEST.
'
DISABLE INTERRUPTS,
:
CLEAR THE INTERRUPT VECTORS.
'-

036010

S04 :

SETPRI

@PRIO7

1DISABLE ALL INTERRUPTS,

DHU-11 FUNCTIONAL VERIFICATION
MTMMACRO M1200
HARDWARE TEST
- DMA 036010
036014
8714 036016
036016
036022
8715 036024
036024
036030
8716
8717 036032
8718 036040
8719 036044
036044
036050
8720 036052
8721 036056
036056
036056

012700
104441

000340

016700
104436

144146

016700
104436

144136

012767
004767

021666

012700
104441
005067

000340

104401

12-DEC-83 16:16

CLRVEC
CLRVEC

PAGE

135-4

TXVECA
RXVECA

SEQ 224

tRETURN TX

INT

VECTOR

MOV
TRAP

TO UNUSED POOL.
MOV
TRAP

+RETURN RX INT VECTOR TO UNUSED POOL.
MOV

TRAP

166056

144142

147256

60$:

MOV
JSR
SETPRI

CLR

ENDTST

09142, ,ERRNBR
PC,REPSMR
oPRIO7

CTRLCF

OPRIO7 ,RO
C$SPRI
TXVECA,RO
CsCveC

RXVECA,RO

Cs$CVvEC

s SELECT NUMBER 9142 FOR THE NEXT ERROR REPORT.

tREPORT ERROR SUMMARIES IF CALLED FOR.

:DISABLE ALL INTERRUPTS,

MOV
TRAP

#PRIO7,RO
C$SPRI

TRAP

CSETST

: INDICATE THAT WE ARE NOT WITHIN A TEST.
L10033:

DHU-11 FUNCTIONAL
HARDWARE

TEST

8723
8724
8725
8726
8727
8728
8729
8730
8731
8732
8733 036060
036060
8734 036060
8735 036066
8736 036070
8737 036074
036074
036100
8738
8739 036102
8740 036110
8741 036116
8742 036124
8743 036132
8744 036140
8745 036144
8746
8747
8748
8749
8750
8751
8752
8753
8754
8755
8756
8757
8758

8759

8760

8761

VERIFICATION
MACRO M1200
- SPLSPD -

12-DEC-83

.SBTTL

16:16

HARDWARE

1888080400080

PAGE

136

TEST

5EQ 225

SPLSPD

0000000000000 0000000000500 0 0002400004000

SPLIT SPEED TEST

004000 A 0ttt tbt it bttt

1 ®

THIS

i
i
i *
i &

AND THE CORRECT OPERATION OF THE A £ B BAUD RATE GROUP SELECTION.
THE TEST USES THREE SETS OF BAUD RATES (38.4,50; 1200,75; 2000,2400).
THIS TEST WILL ONLY EXECUTE IF THE STAGGARED LOOPBACK MODE IS SELECTED
THE SPECIAL STAGGARED LOOPBACK BERG CONNECTOR MUST BE FITTED.

1 &

TEST

IS USED

VERIFY

1~ ~08888888000008000 0400808008000

THE

SPLIT

SPEED

CAPABILITIES

THE

DHU11,

0080 04800080004 4002808000000008000800040008884s

BGNTST

126727

001402
000167

012700
104441
000010
012767
012767
012767
012767
012767
005067

144110

000002

000516

2%:

000240

000010
177777
000001
021761
012605
144334
144054

CMPB

BEQ
JMP
SETPRI

LOPBCK,
#2
2s
604
oPRIOS

144150
144102
147170
147164
147160

MOV
MOV
CLR
CLR

€9201. ,ERRNBR
O®EM9201,ERRMSG
ERSMRF
FERROR

sCHECK MODE SELECTED.

T8::

100 NOT EXIT IF STAGGERD LOPBCK MODE SELECTED.
sEXIT THIS TEST.
sALLOW LTC INTERRUPTS,
nov
OPRIOS,RO
TRAP
C$SPRI
s INCREMENT THE ASSEMBLY TIME
1SET UP THE TEST NUMBER.

TEST COUNTER

(92)
s INDICATE THAT WE ARE IN A TEST.
;SET ERROR TYPE IN ERROR TABLE.
;SET THE FIRST ERROR NUMBER IN ERROR TABLE.
;SET ERROR MESSAGE ADDRESS IN ERROR TABLE.

;INITIALIZE THE "REPORT ERROR SUMMARY" FLAGS.
sCLEAR THE “AT LEAST ONE ERROR” FLAG.

HE4

:+ RESET THE DUT TO A KNOWN STATE, REMOVE STATUS CODES FROM THE FIFO.
;i
CLEAR TX AND RX INTERRUPT ENABLE BITS.

004767
103402
000167

THIS SUBROUTINE REPORTS ERROR

161254

ggg

PcéCLNRSY

>>>>>

;RESET

9201

c¢c<ccc,

THE DUT.

o ®

000430

JMP

604

;ABORT THE TEST IF FATAL ERROR FOUND IN RESET.

HE4

: DISABLE ALL INTERRUPTS,

: SET UP

DMA TX AND RX INTERRUPT SERVICE ROUTINES.

012700
104441

000340

012746
012746
016746
012746
104437
062706

000300
027520
143764
000003

012746
012746
016746
012746
104437
062706

000300
027310
143734
000003

012700

000200

000010

SETPRI
SETVEC

SETVEC

SETPRI

@PRIO7

;DISABLE ALL INTERRUPTS.

TXVECA,2TXDMA,oPRIO6

RXVECA,OoRXCHRS, #PRIO6

oOPRIOA4

MOV

TRAP

;SELECT DMA TX INT SERVICE RTN.
MOV
MOV
MOV

#PRIOS, -(SP)
@TXDMA, -(SP)
TXVECA, -(SP)

TRAP
ADD

C$SVEC
€10,SP

MOV

#PRIO6, -(SP)

$sSELECT RX INT SERVICE RTN.

tALLOW INTERRUPTS,

#PRIO7,RO

C$SPRI

MOV
MOV

MRXCHRS, -(SP)
RXVECA, -(SP)

TRAP

C$SVEC

MOV

@PRIO4,RO

ADD

€10,SP

DHU-11 FUNCTIONAL VERIFICATION
MACRO M1200
HARDWARE TEST
- SPLSPD 8762
8763
8764
8765
8766
8767
8768
8769
8770
8771
8772
8773
8774
8775
8776
8777
8778
8779
8780
8781
8782
8783
8784
8785
8786
8787
8788
8789
8790
8791
8792
8793
8794
8795
8796
8797
8798
8799
8800
8801
8802
8803
8804
8805
8806
8807
8808
8809
8810
8811
8812
8813
8814
8815
8816

036250

12-DEC-83

16:16

PAGE 136-1

SEQ 226

104441

TRAP

C$SPRI

HE4

: ENABLE
:

036252
036256

012705
004767

TRANSMITTERS ON ALL LINES.

177777
167240

MOV

JSR

OMAPLNS ,RS

1PASS ACTIVE LINE BIT MAP,

PC, TXENBL

;ENABLE

TRANSMISSIONS ON ALL LINES.

HE4

:+ CLEAR ERROR TABLE PRIOR TO PERFOMING TX/RX TEST.
’-

036262
036266

012700
004767

003302
161160

MOV
JSR

QERCNTB,RO
PC.CLR16W

:GET THE BASE ADDRESS OF THE ERROR COUNTER TBL.
:CLEAR THE RX ERROR COUNTERS TABLE.

l :ESSOSRTEZLIT SPEED DMA TX AND RX ON ALL SELECTED LINES AT THE FOLLOWING
:

38.4K, 50 ;

1200,

75 ; 2000, 2400.

‘-

HEd

+ INITIALISE DMA TX/RX PARAMETERS IN THE CONTROL BLOCK FR EACH OF THE BAUD
:+ RATES MENTIONED ABOVE.
:
8 BITS/CHAR,1 STOP BITS,0DD PARITY,
'-

036272
036276
036302
036306
036312
036314
036316
036322

012705
012500
012501
004767
012702
012503
012504
004767
012767

005100

MOV

4%:

166454
021762

:GET LPR CONTENTS FOR LINGRP II.

JSR
MOV
MOV
MOV
JSR

FC,GETTIM
o50P28 ,R2
(RS)+,R3
(RS)+,R4
PC,SPLSUP

:GET
:SET
:GET
tGET
$SET

MOV

146766

;GET BASE ADDRESS OF LPR PARAMETER TABLE.

(R5)+,RO

MOV

162322
005154

OSPLPRB ,RS

MOV

(RS).+,R1

:GET LPR CONTENTS FOR LINGRP I.

09202. .ERRNBR

TIME-OUT BASED ON MINIMUM BAUDRATE IN USE.
UP THE START ADR OF THE DATA PATTERN.
NUMBER OF REPEAT TRANSMISSION ON LINGRPII.
NUMBER OF REPEAT TRANSMISSION ON LINGRPI.
UP CONTROL BLOCK ETC, FOR YXIRX

:SET THE ERROR NUMBER TO 9202.

THIS ROUTINE REPORTS ERRORS WITH NUMBERS >>>>> 9202 THRU 9204 <<ccc,

036330
036334
036336

004767
103126
012767

021765

036344
036350

004767
004767

164656
162332

164470

JSR

8CcC

146752

MOV

JSR
JSR

PC.PUFIFR

tPURGE THE DUT RECEIVE CHARACTER FIFO.

09205. ,ERRNBR

1SET ERROR NUMBER TO 9205.

60¢

PC,.PURRXB

PC,INIDMA

sABORT THIS TEST IF FIFO WOULD NOT PURGE.
1PURGE THE RX CHAR BUFFER IN MEMORY.

1SEND THE FIRST BATCH OF DATA PATTERNS.

3 THIS ROUTINE REPORTS ERRORS WITH NUMBERS >>>>> 9205 THRU 9210 <<c<«<,
036354
036364
036366
036374

004767
005767
001404
032767
001473

036376

012767

036404
036410
8817 036414

164702
143640

JSR

PC,RDCHRS

tREAD AND VERIFY THE RX CHARACTERS.

BEQ
BIT
BEQ

64
OBITO6,0PTION
S04

tNO, THEN BRANCH.
;HAS EXTENDED ERROR REPORTING BEEN REQUESTED ?
tNO, THEN EXIT THE TEST.

TST

000100

143566

021773

146712

64:

MOV

FERROR

09211.,ERRNBR

tHAS AN ERROR BEEN DETECTED

;SET THE ERROR NUMBER TO 9211.

THIS ROUTINE REPORTS ERRORS WITH NUMBERS

>>>>> 9211 THRU 9214

’-

004767
005767
001404

167730
143610

JSR

PC, TXRREP

tREPORT FINAL ERRORS FROM RX/RX.

BEQ

iNO,

TST

FERROR

tHAS AN ERROR BEEN DETECTED

THEN BRANCH.

«<cccc,

DHU-11 FUNCTIONAL VERIFICATION
MACRO M1200
HARDWARE TEST
- SPLSPD
3818
8819
8820
8821
8822
8823
8824
8825
8826
8827
8828
8829
8830
8831
8832
8833

8834
8835
8836

036416
036424

032767
001457

000100

143536

036426

012767

021777

146662

12-DEC-83

PAGE

136-2

SEQ 227

BIT

#B8IT06,0PTION
50¢

+HAS EXTENDED ERROR REPORTING BEEN REQUESTED ?
tNO, THEN EXIT THE TEST.

MOV

:SET ERROR NUMBER TO 9215.

BEQ

8$:

16:16

HEJ

SWAP PARAMETERS TO ALLOW FOR BOTH CHANNELS TO BE EXERCISED.

036434
036436
036440
036442
036444
036446
036450
036452
036454

010246
010002
010100
010201
010302
010403
010204
012602
004767

MOV

MOV
MOV
MOV

166316

R2, -(SP)
RO,R2
R1,RO
R2,R1
R3,R2
R4 ,R3
R2,R4
(SP)+,R2
PC,SPLSUP

:PUSH THE

START ADDRESS ONTO THE STACK.

[

1SWAP THE TWO SETS OF

PARAMETERS OVER.

i
:

:RESTORE THE START ADDRESS.
:SET UP CONTROL BLOCK ETC,

FOR TX/RX.

:
036460

004767

THIS ROUTINE REPORTS ERRORS WITH NUMBERS >>>>> 9215 THRU 9217 «<<<«<«c,

164340

036466

103052
012767

022002

036474
036500

004767
004767

164526
162202

146622

JSR
BCC

PC.PUFIFR
604

tPURGE THE DUT RECEIVE CHARACTER FIFO.
sABORT THIS TEST IF FIFO WOULD NOT PURGE.
+SET ERROR NUMBER TO 9218.

JSR

PC,PURRXB

:PURGE THE RX CHAR BUFFER IN MEMORY.
sSEND THE FIRST BATCH OF DATA PATTERNS.

MOV

JSR

9218.,ERRNBR

PC. INIDMA

: THIS ROUTINE REPORTS ERRORS WITH NUMBERS >>>>> 9218 THRU 9223 <cccc,
036504
036510
036514
036516
036524

004767
005767
001404
032767
001417

036526

012767

164552
143510
000100

143436

022010

146562

JSR

FERROR

10$
@BITO06,O0PTION
508

sREAD AND VERIFY THE RX CHARACTERS.
tHAS AN ERROR BEEN DETECTED ?
tNO, THEN BRANCH.
+HAS EXTENDED ERROR REPORTING BEEN REQUESTED ?
iNO, THEN EXIT THE TEST.

MOV

09224.,ERRNBR

+SET ERROR NUMBER TO 9224.

BEQ
BIT
BEQ
108

PC.ROCHRS

TST

036534
036540
036544
036546
036554

004767
005767
001404
032767
001403

036556
036562

020527
103645

167600
143460
000100

005130

THIS ROUTINE REPORTS ERRORS WITH NUMBERS

143406

JsR

TST
BEQ

BIT
BEQ
128

CMP
BLO

PC. TXRREP

FERROR
124

>>>>>

9224

THRU 9227

<cccc,

tREPORT FINAL ERRORS FROM RX/RX.
tHAS AN ERROR BEEN DETECTED ?

e8ITO06,0PTION
50%

tHAS EXTENDED ERROR REPORTING BEEN REQUESTED ?
tNG, THEN EXIT THE TEST.

RS,0SPLPRE
44

1CHECK IF ALL PARAMETERS HAVE BEEN DONE.
+IF NOT DONE LOOP TO SELECT THE NEXT PARAMETER.

DISABLE INTERRUPTS.
CLEAR THE INTERRUPT VECTORS.
036564
036564
036570
036572
036572
036576

012700
104441

000340

016700
104436

143372

504 :

SETPRI

CLRVEC

#PRIO7

TXVECA

1DISABLE ALL INTERRUPTS.

MOV

OPRIO7,RO

TRAP
tRETURN TX INT VECTOR TO UNUSED POOL
.

C$SPRI

TRAP

C$CVEC

MOV

TXVECA,RO

DHU-11 FUNCTIONAL VERIFICATION
HARDWARE

8871

8872
8873
8874
8875

TEST

036600
036606
036612
036616
036616
036616

012767
004767
005067
104401

SPLSPD

022014
165310

143402

MACRO M1200
-

146510
60$:

12-DEC-83 16:16

MOV
JSR
CLR
ENDTST

PAGE

136-3

#9228 . ,ERRNBR
PC,REPSMR
CTRLCF

SEQ 228

: SELECT NUMBER 9228 FOR THE NEXT ERROR REPORT,
+REPORT ERROR SUMMARIES IF CALLED FOR.
s INDICATE

THAT WE

ARE NOT WITHIN A TEST.
L10034:

TRAP

CSETST

DHU-11 FUNCTIONAL VERIFICA;égg"pHACRO M1200

HARDWARE

TEST

8877
8878
8879
8880
8881
8882
8883
8884
8885
8886
8887 036620
036620
8888
8889 036620
8890
8891 036634
8892 036640
8893 036644
8894 036646

12-DEC-83 16:16

.SBTTL

PAGE

137

SEQ 229

HARDWARE TEST

- REPBMP

Iy
Y
Y P
Y P
Y P P Y P Py P PPy Py Yy

REPORT ANY BMP CODES IN THE QUEUE

THIS

gzesgfi DUT'S FIFO DURING PREVIOUS TEST, AND LOGGED IN THE BMP CODE

T
i

IT IS UNLIKELY THAT RUNNING THIS PSEUDO-TEST ALONE WILL PRODUCE ANY
ERROR REPORTS.

PSEUDO-TEST

USED

TO REPORT

ANY

BMP

CODES

THAT

WERE

FOUND

:-- SAALRASRRARRAALAE00040000000A00000000000A04044000000000000400000044
BGNTST

000011
012767
012767
016702
012703
020203
001411

000011

177777
143650
002512

TNUM == TNUM + 1
@TNUM, TSTNUM
MOV
¢-1,CTRLCF
MOV

143432
143364

BMPCQP ,R2
oBMPCQB ,R3
R2,R3
60

19:

s INCREMENT THE ASSEMBLY TIHE TEST COUNTER.
sSET UP THE TEST NUMBER.
(93)
s+INDICATE

THAT WE ARE IN A TEST.

tGET THE CONTENTS OF THE POINTER.
tGET THE START ADDRESS OF THE QUEUE.

:SEE_IF THE POINTER HAS MOVED FROM THE BASE.
;EXIT NO CODES IN THE QUEUE.

i ¢

i+ THERE IS AT LEAST ONE BMP CODE IN THE QUEUE. REPORT THE ERROR.
sREPORT ERROR BMP CODE FOUND IN TEST NN,

036650
036654
036654
036656
036662
8902
8903 036664

8905 036672
8906 0366746
036676
036676

012701

013011

MOV
ERRDF

104455
022125
012635
015720
012767

002512

005067

143322

104401

143616

MOV
60$:

CLR
ENDTST

BMP CODE
: NNNNNN"

©EM9304 ,R1
;PASS THE FIRST MESSAGE TO BE REORTED.
9301,EM9301,ER9301 ;
»>>>> ERROR #9301 <cccc,
TRAP
CS$ERDF
.WORD
9301
.WORD
EM9301
.WORD
ER9301

o8BMPCQAB,BMPCQP

;SET POINTER BACK TO THE BEGINING OF THE QUE.

CTRLCF

:INDICATE THAT WE ARE NOT WITHIN A TEST.
L10035:

TRAP

CSETST

DHU-11 FUNCTIONAL VERIFICATION
-

TEST

8909
8910
8911
8912
8913
8915
8916
8917
8918
8919
8920
8921
8922
8923
8924
8925
8926
8927
8928
8929
8930 036700
036700
036702
8931
8941
8342 036702
036702
036704
036706
036710
8943
8944 036712
036712
036714
036716
036720
8945
8946 036722
036722
036724
036726
036730

036732

8947
8948 036734
036734
036736
036740
036742
036744
8949
8950 036746
036746
036750
036752
036754
036756

REPBMP

MACRO M1200
5 695

12-DEC-83 16:16
o

PAGE
0

138
8 o

SEQ 230
0

6 5

06 0 O

6O 5 8 0 6 6 0 9

6 6 0 6 6 06 969656 6 9596 6 o 96 98

A LA

BB H A KBS U ERAF B EB AL

FVTC.HWQ

;

[ BEAE LA SR A S A A BB

.SBTTL

EHA B I A B LB E A LA UR AL B E R B A A B EH O

A AL A

HARDWARE PARAMETER CODING SECTION

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

000027

BGNHRD

L$HARD:
:

:DEVICE CSR ADDRESS QUESTION:
000031
036760
160000
177776

001031
036776
000040
000776

002032
037031
177777
000000

177777

003032
037057
000377
000001
000005
003032
037216
177400
000000
000006

GPRMA

HWPTQ1,0,0,160000,177776,YES

sDEVICE INTERRUPT VECTOR QUESTION:
GPRMA

HWPTQ2,2,0,40,776,YES

sACTIVE LINES BIT MAP QUESTION:
GPRMD

HWPTQ3,4,0,MAPLNS,O0,MAPLNS,
YES

;TYPE OF LOOPBACK QUESTION:

GPRMD

HWPTQ4,6,0,377,1,5,YES

s INTERRUPT BR LEVEL QUESTION:
GPRMD

HWPTQS5,6,0,177400,0,6,YES

SEE55 BEEEE BAEE BEE RS

HARDWARE

IK2

T$CODE
HWPTQ1
T$LOLIM
TS$HILIM
T$CODE
HWPTQ2
TSLOLIM
TSHILIM

T$CODE
HWPTQ3
MAPLNS
TSLOLIM
TSHILIM

T$CODE
HWPTQ4
377
TSLOLIM
TSHILIM
T$CODE
HWPTQS

177400

TSLOLIM
TSHILIM

BB BB

DHU-11 FUNCTIONAL VERIFICATION
HARDWARE PARAMETER

8951
8952
8953 036760

CODING

MACRO M1200

SECTION

12-DEC-83 16:16

PAGE

138-1

SEQ@ 231

ENDHRD

036760

8954
8961
8962 036760
036763
036766
- 036771
036774
8963 036776
037001
037004
037007
037012
037015
037020
037023
037026
8964 037031
037034
037037
037042
037045
037050
037053
037056
8965 037057
037062
037065
037070
037073
037076
037101
037104
037107
037112
037115
037120
037123
037126
037131
037134
8966 037136
037141
037144
037147
037152
037155
037160
037163
037166
037171
037174

L10036:
HWPTQ1:

.ASCIZ

/CSR ADDRESS:

HWPTQ2:

.ASCIZ

/INTERRUPT

HWPTQ3:

.ASCIZ

/ACTIVE LINE

HWPTQA4:

.ASCII

/TYPE OF LOOPBACK (1=INTERNAL,

.ASCIZ

.EVEN

VECTOR ADORESS:

BIT MAP:

4=MODEM,

2=H3277,

3=H325/¢15>¢12>

S=KEYBOARD ECHO):

I——

037177

DHU-11 FUNCTIONAL VERIFICATION

MACRO M1200

HARDWARE PARAMETER CODING SECTION
037202
037205
037210
037213
8967 037216
037221
037224
037227
037232
037235
037240
8968
8969

101
040
110
072
111
105

122
105
117
040
116
122
120
102
114
105
040

12-DEC-83 16:16

PAGE

138-2

SEQ 232

104
103
051

000
124
122

HWPTQS:

124
122
105
114
000
.EVEN

.ASCIZ

/INTERRUPT BR LEVEL:

DHU-11 FUNCTIONAL VERIFICATION

MACRO M1200

12-DEC-83

HARDWARE PARAMETER CCDING SECTION
8972

+ 959606

8973

8974
8975
8976

;
:
HE

8978
8979
8980
8981

16:16

PAGE

139

9 0 095

SEQ 233

56 956 969596596 9 0 9 0 0 96 0 0 5 0 0 9 9 9696 96 956 96 956 96 96 96956 95596 95 96 95 9 5 96 06 96 0 96 96 96

FVTA.SWQ

H A A KA B E A A A E AU ED A B EABABEHH A A A A A BB AT AL S A B A KBS EASE AU EEEBEBER B S BB G BRI

.SBTTL

Pee
:+ THE SOFTWARE PARAMETER CODING SECTION CONTAINS MACROS

8985

;

; THAT ARE USED BY THE SUPERVISOR TO BUILD P-TABLES.

8986
8987
8988

8989
8990
8991 C37244
037244
037246
8992

9003

037256

9005

037260

9006 037262
037262
037264
— 037266

.WORD L1003

_sSOFT/2

;UNIT NUMBER PRINTOUT QUESTION:
000130
037304
000020

GPRML

SWPTQ@1,0,20,YES
. WORD
. WORD
. WORD

;REPORT NUMB OF BITS TESTED IN DMA ADDR TEST QUESTION:
GPRML

000130
000040

. WORD

.WORD

;EXTENDED ERROR REPORTING QUESTION:
GPRML

000130
037440
000100

T$CODE
SWPTQ1
20

SWPTQR2,0,40,YES

037360

T$CODE

SWPTQ2

.WORD

.WORD
.WORD
.WORD

T$CODE
SWPTQ3
100

SWPTQ@3,0,100,YES

9013 037272
037272

037274
037276
037300
037302

9015
9016 037304

037304

IF EXTENDED ERROR REPORTING IS NOT REQUIRED THEN SKIP THE NEXT GUESTION.

XFERF

006044

9012

9018

L$SOFT::

;

9010 037270
01 037270

9017

BGNSFT

000017

90099008

9014

THE

INSTRUCTIONS BUT ARE

§=-

9004 037254

037254

MACROS ARE NOT EXECUTED AS MACHINE

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

9001

9002 037246
037246
037250
037252

S AS

SOFTWARE PARAMETER CODING SECTION

8982
8983

8984

BB A

|
!

ENDD
. WORD

T$CODE

:NUMBER OF INDIVIDUAL DATA ERRORS TO REPORT ON A LINE QUESTION:
GPRMD

001052

SWPTQ4,2,0,.177777,0,177777,YES

.WORD

037473
177777
000000

. WORD
.WORD
. WORD

177777

.WORD

.EVEN
ENDD:

ENDSFT

L10037:

T$CODE

SWPTQA
177777
TSLOLIM
TSHILIM

I
I

SR
B fa

Sur TWAKE PARAME TER CODING SECTION
2025 037304
037307
037312
037315
037320
037323
037326
037331
037334
037337
037342
037345
037350
037353
037356
9C26 037360
037363
037366
037371
037374
037377
037402
037405
037410
037413
037416
037421
037424
037427
037432
037435
9027 037440
037443
037446
037451
037454
037457
037462
037465
037470
9028 037473
037476
037501
037504
037507

037512
037515
037520
037523
037526
037531
037534
037537

037542
037545
037550
037553

122
117

040
111
116
102
040
040

103
125
124
123
105
105

040
122

117

105
122
125
124
125
105
101
105
110
116

aCVN

..... o

oru 234

I6: 16

SWPTQ1:

.ASCIZ

/REPORT

UNIT

SWPT@2:

.ASCIZ

/REPORT

NUMBER

SWPTQ3:

.ASCIZ

ZEXTENDED ERROR REPORTING:

SWPTQ4:

.ASCIZ

/NUMBER OF

NUMBER

AS EACH UNIT

TESTED:

DMA

ADDR

040
040

123
104

105

BITS

TESTED

TEST:

040

115
122
106
111

040

123
104
116
115

INDIVIDUAL DATA ERRORS

TO REPORT ON A LINE:

DHU-11 FUNCTIONAL VERIFICATION
MACRO M1200
SOF TWARE PARAMETER CODING SECTION
037556

9029
9030

037561

105

000

072

12-DEC-83

040

.EVEN

16:16

PAGE

139-2

5EQ 235

DHU-11 FUNCTIONAL VERIFICATION

MACRO M1200

SOF TWARE PARAMETER CODING SECTION
9032
9033
9024
9035
9036
9037
9038
9039
9040
9041 037562
9042 037562
9043
9050
9051
9052
9053
9054 037632

037632
037634
037636
037636

[ EEEA

12-DEC-83 16:16

A A AU

PAGE

140

B AT BB A B AR EH E AU

5EQ 236

BB G EA B A KB A AR AR A A B DT A S A AL E DL C B IS B LA A SR A S B

AE B I KA BN H S

FVTSKL6.P11

‘

)

T I

$PATCH: :

BLKW

T L

A L T

e e e

T S Tl

?
f

k
|

|
LASTAD
.WORD
.WORD

LSLAST::

ENDMOD

O
O

|
|

l
|

.END

S —

S—

DHU-11 FUNCTIONAL
SYMBOL TABLE

VERIFICATION

ACTLNS

002172 G

CHCNTB

ADR
=
ADRPTR
ALTFLD
ASSEMB=
BCOUNT
BORMSG
BITSTD
BITTBL
B8ITO
=
8IT00 =
BITO1 =
BITO2 =
BITO3 =
BIT04 =
BITOS =

000020
017362
016112
000010
002306
013137
033766
002364
000001
000001
000002
000004
000010
000020
000040

ADDR

025312

PAGE

140-1

SEQ 237
EF9012

007001 G

016510
002476
016612
017030
017242
017350
017400
002272
002270
002276
027240
002274
017430
017452
017474

G
G
G
G
G
G
G
G
G
G
G
G
G
G
G

CS$PNTF=
CS$PNTS=
CS$PNTX=
C$QIO =
C$RDBU=
CSREFG=
CSRESE=
CSREVI=
CSRFLA=
CSRPT =
C$SEFG=
CS$SPRI=
C$SVEC=
C$TPRI=
DELAY

000017
000016
000015
000377
000007
000047
000033
000003
000021
000025
000046
000041
000037
000013
017550 G

EF9019
EF9020
EF9101
EF9103
EF9301
EF9302
EMLMSG
EMO101
EMO102
EMO103
EMOS09
EM1601
EM4401
EM4402
EM4403

007162
007201
007262
007265
007333
007401

G
G
G
G
G
G

G
G
G
G
G
G
G
G

CHKLOS
CHRTOT
CKCHR
CKFRPR
CKINAC
CKTRAP
CKTRPB
CLKBRL
CLKCSR
CLKHRZ
CLKINT
CLKVEC
CLNRST
CLR16W
CONMAP

013166
022162
022246
010041

G
G
G
G

G
G
G
G
G
G
G
G
G
G
G
G
G
G
G
G
G
G
G
G
G
G
G
G
G
G
G
G

CSRO
=
CTRLCF
C$AU
=
C$AUTO=
C$BRK =
C$BSEG=
C$8SUB=
CS$CEFG=
C$CLCK=
CS$CLEA=
C$CLOS=
CsCLP1=
C$CVECC$DCLN+=
C$D0DU+
CSDRPT=
CsDV
=
CS$EDIT=
CS$ERDF=
CS$ERHR=
C$ERRO=
CS$ERSF=
C$ERSO=
C$ESCA=
CS$ESEG=
CS$ESUB=
CSETST=
CS$EXIT=

000000 G
002220 G
000052
000061
000022
000004
000002
000045
000062
000012
000035
000006
000036
000044
000051
000024
000053
000003
000055
000056
000060
000054
000057
000010
000005
000003
000001
000032

DIAGMC=
OLPRTB
OLPRTE
OMRW
DMTSTA
DM168
DOOMA
OPEND8
OPLENB
OPRSQ@B
DPRSQE
ORADRT
DROP
DuUMY
EDPFMT
EDROP
EF .CON=
EF .NEW=
EF .PWR=
EF .RES=
EF.STA=
EFOS03
EF1601
EF1603
EF4401
EF6201
EF6202
EF6203

000000
005072
005100
017662
002222
017610

003142
003202
004642
005042
002200
030552
033770
007733
030630
000036
000035
000034
000037
000040

G
G
G
G
G
G
G
G
G
G
G
G

EMA405S
EM4A406
EM4407
EM4408
EM4409
EM4A410
EM4411
EM5303
EM6201
EM6202
EM6301
EM8901
EM9003
EM9004
EM9006
EM9007
EM9008
EM9009
EM9010
EM9011
EM9012
EM9013
EM9014
EM9015
EM9016
EM9017
EM9025
EM9026

011046
011117
011151
011160
011211
011236
011260
011276
011351
011434
011515
011541
011565
011575

G
G
G
G
G
G
G
G
G
G
G
G
G
G

CS$GETW= 000027

EF9001

006235 G

EM9028

012244 G

C$GPHR=
C$GPLO=
CSGPRI=
CS$INIT=
C$INLP=

000042
000030
000040
000011
000020

EF9003
EF9004
EF9005
EF9006
EF9007

006371
006420
006450
006501
006520

G
G
G
G
G

012400 G

C$MEM = 000031
C$MSG = 000023

EF9009
EF9010

006653 G
006712 G

G
G
G
G
G

000400
001000
000002
002000
004000
010000
020000
040000
100000
000004
000010
000020
000040
000100
000200
000400
001000
002512
002712
002510
000400
002175
002424
002464
003602
004602
004202

CALMSL

016164 G

003122 G

CBDPAA
CBOPLA
CBOPNA
CBLNCA
CBLPBA

003126
003130
003132
003124
003136

CBMAPA
CBOFSA

003134 G
003140 G

CBLPRA

16:16

C$OPEN= 000034

BITO7 =
BITO8 =
BIT09 =
BIT1
=
BIT10 =
BIT11 =
B8IT12 =
BIT13 =
BIT14 =
BIT1S =
BIT2
=
BITS
=
BIT4
=
BITS
=
BIT6é
=
BIT7
=
BIT8
=
BIT9
=
BMPCAB
BMPCQE
BMPCQP
BOE
=
BRLEVL
BRTBLB
BRTBLE
BUFBAS
BUFEND
BUFMID

ces

12-DEC-83

003442 G

B8IT06 = 000100 G

BUF3QT

MACRO M1200

G
G
G
G
G

003122 G

CHKEXT

CSRA

016410 G

002200 G

C$GETB= 000026

CSGMAN= 000043

CSMANI= 000050

C$PNTB= 000014

DFPTBL

EF7801

EF9002

EF9008

002150 G

0054S3

005512
005554
005671
006004
006102

G
G
G
G
G
G
G
G
G
G
G
G

006177 G

006317 G

006614 G

EF9013

EMA404

EM9027

EM9030

007115 G

010077
010103
010166
010216
010264
010361
010420
010514
010570
010652
010715
010752
011001

011605
011614
011710
011724
011733
012044
012140

G
G
G
G
G
G
G
G
G
G
G
G
G

G
G
G
G
G
G
G

012164 G

EM9401

013065 G

ENDETB
ENDIT
ERCNTB
ERLTBL
ERRBLK
ERRMSG

004602
030476
003302
003602
005322
005320

G
G
G
G

ERRNBR
ERRTYP
ERSMRF
ERO101

005316
005314
00,
013572

G
G
G
G

ENDD

037304

EROSO3
ER1603
ER6201
ER9001
ER9002
ER9003
ER9004
ER9005
ER9101
ER9102
ER9301
EVL
=

014124
014162
014254
014512
014612
014770
015162
015276
015536
015576
015720
000004

EXCNTB
EXTMSG
ESEND =
ESLOAD=
FDATA
FDATO =
FERROR
FFREM
FINACT
FRPSUP
FSLSA
FSLSO =
F$AU
=
F$AUTO=
F$BGN =
F$CLEA=
F$DU
=
FSEND =
F $HARD=
FéHW
=
FS$INIT=
F$JMP =

003242 G
013235 G
002100
000035
002206 G
G
002224 G
002226 G
020074 G
020154 G
002206 G
000006 G
000015
000020
000040

000007
000016
000041
000004
000013
000006
000050

F$MOD = 000000
FEMSG = 000011

EM9101
EM9102
EM9104
EM9201
EM9301

012323 G

FSPROT= 000021

012442
012531
012605
012635

FIRPT =
F$SEG =
F$SOFT=
F$SRV =

EM9303
EM9304

012744 G
013011 G

EM9302

G
G
G
G

012714 G

FSPWR = 000017

000012
000003
000005
000010

F4SUB = 000002

F$SW

= 000014

FS$TEST= 000001

G
G
G
G
G
G
G
G
G
G
G
G

PMSFLG

PNT

e T Al A T2 Ta I A Ta T A

(212121~
Y]

A I

I
I

005150

005174

(11212171212 121212121212 121212 121212 1212121212121 2 12 1212 1112 12 1112 12 12 12 12 12 12 1A T2 a1 1

002312

021166
021302
021316

PDRATB
PDRATE
PDROA
PDR1A
PDR2A
PDR3A
PDR4A
PDRSA
PDR6A
PDR7A

21~

O0o
o000

PARATB
PARATE
PAROA
PAR1A
PAR2A
PAR3A
PAR4A
PARSA
PAR6A
PAR7A
PASCNT
PCSLOT=

035070
036056
036616
036676
036760

007577
007637
013710
013766
014045

ODTSTA
00PS
OPTION
O$APTS=

OSAU
=
=
0$BGNR
O$BGNS=
oSOV
=
O$ERRT=
O$GNSW=
O$POIN=
O$SETU=

027656
030504
030506
030524
030634
030642
031124
031366
032320
033776
034412

037304
177777
005422
002322
002320
002314
002316
021026

MSTICK
MUL 16V
NDERPT
NDPMSG
NEWCHR
NEWPAS
NEWRES
NEWSTA
NUMLNS
=

OO0 OOOOOOOOOOOOOOOOG

LSENVI
LSERRT
LSETP
LSEXP1
LSEXP4
LSEXPS
L $HARD
LSHIME
LeHPCP
Le$HPTP
Lo
LeICP
LSINIT
LSLADP
LSLAST
LSLOAD
LSLUN
LSMREV
L $NAME
L$PRIO
L$PROT
L$PRT
L$REPP
LSREV

002014

002012
002160
002166
013706
014160
014252
014510
014610
014766
015160
015274
015534
015574
015716
016110

SEQ 238

OO0

LSDVTY
LSEF

027652
037246
002056
002020
002024
002030
002162
002114

140-2

sessnene

OOOOOOO0

LSOV
LsOUT

L10013
L10014
L10015
L10016
L10020
L10021
L10022
L10023
L10024
L10025
L10026
L10027
L10030
L10031
L10032
L10033

PAGE

HPTQ1
HPTQ2
HPTQ3
HPTQ4

002236
002240
021000
002210
000010
040000
002174
000010
000036
002204

LSRPT
L$SOFT
L$SPC
L$SPCP
LS$SPTP
L$STA
L$SW
LSTEST
LS$TIM
LSUNIT
L10000
L10001
L10002
L10003
L10004
L10005
L10006
L10007
L10010
L10011
L10012

16:16

G$PRMA=
G$PRMD=
GS$PRML
=
G$RADA=
G$RADB=
G$RADD=
GS$RADL
=
G$RADO=
G$XFER=
GS$YES =
=
HELP
HOE
=

000041
000167

12-DEC-83

o000 OOOOOOOOOO0

002230

002464
000200

I$TST =
JEJMP =
LGRP1M
LGRP2M
LINBIT
LNCTRA
LNCTRO=
LOE
=
LOPBCK
=
LOT
LPCSLT=
LPRA
LPRO
=
L$ACP
L$APT
L$AV
L$AUT
L$AUTO
LsCCP
LS$CLEA
L$CO
L$DEPO
L$DESC
LS$DESP
LS$DEVP
L$DISP
LS$OLY
L$OTP
LS$OTYP

MACRO M1200

OO0 OOOOOOOOOOOOOOOOOOOOOOOOO

020420
020546
030270
020630

OO0

GETBOR
GETCHR
GETPRM
GETTIM
GMANWD
GPRSO0B
G$CNTO=
GSDELM=
G$DISP=
GS$EXCP=
GS$SHILI=
GSLOLI=
GSNO
=
G$OFFS=
GS$OFSI=

DHU-11 FUNCTIONAL VERIFICATION
SYMBOL TABLE

002162
024720
005100
005130
024776
005274
025276
033774
000000
000001
000001
000001

002254
027476
002256
017412
002260
002212
000012
002214
000014
002216
000016
003502

TPABRT

000001
037304
037360
037440
037473
010000
013531
002300
002302
002304
000011
027454

TPAFLG
TPARTN
TPAVEC
TRPAD2
TSTNUM
TXAN1A
TXAD10=
TXD2A
YXAD20=
TXBFCA
TXBFCO=
TXCNTB

g
G

TXDBLF
TXDMA
TXDONE
TXDONF
TXDSBL
TXENBL
TXENBM
TXFRPR
TXIEO
TXIE1
TXINTF

(2121212121
7]

SVCTST=
SWPTQ1
SWPTQ2
SWPTQR3S
SWPTQ4
S$LSYM=
TERMSG
TIMER1
TIMER2
TIMERS
TNUM
=

G
G

ABS.

037636
000000
ERRORS DETECTED:

000
001

VIRTUAL MEMORY USED:

DYNAMIC MEMORY:

002506
027520
025316
002502
025426
025522
002262
025616
025712
025752
002264

30240 WORDS

20060 WORDS

(

119 PAGES)

77 PAGES)

ELAPSED TIME:
00:03:59
PARTC.BIN,PARTC.LST/-SP=SVC34R
,PARTC.P1
/ML
1
*

TXPTRB
TXRINI
TXROFF
TXRON
TXRREP
TXRXLB
TXRXLE
TXVECA
T$ARGC=
T$CODE=
T$ERRN=
TS$EXCP=
T$FLAG=
T$GMAN=
TSHILI=
TSLAST=
TSLOLI=
TSLSYM=
TSLTNO=
TSNEST=
TENSO =
TENSL =
T$PTNU=

003342
025776
026252
026312
026340
005234
005274
002170
000003
001052
022125
000000

000040
000000
177777
000001

000000
010000
000011
177777
000000
000005
000000

G35

140-3

SEQ 239
T$SAVL
=
T$SEGL
=
T$SUBN=
T$TAGL
=
T$TAGN=
TSTEMP=
TS$TEST=
T$TSTMT$TSTST$SAU =
T$$AUT
=
T$$CLE=
T$SDU =
T$$HAR=
TSSHW =
T$$INI=
T$$MSG=
T$$PRO=
T$SRPT=
T$$SOF
=
T$$SW =
T$$TES=
T1

177777
177777

031126
031370
032322
034000
034414
035072
036060
036620

000000

177777

010040
000000
000011

177777

000001
010024
010021
010022
010023
010036
010000
010020
010015
010017
010016
010037
010001
010035
030644 G

UBRFMT
UNITN

UNSDIV
UPDCHR
VANSUP
WAIBIS
WORD1
WTWLNC
WTWLPR

X$ALWA=
X$FALS=
X$0FFS=
X$ TRUE =
$PATCH

000200
007501
002176
026454
026610
026706
027104
002266
027160
027210
000000
000040
000400
000020
037562

OmOOOOOOOOO0

SFPTBL
SKPSTS
SPLPRB
SPLPRE
SPLSUP
STGTRB
STPSW
SUCSS
SVCGBL=
SVCINS=
SvCSuB=
SVCTAG=

PAGE

TABLE

12- DEC-83 16:16

oOO0O0OO0

SYMBOL

MACRO M1200
(2121212172 1212121212 12 121212121212
12 12 12 d 2 12 )

DHU-11 FUNCTIONAL VERIFICATION