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AH-S035B-MC

October 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_gray.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

e
.

—

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

PINININININD
=2 e b e b d od d b b

VIS W =O0VONO
VS WOV
NNV

|PROGRAM DOCUMENT

NLIST
.REM 3

TOC

IDENTIFICATION
PRODUCT CODE:

AC-S033B-MC

PRODUCT NAME:

CVDPVBO

PRODUCT DATE:

OCTOBER 1980

MAINTAINER:

DIAGNOSTIC ENGINEERING

AUTHOR:

MIKE O'CONNOR

DPV11 FUNC DIAG

THE INFORMATION IN THIS DOCUMENT IS SUBJECT TO CHANGE WITHOUT
NOTICE AND SHOULD NOT BE CONSTRUED AS A COMMITMENT BY DIGITAL
EQUIPMENT CORPORATION. DIGITAL EQUIPMENT CGRPORATION ASSUMES NO
RESPONSIBILITY FOR ANY ERRORS THAT MAY APPEAR IN THIS DOCUMENT.
NO RESPONSIBILITY IS ASSUMED FOR
SOF TWARE ON EQUIPMENT THAT IS NOT
AFFILIATED COMPANIES.

THE USE
SUPPLIED

OR
BY

RELIABILITY OF
DIGITAL OR ITS

DIGITAL
DEC

POP
DECUS

UNIBUS
DECTAPE

MASSBUS

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

'PROGRAM DOCUMENT

;
‘

REVISION HISTORY:

REV

DATE

AUTHOR

8
9

&
B

JUNE 80
ocT. 80

MIKE OCONNOR
MIKE OCONNOR

10
"
12

REASON

RIGINAL RELEASE

;

. CHANGE CHARACTER LENGTH

IN TEST 37
. CHANGE TIMEOUT IN TEST 29
. ENHANCEMENTS

'CVDPVBO DPV11 FUNC DIAG MACRO V03.01 28-0CT-80 08:56:53 PAGE 3

}
1
1
1

1
1
1

1
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=S OVONOVNSWN
2OV NOVNI W
=

'PROGRAM DOCUMENT

CONTENTS

1.0 INTRODUCTION

2.0 HARDWARE REQUIREMENTS

3.0 PRELIMINARY PROGRAM REQUIREMENTS
4.0 GENERAL PROGRAM CONSIDERATIONS
4.1 DIAGNOSTIC SUPERVISOR
4.2 EXECUTION TIME

4.3 XXDP+

4.4 ACT/SLIDE
4.5 APT
4.6 MEMORY MANAGEMENT

4.7 MEMORY PARITY OPTION
4.8 ERROR LOGGING

5.0 PROGRAM LOAD MEDIA

24
25
26
27

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

29
30
31
32

6.2 INITIAL DIALOGUE
6.3 PROGRAM OPTIONS
6.3.1 START COMMAND
6.3.1.1 TESTS SWITCH

6.3.2 RESTART COMMAND

6.3.3 CONTINUE COMMAND

50
N
52
53
54
55
56
57

6.3.5.2 EFFECT OF ADD COMMAND
6.3.6 DROP COMMAND
6.3.6.1 UNITS SWITCH
6.3.6.2 EFFECT OF DROP COMMAND

33
34
35
36

38
39
40
42
43
G
45
46
47
48
49

6.3.1.2 PASS SWITCH
6.3.1.3 FLAGS SWITCH
6.3.1.4 END OF PASS SWITCH
6.3.1.5 EFFECT OF START COMMAND

6.3.2.1 TESTS, PASS, AND FLAG SWITCHES
6.3.2.2 UNITS SWITCH
6.3.2.3 EFFECT OF RESTART COMMAND

6.3.3.1 PASS SWITCH
6.3.3.2 FLAGS SWITCH
6.3.3.3 EFFECT OF CONTINUE COMMAND
6.3.4 PROCEED COMMAND
6.3.4.1 FLAGS SWITCH
6.3.4.2 EFFECT OF PROCEED COMMAND
6.3.5 ADD COMMAND
6.3.5.1 UNITS SWITCH

6.3.7 PRINT COMMAND
6.3.7.1 EFFECT OF PRINT COMMAND
6.3.8 DISPLAY COMMAND
6.3.8.1 UNITS SWITCH

———

e ———————————————————

—

————————————

S——

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'

6.3.8.2 EFFECT OF DISPLAY COMMAND

6.3.9 FLAGS COMMAND

61
62
63
64
65
29

6.3.10 ZFLAGS COMMAND
6.3.10.1 EFFECT or IFLAGS COMMAND
6.3.11 CONTROL CHARACTERS
6.3.12 HARDWARE PARAME TERS
6.3.13 SOF TWARE PARAME TERS
6.3.14 EXTENDED DISCUSSION OF P-TABLE DIALOGUE

6.3.9.1 EFFECT OF FLAGS COMMAND

7.0 DEVICE INFORMATION TABLES

8.0 TEST DESCRIPTIONS

73
74

9.0 ERROR INFORMATION
9.1 ERROR REPORTING

;;

8.1 DATA PATTERNS USED

—

———

——————————————————————————

'CVDPVBO DPV11 FUNC DIAG MACRO V03.01 28-0CT-80 08:56:53 PAGE &

b e
D D
DB

]

NN =

=
N=O0OVONOWVNTWN-=0v O NN

[PROGRAM DOCUMENT

23
24
25
%9

1.0 INTRODUCTION

THIS

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

THE
DESIGN WILL
CONFORM
TO THE
SUPERVISOR
(STANDALONE
XSSS%E?SETHE PROGRAM WILL BE COMPATIBLE WITH ACT, APT, XXDP+,
THROUGH 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.
DEVICE ERRORS WILL BE REPORTED AS THEY OCCUR.
THE REPORT
WILL
INCLUDE
A TEST NUMBER AND DESCRIPTION OF THE ERROR,

GOOD AND BAD
CONTENTS.

TEST

THE

FOLLOWING

APPLICABLE

DEVICE

HARDWARE IS REQUIRED TO RUN THE DPV11 FUNCTIONAL

DIAGNOSTIC TESTS:

31
32

A LSI11 OR PDP11/03
16K MEMORY

AND

2.0 HARDWARE REQUIREMENTS

33
34
35
36

DATA,

CONSOLE TERMINAL
DPVI

3.0 PRELIMINARY PROGRAM REQUIREMENTS

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

43
wh

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

(M8186).

2;
49

THE CPU IS A LSI11 (M7264), A LSI11/2 (M7270), OR A LSI11/23

FINALLY THE USER MUST DECIDE THE TYPE OF TURNAROUND

IN ORDER TO DETERMINE THE CONNECTOR (IF ANY) IS NECESSARY.

50
g;

4.0 GENERAL PROGRAM CONSIDERATIONS
4.1 DIAGNOSTIC SUPERVISCR

53
54
55
56
57

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

'CVDPVBO 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 LOOPBACK
THE FOLLOWING ARE THE TIMES TO COMPLETE THE 1ST PASS:

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

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

RS423 (OR INTERNAL)

RS422

10 SECONDS
10 SECONDS
7 SECONDS

30 SEC.
30 SEC.
S SEC.

4.3 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

IS 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

=]~

100

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

- i i b b
o
S W20 00~N

5.0 PROGRAM LOAD MEDIA

THIS PROGRAM

CAN

LOADED

FROM

PAPER

ANY MEDIA SUPPORTED BY XXDP+,

WHEN

USING

TAPE

USING

THE

PAPER

TAPE

ABSOLUTE

LOADER OR FROM ACT, SLIDE, OR APT SYSTEMS, OR FROM

ABSOLUTE

LOADER,

THE

PROGRAM

SHOULD

LOADED

FIRST,

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

m—

——

———

'CVDPVBO DPV11 FUNC DIAG MACRO V03.01 28-0CT-80 08:56:53 PAGE 4=2
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D i
D e
i
i
i
D e
D
D
D i
D i e
i
D
i
d
D
d
D
D
—

SN BS N W
WWW NN A AN NN NI NI N NI NI NN = b b b S
N=OOVONOWVNEWN=SOOVONOWVES
AN =200 ~NOMW

}22
145

6.0 OPERATING INSTRUCTIONS
6.1 LOADING AND STARTING PROCEDURES
6.1.1 LOADING PROCEDURES
THIS PROGRAM MAY
BE
LOADED
FROM
PAPER
TAPE
USING
THE
ABSOLUTE
LOADER.
IT MAY ALSO BE LOADED FROM ANY XXDP+ LOAD
MEDIA. WHEN LOADED UNDER XXDP+, THE DIAGNOSTIC SUPERVISOR
WILL BE LOADED AUTOMATICALLY.

6.1.2 STARTING PROCEDURES
THE

PROGRAM

STARTS

LOCATION

PROCEDURES TO START THE PROGRAM.

200.

USE

STANDAR{

DEC

6.1.3 STEPS FOR QUICK AND SIMPLE EXECUTION
THE
DIAGNOSTIC
CAN
BE EXECUTED STANDALONE UNDER XXDP+,
WITHOUT READING THE REMAINDER OF THIS DOCUMENT, AS FOLLOWS:
A) LOAD AND START DIAGNOSTIC USING RUN COMMAND
R) RECEIVE DIAGNOSTIC SUPERVISOR IDENTIFICATION AND PROMPT
C) ENTER STA<CR>

(DRS=(>)

D) ANSWER HARDWARE AND SOFf TWARE QUESTIONS
E; GET END OF PASS MESSAGES OR ERROR MESSAGES
TO END EXECUTION, ENTER CONTROL/C

}29

6.2 INITIAL DIALOGUE

148

AFTER THE PROGRAM AND THE SUPERVISOR ARE LOADED AND THE PROGRAM

IS STARTED, THE FOLLOWING IDENTIFICATION IS TYPED :

D e

THE OPERATOR THEN PROCEEDS BY TYPING ONE OR MORE OF

DETAILED INFORMATION, REFER TO THE DIAGNOSTIC SUPERVISOR

THE

COMMANDS DESCRIBED IN THE FOLLOWING SECTION 6.3. (FOR MORE
FUNCTIONAL SPECIFICATION).

6.3 PROGRAM OPTIONS

1332222222333 3323283222233223222233322322232333333382RRRR0R0R0R00)

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

—

6.3.1 START COMMAND

)

D e

D i

DR>

DRS LOADED
DIAG. RUN-TIME SERVICES

OO OO VUYWAYV

PR
SVEEA A AV S A

}gg

<FLAG=LIST>/EOP:<INCR>

(2332232322223 32332333220220222
2R 220032 0 RRRRRRRRdl)

?CVDPVBO DPV11 FUNC DIAG MACRO V03.01 28-0CT-80 08:56:53 PAGE 4-3
:PROGRAH DOCUMENT

NO VNS W00V~ o

D e
D

6.3.1.1 TESTS SWITCH (/TESTS:<TEST=LIST>)
CTEST=LIST> 1S A SEQUENCE OF DECIMAL NUMBERS (1:2 ETC.) OR
RANGES OF DECIMAL NUMBERS (1-5:8=10 ETC.) THAT SPECIFY THE
TESTS TO BE EXECUTED.
THE NUMBERS ARE SEPARATED BY COLONS.
THE NUMBERS RANGE FROM 1 TO THE LARGEST TEST NUMBER IN THE
DIAGNOSTIC. THEY MAY BE SPECIFIED IN ANY ORDER. TESTS WILL
BE EXECUTED IN NUMERICAL ORDER REGARDLESS OF THE ORDER OF
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
OPERATOR. SEE EXAMPLE AT END OF 6.3.1.5.
6.3.1.2 PASS SWITCH (/PASS:<PASS=CNT>)

WN =20V

e
e
e
b

172
173
174
175
ol o RNo Vo RVaRVoR¥ole Jo -To To Jo To To To To -To BRI VLN N

<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
ES;.OFT2E35¥I; IS A RETURN TO COMMAND MODE. SEE EXAMPLE AT

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

HOE

ISR

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

LOT

LOOP ON TEST

LOE

IER
IBE
IXE
PRI
PNT
BOE
UAM

IDU

INHIBIT DROPPING OF UNITS BY DIAGNOSTIC

THE FLAGS NAMED OR EQUATED TO 1 ARE SET, THOSE EQUATED TO 0
ARE CLEARED. A FLAG NOT SPECIFIED IS CLEARED. IF THE FLAGS
g:éfg? 6l§ 1Ng? GIVEN ALL FLAGS ARE CLEARED. SEE EXAMPLE AT

| CVDPVBO DPV11 FUNC DIAG MACRO Vv03.01 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 DEFAULT 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.

THE HARDWARE PARAMETER DIALOGUE COMMENCES WITH THE QUESTION
“# UNITS?'' TO WHICH THE OPERATOR REPLIES WITH A DECIMAL

NUMBER N FROM 1 TO 16. THE TERM "UNIT'' REFERS TO THE DEVICE
TO WHICH THIS SERIES OF DIAGNOSTICS IS DEDICATED. FOLLOWING

THIS ARE THE QUESTIONS WHEREBY THE P-TABLES THEMSELVES WILL
BE BUILT. EACH P-TABLE IS A CORE-RESIDENT TABLE_ CONTAINING
ALL THE HARDWARE INFORMATION FOR ONE UNIT. THE OPERATOR
MUST SUPPLY N (NUMBER OF UNITS) VALUES FOR EACH QUESTION.
HE MAY DO THIS BY GIVING ONE ANSWER TO EACH QUESTION (IN
WHICH CASE THE SERIES OF QUESTIONS WILL BE POSED N TIMES) OR
RY GIVING N VALUES, SEPARATED BY COMMAS, TO EACH QUESTION
(SERIES WILL BE POSED ONCE). EACH QUESTION IS FOLLOWED BY
THE RESPONSE RADIX (D FOR DECIMAL, B FOR BINARY, O FOR
OCTAL, L FOR YES/NO) IN PARENTHESES AND THE DEFAULT VALUE
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
ALLOCATED FOR THE P-TABLES, AND IF THERE IS NOT ENOUGH
ACCOMMODATE THEM THE MESSAGE ''TOO MANY UNITS'' IS ISSUED.
;gg% fitEEULTgsDIAGNOSTIC MUST BE EXECUTED MORE THAN ONCE

IS
TO
IN
TO

:
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
Rd))
22323
00R00RRRRRRRl
3333233
223320002000
2322223222223 32223323233233

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

po———

——

e ——— —

——————————

'CVDPVBO DPV11 FUNC DIAG MACRO V03.01 28-0CT-80 08:56:53 PAGE 4=5

\PROGRAM DOCUMENT

286

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

287

288
289
%g?
292

ggz

295

3322322323222 2222222 2222222

I I I

IR,

6.3.2.1 TESTS, PASS, AND FLAGS SWITCHES
KTEST=LIST>, <PASS=CNT>, AND <FLAG=-LIST> ARE AS IN THE START

COMMAND .

%39

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

298
299
300
301
302
303
304
305
306
307

CUNIT=LIST> IS A SEQUENCE OF DECIMAL NUMBERS (0,1 ETC.) OR
RANGES OF DECIMAL NUMBERS (0-5, 8-10 ETC.) THAT SPECIFY THE
UNITS TO BE TESTED.
THE NUMBERS ARE SEPARATED BY COLONS.
THE NUMBERS MAY RANGE FROM 0 THRU N=1
(N IS THE NUMBER OF
UNITS SPECIFIED IN THE PREVIOUS START COMMAND). THE NUMBER
INDICATES THE POSITION OF THE P-TABLE AS THE DATA WAS
ENTERED DURING THE HARDWARE DIAGLOGUE. THE UNITS WHICH ARE
SELECTED MUST NOT HAVE BEEN DROPPED BY THE DROP COMMAND.
SEE THE DISCUSSION OF ADD AND DROP COMMANDS BELOW. DEFAULT
IS TO TEST ALL UNITS WHICH HAVE NOT BEEN DROPPED BY A DROP

)
D e
D
D
)
—

VOO NOWV
WA =

NN W N WKW

308
309
310

320
321
%g%
324

COMMAND
.

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/L WAS ENTERED BY THE OPERATOR.

g%z

6.3.3 CONTINUE COMMAND

327

328
329

]

R AR

R RN R R R R

R R R AR R AR

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

R AR

RRRRS

R
e
R R
R
R R RR R R R R R R

g%%

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

334
335
;g?

<PASS=CNT> IS SAME AS IN START COMMAND, BUT THE DEFAULT IS
THE UNSATISFIED PASS~-CNT FROM THE PREVIOUS START OR RESTART.
IF NONE REMAINS, THE DEFAULT IS NON-ENDING EXECUTION.

338

%28

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

341
342

<FLAG=LIST> IS SAME AS IN START COMMAND,
FLAGS RETAIN THEIR CURRENT VALUE.

BUT

UNSPECIFIED

'CVDPVBO DPV11 FUNC DIAG MACRO V03.01 28-0CT-80 08:56:53 PAGE 4=6
PROGRAM DOCUMENT

6.3.3.3 EFFECT OF CONTINUE COMMAND

CONTINUE

MUST HAVE

MUST

BEEN

ENTERED

A START OR RESTART, AND COMMAND MODE
DUE_

HALT

ERROR

OR_

CONTROL/C. THE EFFECT OF THE COMMAND IS TO GO TO THE
BEGINNING OF THE TEST THAT WAS BEING EXECUTED WHEN THS HALT
OR CONTROL/C TOOK PLACE. SOFTWARE DIALOGUE MAY OPTIONALLY
BE REEXECUTED. HARDWARE PARAMETERS MAY NOT BE CHANGED.
6.3.4 PROCEED COMMAND
2000 0000 0RRRdd)
1222322323233 22223222222232223230222222

)
: <FLAG=LIST>
CEED
/FLAGS
PRO(

RRldli
2020022200000t 2
22222222223202222
22222222

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

BUT

UNSPECIFIED

6.3.4.2 EFFECT OF PROCEED COMMAND

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

6.3.5 ADD COMMAND
2222323222222 222333232323232323 3332322323323 223223322002 00R0R000R0Rd))

ADD/UNITS:<UNIT=-LIST>

32222223222 323223222233223 2333332233323

23222200000 0RRRRRRll)

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

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

CVOPVBO DPV11 FUNC DIAG MACRO Vv03.01 28-0CT-80 08:56:53 PAGE 4-7

PROGRAM DOCUMENT

6.3.6 DROP COMMAND
T

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

200

(2222222232232 23 2323222222222 2222222222222

L L

R T

R RRdRiddd)

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 ONLY BY THE EXECUTION OF AN ADD OR START
COMMAND.
THE UNITS SWITCH MUST BE ENTERED. THIS COMMAND

MUST BE FOLLOWED BY A RESTART OR A CONTINUE COMMAND.

6.3.7 PRINT COMMAND
L R

PRI(NT)

T T

R RN R R RN RN RN

e L

RN RN RN

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
(122222223222 38232223232232 2323232323323 2323232 3222223222000 0R0R0RRRR

R R

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

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
(322222222222 222323228 2232228222222 20202020

0R0RRRRRRRRd)

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

PROGRAM DOCUMENT

FLA(GS)

1323223228222

itid

it iiiisiiiiiiiiididdd])

6.3.9.1 EFFECT OF FLAGS COMMAND
THE CURRENT SETTINGS OF ALL FLAGS ARE PRINTED.

6.3.10 ZFLAGS COMMAND
1232222222222 2223322222222

22222222822 2022002000000R0000RRddd)

IFL(AGS)

1322222332222 222ttt
ittt
RRd RRtdRdddd)

6.3.10.1 EFFECT OF ZFLAGS COMMAND
ALL FLAGS ARE CLEARED.

6.3.11

CONTROL

CHARACTERS

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

RETURN

COTMMAND MODE.

A CONTROL Z
(Z)
ENTERED DURING ONE OF THE OPERATOR
DIALOGUES= HARD CORE QUESTIONS (SEE 6.2),HARDWARE DIALOGUE

(SEE 6.%.1.5), OR SOFTWARE DIALOGUE (SEE 6.3.1.5) CAUSES THE

DEFAULTS TO BE TAKEN FOR THE REMAINDER OF THAT DIALOGUE.

A CONTROL O (0) ENTERED DURING THE EXECUTION OF A DIAGNOSTIC
CAUSES
ALL TELETYPE OUTPUT TO BE SURPRESSED FOR THE
REMAINDER OF THE DIAGNOSTIC OR UNTIL ANOTHER 0 IS TYPED,
WHICH RESTORES NORMAL TELETYPE OUTPUT.
6.3.12 HARDWARE PARAMETERS
THE FOLLOWING 4 QUESTIONS WILL BE ASKED ON A START COMMAND.
THE VALUE LOCATED TO THE LEFT OF THE QUESTION MARK
IS
THE

DEFAULT

RESPONSE.

VALUE

THAT

WILL

TAKEN

A CARRIAGE RETURN

ADDRESS : (0) 160010?

THIS IS THE ADDRESS AT WHICH THE DPV CSR REGISTERS RESIDE

THE

LSI-BUS.

VECTOR

THE

ALLOWABLE

RANGE

(OCTAL), AND THE DEFAULT VALUE IS 160010.

160000-177776

: (0) 300 ?

THIS IS THE ADDRESS OF THE INPUT INTERRUPT VECTOR

DEVICE.
THE ALLOWABLE
DEFAULT VALUE IS 300.
3.

LOOPBACK -

RANGE

FOR

THIS

IS 000-674 (OCTAL), AND THE

CVOPVBO DPV11 FUNC DIAG MACRO V03.01 28-0CT-80 08:56:53 PAGE 4-9
VI
T AN wn
MNONINININININ)
= b b b b ey
O VS NN =2 OO0
~NONW &

PROGRAM DOCUMENT

527

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

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

A. INTERNAL LOOPBACK RUNS THE DIAGNOSTIC THROUGH THE

USYNRT MAINTENANCE MODE LOOPBACK.
NOT

BE TESTED.

THE DRIVERS WILL

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.
C. R2422 REQUIRES A MODIFIED H3260 ONBOARD CONNECTOR.
THIS TURNAROUND WILL PROVIDE A 50K 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 IF THE
MODEM SUPPORTS THAT TYPE OF LOOBACK.

6.3.13 SOFTWARE PARAMETERS
NO SOF TWARE 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.

ON THE FIRST TRIP THRU THE QUESTIONS, ALL OF THE SLOTS IN
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
USED TO FILL THAT SLOT IN THE REMAINING P-TABLES.

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

REISSUED

UNTIL

LEAST

ONE

CVOPVBO DPV11 FUNC DIAG MACRO Vv03.01 28-0CT-80 08:56:53 PAGE 4=10

PROGRAM DOCUMENT

g;%

QUESTION HAS RECEIVED N EXPLICIT VALUES FROM THE OPERATOR.

5§73
5§74

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

§77
578

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

580
gg;

INCREMENT OF 1). IF THE VALUES ARE ADDRESSES, THE SAMPLE
RANGE TRANSLATES TO THE STRING 6,8,10 (AN INCREMENT OF 2).

583
584
585
586
587
588
589

NOW LET US SEE HOW WE COULD USE THESE CAPABILITIES TO
CONSTRUCT A SET OF P-TABLES. ASSUME THAT WE HAVE 16 UNITS,
AND THAT THERE ARE THREE HARDWARE PARAMETERS FOR EACH (THREE
SLOTS IN THE P-TABLE, THREE HARDWARE QUESTIONS IN THE
DIALOGUE). LET THE DESIRED VALUE FOR THE FIRST PARAMETER BE
THE NUMBER 75 FOR ALL 16 TABLES. LET THE DESIRED VALUE FOR
EQUAL TO THE UNIT NUMBER
BE
PARAMETER
SECOND
THE

g;z

§79

NAMED VALUE.

SAMPLE

RANGE TRANSLATES TO THE STRING 6,7.8,9,10 (AN

5§92

(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

ggg

THE FOLLOWING DIALOGUE WOULD ACCOMPLISH THIS GOAL:

5§97

# UNITS (D) 2 16

603

602

UNIT 7

289

CQUESTION 3> 2 77

5§90
591

232

598
599
600
601

604
605

THE LAST 9 UNITS.

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

<QUESTION 1> ?
<QUESTION 2> ? 7-11,,13-15

608
609
610
g};

THE FIRST TIME THE SERIES IS ASKED, SLOT ONE RECEIVES A 75
IN ALL 16 TABLES. SLOT TWO RECEIVES THE VALUES 0,1,2,....6
IN TABLES O THRU 6 AND A CONSTANT 6 IN TABLES 7 THRU 15.
SLOT THREE RECEIVES A CONSTANT 76 IN ALL 16 TABLES.

613
614

THE SECOND TIME THRU THE SERIES, TABLES 7 THRU THE END ARE
GOING TO BE AFFECTED (NOTE THAT THIS PIECE OF INFORMATION IS

615
616
617
618
619

620
621

25%

624
625
626

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 75 IN TABLES 7
THRU 15, SINCE NO NEW EXPLICIT VALUES ARE TYPED IN. SLOT TwO
GETS THE VALUES 7.8,9.10,11 IN TABLES 7

THRU

11,

AND

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

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

———

—

. S—
—

—

—————— " {——————————————————————

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

}
1

1
}
1

N=OOONO
N WN—=O V0NN WA =

PROGRAM DOCUMENT

7.0 DEVICE INFORMATION TABLES

SEE THE GLOBAL EQUATES SECTION FOR DEFIN é;lONS OF REGISTERS IN THE DPV
AND BIT DEFINITIONS WITHIN THOSE REGISTE

8.0 TEST DESCRIPTIONS
;tttttt'ttttt."ttt"'t"'t"'ttttt"tt'ttt't'tttt'ttttttt'tt"ttttt't

TEST 1 = DPV-11

;% VERIFY THAT ADDRESSING THE & LSI-BUS CSRS DOES NOT CAUSE A NON;* EXISTENT MEMORY TRAP.
;t
;% THE DPV 1S AN COMMUNICATION DEVICE RESIDING ON A LSI-BUS.

%2
25
26
27

:* COMMUNICATION BETWEEN THE MAIN CPU AND THE DPV IS ACCOMPLISHED S
:* THROUGH A SET OF FOUR 16=BIT LSI-BUS CONTROL AND STATUS REGISTER
i« (CSRS). THE FOUR REGISTERS ARE ASSIGNED ADDRESSES IN THE 1/0 PAGE
:* FLOATING ADDRESS SPACE: 76XXX0 = 76XXX6
“« AN ERROR IN THIS TEST COULD MEAN THAT THE DEVICE IS INCORRECTLY
:« CONFIGURED, THAT THE ADDRESS IS WRONG OR THAT THE CRYSTAL CLOCK
:« ON THE DPV IS NOT WORKING. THE SHIFT REGISTER CLOCK IS NEEDED

Ettttt'.'tttttttttttt'ttttt'ttt'ttttt't.t..itt'tt'tfit'.t"t't't'tt'tt'

;ttl'ttltttt'lttttttttt"""'t'ttt'tfitttttttti'tt.tt'tt'tt'i't't"t't

2
2

i ;?z I?S)LS164 (E15) IN ORDER TO PROVIDE THE BUS REPLY (BRPLY/L ON
c'

31
32
33

37
38

:* DPV RESET

TEST 2 = DPV-11

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

39
40
A

42
44

4“7

48
49
50
51
gg
54

2. ALL OUTPUT INDICATORS ARE CLEARED.

3. TRANSMIT BUFFER EMPTY (TBE) IS SET

i* SUBTEST 1 = AFTER RESET, CHECK THAT MAINTENANCE MODE AND

TRANSMITTER CAN BE SET. ALSO CHECK THAT TRANSMITTER
;e
BUFFER EMPTY (TBE) IS CLEARED WHEN TDSR IS ACCESSED
i
WITHOUT SETTING TRANSMITTER ENABLE.
i
ie SUBTEST 2 = ON THE FIRST PASS ONLY, CHECK THAT A BUS RESET, DOES
A DPV11 RESET.
i
ie NOTE: DATA MODE, CTS, RR (RECEIVER READY) AND IC C(INCOMING CALL)
;Q

ARE UNAFFECTED BY A RESET.
:t't'ttQtttltttt't't't't'tt'ttt"t'ttttt!ttt'tt't'ttttitttttttttt't.tt

I
]

—

:;* WRITE/READ DATA PATTERNS

TEST 3 - DPV-1

THIS TEST IS INTENDED YO TEST THE READ/WRITE BITS IN THE CSRS. THERE

IS NO INTENTION TO CHECK THE USYNR/T; IT IS DESIRED TO ONLY CHECK THE

M
M
‘x
M

b
i

M
- %

;* SUBTEST 4 - ;??2 6”%6" BYTE OF CSR6) = TRANSMIT STATUS REGISTER.

;* SUBTEST 5 = TDSR

= CHECK BYTE OP SIGNAL FOR USYNRT

t'tQt'.t'.""""t"'i""""'Q't"'!'t"'l"'!t""Q'Q"Q'Q"'Q"'

PON) it

SUBTEST 1 = RXCSR (LOW BYTE CSRO)
CHECK BITS 0-6
SUBTEST 2 = PCR (HIGH BYTE CSR&4)
CHECK BITS 0-7
SUBTEST 3 - ;??2 éLgU BYTE OF CSR6) = TRANSMIT DATA BUFFER

READING AND WRITING OF THE CSRS.
IN ALL THE SUBTESTS THE BITS ARE
CHECKED TOGETHER AND INDIVIDUALLY.

= OO 00O N 8NN = O 000

O W

tttttltt'tt't"'tt""'tt'ttt"'t't'tlttt't't'tttttttttt't't"'ttt"'

SN NN

'CVDPVBO DPV11 FUNC DIAG MACRO V03.01 28-0CT-80 08:56:53 PAGE 6
PROGRAH DOCUMENT

'.'QQ"'Q't't't'i""""""Q.Qtt"!i't.tt.tt"'t't"'."t""t't"'
'

t
'
Q

TEST & = DMR-11
TRANSMIT ENABLE/ TRANSMIT ACTIVE

AFTER A DEVICE RESET, SET TRANSMIT START OF MESSAGE (TSOM).
THAT TRANSMIT ACTIVE

(TXACT)

IS SET.

ENSURE

;*
;*
;*
;*
* &

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 CLEARED
UPON RESET OR WHEN THE TRANSMITTER ENTERS THE IDLE STATE.

* & 1232223332223 23233 2322222223232

2223332322223 2222222230020

2222233222223 2322222222222 2222202200

TEST 5 = DPV-11

RRRRRRRRlll)

R0 RRRRRRRRRRRRRRRRlld)

;* TRANSMIT BUFFER EMPTY

;* VERIFY THAT TBE (TRANSMIT BUFFER EMPTY) IS ASSERTED WHENEVER
;* THE DEVICE IS RESET OR WHENEVER THE TDSR IS AVAILABLE FOR DATA.

;* TBE IS CLEARED AFTER WRITING TO THE TDSR.

o
’

ttttt".'t.ttt""""""Q"Q""'t'li."'.'.'ti"'tlt"'ttfitt"ttt'

'CVDPVBO DPV11 FUNC DIAG MACRO V03.01 28-0CT-80 08:56:53 PAGE 7

2122222222222
*

2 2222202222222

2220022200

R R RRRRRRRRRRddRddld])

TEST 6 = DPV-11

TRANSMIT

INTERRUPT

BUFFER EMPTY (TBE)

;% VERIFY THAT A TRANSMIT INTERRUPT IS RECEIVED WHEN TRANSMIT
*

IS ASSERTED.

2222222222222 3332222222222

22000222220

R0t

Rttt RRRRRRRlRdldd)

d e

OOVONO VNS WN =LO YOO

TR TETE T
TR IR IR IR TR
TR

E TR

=
e

~n S

PONIND b b e

WN =

|PROGRAM DOCUMENT

*
*
*

*
*

Y L

TEST 7 - DPV-1
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.
IT REMAINS

*
*

RECEIVE DATA

¥
* 12222

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.

2222222222222
Rttt iRttt
iRl RlRRl Rl

2223222233223 3 3222223322222 2322222233222

‘e
TEST 8 = DPV-11
;% RECEIVE DATA INTERRUPT

R0 RRRRRRRRRRR Rl

MODE: BCP, 8 BIT CHARACTERS, MAINTENANCE MODE LOOPBACK

?aic?EcERATED DISABLE THE RECEIVER. CHECK THAT THE RECEIVER BE(OMES

;* ENABLE THE RECEIVER AND SET RECEIVER INTERRUPT. TRANSMIT DATA.
;* CHECK THAT THE RECEIVE INTERUPT WAS GENERATED. AFTER THE INTERUPT
*

]

:.tt".'t"'..l"i"""""""Q".."lt.""'Q't.."t'."t""'tl"'

'CVDPVBO DPV11 FUNC DIAG MACRO V03.01 28-0CT-80 08:56:53 PAGE 8

'PROGRAM DOCUMENT
|

’t'tttt"t'ttt"'t""t"t"""tt'!'t"ttt""t"'tQtt""'t"""ttt

:* RECEIVER STATUS.

3
4

i*
TEST 9 - DPV-11
:* THERE ARE 3 SUBTESTS IN THIS TEST WHICH ARE INTENDED TO CHECK

6
7
8
S
10

:* SUBTEST 1 o
o
o
;v

]

RECEIVER OVERRUN

IS SET.

i
o
o
o
3e

22
23
24

o
I
o

:* SUBTEST 3 -

STATUS IS AVAILABLE.

:* SUBTEST 2 -

14
15
16
17
18

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
AND THAT THE REOM IS RECEIVED WHEN RECEIVE

T
t

THIS SUBTEST WILL TRANSMIT DATA CORRECTLY. THE
RECEIVER AFTER BECOMING ACTIVE WILL NOT SERVICE
THE RECEIVE BUFFER CORRECTLY. THIS SHOULD RESULT IN
A RECEIVE OVERRUN. THIS SUBTEST WILL ENSURE THAT
WHEN RECEIVE STATUS IS AVAILABLE, THE RECEIVER OVERRUN
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
ABORT IS RECEIVED.

t.tttt'tttttttttt't't""""t'ttttttt't'tt.t'tttt.tt"tttt't"l""'

28
P
30

3
33

.tt!ttt'tttttt"'t"""t't'tttttttttttt'l't'ttttttttit'."'tttt't't.'

38
39

:* SUBTEST 1 ;% SUBTEST 2 =

TEST 10 - DPV-11
3
ENSURE THAT INTERRUPTS MAY BE GENERATED WHEN
WILL
TEST
THIS
:*
IS AVAILABLE. EACH OF THE FOLLOWING SUBTESTS
STATUS
;* RECEIVE
STATUS AS FOLLOWS:
THE
:* WILL GENERATE

34
35
36
37

;* SUBTEST 3 -

[

RECEIVER ABORT

:Qtttttt.tt'ttt'tt't"tt"'t"'tt!tt"ttttttttt'ttttt.t't'itttt"ltttt

‘2

R
S S
ULl SR

REOM
RECEIVER OVERRUN

'CVOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 9
AR A A A AR Al
t
R A R R A A R A A AR AR
e e Rt
YRRt

TEST 11 = DPV-11
INTERRUPT
RANSMIT
;* RECEIVE AND T

:* TRANSMIT AND RECEIVE DATA USING INTERRUPT ROUTINES. THIS TEST

;¢ WILL TRANSMIT & DATA CHARACTERS. AFTER ENSURING THAT A TRANSMIT AT
:+ INTERRUPT WAS COMPLETED, THE TEST WILL CHECK TO MAKE SURE THAT
;* LEAST 1 RECEIVE INTERRUPT WAS GENERATED.
‘%

e R R R R R A A A A AR A AR AR AR AR A A AR A0

&'fi.t"i.t.."t""i"""""""Q.'."..'Qt"'t."..'t"t""'."'.'

b b b e

SWN 2O OVONOWVE

b b e e

S R Rttt rrrrrrrrrrree e

'.'Q'i'tt".'ttt"t't""""""'t't""t".".""Q."".'Q'..Q"QQ'

IR RINI N

NN = OO0 NN S W

|PROGRAM DOCUMENT

;* MODEM STATUS

TEST 12 - DPV-11

s« [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 (RECEIVER READY)
§*
ING CALL OR RING)
i*» 2. DTR (DATA TERMINAL READY) TURNED AROUND TO IC (INCOM
QUALITY)
(SIGNAL
TURNED AROUNC TO SQ
:* 3. SF (SELECT FREQUENCY)
MODE)
TURNED AROUND TO DM (DATA
:* 4. LL (LOCAL LOOPBACK)
‘%

'Q'.'itt'..t.QQQ""'i"""t"".t'i".tt't't"'..".'t'Qt""""t"
b

]

TEST 13 = DPV-11
MODEM STATUS INTERRUPT

IF A PROPER TURNAROUND (H3259 OR H3260) IS ON, THIS TEST WILL CHECK
%
THAT THE FOLLOWING SUBTESTS WORK CORRECTLY.
M
SUBTEST 1 - SET DTR (DATA TERMINAL READY), LOCAL LOUOP {LL), RTS (REQUEST
TO SEND) WITH ONLY RECEIVE INTERRUPT ENABLED. ENSURE THAT AN
* %

. ®

‘e

- &
* %

SUBTEST 2

'+ SUBTEST 3
b

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

ENSURE
ENSURE

THAT AN INTERRUPT IS NOT RECEIVED.

]

SUBTEST 5

SET RTS WITH RECEIVE AND DATA SET INTERRUPT ENABLED.
THAT AN INTERRUPT IS RECEIVED.
SET DTR WITH RECEIVE AND DATA SET INTERRUPT ENABLED.

]

SUBTEST 6

SET LL WITH RECEIVE AND DATA SET INTERRUPT ENABLED.

]
b

i
M
M

SUBTEST &

THAT AN INTERRUPT IS RECEIVED.

ENSURE

ttttl"ttt.""""""""'t...t..'.t"..".Q.'..Q'."'."lQttt'll!

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

L
L
T T T
T
R
T R R R TR R Y

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

;* CHANGE THE MODEM STATUS WHILE HANDLING A RECEIVE INTERRUPT.
;* ENSURE THAT THE MCDEM STATUS INTERRUPT IS RECEIVED.
SUBTEST 1 = CHANGE RTS DURING THE RECEIVE INTERRUPT. ENSURE THAT
SUBYEST 2 =

SUBYEST 3 =

THE DATA SET INTERRUPT WAS RECEIVED.

CHANGE DTR DURING THE RECEIVE INTERRUPT.

ENSURE THAT

CHANGE LL DURING THE RECEIVE INTERRUPT.

ENSURE THAT

THE DATA SET INTERRUPT WAS RECEIVED.

2222222222223 3322

2222222222222 2222222222200 0RiRRRRdRRRRRRRRARRRRRlld)

WN = OOV

NO WV

PORININY
= = b b s b b s b

WN = OOV

NOWN

PROGRAH DOCUMENT

Q"tltQ'i""t""'""""'Q""'Qt"'.".t'Q.i'.t."..'.t'.'.'t".'
. ®

‘v
*

TEST 15 = DPV-11
SUBTEST1 - SECONDARY ADDRESS

SEGMENT 1 -

SEGMENT 2 -

*
.

SELECT SECONDARY ADDRESS AND SEND THE CORRECT
ADDRESS.
CHECK THE DATA IS PROPERLY RECEIVED.
SELECT SECONDARY ADDRESS AND SEND A MESSAGE WITHOUT
SENDING USING THE SECONDARY ADDRESS. CHECK THAT A
TIME OUT IS RECEIVED.

* 0

.
.

.
B

.
.

L)
.

.
.

SUBTEST 2 A
- %L PARTIES ADDRESSING
SEGMEN

*
*
*
*

SEGMENT 2 -

*
*

SEGMENT 3 -

L]
*

TIME OUT IS RECEIVED.

s 1232222232222

SEND A
SELECT ALL PARTIES AND SECONDARY ADDRESS.
THAT
ENSURE
MESSAGE USING THE ALL PARTIES ADDRESS.
THE MESSAGE IS CORRECTLY RECEIVED.
SEND A
SELECT ALL PARTIES AND SECONDARY ADDRESS.
MESSAGE WITHOUT ALL PARTIES OR SECONDARY ADDRESS.
CHECK THAT A TIME OUT IS RECEIVED.
SELECT ALL PARTIES AND SECONDARY ADDRESS. SEND A
CHECK THAT A
MESSAGE WITH A SECONDARY ADDRESS.

2232 23222222232202222222222000ttt
Rl RRRRdl ]

ro——

'CVDPVBO DPV11 FUNC DIAG MACRO V03.01 28-0CT-80 08:56:53 PAGE 11

NN =OOVONO VNN

PONIPININ)
b = cd e e e e e =

OO0 NN

PROGRAM DOCUMENT

RN RN

R RN

]

ABORT TEST

SUBTEST 1 =

M
M

R RN RN RN RN AANARNNAANRROAAANORNOOOROOIOTRSY

TEST 16 - DPV-11

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

IS ASSERTED.

SELECTED OPTIONS: BOP MODE, CRC=CCITT PRESET T0 1,
S BIT CHARACTERS, MAINTENANCE MODE LOOPBACK.

A
M
v
s

SUBTEST 2 -

?gozgsgé;golDLE SET. FLAGS TRANSMITTED WHEN THE ABORT BIT

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

*®

S BIT CHARACTERS, MAINTENANCE MODE LOOPBACK.

‘%

2223222232232 3222222222222 223222200 200000

R 02000

RRRtRRRdRdddd])

tt'tttttt'ttttt'tt'ttt"t't't"tt'ttt'ttttttttt't"tt"t'tttt'ttttt't

TEST 17 - DPV-11
AND ADDRESSING TEST
CONTRCL
EXTENDED
;*
;* CHECK THAT THE RECEIVER CAN RECOGNIZE EXTENDED ADDRESSING AND CONTROL
;* CHARACTERS.

.*
o*
A

SELECTED OPTIONS: BOP MODE, CRC-CCITT PRESET T0O 1,
3 BIT CHARACTERS, MAINTENANCE MODE LOOPBACK,
EXTENDED CONTROL AND ADDRESSING SELECTED

I (3222223332322 22322323 3222222238222

TEST 18 - DPV-11

2222202220000

0000ttt

dRRRddl)

;* 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.
SELECTED OPTIONS: BOP MODE, CRC-CCITT PRESET TO 1, LOOP SET,
i
S BIT CHARACTERS, MAINTENANCE MODE LOOPBACK.
:*
I

2222322222232

2 8222323222222 202020

R0 dRRRtRRtdRRltlRdldl)

RT
T
T T T T T R T R T R R T

TEST 19 - DPV-11
*
+ ASSEMBLED BIT COUNT
* TRANSMIT VARIOUS BIT LENGTHS WHILE RECEIVING AN 8 BIT CHARACTER.

* 5?532%51227 THE ASSEMBLED BIT COUNT (ABC) IS CORRECT UPON THE END
.

*
*
v

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

223
00000 RRRRRRRRdlRdl)
T 3222232222222 2222223322 2382222323

———

|CVDPVBO DPV11 FUNC DIAG MACRO V03.01 28-0CT-80 08:56:53 PAGE 12

R R
T T L
T T T T T TR T R P R R R R Y

TEST 20 - DPV-11
;* SPECIAL SPACE SEQUENCE

O
L

START A MESSAGE USING A SPECIAL SPACE SEQUENCE.

NOTE: CERTAIN USYNRTS ONLY TRANSMIT A SPECIAL START SEQUENCE WHEN
TRANSMIT START AND END OF MESSAGE ARE SET BY A BYTE OPERATION.

L]
.
.

CHECK THAT THE

MESSAGE IS CORRECTLY TRANSMITTED AND RECEIVED.

SELECTED OPTIONS: BOP MODE, CRC-CCITT PRESET T0 1,
S BIT CHARACTERS, MAINTENANCE MODE LOOPBACK.

*
*

1232222322222

22 2222222220222 220

000dRdRRddRRRRRdRRRiildld)

M
. ®

TEST 21 = DPV-1
SYNCH CHARACTER

CHECK THAT A SYNCH CHARACTER OF 271 CAN BE USED TO COMMENCE A MESSAGE.

;* VERIFY THAT THE MESSAGE IS CORRECTLY TRANSMITTED AND RECEIVED.
SELECTED OPTIINS: BCP MODE, VRC-EVEN PARITY,

* %

7 BIT CHARACTERS, MAINTENANCE MODE LOOPBACK.

i ARRARRRRARNRRENE RN RN R RN ERRARRRRRRRORRACARAAAARAOARARRARRRARRARROIOREY

TEST 22 = DPV-11
:®
DATA PATH
TRANSHIT
FROM
:* SYNCH
THE SYNCH FROM THE TRANSMIT DATA PATH.
USING
MESSAGE
A
;* TRANSMIT
CORRECTLY TRANSMITTED AND RECEIVED.
IS
o VERIFY THAT THE MESSAGE
VRC-0DD PARITY, IDLE SET
MODE,
BCP
SELECTED OPTIONS:
:
MAINTENANCE MODE LOOPBACK.
CHARACTERS,
BIT
5
:
.

2212322223222
022
R
R0
Rt
dRRRdRR R Rddddd)

....

PON) =B b

h b

S OOVONF VNN =OOVONOWNES
Il =

PROGRAM DOCUMENT

1222223323323 3238222222222
02 000 RRRRRRRRRdRRdl])

;* STRIP SYNCHS

T T

T R Y

TEST 23 - DPV-11

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

6 BIT CHARACTERS, MAINTENANCE MODE LOOPBACK.

teRtARtRRRR ROt RE AR R RRRETRTRORTRRRRARRRRRRRRAROERR
S TR TR RRRRRARRRCERROERY

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

2222322322232 22322232222223222 2222332332322 2332222222220220220R22R2200]])]

TEST 24 = DPV-11
* CRC=CCITT PRESET TO ONES.

*
*
*
‘«

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 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.
SELECTED OPTIONS: BOP MODE, CRC-CCITT PRESET TO 1, LOOP SET,
& BIT CHARACTERS, MAINTENANCE MODE LOOPBACK.

*
*

* 1222222222222
222022
R R0 R R 00RddRdRRddRRRRRdddRlRddl)

BN BN

BE 2R

OIS NN =O

PNOIPNIPOMNINININ
= s =d
e D
s D

VO NO VS WN 2OV

NOWNISS W

PROGRAM DOCUMENT

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 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,
It THE CRC WERE CORRECTLY RECEIVED. BY FORCING AN ABORT WE INTENTIONALLY
LOOK AT THE ERROR BIT WHEN IT SHOULD BE IN AN ERROR STATE.
SELECTED OPTIONS: BOP MODE, CRC-CCITT PRESET TO O, LOOP SET,
8 BIT CHARACTERS, MAINTENANCE MODE LOOPBACK.
2

2222

ittt ittt idiadidiitliiiiiliilnldsd’}

2222332222223 3 3322233332223 2222232222222

RRRRRRRRRRRRRRRdd)

TEST 26 = DPV-11

*
*

CRC-16 PRESET TC 0

+ SUBTEST 1 - CRC-16 ERROR

+ CHECK TO ENSURE THAT THE ERROR CHECK BIT (BIT 15 OF RDSR) IS
* CLEAR IF THE RECEIVER IS SHUTDOWN BEFORE THE CRC IS RECEIVED.
* IN BCP MODE THIS BIT IS CLEAR WHEN THE CRC IS IN ERROR.

+ THE ERROR CHECK BIT SHOULD BE SET WHEN THE LAST CHARACTER IS RECEIVED,
* [F THE CRC WERE GOOD.

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

8 BIT CHARACTERS, MAINTENANCE MODE LOOPBACK.

®
*
13
t

SUBTEST 2 =

CRC-16 CHECK

CHECK THAT THE CORRECT CRC-16 IS RECEIVED FOR THE DATA MESSAGE.
THE CRC FOR THIS DATA MESSAGE WAS PREDETERMINED.

. 2222222233232

23 3222222223022 00220 20222 00000200000 RRRRRRRRRRRlll)

CVOPVBO DPV11 FUNC DIAG MACRO Vv03.01 28-0CT-80 08:56:53 PAGE 14

B UNN 220V

PORNINIMON
b e
e e
e D s =

NOVSWNN SO OVONONWVSS W=

PROGRAM DOCUMENT

222222223 22223 2

R R R R

Rttt

TEST 27 = DPV=11
* VRC ODD PARITY ERROR

diddddRdRddRdl)d)

* BY SELECTING DIFFERENT CHARACTER LENGTHS IN THE RECEIVER AND
« TRANSMITTER,

‘e

CAUSE A PARITY ERROR TO OCCUR.

SELECTED OPTIONS: BCP MODE,

VRC-0DD PARITY, XMIT=7 §

RCV=6 BIT CHARACTERS, MAINTENANCE MODE LOOPBACK.

]

1 4 1222232222222 222223223222

22 2

2222222222222 3222223223222

2220

iRttt

ittt didl])

iRt idditiiiadilildldd)

TEST 28 - DPV-11
:
B
:* VRC EVEN PARITY ERROR
;* @ 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 &
ol

RCV=4 BIT CHARACTERS, MAINTENANCE MODE LOOPBACK.

*
* 2222222222222 2223 2222222223222 3222222202220

000 RddRdRiildldlll)

RN RN R R R RN R R RN RN TR R RN RN RN RO RY
t
TRttt R RN
R

TEST 29 - DPV-11

* DATA TEST

+ TRANSMIT AND RECEIVE A COMPLETE DATA MESSAGE WITHOUT THE USE OF INTERRUPT
* SERVICE ROUTINES. CHECK THAT THE DATA IS CORRECT.
*
SELECTED OPTIONS: BOP MODE, CRC-CCITT PRESET TO ONES,
8 BIT CHARACTERS, MAINTENANCE MODE LOOPBACK.
*

* 2222322222222

20 2000000 RRRRRRdRlll)

22222232222 3223228338280

2222223223222 222222222332 2222232233222 22220200 00000 dRdRdRdRRdRRdRRl))

:* BOP DATA TEST

TEST 30 - DPV-11

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

:®

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

6 BIT CHARACTERS, USER SELECTED LOOPBACK.

&
* 1222322222322

22222232823 2233 23233223200

X2322232223 2232222222222 32

:* BOP DATA TEST

TEST 31 - DPV-11

R0 R0 R0

;* TRANSMIT AND RECEIVE A COMPLETE DATA MESSAGE.
:* DATA 1S CORRECTLY RECEIVED.

:
:

CHECK THAT THE

dRRdRRRiRidRhll])

R iRttt liiittdldl])

CHECK THAT THE

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

3322233222233

2 222222

a2 SRR

Rttt

lddld])

CVDPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 15
LA AR L]
ee e
T

+ BOP DATA TEST

TEST 32 = DPV-11

+ DATA 1S CORRECTLY RECEIVED.

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

7 BIT CHARACTERS, USER SELECTED LOOPBACK.

:
:"
H +" I R

R
R

BOP DATA TEST

R R S R R AR R R

AR AR

A AR AR R Al l )

RN RN R RN AR RRNARARRRAARRARRARERRRNRORONOEROROON

TEST 33 - DPV-11

« TRANSMIT AND RECEIVE A COMPLETE DATA MESSAGE.
+ DATA IS CORRECTLY RECEIVED.

CHECK THAT THE

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

8 BIT CHARACTERS, USER SELECTED LOOPBACK.

*
L

:l'ttt'.i..tt't"""'t'"""""".....'t'tit.'i"fi't""'it.."t"'

TEST 34 - DPV-11
*
* BOP DATA TEST

« TRANSMIT AND RECEIVE A COMPLETE DATA MESSAGE.
+ DATA IS CORRECTLY RECEIVED.

CHECK THAT THE

* NOTE: CERTAIN USYNRTS ONLY TRANSMIT A SPECIAL START SEQUENCE WHEN
TRANSMIT START AND END OF MESSAGE ARE SET BY A BYTE OPERATION.
*
SELECTED OPTIONS: BOP MODE, CRC-CCITT PRESET TO ONES,
*

6 BIT CHARACTERS, USER SELECTED LOOPBACK.

e e s e e e e AS R

Ittt

R Rt

BOP DATA TEST

TEST 35 - DPV-1

R R R R A R AR AR R AR R R AR R R R R 0

e e e s e 2R R R R R R

TRANSMIT AND RECEIVE A COMPLETE DATA MESSAGE.

DATA IS CORRECTLY RECEIVED.

IS Tt

* BOP DATA TEST

stz e e

R R R R

e R

R SRR R R SRR S R AR R AR A AR AR A A R A A 0 00

TEST 36 - DPV-1

* DATA IS CORRECTLY RECEIVED.
*

CHECK THAT THE

a2 SR A R RS R A A A R A A R A A A A R R A 0 0 Q)

* TRANSMIT AND RECEIVE A COMPLETE DATA MESSAGE.
I

A A A A R A R A b

7 BIT CHARACTERS, USER SELECTED LOOPBACK.

Y Y L e 22

A AR A

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

%8 %R

=
e e e
POPON) = cd ed o

CHECK THAT THE

* TRANSMIT AND RECEIVE A COMPLETE DATA MESSAGE.

N=2OOONOWVSWN
2O OONONS W=

PROGRAM DOCUMENT

CHECK THAT THE

SELECTED OPTIONS: BOP MODE, CRC-CCITT PRESET TO ZERO, LOOP SET,
8 BIT CHARACTERS, USER SELECTED LOOPBACK.

. . t.".".tt't""""'i"'Qi"i".'..t.it'lt".l"t.tt..t.".i.lfi..ll

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

TR
e T

TEST 37 - DPV-1
o
;* BCP DATA TEST

:* TRANSMIT AND RECEIVE A COMPLETE DATA MESSAGE.

CHECK THAT THE

:* DATA IS CORRECTLY RECEIVED.
.
SELECTED OPTIONS: BCP MODE, VRC-0DD PARITY, IDLE BIT SET
:*
6 BIT CHARACTERS, USER SELECTED LOOPBACK.
:®
T

. AR

AR R RN AR

AR RN

8CP DATA TEST

RN NP AN NRARRANAAAAAAARAORAAROOROOOORS

R R RN RN RN

TEST 38 - DPV-11

AR AR

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

§e
i

ARRARARR

ROS

CHECK THAT THE

SELECTED OPTIONS: BCP MODE, VRC-EVEN PARITY,
5 BIT CHARACTERS, USER SELECTED LOOPBACK.

* 1222223222223 2232322222222

NNVOIN

Db bbb DB

B ea

N=2OOWONOWVSWNN
SO OV0 NS NN -

PROGRAM DOCUMENT

* BCP DATA TEST

22 222332222223 2222220 0000 000 RRRRRRRRRRRRll)

TEST 39 - DPV-1

*+ TRANSMIT AND RECEIVE A COMPLETE DATA MESSAGE.
CHECK THAT THE
* DATA IS CORRECTLY RECEIVED.
*
SELECTED OPTIONS: BCP MODE, CRC-16 PRESET TO ONES, STRIP SYNCHS,
*
7 BIT CHARACTERS, USER SELECTED LOOPBACK.
]

« 1222323222232 23 2322232222222

2338223232322 22222233233220222220RRRd0R0R0ddd)

:ttttttttt"t.t"""'t'it""""'..ttttt'l"itt"t'..tt'l"'t't'."t

TEST 40 - DPV-1
o*
;* BCP DATA TEST

:* TRANSMIT AND RECEIVE A COMPLETE DATA MESSAGE.

CHECK THAT THE

8 BIT CHARACTERS, USER SELECTED LOOPBACK.

;* DATA IS CORRECTLY RECEIVED.
:
SELECTED OPTIONS: BCP MODE, CRC-16 PRESET TO ONES,

1222222222322 23223 2322322322222 2233332232222 220 020200000000

RRRRRRRRdl)

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

TEST 41 - DPV-11
:*
:* DDCMP DATA TEST
;* TRANSMIT AND RECEIVE A COMPLETE DATA MESSAGE USING THE
s* DDCMP MESSAGE FORMAT. CHECK THAT THE DATA IS CORRECTLY RECEIVED
:® sggE;HAT THE CRC CHARACTERS ARE RECEIVED IN THE PROPER DDCMP
i

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

&
b

2222222

322322220002 2220 i

2020 R

Rt RldddRdld])

TEST 42 - DPV-11

o
;% BCP DATA TEST
;* TRANSMIT AND RECEIVE A COMPLETE DATA MESSAGE. CHECK THAT THE
:* DATA IS CORRECTLY RECEIVED.
:®
SELECTED OPTIONS: BCP MODE, CRC-16 PRESET TO ONES,
:®
5 OR 8 BIT CHARACTERS, USER SELECTED LOOPBACK.
IR

2322322222222 2222222222

ittt iia ittt iiiiitliiltddd)

ttttt'tttttttt"'t'tt""t'ttt'tt"ttttttttittttttttttttt'lttt't'ttt'

TEST 43 - DPV-11

:* BOP DATA TEST
;* TRANSMIT AND RECEIVE
A COMPLETE DATA MESSAGE.
CHECK THAT THE
;* DATA IS CORRECTLY RECEIVED.
SELECTED OPTIONS: BOP MODE, CRC-CCITT PRESET TO ONES,
5 OR 8 BIT CHARACTERS USER SELECTED LOOPBACK.
Q

."tttttt'tt'tt"'tt"""t't'ttttttttQ'tttt't"tt't""'t"t"tttt"t

1222223322222 2223232322222 2230022322228

NSOV

PONIN) =D

ed cd cd D e =D o

NOWVNSWN SOV

NONN

NN =

PROGRAM DOCUMENT

222200

2200000000

9.0 ERROR INFORMATION

9.1 ERROR REPORTING

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

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
255?25%26 IT, THE FAILING REGISTER NAME, AND DEVICE REGISTER

DPV DVC FTL ERR 00002 ON UNIT 00 TST 020 SuB 000 PC:
TIME OUT = DURING INTERRUPT EXERCISE

ERROR IN SUBROUTINE CALLED AT PC:
RXCSR:
RDSR :

000160
000000

031706

004756

RRRRRRddd

CVOPVBO DPV11 FUNC DIAG MACRO V03.01 28-0CT-80 08:56:53 PAGE 17-1

PROGRAM DOCUMENT

58
59

TXCSR:
TDSR :

61
62

DPV

12 2432

00 1402

EOP
1
1 CUMULATIVE ERRORS

. e

—

——

[

RP—

—

——

p—

'CVDPVBO DPV11 FUNC DIAG MACRO V03.01 28-0CT-80 08:56:53 PAGE 18
|PROGRAM DOCUMENT
9

002000

.=2000

12
13
14

}z 0020C0
17
18 002000

21
22
23
L)
25

26
%g

29
30
31
g%
gg 002000
43

<MCALL

SVC

1
1
1
1
1

LIST INSTRUCTIONS

;
;
¢
:
:

LIST
LIST
LIST
LIST
LIST

svC

; INITIALIZE SUPERVISOR MACROS

BGNMOD

000001
000001
000001
000001
000001

000001
000001

SLSTIN=
SLSTTAG=
SVCINS=
SVCIST=
svisuB=

SV(GBL=
SVCTAG=
3
:
:
:

1
1

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

CHANGE THE VALUES OF THE SVC... SYMBOLS TO BE ZERO IF YOU WISH
TO ALIGN THE MACRO CALLS AND THEIR EXPANSIONS. CHANGE THE
SYMBOLS TO BE MINUS-CNE TO NOT LIST THE EXPANSIONS. YCU MAY
CHANGE THE SYMBOLS AT ANY POINT IN YOUR PROGRAM.
POINTFR BGNDU

'CVDPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 19

|PROGRAM HEADER
|

SBTTL

2
3

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

5
)
7
8
9
10
1 1 002000
002000

DISPOSITION OF THE MOST RECENT PATCH, MAXIMUM TEST TIME IN SEC.,
THESE
AND THE TYPE OF DIAGNOSTIC (0-SEQUENTIAL, 1-EXERCISER).
ARGUMENTS ARE

IN RESPECTIVE ORDER.

HEADER CVDPV,A,0,200.,0

::
LSNAME

LSREV::

060
000000

000310
040250

000000

002254
000000
040540
000000

000000
000000

000000
002124

000000
000000
000000

003
003

LSDEPO::

LSUNIT::
LSTIML::
LSHPCP::
LS$SPCP::
LSHPTP::
LS$SPTP::
LSLADP::

LSSTA::
L$CO::
LSDTYP::

LSAPT::
LSDTP::

LSPRIO:
LSENVI:

LSEXPT::
LSMREV::

/C/
N/
/D/
/P/
/N/

0
0
0

/A/

10/

0
200.
LSHARD

0
LSHW
0

LSLAST
0
0
0

0
LSDISPAT(CH

0
0

0
CSREVISION
(SEDILT

'CVDPVBO DPV11 FUNC DIAG MACRO V03.01 28-0CT-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

NN
W —=O VN

NNONNNONINVNON)
-

LSEXP4::

000000

LSEXPS::

000000

LSAUT::

000000

LSDUT::

017750

104035

002116
002116
002120
002120

LSREPP::

000000

002100
002102
002102
002104
002104
002106
002106
002110
002110
002112
002112

002114

LSDEVP::

003674

0000CO

002114

L$SPC::

000000

002074
002076
002076

002100

LSEF::

000000
000000

LSLUN::

LSDESP::

003702

LSLOAD::

LSETP::

000009

LSICP::

015372

LS$CCP::

016564

LSACP::

016500

LSPRT::

015364

LSTEST::

000000

LSDLY::

000000

LSHIME::

000000

.EVEN

.WORD
LWORD

O
O

.WORD

LSDVIYP

.WORD

LSDU

.WORD

LSDESC

EMT

ESLOAD

.WORD

LSINIT

.WORD

LSCLEAN

.WCRD

LSAUTO

.WORD

LSPROT

MWORD

.WORD

'CVDPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 20
DISPATCH TABLE

.SBTTL

DISPATCH TABLE

SIIIIIIIIIIEI PRI LR LI

i i iiiiieiiiiiiiieiiiiiiiili

:/ THE DISPATCH TABLE CONTAINS THE STARTING ADDRESS OF EACH TEST.

;/ 1T 1S USED BY THE SUPERVISOR TO DISPATCH i EACH TEST /I///I///////////////
.WORD

LSDISPAT(CH::

.WORD
.WORD

.WORD
.WOPD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD

.WORD
.WORD
.WORD
.WORD

.WORD
.WORD
.WORD

NS WO

.WORD
.WORD
.WORD

S NN —=O VN

020030
020434

DISPATCH 43

e
L b b
e b
e B e B

000053

i I/////////////////I/I//;

PORINININD
b e cd ccd e e o e o

SHIIIIIININI

'CVDPVBO DPV11 FUNC DIAG MACRO V03.01 28-0CT-80 08:56:53 PAGE 21

loeuuu HARDWARE P-TABLE
!

LSBTTL

}

DEFAULT HARDWARE P-TABLE

////////////////////////////////
;////////////////////I///////////////////////
DEFAULT VALUES FCR

;/ THE DEFAULT HARDWARE P-TABLE CONTAINS

:/ THE TEST=DEVICE PARAMETERS.

;////////////////l///////////////////////////////////////////////////////////

g
8 002252

002252 000003

BGNHW

DFPTBL

.WORD
.WORD

160010
300

LSHW: :
DFPTBL::

002254
9 002254

10 002254
11 002256

160010
000300

}% 002260 000001
14

15 002262
16
17
18
19

20
21
22
23
24

002262

.WORD

ENDHW

:DPV11 (SR UNIBUS ADDRESS
:DPV11 INTERRUPT VECTOR

: TURNAROUND (DEFAULT = RS423)
L10000:

LMWORD

L10000-L$HW/?2

——

'CVDPVBO DPV11 FUNC DIAG MACRO V03.01 28-0CT-80 08:56:53 PAGE 22

iGLOBAL EQUATES SECTION

.SBTTL

GLOBAL EQUATES SECTION

I LTI

LRI L LI T

I I II LA III

I LI LI 0211011111

THE GLOBAL EQUATES SECTION CONTAINS PROGRAM EQUATES THAT

/////////////////////////////////////////////////////////////////////////////
Y

5
6
7
8 002262

RE USED IN MORE THWAN ONE TEST.

EQUALS

s S
o Bt

=S -

)

) o

) e

—

DODDODDDDDODODED

St Bt Gt Bt Gt Bt Bt bt bt b

nunmrnun
Hnuwnnn

OCOO0O0O0O0O
O =NOWW

B
)

O =MW
VO NOO

e Bt b
—~——
N ———

St bt Bt bt Bt Bt Bt Bt Bt

040000
020000

15== 100000

———

100060

0D €0 D= - 0D D 30 €0 D 00 O O T T T €O 0 O O O~ -

5 BIT DIFINITIONS

et MMMMIMe. e 8o s €D CD CD OO D €0 T
O
e e
flflflmfl
— et

l
|

2
3

EVENT FLAG_DEF INITIONS

EF32:EF17 RESERVED FOR SUPERVISOR TO PROGRAM COMMUNICATION

.START==
RESTART==
.CONTINUE==
«NEW==
==

32.
31.
30.
29.
28.

: PRIORIYY LEVEL DEFINITIONS

PRIO7== 340
PRI06== 300
PRIOS== 240
PRIO4== 200
PRIO3== 140
PRI102== 100

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

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

GLOBAL EQUATES SECTION

000040
000000

PRIO1== 40
PRI00== 0

sOPERATOR FLAG BITS
000004
000010
000020
000040
000100
000200
000400
001000
002000
004000
010000
020000
040000
9
10

100000

1
12

13
14
15

16
17

18
19

20
21
22
23
24
25
26
27
28
29
30
3
32
33
34
35
36
37

EVL==

LOT==
ADR==
IDyY==
ISR==
UAM==
BOE==
PNT==
PR]==
IXE==
IBE==
1ER==
LOE==
HOE==
R

4
10
20
40
100
200
4«00
1000
2000
4000
10000
20000
40000
100000

LR
T R R
T R Y

'Q"."t"'.'.""""'Q'Qt""tt'..'tt..i"l""t.t"i'.".Q""'Q.'

SHITCH REGISTER OPTIONS
100000
040000
020000
010000
004000
002000

001000
000400
000200
000100
000040
000020
000010
000004
000002
000001

SW15=

SWié=
SWwi3=
swi2=
SWwil=
sw10=
swo9=
swo8=
swo7=
swoé=
Sw05=
Swo4=
Swo3=
swo2=
swo1=
Swoo=

100000

40000
20000
10000
4000
2000
1000
400
200
100
40
20
10
4
2
1

3222323332223 33 322233022222 2220 3322020200000 00

2SCSR AND STATUS WORD DEF INITIONS
:;RXCSR = CSRO
000001
000001

SF=
RL=

BITO
BITO

39
40

000002
000004

42
43
r

000020
000040
000100

DTR=
RTS=
LL=

BIT
811%
BIT

000010

000200

RXENA= BITé

DSITEN= BITS
RXITEN= BIT6
RDATRY= BIT?

(EXTERNAL REGISTER)

RRRRRRRRRRRRRRRRl Rl

READ/WRITE BITS 0 = 6

sSELECT FREQUENCY.
;REMOTE LOOPBACK = IF WIRE WRAPPED

s SELECTED.
'DAYA TERMINAL READY R/W
;REQUEST TO SEND R/W
:LOCAL LOOPBACK

:RECEIVER ENALBLE

R/W

:DATA SET INTERRUPT ENABLE R/W
RECEIVER INTERRUPT ENABLE R/W
READ ONLY #v
sv¢ BITS 7 = 15
;RECEIVE DATA READY READ ONLY

—

ET—

CVOPVBO DPV11 FUNC DIAG MACRO Vv03.01 28-0CT-80 08:56:53 PAGE 22-2

GLOBAL EQUATES SECTION

SFR=
DM=

87
88
8%
90
N
92
93

RSTARY= B
RXACT=
B
B
RR=

100000

CTS=
IC=
DSCNG=

iRECEIVER ACTIVE READ ONLY
:RECEIVER READY READ ONLY

:CLEAR TO SEND READ ONLY
; INCOMING CALL READ ONLY
:DATA SET CHANGE READ ONLY

8
8
B

;;PCSAR = CSR2

WRITE ONLY

;:RDSR

8
8
8
8

ALL=
ONE=

—

D O OO OO —* OO OO
PT
@om®

95
97
98
99

ERR=

BIT15

8
B

:NOT USED
*NOT USED

(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.

:BITS 12-14 ASSEMBLED BIT COUNT (ABC)
sALL BITS VALID

8
B
B
B

SiX=
SEVEN=

110

; IDLE MODE SELECT
: SECONDARY ADDRESS SELECT
:STRIP SYNCH - BCP
:LOOP MODE - BOP
;PROTOCOL SELECT.
sALL PARTIES ADDRESSED.

= CSR2

RSOM=
REOM=
RABORT=
ROVER=

SCRC CCITT INITIALIZED TO ZEROS
:CRC 16

'8IT10

— e e d ek b
WSS
—

ot et P s B bt et
— ) ] ) o — -y

DODODODOD®

004000
010000
020000
020000
040000
100000

BITS 8-10 ERROR DETECTION SELECTION
CRC CCITT INITIALIZED TO ONES

:VRC ODD PARITY
VRC EVEN PARITY
IT9'BIT\0 :ALL ERROR DETECTION INHIBITED.

b b ot B B D
—_——————

002400
003400
001000
003000

TMm

000000
000400
001400
002000

DODDODDDDODDO

:THE SECONDARY ADDRESS USED IN BOP MODE.

TWO=
THREE=
FOUR=
FIVE=

(INTERNAL USNYR/T REGISTERS & AND 5)

;BITS 0=7 SYNCH CHARACTER OR SECONDARY STATION
;ADDRESS. LOWER BYTE OF THE PCSAR IS THE
OR
:SYNCH CHARACTER USED WITH IN BCP MODE

=
(=]
=

50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
4!
72
73
[
75
76
77
78
79
80
81
82
83
84
85

;SYNCH OR FLAG DETECT READ ONLY
:DATA MODE READ ONLY
;RECEIVER STATUS READY READ ONLY

B8
8

:ONE BIT VALID

;TWO BITS VALID
s THREE BITS VALID
:FOUR BITS VALID
;FIVE BITS VALID

'BIT14
:SIX BITS VALID
'BIT14
'BIT13 181714;SEVEN BITS VALID

;sTXCSR = CSRG

;ERROR CHECK

(EXTERNAL LO BYTE

[INTERNAL 7 HI BYTE) READ/WRITE

CVDPVBO DPV11 FUNC DIAG MACRO V03.01 28-0CT-80 08:56:53 PAGE 22-3

GLOBAL EQUATES SECTION
104

000001

000002
000004
000010
000020
000040
000040

RESET=
TXACT=
TBE=
M=
TXENA=
$Q=
M=

BITO
BIT1
axrg
BIT
BITé4
BITS
BITS

:DEVICE RESET = WRITE ONLY
STRANSMITTER ACTIVE = READ ONLY
STRANSMITTER BUFFER EMPTY = READ ONLY
:MAINTENANCE MODE = R/W
STRANSMITTER ENABLE = R/W
:SIGNAL QUALITY =READ ONLY
;;Eg} :ggg - READ ONLY WIRE WRAPPED FOR

112
113
114
115
116
117

000100

TXIE=

BITé

STRANSMIT INTERRUPT ENABLE = R/W

::PCR

= HI BYTE CSR&4 (INTERNAL USNYR/T REGISTER 7)

EXCON=
EXADD=

BIT3
BITé

105
106
107
108
109
}}?

118
119
120

121
122
123
124
125
126
127
128
129
130
13
132
133
i34
135
136
137
138
139
140
141
142

143
144
145

000010
000020

;:TDCSR = CSR6
000400
001000
002000
004000

TSOM=
TEOM=
TXABO=
TGA=

BIT8
BIT9
BIT10
BITN

100000

TERR=

BIT15

:EXTENDED CONTROL FIELD
‘EXTENDED ADDRESS FIELD.

(INTERNAL USNYR/T REGISTERS 7 AND 7) READ/WRITE
;BITS 0=7 TRANSMITTER DATA

;TRANSMIT START OF MESSAGE - R/W
;TRANSMIT END OF MESSAGE - R/W
: TRANSMIT ABORT = R/W
;TRANSMIT GO AHEAD - R/W
:BITS 12 = 14 RESERVED
: TRANSMIT DATA LATE ERROR. = READ ONLY

:;tt.'t't'ti."'t'""'Q"""i'l'.'...fi.'tl"'.....Q"Q'.""Q"Q"tt.

: 1 X2222223232223222223222 2323232322322

1'MISC. EQUATES

000226
000207
100000
000015
000012
000007

000332
000266

2000 dRRRdRdRRRRRRdRdd)

SYN=

226

;DDCMP SYNCH CHARACTER

=
LF=

15
12

sASCII CARRIAGE RETURN
;ASCII LINE FEED

RETURN= 207
BIT15
BOP=
MFPT=

CRCLO=
CRCHI=

332
266

;RETURY FROM SUB.
(= JSR PC]
;BIT SET IN MODE WHEN IN BOP MODE
;OPCODE FOR LSI 11/23 TO MOVE PROCESSOR TYPE
RO=3 MEANS LSI 11/23 =~ ILLEGAL INSTRUCTION
;TO RO
;ON AN LSI 11 OR LSI 11/2
;LOW BYTE OF CRC IN TEST 26.
;HIGH BYTE OF CRC IN TEST 26.

CVDPVBO DPV11 FUNC DIAG MACRO V03.01 28-0CT-80 08:56:53 PAGE 23

GLOBAL DATA SECTION

.SBTTL

;

GLOBAL DATA SECTION

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

SIIIIIIIIIIT I IR I I TR LT T IR 0200000 0000000000000000000000000000100000110011

;

Qt't"tt.ti'.""Q""'tti"t"""'t."""""'lt't't"..".."'t'.

{DPV11 VECTOR AND REGISTER INDIRECT POINTERS

12 002262
13 002264
14
002266
15 002270
16 002272
17 002274
18 002276

000000
000000
00001
)
000000
000000
000000
0000

RCVEC:
XMTVEC:
CSRO:
CSR2:
CSR4:
CSR6:
CSR1:

CSR3:
CSRS:
CSR7:

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

23
24
25
26
27
28
%8

002266
002270

RXCSR=
PCSAR=

CSRO
(SR2

002270
002272
002274
002302

RDSR=
TXCSR=
TDSR=
PCR=

CSR2
CSRé
(SR6
CSRS

19 002300
20 002302
55 002304

000000
000000
000000

0
0
O
0
O
O
O

O
O
O

:DPV11 RECEIVER INTERRUPT VECTOR
:DPV11 TRANSMITTER INT. VECTOR
:POINTER TO DPV11 CSRQ
:POINTER TO DPV11 (SR2
:POINTER TO DPV11 CSR4
:POINTER TO DPV11 CSR6
:POINTER TO HIGH BYTE OF CSRO

:POINTER TO HIGM BYTE OF (SR2
:POINTER TO WIGH BYTE OF CSR4
:POINTER TO HIGH BYTE OF CSR6

;RECEIVER CSR (READ/WRITE)
:PARAMETER CONTROL SYNCH/ADDRESS REG.
: (WRITE ONLY)
:RECEIVE DATA/STATUS REGISTER (READ ONLY)
: TRANSMITTER CSR (READ/WRITE)
:TRANSMIT DATA/STATUS REGISTER (READ ONLY)
:PCR= PARAMETER CONTROL REGISTER

;;OTHER HARDWARE PARAMETERS

gz 002306

000000

TURN:

.WORD

;TURN AROUND TYPE (0-7)

't'.'t.'.'Qtt"t""'"'"t"'...".."t'i"'Q.'Qt.'t'i."'i""'.l'.

*PROGRAM CONTROL PARAMETERS

40 002310
41 002312
42 002314

000000
000000
000000

FRSTIM: .WORD
FRSPAS: .WORD
STARES: .WORD

0
0
0

;FLAG=0 IF PROGRAM JUST LOADED
:FLAG=0 IF FIRST PASS AFTER LOAD
:FLAG=0 IF 1ST TIME THRU AFTER STA OR RES

‘6
2;

.".i"."'."""""'."""'Q..."'...i..t..'.‘.'.l'l"'...."t"'
:PROGRAM VARIABLES

;* MISCELLANEOUS STORAGE

S0 002316

000000

Aaoa

JWORD

002324

000000

CPU:

.WORD

:PROCESSOR TYPE

000000

DATA:

.WORD

000000

EXERR:

.WORD

:COUNTER FOR # OF DATA CHARATERS TRANSMITTED.
:ERROR STORAGE
:FLAG THAT AN ERROR 1S EXPECTED IN DATA

000000
000000

.WORD
BITS:
COUNTER: WORD

§5 002326

002332

§1 002320
§2 002322
§3

54
5

§7

002§

000000

ERROR:

.WORD

;FLAG TO ALLOW AN ABORT TO BE ISSUED.

:BITS TO BET SET IN THE CSR REGISTER
:COUNTER FOR # OF CHARACTERS TO RCV. (RDATA2)

(3= L5111/23 0 = LSI 11 OR LSI 11/2)

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

GLOBAL DATA SECTION

S8 002334
59 002336
60 002340

000000
000000
000000

FLAG:
.WORD
HEADER: .WORD
HIGH:
L.WORD

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

6% 002344
002346
64 002350
65 002352
66 002354

000000
000000
000000
000000
000000

IPCSAR:
IRXCSR:
IRDSR:
LENGTH:
LOGDEV:

O
0
0
0
0

:IMAGE OF PCSAR
; IMAGE OF RXCSR
: IMAGE OF RDSR.
:CHARACTER LENGTH.
;LOGICAL DEVICE NUMBER

68 002360

000000

MCFLAG: .WORD

73 002372 000000

PSTACK: .WORD

61 002342 000000

67 002356 000000
69 002362
70 002364
71 002366
72 002370

000000
000000
100000
Q000G

74 002374
75 002376

000000
000000

77 002402

000000

76 002400
78 002404
79 002406
80 002410
81 002412
82 002414
83 002416
84 002420
85 0024%2
86 002424
87 002426
88 002430
89 002432
90 002434
91 002436
92 002440

32 002442

000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000

000000

IPCR:

.WORD

MAINT:

.WORD

.WORD
.WORD
.WORD
.WORD
.WORD

MODE:
NESTPC:
NXMFLG:
OVER:

.WORD
.WORD
.WORD
.WORD

REG:
RFLAG:

MORD
.WORD

RXINI:

.WORD

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

.WORD

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

TXMINI: .WORD

95
96
97
98
99
100

:IMAGE OF PCR

:MAINTENANCE MODE LOOPBACK FLAG

:WORD USED IN TO TRACK MODEM CONTROL INT.

:CONTAINS BASE LEVEL PROGRAM SP

O
O
O
O

O
0

0
0

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

;PROTOCOL TYPE
;FLAG TO NOTIFY WHEN A SUBR IS NESTED
:WORD USED WHEN ADDRESS IS NXM.
:FLAG TO ALLOW RECEIVE OVERRUN.
:STORAGE OFA CSR ADDRESS
:WORD USED IN RECEIVE ROUTINE.

: TEMPORARY LOCATION TO SAVE RDSR ON INTERRUPT
SRECEIVER INITIALIZATION

SRECEIVER INITIALIZATION WITH INT ENABLED.
:RECEIVER INIT WITH MAINTENANCE LOOPBACK.
:SCRATCH WORD USED FOR MISC. STORAGE IN 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 SDATA SUBROUTINE.
:TIMER VALUE
:FLAG TO ALLOW TOGGLE OF RTS IN TEST.
:TRANSMIT START
STRANSMITTER INITIALIZATION
STRANSMITTER INITIALIZATION WITH INT ENABLED.

:TRANSMITTER INIT WITH MAINTENANCE LOOPBACK

.EVEN

}8}
103
10‘

.tttttt'tttttt""tt't'\tt'ttttttttttttltttttt't'tttttttt'ttfitttttit't
ttt'ttttltlt"tt'tt"t't'i'tttttttttttttlttt't"ltt't'ttttttt!ttttlt!

}82

: :MODEM CONTROL

%8; 002444

MODEM:

10.

:BUFFER AREA FOR MODEM STATUS

"t'tttttttt'tttttttttOtttt'QtttfitttQttttt'ttttttttttttttltttt'tttttt

109

ttttttttttlttt""t'tt'ti'tttttttttt'tt'tlttt'!t"'tt'tttttt"t!lttii
..aurrsa AREA

]10
}};

113 002470
114 002472

.BLKW

000000
000000

XTYPE: .WORD
XCOUNT: .WORD

O
O

;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
117 002500
118
119
120
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
141 002576

142
143
144
145
146 002602

147

2605
002610
002613
002616
002621
002624
002627
002632
002635
002640
002643
002646

148
149
150

151
152
153 002650
154 002651
155 002653

156 002654
157 002655
}gg

ECOUNT: .WORD
XMITD:
.WORD

000000
000000
000000

RCOUNT:

.WORD

0
0

;# OF CHARACTERS FOR END OF MSG. IN BCP MODE.
;# OF CHARACTERS TRANSMITTED.

;# OF CHARACTERS RECEIVED.

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

177603
047321
143325
014116
105025
111523
137642
135015
052012
151172
166632

157427
163715
142304
052606
1237564
030030
1643531
066730
053627
165044
016741

031011
105221
040041
172334
111337
145064
063617
026575
070071
031605

$CCITT:

*+ CCITT PSUEDO=RANDOM TEST PATTERN #+

THE FOLLOWING 32 WORDS TRANSLATE INTO A 512 BIT 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 BY 1 BIT TO END
ON A WORD BOUNDARY.

.WORD
WORD
LWORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
LWORD
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

L L

;s ALPHANUMERIC DATA

101

104
107
112
115
120
123
126
131
061
064
067
000
000045

}8%

}82

110
113
116
121
124
127
132

m
114
117
122
125
130
060

062
065
070

ALPHA:

.ASCIZ

000006

L T

AR ORY

063
066
on
ACOUNT= .‘AESHA

000

R R

/ABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789/

DDCMP:

.BYTE

sCHARACTER COUNT

;: DDCMP BUFFER

201
064
000
000
001

.BYTE

.BYTE
.BYTE
.BYTE

DDCMP1= .-DDCMP

4.0

R AR

AR AR RN

:SOH (START OF HEADER)

R R

;COUNT AND FLAGS (BITS O AND 1 FLAGS)
+RESPONSE NUMBER
sTRANSMIT NUMBER
sSTATION ADDRESS

;2 BYTES OF CRC16

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

GLOBAL DATA SECTION

160 002656
002661

161
}gg

002664
002667
002672

104
115

115
123
105
000015

16‘

104
120

105
101

103
040
123
107

DDMSG:

.ASCII

/DDCMP MESSAGE/

:2 BYTES OF CRC16

DDCMP2= .=DDMSG

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

}22

s TRANSMIT BUFFER

}g; 002673

XMTBUF: .BLKB

169

::tttt"ttttttttt'tt"it't"""Q'ltt"tttttttttt.'tQt""!t"'t"'t't'

:: RECEIVE BUFFER

};9
172 003273
173
174
175
176

256.

000400

RCVBUF:
RSIZE=

.BLKB
256.
.-RCVBUF
-EVEN

:256. BYTE BUFFER

————

———

—

|CVDPVBO DPV11 FUNC DIAG MACRO V03.01 28-0CT-80 08:56:53 PAGE 25
.SBTTL

GLOBAL TEXT SECTION

333333 383833333333888033333 3338888833333ttt ettt

THE GLOBAL TEXT SECTION CONTAINS FORMAT STATEMENTS,

iiatt

MESSAGES, AND ASCII INFORMATION THAT ARE USED IN
X
MORE THAN ONE TEST.
X
333333383 33333333333333383333333323333332232328802822
0222223222002 %%%
2222222322322 222222222222 222

222

:* NAMES OF DEVICES SUPPORTED BY PROGRAM
S

003674
003674
003674
003677

u
104

061

120
061

Rttt iRR

2222222222322 22232 3222222223222 2222222222222 222000t

DEVIYP

<DPV11>

Rt iRt ll

Rttt RRRRRdRlld])

LSOVTYP::
LASCIZ

126
000

/DPVIV/

.EVEN
;t""'.'i't"t"'.""tt't""".""t't'tQt'tQ'"""""t.'."""'.""""

:* TITLE OF PROGRAM

2222222223222 23222222323 2222223232232 2223322223020

ay—
S

NN
= 2O

—_——

OO
=2
OMNESN
—
OWOHrON—

WWMIWNW~N
&

DESCRIPT

—

003702
003702
003702
003705
003710
003713
003716
003721

NOONOO

b
- o
—

d
s e
—

O NONVVI

WN = OV NS
W) =

GLOBAL TEXT SECTICN

FORMAT STATEMENTS USED IN PRINT CALLS

LSDESC::

Rttt

.ASCIZ

dldd)

/DIAGNOSTIC TESTS/

p—————

———————

—

-—

SE—

'CVDPVBO DPV11 FUNC DIAG MACRO V03.01 28-0CT-80 08:56:53 PAGE 26
|
|

WINNINI A NI NI NI NI NI NI N = b b e e e
b d b D
= OOV NONSWN=2OVONO
VS WN=OOVONOAWVN WA -

|GLOBAL SUBROUT INES

.SBTTL

GLOBAL SUBROUTINES

/////////////////////////////////////////////////////////////////////////////
o7
THE GLOBAL SUBROUTINES ARE CALLED BY MORE “HAN ONE TEST

Ny
.'."'Qti""'t"."'I"Q‘"""""Q'."'"Q.."'Q'Q".."Q"""""

21222223 222222222

Rt RRRRRRRRdRRRRRRddRdldl])

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

.MACRO
AF

'=2R?¥

ROUTIN
CALL
B, ROUTIN

MEX

.ENDC

JSR

ROUTINE; ## MISSING ROUTINE-EXPANSION ABORT ##

PC,ROUTIN

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

; PUSH REGS MACRO
.

;:'.'...".'t".i"t"""'Q"".'.'...'t.""'.".'.".Q'."Q""."'t

.MACRO
. IRP

MOV

.ENDM

::t'.'i".'Q'.."""'"""""'t"."t.'t'"".QQQ"""Q'Q".Q"'Q'Q

.ENDR

PUSH REGS
X,<REGS>

X,-(SP)

:PUSH KEG ON STACK.

PUSH

;:tQttttt..tltt'l""""tt'tt"tt'ltttttt'ltttll"ttttttitttfitt'tt't.t

: POP REGS MACRO

E;tttttt't..ltti"ICO"""'t""ttttttt'tttttt"tt.tttittttt'tt't"ttt

40
41

42
43
44

.MACRO
.IRP

POP REGS
X,<REGS>

.ENDM

POP

MOV
.ENDR

(SP)+,X

:POP REG OFF STALK.

‘7

;:ttlttttti'tt'.t't"tt"'tt"'tttttttltttlt.'tttttlltttttttlttt'ttt't'

: WAIT MACRO

E:'tt.tt.tt.tt'tt't'i""tt"'tt"t'.ttt.."t't'tt'ttttt.i.tittttt."tc

54
55

LMACRO

WAIT

8, $BIT

"ERROR ROUTINE:
MEX]T
JENDC

$811,ADDRESS

## MISSING ROUTINE-EXAPNSION ABORT ##

CVDPVBO DPV11 FUNC DIAG MACRO Vv03.01 23-0CT-80 08:56:53 PAGE 26-1
GLOBAL SUBROUTINES

NLIST
LLIST ME

58
59

LIST

.WORD
.WORD

JSR

PC,SWALT

72
73

LENDC
JAFF

JSR

66
g;
70
N

JSR

74
75
76

LENDC

78
79

82
83

8
’

.MACRO
JF

94
82

LMEXIT
.ENDC

:WAIT FOR BIT TO BE SET
:IN RECEIVER C(SR.

;CALL WAIT ROUTINE PC,SWAILT
;WAIT FOR BIT TO BE SET
$BIT
.WORD
ADDRESS ;IN THE GIVEN ADDRESS.
.WORD
JENRERRRRR R RN

SDELAY STIME
B, STIME

.ERROR ROUTINE:

## MISSING ROUTINE~-EXAPNSION ABORT ##

NLIST
LLIST ME
LLIST

JSR

PC,SDLAY
.WORD

SRINRAS28E

97
98

;CALL WAIT ROUTINE -

E;ltltQtt'.'t'tt't"t'tt""'i'tt'ttttttt.ttt".llt.'tt'.t'tt"tt'tttt'

91
92

$BIT
RXCSR

;CALL WAIT ROUTINE -

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

: DELAY MACRO

gg
90

.WORD
.WORD

TBE
TXCSR

;;t.tt'tttttt'ttt'tt""'t"t"tt't.ttt'ttttt.".'lt"tt.'ttt'tt.!t't"

PC, SWAILT

;eensenee MACRO EXPANSION eeeeceee

LNLIST ME
.ENDM

80
81

B8, ADDRESS
IDN $BIT, TBC

F
AF

62
63
64

NLIST ME
.ENDM

sevenenee MACRO EXPANSION teveeece

STIME

;CALL DELAY SUBROUT INE

;NUMBER Oi DELAY LOOPS

."...'l'...'.'."..'.Q....".Ql'..

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

GLOBAL SUBROUTINES
W~

;:""'Q."Q"""""Q"""'""'."'."'.'"..".Q""""'Q"Q"Q.'
A R R R A A A A A A A A A A A A A A A A A A0 0
s
e e e
e
T
.

SUBROUTINE SWAIT

NOV

.
.

FUNCTION =

.
.

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

SN
=
ONO WS WN 2O OO NV
WN 2OV
:g\d,:h-nunz;:ghanunaaahauanon;ua...._-_a_..._._._h,

JSR

CALLING FORMAT:

.
.

v
.

PC,SWAIT
.WORD
.WORD

:BIT
sADDRESS

.
.

ENTRY CONDITIONS

.
.

.
-

EXIT CONDITIONS

EXIT WHEN BIT SET OR UPON TIME OUT.

CALLED BY

TESTS 4,5.7

IF TIME OUT, PRINT TIME OUT ERROR.

.
.

.
N

.
-

REGISTERS DESTROYED - RO-R2 SAVED AND RESTORED

':.'lt....'....."".."""""""..'."'.'.."'.'.l".."'..'..Ql.t'
j".'.'..'".'.t"""""""'..'.".'.'QI'..Q.Q'Q"Q.'...'.'.'."'Q'.

.
.

$WAIT:

003724

003724 011637 002416
003722

003736

003744
003750
003756
003764

003770

162737

000004

SUB

002416

MOV

017637 000000 002320

062716
017637
017737
062716

000002
000000 002374
176412 002374
000002

38 004000 017701
39 004004 033701

40 004010 001026
41 004012

176370
002320

004012 104422

42 004014

45 006022 053702
46 004026

006026
004030
004032
0040

104455
000000
013462
010;14

48 004044

001410

002320

47 004036 032737 000004 002320

49 0046046
004046 012746 0046102
004052 012746 000001
004056 010600

*CORRECT THE PC.

“SAVE THE BITS THAT WE ARE CMECKING.

‘UPDATE THE ADDRESS ON THE STACK.
*SAVE THE ADDRESS OF TME CSR POINTER
*SAVE THE ACTUAL CSR ADDRESS.
*UPDATE THE ADDRESS ON THE STACK.

CLR

TUSE RO AS A LOOP TIMER.

MOV
BIT

BNE
BREAK

<R2.R1,RO>

‘PUSH REGS ON THE STACK

SREG,R1
BITS.R1
208

:SAVE THE CONTENTS OF THE CSR.
:1S THE BIT SET ?
‘BRANCH IF SET
:BREAK FOR SUPERVISOR.

:DECREMENT TIMER

TRAP

($BRK

BIS
ERRDF

817S,R2
0,EMG1,ERRG12

*CONTINUE IF TIMER NOT EXPIRED.
“SAVE EXPECTED RESULTS FOR ERROR MESSAGE.
*SET THE EXPECTED BITS.
:PRINT TIME OUT ERROR.

81T

#1BE.BITS

:WERE WE WAITING FOR TBE?

BNE

43 004016 001370

a($P) ,BITS

:SAVE THE PC THAT CALLED THE ROUTINE.

#2,(SP)
a(SP) ,REG
@REG,REG
#2,(5P)

DEC

005300

44 004020 010102

108:

(SP), SUBRPC

#4, SUBRPC

ADD
MOV
MOV
ADD

PUSH

003776 005000

37 004000

MOV

BEQ

108

R1,R2

208

PRINTB #FMSY

S1F NOT,

TRAP
WMORD
'WORD
‘WORD

EXIT.

INOP.
*SUGGEST THAT THE XMIT CLOCK 1S MOV
MOV
MOV

CSERDF
O
EMG!
ERRG12

#ENSY - (SP)
2 .,-(SP)
SP.RO

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

'GLOBAL SUBROUTINES

000004

005037

002416

34 004100

000207

56 004102
004105

045
103

004121

1M1

004110
004113
004116

004124
004127
57 004132
58

103
124
040
103
103
045

208:

TRAP
ADD
POP

CLR

<RO,R1,R2>

;POP REGISTERS OFF

SUBRP(

RETURN
—h e e NN =D b s O
WS FPOOWO
-

51 004066
32 00074
|
|
5

104414
062706

[

004060
004062
50 004066

050
105

FMST:

LASCIZ

040
115

040
117

051

000

.EVEN

/RACCHECK THE

XMIT CLOCK) XN/

STACK.

(SPNTB

8 ,SP

/CVOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 29
GLOBAL SUBROUTINES
1

;""'.""'Q"'Q"'""""'Q'"'.'Q..Q.'Q"'""."Q0"'.""'0"'."

:'"Q'l'.."'.'.Q"Q"""""""'.""."Q""Q'"."".Q".'.Q""'Q

SUBROUTINE SRESET

FUNCTION -

TO PERFORM A MASTER RESET AND TO CHECK THAT
THE DPV IS IN THE PROPER INIT STATE.

10
1

:
:

ENTRY CONDITIONS -

EXIT CONDITIONS

= DEVICE IS RESET CORRECTLY OR AN ERROR IS REPORTED

CALLED BY

- TESTS 2-43

e 2222232222322 2232222222222
e

22 004136

$RESET:

005777
001413

176072

011637
162737

002416
000004

004216
004220
006222
004224

104455
000001
013540
007572

6 006296

47 004272
48 006274
00t§53
004
004304
006308
004310

R RRRRRRRRRRRRRRlll)

176104

108:

002416

017737

176030

002444

000040

002444

001010

012746
012746
010600
104414
062706

ST
BEQ

aTDSR
208

MOV
SUB

(SP)
, SUBRPC
#4, SUBRPC

ERRDF

10$

108

1,EMG3,ERRG1

;1S THE RECEIVE CSR = 0?
NOT ERROR.

NOT,

THE RECEIVE STATUS AND DATA REG = 0?
ERROR.

TBE SET?

NOT, ERROR.
THE PARAMETER CONTROL REG = 0?
NOT, ERROR.
THE XMIT STATUS AND DATA REG = 0?
YES - RESET OK.

;FLAG WHERE THIS SUBR. WAS CALLED.
sADJUST THE PC
;PRINT ERROR MESSAGE

TRAP

WORD

002416

122777

aPCR

BNE

005037

042737
032777
001417
052737

1STB

BEQ

;RESET THE DPV.
TMM

32 004176
33 004202
34 004204
35 004204
36 004210

31 004174 001003

000004

#RESET,ATXCSR
@RXCSR
108
aRDSR
108
#4,aTXCSR

176106

176112

MOV
TSTB
BNE
st
BNE
BIT

105777

176126

e R

30 004170

004166 001406

41 006240
&g 004246
43 004254
22 004256

222

"MLV MUV

000001
176116

40 004232

REGISTERS NOT AFFECTED

012777
105777
001015
005777
001012
032777

38 0042§g
3% 0042

PC,SRESET

JSR

‘:'Q.'.'.."""""""""""."Q"QQ.".".'Q'.'.""Q'Q"..'Qi...'

23 0064136
24 004144
25 004150
26 006152
27 004156
sg 004160

37 0046216

CALLING FORMAT:

006760
000040

000162
011522
000001
000004

002444
176016

176004

20%:

.WORD
.WORD

CLR

SUBRPC

;CLEAR THE FLAG

MOV

aRXCSR, MODEM

#6760, ODEM
#TM,aTXCSR
308
#TR, MODEM

;SAVE THE MODEM STATUS.
sCLEAR ALL BUT MODEM
:1S TEST MODE SET?
:1F NOT 0K
;OTHERWISE SET TM IN MODEM

CMPB

#162,3CSR1

;ARE RING, CTS, CD AND DM ALSO SET?

BIC
BIT
BEQ
BIS
BNE
PRINTB

30%
#FMG9

(SERDF

1
EMG3
ERRG11

;ALSO CHECK FOR =12V

:1F NOT, PROBABLY HAVE =12V
;PROMPT USER TO CHECK =12v.

MOV
MOV
MOV

(SP)
- Y,
#ENG
#1,-(SP)
SP.RO

ADD

e ,SP

TRAP

(SPNTB

—

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

GLOBAL SUBROUTINES

ls.g 004314
g} 004314

308:
000207

RETURN

'CVDPVBO DPV11 FUNC DIAG MACRO Vv03.01 28-0CT-80 08:56:53 PAGE 30
GLOBAL SUBROUTINES
1
%

::.Q.'l'l"'Q"""""""""""'.'Q"""""'"""'.'.""'Q""Q
::.Q'Q"'t'Qt'""""""""""""'"t'."""'.""'.""'."""'

;

SUBROUTINE $BUFRS

14
15

PATTERN AND TO CLEAR THE RECEIVE BUFFER

ENTRY CONDITIONS = IPCSAR

:
:

XTYPE
XCOUNT

= ADDRESS OF THE XMIT TYPE
= # OF CHARACTERS TO TRANSMIT

MODE

= PROTOCOL TYPE (BCP OR BOP)

};

;

19
%9

;
;

IPCR

LENGTH

gg
%g

:
*

EXIT CONDITIONS

= ECOUNT

XMTBUF

RCVBUF

PC,$BUFRS

JSR

CALLING FORMAT:

TO SET UP THE TRANSMIT BUFFER WITH A DATA

FUNCTION =

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

= IMAGE OF THE PCR (CSR 5 OF THE DPV)
= CHARACTER LENGTH

= :cgaug?AfiACTERS TO TRANSMIT (MODIF1ED

= CONTAINS XMIT DATA TYPE PATTERN
= RECEIVE BUFFER CLEARED

- TESTS 15-40
CALLED BY
REGISTERS R1-R& DESTROYED

E:"'l".'tittt"tfi'i"'""""'Qt".'.'t"t"."t'."..i"'itt""'it

;:'tt.'tl""tt"t"i"""""'"ti.i.tl'.ti"""."'i"Qi't'tt'."t'

31 004316

32 004316
33 004322
3%, 004326
35 004332
36 004336
gz 004342

013701
013702
012703
013704
005737
001444

002352
002470
002673
002472
002362

39 004344

032737

100000

40 004352
41 004354

42 004360
43 004362

4 004362
45 004370

004372

47 004376

48 004400

49 004400

001403
112723
000422

032737
001403

113723

112; 3

000377

010000

$BUFRS:

002344
-

002344

000020

002342

si 004412
53 004420

142763 000001
112223

177777

57 006430

5$:

6%:

gg 882: g 005237 002472
56 0066;3 1122;3

:GET THE CHARACTER LENGTH
*ADDRESS OF DATA TYPE
*ADDRESS OF TRANSMIT BUFFER.
:CHARACTER COUNT.
‘WHAT MODE?
IF BCP, SKIP ADDRESS CHECK.

BIT

#APA, IPCSAR

:1S APA DESIRED?

#SECADR,IPCSAR
6%

032737 000010 002342

MOVB

IPCSAR,(R3)+

:1S THE SECONDARY ADDRESS DESIRED?
:1F NOT = JUST LOAD DATA

:PUT SECONDARY ADDRESS IN THE XMIT BUFFER.

:LOAD ADDRESS CHARACTER

:BR IF NOT

BIT

BICB
MOVB

#BIT0,-1(R3)
(R2)+.(R3)*

BIT

#EXCON, IPCR

INC
MOVB

*IF NOT CHECK SECONDARY ADDRESS.
*PUT APA IN THE XMIT BUFFER

(R2)+,(R3)¢+

#EXADD, IPCR

BEQ

5%
#377.(R3)+

BIT
BEQ

MOVB

032737

oo1aog

LENGTH,R1
XTYPE ,R2
#XMTBUF ,R3
XCOUNT, R4
MODE
10%

BEQ
MOVB

002344

SO 0064402

§1 004410

MOV
MOV
MOV
MOV
TST
BEQ

XCOUNT
(R2)+,(R3)+

‘IS EXTENDED ADDRESS REQUESTED?

:MAKE SURE THE LSB OF THE ADDRESS IS 0
‘GET THE EXTENDED ADDRESS BYTE.

COMPENSATE TRANSMIT COUNT.
:LOAD CONTROL CHARACTER

IS EXTENDED CONTROL DESIRED?

CVOPVBO DPV11 FUNC DIAG MACRO Vv03.01 28-0(?-80 08:56:53 PAGE 30-1

GLOBAL SUBROUTINES

002472

013737
112213
146123
005304
001373

012701
012702

;9 004510

105021
005302
001375

78 004512

000207

80 004514
004517
004522
81
82

000
370
300

Move

8%
(R2)+,(R3)+

;BR IF NOT
:LOAD EXTENDED CONTROL

ADD

#2,XCOUNT

; COMPENSATE TRANSMIT COUNT

Mov

XCOUNT ,ECOUNT

;TRANSMIT COUNT IS THE END COUNT IN BCP MODE.

Move

(R2)+,(R3)
:ASK(R1)(R3)+
1%

sSAVE THE DATA IN THE TRANSMIT BUFFER
:CLEAR UNUSED BITS (DEPENDS ON CHAR LENGTH)
:DECREMENT COUNTER.
:LOOP UNTIL THE TRANSMIT BUFFER IS LOADED.

MoV
MoV

#RCVBUF ,R1
#RSIZE,R2

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

CLRB
DEC
BNE

(R1)+

;CLEAR THE ENTIRE BUFFER
:DECREMENT THE COUNTER

BEQ

58 004436

000002

002472

002474

8%:
108:
118:

004514

iNC

BICB
DEC
BNE

003273
000400

20$:

XCOUNT

R2
20%

:COMPENSATE TRANSMIT COUNT

;LOOP UNTIL THE ENTIRE RECEIVE BUFFER IS CLEAR

RETURN

376
200

374
340
000

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

MASK:
.EVEN

CVOPVBO DPV11 FUNC DIAG MACRO Vv03.01 28-0CT-80 08:56:53 PAGE 31

GLOBAL SUBROUTINES

srdgguudufldhflvhdN"Uho&nunuv.a_ha.a_ha.a-hd.a
VIS
WA = O OO N VNS NN 2O OO NO VS WN=OCONO NS WA~

AR AR
AR AR RN

RN
AR
R
R

RN RN RN AR AR RR AN RRARRRRARRRANARONOOTOROROOOOE
RN R RN AR RN RN RRRARNRRARNONRRRCOIOOOTCRONONS

SUBROUTINE SDATA
FUNCTION -

JSR
JSR

CALLING FORMAT:

= CLEARED RECEIVE BUFFER

ENTRY CONDITIONS = RCVBUF

= XMIT BUFFER

XMTBUF

MAINT

RXMINI

RXINIT
TXMINI
TXINIT
TIMER

EXERR

PC,SDATA
PC,SDATA1

= MAINTENANCE MODE FLAG
IF SET, MAINT. MODE DESIRED

= RECEIVER INIT WITH MAINTENANCE MODE SET.

= USER SELECTED RECEIVER INIT WORD.
= XMIT INIT WORD WITH MAINTENANCE MODE SET.
= USER SELECTED XMIT INIT WORD
= TIME OUT VALUE (DETERMINED IN INIT DEPENDENT ON PROCESSOR TYPE)
= FLAG FOR EXPECTED ERROR.
0 = NO ERROR EXPECTED.

NONO = ERROR EXPECTED.

= IF A CORRECT DATA TRANSMISSION - CARRY CLEAR

IF ERROR IN TRANSMISSION = CARRY SET AND ERROR
FLAG SET. IF ERROR WAS NOT EXPECTED, A MESSAGE

WILL BE OUTPUT.

CALLED BY

- SDATA

=~ TESTS 15-28 & 30 - 40

$DATAY1 = TESTS 41 =43

REGISTERS R1-R5 DESTROYED

008

909, %0 %0 %0 %8 %%

EXIT CONDITIONS

':'ittlittt'Qttttl"i""t"Q"'i"'.'.."t"t"'tt'.l."tt.'t"'l"l.'
A AR A A R A 0 0
z
A R R R R R A R R R AR
e e e e2 s t
BTtt

$DATA:

(V.
“

VIV

was
RO

S8 8338 38

CEURUNISSELE
NOVSN
-

45 004536

CLR
CLR
CLR
CLR
CLR
CLR

RFLAG
TFLAG
MCFLAG
ERROR
TIMEO
XMITD

;CLEAR THE RECEIVE FLAG
;CLEAR THE TRANSMIT FLAG
;CLEAR THE MODEM CONTROL FLAG
;ERROR CONDITION FLAG
:CLEAR TIMEOUT FLAG
:CLEAR XMIT COUNTER.

MoV
MoV
MOV

#RCVBUF ,R1
#XMTBUF ,R2
XCOUNT RS

;RECEIVE BUFFER
s TRANSMIT BUFFER
s TRANSMIT COUNTER

TST
BEQ

HIGH
5%

;1S THIS A HIGH SPEED TEST?
SPEED
:BRANCH IF LOW

CLR

RCOUNT

:CLEAR RECEIVE COUNTER.
SET UP THE VECTORS.

:SET VECTORS WITH THE HIGH SPEED ISRS

CVOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 31-1

GLOBAL SUBROUTINES

58 004604

004604

012746

000200

004614
004620
004624
004626

013746
012746
104437
062706

002264
000003

004632

012746

000200

004642
004646
004652
004654
60 004660
61 004666

013746
012746
104437
062706
042737
013737

002262
000003

SETVEC

XMTVEC,#XDATA2,#PRI0& :HIGH SPEED BOP XMIT ISR.

004610 012746 017512

59 004632

000010

SETVEC

RCVEC,#RDATA2,#PRIO4

004636 012746 017164

62 004674
63 004676
64 004676

000426

000010
000040

002472

012746
012746
013746
012746
104437
062706

000200
017340
002264
000003

004724
004730

012746
012746

000200
016732

BIC

#DSITEN,RXINIT

MOV

002322
5%

004676
004702
004706
004712
004716
004720

65 004724

002404

000010

XCOUNT,COUNTER

:HIGH SPEED RECV VECTOR

004744

104437

004746 062706

66 004752

SETVEC

XMTVEC,#XDATA.#PRIO&

;XMIT VECTOR

SETVEC

RCVEC,#RDATA,#PRIO4

;RECV VECTOR

000003
000010

7%:

;§ 005002

000411

002356
002406
002442

74 005004

75 005004 053777 002404
76 005012 053777 002440
77 005020 052737 000040
78
79 005026

80 005026

81 005032
gg 88;822

011637

162737
013704

002416

000004
002430

84 005044

012705

001000

86 005050

005777

175220

85 005050

87 005054
88 005056

100426
005737

002376

MOV

175272
175270

175254
175252
002404

$G0:

002416

8
108:

XMTVEC ,=(SP)
#3,-(SP)
CSSVEC
#10,5P

#PRI0G,=(SP)

= (SP)
#RDATAZ,

MoV
MOV
MOV
MOV
TRAP
ADD

#PR104,=(SP)
#XDATA.=(SP)
.= (SP)
XMTVEC
#3,-(SP)
CSSVEC
#10,5P

MOV
MOV

#PR104,=(SP)
#RDATA,-(SP)

MOV

#3,-(5P)

RCVEC,~(SP)
CSSVEC

ADD

#10,5P

MOV
TRAP

#PR100,RO
CS$SPRI

SETPRI

#PRIOO

:ENABLE INTERRUPTS

TST
BEQ
BIS
BIS

MAINT
$SDATA?
RXMINI.BRXCSR
TXMINI,aTXCSR

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

BIS
BIS
BIS

RXINIT,@RXCSR
TXINIT,@TXCSR
#DSITEN,RXINIT

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

MoV

(SP), SUBRPC

:FLAG WHERE THIS SUBR. WAS CALLED.

$DATA1:

#PRI0G, = (SP)

#XDATAZ,=(SP)

MOV

TRAP

004752 012700 000000
004756 104441
005737
001407
053777
053777

MOV
MOV
TRAP
ADD

MOV

67 004752

68 004760
69 004764
70 006766
71 004774

MOV

RCVEC,=(SP)
MOV
#3,-(5P)
MOV
CSSVEC
TRAP
#10,5P
ADD
;IGNORE DATA SET INTERRUPTS IN HIGH SPEED.
;SET UP COUNTER FOR INT SERVICE ROUTINE RDATA2

004734 013746 002262
004740 012746

MOV

$G0

suB
MoV

#4,SUBRPC
TIMER,R&

:ADJUST THE PC
:SET UP TIMER

MOV

#1000,R5

: INNER LOOP COUNTER

TST

aTDSR

;1S THERE A TRANSMITTER ERROR?

BMI
ST

20%
RFLAG

:BR IF YES
;1S THE RECEIVER DONE?

CVOPVBO DPV11 FUNC DIAG MACRO V03.01 28-0CT-80 08:56:53 PAGE 31-2

GLOBAL SUBROUTINES

89 005062
90 005064
91 005066
92 005070

93 005076

9 005100
005100
95 005102

001033
005305
001370
022737

001401

005304
001357
005237

100 005112
101 005116
102 005120

005737
001036

103 005130
104 005132

000422

042777

005140
005142
005144
005146

104455
000003
014766
006700

107 005150
108 005152

109 005152
110 005156
111 005160

112 005164
113 005166
005166
005170

005172
005174

114 005176
115 005176
116 0052064
117 005210

BEQ

BREAK
118:

002426
002332

104455
000002
013473
006700

105 005132

106 005140

002306

104422

96 005102
97 005104
33 005106

005120
005122
005124
005126

000002

BNE
DEC
BNE
CMP

000020

175132

000412

005737
100016
005737

001013

208:

002376
002232

015004
006700
012737
005037
000261

000001
002416

002330

248:

}}g 005212 000403

120 005214
121 005214

}%% 882%53

002416

052777

000001

005230
005234

013700
104436

002264

005236
005242

013700
104436

002262

oo~

126 005236
g

25%:

005244

000207

175042

‘BREAK FOR SUPERVISOR INTERRUPT

TRAP

:DECREMENT OUTSIDE LOOP COUNTER
*LOOP UNTIL DONE
*SET TIME OUT FLAG.

13
BNE
ERRDF

EXERR
25$
2,EMG2,ERRG2

:WAS AN ERROR EXPECTED?
“IF YES = EXIT WITHOUT ERROR MESSAGE.
:TIME OUT

248

BIC

STXENA,QTXCSR

3,EMG30,ERRG2

248

131
BPL
ST

RFLAG
25%
EXERR

25%
4 ,EMG31,ERRG2

MOV
CLR
SEC

cLe

#1,ERROR
SUBRPC

308

CSERDF
2
EMG2
ERRG2

TRAP
.WORD
"WORD
"WORD

CSERDF
3
EMG30
ERRG?2

“IF YES = EXIT WITHOUT ERROR MESSAGE.
:RECEIVER ERROR
TRAP
.WORD

CSERDF
&

:DISABLE THE TRANSMITTER.

:TRANSMIT UNDERRUN

:WAS THIS THE END OF MESSAGE?
‘0K - IF YES
‘WAS AN ERROR EXPECTED?

EMG31
ERRG2

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

:CLEAR CARRY - NO ERROR

CLR

SUBRPC

BIS
CLRVEC

#RESET,ATXCSR
XMTVEC

:RESET THE DPV
‘RESTORE VECTORS

CLRVEC

RCVEC

;

RETURN

C$BRK

TRAP
.WORD
"WORD
"WORD

"WORD
"WORD

B8R

005037

124 005222
125 005230

000241

“IF YES - DON'T ALLOW A SUPERVISOR BREAK.

R4
8s
TIMED

BNE
ERRDF

104455
000004

sEXIT LOOP IF YES
*DECREMENT INNER LOOP COUNTER
:LOOP UNTIL DONE
‘IS THIS RS422?

DEC
BNE
INC

ERRDF

228:

22%
RS
10%
#2, TURN

*CLEAR THE SUBR PC FLAG

MOV
TRAP

XMTVEC RO
CSCVEC

MOV
TRAP

RCVEC,RO
CSCVEC

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

GLOBAL SUBROUTINES

1
%

;:Qt".t.t"tl"""""""""'t"""'."'t."'Q'QQ.'Q"""Q'QQ""
;:QQ'.Qi.t""'t""""""'QQ'.".""""'Q"'Q'Q""""t""t""'

;

SUBROUTINE $CHECK

6
7
8

:
:
;

FUNCTION = AFTER A DATA TRANSMISSION CHECK
AND RCV
1. THE ERROR CHECK BIT 2. THAT THE XMIT XMIT
AND
THE
THAT
3.
EQUAL
ARE
COUNTS
CHARACTER
RCV BUFFERS ARE IDENTICAL

:
:

I15

;

;
;

18
19

:
:
;

59
22
52

JSR

CALLING FORMAT:

JSR

PC,$CHECK

PC,SCHK1

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.

MODE

= PROTOCOL MODE: O = BCP, NONO = BOP

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

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

;;'."t'.'.t""""""""""t"t.'t"'.""".."."'l""t'."""

35 005246 005737 002340
36 005252 001046
000421

46 005306

100412

43 005272 032737 002000 002344
44 005300 001015
45 005302 005737 002350
48 005310 011637 002416

005322
005324
005326
005330

51 005332

52 005334

162737 000004

1$:

38:

002416

104455
000005
015226
006652
000444

53 005334 023737 002472 002500

48:

;ENABLE LOCAL SYMBOL BLOCK.

LSB

TST
BNE

HIGH
5%

;1S THIS A HIGH SPEED TEST (HIGH SPEED iSRS)
1F YES SKIP CRC ERROR CHECK AND

IRDSR

:1S THE ERROR BIT SET (BIT 15)

BMI

100410

41 005270
42 005272

49 005314
50 005322

.ENABL

TST

39 005262 005737 002350

47 005310

= TESTS 41-43

REGISTERS R1 - R3 DESTROYED

TST
BEQ

37 005254 005737 002362
38 005260 001404

40 005266

$CHK1

:;"'t'.'lit'.""""""Q"""Q'tt"'.'t"..'fi"."'.'l."'t""""
$CHECK:

31
32 005246

MODE
1%
33

:1S THIS BCP MODE?
:BR IF YES

:1F YES - CRC ERROR.

BIT
BNE
TST

#BIT10,IPCSAR
&S
IRDSR

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

MoV

(SP) , SUBRPC

:FLAG WHERE THIS SUBR. WAS CALLED.

BMI

SUB
ERRDF

#4,SUBRPC
5,EMG37,ERRG1

308

CMP

XCOUNT,RCOUNT

:1F YES - OK

:ADJUST THE PC
;CRC ERROR

TRAP
MORD
.WORD
.WORD

;ARE THE CHARACTER COUNTS THE SAME.

CSERDF
S
EMG37
ERRG!

CVOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 32-1
W=
NN

002416
000004

BEQ
MoV

002416

suB
ERRDF

OO0
WN
=

MNONNOW
OOWVIONWVT

=N WON
= —
NSNS goac
NNO
S R
NS

OO0

54 005342
55 005344

GLOBAL SUBROUTINES

5%:

002673
003273
002472

002416
000004

$CHK:

20%:

002416

e e
s

;9 005444

005037

MOov
MOV
MOV

CMPB
BNE
DEC
BEQ
BR
MOV

suB
DEC

78 005450
79

000207

———

e ——

002416

308:

;IF YES = CONTINUE

6.EMG25 ,ERRG14

;ADJUST THE PC
;CHARACTER COUNTS DIFFERENT

(SP),SUBRP(
#4,SUBRPC

;FLAG WHERE THIS SUBR. WAS CALLED.
TRAP

.WORD
.WCAD
.WORD

308

ERRDF

007014

#XMTBUF ,R1
#RCVBUF ,R2

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

(R1)+,(R2)+

sARE THE CHARACTERS THE SAME
:IF NOT, REPORT THE ERROR
;DECREMENT THC COUNT.
;LOOP UNTIL DONE

XCOUNT ,R3

20%

308

$CHK
(SP) ,SUBRPC

:?.SUBRPC

R2
7,EMGZ6 ,ERRG3

RETURN

SUBRPC
LSB

EMG25
ERRG14

;FLAG WHERE THIS SUBR. WAS CALLED.

;ADJUST THE PC
sPOINT TO DATA IN ERROR

;POINT TO DATA IN ERROR.

;CHARACTERS DON'T MATCH

TRAP

.WORD
.WORD
.WORD

CLR
.DSABL

giERDf

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

gSERDF

EMG26
ERRG3

'CVDPVBO DPV11 FUNC DI4. MACRO v03.01 28-0CT-80 08:56:53 PAGE 33
'GLOBAL SUBROUTINES
!
i

1
%

;:t"ttt"!tl'tt""""""""QQ.""QQ"""‘itt.t"'t"t't".'.'t't
;;'Qltt.'tttt"""""Qt't""""t't"t"'.'ttt't""t"'Qt'ttt"'.'t

SUBROUTINE SMODEM
FUNCTION = TO PRINT OUT THE MODEM STATUS FROM A TEST
JSR

CALLING FORMAT:

ENTRY CONDITIONS = ERROR

MODEM

12
13
14

3
:
:

PC,SMODEM

= FLAG SET IF THERE WAS AN ERROR IN SDATA

MCFLAG = # OF MODEM CONTROL INTERRUPTS RECEIVED.
ALSO USED AS THE INDEX INTO THE MODEM
STATUS TABLE.

= ADDRESS OF MODEM STATUS TABLE

3
:
:

EXIT CONDITIONS

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

CALLED BY

- TESTS 30-40

:;Qt'tt.t'tttt"t""'i"."""tttei X122 2223333333333222322332333000220]

28 005452

$MODEM:

18
19
g?

REGISTERS R1-R3 DESTROYED

;."t"tt.tQtt't"""t"t't"'tt't't 3322232323333 333322333232322323220302]

29 005452
30 005456
31 005464
32 005470
33 005472
005500
35 005502

011637
162737
005737
001041
022737
002152

002416
000004
002330

002416

000001

002360

005502
005504
005506
005510
36 005512
005512
005516

104455
000010
015321
006652
013746
012746

002360
006030

005532
37 005536
38 005544
39 005546
40 005554
005554
005560

062706
022737
002013
012737

000006
000011

002360

000011

002360

012746
012746
010600
104414
062706

006325
000001

005522
005526
005530

005564
005566
005570

2; 005574

012746
010600
104414

MOV
SUB
ST
BNE
CMP
BGE
ERRDF

(SP) ,SUBRPC
#4 ,SUBRPC
ERROR
1%
35%
8,EMG40,ERRGY

:FLAG WHERE THIS SUBR. WAS CALLED.
:ADJUST THE PC
;:WAS THERE AN ERROR IN THE SDATA ROUTINE
:1F YES PRINT OUT STATUS
:WAS THERE MORE THAN 1 MODEM CONTROL INT?
:1F NOT = SKIP PRINT OUT
;MULTIPLE INTERRUPTS RECEIVED

PRINTB

#FMODEM,MCFLAG

:PRINT THE NUMBER OF INTERRUPTS.

CMP
BGE
MOV
PRINTB

#9. .MCFLAG
1%
#9. .MCFLAG

#1 ,MCFLAG

000002

000004

1%:

#FMODES

TRAP
.WORD
.WORD
.WORD

CSERDF
8
EMG4O
ERRG!

MCFLAG,-(SP)
MOV
- (SP)
#FMODEM,
MOV
#2,-(SP)
MOV
MOV
SP,RO
TRAP
CSPNTB
#6,5P
ADD
:WERE MORE THAN NINE INTERRUPTS RECEIVED?
:1F NOT, SKIP THE NEXT MESSAGE.
:ONLY PRINT OUT 9 INTERRUPTS
:INFORM THE USER INTERRUPTS DISABLED.
,
#FMODEG ,-(SP)
MOV
n ,-(SP)
MOV
MOV
SP,RO
CSPNTB
TRAP
#,5P
ADD

CVOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-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
005652
005654

012746
012746
010600
104414
062706

006233
000001

012703

006420

44 005600

45 005620

46 005640

47 005660

48 005662

49 005662

g? 005666
52 005672

$3 005672
54 005674
55 005676

005002

012704

012746
012746

005710
005712

104414
062706

005706 010600

56 005716

57 005720

58 005720

005720
005724

000410

012746
012746

005730 010600
005732
005734

104414
062706

60 005740
g; 005742

005304
001353

59 005740

000004

108:

006257
000001

12%:

006266
000001
000004

002360

67 005754
23 005760

005337
005202

002360

70 005762

005762 01 0246
005764 8}2766 006275
2746 000002
010600

#MODEM R

#FMODE(

PRINTB

#FMODE1

PRINTB

#FMODE2

CLR

MOV

#MMASK ,R3

:ADDRESS OF MODEM STATUS

:PRINT INITIAL MODEM STATUS

MoV
MOV
MOV
TRAP
ADD

= (SP)
#FMODED,
#1,-(SP)
SP.RO
CSPNTB
25%,5P

MOV
MOV
MOV
TRAP
ADD

#FMODE1 ,=-(SP)
2 ,-(SP)
SP,RO
CSPNTB
% ,5P

MOV
MOV
MOV
TRAP
ADD

#FMODE2,~(SP)
#1,-(SP)
SP.RO
CSPNTB
2 ,SP

;CLEAR COUNTER

MOV

#10..,R4

:# OF BITS TO CHECK IN THE MODEM STATUS

BIT
BNE
PRINTB

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

:CHECK THE BIT
;1S IT SET?
:1F NOT, PRINT A O

MOV
MOV

3.~ (SP)
#FMODE
#1,-(SP)

TRAP
ADD

CSPNTB
8 ,S5P

MOV
MOV

L
, = (SP)
#FMODE
#,-(SP)

TRAP
ADD

CSPNTB
#,SP

MOV
MOV

R2.-(SP)
(SP)
, - ES
#FMOD

MOV

000004

005737
001416

005721

5%:

000012

64 005744
65 005750

66 005752

PRINTB

000004

032311
001011

005676
005702

MOV

15%

PRINTB

#FMODE&

:PRINT A1

MOV
15%:

‘
DEC
BNE

k&
10%

;DECREMENT BIT COUNTER
:LOOP UNTIL DONE.

1ST
BEQ

MCFLAG
30%

:1S THIS THE LAST STATUS
;1F YES, EXIT

DEC
INC

MCFLAG
R?

sDECREMENT MC FLAG
: INCREMENT COUNTER.

PRINTB

#FMODES,R2

TST

(R1)+

SP,R)

SP,RO

:INCREMENT MODEM STATUS POINTER.
:PRINT NEXT MODEM

MOV
MOV

#2,-(SP)
SP.RO

CVOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 33-2

GLOBAL SUBROUTINES

005776
006000
006004
006006

104414
062706
000726

000006

006006

012746
012746

011410
000001

006012

006020
006022
74 006026

75 006026

000207

000004

35%:

PRINTB

#FMG6

;PRINT CARRIAGE RETURN.

RETURN

“w a

—w

() w

—

=e o<

R 0“12 2

—- [4

e= o- —-

77 006030

104414

062706

30%:

(SPNTB
#6,5P

TRAP
ADD

[+
4

CvOPVBO DPV11 FUNC DiAG MACRO v03.01 28-0CT-B0 0B8:56:53 PAGE 33-3

GLOBAL SUBROUTINES

00623§
80 00623
006236
0062641
006244
006247
006252
006255
81 006257
0062
006265
82 006266
006271
006274
83 006275
006300
006303
006306
006311
006314
006317
006322
84 006325
0063
006333
0063
006341
006344
006347
006352
006355
006
006363
006
006371
006374
006377
006402
006405
006410
006413
006416
85
86
87 006420
006426
006434
006442

000
045
101
104
040
040
123
072
045
045
090
045
045
000
045
101
104
040
101
105
104
101
045
052
117
115
117
122
040
124
122
124
m
102
104
106
122
040
101
105
052
116
000001
000010
010000
100000

116
11%
105
117
122
105
000
123
101

045
117
115
116
105
124

FMODE2: .ASCIZ

/XNXAMODEM ON RESET:/

064
060

FMNDES:

_ASCIZ

/XS4&XAQ/

123
101

064
061

FMODE&:

.ASCIZ

/%S4XAY/

116
115
105
103
116
040
061
072
10
040
104
040
116
117
m
105
125
040
123
114
040
124
040
103
116
123
052
000

045
117
115
110
107
045
045
000
052
115
105
103
124
114
116
122
120
104
101
105
101
105
07
110
107
040
045

FMODES:

.ASCIZ

/INXIAMODEM CHANGE XID1XA:/

FMODEG:

.ASCIZ

/X%A++ MODEM CONTROL INTERRUPT DISABLED AFTER 9 CHANGES **IN/

000002
000040
020000

000004
001000
040000

.EVEN

MMASK:

.WORD

;MASKS OF EACH BIT
SF,DTR,RTS,LL,TM.DM,RR,CTS,IC,DSCNG

CVDPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 FAGE 34
;"Q""'l.'..'l"""""""""'....Q"'Q""".'Q"'.'..'Q.""'...
e e e e R R R R R R R R R AR R AR A R A AR AR A LA AL
Y

SUBROUTINE STURN

FUNCTION = DETERMINE IF TURNAROUND IS AVAILABLE

JSR

ENTRY CONDITIONS -

TURN = 0 = TURNAROUND OFF

CALLED BY

e
e

]

TURNAROUND ON

= CARRY CLEAR (DO THE TEST)

TURNAROUND OFF = CARRY SET (DON'T DO THE TEST)
USER.

- TESTS 12 = 14

REGISTERS NOT EFFECTED
st

T Y

s s R R AR R A A A A A R A A A A A A A A 0 0 0 0

EE"'....".....""""""""".""'.'."'.'.....'..'.""'...'.'..

$TURN:

TST

BNE

CMP

002314

BNE
PRINTX

108:

= START RESTART COUNT

A MESSAGE TO THE

STARES

If TURNAROUND OFF AND IF ON FIRST PASS, OUTPUT

TURN

#1,STARES

:1S THERE A TURNAROUND

:1F YES = CLEAR CARRY TO DO THE TEST.

:1S THIS THE FIRST PASS

:1F NOT, DON'T OQUTPUT MESSAGE JUST SET FLAG.
1%
#FMGO,LSTEST,LOGDEV ; INFORM THE USER THAT TEST CAN'T BE RUN

:WITHOUT THE TURNAROUND.

——

PC,STURN

CALLING FORMAT:

EXIT CONDITIONS

\flVflflzgqu&"UN"UfiJN"UALJ.n_hu-‘_hd.a—ha
NV NN = OO0 NN
WA = OO0 YOV~

'GLOBAL SUBROUTINES

SEC
BR
cLe
RE TURN

108

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

MOV
MOV
MOV
MOV
MOV
TRAP
ADD

LOGDEV,=(SP)
LSTEST,=(SP)
#EMGO,-(SP)
#3,-(SP)
SP,RO
CSPNTX
#10,SP

'CVDPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 35
'GLOBAL SUBROUTINES
\

: :""QQ.'QQQ"""""""Q""Q"""'Q"l".ttt't'."""""tt.'t"

;:t"'tt'lt'l'ttt"Q"tt""'t"'t'tt.ttt't'Q""QQQ'QQ"Q"""'tt""

SUBROUTINE SSPEED

CALLING FORMAT:

JSR

n
12

3
:

ENTRY CONDITIONS -

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

EXIT CONDITIONS

:
:

18
19

PC,$SPEED

CPU =0 = LSI 11 OR LSI 1172
(PU =3 = LSI 11723

:
:

13
14

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

REGISTERS NOT EFFECTED

;;ttt!tttt'.tttttttt'tt""tittttltttt'ttttttttttttttt'tt'tttttttttt't'

. : tt'tltt.tttttttt'tttt"tt"t'ttttttttttttt't't'.tttttttt'fit"t"tt'tt

29 006522

30 006522 005737
31 006526 001024
32 006530 022737
33 006536 001020
34 006540 022737
35 006546 001012
36 006550
006550 013746

006554
006560
006564
006566
006570

38 006574

39 006574

41 006600

000261

42 006600

000241

2; 006602

000207

43 006602

$SPEED:

002324
000002

002306

000001

002314

002114

ST
BNE
CMP
BNE
CMP
BNE
PRINTX

CPU
5%
#2,TURN
5%
#1,STARES
1
#FMG27.LSTEST

012746 013011
012746 000002
010600
104415
062706 000006

40 006576 000401

WITH THE SELECTED TURNAROUND AND/OR PROCESSOR.

FUNCTION = DETERMINE IF THE TEST CAN BE RUN WITH

1%:
5%:
10%:

;1S THIS A LSI 11/23%?
:IF YES = CLEAR CARRY TO DO THE TEST.
;1S THIS RS422?
:1F 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
LSTEST,=(SP)
MOV

:WITH THIS CPU AND RS&422.
SEC

B8R

cLC
RE TURN

108

:FLAG NOT TO DO THE TEST.

:BR TO RETURN.

:FLAG TO DO THE TEST.

MOV
MOV
MOV
TRAP
ADD

#FMG27 ,-(SP)
#2,.-(SP)
SP.RO
CSPNTX
#6,5°

'CVDPVBO DPV11 FUNC DIAG MACRO V03.01 28-0CT-80 08:56:53 PAGE 36
GLOBAL SUBROUTINES
WS W~

';Q"'lt't'Q'."""""'t""'tti"'.."'QQ"""".""Q""t"'.""
':t"'.'tt..'."""""""'C"'Q"."'!"""""""fi't"""".""

SUBROUTINE SDLAY

WN =OOV0 N

FUNCTION = TC SAVE PROGRAM SPACE BY USING ONLY 1

VIS WN=O VNV

PIPNININININD)
= b e b e s b d s

EXPANSION OF THE SUPERVISOR MACRO "‘DELAY"
PC,SDLAY

CALLING FORMAT:

JSR

ENTRY CONDITIONS -

9(SP) = # OF DELAY LOOPS TO USE.

EXIT CONDITIONS

CALLED BY

- TESTS

.WORD

2, 5-9, 12, 13

017600
062716

000000
000002

012727
00

000001

MOV
ADD

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

:GET THE # OF DELAY LOOPS
;UPDATE THE PC

DELAY

:1 DELAY LOOP

002116
177772

MOV
.WORD
MOV
.WORD
DEC
BNE

DEC

177756

DEC

BNE

RE TURN

10%

:DECREMENT VARIABLE LOOP COUNTER
:LOOP UNTIL DONE

#1,(PC)+
0
LSDLY,(PC)+
O
-6(PC)
b

=22(PC)

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

GLOBAL ERROR REPORT REPORT SECTION

.SBTTL

GLOBAL ERROR REPORT REPORT SECTION

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

THE GLOBAL ERROR REPORT SECTION CONTAINS ERROR MESSAGES
THAT ARE USED IN MORE THAN ONE TEST.

///////,écé‘////,’//,I/,/,////////////I/////’///,///,,////////////’//////’/,

8 006652

BGNMSG

006652
9 006652
006652

013746

002416

006672

062706

000006

006656
006662
006666
006670

10 006676

006676
- 006676

012746
012746
010600
104414

006706
006712
006716
006722
006724
006726

17 006732

18 006732

006732
006736
006742
006746
006752
006754
006756

19 006762

005737
001412

002416

013746
012746
012746
010600
104414
062706

002416
011260
000002

017746
017746
012746
012746
010600
104414
062706

000006

L10001:

000010
173306
173300
011223
000003

00701
007012

104423

013746 002416

TST
BEQ
PRINTB

PRINTB

#FMG1,3CSRO,aCSR2 ;PRINT CSRO AND CSR2 CONTENTS.

PRINTB

#FMG2,3CSR4,3CSR6 ;PRINT CSR4 AND CSR2 CONTENTS.

]

L10002:
ERRG3

PRINTB #FMG3,SUBRPC

SUBRPC ,=(SP)

MOV
MOV
MOV
TRAP

#FNG3,-(SP)
#2,-(SP)
SP,RO
CSPNTB

TRAP

CSMSG

MoV
MoV
MOV
MOV
TRAP
ADD

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

MoV
MOV
MOV
MOV
MoV
TRAP
ADD

aCSR2,-(SP)
#CSRO,~-(SP)
#FMG1 ,-(SP)
#3,-(SP)
SP,RO
CSPNTB
#10,SP

MOV
MoV
MOV
MOV
MOV
TRAP
ADD

aCSR6,-(SP)
aCSR4 ,-(SP)
#FNG2,-(SP)
#3,-(SP)
SP.RO
CSPNTB
#10,SP

TRAP

C$MSG

MOV

SUBRPC ,=(SP)

#6,SP

ERRG2: :

;1S THE ERROR IN A SUBROUTINE?
:IF NOT, DON'T PRINT SUBR. PC
PC YHAT SUBROUTINE WAS CALLED.

SUBRPC
10%
#FMG3,SUBRPC

ENDMSG

BGNMSG

2 007014

ERRG2

‘

173332
173324
011166
000003

017746
017746
012746
012746
010600
104414
062706 000010

00701
23 007014
007014

108:

MoV

ADD

ENDMSG

BGNMSG

006762
006766
006772
006776
007002
007004
007006

20 007012

#FMG3,SUBRPC

104423

14 006700
15 006704
16 006706

PRINTB

ERRG1::
:PC THAT SUBROUTINE WAS CALLED.

011260
000002

13 006700

006700

ERRG1

ERRG3::
CALLED.
WAS
SUBROUTINE
THAT
:PC

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

GLOBAL ERROR REPORT REPORT SECTION

007020
00;024

012746
012768
4

000006

007034

062706

007040
007042
007044
007046
007050
007054

005046
151216
005046
151116
012746
012746

011457
000003

007064
25 007070

062706

000010

2% 007070

104423

24 007040

007070

012746
012746
010600

011332
000001

0071

062706

000004

007112
007114
007120

005046
157716
013746

012746
012746

173146
002266
011413
000003

007140

062706

000010

007124
007130

31 007144

007164

32 007170

35 007172

007172

36 887172

#10,5P

ENDMSG
CSMSG

007072
007076
007102

30 00711

=(SP)

aR1, (SP)
- (SP)
#FEMG8,
#3,-(SP)
SP,RO
CSPNTB

BGNMSG

104414

#6,5P

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

=(SP)

007104

PRINTB

ar2, (SP)

28 007072

29 007072

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

011260
000002

2746
2746

011377
000002

062706

000006

ERRG4

* PRINTB

#FMGL

;PRINT HEADER

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

SP,RO
CSPNTB

PRINTB

#6,SP

#FMG7,CSRO,<B,aCSRO>

-(SP)

aCSRO, (SP)
CSRO,=(SP)

#EMG7,=(SP)

PRINTB

#FMGS5,<B,R1>

;PRINT EXPECTED CONIENTSCL

#FMGL

sPRINT HEADER

ENDMSG

BGNMSG

ERRG7

PRINTB

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

GLOBAL ERROR REPORT REPORT SECTION

0072

37 007212
007212
007214
007220
007224
7230

007234
007236
007240

38 007244

062706

000004

005046
157716
013746
012746

173052
002272
011574

010600
104414
062706

000010

012746

005046

007250
007254
007260

012746
012746
010600

011377
000002

007264
39 007270
007270

062706

000006

007312
007314
007320
007324
007330

005046
157716
013746
012746
012746

172762
002302
011640
000003

007340
44 007344

062706

000010

‘

PRINTB

#FMG5,<B,R1>

;PRINT EXPECTED CONTENTS

=(SP)
R1,(SP)

, = (SP)
#EMGS5
#2,-(SP)

SP,RO
CSPNTB

’

#6,SP

ENDMSG

ERRG8

PRINTB

011332
000001
,

000004

‘

#FMG4

sPRINT HEADER

, - (SP)
#FMG4
#.,-(SP)

SP,RO
CSPNTB

PRINTB

#FMG11,CSR5,<B,aPCR>

#6,SP

;PRINT THE HIGH BYTE OF

-(SP)
aPCR, (SP)

CSRS,=(SP)

#FEMGT1,-(SP)

l
'

#3,-(SP)

PRINTB

#FMGS5,<B,.R1>

;PRINT EXPECTED CONTENTS

SP.RO
CSPNTB
#10,5P

-(SP)
R1,(SP)

2746

011377
000002

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

062706

000006

#6,5P

SP,RO
CSPNTB

ENDMSG
CSMSG

BGNMSG

47 007372

007376

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

CSMSG

012746
012746
010600
104414
062706

007
45 007370
0073

-(SP)

#¥iMG10,-(sP)

BGNMSG

01
2746

#,SP

ACSR4, (SP)
CSR& ,~(SP)

104423

41 007272
007272
42 007272
007272
007276
007302
007304
007306

43 007312

#FMG10,CSR4,<B,aCER4>

000003

007244

0 007270

PRINTB

ADD

;PRINT THE LOW BYTE OF CSRé

012746
8}2746

011332
000001

ERRGY
PRINTB

#FMG4

sPRINT HEADER

MoV

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

SP.RO

CVDOPVBO DPV11 FUNC DIAG MACRO Vv03.01 28-0CT-80 08:56:53 PAGE 38-3

GLOBAL ERROR REPORT REPORT SECTION

007404
007406
49 007461
007412
007414
007420
007424
007430
007434
007436
007440

104414
062706

007444
007446
007450
007454
007460
007462
007464
51 007470

005046
1 150116
012746
012746
010600
104414
062706

52 007470

104423

50 007444

005046
157716
013746
012746
012746
010600
104414
062706

000004

000006

007506

062706

000004

007512
007514
007520
007524
007530

005046
157716
013746
012746
012746

172564
002304
011750
000003

007540

062706

000010

00
57 007570
0075

[

062706

000006

62 007576

001412

;PRINT EXPECTED CONTENTS

=(SP)

R1,(SP)
#FMGS5,-(SP)
#2,-(SP)

SP,RO
CSPNTB
#6,SP

ENDMSG

ERRG10

PRINTB

#FMG4

sPRINT HEADER

ERRG10::
#FMG4 ,-(SP)
#,-(SP)

SP,RO
CSPNTB

PRINTB

#FMG13,CSR/,<B,aCSR7>

;PRINT THE HIGH BYTE OF g

#4,SP
-(SP)

aCSR7, (SP)
CSR7,=(SP)

#FMGI3,-(SP)
#3,-(SP)

PRINTB

SP.RO
CSPNTB

#10,5P

#FMG5,<B,R1>

;PRINT EXPECTED CONTENYSc

SUBRPC

:WAS THE RESET ERROR FOUND IN THE SuB

ENDMSG

BGNMSG
005737

#FMGS,<B,R1>

011377
000002

60 007572
61 007572

PRINTB

SP,RO
CSPNTB
#10,5P

CSMSG

007476

2746
2746

-(SP)
aCSR6, (SP)
CSR6,=(SP)

#3,-(SP)

BGNMSG

CLR

011377
000002

011332
000001

56 887566

;PRINT THE LOW BYTE OF CSR6

CSPNTB

#6,SP

#FNGI2,=(SP)

000010

012746
012746

55 007512

#FMG12,CSR6,<B,aCSR6>

172654
002274
011704
000003

53 007472

54 007472
007472

PRINTB

TRAP
A DD

002416

ERRG11
TST

BEQ

ERRG11::

:1F NOT SKIP

|(VDPV80 DPV11 FUNC DIAG MACRO V03.01 28-0CT-80 08:56:53 PAGE 38-4
GLOBAL ERROR REPORT REPORT SECTION

PRINTB

63 007600
007600
007604
007610

#FMG23,SUBRPC

sPRINT WHERE CALLED

SUBRPC ,=(SP)
#EMG23,-(SP)
#2,-(SP)

000006
011332
000001
000004

SP,RO
CSPNTB
#6,SP

5%:

PRINTB

#EMG4

;PRINT HEADER
MOV
TRAP
ADD

PRINTB

#FMG7,CSRO,<B,aCSRO>

;PRINT THE LOW BYTE OF CSRO

CLR

172414
002266
011413
000003

000010
000000

SP,RO
CSPNTB

#4,SP

-(SP)

aCSRO, (SP)
CSRO,=(SP)

#EMG?,=(SP)
#3,-(5P)

SP.RO
CSPNTB

PRINTB

#FMGS,#0

011377
000002

000006

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

PRINTB

#FMG10,CSR4,<B,aCSR&>

;PRINT EXPECTED CONTENTS

#10,5P
MOov
MOV
Mov
MoV
TRAP
ADD

;PRINT THE LOW BYTE OF CSRé&

CLR

#0,-(SP)

(SP)
, =GS
#EM

-(SP)

3CSR4, (SP)
CSR& ,=(SP)

#EMGI0,=(SP)

#3,-(SP)

PRINTB

#FMGS, #TBE

CSPNTB
#10,5P

;PRINT EXPECTED CONTENTS

#TBE - (SP)

(SP)
#EMG- S,

012746

#2,-(SP)

SP.RO
CSPNTB

PRINTB

#FMG11,PCR,<B,aPCR>

:PRINT THE HIGH BYTE OF :

PRINTB

#ENGS5,#0

;PRINT EXPECTED CONTENTS

g
NN O SN

= =
w WNINON)

228322323

O0O0O0O00O00O0

010002

MoV

#6,SP

=(SP)
aPCR, (SP)
PCR,=(SP)
#FEMG11,-(SP)

#0,-(SP)

ree-

CVDPVBO DPV11 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

005046

72 010056

purd

76 01

(=lelele)

010

011377
000002

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

000006

PRINTB

#FMG12,CSR6,<B,aCSRE>

ADD
;PRINT THE LOW BYTE OF CSR6

CLR
BIsB

172210
002274

Mov

011704
000003

104414

062706

000010

012746
012746
012746
010600

000000

062706

000006

104414

005046

PRINTB

#EMGS,#0

sPRINT EXPECTED CONTENTS

PRINTB

#FMG13,CSR7,<B,aCSR7>

PRINTB

000000
011377
000002

#EMGS,#0

ENDMSG

;PRINT THE HIGH BYTE OF

77
78 010214

002416
011260
000002

PRINTB

#FMG3, SUBRPC

000004

002374
012014
000004

PRINTB

#FMG14 ,REG,R1,R2

;PRINT TIME OUT ERROR

aCSR7, (SP)
CSR7,=(SP)
#FMG13,-(SP)
#3,-(SP)
SP,RO
CSPNTB

TRAP
ADD

#10,SP

MOV
MOV

#0,-(SP)
#FMGS5,-(SP)
#2,-(SP)

TRAP
ADD

#6,5P

TRAP

CSMSG

ERRG12::
:PC THAT SUBROUTINE WAS CALLED.

706

e
i
i
—

ERRG12

P il B b

gz2292

BGNMSG

(=l=leleld]

010214
79 010214

#10,SP

=(SP)

;PRINT EXPECTED CONTENTS"O

L10011:

010212

$P.RO
CSPNTB

SP,RO
CSPNTB
#6,5P

172142

000006

#FNGI2,-(SP)

#0,-(SP)
#EMGS5,-(SP)
#2,-(SP)

011377
000002

000010

010206
76 010212
010212

-(SP)
aCSRé, (SP)
CSR6, = (SP)

#3,-(SP)

002304
011750
000003

75 010166

SP,RO
CSPNTB
#6,5P

MOV
MOV
MOV
MOV
TRAP
ADD

SP.RO

CSPNTB

SUBRPC ,=(SP)

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

CSPNTB

#6,SP

R2,-(SP)

R1,-(SP)
REG,=(SP)
#FEMG14,-(SP)
#4,-(SP)

SP.RO

'CVDPVBO DPV11 FUNC DIAG MACRO V03.01 28-0CT-80 08:56:53 PAGE 38-6
GLOBAL ERROR REPORT REPORT SECTION
104414
062706

000012

ENDMSG

L10012:

1046423

BGNMSG
032777
001413
012701
012746

000004

ERRG13
BIT
BEQ

171766

030004

MOV
PRINTB

012144
000001

000002

012746

012221
000001

BIT

171730

BEQ
MOV

040002

PRINTB

032777
001433
012701

000010

012746
012746
010600

012270
000001

i ol

0
0
010374

062706

000004

012746
012746
0600

012422
000001

810376

RRRR
NIFRT BRRRRRRRRRRRRERRR
VIRV SRRE RSN

OO0O0O0O0O0O0O0O0O0O0O0O00000

013221
000001

;SET UP THE EXPECTED RESULTS

o
ot
D

0000

QRIRER

b —a
b
b
s
2

000040

MOV
MOV
MOV

TRAP
ADD

#DTR,ARXCSR

108
#DTA!IC,RY
#FEMG18

#1,-(SP)

SP,RO
CSPNTB

#,SP

;1S DTR SET?

sSET UP THE EXPECTED RESULTS
MOV
MOov
MOV

TRAP
ADD

BIT

#LL,IRXCSR

;1S LOCAL LOOP SET

MOV
PRINTB

#LL'!DM,R1
#FEMG19

JSET UP THE EXPECTED RESULTS

15%

#FMG17,-(SP)

;BR IF NOT

20%

MOV

#FMG18,-(SP)
#,-(SP)

CSPNTB

#,SP

#FMG19,-(SP)
#,-(SP)

SP.RO
CSPNTB

PRINTB

#ENG21

#FMG21,-(SP)
#,-(SP)

SP.RO
(SPNTB

#,SP

PRINTB

#ENG29

#ENG29,-(SP)
#1.,-(SP)

SP.RO
(SPNTB

# ,SP

000004

000001

ERRG13::

#RTIS!CTSIRR,RT
#EMG17

000004

CSMSG

BEQ

001010

104414

171672

108

TRAP

;1S RTS SET

20%

000004

010402

101

032777
001413
012701

8ILRRR

000004

9n2,sp

#RTS ,3RXCSR

CSPNTB

TRAP
ADD

20%
171574

15%:

BIT

#5F ,ARXCSR

MOV

#50,R1

BEQ

25%

;1S SEL FREQ SET?
;1F NONE OF THOSE BITS SET - t RROR
JSET UP THE EXPECTED RESULTS

CvOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 38-7

GLOBAL ERROR REPORT REPORT SECTION
108 010500

PRINTB

010500 012746 012335
010504 012746 000001
010510 010600
010512
010514

109 010520

104414
062706

000004

PRINTB

010520 012746 012422
010524 012746 000001
010530 010600
010532
010534

110 010540

104414
062706

000004

PRINTB

010540 012746 011332
010544 012746 000001
010550 010600
010552
010554

104414
062706

000004

010560
010562

005046
157716

171504

0106064
010606

104414
062706

000010

111 010560

010566
010572
010576
010602

112 01061%
010612

PRINTB

#FMG20

#FMG10,CSR4,<B,a(SRé&>

:PRINT HEADER

010614

010630
010632

104414
062706

PRINTB

208:

116 010640

010640 012746 011332
010644 012746 000001
010650 010600

010652
010654
117 010660

010660
010664
010670
010674
010700
010702
01070&

118 010710

010710
010712
010716
010722

104414
062706

017746
013746
012746
012746
010600

104414
0627066

000004

171402
002266
012071

#FMGS,<B.R1>

010146
012746 012133
012746 000002
010600

#FMG4
= (SP)
#,-(5P)
SP,RO

CSPNTB
#10,5P

:PRINT EXPECTED CONTENTS

CLR
BISB

CSR&4,
= (SP)
#FMGI0,=(SP)
#3,-(SP)
SP,RO
-(SP)
R1,(SP)

MOV
MOV
MOV

= (SP)
#FMGS,
#2,-(5P)
SP.RO

MOV
MOV
MOV

- (SP)
#FMG4
#1,-(5P)
SP,RO

MOV
MOV
MOV
MOV
MOV

= (SP)
aCSRO,
CSRO, = (SP)
= (SP)
#ENGIS,

TRAP
ADD

#FMG4

:PRINT HEADER

#FMG15S,CSRO,aCSRO

TRAP
ADD
:PRINT THE LOW BYTE OF CSRO

R
#FMG1A

CSPNTB
#4,SP

TRAP
ADD

PRINTB

CSPNTB
#,SP

-(SP)
@CSR&4,(SP)

308

PRINTB

CSPNTB
#,SP

CLR
BISB

B8R

000003
000010

MOV
MOV
MOV

TRAP
ADD

MOV
MOV
MOV
MOV

000006

115 010640

#FMG21,=(SP)
1 ,-(sP)
SP,RO

;PRINT THE LOW BYTE OF (CSRé4

010616 012746 011377
010622 012746 000002
010626 010600
m 010636 000447

MOV
MOV
MOV

TRAP
ADD

013746 002272
012746 011574
012746 000003
010600
005046
150116

#FMG20,=(SP)
2 ,-(SP)
SP,RO

TRAP
ADD

#FMG21

#FMG4

MOV
MOV
MOV

CSPNTB
#6,5P

CSPNTB
0% ,SP

#3,-(SP)

SP,RO

TRAP
ADD

CSPNTB
#10,SP

MOV
MOV
MOV
MOV

RY,=(SP)
= (SP)
#FAG16,
#2.-(SP)
SP,RO

:PRINT EXPECTED CONTENTS

CvOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 38-8
GLOBAL ERROR REPORT REPORT SECTICN
104414

&
oNO
SRS

—-O0000

062706
00611

~N s~

1 2
1 4
1 7
1

000006

25%:

308

PRINTB

#FMG22 ,R2

TRAP
ADD

sPRINT BIT THAT

01247
000002
000006

308:

ENDMSG

L10013:

104423
BGNMSG

002416

013746
012746
012746
010600

002416
011260
000002

062706

000006

104414

013746
013746
012746
012746
010600

002500
002476

062706

000010

1046414

ERRG14
TST

BEQ

PRINTB

10%:

SUBRPC
10%
#EMG3, SUBRPC

;PC

THAT SUBROUTINE WAS CALLED.

#FEMG24
, XMITD,RCOUNT

NN
- -

MOV
MOV
MOov
MOV
TRAP

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

L10014:

ERRG1S

012652
000002

CSMSG

ENDMSG

FMGO:

#FMG25,R2

JPRINT BIT

THAT

#6,5P

RCOUNT ,=(SP)
XMITD,~(SP)
#FEMG24 ,=(SP)
#3,-(SP)

SP,RO
CSPNTB

TRAP
ADD

#10,5P

TRAP

($MSG

ERRG1S::
ISN'T CLEARED.
MOV
MOV
MOV
MOV

L10015:
LASCIZ

SP,RO
CSPNTB

sPRINT CHARACTERS XHITYEgOAND RCVD.

ENDMSG

PRINTB

—-O000O

TRAP

MOV
MOV
MOV
MOV

BGNMSG

—

SP,RO
CSPNTB
#6,SP

ERRG14::

104423

000006

TRAP
ADD

ADD

PRINTB

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

;1S THE ERROR IN A SUBROUTINE?
sIF NOT, DON'T PRINT SUBR. PC

012605
000003

HsSss

33333 RRR RRR &R

_— b s b

000
ON~NY
- OO

— D e e e D e D

o
o
i o
o
o
s
D

0000

s
—

D i ah
D i

b D D D d D ed D d —d —D >
=D —D D

D
D e

O0O0O0O0OOOO0O0O0O0

[=]lelelelelelelele]
WROND
=5 = =
NN
NN
O NN

000000000000
O

011004

005737
001412

iSN'T WRITTEN.
MOV
MoV
MoV
MOV

CSPNTB
#6,5P

R2,-(SP)
#EMG25 ,=(SP)
#2,-(SP)

SP.RO
(SPNTB

TRAP
ADD

#6,5P

TRAP

(SMSG

/ZAUNABLE TO RUN TEST XD2XA ON UNIT XD2%A WITHOUT TURNARCUNDIN/

CVDPVBO DPV11 FUNC DIAG MACRO v03.01 28-0(T-80 0B8:56:53 PAGE 38-9

GLOBAL ERROR REPORT REPORT SECTION

L¢<o=7

—

FMG2:

wv . .

~ ~ ~

120

06N/

(V9]

CVvDPVBO DPV11 FUNC DIAG MACRO V03.01 28-0CT-80 08:56:53 PAGE 38-10

GLOBAL ERROR REPORT REPORT SECTION

011354
011357
om
%
on
011370
011373
011376

104
123
101
120
126
072
000

07%
06
105
105
105
045

045
045
130
103
104
116

011402
011405

045

123

FMGS5:

.ASCIZ

/XS7R03%N/

045
045

117
116

067

143 011410
144 011413

045
045

116
101

000
122

FMG6:
FMG7:

.ASCIZ
. ASCIZ

/IN/
/XARXCSR

0114621

122

FMG8:

CLASCIZ

/%AXMIT DATA: XO3XA RCV DATA: X03IN/

FMGY9:

.ASCIZ

/INXA++ (CHECK =V FROM THE CHARGE PUMP =+IN/

FMG10:

.ASCIZ

/XAPCSCR

142 011377

011416

103

123

040

1264

105

011424
011427
011432
011435

040
040
066
040

040
045
045
050

011443
011446
011451
011454
145 011457
011462
011465
011470
011473
011476
011501
011504
011507
011512
011515
011520

122
114
040
117
045
115
040
124
040
063
040
126
101
072
117
116

116
051
040
063
101
1M
104
101
045
045
122
040
124
040
063
000

101
072
045
000
130
124
101
072
117
101
103
104
101
045
045

011525
011530
011533
011536
011541
011544
011547
011552
011555
011560
011563
011566
011571
147 011574
011577
011602
011605
011610
011613
011616
011621

101
040
105
040
040
117
124
040
101
105
125
040
045
045
103
122
040
040
066
040
130

052
103
103
055
106
115
110
103
122
040
115
052
116
101
123
040
040
045
045
050
124

052
110
113
126
122
040
105
110
107
120
120
052
000
120
103
040
075
117
101
105
105

011440

146 011522

130

063
000

130

045

116

= %06%A (EXTERNAL):

%03/

075
117
101
105

045

= R06%A (EXTERNAL):

1303/

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

'GLOBAL ERROR REPORT REPORT SECTION

011626
0116%7
oresz
01163
148 011642
01164
011646
011651
01165
011657
011662
011665
011670
011673
011676
011701
149 011704
011707
011712
011715
011720
011723
011726
011731
011734
011737
011742
011745
150 011750
011753
011756
011761
011764
011767
011772
011775
012000
012003
012006
012011
151 012014
012017
012022
012025
012030
012033
012036
012041
012046
012047
012052

012055
012060
012063
012066
152 012071
01207

122
114
00
17
045
103
040
040
040
066
040
125
122
122
072
117
045
056
101
040
040
066
040
128
122
122
072
117
045
056
124
125
040
066
040
123
122
122
072
117
045
117
105
123
106
117
101
040
066
040
105

105
105
045
045
045
130

16
051
Q0
063
101
122
040
040
045
045
050
131
126
067
040
063
101
040
126
040
045
045
050
131
126
062
040
063
101
040
101
123
045
045
050
131
124
063
040
063
101
116
116
040
040
066
040
045
045
040
130

103
104
117
116
101
103

10
07%
O
000
120
040
040
075
117
101
125
116
040
05
045
000
126
104
101
075
117
101
125
116
040
051
045
000
124
123
124
075
117
101
125
116
040
051
045
000
103
12
124
117
045
045
075
117
101
040
120

12
040
066
000

122
123

FMG11:

_ASCIZ

/XAPCR

= %06%A (USYNRT R7): %03/

FMG12:

L.ASCIZ

/XAT. DATA

= X06%A (USYNRT R2): %03/

FMG13:

.ASCIZ

/%AT. STATUS= ¥06%A (USYNRT R3): %03/

FMG14:

.ASCIZ

/XACONTENTS OF X06XA = X06%A

FMG1S:

.ASCIZ

/XARXCSR

EXPECTED XO6XN/

= %06%A (EXTERNAL): X06/

—

CVOPVBO DPV11 FUNC DIAG MACRO V03.01 28-0CT-80 08:56:53 PAGE 38-12

~ tod w E
o o O > =z ~

LASCIZ

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

LASCIZ

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

LASCIZ

/%ALL NOT TURNED AROUND TO DM (DSR)XN/

LASCIZ

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

@ o o

231
254
257

o
N

<C (%) (=) — L]

OVONNN TNTT NONMN eTMSNO

GLOBAL ERROR REPORT REPORT SECTION

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

GLOBAL ERROR REPORT REPORT SECTION

OO mrOrereOO0rerr
rrerer
e OO0 rrrrOr OO0~ Or e OrrrrreOrOrrerer

oo oo - —L

103

FMG21:

LASCIZ

/XACHECK THAT THE JUMPER IS INSTALLEDIN/

FMG22:

CASCIZ

/XACAN'T WRITE BIT X06XA INTO RXCSRAN/

LASCIZ

/XARESET SUBROUTINE CALLED AT PC: XO06XIN/

LASCIZ

/XATRANSMITTED: XD2XA RECEIVED: XD2XN/

CVDPVBO DPV11 FUNC DIAG MACRO V03.01 28-0CT-80 08:56:53 PAGE 38-14

GLOBAL ERROR REPORT REPORT SECTION

LASCIZ

/XACAN'T CLEAR BIT X06XA IN RXCSRXIN/

LASCIZ

/XANOTE: DATA SET INTERRUPT MAY BE DISABLED - CHECK JUMPERZIN/

.ASCII

/XATEST XD2%A WILL ONLY RUN WITH RS422 ON A LSI-11/

OO0

NTON ITON NO O

012710
012713
163 012715
012720
012723
012726
012731

OFTOITONMNO~ OJTOOOITOIIOT

NMNOOOTOITY OrIOITNr—O—MNOO

— Os

nNoNoO
3

OF F TM
F0000
o=
—_—

OOOO0O0O0OO0O0O0O0O0O0O000O

§
=3

CVDPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 38-15

GLOBAL ERROR REPORT REPORT SECTION

Ualat) re ~
Z

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

LASCIZ

/XA SPEED TEST CAN'T RUNXIN/

LASCIZ

/%A*+ IF M8020 JUMPERED FOR RS422, THIS ERROR EXPECTED *+IN/

LASCIZ

/%At+ CHECK BYTE OP SIGNAL = STUCK LOW ?? #+IN/

o
o

— ~o

169 013221

NMOOWNOO IOT
T OT—NTNNONNNTrOO
A VOOTANNITIOITNr —TONOOOOr ONOOTrrI

OO 7 r v v v = = = = e e e e e e VO OU OO OO O O OV OO I OO O I N OO MM M N Y

o -—

CVvOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 38-16

GLOBAL ERROR REPORT REPORT SECTION

O O000
—rerer
123

LASCIZ

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

EMG1:

LASCIZ

/TIME OUT/

EMG2:

LASCIZ

/TIME OUT - DURING INTERRUPT EXERCISE/

TNONOWVI—

[w4- [4o-

o -

W ST NN NN W

~F L.al

O—err

EMGO:

e w w a a o[+
4~

) el

s>ss

013712
013715
013720
181 013723
013726
013731
013734
013737
013742
013745

182 013757

EMG10:

B PBDB DB DO
DB LO PP DB LO DD LO
OO—=ONS=NWON—=ONH
=NWON
=W NSOV
2O WNVSsSOoOWVeSs —-Oon

bbb b DD DBBBO
P d AP dd
O=ONSNO—=—=ON=O0 OO0—=0
S aNSOVIMI= <SOWNWVT =NV

=200 VWSO == s0o0viNwm

OOt
O =t Ot O b e eh
ARNOONNS =OSFNOSINO ==
OO WO SFfOOO VOO WOV W= -

ONO S OVMSORNSSTOMNNS IO

e i O

e e e e d B D D BB HB O PO
B
A
b
d e d h BO D D e D D h h
OON=NINNS 2NN =SO000N =000 H—=NONWNININ
S =SNNONWNONNN
MTVINNSNSOWVMSOORNOVOONNOWVOO
WS ON WSOV WS ONWNN

)

EMG?:

— i e e e e e (D) e e i e e e B (D) D
=
N—‘Og OWNS 2O =ONNNS
N=2NMNOSOOS
-2NSNNSOWV

ON O SO0

VIR VWV NGO NV

180 013707
e ) i D e ) e D e e

178 013634

s ) e i e i ) e i

NN =NWONENVNN=SNIENN=SNIR=SO=B=NONNS SO =8 2N=0O

013576

D D i i ) e i ) D i e i i e

177 013601

e i D e

013573

= =NOONINN =NIWONO S

o ONOOO

S—

— i i i i e i i

ot e

| GLOBAL ERROR REPORT REPORT SECTION

000000000

—_

r
————————————————

l CVOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 38-17 0

EMGS:
LASCIZ
/USYNRT XMIT ACTIVE NOT SET/

EMG6:
.ASCIZ

/USYNRT XMIT ACTIVE NOT CLEAR/

LASCIZ
/TBE NOT CLEAR/

EMGS:
LASCIZ
/TBE NOT SET/

EMGY:
LASCIZ

/XMIT INTERRUPT NOT RECEIVED/

LASCIZ

/XMIT INTERRUPT RECEIVED WHEN NOT EXPECTED/

EMG11:
LASCIZ

/RECEIVER NOT DEACTIVATED/

'CVDPVBO DPV11 FUNC DIAG MACRO V03.01 28-0CT-80 08:56:53 PAGE 38-18
'GLOBAL ERROR REPORT REPORT SECTION

10101011OJT~—ONMTO=NO~ITNONO T

OSIeNMWAOTIOFNIN~VOATONITN

w~ oLB4Oaw~l

LASCIZ

/RECEIVER NOT ACTIVE/

.ASCIZ

/RECEIVER NOT INITIALIZED AFTER RECEIVER DISABLED/

.ASCIZ

/RECEIVER ACTIVE BEFORE FIRST DATA CHARACTER/

LASCIZ

/RCV INTERRUPT NOT RECEIVED/

LASCIZ

/RCV INTERRUPT RECEIVED BEFORE EXPECTED/

'CVDPVBO DPV11 FUNC DIAG MACRO V03.01 28-0CT=80 08:56:53 PAGE 38-19
'GLOBAL ERROR REPORT REPORT SECTION

LASCIZ

~ao <(%]o~ ~

o&
014464

192 014465

000
122
040

/RCV END OF MESSAGE NOT RECEIVED/

/RCV STATUS NOT

CLEARED/

/RCV OVERRUN NOT RECEIVED/

LASCIZ

/RCV ABORT NOT RECEIVED/

LASCI?

/RCV STATUS INTERRUPT NOT RECEIVED/

117

040
1264

EMG21:

197 014725

199 014766

198 014753
104

/XMIT UNDERRUN/

EMG31:
.ASCIZ
/RECEIVER ERROR/

i e

.ASCIZ

EMG30:

/DATA ERROR/

OCO—==NOOMNINMN
=N
SO0 NVVINVONONW

.ASCIZ

e (D) D

EMG26:

/CHARACTER COUNT ERROR/

b D) b

.ASCIZ

EMG25:

/MODEM STATUS INTERRUPT NOT RECEIVED/

o o

.ASCIZ

o o

NN =NOOONON
2NN =NO MO
NS NNIW—=OO
WO ONOW=O SN

FMG24:

/MODEM STATUS INTERRUPT RECEIVED WHEN DISABLED/

.ASCIZ

EMG23:

0
106

o
o o

/MODEM LOOPBACK ERROR/

-o

.ASCIZ

—=ON)
VS

il il il i i i ) il it

EMG22:

NON
=
WVIVIWVI=

e d ) e i ) e e

OO00OMNOSNO—=NN -l B NI = O b h
M=
NOONMWNO WV =S WM
NWNNNWR NN

108

&~
NNENVO
NOOCW

SnE
=O=O0O0O=O—=ONSITNO=LNIN—==
NV
WM =OSN =WV OWVWVM=SWNSWNN

122
— e e e e e e D e e e (O B e D e e e

014730

—
s it ) s
O b O
S5O
N =OONO
& —
NO
=
PO = NO N S~OW

5SS

i i e O
i
e i e D) e
B D) D e D) e D
i i i ) i B— e
OCOON=NNNFTNVINVNO
=O =NH =200
NVNNO — = QON—=O
wwnwnwihe
N SN
O
WVWVO SN WNOOS=2NSNNSO
S WWMWINVIWO S

196 014661

COOMN
=N =NIWNINO
VIR S OMNON)
=

&»

195 014603

[P
———
P
Y

200
~
~
~

—

194

puy

GLOBAL ERROR REPORT REPORT SECTION

CVvOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 38-20
6

CVOPVBO DPV11 FUNC DIAG MACRC v03.01 28-0CT-B0 08:56:53 PAGE 38-21

Se=0=-rrIrGeOrerOrNr‘OrN

GLOBAL ERROR REPORT REPORT SECTION

Lsol

000
117

EMG32:

LASCIZ

/ABORT NOT RECEIVED/

040

EMG33:

.ASCIZ

/GO AHEAD NOT RECEIVED/

203 015074
015077

117
040
103
126
040

EMG34:

.ASCIZ

/ABORT RECEIVED WHEN NOT EXPECTED/

<X w <« -— ~

/ADDRESS

LASCIZ

/ASSEMBLED BIT

EMG37:

LASCIZ

/CRC ERROR/

EMG38:

LASCIZ

/CRC ERROR NOT DETECTED/

JONTOMITVNOMN ONrN—e—eTM=ANW~NITONIN

~N S

eStt

N-

116

040
120
124
000

TMONO

NO= NOee g

4o ~

105

wy x [~ LAl w

v -- -

0(N333 O6N1O‘N7M25N0S3e6

NFTONNMMNON—NOFWTVOWIONa—lTdaO')UolMalOLLoO—O*LealIreTiOalNalralI“OeLa~lraDlirngheLAlrOIrL

~N o

NWOAN.

INCORRECTLY RECOGNIZED/

COUNT ERROR/

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

A>oeIANNAtt

GLOBAL ERROR REPORT REPORT SECTION

‘0“Le06o7a1l5n3

[veV)

T vy (] — ~

/PARITY ERROR NOT DETECTED/

LASCIZ

/MULTIPLE MODEM CONTROL INTERRUPTS/

LEVEN

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

'LOAD DEVICE PRCTECTION TABLE
1

LSBTTL

LOAD DEVICE PROTECTION TABLE

‘

8 015364
’ 015364

|
:

4
S

i/ THIS TABLE IDENTIFIES TME LOAD DEVICE TO THE SUPERVISOR, SO THAT IT CAN BE
i/ PROTECTED FROM TESTING. IF DESIRED.

10 015364
11 015366
}% 015370

BGNPROT
177777
177777
177777

LWORD
LWORD
WORD
ENDPROT

}g 015372
16
17
18
19

LSPROT::
=1
=1
=1

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

Z<
—
-0

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

:/ THE INITIALIZE SECTION CONTAINS THE CODING THAT IS PERFORMED
:/ AT THE BEGINNING OF THE TEST SEQUENCE ON THE NEXT UNIT.

OO00O0O0O0

BGNINIT

Dl i il i

MOV
CLR
CLR

SP,PSTACK
SUBRPC
ERROR

002334

CLR
CLR
CLR
CLR
CLR
CLR
CLR
CLR

FLAG
RFLAG
TFLAG
NXMFLG
ABORT
TOGGLE
OVER

TST

FRSTIM

by
P

002310

—_

24 0154564

D i
D

ROSERKBERNNSSannoo &

— e

D i

D e

D i

VWA
WA WAWM AWM A A TAVIAIID
VIVAWVAWA WAV
AV VATV ATV AW

0000000000000 O0O0O0000

¥ U

27 015470
28
29 015474
30 015474
015474
015500
3
32 015502
015502

005037

000001
002312
1%:

012700

000004

012700
1046447

000040

104436

103416

012700
104447

000037

103412

012700
104447

000035

103410

012700
104447
103013

000137

#PRIO7

002372
002416
002330

15440
15444

LSINIT::

SETPRI

000340

002340

INITIALIZE SECTION

o OO0O0O000O0

—

WN = OOV

NO "WV SN =

ENOWVSsWN-=

12E SECTION

000036

016310

;SET DIAGNOSTIC PRIORITY = 7
:STORE
:CLEAR
sCLEAR
sCLEAR

MOV

TRAP

#PRIO7,RO
C$SPRI

BASE LEVEL PROGRAM STACK POINTER
STORAGE WORD FOR. SUBROUTINE PC CALL
ERROR FLAGS
MISC. FLAGS

HIGH

:1S THIS THE TIME THROUGH AFTER LOAD?

BNE
MOV
CLR

1%
#1,FRSTIM
FRSPAS

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

CLRVEC

:ENSURE VECTOR & IS IN NORMAL STATE.
MOV

#4 ,RO

MOV

#EF .START,RO

8Cs

STARST

MOV

RO
#EF .RESTART

BCS

STARST

MOV

#EF .NEW,RO

BCS

NEWST

MOV

E
,RO
#EF .CONTINU

8CC

GE TPRM

TRAP

READEF

#EF.START

;1S THIS JUST STARTED?

BCOMPLETE STARST

sIF YES = BRANCH.

READEF

;IS THIS A RESTART ?

#EF .RESTART

BCOMPLETE STARST

:1F YES = BRANCH.

READEF

;1S THIS A NEW PASS?

#EF .NEW

BCOMPLETE NEWST

:1F YES = BRANCH

READEF #EF .CONTINUE

:1S THIS A CONTINUATION?

BNCOMPLETE GETPRM

:1F NOT - GET PARAMETERS

JMP

;OTHERWISE = DON'T INITIALIZE.

END

TRAP

CSCVEC

CSREFG

l;VDPWO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 41-1
INITIALIZE SECTION
4
42 015546

2‘ 015546

005037

002314

45 015552
46 015552
47 015560
23 8‘2393

012737
005237
005237

177777
002312
002314

005237
023737
002363

002354
002354

013700
104442
010001

002354

50 015570
51 015574
52 015602
53 015604
015604
015610

015612
54 015614
015614
55 015616

STARST:

002354

NEWST:

002012

015632
015634
015636

010046
011146
012746

59 015632

000010

g} 015656

011137

002266

63 015662
64 015670
65 015674

013737
005237
011137

002266
002276
002270

68
69

062737

000002

108:

002276

002270

70 015706
71 015714
72 015720
73 015724

013737
005237
011137
062737

002270
002300
002272

;3 015732

013737

002272

78 015740
79 015746

005237
012137

062737

002302
002274

000006

002274

82 015756
83 015764
84 015770

013737
005237
011100

002274
002304

002304

gg 015750

#-1,L0GDEV
FRSPAS
STARES

;INITIALIZE LOGICAL UNIT NUMBER.
*INCREMENT # OF PASSES AFTER LOAD.
*INCREMENT # OF PASSES SINCE START/RESTART.

INC
(MP
BGE
GPHARD

LOGDEV
LOGDEV,LSUNIT
NEWST
LOGDEV,R1

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

GETPRM

(R1) ,RO

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

BIT

#7.R0

PRINTB

#FINIT1,(R1),R0O ;INFORM THE USER

10§
#7.(R1)

MOV
MOV
MOV

85 015772 032700 000007
86 015776 001414

002300

MOV

(R1),CSRO

:CSR ADDRESS 0 = :Exg}&s?Tgsa (RXCSR)

MOV
INC
MOV

CSRO,CSR1
CSR1
(R1),CSR2

*SAVE HIGH BYTE ADDRESS

#2,CSR2

GETPRM

*IF NOT = 0K (76XXX0)
TMAKE 1T 76XXX0

MOV
MOV
TRAP
ADD

ADD

LOGDEV,
RO
CSGPHRD
RO,R1

*DOES THIS DEVICE ADDRESS END IN NON-ZERO?

016312
000003

012746
010600
104414
062706

gg 015700

MOV
INC
INC

BEQ
BIC

000007

015642
015646
015650
015652

60 015656

:CLEAR THE FLAG TO SHOW START/RESTART.

MOV

56 015620 032700 000007
001414
042711

STARES

BNCOMPLETE

103365
011100

57 015624
58 015626

CLR

RO,=(SP)
(R1),=(5P)
#FINITY,=(SP)

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

:CSR ADDRESS 2 = :ESEIXSLQA!A/STATUS (RDSR)

*CSR ADDRESS 2 = PARAMETER CONTROL/SYNCH ADDR
:
(PCSAR) = WRITE ONLY

002272

MOV
INC
MOV
ADD

CSR2,CSR3
CSR3TM
(R1),CSR4
#4,CSR4

002302

MOV

CSR&,CSRS

:CSR ADDRESS § = 322375;§¥Econ1a0L REG (PCR)

INC
MOV

ADD

CSRS
(R1)+,CSR6

#6,CSR6

:CSR ADDRESS 6 = ;2:g§caI‘gATA/S!ATUS (TDSR)

MOV
INC
MOV

CSR6,CSR7
CSR?
(R1) RO

*SAVE HIGH BYTE ADDRESS

BIT
8EQ

27 R0
1§

*SAVE HIGH BYTE ADDRESS

:CSR ADDRESS & = TRANSMITTER CSR (TXCSR)

;

:GET VECTOR

READ/WRITE

PCR IS HI BYTE OF TXCSR

DOES THIS VECTOR END IN NON=-ZERO?
S1F NOT = OK (XX0)

CVOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 41-2
INITIALIZE SECTION

87 016000
88
016004

042711

#7,(R1)
;MAKE 1T XX0
#FINIT2,(R1),RO ;INFORM THE USER

000007

000010

118:

002264

O0O000O0O0O0O0O000O0O00O oOoo
-

002402
002436

Og
N

D d

(v (V]

002436

000004
000003

002402
002306

000012

002402

000004

002306

000003

002402
002404

013737

15%:

17%:

208:

:RCV. VECTOR
:TRANSMIT VECTOR
TADJUST XMIT VECTOR

MOV
MoV
MOV
TST
BNE

(R1), TURN
#RXENA,RXINI
STXENA.TXINI
TURN

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

BIS
BR

#MM, TXIND

*SET THE MAINT. MODE BIT.

BIS
CMP
BNE
BIS
BR

#RTS,RXINI
#3, TURN

:SET RTS FOR TURNAROUND LOOP.
:LOCAL LOOPBACK?

gb%!DTR.RxINl

:SET LOCAL LOOP ANL DTR.

CMP
BNE

58§TURN

;REMOTE LOOPBACK?

BIS

#OTR!RL,RXINI

;SET REMOTE LOOP AND DTR

MOV
BIS

RXINI,RXINIT
;SAVE RECEIVER INIT WORD
#RXITEN'DSITEN,RXINIT ;MAKE IT AN INTERRUPT INIT WORD

BIS

002442

MoV
MoV

SETVEC

15%

20%

17%

TXINI,TXINIT
TXIE,TXINIY

:1F NOT SKIP.

sSAVE TRANSMITTER INIT WORD
;MAKE IT AN INTERRUPT INIT WORD

#RXITEN!RXENA ,RXMINI
sRCV INIT FOR MAINT. LOOP.
#TXIE'TXENA'MM, TXMINI
;TRANS INIT WITH MAINT. LOOP.
:DETERMINE PROCESSOR TYPE

#10,#1LLGL.#PRIO? ;SET UP ILLEGAL INSTRUCTION tnagv

MFPT

002324

MOV

CLRVEC

000010
002324
000020

TST

002430

BNE
MOV

(R1),=(sP)

*1F ACTUAL TURNAROUND DON'T SET MAINT MODE

MOV
MOV
MOV
TRAP
ADD

—

VIS
W =O

d
i
i
i
-

#FINIT2,=(SP)
#3,-(SP)
SP,RO
CSPNTB
#10,5P

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

MOV

= &8

NN NN

000010

D D D
D e

— e

022737
001003
052737

MOV
MOV
MOV
TRAP
ADD
MoV
MoV
ADD

d D D d do

00000000

i i i i e

D d D D

D e

OO oooororOrOrOFMOMONMONONON

16104

RO,=(SP)

MOV

016405
000003

002262
002264
000004

MOV

RO, CPU

:MOVE PROCESSOR TYPE TO RO
SFOR AN LSI 11/23 RO = 3
*FOR OTHER LSI THIS WILL RESULT IN AN
TILLEGAL INSTRUCTION (RO=0).

#ILLGL ,-(SP)
#10,-(SP)
#3,-(SP)

CSSVEC

#10,5P

*SAVE THE PROCESSOR TYPE

*RESTORE TRAP TO THE SUPERVISOR -~
TRAP

CPU

;1S THE CPU A LSI111/23 ?

#20,TIMER

;SET THE TIMER FOR A LSIT1 OR 11/2.

25%

#PR107,-(SP)

:BR _IF YES

#10.R0

CSCVEC

CVDPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 41-3

[-4

— )

137

s ee =

6
6
6
6
6
6
6
6
)
6
6

w—

INITIALIZE SECTION

—

o—

CVOPVBO DPV11 FUNC DIAG MACRO V03.01 28-0CT-80 08:56:53 °AGE 42

AUTO DROP UNIT SECTION

.SBTTL

AUTO DROP UNIT SECTION

/////I////I//////////Il/IlIII/I///I///////////////////////////I///l////////
/ 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.

/////////I/////////////l////////l///////////I////////I///////////////II/IIII/

BGNAUTO

PONIN) b b d d e e
N=OOVONOVI
NN =

012746
012746
012746

005777

LSAUTO::

SETVEC

000340
017734
000004
000003

#4,#NXM, #PRIO7

;SET UP NON =EXISTENT MEMORY TRAP VECTOR.

#PR107,-(SP)

#NXM, -(sP)
#6,=(SP)

000010
002366
163530

CLR
18T

NXMFLG
aCSRO

;CLEAR FLAG USED IN TEST
:REFERENCE MEMORY ADDRESS FOR THE DEVICE
;TO SEE IF

#3,-(SP)
CSSVEC
#10,5P

IT EXISTS.

2220222222222 2222322222 3232222222323 3 3282222222200 000 R0dRRRdRRRdRlRlllllild)

; IF THE DEVICE DOESN'T EXIST THE RESULTANT TRAP TO VECTOR 04 UILL
: CAUSE THE DEVICE TO BE DROPPED (SEE INTERRUPT ROUTINE °‘DROP04‘)

OTHERUISE THE MEMORY REFERENCE IS UNEVENTFUL AND THE DEVICE IS READY.

tttttQ.t'itt""'i"'ti'"t'i".tt.l".lt't".i't.'.""l"."'."""""

005737
001407

002366

013700
104451

002354

TST
BEQ
pODU

CLRVEC

000004

:WAS THERE A TRAP?
:BR IF NOT
:DROP THE DEVICE

;CLEAN UP CODE.
#4

MOV

TRAP

—_—

:RETURN VECTOR 04 TO NORMAL STATSO

TRAP

LOGDEV,RO
Cc$DpoDv
CSDCLN

¥4 ,RO
CSCVEC

10%:

ENDAUTO
104461

LOGDEV

DOCLN

104444

012700
104436

NXMFLG
108

L10020: .

C$AUTO

CVDPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 43

CLEANUP CODING SECTION
1

LSBTTL

CLEANUP CODING SECTION

i
:/ THE CLEANUP CODING SECTION CONTAINS THE CODING THAT IS PERFORMED AT THE

;

END OF THE TEST SEQUENCE ON A PARTICULAR UNIT.

EVEN IF IT IS A NULL CLEANUP

THIS SECTION IS REQUIRED

9 016564

016564
10 016564
11 016570
12 016572

13 016600
14 016600

016600
016600

BGNCLN

005737
001003
012777

002366
000001

163472

108:

ENDCLN

104412

TST
BNE
MOV

NXMFLG
10%
#RESET,aTXCSR

:WAS THERE A NXM TRAP
:1F YES, SKIP RESET
:RESET THE DPV

LSCLEAN::

L10021:

TRAP

CSCLEAN

CVDPVBO DPV11 FUNC DIAG MACRO V03.01 28-0CT-80 08:56:53 PAGE 44
.SBTTL

:/ AND RESTORE RO.
R I

2222 2R A SR AR R R A AR AR AR A AR A A0 A0 A 00

INTERRUPT SERVICE ROUTINE

INTERRUPT ROUTINE THAT SETS FLAGS WHEN
A RECEIVE INTERRUPT CONDITON IS RECEIVED.

FUNCTION - RECEIVE

ENTRY CONDTIONS

GGLE = IF NON ZERO, XOR THE BITS IN TOGGLE
INTO THE RXCSR

EXIT CONDITIONS RFLAG
IRXCSR

RSAVE
MCFLAG=

1 SET - DATA RECEIVED
2 SET = STATUS RECEIVED
IMAGE OF RXCSR
IMAGE OF RDSR
MODEM CONTROL INTERRUPT COUNT.

USED IN TESTS: 8,10,11,13,14
:'l'.t.'.t't't""""t'0""""'.Q'Qtt'."i"..!l.'Q.'Q.Q""t""l
.

23§§$£§§fi!82;§
~

iyb
N»
b
d

RINT -

&S8N

IR LR i i iieeiiiiitiiieiineitiiiieiiel

SIIITIEIIIIEI IR

d
d
-

P
g—

GLOBAL INTERRUPT HANDLING ROUTINES

NI
:/ THE INTERRUPT HANDLING SECTION CONTAINS CODING REQUIRED TO USE
;/ THE "SETVEC' MACRO. NOTE EVERY INTERRUPT ROUTINE SHOULD SAVE

= b NV
e b cdNN=D =s O 000 N W SN =
:s ~N
VOO 2:
NO PIPIPOINININ
VS WN = OO0
\h\h\fl\fi\h\fl\fil‘J‘I~J~J~l~l““‘*l‘hfla:ulx:u":
O NS WN = O OWNO WV WA = OO NO NS Lfihflg:
W
(=]=l~]
O0
o
O 0000000000000
s
oo o o
ES
S22
SEEIEEEEIS &S
NN~ ~ ~
—-=O0000

GLOBAL INTERRUPT HANDLING ROUTINES

16720
16722

BGNSRV

017737

163460

002346

00236V
000002

002360

000040

163432

000200

002346

000001
002432

002376

074277

163372

032737
001404
052737
000403

002000

002346

000002

002376

005737
001330

002370

1%:

5%:

RINT
MOV

BPL
INC
CMP
BGE
BIC

208:

:SAVE _RXCSR
:BR IF NOT

: INCREMENT MODEM CONTROL FLAG.
;HAS THERE BEEN MORE THAN 2 INTERRUPTS?
:IF NOT, PROCEED.

;DISABLE THE INTERRUPT.
;1S DATA READY?

#RDATRY, IRXCSR
108
#1,RFLAG

BEQ
MOV
CLR
XOR

108
TOGGLE ,R2
TOGGLE
R2,aRXCSR

BIT
BEQ
BIS

#RSTARY, IRXCSR
208
#2 RFLAG

;1S STATUS READY?
sIF NOT = DON'T SET THE FLAG.
;SET THE FLAG

OVER

;CREATE AN OVERRUN?

B8R

BNE

25%:

5%
MCFLAG
#2 ACFLAG
5%
#DSITEN,ARXCSR

BIT
BEQ
BIS
TsT

108:

aRXCSR, IRXCSR

TOGGLE

25¢$
13

:1F NOT = CHECK STATUS.
:FLAG FOR DATA
s TOGGLE ?
:1F NOT, SKIP TOGGLE

:GET THE TOGGLE VALUE
:ONLY TOGGLE ONCE.
:TOGGLE RTS.

;1F YES = DON'T READ THE DATA
JUNTIL THE STATUS FLAG IS SET.

———

'CVDPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 44=1
GLOBAL INTERRUPT HANDLING ROUTINES
g; 016722
59 016730
016730
o 016730

017737

163342

002400

Mov
ENDSRV

000002

aRDSR,RSAVE

;SAVE RECEIVE DATA AND STATUS.
L10022:

RTI

CVDPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 45
GLOBAL INTERRUPT HANDLING ROUTINES
wn =

FUNCTION = GENERAL PURPOSE RECEIVE INTERRUPT ROUTINE

.
.

ENTRY CONDTIONS

?g“"uhflfihfl—‘_hd-J-‘—LJ-‘—.
WN SOV NO WV WN =O 00N

SRR R A A R A R A R A AR A R AR AR A A0 A0 0

RDATA = INTERRUPT SERVICE ROUTINE

ECOUNT = # OF CHARACTERS TO BE RECEIVED.
= ADDRESS OF BUFFER FOR NEXT CHARACTER
R1

EXIT CONDITIONS

’
.
.

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
MODEM = ADDRESS OF MODEM CONTROL INTERRUPT TABLE
RFLAG = RECEIVE END FLAG ( 1 = NO ERROR, =1 = ERROR)
= INCREMENTED TO NEXT BYTE IN BUFFER.
R1

.
&
.
.
K

USED IN TESTS: 15-28 & 30-40 (CALLED IN SUBROUTINE SDATA), &1
Y

BGNSRV

016732
016732

25
26 016732
%z 016740

29 016742
30 016750
31 016752
32 016756

RDATA::

:SAVE THE RXCSR

032737

000040

002346

002360
0cooN

002360

BIT
BEQ
INC
CMP
BGE
BIC
BR

#OSITEN, IRXCSR
10%
MCFLAG
#9. MCFLAG

;WAS THE DATA SET CHANGE INT. ENABLED?
:1F NOT = DON'T KEEP TRACK OF THE CHANGES.
:INCR MODEM CONTROL FLAG.
:WERE TOO MANY INTERRUPTS RECECEIVED?

:8§ITEN.3R1CSR

:CLEAR MODEM CONTROL INTERRUPT.

BPL

163272

PUSH

NNON

002444

002350
002346

002350
002500

5%:
108:

:SAVE RS

#6760, MODEM(RS)
#TM,aTXCSR
5%
#TM,MODEM(RS)

;SAVE ONLY THE MODEM STATUS.
:WAS THE TEST MODE BIT SET?
:BR IF NOT
;SAVE TEST MODE STATUS.

POP

<RS>

:RESTORE RS

BIC
BIT
BEQ
BIS

ggg!ARV!RDA!RY.lRXCSR ;1S THE DATA OR STATUS BIT SET
aRDSR, IRDSR

gggllflY,lRl(SR
IRDSR, (R1)+

20%:

:1F NOT - PROCEED.

MOV

ASL

002444
002444
163242

[IF NOT SET, BR.

:USE THE INTERRUPT # AS A TABLE INDEX.
MCFLAG,RS
:CHANGE MODEM CONTROL TO ADDRESS OFFSET
RS
S) THE MODEM STATUS
; SAVE
IRXCSR,MODEM(R

MOV

163212
000200

RDATA

:1S DATA SET CHANGE?

002346

FELEX

s a0 A R R A A R A R AR A A A R A A A A 0 00

10%

.a()s:
S8

)
ld d
) i

aRXCSR, IRXCSR

002200

NNNNNNNY

MOV

43 017030

—

002346

002360

[=]elelelaletola)

163330

1%:

48 017042

017737
100040

000040

VWAV
WA &
OWVBWNN=0OV

R I

RCOUNT

;SAVE THE DATA AND STATUS REG.
;1S DATA SET?

:SAVE THE DATA,

s INCREMENT BYTE COUNT

CvDPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08: 56 53 PAGE 45-1

FRESEFS 5288

s —,

032737

764 017162
75
76

017162
017162

002000

002346

gRSTARVLARXCSR

106000

002350

OSRR'IOVER'RABORT,IRDSR ;WAS THERE AN ERROR?

77777

002376

gz;LRFLAG
50%:

002362

&~ ~
oo &~

b D
s

~ NNNNYNNNNNNNY

OCO0OO0O00O0O0O0O0O00O0O

ooocrrrrOrOrOr

VNNV
S&EVETXARZIE
=T

GLOBAL INTERRUPT MANDLING ROUTINES

002500

002474

000001

002376

000100

163104

538:
54%:
55%:
ENDSRV

000002

;IS STATUS SET?

53%

;F NOT = MUST BE END OF MESSAGE.

MODE
55%
RCOUNT ,ECOUNT
55%

;1S THIS BCP?
:1F NOT = EXIT
:HAVE WE RECElVED ALL THE CHARACTERS
;1F NOT = EXIT

#1,RFLAG

;SET FLAG

#RXITEN,IRXCSR

;DISABLE

;OTHERWISE, SET ERROR FLAG.

INTERRUPT

L10023:

RTI

CVvDPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 46

GLOBAL INTERRUPT WANDL ING ROUTINES
1

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

RDATA2 = INTERRUPT SERVICE ROUTINE

FUNCTION = HIGH SPEED RECEIVE INTERRUPT ROUTINE

;

ENTRY CONDTIONS

;

COUNTER= # OF

EXIT CONDITIONS

CHARACTERS BE RECEIVED

= ADDRESS OF BUFFER FOR NEXT CHARACTER

RCOUNT = COUNT OF CHARACTERS RECEIVED

RFLAG

3'.""'..""""""'"'Q".."....'.'.."".""QQ."'Q'..'Q'Q"Q'

20 017164
- 017164

BGNSRV

22 017164
23 017170
24
25 017172
g? 017200
28 017202

29 017202
30 017206
31 017212
32 017214
33 017222
34 017222
;2 017230

105777
100404

163076

012737
000410

177777

117721
005337
001006
012737

163062
002322
000001

002376

042777

000100

163036

37 017230

017230
- 017230

002376
5%:

208:
308 :
ENDSRV

000002

= RECEIVE END FLAG ( 1 = NO ERROR, =1 = ERROR)

= INCREMENTED TO NEXT BYTE IN BUFFER.

USED IN TESTS: 42 & 43

RDATA?

RDATA2::

TSTB
BM]

@RXCSR
S$

;1S THIS DATA?

MOV
BR

#-1,RFLAG
208

*FLAG FOR ERROR

MOVB
DEC
BNE
MOV

@RDSR,(R1)+
COUNTER
308
#1.RFLAG

:SAVE THE DATA.
:DECREMENT COUNT
:BR IF NOT DONE.
“SET FLAG

BIC

#RXITEN,@RXCSR

;DISABLE INTERRUPT

:DATA OR STATUS?

L10024:

RTI

CVDPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 47
RN

R C R RO RN RRRRRCERRRRRIROERRRROCEORORROROEOERECTROEOTOTCTS

RN RPN

XINT =

INTERRUPT SERVICE ROUTINE
GENERATED.

THIS ISR WILL TRANSMIT & DATA CHARACTERS AND

END A MESSAGE IN A SPECIFIED MANNER.
ENTRY CONDTIONS

EXIT CONDITIONS

START

FLAG, SET IF TERMINATE BY AN ABORT IS DESIRED.
:EOZES}ARY CHARACTERS (FLAGS OR SYNCHS) TO

TFLAG
DATA

# OF DATA (HARACTERS TRANSMITTED

ABORY

USED IN TESTS:

002424

000400
002414
002326

163020

002326

5%:

002000

012777
000405

001021

012777
005237

000041
002326

162752
162742

Mov

#1,TFLAG

BEQ
MOV
DEC
CLR
BR

#TSOM,3TDSR
START
DATA

CMP
BNE

#4 ,DATA
10%

7%:
108:

20%:

FLAG SET WHEN THIS INTERRUPT IS SERVICED
14
e s

e e s s R A R A R R R A A A R A A A A A A 0 A 0

START

20%

sSET THE TRANSMIT FLAG
:SEND START
;1S THIS DATA OR A START
sTRANSMIT A SYNCH/FLAG.

sDECREMENT START COUNTER.
sCLEAR DATA COUNTER

;HAVE WE SENT & DATA CHARACTERS
;SEND AN ABORT?

BIS

ABCRY
78

#TXABO,aTDSR
208

;SEND AN ABORT

MOV

#YEOM!21,3TDSR
20%

;SEND END OF MESSAGE

MOV
INC

#41,3TDSR
DATA

s TRANSMIT DATA,

1Sy
BEQ

162762

XINT

TST

002316

; INCREMENT DATA

ENDSRV

)

000001
002414

000004

BGNSRY

6, 8-11,

—

&»

FUNCTION = TRANSMIT INTERRUPT ROUTINE. SET A FLAG WHEN INTERRUPT

0000000000000
0O0O000 (==
-l il i il il D il D il D D

J~auhJ~awuz=Ufi‘~n$pnunvfiszsanunuanvau
= b b s e b b sOO0 NS winy
SN
=2 OOV NOWVE N
ONOWVE
W PONIN)
N=2OOONOWVNNWN

GLOBAL INTERRUPT MANDL ING ROUTINES

000002

RTI

CVDPVBO DPV11 FUNC D!AG MACRO v03.01 28-0CT-80 08:56:53 PAGE 48
AR

RN RN PR RN RN E RN R RO R R ROERROCRRCRAROERRROEROERORQEOEROEOEROECEROEROROEROOOROETY

XDATA = INTERRUPT SERVICE ROUTINE

FUNCTION = GENERAL PURPOSE TRANSMIT INTERRUPT ROUTINE
ENTRY CONDTIONS

o cd e o
NIPRININIRNININ
b
b
N

SELERRURZETSN

;EOEEz;ARY CHARACTERS (FLAGS OR SYNCHS) TO
TSTART= TRANSMIT START OF MESSAGE BIT/(OR BITS)
HEADER= # OF HEADER CHARACTERS (8 BIT CHARACTERS)

s b

VS NN = O OO NP VNS WN =COO0 NS wWN -~

GLOBAL INTERRUPT HANDLING ROUTINES

IPCR

EXIT CONDITIONS

TRANSMIT BEFORE, SETTING THE SELECTED
CHARACTER LENGTH,

IMAGE OF PCR. CHARACTER LENGTH TO SET AFTER

THE HEADER CHARACTERS ARE SENT.

XMITD = & ?F DATA CHARACTERS TRANSMITTED
RCOUNT= 0
(AFTER START OF MESSAGE TRANSMITTED)

USED IN TESTS: 15-28 & 30-40 (CALLED IN SUBROUTINE SDATA)
:".'l.'.l."'."""""QQ""'......"Q"'..'QQ."""...QQ'O""Q.

BGNSRV

017340
017340

017340
017344
017346
017354

005737
001426
032737
001407

000001

XDATA
TST
BEQ

002414

BIT
BEQ

002434

XDATA::

START
108
#BITO,TSTART

;ANY STARTS LEFT TO SEND?
;1F NOT, SKIP.

;1S THIS SPECIAL START SEQUENCE.
:1F NOT = SKIP,

;% NOTE: CERTAIN USYNRTS ONLY TRANSMIT
;* A SPECIAL START SEQUENCE WHEN
:* TRANSMIT START AND END OF MESSAGE

002434
000002

002434

162672

162720

002414

2%:
5%:

002476
002500
108:

002336
000400
002336

002336
002342

Move

TSTART,aCSR7
gleI.YSTART

:* ARE SET BY A BYTE OPERATION.
:SEND SPECIAL SEQUENCE START OF MESSAGE.
;CLEAR END OF MESSAGE IN SPECIAL START

MOV

TSTART ,@TDSR

;SEND START OF MESSAGE.

DEC
BNE
CLR
CLR
BR

START
20%

;DECREMENT COUNTER.
;1F NOT LAST START EXIT.
sCLEAR TRANSMIT COUNT.
;CLEAR RECEIVER COUNT.

BIC
BR

TST

15%:

162622

208

HEADER

;1S THIS A CONTROL CHARACTER?
:IF DONE WITH CONTROL CHAR, SET LENGTH

BIC
DEC
BR

15%
16%

#TSOM,3TDSR
HEADER
16%

;AFTERWARDS = BR TO TRANSMIT

DEC
81s8

HEADER

;MAKE HEADER FLAG = NEGATIVE
;SET CHARACTER LENGTH (BOP MODE)

BEQ
162634

XMITD
RCOUNT

IPCR,aPCR

sCLEAR START OF MESSAGE.
;DECREMENT HEADER COUNT.

—

'CVDPVBO DPV11 FUNC DIAG MACRO V03.01 28-0CT-80 08:56:53 PAGE 48-1
;GLoeAL INTERRUPT HANDLING ROUTINES

‘

S7 017460

S8 017460
59 017464
60 017470
61 017472
62 017474
63 017502

gg 017510

112277
005237
005303
001006
053777
042777

66 017510

017510

- 017510

168:

162610
002476
002422
000100

162572
162562

208:
ENDSRV

000002

MOVB
INC
DEC
BNE
BIS
BIC

(R2)+,3TDSR
XMITD
R3
20%
TEND,aTDSR
#TXIE,@TXCSR

:TRANSMIT A CHARACTER.
:INCR COUNT OF ACTUALLY SENT.
:DECREMENT COUNTER
:TRANSMIT END OF MESSAGE.
:DISABLE TRANSMITTER INTERRUPT,

L10026:

RT]

r——————————

'CVOPVBO DPV11 FUNC DIAG MACRO V03.01 28-0CT-80 08:56:53 PAGE 49
GLOBAL INTERRUPT HANDLING ROUTINES
1

AR RN R AR RN RN

2
3

FUNCTION = HIGH SPEED TRANSMIT INTERRUPT ROUTINE FOR BOP MODE

ENTRY CONDTIONS

8
9
10
n
12
13

START

EXIT CONDITIONS .

# OF START CHARACTERS (FLAGS OR SYNCHS)

BE SENT.

# OF DATA CHARACTERS TRANSMITTED

USED IN TESTS: 31,38,42,43

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

17
18 017512

41
Y4
43 017616

017616
017616

BGNSRV

005737
100414

001406

002414

052777

000400

005337
000430

002414

005337
062777

002414
000400

162524

000002

002476

002342

162544

5%:
108:

162514

162502

208:

25%:

-b

002476
001000
€00100

XDATA2

XDATAZ2::

sANY STARTS LEFT TO SEND?

TST
BMI

2464
2454

017512
19 017512
20 017516
21 017520
22 017522
23 017530
24 017530
25 017534
26 017536
27 017536
28 017542
29 017550
30 017550
31 017556
32 017560
33 017566
34 017566
35 017572
36 017576
37 017600
38 017602
39 017610
40 017616

Ll
“h

TR RN NN R RN RN RN RN RANRRANAARNANARONAORNOONOONRONES

XDATA2 = INTERRUPT SERVICE ROUTINE

308:
ENDSRV

#TSOM,aTDSR

s1F NEGATIVE SEND DATA
;IF NOT, SKIP.
JSEND SYNCH (OR FLAG)

START

;DECREMENT COUNTER.

START

sMAKE THE COUNTER NEGATIVE.

CMP
BNE
Move

#2,XMITD

;1S THIS THE 3RD CHARACTER.

IPCR,aPCR

:1F NOT SKIP
;CHANGE THE CHARACTER LENGTH

Move
INC

(R2)+,3TDSR

;TRANSMIT A CHARACTER.

BEQ
BIS
DEC
BR

DEC
BIC

DEC
BNE
BIS
BIC

308

#TSOM,aTDSR

25$

XngD
R

30%

#TEOM,aTDSR
#TXIE,aTXCSR

;CLEAR START OF MESSAGE

sINCR COUNT OF ACTUALLY SENT.
sDECREMENT COUNTER

;TRANSMIT END OF MESSAGE.

;DISABLE TRANSMITTER INTERRUPT.

L10027:

RTI

CVOPVBO DPV11 FUNC DIAG MACRO Vv03.01 28-0CT-80 08:56:53 PAGE 50

GLOBAL INTERRUPT HANDLING ROUTINES
1

SRR

RO E RN AR AN ANANANENANANANANONRRACORROOOOOOTRS

XDDCMP = INTERRUPT SERVICE ROUTINE

2
3

AR AR AR AR AR RN

PR PR TN PR

S
6
7
8

FUNCTION = DDCMP TRANSMIT INTERRUPT ROUTINE

I TETETETETETEATETE TE TR

ENTRY CONDTIONS

START = geogea}Aar CHARACTERS (FLAGS OR SYNCHS) TO

HEADER= FLAG WHICH IS SET AFTER THE DDCMP HEADER HAS
BEEN TRANSMITTED

DDCMP2= # OF DATA CHARACTERS IN THE DDCMP DATA MESSAGE
EXIT CONDITIONS

XMITD = # OF DATA CHARACTERS TRANSMITTED

RCOUNT= 0 (AFTER START OF MESSAGE TRANSMITTED)
USED IN TESTS: 41

;..."'..'.'..""""""""'".."."'."..'l."."'.'."..."".'

21
22 017620

BGNSRV

- 017620

24 017620
25 017624
26 017626
%7 017634
8 017640

005737
001413
012777

002414
000400

162440

002414

29 017642
30 017646
31 017652

005337
001034

005037
005037
000427

002476
002500

33 017654
34 017662
35 017666
36 017672
37 017674
38 017676
39 017704
40 017710
41 017712
‘§ 017716
43 017722

042777
112277
005237
005303
001016
052777
005737
001005
005237
012703
000403

001400
162406
002476

162412

001000
002336

162370

45 017724

042777

000100

32 017654

&4 017724

46 017732

&7
48
49 017732

017732
017732

108:

002336
000015

162340

15%:
20%:
ENDSRYV

000002

XDDCMP

XDDCMP: :

TST
BEQ
MOV
DEC
BNE
CLR
CLR
BR

START
108
#TSOM,aTDSR

:ANY STARTS LEFT TO SEND?
:1F NOT, SKIP.
sSEND START OF MESSAGE.

XMITD
RCOUNT
20%

sCLEAR TRANSMIT COUNT.
:CLEAR RECEIVER COUNT.

BIC
MOVB
INC
DEC
BNE
BIS
TST
BNE
INC
MOV
BR

#TEOM'TSOM,3TDSR ;CLEAR START OR END OF MESSAGE.
(R2)+,3TDSR
:TRANSMIT A CHARACTER.
:INCR COUNT OF ACTUALLY SENT.
XMITD
:DECREMENT COUNTER
R3
20%
:TRANSMIT END OF MESSAGE.
#TEOM,aTDSR
:1S THIS THE HEADER
HEADER
:1F NOT, DISABLE THE TRANSMITTER
15%
HEADER
:SET HEADER FLAG.
#DDCMP2,R3
;COUNTER FOR THE MESSAGE
208

BIC

#TXIE,QTXCSR

START
20%

:DECREMENT COUNTER.
3

:DISABLE TRANSMITTER INTERRUPT,.

L10030:

RTI

CVDPVBO DPV11 FUNC DIAG MACRO V03.01 28-0CT-80 08:56:53 PAGE 51
AR

NXM =

RN RN RN NN

R NN R RN NARRRRNRNERANRNAAROROOTOOOROROS

INTERRUPT SERVICE ROUTINE

INCORRECTLY ADDRESSED.

ENTRY CONDTIONS
EXIT CONDITIONS

s e b
b s b e e

N=2OOY

PONIN)
b

N ~N
(P W

FUNCTION = NXM INTERRUPT ROUTINE. THIS ROUTINE IS ASSIGNED
TO VECTOR & WHEN ADDRESSING THE DPV FOR THE FIRST
TIME. IF THIS INTERRUPT IS GENERATED THE DPV IS

ONOWVSWN=O0V0NOWNI
W~

GLOBAL INTERRUPT HANDLING ROUTINES

USED IN TESTS:

NXMFLG= FLAG SET WHEN THIS INTERRUPT S SERVICED.
AUTO DROP

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

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

CVOPVBO DPV11 FUNC DIAG MACRO V03 01 28-0CT-80 08:56:53 PAGE 52

FUNCTION - ILLEGAL INSTRUCTION TRAP TO VECTOR 10

THIS TR/P WILL OCCUR IF THE PROCESSOR IS AN
LSI 11 OR LSI 11/2. THIS TRAP IS USED TO

PR DR TR

ILLGL = INTERRUPT SERVICE ROUTINE

AUTO SIZE FOR PROCESSOR TYPE IN THE
INITIALIZATION SECTION.

PR
PR
LA TETE
TR PR
PR

D e
e
e
e
=

PONININD

oo
L= AV
F

PR RN RN RN RN NN RN NN AN NN ARNNAARNNNRONOOROOOOONCRNOONS

WVOONOWVSWN=O
O NONWNS N -

GLOBAL INTERRUPT HANDLING ROUTI

ENTRY CONDTIONS
EXIT CONDITIONS .
USED IN TESTS:

[INIT CODE

'Qt"t"t".Qt"""""""".'."tt"""Q't..'i"'.""".".."'

017744

BGNSRV

017744

017744
017746
017746
017746

005000

CLR
ENDSRV.

000002

ILLGL

ILLGL::
RO
L10032:

RTI

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

DROP UNIT SECTION

;/ TO NO LONGER BE TESTED

E/////////////////I//////;I////I//////////////////I////////I///////////l///

BGNDU

;ISSUE LSI-BUS RESET TO CLEAN UPTRAP
#FMDROP,LOGDEV

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

SP,RO
CSPNTF

#6,SP
ENDDU

L10033:

104453

045
101
045
045
104
120
104

CSRESET

LOGDEV,=(SP)

000006

ONNOOMNIN)
—
OON
=
nOn

017776
017776
017776

PRINTF

002354
020000
000002

[ T NN

—

017770
017772

013746
012746
012746
010600
104417
062706

L$DU::

BRESET

104433

DROP UNIT SECTION

i
;/ THE DROP-UNIT SECTION CONTAINS THE CODING THAT CAUSES A DEVICE

N WVISWN—

.SBTTL

045

116
040

062

040
117
105

FMDROP: .ASCIZ

/XNXAUNIT XD2%A DROPPED/

TRAP

(%1V

r—-

CVDPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 55

TEST 1 = CSR ADDRESSING

OVONOWVNWN=SOORNOWVSWN
-

.S BTTL

R
N
R

PR P

TEST 1 - DPV-11

BN I

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 1/0 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
;?: I?S)LS164 (E15) IN ORDER TO PROVIDE THE BUS REPLY (BRPLY/L ON
Y R

2 R

2222 2220222

AR AR AR AR AR A A AR A 00 )

BGNTST

012746
012746
012746
012746
104437
062706
005037
005001

dlllll)

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

TR TE T E T

EXISTENT MEMORY TRAP.

TR
TR IRIR
IRTR

s
=D D e
e
cd e

VERIFY THAT ADDRESSING THE & LSI-BUS CSRS DOES NOT CAUSE A NON-

N =

222322222222

Ti:

SETVEC

000340
020166
000004
000003

000010
002366

MOV
MOV
MOV
MOV

NXMFLG

CLR

CLR
AR

#4,#LOCATE,#PRIO7 ;SET UP NON -EXISTENT MEMORY TRAP VECTOR.

;FLAG USED IN THE TRAP ROUTINE.

TRAP
ADD

#PR107,-(SP)
#LOCATE ,=(SP)
#4,-(SP)
#3,-(SP)
CSSVEC
#10,sP

;USE REGISTER TO REMEMBER WHICH OF THE
;4 CSRS WE ARE ADDRESSING.

R R R R AR AR AR AR AR AR RARARARARRRRAARACRRRRARROOROROORS

IF ADDRESSING ANY ONE OF THE CSRS RESULTS IN A TRAP TO VECTOR 04, THE TRAP

; WILL REPORT THE ERROR (SEE INTERRUPT ROUTINE 'LOCATE'). OTHERWISE THE
TESTS
: MEMORY REFERENCE IS UNEVENTFUL AND THE DEVICE IS READY FOR FURTHER
z
AR R AR A AR A R A 00
P

162176

000002

162170

38 020110
39 020114

40 020120
41 020124
42 020126

43 020146
020146

020152

000004
162162
000006
162154
002366

020350
000001
000004

002354

S R A A R A AR AR
a2 2 A t
L Ttt

TST
Mov
TST
MOV
TST
MOV
ST

aCSRO
#2,R1
aCSR2
¥4 ,R1
aCSR4
#6,R1
aCSRé

;TEST THE CSR AT 76XXx0
sSAVE THE OFFSET OF THE NEXT CSR
:TEST THE CSR AT 76XXX2
;SAVE THE OFFSET OF THE NEXT (SR
;TEST THE CSR AT 76XXX4
;SAVE THE OFFSET OF THE NEXT CSR
;TEST THE CSR_AT 76XXX6

BEQ
PRINTX

108
#FMTI

;IF NOT - EXIT.
:SUGGEST THE PROBLEM. (

TST

pODU

NXMFLG

LOGDEV

;WAS THERE A TRAP?

;DROP THE DEVICE

MOV
MOV
MOV

#EMTY,-(SP)
#1,-(SP)
SP,RO

MOV

LOGDEV,RO

TRAP
ADD

TRAP

CSPNTX
86 ,SP

C$00DV

'CVDPVBO DPV11 FUNC DIAG MACRO V03.01 28-0CT-80 08:56:53 PAGE 55-1
|TEST 1 = CSR ADDRESSING

&4 020154
45

020154

46
47 020156

48 020156

10%:

012700
104436

;CLEAN UP (ODE - FORCE BACK TO INIT,

DOCLN

104444

000004

CLRVEC

TRAP

;RETURN VECTOR 04 TO NORMAL STATSO

L10034:

104401

BGNSRV

104455
000011

002366

59 020210
60 020210
020210
020214

062706

000010

TST
BNE

NXMFLG

ERRDF

9.EMTO

108

:DEVICE FATAL ERROR
:NON=EXISTENT DEVICE ERROR

CSETST

;SET THE FLAG

INC

NXMFLG

PRINTX

#FMTO,R1,CSROCRT)

TRAP

.WORD
.WORD
.WORD

;PRINT THE CSR THAT DOESN'T RE;SOND.
v

MOV
MOV
MOV
MOV

TRAP
ADD

ENDSRV

L10035:

EMTO:

LASCIZ

/CSR ADDRESSING ERROR = TRAP &/

FMTO:

LASCIZ

/%S3XACSRXD1XA AT X06%A DOES NOT RESPONDXN/

s b b

TRAP

CSCVEC

:HAVE WE HAD AT LEAST 1 PREVIOUS TRAP?
:IF YES, DON'T BOTHER DECLARING ANOTHER

=
S OO

WWWVO
N WVNNWVIONN S

bt = L= L= P

= R

NSNS
O =N o

103
040

#4 RO

s INTERRUPT SERVICE ROUTINE
LOCATE::

000002

-0 =N
N—a~NSs
o

62
63 820260

LOCATE

020276
000003

61 820236

108:

002266

57 020174

002366

oo SsSINONNO N
N =2 N8 =2 O NN NN
=N

gg 020172

005737
001006

TRAP

ENDTST

CSOCLN

RTI

SSERDF

EMTO
0

CSRO(R1) ,=(SP)

R1,-(SP)
#FEMTO,-(SP)
#3,-(SP)

SP,RO
CSPNTX

#10,SP

PRU——

;(VDPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-B0 08:56:53 PAGE 55-2

'TEST 1

’
|

= (SR ADDRESSING

020331
020334
020337
020342
020345
65 020350
020353

040
124
105
117
045
045
103

020372
020375
020400
020403
020406
020411
020414
020417
020422
020425
020430
020433

122
122
117
040
040
123
105
131
1M
101
045
000

020356
020361
020364
020367

66
67
68

106
125
124
116

116
040
123
116
116
101
117
11
122
1M
040
122
040
122
116
102
040
120
040
107
114
116

117
122
120
104
000
050
116

FMT1:

_ASCIZ

107
101
117
105

117
040
040
117
125
122
114
123
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
=
SN

TEST 2 = DPV RESET

LSBTTL

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

:* DPV RESET

TEST 2 = DPV-11

WN = O 000NN

:* 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

s b

e WILL BE CHECKED BY THE SRESET SUBROUTINE:
1. ALL BITS IN THE DATA PORT REGISTERS ARE CLEARED.
i

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

i
i
i

]

NO WV

:* SUBTEST 1 = AFTER RESET, CHECK THAT MAINTENANCE MODE AND
TRANSMITTER CAN BE SET. ALSO CHECK THAT TRANSMITTER
i
BUFFER EMPTY (TBE) IS CLEARED WHEN TDSR IS ACCESSED
i
i

WITHOUT SETTING TRANSMITTER ENABLE.

A DPV11 RESET.

= OOV

b b

+ SUBTEST 2 = ON THE FIRST PASS ONLY, CHECK THAT A BUS RESET, DOES
:'

PORNINI NN

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

El.'."t...t"'""'."Q""""'."'Q".'t"'.'".'Q.."'.i""""t'
RGNTST

12::

BGNSUB
104402

CALL

ESCAPE

104410

000212

CLR

161620
161612

000010
161600

161574

000020
161562
161556

000030
000030
161536
161524
161520

020556

:1F ERROR, EXIT THE TEST

:BITS SHOULD BE CLEAR.

10%
#10.R1
R1,9TXCSR
R1,aTXCSR
10%
#20,.R1

:ERROR IF NOT CLEAR
:REMEMBER BITS TO SET.
:SET THOSE BITS
:WERE THOSE BITS SET

BNE
MoV

10%
#30,R1

BNE
MOV
MOVEe
CMP

BEQ

ERRDF

:RFSET THE DPV

TST

aTDSR
oaTXCSR

MOVB
CMP

161542

SRESET

CLK
TST
BNE
MOV
BIS
CMP
BNE
MOV

MOVB
CMP

000100

1.1

R1,aTXCSR
R1,3TXCSR

TRAP

csasuB

TRAP

CSESCAPE

.WORD

L10036~-.

:CLEAR TBE
:1S TBE CLEARED?

sNEXT BIT TO SET

#TXENA'MM,3TXCSR ;SET THE ENABLE AND MAINT. MODE.
:ARE THOSE BITS SET?
R1,3TXCSR
10%
#100,R1
R1,3TXCSR
R1,aTXCSR

20§

10,EMG4 ,ERRG?

:BR IF IN ERROR.
:SET TX INTERRUPT ENABLE.
:SET THE INTERRUPT BIT
;1S THE BIT SET?

‘1F YES = OK.

TRAP

.WORD

25 020434

ERDF

CVDPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 56-1
TEST 2 = DPV RESET

020560

013554
007172

20%:

ENDSUB

L10037:

104403

54
55
56 020566
020566

020566
57 020570
58 020576
59 020600
020600
60 020602

BGNSUB

104402

022737
001026

000001

002314

12.2:

CMP
NE

BRESET

104433

SDELAY

308

;1S THIS THE FIRST PASS?
;1F NOT = SKIP THIS TEST.

:DELAY 1 MSEC.

#1,STARES

sBUS RESET.

sevennnae

020602
020606

004737
000010

61 020610
62 020612

005001

105777

001012
005777
001007
022777
001203
005777
001404

006604

JSR

000004

161436

161432

20%:

104455

0
72 020654

000013
013372
007572

73 020654

020654
020654

74
75 020656

104403

ENDTST

,._..._‘._.___.,__

(SESULB

TRAP

($8sUB

TRAP

CSRESET

teteenee

sCALL DELAY SUBROUTINE
sNUMBER OF DELAY LOOPS

.'..."'..."Q"'..'Q.Q.'Qi"QQ"..

#4,3TXCSR

308

ERRDF

11,EMGO,ERRG

;PRINT

R1
aRXCSR

20%

aRDSR

20%

a@TDSR

ERROR MESSAGE

TRAP

308:

ENDSUB

104401

TRAP

BNE
TST
BNE
CMP
BNE
TST
BFQ

1STB

161444

.WORD

EXPANSION

EMG4
ERRG7

;EXPECT O IN ALL R/W REGISTERS
;1S THE RECEIVE (SR 0?
:BRANCH ON ERROR.
SEXPECT READ DATA/STATUS TO BE 0
;BR IF NOT
SEXPECT TBE TO BE SET.
:BR IF NOT
SEXPECT XMIT. DATA/STATUS TO BE 0.
;BRANCH [F OK.

CLR

161450

PC,SDLAY

MACRO

.WORD
.WORD

L10040:

L10036:

CSERDF
1"

.WORD
.WORD
.WORD

EMGO
ERRG1

TRAP

($ESUB

TRAP

(SETST

CVDPVBO DPV11 FUNC DIAG MACRO v03.01 26-0CT-80 08:56:53 PAGE 58

TEST 3 = CSR READ/WRITE

TEST 3 = (SR READ/WRITE

}

LSBTTL

;'QQ"'Q'QQ"."'""0"""""Q't"'t'."t.'."'CQ"Q"."'O'Q'Q'Q'Q

5
6

;* WRITE/READ DATA PATTERNS
s« THIS TEST IS INTENDED TO TEST THE READ/WRITE BITS IN THE (SRS. THERE
:* 1S NO INTENTION TO CHECK TME USYNR/T; IT IS DESIRED TO ONLY CHECK THE
:* READING AND WRITING OF THWE CSRS. IN ALL THE SUBTESTS THE BITS ARE

:» SUBTEST 1 = RXCSR (LOW BYTE CSRO)

;v SUBTEST 2 = PCR (MIGH BYTE CSR&)

TEST 3 - DPV-11

;* CHECKED TOGETMER AND INDIVIDUALLY.

CHECK BITS 0-6

CHECK BITS 0-7

;* SUBTEST 3 - ;2§2 éLgu BYTE OF CSR6) = TRANSMIT DATA BUFFER
:* SUBTEST 4 - ;??g 6N§GM BYTE OF CSR6) = TRANSMIT STATUS REGISTER.

}g
}?

:« SUBTEST S = TDSR = CMECK BYTE OP SIGNAL FOR USYNRT

;t"ttt't'.'tt't"t""'""tt't'.."..t'.".'..t.tt't'tt"'t.t..".t'
]

BGNTST

21 020660

020660

CALL

22 020660

ESCAPE

23 020664

020664 104410
2 020666 000520
020670

020670 104402
26 020672 012701 000001
27 020676 012702 000007
28 020702

29 020702 150177
30 020706 120177
31 020712 001022
32 020714 006101
33 020716 105077
005302

161360
161354

108:

161344

:RESET THE DPV

:1F ERROR, EXIT THE TEST

37 020726 012701
38
39

110177
120177

42 020742 001006

43 020744 005001
44 020746 105077
45 020752 105777
46 020756 001404
47 020760

4«8 020760

020760 104455
020762 000014
020764 013554

020766 007072

13.1:
MOV

#B1T0,R1

:START ROTATE PATTERN

BISB
(MPB
BNE
ROL
CLRB

R1,3RXCSR
R1,3RXCSR
208
R1
SRXCSR

:WRITE BIT,
;1S THE BIT WRITTEN?
:1F NOT = REPORT IT,
:ROTATE THE BIT PATTERN.
:CLEAR REGISTER

BNE

108

:CONTINUE UNTIL DONE.

MOV

DEC

gz 020724 001366

40 020732
41 020736

TST

BGNSUB

25 020670

34 020722

SRESET

7 .,R2

[

000137

MOV

37,/

161330
161324

MOVB
(MPB

R1,3RXCSR
R1,3RXCSR

161314
161310

CLR
CLRB
1ST8
BEQ

R1
aRXCSR
aRXCSR
308

BNE

20%:

13::

20§

ERRDF 12,EMG4 ,ERRG4

TRAP
LMWORD

CSESCAPE
L10041-,

TRAP

($BSUB

:COUNTER = WRITE INTO BITS 0-6.

:WRITE ALL BITS EXCEPT MODEM CONTROL INT.
:MODEM CONTROL NOT WRITTEN BECAUSE WE DON'T
:WANT TO ACTUALLY GENERATE AN INTERRUPT.
;WRITE BITS.
;1S THE PATTERN WRITTEN?

*1F NOT REPORT IT

:REMEMBER DATA PATTERN
:CLEAR THOSE BITS.
:ARE THOSE BITS CLEARED?
:1F YES, OK.

TRAP
MORD
WORD

.WORD

CSERDF
12
EMG4

ERRGA

'CVDPVBO DPV11 FUNC DIA G MACRO v03.01 28-0CT-80 08:56:53 PAGE 58-1
TEST 3 = CSR READ/WRIT 3

49 020770

30 020770

52 020774
020774
020774

161272

58 021010
59 021014
60 021016
61 021020
62 0210264
63 021030
64 021032

68 021046

CLRB

BGNSUB

12
00
00
10
105777
00
01
01

000377
161272
161266

005302
001366
000404

13.2:
MOV
Move
CMPB
BNE

CLR

161256
161252

000001
000006
161234
161230

SRTRERNRIZ B8R RRR 8

—n
— 2

105077

161176

MOV

#B170,R1
#6,R2

BISB
CMPB
BNE
ROL

20%:

20%

1STB

BNE
MOV

161220

R1,aPCR
R1,aPCR
R1
aPCR
aPCR

CLRB

108:

#377 ,R1

208

R1,aPCR
R1,aPCR

20%

308:

CLRB

000001

000006

—

~
~

—

TRAP

.WORD
.WORD
.WORD

CSERDF
13
EMG4
ERRGS

TRAP

(SESUB

TRAP

(s8suB

;WRITE PATTERN
;1S THE PATTERN WRITTEN?
:IF NOT = REPORT IT,
sROTATE THE PATTERN

;CONTINUE UNTIL DONE.
;EXIT = WHEN DONE
13,EMG4 ,ERRGS

aPCR

;CLEAR THE PCR

L10043:

135.3:
MOV
MOVB
CMPB

#377.R1

CLR
CLRB

TSTB

R1
aTDSR
aTDSR

MOV

#8170,R1
#6,R2

BNE

(sesuB

:START ROTATE PATTERN
sROTATE THE BIT & TIMES

161140
161134

TRAP

:1S THE PATTERN WRITTEN?
:1F NOT REPORT IT
:REMEMBER THE DATA PATTERN
:CLEAR THOSE BITS
:WERE THE BITS CLEARED?
:1F NOT = REPORT IT

BGNSUB

161154
161150

(SESUB

:WRITE THE PATTERN.

104403

000377

;CLEAR THE PCR.

CLRB
DEC
BNE
BR

ERRDF

:WRITE DATA PATTERN

ENDSUB

D b d e e e —h b

RN
[
S
]

DO
—_— b —3

;CLEAR THE REGISTER
L10042:

104455

OO0O0O0O0O0O0O0O0O0

aRXCSR

104403

69 021052

70 021054
71 021056

308:
ENDSUB

54
55 020776

282822ITLR

|
|

105077

R1,3TDSR
R1,3TDSR

20§

208

WR
DATA PATTERN
:WRITE
WR ITE THE PATTERN.
IS THE PATTERN WRITTEN?
IF NOT REPORT I7

RE MEMBER DATA PATTERN
CL EAR THOSE BITS

;1S THE DATA CLEAR?
:1F NOT = REPORT IT.
:START ROTATE PATTERN
sROTATE THE BIT & TIMES

r-—-

:g-u~d-d-d?§0wann\n
NS NO
SO

——
oo

—
s

o
~

R
—>

—

i i o
b
N

e
B

OCO00O0O000000O

208:

200

ST ST NTSTNT NI NN
N WL N NN LSLSLNTNTNTNT

161060

~N ~N OO SO
g@
nNO
2°8N

N
S~ N

OO~ NNOOO

PON)
= e bbeb

A U U U U AN N U

ERRDF

;WRITE PATTERN

;1S THE PATTERN WRITTEN?

:1F NOT = REPORT IT.
;CLEAR THE DATA.
;ROTATE THE PATTERN

;CONTINUE UNTIL DONE.

;EXIT = WHEN DONE
14 ,EMG4 ,ERRGY

TRAP

.WORD
.WORD
.WORD

CLRB

aTDSR

L10044:

BGNSUB

000017
161054
161050

161040
161034

012701
012702

000001
000003

150177
120177
06

161016
161012

108:

161004

13.4:
MOV
MovBe
CMPB
BNE
CLR
CLRB
1STB
BNE
MOV
MOV

n7.m
R1,3CSR?
R1,3aCSR7

BISB
CMPB
BNE
CLRB

R1,3CSR7
R1,aCSR?

20%

aCSR?
aCSR?7
20%
#B1T0,R1
#3,R2

ROL

20%:

DEC
BNE
BR

ERRDF

160760

CLRB

ENDSUB
104403

EMG4

ERRGY

sWRITE DATA PATTERN

TRAP

CSESUB

TRAP

($BsuB

TRAP

CSERDF
15
EMG4

: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 &4 TIMES

:WRITE PATTERN
:1S THE PATTERN WRITTEN?
:1F NOT = REPORT IT.
:CLEAR STATUS BITS.
:ROTATE THE PATTERN

:CONTINUE UNTIL DONE.
:EXIT = WHEN DONE
15,EMG4 ,ERRG10

.WORD
.WORD
.WORD

105077

CSERDF

:CLEAR THE TDSR

104403

osroo0oror

ST N 1,8

i
i

20§

DEC
BNE
BR

308:

D
D e
D i
i
D nd
-—

R1,9TDSR
R1,3TDSR

ENDSUB

D D i

-0

N OO NO VNS WN =200V NO VWD
WWSNNNNNNNNNN—D_.—.-.-.-.-A_.

vy S

B1SB
CMPB
BNE
CLRB
ROL

105077
VO

SEIIR2

ooO

RERS882IRGR

e
e

s.a_a—a—.
={=l=l=]
PR

D
D
D
D i
)
D i
e
D i
i
i
i
i
D i

108:

{

e e

—

00000

S8~
PAGE PAGE 58-2
08:56:53
1 28-0CT-80 08:5
V03.0
MACRO
DIAG
FUNC
DPV11
VBO
'CVDP
6:53
TE
/WRI
READ
TEST 3 = CSR

aCSR?

ERRG10

;CLEAR THE XMIT STATUS REG.
L10045:

(SESUB

p—

—_——

—_———————e

————

. ————. —————————
e

CVOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 58-3

TEST 3 = CSR READ/WRITE

137
138 021326

021326
021326

139 021330
140 021336
141 021342
142 021346
143 021350
144 021354

BGNSUB

104402
012777

105077
105777
001016
012701

021354
021356
021360
021362

104455
000020
013554
007372

021364
021370
021374
021376

012746
012746
010600
104415

145 021364

021400

}29 021404

062706

148 021404

021404
"o 021404

n
e
-

Vi
WA
—

160736

000377

013314
000001
000004

104403
ENDTST

104401

MOV
CLRB
1STB
BNE
MOV
ERRDF

#7777 ,8TDSR
aCSR7
aCSR6
108
#377.R1
16 ,EMG4 ,ERRGY

PRINTX

#FMG30

13.5:

TRAP
;WRITE TO TDSR
:CLEAR ONLY THE HIGH BYTE.
:SEE IF THE LOW BYTE WAS ALSO CLEARED
:1F NOT, BYTE OP IS OK.
:DATA FOR ERROR PRINT OUT.
;PRINT ERROR

c$8SUB

TRAP
WORD
.WORD
.WORD

CSERDF
16
EMG4
ERRGY

MOV
MOV
MOV
TRAP

#FMG30,-(SP)
# ,-(SP)
SP,RO
CSPNTX

TRAP

CSESUB

TRAP

CSETST

;ALSO WARN THAT BYTE OP MAY BE STUCK LOW.

ADD

108:
ENDSUB

150 021406

021406
021406

007777
160742
160726

L10046:

L10041:

#4,SP

{CVDPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 60
TEST & = TRANSMIT ENABLE

}

.SBTTL

TEST & = TRANSMIT ENABLE

6
g

;% AFTER A DEVICE RESET, SET TRANSMIT START OF MESSAGE (TSOM).
:* THAT TRANSMIT ACTIVE (TXACT) IS SET.

4
5

H
TEST 4 - DMR-11
;* TRANSMIT ENABLE/ TRANSMIT ACTIVE

A R

L A

ARl

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 CLEARED
i« UPON RESET OR WHEN THE TRANSMITTER ENTERS THE IDLE STATE.

n
}g

Ettatttntttttt'ttttt'ttttttttttt'tttttttttttttttttt'atttttttttttattttt

15 021410

BGNTST

% 021410
17 021410

BGNSUB

021410
021410

104402

021416
021420

104410
000330

18 021412
19 021416

20 021422
21 021426
2% 85}2;2

005737
001003
052777

002306

000010

160634

4 021436

052777

000020

160626

25 021444
26 021452

Té::

052777

000400

160622

T4.1:
CALL
ESCAPE

SRESET
TST

;RESET THE DPV
;1F ERROR, EXIT THE TEST

TST
BNE
BIS

TURN
5%
#MM_@TXCSR

s TURNAROUND?
:BR _IF EXTERNAL.
sSET MAINTENANCE MODE.

BIS

#TXENA,@TXCSR

;ENABLE THE TRANSMITTER.

BIS
WAIT

#TSOM,QTDSR
TBE

27 021462

021462
021464

28 021466
29 021474
30 021476
31 021502

32 021506

004737
000004
002272

104410
000264

032777
001011
017701
052701

003724

000092

JSR

160576

160570
000020

33 021516

000425

36 021520
7 0215%‘
021532

005077
042777

i? 021520

160550
000020

108:
160540

TRAP
WORD

CSESCAPE
L10047-.

tttnneee

PC,SWALT
TBE
.WORD
.WORD
TXCSR

:CALL WAIT ROUTINE :WAIT FOR TBE TO BE SET
;IN TRANSMITTER CSR. RN NN
OO
RR

ESCAPE

TST

;1F ERROR, BRANCH TO END OF TEST.

BIT
BNE
MoV
BIS

#TXACT,@TXCSR
10%
aTXCSR,R1
#TXENA R

;IS THE TRANSMITTER ACTIVE?
:1F YES = OK.
;SAVE THE TRANSMIT STATUS
sEXPECT TXENA TO BE SET.

ERRDF 17,EMGS ,ERRG?

021506 104455
021510 000021
021512 013601
021514 007172

csBsuB

:TRANSMIT START OF MESSAGE.
:WAIT FOR TBE TO BE SET.
seennnnts MACRO EXPANSION

021452
021456
021460

TRAP

RN RN R
AR ARRRRR
IERR

208

:SKIP THE REST OF THE SUBTEST.

CLR
BIC

aTDSR
#TXENA,@TXCSR

;CLEAR TSOM
;DISABLE THE TRANSMITTER

WAIT

TBE

sWAIT FOR TBE TO BE SET.

TRAP
LWORD

CSESCAPE
L10047-.

TRAP
.WORD
.WORD
.WORD

CSERDF
17
EMGS
ERRG7

8:56:53 PAGE PAGE 6060-1

CVDPVBO DPV11
4 = TRANSMIT ENABLE
TEST

FUNC DIAG MACRO VO03.01 28-0CT-80 08:56:53

2o
S

e
—

(===

2
2
2

sevenense MACRO EXPANSION #eeeenes

39 021542
021542
021544

40 021546

41 021554
42 021556
43 021562
021562

004737
000004
002272

003724

JSR

ESCAPE

104410

000204
032777
001406
012701

000002

160516

000004

:WAIT FOR TBE TO BE SET

TST

;IF ERROR, BRANCH TO END OF TEST.

BIT
BEQ

#TXACT,ATXCSR
208

ERRDF

18,EMG6,ERRG?

MOV

104455
000022

:CALL WAIT ROUTINE -

PC,SWALT
.WORD
TBE
TXCSR
WORD

#TBE R

:IN TRANSMITTER

CSR.

;t"..""'.."i"""tt"""."'

;1S THE TRANSMIITER INACTIVE?

021572
021574

47
48 021576

021576

.WORD

CSESCAPE
L10047-.

TRAP

CSERDF

.WORD

EMG6
ERRG?

:IF YES = OK.
:EXPECT ONLY TBE TO BE SET.

.WORD
.WORD

013634
007172

45 021572
46 021572

TRAP

20%:
104410

;IF ERROR, BRANCH TO END OF TEST

ESCAPE TST

000154

ENDSUB

L10050:

104403

BGNSUB

104402

14.2:

CALL
ESCAPE

BNE
BIS

5%
#MM,3TXCSR

TURN

: TURNAROUND?
:BR _IF EXTERNAL.
;SET MAINTENANCE MODE.

BIS

#TXENA,@TXCSR

sENABLE THE TRANSMITTER.

002306

001003
052777

000010

160444

052777
052777

000020
000400

160436
160432

;RESET THE DPV
:IF ERROR, EXIT THE TEST

SRESET
TST

BIS
WAIT

#TSOM,3TDSR
TBE

TRAP

.WORD

CSESCAPE
L10047-.

TRAP

C$ESUB

TRAP

csesus

TRAP

CSESCAPE
L10047-.

.WORD

;TRANSMIT START OF MESSAGE.

;WAIT FOR TBE TO BE SET.

seannnnss MACRO EXPANSION tetentee

004737

003724

JSR

ESCAPE

000002
160400
000020

160406

BIT
BNE
MOV
BIS

ERRDF

PC,SWALT
.WORD
"WORD

TBE
TXCSR

TST

#TXACT,ATXCSR
108
aTXCSR,RY
STXENA R1

19,EMGS,ERRG?

:CALL WAIT ROUTINE :WAIT FOR TBE TO BE SET
:IN TRANSMITTER CSR.

;t'.'t't"i'ttitl.'.lt'l't"i"'.'

:1F ERROR, BRANCH TO END OF TEST,

TRAP

{? ;25
TRANSHI!TER ACTIVE?

:SAVE THE TRANSHIT STATUS
:EXPECT TXENA TO BE SET.

.WORD

CSESCAPE

L10047-.

CSERDF
19
EMG5
ERRG7

108:

b d e
PN

104410
000034
032777
001406
012701

000002

160346

021742
021744

78
79 021746
021746

021746

CALL
ESCAPE

000004

SRESET
TST

BIT

#TXACT,aTXCSR

MOV

#TBE ,R1

BEQ

ERRDF

104455
000024

75
76 021742
77 021742

IT ENABLE

SO0NNON

&8 KR8 S

53
et

C_ DiAG_MACRO v03.01 28-0CT-80 08:56:53 PAGE 60-2

20%

20,EMG6,ERRG7

;RESET THE DPV
:1F ERROR, EXIT THE TEST

TRAP

;1S THE TRANSMIITER INACTIVE?
:IF YES - OK.
;EXPECT ONLY TBE TO BE SET.

20%:
104410
000004
ENDSUB

104403

8
82 021750

ENDTST
104401

TRAP

CSERDF
20
EMG6
ERRG7

TRAP

.WORD

CSESCAPE
L10047-.

TRAP

(SESUB

TRAP

CSETST

.WORD
.WORD
.WORD

013634
007172
ESCAPE TST

;1F ERROR, BRANCH TO END OF TEST

L10051:

L10047:

CSESCAPE

L10047-.

e
e
———

e
———

CVOPVBO DPV11 FUNC DIAG MACRO V03.01 28-0CT-8C 08:56:53 PAGE 61

c10

TEST S = TRANSMIT BUFFER EMPTY

TEST 5 = TRANSMIT BUFFER EMPTY

NOWVISWN -

.SBTTL

R 2222222222222 22 2222222222232 222 2 2223222222222

ddiiiliiliililidl)

TEST 5 = DPV-1

;* TRANSMIT BUFFER EMPTY

;* VERIFY THAT TBE (TRANSMIT BUFFER EMPTY) IS ASSERTED WHENEVER
:* THE DEVICE 1S RESET OR WHENEVER THE TDSR 1S AVAILABLE FOR DATA.

N0V

;* TBE 1S CLEARED AFTER WRITING TO THE TDSR.
+

:"'Q'Qt'."'fit""'"""t""""'tt"."""Qii"""""""."'.'

15::

—

BGNTST

—

BGNSUB

104402

CALL

ESCAPE

104410

CLR

160304

022026

5.1

012727
000000
013727
000000
005367
001375
005367
001367

000005

032777
001410
017701
042701

000004

DF aY

aTDSR

:1F ERROR, EXIT THE TEST
:WRITE TO THE TDSR.

:DELAY 500 MICROSECONDS.

WORD

THIS WILL

177756

160240
000004

160244

BIT
BEQ
MOV

#TBE ,aTXCSR
108
3TDSR,R1

ERRDF

21,EMG7 ,ERRG7

BIC

000025
013671
007172

#TBE R

L10053:

104403

BGNSUB

288

15.2:

CALL
ESCAPE
002306

TST

$SRESET
TST
TURN

:RESET THE DPV
:1F ERROR, EXIT THE TEST
: TURNAROUND?

csBssus
CSESCAPE

L10052-.

MOV
.WORD
MOV
.WORD
DEC
BNE
DEC
BNE

#5,(PC)+
0
LSDLY,(PC)+
0
-6(PC)
b
=22(PC)
.=20

TRAP

MORD
.WORD
.WORD

CSERDF
21
EMG7
ERRG7

TRAP

C$ESUB

TRAP

csasuBs

;:US TO ENSURE THAT TBE IS NOT
:REASSERTED. BECAUSE THE TRANSMITTER
:1S IDLE, TBE SHOULD STAY LOW.
:1S TBE CLEARED?
;IF YES - 0K
:SAVE THE TRANSMIT DATA/STATUS REG.
:PUT EXPECTED RESULT IN R1 FOR MSG.

108:
ENDSUB

104402

TRAP
TRAP

177772

31 022052
022052

TST

:RESET THE DPV

002116

104455

27 022050
28 022050
022050
o 022050

SRESET

TRAP

LMWORD

CSESCAPE

L10052-.

CVOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 61-1

D10

TEST S = TRANSMIT BUFFER EMPTY

35 022070

36 022072

gg 022100

39 022100
40 022106
41 022114

022114
022120
022122

001003

052777

000010

160172

052777
012777

000020
000400

160164
160160

004737
000004
002272

1%:

022136
022142
022144

004737
000004
002272

160136

47 022152

012701

001000

49 022156
50 022162
51 022164

005777
100406
005301

160112

48 022156

5%:

54 022200
55 022200

022200

58 022202

022202

59 022202 104401
60

;ENABLE THE TRANSMITTER.
:TRANSMIT START OF MESSAGE.

ENDTST

TBE

PC,SWALT
TBE
.WORD
TXCSR
.WORD

;SET MAINTENANCE MODE.

:WAIT FOR TBE TO BE SET.

JRRRRRRRS MACRO EXPANSION w*tttwnun

:CALL WAIT ROUTINE :WAIT FOR TBE TO BE SET
:IN TRANSMITTER CSR.

SRR RRRRERRR AR AR

AR OO

NES

ESCAPE

TST

:IF ERROR, BRANCH TO END OF TEST.

MOV
WAIT

#14,3TDSR
TBE

:TRANSMIT 1ST CHARACTER.
;WAIT FOR TBE TO BE SET.

PC,SWAIT
TBE
.WORD
TXCSR
LWORD

TRAP
.WORD

:CALL WAIT ROUTINE :WAIT FOR TBE TO BE SET
;IN TRANSMITTER CSR.
IR

RR AR

RRR AR

R R RS

TST

:IF ERROR, BRANCH TO END OF TEST.

MOV

#1000,R1

;SET UP COUNTER

TST
BMI
DEC

aTDSR
108
R1

:CHECK FOR TRANSMIT ERROR.
;sWHEN SET OK.

ERRDF

22,EMG8,ERRG2

CSESCAPE
L10052-.

JRRRRRENE MACRO EXPANSION #*xttatew

ESCAPE

108:
ENDSUB

022200 104403

#TXENA,3TXCSR
#TSOM,aTDSR

BNE

52 022166 001373
53 022170
022170 104455

022172 000026
022174 013707
022176 006700

BIS
MOV

JSR

003724

46 022146

022146 104410
02215¢ 000032

;BR IF EXTERNAL.

JSR

003724

000014

WAIT

022124 104410
o3 022126 000054
012777

#MM,3TXCSR

BNE

42 022124

44 022130
45 022136

BIS

TRAP
.WORD

CSESCAPE
L10052-.

TRAP
.WORD
.WORD

CSERDF
¢2
EMG8

TRAP

C$ESUB

TRAP

CSETST

:DECREMENT COUNTER.

:CONTINUE UNTIL COUNTER 0

.WORD

L10054:

L10052:

ERRGZ

—

——

——————

CVDPVBO UPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 62

——————

1EST 6 = TRANSMIT INTERRUPT
5

LSBTTL

.t't't""ttt'tt.Q"'t"t'tt'ttttttttt""tttttttt'tt'lttttttt""t't'

:* TRANSMIT INIERRUPT

TEST 6 = TRANSMIT INTERRUPT

6
;

TEST 6 = DPV-11

:* VERIFY THAT
A TRANSMIT INTERRUPT IS RECEIVED WHEN TRANSMIT
:* BUFFER EMPTY (TBE) IS ASSERTED.
. %

:tt't'tttttQtt'tt't'tt'ttt't"tttttttt'tttttQtttttt"'tttt'tt""'t"'

10 022204

BGNTST

" 022204

12 022204
13 022210

022210
022212
}g 022214

104410
000'46
005037

002424

17 022220

022220
022224
022230
022234
022240
022242
18 022246
022246
022252
19
20
21
5%
24

012746
012746
013746
012746
104437
062706

000200
017232
002264
000003

012700
104441

000000

052777

29 022264

005737

32 022274
33 022276

001373

30 022270
31 022272

001006
005300

104455
0027
013723
700

35 022306
36 022312

005037
012777

37 022320
022320
022324

000120

160010

005000

022276
022300
022302
022304

34 022306

CALL
ESCAPE

SRESET
TST

:RESET THE DPV
:1F ERROR, EXIT THE TEST

CLR

TFLAG

SETVEC

XMTVEC,#XINT,#PRIOG

SETPRI

#PRI100

TRAP
CSESCAPE
.WORD
L10055-.
;:CLEAR THE FLAG USED IN THE INTERRUPT ROUTINE.

MOV
#PRI0G,-(SP)
#XINT ,-(SP)
MOV
XMTVEC,-(SP)
MOV
#3,-(SP)
MOV
TRAP
CSSVEC
#10,SP
ADD
:SET PROCESSOR PRIORITY. FOR LSI 11/03
#PRI00,RO
MOV
TRAP
C$SPRI
:THIS WILL ENABLE INTERRUPTS. FOR 11/23
:THIS WILL ALLOW ACKNOWLEDGMENT OF INTERRUPTS
LEVE 4=7.

:SET UP INTERRUPT VECTOR

25 022254
26
27 022262
28 022264

000010

T6::

004737
000001

BIS
108:

002424

CLR

TST

BNE
DEC

BNE
ERRDF

002424
000001

006604

20%:

157752

CLR
MOV

$DELAY
JSR

#TXENA'TXIE,@TXCSR ;SET THE INTERRUPT ENABLE AND ENABLE
:THE TRANSMITTER.
:TIMER FOR LOOP
RO

TFLAG

:WAS THE INTERRUPT RECEIVED?

108
23.EMG9,.ERRG2

:KEEP CHECKING UNTIL THE TIMER EXPIRES.
;ERROR MESSAGE XMIT NOT RECEIVED.

20%
RO

TFLAG
#RESET,aTXCSR

PC,SDLAY
1
LWORD

:IF YES - OK.
:DECREMENT TIMER.

TRAP
.WORD
.WORD
.WORD

:CLEAR THE FLAG
;RESET THE DPV

:WAIT FOR 100 MICROSECONDS.
JRRRARARE MACRO EXPANSION ttttnxtnt

:CALL DELAY SUBROUTINE
:NUMBER OF DELAY LOOPS

:.""I"'itit'tit"ll'tt.t"t!itt

CSERDF
23
EMGY
ERRG2

)

CF10

CVDPVBO DPV11 FUNC DIAG MACRO V03.01 28-0CT-80 08:56:53 PAGE 62-1

TEST 6 = TRANSMIT

38 022326
39 022332
40 022334
|
022334

005737
001404

000030
013757
006700

42 022344
022344
022350
43

012700
104441

022352
o 022356

013700
104436

&4 022352

002334

TST
BEQ
ERRDF

104455

022336
022340
022342

41 022344

INTERRUPT

308:

000340
002264

FLAG
308
24.EMG10,ERRG2

:WAS AN INTERRUPT RECEIVED
“IF NOT = OK. (RESET SHOULD CLEAR INT ENABLE)
:ERROR MESSAGE - TRANMSIT INT RECEIVED
TRAP
CSERDF

MORD
.WORD
.WORD

SETPRI

#PRI107

CLRVEC

XMTVEC

24
EMG10
ERRG2

;SET PROCESSOR PRIORITY TO 7 (FOR
MOV
#PRIO7,RO
TRAP
CS$SPRI
;LSI 11/03 THIS WILL DISABLE INTERRUPTS)
sRESTORE THE XMIT INTERRUPT VvECTOR

MOV
TRAP

XMTVEC,RO
CSCVEC

TRAP

CSETST

46 022360

022360
o7 022360

48
49

ENDTST

104401

L10055:

CVDPVBO DPV11 FUNC DIAG MACRO V03.01 28-0CT-80 08:56:53 PAGE 64

6 10

TEST 7 = RECEIVER ENABLE
WA =

R LR R A AL
e
e e
e

TEST 7 = DPV-11

NN ~=OOV00 NV

;* 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.

i« AFTER CLEARING RECEIVER ENABLE, ENSURE THAT THE RECEIVER IS INACTIVE.
i+ RECEIVER ENABLE - CONTROLS THE OPERATION OF THE RECEIVER DATA PATH (RDP)

i« RECEIVER ACTIVE = THIS OUTPUT IS ASSERTED WHEN THE RDP PRESENTS THE 1ST
DATA CHARACTER OF A MESSAGE TO THE USYNRT.

.
;* RECEIVE DATA
:®
T

ONO WV

—
-

SO0

TEST 7 - RECEIVER ENABLE

.SBTTL

BGNTST

022362

ESCAPE

022366

022366 104410
022370 000222
22 022372 012777 040252

022422
022426
022430

000020
000030

157670

157660
157656

MOV

052777 000400

157652

BIS
WAIT

012777
012777

004737
000004
002272

003724

28 022432

022432 104410
022434 000156
29 022436 032777 004200 157622
30 022444 001056
31 022446 052777 000400 157620
32 022454

022454 004737
022460 000004
022462 002272

33 022464

022464
022466
34 022470
35 022476
36 022500

003724

104410
000124
032777 004200 157570
001041
012777 000123 157566

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.

stz

a s 2 2

R A R R R A R A A AR R A A AR A A A A 0 0 0

17::
CALL

022362

23 022400
24 022406
25
26 022414
27 022422

IT REMAINS

MOV
MOV

JSR

ESCAPE

BIT

BNE
BIS
WAIT
JSR

ESCAPE

BIT
BNE
MOV

$SRESFT

TST

#40252 ,aPCSAR

sRESET THE DPV

:IF ERROR, EXIT THE TEST

TRAP
.WORD
:SET BCP MODE AND SYNCH CHARACTER.

CSESCAPE
L10056~-.

;ENABLE THE RECEIVER.
#RXENA,ARXCSR
#TXENA'MM,QTXCSR ;ENABLE THE TRANSMITTER
:SELECT THE MAINTENANCE LOOPBACK.
:TRANSMIT START OF MESSAGE
#TSOM,aTDSR
:WAIT FOR TBE TO BE SET.
TBE
PC,SWAIT
TBE
.WORD
TXCSR
.WORD

JRRRRRANR MACRO EXPANSION *txtanee

:CALL WAIT ROUTINE :WAIT FOR TBE TO BE SET
:IN TRANSMITTER CSR.

R RO
RRR RNRRAR
ARRR
IRRRRERRAR

TST

:1F ERROR, BRANCH TO END OF TEST.

20%
#TSOM,aTDSR
TBE

:IF SET, REPORT ERROR.
:RETRANSMIT START OF MESSAGE.
:WAIT FOR TBE TO BE SET.

CSESCAPE
TRAP
.WORD L10056~-.
#RXACT'RDATRY,aRXCSR ;CHECK RECEIVER ACTIVE AND DATA READY.

PC,SWAILT
.WGRD TBE
.WORD TXCSR

TST

JRRRRRARE MACRO EXPANSION ttxtwnne

:CALL WAIT ROUTINE :WAIT FOR TBE TO BE SET
:IN TRANSMITTER CSR.

RGNS
RRRRRRRRRRRRRARRARRRRRRRORR

:1F ERROR, BRANCH TO END OF TEST.

CSESCAPE
TRAP
.WORD L10056~-.
#RXACT'RDATRY,aRXCSR ;CHECK RECEIVER ACTIVE AND DATA READY.
:IF SET, REPORT ERROR.
20%
:TRANSMIT THE FIRST DATA CHARACTER.
#123,3TDSR

CVDPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 64-1

M 10

TEST 7 = RECEIVER ENABLE

37 022506

WAIT

004737
000200
002266

sennvenwnns

003724

JSR

ESCAPE

104410

001005

004000

157536

062777

000020

022552
022556

004737
000004

006604

46 022560
47 022566
48 022570

032777
00141

004200

157514

108

;1F ERROR, BRANCH TO END OF TEST.

;'t't."Q"'.'QQ""."Q""Q'""

TRAP

#RXACT ,@RXCSR

ERRDF

25,EMG12 ,ERRG2

10%

30%

BIC
$DELAY

:RXENA.GRXCSR

JSR

PC,SDLAY

022570
022572
022574
022576

104455

49 022600

20%:

50 022602
51 022602

52 022612
53
54 022612
022612
022612

.WORC

.WORD

;1S THE RECEIVER ACTIVE?
;IF YES = OK.

TRAP

.WORD
.WORD
.WORD

BIT
BEQ
ERRDF

#eteenee

;CALL WAIT ROUTINE ;WAIT FOR BIT TO BE SET
;IN RECEIVER C(SR.

MACRO

EXPANSION

104401

CSERDF

25
EMG12
ERRG2

#vtannne

;CALL DELAY SUBROUTINE
:NUMBER OF DELAY LOCPS

;t".'."t"i'..ti"".i'i.""'it

;gXACT!RDATRY,ORXCSR ;CHECK RECEIVER ACTIVE AND DATA READY.
$
:1F CLEAR OK

26 ,EMG13 ,ERRGZ

30%

ERRDF

27 ,EMG14 ,ERRGZ

TRAP

30%:
ENDTST

CSESCAPE

L10056~.

;DISABLE THE RECEIVER
:DELAY TO ALLOW DISABLE.
saexnennts

157500

MACRO EXPANSION

PC,SWALT
RDATRY
.WORD
RXCSR
.WORD

BIT

BNE

104455

45 022552

;WAIT FOR RECEIVE DATA.

RDATRY

L10056:

CSERDF

.WORD
.WORD
.WORD

26
EMG13
ERRG2

TRAP

CSERDF
27
EMG14

.WORD
.WORD
.WORD

ERRG2

TRAP

CSETST

CVDPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 65

110

TEST 8 = RECEIVE DATA INTERRUPT

TEST 8 - RECEIVE DATA INTERRUPT

WSOV
N NN =

.SBTTL
R

e s s

AR R R R A A A A A AR AR A A A A A A0 A0}

TEST 8 - DPV-11
1
;* RECEIVE DATA INTERRUPT

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 BECOMES

— -

;* INACTIVE.

e e s a

s 2 AR A R A A A R A A AR A A R A A A A A A A A A A0

BGNTST

NOWVES

18::

CALL

—

ESCAPE

104410

000266
005037
005037
005037
012737

022656

24 022674

:RESET THE DPV
;15 ERROR, EXIT THE TEST

TRAP

CSESCAPE

.WORD

L10057~-.

017232
00226«
000003

MOV
MOV
MOV
MOV

#PRI04 ,-(SP)
#XINT,=(SP)
XMTVEC ,-(SP)
#3,-(SP)

000010

ADD

#10,SP

MOV
MOV
MOV
MOV

#PR104 ,-(SP)
#RINT ,-(SP)
RCVEC,-(SP)
#3,-(SP)

002424
002376
002360
000002

012746
012746
013746
012746
104437
062706

000200

012746
012746
013746
012746
104437
062706

000200
016602

012700

000000

1046441

SRESET
TST

002414

CLR
CLR
CLR
MOV

;:L:g

:CLEAR FLAGS USED IN THE INTERRUPT ROUTINES.

MCFLAG
#2 ,START

:CLEAR MODEM CONTROL FLAG.
:SEND 2 START CHARACTERS.

SETVEC

XMTVEC,#XINT ,#PRI0G

TRAP

SETVEC

RCVEC,#RINT,#PRIOG

002262
000003
000010

SETPRI

#PR100

:SET PROCESSOR PRIORITY.

TRAP
ADD

CSSVEC

FOR LSI 11/03

;THIS WILL ENABLE INTERRUPTS.

MOV

TRAP

FOR 11/23

CSSVEC
#10,SP

#PR100,RO
C$SPRI]

:Y?IE U{L% ALLOW ACKNOWLEDGMENT OF INTERRUPTS
sLEVEL

4-7.

:SET UP INTERRUPT VECTOR

012777
012777

0460252
000120

012777

000i30

;SET BCP MODE AND SYNCH CHARACTER.
#40252,8PCSAR
#RYENA'RXITEN,@RXCSR ;ENABLE THE RECEIVER AND SET
;SET INTERRUPT ENABLE.
#TYIE'TXENA'MM, QTXCSR ;ENABLE THE XMITTER AND INT.
sSELECT THE MAINTENANCE LOOPBACK.

005003

032737
001007

000001

002376

5%:

:CLEAR COUNTER

#1.RFLAG

:WAS DATA RECEIVED

10§

“1F YES - OK.

—c

CVDPVBO DPV11 FUNC

TEST 8 =~ RECEIVE

MACRO v03.01 28-0CT-80 08:56:53 PAGE 65-1

J 10

NTERRUPT

;DECREMENT COUNTER.

41 022764
4; 022766

DEC
BNE

R3
5%

&4 022770

ERRDF

28 ,EMG15 ,ERRG2

TRAP

.WORD
.WORD
.WORD

308
48 023010
49 023014

005037

000020
002376

157256

BIC
CLR
SDELAY

#RXENA ,QRXCSR
RFLAS

;DISABLE THE RECEIVER
;CLEAR THE FLAG.
;DELAY TO ALLOW DISABLE.
sennnennes

023014
023020

004737
000005

006604

50 023022
51 023026

005737
001011
032777
001411

002376
004200

JSR

308:

000340

013700
104436

002262

013700
104436

002264
ENDTST

104401

ttttenne

;CALL DELAY SUBROUTINE
;NUMBER OF DELAY LOOPS

:t'""t.'i""..'...'l"""l""

ERRDF

30,EMG16 ,ERRG2

BIT
BEQ
ERRDF

20%:

WORD

MACRO EXPANSION

;WAS AN INTERUPT RECEIVED?
20%
;1F YES = REPORT EPROR.
#RXACT!RDATRY,aRXCSR ;CHECK RECEIVER ACTIVE AND DATA READY.
:IF CLEAR OK
3 0%
29 ,EMG13 ERRG2
TRAP
CSERDF
.WORD
29
EMG13
.WORD
ERRG2
.WORD
308

TST
BNE

157230

PC,SDLAY

CSERDF
28
EMG15
ERRG2

CALL
SETPRI

RFLAG

SRESET
#PRIO7

TRAP

CSERDF

.WORD
.WORD
.WORD

30
EMG16
ERRG2

MOV

TRAP

#PR107 ,RO
C$SPRI

MOV
TRAP

RCVEC,RO
CSCVEC

MOV

TRAP

XMTVEC
RO
CSCVEC

TRAP

CSETST

sRESET THE DPV.

;SET THE PROCESSOR PRI TO 7
;(THIS WILL DISABLE INTERRUPTS)

CLRVEC

RCVEC

;RESTORE THE RECV. VECTOR

CLRVEC

XMTVEC

;RESTORE THE XMIT. VECTOR

L10057:

————

—

——————-—

CVOPVBO DPV11 FUNC DIAG MACRO V03.01 28-0CT-B0 08:56:53 PAGE 66

TEST 9 = RECEIVER STATUS

|
|

}

LSBTTL

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

TEST 9 - DPV-11

;* SUBTEST 1 =

REOM (RECEIVE END OF MESSAGE)

ENDED WITH A TEOM (TRANSMIT END OF MESSAGE).

AND THAT THE REOM IS RECEIVED WHEN RECEIVE

5
4

TEST 9 - RECEIVER STATUS

:* THERE ARE 3 SUBTESTS IN THIS TEST WHICH ARE INTENDED TO CHECK
;* RECEIVER STATUS.

THIS SUBTEST WILL TRANSMIT A DATA MESSAGE THAT IS

CHECK WILL BE MADE THAT THE RECEIVER GETS THE DATA

STATUS IS AVAILABLE.

:* SUBTEST 2 =

RECEIVER OVERRUN

16
17
18
19

it
i
T
i

RECEIVER AFTER BECOMING ACTIVE WILL NOT SERVICE
THE RECEIVE BUFFER CORRECTLY.
THIS SHOULD RESULT IN
A RECEIVE OVERRUN.
THIS SUBTEST WILL ENSURE THAT
WHEN RECEIVE STATUS IS AVAILABLE, THE RECEIVER OVERRUN

22
23

;* SUBTEST 3 i

25
gg

e
i

WITH A TRANSMIT ABORT.

THE SUBTEST WILL ENSURE THAT

Ettttittttttttt'itttt'ttt'ti'tttttIttttttittttttttttttttt"ttt'ttttiit

29 023112
% 023112

31 023112
023112
023112
32 023114
33 023120
023120

RECEIVER ABORT
THIS SUBTEST WILL TRANSMIT A DATA MESSAGE THAT IS ENDED

RECEIVE STATUS AVAILABLE IS RECEIVED AND THAT THE
ABORT IS RECEIVED.

BGNTST

19::

BGNSUB
104402

19.1:
CALL
ESCAPE

023122
34 023124
gg 023130

104410
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

:CLEAR TRANSMIT INTERRUPT FLAG.
:# OF START OF MESSAGES.

SETVEC

XMTVEC,#XINT,#PRIO4

023152 012746 000003

38 023164
023164
023170
39

012700
104441

TRAP

C$BSUB

TRAP

.WORD

C$ESCAPE
L10060-.

MOV
MOV
MOV

#PR104,~(SP)
#XINT,=(SP)
XMTVEC ,-(SP)

TRAP
ADD

CSSVEC
#10,5P

MOV

000010

SETPRI

000000

#PRI0O

;SET PROCESSOR PRIORITY.

:LEVEL 4-7.
:SET UP INTERRUPT VECTOR
052777

000130

157072

BIS

#3,-(SP)

FOR LSI 11/03
MOV
#PR100.RO
TRAP
C$SPRI
:THIS WILL ENABLE INTERRUPTS. FOR 11/23
:THIS WILL ALLOW ACKNOWLEDGMENT OF

41
2%

44 023172

THE

IS SET.

. &

THIS SUBTEST WILL TRANSMIT DATA CORRECTLY.

INTERRUPTS

#TXIE'TXENA'MM,@TXCSR ;ENABLE THE TRANSMITTER AND SELECT

-——————————————

me——p

——————————————ti

e
et

{CVOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 66-1
TEST 9 - RECEIVER STATUS

29 023200 052777 000020

48 023206
49 023210
50 023210
§1 023216
§2 023220
§3 023222
54 023224

005003

55 023234
56 023236

000444

023224
023226
023230
023232

032777
001007
005303
001372

005003

59 023240
60 023246
61 023250
62 023256
63 023264

032777
001407
017737
032737
001007

65 023266
66 023270
67 023272

005303
001363

68 023302
69 023304
70 023304
71 023312

000421

64 023266

023272
023274
023276
023300

72 023314

023314
023316
023320
023322

73 023324
74 023326

75 023326
76 023334

77 023336

157050

5%:

104455
000037
014062
006700

57 023236

58 023240

004000

157060

108:

002200

157020

157014
001000

002400
002400

128:

15%:

104455
000040
014345
006700
032777
001405

002000

156754

20$:

104455
000041
014405
006700
000410

032777
001404

004000

156732

25%:

#RXENA,3RXCSR

;ENABLE THE RECEIVER

CLR

;INITIALIZE THE COUNTER

BIT
BNE
DEC
BNE
ERRDF

#RXACT,@RXCSR
1n$
R>
5%
31,EMG12,ERRG2

;IS THE RECEIVER ACTIVE?
‘BR IF YES
*DECREMENT THE COUNTER

45%

CLR

BIT
BEQ
MOV
BIT
BNE

#RSTARY'!RDATRY ,aRXCSR
:1S DATA OR STATUS READY?
15%
‘BR IF NOT
aRDSR,RSAVE
sSAVE THE CHARACTER
#REOM,RSAVE
:WAS THE RECEIVE END OF MESSAGE RECEIVED?
208

DEC
BNE
ERRDF

;DECREMENT THE COUNTER

R3
12%
32,EMG17 ,ERRG2

BIT
BEQ
ERRDF

#RSTARY,aRXCSR
25%
33,EMG18,ERRG2

45%

BIT

#RXACT ,aRXCSR

ERRDF

34 ,EMG11,ERRG?2

ENDSUB

81 023346

83 023350

sINITIALIZE THE COUNTER.

45%

BEQ

CSERDF
31
EMG12
ERRG2

TRAP
.WORD
.WORD
"WORD

CSERDF
32
EMG17
ERRG2

TRAP
.WORD
.WORD
"WORD

CSERDF
33
EMG18
ERRG2

TRAP
.WORD
.WORD
"WORD

CSERDF
34
EMG11
ERRG2

TRAP

C$ESUB

;IS THE STATUS DROPPED?

1S TflE RECEIVER INACTIVE?

45%

:BR IF YES

45$:

;3 023346

82 023346

TRAP
.WORD
.WORD
.WORD

023336 104455
023340 000042
023342 014031
s 023344 006700

023346

-MAINTENANCE MODE LOOPBACK.

BIS

104403
BGNSUB

‘

L10061:

CVOPVBO DPV11 FUNC DIAG MACRO V03.01 28-0CT-80 08:56:53 PAGE 66-2

TEST 9 - RECEIVER STATUS

104402

CALL

ESCAPE

104410

86
87 023362

gg 023366

005037
012737

002424
000001

012746
012746
013746
012746
104437
062706

000200
017232
002264
000003

012700

000000

002414

000010

QREREAV28ELIRAR

052777
052777

CLR

TFLAG
#1,START

CSESCAPE
L10060~-.

MOV
Mov
MOV
MOV
TRAP

#PR104,~(SP)

SETVEC

XMTVEC,#XINT,#PRI04

#PR100

;CLEAR TRANSMIT INTERRUPT FLAG.
:# OF START OF MESSAGES.

;SET PROCESSOR PRIORITY.

#XINT,=(SP)

XMTVEC,-(SP)
#3,-(SP)

ADD

FOR LS;031/03

;THIS WILL ENABLE INTERRURTS.

000130

156634

000020

156622

005003

032777
001007
005303
001372

004000

156612

5%:

108:

005003

poway 288l

NN NN uuur

NOWSWN=2O

TRAP

FOR 11/23

#PR100,RO

C$SPRI

;THIS WILL ALLOW ACKNOWLEDGMENT OF INTERRUPTS
sLEVEL 4-7.
;SET UP INTERRUPT VECTOR

—

e e

Mov

SETPRI

000043
014062
006700
000464

;RESET THE DPV
;1IF ERROR, EXIT THE TEST

csesus

.WORD

104455

000536

104441

SRESET

TRAP

032777

002000

156562

12%:

BIS

#TXIE!TXENA!MM,@TXCSR ;ENABLE THE TRANSMITTER AND SELECT

BIS

#RXENA ,aRXCSR

;ENABLE THE RECEIVER

CLR

;INITIALIZE THE COUNTER

BIT
BNE
DEC
BNE
ERRDF

#RXACT ,aRXCSR

;1S THE RECEIVER ACTIVE?
:BR IF YES
;DECREMENT THE COUNTER

108
R3
5%

35.EMG12 ,ERRG2

208:

TRAP

.WORD
.WORD
.WORD

55%

CLR

;INITIALIZE THE COUNTER.

BIT
BNE

#RSTARY,aRXCSR

;IS THE STATUS READRY?

BNE

20
R3
12%

ERRDF

36 ,EMG1 ,ERRG2

55%

3522

:MAINTENANCE MODE LOOPBACK.

CSERDF
35

EMG12
ERRG2

;DECREMENT THE COUNTER
;TIME OUT

TRAP

.WORD
.WORD
.WORD

CSERDF
36
EMG1

ERRG2

CVOPVBO DPV11 FUNC DIAG MACRO V03.01 28-0CT-80 08:56:53 PAGE 66-3

TEST

RNOEFFRR
544
o

Wi
~

Os OCO0O0O0O0000O
NNV

d
D
-

NN
o~NOrW

= RECEIVER STATUS

032777
001005

004000

156536

BIT
BNE
ERRDF

104455

000045
014434
006700
000437

032777
001405

BIT
BEQ
ERRDF

156512

D
)
D
D
) d
—

WNWIWNWNWNW

104455
000046

014405
006700
000426
032777
001007
005303
001372

002000

156470

42%:

013462
006700
000413

062777

000020

156442

032777
001404

002000

156434

FoZ 2

okbt

104455
000047

47%:

508:

37 ,EMG19 ,ERRG2

;WAS THE RECEIVE OVERRUN RECEIVED?

:1F YES OK.

TRAP

55%

40$%:

002000

#ROVER,aRDSR

40%

#RSTARY ,aRXCSR

42%

38,EMG18 ,ERRG2

BIT
BNE
DEC
BNE

#RSTARY ,aRXCSR
47%

;1S THE STATUS READY?

R3
42%

;DECREMENT THE COUNTER

ERRDF

39,EMG1,ERRG2

;TIME OUT

55%

BIC

#RXENA ,aRXCSR

;DISABLE THE RECEIVER.

BIT
BEQ

#RSTARY ,aRXCSR

;IS THE STATUS DROPPED?

ERRDF

40,EMG18,ERRG2

ENDSUB

L10062:

104403

BGNSUB

19.3:
CALL

ESCAPE

SRESET
ST

CSERDF
38
EMG18
ERRGZ

TRAP
.WORD

CSERDF
39
EMGT
ERRG2

TRAP
.WORD
.WORD
.WORD

CSERDF
40

TRAP

($ESUB

TRAP

(s8suB

.WORD
.WORD

55%:

104402

TRAP

.WORD
.WORD
.WORD

55%

104455

37
EMG19
ERRG2

;WAS THE STATUS CLEARED
;IF YES OK

55%

CSERDF

.WORD
.WORD
.WORD

:RESET THE DPV
:1F ERROR, EXIT THE TEST

EMG18
ERRG2

8 1

CVDPVBD DPVY

TEST 9 = REC IVER

SBIFFNANIITEISAE

e J s G

CLR

SETVEC

XMTVEC ,#XINT ,#PRI04

SETPRI

#PRI0O

CSESCAPE
L10069-.

Mov
Mov
MOV
Mov
TRAP
ADD

#PR104 ,-(SP)
#XINT ,=(SP)
XMTVEC,-(SP)
#3,-(SP)
CSSVEC
#10,sP

;SEND AN ABORT

;SET PROCESSOR PRIORITY.

FOR LSI 11/03

MOV
#PR100,RO
TRAP
CS$SPRI
;THIS WILL ENABLE INTERRUPTS. FOR 11/23
;THIS WILL ALLOW ACKNOWLEDGMENT OF INTERRUPTS

023734

052777

000130

156330

BIS

023742

052777

000020

156316

BIS

#TXIE!TXENA!MM,3TXCSR ;ENABLE THE TRANSMITTER AND SELECT
.
:MAINTENANCE MODE LOOPBACK.
#RXENA,ARXCSR
;ENABLE THE RECEIVER

023750

005003

CLR

;INITIALIZE THE COUNTER

BIT

#RXACT,ARXCSR
10%

;IS THE RECEIVER ACTIVE?
:BR IF YES

032777
001007
005303
001372

004000

156306

5$:

De(
BNE
ERRDF

108:

N
&~

e
e
i

;DECREMENT THE COUNTER

41,EMG12,ERRG2

TRAP

.WORD

SINTRRT2ES

;CLEAR TRANSMIT INTERRUPT FLAG.
:# OF START OF MESSAGES.

#1,START
#1,ABORT

WORD

sLEVEL 4-7.
;SET UP INTERRUPT VECTOR

104455

—

TFLAG

MOV
MOV

TRAP

002000

156256

000200

156246

12%:

45%

CLR

;INITIALIZE THE COUNTER.

BIT

sggYARY.SRxCSR

;1S THE STATUS READY?

BIT
BEQ
SDELAY

#RDATRY ,aRXCSR
15%

BNE

024022

.WORD
.WORD

006604

JSR

15%:

DEC
BNE
ERRDF

PC,SDLAY
5
WORD

R3
12%
42 ,EMGY ERRG2

EMG12
ERRGZ

;DELAY .5 MSEC.
sevennnes MACRO EXPANSION

024022
024026

CSERDF

tetentes

sCALL DELAY SUBROUTINE
:NUMBER OF DELAY LOOPS

:"'t..itl".l"."t'tl'ii"titit.

;DECREMENT THE COUNTER
;TIME OUT

TRAP

WORD

CSERDF

CVOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 66-5

¢ 1"

TEST 9 = RECEIVER STATUS

024040
2

93 024044

013462
006700
000421

gg 024046
g; 024046
024054
99 024056

024056
024060
026062
024064
200 024066

201 024070
202 024070
%03 024076
04
205 024100

024100
024102
024104
024106
206 024110
207 0264110
208 024114

026114
09 026114

2
2 10
21
2 12 0264116

024116
213 026116

45%

BIT
BNE
ERRDF

#RABORT ,8RDSR
40%
43,EMG20,ERRG2

45%

BIT
BEQ

#RSTARY,@RXCSR
45%

ERRDF

44 ,EMG18 ERRG?

CLR

ABORT

.WORD
.WORD

EMG1
ERRG2

TRAP
WORD
.WORD
.WORD

CSERDF
43
EMG20
ERRG2

TRAP
.WORD
.WORD
.WORD

CSERDF
44
EMG18
ERRG2

TRAP

CSESUB

TRAP

CSETST

208:
032777
001005

002000

156214

104455
000053
014465
006700

000410

032777
001404

002000

104455
000054
014405
006700
005037

002316

156170

40%:

45%:
ENDSUB

104403

ENDTST

104401

214

LS e AT

;WAS THF RECEIVE ABORT RECEIVED?
:1F YES Ok.

;IS THE STATUS DROPPED?

;CLEAR THE ABORT FLAG.

L10063:

L10060:

———————————-

Su—

—

———

CVOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 67

TESY 10 = RECEIVE STATUS INTERRUPT

"EST 10 = RECEIVE STATUS INTERRUPT

LSBTTL

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

[}

:* RECEIVE STATUS IS AVAILABLE. EACH OF THE FOLLOWING SUBTESTS

TEST 10 = pPV-11
]
ENSURE THAT INTERRUPTS MAY BE GENERATED WHEN
WILL
;v THIS TEST

&
5

:* WILL GENERATE THE STATUS AS FOLLOWS:
:* SUBTEST 1 = REOM
:* SUBTEST 2 = RECEIVER OVERRUN

7
8
5

:* SUBTEST 3 =

E'. '.'.""Q".""""'"""""QQ."""'."'Q'.'."."""""""

BGNTST

13 024120
14

024120

16 024120

0264120 104402

ESCAPE

024126 104410

024130 001102

005037

026212
024216
024222
024224
26 024230
024230
024234
27

CLR

002376

20 024136 005037 002424
21 024142 005037 002360
2% 024146 012737 000001

024154
024160
0264164
024170
024174
024176
25 024202
02464202
024206

CLR
CLR
MOV

002414

104441

SETVEC

002262
090003
000010
000000

SETPR]

28
29
g?
32 024236 052777 000130 156026
33
gg 024244 052777 000120 156014
36 024252 005003
7 024254
8 024254 032777 004000 156004

SRESET

TST

RFLAG

TFLAG
MCFLAG
#1,START

;RESET THE DPV

:1F ERROR, EXIT THE TEST
:CLEAR RECEIVE INTERRUPT

5%:

BIS
BIS
CLR
BIT

TRAP

csB8suB

TRAP

CSESCAPE
L10064~.

MOV
MOV
MOV
MOV
TRAP
ADD

#PR104 ,-(SP)
#XINT ,-(SP)
XMTVEC,=(SP)
#3,-(SP)
CSSVEC
#10,SP
#PR104,-(SP)
#RINT ,-(SP)

WORD

:CLEAR TRANSMIT INTERRUPT FLAG.
:CLEAR MODEM CONTROL FLAG.
:# OF START OF MESSAGES.

SETVEC XMTVEC,#XINT, #PRI04

012746 000200
012746 017232
013746 002264
012746 000003
104437
062706 000010
012746 000200
012746 016602

013746
012746
104437
062706
012700

110.1:
CALL

17 024122

18 024126

%‘ 024154

T10::

BGNSUB

024120

19 024132

RECEIVER ABORT

RCYEC,#RINT, #PRIO&

MOV
MOV
RCVEC,=-(SP)
MOV
#3,-(SP)
MOV
CSSVEC
TRAP
#10,SP
ADD
:SET PROCESSOR PRIORITY. FOR LSI 11703
#PRIOO
#PR100,RO
MOV
C$SPRI
TRAP
:THIS WILL ENABLE INTERRUPTS. FOR 11723
:THIS WILL ALLOW ACKNOWLEDGMENT OF INTERRUPTS
:LEVEL 4-7.
:SET UP INTERRUPT VECTOR
STXIE' TXENA'MM,3TXCSR ;ENABLE THE TRANSMITTER AND SELECT
:MAINTENANCE MODE LOOPBACK.
SRXITEN'RXENA,BRXCSR ;ENABLE THE RECEIVER
R3

sINITIALIZE THE COUNTER

#RXACT ,@RXCSR

;IS THE RECEIVER ACTIVE?

‘

'CVDPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-B0 08:56:53 PAGE 67-1

TEST 10 = PECEIVE STATUS INTERRUPT

39 024262
40 024264
41 024266
42 024270
024270

001007
005303
001372

43 024300
44 024302
45 024302
46 024304
47 024304
48 024312
49 024314
50 024316

000434

024272
024274
024276

51 024320
024320
024322
024324

024326

g% 024330

104455
000055
014062
006700
005003
032737
001007
005303
001372

032737
001004

58 024352
59 024352
69 024360
61 024362

032777
001404

024362
024364
024366

024370

62 024372

000002

001000

002000

104455
000060
014405
006700

013700
104436

002262

024406
67 024412

013700
104436

002264

68 024414

69 024414
70 024416

024416

45%

CLR

JINITIALIZE THE COUNTER.

BIT
BNE
DEC
BNE

#2 ,RFLAG
20%
R3
12%

;WAS STATUS RECEIVED?

155706

20%:

40$:

;BR IF YES
;DECREMENT THE COUNTER

TRAP
WORD
.WORD
WORD

CSERDF
45
EMG12
ERRGZ

TRAP
.WORD
.WORD
.WORD

CSERDF
46
EMG21
ERRG?

;DECREMENT THE COUNTER

46,EMG21 ,ERRG2

45%

BIT
BNE
ERRDF

#REOM,RSAVE
40%
47 ,EMG17 ,ERRG2

;WAS THE RECEIVE END OF MESSAGE RECEIVED?
:1F YES OK.

BIT
BEQ
ERRDF

#RSTARY,QRXCSR
45%
4B ,EMG18,ERRG2

;IS THE STATUS DROPPED?

45%:

024400
024404

024414

002400

104455
000057
014345
006700

012700
104441

66 024406

10%
R3
5%
&45,EMG12,ERRG2

ERRDF

03 024372
024372
024376
64

65 024400

002376

128%:

104455
000056
014514
006700
000420

54 024332
55 0243%2
56 024340
57 024342

024342
024344
024346
024350

108:

BNE
DEC
BNE
ERRDF

000340

ENDSUB

104403
BGNSUB

SETPRI

#PRI107

;SET PROCESSOR PRI T0 7

CLRVEC

RCVEC

: (DISABLE INTERRUPT)
;RESTORE THE INTERRUPT VECTOR.

CLRVEC

XMTVEC

;RESORE THE VECTOR.

L10065:

110.2:

TRAP
WORD
.WORD
.WORD

CSERDF
47
EMG17
ERRGZ2

TRAP
.WORD
.WORD

.WORD

CSERDF
48
EMG18
ERRGZ

MOV
TRAP

#PR107
RO
C$SPRI

MOV
TRAP

RCVEC,RO
CSCVEC

MOV
TRAP

XMTVEC RO
CSCVEC

TRAP

($ESUB

CVOPVB0 DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 67-2

F1N

TEST 10 = RECEIVE STATUS INTERRUPT

024416

104402

024424

104410

71 024420
72 024454

CALL
ESCAPE

- 024426

000604

74 024430
75 02443
76 024440
77 024444

005037
005037
005037
012737

002376
002424
002360
000001

024460
024464
024470
024474
024500
024502

012746
012746
013746
012746
104437
062706

000200
017232
002264
000003

024506
024512
024516
024522
024526
024530
82 024534
024534
024540
83
84

012746
012746
013746
012746
104437
062706
_
012700
104441

000200
016602
002262
000003

;g 024452

80 024460

81 024506

012737

000001

002414

002370

000010
000000

:RESET THE DPV
:1F ERRCR, EXIT THE TEST

CLR
CLR
CLR
MOV

RFLAG
TFLAG
MCFLAG
#1,START

SETVEC

XMTVEC,#XINT,#PRI0G

MOV

000010

SRESET
T1ST

#1,0VER

($8SUB

TRAP

CSESCAPE

WORD

L10064~.

MOV
MOV
MOV

#PR10&,=(SP)
#XINT,=(SP)
XMTVEC,=(SP)

:CLEAR RECEIVE INTERRUPT
:CLEAR TRANSMIT INTERRUPT FLAG.
:CLEAR MODEM CONTROL FLAG.
:# OF START OF MESSAGES.

:FLAG TO CREATE RECEIVE OVERRUN.

SETVEC

RCVEC,#RINT,#PRIO&

SETPR]

#PRI00

TRAP

MOV
TRAP
ADD

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

#PRI0&,~(SP)
MOV
#RINT,=(SP)
MOV
RCVEC,=(SP)
MOV
#3,-(SP)
MOV
TRAP
CSSVEC
#10,5P
ADD
: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

gg
88 024542

K9
g? 024550

052777

000130

155522

BIS

STXIE'TXENA'MM,3TXCSR :ENABLE THE TRANSMITTER AND SELECT

052777

000120

155510

BIS

#RXITEN'RXENA,QRXCSR

CLR

:INITIALIZE THE COUNTER

BIT
BNE
DEC
BNE
ERRDF

#RXACT,3RXCSR
108
R3
5%
49,EMG12,ERRG2

;IS THE RECEIVER ACTIVE?
:BR IF YES
:DECREMENT THE COUNTER

45%

CLR

INITIALIZE THE COUNTER.

BIT

#2 .RFLAG

:WAS STATUS RECEIVED?

DEC
BNE

R3
12%

:DECREMENT THE COUNTER

92 024556

005003

94 024560
95 024566
96 024570
97 024572
98 024574

032777
001007
005303
001372

99 024604

000434

101 024606

005003

103 024610

032737

105 024620
106 024622

005303
001372

93 024560

004000

155500

5$:

024576 104455
024576 000061
024600 014062
024602 006700

100 024606

102 024610

104 024616 001007

108:

000002

002376

12%:

BNE

20§

:MAINTENANCE MODE LOOPBACK.
;ENABLE THE RECEIVER

TRAP
WORD
.WORD
.WORD

CSERDF
49
EMG12
ERRG?

CVOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 67-3

TEST 10 = RECEIVE STATUS INTERRUPT

107 024626

024624
024626
0246
024632
}83 024634

104455
000062
014514
006700

000420

113 024644

114 024646

024646
024650
026652
024654

115 024656
116 024656
117 024664
118 024666

024666
024670
024672

024674

119 024676

120 024676

024676
024702

121
12¢ 024704

024704
024710

123 024712

024712
024716

}%g 024720

032737
001C04

004000

002400

104455
000063
014434
006700
032777
001404

002000

155402

127 024724

006700
012700
104441

BIT

#ROVER ,RSAVE

ERRDF

51,EMG19,ERRG?2

40%:

002262

013700
104436

002264

005037

BIT
8SEQ
ERRDF

000340

013700
104436

TRAP
.MWORD
.WORD
.WORD

002370

40%

CSERDF
SO
EMG21
ERRGZ

#RSTARY,3RXCSR
45%
52,EMG18,ERRG?

;WAS THE RECEIVE OVERRUN RECEIVED?
;1F

YES OK.

SETPR]

#PRIC7

:SET PROCESSOR PR] T0 7

CLRVEC

RCVEC

;(DISABLE INTERRUPT)
;RESTORE THE INTERRUPT VECTOR.

CLRVEC

XMTVEC

CLR

OVER

;CLEAR OVERRUN FLAG.

L10066:

BGNSUB

024734
- 024736

104410
000274

134 024740
135 024744
136 024750
137 024754

005037
005037
005037
012737

012737

002376
002424
002360
000001

000001

002414

002316

CSERDF
51
EMG19
ERRGZ

TRAP
.WORD
.WORD

CSERDF
52
EMG18

MOV
TRAP

#PRIO7 RO
C$SPRI

MOV
TRAP

RCVEC,RO
CSCVEC

MOV
TRAP

XMTVEC RO
CSCVEC

TRAP

CS$ESUB

TRAP

($BSUB

TRAP
.WORD

CSESCAPE
L10064~-.

.WORD

104403

104402

TRAP
.WORD
.WORD
.WORD
;1S THE STATUS DROPPED?

ENDSUB

024726
024726

}%3 024762

45%

45%:

128
129
130 024726

131 024730
132 024734

BNE

104455
000064
014405

126 024724

024724

50,EMG21,ERRG2

20%:

}}? 024636
112 024636

ERRDF

110.3:
CALL
ESCAPE

SRESET
TS7

:RESET THE DPV
:1F ERROR, EXIT THE TEST

CLR
CLR
CLR
MOV

RFLAG
TELAG
MCFLAG
#1,START

:CLEAR RECEIVE INTERRUPT
:CLEAR TRANSMIT INTERRUPT FLAG.
sCLEAR MODEM CONTROL FLAG.
:# OF START OF MESSAGES.

MOV

#1,ABORT

sFLAG TO SEND ABORT

ERRGZ2

CVOPVBO DPV11 FUNC DIAG MACRD v03.01 28-0CT-80 08:56:53 PAGE 67-4
TEST 10 = RECEIVE STATUS INTERRUPT

140 024770

SETVEC

024770

SETVEC

141 025016

XMTVEC ,#XINT #PR]I04

MOV
MOV
MOV
MOV

TRAP
ADD

RCVEC,#RINT,#PRI04

MOV
MoV

SETPR]

#PR100

;SET PROCESSOR PRIORITY.

#PRI0G ,~(SP)

MOV

TRAP
ADD

CSSVEC
#10,5P

FOR LSI 11/03

143

;THIS WILL ENABLE INTERRUPTS.

145

JLEVEL

MOV

TRAP

FOR 11/23

#3,-(SP)

#PR100,RO
($SPRI

:Y:lg U{L% ALLOW ACKNOWLEDGMENT OF INTERRUPTS

144

&-7.

;SET UP INTERRUPT VECTOR

146

147
148 025052
149

CSSVEC
#10,5P

#RINT,=(SP)
RCVEC,=(SP)

MOV

1462 025044

#PRI0G,~(SP)
#XINT,=(SP)
XMTVEC ,=(SP)
#3,-(S5P)

052777

000130

000120

155212
155200

005003
004000

155170

5%:

002376

STXLE!TXENA!MM QTXCSR ;ENABLE THE TRANSMITTER AND SELECT

BIS

#RXITEN!RXENA,QRXCSR

CLR

BIT

SRXACT,IRXCSR

BNE
DEC
BNE
ERRDF

10%:

000002

BIS

12%:

108

sMAINTENANCE MODE LOOPBA(K.

;ENABLE THE RECEIVER

SINITIALIZE THE COUNTER
;IS THE RECEIVER ACTIVE?

:BR

YES

:DECREMENT THE COUNTER

$S3,EMG12 ,ERRG2

TRAP

45%

(LR

SINITIALIZE THE COUNTER.

BIT

sgianao

:WAS STATUS RECEIVED?

DEC
BN
ERRDF

?3‘

:DECREMENT THE COUNTER

54 ,EMG21 ,ERRG?

45%

002000

002400

20%:

Bl
ERRDF

#RABORT ,RSAVE
40%
55.EMG20 ,ERRG?

CSERDF

.WORD
.WORD
.WORD

53
EMG12
ERRG?

TRAP

CSERDF

.MORD
.WORD
.WORD

54
EMG2!
ERRG?

TRAP

CSERDF

;WAS THE RECEIVE ABORT RECEIVED?
J1F YES OK,

(VDOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-B0 08:56:53 PAGE 67-5

TEST 10 = RECEIVE STATUS INTERRUPT

025160
025162
025164

000067
014465
006700

176 025170
};z 025176

032777
001404

174 025166
175 025170

179 025200

025200
025202
025204
025206

180 025210

181 025210

025210
025214

182
183 025216

025216
025222

}gg 025224

000410

104455
000070
014405
006700

012700
104441
013700
104436

005037

186

187 025230
188
189

025230
025230

192
193
194
195
196

155070

45%

BIT
BEQ

SRSTARY,QRXCSR
45%

ERRDF

S56,EMG1B ERRGZ

45%:

000340
002262
002316
ENDSUB

104403
ENDTST

190 025232

025232
- 025232

002000

104401

.WORD
.WORD
.WORD

S5
EMG20
ERRG?

TRAP
.WORD
.WORD
.WORD

(SERDF
56
EMG18
ERRG?

MOV
TRAP

#PR107 ,RO
($SPRI

MOV
TRAP

RCVEC RO
CSCVEC

TRAP

(SESUB

TRAP

(SETST

;IS THME STATUS DROPPED?

SETPR]

#PR1O7

:SET PROCESSOR PRI 10 7

CLRVEC

RCVEC

;(DISABLE INTERRUPT)
:RESTORE THE INTERRUPT VECTOR,

(LR

ABORT

:CLEAR THE ABORT FLAG.

L10067:

L10064:

0 DPV11 FUNC DIAG MACRO Vv03.01 28-0CT=80 08:56:53 PAGE 68
1

= RECEIVE AND TRANSMIT

J N

INTERRUPT

}

LSBTTL

;'Ql"'..'."'..'."""""""""'."Q.."'Q'.""'.""Q'."'Q.'"

4
5

I
TEST 11 = DPy=11
ie RECEIVE AND TRANSMIT INTERRUPT

ie WILL TRANSMIT & DATA CHARACTERS. AFTER ENSURING THAT A TRANSMIT

TEST 11 = RECEIVE AND TRANSMIT INTERRUPT

:* TRANSMIT AND RECEIVE DATA USING INTERRUPT ROUTINES. THIS TEST

:+ INTERRUPT WAS COMPLETED, THE TEST WILL CMECK TO MAKE SURE THAT AT

i« LEAST 1 RECEIVE INTERRUPT WAS GENERATED.

E".".".."..""""""Q"""""'Q'..'.".'.'..""Q.""""'O'

12 025234

BGNTST

- 025234
14 025234

15 025240

025240

025242

CALL

ESCAPE

104410

000234

16 025244
17 025250
18 025254

005037
005037
005037

002424
002376
002360

025260

012746

000200

025270

013746

002262

19 025260
025264

025274
025300
025302

20 025306

025306
025312
025316
025322
025326
025330
21 025334
025334
025340

T1::

012746

012746
104437
062706

CLR
CLR
CLR

SETVEC

SRESET

TST

TFLAG
RFLAG
MCFLAG

TRAP

:CLEAR THE FLAGS USED IN THE

000003

012746
012746
013746
012746
104437
062706

000200
017232
002264
000003

012700
104441

000000

L 10070-.

MOV

#PR104&,=(SP)

MOV

RCVEC,=(SP)

ISRS.

MOV

000010

(SESCAPE

.WORD

:CLEAR MODEM CONTROL FLAG.

016602

SETVEC

XMTVEC,#XINT #PRI04

SETPRI

#PR100

:SET PROCESSOR PRIORITY.

MOV
TRAP
ADD

#RINT,=(SP)

#3,-(SP)
CSSVEC
#10,5P

MOV
#PR104,=(SP)
MOV
#XINT,=(SP)
MOV
XMTVEC ,=(SP)
MOV
#3,-(SP)
TRAP
CSSVEC
ADD
#10,5P
FOR LSI 11/03
MOV
#PR100,RO
TRAP
C$SPRI

:THIS WILL ENABLE INTERRUPTS.

FOR 11/23

STHIS WILL ALLOW ACKNOWLEDGMENT OF INTERRUPTS
SLEVEL &4=7.

:SET UP INTERRUPT VECTOR

gg
28 025342
29 025350
30 025356
31
32 025364
33
34 025372
35 025374
36 025374
37 025402
38 025404
23 025406

*1F ERROR, EXIT THE TEST

RCVEC,#RINT,#PR104

23
24

:RESET THE DPV

012777
012737
012777

043652
000002
000120

154720
002414
154702

MOV
MOV
MOV

012777

000130

154700

MOV

005001

022737
001412
005301
001372

000004

002326

10%:

CLR

#43652,3PCSAR
;SET BCP MODE, NO ERROR AND SYNCH CHARACTER.
#2,START
:# OF STARTS TO SEND.
#RXITEN'RXENA,@RXCSR ;ENABLE THE RECEIVER AND SET
SSET INTERRUPT ENABLE.
#TXIE'TXENA'MM,3TXCSR :ENABLE THE TRANSMITTER AND INT.
SSELECT THE MAINTENANCE LOOPBACK.
R1
:LOOP COUNTER

CMP
BEQ
DEC
BNE

#4 ,DATA
20%
R1
108

:ARE THE & DATA CHARACTERS RECEIVED?
S1F YES = CHECK RECEIVE INTERRUPT.
:DECREMENT COUNTER

1 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 68-1
CEIVE AND TRANSMIT INTERRUPT

NN
ViAW

005737
001005

TST
BNE
ERRDF

104455

4g 025426

46 025430
47 025430
48 025436
49 025440
025440

025442
025444
025446

50
51 025450
52 025450

53 025454
025454
025460
54
55 025462
025462
025466
56 025470
025470
025474
57
58
59
60 025476
025476
025476
61
62

002424

000071
013723
006700
000410

032737
001004

000001

002376

104455
000072

TFLAG

20%
57 ,EMGY,ERRG2

308

BIT
BNE
ERRDF

#1 ,RFLAG

30%
58,EMG15,ERRG2

;WERE ANY XMIT INTERRUPTS RECEIVED

;IF YES, KEEP CHECKING

TRAP

.WORD
.WORD
.WORD

:IF YES - OK.

TRAP

.WORD
.WORD
.WORD

012700
104441

013700
104436

000340

CLRVEC

002262

CLRVEC

002264

ENDTST
104401

CALL
SETPRI

SRESET

#PR107

RCVEC

XMTVEC

ERRG2

sWAS ANY DATA RECEIVED?

014243
006700
30%:

CSERDF
57
EMGY

;RESET

THE

EMG15
ERRG2

DPV

;SET THE PROCESSOR PRI TO 7
;(THIS WILL DISABLE INTERRUPTS)
;RESTORE

CSERDF
58

THE RECV.

VECTOR

;RESTORE THE XMIT. VECTOR

L10070:

MOV
TRAP

#PRI07 ,RO

MOV

RCVEC,RO

TRAP

XMTVEC RO
CSCVEC

TRAP

CSETST

TRAP

C$SPRI

CSCVEC

L Nn

CVDPVB 00 PV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 70

TEST 1 ,

MODEM STATUS

.SBTTL

5
6

;* MODEM STATUS

TEST

TR TR TR R

R TR

12 - DPV-11

;* CHECK THAT THE FOLLOWING MODEM SIGNALS ARE TURNED AROUND
;* 1. RTS (REQUEST TO SEND)
TURNED AROUND TO CTS (CLEAR TO SEND)

€ RR

;* 2. DTR (DATA TERMINAL READY) TURNED AROUND TO IC
;* 3. SF
(SELECT FREQUENCY)
TURNED AROUND TO S@
* 4. LL
(LOCAL LOOPBACKF)
TURNED AROUND TO DM

(RECEIVER READY)

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

£l

R0 RO R0 RO RO R RO RO RO RO RO

SR rINESRSSS

2 i

[=lelelelelelelelelelele]

D e

OOVONO

N=D
cd cd

roroN
WA
-

;* IF A PROPER TURNAROUND (H3259 OR H3260) IS ON, THIS TEST WILL

VWSOV~

2
3

TEST 12 - MODEM STATUS

ittt

Rttt

BGNTST

CALL

103530

'
104410

000252
012702
010277

000004

STURN

BCS

408

CALL

SRESET

ESCAPE

TST

154540

Mov
MOV
$DELAY

#RTS ,R2
R2,aRXCSR
1

004737
000001

006604

JSR

PC,SDLAY
.WORD
1

032777
001445
032777
001441
012702
010277

020000

154524

010000

154514

:CHECK THE TURNAROUND.

000002
154502

T12::

*SKIP TEST IF NO TURNAROUND.

:RESET THE DPV

*1F ERROR, EXIT THE TEST

:§2¥ER?;S IN REGISTER (FOR ERROR REPORT).

*DELAY 100 MICROSECONDS
MACRO

EXPANSION

;CALL DELAY SUBROUTINE

:NUMBER OF DELAY LOOPS

AR RRR NN

000001
154454

;DELAY 100 MICROSECONDS

R2 ,3RXCSR

:SET DTR,

032777

000040

sCALL DELAY SUBROUTINE
:NUMBER OF DELAY LOOPS

BIT
BEQ
MOV

#1C,aRXCSR
10%
#SF ,R2

:1S RING (IC) SET?
:1F NOT - ERROR.
sSAVE SF IN REGISTER (FOR ERROR REPORT).

$DELAY

:DELAY 100 MICROSECONDS

JSR

154444

ttteneee

PC,SDLAY
1
WORD

R2,aRXCSR

ARl l )
AR ALLAL
MAAAA

;SET REMOTE LOOP/ SEC FREQ
seennnens

36 025620

S$DELAY

MOV

006604

;1S CTS ON?
s1F NOT = REPORT.
;IS RR _(CD) ON
:1F NOT - ERROR.
sSAVE DTR IN REGISTER (FOR ERROR REPORT).

JSR

154466

tttewnese

#CTS,aRXCSR
109
#RR,IRXCSR
10%
#DTR,R2

sexnennnss MACRO EXPANSION

040000

CSESCAPE

L10071-.

BIT
BEQ
BIT
BEO
MOV

MOV

006604

TRAP

.WORD

senvennenss

025526
025532

R RRRRddRddRtRRdRddd)

BIT

PC,SDLAY
1
WORD
#50,3TXCSR

MACRO EXPANSION

sCALL DELAY SUBROUTINE
:NUMBER OF DELAY LOOPS

tetennns

:.'.i...tlt'..li'i'il..'.t'.'l.l.t

;1S SIGNAL QUALITY SET?

——————

. CVOPVBO DPV11 FUNC DIAG MACRO Vv03.01 28-0CT-80 08:56:53 PAGE 70-1
TEST 12 - MODEM STATUS

37 025626

001413

39 025634
40 025640

010277

38 025630

012702

BEQ

000010

MOV

154426

025640
025644

004737
000001

006604

41 025646
2% 025654

032777
001004

001000

MOV
SDELAY

JSR

154412

44 025656

45 025656

025656
025660

025662
" 025664

108:

104455
000073

50 025674

s1F NOT = ERROR.

R2,aRXCSR
1

SEI LOCALLOOP
DELAV 100 MICROSECONDS

PC,SDLAY
.WORD
1

BIT
BNE

#DM,aRXCSR
208

ERRDF

59,EMG22 ,ERRG13

SAVE LL IN REGISTER (FOR ERROR REPORT).
sennnenns MACRO EXPANSION teteeene

CALL DELAY SUBROUTINE
NUHBER OF DELAY LOOPS

:Q'tt'tttttt't't'tt't.'lt't'tt"'t

:1S DATA MODE SET?

TRAP
.WORD

014556
010272

.WORD
.WORD

47 025666

48
49 025666

10%

#LL,R2

208:

042777

000017

154372

BIC

$DELAY

004737
000001

006604

52 025702
53 025706
54 025712
5S 025714
56 025720
S7 025724
58 025726
59 025734
60 025740
61 025742
62 025750

012702
030277
1021
012702
030277
001014
012777
030277
001006
012777
030277

000004
154354

63 025754 001404
64 025756

65 025756

JSR

000002
154342
000001
154326

154332

000010
154312

154316
308:

025756 104455
025760 000074
025762 014556

025764 011044

66 025766
67 025766

025766

o8 025766
69
70

104401

40%:
ENDTST

PC,SDLAY
.WORD
1

MOV
BIT
BNE
MOV
BIT
BNE
MOV
BIT
BNE
MOV
BIT

#RTS ,R2
R2,3RXCSR
308
#DTR,R2
R2,aRXCSR
308
#SF ,aRXCSR
R2,3RXCSR
308
#LL,IRXCSR
R2,3RXCSR

ERRDF

60,EMG22,ERRG1S

BEQ

EMG22
ERRG13

;sCLEAR ALL THOSE BITS
#RTS'DTR!SF'!LL,aRXCSR

:DELAY 100 MICRO SECONDS

JRRRRRNRS

025674
025700

CSERDF
59

408

MACRO EXPANSION

tttennne

;sCALL DELAY SUBROUTINE
sNUMBER OF DELAY LOOPS

R
RN
RRRRR RO
RANRRR
AR
SERRRR

sCHECK RTS.
IS IT SET?
sIF YES, ERROR.
sCHECK DTR.
IS IT SET?
:1F YES, ERROR.
sCHECK SF.
JIS IT SET?
s1F YES, ERROR.
sCHECK LL
IS IT SET?

:IF NOT, OK

L10071:

TRAP
.WORD
.WORD

.MWORD

CSERDF
60
EMG22
ERRG15

TRAP

CSETST

-3

WO
VS W=
NOWVSWNN-0v CONO

TEST 13 = MODEM STATUS INTERRUPT

.SBTTL

CRRRAR RN AN AR AR AR AR RN

TR RN RNARARAAARAARRANAANAROAIAAROCRTOCOORIOERIETTSE

TEST 13 = DPV=11

i« MODEM STATUS INTERRUPT

i« IF A PROPER TURNAROUND (H3259 OR H3260) IS ON, THIS TEST WILL CHECK
i« THAT THE FOLLOWING SUBTESTS WORK CORRECTLY.

‘« SUBTEST 1 =
e

SET DTR (DATA TERMINAL READY), LOCAL LOOP (LL), RTS (REQUEST
T0 SEND) WITH ONLY RECEIVE INTERRUPT ENABLED. ENSURE THAT AN

‘e SUBTEST 2 =

SET DTR,

NINININ)
= b cd o d e
e

INTERRUPT IS NOT RECEIVED.

LL AND RTS WITH ONLY DATA SET INTERRUPT ENABLED.

ENSURE THAT AN’ INTERRUPT IS NOT RECEIVED.

‘e

THAT AN’ INTERRUPT IS NOT RECEIVED.

THAT AN INTERRUPT IS RECEIVED.

i« SUBTEST 3 =
‘« SUBTEST 4 ‘« SUBTEST 5§ =
v
‘e SUBTEST 6 =

WOV
VIS

PNITON)

-0

;:(5

PV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 71
MODEM STATUS INTERRUPT

‘e

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
THAT AN INTERRUPT IS RECEIVED.
SET LL WITH RECEIVE AND DATA SET INTERRUPT ENABLED. ENSURE
THAT AN INTERRUPT IS RECEIVED.

2222222222222 223223222 2232222222323 332202220 R R

iRt RiRiRRRtilRlRl))

BGNTST

CALL
BCC

103002

EXIT

104432

000676

012746

$TURN
1%
TST

;CHECK THE TURNAROUND.
:PROCEED IF TURNAROUND.

T13::

TRAP

1%:

SETVEC

000200
016602
002262
000003

RCVEC,#RINI,#PRIO4

L10072-

MOV
MOV
MOV

#PR104 ,-(SP)
#RINT,=(SP)
RCVEC,-(SP)

MOV

000010

SETPRI

000000

#PRIOO

:SET PROCESSOR PRIORITY.

CSEXIT

.WORD

TRAP
ADD

FOR LSI 11/03

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

MOV
TRAP

#PR100,RO
C$SPRI

TRAP

($B8SuB

:THIS WILL ENABLE INTERRUPTS. FOR 11/23
lgsg U{L% ALLOW ACKNOWLEDGMENT OF INTERRUPTS
:SET UP INTERRUPT VECTOR
BGNSUB

T13.1:

CALL
ESCAPE

41 026054

002376
002360

CLR
CLR

$SRESET
TST

RFLAG
MCFLAG

:RESET THE DPV
;IF ERROR, EXIT THE TEST

;CLEAR THE FLAG USED IN THE ISR
:CLEAR MODEM CONTROL FLAG.

TRAP

MORD

CSESCAPE

L10072-.

C
TEST 1

DPV11 FUNC DIAG MACRO V03.01 28-0CT-80 08:56:53 PAGE 71-1

B 12

= MODEM STATUS INTERRUPT

2; 026060

012777

000116

154200
108:

46 026066

47 026066

;ENABLE RCV INT AND SET RTS, DTR AND L. LOOP

Mov

SRXITEN'LL'DTR'RTS,3RXCSR

SDELAY

;WAIT 1 MS
seennnnee MACRO EXPANSION

026066
026072

004737
000010

006604

48 026074
49 026100
50 026102

005737
001404

002360

JSR

TST
BEQ
ERRDF

026102

PC,SDLAY

.WORD

MCFLAG
308
61,EMG23,ERRG2

sCALL DELAY SUBROUTINE

:NUMBER OF DELAY LOOPS

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

:WAS AN MODEM CONTROL INTERRUPT RECEIVED?
:1F NOT OK.
CSERDF
61

TRAP

CSESUB

TRAP

csBsSuUB

EMG23
ERRGZ2

30%:
ENDSUB

L10073:

104403
BGNSUB

104402

002376
002360

61 026132
012777

T13.2:
CALL
ESCAPE

104410

63
64 026136
65
66 026144
67 026144

.WORD

TRAP

.WORD
.WORD

51
52 026112
53
56 026112

57 026114
026114
026114
58 026116
59 026125

tetveene

000056

1564122
108:

SRESET

TST

:RESET THE DPV
:1F ERROR, EXIT THE TEST

;CLEAR THE FLAG USED IN THE ISR
;CLEAR MODEM CONTROL FLAG.

CLR
CLR

RFLAG
MCFLAG

MOV

#DSITEN!LL!RTS!DTR,aRXCSR

SDELAY

TRAP

.WORD

CSESCAPE

L10072-.

;ENABLE DS. INT, SET RTS, DTR AND LL

JWAIT 1 MS
seeenexes MACRO EXPANSION tenttnen

026144
026150

004737
000010

006604

68 026152
69 026156
70 026160
026160
026162
026164
026166
4
72 026170
73

005737
001404

002360

JSR

TST
BEQ
ERRDF

104455

sCALL DELAY SUBROUTINE
:NUMBER OF DELAY LOOPS

MCFLAG
308
62 ,EMG23 ,ERRG2

;WAS AN MODEM CONTROL INTERRUPT RECEIVED?
;1F NOT OK.

TR RRRRRRNRNS
R
RARAARRR
A

TRAP

.WORD
.WORD
.WORD

~NO

EECD

000076
03
00
-

PC,SDLAY
.WORD
10

30%:

CSERDF

62
EMG23
ERRGZ

{______.__"

'CVOPVBO

'TEST 13

DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 71-2

€12

= MODEM STATUS INTERRUPT

74 026170

026170

- 026170

ENDSUB

76
77
78 026172

BGNSUB

026172
026172

104402

026200
026202
81 026204
gg 026210

104410
000474
005037
005037

002376
002360

012777

000016

79 026174
80 026200

84
85 026214
86 026222
87 026222

L10074:

104403

154044

713.3:
CALL
ESCAPE

SRESET
TST

;RESET THE DPV
:1F ERROR, EXIT THE TEST

CLR
CLR

RFLAG
MCFLAG

;CLEAR THE FLAG USED IN THE ISR
:CLEAR MODEM CONTROL FLAG.

MOV

;SET LOCAL LOOP, DTR AND RTS.
#LL'RTS'DTR,ARXCSR

$DELAY

004737
000010

006604

88 026230
89 026234
026
026236
026240

005737
001404

002360

026242
- 026244

JSR

TST
BEQ
ERRDF

104455
000077
014603
006700

94 026246

—

SCALL DELAY SUBROUTINE
:NUMBER OF DELAY LO?PS

TRAP
.WORD

CSESCAPE
L10072-.

MCFLAG
308
63,EMG23,ERRG2

:WAS AN INTERRUPT RECEIVED?
:1F NOT OK.

:tttttttt"'ttt.t'Q"tttt'itt'ttot

L10075:

BGNSUB

104402

026256
26260

104410
000416

100 026262
6266
}8;

005037
005037

002376
002360

103
}82 026272

012777

000144

107 026300

csBsus

tttteeee

PC,SDLAY
WORD
10

104403

026250
026250

106 026300

MACRO EXPANSION

ENDSUB

96
97 026250

98 026252
99 026256

TRAP

TRAP
.WORD
.WORD
.WORD

CSERDF
63
EMG23
ERRG2

TRAP

CSESUB

TRAP

csesus

TRAP
.WORD

CSESCAPE
L10972-.

30$:

3% 026246

026246
- 026246

CSESUB

:WAIT 1 MS
JRNEARNRR

026222
026226

TRAP

153766
108:

T13.4:
CALL
ESCAPE

SRESET
TST

:RESET THE DPV
:1F ERROR, EXIT THE TEST

CLR
(LR

RFLAG
MCFLAG

;:CLEAR THE FLAG USED IN THE ISR
:CLEAR MODEM CONTROL FLAG.

MOV

;ENABLE INTERRUPTS AND SET RTS.
SRXITEN'DSITEN'RTS,ARXCSR

$DELAY

:WAIT 1 MS

[

CVOP

TEST 15

DPV11 FUNC DIAG HAERO
v03.01 28-0CT-80 08:56:53 PAGE 71-3
= MODEM STATUS INT

;eenennee MACRO EXPANSION

JSR

006604

002360

TST
BNE

ERRDF

PRINTB

012715
000001
000004
000001

PC,SDLAY

.WORD

MCFLAG

208
64 ,EMG24 ,ERRG2

veeveeee

:CALL DELAY SUBROUT INE
:NUMBER OF DELAY LOOPS

""Q""'"""Q'Q'.Q""."'Q"'

;WAS AN INTERRUPT RECEIVED?

sIF YES = CHECK FOR MULTIPLE INTERRUPTS.
TRAP

.WORD
.WORD
.WORD

#EMG26

30%
CMP
BEQ
ERRDF

002360

#1 ,MCFLAG

30%
65,EMG4O

;IF YES = OK
sREPORT MULTIPLE INTERRUPTS

ENDSUB

L10076:

104403

BGNSUB

123 026372
124 026376

7115.5:
CALL
ESCAPE

026376
00

CLR
CLR

002376
002360
012777

000142

153646
108:

sRESET

THE DPV

;1F ERROR, EXIT THE TEST

006604

MOV

#RXITEN'DSITEN!DTR,RXCSR

SDELAY

005737
001015

002360

JSR

TST

BNE

#FMG26,-(SP)
#1,-(SP)

ADD

#46,SP

TRAP

.WORD
.WORD
.WORD

CSERDF
65
EMG40
0

TRAP

(SESUB

TRAP

(s8suB

TRAP

CSESCAPE

;ENABLE INTERRUPTS AND SET DTR.

JWALT 1 WS
seneeenne

004737
000010

MOV
MOV
MOV
TRAP

;CLEAR THE FLAG USED IN THE ISR
;CLEAR MODEM CONTROL FLAG.

RFLAG
MCFLAG

PC,SDLAY

.WORD

MCFLAG

20%

EMG24
ERRG2

SP,RO
(SPNTB

sWAS ONLY 1 RECEIVED?

308:

SRESET

CSERDF
64

MACRO EXPANSION

ttttenen

sCALL DELAY SUBROUT INE
:NUMBER OF DELAY LOOPS

".........'....."."'....l..!l'.

sWAS AN INTERRUPT RECEIVED?

;1F YES = CHECK FOR MULTIPLE INTERRUPTS.

L10072-.

CVvDP

DPV11 FUNC D1AG MACRO v03.01 28-0CT-80 08:56:53 PAGE 71-4
STATUS INTERRUPT

' TEST 1

ERRDF

135 026434

66 ,EMG24 ,ERRGZ

TRAP

.WORD

PRINTB

012715
000001
000004

000001

#FMG26

308

CMP
BEQ
ERRDF

#1 ,MCFLAG
308
67,EMG4O

002360

.WORD
MOV
MOV
MOV

TRAP
ADD

sWAS ONLY 1 RECEIVED?
:1F YES = 0K
;REPORT MULTIPLE INTERRUPTS

308:

145

026506
026506

ENDSUB

104403

146

147 026510

026510
026510
148 026512
149 026516

2
3
g 026532

L10077:

BGNSUB
104402

104410

000156
005037
005037

002376
002360

012777

000150

153526
108:

6 026540
7 026540

T13.6:

CALL
ESCAPE

SRESET

TST

;RESET THE DPV
;1F ERKROR, EXIT THE TEST

CLR
CLR

RFLAG
MCFLAG

;CLEAR THE FLAG USED IN THE ISR
sCLEAR MODEM CONTROL FLAG.

MoV

#RXITEN!DSITEN!LL,aRXCSR

S$DELAY

006604

158 026546
159 026552

002360

026562

161 026564

026564

012715

JSR

.WORD

TRAP

CSESUB

TRAP

.WORD

JWAIT 1 MS
MACRO EXPANSION

teexnens

sCALL DELAY SUBROUTINE
:NUMBER OF DELAY LOOPS

TST

MCFLAG

;WAS AN INTERRUPT RECEIVED?

ERRDF

68 ,EMG24 ,ERRG?

PRINTB

CSPNTB

# ,SP

TRAP

PC,SDLAY
.WORD
10

BNE

#FMG26,-(SP)
#,-(SP)

;ENABLE INTERRUPTS AND SET LL.

seennnnne

026540
026544

EMG24
ERRG2

CSERDF
67
EMG40
0

.WORD

142 026506
143
144 026506

CSERDF

20%

#FMG26

IRERARRNRRERRARNCRRRRARRERNRRRORNNY

s1F YES = CHECK FOR MULTIPLE INTERRUPTS.

.WORD
.WORD

CSERDF
68
EMG24
ERRG2

MOV

(SP)
, -26
#EMG

TRAP

CVDPVB
TEST

DPV\\ FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 71-5

F 12

= MODEM STATUS INTERRUPT

026570 012746 000001
026574
026576
026600

162 026604

026604
026610
026614
026616
026620

163 026624

164 026626

165 026626
166 0266
167 026636

026636
026640
026642
026644

}23 026646

010600
104414

062706

000004

012746
012746
010600
104414
062706

013221
000001

000410
022737
001404

MOV
TRAP

000004
000001

002360

208:

PRINTB

#FMG29

30%

(MP
BEQ

#1 MCFLAG
30%
69,EMG4O

ERRDF

104455
000105
01531
000000

:WAS ONLY 1 RECEIVED?
JIF YES = 0K
:REPORT MULTIPLE INTERRUPTS

30%:

170 026646

026646
- 026646

[ 0]']

ENDSUB

L10100:

104403

2 ,-(SP)

ADD

SP,RO
CSPNTB
"%, 5P

MOV
MOV
MOV
TRAP
ADD

#FNG29,-(SP)
2 ,-(SP)
SP.RO
CSPNTB
2% ,5P

TRAP
.WORD
.WORD
.WORD

CSERDF
69
EMG4O
O

TRAP

CSESUB

MOV
TRAP

#PRIO7
RO
C$SPRI

MOV
TRAP

RCVEC,RO
CSCVEC

MOV
TRAP

XMTVEC RO
CSCVEC

TRAP

CSETST

172

173

174 026650

175 026654

026654
026660

176
177 026662

CALL

012700
104441

000340

026662
026666

013700
104436

002262

026670
' 026674

013700
104436

002264

178 02667C

180
181 026676

182

183

184

026676
026676

SETPR]

ENDTST

104401

$RESET

:RESET THE DPV

#PRIOD7

:SET THE PROCESSOR PRI T0 7

CLRVEC

RCVEC

:(THIS WILL DISABLE INTERRUPTS)
:RESTORE THE RECV. VECTOR

CLRVEC

XMTVEC

;RESTORE THE XMIT. VECTOR

L10072:

vii

UNC DIAG MACRO v03.01 28-0(T-80 08:56:53 PAGE 72

—

RECE VE

AND MODEM STATUS INTERRUPTS

TEST 14 - RECEIVE AND MODEM STATUS INTERRUPTS

.S BTTL
TR

AR RR N RN RN TR R R RRRRRNRRNRRNNNRANRACTCERARNANRAOOOROOOEROOROCTRTETS

TEST 14 - DPV-11

;* RECEIVE AND MODEM STATUS INTERRUPTS

;* CMANGE THE MODEM STATUS WHILE HANDLING A RECEIVE INTERRUPT,
;* ENSURE TNAV THE MODEM STATUS INTERRUPT IS RECEIVED.

.' SUBTEST1 =
:®
.' SUBTEST 2 =
:
.' SUBTEST 3 =
3
- "

(CHANGE RTS DURING THE RECEIVE INYERRUPY ENSURE THAT
THE DATA SET INTERRUPT WAS RECEIVED.
CHANGE DTR DURING THE RECEIVE lNTEIRUPT. ENSURE THAT
THE DATA SET INTERRUPT WAS RECEIVED.
(CHANGE LL DURING THE RECEIVE INTERRUPT. ENSURE THAT
THE DATA SET INTERRUPT WAS RECEIVED.

:'.""..""."""""0"."""'...'.""'."".."."""'."""'

BGNTST

CALL
BCC
EXIT

103002

026710
20 026712
21 026712
026712
026712
22 026714
23 026758

026722
24 026724
25 026730
26 026734
%; 026740

104432

001072

104402

000010
000200
017232
002264
000003

FHRER

14.1:

ESCAPE
002424
002376
002360
000004

062706

000010

012700

000000

CLR

002432

TRAP

CSEXIT

TRAP

($BSUB

TRAP

CSESCAPE

.WORD

CALL

104410

104441

;CHECK THE TURNAROUND.
:PROCEED, IF TURNAROUND ON.
:1F NO TURNAROUND, EXIT.

1%:
BGNSUB

000200
016602
002262
000003

027026

$TURBN
1%
1ST

T14::

SRESET

:RESET THE DPV

TST

;1F ERROR, EXIT THE TEST

TFLAG

;CLEAR THE FLAGS USED IN THE ISRS.

CLR
CLR
MOV

RFLAG
MCFLAG
#RTS,TOGGLE

SETVEC

RCVEC,#RINT #PRIO4

LWORD

L10101~-,

MOV
MOV
MOV
MOV

#PR104,-(SP)
#RINT ,=-(SP)
RCVEC,=-(SP)
#3,-(SP)

ADD

#10,SP

MOV
MOV
MOV
MOV

#PRI0& ,-(SP)
#XINT ,=(SP)
XMTVEC,-(SP)
#3,-(SP)

;CLEAR MODEM CONTROL FLAG.
;s TOGGLE RTS

TRAP

SETVEC

SETPRI

XMTVEC,#XINT #PRIO4

#PRIOO

L10101~-

:SET PROCESSOR PRIORITY.

TRAP
ADD

FOR LSI 11/03
MOV

TRAP

CSSVEC

CSSVEC
#10,SP

#PR100,RO
C$SPRI

:THIS WILL EWABLE INTERRUPTS. FOR 11/23
1?52 Uil% ALLOW ACKNOWLEDGMENT OF INTERRUPTS
L

;SET UP INTERRUPT VECTOR

CVOPVBO DPV11 FUNC DIAG MACRO V03.01 28-0CT-80 08:56:53 PAGE 721

H 12

it
et

ST
o LN ]

40 027044
41 027052

——d
D VIO
W
WNND
N
oSN

37
38 027030
39 027036

TEST 14 = RECEIVE AND MODEM STATUS INTERRUPTS

2% 027060

108:

&7 027070
43 027072
4

50 027074
027074

;SET BCP MODE, NO ERRCR AND SYNCH CHARACTER.

MoV
MOV
MOV
MOV

#463652,3PCSAR
#2,START

CLR

TSELECT THE MAINTENANCE LOOPBACK.
;LOOP COUNTER

TST
BNE
DEC
BNE

MCFLAG

;WAS A MODEM CHANGE INTERRUPT RECEIVED?

ERRDF

70,EMG24 ,ERRGZ

;# OF START CHARACTERS.

#RXITEN!DSITEN!RXENA,
@RXCSR ;ENABLE THE RECEIVER AND INT.

STXIE!TXENA'MM QTXCSR ;ENABL £

20%

R1
108

THE TRANSMITTER AND INT.

;IF YES, EXIT.
;DECREMENT COUNTER

TRAP

.WORD
.WORD
.WORD

014661
006700
012746
012746
010600

012715
000001

062706

000004

104414

53
56 027124
55 027126
56 027126
57 027134
58 027136
027136
027140
027142
027144
59 027146
60 027146
61 027152
027152.
027156
62
63 027160
027160

65 027174
027174
027176
66

67 027200
027200
68
69 027202
027202

PRINTB

30%

000410

022737
001404

000001

002360

(MP

BEQ
ERRDF

104455

000107
015321
000000

012700
104441

308:

002262

013700

002264

CALL

SETPRI

000340

013700
104436
104436

#EMG26

CLRVEC

CLRVEC
ESCAPE

104410

#1 MCFLAG

308

71,EMG4O

SRESET
#PR107

hCVEC

XMTVEC
ST

;REMOVING THE WIRE WRAP.

;WAS ONLY 1 RECEIVED?
;1F YES - 0K
sREPORT MULTIPLE INTERRUPTS

JRESET THE DPV
;SET THE PROCESSOR PRI T 07

;(THIS WILL DISABLE INTE RRUPTS)

;RESTORE THE RECV. VECTOR

;RESTORE THE XMIT. VECTOR

#1,-(SP)
SP,RO

TRAP

CSERDF

71
EMG4O
0

MOV

#PRI07,.RO

MOV

RCVEC,RO

TRAP

MOV

TRAP

L10102:

114.2:

CSPNTB
#6,5P

WORD
.WORD
WORD

TRAP

;1F ERROR, ESCAPE

#FMG26,-(SP)

MOV
MOv

TRAP
ADD

104403

BGNSUB

70
EMG24
ERRG2

sNOTIFY THAT INTERRUPT MAY BE DI:SBLED BY

000604

ENDSUB

CSERDF

C($SPRI

CSCVEC

XMTVEC RO

CSCVEC

CSESCAPE

LWORD

L10101-,

TRAP

(sEsSuB

vB80 DPV11 FUNC DIAG MACRO v03.01 28-0CT=-B80 08:56:53 PAGE 72-2

112

14 = RECEIVE AND MODEM STATUS INTERRUPTS

<7202
70 0‘750£
71 027210

027210
027212

7; 027214

73 027220
764 027224

75 0272

77 027236

0272
027242

104402

104410
000570

TALL

ESCAPE

005037
005037
005037
012737

0026;6
002376
002360
C00002

012746
012746

000200
016602

002432

SRESET
T1ST

TFLAG

:RESET THE DPV

:1F ERROR, EXIT THE TEST

CLR
CLP
CLR
MOV

RFLAG
MCFLAG

SETVEC

RCVEC,#RINT, #PRIO4

#DTR, TOGGLE

012746
104437
062706

027264
027270
027274
027300
027304
027306
79 027312
027312
027316

012746
012746
013746
012746
104437
062706

200
017232
002264
000003

012700
104441

000000

78 027264

($BsSuB

TRAP
LWORD

CSESCAPE
L10101-,

MOV
MOV

#PR104,=(SP)
#RINT ,=(SP)

MOV
TRAP
ADD

#3,-(5P)
CS$SVEC
#0,5P

:CLEAR THE FLAGS USED IN THE ISRS.
:CLEAR MODEM CONTROL FLAG.

:TOGGLE DTR.

MOV

027266 013746 002262
027252
027256
027260

TRAP

000010

SETVEC

XMTVEC,#XINT, #PRICS

SETPR]

#PRI100

:SET PROCESSOR PRIORITY.

#PR104,-(SP)
MOV
#XINT,=(SP)
MOV
XMTVEC,=(SP)
MOV
#3,-(SP)
MOV
TRAP
CSSVEC
#10,5P
ADD
FOR LSI 11/03
MOV
#PR100,RO
TRAP
CSSPR]

:THIS WILL ENASLE INTERRUPTS.

81
82

RCVEC,=(SP)

FOR 11/23

STHIS WILL ALLCW ACKNOWLEDGMENT OF INTERRUPTS
LEVEL4-7.

:SET UP INTERRUPT VECTOR

32
85

86 027320

012777

91 027350

005001

93 027352
94 027356
95 027360
33 027362

005737
001017
005301
001373

87 027326
88 027334
89 027342
90

92 027352

98 027364

027364
027366
027370

- 027372
100 027374

027374
027400
027404
027406
0276410

012737
012777
012777

043652

000002
000160
000130
002360

104455
000110
014661

#43652,3PCSAR

:SET BCP MODE, NO ERROR AND SYNCH CHARACTER.

CLR

#2.START
& OF START CHARACTERS.
SRXITEN'DSITEN'RXENA,@RXCSR :ENABLE THE RECEIVER AND INT.
#TXIE'TXENA'MM_3TXCSR ;ENABLE THE TRANSMITTER AND INT.
SSELECT THE MAINTENANCE LOOPBACK.
R1
;LOOP COUNTER

ST
BNE
DEC
BNE

MCFLAG
20%
b
108

:WAS A MODEM CHANGE INTERRUPT RECEIVED?
1F YES, EXIT,
:DECREMENT COUNTER

ERRDF

72 ,EMG24 ,ERRGZ

MOV

152742

002414
152724
152722

MOV
MOV
MOV

108:

.WORD

006700
012746 012715
012746 00000!
010600
104414
062706 000004

TRAP
.WORD
WORD

PRINTB

#FMG26

CSERDF
72
EMG24

ERRG2

:NOTIFY THAT INTERRUPT MAY BE DISABLED BY

MOV
MOV
MOV
TRAP
ADD

#EMG26,~-(SP)
n -(SP)
SP.RO
CSPNTB
2 ,SP

J 12
1

101

10; 027414 000410
103

027416

104 027416

105 027424

106 027426

027426
027430
027432
02743

107 027436
108 027436

109 027442

022737

001404

000001

104455
000111
015321
000000
012700
104441

000340

027450
027454

013700
104436

002262

027456
027462

013700
104436

002264

027464
~ 027466

104410
000314

112 027456
113 027464

027500
027502

104410
000300

121 027510
122 027514

005037
005037

002424

012737

000010

027526 012746
027532 012746
027536 013746
027542 012746
027546 104437

002376
002360

000200
016602
002262
000003

027550 062706 000010
027554
027560
027564
027570
027576
027576

127 027602

73,EMG40

:REPORT MULTIPLE INTERRUPTS

CALL

SRESET

#PRI07

S1F YES = OK

:SET THE PROCESSOR PRI TO 7

;(THIS WILL DISABLE INTERRUPTS)

RCVEC

CLRVEC

XMTVEC

;RESTORE THE XMIT. VECTOR

ESCAPE

TST

:1F ERROR, ESCAPE

*RESTORE THE RECV. VECTOR

L10103:

012746 000200
012746 017232
013746 (002264
000003
012746
10443
062706

114.3:

000010

CLR

002432

#PR107,RO
($SPRI

MOV
TRAP

RCVEC,RO
CSCVEC

MOV
TRAP

XMTVEC RO
CSCVEC

TRAP
.WORD

CSESCAPE
L10101-.

TRAP

(SESUB

TRAP

($BSUB

TRAP
LWORD

CSESCAPE
L10101-,

MOV
MOV
MOV

#PR104,=(SP)
#RINT ,-(SP)
RCVEC,-(SP)
#3.,-(SP)
CS$SVEC

TFLAG

:CLEAR THE FLAGS USED IN THE ISRS.

#LL. TOGGLE

:CLEAR MODEM CONTROL FLAG.
:TOGGLE LL

SETVEC

RCVEC,#RINT,#PRI0&

XMTVEC,#XINT,#PR104

.
SETPR]

MOV
TRAP

:RESET THE DPV
*1F ERROR, EXIT THE TEST

RFLAG
MCFLAG

SETVEC

CSERDF
73
EMG4O
0

SRESET
TST

CLR
CLR

MOV

TRAP
.WORD
.WORD
WORD

:RESET THE DPV

CLRVEC

CALL
ESCAPE

005037

125 027526

126 027554

ERRDF

8GNSUB

104402

}%z 027520

:WAS ONLY 1 RECEIVED?

308

104403

027472
027472

120 027504

81 MCFLAG

ENDSUB

117 027472

113 027474
119 027500

4, [

BEQ

SETPR]I

115 027470

027470
- 027470

208:

308

308:

027442
027446

10
111 027450

002360

:REMOVING THE WIRE WRAP,

B8R

#PRIOO

;SET PROCESSOR PRIORITY.

MOV
TRAP
ADD
MOV
MOV
MOV
MOV
TRAP
ADD

FOR LSI 11/03

#10,SP

#PR104 ,-(SP)
#XINT ,=(SP)
XMTVEC,~-(SP)
#3,-(SP)
CS$SVEC
00,5P

CVOPVBO DPV11 FUNC DIAG MACRO v03.01 28-0CT-80 08:56:53 PAGE 72-4

TEST 14 = RECEIVE AND MODEM STATUS INTERRUPTS

128

027602
027606

012700
104441

000000
:THIS WILL ENABLE INTERRUPTS.

129

MOV
#PRI00,RO
TRAP
C$SPRI
FOR 11/23

:THIS WILL ALLOW ACKNOWLEDGMENT OF INTERRUPTS

130
}%%

:LEVEL 4-7.
:SET UP INTERRUPT VECTOR

133

134 027610
135 027616
136 027624
137 027632
138
139 027640

012777
012737
012777
012777

141 027642
142 027646
143 027650
}zg 027652

005737
001027
005301
001373

140 027642

146 027654

027654
027656
027660
. 027662

148 027664

043652
000002
000160
000130

005001

104455
000112
014661
006700

012746
012746
010600

012715
000001

027700

062706

000004

027676 104414
027704
027710
027714
027716
027720

151 027724

152 027726

153 027726
154 027734
155 027736

027736
027740
027742
027744

156 027746
157 027746

158 027752

MOV
MOV
MOV
MOV
10$:

002360

027664
027670
027674

149
150 027704

152452
002414
152434
152432

012746
012746
010600
104414
062706
000410

022737
001404

104455
000113
015321
000000

ST
BNF
DEC
BNE

MCFLAG
208
R1
108

ERRDF

74 ,EMG24 ,ERRG2

PRINTB

#FMG26

:WAS A MODEM CHANGE INTERRUPT RECEIVED?
;IF YES, EXIT.
:DECREMENT COUNTER

TRAP
WORD
WORD
.WORD

000004
002360

208:

308:

:REMOVING THE WIRE WRAP.

PRINTB

#FMG29

308

CMP
BEQ
ERRDF

#1,MCFLAG
308
75,EMG40

:WAS ONLY 1 RECEIVED?
;1F YES - OK
:REPORT MULTIPLE INTERRUPTS

SRESET

;RESET THE DPV

CALL

SETPRI

#PRI07

CSERDF
74
EMG24
ERRG2

:NOTIFY THAT INTERRUPT MAY BE DISABLED BY

MOV
MOV
MOV

- (SPY
#FMG26,
#,-(SP)
SP,RO

ADD

#4,SP

MOV
MOV
MOV
TRAP
ADD

#FMG29,-(SP)
”n,-(sP)
SP,RO
CSPNTB
#4,SP

TRAP
WORD
WORD
LWORD

CSERDF
75
EMG40
O

TRAP

013221
000001

000001

CLR

#43652,3PCSAR
:SET BCP MODE, NO ERROR AND SYNCH CHARACTER.
#2,START
:# OF START CHARACTERS.
#RXITEN'DSITEN'RXENA,3RXCSR :ENABLE THE RECEIVER AND INT.
#TXIE'TXENA'MM,@TXCSR :ENABLE THE TRANSMITTER AND INT.
;SELECT THE MAINTENANCE LOOPBACK.
R1
:LOOP COUNTER

;SET THE PROCESSOR PRl TO 7

C$SPNTB