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AH-F832C-MC

November 1980

225 pages

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Document:	CZDMIC0 DMR-11,DMP-11 DMR-11 FCTNL DIAG NOV 1980 bw
Order Number:	AH-F832C-MC
Revision:	000
Pages:	225
Original Filename:	CZDMIC0__DMR-11,DMP-11__DMR-11_FCTNL_DIAG__AH-F832C-MC__NOV_1980_bw.pdf

OCR Text

DMR-11
DMP=1

DMR-11 FCTNL DIAG
CZDMICO

AH-FB32C-MC
EIGHE =] S0F =2

NOV

i980

COPYRIGH T2
MADE

use

980

DMR-11

DMP -11

DMR-11 FCTNL
CZDMICO

DIAG

AH-FB32C-MC
FICHE 2 OF 2

Noy
imo
oy 1980

MADE IN USA

R
AAnE
mn
sRE
g 0
B8] 108 A

CZOMICO OMR-11 FUNCTIONAL TESTS MACRO v03.01 30-JUL-80 11:38:40 PAGE 1

SeEQ

POPORNINININ)
b b b el o csd cd ed e

VIS AN =2 O OO NP NS NN —=2OO® NN

PROGRAM DOCUMENT

«NLIST TOC
.REM @

IDENTIFICATION
PRODUCT CODE:

AC-FB30C-MC

PPODUCT NAME:

CZDMICO

FRODUCT DATE:

AUGUST

MAINTAINER:

DIAGNOSTIC ENGINEERING

AUTHOK::

MIKE O'CONNOR

DMR-11

FCTINL DIAG

1980

THE INFORMATION IN THIS DOCUMENT IS

SUBJECT

THE
USE
SUPPLIED

OR
BY

CHANGE WITHOUT

NOTICE
AND SHOULD NOT BE CUNSTRUED AS A COMMITMENT BY DIGITAL
EQUIPMENT CORPORATION.
DIGITAL EQUIPMENT CORPORATION ASSUMES NO
RESPONSIBILITY FOR ANY ERRORS THAT MAY APPEAR [N THIS DOCUMENT.
NO RESPONSIBILITY IS ASSUMED

FOR
SOF TWARE ON EQUIPMENT THAT IS NOT

AFFILIATED COMPANIES.

DIGITAL
DEC

RELIABILITY

DIGITAL

POP
DECUS

UNIBUS
DECTAPE

MASSBUS

OFf
OR [TS

1
¢
CZOMICO DMR-11 FUNCTIONAL TESTS MACRO v03.01 30-JUL-80 11:38:40 PAGE 2

33
34
35
36
37
38
39
40
61
42

43
44

45
46
47

4«8

49
S0
51

52
53
54
5%
56
57

CONTENTS

0 INTRODUCTION

‘o

2.0 HARDWARE REQUIREMENTS
0 PRELIMINARY PROGRAM REQUIREMENTS

Q\JO\I\&WN—'

ak o

0 GENERAL PROGRAM CONSIDERATIONS
DIAGNOSTIC SUPERVISOR
EXECUTION TIME

P ol o

N =2 O WO NO VNS NN

2OV

WNANANTTORNIPNINIPNI
NN PNININ) b b ccd cd e o ) B ccd i

VNS WN 2 OO0 N

—

PROGRAM DOCUMENT

XXDP+
ACT/SLIDE
APT
MEMORY MANAGEMENT
MEMORY PARITY OPTION

ERROR LOGGING

5.0 PROGRAM LOAD MEDIA

6.0 OPERATING INSTRUCTIONS
6.1 LOADING AND STARTING PROCEDURES
6.1.1 LOADING PROCEDURES

6.1.2 STARTING PROCEDURES
6.1.3 STEPS FOR QUICK AND SIMPLE EXECUTION

6.2 INITIAL DIALOGUE
6.3 PROGRAM OPTIONS

6.3.1 START COMMAND
6.3.1.1 TESTS SWITCH
6.3.1.2 PASS SWITCH
6.3.1.3 FLAGS SWITCH
6.3.1.4 END OF PASS SWITCH
6.3.1.5 EFFECT OF START COMMAND
6.3.2 RESTART COMMAND
6.3.2.1 TESTS, PASS, AND FLAG SWITCHES
6.3.2.2 UNITS SWITCH
6.3.2.3 EFFECT OF RESTART COMMAND

6.3.3 CONTINUE COMMAND
6.3.3.1 PASS SWITCH

6.3.3.2 FLAGS SWITCH
6.3.3.3 EFFECT OF CONTINUE COMMAND
6.3.4 PROCEED COMMAND

6.3.4.1 FLAGS SWITCH

6.3.4.2 EFFECY OF PROCEED COMMAND
6.3.5 ADD COMMAND
6.3.5.1 UNITS SWITCH
6.3.5.2 EFFECT OF ADD COMMAND
6.3.6 DROP COMMAND
6.3.6.1 UNITS SWITCH
6.3.6.2 EFFECT OF DROP COMMAND
6.3.7 PRINT COMMAND
6.3.7.1 EFFECT OF PRINT COMMAND

SEQ

1
0
C(ZOMICO DMR-11 FUNCTIONAL TESTS MACRO v03.01 30-JUL-80 11:38:40 PAGE 2-1

SEQ

PROGRAM DOCUMENT

6.
6.
6
6

7.0 DEVICE

COMMAND
ITS SWITCH
FECT OF DISPLAY COMMAND
FECT OF FLAGS COMMAND
COMMAND
FFECT OF ZFLAGS COMMAND

6. 3.

L CHARACTERS

ROWARE PARAMETERS

OF TWARE PARAMETERS
& EXTENDED DISCUSSION OF
INFORMATION TABLES

8.0 TEST DESCRIPTIONS
9.0 ERROR INFORMATION
9.1 ERROR REPORTING

P-TABLE DIALOGUE

1
E
CZOMICO OMR-11 FUNCTIUNAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 3

SEQ

VNN =2 OO0V

AIPIPOIRIAIND
wd ed ed oD ed
e o d =B

=2 OO 00 NON N

NN —

PROGRAM DOCUMENT

1.0

INTRODUCTION

THIS
PROGRAM WILL BE
IMPLEMENTED USING
THE
DIAGNOSTI(C
SUPERVISOR AND A STRUCTURED PROGRAMMING APPROACH.
BECAUSE
TYE
DESIGN WILL
CONFORM
TO
THE
SUPERVISOR
(STANDALONE
XS§S§0TSETHE PROGRAM WILL BE COMPATIBLE WITH ACT, APT, XXDP+,
LIDE.

THROUGH DIALOGUE WITH THE OPERATOR, THE PROGRAM WILL
ALLOW
MODIFICATICN OF
DEVICE PARAMETERS, SUCH AS UNIBUS ADDRESS,

VECTOR ADDRESSES AND
TEST CONFIGURATION.
IN ADDITION,
THE
OPERATOR
CAN SPECIFY
PARTICULAR
TESTS
TO BE
RUN AND A
VARIETY OF LOOPING, RUNNING, AND REPORTING MODES.
DEVICE ERRORS WILL BE REPORTED AS THEY OCCUR.
THE
REPORT
WILL
INCLUDE
A TEST
NUMBER AND DESCRIPTION OF THE ERROR,
ggO?E:?g BAD
TEST
DATA,
AND APPLICABLE
DEVICE
REGISTER
N

THE FOLLOWING ARE THE REVISION LEVELS OF

REV A =

INITIAL RELEASE

THIS DIAGNOSTIC:

REV B = SUPPORT REMOTE LOOPBACK IN TESTS 17-19 PLUS BUG FIXES.
REV C - DETECT 1MSEC PROGRAM TIMER OUT OF RANGE IN TEST 10.
2.0 HARDWARE REQUIREMENTS
THE
FOLLOWING
HWARDWARE
TESTS:
DIAGNOSTIC

[S REQUIRED TO ARUN THE DMR-11

FUNCTIONAL

PDP-11/04,05,10,20,30,34,35,40,45,50,60, OR 70
16K MEMORY

CONSOLE

DMR-11

TERMINAL

3.0 PRELIMINARY PROGRAM REQUIREMENTS

IT IS ADVISED THAT THE STATIC DIAGNOSTICS BE RUN BEFORE THESE FUNCTIONAL
IT IS ASSUMED THAT THE PRGCESSOR IS IN PROPER WORKING
DIAGNOSTICS.
CONDITION.

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 TRE SWITCH PACK
£-39 ON THE MB203 IS PROPERLY SET UP FOR THE DESIRED INTERFACE.

CZOMICO DMR=-11 FUNCTIONAL TESTS MACRO v03.01 30-JUL-80 11:38:40 PAGE 3-1

SE@

PROGRAM DOCUMENT

58
59

IF CHOSING TEST CONFIGURATION OPTIONS 1-4, IT [S NOT NECESSARY TO
SELECT THE INTERFACE, HOWEVER THE BAUD RATE MUST BE CORRECT.
FOR

EXAMPLE IF IT IS DESIRED TO RUN CONFIGURATION 3 (H3255-EIA), IV IS

6]
62
22

NOT NECESSARY TO HAVE SWITCH 7 OF THE SWITCH PACK [N THE OFF POSITION.
IT 1S, HOWEVER, NECESSARY TO HAVE THE BAUD RATE SELETCTED TO BE
WITHIN THE EIA RANGE.

65
66
67
68
gg

NOTE THAT A MANUFACTURING=ONLY PATCH IS
SPECIAL MANUFACTURING TEST CONNECTORS.
FLAG WORD °'MANUF' TO A NON-ZERO VALUE.
MAINTENANCE BIT IS SET BY A MODEM WRITE
CNBOARD CONNECTORS ARE USED.

4.0 GENERAL PROGRAM CONSIDERATIONS

74
;2

4.1

REQUIRED TO RUN WHEN USING THE
THIS PATCH WILL CHANGE THE
WHEN THE FLAG IS NON-ZERO, THE
COMMAND IF THE V.35 OR EIA

DIAGNOSTIC SUPERVISOR

78
79
80
g;

THIS
PROGRAM
IS
(COMPATIBLE WITH THE STANDALONE DIAGNOSTI(
SUPERVISOR, AND MUST BE LOADED TO BE
CO-RESIDENT WITH THE
SUPERVISOR,
OR BE
PREVIOUSLY COMBINED WITH THE SUFERVISOR
AND LOADED AS A SINGLE FILE.
IN EITHER CASE,
THE
COMBINED
PROGRAM WILL NOT EXCEED 16K OF MEMORY.

83
gé

4.2 EXECUTION TIME

EXECUTION TIME IS DEPENDENT ON THE PROCESSOR SPEED AND THE

89
90

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

93
94
gg

.3 AXDP¢

97
gg

THIS PROGRAM MAY BE LOADED UNDER XXDP+, AND
DUMP MODE OR CHAIN MODE.

100
}8;

4.4 ACT/SLIDE

103
}82

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

106

DMR BAUD RATE.

EXAMPLES OF EXECUTION TIME

11/34 AND DMR AT 2,4K

&4 AND 1/2 MINUTES
S AND 1/2 MINUTES
106 MINUTES

MAY

}8;

4.5 APT

109
}}?

THIS PROGRAM MAY BE LOADEC BY THE APT SYSTEM
APT~RD) AND RUN [N PROGRAM MODE OR SCRIPT MODE.

112

}}z

4.6 MEMORY MANAGEMENT

RUN

(INCLUDING

DMR-11 FUNCTIONAL TESTS MA{RO v03.01 30-JuUL-80 11:38:40 PAGE 3-2

Sea

DOCUMENT

IF MEMORY MANAGEMENT IS AVAILABLE, IT IS USED BY CERTAIN TESTS IN THIS

FUNCTIONAL DIAGNOSTIC.

4.7 MEMORY PARITY OPTION
IF

PARITY MEMORY

INSTALLED,

DISABLED BY THE PROGRAM,

MEMORY

PARITY

TRAPS

ARE

4.8 ERROR LOGGING

FT THE END OF EACH PASS ON ALL UNITS,
THE

CUMULATIVE

RESTART

TOTAL NUMBER OF

COMMAND.

THE PROGRAM PRINTS OUT

ERRORS SINCE

THE

LAST START OR

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 MED]A SUPPORTED BY XXDP+.
WHEN USING
THE
PAPER
TAPE

ABSOLUTE

LOADER,

THE

PROGRAM

SHOULD

FOLLOWED BY THE DIAGNOSTIC SUPERVISOR.

DIAGNOSTIC
THE

SUPERVISOR

DIAGNOSTIC

6.0 OPERATING

6.1

=
OOV~ o JV P XV NP

)

WA VLA UL

) il
—

o VI

LOADED

FIRST,

THE

BE LOADED FIRST, FOLLOWED BY

INSTRUCTIONS

LOADING AND STARTING PROCEDURES

6.1.1

161

PROGRAM.

SHOULD

WHEN USING XXDP+,

LOADING PRCCEDURES

1 IS 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.

6.1.2 STARTING PROCEDURES

THE

PROGRAM

STARTS

LOCATION

PROCEDURES TO START THE PROGRAM.

200.

USE

STANDARD

DEC

6.1.3 STEPS FOR QUICK AND SIMPLE EXECUTION

THE DJAGNOSTIC CAN BE EXECUTED STANDALONE UNDER XXDP+,
WITHOUT READING THE REMAINDER OF THIS DOCUMENT, AS FOLLOWS:
A) LOAD AND START DIAGNOSTIC USING RUN COMMAND

8) RECEIVE DIAGNOSTIC SUPERVISOR IDENTIFICATION AND PROMPT (DRS-(>)
()

ENTER STACCR>

D) ANSWER HARDWARE AND SOF TWARE QUESTIONS

(/OM] (O DMR-11

FUNCTIUNAL TESTS MACRO v03.01 30-JuL-B0 11:38:40 PAGE 3-3

SEQ

PROGRAM DOCUMENT

172
};2
175

E) GET END OF PASS MESSAGES OR ERROR MESSAGES
F) TO END EXECUTION, ENTER CONTROL/C

};9

6.2 INITIAL DIALOGUE

178

AFTER THE PROGRAM AND THE SUPERVISOR .\RE LOADED AND THE PROGRAM

181

DPS LOADED

~NOWVE W

DIAG. RUN=-TIME SERVICES
DR>

THE OPERATOR THEN PROCEEDS BY TYPING ONE OR MORE OF

COMMANDS DESCRIBED IN THE FOLLOWING SECTION 6.3.

THE

(FOR MORE

DETAILED INFORMATION, REFER TO THE DIAGNOSTIC SUPERVISOR
FUNCTIONAL

SPECIFICATION).

6.3 PROGRAM OPTIONS
6.3.1
I X2

START COMMAND

RS R

AR R

XX RRARARARARARRRARRRD)

STA(RT)/TESTS:<TEST=LIST>/PASS:<PASS=CNT>/FLAGS:

DIAGNOSTIC.
THEY MAY BE SPECIFIED IN ANY ORDER.
TESTS WILL
THE ORDER OF
BE EXECUTED IN NUMERICAL ORDER REGARDLESS OF
SPECIFICATION.
THE DEFAULT
IS TO EXECUTE ALL TESTS.
ON

O~ WA £~

= © O 00 ~NON VA BN

NOVEWN 200

<CFLAG=LIST>/EOP:<INCR>

D — OOV

NOWVMEWN 2OV

IS STARTED, THE FOLLOWING IDENTIFICATION IS TYPED :

£.3.1.1

b b b b b b D B b b b D b b D D >
AOLRLA INLALRLNLNLNL
VNNV AN NI PNONVNMNIMNVMNVNININIMNIN)

el s Xe e Xle ol o R e R Yo Yo To Yo Jo - To Jo Lo ]
POPRIAIAIAIRINININD
b —b = b b et b —d b pfeleleclelelolololalelc

}gg

E 2 X

AR RRRRRRRRR2RRRRR

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

CTEST=LIST>
IS
A SEQUENCE OF DECIMAL NUMBERS (1:2 ETC.) OR
RANGES OF DECIMAL NUMBERS (1-5:8-10 ETC.) THAT
SPECIFY
THE
TESTS
TO BE EXECUTED.
THE NUMBERS ARE SEPARATED BY COLONS.
THE NUMBERS RANGE FRCM 1 TO THE LARGEST TEST NUMBER
IN
THE

THIS AND ALL SWITCHES, THE ANGLE BRACKETS <> ARE PUNCTUATION

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 |S NON-ENDING EXECUTION.
IN THIS CASE EXIT FROM
THE PROGRAM 1S ACCOMPLISHED EITHER BY TYPING A CONTROL/C
OR
BY OCCURANCE GF AN ERROR WITH THE HALT ON ERROR FLAG BEING
255.0'Y253E¥l; IS A RETURN TO COMMAND MODE. SEE EXAMPLE AT
N

.3.1.5.

CZOMICO DMR-11 FUNCTIONAL TESTS MACRO v03.0% 30-JuL-80 11:38:40 PAGE 3-4

SEQ

PROGRAM DOCUMENT

6.3.1.3 FLAGS SWITCH (/FLAGS:<FLAG=LIST>)
<FLAG-LIST>
IS
A
SEQUENCE OF ELEMENTS OF
<FLAG=1>, OR <FLAG=0>, SEPARATED BY COLONS,

ONE OF

THE FOLLOWING VALUES:

HOE

HALT ON ERROR,

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) CONTAIN-

LOE

ING THE ERROR
INHIBIT ERROR REPORTING

IER
IBE
IXE

INHIBIT BASIC ERROR REPORTS
INHIBIT EXTENDED ERROR REPORTS

PR]
PNT
BOE

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

UAM

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

SR
IDU
LOT
THE

CAUSING COMMAND MODE

THE FORM <FLAG>,
WHERE <FLAG> HAS

FLAGS NAMED OR EQUATED TO 1 ARE SET, THOSE EQUATED TO 0

ARE CLEARED.
A FLAG NOT SPECIFIED IS CLEARED.
IF THE FLAGS
20678? 6l§ 1N?T GIVEN ALL FLAGS ARE CLEARED.
SEE EXAMPLE AT
N

.10,

6.3.1.4 END OF PASS SWITCH (/EOP:<INCR>)
<INCR> IS A DECIMAL NUMBER

PASSES)
PRINTED.

INDICATING HOW OFTEN (IN TERMS OFf

IT
IS
DESIRED
THAT
THE
END
THE DEFAULY IS AT THE
END OF

EXAMPLE AT END OF 6.3.1.5.

OF PASS MESSAGE BE
EVERY PASS.
SEE

6.3.1.5 EFFECT OF START COMMAND

THE
EFFECT OF THE STAI. COMMAND IS TO INITIATE THE HARDWARE
PARAMETER DIALOGUE, THE
SOFTWARE
PARAMETER
DIALOGUE,
AND
THEN THE DIAGNOSTIC TESTS THEMSELVES.
THE
HARDWARE PARAMETER DIALOGUE COMMENCES WITH THE QUESTION
"4 UNJTS?' TO WHICH THE
OPERATOR REPLIES WITH A DECIMAL

NUMBER

N FROM 1 TO 16. THE TERM 'UNIT'' REFERS TO THE DEVICE

TO WHICH THIS SFRIES OF DIAGNOSTICS IS DEDJCATED.
FOLLOWING
THIS ARE THE QUESTIONS WHEREBY THE P-TABLES THEMSELVES WILL

BE BUILT.

EACH P-TABLE IS A CORE-RESIDENT TABLE

CONTAINING

ALL
THE HARDWARE
INFORMATION FOR ONE 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

GIVING

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

Sea

{ CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JUL-80 11:38:40 PAGE 3-5
PROGRAM DOCUMENT

OCTAL, L FOR YES/NO)

IN PARENTHESES AND

AFTER THE PARENTHESES.

THE

DEFAULT

VALUE

FOLLOWING
THE HARDWARE QUESTIONS ARE THE SOFTWARE QUESTIONS
TO BUILD THE SOFTWARE TABLES, WHICH DEFINE THE
MODE
(QUICK

VERIFY ETC.) THAT THE DIAGNOSTIC WILL EXECUTE IN.

WHEN THE QUESTION ''# UN1TS?'' IS ANSWERED, MEMORY STORAGE [S
ALLOCATED FOR THE P=-TABLES, AND IF THERE IS NOT
ENOUGH
TO
ACCOMMODATE THEM THE MESSAGE ‘'TOO MANY UNITS'' IS ISSUED.
IN
THIS CASE THE DIAGNOSTIC MUST BE EXECUTED MORE
TEST

ALL UNITS.

THAN ONCE

:
EXAMPLE

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

COMMAND

WILL CAUSE THREE PASSES TO BE MADE, EACH PASS

CONSISTING OF TESTS 1,2,3,4,6,8,9, AND 10

ALL UNITS.

THERE

EXECUTED

AGAINST

IS NO DIFFERENCE BETWEEN SAYING <FLAG> AND

SAYING <FLAG=1>, THE NOTATION <FLAG=0> IS MEANINGFUL ONLY ON

A
COMMAND
OTHER
THAN
START
TO
CLEAR
A
FLAG
THAT WAS
PREVIOUSLY SET.
NOTE THAT ON ALL COMMANDS ONLY
THE
FIRST

N WM LN U

AN AN N NN AN AN

THREE

LETTERS ARE

SCANNED.

6.3.2 RESTART COMMAND
2222222222232 3222X222

222222222200

RRR0020220

RESCTART) /TESTS:<TEST=LIST>/PASS:<PASS=CNT>/FLAGS:

RRRtRR Rl

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

(222222223 22222222 2222022202222
0 RRRRRR2R iRl Ridl

6.3.2.1

TESTS, PASS, AND FLAGS SWITCHES

CTEST=LIST>,
COMMAND.

<PASS=CNT>, AND <FLAG-LIST> ARE AS IN THE START

6.3.2.2 UNITS SWITCH (/UNITS:<UNIT=LIST>)
CUNIT=LIST>
IS
A SEQUENCE OF DECIMAL NUMBERS (0,1 ETC.) OR
RANGES OF DECIMAL NUMBERS (0-5, 8-10 ETC.) THAT SPECIFY
THE

UNITS

TESTED.

THE NUMBERS ARE SEPARATED BY COLONS.

(N IS THE NUMBER OF
THE NUMBERS MAY RANGE FROM O THRU N-1
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 WAVE BEEN DROPPED BY THE DROP COMMAND.
SEE THE DISCUSSION OF ADD AND DROP COMMANDS BELOW. DEFAULT
égn;gNgEST ALL UNITS WHICH HAVE NOT BEEN DROPPED BY A DROP

6.3.2.3 EFFECT OF RESTART COMMAND

CZOMICO DMR=-11 FUNCTIONAL TESTS MACRO v03.01 30-JUL-80 11:38:40 PAGE 3-6

SEQ

PRGGRAM DOCUMENT

343
344
345
346
347

THE

RESTART

COMMAND DIFFERS FROM THE START COMMAND IN THAT

THE P-TABLES FROM THE PREVIOUS

START

(COMMAND

(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
SOFTWARE DIALOGUE MAY OPTIONALLY BE REEXECUTED
(OPERATOR WILL BE ASKED). THE
COMMAND CAN BE USED AFTER

COMMAND MODE HAS BEEN REENTERED IN ANY OF THE THREE NORMAL
WAYS:
A) THE REQUESTED NUMBER OF PASSES HAVE BEEN MADE 8)
AN ERROR WAS ENCOUNTERED WITH THE HALT ON ERROR FLAG SET ()
A CONTROL/C WAS ENTERED BY THE OPERATOR.

6.3.3 CONTINUE COMMAND
(2222

XS 2222222222

X222

2222002

RRRR R0 RRR]

CONCTINUE) /PASS : <PASS=CNT/FLAGS:<FLAG-LiST>
RERRNNRNNAARN RN

AR RN C RN

RN AN AR RN AARANNANAANREORARAORANS

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

IS SAME AS

IN START

COMMAND,

BUT

THE

DEFAULT

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> IS SAME AS IN

START

FLAGS RETAIN THEIR CURRENT VALUE.

(COMMAND,

BUT

UNSPECIFIED

6.3.3.3 EFFECT OF CONTINUE COMMAND

CONTINUE

MUST HAVE

MUST

BEEN

ENTERED

A START OR RESTART, AND COMMAND MODE
DUE

HALT

ERROR

CONTROL/C.
THE EFFECT OF
THE COMMAND IS TO GO TO THE
BEGINNING OF THE TEST THAT WAS BEING EXECUTED WHEN THE HALT
SOFTWARE DIALOGUE MAY OPTIONALLY
TOOK PLACE.
OR CONTROL/C
BE REEXECUTED.
HARDWARE PARAMETERS MAY NOT BE CHANGED.
6.3.4 PROCEED COMMAND
Rd )
3
2 22RRRRRRRRRRRRR
2222
822232222222
2222
223X2223
2222

PROCCEED) /FLAGS:<FLAG=-LIST>

2 3222222222222
2 2282222222022 222 222 RRRRRR2RilRRlld)

6.3.4.1 FLAGS SWITCH (/FLAGS:<FLAG=LIST>)
<FLAG=LIST> IS AS IN
THE
START
(OMMAND,
FLAGS RETAIN THEIR CURRENT VALUE.

6.3.4.2 EFFECT OF PROCEED COMMAND

BUT

UNSPECIFIED

CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JUL-80 11:38:40 PAGE 3-7

SE@

PROGRAM DOCUMENT

400

PROCEED

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

282

PARAMETERS MAY

4]
602
40%

606
407

288

ALTERED.

6.3.5 ADD COMMAND

410

FOD/UNITS:<UN]IT=-LIST>

412

RN AN AT RO

E RO TR R E RN

NANRR RN G ENR AN ANROERNORNGSY

C AR NN

AR RRANCNANRNCAANORNONR

6.3.5.1 UNITS SWITCH (/UNITS:<UNIT=LIST>

2}2

619

AR NN R RN R R AR

413
64

2};

RN RN NN RN

CUNIT=LIST>

IS AS

IN THE RESTART COMMAND.

2%?

6.3.5.2 EFFECT OF ADD COMMAND

622
623
424
425
426

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

2%?

6.3.6 DROP COMMAND

(32

433

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

627
428
429

(34

435
436

PREVIOUSLY DROPPED.

I
RN AN R AN

NN RN

I
NPT R

I I I IR
AR

2%;

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

223

CUNIT=LIST>

IS AS

R AR AN

I I IR I R Y

RN RN AR

RRNNR

IN THE RESTART COMMAND.

22%

6.3.6.2 EFFECT OF DROP COMMAND

LG4
445
L46
24;

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

449

MUST BE FOLLOWED BY A RESTART OR A CONTINUE COMMAND.

42?

6.3.7 PRINT COMMAND

453

PRI(NT)

252
454

4595
456

RN AR R PPN OGO C RPN E R RN NN AR RO RRANEANROEROSY
RO

Rt a et edteetteetatteauaenstatenRttRteateatnet

(2OMICO DMR=-11 FUNCTIONAL TESTS MACRO v03.01 30-JuUL-80 11:38:40 PAGE 3-8

SE@

PROGRAM DOCUMENT

22;

6.3.7.1 EFFECT OF PRINT COMMAND

459

THE TOTAL NUMBER OF ERRORS FOR

460
22%

EACH

UNIT

SINCE

THE

R R R R

SRR ]

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

463

222

6.3.8 DISPLAY COMMAND

466

467

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

4«68

A A

R AR AR

R R R

R R

R R R

R R

T R

IR I R I R

LAST

THE ISR (INHIBIT

R R R X R

R R X R R

]

469

470

2;5

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

:;2

CUNIT=LIST> IS AS IN THE RESTART COMMAND.

475

2;9

’

6.3.8.2 EFFECT OF D.SPLAY COMMAND

4«78
479

THE HARDWARE P=-TABLES FOR ALL UNITS UNDER TEST ARE PRINTED
OUT
IN THE
FORMAT
IN WHICH THEY WERE ENTERED.
ANY UNITS

481

DESIGNATED.

480

482

483

2%2

THAT WERE DROPPED BY THE

487

FLA(GS)

4«89
490

‘'‘DROP''

(OMMAND

AR AR

RN AR

RN NN N

TR AR
R

NN AT RO R NN RN RN AN RN RN R AN O AN ENRARRRORAR

6.3.9.1 EFFECT OF FLAGS COMMAND

482

THE CURRENT SETTINGS OF ALL FLAGS ARE PRINTED.

495

239

6.3.10 ZFLAGS COMMAND

498

495

IFL(AGS)

S00

501
502

R R E R R C R AN AN AN RN AR ONNRERORENS

431

49¢

ARE

6.3.9 FLAGS COMMAND

(86
(88

OPERATOR

TR RN

R RPN

R R

R R R R

A TR

E R

EC RN R

R R R R R S R

RS SR

R R AN A NANENONRERNOOORNNS

282

6.3.10.1 EFFECT OF 2FLAGS COMMAND

505
506
507

ALL FLAGS ARE CLEARED.

ggg

6.3.11

510

A CONTROL C (C) ENTERED DURING THE EXECUTION OF A DIAGNOSTIC CAUSES
A

RETURN

COMMAND MODE.

513

CONTROL

(Z)

g};

CONTROL

CHARACTERS

ENTERED DURING ONE OF THE THREE OPERATOR

- ——

CZOMICO DMP=11 FUNCTIONAL TESTS MACRO v03.01 30-JUL-80 11:38:40 PAGE 3-9

SEQ

DIA LOGUES= HARD CORE QUESTIONS (SEE

22;

DEFAULT VALUE IS 300.

OO NONENWN=OV ONOWVNE
WA —=O00~NoOWNS

A A AN VA VAN VWA TN
VAN VNWNAIA LAWY
—
W U A N AR N AN U AN PN PO RO NI PONI NI PO AU N = b b b b

PROGRAM DOCUMENT

(SE £

6.2),HARDWARE DIALOGUE
6.3.1.5), OR SOFTWARE DIALOGUE (SEE 6.3.1.5) CAUSES THE

DEF AULTS TO BE TAKEN FOR THE REMAINDER OF THAT DIALOGUE.

A CONTROL O (0) ENTERED ODURING THE EXECUTION OF A DIAGNOSTIC
CAUSES
ALL TELETYPE OUTPUT TO BE SURPRESSED FOR THE
REMAINDER OF THE DIAGNOSTIC OR UNTIL ANOTHER 0 IS
TYPED,
WHICH RESTORES NORMAL TELETYPE OUTPUT.
6.3.12 HARDWARE PARAMETERS
THE

FOLLOWING 3 QUESTIONS WILL BE ASKED OGN 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
.

(SR ADDRESS:

UNIBUS.

160070?

THE

VECTOR ADDRESS:

THE

ALLOWABLE

RANGE

(OCTAL), AND THE DEFAULT VALUE IS 160070.

160000-17777 6

(0) 300 ?

THIS IS THE ADDRESS OF THE INPUT INTERRUPT VECTOR

DEVICE.

543
544

550

(0)

THIS IS THE ADDRESS AT WHICH THE (SR REGISTERS (SELO) RESID E

540

545
546
547
548
549

THE

ALLOWABLE

RANGE

FOR

THIS

IS 000-674 (OCTAL), AND THE

TEST CONFIGURATION 0 = INTERNAL (NO CONNECTOR)

(NOTE: MODE 1-& ALLOWS
T = H3254 - V.35
PROGRAM INTERFACE SELECTION)
2 = R3254 - INTEGRAL
T = H3259 - RS232C/423
4 = H3255 - RS4L22
S = CABLE AND SW PACK INTERFACE SELECTED

(V.35-H3250, INTEGRAL-BCSSA-10, RS232(C-H325, RS423/422-H3251)

551

« SELECT THE FOLLOWING ONLY If THE MODEM SUPPORTS LOOPBACK *

556

THIS QUESTION WILL COVER ALL THE POSSIBLE TEST CONFJGURATIONS.

552
583
ggg

557
558
559
560

gg}

563

6 = LOCAL LOOP
7 = REMOTE LOOP
(0) §~?

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 TME PROPER BAUD RATE IS SELECTED (I.E. EIA - 2.4K=19.2K),

262

6.3.13 SOFTWARE PARAMETERS

566
567
263

THE ONLY SOF TWARE PARAMETER QUESTION ASKED BY THE DIAGNOSIT(
CONCERNS A SOFTWARE TIMEOUT VARIABLE THAT [S USED TO PREVENT
SOF TWARE “'MUNG'' CONDITIONS. THIS VARIABLE 1S A VALUE FORM 1-5,

570

SELECTABLE PROGRAM LOOP TIME-OUT VARIABLE

B 2
CZOMICO DMR-11 FUNCTIONAL TESTS MACRO v03.01 30-JuUL-80 11:38:40 PAGE 3-10

SEQ

PROGRAM DOCUMENT

N
572
573

(REFER TO LISTING 6.3.13]

(MAX=S5; MIN=1)

(O)

5 ?

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

BAUD RATE; THE SLOWER THE DMR BAUD RATE THE HIGMER THE VARAIBLE
SHOULD BE.

FOR EXAMPLE:

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

THE DEFAULT IS S.

MEG.:

THIS WILL COVER THE WORST CASE

WITH CACHE AND THE DMR AT 2.4K).

(I.€. 11/70

6.3.14 EXTENDED DISCUSSION OF P-TABLE DIALOGUE
THE
FULL CAPABILITY OF THE HARDWARE DIALOGUE IS REVEALED B8v
THE FOLLOWING DISCUSSION OF WHAT HAPPENS INTERNALLY.

AS SOON AS THE QUESTION “'# UNITS?'' IS ANSWERED
(WITH THF
N,
SAY)
SPACE IN CORE IS ALLOCATED FOR N P-TABLES.

NUMBER
ALL OF

ONE-TO

THE P-TABLES ARE Of

ONE

CORRESPONDENCE

THE SAME FORMAT, AND THERE

BETWEEN

THE HARDWARE PARAMETER

QUESTIONS AND THE SLOTS IN THE P-TABLE FORMAT,

ON THE FIRST TRIP THRU THE QUESTIONS, ALL OF
ALL

THE

P-TABLES ARE FILLED,

THE

SLOTS

THE OPERATOR TYPES IN

TO A PARTICULAR
IN RESPONSE
LESS THAN N EXPLICIT VALUES
QUESTION, THESE VALUES ARE PLACED IN THE P-TABLES (ONE VALUE
GOING 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
THE LAST
VALUES MAY BE USED TO INDICATE A REPETITION OF

NAMED VALUE.

A STRING OF VALUES MAY BE GIVEN AS A RANGE (6-10 FOR
THIS
EXAMPLE). IF THE VALUES REPRESENT PURE NUMERICAL DATA,

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 SFT OF P-TABLES. ASSUME THAT WE HAVE 16 UNITS,

¢
.2
CZOMICO OMR-11 FUNCTIONAL TESTS MACRO v03.07 30-JuL-80 11:38:40 PAGE 3-11

SEQ

PROGRAM DOCUMENT

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

EQUAL

THE

UNIT

NUMBER

(0,1,2,...,15) EXCEPY 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
77 FOR
THE LAST 9 UNITS,

THE FOLLOWING DIALOGUE WOULD ACCOMPLISH THIS GOAL:
# UNITS

UNIT 0

(D)

<QUESTION 1> 2 75
<QUESTION 2> ? 0-6
<QUESTION 3> ? 76
?

?
?

7-11,,13-15
77

F42

<QUESTION 2>
<QUEST 10N

UNIT 7

0 2
CZOMICO DMR-11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE &

SEQ

NIN) = =

=2 OO0 N

e ed cad

D e

NE NN~ OO0 NO N BN

—

PROGRAM DOCUMENT

THE

FIRST
TIME THE SERIES 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 “IME THRU THE SERIES, TABLES 7 THRU THE END
ARE
GOING T0 BY AFFECTED (NOTE THAT THIS PIEEE OF INFORMATION IS
PRINTED OJUT FOR THE THE OPERATOR IN THE FORM 'UNIT
xXX'* AT
THE
BEGINNING OF EACH SERIES).
QUESTION 1 IS RESPONDED TO
BY A <[R>, SO SLOT ONE STAYS AT CONSTANT 75 IN TABLES 7
TYRU 15, SINCE NO NEW EXPLICIT VALUES ARE TYPED IN.
SLOT TWC
GETS “HE VALUES 7.8,9.10,11 IN TABLES 7 THRU 11,
AND

GETS AN 11 [N SLOT 12, AND GETS THE VALUES 13,14,15 IN
}ath?s13 THRU 15. SLOT THREE GETS THE VALUE #7 IN TABLES 7
L

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

E 2
CZOMICO DMR-11 FUNCTIUNAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE S

SE@

PROGRAM DOCUMENT

2
2

7.0 DEVICE

SEE THE GLOBAL EQUATES SECTION FOR DEVICE (SR BIT DEFINITIONS

INFORMATION TABLES

8.0 TEST DESCRIPTIONS

n
12

o*
TEST 1 - DMR-11
;¢ VERIFY THAT ADORESSING THE & UNIBUS CSRS DOES NOT CAUSE A NON-

ARl

;v EXISTENT MEMORY TRAP.

15
16

;* THE DMR IS AN NPR DEVICE RESIDING ON A UNIBUS.
COMMUNICATION
;v BETWEEN THE MAIN CPU AND THE DMR IS ACCOMPLISHED THROUGH A

1?7

;8
2\l
22
23
24
25

26
27

:* SET OF FOUR 16-BIT UNIBUS CONTROL AND STATUS REGISTERS (CSRS).
:* THE FOUR REGISTERS ARE ASSIGNED ADDRESSES IN THE [/0 PAGE

;* FLOATING ADDRESS SPACE: 76XXX0 = 76XxX6
. %

:*
:*
;*
:*

29
30
3
32
33
34
35
36

M
:*
:*
;*
:*
;*
)
M

37
38
39
40

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

.t
it
ot
.

AN TRt RN L

R R R AN AR AN RN

R NN

TR T IR AR

R R AN AR NN TR AN RN AR NN

R T AN

RRNN

A RRNA R E RO

TEST 2 - DMR-11
ROM CRC/CCITY - CHECK ROM POSITION AND CALCULATE CRC/ZCITT. THE
LAST & BYTES CONTAIN INFORMATION ABOUT THE ROM TO CHECK. 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 WORD FOR THE ROM.
CHIP ADDRESS RANGE
LOCATION CHIP NO.
BYTE
ADDRESS RANGE

£E03
€02
€04
EQT

0
1
2
3

E14

EQS

LOW
HIGH
LOW
HIGH
LOW

HIGH

0000 0000 2000 2000 -

1777
1777
3777
3777

4000 - 5777

(A
&5
46

:ttttttt'ttt"tt IMPORTANT 11 HEHENTT saanaetetttttnnatataatetaetes
;v FOR THIS TEST TO RUN CORRECTLY, ENSURE THAT SWITCH 1 AT LOCATION
;v E8S ON THE MB8207 IS ON.
IF THIS SWITCH IS OFF, BSELY WILL BE

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

TRt Rt

LT TR e R C R RN R RN RPN AR

RA TR R CE R INNARRY

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 ROM
SUBTEST 3 - COMPARE THE ROM # BLASTED IN THE ROM AGAINST THE

50
51
52
5%

.
.t
o
.

'.".."ttt.'t'"""""i'tt"'tttt!I'!tttt"t!'ttt"tttt!"'t't"l!

EXPECTED ROM &,

CZOMICO DMR-11 FUNCTIUNAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 6

SEQ

bl (XX

2O 000NN

M
A
b
b
M

]

. ®

NN =2 OO

—d e

NI A

i e

b e

d e

W) —

PROGRAM DOCUMENT

. &
M

MASTER CLEAR

222

2222022000002

22200022200l

RddllRlld))

TEST 3 - DMR-11

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

WARDWARE SWITCH 10 ON E134 OF THE MB203 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

(I1.E.

SET

BIT 13 ONLY ON EVERY OTHER MASTER CLEAR) THE SOFTWARE BIT.

THIS WILL ENSURE THAT RFGAROLESS 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
BSEL3 = 200

=
-

MICROTESTS DISABLED
MICROTESTS RUN SUCCESFULLY

AEPBSEESESULT OF THE 2 MASTER CLEARS IS NOT 300, AN ERROR IS

b
b

°®
b

ADDITIONALLY THIS ROUTINE WILL REPORT WHENEVER THE RESULT OFf
THIS WILL MEAN THAT THE DEVICE IS NOT A DMR
??EE3 ég(?.

*®

- ® XXX

XX R RS X

XAZZARRRR AR

(X 223222 X2 XX A XX X222

BASE

TEST 4

IN COMMANDS

SUBTEST 1

SUBTEST 2

RRRRRRRRRRR

222222000 RRRRRRRRRRARRARRARRRARAA)

- DMR-11

= ISSUE A BASE IN DMR MODE.
ENSURE THAT THE ODMR MODE BIT (BIT &) IS SET IN
THE MICROCODE SCRATCH PAD 7 AND THAT THE DDCMP
MESSAGE VARIABLES ARE PROPERLY INITIALIZED.
- [SSUE A BASE IN - DMC MODE.
ENSURE THAT THE DMC MODE BIT (BIT &) IS CLEAR IN
THE MICROCODE SCRATCH PAD 7 AND THAT THE DDCMP
MESSAGE VARIABLES ARE PROPERLY INITIALIZED.

CONTEPARCORRNOREROSERSEOECERAREOOCTEROARGROORERNOSRAQRRRQEERNROARTRAROQAOUREOROECORUOETOGROEOTRTYAOUY

(IDMICO DMR-11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 7

SEQ

DMR COHHANDS

* %

SUBTEST1

R R

TEST

R R KR R

RRRRRARRARRRRRR

5 - DMR-11

- ISSUE AN ENABLE EXTENDED ERROR COMMAND AND CHECK THAT
THE EYT. ENABLE BIT IS SET IS SCRATCH PAD 13.
THEN

?éS:B%EREXTENDED ERROR AND CHECK THAT THE ENABLE BIT

- SET REP/SEL TIMER VALUE AND SET THE DMR THRESHOLD
VALUES.
(HECK THAT THE VALUES ARE CORRECT [N

SUBTEST 2

THE BASE

TABLE

AFTER HALTING THE DMR.

.
t I A8 ARSRRRS

22X

XXX

CONTROL

SUBTEST

RN [ E

R X

R R

AR REEEAZEAEEARRAAREARSRRARRRRRRRRRRRRRRRRR)

ALSO ENSURE THAT DDCMP MODE BIT IS SET IN SCRATCH PAD 7.

- g??TROL é#. HALF DUPLEX.

SUBTEST 3

ENSURE THAT MAINT. MODE
- CONTROL IN, MAINTENANCE MODE.
BIT IS SET IN SCRATCH PAD 7.
ISSUE A CONTROL IN
- CONTROL IN USING SELECTED LOOPBACK.
USING THE USER SELECTED LOOPBACK.
If THE LOOPBACK 1S
:QEEEOQSECT, DMR RUN MODE ACKNOWLEDGE WILL NOT BE

]

SUBTEST &

SUBTEST 2

IS SET.

M
b

ENSURE THAT
- CONTROL IN, FULL DUPLEX, DDCMP MODE.
THE HALF=-DUPLEX BIT IS CLEAR IN THE MODEM STATUS WORD,

X2 2

TEST 6 - DMR-1
IN C OMMAND TEST -

M
b

ENSURE

THAT

THE

HALF

DUPLEX

VED.

.
M

| thtbARRROREREY [

2R R

;+ MODEM WRITE

SUBTEST 1

b
° &

.
M|
b
o

222X

VIS NN =2 OO

2O 000 ~NO V& N

* ¢

PIPNONIADPIN)
b od i cad o oed b od d b

X222

NO NS WA

—

PROGRAM DOCUMENT

SUBTEST 2

XXX

R R

E22R

R R R R R

RS2SR RRRRRRRRRRRRRRRRRA]

R Z R

N AR R

RRR)

TEST 7 - DMR-11
COMMAND

- WRITE DATA PATTERNS INTO THE MODEM WRITE REGISTER.

ENSURE THAT ON THE NEXT MODEM READ THAT THE
MICROCODE RETURNS THE PATTERN WRITTEN INTO BSELSG.
- ATTEMPT TO WRITE BOTH THE HALF-DUPLEX BIT AND THE
RTS HOLD BIT.
THE M]ICROCODE SHOULD NOT ALLOW THIS
WHEN READING THE MODEM STATUS, ONLY
TO HAPPEN.
THE HALF-DUPLEX SHOULD BE

SET.

b
M

I EEEEEEREERR
R sttt ttttddestRRERERCRRRRRRRNOROERORNRROERORTRNRRARNOROOROEORORONONOEOROTUETE

CZOMICO DMR-11 FUNCTIONAL TESTS MACRO v03.01 30-JUL-80 11:38:40 PAGE 8

SEQ

—

PROGRAM DOCUMENT

it
i+
e

;e
;e
i

e
;v

SUBTEST 1

SUBTEST 2

OF THREE, ENSURE THAT A NO BUFFER ERROR IS RECEIVED
AFTER THE THIRD THRANSMISSION.
- TRANSMIT A BUFFER WITHOUT A RECEIVE BUFFER.

RECEIVE BUFFER.,

SRR R R

222

AFTER

ZRRZ AR

SHUTDOWN.

XA ANAARARRARASARRRRR
R
Rl R

TEST 9 - DMR-N
o
;¢ NON-EXISTENT MEMORY (NXM) ERROR CHECK
;% PERFORM DMR COMMANDS USING NXM ADDRESSES, VERIFY THAT NXM ERROR IS

;v REPORTED

. e

[N EACH OF

.. XX

THE FOLLOWING SUBTESTS:

BASE IN RESUME COMMAND - BASE TABLEt ADDRESS [S NXM
BA/CC IN RECEIVE COMMAND - BA/CC IN ADDRESS IS NXM
BA/CC IN TRANSMIT COMMAND - BA/CC IN ADDRESS IS NXM

=
-

SUBTEST 1
SUBTEST 2
SUBTEST 3

;*
;*
;¢

R R

X A

X R

RO RRRRRRRRRRARRARARA)

—

OOV

NN AU

~JO VB WN=2O O

AU DRI RO R RIRIN) b b

b e

BY ASSIGNING A NO BUFFER THRESHO.D

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

[ 2 X

OO OECERERANQRRQRORRRARNORRNRNRNNOARNRONONORONORORORROERNOOOTRTES

TEST 8 - DMR-11
= TRANSMIT A BUFFER THREE TIMES WIHOUT ASSIGNING A

2OV~

NS W

CHAARANRERNAEANNR RN

2R XX

RRRRRRRRRRRRRN)

:tttttttt'tt'ttt'tt"""'t""'ttt."ttt!ttttttttttt"tt'ttttt'ttt!tt

38
39

40
‘A

;¢ TIME OUT = FORCE A TIMEOUT AND VERIFY THAT THE ERROR IS REPORTED.
;¢ THIS TEST WILL ALSO USE AN APPROXIMATE TIMER TO DETERMINE IF THE
;* MB207 1 MSEC. PROGRAM TIMER IS OUT OF RANGE.

22
47

;¢

43
b

10 - DMR=11

33
34
22

TEST

AR AR R

T
‘e

IOttt RNttt Rttt a RNt E R NN R RN AR R T

R E RO TR ORI I I INOOTSE

TEST 11 = DMR=11
MESSAGE TOO LONG = TRANSMIT A MESSAGE THAT IS TOO LONG FOR THE

RECEIVE BUFFER AND VERIFY THAT THE ‘‘TOO LONG'' ERROR IS RECEIVED.

I InInInnInnnmnmnmInmnmmmmm

Y4
CZDMICO DMR-11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 9

SEQ

PROGRAM DOCUMENT

’"'t't'tt"'t"t't"""t""'t""'t"'ttt't!"'t'tt't'tt"t""""

:*
:*

8
9
10

;v
;¢
:»

};

:e
* @

TEST 12 - DMR-11

PROCEDURE ERRORS -

THE FOLLOWING SHOULD CAUSE THE DMR=11

A PROCEDURE ERROR:

TO HALT AND RESPOND WITH

SUBTEST 1

A SECOND BASE

SUBTEST S

A BA/CC IN XMIT. WITH A BUFFER LENGTH OF 0

SUBTEST 2
SUBTEST 3
SUBTEST &

=
=

IN COMMAND

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

"tttttt.tttt't""t0"""t"ttt't't""t't"tttt"tttt"'t.tttttt"'

'ttttQQtt'tttQ'tt'"'""'t't"t"'tttttt'ttttfi!t"t"'ttt'tttt"t't"

19
20
21

ot
TEST 13 - DMR-11
:* FREE RUNNING FLAG MODE DATA TEST
:+ TRANSMIT A MESSAGE AND VERIFY THE RECEIVED DATA IS CORRECT.

'ttttttnttttt"t""t't"'t't""t'ttttl'ttttttt'i'tttttt"'ttt.tt't't

22
23
24

;¢ IN THIS TEST NO INTERRUPTS ARE USED AND THE LINE ULNIT [S IN
:* INTERNAL (TTL) LOOPBACK. THIS TEST IS THE FIRST TEST IN WHICH
c* THE DMR IS USED IN A DATA TRANSMISSION MODE.

26
27

%
30

.ttttttttQ'ttttttttt't"Q"'t'tt"ttt'ttQttttt'tttttttttt'tt'tt't'fi"t

32
33
34
35

;*
;¢
;¢
;o

TEST

14 - DMR-11

IN THIS TEST = SEE IF WE HAVE MEMORY MANAGEMENT, IF SO SEE IF WE
HAVE THE MEMORY TO CHECK BITS 16 & 17 IN SEL6. THIS WILL ALLOW
US TO TRANSFER DATA USING THOSE EXTENDED ADDRESSING BITS. AS IN
TEST 13 THE TEST IS NON-INTERRUPT AND INTERNAL (TTL) LOOPBACK IS

.- USED.

:Qt"tttttQQ."""Q"""Q'Q"Q"t"ttt!ttt"ttt'ttttittt't'!t'ttt'tt

C.OMICO DMR=-11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 10

sEd

PROGRAM DOCUMENT

'tt'it.ttttt"tttt""""'""t"t"'t'ttt"t'ttt"tt"t.'tttt.tt""

;

;v v+

7
8

9
10
"

12
13
14
15
16

1?7

18
19

.' RESUME BASE

TEST 15 - DMR-11

IN - DMC MODE

WILL NOT RUN IF MODEM LOOPBACK IS SELECTED

w»

;¢ 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
;% FOLLOWING MANNER:
i
.?
B

.t
;.
st
.
M

BASE

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

HALT

IN RESUME

BASE IN RESUME

1 BA/CC IN RECEIVE
HALT
BASE

IN RESUME

HALT

IN RESUME

29
30
g;

.Y
e
M

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.

33
34
35
36

M
ot
N
i

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
AYTEMPT TO USE AS LARGE BUFFERS AS POSSIBLE IN THE FOLLOWING

318
39

ML
.t

20
21

22
23
24
25
26
%g

40
41
4%
4

I.L

.t
.%

BASE IN
CONTROL IN
HALT
-

[N THE

.
N
M
J*
it
o

ot
M
13
X

2 BA/CC IN TRANSMIT

2 BA/CC
HALT
2 BA/CC
HALT
1 BA/CC
HALT

BASE

IN TRANSHMITY
BASE IN RESUME
IN TRANSHMIT
BASE IN RESUME
IN TRANSMIT
BASE IN RESUME

HIERARCHY:

A. IF THERE 1S MEMORY MANAGEMENT, USE A PAGE ABOVE 32«.
8. IF THERE IS FREE MEMORY ABOVE THE SUPERVISOR GREATER
C.

THAN 2K BYTES, USE THAT MEMORY
IF NEITHER OF THE PRECEEDING TWO ARE POSSIBLE, USE
THE 2K BYTE DEFAULT BUFFER WITHIN THIS DIAGNOSTIC.

'!tttt'ttttttt!t"ttQtt't'ttttttt"!ttttttt'ttttttttttttlt'tttttt'tttt

SEQ

CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 11

PROGRAM DOCUMENT

2
3

.22222
o

6
7

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

8
9

1"
12
13
14

16
17

21
2?2
23
24

25
26
27
28
29
30
31

2222222 R

22222

220

20 RdRRRRRRRtRdidddd)

TEST 16 - DMR-11

.' RESUME BASE IN - DMR MODE
;* IN TH]S TEST THE DMR WILL TRANSMIT AND RECEIVE 7 BUFFERS. DURING THE
]
o

BASE IN
CONTROL IN

A
X
M

2 BA/CC IN
HALT
2 BA/CC IN

o
o
ot

,*
ot
A
it

HALTY

HALT

2 BA/CC

RALT
1 BA/CC IN
HALT

2 BA/CC

HALT

IN RESUME

BASE

IN RE SUME

BASE

IN RESUME

BASE

IN RE SUME

BASE

IN RE SUME

IN TRANSHIT
BASE
IN TRANSHIT

2 BA/CC
HAL T
2 BA/CC

BASE

IN TRANSMLT
BASE
IN TRANSMIT

IN RESUME
IN RESUME
IN RESUME

1 BA/CC
HALT

32
33

X
.t
. ®
e
A
*
*
A
'

ATTEMPT TO USE AS | APGE BUFFERS AS POSSIBLE

37
38
39

.
JN
oY

40
41
43
L4

ot XX 32X

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.

THTM BUFFERS ARE DETERMINED IN THE SUBROUTINE $BUFFS.

THIS

SUBROUTINE WILL DETERMINE THE ADDRESS AND CHARACTER COUNT OF
SEVEN RECEIVE AND SEVE'I TRANSMIT BUFFERS.
THE ROUTINE WILL

HIERARCHY:

A.
B.

o
B
A

BASE

IN THE

2222

IN THE FOLLOWING

If THERE IS MEMORY MANAGEMENT, USE A PAGE ABOVE 32K.
1F THERE 1S 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.

22X 222X

222222222

RRRRA)

L 2
CZOMICO DMR=-11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 12

PROGRAM DOCUMENT

)

SE@

;tttt"tQ'ttt"'t't't't"'tt""ttl't'ttttttt"tttt"tt'ttt"t""t"t

:* IN THIS TEST 64 BUFFERS WILL BE TRANSMITTED AND RECEIVED

TEST 17 - DMR-11

INTERRUPT DRIVEN EXERCISE

(R]

;+ ALL BA/CC OUTS RECEIVES AND TRANSMITS WILL BE ACCOUNTED FOR AND

:* THE RECEIVE/TRANSMIT TABLE.

:* THE CHARACTER COUNTS AND BUFFER ADDRESSES WILL BE CHECKED AGAINST

12
13
15

17
18
19

THE BUFFERS ARE DETERMINED IN THE SUBROUTINE $BUFFS.

THIS

it
it

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

HIERARCHY:

ATTEMPT TO USE AS LARGE BUFFERS AS POSSIBLE IN TME FOLLOWING

A. IF THERE IS MEMORY MANAGEMENT, USE A "AGE ABOVE 32K.

o
e
i

B.
C.

it
N

IF THERE IS FREE MEMORY ABOVE THE SUFERVISOR GREATER

THAN 2K BYTES, USE THAT MEMORY

IF NEITHER OF THE PRECEEDING TWO ARE POSSIBLE, USE

THE 2K BYTE DEFAULT BUFFER WITHIN THIS DIAGNOSTIC.

;'tQtQtttttttttt""t""t""ttttt"tttfitt"tt"tt'l't"'t'tttt'fitt't

;t'ttttttt'."tt"t't"""tt"'t't"'ttttttt'tt'ttt'.'titttttfit'ttt"

23
24

:* LARGE MESSAGE

TEST

18 - DMR-1

:* IN THIS MODE TRANSMIT AND RECEIVE 1 LARGE BUFFER

30
31

;¢ 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.
(&

34
35
36
37
38

e
.t
e
e
X

B. IF THERE 1S FREE MEMORY ABOVE THE SUPERVISOR GREATER

X
.

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

39
41

42
42
4

‘S

]

THE BUFFERS ARE DETERMINED IN THE SUBROUTINE SBUFFS.
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 [S MEMORY MANAGEMENT, USE A PAGE ABOVE 32k.
THAN 2K BYTES, USE THAT MEMORY

:"'.'tt.'ttt.t't'tt"t"'t"t""ttttttitt!ttt"t'tfi!ti'ttt'ttt!"tt'

CZOMICO DMR-11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 1%

SEQ 25

PN~ OO0 NN

POPOPNININ)
b ed e ed o ccd b od e =D

2O 000NN

NN —

PROGRAM DOCUMENT

CHRRRRARNNR AR RN EO R

RN NP LR

RN RN R RO ANNRNNNEOARNANNRNNANORGRORANRONOROCRS

TEST 19 - DMR-11

ot HAINTENANCE MODE OPERATION

ot YHE 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.

4
.
.t
.t

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
:}Eszszuzo USE AS LARGE BUFFERS AS POSSIBLE IN THE FOLLOWING

c*
.t

A. IF THERE 1S MEMORY MANAGEMENT, USE A PAGE ABOVE 32k.
B. If THERE IS FREE MEMORY ABOVE THE SUPERVISOR GREATER

.t
*

THAN 2K BYTES, USE

THAT MEMORY

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

M
* % (22

9.0 ERROR

9.1

R 2

X 2

SRR

RRRd

iR RRRRRR Rl

INFORMATION

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
AND BASIC AND EXTENDED ERROR
ADDRESS,
DEVICE
CALL,
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
?SP?QT%QG IT, THE FAILING REGISTER NAME, AND DEVICE REGISTER
:

NTEN

$}32R00¥c FTL ERR 00002 ON UNIT 00 TST 006 SuB 000 PC:
U

016210

ERROR IN SUBROUTINE CALLED AT PC: 036174

BUFFER STATUS
# OF BUFFERS: 7

BUFFER SIZE: 2048
IN - RCV ASSIGNED:
OUT = RCV RETURNED:

7
O

DMR RUN ACKNOWLEDGE NOT RCVD
(CHECK

XMIT ASSIGNED:
XMIT RETURNED:

7
O

INTERFACE, BAUD AND TURNAROUND)

ALL THE MESSAGES IN THE DIAGNOSTIC USE BASIC MESSAGE CALLS.
THEREFORE THE INMIBIT EXTENDED ERROR FLAG WILL HAVE NC

EFFECT ON THE MESSAGE OUTPUT.
éNHlBlT

THE ERROR MESSAGES.

THE INHIBIT BASIC MESSAGES wiLL

CIOMICO DMR-i1 FUNCTIONAL TESTS MACRO v03.01 30-JUL-80 11:38:40 PAGE 14

SEQ

POPIPIPNIPIRD
b b b e ed e b e d ok

VW)=
O 000 NN W
OO

PROGRAM DOCUMENT

.=¢000

002000

MCALL

Sv(C

002000
002000

SvC

;

INITIALIZE SUPERVISOR MACROS

BGNMOD

000001
000001
000001
000001
000001
000001
000001

$LSTIN=

SLSTTAG=

SVCINS=
Sv(C1sT=
svcsus=
SV(GBL=
SVCTAG=

;

LIST INSTRUCTIONS

1
1
1
1
1

¢
;
:
:
;

LIST
LIST
LIST
LIST
LIST

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

CHANGE THE VALUES OF THE SV(C... SYMBOLS TO BE ZFRO [F YOU WISH
TO ALIGN THE MACRO CALLS AND THEIR EXPANSIONS.

(HANGE

SYMBOLS TO BE MINUS-ONE TO NOT LIST THE EXPANSIONS.
CHANGE THE SYMBOLS AT ANY POINT IN YOUR PROGRAM.
002000

POINTER BGNSW,BGNDU,BGNSFT

THE

YOU MAY

CZOMICO DMR-11 FUNCTIONAL TESTS MACRO v03.01 30-JuUL-80 11:38:40 PAGE 12
PROGRAM HEADER
8

BTTL

2
3
4

®e

6
7

ri4

PROGRAM HEADER
THE PROGRAM HEADER MACRO CHARACTERIZES THIS DIAGNOSTIC. THE
HEADER MACRO'S ARGUMENTS ARE FILE NAME, RELEASE LEVEL, PAT(H

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.

SEQ

10
11 002000

002000
002000
002001
002002
002003
002004
002005
002006
002007
002010
002010
002011
00201
002012
002012
002014
002014
002016
002016
002020
002020
002022
002022
002024
002024

HEADER C20MI1,C,0,600.,0

/C/
1/
/D/
LU
/1/

LSREV::
060
000000

001130

036670
037624
002174

002224
040100
000000

000000

00000
000000

002124

000000
000000
000000

002051

::
LSNAME

003
003

LSDEPO:
:
LSUNIT::

LSTIML::
:
LSHPCP:
LSSPCP::
LSHPTP::
LSSPTP::
LSLADP::

LSSTA::
L$CO::

LSDTYP::
LSAPT::

LSDTP::
LSPRIO::

LSENVI::
LSEXPY::

LSMREV::

0
/¢/

10/
0
600.

LSHARD

L$SOFT
LSHW
LSSW

LSLAST

0
0

0
LSDISPATCH

0
CSREVISION
CSEDIT

c
3
CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JUL-80 11:38:40 PAGE 15-1

sea

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
1 002120

LSEF::

000000
000000

L$SPC::

000000

LSDEVP::

010236

LSREPP::

000000

LSEXP4L::

000000

LSEXPS::

000000

LSAUT::

000000

LSDUT::

023602

LSLUN::

000000

LSDESP::

010244

LSLOAD::

104035

LSETP::

000000

LS$ICP::

020440

LSCCP::

022034

LSACP::

021744

LSPRT::

020432

LSTEST::

000000

LSOLY::

000000

LSHIME
::

000000

18
19

2C
o1
22
23
24
25
26
27

.EVEN

LWORD
LMWORD

O
O

MWORD

.WORD

LSDVTYP

LMWORD

.WORD

LSOU

.WORD

LSDESC

EMT

ESLOAD

LWORD

.WORD

LSINIT

.WORD

LSCLEAN

.WORD

LSAUTO

.WORD

L$PROT

.WORD

.MWORD

-—

0 3
CZOMICO DMR-11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 16
—

DISPATCH TABLE
NN

.SBTTL

DISPATCH TABLE

SIIILNTIIIII0 00000000 E

i iiiiiiriiitiliririiigieiiieieiniieieieiiiieieii

;/ THE DISPATCH TABLE CONTAINS THE STARTING ADDRESS OF EACH TEST.
¢/ 1T 1S USED BY THE SUPERVISOR TO DISPATCH TO EACH TEST,
SHIIIIITII I T 00 E i

O
OO0

~NO O
OOV

[\ Y
QPN

SEQ

002122
002122
002124
002124
002126
002130
002132
002134
002136
002140
002142
002144
002146
002150
u0-382
V02154
002156
002160
002162
002164
002166
002170

000023
023662
0246172
025506
025640
026666
030100
022660
031302
032004
032516
032742
033122
034026
034556
036322
036426
036474
036544
036614

DISPATCH 19

i i iiiiiirirdiriretiieiireinieiieiriniiieeieieieieisi

.WORD

LSDISPAT(CH::
.WORD

.WORD

.WORD
.WORD

.WORD

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

.WORD

.WORD
.WORD
.WORD
.WORD
.WORD

T2
13

17
18
19
110
T
T12
113
114

115
116
117
118
119

—— e~y

E
3
(ZDMICO DMR-11 FUNCTIONAL TESTS MACRO v03.01 30-JUL=-80 11:38:40 PAGE 17

SE@

DEFAULT HARDWARE P-TABLE

LSBYTL

AIIIILLLLL 2000000000000 00 0000070770007 07077710010771177007777171717171771777

5
6

:/ 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

DEFAULT HARDWARE P-TABLE

:/ THE DEFAULT HARDWARE P-TABLE CONTAINS DEFAULT VALUES OF

./ MB207 & MB203 DIAGNOSTIC P-TABLES.

AILLLLELLI7 7000000000000 0000000000070 070000771001700007777777177111177711777

10 002172

BGNHW

002172

000013

12 002174
13 002176

000000
160070

.WORD
.WORD

18 002210
19 002212
20 002214
21 002216
g% 002220

000000
000000
000005
000000
000000

.WORD
.WORD
.WORD
.WORD
.WORD

002174
» 002174

14
15
16
17

002200
002202
002204
002206

26 002222

26
27
28
29

002222

000300
000000
000000
000000

DFPTBL

LSHW::
DFPTBL::

.WORD
.WORD
.WORD
.WORD

ENDHW

0
160070
300
0
0

000
000
000

0
0

LWORD

;**NOT USED - MICROPROCESSOR TYPE
:DMR11 CSR UNIBUS ADDRESS DEFAULT

JDMR11
;*+NOT
;*+*NOT
;**NOT

:*eNOT
;**NOT
;CABLE
;««NOT
:««NOT

INTERRUPT VECTOR DEFAULT
USED = PRIORITY LEVEL
USED - LINE UNIT
USED - SWITCH PACK #1 (REG 11)

USED - SWITCH PACK #2 (REG 15)
USED =~ SWITCH PACK #3 (REG 16)
TURNAROUND (DEFAULT = CABLE(S5))
USED - BAUD RATE
USED - RUN SWITCH

L10000:

L10000-L$HW/?2

el =4

mer.

MICO DMR-11
AULT

FUNCTIUNAL TESTS MACRO v03.01

SOFTWARE

F
3
30-JuL-80 11:38:40 PAGE 18

SE@

P-TABLE

;

LSBTTL

AIIILLLLI0000 700000000000 000 iiiitiririiiiiitirireeriiieieieiieereirelis/

;/ PARAMETERS THAT CAN BE CHANGED BY THE OPERATOR.

:/ THE

002222

000001

10 002224
"

000005

002224
9 002224

12 002226

14
15
16
17

SOFTWARE P-TABLE CONTAINS THE VALUE OF

SHIIIIELLIII

8 002222

DEFAULT SOFTWARE P-TABLE

002226

BGNSW

00T

THE PROGRAM

ititniilzrieirriiiiieieiieieeiieeeiieeiesiiiesey

SFPTBL

LeSW::
SFPTBL::
SPEED:
ENDSW

.WORD

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

L10001:

.WORD

L10001-L8SW/2

6 3
CIOMICO DMR-11 FUNCTIONAL TESTS MACRO v03.01 30-JuUL-80 11:38:40 PAGE 19

SEQ

GLOBAL EQUATES SECTION

)

.SBTTL

SIILLIIPII0L 000000 n i iriniirireiieziieliiriiniitiityirtiiriliiieiriiriiiry
o
THE GLOBAL EQUATES SECTION CONTAINS PROGRAM EQUATES THAT

P4
3

GLOBAL EQUATES SECTION

ARE USED IN MORE THAN ONE TEST.

5
6
7

HILILEILII 00000000

8 002226

i 7 iiriireiririireriniininetiiririeesi

000040
000037
000036
000035
000034

000340
000300
000240
000200
000140
000100

100000
40000

20000

10000
4000
~
o
o

2000

e R
e e
R
e
QOOOOOCOOOO
O = PINSH
N0 N
O

0000
-

T
O

EF32:

D
-G

oo moo

T
T

O =t Pucp Gumt Pumtt Pt bued Dump Pumg Bt B

TR
T

TR TR TR
TR TR
T
TR
O
[T

EVENT

mr—

I
LU

VNONODOY

T I

LO T

L I

T OO

])

C=MNINESNO
N
OO —-NIW S W
0o 03
0NN

]

OO0 O0O0O0O0OOOOO
= —tadd s —

St Bt Pt Gt Bt Pt o =t
ot Bt Bt Dt Pt G

5t Bt

DIFINITIONS

Q=MW

000400
000200
000100
000040
0000.0
000010
000004
000002
000001

[
R e e T

001000

TRy TM

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

100000

oodoRoofne L I RILR
VOV
OV UV
OVececsin. MIMMMIMe, eo 0o o, DODDODODDDDODD
O [oelveHooRooRoeRooRooRooReodooeRooRoo
G
Py Pumg G
Bt G
Gump Gt Qg Prnc

EQUALS

DEFINITIONS

7 RESERVED FOR SUPERVISOR TO PROGRAM COMMUNICATION

.S ART==
RESTART==
.CONTINUE==
.NEW==
.PWR==

32.
31,
30.
29.
28.

PRIORITY LEVEL DEFINITIONS

R107==
R106==
R105==
R104==
R103==
R102==

340
300
240
200
140
100

.
;
;
.
.

START COMMAND WAS [SSUED
RESTART COMMAND WAS 1SSUED
CONTINUE COMMAND WAS ISSUED
A NEW PASS HAS BEEN STARTED
A POWER-FAIL/POWER-UP OCCURRED

CJOMICO DOMR=-11 FUNCTIUNAL TESTS MACRO v03.01 30-JuL=-80 11:38:40 PAGE 19-1

SEQ

GLOBAL EQUATES SECTION

000040
000000

PRIOY1== 40
PRI00== 0
;OPERATOR FLAG BITS

000004
000010
000020
000040
000100
000200
000400
001000
002000
004000

100000

VN
=2 OO0V
W

LOT==

ADR==

I1DU==
ISR==

UAM==

BNE==

PNT==
PR==

IXE==
IBE==
IER==
LOE==

HOE==

100

209

4«00

1000
2000

4000
10000
20000
40000

100000

:;t't'tttt'tt't"""""t't"'t'Q'itQtttt'i'Qtt't't'tittt't'tt't"i"'
';"tt."'."'."""'"Q"""t'.ttil't'."itt.‘tl.l""""'."'."'t

*SWITCH REGISTER OPTIONS

POROPVONA)
=2 b e d ol e o od b

=00

010000
020000
040000

Evi==

100000

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

sw15=
SWwi4=
sw13=
Sw12=
Swil=
swi0=
Sw09=
sw08=
swo7=
swo6=
Sw05=
Swos=
swo3=
Swi2=
swol=
Sw0o=
B

222

100000
40000
20000
10000

4000
2000
1000
400
200
100
40
20
10
4
2
1

X222

222

X222 KR

2R R

“1CSR AND STAUS WORD DEF INITIONS
100000

“1SELO (C5R) - BSELO/BSEL1

R AR

RUN=

BIT15

;SET

STLU=
LPLU=

BIT12
BITN

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

BIT8

RRRRRRRARRRRA)

RUNNING

040000
020000
010000
004000
002000
001000
000400

MCLR=
MDIAG=

000200
000100

RDI=

8117

:CSR MAINTENANCE - USED WITH LOOP LU
;WHEN ASSERTED, XMITTER SHIFTS; CLEAR, REC. SHIFTS
;CSR - DMR11 READY RESPONSE

000040

RQI=

BITS

;CSR = REQUEST

ROMO=
ROMI=

STuP=

IESET=

BIT14
BIT13

[IF

R R

BIT10
BIT9

BIT6

;MASTER CLEAR OF PROCESSOR AND LINE UNIT
;CSR MAINTENANCE - ENABLE MICRODIAGNOSTICS
s CSR MAINTENANCE
:CSR MAINTENANCE

;CSR = INTERRUPT ENABLE INPUT - DMR11 [NTERRUPTS
;(PU WHEN RD] SET IN RESPONSE TO RQ] BEING SET.
IN

l
3
30-JuL-80 11:38:40 PAGE 19-2

CZOMICO DMR-11 FUNCTIONAL TESTS MACRO v03.01
GLOBAL EQUATES SECTION

93
94
95

96
97

98
99
100
101

102

103

000200
000100

RDO=

: (DMR RUN MODE

. SELQ = BSEL2/BSELS
BIT7
BIT6

1£0=

INPUT - DMR11

;s SEL6 - BSEL6/BSEL?

ONLY)

IfF

;SELZ
;SEL2

DMR11 SETS TO INDICATE DATA READY FOR OUTPUT
SET TO ENABLE DMR11 TO INTERRUPT WHEN RDO

TRANSMIT

1, RECEIVE

BASEUP= BIT13

JSELG

CONTROL QUT - RESPONSE

010000

RES=

BIT12

SSELG

BASE IN -- WHEN SET CAUSES

010000
004000

(1S=

002000
002000
001000
000400
000522

HDX=
(0=
HALT(C=
MAINT=

000400
000200
000100
000100
000040
000020
000010
000010
000004

NXM=

1 SEC IF CLEAR)
HALF=DUPLEX
&
CLEAR FOR FULL-DUPLEX
CONTROL OUT - CD GLITCHED

]

—q

NOD

o
=l

2 222222322 X222

EXTENDED CONTROL OUT = HALT COMPLETED
DDCMP MAINTENANCE CURING CONTROL IN
BASE IN ~- SET FOR DMR11 MODE
122 IS THE DMR PASSWORD FOR BSEL6 AND

BIT8 SETS THE DMR MODE BIT IN BSEL7
CONTROL OUT = NON EXISTENT MEMORY
CONTROL OUT = START RECEIVED
CONTROL OUT = DISCONNECT

;SELG
;SEL6
;SEL6

NONON

ey e
e

) =
]

e
S

]
g

=PIV NN S

TOUT=
NAKS=

MAINTZ2=

MODEM WRITE - DATA TERMINAL READY
CONTROL OUT - DMR RUN MOODE

;SELG
;SEL6
;SELG
;SELS
;SELG
;SELG
;SEL6
;SELG
;SELG
R

CONTROL OUT - MESSAGE TOO LONG

MODEM WRITE - LOCAL MODEM LOOPBACK

CONTROL OUT = MAINTENANCE MSG. RECEIVED
CONTROL OUT - NO BUFFER

MODEM WRITE -~ REMOTE MODEM LOOPBACK

CONTROL OUT - TIME OUY
CONTROL OUT = NAKS THRESHOLD EXCEEDED

“'DDCMP COMMANDS - BITS 0 & 1 IN SELO AND SEL2
000000
000001

000002

000003

000004
000005
000006

000007
000010
000011
000012
000013

S INPUT (SELO)

BACCT=

CNTRL=
HLT=
]=
BASE
BACCR=
WMODEM=
EXERR=
DXERR=
DDM(C=

4
3
5
é
7
1

UPDATE= 1
1
TIMER=
THRE SH= 1

RRRRRRRRRRRRRRR Rl

:BUF ADDRESS AND CHARACTER COUNT TRANSMIT
;CONTROL COMMAND (IN OR OUT)
sHALT

TO DMR MODE BASE

CONTROL IN == START TIME (3 SEC IF SET

;SELG
;SELG
;SEL6
;SEL6
;SEL6

DMR=

COMMAND.

RESUMPTION OF OPERATION
CONTROL OUT = CTS FAILED

;SELG

—

000004
000002
000001

TABLE UPDATE

SSELG

SECN=

TOLONG=
MAINT1=
MNTREC=
NOBFR=

[NTERRUPTS

;CSR -

020000

STREC=
DISCON=
DTR=
DMRRUN=

;CPU WHEN RDI CLEARS IN RESPONSE TO RQI BEING CLEAR.

BIT?

80
81
82
83
84
85
86
87
88
89
90

RCV=

73
74
75
76
44
78
79

000004

;CSR = INTERRUPT ENABLE

BIT

[eelooReodoodooRoodooRookoolooJo
o o]

70
4
72

IECLR=

50
5
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69

000020

W)
= O

7
«8
49

SEQ

COMMAND

;BASE IN COMMAND
:BUF ADDRESS AND CHARACTER COUNT RECEIVE
;WRITE MODEM STATUS REGISTER
JENABLE EXTENDED ERROR NOTIFICATION
;DISABLE EXTENDED ERROR NOTIFICATION
;OESELECT DMC LINE MODE
;REQUEST BASE TABLE UPDATE
;SET REP/SELECT TIMER VALUE
;SET THE FOLLOWING THRESHOLDS:
+NAKS RECVD
sNAKS SENT
;REP/SEL

J
3
ONAL TESTS MACRO v03.01 30-JUL-80 11:38:40 PAGE 19-3
CZOMICO DMR=-11 FUNCTIO

SE@

GLOBAL EQUATES SECTION
104
105
106
107
108
109
10
M
112
113

000014
000015
000017

RRAM=

000007

CMD=

117
118
119

120

121
122
123
124
125
126
127
128
129
130
13
132
133
134
135
136
137
138
139
140
141
142
143
144
145
146

RMODEM= 17

;READ MODEM STATUS

;OUTPUT (SEL2)
L

TABLE

(=NOP)

NOTE: CNTRL IS USED FOR SELZ

; ;BASE

114
115
116

:NO BUFFER
;READ MB207 RAM (0-377)
;WRITE INTERFACE IN AX3-15

INTER=

; *v MASK USED TO CLEAR COMMAND BITS =2 #v

R ey
R
R X
R
Ry

OFFSETS

;NOTE: THE OFFSETS FOR BASE+3.-BASE+10 WERE
; INTENTIONALLY NOT LABELLED, BECAUSE THOSE LOCATIONS

sMUST NOT BE CHANGED IN ORDER TO BE DMC COMPATIBLE.
;THE LABELS BELOW CORRESPOND WITH THOSE USED IN THE
000042
000043
000044
000045
000046
000055
000060
000062
000064
000066
000072
000076

R=
N=
A=
T=
X=
PRETIM=
THIL=
TH2L=
TH3L=
TH4L=

ISP?7=
ISP13=

42
43
46
45
46
55
60
62
64
66

72
76

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

; IMAGE OF SCRATCH PAD 7
; IMAGE OF SCRATCH PAD 13

‘:Qt.t.t'ttt"'tt"'ttt'"""t""'.tt!'i'.tt't.it'..""tiQ"'t"t"Q

*UINSTRUCTION DEF INITIONS
000207

RE TURN=207

-RETURN FROM SUB.

JSR PC]

;;'t"t.tt."t""'t'it"""""'.ttt'tt'ttt.l't"t.i""!'t""tt't't

000006
000007

000015
000012

MISC.

EQUATES

LLOOP=

«LOCAL MODEM LOOPBACK

(R=

;ASCI1 CARRIAGE RETURN

RLOOP=

LF=

;REMOTE MODEM LOOPBACK.

sASCI1 LINE FEED

CZOMICO DMR-11 FUNCTIONAL TESTS MACRO v03.01 30-4uL-80 11:38:40 PAGE 20

SEQ

—

SHIIIIIIIIII7 07000 EE I

GLOBAL DATA SECTION

i ririiriiiiirieieiiieieitiiieieiieieeeeieieieiy

THE GLOBAL DATA SECTION CONTAINS DATA THAT ARE USED
IN MORE

THAN ONE

TEST

/////////////////////////////////////////////////////////////////////////////
::tfiQ""Qtt"""""""""'tt't.t."."'ttt"'tt"."t.."t""""

;DMR11

002226

002240
002242

002244
002246
002250

000000
000000
000000
000000
000009
000000
002232
002232
000000
002234
000000
002236
000000
002240
000000

DMRVEC:
DMTVEC:
CSR:

SELZ:
SELéG:
SELG:
SELO=

BSELO=
BSEL1:
BSEL2=

BSEL3:

BSEL4=
BSELS:
BSEL6=
BSEL?:

VECTOR AND REGISTER

INDIRECT POINTERS

.WORD
.WORD
.WORD

O
0
O

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

SR
.WORD
SEL?

;LOW BYTE OF CSR
;POINTER TO DMR11 (SR HIGH BYTE
;LOW BYTE OF SELZ

.WORD
.WORD
MWORD
(SR

.WORD

SEL4
.WORD
SEL6
.WORD

0
0
0

O
O
O

:POINTER TO DMR11 CONTROL OUT REGISTER (SEL 2)
;POINTER TO DMR11 PORT REGISTER (SEL 4)
:POINTER TO DMR11 PORT REGISTER (SEL 6)
;CSR 1S SELO

;POINTER TO SEL2 HIGH BYTE

.LOW BYTE OF SEL&
;POINTER TO SEL4 HIGH BYTE
;LOW BYTE OF SEL6
;POINTER TO SEL6 HIGH BYTE

;;.tttt.'i."tfittt"tttt"'""""tt'ti"tt"fi'ii".'tt."tt't't't"i'

; ;OTHER HARDWARE PARAMETERS

quhfl“"“hflh"vfl)“"“-fl—Ld-fl—‘_hd_‘_hd
oo ~NO~ VB NN =S OO0 NGO WV
WA 2O 000NN N

.SBTTL

GLOBAL DATA SECTION

32 002252
33 002254
34 002256

000000
000000
000000

WIYPE:

.WORD

MICRO:

.WORD

OMTURN: .WORD

0
O

;MICROPROCESSOR TYPE

; TURN AROUND TYPE (0-7)

;MICRODIAGNOSTICS (IF 1(YES) =~ ENABLED)

::t'tt"t't"tQ'!t't"""ttt"t"t't"Ifi.lt"t'ttt.t'tt"tt't't".."'

;PROGRAM CONTROL PARAMETERS

002260

000000

DMRFLG:

.WORD

;FLAG SET WHEN DMR MODE IS REQUESTED IN
:THE BASE IN COMMAND. USED TO FLAG THAT

44 002262

000000

INFACE: .WORD

46 002264
47 002266
48 002270

000000
000000
000000

FRSTIM:
FRSPAS:

O
©

:FLAG TO ALLOW CHANGE OF INTERFACE TYPE
;BY WRITING AX3-15. FLAG SET/CLEARED IN INIT.

.WORD
.WORD

STARES: .WORD

;A DMR MODE ACKNOWLEDGE

IS EXPECTED.

;FLAG=0 IF PROGRAM JUST LOADED
;FLAG=0 IF FIRST PASS AFTER LOAD

;FLAG=0 IF 1ST TIME THRU AFTER STA OR RES
;FOLLOWING PARAMETERS ARE USED IN THE

52 002272
53 002274
54 002276
$5 002300
29 002302

000000
000000
000000
000000
000000

_WORD

DMCMDE: .WORD

START:

RESUME:

.WORD

MNTMDE: .WORD
MMANAG: .WORD

0
0

: INTERRUPT TESTS (TESTS 15-19):
:FLAG SET WHEN A CONTROL IN HAS BEEN ISSUED.
;FLAG SET WHEN A BASE IN WITH RESUME DESIRED.
;FLAG SET WHEN A BASE IN WITH DMC MODE DESIRED
;FLAG SET WHEN MAINTENANCE MODE IS DESIRED.
;FLAG RETURNED IN THE SUBROUTINE $BUFFS
IMMANAG=1, MEMORY MANAGED BUFFERS USED

(ZDOMICO DMR-11 FUNCTIONAL TESTS MACRO v03.01 30-JUL-80 11:38:40 PAGE 20-1

SE@

GLOBAL DATA SECTION

AX3:

.WORD

TERN TO WRITE INTO AX3-15, WHEN

—
—

000000

nwaeunnn-—

58
59 002304

67 002306

000000

WMAINT:

.WORD

70 002310

000000

MANUF:

.WORD

EQUESTED TO ALLOW INTERFACE
ON. (TEST CONFIGURATION 1=4)
TEST BIT (MUST BE SET TO ALLOW SELECT)
INTEGRAL MODEM
v.35

EIA
RS422
;FLAG SET WHEN IT IS NECESSARY TO WRITE

;MODEM MAINTENANCE BITS (MAINTENANCE 1 & 2)

;THIS FLAG IS SET OR CLEARED IN THE INIT CODE.
srecenne MANUFACTURING USE ONLY #wevaee
;THIS WORD MAY BE PATCHED TO A NON ZERO WHEN
;MANUFACTURING SPECIAL TEST CONNECTORS ARE

:¥gfgé Sg¢xs WILL ALLOW MAINTENANCE BITS

;PROGRAM VARIABLES

;WORD1-WORD3 VALUES DETERMINED IN INIT

81 002312

000000

WAITY:

L.WORD

83 002314

000000

WAIT2:

.WORD

85 002316
86 002320
87 002322
88 002324

000000
000000

WAIT3:
WAIT4:
BUFSIZ:
BUFNUM:

L.WORD
_WORD
.WORD
.WORD

O
O
O
0

;CODE DEPENDING ON THE BAUD RATE.
;VALUE FOR TIMEOUT COUNTER
;USED IN SWAIT SUBROUTINE
:VALUE FOR TIMEOUT COUNTER USED IN SMSCLR
;AND S$CLRQI SUBROUTINES.
;VALUE FOR TIMEOUT COUNTER USED IN SINOUT.
;WORD USED AS OUTER LOOP COUNTER IN $INOUT.
:CALCULATED BUFFER SIZE IN BYTES.
;# OF RECEIVE & TRANSMIT BUFFERS.
THIS

91 002326

000000
000000
000000
000000

INRCV:
INXMIT:
OUTRCV:
OUTXMT:

.WORD
,WORD
.WORD
.WORD

0
0
0
O

;COUNTER
;COUNTER
;COUNTER
;COUNTER

92 002330
93 002332
94 002334

22 2222002000200 RR0D)

:SCRATCH WORD USED FOR MISC. STORAGE IN SUB.
;SCRATCH WORD USED FOR MISC. STORAGE IN SUB.
;SCRATCH WORD USED FOR MISC. FLAG IN SuB.

25223288

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

0
0
0

002350

000000

NXMFLG: .WORD

;A PORTION OF THE TEST.
;FLAG USED TO MARK THAT THE DMR ADDRESS IS NXM

002352

000000

INFLAG: .WORD

;FLAG USED IN INISR TO FLAG WHEN ALL THE
;BA/CC INS HAVE BEEN DONE.

002354

000000

OUTFLG: .WORD

002356

000000

RESFLG:

.WORD

;FLAG USED IN OUTISR TO FLAG WHEN ALL THE
:BA/CC QUTS HAVE BEEN DONE.

002360

000000

ERRFLG: .WORD

s wd
d

¢ MISCELLANEOUS STORAGE

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

WORD
.WORD
.WORD

i
o

2222222222222 233 2222282222222 3222222820222

SFLAG:
SKIP:

.WORD
WORD

0
O

e
el e
e

# OF
# OF
# OF
# OF

TEMP:
SAVE:
FLAG:

D il

- e s vk = QOO
B W
2O0~

FOR
FOR
FOR
FOR

000000
000000
000000
000000
000000

98 002336

—

;VARIABLE ]S USED IN THE SUBROUTINE $BUFFS

;FLAG USED IN TEST 15 FOR LOOP CONTROL.
;FLAG USED IN TEST 7 TO MARK WHETHER TO SKIP

;FLAG USED IN IN ISR TO FLAG THAT THE RESUME
: COMMAND HAS JUST BEEN ISSUED.

;FLAG USED IN THE WAIT SUBROUTINES (SWALT
; L SCLRQI) TO RETURN ERROR CONDITON (SEC)

CZOMICO DMR-11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 20-2

SE@

GLOBAL DATA SECTION
11§
116

117 002362
118
119 002364

000000

LAST:

.WORD

000000

ERROR:

.WORD

002376

000000

CLRNO:

.WORD

120
121
122
123
124
125

126

002366
002370
002372
002374

000000
000000
000000
000000

LOGDEV:
PSTACK:
SUBRPC:
NESTPC:

.WORD
.WORD
.WORD
.WORD

;WORD USED TO STORE LAST COMMAND PROCESSED IN
:THE INPUT INTERRUPT ROUTINE.
;ERROR STORAGE

0
0
0
0

;LOGICAL DEVICE NUMBER
:CONTAINS BASE LEVEL PROGRAM SP
:PC OF SUBR CALL FOR ERROR REPORTS
:FLAG TO NOTIFY WHEN A SUBR IS NESTED
: IN ANOTHER SUBROUTINE (WHEN SET)
:THIS WORD IS INCREMENTED DURING EACH MASTER

:CLEAR.

}%g

THIS WILL ALLOW EVERY OTHER MASTER

:CLEAR TO RUN THE MICRO TESTS.

129

130 002400
131 002402
132 002404
133 002406
134 002410
135 002412
}gg 002414

000000
000000
000000
000000
000000
000000
000000

LOCRC:
HICRC:
LOWORD:
HIWORD:
ROMADR:
CHIPNO:
COUNT:

138

.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.gogb

.EVEN

:ROM CHECK VARAIBLES

0
0
0
0
0
O
0

:CRC STORAGE FOR LOW BYTE CMIP
:CRC STORAGE FOR HIGH BYTE CHIP
:TEMP. WORD CONTAINING 2 CONSECUTIVE LOW BYTES
;TEMP. WORD CONTAINING 2 CONSECUTIVE M BYTES
;POINTER TO ROM ADDRESS.
;LHIP NUMBER BEING CHECKED.
;COUNTER USED IN THE SWAIT SUBROUTINE.

139

::t't.t'ttttttttt"t't'tt'Q't'ttt'tttttttt"tttttt'ttt'ttt'tt'.ttt0tttt

140

;.-ttttttttt.t'tt"""ttt"'t'ttttttfi'tt'ttttttttttttttttt't'tt"ttt'tt

:;BUFFER AREA

141

142

163
144

t+ CCITT PSUEDO-RANDOM TEST PATTERN e

: THE FOLLOWING 32 WORDS TRANSLATE INTO A 512 BIT PATTERN
: THAT WAS GENERATED ACCORDING TO CCITT RECOMMENDATION V.52.

145
146
147
148
149

:
:
;
:
:

150

151 002416

152 002416
153 002424
156 002432
155 002440
156 002446
157 002454
158 002462
159 002470
160 002476
161 002504

}g% 002512

177603
047321
143325
014116
105025
111523
137642
135015
052012
151172

166632

157427
163715
142304
052606
123754
030030
143531
066730
053627
165044

016741

031011
105221
040041
172334
111337
145064
063617
026575
070071
031605

$CCITT:

THIS
PATTERN WAS GENERATED BY A 9 BIT SHIFT REGISTER (INITIALIZED
AS 1S) WHOSE STH 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: CCITY RECOMMENDED S11 BITS, I'VE EXTENDED THIS BY 1 BIT TO END

: ON A WORD BOUNDARY.

.WORD
LMWORD
LMORD
.WORD
.WORD
WORD
.WORD
.WORD
MWORD
.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

b
—h

104
107

002523
002526

000000
000044
101

—

167 002516
168
169 002520

—_O0
- O~ AN

—b

;"ttt'tttttttttt"ttt"'t't't'tttttQt!ttQltttttttttttt!ttttttt."t.!'tt

}22

-0
[ IV, 1,8

]6(.

TRANSMIT BUFFER (SMALL)

TFLAG:
.WORD
TCOUNT= 36.
TBUF:
.ASCIZ

;FLAG FOR STATUS OF TRANSMIT BUFFER
;CHARACTER COUNT OF TBUF
/ABCODEFGHIJKLMNOPQRSTUVWXY20123456789/

CZOMICO OMR-11 FUNCTIONAL TESTS MACRO v03.01 30-JUL-80 11:38:40 PAGE 20-3

SE@

GLOBAL DATA SECTION

170
17

002531
002534
002537
002542
002545
002550
002553
002556
002561
002564

112
115
120
123
126
13
061
064
067
000

172

173

114
117
122
125
130
060
063
066
07
.EVEN
;;t'tt'tt"ttttttttttt"'t""'t'tttt't'tttt'ttt'tt't'tt'ttttttttttt"t

:; RECEIVE BUFFER (SMALL)

};g
176 002566
177
178 002570
179
}S?

113
116
121
124
127
132
062
065
070

000000
000044

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

18.

.EVEN

:FLAG FOR STATUS
;:CHARACTER COUNT
:36. BYTE BUFFER
:TO MARK THE END

OF RECEIVE BUFFER
OF RBUF
¢ 2 BYTES USED
OF THE RECEIVE BUFFER

182

;:Qfifit'tttttttt"tfitfittt'ttt't'titttttttttittttfitttt XX ZZXREZ2222X2R2

}gz

;. BASE TABLE

}gg 002636

BASE:

187

’-;tttttt.ttttttt"'ttt'tttttt!t'ttt't.tt'fittt"'t"tt'ttt'it'ttt't"t't

}gg

190 003236
191

XMTBUF:

.BLKB

256.

:MICROPROCESSOR MEMORY ALHPCATION

TRANSMIT AND RECEIVE BUFFER POINTERS

.BLKW

128.

}3% 003636

RCVBUF: .BLKW

128.

194

'-.-ttttttttttltttt""t"'ttt"tttttttttttt'tttt't"ttttt'tt'tt"Qtttttt

}gg

:: BUFFER AREA (LARGE)

197 004236

BIGBUF:

.BLkB

4000

;POINTERS TO TRANSMIT BUFFERS (UP TO 64)
:1 WORD FOR ADDRESS AND 1 WORD FOR CHAR. COUNT

;POINTERS TO RECEIVE BUFFERS (UP TO 64).

:MAX BUFFER (2K BYTES)

B 4
(ZDMICO DMR-11 FUNCTIONAL TESTS MACRO v03.01 30-JuUL-80 11:38:40 PAGE 22

SEQ

GLOBAL TEXT SECTION

.SBTTL

2
3

GLOBAL TEXT SECTION

0385823383203 3380533883833333833083322333802233000000
282002800023 8200223202%

5
6

THE GLOBAL TEXT SECTION CONTAINS FORMAT STATEMENTS,

MESSAGES, AND ASCII INFORMATION THAT ARE USED IN
MORE THAN ONE TEST.

11838 88434888843483384838338333323333843338833388333383333833338333833384333
.

8
9
10
1
12
13 010236

R R RS20
222 222 222000000220k R2000R00000])

;* NAMES OF DEVICES SUPPORTED BY PROGRAM
SR 2Z32 22222222222

010236
010236
010241

DEVIYP <DMR11>

T ANERRNNNENRRNEANEER

:3 TITLE OF PROGRAM
XYY

222

DESCRIPT

2222222220202

AT A EE R

R 202 R 00RRdRRRadtlddliRitRdld])

/DMR11/

RN RRRANNARARNNRANRASCRAAARANRANANORNCOANRORNANROARARNOOOOD

SRR 2222222222222
222200 R R
2R RRdRRRRRRRRRRR 2l )

<DMR=-11 FUNCTIONAL TESTS>

LS$DESC::

.ASCIZ

.EVEN

LSOVTYP::
CASCIZ

OO =2
O
OIS =2
OWOONSHWN—2N

SNWON
=
WAV

— e e el i i ) D
NO =2 =2000
—

— e e ek ad
O NNNO
= = SN0
S
OWNES

18 010244

010244
010244
010247
010252
010255
010260
010263
010266
01027

2222 R

.EVEN

14
15
16
17

20
21
22
23
24
25
32
33
34
35

: FORMAT STATEMENTS USED IN PRINT CALLS
.

/DMR-11 FUNCTIONAL T

CIOMICO DMR-11 FUNCTIONAL TESTS MACRO v03.01 30-JuUL-80 11:38:40 PAGE 23

SEQ

.SBTTL

/////////////////////////////////’////////////////////////////'//////////////

1y
THE GLOSAL SUBROUTINES ARE CALLED BY MORE THAN ONE TEST
SILELIIILILETITI LTI T II LTI i1 000707070000 0000100001710700107101010111111
e

NO
=2 OO
OOVR~NO VWA

2SR

X220

RR2RRRRRRRdRRZRR]]

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

NORMAL MACROS -

2. DMR1Y 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.
':ttQt"Qtt"i"'t"""""""t't".t".t""i"'t".""'."".""'

CHARAANAR AN RN CE RN RN

R R R R C AR RN NN RN NNANRAANNAANNANNOANNRANARAAONOROEOORSE

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

RETURN IS

EQUATED TO A RTS PC)

;'t"""..'.Qt't"t""""t""i..".l"tt't'tQttl""""'t""""

.MACRO
JAF

.ggk?¥
.MEX

.ENDC
JSR
.ENDM

GLOBAL SUBROUTINES

VLN

NI PVRINIPNININAY
=P b b el cd d cd b —d b

20000 N0

NN —

GLOBAL SUBROUTINES

ROUTIN
CALL
B8, ROUTIN

ROUTINE; ## MISSING ROUTINE-EXPANSION ABORT ##

PC,ROUTIN
T

L))

"WAIT $FLAG MACRO - THIS MACRO INTERPUTS THE $FLAG AS RDI, RQl OR RDO.

IF RD] OR RDO, THE SUBROUTINE CALLED WILL WAIT UNTIL

THE RESPECTIVE BIT IS SET.

XX XTI E R

R 2R

IF RQI, THE SUBROUTINE
CALLED WILL CLEAR RQI AND WAIT UNTIL RDI IS CLEARED.
R R

RS R RRRZZASRENERARSRSRRRRRRRRRRRRRRRRRRRRRRRRD
)

.MACRO

WAILT

B, SFLAG

.NLIST
LIST ME

.SQRO?
.Mexl]
.ENDC

FLAG

$FLAG

seeer MACRO EXPANSION teee

;88 MISSING FLAG FOR WAIT - EXPANSION ABORT ##

IDN $FLAG,RQI

JERDC

PC, SCLRaI

;CLEAR RQI AND WAIT FOR IT TO BE CLEARED.

AF
JSR
ENDC

ION $FLAG,RD!
PC, SWALI
O
.WORD

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

AF
JSR

IDN $FLAG,RDO
PC, SWALT
.WORD
1

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

L) ~

.END

CZOMICO DMR-11 FUNCTIONAL TESTS MACRO v03.01 30-JuUL-80 11:38:40 PAGE 23-1

SEQ

GLOBAL SUBROUTINES

ENDC

60
61
62
63

NLIST ME
.ENDM

68
69
70
71
72

74
75
76

XIXR

ARl

; CLEAR MACRO = THIS IS A DMR FUNCTIONAL MACRO WHICH CALLS THE
R

$SMSCLR SUBROUTINE

.MACRD
NLIST

CLEAR

JSR

PC, SMSCLR

LLIST ME
LLIST

LNLIST ME
JENDM

AR Al

;eeee MACRD EXPANSION wewe
:1SSUE A DMR MASTER CLEAR
X221
22T

ARt

(ZDMICO DMR-11 FUNCTIONAL TESTS MACRO v03.01 30-JuUL-80 11:38:40 PAGE 24

SEQ

"'t"'t'"ti'"""""""QI"""'Q'.'..'."t"t".""""Q"t"'

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

:
:
I

$BASEIN SUBROUTINE (WITH DEFAULT ARGUMENTS
IF ARGUMENTS NOT GIVEN)

MACRO BASEIN
.NLIST
LIST ME
LIST

b d

NN 2O 000NN

win) —

GLOBAL SUBROUTINES

.WORD
.WORD
'WORD

LPLU
BASE
DMR

eed o cd
b —od e

PC, $BASE]

JENDC

;vvee MACRO EXPANSION twee

;CALL BASE IN ROUTINE WITH DEFAULTS

;SET LINE UNIT LOOP
;BASE TABLE ADDRESS
'DMR-11 MODE

PC, $BASEIL

;CALL BASE IN ROUTINE

"WORD
TWORD

‘BASE TABLE ADDRESS
MODE

.WORD

AN =2 OO0 N

JSR

$A,$B,8C

.IF

JSR

PRIV PRI N

$B
$¢(

*MAINTENANCE MODE BITS TO SET IN BSEL?

:""

(X2

NLIST ME
"ENDM

26
;;ttt'"lt"""'it"Q"""""""I"ttl'i'i't.'t'tt't!'tttt'ttttttt'

; CNTRIN MACRO = THIS IS A DMR FUNCTIONAL MACRO WHICH CALLS THE
SCNTIN SUBROUTINE (WITH DEFAULT ARGUMENTS
:
IF ARGUMENTS NOT GIVEN)
:
*

; 223222322322 22 2222222222222 222220222220 RRRRRRRRRRRRRRRRRRld)

LMACRO

NLIST
LIST ME
LIST

JF
JSR
JIF

JSR
.ENDC

CNTRIN

PC, SCNTIN
.WORD
O

;CALL CONTROL IN ROUTINE WITH DEFAULT
;SEL6 - FULL DUPLEX, RUN MODE, 1 SEC START,

PC, SCNTIN
$A
.WORD

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

CNLIST ME
.ENDM

;eeer MACRO EXPANSION «eee

;.t'i

LR A&

C{OMICO DMR-11 FUNCTIONAL TESTS MACRO v03.01 30-JuUL-80 11:38:40 PAGE 25

SEQ

2OV

NO VSN 2O

PIPDPORIA)
=P b b e e oo oad d o od

0® N

NS wrn—

GLOBAL SUBROUTINES

:;'Q."'""'t"'t"""'tt""".t"""""'""""""'.""""Q"

; DMRIN MACRO -

THIS IS A DMR FUNCTIONAL MACRO WHICH CALLS THE

$OMRIN SUBROUTINE

’

':t't't"QQt'Q"'"'"""""""""QI"""'..".'QQ"'.Q""'Q'Q"'

.MACRO
DMRIN
T
NLIS
LLIST ME

LIST
.

.g?R?$
MEX

ENDC

JSR

$A,$8,$C

;evee MACRO EXPANSION eeee

DMRIN; ## MISSING ARGUMENTS-EXPANSION ABORT #¥

PC, SDMRIN

:CALL DMR MODE INPUT ROUTINE

LWORD
B

$A
$8

:NO SEL&

)

.WORD

:SEL4 VALUE (OR BITS 10 CLEAR IN BSEL6)

LIF

:NO SEL6

)

.WORD

;SEL6 VALUE (OR BITS TO SET IN BSEL6)

JENDC

ENDC

WORD

“INPUT COMMAND

:t".

[XB

2 1

NLIST ME

.ENDM

::t'l.t"t"."'"""""""".'t.Qt.lt'.t".itll"'."'t'fi""t"'t'

; SHUTDN MACRO - THIS IS A DMR FUNCTIONAL MACRO WHICH CALLS THE
SHALT

SUBROUTINE

':'Qttt'i."'."""""'i"""'.'"""Qtt't"'l"'t"""'tt""'t"

SHUTDN
.MACRO
:
.NLIST
LIST ME
JSK

PC,

NLIST ME

ENDM

SHALT

;tees MACRO EXPANSION

ween

;'.'.

LA AR

;DMR HALT

ROUTINE.

)

COMICO DMR-11 FUNCTIUNAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 26

SEQ

GLOBAL SUBROUTINES
1

; BACCIR MACRO =

.MACRO

BACCIR

$A,$B

LLIST ME
.IF

1FF

.WORD

RCOUNT

17
18

JSR

ENDC

CNLIST ME

NLIST

9
10
1"
12
13
14

LLIST

JSR

19
20
22

25
26

THIS IS A DMR FUNCTIONAL MACRO WHICH CALLS THE

[F ARGUMENTS NOT GIVEN)

$BACC SUBROUTINE (WITH DEFAULT ARGUMENTS

;

R Ry

;evee MACRO EXPANSION weve

PC, $BACC
;CALL BA/CC IN ROUTINE WITH DEFAULTS
.WORD
RQI'BACCR
;BA/CC IN RECEIVE COMMAND
.WORD
RBUF
;RECEIVE BUFFER

;RECEIVE CHARACTER COUNT

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

.WORD
.WORD

$A
$8

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

tenn

.ENDM

T R
R
R
A
AR A
AL

28
29

; BACCIT MACRO =
.

32
33
34
35

36
37
38
39
4«0
2}

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

IF ARGUMENTS NOT GIVEN)
R

{MACRO BACCIT
.NLIST
LLIST ME
LLIST

$A,$8B

JSR

.WORD

JSR

.ENDC

NLIST ME

R R

ARl

;evee MACRO EXPANSION wtew

PC, $BACC
sCALL BA/CC IN ROUTINE WITH DEFAULTS
.WORD
RQI!BACCT
;BA/CC IN TRANSMIT COMMAND

43
&4
45

.ENDM

TBUF

TCOUNT

:TRANSMIT BUFFER ADDRESS

;TRANSMIT CHARACTER COUNT

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

.WORD

;BA BITS 16 & 17 AND (HAR. COUNT

savee

tane

CZOMICO DMR-11 FUNCTIONAL TESTS MACRO v03.01 30-JuUL-80 11:38:40 PAGE 28

SEQ

—

GLOBAL SUBROUTINES

‘:'."."".""""""'"""""."""".."'Q""'"".".""""

';"""'.'."""""""""""""Q"""'..""QQ.""".""""'

NN —=OOVNO NS

SUBROUTINE SWAIT
FUNCTION =

TO WAIT FOR RDI

OR RDO TO BE SET IN SELZ

PORNIPOININ)
b cod b cd b o md d b b

= MAY BE CALLED FROM ANOTHER SUBROUTINE

= 1

WAIT FOR RDO

NESTPC= 1

ROUTINE NESTED WITHIN ANOTHER
SUBROUT INE,
ROUTINE NOT NESTED.

WAIT FOR RDI
=0
WAIT1 = DELAY COUNTER (DETERMINED IN INIT.)

S OOV

:
:

B NN

EXIT CONDITIONS

25
26
27
28
29

SWAIT

LWORD
FLAG
(MACRO CALL =-- WAIT RDI)

ENTRY CONDITIONS - FLAG

PC,

JSR

CALLING FORMAT:

NESTING LEVEL

TO BE SET IN SELO

EITHER RDI OR RDO BIT SET AS EXPECTED
OR (ERROR CONDITONS):
1. RDI OR RDO SET, BUT NOT

:
:
:
:
:

THE EXPECTED ONE

THE USER WILL BE INFORMED. MOWEVER,
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

BIT SET FLAG THE ERROR CONDITION.

;

32
gz

:
;

;:t'tt'tt'tt'ttttt"t't'i'tttfltt"ttttttt't"tt'ttttt'ttt"t'!tttt'ttt'

37 010274

SWAIT:

::'Qtt.ttttttttt""tt't"t"tt'ttttttt"t't'ttt"ttt‘ttttt'tttt't"tt'

38 010274
39 010300
40 010304
41 010310
42 010312
22 818?32

005037
005037
005737
001005
011637
162737

002360
002414
002374

45 010326
46 010332
47

017637
062716

000000
000002

49 010340

010146

48 010336

010046

SO 010342
51

013701

52 010346

002372
000004

002372

002312
30%:

§5 010350

032777

000200

171656

S7 010360

032777

000200

171644

001036

CLR
CLR
ST
BNE
MOV
SUB

ERRFLG
COUNT
NESTPC
108
(SP),SUBRPC
#4,SUBRP(

;CLEAR ERROR FLAG
:CLEAR DELAY COUNTER
;1S THIS NESTED IN ANOTHER SUBROUTINE?
SYES - USE THE SUBRPC ALREADY CALCULATED.
:SAVE PC AFTER THE CALL TO SWAIT,
:BACKUP TO THE PC OF THE ACTUAL CALL

MOV
ADD

a(SP),TEMP
#2,(SP)

L TolY

RO,-(SP)

:GET THE FLAG FOR RDI OR RDO
;INC THE PC LEFT ON THE STACK TO POINT
;PAST THE FLAG ARGUMENT

MOV

WAITY,RI

(LR

: INNER LOOP COUNT OF DELAY CCUNTER

BIT

#RDO,8SEL2

;1S THE RDO BIT SET IN SEL2?

BIT

#RD1,3SELO

;1S THE RDI BIT SET IN SELO?

MOV

005000

56 010356

108

002336

53 010346

54« 010350

REGISTERS DESTROYED - RESTORED

4«0%:

BNE

R1,=(SP)

60%

:SAVE RO
:SAVE R1

:DELAY COUNTER DETERMINED BY BAUD RATE
;(DETERMINED IN INIT ROUTINE).

:YES - EXIT BIT CHECK LOOP.

[

SEQ

C(ZOMICO DMR-11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 28-1

GLOBAL SUBROUTINES

58 010366
59

010430

64
65 010432
66 010434
67 010436
010436
010440

010442

010444
010446
010452
010454
010454
010460

010462
010470
010472
010472

001064
104422

002414

012727
000000
013727
000000
005367
001375
005367
001367

000001

104455
000001
017704
015112
005237
000445

005737
001042
022737

001436

b
d wd e
il

&~
P

COUNT

RO
(0%
1

JYES - EXIT

;CALL SUPERVISOR - ALLOW CONSOLE

; INCREMENT DELAY COUNTER.
;LOOP UNTIL RO RETURNS T0 0

;DELAY 100 MICROSECONDS

177772
177756

DEC
BNE
ERRDF

002360

60%:

002336

000001

010616
000001

062706
032777
001422

000004
000001

002364

012746
012746
010600

010651
000001

062706

000004

005737
001002

00237«

:
708

=6(PC)
.4

=22(PC)
.=20

;REPEAT UNTIL MAXIMUM LOOP SATISFIED.

;TIME OUT ERROR

TRAP

.WORD
.WORD
.WORD

%‘ERDF

EMG1

ERRGZ

100%

TEMP

;WERE WE WAITING FOR THE RDO FLAG?

#CNTRL ,ERROR

;1S THIS CONTROL OUT ERROR EXPECTED?
s1F YES, DON'T REPORT THE FOLLOWING ERRORS.
;RECEIVED AN RDO, WHEN WAITING FOR RDI

100$

#CNTRL ,@SEL2
100%
9.,EMGI ,ERRG2

;YES - 0K,

EXIT.

;1S THIS A CONTROL Oul?
sNO NEED TO CHECK ERROR CODES.
;UNEXPECTED CONTROL OUT.

MoV
MoV
MOV
TRAP
ADD

#EMS1 ,-(SP)
#1,-(SP)

TRAP

CSERDF
9

.WORD
.WORD
.WORD

INC
BR

ERRFLG
100%

;SET ERROR FLAG.

TST

TEMP

;WERE WE WAITING FOR THE RDI FLAG?
JYES - OK, EXIT

8taQ

PRINTB

100%
#ENS?

;RECEIVED AN RDI, WHEN WAITING FOR RDO
MOV
MOV
MOV
TRAP

ADD

100$:

bSDLY.(P()o

TST
BNE
CMP

BIT
BEQ

171514

.WORD
DEC
BNE
DEC
BNE

61,(PC)0

;SET ERROR FLAG
;BRANCH TO COMMON EXIT.

PRINTB #FMS1

002360

002336

30%

1,EMGT,ERRG?

;BETWEEN LOOPS.

MOV
. WORD
Mov

ERRFLG
100%

ERRDF

005737
001410

INTERRUPT.
C$BRK

TRAP

INC
BR

BEQ

1046455

1046414

70%

002116

012746
012746
010600

000413

b o
i

INC
DEC
BNE
DELAY

005301
001344

000011
020026
015112
005237

o
N

d i
i
o

ok o
D e
-

BREAK

005237
005300
001363

1046414

10522

BNE

1ST
BNE

;WAS THIS NESTED IN ANOTHER SUBROUTINE?
;IF YES - LEAVE THE SUBROUTINE PC ALONE

SP,RO
(CSPNTB

¥ ,SP

EMGY
ERRG2

, - (SP)
#EMS?2
#1,-(SP)

SP,RO
(SPNTB
8 ,SP

CZDMICO DMR-11 FUNCTIONAL TESTS MACRO v03.01

GLOBAL SUBROUTINES

88 010574
89 010600
90 010600
91 010602

005037
012601
012600
005737
001401
000261

002372

1058$:

002360

10
117
105

110%:

105
105
105
122

122
040
124
130
103
104
104

101
1M
105
105
105
105

122
040
124
130
103
104

045

116

045
045

122

100
101
102

116

116
116

104

CLR

SUBRP(

;CLEAR THE PC

MOv
MOv
TST

(SP)+,RY
(SP)+,RO

;RESTORE R1
;RESTORE RV

110%

;IF NOT, RETURN WITH CARRY CLEAR
sSET CARRY.

BEQ

000207
045

&
J
11:38:40
PAGE
28-2
30-JuL-80

045
104
123
040

124
040
m
000
045
104
123
040
120
124
040
117
000

SEC

ERRFLG

;WAS THERE AN ERROR (CARRY CLEARED ON 1ST)

RETURN

FMsS1:

LASCIZ

/ANXARDO SET EXPECTED RDIXN/

FMS2:

.ASCIZ

/ANXARDL

.EVEN

SEQ

SET EXPECTED RDOXN/

OO0~
NO

VNS WA

b =p b ecd od ek = ed b

O
VNN 2O
O

X222

A KR

222

RS R

222222

222222222000

2R 20200

22222200022

RRRRRdRdlidd)

iadiliiilRlildd)

SUBROUTINE $CLRO!
TO CLEAR RQ] AND WAIT FOR RDI

FUNCTION -

JSR

CALLING FORMAT:

PC,

TO BE CLEARED

$CLRAI

(MACRO CALL == WAIT ROI)

NESTING LEVEL

MAY BE NESTED WITHIN ANOTHER SUBROUTINE

EN.<Y CONDITIONS

WAIT2 = DELAY COUNTER (DETERMINED IN INIT. ROUTINE)
NESTPC=1
=
ROUTINE NESTED WITHIN ANOTHER
SUBROUT INE.
0
ROUTINE NOT NESTED.

1. NON ERROR, DMR READY TO RECEIVE

EXIT CONDITIONS

THE NEXT COMMAND

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.

RESTORED

REGISTERS DESTROYED

[

AN NN AN AN AN A NI PO PO PRI A PRI NI N

NOWVSNNN =2 O

R
S

010704
010704
010710
010716
010722
010724

010730
010736
010736
38 010740
39 010742

40
41
42
43
44

R
PEYETYEYREIRIRIEIEIE TR PR FE FE PR PR TN PN PR TR PR TN T TN

WS wn —

GLOBAL SUBROUTINES

SEQ

CZOMICO DMR-11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 29

010746
010746
010750
010750
45 010756
46 010760

005037
062777
005737
001005
011637
162737
010046
010146
013701

002360
000040
002374
002372
000004

171314

002372

12%:

AR RN XX
R

E R

AR RS
RN RN E AR

R RRRRRRRRRRRRRRRRRRR
A

EA NN AN AN NRROORERCRARNNANRANANCENEACOTEORD

CLR
8IC
IST
BNE
Mov
sus

ERRFLG
#RQI,SSELD
NESTP(
108

;CLEAR ERROR FLAG

MOV
MOV
Mov

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

R
WAITZ,

;SAVE RO
;SAVE R1
:GET THE DELAY COUNTER (DETERMINED BY
:BAUD RATE [N INIT ROUTINE)

CLR

;s INNER LOOP COUNT

BIT
BEQ
BREAK

#ROI,QSELO

:1S THE RDI BIT CLEAR IN SELO?

DEC
BNE
DELAY

(SP),SUBRP(
#4,SUBRPC

¢REQUEST INPUT CLEAR
;1S THIS NESTED IN ANOTHER SUBROUTINE?
sYES = USE SUBRPC CALCULATED

;SAVE THE P{ AFTER THE CALL TO SWAIT,
;BACKUP TO THE PC OF THE ACTUAL CALL.

JYES = EXIT

;CALL SUPERVISOR = ALLOW CONSOLE INTERRUPT.

($BRK

MOV

#£1,(PC)+

002116

MOV

¢
LSOLY,(PC)

177772

DEC
BNE

005300
001371

001375
005367

171254

TRAP

104422

012727

:
108

002314

000200

$CLROI:

005000

032777
001427

RARANRAN AR AN RN NN

000001

177756

%03

;LOOP UNTIL RO RETURNS TO 0

;DELAY 100 MICROSECONDS

.MORD
.WORD

DEC

-6(P()
.~4

=22(PQ)

CZOMICO DMR=-11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 29-1

SEQ

GLOBAL SUBROUTINES

011014
50 011016
51 011020
5¢ 011022
011022
011024
011026
011030
53 011032
54 011036
55 011036
56 011042
57 011064
58 011050
59 011050

60 011052
61 011054
62 011060
63 011062
64 011064
65 011064
66

DEC
BNE
ERRDF

002340
005737
001002
005037

012601
012600
005737
001601
000261

000207

002374

002372

30$:

40%:

002360
50%:

12%
1

.EMG1,ERRGZ

BNE
;REPEAT UNTIL MAXIMUM LOOP SATISFIED.
;TIME

OUT ERROR

TRAP

.WORD
.WORD
.WORD

INC

ERRFLG

;SET ERROR FLAG

1ST
BNE

NESTPC

;WAS THIS A NESTED ROUTINE?

CLR

40%
SUBRPC

MOV
MOV
TST

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

BEQ
SEC
RE TURN

50%

.=20

gSERDF

EMGT
ERRG2

;IF YES = LEAVE THE SUBRP(C ALONE

sCLEAR THE PC

;RESTORE R1

;RESTORE RO

;WAS THERE AN ERROR?

(CARRY CLEARED ON TST)

;IF NOT = RETURN WITH CARRY CLEAR
;SET CARRY,

SeEe

CIDMICO DMR-11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 30

GLOBAL SUBROUTINES

=O VYO NSy

ceRRARNNRRRNRERRACERRECCERECOOERNOOCERRRRONRCGORNRAARANRNROOQNOORANRRORNRNNOOEROOOEOEOORNTNETYS
2222

B NN 2 OO

[LNY, V],V NY N Y g

2R 2R 222220200

FUNCTION =

R0l dtittRdiliRtiliddl)]

TO PERFORM A MASTER CLEAR FOR THE DMR11

CALLING FORMAT:
NESTING LEVEL

JSR

PC,

$MSCLR

(MACRO CALL == CLEAR)

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

(TEST,

ENTRY CONDITIONS - WAIT2 = DELAY COUNTER (DETERMINED BY INIT. ROUTINE)
THE ACTUAL # [S NOT
SIGNIFICANT, HOWEVER IF BIT O IS SET

CLRNO = EVEN OR ODD COUNT.

THEN THE MICROTEST IS SET ALONG WITH
THE MASTER CLEAR. THIS ROUTINE WILL INCR.
THE VALUE.
THIS WILL RESULT IN THE MICRO
TESTS BEING RUN ON EVERY OTHER MASTER CLEAR

EXIT CONDITIONS - 1. NO ERROR = DMR11 MICROPROCESSOR INITIALIZED
2.

Y FE FPE PR YR

2222222

SUBROUTINE $MSCLR

S PR YR YR IR TR TR
IRTR

i gl gy

NOWNE WA

= PV PeV P

TRIR
ANPR TN LR
TREE T LR LA X X

THERE

NOTE:

R PR PR PR

IF RUN BIT NOT SET BEFORE DELAY TIMEOUT, ERROR
WILL RESULT,
ADDLTONALLY THE ERROR MESSAGE WILL
RELAY THE RESULTS OF THE MICROTESTS IF THE RUN
BIT IS NOT SET.
IS A PATCH AREA TO ALLOW THESE DIAGNOSTICS

TO RUN ON A M8206 (INSTEAD OF M8207).
SHOULD BE FOR DEVELOPMENT USE ONLY.

THIS

REGISTERS DESTROYED - RESTORED

[

':'Q."tt!'..tQ'Qt""tttt"""'i'Qfit't'tlttfit't'l.t.""tt"""tt"'

OO~

:gtbdbCD (- Xl N1 =] ig huéghu€=

- e OO

002372
000004

bbb
b

171134

105077

000001

002376

040000

171674

012777

060000

171064

W P 3
S

s
oo

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

sSAVE PC AFTER THE CALL TO SWAIT,
;BACKUP TO THE PC OF THE ACTUAL CALL
:SAVE RO

CLRB

8BSEL3

;CLEAR BSEL3

000240

R1,-(SP)

LY
R R
RI

NOP

8IT
BNE

8s:

;SAVE R1

NOP

NOP
NOP

7$:

2222202 RiRRRRRRRRRRRitRRitilll))

MOV
SuB
MOV
MOV

032737
001004
012777
000403

2222288822223 222 2220232022832

002372

000240
000240
000240
000240

el
B

53_.....

bl
ad ol
e

md o cd b =B

OO0O0O0O0O
00

AVAWAVAWIVAVALA P

NO NS WMN—O ©

45 0

[

S ry

(elelalel]

purerd

$MSCLR:

;*t PATCH AREA FCR 8206 IF NEEDED *+
;CLR Q#SEL6 -

#B170,CLRNO
7%

NN RN

R RN T ER TR ERI NSO

;1S THIS AN ODD MASTER CLEAR.

;1F YES - BR
+ISSUE A MASTER CLEAR.

MOV

MCLR,aSELO
8%

MOV

IMCLR'MDIAG,RSELO :ISSUE THE MASTER CLEAR AND TOGGLE
;MICRO TEST SWITCH,

NOP

L R

R R RR

CZOMICO DMR-11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 30-1

SEQ

GLOBAL SUBROUTINES

58 011150
59 011152
60 011154

62 011156

63 011162
64
65 011166
66 011166
67 011170
68 011170
69 011176
70 011200
011200
71 011202
72 011204
73 011206

000240
000240
000240

005237

013701

032777
001025

002314

10%:

100000

171034

20$:

104455
000001
017704
015226

78 011252
79 011254
80 011256
g; 011262

01260
012600
005037
000207

000001

; INCR WORD (CHANGE ODD TO EVEN ETC.)

CLR

; INNER LOOP COUNT

BIT
BNE

#RUN,8SELO
40$%

;1S THE RUN BIT SET IN SELO?
JYES - EXIT

;GET THE # OF 100 MICRO SECOND DELAYS
;7O WAIT BEFORE EXITING THE ROUTINE.

sCALL SUPERVISOR - ALLOW CONSOLE

C$BRK

MoV
WORD
MOV
WORD
DEC
BNE
DEC
BNE

2 ,(PC)+
O
LSOLY,(PC)+
O
-6(PC)
.=4
=22(PC)
.=20

TRAP
LMWORD
.WORD
.WORD

CSERDF
1
EMG1
ERRG3

RO
20%
1

;LOOP UNTIL RO RETURNS TO 0

DEC
BNE
ERRDF

R1
10%
1,EMG1,ERRG3

sREPEAT UNTIL MAX LOOP SATISFIED.

MOV
MOV
CLR
RETURN

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

JRESTORE R1
sRESTORE RO
sTIDY UP SUBRP(C

;DELAY 100 MICROSECONDS

177756

002372

INTERRUPT.

TRAP

DEC
BNE
DELAY

177772

40$:

ety

CLANO
WAIT2 R

002116

005301
001352

INC
MOV

BREAK

001371

011242
011244
011246
011250

77 011252

002376

104422
005300
012727
000000
013727
000000
005367
001375
005367
001367

;v* PATCH AREA FOR 8206 IF NEEDED v«
;MOV #RUN,Q#SELD -

NOP

005000

011206
011212
011214
011220
011222
011226
011230
011234

74 011236
75 011240
76 011242

NOP
NOP

sREPORT RUN NCT SET

B S
C20MICO DOMR-11 FUNCTIONAL TESTS MACRO v03.01 30-JUL-80 11:38:40 PAGE 31

SEQ

GLOBAL SUBROUTINES

: :ttttttt't'tlt"'"""'t'""t'tt"t"""""'QQ'"""QQ""'Q'Q"'

; ;tttttttt't"ttt"t""tt"QQ't'tt"t"'t't'.t"t'."""'.'t""Q'QQ'

N
}%

;
:

NESTING LEVEL

ENTRY CONDITIONS = A = MAINTENANCE BITS (I.E. LINE UNIT LOOP BACK)

;

SUBROUTINE $BASE!

;

9
10

FUNCTION =
CALLING FORMAT:

;
;

18
19

;
;

26
25
26
27
28

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

INFACE = 0

2. IF IN DMR MODE, AND INTERFACE WRITE REQUESTED
WRITE REQUESTED AX3-15.
3. TIMEOUT ERRORS ARE DETECTED IN WAIT SUBROUTINES.
DMRFLG = =1 DMR MODE REQUESTED (USED IN CONTROL IN
ROUTINE)

36 011264

$BASEI:

37 0112646
%g 011270

011637
162737

002372
000004

002372

40 011276
41 0113064
42 011312

112777
012737

000043
000001

170726
002374

011312
011316

004737
000000

43 011320

011320

103003

010274

RRRARERRY

#RQI'BASE],@BSELO ;ISSUE THE BASE IN COMMAND.
#1 NESTPC
:FLAG THAT THE NEXT SUBROUTINE IS NESTED.
RDI
;WAIT FOR RD]

JSR

PC, SWALT
MORD
O

:SAVE PC AFTER THE CALL TO SWAIT,.
;BACKUP TO THE PC OF THE ACTUAL CALL

sCALL WAIT ROUTINE
;FLAG THAT WE'RE WAITING FOR RDI
It

:1F NO ERROR, RDI SET - PROCEED

ADD
BR

#6,(SP)
30%

;CORRECT STACK FOR ERROR EXIT
JEXIT

8(SP) ,@SELO
#2,(SP)
8(SP) ,aSEL4

;SET ANY MAINTENANCE BITS
s INC. POINTER.
;SET UP BASE ADDRESS

8(SP) ,aSEL6

;SET UP RESUME BIT AND THE HIGH 2 BITS

000000
000002
000000

170674
170666

8IS
ADD
MoV

51 011354

017677

000007

170656

MOV

ADD

#2,(SP)

;eeee MACRO EXPANSION teve

BNERROR 10%

057677
062716
017677

000002

R R R LR AR RN R R T R R AR

Move
MOV
WAIT

47 011330
48 011336
49 011342

062716

IR R

(SP),SUBRPC
#4,SUBRPC

000006
108:

MOV
SuB

062716
000467

50 011350

OMC MODE OR RESUME REQUESTED.

REGISTERS DESTROYED - RESTORED

64 011322
45 011326

46 011330

-~ WRITE INTERFACE {AX3-15)

EXIT CONDITIONS = 1. IF NO ERROR - DMR11 BASE TABLE ASSIGNED

= NO INTERFACE WRITE REQUIRED

$BASE[

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

;
:
:
:
:

PC,

.WORD A (SELO MAINTENANCE BITS)
.WORD B (SEL& = ADDRESS)

;

JSR

.WORD C (SEL6 - MODE AND/OR RESUME)
(MACRO CALL == BASEIN OR BASEIN A,B.C)

TO PERFORM A BASE IN COMMAND

;INC. POINTER AGAIN

;OF THE BASE TABLE ADDRESS

BCC

108

(ZOMICO DMR=-11 FUNCTIONAL TESTS MACRO v03.01
GLOBAL SUBROUTINES

SEQ

30-JUL-80 11:38:40 PAGE 31-1

53 011362
54 011366

062716

000002

ADD
WAIT

RQl

:INC. POINTER AGAIN (SHOULD BE AT RETURN PC)
;CLEAR RQI AND WAIT FOR RDI TO CLEAR

011366

004737

010704

JSR

PC, $CLRAI

;CLEAR RQI AND WAIT FOR [T TO BE CLEARED.

BERROR

308

:IF ERROR, EXIT

(mMPB
BNE

#122 ,8BSELG
15%

:WAS THIS A DMR BASE

55 011372

103445
122777
001004
032777

001403

67 011436

[« ]

170636

010000

170626

005037
000432

002260

012737
005737
001424
022737

177777

001004

002262
000001

15%:

002260

000200

170556

112777

000055

170546

004737
000000

010274

5
7

004737
005037
005037
000207

BIT
BEQ

;eeve MACRO EXPANSION eeee
‘NN

#RES ,ASELG

16$

;CLEAR DMR FLAG (NO DMR RUN ACKNOWLEDGE).
:SKIP = TO END

MOV
IST

#-1,DMRFLG
INFACE

:FLAG THAT DMR MODE WAS REQUESTED.

CMP

#CNTRL ,ERROR

BNE

178

308

30%

;1S AN INTERFACE WRITE REQUIRED?
:1F NOT = SKIP TO END
;ARE WE EXPECTING AN ERROR (IN TEST THAT
;FORCES AN ERROR)

:IF NOT PROCEED

;IF EXPECTING AN ERROR = IS RDO SET

BIT

#RDO,aSELO

MOvB
WAIT

#ROI'INTER,3BSELO ;ISSUE WRITE INTERFACE COMMAND.
ROI
:WAIT FOR RDI
setet MACRO EXPANSION teen
PC, SWAILT
;CALL WAIT ROUTINE
:FLAG THAT WE'RE WAITING FOR RDI
.WORD
O

JSR

010704
002374
002372

30%:

308

DMRFLG

BNE

170546

IN?

BCS

:1F NOT, CLEAR DMR FLAG (DMC MODE)
;1S THIS A RESUME?
;1F NOT, PROCEED

30%

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

002304

LA A8

CLR
BR

BEQ

002364

032777
001014

16$:

—

4564
P

68
69 011444

000122

#2,(sP)

LA 2R

BERROR

30%

;1F ERROR, BR TO END.

Movs

AX3,aBSEL7

WAIT

RQI

;WRITE AX3-15. INTERFACE SELECTED
;BY AX3 DETERMINED IN INIT. CODE.
;CLEAR RQI AND WAIT FOR RDI TO CLEAR.

JSR

PC,

CLR
CLR

NESTP(C

RETURN

SCLRAI

SuBPP(

BCS

sreve MACRO EXPANSION evve

30%

;CLEAR RQI AND WAIT FOR IV TO BE CLEARED.
;'it'

:CLEAR THE NEST FLAG
sTIDY UP SUBRPC

LA R 2

0 .5
CZOMICO OMR-11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 32

SEQ

GLOBAL SUBROUTINES
1

I22222

YR )

2
3

R R0

AR R

R R R

R
R

000d

R0 R0RRRdRdd]])

RRRRdd

000000 dRRdd] )

SUBROUTINE SCNTIN

5
6

2202 22

22222 22222200

X222

TO PERFORM A CONTROL

FUNCTION

IN COMMAND

CALLING FORMAT:
I
YRYRR

}?
12

;

20
21
22
23
24
25
59

:
:
:
:
:
;

NESTING LEVEL

:
:

-~ MAY ONLY BE CALLED FROM IN-LINE CODE

(TEST,

SUBTEST OR TEST SEGMENT)

28
29

PC,
SCNTIN
A (SEL6 - MAINTENANCE MODE & HDX)
(MACRO CALL == CNTRIN OR C(NTRIN A)

ENTRY CONDITIONS - DMRFLG = =1

JSR
.WORD

EXPECT

(CONTROL OUT

IN DMR MODE

NO CONTROL OUT, IN DMC MODE OR RESUME.

EXIT CONDITIONS = 1. IF NO ERROR - DMR11 CONTROL IN PERFORMED

2. TIMEOUTS REPORTED IN WAIT SUBROUTINES
3. 1F THIS IS A DMR MODE START UP CONTROL IN,
THIS ROUTINE WILL WAIT FOR A CONTROL
OUT = DMR RUN.
IF THIS CONTROL OUT IS
NOT RECEIVED, THIS WILL RESULT IN AN ERROR
MESSAGE AND A REMINDER TO CHECK THE BAUD RATE,
INTERFACE AND TURNAROUND (PROBABLE REASON).

REGISTERS DESTROYED

;;tt'ttttttttt"'tt"tt"t'ttt"tttttltttt't'ttt!'t'tt"ttttt'i't'ttt"

;;tttt'tt't'ttt"'t""tttt't'tt"'t'tt'ttittltt"tt"'tttt't"ttQtt"t

34 011520

$CNTIN:

35 011520
36 011524

011637
162737

002372
000004

002372

38 011540
39 011546

012737

000001

002374

011546
011552

004737
000000

37 011532

40 011554

011554

&1 011556

42 011562
43 011564

44 011564
45 011572
46 011576
47 011604

23 8}}2?3

112777

103003

062716

000463

017677
062716
032777
001402

005037

000041

002260

004737

010704

:SAVE PC FROM WHERE THIS SUBR. WAS CALLED.
*BACKUP TO PC OF ACTUAL CALL

MOV
WAIT

#1,NESTPC
RDI

:FLAG THAT THE NEXT SUBROUTINE 1S NESTED.
:WAIT FOR SETTING OF RDI

PC, SWAIT
MORD
O

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

JSR

000002
000000
000002
000400

(SP),SUBRPC
#4 ,SUBRPC

MovB

010274

50 011612

011612

170472

MOV
suB

170446

1%:

170434

#RAT+CNTRL,3BSELD :SET UP CONTROL IN COMMAND
;etee MACRO EXPANSION tnee

‘NN

AARN

BNERROR 1%

:1F NO ERROR - PROCEED

ADD

#2,(SP)

:CORRECT RETURN ADDRESS

MOV
ADD
BIT
BEQ

8(SP) ,aSEL6
#2,(SP)
#MAINT ,QSELG
5%

:SET MODE DESIRED
:INC. RETURN PC LEFT ON STACK.
;WAS MAINTENANCE MODE REQUESTED?
:1F NOT, LEAVE DMRFLG AS IS.

WAIT

RQI

;CLEAR RQ] AND WAIT FOR RD] TO CLEAR

JSR

PC. $CLROI

:CLEAR RQI AND WAIT FOR IT TO BE CLEARED.

B8R

CLR

208

DMRFLG

BCC

:ERROR - EXIT

;CLEAR FLAG = NO RUN MODE CONTROL OuT.
;eees MACRO EXPANSION eeve

CZOMICO DMR=-11

5
E
FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 32-1

SEQ

011616
011622
011624
011630

005737
001443
005037

002260

011630
011634

004737
000001

010274

011724
011724
011732
011732
011736
011742
011744
011747
011752
011755
011760
011763
011766
oMz
011774
011777
012002
76 012005
012010
012013

012746
012746
010600

011744
000001

062706
000421

000004

032777
001005

000001

106414

7%:

:
108

000040

DMRFLG

:WAS CMR MODE REQUESTED ON BASE IN?

JSR

PC,

sevee MACRO EXPANSION #eee
;CALL WAIT ROUTINE

20$
DMRFLG
RODO

;BR _IF NOT (DMC MODE)
;CLEAR DMR RUN MODE FLAG
;EXPECT RDO TO BE SET

SWAIT

.WORD

:FLAG THAT WE'RE WAITING FOR RDO
;""

Tty

;1F NO ERROR - PROCEED

#EMSY

BCC

;PRINT RUN ACKNOWLEDGE NOTY RECEI:SD.
v

MoV
MOV
TRAP
ADD

15%

BIT
BNE
ERRDF

#CNTRL ,@SELZ
108

8,EMG8 ,ERRGZ

15%

BIT

#OMRRUN,QSELS
159
9.EMGY,ERRGZ

;EXPECTED CONTROL OU:i

NOT RECEIV?RAP

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

000011
020026
015112

062777

000207

005037
005037
000207

002374
002372

045

115

IRAP
.WORD
.WORD
.WORD

15%:

20%:

B!C

#RDO! CMD,aSEL2

;CLEAR RDO AND THE COMMAND BITS

CLR
CLR

NESTPC
SUBRPC

;CLEAR THE NEST FLAG

LASCII

/XADMR RUN ACKNOWLEDGE NOT RCVD.XN/

ASCIZ

/XACCHECK

RETURN

FMS3:

7%
NEMS3,=(SP)
#,-(SP)

SP,RO
CSPNTB

#46,5P

;010 WE RECEIVE A CONTROL 0OUT?
;1F YES = PROCEED.

.WORD
.WORD
.WORD

BR
BNE
ERRDF

1046455

LA
R 2

TST
REQ
(R
WAIT

PRINTE

104455
000010
017762
015112
000410

032777
001094

‘cHReRN

BNERROR [4)

103011

OO
bbb b b b e e O —
S22 OWN=-=ON
=000 =020
OWVNOO
NI NWVIVVINWOO &~

011636
56 011640
011640
011644
011650
011652
011654
011660
011662
011662
011670
011672
011672
011674
011676
011700
011702
011704
011704
011712
011714
011714
011716
011720
011722

002260

et b O b D)
i s = —h —d —d b
— b OB
O = 2 OO
WO =2 NOOO NSO =Ry —

55 011636

-t e OO =t et O e s = O b
QO SVNVONESON ~N
WANNOMNMAN
O &
WO ~N

SN0
—

GLOBAL SUBROUTINES

;CLEAR PC

INTERFACE, BAUD AND TURNAROUND
XN/

CSERDF
8
EMG8
ERRG?

CSERDF
9

EMGY
ERRG?

f
5
30-JuUL-80 11:38:40 PAGE 32-2

ONIc-3O—erNOSeTNV—OOOrTrNOOr

CIDMICO DMR=-11 FUNCTIONAL TESTS MACRO v03.01
GLOBAL SUBROUTINES

78
79

—OWNOTFTONONWNO NO

-—_OC

e=saPnldk

.EVEN

StEQ

6 .5
CZOMICO OMR=-11 FUNCTIONAL TESTS MACRO v03.01 30-JUL-80 11:38:40 PAGE 23

SEQ

GLOBAL SUBROUTINES

::"t"""""""'""'""t't"tttt'tt'"tQ0.""".""0""0"""

;:.tt.""'lt"t"""'"t"""ttttt"ttlt"t"'tt"t""""""t".'

3
g

:
:

9
10
1"

SUBROUTINE $DMRIN
FUNCTION =
CALLING FORMAT:

:
:
:

NESTING LEVEL

:
:
;
;
:
;

;

PC,

COMMAND
B

SDMRIN

- MAY BE CALLED FROM IN-LINE

CODE

(TEST,

SUBTEST OR TEST SEGMENT) OR FROM THE $LOOP

ENTRY CONCITIONS - MUST BE IN DMR MODE
FOR ALL COMMANDS EXCEPT WRITE MODEM

B = SEL4
{ = SEL6
FOR MODEM WRITE
8 = BITS TO CLEAR IN SEL6
C = BITS TO SET IN SEL6
NESTPC = 1 = SUBROUTINE NESTED WITHIN ANOTHER SUB.

;

.WORD
.WORD
WORD

SUBROUT INE

:
:

20
2
22
23
24
25

JSR

(MACRO CALL =-- DMRIN A,B,()

18
19

TO PERFORM A DMR MODE INPUT COMMAND

= 0 - SUBROUTINE NOT NESTED.

EXIT CONDITIONS = IF NO ERROR = DMR11 MODE INPUT COMMAND PERFORMED.

;

;;'t'Qttt'ttt't"t't'tt'ttt"tttttttfitttttttlttttttttt'ttttlt'tt"tttt'

35 012060
36 012060
37 012064
38 012066
28 8}%?55

005737
001005
011637
162737

002374

$DMRIN:

002372
000004

002372

41 012100
42 012106

117637
117677

000000
000000

002340
170116

REGISTERS

DESTROYED

:;t'ttttttt.t.tt""ttt'ttt""t'tt'ttt'tttttttttt't'tt'ittl'tt'tt't'tt

NESTPC
18
(SP),SUBRPC
#4,SUBRPC

;1S THIS SUBROUTINE ESTED?
:1F YES - DON'T CHANGE SUBRPC.
:SAVE PC FROM WHERE THIS SUBR. WAS CALLED.
:BACKUP TO PC OF ACTUAL CALL

MOVB
MOVB

a(SP),SAVE
a(SP),8BSELD

:SAVE DMR INPUT COMMAND
:SET UP DMR INPUT COMMAND.

WAIT

RDI

;INC RETURN PC LEFT ON STACK.
;REQUEST INPUT.
:SAVE THE CURRENT NEST FLAG.
:USE THE FLAG TO SHOW THE WAIT
;ROUTINE IS NESTED.
;WAIT FOR SETTING OF RDI

JSR

PC, SWAILT
.WORD
0

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

¢3 012114
46 012120
45 012126
46 012132
47
48 012140

062716
052777
013746
012737

012140
012144

004737
000000

010274

4«9 012146

012637

002374

MOV

(SP)+ ,NESTP(C

;RESTORE THE ORIGINAL NEST FLAG.

012152

103003

000004

ADD

86, (SP)

:UPDATE RETURN ADDRESS.

S0 012152
51 012154

062716

52 012160 000433

000002
000040
002374
000001

ST
BNE
MOV
SuB

170104

002374

ADD
BIS
MOV
MOV

#2,(SP)
#RQ1,QSELO
NESTPC,-(SP)
#1,NESTPC

BNERROR 5%

10$

;eene MACRO EXPANSION weev
R

23!

2 2 3]

:1F NO ERROR, OK = PROCEED.

“ERROR EXIT,

BC(

CZOMICO DMR-11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 33-1

SEQ

GLOBAL SUBROUTINES
NNNO

NNON

S HO0ONVCO0OO0O00MNY

WNONIN 22

NNV

[o Yo XV IV XV, TV TR -3
NS OO
&~

b
e
e

PO
NORONINORMNININON
N

PRIV

b rd o

OO0
COO0OO0O0OO0O0O0O

pury

(=]

2162
NN

OO0O0O0

]

000005

002340

000000

000002
000000

5%:

z2HODEH.SAVE

170036
170026

ADD
MOV

#2,(5P)
9(SP),8SEL6

ADD

#2,(SP)
7%

8I(

ADD

8(SP) ,9SELS
#2,(SP)
a(SP) ,aSEL6
#2,(SP)

;CLEAR MODEM BITS
;INC. RETURN PC LEFT ON STACK
;SET MODETM BITS
;INC. RETURN PC LEFT ON STACK.

WAIT

RQI

;CLEAR RQ] AND WAIT FOR RDI TO CLEAR

JSR

PC,

1ST
BNE
CLR

NESTPC
15%
SUBRP(

;WAS THIS ROUTINE NE>TED?

(LR

SAVE

;RESTORE

000002

047677
062716
057677
062716

000000
000002
000000
000002

004737

010704

005737
001002
005037

002374

005037
000207

002340

002372

;1S THIS A MODEM WRITE?
;1F YES = SET/CLEAR BITS.

(MPB
BEQ
MoV

170012

6%:

ADD

170000

BIS

7%:

10%:

15%:

RE TURN

8(SP) ,8SEL4

SCLRQI

;PASS VALUE FOR SEL&

(VALUE,

ANY,

;PASS VALUE

(VALUE,

ANY,

;DEPENDS ON THE DMR COMMAND)
;INC. RETURN PC LEFT ON STACK.
FOR SEL6

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

seeee MACRO EXPANSION wveee

;CLEAR RQ] AND WAIT FOR IT TO Bt CLEARED.
Jreee

cren

;BR [F YES
;CLEAR P(

TEMP VALUE

1 .5
CZOMICO DMR-11 FUNCTIUNAL TESTS MACRO v03.01 30-JUL-80 11:38:40 PAGE 34
) —

::'l""t"t'."""""""""""'"""'.QQ""Q."".."'.Q"""'
';'l""tt"t'l"'"0""'"""'"""'"'.'."".."'"""""Q'."'

O N8

sus ROUTINE $BACC

JSR

.WORD

SELO

"WORD

SEL6

"WORD

SEL&

$BACC

:BA/CC IN COMMAND
*BUFFER ADDRESS

‘BA BITS 16 & 17 AND
s CHARACTER COUNT

(MACRO CALL == BACCIT

OR (MACRO CALL == BACCIR

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

NESTING LEVEL

BACCIT A,8)

BACCIR A,B)
CODE

(TEST,

ENTRY CONDITIONS

NO WV

;

£41T CONDITIONS

REGISTERS DESTROYED

IF NO ERROR - DMR11 BA/CC COMMAND IN PERFORMED
NOT AFFECTED

::"QQ'Q""""Q"'i""""'"t't"'tt"""t'i"tt'..t"'t't"..'.ti
SR AZX2 2

002372
000004
000000
000002
000001

WN =2 O O

103003

000000
000002
000000

“ 01
45 012364

062716

000002

012364

004737

010704

012370
012370
012374
012400

005037
005037
000207

002374
002372

o
o

Wo
NOoO

017677
062716
017677

$BACC:
602372

22X R

MOV

002374

167670

167660

20%:

R0 RRRRRRRRRRRRRRRRRRRRRRRll)

(SP), SUBRP(

:SAVE PC FROM WHERE THIS SUBR.

@(SP),aBSELO

:SET UP BA/CC COMMAND IN (TRANSMIT OR RECEIVE)

44, SUBRPC

ADD
MOV
WAIT

22, (SP)
#1,NESTPC
RO

JSR

105

SUB

MOVB

167722

010274

N
O

TO PERFORM A BUFFER ADDRESS/CHARACTER
COUNT IN COMMAND

CALLING FORMAT:

062716
000414

[& S BN
~N - OOV~

FUNCTION -

NN 20O

WNAMANAMNNAINI
NI NONININOINVIANIN) = b = b b d b D b b

NO NS NN =20 000

:
:

000004

46
47
«8
49

SEQ

GLOBAL SUBROUTINES

PC, SWAIT
L.MORD
O

:BACKUP TO PC OF

ACTUAL

CALL

- INC POINTER ON STACK
:FLAG THAT THE NEXT SUBROUTINE
SWAIT FOR SETTING OF RDI

WAS CALLED.

1S NESTED.

ceeee MACRO EXPANSION sees

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

[X % 3 |

BNERROR 10%

“1F NO ERROR - PROCEED

ADD

24, (SP)

208

:CORRECT STACK FOR ERROR EXIT.

CEXIT

MOV
ADD
MOV

a(SP),aSELL
£2,(SP)
3(SP),3SELG

:SET BUFFER -ADDRESS
©INC POINTER ON STACK
SSET UP BUFFER COUNT AND BUFFER ADDRESS

ADD
WAIT

#2,(SP)

< INC POINTER ON STACK

JSR

PC. $CLRQI

CLR
(LR

NESTPC
SUBRP(

RE TURN

BC(

;BITS 16 ¢ 17

;CLEAR RQ] AND WAIT FOR RDI TO CLEAR
ieves MACRO EXPANSION setee

SCLEAR RQ] AND WAIT FOR [T TO BE CLEARED.
:‘tl'

SCLEAR THE NEST FLAG
:CLEAR PC

asNe

J
5
CJOMICO DMR=-11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 35
wn) —

GLOBAL SUBROUTINES

'Q""".""t""""""""Q"'."'."'.""""""...'QQ""'."
""'.""'l"""""""""""Q"."'."'.Q""""""Q"Q"""

~NO N

SUBROUTINE SERROR

“. ®e Bs B B B Ve B Ve B B 0,

O00C0
- ad o b

000022

RESTORED

208:

AR R

R0 RRRRRRRRRRRRARRARRRD]

RRRRRRRRRRRRRRRRRRRRRRR

NESTPC

;1S THIS ROUTINE NESTED?
;BR IF YES (PC ALREADY SAVED)

suB

#4,SUBRPC

;BACKUP TO THE PC OF

MOV
MOV

RO,-(SP)
R1,-(SP;
#BASE+3,RO
#6. ,R1

;SAVE RO
;SAVE R1

(RO)
¢

;IS THE NAK COUNT NON-ZERO?
;1F YES = REPORT SOFT ERROR
<LOOP UNTIL DONE.

(RO)
¢+, (RO)

;ARE

MOV
MOV

1S18

8EQ

25%:

RS Z

TST
BNE

BNE
DEC
BNE
(mPB
BNE
CMP

002114

2222202222222

MOV

30$%:
500
502

22X

1S18

000001

104457
000005
012526

EX TSI

22X

108:

002641
000006

1f ANY NON-ZERO VALUE FOUND IN THE BASE TABLE A

SOFT ERROR IS DECLARED.

REGISTERS DESTROYED

002372

o=
=)

3888588 [

002372
000004

~J
N

0046
0146
2700
\Y,]

N
y
~N

162737

NESTPC = 1 = SUBROUTINE NESTED WITHIN ANOTHER SUB.
= 0 - SUBROUTINE NOT NESTED.

EXIT CONDITIONS

ERROR

002374

SHOULD BE OONE AFTER PROPER SHUTDOWN

ENTRY CONDITIONS

108
(SP),SUBRP(

30$

20%

30%

718, LSTEST

25%

(RO)

308

;SAVE PC AFTER THE CALL TO SWAIT,

:THE

THE ACTUAL CALL

INSTRUCTION AFTER THE

;POINTER TO ACTUAL BASE

CALL.

TABLE

COUNTS,

;CHECK THE 6 NAK BYTES IN THE TABLE

THE REPS THE

SAME?

:1F NOT - REPORT ERROR,
;1S THIS TEST 18 (LARGE BUFFER TEST)
St
P
g

b D b b od =D e

NO VNS WIN 2OV

PO TNIPD NI NINONIN) b

005737
001005
011637

A PN

NO VNS UWN 20V

CAN BE NESTED WITHIN ANOTHER ROUTINE

NESTING LEVEL

TABLE ERROR COUNTS

$ERROR

PC,

JSR

CALLING FORMAT:

= OOV

A NN AN AN N

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

FUNCTION -

8 8 B

StEQ

YES - ALLOW 1

REP

F NOT TEST 18 - REPORT

IF NON ZERO.

BNE
BR

«0$%

:1F ZERO - OK.

(MPB
BGE

#1,(RO)
40%

;1S THE REP 0 OR 1?
:IF YES - OK (WE ALLOW 1 REP BECAUSE
;IN TEST 18 AT LOW BAUD RATES 1 REP IS
EXPECTED.)

ERRSOFT S,EMS3 ERRGL

;REPORT

SOFT

ERROR

TRAP

.WORD
.WORD

T
CSERSOF

$
EMS3

CZDMICO OMR-11 FUNCTIONAL TESTS MACRO v03.01

oo
owm

NTNT NTNT.NTNT,ST.§) ~N
VARV N
R N IVIVI,S I ST ST SIS el (=4
VRN
=0
SOOI
O &»
LSS,
ST VT N1,V
WVIWVAIWVAOAW

[e]leloleleleo Nalelolelelalels] o
pry
-l cd el pnd b
b el el D el o e

OO
OO NN NN
NNV
2O 000 ~NO N

GLOBAL SUBROUTINES

015456
005737
001002
005037

012601
012600
000207

002374

002372

40$%:

45%:

EMS3:

K
5
30-JUL-80 11:38:40 PAGE 35-1

SEQ
.WORD

TST
BNE
(LR

NESTPC

;1S THE ROUTINE NESTED?

SUBRPC

;CLEAR SAVED PC

Mov
MoV
RETURN

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

;RESTORE R1
;RESTORE RO

LASCIZ

/BASE

.EVEN

459%

;BR IF YES

TABLE

ERRORS/

62
ERRGL

L .S
CZOMICO OMR~11 FUNCTIONAL TESTS MACRO v03.01 30-JUL=-80 11:38:40 PAGE 37

SEQ

i) —

GLOBAL SUBROUTINES

':Q"".'Q"t'Qtt"'tt""'""""".".".""'.Q'.""'."'"""t"

':'."'l"'Q""'""""'""""l".l"'.""".".'.."'""'t""ti

O N B

SUBROUTINE SHALT
TO SHUTDOWN THE DMR11

= OO O0B

NONE

EXIT CONDITIONS

OMR SHUTDOWN

REGISTERS

NO EFFECT

WIN =2 OO0

YOV

PIOPIPIN)
b b b d e ead ad b o b

ENTRY CONDITIONS

FUNCTION

24 012610
012610
25 012612

103430

012612

004737

26 012616
012616
27 012620

103425

012620
012624

004737
000001

OO N OO0

g $SSEACORLE g:gfigunna

oald

—td el el e el D e ol ol =

LY —

[elelelelalelelelalelelalalale]

WD
—-On

28 012626

002372

000001

002374

167440

004737
000000

gwbu&

002372
000004
000042

103421

032777
001005

167442

010274

010704

010274

000001

167376

1046455

000204
012712

suB

MOVB
CLRB
MOV
WAIT

(SP),SUBRPC
#4,SUBRP(

#RAI'HLT,QSELO

8SEL2
#1 NESTP(
ROI

:SAVE THE PC WHEN THE SUBROUTINE WAS CALLED.
;BACK UP TO THE ADDRESS OF THE ACTUAL CALL.
;ISSUE A HALT
;CLEAR ANY QUTPUT PENDING
;FLAG THAT THE NEXT SUBROUTINE

IS NESTED.
FOR RDI
MACRO EXPANSION ewvee
WAIT ROUTINE
THAT WE'RE WAITING FOR RDI

JSR

PC, SWAIT
.WORD
O

;WAIT
sever
;CALL
;FLAG

BERROR

20%

;1F ERROR, EXIT

WAIT

Ra1

JSR

PC, $CLRGI

sCLEAR RQI AND WAIT FOR RDI TO CLEAR
seeve MACRO EXPANSION eeee
;CLEAR RQI AND WAIT FOR IT TO BE CLEARED.

BERROR

20%

:1f ERROR, EXIY

WAIT

RDO

JSR

PC, SWALT

;WAIT FOR RDO
svene MACRO EXPANSION etee
;CALL WAIT ROUTINE

BERROR

20%

:1F ERROR, EXIT

BIT
BNE
ERRDF

#ONTRL ,8SEL2
108
& ,EMS4 ,ERRG?

;1S THIS A CONTRCL OUT?
;1F YES - PROCEED
.ERROR

WORD

:t".

LA R 2

;"'t

BfS

20%

BCS

20%

BCS

20%

LR AR

;FLAG THAT WE'RE WAITING FOR RDO
;.'-.

teee

TRAP

.MWORD
.WORD

000004
012712
015112
000410

032777
001004

MOV

001000

167360

20%

BlY

FHALTC,@SELG

BNE
ERRDF

20%
& ,EMSL,ERRG?

.WORD

;1S THE

CSERDF

&
EMS4

ERRG?

DMR HALTED?

;1F YES - EXIT
;ERROR - NOT EXPECTED CONTROL OUT.

TRAP

MWORD
.WORD

(SERDF

4
EMS4

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

012670
37 012672
38 012672

015112
042777

000207

40 012704

005037

002372

39 012700

2; 012710
63 012712

012715
012720
012723
012726

005037

000207

123

124
127
105
17

002374

104
116
122
122

167334

208:

mS
30-JuL-80 11:38:40 PAGE 37-1

.WORD
8IC

#RDO!(CMD.ASEL2

(LR

SUBRP(

CLR

RETURN
125

117
040
122
000

EMS4:

SEQ

(ASCIZ

.EVEN

NESTP(

/SHUTDOWN ERROR/

;CLEAR RDO AND COMMaAND BITS.

JCLEAR

THE

NEST

;CLEAR THE PC.

FLAG

ERRG?

CZOMICO OMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 38

$EQ

GLOBAL SUBROUTINES
1

A2 A

BRI
(ax

g
g
g

R R R XN R

R R R

02 L)

RRRIRRZRRALLRAR

2000200 R dRRRRRddd

)

02000000 Rddldd)

SUBROUTINE $KOMO

;
:
;

FUNCTION = TO READ THE CONTENTS OF THE ROM
ENTRY CONDITIONS - ROMADR = ROM ADDRESS
EXIT CONDITIONS - BSEL6 = CONTENTS OF ROM ADDRESS

REGISTERS

E;"t"""'"."""""""""'?'."'tfit"i.'QQ"."""'Q..."""'

17 012732
18 012732

$ROMO:

- NO EFFECT

":"""'t."""""""'t""'"'.'.'tt'.itt"'tt"'."'."'."'.."'

005077
113777

167274
002411

167270

CLR
MOVE

3SELO
ROMADR+1,3SEL2

SINIT
-SET HIGH BYTE OF ROM ADDRESS

g; 012752 012777

121053

167260

MOV

#121053.3SEL6

:SET UP MICROINSTRUCTION TO

19 012736

20 012744

052777

001000

167260

BIS

28 013002
29 013010
30 013016
3N
32
33 013024

34
35 013032

36 013040
24

052777
042777
042737

000400
001400
000377

167244
167236
013050

BIS
BIC
BIC

052777

000400

167200

BIS

#STUP,QSELO

:ADD ADDRESS OF BRANCH.
;ENABLE SEL6
;SET UP MICROINSTRUCTION T0
;BRANCH IMMEDIATELY TO PC. BRANCH IS
;NECESSARY TO TRANSFER PC SHADOW REG TO PC
;CLOCK THE INSTRUCTION

042777
052777

001400
002000

167172
167164

BIC
BIS

100000

;MICRO INSTRUCTION OPCODE FOR IMMEDIATE

153737
052777
013777

gg 013046

000207

4«0 013050

100000

"ENABLE SEL6 TO BE USED AS MAINTENANCE REG.

;MOVE 18US* 2 TO OBUSY 13
;(OBUS* 13 IS A SHADOW REGISTER FOR
;BITS 8-11 OF THE PC)
#STUP,QSELO
;CLOCK THE INSTRUCTION
#ROMI!STUP ,3SELO ;CLEAR
#377,1%
;CLEAR ADDRESS FIELD OF BRANCH INST.

24
25 012760
26 012766
27 012774

#ROMI ,@SELO

002410
001000
013050

013050
167214
167214

B1SB
BIS
MoV

RETURN

1%:

.WORD

ROMADR ., 1%
#ROM] ,ISELD
1$,3SEL6

;ROM PC = ROM ADDRESS
#ROM]!STUP,@SELO ;CLEAR
;CLOCK IN A MAINTENANCE ROM QUT
#ROMO,3SELD
;ROM CONTENTS ARE NOW IN SEL6.

;BRANCH (ROM ADDRESS IS ADDED INTO BITS 0-7)

8 6
CZDMICO DMR-11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 39

SEQ

20000 ~NO N & (o —

GLOBAL SUBROUTINES

‘;'t"""t"""""""t""""Q"""Q""..'.""'.'Q"."""""
';t'Q't't't'.""""""'.""Q""'"'Q't"'.""""'."""'"""t

SUBROUTINE $LOOP
FUNCTION = TO ISSUE AN EXTENDED CONTROL IN TO SET

UP THE MODEM LOOPBACK UESIRED BY THE USER.
WMAINT = O - DON'T WRITE MAINT. BITS
WMAINT = 1 - SET BITS

o ad —d b

ENTRY CONDITIONS -

(WMAINT SET IN INIT CODE)

~NO N

OMCMDE = O - DMR MODE
DMTURN = TURN AROUND CONNECTOR

2OV

AN AN A PNINI NI NI RINI NI NON) 2 b b

SN =2 O OO NO VS

35
36

37 013126
38 013134
39 013142
40 013142
41 013150

005737
00i0¢1
005737
001436
011637
162737
022737
001007
012737
012737
000406

NOT DESTROYED

002276

308

:1F NOT - EXIT,

002372
000004
000006

MOV
suB

(SP),SUBRP,
#4,SUBRP(

000004
000010

MOV
MOV

108
#MAINTZ,100%
#MAINT1,1018
20%

BEQ

CMpP
BNE

108:

DMCMDE

;00 WE NEED TO WRITE THE MAINTENANCE BITS?

#LLOOP ,DMTURN

MOV
MOV

#MAINTT,1008
#MAINTZ2,101%

012737

000001

002374

MoV

#1 ,NESTPC

005037
005037
000207

CALL

SCMRIN
.WORD

WORD
.WORD

000000
002374
002372

:SAVE THE PC AFTER THE CALL TO $LOOP
;BACKUP TO THE PC OF THE ACTUAL CALL.
;1S LOCAL MODEM LOOPBACK DESIRED?
:1F NOT - PROCEED.
;ENSURE REMOTE LOOPBACK IS CLEAR.
:SET MAINT BIT FOR LOCAL LOOPBACK
:IN ALL OTHER LOOPBACK CONFIGURATIONS

013156
013160

46
47
48
49

R 200 RRdRRRdRRiRdRtdsd)

;1S THE DMR IN DMC MOCE?
sIF SO, EXIT (CAN'T DO DMR MODE INPULT)

WMAINT

002306

2220200 R R0

30$

187
BNE
1S7

000010
000004

000005
000000

013162
013162
013166
013172

REGISTERS

012737
012737

42 013154
43 013156

22 013160

2222223222 2222222222222
220022 R0
R RRRRRRRRRRRRRRRRRR 2 Q)

SR 2X 222

013052
013052
013056
013060
013064
013066
013072
013100
013106
013110
013116
013124
013126

EXIT CONDITIONS

CLR
CLR

RETURN

NESTPC

SUBRP(

WMODEM

O
O

;SET MAINTENANCE 2 (CONFIG. TYPE 1,3,7)
;ENSURE REMOTE LOOPBACK IS CLEAR,
sSET MAINT BIT FOR REMOTE LOOPBACK

:FLAG THAT THE NEXT SUBROUTINE IS NESTED.
:DMR MODE INPUT COMMAND
;WRITE MODEM COMMAND

;BITS TO CLEAR [N MODEM REGISTER
:BITS TO SET IN MODEM REGISTER
sCLEAR THE NEST FLAG
;CLEAR P(,

¢
6
(ZDMICO DMR-11 FUNCTIONAL TESTS MACRO v03.01 30-JuUL-80 11:38:40 PAGE 40

SEQ

r—

GLOBAL SUBROUTINES

;"'t"'t"'tt"t"""'Qt"'""""'t'"""Q""""""Q"""""

RN
R
P

THREE BUFFER AREAS:

AR TN WA

1. IF MEMORY MANAGED, 32K - 48k
2. FREE MEMORY, IF MORE THAN 4K BYTES.
3. IF 2 OR 3 NOT POSSIBLE, DEFAULT &K
DEFAULT BUFFER WITHIN THIS DIAGNOSTIC.

16-20

ENTRY CONDITIONS

BUFNUM = # OF RCV & XMIT BUFFERS

EXIT CONDITIONS

MMANAG = 1
MEMORY MANAGEMENT USED
MMANAG = 0
MEMORY MANAGEMENT NOT USED
ADDRESS OF RECEIVE BUFFER (VIRTUAL)
=
RCVBUF
RCVBUF+2
=
CHARACTER COUNT
RCVBUF+4
=
ADDRESS OF NEXT RECEIVE BUFFER
(UP TO 646 ADDRESSES AND COUNTS)
ADDRESS OF TRANSMIT BUFFER (VIRTUAL)
XMTBUF
(UP TO 64 ADDRESSES AND COUNTS)

REGISTERS

NOT

CALLED ONLY BY TESTS

IR WA
LTI
YRR

002372
000004
002350

012746
012746
012746
012746
104437

000340
023572
000004
000003

DESTROYED

REZ

BUFFS:

002372

MOV

suB

CLR
SETVEC

SRR

(SP),SUBRPC

lkfigugRPC

NXMFL

AR RZARRRRRRRRRRRRRRRRRRRRRRRRRRRRR2)

;SAVE PC AFTER THE CALL TO $BUFFS
:BACKUP TO THE PC OF

#4 ,ONOXMEM, #PRIO7 ;SET UP TRAP &

THE CALL.

(WILL SET FLAG FOR NXM)
#PR107,-(SP)
MOV
MoV
MOV

000010

MOV
TRAP
ADD

002350

TST
ST

anrrsTe
NXMFLG

;ADDRESS MEMORY MANAGEMENT REG
:1S THE FLAG STILL CLEARED?

002120

003000

BNE
CmP

30%
LSHIMEM, #3000

012737

000001

002302

MOov

:1F THERE IS NO MEMORY MANAGEMENT.
:BR TO USE NON-MEMORY MANAG. BUFFERS.
;1S THERE AT LEAST 48k WORDS? (16K WORDS
:FOR BUFFERS)
:1F NOT, USE NON-MEMORY MANAG. BUFFERS.

012700
104441

000340

43 013250
22 013252

001143
023727

46 013260

002537

PC,$BUFFS

NESTING LEVEL

[

Yoo.

011637
162737
005037

47 (13262
48 013270
013270
9 013274

- JSR

CALL

':"'ttt.tt""""'t""""ii't't"t""i".'t.""ttt'it"it'ti"'t'

177572

TO DETERMINE BUFFERS FOR TEST 15 - 19,
THIS
SUBROUTINE WILL USE ONE OF THE FOLLOWING

FUNCTION

NIV =2O 000N
NPV

2
2
2
23
24
25
26
27
28
29
30
3N
32
33
34 013174
35 013174
36 013200
37 013206
38 013212
013212
013216
013222
013226
013232

SUBROUTINE $BUFFS

';"""Qt'lt""""'""'"'""'"""Q'.'""t""""""""""'

N =2O O

1
1
1
1
1
1
1
1
1
1

BLT

SETPRI

30%

#1 ,MNANAG
#PRIO7

;NOTE:

- (SP)
#NOXMEM,
¥4 ,-(SP)

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

THE FLAG WILL BE SET BY THE TRAP

;FLAG THAT MEMORY MANAGEMENT IS USED
;MAKE SURE WE ARE IN KERNEL MODE.
MOV

TRAP

;SETTING PRI SHOULD SHOULD ALSO CLEAR

#PRIO7
RO
C$SPRI

D 6
CZOMICO DMR=-11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 40-1

SEQ

GLOBAL SUBROUTINES

50
51 013276
gg 81%%8%
54 013326
55
56 013312
57 013314

58 013316
59 013322
60 013324
61 013332
62 013340
63 013346

012701
012700

172300
000010

012721

005300
001374
012701

MOV
MOV

#172300,R1
#8..R0

077406

MOV

#77406,(R1)+

172340

DEC
BNE
MOV

RO
108
#172340,R1

64 013354
65 013362
2? 013370

005011
012761
012761
012761
012761
012761
012761
012761

000200
000400
002000
002200
002400
002600
007600

68 013376

012703

000400

71
;% 8};2?2

012737

000001

764 013414

012?01

000040

77 013424
78

012224

80 013432
81 013434
82 013436
83 013440
84 013442

001050
005301
001372
005303
001364

87 013450

005024

8% 013464

69 013402
70

;g 81;2%2

79 013426

gg 81%223
88 013452
89 013456
90 013460
91 013462

012704

012702

005737

012701

177572

168

020000

177572

94 013470

012737

060000

96 013504

022737

MOV

#1,88177572

;:VIRTUAL ADDRESS 60000 - 111776
;ENABLE MEMORY MANAGEMENT

MOV

#32..R1

:COUNTER FOR INNER LOOP OF TEST PATTERN

MOV

(R2) ¢+, (R4)+

18T

NXMFLG

:WRITE TEST PATTERN
*PHYSICAL ADDRESS 200000 - 237776

MOV

BNE
DEC
BNE
DEC
BNE

MOV

#60000,R4

#8CCITT,R2

LOOP OF TEST PATTERN

;USE VIRTUAL ADDRESS TO MAP TO PAR §
:GENERATE A TEST PATTERN IN THE 1ST 8K WORDS

;ADDRESS FOR 32. WORD TEST PATTERN.

;FLAG WILL BE SET IF WE ADDRESS NXM.

29%
R1
16%
R3
15%

:1F NXM = DON'T USE MEMORY MANAGEMENT.
:DO TH INNER LOOP 32. TIMES

#20000,R1

:COUNTER TO CLEAR THE NEXT BK WORDS

(R4) +

:CLEAR VIRTUAL ADDRESS 120000 - 157776

;D0 THE OUTER LOOP 256. TIMES

ar17715172

;TURN OFF MEMORY MANAGEMENT

003236

MOV

#60000, XNTBUF

:VIRTUAL ADDRESS OF XMIT BUFFER

000001

002324

cMp

#1,BUFNJN

;1S THERE ONLY 1 XMIT & RECEIVE BUFFER?

037777

002322

120000 003636

103 013534

012737

004000

002322

012737

000376

002322

106 013544

:COUNTER FOR OUTER

CLR

002324

000515

‘PAR 5. ADDRS 240000 - 257776 (BUFFER PAGE 3)
‘PAR 6. ADDRS 260000 - 277776 (BUFFER PAGE &)
:PAR 7, ADDRS 160000 - 677776 (1/0 PAGE)

NXMFLG
29%
R1
17

000007

104 013542
105 013544

:ADDRESS OF KERNEL PAR 0
:PAR 0, ADDRS
0~ 17776
:PAR 1. ADDRS 20000 - 37776
‘PAR 2. ADDRS 40000 - 57776
‘PAR 3. ADDRS 200000 - 217776 (BUFFER PAGE 1)
:PAR &, ADDRS 220000 - 237776 (BUFFER PAGE 2)

ST
BNE
DEC
BNE

022737

001004

sWRITE BITS FOR THE FOLLOWING PAGE DESCRIPTION
:READ/WRITE ACCESS, 128. BLOCK PAGE LENGTH.
‘WRITE ALL PDRS.

#256.,R3

CLR

101 013524

102 013532

15¢

(R1)
#200,2(R1)
#400,4 (R1)
#2000,6(R1)
#2200.10(R1)
#2600.12(R1)
#2600.14 (R1)
#7600,16(RD

BITS 14 & 15
;GET ADDRESS OF KERNEL PDR REG O.
‘WRITE PDR REG 0-7.

MOV

002350

005037

001004
012737
000525

000002
000004
000006
000010
000012
000014
000016

002416

002350

97 013512
98 013514
99 013522
100 013524

CLR
MOV
MOV
MOV
MOV
MOV
MOV
MOV

060000

005737
001036
005301
001372

95 013476 012737

108

MOV

20$:

BNE
MOV
BR

20%
#37777.BUFSIZ
60%

:VIRTUAL ADDRESS OF RCV. BUFFER
‘1F NOT, BR
:EACH BUFFER 1S 16K BYTES

CMp

#7 ,BUFNUN

;ARE THERE 7 XMIT & RECEIVE (14 TOTAL BUFFER)?

MOV

#4000,8BUfFS12

:EACH BUFFER IS 2K BYTES

MOV

#376,BUFS1Z

BNE
21%:

0120006.RCV8UF

‘DOES AN NXM TRAP OCCUR?
:1F SO DON'T USE MEMORY MANAGEMENT,

21%

60%

“1F NOT - MUST BE 64 BUFFERS
JEACH BUFFER 1S 254. BYTES.

E
6
CZOMICO DMR-11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 40-2

SEQ

GLOBAL SUBROUTINES

000511
005037

177572

005037

002302

012700

000004

104436

29%:

30%:

021227

003406
010237
011200
062700
000405

333

bNOObOO:NON S>00 SRS

~ ~

— Wiy

VAVAVAWA
S B

-—

w
o
~
o

LM ML

NN A AN N

D il

b oo

13632

OO0 O0O0O0O0O0OO0D

O NO NS W20

CLR

anrIsTe

:TURN OFF MEMORY MANAGEMENT

CLR
CLRVEC

MMANAG
[

;FLAG THAT MEMORY MANAGEMENT NOT USED.

002000

003236

012737
012700

004236
002000

003236

013737
060037
010001
022737
001415
022737
001004
006201
006201
006201
000405

003236
003636

003636

000001

002324

000007

002324

012704

000007

46%:

47%:

010137

162737

002322
000002

002322

062737

000001

002322

002416
000040

40%:

45%:

006201
005304
001375

003236

35¢%:

50%:
51¢:

TRAP 4.

MOV

44 ,RO

TRAP
CS$CVEC
BETWEEN
TRAP
CSMEM
MoV
RO,R2

;FIND THE

CMP

aR2, #2000

;THE DIAGNOSTIC AND THE DRS (SUPERVISOR).
;1S THERE AT LEAST 1K WORDS? (NOTE: CONTENTS
;OF THE RETURNED ADDRESS OF THE START OF FREE

BLE

35¢

MoV
MOV

000001

;RESTORE

010002

OO0O0O0O00Oo

b:\bwnvunvungr
OO
~NOWN
N

il ad wud
il
b el
el
D
e
D e
ol
el
D
D e
D

WNAN NN NI NI A NI NI PPN NI A b b et b b
W) = OO
NO N
NN 2OV
NO WD

D
)
el
)
D
e
it
-l el

—B
b
b
e
e
e
o
e
e

60%

MEMORY

104431

WAAVAVVAWVVAVAVAWAA

R2, XMTBUF

3R2.,R0

BIC
BR

#B170,R0O
408

MOV
MOV

#2000,R0

#81GBUF
, XMTBUF

FREE MEMORY AVAILABLE

;MEMORY CONTAIN THE AMOUNT OF

AVAILABLE MEM.)

;1F NOT AT LEAST 1k, USE DEFAULT BUFFER.

;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.

;CALCULATE THE RECEIVE BUFFER ADDRESS

BEG
(MP
BNE
ASR
ASR
ASR
BR

XMTBUF ,RCVBUF
RO,RCVBUF
RO,R1
#1,BUFNUM
(7%
#7,BUFNUM
45%
R1
R1
R1
(7%

Mov

#7,R4

;DIVIDE BYTES BY 128.

ASR
DEC
BNE

R1
R&
46%

;SHIFT RIGHT 7 TIMES

R1,BUFSIZ

;SAVE THE BUFFER SIZE IN BYTES.
sADJUST BUFFER SIZE BECAUSE WE
;MWILL ADJUST BUFFER STARTING ADDRESS.
;ENSURE WE START WITH AN EVEN # OF BYTES.

MOV
ADD
MOV
(MP

MOV

sus

#2 ,BUFSIZ

BIC
ASR

#1,BUFSIZ
RO
RO,R1

MOV
MOV

XMTBUF ,R2

;AS STARTING IN THE 2ND HALF OF

THE BUFFER.

;BUFFER SIZE IN WORDS.
;ARE WE SETTING UP 1 RECEIVE AND XMIT BUFFER?

;1F YES - R1 = BYTE_SIZE FOR BOTH BUFFERS.
;ARE WE SETTING UP 7 RCV & 7 XMIT BUFFERS?

;1F NOT WE MUST NEED 64 RCV & 64 XMIT BUFFERS.
:R1

= # BYTES

;# OF

WORDS

IN THE BUFFERS/8

IN ALL XMIT BUFFERS.

:SAVE # OF WORDS IN ALL RCV BUFFERS.
;ADDRESS OF START OF XMIT BUFFERS.

MOV
MOV

#$CCITT,
RS
#32.,R4

;ADDRESS OF TEST PATTERN

MOV
DEC
BEQ

(R3)+, (R2)

;WRITE TEST PATTERN INTO ALL XMIT BUFFERS.

55%

:1F YES PRCCEED.

:# OF

WORDS

;ARE ALL

IN THE

TEST PATTERN.

THE XMIT BUFFERS WRITTEN?

Fo6

CZOMICO DMR=11 FUNCTIONAL TESTS MACRO V03.01 30 %480 11:38:40 PABE.40-3

GLOBAL SUBROUTINES
160 013756
161 013760
162 013762
163 013764
164 013764
165 013770
166 013770
167 013772
168 013774
169
170
171 013776
172 013776
173 014002
174 014006
175 014012
176 014012
177 014014
178 014020
179 014024
180 014026

005304
001373
000766

181 014030

005200
005302
001370

183 014032
184 014036
185 014042

013700
012701
013702

188
189
190
191
192

014052
014054
014060
0164062
014066

010021
013711
160321
063700
005303

195 014076

005200

186 014046

193 014070
194 014074

196 014100

013702

003636

005022
005301
001375

003636
003636
002324

010021
013721
063700

002322
002322

012703

032703
001001

005703
002002
012703

204 014114
205 014120

005037
005037

003236
003236
002324

000004

568

€s:

658

002322

00000

;CONTINUE WITH TEST PATTERN TILL DONE.

MOV

RCVBUF,R2

;ADDRESS OF RECEIVE BUFFERS

CLR
DEC

(R2)+
R1

;CLEAR ALL RECEIVE BUFFERS.

MOV
MOV
MOV

RCVBUF,RO
#RCVBUF
R
BUFNUM,R2

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

MOV
MOV
ADD

RO, (R1)+
BUFSIZ,(R1)+
BUFSIZ.RO

BNE

RO
R2
658

;SAVE THE RECEIVE BUFFER ADDRESS
:SAVE THE BUFFER SIZE
:CALCULATE THE NEXT BUFFER ADDRESS.

MOV
MOV
MOV

XMTBUF , RO
#XMTBUF
R
BUFNUM,R2

;ADDRESS OF TRANSMIT BUFFERS
:TABLE OF XMIT BUFFER POINTERS.
:NOF XMIT BUFFERS.

MOV
MOV
SUB
ADD
DEC

RO, (R1)+
BUFSIZ,(RD)
R3,(R1}+
BUFSIZ,RO
R3

;SAVE THE XMIT BUFFER ADDRESS.
:SAVE THE BUFFER SIZE.
:VARY THE BUFFER SIZE
:CALCULATE THE NEXT BUFFER ADDRESS
:CHANGE THE CHARACTER COUNT VARIABLE.

INC

: CHANGE "EVEN TO ODD ETC.

000004

002350
002372

MOV

BIT
BNE
728:

758

SEQ

R4
518
508

INC
DEC

002322

005302
001357

000207

558.:

DEC
BNE
BR

BNE

013700
012701
013702

197 014100
198 014102
199 014104
200 014110
201 014110
202 014112

206 014124

;START AT BEGINNING OF

TEST PATTERN.

563

HGRS

#8170,R3
728

:CHANGE EVEN ADDRESS TO ODD & ODD 10 EVEN.
:CALCULATE ALL THE BUFFER ADDRESSES.

:R3 IS USED TO VARY THE CHARACTER COUNT.

;IS THE CONTENTS OF R3 0DD
:1F YES, DON'T ADJUST BUFFER ADDRESS.

1ST
BGE
MOV

R3
75%
#4,R3

;WHAT [S R3.
:CONTINUE UNTIL R3 = -1
:RE=INIT. THE R3 VARIABLE AGAIN.

DEC
BNE

R2
708

:CALCULATE ALL THE XMIT BUFFERS.

(LR
CLR

NXMFLG
SUBRP(

;RESTORE FLAG USED IN TRAP VECTOR.
:CLEAR PC.

RE TURN

(JOMICO DMR=-11

G 6
30-JUL=-80 11:38:40 PAGE 41

FUNCTTONAL TESTS MACRO v03.01

W) —

GLOBAL SUBROUTINES

sEQ

;;t'."'tttt't"'t"""'""'""'."""""""".""".Q..""'."
;;t'tt"t'ttt't"""""'""'"'t"'."."".""'.."Q"'.'.""."'

SUBROUTINE $INOUT

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

ENTRY CONDITIONS - BUFNUM = # OF RCV AND XMIT BUFFERS

PORNINIPITNVPIPIN)
=2 b v cd el b b b D b

NOWVELWN 2OV

ALL BUFFERS SET UP IN
THE SBUFFS SUBROUTINE.
WAIT3 = # OF OQUTER LOOP TIMEOUT COUNTERS.

2OV

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

EXIT CONDITIONS

REGISTERS

- RO - RS DESTROYED

NOWVMEB NN

005037

002372
000004
000001
002324
002324
002324
002324
002352
002354
002272

012702
012703
012704
012705

003636
003236
003636
003236

012700

000200

104441

013737
n2rr

002316
000143

012701

001000

002372

22X

$INOUT:

R
2

X222
2

MOV

MOV
MOV
MoV

MOV

MoV

CLR
CLR
(LR

MOV
Mov

AR SRR

SuB

Mov
MOV
SETPR]

XERRRR
R

SRR

NNNNOO
[+ YoWNaTo
1 N

[elelelele
)

—

RCRRRRRRRRRA D

(SP) ,SUBRP(

;SAVE THE PC AFTER THE CALL TO SLOOP

#1 ,NESTP(
BUFNUM, INRCV

;FLAG THAT ANY SUBROUTINE USED WILL BE NESTED.
:# OF BA/CC IN RECEIVES

#4,SUBRPC

;BACKUP TO THE PC OF

THE ACTUAL CALL.

BUFNUM, INXMIT
BUFNUM,OUTRCYV
BUFNUM,OUTXMT
INFLAG

;& OF BA/CC IN TRANSMITS
;& OF BA/CC OUT RECEIVES
;# OF BA/CC OUT TRANSMITS
sCLEAR INPUT BA/CC FLAG

START

;CLEAR FLAG TO SHOW START UP NOT DONE (SET
sAFTER CONTROL IN)

OUTFLG

#RCVBUF ,R2
#XMTBUF ,R3
#RCVBUF ,R&
#XMTBUF RS
#PRI0&

;CLEAR QUTPUT BA/CC FLAG
:ADDR OF
;ADDR OF
;sADDR OF
;ADDR OF
;SET THE

RCV. BUFFER
XMIT BUFFER
RCV. BUFFER
XMIT BUFFER
PRIORITY TO

TABLE (FOR INPUT)
TABLE (FOR INPUT)
TABLE (OQUTPUT CHECKING)
TABLE (OUTPUT CHECKING)
LEVEL & TO ALLOW THE
MOV
#PR104,RO

002320

165756

8$%:
:
108

MOV
Move

WAIT3 WALTS

MOV

#1000,R1

: INNER LOOP COUNTER

#1ESET!RQI!BASEL,@BSELO ;FIRST COMMAND - BASE

;OPERATOR INTERRUPT ENABLE.

BREAK

;THE

002352

002354
129%:

CSSPRI

;DMR TO INTERRUPT AT LEVEL 5
;TIMEOUT COUNTER DETERMINED BY BAUD RATE.

INFLAG AND OUTFLG SET

TST
8EQ
TST
BNE

INFLAG

;SERVICE ROUTINES)
;ARE THE INPUTS DONE?

QUTFLG
20%

:ARE THE OUTPUTS DONE?
S1F YES EXIT WALT LOOP.

DELAY

;WAIT

129

IN.

CALL TO

SUPERVISOR TO ALLOW CONSOLE

: (NOTE:

005737
001403
005737
001026

Rt RRRRRRRRRdRRRRRRRRR

TRAP

104422

(¥}

;IF NOT KEEP CHECKING.

100 MICROSECONDS.

($BRK
TRAP
INTERRUPT

IN THE

INTERRUPT

(INISR DONE?)
(OUTISR DONE?)

CZOMICO DMR-11 FUNCTIONAL TESTS MACRO v03.01 30-JUL=80 11:38:40 PAGE 41-1

GLOBAL SUBROUTINES

014276

014302
014304
014310
014312
014316
014320
014324
55 014326
56 014330
57 014332
58 014336
59 014340

012727

000000
013727
000000
005367
001375
005367
001367
005301
001353
005337

001346

014360
014342
014344
014346

104455
000002
017715
014604

62 014350
22 014352

000453

65 014352
66 014356
67 014362
68 014366
69 014372

012700
012701
013702
005737
001403

72 014402

012003

;? 8}2263

73 014404
74 0146406
75 014410
76 014412
77 014414
78 014420
79 014422
80 014426

81 014426

012737

012104
011005
022021
001412
005737
001402
005037

014426
014430
014432

104455
000014
020127

82 014436
83 014440

000420

014434

122324
001005
005305
001374
005302
001353

94 014464

005737
001402
005037

95 014470

MoV

002116
177772

177756
DEC

BNE
DEC
BNE
ERRDF

002320

R1
10$
WAIT4

8s
2,EMG2,ERRG!

;CONTINUE IN LOOP UNTIL R1 = 0.

.WORD
MOV
.WORD
DEC
BNE
DEC
BNE

;ALSO PRINT # OF BUFFERS NOT COMPLETE.
20$:

003636
003236
002324
002302

000001

177572

408

002302

177572

618

65%:

000411

002302

177572

50%:

51%:

60%

JEXIT

MoV
MoV
Mov
TST
8EQ

#RCVBUF ,RO
#XMTBUF R
BUFNUM,R2
MMANAG
40%

SsRECEIVE BUFFER POINTER TABLE ADDRESS.
: TRANSMIT BUFFERS
:# OF RCV. AND XMIT BUFFERS.
:ARE THE BUFFERS MEMORY MANAGED?
;IF YES - PROCEED.

MOV

(RO) ¢+ ,R3

;ADDRESS OF A RECEIVE BUFFER.

MoV

9 ,M77572

72
21,(PC)e

0
LSOLY, (PC)+
0
=6(PC)
.=b
=22(PC)
.=20

;DECREMENT OUTER LOOP COUNTER
:1F NOT DONE = GO THROUGH INNER LOOP AGAIN.
s TIMEOUT MESSAGE.
TRAP
CSERDF

.WORD
.WORD
.WORD

016152

84 014440
85 014442
86 014444
87 014446
88 014450
89 014452
90 014456
91 014456
92 014456
93 014462

000001

SE@

2
EMGZ
ERRG1

;TURN ON MEMORY MANAGEMENT

MOV
MOV
cMP
BEQ
TST
BEQ
CLR

(R1)+,R4
8RO,RS
(RO)+,(R1)¢
45%
MMANAG
413
aM77572

;ADDRESS OF A TRANSMIT BUFFER.
s CHARACTER COUNT.
;ARE THE CHARACTER COUNTS THE SAME?
;1F YES = PROCEED.
;1S MEMORY MANAGEMENT TURNED ON?
;1F NOT - SKIP TURN OFF.
:TURN OFF MEMORY MANAGEMENT.

ERRDF

12,EMG12,ERRG1O

60%

JEXIT

(mMPB
BNE
DEC
BNE
DEC
BNE
BR

(R3)+,(R&) ¢
50%
RS
45%
R2
40%
60%

sARE THE CHARACTERS THE SAME?
:IF NOT - ERROR EXIT
;CHECK ALL THE CHARACTERS

TST
8EQ
(LR

MMANAG
51%
77572

;1S MEMORY MANAGEMENT TURNED ON’
;IF NOT = SKIP TURN OFF,
:TURN OFF MEMORY MANAGEMENT.

TRAP
LMWORD
.WORD

;CHECK ALL THE BUFFERS.

.WORD

CSERDF
12
EMG1?

ERRG10

CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01

GLOBAL SUBROUTINES

96 014470

ERRDF

1046455

005737
001402
005037

002302

062777
042777
022737
003011

000120
000100
000021

60$%:

NN
\

—
S0

(oS AV, 1V, )

177572
o—l—.
oo

)

000017
020223
016236

—d el

I
6
30-JuL-80 11:38:40 PAGE 41-2

6'%:

SeEQ

15,EMG1S5,ERRGY2

TRAP

LWORD
.WORD
.WIRD

187

BEQ
(LR
BIC
81C
(MP
BGT

CSERDF

15
EMG1S
ERRG12

;1S MEMORY MANAGEME'!T TURNED ON?
;1F NOT = SKIP TURN OFF.
;TURN OFF MEMORY MANAGEMENT.

MMANAG

61%

77572

NLESET!IECLR,8SELO ;DISABLE BOTH INPUT [NTERRUPTS
#1EO,ASEL2
;DISABLE OUTPUT INTERRUPT
M7.,LSTEST
;1S THIS TEST 17, 18 OR 19 ?

;IF NOT - SHUTDOWN,
sNOTE:
:DOING AN UPDATE [N TESTS 17 - 19, ALLOWS

629

:THE USER TO CHECK OUT REMOTE LOOPBACK BETER.
A SHUTDOWN WHEN TESTING THE REMOTE LOOPBACK,

014536
014536
014542
014544
014546

004737
000011
000000
000000

012060

014550

b
d

YV
(V.

b
—

004737
000001

014556
014560
014560

000402

014560

004737

010274

62%:

012550
63%:

6 014564

W NO VWA =2ON0

il
bl
el
ol
sl
el
el
—

NORLNLRNVRNVLPVRINI
N = —e

7 014564

014564
014570
014572
014576
014602

012700

000340

005037
005037
000207

002374
002372

106441

UPDATE

JSR

PC,

SOMRIN

.WORD
.WORD
.WORD

UPDATE
0
0

sreee MACRO EXPANSION evee

;sCALL DMR MODE INPUT RNUTINE
; INPUT COMMAND
sNO SEL4
sNO SEL6
RELE

112 014550

014554

DMRIN

;WOULD CAUSE THE CONNECTION TO BE DROPPED.
:D0 A DMR UPDATE.

WAIT

RDO

JSR

PC,

Yete

;WAIT FOR RDO

;eeve

SWAIT

.WORD

MACRO

EXPANSION

wveve

;CALL WAIT ROUTINE

;FLAG THAT WE'RE WAITING FOR RDO
;'Qt.

LA R R

63%

SHUTDN
SHALT

;SHUT DOWN THE DMR
;eeee MACRO EXPANSION wnee
:DMR HALT ROUTINE.

JSR

PC,

SETPRI

#PR107

;RETURN PROCESSOR PRIORI[TY

(LK
(LR

NESTPC
SUBRP(

sCLEAR NESTED FLAG.
;CLEAR PC.

RETURN

;"t.

Teee

TO 7

MOV
TRAP

#PR107,RO

($SPRI

C(IOMICO DMR-11 FUNCTIONAL TESTS MACRC v03.01

GLOBAL ERROR REPORT REPORT

SECTION

30-JuUL-80 11:38:40 PAGE &2

.SBTTL

SEQ

1
2
3

SIITIILITTE 000000000t
i 7000007007000 0000000 17070000101071711717
o/
THE GLOBAL ERROR REPORT SECTION CONTAINS ERROR MESSAGES

////////é/é////////’//////,///////////////////////////////////// 11117111111

GLOBAL ERROR REPORT REPORT SECTION

THAT

ARE

USED

IN MORE

THAN ONE

TEST.

VEN

8 014604

BONMSG

014604

9 014604

0164604

013746

014620

010600

014610
014614

014622
01646246
10 014630
014630
014634
014640
014644
014650
014652
014654
11 014660
0164660
014664

012746
012746
104614
062706

165354
165346
016322

104414
062706

000010

014710

013746

002324

014720
014724

012746
010600

000002

12 014710

014714

014726
014730

012746

000010

014734

013746

002322

014754

062706

000006

012746
012746
010600
104414

14 014760
15 014764
16 014770
17 014774
18 015000
19 015006

005437
005437
005437
005437
063737
063737

21 015022

063737

20 015014

22 015030

015030
015034

063737

013746

PRINTB

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

PRINTB

WFMG2,8S5EL4,8SELO ;PRINT SEL4L AND SEL2 CONTENTS.

PRINTB

#FMG21,BUFNUM

;¥ OF BUFFERS

PRINTB

#FfMG22,BUFSIZ

;BUFFER SIZE

002324

002330

002326

#FEMGY,
- (SP)
#2,-(SP)

TRAP
ADD

C$PNTB
#6,5P

MoV
MoV
MOV
MoV
MoV
TRAP
ADD

8SEL2,-(SP)
8SELOD,-(5P)
#EMGY,=-(SP)
#3,-(SP)
SP,RO
CSPNTB
#10,SP

MOV
MOV
MOV

8SELG,-(SP)
8SELL ,-(SP)
#FMG2,=(SP)

TRAP
ADD

(SPNTB
#10,SP

MOV

BUFNUM,-(SP)

[ [0}
([0}

#2,-(SP)
SP,RO

TRAP
ADD

002326
002330

INRCV
INXMLT
OUTRCV
oUTXMY
BUFNUM, INRCV
BUFNUM, INXM]T

002334

ADD

BUFNUM,OUTXMT

002332

ADD

PRINYB

BUFNUM,OUTRCV

:NEGATE BUFFER VALUES

SP,RO

#3,-(SP)
SP,RO

#FMG21,-(SP)
C$PNTB
#6,5P

MOV

BUFSIZ,-(SP)

ADD

#6,SP

MOV
MOV
MoV
TRAP
NEG
NEG
NEG
NEG
ADD
ADD

SUBRPC,=(SP)

MOV
MOV

MOV

017515
000002
002326
002330
002332
002334
002324
002324

[ [0]"

MOV
MOV

017447

000006

014740
014744
014750
0164752

ERRG1::

THAT SUBROUTINE WAS CALLED.

000003

104414
062706

13 014734

:PC

[ [0]"

000006

017746
017746
012746

014702
014704

#FMG3, SUBRP(

016354
000002

165400
165372
016270
000003

012746
010600

PRINTB

002372

017746
017746
012746
012746
010600
104414
062706

014670
014674
014700

ERRG!

#ENG22,-(SP)
#2,-(5P)
SP,RO
(SPNIB

;CALCULATE BUFFERS ASSIGNED.

sCALCULATE BUFFERS RECEIVED.

#FNG2Y, INRCY, INXMLT

Mmov
MoV

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

CZDMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 42-1

GLOBAL ERROR REPORT REPORY

015040
015044
015050
015052
015054
23 015060
015060
015064
015070
015074
015100
015102
015104
246 015110
015110

25 015110

26
27 015112
015112
28 015112
29 015116
30 015120
015120

015124
015130
015134
015136
015140

31 015144

32 015144
015144
015150
015154

015160
015164
015166
015170

33 015174
015174
015200

015204
015210
015214
015216
015220

34 015224

015224
35 015224

012746
012746
010600
104414
062706

017542
000003

013746
013746
012746
012746
010600
104414
062706

002334
002332
017623
000003

000010

37 015226
38 015232
390 015234

015234
015240

#¥MG24,0UTRCV,OUTXMT

ENDMSG

BGNMSG
005737
001412

002372

013746

002372

L10002:

000006

017746
017746
012746
012746
010600
104414
062706

165064
165056
016270
000003

017746
017746
012746

165040
165032
016322

012746
010600
104414
062706

ERRG?2
TST
BEQ
PRINTB

SUBRPC
10%
#FMG3, SUBRPC

ERRG?Z::
;1S THE ERROR [N A SUBROUTINE?
;1F NOT, DON'T PRINT SUBR. PC
:PC THAT SUBROUTINE WAS CALLED.

016354
000002

108:

000010

PRINTB

#FMG1,aSELO,aSEL2 ;PRINT SELO AND SEL2 CONTENTS.

PRINTB

#FMG2,85EL4,@SELO ;PRINT SEL4L AND SEL2 CONTENTS.

000003

000010

ENDMSG

BGNMSG

005737
001412

002372

013746
012746

002372
016354

MoV
MoV
MOV
TRAP
ADD

#EMG23,-(SP)
#3,-(SP)
SP,RO
CSPNTB
#10,SP

MOV
MOV
MOV
MOV
MOV
TRAP
ADD

OUTXMT ,=~(SP)
OUTRCV,=(SP)
#FMG24 ,-(SP)
#3,-(SP)
SP,RO
C$PNTB
#10,SP

TRAP

(S$MSG

MOV

SUBRPC ,=(SP)

MOV
MOV
MOV
TRAP
ADD

#FMG3,-(SP)
#2,-(SP)
SP,RO
CSPNTB
#6,SP

MOV
MOV
MOV
MoV
MOV
TRAP
ADD

8SEL2,-(SP)
8SELO,~(SP)
#FMG1 ,-(SP)
#3,-(SP)
SP,RO
CSPNTB
#10,SP

MOV
MOV
MOV

8SEL6,-(SP)
8SELG,
= (SP)
#EMG2 ,-(SP)

TRAP

CSMSG

MoV
MOV

SUBRPC ,=(SP)
#ENGI,-(SP)

MOV
MOV
TRAP
ADD
110003:

104423

36 015226

015226

PRINTB

104423

012746
012746
010600
104414
062706

SEQ

SECTION

ERRG3

ST
8EQ
PRINTB

SUBRPC
108
#FMG3,SUBRPC

#3,-(SP)
SP,RO
C$PNTB
#0,sSP

ERRG3::

;1S THE ERROR [N A SUBROUTINE?
s1F NOT, DON'T PRINT SUBR. P(
:PC THAT SUBROUTINE WAS CALLED.

L
6
CZOMICO DMR-11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 42-2

SEQ

NN PO RO PO N NI PO NI A A)~N
~N~NO
O OO NN "
HANOSOIOO0OMNO »

000002
000006

10%:

164750
164742
016270

PRINTB

#rMG1,SELO,8SEL2 ;PRINT SELO AND SEL2 CONTENTS.

-t

[=]
&~
w

000003

o
(=]

00O
ANV ONVNNO ST NNOSHF OO0

A U A U W
L At L W A L U A A U
WM

WA
~4
~N

D oD —

IV N

012746

D oD i
D o
o
o
il i
e

AWA WA AA WAV

el e
i
D
D e
D
e
D
e e
D
D
D e
D e

D e

A WA A WA VA W WA VA WAA

~a
—-o

WA WA VAW

(=lelalelalolelololelalelolalSlolololololalolalalaladolelalolodad o

GLOBAL ERROR REPORT REPORT SECTION

001011

000010
100000

164714

000001

164716

012746
012746
010600
106414
062706

016426
000001

122777
00101

000002

012746
012746
010600

016457
000C01

062706
000424

000004

012746
012746
010600

016457
000001

062706
000413

000004

105777
001010

164612

012746
012746
010600

017424
000001

062706

000004

000441

106414

104414

BIT

BNE
cmP8
BNE

PRINTB

000004
164664

12%:

15%:

20$:

20%

#1,8BSEL3
12%
FEMGS

25%

(mMPB
BNE
PRINTB

#2,3BSEL3
15%
#FEMGS

25%

PRINTB

#EMGS

25%

1S18

#BSEL3
25%

BNE
PRINTB

#EMG19

;1S THE RUN BIT SET
:1F RUN SET, CHECK.
;010 CPU MICRO. FAIL?
;1F NOT SEE IF LU FAILED.
:CPU MICRO. FAILED.

Mov
MOov
TRAP
ADD

#2,-(SP)

Mov
Mov
Mov
MOV
MOV
TRAP
ADD

8SEL2,-(SP)
@SELO,=(SP)

MoV
MOV
MoV
TRAP
ADD

#FMG4 ,-(SP)
#1,-(SP)

MOV
Mov
MOV
TRAP
ADD

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

MOV
MOV
MOV
TRAP
ADD

#EMGS,=(SP)
#,-(SP)

MOv
MOV
MOV
TRAP
ADD

#FMG19,-(SP)

TRAP

CIMSG

SP,RO
CSPNTB

#6,SP

#FEMGT,-(SP)
#3,-(SP)

SP,RO
CSPNTB

#10,SP

SP,RO
CSPNTB

#6,SP

;DID LINE UNIT MICRO. FAIL?

sLINE UNIT FAILED.

;NO RUN - MASTER CLEAR FAILED.

;1S BSEL3 STILL 0?
;1F NOT - SEE IF MICRODIAG. RUN.
;DEVICE IS NOT DMR (DM(C?)

25%:

ENDMSG

104423

#RUN,QSELO

L1000¢:

SP,RO
CSPNTB

¥4 ,SP

SP.RO
CSPNTB

e ,SP

#,-(SP)

SP,RO
CSPNTB

#,SP

.[(ZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-B0 11:38:40 PAGE 42-3
M6

SEQ

GLOBAL ERROR REPORT REPORT SECTION

82
83
84
85
86
87
88

S:i:gyrwnunnn:~J~u~u~nahahononu-o-oana
K38
OrNOSTOIrNNOS
SN
OOSTN

AR VA VWAV AN

VW IV JV [V JV TV LV LV SV AV, IV IV (VW IV IV IV, ]
VIV (W TV TV IV
(W TV LV LV LV LV

o
o

78
79

AV AVA WA WA VAWV WA VAW VAN WA WA WD AWA WA WA WA WA W

75
76
7

ccgogocooceeeeSeeeeeeeeeaee9seageaeseelressesssesegese

64 015456
015456
65 015456
66 015462
67 015464

015572

BGNMSG

005737
001412

002372

013746
012746
012746
010600

002372
016354
000002

062706

000006

105737
001003

002641

104414

105737
001416

005046
153716
005046
153716
012746
012746
010600
104414
062706

015630
015630
015634
015636
015642
015644
015644
5644
5646
5652
5654
5660
5664
5670

PRINTB

178

SUBRPC(

10%
#FMG3, SUBRPC

::
ERRG4

;1S THE ERROR IN A SUBROUTINE?

:1F NOT, DON'T PRINT SUBR. PC
:PC THAT SUBROUTINE WAS CALLED.

1ST8

BASE+3

BEQ

1578

BASE+6
12%

PRINTB

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

BNE
11%:

11%

002641
016510
000003
000010

002643

12%:

1S18

BASE+S

1ST8

BASE+8.

PRINTB

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

BNE

13%:

BEQ

CLR
B1SB
CLR
8Is8

MOV
MOV
MOV
TRAP
ADD

1S78

BASE +4

T1ST8

BASE+7

PRINTB

#FfMG9,<B,BASE+4>,<B,BASE+7>

BNE

002645
15%:

BEQ

SP,RO
CSPNTB

#6,SP

=(SP)

(SP)
SE
+6,
BA
-(SP)

BASE+3, (SP)

REMG7 ,=(SP)
#3,-(SP)

SP,RO
CSPNTB

#10,SP

149

002643
016561
000003

164%:

SUBRPC,=(SP)
#FMG3,~-(SP)
£2,=-(SP)

13$

002646

002642

CLR
8ISB
CLR
BIs8
MOv
MOV
MOV
TRAP
ADD

002646

000010

Mov
Mov
MOV
MOV
TRAP
ADD

;ONLY PRINT NON-ZERO VALUES

002644

602
604
610
5614
5620
5622
5624

TST
BEQ

002644

74
76

ERRG4

=(SP)

BASE+8.,(SP)
-(SP)

BASE+S5, (SP)
REMGS ,~(SP)
#3,-(SP)

SP,RO
CSPNTB

70,sP

15%

16%

-(SP)

002645

BASE+7, (SP)

002642
016632
000003

(SP)
SE
+4,
BA
#ENGY,=(SP)

=(SP)

#3,-(SP)

SP,RO

CZOMICO OMR~11 FUNCTIONAL TESTS MACRO v03.01 30-JUL=-80 11:38:40 PAGE 42-4

SE@

GLOBAL ERROR REPORY REPORT SECTION

015672
015674
89 015700
90 015700
91 015704
92 015706
93 015712

105737
001003
105737
001416

015714

005046

9 015714
95 015714

015716
015722
015726
015730
015734
015740
015742
015744

96 015750
97 015750

015750
98 015750

104414
062706

153716
005046
153716

012746
012746
010600
104414
062706

000010
002650
002647

17¢:

015756
015762
015764
015766

103 015772

BASE+10.
17%
BASE+9.
208

PRINTB

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

002650
016703
000003
000010

208
ENDMSG

L10005:

104423

BGNMSG

015752

TSTB
BNE
TSTB
BEQ

002647

99
100
101 015752

102 015752

168

012746

012746
010600
104414
062706

ERRG?

PRINTB

016773

#fMG12

;BA/CC OUT RECV

015772
015776

017746
017746

164242
164234

016006
016012
016014
016016

012746
010600
104414
062706

000003

016022
016026
016032
016036
016040
016042

016446
012746
012746
010600
104414
062706

177776
017154
000002

016046
016046

106423

PRINTB

105 016046

106

107 016050

108 016050

016050
016054

PRINTB

#FMG13,85€L4,a5EL6 ;ACTUAL BA/(CC

012746

016741

000001

#FMG15,-2(R4)

JEXPECTED BA/CC

ENDMSG

BGNMSG

016050

CLR

-(SP)

BISB
CLR
BISB
MOV
MOV
MOV
TRAP
ADD

BASE+9.,(SP)
=(SP)
BASE+10.,(SP)
#EMG10,
= (SP)
#3,-(SP)
SP.RO
CSPNTB
#10,5P

TRAP

CMSG

MOV

#EMG12,-(SP)

MOV
MOV

ASEL6,
= (SP)
ASEL4 .- (SP)

MOV
MOV
TRAP
ADD

#3,-(SP)
SP.RO
C$SPNTB
#10,5P

MOV

000010

000006

(SPNTB
#10,
P

MOV
MOV
TRAP
ADD

016002 012746 017024

104 016022

TRAP
ADD

ERRG7::

000001

000004

L10006:
ERRG8

PRINTB

#fMG11

;BA/CC OUT xXM|T

#,-(SP)
SP.RO
CSPNTB
86, SP

#inG1%,-(sP)

MOV
MoV
MOV
MOV
TRAP
ADD

<2(R&) ,=(SP)
#FMG15,-(SP)
#2,-(SP)
SP.RO
CSPNTB
#6,SP

TRAP

CSMSG

L [0)Y]

#FEMGYY ,=(SP)

ERRGS::

MOV

#1,-(SP)

B 7
CZOMICO DMR=-11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 42-5

SE@

GLOBAL ERROR REPORT KEPORT SECTION

016060
016062
016064

010600
104414
062706

000004

016070
016074

017746
017746

164144
164136

016104
016110
016112
016114

012746
010600
104414
062706

0000C3

016120
016124
016130
016134
016140

016546
016546
012746
012746
010600

177776
177774
017100
000003

016144

062706

000010

016150
"3 016150

104423

109 016070

PRINTB

#FMG13,3SEL4,SSEL6

;ACTUAL BA/(C

016100 012746 017024

110 016120

016142

111 016150

104414

113

114 016152

115 016152

016152
016156
016162
016166
016172
016176
016176

016146
016046
012746
012746
010600
104414
062706

016202
117 016202

104423

116 016202

000010

016204
016210
016214

016220
016224
016226
016230

120 016234

016234
121 016234

016146
016046
012746

012746
010600
104414
062706

016236

123 016236
124 016240
125 016242

ERRG10

PRINTB

#FMG16,-2(R0),-2(R1)

ENDMSG

MOV
MOV

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

MOV
MOV
TRAP
ADD

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

ERRG11

MOV
MOV
MOV
MOV
MOV

=2(RS) ,=(SP)
=4 (R5) ,=(SP)
#FEMG14
. -(SP)
#3,-(SP)
SP.RO

ADD

#10,SP

TRAP

CSMSG

MOV
MOV
MOV
MOV
MOV
TRAP
ADD

=2(R1),=-(SP)
-2(R0)
.- (SP)
#FMG16.-(SP)
#3,-(SP)
SP.RO
CSPNTB
#10,5P

TRAP

CSMSG

MOV
MOV
MOV

<4 (R1),=(SP)
-4 (R0)
.= (SP)
#EMG17.=(SP)

TRAP

CSMSG

CSPNTB

ERRG11::

#FMG17,-4(RO),-4(R1) :;RCV BUFFER & XMIT BUFFER

MOV
MOV
TRAP
ADD

ENDMSG

L10011:
ERRG12

DEC
DEC
PRINTB

#inG1%,-(sp)

ERRG10::

000003

BGNMSG

005303
005304

;RCV CC & XMIT CC

L10010:

PRINTB

177774
177774
017262

000010

SP,RO
(SPNTB
#,SP

TRAP

L10007:

104423

122 016236

;EXPECTED BA/(C

ENDMSG

BGNMSG

0162064

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

177776
177776
017203
000003

118 016204

119 016204

PRINTB

BGNMSG

016152

MOV
TRAP
ADD

MOV

000010

R3
R4
#FMG18.R3.R4

ERRG12::

:BACKUP TO RECEIVE ADDRESS
:BACKUP TO TRANSMIT ADDRESS
:PRINT OUT ADDRESS

#3,-(SP)
SP.RO
C$PNTB
#10,5P

SEQ

GLOBAL ERROR REPORT REPORT SECTION

016262
016244
016246
016252
016256
016260
016262

010446
010346
012746
012746
010600
104414
062706

016266
016266

104423

133 016270

045

134 016322

045

126 016266

127
128
129
130

132

016273
016276
016301
016304
016307
016312
016315
016320

016325
016330
016333
016336
016341
016344
016347
016352
135 016354
016357
016362
016365
016370
016373
016376
016401
016404
016407
016412
016415
016420
016423
136 016426
016431
016434
016437
016442
016445

016450
016453
016456

017335
000003
000010

ENDMSG

123

FMG1:

_ASCIZ

/XASELO:

X06XA SEL2:

XO06XN/

123

FMG2:

.ASCIZ

/X%ASEL4L:

X06XA SEL6:

X06IN/

105
117

FMG3:

_ASCIZ

/XAERROR

IN SUBROUTINE CALLED AT PC: XO6XN/

FMG4:

(ASCIZ

/XACPU MICROTEST FAILEDXN/

105
072
117
101
105
072
117
116

114
040
066
040
114
040
066
000

060
045
045
123
062
045
045

105
072
1z
101
105
072
17
116
045
122
122
116
125
117
18}
040
114
104
124
103
045
045
045
120
115
122
105
040

114
040
066
040
114
040
066
000
101
122
040
040

064
045
045
123
066
045
045

11
104
000

101

125
116
103
114
040
040
072
117
116
101
125
m
117
123
106
114
045

L10012:

1M1
123
122
124
105
101
105
101
120
040
066
000
103

040
103
124
124
101
105
116

80
Ré4,=(SP)

Mov
Mov
Mov
Mov
MOV
TRAP
ADD

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

TRAP

C$MSG

]

c 7
CIOMICO OMR=-11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 42-6

0o 7
CZOMICO DMR-11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE &42-7

SeQ

120
122
072
104
101

FMGY:

LASCIZ

/XANAKS~BAD HEADER RCV: XD3XA SENT: XD3XN/

FMG10:

LASCIZ

/XAREPS-RCV: XD3XA SENT: XD3IN/

OO
=85O
&~
VYNBSS WMV OWVWNINWOY

105
055
126
045
045

VNS WWNWNOO
=
= WO

016706
016711
016714
016717
016722

063
000

O SO —wWor

101

141 016703

104
116

RCV: XD3XA SENT: XD3IN/

VNS LMWV

045

016676
016701

/YANAKS-BAD DATA

OWOWWNN

113
102
040
101
122
103
040
063
040
116
040

101

—_ et
s O =S OOMNINO
&~ —

101
055
104
105
105
122
072
104
101
105
072

045

ASCIZ

O = ed cd h

016635
016640
016643
016646
016651
016654
016657
016662
016665
016670
016673

140 016632

FMG8:

OO =2 =0

113
102
040
124
040
103
040
063
040
116
040
063
000

101

101
055
104
101
040
122
072
104
101
105
072
104
116

016564
016567
016572
016575
016600
016603
016606
016611
016614
016617
016622
016625
016630

RCV: XD3XA SENT: XD3XN/

OOON =

045

102
106
040
103
040
063
040
116
040
063
000

/XANAKS=NO BUFFER

SOV

139 016561

040
106
122
122
072
106
101
105
072
104
116

JASCIZ

QOO =2 = QOO 2O b

118

113

055

016521
016524
016527
016532
016535
016540
016543
016546
016551
016554
016557

101

— b bt b

016516

016513

FMG7:

SN0

101

056
111
117
123
106
114
045

/XALU. MICROTEST FAILEDXN/

OO = =2 OO =

045

125
115
122
105
040
11
104
000

LASCIZ

= —a —b

138 016510

016462
016465
016470
016473
016476
016501
016504
016507

FMGS:

O0OMNON

101

045

137 016457

NN
BN
ON) N —

GLOBAL ERROR REPORT REPORT SECTION

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

016725

016730
016733
016736
1462 016741
016744
016747
016752
016755

124
045
045
0645
115
040
103
117

105
072
104
116
101
1M1
102
103
125

143 016773

045

101

016760
016763
016766
016771

016776
017001
017004
017007
017012
017015
017020
017023
144 017024
017027
017032
017035
017040
017043
017046
017051
017054
017057
017062
017065
017070
017073
017076

145 017100
017103
017106
0171
017114
017117
017122
017125
017130
017133
017136
017141
017144
017147
017152
146 017154
017157
017162
017165
017170

123

040
115
116
116
103
102
103
125
103
115
104
000
045
103
101
040
104
056
117
101
103
101
103
116
040
104
116

045
130
103
104
104
056
17
101
130
103
104
117
124
104
116
045
130
103
104
104

103
115
104
000

30-0uUL-80 11:38:40 PAGE 42-8

116
040
063
000
130
124
101
040
126

FMG11:

.ASCIZ

/XAXMIT BACC OUT COMMANDIN/

SEQ

117
101
045

126
101
040
124
117
101
045

040
103
117
040
115
116
116

122

FMG12:

LASCIZ

/XARCV BACC OUT COMMANDXN/

101
124
114
040
104
040
066
040
124
114
117
124
040
065
000

101
125
040
101
122
045
045
101
125
040
125
040
045
045

FMG13:

,ASCIZ

/XAACTUAL

105
105
105
101
122
045
045
105
105
105
103
116
045
045

FMG14:

.ASCiZ

/XAEXPECTED ADDR. XO06XA EXPECTED COUNT XD5XN/

105
105
105
101
122

FMG15:

ASCI2Z

/XAEXPECTED ADDR. XO6XN/

101
120
124
040
104
040
066
040
120
124
040
125
040
065
000
101
120
124
040
104

ADDR. X06XA ACTUAL COUNT

XDSIN/

) and

D il

) ol

D il el

)

D el i

D e

D i e

D i il

D e

017173
017176

147

148

149

150
D el

b kb

b O Q) e e et e

o WOV
NS =0 -

-t ed Ot e e e O d D B DD D e
e B D) b =2 OO
OO
=2ON NSNS
=20ONNOO S 2=
PNINWNON 8 8 NOO £ OWNWNOMNNI
WNWNWO
O

-~ ~ NNNNNNNNYN ~
N ~nN NN
NI PO~
&~ w WA
= = 2 OO o

)t
—d d d b O =D —
O
—2OO0ON) 2N O
NN b B~ B NONO o

FMG17:
LASCIZ

/XARCV BUFFER AT X06%A XMIT BUFFER AT XO6XN/

FMG18:
LASC1Z

/XADATA DIFFERS AT RCV ADDR.

FMG19:

LASCI2
/XADEVICE NOT DMRXN/

OONOS LSOO NOSrOOOWN—

/XARCV CHAR.

2 O—S

OO Rt 2’ B OO
O
O—
= ONO =SSNSO
SN
VNWVMONWNOW
= OWVOWNMO 20NN

AN
AN N AN

D il el

LASCIZ

b ed e B D b b ed D e
(Db
== PONIO S =2 O =2NVNO
LN
O NSO OWVMS NS NONON

335

FMG16:

e ) e
el el il i O s = OO ) b =D = b
— 2 NONIWN O = NONS
O ~O0OO0

SR NOLOSNOONN
VN = = O =2 VA WIND) =2 A 8~ N

OO0 =2t cd O

wviuv

040
066
000
101

— D) i b
O

—_ONO
NNO

346

—

NNNNNNNNYNY
P
F R
W O o o o o
WHANPONINON)
~ -t
(VLS
VR gV e IV [, 8] ~N

— el e

[eYeTolelotlclelelolalolalalalalalolololelolalalelalelelolololalalolalolalolool
ol o) OOSOOOOOOOOOOO
o QGGG
Gaur G Ganr Gy

GLOBAL ERROR REPORT REPORT SECTION

CZDMICO DMR-11 FUNCTIONAL TESTS MACRO v03.01 30-JuUL-80 11:38:40 PAGE 42-9

SEQ

COUNT XDSXA XMIT CHAR.

COUNT ZDSIN/

XO6XA AND XMIT ADDR. XO06IN/

6 7
C{DMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuUL-80 11:38:40 PAGE 42-10

SEQ

116
072
0 3
0 0
04 5

05 S
103
} 22
25
105
04 5
04 b
04 0
1 15
04 0
1 2&
1 1é
0 72
06 3
00 0

/XABUFFER SIZE:

FMG23:

.ASCIZ

/XAIN

= RCV ASSIGNED:XD3XA

xXMIT ASSIGNED:XD3XYN/

FMG26:

.ASCIZ

/XAOUT - RCV RETURNED:XD3X¥A

XMIT RETURNED:XD3XN/

XDSIN/

——
oW

.ASCIZ

111
OB NWSROOWNONMWON

04 5
04 5
04 0
115
04 0
1 23

SO
NOSIOOD
VWV OOWVIW—=00N)

11 1
105

FMG22:

[

—

04 )
1 01
117
1 02
1 06
1 23
1 0A
1 16
04 5
25
1 05
1 23
1 05
04 5
04 5
04 5
1 16
05b
1 03
1 01

/XABUFFER STATUSXNXA# Of BUFFERS:XD3IN/

O STLWNEOOWNOSONON

017637

.ASCIZ

(v] S5O0
no OO

154 017623

FMG21:

—d e e et e et DO
O =
S OOONINIWNEON
NI=MN SN

N VA SN SN ANNAINI
NI N = b b
O WVIWO
o~ o

P ] - WO WVINI NS =M

i
D e
e

153

d e

152

25
0]
23
1 24

— i e s e e A DO 2
OO —
= OONONINEO N=NIEN) S —

OO =t b QO et b B ed ed e OO~ e cedh O ad b a2 d O OO
=D cd O bbb b ed d
25O O—=LO0O00O0ONINS
LSOO NNNOOONONO S 2IININNOO
VIV
= 3 a3 O =2 8 B NWO OO SO
NN
2O WO WNNONNO VSO0 —

017452
017455
017460
017463

017447

OCQ =ttt b b O = e e el s = O b =
SO
=000 NONSNO
VAVAWVIWVIAD
= O = S B NOWVORO &~ =

040
122
000

~ ~ NNNSNNNNNSNNNNNNNY
(¥ A WAAVLA
WA WA WAV
AW

151

017440
017443
017446

O»o
W~

GLOBAL ERROR REPORT REPORT SECTION

162 02

158 017762

159 020026

160 020055

161 020104
O = NO WV

= O

o
o)

~
~

el ——d

NN VAW =

WA N WY S OMNI NS NWOWMWNWINI NWVIVAE

—

o ol el

) b

P QU

T I

Y QP S Y o T

Y o

Y o S

Ty, Y

)

B () D e O

—

e e

) d

2 ) —

) ek

OOWNININIE
2O
20O ——
VWO NSNS O 20O NVO NV

/TIME

EMG?2:

LASCIZ

/TIME OUT - DURING INTERRUPT EXERCISE/

ND=2NOOCOOOCNOS
=
= a8
NS AWWINVNVNIOON
WO O ONNOOSIO

e cd e e

LASCIZ

EMGSB:
LASCIZ
/EXPECTED CONTROL OUT - NOT

EMGY:
LASCIZ

/UNEXPECTED CONTROL OUT/

MNIHN=NI=BND
£ OB VON

— e

NNONNV—L2ONSN
S =N
—
WNVMIONO
NNO SO —-28~0O -

—

NN S

EMGY:

EMG10:
ASCIZ
/ERROR = MULTIPLE

VNLVIONIO
NSO

N
PNOO
SN
—

[P§

CWWN=O

£ OO

el o e e = D) D) 2 e Dt b D R R b O b ed D DD B B OO D Db b
HSLOMNOONO =N =L NNNO == NN OO
NN =OOW
T2Vt OSIONNESIWO
NWVMNI—2WVWNO
— QOHLrONNONNOOSITO

S MNIWNO NI O

~ OO0
—

—

WVAO

~N SOOI
SOOI OON

-ao—.-a-.o—.o_ao_.—o_a-a—.—‘_ao_._o.ao_._._a—n_a—h—o—.-A_oo—n_ad_n-a_.—bo—‘—no—‘-‘-‘—.—ao_._._._a_o_=O =NV
OSSN 2OO0OWNOON 2N =2NOOOOO =20
NO = =RV
ONINON

VIMNIPONIN)
= —a

157

B 8

155
156

(ololelolalalale]

GLOBAL ERROR REPORT REPORT SECTION

CZOMICO DMR=-11 FUNCTIONAL TESTS MACRO v03.01

7
H
30-JuL-80 11:38:40 PAGE 42-11

EMG11:
LASCIZ
/BUFFER

EMG12:
ASCIZ
/CHARACTER COUNT ERROR/
ADDR.

SEQ

OUY/

XMITS/

ERROR/

RECEIVED/

o
o

165 020223

166 020236

167 020267

168 020341

169 020370

020376
020401
020404

[el=]=]= o [elelelolelolsle] o
—
b
ORI -l il i bk
wh [V IV P
—-Q00O ~N~N—NO
N &= O
- O~ D NSO

B D)

) i

—=OMN)

—

(=]

OOMNON)
=S NOWVION

-l
d
b =D

n ~
&~ o

MNN—LN—EN)
WS SVION

R W

- O i e O s
NNV
OO
OMNIN)

EMG14:
LASCIZ
/RCVD EXTRA DATA/

~N W~

O—=0ON =000

—

VAWVIND
&~

/ERROR - MULTIPLE RCVS/

EMG15:
.ASCIZ
/DATA ERROR/

& =2 NSOV

S 220N — — =

B D) b D d e —d b

NOOMN N

—

OOMN
—

.ASCIZ

EMG16:
.ASCIZ
/UNEXPECTED HALT RECEIVED/

OMNONNONWVO
= NSNS OOWMNO = NOo

VN = =28 aNO = =N

- ed e

OWVNEBENNOMNO OV

n)—

EMG13:

EMG17:
_ASCIZ
/CONTROL

EMG18:
LASCIZ
/SPURIOUS RDO INTERRUPT/

NO =S80

— -t =t OO

OMNINI VOO WN = S N

SO NONO =2 ON —=2NIONINININY
= 2N Q=2

o—o-oooo—.-n-o-a-._..n-o-b-.-n..a...—ao_a_aoo_a_a

PN
PO

—

Ry
=O
NN

O
cdcd e e e D oo e ) e o e e e O
el
e O i =2 O =2 O
—a—n—oo—.—o—a-ao-.—o_.—o—.—oo—o—._o_no—.-o_.-a_. — O
-—
ANIWVM—=0OO0ON N
o O = POV
S MTOMNMNVN =L P
NIO = = 8
N) =2 oo £ OOCOWNININOOOOOCIWONOOO
WO O O =B NOWVNNIN =8O = =205 NOWWNNNNYWVNONO
WVNOOWMENVESEONWVRNIWO
VO WM~ 2O N0~

NN NIV ~nN

jol=l=l=] [eleleleleolololola] o

164

w
W

163

GLOBAL ERROR REPORY REPORT

[V .Ya,]
My
M=

(ZOMICO DMR=-11 FUNCTIONAL T

7
1
?lgaCRO v03.01 30-JUL-80 11:38:40 PAGE 42-12

EMG19:
.ASCIZ
/mB207 PROGRAM TIMER QUT OF RANGE/

IN PROBLEM -

SEQ

IN INTERRUPT ROUTINE/

C{OMICO DMR-11

FUNCTIUNAL TESTS MACRO v03.01

GLOBAL ERROR REPORY REPORY

170

020407
020412
020415
020420
020423
020426

11
122
125
117
122
107

SECTION

115
040
124
106
101
105

105
117
040
040
116
000

30-JUL-80 11:38:40 PAGE 42-13

.EVEN

SeQ

7
K
CZOMICO DMR-11 FUNCTIONAL TESTS MACRO v03.01 30-JUL-80 11:38:40 PAGE 44

SEe

LOAD DEVICE PROTECTION TABLE

}

.SBTTL

SHIETINL1 0000000000000 00 0000000000007 7770770027010107772207107770177077717717171777

b)
9

:/ PROTECTED FROM TESTING. If DESIRED.
STILITTP107077700 80000000000 0000000777070777000070000070707700077070701777177177777

8 020432
9 020432
10 020432
11 020434

}% 020436
}g 020440
16
17
18
19

LOAD DEVICE PROTECTION TABLE

THIS TABLE

IDENTIFIES THE LOAD DEVICE

BGNPROT
177777
177777

177777

.WORD
.MWORD

.WORD
ENDPROT

TO THE

SUPERVISOR,

SO THAY

L$PROT: :
-1
=1

-1

;DON'T CHECK (SR ALDRESS
:DON'T CHECK MASSBUS UNIT NUMBER

:DON'T (MECK DRIVE NUMBER

(AN BE

CZONMIC
DMR=11 FUNCTIONAL TESTS MACRO v03.01
INITIA I2E SECTION

30-JuL-80 11:38:40 PAGE 45

.SBTTL

Sea

INITIALIZE SECTION

SIIIITILLII LI ITE0E L riiinniiiiiriieriiiiiiieirininiriiiieiiiiieeiie/
:/ THE INITIALIZE SECTION CONTAINS THE CODING THAT IS PERFORMED
¢/ AT THE BEGINNING OF THE TEST SEQUENCE ON THE NEXT UNIT,
g

BONINIT

9
10 020440

'S
"
r

O\
oo N

SEE
35

OO00O0O

20466
20472
[=d=
o

[ol=]

O0O000

20476

20510
20516

20522
020522
020522
020526

26
27 020530
020530
020534
28 020536
020536
29 020540
020540
020544
30 020546
020546
31 020550
020550
020554
32 020556
020556
33 020560
020560
020564
34 020566
020566
35 020570
36
37 020574
38 020574
39
4«0 020600

SETPRI

#PRIO7

;SET DIAGNOSTIC PRIORITY = 7

MOV

#PR107,RO

012700

000340

010637
005037
005037
005037
005037
005037

002370
002372
002364
002274
002276
002376

MoV

SP,PSTACK

:STORE BASE LEVEL PROGRAM STACK POINTER

CLR
CLR

ERROR
RE SUME

:CLEAR ERROR FLAGS
sCLEAR FLAG USED TO ALLOW BASE

CLR

CLRNO

005037
005737
001005
012737
005037

002350
002264

(LR

NXMFLG

;EVERY OTHER MASTER CLEAR.
:FLAG USED TO MARK A NXM DMR ADDRESS.

BNE
MOV
CLR

1%
#1,FRSTINM
FRSPAS

:1F NOT = ERROR TRAP VECTOR ALREADY SAVED
:FLAG THAT WE'VE BEEN THRU THE 1ST TIME
:CLEAR COUNTER FOR # OF PASSES AFTER LOAD

104441

000001
002266

=2 O O 00 ~NO

N —

PNIPNIPINININD)
b b cd b ed b cd b b

020440

LSINIT::

CLR

(LR

TST

002264
1%:

012700
104436

000004

012700

000040

104447

103416

012700

104447

000037

103412

012700

1046447

000035

103410

012700

104447

000036

103013
000137

021476

005037

002270

STARST:
NEWST:

SUBRPC

DM(CMDE

FRSTIM

TRAP

:CLEAR STORAGE WORD FOR SUBROUTINE PC CALL
[N - RESUME.

:CLEAR FLAG USED TO INDICATE DMC MODE

;CLEAR WORD USED TO RUN MICRO TESTS ON
;1S THIS THE TIME THROUGHM AFTER LOAD?

CLRVEC

JENSURE VECTOR & IS IN NORMAL STATE.

READEF

#EF .START

;1S THIS JUST

STARTED?

BCOMPLETE STARST

s1F

READEF

;1S THIS A RESTART ?

#EF .RESTART

YES = BRANCH.

BCOMPLETE STARST

:IF YES - BRANCH.

READEF

;1S THIS A NEW PASS?

WEF .NEW

BCOMPLETE NEWST

;1F YES - BRANCH

READEF

;IS THIS A CONTINUATION?

#EF .CONTINUE

C$SPRI]

MOV
TRAP

#4 RO
CSCVEC

MOV
TRAP

#EF.START,RO
CSREFG

BCS

STARST

MOV

#EF .RESTART
RO

BCS

STARST

MOV

#EF _NEW,RO

BCS

NEWST

MOV

#EF .CONTINUE
,RO

BCC

GE TPRM

TRAP

BNCOMPLETE GETPRM

;1F NOT - GET PARAMETERS

JMP

END

;OTHERWISE = DON'T INITIALIZE.

CLR

STARES

:CLEAR THE FLAG TO SHOW START/RESTART.

CSREFG

HR-gztigSCTIONAL TESTS MACRO v03.01

17777

002266
002270

002366
002366

o
o

©O

BIT

BEQ
BIC
PRINTB

000007

sNEXT LOGICAL UNIT TO BE TESTED
;1S THE MAXIMUM UNIT # EXCEEDED?
;IF YES = DO A NEW START
;GET THE P-TABLE POINTER INTO R1

NEWST

LOGDEV,R1

GETPRM

(R1)+,WTYPE
(R1),RO

27.R0

000007

:IF NOT AVAILABLE, GET THE NEXT ONE

MOV
ADD
MOV
ADD
MOV
ADD
MoV
ADD
MOV

002244

002236
002246

002240
002250

ADD

MOV

000007

BIT

BEQ
BIC
PRINTB

000007

002226
002230

11%:

MOV
MOV

-—

[ag
P -]

BCC

GETPRM

MoV
MOV
MOV
MoV
Mov
TRAP
ADD

RO,=(SP)
(R1),=(SP)
WEINITY, =-(SP)
#3,-(SP)
SP,RO
CSPNTB
#10,SP

s CSR ADDRESS

;CONTROL OUT REGISTER ADDRESS
;HIGH BYTE OF

SELZ2

;PORT REG (SEL 4) ADDRESS
;HIGH BYTE OF

SEL&

:PORT REG (SEL 6) ADDRESS
;HIGH BYTE OF

SEL6

sGET VECTOR
;DOES THIS VECTOR END IN NON-ZEROQ?
:IF NOT - OK (XX0)
;MAKE IT xX0

.(R1),RO ; INFORM THE USER

021567
000003

000010

C$GPHRD
RO,R1

¢HIGH BYTE ADDRESS OF (SR

(V]

MOV
ADD

002234

[0S N aan

INC

MOV
MOV

LOGDEV,RO

;MICROPROCESSOR TYPE
;SAVE THE ADDRESS
;DOES THIS DEVICE ADDRESS END I[N NON-ZERO?
:IF NOT = OK (76XXxX0)

108
sMAKE IT 76XXX0
#7.(R1)
#FINITY,
(RY) RO ; INFORM THE USER

r~ M
P
—

10$:

MOV

TRAP
MOV

021500
000003

002232
002242
002242
002234
000002
002244
000003
002236
000004
002246
000005
002240

(=4 ~“2O0000
OO =t ad d ad =B

Mov
MOV

000007

011137
011137
005237
011137
062737
011137

OO
Sk

77 021060
78 021060
79 021064

002252

000010

414

LOGDEV

LOGDEV,LSUNIT

BNCOMPLETE

062706

f83=2
- ) =b D
- —a Nl\ozl\)—flo N
=

56 020710
57 020710
58 020714
59 020720

002366

INC
CMP
BGE
GPHARD

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

1046414

002012

SE@

#-1,L0GDEV
FRSPAS
STARES

010046
011146
012746
012746
010600

GETPRM:

INC
INC

—wnm

012137
011100
032700
001414
042711

Mov

e
—be
T cad h
e
GBS
By
wbe
—de
b
I s
s N
T
N~ D
N
T
2~
Mo
MW
Ma
=de o
—
V¢
M
N
O~
—
b
rFromoromoron
o
0 M
mr-oum SMruvm
v
N

103365

002366

[
TS PN PR P
Tl
ot Tat ol Xatel
M= YD NTDVODNDLSDNDNON
DD

013700
104442
010001

30-JUL-80 11:38:40 PAGE 45-1

(R1) ,DMRVEC
(R1) ,DMTVEC

;RCV. VECTOR
s TRANSMIT

VECTOR

MOV
MOV
MOV
MOV
MOV
TRAP
ADD

RO,=(SP)
(R1),=(SP)
#FINIT2,=(SP)
#3,-(SP)
SP,R0
CSPNTB
#10,5P

C 4 ) CO DMR=11 FUNCTIONAL TESTS MACRO v03.01
1 N 171 ALIZE SECTION

80 021070
81 021072
82 021076

011100

105060
105060

N 7
30-JuL-B0 11:38:40 PAGE 45-2
MOV
CLRB
CLR8

000003
000007

SEQ

(R1),RO

:RCV. VECTOR

7(RO)

;CLEAR H] BYTE OF PSW FOR XMIT. VECTOR.
;THIS WILL ENSURE THAT WE DON'T PICK

3(RO)

;CLEAR H] BYTE OF PSW FOR RCV, VECTOR.

;UP ANY UNEXPECTED BITS IN PROCESSORS
;WHICH USE BITS 11-15 OF THE PSW.
IE

;IF BIT 11 IS SET IN AN 11/70 ANOTHER
88 021102

062737

000004

002230

ADD

#4,DMTVEC

;REGISTER SET MAY BE USED.
;ADJUST XMIT VECTOR

;SET UP [SRS FOR DMR. INTERRUPTS ENABLED IN

012746
012746
013746
012746

000240
022052
002226
000003

062706

000010

012746
012746
013746
012746

000240
023134
002230
000003

104437

104437
062706

o
NN

SETVEC

DMRVEC,#INISR,#PRIOS

: INPUT ISR

SETVEC

DMTVEC,#OUTISR,#PRIOS

;OUTPUT ISR

MOV
MOv
MOv
MOV
TRAP
ADD

#PR105,-(SP)
#INISR,-(SP)
DMRVEC,=(SP)
#3,-(SP)
CSSVEC
#10,SP

MoV

#PR10S,-(SP)

MOV

#3,-(SP)

MOV
MOV
TRAP

ADD

000010

012137

062701

000014
002254

ADD
MOV

#14,R1
(R1)+,DMTURN

; INCR, P-TABLE POINTER,

013700

002224

MOV

SPEED,RO

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

012701
012702

000002
000012

MoV
MOV

06, .R2

#2 R

;GET FIRST TIMER VALUE
;GET SECOND TIMER VALUE

R1
R2
RO
148

;

R1,WAITY
R1
R1
R1,WALT2

;SAVE TIMER VALUE FOR SWALT

13%:
14%:

006301
006302
005300
001374

-t

=2 OO0

YOS WIN) — OOV~

PNIMNOTVPVIP)
e b b el e e e 2 b =2 OO O

94 02

O NN
S BN WNNNNNIN)
= =2 —

OO
ONNO SO SO0

;TESTS 15-19.

ASL
ASL

DEC
BNE

010137
006201
006201
010137

002312
002314

ASR
ASR
MOV

010237

002316

MOV

R2,WAITY

MOV

#333 A3

(MP
BNE

#1 DMTURN

MOV

012737

000333

002304

022737
001004

000001

002254

20%

#OUTISR,-(SP)
DMTVEC,-(SP)
CSSVEC

#10,SP

: TURNARQUND

TIMER VALUES X 2

; DEC SPEED VARIABLE

; CONTINUE UNTIL DONE INCREASING WAIT VALUES
sHALF
+HALF

THAT VALUE
1T AGAIN.

;SAVE TIMER VALUE FOR $MSCLR AND $CLRQI
; SUBROUTINES.
:TIMER VALUE FOR SINOUT SUBROUTINE.

: CHECK TURNAROUND.

;MASK FOR AX3-15 - BIT ( LEARED WILL

:BE THE INTERFACE SELECT ED.
;1S V.35 REQUESTED?
;1F NOT - CONTINUE

OOAWVWVIWAWVIVAWVWNWNWNE
5 5285535 2 AN NN PR N N AN NN NN NN
WIN =2 O OO NO NS NN 2O VO NV
NN 2OV
NO WS WN 200NV

021256
021264
021266
021266

042737
000427

000020

002304

022737

000002

0022564

021276
021304
021306
021306

042737
000417

000010

002304

022737

000003

002254

042737
000407

000100

002304

022737
001007
042737

000004

002254

000200

002304

021344
021352
021354
021354
021360
021364

012737
000404

000001

002262

005037
005037

002262
002304

021364
021370

005737
001410

002310

021372

022737

0000017

002254

021402
85}2}g

022737
001424

000003

002254

021412

022737

000006

0022564

000007

002254

000001

002270

e o

b oD

b e

B o

D e

D o

D e

=D o

d e

O
Mo

oM R-11 FUNCTIONAL TESTS MACRO v03.01
1€ SECTION

021274

021314

021316
021324
021326
021326
02133¢
851%22

021400

021420
021422
021430
021432
021440
021442

021442
021446
021452
021456
021456

001004

001430

001420
022737
001020
022737
001010

012746
012746
010600
104414
062706

021656
000001

012737

000001

021472

005037

002306

021476
021476
021500

104411
045

021462

021470

021472

021476
021476

021503
021506

000402

052
101

30-JUL-80 11:38:40 PAGE 45-3

208
:

BIC
BR

#B1T4,AXS
30

;SELECT V.35

CMP

#2 ,DATURN

;1S INTEGRAL REQUESTED?

BIC
BR

#BIT3,AX3
308

SSELECT INTEGRAL MODEM,

CMP

#3 DMTURN

;1S EIA REQUESTED?

BIC
BR

#B1T6,AX3
30

SSELECT EIA(XYD).

CMP
BNE
BIC

#4 ,OMTURN
35¢
¥BIT7,AX3

;1S RS422 REQUESTED?
S1F NOT, DON'T ALLOW INTERFACE CHANGE.
SSELECT RS422.

MOV
BR

#1, INFACE
40$

SSET FLAG THAT ALLOWS INTERFACE CHANGE.

CLR
CLR

INFACE
AX3

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

TST
BEQ

MANUF
42%

S1S THIS A SPECIAL MANUFACTURING TEST COW.?
:1F NOT - SET MAINT BIT ONLY FOR MODEM LOOP

CMP

#1,DMTURN

SIS THIS V.35 WITH SPECIAL CONNECTOR?

CMP
BEQ

#3,DMTURN
45%

BNE
22%:

BNE
25%:
S0

35%:

40$:

22¢

25¢

*IF NOT - CONTINUE.

:1F NOT - CONTINUE.

:tt'i't'ttfi'.t""tt"tt""t"'t't""t'

BEQ
s

SEQ

CMP

BEO
CMP
BNE
CMP
BNE
PRINTB

#6,DMTURN

;tti"itt'tfit'!t'tt"'t"tt"'tt'Qt'tt"'

S1F YES - SET WRITE MAINT. BIT
;1S THIS LOCAL LOOP?

45$
#7 ,OMTURN
50%
#1,STARES
45¢
#FINIT3

YIF YES - SET WRITE MAINT. BIT.
115 THIS REMOTE LOOP?
S1F NOT - CLEAR MAINT. BIT FLAG
1S THIS THE FIRST PASS?
S1F NOT - SKIP MESSAGE
‘WARN TO USE ONLY TESTS 17-19

MOV

21, UMAINT

;SET FLAG TO WRITE MODEM MAINTENANCE BITS.

CLR

WMAINT

SCLEAR FLAG - DON'T WRITE MAINT. 1 OR 2.

000004

101

040
122

002306

458%:

508:
END:
ENDINIT

052

127
16

FINIT1: .ASCIZ

END

L10014:

MOV
MOV
MOV
TRAP
ADD

#EINIT3,=(SP)
#1,-(SP)
SP.RO
CSPNTB
¥4 ,SP

TRAP
CSINIT
/X%A++ WARNING - WILL ASSUME ADDRESS XO6XA (NOT X06%A)XN/

% l ??{ C O DMR-11 FUNCTIONAL TESTS MACRO v03.01
ALIZE

M ~7

-—

SECTION

175

C
8
30-JUL-80 11:38:40 PAGE 45-4

FINIT3:

SEQ

ASCIZ

/%Aee WARNING - WILL ASSUME VECTOR

LASCIZ

/XAve WITH REMOTE LOOPBACK USE

.EVEN

X03X¥A (NOT XO3XA)IN/

TESTS 17 - 19 ONLY «+IN/

C{OMICO DMR=71 FUNCT 10 NAL TESTS MACRO v03.01

=L OO0 ~NO NI NN

PIN) =D ccd o ek b cod ood e b

-—

OO~NOWVESWIN
-

AUTO DROP UNIT

.SBTTL
:/

SEQ

THE

AUTO DROP UNIT SECTION

AILLLIIIE7P00 0000000000l

i eiirireiriirieiirieiiririiiiieiiniieiieeeee

AUTO DROP CODING DETERMINES WHETHER OR NOT

THE

DEVICE WHOSE P-TABLE

:/ WAS JUST OBTAINED IS READY FOR TESTING, AND [T IS DROPPED If NOT READY.

SITIEIII07 0000000000000 0000000000000 0007077007070 0000000007001070771111117717

021744
021744
021744
021744
021750
021754
021760
021764
021766
021772
021776

022002
022002
022006
022010
022014
24 022016
022016
022022
022024
022024
022026
022032
022032
022032
022032

[aS1a
8]
(¥ L,

SECTI ON

30-JUL-80 11:38:40 PAGE 46

BGNAUTO

012746
012746
012746
012746
104437
062706
005037
005777

L$AUTO:
SETVES

000340
623572
000004
000003

#4 ,ANOXMEM,#PRIO7

;SET UP NON -EXISTENT MEMORY

TRAP VECTOR.
MOV
#PR107 ,-(SP)
,
- (SP)
#NOXMEM
MOV
MOV

MOV

TRAP
ADD

000010
002350

CLR
ST

160230

NXMFLG

(SR

#6,-(SP)

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

;CLEAR FLAG THAT WILL BE SET IF NxM OCCURS.
;REFERENCE MEMORY ADDRESS FOR THE DEVICE

;10 SEE

EXISTS.

::ttt"'t'ti't"'"'""'"""'i""t"."t."ttt.Qt"t""""'t".t"t't'

; IF THE DEVICE DOESN'T EXIST THE RE> _TANT TRAP TO VECTOR 04 WILL
. CAUSE THE DEVICE TO BE DROPPED (SEE INTERRUPT ROUTINE °'DROPQ4').
. OTHERWISE THE MEMORY REFERENCE

IS UNEVENTFUL AND THE DEVICE

IS READY.

;;"t'Qt"ttt.'""""'""'C"'tttlt't'i't'"i"Q.Q'."'t'"""Q'Qt't""

012700
1046436
005737
001406

000004

013700

002366

104451

104444

005037

104461

002350

CLRVEC

;RETURN VECTOR 04 TO NORMAL STATE

TST
BEQ
poDU

NXMELG

;01D NXM OCCUR?
sIF NOT EXIT

1%
LOGDEV

DEVICE

#4 RO
CSCVEC

MOV

LOGDEV,RO

TRAP

;00 CLEAN UP - FORCE BACK TO INIT CODE.

DOCLN

002350

;DROP THE

Moy
TRAP

1%:
ENDAUTO

CLR

NXMFLG

;RESTORE

C$00DVY

TRAP

C$DCLN

TRAP

CSAUTO

FLAG.

L10015:

CIOMICO DMR-11

FUNCTIONAL TESTS MACRO v03.01

e
el el o
d o
—l
d
-

D00~

OV
NN =0

VNN
NN

CLEANUP CODING SECTION

E
8
30-JUL-80 11:38:40 PAGE 47

.SBTTL

i iiniiiiriririrzirsiirieliiiiirireiigiisiiniieiiiiy

THE CLEANUP CODING SECTION CONTAINS THE CODING THAT [S PERFORMED AT THE
END OF THE TEST SEQUENCE ON A PARTICULAR UNIT.
THIS SECTION IS REQUIRED
EVEN IF IT IS A NULL CLEANUP

HIITLPII00 0000000000000

022034
022034

022034
022040
022042
022050
022050
022050
022050

i i7

0 iniiiiiierie i iiiinirzniiiireiiieli

BGNCLN

005737
001003
012777

002350
040000

108
ENDCLN

104612

LSCLEAN::
TST

160162

CLEANUP CODING SECTION

SHITITITI0E0 00000000

¢/
¢/
:/

SEQ

BNE
MOV

NXMFLG

108
#MCLR,aSELOD

:WAS

THERE

A NXM ERRCR?

;1F YES = SKIP MASTER CLEAR.
;1ISSUE A MASTER CLEAR.

L10016:

TRAP

CSCLEAN

CJOMICO DMR-11 FUNCTIONAL TESTS MACRO v03.01
INTERRUPT HANDLING ROUTINES

LSBTTL

GLOBAL

SEQ@

INTERRUPT HANDLING ROUTINES

)i‘;;/////////////////////////////////////////////////////////////////
s/
\IHE INTERRUPT HMANOLING SECTION CONTAINS CODING REQUIRED TO USE

THE 'SETVEC' MACRO.

NOTE EVERY INTERRUPT ROUTINE SHOULD SAVE

:/ AND RESTORE RO.
SIHILIPITII7
00T

022052

022052
022052
022054
022056
022062

022066
022074
022076

BGNSRYV

010046
010146
017701
042701
032777

160150
177760
000200

000137

022606

001002

:
i iirieiiiririiietiritieririitliiti1iiiigi

: INPUT

INTERRUPT SERVICEIR?g;lNE
N

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

;SAVE RO
;SAVE R1

#77760,R1

:CLEAR ALL BUT THE COMMAND BITS (0-3)

MOV

8SELO, R

BIT
BNE
JMP

#RD] ,aSELO
1%
NEXT

BIC

160136

INISR
MOV
MOV

;SAVE

THE

CONTROL

IN COMMAND.

;IS RDI SET
;1F YES = PROCESS INPUT COMMAND.
;s ISSUE NEXT INPUT COMMAND.

;'tttt""""'t'0"""".itt'ti".Q""""'."'t""."""""tti

NO VNN =0

VOO NO WSWA~

GLOBAL

30-JUL-80 11:38:40 PAGE 48

W= OO0V

(LT, N1,V T VY U1 § IO

; PROCESS INPUT COMMAND
.

022701
001533
02271
001537
022701
001461
022701
001444
022701
001417
022701
001410
022701
001572

1%:

00000¢

000000

000005
000015
000002

000021
020267
015112
000565

;1S THIS A RCV., BA/CC?

(MP

#BACCT,RY

;IS THIS A XMIT, BA/(CC?

(MP
BEQ

#BASE] ,R1
20%

(MpP
BEQ
(MP
BEQ
(MP
BEQ
(MpP
BEQ
ERRDF

000001

#BACCR,R1

BEQ

000003

(Mp

BEQ

104455

022164

29%

30$

#CNTRL R
15%
#WMODEM, R
108
#INTER,R1
5%
FHLT ,RY
708
17,EMG17 ,ERRG2

70%

;BR IF

YES.

:BR IF

YES.

;1S THIS A BASE
;BR IF YES.

;1S THIS A CONTROL IN?
:BR IF VYES.
;1S THIS A WRITE MODEM?
;BR IF YES.
;IS THIS AN INTERFACE WRITE.
:BR [F VYES.
;IS THIS A HALT?
SEXIT = JF YES (NOTHING TO SET UP)
;PROBLEM IF IT'S NOT ONE OF THE ABOVE.
TRAP

.MORD
.WORD
.WORD

SEXLT

* WRITE AX3-15
022166

113777

022174

000561

022176

002304

160054

MOVB

AX3,aBSEL7

70%

10%:

MODEM WRITE

SWRITE NECESSARY AX3-15 INTERFACE.

©AX3 HAS BEEN DETERMINED

;CODE.

SRR

IN?

5%:

022166

IN THE

INIT

CSERDF

17
EMG17
ERRG2

—

({DMICO DMR-11 FUNCTJONAL TESTS MACRO v03.01

OSSNSO

[elolalelolololelole]

NI
NI
PORNONININL NN N
MNIPVLRINININININI
N —
LB NI
OO N

INTERRUPT HANDLING ROUTINES

(9]

GLOBAL

022737
001007
062777
052777
000546

000006

002254

000004
000110

160024
160016

042777
052777
000537

000010
000104

160006
160000

6 8
30-JuL-80 11:38:40 PAGE 48-1

CMP
BNE

BI(
géS
118:

15%:

8IC
BIS
BR

SeEQ

#FLLOOP,DMTURN
11%

;IS LOCAL MODEM LOOPBACK DESIRED?
;B8R [F NOT
PMAINT2 ,@8SELG6
;ENSURE REMOTE LOOPBACK IS CLEAR.
;2;R!HA1NT1,GSEL6 JSET MAINTENANCE 1 BIT AND DTR.
{

MAINTY @SELG6
;ENSURE LOCAL LOOPBACK IS CLEAR.
#DTR MAINT2 ,BSELS ;SET MAINTENANCE 2 BIT AND DTR.
70%
;CLEAR RaQ]

“CONTROL IN
67 022242
68 022246
69 022250
70
71
72
73
74

022256
022260
022260
022264
022266

005737

001404
012777
000530

005077
000525

002300
000400

157762
17%:

157754

MNTMDE

MOV

FMAINT,aSELG

(LR
BR

aSELS
70$

;FULL DUPLEX = NON-MAINT.

MOV

#BASE ,aSEL4

:BASE TABLE ADDRESS.

DMCMDE

;ARE WE

MOV

#OMR,aSEL6

:DMR MODE
.

CLR

ASELG

;DMC MODE

START

;1S

#1€0,3SEL2
25%

SON FIRST BASE

BEQ

20%:

B8R

17%

70%

;15 MAINTENANCE MODE REQUESTED

‘BR IF NOT
“REQUEST

MAINT.

MODE

MODE.

‘BASE IN

92 02233

s srNnOONNO

AN
) = b —b b b

78 022266

012777

002636

005737
001004
012777
000402

002276

005077

157722

005737
001004
052777
000406

002272

000522

000100

052777
012737

005737
001004
052777
000465
102 022366

062777

104 022374

000461

157742

BNE

157730

22%:

23%:
157702

157676

248

002356

25%:

002254
004000

157646

004000

157636

27%:

228

238

BNE

248

BIS
MOV

#RES,ASELG
#-1,RESFLG

TST

DMTURN

BIS
BR

29%:

IN DMC MODE?

YES

:CHECK LOOPBACK.

THIS

THE

FIRST BASE

:SET RESUME
“FLAG THAT THIS

IN?

IN SET RDO INT.ENABLE.

IS A BASE

IN RESUME

(OMMAND

;(THIS WILL BE USED LATER [N THIS [SR T0
;DECIDE WHAT THE NEXT COMMAND WILL BE)
;1S

INTERNAL LOOPACK REQUESTED?

BNE
BIS
BR

278
#LPLU,SSELO
708

;BR IF NOT - CLEAR LU LOOP
;SET THE LINE UNIT LOOPBA(CK BIT
;CLEAR RQI AND EXIT.

BIC

#LPLU,SSELO

:EkgAg)LlNE UNIT LOOPBACK (CONNECTOR OR

B8R

70%

JCLEAR RQ] AND EXIT

*BA/CC IN RCV
109 022376

‘BR IF

CABL

CZOMICO DMR=-11 FUNCTIONAL TESTS MACRO v03.01

GLOBAL

INTERRUPT HANDL ING ROUTINES

110 022376
111 022402

112 0226406
}}2 022412

115
116
117 022414
118 022414

005337
012277

012277
000406

002326
157630

002330
157612
1576170

122 022430
123 022434
124
125 022436

005737
001441

002302

052777

040000

127 022444

010246

129 022452

042777

119 022420
120 022424

121 022430

126

128 022446

130
131 022460

132 022464

017702

157564

042702

]
017777

022702

133 022470

001421

135 022476

001004

134 022472

136 022500

137

160000

022702

100000

052777

020000

022702

120000

1642 022516

052777

040000

143

001004

000403

1646 022526
147

052777

148 022534
149 022534
}g? 022536

152
153 022540

154 022540
155
156 022544

157 022550
158
159
160 022552
161 022554
162 022556

163 022564
164

}bs 022572
66

(ny:

157574

060000

005737
001011

002276

012601
012600
052777

042777
000002

000020

000040

IN XMIT

157502

42%:

70%:

157446

157440

;RCY CHARACTER (OUNT

ST
BEQ

MMANAG
70%

BIS

MBIT14,3SELS

:ARE THE BUFFERS MEMORY MANAGED>
;1F NOT SKIP CONVERTING VIRTUAL ADDR
;170 PHYSICAL ADDR.
;SET BIT 16 OF PHSICAL ADODRESS (I].E.

MOV

R2,=-(SP)

:SAVE R2 (NEXT RCV BUFFER ADDRESS)

BIC

#160000,3SEL4

8SELL, K2

:DECREMENT COUNTER
:RCV BUFFER ADDRESS

;DECREMENT COUNTER
:XMIT BUFFER ADDRESS.
:XMIT CHARACTER COUNT.

:VIRTUAL ADDR 60000 = PHYSICAL ADDR 200000
;SAVE THME VIRTUAL ADDRESS.

;CLEAR BITS CORRESPONDING TO THE PAGE #

BIC

217777 ,R2

:IN THE VIRTUAL ADDRESS.
:SAVE ONLY THE PAGE # IN THE SAVED ADDR.

BEOQ

:1F YES, PHYSICAL ADDRESS CALCULATED

#60000,R2
#100000,R2

#BIT13,3SELL

;1S THIS PAGE 3?
;1S THIS PAGE 4?

;1F NOT SEE IF

IT'S PAGE 4 OK S

;SET BIT FOR PHYSICAL ADDR

(I.E.

VIRTUAL

:ADDR 100000 = PHYSICAL ADDR. 220000

468

CMP

#120000,R2

;1S THIS PAGE 42

BIS

#BIT14,8S5EL6

:SET BIT FOR PHYSICAL ADDR (I.E. VIRTUAL

BNE

157512

SEQ

INXMLT
(R3)+,9SELS
(R3)¢,3SELS

BIS
AL
¥

DEC
MOV
MOV

BNE

002362

;BA/CC
;

CMP

012602
000400

010137

(R2)+,8SEL6
«0%

CMP

157530

INRCV
(R2)+,8SEL&

MOV
BR

MOV

157556

000412

164 022524

145 022526

30$:

060000

138 022506
139 022510
1640 022510

141 022514

DEC
MOV

157626

005337
012377
012377

30-JuUL=-80 11:38:40 PAGE 48-2

623

:1F NOT, MUST BE PAGE 5.

:ADDR 120000 = PHYSICAL ADDR. 240000

448

R1S

#BITIG'BIT13,8SEL4 ;SET BIT FOR PHYSICAL ADDR (].E. VIRTUAL
:ADDR 140000 = PHYSICAL ADDR. 260000

MOV
BR

(SP)+,R2
70%

LRESTORE R2 (NEXT RCV BUFFER ADDRESS)
:CLEAR RQI AND EXIT

MOV

R1,LAST

ST
BNE

DMCMDE
80%

:SAVE THE INPUT COMMAND (USED
:TO DETERMINE NEXT INPUT COMMAND)
;ARE WE IN DMC MODE?

MOV
MOV
BlS

(SP)+,R1
(SP)+ RO
#IECLR,aSELO

BIC
RT

#RQI,3SELOD

s1F YES - DON'T USE [ECLR
:NOTE: INTERRUPT CAPABILITY FOR RQl
;CLEAR 1S ONLY AVAILABLE [N DMR MODE
.
:RESTORE R1
;RESTORE RO
:SET INTERRUPT ENABLE FOR RDI CLEAR.

:CLEAR RQ] -~ [NT, GENERATED WHEN RD!
;CLEARS IN RESPONSE.

:RETURN AND WAIT FOR RQI CLEAR INTERRUPT,

CZOMICO DMR-11 FUNCTIONAL TESTS MACRO v03.01

GLOBAL

INTERRUPT HANDLING ROUTINES

167 022574
168 022574
169 022602

042777

000020

157430

80%:

170

180
181
182
183
184
185

#1ECLR,ISELD
$CLROI

;ENSURE INTERRUPT ENABLE FOR RDI CLEAR IS CLR.
:CLEAR RQI AND WAIT FOR RDI TO CLEAR.

};%
175
176
177
178
179

BIC
CALL

SE@

;'t"'tt"t""0"Qt't""ttt'"Q'tt't't'.'Q"!"tt"".""""""t

17‘

1
8
30-JuUL-80 11:38:40 PAGE 48-3

; RDI CLEAR - DETERMINE NEXT INPUT COMMAND.
022606
022606
022614
022616
022622

022624
022630
022632
022636
022640
022640

186 022646

187 022650
188 022650

189 022654
190
191 022656
192 022664

193 022666
194 022674

022737
001015
005737
001541

000002

005737

002354

005737
001403

001133

005737
001032

002276

022737
001405

000003

002362

000015

002362

022737
(01413

197 022700

005737

200 022712
201
202 022714

203 022722
204 022724

002352

000143

000421

198 022704
199 022706

00227¢

112777

000527

195 022676

196 022700

001407
005737

001004

112777

000501

157364

106$:
110%:

005737
001404
112777
000472

002306

005737
001006
005237
112777
000461

002272

217 022770
218 022772
219 022776
220 023000
221 023006
222 023010
223 023014

005737

001424
005737
001415
032737
001411
005737
001004

002326

000145

002272

000141

002356

TST
BEQ
ST
BNE

117%:

157272
130%:

157250
150%:

002326

INFLAG
106%
OUTFLG
1708

:WAS THE LAST COMMAND A HALT?
:1F NOT - PROCEED.
:ARE WE TESTING RESUME?
:1F NOT, DON'T [SSUE ANOTHER COMMAND.

: INPUT BUFFER DONE?
;1F NOT, BASE IN.

:OUTPUT BUFFER DONE?

;IF

YES, DON'T

ISSUE ANOTHER (OMMAND.

#IESET'RQI'BASE],@SELO ;ISSUE A BASE

170%

JEXIT

ST
BNE

DM{MDE
130%

;ARE WE IN DMC MODE?
:1F YES = DON'T BOTHER CHECKING MODEM

CMP
BEQ

#BASEL,LAST
115%

B8R

TST

BNE
157310

#HLT,LAST
110%
RE SUME
170%

Mov8

B8R

BEQ
ST

002274
000001

CMP
BNE
TSt
BEQ

BEQ

002272

000155

;ttt't""t't"'t0""""Qt'tttt""t"'t'ttt't"ttt.tttt"'t"i't"

CMP

115%:

002262

205 022724
206 022730
207 022732
208 022740
209 022742
210 022742
211 022746
212 022750
213 022754
214 022762
215 022764

216 022764

002362

FINTER,LAST
117%

IN.

JWRITE AND AX3=15 WRITE COMMANDS
:WAS THE LAST COMMAND A BASE IN ?
;1F YES = SEE IF INTER. OR M, WRITE

130%

:KEEP CHECKING FOR NEXT COMMAND.

INFACE

;1S AN AX3-15 WRITE NEEDED?

117%
START

;BR IF NOT
;WAS CONTROL

IN ISSUED?

MOVB

;1F YES = NO NEED TO REWRITE AX3-15. THIS
;SHOULD HAVE BEEN DONE ON THE 1ST BASE IN.
FIESET'RQI'INTER,SBSELO ;ISSUE AN AX3-15 WRITE COMMAND.

ST
8EQ
MOVB
BR

WMAINT
:WRITE MAINT 1 OR 2?
1308
:1F NOT = SKIP WRITE MODEM COMMAND.
#IESET'RQI'WMODEM,IBSELO ;ISSUE A MODEM WRITE COMMAND
170%

ST
BNE
INC
MOVB
BR

START
:WAS A CONTROL [N ISSUED?
150%
;1F YES - SKIP
START
:SET FLAG.
#IESET'RQI'CNTRL,8BSELO ;ISSUE A CONTROL IN
170%

1£31

BEG
ST
BEQ
BIT
BEQ
ST
BNE

117%

1S NEEDED?

:WAS THE LAST COMMAND AN AX3-15 WRITE?

170%

INRCV

160%
RE SUME
153%
#8170, INRCY
153%
RESFLG
152%

:ARE ALL THE BA/CC IN RCVS DONE?

:1F YES = BR TO SEE IF XMITS DONE.
;1S A TEST OF RESUME REQUESTED?
:BR IF NOT.
;1S THIS AN 00D COUNT?
;BR IF NOT.
:WAS THE LAST COMMAND A BASE I[N RESUME®
cIF YES, ISSUE BA/C((

C/OMICO DMR=11 FUNCTIUNAL TESTS MACRO v03.01
INTERRUPT HANDLING ROUTINES

SE@

JHALT =

TO TEST RESUME.

NOTE:

100

THIS WILL

;OCCUR ONLY WHEN RESUME IS REQUESTED,
;FOLLOWING C\ERY OTHER BA/((

112777

000142

005037

002356

112777

000144

005737
001424
005737
001415
032737
001411
005737
001004

002330

000440

000432

(¥ 1,8 LSLN LN,V

VT V] LSLSLSTNT
ST ST SUNT TSI SIS, ~J
fok f o 2R ol
O IV ) N AN U
NN AR AN NI PO N PO A ~no
v WA
WA~ O O ~NON WV Po
2O 00 NOWNE

GLOBAL

J
8
30-JuUL=-80 11:38:4) PAGE 48-4

023064
023066
023072

262 023132
023132
023132

152%:

157172

153%:
14508
:

000001

CLR

RESFLG

Move

:;gng!ROI!BA((R.SBSELO ;ISSUE A BA/CC

INXMIT
165

;ARE ALL THE BA/CC [N XMITS DONE?
J1F YES, SET THE FLAG

#8110, INXMIT
163%
RESFLO
162%

;1S THIS AN 00D COUNT?
;BR IF NOT,
;WAS THE LAST COMMAND A BASE IN RESUME?
;1F YES, ISSUE BA/(CC
SHALT = TO TEST RESUME.
NOTE: THIS WILL

B8R

TST

BEQ
BIT
BEQ

002330

002356

(NEVER FOLLOWING A RESUME)

FLESET'RQI'HLY,@BSELO ;HALT
170%

8EQ

002274

;COMMAND

MOVB

18T
BNE

RE SUME
1638

;CLEAR FLAG.

IN RCV.

COMMAND.

;1S A TEST OF RESUME REQUESTED”
:BR IF NOT.

;OCCUR ONLY WHEN RESUME IS REQUESTED,
;FOLLOWING EVERY OTHER BA/((
157130

112777
000411

000142

005037

002356

112777

000140

157114

012737

77777

002352

000403

260 023130

157206

162%:

163%:
165%:
170%:

012601
012600

. COMMAND

(NEVER FOLLOWING A RESUME)

MOvB

NLESET!RQI'HLT ,3BSELO ;HALT
170%

CLR

RESFLG

IN RESUME

MOvB

:;BEEI!ROI‘BA((Y.GBSELO ;ISSUE A BA/CC

;CLEAR BASE

MOV

#-1,INFLAG

sFLAG

THAT

MOV
MOV

(SP)+ R
(SP)+ RO

;RESTORE R1
;RESTORE RO

ALL

BA/CC

FLAG.

IN XMIT COMMAND.

INS DONE.

ENDSRYV

L10017:

000002

RTI

;'Q't..'...l"'"'"."."""'.l".'..""."'t.'...t"'."t".""'
;..""Q.""'."'.""."""t'".......'.'."".ll".'!'.t"t'.".'

BGNSRV
010046

032777
001006

000200

023530

157070

;OUTPUT [NTERRUPT SERVICE ROUTINE

OUTISR
BIT
BNE

RO,=(SP)
#RDO,SEL2
5%

ERRDF

18,EMG18,ERRG?

MOV

JMP

60%

:SAVE RO
;1S THE RDO OUT BIT SET?
:1F YES - Ok TO PROCEED.

:
QUTISR:

:OTHERWISE REPORT SPURIOUS INTERRUPT
TRAP

.WORD
.WORD
.WORD

CSERDF

18
EMG18
ERRU?

CZOMICO DMR-11 FUNCTIONAL TESTS MACRO v03.01

GLOBAL

INTERRUPT HANDL ING ROUTINES
N

OO NONONO

A A A

L L L A L

PNIPVIPVNININININ) =2 b b
N =22
2 OO N

PeY=l=t=1=1=1=1=t=1~}

(SIS, ST N1 ST N1 ] N1 ST, V],V

~N)

oo
o

274 023162
275 023162

032777
001436
032777
001013
032777
001407
000137

K
8
30-JuL-80 11:38:40 PAGE 48-5

000001

157044

#CNTRL ,8SEL?

001000

157040

000040

157030

#HALTC,aSELG
10%
#OMRRUN,@SELS
10%

023560

7%:

104455
00001

020026
015112
000554

005737
001403
005737
001132

002352

005737
001143

002274

108
:

002354
15¢%:
16%:

104455

Se@

1S THIS A CONTROL OUT

20%

;1F NOT - PROCESS BA/CC OuTY

65%

JEXIT

9,EMG9,ERRG?

JUNEXPECTED CONTROL OuT.

;1S THIS CONTROL QUT A HALT?
IF IT 1S = SEE IF WE SHOULD RESUMc.
;1S THIS DMR RUN MODE ACKNOWLEDGE?
:1F NOT - REPORT ERROR

65%

SEXIT ROUTINE

TST
BEQ
TST
BNE

INFLAG
15%
QUTFLG

:ARE THE INPUTS DONE?
:BR IF NOT

60%

JARE THE OQUTPUTS DONE?
;1F YES - ALL DONE, EXIT

TSt
BNE

RE SUME
65%

;1S A RESUME REQUESTED?
;1F YES - OK, BR TO EXIT

ERRDF

16 ,EMGIS

JERROR = UNEXPECTED MALT,

299 023274
302 023302

005737
001452
032777

023530

20%:

002302

040000

156736

ru'\,_._._‘_._o
Oro0ORSNVO

Al b A A L A A £ uuuuuuuu

[« BT

_a_a—o_a_a_o—..a_.%
YV ¥ JV T NPT e}

(VLW LV LV LV LV LV LV LV IV

000013
020104
015112
000505

005702
001004
052777
000421
022702
001004
052777

TST
BEQ

MMANAG
40%
#BIT14,3SELE

BNE
ERRDF

106455

308

60%

BIT

001005

062777
017702
042702
062777

JMP

140000
156706

156714

160000

156674

017777

060000

22%:
156644

9
EMGY
ERRG?

TRAP

CSERDF

:ADDRESS RANGE: 200000 - 277776)
;PROCEED - IF BIT SET.

TRAP

LWORD
.WORD
.WORD

BIC

#BITIS!BITI4,QSEL6 ;CLEAR THE EXTENDED ADORESS BITS.

BIC
BIC

017777 ,R2
#160000,3SEL4

TST
BNE
BIS
BR

CMP
8NE
BIS

R2
22%
#60000,8SEL4

«0$%

SSAVE BITS 0-15 OF THE PHYSICAL ADDRESS.

:SAVE ONLY PAGE ADDRESS BITS.
:CLEAR PAGE ADDRESS BITS IN SEL&

;DETERMINE PAGE # FOR VIRTUAL ADDRESS.
;1S THIS PAGE 3?
s IF NOT CHECK FOR OTHER PAGES
;SET BITS FOR PAGE 3.

#20000,R2

;1S THIS PAGE &?

#100000,8SEL4

;SET BITS FOR PAGE

23%

16
EMG16
0

:ARE THE BUFFERS MEMORY MANAGED?
;1F NOT = NO NEED TO DETERMINE PHYS. ADDR.
;1S BIT 16 OF THE PHYSICAL ADDR SET?
;(1.E. BUFFER SHOULD BE IN PHYSICAL

60%

ASELG,R2

CSERDF

.WORD
.WORD
.WORD

BR
MOV

156662

020000
100000

21%:

21
11,EMG11,ERRG?

TRAP

.WORD
.WORD
.WORD

000020

020236
000000
000137

101

;1F NOT - KEEP CHECKING
4.

CSERDF

1
EMGI1]
ERRG?

040000
120000

156626

052777

140000

156616

032777
001023
005337
022577
001406
005725

000004

156606

00 OV
— O

N_‘_o—aog
ONNON

022702
001004
052777
000403

j=lelelololalolala]

000412

W U AN U U A
AN N
PININININIRNINI
NI N

319 023372

NNN;NNNN

CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01
GLOBAL INTERRUPT HANDLING ROUTINES

23%:

248
40%:

002334

156576

104455

419

156556

002332

156530

X ¥TT.
¥ 1N
¥

104455

000013
020104
015752
005724
000402
017724

156510

005737
001011
005737
001006

002334

062777
012737

000100
177777

002354

0462777
012600

000207

156446

NN&OOmbbbgr
OOoON~
N
[T

VIVAAWVIWAVVIVAVAWVAWVIVAWA . VAV
WLV
Wil
NONNIN)
= —b s

N =o
N =t O OB NO NS

Ll Ll WL L L A

vung:
O
O O VVVAVAVAWVVA WV N

005337
022477
001406

51$:
60%:

002332
156462

61%:

65%:
ENDSRV

102

;1S THIS PAGE 5?

248

#120000,3SEL4
40%

;IF NOT - MUST BE PAGE 6

8IS

#140000,8SEL4

;SET BITS FOR PAGE 6.

BI1T
BNE
DEC

#RCV,ASEL?
50%
OUTXMT
(R5)
¢ ,@SELS
L1
(RS)
¢
11,EMG11 ,ERRGS

;1S THIS A RECV. BUFFER?

BR
CMP

50%:

SEQ

Cmp
BNE
BIS
BR

BEQ
ERRDF

104455
000014
020127
016050
000415

4CS

(MP
BEQ
TST
ERRDF

000013
020104
016050
000425
022577
001622

30-JuL-80 11:38:40 PAGE 48-6

#40000,R(

;SET BITS FOR PAGE §.

:1F

YES = PROCESS THE BUFFER.

sDECREMENT BA/CC OUT XMIT.
;IS THE XMIT BUFFER ADDRESS CORRECT?
;IF YES - PROCEED.
: INCR. POINTER FOR ERROR MESSAGE.
:IF NOT = ERROR

TRAP

.WORD
.WORD
.WORD

60%

;EXIT ROUTINE

(R5)+,3SEL6

;1S THE CHAR. COUNT CORRECT?
;IF 0K = EXIT ROUTINE.
;1F NOT - ERROR

60%
12,EMG12 ,ERRGS

TRAP

.WORD
.WORD
.WORD

60%

JEXIT

DEC
CMP
BEQ
ERRDF

OUTRCV

;DECREMENT BA/CC OUT RCV
;1S THE RCV BUFFER ADDRESS CORRECT?
;IF 0K - PROCELD

(R4)
¢+ ,a8SELS

51%
11,EMG11 ,ERRG?

TRAP

.WORD
.WORD
.WORD

TST
BR

¢+
(R4)

60%

;UPDATE POINTER
SEXIT ROUTINE

MOV

aSELS, (R4) ¢

; CHANGE THE CHARACTER COUNT TO WHAT
:WAS RECEIVED.

TST
BNE
TST

OUTXMT

BNE

659
OUTRCV
65%

;HAVE ALL

8IC

#1E0,8SEL2

;CLEAR THE OUTPUT INTERRUPT

BIC

#RDO'
CMD ,@SEL2
(SP)+,RO

:CLEAR THE RDC BIT.

MOV
MOV

#-1,0UTELG

THE

XM]TS BEEN DONE?

;1F NOT, CONTINUE
;HAVE ALL THE RECEIVES BEEN DONE?
;1F NOT, CONTINUE
;FLAG AS DONE.

:RESTORE RO

L10020:

CSERDF
1"

EMGI
ERRGS

CSERDF

EMG12
ERRG8

CSERDF
1"
EMG1)

ERRG7

CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JUL-80 11:38:40 PAGE 48-7

GLOBAL

SE@

INTERRUPT HANDLING ROUTINES

: 023570

000002

RTI

364
365

R
I
T
T
T
T
R
R T R R LR Y 2
:".".".."'."""'"""""".""'.'.'.""..."'...""'.""'

366
367 023572

BGNSRV

368 023572

ggg 023572

012737

371 023600

023600
372 023600

373

000001

002350

NOXMEM

[ [0}
ENDSRV

000002

103

NOXMEM: :
#1 ,NXMELG

;SET FLAG IF MEMORY ADDRESSED [S NON-EXISTENT.

L10021:

RTI

COMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01

SEQ

104

DROP UNIT SECTION

SHITTLIITTII 000000 i iiitniiririerizieiiitiriniiiitiiriiiiiiieieeiieeiiig
:/ THE DROP=UNIT SECTION CONTAINS THE CODING THAT CAUSES A DEVICE
:/

TO NO LONGER BE

TESTED.

IIILIIITIEP 000000000

023602
023602

023602
023602
023604
023604
023610
023614
023620
023622
023624
023630
023630
023630
023632
023635
023640

023643
023646
023651
023654
023657

i i iiiiiiriiiinteriitieieiieitiieireiiiiiiiisiy

BGNDU

013746
012746
012746
010600

1044617
062706

LSDU::

s ISSUE UNIBUS RESET TO CLEAN UP

BRESET

104433

PRINTF

002366
023632

#FMDROP,LOGDEV

000002

000006
ENDDU

L10022:

104453
-2 OO0
O
O =208
— 2
VINONOOOW

—b

.SBTTL

O bbb
b b o
ONINLOONIN)
—
OON 2O

—

[V 1,8 )

[+
XV,
7 0

-t
e
d

OO~NOWVNIWN—

DROP UNIT SECTION

N 8
30-JUL=-80 11:38:40 PAGE 49

FMDROP:

LASCIZ

.EVEN

/INXAUNIT XD2XA DROPPED/

TRAP

CSRESET

MOV
MoV
MOv
MOV
TRAP
ADD

LOGDEV,~(SP)

TRAP

($0U

#FMDROP ,-(SP)

#2,-(SP)

SP,RO
CSPNTF
#6,5P

B 9
CIOMICO DMR=-11 FUNCT 10NA L _TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 51

SEQ

- DMR (SR VER IfF1C ATION

.58 TTL

THE DMR

F
NF

VeV
Ve
Ve
By
Ve
B

BB B PBNB

W
%o

023662
023662
023666
023672
023676
023702
023704
22 023710

23 023714

- DMR CSR VERIFICATION

R C R R C RN O RN RN

RN ENARANARNNANOONNRRAANNCARNORNCROACOOORE

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 IN THE

FLOATING ADDRESS SPACE: 76XXX0 = 76XXX6

1/0 PAGE

NOTE: THIS TESY IS REDUNDANT IN THAT STATIC LOGIC TESTS SHOULD
HAVE BEEN RUN BEFORE THESE FREE-RUNNING [ESTS WERE STARTED, AND
THEY SHOULD HAVE DETECTED ANY (SR ADDRESSING PROBLEMS.

BUT JUST IN CASE THOSE STATIC TESTS AREN'T RUN, WE'LL BE SAFE.

‘W (2222222222222

023662
023662

2022222222202

22022220

202

BGN TST

012746
012746
012746
012746
104437

062706
005037
005001

105

TEST 1 - DMR-11
VERIFY THAT ADDRESSING THE & UNIBUS CSRS DOES NOT CAUSE A NONEXISTENT MEMORY TRAP.

i d
D el o
D o

WOONO NI

— d e

[, 91,9

TEST 1

A ] VERRARANRANEN

HNNI 2O D00

O NI

®o

2N2K2E

NN —~

TEST 1

T1::

SETVEC

000340
024004
000004
000003

00RRRRRRdRRR])

¥4 ,#LOCATE,#PRIQ7 :SET UP NON -EXISTENT MEMORY TRAP VECTOR.
MOV
#PR107,-(SP)
MOV
MoV

MOV

TRAP

000010
002350

CLR

(LR

NXMFLG

sFLAG USED IN THE TRAP ROUTINE.

ADD

#LOCATE ,=-(SP)
#4,-(SP)

#%,-(SP)
CSSVEC

#Mno,sp

;USE REGISTER TO REMEMBER WHICH OF THE
;4 CSRS WE ARE ADDRESSING.

T T T T LT R R R R T T R R R R
MM R I

HE F ADDRESSING ANY ONE OF

THE CSRS RESULTS IN A TRAP TO VECTOR 04, THE TRAP
THE ERROR (SEE INTERRUPT ROUTINE °'LOCATE').
OTHERWISE THE
;M EMORY REFERENCE 1S UNEVENTFUL AND THE DEVICE IS READY FOR FURTHER TESTS
.

W ILL REPORT

(R
1

32 023716
33 023722
34 023726
35 023732
36 023736

37 023742

005777
012701

005777
012701
005777
012701
oosrr7
005737
001406
013700
1046451

023766

43 023770
44 023774

45 023774
023774
024000

1046444

TST
MOV
TST
MOV
TST
MOV

156310
000002
156302
000004
156274
000006
156266

002366

AR RS RS2SR0
R0
2RRR R0
R RRRRRRR0RRRiRRRR )

TST

a5ELO
"2 ,R
aSEL?
¥4, R1
8SELS
26 ,R1
aSEL6

;TEST
;SAVE
;TEST
;SAVE
;TEST
;SAVE
;TEST

BEQ
DODU

10$
LOGDEV

¢1F NOT - EXIT.
;OROP THE CEVICE

TST

002350

NXMFLG

002350

012700

000004

10%:

THE
THE
THE
THE
THE
THE
THE

CSR AT
OFFSET
(SR AT
OFFSET
CSR AT
OFFSET

76XXX0
OF THE NEXT (SR
76XxX2
OF THE NEXT (SR
76XXXé
OF THE NEXT (SR

CSR AT 76XXX6

:WAS THERE A TRAP?

MOV

TRAP

DOCLN

005037

1046436

I X222 22

.00 CLEAN UP - FORCE BACK TO INIT CODE.
TRAP

CLR

NXMELG

;RESTORE THE FLAG.

CLRVEC

;RETURN VECTOR 04 TO NORMAL STATE

MOV
TRAP

LOGDEV,RO
C$D0oDU

CSDCLN

84 RO
CSCVEC

C(IOMICO DMR-11 FUN(Y{?
1

- DMR (SR VER

ATION

46
&7 024002

024002
024002

024166

010046
005737
001006

00¢350

106455
000006

024062
000000
005237

002350

016146
010146
012746
012746
010600

002232

062706
012600

000010

104415

10%:

MOv
TST

BNE

RO,-(SP)
NXMFLG
10%

:INTERRUPT SERVICE ROUTINE
LOCATE::
;SAVE RO
sHAVE WE HAD AT LEAST 1 PREVIOUS TRAP?
:1F YES, DON'T BOTHER DECLARING ANOTHER

tRRDF

6,EMT0

;NON=-EXISTENT DEVICE ERROR

LOCATE

INC

NXMFLG

PRINTX

#FMTO,RT,CSR(RT)

MOV

(SP)+,RO

;SET

THE

:PRINT

FLAG

THE

(SR

TRAP

.WORD
.WORD
.WORD

THAT DOESN'T RES:gND.
v
MOV
Mov

MOV
MOV
TRAP
ADD

;RESTORE RO

L10024:

000002

RTI

EMTO:

LASCIZ

/ADDRESS ERROR = TRAP &/

FMT0:

LASCIZ

/ASSXACSR (SELXD1XA) AT XO6%A DOES NOT RESPONDXN/

.EVEN

CSETST

:DEVICE FATAL ERROR

024111
000003

ENDSRYV

106

TRAP

[ P Y o P R
R
SN —=20OMNO
QOMNIWVINIWNIN
S

024104
024107
63 024111
024114
026117
026122
024125
024130
024133
024136
024141
024144
024147
024152
024155
024160
024163

L10023:

Ottt eed ek b QOO e e s e O = O
QOMNMN =2 NOH S O00O0O0 SO0
O ONINWWE
NN = = B NO W

024046
024050
024052
59 024056
60 024060
024060
024060
61
62 024062
024065
024070
024073
024076
024101

BGNSRV

Ot O el
e e =
O
NNNMNO
&= OMNINIANN)
—

024014
024014
024016
024020
024022
024024
024030
024030
024030
024034
024036
024042

SEQ

104401

50 024004
024004
024004
024906
024012

c 9
30-JuL-80 11:38:40 PAGE 51-1

ENDTST

Ot
O
s e et O
S = OIS = O —2MNOWN
VNSO NN, —

TEST

L TESTS MACRO v03.01

CSERDF
6

EMTO
0

(SR(R1),=-(SP)

R1,-(SP)

#FMTO0,-(SP)
#3,-(SP)

SP,RO
CSPNTX

#10,sP

0D 9
30-JUL-80 11:38:40 PAGE 53

CZOMICO DMR-11 FUNCTIONAL TESTS MACRO v03.01
—

2 - ROM (MECK

LSBTTL
R

SEQ

107

TEST 2 - ROM CHECK
R

=2 O 008 ~NO N

TEST 2 -~ DMR-11
* ROH CRC/CCITT = CHECK ROM POSITION AND CALCULATE CRC/CCITT.

)

THe

;¢ LAST & BYTES CONTAIN INFORMATION ABOUT THE ROM TO CHECK,
THE 1ST
;¢ OF THESE BYTES CONTAINS THE ASCI] VERSION NUMBER.
THE 2ND BYTE
st CONTAINS THE ROM NUMBER.
THE 3RD AND &TH BYTES CONTAIN A NEGATIVE
;¢ CRC/CCITT WORD FOR THE ROM,

POPNIPRIPNININD
= cd b b ad i ol ok e e

:*
.

LOCATION

CHIP NO.

.t
ot
ot
ot

£04
E01
E05
E14

2
3
4
5

=2 O 008 N

NS WM

CHIP ADDRESS RANGE
BYTE
ADDRESS RANGE

- 1777
0000
2000 - 3777
0000 - 1777

LOW

RIGH
LOW

2000 - 3777
4000 - 5777
4000 - 5777

HIGH
LOW
HIGH

.t!'tttttt"tt" JMPORTANT 11111111111 aaaa et aasttaatttetaaeeteetnaes

i« FOR THIS TEST TO RUN CORRECTLY, ENSURE THAT SWITCH 1

AT LOCATION

i« EBS ON THE M8207 IS ON.
I[F THIS SWITCH IS OFF, BSEL! WILL BE
;* LOCKED OUT AND THE MAINTENANCE FEATURES WILL NOT BE ENABLED.

VB WA

TEST

AN N

RPN

O PR RO R AR NN AN AR

AN SR

RANNN IR

NN ENNR O INER

.
o
it

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 ROM

*
.

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

THE

E'tt"ttttttt'tt"'tt""'t"t"'titttttt'tttltttt't'tti'tttt't'tt'ttt
0246172
024172
024172
024172
024172
026174
024202
024204
024206
024212
026220
024220
024224

024236
024240
6 024244
42 024244
024250
1) 024256
45

&6 024264

024264
024270

BGNTST

12::

BGNSUB
104402

022737
001061

005004
012705
012737

013746

000001

000001
001774

002270

T2.1:

CMP

#1,STARES

CLR

BNE

MOV

#1,RS

ORINTB

#FMT1.LOGDEV

MOV

002410

002366
025146
000002

5S¢

#1774 ,ROMADR

;1S THIS THE FIRST PASS?

TRAP

C$B85SUB

S1F NOT - SKIP THIS SUBROUTINE.

SGET VERSION # FROM EACH ROM AND PRINT IT OUT
*# OF THE 1ST ROM
<4 OF

NEXT ROM

“ADDRESS OF BYTE CONTAINING # [N ROMS 0 & 1
:MICROCODE VERSION

s
CALL
MOVB
MOVB

$ROMO
@BSEL6,REVY
@BSEL7.REV2

PRINTB

#FMT2,R4,HREVT, RS MREV2

MOV
MOV
MOV
MOV

V,
= (SP)
LOGDE
< (SP)
#FEMTY,
#2.-(SP)
SP,RO

ADD

86,SP

TRAP

(SPNIB

:GET ROM CONTENTS.
SSAVE THE ASCI1 REVISION # Of THE ROM
SSYE‘THE REV. # OF THE NEXT ROM
N

MOV
MOV

NREV2,~(SP)
RS.,=(SP)

E 9
CZ%?!CO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL=-80 11:38:40 PAGE 53-1
TEST

SEQ

2 - ROM CMECK

024272
024276
024300

024304
0264310
026312
07 024314

012746
010446
012746

012746
010600
104414
062706

48 024320
49 0243264

022705
001410

22 024344

000737

S0 024326
51 024332
52 024336

062704
062705
062737

025502

MoV
MOV
MoV

025215
000005

MOV
MOV
TRAP
ADD

000014
000005

000002
000002
002000

67 024364

68 024364
69
70 024372
71 024400

72
73
;g

#5,RS
5%

B8R

#2 R4
#2,RS
#2000,ROMADR

1L10026:

BGNSUB

002342

005004

005037

002410

012737

177777

002400

012737
012701

177777
001000

002402

10%:

TRAP

CLR

FLAG

(LR

CLR

ROMADR

MOV

#-1,L0CRC

MOV
MOV

#-1,H1CRC
#1000,R1

TRAP
($BSUB
:USE THE FLAG TO MARK WHEN AN ERRDF
;HAS BEEN DETECTED IN THIS TEST.
:START CRC CHECK WITH ROM 0
;R4 1S THE ROM #.
THE LOCATION FOR THE

;ROM IS CONTAINED IN THE TABLE 'ROMLOC'.
;BEGIN AT ROM ADDRESS 0

SINITIALIZE CRC WORD FOR THE LOW BYTE
:CALCULATION,
:INIT. CRC WORD FOR THE HIGH BYTE.
;:COUNTER FOR LOOP TO READ THE ROM CONTENTS

:AND CALCULATE THE CRC - THE COUNTER IS 512.,
:BECAUSE 2 ADDRESS LOCATIONS ARE READ FOR EACH
;PASS (1.E. THE ROMS ARE 1K X 8 BITS)

;

: THIS ROUTINE WILL CALCULATE/CHECK THE CRC 2 ROMS AT A TIME.

: BECAUSE A ROM OUT WILL OUTPUT THE ROM CONTENTS (I.E.

20$:

80 024404

81 024404
82 024410
83 024416
84 024424

85 024430
86 024434
87 024442
88
89
90 024450
91 024454

92 024456

117737
117737
005237

155624
155626
002410

002404
002406

117737
117737

155600
155602

002405
002407

005237
005301
001443

002410
-

CSESUB

12.2:

#5,-(SP)
SP,R0O
CSPNTB
#14,SP

:INCR. ROM NUMBERS
:
:ADDRESS OF BYTES CONTAINING NEXT ROM REV #S.

104403

104402
005037

#REVI,=(SP)
R4 ,=(SP)
#EMT2,-(SP)

:ARE WE DONE?
;1F YES - EXIT

5%:
ENDSUB

58
59 024350

024350
024350
60 024352
61
62 024356
63
64
22 024360

(MP
BEQ

ADD
ADD
ADD

C02410

55 024346
56 024346

024346
- 026346

108

CALL
MOVB
MOVB
INC
CALL
MOVB
MOVB

INC
DEC

BEQ

16 BITS)

$ROMO
BSELH,LOWORD
@BSEL7,HIWORD
ROMADR

;GET THE ROM CONTENTS
;SAVE THE LOW BYTE OF THE ROM CONTENTS.
:SAVE THE HIGH BYTE OF THE ROM CONTENTS.
: INCREMENT THE ROM ADDRESS POINTER

40%

J1F YES, CHECK CRC

$ROMO
;GET THE CONTENTS OF THE NEXT ROM ADDRESS
OBSEL6,LOWORD+1 ;SAVE THE NEXT LOW BYTE.
@BSEL7,HIWORD+1 ;SAVE THE NEXT HIGH BYTE.
;NOTE: AT THIS POINT LOWORD IS A WORD WHI(CH
:HAS 2 CONSECUTIVE LOW BYTES OF ROM CONTENTS.
ROMADR
; INCREMENT THE ROM ADDRESS POINTER
R1
:ARE WE FINISHED WITH THESE 2 ROMS?

CIOMICO OMR-11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 53-2

See

109

CRC/CCITT CALCULATION - CONVERT THE WORD (LOWORD & HIWORD) TO
A SERIAL STREAM FOR CALCULATION.

®e

0w,

TEST 2 - ROM CMECK

024460

012703

000020

024472

000241
006037
006037

002400
002404

98 024464
99 024464
100 026466

024476
024500
024504
024510
024516
024522
024522
024524
024530

102011

012702
043702
042737
050237

102010
002400
102010
002400

000241
006037
006037

002402
002406

024534

102011

024536
026542
024546

012702
043702
042737
050237

024554
024560
024560
024562

024564
024566

102010

002402

D nd
o
D
d
nd
— ol

CLC

Bv(

MOV

002400
30%:

102010

002402

MOv

ROR
ROR

002402

35%:

005303
001340

000707

40%:

#16.,R3

;16 BITS TO CONSIDER

LOCRC
LOWORD

;CLEAR THE CARRY
;ROTATE BITO INTO THE CARRY BIT
;ROTATE BITO INTO C AND THE OLD C INTO BIT15

308

;1F YES (V IS CLEAR), DON'T DO THE (RC
'NOTE: V 1S THE EXCLUSIVE OR OF BITO § BIT1S.

#102010,R2

LOCRC,R?

BIC
BlC
BIS

#102010,LOCRC
R2,LOCRC

cLe
ROR
ROR

HICRC
HIWORD

8v(

35%

MOV

#102010,R2
HICRC,R?

BIC
BlC
BIS
DEC
BNE
BR

;ARE THE BITS 15 8 BITS O THE SAME?
“CRC/CCITT POLYNOMIAL

;CLEAR THE CARRY
;ROTATE BIT 0
;ROTATE OLD C
;ARE THE BITS
;1F YES (V IS

INTO C
INTO BIT15 (SIGN) & BITO INTO C
O OF HICRC & HIWORD THE SAME?
CLEAR), DON'T DO THE CR(.

;NOTE: V IS THE EXCLUSIVE OR OF BITO & BIT1S5.
sCRC/CCITT POLYNOMIAL

#102010,HICRC
R2,HICRC

gé$

;D0 ALL 16 BITS

20%

;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
; CRC BLASTED INTO THE LAST 2 BYTES OF THE ROM (IN LOWORD/HIWORD)

D ol

D il el

il o

D i

AN AN N AN AN AN NN
PPN NMNONININIIN) =
ONO
NS WA 2OV NO NS WN 2OV

D i

D e

b b e b et 2 2 = OO O
NO VNS WN 2000~

101

25%:

026566
024572

005137
023737

002400
002400

024600
024602

001427
005737

002342

024606
024610
024616
024616

001007
012737

024620
024622
024624
139 024626
140 024626
024626
024632
024636
024640
024644

000001

002404

BEQ
ST

50%

BNE

L
#1,FLAG
7.EMT1

002342

MoV

ERRDF

41%:

025272
000004

LOCRC
LOCRC,LOWORD

(MP

104455

002404
002400

COM

PRINTB

FLAG

;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)

:1F YES, DON'T BOTHER WITH ANOTHER ERRDF.
;FLAG THAT ERRDF HAS BEEN DETECTED.
;ROM ERROR
CSERDF
TRAP

#FMT3,R4&,LOCRC,LOWORD

LMWORD
.WORD
.MORD

7
EMTI
O

MOV
MOV
MOV

LOWORD ,=(SP)
LOCRC,=(SP)

MOV

84 ,-(SP)

MOV

R4 ,-(SP)

NEMTY, -(SP)

(Zgfll(O DMR-11

d e

2 - ROM CHECK

(WP o oW I L o o o 2
O D00 ~NO NV
NN

TEST

FUNCTIUNAL TESTS MACRO v03.01

024650
024652
024654
024660
024660
024662
024666
024674
024676

010600

024702

001007
012737

b
b

[
P
SN

(o VARV IV IV IV 1V IV ]
OV
NN

024704
024712
024712
024714
024716
024720
151 024722
024722
024722
024726
024732
026734
024740
024744
024746
024750
024754
024754
024760
024762
024764
024770

024770
024770
024770

LD = O
OB NO VN

el
el
il
il
il
i
)
el
—

NNNNNNNNN

2 024772
024772
024772
024774
025000
025002
025010
025010
025014

025020
025022
025022
025026
025026
025032
025034
025036

104414

062706

005204
005137
023737
001427
005737

000012
002402
002402

¢ 9
30-JuUL-80 11.38:40 PAGE 53-3

50%:
002406

002342

000001

000007
025434
000000

MOV

ERRDF

51%:

013746
013746
010446
012746
012746
010600

002406
002402

062706

000012

022704
001403
005204
000137

000005

104414

INC
(oM
(mp
BEQ
BNE

106455

PRINTB

:INCR ROM #

60%

;1F

YES = CHECK THE ROM LOCATIONS.

:1F

YES, DON'T BOTHER WITH ANOTHER ERRDF.

HICRC
HICRC,HIWORD
FLAG

51¢

#1,FLAG
7,EMT

;COMPLEMENT THE CALCULATED CRC FOR THE Ml
sROM CRC AND CALCULATED CRC THE SAME?
:HAS AN ERRDF ALREADY BEEN DECLARED
;WE'RE IN A LOOP)
;FLAG THAT ERRDF
;ROM ERROR

TRAP

#FMT3 R4, HICRC,HIWORD

024364

70%:

70%
R4
10%

L10027:

BGNSUB

002342

17701

155220

001775

000402
nrzon

155222

042701
020104
001427
005737

177760

002342

7
EMTT
0

MOV
MOV
MOV

HIWORD ,-(SP)
HICRC,=(SP)
R4 ,~-(SP)

MOV
MOV
TRAP

84 ,-(SP)
SP,RO
(SPNTB

002410

12.3:

CLR
CLR

10%:

15%:

MOV

FLAG

;CLEAR FLAG

#1775 ,ROMADR

;ADDRESS OF

MOv8B

CALL

$ROMO
3BSEL6 R

17%

MOvB

17%:

(MP

BEQ
ST

#FMTY -(SP)

#2,5pP

JEXIT WHEN DONE
;CHECK THE NEXT ROM,

104403

005037
005004
012737

CSERDF

:1F WE'VE DONE ROMS 0-5, WE'RE DONE.

ENDSUB

104402

(REMEMBER

.WORD
.WORD
.WORD

ADD

#5,R4

BYTE

HAS BEEN DETECTED.

MOV

(MP
BEQ
INC
JMP

SP,RO
CSPNTB
#e,sp

025272
000004

60$%:

110

MOV
TRAP
ADD

18T

002342

SEQ

;BEGIN AT ROM 0

BYTE

TRAP

CSESUB

TRAP

($B8SUB

CONTAINING ROM #

;GET ROM CONTENTS
;SAVE THE CONTENTS OF
;FOR ROMS 0,2,4

THE LOW BYTE

aBSEL7 ,R1

;SAVE THE CONTENTS OF

THE YIGH BYTE

0$°A7,R

;CONVERT THE ASCII BYTE TO AN OCTAL WORD.

20$
FLAG

;IF YES - OK.
;HAS AN ERRDF ALREADY BEEN DECLARED (REMEMBER

R1,R4

;FOR ROMS 1,3,5

;1S THIS THE EXPECTED ROM #

(/OMICO DMR-11

2 - ROM CHECK

179
180
181
182

025042
5044

001007
012737

5052

104455

025052

5054
5056
025060

183 025062

184 025062

025062
025064
025066
025070
025074
025100

025
025
025
025

000001

010446
010146
005046
156416
012746
012746

010600
104414
062706

000012

032704
001334

000001

062737
000723

002000

196 025142

104403

195 0251

20$:

7,EMT?

WFMT4,<B,ROMLOC(R4)>,R1,R4

002410
30%:

(MP
B8EQ
iNC

#5,R4
30%
R4

:DID WE FINISH THE LAST ROM?
;1F YES = SKIP TO THt END
;POINT TO THE NEXT ROM #

=S, OO =200
- OOCQ b b cd et b el
d 2 O
O
P OWVELENONONN
=220 — —
== NOWNWNWNUANTOONIWES
N 2 =)
N —WN

WNEONOMNWN—AO
= =O0O =00 NNWVO

O—=2 OOttt
et et e OO = =
=d ek ecd =
S PONINVEO
D=0 OO
=N
N —

7
EMT2
0

MoV
MOV
CLR
BISB
MOV
MOV

R4 ,=(SP)
R1,-(SP)
-(SP)
ROMLOC (R&), (SP)
#FMT4G,-(SP)
#4,-(SP)

ADD
BR

#2000,ROMADR
108

:INCR.

SP,RO
(SPNTB
n2,sp

;1S THIS AN ODD #
:1F YES GO BACK AND READ THE HIGH BYTE
ADDRESS POINTER TO NEXT RUM ¥,

L10030:

ENDTST

104601

.WORD
.WORD
.WORD

MoV
TRAP
ADD

#B817T0,R4
15%

;WE'RE IN A LOOP)
:IF YES, DON'T BOTHER WITH ANOTHER ERRDF.
;FLAG THAT ERRDF HAS BEEM DETECTED.
:ROM ERROR
TRAP
CSERDF

ENDSUB

P lel oY PPN elele e R B
B
B
et o
=N
OOaS DD,
a2 NVOOOO or
OO QO = £~ YN N0 O O
VNN AN — w

199 02

PRINTB

BIT
BNE

97 025144

025144
025144
198 025146

ERRDF

18%
n

SEQ

025473
025356
000004

000005

192 0251
193 0251
194 025

BNE
MOV

18%:

022704
001410
005204

189 025
}g? 025

H
9
30-JuUL-80 11:38:40 PAGE 53-4

]
0QC2342

000007
025454
000000

BB BN
RNNVON

185
186
187
188

NINOMNIN)
=t
OO SO

025104
025106

AN ANNININY = —

TEST

FUNCTIONAL TESTS MACRO v03.01

110025:

FMT1:

LASCIZ

/XNXAMICROCODE REVISION IN UNITXD3XA:
1IN/

FMT?:

LASCIZ

/XAROMXD2XA - REV. XTINYAROMXDZ2XA - REV. XTXIN/

TRAP

($ESUB

TRAP

CSETST

({OMICO DMR-11 FUNCTIONAL TESTS MACRO v03.01
TEST

2 - ROM CHECK

025245
025250
025253
025256
025261
025264
025267
200 025272
025275
025300

122
045

117
104
101
040
126
045
16
101
19
062

11§
062

025325
025330
025333
025336
025341
025344
025347
025352
025355
201 025356
025361
025364
025367
025372
025375
025400
0254C3
025406
02541
025414
025417
025422
025425
025430
202 025433

045
045
040
103
116
117
075
066
000
045
045
045
m
122
040
061
040
110
114
102
122
040
061
051
000

117
101
103
040
040
11§
045
045

066
040
122
1M
122
040
117
116

101
104
101
123
117
045
045
050
17
104
105
117
045
045
045

203 025434
025437
025442
025445
025450
025453
204 025454
025457
025462
025465
205 025470

103
055
m
040
122
000
114
101
117
105
117

206 02547%

003

025303
025306
025311
025314
025317
025322

207

025476

045
055
105
040
045
045
117
104

101
103
103
124
040
103

001

040
122
056
124
000
122
045
045

9
I
30-JuL-80 11:38:40 PAGE 53-5

FMT3:

LASCiZ

/XAROMID2XA:

105
062
040
040
11§
104
1M
123
129
040
040
1%
104
101
116

FMT4:

JASCIZ

/XAEXD2XA IS ROM XD1XA (SHOU.D BE ROM XD13A)IN/

122
103
124
105
117

103
103
124
122
122

EmMTY:

LASC!Z

/CRC=CCITT ERROR/

117
124
116
122
122

103
111
040
122
000

EM12:

LASCIZ

/LOCATION FRROR/

00?2

004

ROMLOC: .BYTE 3.2.4,1.5,14,

072
101
125
105
103
040

005

CALCUATED CRC =X06XA

SEQ

(R(C

IN ROM =X06XIN/

040
114
oM
104
122
075

016

LEVEN

;ROM Q - ROM LOLATION 3 ETC.

112

(/OMICO DMR=11
TEST

FUNCTIUNAL

2 - ROM (HE(K

208 025502
5(1)8 025504
il
212

000000
000000

TESTS MACRO v03.01

REV:
REV?:

30-JuL-80 11:38:40 PAGE 53-6

.WORD
.WORD

0
0

JASCII VALUE OF
JASCIT VALUE OF

SEQ@

THE REV. NUMBER
THE REV. NUMBER

113

(0N 1CO DMR=11 FUNCTIUNAL TESTS MACRO v03.01
C
TE ST 3 - MASTER CLEAR AND MICROTEST

30-JuL-80 11:38:4(0 PAGE 54

SEQ

114

}

.SBTTL

't""""t"tt"""'t'"""Q""'t""".'Q'Q""Q'Q'Q"'QQ""""

TEST 3 = MASTER CLEAR AND MICROTEST

‘e

TEST 3 - DMR-N

5
6

;¢ MASTER CLEAR
ce THIS TEST WILL

8
9
10

;* 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 TME

ISSUE 2 MASTER CLEARS.

EACH CALL TO THME MASTER

;e CLEAR ROUTINE WILL ENSURE THAT THE RUN BIT WILL BE SET.

:* EXCLUSIVE OR OF THE

12
13

ALSO

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

THME MASTER CLEAR SUBROUTINE WILL

TOGGLE

(I.E.

SET

15
16
17

:* BIT 13 ONLY ON EVERY OTHER MASTER CLEAR) THE SOFTWARE BIT.
;o THIS WILL ENSURE THAT REGARDLESS OF THE POSITION OF THE
:* HARDWARE SWITCH, MICROTESTS WILL BE RUN EVERY OTHER MASTER (LEAR.

;o AFTER EACH MASTER

;¢ WHEN RUNNING THIS TEST, WE EXPECT TO ADD THE RESULTS OF BSEL3

;* BSELY = 100

2!
22

CLEAR.

MICROTESTS DISABLED

;v BSELY = 200
-~ MICROTESTS RUN SUCCESFULLY
:* IF THE RESULT OF THE 2 MASTER CLEARS IS NOT 300, AN ERROR IS

;* REPORTED.
b

25
26
27

]

:* ADDITIONALLY THIS ROUTINE WILL REPORT WHENEVER THE RESULT OF
o BSELS IS 0.
THIS WILL MEAN THAT THE DEVICE IS NOT A DMR
;¢ (1.E. DMC)

.t"t"t'..'..t"t"'Q'Q""""'.'ttlt't."ttt"'ttt'tttt't"tt"t"'

BGNTST

29 025506

025506

30 025506

025506
31
32 025512

CLEAR

004737

011066

025512
025514
33 025516

104410
000072
105777

154522

025526

012746

017424

36 025544

000420

34 025522
35 025524

025530
025534
025536
025540

37 025546

001011

012746
010600
104414
062706

154472

025552

004737

011066

025556

025560

104410

000026

MACRO EXPANSION

evev

JSR

PC, SMSCLR

ESCAPE

18T

;1F ERROR, BR TO TEST END.

1518

8BSEL3
1%
#FMG19

;1S THERE A DMR RESPONSE®

BNE
PRINIB

000004

117701

ceeee

13:;

:ISSUE A DMR MASTER CLEAR
:"Q.

[ KX

B ]

;REPORT DEVICE NOT DMR.

000001

38 025546
39 025552

41 925556

:MACRO FOR MASTER CLEAR

1%:

B8R

Move
CLEAR

8BSEL3, R

JSR

PC, SMSCLR

ESCAPE

TST

TRAP
.WORD

(SESCAPE
L10031-,

[ [0)"]

#FMG19,-(SP)

MoV
MoV
TRAP
ADD

#21,-(SP)
SP,RO
C$PN'B
'O

:SAVE THE RESULT OF THE FIRST MASTER CLEAR.
:MASTER CLEAR AGAIN,
;evee MACRO EXPANSION soee

;1SSUE A DMR MASTER CLEAR
a

:1F

[ A R

KN |

ERROR, BR TO TEST END.

TRAP

WORD

CSESCAPE

L10031-,

CIOMICO DMR-11

3 - MASTER CLEAR AND MICROTEST

L 9
30-JuL-80 11:38:40 PAGE 54-1

&2 025562
63 025566

117702
060102

#BSEL3,R?
R1,RZ

025570
025574
025576
025576
025600
025602
025604
025606
025606
025606
025606

122702

#300,R2
5%

SEQ

;NOTE: ONE SHOULD BE 100 - MICRO TESTS NOT
;ENABLED AND ONE SHOULD BE 200 - MICRO TESTS

sSUCCESFULLY RUN.

;WAS THE MICROTEST COMPLETED?
;1F YES = OK

;MICROTEST NOT COMPLETED

TRAP

000003
025610
015226

L10031:

104401

/MICROTEST

115

;SAVE THE RESULTS OF THE SECOND MASTER CLEAR
;ADD THE RESULTS OF THE 2 CLEARS

3,EMT3,ERRG3

104455

[ R
Y
S
S
R
S
ONNIOC
=2 NUNO
OB OWNS
W

025610
025613
025616
025621
025624
025627
025632
025635

001404

- i e )l b i b
OO =
)= —
BVNVNOOWI~N—

[V IV]
[V ], 8]

TEST

FUNCTIONAL TESTS MACRO vO03. 01

NOT

COMPLETED/

CSERDF

.WORD
.WORD
.WORD

3
EMT3
ERRG3

TRAP

CSETST

no9
C/OMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 56
TEST & - BASE

SEQ

IN COMMAND

NS WInD

.58 TTL
132 2

A
20

TEST &4 - BASE
2

116

IN COMMAND

2222220

22000

20dd02200000])]

TEST & - DMR-1
IN COMMANDS

SUBTEST 1

- ISSUE A BASE IN - DMR MODE.
ENSURE THAT THE DMR MODE BIT (BIT &) [S SET [N
THE MICROCODE SCRATCH PAD 7 AND THAT THE DDCMP

- e ndd aad i b el b
NO VNN =2 O OO0 NO

BASE

MESSAGE VARIABLES ARE PROPERLY INITIALIZED.
= ISSUE A BASE IN
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.

SUBTEST 2

025640
025640
8 025640
025640
025640

104402

025642

004737

-l

19 025642

21 025646
025646

025650

ARl

R RRRRRRRRR0RRdRRRRRRid]

BGN TST

T4::

BGNSUB

;MACRO FOR MASTER CLEAR COMMAND

CLEAR

011066

104410
000244

JSR

PC,

ESCAPE

SMSCLR

TRAP

;ISSUE
MLAAA

;IF

025652
025656
025660
025662

004737
000000
002636
000522

25 025664
025664
025666
26 025670

104410
000226

025670

004737

012550

27 025674

132737

000020

30 025702
31 025704
025704
025706
025710
025712
32 025714

001004

011264

BASE IN

0,BASE ,DMR

JSR

PC,

$BASEI

.WORD
0
.WORD:-~"BASE
.WORD

. ESCAPE
SHUTDN

002730

DMR

:
o

A DMR MASTER

ERROR,

CLEAR

LA R 2

TO TEST END

TRAP

CSESCAPE

L10032-.

:BASE IN COMMAND WITH NO MAINTENANCE,
;BASE=BASE TABLE ADDRESS, AND DMR-11 MODE
seete MACRO EXPANSION eeee
:CALL BASE IN ROUTINE

;MAINTENANCE MODE BITS TO SET IN BSELY
;BASE TABLE ADDRESS
;MODE

;'.QQ

LA 82

:1F ERROR, BR TO TEST END

TRAP
WORD

CSESCAPE
L10032-.

;eees MACRO EXPANSION tees
"DMR HALT ROUTINE.

JSR

PC. SHALT

BITB

#B1T4,BASE+ISP7 -SEE

BNE
ERRDF

20,ENT4

108

:".'

(2 X %]

THE DMR MODE BIT

IS SET

IN THE

‘DMR SCRATCH PAD REGISTER 7 (BASE TABLE
"LOCATION CONTAINS AN IMAGE OF SP7)
;0K

SET - BR

TRAP

10%:

($BsSuB

;eexe MACRO EXPANSION teve

LWORD

025652

104455
000024
026336
000000

T164.1:

MWORD
.WORD
MCRD

;CHECK MESSAGE EXCHANGE VALUES

;IN THE BASE TABLE.

CSERDF

EMT4
O

.
N9
CIOMICO OMR-11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 56-1
TEST & - BASE

25714

ST NN N LT NT TN NT N NI VTN
AN
VA
AW
UNWA VI
NNNNNSNSNNNNN
AN &5 B M NN
kol
Nororoonvo

[olelolololelolelelolelolalels)

002700

1518

BNE
1S18

002701

BNE

002702
000001

1578
BNE
(MPB
BNE

002703

002704
20$:

026116

%4
48

SEQ

[N COMMAND

; MR (MESSAGE RECEIVED) = 0?

BASE+R

;ERROR IF NON ZERO
: #N (MESSAGE TRANSMITTED) = 0?
;ERROR IF NON ZERO

20%
BASE +N
20%
BASE+A
208

#1,BASE+T

BEQ

1ST18

208
BASE +X
308

ERRDF

20,EMTS ERRTY

;

WA (MESSAGE ACKNOWLEDGED) = 0?

(NEXT MESSAGE # TRANSMITTED)

(LAST MESSAGE

;ERROR [F “ON ZERO

;ERROR IF NOT EQUAL TO 1.

TRANSMITTED)

50 025766
025766
025766
51 025770

308:

BGNSUB

025770

004737

025774
025774
025776

104410

026012
026012
026014
026016

14.2:
JMACRO FOR MASTER

CLEAR

011066

JSR

PC,

ESCAPE

TST

SMSCLR

CLEAR

004737
000000
002636
000000

011264

20
EMTS
ERRT

TRAP

C$ESUB

TRAP

csBsus

;aeee MACRO EXPANSION twes

:ISSUE A DMR MASTER CLEAR
;'it'

LR R A

. IF ERROR, BR TO TEST END

TRAP

;BASE IN COMMAND WITH NO MAINTENANCE

BASEIN

0,BASE
.0

JSR

PC, $BASEI

.WORD

ESCAPE

000100

BASE

004737

012550

026022

132737

000020

026030
026032
026032
026034
026036

001404

002730

:AND DMC MODE.
;eexe MACRO EXPANSION #eee

;CALL BASE IN ROUTINE
;MAINTENANCE MODE BITS TO SET IN BSELY
;EGSE

ADDRESS

:"t'

SHALT

LA R R

TRAP
.WORD

CSESCAPE

L10032-.

;eeve MACRO EXPANSION ttee

:DMR HALT ROUTINE.

JSR

PC,

BITB

#B1T4,BASE+[SP7 ;SEE

BtaQ
ERRDF

20,EMT6

108

TABLE

:1f ERROR, BR TO TEST END

TST

SHUTDN

02606

104455

CSERDF

.WORD
.WORD
.WORD

.WORD

104410

000024
026431

= 0?

COMMAND

000116

026000
026000
026004
026006
026010

L10033:

104403

104402

= 1?

TRAP

ENDSUB

025764

117

NAAA L

LA AR

IF THE DMR MODE BIT [S CLEAR IN THE

;DMR SCRATCH PAD REGISTER 7 (BASETABLE
;LOCATION CONTAINS AN [MAGE OF SP7)
;0K IF CLEAR - BR

TRAP

.WORD
.WORD

CSERDF
c0
Emie

8 10
CZDMICO DMR=11 FUNCTIONAL TESTS MACRO v03.0% 30-JuL-80 11:38:40 PAGE 56-2
TEST & - BASE

026040
65 026042

000000

(V.

Co 0o

72
73

026074
026100
026102
026102
026102
026104
026106
026110
026112
026112
026112
026112
026114
026114
026114

84
85 026116
026116
86 026116
026122
88 026124
026124
026126
026132
026136
026142
026144
026146
026152
026152
026156
026160
026160
026162

93
95 026206
96 026212
97 026214

105737
001015
105737
001012
105737
001007
122737
001003
105737
001404

.WORD

10$:

67
68 026042
69 026046
70 026050
n 026054

SEQ

IN COMMAND

002700

1ST8

BASE+R

002701

1S18
BNE
1ST8
BNE
(MFB
BNE
TS18
BEQ

BASE+N

ERRDF

20 ,EMTS ,ERRTY

002702
000001

002703

002704

208:

104455
000024

026363
026116

20%

: MN (MESSAGE TRANSMITTED) = 0?
;ERROR IF NON ZERO

208

;ERROR IF NON ZERO

#1,BASE+T

208

BASE +X
30%

MA (MESSAGE ACKNOWLEDGED)

;

(NEXT MESSAGE # TRANSMITTED)

(LAST MESSAGE

;ERROR IF NGV EQUAL TO 1.

ENDSUB

ENDTST

L10032:

104401

105737

TRANSMITTED)

L10034:

104403

001413

= 0?

30%:

BGNMSG
002700

ERRT1
1ST8

8EQ

PRINTB

BASE+R
;1S MR = 0?
1%
;0K = IF ZERO
#FMTS,<B,BASE+R> ;PRINT #R

002700
026470
000002
000006

002701

1%:

1518

BEQ
PRINTB

BASE+N
2$

002702

= 1?

= 0?

TRAP

.WORD
.WORD
.WORD

CSERDF
20
EMTS
ERRT1

TRAP

($ESuUB

TRAP

CSETST

ERRT1::

CLR
BISB

MOV
MOV
MOV
TRAP
ADD

#6,SP

#ENT6H,<B,BASE+N> ;PRINT #N

CLR
B1SB

BASE+2, (SP)

MoV
MOV
MOV
TRAP
ADD

2s.
1ST8

BEQ
PRINTB

BASE+A

-(SP)

E
+R, (SP)
BAS
#EMTS,-(SP)
#2,-(SP)
SP,RO
CSPNTB

IS N = O
;0K - IF ZERO

002640
026521
000002
000006

;CHECK MESSAGE EXCHANGE VALUES
:IN THE BASE TABLE.
; #R (MESSAGE RECEIVED) = 0?
;ERROR IF NON ZERO

208

BASE+A

118

1S #A = 02

3%
:;0K = IF ZERO
#FMT7,<B,BASE*A> ;PRINT #A

=(SP)

#FEMT6,-(SP)
#2,-(SP)

SP,RO
C$PNTB

#6,5P

106 026334
107 026334

026334
026334

108
109 026336

026341
026344
026347
026352
026355
026360

110 026363

026366
026371
026374

000001

005046
153716
012746
012746
010600
104414
062706
105737
001413

005046
153716
012746
012746
010600
104414
062706

(MPB
BEQ

PRINTB

#1,BASE+T
;IS #1T = 12
43
;0K = [F ONE
#FMT8,<B,BASE+T> ;PRINT #T

002703
026603
000002

CLR
BISB
MoV
MoV
MOV
TRAP

000006

ADD

002704

1878

BEQ

PRINTB

BASE+X

002704
026634
000002

000006

=(SP)

(SP)
SE
+A,
BA
HEMT7 ,-(SP)
#2,-(SP)

SP,RO
CSPNTB
#6,5P

=(SP)

BASE+T, (SP)
#FMTB,-(SP)
#2.,-(SP)
SP,RO
CSPNTB
né,SP

IS X = 02

5%
;0K = IF ZERO
#EMT9
<G ,BASE+X> ;PRINT #X

CLR
BISB

MOV
MoV
MoV
TRAP
ADD

5¢:

TRAP

104423
104

040
104
102
040
124

)

111 026431

3%:

119

-(SP)

BASE+X, (SP)
#FMTY ,-(SP)
#2,-(SP)

SP,RO
CSPNTB

#6,SP

ENDMSG

026377
026402
026405
026410
026413

122737
001413

— ed () el
b
e i Al (D D) b e d O D —>
OSSN —==NONSOOMNN NS N
WO
WS 2O NWWO WO WNSONN

026306
026310
026314
026320
026324
026326
026330

000006

EMT4:

JASCIZ

/DMR MODE

EMTS:

LASCIZ

/DDCMP MESSAGE VARIABLE(S)

EMT6:

CASCIZ

/DMC MODE

bt b

026300
026300
026304
026306

062706

Mov
MOV
MoV
TRAP
ADD

Bt
O
ONW

102
103
104
105

026252
026254
026260
026264
026270
026272
026274

SEQ
CLR
8158

100 026250
101 026252

C 10
30-JuL-80 11:38:40 PAGE 56-3

002702
026552
000002

— s = ) s e« DD = b O h b o d —h O b i b
b
O=2 = QO=NSVNVONSTOONONIS
= 0O VIO WVINSOONINO
= VO SO0

026236
98 026242
99 026242

012746
012746
010600

d b =B

026222
026226
026232

005046
153716

) e i e e e e

026214
026216

IN COMMAND

el e

TESY & - BASE

FUNCTIONAL TESTS MACRO v03.01

O
ONVNIO = NOOOON
=200
I Y=Y ¥ M STVWENE AV PRIV VIV IV P 2V, ]

CIDMICO DMR-11

BIT

NOT

SET/

- DMR BIT

NOT

NOT CURRECT/

CLEARED/

C$MSG

D 10
CIDMICO OMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 56-4
TEST & - BASE

026442
026445
026450
026453
026456
026461
026464
"2 026467

055
115
102
040
126
114
122
000

113 026470

045

114 026521

045

026473
026476
026501
026504
026507
026512
026515
026520
026524
026527
026532
026535
026540
026543
026546
026551

115 026552

026555
026560
026563
026566
026571
026574
026577
026602
116 026603
026606
026611
026614

026617
026622
026625
026630
026633
117 026634
026637
026642
026645
026650
026653
026656
026661
026664
18

SEQ

IN COMMAND

040
122
11
116
040
105
105

1064
040
124
117
103
101
104

101

043

FMTS:

_ASCIZ

/XA#R

(MSG.

RCVD)

= XD3AN/

101

043

FMT6:

_ASCIZ

/XANN

(MSG.

XMIT)

= XD3AN/

101

043

FMT?7:

_ASCIZ

/XANA

(MSG.

ACK)

= XD3XN/

101
040
105
040

043
050
130
130

FMT8:

_ASCIZ

/XA#T

(NEXT XMIT) = XD3XIN/

101
040
101
040
111
040
045
045

043
050
123
130
124
075
104
116

FMT9:

_ASCIZ

/XA#X (LAST XMIT) = XD3IN/

122
115
056
103
051
040
063
000

040
123
040
126
040
045
045

116
115
056
115
051
040
063
000

040
123
040
11
040
045
045

101
115
056
103
040
040
063
000
045
124
116
124

040
123
040
113
040
045
045

045

115
051
040
063
000
045
130
114
124
115
051
040
063
000

1
040
045
065

050
107
122
104
075
104
116
050
107
130
124
075
104
116
050
107
101
031
075
104
116

124
075
104
116

.EVEN

120

SEQ

CZOMICO OMR=-11 FUNCTIONAL TESTS MACRO v03.01 30-JUL-80 11:38:40 PAGE
TEST 5 - DMR COMMANDS

TEST 5 = DMR COMMANDS

RN —

JSBTTL
R

2 OO0 NON N

;* DMR COMMANDS
»
»

R RZZERSRR2RARRRRRRRRR2RRRRRRRRRRRRRdd)

SUBTEST 2

- SET REP/SEL TIMER VALUE AND SET THE DMR THRESHOLD
VALUES.
C(HECK THAT THE VALUES ARE CORRECT IN

YR
IR
TR

R R R R

- [SSUE AN ENABLE EXTENDED ERROR COMMAND AND CHECK THAT
THEN
THE EXT. ENABLE BIT IS SET IS SCRATCH PAD 13,
DISABLE EXTENDED ERROR AND CHECK THAT THE ENABLE BIT

R X

SUBTEST 1

1S CLEAR.

THE BASE TABLE AFTER HALTING THE DMR.

SR
A IR

NP
LN

»>

R R

BGNTST

104402

026670

004737

026674
026674
026676

104410

24 026712

026712
026714
25 026716

026716
026722
026724
026726

026730
026730
026732
026734
026734

29 026740
026740

15.1:
CLEAR

011066

JSR

PC,

ESCAPE

SMSCLR

004737
004000
002636
000522

011264

ESCAPE

104410

;BASE IN COMMAND WITH

012060

.WORD
.WORD
.WORD

LPLU
BASE
DMR

LINE UNIT LOOP,

;CALL BASE IN ROUTINE WITH DEFAULTS
;SET LINE UNIT LOOP
;BASE TABLE ADDRESS
;:DMR-11 MODE

:tti'

*hkw

TRAP

EXERR

:ENABLE EXTENDED ERROR NOTIFICATION

JSR

PC, SDMRIN
EXERR
.WORD

;CALL DMR MODE INPUT ROUTINE

0
0

012550

JSR

ESCAPE

PC, SHALT
TS

CSESCAPE

L10036-.

;evnt MACRO EXPANSION wwwe

; INPUT COMMAND

:NO SEL4
;NO SEL6

LB A1

;Qt‘t

;1F ERROR, BR TO TEST END
;HALT

SHUTDN

CSESCAPE

;eexe MACRO EXPANSION wxwv

:1F ERROR, BR TO TEST END

L10036-.

DMRIN

ESCAPE

000274

104410

$BASE!

LWORD
.WORD

104410

004737

PC,

I RAP
.WORD

(22 81

.WORD

000312
004737
000006
000000
000000

JSR

csBsuB

:1SSUE A DMR MASTER CLEAR

;".fi

:1fF ERROR, BR TO TEST END

BASEIN

TRAP

:MACRO FOR MASTER CLEAR COMMAND
;eeex MACRO EXPANSION wete

000330

026700

026700
026704
026706
026710

T5::

BGNSUB

026666
026666
026666
026666
026666
18 026670

—

TEST 5 - DMR-11

22332222 2222222223232322222 22222 0222222200222
200ttt Riilldldd

OOV

—d
d
b
b
b

| ]

THE

DMR

TRAP

CSESCAPE

.WORD

L10036-.

TRAP

CSESCAPE

;veve MACRO EXPANSION teee

:DMR HALT ROUTINE.

;"'.

LR ARl

.1F ERROR, BR TO TEST END

CZOMICO DMR=-11 FUNCTIONAL TESTS MACRO v03.01

TEST 5 - DMR COMMANDS

026742
026744

000264
132737

026752
026754
026754
026756
026760
026762
026764

001005

026766
026766

026766
026772
026774
026776

000001

002734

F
0
30-JuL-80 11:38:40 PAGE 5 7-1

BIT8

#B1T0,BASE+ISP13 ;CHECK EXT ENABLE BIT

BNE
ERRDF

10$

104455

000030
027536
000000
000430

004737
004000
002636
010522

10%:

004737
000007
000000

JSR

PC,

000212

027016

004737

Y 027022

027022
027024
43 027026
44

45 027034
46 027036

027036
027040
027042
027044
47 027046
«8 027046
027046
027046
49

50 027050
027050

LPLU

BASE
RES.DMR

000001

002734

001404
104455

000030
027536
000000

;BASE
;MODE

004737

LA RS

PC, SOMRIN
.WORD
DXERR

;CALL DMR MODE
;INPUT (CMMAND

0
0

TS1

;reee MACRO EXPANSION

:"'t

;IF

ERROR,

LA R 2

TEST

:HALT THE DMR

JSR

PC,

ESCAPE

TST

SHALTY

wrewe

INPUT ROUTINE

:NO SEL&
sNO SEL6

END

twe

:'fi'i

thuw

;DOMR HALT ROUTINE.
;IF

ERROR, BR TO TEST END.

B!1B

#8170 ,BASE+ISP13 ;CHECK EXT ENABLE BIT

BEQ
ERRDF

20%
24 ,EMT7

011066

;1F CLEAR 0K
;ERROR EXT ENABLE SET

110037:

15.2:

JSR

PC,

SMSCLR

:MACRO FOR MASTER CLEAR (OMMAND
sveer MACRO EXPANSION weee
. ISSUE A DMR MASTER CLEAR
;""

TRAP

tedn

CSESCAPE

L10036~-.

CSESCAPE

.WORD

L10036-.

TRAP
.WORD

CSERDF
24

IN THE BASE

; IMAGE OF SCRATCH PAD 13.

20%:

CLEAR

TRAP

.WORD

;ewee MACRO EXPANSION

BGNSUB

027052

[N BSEL1

JSR

104403

104402

ADDRESS

;'i.'

ENDSUB

027050
51 027052

TABLE

;DISABLE EXTENDED ERROR NOTIFICATION.

SHUTDN

104410

;MAINTENANCE MODE BITS TO SET

CSERDF

24
EMT7
O

SET.

DXERR

ESCAPE

012550

IN COMMAND WITH RESUME

seeet MACRO EXPANSION #ewe
¢CALL BASE IN ROUTINE

DMRIN

.WORD
.WORD

104410

000202
132737

$BASE!

.WORD

.WORD
.WORD

000000

027012
027014
a1 027016

TRAP

.WORD
.WORD
.WORD

LPLU,BASE,RES!DMR ;BASE

«0 027012

;BIT SET - OK.

BASE IN

012060

.WORD
L 10036-.
IN THE BASE TABLE.

;ERROR EXT ENABLE C(LEAR

24 ,EMT7

20%

011264

122

: IMAGE OF SCRATCH PAD 13.

37
38 027000

027000
027004
02700%
027010

SE@

TABLE.

.WORD
.WORD

EMT?7
0

TRAP

CSESUB

TRAP

(sBsuB

C l 5 MICO DMR=-11 FUNCTIUNAL
1 t S T 5 - DMR COMMANDS

52
53 027056
027056
” 027060

TESTS MACRO v03.01

ESCAPE

104410
000146

55 027062

004737
004000
002636
000522

56
57 027074
027074

104410

027076
58 027100

000130

027100
027104
027106
027110

004737
000012
000000
000054

027112
61 027114

TS7

011264

JSR

ESCAPE

012060

;BASE

PC, $BASE]
.WORD
LPLU
.WORD
BASE
.WORD
DMR
TST

004737
000013

012060

027130
027132

104410
000074

027134

004737

70 027134

71 027140

72
73
76
75
76
77

027140
027142
027144
027152
027154
027162
027164
027172

;CALL BASE IN ROUTINE WITH DEFAULTS
;SET LINE UNIT LOOP
:BASE TABLE ADDRESS
;DMR-11 MODE
;'Qt.

L 2 221

1RAP

.WORD

;SET REP/SELECT TIMER VALUE

JSR

PC, SOMRIN
.WORD
TIMER
.WORD
O
.WORD
54

;CALL DMR MODE INPUT ROUTINE
;INPUT COMMAND
;SEL4 VALUE (OR BITS TO CLEAR IN BSEL6)
;SEL6 VALUE (OR BITS TO SET [N BSELS)

CSESCAPE
L10036-.

swewr MACRO EXPANSION #wwe

MAAAS

LA A A

. IF ERROR, BR TO TEST END

DMRIN

THRESH,5403,2015

JSR

PC, SDMRIN
.WORD
THRESH

005403
002015

.WORD
.WORD

69 027130

LINE UNIT LOOP,

TIMER,0,54

TST

CSESCAPE
L 10036-.

TRAP
.WORD

CSESCAPE
L10036-.

;SET THRESHOLD VALUES AS FOLLOWS:

63
64
65
66
67 027116

0271264
027126

TRAP
.WORD

;exee MACRO EXPANSION veee

;IF ERROR, BR TO TEST END

027116
027122

IN COMMAND WITH

123

DMRIN

ESCAPE

104410
000112

SEQ

:IF ERROR, BR TO TEST END

BASEIN

027062
027066
027070
027072

59
60 027112

6 10

30-JuUL-80 11:38:40 PAGE 57-2

104410
000064

122737
001020

122737
001014
122737
001010

ESCAPE

5403
2015

TST

SHUTDN

012550

000054

002713

000015

002722

000003

002716

;BSEL4
;BSELS
;BSEL6
;BSEL7

=
=
=
=

NAKS RECEIVED (3)
NAKS TRANSMITTED (13)
REP/SEL SENT (15)
NO BUFFFER (4)

saeex MACRO EXPANSION #xve

;CALL DMR MODE INPUT ROUTINE
;INPUT (OMMAND

:SEL4 VALUE (OR BITS TO CLEAR IN BSEL6)
;SEL6 VALUE (OR BITS TO SET [N BSEL6)
;'.'Q

LA 82

;IF ERROR, BR TO TEST END
JHALT THE DMR.

TRAP
.WORD

CSESCAPE
L10036-.

TRAP
.WORD

CSESCAPE
L10036-.

seeer MACRO EXPANSION teve

JSR

PC, SHALT

ESCAPE

TST

;1F ERROR, BR TO TEST END

(MPB
BNE

#54 ,BASE+PRETIM
10%
#15,BASE+THIL
10%
#3 BASE+THIL
10$

;CHECK REP/SEL TIME IN BASE TABLE.
;1F _NOT 54, BR 10 ERROR.
;CHECK REP. THRESH. IN BASE TABLE.
:1F _NOT 15, BR TO ERROR.
;CHECK NAK RCVD. THRESH. IN BASE TABLE.
;1F NOT 3, BR TO ERROR,

(MPB
BNE
(MPB
BNE

;DMR HALT ROUTINE.
‘AR

tANE

C{OMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01
TEST S - DMR COMMANDS

[elelelololalele) o

ROAD RO AD RO NOROND ~N
NNNNNNSN~ ~
NIALAI
N NINIAIND ~n
PONIN)
— — b b bo
F ol ¥
Te W o o o1, ¥ &»

78 027174
79 027202

122737

000013

002720

122737
001404

000004

002724

001004

H 10
30-JuL-80 11:38:40 PAGE 57-3

108:

104455

000030
027567
027230

(MPB
BNE
(MPB
BEQ

#13,BASE+THZL
108

ERRDF

24,EMT8 ,ERRT3

#4 ,BASE+*THGL
20$

SEQ

;CHECK NAK SENT THRESH. [N BASE
;IF NOT 13, BR TO ERROR

TRAP

ENDSUB

027226

87
88 027230
027230
89 027230

027230
027234
027240
027244
027250
027252
027254
90 027260
027260
027262
027266
027272
027276
027300
027302
91 027306
027314
93 027316
027316
027320
0273264
027330
027334
027336
027340
027344
027344
027352
027354
027354
027356
027362
027366
027372
027374
027376

L10040:

ENDTST

L10036:

1046401

BGNMSG

017746
017746
012746
012746
010600
104414

062706
005046

153716

012746
012746
010600
104414

062706

122737

001413
005046

153716

012746
012746
010600
104414

153000
152772

#FMGY,aSELOD,aSEL2 :PRINT SELO AND SEL?

000010

PRINTB

24
EMTS
ERRT}

TRAP

($ESUB

TRAP

(SETST

MOV
MOV

= (SP)
3SELZ2,
@SELOD,-(SP)

MOV

#3,-(SP)

ERRTZ::

MOV
IRAP
ADD

002734
027624
000002

(MPB
BEQ

PRINTB

:EA.BASEOPRETIH ;ég REP/SEL
#FEMT12,<B,BASE+PRETIM>

TIME 0K?

;PRINT

[T OUT.

002713
027655
000002
000006

122737

000003

002716
027712
000002

000006

1%:

(MPB

#3,BASE+THIL

PRINTB

#EMT13,<B,BASE+THIL>

BEQ

(SP)
BASE+1SP13,

TRAP
ADD

C$PNTB
#6,5P

CLR
B1S8
MOV
MOV
MoV

-(SP)
(SP)
BASE+PRETIM,
#FEMT12,-(SP)
#.-(SP)
SP,RO

TRAP
ADD

002716

SP,RO
($PNTB
#10,5P

B1SB

MOV
MOV
MOV

002713

#FEMGT,=-(SP)

#FMT11,<B,BASE+ISP13> ;PRINT OUT THE IMAGE OF SC?A;CH PAD(;gi
L

000006
000054

(SERDF

.WORD
.WORD
.WORD

MOV

016270
000003

062706

001413

ERRT3
PRINTB

TABLE.

;CHECK NO BUF., THRESH. IN BASE TABLE.
J1F &, ALL CHECKS OK - EXIT

20%:

104403

124

#FMTI1,-(SP)
#2.,-(SP)
SP,RO

C$PN'B
#6,SP

;1S NAK RCVD 0OK?

:BR IF OK.

;PRINT

QuUT

CLR

-(SP)

BISB

(SP)
BASE+THIL,

MOV
TRAP
ADD

SP,RO
C$PNTB
#6,5P

MOV
MOV

#EMTIZ,-(SP)
#2.,-(SP)

ODMICO DMR-11 FUNCTIUNAL TESTS MACRO v03.01
ST S - DMR COMMANDS
027402
027402
027410
027412

122737
001413

0276416
027420

153716
012746

0276412

0274264

005046

012746

027430
027432
027434

010600
104414
062706

103 027440
104 027446
105 027450

122737
001413

027452
027456
027462
027466
027470

153716
012746
012746
010600
104414

102 027440

000015

000006

122737

00000&

005046
153716
012746

002724
03001

027530

062706

v00006

0 027534

012746
010600
104414

002724

(MPB

#4 ,BASE + THLL

SP,RO
CSPNTB
#6,5P

#2,-(SP)

-(SP)

B1S8
MOV
MOV
MOV
TRAP

BASE+TH3L, (SP)
#EMT1S,-(SP)
#2,-(SP)
SP,RO
CSPNTB

LLR
gls8
MOy

-(SP)
BASE
+ TH4L , (SP)
NEMT16,-(SP)

ADD

#6,5P

;1S NO BUFFER LEVEL OK?

5%
:BR IF OK.
#FMT16,<B,BASE+THLL> ;PRINT

OUT

L10061:

LASCIZ

/EXT. ERROR BIT INCORRECT/

LASCIZ

/DMR MODE

SNIWON
NWVOVOOO
NN

i
i O

— el

NONVO
SO —-ON

- d e = O
) b —
- Ot —d PRI
2N

b
i O
i i O
—r o

MOV
TRAP
ADD

(LR

b1 ¥

EMT8:

WO OO0

=-(SP)
BASE+TH2L,
(SP)
#FMT14,-(SP)

MOV
MoV
TRAP

EMT7:

125

CLR
BISB
MOV

ADD

BEQ
PRINTB

ONY =N NN

027575

#15,BASE*TH3L
;IS REP LEVEL OKk?
43
:BR IF 0OK.
W#FMT15,<B,BASE+TH3IL> ;PRINT [T OUT

104423

YB O NNV

027572

- )
il il
e e
NP CO=2N)
=t O —d =

115 027567

(MPB
BFQ

ENDMSG

O = O
= OO0 —=—=NNWO
NN
=P OPROWNVWN— = NONOW

027536
027541
027544
027547
027552
027555
027560
027563
027566

000002

0275%

027534
027534

#13,BASE*TH2L
;IS NAK SENT OKx?
13
BR IF 0K
#FMT14,<B, BASEOTH2L> PRINT IT our

002722
030004
000002

027506
027510
027514

027520
027524
027526

(02722

PRINTB

062706

001413

(MPB
BEQ
PRINTB

[, [0]"

000006

027472

108 027504
109 027506

2s:

000002

005046

107 027476

002720

SEQ

002720
027747

027450

106 027476

000013

NNO =

98
99
100
101

110
30-JUL-80 11:38:40 PAGE 57 -4

INPUT COMMAND ERROR/

TRAP

#2,-(SP)
SP,RO
(SPNTB

CSMSG

(Zgfll(O DMR=11 FUNCTIUNAL TESTS MACRO v03.01
TESY S - DMR COMMANDS
027622

122

000

117 027624

045

101

116

027627
027632
027635
027640
027643
027646
027651

0276564

118 027655

027660
027663
027666
027671
027674

118
105
106
120
003
040
063

101
040
040
040
040
045
045

045

000

FMT1Y:

_ASCIZ

/XIAIMAGE

122

FUT12:

_ASCIZ

/XAREP-SEL

FMTI3:

_ASCIZ

/XANAK

116
040
116
124
105
117

FMTI4:

_ASCIZ

/XIANAK SENT THRESHOLD = XD3IN/

122
040
116
124
105
17
040
045
045

FMTIS:

_ASCIZ

/XAREP SENT THRESHOLD = XD3IN/

116
102
106
040
122
110

FMTI6:

_ASCIZ

/XANO BUFFER THRESHOLD = XDIXN/

120
105
124
105
101

0SS
11¢
1R R|
040
116

027702
027708
027710

075
106
116

040
063
000

045
045

027715
027720
027723
027726
02773

101
122
104
110
123

113
103
040
122
110

040
126
124
109
117

104
116
045
101
123
124
110
123

063
000
1M
113
105
040
122
110

045

119 027712

0277%
0277%7

027742
027745
120 027747
027752
027755
027760
027763
027766
277N
027774
027717

030002

121 030004
030007
030012
03001$
030020
030023
030026
030031
030034
030037
122 030041
030044
030047
030052
030055
030060

125

045

114
079

114
075
104

116

045
105
123
124
110
123
114
07$
10«
116
045
117
125
105
124
105

105

101

104
040

104
040
063

000

)
120
10¢
040
122
110
104
040
063
000
101
040
106
122
110
12%

SP 13 =

Sea

107
117
123
061
075
104
16

105
123
040
119
126

027677

J 10
30-JuL-80 11:38:40 PAGE 57-5

TIME

ID3IIN/

VALUE

= XD3IIN/

040

116

RCVD

THRESHOLD = XD3IN/

040
045

040
045
045

126

b
d
—

NI
NS

({OMICO DMR=-11 FUNCTIONAL TESTS MACRO v03.01
TEST S - DMR COMMANDS
030063
030066
030071
030074

117
040
045
045

114
07S
104
116

104
040
063
000

K 10

30-JuL-80 11:38:40 PAGE 57-6

.EVEN

SEQ

127

C2OMICO D».=11

FUNCTIUNAL TESTS MACRO v03.01

TEST 6 - CONTROL

IN COMMAND

L1 0
30-JuUL-80 11:38:40 PAGE S 8

SE@

128

LSBTTL

;ttttttt"tttttt"tt't't"'t't'tt'tt'ttt'ttt"'t'tttttttttt'ttt't'tttt

S
6
7

TEST 6 - CONTROL IN COMMAND
TEST 6 - DMR-11

:*
;*
o

(CONTROL IN COMMAND TEST SUBTEST 1
= (ONTROL IN, FULL DUPLEX, DDCMP MODE.
ENSURE THAT
THE HALF=-DUPLEX BIT IS CLEAR IN THE MODEM STATUS WORD,

SUBTEST 2

- g?¥1?gLsé¥. HALF DUPLEX.

1"
12
13
14
15

;%
M
;¢
e
e

SUBTEST 3

=~ 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
NOT CORRECT, DMR RUN MODE ACKNOWLEDGE WILL NOT BE

.-tfitttt'ttttttfit'ttfittt'ttt'ttt"'tt'ttttttttttt'.titttttttttttt'tttt'

16
17
18

SUBTEST 4

o
i
X

20 030100
030100
21 030100
030100
030100
22 030102
030102

23
24 030106

ENSURE THAT THE HALF DUPLEX

RECEIVED,

BGNTST

T6::

BGNSUB

104402
004737

030106
030110
25 030112

104410
000404

030112
030116
030120
030122

004737
004000
002636
000522

26
27 030124
030124

104410

030126
28 030130

000366

030130
030134

004737
000000

030136
. 030140

104410
000354

32 030142
33 030150

052777

16.1:

CLEAR
011066

:MACRO FOR MASTER CLEAR

JSR

PC, SMSCLR

ESCAPE

TST

BASEIN
011264

JSR

ESCAPE

PC, SBASEI
.WORD
LPLU
.WORD
BASE
.WORD
DMR

TST

011520

JSR

000057

030130 oper3r Ooard

152062

TRAP

csBsuB

TRAP
.WORD

CSESCAPE
L10042-.

;eexe MACRO EXPANSION wewv

;1SSUE A DMR MASTER CLEAR
:tt'.

[ X2 31

;IF ERROR, BR TO TEST END.
:MACRO FOR BASE IN COMMAND
;eeex MACRO EXPANSION wxet

:CALL BASE IN ROUTINE WITH DEFAULTS
;SET LINE UNIT LOOP
;BASE TABLE ADDRESS
;:DMR-11 MODE
;t'ti

(22 3

:1F ERROR, BR TO TEST END.

TRAP

.MWORD
;MACRO FOR CONTROL IN (FULL DUPLEX)

CNTRIN

30 030136

ALSO ENSURE THAT DDCMP MODE BIT IS SET IN SCRATCH PAD 7.

PC, SCNTIN
.WORD
O

;eeee MACRO EXPANSION wees

;CALL CONTROL IN ROUTINE WITH DEFAULT
;SEL& - FULL DUPLEX, RUN MODE, 1 SEC START.
:tttt

12 2 R ¢

ESCAPE

T1ST

BIS
WAIT

#RQ] 'RMODEM,QSELO ;SET RQI AND READ MODEM COMMAND
RDI
;WAIT FOR RDI TO BE SET

JSR

PC, SWALT

CSESCAPE

L10042-.

:1F ERROR, BR TO TEST END.

;44es MACRO EXPANSION eee

;CALL WAIT ROUTINE

TRAP
MORD

CSESCAPE
L10042-.

CZOMICO DMR=-11 FUNCTIONAL TESTS MACRO v03.01
TEST 6 - CONTROL

IN COMMAND

030154

000009

34 030156
35 030164
36 030166
030166
030170
030172
030174
37 030176
38 030176

032777
001404

030176

004737

m 10
30-JuUL=-80 11:38:40 PAGE 58-1

.WORD

000020

152052

104455
000025
030516
000000

108:
010704

39 030202
030202
40 030206

030206
030210
41 030212
&2 030220

43 030222
030222

030224
030226
030230

46 030232
45 030232

030232

4 030232

004737

104410
000304
132737
001004

012550

000020

002730

000025
030546
000000

0302%

004737

030244
030246

002636
010522

004000

011264

004737
002000

011520

54 030270

RQI

;CLEAR RQ] AND WAIT FOR RDI TO CLEAR.

JSR

PC, SCLRQI

;CLEAR RQI AND WAIT FOR JT TO BE CLEARED.

suene MACRO EXPANSION twee
I

;HALT DMR

;e MACRO EXPANSION twve

JSR

PC, SHALT

ESCAPE

T1ST

BIT8B

#BIT4L,BASE+ISP7 ;IS THE DDCMP RUN BI:

ERRDF

;DMR HALT ROUTINE.

21,EMT10

rene

;IF ERROR, EXIT.

20%

TRAP
CSESCAPE
.WORD
L10042-.
SET IN [MAGE OF SP 7.

;ERROR DDCMP RUN BIT NOT SET
TRAP

L10043:

104410
000234
052777

16.2:
BASEIN

LPLU,BASE,RES'DMR ;BASE

JSR

PC, $BASEI]

.WORD

.WORD
.WORD

50 030250

030256
030260
53 030262

WAIT

20%:
ENDSUB

52 030256

reee

BGNSUB

104402

030250
030254

;1S THE HDOX BIT SET IN MODEM STATUS REG?
;0K = IF BIT CLEAR
:ERROR HDX BIT SET
TRAP
CSERDF
.WORD
21
.WORD
EMTO
LWORD
O

104403

030234
030234

030242

;FLAG THAT WE'RE WAITING FOR RDI

#B1T4L,R5ELL
108
21,EMT9

BNE

104455

030270 004737 010274

151742

LPLU

IN WITH RESUME.

TRAP

CS$ESUB

TRAP

($B8sSuUB

:MAINTENANCE MODE BITS TO SET IN BSEL!

BASE
;BASE TABLE ADDRESS
RES'DMR ;MODE
caaee

tene

;CONTROL IN COMMAND WITH HDX.

JSR

PC, SCNTIN
.WORD
HOX

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

JSR

21
EMT10
0

;CALL BASE IN ROUTINE

HDX

BIS
WAIT

;reet MACRO EXPANSION wnee

teee

TST

;1F ERROR, BR TO TEST END.

RDI

;WAIT FOR RDI TO BE SET
;eres MACRO EXPANSI v eews

TRAP
WORD
#RQAT'RMODEM,aSELD ;SET RQ] AND READ MODEM COMMAND

PC. SWALT

(SERDF

.WORD
.WORD
.MWORD

;etae MACRO EXPANSION twnn

CNTRIN

ESCAPE

000057

129

BIT
BEQ
ERRDF

SHUTDN

47 030234

4«8 030236

SEQ

:CALL WAIT ROUTINE

CSESCAPE
L10042-.

CZDMICO OMR=-11 FUNCTIONAL TESTS MACRO v03.01
"EST 6 - CONTROL IN COMMAND

030274

000000

55 030276
56 030304
57 030306
030306
03C310
030312
030314
58 030316
59 030316

032777
001004

030316

004737

.WORD

0C0020

104455
000025
030574
000000

63 030324
030324
030324
64 030326
030326
65
66 030332

012550

104402
004737

004737
004000
002636
000522

030354
030360

030362
030364

73 030366
030366
74 030372

030372
030374

JSR

| 3 2 2 ]

1S THE HDX BIT SET IN MODEM STATUS REG?
:0K = IF BIT SET
;ERROR HDX BIT CLEAR,
TRAP
CSERDF
.WORD
21
.WORD
EMT11
.WORD
0
:HALT THE OMh.

PC, SHALT

ieeee MACRO EXPANSION tvew

:DMR HALT ROUTINE.
:""

|3 & 8 ]

L10044:

011066

011264

011520

104410
000120

PC, SMSCLR

ESCAPE

TST

TRAP

(C$BSUB

TRAP
.WORD

CSESCAPE
L10042-.

:ISSUE A DMR MASTER CLEAR
kAR E

L8
2 X1

:IF ERROR, BR TO TEST END.

ieeex MACRO EXPANSION #x%e

*CALL BASE IN ROUTINE WITH DEFAULTS
:SET LINE UNIT LOOP
:BASE TABLE ADDRESS
:DMR-11 MODE
"""

L2 8 3]

TST

:IF ERROR, BR T0 TEST END.

CNTRIN

MAINT

;MACRO FOR CONTROL IN (MAINT. MODE)

JSR

PC, SCNTIN
.WORD ~ MAINT

:CALL CONTROL IN ROUTINE
;SEL6 = (DUPLEX, MODE)

TST

SHUTDN
012550

CSESUB

ieeee MACRO EXPANSION veww

;MACRO FOR BASE IN COMMAND

PC, $BASEIL
.WORD
LPLU
.WORD
BASE
.WORD
DMR

TRAP

ESCAPE

104410
000130
004737

JSR

16.3:

;MACRO FOR MASTER CLEAR

BASEIN

104410
000142
004737
000400

'
CLEAR

72 030362

SHUTDN

:'.'t

BGNSUB

030336
030342
030344
030346

70 030354

#BIT4,ASELG
108
21,EMT11

130

;FLAG THAT WE'RE WAITING FOR RDI

104403

104410
000160

030350
030352

BIT
BNE
ERRDF

SEQ

ENDSUB

030332
030334
67 030336

68
69 030350

151732

108:

61 030322
030322
6 030322

N 10
30-JuL-80 11:38:40 PAGE 58-2

PC, SHALT

ESCAPE

TSI

CSESCAPE
L10042-.

TRAP
.WORD

(SESCAPE
L10042-.

TRAP
.WORD

CSESCAPE
L10042-.

ivees MACRO EXPANSION srvs

:ttli

|28 8 |

;1F ERROR, BR TO TEST END.

JHALT

JSR

TRAP
JORD

ieete MACRO EXPANSION

tese

“DMR HALT ROUTINE.

“LF ERROR, BR 10 TEST END.

8 1

CZOMICO DMR-11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 58-3
TEST 6 ~ CONTROL

75 030376
76 030404
7 030406

030406
030410
030412
030414
78 030416
79 030416
030416
030416
80
81 030420
030420
030420
82
83 030422

132737
001004

002730

000025
030630
000000

8118
BNE
ERRDF

L10045:

16.4:

1046402
CLEAR

104410

000064
005737
001004
052737
000403

042737

030462

004000

030462

1%:

N~
~NO

b
—

=lelole)

030514
030514

TRAP

csasus

TRAP

CSESCAPE

sMACRO FOR MASTER (LEAR
;eeee MACRO EXPANSION wnen
;ISSUE A DMR MASTER CLEAR

TST
BNE
BIS
BR

DMTURN

;IS INTERNAL LOOPBACK REQUESTED?

BIC

#LPLU,100$

;CLEAR LINE UNIT LOOPBACK.

CALL

$BASE]

ESCAPE

TSt

;BASE IN COMMAND.
;MAINTENANCE BITS (L. U. LOOPBA(K?)
;BASE TABLE ADDRESS.
:DMR MODE.

104410

1%
;%PLU,1OOS

LWORD
.WORD
.WORD

O
BASE
DMR

ENDSUB

;IfF NOT, BR
;SET LINE UNIT

.WORD

L10042-.

LOOPBACK.

;1F ERROR, BR TO TEST END.

TRAP

CSESTAPE

CALL

$LOOP

ESCAPE

1S7

;1f

JSR

011520

ERROR, BR TO TESi

L10042-.
LWORD
;EXTENDED DMR COMMAND TO SET MAINT, BITS

;1F NEEDED. THIS WILL ALLOW MODEM LOOPBACK
;IF THE USER REQUESTED IT.
ERROR, BR TO TEST END.

TRAP

.WORD

CNTRIN

PC, SCNTIN

.WORD

;MACRO FOR CONTROL IN (FULL DUPLEX)
sevee MACRO EXPANSION tewe

;CALL CONTROL

CSESCAPE

L10042-.

IN ROUTINE WITH DEFAULT

:SEL6 = FULL DUPLEX, RUN MODE, 1 SEC START,
;'.'.

L K2R ]

L10046:

104403

ENDTST

($ESUB

END.

000022

103 030512

TRAP

;IF

104410

004737
000000

ESCAPE

21
EMT1?
0

TST

100$%:

000000
002636
000522

PC, SMSCLR

CSERDF

LMORD
LMORD
LWORD

LA AR

002254
004000

JSR

TRAP

;.."

300012

030512
030512

;ERROR = MAINT, BIT NOT SET.

BGNSUB

030426
030426

030504
030510

21,EMT1?

10%:
ENDSUB

011066

:8%71.8ASE’ISPT ;1S THE MAINTENANCE BIT SET IN IMAGE OF SP 7.

104403

004737

030500

000002

104455

030422

030430
030432
030436
030440
030446
030450
030450
030456
030456
030462
030464
030466
030470
030470
030472
030474

SE@

IN COMMAND

L1004¢-

TRAP

($ESUB

cn
CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 58-4
TEST 6 - CONTROL

030514

104401

030521
030524
030527
030532
030535
030540
030543

040
126
105
127
16
16
104

102
040
124
110
040
040
130

11
123
040
105
11
106
000

030551
030554
030557
030562
030565
030570
030573

15
122
040
124
117
123
000

030577
030602
030605
030610
030613
030616
030621
030624
030627

040
124
117
123
040
105
m
110
000

102
040
124
105
127
116
16
104

030633
030636
030641
030644
030647
030652
030655

116
040
104
102
040
124
105

124
115
105
1M1
116
040
124

108
109 030516

110 030546

111

030574

IV ']

ol
el
-—r

[« XV P

el
-—

cdd

112 030630

SEQ

IN COMMAND

110

104

110

115

TRAP

104

130

EMT9:

ASCIZ

/HDX BIT

120
125
102
040
124
105

163

040
116
m
116
040
126

EMTIC:

,ASCIZ

/DDCMP RUN BIT NCT

104

130

EMTM11:

ASCI?

/HDX BIT

NOT

SET

WHEN

111

EMTI2:

ASCIZ

/MAINT.

MODE

BIT

NOT

104

101

1M
116
040
1264
110
040
040
130

056
117
040
124
117
123
000

.EVEN

SET WHEN

IN FDX/

SET/

[N HOX/

SET/

132

CSETST

C{OMICO DMR=-11 FUNCTIONAL TESTS MACRO v03.01
7 - MODEM WRITE

COMMAND

133

TEST 7 - MODEM WRITE COMMAND
NN

eIt e

RN Re R

e et I

et IN IR

eeeReeERTIERILOIETE

I
TP

2
»

SUBTEST 2

¢
%
.

TR
YR
T

=LO

MICROCODE RETURNS THE PATTERN WRITTEN INTO BSELG.
- ATTEMPT TO WRITE BOTH THE HALF-DUPLEX BIT AND THE
RTS HOLD BIT.
THE MICROCODE SHOULD NOT ALLOW TMIS
TO HAPPEN.
WHEN READING THE MODEM STATUS, ONLY
THE

HALF-DUPLEX

SHOULD BE

SET.

.".'""'.t"""""""'"""""'."'QQQ't'l""""'t""tt"'QQ'

030662

030666
030666
030670
030672

BGNTST
BGNSUB
104402

004737

030704
030704
030706

104410

030734
030736
030736
030740

011066

000232

004737
004000
002636
000522

17.1:

:MACRO FOR MASTER CLEAR

CLEAR

104410

030672
030676
030700
030702

030710
030714
030720
030720
030724
030730
030732

17::

JSR

PC, SMSCLR

ESCAPE

T1ST

BASE IN
011264

JSR

ESCAPE

jeees MACRO EXPANSION

weee

;""

L X R

000005
031124

012237
004737
000005
000377
000000

030734
012060

108

15%:

2 ]

:1F ERROR, BR TO TEST END.
;BASE

[N COMMAND.

104410

1 RAP

.WORD

senee MACRO EXPANSION

wren

.'"..

(B X B ]

PC, SBASE!
LPLU
.WORD
LWORD
BASE
.WORD
DMR

:CALL BASE IN ROUTINE WITH DEFAULTS
sSET LINE UNIT LOOP
;BASE TABLE ADDRESS
:DMR=11 MODE

TST

:1f ERROR, BR TO TEST END.

MOV
MOV

#5,R1
#MODEM,R2

sCOUNTER
sPATTERN TO WRITE

MOV
JSR

(R2)+,15%
PC,3DMRIN
.WORD
WMODEM
.WORD
377
.WORD
0
TST

sWRITE PATTERN
:1SSUE DMR MODE COMMAND
WRITE MODEM COMMNAD

ESCAPE

TRAP
.WORD

000057

030750
030754

004737
000000

010274

151262

CSESCAPE

L10047-.

sCLEAR ALL BITS I[N BSEL6

;SET THE BITS IN BSELG6 (FROM PATTERN)
:1F ERROR, BR TO TEST END.
TRAP

.WORD

052777

CSESCAPE

L10047-.

INTO MODEM

000162

030742
030750

(sBsus

:ISSUE A DMR MASTER CLEAR

000214

012701
012702

TRAP

BIS
WAIT

#RQ]'RMODEM,ASELD ;SET RQ] AND READ MODEM (OMMAND
RDI
JWAIT FOR RD] TO BE SET.

JSR

PC, SWAIT
LWORD
0

;eeet MACRO EXPANSION teee

;CALL WAIT ROUTINE
;FLAG THAT WE'RE WALITING FOR RDI

—
om
ow

030660
030660

— e

i
e

NS U

-—
e

SeE@

TEST 7 - DMR-11
.t
;* MODEM WRITE COMMAND
;* SUBTEST 1
<= WRITE DATA PATTERNS INTO THE MODEM WRITE REGISTER.
:
ENSURE THAT ON THE NEXT MODEM READ THAT THE

V00 NO NN

—

.SBTTL

030660
030660
030660
18 030662

—

TEST

D 11
30-JuUL-80 11:38:40 PAGE 59

CAPE
G-,

1CO DMR-11 FUNCTIUNAL TESTS MACRO v03.01
7 - MODEM WRITE COMMAND

£
30-JuL-80 11:38:40 PAG £S5 -1

SEQ

;'Qt'

37 030756
030756
030760
030762
030762
030770
030772
030776
030776
031000
031002
031004
031006
031006
031006

ESCAPE

104410

;1F

IST

031022
031022
031022

031024
031024
031024

013703

151252

030734

104455
000026

031170
031136

004737

(MPB
BEQ

aBSELL,15%
25%

;DID THE MICROCODE COPY THE BITS?
:1F YES CONTINUE

ERRDF

22 ,EMT13,ERRT?

;WRITE MODEM ERROR

MOV

25%:
010704

104410

000106
005301
001337

30%:

158 ,R3

WAIT

RQI

JSR

PC,

ESCAPE

$CLRQI

sSAVE

DEC
BNE

000060
052777

17.2:

004737
000000

DMRIN

WMODEM, 377,21

JSR

PC, SOMRIN
WMODEM
.WORD

.WORD
.WORD

ESCAPE

00G057

151160

010274

BIS
WAIT

JSR

377
21

TST

001406
012703

TRAP

($ESUB

TRAP

csssus

;CALL DMR MODE INPUT ROUTINE
; INPUT COMMAND
;SEL4 VALUE (OR BITS TO CLEAR IN BSEL6)
;SEL6 VALUE (OR BITS TO SET IN BSELG)
:Qtt'

LA RAJ

;IF ERROR, BR TO END.

TRAP

.WORD
#RQ]'RMODEM,@SELO ;SET RQI AND READ MODEM COMMAND.
;WAIT FOR RD] TO BE SET
RDI
srees MACRO EXPANSION weee
PC, SWALT
sCALL WAIT ROUTINE
;FLAG THAT WE'RE WAITING FOR RDI
.WORD
O
ST

;1F

ERROR,

000020
000021

151146

(MPB
BEQ

MOV

#20,8BSEL
6
10%
#21,R3

CSESCAPE

L10047-.

teee

EXIT

TEST.

TRAP

.WORD

000040
122777

CSESCAPE

L10047-.

;ATTEMPT TO WRITE MODEM HDX AND RTS.
sever MACRO EXPANSION teee

;"t'

ESCAPE

104410

.WORD

L10050:

104402

104410

TRAP

;CONTINUE UNTIL ALL 5 PATTERNS TRIED.

BGNSUB

012060

CSERDF

22
EMT13
ERRTZ

R A
LA

;DECREMENT (OUNTER

10%

104403

004737
000005
000377
000021

TRAP
.WORD
.WORD
.WORD

;CLEAR RU] AND WAIT FOR RDI TO CLEAR.
;evse MACRO EXPANSION #ees
;CLEAR RQI AND WAIT FOR [T TO BE CLEARED

1F ERROR, EXIT TEST.

CSESCAPE

L10047-.

THE PATTERN FOR THE ERROR MESSAGE.

ENODSUB

031026
031026
031032
031034
031036

TRAP

.WORD

031012
031012
031014
031016
031020
031022

[E 2 X ]

ERROR, EXIT TEST,

000142

127737
001406

134

;1S ONLY HDX SET?
JLF VES - 0K
;SAVE THE PATTERN FOR THE ERROR MESSAGE.

(SESCAPE

L10047-.

CIOMICO DMR-11 FUNCTIONAL TESTS MACRO v03.01
TEST

7 ~ MODEM WRITE

64 031100
031100
031102
031104
031106
65 031110
66 031110
031110

COMMAND

104455
000026
031170
031136

004737

10%:
010704

67 031114
031114

004737

012550

73 031124

” 031132

031152
031156
031160
031162

77 031166

031166
031166

;CLEAR RQ] AND WAIT FOR RDI

JSR

PC, $CLRQI

;CLEAR RQI AND WAIT FOR [T TO BE CLEARED.

;even MACRO EXPANSION teee
R

X2 2]

000000

000376

000357

000001

005046
157716
010346
012746

012746
010600
104414
062706

;eeee MACRO EXPANSION weee

PC, SHALT

:DMR HALT ROUTINE,
a2 A3

R ]

[ K2 2]

L10047:
_WORD

BGNMSG

ERRT?

PRINTB

0,376,1,252,357

;PATTERN TO WRITE

#FMT19,R3,<B,aBSELG>

ENDMSG

127
124
115
105
105
117
000

122
109
117
115
122
122

83 031214

045

111
040
104
040
122
040

EMT13:

L10052:

_ASCIZ

(SESUB

TRAP

CSETST

CLR
B81S8
MOV
MoV
0]
MOV
TRAP
ADD

-(SP)
eBSELS, (SP)
R3,-(SP)
#EMT19,-(SP)

TRAP

C(SMSG

ERRT2::

031214
000003
0000:0

TRAP

INTO MODEM

151074

104423

122
105
16
123
066

TO CLEAR.

L100S51:

MODEM:

/WRITE MODEM ERROR /

.EVEN

117
040
040
105
072

127

124
"
102
114
040

FMTI9:

_ASCIZ

/XAWROTE

CSERDF
22
EMT13
ERRT?

[ XX
K]

104401

80 031170
031173
031176
031201
031204
031207
031212
g;

031217
031222
031225
031230
031233

RQ1

ENDTST

031136

031136
031140
031144
031146

WAIT

TRAP
.WORD
.WORD
.WORD

104403

000252

135

22,EMT13,ERRT?

ENDSUB

75 031136

76 031136

SEQ

ERRDF

JSR

031122

031122
- 031122

SHUTDN

69 031120
031120
20 031120

30-JuUL-80 11:38:40 PAGE 59-2

IN BSEL6: XO3XA

MODEM FORMAT [N BStL6: XO3IN/

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

C/OMICO DMR=11 FUNCTIUNAL TESTS MACRO v03.01
TEST 7 - MODEM WRITE COMMAND

031236
03126
031244
031247
031252
031255

045
045
040
104
040
122

031263
031266
312N
031274
031277

116
123
066
045
045

031260

84
85
86

1264

117
101
115
105
106
115

063
040
117
115
117
101

040
105
072
137
116

102
114
040
063
000

040

6 N
30-JuL-80 11:38:40 PAGE 59-3

.EVEN

SEQ

136

W) —

CLOMICO DMR-11 FUNCTIONAL TESTS MACRO v03.01
Tt ST 8 - NO BUFFER ERROR

H 1

%
»
5

%
%

THRESHOLD OF
THREE

3 AND A NO BUFFER

(HECK THAT THE NAKS ERROR COUNT

SHUTDOWN.

104402

18::

004737
004000
002636

18.1:

011066

JSR

PC,

ESCAPE

131

SMSCLR

011264

JSR

:1F

PC, $BASE!
.MORD
LPLU
.WORD
BASE

.WORD

104410

000400
011520

[A X

ERROR,

TO TEST

END.

:DMR-11 MODE
;t!tt

MAINT

:MACRO FOR CONTROL

JSR

PC,

TSt

TRAP

.WORD

:SEL6 - (DUPLEX, MODE)
;'!ti

:1F

ERROR, BR

TO TEST

[ E R K]

END.

TRAP

LWORD

THRESHOLDS:

:NAKS RCVD = 377
INAKS SENT = 377

SREP SENT = 377

177777

‘NO BUFFER = 3

DMRIN

THRESH 1777271707

JSR

PC,

SOMRIN

.WORD

"WORD

THRESH

177777

L10053-.

cenne MACRO EXPANSION #eee
:CALL CONTROL IN ROUTINE

:SET

012060

CSESCAPE

(FULL DUPLEX AND MAINT)

000366

004737
000013

CSESCAPE

L10053-.

ANt e

CNTRIN

MAINT

.WORD

SCALL BASE IN ROUTINE WITH DEFAULTS
:SET LINE UNIT LOOP
:BASE TABLE ADDRESS

:1F ERROR, BR TO TEST END.

LWORD

TRAP

:MACRO FOR BASE IN COMMAND
ceaee MACRO EXPANSION #eee

1631

$CNTIN

($BSUB

3 |

ESCAPE

104410

DMR

TRAP

ceess MACRO EXPANSION weee
“ISSUE A DMR MASTER CLEAR
:Qt"

BASE IN

000522

004737
000400

;MACRO FOR MASTER CLEAR

CLEAR

oo~

004737

AR ARARRRSRRRRARRRRRRRRRRRRRRZRRRRRRRRRRRA

BGNSUB

000416

031340
031340
031342

AFTER

BGNTST

104410

THREE, ENSURE THAT A NO BUFFER ERROR S RECEIVED

ASSIGN THE NAKS THRESHOLD OF

SUBTEST 2

AFTER THE THIRD THRANSMISSION,
- TRANSMIT A BUFFER WITHOUT A RECEIVE BUFFER.

=2 OO 00 NO VN

PN
-t

(¥, ]

031302
031302
031302
031302
031302
031304
031304

—

SUBTEST 1

222 A2

RRRRRRRRARRRRRERRRRRR

TEST 8 - DMR-11
= TRANSMIT A BUFFER THREE TIMES WIHOUT ASSIGNING A
RECEIVE BUFFER.
BY ASSIGNING A NO BUFFER THRESHOLD

137

TEST 8 - NO BUFFER ERROR

.SBTTL
S22

SEQ@

30-0UL-80 11:38:40 PAGE 60

ceeee MACRO EXPANSION eeee
:CALL DMR MODE INPUT ROUTINE

; INPUT COMMAND
:SEL4 VALUE (OR BITS TO CLEAR IN BSELS®)

CSESCAPE

£10053-.

CIOMICO DMR=-11

FUNCTIONAL TESTS MACRO v03.01

TEST 8 -~ NO BUFFER ERROR

031354

001777

031356
031356
031360
031362
031366
031366
031366
031372
031374
031376

.WORD

000003

004737

000040
002520
000044

1%:

012270

39 031406
031406
031410
40 031412

004737
000001
104410

&2 031416
43 031424

000320
005300
001404
062777
000760

65 031426

032777

031436
031440
031442
031444
031446
031450
031450
031456
031460
031460
031462
031464
031466

104455

031414

L4 031426

46 031434
7 031436

001005

000207

000001

150610

150600

000010
017762
015112
000410

032777
001004

000004

150562

10%:

000207

004737
000001

010274

150536

(2 X

#3,R0

;SET UP A COUNTER

TO TEST END.

PC,

$BACC

.WORD

WAIT

RDO

JSR

PC,

ESCAPE

151

RQI'!BACCT
TBUF
TCOUNT

SWAIT

.WORD

;eeee MACRO EXPANSION teee
sCALL BA/CC IN ROUTINE WITH DEFAULTS

;BA/CC IN TRANSMIT COMMAND

;TRANSMIT BUFFER ADDRESS
;TRANSMIT (HARACTER COUNT
;"'t

[2 2

;WAIT FOR RDO TO BE SET
;eene MACRO EXPANSION wvee
;CALL WAIT ROUTINE

;FLAG THAT WE'RE WAITING FOR RDO
"'Q'.

;1F

LE R

RDO NOT

SET,

B |

TEST

RO
10%
#RDO.(MD,@SEL2

;DEC COUNTER
:TRANSMIT FOR 3 TIMES.
;CLEAR BACC OUT TRANSMIT,

; TRANSMIT

8l1T

#CNTRL ,@SEL?

;1S

20%
8,EMG8,ERRG?

JEXLT

BIT

#NOBFR ,aSELS

;15

#RDO
! (MD,aSEL?2
SwAll

.WORD

.WORD
.WORD
.WORD

THE

#RDO (MD,@SEL2

CSESCAPE

L10053-

(SERDF

8
EMG8
ERRG?

NO BUFFER FLAG SET?

;IF YES - Ok, PROCEED.
JWE'RE NOT GETTING EXPECTED RESULTY

TRAP

OUT

CSERDF

.WORD
.WORD
.WORD

TRAP

CSESCAPE
L10053-.

OR NOBUF /NAKS)

EMGY
ERRG?

;CLEAR CONTROL OUT
ZEXPECT ANOTHER BACC OuT.
;evee MACRO EXPANSION eeee
SCALL WAIT ROUTINE
;FLAG

THAT WE'RE

WAITING FOR RDO

:1F ERROR, BR TO END.

ESCAPE

.WORD

AGAIN

;(EITHER CONTROL

RDO

TRAP

J1F YES, PROCEED.
JEXPECTED CONTROL OuT NOT RE(EIVEgip

308

30%
Q,EMGI,ERRGY?

END.

THIS A CONTROL 0QuT?

PC,

150516

& ]

DEC
8t0Q
8IC
BR

30%:

TRAP

.WORD

;"'Q

000207

B ]

;BA/CC IN COMMAND FOR TRANSMIT

BACCIT

000011
020026
015112

062777

ERROR,

138

(OR BITS TO SET [N BSELSG)

Mov

BNE
ERRDF

104455

;'t'i

:1F

BNE
ERRDF

20%:

;SELG VALUE

TST

.WORD
.WORD

010274

1777

SEQ

ESCAPE

JSR

37
38 031400
031400
031404

I 1
30-JuUL-80 17:38:40 PAGE 60-1

;CLEAR BACC OUT.

et e

.WORD

CJOMICO DMR-11 FUNCTIONAL TESTS MACRO v03.01
TEST 8 -~ NO BUFFER ERROR

59 031516
031516

64 031526

SHUTDN

004737

012550

60 0315
61 03

62
63

SEQ

30-JuUL=-80 11:38:40 PAGE 60-2

JSR

PC, SHALTY

:NALT DMR
;eeee MACRO EXPANSION eeee
:DMR MALT ROUTINE.
;0'.'

[ X KX )

508:
ENDSUB

L10054:

104403

BGNSULB
104402

004737

18.2:
CLEAR

011066

JSR

67 03153

ESCAPE

1046410

000174
004737
004000
002636
000522

Jeese

PC., SMSCLR
137

JSR

MACRO

EXPANSION

ESCAPE

0900156

004737
000000

JSR

ESCAPE

104410

(s8suB

;MACRO FOR BASE

PC, $BASEI
.MORD
.WORD
.WORD

LPLU
BASE
DMR

T1S7

MACRO

;CALL BASE

IN COMMAND

EXPANSION

IN ROUTINE

JSET LINE UNIT LOOP
;BASE TABLE ADDRESS
;:DMR=11 MODE

:IF

1817

TRAP

.WORD

CSESCAPE

L10053-.

teee

WilTm DEFAULTS

etee

ERROR, BR TO TEST END.

;MACRO FOR CONTROL

PC, S(NTIN
.WORD
0

eoeee

ERROR, BR TO TEST END.

Jeeee

(NTRIN

011520

TRAP

seee

;0"'

1044610

(SESUB

;ISSUE A DMR MASTER (LEAR
;1F

BASE IN
011264

TRAP

:MACRO FOR MASTER (LEAR

;Q"t

65
66 0N

139

TRAP

.MORD
IN (FuLL DUPLEX)

CSESCAPE

L 10053-.

;vvee MACRO EXPANSION eece

;CALL CONTROL iN ROUTINE wiTw DEFAULT
;SELG = FULL DUPLEX, RUN MODE, 1 SEC START,
;Q.'O

;1F

[A K X )

ERROR, BR T0O TESY END.

TRAP

.WORD

000144

CSESCAPE

L 10053-.

SSET THRESMOLDS:
JNAKS RCVD = 3
;NAKS SENT = 3

012060

DMRIN

THRESH,1403,3777

JSR

PC. SOMRIN
THRESH
.WORD
.MORD
1403
MORD
3777

ESCAPE

:REP SENT = 377
:NO BUFFER = 7

;eeee RACRO EXPANSION veee

;CALL DMR MODE INPUT ROUTINE
; INPUT (OMMAND

;SELG VALUE
sSELG VALUE
;QQ..

(OR BITS TO CLEAR IN BSELS)
(OR BITS TO SET IN BSELS)
ec e

IF ERROR, BR TO TEST END.

TRAP

.WORD

(SESCAPE

L 10053-.

COMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01
TEST 8 - NO BUFFER ERROR

82 031604
0
0
0

004737
000040
002520
000044

012270

JSR

"WORD
10%:

004737
000001

WAlT

RDO

JSR

PC,

010274

ESCAPE

1064410

000102
032777
001005

000001

8IT

150376

BNE
ERRDF

104455

000010
017762
015112
000410

032777
001004

031666
031670

00000¢

150360

30%:

004737

012550

123727

002641

000003

123727

002644

000003

001004

001404

106

107

:"'.

SFLAG THAT WE'RE WAITING FOR RDO
:.Q'Q

:1F

#ONTRL,@SEL2

208
8.EMGB.E

RG?

;1S

:1F

[XR

X )

RDO NOT SET, BR TO TEST END.

TRAP

.WORD

THIS A CONTROL OUT?

;EXPECTED CONTROL OUT NOT RECEIVED.

TRAP

.WORD
.WORD
.WORD

JEXTT

BIT

#NOBFR ,@SELG

;1S THE NO BUFFER FLAG SET?
;IF YES - OK, PROCEED.
;WE'RE NOT GETTING EXPECTED RESU%;‘P

309

9.EMGY,ERRG?

.WORD
.WORD
.WORD
;(EITHER CONTROL OUT OR NUBUF /NAKS)

SHUTDN
PC,

SHALT

(mMPB
BNE
(MPB
BEG

BASE+3,#3
35¢
BASE+6,#3

ERRDF

23.EMT20,ERRTS

40%

(SESCAPE

L10053-.

YES, PROCEED.

(SERDF
8
Emo8
ERRG2

CSERDF
9

EMGY
ERRG?

;eees MACRO EXPANSION weree

;DMR HALT ROUTINE.
;'...

35%:

(L X X X ]

:WAIT FOR RDO TO BE SET
levee MACRO EXPANSION seee
‘CALL WAIT ROUTINE

SWALT

JWORD

:TRANSMIT BUFFER ADDRESS

:TRANSPIT CHARACTER COUNT

308

JSR

1046455

103
104
105

TRUF

TCOUNT

BNE
ERRDF

104455
000011
020026
015112

95 031672
96 031672

031672

20%:

140

PC. $BACC
SCALL BA/CC IN ROUTINE WITH DEFAULTS
.WORD
RG1'BACCT
:BA/CC IN TRANSMIT COMMAND

"WORD

830

StQ

;BA/CC IN COMMAND FOR TRANSM]T
;eeee MACRO EXPANSION teee

BACCIT

84 0

0
0

K1 )

30-JuUL=~80 11:38:4GC PAGE 6 0-3

ae e

:NAKS REC. = NO BUFFER = 3?
;1F NOT ERROR
:NAKS SENT = NO BUFFER =
;1F 0K = SKIP,

¥?

TRAP

000027
031770
031732

(SERDF

.WORD
.WORD
.WORD

23
EMT20

TRAP

(SESUB

TRAP

($E TS

EPRTS

40%:

ENDSUB

104403
104600

ENDTST

L10055:

L10053:

COMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01
TEST 8 - NO BUFFER ERROR
108
109 031732

BGNMSG

031732

110 031732

031732
031734
031740
031742
031746
031752
031756
031760
031762

005046
153716
005046
153716
012746
012746
010600
104414
062706

031766
"2 031766

104423

113 031770

116

111 031766

115

031773
031776
032001

L N
30=-JUL=-80 11:38:40 PAGE 60-4

123
122
122

ERRT4
PRINTB

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

SEQ

ERRTS::

002644
002641
016510
000003
000010

101

040
122
000

ENDMSG

113

105
17

EM120:

L10056:
.ASCIZ

JEVEN

/NAKS tRROR/

141

CLR
BlS8B
CLR
BiSB
MoV
MoV
MoV
TRAP
ADD

-(SP)
BASE
+6, (SP)
-(SP)
BASE+3,(SP)
#EMGT7,-(SP)
#3,-(SP)
SP,RO
(SPNTB
#10,SP

TRAP

CSMSG

C/OMICO DMR-11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAG 61

SEQ

TEST 9 - NON-EXISTENT MEMORY ERROR

142

LSBTTL

.tttt'Qttt"ttt'tt'Qt't'Q't't"tttttttttt"'tt'tttt't'ttt"ttt"QQ"'Q

TEST 9 = NON-EXISTENT MEMORY ERROR

;

TEST 9 - DMR-11

S
6

.' NON=EXISTENT MEMORY (NXM) ERROR CHECK
;t PERFORM DMR COMMANDS USING NXM ADDRESSES;

8
9

:*
;*

;* REPORTED

;*
L& ]

14 032004

104402

032006

004737

18 03016

032016
032022
032024
032026

011066

104410
000500
004737
004000
002636
000522

032030
032032
21 032034

104410
000462

032034

004737

22 032040
032040

032042

23 032044
gg

104410
000452
012737

032052

004737

032062

150522

28
29 032064

19::

000000
160000

19.1:
;MASTER CLEAR MACRO

JSR

PC, SMSCLR

ESCAPE

TST

011264

JSR

ESCAPE

TST

012550

000001

011264

002364

TRAP
.WORD

CSESCAPE
L10057-.

[ X2
8 1

ERROR, BR TO TEST END

IN COMMAND - DMR MODE

;envexe MACRO EXPANSION

teee

;tttt

Tene

:CALL BASE IN ROUTINE WITH DEFAULTS
;SET LINE UNIT LOOP
;BASE TABLE ADDRESS
:DMR-11 MODE

:1F ERROR, BR 70 TEST END

SHUTDN

($B8SUB

:ISSUE A DMR MASTER CLEAR

;BASE

PC, $BASEI
.WORD
LPLU
.WORD
BASE
.WORD
DMR

TRAP

;eeee MACRO EXPANSION eeee

:IF

BASEIN

26
27 032052

032056
032060

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

CLEAR

20 032030

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

BGNSUB

032004
032004

032012
032014

SUBTEST 3

=
-

BGNTST

032004

16
17 032012

SUBTEST 1
SUBTEST 2

VERIFY THAT NXM ERROR
THE FOLLOWING SUBTESTS

:ttttt"'t!tttt""tt'""t""t'tttt'tttt'ttttt"t't't."tttt.'QQ'Q"

13 032004

15 032006

IN EACH OF

JHALT

TRAP
.MWORD

CSESCAPE
L10057-.

;tees MACRO EXPANSION wveee

JSR

PC, SHALT

ESCAPE

TST

MOV

#CNTRL ,ERROR

BASEIN

:BASE IN RESUME COMMAND WITH NXM BASE TABLE.
0,160000,BIT1S5'BIT14!RES'DMR

JSR

PC, SBASEI

.WORD
.WORD

.WORD
WAlT

RDO

:DMR HALT ROUTINE.
R

teNe

:IF ERROR, BR TO TEST END.

0
160000

TRAP
CSESCAPE
.MWORD
L10057-.
:THIS FLAG WILL INHIBIT CONTROL OUT
:ERROR REPORTING - BECAUSE WE EXPECT ONE.

;evee MACRO EXPANSION weee

JCALL BASE IN ROUTINE

sMAINTENANCE MODE BITS TO SFT IN BSEL!
;BASE TABLE ADDRESS

BITIS!'BITY4'RES'DMR
;tttt

;MODE

LB K B |

;WAIT FOR RDO TO BE SET

;veee MACRC EXPANSION teee

CZOMICO DMR-11 FUNCTIONAL TESTS MACRO V03.01
TES)

30-JUL-80 11:38:40 PAGE 6

G - NON-EXISTENT MEMORY ERROR

032064
032070

006737
000001

010276

30 032072
31 032100
32 032102
032102
032104
032106
032110
33 032112
3, 032114
35 032114
36 032122
37 032124
032124
032126
032130
032132
38 032134
39 035136

032777
001005

000001

20 032122
a1 032146
032146

, 032146

104455
000010
017762
015112
000410
032777
001004

042777

005037

000207
002364

»
[4

032152

004737

)

011066

-5

032156

104410

000334

032162
032166
032170
032172

0064737
004000
002636
000522

«8
49 032174

032174
032176
50 032200

104410
000316

032200

004737

51
52 032206
032206
032210

104410
000304

035206

000000

;CALL WAIT ROUTINE

BIT
BNE
ERRDF

WCNTRL,BSEL2
108
8, EMGB,ERRG2

;1S THERE A CONTROL OUT REPORTED ?

208

JEXIT

BIT
BNE
ERRDF

#NXM,SEL6
208
9,EMGY,ERRG?

;1S THE NXM FLAG SET?
;1F YES - ERROR REPORTED CORRECTLY
JUNEXPECTED CONTROL OUT RECEIVED

208:

BIC

ENDSUB

CLR

#RDO'CMD.@SEL?
ERROR

:IF YES, PROCEED.

;EXPECTED CONTROL OUT

TRAP
.WORD
.WORD
.WORD

]

{ CLEAR

JSR

PC, SMSCLR

ESCAPE

197

JSR

CSERDF
9

TRAP

($ESUB

TRAP

($B85UB

;MACRO FOR MASTER (LEAR
;eene MACRO EXPANSION weee

;ISSUE A DMR MASTER CLEAR

;".'

aten

;MACRO FOR BASE IN COMMAND
srees MACRO EXPANSION #eee

:DMR-11

.WORD

(SESCAPE

L10057-.

MODE

;"'.

Tee e

;MACRO FOR CONTROL

CNTRIN

TRAP

;CALL BASE IN ROUTINE WITH DEFAULTS
;SET LINE UNIT LOOP
;BASE TABLE ADDRESS

;1F ERROR, BR TO TEST END.

TS7T

EMGY
ERRGZ

:CLEAR RDO AND THE COMMAND BITS
JALLOW ERROR REPORTING

;1F ERROR, BR TO TEST END.

PC. SBASEI
WORDLPLU
"WORD
BASE
"WORD
DMR

CSERDF
8
EMGS
ERRG2

.WORD

TRAP

19.2:

ESCAPE

011520

teee

L10060:

BASE IN

011264

MAAAL |

BGNSUB

143

;FLAG THAT WE'RE WAITING FOR RDO

.WORD
.WORD

032160

47 032162

150072

106003

104402

46 032156

150116

104455
000011
020026
015112

<3 032150
032150
032150
& 032152

000400

198

SEa

PC. SWAIT
WORD
1

JSR
150136

;evee

MACRO

EXPANSION

(FULL

teve

TRAP

.WORD

DUPLEYX)

CSESCAPE
€S

L10057-.

JSF

PC. SCNTIN

;CALL CONTROL IN ROUTINE WITH DEFAULT
JSELG - FULL DUPLEX, RUN MODE, 1 SEC START,

ESCAPE

151

;1F

WORD

ERROR, BR TO TEST END.

TRAP

.WORD

C(SESCAPE

L10057-.

B 12
CZngCO DMR-11 FUNCTIONAL TESTS MACRO v03.01 30-JUL-80 11:38:40 PAGE 61-2

SEQ

TEST 9 - NON-EXISTENT MEMORY ERROR

gz 032212

012737

000001

002364

MOv

55
56
57 032220

032220
032224
032226
032230

004737
000044

012270

032232
032236
032240
032242

160000,81T15'81T14 'RCOUNT

JSR

PC, $BACC

004737

012270

JSR

61 032244

032244
032250

004737
000001

010274

62 032252
63 032260
64 032262
032262
032264

032777
001005

000001

147754

000010
017762
015112
000410

000400

147736

10$

:'tt'

PC, $BACC

LWORD
.WORD
.WORD

L2 2 A

;BA/CC IN XMIT
;veee MACRO EXPANSION weee
;CALL BA/CC

IN ROUTINE WITH DEFAULTS

RQI'BACCT
:BA/CC IN TRANSMIT COMMAND
TBUF
:TRANSMIT BUFFER ADDRESS
;TRANSMIT CHARACTER COUNT
TCOUNT
:"Q.

JSR

PC, SWAIT

.WORD

;eens MACRO EXPANSION s#eve
;CALL BA/CC IN ROUTINE

RQI'!BACCR
;BA/CC IN RECEIVE COMMAND
160000 ;BUFFER ADDRESS BITS 0-15
BIT15!BIT14!RCOUNT
;BA BITS 16/17 AND CHAR. COUNT

RDO

#CNTRL,3SEL2
10%

8 ,EMGB,ERRGZ

20%

BIT

#NXM,ISELS

BNE
ERRDF

104455

20%
9,EMG9,ERRG?

(2 2 21

:WAIT FOR RDO
;eent MACRC EXPANSION teere
;CALL WAIT ROUTINE

:FLAG THAT WE'RE WAITING FOR RDO
;""

L3 2 2§

;1S THERE A CONTROL OUT REFOKTED ?
;1F YES, PROCEED.

JEXPECTED CONTROL Out

TRAP

.WORD
.WORD
.WORD

JEXIT

032314
032314
032322
032326

032326
032326

042777
005037

000207
002364

1467712

ENDSUB

BI(
CLR

#RDO'CMD,8SEL2
ERROR

TRAP

:
L1006

BGNSUB
104402

032332

004737

19.3:
CLEAR

011066

JSR

PC, SMSCLR

CSERDF

.WORD
.WORD
.WORD

9
EMGY
ERRGZ

TRAP

(SESUB

TRAP

($85UB

:CLEAR RDO AND THE COMMAND BITS.
;ENABLE ERROR REPORTING

104403

032330
032330
77 032332

CSERDF

8
EMGB
ERRG?

;1S THE NXM FLAG SET?

:IF YES - ERROR REPORTED CORRE(CTLY
UNEXPECTED CONTROL OUT RECEIVED

000011
020026
015112

75
76 032330

.WORD
.WORD
.WORD

WAIT

BIT
BNE
ERRDF

104455

032777
001004

70
71
72
73
74

:BA/CC IN REC. COMMAND WITH NXM
‘ADDR = 760000 AND A CHARACTER COUNT = 3.

BACCIT

000040
002520
000044

:INHIBIT CONTROL OUT ERROR REPORTING AGAiN.

BACCIR

160000
1460044

58
59 032232

#CNTRL,ERROR

144

:MACRO FOR MASTER CLEAR
;eeee MACRO EXPANSION trex

;ISSUE A DMR MASTER (LEAR

"'..l

LR R A

CIOMICO DMR-11

FUNCTIONAL TESTS MACRO v03.01

TEST 9 - NON-EXISTENT MEMORY ERROR

79 032336

032336
032340
80 032342

000154

032342
032346
032350
032352

004737
004000
002636
000522

81
82 032354

000136

032360
032364

004737
000000

84
85 032366
032366
032370
86 032372

104410

032372
032376
032400
032402
032404
032404
032406
032410

ESCAPE

1044610

032354
032356
83 032360

011264

JSR

ESCAPE

011520

JSR

ESCAPE

012270

JSR

104410

000001

002364

004737
000040

012270

032430
032434

004737
000001

010274

96 032436
032444
98 032446
032446
032450

032777
001005

000001

032452

1046455

000010
017762

147570

ERROR,

PC,

SBASEL

LWORD
.WORD
.WORD

LPLU
BASE
DMR

TEST

TS7

sSET LINE UNIT LOOP
;BASE TABLE ADDRESS
:DMR=-11 MODE
;QQ'Q

:1F

ERROR,

END.

TRAP

PC,

SCNTIN

LMORD

10O TEST END.

TRAP

:MACRO FOR CONTROL IN (FULL DUPLEX)
steee MACRO EXPANSION teew
;CALL CONTROL IN ROUTINE WITH DEFAULT

;SELG = FULL ODUPLEX, RUN MODE,
;tQtt

;1F

;BA/CC
PC,

$BACC

. WORD
.WORD
.WORD

L X2 8|

ERROR,

CSESCAPE

L10057-.

(2 R 8§

.WORD

TO TEST

END.

SEC START,

TRAP

.WORD

IN RCV

CSESCAPE

L10057-.

CSESCAPE

L10057-.

;eeee MACRO EXPANSION teev
;CALL BA/CC IN ROUTINE WITH DEFAULTS

RQI'BACCR
JBA/CC IN RECEIVE
;RECEIVE BUFFER
RBUF
;RECEIVE C(HARACTER COUNTY
RCOUNT
;tt.t

COMMAND

[ X8 8 |

TST

;1F

MoV

#CNTRL ,ERROR

;INHIBIT

ERROR,

TEST

END.

TRAP

MWORD

CONTROL OUT

CSESCAPE

L10057-.

ERROR REPORTING AGAIN.

:BA/CC IN XMIT COMMAND WITH NXM BUFFER
;ADDRESS (760000) AND A CHAR. COUNT =

BACCIT

160000,B1T15'B1T14!'1

JSR

PC,

SBACC

.WORD
.WORD
.WORD

WALT

RDO

JSR

PC,

BIT
BNE
ERRDF

145

JMACRO FOR BASE IN COMMAND
;evee MACRO EXPANSION teee
;CALL BASE IN ROUTINE WITH DEFAULTS

ESCAPE

160000
140001

9
95 032430

SEQ

.WORD

BACCIR

032416
032416
032422
032424
032426

s1F

CNTRIN

000124

000106
012737

187

BASEIN

104410

004737
000044
002570
000044

c1 2
30-JuL-80 11:38:40 PACE 6 1- 3

cenee MACRO EXPANSION tere
sCALL BA/CC IN ROUTINE

RQI'!'BACCY
;BA/CC IN TRANSMIT COMMAND
160000
BUFFER ADDRESS BITS 0-15
:BA BITS 16 & 17 AND CHAR. COUNT
BIT1S!'BIT14!
;ttt'

;WAIT
SWALT

LMWORD

#CNTRL ,8SEL2
10%

8,EMG8 ,ERRGY?

tNee

FOR RDO TO BE

SET.

:etee MACRO EXPANSION weee

;CALL WAIT ROUTINE

;FLAG THAT WE'RE WAITING FOR RDO
;tt'!

tete

;15 THERE A CONTROL OUT REPORTED ?
1F YES, PROCEED.

JEXPECTED CONTROL Out

TRAP

.WORD
.WORD

(SERDF

8
EMGB

0D 12

CZOMICO DMR-11 FUNCTIONAL TESTS MACRO v03.01 30-0UL=-80 11:38:40 PAGE 61-4

SEQ

TESY 9 = NON-EXISTENT MEMORY ERROR

032454

015112

101 032460
102 032466
103 03247C

032777
001004

032476

015112

99 032456
100 032460

032470
032472
032474

104 032500

105 032500
106 032506
107 032512

032512
108 032512

000410

10
M
112

113
114

115

147552

10%:

104455
000011
020026
042777
005037

000207
002364

147526

20$:
ENDSUB

104403

109 032514

032514
032514

000400

ENDTST

104401

.WORD

208

JEXIT

BIT
BNE
ERRDF

#NXM,aSELS
20%
9,EMG9,ERRG?Z

;1S THE NXM FLAG SET?
:IF YES = ERROR REPORTED CORRECTLY
;UNEXPECTED CONTROL OUT RECEIVED

TRAP
.MORD
.WORD

.WORD

BIC
(LR

#RDO'CMD,aS5FL2
ERROR

146

ERRGZ

CSERDF
9
EMGY

ERRGZ2

:CLEAR RDO AND THE COMMAND BITS.
;DON'T INHIBIT CONTROL OUT ERRORS

L10062:
L10057:

TRAP

C$ESLB

TRAP

CSETST

OUT

ERROR

OV
-

-—t

TEST

A A2X22222] (A2
*

;+
;*

10 - TIME OUT ERROR
AR

R RRiRRRdRldlRlRRRRRRls

TEST
10 - DMR-11
TIME OUT = FORCE A TIMEOUT AND VERIFY THAT THE ERROR IS REPORTED
THIS TEST WILL ALSO USE AN APPROXIMATE TIMER TO DETERMINE [f THE

032516
032516
032516

RANGE.

002

R RRRRRRRRRRRRRRRRRRR
})

BGNTST
CLEAR

004737

011066

104410

000214

JSR

PC, SMSCLR

ESCAPE

TST

BASE IN

011264

JSR

SISSUE A DMR MASTER CLEAR
:"'t

(2 2

ERROR, BR TO TEST END.

:MACRO FOR BASE
PC, $BASEI
.MORD
LPLU
.MORD
BASE
.WORD
DMR

T10::

cener MACRO EXPANSION teee

:1F

000 ~NO~
N

004737
004000
002636
000522

:MACRO FOR MASTER CLEAR

IN COMMAND

ceene MACRO EXPANSION

seee

;tttt

[E 2 B

TRAP

.WORD

CSESCAPE

L10063-.

:CALL BASE IN KOUTINE WITH DEFAULTS
:SET LINE UNIT LOOP
:BASE TABLE ADDRESS
:DMR-11 MODE

cd ead —d

:SET THRESHOLD VALUES AS FOLLOWS:

‘BSEL4 = NAKS RECEIVED (377)
:BSELS = NAKS TRANSMITTED (377)
:BSEL6 = REP/SEL SENT (1)

= O

147

032526
032532
032534
032536

032540

032540
032544
032546
032550
(V. L%

SEQ

;+ MB207 1 MSEC PROGRAM TIMER [S OUT OF

(V. 1,8}

E 1
30-JUL-80 11:38:40 PAG E 6

.SBTTL

032522
032522
032524
14 032526

—

TIME

FUNCTIUNAL TESTS MACRO v03.01

~NOWVIS W~

-—b

032510

wno
-~ =

—r

mero

OMR=11

032552
032552
032554
032556

032556
032562

004737
000013

012060

THRESH,177777,177401

JSR

PC., SDMRIN
.MORD
THRESH

"WORD

177777
177401

WORC

ESCAPE

104410

000164

004737
000012
000000

012060

000146

27
032574

004737

177401

TST

:SEL&4 VALUE

INPUT ROUTINE

(OR BITS TO CLEAR IN BSEL6)

:SEL6 VALUE (OR BITS TO SET IN BSEL6)
;tltt

L X R

3 |

:1F ERROR, BR TO TEST END

TRAP

.MORD

:SET REP/SEL TIMER

JSR

PC, SDMRIN
.MORD
TIMER
0
MORD
10
"WORD

:CALL DMR MODE INPUT ROUTINE
;INPUT COMMAND
SSEL4 VALUE (OR BITS TO CLEAR IN BSELS6)
SSELG6 VALUE (OR BITS TO SET IN BSEL6)

TST

:1F ERROR, BR TO TEST END.

JSR

PC, SONTIN

(SESCAPE

L10063-.

ceees MACRO EXPANSION seee

;"tt

:MACRO FOR CONTROL

CNTRIN
011520

:CALL DMR MODE
:INPUT COMMAND

TIMER,0,10

ESCAPE

104410

177777

seeee MACRO EXPANSION teee

DMRIN

000010

25
26

.BSEL? = NO BUFFFER (377)

OMRIN

|2 8

K |

TRAP

.MORD
IN (FULL DUPLEX)

ceees MACRO EXPANSION sees

SCALL CONTROL IN ROUTINE WITH DEFAULT

(SESCAPE

L 10063-.

—r

[« o]

—
B

—

Mers

DMR=-11 FUNCTIUNAL TESTS MACRO v03.01
-

TIME OUT

032600

ERROR

30-JuL-80 11:38:40 PAGE 62-1

000000

.WORD

SEQ

;SEL6 = FULL DUPLEX, RUN MODE,
:'Q"

032602
03260¢

032604

ESCAPE

104410

004737
000005
000000
000020

012060

004737
000040
002520
000044

35
36 032632
032632

104410

032634
37 032636

000104

032636
032642

004737
000001

44 032660

032660
032662

032664
032666

DMRIN

WMODEM,0,BIT4

JSR

PC,

SOMRIN

.WORD
.WORD
.WORD

WMODEM
0
BIT4&

TEST

END.

012270

JSR

ESCAPE

010274

002414

011610

003005
106455

PC,

CSESCAPE

L 10063-.

:BLIND THE RECEIVER BY GOING INTO HDX.
:USE

ITE MODEM COMMAND TO SET HALF

;eese MACRO EXPANSION eves
:CALL DMR MODE INPUT ROUTINE

DUPLEX.

:INPUT COMMAND
:SEL4 VALUE (OR BITS TO CLEAR IN BSEL6)
:SEL6 VALUE (OR BITS TO SET IN BSEL6)
;Q"'

L2 R

JSR

PC,

ieese MACRO EXPANSION eees
“CALL BA/CC IN ROUTINE WITH DEFAULTS

RQI'BACCT
;BA/CC IN TRANSMIT COMMAND
TBUF
;TRANSMIT BUFFER ADDRESS
:TRANSMIT CMARACTER (OUNT
TCOUNT
;t"'

RDO

cMP

SBACC

.WORD
.WORD
"WORD

WAIT

ESCAPE

104410

000072
023727

TRAP

;BA/CC IN XMIT BUFFER

BACCIT

032620
032624
032626
032630

40
61
o2 032656
43

ERROR,

.WORD

33
34 032620

38 032644
032644
032646
39 032650

:1F

SEC START,

e e

000134

032606
032606
032612
032614
032616

148

;1F

SWAIT

.WORD

COUNT,#5000.

BGT

ERRDF

19,EMG19

(2 X

ERROR,

R ]

EXIT

TRAP

;WAIT FOR THE READY OUT.
iveas MACRO EXPANSION eves
JCALL WAIT ROUTINE

.WORD

CSESCAPE

L10063-.

JFLAG THAT WE'RE WAITING FOR RDO
:"'.

:IF

LB 8

ERROR,

B ]

EXIT.

TRAP

;CHECK THE SOFTWARE TIMER COUNT.
;THE

.WORD

CSESCAPE

L10063-.

TIMER VALUE WAS DETERMINED

"EMPIRICALLY ON A 11/04, 11/34, 11740, 11/70.
:1F

OK - PROCEED

;""t.t'..""'t'."."."".""""'

TRAP

.WORD
.WORD
.WORD

000023
020370

000000

.
;1MSEC PROGRAM TIMER - QUT OF RANGE

CSERDF

19
EMG19
0

S1F THIS ERROR OCCURS, CHECK THE M8207

:MICROPROCESSOR AS FOLLOWS:
:RESET THE DMR, SCOPE E-69, PIN & TO VERIFY
:THAT

THE

TMSEC

TIMER

IS OUT OF

RANGE.

;t."Q.'tl"'.'.ttl.."."'l."t'tt"'!

000423

032777
001005
104455

000001

147334

25%

BIT

FCNTRL,3SEL2
10$

BNE
ERRDF

8,EMGB,ERRG2

;1S THIS A CONTROL OUT
:1F YES, PROCEED.

-EXPECTED A CONTROL OUT.

TRAP

(SERDF

(>
] o]

LIV
LY, 1V )

Vele Rorle

wnO
Bl
|

—

mr.

6 12

DMR-11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 62-2

SEQ

032704
032706
710

000010
017762
015112

.WORD
.WORD
.WORD

8
EMG8
ERRGZ

032777

TRAP
.WORD
.WORD
.WORD

CSERDF
9
EMG9
ERRGZ2

TRAP

(SETST

- TIME QUT

724

032724
032726
032730
032732
032734

032734

ERROR

000410

001004

108
000002

104455
000011
020026
015112

004737

147316

JEXIT

BIT

#1OUT,aSELG

;WAS THE TIME OUT REPORTED?

ERRDF

9,EMGY,ERRG?

;UNEXPECTED ERROR.

20%

;IF YES, EXIT

20%:

JSR

012550
25%:

032740

ENDTST

104401

20%

BNE

032740

032740
032740

PC, SHALT

149

;etee MACRO EXPANSION weee

:DMR HALT ROUTINE.

seene

tees

L10063:

H 12

30-JuUL-8C 11:38:40 PAGE 64

.SBTTL

TEST

SEe¢

- MESSAGE

150

TOO LONG ERROR

R
R
X
Y]

TEST

- DMR-11

MESSAGE TOO LONG = TRANSMIT A MESSAGE THAT IS TOO LONG FOR THE

RECEIVE BUFFER

D VERIFY THAT THE ''TOO LONG'' ERROR IS RECEIVED.

;'Q"'t"tt""""'t"""""'"Q't"ttt'Qttttt'tttt't"'tt'.'t"t"

032742
032742
032742

BGNTST

CLEAR
011066

JSR

:MACRO FOR MASTER CLEAR
PC, SMSCLR

T1::

seeee MACRO EXPANSION

teee

|2
2 8]

;1SSUE A DMR MASTER CLEAR
22

004737

032752
032756
032760
032762

004737
004000
002636
000522

032764
032764

104410

ESCAPE

(Vo
o

104410
000150

—

—_

OO
N
O

TOO LONG ERROR

032746
032746
032750
13 032752

-—
—

—

FUNCTIONAL TESTS MACRO v03.01

- MESSAGE

032742

032766

16 032770

032770
032774

:1F

BASE IN

011264

JSR

ESCAPE

000132

004737
000000

TST

:MACRO FOR BASE

PC, $BASEI
.WORD
LPLU
.WORD
BASE
.WORD
DMR
TST

JSP

032776

032776
033000
19 033002

104410
000120

033002
033006

004737
000044

033010
033012

033014

012270

tvev

;Ittt

(2B

000001

002364

;eeee

035022
033026
033030
033032
25 033034

012270

IN (FuLL DUPLEX)

MACRO EXPANSION

CSESCAPE

L100664~-.

ttes

:CALL CONTROL IN ROUTINE WITH DEFAULT
;SEL6 = FULL DUPLEX, RUN MODE, 1 SEC START,
X

:1F

(R
R 8]

JSR

PC, $BACC
;CALL BA/CC IN ROUTINE
.WORD
RQI'BACCR
;B8A/CC IN RECEIVE COMMAND

JSR

ERROR, BR TO TEST END.

TRAP
CSESCAPE
.WORD
L10064-.
;SET UP THE RECEIVE BUFFER WITH 1/2 BUF. SPACE

;eene MACRO EXPANSION twee

RBUF
;BUFFER ADDRESS BITS 0-15
RCOUNT/?
:BA BITS 16/17 AND CHAR. COUNT

#CNTRL ,ERROR

;ttt!

atee

:THIS FLAG WILL DISABLE ANY CONTROL OUT ERROR
:REPORTING BECAUSE WE ARE

sCAUSING ONE [N THIS TEST.
;BA/CC IN XMIT COMMAND

;eeee MACRO EXPANSION teee

INTENTIONALLY

PC, $BAC(
;CALL BA/CC IN ROUTINE WITH DEFAULTS
.WORD
RQI'BACCT
:BA/CC IN TRANSMIT (OMMAND
.WORD
TBUF
;TRANSMIT BUFFER ADDRESS
.WORD
TCOUNT
;TRANSMIT CHARACTER COUNT
B

10%:

MWORD

RBUF,RCOUNT/2

BACCIT

004737
000040
002520
000044

TRAP

BACCIR

L[]

033022

R ]

T1S7

.WORD
.WORD

CSESCAPE
L10064~.

;CALL BASE IN ROUTINE W!Th DEFAULTS
;SET LINE UNIT LOOP
;BASE TABLE ADDRESS
:DMR-11 MODE

sMACRO FOR CONTROL

PC, SCNTIN
.WORD
O

TRAP
.WORD

ESCAPE

002570
000022

012737

[N COMMAND

;1F ERROR, BR TO TEST END,

CNTRIN

011520

ERROR, BR TO TEST END.

;evee MACRO EXPANSION

B
——

wn O

—

mMmre

DMR=11

| A B

R ]

mr.

DMR-11 FUNCTIUNAL TESTS MACRO v03.01
= MESSAGE

TOO LONG ERROR

[ 12
30-JuL-80 11:38:40 PAGE 64-1

033034
033034
033040

004737
000001

010274

SEQ

WAlT

RDO

;WAIT FOR RDO TO BE SET

JSR

PC, SWAILT
1
WORD

;CALL WAIT ROUTINE

ESCAPE

157

;eeee MACRO EXPANSION eeee
;FLAG THAT WE'RE WAITING FOR RDO
;""

033042
033042
033044
033046
033054
033056
033056
033060
033062
033064
033066
033070
033070

104410

000054
032777
001005

000001

147160

BIT
BNE
ERRDF

104455

000010
017762
015112
000410

032777
001004

000020

1647142

20%:
30$:

1046455

;1F

#CNTRL ,@SELZ

20%
8,EMG8 ERRGZ

teee

RDO NOT SET, BR TO TEST END.

;1S THIS A CONTROL OuT?
;1F

YES,

033120
033120
033120

004737

012550

40%:

SEXPECTED CONTROL OUT.

L10064-.

TRAP

CSERDF
8
EMGS
ERRG?

.WORD
.WORD
.WORD

40%

JEXIT

BIT
BNE

#TOLONG,8SELG
40%

;1S THE TOO LONG BIT SET?
J1F YES, TEST OK - FINISH UP,

ERRDF

9.EMGI ,ERRGY

;WE'RE

ENDTST

(LR
SHUTDN

ERROR

JSR

PC,

SHALT

CSESCAPE

.WORD

NOT

GETTING EXPECTED RESULTY

TRAP

.WORD
.WORD
.WORD

002364

104401

TRAP

PROCEED

00001
020026
015112

005037

151

CSERDF

EMGY
ERRG2

;RESTORE ERROR FLAG TO NORMAL STATE.

JHALT THE DMR,
sevne MACRO EXPANSION

vvee

;'t..

LA R J

:DMR HALT ROUTINE.

L10064:

TRAP

(SETST

PROCEDURE

TESTS MACRO v03.01

J
11:38:40 PAGE

30-JuUL-80

SEQ

ERRORS

TEST

LSHTTL

- PROCEDURE

152

ERRORS

eIttt eIt ettt et eIt eteteteeeeeeeeteeeteeeeTee

TEST

PROCEDURE

12 - DMR-11

ERRORS

THE FOLLOWING SHOULD CAUSE

A PROCEDURE

THE DMR=11

TO MALT AND RESPOND WITM

ERROR:
A SECOND BASE IN COMMAND
A CONTROL IN BEFORE A BASE IN
A BA/CC IN BEFORE A BASE IN

SUBTEST 1
SUBTEST
SUBTEST
SUBTEST
SUBTEST

[V R V[
8]

®
&

008,
8.

&
&
&

0.0,

0.
v.

FUNCTIUNAL

VBN
=2 OO0 YO N winL -

[

-y
el
wald
il
)
il
—

MR=11

A BA/CC
A BA/CC

IN RCV WITH A BUFFER LENGTH OF 0
IN XMIT, WITH A BUFFER LENGTH OF 0

AXZZE I

BONTST

R R R

A R A

AR AR

AR AR RRRRRRRRRRRRARARRARRE)

T12::

BGNSUB

112.1:

106402

TRAP

(LEAR

033124

004737

JSR

011066

033130

PC,

SMSCLR

JSR

PC,

SBASE]

ROV

SCNTRL ,ERROR

N
BASE

004737
004000
002636
000522

011264

0127%7

000001

002364

.WORD
.WORD
.MORD

LPLU
BASE
OMR

JSR

011264

;MASTER (LEAR MA(CRO
;eves MACRO EXPANSION teve
;ISSUE A DMR MASTER (LEAR

seeee MACRO EXPANSION ¢eee

sCALL BASE IN ROUTINE WITH DEFAULTS
;SET LINE UNIT LOOP
:BASE TABLE ADDRESS
;DMR-1Y MODE

;THIS FLAG WILL DISABLE ANY (ONTROL OUT ERROR
<REPORTING BECAUSE

PC, $BASEI]
.WORD
LPLU

.MORD
.MORD

BASE
DMR

;eeee MACRO EXPANSION

;DMR-11 MODE

st ee

RDO

;WAIT FOR RDO TO BE SE?

JSR

PC, SWAILT

.CALL WAIT ROUTINE

;evee MACRO EXPANSION
;FLAG

THAT

WE'RE

ESCAPE
1470832

8IY

BNE
ERRDF

181

#CNTRL ,@8SELY
10%

8.ENG8 ERRGY?

eeee

WAITING FOR RDO

ceeee

000001

eoee

WAlT

.WORD

INTENTIONALLY

sCALL BASE IN ROUTINE WlTH DEFAULTS
JSET LINE UNIT LOOP
;BASE TABLE ADDRESS
:...'

010274

ARE

;CAUSING ONE IN THIS TEST.
:SECOND BASE IN

BASEIN

($BSUB

LA AR

]

“1F RDO NOT SET, BR 'O TEST ENC.
;1S THIS A CONTROL OUT?

;1F

YES,

TRAP

(SESCAPE

.WORD

L10065-.

TRAP

(SERDF
8

PROCEED.

;EXPECTED CONTROL Out

.WORD

[Val
g

SEQ

033210
033212

.WORD
.WORD

- PROCEDURE

033214
033216
033216
033224
033226

ERRORS

017762
015112

000410

032777
007004

033226
033230
033232
033234

104455
00001
020626
015112

033236
033244
033250
033250

042777
005037

033236

033250

001000

000207
002364

147014

146770

033252
033252

10%:

18
ENDSUB

011066

033260

012737

000001

033266

005037

002260

002364

033272

033306
WNAVAWA

Vo~

033306

004737
000000

004737
000001

000514

033322
033324

104455
000010

033332

000410

033326
033330
033334

;1S TME MALT = PROCEDURE ERROR BI~ SET?
;1F YES = ERROR REPORTED (ORRECTLY
JUNEXPECTED CONTROL OUT RECEIVED
TRAP
CSERDF

BIC
(LR

#RDO CMD,3SEL2
ERROR

112.2:
;MASTER CLEAR MA(CRO

JSR

PC, SMSCLR

MOV

#CNTRL ,ERROR

CLR

DMRFLG

010274

032777
001005

000001

017762
015112

108:

teer

reeew

[ E 2

TRAP

(SESUB

TRAP

($8SUB

& J

: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
;70 FLAG THAT A (ONTROL OUT-DMR RUN MODE

;COMMAND IS EXPECTED (THIS FLAG WAS SET IN
:THE PREVIOUS SUBTEST BASEIN)
:CONTROL IN

PC, SCNTIN
.WORD
O

;eeve MACRO EXPANSION ttee

;CALL CONTROL IN ROUTINE WITH DEFAULT
:SEL6 = FULL DUPLEX, RUN MODE, 1 SEC START,
R

2R K]

L2
2 R]

;WAIT FOR RDO TO BE SET

JSR

PC, SWALT
L.WORD
1

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

9
EMGY
ERRG?

:1SSUE A DMR MASTER CLEAR

RDO

8IT
BNE
ERRDF

146714

ceeee MACRO EXPANSION

WAlT

ESCAPE

.MORD
.WORD
.WORD

;CLEAR RDO AND THE COMMAND BITS
:RESTORE FLAG

L1006¢:

JSR

011520

104410

033310

033312
033320
033322

#HA_TC ,9SELG
15%
9,EMG9 ,ERRG

CNTRIN

033300
033300
033304

RIT
BNE
ERRDF

(LEAR

004737

033272
033276

JEXLT

104402

033254

EMGS
ERRGZ

15%

BGNSUB

033254

153

104403

033252

oo
-

—

~e,

K 12

DMR=11 FUNCTIUNAL TESTS MACRO v03.01 30-JuL=80 11:38:40 PAGE 65-1

TST

#CNTRL ,8SEL2
10%
8,ENGS ,ERRG?

15¢

;evee MACRO EXPANSION toee

=Xk

R K]
(2

:1F RDO NOT SET, BR TO TEST END.

;1S THIS A CONTROL 0uT?
;1F YES - PROCEED.
JEXPECTED CONTROL OuY

JEXIT

TRAP

CSESCAPE

.WORD

L10065-.

TRAP
.MORD

(SERDF
8

.MORD
.MORD

EMG8
ERRG?

mer.

L 12
DMR-11 FUNCTIUNAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 65-2
- PROCEDURE

033334
033342
033344
033344
033346
033350
033352
033354
033354
033362
033366
033366
033366
033370
033370
033370

I8
72 N33372

033372
73
74 033376
75
76
77 033404

033404
033410
033412
033414
78

]

032777
001004

0010C9

817

146676

BNE
ERRDF

1046455

000011
020026
015112
042777
005037

000207
002364

146652

15%:

ENDSUB

033424
033424
033426
033430

033436
033440
033440

8IC
CLR

#HALTC,@SELG

15¢

9.,EMGI,ERRGY

#PDO.(MD,aSEL?
ERROR

;1F YES - ERROR REPORTED CORRECTLY
JUNEXPECTED CONTROL OUT RECEIVED

TRAP

L10067:

112.3:

;'t'.

012737

000001

PC,

SMSCLR

MOV

#CNTRL ,ERROR

BACCIR

012270

JSR

(sBsuB

MACRO EXPANSION teer
R AJ
LA

;REPORTING BECAUSE WE ARE [NTENTIONALLY
:CAUSING ONE IN THIS TEST.
;BA/CC IN RCV. COMMAND
MACRO EXPANSION teeve

TS
PC, $BACC
;CALL BA/CC IN ROUTINE WITH DEFAUI
RQI!BACCR
.WORD
sBA/CC IN RECEIVE COMMAND
;RECEIVE BUFFER
RBUF
.WORD
.WORD

WAIT

TRAP

;THIS FLAG WILL DISABLE ANY CONTROL OUT ERROR

XEXL

004737
000044
002570
000044

(SESUB

;ISSUE A DMR MASTER CLEAR
;ttt'

002364

TRAP

EMGY
ERRG2

;MASTER CLEAR MACRO

CLEAR
JSR

FLAG

104402

011066

CSERDF

.WORD
.WORD
.WORD

sCLEAR RDO AND THE COMMAND BITS.

RESTCRE

BGNSUB

004737

154

;1S THE HALT - PROCEDURE ERROR BIT SET?

104403

033416

033416
033422

Sta

ERRORS

RCOUNT

;RECEIVE CHARACTER COUNT

RELL

e
tee

JWALT FOR RDO TO BE SET

RDO

MACRO EXPANSION seev
s CALL WAIT ROUTINE
sFLAG THAT WE'RE WAITING FOR RDO

;tt't

004737
000001

010274

JSR

ESCAPE

104410

000376
032777
001005

000001

BIT

146576

BNE
ERRDF

104455

000010
017762
015112
000410

032777
001004
104455
000011

020026

001000

146560

10%

PC,

SWAIT

.WORD

1S7

#CNTRL ,85EL2
108

8 ,EMG8,ERRG?2

TRy

“IF RDO NOT SET, BR TO TEST END.
;1S THIS A CONTROL OUT?
;1F YES = PROCEED.
;EXPECTED CONTROL OULT

TRAP

L10065-.

TRAP
.WORD

CSERDF
8
EMG8
ERRG?

.WORD
.WORD

15%

JEXIT

8IT

OHALTC,8SELS
15%

;1S THE HALT - PROCEDURE ERROR BIT SET?
;1F YES - ERROR REPORTED CORRECTLY
JUNEXPECTED CONTROL OUT RECEIVED

BNE
ERRDF

9,EMGY,ERRG?

CSESCAPE

.WORD

TRAP
.WORD
.WORD

CSERDF

EMGY

CZDMICO OMR-11
TEST

FUNCTIONAL TESTS MACRO v03.01

12 - PROCEDURE ERRORS

033470
89 033472

90 033472
91 033500
92 033504

033504
033504

94 033506
033506
033506
95 033510

033510

015112
062777
005037

000207
002364

166534

033520
033524
033526

033530

104402

004737

011066

000306

004737

004000
002636
000522

033536
033542
033544
033546

004737
000044
002570
000044

033550
033550
033552
033554

;CLEAR RDO AND THE

:RESTORE FLAG

T12.4:

JSR

PC,

ESCAPE

TST

011264

JSR

ESCAPE

JSR

012270

000001

012270

PC,

S$BASE!

.WORD
.WORD
.WORD

LPLU
BASE
DMR

1S7

010274

.WORD

ERRG?

TRAP

(SESUB

TRAP

(s8sus

sISSUE A DMR MASTER CLEAR
;""

(2 X K]

ERROR,

EXIT.

TRAP

LWORD

;BASE IN COMMAND

sSET LINE UNIT LOOP
;BASE TABLE ADDRESS
;:DMR-11 MODE
seenn

ERROR,

Aree

EXIT.

TRAP

.WORD
BUFFER
RECEIVE
IN
BA/CC
A
sASSIGN
PC,

$BACC

.WORD
.WORD
.WORD

;IF

#CNTRL ,ERROR

BACCIT

TBUF,0

JSR

PC,

RDO

JSR

PC,

;uwen MACRO EXPANSION wttew
:CALL BA/CC IN ROUTINE WITH DEFAULTS

MOV

WAIT

$BACC

ERROR,

EXIT,

SWALT

TRAP

LWORD

:THIS FLAG WILL DISABLE ANY CONTROL OUT

CSESCAPE

L10065-.

;ERROR REPORTING BECAUSE WE ARE INTENTIONALLY
;sCAUSING ONE.
;ASSIGN A BA/CC IN XMIT BUFFER LENGTH = 0.
;eene MACRO EXPANSION teee
;CALL BA/CC IN ROUTINE

RQI'BACCT

TBUFf
O

:BA/CC IN TRANSMIT COMMAND

;BUFFER ADDRESS BITS 0-15
:BA BITS 16 & 17 AND CHAR. COUNT
sreee

sWAIT FOR RDO 1O BE

.WORD

(SESCAPE

L10065-.

RQI'BACCR
;BA/CC IN RECEIVE COMMAND
sRECEIVE BUFFER
RBUF
;RECEIVE CHARACTER COUNT
RCOUNT

TST

LWORD

CSESCAPE

L10065~-.

sevee MACRO EXPANSION tete
;CALL BASE IN ROUTINE WITH DEFAULTS

;IF

.WORD
.MWORD

108
109 033574

004737
000001

002364

sMASTER CLEAR
;eevee MACRO EXPANSION teee

:IF

BACCIR

ESCAPE

004737
000040
002520
000000

$MSCLR

155

COMMAND BITS.

L10070:

BASEIN

033562

033574
033600

ERROR

CLEAR

104410

104410
000270

033572

#ROO'CMD,aSEL2

BGNSUB

033532
033534
101 033536

033562
033566
033570

8 IC
¢ LR

SEQ

104403

100 033532

15%:
ENDSUB

97 033514
033514
033516
98 033520

M2
30-JuL-80 11:38:40 PAGE 65-3

SET

;eens MACRO EXPANSION twee

;CALL WAIT ROUTINE

;FLAG THAT WE'RE WAITING FOR RDO
;ti.'

tete

DMR-11 FUNCTIONAL TESTS MACRO v03.01

d
S

ad
-

s
—

e
—

NSO

&S«

s
b
b

NINON)
—

O~NO WV~

= PROCEDURE ERRORS

033602
033602
033604
033606
033614
033616
033616
033620
033622
033624
033626
033630

033630
033636
033640
033640
033642

033644
033646

033650
033650
033656
033662
033662
033662

033664
033664

104410
000220
032777
001005

000001

146420

104455
000010
017762
015112
000410
032777
001004

001000

N 12
30-JUL=-80 11:38:40 PAGE 65-4

146402

19%:

104455
000011

020026
015112
042777
005037

000207
002364

146356

15%:

ENDSUB

TST

;IF RDO NOT SET, BR TO TEST END.

BIT
BNE
ERRDF

#CNTRL ,@SEL2
10%
8.EMGB,ERRGZ

;1S THIS A (CONTROL OUT?
;IF YES - PROCEED.
;EXPECTED CONTROL OUuT

15%

JEXIT

BIT
BNE
ERRDF

#HALTC,8SELS
15%
9,EMG9,ERRG2

;1S THE HMALT - PROCEDURE ERROR BIT SET?
IF YES - ERROR REPORTED CORRECTLY
JUNEXPECTED CONTROL OUT RECEIVED
TRAP
CSERDF
.WORD
9

BIC
CLR

#RDO'CMD ,@SEL2
ERROR

L10071:

033666

004737

112.5:
CLEAR

011066

JSR

;MASTER CLEAR
PC, $MSCLR

b
—

o
~NO

104410
000130

033676
033702
033704
033706

004737
004000
002636
000522

8D
—

ol
el
—l

AN L AN

129

033710

033710
033712
033714

104410
000112
012737

cSCAPE

011264

000001

033730
033732

004737
000044

002570
000000

012270

JSR

002364

;BASE

PC, $BASE!]
LWORD
LPLU
.WORD
BASE
.WORD
DMR

TRAP
.WORD
.WORD
.WORD

CSERDF
8
EMGB
ERRG?2

.WORD
.WORD

EMG9
ERRGZ

TRAP

($ESUB

TRAP

($B8SUB

TRAP
.WORD

(SESCAPE
L10065-.

;ISSUE A DMR MASTER (CLEAR

teee

;IF ERROR, EXIT.

BASE IN

033722
033722
033726

TST

CSESCAPE
L10065-.

senve MACRO EXPANSION teee
R

033672
033674
128 033676

TRAP
LWORD

;CLEAR RDO AND THE COMMAND BITS.
;RESTORE FLAG

BGNSUB

104402

156

ESCAPE

104403

033664
125 033666

033672

SEQ

IN COMMAND

;ever MACRO EXPANSION teee

;CALL BASE IN ROUTINE WITH DEFAULTS
sSET LINE UNIT LOOP
;BASE TABLE ADDRESS
;DMR-11 MODE
L]

tene

ESCAPE

TST

MOV

#CNTRL ,ERROR

BACCIR

RBUF,0

JSR

PC, $BACC
4: CALL BA/CC IN ROUTINE
LMWORD
o707 BACKR
BA/CC IN RECEIVE COMMAND

.WORD
LWORD

;1F ERROR, EXIT.

TRAP
CSESCAPE
.WORD
L10065-.
;THIS FLAG WILL DISABLE ANY CONTROL OuUT

;ERROR REPORTING BECAUSE WE ARE
: CAUSING ONE.

INTENTIONALLY

ASSIGN A BA/CC IN REC. BUFFER LENGTH
et

RBUf
O

MACRO

EXPANSION

tsee

:BUFFER ADDRESS BITS 0-15
;BA BITS 16/17 AND (HAR. COUN!'

B 13
DMR=-11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 65-5
2 - PROCEDURE ERRORS

SEQ

:""

135
136 033734

033734
033740

033742
033742
033744
033746
033754
033756
033756
033760
033762

004737
000001

WAIT

RDO

JSR

PC, SWAIT

010274

ESCAPE

104410

000060
032777
001005

000001

BIT
BNE

1466260

ERRDF

1046455

000010
017762
015112
000410

032777
001004

001000

146242

108:

1046455
000011
020026

015112

062777
005037

000207

002364

146216

15%:
ENDSUB

.WORD

TST
#CNTRL ,@5EL2
108

8,EMG8 ,ERRG?

ateR

;WAIT FOR RDO TO BE SET
;eeee MACRO EXPANSION tree
:CALL WAIT ROUTINE

;FLAG THAT WE'RE WAITING FOR RDO
;'t"

[ XXX ]

;IF RDO NOT SET, BR TO TEST END.

034024
034024

10460

TRAP

.WORD

:1S THIS A CONTROL OuT?
:1F YES - PROCEED.

;EXPECTED CONTROL OuT

TRAP

LMWORD
.WORD
.WORD

15¢%

JEXIT

BIT
BNE
ERRDF

#HALTC ,aSELG
15¢
9,EMG9,ERRG?

;1S THE MALT = PROCEDURE ERROR BIT SET?
:1F YES - ERROR REPORTED CORRECTLY
;UNEXPECTED CONTROL UUT RECEIVED
TRAP

BIC
CLR

#RDO'CMD,aSEL2
ERROR

;CLEAR RDO AND THE
;RESTORE

FLAG

(SESCAPE

L10065-.

CSERDF

8
EMG8
ERRGZ

(SERDF

.WORD
.WORD

9
EMGY

TRAP

($ESUB

TRAP

(SETST

.WORD

ERRG?2

COMMAND BITS.

L10072:

104403
ENDTST

157

L1006S:

NO
S OONN
NN =

;*
;%
;*
;*
;*

SEQ

158

13 - DATA TEST

AR MMM AARARAAAAAAALAARRR
AR
RARARRAARAARRARRAARRRR LD

TEST 13 - DMR-11

FREE RUNNING FLAG MODE DATA TEST
TRANSMIT A MESSAGE AND VERIFY THE RECEIVED DATA IS CORRECT.
IN THIS TEST NO INTERRUPTS ARE USED AND THE LINE UNIT IS N
THIS TEST IS THE FIRST TEST IN WHICH
INTERNAL (TTL) LOOPBACK.
THE DMR IS USED IN A DATA TRANSMISSION MODE.

;0"'t".'"Q'"""""""'"""t'..t"t.".".""""""".t""

034026
034026
034026
034032

BONTST

012701

002570

034050
034054
034060

005037
005037

034060

004737

26
25 034064
034064

104410

= O O ODNOWil

TEST

MAAALAAAA S

034036
034042
034042
034044
034046

034066

26 034070
27 034074
28 034076
29 034104
30 034106
31 034106
32 034114
33 034114
34 034120
35 034122
36 034124
37 034126
034126
034130
38
39 034132
40 034136
6

c1 3
30-JuL-80 11:38:40 PAGE 6 7

.SBTTL

000044
000002

—

—
—

= DATA TEST

013700
062700

POPVOPIN
b ed =D b o d d d

Mmer.

DMR=11 FUNCTIUNAL TESTS MACRO v03.01

034136
034140

RCOUNT RO

MOV

#RBUF ,R1

(LRB
DEC
BNE

(R1)+
RO
10%

CLEAR A BYTE [N THE BUFFER
;CONTINUE = UNTIL ENTIRE BUFFER DONE

002516
002566

CLR
CLR
CLEAR

TELAG
RELAG

;CLEAR TRANSMIT FLAG
;CLEAR RECEIVER FLAG

011066

JSR

PC,

&3 034150

10%:

105021

042737

002254

00400C

034120

004000

034120

000000
002636
000522

11%:

100%:

104410

"2,R0

;ADDRESS OF

SMSCLR

RECEIVE BUFFER

sMACRO FOR MASTER CLEAR
steee MACRO EXPANSION teee

;ISSUF A DMR MASTER CLEAR

;"'.

ESCAPE

teee

:IF ERROR, BR TO TEST END.

TRAP

.WORD

TST
BNE
BIS
B8R

DMTURN
11%
#LPLU,1008
128

;1S INTERNAL LOOPBACK DESIRED?
JIF NOT, CLEAR INTERNAL LOOPBACK.
sSET LINE UNIT LOOPBACK.

BIC

#LPLU,100%

;CLEAR LINE UNIT LOOPBACK.

CALL

$BASE
]

;BASE

ESCAPE

.WORD
.WORD
ST

LWORD

BASE
UMR

IN COMMAND.

;MAINTENANCE

BITS

(LINE

UNIT

;BASE TABLE ADDRESS
;DMR MODE
:1F ERROR, BR TO TEST END.

000424

.IF

ESCAPE

ERROR,

TEST

END.

TRAP

.WORD

000414

;MACRO FOR CONTROL

CNTRIN

004737
000000

TRAP

011520

JSR

ESCAPE

CSESCAPE

L10073-.

;DMR COMMAND TO SET MAINT, BiTS

CALL

104410

CSESCAPE

L10073-.

LOOP)

.WORD

42 034142

034142
034146

ADD

005300
001375

000466
005737
001004
052737
000403

T13::

:BYTE COUNT FOR RECEIVE BUFFER
;2 ADDITIONAL BYTES AT END OF BUFFER ARE
;USED FOR DELIMITOR

MOV

PC,

SCNTIN

.WORD

TST

CSESCAPE

L10073-.

IN (FULL DUPLEX)

sevee MACRO EXPANSION teee

:CALL CONTROL IN ROUTINE WITH DEFAULT
;SEL6 - FULL DUPLEX, RUN MODE, 1 SEC START,
ettty

[ A2
R ]

“IF ERROR, BR TO TEST END.

DMR-11 FUNCTIONAL TESTS MACRO v03.01
= DATA TEST

034150
034152

104410

TRAP

.WORD

004737
000044
002570
000044

012270

JSR

034166
034170

(8
49 036172

ESCAPE

104410

034204
034204
034206

104410

012270

JSR

ESCAPE

034230
034232
034234
034236
034240
034242
034242
034250

.WORD
.WORD
.WORD

RA['BACCR
JBA/CC IN RECEIVE
RBUF
sRECEIVE BUFFER
RCOUNT
;RECEIVE CHARACTER COUNT
;".'

187

;1F

ERROR

COMMAND

[ X2 2]

(I.E.

RDI

NOT

SET),

ESCAPE
TRAP
.WORD

004737
000001

103552

032777
001405

010274

000001

146006

PC,

$BACC

.WORD
.WORD
.WORD

;eeee MACRO EXPANSION teee
sCALL BA/CC IN ROUTINE WITH DEFAULTS

RQI'BACCT
:BA/CC IN TRANSMIT COMMAND
TBUF
:TRANSMIT BUFFER ADDRESS
:TRANSMIT CHARACTER COUNT
TCOUNT
;"..

187

1046455

000011
020026
015112
000541

032777
001035

WAlT

RDO

JSR

PC,

:1F

ERROR

| A X

(I.E.

RDI

NOT

X ]

SET),

ESCAPE

TRAP

000004

145764

25%:

SWAILT

.WORD

:""

| B 2

B |

:1F ERROR - RDO NOT SET, END TES;CS

Bl7
BEQ

#CNTRL ,aSEL?

;1S

9,EMGY,ERRG?

JUNEXPECTED CONTROL OUT RECEIVEDTRAP

THIS A CONTROL OUT

:1F NOT = PROCEED

COMMAND

°?

.WORD
.WORD
.WORD

52%

BIT

#RCV,aSELZ

:TRANSMIT

TFLAG
30%
10,EMGY0,ERRGZ

;1S THIS THE FIRST TRANSMIT DONE?
JYES - 0K
ERROR MULTIPLE TRANSMITS
TRAP

BNE

40%

L10073-,

;FLAG THAT WE'RE WAITING FOR RDO

25%

CSESCAPE

:WAIT FOR RDO
;veve MACRO EXPANSION vene
:CALL WAIT ROUTINE

BERROR

ERRDF

CSESCAPE

L10073-.

;BUFFER ADDRESS/CHARACTER COUNT XMIT,

.WORD

20%:

C $ESCA PE
L 10073-.

;reee MACRO EXPANSION wtee
;CALL BA/CC IN ROUTINE WITH DEFAULTS

000346

034210
034210

034216
034216
034220
034226
034230

$BACC

BACCIT

004737
000040
002520
000044

034210
034214

PC,

000364

034172
034176
034200
034202

159

;BUFFER ADDRESS/CHARACTER COUNT REC.

BACCIR

7 034166

SEQ

000402

034154

034154
034160
034162
034164

D 13

30-JuL-8C 11:38:40 PAGE 67-1

OR RECEIVE

:BR FOR RECEIVE

52%

CSERDF
9

EMGY
ERRG?

;CHECK TRANSMIT

034252
034256
034260
034260
034262
034264
034266
69 034270

005737
001405

104455

000012
020055
015112
000525

002516

BEQ
ERRDF

52%

.WORD
.WORD
.WORD

(SERDF
10

EMG10
ERRG?

E 13
ggCTlJNAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 67-2

SEQ

70 034272
71 034272
72 034300
73 034306
74 034310

01¢737
022777
001405

177777

MoV
(MP
BEQ
ERRDF

002520

104455

000013
020104
015112
000511
022777
001470

000044

145710

32%:

104455

80 034342

000014
020127
015112
000500

#-1,TFLAG
0T2UF.OSEL4

11,EMG11,ERRGZ

52%

(MP
BtQ
ERRDF

#TCOUNT ,aSELS

50%
12,EMG12 ,ERRG2

160

;FLAG THAT TRANSMIT CHECK IS DONE.
:TRANSMIT BUFFER ADDRESS CORRECT?
:YES - PROCEED

;BUFFER ADDRESS ERROR

TRAP

CSERDF
1"

.WORD
.WORD
.WORD

EMG11
ERRGZ

TRAP

CSERDF

: COUNT CORRECT ?
;YES = PROCEED

;CHARACTER (OUNT ERROR

.WORD
.WORD
.WORD

529

EMG12
ERRG?2

;CHECK RECEIVE

90 034364
91 034372

92 034400

93 034402

034402
034404
034406
034410
94 034412
95 034414
96 034414
97 034422
98 (34426

XV T NE
[o RV ¥

—lh

D el

i cld —

034424
034426

034430
034432
034434
034436
034436
034442
034446
034452
034452
034454

40%:

002566

106455

000015
020155
015112
000470

012737
022777
001405

177777

002570

002566

41%:

145636

000013
020104
015112
000454

022777
001405

000044

1645616

43%:

104455
000014

020127
015112
000443
012700
012701
127 0
21 2
0 10 1

000044
002520
002570

TST
BEQ
ERRDF

45%:

RFLAG
419

13,EMG13,ERRG?

52%

MOV
(MP

#-1,RFLAG
#RBUF ,3SELS

8tQ
ERRDF

104455

—_h)
N

86 034350
87 034352
034352
034354
034356
034360
88 034362
89 034364

005737
001405

o—O

84 034344
85 34344

433
11,EMG11 ,ERRG2

52%

(P
BEQ
ERRDF

#RCOUNT ,8SELS
Lis

12,EMG12 ,ERRG?

;1S THIS THE FiRST RECEIVE DONE ?
;YES - PROCEED
sMULTIPLE RECEIVES

IRAP

.WORD
.WORD
.WORD

;FLAG THAT RECEIVE

CSERDF

EMG13
ERRGZ2

CHECK HAS BEEN DONE.

;1S THE RECEIVL BUFFER ADDRESS CORRECT?
;YES - PROCEED
;BUFFER ADDRESS ERROR

TRAP

.WORD
.WORD
.WORD

;1S THE BUFFER COUNT CORRECT?
;YES - PROCEED
sCHARACTER COUNT ERROR

TRAP

.WORD
.WORD
.WORD

52%

MOV
MOV
MoV

#RCOUNT,RO
#1BUF R
#RBUF ,R2

;SET UP FOR DATA CHECK (CHARCATER COUNT)

(MPB
BNE

(R1)¢,(R2)¢
46%

;1S THE DATA THE SAME ?

.GO0D DATA POINTER
SRECEIVE DATA POINTER

;1F NOT, BRANCH TO DATA ERROR MESSAGE

CSERDF
1

EMG1)
ERRG?

CSERDF

EMG12
ERRG?

CZOMICO DMR=11 FUNCTIUNAL TESTS MACRO v03.01
TEST 13 - DATA TEST
107
108
109
110
111
112

034456
034460
034462

005300
001374
005712

DEC
BNE
18T

RO
458
ar2

034464
034466

001412

REQ
ERRDF

508
14 ,EMG14 ,ERRGZ

034466
034470
034472
034474

113 034476
114 034500
115 034500

034500
034502
034504
034506
116 034510

104455
000016
020203
015112
000422

(58

104455
000017
020223
015112
000415

118

;

120 034512

508:

121
122
123
124
125

F 13
30-JUL-80 11:38:40 PAGE 67-3

034512
034520
034524
034526
034532

062777
005737
001002
000137

000213
002566

126 034532

127 034536

005737

128 034540

001002

002516

000137

034210

129 034544

034210

130 034544

034544

004737

145514

518

012550

131
1§§ 034550
1

~NOoOwn

el
—

[V 1V
TV

134 034554

034554
034554

ENDTST

106401

528

ERRDF

15,EMG15,ERRG2

528
OR RECEIVE

BIC
TST
BNE
JMP
1S1

BNE
528:

;CONTINUE

TRANSMIT

JMP

SEQ

CHECK

161

CHECKING UNTIL DONE WITH BUFFER.

:THIS SHOULD BE O - REMEMBER WE CLEARED
;¢ EXTRA BYTES DURING BUFFER [NIT.
“1F OK - PROCEED
;RECEIVED EXTRA DATA
TRAP
CSERDF
.WORD
14

;DATA ERROR

_WORD
.WORD

EMG14
ERRG2

TRAP
.WORD
.WORD
WORD

CSERDF
15
EMG15
ERRG2

DONE

FRDO+RCV+CMD,3SEL2 ;CLEAR RDO, RCV § COMMMAND BITS (0,1)
RFLAG
;1S THE RECEIVE DONE ? (IF DONE, FLAG = =1)
518
“YES - SEE IF TRANSMIT DONE
208
NO - GO BACK AND DO IT.
TFLAG

;1S THE

208

INO - DO

52%

SHUTDN

TRANSMIT DONE

“YES = BR TO SHUTDOWN
IT

;SHUTDOWN DMR

JSR

PC, SHALT

CALL

SERROR

;etee

MACRO EXPANSION

“DMR HALT ROUTINE.
;"l.

:CHECK BASE

TABLE

tene
|8 X

8 |

AND REPORT ANY SOFT ERRORS

L10073:

TRAP

CSETST

OMICO DMR-11 FUNCTIONAL TESTS MACRO v03.01
ST 14 - EXTENDED ADDRESSING DATA TEST

6 13

30-JUL-80 11:38:40 PAGE 68

SEQ

162

}

LSBTTL

.'.'"'""".'.""""""""""'."'."..'Q'..""""i"""""'

TEST 14 - EXTENDED ADDRESSING DATA TEST

‘e

5
6

TEST

14 - DMR-11

c* [N THIS TEST - SEE IF WE HAVE MEMORY MANAGEMENT, IF SO SEE IF wc
i+ HAVE THE MEMORY TO CHECK BITS 16 & 17 IN SEL6.
THIS WILL ALLOW

7
g

i+ US TO TRANSFER DATA USING THOSE EXTENDED ADDRESSING BITS. AS IN
e ngg 13 THE TEST IS NON-INTERRUPT AND INTERNAL (TTL) LOOPBACK 1S
MR

"""."."'t"""""fi X2 222 X2XX222222XZX222X22322 2222222222222 2]

12 034556

ESNTST

034556

15 034556

034556
034562
034566
034572
034576
034600

012746
012746
012746
012746
104437
062706

000340
023572
000004
000003

034614
034620

012700
104436

000004

16 034604
17 034610
18 034614

19 034622

20
21
22 034626
23 034630
24 03463¢
25 034640
26

005037
005737

000010
002350
177572

LSB

SETVEC

#4,#NOXMEM,#PRI0? ;SET UP TRAP VECTOR &

(LR
ST
CLRVEC

NXMFLG
177572
#4

:CLEAR FLAG = SET [F TRAP T0 4.
*ADDRESS MEMORY MANAGEMENT REGISTER.
*RESTORE TRAP VECTOR 4.

;1S THE FLAG STILL CLEARED?

005737

002350

1£3

NXMF LG

0014064
005037
000137

002350
036200

BEQ
(LR
JMP

108
NXMFLG
85%

108;

023727
002002

002120
036200

034654
036660

012700
104441

000340

35
36 034662
g; 8%2293

012701
012700

172300
000010

012721

077406

390 034672
40
41 034676
&2 034700
43 034702
44 034706
&S 034710
46 034716

OF SYMBOLIC LABELS "'RSFL&'' ETC.
MOV
MOV
MOV
MOV
TRAP
ADD

#PRIO7,-(SP)
#NOXMEM,
- (SP)
2 ,-(SP)
23 -(SP)
CSSVEC
#10,5pP

MOV
iRAP

#4 RO
CSCVEC

*NOTE: THE FLAG WILL BE SET BY TRAP 4
SIF THERE IS NO MEMORY MANAGEMENT.
:1F FLAG IS CLEARED, PROCEED WITH TEST.
"RESTORE FLAG
CEXIT = CAN'T TEST WITHOUT MEM. MANAG.
TOTAL MEMORY [N

*PAGE ADDRESS REGISTER FORM - DETERMINED BY

000137

-USE

:NOTE: LSHIMEM [S SIZE OF

28
29 034640
30 036646
31 034650
32 034654
33 034654

T4::
;ENABLE LOCAL BLOCK - NEEDED BECAUSE OF

JENABL

005300
001374

012701
005011
012761
012761

002200
15%:

208

172340

000200
000400

000002
000004

CMP
BGE

LSHIMEM, #2200
15
85%

:BY
:DO
“1F
:IF

SETPR]

#PRI07

:MAKF SURE WE ARE

MOV
MOV

#172300,R1
#8. R0

MOV

277406, (R1) ¢

DEC
BNE

RO
20%

JMP

MOV
CLR
MoV
MOV

#172340,R1
(R1)
#200,2(RY)
26004 (RY)

DIAGNOSTIC SUPERVISOR AT STARTUP.
WE HAVE ENOUGH MEMORY TO ADDRESS BIT 162
YES - PROCEED WITH TEST
NOT = EXIT

IN KERNEL MODE.

MOV
#PR107,RO
TRAP
($SPRI
;SETTING PRI SHOULD ALSO CLEAR BITS 14 £15
“IN PSW WHICH PLACES PROCESSOR IN KERNEL MODE.
:GET ADDRESS OF KERNEL PDR REG 0
“GOING TO WRITE PDR REG 0-7
:WRITE BITS FOR THE FOLLOWING PAGE DESCRIPTION
“READ/WRITE ACCESS, 128. BLOCK PAGE LENGTH.
‘WRITE ALL PDRS

:GEf
:PAR
:PAR
‘PAR

ADDRESS OF KERNAL PAR 0
0, ADDRS
0 - 17776
1, ADDRS 20000 - 37776
2. ADDRS 40000 - 57776

H13

DMR=-11 FUNCTIONAL TESTS MACRD v03.01 30-JuL-80 11:38:40 PAGE 68-1

SEQ

-~ EXTENDED ADDRESSING DATA TEST

034726
034732
034740
034746
034754

000600
001000
002000
004000
007600

034762
034766

000100

005037

002350

012746
012746
012746
012746

000340
023572

062706
012737

000010
000001

012701
012702

000040
002416

035044
035050
035052

005737
001014
005301
001372
005303
001364
012701

b
) ould
il
ol
-

104437

:PAR 3, ADDRS

#2000.12(R1)
#4000,14(R1)
2760016 (R1)

:PAR S, ADDRS 200000
:PAR 6. ADDRS 400000
'PAR 7. ADDRS 160000

MOV
MOv

264,

CLR
SETVEC

NXMFLG

21000,10(R1)

,R3

#120000, R4

60000

‘PAR &. ADDRS 100000

77776

- 117776

- 217776
- 417776
= 177774 (1/0 PAGE)

:COUNTER FOR OUTER LOOP OF

TEST PATTERN GEN.

*USE VIRTUAL ADDRESS TO MAP TO PAR S

;GENERATE A TEST PATTERN IN THE 1ST 4K
:BYTES OF PAR S (VIRTUAL ADDR 120000 - 127776)
:ENSURE FLAG IS CLEARED

#4,ONOXMEM, #PRI0O? ;SET UP TRAP VECTOR & (WILL SET FLAG)

177572

21s:
22%:

002350

004000

005737
001002
005301
001372

0L2350

005037

177572

012700
104436
005737
001417

000004

002350

104455

000023
036202
000000

23%:

2468

MOV

01 .38177572

;ENABLE MEMORY MANAGEMENT

MOV

#32..R1

#$CCITT,R2

:COUNTER FOR

MOV

(R2)+, (RG)

:WRITE

TST
BNE
DEC
BNE
DEC
BNE

NXMFLG

#PRIO7,-(SP)

MOv
TRAP
ADD

#3.-(SP)
CSSVEC
#10,5p

INNER LOOP GF

TEST PATTERN GEN.

TEST PATTERN INTO 4K BYTES

:(PHYSICAL ADDRESS 200000 - 207776)
INXM TRAP 4?

SIF YES - EXIT

g?‘

;DO THE OUTER LOOP 128. TIMES

MOv

#4000 ,R1

:COUNTER TO CLEAR THE NEXT 4K BYTES.

CLR

(R4) ¢

TST

NXMFLG
248
R1

;CLEAR QUT THE ENTIRE PAR
- (PHYSICAL ADDRESS 210000 - 217776)
CNXM TRAP &?

BNE
DEC
BNE

g;$

;DO THE INNER LOOP 32. TIMES

CIF

YES - EXIT

23%

CLR
CLRVEC

ar177572
0"

:TURN OFF MEMORY MANAGEMEN'
*RESTORE TRAP & TO SUPERVISOR

TST

NXMFLG

:WAS TH]S AN ERROR EXIT

8eQ
ERRDF

#NOXMZM,~-(SP)
#6,-(SP)

SADDRESS FOR 32. WORL TEST PATTERN

248

PRINTB

036240
000002

MOV
Mov
MOV

000003

005024

104414

#600,6(R1)

000004

012224

010446
012746
012746
010600

MOv
MOv
MOV
MoV
MOV

120000

034772
034776
034776
035002
035006
035012
035016
035020
035024
035032
035032
035036
035042
035042

035054
035056
035060
035062
035066
035066

000006
000010
000012
000014
000016

163

25%

19,EMT22

#FMT25,R4

MOV
TRAP

#4 RO
CS$CVEC

TRAP

CSERDF

:1F NOT, PROCEED.

.MORD
.WORD
'WORD

19
EMT2?
0

MOV

R4, =(SP)

MOV
MOV

#2.-(SP)
SP,RO

MoV

TRAP

#EMT2S,-(SP)
($PNTB

[ 13
CO DMR=-11 FUNCYIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 68-2

SEQ

14- EXTENDED ADDRESSING DATA TEST

035150
87 035154
88 035160
89 035160

062706
000137

035160

004737

000006
036200

25%:

011066

91 035164

035164
02 035166

104410
001012

93 035170
94 035174
95 035176

005737
001004
052737

96 035204

97 035206

000403

98 035206
99 035214

042737

101 035220
102 035222

000000
002636

100 035214

103 035224
104 035226

035226
o5 035230

06 035232
07 035236
025236

108 035240

0022564
004000

004000

035220

30%:

328

1008 :

000522

104410
000750

104410

110 035250

CLEAR

TST

-1F ERROR, BR TO TEST END.

ST
BNE
81S

DMTURN
308
#LPLU,100$

;1S INTERNAL LOOPBACK DESIRED?
“1F NOT, CLEAR INTERTMAL LOOPBACK.
SSET LINE UNIT LOOPBACK.

BIC

#LPLU, 1008

SCLEAR LINE UNIT [ OOPBACK.

CALL

$BASEIL

:BASE

ESCAPE

.WORD
TST

CALL
ESCAPE

$LOOP
TST

B8R

32¢

WORD
_WORD

0
BASE
DMR

"ISSUE A DMR MASTER CLEAR
"""

[E 2 B ]

IN COMMAND.

"MAINTENANCE BITS (LINE UNIT LCOP)
:BASE TABLE ADDRESS
;DMR MODE
“IF ERROR, BR TO TEST END.

:DMR COMMAND TO SET MAINT. BITS
“IF ERROR, BR TO TEST END.

011520

JSR

TRAP

L E R

B J

TFLAG
RFLAG
SFLAG

:CLEAR TRANSMIT FLAG
“CLEAR RECEIVE FLAG
:CLEAR sscouo LOOP FLAG

#10000,RSEL4
-RECEIVE BUFFER ADDRESS (BITS 0-15)
#B1114:10000,RSELS ;REC BUFFER ADDR BIT 16 SET AND 4K
:BYTE RECEIVE CHMARACTER COUNT
TSEL4
STRANSMIT BUFFER ADDRESS (BITS 0-15)
#BIT14'10000,TSELS ;XMIT BUFFER ADDR BIT 18 SET AND &K
‘BYTE XMIT CHARACTER COUNT

035324
035326

MOV
MOV

005037
012737

035342
050000

035344

CLR
MOV

RSELG:
RSELG:

“CALL CONTROL IN ROUTINE WITH DEFAULT
“SEL6 - FULL DUPLEX, RUN MODE, 1 SEC START.

(LR
CLR
CLR

010000
050000

35%:

PC, SCNTIN
LWORD
O

“IF ERROR, BR TO TEST END.

012737
012737

CALL

CSESCAPE

L10074-.

‘eaes MACRO EXPANSION tees

TST

117 035270
118 035276
119
120 035304
121 035310
122

CSESCAPE
L100764-.

:MACRO FOR CONTROL IN (FULL DUPLEX)

ESCAPE

002516
002566
002344

000044
000000
000000

TRAP
JWORD

JWORD

005037
005037
005037

123 035316

(SESCAPE
L10074-.

ESCAPE

112 035254
113 035260
114 035264

124 035316
125 035322
126 035324
127 035326

TRAP
.WORD

“eees MACRO EXPANSION vees

PC, SMSCLR

104410
000726

116

86 ,SP

:MACRO FOR MASTER CLEAR

CNTRIN

004737
000000

ADD

JSR

035250
" 035252

115

85$

000740

109 035242

035242
035246

JMP

164

$BALC
WORD
WORD
WORD

TRAP
.WORD

CSESCAPE
L10074-.

“IF SFLAG= 0, THEN THIS IS A TEST OF BIT 16

“1F SFLAG= -i THEN THIS IS A TEST OF BIT 17

:1SSUE THE BUFFER ADDR/ CHAR COUNT CCMMAND
RQI'BACCR
. COMMAND FOR BA/CC IN RECEIVE
0
:BUFFER ADDRESS BITS 0-15
"BUFFER ADDR BIT 16 + CHAR. COUNT
0

[V IV TV IV LV o]
SNV
2O O

(L OMICO DMR~11 FUNCTIUNAL TESTS MACRO v03.01
TE SY 14 - EXTENDED ADDRESSING DATA TEST

035330
035330
035332

035334
035340
035342
035344
035346
035346
035350
135 035352
136 035352
035352
035356
137 035360
035360

035362

138
139 035364

140 035372
141 035374

S M- OO

NO W
O

anld
—
il
)

[V IV IV IV V. ¥

—

el ok
-l
il
—

WA VANVAVAWA

035374
035376
035400
035402
142 035404
143 035410
164 035410
145 035416
146 035420
147 035424
148 035426
035426
035430
035432
035434
035436
035442
035442
035450
035450
035460
035460
035462
0356464
035666
035470
035474
035474
035502
035504

035504
035506
035510

ESCAPE

104610
000646

CALL

TSELG:
TSELG:

104410
000630

(ng:
010274

104455
000011
020026
015112
000137
032777
001040
005737
001406

104455
000012
020055
015112
000137
512737
023777
001406

104455
000013
020104
015112
000137

023777
001502

104455
000014
020127

;1F

ERROR,

$BACC
.WORD

;1SSUE
ROI'BACCT

.MWORD

.WORD

ESCAPE

END

TEST

TRAP

TST

;BUFFER ADDRESS B8ITS 0-15

;BUFFER ADDR BIT 16 + (HAR.
:IF

WAIT

RDO

JSR

PC,

SWAIT

.WORD

TST

ERROR,

END

TEST

144642

036170
000004

144616

BIT
BEQ
ERRDF

50%:

002516

036170
177777
035342

002516
144560

036170
035344

144536

55%:

56%:

#CNTRL ,8SEL2
50%
9.EMG9 ,ERRG2

TRAP

;FLAG THAT WE'RE WAITING FOR PDO
;ttlt

:1F

|2 2

RDO NOT

SET BFFORE

& ]

TIMEOUT,

;1S THIS A CONTROL OUL!T COMMAND?
:NO - PROCEED
JUNEXPECTED CONTROL OUT.

80%

TEXIT

BIT
BNE
ST
BEQ
ERRDF

#RCV,aSEL2

;1S

TFLAG

55%

10,EMGI0.ERRG2

END TEST
TRAP
CSESCAPE

;IS

JIF

THIS

THE

1ST

YES, PROCELD

:MULTIPLE

TRANSMIT

CSERDF

.MORD
.WORD
.WORD

9
EMG9
ERRGZ

TRAP

CSERDF

DONE

TRANSMITS

80%

JEXIT

MOy
CMP
B8tQ
ERRDF

#-1,TFLAG
TSELL ,QSELS

:FLAG THAT THE TRANSMIT IS DONE.
;1S THE BUFFER ADDRESS CORRECT?

;1F OK, PROCEED WITH CHECK.
;BUFFER ADDRESS ERROR

JMP

80%

JEXLY

(Mp
8EQ
ERRDF

TSELG,8SELG
70%

;1S THE (HAR. COUNT (ORRECT?
;1F Ok, PROCEED

12,EMG12 ,ERRG?

TRAP

L10074-.

THIS A TRANSMIT OR RECEIVE?

;BR FOR RECEIVE

JMP

56%
11,EMG11,ERRG2

CSESCAPE

L10074-~.

;WAIT FOR RDO TO BE SET
svees MACRO EXPANSION teew
:CALL WAIT ROUTINE

JMP

60%

CSESCAPE

L10076-~.

(OUNT

.WORD

000001

165

THE BUFFER ADDR/ CHAR COUNT (OMMAND
;COMMAND FOR BA/CC IN TRANSMIT

L.WORD

ESCAPE

104410
000616

032777
001406

SEQ

LWORD

000040
000000
000000

004737
000001

J 13

30-JuL-80 11:38:40 PAGE 68-3

.MWORD
.WORD
.WORD

10
EMG10
ERRG?

TRAP

CSERDF

LMORD
.WORD
.WORD

N
EMG1
ERRG?

;CHARACTER COUNT ERROR - OR EXT MEM PROBLEM
TRAP

.MWORD
.WORD

CSERDF

12
EMG1?

OMICO DMR=11 FUNCTIUNAL TESTS MACRO v03.01
ST 14 - EXTENDED ADDRESSING DATA TEST
160
161
162
163
164

165
166
167
168
169
170

171

172
173
174
175

035512

035514
035520
035520
035524
035526

015112

000137

036170

005737
001406

002566

035526
035530
035532

104455
000015
020155

035536
035542
035542
035550
035556
035560

000137

036170

012737
023777
001405

177777
035324

035534

015112

035560
035562
035564

104455
000013
020104

035570

000577

035566

023777
001404

035610

015112

176 035612
177 035612

178 035616

179 035620
180 035624

181
182 035630
183 035634
184 035636
185 035636

186 035642

}g; 8%2223

005737
001007
012700
012701

012702

000406

035326

144440

]
002344

62%:

130000
010000

012702

140000

012701

191 035660
192 035662
193 035664
194 035666
195 035670
196 035672
197 035672
198 035676

022122
001003
005300
001374
000407

199 035706

000530

005037

104455
000017
020223
015112

638

004000
120000

012700

012737

035676
035700
035702
035704

€19%:

104455
000014
020127

189 035652

190 035660

(02566
144460

015112

035572
035572
035600
035602

035602
035604
035606

60$:

65$:

120000

000001

177572

668
177572

67%:

68$%:

K13
30-JuL=-80 11:38:40 PAGE 68-4

JMP

80%

JEXIT

TS7T
BEQ
ERRDF

RFLAG
61%
13,EMG13,ERRG2

;1S THIS THE 1ST RECEIVE DONE
:1F YES, PROCEED
;MULTIPLE RECEIVES

JMP

80%

JEXIT

MOV
(MP
BEQ
ERRDF

#-1,RFLAG
RSELG,8SELL
62%
11,EMG11,ERRGS

;FLAG THAT THE RECEIVE IS DONE.
:1S THE BUFFER ADDRESS CORRE(CT?
;1F OK, PROCEED WITH CHECK.
;BUFFER ADDRESS ERRCR

80%

JEXIT

CMP
BEQ
ERRDF

RSELG,aSELS
63%
12.EMG12,ERRGZ

;1S THE CHAR. COUNT CORRECT?
;IF 0K, PROCEED
;CHARACTER COUNT ERROR

SEQ

166

.WORD

ERRGZ

TRAP
.WORD
.WORD

CSERDF
13
EMG13

TRAP
LMWORD
.WORD

CSERDF
M
EMG11

TRAP
.WORD
.WORD

CSERDF
12
EMG12

.WORD

1ST
BNE

SFLAG
65%

#4000,R0
#120000,R1

MOV

#130000,R2

MOV

#10000,R0

:IN THE TEST OF BIT 17 WE SENT 8K BYTES

MOV

#140000,R2

;THE REC BUF. MAPS TO 400000

MOV

66%

0120006.R1

ERRGZ2

ERRG?

;WHICH EXTENDED ADDRESS ARE WE CHECKING?
:BR FOR BIT 17 CHECK
;IN THE TEST OF BIT 16 WE SENT 4K BYTES
;THE XMIT BUFFER BEGAN AT THIS VIRTUAL ADDR
;WHICH WILL MAP TO 200000

MOV
MOV

B8R

ERRGZ

:THE REC BUF. MAPS TO 210000

;G0 COMPARE THE XMIT AND REC BUFFERS

sTHE XM]T BUFFER MAPS T0 200000

MOV

#1,80177572

;s TURN MEMORY MANAGEMENT BACK ON.

C(MP
BNE
DEC
BNE
B8R

(R1)+,(R2)+
68%
RO
67%
70%

;1S THE DATA THE SAME?
JIF NOT THERE IS A DATA ERROR.
;CHECK ENTIRE BUFFER

(LR
ERRDF

177572
1S5.EMG1S5,ERRG2

:TURN MEMORY MANAGEMENT OFF
.
;DATA ERROR

80%

CEXTT

;1F DATA OK, PROCEED WITH TEST.

TRAP
MWORD
MORD
.WORD

(SERDF
15
EMG1S
ERRG?

L1 3

8
DMICO OMR=11 FUNCTIUNAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 68-5

ST 14 - EXTENDED ADDRESSING DATA TEST

200 035710

201 035710

005037

177572

203 035722
204 035726

005737
001002

002566

202 035714 042777 000213
205 035730

000137

035352

207 035734
208 035740
209 035742

005737
001002
000137

002516

211 035746

005737

002364

214 035754

012737

177777

216 035770
217 035772

002477
005037

206 035734

210 035746

%}% 035752

215 035762

g}g 035776

001106

023727

005037

70%:

71%:

035352

002120

72%:

002344

aMT71572

: TURN MEMORY MANAGEMENT OFF.

TST
BNE

RFLAG
71%

;15 THE RECEIVE DONE ? (IF DONE, FLAG= =-1)
“YES - SEE IF TRANSMIT DONE

TST
BNE
JMP

TFLAG
72%
40%

;1S THE TRANSMIT DONE ?
;YES - SEE IF THERE IS MORE
:NO - DO IT

TST

SFLAG

JMP

002516
002566

#RDORCV+CMD,@SEL2 ;CLEAR RDO, RCV § COMMMAND BITS (0,1)
(0%

:NO - GO BACK AND DO IT.

;HAVE WE ALREADY TESTED BIT 17

BNE

80%

;1F SO - END OF TEST

MOV

#-1,SFLAG

;FLAG SO WE DON'T COME THIS WAY AGAIN.

BLY
CLR

80%
TFLAG

;1F NOT - END OF TEST,
:CLEAR FLAGS FOR NEXT TEST

(mp

004200

CLR

LSHIMEM, #4200
RFLAG

;1S THERE ENOUGH MEMORY TO TEST BIT 17?

220

SET UP TO TEST BIT 17, IF THERE IS ENOUGH MEMORY.

%%2

YHE TEST PATTERN GENERATED IN THE BIT 16 TEST.

221
222

167

(LR

8lC

144312

SEQ

STHIS TEST WILL TRANSMIT 8K BYTES STARTING AT PHYSICAL ADDRESS 200000
;7O PHYSICAL ADDRESS 400000. THE TRANSMITTED BUFFER STILL CONTAINS

225 036002
226 036006
227

228 036014
229 036020

230
231 036026

005037
012737

035326
120000

035342
060000

035326

CLR
MoV

;RECEJIVE BUFFER ADDRESS (BITS 0-15)
RSEL4
#BIT15'20000,RSEL6 ;REC BUFFER ADDR BIT 17 SET AND 8K

035346

CLR
MoV

: TRANSMIT BUFFER ADDRESS (BITS 0-15)
TSEL&
#BIT14120000,TSEL6 ;XMIT BUFFER ADDR BIT 16 SET AND 8K
#10000,R1
#140000,R4
NXMFLG

012701
012704

010000
140000

MOV
MOV

234 036036

005037

002350

CLR

036042
036046

012746
012746

000340
023572

232 036032
233

235 036042

:BYTE RECEIVE CHARACTER COUNT

;BYTE XMIT CHARACTER COUNT
;COUNTER TO CLEAR BK BYTES

:VIRTUAL ADDRESS THAT WILL MAP INTO PAR 6
;WITH THE PHYSICAL ADDRESS 400000
:ENSURE FLAG IS CLEAR

SETVEC #4,#NOXMEM,#PRI0O7;SET UP TRAP TO VECTOR & (WILL SET FLAG)

236 036070

237 036076

238 036076
239 036100

240 036104
261 036106
242 036110
243 036112

012746 000003
104437
062706 000010
012737

000001

005024
005737

)
00.350

001002
005300
001372

264 036112
245 036116

005037

266 036126
247 036130
248 036132

005737
001002
000137

177572

036116 012700 000004
036122 104436

002350
035316

#PR107,-(SP)
FNOXMEM, - (SP)

MoV
TRAP
ADD

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

MOV
TRAP

84 RO
CSCVEC

MOV

036052 012746 000004
036056
036062
036064

MoV
MOV

177572

74$:

75%:

Mov

AN T AR TP

;:TURN ON MEMORY MANAGEMENT

CLR
TST

(RL)+
NXMFLG
75%

;CLEAR 400000 - 417776
;DOES A NXM TRAP & OCCUR?

J1F YES, EXIT

CLR
CLRVEC

M 77572
#4

;TURN OFF MEMORY MANAGEMENT
;RESTORE TRAP &

1ST
BNE
JMP

NXMFLG
76%
35%

;WAS THIS AN ERROR EXIT?
:1F YES - REPORT ERROR
;START THE SECOND TEST

BNE
DEC
BNE

RO
748

#4 ,-(SP)

CIOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01
TEST

14 - EXTENDED ADDRESSING DATA TEST

249 036136
250 036136
036136
036140
036142
036144
251 036146
036146
036150
036154
036160
036162
036164
252 036170
253 036170
036170
254 036174
255
256 036200
257
258 036200
036200
036200
259
260
261 036202

036205
036210
036213
036216
036221
036224
036227
036232
036235
262 036240
036243
036246
036251
036254
036257
036262
036265
036270
036273
036276
036301
036304
036307
036312
036315
036320
263

mn3
30-JuL-80 11:38:40 PAGE 68-6

76%:

104455
000023
036202
000000
010446
012746
012746
010600
104414
062706

004737

ERRDF

SEQ

19,EM122

PRINTB

CSERDF

WORD

EMT22

Mov

R4 ,-(SP)

TRAP
ADD

C$SPNTB
#6,SP

.WORD

MoV
MOV
MOV

036240
000002
000006

80$:

012550

85$:
ENDTST

101

124
104
105
040
1264
104
040
115
13
101
115
13
104
105
040
066
104
123
117
122
120
104
040
101
064
000

116
040
104
123
105
105
105
115
117
000
115
117
040
104
123
045
045
117
040
124
105
117
040
124
120
045

FFEMT25,-(SP)
#2,=(SP)
SP,RO

;reee MACRO EXPANSION wewe
;DMR HALT ROUTINE.

JSR

PC,

CALL

SERROR

+CHECK BASE

.DSABL

LS8

;DISABLE LOCAL

SHALT

;Q'..

LA AR

TABLE AND REPORT ANY SOFT ERRORS
SYMBOL BLOCK

L10074:

TRAP

EMT22:

.ASCiZ

/CAN'T

FMT25:

L.ASCIZ

/XAMEMORY ADDRESS X06X% DOES NOT RESPOND - TRAP &4IN/

.EVEN

; SHUTDOWN DMR

SHUTDN

104401
103
047
101
122
123
130
116
104
105
122
045
105
122
101
122
123
117
040
105
116
040
123
116
055
122
040
116

TRAP

.WORD

#EMT25,R4

168

ADDRESS EXTENDED MEMORY/

CSETST

]

TEST

[

AR AR AR

SEQ

15 - DMC MODE

ARl

(RESUME)
R

169

INTERRUPT TEST
R RRRRRRRRRRRRR2RRd])

TEST 15 - DMR-11

;* RESUME BASE IN - DMC MODE
A®
‘e
WILL NOT RUN If MODEM LOOPBACK

L[d

IS SELECTED

LAd

;¢ IN THIS TEST THE DMR WILL TRANSMIT AND RECE!VE 7 BUFFERS. DURING THE

[

;¢ TEST THE DMR WILL BE HALTED AND RESTARTED BY
A BASE-IN RESUME
.t FOLLOWING MANNER:
BASE IN
CONTROL IN
HALT
BASE IN RESUME

[N THE

[

cod el e

'
'
'
‘
.

.
0
[

036322

47 036322
«8

49 036326
50

036330
036336
036344
036352
036356

.lQlQ.......................'..0.’

[

45
&6 036322

51
52
53
S4
59
56

30-JuL-80 11:38:40 PAGE 70

.SBTTL

b o

——

VNO
N=2OOVBNO
NS WN
OO
NO NS W~

FUNCTIUNAL TESTS MACRO v03.01
MC MODE (RESUME) INTERRUPT TEST

ORI

no
—B

Y
-l

Mmere

=11
1

2 BA/(CC lN RECEIVE

HALT

002306

001036

012737
012737
012737
005037

000007
000001
000001
002300

002324
002274
002276

IN RESUME

BASE

IN RESUME

HALT
BASE
1 BA/CC IN RECEIVE
HALT
BASE

IN RESUME

HALT

BASE

IN RESUME

HALT

BASE

IN RESUME

HALT
BASE
1 BA/CC IN TRANSMIT
HALT
BASE

IN RESUME

HALT

2 BA/CC IN RECEIVE

2 BA/CC IN TRANSMIT

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.

THE BUFFERS ARE DETERMINED IN THE SUBROUTINE SBUFFS.
THIS
SUBROUTINE WILL DETERMINE THE ADDRESS AND CHARACTER COUNT Of

SEVEN RECEIVE AND SEVEN TRANSMIT BUFFERS.

AIEEH:E

TO USE AS LARGE BUFFERS AS POSSIBLE

HIERARCHY:

A.
B.

THAN 2K BYTES, USE

IF NEITHER OF

THAT MEMOKY

THE PRECEEDING TWO ARE POSSIBLE, USE

EE R

AR AREARRRRRRRRRRRARRRRARARARRRRRRARARAN)

WMAINT

;D0 WE

BNE

40%

;1F

nmov

87 ,BUFNUN

8 OF

mov
(LR

21 ,DR(MTME
" ITRDE

CAL.

IN THE FOLLOWING

THE 2K BYTE DEFAULT BUFFER WITHIN THIS DIAGNOSTIC.

187

mov

THE ROUTINE WiLL

IF THERE 1S MEMORY MANAGEMENT, USE A PAGE ABOVE 32k.
1F THERE IS FREE ¢ "MORY ABOVE THE SUPERVISOR GREATER

BGNTST
005737

BASE

2 BA/CC IN RECEIVE

21 ,RESUNE

$8LFFS

NEED

T15::
TO WRITE MODEM

MAINTENACE Y OR 2?

YES WE CAN'T RUN THIS TEST

;(NOTE:

CAN'T

WRITE

MODEM

RCY & XM]T BUFFERS.

[N DM(

MODE)

JFLAG SET TO REQUEST USE OF RESUME.

SFLAG SET TO REQUEST DMC MmODE.
;FLAG NOT TO REQUEST MAINTENANCE MCDE.
;DETERMINE

7 RCv &

7 wM|T BUFFERS

- Y

WO
D~

(9,2, ]

wno
- X

Mmer.

DMR=-11

FUNCTIONAL TESTS MACRO v03.01

- DMC MODE

(RESUME)

INTERRUPT

TEST

036362
036362

8 14

CLEAR

004737

SEQ

30-JuL-80 11:38:40 PAGE 70-1

011066

JSR

JMASTER CLEAR
R AAL

PC,

SMSCLR

MACRO

EXPANSION

104410
000034

ESCAPE

011264

JSR

66 036404

;IF ERRGR, EXIT TEST

1ST

036404
036406
67 036410

000016

036410

004737

036414
036414
036416

104410
000006

TRAP

ESCAPE

104410

PC, $BASE]
.WORD
LPLU
.WORD
BASE
DMR
.WORD

;evee MACRO EXPANSION #eee

;CALL BASE IN ROUTINE WITH DEFAULTS
:SET LINE UNIT LOOP
;BASE TABLE ADDRESS
:DMR-11 MODE
;'Qti

tTeNt

;IF ERROR, EXIT TEST

TRAP

JHALT

SHUTDN

012550

CSESCAPE

L10075-.

;ISSUE A DMR MODE BASEIN
;IN DMR MODE, IF A INTERFACE [S REQUIRED
;7O BE WRITTEN - IT WILL BE DONE.

BASE IN

004737
004000
002636
000522

*ane

.WORD

036372
036372
036376
036400
036402

estee

;ISSUE A DMR MASTER CLEAR
javer

036366
036366
036370

170

JSR

PC,

ESCAPE

SHALT

CSESCAPE

.MWORD

L10075-.

TRAP

CSESCAPE

;veex MACRO EXPANSION #¢we

;DMR HALT ROUTINE.
;t"t

(S X 8

;IF ERROR, EXIT TEST,

.WORD

L10075-.

;AFTER SETTING INTERFACE OR LOOPBACK MAINT.
; (CAN'T BE DONE IN DMC MODE), START IN

+bDMC MODE.
036420

CALL

$INOUT

;TH!S ROUTINE WILL MANAGE ALL THE DMR

;COMMANDS ISSUED IN THE INTERRUPT ROUTINES
; (FROM BASE IN UNTIL SHUT DOWN). BESIDES
;CONTROLLING THE SOFTWARE TIMEOUT, THIS
;ROUTINE WILL ALSO CHECK THAT BUFFER
:CHARACTER COUNTS AND ADDRESSES ARE CORRECT
:AND THAT

036424
036424
036424
036424

THE DATA IS CORRECT

I[N THOSE BUFFERS

40%:

ENDTST

104401

L10075:

TRAP

CSETST

- DMR MODE

(RESUME)

INTERRUPT

~NO VNS wWN—~

DMR=11 FUNCTIONAL TESTS MACRO v03.01
TEST

C 14
30-JuUL-80 11:38:40 PAGE 71
TEST

.SBTTL

TEST

INTERRUPT TEST
T

TR IR

16 - DMR-~11

IN - DMR MODE

IN THIS TEST THE DMR WILL TRANSMIT AND RECEIVE 7 BUFFERS. DURING THE

L
N
BN I

o o

b ecd

(RESUME)

TEST THE DMR WILL BE
FOLLOWING MANNER:

NOWVES
W =2O O
NO VSN

NN JEE I

POPVPV R RINIPIA) =

BASE IN
CONTROL IN

HALTED AND RESTARTED BY A BASE-IN RESUME

HALT

BASE

IN RESUME

HALT

BASE

IN RESUME

IN THE

IN RECEIVE
HALT
E IN RESUME
2 BA/(( IN
HALT
IN RESUME
2 BA/CC IN
HALT
E IN RESUME
1 BA/(C N
HALT
BASt IN RE SUME
2 BA/CC IN TRANSHIT
HALT
BASE IN RESUME
2 BA/(CC IN TRANSALT
HALT
BASE IN RESUME
2 BA/(( IN TRANSNHIT
HALT
BASE IN RESUME
1 BA/(C IN TRANSKIT
2 BA/((

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.
IN THE

SUBROUTINE

SBUFFS.

THIS

TO USE AS LARGE BUFFERS AS POSSIBLE

HIERARCHY:
A.

B.
C.

IN THE

FOLLOWING

IF THERE [S 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.

[

;

ATTEMPT

;

THE BUFFERS ARE DETERMINED

SUBROUTINE WILL DETERMINE THE ADDRESS AND CHARACTER COUNT OFf
THE ROUTINE WILL
SEVEN RECEIVE AND SEVEN TRANSMIT BUFFERS.

(PRI

NN AR S

16 - DMR MODE

RESUME BASE

o oeed e

200

BE BN

BN 2N J

17N

SE@

‘e
3

65
46 036426

BGNTST

036426

47 036426
48 036434
49 036442

000007
000001
002276
002300

50 036446
51
52 036452
53
54 036456
036456

E2XX22ZXX22

00232¢
302274

2222222222222 AZZARZ2ARZRRRRRRRRRRARRRRRRRRRRRRRRRRRRRRRARD)

MoV
MOV
CLR
CLR

#7 ,BUFNUM
#1 . RESUME
DMCMDE
MNTMDE

;& OF RCV & XMIT BUFFFRS.
sFLAG SET TO REQUEST USE OF RESUME.
;FLAG CLEARED - DMR MODE.

CALL

SBUFFS

;DETERMINE 7 RCV &

011066

JSR

;FLAG NOT

TO REQUEST MAINTENANCE MODE.

;MASTER CLEAR

CLEAR

004737

T16::

PC, SMSCLR

7 XMIT BUFFERS

;eene MACRO EXPANSION teee
JISSUE A DMR MASTER CLEAR

D 14

CZOMICO OMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 71-1
TEST

16 - DMR MODE

(RESUME)

;""

56 036462
036462

57 036464

SE@

INTERRUPT TEST

ESCAPE

104410

TST

LA R3]

:1F ERROR, EXIT TEST

TRAP

000006

LWOND

58 036466
59

CALL

60
61
62
63
2g

$INOUT

172

CSESCAPE

L10076-.

;THIS ROUTINE WILL MANAGE ALL THE DMR
; COMMANDS [SSUED IN THE INTERRUPT ROUTINES

; (FROM BASE IN UNTIL SHUT DOWN). BESIDES
;CONTROLLING THE SOF TWARE TIMEOUT, THIS
;ROUTINE WILL ALSC CHECK THAT BUFFER
; CHARACTER COUNTS AND ADDRESSES ARE CORRECT
;AND THAT THE DATA IS CORRECT I[N THOSE BUFFERS

ENDTST

68 036472
69

036472
036472

104401

L10076:

TRAP

(SETST

INTERRUPT EXERCISE

TEST 17 ~ DMR MODE

173

INTERRUPT EXERCISE

000 ~O

TEST 17 - DMR-11
s+ INTERRUPT DRIVEN EXERCISE
;* IN THIS TEST 64 BUFFERS WILL BE TRANSMITTED AND RECEIVED
3]

:* ALL BA/CC QUTS RECEIVES AND TRANSMITS WILL BE ACCOUNTED FOR AND
;+
;*

CHARACTER COUNTS
RECEIVE/TRANSMIT

AND BUFFER ADDRESSES WILL BE
TABLE.

CHECKED AGAINST

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 WILL

A}ES::EHTO USE AS LARGE BUFFERS AS POSSIBLE

A.
B.

VNS UWN

THE
THE

SEQ

CHRRNARNRANREARARERANOCOCONORORRQRORRRAQRANANNARNORCARNCRARROQOCOANORACOOORNCRNTS

[F
IF

THERE
THERE

IN THE

FOLLOWING

IS MEMORY MANAGEMENT, USE A PAGE ABOVE 32K.
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.

BN 20O O

E 14

30-JUL-80 11:38:40 PAG £ 72

.SBTTL

PNOIPNIRINIA
b b b ol ed e o b b D

036474
036474
036474

EZA222222220
Rt
Rl
Rl )]

BGNTST

012737

000100

005037
005037
005037

002274
002276
002300

002324

T17::
RCV & XMIT BUFFERS.

#64. ,BUFNUM

;# OF

(LR
f.R
(LR

RE SUME
DMCMDE
MNTMDE

;FLAG CLEARED IN ORDER NOT TO USE RESUME.
:FLAG CLEARED TO ALLOW DMR MODE.
;FLAG NOT TO REQUEST MAINTENANCE MODE.

31 036516

CALL

$BUFFS

;DETERMINE 64 RCV &

33 036522

(LEAR

;MASTER CLEAR

JSR

PC, $MSCLR

:ISSUE A DMR MASTER CLEAR

ESCAPE

T1ST

;1F

—

~NO

= DMR MODE

FUNCTIUNAL TESTS MACRO v03.01

MOV

nNo
—~“ X

DMR=11

26
27 036502
28 036506
29 036512

036522

004737

35 036526
036526
036530

1044610

011066

;eeee MACRO EXPANSION teve
;"Q'

(2 R 2|

ERROR, EXIT TESTY

TRAP

.WORD

000012

CALL

37 036532

$INOUT

CALL

45 036536
ENDTST

48 036542

104401

$ERROR

CSESCAPE

L10077-,

;THIS ROUTINE WILL MANAGE ALL THE DMR

; COMMANDS [SSUED IN THE INTERRUPT ROUTINES
; (FROM BASE IN UNTIL SHUT DOWN). BESIDES
;CONTROLLING THE SOFTWARE TIMEOUT, THIS
;ROUTINE WILL ALSO CHECK THAT BUFFER
; CHARACTER COUNTS AND ADDRESSES ARE CORRE(CT
;AND THAT

036542
036542

64 XMIT BUFFERS

THE

DATA

IS CORRECT

IN THOSE BUFFERS

;CHECK BASE TABLE FOR SOFT ERRORS

L10077:

TRAP

(SETST

FUNCTIONAL TESTS MACRO v03.01

- DMR MODE LARGE MESSAGE

NS W=

SEQ

TEST

IR A.J
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

ATTEMPT TO USE
HIERARCHY:

NN JNN I

036544
036544

LARGE BUFFER

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.

A.
B.

RRRRRRRRRRRRRRRRRd )]

18 - DMR-11

;* LARGE MESSAGE
;* IN THIS MODE TRANSMIT AND RECEIVE 1
;*
;+
;*

NEE XA

AS LARGE BUFFERS AS POSSIBLE

IF
IF

THERE
THERE

012737

000001

036552
036556
036562

005037
005037
005037

002274
002276
002300

002324

IN THE FOLLOWING

IS MEMORY MANAGEMENT, USE A PAGE ABOVE 32K.
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 RRRARRRRARRRRRRARRARRRRRRARRRRARRRRRDD)

BGNTST

036544

174

18 -~ DMR MODE LARGE MESSAGE

AR
R2 A 2]} (23R 2222222222222

0N
SN2 OOV

TEST

.SBTTL

NO VMBS WN 2O

AUNIPOAINA)
b b o d cad b ch b od e

30-JuUL-80 11:38:40 PAGE 73

NN BN

000

DMR=11

T18::
;# OF

RCY €& XMIT BUFFERS.

MOV

#1 ,BUFNUM

(LR
CLR
(LR

RESUME

DM(MDE

MNTMDE

;FLAG CLEARED TO ALLOW DMR MODE.

036566

CALL

$BUFFS

;DETERMINE 1 RCYV &

036572

CLEAR

036572

004737

036576
036576
036600

104410

036602

011066

;FLAG CLEARED IN ORDER NOT TO USE RESUME.

;FLAG NOT

TO REQUEST MAINTENANCE

MODE.

1 XM]IT BUFFER

;MASTER CLEAR

JSR

PC,

ESCAPE

1581

SMSCLR

seeer MACRO EXPANSION teee

;ISSUE A DMR MASTER CLEAR
;Q"'

Tty

:1F ERROR, EXIT TEST

TRAP

.WORD

000012

CALL

$ INOUT

S TITR

L10100-.

;THIS ROUTINE WILL MANAGE ALL THE DMR
; COMMANDS ISSUED IN THE INTERRUPT ROUTINES
. (FROM BASE

IN UNTIL

SHUT DOWN).

BESIDES

;CONTROLLING THE SOF TWARE TIMEOUT, THIS
;ROUTINE WILL ALSO CHECK THAT BUFFER
;CHARACTER COUNTS AND ADDRESSES ARE CORRECT
;AND THAT

036606

CALL

$ERROR

THE DATA IS CORRECT

IN THOSE BUFFERS

;CHECK BASE TABLE FOR SOFT ERRORS
;NOTE:

NORMALLY ANY NON-ZERO ERROR COUNT

;REPORTED; HOWEVER IN THIS TEST A REP COUNT
;OF

1 IS ALLOWED, BECAUSE AT LOW BAUD RATES
EXPECT 1 REP.
WOULD
:WE

G 14

(/DMICO DMR-11 FUNCTIUNAL TESTS MACRO v03.01 30-JUL-80 11:38:40 PAGE 73-1
TEST

18 - DMR MODE

52
53 036612

036612
” 036612

SEQ

LARGE MESSAGE

ENDTST

10440°

L10100:

TRAP

175

(SETST

TEST

Velo]

SE@

22222222

176

19 - DMR MAINTENANCE MODE MESSAGE

R RRRRRRRRRRRRRRdRRRl
)

TEST 19 - DMR-11
;* MAINTENANCE MODE OPERATION

O 000 NV

;+ THE BA/CC OUT RECEIVE AND TRANSMIT WILL BE ACCOUNTED FOR AND
;* THE CHARACTER COUNTS AND BUFFER ADDRESSES WILL BE CHECKED AGAINST

0B
%
%

B,
Ve

B
2
2

Ve
G
Ve

RECEIVE/TRANSMIT

B
»

EXEI

TABLE.

THE BUFFERS ARE DETERMINED IN THE SUBROUTINE $BUFFS.

HIERARCHY:
A.

B.
C.

IR R

R R R R

If THERE [S MEMORY MANAGEMENT, USE A PAGE ABOVE 32K.
1f THERE IS FREE MEMORY ABOVE THE SUPERVISOR GREATER

THAN 2K BYTES, USE

000001

005037
005037

002274
002276
000001

THAT MEMGRY

1f NEITHER OF THE PRECEEDING TWO ARE POSSIBLE, USE
THE 2K BYTE DEFAULT BUFFER WITHIN THIS DIAGNOSTIC.
R R

R R R

222X RRRRARRRRRRRRRRRRRRA)

BONTST

012737

THIS

SUBROUTINE WILL OETERMINE THE ADDRESS AND CHARACTER COUNT OF
THE ROUTINE WILL
ONE RECEIVE AND ONE TRANSMIT BUFFER.
ATTEMPT TO USE AS LARGE BUFFERS AS POSSIBLE IN THE FOLLOWING

®e
e

WV
W20 OO N
OV

036614
036614
036614

THE

NN,
N

AUPVRIN)
=P b b
cd el od cd =d

—

WnY

LSBTTL
B

30-JuL-80 11:38:40 PAGE 74

PNOPROAD

—
B

-—

me.

DMR-11 FUNCTIONAL TESTS MACRO v03.01
- DMR MAINTENANCE MODE MESSAGE

T19::
RCV & XMIT BUFFERS.

002324

MOV

#1 ,BUFNUM

;# OF

002300

CLR
(LR
MOV

RE SUME
DMCMDE
#1 ,MNTMDE

;DON'T ALLOW RESUME
;FLAG CLEARED TO ALLOW DMR MODE.
:FLAG SET TO REQUEST MAINTENANCE MODE.

036640

CALL

$BUFFS

:DETERMINE 1 RCV &

036644

CLEAR

036622
27 036626
036632

036644
036650
036650
036652

012737

004737

011066

104410

1 XMIT BUFFER

;MASTER CLEAR

JSR

PC, SMSCLR

ESCAPE

TS7

;rerx MACRGC EXPANSION ween

:1SSUE A DMR MASTER CLEAR
:""

L8 2 3]

;1F ERROR, EXIT TEST

TRAP

LMWORD

000012

CALL

036654

$ INOUT

CSESCAPE

L10101-.

:THIS ROUTINE WILL MANAGE ALL THE DMR

: COMMANDS ISSUED IN THE INTERRUPT ROUTINES

: (FROM BASE

IN UNTIL SHUT DOWN).

BESIDES

;CONTROLLING THE SOFTWARE TIMEOUT, TH!S
;ROUTINE WILL ALSO CHECK THAT BUFFER

;CHARACTER COUNTS AND ADDRESSES ARE CORRECTY

:AND THAT THE DATA IS CORRECT IN THOSE BUFFERS

CALL

44 036660
65

ENDTST

47 036664

036664
036664

104401

$ERROR

;CHECK BASE TABLE FOR SOFT ERRORS

L10101:

TRAP

(SETST

[ 14
CIOMICO DMR-11 FUNCTIUNAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 75

HARDWARE

PARAMETER

SE@

CODING SECTION

;

.SBTTL

177

MARDWARE PARAMETER CODING SECTION

;t'ttt'tti.'t""t""'tt"'lt""'ttt't'tt"'t"'tttt'!'ttttt'ttttatt

S
6
7
8
9

:
:
:
:
;

THE HARDWARE PARAMETER CODING SECTION CONTAINS MACROS
THAT ARE USED BY THER SUPERVISOR TO BUILD P=-TA3LES.
THE
MACROS ARE NOT CXECUTED AS MACHINE INSTRUCTIONS BUT ARE
INTERPRETED BY THE SUPERVISOR AS DATA STRUCTURES.
THE
MACROS ALLOW THE SUPERVISOR TO ESTABLISH COMMUNICATIONS
WITH THE OPERATOR.

;ttt'ttttttt"ttt't""t XXX XXX

12
13 036666

036666

" 036670

15 036670

00103
036722
160000
177776

036700
036702
036704
036706

002031
036740
000000
000776

036710
036712
036714
036716
8 036720

010032
036761
000007
000000
000007

16 036700

17 036710

BGNHRD

000015

036670
036672
036674
036676

SEEEIEXEZRZ22222 2220202

LSHARD: :

19 036722

GPRMA

P1,2,0,160000,177776,YES

GPRMA

P2,4,0,0,776,YES

GPRMD

P3,20,0,7.0,7,YES

ENDHRD

20 036722

L10102:

21 036722
036725
036730
036733
036736
22 036740
036743
036746
036751
036754
036757

103
040
104
123
040
126
124
040
104
123
040

037006

012

23 036761
036764
036767
036772
036775
037000
037003

24 037007

124
124
117
111
122
111
04

040

123
101
122
123
000
105
117
101
122
123
000

122
104
105
072

P1:

JASCIZ

/CSR ADDRESS: /

103
122
106
105
072

P2:

LASCI2Z

/VECTOR ADDRESS: /

105
040
116
107
101
117
055

123
103
106
125
124
116
015

P3:

LASCI1

/TEST CONFIGURATION =/<CR><LF>

040

060

LASCIT

/0 = INTERNAL (NO CONNECTOR)/<CR><LF>

RRRR R/

.WORD L10102-L$HARD/?2

.WORD
.WORD
.WORD
.WORD

T$CODE
P°
TSLOLIM
TSHILIM

.WORD
.WORD
.WORD
.WORD

T$CODE
P2
TSLOLIM
TSHILIM

.WORD
.WORD
L.WORD
.WORD
LWORD

T$CODE
P3
7
TSLOLIM
TSHILIM

.EVEN

J 14
CZOMICO OMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 7 S- 1

SEQ

HARDWARE PARAMETER CODING SECTION

037012
037015
037020
037023
037026
037031
037034
037037
037042
037045
25 037046
037051
037054
037057
037062
037065
037070
037073
037076

040
M
105
101
050
040
116
103
122
012
040
040
110
065
055
56
040
040
050

037104
037107
037112
037115
037120
037123
037126

040
117
040
064
114
127
012

037101

1264

075
116
122
116
116
103
116
124
051

040
126
116
040
117
117
105
117
015

040
075
063
064
040
063
040
040
116
105
040
104
061
040
114
123

061
040
062
040
126
065
040
040
117
072
115
105
055
101
117
015

LASCIT

/1 = W32564 - V.35

LASCIT

/2 = H3254 - INTEGRAL

:
(NOTE

040

062

037135
037140
037143
037146
037151
037154
037157
037162
037165
037170
037173
037176
037201
037204
037207
037212

10
065
055
116
107
114
040
117
101
11
105
101
040
114
124
116

063
064
040
124
122
040
120
107
115
116
122

062
040
1M
105
101
040
122
122
040
124
106

037217
037222
057225
037230
037233
037236
037241
037244
28 037247

240
075
063
065
040
062
103
062
012

012

063
040
062
040
122
063
057
063

040

LASCIL

<CRO<LE>/

040

064

LASCII

/& = H3255 = RS422/<CR><LF>

27 037214

29 037250

015

040

1-4 ALLOWS/<(R><LF>

PROGRAM [NTERFACE SELECTION)/

26 037127

103
123
105
1M
051

MODE

105
105
103
117

040
110
065
055
123
062
064
015

178

3 = H3255 = RS232C/<57>/623/<CR><LF>

K 14

CZDMICO DMR-11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 75-2
037253
037256
037261
037264
037267

O
e e e ed e b e D D
S OONON
= =2NIN)-20O
MO VIWNINNN
O NO WOV

-t O P OOO0O
OO0
NO LSOO —20MNS0ON
NSEONOWVINNINONO

HARDWARE PARAMETER CODING SECTION

040

il el e

i () e

— e
NN = = b b DO
VOO = NO N NWNO WA

- cad e e

Y eP R

BNt b B i e O =B N\ = B
O
= LO—H0O0Os0O

[ P

015

S OO
ek el el O o e 2 O
OS82 —=2ON=L2LOOW
VIOOONNS
O S wWni

TM 4

SeE0

179

LASCII

/S = CABLE AND SW PACK INTERFACE SELECTED/<CR><LF>

LASCIL

LASCID

/7 RS232C-H325, RS423/<57>/422-H3251)/<CR><LF>

LASCI]

/+ SELECT THE FOLLOWING ONLY IF THE MODEM SUPPORTS LOOPBACK ¢/

(V.35-H3250, INTEGRAL=-BCS5A=1(,/

L 14

CZOMICO DMR-11 FUNCTIONAL TESTS MACRO v03.01 30-JUL-B0 11:38:40 PAGE 75-3

HARDWARE PARAMETER CODING SECTION

037522
037525
037530
037533
037536
037541
037544
037547
34 037552
037555
037560
037563
037566
037571
037574
35 037576
037601
037604
037607
037612
037615
037620
36
37

117
115
125
117
123
117
102
113
015
040
075
17
114
117
015
040
040
122
117
040
117
012

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
101
114
120

067
040
115
105
117
015

LASCIT

<CR><LF>/

LASCI2Z

.EVEN

6 = LOCAL LOOP/<CR><LF>

7 = REMOTE LOOP/<CR><LF>

SeE@

180

CJOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAG E 76

SEa

0
SOF TWARE PARAMETER CODING SECTION
NS winy —

.SBTTL

000 ~NO

22 2222222022220 222022200 0d

R0 RddRRatdRRRlRditRllld)

MACROS ARE NOT EXECUTED AS MACHINE INSTRUCTIONS BUT ARE

;

MACROS ALLOW THE SUPERVISOR TO ESTABLISH COMMUNICATIONS

INTERPRETED BY THE SUPERVISOR AS DATA STRUCTURES.

;

2O
W

THE SOFTWARE PARAMETER CODING SECTION CONTAINS MACROS
THAT ARE USED BY THER SUPERVISOR TO BUILD P-TABLES.
THE

THE

WITH THE OPERATOR.

:"'t'.""tt't""""t.Q"""'.Q""QQ""""""'l.""".'..""

037622

1% 037624
15 037624

SOFTWARE PARAMETER CODING SECTION

222222220

;
:

181

037624
037626
037630
037632
037634

BONSFT

000005

L$SOFT::
GPRMD

000032
037636
000007
000001
000005

17 037636

§1,0,0,7,1,5,YES

—b

O —ht B ) —d ) s md e D b b —b
—d OIS et cd P d b ON) =2 N =
Vil ONWVIONWVINO S~
O—=OO0O—-O0O00O0———tau—s
Nt oYt SO O
ek e OO
S POWVWVNOWWO
= = NOW

) e

oD i

i e

) =B e

COONWVMESNN=O =000
N S N=2O S = NO NNV

— ed

OO =2 OO0
= b b bk b
OO = N NN O WNON =NO N
O =t e NOOO 2O NS NN

OOt OO =t bt O
b e D b e e e e b wh O b b —b b ead —>
OO NN =2 MNIS D OW= = NINON =S NNOOON
OV
OWVNO OO WOOONWMN
S O VWS NO NN W = I

-—b

w
~
~

20 037711

~ S

037674
037677

037644
037647
037652
037655
037660
037663
037666
037671

L10103:

19 gg;gz?

.WORD
.WORD
.WORD
.WORD
LWORD

ENDSFT

18 037636

.WORD L10103~L$SOFT/2

.EVEN

LASCI]

/SELECTABLE PROGRAM LOOP TIME-QUT VARIABLE/<(CR><LF>

LASCIZ

/[REFER TO LISTING 6.3.131

(MAX=5; MIN=1) /

T$CODE
§1
7
TSLOLIM
TSHILIM

N 14

CZOMICO OMR=11 FUNCTIONAL TESTMS MACRO v03.01 30-JuL-80 11:38:40 PAGE 76-1

SEQ

SOf TWARE PARAMETER CODING SEC.ION

.EVEN

%5
23

24
25
26
27
28
29

037766
040066
040070
040072

040066
000240
000240
00040

g? 040074

PAT(H:

040074
040076

040100

RNELY

PATCH AREA

S Y X

R X RS XCTXXTIRITIIIRL

.=.+100
NOP
NOP
NOP

LR
R
R R
R LA R R L

ENDMOD

32 040074

182

LASTAD

000000
000000
000001

LSLAST::
.END

LEVEN

LMWORD
.WORD

0
0

B 15

(ZOMICO OMR-11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE 76-2

SEQ

SYMBOL TABLE

A
=
ADR
=
ASSEMB=
AX3

000044
000020 6
000010
002304

BACCR = 000004
BACCT = 000000
BASE
002636
BASE! = 000003
BASEUP= 020000
BIGBUF 004236
B8IT0 = 000001 G
81100 = 000001 G
81701 = 000002 G
81702 = 000004 G
81703 = 000010 G
81704 = 000020 G

81705 = 000040 G
BIT06 = 000100 G
81107 = 000200 G
BIT08 = 000400 G
81109 = 001000 6
BIT1 = 000002 G
81710 = 002000 G
BIT11 = 004000 G
81112 = 010000 G
8IT13 = 020000 G
BIT14 = 040000 6
81715 = 100000 G
BIT2 = 000004 G
BITS = 000010 6
BIT4 = 000020 6
BITS = 000040 G
B8IT6 = 000100 G
8177 = 000200 G
BIT8 = 000400 6
8119 = 001000 G
BOE
= 000400
G
BSELO = 002232
BSELY
002242
BSELZ = 002234
BSEL3
002244
BSELL = 002236
BSELS
002246
BSELS = 002240
BSEL7
002250

BUFNUM 002324
BUFSIZ 002322
co
= 002000
CHIPNO 0C2412
CLRNO
002376
M
=
CNTRL = 000001
002414
COUNT
(R
= 000015
002232
(SR
010000
=
(1S
($AU = 000052

£%4UT0=
<$BRK =
($BSEG=
($85uB=

000061
000022
000004
000002

CSCEFG= 000045
($CLCK= 000062
CSCLEA= 000012
C$CLOS= 000035
C$CLP1= 000006
CSCVEC= 000036
CSDCLN= 000044
C$D0DU= 000051
CSORPT= 000024
CSOU = 000053
C$EDIT= 000003
CSERDF= 000055

CSERHR= 000056
(SERRO= 000060
CSERSF= 000054
CSERSO= 000057
CSESCA= 000010
CSESEG= 000005
($ESUB= 000003
CS$ETST= 000001
($EXIT= 000032
CSGETB= 000026
CSGETW= 000027
CSGMAN= 000043
C$GPHR= 000042
($GPLO= 000030
C$GPR]= 000040
C$INIT= 000011
C$INLP= 000020
CSMANI= 000050
CSMEM = 000031
C$MSG = 000023
CSOPEN= 000034
CSPNTB= 000014
C$PNY= 000017
C$PNTS= 000016
CSPNTX= 000015
($Q10 = 000377
CSRDBU= 000007
CSREFG= 000047
CSRESE= 000033

CSREVI= 000003
CSRFLA= 000021
CSRPT = 000025
C$SEFG= 000046
C$SPRI= 000041
CSSVEC= 000037
C$TPRI= 000013
poMC = 000010
DFPTBL 002174 6
DIAGMC= 000000
DISCON= 000100
DMCMDE 002276

OMR
=
DMRFLG
DMRRUN=
DMRVEC

000522
002260
000040
002226

DMTURN 002254
DMTVEC 002230
DTR
= 000100
DXERR = 000007
EF.CON= 000036 6
EF .NEW= 000035 G
EF .PWR= 000034 G
EF.RES= 000037 6
EF.STA= 000040 6
EMG1
017704
EMG10
020055
EMG11
020104

EMG12
EMG13
EMG14
EMG1S5S
EMG16
EMG17
EMG18
EMG19
EMG2
EMG8
EMGY
EMS3
EMS4
EMTO
EMT1
EMT10
EMT11
EMT12
EMTI3
EMT2
EMT20
EMT22
EMT3
EMT4
EMTS
EMTS
EMT?
EMT8
EMT9

END
ERRFLG
ERRG!
ERRG10
ERRGI1
ERRG12
ERRGZ
ERRG3
ERRG4
ERRG?
ERRG8
ERROR

020127
020155
020203
020223
020236
020267
020341
020370
017715
017762
020026
012526
012712
024062
025434
030546
030574
030630
031170
025454
031770
036202
025610
026336
026363
026431
027536
027567
030516

021476
002360
014604 6
016152 G
016204 6
016236 6
015112 G
015226 G
015456 G
015752 6
016050 G
002364

ERRT1
ERRT2
ERRT3
ERRT4
EVL
=
EXERR =
ESEND =
ESLOAD=

FINIT1
FINIT2
FINIT3
FLAG
FMDROP
FMG1
FMG10
FMG11
FMG12
FMG13
FMG14
FMGI5S
FMG16
FMG17
FMG18
FMGI9
FMGZ
FMG21
FMG22
FMG23
FMG24
FMG3
FMG4
FMGS
FMG?
FMG8
FMGY
FMS1
FMS2
FMS3

FMTO
FMT
FMT11
FMT12
FMT13
FMT14
FMT15
FMT16
FMT19
FMT2
FMT25
FMT3
FMT4
FMTS

FMT6
FMT?7
FMT8
FMT9
FRSPAS

026116
031136
027230
031732

G
6
6
6

000004 G
000006
002100
000035
021500
021567
021656
002342
023632
016270
016703
016741

016773
017024
017100
017154
017203
017262
017335
017424
016322
017447
017515
017542
017623
016354
016426
016457
016510
016561
016632
010616
010651
011744
024111
025146
027624
027655
027712
027747
030004

030041
031214
025215
036240
025272
025356
026470
026521
026552
026603
026634
002266

FRSTIM
FSAU =
F$AUTO=
F$BGN =

183

002264
000015
000020
000040

FSCLEA= 000007
F$OU = 000016
FSEND = 000041
FSHARD= 000004
FSHW = 000013
FSINIT= 000006
FSJMP = 000050
F$MOD = 000000
F$MSG = 000011
F$PROT= 000021
FSPWR = 000017
FSRPT = 000012

F$SEG = 000003
F$SOF
T= 000005
F$SRV = 000010
F$suB = 000002
F$SWw = 000014
F$TEST= 000001
GETPRM 020616
G$CNTO= 000200
GSDELM= 000372
G$DISP= 000003
GSEXCP= 000400
G$HILI= 000002
GSLOLI= 000001
GSNO = 000000
G$0FFS= 000400
6$0FSI1= 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
I0Y
= 000040 6
1ECLR = 000020
= 000100
IE0
IER
= 020000 G
[ESET = 000100
INFACE 002262
INFLAG 002352

€15

CZOMICO DMR-11 FUNCTIONAL TESTS MACRO v03.01 30-JUL-80 11:38:40 PAGE 76-3

SYMBOL TABLE

INISR
022082 G
INRCV
002326
INTER = 000015
INXMIT 002330
1SP13 = 000076
1SP?7 = 000072
ISR
= 000100 G
= 004000 G
IXE
I$AU_ = 000041
I$AUTO= 000041
ISCLN = 000041
IS0V = 000041
ISHRD = 000041
I$INIT= 000041
1$M0D = 000041
ISASG = 000041
ISPROT= 000040

LSETP
LSEXP1
LSEXP4
LSEXPS
LSHARD
LSHIME
LSHPCP
LSHPTP
LSHW
LSICP
LSINIT
LSLADP
LSLAST
LSLOAD
LSLUN
LSMREV
LSNAME

002102 6
002046 G
002064 G
002066 6
036670 6
002120 6
002016 G
002022 6
002174 G
002104 G
020440 G
002026 G
040100 G
002100 G
002076 G
002050 6
002000 G

L10033
L10034
L10035
L10036
110037
L10040
L10041
L10042
L10043
L10044
L10045
L10046
L10047
L10050
L10051
L10052
L10053

002106 G
022034 6
002032 6
002011 G
010244 G
002076 6
002060 G
002124 G
002116 G
002040 G
002034 G
023602 6
002072 G

L10012
L10014
L10015
L10016
L10017
L10020
L10021
L10022
L10023
L10024
L10025
L10026
L10027

016266
021476
022032
022050
023132
023570
023600
023630
024002
024060
025144
024346
024770

MAINT = 000400
MAINT1= 000010
MAINT2= 000004
002310
MANUF
MCLR = 040000
MDIAG = 020000
MICRO 002256
MMANAG 002302
MNTMDE 002300
MNTREC= 000010

I1SPTAB= 000041
ISPWR = 000061
ISRPT = 000041
1$SEG = 000041
I$SETU= 000041
1$SFT = 000041
ISSRV = 000041
1$SUB = 000041
I$TST = 000041
JSJMP = 000167
002362
LAST
= 000012
LF
LLOOP = 000006
LOCATE 024004 G
002400
LOCRC
= 040000 G
LOE
LOGDEV 002366
= 000010 G
LOT
LOWORD 002404
LPLU = 004000
002110 6
LSACP
002036 G
LSAPT
002070 G
LSAUT
LSAUTO 021744 6

LSCCP
LSCLEA
L$CO
LSOEPO
LSODESC
LSOESP
LSDEVP
LSOISP
LSOLY
LSOTP
LSOTYP
LSOV
LSOUT

LSOVIY 010236 6
002052 G
LSEF
LSENV]I 002044 6

L$PRIO
LSPROT
LSPRT
LSREPP
LSREV_
LSSOFT
L$SPC
LSSPCP
LSSPTP
LSSTA
LSSW
LSTEST
LSTIML
LSUNIT
L10000
L10001
L10002
L10003
L10004
L10005
L10006
L10007
L10010
L10011

002042 G
(20432 6
002112 G
002062 G
002010 G
037624 G
002056 G
002020 6
002024 G
002030 6
002224 6
002114 G
002014 G
002012 G
002222
902226
015110
0152264
015454
015750
016046
016150
016202
016234

L10030 025142
L10031 025606
L10032 026116

L10054
L10055
L10056
L10057
L10060
L10061
L10062
L10063
L10064
L10065
L10066
L10067
L10070
L1007%
L10072
L10073
L10074
L10075
L10076
L10077
L10100
L10101
L10102
L10103

025764
026112
026334
027226
027046
027224
027534
030514
030232
030322
030416
030512
031122
031022
031120
031166
031730

031522
031726
031766
032514
032146
032326
032512
032740
033120
034024
033250
033366
033504
033662
034022
034554
036200
036424
036472
036542
036612
036664
036722
037636

MODEM 031124
= 000043
N
NAKS = 000001
NESTPC 002374
NEWST 020600
027606
NEXT

SEQ

184

NOBFR = 000004
NOXMEM 023572 G
NXM
= 000400
NXMFLG 002350
OUTFLG 002354
OUTISR 023134 6
OUTRCYV 002332
OUTXMT 002334
0$APTS= 000000
0$AU = 000000
0$BGNR= 000000
0$BGNS= 000001
0$du = 000001
OSERRT= 000000
0$GNSW= 000001
0$POIN= 000001
0$SETU= 000000

RUN
= 100000
SAVE
002340
SECN = 004000
SELO = 002232
SELZ
002234
SEL4
002236
SEL6
002240
002344
SFLAG
SFPTBL 002224 G
002346
SKIP
002224
SPEED
STARES 002270
STARST 020574
START
002272
STLU = 010000
STREC = 000200
STUP = 000400

RESFLG 002356
RESUME 002274
RETURN= 000207
025502
REV1
025506
REVZ
RFLAG 002566
RLOOP = 000007
RMODEM= 000017
ROMADR 002410
ROMI = 001000
ROMLOC 025473
ROMO = 002000
= 000040
RGI

= 000045
1
002520
TBUF
TCOUNT= 000044
002336
TEMP
TFLAG 002516
THRESH= 000013
THIL = 000060
TH2L = 000062
THIL = 000064
THAL = 000066

037766
PATCH
= 001000 6
PNT
PRETIM= 000055
= 002000 G
PRI
PRIOO = 000000 G
PRIO1 = 000040 G
PRI0O2 = 000100 G
PRIO3 = 000140 6
PRIO4 = 000200 6
PRIOS = 000240 G
PRIO6 = 000300 G
PRIO? = 000340 6
PSTACK 002370
036722
P1
036740
P2
036761
P3
= 000042
R
002570
RBUF
RCOUNT= 000044
= 000004
RCV.
RCVBUF 003636
= 000200
RDI
= 000200
RDO
= 010000
RES

RRAM = 000014
RSEL4 035324
RSEL6 035326

SUBRPC 002372
SvCGBL= 000000
SVCINS= 000001
sSvesuB= 000001
~VCTAG= 000001
SVCTST= 000001
sw00 = 000001
sw01 = 000002
sw02 = 000004
sSw03 = 000010
SWwo4 = 000020
Sw0S = 000040
swoé = 000100
sw07 = 000200
Sw08 = 000400
sw09 = 001000
swi0 = 002000
swil = 004000
swi2 = 010000
sw13 = 020000
Swi4é = 040090
swi5 = 100000
SsLSYM= 010000
037636
S1

TIMER = 000012
TOLONG= 000020
ToUT = 000002
TSELA 035342
TSEL6 035364
T$SARGC= 000002

D 15

(ZOMICO DMR=11 FUNCTIUNAL TESTS MACRO v03.01 30-JuL-B0 11:38:40 PAGE 76-4

SEQ

SYMBOL TABLE

T$CODE= 000032
TSERRN= 000023
T$EXCP= 000000
TSFLAG= 000040
TSGMAN= 000000

T18$T1STM=
T$7S75=
1$8AUT=
T$SCLE=
1880U =

177777
000001
010015
010016
010022
T$SHAR= 010102
T$SHW = 010000
T$$IN1= 010014
TSSMSG= 010056
T$$PRO= 010013
T$8S0F= 010103
T$$SRV= 010024
T$$suUB= 010072
T$$SW = 010001
T$$TES= 010101
18
023662 G
110
032516 6
188
032742 G
033122 6
112
T12.1
033122
712.2
033252
T12.3
033370

TSHIL1= 000005
18LAST= 000001
T$LOLI= 000001
TSLSYM= 010000
TSLTNO= 000023
TSNEST= 177777
TSNSO = 000000
TSNS1 = 000005
TSNS2 = 000002
T$PTNU= 000000
T8SAVL= 177777
T$SEGL= 177777
T$SUBN= 000000
TS$TAGL= 177777
TSTAGN= 010104
TSTEMP= 000000
T$TEST= 000023
. ABS.

040100

000000

ERRORS DETECTED:

T12.4
112.5
713
T14
715

116
117
T18
119
12
12.1
12.2
12.3
13
T4
141
14.2
TS
5.1
15.2
16
T6.1

000

001

( 91 PAGES)
23264 WORDS
VIRTUAL MEMORY USED:
DYNAMIC MEMORY AVAILABLE FOR 69 PAGES
(IZDMIC.BIN,DB2:C2DMIC.SEQ/C/N:TOC=#SVC34R.MLB,CIDMIC.PT

033506
033664
034026 6
034556 6
036322 6

036426 6
036474 G
036544 G
036614 G
024172 G
024172
024350
024772
025506 6
025640 G
025640
025766
026666 G
026666
027050
030100 G
230100

16.2
16.3
T6.6
17
7.1

030234
030324
030420
030660 6
030660

17.2
031024
8
031302 6
78.1
031302
18.2
0315264
19
032004 6
19.1
032004
19.2
032150
19.3
032330
JAM
= 0002V0 6
UPDATE= 000011
WAIT1
002312
WAIT2
002314
WAIT3
002316
002320
WAIT4
WMAINT 002306
WMODEM= 000005
WIYPE
002252

X
=
XMTBUF
X$SALWA=
X$FALS=
X$0FFS=

000046
003236
000000
000040
000400

X$TRUE= 000020
$BACC
012270
$BASE] 011264
$BUFFS 013174
$CCITT 002416
SCLRQI 010704
SCNTIN 011520
SOMRIN 012060
$ERROR 012402
SHALT
012550
$INOUT 016126
$LooP
013052
SLSTIN= 000001
$LSTTA= 000001
SMSCLR 011066
$ROMO
012732
SWAIT
010274

185

E 15

SEQ

MNIWNO

~NO
N

N
OO

70-74

36-45
60-22
57-58

WONPO
BN — O

64~-40

W~
[ I ]

61-115

57-55
65-20

N NN NN

39-41
67-132

61-86

WO \Auw?w
|}
'

33-35#
35-254
37-17#4
62-62

70-56
40-75
31-54
58-28

$BUFFS
scClry
$CLRQI
$CNTIN
SOMRIN
$ERROR
SHALT

60-36
67-49
56-23
61-47

8
0 08
ONQO‘NN?NQNNNW—'

$BASE
]

34-294
67-45
31-36#4
61-27
40-344
20-151#
29-29#
32-344

O NO N NWMVWWEO NONWNOOr

$BACC

=2 N
N B A) NAWNON N =N — N
O NN OWVMUNOON
= B NOWN

(ZOM1CO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE S-1
CROSS REFERENCE TABLE (CREF v01-05 )
61-93

74-39

74-44
57-41

186

62-34

64=24

65-77

65-101

65-107

65-134

58-48
65-98

58-93
67-33

59-21
68-100

60-19

60-67

61-18

48-169

61-50
59-29

59-44
62-27
60-31

59-66
64-16
60-79

65-53
62-21

67-42
62-24

68-109
62-32

58-39

58-73

59-67

60-59

60-96

61-21

70-64

764-36

30-364

54-30
61-77

56-19
64-10

59-18
68-89

60-66

$SROMO
SWAIT

38-17#
28-37#
60-38
68-136

53-42
31-42
60-56

53-85
32-39
61-29

58-33
65-79

59-36
65-136

19-121#
19-84
14-75

56-39

56-95

20-59#

19-93#
19-89#4
20-185#4
42-90
56-68

31-76

4(8-23
48-25

19-92#
19-574

48-44

2-71
42-95

L2-74

42-81

48-19

61-57
60-36

35-34

56-74
57-36
57-101
60-97
68-102

41-41

48-27

40-125
19-82

30-49

40-122

65-134
64-24

56-23
56-86
$7-55
57-10%
60-110

56-37
56-92
57-76
58-25
61-47

67-45
65-107
56-39
56-95
57-78
58-41
61-80

40-193

48-220

48-240

53-189

57-30

57-43

(8-146
48-146

¢8-299

48-306

61-27

61-57

61-93

[
OOOOO?OOOO
[I }

GSak

i
A OB OO OD OO oo
V1. X1 .2
% % 3 L

il —ld
el
il el

il e

00000?00000

56-70
57-22
57-97
60-19
65-128
31-40

61-59

45-135¢
64-19

65-125+

4£2-92

e
i
o
i
—

B NOWVEwWN
BN~ O

) o

) o) ) =

] ol wof

] =

w=f =

OVO0O0O00
I
)

19-8#

D Cb O T T tH T T

O T GO O I M

Gmp Seng Gumy Gump Peap Guup Gmep Pumg Gumg Gl Pump Gt Pumy Gumg

g Gums

20-197#

16-15

71-54

— 5~ 00O & 00 &~ —
SO N—=NON.

56-105
57-95
59-21
65-98

74-32

[
NWN?ONNW

61=44
73-34

58-98

ot il

AX3
BACCR
BACCY
BASE

14-212
14-22#4

—

ADR
ASSEMS8

39-224

O VAN
ONO

L\=224

$INOUT
$LOOP
SLSTIN
SLSTTA
$MSCLR

19-65
19-61

48-136
48-142

68-118

68-121

68-229

(IDMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE S-2

SeQ

(ROSS REFERENCE TABLE (CREF v01-05 )
BIT1S
BIT?
8113
BIT4
BiTS
B1T6
8117
8178
B119
B0OE

19-8#
19-84
19-8#
19-8#
19-84
19-84
19-84
19-84
19-8#
19-8#4

19-34
19-50
19-77
19-47
19-46
19-44
19-43
19-41
19-40

20-21#
20-22#4

45-58¢

45-59¢

BSELO

20-20#

BSEL3

20-234

BSEL1
BSEL2

31-40¢

48-306
19-79
19-78
19-76
19-75
19-54
19-53
19-67
19-66

61-27
19-80
45-130
45-125

61-57

61-93

68-226

56-27

56-60

58-34

58-41

58-55

62-3¢

19-73
19-72
19-68

19-74
65-140
19-71

45-135

31-73¢

32-37¢

33-42e¢

34-32¢

L1-41t

48-202+¢

4B-207+

4B-213+

42-49

42-57

45-62+

45-63+

54-33

54-38

54-42

53-43
45-70+«

53-82
45-71+

53-86
ALB-44r

53-168
55-44

59-39
53-83

59-61
53-87

59-76
53-172

42-21

70-51e

71-47«

BSELL
BSELS

20-24#
20-25#4

30-42¢

42-44

45-66+

45-67v

BUFNUM

20-884

40-96

640-101

%2;512

%2-?;:

40-98+

(SAUTO

14-154

4o-28

($BSUB

14-15#¢
60-15

BSEL6
BSEL?

($BRK
($BSEG

20-206#
20-27#
42-19
-

14-154
14-15#

(SCEFG
(SCLCK
CSCLEA
($CLOS
CSCLPY

14-15#
14-15#
14-154
14-154
14-154

CSOCLN
(S00DU
CSORPT
C$ov
CSEDIT

14-154
14-154
14-15#
14-154
14-154¢

CSCVEC

CSERDF

CSERHR
(SERRO
(SERSF
(SERSO

CSESCA

(

14-15#

14-154

48-283

56-79
60-102
65-59
67-98

14-15#4
14-154
14-15#
14-154

14-154
57-57
58-97
60-57
61-85
65-80

SESEG ?2-?;.

(SESUB

14-15#

31-56
31-76
42-20

40-131

187

4B8-228¢

8-233¢

48-248¢

48-253¢

42-12

42-18

40-133

40-174

40-185

41-26

£1-27

41-28

41-29

L41-67

40-147+

40-149¢

40-177

40-178

40- ¥9

40-191

42-13

58-21
65-94

58-47
65-12¢4

58-63

58-81

59-17

59-52

37-31

37-36

61-59

41-81

41-96

4£8-37

48-272

72-25+

73-26%

74024t

40-103¢

40-106+

40-146+

2B8-59

29-46

30-70

61-45

53-33
60-63

53-59
61-14

53-162
61-43

56-18
61-76

56-50
65-16

57-17
65-42

57-50
65-70

45-25

46-21

51-45

68-18

68-82

68-245

28-67

28-78

29-52

32-61

32-66

57-33
61-32
65-64
67-112

57-46
61-37
65-83
67-115

57-83
61-64
65-88
68-85

47-16

40-113
46-25
46-24

49-13
15-11

4B-294

35-54

51-42
51-41

4B8-303

30-76

48-334

4B8-339

48-345

58-43
61-98
65-118
68-148

58-57
61-103
65-140
68-154

58-77
62-44
65-145
68-159

59-42
62-55
67-58
68-164

59-64
62-60
67-68
68-170

60-47
64-30
67-74
68-175

60-52
64-36
67-79
68-198

60-88
65-31
67-87 °
68-250

60-93
65-36
67-93

58-36
61-069
65-113
68-141

5155

53-138

53-150

53-182

54-49

56-31

56-46

56-64

54-32
57-60
58-101
60-66
61-88
65-97

54-41
57-69
59-20
60-69
62-13
65-100

56-21
57-N
59-23
60-72
62-23
65-103

56-25
58-24
59-33
60-81
62-26
65-110

56-53
58-27
59-37
60-85
62-29
65-127

56-58
58-30
59-4%
61-17
62-36
65-130

57-20
58-40
59-56
61-20
62-38
65-137

57-24
58-52
59-59
61-22
64-12
67-25

57-27
58-66
60-18
61-46
64-15
67-37

57-29
58-69
60-21
61-49
64-18
67-40

57-40
58-72
60-24
61-52
64-27
67-43

57-42
58-74
60-33
61-79
65-28
67-47

57-53
58-85
60-33
61-82
65-56
67-N

53-56

53-160

53-195

56-48

56-81

57-48

57-85

58-45

58-61

58-79

58-103

59-50

59-49

68-104

68-107

68-110

6R-128

68-134

68-137

70-60

70-66

70-68

71-56

72-35

73-36

746-34

6 15

CZOMICO DMR=11 FUNCTIUNAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE S-3
(ROSS REFERENCE TABLE

61-74
54-51

61-107
56-83

65-40
57-86

65-68
58-107

65-92
$59-M

65-122
60-106

65-149
61-109

62-65

bb-44b

65-151

67-134

42-264

42-34

42-61

42-97

42-105

42-111

&2-116

42-120

42-126

56-107

57-111

59-77

60-111

14-154
42-39
42108
54-35

28-75
42-41
42-109
56-88

28-84
42-46
42-110
56-92

32-56
42-51
42-115

56-97

42-9
42-54
42-119
56-101

42-10
42-59
42-125
56-105

42-11
L2-67
45-55
57-89

42-12
42-74
L5-76
57-90

42-13
42-81
65-163
57-93

42-22
4£2-88
53-40
57-97

42-23
42-95
53-46
57-101

42-30
42-102
53-140
57-105

42-32
42-103
53-152
57-109

42-33
42-104
53-184
59-76

14-154
14-154
14-154
14-154
14-154

49-11

CSETST
CSEXIT
($GETB
(SGETW
CSGMAN
CSGPHR
(SGPLO
CSGPR]
CSINIT
CSINLP
COMANT
CSMEM

14-15#
14-154
14-154
14-15#
14-154
14-154
14-154
14-154
14-15#
14-15#4
14-154

CSPNTB

COPNTF
CSPNTS
COPNTX
($Ql0
CSRDBU

CSREFG

68-258

12-}2:
-

60-110

60-105
51-47
70-83

71-68

45-48

45-17
40-114

68-86

68-251

51-58

45-3

45-33

14-154

40-48

4(1-38

61-117

45-10

68-33

51-21

68-15

68-58

68-235

30-62¢

45-16¢

48-360

60-42

60-55

60-58

61-39

61-72

61-105

65-38

65-66

65-90

65-120

31-67
61-96

32-37
62-53

32-59
64-21

37-29
64-28

48-29
65-22

48-213
65-29

4B-275
65-46

60-45
65-57

60-86
65-74

61-23
65-81

61-30
65-104

75-25

75-27

75-29

75-30

75-32

75-34

75-3%

76-19

4B-188

72-28+

73-29+

65-128

67-36

60-19

60-67

14-154

14-154
15-1

4(0-38

49-10

45-93

CSTPRI
(D
CHIPNO

14-15#
19-654
20-135#

CMD

19-1104

32-69

37-38

19-904
61-53

28-73
61-62

28-76
61-89

19-1434

75-23

75-24

20-125#

65-147

COUNT

65-111
20-136#

(SR

20-154

DOMC
DFPTBL

19-974
17-10#

DMCMDE

20-54#

(T1s

DIAGMC
DISCON

DMR

DMRFLG

DMRRUN
DMRVEC

74-47

45-29

CSSVEC

CNTRL

73-53

45-27

14-154
14-154
14-15#
14-15#
14-154

CLKNO

72-48

14-154

CSRESE
CSREVI
CSRFLA
CSRPT
CSSEFG

CSSPRI

188

61-41
53-197

60-61
14-154

C:gggN

SEQ

(CREF v01-05 )

19-614

14-15
19-734

30-49

67-121

65-131
28-39«

20-19

39-23

48-82

20-41#4

31-61¢

19-754
20-134

46-10

68-139

65-138
28-60+

67-56
62-39

20-20

L5-57

46-12

45-15+

48-80

48-156

51-58

146-15

19-684¢

61-27

68-202

£5-94

56-23

61-47

61-80

32-64
45-78¢

48-279
45-93

31-64e

57-22

62-14

32-48+

57-36

64-13
32-51

57-55

65-20

32-53¢

70-53+

58-2%

65-25

65-49¢

71-49+

Sg-48

65-98

58-67

58-96

7427+

59-21

68-103

70-64

61-18

H 15

CIDMICO DMR=11 FUNCTIUNAL TESTS MACRO v03.01 30-JuUL=-80 11:38:40 PAGE S-4

SEQ

(ROSS REFERENCE TABLE (CREF v01-05 )

DMTURN

%0-33!

39-29

45-97+

45-123

DMIVEC
DTR
DXERR
ESEND
ESLOAD
EF.CON
EF .NEW
EF.PWR
EF.RES
EF.STA

20-14#
19-744
19-96#
14-154
14-15#
19-8#
19-8#
19-84
19-84
19-84

45-79«
4B-57
57-38

45-BBe
48-61

45-94

42-161#4
41-81

4B-303
42-1624

30-76
68-148

L2-1564

EMGIY
EMG12

29-52
67-68

67-87
67-112
L2-1654
4B-294
4B8-37
4B8-272
62-44

68-164

EMGY
EMGI0

EMG13
EMGIL
EMGIS
EMGI6
EMG17
EMGIB
EMGIO

EMG2
EMG8
EMGY

28-67
42-160#

42-1634
4L2-1648
41-96
42-166#
42-1674
42-1684
4L2-1694

41-59
32-61
28-78

EMT8
EMT9
END

65-118
35-54
37-31
51-55
53-138
58-43
58-57
58-77
59-42
53-182
60-102
68-85
54-49
56-31
56-46
56-64
57-33
57-83
58-36
45-35

ERRGY
ERRG10
ERRG11
ERRG12

41-59
41-81
42-118#4
41-96

EMS3
EMS4
EMTO
EMT
EMTIO0
EMT11
EMT12
EMTIS
EMT2
EMT20
Em122
EMT3
EMT4
EMTS
EMTH

EmMT?

ERRFLG

ERRG2

ERRG3
ERRG4

20-113#4

28-67
60-88
65-59
67-98
30-76
35-54

45-128

65-133

45-138

45-152

67-76
67-98

67-93
68-159

68-154
68-175

68-170

189

45-154

45-157

45-159

48-54

L8-97

64-30
61-103

65-31
62-60

65-59
64-36

65-83
65-36

65-113
65-64

4B8-37
62-55
67-58

48-272
62-60
67-68

4B-283
64-30
67-74

4B-303
64-36
67-79

60-47
65-31
67-87

58-86

15-11
45-33
65-3

65-29
45-27

L2-1574
42-1584
32-66

4B-334
4B-339

4B8-345
67-79

67-115

68-198

60-88
48-283

61-32
60-52

61-64
60-93

61-98
61-37

62-55
61-69

28-68+«

28-79+

28-92

29-30¢

29-53+«

29-6"

28-78
60-93
65-64

29-52
61-32
65-83

32-61
61-37
65-88

32-66
61-64
65-113

37-31
61-69
65-118

37-36
61-98
65-140

(2=278
61-103
65-145

L2-364
L2-640

54-49

65-145
35-044
37-36
51-624
53-150
58-1104
58-1114
58-112#4
59-64
53-204#
60-113#
68-250
54-534
56-109#
56-79
56-1114
57-46
S7-1154
58-109#
45-167

28-38«

42-84
L2-1144
42-1224

67-112

60-47
42-1594
67-58

68-141

)

65-140
65-88

37-434
53-203«

59-80#
68-261#

56-1104

57-114n
45-1704

67-115

68-141

68-148

68-15¢

68-159

68-164

68-170

68-175

68-198

60-52
65-36
67-93

11 5
CZDMICO DMR-11 FUNCTIUNAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE S-5
C(ROSS REFERENCE TABLE (CREF v01-05 )
ERRG?
ERRGS
ERROR

ERRTY

20-1194
65-~46+
56-46
59-42

4B-345
4B-334

28-73
65-67+
56-79
59-64
57-88#4
60-109#

4(8-339
11-67

65-74+
56-85#4
59-75#

65-1 3 *

65-9 1 *

61-23¢
65-104

61-40¢
65-121¢

61-53¢
65-131¢

61-73¢
65-148¢

61-89¢

61-106+

64=21¢

190

64-39¢

65-22¢+

65-39¢

A~3 r~FrnnrwnoII000~DNANARRTIR

ERRT?
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62-1014
42-1074

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R
r
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Y
V
Y
V
Y
V
N
V
N
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7094‘7637389061275838

TON—I— [aYoLA4N&RJXV.to —eOMA~NV

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T
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W
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OT— N aMl ~ N NON~Me—

ERRT4
EVL
EXERR
F$AU

[Va)

J 15
CIOMICO DMR-11 FUNCTIONAL TESTS MACRO v03.01 30-JuUL-80 11:38:4u PAGE S-6
CROSS REFERENCE TABLE (CREF v01-05 )

SEQ

191

42-114

[)VeOawYVal NO[X]w~on

»n

OO NelValo]

A =

oUal] O w0

owo)[VaXVal

oO —wnao FO~~oOy

Q. o— [ -— —

l alal al al al al o
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L el =TT g odValVel o P oy ogVel o IX 2K JU . VIX SUSTDCICRTRCIC
=

[VaWYVaOlre) W0—\

—

4Lo

=2 N\) — OO

[
A\

D
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[}

75-17

76-15

65-34

65-62

76-15

]

75-17

~
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N
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L1-54

2«
6

22-26

53-118+

53-144
48-228

65-143

53-143+

53-144

42-364
S56-854

42-614
56-107#

42-6
S57-8

54-29

(o Yo
XV,

65-116

(o AV
LV,)
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N——O

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192

ON) = b b 22 22 ONNOWN
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SEQ

65-86
v

53-1

53-1
48-2

53-152

42-1054

42-1078

~NO~ W
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61-14

]
PT

59-774

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65-94

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& N

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76-304

42-34a
42-1264

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76-30

42=-274
4L2-122M

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O~
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K 15
30-JuL-80 11:38:40 PAGF S-7

30-73

D
D e e
o ead ed o el aad ) i e
P et cd

=D —d i b e
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1V] -~ o
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AN I —(v
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R
ST X
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I$SETU

b
D e
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D d e
d e
d e
b b b D ed e
b e e f

I$PROT
ISPTAB
I$PWR
ISRPT
I$SEG

RPN

I$AU
I1$AUTO
ISCLN
IS0V
1SHRD
ISINIT
19100
I1$ASG

HL
HOE

HELP
HICRC
HIWORD

HALT(C
HDX

56-97
56-101
56-105
20-47#4
20-46#
1
J
L}
P
1
L2 I
I
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2
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GSOFFS
GS$OFS1
GSPRMA
GSPRMD
GSPRML
GSRADA
GSRADB
GSRADD
GSRADL
GSRADO
GSXFER
GSYES
GE TPRM

53-184
56-88
56-92

WX ¥ oW X N

GSHILI

GSLOL!
GSNO

59-76
53-46
68-86
53-140

F oW

FMTI9
FMT2
FMT25
FMT3
FMT4
FMTS
FMT6
FMT?
FMT8
FMT9
FRSPAS
FRSTIM
GSCNTO
GSDELM
GS$DISP
GSEXCP

iV IV IV IR IV IV IV T, IV IV,

CIDMICO DMR=-11 FUNCTIONAL TESTS MACRO v03.01
CROSS REFERENCE TABLE (CREF v01-05 )

60-1094

57-17

71-46

4L2-111R
60-1112

57-50

61-43
72-24

42-114#

58-20

61-76
73-24

L 15
CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE S-8
CROSS REFERENCE TABLE (CREF v01-05 )

INISR
INRCV
INTER

INXMRIT
ISP13
1sP7
ISR

20-444#
20-106#
45-93
20-91#
19-106#
20-92#
19-130#
19-129#

41-41

VN~ IO OO OUMe— NDONMNMM e O — — 00T

O TOO OO MA PN T N OO ONIMNaOMN

INFACE
INFLAG

19-8#
19-84
19-474
19-544
19-8#
19-440

MNe— T~ T O I TN O ONN—OOT——O-ITT

I8E
10U
JIECLR
1E0
IER
IESET

48-213

48-228

31-65
41-30¢

48-94
41-26¢

48-110+

48-216

48-220

4127

4(8-118+

48-236

48-240

31-73

57-30
56-27

SEQ

48-233

193

«u

4B8-248

48-253

CROSS REFERENCE TABLE (CREF v01-05 )

CZOMICO DMR-11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80

LSOLY

LSDTP
LSDTYP
LSCU
LSOUT
LSDVIY
LScF
LSENV]I
LSETP
LSEXPT
LSEXPL
LSEXPS
LSHARD

LSHIME
LSHPCP
LSHPTP
LSHY
LSICP
LSINIT
LSLADP
LSLAST
LSLOAD
LSLUN
LSMREV
LSNAME
LSPRIO
LSPROT
LSPRT
LSREPP
LSREV

L$SOFT

LS$SPC
LSSPCP
LSSPTP
LSSTA
LSSW
LSTEST
LSTIML
LOUNIT
L10000
L10001
L10002
L10003
L10004
L10005
L10006
L10007
L10010
L10011
L10012
L10014
L10015
L10016
L10017
L10020
L10021
110022

15=-11#

1S-11#
1S-11#
15-11
15-11#
15-11
15-11#
15-11#
15=-11#
15-11#
15-11#
15-11#
15-11

15-11#
15-11#
1S-11#
15-11
15-11#
15-11
15-11#
15-11
15-11#
15-11#
15-11#
15-11#
15-11#4
15-11
15-114
15-11#
15=-11#

15-11

15-11#
15-11#
15-11#
15-11#4
15-11
15-11#
15-11#
15=-1184
17-10
18-8
42-24#
42-34#
&2-61#
42-97#
42-105#4
42-111#
42-116#4
42-120#
42-126#
45-171#
46-28¢
47-162
48-262#4
48-3627
&8-371#
49-13#

28-63

29-49

30-73

75-13
40-44

75=-13#
68-29

68-215

17-10

17-104

41-54

49-84

22-134

45-8#

76-32#4

L4840

76=-13

76=-134

18-8
35=43

18-8#4
41=-104

M1S

11:38:40 PAGE S $-0

11:38:40

45-46
17=242
18-12#

]

PAGE

SEQ 194

N 15

SEQ

CZOMICO OMR=11 FUNCTIONAL TESTS MACRO v03.01 30-JuL=-80 11:38:40 PAGE S-10
CROSS REFERENCE TABLE (CREF v01-05 )

56-58

56-83#

57=29

57-40

57-42

57-53

57-57

57-60

57-69

57-7

S7-864

58-40

58-52

58-66

58-69

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61-79

61-82

61-85

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65-100

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65-103

65-110

65-127

65-130

65-137

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62-23
64-15
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64-18
65-80

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64-27
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67-40
68-107

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48-176

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75-25

48-193
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68-2584

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56-90

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70-64

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8 16
30-JuL-80 11:38 : 0 PAGE S-11

[« JV IV,

CIZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.0%
C(ROSS REFERENTE TABLE (CREF v01-05 )

48-369+

51-39

¢ 16

CZOMICO OMR-11 FUNCTIONAL TESTS MACRO v03.01 30-JUL-80 11:38:40 PAGE S-12

SEQ

CROSS REFERENCE TABLE (CREF v01-05 )
RCV

19-504

4B-328

67-6]

67-121

19-434

28-57

29-44

48-14

RCVBUF

20-192#

RDOC

19-53#
65-66

RD1

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RETURN
REV1
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RFLAG

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19-59¢
20-1114

20-534

19-135#
53-43+
5344

20-1764

19-142#
19-107#

40-95+

28-55
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31-70
65-120

31-58
4B-93+

48-92
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53-46
53-46

53-208#4
53-2094

45-14+

4B-178

68-144

68-202

40-172

40-173

41-34

61-36

41-65

32-69
65-147

37-38
67-121

48-269
68-202

48-360

60-42

60-55

60-58

61-39

48-218

48-238

48-291

70-52¢

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72-27+

73-28+

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68-162

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53-65+

53-84+

53-90+

53-165+

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58-53
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59-35
65-134

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59-57
67-45

41-41
60-36
67-49

48-163
60-82
68-125

4B-185
61-57
68-151

42-34N
49-134
57-864
60=-1114
68-2584

42-618
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S7-1114
61-614
70-834

42-97#
S1-60#
58-45#
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71-684

42-1054
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38-26

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19-394

38-36

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RSEL4
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19-1054
68-117+
68-118+
19-34#

29-31
4B-248
64-24

31-40
48-253
65-77

31-73
58-32
65-101

63-1264
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30-68

68-168
68-173
42-42

68-225+
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76-15
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4B-163+

29-44
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19-40#
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48-277

65-34
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197

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48-207
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48-213
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42-1208
53-1974
S58-1074
64-44H
75194

42-1264
54-514
59-504
65-604
76-174

45-1714
56-488
59-694
65-684

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56-8B14
59-714
65-924

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67
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48-323+

45-65+
4B-326+

4B8-78e
48-331

4(B8-111¢
4B8-343

48-119¢
51-36

v
v
6+
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33-64c
4B-60r
4B8-337
65-143

33-66r
48-61+
4B-349
67-77

34-42¢
4B-69+
51-38
87-96

37-34
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60-50
68-157

38-21«
4B-82¢
60-91
68-173

38-30+
4(B-85+
61-35

C{OMICO OMR=-11 FUNCTIONAL TESTS MACRO v03.01
CROSS REFERENCE TABLE (CREF v01-05 )

SVCINS

SEQ

s 0 0 b6 v 0 0 0 0 0 B 0 0 0 0y

SVCGBL

TN N TN O OMANIM NMAN S MNNNON = O v
v OO ON A G T 0
MAM OOM

D 16
30-JuUL-80 11:38:40 PAGE S-13

198

199

SEQ

E 16
(ZDMICO DMR-11 FUNCTIUNAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE S-14
CROSS REFERENCE TABLE (CREF v01-05 )

ORIR R IR IRCIPCRI PCRRCR PIRT PCORCIPLIRTIR I ZXORI FUO ZN2 SNO EXoZLTS vSIOS oS MS I EXD SIDS D S N RNIS R SNDEXR L R S T EX SRX SN G XAEXSX EN S IA A g A £ A BULA & &L4
[P PCVCICPCRCPCPOR PCPC PP PR PN X INE R AT LT SN EX S ZX X S SX SN SX S S EX SN S X SN EX AN B gl Sl S B A A g A S A~ A 2 4

— — =ONONOIMM M M N $ T NNNNON N OO0 r ermr ererer emerrm e NN SNA N O — — N NN

— =—CNOUOIMM M MAN P TNIN O 0P —r—r—r—r— v r— M PN ANO — —O O

LAl

16
F

WAWM WMO O~ = = MMMMMM M M PAM YIMN S T T O O O O O O OOOONI NP PN
WA O O v = = +— MMMM MMM MMM S T T O O O V O O O O O N N N N N

LKXA[%~RolL}S
NM Me — I TN I T — M TOIM I N ONO O O —r— — ONIOIM S SN 000NN— —
1

200
SEQ

30-JUL-B0 11:38:40 PAGE S-15

CIDMICO DMR-11 FUNCTIONAL TESTS MACRO v03.01
CROSS REFERENCE TABLE (CREF v01-05 )

59-33
59-42
59-52

59-59
59-69
59-76
59-76

59-37
59-42
59-52

59-37
59-42
99-56

59-37
59-42
59-56

57-105
57-109
57-109
58-24
58-30
58-40
58-43
58-52
58-61
58-69
58-74
58-79
58-97
58-107
59-23

57-105
57-109
57-109
58-24
58-36
58-40
58-43
58-57
58-61
58-69
58-77
58-79
58-97
59-17
59-23

57-105
57-109
57-109
58-24
58-36
58-40
58-43
58-57
58-63
58-69
58-77
58-81
58-97
59-17
59-33

57-105
57-109
57-109
58-27
5836
58-40
58-45
58-57
58-63
58-72
58-77
58-81
58-101
59-17
59-33

57-105
57-109
57-109
58-27
58-36
58-40
58-45
58-57
58-63
58-72
58-77
58-81
58-101
59-20
59-33

59-64
59-76
59-76
60-18

59-37
59-45
59-56

59-37

959-42
59-45
59-56

59~42
59-45
59-56

59-42
59-45
59-59

59-42
59-50
59-59

59-64
59-71
59-76
59-77

59-64
59-71
59-76
60-15

59-64
59-76
59-76
60-15

59-45
59-56
59-64
59-76
59-76
60-15

60-88
60-102
60-106
60-110
60-110
61-20
61-32
61-37

60-93
60-102
60-106
60-110
60-110
61-20
61-32
61-37

60-93
60-102
60-106
60-110
60-111
61-20
61-32
61-37

60-93
60-102
60-110
60-110
60-111
61-20
61-32
61-37

60-93
60-102
60-110
60-110
61-14
61-20
61-32
61-37

60-93
60-102
60-110
60-110
61-14
61-22
61-32
61-37

60-93
60-102
60-110
60-110
61-17
61-22
61-32
61-41

65-31
65-36
65-42

65-31
65-36
65-56

65-3
65-36
65-56

65-31
65-36
65-56

65-3
65-36
65-56

65-31
65-36
65-59

65-31
65-40
65-59

59-66
59-69
59-76
59-77

. 59-64
59-71
59-76
59-77

60-88
60-93
60-105
60-110
60-110
61-17
61-32
61-37

50-88
60-102
60-105
60-110
60-110
61-17
61-32
61-37

65-28
65-36
65-42

65-3N
65-36
65-42

el
* 2%

57-105
57-109
57-109
58-24
58-30
58-36
58-43
58-52
58-57
58-69
58-74
58-77
58-97
58-107
59-23

)

57-105
57-105
57-109
58-24
58-30
58-36
58-43
58-52
58-57
58-69
58-74
58-77
SR-97
58-103
59-23

57-105
57-105
57-109
58-21
58-30
58-36
58-43
58-52
58-57
58-66
58-74
58-77
58-85
58-103
59-23

57-105
57-105
57-109
58-21
58-30
38-36
58-43
58-52
58-57
58-66
58-74
58-77
58-85
58-103
59-20

201

57-105
57-105
S§7-109
58-21
58-27
58-36
58-43
58-47
58-57
58-66
58-72
58-77
58-85
58-101
59-20

SEQ

WP =0 NNV
NN — =
WOOWNNO NWNWOEN—OO
-—
-t
O N

57-105
57-105
57-109
57-111
58-27
58-36
58-47
58-57
58-66
58-72
58-77
58-85
58-101
59-20

G 16
30-JUL-80 11:38:40 PAGE S-16

AN
NN WAAWN NN WNWAWAWIWDA

CZOMICO DMR=11 FUNCTIONAL TESTS MACRO v03.C1
CROSS REFERENCE TABLE (CREF v01-05 )

SVCTAG

65-59
65-64
65-83
65-88
65-94
65-103
65-113
65-118
65-127
65-137
65-14C
65-149
67-37

65-59
65-64
65-83
65-88
65-94
65-103
65-113
65-118
65-127
65-137
€5-140
65-149
67-37

65-59
65-68
65-83
65-88
65-97
65-103
65-113
65-118
65-127
65-137
65-145
65-149
67-37

65-59
65-68
65-83
65-88
65-97
65-103
65-113
65-118
65-127
65-137
65-145
65-151
67-37

65-64
65-68
65-83
65-88
65-97
65-103
65-113
65-118
65-127
65-140
65-145
65-151
67-40

65-64
65-70
65-83
65-88
65-97
65-103
65-113
65-118
65-127
65-140
65-145
65-151
67-40

65-64
65-70
65-83
65-88
65-97
65-110
65-113
65-118
65-130
65-140
65-145
67-25
67-40

65-64
65-80
65-83
65-88
65-100
65-110
65-113
65-122
65-130
65-140
65-145
67-25
67-40

67-58

67-68

67-43
67-51

67-43
67-55

67=-47
67-55

67-47
67-58

67-51
67-58

67-93
67-98
67-112
67-115
68-15
68-18
68-58

67-93
67-98
67-112
67-115
68-15
68-33
68-58

67-93
67-98
67-112
67-134
68-15
68-33
68-58

67-93
67-98
67-115
67-134
68-15
68-33
68-58

67-93
67-98
67-115
58-15
68-15
68-33
68-58

67-93
67-112
67-115
68-15
68-15
68-33
68-58

67-63
67-112
67-115
68-15
68-15
68-58
68-58

67-58
67-112
67-115
68-15
68-15
68-58
68-58

67-98
67-112
67-115
68-15
68-18
68-58
68-58

67-98
67-112
67-115
68-15
68-18
68-58
68-82

68-175
68-198
68-235
68-250
68-251
68-251
70-66
71-56
72-48
74-34
75-15
75-16
75-17
76-1%5
76-17

68-175
68-198
68-235
68-250
68-251
68-258
70-66
71-56
73-36
74-34
75-15
75-16
75-17
76-15
76-32

68-175
68-198
68-235
68-250
68-251
68-258
70-68
71-56
73-36
16-47
75-15
75-16
75-17
76-15
76-32

68-175
68-235
68-235
68-250
6B8-251
68-258
70-68
71-68
73-36
14-47
75-15
75-16
75-17
76-15
76-32

68-175
68-235
68-235
68-250
68-251
70-60
70-68
71-68
73-36
74-47
75-15
75-17
75-17
76-15
76-32

68-198
68-235
68-235
68-250
68-251
70-60
70-68
71-68
73-36
75-13
75-15
75-17
75-19
76-15
76-32

68-198
68-235
68-235
68-250
6B-251
70-60
70-68
72-35
73-36
75-13
75-16
75-17
75-19
76-15
76-32

68-198
68-235
68-245
68-25C
68-251
70-60
70-68
72-35
73-53
75-13
75-16
75-17
75-19
76-15
76-32

68-198
68-235
68-245
68-250
68-251
70-60
70-83
72-35
73-53
75-15
75-16
75-17
76-13
76-15
76-32

68-198
68-235
68-245
68-250
68-251
70-66
70-83
72-35
74-34
75-15
75-16
75-17
76-13
76-15

68-198
68-235
68-245
68-25)
68-251
70-66
71-56
72-35
74-34
75-15
75-16
75-17
76-15
76-15

58-47
65-124
42-116
53-195
58-103

58-63

14-15#
$9-52
14-158
46-28
56-81

14-25#4
60-15
14-278#
47-16
56-83

53-33
60-63
17-24
48-262
56-107

53-59
61-14
18-12
4B8-362
57-48

53-162
61-43
42-24
48-371
57-85

56-18
61-76
42-34
49-13
57-86

56-50
65-16
42-61
951-47
57-111

57-17
65-42
42-97
51-60
58-45

57-50
65-70
42-105
53-56
58-61

58-21
65-94
42-111
53-160
58-79

42-120
$5%-197
58-107

‘\N_a_.a_o_a_a_._‘

65-59
65-64
65-80
65-88
65-94
65-100
65-113
65-118
65-124
65-137
65-140
65-145
67-37

Yo Yo

65-59
65-64
65-80
65-88
65-92
65-100
65-113
65-118
65-124
65-137
65-140
65-145
67-37

[0 RV
1V,]
B W= =2O
oo 00 — OWMEB
VIO ORNWOO

202

NN
L

SEQ

65-59
65-64
65-80
65-83
65-92
65-100
65-110
65-118
65-126
65-130
65-140
65-145
67-25

67-43
67-51

SVCSUB

H 16
30-JUL-80 11:38:40 PAGE S-17

[ X

(OMICO DMR-11 FUNCTIONAL TESTS MACRO v03.01
CROSS REFERENCE TABLE (CREF v01-05 )

[ 16

SEQ

CZOMICO DMR-11 FUNCTIONAL TESTS MACRO v03.01 30-JuUL-80 11:38:40 PAGE $-18
(ROSS REFERENCE TABLE (CREF v01-05 )

T$SAUT

TSSCLE
T$$OU

TSSHAR
TSSHY

T$SIN]
TSSMSG

TSSPRO

T$$SOF

TSSSRV
T$$SuB8

19-122#4
46-84
47-9#
49-84
75-13
17-10

L5-84
&2-8#
2-1184
44-B#
76-13
48-9#
53-33#
58-21#4

56=74

56-99

56-101

42-24
42-120

42=27#
42-1220

42-34
42-126

42-364

76-134
48-262

76-17
(B8-2674

4B8-362

48-3674

5-17NM

53-56
58-45
60-105

53-594
58-474

=140

53-160
58-61
61-41

42-1140

42-116

57-504
60-15#
65-70#

57-85
60-61
65-92

56-854

53-162#
58-634
61-434

48-3N

53-195
58-79
61-74

51-50#
56-18#
58-81#
61-764

5
56
58
61

103
107

56-504
59-174
65-164

5 6-81
5 9-50
6 5-40

ST=-17#
59-52#
65-4624

57-48
59-69
65-68

[YaY Tt aRC RV X oo JVAN ENS X ok od oV o RX gVaY. oJo g

3 -7
—OWNOOOCN—0 v OOMMONIe—

T T O e — (T T e 00— — UMM 00

NN T OMOO NI r— — g — NNOM ON. v—

60-634

56-41
46-28
47-16
49-13
75-134
17-104

203

J 16

CZOMICO DMR-11 FUNCTIONAL TESTS MACRO v03.01 30-JuL-80 11:38:40 PAGE S-19

SEQ

CROSS REFERENCE TABLE (CREF v01-05 )

58-694
58-101
59-374

60-66
60-854

61-494
61-88
62-29¢
64L-184
65-97
65-1274
67-408
68-104
68-1344

TSGMAN

71-564

14-154

58-69#
58-101#4
59-45

58-72
58-101#
59-454

60-664
61-17

60-664
61-174

71-564

72-35

61-494
61-88¢
62-36
64-188
65-974
65-130
67-408
£B-104#
0oB8-137

5
5
5
5

59-454

59-56

60-69
61-174

60-694
61-20

72-354

61-524
62-13
62-364
64-278
65-100
65-1304
67-438
68-107
68-1374

TSHILL

75-15

75=-154

75-16

75-164

T$LoLl

75-15

75-154

75-16

75-164

TSLAST

TSLSYM

14-154

14-15

76-32#

14-154

17-24

)
6
é
6
6
6
[4
5
5
5

61-52
61-88#¢
62-364
64-27
65-974
65-1304
67-43
68-1044
68-1374

18-12

29414B-303
53-182
g

5
5
5
5

29-52#
1-59¢
4B-3034
53-182#¢
57-464
59-644
61-374
62-60#
65-83#
67-684
67-115#

30-76
61-81
4B8-334
54-49
57-83
60-47
61-64
64-30
65-88
67-74
68-85

30-764
L-814
4B-3344
54-494
57-83¢
60-474
€1-644
64-304
65-884
67-744
68-854

42-103
42-109
42-115
42-125

42-1034
42-109
42-115
42-125

42-103#
42-1094
42-1154
42-1254

75-164

75-17

32-61
41-96
4B8-339
56-31
58-36
60-52
61-69
64-36
65-113
67-79
68-141

32-614
L1-964
4B-3394
56-314
58-364
60-52#
61-694
64-360
65-1134
67-794
6B8-1414

32-66
4B8-37
48-345
56-46
58-43
60-88
61-98
65-31
65-118
67-87
68-148

32-664
48-374
48-3454
56-464
58-434
60-88#
61-98#
65-314
65-1184
67-874
68-1484

35-54
48-272
51-55
56-64
58-57
60-93
61-103
65-36
65-140
67-93
68-154

=258

56-254
7=-274

56-53
57-274

)
5

45-76
4L9-114
53-46
53-140
53-184
56-88
56-101
57-894
57-97
57-109
60-110
76-154

56
57
57
58
58
8

;

59-56#

59-59

59-59#

60-694
61-208

60-72
61-20#

60-724
61-22

60-72#
61-224

0-394
) 0-81
g } 228

73-36

73-364

74-34

7 4 ~348

61-79
62-13¢
62-384
65-28
65-100#
65-137#
67-47
68-107#
70-60#

75-17

75-17¢

75-17

76-154

45-554
49-114
53-46
53-140
53-152#
56-88
56-101
57-894
57-97
57-109
60-110
68-2514#
75-16

42-103
42-109
42-115
42-125

59-56#

61-52¢
62-134
62-38
64-274
65-100#
65-137
67-43K4
68-107#
70-60

42-24

76=-154

45-554
49-11
53-404
53-140
53-152#
56-88
56-974
57-89
57-97
57-105¢
60-110
68-2514
75-16

-l

75-16
54-324

6
6
6
6
6
6
7
5
5
5

28-784
37-364
4B-2944
53-1504

76-15

45-558
49-11
53-408
53-140
53-152#
54-35#
56-97#
57-89
S57-93%
S57-105#
60-110
68-251
75-16

75-154
54-320

58-774
60-102#
62-44n
65-594
65-1454
67-984
68-159#

283748-294
53-150
g -

42-103
42-1084
42-1104
42-1198

75-15
54-32

58-77
60-102
62-44
65-59
65-145
67-98
68-159

28-674
37-314
4B-2B34
53-138#
56-794

42-1024
42-108
42-1104
42-1198

58-574
60-934
61-1034
€5-364
65-140#
67-934
68-1544

28-67
37-31
4(B-283
53-138
50-79

76~

45-55
49-11
$3-40
53-140
53-152#
54~
56~
57~
57-934
57-105
59-76#
68-251
75-15#

42-102
42-108
42-1104
&2-1190

14-154
35-54#
4B-2724
51-554
56-648

76-15

45-55
45-1634
$3-40
S3-46F
53-152
54-35
56-97
57-89
57-93
$7-105
59-764
68-251
75-154

8NN

75-174

45-55
45-163
53-40
53-4bH
53-152
53-184n
5656-1054
5757-105
59-764
68-864
75-154

NEOENI
2 DO OONNO & =2 NN
2R N =000 O
S OOVNO S NN=OWONIO00O
ONINNNO O WO W
B
BRRBOWV

75-174

45-55
45-163
51-58#4
53-464
53-152
53-184N
56-92#
56-1054
57-93
57-101#
59-76
68-864
75-15

75=-174

42-125#@
L5-T68
51-584
53-468
53-152
53-184k
56-92#4
56-105
57-90#
$7-101#
59-76
68-86
75-15

42-102
42-104#
42-110
42-119

~
'
v
N

75-17

42-1250
L5-T6R
51-584
53468
§3-152
53-184#4
56-92
56-105
57-90#
57-101
59-76
68-86
75-15

42-954
42-1044
42-110
42-119

42-954
42-104
42-110
42-119

OQQNNNJ\W@NN\AN—‘O\.JW@—‘OO
OO O N NN
!

TSEXCP
TSFLAG

62-958
42-106
42-110
42-119

WO S NS = b s \NON
N SN = NN N = = 0D N — O — O
VOW—=OO =2
NN WWNOO0 NV
O OWO N
Rk
BN

TSERRN

42-95
42-106
42-1094
42-1154

o@w\INObMGNNWNd?NWONQMMOON\IO‘O

T$CODE

42-95
62-1034
42-1098
42-115#

75-17¢

42-34

61-79%
62-23
62-384
65-284
65-103
65-1374
67-474
68-110
70-604

61-79%#
62-234
64-12
65-284
65-103#
67-25
67-47K
68-110#
70-66

76-15

76-154

76-15

42-61

73-364

76-154

42-97

61-82
62-234
64-124
65-56
65-103#
67-254
67-51
68-110#
70-66#

42-105

204

45-76
51-58
53-46
53-1404
53-184
56-884
56-101
57-894
57-974
57-109
€0-110#

-198#

45-76
51-58
53-46
53-1404
53-184
56-884
56-101#
57-90
57-97#
57-1094
60-110#

68-250

-57

-36#

14
=334

60-394
60-814
61-46

824
6 2 =26
6 4 =124
6 S -564
6 S <110
6 7 =254
6 7 =514
6 8 -128
7 0 -664

61-82¢
62-264
64-15
65-564
65-1104
67-37
67-514
48-1284
70-68

42-111

42-116

T74L-34n

-184

45-76
51-58
53-46
53-140#
53-184
56-92
56-101#
57-90
57-101
57-1094
60-110#

68-250#

S57=57#4
58-27

58-664

58-974
59-37

60-18#

45-764
51-58
53-46
53-140#
53-184
56-92
56-105
57-90
57-101
59-76
68-86

2
58-69

58-97«#
59-37#

60-21

60-57
60-814
01-464

60-57#
60-85
61-468

60-S7#
60-85#
61-49

42-120

42-126

4517

61-85
62-264
64-154
65-80
65-110#
67-374
68-91
68-128#4
70-684

61-854
62-29
64-154
65-804
65-127
67-374
68-91#
68-134
70-68#

61-85#
62-294
64-18
65-804
65-127#
6740
68-91#
68-134#
71-56

K 16

30-JuL-80 11:38:40 PAGE $-20

Sea

205

A[aROV&=BNleV.—uNIaE%Ol (w~=Yv]

o—ONNOe~O—3[rLI4lO~NSOwNMe~—0NM—eOW~A~-—

(ZOMICO OMR-11 FUNCTIONAL TESTS MACRO v03.01
CROSS REFERENCE TABLE (CREF v01-05 )

ONFT—N FTO=NN NO—=~
=

65-944

14-154
14-154
14-154
14-154

56-18

65-122

65-1244

65-149

~—O —ITMO W

kR=NNN—

— —

TSPTNU
TS$SAVL
T$SEGL
T$SUBN

LReNi&3

[V~a)

OO JFN —ONO—

nwn

o0o~ano]VaY.goIl—MWNOO2INOVN~OIo~CONLAONOIwNMI—W~N-AO a—0e—r—

-ONONO—2I=MvNrINI—0NIWNAORRe—NBRNBRTBIROTVNOOANRTrMOWONNWBS~SOSM—-RVGEBRRO

NOr—aOITM ~ANOWV

NONNN OON TT=e—

i o N -0

TSLTNO
TSNEST

O~—NWN TO[VaYVNale)

«u

16 o8
50

54-294

S7-50#

T&OwN0 U)L|

CZOMICO DMR=11 FUNCTJONAL TESTS MACRO v03.01
CROSS REFERENCE TABLE

(CREF

v01-05

)

SeEQ

206

Ne-—FIF MO ON WNON A —(NG — NOWVED T TN NOMD TN~ = OWNr— O g

[XVODNWIT—aWNAN«lV0AS=MNrMVYE

TS—OTMrO—e—IoNIeNNVMONON—ORIeNNMOMeEM——

L 16
30-JUL-B0 11:38:40 PAGE S-21

b
4

8 1
FUNCTIONAL TESTS MACRO Vv03.01 23-APR-80 08:29:31 PAGE S-16

CROSS REFERENCE TABLE

(CREF Vv01-05 )

57-10
57-105

57-101
S

57-101
$7-105

=ANOVNOHOO0O0O0
O\WNWN—=

CZOMIBO DMR-11

1
c
CZOMIBO DMR-11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE S-17

CROSS REFERENCE TABLE

A5=59
to~64

65-80
65-83
65-88

(CREF v01-05 )

65-59
65-64
65-80
65-83
65-92
65-100
65-110

68-250
68-251
70~66

70-83

72-35
74-34
75-15
75-16
7517
76-13
76-15
svcisuB
SVCTAG

60-63
17-24
48-262
56-107

59-17

5
58-102

451"
56~48
59-69

CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE S-18
CROSS REFERENCE TABLE (CREF v01-05
)

SVCTST

Sw0O0
SWO1
SwO2

T$$SW
TS$TES

59-71
65-92

59-77
65-122

67-1

68-12

19-20#
19-19#
19-184
19-17#4
19-164
19-15#
19-144
19-122#4
46-84
47-9»
49-8#
75-13
17-10

56-41
46-28
47-16
49-13
75-13#4
17-104

14-164

19-29#4
19-284
19274
19-264
19-25#
19-244
19-23#4
19-22#
19-21#

45-8#
4«2-84
42-1228
4484
76-13
48-9#
53-33#
58-214
60-63#
65-94#
18-8
51-194
57-164
58-24
59-20
60-57
61-79

T$ARGC

14254

45-17
42-24
42-124

76-134
48-262
53-56
58-44
60-105
65-122
18-8#4
51-47
57-20
58-27
59-23
61-82

64-12
65-130
68-107
72-24#
15-11
15-114
42-9

64-15
65-137
68-110
72-35
15-11
15-11#
42-94

42-22
42-30
42-33

42-22
42-30
42-334

W2-114

W2-41n

42-63

42-78#

60-61
65-149
51-19
70-46

60-105
65-151
53-32

60-106
67-134
54~29

56-99

56-101

42-34
42-130

42-364
5€-854

42-65
56-107

48-362

48-3674
53-162#
58-62#
61-434

48-37
53-195
58-78
61-74

71-46

53-160

72-24

60-111
68-258
56-17
73-24

54-29#
57-29
58-51
59-45
60-81
61-109
6444

61-41
70-83
57-16
7423

SEC

61-74
71-68
58-20

59-754

42-109

59-77

56=-50#
59-17#
65-164

S6-174
57-57

L2-41n

42-85

42-85#4

04-44

65-40

65-68

61-13

62-8

64-9

65-15

42-1114

42-115

42-118#4

42-120

S7=-17#
59-52#
65-42#

57-48
59-69
65-68

42-78
£2-92

60-1094

75-19

60-111

56-53
57-71
58-100

42-11a

42-63

62-48

7447

42-1054

209

42-92

76-17

CZDMIBO DMR-11

CROSS REFERENCE TABLE

62-924
42-107
42-113
42-119
42-129
45-76

FUNCTIONAL TESTS MACRO V03.C. 23-APR-80 08:29:31 PAGE S-19
(CREF v01-05

42-99
42-107#

42~99
42-107#
62-1134

SEQ

)

42-99
42-1074
42-1134

42-99
42-108
42-1134
42-1194
42-129#
45-764

42-9
42-108
4o-114
42-123
45-55
45-163
51-58%
53-464

42-994

42-108#
62-114
42-123
45-55
45-1634
53-40
53-44
53-152
564-35

42-106
42-108#4
42-114

42-106

42-1064
42-112
42-1144
42-1234
45-554
49-11

53-404
53-140
53-1524
56-88
56-97#
57~89
57-97
57-1054
60-110
68-2514
75-164

T$CODE

TSERRN

32-614

41-964

TSEXCP
T$FLAG

TSGMAN
TSHILI
TSLAST
T$LOLI
TSLSYM

65-110
67-254
67-514
68-128

68-137#4
72-35

70~-664
74-344

75-16

75-174

76=-154

75-16
17-24

75-17#4
42-34

76=154
42-101

42-109

42-115

210
42-107
42-112#
42-114H
42-123#
45-55#
49-114

53-46
53-140
53-152#
~-88
56-101
57-89#
57-97
57-109
60-110
68-251#
75-16#4
32-66

48-37

48-339¢
56-314
58-354
60-52#
61-694
65-314
65-118#
67-874
68-148#4
68-250#

48-345
56-46
58-42
60-88
61-98
65-36
65-140
67-93
68-154

56=254
57-27
57-534
58-244
58-65
58-84#
59-3
60~1
60-39#
60-81#
61-46
61-82#
62-264
64-15
65-564
65-110#
67-37
67-514

56-25#
57-27#
57-57
58-24A4
58-65#
58-96
59-3
60~-18#
60-57
60-81#
61-46
61-85
62-24N
64=-15#4
5-80
65-110#
67-374
68-91

68-128#4

98~128#

74-344

42-120

42-124

42-130

45-17

CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE S$-20

SEQ

CROSS REFERENCE TABLE

(CREF v01-05 )

46-28
56~81
59-71

47-16
56-83
59-77

48-262
56-107
60~61

48-362
57-48
60-105

48-371
57-85
60-106

49-13
57-86
60-111

51-47
57-111
61-41

70-83

51-60
58-44
61-74
71-68

53-56
58-60
61-107

72-48

160
50-78
61-109
73-53

53-195
58-102
62-48

53-197
58-106
64=44

75-19

54-51
59-50
65-40
76-17

14-19
18-12

164-194
18-124

17-10
42-8

17-104
4<2-84

17-24
42-24

17-244
42-240

18-8
42-27

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TENEST

gg-gg‘
~3¢

14~164
18-12

42-34

4414

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TSNS1

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76-17

14-194
17-10#
42-1114
47-

53-324
59-15#
65-15#
74-230
53-33#
58-214
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65-94#

14-164
14-16#4
14-16#4
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65-122

42-34

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5
b

76-17

76-30
17-24
42-715
47-16

53-197
59-71
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74-47
53-56
58-44
60-105
65-122

51-133

65-149

42-34

65-151

42-34n

67-134

42-36

68-258

42-36

42-364

42-65

42-7101
42-115
42-126
4414

42-1014
42-115K
42-124K
44-164

42-105
42-118
42-126
45-8

421054
42-1184
42-126@
4584

42-109
42-120
42-130
45=171

76~-17

76=-174

76-30

76-30#

18-8#4
42-1184
48-94
54-29#
59-754

18-12
42-120
48-262
54-51
59-77

42-8#4
42-1224
48-267#

42-24
42-124
4B-362
56-83
60-106

42=278
42-126#
48-367¢
56-854
60-109#

42-34
42-130
48-371
56-107
60-111

53-195

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67-114
75-13¢
53-59#

67-134
75-19

53-160

58-46#
61-14#
65-1244

58-60
61-41
65-149

53-32#
56-18#

53-33
56-50

42-65

76-47

42-109
42-120
42-130
45-171

42-65

42-109
42-120
42-130
45-171

42-654

42-109#
42-120#
42-130#
45-1714

42-111
42-122
44-8
46-8

42-111
42-122
44-8
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42-364
44-BN
(9-8#

42-65
44-14
49-13

42-684
45-84
S1-194
57-884
62-8#

42-101
45-171
51-47
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42-105#
4684
51-50#

72-244

72-48

57-174

57-48

42-68

56-174
60144
68-124
76-134
53-162#
58-62¢
61-434

58-78
61-74

58-80#
61-76#

58-102
61-107

59-174#
65-164

59-50
65-40

59-52¢#
65-42#

59-69
65-68

60-15#
65-70#

53-33
56-50

53-334
56-504

53-59
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33-594
57-17

53-162
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53-162
57-50

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57-50

54-29#
57-504

68-258
76-17

70-46#

70-83

56-48

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61-134
71-464
56-504

57-86
61-109
71-68
56-81

58-20#
od
73~240
57-50#

1
6
CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE $-21

CROSS REFERENCE TABLE

58-21
S9-17#4

TSTAGL
T$TAGN

SEQ

(CREF v01-05 )

58-21#
59-52
61-43
65-424

58-46
59-52#
61-434
65-70

58-464
60-144
61-76
65-70#

58-62
60-15
61-76
65-94

58-80
60-63
65-154
65-124

58-80#
60-634
65-16
65-124#

59-15#
61-13#
65-16
67-11#

17-10
42-68
42-122#4
47-9
51-19

18-8
4£2-68#
42-126
48-9
S1-194
53-162

18-8
42-105
42-1264
48-9

18-8#
42-105
44-8
48-9#

42-27
&2-1114

42-27
42-118
45-8#

42=-274
42-118

72=24N

7464=234

51-50
S3-162#

£5-8
«8-367
53-32#
S6-17
§7-17
$8-21#
59-17
60-63
61-43¢
65-16
67-11

51-50

54-29

56-85#
58-20
59-15

72-248

TSTEMP

16-8
16-8
16-8#
16~84

£2-65

£4-14

4913

$4-32
S6-S8
§7-29
$7-69
$8-30
S8-71
S8-106
59-56

60-24

60~-72

61-20
61-79
62-21
64-15
6
65-122

67-37

75-17#
TS$TEST

212

53-59
57-50
60-14
649
68-12
7423

48-367
53-33
S6~-17#
§7-17

58-46
59-17#
60-63

61-76
65-164
67-11
73-24

16-8
16-8
16-8#

16-8#

42654

49-13#

S4-32#
S6-58#
§7-25
S7-65¢
$8-30#
S8-71#
S8-106#
S9-564
60-24#

60~-72#

61-20#
61-79¢
62-21#
64-154
65-684
65-122#

67-37#

68-106

68-1044

7248

72-48#

54-29
58-20
60-15
65-15

54-29
58-20#4
60-63
65-15

75-154
75-19

70~46
764238

42-101#
45-171#
S1-47#
S4-414

&4-140

75-15#
75-19#

70-46
76-32

65-15#4
70464

H
1
CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE S$-22

CROSS REFERENCE TABLE
TETSTM

14-164

37-31

42-11
42-54
62-112
45-31
47-16

(CREF v01-05 )

28-58
37-36

42-12
42-59

60-15
60-81
61-37
61-98
64-15
65-64

65-122
67-51
68-58

68-159
71-56

14-16#

T
T10
T11
112

16-8
16-8
16-8
16-8

68-12#

T12.1
T12.2
T112.3
T12.4
T12.5
T13

65-16#
65-42#4
65-70#
65-94#
65-1244
16-8

T2
12.1
12.2
12.3
13
T4

16-8
53-334
.53-59#
S3-162#
16-8

T14
115
116
117
718
119

T4.1
14.2
15
15.1
15.2
16

16-8
16-8
16-8
16-8
16-8
16-8

16-8
S56-18#
56-50#
16-8
S7-17#
S7-50#
16-8

28-76

29-52

41-45
42-32
42-92
42-124
45-163

48-339
53-46
54-35
56-79
57-33
57-89
58-42
58-84
59-56

51-42
53-160
56~31
56-105
57-57
57-1
58-65
59-23

TSTSTS

28-65

67-114
68-12#4
70464
71-464
72=24H
73=244
74=-234
53-324

54=29#
56-174
57-164
58-20#

CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO v03.01
CROSS REFERENCE TABLE (CREF v01-05 )
16.2
16.3
16.4
17
17.1

17.2
T
18.1
18.2
19

19.1
19.2
19.3

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

SEQ

S8~464
58-62#
58-80#
16-8
59-17#
59-52#

16-8
60-15#
60~-63#4
16-8

TBUF
TCOUNT
TEMP
TFLAG
THIL

62-32
62-32

6424
6424

65-107
67-49

67-49
67-77

67-72

67-102

67-126

68-112+

68-146

68-151«

68-207

68-217+

70-47
59-30

59-54

62-30

40-152

40-183

40-184

41-35

61-37

TH2L
TH3L

TH4L
THRESH

62-19

TIMER
TOLONG
TOUT

TSEL4
TSEL6
UAM
UPDATE
WAITT
WAIT2
WAIT3
WAIT4

68-228+
68-229+

45-113«
30-63

45-116%

39-42

45169+
48-31

48-205
48-207

56-76

56-103

56-105

40-120%

40-125+

40-128

45-118+
41-57+
45-166+

WMAINT
WMODEM
WTYPE
X

XSALWA

X$FALS
X$OF
FS
X$TRUE
XMTBUF

68-152
68-157

40~94*

41-66

214

67-45
65-107
58-47
65-128

59-21

60-19

60-67

61-18

61-27

42-36

42-68

42-105

42-111

42-118

42-122

42-126

56-85

57-88

59-75

48-367
53-162
61-43

51-50
56-18
61-76

56-50
65-16

57-17
65-42

57-50
65-70

58-21
65-94

58-46
65-124

58-62

58-80

59-17

72-24

54-29

56-17
73-24

57-16
74-23

58-20

59-15

60-14

61-13

62-8

64-9

65-15

32-55
30-70

33-50
41-45

34-36

68-100
73-46

68-106

53-85

70-74

71-52

71-58

53-167

58-92
72-31

58-97
72-37

67-33
72-45

67-39
73-32

67-132

56-51
65-18

57-18
65-44

57-51
65-72

58-22
65-95

58-63
65-125

58-82
67-23

59-18
68-89

60-16
70-58

71-54

46-21
58-101

51-45
60-22

68-18
60-70

68-82
61-50

68-245
61-83

62-25

64-16

65-53

67-42

30-73

41-54

57-58

57-67

59-54

60-31

60-79

62-19

62-22

62-30

b wud cnch
b cmed arh
d
b cnd

bbbb?b—ibbb

74-30

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73-38

VO3 X=®

67-55

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b b
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65-134

37-¢6

53-81

74-44

b cnd SN b b

65-101
62-32
57=55
65-25

215

57-38
51-42
51-41

61-15

72-33

68-109

TNV

42-27

- and b cd cnd b md d D b d b ) —d b cud

2~TRTICTLVITITAILLT IT]A]TRIR

b b cad b cd b b i card b

64-19
61-59
57-22
64-13
45-30
31-75

BI R

-—bd

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-t b b b md b b e

BERRREEEES
Do SREEEEEE
!

b b

14-164

B8CAMPL
BERROR
BGNAU
BGNAUT
BGNCLN

61-57
60-36
56-23
61-80

b b e

BACCIR
BACCIT
BASEIN

SEQ

(CREF v01-05 )

> > »¢

CROSS REFERENCE TABLE

e
|

1
J
CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO Vv03.01 23-APR~80 08:29:31 PAGE M-1

CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE M-2
CROSS REFERENCE TABLE (CREF v01-05 )
ENDCOM
ENDDU
ENDHRD

1-425#
1-441#
1-453#

14~164
14-164
14-16#

49-13
75-19

ENDINI
ENDMOD

1-475#
1-487#

14-16#
14-16#

45-171
76-30

1-512#

14-164

44-14

ENDHW

ENDMSG

“TENDPRO
ENDPTA
ENDRPT
ENDSEG
ENDSET
ENDSFT
ENDSRV
ENDSUB
ENDSW

ENDTST
EQUALS
ERRDF

1-4654

6})3(1)(1):

14=164

14-168

216

17-24

4224

42-34

42-65

62-101

42-109

42-115

42-120

42-124

42-130

56-107

57-111

59-77

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

1-520#
1-529#
1-5414
1-555#
1-568¢
1-580#
1-59#
59-69
1-614#

14-164
14-16#
14-164
14-164
14-164
14-16#
14-16#
6061
14-16#4

76-17
48-262
53-56
60-105
18-12

48~362
53-160
61-41

48-371
53-195
61-74

S51-60
56-~48
61-107

67-134

68-258

S1-47

70-83

53-197
71-68

54-51

56~83
73-53

76-47

57-86

58-106

59~71

60-106

61-109

62-48

64=44

65-151

32-66
51-55
58-56

37-31
53-138
58-76

37-36
53-150
59-42

41-59
53-182
59-64

41-81
54-49
6047

41-96

48-37

56-31
60-52

5646
60-88

64-30

64-36

65-31

68-198

68-250

57-29

57-40

5742

58-68
60-21
61-49
64-18
67-40
71-56

58-71
60-24
61-52
64-27
67-43
72-35

58-73
60-33
61-79
65-28
6747

1-624#

14=1&6#

72-48

1-642#¢
1-714#
48-272
56-64

14-164
14~16#
4B-283
56-79

19-8
28-65
4B-294
57-33

28-76
48-303
57-46

29-52
48-334
57-83

30~76
48-339
58-35

32-61
48-345
58-42

ERRHRD

65-59
6;-??8#

65-64
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65-83
67-115

65-88
68-85

65-113
68-141

65~118
68-148

65-140
68-154

ERROR
ERRSF

1=722#
1-7264

14-164
14-164

ERRTBL
ESCAPE

1-7344
1-7444

54-32
57-60
58-100
60-66
61-88
65-97
68-104

54~41
57-69
59-20
60-69
62-11
63>-100
68-107

56-21
57-71
59-23
60-72
62-21
65-103
68-110

56-25
58-24
59-33
60-81
62-24
65-110
68-128

956-53
58-27
59-37
60-85
62-27
65-127
68-134

45-48
75-15
75-17

75-16
76-15

60~-93

ERRSOF

SEQ

1-730#

60-102

14-164

14-16W
14-16F
57-57
58-96
60-57
61-85
65-80
68-91
14-164
14-164
14-164
14-164
14-164
14164
14-164
14-164
164-164
14-164
14164
14-164
14-164
164-164
14-164
164-164
14164

61-32

61-37

61-64

61-69

61-98

61-103

65-145
68-159

62-39

62-44

67-58
68-164

67-68
68-170

57-20
58-39
59-56
61-20
62-36
65-137
70-60

57-24
58-51
59-59
61-22
64~12
67-25
70-66

67-74
68-175

67-79

67-87

65-36

67-93

35-54

15-11

56-58
58-30
59-45
61-17
62-34
65-130
68-137

57-27
58-65
60-18
61-46
64-15
67-37
70-68

73-36

CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAG% M-3

CROSS REFERENCE TABLE

(CREF Vv01-05 )

1=:474
1-DOO#
1-E18#
1-E82#4
1-D66
42-11
42-32
42-51#
42-85#4
42-112
42-129
51-58
53-152
56-97#4

76-32
15-1

15-1

75-15

75=-154

75=-164
28-82#
42-134
42-334
42-63
42-99

57-105#

57-109#

15-11
15-11
15-1

15-11
15-11
15-11

LASTAD
MSBYTE
MSCHEC
MSCNTO
MSCOUN

MSDATA

M$DECR

MSDEF
A
MSENDE

MS$ERRI

MSESCA

16-164
14-164
14-164
14164
164-164

28-73

15-11

15-114
75=174

76-15#
42-94
42-23
42-41
42-78

18-12#
42-1204
48-2624

53-160#
56=-107»
58-784
60-614
61-109#4
65-14#4
73-534
75-164
42=-34#
49-134
57-864

42-101#
45-171#
S1-47#

42~1244
53-197#

CZDMIBO DMR-11

FUNCTIONAL TESTS MACRO V03.01 23-APR-80 08:29:31 PAGE M-4

CROSS REFERENCE TABLE

(CREF vO1-05 )

62-36

64-12

65-80
65-137
68-91

MSESCS

MSEXCP
MSEXIT
MSEXSE
MSEXTJS
MSGEN

MSGENB
T

51-010#

65-80#
65-137#
68-914
0-60#
16-16F

65-97
67-25
68-106
0-66

54-328

64=-124

65-974
67-254
68-1044
70-664
54~414

64-15

65-100
67-37
68-107
7 0-68

56214

64-154

64-18

64-184

64-27

65-103
67-40
68-110

65-103#
67404
68~1104

65-110
67-43
68-128

64-274

65-110#
67-434
68-128¢

65-28

56-25#4

56534

S56-584

57-204

57-24M

59-334
60~814
2=24N

59-374
60-854
62-27H

59-454
61-174
62-34H

59-564
61-204
-

65-100#
67-374
68-107#4
70-68#

218

65-28#

65-127
67-47
68-134
7

65-127#
67-474
68~134#

57-278

S57-2W

59-594
61-22¢
64=12F

60-184
61468
64-15K

65-56

65-564

65-130
67-51
68-137
74-34

65-1304
67-514
68-137#

S57-40N

S7-42#

60-214
61-4F
O4-18F

“
61-52¢
64278

60-334
61-79#
65-28#4

58-84#
60-394
61-82¢

58-964
60-S574
61-85¢

58-1004

59-204

61-88¢

62-11#

59-23¢
60-724
2=21#

67-514

68-91#

68-1044

68-1074

6B8-110#

68-128#

68-134#

68-137¢

70-608

70-66#

70-68¢

71-56#

72-35#

1-EQ1¥
1-D14#
1-D224¢
1-D18F
1-D38»

14-16#
14-164
14-16#
14-164
14-164

75-15

75-154

75-16

75-164

75-17

75174

76-15

76~-15

76=15#4

15-11
15-11
15-11#
15-11#
15-11#
17-10#
42-8#
42-1014#
42-122#

15-11
15-1
15-114
15-114
15-114
17-24
42-24
42-105
42-126

15-11
15-1
15-114
15-114
15-114
17-24#
42-268
42-1054
42-126#

15-11
15-11
15-11
15-114
15-114
15114
18-8
42-27
62-109
42-126

15-11
15-11
15-11
15-11#
15-114
15-114
18-8
42-278
42-109
42-1264

15-11
15-11
15-11
15-11#
15-11#
15-11#
18-84
42-34
42-111
42-130

15-11
15-11
15-1
15-114
15-114
15-11¢
18-84
42-344
42-1114
42-130#

15-11
15-11
15-1
15-114
1S-114
15-11#
18-12
42-36
42-115
44-8

15-11
15-11
15-11
15-114
15-11¢
15-11#
18-12#
42-364
42-115#
44~

15-11
15-11
15-1
15-114
15-11¢
16-8
22-13
42-65
42-118
45-8

15-11
15-11
15-11
15-114
15-114
16-84
22-134
42-654
42-118#
45~

15-11
15-11
15-11
15-114
15-114
17-10
22-18
42
42-120
45-171

15-11
15-11
15-11
15114
15-114
17-10
2-184
42-684
42-120#
45-171#

15-11
15-1
15-114#
15-114
15-11#
17-10#
42-8
42-101
42-122
8

1-C38#¢
1-D35#
42-109

14-16#
14~-164
42-109#

17-24
42-115

17-24#4
42-115#

18-12
42-120

18-12¢
42-120#

42-24
42-124

42-24M
42-124

42-34
42-130

48-371
53-197
57-85

42~34#
42-130#

48-3714
53-197#
57-85#4

42-65
44-14

42-654
Ga=-144

42-101
45-171

59-71

50-71#

59-77

59-774

60-105#

60-106

60~-106#

46-28
51-60
56~81
61-74
65-92
MSGETT

62-36#

SEQ

71-68
1-B774

58-84#

46-28%
S1-60#
56-81#
61-744
- 65-92#
71-684¢
14-16#

58-96#

47-16
53-56
56-83

61-107
65-122

72-48
54328
604
58-100#4

471684
53-56#
56-83#
S8-60#

61-107#
65-122#
72-484
54-414
57-694
59-204

48-262
53-160
56107
60~61

61-109
65-149

73-53
56=214
57-714
59-234

48-262¢
53-160#
56-107#
60-614

61-109#
65-1494
73-534¢
56-254
58-244
59-334¢

4B-362
53-195
57-48

60-105

62-48
65-151

74-47
56~534
58-274
59-374

4B-362#
53-195#
S7-484

02-4B8F
65-1514
76=47#¢
56-58#
58-304
59-45#

6444
67-134

75-19
S7-204
58-394
59-56¢

64448
67-134#
75-19#
S7-24M
58-5S14
59-504

49-13
54~51
57-86
60-111

65-40
68-258

76~-17
S7-278
58-654
60-184

49-13¢
S4~S1#
57~-86#

60-111#4

65404
68-258¢

76=-17#
S57-298
S8-68#
60-214

51-47
56~48
g?-m

61-41

65-68
70-83

76~30
S7-40#
58-71#
60~244

)

42-101#
45171

S1=47#
S6~48#
g;:gnx

61-41#

65-68#
70-83#

76=30#
S7-42#
58-73#
60~-33#

N1
CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO V03.01 23-APR~80 08:29:31 PAGE M-S

SeEQ

219

CROSS REFERENCE TABLE

(CREF v01-05 )

60-394
61-824
65-364
67-31#

60-574
61-B54
65-80#
6B8~91#

60664
61-884
65-974
68-104#

60-69¢
62-114
65-1004
6B8-107#

60-724
62-214
65-1034
68-1104

60-814
62=24M
65-1104
68-1284

60-85#
62-27H
65-127#
68-134#

61-174
62-34#
65-1304
68-1374

61-204
62-368
651374
70-604

61-220
64~128
67-254
70-664

61-46H
64=15#
67-374
70-684

61-4W
64-184
67-40#
71-564

1-C02#

14-164

14-194

15-11

15-1

15-11

15-114
15-11#
15-11#
22-134
42-1114

15-114
15-114
15-11¢
22-18
42-118

15-11#
15-11¢
15-11¢
22-18#4
42-118#

15-114
15-114
15-114
2-8
42-122

15-114
15-114
15-11#
42-84
42-1224

15-114
15-114#
16-8
42-27
42-126

15-114
15-11#
16-8#4
42=278
42-126#

48-3674
75-134

15-11
15-11
15-11#
15-11#
17-10
42-36
44-8
49-8
76-13

15-11

MSGNGB

15-11
15-11

15-114
15-117
15-11#
18-8
42-684

45-84
g;:ggz
MSGNIN

1-D4S#

15-11
15-11
15-11
15-114
15-114
15-14
16-8

16-8#
16-84
22-18

15-1
15-11

15-114
15-114
15-11¢
18-8
42-105

15-11
15-11

15114
15-114
15-11¢
18-8#
42-105#4

15-1
15-1

15-114
15-114
15-114
22-13
42-111

46-8
56-85

4684
56-85#

47-9
57-88

14-16#4

15-11

15-11
15-11
15-11
15-114
15-114
15-114
16-8

16-8#4

16-84
22-18

15-11
15-11
15-17
15-11#
15114
15-114
16-8

15-11
15-1
15-11
15-114
15-114¢
15-114
16-8

16-8#4
22-184

16-8#4
22-18¢

16-84

15-1
15-1

47-9% .
57-884
15-11

15-11
15-1
15-11
15-114
15-114
15-11#
16-8

16-8#
16-84
28-58

15-11
15-11

48-9
59-75
15-11

15-1
15-11
15-11
15-114
15-11#
15-114
16-8

16-8#
16-8#
28-58«#

15-11
15-11

48-94
59-75#

48-267
60-109

15-11

15-11
15-11
15-11
15-11#
15-114¢
15-11¢
16-8

16-84

17-10
8-61

15-11
15-11
15-114
15-114
15-114
15-114
16-8

16-84
17-10#
28-61

15-11
15-11

48-2674
60-109#
15-11
15-11
15-114
15-11#
15-114
16-8
16-8

16-8#
18-8
28-61

15-11
15-11

4B-367
75-13
15-11
15-11
15-11#
15-11¢
15-114
16-8
16-8

16-84
18-8#
28-61

15-11
15-11

15-11
15-11
15-114
15-11#
15-11¢
16-8
16-8

16-84

22-13
28-61

15-11
15-11
15-114
15-11#
15-11#
16-8
16-8

16-84

22-13
28-61

CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO v03.01 23~APR-80 04:29:
CROSS REFERENCE TABLE (CREF v01-05 )
42-71
42-78

42-71
42-78
42-85

42-71
42-78
42-85
42-92
42-99
42-106

42-71
42-78
42-85

42=714

SEQ

62=714
42~784
4«2-854

42-78
42-85
L2-854
L2=-928
L2-998
42-107
42-108
62-112
42-1134
L2-1164
L2-1194
62-123
42-129
45-25
45-30
45-48
45-55
45-768
45-934
45-948
46-10
L6218

4£8-37

48-374

4B8-272#
48-294
48-303#
48-339#4
48-362

51=21#

S51=-21#

5147

51-58
53-40
53-46
53-56
53-140
53-150
53-152
53-182
53-184
53-197#
54-41
54-51#
56-31
56-464
56-64
56=79#
S6-924
56-97#
56~105
57-17#

57714

42-78
42-35
42-92
42-924
42-95#4
42-107
42-108
42-112
42-113#
4L2-114n
42-119#
42-123#
42-129
45-25
45-30#
45-48
45-55#
45-76H
45-9%#
45-94a
46-10
46-24

48=2728
28-294
48-303¥
48-339
48-345#
49-114

57-57
57-71#

220

49-114

S1-474

51-58
53-40
53-46
53-56#4
53-140
53-150
53-152
53-182
53-184
54-32
564-41
56-18
56-31#
56-48
56-64
S6-7#
56-88#4
56-92#
56-101
56-105
57-20

57-29
S7-404

57-29#
S7-40#

57-60
57-83

57-604
57-83#

7-468

57-48

42-78

CZDMIBO DMR-11

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

CROSS REFERENCE TABLE (CREF v01-05 )
57-85
57-8%#
S7-90#
57-97

G M7

S7-84
57-90
7-93
7-97
57-101
57-105#4
57-109#
58-30
iwn

57-83#
S7-89#
57-90#
S7-93#
57-101
57-105
57-109
58-24#
58-35#
58-42o#
58-56
58-68
58-76

67-87#

CZOMIBO DMR-11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29 :31 PAGE M-8
CROSS REFERENCE TABLE (CREF v01-05 )

67-934
67-112
67-115#
68-15#
68-58
68-85
68-864
68-107
68-1344
68-148
68-154#
68-164
68-170#
68-198
68-235#
68-2504
68-251#

67-934
67-112
67-115#
68-15#

67-934
67-112
67-1154

67-934

67-98
67-112#
67-134n

67-98
67-112#
68-15
68-184
68-584

70-68#

76-32#

MSGNL
S
MSGNSU

53-162#
58-62#4
61-434

MSGNTA

42=244
42-1244

48-3714
53-1974
57-85#4

42-101#
46-2%#

S1-60#
56-81#4
58~44#
S9=714
61-7244
65-92#
71-68#

MSGNTE

5
67-11#

MSHAPT
M$INCR

46-254
48-267#
49-8

S1-42#4
53-32#

E 2
CZDMIBO DMR-11 FUNCTIONAL TESTS MACRO v03.01 23-APR-80 08:29:31 PAGE M-9

CROSS REFERENCE TABLE

535
53-182#
564=51#
56=25#

SEQ

(CREF v01-05 )

53-595#
53-184#
56-17
56=-31#
834

53-59#
53-195#4

53-138#
53-197#

53-140#

53-1504
5

M$ 10SE
MSLDRO

53-152#
5429
56=-17#
5650
56-88#

53-160#4

53-162
54=294
56-18
56-504
56-974
57-17#
S7-504
57-88#4
58-20#
58-46
58-624
964

53-162

223
53-1624
b

Q1-1174
45484
68-82#

MSMASK
MSMCH!
MSMCLO
MSMSK1
M$POP

42-344
48-3714

57-85#

42-101#
45-171#
S51-47#
8#»

MSPRIN

42-854

421074