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AH-F832B-MC

June 1980

225 pages

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Document:	CZDMIB0 DMR11,DMP11 DMR-11 FCTL DIAG JUN 1980 bw
Order Number:	AH-F832B-MC
Revision:	000
Pages:	225
Original Filename:	CZDMIB0__DMR11,DMP11__DMR-11_FCTL_DIAG__AH-F832B-MC__JUN_1980_bw.pdf

OCR Text

DIAG
FCTNL
-il
DHR'II,D”PIID"R
CZDMIBO

“:
AVN;H
C
BZB-M
RH-%S
EICHE (150F 2
HADE IN UsA
COPYRIGH T®

aTRTaIRITEm
auBnoEy

11 FCTNL
IBO

DIAG

AH-FB32B-MC
EIGHE P OF" 2

CZDMIBO DMR-11

FUNCTIONAL

PNININ)

b b ed D e

=D e od o

N =OWRNOVNS W20V

~NOWN

PROGRAM DOCUMENT

TESTS MACRO Vv03.01

23-APR-80 08:29:31 PAGE 1

SEQ

.NLIST TOC

.REM a
IDENTIFICATION
PRODUCT CODE:

AC-F830B-M(

PRODUCT NAME:

(ZDMIBO

PRODUCT DATE:

APRIL

MAINTAINER:

DIAGNOSTIC ENGINEERING

AUTHOR:

MIKE O'CONNOR

DMR-11

FCTNL DIAG

1980

THE INFORMATION IN THIS DOCUMENT IS
SUBJECT
TO
C(HANGE 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

NO RESPONSIBILITY

FOR

IS ASSUMELC

SOF TWARE ON EQUIPMENT THAT IS NOT

AFFILIATED COMPANIES.

FOLLOWING ARE

DIGITAL
DEC

(()

THE

USE

SUPPLIED

IN THIS DOCUMENT.

RELIABILITY

DIGITAL

1980 BY DIGITAL EQUIPMENT CORPORATION

TRADEMARKS OF

PDP
DECUS

DIGITAL EQUIPMENT CORPORATION:

UNIBUS
DECTAPE

MAS SBUS

OR ITS

CZDMIBO DMR-11

FUNCTIONAL TESTS MACRO v03.01

23-APR-80 08:29:31

CONTENTS

1.0 INTRODUCTION

2.0 HARDWARE REQUIREMENTS
3.0 PRELIMINARY PROGRAM REQUIREMENTS
J\J\J\J\J\J\J\J\

4.0 GENERAI
mwownx\wr\)—a

PROGRAM CONSIDERATIONS
DIAGNOSTIC SUPERVISOR
EXECUTION TIME
XXDP+
ACT/SLIDE
APT
MEMORY MANAGEMENT
MEMORY PARITY OPTION
ERROR LOGGING

5.0 PROGRAM LOAD MEDIA

6.3.

6.3.
6.3.

.1.1

()

LN'O&NLNUWW > uwvwwwfiwwwxuww LN\.NU)

6.0 OPERATING INSTRUCTIONS
6.7 LOADING AND STARTING PROCEDURES
6.1.1 LOADINC PROCEDURES
6.1.2 STARTING PROCEDURES
6.1.3 STEPS FOR QUICK AND SIMPLE EXECUTION
6.2 INITIAL DJALOGUE
6.3 PROGRAM OPTIONS
6.3.1
OV\)O\O*O\O\AO\OJ\O*O*O*LNO\O*O*NO*O\O\O*O*

(a1 U], VY, P

v S

20000 N

NSANN 2OV

NN NS W)
—

PROGRAM DOCUMENT

C
PAGE 2

TESTS SWITCH

PASS SWITCH
FLAGS SWITCH

END OF PASS SWIT(CH
TESTS,

PASS, AND FLAG SWITCHES

UNITS SWITCH

EFFECT OF RESTART COMMAND
PASS SWITCH
FLAGS SWITCH

4
4.

EFFECT OF CONTINUE COMMAND
E? COMMAND
LAGS SWITCH
E FFECT OF PROCEED COMMAND

5.
UNITS SWITCH
5.2
EFFECT OF ADD COMMAND
OP COMMAND
6.7
UNITS SWITCH
.6.2
EFFECT OF DROP COMMAND

7.1

COMMAND

EFFECT OF PRINT COMMAND

SEQ

CZDMIBO DMR-11

FUNCTIONAL

PROGRAM DOCUMENT

TESTS MACRO v03.01

23-APR-80 08:29:31

)
PAGE 2 1

6.3. 8 D ISPLAY COMMAND
6. 3. 8. 1 UNITS SWITCH
6. 3. 8. 2 EFFECT OF DISPLAY (OMMAND
6.3. 9 F LAG S COMMAND
6. 3.9.1
.9.
EFFECT OF FLAGS COMMAND
3! AGS COMMAND
6.3. 1 0_ZF
6 .3.10.1 EFFECT OF ZFLAGS COMMAND
6.3. 1 CONTROL CHARACTERS
6.3. ¢ HARDWARE PARAMETERS
6.3. 3 SOF TWARE PARAMETERS
6.3. 14 EXTENDED DISCUSSION OF P-TABLE DIALOGUE
1

}

7.0 DEVICE

INFORMATION TABLES

8.0 TEST DESCRIPTIONS
9.0 ERROR INFORMATION
9.1 ERROR REPORTING

SEQ

(ZOMIBO DMR-11

FUNCTIONAL TESTS MACRO v03.01

NN
AN 1N —d

b wd

OO0 NN

)

D e

d =D

2 OO0 NN B NN —

PROGRAM DOCUMENT

23-APR-80 08:29:31 PAGE 3

SEQ

1.0 INTRODUCTION
THIS
PROGRAM
WILL
BE
IMPLEMENTED
USING
THE
DIAGNOSTIC
SUPERVISOR
AND
A STRUCTURED PROGRAMMING APPROACH.
BECAUSE
THE

DESIGN

AND

SLIDE.

WILL

CONFORM

THE

SUPERVISOR

(STANDALONE

VESS%OTSETHE PROGRAM WILL BE COMPATIBLE WITH ACT, APT, XXDP+,

THROUGH DIALOGUE WITH THE OPERATOR, THE PROGRAM
WILL
ALLOW
MODIFICATION
OF
DEVICF PARAMETERS, SUCH AS UNIBUS ADDRESS,
VECTOR ADDRESSES AND
T_ST CONFIGURATION.
IN
ADDITION,
THE
OPERATOR
(AN
SPECIFY
PARTICULAR
TESTS
TO
BE
RUN AND A
VARIETY OF LOOPING, RUNNING, AND REPORTING MODES.

DEVICE ERRORS WILL BE REPORTED AS THEY

WILL
INCLUDE
ggogefi¥g BAD
N

OCCUR.

THE

REPORT

A
TEST
NUMBER AND DESCRIPTION OF THE ERROR,
TEST
DATA,
AND
APPLICABLE
DEVICE
REGISTER

2.0 HARDWARE REQUIREMENTS
THE
FOLLOWING
HARDWARE
DIAGNOSTIC TESTS:

IS REQUIRED

TO RUN THE

PDP~11/04,05,10,20,30,34,35,40,45,50,60,
16K MEMORY
CONSOLE TERMINAL

DMR-11

FUNCTJONAL

OR 70

DMR-11

3.0 PRELIMINARY PROGRAM REQUIREMENTS
IT IS ADVISED THAT THE STATIC DIAGNOSTICS BE RUN BEFORE THESE FUNCTIONAL
Eézg??§6éCS.
IT IS ASSUMED THAT THE PROCESSOR I35 IN PROPER WORKING
ENSURE THAT THE SWITCH 1 AT LOCATION E-85 ON THE M8207 IS ON.
IF THIS
SWITCH IS OFF, THE MAINTENANCE BITS IN BSEL1 CAN'T BE USED AND CERTAIN
TESTS WILL BE NOT BE CORRECTLY RUN.
WHEN CHOSING A CABLE

TEST

CONNECTION,

ENSURE

THAT

THE

SWITCH PACK

E-39 ON THE M8203 IS PROPERLY SET UP FOR THE DESIRED INTERFACE.

IF CHOSING TEST CONFIGURATION OPTIONS 1-4, IT IS NOT NECESSARY T0
SELECT THE INTERFACE. HOWEVER THE BAUD RATE MUST BE CORRECT.
FOR
EXAMPLE IF IT IS DESIRED TO RUN CONFIGURATION 3 (H3255-E]A), IT IS
NOT NECESSARY TO HAVE SWITCH 7 OF THE SWITCH PACK IN THE OFF POSITION.
IT IS, HOWEVER, NECESSARY TO HAVE THE BAUD RATE SELETCTED TO BE

CZDMIBO DMR=-11

FUNCTIONAL

PROGRAM DOCUMENT

TESTS MACRO v03.01

23-~APR-80 08:29:31

F
PAGE

3-1

SEQ

WITHIN THE EJA RANGE.

NOTE THAT A MANUFACTURING-ONLY PATCH IS REQUIRED TO RUN WHEN USING THE

62
63

FLAG WORD 'MANUF' TO A NON-ZERO VALUE.
WHEN THE FLAG IS NON-ZERO, THE
MAINTENANCE BIT IS SET BY A MODEM WRITE COMMAND IF THE V.35 OR EIA

SPECIAL MANUFACTURING TEST CONNECTORS.

THIS PATCH WILL

CHANGE

ONBOARD CONNECTORS ARE USED.

4.0 GENERAL PROGRAM CONSIDERATIONS

69
;?

4.1

72
73
74
75

THIL
PROGRAM
IS
COMPATIBLE WITH THE STANDALONE DIAGNOSTIC
SUPERVISOR, AND MUST BE LOADED TO BE
CO-RESIDENT
WITH
THE
SUPERVISOR,
OR
BE
PREVIOUSLY COMBINED WITH THE SUPERVISOR
AND LOADED AS A SINGLE FILE.
IN EITHER CASE,
THE
COMBINED

DIAGNOSTIC SUPERVISOR

PROGRAM WILL NOT EXCEED 16K OF MEMORY.

78
gg

4.2 EXECUTION TIME

81
g%

EXECUTION TIME
DMR BAUD RATE.

84
85
gg

11/70 WITH CACHE AND DMR AT 2.4K
11/70 WITHOUT CACHE AND DMR AT 2.4K
11/34 AND DMR AT 2.4K

88
89
g?

4.3 XXDP+

THE

IS DEPENDENT ON THE PROCESSOR SPEED AND THE
EXAMPLES OF EXECUTION TIME
4 AND 1/2 MINUTES
5 AND 1/2 MINUTES
10 MINUTES

THIS PROGRAM MAY BE LOADED UNDER XXDP+, AND

DUMP MODE OR CHAIN MODE.

MAY

RUN

—.-4-._.—.—;8—1—;—;-!
—d ekt = O o o

98
99
100
101
102
103

4.4 ACT/SLIDE
THIS PROGRAM MAY BE LOADED UNDER ACT OR SLIDE AND MAY BE RUN
IN DUMP MODE OR CHAIN MODE.

4.5 APT
THIS PROGRAM MAY BE LOADED
BY
APT=RD) AND RUN IN PROGRAM MODE

THE
APT
SYSTEM
OR SCRIPT MODE.

(INCLUDING

4.6 MEMORY MANAGEMENT

[F MEMORY MANAGEMENT

FUNCTIONAL

IS AVAILABLE,

DIAGNOSTIC.

4.7 MEMORY PARITY OPTION

IS USED BY CERTAIN TESTS IN THIS

(ZOMIBO DMR-11

FUNCTIONAL TESTS MACRO v03.01

23-APR-80 08:29:31

IF PARITY MEMORY

INSTALLED,

SEQ

MEMORY

DISABLED BY THE PROGRAM.

PARITY

TRAPS

ARE

d e

AT THE END OF EACH PASS ON ALL UNITS, THE PROGRAM PRINTS QUT
THE CUMULATIVE TOTAL NUMBER OF ERRORS SINCE THE LAST START OR
RESTART COMMAND.

N NN
=

5.0 PROGRAM LOAD MEDIA
THIS PROGRAM
(AN
BE
LOADED
FROM
PAPER
TAPE
USING
THE
ABSOLUTE
LOADER OR FROM ACT, SLIDE, OR APT SYSTEMS, OR FROM
ANY MEDIA SUPPORTED BY XXDP+.
WHEN
USING
THE
PAPER
TAPE
ABSOLUTE ~ LOADER,
THE
PROGRAM
SHOULD
BE
LOADED
FIRST,
FOLLOWED BY

THE

DIAGNOSTIC

DIAGNOSTIC
SUPERVISOR
THE DIAGNOSTIC PROGRAM.

SUPERVISOR.

SHOULD

WHEN USING XXDP+,

LOADED FIRST,

THE

FOLLOWED BY

6.0 OPERATING INSTRUCTIONS

b
d b
2
-

OB
D NN

D ed e

WINNWINNWN

D amd

)

D e

4.8 ERROR LOGGING

NIPNONININIPONININ)
= = a0
0O NN
NN~ OV~

) —D

PROGRAM DOCUMENT

PAGE 3-2

6.1.1

LOADING PROCEDURES

To SV, RNV V)

THIS PROGRAM
MAY
BE
LOADED
FROM
PAPER
TAPE
USING
THE
ABSOLUTE
LOADER.
IT MAY ALSO BE LOADED FROM ANY XXDP+ LOAD
MEDIA. WHEN LOADED UNDER XXDP+, THE DIAGNOSTIC SUPERVISOR
WILL BE LOADED AUTOMATICALLY.

ole R

d
) =D
b
b
b
-—d

LOADING AND STARTING PROCEDURES

6.1.2 STARTING PROCEDURES

6.1.3 STEPS FOR QUICK AND SIMPLE EXECUTION

wvivaiuiwohaoaiunaw

147

6.1

THE
PROGRAM
STARTS
AT
LOCATION
PROCEDURES TO START THE PROGRAM.

200.

USE

STANDARD

DEC

THE
DJAGNOSTIC
CAN
BE EXECUTED STANDALONE UNDER XXDP+,
WITHOUT READING THE REMAINDER OF THIS DOCUMENT, AS FOLLOWS:

LOAD AND START DIAGNOSTIC USING RUN COMMAND

TO END EXECUTION,

B) RECEIVE DIAGNOSTIC SUPERVISOR IDENTIFICATION AND PROMPT
() ENTER STA<CR>
D) ANSWER HARDWARE AND SOF TWARE QUEST]ONS
E) GET END OF PASS MESSAGES OR ERROR MESSAGES

6.2 INITIAL DIALOGUE

ENTER CONTROL/C

(DRS-(>)

—

e———e————

CZDMIB0 DMR=-11

FUNCTIONAL
PROGRAM DOCUMENT

TESTS MACRO v03.01

23-APR-80 08:29:31

PAGE

3-3

SEQ

AFTER THE PROGRAM AND THE SUPERVISOR ARE LOADED AND THE PROGRAM
IS STARTED, THE FOLLOWING IDENTIFICATION IS TYPED :
DRS LOADED
DIAG. RUN-TIME SERVICES
DR>
THE OPERATOR THEN PROCEEDS BY TYPING ONE OR MORE OF THE
COMMANDS DESCRIBED IN THE FOLLOWING SECTION 6.3. (FOR MORE
DETAILED INFORMATION, REFER TO THE DIAGNOSTIC SUPERVISOR

FUNCTIONAL

SPECIFICATION).

6.3 PROGRAM OPTIONS

6.3.1
LA ARS

NN —t

b e

)

b cmd

[hSTaN1,N1,N1,9
1,V 1,8 ]

211

219

START COMMAND
SRR

sdR

PSSR RS R

STA(RT) /TESTS:<TEST=LIST>/PASS:<PASS-=CNT>/FLAGS:
<FLAG=LIS1>/EOP:<INCR>

b el

d md

D wad

) e

pd e

C2EFBVEBRENLEBEIRRRER

181

RN AR AR AR AR AR AR AN AN TR AN RAANRARAARNRRARAAANRRRRA
AR RN AN AN

6.3.1.1

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

<TEST-LIST>

A SEQUENCE OF

DECIMAL NUMBERS

(1:2 ETC.)

RANGES OF DECIMAL NUMBERS (1-5:8-10 ET(C.) THAT
SPECIFY
THE
TESTS
TO BE EXECUTED.
THE NUMBERS ARE SEPARATED BY COLONS.
THE NUMBERS RANGE FROM 1 TO THE LARGEST TEST NUMBER
IN
THE
DIAGNOSTIC.
THEY MAY BE SPECIFIED IN ANY ORDER.
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 PUNCTUAT]ION
USED
IN THE DEFINITION ONLY, AND ARE NOT TO BE TYPED BY THE
OPERATOR.
SEE EXAMPLE AT END OF 6.3.1.5.

6.3.1.2 PASS SWITCH (/PASS:<PASS=CNT>)
<PASS=CNT>

IS A DECIMAL NUMBER

INDICATING

THE

DESIRED NUMBER

OF
PASSES.
A PASS IS DEFINED AS THE EXECUTION OF THE FULL
DIAGNOSTIC (ALL SELECTED TESTS) AGAINST ALL UNITS SUBMITTED.
THE

DEFAULT

IS NON-ENDING EXECUTION.

IN THIS

CASE

EXIT

FROM

THE PROGRAM IS ACCOMPLISHED EITHER BY TYPING A CONTROL/C
OR
BY
OCCURANCE
OF AN ERROR WITH THE HALT ON ERROR FLAG BEING
EEI[E.OFTQE;)]U; IS A RETURN TO COMMAND MODE.
SEE EXAMPLE
AT

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

<FLAG=1>,

ONE OF

SEQUENCE

OR <FLAG=0>,

ELEMENTS OF

SEPARATED BY COLONS,

THE FOLLOWING VALUES:

THE

FORM <FLAG>,

WHERE

<FLAG> HAS

CZDMIBO DMR~11

FUNCTIONAL TESTS MACRO v03.01

PROGRAM DOCUMENT

23-APR-80 08:29:31 PAGE 3-4

HOE

SEQ

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
INHIBIT EXTENDED ERROR REPORTS

LOE

IER
IBE
IXE

PRI~
PNT

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

BOE
UAM

BELL ON ERROR
RUN IN UNATTENDED MODE, BYPASSING MANUAL
INTERVENTION TESTS
INHIBIT STATISTICAL REPORTS
INHIBIT DROPPING OF UNITS BY DIAGNOSTIC
LOOP ON TEST

ISR
IDU
LOT

THE
FLAGS NAMED OR EQUATED TO 1 ARE SET, THOSE EQUATED TO 0
ARE CLEARED.
A FLAG NOT SPECIFIED IS CLEARED.
IF THE FLAGS
Ezéng 6I§ 1N?T GIVEN ALL FLAGS ARE CLEARED.
SEE EXAMPLE AT

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

IS A DECIMAL

PASSES)
PRINTED.

NUMBER

INDICATING HOW OFTEN

IT
IS
DESIRED
THAT
THE DEFAULT IS AT THE

EXAMPLE AT END OF 6.3.1.5.

THE
END
END
OF

(IN

TERMS OF

OF PASS MESSAGE BE
EVERY
PASS.
SEE

6.3.1.5 EFFECT OF START COMMAND
THE
EFFECT OF THE START COMMAND [S TO INITIATE THE HARDWARE
PARAMETER DIALOGUE, THE
SOFTWARE
PARAMETER
DIALOGUE,
AND
THEN THE DIAGNOSTIC TESTS THEMSELVES.
THE
HARDWARE PARAMETER DIALOGUE COMMENCES WITH THE QUESTION
"# UNITS?'' TO WHICH THE
OPERATOR
REPLIES
WITH
A
DECIMAL
NUMBER
N FROM 1 TO 16. THE TERM “UNIT'* REFERS TO THE DEVICE

TO WHICH THIS SERIES OF DIAGNOSTICS IS DEDICATED.
FOLLOWING
THIS
ARE THE QUESTIONS WHEREBY THF P~TABLES THEMSELVES WILL
BE BUILT.
EACH P-TABLE 1S A CORE-RESIDENT TABLE
CONTAINING
ALL
THE
HARDWARE
INFORMATION
FOR OME UNIT.
THE OPERATOR

MUST SUPPLY N_(NUMBER OF UNITS)

VALUES

FOR

EACH

QUESTION.

HE
MAY
DO_THIS
BY GIVING ONE ANSWER TO EACH QUESTION (IN
WHICH CASE THE SERIES OF QUESTIONS WILL BE POSED N TIMES) OR
BY
GIVING
N
VALUES, SEPARATED BY COMMAS, TO EACH QUESTION
(SERIES WILL BE POSED ONCE).
EACH QUESTION IS
FOLLOWED
BY
THE
RESPONSE
RADIX
(D
FOR
DECIMAL,
B FOR BINARY, O FOR

OCTAL, L FOR YES/NO)

IN PARENTHESES AND

AFTER THE PARENTHESES.

THE

DEFAULT

VALUE

FOLLOWING
THE HARDWARE QUESTIONS ARE THE SOF TWARE QUESTIONS
TO BUILD THE SOF TWARE TABLES, WHICH DEFINE THE
MODE
(QUI(CK

CZDMIBO DMR-11

1
J
23-APR-80 08:29:31 PAGE 3-5

FUNCTIONAL TESTS MACRO v03.01

PROGRAM DOCUMENT

286
287
288
289
290
291

292
293
294
295
296
297
298

VERIFY ETC.)
WHEN

THAT THE DIAGNOSTIC WILL EXECUTE

IN.

THE QUESTION '# UNITS?"' IS ANSWERED, MEMORY STORAGE

ALLOCATED FOR THE P-TABLES, AND IF THERE IS
NOT
ENOUGH
ACCOMMODATE THEM THE MESSAGE ‘‘TOO MANY UNITS'' IS ISSUED.
THIS CASE THE DIAGNOSTIC MUST BE EXECUTED MORE THAN ONCE
TEST ALL UNITS.

TO
IN
TO

:
EXAMPLE

STA/TESTS:1:2-4:6:8-10/PASS:3/FLAGS: IER:HOE=1:UAM:LOE
THIS

COMMAND

CONSISTING OF

WILL

CAUSE

THREE PASSES TO BE MADE,

TESTS 1,2.3,4,6,8,9, AND 10

EXECUTED

EACH PASS

AGAINST

ALL UNITS.
THERE IS NO DIFFERENCE BETWEEN SAYING <FLAG> AND
SAYING <FLAG=1>, THE NOTATION <FLAG=0> IS MEANINGFUL ONLY ON
A
COMMAND
OTHER
THAN
START
TO
C(LEAR
A
FLAG
THAT WAS
PREVIOUSLY SET.
NOTE THAT ON ALL COMMANDS
ONLY
THE
FIRST
THREE

LETTERS ARE

SCANNED.

6.3.2 RESTART COMMAND
AR

b
)
b
o

CONONWNES
W

n
312

WWNN NN

SEQ

AR AR AR AR RN AR TR

R RN AR R A AR AR N ANNREXNRNRANNRA AR

RANR

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

6.3.2.1

R R

TESTS, PASS, AND FLAGS SWITCHES

<TEST=-LIST>,

COMMAND.

<PASS~CNT>,

AND <FLAG-LIST> ARE

IN THE

START

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

RANGES OF

A SEQUENCE

DECIMAL NUMBERS

DECIMAL

NUMBERS

(0-5, 8-10 ETC.)

(0,1

ETC.)

THAT SPECIFY

THE

UNITS
TO BE
TESTED.
THE NUMBERS ARE SEPARATED BY COLONS.
THE NUMBERS MAY RANGE FROM O THRU N=1
(N
IS
THE
NUMBER
OF
UNITS
SPECIFIED IN THE PREVIOUS START COMMAND).
THE NUMBER
INDICATES THE POSITION OF
THE
P~TABLE
AS
THE
DATA WAS
ENTERED
DURING THE HARDWARE DIAGLOGUE.
THE UNITS WHICH ARE
SELECTED MUST NOT HAVE BEEN DROPPED
BY
THE
DROP
COMMAND.
SEE_
THE DISCUSSION OF ADD AND DROP COMMANDS BELOW.
DEFAULT
éS

10 l;EST ALL UNITS WHICH HAVE NOT BEEN DROPPED BY

DROP

6.3.2.3 EFFECT OF RESTART COMMAND
THE
RESTART
COMMAND DIFFERS FROM THE START COMMAND [N THAT
THE P-TABLES FROM THE PREVIOUS
START
(OMMAND
(THERE
MUST
HAVE
BEEN
ONE)
ARE USED, INSTEAD OF NEW ONES BEING BUILT.
THE UNITS SWITCH GIVES THE ABILITY TO
SELECT
A
SUBSET
OF
THESE.
THE
SOF TWARE DIALOGUE MAY OPTIONALLY BE REEXECUTED

CZDMIBO DMR-11

FUNCTIONAL TESTS MACRO v03.01

K
1
PAGE 3-6

23-APR-80 08:29:31

PROGRAM DOCUMENT

SEC

(OPERATOR WILL BE ASKED). THE
COMMAND
(AN
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 ()
A CONTROL/C WAS ENTERED BY THE OPERATOR.

6.3.3 CONTINUE COMMAND
AR

AR AR

AN AR AN AN

AT NI RN

RN RANNRARNRAARAANRRA R AN NN RN

CONCTINUE > /PASS : <PASS=CNT/FLAGS : <FLAG=LIST>
AR

AR RN RN AR AR AAAARAN Y

CA R TR

A RN A AR NN NI AN AR

RN RN AN AR

6.3.3.1 PASS SWITCH (/PASS:<PASS=CNT>)
<FASS=CNT>

SAME

IN START

COMMAND,

BUT

THE

DEFAULT

BUT

UNSPECIFIED

THE UNSATISFIED PASS-CNT FROM THE PREVIOUS START OR RESTART.
IF NONE REMAINS, THE DEFAULT IS NON-ENDING EXECUTION.

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

SAME

START

FLAGS RETAIN THEIR CURRENT VALUE.

(OMMAND,

6.3.3.3 EFFECT OF CONTINUE COMMAND
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.
SOF TWARE DIALOGUE MAY CPTIONALLY
BE REEXECUTED.
HARDWARE PARAMETERS MAY NOT BE CHANGED.

6.3.4 PROCEED COMMAND
AN

AR AN

A AR AR A N

R AR A AN

AN AR NN R AN A RN RN

RN ANNRNNNNR

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

iRl

asdd

idlssiitiiall

sty

eeT22222222)

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

IS AS

THE

START

FLAGS RETAIN THEIR CURRENT VALUE.

C(OMMAND,

BUT

UNSPECIFIED

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

CZDMIBO DMR-11

FUNCTIONAL TESTS MACRO Vv03.01

PROGRAM DOCUMENT

1
L
PAGE 3-7

23-APR-80 08:29:31

400

401
402

282

405

6.3.5 ADD COMMAND
AR

AR NN AN R

R R R AR AR R AR

RN RNARRN AR

406

ADD/UNITS:<UNIT-LIST>

408
409
2]‘?

6.3.5.7 UNITS SWITCH (/UNITS:<UNIT=-LIST>

21:2’)

<UNIT=LIST>

407

ANNNN RN

NRNS

Sttt e

IS AS

IN THE RESTART COMMAND.

414

2}2

6.3.5.2 EFFECT OF ADD COMMAND

417
418
419
420
621
422
423
424

THE UNITS SPECIFIED ARE ADDED TO THE
TEST
SEQUENCE.
EACH
UNIT
MUST
HAVE
A
P-TABLE
IN MEMORY
DUE
TO AN EARLIER
HARDWARE DIALOGUE.
THIS
COMMAND
MUST
BE
FOLLOWED
BY
A
RESTART
OR
(CONTINUE.
THE UNITS SWITCH MUST BE SPECIFIED.
THE ADD COMMAND IS
MEANINGFUL
ONLY
FOR
UNITS
THAT
WERE

OREVIOUSLY DROPPED.

232

6.3.6 DROP COMMAND

427

428

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

430
431
2%%

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

2%150

<UNIT=-LIST> ]S AS IN THE RESTART COMMAND.

436
2:3',2

6.3.6.2 EFFECT OF DROP COMMAND

429

439
440
441

22%
444

222
447

448

449
450
451

AN NN

AR AR RN AR

AN AN AR AR RN N

R R R AR RN NN RN AR AR RN NRNARRRR R R AR

R AR R R R AR AR R ANNAAARRRANRNNANRNRRRRS
AN

THE UNITS SPECIFIED WILL BE DROPPED FROM TESTING.
THE UNITS
WILL BE RESELECTED ONLY BY THE EXECUTION OF AN ADD OR
START
COMMAND .
THE
UNITS
SWITCH MUST BE ENTERED.
THIS COMMAND

MUST BE FOLLOWED BY A RESTART OR A CONTINUE COMMAND.

6.3.7 PRINT COMMAND
A

AN AR R RN

PRI(NT)

A R AR IR AR

R R AR AR AR RN AR

AR AR A NNNANNR AR RS

22%

6.3.7.1 EFFECT OF PRINT COMMAND

456
455
456

THE TOTAL NUMBER OF ERRORS FOR
EACH UNIT
START
OR
RESTART
(OMMAND
ARE
PRINTED.
STATISTICAL REPORTING) FLAG IS CLEARED.

SINCE
THE
LAST
THE ISR (INKIBIT

CZDMIBO DMR-11

M1
FUNCTIONAL TESTS MACRO v03.)1 23-APR-80 08:29:31 PAGE 3-8

SEQ

PROGRAM DOCUMENT

457
458

228

6.3.8 DISPLAY COMMAND

461

a2 32222802222 23222 2222222222223 2R

462

463

464
465

3222223322222 22223%5

DIS(PLAY)/UNITS:<UNIT=LIST>

123222 2222282222222 22 2222222

Y YT 2223232222222

229

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

zgg

<UNIT=LIST> IS AS

470

IN THE RESTART COMMAND.

2;}

6.3.8.2 EFFECT OF DISPLAY COMMAND

473
474

THE HARDWARE P-TABLES FOR ALL UNITS UNDER TEST
ARE
PRINTED
OUT
IN
THE
FORMAT
IN WHICH THEY WERE ENTERED.
ANY UNITS
THAT WERE DROPPED BY THE
OPERATOR
'DROP'' COMMAND
ARE
SO

475
476
477
478

DESIGNATED.

2;8

6.3.9 FLAGS COMMAND

481

482

FLA{GS)

483

484
485

AR AR

AN R AR NN R R RN

R AR AR AR A AR AR

AR A AR R RN AR NN N AN NRANNANRRNNRNRENARRY

A AR AR AR RN AR

R N RN ARNNANANNNNATRNT NN

22?

6.3.9.1

233

THE CURRENT SETTINGS OF ALL FLAGS ARE PRINTED.

EFFECT OF FLAGS COMMAND

490

2812
493

494

495

6.3.10 ZFLAGS COMMAND
12282

sttt

ZFL (AGS)
AR

496
497

AN NN NN A A RN

R R AR RN RN AR

238

6.3.10.1 EFFECT OF ZFLAGS COMMAND

28?

ALL FLAGS ARE CLEARED.

502

Y 222 2222203322222
AN N A ANAARNR AN

282

6.3.11

505
289

A CONTROL C (C) ENTERED DURING THE EXECUTION OF A DIAGNOSTIC CAUSES
A
RETURN
TO
C(OMMAND MODE.

508
509
510
g};

A
CONTROL
Z
(Z)
ENTERED DURING ONE OF THE THRLE OPERATOR
DIALOGUES- HARD (ORE QUESTIONS (SEE
6.2) ,HARDWARE
DIALOGUE
(SEE 6.3.1.5), OR SOF TWARE DIALOGUE (SEE 6.3.1.5) CAUSES THE
DEFAULTS TO BE TAKEN FOR THE REMAINDER OF THAT DIALOGUE.

513

A CONTROL O (0) ENTERED DURING THE EXECUTION OF A DJAGNOSTIC

C(ONTROL

CHARACTERS

CZDMIBO DMR-11

FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31

PROGRAM DOCUMENT

514

515

g}g

CAUSES

ALL

TELETYPE

N 1
PAGE 3-9
OUTPUT

SE@
TO

REMAINDER OF THE DIAGNOSTIC OR UNTIL

WHICH RESTORES NORMAL TELETYPE G_7PUT.

SURPRESSED

ANOTHER

FOR

THE

TYPED,

518
g}g

6.3.12 HARDWARE PARAMETERS

521
522
523
ggg

THE
FOLLOWING 3 QUESTIONS WILL BE ASKED ON A START COMMAND.
THE VALUE LOCATED TO THE LEFT OF THE QUESTION MARK
IS
THE
DEFAULT
VALUE
THAT
WILL BE
TAKEN ON A CARRIAGE RETURN
RESPONSE.

ggg

(SR ADDRESS: (0) 1600707

528
529
g;?

THIS IS THE ADDRESS AT WHICH THE (SR REGISTERS (SELO) RESIDE
ON
THE
UNIJBUS.
THE
ALLOWABLE
RANGE
IS
160000-177776
(OCTAL), AND THE DEFAULT VALUE IS 160070.

g%%

534
535

THIS IS THE ADDRESS OF THE INPUT INTERRUPT VECTOR
FOR
THIS
DEVICE.
THE
ALLOWABLE
RANGE
IS 000-674 (OCTAL), AND THE

538
539
540
541
542
543
544
345
546
547
548

ggg

gég

VECTOR ADDRESS:

(0) 300 ?

DEFAULT VALUE IS 300.

TEST CONFIGURATION O = INTERNAL (NO CONNECTOR)
1 = H3256 - v.35
(NOTE:
MODE 1-4 ALLOWS
2 = H3254 - INTEGRAL
PROGRAM INTERFACE SELECTION)
3 = H3255 - RS232(/423
4 = H3255 - RS422
5 = CABLE AND SW PACK INTERFACE SELECTFD
(V.35-H3250, INTEGRAL-B(C55A-10, RS232C-H325, RS423/422-H3251)
* SELECT THE FOLLOWING ONLY IF THE MODEM SUPPORTS LOOPBACK *
6 = LOCAL LOOP
7 = REMOTE LOOP
0

57?

551
552
553
554
555
ggg

THIS QUESTION WILL COVER ALL THE POSSIBLE TEST CONFIGURATIONS.
THE DEFAULT IS FOR ACTUAL CABLE LOOPBACK (5).
CONFIGURATION O
Will ENABLE LINE UNIT (TTL) LOOPBACK.
IF THIS IS SELECTED NO
CABLES OR CONNECTORS SHOULD BE CONNECTED.
CONFIGURATIONS 1-4
WILL SELECT THE INTERFACE REGARDLESS OF THE SWITCH SETTING AS
LONG AS THE PROPER BAUD RATE IS SELECTED (I.E. EIA - 2.4K=19.2K).

558
ggg

6.3.13 SOF TWARE PARAMETERS

561
562

THE ONLY SOF TWARE PARAMETER QUESTION ASKED BY THE DIAGNOSITC
CONCERNS A SOF TWARE TIMEOUT VARIABLE THAT IS USED TO PREVENT

222

SOFTWARE "HUNG'' CONDITIONS.

565
ggg

SELECTABLE PROGRAM LOOP_TIME-OUT VARIABLE
(REFER TO LISTING 6.3.13]
(MAX=5; MIN=1)

568
99
570

THERE ARE TWO FACTORS THAT SHOULD BE CONSIDERED WHEN ANSWERING
THIS QUESTION.
THE FIRST IS PROCESSOR SPEED; THE FASTER THE
PROCESSOR THE HIGHER THE VARIABLE SHOULD BE.
THE SECOND IS

THIS VARIABLE IS A VALUE FORM 1-5.
(0)

5 ?

CZDMIBO DMR-11

FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 3-10

SEQ

PROGRAM DOCUMENT

BAUD RATE;
SHOULD BE.

THE SLOWER THE DMR BAUD RATE
FOR EXAMPLE:

11/70 WITH CACHE AND DMR AT 1 MEG.:
11/34 AND DMR AT 56K:
2
11/40 AND DMR AT 2.4K:
3

THE HIGHER THE VARAIBLE

THE DEFAULT IS 5.
THIS WILL COVER THE WORST
WITH CACHE AND THE DMR AT 2.4K).

CASE

(I.E.

11/70

6.3.16 EXTENDED DISCUSSION OF P-TABLE DIALOGUE
THE
FULL CAPABILITY OF THE HARDWARE DIALOGUE IS REVEALED BY
THE FOLLOWING DISCUSSION OF WHAT HAPPENS INTERNALLY.
AS SOON AS THE QUESTION ‘‘# UNITS?''
IS
ANSWERED
(WITH
THE
NUMBER
N,
SAY)
SPACE IN CORE IS ALLOCATED FOR N P-TABLES.
ALL OF THE P~TABLES ARE OF THE SAME FORMAT, AND THERE
S
A
ONE-TO
ONE
CORRESPONDENCE
BETWEEN
THE HARDWARE PARAMETER
QUESTIONS AND THE SLOTS IN THE P-TABLE FORMAT.

ON THE FIRST TRIP THRU THE QUESTIONS, ALL OF
THE
SLOTS
ALL
OF
THE
P-TABLES ARE FILLED.
IF THE OPERATOR TYPES

LESS THAN N EXPLICIT VALUES

RESPONSE

IN
IN

PARTICULAR

QUESTION, THESE VALUES ARE PLACED IN THE P-TABLES (ONE VALUE
GOINC INTO THE PROPER SLOT OF EACH
P~TABLE
BEGINNING
WITH
THE
FIRST P-TABLE) UNTIL THE STRING OF VALUES IS EXHAUSTED.
THE LAST VALUE IN THE STRING BECOMES THE NEW DEFAULT AND
IS

USED TO FILL THAT SLOT IN THE REMAINING P-TABLES.

ON
SUBSEQUENT TRIPS THRU THE QUESTIONS, THE SAME PROCESS IS
CARRIED OUT, EXCEPT THAT THE EARLIEST P-TABLE
NOT
TO
HAVE
RECEIVED
AN
EXPLICIT VALUE IN ANY OF ITS SLOTS NOW ASSUMES
THE ROLE THAT TABLE NUMBER ONE PLAYED IN THE FIRST TRIP.
THE SERIES OF QUESTIONS
IS
REISSUED
UNTIL
AT
LEAST
ONE
QUESTION HAS RECEIVED N EXPLICIT VALUES FROM THE OPERATOR.

IN
GIVING
A
STRING
OF VALUES, COMMAS WITHOUT INTERVENING
VALUES MAY BE USED TO INDICATE
A
REPETITION
OF
THE
LAST

NAMED VALUE.

STRING

VALUES

MAY

GIVEN

A RANGE

(6-10 FOR

EXAMPLE). IF THE VALUES REPRESENT PURE NUMERICAL DATA,
THIS
SAMPLE
RANGE
TRANSLATES
TO
THE
STRING
6,7.8,9,10
(AN
INCREMENT OF 1). IF THE VALUES
ARE
ADDRESSES,
THE
SAMPLE

RANGE

TRANSLATES TO THE STRING 6,8,10

(AN INCREMENT OF

2).

NOW
LET
US
SEE
HOW
WE
COULD
USE THESE CAPABILITIES TO
CONSTRUCT A SET OF P-~TABLES.
ASSUME THAT WE HAVE 16
UNITS,

AND THAT

THERE ARE

THREE HARDWARE PARAMETERS FOR EACH

(THREE

SLOTS IN
THE
P-TABLE,
THREE
HARDWARE
QUESTIONS
IN
THE
DIALOGUE).
LET THE DESIRED VALUE FOR THE FIRST PARAMETER BE
THE NUMBER 75 FOR ALL 16 TABLES.
LET THE DESIRED VALUE
FOR
THE
SECOND
PARAMETER
BE
EQUAL
TO
THE
UNIT
NUMBLR

.2
ICZDMIBO DMR~-11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGEc 3-11

SEQ 15

PROGRAM DOCUMENT

(0,1,2,...,15) EXCEPT FOR UNIT 12, WHICH SHOULD RECEIVE
THE
VALUE
11,
LET THE DESIRED VALUE FOR THE THIRD PARAMETER BE
THE NUMBER 76 FOR THE FIRST 7 UNITS AND THE NUMBER
THE LAST 9 UNITS.

THE FOLLOWING DIALOGUE #OULD ACCOMPLISH THIS GOAL:

UNIT 0

(D)

UNIT 7

275

? 0-6
? 76
(RS|

# UNITS

? 7-11,,13-15
77

628
629
630
631
632
633
634
635
636
637
638
639

FOR

—

CZDMIBO DMR=-1?

FUNCTIONAL

PNIA) b = ed b e d d b ed ecd d

~OVONO
VNN = O V00NN W —

PROGRAM DOCUMENT

TESTS MACRO v03.01

THE

23-APR-80 08:29:31

FIRST

TIME

THE

PAGE &

SERIES

SEQ

IS ASKED,

SLOT ONE RECEIVES A 75

IN ALL 16 TABLES.
SLOT TWO RECEIVES THE VALUES 0,1,2,....6
IN
TABLES O THRU 6 AND A CONSTANT 6 IN TABLES 7 THRU 15,

SLOT THREE RECEIVES A CONSTANT 76 IN ALL 16 TABLES.
THE

SECOND TIME

THRU THE SERIES,

TABLES 7 THRU THE END

GOING TO BE AFFECTED (NOTE THAT THIS PIECE OF

ARE

INFORMATION IS

PRINTED OUT FOR THE THE OPERATOR IN THE FORM
‘UNIT
Xxx'' AT
THE
BEGINNING
OF EACH SERIES).
QUESTION 1 IS RESPONDED TO
BY A <CR>, SO SLOT ONE STAYS AT CONSTANT
75
IN
TABLES
7

THRU 15,

SINCE NO NEW EXPLICIT VALUES ARE TYPED IN.

SLOT TwWo

GETS THE VALUES 7,8,9,10,11 IN TABLES 7
THRU
11,
AND
GETS AN 11 IN SLOT 12, AND GETS THE VALUES 13,14,15 IN
}figbf?513 THRU 15. SLOT THREE GETS THE VALUE 77 IN TABLES 7

THE DIALOGUE IS TERMINATED WHEN THE SOF TWARE RECOGNIZES THAT
16 EXPLICIT VALUES HAVE BEEN GIVEN FOR AT LEAST ONE QUESTION
(NAMELY QUESTION 2).

—_—

CZDMIBO DMR-11

FUNCTIONAL

23-APR-80 08:29:31 PAGE 5

SEQ

) —d

2 OO0 NN NN

—

PROGRAM DOCUMENT

TESTS MACRO v03.01

7.0 DEVICE
SEE

L
%

D nd o

. %

’

* %

TEST 1 - DMR-11
VERIFY THAT ADDRESSING THE 4 UNIBUS (SRS DOES NOT
EXISTENT MEMORY TRAP.

CAUSE A NON-

> %

[

:»

THE

DMR

IS AN NPR DEVICE RESIDING ON A UNIBUS.

COMMUNICATION

;* BETWEEN THE MAIN CPU AND THE DMR IS ACCOMPLISHED THROUGH A
;* SET OF FOUR 16-BIT UNIBUS CONTROL AND STATUS REGISTERS (CSRS).

[

;» THE FOUR REGISTERS ARE ASSIGNED ADDRESSES
:» FLOATING ADDRESS SPACE: r6XXX0 = 76XXX6

[]

IN THE

1/0 PAGE

° W

- %

[

* %

> &

NOTE: THIS TEST IS REDUNDANT [N THAT STATIC LOGIC TESTS SHOULD
HAVE BEEN RUN BEFORE THESE FREE-RUNNING TESTS WERE STARTED, AND
THEY SHOULD HAVE DETECTED ANY (SR ADDRESSING PR%LEMS
BUT JUST IN CASE THOSE STATIC TESTS AREN'T RUN, WE'LL BE SAFE.

- % tt'fitt*tti*tlttttititfittt't't'**tti'ttttttttttttttttttttttt'l'.tttt'

[]

TEST 2 - DMR-11

:* ROM CRC/CCITT = CHECK ROM POSITION AND

TR YT

CALCULATE

CRC/CCITT.

;% LAST & BYTES CONTAIN INFORMATION ABOUT THE ROM TO CHECK.

THE

THE 1ST

;* OF THESE BYTES CONTAINS THE ASCIi VERSION NUMBER.
THE 2ND BYTE
;* CONTAINS THE ROM NUMBER.
THE 3RD AND &4TH BYTES CONTAIN A NEGATIVE
;* CRC/CCITT WCRD FOR THE ROM.

;*
¥

i
D

0,08,

LOCATION

CHIP NO.

E04
EO1

2
3

EO3
EQ2

CHIP ADDRESS RANGE

0
1

EOS

E14

BYTE

ADDRESS RANGE

LOW
HIGH

2000 - 3777
2000 - 3777

LOW
HIGH

0000 - 1777
0000 - 1777

LOW

4900 - 5777

HIGH

4000 - 5777

cxwnenannnnnnnscn

0,8,

;* FOR THIS

JMPORTANT

F1111 11111

TEST TO RUN CORRECTLY,

;* EBS ON THE M8207 IS ON.

ENSURE

kAR

A AR AR NN

THAT SWITCH 1

AR RN AR

AT LOCATION

IF THIS SWITCH IS OFF, BSEL1 WILL BE

;* LOCKED OUT AND THE MAINTENANCE FEATURES WILL NOT BE ENABLED.

AAAASEEARd

8.
S

d
d
—

THE GLOBAL EQUATES SECTION FOR DEVICE CSR BIT DEFINITIONS

8.0 TEST DESCRIPTIONS

[

Q000 NV

INFORMATION TABLES

o
[

dsiiiiili

izt

YRR

232222222220

SUBTEST 1

~ ON THE FIRST PASS PRINT THE VERSION # IN EACH ROM

SUBTEST 2 - GENERATE THE CRC-CCITT IN EACH ROM AND COMPARE [T
IT AGAINST THE CRC BLASTED IN THE RQOM

SUBTEST 3 -~ COMPARE THE ROM # BLASTED IN THE ROM AGAINST THE
EXPECTED ROM #.

ASEARA

SRSl

2222222222222

XYY

2220

222222227

AR A AR AR

R A

SO
TP

> %

ISR JORR YO

bR
4

AR AN R AR N AR AR

SET OR CLEARED.

R AR AR NN R AN R RN RN RN

RN TR AR

(BIT

IN SELO)

CORRECTLY

BECAUSE THE RUNNING OF MICRO/ESTS DEPENDS ON THE

EXCLUSIVE OR OF THE
HARDWARE SWITCH 10 ON E134 OF THE MB203 AND
THE MICRODIAGNOSTIC BIT, WE CAN'T KNOW WHETHER THE SETTING OR

* %
1

CLEARING OF BIT 13 WILL RESULT IN THE RUNNING OF MICROTESTS.

THEREFORE THE MASTER CLEAR SUBROUTINE WILL

* %
R4

BIT 13 ONLY ON EVERY OTHER MASTER CLEAR)
THIS WILL ENSURE THAT REGARDLESS OF

TOGGLE

(I.E.

SET

THE SOF TWARE BIT.

THE POSITION OF

THE

HARDWARE SWITCH, MICROTESTS WILL BE RUN EVERY OTHER MASTER CLEAR.
WHEN RUNNING THIS TEST, WE EXPECT TO ADD THE RESULTS OF BSEL3
AFTER EACH MASTER CLEAR.

bR
b

SEQ

TEST 3 - DMR-11

F
2
PAGE 6

23-APR-80 08:29:31

AR AR

PR I

D
b
e
D
b
cd
b
ed
b

OVRONONHWN
=000 NP N WY -

PROGRAM DOCUMENT

TESTS MACRO v03.01

FUNCTIONAL

CZOMIBO DMR-11

{

bR4
b

BSEL3 = 100
BSEL3
= 200

éépgggngSULT OF

=
=

MICROTESTS DISABLED
MICROTESTS RUN SUCCESFULLY

THE 2 MASTER CLEARS IS NOT 300, AN ERROR IS

bR4
bl4

ADDITIONALLY

??E%3 égc?

THIS ROUTINE WILL

REPORT WHENEVER THE RESULT OF

THIS WILL MEAN THAT THE DEVICE IS NOT A DMR

t AR

<% P

R AR

A AN

. W
b

BASE

AR R

AT AR R A

AN AN A AR R AR A

R R

AR R

AR AR NN AR AR AN A AN RN ARAN R AR R ANNRAN AN

R R RN A

RN AR N RN AR AN R AN R AN R AN

AN R

ANR AR

NA RN ANNRNRRN

TEST 4 - DMR-11
IN COMMANDS

SUBTEST

bR{

=~ ISSUE A BASE IN
DMR MODE.
ENSURE THAT THE DMR MODE BIT (BIT 4)

. &
* %
*

SUBTEST 2

- ISSUE A BASE

b
.

LSRR

AARSss

DMC MODE.

ENSURE THAT THE DMC MODE BIT (BIT 4) IS CLEAR IN
THE MICROCODE SCRATCH PAD /7 AND THAT THE DDCMP
MESSAGE VARIABLES ARE PROPERLY INITIALIZED.

- %
*

IS SET

THE MICROCODE SCRATCH PAD 7 AND THAT THE DD(MP
MESSAGE VARIABLES ARE PROPERLY INITIAL1ZED.

RN R

AR}

—

CZDMIBO DMR-11

FUNCTIONAL TESTS MACRO Vv03.01

23-APR-80 08:29:31 PAGE 7

AR ARRSSARR

ettt

illidldil

TEST

5 - DMR-11

* DMR COMMANDS

SEQ@

LERE R

LR R

SUBTEST 1

=~ ISSUE AN ENABLE EXTENDED ERROR COMMAND AND CHECK THAT

SUBIEST 2

=~ SET REP/SEL TIMER VALUE AND SET THE DMR THRESHOLD

THE EXT. ENABLE BIT IS SET IS SCRATCH PAD 13.
THEN
?éS?fiEEREXTENDED ERROR AND CHECK THAT THE ENABLE BIT

*
*
%

VALUES.

THE BASE

M
®

CHECK THAT THE VALUES ARE CORRECT
TABLE AFTER HALTING THE

DMR.

b 4
* AR R AR AN AN AN R R AR AR

R R

AR A RN A AR N AR AR NARN AR NN AR AR R AN AN AN

AN RN

RRN RN

—

d o

OO0 NN

—D

NN = O 000 ~ON W & (N —

PROGRAM DOCUMENT

.'ittttttt"Qtt*t*it*ttttt"'t*tttt*ttt*tttttttfit*t*ttt'tttitttttfitttttt
L

CONTROL

TEST 6 = DMR-11
IN COMMAND TEST -

SUBTEST 1

- CONTROL

SUBTEST 2

- CONTROL
IN. HALF DUPLEX.

*
'

*
*
4

SUBTEST 3
SUBTEST 4

*
*
*

IN,

FULL DUPLEX,

DD(MP MODE.

ENSURE TH*T

THE HALF-DUPLEX BIT IS CLEAR IN THE MODEM STATUS WORD,
ALSO ENSURE THAT DDCMP MODE BIT IS SET IN SCRATCH PAD 7.

ENSURE THAT THE HALF DUPLEX

=~ CONTROL IN, MAINTENANCE MODE.
ENSURE THAT MAINT. MODE
BIT IS SET IN SCRATCH PAD 7.
=~ CONTROL IN USING SELECTED LOOPBACK.
ISSUE A CONTROL IN
USING THE USER SELECTED LOOPBACK.
IF THE LOOPBACK IS
gnggeggECT. DMR RUN MODE ACKNOWLEDGE WILL NOT BE

*
*
* AR

AR R

A AN A AR

AR RN AN R

»
*

MODEM WRITE

R R P R

A A AR A AN AR R AN AN NN AR NN AR

AR R AR AR KRR

ARRANN AN R AN

RNARNN AR

R AR AN R AN AR AR R AR RNNNAR KRR AR

NN AW

TEST 7 - DMR-11

AR A

COMMAND

SUBTEST 1

<~ WRITE DATA PATTERNS

SUBTEST 2

= ATTEMPT TO WRITE BOTH THE HALF~DUPLEX BIT AND THE

RTS

HOLD BIT.

THE

HALF~DUPLEX

AR RN

TO HAPPEN.

NN AR AR

INTO THC MODEM WRITE RFGISTER.

ENSURE THAT ON THE NEXT MODEM 2EAD THAT THE
MICROCODE RETURNS THE PATTERN WRITTEN INTO BSEL6.

RN A

THE

MICROCODE

WHEN READING

SHOULD BE

SHOULD NOT

ALLOW

THE MODEM STATUS,

THIS

ONLY

SET.

RN AR RN A AR AN R AN RN

RN R

T AN NN N R AN ENANNRNRRY

)

AAAAAASASSAR ARt

b
*

lid

TEST 8 = DMR-11

=~ TRANSMIT A BUFFER THREE

SUBTEST 2

=~ TRANSMIT A BUFFER WITHOUT A RECEIVE BUFFER.

AFTER

SRR

;

TIMES WIHOUT ASSIGNING A

THE

THIRD

THRANSMiSSION.

ASSIGN THE NAKS THRESHOLD OF 3 AND A NO BUFFER
THRESHOLD OF 7.
(CHECK THAT THE NAKS ERROR COUNT
THREE AFTER SHUTDOWN.

LAAARASASESS

PR SRS R

RECEIVE BUFFER.
BY ASSIGNING A NO BUFFER THRESHOLD
OF THREE, ENSURE THAT A NO BUFFER ERROR IS RECEIVED

SUBTEST 1

SEQ@

tildtasstilitisllze

TR TR SRS RS

H 2
23-APR-80 08:29:31 PAGE 8

] D00 NI (NN = O 000 N O N S i —

PROGRAM DOCUMENT

TESTS MACRO v03.01

FUNCTIONAL

LIPRE I

CZDM]BO DMR-1'

"ittttt*tttttfi***ttttttQtit'tt"*fi'*'fifitttt*iittl’ttt'*fifit'iit'tt'fi'ttt

ix
TEST 9 - DMR-11
;* NON-EXISTENT MEMORY (NXM) ERROR (HE(CK
:* PERFORM DMR (OMMANDS USING NXM ADDRESSES; VERIFY THAT NXM ERROR IS
;* REPORTED

*
*

*
.

IN EACH OF

SUBTEST 1
SUBTEST 2

SUBTEST 3

THE

FOLLOWING SUBTESTS:

BASE IN RESUME COMMAND - BASE TABLE ADDRESS IS NXM
BA/CC IN RECEIVE COMMAND ~ BA/CC IN ADDRESS IS NXM

BA/CC IN TRANSMIT COMMAND - BA/CC IN ADDRESS IS NXM

AL x

LESLELSALS

SRRl

isl

itttz

TRR

"tttittit*ittti'tttttt'ttitt'*ttfitttttitt*ttttfitttittt*ttt'ttfl"tt'ttt

;*
- %

TIME

OUT

TEST

- FORCE

10 - DMR-11

TIMEOUT AND

VERIFY

THAT

THE

ERROR

[S REPORTED

E'ttttttt*ttttttttttttQttttttttttttttttttitttttttttttttl AXRERRRRRARR RS

;tttttttltt*tttt't*ttfittttiit‘tiifilt**'fitit*ttttfittltt*ttttttttttttttt

J*
;%
:*

TEST 11 - DMR-1
MESSAGE TOO LONG - TRANSMIT A MESSAGE THAT IS TOO LONG FOR THE
RECEIVE BUFFER AND VERIFY THAT THE '‘TOO LONG'' ERROR IS RECEIVED.

"l’tfit'fi'titt""ttfitt'*t'ittt*ttltttttt'ttttttt\'ttt't't'ttfi'tttitttt't'

23-APR-Z0 08:29:31

SRR A AR

A AN R

AN A

[

PAGE 9

T R

SEQ

AN R R

AR AR AN A AN RN RN R AR NI AR NN RN N

TEST 12 - DMR-11
PROCEDURE ERRORS THE FOLLOWING SHOULD CAUSE THE DMR-11
A PROCEDURE ERROR:

* %
. %
%
t

SUBTEST 1

A
A
A
A

SUBTEST 3

0,08,

SUBTEST 4

SUBTEST 5

NNRANAARO NS

TO HALT AND RESPOND WITH

A SECOND BASE IN COMMAND

SUBTEST 2

- %

CONTROL IN BEFORE A BASE IN
BA/CC IN BEFORE A BASE IN
BA/CC IN RCV WITH A BUFFER LENGTH OF 0
BA/CC IN XMIT. WITH A BUFFER LENGTH OF 0

R
1 LWAARAS RSl

ddadslsi it

2222222222222

PNION

b =D

b ed g =ed d ek

= OVONRNEWN2O000
NN (N —

PROGRAM DOCUMENT

TESTS MACRO v03.01

FUNCTIONAL

®e

CZDMIBO DMR-11

SRRt

idlsla

liids

stz

;¥
TEST 13 - DMR-11
;* FREE RUNNING FLAG MODE DATA TEST
;* TRANSMIT A MESSAGE AND VERIFY THE RCCEIVED DATA

YRR R

]

CORRECT.

;* IN THIS TEST NO INTERRUPTS ARE USED AND THE LINE UNIT
;* INTERNAL (TTL) LOOPBACK.
THIS TEST IS THE FIRST TEST
;* THE DMR IS USED IN A DATA TRANSMISSION MODE.

IS IN
IN WHICH

ASASEASE

SRt

sttt

R R R

't'ttttt'fitili*ttfitttttt"ttttttfitfittfittttfittttttt*tttltttttlttt't'ttt

TEST

IN THIS TEST - SEE

;% HAVE

THE MEMORY

14 - DMR-11

IF WE HAVE MEMORY MANAGEMENT,

TO CHECK BITS

16 & 17

IN SEL6.

SO SEE

IF WE

THIS WILL ALLOW

i* US TO TRANSFER DATA USING THOSE EXTENDED ADDRESSING BITS.

P Tgég 13 THE TEST IS NON-INTERRUPT AND INTERNAL (TTL) LOOPBACK IS

ivu
‘fi

[

."tti"'tl’tttittttttfitt’t'ttt't'ttfit'ttttt'lfitttt"t't't'tt'ttttttttt't

CZDMIBO DMR-11

FUNCTIONAL

23-APR~80 08:29:31

PAGE

SEQ

"'t'fiifitttt*'t'tfi"'i""t""tttt!tttt!‘ttttt"'t't."ttt"'tttt.i't

TEST 15 - DMR-N
;* RESUME BASE IN - DMC MODE
;* *»
WI_L NOT RUN IF MODEM LOOPBACK

[

[]

SELECTED

IN THIS TEST THE DMR Wi
L TRANSMIT AND RECEIVE 7 BUFFERS.

DURING THE

;* TEST THE DMR WILL BE HALTED ANC RESTARTED BY A BASE-IN RESUME
;* FOLLOWING MANNER:
i *
BASE IN
.

IN THE

’

HALT

BASE

IN RESUME

HALT

BASE

IN RESUME

ecd e

CONTROL IN

HALT

BASE

IN RESUME

b b

b b 2

N=20O0V0NOWVNEWN—=O
V00NN B P —

PROGRAM DOCUMENT

TESTS MACRO v03.01

*
*

HALT

BASE

IN RESUME

2 BA/CC IN TRANSMIT

PONIAY

2 BA/CC IN RECEIVE

2 BA/CC

IN RECEIVE

2 BA/CC IN RECEIVE
1

BA/CC IN RECEIVE
LT
BASE

IN RESUME

HALT

BASE

IN RESUME

HALT

BASE

IN RESUME

*
*

HALT
1 BA/CC

BASE
TRANSMIT

IN RESUMF

HALT

BASE

IN RESUME

ALL BA/CC QUTS RECEIVES AND TRANSMITS WILL BE ACCOUNTED FOR AND
THE CHARACTER COUNTS AND BUFFER ADDRESSES WILL BE CHECKED AGAINST
THE RECEIVE/TRANSMIT TABLE.

*
b

®
x

2 BA/CC IN TRANSMIT
2 BA/CC IN TRANSMIT

THE

BUFFERS ARE

DETERMINED

IN THE

SUBROUTINE

$BUFFS.

THIS

SUBROUTINE WILL DETERMINE THE ADDRESS AND CHARACTER COUNT OF
SEVEN RECEIVE AND SEVEN TRANSMIT BUFFERS.
THE ROUTINE WILL
fi}gggzzH$0 USE AS LARGE BUFFERS AS POSSIBLE IN THE FOLLOWING
A.
8.

*
x

IF THERE IS MEMORY MANAGEMENT, USE A PAGE ABOVE 32K.
IF THERE IS FREE MEMORY ABOVE THE SUPERVISOR GREATER
THAN 2K BYTES, USE THAT MEMORY
IF NEITHER OF THE PRECEEDING TWO ARE POSSIBLE, USE

THE

2K BYTE

DEFAULT BUFFER WITHIN

THIS

DIAGNOSTIC.

R b

AR A AR

R AR AR AR

R AN R N

R T R

R A RN

NN RNANARN R R AN

R RN RN

AN RN

NN RARR AN

NCR Y

—_—

CZDMIBO DMR-17

FUNCTIONAL

d
D
b md
e
b e

23-APR-80 08:29:31

TEST 16
;* RESUME BASE IN - DMR
;% IN THIS TEST THE DMR
;* TEST THE DMR WILL BE
;*

FOLLOWING MANNER:

SEQ

- DMR-11
MODE
WILL TRANSMIT AND RECEIVE 7 BUFFERS. DURING THE
HALTED AND RESTARTED BY A BASE-IN RESUME [N THE

BASE IN
CONTROL IN
HALT
BASE
2 BA/CC IN RECEIVE
BASE
IN
BASE
IN

IN RE SUME
IN RE SUME
IN RE SUME

BASE

IN RESUME

BASE

IN RE SUME

BASE
T
IN TRANSMI
BASE
T
IN TRANSMI
BASE

IN RESUME

]

ALL
THE
THE

IN RE SUME

BASE

OOV

—d

PAGE

ttt"'fi"'l’.tttt.fi.""t"t"‘tttQ't'ttttt'tQttt"tt.tt"t'tt.t.'t'.'

NA NI WNNI 20000~y
S NN —

PROGRAM DOCUMENT

TESTS MACRO v03.01

IN RE SUME
IN RE SUME

BA/CC OUTS RECEIVES AND TRANSMITS WILL BE ACCOUNTED FOR AND
CHARACTER COUNTS AND BUFFER ADDRESSES WILL BE CHECKED AGAINST
RECEIVE/TRANSMIT TABLE.

THE BUFFERS ARE DETERMINED IN THE SUBROUTINE $BUFFS.
THIS
SUBROUTINE WILL DETERMINE THE ADDRESS AND CHARACTER COUNT OF
SEVEN RECEIVE AND SEVEN TRANSMIT BUFFERS.
THE ROUTINE WILL
ATTEMPT TO USE AS LARGE BUFFERS AS POSSIBLE IN THE FOLLOWING
HIERARCHY:
A.

8.
C.

ALl

IF THERE IS MEMORY MANAGEMENT, USE A PAGE ABOVE 32Kk.
IF THERE IS FREE MEMORY ABOVE THE SUPERVISOR GREATER
THAN 2K BYTES, USE THAT MEMORY
IF NEITHER OF THE PRECEEDING TWO ARE POSSIBLE, USE
THE 2K BYTE DEFAULT BUFFER WITHIN THIS DIAGNOSTIC.
itz

R AR R R

CZDMIBO DMR-11

FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31

SEQ

YRR YO

'"tt'tttt"tfi'ttt**tt"t"t'tttittittttttttttitiitttttttfitttttt'ittt

YT PO

;*
;*

TEST 17 - DMR-11
INTERRUPT DRIVEN EXERCISE
IN THIS TEST 64 BUFFERS WILL BE

TRANSMITTED AND RECEIVED

YRR YR

;* ALL BA/CC OQUTS RECEIVES AND TRANSMITS WILL BE ACCOUNTED FOR AND
;* THE CHARACTER COUNTS AND BUFFER ADDRESSES WILL BE CHECKED AGAINST
;* THE RECEIVE/TRANSMIT TABLE.

(2B,
07,0 T Y

THE BUFFERS ARE DETERMINED

. %

IN THE SUBROUTINE $BUFFS.

THIS

SUBROUTINE WILL DETERMINE THE ADDRESS AND CHARACTER COUNT OF
64 RECEIVE AND 64 TRANSMIT BUFFERS.
THE ROUTINE WwILL

. %

LIS

T S S

)

N—'gvomwc.'hmbum-'oooowombwm—-

PROGRAM DOCUMENT

PAGE 12

A}gsngH$0 USE AS LARGE BUFFERS AS POSSIBLE

bl4

A.
B.

. W
. w

t
t

t
t LS A

SRRl

IN THE FOLLOWING

IF THERE IS MEMORY MANAGEMENT, USE A PAGE ABOVE 32K.
IF THERE IS FREE MEMORY ABOVE THE SUPERVISOR GREATER
THAN 2K BYTES, USE THAT MEMORY
IF NEITHER OF THE PRECEEDING TWO ARE POSSIBLE, USE
THE 2K BYTE DEFAULT BUFFER WITHIN THIS DIAGNOSTIC.

dssiil

22222222222 2

222200200

tttttttttttttttfit*titt'i'*"t‘fit*tt*t*ttfi**t*itfitttttttitlt**ttttQttt

TRV

EYE

TEST
18 - DMR-11
; * LARGE MESSAGE
;* IN THIS MODE TRANSMIT AND RECEIVE 1

LARGE BUFFER

THE BA/CC OUT RECEIVE AND TRANSMIT WILL BE ACCOUNTED FOR AND

THE RECEIVE/TRANSMIT

E TR IR

;* THE CHARACTER COUNTS AND BUFFER ADDRESSES WILL BE

CHECKED AGAINST

bk4

TABLE.

. %
b

bR4
bR4
b

THE BUFFERS ARE DETERMINED IN THE SUBROUTINE $BUFFS.
THIS
SUBROUTINE WILL DETERMINE THE ADDRESS AND CHARACTER COUNT OF
ONE RECEIVE AND ONE TRANSMIT BUFFER.
THE ROUTINE WILL
GIESREEH;O USE AS LARGE BUFFERS AS POSSIBLE IN THE FOLLOWING

A.
B.

1
* %

- %

bR{

* *
b

4 LSRR RS

IF THERE IS MEMORY MANAGEMENT, USE A PAGE ABOVE 32K.
IF THERE IS FREE MEMORY ABOVE THE SUPERVISOR GREATER
THAN 2K BYTES, USE THAT MEMORY
IF NEITHER OF THE PRECEEDING TWO ARE POSSIBLE, USE

THE 2K BYTE DEFAULT BUFFER WITHIN THIS DIAGNOSTIC.
s

ladlidl ittt
e
S
222822282222

CZDMIBO DMR-11

FUNCTIONAL TESTS MACRO v03.01

—

d cnd

NN =2 O 000 NN

BYBNRHRUNNY OO NOWVN

d ol wd —d =D

N —

PROGRAM DOCUMENT

23-APR-80 08:29:31

AR AR

M 2
PAGE 13

A AN

SEQ

A AN AN N RN RN AR AR RN N RN

TEST 19 - DMR-11

RN R AN NANRRN I AN AANR

*» MAINTENANCE MODE OPERATION
. %

‘* THE BA/CC OUT RECEIVE AND TRANSMIT WILL BE ACCOUNTED rOR AND
:x

THE

CHARACTER COUNTS AND BUFFER ADDRESSES WILL BE

** THE RECEIVE/TRANSMIT TABLE.
[]
-

.
.

*
.

.
.

CHECKED AGAINST

THE BUFFERS ARE DETERMINED IN THE SUBROUTINE $BUFFS.

*
*
*

THIS

SUBROUTINE WILL DETERMINE THE ADDRESS AND CHARACTER COUNT OF
ONE RECEIVE AND ONE TRANSMIT BUFFER.
THE ROUTINE WILL
QIE%EH\T'O USE AS LARGE BUFFERS AS POSSIBLE IN THE FOLLOWING

A.
B.

; *
; *

; *

* AR AR AR AR AR

IF THERE IS MEMORY MANAGEMENT, USE A PAGE ABOVE 32K.
IF THERE IS FREE MEMORY ABOVE THE SUPERVISOR GREATER
THAN 2K BYTES, USE THAT MEMORY

IF NEITHER OF THE PRECEEDING TWO ARE POSSIBLE, USE
THE 2K BYTE DEFAULT BUFFER WITHIN THIS DIAGNOSTIC.
AR

AR AR

AR AR AN NN AR

RRNRNNARANNNRN SR A

9.0 ERROR INFORMATION
9.1

ERROR REPORTING

ERRORS
ARE
REPORTED
BY
THE PROGRAM AS THEY OCCUR (IF NOT
INHIBITED). THE REPORT CONFORMS TO THE DIAGNOSTIC SUPERVISOR
ERROR
REPORT
FORMAT,
AND CONSISTS OF A DESCRIPTION OF THE
ERROR, THE TEST NUMBER, SUBTEST
NUMBER,
PC
OF
THE
ERROR
CALL,
DEVICE
ADDRESS,
AND
BASIC
AND
EXTENDED
ERROR
INFORMATION.
THE FOLLOWING EXAMPLE PROVIDES A TYPICAL ERROR REPORT, WHICH

DESCRIBES

"'IRDY

NOT SET'' ERROR, AND PROVIDES THE PC OF

THE ERROR CALL AND THE PC OF
THE
CALL
TO
THE
SUBROUTINE
?&’?IEL%IG IT, THE FAILING REGISTER NAME, AND DEVICE REGISTER

%g’gflog\rlc FTL ERR 00002 ON UNIT 00 TST 006 SUB 000 PC:

ERROR IN SUBROUTINE CALLED AT PC:
STATUS OF BUFFERS
NUMBER OF BUFFERS: 7
BUFFER SIZE: 2048

016210

036174

IN <= RCV ASSIGNED:
7
XMIT ASSIGNED:
OUT = RCV RETURNED:
0
XMIT RETURNED:
DMR RUN ACKNOWLEDGMENT NOT RECEIVED

7
O

(CHECK INTERFACE, BAUD AND TURNAROUND)

ALL THE MESSAGES IN THE DIAGNOSTIC USE BASIC MESSAGE CALLS.
THEREFORE THE INHIBIT EXTENDED ERROR FLAG WILL HAVE NO

EFFECT ON THE MESSAGE OUTPUT.
INHIBIT THE ERROR MESSAGES.

THE

INHIBIT BASIC MESSAGES WILL

CZDMIBO DMR-11

FUNCTIONAL TESTS MACRO v03.01

PROGRAM DOCUMENT

23~APR-80 08:29:31

N 2
PAGE 13-1

SEQ

CZDMIBO DMR-11

FUNCTIONAL TESTS MACRO v03.01

PROGRAM DOCUMENT

)

002000

23-APR-80 08:29:31

.TITLE

CZDMIBO DMR-11

.=2000

12
13
14
15
}? 002000

MCALL
Sv(

18
19 002000

22
23
24
25
26
27
gg
30
31
32

;2 002000
44
45

PAGE 14

FUNCTIONAL

SEQ

TESTS

SVC

;

INITIALIZE SUPERVISOR MACROS

BGNMOD

000001
000001
000001
000001
000001
000001
002001

SLSTIN=
SLSTTAG=
SVCINS=
SVCTST=
svcsuB=
SVCGBL=
SVCTAG=
;
;
;

1
1
1
1
1
1
1

;

LIST INSTRUCTIONS

;5
;
;5
;
;s

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.
CHANGE THE
SYMBOLS TO BE MINUS-ONE TO NOT LIST THE EXPANSIONS.
YOU MAY

CHANGE THE SYMBOLS AT ANY POINT IN YOUR PROGRAM.
POINTER BGNSW,BGNDU,BGNSFT

CZDMIBO DMR-11

PROGRAM HEADER

FUNCTIONAL TESTS MACRO Vv03.01 23-APR-80 08:29:31 PAGE 15

.SBTTL

2
3

SEQ

PROGRAM HEADER

THE PROGRAM HEADER MACRO CHARACTERIZES THIS DIAGNOSTIC . THE
HEADER MACRO'S ARGUMENTS ARE FILE NAME, RELEASE LEVEL, PATCH
DISPOSITION OF THE MOST RECENT PATCH, MAXIMUM TEST TIME IN SEC.,
AND THE TYPE OF DIAGNOSTIC (0-SEQUENTIAL, 1-EXERCISER) .
THESE
ARGUMENTS ARE IN RESPECTIVE ORDER.

5
6
7
8
9
0
1

b
b

::
LSNAME

—==20WO
NS PNOW

HEADER (CZDMI,A,0,600.,0

101

060
000000

001130
037026

037762
002174

002224
040236

000000
000000
000000

000000
002124
000000

000000
000000

003
003

LSREV::

:
LS$DEPO:
LSUNIT::

LSTIML::
LSHPCP::

LS$SPCP::
LSHPTP::
:
LSSPTP:
LSLADP::

L$STA::
L$CO::

LSDTYP::
LSAPT::
L$DTP::

L$PRIO::
LSENV]::
LSEXP1::

LSMREV::

.ASCII
LASCII
.ASCII
.ASCI11
.ASCII
.BYTE

/C/
/7/
/D/
/M/
/1/

.BYTE

0
0
0

LASCII

/A/

LASCI1

70/

.WORD

600.

.WORD

L $HARD

.WORD

LSSOFT

.WORD

LSHW

.WORD

LSSW

.WORD

LSLAST

-WORD

.WORD

LSDISPATCH

.WORD

.BYTE
.BYTE

CSREVISION
CSEDIT

CZDMIEQ DMR=11

PROGRAM HEADER

002052
002052
002054
002056
002056
002060
002060
002062
002062
002064
002064

002066
002066
002070
002070
002072
002072
002074
002074
002076
002076
002100
002100
002102
002102
002104
002104
002106
002106
002110
002110
002112
002112
002114
002114
002116
002116
002120
12 002120

SEQ

LSEF::

000000
000000

L$SPC::

000000

LSDEVP::

010234

LSREPP::

000000

LSEXPS::

000000

LSEXPS::

C00000

LSAUT::

000000

L$DUT::

023724

LSLUN::

0000090

LSDESP::

010242

LSLOAD::

104035

LSETP:
:

000000

LSICP::

020552

LSCCP:
:

022156

LSACP::

022066

LSPRT::

020544

LSTEST::

000000

LSDLY::

000000

LSHIME
::

000000

18
19

20
21
22
23
24
25
26
27

FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 15-1

.EVEN

.WORD
.WORD

O
O

.WORD

LSDVTYP

.WORD

L$DU

.WORD

LSDESC

EMT

ESLOAD

.WORD

LSINIT

.WCRD

LS$CLEAN

.WORD

L$AUTO

.WORD

LS$PROT

.WORD

MWORD

CZOMIBO DMR=11

DISPAT(CH TABLE

FUNCTIONAL

TESTS MACRO v03.01

23-APR-80 08:29:31

PAGE

SeQ

}

LSBTTL

HILII11777777777777777777777777777777777/77777777727777777/777777777777777777777

s/ IT IS JSED BY THE SUPERVISOR TO DISPATCH TO EACH TEST.

8 002122
002122
002124
002124
002126
002130
002132
002134
002136
002140
002142
002144
002146
002150
002152
002154
002156
002160
002162
002164
002166
9 002170
16
17
18
19

THE

DISPAT(CH TABLE
DISPAT(H TABLE

000023
024004
024322
(25636
025770
027046
030260
031040
031462
032164
032676
033100
033260
034164
034714
036460
036564
036632
036702
036752

CONTAINS

THE

STARTING ADDRESS OF

EACH TEST.

7277777777777777707777777777772777777777727777777772777277777777727777777

DISPATCH 19

WORD
LSDISPAT(H::
LMWORD
L.WORD
WORD
.WORD
.WORD
.WORD
.WORD
.WORD
WORD
.WORD
WORD
WORD
.WORD
WORD
LWORD
.WORD
WORD
.WORD
.WORD

19
T1
T2
T3
T4

15
T6
17
T8
T9
T10
TN
T12
T13
TI14
T1S
T16
T17
T18
T19

e
e
e

—

[ YT

T QS SO S

QT G

OO0
NO NI NN =

OO0 NN

NN —

CZDMIBO DMR=17 FUNCLTIONAL TESTS MACRO v03.01 23-4PR-80 08:29:31
DEFAULT HARDWARE F-TABLE
.SBTTL

F
3
PAGE 17

SeE@

DEFAULT HARDWARE P-TABLE

JIILIII7177777777777770777777777777777777777777777777777777777777777777777777
;/ THE DEFAULT HARDWARE P~TABLE CONTAINS DEFAULT VALUES OF
;/ THE TEST-DEVICE PARAMETERS.
**NOTE = MANY OF THE P-TABLE VALUES LISTED
:/ BELOW ARE NOT USED IN THIS DIAGNOSTIC BUT ARE INCLUDED TO AGREE WITH

:/ M8207 & M8203 DIAGNOSTIC P-TABLES.

JILLIIIITIII7777777777777770777770777777777777/77777777/77777777777777777777

002172
002172
002174
002174

002174
002176
002200
00202
002204

002206
002210
002212
002214
(02216
002220
002222
002222

000013

BGNHW

DFPTBL

LSHW::

.WORD

DFPTBL::

000000
160070

000300
000000
000009
000000
000000
000000
000005
000000
000000

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

ENDHW

160070

s **NQT USED - MICROPROCESSOR TYPE
CSR UNIBUS ADDRESS DEFAULT

;DMR11

INTERRUPT VECTOR DEFAULT
USED - PRIORITY LEVEL
;ttNQT USED = LINE UNIT
J*x«NOT USED - SWITCH PACK #1
(REG 1
:ttNOT USED = SWITCH PACK #2 (REG 1
S xxNOT USED - SWITCH PACK #3 (REG 1
. CABLE TURNAROUND (DEFAULT = CABLE(
;s **NOT USED ~ BAUD RATE
:fitNOT
USED = RUN SWITCH
;ttNOT

L10000:

L10000~-L$HW/2

CZ0MIBO DMR=-17

DEFAULT

FUNCTIONAL

SOF TWARE

TESTS MACRO v03.01

23-APR-80 08:29:31

PAGE

SEQ

P-TABLE

}

.SBTTL

SIIIITIIIIIIIT 7001000000000 000777000000077707777777777777777707077777277777777

;/ PARAMETERS THAT CAN BE CHANGED BY THE OPERATOR.

g
8 002222
002222
002224
o 002224
10 002224
1

12 002226
e 002226

16
17

THE

DEFAULT SOF TWARE P-TABLE
SOF TWARE

P-TABLE

CONTAINS

THE

VALUE

THE

PROGRAM

SIIIITITIIITITI77770777077070007777777777770777777777777777777777777477771777
000001

C00005

BGNSW

SFPTRL
LSSW::
SFPTRL
::

SPEED:

ENDSW

.WORD

;PROCESSOR SPEED VARIABLE USED
:TO ALTER THE WAIT VARIABLES.

L 10001:

LWCRD

L10001-L$SW/2

CZDOMIBO DMR=1'

FUNCTIONAL

GLOBAL EQUATES SECTION

TESTS MACRC v03.01

23-APR-80 08:29:31

H
3
PAGE 19

SeQ

}

.SBTTL

JIIIIITIIIT7077777770777777777777777777777777777777¢07/77777/77/77/77777777777

GLOBAL EQUATES SECTION
THE

GLOBAL

EQUATES SECTION CONTAINS PROGRAM EQUATES

ARE USED IN MORE THAN ONE TEST

THAT

SIIIIPEIIITIITIIIIIITT1T10701077700777700070070007000777107070707077177007777717

8 0022¢

E£QUALS

; BIT DIFINITIONS
100000

B8IT15== 100000

40000
020000
010000
004000
002000
001000
000409
000200
000100
000040
000020
000010
000004
000002

BIT14==
BIT13==
BIT12==
BIT11-=
BIT10==
B8I17109==
B1708==
BIT07==
BIT06==
BIT05==
BIT04==
B[MO3==
BIT02==
BITO01==

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

001000
000400
000200
000100
000040
000020
000010
000004
000002
000001

BIT9==
BIT8==
BIT7==
BIT6==
BIT5==
BIT4==
BIT3==
BIT2==
BIT1==
BIT 0==

BIT09
BIT08
BIT07
BIT06
BIT05
BITO4
BITO3
BIT02
BIT01
81700

000001

BITO0== 1

* EVENT FLAG DEFINITIONS

EF32:EF17 RESERVED FOR SUPERVISOR TO PROGRAM (OMMUNICATION

000040

EF .START==

32.

START COMMAND WAS ]SSUED

000036
000035
000034

EF .CONTINUE==
EF .NEW==
EF .PWR==

30.
29.
28.

.
.
.

CONTINUE COMMAND WAS [SSUED
A NEW PASS HAS BEEN STARTED
A POWER-FAIL/POWER-UP OCCURRED

000037

EF .RESTART==

31.

* PRIORITY LEVEL DEFINITIONS
000340
000300
000240
000200
000140
000100

PRIO7==
PRI06==
PRI0S==
PRI04==
PRI03==
PRI02==

340
300
240
200
140
100

; RESTART COMMAND WAS [SSUED

CZDMIBO DMR=17

FUNCTIONAL

GLOBAL EQUATES SECTION

000040
000000

TESTS MACRO v03.01

23-APR-80 08:29:31 PAGE

19-1

SEQ

PRIOT1== 40
PRI00== 0

;JOPERATOR FLAG BITS
000004
000010
000020
000040
000100

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

100009

IXE==
IBE==
1ER==
LOE==

HOE==
R

1000
2000

4000
10000
20000
40000
100000

TMTM

OVONO
VNS WA= O0

PNT==
PR]==

4
10
20
40
100
200
400

tti*fifit'tttt't**fitt'tit"ttfit*ttt'ttttRlttt'tttttt'ttQt't'ttttttttit.

100000

040000
020000

e R R

SUITCH REGISTER OPTIONS

Sw15=
Sw14=
SW13=
Sw12=
Sw1l=
SW10=
SW09=

100000
40000
20000
10000
4000
2000

° tl’itttitt*tttttttfittttt'ttttltfitttttttttttttl’ttttit'ttlt'tftttt't'ttt

:CSR AND STAUS WORD DEF INITIONS

SELO (CSR) - BSELO/BSEL1

RUN=
MCLR=
MDIAG=

STLU=
LPLU=

ROMO=
ROMI=

STuP=

000200
000100
000040

RDI=

IESET=

RQ]=

BIT15
BIT14
BIT13

;SET IF RUNNING
;MASTER CLEAR OF PROCESSOR AND LINE UNIT
sCSR MAINTENANCE - ENABLE MICRODJAGNOSTICS

BIT10
BIT9

; CSR MAINTENANCE
; CSR MAINTENANCE

BIT12
BITN

BIT8

BIT7

BIT6

BITS

:CSR MAINTENANCE - STEP LINE UNIT
;CSR MAINTENANCE - LINE UNIT LOOP

;CSR MAINTENANCE
=~ USED WITH LOOP LU

;WHEN ASSERTED, XMITTER SHIFTS;
:CSR - DMR11 READY RESPONSE

;CSR = INTERRUPT ENABLE

CLEAR,

INPUT - DMR11

REC.

SHIFTS

INTERRUPTS

:CPU WHEN RD] SET IN RESPONSE TO RQ] BEING SET.

;CSR - REQUEST

CZOMIBO DMR-1"

FUNCTIONAL

GLOBAL EQUATES SECTION

TESTS MACRO v03.01

23-APR-80 08:29:31

000020

IECLR=

BIT4

000004

RCv=

BITZ

000200
000100

RDO=
IE0=

020000

BASEUP= BIT13

;;SELZ ~ BSEL2/BSEL3
BIT7
BITé

;. SEL6 - BSEL6/BSEL?7

10000

RES=

BIT12

010000
004000

(TS=
SECN=

BIT1?2
BITN

002000
002009
001000
000400
000522

HDX=
(D=
HALTC=
MAINT=

BIT10
BIT10
BIT9
BIT8

000400
000200
000100

NXM=

BIT8

DISCON=
DTR=
DMRRUN=
TOLONG=

BIT6
BIT6

TOUT=

BIT1

DMR=

STREC=

BIT8!122

BIT?7

BITS
BIT4
MAINT1= BIT3
MNTREC= BIT3
NOBFR=
BIT2
MAINT?2= BIT2
NAKS=

BITO

PAGE

19-2

SEQ

:CSR = INTERRUPT ENABLE INPUT - DMR11 INTERRUPTS
:CPU WHEN RDI CLEARS IN RESPONSE TO RQI BEING (LFAR.
: (DMR RUN MODE ONLY)

;CSR -

IF O, TRANSMIT

IF 1, RECEIVE

;SEL2 ~ DMR11 SETS TO INDICATE DATA READY FOR OUTPUT
;SEL2 = SET TO ENABLE DMR11 TO INTERRUPT WHEN RDO
;SEL6 = CONTROL OUT - RESPONSE TO DMR MODE BASE

;

TABLE UPDATE COMMAND.

RESUMPTION OF OPERATION

;SEL6 - BASE IN -- WHEN SET CAUSES
;SELG = CONTROL OUT - (TS FAILED
;SEL6 = CONTROL IN -~ START TIME (3 SEC IF SET
1 SEC IF CLEAR)
;
;SEL6 - HALF-DUPLEX & CLEAR FOR FULL=~DUPLEX
;SEL6 - CONTROL OUT - (D GLITCHED
;SEL6 = EXTENDED CONTROL OUT - HALT COMPLETED
;SELG - DDCMP MAINTENANCE DURING CONTROL IN
;SEL6 - BASE IN -- SET FOR DMR11 MODE
:
122 IS THE DMR PASSWORD FOR BSEL6& AND
:
BIT8 SETS THE DMR MODE BIT IN BSEL7
;SEL6 - CONTROL OUT - NON EXISTENT MEMORY
;SEL6 -~ CONTROL OUT - START RECEIVED
:SEL6 - CONTROL OUT - DISCONNECT
;SEL6 - MODEM WRITE - DATA TERMINAL READY
;SEL6 ~ CONTROL OUT - DMR RUN MODE
;SELG6 - CONTROL OUT - MESSAGE TOO LONG
:SEL6 ~ MODEM WRITE - LOCAL MODEM LOOPBACK
:SEL6 - CONTROL OUT - MAINTENANCE MSG. RECEIVED
;SELG - CONTROL OUT - NO BUFFER
;SELG - MODEM WRITE - REMOTE MODEM LOOPBACK
;SEL6 - CONTROL OUT - TIME OUT
;SEL6 = CONTROL C4UT - NAKS THRESHOLD EXCEEDED

ttfittfilt*t*tt'l'tl'i'tttl'ttttittiittitfi*tk**t't*tttttttttttt*tt!tttttit*

..DDCMP COMMANDS - BITS O & 1

; INPUT (SELD)

BACCT=
CNTRL=

O
1

HLT=

THRESH=

BASEI=
BACCR=

3
4
WMODEM= 5
EXERR=
6
DXERR=
7
ODMC=
1
UPDATE= 1
TIMER=
1

IN SELO AND SELZ

;BUF ADDRESS AND CHARACTER COUNT TRANSMIT
;CONTROL COMMAND (IN OR OUT)
JHALT COMMAND
;BASE IN COMMAND
;BUF ADDRESS AND CHARACTER COUNT RECEIVE
JWRITE MODEM STATUS REGISTER
JENABLE EXTENDED ERROR NOTIFICATION
;DISABLE EXTENDED ERROR NOTIFICATION
sDESELECT DMC LINE MODE
;REQUEST BASE TABLE UPDATE
JSET REP/SELECT TIMER VALUE
;SET THE FOLLOWING THRESHOLDS:

;NAKS RECVD
JNAKS SENT

:REP/SEL

TESTS MACRO v03.01

23-APR-80 08:29:31

RRAM=

NN 20000

INTER=

.OUTPUT

00NN

d
D
D nd

WN—=O

d e

2D 0 0 a0 e

D
d
d e

VNN

D e

NN NN

=2O

NOTE:

CNTRL

(=NOP)

IS USED FOR SEL?2

; ** MASK USED TO CLEAR COMMAND BITS 0=~2 #»
R

sNOTE:

LTI

THE OFFSETS FOR BASE+3.-BASE+10 WERE

s INTENTIONALLY NOT LABELLED, BECAUSE THOSE LOCATIONS
sMUST NOT BE CHANGED IN ORDER TO BE DMC COMPATIBLE.

;THE LABELS BELOW CORRESPOND WITH THOSE USED

003042
000043
000044
000045
000046
000055
000060
000062
000064
000066
000072
000076

T=
X=
PRETIM=
THIL=
TH2L=
TH3L=
TH4L=

ISP7=
ISP13=

45
46
55
60
62
64
66

72
76

:DOMR MICROCODE.

IN THE

;#R - MESSAGE RECEIVED

;#N - MESSAGE TRANSMITTED

;#A - MESSAGE ACKNOWLEDGED

;#T = NEXT MESSAGE TO BE TRANSMITTED
;#X = LAST COMPLETED TRANSMISSION
. PROGRAMMABLE REP/SEL TIMER VALUE.
s THRESHOLD LEVEL = NAKS RECEIVED .
; THRESHOLD LEVEL = NAKS SENT.
s THRESHOLD LEVEL - REP SENT.
:THRESHOLD LEVEL - NO BUFFER AVAILABLE.

;IMAGE O¢f SCRATCH PAD 7
; IMAGE OF SCRATCH PAD 13

::titttttt*ttttttittttti'tit'tt*fititfi**tttfitttkttttttttttt!'ttttltttttt

d e

W N NN

SEQ

;WRITE INTERFACE [N AX3-15

. ;BASE TABLE OFFSETS

;. INSTRUCTION DEF INITIONS

d
b ek b cd
b wnd
emd

BN BB

—

146

19-3

sREAD MODEM STATUS

CMD=

000207

RETURN=207

B B NN NN NN

(SEL2)

PAGE

:NO BUFFER
;READ MB207 RAM (0-377)

RMODEM= 17

s e e

d nd e

Q0000

CZDMIBO DMR-11 FUN%}IONAL
GLOBAL EQUATES S
ON

;RETURN FROM SuB.

JSR P(C]

';tttt*.tttttitttttt*tttitt'it'tt*tt*ttfitttttt'tttt*tttttttttttttttttti

2 MISC. EQUATES
000006
000007
000015
000012

LLOOP=
RLOOP=

(R=
LF=

6
7

15
12

:LOCAL MODEM L OOPBACK
;REMOTE MODEM LOOPBACK.

;ASCII CARRIAGE RETURN
;ASCI] LINE FEED

r—

N
U S
S ge
[\S1a% 1Y [
n) — OV NANSWN
20000 RN SN —

CZOMIBO DMR-11 FUNCTIONAL
GLOBAL DATA SECTION

TESTS MACRO v03.01

23-APR-80 08:29:31

.SBTTL

PAGE 20

SEq

GLOBAL DATA SECTION

LLITILLILI777777777777710777777777777777777777777777777777777777777/77777777

THE GLOBAL DATA SECTION CONTAINS DATA THAT ARE USED

:/
IN MORE THAN ONE TEST
/////////////////////////////////////////////////////////////////////////////

R A

AR A

DMR11

000000
000000
000000

002242

23 002244
24
25 002246
26
27 002250
28
29
30
3
32 002252
33 002254
34 002256

002240
000000

.WORD
.WORD
.WORD

SELZ:
SEL4:
SEL6:
SELO=
BSELO=
BStL1:
BSELZ2=
BSEL3:
BSEL4=
BSELS:
BSEL6=
BSEL7:

WORD
.WORD
.WORD
CSR
(SR
.WORD
SEL?
.WORD
SEL4
.WORD
SEL6
.WORD

AL L

A A

AR RN AR AR

A AR

RN AR NN ARNRTA RN R P RANARR NN

VECTOR AND REGISTER INDIRECT POINTERS

DMRVEC:
DMTVEC:
CSR:

R A AN

0
O
0

;DMR11 RECEIVER INTERRUPT VECTOR
;DMR11 TRANSMITTER INT. VECTOR
;POINTER TO DMR11 CONTROL STATUS REGISTER

0
0
O

JPOINTER TO DMR11 CONTROL OUT REGISTER (SEL 2)
sPOINTER TO DMR11 PORT REGISTER (SEL 4)
;POINTER TO DMR11 PORT REGISTER (SEL 6)
;CSR IS SELO
;LOW BYTE OF CSR
JPOINTER TO DMR11 CSR HIGH BYTE
;LOW BYTE OF SELZ
;POINTER TO SELZ2 HIGH BYTE
;LOW BYTE OF SEL4
;POINTER TO SEL4 HIGH BYTE
;LOW BYTE OF SEL6
;POINTER TO SEL6 HIGH BYTE

O
O
O
iRt

izt

2232828222222,

;. OTHER HARDWARE PARAMETERS
000000
000000
000000

WIYPE:
DMTURN:
MICRO:
IR A

.WORD
.WORD
.WORD
ettt

0
O
O
idsdl

;MICROPROCESSOR TYPE
sTURN AROUND TYPE (0-7)
sMICRODIAGNOSTICS (IF 1(YES)
et

ittt

iittsstel

Y2282

- ENABLED)
22232822220

PROGRAM CONTROL PARAMETERS

002260

44 002262

000000
000000

000000
000000
000000

000000
000
000000

DMRFLG:

.WORD

;FLAG SET WHEN DMR MODE

IS REQUESTED IN

INTERFACE TYPE

;THE BASE IN COMMAND.
USED TO FLAG THAT
;A DMR MODE ACKNOWLEDGE IS EXPECTED.

INFACE:

.WORD

sFLAG TO ALLOW_CHANGE OF

FRSTIM:
FRSPAS:

.WORD
.WORD

0
0

;FLAG=0 IF
sFLAG=0 IF

STARES:

START:
RESUME:
DMCMDE:
MNTMDE:
MMANAG:

.WORD

.WORD
.WORD
.WORD
.WORD
.WORD

0
0
O
O
0

:BY WRITING AX3-15.

;FLAG=0 IF

FLAG SET/CLEARED IN INIT.

PROGRAM JUST LOADED
FIRST PASS AFTER LOAD

1ST TIME THRU AFTER STA OR RES

;FOLLOWING PARAMETERS ARE USED IN THE
s INTERRUPT TESTS (TESTS 15-19):

;FLAG
sFLAG
sFLAG
JFLAG
sFLAG

SET WHEN
SET WHEN
SET WHEN
SET WHEN
RETURNED

A CONTROL IN HAS BEEN ISSUED.
A BASE IN WITH RESUME DESIRED.
A BASE IN WITH DMC MODE DESIRED
MAINTENANCE MODE IS DESIRED.
IN THE SUBROUTINE SBUFFS

;MMANAG=1, MEMORY MANAGED BUFFERS USED

CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO v03.01
GLOBAL DATA SECTION

59 002304

000000

23~APR-80 08:29:31

AX3:

.WORD

61
62
63
64
65

PAGE 20-1

SEQ

;BIT PATTERN TO WRITE INTO AX3-15, WHEN

JIT IS REQUESTED TO ALLOW INTERFACE

JSELECTION, (TEST CONF IGURATION 1-4)
:BITO = TEST BIT (MUST BE SET TO ALLOW SELECT)
;BIT3 = INTEGRAL MODEM
:BIT4 = v,35
;BIT6 = EIA

67 002306

68
69

70 002310
71

:BIT7 = RS422

000000

WMAINT:

.WORD

JFLAG SET WHEN IT IS NECESSARY TO WRITE

CO0000

MANUF:

.WORD

Junnsnns MANUFACTURING USE ONLY wannxsawnx
;THIS WORD MAY BE PATCHED TO A NON ZERO WHEN

72
73

;MODEM MAINTENANCE BITS (MAINTENANCE 1 & 2)

sTHIS FLAG IS SET OR CLEARED IN THE INIT CODE.

JMANUFACTURING SPECIAL TEST CONNECTORS ARE
JUSED.
THIS WILL ALLOW MAINTENANCE BITS

.TO BE SET.

4
77

'-;itttttttttttttt*ttt*ttttttttttt*ttttt*itttttttttttttttttttttttttttttt

:PROGRAM VARIABLES

79
80

;WORD1-WORD3 VALUES DETERMINED IN INIT
. CODE DEPENDING ON THE BAUD RATE.

81 002312
82
83 002314

000000

WAIT1:

_WORD

000000

WAJT2:

.WORD

;VALUE FOR TIMEOUT COUNTER
JUSED IN SWAIT SUBROUTINE
;VALUE FOR TIMEOUT COUNTER USED IN SMSCLR

85 002316
86 002320
87 002322

000000
000000
000C00

WAIT3:
WAIT4:
BUFSIZ:

.WORD
.WORD
.WORD

0
0
0

;VALUE FOR TIMEOUT COUNTER USED IN S$INOUT.
JWORD USED AS OUTER LOOP COUNTER IN SINOUT.
. CALCULATED BUFFER SIZE IN BYTES.

;# OF RECEIVE & TRANSMIT BUFFERS.
THIS
;VARIABLE IS USED IN THE SUBROUTINE $BUFFS

0
O
0
0

cCOUNTER
;COUNTER
sCOUNTER
s COUNTER

88 002324

91
92
93
3§

002326
002330
002332
002334

000000

BUFNUM:

_WORD

000000
000000
000000
000000

INRCV:
INXMIT:
OUTRCV:
OUTXMT:

.WORD
.WORD
.WORD
.WORD

97
98 002336
99 002340
100 002342
101 002344
102 002346
103
%82 002350

JAND S$CLRQI SUBROUTINES.

FOR
FOR
FOR
FOR

# OF
# OF
# OF
# OF

BA/CC
BA/CC
BA/CC
BA/CC

IN RECEIVES.
IN TRANSMITS.
OUT RECEIVES.
OUT TRANSMITS.

:;tttttttfittttttttfrttttttttttt'ittttttttttttttttttttttt*tttttttttfitttt'

000000
000000
000000
000000
000000

:* MISCELLANEOUS STORAGE
TEMP:
. WORD
0
SAVE :
.WORD
0
FLAG:
.WORD
0
SFLAG:
.WORD
0
SKIP:
. WORD
0

000000

NXMFLG:

.WORD

106 002352
}85

000000

INFLAG:

.WORD

JFLAG USED IN INISR TO FLAG WHEN ALL THE
;JBA/CC INS HAVE SEEN DONE.

109 002354
110
111 002356
112
113 002360
114

000000

OUTFLG:

.WORD

00000C

RESFLG:

.WORD

000000

ERRFLG:

.WORD

JFLAG USED IN OUTISR TO FLAG WHEN ALL THE
;BA/CC QUTS HAVE BEEN DONE.
JFLAG USED IN IN ISR TO FLAG THAT THE RESUME
s COMMAND HAS JUST BEEN ISSUED.
JFLAC USED IN THE WAIT SUBROUTINES (SWAIT
; & SCLRQI) TO RETURN ERROR CONDITON (SEC)

sSCRATCH WORD USED FOR MISC. STORAGE IN SUB.
;SCRATCH WORD USED FOR MISC. STORAGE IN SUB.
s SCRATCH WORD USED FOR MISC. FLAG IN SUB.
;FLAG USED IN TEST 15 FOR LOOP CONTROL.
JFLAG USED IN TEST 7 TO MARK WHETHER TO SKIP
;A PORTION OF THE TEST.
JFLAG USED TO MARK THAT THE DMR ADDRESS IS NXM

NN
= OV
VAN

000000

LAST:

.WORD

sWORD USED TO STORE LAST COMMAND PROCESSED IN

002364
002366
002370
002372
002374

000000
000000
000000
000000
000000

ERROR:
LOGDEV:

PSTACK:
SUBRPC:
NESTPC:

.WORD
.WORD

.WORD
.WORD
.WORD

0
0

0
O
O

;ERROR STORAGE
sLOGICAL DEVICE NUMBER

002376

000000

CLRNO:

.WORD

LOCRC:

.WORD

sCRC STORAGE FOR LOW BYTE CHIP

;TEMP. WORD CONTAINING 2 CONSECUTIVE LOW BYTES

sTHE INPUT INTERRUPT ROUTINE.

sCONTAINS BASE LEVEL PROGRAM SP
;PC OF SUBR CALL FOR ERROR REPORTS
sFLAG TO NOTIFY WHEN A SUBR IS NESTED

s IN ANOTHER SUBROUTINE (WHEN SET)

;THIS WORD IS INCREMENTED DURING EACH MASTER

sCLEAR.
THIS WILL ALLOW EVERY OTHER MASTER
sCLEAR TO RUN THE MICRO TESTS.

SIRNR
NOWNB
W20V

D
b
d nd
D

002400
002402
002404
002406
002410
002412

HICRC:

LOWORD:

HIWORD:
ROMADR:

CHIPNO:

.WORD

;ROM CHECK VARAIBLES

.WORD

.WORD
.WORD

:CRC STORAGE FOR HIGH BYTE CHIP

O
0

.gegg

sTEMP. WORD CONTAINING 2 CONSECUTIVE HI BYTES
;POINTER TO ROM ADDRESS.

;CHIP NUMBER BEING CHECKED.

d e

d cd ek

SEQ

002362

)

d e e

e o

IANI NN NI ANV NINONIN) — —

) =D d

b —

CZDMIBO DMR~17 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 20-2
GLOBAL DATA SECTION

22t
L T 2 HWN
CONO
NS N~ OV

AR
e

ek =D b

002524
002527

Ba®p Wy 8,80,
8.0
Ve

016741

040041
172334
111337
145064
063617
026575
070071
031605

A A AR A AR AR
A A

R A A A A

A R

AN RN

AR R

A AR AR AR

AR AR AR R AR A NN N AN RN AN CARN AN AN
AR AR AR AR AR N AN RN

RN AR

ANN

R
RN

107
112

AS 1S) WHOSE 5TH AND 9TH BITS ARE XORED.
THIS XOR RESULT IS SHIFTED
INTO THE 1ST BIT OF THE REGISTER AS THE REGISTER IS SHIFTED RIGHT.
THE 9TH BIT (OR BIT SHIFTED OUT) IS SHIFTED INTO THE BIT PATTERN.
NOTE: CCITT RECOMMENDED 511 BITS, I'VE EXTENDED THIS BY 1 BIT TO END
ON A WORD BOUNDARY.

.WORD
WORD
-WORD

177603,157427.,031011
047321,163715,105221
143325,142304,040041

014116,052606,172334
105025,123754,111337

111523,030030,145064
137642,143531,063617
135015,066730,026575
052012,053627,070071
151172,165044,031605
166632,016741

.WORD
WORD
WORD
A A

A A A

AR A

R N AR

AR R A AN AR RN NN AR RN AR R R AN RN N AN NN R AR

RN AN NN

TRANSMIT BUFFER (SMALL)

TFLAG:

THAT WAS GENERATED ACCORDING TO CCITT RECOMMENDATION V.S52.
THIS
PATTERN WAS GENERATED BY A 9 BIT SHIFT REGISTER (INITIALIZED

-WORD
.WORD

;.
060000
000044

** CCITT PSUEDO-RANDOM TEST PATTERN =+
THE FOLLOWING 32 WORDS TRANSLATE INTO A 512 BIT PATTERN

.WORD
.WORD
LWORD

D o

162
163
164
165
166 002514
167
168 002516
002521

$CCITT:

105221

—

161 002510

031011

—_—, 2 OO
H=20W

8 002466
59 002474
160 002502

157427
163715
142304
052606
123754

WO W

7 002460

177603
047321
143325
014116
105025
111523
137642
135015
052012
151172
166632

—b b

d cmd e
b
b e
b
b

;

VWAL

b and

:;BUFFER AREA

149
150 002414
151 002414
52 002422
3 002430
4 002436
5 002444
6 002452
b ed

.WORD

TCOUNT= 36.
TBUF :
.ASCIZ

sFLAG FOR STATUS OF

TRANSMIT BUFFER

; CHARACTER COUNT OF TBUF
/ABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789/

CZDMIBO DMR-11

FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31

GLOBAL DATA SECTION

002532
002535
002540
002543
002546
002551
002554
002557
002562

169

115
120
123
126
131
061
064
067
000

120

172

SEQ

117
122
1¢5
130
080
063
066
071
.EVEN
:;fitttttttttttttfittt'ttt'ttttttktttttttttitttttttttttt'ttttttttttttttt'

;; RECEIVE BUFFER (SMALL)

LB IIII

;;2

ERREC 28 BRTR AR

—l—l_a—l_l_‘_;—l-—l_.;—l_a-—l—l_;;-—)_;_;_._.—l

16
121
124
127
132
062
065
070

B 4
PAGE 20-3

002564

002566

000000
000044

RFLAG:
.WORD
RCOUNT= 36.
RBUF:
.BLKB

;JFLAG FOR STATUS OF RECEIVE BUFFER
;CHARACTER COUNT OF RBUF
;36. BYTE BUFFER + 2 BYTES USED

38.

;TO MARK THE END OF THE RECEIVE BUFFER

.EVEN

;;ttttttttttitttttttl'ttttttttttttttkttitttttttttttttttttttittttttttttt

;; BASE TABLE
002634

BASE:

.BLKB

NALLALEALER

003234
003634

256.
sl

dddit

stttz

2222232222205

TRANSMIT AND RECEIVE BUFFER POINTERS

XMTBUF: .BLKW
RCVBUF:

.BLKW

RSS2l

128.
128.

ettt

: BUFFER AREA (LARGE)
004234

;MICROPROCESSOR MEMORY ALLUCATION

BIGBUF:

.BLKB

4000

;POINTERS TO TRANSMIT BUFFERS (UP TO 64)
;1

WORD FOR ADDRESS AND 1

WORD FOR (HAR.

;POINTERS TO RECEIVE BUFFERS (UP TO 64).
il sttt
2222222222222

;MAX BUFFER (2K BYTES)

COUNT

CZDMIBO DMR-17

FUNCTIONAL

| GLOBAL DATA SECTION
1

2
3

&
C
TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 21

SEQ

—

CZDMIBO DMR-T1T"FUNUTIONAL
GLOBAL TEXT SECTION

TESTS MACRO v03.01

}

23-APR-80 08:29:31

.SBTTL

PAbE 22

SEQ

GLOBAL TEXT SECTION

2 2939994933339222333354353334448343438838384343388449333844333344444932445%4%1

7333392 %3%33982 255335485338 4888334888333344443444444333844334444444%44444414

:§

THE GLOBAL TEXT SECTION CONTAINS FORMAT STATEMENTS,

MEsgAGERN axg Agcxx INFORMATION THAT ARE USED IN

ttttttt'tttttt'ttttt'ttttttttttttttttttttt'.tt"ttttttttttt't'ttttttttt""t

‘% NAMES OF DEVICES SUPPORTED BY PROGRAM

;. ttttttttttt'tttttttttt'ttitttttttttttnttttt'Qtt"ttfittt'fitttt'tt.tt""'t..t

13 010234

010234
010234
010237

DEVTYP

104
061

115
061

<DMR11>

LSDVTYP::
LASCIZ

122
000

LEVEN

. i'tt'tttttttttttttttttfittttttttt.tttlt't.ttt.t'twtttt'tttt.'t't'.'.'t'.."'t"

18 010242
010242

010242
010245
010250
010253
010256
010261
010264
010267

TITLE OF PROGRAM

. tttttttttttttttttttttQttttt"tittt"tt'ttttttt't"ttt.tttttt'.'ttttt"'.t.t.t'

DESCRIPT

104
055
040
116
1M1
101
124
124

115
061
106
103

117
114
105
123

<DMR-1)

FUNCTIONAL

TESTS>

122
061
125
124

116
040
123
000

gz
25
32
33
34
35

LSDESC::

20
21
22

/DMR11/

LASCIZ

.E JEN

;

; FORMAT STATEMENTS USED IN PRINT CALLS

/DMR-11 FUNCTIONAL T

CZOMIBO DMR-11

GLOBAL

FUNCTIONAL

SUBROUTINES

TESTS MACRO v03.01

23-APR-80 08:29:31

4
E
PAGE 23

SEQ

}

.SBTTL

SII1ITIIIII777707707777070070000777777770777007777777777777777777777777777777777

SIIIIIIIIITITTTT7TI777777117777777777777717777777717707777777777777772777777777

;

12
13

:
:

17
18

THE

GLOBAL

SUBROUTINES ARE

CALLED BY MORE

THAN ONE

TEST

:;tttttttttttttttttttttt"'ttttttttttttttttttttttttt'tttttttttitttttt't

10
1

GLOBAL SUBROUTINES

MACROS - THERE ARE 2 BASIC TYPES OF MACROS USED
1.

;

NORMAL MACROS -

DMR11 FUNCTIONAL MACROS - THESE MACROS MAY
BE NOTHING MORE THAN A CALL TO A SUBROUTINE,

BUT THEY ARE DISTINCT DMR FUNCTIONS WHICH CAN

DISTINGUISHED BY THE IN-LINE MACRO NAME.

E:ttttttttttttt*ttttttttttt'ttltttttttfittfittttttttttttttttttttttttttttt

‘9

: (2440282000322 222383323232223222 232228

;

::tttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt*'t

£.

R TR

RS e

RE ]

CALL MACRO - CALL ROUTINE
= JSR PC, ROUTINE
(NOTE:

RETURN IS

CALL

ROUTIN

.MACRO

JIF

8. ROUTIN

29
%9

JSR
.ENDM

PC.ROUTIN

26
27
28

XX YRR YRR EE B

.ERROR
CMEXIT
.ENDC

EQUATED TO A RTS PC)

ROUTINE; ## MISSING ROUTINE-EXPANSION ABORT ##

;;ttttttttttttttttttttttttttttfitttttttttttttttttttttttttttttttttttttttt

33
34
35
36

;
:
;
;

38
39

WAIT $FLAG MACRO - THIS MACRO INTERPUTS THE $FLAG AS RDI, RQI OR RDO.
IF RDI OR RDO, THE SUBROUTINE CALLED WILL WAIT UNTIL
THE RESPECTIVE BIT IS SET.
IF RQI, THE SUBROUTINE
CALLED WILL CLEAR RQI AND WAIT UNTIL RDI IS CLEARED.

:;ttttttttttttttttttttttttttttttttttttttittttttttttttttttttttittttttttt

40
41
42

.MACRO

NLIST
LLIST ME
LLIST

WAIT

LIF

CMEXIT

43
45

S0
51
52

53
54
55
56
57

.ERROR

.ENDC

JIF

JSR

.ENDC
JIF
JSR

$FLAG

;avxx MACRO EXPANSION wx»x
S$FLAG

FLAG

;#% MISSING FLAG FOR WAIT = EXPANSION ABORT ##

IDN $FLAG,RQ]

PC,

$CLRQI

;CLEAR RQ] AND WAIT FOR IT

TO BE

IDN $FLAG,RDI
PC. SWAIT
.WORD
0

:CALL WAIT ROUTINE
;FLAG THAT WE'RE WAITING FOR RDI

IDN $FLAG,RDO
PC., SWAIT
WORD
1

;CALL WAIT ROUTINE
;FLAG THAT WE'RE WAITING FOR RDO

CLEARED.

CZDMIBO DMR=17 FUNCTIONAL
GLOBAL SUBROUTINES

TESTS MACRO v03.01

23~APR-80 08:29:31

.ENDC

60
61
62
63

65
66

68
69
70
71

72
73
74

75
76

F
&4
PAGE 23-1

JENRN

NLIST ME
.ENDM
AN AR R AR AN AR A AN R TR R R R

s
.

SEQ

222

NN AR R AN A AR AR AR A AN RN RN N AN RN RANRNNANRANRRR RS

CLEAR MA(CRO =~ THIS IS A DMR FUNCTIONAL MACRO WHICH CALLS THE
$MSCLR SUBROUTINE

AR AR A AR R

.MACRO
NLIST

A AR

JSR

A AN NN AR NN R A AR AR AR AN RN RN AR AR ANN

C(LEAR

.LIST ME
LLIST

PC, SMSCLR

NLIST ME
.ENDM

saxxse MACRO EXPANSION *xxx
;ISSUE A DMR MASTER CLEAR

22327

RN NRR A

CZDMIBO DMR-11

GLOBAL

FUNCTIONAL

SUBROUTINES

TESTS MACRO v03.01

4
G
PAGE 24

23-APR-80 08:29:31

SEQ

2
3

BASEIN MACRO = THIS IS A DMR FUNCTIONAL MACRO WHICH CALLS THE
.
$BASEIN SUBROUTINE (WITH DEFAULT ARGUMENTS

;

R A A

R A RN

NLIST

.IF

JSR

1FF

17
18

JSR

.ENDC

SRR

R AN R AN AN NN RN AR

AR R AN N AR AN AR R AR AN AR NN NN

$A,$8,$(

.WORD

BASE

RN R

sx%xxx MACRO EXPANSION werx

DMR

;CALL BASE IN ROUTINE WITH DEFAULTS
JSET LINE UNIT LOOP

;BASE

TABLE ADDRESS

;DMR-11 MODE

PC, $BASE!
.WORD
$A

;CALL BASE IN ROUTINE
sMAINTENANCE MODE BITS TO SET

.WORD

sMODE

;BASE

TABLE ADDRESS

JRRRR

;

AR A A AR AR

IN BSEL1

NLIST ME
.ENDM

43
44
45

BASEIN

.WORD

20
21

RN AN AR AN AR AR R

ARGUMENTS NOT GIVEN)

AR R

.WORD

A RN AR

PC, $BASEI
LWORD
LPLU

34
35
36
37
38
39

LLIST

12
13

.LIST ME

9
10
11

AR R

.MACRO

23
24
25
26
27
28

A R R R A AR AR RN AR AN R

A AR AN AN R RANN AR

AANA AN R RN NN

CNTRIN MACRO - THIS IS A DMR FUNCTIONAL MACRO WHICH CALLS THE

$CNTIN SUBROUTINE (WITH DEFAULT ARGUMENTS

RN AR AR

IF ARGUMENTS NOT GIVEN)

AN AR AR A AN

.MACRO
CNTRIN
NLIST
LLIST ME
LIST

AR N AR N AR AN

AR AR AR AN RN RPN ARANRANNEARR AN

sxxxx MACRO EXPANSION xxwx

.IF
JSR
1FF

B
$A
PC, SCNTIN
.WORD
O

;SEL6 = FULL DUPLEX, RUN MODE,

JSR

PC, $CNTIN
.WORD
$A

sCALL CONTROL IN ROUTINE
;SEL6 - (DUPLEX, MODE)

.ENDC

NLIST ME

.ENDM

ANR S

s CALL CONTROL

IRNER

IN ROUTINE WITH DEFAULT

Tenn

SEC START.

CZDMIBO DMR-11

SUBROUTINES

o —

GLOBAL

FUNCTIONAL

TESTS MACRO V03.01

23-APR-80 08:29:31

SEQ

;'ttttttt'*tttttttttttt*tti'tttttttt*fitttttttiittttttttttttt't'tttttitt

:"DMRIN MACRO -

THIS IS A DMR FUNCTIONAL MACRO WHICH CALLS THE

$DMRIN SUBROUT INE

':ttittifi*'tttt'lttttt'tt‘tiittttt't*ttt**ttttttfittfitt*ttttt*t't'itt'tt

.MACRO
DMRIN
.NLIST
.LIST ME
.LIST

)

NRA NN = OO0 NN

PAGE 25

B
DMRIN;

"ENDC
JSR

PC.

$8
0

:NO SEL4

.ENDC

.WORD

;SEL4 VALUE (OR BITS TO CLEAR IN BSEL6)

LIF

WORD

:NO SEL6

.ENDC

.WORD

:SEL6 VALUE (OR BITS TO SET IN BSEL6)

)
ed ed
ed o

1Fe

sax%x MACRO EXPANSION awwx

IF
.ggR?g
.MEX

$A,$8,%(

S$DMRIN

.WORD

WORD

1Fe

$A
## MISSING ARGUMENTS-EXPANSION ABORT ##

S$A

;CALL DMR MODE

*INPUT COMMAND

INPUT ROUTINE

;tttt

1 2 2 8¢

NLIST ME
-ENDM

';ttttttittt*fitttttttttt"fittttttfittttitttttittt'tt*i'tt"'.ttfifittttt't

;

SHUTDN MACRO = THIS IS A DMR FUNCTIONAL MACRO WHICH CALLS THE

$HALT SUBROUTINE

AR A A

A A A A AT AN

.MACRO

SHUTDN

JSR

PC.,

.NLIST
LLIST ME
LLIST

$HALT

N R A AR AR AN R AN

setxx MACRO EXPANSION *xaw

;DMR HALT ROUTINE.

;tttt

NLIST Mg
.ENDM

A A AR AR AR A AR RANRNN N AN A AN

LA 8

RRR

CZDMIBO DMR=17

SUBROUTINES

an —

GLOBAL

FUNCTIONAL TESTS MACRO v03.01

23~APR-80 08:29:31

SEQ

. BACCIR MACRO =
;

IImmr

THIS IS A DMR FUNCTIONAL MACRO WHICH CALLS THE
$BACC SUBROUTINE (WITH DEFAULT ARGUMENTS
IF

[

ARGUMENTS NOT GIVEN)

;:tttttfififit*fifi*ttitttti"t'tt'tt'ttfl'ttt'fitittt'tttfitittttttt.ttttttfit'

.MACRO
BACCIR
.NLIST
.LIST ME
LLIST

—

NN = OO 00 NN

4
I
PAGE 26

srxxr MACRO EXPANSION #wxe

WA =2 OO0 NN

o oed D d e e

.IF
JSR

B
$A
PC, $BACC
;CALL BA/CC IN ROUTINE WITH DEFAULTS
.WORD
RQI!BACCR
;BA/CC IN RECEIVE COMMAND
.WORD
.WORD

IFF

JSR

[AN1AS1,¥) N

$A,$B

RBUF
RCOUNT

JRECEIVE BUFFER
RECEIVE CHARACTER COUNT

PC, $BACC
;. CALL BA/CC IN ROUTINE
.WORD
RQI!'BACCR
;BA/CC IN RECEIVE

.WORD
.WORD

.ENDC

CUMMAND
;BUFFER ADDRESS BITS 0-15
;BA BITS 16/17 AND CHAR. COUNT

$A
%8B

:*tfit

L2 A8

.NLIST Mt
.ENDM

MRS

SRS

ARSR

ottt loddldtiddss
szt sstiii
T
eI
R 2 2R
il
RRRR

; BACCIT MACRO ;

THIS IS A DMR FUNCTIONAL MACRO WHICH CALLS THE
$8BACC SUBROUTINE (WITH DEFAULT ARGUMEN!S

;

MORAASAEE

IF ARGUMENTS NOT GIVEN)

ARttt

didt

.MACRO
BACCIT
-NLIST
.LIST ME
LLIST

$A.$8

.IF

.WORD

TCOUNT

JSR
1FF

JSR

.ENDC

diidsissatiitil

22222222220,

suxxs MACRO EXPANSION wewx

PC, $BACC
:CALL BA/CC IN ROUTINE WITH DEFAULTS
.WORD
RQI!BACCT
:BA/CC IN TRANSMIT COMMAND
.WORD
TBUF
;TRANSMIT BUFFER ADDRESS
TRANSMIT

CHARACTER COUNT

PC, $BACC
. CALL BA/CC IN ROUTINE
.WORD
RQI'BACCT
;BA/CC IN TRANSMIT COMMAND
.WORD
$A
;BUFFER ADDRESS BITS 0-15

.WORD

%8B

;BA BITS 16 € 17 AND (HAR.

;iti'

NLIST ME
.ENDM

L2 2

COUNT

CZDMIBO DMR-11

4
J
FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 28

3
g

;
;

;

SEQ

GLOBAL SUBROUTINES

N R

FUNCTION =

TO WAIT

CALLING FORMAT:

NESTING LEVEL

15
16
17
18
19

;
:
;
:
;

ENTRY CONDITIONS - FLAG

;

EXIT CONDITIONS

24
25
26
27
28
29

;
;
;
;
:
;

I I I I I

FOR RD]

TO BE

SET

IN SELO

= MAY BE CALLED FROM ANOTHER SUBROUTINE

ROUTINE NOT NESTED.

=~ EITHER RDI OR RDO BIT SET AS EXPECTED

OR (ERROR CONDITONS)
:

1. RD] OR RDC SET, BUT NOT THE EXPECTED ONE
THE USER WILL BE INFORMED.
HOWEVER,
THIS WILL NOT NECESSARILY BE AN ERROR.
2. BIT NOT SET BEFORE DELAY EXPIRED.
THIS WILL RESULT IN A HARD ERROR MESSAGE
AND THE CARRY BIT WILL BE SET.
THE CARRY

;

I
I

=1
=
WAIT FOR RDO
=0
=
WAIT FOR RD]
WAIT1 = DELAY COUNTER (DETERMINED IN INIT.)
NESTP(C= 1
=
ROUTINE NESTED WITHIN ANOTHER
SUBROUT INE.

I
I

JSR
PC,
SWAIT
.WORD
FLAG
(MACRO CALL -- WAIT RDI)

OR RDO TO BE SET IN SELZ

;
;
;

SUBROUTINE SWAIT

9
10
}5

BI1 SET FLAG THE ERROR CONDITION.

3313'

;

25
36

:-'-ttttttttttt*tt*ttttttttttttttttttttttttttttfittttfitttttt*tttittttitttt
Rt
A
T I
I

37 010272

SWAIT:

38 010272
39 010276
40 010302
41 010304
2% 8}8;}(6)

005037
005737
001005
011637
162737

002372
000004

002372

44 010316

017637

000000

002336

45 010324
46
47 010330
48 010332
49 010334
50
51 010340

062716

010046
010146
013701

g% 8}8332%

005000

54 010342
55 010350

032777
001034

57 010360

001062

56 010352

032777

002360
002374

000002

REGISTERS DESTROYED - RESTORED

108

MOV

002312

30%:

408
000200

171664

000200

171652

CLR
TST
BNE
MOV
SuB

ERRFLG
NESTPC

sCLEAR ERROR FLAG
;1S THIS NESTED IN ANOTHER SUBROUTINE?

V8
(SP) , SUBRPC
#4 ,SUBRPC

;YES = USE THE SUBRPC ALREADY CALCULATED.
;SAVE PC AFTER THE CALL TO SWAIT.
;BACKUP TO THE PC OF THE ACTUAL CALL

a(SP) ,TEMP

;GET THE FLAG FOR RD] OR RDO

ADD

#2,(SP)

MOV
MOV
MOV

RO,-(SP)
R1,-(SP)
WAIT1,R1

JINC THE PC LEFT ON THE STACK TO POINT
;PAST THE FLAG ARGUMENT
;SAVE RO
;SAVE R1
;DELAY COUNTER DETERMINED BY BAUD RATE
; (DETERMINED IN INIT ROUTINE).

;INNER LOOP COUNT OF DELAY COUNTER

BIT
BNE
BIT
BNE

#RDO,aSEL2
60%

21S THE RDO BIT SET IN SEL2?
JYES = EXIT BIT CHECK LOOP.

70%

JYES - EXIT

#RD1,aSELO

;1S THE RD] BIT SET IN SELO?

CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31
GLOBAL SUBROUTINES

58 010362
010362

59 010364
60 010366
61 010370
010370
01C374
010376
010402
010404

010410
010412
010416

62
63 010420
64 010422
65 010424
010424
010426

010430
010432

66 010434
67 010440
68 010442
69 010442
70 010446
71 010450
72 010456
73 010460
010460
010464
010470
010472
010474
746 010500
75 010506
76 010510
010510
010512
010514
010516
77 010520
78 010524
79 010526
80 010526
81 010532
82 010534

010534
010540
010544
010546

010550

83 010554
84 010554
85 010560
86 010562
87 010566

BREAK

104422

005300
001365

01277
000000
013727
000000

9005367

001375
005367
CO01267

DEC
BNE
DELAY

000001

005737
001042
022737
001436

002336

012746
012746
010600
104414
062706

010604
000001

000001

000004

000001

005237
000413

002360

005737
001410

002336

012746
012746
010600
104414

010645
000001

062706

000004

005737
001002
005037

002374
002372

MOV
.WORD
MOV
.WORD

#1,(PC)+
O
LEDLY, 'PC)+
O

BNE
DEC
BNE

A
=22(PC)
.=20

i RAP
.WORD

C$ERDF

DEC

DEC
BNE
ERRDF

002360

104455
000011
020174
015126

;DELAY 100 MICROSECONDS

177756

005237
000445

;LOOP UNTIL RO RETURNS TO O

177772

104455
000001

032777
001422

RO
40%
1

SEQ

sCALL SUPERVISOR -~ ALLOW CONSOLE INTERRUPT.
TRAP
C $8RK

002116

005301
001346

020052
015126

K
4
PAGE 28-1

60%:

INC
BR

R1
30%
1,EMG1,ERRG?2

ERRFLG
100%

TST
TEMP
BNE
1008
CMP
#CNTRL ,ERROR
BEQ
1008
PRINTB #FMS1

002364

171526

70%:

100%:

105%:

BIT
BEQ
ERRDF

#CNTRL ,9SEL2
1008
9,EMG9.,ERRG?2

INC
BR

ERRFLG
1008

TST
BEQ
PRINTB

TEMP
100%
#FMS?2

JBETWEEN LOOPS.
JREPEAT UNTIL MAXIMUM LOOP SATISFIED.

;TIME OUT ERROR

;SET ERROR FLAG
JBRANCH TO COMMON EXIT.

.WORD
.WORD

NESTPC
105%
SUBRP(

EMG1
ERRGZ2

JWERE WE WAITING FOR THE RDO FLAG?
JYES - OK, EXIT.
;1S THIS CONTROL OUT ERROR EXPECTED?
;IF YES, DON'T REPORT THE FOLLOWING ERRORS.
JRECEIVED AN RDO, WHEN WAITING FOR RDI
MOV
#FMS1,-(SP)
MOV
#1,-(SP)
MOV
SP,RO
TRAP
CSPNTB
ADD
#4 ,SP
;IS THIS A CONTROL QUT?
;JNO NEED TO CHECK ERROR CODES.
JUNEXPECTED CONTROL OUT.
TRAP
CSERDF
.WORD
9
.WORD
EMG9
.WORD
ERRG2
;SET ERROR FLAG.
JWERE WE WAITING FOR THE RDI FLAG?
JYES - 0K, EXIT
JRECEIVED AN RDI, WHEN WAITING FOR RDO

MOV
MOV
MOV
TRAP
ADD

TST
BNE
(LR

-6(PC)

JWAS THIS NESTED IN ANOTHER SUBROUTINE?
;IF YES - LEAVE THE SUBROUTINE PC ALONE
:CLEAR THE PC

#EMS2 -~ (SP)
#1,-(SP)
SP,RO
($PNTB

¥4 ,SP

CZDMIBO DMR-11

FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31

GLOBAL SUBROUTINES

88 010566
89 010570
90 010572
91 010576
92 010600
93 010602
gg 010602

000207

96 010604
010607
010612
010615
010620
010623
010626

045
101
117
105
127
116
130

116
122
040
124
110
040
120

045
101
11
105
127
116
130
103
116
122
045

116
122
040
124
110
040
120
124
107
104
116

010631
010634
010637
010642

97 010645
010650
010653
010656
010661
010664
010667
010672
010675
010700
010703

012601
012600
005737
001401
000261

103
116
122
045

002360
110$:

124
107
104
116

MOV
MoV
TST
BEQ
SEC

(SP) +,R1
(SP) +,RO
ERRFLG
110%

4
L
PAGE 28-2

JRESTORE R1
JRESTORE RO
sWAS THERE AN ERROR (CARRY CLEARED ON TST)
;IF NOT, RETURN WITH CARRY CLEAR
:SET CARRY.

RETURN

045
104
123
040
105
105
105

FMS1:

_ASCIZ

/XNXARDO SET WHEN EXPECTING RDIZN/

045
104
123
040
105
105
105
111
040
117
000

FMS2:

_ASCIZ

/XNXARD]

111
040
11
000

SEQ

SET WHEN EXPECTING RDOZN/

NOOWVMEB W~ O VOO NS w0 —

CZDMIBC DMR=11 FUNCTIONAL TESTS MACRO v03.01
GLOBAL SUBROUTINES

AR AR

Set.
v, v, 0,0, 08

M
4
PAGE 29

23-APR-80 08:29:31
R AN

MAAARAALSE

A A
R

SRS

A R A A

R N

SR Rl

AR NN R
il

SEQ
AR

AR RN A AR

AR AN RN AN N RN N AN RN AN

AR AT

Y222 22

SUBROUTINE $CLRQI
FUNCTION

TO CLEAR RQI AND WAIT FOR RD]

CALLING FORMAT:

)

D nd

;

TO BE CLEARED

JSR
PC,
$CLRQJ
(MACRC CALL == WAIT RQID)

NESTING LEVEL

MAY BE NESTED WITHIN ANOTHER SUBROUTINE

ENTRY CONDITIONS

WAIT2 = DELAY COUNTER (DETERMINED IN INIT. ROUTINE)
NESTPC= 1
-~
ROUTINE NESTED WITHIN ANOTHER
SUBROUTINE.

[

d cnd

”

d e

ROUTINE NOT NESTED.

3 OVC

— e

1. NON ERROR, DMR READY TO RECEIVE THE NEXT COMMAND

EXIT CONDITIONS

2. ERROR IF RDI DOES NOT CLEAR BEFORE THE

DELAY ROUTINE EXPIRES. AN ERROR MESSAGE WILL
OCCUR,
ALSO A CARRY BIT WILL BE SET TO FLAG
THE ERROR FOR THE USER.

4
[
.

[

REGISTERS DESTROYED

RESTORED

31 010712
32 010720
33 010724
34 010726
35 010732
36 010740
37 010740
38 010742
39 010744

40
41 010750
42 010750
43 010752
44 010752
45 010760
46 010762

010762
47 010764
48 010766
49 010770

002360
000040
002374
162737

010046
010146
013701

002372
000004

$CLRQ]I:
171312

002372

10%:

002314
12%:

005000

032777
001427

000200

000001

002116
177772
177756

AR AR
R A AR A

171252

AR AR A AR RN

AR AR A AR

CLR
B8IC

RN NN R AN AN AN AN AR AR A RN RN RN
P

ERRFLG

#RQI ,@SEL 0

RN NN RA RN

RN AN A AR AR AN AN AR AR AR AN AR AR R AN NN

ANRA AR RRER

;CLEAR ERROR FLAG

JREQUEST

INPUT CLEAR

TST
BNE
MOV
suB

NESTPC
108
(SP)
, SUBRPC
#4 ,SUBRPC

;1S THIS NESTED IN ANOTHER SUBROUTINE?
;YES = USE SUBRPC CALCULATED
;SAVE THE PC AFTER THE CALL TO SWAIT,
;BACKUP TO THE PC OF THE ACTUAL CALL.

MOV
MOV
MOV

RO,-(SP)
R1,-(SP)
WAITZ,R1

;SAVE RO
sSAVE R1

CLR

s INNER LOOP COUNT

BIT
BEQ
BREAK

#RDI ,aSEL 0

;IS THE RDI BIT CLEAR IN SELO?
JYES = EXIT
;CALL SUPERVISOR - ALLOW CONSOLE INTERRUPT.

DEC
BNE
DELAY

3Cs

sGET THE DELAY COUNTER (DETERMINED BY
;BAUD RATE IN INIT ROUTINE)

sLOOP UNTIL RO RETURNS TO 0

;DELAY 100 MICROSECONDS

TRAP

C$8RK

MOV
.WORD
MOV
.WORD
DEC
BNE
DEC

#1,(PC)+
0
LSDLY, (PC)+
0
=6(PC)
.~4
=22(PC)

N &
CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 29-1
GLOBAL SUBROUTINES

011016
50 011020
51 011022
52 011024
011024
011026
011030
11032
53 01103%
54 011040
55 011040
56 011044
57 011046
58 011052
59 011052
60 011054
1

011056

62 011062
63 011064

64 011066
65 011066

001367
005301
001352

DEC
BNE
ERRDF

104455

RI
128
1,EMG1,ERRG2

SE@

BNE
;REFEAT UNTIL MAXIMUM LOOP SATISFIED.
;TIME OUT ERROR

TRAP

000001

020052
015126
005257
005737
001002
05037
012601
012600

005737

001401
000261

000207

WORD

002360

002374
002372

308:

408:

002360

INC

ERRFLG

;SET ERROR FLAG

IST
BNE
CLR

NESTPC
408
SUBRPC

;WAS THIS A NESTED ROUTINE?
:1F YES -~ LEAVE THE SUBRP(C ALONE
:CLEAR THE PC

MOV
MOV

(SP)+.R1
(SP)+.RO

;RESTORE R1
:RESTORE RO

sIF NOT - RETURN WITH CARRY (LEAR
:SET CARRY.

TST

508:

"WORD
.WORD

BEQ
SEC
RETURN

ERRFLG

:WAS THERE AN ERROR?

.=20

CSERDF
1

EMG1
ERRG2

(CARRY CLEARED ON TST)

CZDMIBO DMR-11

FUNCTIONAL TESTS MACRO v03.01

GLOBAL SUBROUTINES

N AR AR AN

R AN

RN AR AN AN R RN R AR AR AN AN RN RN

SUBROUTINE

FUNCTION -

NESTING LEVEL

NN AR RN RN RN

I I

S$MSCLR

TO PERFORM A MASTER CLEAR FOR THE DMR11

CALLING FORMAT:

AN R

SEQ

;

23-APR-80 08:29:31 PAGE 20

JSR

PC,

SMSCLR

(MACRO CALL == CLEAR)

= MAY ONLVY BE CALLED FROM IN~LINE CODE

ENTRY CONDITIONS - WAITZ2 = DELAY COUNTER (DETERMINED BY INIT. ROUTINE)

TESTS BEING RUN ON EVERY OTHER MASTER CLEAR

15
16
17
18
19

M
;
;
:
;

23
24
25

CLRNO = EVEN OR ODD COUNT.
THE ACTUAL # IS NOT
SIGNIFICANT, HOWEVER IF BIT 0O IS SET
THEN THE MICROTEST IS SET ALONG WITH
THE MASTER CLEAR. THIS ROUTINE WILL INCR.
THE VALUE.
THIS WILL RESULT IN THE MICRO

EXIT CONDITIONS - 1. NO ERROR - DMR11 MICROPROCESSOR INITIALIZED

;
M
:

NOTE :

:
H

IF RUN BIT NOT SET BEFORE DELAY TIMEOUT, ERROR
WILL RESULT.
ADDITONALLY THE ERROR MESSAGE WILL
RELAY THE RESULTS OF THE MICROTESTS IF THE RUN

BIT IS NOT SET.

29
§(1)

SUBTEST OR TEST SEGMENT)

(TEST,

:l|§

THERE IS A PATCH AREA TO ALLOW THESE DIAGNOSTICS
TO RUN ON A MB206 (INSTEAD OF M8207).
SHOULD BE FOR DEVELOPMENT USE ONLY.

THIS

REGISTERS DESTROYED - RESTORED

:-;tttttttttttttttttttttttttt"ttttttttttttttttttttttfitttttttttttttttttt

36 011070
37 011070
38 011074
39 011102
2? 011104

011637
162737
010046
010146

002372
000004

2% 011106

105077

171132

011112

000240

45 011114
46 011116

000240
000240

47 011120

000240

48
49 011122
50 011130

032737

$MSCLR:
002372

A N R

AR R RN R NN AR AR AN NN N RN N NN RARR AR ANRRAN RN AR NN RN

MOV
sus
MOV
MOV

(SP) ,SUBRP(
#4 , SUBRPC
RO,-(SP)
R1,-(SP)

;SAVE PC AFTER THE CALL TO SWAIT.
;BACKUP TO THE PC JF THE ACTUAL CALL
;SAVE RO
:SAVE R1

CLRB

aBSEL3

;CLEAR BSEL3

NOP

NOP
NOP

;xx PATCH AREA FOR 8206 1F NEEDED =+
JCLR a#SEL6
-

NOP

000001

002376

51 011132
52 011140
53 011142
54 011142

001004
012777
000403

040000

171072

012777

060000

171062

57 011150

000240

55
56 011150

BIT

7%:
8%:

AR NN AN AR

NN RN

#81T0,CLRNO

AN AR

AR AR AR RN RN A RRNNE NS

N RN AN RN R AR RN RN RS

;1S THIS AN ODD MASTER CLEAR.

BNE
MOV
B8R

7%
#MCLR,aSELO
8%

MOV

MCLR!MDIAG,aSELO ,;ISSUE THE MASTER CLEAR AND TOGGLE
;MICRO TEST SWITCH.
/

NOP

;JIF YES - BK
sISSUE A MASTER CLEAR.

A AR A AR AN

AN RN R A NN NP R RN

—

CZDMIBO DMR-11

FUNCTIONAL

005237
013701

xg oo

VN
S S8

10%:

100000

171032

000001

SEQ

;%% PATCH AREA FOR 8206 IF NEEDED w«
;MOV #RUN,Q#SELO -

NOP

002376
002314

PAGE 30-1

NOP

005000

032777
001025

23-APR-80 08:29:31
NOP

NN ANRARARARANARARANARAAAAAARRARNAEN

INC
MoV

CLRNO
WAITZ2,R1

CLR

; INNER LOOP COUNT

BIT
BNE
BREAK

#RUN,QSELO

40%

;1S THE RUN BIT SET IN SELO?
JYES = EXIT
;CALL SUPERVISOR - ALLOW CONSOLE INTERRUPT.

DEC
BNE
DELAY

RO
gOS

2LOOP UNTIL RO RETURNS TO O

;INCR WORD (CHANGE ODD TO EVEN ETC.)
;GET THE # OF 100 MICRO SECOND DELAYS

;TO WAIT BEFORE EXITING THE ROUTINE.

;DELAY 100 MICROSECONDS

002116
177772
177756

SNO

NINNININ) = =t

b d e b d wd wd e b b cod b e d e wd d e el e D D e e i e D d D D

AININI NN NN NININNAIN NNNN NN

3%
N~
W)

FRERNFrRoo&RUCSRNNSS RS

000240
000240
000240

-t b

58 011152
59 011754
60 011156
jeleleleloleleloleleloloalelelelelolelalalelolelololalolelolo BNolel
b b nd ed b wd e 2D ed b md end d e id d wd d D D d d e ) D d e d
— b

GLOBAL SUBROUTINES

TESTS MACRO v03.01

DEC

ERRDF

000001
020052
015242

005037
000207

002372

;REPEAT UNTIL

C$BRK

MOV

£, (PO

. WORD
MOV
. WORD
DEC
BNE
DEC
BN

MAX LOOP SATISFIED.

;REPORT RUN NOT SET

TRAP
.WORD

.WORD
.WORD

40%:

012601

012600

R1
108
1.EMG1,ERRG3

TRAP

MOV
MOV
CLR
RETURN

(SP)+,R1
(SP)+,RO
SUBRP(

JRESTORE R1
JRESTORE RO
;TIDY UP SUBRPC

LSDLY. (PC)+

-6(PC)
4

~22(PC)
.=20

gSERDF

EMG1
ERRG3

CZDMIBO DMR=11

FUNCTIONAL TESTS MACRO Vv03.01

0D
5
PAGE 31

23-APR-80 08:29:31

GLOBAL SUBROUTINES

SEQ

iny —

:'tttt"'fit'l"*t'ittt'i"tttt!fit'tttttt*ttfitttttti't't"'*'t't"ifi'.'
A

ASEAL LS

RASS

N &

FUNCTION

NN = OV~

D e

ids

itz

Y2222

2220

sus ROUTINE $BASEI
TO PERFORM A BASE

CALLING FORMAT:

nd erd =P

NESTING LEVEL

ENTRY CONDITIONS

MAY ONLY BE CALLED FROM IN-LINE
SUBTEST OR TEST SEGMENT)

NN,

—h

RS RRNRNRERN OO NN

A = MAINTENANCE BITS

N,
Ve

VN,

EXIT CONDITIONS

(I.E.

CODE

(TEST,

LINE UNIT LOOP BACK)

B = BASE TABLE ADDRESS (SEL4)
C = MODE + RESUME (SEL6)

INFACE = 0
1

NN,

IN COMMAND

JSR
PC,
$BASE
]
-WORD A (SELO MAINTENANCE BITS)
.WORD B (SEL4 - ADDRESS)
.WORD C (SEL6 - MODE AND/OR RESUME)
(MACRO CALL ~- BASEIN
OR
BASEIN A.8.()

)

Riddl

=~ NO INTERFACE WRITE REQUIRED
- WRITE INTERFACE (AX3-15)

IF NO ERROR - DMR11 BASE TABLE ASSIGNED
IF IN DMR MODE, AND INTERFACE WRITE REQUESTED
WRITE REQUESTED AX3-15.
TIMEOUT ERRORS ARE DETECTED IN WAIT SUBROUTINES.
3
D MRFLG = =1
DMR MODE REQUESTED (USED IN CONTROL IN
ROUT INE)

DMC MODE OR RESUME REQUESTED.

Vs 0

RESTORED

REGISTERS DESTROYED

002372
000004

002372

112777

000043
000001

002374

162737

012737

011314
011320

004737
000000

011322

44 011324
45 011330
46 011332
47 011332
48 011340
49 011344

50 011352
51 011356
52

s
g

011637

41 011306
42 011314

43 011322

AL L

35
36 011266
37 011266
38 011272
39
40 011300

':t't'ttt'tttttt'ttfitttti'tt'tttttitfit*tttit*fittttit*tttt**tttt'ttttttt

103003

057677
062716
017677

000000
000002

170672

000000

170654

170664

add

ldddtiisiiitiiir

Y22

222222222228

(SP)
, SUBRP(
#4 , SUBRPC

MOvVB
MOV

#RQ] !BASEI, @BSELO ;ISSUE THE BASE IN COMMAND,
#1 ,NESTPC
sFLAG THAT THE NEXT SUBROUTINE
RDI
JWAIT FOR RD]
saxex MACRO EXPANSION waxx

JSR

10%:

MOV

WAIT

010272

000006

su8

170724

062716
000467

062716
017677

PC,

SWAIT

.WORD

;SAVE PC AFTER THE CALL TO SWAIT.
sBACKUP TO THE PC OF THE ACTUAL CALL

sCALL WAIT ROUTINE

;FLAG THAT WE'RE WAITING FOR RDI
SRRRAN

L&
2 83

BNERROR 108

:1F NO ERROR, RDI SET - PROCEED

ADD

#6, (SP)

;CORRECT STACK FOR ERROR EXIT
JEXIT

BIS

a(SP) ,aSELO
#2, (SP)
a(SP) ,aSEL4
#2, (SP)
a(SP) ,aSEL6

sSET ANY MAINTENANCE BITS

ADD
MOV
ADD
MOV

30%

IS NESTED.

8CC

. INC. POINTER.
;SET UP BASE ADDRESS
;INC. POINTER AGAIN
;SET UP RESUME BIT AND THE HIGH 2 BITS
;OF THE BASE TABLE ADDRESS

108

CZDMIBO DMR-11

F
5
FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 31-1

SEQ

GLOBAL SUBROUTINES

53 011364
54 011370

062716

000002

ADD
WAIT

#2,(SP)
RQI

011370

004737

010706

JSR

PC,

BERROR

308

;IF ERROR, EXIT

CMP8
BNE
BIT
BEQ

#122,3aBSEL6

;WAS THIS A DMR BASE IN?

55 011374
6
57
58
59
60
61
62

011374

70
71
72
73
76 011466

011466
011472
75 011474

011474

76 011476
77
78 011504

011504
79 011510

80 011510
81 011514
82 011520
83
84

:INC. POINTER AGAIN (SHOULD BE AT RETURN P(C)
;CLEAR RQIl AND WAIT FOR RDI TO CLEAR
sawxx MACRO EXPANSION wwex
;CLEAR RQ] AND WAIT FOR [T TO BE CLEARED.
JRRERR

103445
122777

001004
032777
001403

64 011424
65
66
67

$CLRQI

000122

170634

010000

170624
15%:

005037
000432

002260

012737
005737
001424
022737

177777
002262

002260

000001

002364

001004
032777
001014

000200

170554

112777

000055

170544

004737
000000

010272

16%:

17%:

158

LA
2 &4

CLR
BR

DMRFLG

:CLEAR DMR FLAG

MOV
TST
BEQ
CMP

#-1,DMRFLG
INFACE

;FLAG THAT DMR MODE WAS REQUESTED.
;1S AN INTERFACE WRITE REQUIRED?

#CNTRL ,ERROR

JARE WE EXPECTING AN ERROR

BNE
BIT
BNE
MOvVB
WAIT

JSR

308

THIS A RESUME?

;IF NOT, PROCEED

;SKIP = TO END

308

(NO DMR RUN ACKNOWLEDGE).

;1F NOT - SKIP TO END

;FORCES AN ERROR)

17%

#RDO,aSELO

308

004737

002304

170544

010706

005037
005037
000207

002374
002372

(IN TEST

THAT

s IF NOT PROCEED

sIF

EXPECTING AN ERROR - IS RDO SET

;IF YES ~ DON'T BOTHER CHANGING THE INTERFACE.

#RQI ! INTER,@BSELO ;ISSUE WRITE INTERFACE COMMAND.
RDI
;WAIT FOR RDI
sxxxnx MACRO EXPANSION wwwx
PC, SWAIT
;CALL WAIT ROUTINE

.WORD

;FLAG THAT WE'RE WAITING FOR RDI
L2.21

BERROR

30%

:IF ERROR, BR TO END.

MOVB

AX3,aBSEL7

JWRITE _AX3-15.

WAIT

RQI

JSR

PC.,

;CLEAR RQ] AND WAIT FOR RDI TO CLEAR.
saxxx MACRO EXPANSION #wxs
;CLEAR RQI AND WAIT FOR IT TO BE CLEARED.

$CLRQI

BCS
INTERFACE SELECTED

;BY AX3 DETERMINED IN INIT. CODE.

;tfififi

30%:

308

sIF NCT, CLEAR DMR FLAG (DMC MODE)

;1S

sRRR%

103405
113777

8(Cs

#RES,aSEL6

16$

CLR
CLR

RE TURN

NESTPC
SUBRP(

sCLEAR THE NEST FLAG
;TIDY UP SUBRPC

L2224

308

———

MAAAASEE

MLAAAESELLRALAARE

LSS SRRttt
AR

dRddl

ARt

SEQ

tilizlszszeI

22T

SUBROUTINE S$CNTIN

YRR

FUNCTION =

TO PERFORM A CONTROL

D
DD
s
D

- MAY ONLY BE CALLED FROM IN-LINE CODE
SUBTEST OR TEST SEGMENT)

ENTRY CONDITIONS -~ DMRFLG = -1

— e

IN COMMAND

JSR
PC,
SCNTIN
WORD
A (SEL6 ~ MAINTENANCE MODE & HDX)
(MACRO CALL == CNTRIN
OR
(NTRIN A)

CALLING FORMAT:

NESTING LEVEL

EXIT CONDITIONS = 1.

N8I,
1,81 N1, N1,N)

2.
3.

EXPECT

CONTROL OUT IF

NO CONTROL OUT,

IF NO ERROR - DMR11

(TEST,

IN DMR MODE

IN DMC MODE OR RESUME.

CONTROL

IN PERFORMED

TIMEOUTS REPORTED IN WAIT SUBROUTINES
IF THIS IS A DMR MODE START UP CONTROL IN,

THIS ROUTINE WILL WAIT FOR A CONTROL

OUT - DMR RUN.

THIS CONTROL OUT IS

NOT RECEIVED,
THIS WILL RESULT IN AN ERROR
MESSAGE AND A REMINDER TO CHECK THE BAUD RATE,

INTERFACE AND TURNAROUND

27
28
29

;

E:tttttttttttttttttttttt'ttttttttttttttttttttttittttttttttttttttfititttt

34 011522
35 011522
36 011526
37 011534
38 011542
39 011550
011550
011554
40 011556

011556

011637
162737
112777
012737

002372
000004
000041
000001

004737
000000

010272

103003

000002

44 011566
45 011574
46 11600
47 (11606

017677
062716
032777
001402

000000
000002
000400

005037

002260

50 011614
011614

$CNTIN:
002372
170470
002374

MOV
suB
MOVB
MOV

(SP) ,SUBRPC
;SAVE PC FROM WHERE THIS SUBR. WAS CALLED.
#4 , SUBROC
;BACKUP TO PC OF ACTUAL CALL
#RQ]I+CNTRL ,aBSELO ;SET UP CONTROL IN COMMAND
#1 ,NESTPC
;FLAG THAT THE NEXT SUBROUTINE IS NESTED.
RD]
JWAIT FOR SETTING OF RDI

JSR

PC, SWAIT
.WORD
O

WAIT

Jxexx MACRO EXPANSION s

;CALL WAIT ROUTINE
;FLAG THAT WE'RE WAITING FOR RD]
R

062716
000463

28 8”2}2

;;ttttttt!ttttttfittttttttttttttttttl*tttttttttttt*ttttttttttttttttttttt

41 011560
42 011564

43 011566

REGISTERS DESTROYED

(PROBABLE REASON).

itttz

O\nl\wm-agvomwom&um—aoom\:Omb W

F
.5
23-APR-80 08:29:31 PAGE 32

TESTS MACRO v03.01

—

CZDMIBO DMR-11 FUNCTIONAL
GLOBAL SUBROUTINES

004737

010706

170444

1%:

170432

8 {

12
2 8 4

BNERROR 1%

;IF NO ERROR - PROCEED

ADD
BR

#2,(SP)
208

;CORRECT RETURN ADDRESS
:ERROR ~ EXIT

MOV
ADD
BIT
BEQ

(LR

3(SP) ,aSEL6
42, (SP)
AMAINT ,SEL6
5%
DMRFLG

;SET MODE DESIRED
JINC. RETURN PC LEFT ON STACK.
;WAS MAINTENANCE MODE REQUESTED?
;1F NOT, LEAVE DMRFLG AS IS.
JCLEAR FLAG - NO RUN MODE CONTROL OUT.

WAIT

RQ]

JSR

PC., $CLRQI

;CLEAR RQ] AND WAIT FOR RDI

sanxx MACRO EXPANSION xxxw

BCC

TO CLEAR

;CLEAR RQI AND WAIT FOR IT TO BE CLEARED.

—

—_—

CZDMIBO DMR=11

FUNCTIONAL TESTS MACRO v03.01 23~APR-80 08:29:31 PAGE 32-1

SEQ

GLOBAL SUBROUTINES

51
52
53
56

011620
011624
011626
011632

005737
001443
005037

011632
011636

004737
000001

002260

002260
010272

DMRFLG
20%
DMRFLG
RDO

;WAS DMR MODE REQUE
..D ON BASE IN?
;BR_IF NOT (DMC MODE
;CLEAR DMR RUN MODE FLAG
;EXPECT RDO TO BE SET

JSR

PC, SWAIT
.WORD
1

;CALL WAIT ROUTINE
sFLAG THAT WE'RE WAITING FOR RDO

sxexx MACRO EXPANSION #wxww

011716

BNERROR 7%

103017
012746
012746
010600
104414
062706

000421

032777
001005

000004

000001

032777
001004

000040

170324

10%:

104455

68 011726
g% 8}};%2

042777

000207

71 011734
72 011740

005037
005037

002374
002372

75 011746

045

101

76 012015

7$:

104455

000011
020174
015126

011751
011754
011757
011762
011765
011770
011773
011776
012001
012004
012007
012012

170342

000010
020130
015126
000410

011720
011722
67 011724

;Z 011744

PRINTB

011746
000001

000207
115
122
040
113
127
104
105
040
124
105
m
104

045

122
125
101
116
114
107
116
116
040
103
126
045
101

170300

15%:
208

1064

050

FMS3:

8 1

RARN

s IF NO ERROR - PROCEED

#FMS3

158

BIT
BNE
ERRDF

#CNTRL ,@SEL2
108
8,EMG8.ERRG2

15%

BIT
BNE
ERRDF

#DMRRUN,@SEL6
15%
9,EMG9,ERRG2

BCC
;PRINT RUN ACKNOWLEDGE NOT RECEIVED.
MOV
MOV
MOV
TRAP
ADD

SP,RO
CSPNTB
w6 ,SP

;DID WE RECEIVE A CONTROL OUT?
sIF YES - PROCEED.
;EXPECTED CONTROL OUT NOT RECEIVED.
TRAP
.WORD
.WORD
.WORD

8
EMGS8
ERRGZ2

;WAS THE DMR RUN MODE BIT SET?
;BR IF OK.
;WRONG CONTROL OUT RECEIVED.

BIC

#RDO!CMD,QSEL2

;CLEAR RDO AND THE COMMAND BITS

CLR
CLR

NESTPC
SUBRPC

;CLEAR THE NEST FLAG
JCLEAR PC

_ASCII

/XADMR RUN AZKNOWLEDGMENT NOT RECEIVEDIN/

LASCIZ

/XA(CHECK

RETURN
040
116
103
117
105
115
124
117
122
105
105
116

TST
BEQ
CLR
WAIT

55 011640
011640
56 011642
011642
0116/6
011652
011654
011656
57 011662
58 011664
59 011664
60 011672
61 011674
011674
011676
011700
011702
62 011704
63 011706
64 011706
65 011714
66 011716

INTERFACE, BAUD AND

TURNAROUND
XN/
)

7$
#FMS3,~(SP)
#1,-(SP)

CSERDF

TRAP

CSERDF

.WORD
.WORD
.WORD

O
EMG9
ERRGZ2

CZDMIBO DMR-17

H 5
FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 32-2

GLOBAL SUBROUTINES

78
79

012020
012023
012026
012031
012034
012037
012042
012045
012050
012053
012056
012061
012064
012067

103
103
11
105
101
054
101
040
104
125
101
125
051
000

110
113
116
122
103
040
125
101
040
122
122
116
045

105
040
124
106
105
102
104
116
124

116
117
104
116

.EVEN

SEQ

—

CZDMIBO DMR-11

FUNCTIONAL TESTS MACRO v03.01

GLOBAL SUBROUTINES
1

23-APR-80 08:29:31

PAGE 33

SEQ

:;t!'t'ttfi"t'ttifi.tttt'tit'tt'titfitttfittlttfitttttttt't'tttttttttt"Q'tt

""ttt"ltt.ttt'tt!tt'Qt'tt't"ttttttttt'ttttittttttti'i'ttt"ttt't't'.'

;

8
9

.
.

10
1

SUBROUTINE
FUNCTION -

$DMRIN

TO PERFORM A DMR MODE

CALLING FORMAT:

JSR
.WORD

N
:

.WORD
.WORD

INPUT

COMMAND

PC,
$DMRIN
COMMAND

B8
C

}:2"

18
19
20

N
N
:

ENTRY CONDITIONS - MUST BE IN DMR MODE
FOR ALL COMMANDS EXCEPT WRITE MODEM
8 = SEL4

= 0 - SUBROUTINE NOT NESTED.

(MACRO CALL =-- DMRIN A.B.C)

NESTING LEVEL

- MAY BE CALLED FROM IN-LINE

CODE

(TEST,

SUBTEST OR TEST SEGMENT) OR FROM THE $LOOP

SUBROUT INE

21
22
23
24
25

;
M
:
N
M

%0:8)

30
%}

:'.'tt*ttttttttttttttttttttttttttttttttttfitttt.tfitttttttttttttt*t"tttttt

35 012070
36 012070
37 012074
38 012076

zg 8}5}?5

EXIT CONDITIONS - IF NO ERROR - DMR11 MODE INPUT COMMAND PERFORMED.
REGISTERS DESTROYED

".'ttttttttttttttttttttttt'tt"tittttttttlttttttttitttttttttt.tttttttt't

005737
001005
011637

$DMRIN:

002374
002372

162737

000004

002372

41 012110
&2 012116
43 012126
44 012130
45 012136
46 012142
47
48 012150

117637
117677
062716
052777
013746
012737

000000
000000
000002
000040
002374
000001

002340
170106

012150
012154

004737
000000

49 012156

012637

50 012162
012162
51 012164
52 012170

C = SEL6
FOR MODEM WRITE
B = BITS TO CLEAR IN SEL6
C = BITS TO SET IN SEL6
NESTPC = 1 - SUBROUTINE NESTED WITHIN ANOTHER SUB.

103003
062716
000433

TST
BNE
MOV

NESTPC
1%
(SP) ,SUBRP(C

oIS THIS SUBROUTINE NESTED?
JIF YES - DON'T CHANGE
SUBRPC.
;SAVE PC FROM WHERE THIS SUBR. WAS CALLED.

SUB

#4 ,SUBRPC

JBACKUP TO PC OF ACTUAL CALL

MOVB
MOVB
ADD
BIS
MOV
MOV

@(SP) ,SAVE
a(SP) ,aBSELO
#2,(SP)
#RQ] ,aSELO
NESTPC,-(SP)
#1 ,NESTPC

WAIT

RD]

;SAVE DMR INPUT (OMMAND
cSET UP DMR INPUT COMMAND.
JINC RETURN PC LEFT ON STACK.
JREQUEST INPUT.
;SAVE THE CURRENT NEST FLAG.
JUSE THE FLAG TO SHOW THE WAIT
JROUTINE IS NESTED.
JWAIT FOR SETTING OF RDI

010272

JSR

PC, SWAIT
.WORD
0

002374

MOV

BNERROR 5%

(SP)+ NESTPC

;1F NO ERROR, OK - PROCEED.

ADD
BR

84, (SP)
10%

;UPDATE RETURN ADDRESS.
;ERROR EX]T.

170074
002374

Jannx MACRO EXPANSION wrwwx

;CALL WAIT ROUTINE
JFLAG THAT WE'RE WAITING FOR RD!
R

000004

234

1 2

2 21

JRESTORE THE ORIGINAL NEST FLAG.

BCC

[

CZDMIBO DMR=11 FUNCTIONAL TFSTS MACRO v03.01
GLOBAL SUBROUT INES

53 012172

56 012172

55 012200
gg 012202

58 012210
59 012214
60

122737
001413
017677

062716

17677

000005

0023¢9

000000

170026

000002
000000

170016

062716
000412

000002

047677
062716
057677
062716

000000
000002
000000
000002

69 012254

012254
70 012260
71 012260

72 012264
73 012266

74 012272
75 012272
76 012276

004737

170002

5%:

(MPB
BEQ

MoV
ADD
MOV

6%:

ADD
BR

BIC

7%:

010706

ggMODEM.SAVE

3(SP) ,aSEL4
#2,(SP)
d(SP) ,aSEL6
#2,(SP)
’$

d(SP) ,aSEL6

SEQ

;IS THIS A MODEM WRITE?
;IF YES - SET/CLEAR BITS.

sPASS VALUE FOR SEL4

(VALUE,

IF ANY,

;PASS VALUE FOR SEL6

(VALUE,

;DEPENDS ON THE DMR COMMAND)
sINC. RETURN PC LEFT ON STACK.

8IS

ADD

d(SP) ,aSEL6
#2,(SP)

;CLEAR MODEM BITS
JINC. RETURN PC LEFT ON STACK
;SET MODEM BITS
JINC. RETURN PC LEFT ON STACK.

WAIT

RQI

;CLEAR RQI AND WAIT FOR RDI

ADD

167770

23-APR-80 08:29:31 PAGE 33-1

JSR

#2,(SP)

PC.,

$CLRQI

saxxx MACRO EXPANSION wawx

005737
001002
005037

005037
000207

002374

002372

002340

15%:

ANY,

TO CLEAR

;CLEAR RQI AND WAIT FOR IT TO BE CLEARED.
;tit*

10%:

L2 &

TST
BNE
CLR

NESTPC

15%

SUBRP(

:BR IF YES
. CLEAR PC

CLR
RETURN

SAVE

JRESTORE TEMP VALUE

;WAS

THIS ROUTINE NESTED?

—

CZDMIBO DMR-11 FUNCTIONAL
GLOBAL SUBROUTINES

TESTS MACRO v03.01

23-APR-80 08:29:31

PAGE 34

SEQ

::tt'tittittttttttttttttttt"tttttttttttttt*tttttt*ttttttt*tt*ttttitttt

:;ttttttttttttttttt*ttt**t'tttttttittttttittttttt'tttttttttt'ttttti'tt'

3
g

;
;

;

SUBROUTINE $BACC

FUNCTION =

;

10
11
12

CALLING FORMAT:

;
:
;

TO PERFORM A BUFFER ADDRESS/CHARACTER

COUNT IN COMMAND

JSR

.WORD
.WORD
.WORD

;

PC,

SELO
SEL4
SEL6

$BACC

;BA/CC IN COMMAND
*BUFFER ADDRESS
:BA BITS 16 & 17 AND

:CHARACTER COUNT

14
}g

;
;

;

NESTING LEVEL

ENTRY CONDITIONS -

EXIT CONDITIONS ~ IF NO ERROR - DMR11 BA/CC COMMAND IN PERFORMED

24
SZ

:
;

s:tttttiittttttttttt*ttttt'ttt'tttttttittt*tt*fit*ttiitt*tt*tfitttttitttt

29 012300
30 012300

31 012304
32 012312

011637

162737
117677

002372

000004
000000

062716
012737

000002
000001

012332
012336

004737
000000

010272

36 012340
012340
37 012342
38 012346
39 012350

40 012350
41 012356

2% 012362

44 012370

45 012374

012374
012400
012400
0124046
012410

OR
OR

BACCIT A.B)
BACCIR A.B)

- MAY ONLY BE CALLED FROM IN-LINE CODE (TEST.
SUBTEST OR TEST SEGMENT)

REGISTERS DESTROYED - NOT AFFECTED

:;tt!t*tttttt*tttttt*ttttttt'*tttttttttttt*itttttttt'ttt*tttttttt'ttttt

33 012320
3% 012324
35 012332

46
47
48
49

(MACRO CALL -- BACCIT
(MACRO CALL -- BACCIR

$BACC:

002372
167712

MOV

SUB
MOVB

002374

(SP) , SUBRPC

#4 , SUBRPC
a(SP),aBSELO

ADD
MOV
WAIT

#2.(SP)
#1.NESTPC
RDI

JSR

PC. SWAIT
.WORD
O

;SAVE PC FROM WHERE THIS SUBR. WAS CALLED.

;BACKUP TO PC OF ACTUAL CALL
:SET UP BA/CC COMMAND IN (TRANSMIT OR RECEIVE)

*INC POINTER ON STACK
;FLAG THAT THE NEXT SUBROUTINE IS NESTED.
SWAIT FOR SETTING OF RDI

sexxx MACRO EXPANSION saww

SCALL WAIT ROUTINE
:FLAG THAT WE'RE WAITING FOR RDI
*HRRN

103003
062716
000414

000004

017677
062716

000000
000002

017677

000000

062716

000002

004737

167660

108

167650

:IF NO ERROR - PROCEED

ADD
BR

#4, (SP)
208

:CORRECT STACK FOR ERROR EXIT.
SEXIT

MOV
ADD

a(SP) ,aSEL4
#2,(SP)

:SET BUFFER ADDRESS
:INC POINTER ON STACK

#2.(SP)

*INC POINTER ON STACK

ADD

WAIT

JSR

a(SP) ,aSEL6

ROI

PC. $CLRQI

005037
005037
000207

002374
002372

CLR
CLR
RE TURN

NESTPC
SUBRP(

BCC

108

:g§}5u§6egrqgn COUNT AND BUFFER ADDRESS

:CLEAR RQ] AND WAIT FOR RDI
saxwx MACRO EXPANSION #wx=»

TO CLEAR

:CLEAR RQI AND WAIT FOR IT TO BE CLEARED.
*HRNR

20$:

2 24

BNERROR 10$

MOV

010706

L 8

;CLEAR THE NEST FLAG
*CLEAR PC

| 2 2

8 1

43 0126462

44 012470
45 012472
46 012474
47 012476
48 012500
49 012500

g? 012504

52
53 012506
54 012506
012506
012510
012512

SRRt

AR AN A A

YA NP

SEQ
sttt

222 222

AR AR R A AR AR AT AR A RN AR AR AR NN RANRR AR RARN AN NRRSY

SUBROUTINE $ERROR

YR WP

FUNCTION -

BASE

TABLE ERROR COUNTS

TO CHECK THE FIRST 8.
FOR NON-ZERO VALUES.

TP
S TR

CALLING FORMAT:

JSR

CAN BE NESTED WITHIN ANOTHER ROUTINE

ENTRY CONDITIONS

SHOULD BE DONE AFTER PROPER SHUTDOWN
NESTPC = 1 - SUBROUTINE NESTED WITHIN ANOTHER SUB.

IR
TP

PC.

NESTING LEVEL

LIRS IS

S WN=O VNN

40 012454
41 012456
42 012460

PAGE 35

NS
WA= OO0~

NNV D=t
=2

25 012412
26 012412
27 012416
28 012420
29 012424
30
31 012432
32 012432
33 012434
34 012436
35 012442
36 012446
37 012446
38 012450
39 012452

MAAAAEAEES

23-APR-80 08:29:31

TESTS MACRO Vv03.01

ro—

CZDMIBO DMR-11 FUNCTIONAL
GLOBAL SUBROUTINES

= 0 - SUBROUTINE NOT NESTED.

EXIT CONDITIONS

IF ANY NON-ZERO VALUE FOUND IN THE BASE
SOFT ERROR IS DECLARED.

]

TABLE A

.’
-

REGISTERS DESTROYED

RESTORED

AR AN

SRR

[

005737
001005
011637
162737

010046
010146
012700
012701

$ERROR:

002374

002372
000004

002372

022737

001403
105710
001004
000407
122710

002004

A A AR AN

RN A AR AN R AT TN AR AN AR AR AR R AR NN

A R

002637
000006

000005
012536

ANRARAANCANER

RAAAANNRRANANANNNEY

MOV
MOV

RO,=(SP)
R1,-(SP)

;SAVE RO

#BASE+3
RO

#6. .R1

20$%:

208

(RO)+, (RO)

002114

THE REPS

THE SAME?

2§r YES - ALLOW 1 REP

(RO)

CMP8B

;ARE

25%
30¢

BGE

2IS THE NAK COUNT NON-ZERQ?
;IF YES - REPORT SOFT ERROR
sLOOP UNTIL DONE.
;{r

#18. ,LSTEST

25%:

:SAVE R1
;POINTER TO ACTUAL BASE TABLE COUNTS.
;CHECK THE 6 NAK BYTES IN THE TABLE

308

NOT - REPORT ERROR.

S THIS TEST 18 (LARGE BUFFER TEST)

NOT TEST

18 - REPORT

IF ‘NON ZERO.

408

:IF ZERO - OK.

#1,(RO)

;IS THE REP 0 OR 17
! F YES - OK (WE ALLOW 1 REP BECAUSE

40%

IN TEST 18 AT LOW BAUD RATES 1 REP IS

*EXPECTED.)

30$:
104457

R R AR

:1S THIS ROUTINE NESTED?
;BR IF YES (PC ALREADY SAVED)
;SAVE PC AFTER THc CALL TO SWAIT.
;BACKUP TO THE PC OF THE ACTUAL CALL
sTHE INSTRUCTION AFTER THE CALL.

(RO)+

000007

AR A AN R RN

NESTPC
108
(SP), SUBRPC
#4 ,SUBRPC

30%

000022

AR AR RN

TST
BNE
MOV
suB

108:

105720
001016
005301

001374
122010
001012

A AR A

A AR A A

ERRSOFT 5,EMS3,ERRG4

JREPORT SOFT ERROR
TRAP

.WORD
.WORD

CSERSOFT

5
EMS3

M5
CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO V03.01 23~APR-80 08:29:31 PAGE 35-1

GLOBAL SUBROUTINES

012514
55 012516
56 012516
57 012522
58 012524
59 012530
60 012530
61 012532
g% 012534
64 012536
012541
012544
012547
012552
012555
012560
65

015522
005737
001002
005037

40%:

002374
002372

45%:

012601
012600
000207
105
117
040
040
123
124
114

122
122
M
102
105
101
105

122
123
116
101
040
102
000

EMS3:

SEQ

.WORD
TST
BN
CLR

NESTPC
45%
SUBRPC

;IS THE ROUTINE NESTED?
;BR _IF YES
;CLEAR SAVED PC

MOV
MOV
RETURN

(SP) + ,R1
(SP) +,RO

JRESTORE R1
JRESTORE RO

.ASCIZ

/ERRORS IN BASE TABLE/

.EVEN

ERRG4

CZDMIBO DMR=11

FUNCTIONAL TESTS MACRO v03.01

ARAARRE

AL SRRl

EEAALSSAS

N 5
PAGE 37
dddtdlisd

ettt

SEQ

ittt slassssliddsssssllliidsssssssyy)
il

ids

ssiisiss

izt

lssels

SUBROUTINE $HALT

TO SHUTDOWN THE

DMR11

FUNCTION =

ENTRY CONDITIONS - NONE
EXIT CONDITIONS

~ DMR SHUTDOWN

REGISTERS

= NO EFFECT

IR AR AR

A A AN

AR A AN

A A

A AR

AR AR

MRt 22208222322
2202 3 2] L8200

(¥,]

—_

011637
162737
112777
105077

22 012610
23 012616

012737

012616
012622

004737
000000

002372
000004
000042
167424
000001

$HALT:

002372

167426

002374

010272

MOV

suB

(SP)
, SUBRPC
#4 , SUBRPC
#RQI !HLT,aSELO

mMovs
CLRB
MOV
WAIT

#1 ,NESTPC
RDI

JSR

PC,

@SEL2

SWAIT

.WORD

A AN

103430

012626

004737

010706

;CLEAR ANY OUTPUT PENDING

sFLAG THAT THE NEXT SUBROUTINE

WAIT FOR RDI
sxxxx MACRO EXPANSION wxx«

103425

012634
012640

004737
000001

010272

012654

34 012666
35 012674
36 012676

012676

012700
012702

103421

032777
001005

0000C1

167362

104455

000004
012726
015126
000410

032777
001004
104455
000004

012726

001000

167344

IS NESTED.

LA
8 8

BERROR

20%

;IF ERROR, EXIT

WAIT

RQI

sCLEAR RQI AND WAIT FOR RDI TO CLEAR

JSR

PC.,

$CLRQI

BCS

L 2.8 2

BERROR

20%

;IF ERROR, EXIT

WAIT

RDO

JSR

PC,

;WAIT FOR RDO
stxnk MACRO EXPANSION xx=x

BERROR.

208

;1F ERROR, EXIT

8IT
BNE
ERRDF

#CNTRL ,QSEL2

;IS THIS A CONTROL OUT?

SWAIT

.WORD

108

4 ,EMS4,ERRG2

20$

BIT

HHALTC ,aSEL6

ERRDF

20%
4 ,EMS4 ,ERRG?2

20%

sxsxx MACRO EXPANSION #wxxx
;CLEAR RQI AND WAIT FOR IT TO BE CLEARED.
BCS

20%

8CS

20%

TRAP
.WORD

C$ERDF
4
EMS4

sCALL WAIT ROUTINE
;FLAG THAT WE'RE WAITING FOR RDO
:**t*

28 012642
012642
29 012644
30 012652
31 012654

RNANY

cCALL WAIT ROUTINE
;FLAG THAT WE'RE WAITING FOR RDI

s RRRR

26 012632
012632
27 012634

;SAVE THE PC WHEN THE SUBROUTINE WAS CALLED.
;BACK UP TO THE ADDRESS OF THE ACTUAL CALL.
cISSUE A HALT

sRNKK

24 012624
012624
25 012626

R AN AN AR AR AR

2R 2222282322222
22328 2222223202

ole

nony —d o} e e cnd ) b nd b
-0 00 ~ONVISNAN
=2 O 000 O N & in) —

GLOBAL SUBROUTINES

23-APR~80 08:29:31

;IF

1 2.4 2 1

YES - PROCEED

;ERROR

.WORD
.WORD

;IS THE DMR HALTED?
JIF YES = EXIT
;ERROR = NOT EXPECTED CONTROL OuT.

TRAP

.WORD
.WORD

ERRGZ2

CSERDF

&
EMS4

CZDMIBO DMR-17

B 6
FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 37-1

SEQ

015126

.WORD

GLOBAL SUBROUTINES

012704
37 012706
38 012706
39 012714

40 012720

042777
005037

000207
002374

2; 012724

000207

005037

002372

43 012726
012731

123
124

110
104

012734
012737
012742

127
105
117

116
122
122

167320

20%:

BIC
CLR
C.R

RE TURN
125
117

040
122
000

EMS4:

.ASCIZ

.EVEN

#RDO.CMD,aSEL2
NESTPC
SUBRP(

/SHUTDOWN ERROR/

;CLEAR RDO AND COMMAND BITS.
;CLEAR THE NEST FLAG

;CLEAR THE PC.

ERRG?

—

CZOMIBO DMR-11 FUNCTIONAL
GLOBAL SUBROUTINES

TESTS MACRO v03.01

23-APR-80 08:29:31

PAGE

SEQ

'-"'tttt!t'itttttttt!tt'itt'ttttttttttttttttttttttttttt'tttttt.tt"t"tt
::ttt"ttt"tttt'tt'tttt'tt'ttttttttttttttfitttttttttttttttt'tt"ltttttt

2
‘é

:
:

(;

FUNCTION -

ENTRY CONDITIONS - ROMADR =

ROM ADDRESS

}(1)

EXIT CONDITIONS

- BSEL6

CONTENTS OF ROM ADDRESS

REGISTERS

- NO EFFECT

SUBROUTINE $ROMO
TO READ

THE

CONTENTS OF

THE

ROM

:.'ttttttttfittttttttt*ttttttttttttt*tttttttttfittttttttttttttt.'ttttt"tt

.-"tttttttttttttttt!ttttttttttttkttttttittttttttttttttttttttttt'tttttttt

17 012746
18 012746
19 012752

005077
113777

167260
002411

167254

CLR
MOvV8

aSELO
ROMADR+1,aSEL2

JINIT
:SET HIGH BYTE OF ROM ADDRESS

21 012766

012777

121053

167244

MOV

#121053,aSEL6

JSET UP MICROINSTRUCTION TO

167230
167222

BIS
8iC

20 012760

052777

001000

$ROMO:

167244

8IS

#ROM] ,aSELOD

JENABLE SEL6 TO BE USED AS MAINTENANCE REG.

22
23
24
25 012774
26 (13002
27 013010
28 013016
29 013024
30 013032
3
32
33 013040

052777
042777
042737
153737
052777
013777

000377
002410

001000
013064

013064
013064

167200
167200

BIC
81S8
BIS
MOV

052777

000400

167164

BIS

;MOVE [BUS* 2 TO 0BUS* 13
;(0BUS* 13 IS A SHADOW REGISTER FOR
:BITS 8-11 OF THE PC)
#STUP ,aSELOD
;CLOCK THE INSTRUCTION
#ROM] !STUP,@SELO ;CLEAR
#377.1%
;CLEAR ADDRESS FIELD OF BRANCH INST.
ROMADR, 1%
;ADD ADDRESS OF BRANCH.
#ROM] ,aSELO
;ENABLE SEL6
1$,aSEL6
JSET UP MICROINSTRUCTION TO
;BRANCH IMMEDIATELY TO PC.
BRANCH IS
JNECESSARY TO TRANSFER PC SHADOW REG TO PC
ASTUP,@SELO
;CLOCK THE INSTRUCTION

35 013046

042777

001400

167156

BIC

#ROM] 'STUP,@SELO ;CLEAR

36 013054

37
%g 03062
40 013064
41

052777

000400
001400

002000

167150

BIS

000207
100000

;ROM PC = ROM ADDRESS

#RG‘IO.BSELé

RE TURN
1$:

.WORD

100000

sCLOCK IN A MAINTENANCE ROM QUT

;ROM CONTENTS ARE NOW [N SELS.

JMICRO INSTRUCTION OPCODE FOR IMMEDIATE
:BRANCH (ROM ADDRESS IS ADDED INTO BITS 0-7)

CZDMIBO DMR-11

FUNCTIONAL TESTS MACRO v03.01

’BOOO\JOVIJ\WN—'OOQVO*UN\WN—'

GLOBAL SUBROUTINES

D 6
23-APR-80 08:29:31 PAGE 39

:;ttt'tttt't*ttfit*ttt't'itttt'ttttitt"tttt'ttt't!tttttt.ttttit't'i"'t

::t"t'ttt"'tfiitfit"t'it't'tt'ii"tfitttfi'Qt"'tttfit'ttfittt'.'ttttt't'i

SUBROUTINE $LOOP
FUNCTION = TO ISSUE AN EXTENDED CONTROL

IN TO SET

UP THE MODEM LOOPBACK DESIRED BY THE USER.

ENTRY CONDITIONS =

1
1
1

;
:
:

EXIT CONDITIONS

}

REGISTERS

}

WMAINT = 0 - DON'T WRITE MAINT. BITS
WMAINT
1 - SET BITS
(WMAINT SET IN INIT CODE)
DMCMDE = 0 - DMR MODE

DMTURN = TURN AROUND CONNECTOR

NOT DESTROYED

;;t'tQttttt'ttfittttfittt"ttt'ttt*tttfifitttttt"t'ttittttt't*tt*ttttttt'Q
;;tti*tt*tttt*tttt*t*tt""ttttttttttttfitttitttttt!tt‘ttt*tit*t.tttttt'

22 013066
23 013066
24 013072
25 013074
26 013100
27 013102
28 013106
29 013114
30 013122

31 013126

32 013132
33 013140
34 013142
35

005737
001041
005737
001436
011637
162737
022737
001007

002276

012737
000406

000010

012737

$LOOP:

002306

002372
000004
000006

002372
002254

000004

013172
108:

012737
012737

000010
000004

013172
013174

40
41
42
43
2150

013156
013164
013170
013172
013174

012737

000001

002374

46
47
48
49

013176
013176
013202
013206

000005
000000
000000
005037
005037
000207

TST
B8NE
TST
BEQ
MOV
SuB
CMP
BNE

DMCMDE
30%
WMAINT
308
(SP) ,SUBRP(
#4 , SUBRPC
#LLOOP ,DMTURN
108

;1S THE DMR IN DMC MODE?
cIF SO, EXIT (CAN'T DC DMR MODE INPUT)
.DO WE NEED 70 WRITE THE MAINTENANCE B8]T1S?
;IF NOT - EXIT.
;SAVE THE PC AFTER THE CALL TO SLOOP
JBACKUP TO THE PC OF THE ACTUAL CALL.
-IS LOCAL MODEM LOOPBACK DESIRED?
;1F NOT - PROCEED.

MOV
BR

MMAINTT1,1018
208

;SET MAINT BIT FOR LOCAL LOOPBACK

MOV

013174

37 013142
39 8;%}22

SEQ

208

30%:

JENSURE REMOTE LOOPBACK IS CLEAR.

JIN ALL OTHER LOOPBACK CONFIGURATIONS

;SET MAINTENANCE 2 (CONFIG. TYPE 1,3.7)

MOV
MoV

AMMAINTT,100%
MMAINT2,1018

MOV
CALL

#1_NESTPC
$DMRIN
.WORD
WMODEM
.WORD
0
.WORD
0

JFLAG THAT THE NEXT SUBROUTINE IS NESTED.
;DMR MODE INPUT COMMAND
WRITE MODEM COMMAND
;BITS TO CLEAR IN MODEM REGISTER
;BITS TO SET IN MODEM REGISTER

CLR
CLR
RE TURN

NESTPC
SUBRP(

;CLEAR THE NEST FLAG
;CLEAR PC.

1008 :
1018:
002374
002372

MAINTZ2,100%

JENSURE REMOTE LOOPBACK IS CLEAR.
;SET MAINT BIT FOR REMOTE LOOPRACK

TESTS MACRO v03.01

—

CZDMIBO DMR-11 FUNCTIONAL
GLOBAL SUBROUTINES

23-APR-80 08:29:31

E
6
PAGE 40

.'"'ttt't't'Qfit'ttt'.t't""'tttfifit'tttttt"'fittt.'t.t't'tt'.l""'..".

~NONS WA= OO0 NI NS L

"t'.fifittttttt'tttfitit*""tt'*t'tt'i.'t't'ifi'Q"t.t"'t.t"""tt'tt.t

SUBROUTINE $BUFFS
FUNCTION

TO DETERMINE BUFFERS FOR

T
T
T

2.
3.

P
TR
P

19,

IF MEMORY MANAGED,

THIS

32K - 48k

FREE MEMORY, IF MORE THAN 4K BYTES.
IF 2 OR 3 NOT POSSIBLE, DEFAULT 4k

DEFAULT BUFFER WITHIN THIS DIAGNOSTIC.

= JSR

PC,$BUFFS

NESTING LEVEL

= CALLED ONLY BY

CALL

TESTS

16-20

EXIT CONDITIONS

IR B I

ENTRY CONDITIONS - BUFNUM = # OF RCV & XMIT BUFFERS
<~ MMANAG = 1
MMANAG = 0
RCVBUF

RCVBUF+2
RCVBUF+64
(UP
XMTBUF
(UP

“ LAARAARASARSSe

34 013210
35 013210
36 013214
37 013222
38 013226

013226

39 013254
2? 013260

= NOT

ARl

ADDRESS OF

RECEIVE

(HARACTER COUNT

BUFFER

(VIRTUAL)

=
ADDRESS OF NEXT RECEIVE BUFFER
TO 646 ADDRESSES AND COUNTS)
=
ADDRESS OF TRANSMIT BUFFER (VIRTUAL)
TO 64 ADDRESSES AND COUNTS)

DESTROYED

sl I

011637

162737

005037

002372
000004
002350

012746
012746
012746
012746

000340
023714
000004
000003

062706
005737
005737

$BUFFS:

002372

MOV
SuB
(LR
SETVEC

R Y

R S

R R R

(SP) , SUBRP(
;SAVE PC AFTER THE CALL TO $BUFFS
#4, SUBRP(
JBACKUP TO THE PC OF THE CALL.
NXMF LG
#4,ANOXMEM #PRI07 :SET UP TRAP & (WILL SET FLAG FOR NXM)
MOV
#PRI07 ,-(SP)
MOV
#NOXMEM,
~ (SP)
MOV
#6 ,~(SP)

MOV

TRAP

000010
177572
002350

TST
ST

177572
NXMF L G

;ADDRESS ML MORY MANAGEMENT REG
;1S THE FLAG STILL CLEARED?

NOTE:

013264
013266

001143
023727

013274
013276
013304

002537
012737

000001

012700

000340

013304
013310

MEMORY MANAGEMENT USED
MEMORY MANAGEMENT NOT USED

M 'fi'.t..".'t..'t.'..""""'.t.t"t.'..'.Q'.'t'..'."""..'.'.t."'

104437

iS5 -

THE FOLLOWING

THREE BUFFER AREAS:

REGISTERS

43
44
45
46
47
48

TEST

SUBROUTINE WILL USE ONE OF

G
S
g
S
P

=SSOV

[LN] )8 POy

SEQ

104441

002120

003000
002302

BNE
cMP

308
LSHIMEM #3000

BLT

308

MOV
SETPR]

#1 ,MMANAG
#PR]07

#3,-(SP)

(SSVEC
#10,SP

THE FLAG WILL BE SET BY THE TRAP

;1F THERE IS NO MEMDRY MANAGEMENT.
:BR TO USE NON-MEMORY MANAG. BUFFERS.
;IS THERE AT LEAST 48K WORDS? (16K WORDS

:FOR BUFFERS)

S1F NOT, USE NON-MEMORY MANAG. BUFFERS.
JFLAG THAT MEMORY MANAGEMENT [S USED
;MAKE SURE WE ARE IN KERNEL MODE.
MOV

;SETTING PRI

TRAP

SHOULD SHOULD ALSO CLEAR

#PR107
RO
($SPR]

CZDMIBO DMR=11 FUNCTIONAL
GLOBAL SUBROUTINES

50
51 013312
52 013316
53 013322
gg 013322
56 013326
57 013330
58 013332
59 013336

61 013346
62 013354
63 013362

72 013422
73 013430
746 013430
75 013434
76 013440
77 013440
78
79 013442

80 013446
81 013450
82 013452
83 013454
84 013456

TESTS MACRO v03.01

012701
012700

000010

012721

077406

005300
001374
012701
005011
012761
012761
C12761
012761
012761
012761

172300

10%:

012761

012703
012704

000400
060000

012737

000001

012701
012702

000040
002414

020000

005024
005737

002350

001036
005301

001372
005037

012737
012737
022737
001004
012737
000525
022737

#776406, (R1)+

MOV
MOV
MOV
MOV
MOV
MOV
MOV
MOV

177572

15¢:
16%:

002350

RO
108
#172340,R1
(R1)
#200,2(R1)
#400,4 (R1)

#2000, 6(R1)

#2200,10(R1)
02400,12(R1)
#2600,14(R1)
#7600,16(R1)

#256. ,R3
#60000,R4
#,aw177572

003234

JWRITE BITS FOR THE FOLLOWING PAGE DESCRIPTION

JREAD/WRITE ACCESS.
WRITE ALL PDRS.

AggRESS OF

KERNEL

0. ADDRS

;PAR 1,
;PAR 2,

ADDRS
ADDRS

128,

BLOCK PAGE LENGTH,

PAR 0

20000 40000 -

17776

37776
57776

:PAR 3. ADDRS 200000 - 217776 (BUFFER PAGE 1)

:PAR 4, ADDRS 220000 - 237776 (BUFFER PAGE 2)
:PAR 5,

ADDRS 240000 ~ 257776

sCOUNTER FOR OUTER

LOOP OF

JFLAG WILL BE SET IF WE ADDRESS NXM,

;IF NXM - DON'T USE MEMORY MANAGEMENT.

;DO TH INNER LOOP 32.

TIMES

;DO THE OUTER LOOP 256.

(R4)
+
NXMFLG

;CLEAR VIRTUAL ADDRESS 120000 - 157776

TIMES

;COUNTER TO CLEAR THE NEXT 8K WORDS
:DOES AN NXM TRAP OCCUR?

29%

sI1F SO DON'T USE MEMORY MANAGEMENT.

17%
a#177572

;TURN OFF MEMORY MANAGEMENT

;VIRTUAL ADDRESS OF XMIT BUFFER
;VIRTUAL ADDRESS OF RCv. BUFFER
:1S THERE ONLY 1 XMIT & RECEIVE BUFFER?

#60000
, XMTBUF
#120000,RCVBUF
#1 ,BUFNUM

037777

002322

#37777 ,BUFS1Z

JEACH BUFFER IS 16K BYTES

;IF

NOT, BR

47 ,BUF NUM

JARE

THERE

00037+

002324

002322

60%

21%

002322
21%:

TEST PATTERN

;ADDRESS FOR 32. WORD TEST PATTERN.

003634
002324

000607

TEST PATTERN

sUSE VIRTUAL ADDRESS TO MAP TO PAR S
;GENERATE A TEST PATTERN IN THE 1ST 8k WORDS
;VIRTUAL ADDRESS 60000 - 111776
;ENABLE MEMORY MANAGEMENT

R3
158
#20000,R1

208

7 XMIT € RECEIVE

#6000,8UFS]2Z

;IF NOT - MUST BE 64 BUFFERS
JEACH BUFFER IS 2K BYTES

#376 ,BUFSI1Z

JEACH BUFFER [S 254. BYTES.

60%

;PAR 6, ADDRS 260000 - 277776 (BUFFER PAGF &)
;PAR 7, ADDRS 160000
677776 (1/0 PAGE>

060000
120000
000001

20%:

(BUFFER PAGE

JWRITE TEST PATTERN
;PHYSICAL ADDRESS 200000 - 237776

177572

WRITE PDR REG 0-7.

(R2)+,(R4)+
29%

JBITS 14 & 15
;GET ADDRESS OF KERNEL PDR REG O.

;COUNTER FOR INNER LOOP OF

NXMFLG

17%:

<En

#32. .R1
#SCCITT ,R2

R1
16%

004000

012737

MoV

MOV

012224
005737
001050
005301
001372
005303
001364
012701

#172300,R1
#8. RO

CLR

000002
000004
000006
000010
000012
000014
000016

PAGE 4<0-1

MOV
MOV

DEC
BNE
MOV

172340

000200
000400
002000
002200
002400
002600
007600

23-APR-80 08:29:31

(14

TOTAL BUFFER)?

CZDMIBO DMR=11

FUNCTIONAL

GLOBAL SUBROUTINES

000511

107 013566

TESTS MACRO v03.01

005037

177572

V5037

002302

012700

000004

30%:

OOOOOOSOOOOOO OOOOSOOO

021227

~N
nN

13634

—

N
~

13704
13706

013712

141 013716
142 013716
143 013720
144 013722
145 013724
146 013724
7 013730

013736
013744

003406
010237
011200
042700
000405

002000

003234
000001

012737
012700

004234
002000

003234

013737
060037
010001
022737

003234
003634

003634

000001

002324

022737
001004
006201
006201
0062C1
000405

000007

002324

012704

000007

001415

47%:

002322
000002

002322

042737
006200
010001
013702

000001

002322

012703
012704

002414
000040

012312
005300
001403

50%:

51%:

SEQ

60%

(LR

177572

:TURN OFF MEMORY MANAGEMENT

CLR
CLRVEC

MMANAG

FLAG THAT MEMORY MANAGEMENT NOT USED.
JRESTORE TRAP 4.

CMP

adR2, #2000

BLE
MOV
MOV
BIC

35%
R2 , XMTBUF

#3170,R0
40%

MOV

#8]GBUF
, XMTBUF
#2000,R0

MOV
ADD
MOV

XMTBUF ,RCVBUF
RO,RCVBUF
RO,R1
41 ,BUFNUM
473
#7 ,BUFNUM

MOV

CMP
BEQ
(MP
BNE
ASR
ASR
ASR

- 468

010137

003234

40%:

45%:

006201
005304
001375
162737

35%:

G 6
PAGE 40-2

MEMORY

104431
010002

SERIFARURIEBRIRINIRTE
VOO NN
NN = O 000~

b b de b

fl—l—l—l—l—l—J—l—l—l—l—l—‘—ld-—‘—‘—l—l—‘—l—-‘—l-—l—l-fl

104436

29%:

23~APR-80 08:29:31

sFIND

MOV

#6 RO

MOV

RO,R2

TRAP
C$CVEC
THE FREE MEMORY AVAILABLE BETWEEN
TRAP
CSMEM

;THE DIAGNOSTIC AND

THE DRS

(SUPERV]ISOR).

;1S THERE AT LEAST 1K WORDS? (NOTE: CONTENTS
;OF THE RETURNED ADDRESS OF THE START OF FREE
:MEMORY CONTAIN THE AMOUNT OF AVATI ABLE MEM.)
;IF _NOT AT LEAST 1K, USE DEFAULT ".JFFER.
;USE THE FREE MEMORY BUFFER.
;SAVE THE WORD SIZE OF THE BUFFER.

;START WITH AN EVEN # OF WORDS.

;USE THE DEFAULT BUFFER (1ST HALF FOR XMIT).

;1K WORD SIZE.

sCALCULATE THE RECEIVE BUFFER ADDRESS
sAS STARTING IN THE 2ND HALF OF THE BUFFER.
;BUFFER SIZE IN WORDS.
JARE WE SETTING UP 1 RECEIVE AND XMIT BUFFER?
;IF YES = R1 = BYTE _SIZE FOR BOTH BUFFERS.

JARE WE SETTING UP 7 RCV & 7 XMIT BUFFERS?

459%
R1
R}

;R1 = # BYTES IN THE BUFFERS/8

MoV

#7 R4

;DIVIDE BYTES BY 128.

ASR

R1
R&
46%

JSHIFT RIGHT 7 TIMES

MOV

SuB

R1,BUFS1Z
#2 ,BUFSIZ

BIC
ASR
MOV
MOV

RO
RO,R1
XMTBUF ,R2

JSAVE THE BUFFER SIZE IN BYTES.
JADJUST BUFFER SIZE BECAUSE WE
sWILL ADJUST BUFFER STARTING ADDRESS.
JENSURE WE START WITH AN EVEN # OF BYTES.

;4 OF

MOV
MOV

W#SCCITT ,R3

;ADDRESS OF TEST PATTERN
;¥4 OF WORDS [N THE TEST PATTERN.

MOV
pEC
8tQ

(R3)+,(R2)
RO

;WRITE TEST PATTERN INTO ALL XM]T BUFFERS.
JARE ALL THE XMIT BUFFERS WRITTEN?

DEC
BNE

;IF NOT WE MUST NEED 64 RCV & 64 XMIT BUFFERS.

R1
4’%

#1,BUFSIZ

55%

WORDS

IN ALL

:SAVE # OF WORDS

XMIT BUFFERS.

IN ALLTMRCV BUFFERS.

;ADDRESS OF START OF XMIT

sIF

YES PROCEED.

BUFFERS.

CZDMIBO DMR=11

GLOBAL

FUNCTIONAL

SUBROUTINES

160 013772
161 013774
162 013776
163 014000
164 014000
165 014004
166 014004
167 014006
168 014010
169
170
171 014012
172 014012
173 014016
176 014022
175 014026
176 014026
177 014030
178 014034
179 014040
180 014042

010021
013721
063709
005200
005302

183 014046
184 014052
185 014056

013700
012701
013702

;g; 014044

186
187
188
189
190
191
192

014062
014066
014066
014070
014074
014076
014102

194
195
196
197
198
199

014110
014112
014114
014114
014116
014120

193 014104

TESTS MACRO v03.01

005304
001373
000766
013702

003634

005022
005301
001375

013700
012701
013702

003634
003634
002324

55%:
56%:

65%:

002322
002322

010021
013711
160321
063700
005303
032703
001001
005200
005703
002002
012703

200 014124
201 014124
Sg% 014126

005302
001357

204 014130
205 014134
206 014140

005037
005037
000207

003234
003234
002324
000004

70%:

002322
002322

000001
72%:

000004

002350
002372

H 6
PAGE 40-3

SEQ

DEC
BNE
BR

Ré
518
508

sCONTINUE WITH TEST PATTERN TILL DONE.

MOV

RCVBUF ,R2

;ADDRESS OF PECEIVE BUFFERS

CLR
DEC
BNE

(R2)+
R1
56%

;CLEAR ALL RECEIVE BUFFERS.

MOV
Mov
MoV

RCVBUF ,RO
#RCVBUF ,R1
BUFNUM, R2

;ADDRESS OF RECEIVE BUFFER
;TABLE ADDRESS OF RCV BUFFER POINTERS.
;# OF RCV. BUFFERS.

MOV
MOV
ADD
INC
DEC
BNE

RO, (R1)+
BUFSIZ,(R1)+
BUFSIZ,RO
RO
R2
65%

;SAVE THE RECEIVE BUFFER ADDRESS
;SAVE THE BUFFER SIZE
;CALCULATE THE NEXT BUFFER ADDRESS.
s CHANGE EVEN ADDRESS TO ODD & ODD TO EVEN.
;CALCULATE ALL THE BUFFER ADDRESSES.

MOV
MOV
MoV

XMTBUF ,RO
#XMTBUF ,R1
BUFNUM,R2
#4 ,R3

;ADDRESS OF TRANSMIT BUFFERS
sTABLE OF XMIT BUFFER POIN:ERS.
JHOF XMIT BUFFERS.
;R3 IS USED TO VARY THE CHARACTER COUNT.

MOV
MOV
SUB
ADD
DEC
BIT
BNE
INC

RC, (R1)+
BUFSIZ, (R1)
R3,(R1)+
BUFSI1Z,RO
R3
72%
RO

;SAVE THE XMIT BUFFER ADDRESS.
;SAVE THE BUFFER SIZE.
;VARY THE RUFFER SI2F
sCALCULATE THE NEXT BUFFER ADDRESS
;CHANGE THE CHARACTER _COUNT VARIABLE.
;IS THE CONTENTS OF R3 0ODD
;IF YES, DON'T ADJUST BUFFER ADDRESS.
;CHANGE EVEN TO ODD ETC.

TST
BGE
MOV

R3
75%
#4 ,R3

JWHAT IS R3.
;CONTINUE UNTIL R3 = -1
JRE~INIT. THE R3 VARIABLE AGAIN.

DEC
BNE

R2
70%

s CALCULATE ALL THE XMIT BUFFERS.

CLR
CLR
RE TURN

NXMFLG
SUBRP(

JRESTORE FLAG USED IN TRAP VECTOR.
. CLEAR PC.

;START AT BEGINNING OF

TEST PATTERN.

60%:

001370

012703

23-APR-80 08:29:31

75%:

MOV

#8I1T0,R3

CZDMIBO DMR-17

FUNCTIONAL

(NN =2 O0V00 NP NS uny—

GLGBAL SUBROUTINES

TESTS MACRO v03.01

23-APR-80 08:29:31

46
47
48

49 014276
50 014302

51 014304
52 014310
53 014312
54 014312

SeQ@

SUBROUTINE $INOUT

0.8,
s 0,8

,0,8,
0

:ttt'ttttt'ttittlti't""tt"tttttt.ttttltttti'!tttlt'tttfi.t'.tt"tttt

FUNCTION = TO MANAGE THE INTERRUPT FROM RASE IN
TO BA/CC OUT IN THE INTERRUPT TESTS 15-19

ENTRY CONDITIONS -~ BUFNUM = # OF RCV AND XMIT BUFFERS

ALL BUFFERS SET UP IN

WAIT3

NOAOV
=S OV

29 014204
30 014212
31 014216
3% 014222
3
34 014226
35 014232
36 014236
37 014242
38 014246
014246
014252
39
40 014254
41 014262
42 014270
43 014270
44 014274
45 014274
014274

':tttt'tt*'tttttttttt"'t'ttt'tttt*tt!tttti'tfi't'tt"'tt.t'.."it'fi'.it

NNV
ed b ed
b cd 2

22 014142
23 014142
24 014146
25 014154
26 014162
27 014170
28 014176

PAGE 41

THE $BUFFS SUBROUTINE.

= # OF OUTER LOOP TIMEOUT COUNTERS.

THIS VALUE IS DETERMINED BY THE BAUD
RATE IN THE INIT. SECTION OF CODE.

EXIT CONDITJONS

REGISTERS

- RO - RS DESTROYED

;tfi'*******fi*fi**t"*'i"t.'fi"'t*'."‘***Q*"fi".‘t*"it't*fifi'**"tfit‘
;;tt*tt't*t'*t*'tfi*fi‘*'ti"'i‘fi.'t***fi**'***t**"**fitt**‘fi*t'

011637
162737
012737
013737
013737
013737
013737
005037
005037
005037

002352
002354
002272

012702
012703
012704
012705

003634
003234
003634
003234

012700

000200

013737
112777

002316

000143

012701

001000

104441

002372
000004
000001
002324
002324
002324
002324

$INOUT:

002372
002374
002326
002330
002332
002334

MOV

SuB
MOV
MoV
MOV
MOV
MOV
CLR
CLR
CLR
MOV
MOV

MOV
MOV

002320
165742

8%:
108

(SP) ,SUBRP(C

JSAVE THE PC AFTER THE CALL TO $LOOP

#RCVBUF R4
#XMTBUF ,RS

sJADDR OF
sADDR OF

#4,SUBRPC
;BACKUP TO THE PC OF THE ACTUAL CALL.
#1,NESTPC
sFLAG THAT ANY SUBROUTINE USED WILL BE NESTED.
BUFNUM, INRCV
;# OF BA/CC IN RECEIVES
BUFNUM,INXMIT
;# OF BA/CC IN TRANSMITS
BUFNUM_OUTRCV ~ ;# OF BA/CC OUT RECEIVES
BUFNUM_ OUTXMT
;# OF BA/CC OUT TRANSMITS
INFLAG
;CLEAR INPUT BA/CC FLAG
OUTFLG
;CLEAR OQUTPUT BA/CC FLAG
START
;CLEAR FLAG TO SHOW START UP NOT DONE (SET
;AFTER CONTROL IN)
#RCVBUF ,R2
;ADDR OF RCV. BUFFER TABLE (FOR INPUT)
#XMTBUF ,R3
;ADDR OF XMIT BUFFER TABLE (FOR INPUT)

002352
002354

(OUTPUT CHECKING)
(OUTPUT CHECKING)

#PRIO4

;SET THE PRIORITY TO LEVEL 4 TO ALLOW THE
MOV
#PR104 RO
TRAP
C$SPRI

MoV

mMovB

WAIT3 WAITS

;TIMEOUT COUNTER DETERMINED BY BAUD RATE.

#IFSET!RQI!BASEI,@BSELO ;FIRST COMMAND - BASE IN.

MOV

#1000,R1

JINNER LOOP COUNTER

TST
BEQ

128

RCV. BUFFER TABLE
XMIT BUFFER TABLE

SETPRI

BREAK

104422

005737
001403
005737
001026

*'fifitfifi*t*

;DMR TO INTERRUPT AT LEVEL S

;OPERATOR INTERRUPT ENABLE.

JARE THE INPUTS DONE?
;IF NOT KEEP CHECKING.

BNE

20%

JIF

DELAY

JWAIT 100 MICROSECONDS.

OUTFLG

TRAP

C$8RK

o THE SUPERVISOR TO ALLOW CONSOLE INTERRUPT
J(NOTE: INFLAG AND OUTFLG SET IN THE INTERRUPT
;SERVICE ROUTINES)

INFLAG
129

TST

CALL

JARE

THE OUTPUTS DONE?

YES EXIT WAIT LOOP.

(INISR DONE?)

(OUTISR DONE?)

{

CZDMIBO DMR-11

FUNCTIONAL TESTS MACRO v03.01

GLOBAL SUBROUTINES

014312

014316

014320
014324
014326
014332
014334
014340
55 014342
56 014344

57 014346
58 014352
59 014354

014354
014356
014360

014362

60
61
62 014364
63 014366
64
65 014366
66 014372

67 014376
68 014402
69 014406

70 014410
71 014416
72 014416
73 014420
74 014422
75 014424
76 014426
77 014430
78 014434
79 014436
80 014442

81 014442
014442
014444
014446
014450
82 014452
83 014454
84 014454
85 014456
86 014460
87 014462
88 014464
89 014466
90 014470
91 014472
92 014472
93 014476
94 014500
95 014504

012727
000000
013727
000000
005367
001375
005367
001367
005301
001353
005337
001346

23-APR-80 08:29:31

J
6
PAGE 41-1

SEQ

000001

Mov

002116
177772
177756
DEC

002320

DEC
ERRDF

104455
000002

108
WAIT4

8%
2,EMG2,ERRG1

;CONTINUE IN LOOP UNTIL R1 = 0.

.WORD
MOV
.WORD
DEC
BNE
DEC
BNE

020063
014620

. WORD

JALSO PRINT # OF BUFFERS NOT COMPLETE.

012700
012701
013702
005737
001403
012737

003634
003234
002324
002302
000001

012003
012104

001402
005037

177572

40%:

002302
177572

60%

MOV
MOV
MOV
TST

#RCVBUF ,RO

BEQ
MoV

MOV
MOV
MOV
MP
BEQ
TST

41%:

BEQ
CLR
ERRDF

104455

#XMTBUF
,R1

BUFNUM,R2

MMANAG
40%
#1,IN177572

(RO)+,R3

aR0,R5
(Rg)*,(R1)+
MMANAG
413

177572

45%:

122324
001005
005305
001374
005302
001353
000411

002302
177572

50%:

51%:

-6(PC)
.<4

=22(PC)
.=20

CSERDF

2
EMG2

ERRG1

JEXIT
JRECEIVE BUFFER POINTER TABLE ADDRESS.

;TRANSMIT BUFFERS

;# OF RCV. AND XMIT BUFFERS.
;ARE THE BUFFERS MEMORY MANAGED?
;IF YES - PROCEED.
cTURN ON MEMORY MANAGEMENT

;ADDRESS OF A RECEIVE BUFFER.
;ADDRESS OF A TRANSMIT BUFFER.
;CHARACTER COUNT,
;ARE THE CHARACTER COUNTS THE SAME?
;IF YES - PROCEED.
;IS MEMORY MANAGEMENT TURNED ON?
JIF NOT - SKIP TURN OFF.

;TURN OFF

MEMORY MANAGEMENT.

12,EMG12,ERRG10
TRAP

000014
020277
016216
000420

005737
001402
005037

0
LSDLY, (PC)+

: TIMEOUT MESSAGE.

.WORD
.WORD

20%:

#,(PC)+

;DECREMENT OUTER LOOP COUNTER
sIF NOT DONE - GO THROUGH INNER LOOP AGAIN.
TRAP

000453

.WORD
.WORD
.WORD

60%

JEXIT

(R3)+,(R4)+
508
RS

:IF NOT - ERROR EXIT

45%
R2
408
60%

MMANAG

518
177572

JARE THE CHARACTERS THE SAME?

;CHECK ALL THE CHARACTERS
sCHECK ALL THE BUFFERS.

;IS MEMORY MANAGEMENT TURNED ON?
;1F NOT = SKIP TURN OFF.

;TURN OFF

MEMORY MANAGEMENT,

CSERDF

12
EMG12
ERRG10

CZDMIBO DMR-11

FUNCTIONAL TESTS MACRO V03.01

GLOBAL SUBROUTINES

K
6
23-APR-80 08:29:31 PAGE 41-2
ERRDF

SEQ@

15,EMG15,ERRG12
TRAP

233R8IRIRAC28Y

— rd cd e

d e

D eed

020377
016302

005737

001402
005037
042777
042777
022737
003011

60%:

002302
177572

000120
000100
000021

165476
165472
002114

61%:

014552

014552
014556

014560
014562

004737
000011
000000
000000

012070

VIS W

amd
b
-

—

014572

014574

014600
014600

014616

H#IESET!IECLR,ISELO .DISABLE BOTH INPUT

#1EO,QSELZ
#17. LSTEST

62%

UPDATE

JSR

PC,

004737
000001

010272

SDMRIN
.WORD
UPDATE

O
0

004737

WAIT

RDO

JSR

PC, SWAIT
1
.WORD

628:
012564

IN TESTS 17 - 19, ALLOWS

saxnx MACRO EXPANSION #wxsx

;CALL DMR MODE INPUT ROUTINE
2 INPUT COMMAND
;NO SEL4

;JNO SEL6

;CALL WAIT ROUTINE

;FLAG THAT WE'RE WAITING FOR RDO

012700

104441
005037
005037
000207

000340

002374
002372

SETPRI
CLR
CLR
RETURN

| 8

8 84

;SHUT DOWN THE DMR

PC,

$HALT

saxxn MACRO EXPANSION wwaxs

;DMR HALT ROUTINE.

63%:

L8
& & 4

JWAIT FOR RDO
sanex MACRO EXPANSION *xxx

63$

SHUTDN

JSR

INTERRUPTS

;THE USER TO CHECK OUT REMOTE LOOPBACK BETER.
;A SHUTDOWN WHEN TESTING THE REMOTE LOOPBACK,
;WOULD CAUSE THE CONNECTION TO BE DROPPED.
;DO A DMR UPDATE.

SRRRX

000402

15
EMG15
ERRG1?

;DISABLE OUTPUT INTERRUPT
;IS THIS TEST 17, 18 OR 19 ?
;IF NOT = SHUTDOWN.

:
;NOTE
;DOING AN UPDATE

DMRIN

CSERDF

;IS MEMORY MANAGEMENT TURNED ON?
;IF NOT - SKIP TURN OFF.
;TURN OFF MEMORY MANAGEMENT.

61%
177572

:tttt

014574

BIC
8IC
MP
86T

MMANAG

.WORD
.WORD

112 014564

014564
014570

.WORD
.WORD
.WORD

TST
BEQ
CLR

#PR107

NESTPC
SUBRP(

AhRw

JRETURN PROCESSOR PRIORITY 10 7
;CLEAR NESTED FLAG.
;CLEAR PC.

MOV

TRAP

#PR]107,RO

CS$SPR]

L
6
CZDMIBO DMR-17 FUNCTIONAL TESTS MACRO Vv03.01 23-APR-80 08:29:31 PAGE 42
GLOBAL ERROR REPORT REPORT SECTION
.SBTTL

GLOBAL ERROR REPORT REPORT SECTION

SILLLIITII7777077777777777777777777777777777/77/7777/7777777777/777777777777777

THE _GLOBAL ERROR REPORT SECTION CONTAINS ERROR MESSAGES

:/
THAT ARE USED IN MORE THAN ONE TEST,
SII11170771777077777771777710777777717777777777777777777777777717177777777777

.EVEN

BGNMSG

013746
012746
C12746
010600

002372
016420
000002

062706

000006

017746
017745
012746
012746
010600

165364
165356
016334
000003

062706

000010

017746
017746
012746
012746
010600
104414
062706

165340
165332
016366
000003

104414

014674

12 014724

013746
012746
012746
010600
104414

PRINTB

013746
012746
012746

002322
017663
000002

—

b =d d
N\
n

2 015044
015050

063737

002324

013746
013746

002330
002326

:PC THAT SUBROUTINE WAS CALLED.

SUBRP(C,-(SP)
#FMG3,-(SP)
#2,-(SP)
SP,RO

#FMG1,3SELO,QSEL2

;PRINT SELO AND SEL2 CONTENTS.

#6,SP

a@SEL2,~(SP)
@SELO,-(SP)

#FMG1,-(SP)

PRINTB

#FMG2 ,@SEL4 ,@SEL6 ;PRINT SEL4 AND SEL2 CONIENTS.

#3,-(SP)
SP,RO
CSPNTB
#10,SP

aSEL6,-(SP)
aSEL4 ,~-(SP)
#FMG2,~(SP)
#3,-(SP)

SP,RO
CSPNTB

PRINTB

002324
017603
000002

000006

#FMG3, SUBRP(C

CSPNTB

#FMG21,BUFNUM

;# OF

#10,SP

BUFFERS

- (SP)
BUFNUM,
HFMG21,~(SP)
#2,-(SP)
SP_,RO

CSPNTB

PRINTB

HFMG22 ,BUFS]Z

#6,SP

;BUFFER SIZE

BUFSIZ,-(SP)

#EMG22,~(SP)

BOOW\IO*U\J\

13 014750

PRINTB

000010

062706

ERRG1

002326
002330
002332
002334

#2,~(SP)
SP,RO
CSPNTB
#6,SP

NEG
INRCYV
JNEGATE BUFFER VALUES
NEG
INXMIT
NEG
OUTRCV
NEG
ouTXMT
ADD
BUFNUM, INRCV
s CALCULATE BUFFERS ASSIGNED.
ADD
BUFNUM, INXM] T
ADD
BUFNUM, QUTRCV
; CALCULATE BUFFERS RECEIVED.
ADD
BUFNUM,
QUT XMT
PRINTB #FMG23, INRCV, INXM]T

MOV
MOV

INXMIT,-(SP)
= (SP)
INRCV,

CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO v03.01
GLOBAL ERROR REPORT REPORT SECTION

015054
015060
015064
015066
015070
23 015074
015074
015100
015104
015110
015114
015116
015120
26 015124
015124
25 015124
26
27 015126
015126
28 015126
29 015132
30 015134
015134
015140
015144
015150
015152
015154
31 015160
32 015160
015760
015164
015170
015174
015200
015202
015204
33 015210
015210
015214
015220
015224
015230
015232
015234
34 015240
015240
35 015240
36 015242
015242
37 015242
38 015246
39 015250
015250
015254

012746
012746
010600
104414
062706

017710
000003

013746
013746
012746
012746
010600
104414
62706

002334
002332
017771
000003

23-APR~80 08:29:31

000010

PRINTB

M6
PAGE 42-1

#FMG24 ,0UTRCV,OUTXMT

ENDMSG

005737
001412

002372

013746
012746
012746

002372
016420
000002

010600
104414
062706

017746
017746

000006

165050
165042

012746
012746
010600
104414
062706

000010

017746
017746
012746

165024
165016
016366

012746
010600
104414

062706

ERRGZ

TST
BEQ
PRINTB

108:

SUBRPC
108
#FMG3, SUBRP(

PRINTB

#FMG1,@SELO,@SEL2 ;PRINT SELO AND SEL2 CONTENTS.

PRINTB

#FMG2,aSEL4,@SEL6 ;PRINT SEL4 AND SEL2 CONTENTS.

ENDMSG

BGNMSG

013746
012746

002372
016420

MOV
MoV
MOV
MoV
MCV
TRAP
ADD

OUTXMT,-(SP)
OUTRCV, =(SP)
HFMG24 ,-(SP)
#3,-(SP)

SP,RO
CSPNTB
#10,SP

TRAP

CSMSG

MOV
MOV
MOV

SUBRPC,=(SP)
HFMG3,-(SP)
#2,-(SP)

MOV
MOV

@SELZ2,~(SP)
aSELO,~(SP)

L10003:
ERRG3

TST
SUBRPC
BEQ
108
PRINTB #FMG3, SUBRP(

ERRG3:
:
;IS THE ERROR IN A SUBROUTINE?
JIF NOT, DON'T PRINT SUBR. PC
;PC THAT SUBROUTINE WAS CALLED.

SP,RO
CSPNTB
#6,SP

MOV
MOV
MoV
TRAP
ADD

HFMG1 ,-(SP)
#3,-(SP)
SP.RO
CSPNTB
#10,SP

MOV
MOV
MOV

aSEL6,-(SP)
aSEL4,-(SP)
#FMG2 ,-(SP)

MOV
MOV
TRAP

104423

002372

#FMG23,~(SP)
#3,-(SP)
SP,R0
CSPNTB
#10,SP

MOV
TRAP
ADD

000003

005737
001412

MOV
MoV
MOV
TRAP
ADD

ERRGZ:
:

;IS THE ERROR IN A SUBROUTINE?
sI1F NOT, DON'T PRINT SUBR. P(
;PC THAT SUBROUTINE WAS CALLED.

016334
000003

000010

L10002:

104423
BGNMSG

SeEQ

#3,-(SP)
SP,RO
CSPNTB

ADD

#10,SP

TRAP

C$MSG

MOV
MOV

SUBRP(C ,-(SP)
#FMG3,
- (SP)

N 6
CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 42-2

GLOBAL ERROR REPORT REPORT SECTION

015260
015264

015266
015270
40 015274

42
43
44
45
46

015274

015274
015300

012746
010600
104414
062706

000006

017746
017746
012746
012746

164734
164726
016334
000003

000010

015324
015332
015334
015342
015344

48 015366
49 015366
50 015374
51 015376
015376
0156402
015406

015410
015412

52 015416
53 015420
54 015420
015420
015424
015430

000002

#2,-(SP)

10%:
PRINTB

164700

#RUN,QSELO

000001

164702

#1,aBSEL3
128

208

PRINTB

000004

122777
001011

000002

012746
012746
010600
104414
062706
000440

016523
000001

012746

000427
105777
001010

012746

#FMGT,3SELO,QSEL2 ;PRINT SELO AND SEL2 CONTENTS.

100000

016472
000001

000455

SP,RO
CSPNTB
#6,SP

164650

12%:

000004
15%:

016523
000001

HFMG4

30%

CMP8
BNE
PRINTB

#2 ,aBSEL3

15%
H#FMGS

308

PRINTB

#FMGS

;1S THE RUN BIT SET
;IF RUN SET, CHECK.
;DID CF* MICRO. FAIL?
s1F NOT SEE IF LU FAILED.
. CPU MICRO. FAILED.

20%:

164576

308

TSTB
BNE

aBSEL3
25%

PRINTB

017531
000001

000100

012746
012746

017554
000001

MOV
MOV
MOV
TRAP
ADD

#FMGS ,-(SP)
#1,-(SP)

MOV
MOV
MOV
TRAP
ADD

H#FMGS,-(SP)
#1,-(SP)

SP,RO
CSPNTB

#4,SP

JLINE UNIT FAILED.

;NO RUN ~ MASTER CLEAR FAILED.

SP,RO

CSPNTB
#4,SP

HFMG5,-(SP)
#1.-(SP)

SP_RO
CSPNTB

000004

122777
001010

#FMG1,-(SP)
#3,-(SP)
SP,RO
CSPNTB
#10,SP

;DID LINE UNIT MICRO. FAIL?

#FMG19

#4,SP

;1S BSEL3 STILL 0?

sIF NOT - SEE IF MICRODIAG. RUN.
;DEVICE IS NOT DMR (DMC?)

000004

61 015470
62 015476

@SEL2,~(SP)
SELO,~(SP)

164546

CMPB
BNE

PRINTB

#100,aBSEL3

;WERE MICRODIAGNOSTICS DISABLE?

#FMG20

;MICRODJAGNOSTICS DISABLED

308

MOV
MOV
MOV

HFEMG19,-(SP)
#1,-(SP)

apD

6 ,SP

MOV
MOV

#FMG20,-(SP)
#1,-(SP)

SP.RO
CSPNTB

CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 42-3

SEQ

GLOBAL ERROR REPORT REPORT SECTION

015510

015512
015514
64 015520
65 015520

015520

66 015520

010600

104414
062706

MoV
000004

70 015526
71 015530

015530
015534
015540
015544
015546
015550
72 015554

73
74
75
76

015554
015560
015562
015566

77 015570

78 015570
015570
015572

015576
015600
015604

015610
015614
015616
015620
79 015624
80 015624
81 015630
82 015632
83 015636
84 015640
85 015640
015640
015642
015646
015650
015654
015660
015664

015666
015670
86 015674
87 015674
88 015700
89 0 015702
90 015706

BGNMSG

005737
(01412

002372

013746
012746
012746
010600
104414
062706

002372
016420
000002

105737
001003
105737
001416

000006
002637
002642

11%:

005046
153716
005046
153716

012746

012746
010600
104414
062706
105737
001003
105737
001416
005046
153716
005046
153716
012746
012746
010600

;1F NOT, DON'T PRINT SUBR. P(C
;PC THAT SUBROUTINE WAS CALLED.

TST8B
CNE
TST8B
BEQ

BASE+3
1%
BASE+6
12%

002641

12%:

13%:

PRINTB

W#FMG7,<B,BASE+3>,<B,BASE+6>

TSTB
BNE
TST8B
BEQ

BASE +5
13%
BASE+8.
14%

PRINTB

#FMG8,<B,BASE+5>,<B,BASE+8.>

002644
002¢€41
016666
000003

002640

002643

CMSG

MOV
MOV
MOV
MOV
TRAP
ADD

SUBRP(C ,~-(SP)
#FMG3,-(SP)
n2,-(SP)

CLR
BISB
CLR
BISB

-(SP)
BASE+6, (SP)
-(SP)
BASE+3, (SP)

MOV
MOV
TRAP
ADD

#3,-(SP)
SP,RO
CSPNTB
#10,SP

CLR
8Is8
CLR
8IsSB
MOV
MOV
MOV

-(SP)
BASE+8., (SP)
-(SP)
BASE+S, (SP)
#FMG8,-(SP)
#3 -(SP)
SP,RO

MOV

002644

105737

TRAP

14%:

TRAP
ADD

TSTB

BNE
1ST8B

BEQ

BASE +4

158
BASE+7
16$

SP.RO
CSPNTB
#6,SP

JONLY PRINT NON-ZERO VALUES

000003

"00010

C$SPNTB
#4,SP

ERRG4::
;1S THE ERROR IN A SUBROUTINE?

002637
016615

000010

001416

SUBRP(C
108
#FMG3, SUBRPC

002642

104414
062706

001003
105737

ERRG4

TST
B8EQ
PRINTB

10%:

SP,RO

TRAP
ADD

L10004:

104423

67
68 015522

015522
69 015522

30$:
ENDMSG

#FMG?7 ,-(SP)

CSPNTB
10,SP

[

7
c
CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO v03.01 23~APR-80 08:29:31 PAGE 42-4

SEQ

GLOBAL ERROR REPORT REPORT SECTION

N 015710
92 015710

15%:

015710
015712
015716
015720

PRINTB

#FMG9,<B,BASE+4>,<B,BASE+7>

002640
016737
000003

CLR
BISB
CLR
BISB
MoV
MOV

000010

TRAP
ADD

002643

002646

16%:

1ST8

BASE+10.

TSTB

BASE+9.

PRINTB

#FMG10,<B,BASE+10.>,<B,BASE+9.>

BNE

002645
17%:

BEQ

108

#10,c5P

=(SP)

002646
017010
000003
000010

TRAP
ADD

#3,-(SP)
SP,RO
CSPNTB
#10,SP

TRAP

CEMSG

012746
012746
010600

017100
000001

062706

000004

104414

#FMG9,-(SP)
#3,-(SP)
SP,RO
CSPNTB

CLR
gis8
CLR
BISB
MOV
MOV

20%:

BGNMSG

017746
017746
012746
012746
010600

=(SP)

BASE+4, (SP)

208

ENDMSG

107

=(SP)

BASE+7, (SP)

17%

002645

104414

164176
164170

L10005:

ERRG7
PRINTB

#FMG12

;BA/CC OUT RECV

000010

016446
012746
012746
010600
104414
062706

177776

017261
000002
000006

-(SP)

BASE+10.,(SP)
#FMG10,~(SP)

ERRG?7::
HFMG12,~(SP)
#1,-(SP)

SP,RO
CSPNTB

PRINTB

A#FMG13,aSEL4,@SEL6 ;ACTUAL BA/CC

#4 ,SP

aSEL6,~(SP)
ASEL4 .- (SP)

017131
000003

062706

BASE+9., (SP)

#FMG15,-(SP)
#3,-(SP)
SP.RO
CSPNTB

PRINTB

#FMG15,-2(R4)

JEXPECTED BA/(CC

=2(R4) ,-(SP)

#FMG15,~(SP)
#2,-(SP)

SP,RO
CSPNTB

CZDMIBO DMR-17 FUNCTIONAL TESTS MACRO v03.01
GLOBAL ERROR REPORT REPORT SECTION

oooror
nd mmb cond d

NN
=t =d 2

—a

b
-t

OO0
gy

109 016112

SEa

ENDMSG

L10006:

104423

BGNMSG

012746
012746
010600
104414

000004

017746
017746
012746
012746
010600

164100
164072

000010

016546

177776
177774
017205
000003

012746
010600
104414

062706

PRINTB

#FMG11

sBA/CC OUT XMIT

#FMG13,SEL4,ASELG

000010

PRINTB

#FMG14
(RS) ,-4
,=2(RS5)

BGNMSG
016146

016240
016242

120 016246

016246
016246

121
122 016250

177776
177776

016046
012746
012746
010600

017310
000003

062706

000010

104414

016250
016254
016260
016264
016270
016272
016274

#FMG16,-2(RO) ,-2(R1)

ENDMSG

BGNMSG

0
0
0
0
0
1

177774
177774

017367
000003

;RCV CC & XMIT CC

ERRG11
PRINTB

#FMG17,-4(R0O),-4(R1)

#FMG11, ~(SP)
#1,-(SP)
4 ,SP

3SEL6,~(SP)
aSEL4.-(SP)

#FMG1%,-(SP)

#3,-(SP)

SP RO
CSPNTB

#10,SP

=2(R5) ,-(SP)
~4(R5) ,-(SP)

#FMG14,-(SP)

#3,-(SP)
SP.RO
CSPNTB

TRAP
ADD

#10,SP

TRAP

C$MSG

MOV
MOV
MOV
MOV
MOV
TRAP
ADD

=-2(R1) ,~(SP)

SP,RO
CSPNTB
#10,SP

TRAP

CSMSG

MOV
MOV
MOV
MOV

=4(R1) ,~(SP)
=4 (RQ) ,~(SP)
#FMG17 ,~-(SP)
#3,-(SP)

TRAP
ADD

#10,sP

-2(R0) ,-(SP)

#FMG16,-(SP)
#3,-(SP)

ERRG11::

;RCV BUFFER & XMIT BUFFER

MOV

000010

SP,RO
CSPNTB

ERRG10::

L10010:

104423

016250

123 016250

PRINTB

MOV
MOV
MOV

MOV
MOV
MOV
MOV
MOV

L10007:

ERRG10

CIMSG

MOV
MOV
MOV
MOV
MOV
TRAP
ADD

;EXPECTED BA/(C

104423

TRAP

TRAP
ADD

sACTUAL BA/CC

ENDMSG

ERRGS::

01713
000003

062706
016546
012746

ERRGS8
PRINTB

017046
000001

062706

104414

114 016164

23-APR-80 08:29:31 PAGE 42-5

SP,RO
CSPNTB

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO v03.01
GLOBAL ERROR REPORT REPORT SECTION
124 016300

016300
125 016300

127 016302
128 016304
129 016306

016306
016310
016312
016316
016322
016324
016326

130 016332

016332

. 016332

PAGE 4c-6

SeEQ

ENDMSG

BGNMSG

005303
005304

010446
010346
012746
(12746
010600
104414
062706

ERRG12

DEC
DEC
PRINTB

sBACKUP TO RECEIVE ADDRESS
cBACKUP TO TRANSMIT ADDRESS
;PRINT QUT ADDRESS

ENDMSG

133

134

016337
016342
016345
016350
016353

045

V60
045
045
123
062

117
116

066
000

045

105
072
117
101
105

114
040
066
040
114

064
045
045
123
066

101

105

072

138 016366

045

016371
016374
016377
016402
016405

016410
016473
016416

139 016420

016423
016426
016431
016434
016437
016442
016445
016450
016453
016456
016461
016464
016467

123

114
040
066
040
114

016356

016361
016364

107

105
072
117
101
105

040
101

072
117
116

040
066
000

122
122
116
125
117
MM
040
114
104
124
103
045
045

122
040
040
102
125
116
103
114
040
040
072
117
116

045

FMGI:

LASCIZ

/%ASELO:

Z06%A SEL2:

Z06IN/

FMGZ:

ASCIZ

/X%ASEL4:

%Z06%ZA SEL6:

Z06IN/

045

123

045
045

117
mm
123
122
124
105
101
105
101
120
040
066
000

FMG3:

CIMSG

MOV
MOV
MOV
MOV
MOV
TRAP
ADD

R4 ,=-(SP)
R3,~(SP)
#FMG18,-(SP)
#3,-(SP)
SP,RO
CSPNTB
#10,SP

TRAP

CSMSG

L10012:

104423

132

137 016334

TRAP

ERRG12::

R3
R4
W#FMG18,R3,R4

017442
000003
000010

L10011:

104423

126 01$302

016302

23~APR-80 03:29:31

LASCIZ

/XAERROR [N SUBROUTINE

CALLED AT PC:

%06IN/

016677

016702
016705
016710

016713
016716
016721
016724
016727
016732
016735

——
e a2

OSSR
NO S

—=OONNO
SO
NN = NS WOW

—H L
L O —
L2 OONNO
N —

-t N

FMG6:

[ T W

QUSRI S G

FMGS:

QO
Qb d b b =
Q==
HNOBON)
-2 MoOO=RO&RN N
(Ve N
e
V,
IV, LN}WOOS KR 2ONOHNONO

016645
016650
016653
016656
016661
0166064
144 016666
016671
016674

H=LON—=—2r00
NER WSS

016642

SRSz NO
NERUWNDO
=

016623

016626
016631
016634
016637

F
7
SQCRO v03.01 23-APR-80 08:29:31 PAGE 42~7
FMG4:

Q-ddd
s O —

016542
016545
016550
016553
142 016554
016557
016562
016565
016570
016573
016576
016601
016604
016607
016612
143 016615
016620

016531
016534
016537

=2
02O
OO0D= QO ==
QOOOWVIN =002
0ON— NNEOQO2DOMN=MNS

141

IS —2

016475

140 016472

=2 AN 2NN NVIO H =2 ONNOVNINVNO
S OO
W

GLOBAL ERROR REPORT REPORT

FUNCTIONAL

b ek
D
b ek
o b e e b d ik
Q=2 O —
& OCO—=—=20=00N—=NIN) P
o AN
W=O V=N SNDWOOO

CZOMIBO DMR=-1

103

SEQ

LASCIZ

/XACPU MICROTEST FAILEDAN/

.ASCIZ

/X%ALU. MICROTEST FAILEDXIN/

LASCIZ

/%ANO RUN - MASTER CLEAR FAILEDXN/

FMG7:

LASCIZ

/%ANAKS-NO BUFFER

RCV:

XD3%A SENT:

XD3IN/

FMG8:

ASCIZ

/%ANAKS-BAD DATA

RCV:

XD3XA SENT:

ZD3IN/

GLOBAL ERROR REPORT REPORT

145 016737

016742
016745
016750
016753
016756
016761
016764
016767
016772
016775
017000
017003
017006

SECTION

101

.ASCIZ

/XAREPS-RCV:

FMG11:

.ASCIZ

/X%AXMIT BACC OUT COMMANDIN/

122

FMG12:

.ASCIZ

/%ARCV BACC OUT COMMANDIN/

101

FMG13:

.ASCIZ

/¥AACTUAL

120
122
072
104
101
105
072
104
116

017051
017054
017057
017062
017065
017070
017073
017076

115
040
103
117
040
115
116
116

111
102
103
125
103
115
104
000

017103
017106
017111
017114
- 0171%7°
017122
017125
017130

103
102
103
125
103 115
104
000

126
101
040
124
117
101
045

040
103
117
040
115
116
116

017134
017137
017142
017145
017150
017153
017156
017161
017164
017167
017172

103
101
040
104
056
117
101
103
101
103
116

101

124
114
040
104
040
066
040
124
114
117
124

125
040
101
122
045
045
101
125
040
125
040

065
000

045

148 017100

149 017131

017175

017200
017203

045

040
104
116

101

040

SEQ

FMG10:

105
055
126
045
045
123
124
045
045
045

/XANAKS-BAD HEADER RCV:

017013
017016
017021
017024
017027
017032
017035
017040
017043

147 017046

PAGE 42-8

.ASCIZ

113
102
040
101
122
103
040
063
040
116
040
063
000

045

23-APR-80 08:29:31

FMG9:

101
055
104
105
105
122
072
104
101
105
072
104
116

146 017010

045

TESTS MACRO v03.01
QO =2 ==OQOO
O 2——a-2
&S8OSO
ON VNS NNV
O SO = WO

FUNCTIONAL

—
NN
W)

CZOMIBO DMR=11

103
040
063
040
116
040
063
000
130
124
101
040
124
117
101

XD3XA SENT:

%D3XA SENT:

XD3IN/

045

ADDR.

%06%A ACTUAL COUNT

%DSIN/

CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO v03.01
GLOBAL ERROR REPORT REPORT SECTION
150 017205

017210
017213
017216
017221
017224
017227
017232
017235
017240
017243
017246
017251
017254
017257

045

101

23~APR-80 08:29:31

PAGE 42-9

SEQ

105

FMG14:

.ASCIZ

/XAEXPECTED ADDR.

X06%A EXPECTED COUNT ¥DSIN/

105

FMG15:

.ASCIZ

/XAEXPECTED ADDR.

¥06IN/

122

FMG16:

.ASCIZ

/XARCV CHAR.

130
103
104
104
056
117
101
130
103
104
117
124
104
116

120
124
040
104
040
066
040
120
124
040
125
040
065
000

105
105
107
122
045
045
105
105
105
103
116
045
045

130
103
104
104
056
117
116

120
124
040
104
040
066
000

105
105
101
122
045
045

103
103
122
102

126
110
056
117

040
101
040
125

017332
017335

045
045

104
101

065
040

017343
017346
017351
017354
017357
017362
017365

124
110
056
117
124
104
116

040
101
040
125
040
065
000

103
122
103
116
045
045

103
102
106
040
040
066
040
111
102
106
040
040
066
000

126
125
105
101
045
045
130
124
125
105
101
045
045

040
106
122
124
117
101
115
040
106
122
124.
117
116

122

FMG17:

.ASCIZ

/XARCV BUFFER AT %06XA XMIT BUFFER AT %06%N/

107
040

101

124
104

104

FMG18:

.ASCIZ

/XADATA DIFFERS AT RCV ADDR.

151 017261

017264
017267
017272
017275
017300
017303
017306

152 017310

017313
017316
017321
017324
01732/

017340

153 017367

017372
017375
017400
0176403
0176406
017411
017414
017417
017422
017425
017430
0176433
0176436
017441

154 017442

017445
017450

045

116

130

045

101

124

115

101

COUNT XDSXA XMIT CHAR.

COUNT ¥DSIN/

040

111

101
111

¥06%A AND XMIT ADDR.

XO6XN/

7
1
CZDMIBO DMR-17 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 42-10

GLOBAL ERROR REPORT REPORT SECTION

017522
017525
017530

040
066
000

045
045

155 017531

017534
017537
017542
017545
017550
017553
156 017554
017557
017562
017565
017570
017573
017576
017601

104
115
040
104

045

126
105
117
104
045

117

106

045
124
125

017617
017622
017625
017630

102
106
123
116

017633
017636
017641
017644
017647
017652
017655
017660
158 017663
017666
017671
017674
017677
017702

116
102
040
040
106
122
045
045
045
125
105
123
105
045

159 017710

045

017705

017713
017716

101

105
103
116
040
122
000
045
1M1
117
123
104
101
105
116

157 017603
017606
017611
017614

040
11
101
122

045

116
055

101
103
124
124
11
102
104
000

101
101
123

1
124
040

125
105
040
045

106
122
045
101

125
105
117
102
106
123
104
116
101
106
122
1
072
104

116

101

040
040

N
W

017506
017511
017514
017517

105
040
040
126
104
056

D
O =d
D d b
—=2=2VIONW—=O
NNV
OO0N—N

106
123
124
103
101
122
045
045
101

BO
d
2NN
NN
O =S

106
122
101
122
040
104
040
066
040

OOt
=S ON=
Vs NOWVWNIWVMT

017453
017456
017461
017464
017467
017472
017475
017500
017503

SEQ

FMG19:

.ASCIZ

/XADEVICE NOT DMRIN/

FMG20:

.ASCIZ

/XAMICROTEST DISABLEDXN/

FMG21:

.ASCIZ

/XASTATUS OF BUFFERS XNXANUMBER OF BUFFERS:XD3IN/

FMG22:

.ASCIZ

/XABUFFER SIZE:

FMG23:

_ASCIZ

/XAIN

040

115
122
106
125
105
072
063
000
102
106
040
132
040
065

000
111

040
122

XD5SAN/

= RCV ASSIGNED:ZD3XA

XMIT ASSIGNED:XD3IN/

CZDMIBO DMR=-11

FUNCTIONAL TESTS MACRO v03.01

GLOBAL ERROR REPORT REPORT SECTION

23-APR~80 08:29:31

PAGE 42-11

017721
017724
017727
017732
017735
017740
017743
017746
017751
017754
017757
017762
017765
017770

103
101
138
105
045
045
040
115
040
123
116
072
063
000

126
123
107
104
104
101
040
15}
101
m
105
045
045

017774
017777
020002
020005
020010
020013
020016
020021
020024
020027
020032
020035
020040
020043
020046
020051

125
055
103
122
125
105
045
045
040
115
040
124
116
072
063
000

124
040
126
105
122
104
104
101
040
1
122
125
10%
045
045

040
122
040
126
116
072
063
040
130
124
105
122
104
104
116

117

FMG24:

.ASCIZ

/XAOUT - RCV RETURNED:XD3XA

163 020052

124

115

EMG1:

.ASCIZ

/TIME ouT/

160 01777

162

045

101

SEQ

040
123
116
072
N63
040
130
124
123
107
104
104
116
XMIT RETURNED:XD3IN/

020055
020060

105
125

040
124

117
000

020066
020071
020074
020077
020102
020105
020110
020113
020116
020121
020124
020127

105
125
055
125
116
111
105
125
040
105
1
000

040
124
040
122
107
116
122
120
105
122
123

115

117
040
104
11
040
124
122
124
130
103
105

EMG2:

.ASCIZ

/TIME OUT - DURING INTERRUPT EXERCISE/

020133
020136
020141
020144
020147
020152
020155

105
105
103
124
114
125
055

130

103
104
117
122
040
124
040

120

EMG8:

.ASCIZ

/EXPECTED CONTROL OUT - NOT RECEIVED/

164 020063

165 020130

124

105

124
040
116
117
117
040
116

172 020377

173 020412
AOONrO N

NN=N=DN
WO
B NON)

b d md b ek ) b

== OH=2n

-0 b b
&NO
~Oo Ol

EMG14:

101
126

040

— b b d d D -

— d b —d

—

_ASCIZ
/UNEXPECTED CONTROL OUT/

EMG10:
.ASCIZ
/ERROR = MULTIPLE XMITS/

EMG11:
.ASCIZ
/BUFFER ADDRESS ERROR/

EMG12:
.ASCIZ
/CHARACTER COUNT ERROR/

.ASCIZ
/ERROR - MULTIPLE RCVS/

.ASCIZ
/RECEIVED EXTRA DATA/

EMG15:
(ASCI?

/DATA ERROR/

105
EMG16:
.ASCIZ
/UNEXPECTED HALT RECEIVED/

NS
W (¥,]

V=20 o

EMG9:

NW—N— HN
OSSN0

—D—l-flo—l-—)—‘—l—l—‘ —

105

N NN =NO OONBOONO
NS NINDW —_ONO VSN

116
—b d b b b b Eed = LY @ I B

8...0—.-..0_;_»
e
A b
AN AN

== 2RO
—=O no
NNV MWW =S OMNINIWND
= NN O —= OO HONNO NNIOROOK
S~

=O =00 Q=NNMNVNIOON

ONSO=NIWN=ONSBNI—=OOWNIOON
—

NN NN

N P
EIYINY
, PETY ., Py

—

OO—'N\A—'O§N g—no—l_g_a—l—n—a—nRs?_n—a—a—n.a—l—ao_a_a—lo_a_n_n—l_a_l_a_a_a_a
8NWU‘\A—*U’|\A\JV‘J\ON\JJ\WO\AW\ANV

EMG13:

OQOWO=O

171 020353

o
o
o

170 020325
NENNNO=ON
NOWNO SNV

169 020277

W =2~y

168 020252

2&)000'\)
QNI
IV, TV, ], §)

(]

167 020223

—~—d

(=]
n
o

020177
020202
020205
020210
020213
020216

o
N
o
N
N
W

166 020174

OO
OO
WO WMMNIN)
= & —

o
N
o
W

020160
020163
020166
020171

o
N
o
W
~N

GLOBAL ERROR REPORT REPORT SECTION

CZDMIBO DMR-11
FUNCTIONAL TESTS MACRO v03.01
23-APR-80 08:29:31 PAGE 42-12

K
7
SEQ

CZDMIBO DMR-11

FUNCTIONAL TESTS MACRO v03.01

GLOBAL ERROR REPORT REPORT SECTION

020423
020426
020431
020434
020437
020442

174 020443
020446
020451
020454
020457
020462
020465
020470
020473
020476
020501
020504
020507
020512
175 020515
020520
020523
020526
020531
020534
020537
020542

176

104
101
040
103
126
000

103
124
114
116
122
114
040
1
1M1
105
125
040
125
116
123
122
125
122
040
124
122
124

040
114
122
105
105

110
124
105
1M1
104

117
122
040
040
117
105
055
116
116
122
120
122
124
105
120
11
123
104
11
105
125
000

116
117
11
120
102
115
040
040
124
122
124
117
11
000
125
117
040
117
116
122
120

23-APR-80 08:29:31

PAGE 42-13

EMG17:

.ASCIZ

/CONTROL

EMG18:

.ASCIZ

/SPURIOUS RDO INTERRUPT/

.EVEN

IN PROBLEM = IN INTERRUPT ROUTINE/

SEQ

CZDMIEQ DMR-11

FUNCTIONAL TESTS MACRO v03.01

.SBTTL

D
e
— et e

Pl
o~

(o]

b e

nNJ

020544
020544
020546
020550

NNV

SEQ

LOAD DEVICE PROTECTION TABLE

JIIIIIIIT777777777707777077777777777777777/77777777777777777/7777/7777777777777
:/ THIS TABLE IDENTIFIES THE LOAD DEVICE TO THE SUPERVISOR, SO THAT IT CAN BE
;/ PROTECTED FROM TESTING. IF DESIRED.
JIIIIIIIIT17777777777777777777777777777777777777777777777/777/7777777777777777

WN=OO

OO
WA —

LOAD DEVICE PROTECTION TABLE

m 7
23-APR-80 08:29:31 PAGE 44

020552

BGNPROT
177777

177777
177777

.WORD

.WORD
.WORD

ENDPROT

L$PROT::
-1

-1
-1

;DON'T CHECK CSR ADDRESS

;DON'T CHECK MASSBUS UNIT NUMBER
;DON'T CHECK DRIVE NUMBER

N 7
CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO V03.91 23-APR-80 08:29:31 PAGE 45
INITIALIZE SECTION
%

.SBTTL

SE@

INITIALIZE SECTION

ILLLILTTL777777777777777777777777/777777777/7/77777/77777/7777/777777777

s/ THE

111177777777 77777777777777777777777777777777777777777777/7/777777

8 020552
9 020552
10 020552
020552
020556
11 020560
12 020564
13 020570
14 020574
15 020600
16 020604
17
18 020610
19 020614
20 020620
21 020622
S% 020630

24 020634
25 020634
020634

2 020640

27 020642
020642
020646
28 020650
020650
29 020652
020652
020656
30 020660
020660
31 020662
020662
020666
32 020670
020670
33 020672
020672
020676
34 020700
020700
%2 020702

37 020706

%g 020706

40 020712

INITIALIZE SECTION CONTAINS THE CODING THAT IS PERFORMED

:/ AT THE BEGINNING OF THE TEST SEQUENCE ON THE NEXT UNIT.

BGNINIT

012700
104441
010637
005037
005037

005037
005037
005037

005037
005737
001005
012737
005037

SETPRI

000340

104436

012700
104447

MOV
CLR
CLR
CLR
CLR
CLR

SP,PSTACK
SUBRP(
ERROR
RESUME
DMCMDE
CLRNO

002350
002264

CLR
TST
BNE
MoV
CLR

NXMFLG
FRSTIM
1%
#1,FRSTIM
FRSPAS

CLRVEC

000001
002266

002264

000004

READEF HEF .START

000040

000037

103412
012700
104447

000035

103410
012700
104447

;SET DIAGNOSTIC PRIORITY = 7

MOV
#PR107 ,RO
TRAP
C$SPRI
;STORE BASE LEVEL PROGRAM STACK POINTER
sCLEAR STORAGE WORD FOR SUBROUTINE PC CALL
;CLEAR ERROR FLAGS

sCLEAR FLAG USED TO ALLOW BASE IN - RESUME.
sCLEAR FLAG USED TO INDICATE DMC MODE
sCLEAR WORD USED TO RUN MICRO TESTS ON
;EVERY OTHER MASTER CLEAR.
;FLAG USED TO MARK A NXM DMR ADDRESS.
;IS THIS THE TIME THROUGH AFTER LOAD?

:IF NOT - ERROR TRAP VECTOR ALREADY SAVED
sFLAG THAT WE'VE BEEN THRU THE 1ST TIME
;CLEAR COUNTER FOR # OF PASSES AFTER LOAD

JENSURE VECTOR 4 IS IN NORMAL STATE.
MOV

TRAP

103416

012700
104447

#PRIO7

002370
002372
002364
002274
002276
002376

1$:
012700

LSINIT::

000036

103013
000137

021610

005037

002270

STARST:
NEWST:

;IS THIS JUST STARTED?

BCOMPLETE STARST

;I1F YES - BRANCH.

READEF

;IS THIS A RESTART ?

#EF .RESTART

BCOMPLETE STARST

;IF YES - BRAN(CH.

READEF

;1S THIS A NEW PASS?

#EF .NEW

BCOMPLETE NEWST

;IF

READEF #EF .CONTINUE

sIS THIS A CONTINUATION?

YES - BRANCH

#4 RO

C$CVEC

MOV
TRAP

WEF .START
RO
CSREFG

BCS

STARST

MOV
TRAP

#EF _RESTART RO
C$REFG

BCS

STARST

MoV
TRAP

#EF .NEW,RO
CSREFG

8CS

NEWST

MOV
TRAP

HEF . CONTINUE ,RO
CSREFG

BCC

GETPRM

BNCOMPLETE GETPRM

;IF NOT - GET PARAMETERS

JMP

END

;OTHERWISE =~ DON'T INITIALIZE.

CLR

STARES

;CLEAR THE FLAG TO SHOW START/RESTART.

CZOMIBO DMR-11 FUNCTIONAL TESTS MACRO Vv03.01
INITIALIZE SECTION
41 020712
42 020720

43 020724
44 020730
45 020730
46 020734
47 020742
48 020764

012737
005237
005237
005237
023737
002363

002366

013700

002366

020744
020750
020752

010001

020754

103365

49 020754

177777

002266
002270

1046442

002366

002366
GETPRM:

002012

000007

#-1,LOGDEV
FRSPAS
STARES

sINITIALIZE LOGICAL UNIT NUMBER.
s INCREMENT # OF PASSES AFTER LOAD.
s INCREMENT # OF PASSES SINCE START/RESTART.

INC
CMP
BGE
GPHARD

LOGDEV
LOGDEV,LSUNIT
NEWST
LOGDEV ,R1

sNEXT LOGICAL UNIT TO BE TESTED
;IS THE MAXIMUM UNIT # EXCEEDED?
;IF YES - DO A NEW START
;GET THE P-TABLE POINTER INTO R1

GETPRM

(R1)+ WTYPE
(R1) ,RO
#7 ,RO
108
#7,(R1)

MOV
TRAP
MOV

;IF NOT AVAILABLE, GET THE NEXT ONE

002232
002242
002242
002234

#FINIT1,(R1)
RO ;INFORM THE USER

002244
002236

RNERRNIRES

b cd
—d emd emd and

69 0

’A

002246

(R1) ,CSR

;CSR ADDRESS

BSEL1
(R1),SEL2
#2,SEL2
(R1) ,BSEL3
#3,BSEL3
(R1) ,SEL4

;HIGH BYTE ADDRESS OF (SR

(R1) ,BSELT

002234

002244
002236

#4,SELG

(R1) ,BSELS
#5 ,BSELS
(R1),SEL6

002246
002240

PRINTB

MOV
TRAP
ADD

SP,RO
CSPNTB
#10,SP

sHIGH BYTE OF SELZ2
;PORT REG

(SEL 4)

ADDRESS

cHIGH BYTE OF SEL4
;PORT REG (SEL 6) ADDRESS

#7 ,BSEL7
(R1) ,RO
#7 RO

JHIGH BYTE OF SEL6
;GET VECTOR
sDOES THIS VECTOR END IN NON-7ERQ?

118
SIF NOT - OK (XX0)
#7,(R1)
JMAKE IT XX0
HFINIT2,(R1)
,RO ;INFORM THE USER

MOV
MOV
MOV
MOV
MOV

RO,=(SP)
(R1) ,=(SP)
HFINITZ ,~(SP)
#3,-(SP)
SP,RO

ADD

#10,SP

TRAP

11%:

MOV
MoV

#3,-(SP)

sCONTROL OUT REGISTER ADDRESS

021705
000003

002226
002230

RO,=(SP)
(R1),-(SP)
#FINIT1,-(SP)

#6,SEL6

(R1)+,BSEL7

002250

000010

MOV
MOV
MOV

MOV

10%:

LOGDEV,RO
C$GPHRD
RO,R1

BCC
GETPRM
+MICROPROCESSOR TYPE
;SAVE THE ADDRESS
;DOES THIS DEVICE ADDRESS END IM NON-ZERO?
;IF NOT = OK (76XXx0)
JMAKE IT 76XXX0

021612
000003

0C0010

INC
INC

MOV
MOV
BIT
BEQ
BIC
PRINTB

000007

SEQ

MOV

BNCOMPLETE

002252

23-APR-80 08:29:31 PAGE 45-1

(R1) ,DMRVE(
(R1) ,DMTVEC

JRCV. VECTOR
s TRANSMIT VECTOR

CSPNTB

Cc 8
CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO v03.01 23-APR~80 08:29:31 PAGE 45-2
INITIALIZE SECTION
80 021202
81 021204
82 021210
83
84
85
86
87
88 021214

011100
105060
105060

000003
000007

062737

000004

002230

MoV
CLRB
CLRB

(R1) RO
3(RO)
7(RO)

ADD

#4,DMTVEC

SE@

:RCV, VECTOR
:CLEAR HI BYTE OF PSW FOR RCV. VECTOR.
:CLEAR HI BYTE OF PSW FOR XMIT. VECTOR.
:THIS WILL ENSURE THAT WE DON'T PICK
:UP ANY UNEXPECTED BITS IN PROCESSORS
:WHICH USE BITS 11-15 OF THE PSW.
IE
:1F BIT 11 IS SET IN AN 11/70 ANOTHER
:REGISTER SET MAY BE USED.
:ADJUST XMIT VECTOR
;SET_UP_ISRS FOR DMR.

:TESTS 15-19,

93 021222
021222
021226
021232

SETVEC

DMRVEC,#INISR,#PRIOS

INTERRUPTS ENABLED IN

;INPUT ISR

021242
021244
% 021250
021250
021254
021260
021264
021270
g5 021272

012746
012746
013746
012746
104437
062706

000240
022174
002226
000003

012746
012746
013746
012746
104437
062706

000240
023256
002230
000003
000010

9% 021276
97 021302

062701
012137

000014
002254

ADD
MOV

414 R1
(R1)+,DMTURN

013700

002224

MOV

SPEED,RO

:GET THE SOF TWARE P-TABLE VALUE GIVEN
:BY THE USER

012701
012702

000002
000012

MOV
mov

#2,R1
#10..R2

;GET FIRST TIMER VALUE
:GET SECOND TIMER VALUE

;

021236

99
100 021306
101
102
103
104 021312
105 021312
106 021316
107 021322

108 021322

006302
005300
001374

113 021332
114 021336
115 021340

010137
006201
006201
010137

120
121 021352
122
123 021360
124 021366

SETVEC

138:

148:

006301

109 021324
110 021326
111 021330

116 021342
117
118 021346

000010

ASL

DMTVEC,#OUTISR,APRIOS

ASL
DEC
BNE

R2
RO
148

002314

MOV
ASR
ASR

MOV

R1,WAITI
RI
RI
R1,WAIT2

010237

002316

MOV

R2,WAIT3

012737

000333

002304

MOV

#333,Ax3

022737
(01004

000001

002254

CMP
BNE

#1,DMTURN
208

002312

;OUTPUT ISR

MOV
MOV
MOV
MOV

A#PRIOS,-(SP)
#INISR.-(5P)
DMRVEC,-(SP)
#3,~(SP)

TRAP
ADD

(SSVEC
#10,SP

MOV
MOV
MOV
MOV
TRAP
ADD

APRIOS,-(SP)
AOUTISR,-(SP)
DMTVEC,-(SP)
#3,-(SP)
($SVEC
#10.SP

:INCR. P-TABLE POINTER.
} TURNAROUND

TIMER VALUES X 2

: DEC_SPEED VARIABLE
: CONTINUE UNTIL DONE INCREASING WAIT VALUES

:SAVE TIMER VALUE FOR SWAIT
HALF THAT VALUE
HALF IT AGAIN.
:SAVE TIMER VALUE FOR SMSCLR AND $CLRQI
: SUBROUTINES.
:TIMER VALUE FOR $INOUT SUBROUTINE.
; CHECK_TURNAROUND.
MASK FOR AX3-15 = BIT CLEARED WILL
:BE THE_INTERFACE SELECTED.
;IS V,35 REQUESTED?
:1F NOT - CONTINUE

CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO V03.01 23-APR~80 08:29:31 PAGE 45-3
INITIALIZE SECTION

125 021370
126 021376
127 021400
128 021400

129 021406

130 021410
131 021416

132 021420
133 021420
134 021426
135 021430
136 021436
137 021440
138 021440

042737
000427

000020

002304

022737
001004
042737

000002

002254

000010

002304

000417
022737

001004
042737
000407

000003

002254

000100

002304

139 021446
}2? 83}2;2

022737
001007
042737

000004

002254

000200

002304

142 021456
143 021464

000001

002262

144 021466
145 021466
146 021472
147 021476

012737
000404
005037
005037

002262
002304

149 021476

005737

002310

161 021544
162 021552
163 021554
021554

021560
021564
021566
164 021570

165 021574
166 021574
167 021602
168 021604
169 021604

170 021610
171 021610
021610
021610
172 021612
021615
021620

001410

022737
001430
022737
001424
022737
001420
022737
001020
022737
001010

002254

000006

002254

000007

002254

000001

002270

000001

005037

002306

104411
045
052
101

#R1T4,AX3
308

JSELECT v.35

CMP
BNE

#2 ,DMTURN
22%
#81T3,AX3

;1S INTEGRAL REQUESTED?
s1F NOT - CONTINUE.
¢SELECT INTEGRAL MODEM.

BIC
BR

308

42%:

#3,DMTURN

25%
#BIT6,AX3
308

sIF NOT = CONTINUE.
JSELECT EIA(XYZ).

cMp
BNE
BIC

#4 ,DMTURN
35%
#BIT7 ,AX3

;IS RS422 REQUESTED?
;IF NOT, DON'T ALLOW INTERFACE CHANGE.
sSELECT RS&422.

0%
BR

#1,INFACE
40%

sSET FLAG THAT ALLOWS INTERFACE CHANGE.

CLR
CLR

INFACE
AX3

;CLEAR FLAG = NO INTERFACE CHANGE.
;CLEAR AX3 BITS

2IS EJA REQUESTED?

A AN RN

RAANNRAARRARRNR AR

TST

MANUF

CMP
BEQ
cMP
BEQ

#1,DMTURN
45%
#3,DMTURN
45%

;IF
JRNAN
;1S
IF
;1S
;IF

cMP
BEQ
cMP
BNE
cmp
BNE
PRINTB

#6,DMTURN
458
#7 ,DMTURN
50%
#1,STARES
45%
#FINIT3

;1S THIS LOCAL LOOP?
sIF YES = SET WRITE MAINT. BIT.
;IS THIS REMOTE LOOP?
;IF NOT - CLEAR MAINT. BIT FLAG
IS THIS THE FIRST PASS?
sIF NOT - SKIP MESSAGE
;WARN TO USE ONLY TESTS 17-19

42%

;IS THIS A SPECIAL MANUFACTURING TEST CON.?

NOT - SET MAINT BIT ONLY FOR MODEM LOOP
AN AR R AR AR AN NN AR AR RN RN RAAR RN NN AR
THIS V.35 WITH SPECIAL CONNECTOR?
YES = SET WRITE MAINT. BIT
THIS EJA WITH SPECIAL CONNECTOR?
YES - SET WRITE MAINT. BIT

000004

101
040
122

002306

45%:
508
:

END:
ENDINIT

052
127
116

FINIT1:

CMP

BNE
8IC
BR

BEQ

000003

012737
000402

308

BIC
BR

JRANRARRR AR AR R RN

002254

022000
000001

25%:

40%:

000001

012746
012746
010600
104414
062706

22%:

35%:

148

150 021502
151
152 021504
153 021512
154 021514
155 021522
156 021524
157 021524
158 021532
159 021534
160 021542

20$:

SEQ

MOV
MOV
MOV
TRAP
ADD

HFINIT3 -(SP)
#1,-(SP)
SP,RO
CSPNTB
#4,SP

MOV
BR

#1,WMAINT
END

;SET FLAG TO WRITE MODEM MAINTENANCE BITS.

CLR

WMAINT

;CLEAR FLAG - DON'T WRITE MAINT.

L10014:

,ASCIZ

1 OR 2.

TRAP
CSINIT
/XA*+ WARNING = WILL ASSUME DMR ADDRESS X06%A (NOT Z06XA)IN/

-—

=220 NN

BNO DO =N)=N)

173

174

175
176
NON—=NO
WVINO
& S

QO—=000O
== - 2
O =
B B2
O00NENNO=HO
VinNO OO NOWN=—=2O0O~N

Qededcdcd
e ed e e B O
O
H=0O0=2MNNO=0OMNH
2N
OO = NAN) = NNNO =0

=2 NS OVVNWNES O SN NWEA O
=

?—l—lOO-‘—l—l—lO?O—l—lO—l-—l—l—l—lo_&
= OWNH =0O =N
SENNODO=2N)=N)
I —

021623
021626
021631

S VVILNA NIV IV, o 2T N1V, 1o RNV N a1V, | w0 WO
S VWS NO == OV

CZDMIBO DMR-11

j=]
o NN =O=O =B =N

INITIALIZE SECTION

FUNCTIONAL TESTS MACRO v03.01
23-APR-80 08:29:31

055

.EVEN

PAGE 45-4

E
8
SEQ

FINIT2:
_ASCIZ
/XA*x WARNING - WILL ASSUME DMR VECTOR

FINIT3:
_ASCIZ
/XAx~ WITH REMOTE LOOPBACK USE

%03%A

(NOT Z03%A)2IN/

TESTS 17 ~ 19 ONLY **XN/

CZOMIBO DMR=17 FUNCTIONAL
INITIALIZE SECTION
177
178
179

180

TESTS MACRO v03.01

F
8
23-APR-80 08:29:31 PAGE 45-5

SEQ

FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 46

NV
S WA

CZDMIBO DMR-17

.SBTTL

AUTO DROP UNIT

SE@

SECTION

AUTO DROP UNIT SECTION

SILILIITIII7777777770707770777707777777777777777/777777777777777777/7/7777/77777
:/ THE AUTO DROP CODING DETERMINES WHETHER OR NOT THE DEVICE WHOSE P-TABLE
;/ WAS JUST OBTAINED IS READY FOR TESTING, AND IT IS DROPPED IF NOT READY.
SIILIIIITI7177707777777777777777777777777777777777777777777777/7777777777777777

NN
=
b
= OV~
W=

BGNAUTO

022110
022114
022120

022124
022124
022130
022132
022136
022140
022140
022144
25 022146
022146
26 022150
27 022154
28 022154
022154
022154
NN
S NN

012746
C12746
012746
012746
104437
062706
005037
005777

:
LSAUTO:
SETVEC

000340
023714
000004
000003
000010
002350
160106

#4 ,ANOXMEM #PRIO7 ;SET UP NON -EXISTENT MEMORY TRAP VECTOR.
#PRIO7,-(SP)
MOV
#NOXMEM,
MOV
- (SP)
#4,-(SP)
MOV
#3,-(SP)
MOV

CLR

NXMFLG

TST

“#10,SP

sCLEAR FLAG THAT WILL BE SET IF NXM OCCURS.
sREFERENCE MEMORY ADDRESS FOR THE DEVICE
;TO SEE IF IT EXISTS.

aCSR

sttt

CSSVEC

TRAP
ADD

ddiis

2322822222221

; IF THE DEVICE DOESN'T EXIST THE RESULTANT TRAP TO VECTOR 04 WILL
. CAUSE THE DEVICE TO BE DROPPED (SEE INTERRUPT ROUTINE 'DROPO4').
; OTHERWISE THE MEMORY REFERENCE IS UNEVENTFUL AND THE DEViCE IS READY.

012700
104436
005737
001406
013700
104451
104444
005037

104461

R AR

A AR AR

CLRVEC

000004

002350

TST

BEQ
DODU

002366

A AR A AR AN

#4
NXMFLG

1%
LOGDEV

1%:
ENDAUTO

CLR

AR RN A AR

AN AR R AN AR AR

AR RN R AR AR NN

JRETURN VECTOR 04 TO NORMAL STATE

#4 RO

MOV

LOGDEV ,RO
C$DODU

TRAP

;DID NXM OCCUR?
JIF NOT EXIT
;DROP THE DEVICE

;DO CLEAN UP - FORCE BACK TO INIIRggDE.
NXMFLG

JRESTORE FLAG.

L10015:

RN RN

MOV

TRAP

DOCLN

002350

C$CVEC

]

C$DCLN

TRAP

C$AUTO

—

CZDMIBO DMR=-11 FUNCTIONAL
CLEANUP CODING SECTION

TESTS MACRO v03.01

23-APR-80 08:29:31

H
8
PAGE 47

SEQ

}

.SBTTL

ST 17777777777777777777777777777/777777777777/7777777777/77777777//777777

5
6
g

;/
END OF THE TEST SEQUENCE ON A PARTICULAR UNIT.
THIS SECTION IS REQUIRED
:/
EVEN IF IT IS A NULL CLEANUP
JIIIIIIII777777777777777777772777777777/770777777777777777/7777777777777777777

9 022156
10 022156

BGNCLN

11 022156
12 022162
13 022164

}é 022172

005737
(€01003
012777

16 022172

022172
022172

THE

002350

040000

160040

10%:
ENDCLN

104412

CLEANUP CODING SECTION
CLEANUP CODING SECTION CONTAINS

THE

(ODING

THAT

IS PERFORMED AT

THE

LSCLEAN::
TST
BNE
MOV

NXMFL G
108
#MCLR,aSELO

;WAS THERE A NXM ERROR?
JIF YES = SK]P MASTER CLEAR.
;ISSUE A MASTER (LEAR.

L10016:

TRAP

CSCLEAN

CZOMIBO DMR=-17 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 48

GLOBAL

SEQ

INTERRUPT HANDL ING ROUTINES

}

.SBTTL

3
4

SI1IIL1177777077777077700777777/707777/77777777777777777/7/7/7/777/77/7777
./ THE INTERRUPT HANDLING SECTION CONTAINS CODING REQUIRED TO USE

SIIIIIIIITIIITIIT77700000077710777077777777177777777117771777777777777

9 022174
022174
10 022174
11 022176
12 022200

BGNSRV

p)
6

;/ THE °'SETVEC' MACRO.
:/ AND RESTORE RO.

13 022204
14 022210
15 022216
16 022220
17

010046
010146

C17701
042701
032777
001002
000137

160026
177760
000200

BIC
BIT

160014

BNE
JMP

022730

RO,-(SP)
R1,-(SP)
aSELO,R1

JINPUT INTERRUPT SERVICE ROUTINE
INISR::
;SAVE RO
s SAVE R1
;SAVE THE CONTROL IN COMMAND.

1%
NEXT

;IF YES - PROCESS INPUT COMMAND.
;ISSUE NEXT INPUT COMMAND.

#177760,R1
#RDI,aSELO

.CLEAR ALL BUT THE COMMAND BITS (0-3)
;1S RDI SET

.'t*it"'*'titt'ti"ttttifil‘ttt*l’tfittttt!tfifittt"fi't't'ttttttt""t""

:
;

PROCESS

INPUT COMMAND

:'itttittt'tt""t"t't"fiflfittilttttt'tt't'tttfitt'tttttt"'tt't.tttttt

22 022224
23 022224
24 022230
25 022232
26 022236
27 022240
28 022244
29 022246
30 022252

31 022254

32 022260
33 022262
34 022266
35 022270
36 022274
37 022276
022276
022300

022302
022304

%g 022306

022701
001533
022701
001537
022701
001461
022701
001444

022701

001417
022701
001410
022701
001572

1%:

000004

000000
000003
000001

000005
000015
000002

104455
000021
020443
015126
000565

;1S
;BR
;1S
JBR
;1S
;BR
;1S
JBR

BEQ
cMP
BEQ
CMP
BEQ
ERRDF

108
#INTER,R1
5%
#HLT R1
’0%
17 ,EMG"7,ERRGZ

;BR ]F YES.
;1S THIS AN INTERFACE WRITE.
;BR IF YES.
;IS THIS A HALT?
SEXIT = IF YES (NOTHING TO SET UP)
;PROUBLEM IF IT'S NOT ONE OF THE ABOVE.
TRAP
.WORD

#\WMODEM ,R1

708

THIS A RCv. BA/(C(?
IF YES.
THIS A XMIT. BA/(C?
IF YES.
THIS A BASE IN?
IF YES.
THIS A CONTROL IN?
IF YES.

;IS THIS A WRITE MODEM?

JEXIT

.WORD
.WORD

5%:

. WRITE AX3-15

44 022310
45

113777

2; 022316

000561

29 022320

#BACCR,R1
29%
#BACCT ,R1
308
.
#BASE I ,R1
20%
#CNTRL ,R1
15%

CMP
BEQ
(MP
BEQ
cMP
BEQ
tMP
BEQ

cMP

2? 022310

NOTE EVERY INTERRUPT ROUTINE SHOULD SAVE

INISR
MOV
MOV
MOV

18
}8

GLOBAL INTERRUPT HANDLING ROUTINES

002304

157732

MovB

AX3,aBSEL7

70%

108 :

* MODEM WRITE

JWRITE NECESSARY AX3-15 INTERFACE.
;AX3 HAS BEEN DETERMINED IN THE INIT
;CODE.

CSERDF
17

EMG17
ERRGZ2

CZDMIBO DMR-17

GLOBAL

FUNCTIONAL

TESTS MACRO Vv03.01

022737

000006

002254

000004
000110

157702
157674

INTERRUPT HANDLING ROUTINES

53
54 022320
55 022326
56 022330
57 022336
58 022344
59 022346
60 022346
61 022354
62 022362
63 022364
64
65
66
67 022364
68 022370
69 022372
70 022400
71 022402
72 022402

73 022406

76 022410

042777
052777
000537

11%:

000010
000104

15%:

23-APR-80 08:29:31

{MP
BNE
Bi(
BIS
Bk

FAGE 48-1

SEQ

f%&OOP.DMTURN

‘éfi %?CQETMODEM LOOPBACK DESIRED?

AMAINT2 ,QSEL6 -

-ENSURE REMOTE LOOPBACK IS CLEAR.

;8;R!MAINT1,BSEL6 ;SET MAINTENANCE

100

1 BIT AND DTR.

AMAINTT ,QSEL6
;ENSURE 'OCAL LOOPBACK IS CLEAR.
H#DTR!MAINT2 ,@SEL6 ;SET MAINTENANCE 2 BIT AND DIR.

BIC
BIS
BR

708

;CLEAR RQ]

"CONTROL IN
005737
001404
012777
000530

002300

005077
000525

157632

000400

Ts1

MATMDE

MOV

AMAINT ,QSEL6

-REQUEST MAINT.

CLR
BR

ASEL6
708

;FULL DUPLEX - NON-MAINT.

MOV

#BASE ,3SEL&

;BASE TABLE ADDRESS.

DMCMDE

;ARE WE

BEQ

157640
17%:

20%:

17%

708

;1S MAINTENANCE MODE REQUESTED

*BR IF NOT

MODE

MODE.

‘BASE IN
78 022410
79
80 022416

86 022440
87 022440
88 022444
89 022446
90 022454
91 022456
92 022456
32 022464

95
96 022472
97 022472
98 022476
99 022500
100 022506
101 022510
102 022510
103
104 022516
105
106
107
108
109 022520

012777

002634

005737
001004
012777
000402

002276

000522

005077

157600

005737
001004
052777
000406

002272

052777
012737

005737
001004
052777
000465
042777

000100

010000
177777

157620

BNE

157606

MOV

22%:

23%:
157560
157554
002356

24%:

25%:

002254
004000

157524

004000

157514

27s:

000461

228

#DMR , SEL 6

IN DMC MODE?

YES

*DMR MODE
.

B8R

238

:CHECK LOOPBACK.

CLR

ASEL6

:DMC MODE

START

;1S

BNE
BIZ

24$
#]E0,RSEL2

BIS
MOV

#RES,ASELG
#-1,RESFLG

B8R

THIS

THE

FIRST BASE

IN?

*IF NOT ~ SET RESUME.
:ON FIRST BASE IN SET RDO INT.ENABLE.
;SET RESUME
:FLAG THAT THIS

IS A BASE

IN RESUME COMMAND

;(THIS WILL BE USED LATER IN THIS ISR T0

:DECIDE WHAT THE NEXT (OMMAND WILL BE)
ST

DMTURN

27%
#LPLU,QSELO
708

:BR IF NOT ~ CLEAR LU LOOP
SSET THE LINE UNIT LOOPBACK BIT
SCLEAR RQ] AND EXIT.

BIC

#LPLU.QSELO

:Ekgf?)LINE UNIT LOOPBACK

708

SCLEAR RQ] AND EXIT

BNE
8IS
BR

*BA/CC IN RCV
29%:

:BR IF

;1S

INTERNAL LOOPACK REQUESTED?

(CONNECTOR OR

CZDMIBO DMR-17

GLOBAL

FUNCTIONAL TESTS MACRO v03.01

INTERRUPT HANDLING ROUTINES

110 022520

111 022524
112 022530

}}2 022534

005337

012277
012277

000406

002326

157506
157504

005337
012377
012377

002330
157470
157466

122 022552
123 022556

005737
001441

002302

052777

040000

010246
017702
042777

157442
160000

152
153 022662
154 022662
155
156 022666
157 022672
158
159
160 022674
161 022676
162 022700
163 022706
164
}gg 022714

INRCV

408

K 8
PAGE 48-2

(RQ)+,aSEL4
(R2)+,aSEL6

SEQ

101

sDECREMENT COUNTER

;RCV BUFFER ADDRESS
JRCV CHARACTER COUNT

;BA/CC IN XMIT

117 022536
118 022536
119 022542
}g? 8%%%28

142 022640
143
144 022646
145 022650
1646 022650
147
148 022656
149 022656
}g? 022660

DEC

MoV
MOV

}}g

124
125 022560
126
127 022566
128 022570
129 022574
120
131 022602
132 022606
133 022612
134 022614
135 022620
136 022622
137
138 022630
139 022632
140 022632
141 022636

23-APR~80 08:29:31

042702
022702
001421

022702
001004
052777

308:

DEC
MOV

MoV

INXMIT
(R3)+,aSEL4
(R3)+,aSEL6

sDECREMENT COUNTER
JXMIT BUFFER ADDRESS.

TST
BEQ

MMANAG
708

;ARE THE BUFFERS MEMORY MANAGED?
;IF NOT SKIP CONVERTING VIRTUAL ADDR

157452

8IS

#BIT14,QSELG

157434

MOV
MOV
BIC

R2,~-(SP)
@SEL4 ,R2
#160000,3SEL4

157406

BIC
CMP
BEQ
cMP
BNE
BIS

#7777 ,R2
#60000,R2
448
#100000,R2
418
#BIT13,3SEL4

448

CMP
BNE
BIS

#120000,R2
42%
#BIT14 ,QSELS

449

BIS

#BIT14:BIT13,aSEL4 ;SET BIT FOR PHYSICAL ADDR (I.E. VIRTUAL
;ADDR 140000 = PHYSICAL ADDR. 260000

MOV
BR

(SP)+ R2
70%

;JRESTORE R2 (NEXT RCV BUFFER ADDRESS)
;CLEAR RQI AND EXIT

MOV

R1,LAST

TST
BNE

DMCMDE
80%

MOV
MOV
BIS

(SP)+ ,R1
(SP)+ RO
#1ECLR,3SELO

;SAVE THE INPUT COMMAND (USED
;TO DETERMINE NEXT INPUT COMMAND)
JARE WE IN DMC MODE?
sIF YES - DON'T USE IECLR
sNOTE: INTERRUPT CAPABILITY FOR RQ]
;CLEAR IS ONLY AVAILABLE IN DMR MODE.
JRESTORE R1
;RESTORE RO
;SET INTERRUPT ENABLE FOR RD] CLEAR.

408

017777
060000
100000

020000

000412
022702
001004
052777

41%:

120000
040000

157370

000403
052777

060000

157360

448:

012602
000400

010137

002362

005737
00101

002276

012601
012600
052777

042777

000002

42%:

000020

000040

70%:

157324

157316

BIC
RTI

#RQI,aSELO

sXMIT CHARACTER COUNT.

:TO _PHYSICAL ADDR.
;SET BIT 16 OF PHSICAL ADDRESS (I.E.
;VIRTUAL ADDR 60000 = PHYSICAL ADDR 200000
;SAVE R2 (NEXT RCV BUFFER ADDRESS)
sSAVE THE VIRTUAL ADDRESS.
;CLEAR BITS CORRESPONDING TO THE PAGE #
;IN THE VIRTUAL ADDRESS.
;SAVE ONLY THE PAGE # IN THE SAVED ADDR.
;1S THIS PAGE 3?
;IF YES, PHYSICAL ADDRESS CALCULATED
;IS THIS PAGE 4?
;IF NOT SEE IF IT'S PAGE 4 OR 5
;SET BIT FOR PHYSICAL ADDR (I.E. VIRTUAL
;ADDR 100000 = PHYSICAL ADDR. 220000

:IS THIS PAGE 4?
;1F NOT, MUST BE PAGE 5.
;SET BIT FOR PHYSICAL ADDR (1.E. VIRTUAL
;ADDR 120000 = PHYSICAL ADDR. 240000

;CLEAR RQ] =~ INT. GENERATED WHEN RDI
sCLEARS IN RESPONSE.
JRETURN AND WAIT FOR RQI

CLEAR INTERRUPT.

CZDMIBO DMR-17 FUNCTIONAL TESTS MACRO v03.01
GLOBAL INTERRUPT HANDLING ROUTINES
167 022716
168 022716
169 022724
170
171
172
173
174
175 022730
176 022730
177 022736
178 022740
179 022744

180 022746
181 022752
182 022754
183 022760
184 022762
185 022762
186 022770
187 022772
188 022772
189 022776
190
191 023000
192 023006
193 023010
194 023016
195 023020
196 023022
197 023022

198 023026

199 023030
200 023034

201

202 023036
203 023044

204 023046
205 023046
206 023052
207 023054
208 023062
209 023064
210 023064
211 023070
212 023072
213 023076
214 023104
215 023106
216 023106
217 023112
218 023114
219 023120
220 023122
221 023130
222 023132
223 023136

042777

000020

157306

80%:

23-APR-80 08:29:31

BIC
CALL

PAGE 48-3

#1ECLR,QSELO
$CLRQI

LA LASAR SRSl

SEQ

102

cENSURE INTERRUPT ENABLE FOR RDI CLEAR [S CLR.
;CLEAR RQI AND WAIT FOR RDI TO CLEAR.
sli

szl

ilitittt

YIRS

22221

: RDI CLEAR - DETERMINE NEXT INPUT COMMAND.
4

AR AR

022737
001015
005737
Q01541

005737
001403
005737
001133

000002

002362

002274

002354

000143

005737
001032

002276

022737
001405
022737
001413
000421

000003

002362

000015

002362

005737

002262

005737
001004

002272

112777
000501

000155

005737
001404
112777
000472

002306

005737
001006
005237
112777
000461

002272

005737
001424
005737
001415
032737
001411
005737
001004

002326

000145

002272
000141

157242

110%:

1158:

157166

117%:

157150
130%:

157126
150%:

002356

002326

iiiigtill

AHLT LAST
1108
RE SUME

TST
BEQ
TST
BNE

INFLAG
106$
OUTFLG
1708

mMovB
BR

H#IESET!RQI !BASEI,@SELO ;ISSUE A BASE IN.
170%
JEXIT

TST
BNE

DMCMDE
1308

CMP
BEQ
CMP
BEQ
BR

HBASE ] ,LAST
1158
HINTER,LAST
117%
1308

TST

170%

Y2222

sIF NOT,

DON'T ISSUE ANOTHER COMMAND.

s INPUT BUFFFR DONE?
;IF NOT, BASE IN.
sOUTPUT BUFFER DONE?
sIF YES, DON'T ISSUE ANOTHER COMMAND.

JARE WE IN DMC MODE?
;IF YES - DON'T BOTHER CHECKING MODEM
JWRITE AND AX3-15 WRITE COMMANDS
;WAS THE LAST COMMAND A BASE IN ?
;IF YES - SEE IF INTER. OR M. WRITE IS NEEDED?
;WAS THE LAST COMMAND AN AX3-15 WRITE?

;KEEP CHECKING FOR NEXT COMMAND.
;IS AN AX3-15 WRITE NEEDED?

TST
BNE

START
1173

;WAS CONTROL IN ISSUED?
;IF YES ~ NO NEED TO REWRITE AX3-15.

MovB
BR

#IESET!RQI!INTER,@BSELO ;ISSUE AN AX3-15 WRITE COMMAND.
170%

TST
BEQ
MOvB
BR

WMAINT
JWRITE MAINT 1 OR 2?
1308
;IF NOT = SKIP WRITE MODEM COMMAND.
#1ESET!RQI 'WMODEM,aBSELO ;ISSUE A MODEM WRITE COMMAND
170%

TST
BNE
INC
MOvVB
BR

START
;WAS A CONTROL IN ISSUED?
150%
;IF YES = SKIP
START
:SET FLAG.
#IESET!RQI!CNTRL,@BSELO ;ISSUE A CONTROL IN
1708

TST
BEQ
TST
BEQ
BIT
BEQ
TST
BNE

INRCV
160%
RE SUME
1533
#8170, INRCV
1538
RESFLG
152%

117%

2222

;WAS THE LAST COMMAND A HALT?
:IF NOT - PROCEED.
JARE WE TESTING RESUME?

INFACE

BEQ

002274

000001

106$:

SRSl

CMP
BNE
TST

BEQ

002352

112777
000527

001407

;BR IF NOT

THIS

;SHOULD HAVE BEEN DONE ON THE 1ST BASE IN.

;ARE ALL THE BA/CC IN RCVS DONE?
;IF YES - BR TO SEE IF XMITS DONE.
IS A TEST OF RESUME REQUESTED?
BR IF NOT.
IS THIS AN ODD COUNT?
:BR IF NOT.
sWAS THE LAST COMMAND A BASE IN RESUME?
;IF YES, ISSUE BA/(C

M 8
CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 48-4
GLOBAL INTERRUPT HANDLING ROUTINES

228 023140
229 023146
230 023150
231 023150
232 023154
233 023154
234 023162
235 023164
236 023164
237 023170
238 023172
239 023176
260 023200
241 023206
242 023210
243 023214
244
245
246
247
248 023216
249 023224

250 023226
251 023226
252 023232
253 023232
254 023240
255 023242
256 023242
257
258 023250
259 023250
260 023252
261
262 023254
023254
023254
263
264
265
266
267 023256
023256
268 023256
269 023260
270 023266
271
272 023270
023270
023272

023274
023276
273 023300

112777
000440

000142

005037

002356

112777

000144

000432

005737
001424
005737
001415
032737

002330

005737

002356

001411

001004

157064

157050

153%:

RESFLG

MOvVB

1;8§ET!RQI!BACCR.QBSELO s ISSUE A BA/CC

TST

INXMIT

COMMAND.

JARE ALL THE BA/CC IN XMITS DONE?

:1S
:BR
:1S
:BR

#BITO, INXMIT
163%

TST
BNE

IN RCV.

;IF YES, SET THE FLAG

RE SUME
1638

TST

BEQ
BIT
BEQ

002330

:CLEAR FLAG.

165%

BEQ

002274
000001

CLR
BR

160%:

103

;HALT = TO TEST RESUME.
NCTE: THIS WILL
;OCCUR ONLY WHEN RESUME IS REQUESTED,
;FOLLOWING EVERY OTHER BA/(C(
:COMMAND
(NEVER FOLLOWING A RESUME)
q%ggET'RQI'HLTJBBSELO ;HALT IT

MovB
BR

152%:

SEQ

RESFLG

A TEST OF RESUME REQUESTED?
IF NOT.

THIS AN ODD COUNT?
IF NOT.

sWAS THE LAST COMMAND A BASE

162%

;1F YES,

ISSUE BA/CC

IN RESUME?

SHALT ="TO TEST RESU £.
NOTE: THIS WILL
;OCCUR ONLY WHEN RESUME IS REQUESTED,

;FOLLOWING EVERY OTHER BA/CC

112777
000411

000142

005037

002356

112777
000403

000140

156772

012737

177777

002352

157006

162%:
163%:
165%:

(NEVER FOLLOWING A RESUME)

#1ESET!RQI'HLT,@BSELO ;HALT

CLR

RESFLG

IN RESUME FLAG.

MOvB

q%ngT!RQI!BACCT.aBSELO s ISSUE A BA/CC

MOV

#=1,INFLAG

MOV
MOV

(SP)+,R0O

1708

B8R

170%:

012601
012600

;COMMAND

MOVB
BR

;CLEAR BASE

;FLAG THAT ALL BA/CC

(SP)+ ,R1

IN XMIT COMMAND.

INS DONE.

;RESTORE R1

;RESTORE RO

ENDSRV

L10017:

000002
A

IR AL Sl

BGNSRV

010046
032777
001006

000200

104455

000022
020515
015126
000137

156746

A AR A

A A AR R

AR R AR

T AR RN R RN AR AN RN N R AR

eitid

OUTISR

ity

RTI

AN AN NAARANRR

1222822322222

sOUTPUT INTERRUPT SERVICE ROUTINE

MOV
BIT
BNE

RO,-(SP)

ERRDF

18.,EMG18,ERRG?2

#RDO,aSEL2

:SAVE RO

OUTISR::

;1S THE RDO QUT BIT SET?

JIF YES - OK TO PROCEED.

;OTHERWISE REPORT SPURIOUS INTERRUPTY
TRAP

CSERDF

.WORD
WORD

EMG18
ERRG?

.WORD

023652

JMP

60%

CZDMIBO DMR-11

GLOBAL

N 8
FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 48-5

274 023304
275 023304
276 023312
277 023314
278 023322
34
282 023340
283 8%3340

2
284 023350
285 023352
286 023352
287 023356
288 023360
289 023364
290 023366
291 023366
292 023372
293 023374
294

032777

001000
000040

156722
156716
156706

023702

7%:

104455

20174
015126
000554

005737
001403
005737
001132

005737
001143
104455
000020
020412
000000

10%:

002352

15%:

002274

16%:

023652

005737

002302
040000

:
208
156614

022702
00100«
052777

140000
156564
017777
160000

060000

156572

156540

2°s:
156522

9.EMG9,ERRG2

JUNEXPECTED CONTROL OUT.

W#HALTC,QSEL6

108

#DMRRUN ,3SEL6

108

;IS
; IF
;IS
;IF
;IS
; IF

[

*
.

SEXIT ROUTINE

TST

TST
BNE

INFLAG
15%
OUTFLG
60%

;ARE THE INPUTS DONE?
sBR_IF NOT
;ARE THE OUTPUTS DONE?
;IF YES - ALL DONE, EXIT

TST
BNE

65%

RE SUME

;1S A RESUME REQUESTED?
:IF YES - OK, BR TO EXIT

ERRDF

16,EMG16

JERROR - UNEXPECTED HALT.

JMP

60%

TST
BEQ

MMANAG
40%

#81T14 ,aSEL6
218
11,EMG?1,ERRG2

8IC

TRAP
.WORD
.WORD
.WORD

gSERDF

TRAP

CSERDF

JARE THE BUFFERS MEMORY MANAGED?
sIF NOT - NO NEED TO DETERMINE PHYS.

;IS BIT 16 OF

THE PHYSICAL ADDR SET?

EMG16
0

ADDR.

;(1.E. BUFFER SHOULD BE IN_PHYSICAL
:ADDRESS RANGE: 200000 - 277776)

;PROCEED - IF BIT SET.

TRAP
.WORD
.WORD
-WORD

#81T15'gIT14,BSEL6 ;CLEAR THE EXTENDED ADDRESS BITS.
aSEL4

317777 R2

#160000,3SEL4

TST

BIS

#60000,3SEL4
408

CMP

#20000,R2

8IS

#100000,SEL4

228

238

EMG9
ERRGZ2

.WORD
.WORD
.WORD

60%

8IC
BIC

156552

65%

THIS A CONTROL OUT
NOT - PROCESS BA/CC OUT
THIS CONTROL OUT A HALT?
IT IS - SEE IF WE SHOULD RESUME.
THIS DMR RUN MODE ACKNOWLEDGE?
NOT = REPORT ERROR
T
JEXI

208

65%

MOV

020000
100000

21s:

#CNTRL ,@SEL?2

BNE
ERRDF

104455
000013
020252
015126
000505

005702
001004
052777
000421

ERRDF

BIT

001005

042777
017702
042702
042777

BIT
BEQ
BIT
BNE
81T
BEQ
JMP

BEQ

002354

000137
001452
032777

303 023426

000001

104

SEQ

INTERRUPT HANDLING ROUTINES

sSAVE BITS 0-15 OF THE PHYSICAL ADDRESS.

sSAVE ONLY PAGE ADDRESS BITS.
;CLEAR PAGE ADDRESS BITS IN SEL4

;DETERMINE PAGE # FOR VIRTUAL ADDRESS.

;IS THIS PAGE 3?
sIF NOT CHECK FOR OTHER PAGES
:SET BITS FOR PAGE 3.
;1S THIS PAGE 4?
;1F NOT = KEEP CHECKING
:SET BITS FOR PAGE 4.

C$SERDF
1
EMG11
ERRG2

CZDMIBO DMR-17 FUNCTIONAL TESTS MACRO v03.01
GLOBAL INTERRUPT HANDLING ROUTINES

319 023514
320 023516
321 023516
322 023522
323 023524
324 023532
325 023534
326 023534
327 023542
328 023542
329 023550
330 023552
331 023556
332 023562
333 023564
334 023566
023566
023570
023572
023574
335 023576

000412

23~APR-80 08:29:31

23%:

022702
001004
052777
000403

040000
120000

156504

052777

140000

156474

032777

000004

156464

24%

;1S THIS PAGE 5?
sIF NOT - MUST BE PAGE 6
sSET BITS FOR PAGE 5.

#140000,3SEL4

;SET BITS FOR PAGE 6.

#RCV,aSELZ

;1S THIS A RECV. BUFFER?
;IF YES - PROCESS THE BUFFER.
;DECREMENT BA/CC OUT XMIT,
;1S THE XMIT BUFFER ADDRESS CORRECT?
sIF YES - PROCEED.

#120000,aSEL4
408

40%:

508
ouUTXMT
(R5)+,aSEL4

002334
156454

SEQ

419
(R5)+
11,EMG11,ERRGS

;INCR. POINTER FOR ERROR MESSAGE.
:IF NOT - ERROR

TRAP

022577
001422

41%:

156434

104455

.WORD
.WORD
.WORD

60%

JEXIT ROUTINE

CMP
8EQ
ERRDF

(R5)+,QSEL6

;1S THE CHAR, COUNT CORRECT?
sIF OK - EXIT ROUTINE.
:IF NOT - ERROR

60%

12,EMG12,ERRGS

000014
020277

005337
022477
001406

50%:

002332

156406

104455
000013
020252
016016
005724
000402

350
351 023652
352 023652
353 023656
354 023660
355 023664

358 023674
359 023702
360 023702
361 023710
362 023712
023712

017724

005737
001011
005737
001006

DEC
cMP
BEQ
ERRDF

TRAP

.WORD
.WORD
.WORD

016114

000415

60$

JEXIT

OUTRCV
(R4)+,aSELS

;DECREMENT BA/CC OUT RCV
:1S THE RCV BUFFER ADDRESS CORRECT?
sIF OK - PROCEED

51%

11,EMG11 ,ERRG?7

TRAP

TST

51%:

156366

60%:

002334
002332

042777
012737

000100

177777

002354

042777
012600

000207

156324

156340

61%:

65%:
ENDSRV

105

40%
#40000,R2

248

PAGE 48-6

(R4)+

60%

. WORD
.WORD
.WORD

;UPDATE POINTER
SEXIT ROUTINE

MOV

ISELG, (R4)+

TST

OUTXMT
65%
OUTRCV

JHAVE ALL THE XMITS BEEN DONE?
sIF NOT, CONTINUE
;HAVE ALL THE RECEIVES BEEN DONE?
;IF NOT, CONTINUE

s CHANGE THE CHARACTER COUNT TO WHAT

;WAS RECEIVED.

1ST
BNE

65%

BIC
MOV

#-1,0UTFLG

#1E0,QSELZ

;CLEAR THE OUTPUT INTERRUPT
;FLAG AS DONE.

BIC

#R
! CMD,aS
DO
EL2

;CLEAR THE RDO BIT.
JRESTORE RO

(SP)+,R0

L10020:

C$SERDF
1
EMG11

ERRGS8

CSERDF

EMG12
ERRG8

CSERDF
1
EMG11
ERRG7

CZOMIBO DMR-11

GLOBAL

FUNCTIONAL TESTS MACRO v03.01

INTERRUPT HANDLING ROUTINES

3 023712

371 023722
023722
375 023722
373

SEQ

000002
R

BGNSRV
(2737

000001

002350

NOXMEM
MOV

ENDSRV

(00002

106

RTI

365
366
367 023714
28 023714
%98 023714

23~APR-80 08:29:31 PAGE 48-7

I I

NOXMEM: :
#1 ,NXMFLG

;SET FLAG IF MEMORY ADDRESSED IS NON-EXISTENT.
L10021:

RTI

po—

CZDMIBO DMR-17

SECTION

PAGE 49

SEQ

107

DROP UNIT SECTION

SIILILITTT707777777777777777777777777777777777777777777777/77777/77777/77/777777

:/ THE DROP-UNIT SECTION CONTAINS THE CODING THAT CAUSES A DEVICE

;/ TO NO LONGER BE TESTED,
SIIILITIIII7 7777777777777 777777777727777777777777777777777/77777777777777

023724
023724

023752
023752
023752
023754
023757
023762
023765
023770
023773
023776
024001

013746
012746
012746
010600

002366
023754
000002

062705

000006

104417

L$DU::
BRESET

104433

PRINTF

; ISSUE UNIBUS RESET

TO CLEAN UP
TRAP

#FMDROP,LOGDEV

MOV
MOV
MOV
MOV

TRAP
ADD

CSRESET
LOGDEV,~(SP)

#FMDROP,
- (SP)

#2,-(SP)
SP,RO

CSPNTF
#6,SP

ENDDU

L10022:

104453

045
101
1M

045
045

104
120
104

023724
023724
023726
023726
023732
023736
023742
023744
023746

BGNDU

—

—
—

23-APR-80 08:29:31

.SBTTL

o)
—
PV VT

—_

(e SV,
F 8

[
SN

0O~

WVISWN—

DROP UNIT

FUNCTIONAL TESTS MACRO v03.01

122
120
000

??g

FMDROP:

.ASCIZ

040

062

.EVEN

/XNXAUNIT

%ZD2%A DROPPED/

TRAP

C$DU

CZDMIBC DMR-17

TEST

FUNCTIONAL TESTS MACRO v03.01

- DMR (SR VERIFICATION

23-APR~80 08:29:31 PAGE 51

SEQ

108

}

.SBTTL

:ttttttttttttttttttttttttttt'tQtttttfitttttt'tttttttttttttttt"t'tntt't
i
TEST 1 - DMR-11

TEST 1

- DMR CSR VERIFICATION

;% VERIFY THAT ADDRESSING THE 4 UNIBUS CSRS DOES NOT CAUSE A NON-

:~ EXISTENT MEMORY TRAP.
%

;~ THE DMR IS AN NPR DEVICE RESIDING ON A UNIBUS.

COMMUNICATION

9
10
1

s~ BETWEEN THE MAIN CPU AND THE DMR IS ACCOMPLISHED THROUGH A
;* SET OF FOUR 16-BIT UNIBUS CONTROL AND STATUS REGISTERS (CSRS).
;* THE FOUR REGISTERS ARE ASSIGNED ADDRESSES IN THE 1/0 PAGE

;% NOTE:

;* FLOATING ADDRESS SPACE: 76XXX0 = 76XXX6

THIS TEST

IS REDUNDANT

IN THAT STATIC LOGIC

TESTS SHOULD

;* HAVE BEEN RUN BEFORE THESE FREE~-RUNNING TESTS WERE STARTED, AND

16
17

;* THEY SHOULD HAVE DETECTED ANY CSR ADDRESSING PROBLEMS .
;% BUT JUST IN CASE THOSE STATIC TESTS AREN'T RUN, WE'LL BE SAFE.

19 024004

BGNTST

ttlttnttttttnttttttt'tttttttttttttttttfit.ttttttttttttttttttttttttttt'

20 024004

21 024004
024004
024010
024014
024020
024024
024026
22 024032
23 024036

Sé

012746
012746
012746
012746
104437
062706
005037
005001

000010
002350

R
CLR

#4 ,#LOCATE ,#PRI0O7 :SET UP NON -EXISTENT MEMORY TRAP VECTOR.
MOV
#PRIO7,-(SP)
MOV
#LOCATE ,-(SP)
MOV
#%,-(SP)
MOV
#3,-(SP)
TRAP
C$SVEC
.
ADD
#10,SP
NXMF LG
JFLAG USED IN THE TRAP ROUTINE.
R1
;USE REGISTER TO REMEMBER WHICH OF THE

;4 CSRS WE ARE ADDRESSING.

:. tttt'ttttttttt'ttttttt'tttttttnttttitttttttt*ttttttttttt'tttttttttttttttt'

27
28
29

: IF ADDRESSING ANY ONE OF THE (SRS RESULTS IN A TRAP TO VECTOR 04, THE TRAP
; WILL REPORT THE ERROR (SEE INTERRUPT ROUTINE ‘'LOCATE').
OTHERWISE THE
; MEMORY REFERENCE IS UNEVENTFUL AND THE DEVICE IS READY FOR FURTHER TESTS

3
32
33
34
35
36

SETVEC

000340
024126
000004
000003

T1::

;. tttttttt'tt'tttttt't"ttttttttttttfitttttttttttttfitttttttittttttttttttttt't

024040
024044
024050
024054
024060

005777
012701
005777
012701
005777

40 024100
41 024102

001406

37 024064
38 024070
39 024074

012701
005777
005737

156166
000002
156160
000004
156152
000006
156144
002350

024102
024106

013700
104451

024110
43 024112

104444
005037

002350

024116

012700

000004

42 024110

44 024116
45 024116

024122

104436

TST
MOV
TST
MOV
TST
MOV
TST
ST

BEQ
DODU

002366

aSELO
#2 ,R1
aSELZ2
#4 R
aSELS
#6,R1
dSEL6
NXMFL G

108
LOGDEV

DOCLN
10%:

;TEST THE CSR AT 76Xxx0
;SAVE THE OFFSET OF THE NEXT CSR
JTEST THE CSR AT 76XXXx2
;SAVE THE OFFSET OF THE NEXT (SR
JTEST THE CSR AT 76XXX4
;SAVE THE OFFSET OF THE NEXT (SR
JTEST THE CSR AT 76XXX6
:WAS THERE A TRAP?

;IF NOT - EXIT.
;DROP THE DEVICE

MOV
TRAP

LOGDEV.RO
C$DODU

TRAP

CSDCLN

;DO CLEAN UP -~ FORCE BACK TO INIT CODE.

(LR

NXMFLG

JRESTORE THE FLAG.

CLRVEC

JRETURN VECTOR 04

TO NORMAL

STATE

MOV

TRAP

#4 RO

C$CVEC

CZDMIBO DMR=-17
1

-~ DMR CSR VERIFICATION

46
4“7 024124

024124
024124

23-APR~80 08:29:31

PAGE 51-1

SEQ

ENDTST

L10023:

106401

109

TRAP

CSETST

024314

010046
005737
001006

000006
024204
000000
005237

016146
010146
012746
012746
010600
104415
062706
012600

LOCATE
MOV
TST

002350

BNE

ERRDF

104455

002350

10%:

002232

RO,=-(SP)

NXMF LG

s INTERRUPT SERVICE ROUTINE
::
LOCATE

sSAVE RO

JHAVE WE HAD AT LEAST

6.EMTO

sNON-EXISTENT DEVICE ERROR

NXMF LG

PRINTX

#FMTO,R1,CSR(R1)

YES,

ENDSRV

(SP)+,RO

TRAP?

DON'T BOTHER DECLARING ANOTHER

;DEVICE FATAL ERROR

JSET

TRAP
WORD
.WORD
LWORD

THE FLAG

;PRINT

THE

(SR

0242642
000003

MOV

;IF

INC

000010

108

JRESTORE RO

THAT DOESN'T RESPOND.
MOV
MOV
MOV
MOV
MOV
TRAP
ADD

L10024:

000002

NWNHBON=
NS = = /O WNnNONI NIV

026136
026136
024140
024142
024144
024146
024152
024152
024152
024156
024160
024164
024170
024172
024174
59 024200
024202
024202
024202
61
62 024204
024207
024212
024215
024220
024223
024226
024231
024234
024237
63 024242
024245
024250
024253
024256
024261
024264
024267
024272

BGNSRV

OIS =O—=NOWN =N
DB NHON=O—=

50 024126
024126
024126
0264130
026134

..a_a-.ao—a_n—l—aoo_ao_AOOO—lo_A_a_n

TEST

FUNCTIONAL TESTS MACRO v03.01

EMTO:

.ASCIZ

/CSR ADDRESSING ERROR -

FMTO:

.ASCIZ

/%S3XACSR (SELXD12A)

RTI

TRAP &/

AT Z06XA DOES NOT RESPONDXN/

C$ERDF
6
EMTO
O

(SR(R1) ,-(SP)

R1,-(SP)
#FMTO,-(SP)

#3,-(SP)

SP.RO
CSPNTX

#10,SP

9
!CZDHIBO DMR=-17 FUNCTIONAL TESTS MACRO v03.01 23~APR-B0 08:29:31 PAGEG 51-2

lYEST

- DMR (SR VERIFICATION

024317

045

116

000

.EVEN

SE@ 110

[

CZDMIBO DMR=17

FUNCTIONAL

TEST 2 ~ ROM CHE(K

TESTS MACRO v03.01

LSBTTL

23-APR-80 08:29:31

PAGE 53

SE@

TEST 2 - ROM CHECK
AN R AR

A AN

AR N

TEST

A NN N AN AN

R NN AN N

RN RN AR NN

2 - DMR-11

s* ROM CRC/CCITT = CHECK ROM POSITION AND CALCULATE CRC/CCITT.

6
7

:* LAST 4 BYTES CONTAIN INFORMATION ABOUT THE ROM TO CHECK.

;* OF

THESE BYTES CONTAINS THE ASCII

;* CONTAINS THE ROM NUMBER.

9
10
1
12
13

VERSION NUMBER.

THE

ARS

THE

1ST7

THE 2ND BYTE

THE 3RD AND 4TH BYTES CONTAIN A NEGATIVE

;% CRC/CCITT WORD FOR THE ROM.
o
CHIP ADDRESS RANGE
o *
LOCATION
C(HIP NO.
BYTE
ADDRESS RANGE
M
EO3
0
LOW
0000 - 1777
i*
EQ2
1
HIGH
0000 - 1777

14
15
16

i*
o®
o

EQ4
EOQY
EOS

2
3
4

E14

LOW
HIGH
LOw

HIGH

2000 - 3777
2000 - 3777
4000 - 5777

4000 - 5777

. %

19
20

:ttttttttttttttt JMPORTANT '} 111111
ot a a kAR AR AR AR AN ARE AR R AN RN
;* FOR THIS TEST 7O RUN CORRECTLY, ENSURE THAT SWITCH 1 AT LOCATION

:* LOCKED OUT AND THE MAINTENANCE FEATURES WILL NOT BE ENABLED.

;* E85 ON THE M8207 IS ON.

24
25
26

P
o
o

R AR AR AR AN R

A A A N AN

IF THIS SWITCH IS OFF, BSEL1 WILL BE

R R A AN AR R

AN R AR A AR A RN N AR

AN A AN RN AR

R AN NNNRRR

SUBTEST 1 - ON THE FIRST PASS PRINT THE VERSION # |N EACH ROM
SUBTEST 2 - GENERATE THE CRC=CCITT IN EACH ROM AND COMPARE T

31
32 024322
024322
33 024322
024322
024322
34 024324
35 024332
36
37 024334
38 024336

.!tttttttttttttttttttttttttttttttttttttttttt'ttttttttttt'ttttttttttttt
BGNTST
12::
BGNSUB
12.1:
TRAP
($8SUB
CMP
#1,STARES
;IS THIS THE FIRST PASS?
BNE
5%
;JIF NOT = SKIP THIS SUBROUTINE.
JGET VERSION # FROM EACH ROM AND PRINT IT OQUT
CLR
R4
;# OF THE 1ST ROM
MOV
#1 RS
;& OF NEXT ROM

28
%3

M
o

39 0264342

40 024350

0264350
0264354
024360
0264364
024366
024370

41 024374
42 024374
43 0264400

2? 024406

46 026414

024414
024420

SUBTEST

IT AGAINST THE

CRC BLASTED

IN THE ROM

3 - COMPARE THE ROM # BLASTED IN THE ROM AGAINST THE
EXPECTED ROM 4,

. %

104402
022737
001061
005004
012705

012737

000001

001774

013746
012746
012746
010600
104414
062706

000006

117737

155634

117737

012746
010546

002270

002410

MOV

002366
025276
000002

155636

025634

#1?74 ROMADR

;ADDRESS OF BYTE CONTAINING # IN ROMS 0 £ 1

PRINTB

#FMT1,LOGDEV

;MICROCODE VERSION

CALL
MOVB

$ROMO
aBSEL6,REV]

JGET ROM CONTENTS.
sSAVE THE ASCII REVISION # OF

PRINTB

#FMT2,R4,#REV1,RS, #REV2

MOV
MOV
MOV
MOV
TRAP
ADD

1%:

025632

025634

MOVBR

aBSEL7,REV?

SQYETTHE REV.

# OF

LOGDEV,-(SP)
HFMT1 ,-(SP)
#2,-(SP)
SP,RO
CSPNTB
#6,SP

THE ROM

TYE NEXT ROM

MOV
MOV

#REV?,~(SP)
RS.~-(SP)

CZOMIEO DMR-11

FUNCTIONAL

TEST 2 - ROM (HECK

026422
024426
024430
024434

33 024474

55 024476
56 024476
024476
5 024476
58
59 024500
024500
024500
20 024562
1

022705
001410

SEG

062737
000737

000002
000002
002000

112

MOV
MOV

MOV
TRAP
ADD

000005

CMP
BEQ

ADD
ADD
ADD

002410

#5,RS

;ARE WE DONE?

:g.gg

;INCR. ROM NUMBERS

:gOOO.ROMADR

JIF

#REV1,~(SP)
R4 ,-(SP)

#FMT2,-(SP)
#5,-(SP)
SP,RO
CSPNTB
#14,S5P

YES - EXIT

;ADDRESS OF BYTES CONTAINING NEXT ROM REV #S.

5%:
ENDSUB

L10026:

104403

TRAP

CSESUB

TRAP

C$8sSuUB

BGNSUB

104402

005037

T2.2:

002342

65 024510
56

005037

002410

012737

177777

70 024522
71 024530

53-1

000014

005004

67 024514
68 024514

PAGE

025345
000005

62 024506
63
64

23-APR-80 08:29:31

02563¢

026440
0244662
026444

47
48 024450
49 024454
50 024456
51 026462
52 024466

TESTS MACRO v03.01

7T7
N12
e
wviet

012701

\27777

001000

002400

10%:

002402

(LR

FLAG

cUSE

CLR

;START

CLR

ROMADR

;BEGIN AT ROM ADDRESS 0

MOV

#-1,L0CRC

JINITIALIZE

MOV
MOV

#-1 _,HICRC
#1000 ,R1

THE

FLAG

TO MARK WHEN AN ERRDF

sHAS BEEN DETECTED IN THIS TEST.
CR(C

CHECK WITH ROM 0

;R4 IS THE ROM #.
THE LOCATION FOR THE
JROM IS CONTAINED IN THE TABLE 'ROMLOC'.

CRC WORD FOR THE LOW BYTE

cCALCULATION.

JINIT.

CRC WORD FOR THE HIGH BYTE.

JCOUNTER FOR LOOP TO READ THE ROM CONTENTS

JAND CALCULATE THE CRC - THE COUNTER IS S512.,

;BECAUSE 2 ADDRESS LOCATIONS ARE READ FOR EACH

sPASS

(1.E.

THE ROMS ARE 1K X 8 BITS)

: BECAUSE A ROM OUT WILL OUTPUT THE ROM CONTENTS (I.E.
;

80 024534
81 024534
82 024540
83 024546
84 024554
85 024560
86 024564
87 024572
88
89
90 024600
91 024604
92 024606

20%:
117737
117737
005237

002410

117737
117737

155450
155452

005237
005301
001443

002410

155474
155476

002404
002406
002405
002407

16 BITS)

THIS ROUTINE WILL CALCULATE/CHECK THE CRC 2 ROMS AT A TIME.

CALL
MOVB

MovB
INC
CALL
MOvB
MovB

INC
DEC
BEQ

$ROMO
aBSELO,LOWORD

sGET THE ROM CONTENTS
;SAVE THE LOW BYTE OF THE ROM CONTENTS.

ROMADR

s INCREMENT

aBSEL7 HIWORD
$ROMO
BSELES,LOWORD+1

BSEL7 ,HIWORD+1
ROMADR

R1
40%

;SAVE THE HIGH BYTE OF
THE

THE ROM CONTENTS.

ROM ADDRESS POINTER

;GET THE CONTENTS OF THE NEXT ROM ADDRESS
;SAVE THE NEXT LOW BYTE.

;SAVE THE NEXT HIGH BYTE.
sNOTE: AT THIS POINT LOWORD IS A WORD WHICH

JHAS 2 CONSECUTIVE LOW BYTES OF ROM CONTENTS.
- INCREMENT

THE

ROM ADDRESS POINTER

JARE WE FINISHED WITH THESE 2 ROMS?
;IF YES, CHECK CRC

CZDMIBO DMR-17

FUNCTIONAL

TEST 2 - ROM (HE(CK

TESTS MACRO Vv03.01

23-APR-80 08:29:31

;

97 024610
98 024614
99 024614
100 024616
101 024622
102
103
104 024626
105 024630
106 024634
107 024640
108 024646
109 024652
110 024652
111 024654
112 024660
113
114 024664
115
116 024666
117 024672
118 024676
119 024704
120 024710
121 024710
122 024712
123 024714

113; 024716

012703

000020

000241
006037
006037

002400
002404

102011
(€12702
(043702
042737
050237

102010
002400
102010
002400

000241
006037
006037

002402
002406

25%:

002400

30%:

102011
012702
043702
042737
050237

102010
002402
102010
002402

002402

35%:

005303
001340
000707

40%:

126
127

PAGE 53-2

SEQ

CRC/CCITT CALCULATION - CONVERT

THE WORD

(LOWORD & HIWORD)

A SERIAL STREAM FOR CALCULATION.

MOV

#16.,R3

;16 BITS TO CONSIDER

cLc
ROR
ROR

LOCRC
LOWORD

:CLEAR THE CARRY
JROTATE BITO INTO THE CARRY BIT
;ROTATE BITO INTO C AND THE OLD €

BVC
MOV
BIC
BIC
BIS

30%
#102010,R2
LOCRC ,R?2
#102010,LOCRC
R2,LOCRC

cLe
ROR
ROR

HICRC
HIWORD

BVC

35%

MOV
BIC
BIC
8IS

#102010,R2
HICRC,R?
#102010,HICRC
R2,HICRC

DEC
BNE
8R

R3
258
208

113

INTO BIT1S

JARE THE BITS 15 & BITS O THE SAME?
;JIF YES (V IS CLEAR), DON'T DO THE CRC
JNOTE: v IS THE EXCLUSIVE OR OF BITO & BIT1S.
:CRC/CCITT POLYNOMIAL

:CLEAR THE CARRY
JROTATE BIT 0 INTO C
JROTATE OLD C INTO BIT1S (SIGN) & BITO INTO C
JARE THE BITS O OF HICRC & HIWORD THE SAME?
;IF YES (V IS CLEAR), DON'T DO THE CRC.
;NOTE: V IS THE EXCLUSIVE OR OF BITO & BIT1S.
:CRC/CCITT POLYNOMIAL

;DO ALL 16 BITS

;GET THE CONTENTS OF THE NEXT 2 ROM ADDRESSES.

; AT THIS POINT WE'VE READ THE CONTENTS AND CALCULATED THE CRC FOR
; 2 ROM ROMS (ONE LOW BYTE & ONE HIGH BYTE).
ALSO WE'VE READ THE

}gg

; CRC BLASTED INTO THE LAST 2 BYTES OF THE ROM (IN LOWORD/HIWORD)

130 024716
131 024722
132
133 024730
134 024732
135
136 024736
137 024740
138 024746
024746

005137
023737

002400
002400

001427
005737

002342

001007
012737

000001

024750
024752
024754

104455
000007
025564
000000

024774

013746
013746
010446
012746
012746

139 024756
140 024756
024756
024762
024766
024770

002404

002342

41%:

002404
002400
025422
000004

CoM
CMP

LOCRC
LOCRC ., LOWORD

BEQ
TST

508
FLAG

BNE
MOV
ERRDF

418
#1,FLAG
7,EMT1

PRINTB

;COMPLEMENT THE CALCULATED CRC .
;1S THE CRC IN ROM THE SAME AS THE
:CALCULATED CRC?
;IF YES - CHECK THE HIGH BYTE CRC (NEXT ROM)
;HAS AN ERRDF ALREADY BEEN DECLARED (REMEMBER
WE'RE IN A LOOP)
;IF YES, DON'T BOTHER WITH ANOTHER ERRDF.
:FLAG THAT ERRDF HAS BEEN DETECTED.
;ROM ERROR
TRAP
CSERDF

#FMT3,R4,LOCRC,LOWORD

.WORD
.WORD
.WORD

7
EMT1
O

MOV
MOV
MOV
MOV
MOV

LOWORD ,~(SP)
LOCRC,~(SP)
R4 .-(SP)
#FMT3,-(SP)
#4,~(SP)

CZOMIBO DMR-11

FUNCTIONAL

TEST 2 - ROM CHECK

D
b
d
d
ol
ed i
e
d
b

VP 2l aE 2P 2L 2E 2L Rl »
OV
NO NN
-

025000

025032
025034
025042
025042
025044
025046
025050

151 025052

104414

005204
005137
023737
001427
005737
001007

012737

gkh\h\h\ll\ll\l'\h
NV~NONNSH
W

-t

N —

025150
025152
025152

SEQ

002402
002402

TRAP
ADD

50%:

R4
HICRC
HICRC,HIWORD

002406

60%

002342
000001

FLAG

51%

002342

#1,FLAG

7,EMTY

104455

D
D
)
d
e
d
—t e
P
Y

[o o0

025122
025122
025122
3 025124
025130
025132
025140
025140
025144

_g_._.—l_;_g—l—l—a—a—la—b—l—b_l
NNNVNNNNNNO
o o

000012

51%:

002406
002402

022704
001403
002204
000137

PRINTB

;FLAG THAT ERRDF

<ROM ERROR

HAS BEEN DETECTED.

TRAP

7
EMTI
0

MOV
MOV

HIWORD,~-(SP)
HICRC,-(SP)

#FMT3,
,HICRC ,HIWORD
R4

024514

70%:

MOV
MOV
TRAP
ADD
(MP
BEQ
INC
JMP

($SERDF

.WORD
.WORD
. WORD

MOV

60%:

SP,RO

(SPNTB
#12,SP

JWE'RE IN A LOOP)
;IF YES, DON'T BOTHER WITH ANOTHER ERRDF.

MOV

000005

114

JINCR ROM #
;COMPLEMENT THE CALCULATED CRC FOR THE HI BYTE
sROM CRC AND CALCULATED CRC THE SAME?
sIF YES = CHECK THE ROM LOCATIONS.
JHAS AN ERRDF ALREADY BEEN DECLARED (REMEMBER

025422
000004
000012

025120
025120
025120

K
9
PAGE 53-3

MOV

000007
025564
000000

013746
013746
010446
012746
012746

025120

23-APR-80 08:29:31

010600
062706

025026

TESTS MACRO v03.01

#5,R4

70%

108

R4 ,-(SP)

#FMT3,-(SP)

#4,-(SP)
SP,RO
CSPNTB
#12,SP

;IF WE'VE DONE ROMS 0-5, WE'RE DONE.
JEXIT WHEN DONE
cCHECK THE NEXT ROM.

ENDSUB

L10027:

104403

TRAP

C$ESLB

TRAP

csB8sSuB

BGNSUB

104402

12.3:

005037
005004
012737

001775

117701

155070

002342

000402

117701

042701
020104
001427
005737

155072
177760

002342

002410

10%:

FLAG

;CLEAR FLAG
;BEGIN AT ROM 0
;ADDRESS OF BYTE CONTAINING ROM #

$ROMO

JGET ROM LONTENTS
;SAVE THE CONTENTS OF THE LOW BYTE
JFOR ROMS 0.,2.4

R4
#1775 ,ROMADR

ABSEL6,RT
15%:

17%:

17%

aBSEL7,R1
#4C17,.R1
R1,R4

20%

FLAG

:SAVE THE CONTENTS OF

;JFOR ROMS 1,3,5

THE HIGH BYTE

sCONVERT THE ASCII BYTE TO AN OCTAL WORD.
;1S THIS THE EXPECTED ROM #
;IF YES - OK.
;HAS AN CRRDF ALREADY BEEN DECLARED (REMEMBER

CZDMIBO DMR=11

FUNCTIONAL TESTS MACRO v03.01

TEST 2 -~ ROM CHECK

001007
012737

000001

BNE
MOV

002342

ERRDF

104455
000007

002000

<ROM ERROR

PRINTB

20%:

. WORD
.WORD

EMT?
0

MOV
MOV

R4 ,-(SP)
R1,-(SP)
=(SP)
ROMLOC(R4)
, (SP)
NFMT4 ,-(SP)
#4,-(SP)

#FMT4,<B,ROMLOC(R4)>,R1,R4

MOV
MOV
MOV
TRAP
ADD

¢
BEQ
INC

002410

#5 R4
30%
R4

;DID WE FINISH THE LAST ROM?
JIF YES = SKIP TO THE END
JPOINT TO THE NEXT ROM #

8IT

#BITO,R4L
15%

;IF YES GO BACK AND READ THE HIGH BYTE

ggD

1ggOO,ROMADR

s INCR. ADDRESS POINTER TO NEXT ROM #.

BNE

gSERDF

SP,RO
CSPNTB

#12,SP

;1S THIS AN ODD #

ENDSUB

L10030:

104403

TRAP

C$ESUB

TRAP

CSETST

ENDTST

=B8N
O
VNN
=

e
e L Lo I Py o,

PON) = ed PO =2 =i PN
BN
NN
N=2WN

103

L10025:

SO O*-‘O—'O? = OO —=0O~NNWVO

104401
045
101

199

025372

JWE'RE IN A LOOP)

30%:

VIS ONMLONWN ==

025307
025312
025315

062737
000723

025274
025274
025274
198 025276
025301
025304

000001

—_

025262
025270
025272
025272
025272
025272

7,EMT?2

115

;IF YES, DON'T BOTHER WITH ANOTHER ERRDF.
cFLAG THAT ERRDF HAS BEEN DETECTED.

CLR
81s8B

000005

032704
001334

-3

025260

18%
#1,FLAG

SEQ

025623
025506
000004

OQOOQO =t el QO b b b
o—ao—n?o-a—a—l—n—a D
Y 9 PETNY
Y
e

SR8 BEIERA

)
D =D
D
e
b e
)
d
—
—

18%:

000012
022704
001410
005204

TRAP
. WORD

025604
000000
010446
010146
05046
156416
012746
012746

23-APR-80 08:29:31 PAGE 53-4

FMT1:

.ASCIZ

/XNXAMICROCODE REVISION IN UNITZD3XA:%N/

FMT?:

LASCIZ

/XAROMXD2XA - REV.

ZTINXAROMXD2XA -~ REV.

XTIN/

M9
CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 53-5

Sea

=) RSOOSR~

LASCIZ

/XAROMXD2XA:

FMT¢

LASCIZ

/XAEXD2XA IS ROM XD1%A (SHOULD BE ROM X%D1%A)IN/

MPNHNOO
NN
WW

EMT1:

.ASCIZ

/CRC-CCITT ERROR/

=0
O—=2N

EMT?Z:

.ASCIZ

/LOCATION ERROR/

ROMLOC:

.BYTE 3,2,4,1,5,14.

CALCUATED CRC =X06X%A

(C"C IN ROM -X06IN/

Y
4

ONNO

R0
au OO0~

=SOO=NBNNOO=E
N o (=
A=
N00
W=/ 0noonWnT

—deddca—a
Ot

—td e A D

&K —2O=REKoo—_—
—_—
-

220NON
VWS W

N=DOQO=\NND
= NOOO

VIWVNWNNWNESENOWVMININIW
= SN =

bbb
e =
et
d

025620
205
206 025623
025626
207

NN
=
NN

204

o0
QO

025563
202
203 025564

wvin

201

FMT3:

O WO

=SB OO=SHOONON

—

103

TNWNO O W=

200

QOO =
W= S~y

025375

ownses
N
OoO VN

TEST 2 -~ ROM CHECK

.EVEN

;ROM 0 = ROM LOCATION 3 ETC.

116

CZiLMIBO DMR-11

FUNCTIONAL TESTS MACRO v03.01

TEST 2 ~ ROM CHECK

208 025632
%?8 025634

21
212

000000
000000

REV1:
REVZ:

23-APR~80 08:29:31
.WORD
.WORD

0
0

N9
PAGE S3-6

SEQ

JASCII VALUE OF THE REV. NUMBER
JASCII

VALUE OF

THE REV.

NUMBER

117

—

CZDMIBO DMR-11

SEQ

118

alidilidll

S22

22 2222228

TEST 3 - DMR-11

B
NS NN NF

Ve VN, N, N, 8,0, &
V0
TN
Vs VeV

PAGE S 4

MASTER CLEAR
THIS TEST WILL ISSUE 2 MASTER CLEARS.
EACH CALL TO THE MASTER
CLEAR ROUTINE WILL ENSURE THAT THE RUN BIT WILL BE SET.
ALSO
THE MASTER CLEAR WILL CAUSE THE DIAGNOSTIC MICROTESTS TO BE
RUN WHEN THE MICRODIAGNOSTIC BIT (BIT 13 IN SELO) IS CORRECTLY
SET OR CLEARED.
BECAUSE THE RUNNING OF MICROTESTS DEPENDS ON THE
EXCLUSIVE OR OF THE
HARDWARE SWITCH 10 ON E134 OF THE M8203 AND
THE MICRODIAGNOSTIC BIT, WE CAN'T KNOW WHETHER THE SETTING OR

CLEARING OF BIT 13 WILL RESULT IN THE RUNNING OF MICROTESTS.

THEREFORE THE MASTER CLEAR SUBROUTINE WILL TOGGLE

(I.E.

SET

BIT 13 ONLY ON EVERY OTHER MASTER CLEAR) THE SOF TWARE BIT.

THIS WILL ENSURE THAT REGARDLESS OF THE POSITION OF THE
HARDWARE SWITCH, MICROTESTS WILL BE RUN EVERY OTHER MASTER CLEAR.
WHEN RUNNING THIS TEST, WE EXPECT TO ADD THE RESULTS OF BSEL3
AFTER EACH MASTER CLEAR.

BSEL3 = 100
= MICROTESTS DISABLED
BSEL3 = 200
= MICROTESTS RUN SUCCESFULLY
AEP6:$ESESULT OF THE 2 MASTER CLEARS IS NOT 300, AN ERROR IS

LAE

®e B

d ad

TEST 3 - MASTER CLEAR AND MICROTEST

AAAAAEASS

N BkB NF BN NF Nk NF NS NGNFBV NS NE N

D
e

VO NN

23-APR~80 08:29:31

.SBTTL

od end

W =20V~
N W —

3 -~ MASTER CLEAR AND MICROTEST

TEST

FUNCTIONAL TESTS MACRO v03.01

31
32 025642

025702
40
41 025706

025706
025710

DMC)

THIS WILL MEAN THAT THE DEVICE IS NOT A DMR

BGNTST

CLEAR
004737

011070

JSR

;MACRO FOR MASTER CLEAR

PC. SMSCLR

ixxxx MACRO EXPANSION *es+
“ISSUE A DMR MASTER CLEAR
:tfiit

104410
000072
105777

001011

025702

(1.E.

:'Q"fitttttli*t'ttfit***tttttt*ti*ttt'ittt*tifii*fifitt**fi'*tfi*"'fittttttt

29 025636
025636
30 025636

025636

ADDITIONALLY THIS ROUTINE WILL REPORT WHENEVER THE RESULT OF

BSEL3 IS 0.

ESCAPE

154372

012746
012746
010600
104414
062706
000420

017531
000001

117701

1564342

004737

000004

011070

TST

ézge

?gssL3

;1S

FRINTB

#FMG19

;REPORT DEVICE NCT DMR.

THERE A DMR RESPONSE?

5¢

MOVEB

aBSEL3.R1

JSR

PC,

000026

ESCAPE

TST

TRAP

SMSCLR

CSESCAPE

.WORD

L10031-.

MOV
MOV
MOV

NFMG19,
- (SP)
#1,~(SP)
SP.RO

TRAP
ADD

8R
CLEAR

3¢

;IF ERROR, BR TO TEST END.

CSPNTB
#4,SP

;SAVE THE RESULT OF THE FIRST MASTER CLEAR.

*MASTER CLEAR AGAIN.
“axxsx MACRO EXPANSION #xw#
“ISSUE A DMR MASTER CLEAR

;**tt

104410

L2 X

14 2

:IF ERROR, BR TO TEST END.

TRAP

.WORD

CSESCAPE

L10031-,

—

CZDOMIBO DMR-11
TEST

TESTS MACRO v03.01

3 ~ MASTER CLEAR AND MICROTEST

62 025712
43 025716
44

65
46
67 025720
48 025724
49 025726

}

FUNCTIONAL
117702
060102

122702
001404

025726
025730
025732
025734
50 025736
51 025736
025736
53 025736

104455
000003
025740
015242

53 025740
025743
025746
025751
025754
025757
025762
025765
54

115
122
105
040
124
117
114
105

23-APR-80 08:29:31

154326

mMovB
ADD

000300

CMP8
BEQ
ERRDF

PAGE 54-1

SEQ

@BSEL3,R2
R1.R2

sSAVE THE RESULTS OF THE SECOND MASTER CLEAR
;ADD THE RESULTS OF THE 2 CLEARS

#300,R2
5%
3 ,EMT3,ERRG3

sENABLED AND ONE SHOULD BE 200 - MICRO TESTS
sSUCCESFULLY RUN.
¢WAS THE MICROTEST COMPLETED?
;IF YES - OK
sMICROTEST NOT C”MPLETED

sNOTE:

ONE

5%:
ENDTST

103
124
126
117
103
120
124
000

EMT3:

SHOULD BE

104401
m
117
123
116
040
115
105
104

_ASCIZ

.EVEN

119

/MICROTEST NOT COMPLETED/

100 - MICRO TESTS NOT

L10031:

TRAP
.WORD
.WORD
.WORD

CSERDF
3
EMT3
ERRG3

TRAP

CSETST

(ZDMIBO DMR=1"

—

D e

& - BASE

IN COMMAND

TESTS MACRO v03.01

NN
= O O00 NOMN SNy —

TESY

FUNCTIONAL

SBTTL

D 10

PAGE

TEST & - BASE

SEQ

IN COMMAND

TEST 4

BASE

SUBTEST 1

= ISSUE A BASE IN

DMR MODE.

SUBTEST 2

= ISSUE A BASE IN

DMC MODE.

]

B
N
o

[

IN COMMANDS

~ DMR-11

;v
[

ENSURE THAT THE DMR MODE BIT (BIT &) IS SET IN
THE MICROCODE SCRATCH PAD 7 AND THAT THE DDCMP
MESSAGE VARJABLES ARE PROPERLY INITIALIZED.

ENSURE
THE

THAT THE DMC MODE BIT

MICROCODE

SCRATCH PAD

(BIT 4)

7 AND

THAT

IS CLEAR IN
THE

DDCMP

MESSAGE VARIABLES ARE PROPERLY INITIALIZED.

- %

;t"i"'fi'fitt".‘tfi""t"""ifitt'Q"'i"fit.fi.fi'fi'l’.".t'."*ttfi""t'

7 025770

BGNTST

18 025770

025770

19 025772

025772
20
21 025776
025776
026000
22
23 026002
026002
026006
026010
026012

26
25 026014
026014
026016
26 026020

T4::

BGNSURB

T4.1:

104402

CLEAR

004737

011070

JSR

:MACRO FOR MASTER CLEAR COMMAND

PC,

SMSCLR

ESCAPE

104410

TST

ARNEN

;IF ERROR, BR TO TEST END

TRAP

.WORD

011266

BASEIN

0,BASE,DMR

JSR

PC., $BASEI
.WORD
0
.WORD
BASE
. WORD
DMR

;JBASE IN COMMAND WITH NO MAINTENANCE,

ESCAPE

TST

sanns MACRO EXPANSION swwx
. CALL BASE IN ROUTINE
JMAINTENANCE MODE BITS TO SET
.BASE TABLE ADDRESS
;MODE

;IF

L 2

ERROR, BR TO TEST END

TRAP

. WORD

SHUTDN

004737

012564

27 026024

132737

000020

104455
000024
026466
000000

JSR

PC,

SHALT

""'*

002726

—

CS$ESCAPE

L10032-~.

saewxx MACRO EXPANSION wwsx
:DMR HALT ROUTINE.

BITR

#MB1T4 ,BASE+ISP7 ;SEE

BNE
ERRDF

108
20,.EMT4

L &

THE DMR MODE BIT

IS SET

IN THE

sDMR SCRAT(CH PAD REGISTER 7 (BASE TABLE
;LOCATION CONTAINS AN IMAGE OF SP7)

.0OK IF

SET - BR

TRAP

.WORD
. WORD
.WORD

:
108

;CHECK MESSAGE EXCHANGE VALUES
. IN THE BASE TABLE.

IN BSEL1

000226

026020

CSESCAPE

L10032-.

JBASE=BASE TABLE ADDRESS, AND DMR-11 MODE

;‘fi"

104410

C$8SUB

;ISSUE A DMR MASTER CLEAR

000244

004737
000000
002634
000522

TRAP

sevex MACRO EXPANSION wxxsx
"fitfifi

001004

——

120

"t.'."fi"t"""'.'.'.""'.'.tQ"'..t..fi.""t".'.."Q'.'.."Q"""

025770

23-APR-80 08:29:31

CSERDF

20
EMTS4
0

(ZDMIBO DMR-11

TEST & ~ BASt

35 026044
36 026050
37 026052
38 026056

026110
026112
47 026114
48 026114
026114
026114
49

50 026116
026116
026116
51 026120

026120

FUNCTIONAL

IN COMMAND

105737
001015

105737

001012
105737
001007
122737
001003
105737
001404

TESTS MACRO v03.01

002676

23-APR-80 08:29:31

1518

002677

002700
000001

002701

E 10

PAGE

(MESSAGE RECEIVED)

BASE +N

;

(MESSAGE

TRANSMITTED)

208
BASE +A
208

JERROR [F NON ZERO
. #A (MESSAGE ACKNOWLEDGED)
JERROR [F NON ZERO

JERROR IF NOT EQUAL TO 1.

(NEXT MESSAGE # TRANSMITTED)

(LAST MFSSAGE

TRANSMITTED)

L10033:

104403
BGNSUB

14.2:

104402

011070

JSR

cMACRO FOR MASTER CLEAR COMMAND

PC,

$MSCLR

ESCAPE

104410

57
58 026142
026142
026144
59 026146

;1F

004737
000000
002634
000000

011266

BASEIN

0.BASE.,O

JSR

PC,

ESCAPE

004737

012564

026152

132737

000020

JSR

$BASE!

.WORD

BASE

TST

001404
104455
000024
026561

TRAP

C$ESUB

TRAP

cs8suB

TRAP
.WORD

CSESCAPE
L10032-.

2 4

TO TEST END

sxxxx MACRO EXPANSION wwnw

;CALL BASE

IN ROUTINE

JMAINTENANCE MODE BITS TO SET
;BASE

. MODE
;IF

TABLE ADDRESS

IN BSEL1

Axxw

ERROR, BR TO TEST END

$HALT

TRAP

CSESCAPE

L10032-.

sx%xxx MACRO EXPANSION xwxx
:DMR HALT ROUTINE.
* Rk kK

002726

20
EMTS
ERRT1

.WORD

PC,

CSERDF

.WORD
.WORD
.WORD

;AND DMC MODE.

SHUTDN

026146

026160
026162
026162
026164
026166

1 2

ERROR,

TLe

104410
000100

= 0?

;BASE IN COMMAND WITH NO MAINTENANCE

.WORD

1?7

sewxx MACRO EXPANSION xexx
;ISSUE A DMR MASTER CLEAR

000116

56 026130

026130
0261 34
026136
026140

TST

TRAP

;fit**

53 026124
026124
026126
54

= 0?

ENDSUB

004737

= (?

30%:

CLEAR

121

= 0?

JERROR [F NON ZERO

20,EMTS ERRT

104455
000024

026513
026246

SEQ

208

%3§E+x

20%:

BASE +R

A1 ,BASE+T

002702

56-1

1 2.2 21

BITB

#B1T4 BASE+ISP? :SEE IF THE DMR MODE BIT IS CLEAR IN THE

BEQ
ERRDF

108
20,EMT6

;DMR SCRATCH PAD REGISTER 7 (BASETABLE
;LOCATION CONTAINS AN IMAGE OF SP7)
;0K IF CLEAR - BR
TRAP

.WORD

CSERDF
20
EMT6

CZDMIBO DMR-17

TEST & - BASE

026170
65 02672
66
67
68 026172
69 026176

70 026200
71 026204
72 026206
73 026212
74 026214
75 026222
76 026224
77 026230
78 026232
79 026232

026232
026234
026236
026240

80 026242
81 026242

026242
026242

83 026244
026244
026244

85 026246
026246
026246
026252
026254
026254
0262%6
026-.62
026266
26272
026274
026276

FUNCTIONAL

IN COMMAND

000000

105737
001015
105737

93 026336

F 10
PAGE 56-2

SEQ

ERROR IF NON ZERO

002677

;

AN (MESSAGE

002701

;

AT (NEXT MESSAGE # TRANSMITTED)

;

;ERROR IF NOT EQUAL TO 1.
(LAST MESSAGE

30$:

L10034:

ENDTST

L10032:

104401
BGNMSG

153716

012746
012746
010600
104414

002676

BASE+R
;IS AR - 02
1%
;0K - IF ZERO
#EMTS,<B,BASE+R> ;PRINT AR

002676
026625
000002
000006

105737

002677

105737
001413

BEQ

PRINTB

062706

005046
153716
012746
012746
010600
104414
062706

ERRT1
TSTB

1%:

TSTB
BEQ

BASE +N

HFMT6,<B, BASE*N>

20
EMTS
ERRT1

TRAP

C$ESUB

TRAP

CSETST

CLR
BISB
MOV

-(SP)
BASE+R, (SP)
RFMTS ,-(SP)

TRAP
ADD

CSPNTB
#6,SP

CLR
8iSB
MOV
MOV
MOV

-(SP)
BASE+2, (SP)
#FMT6,
- (SP)
#2,-(SP)
SP,RO

ERRT1::

2%:
BASE+A

#2,-(SP)
SP.RO

OK - If ZERO
;PRINT AN

TRAP
ADD

TSTB
BEQ
PRINTB

CSERDF

.WORD
. WORD
.WORV

IS M
= 0?

002636
026656
000002

002700

= 0?

MOV
MOV

PRINTB

000006

TRAP

104403

005046

TRANSMITTED)

20,EMTS5 ERRT1

ENDSUB

001413

= 0?

; WA (MESSAGE ACKNOWLEDGED) = 0?
JERROR IF NON ZERO

20%:

105737

TRANSMITTED)

:ERROR IF NON ZERO

002702

026246

;CHECK MESSAGE EXCHANGE VALUES
;IN THE BASE TABLE.
; #R (MESSAGE RECEIVED) = 0?

002676

000001

122

.WORD

10%:

95 026336
96 026342
97 026344

23-APR-80 08:29:31

002700

001413

026332

TESTS MACRO v03.01

IS #A = 0?

OK - ]F ZERO
#FMT7,<B, BASE*A) ;PRINT #A

CSPNTB
#6,SP

CZDMIBO DMR-11

TESYT 4 - BASE

FUNCTIONAL

IN COMMAND

026344
026346
026352
026356
026362
026364
026366

98 026372
99 026372
100 026400
101 026402
026402
026404
026410
026414
026420
026422
026424
102 026430
103 026430
106 026434

105 026436

026436
026440
026444
026450
026454
026456
026460

106 026464
107 026464

026464

005046
153716
012746
012746
010600
104414
062706
122737
001413

111

026561

026564
0265€7

002701

3$:

CMPB
BEQ
PRINTB

#1 ,BASE+T
JIS #T =17
4%
;0K - IF ONE
#FMT8,<B,BASE+T> ;PRINT #T

123

CLR
BISB
MoV
MoV
MoV
TRAP
ADD

=(SP)
BASE+A, (SP)
HFMT7,-(SP)
#2,-(SP)
SP,RO
C$PNTB
#6,SP

=(SP)
BASE+T, (SP)
HFMT8,-(SP)
#2,-(SP)

000006

Mov
TRAP
ADD

SP,RO
CSPNTB
#6,SP

105737

002702

CLR
BISB
MOV
MOV
MoV
TRAP
ADD

~(SP)
BASE
+X, (SP)
HFMT9,-(SP)
#2,-(SP)
SP,RO
CSPNTB
#6,5P

TRAP

CEMSG

001413

005046
153716
012746
012746
010600
104414
062706

104
040
104
102
040
124
105
104
115

026532
026535
026540
026543
026546
026551
026554
026557

000006
000001

SEQ

CLR
B1s8B
MOV
MoV

109 026466
026471.
~ 026474
026477

026527

002700
026707
000002

G 10

PAGE 56-3

002701
026740
000002

104423

026521
026324 .

23-APR~80 08:29:31

005046
153716
012746
012746
010600
104414
062706

108 026464

026502
026505
026510
110 026513
026516

TESTS MACRO v03.01

115
123
105
101
101
105
051
117

4%:

000006

PRINTB

#FMT9,<B,BASE+X> ;PRINI #X

;IS ax = 0?
;0K =

ZERO

5%:
ENDMSG

L10035:
115
115
105
m

122
117
040
124

116
040
124
104
120

117
123
000
105
040

040

126

105
101

122
124

040
104

115
105

117
040

115

EMT4:

_ASCIZ

/DMR MODE BIT NOT SET/

EMTS:

.ASCIZ

/DDCMP MESSAGE VARIABLE(S) NOT CORRECT/

123
107

M
114
123
116
040
122
103

104

BASE +X

002702
027003
000002

122
102
050
040
124
117
105
000

103

1STB

BEQ

103

EMT6:

.ASCIZ

/DMC MODE - DMR MODE BIT NOT CLEARED/

026572
026575

026600

IN COMMAND

103

OOO—=NEH =M
£ 2WNNSONMNO

4 -~ BASE

104
040
104
102
040
124
114
122
000

O
=

TEST

FUNCTIONAL TESTS MACRO v03.01
Qe 0O
P
TM R B
B ST Y o
N=08
OO0DO
—a0,
[0
AV,
[, W1V, BNV, IV, T Yo LIV, V. [V IV ]

CZDMIBO DMR-17

043

040

050

FMTS:

H 10
23-APR-80 08:29:31 PAGE 56-~4

LASCIZ

/ XAAR

10
122

(MSG.

SEQ

RCVD)

= XD3IN/

114

FMT6:

LASCIZ

/ XAAN

(MSG.

XMIT)

= ZD3IN/

115

FMT?7:

.ASCIZ

/ XA#A

(MSG.

ACK)

= XD3IN/

116

FMT8:

LASCIZ

/RART

(NEXT MSG TO XMIT)

AD3AN/

FMT9:

LASCIZ

/ XAXX

(LAST

ID3IN/

027030

b e e b b d -2 O
NO = = N\ =2 Ly &~
OB NS~ OWN

116

117

COMPLETED XMIT)

124

110

CZDMIBO DMR=-11 FUNCTIONAL TESTS MACRO v03.01 23~APR-80 08:29:31 PAGE 56-5
&

- BASE

027033

027036
027041

2OV

PON)
— —

TEST

027044

IN COMMAND

124

116

000

075
104

040
063

04y

045
045

.EVEN

SEQ

125

CZOMIBO DMR=11

FUNCTIONAL

TEST S ~ DMR COMMANDS

TESTS MACRO v03.01

23-APR-80 08:29:31

J 10

PAGE 57

SEQ

126

}

LSBTTL

.""""'fi."**"‘...."""""*.'.".'*'fi't..'"t'.fi'..fifi"...'."'."

TEST 5 - DMR COMMANDS

TEST

5 - DMR-11

5
6

;~ DMR COMMANDS
;*
SUBTEST 1
= ]JSSUE AN ENABLE EXTENDED ERROR COMMAND AND (HECK THAT

THE EXT.

;*
J

IS SCRATCH PAD

13.

THEN

SUBTEST 2

= SET REP/SEL TIMER VALUE AND SET THE DMR THRESHOLD
VALUES.
C(HECK THAT THE VALUES ARE CORRECT IN

THE BASE TABLE AFTER HALTING THE DMR.

o *

16 027046

BGNTST

IS SET

?éS??EEREXTENDED ERROR AND CHECK THAT THE ENABLE BIT

10
1

ENABLE BIT

"t"‘"fit.fifi*.'fi.*'."""""..""fi*"'."Q"fi‘.""*."l’""*fi*'..fi'

027046
17 027046

027046
027046

104402

027050

004737

18 027050

TS::

BGNSUB

T5.1:
CLEAR

011070

JSR

<MACRO FOR MASTER CLEAR COMMAND

PC, $MSCLR

20 027054
027054
o1 027056

ESCAPE

104410
000330

22 027060

027060
027064
027066
027070

TST

BASEIN

004737
004000
002634
000522

011266

JSR

027076
027102
027104
027106

ESCAPE

104410
000312
004737
000006
000000
000000

012070

TST

DMRIN

EXERR

JSR

PC, $DMRIN
LWORD
EXERR
MWORD
O
WORD
O

27 027110
027110
027112
28 027114

104410
000274

027114

004737

ESCAPE

T1ST

SHUTDN

012564

104410

LINE UNIT LOOP,

;CALL BASE N ROUTINE WITH DEFAULTS
JSET LINE UNIT LOOP
;BASE TABLE ADDRESS
;DMR-11 MODE
L2 2

;IF ERROR, BR TO TEST END

TRAP
WORD
JENABLE EXTENDED ERROR NOTIFICATION

CSESCAPE
L10036-.

Jxnen MACRO EXPANSION wxxx

;CALL DMR MODE INPUT ROUTINE
;INPUT COMMAND
;NO SEL4
;NO SEL6
L2 K

;IF ERROR, BR TO TEST END
JHALT THE DMR

TRAP
.WORD

CSESCAPE
L10036-.

TRAP

CSESCAPE

saxnex MACRO EXPANSION xewx

JSR

PC, $HALT

;DMR HALT ROUTINE.

ESCAPE

TST

;1F ERRPR, BR TO TEST END

*ARRN

29 027120
027120

CSESCAPE
L10036~.

sxewx MACRO EXPANSION wxnx

"'fit"

L2 8

;IF ERROR, BR TO TEST END

:*‘fi"

23
24 027072
027072
027074
25 027076

TRAP
WORD

;ISSUE A DMR MASTER (CLEAR

JBASE IN COMMAND WITH

PC, $BASEI]
.WORD
LPLU
.WORD
BASE
.WORD
DMR

(e8sSuUB

sxnwx MACRO EXPANSION xwwx
".'**

TRAP

L2231

CZDMIBO DMR-11

FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31

TEST S -~ DMR COMMANDS

000264
132737

000001

002732

BNE
ERRDF

104455

10%:

004737
004000
002634

SEQ

011266

s IMAGE OF SCRAT(CH PAD 13,

108

;BIT SET - 0K,

24 EMT7

;ERROR EXT ENABLE CLEAR
.WORD
.WORD
.WORD

20%

BASEIN

LPLU,BASE ,RES!DMR ;BASE

JSR

010522

027160
027164
027166
027170

DMRIN

PC, $BASE]
.WORD
LPLU
sJMAINTENANCE MODE BITS
.WORD
BASE
;BASE TABLE ADDRESS
.WORD
RES!DMR ;MODE

004737

012070

JSR

000000
000000

DXERR
PC,

DXERR
O
O

027172
027174
1 027176

000212

027176

004737

027202
027202
027204
027206

027214
027216
027216
027220
027222
027224
47 027226
48 027226
027226
027226
49

ESCAPE

104410

TST

senxx MACRO EXPANSION xwws
;CALL DMR MODE INPUT ROUTINE

;INPUT COMMAND
;NO SELé&
;NO SEL6

;IF

SHUTDN

012564

JSR

AANR

ERROR, BR TO TEST END

JHALT THE DMR

PC,

SHALT

132737

000001

002732

BITB

001404

BEQ
ERRDF

104455

TST

TRAP

.WwORD

L10036-.

sxnxx MACRO EXPANSION wwwe

;IF

ERROR,

L2 8

TO TEST END.

TRAP

.WORD

CSESCAPE

L10036-.

#81T0,BASE+ISP13 ;CHECK EXT ENABLE BIT IN THE BASE TABLE.
s IMAGE OF SCRATCH PAD 13.
20%
cIF CLEAR OK
24 ,EMT7

JERROR EXT ENABLE

SET

TRAP

000030
027716
000000

CSESCAPE

;DMR HALT ROUTINE.
:tfifi'

ESCAPE

IN BSEL1

kRN

"'*t.

40 027172

TO SET

;DISABLE EXTENDED ERROR NOTIFICATION.

$DMRIN

.WORD
.WORD
.WORD

CSERDF

24
EMT7
0

IN COMMAND WITH RESUME SET.

suxxx MACRO EXPANSION wexx
;CALL SASE IN ROUTINE

;*fitfi

027160

127

.WORD
L10036-.
#8ITO,BASE+ISP13 ;CHECK EXT ENABLE BIT IN THE BASE TABLE.

TRAP

027146
027152
027154
027156

BITB

001005

027122
30 027124
3
32 027132
33 027134
027134
027136
027140
027142
027144
027146
027146

K 10
PAGE 57-1

:
208

CSERDF

. WORD
.WORD
.WORD

24
EMT?7
0

TRAP

($ESUB

TRAP

($BSUB

ENDSUB

L10037:

104403

50 027230

BGNSUB

027230
027230
51 027232

104402

027232

004737

15.2:
CLEAR

011070

JSR

PC,

SMSCLR

;MACRO FOR MASTER CLEAR COMMAND
cvenex MACRO EXPANSION wxxn
JISSUE A DMR MASTER (LEAR
"I'Q.

ARRYN

—

CZDOMIBO DMR=-11

L 10

FUNC géONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE §57-2

SEQ

TEST 5 -~ DMR COMMAN

027236
027236
027240

ESCAPE

106410

56
57 027254
027254
027256
58 027260

027260
027264
027266
027270

:1F

ERROR, BR TO TEST END

000146

BASE IN

004737
004000
002634
000522

011266

JSR

;BASE

PC, SBASE]
.WORD
LPLU
.WORD
BASF
WORD
DMR

N COMMAND WITH

ESCAPE

106410

000130
004737

012070

TST

:CALL BASE IN ROUTINE WITH DEFAULTS
:SET LINE UNIT LOOP
:BASE TABLE ADDRESS
:DMR-11 MODE

:IF

AANE

ERROR, BR TO TEST END

TIMER.O,54

JSR

PC, SDMRIN

:CALL DMR MODE INPUT ROUTINE

JWORD
.WORD

:SEL4 VALUE
:SEL6 VALUE

000000
000054

TIMER

0
54

;SET REP/SELECT TIMER VALUE
sexax MACRO EXPANSION #xwe

ESCAPE

104410
000112

TST

:IF

.WORD

C(SESCAPE

L10036-.

(OR BITS TO CLEAR IN BSEL6)
(OR BITS TO SET IN BSEL6)
AN R

ERROR, BR TO TEST END

;SET

TRAP

:INPUT COMMAND

;tififi

027272
027272
027274

LINE UNIT LOOP,

DMRIN

.WORD

(SESCAPE

L 10036-.

;eanx MACRO EXPANSION #xes

:Q'.'

000012

TRAP

.WORD

027242
027262
027246
027250
027252

TST

128

TRAP
.WORD

(SESCAPE
L 10036-~.

THRESHOLD VALUES AS FOLLOWS:

:BSEL4 = NAKS RECEIVED (3)

65
67 027276

027276
027302
027304
027306

004737
000013

012070

DMRIN

THRESH,5403,2015

JSR

PC, $DMRIN
.WORD
THRESH

005403
002015

.WORD
.WORD

5403
2015

:BSELS = NAKS TRANSMITTED (13)
:5SEL& = REP/SEL SENT (15)
:BSEL7 = NO BUFFFER (4)
;xxwx MACRO EXPANSION sxwx

:CALL DMR MODE INPUT ROUTINE
:INPUT COMMAND

:SEL4 VALUE
:SEL6 VALUE
;ttt*

027310
027310
027312
70 027314

106410
000074

027314

004737

71 027320

027320

72
73
74
75
76 2
77 027352

ESCAPE

TST

SHUTDN

012564

JSR

PC, SHALT

ESCAPE

TST

000064
122737
001020
122737
001014
122737
001010

000054

002711

000015

002720

000003

002714

(MPB
BNE
(MPB
BNE
(MPB
BNE

L 8

;IF ERROR, BR TO TEST END
;HALT THE DMR.
;xxxx MACRO EXPANSION #xws

:DMR HALT ROUTINE.
"iitt

104410

(OR BITS TO CLEAR IN BSEL6)
(OR BITS TO SET IN BSEL6)

:IF

12 2

TRAP
.WORD

CSESCAPE
L10036-.

TRAP

(SESCAPE

ERROR, BR TO TEST END

.WORD
L10036-.
454 ,BASE+PRETIM ;CHECK REP/SEL TIME IN BASE TABLE.
108
:1F NOT 54, BR TO ERROR.
#15.BASE+TH3L
:CHECK REP. THRESH. IN BASE TABLE.
108
:1F NOT 15, BR TO ERROR.
#3,BASE+THIL
:CHECK NAK RCVD. THRESH. IN BASE TABLE.
10$
:1F NOT 3, BR TO ERROR.

—

CZOMIBO DMR-17 FUNCTIONAL
TEST 5 -~ DMR COMMANDS

78 027354

81 027372
82 027374

83 027374
027374

122737
001004
122737
001404

TESTS MACRO v03.01

000013

002716

000004

002722

23-APR-80 08:29:31

57-3

SEQ

#13,BASE+THOL
108

;CHECK NAK SENT THRESH. IN BASE TABLE.
;IF NOT 13, BR TO ERROR

20%

JIF &4, ALL CHECKS OK = EXIT

#4 BASE + TH4L

10%:

104455
000030
027747
027410

PAGE

sCHECK NO BUF.

THRESH.

24 ,EMT8,ERRT3

20%:

104403

027410
027410
89 027410
027410
027414
027420
027424
027430
027432
027434
027440
027440
027442
027446
027452
027456
027460
027462
91 027466
027474
93 027476

L10040:

ENDTST

L10036:

104401

BGNMSG

017746
017746
012746
012746
010600
104414
062706
005046
153716

012746
012746

ERRT3
PRINTB

152620
152612

#FMG1,aSELO,@SEL2

;PRINT SELO AND SEL?2

016334
000003
000010

PRINTB

005046
153716

012746
012746
010600

027556

104414
062706

000003

000006

TRAP

CSETST

MOV
MOV
MOV
MOV
MOV

aSEL2,~(SP)
@SELO,~(SP)
#FMG1 ,~(SP)
#3,-(SP)
SP,RO

RRT3::

CLR

002711

CMPB
BEQ
PRINTB

#54 ,BASE+PRETIM ;IS REP/SEL TIME 0OK?
1%
:BR IF 0K
HFMT12,<B,BASE+PRETIM> :PRINT IT OUT.

MOV
MOV
MOV
TRAP
ADD

002714

CMPB
BEQ

CSPNTB
#10,SP

CLR

#3,BASE+TH1L

=-(SP)

BASE+ISP13,
(SP)
#FMT11,-(SP)
#2,~(SP)
SP.RO
CSPNTB

#6,SP

-(SP)

RISB

BASE+PRETIM,
(SP)

TRAP
ADD

CSPNTB
#6,SP

MOV
MOV
MOV

PRINTB

002714
030072
000002

CSESUB

BISB

000006
122737

TRAP

#FMT11,<B,BASE+ISP13> :PRINT OUT THE IMAGE OF SCRATCH PAD 13,

002711
030035
000002

001413

24
EMTS
ERRT3

TRAP
ADD

002732
030004
000002
000006
00C054

CSERDF

. WORD
.WORD
.WORD

#FMT12,-(SP)
#2,-(SP)
SP,RO

;IS NAK RCVD 0OK?

23
:
IF OK.
#FMT13,<B,BASE+THIL> :PRINT IT OUT

TABLE.

TRAP

ENDSUB

027406
027406

IN BASE

12y

CLR
8158

Vv
0V
MOV

TRAP

ADD

=(SP)
BASE +TH1I , (SP)

#FMT13,-(SP)
#2,~(SP)
SP,RO
CSPNTB

#6,SP

CZDMIBO DMR-11

FUNCTIONAL TESTS MACRO v03.01

TEST 5 -~ DMR COMMANDS

005046
153716
012746
012746
010600
104414
062706

027714
027714

104423

115 027747

027752
027755
027760
027763
027766
027771
027774
027777

3$:

CMPB
BEQ
PRINTB

#15,BASE+TH3L
;1S REP LEVEL 0K?
4%
BR IF OK.
#tMT15,<B, BASE+TH3L> JPRINT IT out

000006
000004

002722

4$:

CMP8B
BEQ
PRINTB

#4 BASE+TH4L
;1S NO BUFFER LEVEL OK?
5%
:BR IF OK.
#FMT16,<B,BASE+TH4L> ;PRINT IT OUT

#FMT14,<B, BASE+TH2L> JPRINT IT OUT

002722
030221
000002
000006

122

130

;IS NAK SENT 0K?
BR IF OK.

002720
030164
000002

5%:
ENDMSG

L10041:

EMT7:

.ASCIZ

/EXT.

EMTS:

LASCIZ

/DMR MODE INPUT COMMAND ERROR/

—t et b A O =2 ) —2 —

027716
027721
027724
027727
027732
027735
027740
027743
027746

#13 BASE+TH2L
3%

ERROR BIT INCORRECT/

110 027714
111 027714

002720

—)ed d O e —d —d D

027666
027670
027674
027700
027704
027706
027710

CMPB
BEQ
PRINTB

PONNORO=0ON
£HNOWON NS

122737
001413

000015

R U U W

106 027656
107 027656
108 027664
109 027666

005046
153716
012746
012745
010600
104414
062706

000006

NBO=N=O
==
NO =Y OWVNYWNY

027636
027642
027646
027650
027652

122737
001413

2%:

SEQ

002716
030127
000002

[RY o Yy YO S

027620
027620
027626
027630
027630
027632

—
) wed
b
b
b
b
O—=O bbbt - ) -t
O —=ON)— OoOrO
Q=
—md =i \) NO
NSV
SO N
OO\

102
103
104
105

002716

=HO==0BNB
N
NWVMOWNMOOONN)

005046
153716
012746
012746
010600
104414
062706

027572

o
&
o

027572
027574
027600
027604
027610
027612
027614

101

000013

122737
001413

O
N

98 027562
99 027562
100 027570

N 10
23-APR-80 08:29:31 PAGE 57-4

CLR
BISB
mMov
MOV
MoV
TRAP
ADD

-(SP)
BASE+THZL, (SP)
H#FMT14,-(SP)
#2,-(SP)
SP,RO
C$PNTB
#6,SP

CLR
BISB
MoV
MOV
MOV
TRAP
ADD

=(SP)
BASE+TH3L, (SP)
#FMT15,-(SP)
#2,~(SP)
SP,RO
CSPNTB
#6,SP

CLR
BISB
MOV
MOV
MOV
TRAP
ADD

-(SP)
BASE+TH4L
, (SP)
#FMT16,-(SP)
#2,-(SP)
SP,RO
CSPNTB
#6,SP

TRAP

CEMSG

030051

030054
030057
030062
030065
030070

119 030072

030075
030100
030103
030106
030111
030114
030117
030122
030125
120 030127
030132
030135
030140
030143
030146
030151
030154
030157
030162
121 030164
030167
030172
030175
030200
030203
030206
030211
030214
030217
122 030221
030224
030227
030232
030235
030240

045

105
123
040

115

126
125
075
104
116

045

107
122
104
110
123
114
075
104
116
045
10
123
124
11C
123
114
075
104
116
045
105
123
124
110
123
114
075
104
116
045
117
125
105
124
105

FMT12:

ASCl1Z

/XAREP-SEL TIME VALUE = XD3IN/

FMT13:

.ASCIZ

/¥ANAK RCVD THRESHOLD = ZD32AN/

FMT14:

LASCIZ

/%ANAK SENT THRESHOLD = XD3IN/

NS WVNaiiidNN—

=2ONONSO—

030040
030043
030046

/XAIMAGE OF SP 13 = XD3AN/

NWVNOHO=SHVIND

118 030035

.ASCIZ

ONWVSHOCOO

120
063
040
063
000

FMT11:

)b QOO = ca b

030020
030023
030026
030031
030034

115
105
106

—

045

030007
030012
030015

RERESEKSok N

117 030004

OQO=IO ==

122

O=td e aO—

1y 030002

B 11

23-APR~80 08:29:31 PAGE 57-5

KaonmE=2

CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO v03.01
TEST 5 - DMR COMMANDS

FMT15:

ASCIZ

/XAREP SENT THRESHOLD = XD3AN/

FMT16:

LASCIZ

/%ANO BUFFER THRESHOLD = XD3XIN/

SEQ

131

CZDMIBO DMR=-17 FUNCTJONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 57-6
TEST S - DMR COMMANDS

123
126
125

030243
030246
030251
030254

117
040

045
045

114

075
104

116

.EVEN

SEQ

132

—

CZDMIBO DMR-11

D 1N
FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 58

TEST 6 ~ CONTROL

IN COMMAND

133

}

.SBTTL

:ttttt'ttttttttttttt"tttt'ttttttt'tttttt'fittttttttttttttttttttt'ttttt

5
6

;*
:*

;

TEST 6 = CONTROL IN COMMAND
TEST 6 -~ DMR-11

(ONTROL IN COMMAND TEST SUBTEST 1
<~ CONTROL IN, FULL DUPLEX, DDCMP MODE.

12
13

o
;%

15
16
17
18

SUBTEST 2

ALSO ENSURE THAT DDCMP MODE BIT IS SET IN SCRATCH PAD 7.

-~ g?#T?gLsé¥. HALF DUPLEX.

20 030260
030260
21 030260
030260
030260
22 030262
030262

23
24 030266
030266
030270
25 030272

030272
030276

030300
030302

SUBTEST 3

SUBTEST &

-~ CONTROL

IN, MAINTENANCE MODE.

ENSURE

BIT IS SET IN SCRATCH PAD 7.
- CONTROL IN USING SELECTED LOOPBACK.
USING THE USER SELECTED LOCPBACK.

THAT MAINT.

MODE

ISSUE A CONTROL IN
THE LOOPBACK

NOT CORRECT, DMR RUN MODE ACKNOWLEDGE WwILL NOT BE
RECEIVED.

.'ll'ttfitlttt'tfi‘ttt'ttt't'tt'ttttitttttt'tttttttttttttt'ttttttittttttt

BGNTST

T6::

BGNSUB

104402
004737

16.1:
CLEAR

011070

JSR

;MACRO FOR MASTER CLEAR

PC, SMSCLR

ESCAPE

104410
000404

004737
004000

TST

011266

JSR

002634
000522

.WORD
.WORD

BASE
DMR

104410
000366

030310

004737
000000

ESCAPE

TST

JSR

:CALL BASE IN ROUTINE WITH DEFAULTS
cSET LINE UNIT LOOP

;BASE TABLE ADDRESS
;DMR-11 MODE

104410
000354
052777

030330
030334

004737
000000

ESCAPE

000057
010272

151702

BIS
WAIT
JSR

TST

sxxex MATRO EXPANSION wwawx

;SEL6 = FULL DUPLEX, RUN MODE,

1 SEC START.

ANRN

;IF ERROR, BR TO TEST END.

TRAP
WORD
#RQ] !RMODEM,aSELO ,SET RQI AND READ MODEM (OMMAND
RDI
;WAIT FOR RD] TO BE SET
PC, SWAIT
.WORD
O

CSESCAPE
L10042-.

;CALL CONTROL IN ROUTINE WITH DEFAULT
:tttt

30 030316
030316
030320
31 030322
32 030330

ARAAR

TRAP
LWORD
cMACRO FOR CONTROL IN (FULL DUPLEX)

PC, SCNTIN
.WORD

CSESCAPE
L10042-.

;JF ERROR, BR TO TEST END.

CNTRIN
011522

TRAP
.WORD

srrex MACRO EXPANSION awxx

:tttt

27 030304
030304
030306
28 030310

L2 2

sMACRO FOR BASE IN COMMAND

PC, $BASE!
.WORD
LPLU

cs8suB

;ISSUE A DMR MASTER CLEAR

;IF ERROR, BR TO TEST END.

BASE IN

TRAP

sx%xx MACRO EXPANSION #rwx
:tttt

<< 030314

ENSURE THAT THE HALF DUPLEX

o
o
le
:t

ENSURE THAT

THE HALF-DUPLEX BIT IS CLEAR IN THE MODEM STATUS WORD,

SEQ

s*rxx MACRO EXPANSION wwnx

sCALL WAIT ROUTINF
;FLAG THAT WE'RF WAITING FOR RD]

CSESCAPE
L 10042-.

CZDMIBO DMR=-11

FUNCTIONAL

TEST 6 - CONTROL

33 030336
3, 030344
35 030346
030346
030350
030352
030354
36 030356
37 030356
030356

TESTS MACRO v03.01

IN COMMAND

23-APR-80 08:29:31

39 030366
030366
030370

40 030372
41 032400

42 030402
030402
030404
030406
030410
43 030412

000020

151672

104455
000025
030676
000000

004737

108:
010706

004737

ROl
PC, $CLRQI

012564

104410
000304

132737
001004

000020

002726

;CLEAR RQ] AND WAIT FOR RDI

sxsxs MACRO EXPANSION wews
8

1 2

THALT DMR

PC, SHALT

ESCAPE

TST

BITB
BNE

#BIT4,BASE+ISP? ;IS THE DDCMP RUN BIT SET
208

:DMR HALT ROUTINE.

:IF ERROR, EXIT.

21,EMT10

16.2:
BASEIN

LPLU,BASE,RES'DMR :BASE

JSR

PC, $BASE]
.WORD
LPLU
.WORD
BASE
.WORD
RES'DMR

CNTRIN

011522

JSR

004737
000000

ESCAPE
000057
010272

151562

(SERDF
21
EMT10
0

BIS
WAIT
JSR

IN WITH RESUME.

18 2

HDX

;CONTROL

PC, $CNTIN
.WORD
HDX

$CALL CONTROL IN ROUTINE
:SEL6 ~ (DUPLEX, MODE)

TST

TRAP

($ESUB

TRAP

($8SUB

;x%x% MACRO EXPANSION +ews

IN COMMAND WITH HDX.

;xxxx MACRO EXPANSION wxww

;l'.'

104410
000234
052777

SP 7.

:CALL BASE IN ROUTINE
:MAINTENANCE MODE BITS TO SET IN BSELI
:BASE TABLE ADDRESS
:MODE
;iitt

004737
002000

IN IMAGE OF

CSESCAPE
L 10042-.

L10043:

BGNSUB

48
49 030430

TRAP
.WORD

:ERROR DDCMP RUN BIT NOT SET
TRAP
.WORD
.WORD
"WORD

208:

011266

iesxs MACRO EXPANSION #xws

104403

004737
004000
002634
010522

TO CLEAR.

:CLEAR RQ] AND WAIT FOR IT TO BE CLEARED.

ENDSUB

030416
030422
030424
030426

JSR

ERRDF

104455
000025
030726
000000

134

:1S THE HDX BIT SET [N MODEM STATUS REG?
(0K - IF BIT CLEAR
:ERROR HDX BIT SET
TRAP
(SERDF
.WORD
21
.WORD
EMT9
JWORD
0

*RARR

104402

030450
030454

WAIT

SHUTDN

030414
030414
47 030416

50
51 030436
030436
030440
52 030442
53 030450

#IT4,ASELS
108
21,EMT9

46 030414

030430
030434

BIT
BEQ
ERRDF

JSR

44 030412

030412
s 030412

SEQ

cRA RN

032777
001404

38 030362
030362

PAGE 58-1

1 3

2 8§

;IF ERROR, BR TG TEST END.

TRAP
.WORD
#RQI 'RMODEM,aSELO ;SET RQI AND READ MODEM COMMAND
RDI
;WAIT FOR RD] TO BE SET
PC, SWAIT
.WORD
0

;xrxs MACRO EXPANSION wees

SCALL WAIT ROUTINE
:FLAG THAT WE'RF WAITING FOR RD]

CSESCAPE
L 10042~

—

CZDMIBO DMR=-1'

FUNCTIONAL TESTS MACRO v03.01

TEST 6 - CONTROL

IN COMMAND

F 11
23-APR-80 08:29:31 PAGE 58-2

StaQ

;'tl'

56 030456
55 030464
56 030466

030474

57 030476
58 030476

030476

032777
001004

000020

BIT
BNE
ERRDF

151552

104455
000025

#3114 ,aSELSL
108

21, EMT11

000000

004737

10%:

SHUTDN

012564

JSR

PC,

SHALT

;DMR HALT ROUTINE.

JSR

ESCAPE

104410

000160

004737
004000
002634
000522

<MACRO FOR MASTER CLEAR
PC,

SMSCLR

TST

JSR

030534
030540

ESCAPE

104410
000142

004737
000400

011522

030542
030544
72 030546

PC, $BASEI
.WORD
LPLU
.WORD
BASE
DMR
.WORD

030546

000130

TST

;MACRO FOR CONTROL

JSR

PC, SCNTIN
MAINT
.WORD

;CALL CONTROL IN ROUTINE
JSEL6 - (DUPLEX, MODE)

JSR
ESCAPE

000002

002726

LA A

MAINT

(SESCAPE
L10042~.

TST

81718

;IF

SHALT

TST

TRAP

CS$ESCAPE

. WORD

L10042-.

TRAP

($ESCAPE
L10042~.

IN (MAINT. MODE)

LA B

ERROR, BR TO TEST END.

.WORD

SJHALT
PC,

.WORD

sexxx MACRO EXPANSION #w«n

;exxx MACRO EXPANSION =vwe
;DMR HALT ROUTINE.
:ttnt

73 030552
030552
030554
74 030556

TRAP

;IF ERROR, BR TO TEST END.

SHUTDN

012564

;CALL BASE IN ROUTINE WITH DEFAULTS
SSET LINE UNIT LOOP
;BASE TABLE ADDRESS
;DMR-11 MODE

CNTRIN

ESCAPE

104410

;:MACRO FOR BASE IN COMMAND

"tfi"

70
71 030542

| 2

s*wxn MACRO EXPANSION wwee

"tit.

67
68 030530
030530
030532
69 030534

($85UB

Juwxx MACRO EXPANSION wxnne

cISSUE A DMR MASTER (CLEAR

;IF ERROR, BR TO TEST END.

BASE IN

011266

TRAP

16.3:

CLEAR

011070

(SESUB

]

L 10044

.“...

030516
030522
030524
030526

[ X2 X

BGNSUB

004737

TRAP

;HALT THE DMR.

104403

030506

(SERDF
21
EMTT
0

sexvn MACRO EXPANSION tane

ENDSUB

104402

. WORD
. WORD
. WORD

TRAP

030754

030504
030504
63 030506

65 030512
030512
030514
66 030516

2 ¢

;1S THE HDX BIT SET IN MODEM STATUS REG?2
;0K - IF BIT SET
JERROR HDX BIT ClEAR.

.'.'.'

59
60 030502
030502
030502
61
62 030504

LA A

135

;1F ERROR, BR TO TEST END.

TRAP

WORD

CSESCAPE
L10042~.

#B1T1,BASE+ISP7? ;1S THE MAINTENANCE BIT SET [N IMAGE OF SP 7.

CZDMIBO DMR-17

TEST

FUNCTIONAL TESTS MACRO v03.01

6 = CONTROL

75 030564
76 030566

77 030576
78 030576

IN COMMAND

G N
23-APR-80 08:29:31 PAGE 58-3

001004

BNE
ERRDF

104455

000025
031010
000000

108

21,EMT12

SEQ

;JERROR = MAINT, BIT NOT SET.

10%:

ENDSUB

L10045:

104403

80 030600

81
82 030602

BGNSUB

JSR
FSCAPE

104410

000064
005737
001004
052737
000403

042737

002254
004000

030642

004000

030642

000000
002634
000522

$MSCLR

TST

100%:

ESCAPE

104410
000012

;tttt

ARNRN

ERROR,

;IF

104403

($ESUB

TRAP

($85UB

TO TEST

END.

JBASE

.WORD
TST

$LOOP

ESCAPE

TST

BASE
DMR

.WORD

IN COMMAND.

JMAINTENANCE BITS (L.
;BASE TABLE ADDRESS.
.
;DMR MODE

LOOPBA(CK?)

;IF ERROR, BR TO TEST END.

TRAP

L10042-.

TRAP
. WORD

L10042-.

SJEXTENDED DMR COMMAND TO SET MAINT. BITS
;IF NEEDED. THIS WILL ALLOW MODEM LOOPBACK
;1F THE USER REQUESTED IT.
;IF ERROR, BR TO TEST END.

SCNTIN

.WORD

CSESCAPE

. WORD

;MACRO FOR CONTROL IN (FULL DUPLEX)

PC,

C$ESCAPE

L10042-.

JSET LINE UNIT LOOPBACK,

$BASE|
.WORD
.WORD

TRAP

CS$ESCAPE

svexx MACRO EXPANSION #xwx

;CALL CONTROL IN ROUTINE WITH DEFAULT
;SEL6 - FULL DUPLEX, RUN MODE, 1 SEC START.
L2 &

8 4

L10046:

TRAP

($ESuB

TRAP

CSETST

— o

KSR

ENDSUB

TRAP

NOT, BR

;Q.tt

102 030672

;CLEAR LINE UNIT LOOPBACK.

CALL

JSR

swew

#LPLU,100%

CNTRIN

011522

EMT1?
0

;ISSUE A DMR MASTER CLEAR

;1S INTERNAL LOOPBACK REQUESTED?

1%:

srnxe MACRO EXPANSION

;IF

#LPLU,100%

000022

004737
000000

PC,

DMTURN
1%

104410

;MACRO FOR MASTER CLEAR

CLEAR

011070

CSERDF

.WORD
.WORD
.WORD

T6.4:

104402

004737

TRAP

136

030674
030674
030674

ENDTST

104401

L10042:

—

- p—

CZDMIBO DMR-1'

FUNCTIONAL TESTS MACRO v03.01

TEST 6 -~ CONTROL

107

108 030676

=
d ek
—

(V. PYV,
V]

104

eably

EMT11:

_ASCIZ

/HDX BIT NOT

111

EMT12:

L.ASCIZ

/MAINT.

104

102
040
124
105
127
116
- 116
104

031013
031016
031021
031024
031027

116
040
104
102
040

124
115
105
1
116

040
124

130

049
124
117
123
040
105
111
110
000

124
105

/DDCMP RUN BIT NOT SET/

030757
030762
030765
030770
030773
030776
031001
031004
031007

031032
031035

L.ASCIZ

040
116
mm
116
040
124

101

eow»

EMT10:

120
125
102
040
124
105

115

103

115
122
040
124
117
123
000

031010

/HDX BIT

030731
030734
030737
030742
030745
030750
030753

110

SEQ

,ASCIZ

11
123
040
105
11
106
000

104

PAGE 58-4

EMT9:

102
040
124
110
040
040
130

104

23-APR-80 08:29:31

130

040
124
105
127
116
116
104

110 030754

b
b

110

030701
030704
030707
030712
030715
030720
030723

109 030726

111

IN COMMAND

1M
116
040
124
110
040
040
130
056
117
040
124
117

123
000

.EVEN

SET WHEN [N FDX/

SET WHEN IN HDX/

MODE BIT NOT

SET/

ooy

137
o

voaPa

oun

I N

CIDMIBO DMR=1" FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 59
TEST

SBTTL

7 - MODEM WRITE

138

COMMAND

'-'t'tt'ttt'tt.tttttttt.tt"t'tt'qtt--.nththAAtkt'Q'ooocattnntt.ttntt..

TEST 7 - DMR-11

‘e MODEM JRITE COMMAND
SUBTEST 1

. w

SUBTEST 2

[

~ WRITE DATA PATTERNS INTO THE MODEM WRITE REGISTER.
ENSURE THAT ON THE NEXT MODEM READ THAT THE
MICROCODE RETURNS THE PATTERN WRITTEN INTO BSEL6.

- ATTEMPT TO WRITE BOTH THE HALF-DUPLEX BIT AND THE
RTS HOLD BIT.
THE MICROCODE SHOULD NOT ALLOW THIS
TO HAPPEN.
WHEN READING THE MODEM STATUS, ONLY
THE HALF-DUPLEX SHOULD BE SET.

2332222222222l
iRl
Rl Rt
dlRdnlldR

BGNTST

031040
031040

031040
031040
031040
18 031042

—

COMMAND

D el
)
e
d

NOY

NS WAL OV
WNN —

7 - MODEM WRITE

031042

17::

BGNSUB
104402

004737

17.1:
(LEAR
P(,

011070

SMSCLR

:MACRO FOR MASTER (LEAR
;exex MACRO EXPANSION axne
LISSUE A DMR MASTER (LEAR
2

20 031046
031046
031050
21 031052

031052
031056
031060
031062

TST

1064410
000232
004757
004000

PC,

011266

002634

000522
ESCAPE

NO
OOV

000005

012237
004737
000005
000377
000000

031114
012070

$BASE]

10%:

15$%:

104410

LPLU
BASE
DMR

TST

ERROR,

TEST

END.

;BASE IN COMMAND.
;eann MACRO EXPANSION weee
;CALL BASE

IN ROUTINE

JSET LINE UNIT LOOP
;BASE TABLE ADDRESS
;DMR-11 MODE
".‘.'

JIF

—

ERROR,

TEST

. WORD

#5 ,R1
#MOD?M,RZ

;COUNTER
JPATTERN TO WRITE

MOV
JSR

PC,$DMRIN

(

JWRITE PATTERN

ESCAPE

TST

.WORD
.WORD
.WORD

WMODEM
377
0

. JSSUE

DMR MODE

L2 2B J

END.

TRAP

(OMMAND

;WRITE MODEM (OMMNAD
JCLEAR ALL BITS IN BSELS

JSET THE BITS IN BSEL6 (FROM PATTERN)
;IF

ERROR,

TO TEST

END.

TRAP

.WORD

000057

004737
000000

010272

151102

81S
WAl

#RQ] 'RMODEM,aSELO ,SET

JSR

PC,

RD]

SWAIT

LWORD

(SESCAPE

L10047-.

INTO MODEM

000162

052777

(SESCAPE

L10C47-.

WiTH DEFAULTS

. WORD

2)+,15%

($85UB

LR
2 3 4

MoV

MOV

031304

D mad
d
b
—

—
—

)

012701
012702

ooOo

b —d

;IF

.WORD
.WORD
.WORD

000214

1
1

2821

TRAP

104410

TEST

SEQ

RQ]

AND READ

WAIT

ROUTINE

TMMODEM (OMMAND

;WAIT FOR RD] TO BE SET.
iesee MACRO EXPANSION svee
SCALL

:FLAG THAT WE'RF WAITiNG FOR RD!

(SESCAPE

L10047~,

CZDMIBO DMR=1"'

FUNCTIONAL

TEST 7 - MODEM WRITE

TESTS MACRC v03.01

COMMAND

23-APR-80 08 29:31

PAGE

59-1

SEQ

AL A

37 031736
031136
031140
38 031142
39 031142

40 031150
41 031152
42 031156

031156
031160
031162
031164

43 031165
44 031166

031166

104410
000142
127737

001406
013703

151072

031114

104455
000026
031350
(€31316

004737

208:

25%:

010706

TST

;1F ERROR, EXIT TEST,

CMPS

a@BSELE,158

;DID THE MICROCODE COPY THE BITS?

25%
158 ,R3
22,EMT13,ERRT?

WAIT

RQ]

031174

46 031176
47 031200
23 031202

50 031202
031202
51 031202
52 031204
031204
53 031204

104410
000106

005301
001337

30¢:

TRAP
.WORD
.WORD
.WORD

;CLEAR RQ]

AND WAIT FOR RD]

JSR

PC, $CLRQI

ESCAPE

TST

;IF

DEC
BNE

R1
108

;DECREMENT COUNTER
;CONTINUE UNTIL ALL

EXIT TEST.

031232
031236

TRAP
.WORD

L10050:

17.2:

104402

104410
000060
052777

004737
000000

000057

151000

010272

104410
000040

61 031244
62 031252
63 031254

122777
001406
012703

000020

000021

150766

($ESUB

TRAP

($85L8B

WMODEM,377,21

;ATTEMPT

TO WRITE MODEM HDX AND RTS.

JSR

PC, SDMRIN
.WORD
WMODEM
.WORD
377
.WCRD
21

;CALL DMR MODE INPUT ROUTINE
; INPUT COMMAND
;SEL4 VALUE (OR BITS TO CLEAR IN BSEL6)
;SEL6 VALUE (OR BITS TO SET [N BSEL6)

sanex MACRO EXPANSION weww

BIS
WAIT

TST

LA
S &

;1F ERROR, BR TO END.

TRAP
.WORD
#RQI !RMODEM,SELO .SET RQI AND READ MODEM (OMMAND.
RDI
;WAIT FOR RD] TO BE SET

CSE SCAPE
L10047-.

srxnn MACRO EXPANSION #enw

JSR

PC, SWAIT
.WORD
0

;CALL WAIT ROUTINE
;FLAG THAT WE'RE WAITING FOR RDI

ESCAPE

TST

;IF ERROR, EXIT TEST.

(MPS
BEQ
MOV

#20,3BSEL6
108
#21,R3

21S ONLY HDX SET?
JIF YES - OK
;SAVE THE PATTERN FOR THE ERROR MESSAGE.

kAR

59 031240
031240
60 031242

TRAP

DMRIN

ESCAPE

CSESCAPE
L10047-.

5 PATTERNS TRIED.

THNRN

55
56 031220
031220
031222
57 031224
58 031232

TO CLEAR.

LE A8}

ERROR,

BGNSUB

012070

CSERDF
22
EMT13
ERRT?2

;CLEAR RQ] AND WAIT FOR IT TO BE CLEARED.

104403

004737
000005
000377
000021

C$ESCAPE
(10047~

sewre MACRO EXPANSION wwww

ENDSUB

54 031206

031206
031212
031214
031216

TRAP
.WORD

;IF YES CONTINUE
;SAVE THE PATTERN FOR THE ERROR MESSAGE.
;WRITE MODEM ERROR

45 031172
031172

L 2 2R

ESCAPE

BEQ
MOV
ERRDF

139

8 8]

TRAP
.WORD

CSESCAPE
L10047~

—

CZDMIBO DMR-11

FUNCTIONAL TESTS MACRO v03.01

TEST 7 ~ MODEM WRITE

64 031260
031260
031262
031264
031266
65 031270
66 031270

031270

COMMAND

104455
000026
031350
031316

004737

23-APR-80 08:29:31

108:

010706

K 11
PAGE 59-2

ERRDF

22,EMT13,ERRT2

WAIT

RQJ

JSR

PC, $CLRQI

031274

:CLEAR RQI AND WAIT FOR RDI

04737

012564

JSR

69 031300
71

*CLEAR RQ] AND WAIT FOR IT TO BE CLEARED.

73 031304

000000

000252

000376

000357

000007

75 031316

031316

031316
031320
031324

005046
157716
010346

031332

012746

031336

010600

104414
062706

031346
- 031346

104423

PC. SHALT

;xwxsx MACRO EXPANSION #wxs

*DMR HALT ROUTINE.
XX

L 2

L10047:

MODEM:

.WORD

BGNMSG

ERRT2

0.376.1.,252.357 :PATTERN TO WRITE

#FMT19,R3,<B,aBSEL6>

122

83 031374
031377
031402

045
122
105

101
117
040

031410
031413

123
066

105

TRAP

CS$ESUB

TRAP

CSETST

INTO MODEM

ERRT2::

CLR
BISB
MOV

-(SP)
@aBSEL6. (SP)
R3,-(SP)

MOV

#3,~(SP)

MOV

000010

117
115
122
122

116

000003

115
105
105
117
000

124,

031374

031356
031361
031364
031367
031372

031405

ARAN

150714

127

L10051:

PRINTB

80 031350

031353

012746

031340
031342

77 031346

ENDTST

104401

031326

104403

031302

76 031316

ENDSUB

031302
” 031302

iy 031312

TO CLEAR.

SHUTDN

031300
- 031300

CSERDF
22
EMT13
ERRT2

iwexx MACRO EXPANSION *wx«

140

TRAP
LWORD
.WORD
"WORD

67 031274

SEQ

ENDMSG

111

040

EMT13:

L10052:

.ASCIZ

CSPNTB
#10.SP

TRAP

($MSG

/WRITE MODEM ERROR /

.EVEN

040

105
072

102

114
040

FMT19:

_ASCIZ

/XAWROTE

IN BSELG:

Y03%A

MODEM FORMAT IN BSELS:

SP.RO

TRAP
ADD

104
040
122
040

127
124
1M

#FMT19,=(SP)

XO3XIN/

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO v03.01
TEST 7 - MODEM WRITE COMMAND

031416
031421
031424
031427
031432
031435
031440
031443
031446
031451
031454
84
85
86
87

G31457

045
045
040
104
040
122
124
116
123
066
045
045

‘17
101
115
105
106
115
040
040
105
072
117
116

23-APR-80 08:29:31

063
040
117
115
17
101
m
102
114
040
063
000

.EVEN

PAGE

59-3

SE@

141

—

CZDMIBO DMR-17

FUNCTIONAL TESTS MACRO v03.01

Y
TR

¥
%
%

TP
YK TR
TP

didlli

syt

SUBTEST 2

= TRANSMIT A BUFFER WITHOUT A RECEIVE BUFFER.
ASSIGN THE NAKS THRESHOLD OF 3 AND A NO BUFFER
THRESHOLD OF 7.
CHECK THAT THE NAKS ERROR COUNT
THREE AFTER SHUTDOWN.

ASSEEAAE

TIMES WIHOUT ASSIGNING A

iillll

222

222222

18::

18.1:
CLEAR

011070

JSR
ESCAPE

104410
000416

;MACRO FOR MASTER CLEAR

PC,

$MSCLR

TST

JSR

PC, $BASE]
.WORD
LPLU

.WORD

BASE
DMR

ESCAPE

104410

TST

ERROR,

BR TO TEST END.

;MACRO FOR BASE IN COMMAND
susnn MACRO EXPANSION xwxx

CNTRIN

004737
000400

011522

JSR

L& 2

TST

2 1

ERROR, BR TO TEST END.

TRAP

sCALL CONTROL IN ROUTINE
;SEL6 -~ (DUPLEX, MODE)
:IF

L2 2

ERROR, BR TO TEST END.

TRAP

.WORD

sSET THRESHOLDS:
;NAKS RCVD = 377
sNAKS SENT =_377

JREP SENT = 377
031524

031524
031530
031532

004737
000013
177777

012070

‘NO BUFFER = 3

DMRIN

THRESH,177777.17¢7

JSR

PC, $DMRIN
.WORD
THRESH

.WORD

177777

CSESCAPE

.WORD
L10053-.
IN (FULL DUPLEX AND MAINT)

sanex MACRO EXPANSION waww

:ttt'

ESCAPE

CSESCAPE

L10053-.

;DMR-11 MODE

JMACRO FOR CONTROL

PC, SCNTIN
.WORD
MAINT

.WORD

;BASE TABLE ADDRESS

;IF

MAINT

TRAP

;CALL BASE IN ROUTINE WITH DEFAULTS
sSET LINE UNIT LOOP

000400

cs8suB

KaxN

:*ttfi

20
21

TRAP

sxxxx MACRO EXPANSION xwws
;ISSUE A DMR MASTER CLEAR
sIF

BASEIN

011266

222 382822222228

104402

031474
031500
031502
031504

228222222225

RECEIVE BUFFER.
BY ASSIGNING A NO BUFFER THRESHOLD
OF THREE, ENSURE THAT A NO BUFFER ERROR 1S RECEIVED
AFTER THE THIRD THRANSMISSION.

IERAR

031470
031470
031472
19 031474

YRR

TEST 8 - DMR-11

BGNSUB

004737

142

= TRANSMIT A BUFFER THREE

%
%

SEQ

SUBTEST 1

BGNTST

0o~y

—

031464

RN IR TP

031462
031462
031462
031462
031462
031464

AASAE

¥
8

M 1"
PAGE 60

TEST 8 - NO BUFFER ERROR

.SBTTL

wed
d e
b
—
—

VI
o}

—b

B AN =20O000
NN
WA —

TEST 8 -~ NO BUFFER ERROR

23-APR-80 08:29:31

saxxx MACRO EXPANSION #aws
;CALL DMR MODE INPUT ROUTINE

:INPUT (OMMAND

;SEL4 VALUE

(OR BITS TO CLEAR IN BSEL6)

CSESCAPE

L10053-.

CZOMIBO DMR-11 FUNCTIONAL TESTS MACRO v03.01
TESY 8 -~ NO BUFFER ERROR

031534
32
33 031536
031536
031540
34 031542
35 031546
36 031546
031546
031552
031554
031556

001777

.WORD
ESCAPE

104410

000350
012700

004737
000040
02516
000044

000003

1%:

012300

010272

48 031626
49 031630
50 031630
51 031636
52 031640

53
54 031650
55 031650
56 031656
031656
031662

57 031664
031664
031666

58 031670

TST

#3.,R0

BACCIT

;SEL6 VALUE

(OR BITS TO SET IN BSEL6)
LA
8 24

;IF ERROR, BR TO TEST END.

;SET UP A COUNTER

000207

032777
001005

000001

150430

150420

10%:

104455
000010

020130
015126
000410
032777
001004

000004

150402

20%:

JSR

PC, SWAIT
WORD
1

042777
004737
000001

000207

150356

30%:

;WAIT FOR RDO TO BE SET
sxxxx MACRO EXPANSION wxww
;CALL WAIT ROUTINE

;FLAG THAT WE'RE WAITING FOR RDO
1 4.8 44

;IF RDO NOT SET, BR TO TEST END.

RO
10%

;DEC COUNTER
;TRANSMIT FOR 3 TIMES.

: TRANSMIT AGAIN

#RDO!CMD ,@SEL2

#CNTRL ,QSELZ2

ERRDF

8.,EMG8,ERRG2

208

30%

BIT

ANOBFR,QSEL6

30%
9.EMG9,ERRG2

. CLEAR BACC OUT

8IC

#RDO! CMD,aSEL2
RDO

JSR

PC, SWAIT
1
WORD

ESCAPE

TST

000207

150336

BIC

#R
! CMD,
DO
SEL?

CSESCAPE
L10053-~.

TRANSMIT,

;IS THIS A CONTROL OUT?

;IF

YES, PROCEED.

JEXPECTED CONTROL OUT NOT RECEIVggAP
.WORD
.WORD
.WORD

SEXIT

CSERDF
8

EMG8
ERRGZ2

21S THE NO BUFFER FLAG SET?

;IF YES - OK, PROCEED.
JWE'RE NOT GETTING EXPECTED RESULT

TRAP
.WORD
.WORD
.WORD

CSERDF
9
EMG9
ERRG2

TRAP

C$ESCAPE
L10053-.

;CLEAR CONTROL OUT
sEXPECT ANOTHER BACC OUT.

sxxxx MACRO EXPANSION #wxx

sCALL WAIT ROUTINE

;FLAG THAT WE'RE WAITING FOR RDO
sRRRK

104410
000222
042777

TRAP
.WORD

;(EITHER CONTROL OUT OR NOBUF /NAKS)
WAIT

010272

TST

8IT

ERRDF

104455
000011
020174
015126

CSESCAPE
L10053-.

L8
2 4

sRkk%

042777
000760

TRAP
.WORD

;BA/CC IN COMMAND FOR TRANSMIT

RDO

DEC
BEQ
BIC
BR

143

saxxx MACRO EXPANSION wxxx
PC, $BACC
;CALL BA/CC IN ROUTINE WITH DFFAULTS
.WORD
RQI!BACCT
:BA/CC IN TRANSMIT COMMAND
.WORD
TBUF
s TRANSMIT BUFFER ADDRESS
.WORD
TCOUNT
;TRANSMIT CHARACTER COUNT

WAIT

ESCAPE

031566
031570

031616
031620
031622
031624

MOV

JSR

39 031566

44 031606
45 031606
46 031614
47 031616

1777

SEQ

sRRNK

031560
031564

43 031604

N
PAGE 60-1

sNRRR

37
38 031560

40 031572
41 031574
42 031576

23-APR~80 08:29:31

:IF ERROR, BR TO END.

;CLEAR BACC OUT.

1 8. 88]

.WORD

CZDMIBO DMR-17

B 12
FUNCTIONAL TESTS MACRC v03.01 23-APR-80 08:29:31 PAGE 60-2

SEQ

TEST 8 -~ NO BUFFER ERROR

59 031676

031676

SHUTDN

004737

012564

JSR

JHALT DMR

PC, $HALT

sunwx MACRO EXPANSION wwsxx

;DMR HALT ROUTINE.
JNRRR

60 031702
61 031702
031702
62 031702
63 031704
031704
031704
64 031706
031706

L10054:

104403
BGNSUB

004737

78.2:
CLEAR

011070

JSR

;MACRO FOR MASTER CLEAR
PC, $MSCLR

031716
031722
031724
031726

ESCAPE

104419
000174

004737
004000
002634
000522

TST

BASFIN

011266

JSR

031734
031740

ESCAPE

104410

000156

004737
000000

TST

JSR

031742
73 031744

ESCAPE

104410
000144

74
75
76
77
78
79 031746

031746
031752
031754
031756

TRAP
.WORD

CSESCAPE
L10053-.

;CALL BASE IN ROUTINE WITH DEFAULTS
sSET LINE UNIT LOOP
;BASE TABLE ADDRESS
:DMR-11 MODE
L

8 4

;1F ERROR, BR TO TEST END.

PC, SCNTIN
.WORD
0

TRAP

TST

CSESCAPE

L10053~.

sanxx MACRO EXPANSION sxxx

sCALL CONTROL IN ROUTINE WITH DEFAULT
;SEL6 - FULL DUPLEX, RUN MODE, 1 SEC START.
1 8.2 21

;IF ERROR, BR TO TEST END.

TRAP
.WORD

CSESCAPE
L10053-.

sSET THRESHOLDS:

004737
000013
001403
003777

012070

DMRIN

THRESH,1403,3777

JSR

PC, SDMRIN
.WORD
THRESH
.WORD
1403
.WORD
3777

;NAKS RCVD = 3
;NAKS SENT = 3
JREP SENT = 377
:NO BUFFER = 7
saxtex MACRO EXPANSION wxax

sCALL DMR MODE INPUT ROUTINE
;INPUT COMMAND
;SEL4 VALUE (OR BITS TO CLEAR IN BSEL6)
;SEL6 VALUE (OR BITS TO SET IN BSEL6)
:fitfii

80
81 031760
031760
031762

cs8suB

sannk MACRO EXPANSION xwx«

sRARR

71
72 031742

TRAP

.WORD
;MACRO FOR CONTROL IN (FULL DUPLEX)

CNTRIN

011522

;IF ERROR, BR TO TEST END.

:t**t

68
69 031730
031730
031732
70 031734

CSESULB

;ISSUE A DMR MASTER CLEAR

;JMACRO FOR BASE IN COMMAND

PC, $BASEI
.WORD
LPLU
.WORD
BASE
.WORD
DMR

TRAP

sawsn MACRO EXPANSION +xw=
:Qttt

65
66 031712
031712
031714
67 031716

1 2.4 24

50%:
ENDSUB

104402

144

104410
000126

ESCAPE

TST

L2 &

;IF ERROR, BR TO TEST END.

TRAP
.WORD

CSESCAPE
L10US3-.

—

CZDMIBO DMR-17

FUNCTIONAL TESTS MACRO v03.01

TEST 8 ~ NO BUFFER ERROR

23-APR-80 08:29:31

82 031764
031764
031770
031772
031774

c 12

PAGE 60-3

BACCIT

004737
000040
002516

012300

JSR

000044

SEQ

;BA/CC IN COMMAND FOR TRANSMIT
srxenx MACRO EXPANSION weww

PC, $BACC
cCALL BA/CC IN ROUTINE WITH DEFAULTS
.WORD
RQI'BACCT
.BA/CC IN TRANSMIT COMMAND
.WORD
TBUF
s TRANSMIT BUFFER ADDRESS
.WORD
TCOUNT
;TRANSMIT CHARACTER COUNT
:tt*t

83 031776
84 031776
031776
032002

:
108

004737

010272

WAIT

RDO

JSR

PC,

SWAIT

.WORD

ESCAPE

104410

000102
032777
001005

000001

150216

104455
000010
020130
015126
000410

032777
001004

032046

032050

TST

#CNTRL ,aSEL2

ERRDF

8,EMG8,ERRG?

208

2 )

JFLAG THAT WE'RE WAITING FOR RDO

;IF

BIT

(2 X

;WAIT FOR RDO TO BE SET
suxnx MACRO EXPANSION *nwsx
. CALL WAIT ROUTINE
;tttt

85 032004

| 2

RDO NOT SET, BR TO TEST END.

000004

150200

.WORD

;1S THISCA CONTROL oOUT?

JEXPECTED CONTROL OUT NOT RECEIVED.
.WORD
.WORD

30%

JEXIT

BIT

#NOBFR,aSEL6
30%
9.EMGY ,ERRG?

;IS THE NO BUFFER FLAG SET?
;IF YES - 0K, PROCEED.
JWE'RE NOT GETTING EXPECTED RESULT
T
.WORD

020174
015126

.WORD
. WORD

95 032052
96 032052

30%:

032052

004737

012564

97 032056
98 032064
99 032066
100 032074
101 032076
102 032076
032076

123727

002637

000003

002642

000003

;(EITHER CONTROL OUT OR NOBUF /NAKS)

SHALT

ENDTST

EMG9
ERRGZ

35%
BASE+6,#3
408

;NAKS REC. -~ NO BUFFER = 3?

;IF NOT ERROR
SNAKS SENT = NO BUFFFR = 3?
JIF OK - SKIP.

23,EMT20,ERRTS

TRAP

0000
032150
032112

104403

CSERDF
9

sxxnx MACRO EXPANSION sxanx
;DMR HALT ROUTINE.
;tttt

BASE+3,4#3

40%:
ENDSUB

CSERDF
8
EMG8
ERRGZ2

SHUTDN

PC,

35%:

CSESCAPE
L10053-.

;IF YES, PROCEED.

ERRDF

104455
000011

104401

TRAP

TRAP
.WORD

20%:

145

L10055:

L10053:

CSERDF

.WORD
.WORD
.WORD

23
EMT20

TRAP

C$ESUB

TRAP

CSETST

ERRT4

—

CZDOMIBO DMR-11

FUNCTIONAL

TEST 8 -~ NO BUFFER ERROR

TESTS MACRO v03.01

108
109 032112

BGNMSG

032112

110 032112

032112
032114
032120
032122
032126
032132
032136
032140
032142

005046
153716
005046
153716
012746
012746
010600
104414
(€62706

032146
12 032146

104423

113 032150

116

111

114
115

032146

032153
032156
032161

23-APR~80 08:29:31

123
122
122

D 12

PAGE 60-4

ERRT4
PRINTB

SEQ

ERRTS::
#FMG7,<B,BASE+3>,<B,BASE+6&>

002642

002637
016615
000003
000010

101

040
122
000

ENDMSG

113

105
117

EMT20:

146

CLR
8ISB
CLR
BISB
MOV
MOV
MoV
TRAP
ADD

-(SP)
BASE +6, (SP)
-(SP)
BASE+3. (SF)

TRAP

CIMSG

#FMG7 ,~(SP)
#3,-(SP)
SP,RO

CSPNTB
#10,SP

L10056:
.ASCIZ

.EVEN

/NAKS ERROR/

CZOMIBO DMR-11

FUNCTIONAL

TESTS MACRO v03.01

.SBTTL

PAG E 61

SEQ

.t't'ttt'..."fl'ttt't"""".fi.t.t'tt.t'.fi"tt.tt'tt.tfi'

ttt.t"t"'t

TEST 9 - DMR-11

PE T

;* NON-EXISTENT MEMORY (NXM) ERROR (HE(CK
;* PERFORM DMR COMMANDS USING NXM ADDRESSES; VERIFY
;* REPORTED XN EACH OF THE FOLLOWING SUBTESTS:

1
SUBTEST

e
I

THAT NXM ERROR

BASE IN RESUME COMMAND - BASE TABLE ADDRESS IS NXM
BA/CC IN RECEIVE COMMAND - BA/CC [N ADDRESS IS NXM
BA/CC IN TRANSMIT COMMAND - BA/CC IN ADDRESS IS NXM

RRd

222l

2 2223222222222
YT

BGNTST
19::

BGNSUB

19.1:

104402

CLEAR

004737

011970

JSR

JMASTER CLEAR MACRO

PC,

$MSCLR

032176
032202
032204
032206

ESCAPE

104410

TST

;IF

ERROR,

TO TEST

011266

JSR

;BASE IN COMMAND - DMR MODE

PC, $BASEI]
.WORD
LPLU

.WORD
.WORD

BASE
DMR

032214
032220
032220
032222
032224

ESCAPE

104410

28
29 032244

;IF

FRw

ERROR,

JHALT

SHUTDN

004737

;unnx

012564

JSR

PC,

$HALT

TO TEST END

104410
000452
012737

000001

004737
000000

011266

002364

TST

MACRO

EXPANSION

ERROR,

BR TO TEST END.

#(CNTRL ,ERROR

BASE IN

0.160000,BIT15!B1T14'RES!
DMR

JSR

PC,

JTHIS FLAG WILL

RDO

.WORD
INMHIBIT CONTROL OUT

IN RESUME COMMAND WITH NXM BASE

;anen MACRO EXPANSION wwee
:CALL BASE IN ROUTINE

0
;MAINTENANCE MODE BITS TO SET
160000
;BASE TABLE ADDRESS
BIT15!BIT14!RES!DMR
-MODE
".Q'Q

WAIT

TRAP

(SESCAPE

L10057-.

;ERROR REPORTING - BECAUSE WE EXPECT ONE.
:BASE

.WORD
.WORD
.WORD

ween

222

MOV

160000
150522

CSESCAPE

L10057~-.

,DMR HALT ROUTINE.
;IF

$BASEI

TRAP

.WGRD

JWRAN

ESCAPE

CSESCAPE

L1005/7-.

;BASE TABLE ADDRESS
;DMR-11 MODE

000462

032232
032232
032236
032240
032242

. WORD

sxwxx MACRO EXPANSION wwnx
;CALL BASE IN ROUTINE WITH DEFAULTS
cSET LINE UNIT LOOP

JNERE

20 032210
032210
032212
21 032214

END
TRAP

BASE IN

($8SUB

' T2 2

000500

004737
004000
002634
000522

TRAP

srerwx MACRO EXPANSION sxex
:ISSUE A DMR MASTER CLEAR
JNNER

032172
032172
032174
18 032176

032164
032164
032164
032164
032164
032166

~
-~
=

SUBTEST 2
SUBTEST 3

ARl

032166
S

147

TEST 9 - NON-EXISTENT MEMORY ERROR

-t
od

WN = OO0 00NN
SN —
H

—

(%)

—

TEST 9 - NON-~EXISTENT MEMORY ERROR

E 12

23-APR-80 08:29:31

rTANY

JWAIT FOR RDO TC BE SET
seere MACRO EXPANSION wvwe

[N BSEL!

TABLE.

CZOMIBO DMR=-11 FUNCTIONAL TESTS MACRO v03.01
TEST 9 < NON-EXISTENT MEMORY ERROR

032244
03225C

004737
000001

010272

30 032252
032260
32 032262
032262
032264
032266
032270
032272
032274
032274
032302
032304
032304
032306
032310
032312
38 032314
032314
4«0 032322

032777
001005

000001

23-APR-80 08:29:31

JSR

PC,

BIT
BNE
ERRDF

#CNTRL ,@SELZ2

SWAI

.WORD

PAGE 6 1-1

SEQ

sCALL WAIT ROUTINE
;FLAG THAT WE'RE WAITING FOR RDO

LRSI

032326
032326
032326

42
43 032330

147754

104455
000010
020130
015126
000410

032777
001004

000400

147736

10%:

;IS THERE A (ONTROL OUT REPORTED ?

;IF

YES, PROCEED.

JEXPECTED CONTROL OUT

20%

JEXIT

8IT

ANXM,aSEL6

;1S THE NXM FLAG SET?
;IF YES - ERROR REPORTED CORRECTLY
JUNEXPECTED CONTROL OUT RECEIVED

20%

9,EMGY,ERRG2

000207
002364

147712

. WORD
.WORD
. WORD

20%:

8IC
CLR

ENDSUB

#R
! (CMD,d
DO
SEL2

ERROR

032332

004737

L10060:

CLEAR

011070

JSR

JMACRO FOR MASTER CLEAR
PC,

$MSCLR

ESCAPE

104410

TST

C$ESUB

TRAP

($85.8B

TRAP

($ESCAPE
L10057-.

savwxn MACRO EXPANSJON wexn

o ISSUE A DMR MASTER CLEAR

LA 221

cIF ERROR, BR TO TEST END.

000334

BASE IN

004737
004000
002634
000522

011266

JSR

;MACRO FOR BASE IN {OMMAND

PC,

$BASE]

.WORD
.WORD
.WORD

LPLU
BASE
DMR

ESCAPE

104410

TST

;CALL BASE IN ROUTINE WITH DEFAULTS
;SET LINE UNIT LOOP
;BASE TABLE ADDRESS

;DMR-11 MODE

LA &

B¢

;1F ERROR, BR TO TEST END.

000316

011522

JSR

sMACRO FOR CONTROL IN (FULL DUPLEX)

PC,

SCNTIN

.WORD

000304

ESCAPE

CSESCAPE
L10057~.

sawre MACRO EXPANSION wwwe

;CALL CONTROL IN ROUTINE WITH DEFAULT
;SELG = FULL DUPLEX, RUN MODE, 1 SEC START.

:fitit

1064410

TRAP

. WORD

CNTRIN

004737
000000

. WORD

setnw MACRO EXPANSION wxwv

:'.fit

4«8

032370

TRAP

19.2:

032360
032364

EMG9
ERRGZ

.CLEAR RDO AND THE COMMAND BIJTS

;"'.

032354
032356
50 032360

gSERDF

cALLOW ERROR REPORTING

49 032354

CSERDF
8
EMG8
ERRGZ2

BGNSUB
104402

032342
032346
032350
032352

.WORD
.WORD
.WORD

104403

032330
032330
44 032332

032336
032336
032340
&7 032342

TRAP

015125

042777
005037

8,EMG8,ERRG2

LA
B 2

ERRDF

104455
000011
029174

108

148

LA A2

;iF ERROR, BR TO TEST END.

TRAP

.WORD

CSESCAPE

L10057-.

CZDMIBO DMR=1'

FUNCT]IONAL

TESTS MACRO v03.01

TEST O ~ NON-EXISTENT MEMORY ERROR

032372

012737

000001

23-APR~80 08:29:31

002364

MOV

G 12

PAGE 61-2

#CNTRL ,ERROR

SEQ

149

sINHIBIT CONTROL OUT ERROR REPORTING AGAIN.
sBA/CC IN REC. COMMAND WITH NXM

032400
032400
032404
032406
032410

004737
000044

012300

ADDR = 760000 AND A (HARACTER COUNT = 3.

BACCIR

160000,B1715.81T714.RCOUNT

JSR

FC,

160000
160044

$BACC

.WORD
.WORD
.WORD

sewne MACRO EXPANSION wwen
. CALL BA/(CC IN ROUTINE

RQI!BACCR
JBA/(C IN RECEIVE COMMAND
160000
BUFFER ADDRESS BITS 0-15
BIT15!BIT14'RCOUNT
JBA BITS 16/17 AND CHAR.

(VL IV

O o0

;."'

032412

032412
032416
032420
032422

BACCIT

004737
000040
002516
000044

012300

JSR

JBA/CC IN XMIT

TCOUNT

;TRANSMIT CHARACTER COUNT

:fifififi

032424
032430

004737
000001

032432
032440
032442
032442
032444
032446
032450
032452
032454
032454
032462
032464
032464
032466
032470
032472

032777
001005

032474
032474
032502
032506
032506
032506

032510
032510
032510
032512

032512

010272

WAIT

RDO

JSR

PC, SWAIT
.WORD
1

147574

BIT
ERRDF

104455

#CNTRL ,@SELZ

108
8,EMG8,ERRG?

12 8

% 1

;WAIT FOR RDO
sxxxx MACRO EXPANSION xewn

;CALL WAIT ROUTINE
JFLAG THAT WE'RE WAITING FOR RDO

""".

000001

;IS

L8 8

THERE A (ONTROL OUT REPORTED

;IF YES, PROCEED.
JEXPECTED CONTROL OUT

032777
001004

000400

147556

104455

.WORD
.WORD
. WORD

20%

JEXIT

BIT

ANXM, QSEL6

<IS

ERRDF

9.EMG9,ERRG?

JUNEXPECTED CONTROL OUT RECEIVED

20%

;IF

000207
002364

147532

ENDSUB

8I1C
CLR

#RDO!(MD,aSELZ2
ERROR

CSERDF

8
EMGS
ERRGZ

THE NXM FLAG SET?

YES - ERROR REPORTED CORRECTLY

000011
020174
015126

042777
005037

TRAP

000010
020130

015126
000410

COUNT

saxax MACRO EXPANSION #wwx
PC, $BACC
,CALL BA/CC IN ROUTINE WITH DEFAULTS
.WORD
RQI'BACCT
JBA/CC IN TRANSMIT COMMAND
.WORD
TBUF
;s TRANSMIT BUFFER ADDRESS

.WORD

61 032424

L2 3

TRAP

($ERDF

WORD
.WORD
.wORD

9
EMGY
ERRGZ

TRAP

($ESUB

TRAP

{sBSUB

;(LEAR RDO AND THE COMMAND B]TS.
;ENABLE ERROR REPORTING

L10061:

104403

BGNSUB

19.3:

104402

(LEAR

004737

011070

JSR

JMACRO FOR MASTER (LEAR

P(, SMSCLR

serxr MACRO EXPANSION wesx

;ISSUE A DMR MASTER "LEAR
"l'.t

LB 2

CIDMIBO DMR=11

FUNCTIONAL

TESTS MACRO v03.01

TEST 9 ~ NON-EXISTENT MEMORY ERROR

79 032516

032516
032520
80 032522

032522
032526
032530
032532

ESCAPE

104410

000154

004737
004000
002634

23-APR-80 08:29:31

BASE IN
011266

JSR

000522

H 12
PAGE 61-3

IST

.
PC,

s1F

SEQ
ERROR,

TO TEST END.

032540
032544

ESCAPE

104410

000136
004737
000000

$BASE]

LPLU
BASE
DMR

TSt

JSR

LA S

ERROR,

SCNTIN

.WORD

032546

032550

86 032552

ESCAPE

104410
000124

TST

;SEL6 = FULL DUPLEX,

RUN MODE,

012300

032552
032556
032560
032562

JSR

L2 2

ERROR,

TEST

END.

PC,

$BACC

.WORD
.WORD
.WORD

ESCAPE

000001

002364

91
92
93 032576

MOV

TRAP

;1F

#CNTRL ,ERROR

CSESCAPE

L10057-.

sexxx MACRO EXPANSION swww

;CALL BA/CC

IN ROUTINE WITH DEFAULTS

RQI!'BACCR
;BA/CC IN RECEIVE
RBUF
JRECEIVE BUFFER
RCOUNT
RECEIVE CHARACTER COUNT

TST

SEC START.

.WORD

;titt

87
88 032564
032564
032566
89 032570
90

;BA/CC IN RCV

(SESCAPE

L10057-.

swnnxe MACRO EXPANSION #rex
sCALL CONTROL IN ROUTINE WITH DEFAULT

;IF

BACCIR
-

TRAP

.WORD
IN (FULL DUPLEX)

:"I'

84
85 032546

TO TEST END.

;JMACRO FOR CONTROL
PC,

($ESCAPE

L 10057-.

;SET LINE UNIT LOOP
;BASE TABLE ADDRESS
;DMR-11 MODE
:IF

CNTRIN
011522

.WORD

sannx MACRO EXPANSION wene
;CALL BASE IN ROUTINE WITH DEFAULTS

.‘.t"

81
82 032534
032534
032536
83 032540

TRAP

;MACRO FOR BASE IN COMMAND

.WORD
.WORD
.WORD

150

ERROR,

JINHIBIT

COMMAND

& J

TO TEST END.

CONTROL

OUT

TRAP

.WORD

CSESCAPE

L10057~.

ERROR REPORTING AGAIN.

;BA/CC IN XMIT COMMAND WITH NXM BUFFER

032576
032602
032604
032606

012300

; ADDRESS

BACCIT

160000,B81T15!81T14'1

JSR

PC,

$BACC

.WORD

.WORD
.WORD

(760000)

AND A (HAR.

COUNT = 1

;axxx MACRO EXPANSION twwa

:CALL BA/CC

RQ]'BACCY

IN ROUTINE

:BA/CC

IN TRANSMIT

COMMAND

160000
;BUFFER ADDRESS BITS 0-15
BIT15/BIT14!1
;BA BITS 16 & 17 AND CHAR.
;l*it

COUNT

ARNN

95 032610

--—

032610
032614

004737
000001

010272

9% 032616
97 032624

032777
001005

000001

032626
032630
032632

1046455

98 032626

000010
020130

WAIT

RDO

JSR

PC,

SWAIT

WORD

;WAIT FOR RDO TO BE SET.
iaxes MACRO EXPANSION s+
ICALL WAIT ROUTINE

:FLAG THAT WE'RE WAITING FOR RDO
:i't'

147610

BIT

#CNTRL,@SEL2

ERRDF

8.EMG8,ERRG2

108

:IF

L8 2

THERE A CONTROL OUT REPORTED

YES, PROCEED.

:EXPECTED CONTROL OUT

2
TRAP

.WORD
.WwORD

CSERDF

8
EMGS

I 12
(IDMIBO DMR=17 FUNCT]ONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE 61-4
TEST

9 = NON-EXISTENT

MEMORY

032634
99 032636
100 032640
101 032640

015126
000410

032650
032652
032654
032656

104455
000011
020174
015126

105 032660

042777

102 032646
103 0326590

104 032660

106 032666
107 032672

032672
168 032672

032777
001004

C05037

h
ek
d

VR W=

—d med aed

—

032674
032674

000400

000207
002364

147372

147346

108:

20%:
ENDSUB

ENDTST

104401

208

BIT

#NXM,ASEL6

BNE
ERRDF

104403

109 032674

SEQ

ERROR

BIC

(LR

.WORD

JEXIT

ERRGZ

;1S THE NXM FLAG SET?

20%
9,EMGY,ERRGZ

;IF YES = ERROR REPORTED CORRECTLY
JUNEXPECTED CONTROL OUT RECEIVED

#RDO!CMD,aSELZ2

;CLEAR RDO AND THE COMMAND BITS.

ERROR

151

TRAP
.WORD
.WORD
.WORD

JDON'T

CSERDF
9
EMG9
ERRGZ

INHIBIT CONTROL OUT ERRORS

L10062:

L10057:

TRAP

(SESLB

TRAP

CSETST

CZDMIBO DMR-11

.SBTTL

*
S

032676
032676
032676

TIME OJT - FORCE

10 - TIME OUT ERROR

10 - DMR-11

TIMEOUT AND VERIFY

AALAAAS SRRttt

iRt

ill

(LEAR

004737

011070

JSR

PC,

SMSCLR

THAT

ESCAPE

104410

23
24 032750
032750
032752
25 032754

032754
032760

THE

ERROR
R

IS REPORTED
XS R

SRR RS

TST

T10::

cISSUE A DMR MASTER CLEAR
LA 8

;IF ERROR, BR TO TEST END.

000172

sMACRO FOR BASE IN COMMAND

004737
004000
002634
000522

011266

032720

032736
032742
032744
032746

satnw MACRO EXPANSION *wnx

PC,

$BASEI

.WORD
.WORD
.WORD

LPLU
BASE
DMR

004737
000013

012070

THRESH,177777.177401

JSR

PC. SDMRIN
WORD
THRESH

DMRIN

004737
000012
000000
000001

012070

JSR

177777
177401

TST

:CALL DMR MODE INPUT RGUTINE
: INPUT COMMAND

:SEL4 VALUE (OR BITS TU CLEAR IN BSEL6)
:SEL6 VALUE (OR BITS TO SET IN BSEL6)

TIMER,0.1

PC, S$DMRIN
.WORD
TIMER
.WORD
0

TST

;SET REP/SEL TIMER TO MINIMUM (100 MSECS)

;CALL DMR MODE INPUT ROUTINE
; INPUT COMMAND

;SEL4 VALUE (OR BITS TO CLEAR IN BSEL6)
;SEL6 VALUE (OR BITS TO SET IN BSEL6)

011522

JSR

:IF ERROR, BR TO TEST END.

TRAP

.WORD
IN (FULL DUPLEX)

CNTRIN
PC,

SCNTIN

.WORD

C$ESCAPE

L10063-.

srxxx MACRO EXPANSION #xxw

000124

004737
000000

TRAP

.WORD

:tttt

ESCAPE

L& 2.2

;IF ERROR, BR TO TEST END

WORD

104410

LA
2 24

;x%ax MACRO EXPANSION *#ws

SRRAN

ESCAPE

CSESCAPE

L10063-.

;SET THRESHOLD VALUES AS FOLLOWS:
;BSEL4 = NAKS RECEIVED (377)
;BSELS = NAKS TRANSMITTED (377)
;BSEL6 = REP/SEL SENT (1)
-BSEL7
NO BUFFFER (377)

WORD
.WORD

104410
000142

.WORD

;CALL BASE IN ROUTINE WITH DEFAULTS
JSET LINE UNIT LOOP
sBASE TABLE ADDRESS
;DMR-11 MODE

DMRIN

177777
177401

TRAP

Juxrx MACRO EXPANSION *wne

JRRAR

20
21 032732
032732
032734
22 032736

;MACRO FOR MASTER (CLEAR
:itflfi

032720
032724
032726
032730

152

BGNTST

el
]

—

SEQ

032706
032712
032714
032716

TEST

032702
032702
032704
12 032706

VO ~NONES W

TEST

J 12
PAG E 62

M AAEASEER
Al
dRs
dR ] ] 32

032676

TESTS MACRO Vv03.01 23-APR-80 08:29:31

CONONN
NN —

10 ~ TIME OUT ERROR

TEST

FUNCTIONAL

:MACRO FOR CONTROL
;axsx MACRO EXPANSION #ves

CSESCAPE
L10063~.

SCALL CONTROL IN ROUTINE WITH DEFAULT
:SEL6 = FULL DUPLEX, RUN MODE, 1 SEC START.

;!tt'

LA 8

CZDMIBO DMR-11

TEST

FUNCTIONAL TESTS MACRO v03.01

10 - TIME OUT ERROR

26
27 032762
032762
8 032764

23-APR-80 08:29:31

104410
000112

29
30 032766

032766
032772
032774
032776

004737
000005
000000
000020

012070

33
34 033012
033012
033014
35 033016
033016
033022

004737
000001

033042
033044
033046

104455
000010
020130
015126

033062
033064
033066
033070

45 033072
46 033072

033072
47
48 033076

033076

DMRIN

WMODEM,0,BIT4

:BLIND THE RECEIVER BY GOING INTO HDX.
:USE WRITE MODEM COMMAND TO SET HALF DUPLEX.

JSR

PC, SOMRIN
.WORD
WMODEM
JWORD
0
.WORD
BIT4

:CALL DMR MODE INPUT ROUTINE
:NPUT COMMAND
:SEL4 VALUE (OR BITS TO CLEAR IN BSEL&)
:SEL6 VALUE (OR BITS TO SET IN BSEL6)

JSR

ESCAPE

104410
000062

104410
000050
032777
001005

40 033050
41 033052
42 033052
43 033060
44 033062

:IF ERROR, BR TO TEST END.

010272

000001

147176

000410

032777
001004

000002

104455
000011
020174
015126

004737

147160

20$:

012564

CSESCAPE
[ 10063-.

8 1

:BA/CC IN XMIT BUFFER

iexxs MACRO EXPANSION x#wx

PC, $BACC
:CALL BA/CC IN ROUTINE WITH DEFAULTS
.WORD
RalI'BACCT
;BA/CC IN TRANSMIT COMMAND
JWORD
TBUF
:TRANSMIT BUFFER ADDRESS
.WORD
TCOUNT
:TRANSMIT CHARACTER COUNT
TST

1 8.2 & 9

:IF ERROR, EXIT

TRAP
.WORD

CSESCAPE
L 10063-.

TRAP
.WORD

CSESCAPE
L 10063-.

TRAP
_WORD
JWORD

.WORD

CSERDF
8
EMGS
ERRG2

TRAP
.WORD
.WORD
-WORD

(SERDF
9
EMG9_
ERRGZ

RDO

:WAIT FOR THE READY OUT.

JSR

PC, SWAIT
.WORD
1

*CALL WAIT ROUTINE
:FLAG THAT WE'RE WAITING FOR RDO

ESCAPE

TST

:IF ERROR, EXIT.

ixxxx MACRO EXPANSION

% ws

*RRNE

L2
2 8 1

#CNTRL,@SEL2
108
8,EMGB,ERRG2

;IS THIS A CONTROL OUT
:1F YES, PROCEED.
:EXPECTED A CONTROL OUT.

208

SEXIT

BIT
BNE
ERRDF

#TOUT ,@SEL6
208
9,EMG9,ERRG2

;WAS THE TIME OUT REPORTED?
SIF YES, EXIT
-UNEXPECTED ERROR.

PC. SHALT

*DMR HALT ROUTINE.

SHUTDN

JSR

;exxs MACRO EXPANSION #vwx
*RARN

ENDTST

1 4

WAIT

BIT
BNE
ERRDF

108:

TRAP
.WORD

;xwxx MACRO EXPANSION *xws

:l’tl‘t

36 033024
033024
033026
37 033030
38 033036

39 033040
033040

012300

153

TST

BACCIT

004737
000040
002515
000044

SEQ

ESCAPE

:t'fit

31
32 033000

033000
033004
033006
033010

K 12
PAGE 62-1

1 2

L10063:

—

CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO v03.01
TEST 10 - TIME OUT ERROR

033076

104401

23-APR-80 08:29:31

L 12

PAGE 62-2

SEQ

TRAP

154

CSETST

CZDMIBO DMR-11

~ MESSAGE

TOO LONG ERROR

M 12
23-APR-80 08:29:31 PAGE 64

.SBTTL

TEST 11

80,0,

*
*

033100
033100
033100

033100

TEST 11

SEQ

- MESSAGE

CARAARAARRANANARAAN AR AN AN

Nolo ENTe XV, W NUIT W

AR AR AN

04737

011070

EEE

sttt

JSR

- DMR-11

als

ittty

PC,

$MSCLR

sISSUE A DMR MASTER CLEAR

—

b
-

TST

;IF

011266

JSR

ESCAPE

104410

PC, $BASE!
.WORD
LPLU
.WORD
BASE
.WORD
DMR

sMACRO FOR BASE IN COMMAND
sxxxx MACRO EXPANSION wxwx
sCALL BASE IN ROUTINE WITH DEFAULTS
sSET LINE UNIT LOOP
;BASE TABLE ADDRESS
;DMR-11 MODE

TST

;IF

004737
000000

011522

JSR

ESCAPE

104410
000120

004737

000044
002566
000022

012300

.WORD

sMACRO FOR CONTROL IN (FULL DUPLEX)

PC, $CNTIN
.WORD
O

012737

000001

002364

sxxxx MACRO EXPANSION wxxx
;CALL CONTROL IN ROUTINE WITH DEFAULT

;SEL6 = FULL DUPLEX, RUN MODE,

25 033172

BACCIR

RBUF ,RCOUNT/2

JSR

PC, $BACC
;CALL BA/CC IN ROUTINE
.WORD
RQI!BACCR
;BA/CC IN RECEIVE COMMAND
.WORD
RBUF
;BUFFER ADDRESS BITS 0-15

JSR

ERROR, BR TO TEST END.

suxxx MACRO EXPANSION wxxx

RCOUNT/2

;BA BITS 16/17 AND CHAR. COUNT

#CNTRL ,ERROR

1 2. 2 2

sTHIS FLAG WILL DISABLE ANY CONTROL OUT ERROR
sREPORTING BECAUSE WE ARE INTENTIONALLY

sCAUSING ONE IN THIS TEST.
;BA/CC IN XMIT COMMAND

saxax MACRO EXPANSION *wxx
PC, $BACC
:CALL BA/CC IN ROUTINE WITH DEFAULTS
.WORD
RQI!BACCT
:BA/CC IN TRANSMIT COMMAND
.WORD
TBUF
s TRANSMIT BUFFER ADDRESS
.WORD
TCOUNT
;TRANSMIT (HARACTER COUNT
;tttt

108:

SEC START.

TRAP
C$ESCAPE
WORD
L10064-.
;SET UP THC RECEIVE BUFFER WITH 1/2 BUF. SPACE

MOV

012300

NAKR

;IF

BACCIT

004737
000040
002516
000044

CSESCAPE

L10064-.

TST

.WORD

24 033160
033160
033164
033166
033170

TRAP

000132

CNTRIN

(SESCAPF

L10064-.

L3
2 81

ERROR, BR TO TEST END.

T HRRK

21 033152

TRAP

WwORD

033140
033144
033146
033150

L2
2 24

ERROR, BR TO TEST END.

s RRAX

19 033140

222222202220

JMACRO FOR MASTER CLEAR
saxxx MACRO EXPANSION sxaxw

SRR N%

033136

T11::

BASEIN

(V.
P o

-t

004737
004000
002634
000522

ESCAPE

033110
033114
033116
033120

8 033134
033134

MESSAGE TOO LONG =~ TRANSMIT A MESSAGE THAT IS TOO LONG FOR THE
RECEIVE BUFFER AND VERIFY THAT THE 'TOO LONG'' ERROR IS RECEIVED.

CLEAR

104410
000150

033126
033132

AR AN NN AR R ARNRARARNANRNAN ARSI

BGNTST

033104
033104
033106
13 033110

033122
033122
033124
16 033126

355

TOO LONG ERROR

sRkRK

—-— amd

TEST

FUNCTIONAL TESTS MACRO V03.01

RRXN

CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO v03.01
TEST 11 -~ MESSAGE TOO LONG ERROR

23-APR~80 08:29:31

26 033172

033172
033176

004737
000001

010272

N 12

PAGE 64~1

SEQ

WAIT

RDO

JSR

PC, SWAIT
1
.WORD

JFLAG THAT WE'RE WAITING FOR RDO

ESCAPE

TST

:IF RDO NOT SET, BR TO TEST END.

;WAIT FOR RDO TO BE SET
sxxwx MACRO EXPANSION swes

sCALL WAIT ROUTINE
*ARNK

033200
033200

104410
000054
032777
001005

032777
001004

033244

000001

000020

147022

147004

BIT
BNE
ERRDF

20%:
30%:

104455
000011
020174
015126

033246
033246
033252

005037

033252

004737

#CNTRL ,@SEL2

20%
8,EMG8,ERRG2

CSESCAPE
L10064~-.

TRAP

CS$ERDF
8
EMGS8
ERRGZ2

YES, PROCEED

JEXPECTED CONTROL OUT.

.WORD
.WORD
.WORD

40%

JEXIT

BIT
BNE

#TOLONG,aSEL6

40%

;IS THE TOO LONG BIT SET?
;IF YES, TEST OK - FINISH UP.

ERRDF

9.EMG9,ERRGZ

;WE'RE NOT GETTING EXPECTED RESULT

.WORD
.WORD

408:

012564

ENDTST

104401

TRAP

.WORD

;IS THIS A CONTROL 0OUT?

:IF

CLR
SHUTDN

ERROR

JSR

PC,

SHALY

CSERDF
9
EMGY

ERRG2

JRESTORE ERROR FLAG TO NORMAL STATE.

SHALT THE DMR.
sxsxx MACRO EXPANSION *xxx

;DMR HALT ROUTINE.
SRRk

033256
033256
033256

1 8. 884

TRAP
.WORD

002364

156

AXAK

L10064:

TRAP

CSETST

Y
NP

I
PO

%
%
»

IE JPSE
IO

ASEARASAR

SEQ

15 I4

TEST 12 - PROCEDURE ERRORS
st

ilii

izl

R332

2282222203¢

TEST 12 - DMR-11

PROCEDURE ERRORS -

THE FOLLOWING SHOULD CAUSE
A PROCEDURE ERROR:

SUBTEST 1

SUBTEST 2
SUBTEST 3
SUBTEST 4

SUBTEST 5
AR

A A

THE DMR-11

TO HALT AND RESPOND WITH

A SECOND BASE IN COMMAND

A
A
A
A

d
d

—

)

23-APR-80 08:29:31 PAGE

.SBTTL

SNV NPT e lVels - ENTe QU W

VN ST

CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO v03.01
TEST 12 - PROCEDURE ERRORS

CONTROL IN BEFORE A BASE IN
BA/CC IN BEFORE A BASE IN
BA/CC IN RCV WITH A BUFFER LENGTH OF 0
BA/CC IN XMIT. WITH A BUFFER LENGTH CF 0

AN A AN

AR A AN R AN RN RN AN N AN AR RN RN AR RN N A A AN AN

A RN NS

BGNTST

T12::

BGNSUB

17 033260

T12.1:

104402

18 033262
033262

CLEAR

004737

011070

JSR

PC,

SMSCLR

033266
033272
033274
033276
21
22 033300

sxxnxx MACRO EXPANSION ##xx

;iSSUE A DMR MASTER CLEAR

004737
004000
002634
000522

011266

JSR

PC, $BASEI
.WORD
LPLU
.WORD
BASE
.WORD
DMR

sxxnx MACRO EXPANSION wwxx

;CALL BASE IN ROUTINE WITH DEFAULTS
sSET LINE UNIT LOOP
;BASE TABLE ADDRESS
;DMR-11 MODE
shkhkh

012737

000001

002364

MOV

#CNTRL ,ERROR

BASEIN

033306
033312
033314
033316

011266

JSR

PC, $BASE!
.WORD
LPLU
.WORD
BASE
.WORD
DMR

004737
000001

010272

WAIT

RDO

JSR

PC, SWAIT
.WORD
1

suxxx MACRO EXPANSION wxxx

;CALL BASE IN ROUTINE WITH DEFAULTS
JSET LINE UNIT LOOP
;BASE TABLE ADDRESS

;DMR-11 MODE

104410

000632
032777
001005
104455

000010

000001

146674

8IT

ERRDF

TST

#CNTRL ,@SEL2

108
8,EMG8,ERRGZ

1 2. 8.21

SWAIT FOR RDO TO BE SET
sexxx MACRO EXPANSION *xxx

cCALL WAIT ROUTINE
sFLAG THAT WE'RE WAITING FOR RDO
‘RAAR

ESCAPE

2
1. 8.2

;THIS FLAG WILL DISABLE ANY CONT ROL OUT ERROR
;REPORTING BECAUSE WE ARE INTENT JONALLY
;CAUSING ONE IN THIS TEST.
;SECOND BASE IN

SRRk R

26
27 033320

28 033326

AARK

BASEIN

25 033306

033320
033324

c$8suB

;MASTER CLEAR MACRO
sNRAK

20 033266

TRAP

LA
& 24

:IF RDO NOT SET, BR TO TEST END.
;IS THIS A CONTROL OUT?
:1F YES, PRGCEED.
JEXPECTED CONTROL OUT

TRAP

.WORD

TRAP

.WORD

CSESCAPE

L10065-.

CSERDF

13
CZDMIBO DMR=11 FUNCTIONAL TESTS MACRO V03.01 23-APR-8G 08:29:31 PAGE 65-1
TEST 12 - PROCEDURE ERRORS

033346
033350
%g 8%%%?2

020130
015126
000410

3, 033356
35 033362
033364
033364
033366
033370
- 8%%%;2

032777
001004

38 033376
39 033402
40 033406
033406
a 033406

042777
005037

42 033410
033410
. 033410

001000

146656

1064455
000011
020174
015126
000207
002364

146632
ENDSUB

45
46 033416
47
48
49 033424
50
51

56 033444

033444
033446
57 033450
58 033456
59 033460
033460
033462
033464
033466

60 033470

61 033472

SEXIT

BIT
BNE
ERRDF

#HALTC,aSEL6
15$
9,EMG9,ERRG2

;IS THE HALT - PROCEDURE ERROR BIT SET?
:1F YES - ERROR REPORTED CORRECTLY
:UNEXPECTED CONTROL OUT RECEIVED
TRAP
.WORD
-WORD
"WORD

BIC
CLR

#RDO!CMD,aSEL2
ERROR

:CLEAR RDO AND THE COMMAND BITS
*RESTORE FLAG

011070

000001

JSR

005037

002260

002364

PC, $MSCLR

MOV

#CNTRL,ERROR

CLR

DMRFLG

CNTRIN
004737
000000

011522

JSR

004737
000001

010272

000001

146556

104455

($85UB

PC, $CNTIN
.WORD
0

L8 2

8 {

;THIS FLAG WILL DISABLE ANY CONTROL OUT ERROR
:REPORTING BECAUSE WE ARE INTENTIONALLY
:CAUSING ONE IN THIS TEST.
:CLEAR FLAG THAT IS SET IN BASEIN IN ORDER

:TO FLAG THAT A CONTROL OUT-DMR RUN MODE
:COMMAND IS EXPECTED (THIS FLAG WAS SET IN
:THE_PREVIOUS SUBTEST BASEIN)
*CONTROL IN

;exxx MACRO EXPANSION wsws

$CALL CONTROL IN ROUTINE WITH DEFAULT
:SEL6 = FULL DUPLEX, RUN MODE, 1 SEC START.
1 4 2

RDO

;WAIT FOR RDO TO BE SET

JSR

PC, SWAIT
LWORD
1

:CALL WAIT ROUTINE
:FLAG THAT WE'RE WAITING FOR RDO

ESCAPE

TST

;%xxs

#CNTRL,ASEL2
108
8,EMG8,ERRG2

MACRO

EXPANSION

xews

L8
8 8 4

:IF RDO NOT SET, BR TO TEST END.

;IS THIS A CONTROL OUT?
*IF YES - PROCEED.
-EXPECTED CONTROL OUT

000010

TRAP
.WORD

TRAP

.WORD

020130
015126

000410

TRAP

112.2:

WAIT

BIT
BNE
ERRDF

CSESUB

;ewxx MACRO EXPANSION x#ws

KRN

104410
000514
032777
001005

TRAP

:ISSUE A DMR MASTER CLEAR

:t*tfi

)

108
:

(SERDF
9
EMG9
ERRG2

;MASTER CLEAR MACRO
:t*tt

012737

EMG8
ERRG2

L10066:

CLEAR

54
55 033436

033436
033442

15%

104402

52
53 033430
033430
033434

BGNSUB

004737

158

.WORD
-WORD

104403

44 033412

033412

SEQ

B8R

158

SEXIT

.WORD
.WORD

(SESCAPE
L 10065-.

(SERDF

EMG8
ERRG2

CZOMIBO DMR-11 FUNCTJONAL TESTS MACRO v03.01
TEST 12 - PROCEDURE ERRORS

62 033472
63 033500
64 033502
033502
033504

033506

033510
65 033512
66 033512
67 033520
68 033524
033524
69 033524
70 033526
033526
- 033526

032777
001004

001000

146540

104455
000011
020174
015126
042777
005037

000207
002364

146514

BIT
BNE
ERRDF

158:
ENDSUB

73
74 033534
75
76
77 033542

033542
033546

033550
033552

80 033562
033562

033564

81 033566
82 033574
83 033576
033576
033600
033602
033604
84 033606
85 033610
86 033610
87 033616
88 033620
033620
033622
033624

A#HALTC ,QSELS
15%
9,EMG9,ERRG2

#RDO!CMD,aSEL2
ERROR

SEQ

000001

JSR
002364

MoV

012300

JSR

002566
000044

PC, S$MSCLR
#CNTRL ,ERROR

032777
001005

146440

104455
000010
020130
015126
000410

032777
001004

104455
000011
020174

001000

146422

cs8sue

sTHIS FLAG WILL DISABLE ANY CONTROL OUT ERROR
;REPORTING BECAUSE WE ARE INTENTIONALLY
;CAUSING ONE IN THIS TEST.
;BA/CC IN RCV. COMMAND
saxkx MACRO EXPANSION wxxx

RBUF
RCOUNT

SJRECEIVE BUFFER
RECEIVE CHARACTER COUNT
LA S

RDO

;WAIT FOR RDO TO BE SET

JSR

PC, SWAIT
.WORD
1

;CALL WAIT ROUTINE
;FLAG THAT WE'RE WAITING FOR RDO

BIT
BNE
ERRDF

108:

L4 2

WAIT

ESCAPE

000001

TRAP
sxxtx MACRO EXPANSION wxw«

saxax MACRO EXPANSION #wxxx

104410
000376

C$ESLB

PC, $BACC
:CALL BA/CC IN ROUTINE WITH DEFAULTS
.WORD
RQI!BACCR
;BA/CC IN RECEIVE COMMAND

.WORD
.WORD

010272

TRAP

;ISSUE A DMR MASTER CLEAR

:tlfii

004737
000001

ERRGZ2

JMASTER CLEAR MA(CRO

BACCIR

004737
000044

.WORD

T12.3:

:t**fi

012737

EMGY

L10067:

CLEAR
011070

.WORD

;CLEAR RDO AND THE COMMAND BITS.
JRESTORE FLAG

104402

004737

159

;IS THE HALT - PROCEDURE ERROR BIT SET?
:IF_YES - ERROR REPORTED CORRECTLY
SUNEXPECTED CONTROL OUT RECEIVED
TRAP
CSERDF
.WORD
9

BGNSUB

78
79 033554

033554
033560

BIC
CLR

D 13

PAGE 65-2

104403

72 033530
033530

23-APR-80 08:29:31

TST

#CNTRL ,aSEL?2
108
8,EMG8,ERRG?

LA
8 & 4

:IF RDO NOT SET, BR TO TEST END.

2IS THIS A CONTROL OUT?
;IF YES - PROCEED.
JEXPECTED CONTROL OUT

TRAP
.WORD

C$ESCAPE
L10065-.

TRAP
.WORD
.WORD
.WORD

CS$ERDF
8
EMGS8
ERRG?

158

JEXIT

BIT
BNE
ERRDF

MHALTC,aSELG
15%
9,EMG9,ERRG2

;1S THL HALT - PROCEDURE ERROR BIT SET?
sIF YES = ERROR REPORTED CORRECTLY
JUNEXPECTED “CONTROL OUT RECEIVED
TRAP
CSERDF
.WORD
9
.WORD
EMGY

CZDMIBO DMR=11
TEST

FUNCTIONAL

12 - PROCEDURE ERRORS

033626
89 033630
90 033630
91 033636
92 033642
033642
93 033642
94 033644
033644
033644
95 033646
033646

TESTS MACRO v03.01

015126
042777
005037

000207
002364

146376

23-APR-80 08:29:31

15%:

Er.osuB

BIC
(LR

E 13

PAGE 65-3

#RDO.CMD,SEL2
ERROR

BGNSUB

004737

JSR

033656
033662
033664
033666
99
100 033670

004737
004000
002634
000522

JMASTER CLEAR

PC, SMSCLR

104410
000270

033674
033700
033702
033704

004737
000044
002566
000044

033706
033710

104 033712
105
106
107 033720

033720
033724
033726
033730

:
011266

ESCAPE

012737

JSR

004737
000040
002516
000000

ESCAPE
000001

012300

002364

TRAP
.WORD

C$ESCAPE
L 10065-.

PC, $BASE]
.WORD
LPLU
.WORD
BASE
.WORD
DMR

sCALL BASE IN ROUTINE WITH DEFAULTS
;SET LINE UNIT LOOP
;BASE TABLE ADDRESS
;DMR-11 MODE

TST

L 8.8 24

;IF EKROR, EXIT.

TRAP
.WORD
JASSIGN A BA/CC IN RECEIVE BUFFER

suevax MACRO EXPANSION wens

TST

AARN

;IF ERROR, EXIT.

TRAP
LWOKD

#CNTRL ,ERROR

BALLiT

TBUF.O

JSR

PC, $BACC
. CALL BA/CC IN ROUTINE
.WORD
RQI!BACCT
;BA/CC IN TRANSMIT COMMAND
.WORD
TBUF
;BUFFER ADDRESS BITS 0-15
WORD
0
;BA BITS 16 & 17 AND CHAR. COUNT

JSR

CSESCAPE
L10065-.

PC, $BACC
;CALL BA/CC IN ROUTINE WITH DEFAULTS
.WORD
RQI!BACCR
;BA/CC IN RECEIVE COMMAND
.WORD
RBUF
JRECEIVE BUFFER
.WORD
RCOUNT
RECEIVE CHARACTER COUNT

Mov

WAIT

010272

($8suB

sunxt MACRO EXPANSION wrww

RDO

PC, SWAIT
.WORD
1

C$ESCAPE
L10065-.

sTHIS FLAG WILL DISABLE ANY CONTROL OUT
;ERROR REPORTING BECAUSE WE ARE INTENTIONALLY
s CAUSING ONE.
JASSIGN A BA/CC IN XMIT BUFFER LENGTH = 0.

saexx MACRO EXPANSION #wex

:tttt

004737
000001

TRAP

L2224

;IF ERROR, EXIT.

:!tt'

104410
000252

C$ESUB

;ISSUE A DMR MASTER CLEAR

;BASE IN COMMAND

BACCIR

108
109 033732

033732
033736

TST

BASEIN

JSR

012300

TRAP

suxxn MACRO EXPANSION swwe

;l’itfi

033670
033672
101 033674

102
103 033706

ESCAPE

104410
000305

ERRG2

T12.4:
CLEAR

011070

.WORD

L10070:

104403

104402

160

;CLEAR RDO AND THE COMMAND BITS.
JRESTORE FLAG

"t’.t*

9%
97 033652
033652
033654
98 033656

SEQ

;JWAIT FOR RDO TO BE

L2 2

SET

sawnn MACRD EXPANSION wxne

sCALL WAIT ROUTINE
;FLAG THAT WE'RE WAITING FOR RDO
NN

LA
2 &)

(ZOMIBO DMR=17

FUNCTIONAL TESTS MACRO v03.01

12 ~ PROCEDURE ERRORS

TEST

[0 RNTo
YV, ¥ 8

—

) —

amd
e

—

NP
—

10 033740

033740
033742
033744
033752
033754
033754
033756
033760

F 1
23-APR-80 08:29:31 PAGE 6

ESCAPE

104410

000001

146262

BIT
BNE
tRRDF

N=OY

— kb

NOPNON)
—

032777
001004

001000

146244

042777
005037

8,EMG8,ERRG2

15%

THIS A CONTROL

YES - PROCEED.

TRAP

.WORD

0OuT?

BIT

#HALTC,aSEL6

ERRDF

9.,EMGY ,ERRG2

15%

000207
002364

146220

ENDSUB

BIC
CLR

#RDO!CMD,aSEL2

ERROR

. WORD
.WORD
.WCRD

;1S

;IF

THE HALT - PROCEDURE

ERROR BIT

YES - ERROR REPORTED CORRECTLY

SUNEXPECTED CONTROL OUT RECEIVED

;CLEAR RDO AND

JRESTORE FLAG

THE

TRAP
.WORD

CSERDF
9
EMGY

ERRG?

COMMAND BITS.

L10071:

TRAP

C$ESLB

TRAP

ce8sSLB

BGNSUB

T12.5:

104402
CLEAR

011070

JSR

;MASTER CLEAR

PC,

$MS(CLR

Jxxan MACRO EXPANSION »xax
JISSUE A DMR MASTER CLEAR
:****

ESCAPE

104410
000130

TST

;IF

ERROR,

L 2

EX.T.

TRAP

BASE IN

JSR

PC, $BASE]
.WORD
LPLU
.WORD
BASE
.WORD
DMR

TST

000001

002364

MOV

;SET LINE UNIT LOOP
;BASE TABLE ADDRESS
;DMR-11 MODE
;IF

BACCIR

012300

JSR

#CNTRL ,ERROR

ERROR,

EXIT.

LMWORD

sTHIS FLAG WILL DISABLE ANY CONTROL OUT

CSESCAPE

L10065-.

JERROR REPORTING BECAUSE WE ARE INTENTIONALLY
s CAUSING ONE.

RBUF ,0

JASSIGN A BA/CC IN REC. BUFFER LENGTH = 0

Jaxax MACRO EXPANSION *xxw
PC, $BACC
. CALL BA/CC IN ROUTINE
.WORD
RQ]'BACCR
JBA/CC IN RECEIVE COMMAND
.WORD
RBUF
JBUFFER ADDRESS BITS 0-15

.WORD

CSESCAPE

L10065-.

saxxx MACRO EXPANSION sxxx
;CALL BASE IN ROUTINE WITH DEFAULTS

"fi***

ESCAPE

.WORD

;BASE IN COMMAND

*WWW
WR)
=

S PN

CSERDF

8
EMGS8
ERRGZ

SET?

TRAP

[

C$ESCAPE

L10065~-.

JEXPECTED CONTROL oOuT

SJEXIT

;IS

;IF

TO TEST END.

. WORD
. WORD

011266

108

104403

004737
1

#CNTRL ,aSEL2

RDO NOT SET,

000011
020174
01512%

12
1

;1F

161

SEQ

TRAP

104455

IST

;BA BITS 16/17 AND CHAR.

COUNT

CZDOMIBO DMR=-11

FUNCTIONAL TESTS MACRO v03.01

TEST 12 ~ PROCEDURE ERRORS

Z3-APR-80 08:29:31

137 034100
138

139

004737
000001

010272

104410

000060
032777
001005

000001

146122

RDO

JSR

PC,

ESCAPE

TST

BIT
BNE
ERRDF

000010
020130
015126
000410

032777
001004

001000

146104

SWAIT

.WORD

104455
000011
020174
015126

042777
005037

#CNTRL ,aSEL2

108
8.EMG8,ERRG2

JWAIT FOR RDO TO BE SET
sanwx MACRO EXPANSION wewx

sCALL WAIT ROUTINE

;FLAG THAT WE'RE WAITING FOR RDO
L2
2 8 4

*IF RDO NOT SET, BR TO TEST END.
;IS THIS A CONTROL OUT?
;IF YES - PROCEED.
JEXPECTED CONTROL OUT

.WORD

CSESCAPE
L10065~-.

TRAP
-WORD
.WORD
.WORD

CSERDF
8
EMG8
ERRG2

TRAP

15%

JEXIT

BIT

H#HALTC,JSEL6

;IS THE HALT - PROCEDURE ERROR BIT SET?
;IF _YES ~ ERROR REPORTED CORRECTLY
JUNEXPECTED CONTROL OUT RECEIVED

15%
9.EMG9,ERRG?

TRAP

000207
002364

1646060

ENDSUB

BIC
CLR

#RDO!CMD,QSEL2

ERROR

CSERDF
9

.WORD
-WORD
.WORD

EMG9
ERRGZ2

TRAP

C$ESULB

TRAP

CSETST

;CLEAR RDO AND THE COMMAND BITS.

cRESTORE

FLAG

L10072:

104403

162

ERRDF

—

ek =D e

Fa ¥ 2R 2 oF o
VAN
=

149

WAIT

L& 8

ch kAN

104455

146

SEQ

;t'ktt

135
136 034072

034072
034076

G 13

PAGE 65-5

ENDTST
104401

L10065:

20O 000NN
SN —

TESTS MACRO v03.01

NIV

23-APR-80 08:29:31

PAG E

SEQ

163

TEST 13 - DATA TEST

.SBTTL

Qtttttttttitttfitfitt'*itii'*t'ifitfitttt'ttt*tfitfittt'tttttttt'tttt't't.t
l

TEST 13 - DMR-11

;*
;*

FREE RUNNING FLAG MODE DATA TEST
TRANSMIT A MESSAGE AND VERIFY THE

THE DMR IS USED

RECEIVED

DATA

CORRECT.

;* IN THIS TEST NO INTERRUPTS ARE USED AND THE LINE UNIT IS IN
;* INTERNAL (TTL) LOOPBACK.
THIS TEST IS THE FIRST TEST IN WHICH

SRR

A A AN

IN A DATA TRANSMISSION MODE.

AR AR AR AR AN IR

BGNTST

b s =a2

WN=OOVONAVNEWN

—d —

CZDMIBO DMR=11 FUNCTIONAL
TEST 13 - DATA TEST

RN AN RN RN AR AR

T13::
;BYTE COUNT FOR RECEIVE BUFFER

000044
000002

MOV
ADD

RCOUNT RO
#2,RO

012701

002566

MOV

#RBUF ,R1

CLRB
DEC
BNE

(R1)+
RO
108

;CLEAR A BYTE IN THE BUFFER
;CONTINUE = UNTIL ENTIRE BUFFER DONE
;CLEAR TRANSMIT FLAG
;CLEAR RECEIVER FLAG
;MACRO FOR MASTER CLEAR

10%:

005309
001375
034206
034212
034216

005037
005037

002514
002564

CLR
CLR
CLEAR

TFLAG
RFLAG

034216

004737

011070

JSR

PC,

SMSCLR

;2 ADDITIONAL BYTES AT END OF BUFFER ARE
;USED FOR DELIMITOR
;ADDRESS OF RECEIVE BUFFER

suaxxx MACRO EXPANSION *xwx

;ISSUE A DMR MASTER CLEAR
2
2 8

N
»

ESCAPE

104410

000466
005737
001004
052737
000403

042737

002254

TST

2 1
L 8.8

;IF ERROR, BR TO TEST END.

DMTURN
118

004000

034256

#LPLU,100%

;IS INTERNAL LOOPBACK DESIRED?
;IF NOT, CLEAR INTERNAL LOOPBACK.
;SET LINE UNIT LOOPBACK.

004000

034256

#LPLU,100%

;CLEAR LINE UNIT LOOPBACK.

$BASE
|
.WORD
.WORD
.WORD

;BASE IN COMMAND.
sJMAINTENANCE BITS (LINE UNIT LOOP)
;BASE TABLE ADDRESS

000000
002634
000522

12%

100%:

CALL

ESCAPE

104410

TST

O
BASE
DMR

.DMR MODE
;IF ERROR, BR TO TEST END.

CALL
ESCAPE

104410

43 034306

$LOOP

;DMR COMMAND TO SET MAINT. BITS
;IF ERROR, BR TO TEST END.

TST

000414

TRAP

.WORD

CNTRIN

004737
000000

TRAP

.WORD

034300

034300
034304

TRAP

.WORD

000424
034270
034274
034274
03427¢

RARRD

C13700
062700

105021

25 034222
034222
034224
034226
034232
034234
034242
034244
034244
034252
034252

AARARNRANAARANRANNAR NN

011522

JSR

PC,

S$CNTIN

.WORD

JMACRO FOR CONTROL IN (FULL DUPLEX)
saxxx MACRO EXPANSION wxex

TST

CSESCAPE

L10073-.

CS$ESCAPE

L10073-.

sCALL CONTROL IN ROUTINE WITH DEFAULT
;SEL6 = FULL DUPLEX, RUN MODE, 1 SEC START.
*RRNK

ESCAPE

CSESCAPE

L10073-.

Lo
2 &

;IF ERROR, BR TO TEST END.

CZOMIBO DMR-17 FUNCTIONAL
TEST 13 - DATA TEST

034306
034310

4
45 034312

034312
034316
034320
034322

TESTS MACRO v03.01

23-APR-80 08:29:31

I 13

PAGE 67-1

SEQ

104410
000402

.WORD

012300

JSR

;BUFFER ADDRESS/CHARACTER COUNT REC.

;axxn MACRO EXPANSION w#w+
PC, $BALC
:CALL BA/CC IN ROUTINE WITH DEFAULTS
.WORD
RQI!BACCR
:BA/CC IN RECEIVE COMMAND

.WOFD
.WORD

RBUF
RCOUNT

034324
034326

48
49 034330

034330

50
51 034342
52

ESCAPE

104410

TST

:1F

ERROR

AN N

(I.E.

RDI

NOT SET),

000364

012300

JSR

;BUFFER ADDRESS/CHARACTER COUNT XMIT.

;xxax MACRO EXPANSION wwew
:CALL BA/CC IN ROUTINE WITH DEFAULTS

ESCAPE

104410

TST

:IF

ERROR

14 2

20%:

54 034346

010272

(I.E.

RDI NOT SET),

145650

104455

000011
020174
015126
000541

032777
001035

000004

145626

ESCAPE
TRAP
.WORD

WAIT

RDO

JSR

PC, SWAIT
.WORD
1

BERROR

52%

:IF ERROR - RDO NOT SET, END TEST

BIT
BEQ
ERRDF

#CNTRL,@SEL2

;IS THIS A CONTROL OUT COMMAND ?

25%
9.EMG9,ERRG2

;CALL WAIT ROUTINE
:FLAG THAT WE'RE WAITING FOR RDO
L3 2

:1F NOT = PROCEED
:UNEXPECTED CONTROL OUT RECEIVED

TRAP

.WORD
-WORD
-WORD

52%

BIT
BNE

#RCV,ASEL2

:TRANSMIT OR RECEIVE

TFLAG

:1S THIS THF FIRST

10,EMG10,ERRG2

:ERROR MU, “IPLE TRANSMITS

408

C$ESCAPE
L10073-.

;WAIT FOR RDO
;xwxx MACRO EXPANSION #x%s

;i**fi

000001

& 4

000346

103552
032777
001405

CSESCAPE
L10073-.

PC, $BACC
.WORD
RQI'BACCT
:BA/CC_IN TRANSMIT COMMAND
.WORD
TBUF _ ;TRANSMIT BUFFER ADDRESS
.WORD
TCOUNT
:TRANSMIT CHARACTER COUNT
;*iti

004737
000001

ESCAPE
TRAP

.WORD

BACCIT

004737
000049
002516
000044

;RECEIVE BUFFER
:RECEIVE CHARACTER COUNT

;tt.t

46
47 034324

CS$ESCAPE
L10073-.

TRAP

BACCIR

004737
000044
002566
000044

164

:BR FOR RECEIVE

52%

CSERDF
9

EMGO
ERRG?Z

s CHECK TRANSMIT
005737
001405
104455

69 034426

000525

002514

TST
BEQ
ERRDF

B8R

52%

SYES - OF

TRANSMIT DONE?
TRAP

.WORD
-WORD
-WORD

CSERDF

EMG10
ERRG2

—

4 o MIBO DMR=-11 FUNCTIONAL
TE S T 13 - DATA TEST

70 034430
4
72
73
74

012737
022777

001405

J 13

TESTS MACRO Vv03.01 23-APR-80 08:29:31 PAGE 67-2

177777

002516

1
002514
14 5572

30%:

CMP
BEQ
ERRDF

104455

000511

022777
01470

000044

145552

MOV

32%:

104455
000014
020277
015126
000500

#=1,TFLAG
#TBUF ,@SEL4

32%

11,EMG11,ERRG2

52%

CMP
BEQ
ERRDCF

#TCOUNT ,@SEL6

50%
12.EMG12,ERRG2

SEQ

165

sFLAG THAT TRANSMIT CHECK IS DONE.
s TRANSMIT BUFFER ADDRESS CORRECT?

;YES - PROCEED
;BUFFER ADDRESS ERROR

TRAP

.WORD
.WORD
.WORD

sCOUNT CORRECT ?
;YES - PROCEED
s CHARACTER COUNT ERROR

52%

TRAP
.WORD
.WORD
.WORD

CSERDF
11
EMG11

ERRG2

CS$ERDF
12
EMG12
ERRGZ

;CHECK RECEIVE
005737
001405

40%:

002564

104455

177777

002566

002564

41%:

145500

104455
000013
020252
015126
000454

022777
001405

;1S THIS THE FIRST RECEIVE DONE ?
;YES - PROCEED
sMULTIPLE RECEIVES

52%

MOV

#-1,RFLAG
ARBUF ,aSEL4

43%
11,EMG11,ERRG2

-WORD
.WORD
-WORD

;FLAG THAT RECEIVE CHECK HAS PEEN DONE.
;IS THE RECEIVE BUFFER ADDRESS CORRECT?
;YES - PROCEED
;BUFFER ADDRESS ERROR
TRAP

000044

145460

43%:

52%

CMP
BEQ
ERRDF

448
12,EMG12,ERRG?

#RCOUNT ,@SEL6

.WORD
.WORD
.WORD

000044
002516
002566

44%:

45%:

CSERDF
13

EMG13
ERRGZ2

CSERDF
1

EMG11
ERRGZ2

;IS THE BUFFER COUNT CORRECT?
JYES - PROCEED
s CHARACTER COUNT ERROR

TRAP

000014
020277
015126
000443

122122
001011

41%
13,EMG13,ERRGZ

BEQ
ERRDF

104455

012700
012701
012702

RFLAG

TRAP

000015
020325
015126
000470
012737
022777
001405

TST

BEQ
ERRDF

.WORD
.WORD
.WORD

52%

MOV
MOV
MoV

#RCOUNT ,RO
#TBUF ,R1
#RBUF ,R2

;SET UP FOR DATA CHECK (CHARCATER COUNT)
. GOOD DATA POINTER
JRECEIVE DATA POINTFR

CMPS
BNE

(R1)+,(R2)+
463

21S THE DATA THE SAME ?
sIF NOT, BRANCH TO DATA ERROR MESSAGE

CSERDS
12

EMG12
ERRGZ

a——

CZDMIBQ DMR-17 FUNCTIONAL
TEST 13 - DATA TEST
107 034614

108 034616
109 034620
110
111 034622
112 034624

034624
034626
034630
034632

113 034634

114 034636

115 034636

034636
034640
034642
034644
;?9 034646

TESTS MACRO v03.01

005300

DEC

45%
aR2

;CONTINUE

001412

BEQ
ERRDF

508
14 ,EMG14,ERRG2

;THIS SHOULD BE O - REMEMBER WE (LEARED
;2 EXTRA BYTES DURING BUFFER INIT.
cIF OK = PROCEED
;RECEIVED EXTRA DATA

52%

ERRDF

15,EMG15,ERRGZ

52%

104455
000016
020353
015126

000422

46%:

104455
000017
020377
015126
000415

042777
005737
001002
000137
005737
001002
000137

004737

000213
002564
034346
002514
034346

145356

TRANSMIT OR RECEIVE

50%:

51%:

52%:

012564

N Nv

CHECKING UNTIL DONE WITH BUFFER.

;DATA ERROR

TRAP
.WORD
.WORD
.WORD

CSERDF
14
EMG14
ERRGZ?

TRAP
.WORD
.WORD
.WORD

CSERDF
15
EMG15
ERRGZ2

CHECK DONE

8IC
TST
BNE
JMP

#RDO+RCV+CMD,SELZ ;CLEAR RDO, RCV & COMMMAND BITS (0,1)
RFLAG
;IS THE RECEIVE DONE ? (IF DONE, FLAG = -1)
51%
;YES = SEE IF TRANSMIT DONE
20%
;NO - GO BACK AND DO IT.

TST
BNE
JMP

TFLAG
32%
20%

SHUTDN

JSR

;1S THE TRANSMIT DONE ?
;YES = BR TO SHUTDOWN
sNO - DO IT
s SHUTDOWN DMR

PC, SHALT

sexxx MACRO EXPANSION xaxe

;DMR HALT ROUTINE.

:*ttt

CALL

134 034712
— omd

166

131
}g% 034706

034712
034712

SEQ

BNE
TST

;

034702

K13

PAGE 67-3

001374
005712

}}g

120 034650
121 034650
122 034656
123 034662
124 034664
125 034670
126 034670
127 034674
128 034676
129 034702
130 034702

23-APR-80 08:29:31

$ERROR

LA R

;CHECK BASE TABLE AND REPORT ANY SOFT ERRORS

ENDTST

104401

L10073:

TRAP

CSETST

—

CZDMIBO DMR-11

TEST

FUNCTIONAL

TESTS MACRO V03.01

14 - EXTENDED ADDRESSING DATA TEST

23-APR~80 08:29:31

L 13

PAGE 68

SEQ

167

}

LSBTTL

.'ttttttti“tittfittQtt'fitt"t"'ttt"i'.t*fifiittttttttttttttt'ttttt'ttttt

;*
;*
M
.x
;t

14 - DMR-11

15 034714
034714

034720
034726
034730
034734
034736
034762
034746
034752
034752
034756
034760

22 034764
23 034766
24 034772
25 034776

BGNTST

012746
012746
012745
012746
104437
062706

005037
005737

012700
104436

000340
023714
000004
000003
000010
002350
177572

000004

NXMFLG
aH#177572
#4
NXMFLG

001404
005037
000137

002350
036336

BEQ
CLR
JMP

108
NXMFLG
85%

:USE

023727
002002
000137

002120

012700
104441

000340

0363536

000010

39 035030

012721

077406

005300
001374
012701
005011
012761
012761

002200
15%:

172300

208

172340
000200
000400

000002
000004

CMP
BGE
JMP

LSHIMEM, #2200
15%
85%

SETPR]I

#PRI0O7

MOV

#172300,R1

MOV

#776406, 'R1)+

DEC
BNE
MOV
CLR
MOV
MOV

RO
208
#17234G,R1
(R1)
#200,2(R1)
#600,4(R1)

MOV

#8..R0

SYMBOLIC LABELS 'RSEL4'' ETC.

MOV
MOV
MOV

ANOXMEM, - (SP)
#6 ,-(SP)

MOV
TRAP
ADD

#3,-(SP)
C$SVEC
#10,sP

01"
TRAP

#6 RO
CSCVEC

JCLEAR FLAG = SET IF TRAP T0 4.
;ADDRESS MEMORY MANAGEMENT REGISTER.
JRESTORE TRAP VECTOR 4.

;IS THE FLAG STILL CLEARED?
JNOTE: THE FLAG WILL BE SET BY TRAP 4
;IF THERE IS NO MEMORY MANAGEMENT.

#PRIO7,-(SP)

JIF FLAG IS CLEARED, PROCEED WITH TEST.
JRESTORE FLAG
JEXIT = CAN'T TEST WITHOUT MEM. MANAG.
JNOTE:

012700

44 035044
45 035046
46 035054

#4,#NOXMEH.#PRIO7 JSET UP TRAP VECTOR 4

TST

012701

43 035040

SETVEC

002350

35
36 035020
gg 8%28%8
40
41 035034
42 035036

LSB

005737

10%:

T14::
JENABLE LOCAL BLOCK = NFZDED BECAUSE OF

.ENABL

CLR
TST
CLRVEC

27
28
29 034776
30 035004
31 035006
32 035012
33 035012
035012
035016

HAVE THE MEMORY TO CHECK BITS 16 & 17 IN SEL6.
THIS WILL ALLOW
US TO TRANSFER DATA USING THOSE EXTENDED ADDRESSING BITS. AS IN
TEEE 13 THE TEST IS NON-INTERRUPT AND INTERNAL (TTL) LOOPBACK IS
.
U

"ttttittttttt***tt*t*ttttt*t**ttttttttttttt**tttfittttttttttttttttt*ttt

12 034714
034714
13
14

19
20
21

TEST

;% IN THIS TEST - SEE IF WE HAVE MEMORY MANAGEMENT, IF SO SEE IF WE

6
7

16
17
18

TEST 14 - EXTENDED ADDRESSING DATA TEST

LSHIMEM IS SIZE OF

TOTAL MEMORY IN

;PAGE ADDRESS REGISTER FORM - DETERMINED BY
;BY DIAGNOSTIC SUPERVISOR AT STARTUP.
;DO WE HAVE ENOUGH MEMORY TO ADDRESS BIT 16?
;IF YES - PROCEED WITH TEST
JIF NOT - EXIT
sMAKE SURE WE ARE [N KERNEL MODE.
MOV
#PR]107.,R0O
TRAP
($SPRI]
;SETTING PR] SHOULD ALSO CLEAR BITS 14 &15
;IN PSW WHICH PLACES PROCESSOR IN KERNEL MODE.
;GET ADDRESS OF KERNEL PDR REG O
;GOING TO WRITE PDR REG 0-7
JWRITE BITS FOR THE FOLLOWING PAGE DESCRIPTION

JREAD/WRITE ACCESS,
;WRITE ALL PDRS

128. BLOCK PAGE LENGTH.

;GET ADDRESS OF KERNAL PAR O

;PAR 0, ADDRS
;JPAR 1, ADDRS
;PAR 2, ADDRS

0
20000
49000

-~
-

17776
37776
57776

CZDMIBO DMR-11

FUNCTIONAL TESTS MACRO V03.01

TEST 14 - EXTENDED ADDRESSING DATA TEST

47 035062

012761

000600

49 035076
50 035104
g} 035112

012761
012761
012761

002000
004000
007600

53 035120

012703

000100

48 035070

54 035124

012761

012704

001000

005037

002350

035134
035140
035144
035150

C12746
012746
012746
012746

000340
023714
000004
000003

58 035134

035154
035156
23 8%2}98

104437
062706
012737

61 035170
g% 8%2558

012701
012702

64 035200
65
66 035202
67 035206
68 035210
69 035212
70 035214
71 035216
;% 8%2352

012224

74 035224
75
76 035226
77 035232
78 035234
79 035236
80 035240
81 035240
82 035244

035244

035250
83 035252
84 035256
85 035260
035260

035262
035264
035266
86 035270
035270
035272
035276
035302
035304

005737
001014
005301
001372
005303
001364
012701

000006

MoV

000012
000014
000N16

MoV
MOV
MOV

000010

MOV

MoV

120000

55
56
57 035130

000010
000001
000040
002414

MoV
CLR

177572

002350

005037

177572

012700

000004

104436
005737
001417

002350

104455
000023
036340
000000

010446
012746
012746
010600
104414

;PAR 3, ADDRS

#2000,12(R1)
#4000,14(R1)
#7600,16(R1)

;PAR 5, ADDRS 200000
;PAR 6, ADDRS 400000
;PAR 7, ADDRS 160000

#64. R3

#120000,R4
NXMFLG

60000

;PAR &4, ADDRS 300000

77776

- 117776

-~ 217776
- 417776
- 177776 (1/0 PAGE)

sCOUNTER FOR QUTER LOOP OF TEST PATTERN GEN.

sUSE VIRTUAL ADDRESS TO MAP TO PAR 5

;GENERATE A TEST PATTERN IN THE 1ST 4K
;BYTES OF PAR 5 (VIRTUAL ADDR 120000 - 127776)
. ENSURE FLAG IS CLEARED

MoV

#1,a4177572

;ENABLE MEMORY MANAGEMENT

528

MOV
MOV

#32. ,R1
H$CCITT,R2

;COUNTER FOR INNER LOOP OF TEST PATTERN GEN.
;ADDRESS FOR 32. WORD TEST PATTERN

Mov

(R2)+,(R4)+

TST
BNE
DEC
BNE
DEC
BNE
MOV

NXMFLG
24%
R1
22%
R3
21%
#4000,R1

;WRITE TEST PATTERN INTO 4K BYTES
s (PHYSICAL ADDRESS 200000 - 207776)
;NXM TRAP 4?
s1F YES = EXIT
;DO THE INNER LOOP 32. TIMES

CLR

(R4)+

TST
BNE
DEC
BNE

NXMFLG
24%
R]
233

CLR
CLRVEC

a#177572
#4

238

24%:

TST
BEQ
ERRDF

PRINTB
036376
000002

#600,6(R1)

#1000,10(R1)

168

#4,#NOXMEM,#PRIO7 :SET UP TRAP VECTOR & (WILL SET FLAG)

005024
005737
001002
005301
001372

SEQ

SETVEC

002350

004000

23-APR~80 08:29:31 PAGE 68-1

NXMFLG
25%
19,EMT2?

H#FMT25,R4

;DO THE OUTER LOOP 128.

MoV
MoV
Mov
MoV
TRAP
ADD

#PRI07 ,-(SP)
ANOXMEM,
- (SP)
#4,~(SP)
#3,-(SP)
C$SVEC
#10,SP

TIMES

;COUNTER TO CLEAR THE NEXT 4K BYTES.
;CLEAR OUT THE ENTIRE PAR
: (PHYSICAL ADDRESS 210000 - 217776)
sNXM TRAP 4?
;IF YES = EXIT

:TURN OFF MEMORY MANAGEMENT
JRESTORE TRAP 4 TO SUPERVISOR

;WAS THIS AN ERROR EXIT
;IF NOT, PROCEED.

MOV

#4 RO

TRAP
.WORD
.WORD
.WORD

CSERDF
19
EMT2?
0

MOV
MOV
MOV
MOV
TRAP

R4,
- (SP)
HFMT2S5,-(SP)
#2,-(SP)
SP,RO
C$PNTB

TRAP

C$CVEC

CZDMIBO DMR-11

TEST

FUNCTIONAL TESTS MACRO V03.01

14 ~ EXTENDED ADDRESSING DATA TEST

035306

87 035312
88 035316
89 035316

035316

062706

000137

004737

23-APR-80 08:29:31

000006

036336

25%:

011070

JMP

N 13

PAGE 68-2

85%

CLEAR

JSR

92 035324

93 035326
94 035332
95 035334
96 035342
97 035344
38 8%2%?3
100
101
102
103
104

035352
035356
035360
035362
035364

035364
105 035366

106 035370
107 035374

035374
108 035376

104410
001012
005737
001004
052737
000403

002254
004000

035356

042737

004000

035356

000000
002634
000522

100$:

104410
000750

104410
000740

109 035400
035400
035404

PC, SMSCLR

104410
000726

112 035412

005037

114
115
116
117
118
119
120
121

005037

002514

TST
BNE
BIS
BR

DMTURN
308
#LPLU,100%
32%

;IS INTERNAL LOOPBACK DESIRED?
;IF NOT, CLEAR INTERNAL LOOPBA(CK.
sSET LINE UNIT LOOPBACK.

BIC

#LPLU,100%

;CLEAR LINE UNIT LGOPBACK.

CALL

ESCAPE

$BASE]
.WORD
.WORD
.WORD
TST

;BASE IN COMMAND.
JMAINTENANCE BITS (LINE UNIT LOOP)
;BASE TABLE ADDRESS
;DMR MODE
;IF ERROR, BR TO TEST END.

CALL
ESCAPE

$LOOP
TST

O
BASE
DMR

;DMR COMMAND TO SET MAINT. BITS
;IF ERROR, BR TO TEST END.

PC, $CNTIN
.WORD
0

ESCAPE

TST

035426
035434

012737
012737

010000
050000

035462
035464

MOV
MoV

035442
035446

005037
012737

035500
050000

035502

CLR
MoV

CLR

000044
000000
000000

RSEL4:
RSELG6:

CALL

TRAP
.WORD

C$ESCAPE
L10074-.

TRAP
.WORD

CSESCAPE
L10074-.

sMACRO FOR CONTROL IN (FULL DUPLEX)

JSR

005037

35%:

CSESCAPE
L10074-.

:IF ERROR, BR TO TEST END.

035422

122
123 035454
124 035454
125 035460
126 035462
127 035464

TRAP
.WORD

TST

CLR

002344

LA 2

ESCAPE

CLR

002564

#6,SP

;ISSUE A DMR MASTER CLEAR

sxexx MACRO EXPANSION xwxw

sCALL CONTROL IN ROUTINE WITH DEFAULT
;SEL6 = FULL DUPLEX, RUN MODE, 1 SEC START.
‘khkkX

110 035406
035406
- 035410

113 035416

011522

ADD
JMACRO FOR MASTER CLEAR

CNTRIN
004737
000000

169

suvsx MACRO EXPANSION wexe
:.'tfi

90
91 035322
035322

SEQ

TFLAG

RFLAG

SFLAG

1. 4.8
2 1

;IF ERROR, BR TO TEST END.

TRAP
.WORD

CSESCAPE
L10074-.

;CLEAR TRANSMIT FLAG

;CLEAR RECEIVE FLAG

;CLEAR SECOND LOOP FLAG
;IF SFLAG = 0, THEN THIS IS A TEST OF BIT 16
;IF SFLAG = =1, THEN THIS IS A TEST OF BIT 17
#10000,RSEL4
JRECEIVE BUFFER ADDRESS (BITS 0-15)
#B1T14110000,RSEL6 ;REC BUFFER ADDR BIT 16 SET AND 4K
BYTE RECEIVE CHARACTER COUNT
TSEL4
TRANSMIT BUFFER ADDRESS (BITS 0-15)
#B81T14!10000, TSEL6 ;XMIT BUFFER ADDR BIT 16 SET AND 4K
;BYTE XMIT CHARACTER COUNT

$BACC
.WORD
.WORD
.WORD

; ISSUE THE BUFFER ADDR/ CHAR COUNT COMMAND
RQI.BACCR
;COMMAND FOR BA/CC IN RECEIVE
0
;BUFFER ADDRESS BITS 0-15
O
;BUFFER ADDR BIT 16 + (HAR. COUNT

CZDMIBO DMR-11

TEST

B 14

FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 68-3

SEQ

16 - EXTENDED ADDRESSING DATA TEST

128 035466
035466
129 035470
130 035472
131 035476

132 035500
133 035502
134 035504
035504
035506
135 035510
136 035510
035510
035514
137 035516

139 035522
140 035530
141 035532

032777
001406

035570
035572

149 035574
150 035600
151 035600
152 035606
153 035614
154 035616

035616
035620

035622
035624
155 035606
156 035632
157 035632
158 035640
159 035642

035642
035644
035646

END TEST

TSEL4:
TSEL6:

408:

010272

CALL

$BACC

ESCAPE

TST

.WORD
.WORD
.WORD

104455
000011
020174
015126

:ISSUE THE BUFFER ADDR/ CHAR COUNT COMMAND

;IF

ERROR,

END TEST

000001

036326

032777
001040
005737
001406

000004

WAIT

RDO

JSR

PC., SWAIT
.WORD
1

036326

012737
023777
001406

177777
035500

023777
001502

104455
000014
020277

144460

BIT
BEQ
ERRDF

508:

002514

000137

104455
000013
020252
015126
000137

144504

002514
1464422

036326
035502

144400

558

568:

CSESCAPE
L10074°;

TRAP

.WORD

ESCAPE

000137

104455
000012
(020223
015126

CSESCAPE

L10074~-.

RQI'BACCT
sCOMMAND FOR BA/CC IN TRANSMIT
0
;BUFFER ADDRESS BITS 0-15
0
;BUFFER ADDR BIT 16 + CHAR. COUNT

cWAIT FOR RDO TO BE SET
Juxnx MACRO EXPANSION wnxsx

;CALL WAIT ROUTINE
JFLAG THAT WE'RE WAITING FOR RDO
:fitt*

104419
000616

162 035542
143 035546
144 035546
145 035554
146 035556
147 035562
148 035564
035564
035566

;IF ERROR,

. WORD

104410
000630

004737
000001

TST

TRAP

000040
000000
000000

035516
13g 030520

035532
035534
035536
035540

ESCAPE

104410
000646

170

TST

#CNTRL ,aSELZ2
50%

9.,EMG9 ,ERRGZ2

ARRR

;IF RDO NOT SET BEFORE

TIMEOUT, END TEST

JUNEXPECTED CONTROL OUT.

JEXIT

BIT
BNE
TST
BEQ
ERRDF

#RCV,9SEL?Z
60%

;1S THIS A TRANSMIT OR RECEIVE?
:BR FOR RECEIVE

55%
10,EMG10,ERRG2

;IF YES, PROCEED
;MULTIPLE TRANSMITS

;1S THIS THE

JMP

80%

JEXIT

MOV
cMP
BEQ
ERRDF

#-1,TFLAG

sFLAG THAT

TSEL4,aSELS
56%
11,EMG11,ERRG2

80%

G
BEQ
ERRDF

70%
12.EMG12,ERRG2

TSEL6,aSEL6

CSESCAPE
L10074~.

TRAP
.WORD
.WORD
.WORD

C$ERDF
9
EMG9
ERRGZ2

TRAP
.WORD

CSERDF
10

c1S THIS A CONTROL OUT COMMAND?
:NO - PROCEED

JMP

TFLAG

TRAP
.WORD

1ST TRANSMIT DONE

THE TRANSMIT

.WORD
.WORD

EMG10
ERRGZ2

TRAP
.WORD
.WORD
.WORD

CSERDF

IS DONE.

;1S THE BUFFER ADDRESS CORRECT?
;IF OK, PROCEED WITH CHECK.
:BUFFER ADDRESS ERROR

SEXIT
;1S THE CHAR.

EMG11
ERRGZ

COUNT CORRECT?

;IF OK, PROCEED
;CHARACTER COUNT ERROR - OR EXT MEM PROBLEM
TRAP
C$ERDF
.WORD
.WORD

EMG12

CZOMIBO DMR-11

C 14
FUNCTIONAL TESTS MACRO V03.01 23-APR~80 08:29:31 PAGE 68-4

SEQ

TEST 14 ~ EXTENDED ADDRESSING DATA TEST

035650

015126
000137
005737
001406
104455
000015
020325
015126
000137

012737
023777
001405

036326

60%:

002564

127777

002564
144322

104455
000013
020252
015126
000577

023777
001404

035464

144302

61%:

000014
020277
015126

TST

RFLAG

s1S THIS THE 1ST RECEIVE DONE
:1F YES, PROCEED
:MULTIPLE RECEIVES

62%:

80%

SEXIT

MOV

#-1,RFLAG
RSEL4,QSEL4

;FLAG THAT THE.RECEIVE IS DONE.

130000

012700
012701
012702

010000

012737

000001

11,EMG11,ERRG2

JEXIT

cMP
BEQ
ERRDF

RSEL6,ISELE

;IS THE CHAR. COUNT CORRECT?
;IF OK, PROCEED
s CHARACTER COUNT ERROR

63%

12,EMG12,ERRG2

SFLAG
65%

#130000,R2
66$

ERRGZ2

TRAP

CSERDF

WORD
.WORD
.WORD

13
EMG13
ERRG2

TRAP

CSERLF

.WORD
.WORD
.WORD

11
EMG11
ERRGZ

TRAP

CSERDF

66$%:
67%:

THIS VIRTUAL ADDR

JWHICH WILL MAP TO 200000
sTHE REC BUF. MAPS TO 210000

;GO COMPARE THE XMIT AND REC BUFFERS

;TURN MEMORY MANAGEMENT BACK ON.

(R1)+,(R2)+

;1S THE DATA THE SAME?
s1F NOT THERE IS A DATA ERROR.
;CHECK ENTIRE BUFFER

177572

15.EMG15,ERRG2

;IN THE TEST OF BIT 16 WE SENT 4K BYTES

sTHE XMIT BUFFER BEGAN AT

#1,a8177572

67%
708

68%:

JWHICH EXTENDED ADDRESS ARE WE CHECKING?

;IN_ THE TEST OF BIT 17 WE SENT 8K BYTES
;THE XMIT BUFFER MAPS TO 200000
;THE REC BUF. MAPS TO 400000

80%

12
EMG12
ERRGZ2

;BR FOR BIT 17 CHECK

#10000,R0
#120000,R1
#140000,R2

68%

177572

.WORD

WORD
.WORD
.WORD

65%:

177572

;1S THE BUFFER ADDRESS CORRE(CT?
;I1F OK, PROCEED WITH CHECK.
:BUFFER ADDRESS ERROR

80%

#4000,R0
#120000,R1

120000
140000

022122

62%

004000
120000

012702
000406

61%
13,EMG13,ERRG2

JMP

63%:

002344
012701

JEXIT

CMP
B8EQ
ERRDF

104455

012700

80%

BEQ
ERRDF

036326
035462

JMP

;IF DATA OK, PROCEED WITH TEST.
:TURN MEMORY MANAGEMENT OFF
.
:DATA ERROR

JEXIT

TRAP

.WORD
.WORD
.WORD

C$ERDF

15
EMG15
ERRGZ2

CZDMIBO DMR-11

FUNCTIONAL TESTS MACRO v03.01

TEST 14 -~ EXTENDED ADDRESSING DATA TEST

200 036046
201 036046

202 036052
203 036060
204 036064
205 036066
206 036072
207 036072
208 036076
209 036100

005037

042777
005737
001002
000137

005737
001002

177572

000213
002564

70$:

144154

035510

71%:

002514

210 036104
211 036104
g}% 036110

000137

035510

005737
C01106

002344

214 036112
215 036120
216 036126
217 036130
g;g 036134

012737
023727
002477
005037
005037

177777
002120

72%:

002344
004200

002514
002564

220
221
222

225 036140
226 036144
227
228 036152
229 036156
230
231 036164
232 036170
233
234 036174

235 036200

036200
036204
036210
036214
036220
036222
236 036226
237 036234
238 036234
239 036236
260 036242
241 036244
242 036246
243 036250
244 036250
245 036254
036254
036260
266 036262
247 036266
248 036270

D 14

23-APR-80 08:29:31 PAGE 68-5

CLR

SEQ

172

BIC
TST
BNE
JMP

177572

#RDO+RCV+CMD,@SEL2 ;CLEAR RDO, RCV & COMMMAND BITS (0,1)
RFLAG
;1S THE RECEIVE DONE ? (IF DONE, FLAG = =1)
71%
;YES - SEE IF TRANSMIT DONE
40%
:NO - GO BACK AND DO IT.

s TURN MEMORY MANAGEMENT OFF
.

TST
BNE
JMP

TFLAG
72%
40$

;1S THE TRANSMIT DONE ?
;YES - SEE IF THERE IS MORE

:NO = DO IT

TST
BNE

SFLAG
80s

JHAVE WE ALREADY TESTED BIT 17
;IF SO - END OF TEST

MOV
CMP
BLT
CLR
CLR

#-1,SFLAG
LSHIMEM, #4200
80%
TFLAG
RFLAG

JFLAG SO WE DON'T COME THIS WAY AGAIN.
;IS THERE ENOUGH MEMORY TO TEST BIT 17?
;IF NOT - END OF TEST.
;CLEAR FLAGS FOR NEXT TEST

;SET UP TO TEST BIT 17, IF THERE IS ENOUGH MEMORY.
;THIS TEST WILL TRANSMIT 8K BYTES STARTING AT PHYSICAL ADDRESS 200000
.70 PHYSICAL ADDRESS 400000.
THE TRANSMITTED BUFFER STILL CONTAINS

sTHE TEST PATTERN GENERATED IN THE BIT 16 TEST.

005037
012737

035462
120000

035464

CLR
Mov

005037
012737

035500
060000

035502

CLR
MoV

012701
012704

010000
140000

.
005037

012746
012746
012746
012746
104437
062706
012737
005024
005737
001002
005300
001372

MOV
MOV

002350

CLR

SETVEC

000340
023714
000004
000003
000010
000001

i
177572

74%:

002350

005037

177572

012700
104436
005737
001002
000137

000004
002350

035454

75%:

RSEL4
sRECEIVE BUFFER ADDRESS (BITS 0-15)
#B1T715!20000,RSEL6 ;REC BUFFER ADDR BIT 17 SET AND 8K
;BYTE RECEIVE CHARACTER COUNT
TSELS
;TRANSMIT BUFFER ADDRESS (BITS 0-15)
#BI1T16'20000,TSEL6 ;XMIT BUFFER ADDR BIT 16 SET AND 8K
;BYTE XMIT CHARACTER COUNT
#10000,R1
;COUNTER TO CLEAR 8K BYTES
#140000,R4
sVIRTUAL ADDRESS THAT WILL MAP INTO PAR 6
sWITH THE PHYSICAL ADDRESS 400000
NXMF LG
. ENSURE FLAG IS CLEAR

#4 ANOXMEM,#PRIO7 ;SET UP TRAP TO VECTOR 4 (WILL SET FLAG)

MoV

H1,a4177572

;TURN ON MEMORY MANAGEMENT

CLR
TST
BNE
DEC
BNE

(R4)+
NXMFLG
75%
RO
748

;CLEAR 400000 ~ 417776
;DOES A NXM TRAP 4 OCCUR?
;IF YES, EXIT

CLR
CLRVEC

177572
#4

:TURN OFF MEMORY MANAGEMENT
JRESTORE TRAP 4

NXMFLG
76%
35%

;WAS THIS AN ERROR EXIT?
;1F YES - REPORT ERROR
;START THE SECOND TEST

TST
BNE
JMP

MoV
MOV
MoV
MOV
TRAP
ADD

#PRIO7 ,-(SP)
ANOXMEM
- (SP)
#4,~(SP)
#3,-(SP)
CSSVEC
#10,SP

MOV
TRAP

#4 RO
CSCVEC

CZDMIBO DMR-1' FUNCTIONAL TESTS MACRO v03.01
TEST 14 = EXTENDED ADDRESSING DATA TEST
249 036274
250 036274
036274

251

036276
036300
036302

E
23-APR-80 08:29:31 PAGE 68-6

76%:
104455

ERRDF

tecQ

19,EMT22

E;ERDF

000023
036340

EMT22

000000

010446
012746
012746
010600
104414

62706

004737

PRINTB

#FMT2S5
R4

R4 ,=(SP)
HFEMT25,-(SP)
#2,-(SP)

036376
000002
000006

80%:

012564

85%:
ENDTST

TRAP
ADD

SHUTDN

s SHUTDOWN DMR

saxxe MACRO EXPANSION

wwex

‘NN

LA
A 2

PC,

CALL

$ERROR

*CHECK BASE TABLE AND REPORT ANY SOFT ERRORS

DSABL

LSB

;DISABLE LOCAL SYMBOL BLOCK

SHALT

;DMR HALT ROUTINE.

L10074:

O =0Q= 0 b OO=OOQ 2=t d O =d b
BNV DO
BB NON
- O=—=0O

VIO HONWMES
O NWVMWNIWES
O NWNO YW

—=0Q —‘NNONQJ\NOO—‘WNNO?O
WO O VO NWN = NNV
NS ONOWN = ~J N
=
— SO

263

CSPNTB
#6,SP

JSR

104401

262

SP,RO

EMT22:

.ASCIZ

/CAN'T ADDRESS EXTENDED MEMORY/

FMT25:

_ASCIZ

/XAMEMORY ADDRESS

.EVEN

206X DOES NOT RESPOND -

TRAP

1RAP 4XN/

C$ETST

CZDMIBO DMR-17

TEST

FUNCTIONAL

15 -~ DMC MODE

TESTS MACRO v03.01

(RESUME)

INTERRUPT

}

TEST

23-APR-80 08:29:31

.SBTTL

F 14
PAGE 70

SEQ

TEST 15 - DMC MODE

(RESUME)

174

INTERRUPT TEST

."tt'ttttt'fi'tfit‘tfi.tttt'tt't"'.'tt."'tt"fifit"ttti't"tt""Q...tt.'

5
6

TEST

15 = DMR-11

:* RESUME BASE IN - DMC MODE
;* »=
WILL NOT RUN IF MODEM LOOPBACK IS SELECTED

IN THIS TEST THE DMR WILL

TRANSMIT AND RECEIVE

w+
7 BUFFERS.

DURING THE

:* TEST THE DMR WILL BE HALTED AND RESTARTED BY A BASE-IN RESUME

9
10
11
12

:* FOLLOWING MANNER:
i
BASE IN
P>
CONTROL IN
i
HALT
-

BASE

IN RESUME

HALT

BASE

IN RESU
E

i
i
;v
i

HALT
=
BASE
2 BA/CC IN RECEIVE.
HALT
=
BASE
1 BA/CC IN RECEIVE

IN RESUME

16
17
18
19

20
21
22
23
24
25
26
27

i
o
D
ix
o
D
i
i

2 BA/CC IN RECEIVE
-

2 BA/CC IN RECEIVE

HALT
2 BA/CC
HALT
2 BA/CC
HALT
2 BA/CC
HALT
1 BA/CC

IN
IN
=
IN
IN

HALT

BASE
TRANSMIT
BASE
TRANSMIT
BASE
TRANSMIT
BASE
TRANSMIT
BASE

* %

30
31

e
i

IN THE

IN RESUME

IN RESUME
IN RESUME

IN RESUME
IN RESUME
IN RESUME

ALL BA/CC OUTS RECEIVES AND TRANSMITS WILL BE ACCOUNTED FOR AND
THE CHARACTER COUNTS AND BUFFER ADDRESSES WILL BE CHECKED AGAINST

THE RECEIVE/TRANSMIT TABLE.

34
35
36

D
o
i

38
39
40

i
ix
D

ATTEMPT TO USE AS LARGE BUFFERS AS POSSIBLE IN THE FOLLOWING
HIERARCHY:
A. IF
B. IF

bR4

('S
46 036460

036460
47 036460
48
49 036464
50

51
52
53
54
55
56

THE BUFFERS ARE DETERMINED IN THE SUBROUTINE SBUFFS.
THIS
SUBROUTINE WILL DETERMINE THE ADDRESS AND CHARACTER COUNT OF
SEVEN RECEIVE AND SEVEN TRANSMIT BUFFERS.
THE ROUTINE WILL

036466
036474
036502
036510

036514

THERE
THERE

IS MEMORY MANAGEMENT, USE A PAGE ABOVE 32K.
[S FREE MEMORY ABOVE

THAN 2K BYTES,

IF NEITHER OF

USE

THAT MEMORY

THE SUPERVISOR GREATER

THE PRECEEDING TWO ARE POSSIBLE, USE

THE 2K BYTE DEFAULT BUFFEX WITHIN THIS DIAGNOSTIC.

:'titttttttttttl’t*tttttttt"tt‘"'ttt"t'*fitifitt'tit."t!tlfit'.tttfit'ttt
BGNTST

005737

002306

001036

012737
012737
012737
005037

000007
000001
000001
002300

002224
002274
002276

T15::
;DO WE NEED TO WRITE MODEM
IMAINTENACE 1 OR 2?
:1F YES WE CAN'T RUN THIS TEST
:(NOTE: CAN'T WRITE MODEM IN DMC MODE)

TST

WMAINT

BNE

408

MOV
MOV
MOV
CLR

#7 ,BUF NUM
#1.RE SUME
#1. DMCMDE
MNTMDE

;4 OF
:FLAG
:FLAG
:FLAG

CALL

$BUFF S

;DETERMINE 7 RCV &

RCV
SET
SET
NOT

& XMIT BUFFERS.
TO REQUEST 'USE OF RESUME.
TO REQUEST DMC MODE
.
TO REQUEST MAINTENANCE MODE.

7 XMIT BUFFERS

CZOMIBO DMR-11

FUNCTIONAL

TEST 15 ~ DMC MODE

TESTS MACRO V03.01 23-APR-80 08:29:31

(RESUME)

INTERRUPT TEST

57
58 036520

036520

59
60 036524
036524
o

036526

CLEAR
004737

011070

JSR

65
66 036542
036542
036544
67 036546
036546
68 036552
036552
036554
69
70

ESCAPE

104410

PC, $MSCLR

;ISSUE A DMR MASTER CLEAR

TST

LA
2 8

;1F ERROR, EXIT TEST

TRAP

011266

JSR

PC, $BASE!
.WORD
LPLU
.WORD
BASE
.WORD
DMR

sxrxx MACRO EXPANSION wxwx

;CALL BASE IN ROUTINE WITH DEFAULTS
;SET LINE UNIT LOOP
;BASE TABLE ADDRESS
;DMR-11 MODE
SRR AN

ESCAPE

104410
000016

TST

SHUTDN
012564

JSR

;IF ERROR, EXIT

ESCAPE

LA
2 84

TEST

TRAP
.WORD

JHALT
PC, SHALT
TST

C$ESCAPE
L10075-.

saxxx MACRQ EXPANSION wxwx

;DMR HALT ROUTINE.
a2

104410
000006

L10075-.

;ISSUE A DMR MODE BASEIN
;IN DMR MODE, IF A INTERFACE [S REQUIRED
;7O BE WRITTEN = IT WILL BE DONE.

BASEIN

004737

CSESCAPE

.WORD

L8
& 4

;IF ERROR, EXIT TEST.

TRAP
CSESCAPE
.WORD
L10075-.
;AFTER SETTING INTERFACE OR LOOPBACK MAINT.
;(CAN'T BE DONE IN DMC MODE), START IN
;DMC MODE.

76 036556
75
76
7
78
79

CALL

85
86

senrn MACRO EXPANSION xewx

000034

004737
004000
002634
000522

175

;MASTER CLEAR

82 036562
83 036562
036562
8 036562

SEQ

cRNNK

62
63
64 036530
036530
036534
036536
036540

G 14
PAGE 70-1

$INOUT

;THIS ROUTINE WILL MANAGE ALL THE DMR
;COMMANDS ISSUED IN THE INTERRUPT ROUTINES
; (FROM BASE IN UNTIL SHUT DOWN).
BESIDES
;CONTROLLING THE SOFTWARE TIMEOUT, THIS
JROUTINE WILL ALSO CHECK THAT BUFFER
;CHARACTER COUNTS AND ADDRESSES ARE CORRE(CT

JAND THAT THE DATA IS CORRECT IN THOSE BUFFERS

40%:
ENDTST
104401

L10075:

TRAP

CSETST

———

CZDMIBO DMR-17
TEST

FUNCTIONAL

16 -~ DMR MODE

TESTS MACRO v03.01

(RESUME)

INTERRUPT

TEST

23-APR-80 08:29:31

H 14
PAG
E 7N

SEQ

LSBTTL

‘"“"t.".*"fi*"*'*""""*'t..fi."fi"'*‘fi*.fi"‘fi""'.'l"t"""'.'

TEST 16 - DMR MODE

5
6

TEST

(RESUME)

176

INTERRUPT TEST

16 - DMR-11

;* RESUME BASE IN - DMR MODE
;* IN THIS TEST THE DMR WILL TRANSMIT AND RECEIVE 7 BUFFERS.

DURING THE
;% TEST THE DMR WILL BE HALTED AND RESTARTED BY A BASE~IN RESUME IN THE
v FOLLOWING MANNER:

7
8

9
10
11
12
13
14
15
16
17
18
19
20

I
o

ix
M

i
o*

J®

o *
o

;*
i
o
.%
o
.%
. %
Pt
I*

21
22
- 23
24
25
26

BASE IN
CONTROL IN

HALT
BASE
2 BA/CC IN RECEIVE

[N RESUMF

HALT

BASE

IN RESUME

HALT

BASE

IN RESUME

1 BA/CC
HALT
2 BA/CC
HALT
2 BA/CC
HALT
2 BA/CC
HALT
1 BA/CC

IN
IN
IN
IN
IN

2 BA/CC

IN RECEIVE

2 BA/CC IN RECEIVE
HALT
BASE

HALT

IN RESUME
RECEIVE
BASE IN RESUME
TRANSMIT
BASE IN RESUME
TRANSMIT
BASE IN RESUME
TRANSMIT
BASE IN RESUME
TRANSMIT

BASE IN RESUME

* %

29
30

P
;%

ALL BA/CC QUTS RECEIVES AND TRANSMITS WILL BE ACCOUNTED FOR AND
THE CHARACTER COUNTS AND BUFFER ADDRESSES WILL BE CHECKED AGAINST

THE RECEIVE/TRANSMIT TABLE.

> X

o %

37
38
39
40
41
2%

S %
o %
o
J*
o
X

46 036564
036564
47 036564
48 036572
49 036600
2(1) 036604

BGNTST

THE BUFFERS ARE DETERMINED IN THF SUBROUTINE $BUFFS.

THIS

SUBROUTINE WILL DETERMINE THE ADJRESS AND CHARACTER COUNT OfF

SEVEN RECEIVE AND SEVEN TRANSMIT BUFFERS.

THE ROUTINE WILL

ATTEMPT TO USE AS LARGE BUFFERS AS POSSIBLE IN THE FOLLOWING
HIERARCHY:
A.
B.
C.

IF THERE IS MEMORY MANAGEMENT, USE A PAGE ABOVE 32K.
IF THERE IS FREE MEMORY ABOVE THE SUPERVISOR GREATER
THAN 2K BYTES, USE THAT MEMORY
IF NEITHER OF THE PRECEEDING TWO ARE POSSIBLE., USE
THE 2K BYTE DEFAULT BUFFER WITHIN THIS DIAGNOSTIC

° %

"fit".’"**.**'tt*"t**.t"‘"'t"t'*'*'fi*fi*i'fi*tfi'".‘*fit'fi‘t'fi*l‘t"t""

012737
012737
005037
005037

000007
000001
002276
002300

002324
002274

MOV
MOV
CLR
CLR

#7 ,BUFNUM
#1 ,RESUME
DMCMDE
MNTMDE

g% 036610

CALL

$BUFFS

54 036614

CLEAR

036614

004737

011070

JSR

T16::
;# OF RCV & XMIT BUFFERS.
cFLAG SET TO REQUEST USE OF RESUME.
JFLAG CLEARED - DMR MODE.

JFLAG NOT TO REQUEST MAINTENANCE MQODE.

JDETERMINE 7 RCY &

7 XMIT BUFFERS

IMASTER CLEAR
PC, SMSCLR

sexxx MACRO EXPANSION waws

cJSSUE A DMR MASTER (CLFAR

[

CZDMIBO DMR=17
TEST

FUNCTIONAL

16 ~ DMR MODE

TESTS MACRO v03.01

(RESUME)

INTERRUPT

TEST

23~APR-80 08:29:31

I 14

PAGE

71-1

SeQ

;tt.'

55
56 036620
036620
57 036622

ESCAPE

104410
000006

;IF ERROR, EXIT

LA A&

TEST

TRAP
.WORD

58 036624
59
60
61
62
63

CALL

66
67
68 036630
036630
036630
69

TST

$INOUT

177

C$ESCAPE
L10076-.

sTHIS ROUTINE WILL MANAGE ALL THE DMR
;COMMANDS ISSUED IN THE INTERRUPT ROUTINES
;(FROM BASE IN UNTIL SHUT DOWN).
BESIDES
;CONTROLLING THE SOF TWARE TIMEQUT, THIS
JROUTINE WILL ALSO CHECK THAT BUFFER
;CHARACTER COUNTS AND ADDRESSES ARE CORRE(T

JAND THAT THE DATA IS CORRECT IN THOSE BUFFERS

ENDTST

104401

L10076:

TRAP

CSETST

J
PAGE 72

SEQ

178

.SBTTL

tt*'ttttfittttfi'fitfitfi'tt'tt"t'ttt*t'ttttittttfittttttt'tttttttt'ttt'lt

-.!..-nu.itqt

—

23-APR-80 08:29:31

CZOMIBO DMR-17 FUNCTIONAL TESTS MACRO v03.01
TEST 17 - DMR MODE INTERRUPT EXERCISE

TEST 17 - DMR MODE

INTERRUPT EXERCISE

20000y

TEST 17 - DMR-11
; * INTERRUPT DRIVEN EXERCISE
;* IN THIS TEST 64 BUFFERS WILL BE TRANSMITTED AND RECEIVED

B
%
¥

I
PO

%
%

SO
LI
N,

%
»

e,
0,
v,
Ce

26 036632
036632
25 036632

IN THE SUBROUTINE $BUFFS.

ATTEMPT
IERARCH;O USE AS LARGE BUFFERS AS POSSIBLE
:

A.
B.

d
b el
e
—

THE BUFFERS ARE DETERMINED

THIS

SUBROUT INE WILL DETERMINE THE ADDRESS AND (HARACTER COUNT OF
64 RECEIVE AND 64 TRANSMIT BUFFERS.
THE ROUTINE WILL

VO NAIANEBWN

d =D

;* ALL BA/CC OUTS RECEIVES AND TRANSMITS WILL BE ACCOUNTED FOR AND
;* THE CHARACTER COUNTS AND BUFFER ADDRESSES WILL BE CHECKED AGAINST
;* THE RECEIVE/TRANSMIT TABLE.

AASels

IN THE FOLLOWING

ettt

etttz

2222220222222

BGNTST

012737

000100

005037
005037
005037

002274
002276
002300

002324

T1/::
RCV & XMIT BUFFERS.

MOV

464 . ,BUFNUM

;# OF

CLR
CLR
CLR

RE SUME
DMCMDE
MNTMDE

;FLAG CLEARED IN ORDER NOT TO USE RESUME.
JFLAG CLEARED TO ALLOW DMR MODE.
JFLAG NOT TO REQUEST MAINTENANCE MODE.

31 036654

CALL

$BUFF
S

;DETERMINE 64 RCV &

33 036660

CLEAR

27 036640
28 036644
29 036650
30

036660

004737

011070

JSR

;JMASTER CLEAR

PC.,

SMSCLR

sxrxx MACRO EXPANSION #txw

;ISSUE A DMR MASTER CLEAR

:ttfit

ESCAPE

104410

64 XMIT BUFFERS

TST

LA S

;IF ERROR, EXIT TEST

TRAP

000012

.WORD

CALL

$INOUT

CS$ESCAPE

L10077-.

JTHIS ROUTINE WILL MANAGE ALL THE DMR
;COMMANDS ISSUED IN THE INTERRUPT ROQUTINES

; (FROM BASE

IN UNTIL SHUT DOWN).

BESIDES

;CONTROLLING THE SOF TWARE TIMEQUT, THIS

JROUTINE WILL ALSO CHECK THAT BUFFER

;CHARACTER COUNTS AND ADDRESSES ARE CORRECT
JAND THAT THE DATA IS CORRECT IN THOSE BUFFERS

45 036674

CALL

48 036700

036700
036700

ENDTST
1046401

$ERROR

;CHECK BASE TABLE FOR SOFT ERRORS

L10077:

TRAP

CSETST

CZOMIBO DMR-11
TEST

FUNCTIONAL TESTS MACRO v03.01

18 -~ DMR MODE LARGE MESSAGE

23-APR-80 08:29:31

PAGE 73

SEQ

179

}

LSBTTL

'Q‘.*"t""*""*"'"""""'*".'fi'.."..‘."."tt'.'.'t“.'t"'i'

TEST 18 - DMR MODE LARGE MESSAGE

i+ LARGE MESSAGE

TEST

18 - DMR-11

.' IN THIS MODE TRANSMIT AND RECEIVE 1 LARGE BUFFER

:' THE BA/CC QUT RECEIVE AND TRANSMIT WILL BE ACCOUNTED FOR AND

.* THE RECEIVE/TRANSMIT TABLE.

;* THE

CHARACTER COUNTS AND SUFFER ADDRESSES WILL BE CHECKED AGAINST

12
13
14
15
16
17
18
19

o
pt
I*
o
o*
I
M
I

THE BUFFERS ARE DETERMINED IN THE SUBROUTINE $BUFFS.
THIS
SUBROUTINE WILL DETERMINE THE ADDRESS AND CHARACTER COUNT OF
ONE RECEIVE AND ONE TRANSMIT BUFFER.
THE ROUTINE WILL
ATTEMPT TO USE AS LARGE BUFFERS AS POSSIBLE IN THE FOLLOWING
HIERARCHY:
A. IF THERE IS MEMORY MANAGEMENT, USE A PAGE ABOVE 32K.
B. IF THERE IS FREE MEMORY ABOVE THE SUPERV]SOR GREATER
THAN 2K BYTES, USE THAT MEMORY
C. IF NEITHER OF THE PRECEEDING TWO ARE POSSIBLE, USE

THE 2K BYTE DEFAULT BUFFER WITHIN THIS DIAGNOSTIC

- %

;"*fit*fil’*‘t‘t*‘i"fi"tfi**tt"""*"'.t.'**fi*'fi""t"""‘t‘*"‘*'.*'**""'fi

24 036702

BGNTST

2 036702

%9 036702

T18::

012737

000001

005037
005037
005037

002274
002276
002300

002324

(017

#1,BUFNUM

;# OF RCV & XMIT BUFFERS.

CLR
CLR
CLR

RESUME
DMCMDE
MNTMDE

JFLAG CLEARED IN ORDER NOT TO USE RESUME.
;FLAG CLEARED TO ALLOW DMR MODE.
JFLAG NOT TO REQUEST MAINTENANCE MODE.

%% 036724

CALL

$BUFFS

;DETERMINE 1 RCV &

34 036730

CLEAR

28 036710
29 036714
%? 036720

036730
35
36 036734
036734
57 036736

38 036740
39
40

004737

011070

JSR

MASTER CLEAR
PC, $MSCLR

ESCAPE

CALL

TST

$ INOUT

3 1

;IF ERRQOR, EXIT TEST

TRAP
.WORD

($ESCAPE
L10100-.

;THIS ROUTINE WILL MANAGE ALL THE DMR
;COMMANDS ISSUED IN THE INTERRUPT ROUTINES
;(FROM BASE IN UNTIL SHUT DOWN).
BESIDES
TIMEOUT,

THIS

JROUTINE WILL ALSO CHECK THMAT BUFFER
s CHARACTER COUNTS AND ADDRESSES ARE CORRECT

2§

| 3

;CONTROLLING THE SOF TWARE

42
43

46 036744
47
48
49

suxxx MACRO EXPANSION wasxw

;ISSUE A DMR MASTER CLEAR
:"fi**

104410
000012

1 XMIT BUFFER

JAND THAT THE DATA IS CORRECT IN THOSE BUFFERS

CALL

$ERROR

;CHECK BASE TABLE FOR SOFT ERRORS
JNOTE: NORMALLY ANY NON-ZERQO ERROR COUNT IS
JREPORTED; HOWEVER [N THIS TEST A REP COUNT
JOF 1 IS ALLOWED, BECAUSE AT LOW BAUD RATES

JWE WOULD EXPECT 1 REP.

L 14
'czomeo
DMR-11
FUNCTIONAL
TESTS
MACRO
v03.01
23-APR-80
08:29:31
PAGE
73-1
]resv 18 - DMR MODE LARGE MESSAGE

l
;

53 036750
036750
. 036750

ENDTST

104401

SEQ 180
L10100:

TRAP

CSETST

CZDMIBO DMR-17
—

19 ~ DMR MAINTENANCE MODE MESSAGE

M 146
23-APR-80 (8:29:31 PAGE 74

.SBTTL

SEQ

181

TEST 19 - DMR MAINTENANCE MODE MESSAGE

CAANA
R AN
AN AN AR AR

A AR AR ARNN AN RN A AN RN NN AR A RN AR NANR A AR AN

RN OO

NN S

; L4
TEST 19 - DMR-11
;* MAINTENANCE MODE OPERATION
. w

*
¥
¥

PR
W

%
%
%

TR TP
TP

X
»

PO
S
IPS TP

d b od e

D PIMNIN) = o
W N0V

THE BA/CC OUT RECEIVE AND TRANSMIT WILL BE ACCOUNTED FOR AND
THE CHARACTER COUNTS AND BUFFER ADDRESSES WILL BE CHECKED AGAINST
THE RECEIVE/TRANSMIT TABLE.

d et =D el

W= OO0

;*
;*
;*

S REA AR AR

THE BUFFERS ARE DETERMINED IN THE SUBROUTINE $BUFFS.
THIS
SUBROUTINE WILL DETERMINE THE ADDRESS AND CHARACTER COUNT OF
ONE RECEIVE AND ONE TRANSMIT BUFFER.
THE ROUTINE WILL
ATTEMPT TO USE AS LARGE BUFFERS AS POSSIBLE IN THE FOLLOWING
HIERARCHY:
A. IF THERE IS MEMORY MANAGEMENT, USE A PAGE ABOVE 32K.
B. IF THERE IS FREE MEMORY ABOVE THE SUPERVISOR GREATER
THAN 2K BYTES, USE THAT MEMORY
C. IF NEITHER OF THE PRECEEDING TWO ARE POSSIBLE, USE
THE 2K BYTE DEFAULT BUFFER WITHIN THIS DIAGNOSTIC.
A AR

AR AR AR

AR AR AN

AR R AR AR A AN N AR RN

ARA NN ANRANNNRTRNRS

BGNTST

NN
NOAWVS

TEST

FUNCTIONAL TESTS MACRO v03.01

012737

000001

005037
005037
012737

002274
002276
000001

MOV

#1 ,BUFNUM

J# OF

RE SUME
DMCMDE
#1 ,MNTMDE

;DON'T ALLOW RESUME

002300

CLR
CLR
MOV

;FLAG CLEARED TO ALLOW DMR MODE.
JFLAG SET TO REQUEST MAINTENANCE MODE.

CALL

$BUFF
S

;DETERMINE 1 RCV &

3
32

CLEAR

004737

011070

JSR

RCV & XMIT BUFFERS.

ESCAPE

104410

1 XMIT BUFFER

;MASTER CLEAR
PC,

SMSCLR

sxxxx MACRO EXPANSION sz«
s ISSUE A DMR MASTER CLEAR

sRARK

037006
037006
037010

T19

002324

TST

AAN
K

;IF ERROR, EXIT TEST

TRAP

000012

.WORD

037012

CALL

$ INOUT

sTHIS ROUTINE WILL MANAGE ALL

CSESCAPE

L10101-.

THE DMR

;COMMANDS ISSUED IN THE INTERRUPT ROUTINES
;(FROM BASE IN UNTIL SHUT DOWN).
BESIDES
sCONTROLLING THE SOF TWARE TIMEOUT, THIS
;ROUTINE WILL ALSO CHECK THAT BUFFER

s CHARACTER COUNTS AND ADDRESSES ARE CORRECT
JAND THAT THE DATA IS CORRECT IN THOSE BUFFERS
037016

CALL

47 037022
48
49

037022
037022

ENDTST
104401

$ERROR

;CHECK BASE TABLE FOR SOFT ERRORS

L10101:

TRAP

CSETST

N 14

CZDMIBO DMR-17 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 74-1
TEST

19 - DMR MAINTENANCE MODE MESSAGE

SEQ

182

CZDMIBO DMR-17

B 15
FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE 7 5

}

.SBTTL

""fit"fi"*'*fi'*"*fi"'**t*'t'***'fi*t*.'***.*".fifi*‘.'*‘*'*fifi""fi'fitt"

SEQ

HARDWARE PARAM_TER CODING SECTION

6
7
8
9
10

;s
;s
;
;

183

HARDWARE PARAMETER CODING SECTION

THE HARDWARE PARAMETER CODING SECTION CONTAINS MACROS

THAT ARE USED BY THER SUPERVISOR TO BUILD P-TASLES.
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.

"***"***fi*'****"tt*t*'t*t'*"*fi*'**"‘fi*‘*****fi*.'fi"'*fi*'**fitttfifi."*

13 037024
037024
1% 037026

15 037026

037026
037030
037032
037034

001031
037069
160000
177776

037036
037040
C37042
037044

002031
037076
000000
000776

037054
18 037056

030032
037117
000007
000000
000007

16 037036

17 037046
037046
037050
037052

BGNHRD

000015

L$HARD: :
GPRMA

GPRMA

GPRMD

19 037060

P1,2,0,160000,177776,YES

P2,4,0,0,776,YES

P3,20,0,7.0,7,YES

22 037076
037101
037104
037107
037112
037115
23 037117
037122

037125
037130
037133
037136
037141
037144
24 037145

.WORD
.WORD
.WORD
LWORD

T$CODE
P1
TSLOLIM
TSHILIM

. WORD
.WORD
.WORD
.WORD

T$CODE
P2
TSLOLIM
TSHILIM

.WORD
.WORD
.WORD
.WORD
.WORD

T$CODE
P3
7
TSLOLIM
TSHILIM

ENDHRD

20 037060
21 037060
037063
037066
037071
037074

.WORD L10102-L$HARD/?2

L10102:
103
040
104
123
040
126
124
040
104
123
040
124
124
117
1M
122
111
040
012
040

123
101
122
123
000

122
104
105
072

P1:

.ASCIZ

/(SR ADDRESS: /

103
12?
104
105
072

P2:

.ASCIZ

/VECTOR ADDRESS: /

123
103

P3:

LASCI]

/TEST CONFIGURATION ~/<CR><LF>

CASCII

105
117
101
122
123
000
105
040
116
107
101
117
055

106
125
124
116
015

040

060

O = INTERNAL

(NO CONNECTOR)/<CR><LF>

.EVEN

CZDMIBO DMR-11

FUNCTIONAL TESTS MACRO v03.01

ASCII

= H3254 - v.35

(NOTE:

LASCII

/2 = H3254 - INTEGRAL

LASCIT

<CRO<SLF>/

ASCII

/4 = H3255 - RS422/<(R><LF>

MODE 1-4 ALLOWS/<CR><LF>

PROGRAM INTERFACE SELECTION)/

aNO KN
VIS B O =N

27 037352

Qb b=
—) )
=

— cd md d ek O

b =

OO—=O=NH—20

26 037265

040

3 = H3255 = RS232(/<57>/423/<CR><LF>

037366
037371

037374
037377
037402
037405

28
29 037406

184

NNWNNINOONSO

O=d b bbb o
NIN) = O — —a ) — ~

= HONWORS
OO v

037150

SEQ

O 2 O=
= O
Y o P paryy Uy §Y S

HARDWARE PARAMETER CODING SECTION

c 15

23-APR-80 08:29:31 PAG E 75+1

CZDMIBO DMR-11

FUNCTIONAL TESTS MACRO v03.01

HARDWARE PARAMETER CODING SECTION

23-APR-80 08:29:31

D 15

PAGE 75-2

SEQ

185

037411

037414
037417
037422
037425
037430
30 037433
037436
037441
037444
037447
037452
037455
037460
037463

LASCII

LASCIL

LASCI1

/ RS232(C~H325, RS423/<57>/422-H3251)/<CR><LF>

LASCI1

/= SELECT

o —t emd e el b cad b e wad b
-—
QONON)
= —NIN) —
~n WVIVNWNION
WO WO

040

—j—l—d—l—l-—l-—l—l—io
-— e O (Nt et = = O I
VIOOQN
= NOANNWNO

037655

105

Qe =d Q) =d = ed ok b b
BN
Nt 2 O =)
OH =D O=O0OH

037466
037471
037474
037477
037502
037505
n 037507
037512
037515

S = CABLE AND SW PACK INTERFACE SELECTED/<CR><LF>

(V.35-H3250,

THE

INTEGRAL-B(55A-10,/

FOLLOWING ONLY

THE MODEM SUPPORTS LOOPBACK */

p—_—

CZDMIRO DMR-11

FUNCTJONAL TESTS MACRO v03.01

HARDWARE PARAMETER CODING SECTION

037660
037663
037666
037671
037674
037677
037702
037705
34 037710
037713
037716

117
115
125
17
123
117
102
113
015
040
075

037724
037727
037732
35 03773
037737
037742
037745
037750
037753
037756

114
117
015
040
040
122
117
040
117
012

037721

117

104
040
120
122
040
117
101
040
012
066
040
103
040
117
012
040
075
105
124
114
120
000

105
123
120
124
114
120
103
052
040
040
114

23-APR-80 08:29:31

E 15

PAGE

LASCII

<CR><LF>/

LASCIZ

75-3

6 = LOCAL LOOP/<CR><LF>

101

114
120
067
040
115
105
117
015

.EVEN

7 = REMOTE LOOP/<CR><LF>

SEQ

186

CZOMIBO DMR-11 FUNCT]ONAL TE%I? MA CRO v03.01
SOF TWARE PARAMETER CODING SECTION

}

23-APR-80 08:29:31

.SBTTL

F
PAGE

15
76

SeEQ

187

SOF TWARE PARAMETER CODING SECTION

;ttt'ttttttt*ifi'ttRit'tt"t't't.it'lt'tttfittttttttttttt'tttt'.ttt.'ttt

THE SOF TWARE PARAMETER CODING SECTION CONTAINS MACROS

THAT ARE USED BY THER SUPERVISOR TO BUILD P-TABLES.

MACROS ARE NOT EXECUTED AS MACHINE

INTERPRETED BY THE SUPERVISOR AS DATA STRUCTURES.

9
10

THE

INSTRUCTIONS BUT ARE

THE

MACROS ALLOW THE SUPERVISOR TO ESTABLISH COMMUNICAT]ONS
WITH THE OPERATOR.

12
13 037760

037760
1% 037762

15 037762

037762
037764
037766
037770
16 037772

"tt'ttttfil’ttti*"ttt"'it'tfi"'itfififittitfit.t*titfitttt"'fi‘fitttifi"t't'

BGNSFT

000005

LSSOFT::
GPRMD

000032
037774
000007
000001
000005

$1,0,0,7,1,5,YES

.WORD
.WORD
.WORD
.WORD
.WORD

17 037774

ENDSFT

18 037774
19 037774

037777
040002
040005
040010
040013
040016
040021
040024
040027
040032
040035
040040
040043
040046

20 040047
040052
040055
040060
040063
040066

040071
040074
040077
040102
040105
040110
040113
040116
040121

.WORD L10103-L$SOFT/2

L10103:
123

105
101
105
122
122
040
117
124
105
125
126
11
114
012

133
106
040
040
123
116

066
056
135
040
101
065
115
075
040

105

114

103
102
040
117
101
114
120
11
055
124
101
101
105

124
114
120
107
115
117
040
115
117
040
122
102
015

122
105
124
114
124
107

105
122
117
111
m
040

056
061
040
050
130
073
mm
061
000

063
063
040
115
075
040
116
051

.EVEN

LASCII

/SELECTABLE PROGRAM LOOP TIME-OUT VARIABLE/<CR><LF>

LASCIZ

/[REFER TO LISTING 6.3.13]

(MAX=S5; MIN=1)

T$CODE
S1
7
TSLOLIM
TSHILIM

CZOMIBO DMR-11

FUNCTIONAL

TESTS MACRO v03.01

SOf TWARE PARAMETER CODING SECTION

23-APR-80 08:29:31

JNNRNNRRNRNRENRENNR S

040124
040224
040226
040230

040224
000240
000240
000240

g? 040232

PAT(CH:

SEQ

188

040232
040234
040236

.=.+100
NOP
NOP
NOP

AR RN AR AR R AN AN A

PATCH

AR R R PR

AREA

NN RRARARANI
R AN ANAIANANR AN AN

AR R RN R AN RN AN RN AN NN NAN AR R AR R IR AR RN RO NS

ENDMOD

32 040232

76~1

.EVEN

24
25
26
27
28

G 15

PAGE

LASTAD
000000
000000
000001

.EVEN

LSLAST::
.END

.WORD
.WORD

0
O

CZDMIBO DMR-1"

SYMBOL
A

TABLE

= 000044

ADR
=
ASSEMB=
AX3
BACCR =
BACCT =
BASE
BASEI =
BASEUP=
BIGBUF
BITO =
BITOO =
BITO1 =
B8IT02 =
BITO3 =
BITO4 =
BITOS =

BITO6
BITO7
BITO8
BITO9
BIT1
BIT10

=
=
=
=
=
=

000020
000010
002304
000004
000000
002634
000003
020000
004234
000001
000001
000002
000004
000010
000020
000040

000100
000200
000400
001000
000002
002000

BIT11 = 004000
BIT12 = 010000

BIT13 = 020000

BIT14 = 040000
BIT15 = 100000
BIT2
= 000004

BIT3 =
BIT4
=
BITS
=
BIT6 =
BI1T7 =
BIT8 =
BIT9 =
BOE
=
BSELO =
BSEL1
BSELZ2 =
BSEL3
BSEL4 =
BSELS
BSELS =
BSEL7
BUFNUM
BUFSIZ
co
=
CHIPNO
CLRNO
(M0
=
CNTRL =
(R
=
CSR
CTsS
=
($AU =
C$AUTO=

000010
000020
000040
000100
00G200
000400
001000
000400
002232
002242
002234
002244
002236
002246
002240
002250
002324
002322
002000
002412
002376
000007
000001
000015
002232
010000
000052
000061

FUNCTIONAL

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

TESTS MACRO v03.01

C$8RK = 000022

C$BSEG=
($85UB=
CSCEFG=
CSCLCx=
C$CLEA=
C$CLOS=
CS$CLP1=
C$CVEC=
C$DCLN=
C$DODU=
C$DRPT=
C$OU =
C$EDIT=
CS$ERDF=
C$ERHR=
C$ERRO=

C$ERSF=
C$ERSO=
C$ESCA=
CSESEG=
C3ESUB=
CS$ETST=

000004
000002
000045
000N62
000012
000035
000006
000036
000044
000051
000024
000053
000003
000055
000056
000060

000054
000057
000010
000005
000003
000001

C$EXIT= 000032
C$GETB= 000026

C$GETW= 000027

CSGMAN= 000043
C$GPHR= 000042
C$GPLO= 000030

C$GPRI=
C$INIT=
CS$INLP=
CSMANI=
CSMEM =
CSMSG =
CSOPEN=
CSPNTB=
CSPNTF=
CS$PNTS=
CSPNTX=
C$QJ0 =
C$RDBU=
($REFG=
C$RESE=
CSREVI=
C$RFLA=
CSRPT =
C$SEFG=
C$SPRI=
($SVEC=
C$TPRI=
ODMC
=
DFPTBL
DIAGMC=
DISCON=
DMCMDE
DMR
=

000040
000011
000020
000050
000031
000023
000034
000014
000017
000016
000015
000377
000007
000047
000033
000003
000021
000025
000046
000041
000037
000013
000010
002174 G
000000
000100
002276
000522

H 15
PAGE 76-2

23-APR-80 08:29:31
DMRFLG

002260

DMRRUN=
DMRVEC
DMTURN
DMTVEC
DTR
=
DXERR =
EF.CON=
EF .NEW=
EF .PWR=
EF .RES=
EF.STA=
EMG1
EMG10
EMG11
EMG12
EMG13

000040
002226
002254
002230
000100
000007
000036
000035
000034
000037
000040
020052
020223
020252
020277
020325

EMGS
EMGY

020130
020174

EMG14
EMG15
EMG16
EMG17
EMG18
EMG2
EMS3

EMS4
EMTO
EMT1

EMT10
EMT11
EMT12
EMT13
EMT?2
EMT20
EMT22
EMT3
EMT4
EMTS
EMT6
EMT7
EMT8
EMT9
END
ERRFLG
ERRGY
ERRG10
ERRG11
ERRG12
ERRGZ
ERRG3
ERRG4
ERRG?
ERG8
ERROR
ERRT1
ERRTZ2

ERRT3

G
G
G
G
G

020353
020377
020412
020443
020515
020063

030726
030754
031010
031350
025604
032150
036340
025740
026466
026513
026561
027716
027747
030676
021610
002360
014620
016216
016250
016302
015126
015242
015522
016016
016114
002364
026246
031316

FMG20
FMG21

017554
017603

GSCNTO= 000200
GSLELM= 000372

017710
017771
016420

GSEXCP= 000400
GSHILI= 000002
G$.0LI= 000001

G
G

FMG4
FMGS
FMG6
FMG7
FMG8
FMGY
FMS1
FMS2
FMS3
FMTO
FMT1
FMT11
FMT12
FMT13
FMT14
FMT15
FMT16
FMT19
FMT?
FMT25
FMT3
FMT4
FMTS
FMT6
FMT7
FMT8
FMT9
FRSPAS

017261
017310
017367
017442
017531
016366
017663

016472
016523
016554
016615
016666
016737
010604
010645
011746
024242
025276
030004
030035
030072
030127
030164
030221
031374
025345
036376
025422
025506
026625
026656
026707
026740
027003
002266

189

002264

F$AU
=~
F$AL U=
F$B8GN =
F$CLEA=
F$DU
=
FSEND =
F $HARD=
FSHW =
FSINIT=
F$JMP =
F$MOD =
F$MSG =
FSPROT=
F$PWR =
FSRPT =
F$SEG =

FMG23
FMG24
FMG3

G
G
G
6
G
G
G
G
G

FRSTIM

032112 6
000004 G
000006
002100
000035
021612
021705
022000
002342
023754
016334
017010
017046
017100
017131
017205

FMG22

012726
024204
025564

027410 G

ERRT4
EVL
=
EXERR =
ESEND =
ESLOAD=
FINIT1
FINIT2
FINIT3
FLAG
FMDROP
FMG1
FMG10
FMG11
FMG12
FMG13
FMG14

FMG15
FMG16
FMG17
FMG18
FMG19
FMG2

012536

SEQ@

000015
000020
000040
000007
000016
000041
000004
000013
000006
000050
000000
000011
000021
000017
000012
000003

F$SOF
T= 000005
F$SRV = 000010
F$SUB = 000002
F$SW = 000014
F$TEST= 000001
GETPRM 020730

GSDISP= 000003

GSNO = 000000
GSOFFS= 000400
GS$OFSI= 000376
GSPRMA= 000001
GSPRMD= 000002
GSPRML= 000000
GSRADA= 000140
GSRADB= 000000
GSRADD= 000040
GSRADL= 000120
GSRADO= 000020
GSXFER= 000004
GSYES = 000010
HALTC = 001000
HDX
= 002000
HELP = 000000
HICRC
002402
HIWORD 002406
HLT
= 000002
HOE
= 100000 G
IBE
= 010000 G
IDU
= 000040 G
[ECLR = 000020
[EQ
= 000100
[ER
= 020000 G
[ESET = 000100
INFACE
002262
INFLAG 002352

RSELG
RSEL6

035462
035464

nou

—

w
m

100000

190

002340
004000
002232
002234
002236
002240
002344
002224 G
002346
002224
002270
020706
002272
010000
000200
000400
002372
000000
000001
000001
000001
000001
000001
000002
000004
000010
000020
000040
000100
000200
000400
001000

nannnn

002256
002302
002300
000010
031304
000043
000001
002374
020712
022730

—

G
G
G
G
G
G
G
G
G

—

002124
002116
002040
002034
023724
002072
010234
002052
002044

I
W

LSDISP
LSDLY
LSOTP
LSDTYP
L$OU_
(SOUT
LSDVTY
LSEF
LSENVI

G
G
G
G
G
G
G
G
G
G
G

040124
001000
PRETIM= 000055
PRI
002000
PRI0O
000000
PRIO1
000040
PRIO2
000100
PRIO3
000140
PRI04
000200
PRIOS
000240
PRI06
000300
PRI07
000340
PSTACK
002370
P
037060
P2
037076
p3
037117
R
= 000042
RBUF
002566
RCOUNT= 000044
RCY
= 000004
RCVBUF
003634
RDI
000200
RDO
000200
RES
010000
RESFLG
002356
RE SUME
002274
RE TURN= 000207
REV1
025632
REVZ
025634
RFLAG
002564
RLOOP = 000007
RMODEM= 000017
ROMADR
002410
ROM]
= 001000
ROMLOC
025623
ROMO
002000
RQ]
000040
RRAM
000014
PATCH
PNT

(Aol lnlaTalaTaTa

002366
000010
002404
004000
002110
002036
002070
022066
002106
022156
002032
002011
010242
002076
002060

QUTRCV
OUTXMT
OS$APTS=
0SAU
=
0$BGNR=
O$8BGNS=
osbyU =
OSERRT=
O$GNSW= 000001
O$POIN= 000001
O$SETU= 000000

T I T A 1]

LOGDEV
LOT
=
LOWORD
LPLU
=
LSACP
LSAPT
(SAUT
LSAUTO
LSCCP
LSCLEA
LSCO_
LSDEPO
LSOESC
LSOESP
LSDEVP

000004
023714
000400
002350
002354
023256
002332
002334
000000
000000
000000
000001
000001
000000

024126 G

LOCRC
002400
LOE
= 040000 G

NOXMEM
NXM
=
NXMFLG
OUTFLG
OUTISR

LOCATE

| JSJMP = 000167
LAST
002362
LF
= 000012
LLOOP = 000006

032326
032506
032672
033076
033256
034162
033406
033524
033642
034020
034160
034712
036336
036562
036630
036700
036750
037022
037060
037774
000400
000010
000004
002310
040000
020000

NOBFR =

000041
000041
000041
000041
000041
000041
000041
000041
000041

LSMREV
L SNAME
LSPRIO
LSPROT
LSPRT
LSREPP
LSREV
T
L$SOF
L$SPC
L$SPCP
L$SPTP
LSSTA
LESW
LSTEST
LSTIML
LSUNIT

044
045

SEQ

ISPTAB=
ISPWR =
ISRPT =
ISSEG =
ISSETU=
ISSFT =
ISSRV =
ISSUB =
ISTST =

ISPROT= 000040

LSEXPS
LSHARD
LSHIME
LSHPCP
LSHPTP
LSHW
L$ICP
LSINIT
LSLADP
LSLAST
L$LOAD
LSLUN

026114
026242
026464
027406
027226
027404
027714
030674
030412
030502
030576
030672
031302
031202
031300
031346
032110
031702
032106
032146
032674

I 15
PAGE 76-~3

LTI

002330
000076
000072
000100 G
004000 G
000041
000041
000041
000041
000041
000041
000041
000041

002102
002046
002064
002066
037026
002120
002016
002022
002174
002104
020552
002026
040236
002100
002074
002050
002000
002042
020544
002112
002062
002010
037762
002056
002020
002024
002030
002224
002114
002014
002012
002222
002226
015124
015240
015520
016014
016112
016214
016246
016300
016332
021610
022154
022172
023254
023712
023722
023752
024124
024202
025274
024476
025120
025272
025736
026244

(V)

INTER = 000015

INXMIT
1SP13 =
ISP7~ =
ISR
=
IXE
=
ISAU_
=
ISAUTO=
| ISCLN =
ISOU =
ISHRD =
ISINIT=
ISMOD =
1SMSG =

LSETP
LSEXP1
LSEXP4

OOOOOOOgOOOOOOOO
&~

002326

23-APR-80 08:29:31

o
o jelelolele)
i AV
Y
W N —=ONON

022174 G

(aXalalalalalalalalalaTalalalalalalalalalalalalfalalnfatalal¥aTa)

INRCV

INISR

TESTS MACRO v03.01

NN NN
NN NN[LX] 0 P pur P Ghwr P PhurGhre
N =LONOWVN
NN —2ONOWVEAN=O
N

SYMBOL TABLE

FUNCTIONAL

jolelelolelolelololalelolololololololele]
OCOOO0O00O000

(ZDMIBO DMR-11

TSEL6
035502
T$ARGC= 000002

TSTEST=

. ABS.

033526
040236
000000

ERRORS DETECTED:

000
001

VIRTUAL MEMORY USED:

23272 WORDS

DVNAMI(C MEMORY AVAI_ABLE

FOR

(

69 PAGES

PAGES)

C(ZDMIB.BIN,DB2:(ZDMIB,SEQ/C/N:TOC=#SVC34R.MLB,(ZDMIB.P11

026116

027046
027046
027230
030260
030260

[aIalalalalalaTal

033644
034022
034164
034714
036460
036564
036632
036702
036752
024322
024322
024500
025122
025636
025770
025770

J 15

PAGE 76~4

AV,
F o

Lele JaNTo JV, PNV,
S1,8]

L[]
.
NN
—
L]

N —

L]
L[]

N —~

[]

[

o
W
n
o

TSHIL]=
TSLAST=

|T$GHAN=

177777
000001
010015
010016
010022

-—

T$TSTM=
T$TSTS=
T$$AUT=
TS$SCLE=
T$$DU =
T$SHAR=
TSSHW =
T$S$INI=
T$SMSG=
T$S$PRO=
T$$SOF
=
T$$SRV=
T$$SUB=

——— =
— —}

T$CODE= 000032
TSERRN= 000023
TSEXCP=
T$FLAG= 000040

TABLE

OONNNNEB
S
WMNINNDIIN) =
b b b e 2

SYMBOL

FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31

[21aTaYAl

CZDMIBO DMR=-11

SeEQ

030414
030504
030600
031040 G
031040
031204
0314662 6
031462
031704
032164
032164
032330
032510

000200
000011
002312
002314
002316
002320
002306
000005
002252

XMTBUF

000046

003234

000000
000040
000400
000020
012300
$BASE|
011266
$BUFF
S
013210
$CCITT
002414
$CLRAI
010706
$CNTIN 011522
SOMRIN
012070
$ERROR
012412
SHALT
012564
$INOUT
014142
$LOOP
013066
SLSTIN= 000001
SLSTTA= 000001
$MSCLR
011070
$ROMO
012746
SWAIT
010272
XSALWA=
X$FALS=
X$OFF
S=
X$TRUE=

CZDMIBO DMR=-11 FUNCTIONAL TESTS MACRO v03.0!
CROSS REFERENCE TABLE (CREF v01-05 )

41-11

68-254
56-26

h2=12
72-31

68-62
32-50
58-69
57-25
72-45

61-5¢

61-86

61-93

62-32

64-19

57-36
64-13

57-55
65-20

58-25
65-25

58-47
65-98

65-128

33-69
58-101
57-38

34-45
60-22
57-58

37-25
60-70
57-67

48-169
61-50
59-29

57-70

73-32

73-46
57-28
70-67
73-38

74-30

74-44
57-41

192

64=24

65-77

65-107

65-134

67-33

58-92

59-21
68-100

60-19

60-67

61-18

58-37
61-83
59-54

59-44
62-25
60-31

59-66
64-16
60-79

65-53
62-19

67-42
62-22

68-109
62-30

58-38

58-58

58-72

59-67

60-59

60-96

61-21

58-66

70-64

54-30
61-77

54-39
62-9

56-19
64-10

57-51
65-72

58-22
65-95

58-63
65-125

59-18
68-89

60-16

60-64

53-42
31-42
60-56

53-81
31-74
60-84

53-85
32-39
61-29

34-35
62-35

64~26

37-23

37-27
65-27

58-32
65-79

58-53
65-109

59-36
65-136

59-58
67-54

56-39

58-72

56-95

45-121»
4£8-233
48-253
42-73
42-99

45-125+
61-57
60-36

45-140+

45-146*

(8-44

42-92

74-32

14-16
31-76
48-23
48-25
35-34

67-130
71-58

56-72
57-30
57-99
60-67
67-35

45-135~
64-19
61-59
42-78

42-75
42-99

56~74
57-36
57-10
60-97
68-102

74-36

41-41

48-27

48-185

30-49

40-122

40-193

65-77
61-93
4£2-80
56-27
56-88
57-72
57-107
60-110

56-35
56-90
57-74
57-109
61-18

57-76
58-25
61-47

48-240

53-189

57-30

57-43

4<8-306

61-27

61-57

61-93

42-82

65-134
6424

68-125

67-49

42-85
56-37
56-92

42-87

70-58

68-131

42-89
56-43
56-99

71-54

56-41
56-97
57-80
58-47
62-12

57-90
58-66
64-13

56-56
56-101
57-91
58-74
65-20

68-118

68-121

68-229

WO 00O
—

OOOO\O\?\O\OOO‘O

-84

UL
N ANN
N
GO

61-44
73-34
38-17#

BASE

30-36#

31-78
58-49

£7-22

SEQ

67-39

|AX3
BACCR
BACCT

14224
14234

71-52
40-154

61-57
68-130

S-1

58-97

A
ADR
ASSEMB

39-22#4

60-82
68-124
56-56
61-80

PAGE

56-59
68-253
72-37
68-106

$SROMO
SWAIT

L1=22#

41-115
64-40
70~74

$MSCLR

62-46

31-54
28-28
39-41
67-132

b trd

$INOUT
$L00P
SLSTIN
$LSTTA

29-254
32-344
33-35#
35-25#
37-17#

70-56
40-75

$BUFF
S
$CCITT
$CLRQ]
SCNTIN
SOMR IN
SERROR
|SHALT

61-27
(0-344
20-150#

60-36
67-49
56-23
61-47

$BASE]

36~294
6745
31-36w

—d

$BACC

23-APR-80 08:29:31

58-74
19-64
19-62
19-59
19-57
48-125

4£8-299

56-103
57-93
58-94
65-25

CZDMIBO DMR-11

CROSS REFERENCE

BIT15
BIT?
BIT3

BIT4
BITS
BIT6

BIT7
BIT8
BIT9

19-8#4
19-84
19-8#
19-84
19-8#4
19-84

B0t

BSELOQ
BSEL]
BSELZ2
BSEL4
BSELS
BSEL6
BSEL7
BUF NUM

C$ERHR
CSERRO
CSERSF
C$ERSO
C$ESCA

CSESEG
C$ESUB

19-34
19-50

19-77
19-47

19-46
19-44
19-43
19-41
19-40

232202222222
¢eR

BRRREREENRN
R
RRRRERRE

—d
b
D ad amd
wd
e ad el e

v01-05

4£8-306
19-79
19-78
19-76
19-75
19-54
19-53
19-67
19-66
45-59+

30-42*

42-44

45~66+

45-67+

53-43

45-70%

61-27
1

42-49

53-82
45-71~
40-131

61-57

61-93

68-226

56-27

56=-60

58-33

58-40

58-54

62-30

19-74
45-140
19-71

45-135

33-42+

34-32+

41-41~

4£8-202+

48-207+

48213+

48-228%

62-57

42-61

45-62+

45-63+

56-33

54-38

5442

53-86

53-168
53-44

59-39
53-83

59-61
53-87

59-7%
53-172
41-27

41-28

40-103~

70-51*
40-106*

48-44*
40~133
7147
40-1646+

28-58

29-46

30-70

41-45

53-33
60-63

53-59
61-14

53-162
61-43

45-25
51-42

46-21

66-28

SEQ

)

31-73~

45-58+

40-9%
42-20
40-98+

—

CSCEFG
CSCLCK
CSCLEA
C$CLOS
CsCLP1
C$CVEC
CSOCLN
($DODU
CSDRPT
C$DU
CSEDIT
CSERDF

(CREF

31-56
31-76+

BUFSIZ
C$AU

C$BSEG
cs8suB

TABLE

3140

BSEL3

CSAUTO
C$BRK

L 15

FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE S$-2

193

48-233s

48-248¢

48-253n

41-29

41-67

42-12

42-18

40~174
72-25%
40-147+

40-185
73-26+
40-149+

41-26
74=24*

40-177

40-178

40-189

40-191

42-13

56-18
61-76

56-50
65-16

57-17
65-42

57-50
65-70

58-21
65-94

58-46
65-12¢4

58-62

58-80

59-17

59-52

51-45

68-18

68-82

68-245

41-59

41-81
54=49

4196
56=31

4£8-37
56-46
60-88

48-272

47-16

40-113
4625
46-24
49-13
15-11

28-65
48-294
57-33
61-32
65-83
67-115

35-54
54-32
57-60
58-100

60-66
61-88
65-97
68-104
53-56

51-41

28-76

48-303
57-46

32-66
51-55
58-56
61-103
65-145
68-159

53-182

59-64
64-30
67-74
68-175

60-47
64-36
67-79
68-198

60-52
65-31
67-87
68-250

65-100
68-107

36-58
58-30
59-45
61-17
62-34
65-130
68-137

57-29
58-68
60-21
61-49
64-18
67-40
71-56

57-40
58-71
60-24
61-52
6427
67-43
72-35

57-53
58-84
60-39
61-82
65-56

53-160

57-48

58-78

58-102

59-69

61-37
65-88
68-85

54-41
57-69
59-20
60-69
62-11

65-3€
67-93

60~-93
65-59
67-98

67-51

746-34

FUNCTIONAL TESTS MACRO v03.01

CROSS REFERENCE TABLE

(CREF v01-05

60~61

6141
53-197

LRTTTTLLTTRILRTRR® TRITTLLTLLLRLR

d wd D

61-74

M 15
PAGE S-3

54~51

72-48

61-107
56-83
73-53

42-65

42-101

42-115

42-51
42-114

32-56

42~9
42-54
42-119
56-97

45-31

45-33

65-40
57-86

65-68
58-106

SEQ

65-122
60-106

42-120

42-124

42-11
42-63
42-129
56~105

42-12
42-71
45-55

57-89

42-13
42-78
45-76
57-90

41-117
45-94

68-15

68-58

68-235

45-16~
48-360

60-58

61-39

61-72

37-29
64-28

4£8-29
65-22

65-29

75-29

75-30

75-32

71-49%
58~47
65-98

72-28x

58-66
65-128

45-152

£5-154

74-47

194

62-48

6444

65-151

67-134

42-130

56-107

57-111

59-77

60-111

42-22

42-23
42-92

42-30
42-99

42-32
42-106

42-33
42-107

61-105

65-38

65-56

65-90

65-120

65-46

4£8-275

60-45
65-57

60-86
65-74

61-23
65-81

61-30
65-104

75-34

75-35

76-19

68-103

60-19
70-64

60-67

61-18

45-159

48-54

48-97

58-85

P
i
N

N = =N P

b i ond e

71-68

56-92
68-251

B
%

CHIPNO
CLRNO
CMD

60-105
51-47
70-83

CSTPRI

C$SVEC

BB
|

($Ql0
CSRDBU
CSREFG
CSRESE
CSREVI
CSRFLA
CSRPT
C$SEFG
CSSPRI

NON) = e

CEPNTF
CSPNTS
CEPNTX

d b e ed ) e e od —d d md md wd

CSINLP
CSMANI
CSMEM
CEMSG
CSOPEN
CSPNTB

68-258

b ed b d d e e

CSEXIT
C$GETB
CSGETW
CSGMAN
CSGPHR
C$GPLO
CSGPR]
CSINIT

14-164

PPP
3 T J\J\J\bl\l\l\:.\b“bbbb
-—b
= ON _a_a_n_u_a_a.ln...a_a_a_n_a_n..n

CSETST

)

23-APR-80 08:29:31

QN
OO

CZDMIBO DMR-11

CNTRL

31-67

61-96

67-56
75-25
45=-57+

CR
CSR
CTS
DDMC

48-213

42-85
45-163
57-93

53-40
57-97

53-46
57-101

53-140
57-105

53-152
57-109

FPTBL

TAGMC
ISCON
CMDE

DMRFLG
DMRRUN

k:RVEC

TURN

45-15%

56-23
61-80
3164+

45-97+

48-80

57-22
62-12
32-48+

45-123

74627+
59-21

N 15

SEQ

CZOMIBO DMR=11 FUNCTIO
AL TESTS MACRO v03.01 c3-APR-80 08:29:31 PAGE S-4
CROSS REFERENCE TABLE (CREF v01-05 )
68-93

45-79+

DMTVEC
DTR
DXERR

ESEND
ESLOAD
EF.CON
EF .NEW
EF .PWR
EF .RES
EF.STA
EMG1

EMG10
EMG11]
EMG12
EMG13
EMG14

EMG15
EMG16
EMG17
EMG18
EMG2
EMG8
EMGY

EMS3
EMS4
EMTO
EMTI
EMTI10
EMTI1
EMT1?2
EMT13
EMT?2
EMT20
EMT22
EMT3
EMT4
EMTS
EMT6
EMT7
EMTS8
EMT9

30-76
68-148
48~574
48-339
68-164

42-163#4

67-115

68-i98

60-47
42-1664
67-58

60-88

67-74

67-98

67-93
68-159

68-154
68-175

68-170

4£8-283

61-32
60-52

61-64
60-93

61-98
61-37

62-39
61-69

2877«

28-90

29-30~

29-53+

29~61

32-66
61-64

37-31
61-69
65-113
68-154

61-98
65-140
68-159

37-36

42-27#
61-103
65-145

48-345
67-79

68-141

64=30
61-103

65-31
62-44

65-59
64-36

65-83
65-36

65-113
65-64

65-140
65-88

48-37
62-39
67-58

48-2/2
62-44
67-68

48-283

48-303

60-47

60~52
65-36
67-93

53-203#

59-804
68-2614

56-110#
57-1144
45-1704

END

28-66*

ERRG1
ERRG10

IERRG11
RRG12

ERRGZ

65-113
68-148

ERRG3
RRG7
RRG8

45-94

37-434

[ERRFLG

ERRGé

45-88+
48-61

195

42-105#
42-1114

68-164

68-170

68-175

64-30
67-74

68-198

64-36
67-79

65-31
67-87

CZDMIBO DMR-11

CROSS REFERENCE

ERROR
ERRT1
ERRT2
ERRT3
ERRT4
EVL
EXERR

F $AU
FSAUTO
FEBGN

20-1154
65-66%
56-46
59-42
57-83
60-102
19-84
19-95#
14 =164
14-164
14164
47-9

53-160
56-48
57-29
58-20
58-65

59-17
60-14

FSCLEA
F$DU
FEEND

60~72
61-43
62-11
65-16
65-97
67-37
68-258
73-53

14-16#4
14164
14-16

16-16
46-28

53-32
53-197
56-25
57-16
57-57
58-24
58-68
59-15
59-56

60-24

TABLE

(CREF

28-71
65-67+
56-79
59-64
57-88#4
60-109#

v01-05

196

45=13=
65-91*

61-23%
65-104*

61-40%
65-121*

61-53+
65-131%

61-73x
§5-148#

61-89*

61-106%

64=21¢

64=39*

§5-22¢

65-39+

46-28
42-8
48-267

42-27
48-367

42-36
49-8

42-68
51-19

42-105
51-47

42-111
51-50

42-118
53-32

42-122
53-33

42-126
53-33

44-8
53-56

45-8
53-59

46-8
53-59

59-56
60-61

59-59
60-63

56-85#
59-754

57-25
46-8
14-19
48-9

53-162
56-50
57-40
58-21
58-68

59-20
60-15

60-81
61-46
62-21
65-16
65-100
67-40
70-46
74-23

47-9
49-8
14-16

14-16
47-16

53-33
54-29
56-48
57-17
57-60
58-27
58-71
59-15
59-59

60~-33

53-162
56-50
57-42
58-21
58-71
59-. .
60-15
60-85
61-49
62-24
65-28
65-103
67-43
70-60
74-34

47-16
49-13
14-16

14=-164
48-262

53-33
564-29
56-48
57-17
57-69
58-30
58-73
59-15
59-69

60-39

60-106
61-43
61-109
64-9
65-40

60-106
61-46
61-109
64-9
65-40

65-151
68-12
70-60
72-35
74-47

65-151
68-12
70-66
72-48
75-19

67-11
68-91
70-68
72-48
76-17

14-164
14-16#4
14-16#
14-164

SEQ@

)

31-67
65-74%

60-105
61-43
61-107
64-9
65-28

65-94

FSHARD
F $HW
FEINIT
FSJMP

B 16
FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE S-S5

65-97

75-13
17-10
45-8

65-100

75-19
17-24
45-171

53-195
56-53
57-48
58-24
58-73

59-33
60-18

60-105
61-52
62-27
65-40
65-110
67-47
70-66
74-47
14-16

14-19
48-362

53-56
54-29
56-50
57-20
57-71
58-39
58-78
59-17
59-69

60-57

60-111
61-49
62-8
64-12
65-42

65-103

67-11
68-106
70-83
7324
76-30

53-197
56-58
57-50
58-27
58-78

59-37
60-21

60-106
61-74
62-34
65-42
65-122
67-51
70-68
75-13
146-16

42-24
48-371

53-56
54-32
56-50
57~24
57-85
58-44
58-78
59-17
59-71

54=29
56-81
57-50
58-30
58-80

59-45
60-24

60-109
61-76
62-36
65-42
65-126
67-134
70-83
76-13
14=16

42-34
49-13

53-59
564-41
56-53
57-27
57-85
58-44
58-80
59-20
59-71

60-61

61-13
61-52
62-8
64-15
65-42

61-13
61-74
62-8
64-18
65-56

67-11
68-107
70-83
73-24

67-25
68-110
71-46 /
73-24
/

65-110

65-122

'
//

54~32
56-83
57-53
58-39
58-80
59-50
60-33
61-13
61-76
62-48
65-56
65-126
68-12
71-46
76-30
14-16

42-65
51-19

53-59
54-51
56~58
57~29
57-86
58-46
58-80
59-23
59-77

60-63

54-41
56-85
57-57
58-44
58-84
59-52
60-39
61-14
61-79
64-9
65-68
65-127
68-91
71-56

61-14
61-82
64-12
65-70
65-130
68-104
71-68

14-16

42-101
51-19

53-160
56~51
56-81
57-40
57-86
58~46
58-84
59-33

,60-14

60-63

61-13 /
61-74
62-11
64-27
65-68

61-14
61-76
62-21
64-44
65-68

67-37
68-128
71-46
73-36

67-40
¢8-134
71-46
73-53

65-122

65-124

564-51
57-16
57-60
58-46
58-96

59-52
60-57

42-109
51-19

53-160
56-17
56-81
57~42
57-111
58-51
58-96
59-37

60-14

60-66

56-17
57-17
57-69
58-46
58-100

61-17
61-85
64-15
65-70
65-137
68-107
72-24

14-16

42-115
51-47

53-162
56-17
56-83
57-48
58-20
58-60
58-100
59-45

60-14

60-69

56-18
57-17
57-71
58-51
58-102

61-20
61-88
64-18
65-80
65-149
68-110
72-35

14-16

42-120
51-47

53-162
56-17
56-83
57-48
58-20
58-60
58-102
59-50

60-15

60-72

56-18
57-20
57-85
58-60
58-106
59-69
60-63
61-22
61-107
64-27
65-92
65-151
68-128
72-48

14-16

42-126
51-60

53-195
56-18
56~107
57-50
58-20
58-62
58-102
59-50

56-21
57-24
57-86
58-62
59-15
59-71
60-66
61-41
61-109
6444
65-94
67-11
68-134
73-24

14-16

42-130
53-32

53-195
56-18
57-16
57-50
58-21
58-62
58-106
59-52

60-15

60-18

60-81

60-8%

56-25
57-27
57-88
58-62
59-17

59~75
60-69

61-43
62-8
65-15
65-94
67-25
68-137
73-36

14-16

45-171
53-32

53-197
56-21
57-16
57-53
58-21
58-65
58-106
59-52

60~-21

60-105

61-14
61-76
62-24
64~44
65-70

61-17
61-79
62-27
65-15
65-70

61-20
61-82
62-34
65-15
65-80

61-22
61-85
62-36
65-15
65-92

61-41
61-88
62-48
65-16
65-92

61-41
61-107
6248
65-16
65-94

67-43
68-137
71-56
73-53

67-47
68-258
71-68
74-23

67-51
68~258
71-68
74-23

67-134
70-46
72-24
74-23

67-134
70~46
72-24
74-34

68-12
70~46
72-24
7447

65-126

65-127

65-130

65-137

65-149

p =
b

C 16
23-APR-80 08:29:31 PAGE S~6

14-19
42-8
43-122
44-8

76-30
42-24
42-126

62~27
42-126

42-34
42-130

76-13
48-9
53-33

76=17
48-2672

48-267

48-362

L4414

FINIT3

FLAG
FMDROP

FMG1
FMG10
FMG11
FMG12

VL
—

[
VIR~

FINIT
FINIT2

1%,

FESW
FSTEST

m—l—l

[}

FSSOF
T
FESRV
FSSUB

b be

F$PROT
F$PLR
FSRPT
FS$SEG

N ==

F $MOD
F$MSG

\;bbbl.*b
% RN &_'._a_a_a_a_a_.
T QTR

CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO v03.01
CROSS REFERENCE TABLE (CREF v01-05 )

70~46
45-1724
45-1734
45-174

53-60%/

49-1

FMG13

53-134

53-137+

53-146

42-41

42-1374

57-89

42-71

42-1394

42-1454

FMG14

FMG15
FMG16

FMG17
FMG18
FMG19
FMG2
FMG20
FMG21
FMG22
FMG23
FMG24
FMG3

42-39

FMG4

FMGS
FMG6
FMG7
FMG8
FMG9
FMS1
FMS2

FMS

FMTO

[FMT1

FMT11
FMT12
FMT13
FMT14
FMT15
MT16

42-1414
42-1434
42-144H
42-1454
28-96#4

28-97#
32-75#4
51-63#
53-198#
57=-117#
57-118#
57-119#
57-120#
57-121#
57-122#

60-110

42-36
56-85

197

42-65
56-107

42-68
57-88

42-101
57-111

48-37
53-195
58-78

51-50

51-60

42-105
59-75

42-109

59-77

60-109

60-111

42-115

42-118

42-11

56-48
58-102
61-107

56-50
59-17
65-16

56-81
59-50
65-40

57-17
59-52
65-42

57-48

61-74

56-18
58-80
61-76

59-69
65-68

57-50
60-15
65-70

54-51
62-48
72-48

56-17
64-9
73-24

56-83
64-44
73-53

57-16
65-15

57-86
65-151

58-20
67-11

58-106
67-134

59-15
68-12

53-163+

53-178

53-181«

74-23

74-47

—

CZDMIBO DMR-17 FUNCTIONAL TESTS MACRO v03.01
CROSS REFERENCE TABLE (CREF v01-05 )
FMT19
FMT?2
FMT25
FMT3
FMT4
FMTS
FMT6
FMT7
FMT8
FMT9

59-76
53-46
68-86
53-140
53-184

I$SETU

f????fo ?fbbbbbbbbbbbbbbbbb

]

b e

wmd

TTITAPRRI0RRRE

b ——d —d

d ed o and
b d e e
de

)

28-61

29-49

198

68-262#
53-2004

30-73

41-54

76-15
76-15

75-15

75-16

76-15

75-15
45-44

75-16
45-49
48-277

7615

65-62

65-86

65-116

65-143

15-13
53-111+
53-87x

22-26
53-118+
53-144

55-143+

53-144

53-122

48-228

53-119«
53-152

48-2¢(8

76-30
42-274
42-1264

76-30#4
42-34H
42-1304

42-364
56-35#4

L2-650
56-107#

4L2-68
57-88#

42-101 A
57-111 ”

53-33
58-80
65-16

3-59
59-15
65-42

53-162
59-17
65-70

54-29

56-17

56-18
60-15
67-11

37-34
58-49
14-37

53-70«

53-83«
37-20
46-84
47-4

75-194
45-84
14-19
42-84
42-1224
44-8H

48-35

46-28#
L47-164
49-134

45-1714
14-194

42-24K
42-124M

42-105#

59-7>4

42-1094

59-77#

42-1114

42-1154
60~ 1M1

42-118»

57-17
61-14
71-46

57-50
61-43

58-20
61-76
73-24

60-105#4

b i)

45=42%
45-21+

SEQ

I$RPT
I$SEG

—

1$PROT
1$PTAB
I$PWR

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1$MOD
I$MSG

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I$AUTO
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180U
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ISINIT

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HLT
HOE

D e = PN ed b ) b d e e

TPRM
=ALTC
HDX
HELP
HICRC

b e PPN

GSRADL

GSRADO
GSXFER
G$YES

GSPRML

GERADA
GSRADB
GSRADD

HTM-BnS
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L
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GSOFSI
GSPRMA
GSPRMD

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GSCNTO
GSDELM
GSDISP
GSEXCP
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GSNO
GSOFF
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Lo
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'
s

FRSPAS
FRSTIM

59-83#
53-199#
68-251
53-152
53-201#
56-113#
S6=-1144
56-115#4
56-116#
S56=-117#
45-22+
45-19

D 16
23-APR-80 08:29:31 PAGE S=7

14-164

51-19
58-46
64-9

59-52

65-94

60-14

65-124

72~24

—

CZDMIBO DMR-11

E 16
FUNCTIONAL TESTS MACRO v03.01 23-APR~80 08:29:31 PAGE S-8

CROSS REFERENCE TABLE

ISSFT
| I$SRV
1858

76-134
14-164
14-164

53-1624
56-814

70-46

Ry
®

&%
R

d
b
b
b ok
e
b

wd med
e

b ced

b v

d
e

ed mad wd

\h\l\\h\h\l’l\‘lflfl\h\h\h\h\h
[

d v

14-164

$OEPO
$OESC
SOESP
SOEVP
$DISP

68-2584

41-27+
57-30
56-27

$AUTO
$CCP
SCLEA
$C0

54-32
56-83#4
57-60
58-51

31-73

—

I SAUT

48-362#

53-334

54-29
S7=174
58-444
58-102#4
60-15
61-414
65-15
65-92#

48-367#
53-56

48-3714
53-564
56-18
57484
58-46#

56-184

60-61
61-43
65164
65-94
72-24
53-32
54-514
57-17

60-61#
61-434
65-40
65-94#
73-24
53-32#
56-17
57-20

59-15

S1=-474
54-51
57-16

57-864
58-71
59-33
60-24

51-504
53-564

53-1604

57-48#
58-60

57-854
58~624
59-50#
60-105

59-17

57-864
58-73
59-37
60-33

68-12

70-60
72-35
74-474

72-24
74-34

46-84

47-9#

22-18#
16-8#

48-33

42-15+
57-43
5660

48-185
45-145~
48-180

4£8-202
4£8-197
48-256+

42-18+
48-193
42-19%
57-90
58-40

42-22
4£8-202
42-22

58-74

48-213

48-228

48-110~

48-216

48-220

48-118~

48-236

48-240

4£8-286

48-233

48-248

61-76

53-160#

56-5 ox

57-85#
58-78
59-52
60-105#

61-76#

65-42
65-122#4

65-424
65-124

65-68
65-1244

53-162
56-21
57-29
58-21
58-96
59-56
60-63
61-22
62-8#4
64-18
65-97
67-37
68-128

53-197
56-25
57-40
58-24
58-100
59-59
60-56
61-43
62-11
64-27
65-100
67-40
68-134

53-197#
56-50
57-42
58-27
58-106
59~71
60-69
61-46
62-21
6444
65-103
67-43
68-137

71-46
73-36

48-207

199

56-50

4£8-168
4£8-357

ISP13
15P7

Jsimp
LSACP
(SAPT

48-262#
53-32
53-195#4
57-16
58-44

54=29%
56-83
5757
58-46

71-68%
742384

1BE
10U
IECLR
1E0
1ER
1ESET
INFACE
INFLAG
INISR
INRCV
INTER
INXMIT
ISR
IXE

76=174
48-9#
51-19
53-195
56-814
58-21#

70-46

I$TST

SEQ

(CREF v01-05 )

48-253

71-464
73-53

71-56
73-53#

53-197#
56-53
57-50
58-30
58-106#
59-71#
60-72
61-49
62-24
6L~4in
65-110
67-47
68-258
71-68

73-53«#

CZOMIBO DMR-17
d—
d

R ¥L

D
d d nd

30-73

L1-54

49-84

22-13#4

17-10

17-10#

45-84¢

76-32#

T
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45-46
17-244
18-12#

18-84

41-104

76-13#

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18-8

35-43

b d nd

AR
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68-215

d i

D e
D e
D

d e —d
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75-13#4
68-29

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75-13
40-44

R
R

L R-R3

282

b
b

29-49

4\‘3‘

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b
e

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D ol e
D e
b
D —d ——d
b
D
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d
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d
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18-8

42-24#
42-34#
42-65#
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SEQ

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CROSS REFERENCE

F 16
FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE S
-9

200

—

CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO V03.01
CROSS REFERENCE TABLE (CREF v01-05 )

L10023
L10024

23-APR-80 08:29:31

G 16

PAGE S-10

SEQ

201

51=-47#
51-60#
53-197#

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57864

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58-51

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58-68

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58-84

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64-15
65-56

62-24
64-18
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65-103

65-110

65-127

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CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO v03.01
CROSS REFERENCE TABLE (CREF vO01-05 )
LOWORD
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19-384

61-18

19-67#
19-77#

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19-8#

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56-86
65-77
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56-88
65-101
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73-30+

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58-66
65-12%

59-734
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48-69
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39-38

23-APR-80 08:29:31

70-64

CZDMIBO DMR-17 FUNCTIONAL TESTS MACRO v03.01
CROSS REFERENCE TABLE (CREF v01-0S )
RCV
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23-APR-80 08:29:31

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J 16

FUNCTIONAL TESTS MACRO v03.01 23~APR-80 08:29:31 PAGE S-13
TABLE

(CREF

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62-22

(CREF

23-APR-80 08:29:31

ARRYNNNIANINI
PRI
!
L)

TABLE

TESTS MACRO V03.01

CROSS REFERENCE

FUNCTIONAL

N
L)

CZOMIBO DMR=11

42-123
42-123
42-129

4£8-272

CZDMIBO DMR=11

CROSS REFERENCE

48-272
48-294

4£8-303

48-334
4£8-339
48-345

49-11
49-11

51-21
51-41
51-55
51-58
51-58
53-40
53-46
53-46
53-56
53-138
53-140
53-150
53-152
53-152
53-182
53-184
53-184
53-197
564-35
54-41
54-51
56-25
56-31
56-48
56-58

FUNCTIONAL TESTS MACRO v03.01
TABLE

(CREF

4£8-283

4£8-294
48-303
4£8-334
48-339
48-345
49-11

49-11

51-21
51-42
51-55
51-58
51-58
53-40
53-46
53-46
53-56
53-138
53-140
53-150
53-152
53-152
53-182
53-184
53-184
53-197
54-35
54-49
56-51
56-25
56-46
56-48
56-58
56-79
56-81
56-88
56~92
56-92
56-97
56-101
56-101
56-105
57-17
57-24
57-33
57-40
57-46
57-53
57-60
57-71
57-85
57-89
57-90
57-90
57-93
57-97
57-97

v01-05

48-283
4£8-294
4£8-303

48-334

4£8-339
48-345
49-11
49-13
51-21

51-42
51-55
51-58
51-58
53-40

53-46

53-46
53-59
53-138
53-140
53-150
53-152
53-152
53-182
53-184
53-184
564-32
564-35
54-49

)

4£8-283
4£8-294
4£8-303
4£8-334
48-339
48-362
49-11
49-13
51-21
51-42
51-55
51-58
51-58

53-40
53-46
53-46
53-59
53-140
53-140
53-150
53-152
53-152
53-182
53-184
53-184

54-32
54-35

L 16

23-APR-80 08:29:31 PAGE S-15
4£8-283
48-334
48-339
48-36¢

49-11
49-13
51-21
51-45

5155
51-58
51-60
53-40
53-46
53-46
53-59
53-140
53-140
53-150
53-152
53-152
53-182
53-184
53-184
54-32
54-35
5449
56-18
56-31
56-46
56-50
56-64

4£8-283
48-294
4£8-303

48-334

4£8-345
48-362
49-11
51-21
51-21
51-45
51-55
51-58
51-60

53-40
53-46
53-46
53-138
53-140
53-140
53-150
53-152
53-152
53-182
53-184
53-184

4,8~283
48-294
48-303
48~334
48-345
4,8-371

48-283

49-11

51-21
51-21
5145
§1-55
51-58
5160
53-40
53-46
53-46

56-32
54-35

5
57-101

57-101

57-97
57-97
57-101

B 1
CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE $S-16

CROSS REFERENCE TABLE

(CREF v01-05 )

57-101
57-105

57-101
57-105
57-1G5

57-105

37=109
57-111

S7-101
97-105
57-105
57-109
57-111
58-27

CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE S~17
CROSS REFERENCE TABLE (CREF v01-05 )

65-59
65-64

65-59
6564

SVCSUB

14-164

14-26#

SVCTAG

14-164
46-28
56-81

14284
47-16
56-83

65-80

65-59
65~64

65-80

53-33

60-63

17-24
48-262
56-107

p]
58-102

1
D
CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE S-18

CROSS REFERENCE TABLE

59-77
65-122

SVCTST

16=254

68-12

Sw00
SWO1

SEC

(CREF v01-05 )

60-61
65-149
51-19

60-105
65-151
53-32

60-106
67-13¢4
5429

56-74

56-99

56-101

42-34
42-130

42-364
56-854

42-65
56-107

48-362

48-3674

48-371

70-46

71-46

72-24

60-111
68-258
56-17
73-24

61-41
70-83
57-16
74-23

61-74

62-48

71-68
58-20

7447

61-13

209
65-40

65-68

62-8

64-9

65-15

42-120

64-44
75-19

76-17

| SwO2

b —d

PPPPPPey
aif
R
';JQ

SwO3

47~
75-19
17-24

42-274
42-126#

T$SSW
TSSTES

TSARGC

76-17
48-2674
53-59#
58-464
61-144
65-124#4
18-12
53-324
57-24
58-30
59-33
9
61-85
-1
65-151
68-128
72-48
15-1
15-11#
42-#
42-11
42-22

64-27
67-11#
68-134
73-24n
15-11
28-73
42-10
42-12
42-224

42-46
42-63¢
42-85

42-46
42-7
42-85

53-160
58-60

61-41

53-162#
58-62#4
61-434

53-197
57-27
58-39
59-37
60-72
61-88

54=2
57-29
58-51
59-45
60-81
61-109

65-149

53-195
58-78
61-74

42-1054

42-109

42-1114

60-1094

60-11

42-115

42-1184

56-504
59-174
65-164

56-81
59-50
65-40

57-174
59-52#
65-42¢

57-48
59-69
65-68

57-50#4

5625
57-69
58-96
60-21
61-22
62-34
65-100
67-134

56-53
57-71
58-100
60-2¢4
61-46
62-36
65-103
14

59-754

59-77

S6-17#

57-57
58-73
60-144

70-83

15-11

32-56
42-11

42-13

42-238
62-328
62-41

42-85

42-854

42-78
62-92

42-92

L2-544
42-78
62-92

71-464

15-114

32-56#
42-1

“2-134

42-23
42-33
42-41
42-59
42-78
42-92

65-70#

CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO V03.C. 23-APR-80 08:29:31 PAGE S-19

CROSS REFERENCE TABLE

(CREF v01-05

SEQ

)

210

62-928
42-107
62-113
62-119
62-129
45-76
51-58

42-99
42-1074
42-113
42-119
42-129
45-76
51-58

42~99
42-1074
42-1138¢
421194
4L2-129
L3=768
51-58

42-99
42-107#4
42-1138
42-1198
42-129M
L5-768
51-58#

42-99
42-108
42-1134
42-1198
42~129M
45-76K
51-584

42-99M
42-108
42-114
42-123
45-55
45-163
51-58¢

42-99F
42-108
42-114
42-123
45-55
45-163
53-40

42-99M
42-108#
42-114
42-123
45-55
45-1634
53-40

42-106
42-1084
42-114
42-123
45-55
49-11
53-40

42-106
42-112
42-114A
42-123%
45-554
49-11
53-404

42-106#
42-112
42-114A
42-123#
45-554
49-11
53-404

42-107
42-112¢
42-114M
42-1234¢
45-554
49114
53-46

42-10
42-11
42-119
42-129
45-76

42-119
42-129
45-76

49-11#
53-46

51-58
53-46

53-184
56-884
56-101#

53-184
56-92
56-101#

53-184
56-92
56-105

53-184#
56-92
56-105

53-184#
56-92¢
6-105

53-184#
56-924
56-105#

53-184#
56-97
S6-105#

54-35
56-97
57-89

54-35#4
56-974
57-89

56-88
56-97#
57-89

56-101
57-8#
57-97

56~
56-101
-84

57-97

56~101
?

T$CODE

75-15

68-86
75-15

68-86
75-154

75-154

68-86#4
75-16

75-16

75-164

75-1#

75-17

TSERRN

14-~164

2B-65

28-654

28-76

28-764

30-76

30-764

32-8;

32-614

TSEXCP
TSFLAG

35-544
48-2724
51-55#
S56-644
58-56#

37-314
48-2834
53-138#
S6-79%4
58-764

37-36
48-294
53-150
57-33
59-42

57-904

57-93

29-52

7-9

29-52#

57-93

57-934

57-97

32-66

37-364
4B8-2944
53-150#4
57-334
59-424

41-59
48-303
53-182
57-46
59-64

41-59%
48-3034
53-182#
57-464
59-64#

41-81
48-334
54-49
57-83
60-47

41-814
48-334H
54=49%
57-834
60-47#

41~
48-339
56-31
58-35
60-52

01-96#
48-3394
56-314
58-354
60-52#4

48-37
48-345
56-46
58-42

32-66#

48-374
48-345#
58-42¢
60-88#

S7-97#

35-54

48-272
51-55
56-64
58-56

75-15#4
54-324

75-16
54-324

75-164
54-41

75-17
34=414

75174
54414

76-15
56-21

76-154
26-21#

56-214

56-25

56-25#4

56-25#

56-53

§6~53l

58-68¢
58-100
59-37#
60-214
60-66

58-68«#
58-100#

8-71
58-100#
59-454
60-24

58-714
59-20
59-454
60-24¥

58-71#
39-204
59-56
60-24#
o

58-73
59-20#
59564
60-33
60694

58-734
59-23
59-56#
60-33#
60-72

58-73#
59-234
59-59
60-33#
60-724

59-23#
59-594
60-39
60-72#¢

58-844
59-33
59-59%
60-394
60-81

58-84#
59-3
60~1
60-3%%
60-81#

59-33
60-18#
60-57
60-81#

59-37
60-18#
60~57#

59-37#4
60-21
60-57#

65-100
65-130#
67-434

65-100#
65-137
67-634

84
65-103
65-137#
67-474

65-103#
67-25
67-47H4

65-80
65-1104
67-374
68-9

804
65-127
67-374
68-914#

70-60#

68-110#

65-110#
67-37
67-514

70-60

70-66

6
65-103#
67-25#4
67-51
68-1104

65-110
67-25#
67-514

68-137#

6
65-100#
65-1374
67-47
68-107#

74-34

74=-360

70-68

74-34n

70-68¢

68-134

73-364

70-66#

70~684

65-80#4
65-127#
6740
68-91#
68-1344

42-115

42-120

42-130

45-17

68-104

TSHILI
TSLAST
TSLOLI
TSLSYM

37-31
4B~283
53-138
56-79
58-76

75-15
54-32

65-97
65-1274
67408
;

68-134#
;2-?2:

75-15
14-16#
75-15
14-16

60-21#

64
65-974
65-130
67-404
68-104#

68-137

71-564

75-15#
76-32#4
75-154
14-164

65-974
65-1304
67-43

68-1044

68-137#
72-35

68-107

68-107#

70-60#

68-110

72-354

75-16

75164

75-17

75174

76-15

76-154

75-16
17-24

75-164
18-12

75-17
42-24

75-174
42-34

76-15
42-65

76=154
42-101

73-36

73-360

70-66#

42-109

68-128

68-1284

42-126¢

60-85

CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO Vv03.01 23-APR-80 08:29:31 PAGE S-20

CROSS REFERENCE TABLE

(CREF v01-05 )

4£6-28

48-262

ISLTNG
TSNEST

56-81
59-71
92-§§'
-3¢

14-16#

TSPTNU
TSSAVL
TSSEGL
TSSUBN

14-19

56-107
60-61
65-149
16-19

4B8-362
57-48
60-105
65-151

164-194

48-371

57-85
60-106
67-134
17-10

49-13

57-86
60-111
68-258
17-10

51-47

57-111
61-41
70-83
17-104

51-60

58-44
61-74
71-68
17-24

53-5

58-60
61-1
72-48
17-24

50~78

58-102

58-106

59-50

73-53

74-47

75-19

76=17

17-24

17244

18-8

18-12
42-34
42-101
42-115

18-12
42-34
42-10
42-1

18-124
42-340

42-8
42-36

4<2-84
42-368

42-24
42-65

42-24
4265

42-240
42-654

42-27

42-68

44-14
46-28
48-202
48-371

44-14
46-28
4B-262
48-371

4414
46-28
48-262
48-371

44=164
46-284
4B-2624
48-371#

45-8
47-9
48-267

45-8
4748-267

45-84
“7-94
4B-267M
49-

45-171
47-16
48-362
49-13

45-171
47-16
4B-362
49-13

45-171
47-16
48-362

49-13

45-171@
47164
48-362¢
49-13#

46-8
48-9
48-367
51-19

65-70
65-124
67-136
70-83
72-48

65-70
65-124
67-134
70-83
72-48

65-70#
65-1264
67-134
70-83
72-48

65-92
65-149
67-134#
70-83#
72-48%¢

65-92
65-149
68-12
71-46
73-24

65-924
65-1494
68-12#
71-464
73-244

65-94
65-151
68-258
71-68
73-53

65-944
65-151
68-258
71-68
73-53

65-122
65-151#
68-2584¢
71684
73-534

65-122
67-11
70-46
72-24
74-23

65-122
67-11
70~46
72-24
74-23

76=-17

76-17

76-174

76-30

76-304

18-12
42-120
48-262
54-51
59-77
67-134
75-19
53-160
58-60
61-41
65-149

42-84
42-1224
4B-2674
56-17#
60-144
68-12¢
76-134
53-162#
58-62#
61-434

42-24
42-124
4B8-362
56-83
60-106
68-258
76-17
53-195
58-78
61-74

42=278
42-126#
48-3674
56-854
60-109#
70-46#

42-34
42-130
48-371

42-364
44-B8#
49-84

42-65
44-14
49-13

60-111

61-134

61-109

42-684
45-84
51-194
57-88#
62-8#
72-24K

42-101
45-171
51-47
57-111
62-48
72-48

42-105#
46-8#4
51-504
58-20#
64-W
73~244

58-80#
61-76#

58-102
61-107

56-48

56-50#

59-174#
65-164

56-81

57-174

57-48

53-33
56-50

53-33
56=-50

53-334
56=504

53-59
S57-164

53-59
57-17

57-17

74~47

14-19#
17104
62-1114
47

76-30
17-24
42-115
47-16

59-15#

59-71

76-47

65-15#

65-151

58-21#
60634
65-944

58-44
60-105
65-122

18-8#4
42-1184
48-94
54-29%¢
59-754
67-114
75-134
53-504
58-464
61-14#
65-1244

9
S51-19#
56-18

53-32#
56-18#

53-324

TSNS2

56-83
59-77
65-122

18-12
42-34
42-101
62-115

74-47

TSNSO
TSNST

47-16

SE@

764~238
53-33#

14-16#4
14164
14-164
14-164
56-18

53-197

74-47
53-56

74=474

75-13

75-134

56-184¢

75-19

56-107
7083

75-19

57-14

71-464

93-59#

75-19

57-86

71-68

75194

76-13

59-50
6540

59-52#
65-424

59-69
65-68

53-162

53-1624

57-174

57-50

76~13

57-504

60~15#4
65-70#

54-29#

57-50#

G 1
CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE S-21

CROSS REFERENCE TABLE

(CREF v01-0S )

58-21
59-17
61-14
65-42

58-21#
59-52
61-43
65-424

TSTAGL
TSTAGN

70~464
14-164

58-21
S9-17#4
61-144

72-244

58-46
59-52#

61-434
65-70
76=234

18-8
4£2-68#
42-126
4<8-9

51-194
53-162
56-85
57-88#4
58-80
60-14
61-134

TSTEMP

64-9
65-94
70464
75-13
16-8
16-8
16-8
16-84

SEQ

58-46N
60-144
61-76
65-70#

58-62
60-15
61-76
65-94

58-62
60-15
61-76m4
65-94

58-80
60-63
65-154
65-1264

58-80#
60-63#
65-16
65-124#

18-8
42-105
42-1264
48-9
51-50
53-162#
55-85

18-8#
42-105

42-8
42-105#

42-27
2-1114
£5-8

&2-27
42-118

44-8

48-94

51-50

44-8
48-267

51-50#

«8~-367
53-32#
56-17
§7-17
58-214
59-17
60-63
61438
65-16
67-11

45-8#
48-367
53-33
S6-174
§7-17
S8-46
S9-174
60-63
61-76
65-16#
67-11

16-8
16-8

72-248

16-8#
1684

&2-65
&46-14
4513
54-32
S6-58
§7-29
$7-69
S8-30
$8-71
S8-106
59-56
60-24

60~-72

TSTEST

73~24

16-8#
16-8#4

42-654
&4-148
49-134
S4-32#
S6-58#
57-29%
S7-69¢
S$8-30s
58-714
S8-106#
59-Sor
60264

60-72#

61-20
61-79
62-21
64-15
6
65~-122
67-37
68-106

61-204
61-75¢
62-21#
64-154
65-68#4
65-122#
67-374
68-104#

72-48
75-154
75-19

72484
75-1w«#
75-19#

54~-29

54-29

58-20
60-15
65-15
72-24M

212

70~46
764=-238

58-20#
60-63
65-15
70=-46
76-32

CZDMIBO DMR-11

H
1
FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE S$-22

CROSS REFERENCE TABLE

TSTSTM

14-164

37-31

42-11
42-54
62-112
45-31
47-16

(CREF

28-58
37-36

Vv01-05

)

28-73

40-48
42-22

28-76

42-65

42-115

45-55

28-82

40-114

29-46

41-38

29-52

41-45
42-32

45-76

51-42

53-160
56-31
56-105
57-57
57-11
58-65
59-23
60-15
60-81
61-37
61-98

64-15

TSTSTS
T
T10
1
112
T12.1
T12.2
T12.3
T12.4
T12.5
113
T14
115
116
117
718
119

65-64
65-122
67-51
68-58
68-159
71-56
14-16#4
68-12#

16-8
16-8
16-8
16-8
65-16#
65-42#
65-70#
65-9#
65-124n
16-8
16-8
16-8
16-8
16-8
16-8
16-8

12
12.1
12.2
12.3

16-8
53-33#
.53-59#
53-162#

14.2
T
15.1
15.2
T6

56~50#
16-8
S7-17#
57-50#4
16~

T
T4
T4.1

16-8
16-8
56-18#4

65-110
68-141
70-66

6494

67-114
68-12#4
70464
71-464
72-240
73=244
74234
53-32#

54-29#
56-17#
57-16#
58-20#

65-154

1
I
CZOMIBO DMR-11 FUNCTIONAL TESTS MACRO v03.01 23-APR~80 08:29:31 PAGE 523

VOOV

e ot
— = —¢

~NNNOONON

CROSS REFERENCE

TABLE

SEQ

(CREf Vv01-05 )

58-464
58-62#
58-80#

16-8

59-17#4
59-52#
16-8
60-15#
60~-63#
16-8

57-101
57-105
57-109
60-79

68-152
68-157

45-113%

40~94

40-120*

62-32
62-32

64~26
64-24

65-107
67-49

67-49
67-77

67-72

67-102

67-126

68-112«

68-146

68-151+

68-207

68217+

70-47
59-30

59-5¢4

62-30

40-152

40-183

40-184

41-35

41-37

62-19

68-228+
68229~

45-116+
45-169%
48-31

48-205
48-207

56-103

56-105

40-125+

40-128

41-66

214

1
J
CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO v03.01 23~APR-80 08:29:31 PAGE M-1

NN
— d b b b b cd ——b
b and b b amd b and

b
(N b od wd

h4-13
45-30
31-75

42-27

b e

bbbbl.\b—hbb

<
coREss

[]

LL ]

67-45
65-107
58-47
65-128

6749
70-64

215

59-21

60-19

60-67

61-18

61-27

67-55

42-36

42-68

48-367
53-162
61-43

51-50
56-18
61-76

72-24

54~29

56-17
73-24

32-55
30-70

41-45

53-81

42-105

42-111

42-118

42-122

42-126

56-85

57-88

59-75

57-17
65-42

57-50
65-70

58-21
65-94

58-46
65-124

58-62

58-80

59-17

58-20

59-15

60-14

61-13

62-8

64-9

65-15

33-50

70-74

53-85
71-52

58-92
72-31

58-97
72-37

67-33

67-39

67-132
73-38

68-100
73~46

68-106

56-51
65-18

57-18
65~44

58-22
65-95

58-63
65-125

58-82
6723

59-18
68-89

60-16

60-64
71-54

61-15
72-33

46-21
58-101

51-45
60-22

68-82
61-50

68-245
61-83

62-25

64-16

65-53

67-42

68-109

30-73

41-54

57-58

57-67

60-31

60-79

62-19

62-22

62-30

72-45

73-32

70-58

g
——t ettt
Pt b ma

~3604

65-134

61-59
57-22

AL fb?ab

84\5

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64-19

UL
— d b b amd b b and e

b e

P NS
$ 55555575
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P NS

STERTLVELLTCLLILL TTILIL/LRR

b cd b wnd ed b b b b b

BCOMPL
BERROR
BGNAU
BGNAUT
BGNCLN

61-57
60-36

b b b wnd b

2664
26-324
2464

b wd b wnd b JN b wd

BACCIR
BACCIT
BASEIN

SEQ

(CREF v01-05 )

CROSS REFERENCE TABLE

57-38
51-42
51-41

59-54

74-30

K 1
CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE M-2

CROSS REFERENCE TABLE

ENDCOM

ENDDU

ENDHRD
ENDHW
ENDINI

ENDMOD

ENDMSG

TENDPRO
ENDPTA

ENDRPT

ENDSEG
ENDSET
ENDSFT
ENDSRV
ENDSUB
ENDSW
ENDTST
EQUALS
ERRDF

ERRHRD
ERROR
ERRSF
ERRSOF
ERRTBL
ESCAPE

14254

14-164

144614

14-16#

1-487#

14-164

14534
1-465#
1-475#

62;%(1»
1-512#¢

1-§

75-19
17-24
45-171

14=-164

42-24

14-16#

44-14

14-164

67-134

68-258

60-93
65-59
67-98

1-718#¢
1
1=-726#
1
1
1-744#

42-65

42101

42-109

42-115

42-120

42-1264

42-130

56-107

S7-111

5§9=77

48-362
53-160
61-41

48-371
53-195
61-764

S1-60
56-48
61-107

56-81
65-40

57-48
65-68

57-85
65-92

58-44
65-122

58-60
65-149

58-78

58-102

59~50

53-197

54-51

56~83

73-53

7647

57-86

58-106

59-71

60-106

61-109

62-48

64~44

65-151

61-32
65-83
67-115

28-76
4B-303
57-46
61-37
65-88
68-85

29-52
48-334
57-83
61-64
65-113
68-141

30~76
48-339
58-35
61-69
65-118
68-148

32-61
48-345
58-42
61-98
65-140
68-154

32-66
51-55
58-56

61-103
65-145
68-159

37-31
53-138
58-76

62-39
67-58
68-164

37-36
53-150
59-42

62-44
67-68
68-170

41-59
53-182
59-64

64-30
67-74
68-175

41-81
54-49
60-47

64-36
67-79
68-198

41-96
56-31
60-52

65 -31
67-87
68-250

48-37
56-46
60-88

54-32

54-41

56-21

56-25

56-53

56-58

57-20

57-24

57-27

57-29

57-40

S7-42

14-16#
14=-16#4

14-16#4
14~16#
48-2B3
56-79

19-8
2865
48-294
57-33

60-102
65-64
67-112
14-16#

70-83

71-68

72-48

65-36
67-93

14-164
14-16#4

57-57

57-60

57-69

57-71

58-24

58-27

58-30

58-39

58-51

58-65

58-68

58-71

58-73

60-57
61-85

60-66
61-88

60-69
62-11

60~72
62-21

60-81
62-24

60-85
62-27

61-17
62-34

61-20
62-36

61-22
64-12

61-46
64-15

61-49
64-18

61-52
64-27

61-79
65-28

68-91

68-106

68-107

68-110

68-128

68-134

68-137

70-60

70-66

70-68

71-56

72-35

73-36

45-48
75-15
75-17

75-16
76-15

N S A X R X

od end and md and cud —d

o
o
o
o
o
o
O
o

b el cnd cnd cnd cd e

b
b cnd and aud and wud wud

o
o
o
o
o
o
o

-—bd

ol end cod @b aud cud cub

62-36

76-17
48-262
53-56
60-105
18-12
S1-47

65-80

IOSETU
IOSTAR

76-30

14-164

14-16#
14-164
14-164
14-16#4
14-164
60-61

1-642#¢
1-716#
48-272
56-64

216

49-13

14~1&6#
14~-164
14-16#

1-541#
1-555#
1-568¢
1-580#
1-596#
59-69

1-614#
1-624#

SEQ

(CREF v01-05 )

65~97

15-1

65-100

65-103

65-110

65-127

65-130

65-137

67-25

67-37

67-40

67-43

67-47

CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE M-3

CROSS REFERENCE TABLE

LASTAD
MSBYTE
MSCHEC
MSCNTO
MSCOUN

MSDATA

MSDECR

1=:474
1-DOO#
1-E18#
1-E82#4
1-D66#
42-11
42-32
42-51#
42854
42-112
42-129
51-58

53-152
56-97#4
57-101
68-251

1-B67#
15-11
15-11

22-134

(CREF v01-05 )

14164

76-32
15-11

75-15
28-73
42-12
42-324
42540
42-92
42-113

15-11
75=154

’8-734

42-124
42-33
42-59
42-924
42-113
45-55

15-1°

SEQ

217

15-114
75-164

28-824
42-134

42-10

42-107#

57-105#

57-109#

57-974
68-86#

15-11
15-11
15-11

15-11
15-11
22-13

1-D29#

42-101#
45-171#
S1-47#

42-109

46-28

51-60
56-81
58-44
59-71
61-74

MSDEFA
MSENDE

MSERRI

65-92
71-68
1-E704
1-D74#
46284

68-258#
76=-174
42-1244
53-197#
58-106#
G4-4iN
7514

32-614

41-964

48-33#
S56-314
58-354
60-52#

MSESCA

CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE M-4
CROSS REFERENCE TABLE (CREF v01-05 )

62-36

MSESCS

MSEXCP
MSEXIT
MSEXSE
MSEXTY

MSGEN

65-80
65-137
68-91
70~60
1-DIO#
37-534
58-84#

64-12

65-97
67-25
68-106
70~66
54-324
57-604
58-100W

64124

65-97#
67-254
68-104#
70-66#
54~414
S57-69#
59-204

64-~15

64-154

64-18

65-100
67-37
68-107
70-68
56-214
57-714
59-23¢

65-100#
67-374
68-107#
70-684
56-25#
S58-244
59-33¢

65-103
67-40
68-110

64-184

6427

64=274

65-110
67-43
68-128

65-110#
67-434
68-1284

58-274
S9-374

65-103#
67404
68-110#
1=564
56-58#
58-30#
59-454

57-204

58-394
59-56#

57-24N

S6=534

65-28

58-S1#
59-504

65-127
67-47
68-134
73-36
S57-278
58-654
60-184

65-28#

65-127#
67=474
68-134#

65-56

65-56#

58-68#
60-214

65-130
67-51
68-137
7
S7-4ON
58714
60-24¥¢

58-73#
60-33#

S7-2W

65-130#
67-514
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68-914

68-1064

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68-110#

68-128¢

68-1344

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70-60#

70-664

70-68¢

71-S64

72-35#

73-36#

1-EOQ1#
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1-DI18#4

14164
14-164
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75-15

75-154

75-16

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76~15#

14164
15-11
15-11
15-114
15-114
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17-244
42-206
42-105#
42-124A

15-11
15-11
15-1
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15-11#
15-114
18-8
42-27
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42-126

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15-11
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42-278
42-1094
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15-11
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15-11
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42-34
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15-11
15-11
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15-11
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18-12
42-36
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44-8

15-11
15-11
15-11
15-114
15114
15-114
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42-364
42-1154
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15-11#
17-10
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42-684

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17-104
42-8
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42-84
42-101#

48-371

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48-267#

42-122
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4B-262M

42-120
45-171

42-122#

48-262

15-11
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15-11
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15-11#
16-84
22-134
42-65#
42-118#
45~

15-11
15-11
15-11
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15-11#
17-10
22-18
42-68

48-94

15-11
15-11
15-1
15-114
15-114
16-8
22-13
42-65
42-118
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51-474

51-50

649
65-70
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65-70#

67-114

64-44
65-92
67-134

64-44¥
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67-1344

65-15
65-94
68-12

65-15#4
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68-124

65-16
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65-164
65-1224
68-258#

65-40
65-124
70-46

65-40F
65-1244

65-42
65-149
70-83

1-C38#
1-D35#

14-16#
14-164

17-24

17-244

18-12

18-124

42-24

42-24N

42-34

42-344

42-65

1-D38#
15-11
15-11
15114
15-114
15-114
17-24
42-24
42-105
62-126

42-109
46-28
51-60
56~81

58-44

MSGETT

65-80#
65-137#
68-914
70-60#
14~164
57-574
58-964

218

67-514

46-28

MSGENB
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62-364

SEQ

1-B774

58-84#

46-28#4

42-109%
46284
51-60#
56-81#

58-44#

42-115
47-16
53-56
56-83

58-60

47-%

42-115#
47-164
33-56#
56-834

47-16

42-120
48-262
53-160
56-107

58-78

47-164

42-120#
48-2624
53-160#
56-107#

58-784

48-9

42-124
4B-362
53-195
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58-102

51-19

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51-47

4B-362

4B-362#

6542k
65-149#
70-834

65
65-151
1-46

65-68#
65-151#
71464

42-654

42-101

51-50#

42-101#

42-124M
48-3624
53-195#
S7-484

42-130
48-371
53-197
57-85

42-130N
4B-3714
53-197#
57-854

44=-14
49-13
54~51
57-86

44-164
49-134
54=514
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45-171
51-45
564
57-111

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58-102#

58-106

58-106#

59-50

59-50#

S7-111#
S9-64

14-164

54-324

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36-214

56-25K4

56-534

56-584

5720

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S7-27

S7-29F

S7-LON#

S7-42N

58-96#

58-1004

59-204

59-23#

59-33¢

59-374

59-454

59-564

59-594

60-184

60-21#

60-244

60~-334

N 1
CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE M-5

CROSS REFERENCE TABLE

(CREF v01-05
)

60-394
61-824
65364
gz-gl:

60-574
61-854
65-80#
68-91#

60~66#
61-884
65-974

60-6OF
62-114
65-1004

1-C02#

14~1#4

14-19#

15-11

MEGNGB

15-1
15-11
15-114
15-114
15-11#
18-8
42-68F

15-1
15-11
15-114
15-114
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18-8
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15-1
15-11
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18-8#
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;2:32’

56-85

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1-D4W
15-11
15-1
15-11
1511
1511
15-14
16-8

14-164
15-1
15-11
15-11
15-114
15-114
15-114
16-8

45-8#4

MSGNIN

68-104#

16-8#4
16-8#

22-18

16-84
16-8#4

22-18

68-1074

60-724
62-214
65-1034

68-1104

68-1284

15-1

15-11

68-134#

61-174
62-34#
65-1304
68-1374

61-204
62-364
65-1374
70-60#

15-11

61220
64-128
67-254
70-664
15-11

61-468
64-154
67-374
15-11

61-494
64-18#
67-40#
15-11

15-11
15-11
15-114
15-114
15-114
22-134
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15-114
15-114
15-114
22-18
42-118

15-1
15-11
15-114
15-114
15-11#
22-184
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15-11
15-11#
15-11#
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42-8
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15-11#
16-84
4g=274
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17-10
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44-8

57-88

57-884

59-75

59-75#

60-109

60-109#

75-13

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76-13

47-9

15-11
15-11
15-11
15-11
15-114
15-114
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15-1
15-1
15-11
15-1
15-114
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28-58

22-184

60-8B54
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219

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4684

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16-84

60-814
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15-11
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16-8#
17-10

28-61

48-267

4B-267M

48-367

48-3674

15-11
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49-8

15-11
15-11
15-11
15-114
15-11#
15-11#
15-11#
16-8

15-11
15-11
15-11
15-114
15-114
15-11#
16-8
16-8

15-11
15-11
15-11
15-11#
15-114
15-114

15-11
15-11
15-11
15-11#
15-11#
15-11a

16-8
16-8

28-61

16-84
17-104#

16-8#4
18-8

16-8#
18-8#

16-84
22-13

28-65#4
28-764

28-73
28-7&4
29-54

32-664
35-544
37-314
40-38

28-61

28-61#
28~73
28-82
29-49

28-65
28-734
28-82
29-49

28-65
28-73#
28-82
29-49

28-654
28-76
28-824
29-4

28-65#
28-76
28-82¢
29-52

28-654
28-76
28-82¢
pY4

28-654
28-76
28-82#
29~52

29-52

828-764
o
29=324

32-61
32-66¢
35-544
37-314

32-61
32-66#
37-24
37-31#

32-614
33-50
37-264
37-36

32-614
33-504
7-26
37-36

32-61
34-36
37-264
-

32-614
34-36#
37-28
37-36

32-61¢
35-54
37-284
37-364

32-66
35-54
37-31
37-364

35-54
37-31
37-36#¢

32-66
35-544
37-31
37-36#4

28-61

CZDMIBO DMR-11

CROSS REFERENCE TABLE (CREF v01-05 )
«2-7N
42-78
42-85
42-92
42-99

FUNCTIONAL TESTS MACRO v03.01 23-APR-80 04:29 :31 PAGE M-6
«2-7
4£2-78

42-7
4£2-78
42-85

42-71
42-78
4<2-85

62=714
42784

42=-714

57-714

57-71#

220
42-78

CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE M-7
(CREF v01-05 )

57-83#
S7-89#
57-904

57-85
S7-89#
S7-904
57-97
57-101
57-105
57-109#
58-27
58-35#

57-834
S7-89#
57-90#
57-97
57-101
57-105

57-86
57-89#
57-93

57-89
57-90
57-93
S7-97
57-101#
S7-105#
57-109#

57-89
57-90

7-93
57-97
(%4

CROSS REFERENCE TABLE

S7-101#
S7-105#4
57-111

67-874

6
67-93

CZOMIBO DMR-11 FUNCTIONAL TESTS MACRO v03.01 23~APR-80 08:29 :31 PAGE M-8

CROSS REFERENCE TABLE

67-934
67-112
67-115#
68-15#

MSGNL
S
MSGNSU

67-934
67-112
671154
68-15#
68-58

67-934

67-934
67-112
67-115#4

67-934
67-1124
67-134
68-18
68-584

67-98

67-98
67-112#
68

67-984
67-115
-15
68-34
68-82

68-104
-128#
68-141#
68-154
68-159#
68-170
68-175#
68-235
68-250
68-251

68-104
68-1284
68~1414
68-154
68-159#
68-170
68-175#
68-235
68-250
68-2514

72-35
76-340
75-16
76-15

72-35
74-34
75-16#
76-15

53-162#

56-50
59-17
65-16

56-504
59-174
&5-16#

S7-17#
59-52#
65-42#

42=24H
42-124n
48-3714

42-65
45-171

42-65A
45-171#

42-101#

56-48

56~484

-86

76-32#

53-197#
57-85#4

51-47

57-111
59-69

MSHAPT

MSHNAP
M$ INCR

-86

S1-474

57-111#
59-694

61-41

61-414

57-16
65-15
74-23

S7-16#
65-15#
74-23

65-68
70-83
MSGNTE

222

67-984
67-115
68-15
68-334
68-82

58-62#4
61-434
MSGNTA

SEQ

(CREF v01-05 )

18-84

35-540
42-8
4270
4-598
42-105
42-115#
42-126
45-250

46-BF
48-9F

48-367
51-194
53-32
53-564

65-68#
70-83#

18-84

37-31#
42-B#
42-304
4-63N
42-1054
42-118
42-1264
45-27#

46BN
48-9N

48-367
S1-19#
53-32
53-59

-APR-

53-1384
53-197#

53-1404

AL TESTS MACR

E 2

DMR=11 FUNCTION
CZDMIBODMR-11
FUNCTIONALTESTS MACRO V03.01 23-APR-80 08:29:31 PAGE M-9
CZOMIBO
53-594
53-182#
56-51#
56=25#
56-814
57-16
S7-334
S7-6%
57-105#4
58-21#4
58-51#
58-78#4

53-5%
53-184#
56-17

53-5#
53-1954

53-150#

54-29
S6=174

53-152#
54-29
56=17#

MS$ I0SE
MS$LDRO

53-160#

SEQ

53-162

53-162
54=324

223
53-162#
bl

53-162#
54-414
56-18#4
S6-64#

53-162#
L~40

41-117#
(5-48#
68-82#

MSMASK
MSMCHI
MS$MCLO
MSMSK
1

42-101#
45-171#
S1-47#
56484
S7-111#
59-65#

MSPRIN

42-714

42-51
42-92

42-107»