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AH-S035B-MC

May 1980

154 pages

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Document:	CVDPVB0 DPV-11 DPV-11 FUNC. DIAG AH-S035B-MC FEB 1981 gray
Order Number:	AH-S035B-MC
Revision:	0
Pages:	154
Original Filename:	CVDPVB0__DPV-11__DPV-11_FUNC._DIAG__AH-S035B-MC__FEB_1981_bw.pdf

OCR Text

0PV
-1

DPV-11

UNC.

VBO

DIAG

. ARERAAN
i,
C
35B-M
AH-SO
usa
1
waoe
E 1 OF 1

FICH

CVvDPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE !

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NO NN =000

NON W

PROGRAM DOCUMENT

NLIST
.REM 3

T0C
IDENTIFICATION

PRODUCT

AC-S0338-MC

CODE:

PRODUCT NAME:

CvDPVBO

PRODUCT

OCTOBER 1980

DATE:

CPV11

FUNC DIAG

MAINTAINER:

DIAGNOSTIC ENGINEERING

AUTHOR:

MIKE O'CONNOR

THE

INFORMATION

NOTICE

AND

IN THIS DOCUMENT

SHOULD

CHANGE WITHOUT

SUBJECT

NOT BE CONSTRUED AS A COMMITMENT BY DIGITAL
DIGITAL EQUIPMENT CGRPORATION ASSUMES NO
EQUIPMENT CORPORATION.
RESPONSIBILITY FOR ANY ERRORS THAT MAY APPEAR IN THIS DOCUMENT,
FOR
IS ASSUMED
SOF TWARE ON EQUIPMENT THAT [S NOT

NO RESPONSIBILITY

AFFILIATED COMPANIES.

THE
USE
SUPPLIED

OR
BY

RELIABILITY
DIGITAL

COPYRIGHT (C) 1980 BY DIGITAL EQUIPMENT CORPORATION
THE FOLLOWING ARE TRADEMARKS OF DIGITAL EQUIPMENT CORPORATION:
DIGI
DEC

PDP
DECUS

UNIBUS
DECTAPE

MASSBUS

CVOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 2

PROGRAM DOCUMENT
\

REVISION HISTORY:

S
6

REV
—a-

10
"
12

DATE
PR,

AUTHOR

REASON

JUNE 80

MIKE
MIKE

ORIGINAL RELEASE
1. CHANGE CHARACTER LENGTH

ocT. 80

OCONNOR
OCONNOR

IN TEST 37
2. C(HANGE TIMEOUT IN TEST 29
3. ENHANCEMENTS

CVOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-B0 08:56:53 PAGE 3

1.0 INTRODUCTION

2.0 HARDWARE REQUIREMENTS
3.0 PRELIMINARY PROGRAM REQUIREMENTS

e
s

—
NN

4
4
4

NON\N

4
4
4

4.0 GENERAL PROGRAM CONSIDERATIONS

DIAGNOSTIC SUPERVISOR
EXECUTION TIME
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
INITIAL DIALOGUE
PROGRAM OPTIONS

»
x
o

o
=
=

COMMAND
TESTS SWITCH
PASS SWITCH
FLAGS SWITCH
END OF PASS SWITCH
EFFECT OF START COMMAND
(]

wde

START
.3.1.1
.2
.3
6

N-')U'
P ]

6.3.1

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BT[] Yo. Yo Xo. Yo. XV ToL] No. W No. Yo
Yo AV TeL) YoL] Yo. JaNTo. YoL] Yo. YoTo
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nwwur:guwuw

CONTENTS

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PROGRAM DOCUMENT

ASS SWITCH

LAGS SWITCH
3 FFECT OF CONTINUE COMMAND
0 COMMAND
F LAGS SWITCH
3 FFECT OF PROCEED COMMAND
"

v ITS SWITCH
E FECT Of ADD COMMAND

R P C0

v I1TS SWITCH
E FECT OF DROP COMMAND
ND
C
3 FECT OF PRINT COMMAND
\ COMMAND
V) NITS SWITCH

CVOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 3-1

1
1

W
N

7.0 DEVICE

6.
9
6.
A
6.

00
oooor

PROGRAM DOCUMENT

FF CTDOF
DISPLAY COMMAND
3
OMMA
FF ECT OF FLAGS COMMAND
C OMMAND
EFf FECT OF ZFLAGS COMMAND
L CHARACTERS
ROWARE PARAMETERS
OF TWARE PARAMETERS

.14 EXTENDED DISCUSSION OF P-TABLE DIALOGUE
1

INFORMATION TABLES

8.0 TEST DESCRIPTIONS
DATA PATTERNS USED
9.0 ERROR INFORMATION
9.1 ERROR REPORTING

CVOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 4

PROGRAM DOCUMENT
1

2
3

1.0

INTRODUCTION

8
9
10

THIS PROGRAM WILL BE
[MPLEMENTED USING
THE
DIAGNOZTIC
SUPERVISOR AND A STRUCTURED PROGRAMMING APPROACH.
BECAUSE
THE
DESIGN WILL
CONFORM
TO THE
SUPERVISOR
(STANDALONE

AND SLIDE.

VERSION) THE PROGRAM WILL BE COMPATIBLE WITH ACT, APT, XXDP+,

ThtOUGH DIALOGUE WITH THE OPERATOR, THE PROGRAM WILL
ALLOW
MODIFICATION OF
DEVICE PARAMETERS, SUCH AS LSI-BUS ADDRESS,
VECTOR ADDRESSES AND DEVICE
PRIORITY.
IN ADDITION,
THE
OPERATOR
CAN SPECIFY
PARTICULAR
TESTS
TO BE
RUN AND A
VARIETY OF LOOPING, RUNNING, AND REPORTING MODES.

20
21
22

DEVICE ERRORS WILL BE REPORTED AS THEY OCCUR.
THE REPORT
WILL
INCLUDE A TEST NUMBER AND DESCRIPTION OfF THE ERROR,
GOOD AND BAD TEST DATA,
AND APPLICABLE
DEVICE REGISTER
CONTENTS.

2.0 HARDWARE REQUIREMENTS

28
%g

THE FOLLOWING HARDWARE IS REQUIRED TO RUN THE DPV11 FUNCTIONAL
DIAGNOSTIC TESTS:

3
32

A LSI11 OR PDP11/03
16K MEMORY

3.0 PRELIMINARY PROGRAM REQUIREMENTS

IT IS ASSUMED THAT THE PROCESSOR IS IN PROPER WORKING CONDITION.

43
44

THE DEVICE ADDRESS AND THE INTERRUPT VECTOR MUST BE KNOWN BEFORE
ANSWERING THE USER DIALOGUE.
THE USER SHOULD ALSO KNOW WHETHER

15
16
17
}g

23
24
25

33
34
35
36
37
38

CONSOLE TERMINAL
DPVIN

THE CPU IS A L5111 (M7264), A LSI11/2 (M7270), OR A LSI111/23
(M8186).

FINALLY THE USER MUST DECIDE THE TYPE 9F TURNAROUND

IN ORDER TO DETERMINE THE CONNECTOR (IF ANY)

!S NECESSARY.

50
g;

4.0 GENERAL PROGRAM CONSINERATIONS
4.1 DIAGNOSTIC SUPERVISCR

53
56
55
56
57

THIS PROGRAM 1S COMPATIBLE WITH THE STANDALONE DIAGNOSTIC
SUPERVISOR, AND MUST BE LOADED TO BE CO-RESIDENT WITH THE
SUPERVISOR, OR BE PREVIOUSLY COMBINED WITH THE SUPERVISOR
AND LOADED AS A SINGLE FILE. 1IN EITHER CASE, THE (OMBINED
PROGRAM WILL NOT EXCEED 16K OF MEMORY.

CVOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 4-1

PROGRAM DOCUMENT

4.2 EXECUTION TIME

EXECUTION TIME IS DEPENDENT ON THE PROCESSOR SPEED AND THE TYPE OF LOOPBA(K
THE FOLLOWING ARE THE TIMES TO COMPLETE THE 1ST PASS:
RS423 (OR INTERNAL)
RS422

LSIN
(KD11-F
LSI11/2 (KD11-HA
LSI11/23(KDF11-AA

M7264 MODULE):
M7270 MODULE):
MB186 MODULE):

10 SECONDS
10 SECONDS
7 SECONDS

30 SEC.
30 SEC.
5 SEC.

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

MAY

RUN

4.4 ACT/SLIDE

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

THIS PROGRAM MAY BE LOADED
BY
THE
APT
SYSTEM
APT-RD) AND RUN IN PROGRAM MODE OR SCRIPT MODE.

(INCLUDING

4.6 MEMORY MANAGEMENT

THERE

1S NO MEMORY MANAGEMENT USE

IN THIS DIAGNOSTIC.

4.7 MEMORY PARITY OPTION

IF PARITY MEMORY

INSTALLED,

DISABLED BY THE PROGRAM,

MEMORY

PARITY

TRAPS

ARE

4.8 ERROR LOGGING

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

COMMAND.

5.0 PROGRAM LOAD MEDIA

THIS PROGRAM CAN BE
LOADED FROM PAPER
TAPE USING THE
ABSOLUTE
LOADER OR FROM ACT, SLIDE, OR APT SYSTEMS, OR FROM
ANY MEDIA SUPPORTED BY XXDP+,
WHEN USING THE PAPER TAPt
ABSOLUTE
LOADER,
THE PROGRAM SHOULD BE
LOADED FIRST,

FOLLOWED BY THE DIAGNOSTIC SUPERVISOR. WHEN USING XXDP+, THE
DIAGNOSTIC SUPERVISOR SHOULD BE LOADED FIRST, FOLLOWED BY
THE DIAGNOSTIC PROGRAM.

CVOPVBO DPV11

FUNC DIAG MACRO V03.01 28-0CT-80 08:56:53 PAGE 4-2

000~V

wd
D e
D

6.0 OPERATING INSTRUCTIONS
6.1 LOADING AND STARTING PROCEDURES
6.1.1 LOADING PROCEDURES
THIS PROGRAM
MAY
BE
LOADED
FROM
PAPER
TAPE
USING
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
AT
LOCATION
PROCEDURES TO START THE PROGRAM.

200.

USE

STANDARD

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D ed

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N AWV P X af ik alF plF o o o £ B NN AN N NN AN A N NI A NI NN NI AT PO PO N
OPD~NON
SN =200
NOWNB WSOV
NOWNES
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b b b D

PROGRAM DOCUMENT

6.1.3 STEPS FOR QUICK AND SIMPLE EXECUTION
THE

DIAGNOSTIC

CAN

BE EXECUTED STANDALONE UNDER XXDP+,

WITHOUT READING THE REMAINDER OF
A)
R)
C)

THIS DOCUMENT, AS FOLLOWS:

LOAD AND START DIAGNOSTIC USING RUN COMMAND
RECEIVE DIAGNOSTIC SUPERVISOR IDENTIFICATION AND PROMPT
ENTER STA<CR>

(DRS-(>)

D) ANSWER HARDWARE AND SOF TWARE QUESTIONS
E) GET END OF PASS MESSAGES OR ERROR MESSAGES
F) TO END EXECUTION, ENTER CONTROL/C
6.2 INITIAL DIALOGUE

AFTER THE PROGRAM AND THE SUPERVISOR ARE LOADED AND THE PROGRAM

IS STARTED, THE FOLLOWING IDENTIFICATION IS TYPED

DRS LOADED
DIAG. RUN-TIME SERVICES
DR>

THE OPERATOR THEN PROCEEDS BY TYPING ONE OR MORE OF THE
COMMANDS DESCRIBED IN THE FOLLOWING SECTION 6.3. (FOR MORE

DETAILED INFORMATION, REFER TO THE DIAGNOSTIC SUPERVISOR
FUNCTIONAL SPECIFICATION).

6.3 PROGRAM OPTIONS

6.3.1 START COMMAND
(22 22222222232 222020200R0020R2
222222202 20000000 RR0RdR222])

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

(2328323283333 2322320200R00222323222
2222822222222 0112222222211]}]

CVOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 4-3

6.3.1.1 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 7O BE EXE.UTED.
THE NUMBERS ARE SEPARATED BY COLONS.
TO THE LARGEST TEST NUMBER IN THE
1
FROM
RANGE
NUMSERS
THE

DIAGNOSTIC. THEY MAY BE SPECIFIED IN ANY ORDER. TESTS WILL
BE EXECUTED IN NUMERICAL ORDER REGARDLESS OF THE ORDER OF
THE DEFAULT IS TO EXECUTE ALL TESTS. ON
SPECIFICATION.,
THIS AND ALL SWiTCHES, THE ANGLE BRACKETS <> ARE PUNCTUATION
USED IN THE DEFINITION ONLY, AND ARE NOT TO BE TYPED BY THE
SEE EXAMPLE AT END OF 6.3.1.5.
OPERATOR.

PONININ)
=P aod ecd d cd ccd e ed ndd e b b

b e

b ad o

b -

OOCOOVOVOVOVOVOOVOVO® 0000000000 00000000 N N~NN~NN ~N~
WA =2 O 000 ~NONVNV S [V 1,8 ]
W
=2 OO0V NOWNS WO OO NO WV

PROGRAM DOCUMENT

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.
IN THIS CASE EXIT FROM
THE DEFAULT IS NON-ENDING EXECUTION.
THE PROGRAM IS ACCOMPLISHED EITHER BY TYPING A CONTROL/C OR
BY OCCURANCE OF AN ERROR WITH THE HALT ON ERROR FLAG BEING
SEE EXAMPLE AT
ES;.OFTZESE¥I§ IS A RETURN TO COMMAND MODE.

6.3.1.3 FLAGS SWITCH (/FLAGS:<FLAG-LIST>)
CFLAG-LIST>
IS
A
SEQUENCE OF ELEMENTS OF THE 7rORM <FLAG>,
<FLAG=1>, OR <FLAG=0>, SEPARATED BY COLONS, WHERE <FLAG> HAS
ONE OF THE FOLLOWING VALUES:

HOE

NN—=2OVONO VSN —

PNOOUN) b

b ced ad —d

b e

STSLSTNTNLNTSTN1NTN1N
[V

LOE

IER
IBE
IXE
PRI
PNT
BOE

UAM
ISR

IDU

LOT

HALT ON ERROR, CAUSING COMMAND MODE TO BE
ENTERED WHEN AN ERROR IS ENCOUNTERED

LOOP ON ERROR, CAUSING THE DIAGNOSTIC TO LOOP

CONTINUOUSLY WITHIN THE SMALLEST DEFINED BLOCK
OF CODING (SEGMENT, SUBTEST, OR TEST) CONTAINING THE ERROR
INHIBIT ERROR REPORTING
INHIBIT BASIC ERROR REPORTS
INHIBIT EXTENDED ERROR REPORTS
DIRECT ALL MESSAGES TO A LINE PRINTER
PRINT NUMBER OF TEST BEING EXECUTED
BELL ON ERROR

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

THE FLAGS NAMED OR EQUATED TO 1 ARE SET, THOSE EQUATED 10 0
ARE CLEARED. A FLAG NOT SPECIFIED IS CLEARED.
IF THE FLAGS
SEE EXAMPLE AT
2:518? 6I§ 1N(S)T GIVEN ALL FLAGS ARE CLEARED.

CVOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 4<4

PROGRAM DOCUMENT

6.3.1.4 END OF PASS SWITCH (/EOP:<INCR>)
<INCR> IS A DECIMAL NUMBER INDICATING HOW OFTEN (IN TERMS OF

PASSES)
IT
IS DESIRED THAT
THE END
PRINTED.
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 START COMMAND IS TO INITIATE THE HARDWARE
PARAMETER DIALOGUE, THE
SOFTWARE PARAMETER DIALOGUE,
AND
THEN THE DIAGNOSTIC TESTS THEMSELVES.

HARDWARE PARAMETER DIALOGUE COMMENCES WITH THE QUESTION
OPERATOR REPLIES WITH A DECIMAL
NUMBER N FROM 1 TO 16. THE TERM ''UNIT'' REFERS TO THE DEVICE
FOLLOWING
TO WHICH THIS SERIES OF DIAGNOSTICS IS DEDICATED.
THIS ARE THE QUESTIONS WHEREBY THE P-TABLES THEMSELVES WILL
BE BUILT. EACH P-TABLE IS A CORE-RESIDENT TABLE CONTAINING
THE OPERATOR
ALL THE HARDWARE INFORMATION FOR ONE UNIT.
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
RY GIVING N VALUES, SEPARATED BY COMMAS, TO EACH QUESTION
(SERIES WILL BE POSED ONCE). EACH QUESTION IS FOLLOWED BY
(D FOR DECIMAL, B FOR BINARY, 0 FOR
THE RESPONSE RADIX
OCTAL, L FOR YES/NO) IN PARENTHESES AND THE DEFAULT VALUE
THE

"# UNITS?'' TO WHICH THE

AFTER THE PARENTHESES.

FOLLOWING THE HARDWARE QUESTIONS ARE THE SOF TWARE QUESTIONS
(QUICK
TO BUILD THE SOFTWARE TABLES, WHICH DEFINE THE MODE
VERIFY ETC.) THAT THE DIAGNOSTIC WILL EXECUTE IN.

WHEN THE QUESTION “'# UNITS?'' IS ANSWERED, MEMORY STORAGE IS
ALLOCATED FOR THE P-TABLES, AND IF THERE IS NOT ENOUGH T0O

ACCOMMODATE THEM THE MESSAGE °''TOO MANY UNITS'' IS ISSUED.

THIS CASE THE DIAGNOSTIC MUST BE EXECUTED MORE THAN ONCE

TEST ALL UNITS.

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 EXECUTED AGAINST
ALL UNITS. THERE IS NO DIFFERENCE BETWEEN SAYING <FLAG> AND
SAYING <FLAG=1>. THE NOTATION <FLAG=0> IS MEANINGFUL ONLY ON
A COMMAND OTHER THAN START TO CLEAR A FLAG THAT WAS
PREVIOUSLY SET. NOTE THAT ON ALL COMMANDS ONLY THE FIRST
THREE LETTERS ARE SCANNED.

6.3.2 RESTART COMMAND
3322322322322 22222223x2z22x2222 2223332222020 221111 ]])]

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

CVOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 4-5

PROGRAM DOCUMENT

<FLAG=LIST>/UNITS:<UNIT-LIST>
1282 8222222220222 2222022202200 222020022

2 RRdtRRRRRRRdldd)

6.3.2.1 TESTS, PASS, AND FLAGS SWITCHES
CTEST=LIST>,

<PASS=CNT>,

AND <FLAG-LIST> ARE

IN THE

START

COMMAND
.

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

D
e
e
e
o
d
b
D

V00NN
LS AW
=

AN L, AN N AN N AN N AN

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

6.3.2.3 EFFECT OF RESTART COMMAND
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
B)
AN ERROR JAS ENCOUNTERED WITH THE HALT ON ERROR FLAG SET ()
A CONTROL/( WAS ENTERED BY THE OPERATOR.

6.3.3 CONTINUE COMMAND
RN

RN A

T AR AR

AN R

RN AR R

R AN R

CON(TINUE) /PASS : <PASS=CNT/FLAGS:<FLAG-LIST>
N

RN R R

RN NRRARR

SI
I T I T
T

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

CVOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 4-6

PROGRAM DOCUMENT

343
344
345

6.3.3.3 EFFECT OF CONTINUE COMMAND

CONTINUE

MUST HAVE

MUST

BEEN

ENTERED

A START OR RESTART, AND COMMAND MOOE
OUE

HALT

ERROR

CONTROL/C. THE EFFECT OF THE COMMAND IS TO GO TO THE
BEGINNING OF THE TEST THAT WAS BEING EXECUTED WHEN THZ HALT
SOFTWARE DIALOGUE MAY OPTIONALLY
OR CONTROL/C TOOK PLACE.
BE REEXECUTED. HARDWARE PARAMETERS MAY NOT BE CHANGED.
6.3.4 PROCEED COMMAND
(2223222222222 2 222322232222 222020222 2222228200200 RR2RRRR2RRRd)

PRO(CCEED) /FLAGS:<FLAG=-LIST>
12222

R0t

2RSS 2 22222222202 22220202RRRd

RRlRRRRRtlll)

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

BUT

UNSPECIFIED

6.3.4.2 EFFECT OF PROCEED COMMAND

PROCEED

MUST FOLLOW A START, RESTART, OR CONTINUE.

COMMAND

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

6.3.5 ADD COMMAND
1222222222223 22223222822 222 20222222222

2200000020 RRRRRRd R

ADD/UNITS:<UNIT-LIST>

1222222322222 22232222232223 2222223232323 20 X222 3220222202202 22R00)

6.3.5.1 UNITS SWITCH (/UNITS:<UNIT=-LIST>
CUNIT=LIST> IS AS IN THE RESTART COMMAND.

6.3.5.2 EFFECT OF ADD COMMAND

THE UNITS SPECIFIED ARE ADDED TO THE

UNIT

MUST

HAVE

P-TABLE

TEST

MEMORY

SEQUENCE.

DUE

EACH

TO AN EARLIER

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

CVOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 4-7

PROGRAM DOCUMENT

6.3.6 DROP COMMAND
NN

T AR

R A

AN RN NN R RN

DRO(P) /UNITS:<UNIT=-LIST>
122

R R

X2 R R

AR RRRRRRRRRARRRRddd)

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

IS AS

IN THE RESTART COMMAND.

6.3.6.2 EFFECT OF DROP COMMAND

THE UNITS SPECIFIED WILL BE DROPPED FROM TESTING.
THE UNITS
WILL BE RESELECTED GNLY BY THE EXECUTION OF AN ADD OR START
COMMAND.
THE UNITS SWITCH MUST BE ENTERED.
THIS COMMAND
MUST BE FOLLOWED BY A RESTART OR A CONTINUE COMMAND.

6.3.7 PRINT COMMAND
R Y
R
R
R
R
T
T T R
T

PRI(NT)

L I

T R R I

6.3.7.1 EFFECT OF PRINT COMMAND

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

SINCE THE LAST
THE ISR (INHIBIT

6.3.8 DISPLAY COMMAND
2228223232223 22223X3 2232282282223 2202302223223 32 02200202000 ];

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

L T T

TR T R

R TR

R I T I D

6.3.8.1 UNITS SWITCH (/UNITS:<UNIT=LIST>)
CUNIT=LIST> IS AS IN THE RESTART COMMAND.

6.3.8.2 EFFECT OF DISPLAY COMMAND

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

6.3.9 FLAGS COMMAND
456

1222222222222 2223 2222230 0202222220

R Rttt RRRRRRRdl

CVOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 4-8

PROGRAM DOCUMENT

657
458
459
460
461
462
463
464
465

FLACGS)

1 32 2322222022222

2222222222 2222222222280

223000 RRRRRRRRRdd

6.3.9.1 EFFECT OF FLAGS COMMAND
THE CURRENT SETTINGS OF

ALL FLAGS ARE PRINTED.

466

6.3.10 ZFLAGS COMMAND

L68
469
470
“N
672
473
474
475
476
677
478
479
480

1 3222222232223 2232222222822322202232322222200220R2000RR80RRRRRd)

467

481
482
483
484
485
486
487
488
489
490
9N

49?2
493
496
495
496
4«97

IFL(AGS)

1822222222222

22020

2222002220000

200030 RRR0RRRRRtRRRRlR
Rl

6.3.10.1 EFFECT OF ZFLAGS COMMAND
ALL FLASS ARE CLEARED.

6.3.11

CONTROL

A CONTROL C

CHARACTERS

KETURN

CONTROL

COTMMAND MODE.

(Z)

ENTERED DURING ONE OF THE OPERATOR

DIALOGUES- HARD CORE QUESTIONS (SEE 6.2) ,HARDWARE DIALOGUE
(SEE 6.7.1.5), OR SOFTWARE DIALOGUE (SEE 6.3.1.5) CAUSES THE
DEFAULYS TO BE TAKEN FOR THE REMAINDER OF THAT DIALOGUE.
A CONTROL O (0) ENTERED DURING THE EXECUTION OF A DIAGNOSTIC

CAUSES

ALL

TELETYPE

OUTPUT

SURPRESSED FOR THE
O
IS
TYPED,

REMAINDER QF THE DIAGNOSTIC OR UNTIL
ANOTHER
WHICH RESTORES NORMAL TELETYPE OUTPUT.
6.3.12 HARDWARE PARAMETERS

THE
[OLLOWING & QUESTIONS WILL BE ASKED ON A START COMMAND.
THE VALUE LOCATED TO THE LEFT OF THE QUESTION MARK
IS
THE

DEFAULT

RESPONSE.

VALUE

ADDRESS :

THAT

WILL

TAKEN

A CARRIAGE RETURN

(0) 160010?

THIS 1S THE ADDRESS AT WHICH THE DPV CSR REGISTERS RESIDE

THE

LSI-BUS.

VECTOR

THE

ALLOWABLE

RANGE

(OCTAL), AND THE DEFAULT VALUE IS 160010.

THIS IS THE ADDRESS OF THE

LOOPBACK -

160000-177776

(0) 300 ?

DEVICE.
THE ALLOWABLE
DEFAULT VALUE 1S 300.
3.

INPUT INTERRUPT VECTOR

RANGE

FOR

THIS

IS 000-674 (OCTAL), AND THE

[CVDPVBO OPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 4-9

NN =2 O 000 NN Po

N AA WA N N AN WNVWVWW w
NININININININ
P b ad e ad b

PROGRAM DOCUMENT

0 = INTERNAL, 1 = RS423, 2 = RS422
3 = LOCAL MODEM LOOP, & = REMOTE MODEM LJOP «0)

THIS 1S THE USER SELECTED LOOPBACK. THE DEFAULT IS RS&23.
THE FOLLOWING SHOULD BE CONSIDERED:

INTERNAL LOOPBACK RUNS THE DIAGNOSTIC THROUGH THE
USYNRT MAINTENANCE MODE LOOPBACK.
THE DRIVERS WILL
NOT BE TESTED.

NO_CONNECTOR IS REQUIRED.

B. RS423 REQUIRES A H3260 ONBOARD CONNECTOR OR THE
BCOSC CABLE AND THE H3259 CONNECTOR.
THIS TURNAROUND
WILL PROVIDE A 2K CLOCK FOR DIAGNOSTICS.
ALL TESTS
SHOULD BE ABLE TO BE RUN ON ALL PROCESSORS.

(. R2422 REQUIRES A MODIFIED H3260 ONBOARD CONNECTOR.

THIS TURNAROUND WILL PROVIDE A SOK CLOCK FOR DIAGNOSTICS.
THE TESTS RUN WILL DEPEND ON THE PROCESSOR.
1. THE LSI11/23 SHOULD RUN ALL TESTS.

2. THE LSI11/2

SHOULD RUN ALL TESTS EXCEPT TESTS 29-41.

3. THE LSI11 WITHOUT PROCESSOR MEMORY REFRESH SHOULD
RUN ALL TESTS EXCEPT TESTS 29-41,
4. THE LSIT1 WITH PROCESSOR MEMORY REFRESH SHOULD
RUN ALL TESTS EXCEPT TESTS 29-43.
D. LOOPBACK THROUGH THE MODEM SHOULD ONLY BE ATTEMPTED [F
MODEM SUPPORTS THAT TYPE OF

LOOBACK.

6.3.13 SOFTWARE PARAMETERS

NO SOFTWARE PARAMETER .UESTIONS ARE ASKED BY TIS DIAGNOSTIC
6.3.14 EXTENDED DISCUSSION OF P-TABLE DIALOGUE
THE
FULL CAPABILITY OF THE HARDWARE DIALOGUE IS REVEALED BY
THE FOLLOWING DISCUSSION OF WHAT HAPPENS INTERNALLY.

AS SOON AS THE QUESTION ''# UNITS?'' IS ANSWERED
(WITH THE
NUMBER N,
SAY)
SPACE IN CORE IS ALLOCATED FOR N P-TABLES.
ALL OF THE P-TABLES ARE OF THE SAME FORMAT, AND THERE
IS A
ONE-TO ONE CORRESPONDENCE BETWEEN THE HARDWARE PARAMETER
QUESTIONS AND THE SLOTS IN THE P-TABLE FORMAT.

THE SLOTS IN
ON THE FIRST TRIP THRU THE QUESTIONS, ALL OF
ALL OF
THE P-TABLES ARE FILLED.
IF THE OPERATOR TYPES IN
LESS THAN N EXPLICIT VALUES IN RESPONSE TO A PARTICULAR
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
P-TABLES.
REMAINING
THE
IN
SLOT
THAT
USED TO FILL

ON SUBSEQUENT TRIPS THRU THE QUESTIONS, THE SAME PROCESS 1S
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

REISSUED

UNTIL

LEAST

ONE

THE

[

CVOPVBO DPVI1 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 4-10

PROGRAM DOCUMENT

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
EXAMPLE)., IF THE VALUES REPRESENT PURE NUMERICAL DATA, THIS
RANGE TRANSLATES TO THE STRING 6,7,8,9,10 (AN
SAMPLE
INCREMENT OF 1). IF THE VALUES ARE ADDRESSES, THE SAMPLE
RANGE TRANSLATES TO THE STRING 6,8,10 (AN INCREMENT OF 2).
NOW LET US SEE HOW WE (COULD USE THESE CAPABILITIES TO
CONSTRUCT A SET OF P-TABLES. ASSUME THAT WE HAVE 16 UNITS,
AND THAT THERE ARE THREE HARDWARE PARAMETERS FOR EACH (THREE
SLOTS IN THE P-TABLE, THREE HARDWARE QUESTIONS IN THE
DIALOGUE). LET THE DESIRED VALUE FOR THE FIRST PARAMETER BE
LET THE DESIRED VALUE FOR
THE NUMBER 75 FOR ALL 16 TABLES.
EQUAL TO THE UNIT NUMBER
BE
PARAMETER
SECOND
THE
(0,1,2,...,15) EXCEPT FOR UNIT 12, WHICH SHOULD RECEIVE THE
VALUE
11.
LET THE DESIRED VALUE FOR THE THIRD PARAMETER BE
THE NUMBER 76 FOR THE FIRST 7 UNITS AND THE NUMBER 77 FOR
THE LAST 9 UNITS.
THE

FOLLOWING DIALOGUE WOULD ACCOMPLISH THIS GOAL:

# UNITS

(D)

UNIT 0

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

UNIT 7

) -

7-11,,13-15
77

THE FIRST TIME THE SERIES IS ASKED, SLOT ONE RECEIVES A 75
IN ALL 16 TABLES. SLOT TWwO RECEIVES THE VALUES 0,1,2.....6

TABLES O THRU 6 AND A CONSTANT 6 IN TABLES 7 THRU 15.

SLOT THREE RECEIVES A CONSTANT 76 IN ALL 16 TABLES.

THE SECOND TIME THRU THE SERIES, TABLES 7 THRU THE END ARE
GOING TO BE AFFECTED (NOTE THAT THIS PIECE OF INFORMATION IS
PRINTED OUT FOR THE THE OPERATOR IN THE FORM 'UNIT XX'' AT
THE BEGINNING OF EACH SERIES). QUESTION 1 IS RESPONDED T0

BY A <CR>, SO SLOT ONE STAYS AT CONSTANT

TABLES

THRU 15, SINCE NO NEW EXPLICIT VALUES ARE TYPED IN. SLOT TwO
AND
GETS THE VALUES 7.8,9,10,11 IN TABLES 7 THRU 11,

GETS AN 11 IN SLOT 12, AND GETS THE VALUES 13,1415 IN
}A2L5?513 THRU 15. SLOT THREE GETS THE VALUE #7 IN TABLES 7
HRU

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

CVOPVBO DPV11 FUNC DIAG MACRO V03.01 28-0CT-80 08:56:53 PAGE 5

7.0 DEVICE INFORMATION TABLES

SEE THE GLOBAL EQUATES SECTION FOR DE FINITIONS OF REGISTERS IN THE DPV
AND BIT DEFINITIONS WITHIN THOSE REGI STERS.

8.0 TEST DESCRIPTIONS
't.Qiifi"it"'.'Q"""""""tt"t't".t"tfit'fit‘t"'t"'t't"'tt't'

*
®
* %

* %

=2 OOV

PNINIAIN)
— = b b od b e wed b b

NO VNS WA =O 000~

W) —

PROGRAM DOCUMENT

TEST 1 - DPV-1

VERIFY THAT ADDRESSING THE & LSI-BUS CSRS DOES NOT CAUSE A NONEXISTENT MEMORY TRAP,

THE DPV 1S AN COMMUNICATION DEVICE RESIDING ON A LSI-BUS.

COMMUNICATION BETWEEN THE MAIN CPU AND THE DPV IS ACCOMPLISHED
THROUGH A SET OF FOUR 16=BIT LSI-BUS CONTROL AND STATUS REGISTERS
(CSRS). THE FOUR REGISTERS ARE ASSIGNED ADDRESSES IN THE /0 PAGE
FLOATING ADDRESS SPACE: 76XXX0 = 76XXX6

AN ERROR IN THIS TEST COULD MEAN THAT THE DEVICE IS INCORRECTLY
CONF IGURED, THAT THE ADDRESS IS WRONG OR THAT THE CRYSTAL CLOCK
ON THE DPV IS NOT WORKING. THE SHIFT REGISTER CLOCK IS NEEDED

;?: ;?5)LS164 (E15) IN ORDER TO PROVIDE THE BUS REPLY (BRPLY/L ON

'tttttti'ttitt"'t't't""t"'t""'ti'tt'tfi'Qtt.'tt""fifittt'tt'""'

"'t"tQt'itt"tt""""'i"""t"'ltttit'ttttttt""t"t'tt""'tt!

’

[

DPV RESET

TEST 2 = DPV-11

RESET THE DPV AND ENSURE THAT ALL REGISTERS ARE IN THEIR
PROPER INITIALIZATION STATE. THE RESET IS ASYNCHRONQUS TO ALL
i
DATA SET TIMING AND ANY DATA PORT ACCESSES. THE FOLLOWING
MR
WILL BE CHECKED BY THE SRESET SUBROUTINE:
* &
1. ALL BITS IN THE DATA PORT REGISTERS ARE CLEARED.

[

’

]

* %

[

2. ALL OUTPUT INDICATORS ARE CLEARED.
3. TRANSMIT BUFFER EMPTY (TBE) IS SET

SUBTEST 1 = AFTER RESET, CHECK THAT MAINTENANCE MODE AND

TRANSMITTER CAN BE SET. ALSO CHECK THAT TRANSMITTER

BUFFER EMPTY (TBE) IS CLEARED WHEN TDSR IS ACCESSED

WITHOUT SETTING TRANSMITTER ENABLE.

SUBTEST 2 - ON THE FIRST PASS ONLY, CHECK THAT A BUS RESET, DOES
A DPV11 RESET.

NOTE: DATA MODE, CTS, RR (RECEIVER READY) AND IC (INCOMING CALL)
ARE UNAFFECTED BY A RESET.

t".tQ..'Qt'l".""""""""".t'tl.""t"tt'tlfi""!!"ttt!ttt

CVOPVBO DPV11 FUNC DIAG MACRO v03.01 28-CCT-80 08:56:53 PAGE 6
i

222222

2222222222222 2222222222020
222200000 RdRRaRRRRl]d)

TEST 3 - DPV-11

WRITE/READ DATA PATTERNS

THIS TEST IS INTENDED YO TEST THE READ/WRITE BITS IN THE (SRS.

M
%
M

THERE
1S NO INTENTION TO CHECK THE USYNR/T; IT IS DESIRED TO ONLY CHECK THE
READING AND WRITING OF THE CSRS.
IN ALL THE SUBTESTS THE BITS ARE

CHECKED TOGETHER AND INDIVIDUALLY.
;v SUBTEST 1 - RXCSR (LOW BYTE CSRO)
‘%
CHECK BITS 0-6
'+ SUBTEST 2 - PCR (HIGH BYTE CSR&)
. %
CHECK BITS 0-7
'+ SUBTEST 3 - ;D?g 6L99 BYTE OF CSR6) - TRANSMIT DATA BUFFER
M

'+ SUBTEST 4 - é??g éH%GH BYTE OF

(SR6) = TRANSMIT STATUS REGISTER.

'« SUBTEST § - TDSR

- CHECK BYTE OP SIGNAL FOR USYNRT

¢« W
S XX

X R X

2R XSS XR

SRR RRRRRRRRRRRRRRRRRRRRAR]A]

PON)

=2 OOV

b e ed

d ed =D

NO NN

D o e

= O 000 ~NO NS Win) —

PROGRAM DOCUMENT

QlQ"'tt't."t""i""""""'t"t’i'tflttt't't'ti"t"'t"tttttt"i
'
'

AFTER A DEVICE RESET, SET TRANSMIT START OF MESSAGE

TEST 4 - DMR-11
TRANSMIT ENABLE/ TRANSMIT ACTIVE

]

THAT TRANSMIT ACTIVE

(TXACT)

IS SET.

(TSOM).

ENSURE

‘%

;* TXACT IS USED TO INDICATE THE CURRENT STATE OF THE TRANSMITTER
W
M
b

THIS BIT WILL BE ASSERTED WHEN BOTH THE TRANSMITTER IS
DATA PATH.
TXACT WILL BE CLEARED
ENABLED AND TSOM ARE INTERNALLY SYNCHRONIZED.

UPON RESET OR WHEN THE TRANSMITTER ENTERS THE IDLE STATE.

2222222222223 222222202 2222222222222 22222

000000000ttt iRiRRittild)

'.tt'.i'.'tt.t't"'i""i""'ti.t'll'l't't"'tttt'ttl.tttt'ttt't'.Qt

TEST 5 = DPV-11
;* TRANSMIT BUFFER EMPTY
;% VERIFY THAT TBE (TRANSMIT BUFFER EMPTY)

IS ASSERTED WHENEVER

;¢ THE DEVICE IS RESET OR WHENEVER THE TDSR IS AVAILABLE FOR DATA.
;v TBE IS CLEARED AFTER WRITING TO THE TDSR.
'.tt.'tt"Qi'tt"tt't"""'t't't't"t.I't't"tt"'t'tttt.tt*tfi'tt'!'

CVOPVBO DPVI1 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 7
NN —

PROGRAM DOCUMENT

X222

TRANSMIT

* %

. %

0002

R 0R0RRRRRdRRR))

TEST 6 - DPV-11

INTERRUPT

VERIFY THAT A TRANSMIT INTERRUPT [S RECEIVED WHEN TRANSMIT
BUFFER EMPTY (TBE) IS ASSERTED.

XX EIX

2222282222222 2222222202202 222

2220220

RRR

RR0RRaRdl

2223 I
*

*
®

~nN -2

OOV

b b

PINIAD

NO WS WWN

b ed ed ad =D ed d

2O OO0 NSNS

A2 A

‘%

*
b

]

2SI A

TEST 7 - DPV-11
RECEIVER ENABLE, RECEIVER ACTIVE AND RECEIVER DATA READY
MODE: BCP, 8 BIT CHARACTERS, MAINTENANCE MODE LOOPBACK

ENABLE THE RECEIVER. AFTER TRANSMITTING A CHARACTER WAIT FOR
RECEIVER DATA AVAILABLE AND CHECK THAT THE RECEIVER IS ACTIVE.
AFTER CLEARING RECEIVER ENABLE, ENSURE THAT THE RECEIVER IS INACTIVE.

RECEIVER ENABLE - CONTROLS THE OPERATION OF THE RECEIVER DATA PATH (RDP)
RECEIVER ACTIVE = THIS OUTPUT IS ASSERTED WHEN THE RDP PRESENTS THE 1ST
DATA CHARACTER OF A MESSAGE TO THE USYNRT.
[T REMAINS
ASSERTED UNTIL THE RDP ENTERS THE IDLE STATE..
- THIS OUTPUT IS SET WHEN THE RDP HAS ASSEMBLED A DATA
CHARACTER THAT IS READY TO BE PRESENTED.

* %

RECEIVE DATA

A
M

[

R A R0
00 000 R00RRRRRRRdRd)

X 2

22X 2222222222222 2222220222282 02200000

2223222222222

R RRRRRRRRRRRRRRl)

222 2222222222222 2222222222222 RRR220RR0RRRRRRRRRRRllRd

TEST 8 - DPV-11
;¢ RECEIVE DATA [NTERRUPT

[

MODE: BCP, 8 BIT CHARACTERS, MAINTENANCE MODE LOOPBACK

:* ENABLE THE RECEIVER AND SET RECEIVER INTERRUPT. TRANSMIT DATA.

CHECK THAT THE RECEIVE INTERUPT WAS GENERATED. AFTER THE INTERUPT
;¢ WAS GENERATED DISABLE THE RECEIVER. CHECK THAT THE RECEIVER BE(OMES
> %

[

INACTIVE.

222223232222k

2 X2 22X 2222280222222l

RRRRRRRRRRRRRRRRRRRRR)

CVOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 8

22T

IR R

X R R R

R R

RRRRRRRRRRd)

TEST 9 - DPV-11

+ THERE ARE 3 SUBTESTS IN THIS TEST WHICH ARE IMTENDED TO CHECK

;* RECEIVER STATUS.
M

]

SUBTEST 1 -

REOM (RECEIVE END OF MESSAGE)
THIS SUBTEST WILL TRANSMIT A DATA MESSAGE THAT IS

ENDED WITH A TEOM (TRANSMIT END OF MESSAGE). A
CHECK WILL BE MADE THAT THE RECEIVER GETS THE DATA

b
i

POPNIN) ad e ecd cd o e =D ed cd
~N =2 OV
NOVE WA =

OOV

NO NS NN~

PROGRAM DOCUMENT

AND THAT THE REOM ]S RECEIVED WHEN RECEIVE
STATUS IS AVAILABLE.

SUBTEST 2 -

]

M
b

1
MR

RECEIVER OVERRUN

THIS SUBTEST WILL TRANSMIT DATA CORRECTLY.
THE
RECEIVER AFTER BECOMING ACTIVE WILL NOT SERVICE
THE RECEIVE BUFFER CORRECTLY.
THIS SHOULD RESULT IN
THIS SUBTEST WILL ENSURE THAT
A RECEIVE OVERRUN.
¥2E2E$ECEIVE STATUS 1S AVAILABLE, THE RECEIVER OVERRUN

b
MR

SUBTEST 3 -

. %

RECEIVER ABORT

THIS SUBTEST WILL TRANSMIT A DATA MESSAGE THAT [S ENDED
THE SUBTEST WILL ENSURE THAT
WITH A TRANSMIT ABORT.
RECEIVE STATUS AVAILABLE IS RECEIVED AND THAT THE
ABORT

‘%

IS RECEIVED.

M
;Q (2322222222322 222222322X2 3222222222222

222222200 RdRRRRRRRRRRRdlllld

3232222222222 2322222222 2222222222222 02222

2R R

RRRRRRl])

TEST 10 - DPV-11

* THIS TEST WILL ENSURE THAT INTERRUPTS MAY BE GENERATED WHEN
;* RECEIVE STATUS IS AVAILABLE. EACH OF THE FOLLOWING SUBTESTS

;* WILL GENERATE THE STATUS AS FOLLOWS:
M

SUBTEST 1 SUBTEST 2 -

SUBTEST 3 -

REOM

RECEIVER OVERRUN
RECEIVER ABORT

2222232222222 232223x2223222222 3222202222020 2R

R Rl

Rl Rl

CVDPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 9

TEST 11 = DPV-11

« RECEIVE AND TRANSMIT INTERRUPT

* TRANSMIT AND RECEIVE DATA USING INTERRUPT ROUTINES. THIS TEST
« WILL TRANSMIT & DATA CHARACTERS. AFTER ENSURING THAT A TRANSMIT

:« INTERRUPT WAS COMPLETED, THE TEST WILL CHECK TO MAKE SURE THAT AT
* LEAST 1 RECEIVE INTERRUPT WAS GENERATcD.

s s e

;* MODEM STATUS

e 2

R 2 SR R R

A AR AR RO R

A AR

AALD)

a2 2 XS R R R R AR AR AR AR AL LAARARALR

TEST 12 - DPV-11

:« |F A PROPER TURNAROUND (H3259 OR H3260) IS ON, THIS TEST WILL
:+ CHECK THAT THE FOLLOWING MODEM SIGNALS ARE TURNED AROUND
TURNED AROUND TO CTS (CLEAR TO SEND)
;+ 1, RTS (REQUEST TO SEND)
£ RR

+ 2. DTR (DATA TERMINAL READY) TURNED AROUND TO IC
TURNED AROUNC TO SQ
» 3. SF (SELECT FREQUENCY)

s+ 4. LL

TURNED AROUND TO DM

(LOCAL LOOPBACK)

(RECEIVER READY)

(INCOMING CALL OR RING)
(SIGNAL QUALITY)
(DATA MODE)

;ttit".ttti.it"t""""""""'i"l'it"'tfi'lit'tt.t"t"t.'t"'l'

I
R
TN R

RN RN AN C NN R

A
T
E

3N BN BN NE B
B

E AR AR R

RRRAANCARNARRN NGO

RERCOINRENS

If A PROPER TURNAROUND (H3259 OR H3260) IS ON, THIS TEST WILL CHECK
THAT THE FOLLOWING SUBTESTS WORK CORRECTLY.
SET DTR (DATA TERMINAL READY), LOCAL LUOP {LL), RTS (REQUEST
SUBTEST 1 -

TO SEND) WITH ONLY RECEIVE INTERRUPT ENABLED. ENSURE THAT AN

SUBTEST 2
SUBTEST 3
SUBTEST &

RE PR PRI
T

TEST 13 - DPV-11
MODEM STATUS INTERRUPT

BN B

AR R

BN 4

AR AN AN R

PN B

'"'it""".""""""t""Q""Q"Q'i"'t'""'tt"ittt"'tt't'tt'

&~ W

=2 O V00NV

PORORININD
= = b b b b b b 2

NN 2O 000NN SNy —

PROGRAM DOCUMENT

SUBTEST 5

¢« SUBTEST 6

INTERRUPT IS NOT RECEIVED.

SET DTR, LL AND RTS WITH ONLY DATA SET INTERRUPT ENABLED.

ENSURE THAT AN INTERRUPT IS NOT RECEIVED.

SET DTR, LL AND RTS WITHOUT ANY INTERRUPTS ENABLED.

ENSURE

SET RTS WITH RECEIVE AND DATA SET INTERRUPT ENABLED.

ENSURE

SET DTR WITH RECEIVE AND DATA SET INTERRUPT ENABLED.

ENSURE

SET LL WITH RECEIVE AND DATA SET INTERRUPT ENABLED.

ENSURE

THAT AN INTERRUPT IS NOT RECEIVED.

THAT AN INTERRUPT 1S RECEIVED.

THAT AN INTERRUPT IS RECEIVED.

t.tt.'tttt.t"tt'""""""""t"""'"""..Q'l"t"t"l'ttt'!"

CVDPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 10

VB W

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

TEST 14 - DPV-11
;* RECEIVE AND MODEM STATUS INTERRUPTS

SUBTEST 2 &

SUBTEST 3 -

;* CHANGE THE MODEM STATUS WHILE HANDLING A RECEIVE INTERRUPT,
;* ENSURE THAT THE MCDEM STATUS INTERRUPT le RECEIVED
ENSURE THAT
SUBTEST 1 CHANGE RTS DURING THE RECEIVE lNTERRUPT

00 NO NN

PONIAORINIA)
= b b b b b od b b b

=2 OO0 ~NONVN

NN —

PROGRAM DOCUMENT

THE DATA SET

INTERRUPT WAS RECEIVED

THE DATA SET

INTERRUPT WAS RECEIVED.

THE DATA SET

INTERRUPT WAS RECEIVED.

CHANGE DTR DURING THE RECEIVE INTERRUPT.

ENSURE THAT

CHANGE LL DURING THE RECEIVE INTERRUPT.

ENSURE THAT

R RRRRRRRRRRRRRARRRARARRRRRRA)

2223222222222 2222222222222 22222222022

]

iRttt ldl)

TEST 15 - DPV-11
;* SUBTEST 1 - SECONDARY ADDRESS
. %
SELECT SECONDARY ADDRESS AND SEND THE CORRE(CT
SEGMENT 1 b ]
ADDRESS.
CHECK THE DATA |S PROPERLY RECEIVED.
> &
SELECT SECONDARY ADDRESS AND SEND A MESSAGE WITHOUT
SEGMENT 2 ‘%

.
.
[

”
[

SENDING USING THE SECONDARY ADDRESS.

TIME OUT

s &

IS RECEIVED.

CHECK THAT A

.
b
b
b

]

* &

SUBTEST 2 - ALL PARTIES ADDRESSING
SELECT ALL PARTIES AND SECONDARY ADDRESS.
SEND A
SEGMENT 1 ENSURE THAT
MESSAGE USING THE ALL PARTIES ADDRESS.
THE MESSAGE IS CORRECTLY RECEIVED.
SEGMENT 2 -

M
b
* R
b

SEGMENT 3 -

SELECT ALL PARTIES AND SECONDARY ADDRESS.

SEND A

MESSAGE WITHOUT ALL PARTIES OR SECONDARY ADDRESS.
CHECK THAT A TIME OUT IS RECEIVED.

SEND A
SELECT ALL PARTIES AND SECONDARY ADDRESS.
CHECK THAT A

MESSAGE WITH A SECONDARY ADDRESS.
TIME OUT

IS RECEIVED.

M
N

[ X 2222222222222 2223222220233 02 2222003

200000 RRRRRtRRRlRlRRlll))

CVOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 11
=

PROGRAM DOCUMENT

=L OO

NN 2O

POPIPONIN)
=d b b b =D cd b b s b

V00 NN S W

X322 2

222 2822222222222 2222222222002

L[4

‘R

‘%

ABORT TEST

SUBTEST 1 -

[

ABORT WITH IDLE CLEAR. ABORT CHARACTERS TRANSMITTED WHEN
THE ABORT BIT

IS ASSERTED.

SELECTED OPTIONS: BOP MODE, CRC=CCITT PRESET 10 1,
S BIT CHARACTERS, MAINTENANCE MODE LOOPBACK.

[

R R R RddRRRd0R0dRRRRRRRRddd])

TEST 16 - OPV-11

SUBTEST 2 -

* %

?goxgsgg}gblbLE SET. FLAGS TRANSMITTED WHEN THE ABORT BIT

SELECTED OPTIONS: BOP MODE, NO ERROR CHECKING, IDLE SET,

. %

[

S BIT CHARACTERS, MAINTENANCE MODE LOOPBACK.

222222

2222220

02222222222

2202

iRttt RaRitiRtitlill]

t"t"'titt'fi"'i"""""'t"'.""'ttt't'ttt.t'ttit'ttt't'ttt'tt't

TEST 17 - DPV-11

;* EXTENDED CONTROL AND ADDRESSING TEST

;¢ CHECK THAT THE RECEIVER CAN RECOGNIZE EXTENDED ADDRESSING AND CONTROL
CHARACTERS.

SELECTED OPTIONS: BOP MODE, CRC-CCITT PRESET TO 1,

* %
b

3 BIT CHARACTERS, MAINTENANCE MODE LOOPBACK,
EXTENDED CONTROL AND ADDRESSING SELECTED

]

‘%
M

' 122222222223

2222222222 2002222 222222220020

0020l

tRRRRRRlill/

'.Ittt'fitttit"'t"'t"'t""ttt""iifiit".t'ttt"tt'ttt'tt"'tttt't

‘

TEST 18 - DPV-N

;¢ TRANSMIT GO AHEAD

[

;* TERMINATE A MESSAGE USING TRANSMIT GO AHEAD.
CHECK THAT THE RECEIVE
;* ABORT BIT IS SET WHEN THE END OF MESSAGE IS RECEIVED.
b
SELECTED OPTIONS: BOP MODE, CRC-CCITT PRESET TO 1, LOOP SET,

[4
4

S BIT CHARACTERS, MAINTENANCE MODE LOOPBACK.

- ®

[

2232232232222 2232232282222 2322

202222222220 0dR2RRRRRRRRRRRRRRRRR)

X222 2222222223 322223222222X0 3222823323322 232020022280 RRRRRRRRiRRRl)

TEST 19 - DPV-11
;¢ ASSEMBLED BIT COUNT

;* TRANSMIT VARIOUS BIT LENGTHS WHILE RECEIVING AN 8 BIT CHARACTER.
. * S?SgggsxgaT THE ASSEMBLED BIT COUNT (ABC) IS CORRECT UPON THE END
. &
o
M

SELECTED OPTIONS: BOP MODE, NO ERROR CHECKING, VARIOUS BIT
LENGTH CHARACTERS, MAINTENANCE MODE LOOPBACK.

M
b

(2222322222222 2233 2222222222222

2222222222200 RRRRdRRtRRRRRRRRRA)

CVOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 12

PROGRAM DOCUMENT
1

.tt"t'itfi'ttt'tt"'t"""""'tt't'tt'ttt"!ttt't't"t""'tt"tt'tt

5
6
7
g

:* START
A MESSAGE USING A SPECIAL SPACE SEQUENCE.
CHECK THAT THE
;* MESSAGE 1S CORRECTLY TRANSMITTED AND RECEIVED.
;* NOTE: CERTAIN USYNRTS ONLY TRANSMIT A SPECIAL START SEQUENCE WHEN
e
TRANSMIT START AND END OF MESSAGE ARE SET BY A BYTE OPERATION.

};

TEST 20 - DPV-11

it SPECIAL SPACE SEQUENCE

SELECTED OPTIONS: BOP MODE, CRC-CCITT PRESET T0 1,

S BIT CHARACTERS, MAINTENANCE MODE LOOPBACK.

:Qt'tttttt'tt"t't"t"t'ttt't"ttt"t't'ttQt't't'tfit'tt""ttt"'tttt

.tttttttttttttt"tQtttt"t"tt'ttt'ttttt"ttttt"tlt'fit'ttt'tt'ttt'ttt

19
20
21
%%

;¢ CHECK THAT
A SYNCH CHARACTER OF 271 CAN BE USED TO COMMENCE
A MESSAGE.
;* VERIFY THAT THE MESSAGE IS CORRECTLY TRANSMITTED AND RECEIVED.
it
SELECTED OPTIZNS: BCP MODE, VRC-EVEN PARITY,
v
7 BIT CHARACTERS, MAINTENANCE MODE LOOPBA(K.

25
26

TEST 21 = DPV-N

:* SYNCH CHARACTER

:'tttttttttttttttt"i"t""t'tt'tttt't'tttt't"tt't"tt"'ttttt't"tt
.ttt'ttQt'tttltt"'t't""ttt'ttttt'tttttttt'tttti'tttttt't'tttt'ttttt

TEST 22 - DPV-11

,- SYNCH FROM TRANSMIT DATA PATH

:tttttttttttttt'tttt'ttttt'ti'tttttt'ttt'it'tt'tt'tfittitt"'tt'ttt'tt'

.ttttttttttttt.tiitttt'tt'tt't"'tttttttttttttttfi'ttt'tttt'tttttfi't'tQ

;% STRIP SYNCHS

30
31
32

37
39

41
42
43

‘6

;* TRANSMIT A MESSAGE USING THE SYNCH FROM THE TRANSMIT DATA PATH.
;* VERIFY THAT THE MESSAGE IS CORRECTLY TRANSMITTED AND RECEIVED.
o
SELECTED OPTIONS: BCP MODE, VR(-CDD PARITY, IDLE SET
M

S BIT CHARACTERS, MAINTENANCE MODE LOOPBACK.

TEST 23 - DPV-11

;* SEND MORE THAN 2 SYNCHS WITH THE STRIP SYNCH BIT SET. CHECK THAT
;* THE MESSAGE IS CORRECTLY TRANSMITTED AND RECEIVED.
it
SELECTED OPTIONS: BCP MODE, VRC-0DD PARITY, STRIP SYNCH SET

*
M

6 BIT CHARACTERS, MAINTENANCE MODE LOOPBACK.

:tt't'tlttttttt"!'ttt'i"ttttt'l'tttttttttttti'~tfi'ttt't'tt!'tttt"tfi

—

CVOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 13

O N £~

N = O

O 00 ~NON W I

PINIRIRININI
N = b —b —b b b b b b b

NN = OO 00 ~J O\

NN —

PROGRAM DOCUMENT

:t"'."Q'"i'tt""t""'"""'I'."t"'."Q""t.""'t""""t'tt

TEST 24 - DPV-1
.Y
TO ONES.
PRESET
:* CRC-CCITT

;% CHECK TO ENSURE THAT THE ERROR CHECK BIT (BIT 15 OF RDSR) IS
;* SET WHEN AN ABORT IS RECEIVED. IN BOP MODE THIS BIT IS SET WHEN THE
;* CRC_IS IN ERROR. THE ERROR CHECK BIT SHOULD BE ZERO WHEN REOM=1,
;¢ IF THE CRC WERE CORRECTLY RECEIVED. BY FORCING AN ABORT WE INTENTIONALLY
:* LOOK AT THE ERROR BIT WHEN IT SHOULD BE IN AN ERROR STATE.
Hig
SELECTED OPTIONS: BOP MODE, CRC-CCITT PRESET Y0 1, LOOP SET,
& BIT CHARACTERS, MAINTENANCE MODE LOOPBACK.
o
M
i

(1322222222323 22 22232222222 0022222222222022222320000RR2RaRRRRRRdRRRRddd

AL L
R PR R R R
LR Y

TEST 25 -~ DPV-11

;* CRC=CCITT PRESET TO ZERO.

;* CHECK TO ENSURE THAT THE ERROR CHECK BIT (BIT 15 OF RDSR) IS
+* SET WHEN AN ABORT 1S RECEIVED. IN BOP MODE THIS BIT IS SET WHEN THE
:* CRC IS IN ERROR. THE ERROR CHMECK BIT SHOULD BE 2ERO WHEN REOM=1,
;¢ IF THE CRC WERE CORRECTLY RECEIVED. BY FORCING AN ABORT WE INTENTIONALLY
;* LOOK AT THE ERROR BIT WHEN IT SHOULD BE IN AN ERROR STATE,.
‘e

SELEC t0 OPTIONS: BOP MODE, CRC-CCITT PRESET TO O, LOOP SET,

8 BIT CHARACTERS, MAINTENANCE MODE LOOPBACK.

Etttttttttt"ttttttti'tt'ttttt'ttttt'ttQtttttttttt"ttt't"'t"t"tttt

]

;ttl"tttttttlt'ttt'tt"t'tttt'ttt.tttttt‘i'tttttttltttttttttttttt"l'

TEST 26 - DPV-11

:* CRC-16 PRESET TC 0

;* SUBTEST 1 - CRC-16 ERROR

39
40

;* IN BCP MODE THIS BIT IS CLEAR WHEN THE CRC IS IN ERROR.
:* THE ERROR CHECK BIT SHOULD BE SET WHEN THE LAST CHARACTER 1S RECEIVED,

$7
38
61

;* CHECK TO ENSURE THAT THE ERROR CHECK BIT (BIT 15 OF RDSR) [S
;* CLEAR IF THE RECEIVER IS SHUTDOWN BEFORE THE CRC IS RECEIVED.
:* IF

THE CRC WERE GOOD.

SELECTED OPTIONS: BCP MODE, CRC-16 PRESET TO O, LOOP SET,

8 BIT CHARACTERS, MAINTENANCE MODE LOOPBACK.

;% SUBTEST 2 = CRC-16 CHECK
|
CHECK THAT THE CORRECT CRC-16 IS RECEIVED FOR THE DATA MESSAGE.
e THE CRC FOR THIS DATA MESSAGE WAS PREDETERM.NED.
;'

‘9

.* & (2222222322223 2222222322232 2022822220322

00000 R200RRRRRRRRRRRRRl))

——

CVOPVBO DPV11 FUNC DIAG MACRO V03.01 28-0CT-80 08:56:53 PAGE 14

PROGRAM DOCUMENT
1

.'Qtt'ttttt!ttt"'t"t't"tttt'ttt.t't't"t"'t"tttttt"t'ttttt"'tt'

:* VRC ODD PARITY ERROR

5
6

TEST 27 - DPV-11

;% BY SELECTING DIFFERENT CHARACTER LENGTHS IN THE RECEIVER AND
:+ TRANSMITTER, CAUSE A PARITY ERROR TO OCCUR.
o*
SELECTED OPTIONS: BCP MODE, VRC-0DD PARITY, XMIT=7 &

RCV=6 BIT CHARACTERS, MAINTENANCE MODE LOOPBACK.

i
*

:ttittttttttttttt'tittt"ttt"ttttt'tlt'ttttttttt'ttttttttt'tt'tt"ttt

.tttt.ttttt'tttttttt'tttttt'tt'ttttt!t't'fittt'tttlt't"tttt"t'tt'ttt'

;* VRC EVEN PARITY ERROR

TEST 28 - DPV-11

;% BY SELECTING DIFFERENT CHARACTER LENGTHS IN THE RECEIVER AND
:* TRANSMITTER, CAUSE A PARITY ERROR TO OCCUR.

SELECTED OPTIONS: BCP MODE, VRC-EVEN PARITY, XMIT=5 g

RCV=4 BIT CHARACTERS, MAINTENANCE MODE LOOPBACK.

i
b

:ttttttttttttttt't'ttttttt'tt"t't.tttt'tt.'Qt'tttt'tt'ttttttt"t'tttt

tttttttttttttttttttttttt"tttttttttttttttttt'.'t"tttfittt't!tttttQttt

TEST 29 - DPV-11

25
26
27

A COMPLETE DATA MESSAGE WITHOUT THE USE OF INTERRUPT
*« TRANSMIT AND RECEIVE
:* SERVICE ROUTINES. CHECK THAT THE DATA IS CORRECT.
o
SELECTED OPTIONS: GOP MODE, CRC=CCITT PRESET TO ONES,

:+ DATA TEST

8 BIT CHARACTERS, MAINTENANCE MODE LOOPBACK.

o*
bR

:ttittttttttttttt'tt'tttttt"ttttttttttttttttttt'tttttttt'.ttt'!t.ttt'

.'ttt't'tt'tttttttitt'tttttti"'tttttttttt'ttttfittit't'tt'tt't't""'t

:* BOP DATA TEST

313
35

TEST 30 - pPV-1

:+ TRANSMIT AND RECEIVEA COMPLETE DATA MESSAGE.
;* DATA IS CORRECTLY RECEIVED.

CHECK THAT THE

SELECTED OPTIONS: BOP MODE, CRC-CCITT PRESET TO ZERO,

6 BIT CHARACTERS. USER SELECTED LOOPBACK.

:ttttttttttttttt't'ttt"t"'ttttttt'ttt.t't'tttt'tttt'ttt'tt'tttt'tttt

ttttttttttttttt"t'ttttttttt"'ttittfitttt'ttttttttt"tt'tttt!t't"tti

;« BOP DATA TEST

ie DATA IS CORRECTLY RECEIVED.

‘e

TEST 31 - DPV-11

-« TRANSMIT AND RECEIVEA COMPLETE DATA MESSAGE.
M

]

CHECK THAT THE

SELECTED OPTIONS: BOP MODE, CRC-CCITT PRESET TO ONES,
S BIT CHARACTERS, USER SELECTED LOOPBACK.

b
¥ 2222232222222 22222222

22222222 R0

02020

RRRRRR))

CVDOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 15

;* BOP DATA TEST

TEST 32 - DPV-11

:* TRANSMIT AND RECEIVE A COMPLETE DATA MESSAGE. CHECK THAT THE
;* DATA ]S CORRECTLY RECEIVED.
SELECTED OPTIONS: BOP MODE, CRC-CCITT PRESET TC ZERO,
A
7 BIT CHARACTERS, USER SELECTED LOOPBACK.
it
it
v

AR A RN RN R R AN AR TR RN TR RN

* BOP DATA TEST

e s s s S A R R RS A AR R R R0
RN NN RN

TEST 33 - DPV-11

* DATA IS CORRECTLY RECEIVED.

8 BIT CHARACTERS, USER SELECTED LOOPBACK.

CHECK THAT THE

SELECTED OPTIONS: BOP MODE, CRC-CCITT PRESET TO ONES,

AR ROl Rdld)

AR AN ACARANRARONERENRES

« TRANSMIT AND RECEIVE A COMPLETE DATA MESSAGE.

AR AR AR AR AR Rlll)
z
2 s 222222 AR
P Rt

:t'ttt.'tt't't'.""""tt't"'itttfitit't'ttt'tt'titit"t'titt'tt"t"

;v BOP DATA TEST

TEST 34 - DPV-11

:¢ TRANSMIT AND RECEIVE A COMPLETE DATA MESSAGE.
;* DATA IS CORRECTLY RECEIVED.

CHECK THAT THE

E WHEN
;% NOTE: CERTAIN USYNRTS ONLY TRANSMIT A SPECIAL START SEQUENC
ION.
OPERAT
BYTE
A
BY
SET
ARE
TRANSMIT START AND END OF MESSAGE
o*
ONES,
TO
PRESET
SELECTED OPTIONS: BOP MODE, CRC-CCITT
ot
6 BIT CHARACTERS, USER SELECTED LOOPBACK.
o*
*

| ]

2222222222222 A 000 ARRRRRRRR AR RRD

‘ti't'.tt.t.'i'"t"t"'t""'t"'itl'litttt'i.tt"tfit""fittl"t\t'tt

;« BOP DATA TEST

TEST 35 - DPV-11

;¢ TRANSMIT AND RECEIVE A COMPLETE DATA MESSAGE. CHECK THAT THE
;* DATA IS CORRECTLY RECEIVED.
{
SELECTED OPTIONS: BOP MODE, CRC-CCITT PRESET TO ZEROS,

7 BIT CHARACTERS, USER SELECTED LOOPBACK.

AN R R
S Y

RN RN

RN R R RN

R RN R RN AR AR RN R R AN RRNN AR EANANRENNEERE RO

AR AR AR AR AR RD
S
220 R AR AR
R x2

;* BOP DATA TEST

TEST 36 - OPV-11

;
.

BN J

s« TRANSMIT AND RECEIVE A COMPLETE DATA MESSAGE.
+* DATA [S CORRECTLY RECEIVED.
B

R L A Al
A R R
At
L
e t
Lt

[ N

POPIN) =2 b e ed e

d D ah b

OO0 NV IANN = OO 00NN

NN =

PROGRAM DOCUMENT

CHECK THAT THE

SELECTED OPTIONS: BOP MODE, CRC-CCITTY PRESET TO ZERQ, LOOPK. SET,
8 BIT CHARACTERS, USER SELECTED LOOPBAC

t.ttt..lt.'ti"t"'t"'it'iOfiififitit't'liti'Qfi'l"it't"'."!"t'tttl

CVOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 C8:56:53 PAGE 16

PROGRAM DOCUMENT

;'Qitt'ttt"t't"tttt'Ot"'t"t'ttt"t"'tttttt"tti'tttt't't"'ttt"t

:* BCP DATA TEST

5
6

TEST 37 - DPV-11

:* TRANSMIT AND RECEIVE A COMPLETE DATA MESSAGE.
:* DATA IS CORRECTLY RECEIVED.

CHECK THAT THE

SELECTED OPTIONS: BCP MODE, VRC-0DD PARITY, IDLE BIT SET

6 BIT CHARACTERS, USER SELECTED LOOPBACK.

E0tttt'itttttttt'tt't'tt'Qttttt"t't't't'i"Qt'tt'tt't"tttttt'fittttt'

:ttQttttttttttttttttttt'tt'tttttttttttttttitfit'tttt'tt"t't'tt"t"t't

:* 3CP DATA TEST

15
16
17

o %

TEST 38 - DPV-11

;* TRANSMIT AND RECEIVE A COMPLETE DATA MESSAGE.
CHECK THAT THE
:* DATA IS CORRECTLY RECEIVED.
o
SELECTED OPTIONS: BCP MODE, VRC-EVEN PARITY,

S 81T CHARALTERS, USER SELECTED LOOPBACK.

(R i

;Qtttttttttttttt'ttt'tfitt'tttttttttttttttt'ttfitttt'tt'tt't"tt'Qt't'tt

;ttttttttttttt't'tttt"t'ttt't'ttitttttttflQttt'ifitt'tt'tttt't'tt't'ttt

:* BCP DATA TEST

25
26
27

TEST 39 - DPV-11

*« TRANSMIT AND RECEIVE A COMPLETE DATA MESSAGE.

;* DATA IS CORRECTLY RCCEIVED.

CHECK THAT THE

SELECTED OPTIONS: BCP MODE, CRC-16 PRESET TO ONES, STRIP SYNCHS,

7 BIT CHARACTERS, USER SELECTED LOOPBACK.

;t'ttttt'tttttttt'ttttttt'ttttttttttit"ttittitttttfittttt"'t"'tfit'tt

;tttttttttttt'tt"tttttttt"t'tt'tt'ttttttttt'tttttttfitt'tt"tttfit"tt

33
34

o®
TCST 40 - DPV-11
;% BCP DATA TEST
s« TRANSMIT AND RECEIVE A COMPLETE DATA MESSAGE.
CHECK THAT THE
:* DATA IS CORRECTLY RECEIVED.
e
SELECTED OPTIONS: BCP MODE, CRC-16 PRESET TO ONES,

35
36
37

]

. &

8 BIT CHARACTERS, USER SELECTED LOOPBACK.

;tttttttttttt'l"t't'tttt'tttittttt"ttlittt't'tt'tt'Qi'tttttttittittt

CVOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 17

PROGRAM DOCUMENT

'tttttt'ttttttttttt"t't"t't't"t't'tQtttQ'QIt'"Q'ttt""'t"ttt't"

5
6

:* TRANSMIT AND RECEIVE A COMPLETE DATA MESSAGE USING THE
;% DDCMP MESSAGE FORMAT.
(HECK THAT THE DATA IS CORRECTLY RECEIVED

TEST 41 - DPV-11

:* DDCMP DATA TEST

o SggE;HAT THE CRC CHARACTERS ARE RECEIVED IN THE PROPER DDCMP
.t

SELECTED OPTIONS: BCP MODE, CRC-16 PRESET TO ONES, STRIP SYNCHS
8 BIT CHARACTERS, USER SELECTED LOOPBACK.

9
}?

it
v

:tttttttttttttIt't'ttttttttt't'ttti'!tttfiittt'ttt"ttt'ttt"t'ttt"'tt

'Qttttttfit'ttttttt'tit'ttt"""ttt'tQttttt't't'tt't'tttt't'ttttt't"t

.' BCP DATA TEST

LR]

TEST 42 - DPV-11

:* TRANSMIT AND RECEIVE A COMPLETE DATA MESSAGE.
:* DATA IS CORRECTLY RECEIVED.

CHECK THAT THE

SELECTED OPTIONS: BCP MODE, CRC-16 PRESET TO ONES,

S OR 8 BIT CHARACTERS, USER SELECTED LOOPBACK.

:ttttttttttttt't'ttttttttitttitttttttt'tttitt"'tfitt't'ttt"fitttt't'tt

tt'tttttttttttttt'titttt"t'tt'ttt!ttttttttit't'ttttti'tttt"tttt"tfi

:* BOP DATA TEST

27
28
29

‘e

TEST 43 - DPV-11

:* TRANSMIT AND RECEIVE
A COMPLETE DATA MESSAGE.
CHECK THAT THE
;* DATA IS CORRECTLY RECEIVED.
o
SELECTED OPTIONS: BOP MODE, CRC-CCITT PRESET TO ONES,

S OR 8 BIT CHARACTERS. USER SELECTED LOOPBACK.

"ttt"ttttttttt'tt't"tttttttttttttttttttttttttttttttti't"tt't'tttt'

33
34
gg

9.0 ERROR INFORMATION

37
gg

9.1 ERROR REPORTING

40
41
42
43

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

INFORMATION.

CALL,

DEVICE

ADDRESS,

AND

BASIC

AND

EXTENDED

ERROR

47
48
49

THE FOLLOWING EXAMPLE PROVIDES A TYPICAL ERROR REPORT, WHICH
DESCRIBES AN ‘'TIME OUT'' ERROR, AND PROVIDES THE PC OF
THE ERROR CALL AND THE PC OF THE CALL TO THE SUBROUTINE

CONTENTS :

REPORTING IT, THE FAILING REGISTER NAME, AND DEVICE REGISTER

DPV DVC FTL ERR 00002 ON UNIT 00 TST 020 suB 000 PC:

ERROR IN SUBROUTINE CALLED AT PC:

56
57

TIME OUT - DURING INTERRUPT EXERCISE

RXCSR:
RDSR :

000160
000000

031706

004756

CVOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 17-1

PROGRAM DOCUMENT
58

61
62

TXCSR:

122432

TDSR:

001402

DPV

EOP
1
1 CUMULATIVE ERRORS

C(VOPVBO DOPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 18

PROGRAM DOCUMENT

002000

.=2000

12
13
14

.MCALL

}2 0020C0

Sv(

}g 002000

20
21
22

23
24
25
26
%g
29

30
N

%%
gg 002000
43

SVC

;

INITIALIZE SUPERVISOR MACROS

BGNMOD

000001
000001

000001
000001
000001
000001
000001

SLSTIN=
1
SLSTTAG= 1

SVCINS=
SvCISsT=
svisuB=
SV(GBL=
SVCTAG=

1
1
1
1
1

LIST INSTRUCTIONS

:
;
:
:
;

LISY
LIST
LIST
LIST
LIST

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

;

CHANGE THE VALUES OF THE SVC... SYMBOLS TO BE ZERO IF YOU WISH

SYMBOLS TO BE MINUS-CNE TO NOT LIST THE EXPANSIONS.

;

TO ALIGN THE MACRO CALLS AND THEIR EXPANSIONS.
CHANGE THE SYMBOLS AT ANY POINT
POINTFR BGNDL

[N YOUR PROGRAM.

CHANGE THE

YCU MAY

CVOPVBO DPVIT FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 19
= OO0
~NO N
NP =

—

PROGRAM HEADER

.SBTTL

PROGRAM HEADER

¢+ ¢

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

002000
002000
002000
002001
002002
002003
002004
002005
002006
002007
002010
002010
002011
002011
002012
002012
002014
002014
002016
002016
002020
002020
002022
002022
002024
002024
002026
002026
002030
002030
002032
002032
002034

002034
002036
002036
002040
002040
002042
002042
002044
002044
002046
002046
002050
002050
002051

HEADER CVDPV,A,0,200.,0

::
LSNAME

/C/
/v/

/D/
/P/
/N/

LSREV::

:
LSDEPO:

000000

000310
040250
000000
002254
000000
040540
000000

000000
000000
000000

002124
000000
000000
000000

003
003

LSUNIT::

LSTIML::
LSHPCP::
LSSP(CP::
LSHPTP::
LSSPTP::
LSLADP::

LSSTA::
L$CO::
LSDTYP::

LSAPT::

LSDTP::
LSPRIO::
LSENV]::

LSEY®Y::
LSMREV::

0
0
0

/A/

/0/

0
200.

LSHARD
0
LSHW

LSLAST
0

0
0

0
LSDISPAT(CH

0
0
0
CSREVISION
($EDIT

CVOPVBO DPVil FUNC DIAG MACRO v03.01 2B8-0(T-80 08:56:53 PAGE 19-1

PROGRAM HEADER

002052
002052

002054
002056
002056
002060
002060
002062

002062
002064
002064
002066
002066
002070
002070
002072
002072
002074
002074
002076
002076
002100
002100
002102
002102
002104
002104
002106
002106
002110
002110
002112
002112
002114

002114

002116
002116
002120
12 002120

LSEF::

000000
000000

L$SPC::

000000

LSDEVP::

003674

LSREPP::

000000

LSEXPG::

000000

LSEXPS::

000000

LSAUT::

000000

L$DUT::

017750

LSLUN::

0000CO

LSDESP::

003702

LSLUAD::

104035

LSETP::

000000

LSICP::

015372

LSCCP::

016564

LSACP::

016500

LSPRT::

015364

LSTEST::

000000

LSDLY::

000000

LSHIME::

000000

18
19

20
21
22
23
24

25
26
27

LEVEN

.WORD
.WORD

0
O

.WORD

LSDVIYP

.WORD

L$DU

.WORD

LSDESC

Em7

ESLOAD

.WORD

MWORD

LSINIT

.WORD

LSCLEAN

.WCRD

L$AUTO

.WORD

LSPROT

.MORD

.WORD

.sORD

CVOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 20

DISPATCH TABLE

LSBTTL

DISPATCH TABLE

;/////////////////////////////////////////////////////////////////////////////
</ THE D.SPATCH TABLE CONTAINS THE STARTING ADDRESS OF EACH TEST.
:/ 1T 1S USED BY THE SUPERVISOR TO DISPATCH i) EACH TEST,
;////////////'//////l/////////////////////////////////////////////////////////

4
5

g
5 122

0uL21”2
002124
0021?2¢
0021¢e
002130
002132
002134

002136

002140
0021642
002144
002146
002150
002152
002154
002156
002160
002162
002164
002166
002170
002172
002174
002176
002200
002202
002204
002206
002210
002212

002214
002216
002220
002222
002224
002226
002230
002232
002234
002236
002240
002242
002244
002246

000053

DISPATCH 43

.WORD
LSDISPAT(CH::
LMWORD
.WORD
.WORD
LMORD
.MORD
.MORD
.WORD
.WORD
.WORD
.WOPD
.MWORD
.MWORD
.WORD
LMORD
.WORD
.MWORD

020030
020434
020660
021410
021752
022204
022362
022614
023112
024120
025234
025500
025770
026700
030004
030714

031240
031412
031622
032072
032240
032424
032610
032774
033164
033352
033770
034160
034350
034746
035122
035304
035474
035646
036022
036204
036366
036570
036772
037174
037352
037624

9 002250 040034

LMWORD
.WORD
.WORD
LMORD
MWORD
LMWORD
.MORD
LMWORD
LMWORD
MORD
LMWORD
.WORD
.MORD
.WORD
LMORD
.MWORD
.WORD
LMWORD
LMORD
.WORD
LMORD
.MWORD
.WMORD
MWORD
.MWORD
MORD

.MWORD

43
T
T2
T3
T4
15

17
T8
19
T10
T11
T12
T13
T14
T15
116
T17
T18
T19
120
T21
122
123
T24

125
126
127
128
129
T30
TH)
132
133
T34
135
136
137
138
139
740
141
142

143

CVOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 21

DEFAULT HARDWARE P-TABLE

LSBTTL

}

DEFAULT HARDWARE P-TABLE

;////////////////////////////////////////////////////////////////////////////

:/ THE TEST=-DEVICE PARAMETERS.

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

;////////////////////////////////////////////////////////////////////////////

9
8 002252

002252 000003
002254

BGNHW

DFPTBL

DFPIBL::

9 002254

10 002254
11 002256

160010
000300

}% 002260 000001
14

15 002262
16
1?7
18
19

20
21
22
23
24

002262

LSHW: :

.WORD
.WORD

"WORD

ENDHW

160010
300

:DPV11 (SR UNIBUS ADDRESS
;DPV11 INTERRUPT VE(CTOR

“TURNAROUND (DEFAULT = RS423)
L10000:

LWORD

L10000-LSHW/?

CVDPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 22

GLOBAL EQUATES SECTION

SBTTL

2
3

GLOBAL EQUATES SECTICN

SALIIILIIIIIII L0
Y

b}
6
7
8 002262

LI LI

I 100 i1 i1111000001111041111111111117

THE GLOBAL EQUATES SECTION CONTAINS PROGRAM EQUATES THAT

ARE USED IN MORE THAN ONE TEST.

////////////////////////////////////////////////////////////////////////////l
EQUALS

: BIT DIFINITIONS
100060
040000
020000

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

81115== 100000
BIT14== 40000
B81T13== 20000

BIT12== 10000
BIT11== 4000
B81110== 2000
B81109== 1000
BIT08== 400
B81107== 200
81706== 100
BIT05== 40
BIT04== 20
81703== 10
RIT02== &

BIT01== 2
BIT00== 1

B1T9==
B8118==
BIT7==
BIT6==
BIT5==
BIT4==
BIT3==
BIT2==
BIT1==
BIT0==

BIT09
BIT08
BIT707
BI106
BIT0S
BIT04
81703
BIT02
BITO1
BIT00

; EVENT FLAG_DEFINITIONS
EF32:EF17 RESERVED FOR SUPERVISOR T0 PROGRAM COMMUNICATION
;
000040
000037
000036
000035
000034

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

32.
31.
30.
29.
28.

: PRIORITY LEVEL DEFINITIONS
000340
000300
000240
000200
000140
000100

PRIO?- 340
PRI06==
PRI0S==
PRI0Q4==
PRI03==
PRI02==

300
240
200
140
100

; START COMMAND WAS [SSUED
; RESTART COMMAND WAS ISSUED

: CONTINUE COWMA“D WAS [SSUED

; A NEW PASS HAS BEEN STARTED
; A POWER-FAIL/POWER-UP OCCURRED

CVOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 22-1

GLOBAL EQUATES SECTION

000040
000000

PRI0O1== 40

PRI00== 0

;OPERATOR FLAG BITS

21
22

000400
000200

29
30
31
32

33
34
35
36
37
38
39
40
41
42
43

200

400

PNT==
PR]==

1000
2000

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

HOE==
B

4000
10000
20000
40000

100000

LTI

O T

sSWITCH REGISTER OPTIONS

17
18
19

23
24
25
26
27
28

UAM==

BOE==

:;t'tttt'.i."t"i'"'"I"t""i'i'il"tttt'itQtttt'lt""ti't.t""t'

100000
040000
020000
010000
004000
002000

10
20
40
100

LOT==
ADR==
I0U==
ISR==

9
10
11
12
13
14
15
16

100000

Evi==

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

001000

000100
000040
000020
000010
000004
000002
000001

SWw15=

100000

swi3=
sWi2=
SWil=
SW10=
swo9=
sw08=
swo7=
Swo6=
SWw05=
SWwo4=
swo3=
SW02=
sWwol=
SWw00=

20000
10000
4000
2000
1000
400
200
100
40
20
10
4
2
1

2222222223223 2223223222222

222222222 RRR22Ri00RRRRRRRRtRtRRRll
Rl

TSCSR AND STATUS WORD DEF INITIONS
S;RXCSR - CSRO
000001
000001

SF=
RL=

BITO
BITO

000002

000004
000010
000020
000040

000100

DTR=
RTS=
LL=
RXENA=
DSITEN=
RXITEN=

BIT1
BIT2
BIT3
BIT&
BITS
BIT6

000200

RDATRY= BIT?7

(EXTERNAL REGISTER)

READ/WRITE BITS 0 - 6

:SELECT FREQUENCY.
;REMOTE LOOPBACK = IF WIRE WRAPPED
s SELECTED.
:DOATA TERMINAL READY R/W
;REQUEST TO SEND R/W

:LOCAL LOOPBACK
;RECEIVER ENALBLE
R/W
sDATA SET INTERRUPT ENABLE
;RECEIVER _INTERRUPT ENABLE

;v¢ BITS 7 - 15

R/W
R/W
READ ONLY v

;RECEIVE DATA READY

READ ONLY

CVOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 22-2

GLOBAL EQUATES SECTION

=4 —4

— b i e e
D) OD
NN —O

;;sPCSAR

- (SR2

READ ONLY

sDATA MODE READ ONLY
;RECEIVER STATUS READY READ ONLY
;RECEIVER ACTIVE READ ONLY
sRECEIVER READY READ ONLY
sCLEAR TO SEND READ ONLY
; INCOMING CALL READ ONLY
;DATA SET CHANGE READ ONLY

=
e =g =

IC=
DSCNG=

;SYNCH OR FLAG DETECT

—

0 00 O O b @

100000

RR=
C1S=

SFR=
DM=
RSTARY=
RXACT=

St St Pt et Pt Bt Bt Pt

000400
001000
002000
004000
010000
020000
040000

(INTERNAL USNYR/T REGISTERS & AND 5)

WRITE ONLY

;BITS Q=7 SYNCH CHARACTER OR SECONDARY STATION
;ADDRESS. LOWER BYTE OF THE PCSAR IS THE

;SYNCH CHARACTER USED WITH IN BCP MODE

ODODODDDDDO

004000
010000
020000
020000
040000

SECADR=
SSYNCH=
LOOP=
PROTO=
APA=

: -RDSR

- CSR2

;;TXCSR

;BITS 8-10 ERROR DETECTION SELECTION
sCRC CCITT INITIALIZED TO ONES
;CRC CCITT INITIALIZED TO ZEROS
;CRC
;VRC
;VRC
;ALL

16
ODD PARITY
EVEN PARITY
ERROR DETECTION INHIBITED.

¢NOT USED

;NOT USED

;STRIP SYNCH - BCP
;LOOP MODE - BOP
;PROTOCOL SELECT.

;ALL PARTIES ADDRESSED.

(INTERNAL USNYR/Y REGISTERS O AND 1)

READ ONLY

;BITS 0-7 RECEIVE DATA BUFFER
;RECEIVED START OF MESSAGE.
;RECEIVED END OF MESSAGE.
;RECEIVER ABORT OR GO AHEAD
;RECEIVER OVERRUN.

NIV ],N )

—

eB |
e b

—t o el el sl

- (SR4

. IDLE MODE SELECT
: SECONDARY ADDRESS SELECT

AN S NN
—

) = —
g e
—f —t —4

—
—

)
=b —
—4
b
d

—f e

St S P
Gt Gt Gt Guet et P
Pt

DDOD

Pt Gy G

'81T10

(O N STV

ERR=

'B1T9
0
'BIT10
'BIT9!BITI0

-—

100000

Six=
SEVEN=

-—

030000
040000
050000
060000
070000

ALL=
ONE=
TW0=
THREE=
FOUR=
FIVE=

000000
010000
020000

RSOM=
REOM=
RABORT=
ROVER=

[

000400
001000
002000
004000

OODDODDODDO

IDLE=

—

100000

R
VRCO=
VRCE=
NOERR=

g Gt P P

NONE 1=
NONE?2=

000000
000400
001400
002000
002400
003400
001000
003000

DDODODODD

— —y
—y

O —t—
ho —

C
C

€TM bt
s

; THE SECONDARY ADDRESS USED IN BOP MODE.

;B81TS 12-14 ASSEMBLED BIT COUNT (ABC)
sALL BITS VALID
;ONE BIT VALID

13
14
14

:TW0 BITS
VALID
I
: THREE 8 BITS VALID
;FOUR CY BITS VALID
<FIVE Bl BITS VALID
*SIX BITS S VALID

13 'B1T14

:SEVEN BITS VALID

;ERROR CHECK

(EXTERNAL LO BYTE

INTERNAL 7 HI BYTE) PEAD/WRITE

—

CVOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 22-3

GLOBAL EQUATES SECTION

—t

112
113
114
115
116
117
118
119
120
121
122
123
124

000100

TXIE=

BIT6

;:PCR

= Hl

EXCON=
EXADD=

BIT3
BITé

000400
001000
002000
004000

TSOM=
TEOM=
TXABO=
TGA=

127
128
129
130

100000

TERR=

000010
000029

—

S
— o

; TRANSMIT INTERRUPT ENABLE - R/W

BYTE CSR4 (INTERNAL USNYR/T REGISTER 7)
;EXTENDED CONTROL FIELD
;EXTENDED ADDRESS FIELD.
(INTERNAL USNYR/T REGISTERS 7 AND 7) READ/WRITE

;BITS 0=7 TRANSMITTER DATA

s TRANSMIT START OF MESSAGE - R/W
—O

: TRANSMIT END OF MESSAGE - R/W

:TRANSMIT ABORT - R/W
; TRANSMIT GO AHEAD - R/W

—f =y
— o
-

- READ ONLY
EMPTY = READ ONLY
R/W
- R/W

;SIGNAL QUALITY -READ ONLY
:TEST MODE - READ ONLY WIRE WRAPPED FOR
;TEST MODE

VIV

U0 C0 O O

Pt Pt P

00 O

el
X ok

00 O @@

= WRITE ONLY

ACTIVE
BUFFER
MODE ENABLE

:TRANSMIT DATA LATE ERROR. = READ ONLY

:BITS 12 = 14 RESERVED

BRI (3322222822223 2223 2222222323220 2333022330000 0RRR Rt RlllRilid)
0dRRRRddRRld)
XTI L] 1232322322222 22222223222 2233222230222 2222302222222

. MISC. EQUATES

133
134
135
136
137
138
139
140

000226
000207
100000
000015
000012
000007

SYN=
RETURN=
BOP=
(R=
LF=
MFPT=

142
143

000332

CRCLO=

}22

; TRANSMITTER
; TRANSMITTER
;MAINTENANCE
:TRANSMITTER

;s TDCSR - (SR6

131
132

141

Pt P

TM=

Doy

}%g

000040

}}?

;DEVICE RESET

— O

RESET=
TXACT=
TBE=
MM=
TXENA=
SQ=

—

000001
000002
000004
000010
000020
000040

104
105
106
107
108
109

000266

CRCHI=

226

;DDCMP SYNCH CHARACTER

15
12

;ASCI1 CARRIAGE RETURN
;ASCI1 LINE FEED

207
BIT15
7

332
266

= JSR P(C]
;RETUR®, FROM SUB.
BOP MODE
IN
WHEN
MODE
IN
SE!
;B1T
;OPCODE FOR LSI 11/23 T0 MOVE PROCESSOR TYPE

RO=3 MEANS LSI 11/23
;TO RO
;ON AN LSI 11 OR LSI 11/2

;LOW BYTE OF CRC IN TEST 26.
:HIGH BYTE OF CRC IN TEST 26.

- ILLEGAL INSTRUCTION

CVOPVBO DPV1I1 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 22
WA —

GLOBAL DATA SECTION

.SBTTL

SIILIIITLPI I 070 En i iiieiidiinirilieiiiiiriziieiieeieieeiiiieiieieeieiiei

= O O 00 ~NON N B

1y
o/

THE GLOBAL DATA SECTION CONTAINS DATA THAT ARE USED
IN MORE

THAN ONE TEST

/////////////////////////////////'///////////////////////////////////////////
Qti"t'tl't'tttt't"'i'tt'""t't.'t'.t'i'i"ttitttt"t"'tt"t't't"

002262
002264
002266
002270
002272
002274
002276
002300
002302
002304

WSS AN

= O

O 00 ~NO N B LN

POPNIMNINIPNIN)
= e od od eed d d b h =D

GLOBAL DATA SECTION

000000
000000
0000t
)
000000
000000
000000
000000
000000
000000
000000

DPV11 VECTOR AND REGISTER INDIRECT POINTERS
RCVEC:
.WORD
0
:DPV11 RECEIVER INTERRUPT VECTOR
XMTVEC: .WORD
O
:DPV11 TRANSMITTER INT. VECTOR

CSRO:
CSR2:
CSRé:
CSRé:
CSR1:
CSR3:
CSRS:
CSR?7:

WORD
.WORD
WORD
WORD
.WORD
WORD
WORD
.WORD

002266
002270

RXCSR=CSRO
PCSAR=
(SR¢

002270
002272
002274
002302

RDSR=
TXCSR=

TDSR=

PCR=

0
0
0
0
0
0
0
O

:POINTER
:POINTER
;POINTER
;POINTER
;POINTER
;POINTER
;POINTER
;POINTER

TO DPV11 CSRO
TO DPV11 (SR2
TO DPV11 (SRé
TO DPV11 CSR6
TO HIGH BYTE OF
TO HIGH BYTE OF
TO HIGH BYTE OF
TO HIGH BYTE OF

CSRO
CSR2
CSR4
CSR6

;RECEIVER CSR (READ/WRITE)
;PARAMETER CONTROL SYNCH/ADDRESS REG.

;(WRITE ONLY)

CSR2
(SRé

sRECEIVE DATA/STATUS REGISTER (READ ONLY)
;TRANSMITTER CSR (READ/WRITE)

;TRANSMIT DATA/STATUS REGISTER (READ ONLY)

CSR6
CSRS

:PCR
= PARAMETER CONTROL REGISTER

:;OTHER HARDWARE PARAMETERS

002306

000000

TURN:

WORD

: TURN AROUND TYPE (0-7)

tttttt.ttt'itt""'i'i'itti'itfi'tfi'ti'lt't"'tttfitt""tt"t"t"ttt'

PROGRAH CONTROL PARAMETERS

000000
000000
000000

FRSTIM:
FRSPAS:

.WORD
.WORD

STARES: .WORD

O
0

:FLAG=0 IF PROGRAM JUST LCADED
;FLAG=0 IF FIRST PASS AFTER LOAD

;FLAG=0 IF 1ST TIME THRU AFTER STA OR RES

:;titti.'.Itt!t""'t"'it"""'ttt'tlit'.tit!t'tt‘tttt'il'tit""""

:PROGRAM VARIABLES

002316
002320
002322
002324

000000

002324
002330
002332

000000
000000
000000

000000

. * HISCELLANEOUS STORAGE

ABORT:
BITS:

.WORD
.WORD

0
0

;FLAG TO ALLOW AN ABORT TO BE ISSUED.
:BITS TO BET SET IN THE (SR REGISTER

CPU:

WORD

DATA:

_WORD

:PROCESSOR TYPE
;(3 = LSI11/23, 0 = LSI 11 OR LSI 11/2)

EXERR:

.WORD

COUNTER:.WORD
ERROR:

.WORD

;COUNTER FOR # OF CHARACTERS TO RCV. (RDATA2)
:COUNTER FOR # OF DATA CHARATERS TRANSMITTED.
ERROR STORAGE

:FLAG THAT AN ERROR 1S EXPECTED IN DATA

CVOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 23-1

GLOBAL DATA SECTION

58 002334
59 002336
60 002340

000000
000000
000000

67 002356
68 002360
69 002362
70 002364
71 002366
72 002370
73 002372
74 002374
75 002376
76 002400
77 002402
78 002404
79 002406
80 002410
81 002412

000000
000000
000000
000000
100000
(JN0OS
000000
000000
000000
000000
000000
000000
000000
000000
000000

61 002342
62 002344
63 002346
64 002350
65 002352
66 002354

82 002414
83 002416
84 002420
85 002422

000000
000000
000000
000000
000000
000000

000000
000000
(000000
000000

86 002424
87 002426

000000
000000

89 002432
90 002434

000000
000000

92 002440
32 002442

000000
000000

88 002430

91 002436

000000

FLAG:
.WORD
HEADER: .WORD
,WORD
HIGH:
IPCR:
IPCSAR:
IRXCSR:
IRDSR:
LENGTH:
LOGDEV:
MAINT:
MCFLAG:
MODE :
NESTPC:
NXMFLG:
OVER:
PSTACK:
REG:
RFLAG:

,WORD
.WGRD
.WORD
.WORD
.WORD
.WORD
,WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
MWORD
.WORD

RXINI:

.WORD

RSAVE:

RXINIT:
RXMINI:
SAVE:
SAVTIM:
START:
SUBRPC:
TEMP:
TEND:
TFLAG:
TIMEO:
TIMER:
TOGGLE:
TSTART:
TXINI:
TXINIT:
TXMINI:

95
96
97
98
99
100

.WORD

.WORD
.WORD
.WORD
.WORD
,WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
WORD
.WORD

0
0
0

0
0
0
0
0
0

;SCRATCH WORD USED FOR MISC. FLAG IN SUB.
:FLAG USED TO MARK DDCMP HEADER.
:FLAG USED TO INDICATE HIGH SPEED ISR WHEN SET

0
0
0
0

: IMAGE OF PCR
:IMAGE OF PCSAR
. IMAGE OF RX(SR
: IMAGE OF RDSR.
sCHARACTER LENGTH.
;LOGICAL DEVICE NUMBER
:MAINTENANCE MODE LOOPBACK FLAG
;WORD USED IN TO TRACK MODEM CONTROL INT.
;PROTOCOL TYPE
SFLAG TO NOTIFY WHEN A SUBR IS NESTED
;WORD USED WHEN ADDRESS IS NXM.
:FLAG TO ALLOW RECEIVE OVERRUN.
:CONTAINS BASE LEVEL PROGRAM SP
:STORAGE OF
A CSR ADDRESS
:WORD USED IN RECEIVE ROUTINE.

;RECEIVER INITIALIZATION

0
0
0
0
0

0
0
O
O
O
0
O
0
0
0
O
0
O
O
O
O

; TEMPORARY LOCATION TO SAVE RDSR ON INTERRUPT
;RECEIVER INITIALIZATION WITH INT ENABLED.
:RECEIVER INIT WITH MAINTENANCE LOOPBACK.
;SCRATCH WORD USED FOR MISC. STORAGE [N SUB.
:STORAGE TO SAVE TIMER VALUE

:CONTER FOR # OF START CHARACTERS TO XMIT.
:PC OF SUBR CALL FOR ERROR REPORTS
:SCRATCH WORD USED FOR MISC. STORAGE IN SUB.
:TRANSMIT END

:WORD USED IN TRANSMIT INTERRUPT ROUTINE
;FLAG TO MARK TIME OUT IN $DATA SUBROUTINE.
; TIMER VALUE
;FLAG TO ALLOW TOGGLE OF RTS IN TEST.

s TRANSMIT START
:TRANSMITTER INITIALIZATION
STRANSMITTER INITIALIZATION WITH INT ENABLED.

;TRANSMITTER INIT WITH MAINTENANCE LOOPBACK

.EVEN

}8;
103

".'"iti"t't.tt"ii'i"'\ti"'titttiititti't"'t'it'ttiit"itfi""'i"'

}82

: ;MODEM CONTROL

}83 002444

MODEM:

109

. 'tfifiitttt'tt"tt'ti't"lt"t"t't'Qt'ti.'fit't!"i.'t'ltt""'t't't"'

00000 RRdl)
2233
3 22022202022
2222
223230232222
1232322 222222222222

10‘.

10.

;BUFFER AREA FOR MODEM STATUS

ti"t'.ttttti"tt"'it'"'t"'iitt't'tt.'lt't"t't'lt"t""ii.'ti"'
: :BUFFER AREA

110
}};

113 002470

.BLKW

000000

114 002472 000000

XTYPE:

.WORD

XCOUNT: .WORD

;POINTER TO DATA TY~_ TO LOAD INTO XMIT BUFFER

:# OF CHARACTERS TO TRANSMIT,

CVOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 23-2

GLOBAL DATA SECTION

115 002474
116 002476

}}g 002500

000000
000000

ECOUNT:
XMITD:

000000

RCOUNT:

119

120

.WORD
.WORD

.WORD

0
0

:# OF CHARACTERS FOR END OF MSG.
;# OF CHARACTERS TRANSMITTED.

IN BCP MODE.

:# OF CHARACTERS RECEIVED.

:;'t'itt'tit"Qtt"'t"'""""'itt'i""'t"".""'Q""""""""

121
122
123
124
125
126
127
128

129
130 002502

131 002502
132 002510
133 002516
134 002524
135 002532
136 002540
137 002546
138 002554
139 002562
140 002570
}:; 002576

;
;
;
;
;
:
:
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:

¢ CCITT PSUEDO=RANDOM TEST PATTERN t+
THE FOLLOWING 32 WORDS TRANSLATE INTO A 512 BI1 PATTERN
THAT WAS GENERATED ACCORDING TO CCITT RECOMMENDATION V.52. THIS
PATTERN WAS GENERATED BY A 9 BIT SHIFT REGISTER (INITIALIZED
AS 1S) WHOSE 5TH AND 9TH BITS ARE XORED.
THIS XOR RESULT IS SHIFTED
INTO THE 1ST BIT OF THE REGISTER AS THE REGISTER IS SHIFTED RIGHT.
THE 9TH BIT (OR BIT SHIFTED OUT) IS SHIFTED INTO THE BIT PATTERN.
NOTE: CCITT RECOMMENDED 511 BITS, I'VE EXTENDED THIS 8Y 1 BIT TO END

: ON A WORD BOUNDARY.

.WORD
.WORD
WORD
WORD
.WORD
.WORD
.WORD
.WORD
.WORD
MWORD
.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

1‘3

;;Qii'!itt'tit"""'ii'iii't'i"'t"."tiitfit'..tt't'.'."'lfi"""'t.

}22

146 002602
002605
002610
002613
002616
002621
002624
002627
002632
002635
002640
002643
147
}23

002646

101
104
107
112
115
120
123
126
131
061
064
067

000
000045

102
105
110
113
116
121
124
127
132
062
065
070

ALPHA:

.ASCIZ

/ABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789/

ACOUNT= .~-ALPHA
.EVEN

150

;CHARACTER COUNT

;:tti't'i'tt".'t'i'ii"t'i"t"'ttt"t!t!Qlitiltttfi't!tttt""t'it"'t

;; DDCMP BUFFER

}g;

153 002650
154 002651
155 002653
156 002654
157 002655
158
159

103
106
m
114
117
122
125
130
060
063
066
07

ALPHANUMERIC DATA

20N
064
000
000
001
000006

000

0DCMP:

.BYTE
201
.BYTE
64,0
0
BYTE
.BYTE
0
BYTE
1
DDCMP1= .-DDCMP

:SOH (START OF HEADER)
:COUNT AND FLAGS (BITS O AND 1 FLAGS)
:RESPONSE NUMBER
:TRANSMIT NUMBER
;STATION ADDRESS
;2 BYTES OF CRC16

CVDPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 23-3

GLOBAL DATA SECTION
160 002656

161
}g%

002661
002664
002667
002672

104

115
115
123
105
000015

104

120
105
101

103

040
123
107

DDMSG:

.ASCII

/DDCMP MESSAGE/

;2 BYTES OF CRC16

DDCMP2= ,-DDMSG

164

}22

}6; 002673

XMTBUF: .BLKB

};?

:. RECEIVE BUFFER

129

172 003273

173
174
175
176

TRANSMIT BUFFER

R RRA

000400

R LR
PR
PR
R LY

RCVBUF:
RSIZE=

.BLKB

256.

AL R

.-RCVBUF
.EVEN

256.

;256. BYTE BUFFER

R L PR R R R Y Y

CVOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 25

GLOBAL TEXT

SECTICN

GLOBAL TEXT SECTION

335833333 80%3353335338533333334%338%3383338
3830230820002 8200803222227}

B
X
X

THE GLOBAL TEXT SECTION CONTAINS FORMAT STATEMENTS,

MESSAGES, AND ASCII INFORMATION THAT ARE USED IN
MORE

THAN ONE TEST.

3333888883833333358883333333338888822333
338802033333 3388000202323880020 22534
CARRNRANRN A NN AN

R RN R CA NN

AR R

R NANAR A RN

:* NAMES OF DEVICES SUPPORTED BY PROGRAM
X312

003674
003674
003674
003677

"
104

061

120
061

DEVTIYP

<DPV11>

R R A R

126
000

ARG AARNNNNAAAGNECRORNNNNRNNOCOOONY
R R RRRdRRdRRRRRdlRRRRRlRdll)

LSOVTYP::
LASCIZ

/OPV1V/

;;t"t"t't"'t'tt't't"""t"it't""t'.t"t.itt"'Q'i"t"i'.""""""""

;% TITLE OF PROGRAM

:;'tt'ttttt't'i""'"tt"t""t'ttt'tt't'.tt."tt"Q'..Q.t""t""""""""

) ol
——
—

N
=
O
P 9 PR
e

OO
b d
QMO
N) =2
OWO HrON—

b
e
ed
b
b

003716
003721

DESCRIPT

—d

003702
003702
003702
003705
003710
003713

NOONOO
WV NN~ &

ek
ol
—
P
R

0O ~NON WV~

W) =2 OV

~NO NS Wn

—

.SBTTL

LS$DESC::

.ASC12

.EVEN

. FORMAT STATEMENTS USED IN PRINT CALLS

/DIAGNOSTIC TESTS/

CVOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 26

GLOBAL SUBROUTINES

}

.SBTTL

/////////////////////////////////////////////////////////////////////////////

GLOBAL SUBROUTINES
THE GLOBAL SUBROUTINES ARE CALLED BY MORE "HAN ONE TEST

A A

AR AL LL

10
11

i:.ttQQtttQttttttt'"'"t't""t"t'ttttttt""t'tt't"'tt't"ttt"""'

14
15

:
:

17
18

.MACRO
.IF

.ENDC

19
20

.ERROR
CMEXIT

22
23

R R

CALL MACRO - CALL ROUTINE = JSR PC, ROUTINE
(NOTE: RETURN IS EQUATED TO A RTS P(C)

JSR
.ENDM

A AR

R R

R A

CALL
ROUTIN
B, ROUTIN

ROUTINE; ## MISSING ROUTINE-EXPANSION ABORT ##
PC,ROUTIN

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

RN NP PR

33
%ls'

E PRI R TR LR RENN NN E L RN

NCEONOOR0C 000000000000

PUSH REGS MACRO

.MACRO

PUSH REGS

MOV

X,=(SP)

.IRP

ALl

.ENDR
.ENDM

X,<REGS>

:PUSH KEG ON STACK.

PUSH

AT IR T E AL LR RN AR R RN AR TR ERNN RN O

NNNO NN R CEONEROROOOY

: POP REGS MACRO

E;ttt.ttttt'ttt't"tt"t'tt"tttttttttttt'tttttt'ttt"'t"tttt"t'ttt't

40
41

.MACRO
.IRP

MOV

44
45

.ENDM

.ENDR

POP REGS
X,<REGS>

(SP) ¢ X

;POP REG OFF STALK.

POP

;

E;ttttttttt'ttt't'tt't"t""'tt'lttttQtt.ttttltltttttttt.'t.'ttt't!ttt

52
53
54
55
56

WAIT MACRO

{MACRO WAIT
$811,ADDRESS
8, $BIT
IF
.ERROR ROUTINE;
## MISSING ROUTINE-EXAPNSION ABORT ##
MEXTT
.ENDC

CVDOPVBO DPVIY1 FUNC DIAG MACRO v03.01 23-0CT-80 08:56:53 PAGE 26-1

GLOBAL SUBROUTINES

NLIST
LIST ME
LLIST
LR ALL

JAF
JIF

B, ADDRESS
ION $817, TBC

1FF

PC,SWALT
1BE
.WORD
TXCSR
.WORD

JSR

PC,SWALT

JSR

LEND(
JIFF

JSR

ENDC

.WORD
.WORD

$817
RXCSR

MACRO

EXPANSION

teceneree

;CALL WAIT ROUTINE :WAIT FOR TBE TO BE SET
:IN TRANSMITTER (SR.

;CALL WAIT ROUTINE -

;WAIT FOR BIT TO BE SET
;IN RECEIVER (SR,

:CALL WAIT ROUTINE PC,SWAILT
WAIT FOR BIT T0O BE SET
$817
.WORD
ADDRESS ;IN THE GIVEN ADDRESS.
.WORD
eEANeeN SRR R IR TR RN RO RRRINOS

)
LNLIST ME
LENDM

:;'Q'tl"'...""""'"""""".."Q'.l..."...Q."l.""'.".".'..

; DELAY MACRO

::.......'.0".""""""""..'.Q..!..'."".."."".t""."""..

.MACRO
Jdf

SDELAY STIME
8, STIME

.SER?$ ROUTINE;
MEX

## MISSING ROUTINE-EXAPNSION ABORT ##

NLIST
LIST Mt
LLIST

JSR

PC,SDLAY
.WORD

ol el

SSIRIRIC28E

ENDC

NLIST ME
.ENDM

;eaeeenee MACRO EXPANSION seeeenee

STIME

;CALL DELAY SUBROUTINE

+NUMBER OF DELAY LOOPS

;'!i..l."'l.'l"...'..'..".'l.'l

CVOPVBO DPVIY FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 28

GLOBAL SUBROUTINES
w0 —

Q""""'t"""""""""""""."""'t""!"'l""'"""'Q'

M '."""Q'."""""""""""""""t".."""'"t""".""t’

~NO W

SUBROUTINE SWAIT
FUNCTION

CALLING FORMAT:

WRN =2 OV

POPNIPOPIAIA)
b cd b b ed el e ed et D

TO WAIT FOR A BIT TO BE SET IN A GIVEN
ADDRESS (USUALLY A DPV REGISTER).
JSR

PC,SWAIT
.WORD
.WORD

81T
; ADDRESS

WA =2 OO

ENTRY CONDITIONS
EXIT CONDITIONS

EXIT WHEN BIT SET OR LPON TIME OUT.

CALLED BY

TESTS 4,5.7

REGISTERS DESTROYED

TIMt OuT, PRINT TIME OUT ERROR.

RO=-R2 SAVED AND RESTORED

t"...."ti'."""""'"""'."'..'..."..""i't'.'.‘t.'.'Ql"'Qt

. .t't'..'.'t"'QQ"Q""""'Q"'....'Q.'Q....."Q'tt"t"."t'.t'.'t'

26 003724
27 003724

003730
003736
003744
003750
003756
003764
003770
003776

37 004000
38 004000
39 004004

40 004010
« 004012

004012
Y 004014
43 004016
17 004020
45 004022
46

011637
162737
017637
062716
017637
017737
062716

002416
000004
000000
000002
000000
176412
000002

SWAIT:

002416
002320

002374
002374

10%:

1763/0

104422

005300
001370
010102
053702

SSAVE THE BITS THAT WE ARE C(HECKING.
:UPDATE THE ADDRESS ON THE STACK.
;SAVE THE ADDRESS OF THE (SR POINTER

:CORRECT THE PC.

L Y (SP)

:SAVE THE ACTUAL CSR ADDRESS.
:UPDATE THE ADDRESS ON THE STACK.

:USE RO AS A LOOP TIMER.

MoV

8(SP) ,REG
@REG,REG

<Ré R1,RO>
aREG,RY

BITS,.R1

;PUSH REGS ON THE STACK

;SAVE THE CONTENTS OF THE CSR.
;1S THE BIT SET ?
;BRANCH [F SET
;BREAK FOR SUPERVISOR.

BNE
BREAK

20%

DEC
BNE

RO
10%
R1,R2

:DECREMENT TIMER

0,EMG1,ERRGY2

:PRINT

B1S
ERRDF

1046455

a(SP),BITS

#4 ,SUBRP(

#2.(5P)

MOV

002320

;SAVE THE PC THAT CALLED THE ROUTINE.

ADD

BIT

002320

(SP),SUBRPC

MOV
MOV
ADD
PUSH

CLR

005000

017701
033701
001026

MOV
SuB
MOV

BIT1S,R2

00000«

002320

BIT
8t

PRINTB

004056

004102
000001

#18E.B115
20%
#ENST

($BRX

;CONTINUE IF TIMER NOT EXPIRED.

:SAVE EXPECTED RESULTS FOR ERROR MESSAGE.
JSET Tmg EXPECTED BITS.
T!ME OUT ERROR.

000000
013462
47
«8
49

TRAP

;WERE WE WAITING FOR TBE>
JIF NOT, EXIT,

TRAP

MWORD
LWORD
.WORD

SUGGESY THAT THE XM]T CLOCK IS INOP.
MoV
MOV
MOV

(SERDF

O
EMG!
ERRG!?

(SP)
- S)
#FEM
SP)
8 ,-(
SP.RO

(VDPVBO DPVI1 FUNC DIAG MACRO v03.01
OGLOBAL SUBROUTINES

004060
004062
S0 004066
51 004066
2% 004074

104414
062706

000004

005037

002415

gg 004100

000207

56 004102
004105
004110
C04113
004116
004121
006124
006127
004132
57
58

045
103
103
124
040
111
103
103
045

28-007-80 08:56:53 PAGE 28-1

20%:

TRAP
ADD
POP
(LR

<RO,R1,R2>
SUBRP(

:POP REGISTERS OFF STA(K,

RE TURN
101
10
113
10
130
124
114
113
116

050
105
040
105
11§
040
117
051
000

FMST:

JASCIZ

.EVEN

/XACCHECK THE

XMIT CLOCK) XN/

CSPNTB
2 ,5P

C(VOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 29
N8y —

GLOBAL SUBROUTINES

;'.""""'.""""""""".""'."""l't""""""QQQQ."""
';""""".""""""""""""'"Q"Q."QQ"Q""""Q'Q""'Q'.

SUBROUTINE SRESET
TO PERFORM A MASTER RESET AND TO (HECK
THE DPV [S IN THE PROPER INIT STATE.

CALLING FORMAT:

THAT

PC.SRESET

JSR

ENTRY CONDITIONS -

b b cd cad o

LIRS
W I

i e

NN =2 O 000~

FUNCTION =

EXIT CONDITIONS

- DEVICE IS RESET CORRECTLY OR AN ERROR [S REPORTED

CALLED BY

- TESTS 2-43

N2 OO

REGISTERS NOT AFFECTED

004264
004272
004274
004274
004300
004304
004306
004310

001003
005777
001413

011637

162737

176072

10%:

002416

017737
042737
032777
001417
052737

002416
176030

006760
000040

002444
002444

20%:

X7, ]
N7 B
X7 T
N7 R

)
P

(SR = 0?

THE RECEIVE STATUS AND DATA REG = Q?

NOT, ERROR.
TBE SET?
NOT, ERROR.

THE PARAMETER CONTROL REG = 0?

NOT,

ERROR.

THE XMIT STATUS AND DATA REG = 0?
YES - RESET OK.

sFLAG WHERE THIS SUBR. WAS (ALLED.
<ADJUST THE PC
:PRINT ERROR MESSAGE

TRAP

MOV

SRXCSR,MODEM
#6760 ,MODEN
#TA, ITXCSR

:CLEAR ALL BUT MODEM

122777
001010

000162

176004

(MPB

012746
012746
010600

011522
000001
000004

NOT ERROR.

;CLEAR THE FLAG

002444

062706

DPV.

SUBRPC

000040

104414

THE

THE RECEIVE

CLR
8IC
8lT
BEQ
8IS

176016

1.EMG3,ERRGY

(SP),SUBRP(
#4,SUBRP(

20%

Bt Gt Pt

MOV

BEQ

10$

;1S

aP(R
108
ATOSR

suB
ERRDF

104455
000001

013540
007572
005037

1S18
BNE
TST

8EQ

176106

002416
000004

aRDSR
108
#6,3TXCSR

JRESET

176104

aRXCSR
108

) Pt P

000004

#RESET,ATXCSR

176112

MOV
1S18
BNE
ST
BNE

o R Y B

105777

176126

032777
001406

176116

004170
004174
004176
004202
004204
004204
004210
006216
04216
004220
004222
004224
004226
004232
004232
004240
004246
004254
004256

001015
005777
001012

000001

AR RO AR R OERARRARRNRRACNRCNRNOEROQNCORRONCROCROSGSOEEROTOTTE

Gt Pt

004166

105777

L C

004160

012777

ANR

LI
I

004144
004150
004152
004156

004136
23 004136

ARNANNNR AR AN

RESET:

PIRIN)

:.t...'.'QQ'""""""""Q"l.'."."".'.'."'."Q"'."Q.t""t.'
RN

BNE

PRINTB

30%

#TR,MODEN

#162,3CSRY

30%
#FMGY

.WORD
.WORD
.WORD

%SERD'

EMG3

ERRG

:SAVE THE MODEM STATUS.
;1S TEST MODE ScT?
:1F NOT OX
;OTHERWISE SET TM IN MODEM
;ALSO CHECK FOR =12V

;ARE RING, CTS, CD AND DM _ALSO SET?
:1F NOT, PROBABLY HAVE =12V
;PROMPT USER TO CHECK -12V.

MOV
MoV
MOV
TRAP
ADD

, - (SP)
#EMGY
#,-(SP)
SP.RO

(SPNTB

e ,SP

CvOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 29-1

GLOBAL SUBROUTINES

gg 004314
g} 004314

30%:
000207

RETURN

CVDPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 30

GLOBAL SUBROUTINES
winy =

33 004322
34 004326
35 004332
36 004336
37 004342
38
39 004344
40 004352
41 004354
42 004360
43 004362
44 004362
45 004370
46 004372
47 004376
48 004400
49 004400

22X

2 R
2

R A RS

R R

SRR

R R

2220

AR AR
R

Rd 0] ])

Rt RRRaRiRRRlllldlld)

TO SET UP THE TRANSMIT BUFFER WITH A DATA

FUNCTION -

PATTERN AND TO CLEAR THE RECEIVE BUFFER

ENTRY CONDITIONS - IPCSAR
IPCR

XTYPE
XCOUNT
LENGTH
MODE

EXIT CONDITIONS

= ECOUNT
XMTBUF
RCVBUF

CALLED BY

PC,$BUFRS

JSR

CALLING FORMAT:

= IMAGE OF THE PCSAR (CSR 2 OF THE DPV)
= IMAGE OF THE PCR (CSR 5 OF THE DPV)

=
=
=
=

ADDRESS OF THE XMIT TYPE
# OF CHARACTERS TO TRANSMIT
CHARACTER LENGTH
PROTOCOL TYPE (BCP OR BOP)

= lchNg?ARACTERS TO TRANSMIT (MODIFIED
XCou

= CONTAINS XMIT DATA TYPE PATTERN
= RECEIVE BUFFER CLEARED

- TESTS 15-40

REGISTERS R1-R4 DESTROYED
':'fi'i.i'tittt'tt"'ttt't"'"t"tttititttttttt't"ttttttt"tttt'lt'tt'
';'tttttt't.'ititt"tt"'i"'ti'iit"l'tttt'tt'ttt'."tifi.ifittt'tt"ttt

013701
0137062
012703
013704
005737
001444

002352
002470
002673
002472
002362

032737
001403

100000

112723
000422

000377

032737
001403
113723
000413

010000

$BUFRS:

002344

5%:

002344
6%:

000020

002342

000001

177777

000010

MOV
MOV
MOV
MOV

LENGTH,R1
XTYPE,R2
#XMTBUF ,R3
XCOUNT R4

;GET THE CHARACTER LENGTH
:ADDRESS OF DATA TYPE
;ADDRESS OF TRANSMIT BUFFER.
:CHARACTER COUNT.

BEQ

10%

:1F BCP, SKIP ADDRESS CHECK.

TST

002342

MODE

sWHAT MODE?

;1S APA DESIRED?
:IF NOT CHECK SECONDARY ADDRESS.
;PUT APA [N THE XMIT BUFFER

BIT
BEQ
MOVB
BR

#APA,IPCSAR
5%
#377,(R3)+
[43

BIT
BEQ
MOVB
BR

#SECADR, [PCSAR
6%
JIPCSAR, (RY)+
7%

Move
BIT
BEQ

(R2)+,(R3)+
#EXADD, IPCR
7%

MOv8
INC

(R2)+,(RY)¢
XCOUNT

;LOAD ADDRESS CHARACTER
:1S EXTENDED ADDRESS REQUESTED?
:BR IF NOT
:MAKE SURE THE LSB OF THE ADDRESS IS 0
;GET THE EXTENDED ADDRESS BYTE.
:COMPENSATE TRANSMIT COUNT.

(R2)+,(R3)+
#EXCON,IPCR

:LOAD CONTROL CHARACTER
;1S EXTENDED CONTROL DESIRED?

8I(8

002472

56 004426
57 004430

2R 2

2223222222222

SUBROUTINE S$BUFRS

b b ad b e o
b ad b
WO PPN N AT NI NN =
OO ~ O VIS NN =2 O WO NO NN
2O 000 NN

31 004316
32 004316

2823 222X

Move
817

#8170,-1(R3)

;1S THE SECONDARY ADDRESS DESIRED?

s1F NOT

= JUST LOAD DATA

;PUT SECONDARY ADDRESS IN THE XMIT BUFFER.

CVOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 30-1

GLOBAL SUBROUTINES

58 004436
59 004440

60 004442
61 004446
62 004446
63 004454
64 004454
65 004462
66 006462

67 004464
68 004470

69 004472

70
71 004474
72 004500
73 004504
74 004504
75 004506
76 004510
7
78 004512
79
80 004514
004517
004522
81
82

001403
112223
005237

002472

062737

000002

002472

013737

002472

002474

112213
146123
005304

004514

012701
012702

003273
000400

;BR IF NOT

iNC

(R2)¢+,(R3)+
XCOUNT

ADD

#2 ,XCOUNT

: COMPENSATE TRANSMIT COUNT

MoV

XCOUNT ,ECOUNT

;TRANSMIT COUNT IS THE END COUNT [N BCP MODE.

Move

(R2)+,(R3)
MASK(R1),(R3)+

;SAVE THE DATA IN THE TRANSMIT BUFFER
;CLEAR UNUSED BITS (DEPENDS ON CHAR LENGTH)

;LOOP UNTIL THE TRANSMIT BUFFER IS LOADED.

BEQ

Mmove

8$%:
108:
11%:

BI(B
DEC
BNE

001373

;LOAD EXTENDED CONTROL
; COMPENSATE TRANSMIT COUNT

;DECREMENT COUNTER.,

MoV
MOV

#RCVBUF ,R1
#RSIZE ,R2

;GET THE ADDRESS OF THE RECEIVE BUFFER
;GET THE LENGTH OF THE BUFFER.

001375

CLRB
DEC
BNE

(R1)+
R2

;CLEAR THE ENTIRE BUFFER
;DECREMENT THE COUNTER

000207

RETURN

20$:

105021
005302

000
370
300

376
360
200

374
340
000

MASK:

.BYTE

.EVEN

20$

;LOOP UNTIL THE ENTIRE RECEIVE BUFFER IS CLEAR

0,376,374,370,360,340,300,200,0

CVDPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 31

GLOBAL SUBROUTINES

1
%

; ;'ttti'i"""'t"""'""""""'l"'t".""""".""Q"""""
::""t't'!t"'t"'"'t'i""""'t"i""""'"""""""."."""

g
g

;
:

SUBROUTINE $DATA
FUNCTION JSR

CALLING FORMAT:

ENTRY CONDITIONS - RCVBUF

15
16
17

:
:
:

RXMINI

:
:

13
14

JSR

TXMINI

TXINIT

TIMER

:
;
;
;

20
21
22
23

EXERR

IF SET, MAINT. MODE DESIRED
= RECEIVER INIT WITH MAINTENANCE MODE SET.
= USER SELECTED RECEIVER INIT WORD.
= XMIT INIT WORD WITH MAINTENANCE MODE SET.
= USER SELECTCD XMIT INIT WORD

= TIME OUT VALUE (DETERMINED IN INIT DEPENDENT ON PROCESSOR TYPE)
= FLAG FOR EXPECTED ERROR.
0 = NO ERROR EXPECTED.

NONO = ERROR EXPECTED.

= XMIT BUFFER
= MAINTENANCE MODE FLAG

RXINIT

= CLEARED RECEIVE BUFFER

XMTBUF
MAINT

PC,SDATA

PC,SDATA1

28
29
30

:
:
:

CARRY CLEAR
EXIT CONDITIONS = IF A CORRECT DATA TRANSMISSION - SET
AND ERROR
IF ERROR IN TRANSMISSION = CARRY
MESSAGE
A
EXPECTED,
NOT
WAS
ERROR
IF
FLAG SET.

33
gg
36

:
:

CALLED BY

WwiLL BE OUTPUT.

- SDATA = TESTS 15-28 & 30 - 40
$DATAY1 - TESTS 41 =43

;

REGISTERS R1-RS DESTROVED
®
; :'t.ttt'tl't'ttt'Q"t'tit'tt't't"t"tti'i".l'ttfiit'tt*tt"ii'tt't'Q'

%g
39

::'tttl't'ttttii'it'ii'ii't'ii't'.itl't."i'i"tit'."ll't.'tt'itt!"t'
$DATA:

40
2; 004526

RFLAG
TFLAG

002330

CLR
CLR
CLR
CLR

002476

CLR

XMITO

43 004526
44 004532

005037
005037

002376
002424

46 004542

005037

45 004536 005037 002360

47 004546 005037 002426
23 004552 005037
50 004556 012701
51 004562 012702
52 004566 013703
53 004572 005037
54

CLR

MCFLAG
ERROR

TIMEOD

003273
002673
002472
002500

MOV
MOV
MOV
CLR

#RCVBUF ,RY
#XMTBUF ,R2
XCOUNT,R3
RCOUNT

55 004576 005737 002340
56 004602 001435
57

HIGH

BEQ

:CLEAR THE RECEIVE FLAG
*CLEAR THE TRANSMIT FLAG
*CLEAR THE MODEM CONTROL FLAG
*ERROR CONDITION FLAG

SCLEAR TIMEOUT FLAG

*CLEAR XMIT COUNTER.
;RECEIVE BUFFER
*TRANSMIT BUFFER
STRANSMIT COUNTER
*CLEAR RECEIVE COUNTER.
*SET UP THE VECTORS.

1S THIS A HIGH SPEED TEST?
‘BRANCH IF LOW SPEED
:SET VECTORS WITH THE HIGH SPEED ISRS

61 004666
62 004674

63 004676
64 004676
004676
004702
004706
004712
004716
004720
65 004724
004724

004730
004734
004740
004744
004746
66 004752
67 004752
004752
004756
68 004760
69 004764
70
71
72
73
74
75

004766
004774
005002

005004
005004
76 005012
77 005020
78
79 005026

=4
o

80 005026
81 005032
82 005040
83 005044
84 005044
85 005050
8
87 005054
88 005056

746
746

437

b ek
N

O—=20000

1466
746

58 004604
004604
004610
004614
004620
004624
004626
59 004632
004632
004636
004642
004646
004652
004654
60 004660

OO DS
ed b
NS NIWNON

CVDPVBO DPV11 FUNC DIAG MACRO v03.01
GLOBAL SUBROUTINES

000426

002404
002322

BIC

MOV

5%:

012746
012746
013746
012746

000200

062706

000010

012700

000000

005737
001407
053777
053777
000411

002356

000010

SETVEC

RCVEC,#RDATAZ ,#PRI0G

#OSITEN,RXINIT

;EOUNT,COUNTER

;HIGH SPEED RECV VECTOR

7%:

002406
002442

002404
002440
000040

011637
162737
013704

002416
000004

012705

001000

005777

175220

005737

002376

002430

MOV
MoV
MOV
MOV

RCVEC,#RDATA,#PRIO04

;XMIT VECTOR

$60:

002416

8$:
10$:

#PR104,=(SP)

- (SP)
#RDATAZ,
RCVEC,=(SP)
#3,-(SP)
C$SVEC
#10,5P

;RECV VECTOR

#PR104,-(SP)
#XDATA,-(SP)
XMTVEC,=(SP)
#3,-(SP)

MOV
MOV
MoV
MOV
TRAP
ADD

#PR10& ,-(SP)
#RDATA,-(SP)

RCVEC,=(SP)
#3,-(SP)
CSSVEC
70,sP

MOV
TRAP

#PRI00,RO
CS$SPRI

#PR100

;ENABLE INTERRUPTS

TST

MAINT

;SET MAINTENANCE MODE?
:BR IF NOT
SINIT RECEIVER WITH MAINTENANCE MODE
;INIT TRANSMITTER WITH MAINT. MODE.

$DATAY
RXMINI ,aRXCSR

XMTVEC,=(SP)
#3,-(SP)
CSSVEC
#10,
P

MoV
MOV
MOV
MOV
TRAP
ADD

SETPRI

TXMINI,aTXCSR

175254
175252
002404

MoV
Mov
Mov
MOV
TRAP
ADD

#XDATAZ,=(SP)

;SET UP COUNTER FOR INT SERVICE ROUTINE RDATA2

XMTVEC ,#XDATA #PRIOS

$GO

$DATAT:

ADD

#PR104 ,-(SP)

; IGNORE DATA SET INTERRUPTS IN HIGH SPEED.

016732
002262
000003

053777
053777
052737

100426

SETVEC

000200
017164
002262
000003
000010
000040
002472

XMTVEC,#XDATA2,#PRIO4 ;HIGH SPEED BOP XMIT [SR.

TRAP

000010

000200
017340
002264
000003

104441

SETVEC

000200
017512
002264
000003

012746
012746
013746
012746
104437
062706

104437

28-0CT~80 08:56:53 PAGE 31-1

CS$SVEC
#10,sP

RXINIT,aRXCSR
TXINIT,@TXCSR
#OSITEN,RXINIT

;ISSUE RECEIVER INIT (DETERMINED IN INIT CODE)
;1SSUE XMIT INIT (DETERMINED IN INIT CODE)
;RESET THE DATA SET INTERRUPT (MAY BE CLEARED
;IF THIS IS A HIGH SPEED TEST).

(SP),SUBRPC

;FLAG WHERE THIS SUBR. WAS CALLED.

#4,SUBRPC

R4
TIMER,

:ADJUST THE P(
:SET UP TIMER

#1000,R5

. INNER LOOP COUNTER

aTDSR

;1S THERE A TRANSMITTER ERROR?

RELAG

.1S THE RECEIVER DONE?

20%

IF YES

CVDPVBO DPVI1 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 31-2
89 005062
90 005064
91
92
93
94

005066
005070
005076
005100
005100
005102
005102
005104
005106

95
96
97
98
99
100 005112
101 005116
102 005120

001401

000002

002306

104422

005304
001357
005237
005737
001036

002426

002332

000020

175132

106455
000003
014766
006700
000412

005737

002376

005737
001013

002332

gOONNOb& O S~

WNMON)
= b b

b 2 O

OO
VNNV

[elalelelelelelo Nelelel=d"e
lelalelelaleleleololele] o

d and wd e
D el
D
b
b ad i
—h

NNV
NN b ccd ccd e b b
VSN
2O 0 ~NOWN S

100016

126 005236
36

000001
002416

002416

052777

000001

013700

002264

013700

104436

000207

002330

248

002262

175042

$
$

TURN

T LOOP [F

YES

:DE REMENT INNER LOOP COUNTER
;L0 P UNTIL DONE
;18 ;HIS RS422?
IF
ES - DON'T ALLOW A SUPERVISOR BREAK.
A
BR EAK FOR SUPERVISOR INTERRUPT
TRAP

TIMEO

;SET TIME OUT FLAG.

TST
BNE
ERRDF

EXERR

;WAS AN ERROR EXPECTED?

25%
2,EMG2 ,ERRGZ

248

BIC
ERRDF

#TXENA,@TXCSR

3,EMG30,ERRG?

24$

TST
BPL
TST
BNE
ERRDF

RFELAG

MOV

25%

EXERR

25%
4 ,EMG31,ERRG2

#1 ,ERROR
SUBRPC

30%

cLe
CLR

SUBRP(

BIS
CLRVEC

#FRESET,@TXCSR
XMTVEC

CLRVEC

RCVEC

RE TURN

C$BRK

;DECREMENT OUTSIDE LOOP COUNTER
;LOOP UNTIL DONE

DEC
BNE
INC

CLR
SEC
BR

25%:

000241
005037

1046436

20$:

22%:

104455
000004
015004
006700

012737
005037
000261
000403

CMP
BEQ
BREAK

11%:

104455
000002
013473
006700
000422
042777

BNE
DEC
BNE

— g — DN
—~2ANOWVIND

GLOBAL SUBROUTINES

;1F YES = EXIT WITHOUT ERROR MESSAGE.
;TIME OUT
TRAP

CSERDF
2
EMG2
ERRGZ

TRAP

CSERDF
3

.WORD
.WORD
.WORD

;DISABLE THE TRANSMITTER.,
s TRANSMIT UNDERRUN

.WORD
.WORD
.WORD

EMG30
ERRGZ

;WAS THIS THE END OF MESSAGE?
;0K = IF YES
:WAS AN ERROR EXPECTED?

;IF YES - EXIT WITHOUT ERROR MESSAGE.
+RECEIVER ERROR

TRAP

CSERDF

.WORD
"WORD
"WORD

MOV
TRAP

XMTIVEC,RO
CSCVEC

MOV

RCVEC RO
CSCVEC

EMG31
ERRG?

:FLAG ERROR
*CLEAR THE SUBR PC FLAG
“SET CARRY - ERROR

:CLEAR CARRY - NO ERROR

*CLEAR THE SUBR PC FLAG
:RESET THE DPV
RESTORE

’

VECTORS

TRAP

[

CVOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 32

GLOBAL SUBROUTINES

;;ttt'tt't'ttt'tt'"t"t'""t"t"ttt't"ttttttttttttttQQ"'Q'QQ"""

;;tttttttt'tttt't'tt't't't"'Q'tttt!tttt't."'t"'t"'t'tttl't"""t"

;

S$CHECK

SUBROUTINE

g
6

;

8
18

:
;

;

CALLING FORMAT:

15
16

;
:

18
19

:
;

ENTRY CONDITIONS - IRDSR = IMAGE OF THE LAST RECEIVED RDSR
XCOUNT = TRANSMIT CHARACTER COUNT.
RCOUNT = RECEIVER CHARACTER COUNT.
XMTBUF = THE TRANSMIT BUFFER STARTING ADDRESS.
RCVBUF = THE RECEIVE BUFFER STARTING ADDRESS.

;

EXIT CONDITIONS =~ IF ERROR DETECTED, A MESSAGE WILL BE OUTPUT.

CALLED BY

FUNCTION = AFTER A DATA TRANSMISSION CHECK

;

1. THE ERROR CHECK BIT 2. THAT THE XMIT AND RCV

;

CHARACTER COUNTS ARE EQUAL 3. THAT THE XMIT AND
RCV BUFFERS ARE IDENTICAL

;

g?
%2
%9

;

JSR

MODE

PC,$CHECK

PC,$CHKY

= PROTOCOL MODE: 0 = BCP, NONO = BOP

- $CHECK = TESTS 15, 17=23, 29-40

$CHK1

= TESTS 41-43

REGISTERS R1 - R3 DESTROYED

;."tt'tttttttittt'tit'tit't't't't!ttttttttttttttfittt'tit"'tttt'ttt.ttt

:;tt.ttt't't'tttttt't't't't'ttitttt"tititfittttttttt'tttt'ttttQfittfitttt
$CHECK:

31
32 005246

;ENABLE LOCAL SYMBOL BLOCK.

.ENABL

LSB

35 005246 005737 002340
36 005252 001046

TST
BNE

H1GH
5%

;1S THIS A HIGH SPEED TEST (HIGH SPEED 1SRS)
:IF YES SKIP CRC ERROR CHECK AND

39 005262 005737 002350

TST

IRDSR

;1S THE ERROR BIT SET (BIT 15)

§2

37 005254
38 005260

005737
001404

40 005266

100410

41 005270

42 005272

TST
BEQ

002362

BMI

000421

43 005272 032737 002000 002344
44 005300 001015
45 005302 005737 002350
46 005306
47 005310

100412

48 005310 011637 002416
49 005314 162737 000004
50 005322

005322
005324
005326
005330

51 005332

52 005334

1%:

53 005334 023737 002472 002500

BIT

#BIT10,1PCSAR

4s:

;1S THIS BCP MODE?
:BR IF YES

;1F YES = CRC ERROR.

BM]

IRDSR

;WAS CRC16 USED? (ONLY TIME BIT 10 IS SET)
:1F NOT DON'T CHECK BIT.
:1S THE ERROR BIT SET (BIT 15)?

MoV
SuUB

(SF),SUBRPC
#4,SUBRPC

:FLAG WHERE THIS SUBR. WAS CALLED.
:ADJUST THE PC

30%

CMP

XCOUNT,RCOUNT

ERRDF

104455
000005
015226
006652
000444

TST

002416

BNE

3%:

MODE
1%

5,EMG37.ERRGY

:1F YES - OK
;CRC ERROR

TRAP
.MORD
.WORD
LMORD

;ARE THE CHARACTER COUNTS THE SAME.

CSERDF
S
EMG37
ERRQY

CvDPVBO DPV11 FUNC DIAG MACRO v03.01
GLOBAL SUBROUTINES
54 005342
55 005344
56 005350
57 005356

001412
011637
162737

002416
000004

28-0CT-80 08:56:53 PAGE 32-1
BEQ

002416

ERRDF

104455
000006

014725
010760
000426

59
60
61

MOV
sus

012701
012702

013703

5%:

002673
003273
002472

$CHK1:

122122

001003
005303
001414

000773
011637

162737
005301
005302

002416
000004

20$:
002416

014753
007014
005444

005037

005450

000207

002416

30%:

(SP),SUBRPC
#4,SUBRPC

6,EMG25 ,ERRG14

;IF YES = CONTINUE
;FLAG WHERE THIS SUBR. WAS CALLED.
;ADJUST THE PC
; CHARACTER COUNTS DIFFERENT

TRAP

.WORD
.WCAD
.WORD

30%

MOV
MOV
MOV

#XMTBUF
,R1
#RCVBUF ,R2

XCOUNT,R3

;GET THE ADDRESS OF THE XMIT BUFFER.
;GET THE ADDRESS OF THE RECV BUFFER.
;GET THE CHARACTER COUNT

(R1)+,(R2)+

:ARE

(mMPB
BNE
DEC
BEQ
B8R
MoV
sus
DEC
DEC

ERRDF

104455
000007

208

R3
30%
$CHK
(SP),SUBRP(
#4,SUBRPC
R1

R2
7,EMGC6,ERRGS

RETURN

SUBRPC
LS8

EMG2S

ERRG14

THE CHARACTERS THE SAME

;IF NOT, REPORT THE ERROR
;DECREMENT THL COUNT.
:LOOP UNTIL DONE
;FLAG WHERE

THIS SUBR. WAS CALLED.

sADJUST THE PC
sPOINT TO DATA [N ERROR
;POINT

TO DATA

[N ERROR.

;CHARACTERS DON'T MAT(CH

TRAP

.WORD
.WORD
.WORD

CLR
.DSABL

gSERDF

;CLEAR THE SUBR PC FLAG
;DISABLE LOCAL SYMBOL BLOCK.

gSERDF

EMG26

ERRG3

(vDPVBO DPVI1 FUNC DI»

GLOBAL SUBROUTINES

MACRO v03.01 28-0CT-80 08:56:53 PAGE 33

::'t"'t'tlt"'!""""""""'i"".""'."ti.""""""".'.."'

;

;;""'t"tttt"""'"""""'"'"'""."'.."..""""""Q"""

;

SUBROUTINE $MODEM
FUNCTION = TO PRINT QUT THE MODEM STATUS FROM A TEST
CALLING FORMAT:

;

JSR

ENTRY CONODITIONS = ERROR

ALSO USED AS THE INDEX INTO THE MODEM

MODEM

;

18
19

= FLAG SET IF THERE WAS AN ERROR [N SDATA

MCFLAG = # OF MODEM CONTROL INTERRUPTS RECEIVED.

;

PC,SMODEM

STATUS

TABLE.

= ADDRESS OF MODEM STATUS TABLE

;
;

EXIT CONDITIONS

;

CALLED BY

26
27

:;ttQtttt'tt'tt""'t""t't""'tttiiiitttt"t'ttlt"ttfitl't"'t""tt
;;'tt'tttttttttt"t'tt't't"tt'tt't!l't"'tttttttttttt't'tt"tttttt'fl"

28 005452

011637

002416
000004
002330

0026416

33 005472
34 005500
35 005502
005502
005504
005506

022737
002152

000091

002360

30 005456
31 005464
32 005470

162737
005737
001041

005510

104455
000010
015321
006652

005522
005526
005530
005532
37 005536
38 005544
39 005546

013746
012746
012746
010600
104414
062706
022737
002013
012737

002360
006030
000002

012746
012746
010600
104414
062706

006325
000001

36 005512
005512
005516

40 005554

005554
005560
005564
005566
005570

41 005574

000006
000011

002360

000011

002360

000004

OTHERWISE, UNEVENTFUL EXIT.

MOV
SuB
TS7
BNE

CMP
BGE
ERRDF

:
1%:

- TESTS 30-40

REGISTERS R1-R3 DESTROYED

SMODEM:

29 005452

= IF THERE IS AN ERROR OR MORE THAT 1 MODEM
CONTROL INTERRUPT, PRINT OUT MODED STATUS.

(SP),SUBRPC

sFLAG WHERE THIS SUBR. WAS CALLED.

#1 ,MCFLAG
358
8,EMG4LO,.ERRGY

:WAS THERE MORE THAN 1 MODEM CONTROL INT?
:1F NOT - SKIP PRINT OUT
;MULTIPLE INTERRUPTS RECEIVED
TRAP
CSERDF
.WORD
8
.WORD
EMG4LO

#4,SUBRP(
ERROR
1s

PRINTB

#FMODEM,MCFLAG

CMP
BGE
MOV
PRINTB

#9. MCFLAG
13
#9. . MCFLAG
#FMODES

;ADJUST THE PC
;WAS THERE AN ERROR IN THE $DATA ROUTINE
:1F YES PRINT QUT STATUS

;PRINT THE NUMBER OF INTERRUPTS,

.WORD

ERRGI

MOV
MCFLAG,-(SP)
#EMODEM,-. ©)
MOV
MoV
#2,-(SP)
MOV
SP.RO
TRAP
CSPNTB
26,SP
ADD
;WERE MORE THAN NINE INTERRUPTS RECEIVED?
;1F NOT, SKIP THE NEXT MESSAGE.
:ONLY PRINT OUT 9 INTERRUPTS
;:INFORM THE USER INTERRUPTS DISABLED.

MOV
MOV
MOV
TRAP
ADD

, - (SP)
#FMODE6
1 ,-(SP)
SP,RO
C$PNTB
84 ,SP

(VOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0(T-80 08:56:53 PAGE 33-1

GLOBAL SUBROUTINES

43 005574

012701

002444

005600
005604
005610
005612
005614

012746
012746
010600
104414
062706

006115
000001

005620
005624
005630
005632
005634

012746
012746
010600
104414
062706

006144
000001

005640
005644
005650
00565¢
005654

012746
012746
010600
104414
062706

006233
000001

012703
012704

006420
000012

44 005600

4S 005620

46 005640

47 005660

4«8 005662

49 005662
22 005666
52 005672

53 005672
54 005674
55 005676

005002

012746

56 005716
57 005720
58 005720

000410

005702
005706
005710
005712

012746
010600
104414
062706

005720
005724
005730
005732
005734

012746
012746
010600
104414
062706

60 005740
25 005742

005304
001353

59 005740

000004

006257
000004
12%:

006266
000001
000004

002360

67 005754
gg 005760

005337
005202

002360

70 005762

005762
005764
005770
005774

010246
012746
012746
010600

#MODEM R

#FMODE(

:ADDRESS OF MODEM STATUS

;PRINT INITIAL MODEM STATUS

MOV
MOV
MOV
TRAP
ADD

- (SP)
#FMODED,
2 ,-(SP)
SP.RO
(SPNTB
86,5P

MOV
MoV
MOV
TRAP
ADD

Y, - (SP)
#FMODE
2 ,-(SP)
SP.RO
C$SPNTB
8 ,SP

MOV
MOV
MOV
TRAP
ADD

, - (SP)
#FMODE?2
#1,-(SP)
SP.R0
CSPNTB
24 ,SP

PRINTB

#FMODE?

PRINTB

#FMODE?

CLR

:CLEAR COUNTER

[ [o]"
MOV

#MMASK ,R3
#10. R4

:# OF BITS TO CHECN IN THE MODEM STATUS

BIT
BNE
PRINTB

(R3)+,(R1)
12%
#FMODE3

;CHECK THE BIT
;IS 1T SET?
:IF NOT, PRINT A O

006275
000002

15%:

15%

PRINTB

#FMODEL

;PRINT A1

‘
DEC
BNE

k&
10%

;DECREMENT BIT COUNTER
:LOOP UNTIL DONE.

TST
G6EQ

MCFLAG
308

;IS THIS THE LAST STATUS
IF YES, EXIT

DEC
INC

MCFLAG
R?

:DECREMENT MC FLAG
:INCREMENT COUNTER.

PRINTB

#FMODFS,R2

TSt

(R1)¢

MoV

3, -(SP)
#FMODE

MOV
MOV
MOV
TRAP
ADD

, - (SP)
#FMODEL
#1,-(SP)
SP,RO
(SPNTB
#,SP

MOV
MoV
MOV
MOV

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

MoV
MOV
TRAP
ADD

000001

005737
001416

0057

5¢:

10%:

64 005744
65 005750

66 005752

PRINTB

000004

032311
0010M

005676

MOV

21 ,-(SP)
SP,RJ
($SPNTB
2 ,5P

;INCREMENT MODEM STATUS POINTER,
;PRINT NEXT MODEM

(VOPVBO DPVI1 FUNC DIAG MACRO v03.01 28-0CT-8U 08:56:53 PAGE 33-2

GLOBAL SUBROUTINES

000004

35%:

000207

116

PRINTB

#FMGH

;PRINT

CARRIAGE

.ASCIZ

/XANUMBER OF MODEM CONTROL

FMOCEO:

.ASCIZ

/XNXAMODEM STATUSINXS14/

FMODEY:

.ASCIZ

/XA

=2 YOO S OOV

(SPNTB
#6,5°P

MOV
MOV
MOV
TRAP
ADD

(SP)
- H,
#FMG
#,-(SP)

INTERRUPTS RECEIVED: ¥D2IN/

NAWNES 2 NN

ed hed ek cd e e O = OO = =

B O2ONNO
= =
OO

FMODEM:

RETURN.

TRAP
ADD

RETURN

=S O N SN

006123
006126
006131
006134
006137
006142
79 006144
006147
006152
006155
006160
006163
006166
006171
006174
006177
006202
006205
006210
006213
006216
006221
006224
006227

062706

104414

O =2 NON) =t — 8

006033
006036
006041
006044
006047
006052
006055
006060
006063
006066
006071
006074
006077
006102
006105
006110
006113
78 006115
006120

011410
000001

O adad e dh = O

74 006026
75 000026
76
77 006030

012746
012746
010600

30%:

OO == O =00 =0 —O
=200
B = B OOLNES
S SN
O
N
O=OWSHrOWOCHrhOrOoOr
00

006012
006016
006020
006022

000006

- i i i () b e
D e e ed b
NNV
N) = = 2O N = O
NN
ON NWVSIONIWN
—

006006

062706
000726

Y
o P P Y o« P R
R
B
R
e I P
) g
O ~NN OBNNN=L2NNOO
= —0O~n &~
HrOO WO OMNO & S wWWnn~NWN NN

72 006006
73 006006

104414

=l =leP e P lale Bl
l=lolelelele ) bk
ot
Ll BSOSO
NOSOON
COHrO0OONOLrOOWOSIrOOOWNE
VWSO
-

005776
006000
4 006004

103

107

DTR

RTS

DSR

(TS

RING (NG/

SP,R)
CSPNTB

#6,5P

(VvOPVBO DPV11 FUNC C,AG MACRO v03.01 28-0CT-80 08:56:53 PAGE 33-3

GLOBAL SUBROUTINES

006232
80 006233
006236
006261
006244
006247
006252
006255
81 006257
006262
006265
82 006266
006271
006274
83 006275
006300
006303
006306
006311
006314
006317
006322
84 006325
006330
006333
006336
006341
006344
006347
006352
006355
006360
006363
006366
006371
006374
006377
006402
006405
006410
006413
006416
85

000
045

87 006420
006426
006434
006442
88

000001
000010
010000

116
115
105
117
122
105
000

045
117
115
116
105
124

FMODE?:

LASCIZ

/ANTAMODEM ON RESET:/

123
101

064

060

FMNDEX:

LASCIZ

/RSLXAQ/

123
101

066
061

FMODES:

ASCIZ

/XS4LTAY/

116
115
105
103
116

045
117
115
110
107

FMODES:

LASCIZ

/AINTAMODEM (HANGE

101

052

FMODEG:

ASCIZ

/XAve MODEM CONTROL

104

105

O et et O e e
e e
e ) D e d 2 D
=SAOQOOLHNOOO=2NINIMNIEN)
= s
N
POV
OMNION N =8NS ON NN

040
061
072

100000

040

* 040

045
045
000
115

124
114
116
122
120

123
114

101
105

104

040

101

040

124

103
116
123

052

000

000002
000040
020000

[NTERRUPT CISABLED AFTER 9 (HANGES «*IN/

103

116
117
m
105
125

040

XID1XA:/

105

10
107
040

045

.EVEN

000004
001000
040000

:
MMASK

.WORD

;MASKS OF EACH BIT
SF,OTR,RTS,LL,TM
DM, RR,CTS,1C,DSCNG

CVDOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 FAGE 34

GLOBAL SUBROUTINES

1
2

;;'ttttt'tttt't"""'"ttt"!'t'ttt"Ql"tQ"t'tt'QQQ"Q."QQ"""Q'.
.';tttt"Qttt'ttt""tt""""""Qt"t't"t'Qt""."""'Q""."'Q'Q

‘;

;

CALLING FORMAT:

;

ENTRY CONDITIONS -

16
17
18

;
;
;

EXIT CONDITIONS

20
21

:
;

[

;

TURN - 0 = TURNAROUND OFF

STARES

= START RESTART COUNT

TURNAROUND ON = CARRY CLEAR (DO THE iEST)
TURNAROUND OFF - CARRY SET (DON'T DO THE TEST)
If TURNAROUND OFF AND [F ON FIRST PASS, OUTPUT
A MESSAGE TO THE

CALLED BY

;

PC,$TURN

JSR

;

USER.

- TESTS 12 - 14

REGISTERS NOT EFFECTED

.';ttt'Ittt'.tttt"'t"'t""t't"t'.t..ltt!t.ltitt'tt.'tttQtttttttitt"
:;QQQ't".ttt't'tt"""""tt't"ttttt'ttt'.t'tt'tttt't'tt"'ttt'tt'tt

26
27

28 006444

29 006444

005737

006462
006466
006472
006476
006502
006504
006506

35 006512

36 006512

37 (J6514

38 006516

013746
013746
012746
012746
010600
104415
062706
000261

000401

39 006516 000241

4«0 006520

2} 006520

000207

$TURN:

002306

30 006450 001022
31 006452 022737 000001
32 006460 001014
33 006462

“3

FUNCTION - DETERMINE 1F TURNAROUND S AVAILABLE

SUBROUTINE $TURN

TST

TURN

;1S THERE A TURNAROUND

<1F YES = CLEAR CARRY TO DO THE TEST.
;IS THIS THE FIRST PASS
#1,STARES
CMP
S1F NOT, DON'T OQUTPUT MESSAGF JUST SET FLAG.
1%
BNE
BE RUN
PRINTX #FMGO,LSTEST,LOGDEV ;INFORM THE USER THAT TEST CAN'T
LOGDEV,-(SP)
MOV

BNE

002314

002354
002114
011070
000003

000010
1$:

S$:
108:

;WITHOUT THE TURNAROUND.

SEC

CLC
RE TURN

108

:FLAG NOT TQ DO THE TEST.
:BR TO RETURN

;FLAG TO DO THE TEST,

MOV
MOV
MOV
MOV
TRAP
ADD

L$TEST,=(SP)
(SP)
#FMG- O,
#3,-(SP)
SP,RO
CSPNTX
#10,SP

CVOPVBO DPVI1 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 35

GLOBAL SUBROUTINES
—

2222 A R Rk

2 R R

23222222 2R222222220202
RRRal
R RRRddld])

XA R

R A R R X R R R

REE RN AR RRARRARRRAR R

SUBROUTINE $SPEED

DETERMINE IF THE TEST CAN BE RUN WITH
WITH THE SELECTED TURNAROUND AND/OR PROCESSOR.

CALLING FORMAT:

JSR

ENTRY CONDITIONS

TURN = 1 - RS423
TURN = 2 - RS&22

PRI PININ) b b b o ed e e e

ad e

NP VSN 2O 000N

FUNCTION

EXIT CONDITIONS

REGISTERS NOT EFFECTED

S NN =2 OOV

CPU
(PU

PC,S$SPEED

= 0 = LSI 11 OR LSI 11/2
=3 - LSI 11/23

OK TO RUN TEST - CARRY CLEAR
DON'T RUN TEST - CARRY SET

IF TEST CAN'T BE RUN, THE USER WILL BE
INFORMED ON THE FIRST PASS.

CALLED BY

$SPEED CALLED BY TESTS 29 - 41

;;tt'tt.ttIltttt'i"i"i"'tt"'i""'i't"'tttttii.tttt'ttti"'tt""'
82R0RRRRRRRRRRRRllidl)
2222322232222 2223222322232223 2222322232222

006522
006522
006526
006530

006536
006540
006546

006570
37
38 006574
39 006574

&0 006576

006600
&2 006600
43 006602
1] 006602
46

005737
001024
022737
001020
022737
001012

002324

013746
012746
012746
010600
104415
062706

002114
013011
000002

000261
000401

000241

000207

$SPEED:

000002

002306

000001

002314

BNE
CMP
BNE
CMP
BNE
PRINTX

CPU

5%
¥2.,TURN
5¢
#1,STARES
1$
#FMG27,LSTEST

;1S
;1F
;1S
;1F

THIS A LSI 11/23?
YES = CLEAR CARRY TO DO THE TEST.
THIS RS422?
NOT = CLEAR CARRY AND DO THE TEST.

;1S THIS THE FIRST PASS?

;1F NOT, DON'T OUTPUT MESSAGE JUST SET FLAG.
;INFORM THE USER THAT THE TEST CAN'T BE RUN
MOV

LSTEST,-(SP)

TRAP
ADD

CSPNTX
#6,5°

MOV
MOV
MOV

000006
1%:

5%:
10%:

;WITH THIS CPU AND RS&22.
SEC

B8R

cLc
RETURN

10¢

:FLAG NOT TO DO THE

:BR TO RETURN.

TEST.

;FLAG TO DO THE TEST.

#FMG27,-(SP)
#2,-(SP)
SP,RO

CVOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 36

GLOBAL SUBROUTINES
1

R 22222002202
000
0220 R R
RRRRARRRRRRRRdlRllid )

2
3
4

:
:
:

8
9
}?

:
;
;

15
16

:
:

EXIT CONDITIONS

CALLED BY

23
2"

SR 2222222222223 2832222222222 022202222200
2200 RRRRRdRRRiRRRtRRRRRdd)
[
e 2222232223 3232232 2222222222002 20320222222 2232220R
202020t RRRRRlld)
(X1

2222 2222222022222
202
0200
R
Rl
lddildlliRRdRddldldd)

SUBROUTINE SOLAY

;

FUNCTION = TQ SAVE PROGRAM SPACE BY USING ONLY 1

EXPANSION OF THE SUPERVISOR MACRO 'DELAY'’

25 006604
26 006604
27 006610
28 006614
29 006614
006614

006620
006622
006626

006630
006634
006636
006642
30 006644
31 006646
32 006650

017600
062716

000000
000002

012727
000000
013727
000000
005367
001375
005367
001367

000001

005300
001362
000207

JSR

ENTRY CONDITIONS -

a(SP)

- TESTS

PC,SDLAY
.WORD

= # OF

2, 5-9,

12,

DELAY LOOPS TO USE.

SDLAY:
10$:

CALLING FORMAT:

MOV
ADD

a(SP),RO
#2,(SP)

;GET THE # OF DELAY LOOPS
;UPDATE THE PC

DELAY

;1 DELAY LOOP

MoV

61,(PC)+

MOV

bSDLY.(PC)*

.WORD

002116

177772
177756

DEC
BNE
RETURN

RO
108

:DECREMENT VARIABLE LOOP COUNTER
sLOOP UNTIL DONE

.WORD
DEC
BNE
DEC
BNE

-6(PC)
b
=22(P(C)
.=20

—

CVOPVB) DPV1Y TUNC DIAG MACRO v03.01
GLOBAL ERROR REPORT REPORT SECTION

GLOBAL ERROR REPORT REPORT SECTION

—

.SBTTL

SIIIIELIITTI L0000 0dEE I EIIII0Ei0101000010010200000100000010110111111111
THE GLOBAL ERROR REPORT SECTION CONTAINS ERROR MESSAGES
i/
o/

THAT ARE USED IN MORE THAN ONE TEST

////////////////////////////////////////////////////////////////////////////
.EVEN

v
~

BGNMSG

o
o
o
o

oo NONVN

28-0CT-80 08:506:53 PAGE 38

e
b ek
-

OIS

006700
006700
006700
006704
006706
006706

006712
006716
006722
006724
006726
17 006732
18 006732
006732
006736
006742

013746
012746
012746
010600

002416
011260
000002

062706

000006

106414

21
22 007014
007014
23 007014
007014

#FMG3,SUBRPC

ENDMSG

ERRG1::

:PC THAT SUBROUTINE WAS CALLED.

L10001:

104423

BGNMSG
005737
001412

002416

13746
012746
012746
010600
104414

002416

ERRGZ2
TST
BEQ

PRINTB

000006

017746
017746
012746
012746
010600

173332
173324
011166
000003

062706

000010

017746
017746
012746
012746
010600
104414
062706

173306
173300
011223
000003

000010

108:

PRINTB

#FMG3, SUBRPC

:PC THAT SUBROUTINE WAS CALLED.

#FMG1,3CSRO,ACSR2 ;PRINT CSRO AND CSR2 CONTENTS.

#FMG2,8CSR4 ,@CSR6 ;PRINT CSR4 AND CSR2 CONTENTS.

L10002:

104423

013746

002416

ERRG3
PRINTB

SUBRP(C,=(SP)

#FMG3,-(SP)
#2,-(SP)

SP,RO
CSPNTB
n6,SP

TRAP

CSMSG

MoV
MOV
MoV
MoV
TRAP
ADD

SUBRPC,~(SP)
(SP)
- 3,
#FMG
#2,-(SP)

MOV
MOV
MOV
MOV
MOV
TRAP
ADD

8CSR2,-(SP)
@CSRO,-(SP)

ERRGZ::

ENDMSG

BGNMSG

MoV
MOV
MOV
MOV
TRAP
ADD

:1S THE ERROR IN A SUBROUTINE?
:1F NOT, DON'T PRINT SUBR. P(

011260
000002

062706

104414

19 006762

ERRG!
PRINTB

006652
006652
006652
006656
006662
006666
006670
006672
10 906676
006676
006676

#FMG3,SUBRPC

SP,RO

CSPNTB
#6,SP

#FEMGY,-(SP)
#3,-(SP)

SP,R0
CSPNTB

#10,SP

MOV
MOV
MOV
MOV
MOV
TRAP
ADD

= (5P)
aCSR6,
)
,-(SP
8CSR4
#EMG2,=(SP)

TRAP

CSMSG

MOV

SUBRP(C,=(SP)

#3,-(SP)

SP,RO
CSPNTB

#0,sP

ERRCY::

:PC THAT SUBROUTINE WAS CALLED.

CVOPVBO DPV11 FUNC DIAG MACRO V03.01 28-0CT-80 08:56:53 PAGE 38-1

GLOBAL ERROR REPORT REPORT SECTION
007020
007024
007030
007032
007034
24 007040
007040
007042
007044
007046
007050
007054
007060
007062
007064
25 007070
007070
007070
26
28 007072
007072
29 007072
007072
007076
007102
007104
007106
30 007112
007112
007114
007120
007124
007130
007134
007136
007140
31 007144
007144
007146
007150
007154
007160
007162
007164
32 007170
007170
007170
33
34
35 007172
007172
36 007172
007172
007176
007202
007204

012746
012746
010600

104414
062706

Mov
MOV
MOV
TRAP
ADD

011260
000002
000006

PRINTB

005046

#FMG8,<B,aR1>,<B,aR2>

CLR
BIS8
CLR
BISB

151216

005046
151116
012746
012746
010600
104414

062706

MOV
MOV
MOV
TRAP
ADD

011457
000003
000010

ENDMSG

L10003:

012746
012746
010600

011332
000001

062706

000004

104414

005046
157716
013746
012746
012746
010690
104414
062706

PRINTB

#FMGL

#FMG7,CSRO,<B,aCSRO>

;PRINT HEADER

011377
000002

062706

000006

PRINTB

#FMG5,<B,R1>

CLR
B1SB

;PRINT EXPECTEC CONTENTS

L10004:

104423

ERRG?
PRINTB

#FNMGL

;PRINT HEADER

CSPNTB

#10,SP

#FMG4L ,=(SP)
#1,-(SP)

mOov
MOV
MOV
MOV
TRAP
ADD

CLR
8158

MoV
MoV
MOV
TRAP
ADD

BGNMSG

SP,RO

MoV
MoV
MOV
TRAP
ADD

;PRINT THE LOW BYTE OF CSRO

ENDMSG

=(SP)

aR1,(SP)
= (SP)
#FEMG8,
#3,-(SP)

:
ERRG4:

173146

000010

=(SP)

aR2, (SP)

CSMSG

002266
011613
000003

005046
150116
012746
012746
010600
1046414

ERRG4

SP,RO
CSPNTB
#6,5P

TRAP

104423

BONMSG

< (SP)
#ENG3,
#2,-(SP)

SP,RO
CSPNTB

6 ,SP

-(SP)

3CSRO, (SP)
CSRO, - (SP)

#FEMG?,-(sP)

#3,-(SP)

SP,RO

C$PNTB
#0,SP
=(SP)
R1,(SP)
#FMGS,-(SP)
#2,-(SP)

SP,RO
(SPNTB

#6,5P

TRAP

C$MSG

MOV
MOV
MOV
TRAP

(SP)
, =GL
BEM
#1,-(SP)

ERRG7::

SP,RO
CSPNTB

CVOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 38-2

GLOBAL ERROR REPORY REPORT SECTION

007206
37 007212
007212
007214
007220
007224
007230
007234
007236
007240
38 007244
007244
007246
007250
007254
007260
007262
007264
39 007270
007270
007270
40
41 007272

007272
42 007272
007272
007276
007302
007304
007306
43 007312
007312
007314
007320
007324
007330
007334

007336
007340
44 007344
007344
007346
007350
007354
007360
007362
007364
45 007370
007370
007370
46

47 007372

007372
48 007372
007372
007376
007402

062706

000004

PRINTB

005046
157716

#FMG10,CSR4,<B,ACSR46>

013746
012746
012746
010600

ADD

;PRINT THE LOW BYTE OF CSRé
CLR
B1S8

104414

062706

005046
150116
012746
012746
010600
104414

062706

PRINTB

#FMGS,<B,R1>

;PRINT EXPECTED CONTENTS

011377
000002
000006

ENDMSG

012746
012746
010600
104414
062706

005046
157716
013746
012746
012746
010600
104414

062706

005046
150116
012746
012746
010600
104414
062706

ERRGS
PRINTB

011332
000001

CLR
8158

#FMG4

;PRINT HEADER

PRINTB

#FMG11,CSR5,<B,aPCR>

#FMGS,<B,R1>

#FMG4L,-(SP)
#1,-(SP)

ADD

#6,SP

CLR
B1SB

-(SP)
aPCR, (SP)

;PRINT EXPECTED CONTENTS

MOV
MOV
MOV
MOV
TRAP
ADD

B1SB

L10006:

104423

BGNMSG

ERRGY
PRINTB

#FMG4

;PRINT HEADER

=(SP)
R1,(SP)

MOV
MOV
MOV

;PRINT THE HIGH BYTE OF CSR&

ENDMSG

#10,SP

ERRGS::

011377
000002
000006

SP.RO
CSPNTB

CSMSG

172762

PRINTB

#3,-(SP)

TRAP

002302
011640
000003
000010

#¥nG10,-(sP)

#FMGS5,-(SP)
#2,-(SP)
SP,RO
CSPNTB
#6,SP

TRAP

000004

-(SP)

ACSR4, (SP)
CSR4 ,~(SP)

MOV
MOV
MOV
TRAP
ADD

L10005:

104423

BGNMSG

Mov
Mov
MoV
MOV
TRAP
ADD

SP,RO
CSPNTB

CSR5,=(SP)

#EMGI1,-(SP)
#3,-(SP)

SP,RO
(SPNTB

#10,SP

=(SP)
R1,(SP)

MoV
MOV
MOV
TRAP
ADD

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

TRAP

CIMSG

MoV
MOV
Mov

, = (SP)
#FEMG4L
#1,-(SP)

CSPNTB

#6,5P

ERRGY::

SP.RO

CVDPVBO DPVI1 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 38-3

GLOBAL ERROR REPGRT REPORT SECTION

007404
007406
49 007412
007412
007614
007420
007426
007430
007434

007436
007440
50 007444
007444
007446
007450
007454
007460
007462
007464
51 007470
007470
007470
53 007472
007472
54 007472
007472
007476

007502
007504
007506
55 007512
007512
007514
007520
007524
007530
007534
07536
007540
56 007544
007544
007546
007550
007554
007560
007562
007564
57 007570
007570
0C7570
58
59
60 007572
007572
61 007572
62 007576

104414

062706

PRINTB

005046
157716
013746
012746
012746
010600

#EMG12,CSR6,<B,3CSR6>

;PRINT

THE LOW BYTE OF

TRAP
ADD

(CSR6
CLR
BISB

104414

005046
150116
012746
012746
010600
104414
062706

PRINTB

#FMGS ,<B,R1>

;PRINT EXPECTED CONTENTS

011377
000002
000006

MoV
TRAP
ADD

CLR
B1S8

-(SP)
R1,(SP)

Mov
MOV
MOV
TRAP
ADD

#FMGS,-(SP)
#2,-(SP)

TRAP

CSMSG

MoV
MOV
MOV
TRAP
ADD

#EMG4L ,-(SP)
#,-(SP)

BGNMSG

104414
062706

005046
157716
013746
012746
012746
010600
104414

062706

005046
150116
012746
012746
010600
104414

062706

ERRG10
PRINTB

011332
000001
000004

PRINTB

#FMG4L

#FMG13,CSR7,<B,aCSR7>

;PRINT HEADER

;PRINT THE HIGH BYTE OF CSRé

CLR
8Is8

172564

000010

PRINTB

#FMGS,<B.R1>

;PRINT EXPECTED CONTENTS

011377
000002

MOV
MOV
MoV
Mov
TRAP
ADD

CLR
8isB
MoV

MoV
MoV
TRAP
ADD

TRAP

BGNMSG

002416

SP,RO

CSPNTB

¥4 ,SP
-(SP)

aCSR7, (SP)
CSR?7,-(SP)

#FEMGI3,-(SP)
#3,-(SP)

SP,RO
CSPNTB

#10,SP
-(SP)

R1.,(SP)
#EMGS,-(SP)
#2.,-(SP

CSPNTB

#6,SP

ENDMSG

104423

005737
001412

26,SP

ERRG1Q::

002304
011750
000003

000006

SP,RO
CSPNTB

ENDMSG

104423

012746
012746
010600

=(SP)

8(SRé6, (SP)
CSR6,=-(SP)
#FMG12,-(SP)
#3,-(SP)
SP,RO
CSPNTB
#10,SP

MOV
MOV
MoV

062706

CSPNTB

#,SP

ERRG11
TST

BEQ

SUBRPC
5%

ERRG11::

CIMSG

;WAS THE RFSET ERROR FOUND IN THE SUB

: IF NOT SKIP

CVDPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE

GLOBAL ERROR REPORT REPORT SECTION
63 007600
007600
007604
007610
007614
007616
007620
64 007624
65 007624
007624
007630
007634
007636
007640
66 007644
007644
007646
007652
007656
007662
007666
007670
007672
7
6 007676
007676
007702
007706
007712
007714
007716
68 007722
007722
007724
007730
007734
007740
007744
007746
007750
69 007754
007754
007760
007764

002416
012536
000002
000006
011332
000001
000004

005046

157716
013746
012746
012746
010600
106414
062706

172414
002266
0114613
000003

012746
012746
012746

000000

010600
104414

062706
005046
157716
013746
012746
012746
010600
104414

WIANNININ)
= =2
ST ST A9 1 NT. X, N

QuurGur Guur-Quur-Pure
G

000010

000006

PRINTB

#EMG4

#FMG7,CSRO,<B,8CSRO>

;PRINT HEADER

;PRINT

CALLED

Mov
MoV
MoV
MOV
TRAP
ADD

(SP)
, =P{
SUBR
,-(SP)
#FMG23

MoV
MOV
MOV
TRAP
ADD

, - (SP)
#FMG4L
#1,-(SP)

THE LOW BYTE OF CSRO

CLR
8158
MOV
MOV
MOV
YV

PRINT8B

#EMGS ,#0

:PRINT

EXPECTED CONTENTS

TRAP
ADD

PRINTB

#FMG10,CSR4,<B,ACSRG>

000004
011377
000002

062706

000006

PRINTB

#ENGS,#TBE

#FMG11,PCR,<B,aPCR>

172274

002302
011640
000003

062706

000010

012746

000000

PRINTB

#EMG5,
40

;sPRINT EXPECTED CONTENTS

SP,RO
(SPNTB
#6,SP

SP,RO
CSPNTB

#4,SP

-(SP)

aCSRO, (SP)
CSRO, = (SP)

#FEMGE,-(SP)
#3,-(SP)

SP,RO
CSPNTB

#10,SP

#0,-(SP)
(SP)
, =GS
#FM
#2,-(SP)

ADD

#6,5P

CLR
8158

002272
011574
000003

#2,=-(SP)

MOV
MOV
MoV
MOV

sPRINT THE LOW BYTE OF CSR&

172342

012746
012746
012746
010600

104414

PRINTB

;JPRINT WHERE

TRAP

000010

005046
157716
013746
012746
012746
010600

5¢:

#EMG23, SUBRPC

011377
000002

062706

104414

PRINTB

38-4

MoV
MOV
MOV
MoV
TRAP
ADD
MOV
MOV
MoV
MOV
TRAP
ADD

:PRINT THE HIGH BYTE OF CSR&

CLR
B81S8

SP,RO
CSPNTB

-(SP)

3CSR4, (SP)
CSR4 ,-(SP)

#FMG10,-(SP)
#3,-(SP)

SP,RO
CSPNTB

#10,SP

#TBE,-(SP)

(SP)
- S,
#EMG
#2,-(SP)

CSPNTB
86 ,SP

-(SP)

aPCR, (SP)

MOV
Mov
MOV
MOV
TRAP
ADD

PCR,=(SP)
#FMGIY,-(SP)
#3,-(SP)

MOV

#0,-(SP)

;PRINT EXPECTED CONTENTS

($PNTB

#0,sP

CvOPVBO DPVI1 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 38-5

GLOBAL ERROR REPORT REPORT SECTION

010036
010042
010046
010050
010052

012746
012746
010600
104414
062706

010056
010060
010064
010070
010074
010100
010102
010104

005046
157716
013746
012746
012746
010600
104414
062706

010110
010114
010120
010124
010126
010130

012746
012746
012746
010600
104414
062706

010134
010136

005046
157716

72 010056

73 010110

74 010134

010142
010146
010152
010156
010160
010162

013746
012746
012746
010600
104414
062706

010166
010172
010176
010202
010204
010206

012746
012746
012746
010600
104414
062706

010212
27 010212

104423

75 010166

76 010212

011377
000002
000006

000000
011377
000002
000006

000006

78 010214

010214

79 010214

010214

010220
010224
010230
010232
010234

80 010240

010240
010242
010244
010250
010254
010260

013746

012746
012746
010600
104414
062706
010246
010146
013746
012746
012746
010600

002416

002374
012014
000004

#0,-(SP)
#EMGS
, = (SP)
#2,-(SP)
SP,RO
CSPNTB
#6,5P

CLR
B1S8
MOV

-(SP)
dCSR7, (SP)

#FMGS,#0

;PRINT EXPECTED CONTENTS

PRINTB

#FMG13,CSR7,<B,8CSR7>

;PRINT THE HIGH BYTE OF

#FMGS5,#0

;PRINT EXPECTED CONTENTS

ENDMSG

L10011:
ERRG12

PRINTB

#FM53, SUBRPC

;PC

PRINTB

#FMG14,REG,RT,R2

(SRé6

MOV
Mov
MoV
TRAP
ADD

CSR7,-(SP)
#FMG13,-(SP)
#3,-(SP)
SP,RO
CSPNTB
#10,sP

MoV
MoV
Mov
MoV
TRAP
ADD

#0,-(SP)
#EMGS,~(SP)
¥2,-(SP)
SP,RO
CSPNTB
#6,SP

TRAP

CSMSG

ERRG1Z::

THAT SUBROUTINE WAS CALLED.

011260
000002
000004

MoV
Mov
MoV
MOV
TRAP
ADD

PRINTB

BGNMSG

=(SP)
aCSR6, (SP)
(SR6,=(SP)
#FMG12,-(SP)
#3,-(SP)
SP,RO
CSPNTB
#10,sP

;PRINT THE LOW BYTE OF CSR6

011750
000003

000000
011377
000002

CLR
BISB
MOV
MOV
MoV
MOV
TRAP
ADD

#FMG12,(SR6,<B,8CSR6>

172142
002304

000010

#EMGS,
= (SP)
#2,-(SP)
SP,RO
CSPNTB
#6,5P

PRINTB

172210
002274
011704
000003
000010

Mov
MoV
MoV
TRAP
ADD

;PRINT TIME OUT ERROR

MoV

SUBRPC,=(SP)

MoV
MoV
MoV
TRAP
ADD

FEMG3,~(SP)
#2,-(SP)
SP,RO
CSPNTB
86 ,SP

MoV
MOV
MOV
MOV
MoV
MOV

R2,=(SP)
R1,-(SP)
REG,=(SP)
#FEMGI4,-(SP)
86 ,-(SP)
SP.RO

CVDPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 38-6

GLOBAL ERROR REPORT REPCRT SECTION

010262
010264
81 010270
010270
8 010270

104414
062706

000012

ENDMSG

83 010272

010272

BGNMSG

84 010272
85 010300
86 010302
87 010306

032777
001413
012701

030004

010312
010316
010320
010322
88 010326
89 010330
90 010330
91 010336

012746

012746
010600
104414
062706
000544

012144

010306

92 010340
93 010344

010344
010350
010354
010356
010360

94 010364

95 010366

032777
001413

000004

000002

040002

012746
012746
010600
104414
062706

012221
000001

000010

012701

001010

010402
010406
010412
010414
010416

012746
012746
010600
104414
062706

(12270
000001

010422
010426
010432
010434
010436

012746
012746
010600
104414
o706

012422
000001

010442
010446
010452
010456

012746
012746
010600
104414

013221
000001

}8% 010462

000466

101 010442

010456

104 010464

105 010464
106 010472

107 010474

#RTS,QRXCSR
Ss
#RTS'CIS.RR, R
#FMG17

171672

10$:

032777
001520

000001

000040

20%

8IT
BEQ

#DTR,IRACSR
108

PRINTB

#FMG18

171574

15%:

#0TA'IC,RY

208

BIT
8EQ

#LL,SRXCSR
15%

MOV
PRINTB

000004

[ [0]"

00000«

062706

012701

171730

5%:

000004

032777
001433

100 010422

BIT
BEQ
MOV
PRINTB

000004

012701

000525

171766

ERRG13
;1S RTS SET

#LL'DM,RY
#FMG19

PRINTB

#FMG

PRINTB

#FMG29

20%

BIT
8EQ

#5F ,8RXCSR
25%

MOV

#50,R1

(SPNTB
#2,5pP

TRAP

C$MSG

ERRG13::

;SET UP THE EXPECTED RESULTS

MOV

000001

96 010366
97 010374

98 010376
99 010402

L10012:

104423

TRAP
ADD

MOV
MoV
TRAP
ADD

#FMG17,-(SP)
#,-(SP)
SP,RO
CSPNTB
#4,SP

;1S DTR SET?
:BR IF NOT

:SET UP THE EXPECTED RESULTS

MOV
MoV
MOV
TRAP
ADD

#EMG18,-(SP)
2 ,-(SP)
SP,RO
($SPNTB
#4,5P

:1S LOCAL LOOP SET

sSET UP THE EXPECTED RESULTS

MOV
MOV
MOV
TRAP
ADD

#FMG19,-(SP)
#,-(SP)
SP.RO
(SPNTB
#4,5P

MOV
MOV
MOV
TRAP
ADD

#FMG21,-(SP)
0 ,-(SP)
SP,RO
(SPNTB
#4,5P

MoV
MoV
MOV
TRAP

#FMG29,-(SP)
n,-(sp)
SP.RO
(SPNTB

ADD

8 ,S5P

;1S SEL FREQ SET?
:1F NONE OF THOSE BITS SET - ERROR
;SET UP THE EXPECTED RESULTS

(vOPVBO DPV11 FUNC DIAG MACRU v03.01 28-0(T-80 08:56:53 PAGE 38-7

GLOBAL ERROR REPORY REPORT SECTION
108 010500

010500
010504
010510
010512
010514

012746
012746
010600
104414
062706

012335
000001

010520
010524
010530
010532

012746
012746
010600
104414

012422
000001

109 010520

010534

060004

062706

000004

010540
010544
010550
010552
010554

012746
012746
010600
104414
062706

011332
000001

010560
010562

005046
157716

010572
010576
010602
010604
C10606

012746
012746
G10600
104414
062706

110 010540

111 010560

010566

112 010612

010612
010614
010616
010622
010626
010630
010632

;}2 010636

013746

005046
150116
012746
012746
010600
104414
062706

000447

000004

#FMG2

PRINTB

#FMG4

:PRINT MEADER

PRINTB

#FM(GI0,(SR4,<B,8(5Re>

:PRINT THE LOW BYTE OF

MoV
Mov
MOV
TRAP
ADD

#FMG20,-(SP)
#1,-(SP)
SP,RO
C$PNTB
2 ,5P

MOV
MOV
MoV
TRAP

#FMG21,-(SP)
2 ,-(SP)
SP,RO
CSPNTB

MOV
MOV
MoV
TRAP
ADD

#FMGL ,-(SP)
#1,-(SP)
SP,RO
CSPNTB
#6,SP

CLR
BIS8

-(SP)
9(SR4, (SP)

MOV
MoV
MOV
TRAP
ADD

#FMG10,-(SP)
#3,-(SP)
SP,RO
C(SPNTB
#8o0,sP

CLR
8is8
MOV
MOV
MOV
TRAP
ADD

-(SP)
R1,(SP)
#FMGS ,-(SP)
#2,-(SP)
SP,RO
CSPNTB
#6,5P

#EMGL ,-(SP)
”n,-(SP)
5P ,R0O
CSPNTB
2 ,SP

ADD

(SR&

[ o]

011574
000003
00000

PRINTB

#FMGS,<B,R1>

;PRINT EXPECTED CONTENTS

30%

PRINTB

#FMG4

PRINTB

#FMG15,(SRO,aCSRO

MOV
MOV
MoV
TRAP
ADD
:PRINT THE LOwW BYTE OF (SRO

PRINIB

#tMGYA,
R

sPRINT EXPECTED CONTENTS

011377
000002
000006
20%:

011332
000001

010660
010664
010670
0106764
010700
010702
010704

017746
013746
012746
012746
010600
104414
062766

171402
002266
01207
000003

010710
010712
010716
010722

010146
012746
012746
010600

118 010710

PRINTB

002272

012746
012746
010600
104414
062706

010640
010644
010650
010652
010654
117 010660

#FMG20

171504

115 010640

116 010640

PRINTB

000004

000010
012133
000002

:PRINT HEADER

#4,5P

CSR&4,-(SP)

MoV
MOV
MoV
MOV
MoV
TRAP
ADD

a(SRO,-(SP)
CSRO,-(SP)
#FEMGIS,-(SP)
#3,-(SP)
SP,RO
(SPNTB
#10,5P

MOV
MoV
MOV
MOV

RY,=(SP)
#EMGI6,-(SP)
22,-(SP)
SP,RO

CvOPVBO DPVIT

FUNC DIAG MACRO v03.01 28-0CT~80 08:56:53 PAGE 38-8

- O w0

)
-—

d
-—

[a¥ ], ]
Wi

NN
WV

—
el

NN
oo~NOr

—

[a 8 1,8 =Y

GLOBAL ERROR REPORT REPORT SECTICN

1 29
1 30

010724
010726
010732
010734
010734
01073«
010736
010742
010746
010750
010752
010756
010756
010756
010756
010760
010760
010760
010764
010766
010766

011006

104414

062706
000411

012471
000002

062706

000006

30%

PRINTB

#EMG22 ,R2

ADD
:PRINT BIT

THAT

30%:

L10013:

104423
BGNMSG

005737
001412

002416

013746
012746
012746
010600

002416
011260
000002

062706

000006

104414

013746
013746
012746
012746
010600

002500
002476
012605
000003

062706

000010

SN'T WRITTEN.
MOV
MOV
MOV
MOV
TRAP
ADD

ENDMSG

104414

25%:

010246
012746
012746
010600
104414

TRAP

000006

ERRG14
TST
BEQ
PRINTB

SUBRP(

10%
#EMG3, SUBRPC

;1S THE ERROR

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

#EMG24 , XMITD ,RCOUNT

MOV
MOV

L1004

o
o
o

)

000006

OO
—d =
& O
OOrOWN

VIV
R

ol el
—r

OO0

124

116
114

FMGO:

SPRINT BIT THAT

LASCIZ

#6,SP

RCOUNT ,=(SP)
XMITD,=-(SP)

#FMG24 ,-(SP)
#3,-(SP)
SP.RO

($PNTB
#10,SP

TRAP

($MSG

ERRG1S::

ISN'T CLEARED.
MOV
Mmov

L1001S:

104423

045

¥EMG2S5 ,R2

SUBRP(C ,=-(SP)

#FMG3,-(SP)
#2.-(SP)
SP,RO
(SPNTB

MoV
MOV
MOV
TRAP
ADD

MOV
Mov
TRAP
ADD

ENDMSG

L
ey

—ld

1 35

062706

106414

ERRG1S
PRINTB

($MSG

JPRINT CHARACTERS XMITTED AND RCVD.

ENDMSG

BGNMSG

012652
000002

MOV

ADD

PRINTB

($PNTB
#6,SP

ERRG'4::

MOV
L [0)]
MOV
TRAP

108:

R2,-(SP)
#EMG22,-(SP)
#2,-(SP)
SP,RO

[N A SUBROUTINE?

104423

010246
012746
012746
010600

TRAP

(SPNTB

n6,5P

TRAP

R2,-(SP)
#EMG2S,-(SP)
82,-(SP)
SP,RO
(SPNTB
#6,SP
(SMSG

/XAUNABLE TO RUN TEST XID2YA ON UNIT ID2XA WITHOUT TUPNARCUNDIN/

C(vOPVBO DPVI1 FUNC DIAG MACRO v03.01 28-0(T-80 08:56:53 PAGE 38-9

GLOBAL ERROR REPORT REPORT SECTION

.
— (Wo

06N/

-4 ~

(vOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 38-10

GLOBAL ERROR REPORT REPORT SECTION

011354
011357
011362
011365
01370
0M373
011376

104
123
101
120
126
072
000

072
062
105
105
105
045

045
045
130
103
104
116

011402
011405

045

045
045

123

Q67

FMGS:

LASCIZ

/XS7X03XN/

045
045

117
116
116
101

000
122

FMG6:
FMG7:

.ASCIZ
LASCIZ

/IN/
/XARX(SR

130

FMG8:

LASCIZ

/XAXMIT DATA:

045

FMGY:

LASCIZ

/XNXAt+ (HECK =V FROM THE

123
040
040
045
045
050
126

103
040
075
117
101
105
105

FMG10:

.ASCIZ

/XAPCSCR

162 011377

143 0116410
166 011413

011416
011621
011426

063
000

130
122
040

103
040
040

011432
011435
01440
011443
011446
011451
011456

066
040
130
122
114
040
117

045
050
124
116
051
04
063

101
105
105
10
072
045
000

011462
011465
011470
011473
011476
011501
011504
011507
011512
011515
011520

M5
040
124
040
063
040
126
101
072
117
116

1M
104
101
045
045
122
040
126
040
063
000

124
101
072
117
101
103
104
101
045
045

011525
011530
011533
011536
011541
0M5
011547
011552
011555
011560
011563
011566
011571
1647 011574

101
040
105
040
040
117
126
040
101
105
125
040
045
045

052
103
103
055
106
115
110
103
122
040
115
052
116
101

052
110
113
126
122
040
105
110
107
120
120
052
000
120

0311427

145 011457

146 011522

011577
011602
011605
011610
011613
011616
011621

040

045

103
122
040
040
066
040
130

045

101

123
040
075

= X06XA (EXTERNAL):

X03/

117

XO3XA RCV DATA:

XO3XN/

CHARGE PUMP «+IN/

= 306XA (EXTERNAL):

X03/

i wh

P b D D

D d D o

D b D D D b

D D o

D D e

011624
27

148

149

150

151

152
ah d b ed O = O =2

O NI NN

O ONO
= 8 = YN

b d D i

)

D e

D d D d e

D el

)

=t ONMAMNOWVINI NS =2 OO WV~

)

) el aed

d e e e

BB M
[« JV T
LV [ ¥

VAW £

-~ &~

116

040

063

OO == =2 2000 =000~
WV 2 NO
= NSO
S NO
=S OOV = NYUNOOOOWVIN)
—

[« JV 1=V,
[N ]

s D e o o e

~N~
~N~ OOV
S WWNWINNIN =2 =000
[V,
¥~
& =b

el cd ol cnd e

051

st et OOOCOO
= 2 b Ot 0 s OOOO 2 =2 b s
-, OO
s~ Ot OO
SN
= NO —
D =2NONOOSTWNE =N O =2 ~NMNINNO
OO
TN BOSNLE
S WO WN=O 0NN =
WS
OO SO O = NN

e b oot b o od oD od b e

fel=l=t=1=]=teleloToleTotloYo oYYt lelelelelaldlelodolalalelelalelololelololololalololalalofoladalaladole
o)

GLOBAL ERROR REPORT REPORT SECTION

CVvOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 38-11

123

FMG11:
.ASCIZ
/XAP(CR

X06XA (USYNRT R7): X03/

FMG12:
.ASCIZ
/XAT, DATA
X06XA (USYNRT R2): %03/

FMG13:
.ASCIZ
/XAT. STATUS= X06XA (USYNRT R3): X03/

FMG14:
.ASCIZ
/XACONTENTS Of X06XA = X06XA

FMG15:
.ASCIZ
/XARXCSR
EXPECTED XO6XN/

= XO6XA (EXTERNAL): %06/

CVDPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 38-12

GLOBAL ERROR REPORT REPORT SECTION

- wv

066
000

122

-— [Ta)

<[
7]5 (&) L ~

~ e w ~M e o e e -4 ~

FMG17:

LASCIZ

/%XARTS NOT TURNED AROUND TO CTS AND RR (CD)XN/

LASCIZ

/XADTR NOT TURNED AROUND TO IC (RING)XN/

LASCIZ

/%XALL NOT TURNED ARQO'ND TO DM (DSR)XN/

ASCIZ

/XARL NOT TURNED AROUND TO TEST MODE (SIG. QUALITY)XN/

OO e O 0
e

- x (<] -— el

-—

012265

156 012270

OO
OM

012273
012276
2301

-—

101
o ~ (=4
124

3N~

FMG20:

CVOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 38-13

GLOBAL ERROR REPORT REPORT SECTION

— o M ~

T OO I NOITONMN T ONOMOONINNE I TWVNNE TN NN eE AR ONOWNWN A NAL = O 8 2 S MNnnaumnm

/XACHECK THAT THE JUMPER IS

INSTALLEDIN/

/XACAN'T WRITE BIT XO06XA INTO RXCSRXN/

LASCIZ

/XARESET SUBROUTINE CALLED AT PC: X06XN/

/XATRANSMITTED: XD2XA RECEIVED: XD2XN/

164 013011

anld ol ol

-l

b cnd oo

N
~N

b cub

—

N
W
»

162 012652
012655

163 012715
045
101

d b b ed e (D md (D d DD DD D d D
OO
=
s = O —ted
COOONNNSENNSNNOONWSO-ANISON
=0

~
W

—_ NN

O =
OO ro

D e

—

OSSP

WNONO W

-t O
= OO
—
= ONNOSONSTO

THAN LS =2\ N =

O -—-00 (=]
"~

1264

o
&

°~bN\hU\\d—‘O\h\flWO\h\h-‘bN—'“NJ\OWbOJ\—'ONOO—‘Nbomoo—‘

b b = —b =

072

-.—a-.o-.-.o-.—.o—l-.-a_A—bo—o_ao-oo-a—.—a—b-bo-a—o_o_n_n_a_._a
O—=ONIMNE N =S =2OONINON =SOSR O0O0—=20OWINO 20000
W—‘NNNJ‘ONJ‘O—'—'&b&ON\JO\J’!ObN—'\I‘—'O\h\fi—l\I‘—Db\AO

SOOI O—0O

- PO
B
b =t

AP NOLON)
= =N o

Ot =t

S, OOOO

— °°_a_._._.o—l-aoo—.—a-h_o_bo—ao_ao-o_n_a_ooo_n_a_a_n
Ot
b el
=l e b OO
=2 NI =MNNLNIDON=H
BTN
2=
& = O
= PIN) N —2 —-5ONSO S BN = OO
OO WVONIO SO = N NWVIOMNMAN = NN =) 8~ 5~
W VIO R WNINO S
OO NINNO
NN =
& OoONO

OO0

GLOBAL ERROR REPORT REPORT SECTION

CVDPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 38-14
N

FMG25:
.ASCIZ
/XACAN'T CLEAR BIT X06XA IN RXCSRIN/

FMG26:
.ASCIZ
/XANOTE: DATA SET INTERRUPT MAY BE DISABLED - CHECK JUMPERIN/

FMG27:
.ASCII
/XATEST XD2XA WILL ONLY RUN WITH RS422 ON A | SI-11/

CVDPVBO DPV11 FUNC DIAG MACRO Vv03.01 28-0CT-80 08:56:53 PAGE 38-15

GLOBAL ERROR REPORT REPORT SECTION

013066
013071
165 013072
166 013073
013076

m
061
057
062
116

055

013103
013106
013111
013114
013117
013122
013125
013130
013133
013136
013141
013144
013147
013152
013155
013160
013163
013166
168 013167
013172
013175
013200
013203
013206
013211
013214
013217
169 013221
013224
013227
013232
013235
013240
013243
013246
013251
013254
013257
013262
013265
013270
013273
013276
013301
013304
013307
013312
170 013314

106
120
11
101
067
064
1M1
040
115
131
105
105
040
101
105
040
110
110
045
123
105
124
124
101
124
125
116
045
052
106
070
060
125
105
104
117
122
062
040
m
105
117
105
105
105
052
116
045

167 013100

013317
013322
013325

045

052
110
113

061

063
000
101

045

040
125
123
040
062
040
124
115
117
040
106
123
105
102
104
101
m

103
040
040
115
066
127
110
105
122
122
122
110
116
114
054
040
107

101

040

120
104
105
040
116
040
116
000
101
040
040
060
040
115
122
040
122
123
062
124
123
122
122
130
103
104
052
000
101

040
105
040

FMG28:

105
040
123
103
047
122
045

.BYTE
CASCIZ

57
/23%IN/

LASCIT

/XALF CPU IS A M7264 WITH MEMORY REFRESH ENABLED, A HIGH/

LASCIZ

/XA SPEED TEST CAN'T RUNXN/

052
1M1
115

FMG29:

LASCIZ

/%A++ IF MB020 JUMPERED FOR RS4&22, THIS ERROR EXPECTED #*+IN/

052

FMG30:

LASCIZ

/XAt+ CHECK BYTE OP SIGNAL - STUCK LOW ?? **IN/

062
112
120
105
106
040
064
054
110
040
122
040
120
124
040
045

103
103
102

-y

—

CVOPVBO DPVI1 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 38-16

GLOBAL ERROR REPORT REPORT SECTION

013330
013333
013336
013341
013344
013347
013352
013355
013360
013363
013366
7 01337

131
040
040
107
114
040
125
040
127
077
052
000

124
117
123
116
040
123
103
114
040
040
045

105
120
1M
101
055
124
113
117
077
052
116

172 013372
013375

122
105

105
1264

123
040

EMGO:

.ASCIZ

/RESEY ERROR AFTER BUS RESET (DETECTED ONLY ON 1ST PASS)/

115

EMG1:

.ASCIZ

/TIME OUT/

EMG2:

.ASCIZ

/TIME OUT - DURING INTERRUPT EXERCISE/

EMG3:

.ASCIZ

/RESET ERROR/

EMGL:

,ASCIZ

/(SR READ-WRITE ERROR/

013400
013403
013406
013411
013414
013417
013422
013425
013430
013433
013436
013441
013444
013447
013452
013455
013460
173 013462
013465
013470

105
117
101
105
102
040
123
040
105
103
104
16
040
040
124
101
051
124
105
125

122
122
106
122
125
122
105
050
126
124
040
114
117
061
040
123
000
M
040
124

122
040
1264
040
123
105
1264
104
105
105
117
1E)
116
123
120
123

013501
013504
013507
013512
013515
013520
013523
013526
013531
013534
013537
175 013540
013543

125
055
125
116
134
105
125
040
105
m
000
122
105
105
117
103
040
101
127
124

1M
040
124
040
122
107
116
122
120
105
122
123

117
000
115
117
040
104
1M1
040
124
122
124
130
103
105

105
124
122
122
123
122
104
122
105

123
040
122
000
122
105
055
m
040

174 013473
013476

013546
013551
176 013554
013557
013562
013565
013570

124
105

b wd

012
N

B ) D e i

B D) e

D e

b b b D

D Db

(NN

+ASCIZ
/TBE NOT CLFAR/

EMGS:
.ASCIZ
/TBE NOT SET/

EMGY:
LASCIZ
/XMIT INTERRUPT NOT RECEIVED/

EMG10:
.ASCIZ
/XMIT INTERRUPT RECEIVED WHEN NOT EXPECTED/

EMG11:
.ASCIZ
/RECEIVER NOT DEACTIVATED/

OIS 2O

D DO DO

OD D DO

OWNS = O W NN

DD BB

OO=ONSNIWON—-ON
S 22NINNON

OO—=0

EMG?7:

=2 NNV

/USYNRT XMIT ACTIVE NOT CLEAR/

= OWNNWV

CASCIZ

EMG6:

B =N

/USYNRT XMIT ACTIVE NOT SET/

b ed b b QA DDA
d

DD D DD

O =2 =2=22000 NNV

D) d D e O

A O PO AR AOAO AR DD DDA

=200 NN

D) e e

NSNS ONMMIN SO

NIN =SS 2O =B = NONE 2O 2SN

) e

LASCIZ

O=OMNHNO=—=2ON=O

b bbb e e e DR A O

ONO SO WVMS O

OON=NNNS SIS 2O0O0S 200
=NONINNININ S =NONIWNINININ
MVRINSNSOWVMSOONNOWVOONNOWVOO
O WERON WSO
WS ONWNN

i i e e D) ) e

EMGS:

SOOI
=OSHNOSNO = =
QOO WO S OO WVOOMMANOWNN=
=

Ot Ot Ot b OO bbb

=V NOLSOOL
2NV NSOV

~N S, OOOWNES
2O =ONNNS =2

(D b

O N O SO0

il e i e e et e () D e e e e b

VRO WM

182 013757
) i e e

181 013723

i e o e e e

180 013707

v]
~

013674
013677
013702
013705

= =NIOOMNININ =RINONO S 2NN = NWONE NN SN

179 013671

o ONOOO

013604
013607
013612
013615
013620
013623
013626
013631
178 013634
013637
013642
013645
013650
013653
013656
013661
013664
013667

s i i oD i e

)

177 013601

013573
013576

183
b el

GLOBAL ERROR REPORT REPORT SECTION

CVOPVBO DPVI1 FUNC DIAG MACRO v03.01 28-0CT-~80 08:56:53 PAGE 38-17
0

CvOPVBO DPV11

FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 38-18

GLOBAL ERROR REPORT REPORTY SECTION

014042
014045
014050
014053

116
040
101
11

014961

000

014065
014070
014073
014076
014101
014104

105
105
116
040
124
105

1m
122
17
101
m
000

126
040
124
103
126

014114

105

122

040
116
m
m
104
106
122
105

014056
184 014062

185 014106
014111

0146117

1264

122

122
105

116

117
104
103
126

126
105
126
101

105

103

EMG12:

.ASCIZ

/RECEIVER NOT ACTIVE/

103
126

EMG13:

,ASCIZ

/RECEIVER NOT

EMG14:

.ASTIZ

/RECEIVER ACTIVE BEFORE FIRST DATA CHARACTER/

EMG15:

.ASCIZ

/RCV INTERRUPT NOT RECEIVED/

EMG16:

.ASCIZ

/RCV INTERRUPT RECEIVED BEFORE EXPECIED/

105

105
m

117

104

1264

014122
014125
014130
014133
014136
014161
014144

040
m
101
132
040
124
040

m
124
114
105
101
105
122

014152
014155
014160
014163
014166

126
040
123
114
000

105
104
101
105

122
1
102
104

016172

122

105

103

105

122

040

103

126

125

120

0146147

186 014167

0146175

103

105

126

014200
014203
014206
014211
014214
014217
014222
014225
014230
014233
014236
014241

101
MM
040
106
105
m
124
101
040
101
103
122

103
126
102
117
040
122
040
124
103
122
124
000

014246
014251

040
124

m
105

014257
014262
014265
014270
014273

124
117
122
105
105

040
124
105
1M
104

16
040
103
126
000

040
124

m
105

116
122

187 014243

0146254

188 014276

014301
014304

122

103

INITIALIZED AFTER RECEIVER DISABLED/

124
105
105
122
106
123
104
101
10
101
105
116
122

126

CVOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:5¢:53 PAGE 38-19

GLOBAL ERROR REPORT REPORT SECTION

014307

122

125

120

014315
014320
014323
014326
014331
014334
014337
014342
189 014345
014350
014353
014356
014361
014364
014367
014372
014375
014400
014403
190 014405
014410
014413
0144616
014421

105
111
104
105
122
105
105
105
122
040
104
106
105
101
040
124
105
MM
104
122
040
10
123
117

103
126
040
106
105
130
103
104
103
105
040
040
123
107
116
040
103
126
000
103
123
124
049
124

105
105
102
117
040
120
126
000
126
116
117
115
123
105
117
122
105
105

014427
014432
191 014434
014437
014442

101
104
122
040
105

122
000
103
117
122

105

014450
014453
014456
014461
014464
192 014465
014470

116
040
103
126
000
122
040

117
122
105
105

014476
014501
014504
014507
014512
193 014514
014517
014522
014525
014530

040
124
105
m
1G4
122
040
101
123
116

0146312

0146424

0146445

0146473

014533
014536
014561
014544
014547
014552

1264

103

125

117

122
120
116
040
103
126

040

114

122

126
124
125

EMG17:

.ASCIZ

/RCV END OF MESSAGE NOT RECEIVED/

EMG18:

.ASCIZ

/RCV STATUS NOT CLEARED/

EMG19:

.ASCIZ

/RCV OVERRUN NOT RECEIVED/

116

040

105

126
126
122

116

040

103

126

EMG20:

.ASCIZ

/RCV ABORT NOT RECEIVED/

126
126
125
m
105
125
040
124
105
m
104

EMG21:

.ASCI7?

/RCv STATUS INTERRUPT NOT RECEIVED/

101
122
116
040
103
126
000
103
123
124
040
124
122
124
17
122
105
105

124
105
m
104

102
124
117
122
105
105

CVOPVBO DPVIT1 FUNC DIAG MACRO v03.01 28-07T-80 08:56:53 PAGE 38-20

/MODEM LOOPBACK ERROR/

0
106

EMG23:

.ASCIZ

/MODEM STATUS INTERRUPT RECEIVED WHEN DISABLED/

NN -2NOOONOR 2NN =SNOSID
NS NNIWW =2 OO WO
ONO WO

FMG24:

.ASCIZ

/MODEM STATUS INTERRUPT NOT RECEIveD/

EMG25:

.ASCIZ

/CHARACTER COUNT ERROR/

=2OMN
NS

EMG26:

.ASCIZ

/DATA ERROR/

NON)
VAW
—

b
e

.ASCIZ

EMG30:

L.ASCIZ

/XMIT UNDERRUN/

EMG31:

.ASCIZ

/RECEIVER ERROR/

il
)
—id
i
il
il
il
el

el
d
—

el i i

) i i O o el e o

S i

) b

OO——=NOONINN=2NO
NSO NWVIWVINNONON N

D) i

-l

- il D e

el i e D el il ) i

D e il e b

O=O000
=20 —-2ONELENOASANIN
=
NN
= OPT = VWS OWVMWM =SS NN

-k e

B D)

sl i

D d e

D e

EMG22:

NOSENVO
OO

b
—

el
el
—

) b
—r

sl
e
e
—h

200

~
~

199 014766

OOO0COSNOSNO=RNIN-2=MNIN)
0O — 5 —
V=2 NONNOWVIWN
= N
N SNSRI NN

o
)
il
Dl

h d
B D)
d d e
D (D) d e e
B D) B

040
125
040
122
000
104
e

014730
014733
014736
014741
014744
014747
014752
198 014753

623

197 014725

- e s e ) et s O = O = O b

014675
014700
014703
014706
014711
014714
014717
014722

NN = OONO SO

014664
014667
014672

196 014661

B (D) e s

014647
014652
014655
014660

014644

014617
014622
014625
014630
014633
014636
0146461

D e

014606
014611
014614

e el

195 014603

- ad e

014561
014564
014567
014572
014575
014600

) o

194 014556

OOON =N RN

014555

NALOOON=NNNIBNNVNO =O =SNS SO —=ONNINENINO
— 200N
O - (=4
BN WV
NSENS O
WWVMWVNO S WNOO S
NSNS O S WWNWMNVIWO S (=]

GLOBAL ERROR REPORT REPORT SECTION

CVOPVBO DPVI1 FUNC DIAG MACRC v03.01 28-0CT-80 08:56:53 PAGE 38-21

O) eNOoOeoOeeTOMIVOeMLNItNSOP0 —TrNr IVANI3 OU,N>I

GLOBAL ERROR REPORT REPORT SECTION

~o-%2(waVY](4&-VY][o4Xa[)-woL~)4w4-)[-

Oe—rrr

[« -—

~aM©o[yl L[¥xAnd9l) [o4&-—(oV>3—8] [¥4o-[—*9][-(V4=9+]Y]

“xOwi

a—. =[¥)9 w~i

o o

[= “~

(VOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 38-22

GLOBAL ERROR REPORT REPORT SECTION

2
3
2
4

ASCI2

/PARITY ERROR NOT

DETECTED/

JASCIZ

/MULTIPLE MODEM CONTROL

o a0

eONONMOINYMOIPrENMOWSNOVRM

105

0
0
0

114

EMG4O:

LEVEN

INTERRUPTS/

CVOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 40

LOAD DEVICE PRCTECTION TABLE

;

LSBYTL

3
4
b)
9

;////////////////////////////////////'////////////////////////////////////////
;/ THIS TABLE IDENTIFIES THE LOAD DEVICE TO THE SUPERVISOR, SO THAT [T (AN BE
:/ PROTECTED FROM TESTING. IF DESIRED.
;/////////////////////////////////////////////////////////////////////////////
BGNPROT

8 015364

— e

i e

)

) e

9 015364

0 015364
1 015366
% 015370
g 015372
6
I4
8
9

LOAD DEVICE PROTECTION TABLE

177777
177777
177777

.WoRD
LWORD
LWORD
ENDPROT

LSPROT: :
=1
-1
=1

;:DON'T CHECK CSR ADDRESS
;DON'T CHECK MASSBUS UNIT NUMBER
;DON'T CHECK DRIVE NUMBER

CVOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 41
INITIALIZE SECTION

IIIIIIIITIL00 000000
s/

THE

INITIALIZE

015372
015372
015376
015400
015404
015410

LSINIT::

SETPRI

#PRIO7

002372
002416
002330

MOV
CLR
CLR

SP,PSTACK
SUBRP(
ERROR

015414
015420
015424
015430
015434
015440
015444
015450

005037
005037
005037
005037
005037
005037
005037
005037

002334
002376
002424
002366
002316
002432
002370
002340

CLR
CLR

CLR
CLR
CLR
CLR
CLR
CLR

FLAG
RFELAG

TFLAG
NXMFLG
ABORT
TOGGLE
OVER
HIGH

015454
015460
015462
015470

005737
001005
012737
005037

002310

TST

FRSTIM

MOV
CLR

#1,FRSTIN
FRSPAS

015474
015474
015474
015500

CLRVEC

NN AV PRI

NI PINININA)

=2 O OO0 ~NO

b ccd ced ccd

b o

010637
005037
005037

NOO&NNOOONNOOONNOOO

b
e
e
i e
D
el
i e
h
D
D e e
d e
—

B o

(V]

(V.1

5502
WAWAVAWVAVAWVWAVAWA
WA WA AWVTAWNWAWN
VIV AAAVTA A WAWVT VT
VAV AV
W
f aF a2
AN
AN NN PONININ) bt b d b B O

(eleletelelelelolelelolelalalalelalolaley

N
32 015502

1S PERFORMED

BONINIT

015372

000340

CODING THAT

;/ AT THE BEGINNING OF THE TEST SEQUENCE ON THE NEXT UNIT,
SAIIIIIITIEE00 0000000000200 0n i irriiiiiiiniieiieinieeieeeeiiieiy

012700

i i iniiiiininieririeerriilineilieieiiey

SECTION CONTAINS THE

NOWVE

-—

.SBTTL

OOV

OO~NO
NS WA —

INITIALIZE SECTION

104441

000001
002312

600004

012700
104447

000040

104436

BNE

002310

012700

104447

000037

000035

103410

012700
1046447
103013

000137

#EF .START

READEF

#EF .RESTART

BCOMPLETE STARST

103412

012700
104447

READEF

BCOMPLETE STARST

103416

000036

READEF

#EF .NEW

;CLEAR MISC. FLAGS

:1S THIS THE TIME THROUGH AFTER LOAD?
;1F NOT - ERROR TRAP VECTOR ALREADY SAVED
;FLAG THAT WE'VE BEEN THRU THE 1ST TIME

;:CLEAR COUNTER FOR # OF PASSES AFTER LOAD

;ENSURE VECTOR & IS IN NORMAL STATE.

;1S THIS JUST STARTED?

;IF YES - BRANCH.

;1S THIS A RESTART ?
;1F YES - BRANCH.
;1S THIS A NEW PASS?

;1F YES - BRAN(CH

READEF

;1S THIS A CONTINUATION?

#EF .CONTINUE

JMP

END

#PRI07,RO
CS$SPRI

;STORE BASE LEVEL PROGRAM STACK POINTER
;CLEAR STORAGE WORD FOR. SUBROUTINE PC CALL
;CLEAR ERROR FLAGS

BCOMPLETE NEWST

BNCOMPLETE GETPRM

016310

MOV

TRAP

1$:

012700

;SET DIAGNOSTIC PRIORITY = 7

:IF NOT - GET PARAMETERS

;OTHERWISE - DON'T INITIALIZE,

MOV
TRAP

#4 RO

MOV
TRAP

#EF .START
RO
CSREFG

8CS

STARSTY

MOV
TRAP

#EF .RESTART
RO
CSREFG

BCS

STARSY

MOV
TRAP

#EF .NEW,RO

BCS

NEWST

MOV
TRAP

#EF .CONTINUE
,RO
CSREFG

BCC

GE TPRM

CS$CVEC

CSREFG

CVDPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 41-1
INITIALIZE SECTION
41
42 015546

22 015546
45 015552

46 015552
47 015560
48 015564
49 015570

50 015570
§1 015574
52 015602
53 015604

015604
015610
015612
54 015614
015614
55 015616

56 015620
57 015624
58 015626
59 015632
015632
015634

015636
015642
015646
015650
015652

60 015656

61 015656
62
63 015662
64 015670
65 015674
gg 015700

68
69

005037

002314

012737
005237
005237

177777
002312
002314

005237
023737
002363

002354
002354

013700
104442
010001

002354

103365
0711100
032700
001414
042711

010046
011146
012746

002354

GETPRM:

002012

000007

;CLEAR THE FLAG TO SHOW START/RESTART,

MOV
INC
INC

#-1,L0GDEV
FRSPAS
STARES

SINITIALIZE LOGICAL UNIT NUMBER.
s INCREMENT # OF PASSES AFTER LOAD.
:INCREMENT # OF PASSES SINCE START/RESTART,

INC
CMP
BGE
GPHARD

LOGDEV
LOGDEV,LSUNIT
NEWST
LOGDEV,R1

:NEXT LOGICAL UNIT TO BE TESTED
;1S THE MAXIMUM UNIT # EXCEEDED?
“1F YES = DO A NEW START
:GET THE P-TABLE POINTER INTO R1

BIT
BEO
BIC
PRINTB

000007

GETPRM

(R1),RC

#7,R0
10$
#7.(R1)
#FINIT1,(R1),R0O

016312
000003
000010

011137

002266

013737
005237
011137

002266
002276
002270

000002

108:

002276

002270

013737
005237
011137
062737

002270
002300
002272
000004

002300

;9 015732

013737

002272

78 015740
79 015744

005237
012137

002302
002274

:SAVE THE ADDRESS

(R1),CSRO

MOV
INC
MOV

CSRO,CSR1
CSR1
(R1),CSR2

ADD

#2,CSR2

GE TPRM

:DOES THIS DEVICE ADDRESS END IN NON-ZERO?
SIF NOT = OK (76XXxX0)
TMAKE IT 76XXX0
;INFORM THE USER
MOV
RO,=(SP)
MOV
(R1),-(SP)

MOV
MOV
MOV
TRAP
ADD

MOV

LOGDEV,RO
CSGPHRD
RO,R1

#FINITY,-(SP)
#3,-(SP)
SP.RO
CSPNTB
#10,5P

:CSR ADDRESS O = RECEIVER (SR (RXCSR)
:
READ/WRITE
:SAVE HIGH BYTE ADDRESS

;CSR ADDRESS 2 = gsggiggLeArAzsrArus (RDSR)
:CSR ADDRESS 2 = PARAMETER CONTROL/SYNCH ADDR
:
(PCSAR) - WRITE ONLY

002272

CSR2,CSR3
CSR3
(R1),CSR&
#4,CSR4

002302

MOV

CSR4,CSRS

:CSR ADDRESS S = :€237S;§$EC0NTROL REG (PCR)

INC
MOV

CSRS
(R1)+,CSR6

062737

000006

002274

82 015756
83 015764
84 015770

013737
005237
011100

002274
002304

002304

85 0157.2 032700 000007

MOV
TRAP
MOV
;1F NOT AVAILABLE, GET THE NEXT ONE
BCC

MOV
INC
MOV
ADD

g? 015750

86 015776 001414

STARES

MOV

70 015706
71 015714
72 015720
73 015724

NEWST:

(LR

BNCOMPLETE

G12746
010600
104414
062706

062737

STARST:

*SAVE HIGH BYTE ADDRESS

:CSR ADDRESS &4 = TRANSMITTER CSR (TXCSR)

READ/WRITE

PCR 1S HI BYTE OF TXCSR

ADD

#6,(5R6

;CSR ADDRESS 6 = ;§:§§C§I‘E"A/S“TUS (TDSR)

MOV
INC
MOV

CSR6,CSR7
CSR7
(R1) RO

*SAVE HIGH BYTE ADDRESS

BIT

3EQ

' Ré

1¢$

:GET VECTOR

;DOES THIS VECTOR END IN NON-ZERO?

“1F NOT - 0K (XX0)

CVOPVBO DPVI1 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PACE 41-2
INITIALIZE SECTION
87 016000
88 016004
016004
016006
016010

062711

016405
000003

016014
016020
016022
016024
89 016030
90 016030
91 016034
92 016040
93

000010
002262
002264
000004

ad iy
D
b o

(=]
(o SV IV, IV, P P AV VTV, NT,¥
S CO0ONONINONON P

e
d
b
b o
b

d o
D

b ed

D o

D ad e ed b

ooororOrOrOMOCOMOOONONOM

e
o
D ot o od
et
e o e

002264

002402
002436

000010

002436

052737
022737
001004
052737
000407

000004
000003

002402
002306

000012

002402

022737
001003
052737

000004

002306

000003

002402

013737
052737
013737
052737
012737
012737

002402
000140
002436
000100
000120
000130

002404
002404
002440
002440
002406
002442

000422
leYelelel=l=1>1=MNelolelolelelolelelelalalalelele]

WN—-O
WV
OO NO VS WN 2O 0N

D e

A OOOOOOOOOO

D e
i
b

)

b d d b

b e
d e
b

et b

11%:

002306
000020
000020
002306

94 016046
95 016052

#7,(R1)
;MAKE 1T Xx0
#FINIT2,(R1),RO ;INFORM THE USER

000007

012746
012746
012746
012746
104437
062706
000007

000010

002324

012700
104436
005737
001004
012737

000010

20%:

sRCV. VECTOR
s TRANSMIT VECTOR
;ADJUST XMIT VECTOR

MOV
MOV
MOV
TST
BNE
BIS
BR

(R1) ,TURN
#RXENA,RXINI
FTXENA,TXINI
TURN

: TURNAROUND.
;RECEIVER INIT WORD
;TRANSMITTER INIT WORD
;WHAT WAS THE TURNAROUND

MM, TXINI

;SET THE MAINT. MODE BIT.

BIS
cMP
BNE
BIS
BR

#RTS ,RXINI
#3,TURN
17%
gb%!DTR,RXINl

;SET RTS FOR TURNAROUND LOOP.
:LOCAL LOOPBACK?
s IF NOT SKIP.
:SET LOCAL LOOP ANL DTR.

CMP
BNE
BIS

SgiTURN

;REMOTE LOOPBACK?

#DTR!RL,RXINI

;SET REMOTE LOOP AND DTR

MOV

BIS

MOV

8IS

MOV
MOV

159

20%

MOV

CLRVEC

002430

TST
BNE
MOV

RO,=(SP)
(R1) ,-(SP)
#FINIT2,-(SP)
#3,-(SP)
SP,RO
CSPNTB
#10,SP

:1F ACTUAL TURNAROUND OON'T SET MAINT MODE

RXINI,RXINIT
:SAVE RECEIVER INIT WORD
#RXITEN'DSITEN,RXINIT ;MAKE IT AN INTERRUPT INIT WORD
TXINI,TXINIY
;SAVE TRANSMITTER INIT WORD
#TIXIE,TXINIT
¢MAKE IT AN INTERRUPT INIT WORD
#RXITEN!RXENA,RXMINI
sRCV INIT FOR MAINT. LOOP,
#TXIE'TXENA'MA,TXMINI
;TRANS INIT WITH MAINT. LOOP.
:DETERMINE PROCESSOR TYPE

#10,#1LLGL,#PRIO? ;SET UP ILLEGAL INSTRUCTION TR:SV

:MOVE PROCESSOR TYPE TO RO

MFPT

002324
000020

17%:

(R1) ,RCVEC
(R1)+,XMTVEC
#4,KMTVEC

SETVEC

000340
017744
000010
000003

010037

15%:

MOV
MOov
ADD

MOV
MOV
MOV
MoV
MOV
TRAP
ADD

MOV
MOV
MOV
TRAP
ADD

#PR107,<(SP)

#ILLGL,=(SP)
#10,-(SP)
43,-(SP)
CSSVEC
#10,sP

sFOR AN LSI 11/23 RO = 3
*FOR OTHER LSI THIS WILL RESULT IN AN
RO, CPU

CPU

25%
#20,TIMER

*ILLEGAL INSTRUCTION (R0=0).
*SAVE THE PROCESSOR TYPE

*RESTORE TRAP TO THE SUPERVISOR "oy
:1S THE CPU A LSI11/23 ?

TRAP

;BR IF YES
:SET THE TIMER FOUR A LSI11 OR 11/2.

#10,R0
CSCVEC

—

CVDPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 641-3
INITIALIZE SECTION

129 016272
130 016274

000403

131 016274

012737

000050 002430

133 016302

013737

002430

016310
016310
136 016312

016315
016320
016323
016326
016331
01633
016337
016342
0163¢5
016350
016353
016356
016361
016364
016367
016372
016375
016400
016403

N V1V]
= OO0
o
R
W

- bk
e et

137 0166405

016410
016413
016416
016421
016426
016627
016432
016435
016440
016443
016446
016451
01645
016457
016462
016465
016470
016473
016476

104411
045

101

052
101
111
040
127
114
123
115
104
040
104
123
045
045
050
124
117
101

040
122
116
055
11
040
123
105
120
101
122
123
117
101
116
040
066
051

045

101

116

052
101
111
040
127
116
123
115
106
040
103
122
045
045
050
124
117
101
116

000

040
122
116
055
111
040
123
105
120
126
126
040
117
101
116
040
063
051
000

052

127
116
107
040
114
101
125
040
126
104
105
040
066
040
117
045
045
045

END:
ENDINIT

308

MOV

#50,TIMER

;SET THE TIMER FOR A LS[-11/23.

MOV

TIMER,SAVTIM

;STORE THE TIMER VALUE.

L10017:

FINIT1: .ASCIZ

052 FINIT2: .ASCIZ
127
116
107
040
114
101
125
040
126
105
117
040
063
040
117
045
045
045

CSINIT
TRAP
/XA WARNING - WILL ASSUME DPV ADDRESS X06XA (NOT X06XA)XN/

/%At+ WARNING - WILL ASSUME DPV VECTOR

X03XA (NOT X03XA)XN/

1 €

134 016310
135 016310

002412

258:

.EVEN

LSBTTL

///////////////////////////////////////////////////////////////////////////

; THE AUTO DROP CODING DETERMINES WHETHER OR NOT THE DEVICE WHOSE P-TABLE

:/ WAS JUST OBTAINED IS READY FOR TESTING, AND IT IS DROPPED IF NOT READY.

/////////////////////////////////////////////////////////////////////////////

8 016500

BGNAUTO

9 016500
10 016500

016500

012746

000340

016510
016514
016520
016522

012746
012746
104437
062706

000004
000003

LS$AUTO::
SETVEC

#4,ONXM,#PRIO7

;SET UP NON -EXISTENT MEMORY TRAP VECTOR.

016504 012746 017734

11 016526
12 016532

005037
005777

MoV

#PR107,-(SP)

MOV
TRAP
ADD

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

MoV
Mov

000010

CLR
18T

002366
163530

NXMFLG
aCSRO

;CLEAR FLAG USED [N TEST
;REFERENCE MEMORY ADDRESS FOR THE DEVICE

#NXM,
-(SP)
l‘.'(SP)

:TO SEE IF IT EXISTS.

..t'l...""""""""""""""'Q"."'."".'."""'..I"""""'..'

: OTHERWISE THE MEMORY REFERENCE IS UNEVENTFUL AND THE DEVICE IS READV

16
17

: IF THE DEVICE DOESN'T EXIST THE RESULTANT TRAP TO VECTOR 04 UILL
: CAUSE THE DEVICE TO BE DROPPED (SEE INTERRUPT ROUTINE 'DROPQ4')

005737
001407

002366

016544
016550

013700
104451

002354

016552
24 016554
016554
016560

104444

20 016536
21 016542
22 016544
23 016552

gz 016562

012700
104436

27 016562

016562
28 016562

29
30
N
32
33
34

"'.."*..'t."""""""""'fi'."'*.""".""""'""""""'.""

TST
BEQ
DODU

CLRVEC

000004
10%:

:WAS THERE A TRAP?
:BR IF NOT
:DROP THE DEVICE

MoV
TRAP

;CLEAN UP (CODE.

DOCLN

ENDAUTO

104461

NXMFLG
10%
LOGDEV

TRAP
:RETURN VECTOR 04 TO NORMAL STATE
MoV
TRAP
L10020:

TRAP

LOGDEV,RO
C$DODU
CSDCLN

#6 RO
C$CVEC

C$AUTO

AUTO DROP UNIT SECTION

;

CVOPVBO DPVI1 FUNC DIAG MACRO V03.01 28-0CT-80 08:56:53 °AGE 42

AUTO DROP UNIT SECTION

CVOPVBO DPVI1 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 43

CLEANUP CODING SECTION

}

.SBTTL

3
4
S

SHIILIIE0 000000000000 00 0000000000 7070700070770707772100010117077101711711117
:/ THE CLEANUP CODING SECTION CONTAINS THE CODING THAT IS PERFORMED AT THE
:/ END OF THE TEST SEQUENCE ON A PARTICULAR UNIT, THIS SECTION IS REQUIRED

SHILILITILIL PP 0 L E I E i i iitrtitiiiietzieiiiziiieiiiieiiiieeieieieeeeeeiiey

9 016564

016564
10 016564
11 016570

12 016572
13 016600

b
h

—

EVEN IF IT IS A NULL CLEANUP

BGNCLN

005737
001003
012777

14 016600

016600
016600

CLEANUP CODING SECTION

104412

002366
000001

163472

108:
ENDCLN

TST
BNE
MOV

NXMFLG
10%
#RESET,3TXCSR

;:WAS THERE A NXM TRAP
:1F YES, SKIP RESET
:RESET THE DPV

LSCLEAN::

£L10021:

TRAP

CSCLEAN

CVOPVBO DPV11 FUNC DIAG MACRO V03.01 28-0CT-80 08:56:53 PAGE 44

GLOBAL INTERRUPT HANDLING ROUTINES
2O 000 NON NS WinY —

.SBTTL

i
:/ THE INTERRUPT HANDLING SECTION CONTAINS CODING REQUIRED TO USE
NOTE EVERY INTERRUPT ROUTINE SHOULD SAVE
:/ THE 'SETVEC' MACRO.
:/ AND RESTORE RO.

SHIITIIRILLE0 I ETEEI I I
RN RN N RN NN R AR AN E RNV

d od od wed ek

RINT -

IILiEi2ai00 0001 000000001111170010711111¢7
RE AN R AN RARANEARNANORNARAOINRANNRENOORNOTCROEN

INTERRUPT SERVICE ROUTINE

VWA

FUNCTION - RECEIVE INTERRUPT ROUTINE THAT SETS FLAGS WHEN
A RECEIVE INTERRUPT CONDITON IS RECEIVED.

NN POPVRI PRI PNININ) =P ad cd b
oo~ O VI AN =2 OO0 ~NO

ENTRY CONDTIONS

TOGGLE

EXIT CONDITIONS RFLAG
IRXCSR

RSAVE
MCFLAG=

NON ZERO, XOR THE BITS IN TOGGLE

TO THE RXCSR

SET
2 SET
IMAGE
IMAGE
MODEM

- DATA RECEIVED
~ STATUS RECEIVED
OF RXCSR
OF RDSR
CONTROL INTERRUPT COUNT.

USED IN TESTS: 8,10,11,13,14
:l"ttt'"'IiQt"t't""ii""""t"tt"'tti"li'l'."'t""ttt'"t'
.

29
30 016602
016602
31 016602
32 016602
33 016610
34 016612
35 016616
36 016624
37 016626

38 016634
39 016634
40
41
42
43
44

GLOBAL INTERRUPT HANDLING ROUTINES

016642
016644
016652
016656
016660

BGNSRV

002346

017737

163460

005237
022737
002003
062777

00236V
000002
000040

163432

032737
001414
052737
005737
001406
013702
005037
074277

000200

002346

000001
002432

002376

032737
001404

002000

002346

052737
000403

000002

002376

005737
001330

002370

100011

1%:

RINT
MOV
BPL

INC
cMP

002360
5%:

BGE
BIC

108:

20%:

25%:

;SAVE RXCSR
:BR IF NOT

;HAS THERE BEEN MORE THAN 2 INTERRUPTS?
:1F NOT, PROCEED.
;DISABLE THE INTERRUPT.

MCFLAG
#2 ,MCFLAG

#OSITEN,dRXCSR

BEQ
CLR
XOR

TOGGLE
R2,8RXCSR

BIT
8EQ
BIS
BR

#RSTARY, IRXCSR

1ST
BNE

OVER
1%

MOV

163372

aRXCSR, IRXCSR
5%

#RDATRY, IRXCSR
10%
#1 ,RFLAG
TOGGLE
10%

BIT
8eQ
BIS
TST

002432
002432

RINT::

TOGGLE ,R2

20$

#2,RFLAG

25%

: INCREMENT MODEM CONTROL FLAG.

;1S DATA READY?
;1F NOT - CHECK STATUS.
sFLAG FOR DATA
: TOGGLE ?
+1F NOT, SKIP TOGGLE
;GET THE TOGGLE VALUE
sONLY TOGGLE ONCE.
:TOGGLE RTS.

;1S STATUS READY?
;1F NOT - DON'T SET THE FLAG.
;SET THE FLAG
:CREATE AN OVERRUN?

;1F YES = DON'T READ THE DATA
JUNTIL THE STATUS FLAG IS SET.

(VCPVBO DPV1T1 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 44-1

GLOBAL INTERRUPT HANDLING ROUTINES
57 016722
58
59 016730
016730
016730
60

017737

163342

002400

MOv

ENDSRV

000002

SRDSR,RSAVE

;SAVE RECEIVE DATA AND STATUS.
L1002¢2:

RTI

CVDPVBO DPVI1 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 45

GLOBAL INTERRUPT WANDLING ROUTINES
1

;ttt"'i't"'ttt't""tt'tt""'t""'tt"'t't'tt"tt""""""""

RDATA = INTERRUPT SERVICE ROUTINE

;

FUNCTION - GENERAL PURPOSE RECEIVE INTERRUPT ROUTINE

;

ENTRY CONDTIONS

;

13
14

:
;

‘

:
;

n
12

EXIT CONDITIONS

;
:

16
}8
%?

= ADDRESS OF BUFFER FOR NEXT CHARACTER

IRXCSR = IMAGE OF RXCSR
IRDSR = IMAGE OF RDSR

RCOUNT = COUNT OF CHARACTERS RECEIVED
= PROTOCOL MODE ( 0 = BCP, NON 0 = BOP)
MODE
MCFLAG = COUNT OF MODEM CONTROL INTERRUPTS RECEIVED
TABLE
MODEM = ADDRESS OF MODEM CONTROL INTERRUPT
= ERROR)
=1
ERROR,
NO
=
1
(
FLAG
END
RFLAG = RECEIVE

ECOUNT = # OF CHARACTERS TO BE RECEIVED.

:'ttt'tt't'ttttt"'t't't't'tt"OQtttttttttttttt‘ltttt'tt'tttt"tttQ'tt

24 016732

BGNSRYV

25 016732

= INCREMENTED 10 NEXT BYTE [N BUFFER.
R1
USED IN TESTS: 15-28 & 30-40 (CALLED IN SUBROUTINE SDATA), 41
RDATA

RDATA::
;SAVE THE RXCSR

017737

163330

002346

MOV

BRXCSR,IRXCSR

10%

:1S DATA SET CHANGE?

29 016742 032737
30 016750 001434

000040

002346

BIT
BEQ

#DSITEN,IRXCSR
10%

;WAS THE DATA SET (HANGE INT. ENABLED?
S1F NOT - DON'T KEEP TRACK OF THE CHANGES.
:INCR MODEM CONTROL FLAG.
:WERE TOO MANY INTERRUPTS RECECEIVED?

26 016732

gg 016740
31 016752
32 016756
33 016764
3L 016766
35 016774

36 016776

100040

005237
022737
002004
042777

000422

002360
0C0011

000040

43 017030

44 017032

45 017040

013765
042765
032777

001403

052765

002346
006760
000040
000040

163272

29 017040
48 017042

49 017042

032737 002200

002346

§1 017052

017737

163212

002350

53 017066

001404

SO 017050

52 017060

§4 017070
$S 017074

56 017100

001444

032737

000200

113721

002350

005237

002500

<RS>

5%:

10%:

;CLEAR MODEM CONTROL INTERRUPT.
:SAVE RS

:USE THE INTERRUPT # AS A TABLE INDEX.
: CHANGE MODEM CONTROL TO ADDRESS OFFSET

BEQ

BIS

#TM_MODEM(RS)

:BR IF NOT

POP

<RS>

:RESTORE RS

BIT

MOV

FRSTARY'RDATRY,IRXCSR ;1S THE DATA OR STATUS BIT SET
55¢
:SAVE THE DATA AND STATUS REG.
SRDSR, IRDSR

BEQ

20%

BIT

MOvV8

208:

:1F NOT - PROCEED.

MCF_AG,RS
RS

REQ

0023546

10%

IF NOT SET, BR.

MOV
ASL

MOV
BIC
BIT

002444
002444
163242
002444

PUSH

BGE
1%:

38 017000 013705 002360
39 017004 006305

BIC

MCFLAG
#9. ,MCFLAG
1%
#DSITEN.ARXCSR

INC
CMP

092360

37 016776

40 017006
41 017014
42 017022

BPL

INC

; SAVE THE MODEM STATUS
IRXCSR,MODEM(RS)
#6760 ,MODEM(RS) ;SAVE ONLY THE MODEM STATUS.
:WAS THE TEST MODE BIT SET?
#TM,aTXCSR
;SAVE TEST MODE STATUS.

JROATRY,IRXCSR

;IS DATA SET?

IRDSR, (R1) ¢

;SAVE THE DATA,

RCOUNT

; INCREMENT BYTE COUNT

C(VOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 03: 56 53 PAGE 45-1
032737
001410
032737
001413
012737
000412

002000

002346

gggYARYLARXCSR

106000

002350

#ERR. ROVER‘RABORY IRDSR ;WAS THERE AN ERROR?

177777

002376

#-1,RFLAG
56%

005737
001012
023737
001006

002362
002500

002474

017146
017154
017154
017162

012737

000001

002376

042777

000100

163104

——

b —l
D

il e

o
i

il el

il fd

i
e

il
s

b —

i
-

d
—

—

NN~ NN NNNNNN ~

&5 B\ WWAINIPON)
2 = O (=]
o~ S5 O0O00OOOO (=]

INTERRUPT HANDLING ROUTINES
o [olelolelelelelolols] o

GLOBAL

017162
017162
017162

53%

50%:

53%:
:
548

55%:
ENDSRV

000002

MODE

;IS STATUS SET?

IF NOT - MUST BE END OF MESSAGE.
:OTHERWISE,
;1S

SET ERROR FLAG.

THIS B(P?

55¢%
RCOUNT ,ECOUNT
55%

;IF NOT - EXIT
;HAVE WE RECEIVED ALL THE CHARA(CTERS
;IF NOT - EXIT

#1,RFLAG

JSET

#RXITEN,@RXCSR

;DISABLE

FLAG
INTERRUPT

L10023:

RT]

CvOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 46
INTERRUPT WANDL ING ROUTINES

=2 OO0 NO Ny —

GLOBAL

;""Q'.."'Q"""""'""""'l'.".""'.'tt""t."""t""""

RDATA2 =

FUNCTION - HIGH SPEED RECEIVE INTERRUPT ROUTINE

ENTRY CONDTLONS

b =D
o

;

:
:

EXIT CONDITIONS

QOO NO VLA

d e
b cd

ROUTINE

COUNTER= # OF

CHARACTERS BE RECEIVED

= ADDRESS OF

RCOUNT

COUNT OF

INCREMENTED

BUFFER FOR NEXT

CHARACTER

CHARACTERS RECEIVED

= RECEIVE END FLAG ( 1 = NO ERROR, =1 = ERROR)
TO NEXT BYTE

IN BUFFER.

USED IN TESTS: 42 & 43
o

md o

:"'."..'."Q'.""""t""t"'..'t'."".""'.."."""".."'.'

BGNSRY

N PO N POPNIPORIND
=2 OV~ WA SN
~NO VS

AN AN LN AN NN

SERVICE

RFLAG

105777
100404

163076

012737
000410

177777

117721

RDATA?

002376

@RXCSR

;1S

MOV

#-1.RFLAG

:DATA OR STATUS?
"FLAG FOR ERROR

MOVB

@RDSR,(R1)+

MOV

21 .RFLAG

B8R
5¢:

163062

002322
000001

002376

042777

000100

163036

DEC
BNE

208

308:

ENDSRV

RDATAZ::

TSTB

8M]

005337
001006
012737

000002
w

INTERRUPT

20%

THIS

:SAVE

THE

“SET

FLAG

DATA?

DATA.

COUNTER
308

*DECREMENT COUNT
'BR IF NOT DONE.

SRXITEN,ARXCSR

:DISABLE INTERRUPT
L 100¢4:

RTI

CVDPVBO DPV1Y FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 47

GLOBAL INTERRUPT MANDLINA ROUTINES
wny —

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

INTERRUPT SERVICE ROUTINE

FUNCTION - Yglgafl%gDINTERRUPY ROUTINE. SET A FLAG WHEN INTERRUPT
GENERA

THIS ISR WILL TRANSMIT & DATA (HARA(CTERS AND

END A MESSAGE [N A SPECIFIED MANNER.

ENTRY CONDTIONS

N=2O OB NONE WA

EXIT CONDITIONS

oo vl e

ABORTM = FLAG, SET [F TERMINATE BY AN ABORT [S DESIRED.
START = # OF START (HARACTERS (FLAGS OR SYNCHS) TO

s —»

OO0

O N

0.0,
0.

XINT =

TFLAG = FLAG SET WHEN THIS INTERRUPT

CORNIA) =P ccd il o

DATA

USED IN TESTS.

SENT.

= # OF

6, 8-11,

IS SERVICED

DATA (HARACTERS TRANSMITTED

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

017232
017232
017232
24 017240
017244
017246
017254
017260
017264
017266
3 017266
017274
017276

017302

BONSRY

012737
005737
001410
012777
005337
005037
000426

000001
002414

002424

000400

163020

022737
001013
005737
001404
052777
000411

000004

002000

162762

012777
000405

001021

162752

012777
005237

000041
002326

002414
002326

002326

MoV
TST

8tQ

5%:

10%:

20%:

ENDSRV

200002

START
DATA

:DECREMENT START (OUNTER.
:CLEAR DATA COUNTER

START

#TSOM,3TDSR

B8R

20%

:TRANSMIT A SYNCH/FLAG.

(MP

#4 ,DATA

;HAVE WE SENT & DATA (HARACTERS

Tey

sgoev

;SEND AN ABORT?

BNE

7%:

XINT::

:SET THE TRANSMIT FLAG
JSEND START
;1S THIS DATA OR A START

#1,TFLAG

MOV

DEC
CLR

002316

162742

XINT

108

8tQ
8IS
BR

7%
#1XABO,3TDSR
20%

MOV
BR

#YEOM'!21,3TDSR
20%

;SEND END OF MESSAGE

MOV
INC

#41,810SR
DATA

s TRANSMIT

;SEND AN ABORT

DATA,

; INCREMENT DATA

L10025:

RT]

CVOPVBO DPV11 FUNC D!AG MACRO v03.01 28-0CT-80 08:56:53 PAGE 48

GLOBAL INTERRUPT HANDLING ROUTINES
WV INN = OO 00 ~NO N S wny =

AR AR R A A AR A A A A A A AR R A A 00 )
s A AR
Y iy

XDATA = INTERRUPT SERVICE ROUTINE

FUNCTION = GENERAL PURPOSE TRANSMIT INTERRUPT ROUTINE
ENTRY CONDTIONS

STA 1= ;EOZESTARY CHARACTERS (FLAGS OR SYNCHS)

POIPIPIRIPIN)
b b ad b b o b s e b

TSTART= TRANSMIT START OF MESSAGE BIT/(OR BITS)
HEADER= # OF HEADER CMARACTERS (8 BIT CHARACTERS) TO
TRANSMIT BEFORE, SETTING THE SELECTED

[PCR

WV E NN = OO0 N

EXIT CONDITIONS

USED

(HARACTER LENGTH.

= [MAGE OF PCR. CMARACTER LENGTH TO SET AFTER
THE HEADER CHARACTERS ARE SENT.

XMITD = 4
RCOU NT= 0

OF DATA (HARACTERS TRANSMITTED
( (AFTER START OF MESSAGE TKANSMITTED)

IN TESTS: 15-28 & 30-40 (CALLED IN SUBROUTINE $SDATA)

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

BGNSRV

26 017340

017340
017340
017344
017346
017354

017356
017364
017372
017374
017374
017402
017402
017406
017410
017414
017420
017422
017422
017426
017430
017432
017440
017444
017446
017446
017452

005737
001426
032737
001407

113777

062737
000403

002434
000002

013777

002434

005337
001040
005037
005037
000433

002414

005737
001407
100413
062777
005337
000405

002336

005337

002336
002342

153777

TST
8EQ

002414

000001

BIT
BEQ

002434

MOvB

162720

002434

162672

2%:
5%:

002476
002500

000400
002336

10%:

162634
15%:
162622

XDATA

BIC
BR

XDATA::

START
10%

#B1T0,TSTARTY
2%

TSTART,aCSR?
#BIT1, TSTART
5%

:ANY STARTS LEFT TO SEND?

:1F NOT, SKIP.

1S TNXS SPECIAL START SEQUENCE.
:1F NOT - SKIP,

s« NOTE: CERTAIN USYNRTS ONLY TRANSMIT
;* A SPECIAL START SEQUENCE WHEN
;* TRANSMIT START AND END OF MESSAGE
:* ARE SET BY A BYTE OPERATION.

;SEND SPECIAL SEQUENCE START OF MESSAGE.
;CLEAR END OF MESSAGE IN SPECIAL START
;SEND START OF MESSAGE.

Mov

TSTART ,@TDSR

DEC
BNE
CLR
CLR
BR

START

20$
XMITD
RCOUNT

o1F NOT LAST START EXIT.
:CLEAR TRANSMIT COUNT.
:CLEAR RECEIVER COUNT.

IS8T

HEADER

;1S THIS A CONTROL CHARACTER?

BEQ
BMI]
BIC
DEC
BR

DEC
B1S8

20%

15%

;DECREMENT COUNTER.

;IF DONE WITH CONTROL CHAR, SET LENGTH

16%

:AFTERWARDS - BR T0 TRANSM] T

16%

;

#T1SOM,3TDSR
HEADER

HEADER

IPCR,aPCR

;CLEAR START OF MESSAGE.
:DECREMENT HEADER COUNT.

;MAKE HEADER FLAG = NEGATIVE

;SET CHARACTER LENGTH (BOP MQODE)

CVvOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0C7-80 08:56:53 PAGE 48-1

GLOBAL INTERRUPT HANDLING ROUTINES

57 017460
58 017460
017464

112277

005237
005303
001006
053777
042777

16%:

16261 0
00247 6

00242 2
00010 0

162572
162562

20$:
EMDSRV

000002

Mmove

INC
DEC
BNE
8IS
BIC

(R2)+,3TDSR
XMITD
R3

;TRANSMIT A CHARACTER.

TEND,a@TDSR
#TXIE,aTXCSR

;TRANSMIT END OF MESSAGE.

20$

: INCR COUNT OF ACTUALLY SENT.
:DECREMENT COUNTER

;DISABLE TRANSMITTER INTERRUPT,

L10026:

RT]

CVOPVBO DPV11 FUNC DIAG MACRO V03.01 28-0CT-80 08:56:53 PAGE 49

GLOBAL

INTERRUPT HANDLING ROUTINES

:"""'""i"'"""""""""Q'.'."."l"".""""t"0"""'

;

XDATA2 = INTERRUPT SERVICE ROUTINE

FUNCTION - HIGH SPEED TRANSMIT INTERRUPT ROUTINE FOR BOP MODE

ENTRY CONDTIONS

;

= # OF START CHARACTERS (FLAGS OR SYNCHS)

= # OF DATA CHARACTERS TRANSMITTED

BE SENT.

:'"tfit'ttttt'ttt"t'iiit""t'.'t"'.tt.t'ttt""ti'ttt"t""'i"tt'

};

;

17
18 017512

017512

19 017512
20 017516
21 017520

55 8};§§3
25 017534
26 017536
27 017536
%g 8};223

005737
100414
001406

052777

002414

000400

162544

30 017550 022737 000002

002476

002342

162514

35 017572
36 017576
37 017600
38 017602
39 017610
40 017616

001003
113777

112277

005237
005303
001006
052777
042777

41
62
43 017616

017616
017616

162502

205

'
)5

002476
001000
00100

108:

162524

34 017566

005337
042777

162464
162454

308:
ENDSRV

000002

XDATA2

ST
BM]
BEQ

000430

002414
000400

31 017556
gg 8};222

USED IN TESTS: 31,38,42.43

BGNSRV

24 017530 005337 002414

EXIT CONDITIONS

START

XDATA2::

8IS

START
208
10$

NTSOM,3TDSR

;ANY STARTS LEFT TO SEND?
:1F NEGATIVE SEND DATA
:1F NOT, SKIP.

DEC

START

;DECREMENT COUNTER.

DEC
BIC

START
#TSOM,aTDSR

:MAKE THE COUNTER NEGATIVE.
‘CLEAR START OF MESSAGE

CMP

#2 ,XM1TD

;1S THIS THE 3RD CHARACTER.

(R2)+,aTDSR

;TRANSMIT A CHARACTER.

BNE
MOVE

MOVB
INC
DEC
BNE
BIS
BIC

308

258
IPCR,aPCR

XMITD
R3
30
#TEOM,aTDSR
#TXIE.ATXCSR

SSEND SYNCH (OR FLAG)

S1F NOT SKIP
{CHANGE THE CHARACTER LENGTH

SINCR COUNT OF ACTUALLY SENT.
:DECREMENT COUNTER
;TRANSMIT END OF MESSAGE.
:DISABLE TRANSMITTER INTERRUPT.

£10027:

RTI

CVOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 50

GLOBAL INTERRUPT HANDLING ROUTINES

1
2
3
4

;X223
;
;
:

IS 2RSSR

6
g

;
;

ENTRY CONDTIONS

;

R R0

R RRRRRRRRRRlRRld)

XDDCMP - INTERRUPT SERVICE ROUTINE
FUNCTION - DDCMP TRANSMIT INTERRUPT ROUTINE
T = # OF START CHARACTERS
BE SENT.

(FLAGS OR SYNCHS)

;

HEADER= FLAG WHICH 1S SET AFTER THME DDCMP HEADER HAS

;

DDCMP2= # OF DATA CHARACTERS IN THE DDCMP DATA MESSAGE

;

}g
20

EXIT CONDITIONS

XMITD = # OF DATA CHARACTERS TRANSMITTED

RCOUNT= 0 (AFTER START OF MESSAGE TRANSMITTED)
USED IN TESTS: 41

;ttttttttt'tttt'ttttt't't'"'ttttttttt'ttttttt'tttt'tttttt'ttttt"'tt

21
22 017620

BGNSRV

2 017620

24 017620
25 017624
26 017626
27 017634
28 017640
29 017642
30 017646
31 017652

005737
001413
012777
005337
001034
005037
005037
000427

002414

33 017654
34 017662
35 017666
36 017672
37 017674
38 017676
39 017704

042777
112277
005237
005303
001016
052777
005737

001400
162406
002476

162412

001000
002336

162370

41 017712
42 017716
43 017722

005237
012703
000403

002336
000015

45 017724

042777

000100

32 017654

40 017710 001005
44 017724

46 017732

47
48
49 017732

BEEN TRANSMITTED

017732
017732

000400
002414

162440

002476
002500
10$:

162340

15%:
20$:

XDDCMP: :
;ANY STARTS LEFT TO SEND?
;1F NOT, SKIP.
;SEND START OF MESSAGE.
;DECREMENT COUNTER.
:
;CLEAR TRANSMIT COUNT.
;CLEAR RECEIVER COUNT.

ST
BEQ
MOV
DEC
BNE
CLR
CLR
B8R

START
10%
#TSOM,aTDSR
START
208
XM1TD
RCOUNT
208

BIC
MOVB
INC
DEC
BNE
BIS
TST

#TEOM'TSOM,3TDSR ;CLEAR START OR END OF MESSAGE.
:TRANSMIT A CHARACTER.
(R2)+,aTDSR
:INCR COUNT OF ACTUALLY SENT.
XMITD
:DECREMENT COUNTER
R3
208
;TRANSMIT END OF MESSAGE.
#TEOM,aTDSR
:1S THIS THE HEADER
HEADER

INC
MOV
BR

15¢%

HEADER
#DDCMP2,R3
20%

:IF NOT, DISABLE THE TRANSMITTER

BIC

#TXIE,QTXCSR

:DISABLE TRANSMITTER INTERRUPT.

BNE

ENDSRYV

000002

XDDCMP

;SET HEADER FLAG.
:COUNTER FOR THE MESSAGE

L10030:

RTI

CVDPVBO DPV11 FUNC DIAG MACRO V03,01 28-0CT-80 08:56:53 PAGE 51

GLOBAL INTERRUPT HANDLING ROUTINES
Wwn =

R A AR E R R R

E AR AN RN EARRAGRARAARAACANNNRERANNREANNOIRNCTOICYS

;

INCORRECTLY ADDRESSED.

:
:

INTERRUPT SERVICE ROUTINE
FUNCTION = NXM INTERRUPT ROUTINE.

;

b b

ONOWVS W20V

- d b el i e e

NSO

NIPOND) =

23
24
25

NXM =

ENTRY CONDTIONS
EXIT CONDITIONS

THIS ROUTINE IS ASSIGNED

TO VECTOR & WHEN ADDRESSING THE DPV FOR THE FIRST
TIME. 1F THIS INTERRUPT IS GENERATED THE DPV [S

USED IN TESTS:

NXMFLG= FLAG SET WHEN THIS INTERRUPT [S SERVICED.

AUTO DROP

'"Qt."'..'"."""i"""""'tIQ'Q."'tifi"."'."'QQ""".'.".

BGNSRV

017734
017734
017734

017742
017742
017742

012737

000001

MOV

002366
ENDSRV

000002

NXM

NXM::

#1 ,NXMFLG

sSET FLAG IF MEMORY [S NON-EXISTENT,
L10031:

RTI

[CVDPVBO DPV11 FUNC DIAG MACRO V03,01 28-0CT-80 08:56:53 PAGE 52
GLOBAL INTERRUPT HANDLING ROUTINES

LS, ST,.N]
o

WA=

[pS 1, N1 ,NT.§}

VOO NO WV

b e D D b D d ol ol

WIN =2O 000 ~NONNE LNy —

CANRRNPANERN AN

AR E R

EC AN RN AR RARNNRRRNRRNNRA RGN ARNNNNGOARNCORORNOEOINNOCTS

ILLGL = INTERRUPT SERVICE ROUTINE

;

FUNCTION = JLLEGAL INSTRUCTION TRAP TO VECTOR 10

THIS TRPP WILL OCCUR IF THE PROCESSOR IS AN

LSI 11 OR LSI 11/2. THIS TRAP IS USED TO
AUTO SIZE FOR PROCESSOR TYPE IN THE
INITIALIZATION SECTION.

:
;
:

ENTRY CONDTIONS
EXIT CONDITIONS ]

USED IN TESTS:
X222 3

BGNSRV

017744
017744

017744
017746
017746
017746

ILLGL

CLR

005000
ENDSRV

000002

22222222222

INIT CODE
R

202222

iRttt iRRRRRRlilld)

ILLGL::

L10032:

RTI

CVOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 53

—

.SBTTL

DROP UNIT SECTION

SIIIIIIIIII

L0007 770000000000077000771000011111111111111

:/ THE DROP-UNIT SECTION CONTAINS THE CODING THAT CAUSES A DEVICE
;/ TO NO LONGER BE TESTED.

AIIIIIIIEILTII LTI EEE LT ATt

017750
017750
017752
017752
017756
017762
017766
017770
017772
017776
017776
017776
020000
020003
020006
020011
020014

020017
020022
020025

0 0002000800000 000000000077707000111177777

BGNDU

017750
017750
104433

013746
012746
012746
010600
104417
062706

L$DU::

;ISSUE LSI-BUS RESET TO CLEAN UP

BRESET
PRINTF

002354
020000
000002

#FMDROP,LOGDEV

ENDDU

L10033:

104453

FMDROP:

.ASCIZ

.EVEN

/XNXAUNIT XD2XA DROPPED/

TRAP
Mov
MoV
Mov
Mov
TRAP
ADD

000006

O d d d ed h s
QOO OMNN) —
OOMN
=
N0

win

s
b
-

[ 3V
FF

OCO~NOWNI WA

DROP UNIT SECTION

TRAP

CSRESET

LOGDEV,~(SP)

#FMDROP,=(SP)
#2,-(SP)

SP,RO
CSPNTF

#6,5P

Csou

CVOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 55

TEST

= CSR ADDRESSING

;

.SBTTL

TEST 1 = (SR ADDRESSING

TEST 1 - DPV-11

:'Qttt'it'tttt"t't'tt't't't"""t"t""t"tt'tt't"ttttt't""ttt't'

5
9

:¢ VERIFY THAT ADDRESSING THE & LSI-BUS CSRS DOES NOT CAUSE A NON;v EXISTENT MEMORY TRAP.

. &

s« THE DPV 1S AN COMMUNICATION DEVICE RESIDING ON A LSI-BUS.
i« COMMUNICATION BETWEEN THE MAIN CPU AND THE DPV 1S ACCOMPLISHED
:*» THROUGH A SET OF FOUR 16-BIT LSI-BUS CONTROL AND STATUS REGISTERS
:o (CSRS). THE FOUR REGISTERS ARE ASSIGNED ADDRESSES IN THE [/0 PAGE

8
9
10
1

:* FLOATING ADDRESS SPACE: 76XXX0 = 76XXX6

14
15
16

“« AN ERROR IN THIS TEST COULD MEAN THAT THE DEVICE IS INCORRECTLY
;v CONFIGURED, THAT THE ADDRESS IS WRONG OR THAT THE CRYSTAL CLOCK
:« ON THE DPV IS NOT WORKING. THE SHIFT REGISTER CLOCK IS NEEDED

:'tttttt'tttvttt'tt"'t"i'tttttttttti'ttfitt'tttttttttittt'tt'itttt'ttt

i ;?: 1?5)LS164 (E1S) IN ORDER TO PROVIDE THE BUS REPLY (BRPLY/L ON

- %

BGNTS1

20 020030

>1 020030

22 020030
020030 012746 000340
020034 012746 020166
020040 012746 000004

020044 012746 000003
020050 104437
020052 062706 000010

23 020056
24 020062
%2

005037
005001

002366

T1::

SETVEC

(LR
CLR

#4,#LOCATE,#PRI07 ;SET UP NON -EXISTENT MEMORY TRAP VECTOR.
#PR107,-(SP)
MOV
#LOCATE ,=(SP)
MOV
#4,-(SP)
MOV
NXMFLG
R1

MOV
TRAP
ADD

:FLAG USED IN THE TRAP ROUTINE.
:USE REGISTER TO REMEMBER WHICH OF THE
:4 CSRS WE ARE ADDRESSING.

#3,-(SP)
CS$SVEC
#10,SP

;;ttttttttttttttttt'ttt'tttt'tt'ttttl'ittttttttt.tttitttfitt"ttt't'ttttttitt

;'-lQQtittttttttt't'tt'ttt'ttttttt"t'tittttttttt'tt't't'tttt'ttt""'tt't'

TRAP
:"1F ADDRESSING ANY ONE OF THE CSRS RESULTS IN A TRAP T0 VECTOR Q4, E THE
THE
OTHERWIS
.
°'LOCATE')
. WILL REPORT THE ERROR (SEE INTERRUPT ROUTINE
. MEMORY REFERENCE IS UNEVENTFUL AND THE DEVICE IS READY FOR FURTHER TESTStt

28
29
30
32

33 020064
34 020070
35 020074
36 020100
37 020104
38 020110
39 020114

40 020120
41 020126
42 020126

005777
012701
005777
012701
005777
012701
005777

005737
001414

162176
000002
162170
000004
162162
000006
162154

002366

020126 012746 020350

ST
MOV
ST
MOV
ST
MOV
TST

18T
BEQ
PRINTX

aCSRO
#2.R1
CSR2
24 R\
aCSR4
26 ,R1
SCSR6

NXMFLG
108
#FMTA

020132 012746 000001
020136 010600
020140 104415

020142 062706 000004
43 020146
020146 013700 002354
020152 104451

DODU

LOGDFV

:TEST THE CSR AT 76XXxX0
:SAVE THE OFFSET OF THE NEXT (SR
:TFST THE CSR AT 76XXX2
:SAVE THE OFFSET OF THE NEXT (SR
;TEST THE CSR AT 76XXX4
:SAVE THE OFFSET OF THE NEXT (SR
;TEST THE CSR AT 76XXX6
:WAS THERE A TRAP?
;1F NOT - EXIT.
:SUGGEST THE PROBLEM. (

:DROP THE DEVICE

MOV

#EMTY,-(SP)

ADD
MOV
TRAP

84 ,SP
LOGDEV,RO
($000U

MOV
MOV
TRAP

n ,-(spP)
SP,R0O
CSPNTX

CVOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 55-1

TEST

= CSR ADDRESSING

44 020154
45

020154

DOCLN

104444

47 020156

48 020156

020156
9 020162

10$:

012700
104436

000004

020176
020200
020202

58 020204

59 020210

60 020210

020210
020214
020216
020222
020226
020230
020232

61 020236

BGNSRV

005737
001006

002366

104455
000011
020240

000000

005237

002366

016146
010146
012746
012746
010600
104415
062706

002266

020236
62 020236

000002

63 020240

103

;RETURN VECTOR 04 TO NORMAL STATE

L10034:

000010

123

020243
020246
020251
020254
020257
020262
020265
020270
020273

040
104
123
116
105
117
055
122
040

020301
020304
020307
020372
020315
020320
020323
020326

045
123
104
10
124
117
101
117

101
122
061
040
040
066
040
108

045

108:

LOCATE

TST
BNE

NXMFLG
10%

ERRDF

9,EMTO

123

#4,R0
C$CVEC

TRAP

(SETST

.WORD
.WORD
.WORD

NXMFLG

;SET THE FLAG

PRINTX

#FMTO,R1,CSRO(RY) :PRINT THE CSR THAT DOESN'T RESPOND.

MOV
MOV
MOV
MOV
MOV
TRAP
ADD

L10035:

122

EMTO:

JASCI2

/CSR ADDRESSING ERROR - TRAP &/

063

FMT0:

JASCIZ

/7XS3XACSRIDIXA AT XO6XA DOES NOT RESPONDXN/

103
045
045
10
045
045
104
123

MOV
TRAP

INC

ENDSRV

104
105
"
040
122
040
124
120
000

CSOCLN

:INTERRUPT SERVICE ROUTINE
::
LOCATE
:HAVE WE HAD AT LEAST 1 PREVIOUS TRAP?
:1F YES, DON'T BOTHER DECLARING ANOTHER
;DEVICE FATAL ERROR
:NON-EXISTENT DEVICE ERROR
CSERDF
TRAP

020276
000003

101
12¢
123
107
122
122
040
101
064

64 020276

104401

53 020166
020166
54 020166
5SS 020172
56
57 020174
020174

TRAP

ENDTST

50 020164

020164
1 020164

CLRVEC

;CLEAN UP (ODE - FORCE BACK TO INIT,

RTI

9
EMTO
O

CSRO(R1) ,=(SP)
R1,-(SP)
#FMT0,-(SP)
#3,-(SP)
SP,RO
CSPNTX
#10,SP

CVOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 55-2

TEST

= CSR ADDRESSING

020331
020334
020337
020342
020345
65 020350
020353
020356
020361
020364
020367
020372
020375
020400
020403
020406
020411
020414
020417

66
67
68

020422
020425
020430
020433

040
124
105
117
045
045
103
106
125
124
116
122
122
117
040
040
123
105
131

M
101
045
000

116
040
123
116
116
101
117
m
122
m
040
122
040
122
116
102
040
120
040
107
114
116

117
122
120
104
000
050
116
107
101
117
105
117
040
040
117
125
122
114
123

FMT1:

_ASCIZ

116
051
062
.EVEN

/XA(CONFIGURATION ERROR

NO BUS REPLY SIGNAL)INZ/

CVDPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 56

TEST 2 - DPV RESET
Wl —

252

e s AR R ER R R AR A R A AR AR A A A A A A0 A AR AN
e s ey
s

DPV RESET

TEST 2 = DPV-11

RESET THE DPV AND ENSURE THAT ALL REGISTERS ARE IN THEIR
PROPER INITIALIZATION STATE. THE RESET IS ASYNCHRONOUS TO ALL

DATA SET TIMING AND ANY DATA PORT ACCESSES. THE FOLLOWING

WILL BE
1.
2.
3.

CHECKED BY THE SRESET SUBROUTINE:
ALL BITS IN THE DATA PORT REGISTERS ARE CLEARED.
ALL OUTPUT INDICATORS ARE CLEARED.
TRANSMIT BUFFER EMPTY (TBE) IS SFT

SUBTEST 1 = AFTER RESET, CHECK THAT MAINTENANCE MODE AND
TRANSMITTER CAN BE SET. ALSO CHECK THAT TRANSMITTER
BUFFER EMPTY (TBE) IS CLEARED WHEN TDSR IS ACCESSED
WITHOUT SETTING TRANSMITTER ENABLE.

SUBTEST 2 - ON THE FIRST PASS ONLY, CHECK THAT A BUS RESET, DOES
A DPV11 RESET.

NOTE: DATA MODE, CTS, RR (RECEIVER READY) AND IC (INCOMING CALL)
ARE UNAFFECTED BY A RESET.

000NV
b b cad ccd e e ed oD d b
rono CIRNININ)
w & WA = OOV
NO WV WA 2O
o

TEST 2 = DPV RESET

LSBTTL

020434
020434
020434
020434
020434
020436
020442
020442
020444
020446
020450
020454
020460
020462
020466

020472
020476
020500
020504
020510
020514
020516
020522
020530
020534
020536
020542
020546
020552
020554
020556
020554
020556

RGNTST

232 2 2

R R

X222 R

R R R AR AR

CALL

000212
005001
005077
005777
001035
012701
050177

020177
001026
012701
110177
020177
001017
012701
112777
020177
001007
012701

110177

020177
001404
1046455
000012

12.1:

ESCAPE

104410

CLR
CLk

ST
BNE
MOV
BIS
CMP
BNE
MOV

000020

MOVB
CMP

161562
161556

000030
000030
161536

000100

161524
161520
10%:

SRESET

TST

:BITS SHOULD BE CLEAR.
*CLEAR TBE
1S TBE CLEARED?
"ERROR IF NOT CLEAR
*REMEMBER BITS TO SET.
*SET THOSE BITS
‘WERE THOSE BITS SET

#20,R1

:NEXT BIT TO SET

10$

RY,3TXCSR
R1.3TXCSR

10$
#30,R1

BEQ

20$

ERRDF

:RFSET THE DPV

“IF ERROR, EXIT THE TEST

R
aTDSR
ATXCSR
108
#10,R1
R1,3TXCSR
R1.3TXCSR

BNE
40V

MOVB
CMP
BNE
MOV
MOVE
CMP

161542

ARL

12°:

BGNSUB

104402

TRAP

csssus

TRAP

CSESCAPE

.WORD

L10036-.

#TXENA'MM.@TXCSR :SET THE ENABLE AND MAINT. MODE.
:ARE THOSE BITS SET?
R1,3TXCSR
‘BR If IN ERROR.
10$
TX INTERRUPT ENABLE.
“SET
#100,R1
THE INTERRUPT BIT
“SET
R
R1,aTXCS
BIT SET?
THE
*1S
R1.8TXCSR

10,EMG4 ,ERRG?

“1F YES - OK.

TRAP

.WORD

CSERDF
10

CVDOPVBO DPv11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 56-1
TEST

2 - DPV RESET

020560
020562
020564
020564
020566
020564

020566
020566
020566
020570
020576
020600
020600
020602

013554
007172

2(s:

ENDSUB

L10037:

1046403

BGNSUB

104402

022737
001026

000001

002314

104433

12.2:

;1S THIS THE FIRST PASS?

CMP
BNE
BRESET

#1,STARES

308

;1F NOT = SKIP THIS TEST.

$DELAY

;DELAY 1 MSEC.

;BUS RESET.

;eesavees

020602
020606

004737
000010

020610
020612
020616
020620

005001
105777
001012

020624

020626

020634
020636
020642

020644
020644
020644
020646
020650
020652
72 020654
73 020654
020654
020654
74
75 020656

020656
020656

005777
001007
022777
001203
005777
001404

006604

JSR

CLR

161450

15718
BNE
1ST

161444

000004

161436

161432

20%:

104455

002013
013372
007572

ERRDF

.WORD

R1
dRXACSR

20%

adRDSR

20%

#4 ,@TXCSR

104403

ENDTST

TRA®

($ESUB

TRAP

(sBsuB

TRAP

CSRESET

ERRG7

eeeveren

;l......."."'."'..'.'Q'Q'QQt'.l

;EXPECT O IN ALL R/W REGISTERS
;1S THE RECEIVE (SR 0?
:BRANCH ON ERROR.
;EXPECT READ DATA/STATUS T0 BE 0
;BR [F NOT
JEXPECT TBE TO BE SET.

;BR IF NOT

30%

:BRANCKH [F OK.

11,EMGO,ERRG

EMG4

;CALL DELAY SUBROUTINE
:NUMBER OF DELAY LOOPS

20%

a@TDSR

EXPANSION

;EXPECT XMIT, DATA/STATUS TO BE O.

;PRINT

ERROR MESSAGE

TRAP

:
308

ENDSUB

104401

BNE
CMP
BNE
1St
BFQ

PC,SDLAY

MACRO

.WORC
.WORD

L10040:

L10036:

CSERDF
1

.WORD
.WORD
.WORD

EMGO
ERRGN

TRAP

(sesuB

TRAP

(SETST

CVDPVBO 0PVv11 FUNC DIAG MACRO v03.01 26-0CT-80 08:56:53 PAGE 58
3 - (SR READ/WRITE
W) —

.58 L

TEST

3 - (SR READ/WR]TE
'tt't"t'tttt"

A t"""'t""""""'""""t""'t.t"tQtttt"t't

TEST 3 - DPV-11

WRITE/READ DATA PATTERNS

2
%
9
2
%
%
2

IR YR IR IR

b ed B
b el cd e e

.
2]

SUBTEST 3 - ;?§2 6L99 BYTE OF (SR6) - TRANSMIT DATA BUFFER

SUBTEST &4 - ;??2 6H§Gu BYTE OF CSR6) - TRANSMIT STATUS REGISTER.
SUBTEST § = TDSR

= CMECK BYTE OP SIGNAL FOR USYNRT

tttltt"".lt't"t't"t'Q'Qttt"ttt.tt.!."t"tt"tt"'ttttttt't't.

SRESET
TST

;RESET THE DPV
;1F ERROR, EXIT TWE TEST

13::
TRAP

000520
GNSUB
104402

012701
012702

000001
000007

150177
120177

161360
161354

105077

161344

001022
006101

005302
001366

012701

10%:

TRAP

csBSUB

;START ROTATE PATTERN
;COUNTER = WRITE INTO BITS 0-6.

BISB
(MPB

R1,aRX(SR
RY,aRXCSR

DEC

209
R
SRXCSR
RZ

:WRITE BIT,
;1S THE BIT WRITTEN?
;1F NOT = REPORT [T,
;ROTATE THE BIT PATTERN.
;CLEAR REGISTER

108

:CONTINUE UNTIL DONE.

#137.R1

;WRITE ALL BITS EXCEPT MODEM (ONTROL INT.

Move

(=%
2

—t
-

(V1V}

LMWORD

#B1710,RY
#7,R2

MOV

000137

CSESCAPE

L10041-.

MOV
MOV

BNE

20$:

013554
007072

13.1:

BNE
ROL
CLRB

161330
161324

020732
020736
020742
020744
020746

020752
020756
020760
020760
020760
020762
020764
020766

CHECK BITS 0-6
SUBTEST 2 - PCR (WIGH BYTE (SR&)
CHECK BITS 0-7

104410

putr

020726

SUBTEST 1 = RXCSR (LOW BYTE (SRO)

CALL
ESCAPE

020670
020670
020670
020672
020676
020702
020702
020706
020712
020714
020716
020722
020724

CHECKED TOGETMER AND INDIVIDUALLY.

IN ALL THE SUBTESTS THE BITS ARE

BGN ST

020660
020660
020660

020664
020664
020666

THIS TEST IS INTENDED TO TEST THE READ/WRITE BITS [N THE (SRS. THERE
1S NO INTENTION TO CHECK TME USYNR/T; IT [S DESIRED TO ONLY CHECK THE

READING AND WRITING OF THE CSRS.

2 OO0 ~NO

OS5

i e

OOV
~NO W SN

ANIN)

NN
(V1,8)

TEST

R1,8RXCSR

(MPB
BNE
CLR
CLRB
1578
BEQ

R1,8RXCSR
20%
R1
SRXCSR
aRXCSR
308

ERRDF

12,EMG4 ERRGS

;MODEM CONTROL NOT WRITTEN BECAUSE WE DON'T
:WANT TO ACTUALLY GENERATE AN INTERRUPT,
;WRITE BITS.

;1S THE PATTERN WRITTEN?
:1F NOT REPORY [T
:REMEMBER DATA PATTERN
;CLEAR THOSE BITS.
;ARE THOSE BITS CLEARED?
;1F YES, OK.
TRAP
.WORD
.WORD

.WORD

ggfflbl

EMG4
ERRGS

(vDPVBO DPV1I1 FUNC DIA 6 MACRO v03.01
3 = (SR READ/WRIT 3

49 020770

50 020770
5
52 020774

020774
020774

53
54
55 020776
020776
020776
56 021000
57 021004
58 021010
59 021014
60
61 021020
62 021024
63

64 021032
65 021036
66 021042

75 021070
76 021070

021070
021072
021074
021076
77 021100

78 021100

021104
021104
021104

105677

161272

28-0C7-80 08:56:53 PAGE 58-1

30%:

(LRB

oRX(SR

;CLEAR THE REGISTER

ENDSUB

L10042:

104403
BONSUB

104402

012701
110177
120177
001025
005001
105077
105777
001017
012701
012702

000377

150177
120177
001006
006101
105077

161234
161230

005302
001366
000404

161272
161266

13.2:

MOV

#377,R1

BNE
CLR

20%
R1

MOVB
(MPB

161256
161252

000001
000006

CLRB
TST8

BNE

108

20%:

105077

161176

20%

#B1T0,R1
#6,R2

B81S8B
CMPB
BNE

R1,aP(R
R1.,a3PCR
20%

DEC
BNE
BR

R2
108
30%

104455
000015

013554
007272

aP(CR
aP(CR

MOV
MOV

ROL
CLRB

161220

R1,a3PCR
R1,aPCR

30%:

ERRDF

CLRB

R1
aPCR

;ROTATE

THE BIT &4

:IF NOT = REPORT
;ROTATE

;CLEAR THE PCR.

sCONTINUE UNTIL DONE.
;EXIT = WHeN DONE

M ANONON)
b =
B

161140
161134

000001
000006

BNE
CLR
CLRB
TSTB
BNE

20$%
R
8TDSR
8TDSR
20%

MOVB
(MPB

MOV
MOV

R1,a8TDSR
R1,387DSR

#8170,R1
#6,R2

.WORD
.WORD
.WORD

EMGL
ERRGS

TRAP

($EsSuB

TRAP

(sBsus

:CLEAR THE P(CR

104402

161154
161150

CSERDF

IT.

THE PATTERN

13.3:

#377,R1

TRAP

;WRITE PATTERN
;1S THE PATTERN WRITTEN?

1 10043:

MOV

($BsuB

TIMES

104403

000377

TRAP

;START ROTATE PATTERN

ENDSUB

012701
110177

($ESUB

:IF NOT REPORT IT
:REMEMBER THE DATA PATTERN
:CLEAR THOSE BITS
JWERE THE BITS CLEARED?
:1F NOT = REPORT T

13,EMG4L ,ERRGS

aP(R

TRAP

;WRITE DATA PATTERN
:WRITE THE PATTERN.
;1S THE PATTERN WRITTEN?

BGNSUB

8 5

TEST

:WRITE DATA PATTERN
;WRITE THE PATTERN.
;1S THE PATTERN WRITTEN?
:IF NOT REPORT IV
;REMEMBER DATA PATTERN
;CLEAR THOSE BITS
;1S THE DATA CLEAR?
:1F NOT - REPORT IT,
;START ROTATE PATTERN
;ROTATE THE BIT & TIMES

CVOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 58-2

TEST 3 - (SR READ/WRITE

10%:

Bi1S8
(MPB
BNE
CLRB
ROL

208:
104455
000016

013554
007372

P ol

161060

~NO o~ o WAV
S 85 RN A = —
—
O ~N OO SO [¢ ¥ T =¥ Tate Yo Yo TN P

b b

b wmad
=B

b e

b coud

D oD o

ST NI N NT N ST NI NI ST NI ST NT T N1 .N R S1,8
[N

NN N NN

— b

-0

W
2O 000NV
NO VNN
N2 OO

[elelel=]l>leleclelalelelalelelolelelalolalelelolaoleNele o]

b
—

—

el e

D o

el el

)

D el and e

WA NI N PO NI NI NI NI RIANIN) b e d ed o

b oed b

[
Y

105077

21274

30$:

DEC
BNE
BR

ERRDF

CLRB

20%

aTDSR
R1
R2
108

30%

;WRITE PATTERN

;1S THE PATTERN WRITTEN?
;1F NOT = REPORT [T,
;CLEAR THE DATA.
;ROTATE

THE PATTERN

;CONTINUE UNTIL DONE.

JEXIT = WHEN DONE

14 ,EMG4L
L ERRGY

aTDSR

TRAP

L10044:

104403
BGNSUB

104402
012701
110177
120177

001025
005001
105077
105777
001017
012701
012702
150177
120177
001006
105077
006101

000017
161054

MOV
Move

161050

(MPB
BNE
CLR
CLRB
1518
BNE

161040
161034

000001
000003
161016
161012

10$:

161004

005302
001366
000404

13.4:

MOV
MOV

B1SB
(MPB
BNE
(LRB
ROL

20$:

DEC
BNE
BR

104455

105077

160760

308.
ENDSUB

104403

ERRDF

n7,R1
R1,aCSR7
R1,aCSR7

20$

a(SR?7
aCSR7
20%
#B170,R1
#3,R2

R1,aCSR?
R1,aCSR?

20%
aCSR?

R1
R2
10%

308

:WRITE DATA PATTERN

TRAP

($ESuB

TRAP

($BsuUB

TRAP

CSERDF
15
tMG4

ERRGY

;WRITE THE PATTERN,
;1S THE PATTERN WRITTEN?

:1F NOT REPORT IT
:REMEMBER DATA PATTERN.
:CLEAR THOSE BITS

;ARE THE STATUS BITS CLEAR?

:IF NOT - REPORT IT.
:START ROTATE PATTERN

sROTATE THE BIT & TIMES
;WRITE PATTERN

;1S THE PATTERN WRITTEN?
;1F NOT - RFPORT IT.

;CLEAR STATUS BITS.
:ROTATE THE PATTERN

;CONTINUE UNTIL DONE.
sEXIT - WHEN DONE

15,EMG4 ,ERRGI0

a(SR?

EMGL

.WORD
.WORD
.WORD

CLRB

CSEROF

.WORD
.WORD
.WORD

;CLEAR THE TDSR

ENDSUB

000017
013554
007472

021324

R1,aTDSR
R1,3TDSR

ERRG10

;CLEAR THE XMIT STATUS REG.
L10045:

TRAP

($ESUB

CVOPVBO DPV11 FUNC DIA G MACRO v03.01 28-0CT-80 08:56:53 PAGE 58-3
3 = CSR READ/WRIT t

e
d
D ad
e
—

SN
SNV
-O 0

137
138

ORI

TEST

BGNSUB

007777

160742
16C726

160736

MOV
CLRB
1S78

BNE

000377

MOV

ERRDF

106455
000020

013554
007372

d
)
—

Lk
P o
oo ~NO~

145

021374
021376
021400
021404
021404
021404
021404

e
b

AL
WA
—

150 021406
021406
021406

012746
012746
010600
104415
062706

PRINTX

013314

#7777,3TDSR
aCSR?
aCSR6

108

#377 .R1

16,EMG4,ERRGY

#FMG30

;WRITE

TO TDSR

000004

TRAP

;CLEAR ONLY THE HIGH BYTE.
;SEE IF THE LOW BYTE WAS ALSO CLEARED
;IF NOT, BYTE OP IS OK.
;DATA FOR ERROR PRINT OUT.
;PRINT ERROR
TRAP

.WORD
.WORD
.WORD

(sBsuB

CSERDF
16

EMG4
ERRGY

;ALSO WARN THAT BYTE OP MAY BE STUCK LOW.

000001

MOV
Mov
MOV
TRAP
ADD

#FMG30,-(SP)

TRAP

CS$ESUB

TRAP

CSETST

#,-(SP)

SP,RO
CSPNTX

#46 ,SP

10%:
ENDSUB

104403
ENDTST

104401

13.5:

L10046:

L10041:

CVOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 60

TEST 4 - TRANSMIT ENABLE

}

LSBTTL

TN AN AR R

6
g

;% AFTER A DEVICE RESET, SET TRANSMIT START OF MESSAGE (TSOM).
:* THAT TRANSMIT ACTIVE (TXACT) IS SET.

4
5

TEST & - TRANSMIT ENABLE
TR AR

T AR R R R AR

o
TEST 4 - DMR-11
:% TRANSMIT ENABLE/ TRANSMIT ACTIVE

EA NN NN AR R ERTRRAN AR

ANCNCTOORIEN

ENSURE

9
10
"

;% TXACT IS USED TO INDICATE THE CURRENT STATE OF THE TRANSMITTER
;% DATA PATH., THIS BIT WILL BE ASSERTED WHEN BOTH THE TRANSMITTER IS
;% ENABLED AND TSOM ARE INTERNALLY SYNCHRONIZED. TXACT WILL BE CLEANRED

Eatatt't-ttttt'ttt'ttt"tttt.vttt-"ttttnttttt'tt-'tttta-t"ntctaq'-ct

;* UPON RESET OR WHEN THE TRANSMITTER ENTERS THE IDLE STATE.

13 ]

15 021410

BGNTST

16 021410
17 021410

BGNSUB

021410
0216410

104402

021416
021420

1046410
000330

18 021412
19 021416

Té::

20 021422
21 021426
%% 8%}2%2

005737
001003
052777

002306

000010

160634

24 021436
25 021444
26 021452

052777
052777

000020
000400

160626
160622

T4.1:
CALL
ESCAPE

SRESET
TST

sRESET THE DPV
:IF ERROR, EXIT THE TEST

18T
BNE
BIS

TURN
5%
#MM,aTXCSR

: TURNAROUND?
;BR IF EXTERNAL.
sSET MAINTENANCE MODE.

BIS
8IS
WAIT

#TXENA,3TXCSR
#TSOM,aTDSR
T8¢

;ENABLE THE TRANSMITTER.
:TRANSMIT START OF MESSAGE.
;sWAIT FOR TBE TO BE SET.
JERRNRRAN

021452
021456
021460

27 021462

021462
021464
28 021466

29 021474
30 021476
31 021502

32 021506

021506
021510
021512
021514

gz 021516

35 021520

36 021520

37 021524
38 021532

004737
000004
002272

104410
000264
032777
001011
017701
052701

003724

000092

JSR

160576

104455
000021
013601
007172
000425

005077

042777

160550

000020

10$:

160540

EXPANSION

csB8suB

TRAP
LWORD

CSESCAPE
L10047-.

tternnne

PC,SWALT
TBE
.WORD
.WORD
TXCSR

sCALL WAIT ROUTINE ;WAIT FOR TBE TO BE SET
:IN TRANSMITTER C(SR.

ESCAPE

TST

:1F ERROR, BRANCH TO END Of TEST.

BIT

#TXACT,3TXCSR

;1S THE TRANSMITTER ACTIVE?

ERRDF

17,EMGS,ERRGY7

BNE
MoV
BIS

160570
000020

MACRO

TRAP

108
8TXCSR,RY
#TXENA R

B8R

20$%

(LR

oTDSR

8IC
WALT

#TXENA,@TXCSR
11:13

IEREEA

AN RN

AN T

RNTRAS

TRAP
MORD

CSESCAPE
L10047-.

TRAP
LMORD
.MORD
.WORD

(SERDF
17
EMGS
ERRG?

JIF YES - 0K,
:SAVE THE TRANSMIT STATUS
EXPECT TXENA TO BE SET.

:SKIP THE REST OF THE SUBTEST.
;CLEAR TSOM

;DISABLE THE TRANSMITTER
JWAIT FOR TBE TO BE SET.

CVOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 60-1

TESY & - TRANSMIT ENABLE

seevenans

004737
000004
002272
39 021542

(5,
1%

(=4

43 02156¢

021566
021570

45 021572
46 021572
021572
021574

47
48 021576

021576
021576

30
51 021600
021600
021600

52 021602
53 021606
021606
021610
54 021612
55 021616
56 021620
57 021626
58 021626
59 021634
60 021642

003724

JSR

ESCAPE

104410

000204
032777
001406
012701

000002

160516

BIT
BEQ
MOV

000004

ERRDF

104455
000022

61 021652

teteener

;CALL WAIT ROUTINE -

;WAIT FOR TBE TO BE SET

TST

;1Ff ERROR, BRANCH TO END OF TESTi

#TXACT,aTXCSR
0$
#TBE ,R1

18,EMG6,ERRG?

:IN TRANSMITTER

(CSR.

:Q't"'t'."."""""""t""'t

;1S THE TRANSMIITER INACTIVE?
:IF YES - OK.
sEXPECT ONLY TBE TO BE SET.

013634
007172
20%:
104410

;IF ERROR, BRANCH 70 END OF TEST

ESCAPE TST

000154

ENDSUB

L10050:

104403
BGNSUB

104402

14.2:

CALL
ESCAPE

104410

000140
005737
001003

002306

052777

000010

160444

052777
052777

000020
000400

160436
160432

SRESET
TST

;RESET

THE

004737
000004
002272

003724

TRAP

CSERDF

BIS

#TXENA,3TXCSR

;ENABLE THE TRANSMITTER.

WAIT

TBE

;WAIT FOR TBE TO BE SET.

BIS

PC,SWAILT
.WORD

"WORD
ESCAPE

160400
000020

160406

BIT
BNE
MOV
BIS

ERRDF

TBE

TXCSR

TST

#TXACT,@TXCSR
108
aTXCSR,RY
STXENA RY

19,EMGS,ERRG?

EMGE
ERRG?

CSESCAPE

.WORD

L10047-.

TRAP

C$ESUB

TRAP

csssus

TRAP

: TURNAROQUND?
¢BR IF EXTERNAL.

BNE
BIS

#TSOM,3TDSR

TRAP

.WORD

5%
MM, aTXCSR

JSR

104410

052701

L10047-.

DPV

;1F ERROR, EXIT THE TEST

TURN

CSESCAPE

RAP
.WORD

.WORD
.WORD
.WORD

000002

021676

EXPANSION

PC,SWALT
.WORD
TBE
TXCSR
"WORD

CSESCAPE

L10047-.

;SET MAINTENANCE MODE.
:TRANSMIT START OF MESSAGE.

suanenans

021642
021646
021650

MACRO

EXPANSION

trezntne

;CALL WAIT ROUTINE -

;WAIT FOR TBE TO BE SET

:IN TRANSMITTER

(SR,

;"lil'ti".tt'ti.t't"'!ttt""!t

:IF ERROR, BRANCH TO END OF TFST,

TRAP

;1S THE TRANSMITTER ACTIVE?
:1F YES - OK.
sSAVE THE TRANSMIT STATUS
;EXPECT TXENA TO BE SET.

.WORD

CSESCAPE

L10047-.

—

CVOPVBO DPV11 FUNC DiAG MACRO v(G3.01 28-0CT-80 08:56:53 PAGE 60-2

TEST & = TRANSMIT ENABLE

021676
021700
021702
021704
021706
021706
021712
021712
021714
021716
021724
021726
021732
021732
021734
021736
021740
021742
021742
021742
021744

021746
021746
021746

021750
021750
021750

TRAP

104455

.WORD
.WORD
.WORD

000023
013601
007172
10%:

104410
000034
032777
001406
012701

000002

160346

BIT
BEQ
MOV

000004

ERRODF

104455
000024
013634
007172

$SRESET
TST
#TXACT,aTXCSR
208
#18E R

20,EMG6,ERRG?

;RESET THE DPV
:IF ERROR, EXIT THE TEST
;IS THE TRANSMIITER INACTIVE?

104410
000004
ENDSUB
104403
ENDTST

ESCAPE

TST

EMGS
ERRG?

CSESCAPE

TRAP
.WORD

L10047-.

TRAP

CSERDF

;1F YES - OK.

;EXPECT ONLY TBE TO BE SET.
.WORD
.WORD
.WORD

20%:

104401

CALL
ESCAPE

CSERDF

;IF ERROR, BRANCH TO END OF TEST

L10051:

L10047:

TRAP

EMG6

ERRG7

CSESCAPE

.WORD

L10047-.

TRAP

($ESUB

TRAP

CSETST

CVOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-8C 08:56:53 PAGE 61

c 10

TEST S - TRANSMIT BUFFER EMPTY

TEST 5 - TRANSMIT BUFFER EMPTY

.SBTTL

:+ TRANSMIT BUFFER EMPTY

"« TBE IS CLEARED AFTER WRITING TO THE TDSR.
I
:""""*""fii"t"i""i*""""'.'"""."'.""""'i'."‘.'""

12 021752

BGNTST

TEST 5 - DPV-11

L R R LR AL AL L AR L

"« VERIFY THAT TBE (TRANSMIT BUFFER EMPTY) IS ASSERTED WHENEVER
"« THE DEVICE IS RESET OR WHENEVER THE TDSR IS AVAILABLE FOR DATA.

6
7
1

3 021752

14 021752

021752

15 021754

16 021760

021760
021762

17 021764

18 021770

021770
021774
021776
022002
022004

15::

BGNSUB

104402
104410
000220

005077

CALL

ESCAPE
CLR

160304

DF Ay

012727 000005
000000
013727 002116
000000
005367 177772

022010 001375
022012 005367
022016 001367

15.1:
$RESET

:1F ERROR, EXIT THE TEST

aTDSR

:WRITE TO THE TDSR.

177756

032777
001410

26 022030 017701
25 022034 042701
26 022040

022040
022042
022044
022046

27 022050
28 022050

:DELAY 500 MICROSECONDS.

REASSERTED

000006

160240
000004

104455
000025
013671
007172

022050

160244

BIT
BEQ

#TBE ,aTXCSR
108

ERRDF

21,EMG/,ERRG?

MOV
BIC

3TDSR,R1
#1BE ,R1

022052

022052 104402

32 022054

33 022060

022060 104410
022062 000120

34 022064

005737 0062306

MOV
.WORD
MOV
.MWORD
DEC

L10053:
15.2:
CALL

$RESET

:RESET THE DPV

TURN

: TURNAROUND?

TST

BNE
DEC
BNE

SAVE THE TRANSMIT DATA/STATUS REG.
;PUT EXPECTED RESULT IN R1 FOR MSG.

108:
ENDSUB

ESCAPE

CSESCAPE
L10052-.

#5,(PC)¢+
O
LSOLY, (PC) ¢+
O
=-6(PC)
.4
=22(PC)
.=20

BECAUSE THE TRANSMITTER

BGNSUB

31 022052

TRAP
.WORD

'IS IDLE, TBE SHOULD STAY LOW.
;1S TBE CLEARED?
;1F YES - 0K

29 022050 104403
30

csBsuB

THIS WILL

:US TO ENSURE THAT TBE IS NOT

21
22 022020
23 022026

;RESET THE DPV

TST

TRAP

:1F ERROR, EXIT THE TEST

TRAP
MORD
.WORD
.WORD

CSERDF
1
EMG7
ERRG7

TRAP

CSESUB

TRAP

($B8SUB

TRAP
.MWORD

(SESCAPE
L10052-.

CVOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56 :53 PAGE 61-1

TEST S = TRANSMIT BUFFER EMPTY

35
36
37
38
39
LY

001003
052777

000010

052 (444
012777

000020
000400

160172

1%:

BNE
BIS

19
#MM, QTXCSR

BIS

#TXENA,8TXCSR

Mov
WAIT

#TSOM,aTDSR
TBE

:BR IF EXTERNAL.

;SET MAINTENANCE MODE.
;ENABLE THE TRANSMITTER.

;TRANSMIT START OF MESSAGE.

;WAIT FOK TBE TO BE SET.

senxesnsn

004737
000004
002272
&2

003724

JSR

ESCAPE

104410

MACRO EXPANSION

teevenwe

PC,SWALT
.WORD
TBE
TXCSR
.WORD

;CALL WAIT ROUTINE ;WAIT FOR TBE TO BE SET
:IN TRANSMITTER CSR.

TST

;IF ERROR, BRANCH TO END OF TEST,.

:'ti"tiit"*tttitt.ittt't"'i'tt'

TRAP

.WORD

000054
L4 022130

45 022136

012777

000014

MoV
WAIT

160136

#14,3TDSR
TBE

004737
000004

JSR

003724

002272
ESCAPE

104410

000032
012701

001000

005777

160112

100406

5%:

;TRANSMIT 1ST CHARACTER.

022172
022174
022176
022200
022200
022200

022200

56
57
58 022202
02220¢
022202
59
60
61

104455
000026

013707
006700

.WORD
.WORD

TBE
TXCSR

TST

;CALL WAIT ROUTINE ;IN TRANSMITTER

C(SR.

;tttififittiitti'iiittttitt'ttttfitit

;IF ERROR, BRANCH TO END OF TEST.
;SET UP COUNTER

TST

aTDSR

;CHECK FOR TRANSMIT ERROR.

CSESCAPE
L10052~-.

TRAP
.WORD
.WORD
.WORD

CSERDF

¢2
EMGS
ERRGZ

TRAP

($ESUB

;WHEN SET OK.

;DECREMENT COUNTER.

sCONTINUE UNTIL COUNTER 0

10%:

ENDSUB

L10054:

104403

ENDTST
104401

TRAP

.WORD

#1000,R1

10%
R1
5%
22,EMG8,ERRG2

*ereeewe

;WAIT FOR TBE TO BE SET

MOV

BMI
DEC
BNE
ERRDF

005301
001373

PC,SWAILT

L10052-.

;WAIT FOR TBE TO BE SET.
sevnexenr MACRO EXPANSION

022136
022142
022144

CSESCAPE

L10052:

CSETST

CVOPVBO LPVI1 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 62

—t

mdd
e

22222

wmd

R S

SR RS RR R0

R2RR

RR220

RRRdRRd

RRRRRRRRRd

]

TEST 6 - DPV-11
;* TRANSMIT INTERRUPT
. %
VERIFY THAT A TRANSMIT INTERRUPT IS RECEIVED WHEN TRANSMIT

;* BUFFER EMPTY

(TBE)

IS ASSERTED.

2222222

2222222 R 2222220022222
020000 RRdRRlRRRRRRdRRRRld)

BGN TST

00046
005037

~NO
N

]

022246
022252

002424

012746
012746
013746
012746
104437
062706

000200
017232
002264
000003

012700

000000

104441

T6::

CALL
ESCAPE

104410

TEST 6 = TRANSMIT INTERRUPT

.58 TTL

WA=

—

INTERRUPT

OO0
~NO NS WA —

6 - TRANSMIT

—

TEST

E 10

000010

$RESET
TST

:RESET THE DPV
;1F ERROR, EXIT THE TEST

CLR

TFLAG

SETVEC

XMTVEC,#XINT
, #PRIOS

SETPRI

#PRIOO

:CLEAR THE FLAG USED IN THE

;SET PROCESSOR PRIORITY.

TRAP

(SESCAPE

MOV
MOV
MOV
MOV
TRAP
ADD

#PRIOL,-(SP)
#XINT,=-(SP)
XMTVEC,-(SP)

L10055~-.
.WORD
INTERRUPT ROUTINE.

FOR LSI 11/03

;THIS WILL ENABLE INTERRUPTS.

MOV
TRAP

FOR 11/23

sTHIS WILL ALLOW ACKNOWLEDGMENT OF

JLEVEL 4-7.
;SET UP INTERRUPT VECTOR

25 022254

052777

022262
022264
29 022264
022270
022272
022274
022276
022276
022300
022302
022304
022306
022306
022312
022320

005000

005737
001006
005300
001373

000120

160010
10%:

002424

104455

#TXENA!TXIE,@TXCSR ;SET THE

CLR

;TIMER FOR LOOP

TST
BNE
DEC
BNE
ERRDF

TFLAG
20%
RO

;WAS THE INTERRUPT RECEIVED?
;IF YES - OK.
:DECREMENT TIMER.

108
23,EMG9,ERRG2

: THE

002424
000001

20%:
157752

CLR

MOV
SDELAY

TFLAG
#RESET ,aTXCSR

004737
000001

006604

JSR

PC,SDLAY
1
.WORD

#PRI0O,RO
CS$SPRI

INTERRUPT ENABLE AND ENABLE

TRANSMITTER.

:KEEP CHECKING UNTIL THE TIMER EXPIRES.
ERROR MESSAGE XMIT NOT RECEIVED.
TRAP

CSERDF

.WORD
.WORD

EMGY
ERRGZ2

;CLEAR THE FLAG
;RESET THE DPV

;WAIT FOR 100 MICROSECONDS.
JNRRARARSR MACRO EXPANSION

022320
022324

CS$SVEC

#10,sP

INTERRUPTS

.WORD

000027
013723
006700
005037
012777

BIS

#3,-(SP)

;CALL DELAY SUBROUTINE
;sNUMBER OF DELAY LOOPS

taxtxnnnt

;tttt"iltti"it't'tItttiti't'tl't

CVOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0(T-80 08:56:53 PAGE 62-1

TEST

6 = TRANSMIT

INTERRUPT

005737
001404

002334

TST
BEQ
ERRDF

104455

000030
013757
0067C0
012700
1044461

44 022352

022352
022356

45
L6 022360
47
48

022360
022360

F 10

013700
104436

30$:
0003490

30
24 ,EMG10,ERRG2

;WAS AN INTERRUPT RECEIVED

;1F NOT - OK. (RESET SHOULD CLEAR INT ENABLE)

;ERROR MESSAGE - TRANMSIT INT RECEIVED
TRAP

.WORD
.WORD
.WORD

SETPRI

#PR107

;SET PROCESSOR PRIORITY TO 7 (FOR

MOV

TRAP

CLRVEC

002264

XMTVEC

;LSI 11/03 THIS WILL DISABLE INTERRUPTS)

;JRESTORE

THE XMIT

INTERRUPT

vECTOR
MOV

TRAP

ENDTST
104401

FLAG

L10055:

TRAP

C{ERDF

2
EMG10
ERRGZ

#PR107,RO
CS$SPRI

XMTVEC,RO
CSCVEC

CSETST

(VOPVBO DPVI1 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 64

;'t"..""tt"t'"'""""'i""""'l"""Q"'Q""i"t't"'t""'

TEST 7 - DPV-1
i
:+ RECEIVER ENABLE, RECEIVER ACTIVE AND RECEIVER DATA READY

MODE: BCP, 8 BIT CHARACTERS, MAINTENANCE MODE LOOPBACK
i
:» ENABLE THE RECEIVER. AFTER TRANSMITTING A CHARACTER WAIT FOR

:* RECEIVER DATA AVAILABLE AND CHECK THAT THE RECEIVER 1S ACTIVE.
:« AFTER CLEARING RECEIVER ENABLE, ENSURE THAT THE RECEIVER IS INACTIVE.
[

:« RECEIVER ENABLE - CONTROLS THE OPERATION OF THE RECEIVER DATA PATH (RDP)
‘* RECEIVER ACTIVE - THIS OUTPUT IS ASSERTED WHEN THE RDP PRESENTS THE 1ST

aah

DATA CHARACTER OF A MESSAGE TO THE USYNRT. 1T REMAINS
ASSERTED UNTIL THE RDP ENTERS THE IDLE STATE..

it
i

- THIS OUTPUT IS SET WHEN THE ROP HAS ASSEMBLED A DATA

;* RECEIVE DATA

CHARACTER THAT IS READY TO BE PRESENTED.

:'t"tttt"ttttt"'tt'it't'Q'tt'tt'i'tt'Qttttt""ttt'tttttt"tttttt.t

b
-

2 OO

TEST 7 - RECEIVER ENABLE

.SBTTL

—
O~NOWVEWN—-O OO0 ~NO N BNl

7 - RECEIVER ENABLE

TESY

6 10

BGNTST

022362
022362
022362
022366
022366
022370
022372
022400
022406
022414
022422

17::

CALL

ESCAPE

104410

000222
012777
012777
012777
052777

040252
000020
000030

157670
157660
157656

MOV
MOV
MOV

000400

157652

BIS
WAIT

SRESFT

T1ST

;RESET THE DPV

:IF ERROR, EXIT THE TEST

.WORD

;SET BCP MODE AND SYNCH CHARACTER.
#40252,aPCSAR
:ENABLE THE RECEIVER.
#RXENA ,aRXCSR
#TXENA'MM,3TXCSR ;ENABLE THE TRANSMITTER
;SELECT THE MAINTENANCE LOOPBACK.
:TRANSMIT START OF MESSAGE
#TSOM,aTDSR
:WAIT FOR TBE TO BE SET.
1BE
JNENRANRR

022422
022426
022430
022432
022432
022434
022436
022444
022446
022454

004737
000004
002272

JSR

003724

ESCAPE

104410

000156
032777
001056
052777

004200

157622

000400

157620

BIT
BNE
BIS
WAIT

MACRO

EXPANSION

33 022464
022464
022466
34 022470
c2476
36 022500

004737
000004
002272

JSR

003724

ESCAPE

104410

000124
032777
001041
012777

004200

157570

000123

157566

BIT
B8NE
MOV

CSESCAPE

L10056~-.

ttttnnve

PC,SWALT
TBE
.WORD
TXCSR
.WORD

:CALL WAIT ROUTINE :WAIT FOR TBE TO BE SET
:IN TRANSMITTER CSR.

T1ST

;:IF ERROR, BRANCH TO END OF TEST.

C RO T RN
AN ARRE
AR
R R AR AR RN
AEEA

TRAP

.WORD

CSESCAPE

L10056-.

#RXACT'RDATRY ,aRXCSR ;CHECK RECEIVER ACTIVE AND DATA READY.
:IF SET, REPORTY ERROR.
209
IT START OF MESSAGE.
;RETRANSM
DSR
#TS0M,aT
TBE TO BE SET.
FOR
;WAIT
T8t
JRAANRNRN MACRO EXPANSION

022454
022460
022462

TRAP

ttannnee

PC,SWALT
TBE
.WGRD
TXCSR
.WORD

;CALL WAIT ROUTINE ;WAIT FOR TBE TO BE SET
;IN TRANSMITTER C(CSR.

TST

;1F ERROR, BRANCH TO END OF TEST.

RCNL
ROER
AN
JERRAARRARREENANNNRTRERI

TRAP

.WORD

(SESCAPE

L1C056~-.

#RXACT'RDATRY,aRXCSR ,CHECK RECEIVER ACTIVE AND DATA READY.
;1F SET, REPORT ERROR.
20%
THE FIRST DATA CHARACTER.
:TRANSMIT
#123,3TDSR

CVvOPVBO DPV11 FUNC DIAG MACRO v03.01
7 -~ RECEIVER ENABLE

37 022506

WAIT

H 10

JWAIT

RDATRY

FOR RECEIVE

;ueenexes

004737
000200
002266

000072
032777
001005

42
43
&4
65

003724

JSR

ESCAPE

104410

004000

BIT
BNE
ERRDF

157536

104455

022542
022544
0225644
022552

000031
014062
006700
000423
we2rr?

000020

022552
022556

004737
000004

006604

46 022560
47 022566
48 022570

032777

004200

157514

108

PC,SWALT

.WORD
.WORD

RDATRY
RXCSR

MACRO

;IF

#RXACT,aRXCSR

10%

25,EMG12,ERRG2

022570
022572
022574

022576

49 022600
50 022602

51 022602
022602
022604
022606
022610
52 022612

~NO

5¢ 022612
022612
022612

001411

104455

teeeenne

ERROR,

BRANCH TO END OF

TEST.

TRAP

.WORD

;1S THE RECEIVER ACTIVE?
;IF YES - OK.

TRAP

.WORD
.WORD
.WORD

30%

BIC
S$DELAY

:RXENA.SRXCSR

JSR

PC,SDLAY

BIT
BEQ
ERRDF

157500

EXPANSION

;.'fi""ti'QQ"""'."""'t"tt'

.WORD

DATA.

;CALL WAIT ROUTINE ;WAIT FOR BIT TO BE SET
C(SR.
;IN RECEIVER

30%

MACRO

EXPANSION

tvtwrnree

:NUMBER OF

DELAY LOCPS

:ttiQttl'fit'ilt.ti"Qt'i't"""'t

;CHECK RECEIVER ACTIVE

. IF

CLEAR 0K

AND DATA READY.
TRAP

.WORD
.WORD
.WORD

000032

014106
006700

000404

20%:

104455

000033
0146167
006700

308

ERRDF

27 ,EMG14 ERRGZ

TRAP

30%:
ENDTST

106601

CSERDF

25
EMG12
ERRG2

;CALL DELAY SUBROUTINE

#RXACT!RDATRY ,aRXCSR

26 ,EMG13,ERRGS

CSESCAPE

L10056~-.

;DISABLE THE RECEIVER
:DELAY TO ALLOW DISABLE.
centenenes

[ ALV

TEST

28-0CT-80 08:56:53 PAGE 64-1

L10056:

CSERDF
26
EMG13
ERRGZ

CSERDF

.WORD
.WORD
.WORD

27
EMG14
ERRG2

TRAP

(SETST

CVOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 65

110

)
o
-

TEST 8 - RECEIVE DATA INTERRUPT

LSBTTL

:.'.".t.'.".."Q""""""""Q""'""""".""""'."..'Q"'

TEST 8 - DPY-11
i
INTERRUPT
DATA
VE
‘e RECEI
MODE: BCP, 8 BIT CHARACTERS, MAINTENANCE MODE LOOPBACK
Pe

"« ENABLE THE RECEIVER AND SET RECEIVER INTERRUPT. TRANSMIT DATA.
e CHECK THAT THE RECEIVE INTERUPT WAS GENERATED. AFTER THE INTERUPT

"o WAS GENERATED DISABLE TWE RECEIVER. CHECK THAT THE RECEIVER BECOMES
e INACTIVE.
b

EQ.".."""."""""l"""'Q...""."'...""'."'"'Q"."""'
BGNTST

022614
022614

18::

NINININ)
b —o

W)
=2 OO0

—

NO VLS

WSO ONO NN

TESY 8 - RECEIVE DATA INTERRUPT

022614
022620

022620
022622
022624
022630
022634
022640
022646
022646

022652
022656
022662

022666

CALL

ESCAPE

104410

000266

005037
005037
005037
012737
012746
012746
013746
012746
104437

002424
002376
002360
000002

062706

000010

022674
022700
022704
022710
022714
022716
022722
022722
022726

012746
012746
013746
012746
104437
062706

000200
016602
002262
000003

012700

000000

104441

:1¢ ERROR, EXIT T"HE TEST

TRAP

CSESCAPE

.WORD

L10057~.

MOV
MOV
MOV
MOV
TRAP
ADD

#PRI104L,=-(SP)
#XINT ,=(SP)
XMTVEC,-(SP)
#3,-(SP)

Mov
MOV
MOV
MOV

ADD

#PR104,-(SP)
#RINT,-(SP)
RCLVEC,-(SP)
#3,-(SP)
CS$SVEC
#0o,spP

MoV

#PR100,R0O

CLR

MCFLAG

:CLEAR MODEM CONTRGL FLAG.

SETVEC

XMTVEC,#XINT #PRIO&

Mov

RFLAG

#2,5TARY

:SEND 2 START (MHARACTERS.

017232
00226+
000003

022670

26 022674

JRESET THE DPV

;CLEAR FLAGS USED IN THE INTERRUPT ROUTINES.

CLR

000200

TS7

TFLAG

(LR
002414

SRESET

SETVEC

RCVEC,#RINT, #PRIO4

TRAP

000010

SETPR]

#PR100

:SET PROCESSOR PRIORITY.

FOR LSI 11/03

;:THIS WILL ENABLE INTERRUPTS.

TRAP

FOR 11723

CSSVEC

#10,SP

($SPR]

:THIS WILL ALLOW ACKNOWLEDGMENT Of INTERRUPTS
(LEVEL 4-7.
:SET UP INTERRUPT VECTOR

022730
0227306

012777
012777

022744

012777

022752
38 022754
39 022754
40 022762

005003

032737
001007

060252
000120

MOV
MoV

:SET BCP MODE AND SYNCH CHARACTER.
#60252,8PCSAR
SRYENA'RXITEN,QRXCSR ;ENABLE THE RECEIVER AND SET

000130

[ [0}"]

STYTE'TXENA'MM,3TXCSR :ENABLE THE XMITTER AND INT.

(LR

:CLEAR COUNTER

817
BNE

#1,RFLAG
10%

;WAS DATA RECEIVED
;1F YES - OK.

”
000001

002376

:SET INTERRUPT ENABLE.

:SELECT THE MAINTENANCE LOOPBACK.

CVOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 65-1
TEST 8 - RECEIVE DATA

61 022764

2% 022766

46 022770

001372

104455
000034

&5 023000
46 023002

000430

022774
022776

47 023002
48 023010
49 023014

INTERRUPT

005303

022770
022772

J 10

ERRDF

28 ,EMG15,ERRGZ

BNE

014243
006700
042777
005037

DEC

000020
002376

157256

108:

BIC
(LR
SDELAY

#RXENA,IRXCSR
RFLAS
5

;DECREMENT COUNTER.

TRAP
.WORD

.WORD
.WORD

;DISABLE THE RECEIVER
;CLEAR THE FLAG.
:DELAY TO ALLOW DISABLE.
sennernenrn

023014
023020

004737
000005

006604

50 023022
51 023026
52 023030
53 023036
54 023040

005737
001011
032777
001411

002376

023046

006700

023040
023042
023044

104455
000035
014106

55 023050

000404

56 023052

57 023052

023052
023054
023056
023060

58 023062
59 023062

60 023066

004200

104455
000036
014276
006700

308:

012700
104441

000340

023074
023100

013700
104436

002262

023102
64 023106

013700
104436

002264

63 023102

67
68

104401

PC,SDLAY
.WORD
5

MACRO

EXPANSION

tteenene

;CALL DELAY SUBROUTINE
:NUMBER OF DELAY LOOPS

SERRRA

R RAN AR

RRTRRN

TST
BNE
BIT
8EQ
ERRDF

RFLAG
;WAS AN INTERUPT RECEIVED?
20%
;IF YES - REPORT EPROR.
#RXACT!RDATRY,3RXCSR ;CHECK RECEIVER ACTIVE AND DATA READY.
:1F CLEAR 0K
308
29,EMG13,ERRG?

30%

ERRDF

30,EMG16,ERRG?

CALL

SRESET

SETPRI

ENDTST

65 023110

023110
6 023110

157230

20%:

023066
023072

61
62 023074

JSR

CSERDF
28
EMG15
ERRG?2

TRAP
.WORD
.WORD

#PRIO7

CSERDF
29
EMG13

.WORD

ERRGZ

TRAP
.WORD
.WORD
.WORD

CSERDF
30
EMG16
ERRGZ

MOV
TRAP

#PR107,RO
CS$SPRI

MOV
TRAP

RCVEC,RO
CSCVEC

MOV
TRAP

XMTVEC,RO
(SCVEC

TRAP

CSETST

;RESET THE DPV.

;SET THE PROCESSOR °RI T0 7

CLRVEC

RCVEC

;(THIS WILL DISABLE INTERRUPTS)
;RESTORE THE RECV. JVECTOR

CLRVEC

XMTVEC

-RESTORE THE XMIT. /ECTOR

L10057:

CVOPVBO DPV11 FUNC DIAG MACRO Vv03.01 28-0CT-80 08:56:53 PAGE 66

K 10

TEST 9 - RECEIVER STATUS

}

.SBTTL

:Qttt"ttttt.t."tt"'Qt""t'ttttt'tttt"tttt't'tttt'ttt"tttttttt"'

;v SUBTEST 1

S
6

TEST 9 - RECEIVER STATUS

TEST 9 - DPV-11

i+ THERE ARE 3 SUBTESTS IN THIS TEST WHICH ARE INTENDED TO CHECK
i+ RECEIVER STATUS.

AND THAT THE REOM IS RECEIVED WHEN RECEIVE

STATUS IS AVAILABLE.

14
15
16
17

i+ SUBTEST 2 .
M
ot

M
i

22
23

;* SUBTEST 3 S*

*
X

RECEIVER ABORT
THIS SUBTEST WILL TRANSMIT A DATA MESSAGE THAT IS ENDED

WITH A TRANSMIT ABORT.
THE SUBTEST WILL ENSURE THAT
RECEIVE STATUS AVAILABLE IS RECEIVED AND THAT THE

Ett't'tttttttttttt'tttt'ltitttttttttttttfittt'tfittttttttt*tttt'tttitttt

BGNTST

19::

BGNSUB

104402

19.1:

CALL
ESCAPE

104410

023122
34 023124
gg 023130

000774
005037
012737

002424
000001

37 023136
023136
023142
023146

012746
012746
013746

000200
017232
002264

023156
023160

104437
062706

002414

SRESET
TST

;RESET THE DPV
;1F ERROR, EXIT THE TEST

CLR
MOV

TFLAG
#1,START

SETVEC

XMTVEC,#XINT,#PRI04

012700
1044461

000010

SETPRI

000000

:SET PROCESSOR PRIORITY.

MOV
MOV
MOV

#PRI04,-(SP)
FXINT,=(SP)
XMTVEC , = (SP)

TRAP
ADD

COSVEC
#10,5P

#3,-(sP)

FOR LSI 11703
MOV
#PR100,RO
TRAP
C$SPRI

:SET UP INTERRUPT VECTOR

052777

(SESCAPE

L 10060-.

;THIS WILL ENABLE INTERRUPTS.
FOR 11/23
;THIS WILL ALLOW ACKNOWLEDGMENT OF INTERRUPTS
SLEVEL 4-7.

4%
L4 023172

#PRIOO

($BSUB

.WORD

MOV

40
'A

TRAP
TRAP

sCLEAR TRANSMIT INTERRUPT FLAG.
:# OF START OF MESSAGES.

023152 012746 000003

38 023164
023164
023170

A RECEIVE OVERRUN.
THIS SUBTEST WILL ENSURE THAT
WHEN RECEIVE STATUS IS AVAILABLE. THE RECEIVER OVERRUN

ABORT IS RECEIVED.

29 023112
023112
30
31 023112
023112
023112
32 023114
33 023120
023120

RECEIVER OVERRUN
THIS SUBTEST WILL TRANSMIT DATA CORRECTLY.
THE
RECEIVER AFTER BECOMING ACTIVE WILL NOT SERVICE
THE RECEIVE BUFFER CORRECTLY.
THIS SHOULD RESULT

IS SET.

CHECK WILL BE MADE THAT THE RECEIVER GETS THE DATA

[

24
25

THIS SUBTEST WILL TRANSMIT A DATA MESSAGE THAT IS

ENDED WITH A TEOM (TRANSMIT END OF MESSAGE).

18
19

REOM (RECEIVE END OF MESSAGE)

10
11

000130

157072

BIS

FIXIE'TXENA'MM,3TXCSR ;ENABLE THE TRANSMITTER AND SELECT

CVOPVBO DPV11 FUNC DIAG MACRO v03.01 23-0CT-80 08:56:53 PAGE 66-1

TEST 9 - RECEIVER STATUS

45
29 023200

052777

48 023206
49 023210

005003

023224
023226
023230
023232

104455
000037
014062
006700

50 023210
51 023216
52 023220
53 023222
54 023224

032777
001007
005303
001372

55 023234
56 023236
57 023236
58 023240

000444

59 023240
60 023246
61 023250
62 023256
63 023264

64 023266
65 023266
66 023270
67 023272

023272
023274
023276
023300

68 023302
69 023304
70 023304
71 023312

72 023314

032777
001407
017737
032737
001007

032777
001405

032777
001404

28 023344

006700

157020

157014
001000

002400
002400
15%:

002000

156754

20%:

BIS

#RXENA,QRXCSR

CLR

;INITIALIZE THE COUNTER

BIT
BNE
DEC
BNE
ERRDF

#RXACT,BRXCSR
10§
R>
5%
31,EMG12,ERRG2

;IS THE RECEIVER ACTIVE?
:BR IF YES
;DECREMENT THE COUNTER

45%

CLR

BIT
BEQ
MoV
BIT
BNE

#RSTARY!RDATRY,3RXCSR
;IS DATA OR STATUS READY?
15%
:BR IF NOT
aRDSR,RSAVE
;SAVE THE CHARACTER
#REOM,RSAVE
;WAS THE RECEIVE END OF MESSAGE RECEIVED?
20%

DEC
BNE
ERRDF

R3
12%
32,EMG17,ERRG2

45%

BIT
BEQ

#RSTARY,aRXCSR
25%

ERRDF

004000

156732

25%:

104455
000042
014031

TRAP
.WORD
.WORD
.WORD
;INITIALIZE THE COUNTER.

;DECREMENT THE COUNTER

45%

BIT
BEQ
ERRDF

#RXACT,3RXCSR
45%
34 ,EMG11,ERRGZ

TRAP
.WORD
.WORD
.WORD

CSERDF
32
EMG17
ERRGZ2

TRAP
.WORD

CSERDF
33

;IS THE STATUS DROPPED?

33,EMG18,ERRGZ

CSERDF
31
EMG1?2
ERRGZ2

.WORD
.WORD

EMG18
ERRGZ2

TRAP
.WORD
.WORD

CSERDF
34
EMG1]

TRAP

CSESUB

;IS THE RECEIVER INACTIVE?
:BR IF YES

.WORD

ERRGZ?

45%:

gg 023346

ENDSUB

81 023346

83 023350

002200

128:

014405
006700

75 023326
76 023334
77 023336

82 023346

10$:

000421

000410

023346

5%:

104455
000040
014345
006700

73 023324

023336
023340
023342

157050

005303
001363

104455
000041

74 023326

004000

157060

005003

023314
023316

023320
023322

000020

;MAINTENANCE MODE LOOPBACK.
;ENABLE THE RECEIVER

104403
BGNSUB

L10061:

[

CVOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 66-2

TEST 9 - RECEIVER STATUS

023350

104402

023356
86 023360

104410
000536

87 023362
gg 023366

005037
012737

002424
000001

012746
012746
013746
012746
104437
062706

000200
017232
002264
000003

012700
104441

000000

84 023352
85 023356

90 023374

023374
023400
023404
023410
023414
023416
91 023422
023422
023426
92

002414

000010

CALL
ESCAPE

SRESET
TST

;RESET THE DPV
;IF ERROR, EXIT THE TEST

CLR
MOV

TFLAG
#1,START

:CLEAR TRANSMIT INTERRUPT FLAG.
:# OF START OF MESSAGES.

SETVEC

XMTVEC,#XINT,#PRIOG

SETPRI

#PRI10O

93
94

TRAP

(sBSuB

TRAP
.WORD

CSESCAPE
L10060-.

MOV
#PR104,~(SP)
MOV
#XINT,=(SP)
MOV
XMTVEC ,-(SP)
#3,-(SP)
MOV
TRAP
CSSVEC
ADD
#10,SP
:SET PROCESSOR PRIORITY. FOR LSI 11/03
MOV
#PR100,RO
TRAP
C$SPRI
:THIS WILL ENABLE INTERRUPTS. FOR 11/23
:THIS WILL ALLOW ACKNOWLEDGMENT OF INTERRUPTS
;LEVEL 4-7.

;SET UP INTERRUPT VECTOR

32
97 023430
98
188 023436

052777

000130

156634

BIS

052777

000020

156622

BIS

STXIE'TXENA'MM,aTXCSR ;ENABLE THE TRANSMITTER AND SELECT
;MAINTENANCE MODE LOOPBACK.
#RXENA,3RXCSR
;ENABLE THE RECEIVER

101 023444
102 023446
103 023446
104 023454
105 023456
106 023460
107 023462

005003

CLR

;INITIALIZE THE COUNTER

BIT
BNE
DEC

#RXACT,3RXCSR
108
R3

;IS THE RECEIVER ACTIVE?
:BR IF YES
:DECREMENT THE COUNTER

108 023472

000464

023462
023464
023466
023470

109 023474

032777
001007
005303

112 023476
113 023504
114 023506
}}2 023510

032777
001007
005303
001372

023512
023514
023516

023520

}}g 023522
120 023524

BNE
ERRDF

104455
000043
014062
006700
005003

117 023512

156612

001372

110 023474

111 023476

004000

5$:

10%:

002000

156562

12%:

104455
000044
013462

006700

000450
208:

5%
35,EMG12,ERRG2

$5%

CLR

sINSTIALIZE THE COUNTER.

BIT
BNE
DEC
BNE

#RSTARY,3RXCSR
208
R3
12%

;IS THE STATUS READY?

;DECREMENT THE COUNTER

ERRDF

36,EMGY,ERRG2

;TIME OUT

55%

TRAP
.MORD
.WORD
.WORD

CSERDF
35
EMG12
ERRG2

TRAP
.WORD
WORD

CSERDF
36
EMGY

.WORD

ERRG?

CVOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 66-3

N 10

= RECEIVER STATUS

TEST

032777
001005

125
126 023546
127
128 023546
129 023554

D
D
d
d e
D
—

023604
023604

104455
000045
014434
006700
000437

032777
001405

BIT

156536

BNE
ERRDF

40$:

002000

156512

1046455
000046

014405
006700
000426
032777
001007
005303
001372

002000

156470

42%:

023606
023610
023612
023614

023616
023616

042777

000020

156442

032777
001404

002000

156434

40%

37.EMG19,ERRG?

55%

BIT
BEQ
ERRDF

#RSTARY ,aRXCSR

42%
38,EMG18,ERRGZ

;WAS THE RECEIVE OVERRUN RECEIVED?

;1F YES OK.

TRAP

.WORD
.WORD
.WORD

ERRG2

;IF YES OK

55%

BIT
BNE
DEC
BNE

#RSTARY ,aRXCSR
47%
R3

;IS THE STATUS READY?

ERRDF

39,EMG1,ERRG2

;TIME OUT

42%

CSERDF
37
EMG19

;WAS THE STATUS CLEARED

104455

000047
013462
006700
000413

#ROVER ,aRDSR

TRAP

.WORD
.WORD
.WORD

CSERDF
38
EMG18
ERRGZ

TRAP

CSERDF

;DECREMENT THE COUNTER

.WORD
.WORD
.WORD

55%

BIC

#RXENA,aRXCSR

;DISABLE THE RECEIVER.

BIT
BEQ

#RSTARY ,aRXCSR
5%

;IS THE STATUS DROPPED?

ERRDF

40,EMG18,ERRG?

EMG1
ERRG2

(V. FV]
N

e
e

(S AV V.1V]

—

VAV
S~
—O 0

—

D e

b e

Pl 2P 2 WV
aE 2 WN
2R 2k -O
ob IV
CONO
O

AN NN NN N NN
CONO
WIS NN —

130 023556
023556
023560
023562
023564
023566
023570
023570
023576
023600
023602

004000

023624
023632
023634
023634
023634
023636
023640
023642
023644
023644
023644
023644

023646
023646
023646
156 023650
157 023654

47%:

50$:

104455
000050

014405
006700

55%:
ENDSUB

L10062:

104403

BGNSUB

104402

19.3:
CALL

ESCAPE

$RESET
ST

:RESET THE DPV

;1F ERROR, EXIT THE TEST

CSERDF

TRAP
.WORD
.WORD

.WORD

EMG18
ERRG2

TRAP

($ESUB

TRAP

csBsus

[CVDPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 66-4

B 1

TEST 9 -~ RECEIVER STATUS

023654
023656
158 023660
159 023664
160 023672
161
162 023700

023726
023732

104410

000240
005037
012737
012737

002424
000001
000001

012746
012746
013746
012746
104437
062706

000200
017232
002264
000003

012700

000000

104441

CLR

002414
002316

000010

TFLAG

;CLEAR TRANSMIT INTERRUPT FLAG.

Mov
MOV

#1,STARY
#1,ABORT

SETVEC

XMTVEC,#XINT ,#PR]I04

SETPRI

TRAP

CSESCAPE
L10069-.

Mov
Mov
Mov
MOV
TRAP
ADD

#PRI04,-(SP)
#XINT,=(SP)
XMTVEC,-(SP)
#3,-(SP)

.WORD

;& OF START OF MESSAGES.
;SEND AN ABORT

#PRI00

;SET PROCESSOR PRIORITY.

FOR LS#011/03
v

TRAP

CSSVEC

#0,sP
#FPR100,RO

C$SPRI

;THIS WILL ENABLE INTERRUPTS.
FOR 11/23
;THIS WILL ALLOW ACKNOWLEDGMENT OF INTERRUPTS

JLEVEL &-7.
;SET UP INTERRUPT VECTOR
156330

BIS

#TXIE'TXENA!MM QTXCSR ;ENABLE THE TRANSMITTER AND SELECT

023742

052777

000020

156316

BIS

#FRXENA,@RXCSR

:MAINTENANCE MODE LOOPBACK.
;ENABLE THE RECEIVER

023750
023752
023752
023760
023762
023764
023766
023766
023770
023772
023774
023776
024000

005003

CLR

;INITIALIZE THE COUNTER

BIT
BNE

#RXACT,aRXCSR
10%

;IS THE RECEIVER ACTIVE?
;BR [F YES

024022

032777
001007
005303
001372

004000

156306

5%:

Dc(
BNE
ERRDF

1046455

000051
014062
006700
000444

108:

005003

032777
001016
032777
001403

002000

156256

000200

156246

12%:

:DECREMENT THE COUNTER

41,EMG12 ERRG?

TRAP

.WORD
.WORD
.WORD

45%

CLR

INITIALIZE THE COUNTER.

BIT

gggTARY,aRXCSR

;1S THE STATUS READY?

BNE
BIT
BEQ
SDELAY

#ROATRY ,aRXCSR
15%

s
b
-

024030
024030
024032
024034
024034
024036

004737
000005

005303
001363
104455
000052

JSR

006604

15%:

DEC
BNE
ERRDF

PC,SDLAY

.WORD

EMG12

ERRGZ2

;DELAY .5 MSEC.
seanenate

024022
024026

CSERDF

MACRO

EXPANSION

sreentes

sCALL DELAY SUBROUTINE
:NUMBER OF DELAY LOOPS

RN AR RANRNAAAANAEORRNROTRS

?3‘

;DECREMENT THE COUNTER

42,EMGY ERRG2

;TIME OUT

TRAP

.WORD

[aS1
4

AN
S8

[el=lolelala)

SNNSNSNSNNNN

O 00OV

@Q@Og@@@@
WwWhN—=0O
o ~NO
W

b
b
D
i
i
md
e
e
—

[ol=lel=lw]=]
N = 2000
ONONINO

000130

052777

b
d D ek D
b

169 023734

ERDF

CVOPVBO 0PV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 66-5

TEST 9 -~ RECEIVER STATUS

024040

024042

193 024044
194
195 024046
196
197 024046

013462
006700
000421

[aS 1,

13
14

024116
024116

45%

BIT
BNE
ERRDF

#RABORT,aRDSR

EMG1

TRAP

CSERDF
63

ERRG2

20%:

032777
001005

002000

156214

104455

024064
200 024066
201 024070
202 024070
203 024076
204
205 024100
024100
024102
024104
024106
206 024110
207 024110
208 024114
024114
024114
09
2
2 10
2 1"
2 12 024116

B8R

.WORD
.WORD

000053
014465
006700
000410
032777
001404

002000

104455
000054
014405
006700

005037

002316

156170

40$:

45%:
ENDSUB

104403

ENDTST

104401

40%
43,EMG20 ,ERRG2

45%

BIT
BEQ

45%

ERRDF

44 ,EMG18,ERRGZ

CLR

#RSTARY ,3RXCSR

ABORT

;wA> THF RECEIVE ABORT RECEIVED?
;iF YES OK.
.WORD
.WORD
.WORD

EMG20
ERRG2

;1S THE STATUS DROPPED?

TRAP

;CLEAR THE

CSERDF

.WORD
.WORD
.WORD

TRAP

($ESUB

TRAP

CSETST

EMG18
ERRG2

ABORT FLAG.

L10063:

L10060:

CVDOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 67

0D 1

EST 10 - RECEIVE STATUS INTERRUPT

52>

LSBTTL

*T ®

b
b
b
—

S NN =2O 0

NONONININ)
—

oo~

OWVES

W00
NI NN —

TEST 10 - RECEIVE STATUS INTERRUPT

e e

R e e

R R R R R R R

R R R R R

TEST 10 - DpPV-11

THIS TEST WILL ENSURE THAT INTERRUPTS MAY BE GENERATED WHEN
RECEIVE STATUS IS AVAILABLE. EACH OF THE FOLLOWING SUBTESTS
WILL GENERATE THE STATUS AS FOLLOWS:
SUBTEST 1 SUBTEST 2 SUBTEST 3 -

REOM
RECEIVER OVERRUN
RECEIVER ABORT

;'ltQ'Q'.".""""""""0""""""".""""'.""""""""

BGNTST

026120
024120
024120
024120
024120
024122
024126
024126
024130
024132
024136
024142
024146

024154
024154
024160
024164
024170
024174

024176
25 024202
024202
024206
024212
024216
024222
024224
026230
024230
024234

110::

BGNSUB

104402

CALL

ESCAPE

104410

001102
005037
005037
005037
012737

002376
002424
002360
000001

012746
012746
013746
012746

000200
017232
002264
000003

062706

000010

012746
012746
013746
012746

000200
016602
002262

062706

000010

012700

000000

106437

104437

1064661

110.1:

002614

$RESET

TST

:RESET THE DPV

:IF ERROR, EXIT THE TEST

RFLAG
TFLAG
MCFLAG

SETVEC

XMTVEC,#XINT, #PRI04

MOV

SETVEC

#1,STARY

TRAP

:CLEAR RECEIVE INTERRUPT
:CLEAR TRANSMIT INTERRUPT FLAG.
:CLEAR MODEM CONTROL FLAG.

CLR
(LR
CLR

TRAP

052777

L10064~.

L {0)']
MOV
MOV
MOV
TRAP

ADD

#PR104,=-(SP)
#XINT,-(SP)
XMTVEC,~-(SP)
#3,-(SP)
CSSVEC
#10,SP

MoV
Mov
MOV

#PR104,-(SP)
#RINT ,=-(SP)
RCVEC,-(SP)

TRAP
ADD

CS$SVEC
#10,SP

:# OF START OF MESSAGES.

RCVEC,#RINT, #PRIOS

MOV

020003

SETPRI

#PRIOO

:SET PROCESSOR PRIORITY.

FOR LSI 11/03

:THIS WILL ENABLE INTERRUPTS.

024244

052777

024252
7 024254
38 024254

005003

032777

000130
000120

004000

(SESCAPE

.WORD

MOV

TRAP

FOR 11/23

:THIS wIlL ALLOW ACKNOWLEDGMENT OF
(LEVEL 4-7.
;SET UP INTERRUPT VECTOR
024236

($8sSUB

156026
156014

156004

#IXIE' TXENA'MM, QTXCSR ;ENABLE THE TRANSMITTER AND SELECT

BIS

FRXITEN'RXENA,SRXCSR

CLR

;INITIALIZE THE COUNTER

BIT

#RXACT,aRXCSR

;1S THE RECEIVER ACTIVE?

ENABLE THE RECEIVER

#PR100,RO
CS$SPRI

INTERRUPTS

BIS

;MAINTENANCE MODE LOOPBACK.

#3.,-(SP)

CVOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 67-1
10 - PECEIVE STATUS

39 024262

001907
005303
001372

024270
024272
024274
024276

1046455

40
024264
41 024266
42 024270
o

TEST

43 024300
44 026302
45 024302
46 024304
47 024304
48 024312
49 024314
50 024316
51 024320
024320

024322
024324
024326
52 024330
53
54 024332
55 024332
56 024340
57 024342
024342
024344
024346
024350
58 024352
59 024352
60 024360
61 024362
024362
024364
024366
024370
62 024372
o3 024372
024372
024376
64
65 024400

024400
024404
66 024406
024406
024412
67
68 024414
024414
024414
69

70 024416

024416

INTERRUPTY

000055
014062
006700
000434

10$:

005003
032737
001007
005303
001372

000002

002376

12$:

001000

002400

20%:

002000

155706

40%:

106455
000060

014405
006700

012700
104441

CLR

INITIALIZE THE COUNTER,

BIT
BNE
DEC

#2 ,RFLAG

;WAS STATUS RECEIVED?

R3
12¢
46,EMG21 ,ERRG?

;DECREMENT THE COUNTER

20%

459

BIT

#REOM, RSAVE

BIT
BEQ
ERRDF

000340

002262

N13700
104436

002264

40%
47 ,EMG17 ,ERRG?

45
[MG12
ERRGS

TRAP

CSERDF

.WORD

;WAS

THE

RECEIVE

J1F YES OK.

END OF

MESSAGE

SETPR]

CLRVEC

#RSTARY ,aRXCSR

45¢
48 ,EMG18,ERRG?

#PR107

RCVEC

XMTVEC

TRAP

104403

BGNSUB

CSERDF

47
EMG17
ERRGZ2

:SET PROCESSOR PRI 10 7

;RESTORE

THE

48
EMGI8
ERRG?

MOV

#PR1N7,RO

MOV

RCVEC,RO

MOV

XMTIVEC,RO

TRAP

($ESuB

TRAP

: (DISABLE INTERRUPT)

INTERRUPT VECTOR.

;RESORE

THE

VECTOR.

L10065:

110.2:

CSERDF

.WORD
LWORD
.WORD

TRAP

ENDSUB

ERRGZ2

HE STATUS DROPPED?

TRAP

CLRVEC

46
EMG21

RECEIVED?

TRAP

;1S

CSERDF

LWORD
.WORD
.WORD

45%:

013700
104436

459

BNE
ERRDF

104455

000057
014345
006700
032777
001404

TRAP

.WORD
.WORD

000056
0146514
006700
000420

001004

LEMG12 ,ERRG?

BNE
ERRDF

104455

032737

;BR IF YES
:DECREMENT THE COUNTER

BNE
DEC
BNE
ERRDF

CS$SPRI

CSCVEC
(scvec

CVvOPV30 DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 03:56:53 PAGE 67-2

TEST

10 - RECEIVE

024416

71 024420

72 024424

STATUS

104402

024424
- 024426

104410
000604

74 024430

005037

76 024440

005037

75 024434

77 024444
;g 024452

80 024460

INTERRUPTY

CALL

002376
002424

012737
012737

000001
000001

002360

:1F ERRCR, EXIT THE TEST

(LR

RFLAG

:CLEAR RECEIVE

CLR

MCFLAG

:CLEAR MCDEM (ONTROL FLAG.

SETVEC

XMTVEC,#XINT #PRI0G

SETVEC

RCVEC,#RINT #PRIO4

SETPR]

#PRI0O

CLR

002414
002370

:RESET THE DPV

T1S7

ESCAPE

005037

$RESET

[ [0]"
MOV

TFLAG

#1,STARY
#1,0VER

TRAP

(sasus

TRAP
LWORD

CSESCAPE
L100664-.

MoV
MOV
MOV
MOV
TRAP
ADD

#PR104,-(SP)
#XINT,=(SP)
XMTVEC ,=-(SP)
#3,-(SP)
CSSVEC
#0,sP

INTERRUPT
:CLEAR TRANSMIT INTERRUPT FLAG.

:# OF START OF MESSAGES.
;FLAG TO CREATE RECEIVE OVERRUN.

024460
024464
024470
024474
024500
024502

012746
0127646
013746
012746
104437
062706

000200
017232
002264
000003

024506
024512
024516
024522
024526
024530
82 024534
024534
024540
83
84
85
g?

012746
012746
013746
012746
10443/
062706

000200
016602
002262
000003

012/00
104441

000000

88 024542

052777

000130

155522

61S

SUXIE'TXENA'MM, 3TXCSR ;ENABLE THE TRANSMITTER AND SELECT

052777

000120

155510

8IS

#RYXITEN'RXENA,SBRXCSR

CLR

;INITIALIZE THE COUNTER

BIT
BNE

#RXACT ,@RXCSR
108

;1S THE RECEIVER ACT]VE?
:BR IF YES

BNE
ERRDF

5%
49,EMG12 ,ERRG?

81 024506

89
8? 024550

005003

94 024560
95 024566

032777
001007

97 024572
98 024574

(01372

96 024570

024574
024576
024600
0264602

99 024604

100 024606

101 024606

102 024610
03 0264610
8& 024616

5 024620
06 024622

000010

;SET PROCESSOR PRIORITY.

#PRI04,-(SP)
MOV
#RINT,=(SP)
MOV
RCVEC,=(SP)
MOV
#3,-(SP)
MoV
TRAP
CSSVEC
#0,SP
ADD
FCR LSI 11/03

;THIS WILL ENABLE INTERRUPTS.

#PRI0OO,RO
MoV
TRAP
C$SPRI
FOR 11/23

;THIS WILL ALLOW ACKNOWLEDGMENT OF INTERRUPTS
JLEVEL &4-7.
;SET UP INTERRUPT VECTOR

Q2 024556

93 024560

000010

004000

155500

5%:

DEC

005303

104455
000061
014062
00670C
000434

10%:

005003

032737

001007

005303
001372

000002

002376

12%:

rR3

JMAINTENANCE MODE LOOPBACK.
;ENABLE THE RECEIVER

:DECREMENT THE COUNTER

TRAP
.MWORD
.WORD
.WORD

45%

(LR

JINITIALIZE THE COUNTER.

8IT

SS&“'L‘G

;WAS STATUS RECEIVED?

DEC
BNE

R3
1%

;DECREMENT THE COUNTER

BNE

CSERDF
49
EMG12
ERRG/?

(vOPVB0 0PV11 FUNC DIAG MACRO v03.01 28-0CT1-80 08:56:53 PAGE 67-3

TESY

10 - RECEIVE

[+ "R NTe JV ]

- ok
— o

-l pad oD ond

—

il wid e

BN
— O O 00

107 024624

024624
024626
024630
024632
024634

STATUS

INTERRUPT

ERRDF

1046455
000062
014514

024702

¢ 024704
024704
024710
024712
024712
024716
024720
024724
024724
024724

024726
024726
024726
024730

50,EMG21 ,ERRGY

TRAP

.WORD

006700
000420

45%

BIT

#ROVER ,RSAVE

ERRDF

51,EMG19,ERRG?

.WORD
.WCRD

CSERDF
50
EMG2!
ERRG?

20%:

024636
024636
024644
024646
024646
024650
024652
024654
024656
024656
024664
024666
024666
024670
024672
024674
024676
024676
024676

032737
001C04

004000

002400

BNE

104455

002000

155402

6«0%:

104455

1064401

013700
104436

BIT
StQ
ERRDF

45%:

YES OK.

TRAP

#RSTARY ,3RXCSR

45%

002262
002264

005037

002370

CSERDF
51

EMG19
ERRG?

;1S THE STATUS DROPPED’

52.EMG18 ,ERRG?

TRAP

#PRIC7

;SET PROCESSOR PRI TO 7

CLRVEC

RCVEC

;(DISABLE INTERRUPT)
JRESTORE THE INTERRUPT VECTOR.

CLRVEC

XMTVEC

CLR

OVER

SETPRI

000340

013700

104436

JIF

.WORD
.WORD
.WORD

000064
014405
006700

012700

;WAS THE RECEIVE OVERRUN RECEIVED?

.WORD
.WORD
.WCRD

000063
014434
006700
032777
001404

40%

CSERDF
52

EMG18
ERRG?

MOV
TRAP

#PR107 RO

MOV
TRAP

RCVEC,RO

MOV
TRAP

XMTVEC ,RO
($CVEC

TRAP

($ESuB

TRAP

($8suB

TRAP

CSESCAPE
L10064~.

;CLEAR OVERRUN FLAG.

($SPRI

C(SCVEC

ENDSUB

104403

BGNSUB
104402

024734
024734
024736

000274

024740
024744
024750
024756
024762

005037
005037
005037
012737
012737

CALL
tE SCAPE

104410

SRESET
TSt

;RESET THE DPV

;1F ERROR, EXIT THE TEST

.WORD

002376
002424
002360
000001
000001

002414
002316

(LR
(LR
(LR

MOV
MOV

RFLAG
TELAG
MCFLAG
#1,START
#1 ABORT

;CLEAR RECEIVE INTERRUPT
:CLEAR TRANSMIT INTERRUPT FLAG.
:CLEAR MODEM CONTROL FLAG.
;# OF

START OF

MESSAGES.

.FLAG TO SEND ABORT

C(vOPVBO DPV1I1 FUNC DIAG MACRD vO03.01 28-0CT-80 08:56:53 PAGE 67-4

TEST

10 = RECEIVE

STATUS INTERRUPT

140 024770

024774
025000
025004
025010
025012
141 025016

143
144
145

SETVEC

000200
017232
002264
000003

024770

025016
025022
025026
025032
025036
025040
142 025044
025044
025050

H 1

012700

000000

1044660

SETVEC

RCVEC,#RINT #PRI04

[« EFTe JV.F JV T NP Y o) Voo~

ek
el
b —
e
e
il
ol
el
el
—

MoV

#3,-(SP)

ADD

#10,5P

MOV

#PR104,=(SP)

MoV

SETPR]

#PR100

;SET PROCESSOR PRIORITY,

XMTVEC,-(SP)

CSSVEC

#RINT,=(SP)

RCVEC,-(S5P)

mov

#3,-(SP)

ADD

#10,SP

TRAP

($SPRI

TRAP

CSSVEC

FOR LSI 11/03
#PRI00,RO
MOV

;THIS WILL ENABLE INTERRUPTS.

FOR 11/23

cTHIS WILL ALLOW ACKNOWLEDGMENT Of INTERRUPTS
JLEVEL 4-7,
;SET UP INTERRUPT VECTOR

146
ol o
[V IV TV IV IV IV IV, IV YV ) Pl

#PRI04,=(SP)
#XINT ,=(SP)

TRAP

000200
016602
002262
000003

000010

MOV
MoV
MOV

000010

062706

XMTIVEC,#XINT #PR]OG

G2505¢2

025060

052777
052777

009130
000120

155212
155200

005003
032777
001007
005303
001372

004000

155170

59%:

108:

005003

032737
001007
005303
001372

000002

002376

1046455

025140
025142
025144

025146
025146
025154
025156
025156

000066
014514
006700
000421

032737
001005
104455

002000

002400

STXIE ' TXENA'MM QTXCSR ;ENABLE THE TRANSMITTER AND SELECT

BIS

SRXITEN!RXENA SRXCSR

(LR

JINITIALIZE THE

8IT

#RXACT,@RXCSR
10%

;1S
:BR

BNE
DEC
BNE
ERRDF

104455

000065
014062
006700
000435

8IS

12%:

;MAINTENANCE MODE

ENABLE

COUNTER

THE RECEIVER ACTIVE?
[F YES

:DECREMENT

THE

COUNTER

ST.EMG12,ERRG?

TRAP

45%

CLR

JINITIALIZE

8117

ggianAo

;WAS STATUS RECEIVED?

BNE
DEC
BNE
ERRDF

?3‘

659

BIT

SRABORT ,RSAVE
40%

55.EMG20,ERRG?

CSERDF

.MWORD
.WORD
.WORD

53
EMGY?
ERRG?

TRAP

($ERDF

THE COUNTER.

:DECREMENT THE COUNTER

54 ,EMG21 ,ERRG?

B8R

BNE
ERRDF

LOOPBACK.

THE RECEIVER

;WAS THE RECEIVE
J1F

YES Ok,

.WORD
.WORD
.WORD

54
EMG2)
ERRG?

TRAP

(SERDE

ABORT RECEIVED?

VOPVBO 0Pv11 FUNC DIAG MACRO v03.01

N~
D00 ~NO

SN
S
S
S

SNSNNSNNN

10 - RECEIVE

TEST

025160
025162
025164
025166
025170
025170
025176
025200
025200
025202

025206

STATUS

000067
014465
006700
00C410

032777
001404

00C070
014405
006700

104441

013700

025230
025230

188
189
190 025232
191
192
193
194
195
196
197

025232
025232

002000

15507C

40%:

I N

SRSTARY ,QRX(SR

BEQ

45%

ERRDF

56 ,EMG18,ERRG?

104436
005037

SETPR]

@&PRIOQ7

000340

002262

002316

.WORD
.WORD
.WORD

55
EMG20
ERRG?

TRAC

(SERDF
56

;1S THE STATUS DROPPED®

104455

012700

184
185
186
187 025230

INTERRUPY

28-0rT-80 08:56:53 PAGE 67-9

;StT PROCESSOR PRI 10 7

CLRVEC

RCVEC

;(DISABLE INTERRUPT)
;RESTORE THE [NTERRLPT VECTOR,

(LR

ABOR?Y

JCLEAR TME

.WORD
.WORD
.WORD

EmG18
ERRG2

MOV

#PR107,R0

MOV
TRAP

RCVEC,RO
($CJEC

TRAP

ABORT FLAG,

($SPR]

ENDSUB

" 1RAP

104403

ENDTST
1044601

L1006«

TRAP

($ESUB

(st "s?

(vDPVBO 0PV11 FUNC DIAG MACRO v03.01

el ek
—
e

WS W

—
s

OO0 ~NO

b e

N—=O000
~NO NN —

—

TesT

- RECEIVE

AND

TRANSMIT

28-0CT-80 08:56:53 PAGE 68

[KTERRUPT

LSBTTL
N

TEST 11 ~ RECEIVE AND TRANSHIT INTERRUPT

Tttt

P e

ettt eeeteteeeeeeeeeeeeeeeeeeeteeeeeseeee

TEST 11 - DPV-1
L] RECEIVE AND TRANSMIT INTERKRUPT

;* TRANSMIT AND RECEIVE DATA USING INTERRUPT ROUTINES. TMIS TEST
;¢ WILL TRANSMIT & DATA CHARACTERS. AFTER ENSURING THAT A TRANSMIT

. ® INTERRUPT WAS COMPLETED, THME TEST WILL CHECK TO MAKE SURE THAT AT
. LEAST RECEIVE INTERRUPT WAS GENERATED.
X

025234
025234
025234
025240

025240
025242
025244
025250
025254
025260

104410
000234
005037

XXX 2

)
00c424

002376
002360

025260
025264
025270
025274
025300
025302

012746
012746
013746
012746
104437
062706

000200
016602
002262
000003

025306
025312
025316

012746
012746
013746

000200
017232
002264

025326
025330
025334
025334
025340

104437
062706

025322

XXX2 222X X2ZXX2X22222X2XX22XX222X222232XR2ZX2RX2ZR0ARRARRRRARRR
RN 2]

BGNTST

005037
005037

20 025306

012746

012700
1064461

000010

T
CALL
ESCAPE

SRESET
T1S7

CLR
CLR
CLR
SETVEC

TFLAG
;CLEAR THE FLAGS USED [N THE
RFLAG
MCFLAG
:CLEAR MODEM CONTROL FLAG.
RCVEC,#RINT, #PRI04

SETVEC

XMTVEC,#XINT #PRI0&

000003

;RESET THE DPV
:1F ERROR, EXIT THE TEST

TRAP
LWORD
[SRS.

MoV
MoV
MOV
MOV
TRAP
ADD

#PR104,-(SP)
#RINT,-(SP)
RCVEC,=-(SP)
#3,-(SP)
CSSVEC
#10,5P

MOV
MOV
MOV

#PRI0L
- (SP)
#XINT,=(SP)
XMTVEC,-(SP)

[ (0]

000010

SETPR]

0000G0

#PRI0O

JLEVEL 4-7.
SET UP INTERRUPT VECTOR

#3,-(SP)

TRAP
CSSVEC
ADD
#no,sp
:SET PROCESSOR PRIORITY, FfOR LSI 11/03
MOV
#PR100,RO
TRAP
C$SPRI
;THIS WILL ENABLE INTERRUPTS. FOR 11/23
;THIS WILL ALLOW ACKNOWLEDGMENT OF

28 025342
29 025350
30 025356
3
32 025364
33
34 025372
35 025374
36 025374
37 025602
38 025404
39 025406

(SESCAPE
L10070-.

INTERRUPTS

012777
012737
012777

043652
000002
000120

154720
002414
154702

MOV
MOV
MOV

012777

000130

154700

MOV

#63652,3PCSAR
;SET BCP MODE, NO ERROR AND SYNCH C(HARA(TER.
#2,START
:# OF STARTS TO SEND.
#RXITEN'RXENA,QRXCSR ;ENABLE THE RECEIVER AND SET
;SET INTERRUPT ENABLE.
FTXIE'TXENA'MM,STXCSR :ENABLE THE TRANSMITTER AND INT,

CLR

CMP
8EQ
DEC
BNE

#4 ,DATA
20%
R
10%

005001

022737
001412
005301
001372

000004

002326

10%:

SELECT THE MAINTENANCE LOOPBACK.
;LOOP COUNTER

;ARE THE & DATA (HARACTERS RECEIVED?
;IF YES = CHECK RECEIVE INTERRUPT,
;DECREMENT COUNTER

DPV11 FUNT DIAG MACRO v03.01 28-0071-80 08:56:53 PAGE 68-1
= RECEIVE AND TRANSMIT

025410
025614
025416
025416
025420
025422
025424
025426

025430
025430
025436
025440
0256440
025442
025444
025446
025450
025450
025454
025454
025460
025462
025462
025466
025470
025470
025474

025476
025476
025476

005737
001005

INTERRUPT

0026424

1ST
BNE
ERRDF

104455

000071
013723
006700
000410

032737
01004

000001

K 11

002376

57 .EMG9,ERRG?

308

BIT

#1,RFLAG

BNE
ERRDF

104455
000072

TFLAG

20%

30%
58,EMG15,ERRGZ2

:WERE

;1F

ANY XMIT

INTERRUPTS RECEIVED

YES, KEEP (HECKING

TRAP

.WORD
.WORD
.WORD

;WAS ANY DATA RECEIVED?

JIF

YES - OK.

TRAP

.WORD
.WORD
.WORD

014243
006700
30%:
012700
104441

000340

013790

002262

013700

002264

104436
104436

ENDTST
104401

CALL
SETPR]

$RESET

#PRI107

CSERDF
57
EMGY
ERRG?

CSERDF
58

EMG15
ERRG2

sRESET THE DPV

;SET THE PROCESSOR PRI 10 7

CLRVEC

RCVEC

;(THIS WILL DISABLE INTERRUPTS)
;RESTORE THE RECV. VECTOR

CLRVEC

XMTVEC

:RESTORE

THE XMIT.

VECTOR

L10070:

MOV
TRAP

#PR107,RO

MOV
TRAP

RCVEC,RO
CSCVEC

MOV
TRAP

XMTVEC,RO
CSCVEC

TRAP

CSETST

C$SPRI

CVOPVBO DPVI1 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 70
WSWN=2OV
NN WIN —

12 - MODEM STATUS

TEST 12 - MODEM STATUS

.SBTTL
A

XZ222222 2222222222202
022222022200 R0
R
R0 RRRRRR Rl d)

;* MODEM STATUS

TEST 12 - DPV-1

;* IF A PROPER TURNAROUND (H3259 OR H3260) IS ON, THIS TEST WILL
;* CHECK THAT THE FOLLOWING MODEM SIGNALS ARE TURNED AROUND
.

]

. *

RTS

(REQUEST TO SEND)

TURNED AROUND TO CTS

8 RR
2. DTR (DATA TERMINAL READY) TURNED AROUND TO I(
TURNED AROUND TO SQ
(SELECT FREQUENCY)
3. SF

(LOCAL LOOPBACK)

TURNED AROUND TO DM

(INCOMING CALL OR RING)
(SIGNAL QUALITY)
(DATA MODE)

. %

b b

X223 X2

2222220

2220222222220 00002 0RRdRRRRiRRtRRtlRRdlll)

AN
cd b b

BGNTST
103530

OOV

5%:

104410

000252
012702
010277

000004

CALL
BCS
CALL
ESCAPE

:CHECK THE TURNAROUND.
:SKIP TEST IF NO TURNAROUND.

$RESET

;RESET THE DPV
;IF ERROR, EXIT THE TEST

40%
TST

154540

MOV
MOV

#RTS ,R2

004737
000001

006604

JSR

PC,SDLAY

032777
001445
032777
001441
012702
010277

020000

154524

010000

156514

SDELAY

T12::

$TURN

?2.8RXCSR

025534
025542
025544
025552
025554
025560
025564

000002

BIT
8EQ
BIT
BEOQ

MOV
MOV

154502

$DELAY

.WORD

004737
000001

006604

025572
€25600

032777
001426
012702
010277

040000

JSR

108

#RR,aRXCSR

10$
#DTR,R2

?Z.ORXCSR

154466

000001
154454

BIT
8EQ

MOV
MOV

SDELAY

WORD

;IS
s1F
;IS
:1F

006604

032777

000040

JSR

#1C,3RXCSR
10%

#SF R

?2.3RXCSR

154444

BIT

PC,SDLAY

.WORD

EXPANSION

tovtvenen

CTS ON?
NOT - REPORT.
RR (CD) ON
NOT - ERROR.

;SAVE DTR IN REGISTER (FOR ERROR REPORT).
;SET DTR,
:DELAY 100 MICROSECONDS

#50,3TXCSR

MACRO

EXPANSION

trtennen

;CALL DELAY SUBROUTINE
;NUMBER OF DELAY LOOPS

;"'t'tl.t".i."it'.!'t't'"'tt't

;1S RING (IC) SET?
s 1F NOT - ERROR.
;SAVE SF IN REGISTER (FOR ERROR REPORT).
;SET REMOTE LOOP/ SEC FREQ
;DELAY 100 MICROSECONDS
;enxenees

004737
000001

MACRO

;CALL DELAY SUBROUTINE
;NUMBEP OF DELAY LOOPS

:tt'tt'itttti't""fit'Qti"'t't"t

#CTS,aRXCSR

PC,SDLAY

CSESCAPE

L10071-,

;SAVE RTS IN REGISTER (FOR ERROR REPQRT).
;SET RTS
;DELAY 100 MICROSECONDS

;ueetwnens

025564
025570

TRAP

.WORD

sensennanr

(CLEAR TO SEND)

(RECEIVER READY)

[}

NN ~N
WY -

TEST

MACRO

EXPANSION

;CALL DELAY SUBROUTINE
¢NUMBER OF DELAY LOOPS

ttttenns

:l't"l"ti'itilttt'l"'tt"tt!ttt

:1S SIGNAL QUALITY SET?

CVDPVBg DP:&&EFUNC DIAG MACRO v03.01 28-0(T-80 08:56:53 PAGE 70-1

1
TEST

M STATUS

BtQ

001413
012702
010277

MOV
MOV

SDELAY

;1F NOT = ERROR.

10$
oLL,R2

qZ.SRXCSR

SSAVE LL IN REGISTER (FOR ERROR REPORT).
;SET LOCAL LOOP

:DELAY 100 MICROSECONDS
;eannaves

025646
025654

025656
025656
025656
025660
025662
025664

004737
000001

006604

032777
001004

001000

JSR

154412

104455

#0M,aRXCSR

ERRDF

59,EMG22 ,ERRG13

20%

VWA

BN NN —

VWA VIV

vetnenne

;CALL DELAY SUBROUTINE
;NUMBER OF DELAY LOOPS

:'tt'.'t.ttt"t"'t'."'t"t"'t't

;IS DATA MODE SET?

TRAP

000073
014556
010272
20$%:

0462777

000017

154372

BlC
SDELAY

025674
025700

004737
000001

006604

025702
025706
025712
025714
025720

012702

000004
154354

MoV

000002
154342

MOV

030277
001021
012702
030277
001014
012777
030277
001006
012777
030277
001404

JSR

BIT
BNE

BIT

000001
154326

154332

000010
154312

154316

BNE
MOV

BIT
BNE

MOV

30$:

1046455

000074
014556
011044

106401

40%:
ENDTST

CSERDF

59
EMG22
ERRG13

:CLEAR ALL THOSE BITS

#RTS'DTR!SF!LL,aRXCSR
1
;DELAY

100 MICRO SECONDS

sesnntenns

0D ~N O

EXPANSION

.WORD
.WORD
.WORD

025666

025666
025674

.WORD

BIT
BNE

10$:

PC,SOLAY

MACRO

PC,SDLAY

.WORD

#RTS,R2
R2,aRXCSR

30$

#DTR,R2
R2,8RXCSR

308

#SF ,SRXCSR

RZ,8RXCSR

30%

#LL,8RXCSR

8IT
BEQ

R2 ,8RXCSR
408

ERRDF

60,EMG22 ,ERRG1S

MACRO EXPANSION

tevenree

;CALL DELAY SUBROUTINE
;NUMBER OF DELAY LOOPS

:t"'tfitttt'tt'lit""t'i"i.t'ttt

; CHECK RTS.,
;IS IT SET?
;IF _YES, ERROR.
*CHECK DTR,
;1S IT SET?
:1F YES, ERROR.
' CHECK SF.
;1S 1T SET?
:1F _YES, ERROR.
*CHECK LL
;1S IT SET?
. IF NOT, OK

[
]

[
[

L[4

[
[
[
.

[

TRAP

L10071:

CSERDF

.WORD
.WORD
.WORD

60
EMGZ2?
ERRG15

TRAP

CS$ETST

CVOPVBO DPVI1 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 71

TEST 13 - MODEM STATUS INTERRUPT

FN ]
N

TR PR
I

R R R

R R XX R

RZZE2RZ2RZRAR

R RRRRRRRRRRRRRRRRRRRRRMA)

TEST 13 - DPV-

IF A PROPER TURNAROUND (H3259 OR H3260) IS ON, THIS TEST WILL CHECK

THAT THE FOLLOWING SUBTESTS WORK CORRECTLY.

SUBTEST 1 =

SUBTEST 3 =

SET DTR (DATA TERMINAL READY), LOCAL LOOP (LL), RTS (REQUEST
TO SEND) WITH ONLY RECEIVE INTERRUPT ENABLED. ENSURE THAT AN
INTERRUPT IS NOT RECEIVED.
SET DTR, LL AND RTS WITH ONLY DATA SET INTERRUPT ENABLED.
ENSURE THAT AN-INTERRUPT IS NOT RECEIVED.
SET DTR, LL AND RTS WITHOUT ANY INTERRUPTS ENABLED.
ENSURE

SUBTEST & =

SET RTS WITH RECEIVE AND DATA SET INTERRUPT ENABLED.

ENSURE

SET DTR WITH RECEIVE AND DATA SET INTERRUPT ENABLED.

ENSURE

SET LL WITH RECEIVE AND DATA SET INTERRUPT ENABLED.

ENSURE

SUBTEST 2 =

N
%
X
B
%

SUBTEST S =

SUBTEST 6 =

THAT AN INTERRUPT ]S NOT RECEIVED.
THAT AN INTERRUPT IS RECEIVED.

THAT AN INTERRUPT IS RECEIVED.

PR
PRIEIETEIEIEYTETETE

R R

MODEM STATUS INTERRUPT

TR T

d ek b
D

NN
N =2 OOV

WA = OO0 NN

122

N -

PONIA) = ccd b cd ed cd

23 025770
025770
24 025770
25 025774
26 025776
025776
026000
27 026002
28
29 026002
026002
026006
026012
026016
026022
026024
30 026030
026030
026034

TEST 13 - MODEM STATUS INTERRUPT

.S BTTL

. % 12222232

2222 22222222222

R0l

Rttt

BG NTST

1064432
000676

$TURN
19
TST

;CHECK THE TURNAROUND.
:PROCEED IF TURNAROUND.
TRAP

L10072-

000200
016602
002262
000003

012700

000000

SETVEC

RCVEC,#RINI,#PRIOG

MOV
MOV
MOV

#PR104 ,-(SP)
#RINT,-(SP)
RCVEC,=(SP)

TRAP
ADD

CSSVEC
#10,5P

MOV

000010

SETPR]

#PRIOO

:SET PROCESSOR PRIORITY.

FOR LSI 11/03

;THIS WILL ENABLE INTERRUPTS.

MOV
TRAP

FOR 11/23

:THIS WILL ALLOW ACKNOWLEDGMENT OF

JLEVEL 4-7.
:SET UP INTERRUPT VECTOR

37 026036
026036
026036
38 026040
39 026044
026044
026046
4«0 026050
2; 026054

BGNSUB
104402

104410
000630
005037
005037

CSEXIT

.WORD

1%:

012746
012746
013746
012746
104437
062706
104441

T15::

CALL
BCC
EXIT

103002

RR Rllill)

T13.1:

CALL

ESCAPE
002376
002360

(LR
CLR

$RESET

T1ST

RFLAG
MCFLAG

JRESET THE DPV

;1F ERROR, EXIT THE TEST

;CLEAR THE FLAG USED IN THE ISR
:CLEAR MODEM CONTROL FLAG.

#3,-(SP)

#PRI100,RO
C$SPRI

INTERRUPTS

TRAP
TRAP

.WORD

($BSUB
CSESCAPE

L10072~-.

CVOPVBQ DPVI1 FUNC DIAG MACRO V03.01 28-0CT-80 08:56:53 PAGE 71-1

TEST 13 - MODEM STATUS INTERRUPT
43

zg 026060

012777

000116

154200

46 026066
47 026066

10$:

;ENABLE RCV 'AT AND SET RTS, DTR AND L. LOOP

MOV

SRXITEN'LL'DTR!RTS,aRXCSR

$DELAY

JWAIT 1 MS
sreeveran

026066
026072

G 4737
000010

006604

48 026074
49 026100

005737
001404

002360

50 026102
026102
026104
026106
026110

JSR

TST
BEQ

ERRDF

104455

MCFLAG
308
61,EMG23,ERRG?

sCALL DELAY SUBROUTINE
;NUMBER OF

;WAS AN MODEM CONTROL INTERRUPT RECEIVED?

:1F NOT OK.

ENDSUB

L10073:

104403
BGNSUB
104402

113.2:

CALL
ESCAPE

61 026132

000552
005037
005037

002376
002360

64 026136

012777

000056

154122
108:

66 026144

67 026144

$RESET
TST

;RESET THE DPV
;1F ERROR, EXIT THE TEST

026144
026150

004737
000010

006604

68 026152
69 026156
70 026160
026160
026162
026164
026166

005737
001404

002360

CSERDF

TRAP
.WORD

TRAP

($ESUB

TRAP

csasuB

MCFLAG

MOV

#DSITEN!LL!RTS!DTR,3BRYCSR

SDELAY

RFLAG

JSR

1ST
BEQ

ERRDF

106455
000076

TRAP

:CLEAR THE FLAG USED IN THE ISR
:CLEAR MODEM CONTROL FLAG.

CLR
CLR

;ENABLE DS.

EMGZ23
ERRGZ2

.WORD

INT, SET RTS, DIR AND LL

MACRO

EXPANSION

teeetnvy

PC,SDLAY
10
.WORD

sCALL DELAY SUBROUTINE
;NUMBER OF DELAY LOOPS

MCFLAG

;WAS AN MODEM CONTROL INTERRUPT RECEIVED?
:1F NOT OK.

30%
62 ,EMG23 ,ERRG?

:'t't'.'."fi"'t"t'ittQ.'ii't"t'

TRAP

.WORD
.WORD
.WORD

014603
006700
30%:

CSESCAPE

L10072-.

SWAIT 1 MS
sennventes

DELAY LOOPS

:""""QQ't"""'.""li"t""

30$:

104410

72 026170

treeeees

.WORD
.WORD

}2
164

.WORD

EXPANSION

000075
014603
006700

026112
026112
026112
026112

PC,SDLAY

MACRO

CSERDF

62
EMG23
ERRG?

CVOPVBQ DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 71-2

€1

TEST 13 - MODEM STATUS INTERRUPT
74 026170

026170
026170

ENDSUB

78 026172

026172
026172

79 026174

80 026200
026200
026202
81 026204
82 026210

L10074:

104403

BGNSUB
104402

CALL
ESCAPE

104410

000474
005037
005037

7T13.3:

002376
002360

85 026214
86 026222
87 026222

012777

026222
026226

004737
000010

006604

88 026230
89 026234
90 026236
026236
026240
026242
026244

005737
001404

002360

000016

154044

10%:

SRESET

JRESET

THE

RFLAG
MCFLAG

Mov

#LL!RTS!DTR,aRXCSR

$DELAY

JSR

PC,SDLAY

BEQ
ERRDF

104455
000077
014603
006700

JWALT 1

=lele

6 026300
7 026300

CSESCAPE

L10072~-.

.WORD

MCFLAG

30%
63,EMG23 ,ERRGZ

MACRO

EXPANSION

tteneene

sCALL DELAY SUBROUTINE
;NUMBER OF DELAY LO?PS

;t".""fitit"'t'Q"'t't.'ttt'ttt

:WAS AN INTERRUPT RECEIVED?
; IF NOT OK.
TRAP

ENDSUB

L10075:

104403
RGNSUB

97 026250

026250
026250
98 026252
99 026256
026256

.WORD

CSERDF

.WORD
.WORD
.WORD

63
EMG23
ERRG?2

TRAP

(SESUB

TRAP

csssus

30$:

92 026246
94 026246
026246
026246

csBsus

;SET LOCAL LOOP, DTMR AND RTS.

;anenares

TST

TRAF

TRAP

;CLEAR THE FLAG USED IN THE ISR
;CLEAR MODEM (ONTROL FLAG.

CLR
CLR

C$ESUB

DPYV

:1F ERROR, EXIT THE TEST

TST

TRAP

104402
104410
000416

T13.4:
CALL

ESCAPE

005037
005037

002376
002360

012777

000144

153766

10%:

SRESET
ST

:RESET THE DPV

;1F ERROR, EXIT THE TEST

;CLEAR THE FLAG USED IN THE ISR
;CLEAR MODEM CONTROL FLAG.

CLR
(LK

RFLAG
MCFLAG

MOV

URXITEN!DSITEN!RTS,SRXCSR

SDELAY

;ENABLE INTERRUPTS AND SET RTS,

JWAIT 1 MS

TRAP

.WORD

CSESCAPE

L10072-.

CVOPVBG DPVIY1 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 71-3

TEST

13 - MODEM STATUS INTERRUPT

;eeeennce MACRO EXPANSION

026300
026304

004737
000010

006604

108 026306
109 026312
110 026314

005737
001015

002360

026314
026316
026320
026322

104455
000100
014661

026324
026330
026334
026336

012746
012746
010600
104414

112 026344

000410

114 026346
115 026354

022737
001404

026360
026362
026364

104455
000101
015321
000000

111 026324

026340

113 026346

116 026356
026356

}}g 026366

JSR

006700

062706

012715
000001
000004
000001

002360

sCALL DELAY SUBROUTINE
sNUMBER OF DELAY LOOPS

1871
BNE
ERRDF

MCFLAG
20s
64 ,EMG24 ,ERRG?

:WAS AN INTERRUPT RECEIVED?
:IF YES = CHECK FOR MULTIPLE

PRINTB

#FMG26

308

CMP
BEQ

#1 MCFLAG
30%

65,EMG4L0

JNERNRNANNRNARNNENNONORCCCORNROQCNICE

:REPORT MULTIPLE INTERRUPTS

L10076:

BGNSUB

026376
026400

104410
000276

125 026402
}gg 026406

005037
005037

002376
002360

128
}%g 026412

012777

000142

153646
108:

131 026420

132 026420

T13.5:
CALL
ESCAPE

SRESET
T1ST

;RESET THE DOPV
;1F ERROR, EXIT THE TEST

(LR
(LR

RFLAG
MCFLAG

;CLEAR THE FLAG USED IN THE ISR
JCLEAR MODEM CONTROL FLAG.

MOV

:ENABLE INTERRUPTS AND SET DIR.
#RXITEN'DSITEN.DTR,3RXCSR

$DELAY

004737
000010

006604

026426
134 026432

005737
001015

002360

13 3

JSR

TST
BNE

MOV
MOV
MOV
TRAP

#EMG26,-(SP)
£ ,-(SP)
SP,RO
C$PNTB

TRAP
.WORD
WORD
MORD

CSERDF
65
EMG4O
O

TRAP

(SESUB

TRAP

(sB8suB

TRAP
.MWORD

C(SESCAPE
L10072-.

;WALT 1 MS
M AZALEL L]

026420
026424

CSERDF
64
EMG24

ERRGZ2

#4,SP

:WAS ONLY 1 RECEIVED?
JIF YES - 0K

104403

104402

TRAP
LMORD
.WORD
.WORD

ADD

ENDSUB

026370
026370

INTERRUPTS.

30%:

121
122 026370

123 026372
124 026376

PC,SDLAY
LMWORD
10

ERRDF

119 026366

026366
” 026366

208:

teceenee

MACRO

EXPANSION

tterennye

PC,SDLAY
.WORD
10

;CALL DELAY SUBROUTINE
NUMBER OF DELAY LOOPS

MCFLAG
20%

;WAS AN INTERRUPT RECEIVED?
:1F YES = CHECK FOR MULTIPLE INTERRUPTS,

NC
NRANENREANLINERAALRLS
IR ANRRR
JENEA

CVOPVBO DPV11 FUNL CIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 71-4
13 - MODEM STATUS INTERRUPT

135 026434

ERRDF

026434
026436
026440
026442

104455
0001C2
016661
006700

026444
026450
026454
026456
026460
137 026464
138 026466
139 026466
140 026474
1 026476
026476
026500
026502
026504
142 026506

012746
012746
010600

012715
000001

062706
000410

000004

022737
001404

000001

136 026444

104414

PRINTB

1465

026506
026506

002360

104455

000103
015321
0032000

104402

#1 ,MCFLAG

30%
67 ,EMG40

;WAS ONLY

104410

002376
002360

026532

012777

000150

026540
026540

SRESET
187

JRESET THE DPV
;IF ERKOR, EXIT

sl
b

INTERRUPTS

RFLAG
MCFLAG

Mov

#RXITEN!DSITEN!LL ,8RXCSR

SDELAY

153526
10%:

026540
026544

004737
000010

006604

026546
026552
026554
026554
026556
026560

005737
001025

002360

026562
026564
026564

104455
000104
014661
006700

012746

012715

JSR

TST
BNE
ERRDF

PRINTB

THE

EMG24
ERRG2

NEMG26
- (SP)
,
#1,-(SP)

SP.RO
C$PNTB

00,SP

.WORD
.WORD
.WORD

CSERDF
67
EMG4O
0

TRAP

($ESUB

TRAP

(sBsus

TRAP

TEST

TRAP

;CLEAR YHE FLAG USED IN THE
sCLEAR MODEM CONTROL FLAG.

CLR
CLR

CSERDF
65

RECEIVED?

113.6:

ISR

.WORD

CSESCAPE

L10072-.

;ENABLE INTERRUPTS AND SET LL.

JWALT 1 MS
seexneees

161

;IF YES - OK
JREPORT MULTIPLE

L10077:

CALL
ESCAPE

026526

cMP
BEQ

104403

b
il
) and

308

ENDSUB

000156
005037
005037

IV TV IV IV TV IV ]

MoV

BGNSUB

148
149

) wd e

#FEMG26

30%:

147

[V IV

TRAP

.WORD
.WORD
.WORD

ERRDF

146

—d

66.,EMG24 ,ERRGS

MOV
MOV
TRAP
ADD

143
164 026506

[« JY.IV,)
O 0

TEST

E 12

PC,SDLAY

.WORD

MCFLAG

208
68 ,EMG24 ,ERRG?

#FNRG26

MACRO

EXPANSION

strseten

sCALL DELAY SUBROUTINE

;NUMBER OF DELAY LOOPS

EANNY
RR
NN EP RO
ARAN
AN RANNNRRNRN
IREE

;WAS AN INTERRUPT RECEIVED?

JIF YES = CHECK FOR MULTIPLE INTERRUPTS,
TRAP

(SERDH

.WORD
.WORD
.WORD

68
EMG24
ERRG?

MOV

#ENG26,-(SP)

INT RRUPT
TEST 13 - MODEM STATUS INTE

CVOPVBQ DPV11 FUNC DIAG MACRO V03.01
012746
010600

000001

062706

000004

012746
012746
010600

013221
000001

104414

1044614

062706
000410

000004

022737
001404

00001

'\ 77 026662

026662
026666
178 02667C
026670
026674

179
180
181 026676

026676

182

183
184

026676

#ENG29

(mp
8t0Q
ERRDF

#1 ,MCFLAG

308
69,EMG40

JREPORT MULTIPLE

INTERRUPTS

L10100:

104403

104441

013700
104436

002262

002264

ENDTST
104401

$RE

#PR

~ —

CALL
SETPRI

000340

2 ,-(SP)
SP,RO

MOov
MOov
Mov
TRAP
ADD

#FNG29,~-(SP)
#1,-(SP)
SP,RO

TRAP

.WORD
.WORD
.WORD

CSERDF
69
EMG40
c

TRAP

($ESuB

MOv
TRAP

#PR107,RO

MOV
TRAP

RCVEL,RO

MOV
TRAP

XMTVEC,RO
CSCVEC

TRAP

(SETST

C$PNTB

2 ,SP

(SPNTB

2 ,5P

:WAS ONLY 1 RECEIVED?

JIF YES = OK

ENDSUB

012700

MoV
MOV
TRAP
ADD

308

e
i
b
-

SNNNSNN
VBN
—

170 026646

026650
026654
026654
026660

002360

20%:

71-

PAGE

10%:

169

026646
026646

PRINTB

1046455

000105
015321
000000

08:56:53

’Cw

026570
026574
026576
026600
162 026604
026604
026610
026614
026616
026620
163 026624
164 026626
165 026626
166 026634
167 026636
026636
026640
026642
0266644
168 026646

80 08:56:53 PAGE 71-5

28-0(T-80

CLRVEC

RCVEC

CLRVEC

XMTVEC

JRESET

THE

DPV

;S¢T THE PROCESSOR PRI T0 7
s(THIS WILL DISABLE

INTERRUPTS)

;RESTORE

THE

RECV.

VECTOR

;RESTORE

THE

xMIT.

VECTOR

L10072:

($SPR]

(SCVEC

6 12

CVOPVBO DPVv11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 72
14 - RECEIVE

AND MODEM STATUS

INTERRUPTS

=
NN

XXX

R R

RN RRRRZEZRNZRRZARALALLLIZAAA
AR
AR A2 2R )

2
%

(MANGE THE MODEM STATUS WHILE HANDLING A R ECEIVE INTERRUPT,
ENSURE THAT THE MODEM STATUS INTERRUPT IS RECEIVED.
ENSURE THAT
(HANGE RTS DURING THE RECEIVE INTERRUPT.
SUBTEST 1 -

5
2
%
¢

INTERRUPT WAS RECEIVED.

THE DATA SET

INTERRUPT WAS RECEIVED.

THE

INTERRUPT WAS RECEIVED.

CHANGE DTR DURING THE RECEIVE INTERRUPT,

SUBTEST 3 -

CHANGE LL DURING THE RECEIVE INTERRUPT.

%
5

THE DATA SET

SUBTEST 2 -

..
®

14 - RECEIVE AND MODEM STATUS INTERRUPTS

TEST 14 - DPV-11
RECEIVE AND MODEM STATUS INTERRUPTS

N
~NO
b
el e

NN 2O O

d o

TEST

LSBTTL

DATA SET

ENSURE THAT
ENSURE THAT

el
—
b
e

O0O~N

—

TEST

026700
026700
026700
026704
026706
026706
026710
026712
026712
026712
026712
026714
026720
026720
026722
026724
026730
026734
026740

026746
026746
026752
026756
026762
026766
026770
3C 026774
026774
027000
027004
027010
027014
027016
027022
027022
027026

222X

BGNTST

XXX

1046432

X222 R

R R

ERRRARRESRR AR

AR AR AR

$TUON

;CHECK

TST

:1F

THE

;PROCEED,

TURNAROUND.

TURNAROUND ON.

NO TURNAROUND,

EXI]T.

TRAP

1%:

BGNSUB

104402

T14.1:
CALL

ESCAPE

104410

001060
005037
005037
005037
012737

002424
002376
002360
000004

012746
012746
013746
012746

000209
016602
002262
000003

062706

000010

012746
012746
013746
012746
1046437
062706

000200
017232
002264
000003

012700

000000

104441

RRRRRE

.WORD

001072

104437

T14::

CALL
8CC
ExiT

1€3002

000010

002432

SRESET
TS7

;RESET THE DPV
:1F ERROR, EXIT THE

TEST

TRAP

L10101-,

MOV
MOV
MOV
MOV
TRAP
ADD

#PR104,-(SP)
#RINT ,~-(SP)

RCVEC,=(SP)
#3,-(SP)
CSSVEC
»0,sP

MOV

#PRI0L,-(SP)

MOV
MOV
TRAP
ADD

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

:CLEAR THE FLAGS USED IN THE [SRS.

Mov

MCFLAG
#RTS,TOGGLE

;CLEAR MODEM CONTROL FLAG.
;TOGGLE RTS

SETVEC

RCVEC,#RINT ,#PRI0G

SETVEC

, #PR]I0G
XMTVEC,#XINT

MOV

SETPRI

#PR100

:SET PROCESSOR PRIORITY.,

FOR LS&OI\/OS

:THIS WILL EWABLE INTERRUPTS.

CSESCAPE

.WORD

;:L:g

CLR
CLR
CLR

(sasuB

v
TRAP

FOR 11/23

#XINT,=-(SP)
XMTIVEC,=(SP)

#PRI00O,RO

CSSPRI

THIS WILL ALLOW ACKNOWLEDGMENT OF INTERRUPTS
JLEVEL 4-7.
JSET UP INTERRUPT VECTOR

(vOPVBO DPvI1 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 72-1
14 - RECEIVE AND MODEM STATUS INTERRUPTS

H 12

TEST

027030
027036
027046
027052

012777
012737
012777
012777

027060

005001

027062
027066
027070

005737
001017
00530

027062

027072

027074

027076
027076
027100
0¢7102
027104

027104
027110
027114
027116

027120
027124
027126

027126

027134

027136
027136
027140
027142
027144

027146

043652
000002
000160
000130

027160

001373

104455
000106
016661
006700

012746
012746
010600
104414

062706

012715
000001

001404

000001

104455
000107
01531
000000

012700
1044461

027166
027172

013700
104436

002264

027176
027176

104410
000604

68
69 027202

027202

Ts7
BNE
DEC

MCFLAG
2N%
R

;WAS A MODEM CHANGE INTERRUPT RECEIVED?
;1F YES, EXIT,
:DECREMENT COUNTER

ERRDF

70,EMG24 ,ERRG?

PRINTB

#FMG26

002360

20%:

10%

TRAP
.WORD
.WORD
.WORD

(MP

21 MCFLAG

:WAS ONLY 1 RECEIVED?

ERRDF

71.,EMG4O

;REPORT MULTIP_E INTERRUPTS

$RESET

:RESET THE DPV

CALL

SETPR]

104403
BGNSUB

310%

#PRI107

MOV
MOV
MOV
TRAP

#FMG26,-(SP)
M ,-(SP)
SP,RO
($PNTB

TRAP
.MWORD
.WORD
MWORD

C $ERDF
71
EMG4O
O

MOV
TRAP

#PRI07,RO
($SPRI

MOV
TRAP

RCVEC,RO
CSCVEC

MOV
TRAP

RO
XMTVEC
CSCVEC

TRAP
LMORD

CSESCAPE
L10101-.

TRAP

(SESLUB

ADD

:REMOVING THE WIRE WRAP.

30%

BEQ

CSERDF
70
EMG24
ERRGZ

NOTIFY THAT INTERRUPT MAY BE DISABLED BY

ENDSUB

027200

000340

002262

027200

(LR

JSELECT THE MAINTENANCE LOOPBACK.,
;LOOP COUNTER

30%:

013700
104436

027174

#63652,8PCSAR
;SET BCP MODE, NO ERRCR AND SYNCH (MARACTER.
#2,.START
:# OF START CHARACTERS.
SRXITEN'DSITEN'RXENA,QRXCSR ;ENABLE THE RECEIVER AND [NT.
SIXIE'TXENA'MM, QTXCSR :ENABLE THE TRANSMITTER AND INT,

000004

000410

022737

MOV
MOV
Mov
MoV

BNE

027160
027164

027166

10%:

002360

027146

027152
027152
027156

15322
002414
153214
153212

»,SP

;IF YES = 0K

:SET THE PROCESSOR PRI 10 7
;(THIS WILL DISABLE

INTERRUPTS)

;RESTORE THE RECV. VECTOR

CLRVEC

HKCVEC

CLRVEC

¥MTVEC

;RESTORE THE XMIT. VECTOR

FSCAPE

T1ST

:1F ERROR, ESCAPE

L10102:
114.2:

(vOPVB0 DPVI1

TEST

FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 72-2

14 = RECEIVE

027202

027204

027210
027210
027212
027214
027220
027224
027230

027236

AND MODEM STATUS

005037
005037
005037
012737

TALL

ESCAPE
002426
002376
002360
C00002

027236
027242
027246
027252
027256
027260

012746
012746
013746
012746
104437
062706

030200
016602
002262
000003

027264
027270
0272764

012746
012746
013746

000200
017232
002264

027264

027300

027304
027306
027312
027312
027316

INTERRUPTS

106402
104410
000570

012746
104437
062706
012700
1044461

I 12

002632

SRESET
157

;RESET THE DPV
;1F ERROR, EXIT THE TEST

TRAP

.WORD

;CLEAR THE FLAGS USED IN THE [SRS.

CLR
(e
(LR
MOV

TFLAG
RFLAG
MCFLAG
#DTR, TOGGLE

SETVEC

RCVEC,#RINT #PRIO4

;CLEAR MODEM CONTROL FLAC.
;TOGGLE DTR.
MoV

MOV

000010

SETVEC

MOV
MOV
TRAP
ADD

xMTVEC,®XINT #PRIC4

000003

000010

SETPR]

000000

#PRI0O0

(sasus

;SET PROCESSOR PRIORITY,

#PR104,-(SP)
#RINT ,=(SP)
RCVEC,=(SP)

#3,-(SP)

(SSVEC

#10,SP

MoV
MOV
MOV
MOV
TRAP
ADD

#PR104,=-(SP)
#XINT ,=(SP)
XMTVEC,=-(SP)
#3,-(SP)

MOV
TRAP

#PR100,R0

FOR LSI 11/03

CSSVEC

00,sP

{$SPRI

;THIS WILL ENASLE INTERRUPTS. FOR 11/23
;THIS WILL ALLCW ACKNOWLEDGMENT OF INTERRUPTS
JLEVEL 4-7.

;SET UP INTERRUPT VECTOR

027320
027326
027334
027342

012777
012737
012777
012777

027350
027352
027352
027356
027360
027362

005001

027364

027364
027366
027370
027372

005737

001017
005301
001373

002360

012746

027494
027406
027410

010600
104414
062706

012746

152 742
993614
724
152 722

MoV
MoV
MOV
MOV
108"

#63652,3PCSAR

#2,START

;SET BCP MODE, NO ERROR AND SYN(CH CHARACTER,
;4 OF

START

CHARACTERS.

(LR

SRXITEN'DSITEN'!RXENA,BRXCSR ENABLE THE RECEIVER AND INT.
STXIE ' TXENA'MM QTXCSR ;ENABLE THE TRANSMITTER AND INT.
JSELECT THE MAINTENANCE LOOPBACK.
TER
R1
COUN
P
;LOO

MCFLAG

BNE
DEC
BNE

ERRDF

104455
000110
014661
006700

027374
027374

027400

043652
000002
000160
000130

20%
k1
10$

;WAS A MODEM CHANGE INTERRUPT RECEIVED?
J1F YES, EXIT,
;DECREMENT COUNTER

72,EMG24 ERRG?

TRAP

.WORD
.WORD
.WORD

012715
00000!

000004

PRINTB

#FMG26

SNOTIFY THAT

(SERDF

EMG24
ERRG?

INTERRUPT MAY BE DISABLED BY
MOV
MoV
MoV
TRAP
ADD

,
- (SP)
#EMG26
2 ,-(SP)

SP.,RO
($PN1B

8 ,5P

(vOPVBO DPV11 FLUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 72-3

TEST

14 - RECEIVE

101
102 027414
103 027416

104 027416
105 027424

106 027426
027426

027430
027432
027434

107 027436

AND MODEM STATUS

INTERRUPTS

000410

022737

001404

000001

002360

104455
000111
01531
000000

027442
027446

110
111 027450

012700
1044461
013700
104436

002262

027456
027462

013700
104436

002264

027464
11, 027486

104410
000314

113 027464

118 027474

119 027500

104402

121 027510

005037

125 027526

:REPORT MULTIPLE INTERRUPTS

CALL

SRESET

4#PRI107

YES = OK

+SET THE PROCESSOR PRI 10 7

RCVEC

;(THIS WILL DISABLE INTERRUPTS)
“RESTORE THE RECV. VECTOR

CLRVEC

XMTVEC

;RESTORE THE XMIT. VECTOR

ESCAPE

TST

;1F ERROR, ESCAPE

L10103:
114.3:

005037

002424

005037
012737

002360
000010

(LR

002376

000200
016602
002262
000003

027554
027560
027564
027570
027576
027576

012746
012746
013746
012746
104437
062706

000200
017232
(02264
000003

000010

TST

(SERDF
73
EMG4D
0

MOV
TRAP

#PRIO7,RO
C$SPR]

MOV
TRAP

RCVEC,RO
CSCVEC

MOV
TRAP

XMTVEC,RO
CSCVEC

TRAP
.WORD

CSESCAPE
L10101-.

TRAP

CSESUB

:RESET THE DPV

TRAP

(sBsuB

“1F ERROR, EXIT THE TEST

TRAP
.WORD

CSESCAPE
L 10101-.

MOV
MOV
MOV
MOV
TRAP
ADD

#PRIO&,=-(SP)
#RINT,-(SP)
RCVEC,=-(SP)
#3,-($P)
CSSVEC
#10.SP

MOV
MOV
MOV
mov
TRAP

#PRIO&,=(SP)
WXINT,=(SP)
XMIVEC,-(SP)
#3,-(SP)
C$SVEC
#10,5P

TFLAG

;CLEAR THE FLAGS USED IN THE ISRS.

(LR
MOV

MCFLAG
#LL.TOGGLE

;CLEAR MODEM CONTROL FLAG.
:TOGGLE LL

SETVEC

RCVEL,#RINT,#PRIOG

SETVEC

XMTVEC.#XINT,#PR104

(LR

002432

SRESET

TRAP
.WORD
.WORD
.WORD

;RESET THE DPV

CLRVEC

ESCAPE

012746
012746
013746
012746
104437
062706

127 027602

73, EMG40

CALL

027526
027532
027536
027542
027546
027550

126 027554

ERRDF

8GNSUB

104410
000300

122 027514
123 027520

;WAS ONLY 1 RECEIVED?

30%

104403

027500
027502

120 027504

#1,MCFLAG

ENDSUB

17 027472

027472
027472

(MP

BEQ

SETPR]

115 027470

027470
1y 027470

308

000340

027450
027454

112 027456

208:

;REMOVING THE WIRE WRAP,

308

108 027436

109 027442

J 12

SETPR]

RFLAG

#PRIOO

;SET PROCESSOR PRIORITY.

ADD

FOR LSI 11/03

(VOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56-53 PAGE 72-4

OWVBWOV
~NO NS W00

) nd

N N NN

D il e
e
il
d

N NN
NN

end nd
D e

2~ 8 B

i
i
—d nd

BB 5

14 = RECEIVE

TEST

147

027602
027606

VBN
=2

;THIS WILL ENABLE

INTERRUPTS.

TRAP

FOR 11/23

#PRI00,R0
C$SPRI

INTERRUPTS

;SET UP INTERRUPT VECTOR
043652
000002
000160
000130

027610
027616
027624
027632

027640
027642
027642
027646
027650
027652
027654
027654
027656
027660
027662

150 027704

027704
027710
027714
027716
027720
027724
027726
027726
027734

027736
027736
027740
02774¢
027744
15 6 027746
15
027746
15 8 027752
~

10446461

MOV

000000

JLEVEL 6-7.

027664
027670
027674
027676
027700

——d
D
b

012700

INTERRUPTS

:THIS WILL ALLOW ACKNOWLEDGMENT OF

148 027664

VAW

AND MODEM STATUS

K 12

10%:

002360

MOV
MoV
MOv
MOv

#43652,8PCSAR

CLR

;LOOP COUNTER

TST

MCFLAG
208

;WAS A MODEM CHANGE
;1F YES, EXIT.

BNF
DEC
BNE

001373

ERRDF

104455

;SET BCP MODE, NO ERROR AND SYNCH CHARACTER.

#2,5TART
;# OF START CHARACTERS.
#RXITEN'DSITEN'RXENA,SRXCSR ;ENABLE THE RECEIVER AND

INT.
STXIE'TXENA'MM, QTXCSR ;ENABLE THE TRANSMITTER AND INT.

R1
108

:SELECT THE MAINTENANCE LOOPBACK.

INTERRUPT RECEIVED?

;DECREMENT COUNTER

74 ,EMG24 ,ERRG?

TRAP

.WORD
.WORD
.WORD

000112
014661
006700

012746
012746
010600

012715
000001

062706

000004

104414

012746
012746
010600
106414

PRINTB

013221
000001

#FMG29

;NOTIFY

THAT

INTERRUPT MAY BE

:REMOVING THE WIRE WRAP.

000004

022737
001404

000001

002360

106455

30$:

30%

CMP
BEQ
ERRDF

#1 ,MCFLAG
30%

75,EMG4LO

MOV

SETPRI

S$RESET
#PRIO7

#FEMG26H,-(SP

MOV
MOV
TRAP
ADD

#,-(SP)
SP.RO
C(SPNTB
4 ,SP

MOV
MOV
MOV

#FMG29,-(SP)
#,-(SP)
SP,RO

ADD

#4,SP

TRAP

(SERDF

(SPNTB

:WAS ONLY 1 RECEIVED?
;1F YES - 0K

;REPORT MULTIPLE INTERRUPTS

MORC
.WORD
.WORD

CALL

764
EMG24
ERRGZ

DISABLED BY

TRAP

062706
000410

000113
015321
000000

#EMG26

CSERDF

;RESET THE DPV
;SET THE PROCESSOR PRI TO 7

75
EMG4LO0
0