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AH-T615C-MC

October 1984

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Document:	CZQNAC0 DEQNA DEQNA FUNCTIONAL TEST OCT 1984 bw
Order Number:	AH-T615C-MC
Revision:	000
Pages:	298
Original Filename:	CZQNAC0__DEQNA__DEQNA_FUNCTIONAL_TEST__AH-T615C-MC__OCT_1984_bw.pdf

OCR Text

DE QHA

FUNCTIONAL T

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CZGNACO DEQGNA FUNCTIONAL TEST

0019

0020
0021
0022
0023
oA
0025
0026
0027
0028
0029
0030
0031
2032
0033
0034
0035
0036
0037
0038
0039
0040
0041
0042
0043
0044
c
-~

004¢
0047
0048
0049

s P Pt Pt Pt et et P2

5-Jul-1984
S-Jul 1984

14:03:26
14:00:51

VAX-11 Bliss-16 V4,0-579
(MAZURCZYK ,DEGNAJZQGNAL .BLI;2

MODWLE ZQNAL (wTITLE 'CZONACO DEQNA FUNCTIONAL TEST’
I0ENT

=«

'v01.0',

ADDRESSING _MODE(ABSOLUTE),

#SBTTL

LANGUAGE
(BL ISS16))
GLOBAL DEFINITION MOOWLE'

BEGIN
(

PRODUCT CODE:

ARC-T614C-MC

PRODUCT NAME:

CZANACO DEQNA FUNCTIONAL

PRODUCT DATE:

JWY S,

MAINTAINER:

PSD DIAGNOSTIC ENGINEERING

AUTHOR ;

TEST

C016
0017
0018

it i P

0012
0013
0014
0015

i i

0011

vt o P

0007
0008
0009
0010

et Bed Pt Pt Pt Pt et P

alnlalninlhinlisislislisinlialinlislislnlsligslialislislisliglialalislislslislininislalnislislisisalialnl

©F

0005

e Pl P Pt ud Pl Pt Pl P

0003

Pt bed et P Pt Pk o P

0001

e D O O O OO

ZANAL

1984

MAZURCZYK

DIGITAL EQUIPMENT CORPORATION, MAYNARD, MASSACHUSETTS 01754
THIS SOFTWARE

IS FURNISHED

UNDER A LICENSE FOR USE ONLY ON A SINGLE

COMPUTER
SYSTEM AND MAY BE
COPIED ONLY WITH
THE INCLUSION OF THE
ABOVE COPYRIGHT NOTICE.
THIS SOFTWARE, OR ANY OTHER COPIES THEREOF,

MAY NOT BE PROVIDED Ok

OTHERWISE MADE AVAILABLE

TO ANY OTHER PERSON

EXCEPT FOR USE ON SUCH SYSTEM AND TO ONE WHO AGREES TO THESE LICENSE

TERMS,
TITLE TO AND
REMAIN IN DEC.

OWNERSHIP OF

THE

SOFTWARE

SHALL

ALL

TIMES

THE INFORMATION IN THIS SOF TWMRE IS SUBJECT TO CHANGE WITHOUT NOTICE
AND SHOULD
NOT BE CONSTRUED
AS A COMMITMENT
B8Y DIGITAL
EQUIPMENT

CORPORATION.

DEC ASSUMES NO RESPONSIBILITY
FOR
THE USE OR
RELIABILITY OF
SOF TWARE ON EQUIPMENT WHICH IS NOT SUPPLIED By DEC.
THE FOLLOWING ARE TRADEMARKS OF DIGITAL EQUIPMENT CORPORATION:

DIGITAL
OEC

POP
DECUS

UNIBUS
DECTAPE

MASSBUS

ITS

.5EQ 0001
Page

(1)

- caemny

Cl
CZGNACO DEQNA FUNCTIONAL TEST
GLOBAL DEFINITION MODULE

0079

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b
Pt

bwNrO

e e pe o e

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P
P8 P
b Pl P

INFORMATION

OPERATING INSTRUCTIONS
COMMANDS
SWITCHES

PROGRAM ABSTRACT

SYSTEM REQUIREMENTS

RELATED DOCUMENTS ~ND STANDARDS
ASSUMPTIONS

FLAGS
HARDWARE

QUESTIONS

SOF TWARE QUESTIONS
QUICK STARTUP PROCEDURE

O
b

NNV NMNNIN

GENERAL

ERROR INFORMATION

0078

CONTENTS

TESY

0069
0070
0071
0072
0073
0074
0075
0076
0077

0067
o068

$6684660400¢0¢8¢00

0060
0061
0062
0063
0064
0065
0066

5-Jul-1984
5-Jul-1984

TABLE OF

s ot P

0052
0053
0054
0055
0056
0057
0058
0059

e Pt Pl e (8

0050
0051

Pt Pt e Pt P

OOOOOOOOOOOOOOOOOOO0OOO0ONONNN alg)

ZGNAL

MAINTENANCE

SUMMARIES
HISTORY

14:03:26
14:00:51

VAX-11 Bliss-16 v4.0-579

[MAZURCZYK.DEQGNAJZAGNA]L
.BLI;2

5EQ 000¢
Page

2
( ¢)

[

D1
ZANAL

C2QNACO DEQNA FUNCTIONAL TEST

v0l1.0

GLOBAL DEFINITION MODULE

: C 0080

: C 0082

: C 0084

;

co0o81

: C 0083
;s
:

000

1.0

GENERAL INFORMATION

1.1

PROGRAM ABSTRACT

$-Jul-1984 14:03:26

5-Jul-1984 14:00:51

VAX-11 Bliss-16 V4,0-579

[MAZURCZYK .DEGNA JZGNAL1.BLI ;2

seeessesces-o-c-ono-

C0085
C 0086

1
1

; Co0BR
; C 0089

1
1

Diagnostic Program (ZGNA) performs extensive functional testing of
the DEQNA/M7504 module for Q18 or Q22-Bus based PDP-11 systems. ZGNA

1
1

Units (FRU's): DEGNA, bulkhead assembly, transceiver cable, circuit
breaker ( fuse in bulkhead assembly ) and transceiver. This software
also attempts to localize faults to the functional areas of tr.e DEQNA

: C 0087

: C 009

: C 0091
: C 0092

: C 0093

: C 0094

: C 0096
;: C 0097
;: C 0098

1
1
1

;
;:
s
;
:

1
1
1
1
1

: £ 0095

: C 0099

C 0100
Co0101
C 0102
C 0103
C 0104

: C 0105
; C0106

1
1

: C 0107

: C 0109

0108

;
;s
;:
:
:

C 0110
CO111
C 0112
C 0113
0114

:
;
;
:

C
£
C
C

: E 8112
: C
011

0117
0118
0119
0120

: CO0121

; C 0122

meesee-

The DIGITAL ETHERNET Q-Bus Network Adspter (DEQNA) Field Functional

program attempts to isolate faults to the following Field Replacable

module.

A test operator controls testing of the module from a console
( nhard copy or CRT ).
This

diagnostic has been written for use with the diagnostic
runtime services software (supervisor).
These services provide
the
interface to the operator and to the software environment,
For a complete description of the runtime services, refer to the
XXDP+ user's manual.
There is a brief description of the runtime
services in section 2 of this document,

1.2

0000

SYSTEM REQUIREMENTS
eeececccceccccannn

1
1
1
1
1

The ZONA software operates on a typical 'newer PDP-11 processor’' system
that has one or two DEGNA modules on the Q18 or Q22 system bus.
The internal and internal/extended loopback mode tests do not
require the transceiver or the loopback connector to be unplugged.
The external loopback mode may be used with a terminated transceiver

1
1
1
1

Testing DEGNA module and its interface to the Ethernet requires
following hardware:

- Minimum of 28K words of memory ( supporting block or non-block mode ),

1
1

: C 0123

;:
C0125
; CO0126
; CoCler
: C 0128

1
1
1
1

: C 0124

eesesee-

that has no network cable attached.

- Typical system ( PDP-11/23 Plus, ORION ) with Q-Bus,
- DEQGNA module,

- Corsole terminal,

- Loopback connector ( male loopback connector, Part # 12 221 96-01
- Bulkhead sssembly,
- Transceiver cable,
- and transceiver ( H4000 ),

S5eEQ 0003

Page

(3)

El
ZQGNAL

CZONACO DEQNA FUNCTIONAL TEST

v01.0
s
:

C0129

CO0131

CO0130

: C 0132

: C 0138

: C 0139

: C 0141
: C 0142

1
1

;: C 0140

: C 0143
C0188

:
:
:
:
:
:
s
:

C 0145
C 0146
E 014;
Cl4a
0149
C
C 0150
CO01s:
C 0152

CO158

s
;s
;:
s
:
;

CO0161
C 0162
C 0163
C 0164
C 0165
C 0166

1}
1
1
1
1
1
1
1

: C 0153
: C 0154
: E glgg

1
1
1

s C 0157

: C 0159
: C 0160

1
1

;:
:
;:
s
:
:

:
:

C 0167
C 0168
C 0169
CO0170
CO0171
E 0172
0173

C 0174
C 0175

1
1
1
1
1
1
1
1
1
1
1
i

1
1

{MAZURCZYK .DEQNAJZQGNAL1.BLI;?2

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1.4

VAX-11 Bliss-16 V4.0 579

RELATED DOCUMENTS AND STANDARDS

:CO0136

: C01%7

1.3

XXDP+ Supervisor/User’'s Manual - ( CHQUS ).

1
1

s € 0135

5-Jul-1984 14:00:51

C 0133
C 0134

;s
;

5-Jul-1984 14:03:26

GLOBAL DEFINITION MODULE

ASSUMPIIONS
eeceeee----

It is assumed that the system has been tested without DEGNA and found

work ing before this diagnostic is run, or that DEGNA DEC/X11

Exerciser has dropped DEQNA option module when running system test.
2.0

OPERATING INSTRUCTIONS
eeeeeeeeeeieoeooes

This section contains a b-ief description of the runtime services.
for detailed information, refer to the XXDP+ User's Manual (CHQUS),
2.1

COMMANDS
eeee----

There are eleven legal commands for the diagnostic runtime services
(supervisor).
This section lists the commands and gives &a very
br.ef description of them.
The XXDP+ User’s Manual has more details.
COMMAND
eeeeece

START

RESTARTY
CONTINUE
PROCEED
EalT
ADD
OROP
PRINT

DISPLAY
FLAGS
ZFLAGS

EFFECT

eeccececcccicccocsccencaanes

Start the diagnostic from an initial state

Start the diagnostic without initializing

Continue at test that was interrupted (after tC)
Continue from an error halt
Return to XXDP+ monitor (XXDP+ operation only!)
Activate a unit for testing (all units are
considered to be active at start time
Ceactivate a8 unit
Print statistical information (if implemented
by the diagnostic - section 4.0)
Type 8 list of all device information
Type the state of all flags (see section 2.3)
Clear all flags (see section 2.3)

A command can be recognized by the first three characters,

So you may,

for example,

type

“STA”

instead

of “START",

SEQ 0004

Page

(3)

F1
CZGNACO DEQNA FUNCTIONAL TEST
GLOBAL DEFINITION MODULE

[

0215

S-Jul-1984
5-Jul-1984

14:03:26
14:00:51

VAX-11 Bliss-16 v4.0-579
(MAZURCZYKK.DEQGNA)ZQNAL.BLI;2

SWITCHES

There are

several

operation. These
All

the

switches which are used to modify supervisor

switches are

legal

are

to the legal

commands,

tabulated below with a brief

description of each. In the descriptions below, a decimal number

Oy e

"DDDDD".

SWITCH

EFFECT

is designated by

/TESTS:LIST

I
Y

Execute only those tests specified in
the list.,
List is a string of test

numbers, for example - /TESTS:1:5:7-10.
This list will cause tests 1,5,7,8,9,10 to
/PASS : 00000

/FLAGS:FLGS

/EOP :0DDOD

appended

switches

ZUNITS:LIST

be run,

All other tests will not be run.

Execute DDDDD passes (DDDOD

Set specified flags.
in section 2.3.

to 64000)

flags are described

Report end of pass message
after every
ODDDD passes only.
(DDOOD = 1 to 64000)

TEST/ADD/DRCP only those units specified
in the list.,
List example - /UNITS:0:5:10-12

use units 0,5,10,11,12 (unit numbers = 0-63)

START/TESYS:1-S/PASS:1000/E0P:100
The effect of this command will be:

Example of switch usage:

1.
2.
3.

Tests 1 through 5 will be executed.
All
wunits will be tested 1000 {imes.
The
end of
pass messages will be

printed after each

100 passes only.

0204
0205
0206
0207
0208
0209
0210
0211
0212
0213
0214

2.2

0176
0177
0178
0179
0180
0181
0182
0183
0184
0185
0186
0187
0188
0189
0190
0191
0192
193
0194
0195
0196
0197
0198
0199
0200
0201
0202
0203

alslinlisnislialsisligislisinislislisislisiglisislialninisligsininisinisinislsislisinlislislinls]

€9

B¢

ZGNAL
.0

A Switch can be recognized by the first three characters.
You
may, for
example, type
"/TES:1-5" instead
of "“/TESTS:1-5".

SEQ 000S
Page

S
(3)

Gl
CZQNACO DEQGNA FUNCTIONAL TEST
GLOBAL DEFINITION MODULE
P
b Pt Pt et et P
o

222
0223
0224
0225
0226
0227
0228
0229
0230
0231

Pt (e

0216
0217
0218
0219
0220
221

Pt Pt Pt Pt Pt P

slgslisiglislisislislisislisinlsiglslpl

B¢

ZGNAL
v0l1.0

5-Jul-1984
S-Jul-1984

14:03:26
14:00:51

Below is a table that specifies which switches can be used by

each command.

TESTS

PASS

FLAGS

eop

.....................................

START
RESTART

CONTINUE

PROCEED

OROP

ADD
PRINT

DISPLAY

FLAGS

ZFLAGS
EXIT

X
X

VAX-11 Bliss-16 V4.,0-579

(MAZURCZYK.DEGNA]ZQGNAL1.BLI;2

SEQ 0006
Page

(6)

H1
ZQGNAL

CZQNACO DEQNA FUNCTIONAL TEST

s C023%%
: C 0234

:
:
:
;
;:
;:
:
:

C 0235
C 0236
C 0237
C 0238
C 0239
C 0240
C 0281
C 0242

: C 0233

; C 0244

C 0245

; C 0246

: C 0247
: C 0248
;s
;
s
;s
:
;s
:

C 024
C 0250

C 0251
C 0252
C 0253
0254
C 0255

: C 0256
; C 0257
: C 0258

s
:
;:
s
:

C0259
C 0260
C C261
C 0262
C 0263

: C 0264
: C 0265

; C 0266
;s C 0267
;: C 0268

: C 0269

2.3

1
1
1
1
1
1
1
1

Flags are used to set up certain operational parameters such as
looping on error. All flags are cleared at startup and remain
cleared until explicitly set using the Fflags switch., Flags
are olso cleared after a8 start command unless set using the
flag switch. The ZFLAGS command may also be used to clear
all flags. with the exception of the START and ZFLAGS commands,
No commands affect the state of the flags; they remain set or
cleared as specified by the last flag switch,

+
1

1
1

meee-

FLAG
~s==

1
1}

HOE

1
1
1
1
1
1
1
1
1
1
1
1
1
1

IBRe

1
1

1
1
1

C
C
C
C

0270
0271
0272
0273

1
1
1
1

C 0276

VAX-11 Bliss-16 V4.0 579

(MAZURCZ K .DEQGNA JZGNA1 .BLI ;2

FLAGS

:
;s
:
;

: E 83;2

S-Jul-1984 14:00:51

GLOBAL DEFINITION MCOULE

v01.0
: C 0232

S5-Jul-1984 14:03:26

LOE
IERs

IXRs

PRI
PNT

80E

UAM
ISR
IDR

ADR
LOT

EVL

EFFECT

| seeesecicccecccscccoccnmomenn
o

Halt on error
control is returned to
runtime services command mode
Loop on error
Inhibit all error reports

Inhibit 8ll error reports except first
level
(first level contains error type,
number, PC, test and unit)
Inhibit extended error reports (those
called by PRINTX macro's)
Direct messages to line printer
Print test number as test executes
"BEL..” on error
Unattended mode (no manual intervention)
Inhibit statistical reports (does not apply
to diagnostics which do not support statistical reporting)
Inhibit program dropping of units
Execute autodrop code
Loop on test

Execute evaluation (on diagnostics which
have evaluation support)
serror messages are described in section 3.0

’
See the XXDP+ User's Manual for more details on flags.
You may
specify more
than one flag with the flag switch.,
For example,
to cause
the program to
loop on error, inhibit error reports
and type a "“BELL” on error,
you may use the following string:
/FLAGS:LOE: IER:BOE

SEQ 0007

Page

11
CZANACO DEQNA FUNCTIONAL TEST
GLOBAL DEFINITION MODULE

ZaGNA1L

HARDWARE QUESTIONS

When a diagnostic

is started, the DRS prompts the user for hardware
information by displaying

“CHANGE HW (L) ?”

b e Pt Pt (e

b Pt

O P

2.4

VAX-11 Bliss-16 V4.0-579
(MAZURCZYKK.DEGNAJZQGNAL.BLI;2

you must answer "Y' after a start command unless the hardware

information has been "preloaded” using the Setup Utility (see chapter

6 of the XXDP+ User's Manual). When you answer this question with a
‘Y, the DRS asks for the number of units. You will then be asked the
following questions for each unit.
o OF DEVICES (D)

(b
P
b P
b P
e P
e (o Pt e

0279
0280
0281
0282
0283
0284
0285
0286
287
0288
0239
0290
0291
0292
0293
0294
0295
0296
0297
0298
0299
0300
0301
0302
0303
0304
030S
0306
0307
0308
0309

ot P

0277
0278

s Pt ot [

alalslinligialislislialisinlisianlslinlinislislsligisialisinialisinisisliniglislsl

B¢

€s

v0l1.0

S-Jul-1984 14:03:26
5-Jul-1984 14:00:51

Answer with the number of units to be tested (no default).

This answer

will determine how many times the following questions are asked,

One 1) device must be specified

DEGNA I/0 PAGE

ADR

(0) 174440 ?

Hnswer with the address of the 1/0 page register assigned for one

of the DEGNA devices.
and 174460.

The I/0 page addresses permited are:

174440

INTERRUPT VECTOR ADR (0) 700 ?
Answer with the

interrupt vector address of the DEGNA module.

Interrupt vector address for device at 1/0 page address 174440 is 700
oct. and that for 1/0 page address of 174460 is 704 oct.

“EQ 0008
Page

(8)

J1
CZQNACO DEQNA FUNCTIOMAL TEST
GLOBAL DEFINITION MODULE

VAX-11 Bliss-16 V4,0-579
(MAZURCZYK.DEQGNAJZONAL
.BLI ;2

SOFTWARE QUESTIONS

After you have answered the hardware questions or after a RESTART or

CONTINUE command, the DRS asks for software parameters. These
parameters govern some diagnostic specific operation modes.
You will
be prompted by

CHANGE SW (L) ?
if you wish to change any parameters,

answer by tvping "Y".

The

software questions and the default values are described in the next

paragraph(s).

DO YOU WANT TO TEST SANITY TIMER (L)?
If you wish to test the Sanity Timer logic,

Whenever this question
will follow:

answer by typing "Y',

is answered with a "Y" following question

SANITY TIMER TIMEOUT VALUE (D)?
Answer with the TIMEOUT VALUE being a decimal number between O and 7.
Use table below to select desired TIMEOUT VALUE.

TIMEQUT PERIOD IN SEC.

b Pt e

it ot ok P

b (b Pt e

b b

i e

b fd

2.5

TIMEOUT VALUE
>

e
o

b o

b b (e

~NONB W= O

b o

e mecccaee--

b [t
b od e
b ot (b b
b P

0326
0327
0328
0329
0330
0331
0332
0332
0334
0335
0336
0337
0338
0339
0340
0341
0342
0343
0344
0345
0346
0347
0348
0349
0350
0351
0352
0353
0354
0355
0356
0357
0358
0359
0360
0361

0323
0324
0325

0 Db (b et ok i

0310
0311
0312
0313
0314
0315
0316
0317
0318
0319
0320
0321
0322

(elnlsislslislininialnisisisinisinislisisislislisinisininlsisisinisinisisinisisisinlinlislisinlsisinislislislislinly

ZGNA1

S-Jul-1984 14:03:26
5-Jul-1984 14:00:51

3840

EXTERNAL LOOPBACK MODE (L)?
Answer with

sequence.
“N"

"Y"

if you want to execute

“TEST 7”

include

"TEST 7"

in the test

is the only test that uses external loopback mode.

inhibits execution of

"TEST 7",

SYSTEM HAS BLNCK-MODE MEMORY (L)?
Answer with “Y" if the system has block-mode memory and “N"
it has non block -mode memory.

IS LOOPBACK CONNECTOR IN DEGNA (L)?
Answer with "Y"

module.

|f loopback connector

in the back of the DEQNA

SEQ 0009
Page

IK1
CZGANACO DEQNA FUNCTIONAL TEST

ZGNAL

GLOBAL DEFINITION MODULE

VAX-11 Bliss-16 v4.0-579

14:00:51

(MAZURCZYK.DEGNA]JZQGNA1.BLI;2

2.6

QUICK START-UP PROCEDURE

(XXDP+)

b i

Give the date

Type "R Name"”,
this program

where Name

is the name of the BIN file

for

Boot XXDP.

ot [

To start-up this program:

b (e

b et pt

b et

5-Jul-1984

"CHANGE HW” question with

Answer all

the hardware questions

Answer the

“CHANGE SW" question with

Answer all

the software questions

b (b Pt (o

“START"

0 et (o fd (0

b P

Type

Answer the

lalslslislisinliglislislisligininlisisisinislisisinlisisinlinlisls]

vo1.0

0362
0363
0364
0365
0366
0367
0368
0369
0370
0371
0372
0373
0374
0375
0376
0377
0378
0379
0380
0381
0382
0383
0384
0385
0386
0387
0388

5-Jul-1984 14:03:26

"Y”

"Y"

When you follow this procedure you will be using only

flags and software parameters.

previous sections,.

the defaults for

These defaults are described

in the

SEQ 0010

Page

10
(10)

L1
CZQNACO DEQNA FUNCTIONAL TEST
GLOBAL DEFINITION MOOULE

ZGNAL

VAX-11 Bliss-16 V4,0-579
(MAZURCZYIK.DEQNAZGNAL.BLI
;2

There
are three
levels of error messages that may be issued by
a diagnostic: general, basic and extended.
General error messages
are always printed unless the IBE and/or IER flag is set. The genersl
error message is of the form:

where;

NAME

ER_TYPE

ER_NO

NAME

= Diagnostic name

UNIT_NO

TEST_NO

PC_ADDR

ER_TYPE = Error type ( all errors are HARD

ad ad ad a

l ad a a

ERROR INFORMATION

e o o

ER_NO =
UNIT_NO
TEST_NO
PC_ADDR

e
ey e
e e e
e
e
Ty T

0421
0422
0423
0424
0425
0426
0427
0428
0429
0430
0431
0432

)

Error number
= O
= Test and subtest where error occurred
= Program Counter contents

Basic error messages are messages that contain some additional
information about the error. These are always printed unless one or
more of the DRS error flag(s) ( IBE, IXE, IER ) is set. These
messages are printed before the associated general message.

Extended error messages contain supplementary error information such
as register contents or good/bad data. These are always printed unless

the IXE and/or IER flag is set. These messages are printed after the
associated general error message and any associated basic error
messages. A typical extended error message might have a following
format:

TRANSMIT DESCRIPTOR LIST
e

0415
0416
0417
0418
0419
0420

0411
0412
0413
0414

3.0

0389
0390
0391
0392
0393
0394
0395
0396
0397
0398
0399
0400
0401
0402
0403
0404
0405
0406
0407
0408
0409
0410

(alnlginisisinisislislislsinlisinisininlislislisinisisiglinisisigslisinlislisiginlinlisinlislislislinlsly]

€9

v01.0

5-Jul-1984 14:03:26
5-Jul-1984 14:00:51

RECEIVE DESCRIPTOR LIST

Flag Word

High Order Addr Bits

Low

Order Addr Bits

Packet Length (byte)
Status Word 1
Status Word 2

Low

Order Addr Bits

Packet Length (byte)
Status Word 1
Status Word 2

SEQ 0011
Page

11
(11)

ML
ZGNA1L

CZQNACO DEQNA FUNCTIONAL TEST

v01.0
;: C 0433

;

5-Jul-1984 14:03:26

GLOBAL DEFINITION MODULE
1

5-Jul-1984 14:00:51

VAX-11 Bliss-16 v4,0-579

[(MAZURCZYKK,DEQNAJZQNAL .BLI ;2

SPECIFIC ERROR MESSAGES

0838

: C 0436

The following are possible error messages.

C 0438
C 0439
C 0440
C 0431
C o442
C 0443
C 0444
C 0445
C 0446
C 0447
C 0448

1
1
1
1
1
1
1
1
1
1
1

DEQNA FATAL ERROR DETECTED
ACTUAL DATA = octal number EXPECTED DATA = octal number
BAD CSR: ACT = octal number EXP = octal number
BAD TRANSMIT FLAG WORD: ACT = octal number EXP = octal number
BAD TRANSMIT STATUS WORD 1: ACT = octal number EXP = octal number
BAD RECEIVE FLAG WORD: ACT = octal number EXP = octal number
BAD RECEIVE STATUS WORD 1: ACT = octal number EXP = octal number
BAD RECEIVE BUFFER LENGTH: ACT = octal number EXP = octal number
BAD CSR = octal number
LOOPBACK PACKET UNABLE TO SET CA BIT, CSR = octal number
LOOPBACK PACKET UNABLE TO CLEAR CA BIT, CSR = octal number

; C 0452
: C 0453
; C 0454

1
1
1

BAD CSR, EXPECTED, XL AND RL ( BITS 4,5 ) TOBE SET T0 1
BAD CSR, EXPECTED, RI ( BIT 15 ) TO BE SET T0 1
BAD CSR, EXPECTED, XI ( BIT 7 ) TO BE SET 10 1

: C 0435

; C 0437

;:
;:
:
:
;
;:
;
;:
;:
;:
:

: C 0449
: C 0450
;: C 0451

;: C 0455

1
1
1

m-eeeeeeo-o-esocceooo--

CA BIT OK, BUT RI BIT IS NOT ON, CSR = octal number
CA BIT IN THE CSR WAS SET T0O0 EARLY, CSR = octal number
BAD CSR, EXPECTED, XL AND RL ( BITS 4,5 ) TO BE RESET TO O

BAD CSR, EXPECTED, NI ( BIT 2 ) TO BE SET 10 1

BAD CSR, EXPECTED, NI ( BIT 2 ) TO BE RESET T0 O

; C 0458
: C 0459
;: C 0460

1
1
1

CSR ADR = octal number ACTUAL = octal number EXPECTED = octal number
UNABLE TO RESET DEGNA: ADR: address (SR = octal number
WAIT ABOUT number SECOND(S)

;
;
:
;
;
;
;
;:
:
:
:
:

1
1
1
1
1
1
1
1
1
1
1
1

SANITY TIMER TIMED OUT AS EXPECTED
NO SANITY TIMER INTERRUPT DETECTED
DISCONNECT TRANSCEIVER CABLE FROM BULKHEAD ASSEMBLY AND CONNECT
LOOPBACK CONNECTOR TO BULKHEAD ASSEMBLY, THEN RETEST
DISCONNECT BULKHEAD ASSEMBLY FROM DEQNA AND CONNECT
LOOPBACK CONNECTOR TO DEGNA, THEN RETEST
CHECK FOR LOOSE WIRES IN A LOOPBACK CONNECTOR OR USE DIFFERENT
LOOPBACK CONNECTOR, THEN RETEST
REPLACE DEQNA, THEN RETEST
REPLACE BULKHEAD CONNECTOR, THEN RETEST
DISCONNECT TRANSCEIVER CABLE FROM TRANSCEIVER AND CONNECT IT TO
LOOPBACK CONNECTOR AND BULKHEAD ASSEMBLY
REPLACE TRANSCEIVER CABLE, THEN RETEST

1
1

BAD TRANSMIT DESCRIPTOR:
BAD RECEIVE BUFFER:

; E Odgg
:

; C0461

;
;
;

C
C
C
C
C
C
C
C
C
C
C
C

0462
0463
0464
0465
0466
0467
0468
0469
0470
0471
0472
0473

C 0474
C 0475
C 0476

; C 0477
: C 0478

;s
;
;:
;
;
;:
;

C
C
C
C
C
C

0479
0481
0481
0482
0483
0484

C 0485

1
1
1

1
1
1
1
1
1
1

REPLACE TRANSCEIVER, THEN RETEST
REPLACE THE FUSE IF BAD, THEN RETEST
B8AD RECEIVE DESCRIPTOR:

ACTUAL = octel number

EXPECTED = octal number

DMA OPERATION TAKES T0O LONG
TO0O MANY DEVICES
THERE WAS A POWER FAIL - WAITING

WAIT ABOUT decimal number MINUTE(S)
WAIT ABOUT decimal number HOUR
IF NO RESET,

INDEX = decimal number

TYPE ANY CHARACTER TO EXIT FROM TEST

SEQ 0012

Page

(12

ZQNA1
v01.0
;: C 0486

; C 0487
; C 0488

CZQNACO DEQNA FUNCTIONAL TEST

GLOBAL DEFINITION MODULE
1

1
1
1

BAD STATION ADDRESS CHECKSUM: ACT = octal number
BAD STATION ADDRESS: station address
BAD DEQNA I/0 PAGE REGISTER: register address

1
1
1

BAD B/D PROM CHECKSUM: INDEX = octal number ACT = octal number EXP = octal number
8/D PROM CHECKSUM OFFSET = octal number ACT = octal number EXP = octal number
RBAD INTERRUPT: ADR = octal numkber ACT LEV = octal number EXP LEV = octal number

; C 0493

: C o:gg

TOR VALUE = OsN'),

1
1

; C 0493
: C 0495
; C 0496

VAX-11
Bliss-16 V4,0-579
(MAZURCZYK.DEGNA)ZQGNAL1.BLI;?2

BAD CSR, BITS STUCK AT O:
BAD CSR, BITS STUCK AT 1:

; C 0489

;: C 0490
; C 0491
: C 0492

5-Jul-1984
14:03:26
5-Jul-1984 14:00:51

SOFTWARE RESET UNABLE TO CLEAR CSR STATIC BITS:

EXP = octal number

BAD CSR, EXPECTED RL ( BIT 5 ) TO BE SET TO O

SEQngis(12)
13

B2
CZQNACO DEGNA FUNCTIONAL TEST
GLOBAL DEFINITION MOOWE

ZANAL

VAX-11 Bliss-16 V4.,0-579
(MAZURCZYK .DEGNAJZQGNAL.BLI ;2

TEST SUMMARIES

s ps

4.0

Each test has its own test summary; therefore, test summaries are not

et Pt
0 4o

0499
0500
0501
0502
0503
0504
0505
0506

(alglsinlsls]

v01.0

S-Jul-1984 14:03:26
5-Jul-1984 14:00:51

included here.

SEQ 0014

Page

(1%

vo1.0
;0507

GLOBAL DEFINITION MODULE
1

0508
0509

1
1

LIBRARY ‘GNALIB';
REQUIRE 'BLSMAC.REQ";

;2000

tes

2002
2003

1
1

’--

1999

;2000

:
:

2004

;2006

2005

2007

2008

1
1

2009

;2011

20i3

;2015
2016
:
;2017

1
1
1

;

2010

<202

;2014

2018

2019

;2020
;2021
;2022

;
:

2023
2024

2026

LITERAL

DSSNBR_OF _TESTS = 21

POINTER (ALL);

teo

1
1
1

1
i--

tes

2025

2027

THE PROGRAM HEADER IS THE INTERFACE BETWEEN THE DIAGNOSTIC PROGRAM
AND THE SUPERVISOR.

HEADER (WASCIT'CZGNA *,%ASCII'C‘,®ASCII'O‘, 120, O, PRI0O);

! DIAGNOSTIC SUPERVISOR LIBRARY

CODE = ARSCOUES:

EQUALS:

1
&

NO POINTERS ARE OPTIONAL USING BLISS. MAKE SURE THE FOLLOWING
SECTIONS OF CODE ARE IN PLACE (IN THE CORRECT SKELS),EVEN IF
THE SECTIONS ARE BLANK,

ARGUMENT

FUNCTION
REPORT CODE
SOF TWARE TABLE
SOF TWARE TABLE QUESTIONS
ADD CODE
DROP_CODE
ERROR TABLE
ASSEMBLED P-TABLES

ceieecee

aieis

;2029
:
2030
:
2031
;2032
;
2033
;
2038
;o205

1
¢
1
¢
1
¢
1
1
1
1
1

RPT
Su
SFT
AU
DU
TBL
SETUP

;
;
:
:
;
;

1
1
1
1
1
1

CHANGE THE “HEADER“ TO CONTAIN THE PROPER ARGUMENTS.
ARGUMENTS ARE: NAME,REV,PATCH,LONGEST TEST TIME,TYPE
WHERE "TYPE" = O FOR SEQUENTIAL DIAGNOSTIC AND =1
FOR EXERCISER.
THERE IS ALSO AN OPTIONAL SIXTH ARGUMENT
WHICH SPECIFIES THE PROCESSOR PRIORITY T0 BE SET WHEN
STARTING THE DIAGNOSTIC (DEFAULT IS 0).

;.
i
;

2037
2038
2039
2080
2081
2082
2043
<044
2085

[}

1
1
1

[MAZURCZYK.DEGNAJZONAL.BLI;2

PSECT

S-Jul-1984 14:00:51

VAX-11 Bl.ss-16 v4.0-579

DEFINE THE NUMBER OF TESTS IN THIS DIAGNOSTIC

1
1
1

;2028

S-Jul-1984 14:03:26

CZGNACO DEGNA FUNCTIONAL TEST

20NAL
i
i

!--

SE00015 15
(183

#SBTTL

5-Jul-1984 14:03:26
S-Jul-1984 14:00:51

VAX-11 Bliss-16 v4.0 579
(MAZURCZYiC.DEGNA]ZQNAL1.BLI;2

*DISPATCH TABLE'

DISPATCH (DS$SNBR_OF _TESTS);

s Pt et

s P

CZGNACO DEQGNA FUNCTIONAL TEST
DISPATCH TABLE

THE DISPATCH TABLE CONTAINS THE STARTING ADDRESS OF EACH TEST.

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

CHANGE THE LITERAL DECLARATION OF DOS$NBR_OF _TESTS TO BE

0 1t Pt Dt Pt

o et P

ot P

(b P

b Pt

THE NUMBER OF HARDWARE TESTS IN YOUR PROGRAM,

ERRTBL;
Soe

THE ERRTBL MACRO IS REQUIRED WHETHER OR NOT YOU REPORT ERRORS USING

ARE USED BY THE RUNTIME SERVICES DURING AN ERROR CALL: ERROR TYPE,

'
¢

‘_.

THE

"ERROR” MACRO.

ERROR NUMBER,

BLOCK.

THE ERRTBL MACRO EXPANDS INTO FOUR WORDS THAT

ADDRESS OF ERROR MESSAGE AND ADDRESS OF MESSAGE

THERE MUST BE ONLY ONE ERRTBL IN ANY PROGRAM,

IS NOT OPTIONAL.

THIS SECTION

SEQ 0016
Page

(1%)

E2
CZGNACO DEGNA FUNCTIONAL TEST

ZGNAL

2098
2C99
2100

PSECT

PLIT

=
OuWN
GLOBAL =

o P
s

b P

%SBTTL *GLOBAL DATA SECTION'

et
b P
i

[MAZURCZYK,DEQNA]ZGNAL.BLI;2

$PLITS,

SOWNS,
$GLOBS:

Yoo

THE GLOBAL DATA DEFINED IN THIS SECTION IS USED BY MORE THAN ONE

TEST.

GLOBAL

L 4

b P

b (e

VAX-11 Bliss-16 V4.0-S79

COMMUNICATION AREA DECLARATIONS

e
(e
i P
o

2077
2078
2079
2080
2081
2082
2083
2084
2085
2086
2087
2088
2089
2090
2091
2092
2093
2094
2095
2096
2097

el e (ot (o

2076

b o (b

2074
2075

Pt (ot

2071

2072
2073

5-Jul-1984 14:00:51

GLOBAL DATA SECTION

v01.0

2070

5.Jul-1984 14:03:26

RCV_D_LIST
XMIT_D_LIST

: BLOCK
: BLOCK

PHYS_ADR

RCV_BUFFER
XMIT_BUFFER

[ D_SIZE, WORD ) FIELD ( DL_FIELDS ),
[ D_SIZE, WORD ]} FIELD ( OL_FIELDS ),

: VECTOR ( B_SIZE, BYTE ],
: VECTOR [ B_SIZE, BYTE 1],
VECTOR [ 22, BYTE

SETUP_BUFFER
I0P_TABLE

: VECTOR [ SETUB_SIZE, WORD ].
: VECTOR [ 8, WORD ]},

PTRN_TABLE

: VECTOR [ 8, BYTE

ETH_STATION_ADR : VECTOR [ 6, WORD ],
STATION_ADR
: VECTOR [ 4, WORD ],

] INITIAL ( BYTE (

%8' 00000000’, #B°11111111',

%B'10101010',

#B8'01010101°,

%8'11001100', %B8'00110011’, %B‘11110000', #B‘'00001111')),

SEQ 0017
Page

(16)

Fe
CZQANACO DEQNA FUNCTIONAL TEST

2121
2122

TARGET_ADR

VAX-11 Bliss-16 V4.0-579
[MAZURCZYK,DEQGNA )ZGNA1.BLI;2

: VECTOR ([ T_SIZf, BYTE ) INITIAL ( BYTE

it
b
b
b (b
b
b o
o
P
P
b P
b
b P
b
0 (s e

2101
2102
2103
2104
2105
2106
2107
2108
2109
2110
2111
2112
2113
2114
2115
2116
2117
2118
2119
2120

5-Jul-1984 14 :03:26
5-Jul-1984 14 :00:51

GLOBAL DATA SECTION

@¢

©¢

ZGNA1
vo1.0

%X'00', ®#X'00', #X'00’', ®X'00', #X'00', #X' 00,

%X'S5', #X'S5', #X'S5', #X'S5', #X'S5', #X'S5',
%X'AA’, #X'AA‘, ®X'AA’, #X'AR', SX'AA’, %X’ AA’,
%X'S5', #X'S5', #X'S55', #X'S5', #X'55', X'55',

wX'FF',
%X'00',
#X'AR*,
#X'AA*,
#X'AA',
#X'AA’,
#X'AA’,
#X'AA’,

#X'FF',
#X'F4',
#X'00',
#X'00',
#X'00°’,
#X'00',
#X'00',
#X'00',

@X'FF',
#X'FA',
#X'00’,
#X'02',
#X'0S',
#X'04',
#X'04‘',
#X'04’',

#X'FF',
#X'44',
#X'00',
#X'AA’',
#X’'55',
WX'FF',
#X'00',
#X'18’',

#X'FF',
#X'44',
#X'00',
#X'AA’,
#X'55’',
wX'FF°’,
#X'00',
#X‘'81',

‘x'°1n.

‘xooon.

'xoooo.

‘X'OO'.

'anO:.

#X'AB',
sX‘FF',
#X'S55',
ux'CD’,
ux'33’,
ux'EB',

#X'AR’',
#X'00',
#X'05',
#X'36',
#X'Al’',
#X'BE',

#X'AA’,
#X'01',
#X'06',
#X'26',
wX'67',
#X'C7',

#X'AA’',
#X'02',
#X'07',
#X'27',
#X'B88',
#wX'8F',

#X'AA’,
#X'03',
#X'08’',
#X'27',
#X'4C’,
#X'33’,

MEMORY PATTERN

MEMORY PATTERN
MEMORY PATTERN
MEMORY PATTERN

’o2
'
3

wX'FF',
#X' S5,
%X’ 00" ,
sX' AR’

1S
'
6
'
7
'
8

uX'FF',

110

X' 00,

%X'S5,

' 14

! 20

STATION ADDR

' 12
113

%X'04°,
%X’ 09,
%X'49',
wX'OF ",
wX'FF',

'
!
'
'
'

SX'FF', wX'FF', wX'FF', #X'FF', #X'FF', SX'FF'

)),

LOW ETHERNET ADR
HIGH ETHERNET
ALL MUWLTICAST
ALL MULTICAST
ALL MULTICAST
ALL MWTICAST

#X'18',
#X' 00’ ,

#X'RAA‘,

MEMORY PATTERN

15
16
17
18
19

ADR

SEQ 0018

Page

18
(17

G2
CZGNACO DEQNA FUNCTIONAL TEST

ZONA1

GLOBAL OATA SECTION

VAX-11 Bliss-16 V4.0-579
[MAZUR
. DEGNA]Z
CZY
GNAL .BLI;2
K

WORD

] INITIAL ( WORD (
BUFFER NOT USED IF

NEWB,

RCV_BUFFER,

VALID ADDRESS IF 1
RCV BUFFER ADDRESS

BUFFER NOT USED IF
VALIDO ADDRESS IF 1

BYTE_COUNT,
0.
0.

174 THE BYTE COUNT
STATUS WORD 1
STATUS WORD 2

E,
0.

BUFFER NOT USED IF
VALID ADDRESS IF 1
2 EXTRA WORDS

b Pt
b
b [t (b
b P

e (o

mh B

(b P

XMIT_BUFFER,

XMIT BUFFER ADDRESS

XMIT _BUFFER

VE , XMIT_BUFFER
, XMIT_D_LIST
E
vV
, XMIT _D_LIST
VE , TARGET_ADR +
E D),

-1
-2
-1

60
56
114

1 BYTE
2 BYTE
1 BYTE
2 BYTE
END OF

OOO0OO0OO0O0O

XMIT_BUFFER
XMIT_BUFFER

WORD (

0CO0OO000O0O

VH ,

INITIAL (

DESCRIPTOR
DESCRIPTOR
DESCRIPTOR
DESCRIPTOR
DESCRIPTOR

4 BvyTc DESCRIPTOR
6 BYTE DESCRIPTOR
END OF DESCRIPTOR

RCV_D_LIST
RCV_BUFFER

2
126
128
132
252
84
256

(

leYoYoXo
Yo

258

INITIAL

RCV_BUFFER
RCV_BUFFER
RCV_BUFFER
RCV_BUFFER
RCV_BUFFER
RCV BUFFER

OCOO0OO0O

2 BYTE DESCRIPTOR
378 BYTE DESCRIPTOR
2 BYTE DESCRIPTOR
CHAIN DESCRIPTOR
2 BYTE DESCRIPTOR
END OF DESCRIPTOR

WORD (
OQOOO0OO0O0O0O0

,
,

]

)
[«
3K
DO NP
e

,
,
,
,
,
,

WORD

2
256

OCOO0OO0OO0OOO

vC
vV

64,

NEWB,
NEWB,

V
V
Vv
Vv
v
Vv

, XMIT_BUFFER
, XMIT BUFFER
, XMIT_BUFFER
, XMIT_D_LIST
, XMIT_BUFFER
)),

WORD (

NEWB,
NEWB,
NEWB,
NEWB,
NEWB,
NEWB,

INITIAL (

VECTOR (

)

RD13:

V
V
V
C
VE
€

WORD

NEWB,
NEWB,
NEWB,
NEWB,
NEWB,
NEWB,

34,

ot b ot et e Pk B

VECTOR (

TD13:

b Pt b ok (e

(s ok P

e Pt

NEWB,
NEWB,
NEWB,
NEWB,
NEWB,

)

NEWB,

VL ,
VHL,

WORD

NEWB,
NEWB,

44,

VECTOR [

TD16:

b (i P

(i o

1/4 "HE BYTE COUNT
STATUS WORD 1
STATUS WORD 2

BYTE _COUNT,
0,
0.

e tm e

VECTOR [ BD_D_SIZE,

b Pop Pt P

2175

80 _PROM_DESCR

2174

B
Ve
0
B0
L
06
B
B
%

2172
2173

2165
2166
2167
2168
2169
2170
2171

00 et Pt Bt P

2160
2161
2162
2163

OGP

B¢

vo1.0

2123
2124
2125
2126
2127
2128
2129
2130
2131
2132
2133
2134
2135
2136
2137
2138
2139
2140
2141
2142
2143
2144
2145
2146
2147
2148
2149
2150
2151
2152
2153
2154
2155
2156
2157
2158
2159

S-Jul-1984 14:03:26
S-Jul-1984 14:00:51

2 BYTE DESCRIPTOR
124 BYTE DESCRIPTOR
2 BYTE DESCRIPTOR
4

BYTE

DESCRIPTOR

BYTE

DESCRIPTUR

120 BYTE DESCRIPTOR

CHAIN DESCRIPTOR

6 BYTE DESCRIPTOR

SEQ 0019

Page

(18)

H2
TIONAL

ngAé
.

gfgg:foogggngezg?gNrou

513? i

;o178

2179

NEWB,

TEST

, RCV.BUFFER + 262

NEWB, V . RCV.BUFFER « 382
NEWB, E )),

5-Jul-1984

14:03:26

5.Jul-1984 14:00:51
.,

60 , 0, O,

, -1, 0, 0,

VAX-11 Bliss-16 V4.0-579

[MAZURCZYK.DEGNA]ZGNAL
.BLI;2

120 BYTE DESCRIPTOR

! 2ENDBYTE
DESCRIPTOR
OF DESCRIPTOR

SEQ 0020

Page

(18)

12
CZQGNACO DEQWA FUNCTIONAL TEST

ZGNAL
v01.0

2211

Y
ey S

SWP _TABLE

VAX-11 Bliss-16 V4.0-579
(MAZURCZYK.DEQNAJZGNAL
.BLI;2

HARDWARE AND SOF TWARE P-TABLE STORAGE DECLARATIONS
HWP_TABLE

REG_ADR

I0P_DATA
GET_ADR

: REF BLOCK [ HWP_SIZE, WORD ] FIELD ( HWP_FIELDS ),
: REF BLOCK [ SWP_SIZE, WORD ) FIELD ( SWP_FIELDS ),

REF REG_STR FIELD (

: REF REG_STR FIELD (
: REF ADR_STR FIELD (

IOP_FIELDS
IOP_FIELDS
IOP_FIELDS

),
),
),

Yoo

14:03:26
14:00:51

MISCELLANEQUS DATA DECLARATIONS

el
ol
el
ol el
ol
e
e
oy

2195
2196
2197
2168
2199
2200
2201
2202
2203
2204
2205
2206
2207
2208
2209
2210

Seo

2193
2194

GLOBAL DATA SECTION

2180
2181
2182
2183
2184
2185
2186
2187
2188
2189
2190
2191
2192

5-Jul-1984
5-Jul-1984

XBUF _LENGTH
RBUF _LENGTH

INTERRUPT _FLG
DEQNA _NO
COUNTER
UP_COUNTER
OOWN_COUNTER
CHECKSUM
BUF _LENGTH
CSR_WORD
KC_FLAG

ERR _NUMBER
ERR_FLAG
ERR_COUNT

WORD,

XMIT BUFFER LENGTH IN WORDS

WOPD,

!
!
!

EXPECTED PROM CHECKSUM
XMIT BUFFER SIZE IN WORDS

:
:
:
:

:
:
:
:
:
:
:

WORD,

! RCV BUFFER LENGTH IN BYTES

WORD,
WORD,
WORD,
WORD,

WORD,
WORD.
WORD,
WORD INITIAL
WORD INITIAL
WORD INITIAL
WORD INITIAL

INTERRUPT OCCURED

¢ DEGNA UNDER TEST THIS PASS
! ITERATION COUNTER, INDEY
! ITERATION COUNTER, INDCX
! ITERATION COUNTER, INDEX

(0),
(0),
(O0),
(0),

]

SEQ 2021

Page

21
(19

Je
ZGNA1L

CZUNACO DEQNA FUNCTIONAL TEST

v01.0
2212

2214

:
:

2216
2217

1
1

:
:
:
:

2223
2224
2225
2c26

1
1
1
1

2228

:
:
:
:
:
:

2230
2231
2232
2233
2234
2235

1
1
1
1
1
1

:
:
:
:
:

:
:

:
:
:
:

2213

2215

2218
2219
2220
2221
2222

2227

2229

22%6
2237

2238
2239

2240

5-Jul-1984 14:03:26

GLOBAL DATA SECTION
!

1
1

1
1
1
1
1

VAX-11 Bliss-16 v4,0-579

(MAZURCZYKK.DEQNAJZQGNAL .BLI;2

Too

1
1
1
1
1

S-Jul-1984 14:00:51

TEMPORARY STORAGE DATA DECLARATIONS

HEES

TMP _I0OP_ADR
TMP _REG_DATA
TEMP1
TEMP2
TEMP3

TEMP4
TEMPS
TEMP6
TEMP?7

TEMPS

:
:
:
:
:

I/0 PAGE REGISTER ADDRESS
I/0 PAGE REG CONTENTS
TEMPORARY STORAGE LOCATION
TEMPORARY STORAGE LOCATION
TEMPORARY STORAGE LOCATION

WORD,
WORD,
WORD,
WORD,
WORD,

'
!t
'
!
'

WORD,

! TEMPORARY STORAGE LOCATION

: WORD,
: WORD,
WORD,
WORD,

!
'
!
'

TEMPORARY STORAGE LOCATION
TEMPORARY STORAGE LOCATION
TEMPORARY STORAGE LOCATION
TEMPORARY STORAGE LOCATION

TEMPY

: WORD,

! TEMPORARY STORAGE LOCATIU«

pe
P3
P4
PS
T8YTEL
TBYTER

:
:
:
:
:
:

WORD,
WORD,
WORD,
WORD,
BYTE,
BYTE,

!
!
!
!
H
!

: WORD,
: WORD;

'
H

TBYTE3
TBYTES
TADR1
TADR2

: WORD,

: BYTE,
:+ BYTE,

! PARAMETER &1

!
'

PARAMETER
PARAMETER
PARAMETER
PARAMETER

o2
@3
@4
¢5

SEQ 0022

Page

(20)

<2
CZQNACO DEQNA FUNCTIONAL TEST

ZGNAL
v01.0
s s
d e
b

Y40

!
!

THE GLOBAL TEXT SECTION CONTAINS FORMAT STATEMENTS, MESSAGES,
AND ASCII INFORMATION THAT IS USED IN MORE THAN ONE TEST.

GLOBAL BIND

OESCR_LIST
DATA_BUFFER
Yoo

b P

= RCV_D_LIST,
= RCV_BUFFER,

HARDWARE AND SOF TWARE QUESTTUNS
QSTO1
QSTO2
QSTO3
QST04
QSTOS
QSTO6
QSTO7

i o

o o [

et [

et b e

e o

d i

VAX-11 Bliss-16 V4.0-579
[MAZURCZYKK.DEQNAJZGNAL1.BL
;2
I

#SBTTL ‘GLOBAL TEXT SECTION'

i (e Pt i
b (o
b
(d (b (b
b b (b st (et
b
b b (b (b

2261
2262
2263
2264
2265
2266
2267
2268
2269
2270
2271
2272
2273
2274
2275
2276
2277
2278
2279
2280
2281
2282
2283
2284
2285
2286
2287
2288
2289
2290
2291
2292
2293

b (b (b ok (b

2247
2248
2249
2250
2251
2252
2253
2254
2255
2256
2257
2258
2259
2260

b e

2244
2245
2246

2243

2241
2242

GLOBAL DATA SECTION

S5-Jul-1984 14:03:26
5-Jul-1984 14:00:51

=
=
=
=
=
=
=

UPLIT
UPLIT
UPLIT
UPLIT
UPLIT
UPLIT
UPLIT

(wASCIZ'DEQGNA I/0 PAGE ADR
‘)
(#ASCIZ' INTERRUPT VECTOR ADR
'),
(#ASCIZ'DO YOU WANT TO TEST SANITY TIMER
(#ASCIZ'IS LOOPBACK CONNECTOR IN DEGNA
(#ASCIZ'SANITY TIMER TIME-OUT VALUE
(#ASCIZ'EXTERNAL LOOPBACK MODE
(#ASCIZ'SYSTEM HAS BLOCK-MODE MEMORY

'),
‘).
.
‘),
‘.

Ye
e

Yoo

DEVICE ERROR MESSAGES
MSGOO = UPLIT (®ASCIZ' DEQNA FATAL ERROR DETECTED '),
UPLIT (#ASCIZ'¥NWNSA
DEGNA ADDRESS: #06%A,
STATION ADDRESS: '),
UPLIT (%ASCIZ' %A
ACTUAL DATA = #06%A
EXPECTED DATA = ®(06%N’'),
UPLIT (%ASCIZ' %A
XMIT DESCRIPTOR
RCV DESCRIPTOR #N'),
UPLIT (%ASCIZ’' %A
FLAG WORD
%06%A
%06%N’
),
UPLIT (#ASCIZ' %A
HIGH ORDER ADDR BITS
#06%A
%06%N’
),
UPLIT (#ASCIZ' %A
LOW ORDER ADDR BITS
%06%A
S06%N’
),
UPLIT (#ASCIZ' %A
PACKET LENGTH ( WD )
$06%A
%06%N’
),
UPLIT (#ASCIZ' %A
STATUS WORD 1
%06%A
%06%N’
),
UPLIT (#ASCIZ' %A
STATUS WORD 2
$N6%A
#06%N’
),
UPLIT (#ASCIZ' %A
DEGNA CSR REGISTER
#068N’
),
UPLIT (#ASCIZ' #A
DEGNA 1/0 PAGE ADR
S06%NSN’
),
UPLIT (#ASCIZ'#A BAD CSR: ACT = #06%A EXP = #06%N'),
UPLIT (#ASCIZ'#A BAD TRANSMIT FLAG WORD: ACT = #06%R EXP = #%06%N'),
UPLIT (#ASCIZ'#A BAD TRANSMIT STATUS WORD 1: ACT = %06%A EXP = %06%N'Y,
UPLIT (#ASCIZ'#A BAD RECEIVE FLAG WORD: ACT = ®06%A EXP = #(06%N'),
UPLIT (#ASCIZ'#A BAD RECEIVE STATUS WORD 1: ACT = #06%A EXP = #06%N'),
UPLIT (#ASCIZ'#A BAD RECEIVE BUFFER LENGTH: ACT = %06%A EXP = #068N’'),
UPLIT (#ASCIZ'#A BAD CSR = #06%N’'),
UPLIT (%ASCIZ'#A LOOPBACK PACKET UNABLE TO SET CA BIT, CSR = %06%N'),
UPLIT (#ASCIZ'#A LOOPBACK PACKET UNABLE TO CLEAR CA BIT, CSR = %06%N'),
UPLIT (%ASCIZ'#A CA BIT OK, BUT RI BIT IS NOT ON, CSR = %06%N’'),

MSGO1
MSGO2
MSGO3
MSGO4
MSGOS
MSGO6
MSGO7
MSGO8
MSGO9
MSG10
MSG11
MSG12
MSG13
MSG14
MSG1S
MSGl16
MSG17
MSG18
MSG19
MSG20
MSG21

SEQ 0023
Page
23
(21)

L2
CZQNACO DEQNA FUNCTIONAL TEST

R
NN
NR
N
NN
R
N
NN
NN
RN
H
NN
N

UPLIT
UPLIT
UPLIT
UPLIT
UPLIT
UPLIT
UPLIT
UPLIT
UPLIT
UPLIT
UPLIT
UPLIT
UPLIT
UPLIT
UPLIT
UPLIT
UPLIT
UPLIT
UPLIT
UPLIT
UPLIT
UPLIT
UPLIT
UPLIT
UPLIT

VAX-11 Bliss-16 V4,0-579
(MAZURCZYK.DEQNAJZQGNAL1.8LI;2

C A BIT IN THE CSR WAS SET TOO EARLY, CSR = ®(06%N'),
X L AND RL ( BITS 4,5 ) TO BE RESET TO OsN'),
X L AND RL ( BITS 4,5 ) TO BE SET TO 1sN'),
R I ( BIT 15 ) TO BE SET TO 1w%N'),
%A X I ( BIT 7 ) 70 BE SET TO 1sN'),
(#ASCIZ'
%A N I ( BIT 2 ) TOBE SET TO 1%N'),
(#ASCIZ'
(#ASCIZ'%A N I ( BIT2 ) TO BE RESET TO OwN'),
%A 8 AD C2R, EXPECTED'),
(#ASCIZ'
ACTUAL = #06%A EXPECTED = #06%N’),
(#ASCIZ'%A C SR ADR = #06%A
CSR = #06%N’'),
(#ASCIZ' ¥N%A UNABLE TO RESET DEGNA: ADR: #06%A
(#ASCIZ' wN%A WAIT ABOUT sD2s#A SECOND(S) -'),
(#ASCIZ' BNsA SANITY TIMER TIMED OUT AS EXPECTED sN'),
(#ASCIZ' wNsA NO SANITY TIMER INTERRUPT DETECTED %N'),
(#ASCIZ' sNsA DISCONNECT TRANSCEIVER CABLE FROM BULKHEAD ASSEMBLY AND'),
(#ASCIZ' #N%A CONNECT LOOPBACK CONNECTOR TO BULKHEAD ASSEMBLY, THEN RETESTsN'),
),
(#ASCIZ' #N%A DISCONNECT BULKHEAD ASSEMBLY FROM DEQNA AND CONNECT'
wNsA
LOOPBACK
CONNECTOR
TO
DEGNA,
THEN
RETESTHN'),
Z'
(#ASCI
(#ASCIZ' %N%A CHECK FOR LOOSE WIRES IN A LOOPBACK CONNECTOR'),
(#ASCIZ' uNsA OR USE DIFFERENT LOOPBACK CONNECTOR, THEN RETESTSN'),
(#ASCIZ' #N%A REPLACE DEGNA, THEN RETESTsN'),
(#ASCIZ' wN%A REPLACE BULKHEAD CONNECTOR, THEN RETESTsN'),
(#ASCIZ' ¥N%A DISCONNECT TRANSCEIVER CABLE FROM TRANSCEIVER'),
(#ASCIZ'sA
%A
(#ASCIZ'
%A
(#ASCIZ'
(#ASCIZ'#A

(MASCIZ' wN%A AND CONNECT IT TO LOOPBACK CONNECTOR AND BULKHEAD ASSEMBLYSN'),
(#ASCIZ' #N%A REPLACE TRANSCEIVER CABLE, THEN RETEST#N'),
(#ASCIZ' sN%A REPLACE TRANSCEIVER, THEN RETESTsN'),
(#ASCIZ' ¥NsA REPLACE THE FUSE IF BAD, THEN RETESTSN'),
(#ASCIZ' #NsA BAD RECEIVE DESCRIPTOR:'),
(#ASCIZ' #N$A BAD TRANSMIT DESCRIPTOR:'),
(#ASCIZ'#%A A CTUAL = #06%A EXPECTED = #06%A INDEX = %DA4%N'),
(#ASCIZ' uNsA BAD RECEIVE BUFFER:'),
(#ASCIZ' %N%A OMA OPERATION TAKES TOO LONGSN'),
'
($ASCIZ' #N%A TOO MANY DEVICESSN),
(%ASCIZ' #N%A THERE WAS A POWER FAIL - WAITINGSN'),
(%ASCIZ' #NsA WAIT ABOUT #D2s#A MINUTE(S) -'),
(#ASCIZ' #NsA WAIT ABOUT #D2%A HOUR -'),
(#ASCIZ'%A I F NO RESET, TYPE ANY CHARACTFR Tn EXIT FROM TEST#N'),
(#ASCIZ' #N%A TDR VALUE IS EQUAL TO ZERO ®N'),

UPLIT
UPLIT
UPLIT
UPLIT
UPLIT
UPLIT
UPLIT
UPLIT
UPLIT
UPLIT
UPLIT
UPLIT
UPLIT (WASCIZ BNINBA - - - =« - - < e o oom e ooomemooee e eceeeeeeasee eemeemeeee-aee-eeeeeaeeos %N' ),
UPLIT (#ASCIZ' sNsA BAD CSR, BITS STUCK AT O:%N'),
UPLIT (#ASCIZ' #N¥A BAD CSR, BITS STUCK AT 1:%N'),
UPLIT (#ASCIZ' #NsA SOF TWARE RESET UNABLE TO CLEAR CSR STATIC BITS:s#N'),
UPLIT (#ASCIZ’ ¥N%A BAD STATION ADDRESS CHECKSUM: ACT = #06%A EXP = #06%N ),
UPLIT (%ASCIZ' #N%A BAD STATION ADDRESS: '),
UPLIT (#ASCIZ' ¥Ns%A BAD DEGNA I/0 PAGE REGISTER:#N'),
UPLIT (#ASCIZ' ¥NsA BAD CSR, EXPECTED RL ( BIT S ) TO BE SET TO OsN'),
UPLIT (#ASCIZ' sNsA BAD B8/D0 PRCM CHECKSUM: INDEX = #06%A ACT = #06¥. EXP = #06%N'),
UPLIT (#ASCIZ' #¥NsA B/D PROM CHECKSUM OFFSET = #06%A ACT = #06%A EXP = #06%N'),
UPLIT (#ASCIZ' #NsA BAD INTERRUPT: ADR = #06%A ACT LEV = #06%A EXP LEV = %06%N'),
#06%N'),
UPLIT (#ASCIZ' ¥NsA REGISTER FAILED TO RESPOND AT ADDRESS:
UPLITY ($ASCIZ' ¥NsA BAD TRANSMIT STATUS, TOO MANY COLLISIONSSN');

MSG22
MSG23
MSG24
MSG25
MSG26
MSG27
MSG28
MSG29
MSG30
MSG31
MSG32
MSG33
MSG34
MSG35
MSG36
MSG37
MSG38
MSG39
MSG40
MSG41
MSG42
MSG43
MSG44
MSGAS
MSGA46
MSGA7
MSG48
MSG49
MSGS0
MSGS51
MSGS2
MSGS3
MSGS4
MSG5S
MSGS6
MSGS7
MSGS8
MSGS9
MSG60
MSG61
MSG62
MSG63
MSG64
MSG65
MSG66
MSG67
MSG68
MSG69
MSG70
MSG71

HNNNNN

L
e
o
o
e
T T
O
Ty
Y o o

2294
2295
2296
2297
2298
2299
2300
2301
2302
2303
2304
2305
2306
2307
2308
2309
2310
2311
2312
2313
2314
2315
2316
2317
2318
2319
2320
232l
2322
2323
2324
2325
2326
2327
2328
2329
2330
2331
2332
2333
2334
2335
2336
2337
2338
2339
2340
2341
2342
2343
2344
2345
2346

GLOBAL TEXT SECTION

[

G¢

G+

B¢

V¢

ZANAL
v0l1.0

S-Jul-1984 14:03:26
S-Jul-1984 14:00:51

SEQ@ 0024
Page

(21)

M2
CZQNACO DEQNA FUNCTIONAL TEST
DEFAULT HARDWARE P-TABLE

2364

2365
2366
2367
2368
2369

tee

RNy

yry

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

FOR BUILDING THE P-TABLES.

PLACE YOUR DEFAULT HARDWARE P-TABLE HERE.
THE VALUES AND
SIZE WILL BE USED AS A "TEMPLATE"” FOR CREATING ACTUAL P-TABLE
ENTRIES AND THE DEFAULT VALUES IN THE OPERATOR DIALOGUE.
THECACTUAL P-TABLE BUILT AT RUNTIME IS STORED IN SUPERVISOR

ot et et et s
b
i
b
it Pk
[

BGNHW ( HP_TABLE );

2361
2362
2363

sSBTTL ‘DEFAULT HARDWARE P-TABLE'’

SPACE.

2360

i (s ot o

2350
2351
2352
2353
2354
2355
2356
2357
2358
2359

b et e

2349

b et

2347
2348

Pt Dt 1

®¢

B¢

vo1.0

VAX-11 Bliss-16 V4.0-579
[MAZURCZYK,.DEQNA)ZGNAL
.BLI;2

[

ZGNAL

%-Jul-1984 14:03:26
5-Jul-1984 14:00:51

GLOBAL
ENDHW;

OFSTBL

: BLOCK ([ HWP_SIZE, WORD ] INITIAL ( %0'174440', #0'700'

);

SEQ 0025
Page
25

(22)

Ne
ZQGNAl

CZQNACO DEGNA FUNCTIONAL TEST

v01.0
:

2370

SOF TWARE P-TABLE

%SBTTL 'SOFTWARE P-TABLE'

Yoo

23711

2373
2374
2375
2376

1
1
1
1

2372

:
:

2377
2378

1
1

!
!

:
:

2380
2381

1
1

!
H

2383

:
:
:
:
:
:

2379

2382

2384
2385
2386
2387
2388
2389

2390

5-Jul-1984 14:00:51

VAX-11 Bliss-16 v4.0-579

(MAZURCZYIK,DEQNAJZQGNAL1.BLI;2

!
!
!
'

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

PLACE YOUR SOFTWARE P-TABLE HERE,USING GLOBAL OR OWN DECLARATIONS

THIS TABLE IS NOT OPTIONAL. THIS TABLE, UNLIKE THE HARDWARE TABLE,
WILL CONTAIN THE ACTUAL VALUES ENTERED B8Y THE OPERATOR.

'1--

BGNSW ( SP_TABLE );

1
1
1
1

GLOBAL
SWP_TIMER
SWP_LBC
SWP_TOUT_VAL

: WORD INITIAL ( NO ),
: WORD INITIAL ( WO ),
: WORD INITIAL ( 3 ),

¢ NO SANITY TIMER TEST
! NO LOOPBACK IN DEGNA
* TIMEOUT VALUE = 16 SEC.

SWP_BLOCK_MEM

: WORD INITIAL ( YES );

! BLOCK-MODE MEMORY PRESENT

gggé

H
:
H

2393
2394
2395

1
1
1

5-Jul-1984 14:03:26

SWP_ILOOP

ENDSW;

: WORD INITIAL ( NO ),

! EXTERNAL LOOPBACK MODE

SEQ 0026

Page

(23)

B3
ZONAL

CZQNACO DEQGNA FUNCTIONAL TEST

v01.0
:

3
:

:
3
:

239

1
1

2400

1
1
1

2405
2406
2407
2408
2409
2410

1
1
1}
1}
1
1

2404

:
:
;

2411
2412
2413

:
:
:
:
:
:

2414

2415

1
1
1

:
:
:

2420
2421
2422

1
1
1

2418
2419

2423

H
H
H

1ST ARG =
eND ARG =
3RD ARG =

H
H
H
H
!
!

INSERT BYTE OFFSET FOR DATA NOTED IN COMMENTS ABOVE. (OFFSET
REFERS TO THE NUMBER OF BYTES FROM THE BEGIMNNING OF A PTABLE
ENTRY TO THE ITEM IM QUESTION.) IF THE PARTICULAR
ITEM DOES NOT APPLY, LEAVE ENTRY AS -1, WHEN THE RUNTIME
SERVICES EXECUTES A GPHARD, IT USES THESE OFFSETS (IF NOT
SET 10 -1) TO GET THE ITEMS AND COMPARE WITH THOSE SAVED
IN THE XXDP+ MONITOR.
IF THE UNIT BEING REQUESTED MATCHES THE

OFFSET INTO P-TABLE FOR CSR ADDRESS
OFFSET INTO P-TABLE FOR MASSPUS ADDRESS
OFFSET INTO P-TABLE FOR DRIVE NUMBER

LOAD DEVICE, THE RUNTIME SERVICES RETURN AN INCOMPLETE FLAG ON
THE GPHARD.

ENDPROT;

1
1

END
ELUDOM

.TITLE

LIDENT
.ENABL

000000
000000
000003
000006
000007

000010

103
116
000
000

000010
000011
000012
000014
000016

103
060
000000G
000170
0000006

000022
000024
000026
000030
000032

000210’
000220
0000006
000000
000000

00002C

000G34

{MAZURCZYK.DEGNAJZGNAL1.BLI ;2

THIS TABLE IS USED B8Y THE RUNTIME SERVICES TO PROTECT THE LOAD MEDIA,

!--

2417

VAX-11 Bl 'ss-16 v4.0-579

!
¢
H

:
:

fee

2401
2402
2403

5-Jul-1984 14:00:51

#SBTTL 'PROTECTION TASBLE'

2397
2398

2399

5-Jul-1984 14:03:26

PROTECTION TABLE

0000006

000000

132
101

121
040

.PSECT

2QNA1 CZQNACO DEQNA FUNCTIONAL TEST
/V01.0/
AMA

$CODES$,

LSNAME:
: .ASCIYI
JASCII
.BYTE
.BYTE

/CZ2Q/
/NA /
0
0

LASCII
LASCII
L$UNIT:: WORD
L$TIML::.WORD
L$HPCP: : .WORD

/C/
/0/
T¢PTHY
170
L $HARD

LSREV::

L$SPCP:: .LWORD

L$SOFT

L$DTYP::.WORD

L$HPTP: : ,WORD
L$SPTP:: .WORD
L$LADP:: .WORD
L$STA:: .WORD
L$CO::
.WORD

L$HW
L$SW
L $LAST
0
0

SEQ 0027

Page

(24)

C3
CZQNACO DEGNA FUNCTIONAL TEST

S-Jul-1984

5-Jul-1984

L$APT:: .WORD
L$DTP:: .WORD
L$PRIO: :.WORD
LS$ENVI::
. WORD
LS$EXPL:: .WORD
LSMREV::
.BYTE
LS$EF::

.WORD
.WORD
L$SPC:: .WORD
L$DEVP:
: ,WORD
L $REPP:
: .WORD
LS$EXP4:
: ,WORD
LS$EXPS:: .WORD
L$AUT:: .WORD
L$DUT:: .WORD
LSLUN:: .WORD
L$DESP:
: .WORD
L$LOAD:
: .WORD
LSETP:: .WORD
L$ICP:: .WORD
L$CCP:: .KORD
L$ACP:: .WORD
L$PRT:: .WORD
LSTEST::
. WORD
L$DLY:: .WORD
L$HIME:
: .WORD
DS$PCNT::
. WORD
L$DISPATCH::
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
. WORD
.WORD
.WORD
.WORD
.WORD

ERRTYP:: ,.BLKW

ERRNBR:
: .BLKW

$DISPATCH

OO0OO0OuLILN

000124°

OO0O0ro

PROTECTION TABLE

LSOVTYP
LS$RPT
0
0
LS$AY
LoV
0
L$DESC
-73743

L$ERRTBL
LSINIT
L$CLEAN
L$AUTO
L$PROT
0
0
0
25
Tl
T2
T3
14
T5
16
17
78
19

T10

111

T2
T13
T14
115
116
T17
T18
119
120
T2l
1
1

14:03:26

14:00:51

VAX-11 Bliss-16 v4.0 579
(MAZ
,DEQNA
URCZ
JZGNAL .BLI;2
YK

SEQ G028
Page
28
(24)

D3
CZQNACO DEGNA FUNCTIONAL TEST

ZGNAL

PROTECTION TABLE

v01.0

000202
000204
000206

000000C

000210

174440

000000C

000220

000000

000222

000000

000224

000003

000226

000000

000230

000001

000232
000234
000236
000240

717777
17727717

000011
000014
000017
000022
000025
000030
000033
000036
000041
000044
000047
000052
000055
000063

000071
000074
0G00LT7
000102
000105
000110
000113

G:
: .BLKW
ERRMS
: : .BLKW
ERRBLK
LSHWLEN::
.WORD
DFSTBL
: : .WORD
.WORD
L $NDHUW:
: .BLKW
L$SWLEN::
.WORD
SWP.TIMER::

000700

000212
000214
000216

000000
000003

5-Jul-1984
S-Jul-1984

104
116
111

105
101
057

121
040
117

107
101

105
104

040
122

120

040
040
111

040
000
116

040

126

105
125

103
122
104

040
104
131
040
116

124
124
124
101
124
124

<< $NOHW-L $HWLEN>/2>
-3340

700
1

<<L$NDSW-L
$ SWLEN>/2>

.WORD
SWP.LBC::
.WORD
SWP,.TOUT,VAL::
.WORD
SWP.ILOOP::
.WORD
SWP .BL OCK.MEM:;:
.WORD
L$NDSW:
: .BLKW
L$PROT:: .WORD
. WORD

17727277

040

1
1

122
120

124
040
122

000
117
17
127
124

117
105
040
116
131
111

P.AAA:

101

040
000
124

122
124

P.AAB:

105

117
101
040

000
040
125
101
040

040
123
123
111
040
115

P.AAC:

.PSECT
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCI1
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII

$PLITS,

RO,

/DEQ/
/NA /
/71/7¢57>/70/
/7 PA/
/GE 7
/ADR/
/

/ /7<00><00>
Z7INT/

/ERR/
/UPT/
/ VE/
/7CT0/
/R A/
/DR 7
/7 /7<00><00>
/00 /

/YOQU/

/ WA/
/NT /
/10 7
/TES/
/T S/
/ANI/
/71y 7/
/TIM/

14:03:26
14:00:51

VAX-11 Bliss-16 v4,0-579

{MAZURCZYK ,DEGNAJZGNAL.BLI;2

SEQ 0029
Page

29
24)

E3
CZANACO DEQNA FUNCTIONAL TEST

ZAGNAL
vo1.0
000116
000121
000122

000125
000130
000133
000136
000141
000144
000147

000152
000155
000160
000163
000164
000167
000172
000175
000200
000203

000206
000211
000214
000217
000222
000225
000226
000231
000234

000237
000242
000245
000250
000253
000256
000261
000264
00067
000270
000273
000276
000301
000304

000307
000312
000315
000320
000323
000326
000331
000332
000335
000340

S-Jul-1984
5-Jul-1984

PROTECTION TABLE

105

122

040

111

123
117

040

114
120
103
103
116
124

040
121
000
123
111
040

115

040

115
117

040

114

040
040

105
105
101
114
120

103
115
105

040
040
040

123
124

123
114
113
117

040

115
131

040
000
040

121

040

102
113
117
105

117

101
040
116

117

103
122

104
116

105
101

111

116

040

101
124
124
105
124
105
125
126
125
040
040

116
111

122

111
055

124
101
105
040
040
124
116
040

040
040
040
040

131
105
110

123
115

117

055
104

115
117

P.AAE:

131

130
122
114
117
102
113
117

040

P.AAD:

P.AAF;

117

101

040

104

P.AAG:

101

102
103
115
105
105
122

040
040

104
116
106

105
101
101

P, ARA:

.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCI1
.ASCI1
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCI11
.ASCII
.ASCII

.ASCII

.ASCII
.ASCII
.ASCIZ
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCI1
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII

14:03:26
14:00:51

VAX-1'. Bliss-16 v4.0-579

(MAZLRCZYK,DEQNA]JZQGNAL
.BLI ;2

SEQ 0030
Page

(24)

F3
CZQNACO DEQNA FUNCTIONAL TEST

ZGNA1

PROTECTION TABLE

000357
000362
000365
000370
000373
000376
000401
000404
000407
000412
000415
000420
000423
000426
000431
000434
000437

000
116
045
040

105
101
104
105
072

117
101

030

101

117

101
122
123
000
101
040
040
124
114

000442
000445
000450
000452
000455
000460
000463
000466
000471
000474
000477
000502
000505

000
045
101
040

P.AAI:

121

040
104

123

040
066

054
123
124
116
104
105
072
040
040

P.AARJ:

101

125

040

124
075

117

101

040

105
105
105
104
101

040
040
040

130

040
066
000
040
040
040
040
040
040
040
040
040
040
111

P.AAK:

.ASCII
.ASCII
.ASCII
+ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
+ASCII
.ASCII

/TAL/
/ ER/
/ROR/
/ DE/
/TEC/
/TED/
/ /7<00><00>
/
/9N
/NstR/
/

/0EQ/
/NRA /
/ADD/
/RES/
/S: /
/7906/
/
/%A,
/7

/TAT/
/I0ON/
/7 AD/
/DRE/
/75S:/
/ /7<00>
/%A /
/

A/
/
/CTY/
/AL /
/DAT/
/A s/
/7 %0/
/6%A/
/7
E/
/XPE/
/CTE/
/0 v/
/ATA/
/

/7908/
/98N/<00>
/%A /
/
/
/

/
/
/
/
/
/
/

NNNNNNNNNN

117
104
105
105

.ASCII
.ASCII
.ASCII
.ASCII
.ASCIIX
.ASC11
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASC%I
.ASC1I
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASC11
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCIT
.RSCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII

000346
000351
000354

114
122
122
105
103
104

101
105

000343

v01.0

000510
000513
000516
000521
000524
000527
000532
000535
000540
000543
000546
000551
000554
000557
000562
000505
000570
00073
000576

5-Jul-1984 14:03:26
5-Jul-1984 14:00:51

VAX-11 Bliss-16 v4,0-579

(MAZURCZYK,DEGNA}ZGNAL
.BLI;?2

SFQ 0031
Page

(24)

G3
CZQNACO DEQNA FUNCTIONAL TEST

ZANAL
vVo1.0

000637

000642
000644
000647
000652
000655
000660
000663
000666
000671
00674
000677
000702
000705
000710
000713
000716
000721

000724
000727
000732
00073%
0007:5
000741
000744
000747
000752
000755
000760
000763
000766
000771
000774
000777
001002
001005
001010
001013
001016
001021
001024
001027
001030

000

104
103
120
122
040
103
104
103
120
122
116
P.AAL:

122

117

P.AAM:

040

040
040

045

101

117
116

040

P.AAN:

.ASCII
.ASCII
+ASCII
+ASCII
.ASCII
.ASCII
.ASCII
+ASCII
+ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASC1I
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
+ASCII
.ASCI1
.ASCII
.ASCII
.RSCII
.ASLCII
.ASCII

/7 O/
/ESC/
/RIP/
/TOR/
/

/7 RC/
/N D/
/7€SC/
/RIP/
/TOR/
/ %N/

<00><00»>

/%A /

NN NNNNNNNNNNN

126

000626
000631
000634

040
123
111
117
040
122
040
123
111
117

124

NN NN NNNNNNNNN

000607
000612
000615
000620
000623

PROTECTION TABLE

o
AR
£0

000601
000604

S-Jul-1984
5-Jul-1984

<00>

/%A /
/

/IGH/
/ OR/
/DER/
/ AD/
/DR /
/811/

14:03:26
14:00:51

VAX-11 Bliss-16 v4.,0-579

(MAZURCZYIK,DEQNA]JZQNAL
.BLI ;2

SEQ N032
Page
32

(24)

H3
CZQNACO DEQGNA FUNCTIONAL TEST

ZGNAL
v01.0

001033

001036
001041
001044
001047
001052
001055
001060

001063
001066
001071
001074
001077
001102
001105
<110
001113
001116
001121
001122
001125
001130
001133
001136

001141
001144

001147
001152
001155
001160

001163
001166
001171
001174
001177
001202
00120S
001210
001213
001214
001217
001222
001225
001230
001233
001236
001241
001244
001247
001252
001255
001260
001263

S-Jul-1984 14:03:26
S-Jul-1984 14:00:51

PROTECTION TABLE
040
040

117

040
104
040

104
102
123

040
040

117

101
040
040
040
066
000
045

040
040

127
117
105

101
122
111
040
040
040
066
040
040
040
040
045
045

040
114
040
122
122
104
40

124
040
040
045
045
040
040
040
040

117
116

040
040

P.ARO:

120
113

040
101

040

105
114
107
040
127

116
110

040
040
040
040
045
045
040
040

051
040
040

117

101
040
040

040
040
066

P.AAP:

045

040
040

124
125
127

104
040
040
040
040
040

040

101

040

117

.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
+ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
+ASCII
.ASCI1I
.ASCII
.RSCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII

/7
/7

/7
L/

/0W /
/ OR/
/DER/
/7 AD/
/0R /
/8177
7/
/5
/
%/
/706%/

/
/

/7 %0/

/6%N/
<00>

/%A /

P/
/7
/ACK/
/ET /
/LEN/
/GTH/
/WD /

/706%/

VAX-11 Bliss-16 V4.0-579
(MAZURCZYK.DEQNA]ZGNAL.BLI;2

SEQ 0033
Page

(24)

13
CZQNACO DEQNA FUNCTIONAL TEST

ZAGNA1
v0l1.0

001266
001271
001274

001277

001302
001305
001306
001311
001314
001317
001322
001325
001330
001333
001336
001341
001344
001347
001352
001355
001360
001363
001366
001371
001374
001377
001400
001403
001406
001411
001414
001417
001422
001425

001430
001433
001436
001441
001444
001447
001452

001455
001460
001462
001465
001470
001473
001476
001501
001504
001507

001512

001515

5-Jul-1984 14:03:26
5-Jul-1984 14:00:51

PROTECTION TABLE
040

040
040
040
066
045
040

124
125
127
104

040
040
040
040

117
101

040
040
040
066
000
045
040
040

105
101
123
122
111
105

040
040
040
045
045
040
040
101
123
117
040
040
040
040
040
040
066
040
040
040
040
045
045

040
123
124
040
122
062
040
040
040
040
045
045
040
040
040
040
117
116

040

P.AARQ:

101

040

P.AAR:

040
122
105
123
122

103
040
107
124
040

101

040
040
121

117
116

040
040
040
040
040
040
066
000

040
040

040
040
040
040
040

105
1C1

057
120
105
040

040
040
040
117
116

040
104
116

040
040
040
040
040
045
045

101

040

121
040
117
101
040
122
040

116
111
040
107
101
040
040

040
104

P.AAS:

.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCI1I
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASC1I
.ASCII
.ASCII
.ASCII

/706%/
/N7 <00>
/%R /
/
/
/
D/
/7EQN/
/A 1/
<57>/0

/PAG/
/E A/
/0R /
/

VAX-11 Bliss-16 V4.0-579
(MAZURCZYK.DEGNAJZQGNAL1.BLI;2

SEQ 0034
Page

(24)

J3
CZQNACO DEGNA FUNCTIONAL TEST

ZANAL

001546
001551
001554
001557
001562
001565

001570
001573

001576
001601
001604
001607
001612
001615

001620
001623
001626
001631
001634

001637

001642
001645
001650
001653
001656
001661
001664
001667
001672
001675
001676
001701
001704
001707
001712
001715
001720
001723
001726
001731
001734
001737
001742
001745
001750

040
040
040
040

117

116
000
045

102
040
122
101
040
045
045
105
040
045
045
045
102
040
101
115
040
101

127

104
101
040
045
045
105
040
045
045
000
045

102

040
101

115

040

101
123
117

040
040

124

040
066
040

040
040
040
040
040
066

040
040
040
040
045

101
101
103
072
103
075

040
104

04s

045
116

P.AAT:

123

040

117

101
130
075
117
116
101
101
124
116
111
106
107

P.AAV:

.ASCII
.ASCII

117

072

103

075

117
101
130
075

120

117

066
000

101
101
124
116
111

040

116

123
124

040

122
061
101
040
045
045

105

.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
+ASCII
.ASCII
.ASCII
.ASCII

104
122
123
124
124
125
127
104

072

103

075

117
101
130

P.AAV:

.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII1
.ASCII
.ASCIIX
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII1
.ASCII

NNNNN

001534
001537
001542
001545

040

NNNN

PROTECTION TABLE

v01.0

001520
001523
001526
001531

S-Jul-1984
S-Jul-1984

/06%/
/NSN/
<00>

/%A /
/BAD/
/ CS/

/R:

/ACT/
/

/%06/
/%A /
/EXP/
/

/906/
/%N/<00>
/%A /
/BAD/
/7 TR/
/ANS/
/MIT/
/7 FL/
/AG /

/WOR/

/D: 7/
/ACT/
/ =/
/%06/
/%A /
/EXP/
/

/7%06/
/9N/<00>
<00»

/%A /
/8AD/
/ TR/
/ANS/
/MIT/
/7 ST/
/7ATY/
/5 W/
/0RD/

/7 1:/

/ AC/
/T =/
/ %0/
/6%A/
/ EX/

14:03:26
14:00:51

YAX-11 Bliss-16 v4.0-579
[MAZURCZYK,DEGNA]JZQGNAL1.BLI;
2

SEQ 0035
Page
135
(24)

I<3
CZQNACO DEQGNA FUNCTIONAL TEST

ZGNAL
v01.0

001753
001756
001761
001764
001766
001771
001774
001777
002002
002005
002010
002013
002016
002021
002024
002027
002032
002035
002040
002043
002046
002050
002053
002056

002061
002064
002067
002072
002075
002100
002103
002106
002111
002114
002117
002122
002125
002130
002133
002136
002141
002144
002147
002152
002155
002160
002163
002166
002171
002174
002177
002202
002205

$-Jul-1984 14:03:26
S-Jul-1984 14:00:51

PROTECTION TABLE
120

040
066
000

102
040

103

126
106
107

117

072

103

075

117
101
130

075

117
116
045
102

040

103
126
123
124
040
122
101

040

045
045
105

040

045
045
102
040

103
126
102

106
040
116
110
101
040
04S
045

040

045
045
000
101
101
122
105
105
114
040
122
040
124

040
066
040

120
040
066
000
101
101
122
105
105
124
125

127

075

117
116

040

104
105

111
040
101

127

104
101
040
045
045
105
040
045
045

040
104
105
111
040
101

040
040

075

040
066
040

117

101

130

075

117
116
101
101
122
105
105
125
105
114
107

072

103

075

117
101

P.AAX:

123
117

104
072

103

P.AAW:

124

120

040
066

200
040
104
105
111
040
106
122
105
124
040
124

040
066
040

P.AAY:

.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCI1I
.ASCII
.ASC1I
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII

/ %0/
/6%N/

<00><00>

/%A /
/BAD/
/ RE/

/CE1/

/VE /
/FLRA/
/G W/
/0RD/
/: A/
/CT 7/
/= %/

/706%/
/A E/
/XP /
/= 9%/

/706%/
/N/<00>
/%A /
/BRD/
/ RE/
/CEI/
/VNE /
/STA/
/TUS/
/ W0/
/RD /
/1: /
/ACT/
/

/9%06/
/%A /
/EXP/
/

/%06/
/%8N/<00>
/%A /
/BAD/
/ RE/
/CE1/
/VE /
/BUF/
/FER/
/ LE/
/NGT/
/H:

/ACY/
/

/%06/
/%A /

VAX-11 Bliss-16 V4.0-579
(MAZURCZYK.DEQGNA]ZGNAL.BLI;2

SEQ 0036
Fage
36
(24)

L3
CZQANACO DEQNA FUNCTIONAL TEST

ZGNA1
v01.0

002210
002213
002216
002221
002224
002227
002232
002235
002240
002243
002246
002250
002253
002256
002261
002264
002267
002272
002275
002300
002303
002306
002311
002314
002317

002322
002325
002330
002333
002336
002341
002344
002347
002352
002355
002360
002363
002366
002371
002374
002377
002402
002405
002410
002413
002416
002421
002424
002426
002431
002434
002437
002442

S-Jul-1984 14:03:26
5-Jul-1984 14:00:51

PROTECTION TABLE

130
075
117
116

120
040
066
000

101
103
040
045
045

104
123
075
117
116

101

040

105

124

101

000

117
102
113
101

125

103
102
054
123

075

117
116

045
114
120
103
120
113
040
101
105

117
114

122
101
111

040

122

040
066
000
045

103
102

040

054

040

117
101
040
103

114
124
123
040
040
124
103
040
045
045
000

102
113
101

101
040
103

105
125
102
040
040
105
040
040
124
103
040
045
045
000

101

101
111
117
040

P.ABA:

116

102
040
040
124
101
111
040
122
040
066
000

101
117

P.AAZ:

040
117

P.ABB:

124
116
114
124
103
101
103
102

054
123
075
117
116

040

040
124
113
102

P.ABC:

.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
+ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCI1I
.ASCII
.ASCII
.ASCII
.ASCII

/EXP/
/7 =/
/%06/
/98N/<00>
/%A /
/BAD/
/ CS/
/R =/

/ %0/
/76%N/
<00><00>
/%A /
/L00/
/PBA/
/CK /
/PAC/
/KET/
/7 UN/
/ABL/
/E T/
/0 S/
/ET 7/
/CA /
/8117
/7, C/
/SR /
/= %/

/706%/
/N/<00><00>
/%A /
/L00/
/PBA/
/CK /
/PAC/
/KET/
/7 UN/
/RABL/

/E 1/
/0 C/

/LERA/
/R C/
/A B/
/17,7
/7 CS/
/R =/
/7 %0/
/6%N/
<00-<00>

/%A /
/CA /
/B17/
/7 0K/
/., B/

VAX-11 Bliss-16 Vv4,0-579
(MAZURCZYK,DEGNAJZQNAL1.BLI:2

SEQ 0037
Page

(24)

M3
CZQNACO DEQNA FUNCTIONAL TEST

ZGNAL

PROTECTION TABLE

v01.0

002445
002450
002453
002456
002461
002464

002467
002472
002475
002500
002503
002506
002511
002514
002517
002522
002525
002530
002533
002536

002541
002544
002547
002552
002555
002560
002563
002566
002571
002572
002575
002600
002603
002606
002611
002614
002617
002622

002625
002630
002633
Cu2636

002641
002644

002647
002650
002653
002656
002661
002664
002667
002672
002675

S5-Jul-1984 14:03:26
S-Jul-1984 14:00:51

125
122
102

040
040

124
116
103

040

045
045

103
102

040

040
109
123

124
117
195
114

040

122
040
066
000
045
130
101

040
040

102
123
054
051

117

105
105
124

117

045
000
04s

130

101
040
040
102

123
054

124

111
111
111
116
040
054
123
075

117

116
101
101
111
111
124
040

122
101
123
04¢,
1).7
101
131
103

040
040

124
123
117

117

040

122

040
066
000
040
040

P.ABD:

124
116
110
158

040

*°

123

040
045
045

101
114
116
122
050
111
040
065
040
040
040

123

040
040
116

101
114
116
122
050
111
040
065

P.ABE:

114

124
122
105
124
060
000
040
040

104
114

040

124

064

040

.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII

P.ABF
:

acerTy
wwe

.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCI1I
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII

/UT 7/
/R1 /7
/8IT/
/7 1S/
/ NO/
/T O/
/N, /
/CSR/
/

/7%06/
/%N/<00>
/%A /
/CA 7/
/81T1/
/7 IN/
/ TH/
/€ C/
/SR /
/MRAS/
/ SE/
/T T/
/700 /
/ERAR/
/LY,/

/7 CS/
/R =/
/ %0/
/6%N/
<00>

/8RA /
/XL /
/AND/
/ RL/

/7 C

/811/
/S 4/

/7,5 7/
/) 1/
/70 B/
/E R/
/ESE/
/T 1/
/70 0/
/%N/<00>
<00»

/%A /
/XL 7/
/AND/
/ RL/
/7 C
/8I1/
/S 4/
/7,5 /

VAX-11 Bliss-16 V4.0-579

(MAZURCZYK.DEGNA)ZGNA1.BLI;2

SEQ 0038
Page

(24)

N3
CZQGNACO DEGNA FUNCTIONAL TEST

ZGNAL
v01.0

002700
002703
002706
002711
002714
002717
002722
002724
002727
002732
002735
002740
002743
002746
002751
002754
002757
002762
002765
002766
002771
002774
002777

003002
003005
003010
003013
003016
003021
003024
003027
003030
003033
003036
003041
003044
003047
003052
003055
003060
003063
003066
003071
003072
003075
003100
003103
003106
003111
003114
003117
003122
003125

S5-Jul-1984
5-Jul-1984

PROTECTION TABLE
051

117
105
105
124

061
000

122
050
111
061
051
117
105
105
124
061
000

040
040
040

124
117

045
000
101
111
040

124

065
040
040

040

124
117
045

124
102
123

040
040

116

040
040
102
040
040

124
102
123
040
040
116

045
130
050
111
067
040

101
111
040
124

040
040

040

124
117
045

124
102
123

102
040
051

040
040
116

117
105
105
124

061
000

040
040

000
045
116
050
111
040
040
040

124
117
04sS
000

045
116
050
111
062
040
040
040

123

040

101
111
040
124

040
040

124

117
105
105
124

040

061
000

101
111

040
040

124

040

124
102
122
105
124

P.ABH:

P.ABI:

102
040
051

102
123
040
040
116

040

P.ABG:

102

051

117
105
105
124
117

P.ABY:

.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII

/7) T/
/0 B/
/E S/
/ET /
/70 /7
/71%N/
<00><00>
/%A /
/RI 7
/¢ 8/
21T 7/
/15 7/
/7) 1/
/70 8/
/E S/
/ET /
/10 /
/19N/
<00>

/%A /
/X1 7/
/( 8/
/1T 7/
/7 )/
/7 10/
/ BE/
/ SE/
/T 1/
/0 1/
/79N/ <00>
<00>

/%A /
/NI /
/C 8/

/71T 7/
/2 Y
/7 YO/
/ BE/
/7 SE/
/1T 1/
/0 1/
/78N/<00>
<00>

/%A /
/NI /
/C B/
/717 7/
/2 Y/
/ 10/
/ BE/
/7 RE/
/SET/
/7 10/

14:03:26
14:00:51

VAX-11 Bliss-16 V4.0-579

(MAZURCZYK.DEQNAJZQNAL1.BLI;2

SEQ 0039
Page
39
(24)

B4
CZQNACO DEQNA FUNCTIONAL TEST

ZGNAL

PROTECTION TABLE

v0l1.0

000

cas

101

040

040
122
040
066
040

040
045
045
040

075

040
116

003141
003144
003147
003152
003155
0031€0
003163
003164
003167
003172
003175
003200
003203
003206
003211
003214
003217
003222
003225
003230
003233
003236

102
040
12?
105
105
105

003241
003244
003247
003252
003255
003260
003263
003266
003271
003274
003277
003302
003305
003310
003313
003316
003321
003324
003327
003332
003335
003336
003341
003344
003347
003352
003355
003360

103

101
075

117

101

105
105
105

075

117

123
101

124
114

040
066
040

130
103
104
040
066
000
116
040
101

105
117
105
124
105

101
101
072

117

101
103

000
040
104

123

120
124
P.ABL:

122
104

117
101
101
125

040
045
045
040
120

124

040
045
045
000
045

P.ABM:

125

102
040
040

123
040
121
072

104

040

066
040
123

075

116
040
111
101

045
127
124
102
124
104

125

P.ABK:

040

040
045
045

045
045

.ASCII

045

060
000
101
101
103
054
130
103
104

003130
00313%

003136

S-Jul-1984 14:03:26
S-Jul-1984 14:00:51

117
116

101

P.ABN:

.ASCII

.ASCII
.ASCI1
.ASCJII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCI1
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII

.ASCII
.ASCII
.ASCII
.ASCII
+ASCII
.ASCII
.ASCII

/7 0/
/N/<00><00>
/%A /
/BRD/
/7 CS/
/R, /
/EXP/
/€CT/
/7ED/<00>
<00>

/%A /
/CSR/

/ AD/
/R s/
/7 8Q/
/768A/
A/
/

/CTW/
/AL /

/s B/
/706%/

/A
/
/EXF/
/ECT/
/ED /
/= &/

706%/
/N/7<Q0><00>
/
/%N
/R U/
/NAB/
/LE /
/70 7/
/RES/
/ET /
/DEQ/
/NA:/
/ RD/
/R: /
/%06/
/%A /
/7 CS/
/R =/
/ %0/
/6%N/
<00»

/
/9N

/A W/
/AIT/
/ AB/
/70UT/
/7 wD/
/2%R/

VAX-11 Bliss-16 V4.0 579

(MAZURCZYK.DEQNA]ZGNAL.BLI
;2

SEQ 0040
Page

(24)

C4
CZQNACO DEQGNA FUNCTIONAL TEST

ZGNAL
v01.0

003363
003366
003371
003374
003377
003400
003403
003406
003411
003414
00341~
003422
003425
003430

003433
003436
003441

003444
003447
003452
003454
003457
003462
003465
003470
003473
003476
003501
003504
003507
003512
003515

003520
003523
003526
003530
003533
003536
003541
003544
003547
003552
003555
003560
003563
003566
003571
003574
003577
003602
003605
003610
003613

5-Jul-1984
5-Jul-1984

PROTECTION TABLE
040

103
104
051
045
101
101
124
124

105
124
105
117

040
120
124
040
045
101
117
101
124
124
105
1.1
105

125

040
124
124
040
000
045
101
111

117
105

040
101

103
126

040

102
040

117

102
113
101
101
105

123
117

050
040

116
040
116
131
111
122
111
104

125
101
105
105
105
045
000
116
040
040
116

131

111
122
116
122
120
104
105
105
Q45

000
116
040

123

105
116

123
055
045
123
111
040
115
040
115
040
124

123
130
103
104
116

045
116
123
111
040
115
040
124
122
124
105
103
104
116

P.ABP:

045
104

P.ABQ:

103

116

105
103

111
122
101

103
124
116
105

114
106
115
125
110
104

123
115

P ABO:

124
122
123

105
122

040
114

105

040

123
10¢

.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCI1I
.ASCII
.ASCI1
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII1
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASC1I
.ASCII
.ASCII
.ASCII
.ASCII

/7 Sts/
/7CON/
/D(S/
/) -/
<«00»

79N/

/A S/
/AN1/
/1Y 7/
/7T1IM/
/ER /
/1IM/
/€D 7/
70UT/
/ AS/
/7 EX/

/PEC/
/TED/
/ 9N/
<00><00>

/9N
/

/AR N/
/0 S/
/AN1/
/%Y 7/
/TIM/
/ER /
7INT/
/ERR/
/UP1/
/7 DE/
/TEC/
/TED/
/ ¥N/
<00><00>

/9N
/

/A D/

/71SC/

/0NN/
7ECT/
/ TR/
/ANS/
/CEI/
/VER/

/7 CA/

/8BLE/
/ FR/

/oM /
/8UL/
/KHE/
/RD /
/ASS/
/EMB/

14:03:26
14:00:51

VAX-11 Bliss-16 v4,0-579

(MAZURCZ YK ,DEQNAJZGNA1.BL ;2

SEQ 004

Poge1 4]

(24)

D4
CZQANACO DEQNA FUNCTIONAL TEST

ZGNAL
vo1.0

003616
003621
003624
013626
003631
003634
003637
003642
003645
003650

003653
093656
003661
003664

003667

003672
003675
003700
003703
003706

003711
003714
003717
003722
003725
003730
003732
003735
003740

003743
003746
003751
003754
003757
003762
00376S
003770
003773
003776
004001
004004
00400/
004012
004015
004020
004023
004024
004027
004032
004035
004040
004043
004046

5-Jul-1984
5-Jul-1984

PROTECTION TABLE

114

101

045
101

117
105

040

117

101
040
116
103
122

117
125
110

123
115
131
124
116
105
123
116
045
101
111

117
105

040
114

105

123
102

040

117
104
116
101

131

116
000
116
040
116
103
114
120
103
103
116
124
040
040
114
105
040

123
102

054
110
040
124
124
000
116
040
123
116
103
102

113
101
101
105
114
106

115
105

103

101
116
103
116
124

045
101

116
040

102

101
040
116
103

040
116

117

113
117
105

117

040
104
045

P.ABR;

103

116
124

117

102

113
117

105
117
124
102
113
101
101
105
114

040

105
122
105

045

045
104
103
116
124
125
110
104
123
115
131
122

P.ABS:

040
121
040
104

117
105

000

045
114
120
103

103

116
123

P.ABT:

.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCIX
.ASCIX
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.FSCII
.ASCII
.ASCII
.ASCII
.ASCI1
.ASCII
.ASCII1
.ASCII
.ASCII
+ASCII
.ASCII
.ASCI1
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII

/AND/

<00><00>

/8N
/

/A C/
70NN/
/ECT/
/7 LO/
/70PB/
/ACK/
/7 CO/
/NNE/
/CT0/
/R 1/
/70 B/
/ULK/

/HER/
/0 A/
/SSE/
/MBL/
/N,

/THE/
/N R/
/ETE/
/7STs/
/N/<Q0>
/78N
/
/A D/
7ISC/
/0ONN/
/ECY/
/ BU/
/LKH/

/EAD/
/ AS/
/7SEM/
/8BLY/
/7 FR/
/70M /
/0EQ/
/NA /
/AND/
/7 CO/
/NNE/

/CT1/7¢n0>
<00>

/
/9N
/A L/
/700P/
/BAC/
/K C/
/0NN/
/ECT/

14:03:26
14:00:51

VAX-11 Bliss-16 v4.0-579
(MA
rK ZUR
.DEGNA]ZQGNAL1.BLI
CZ
;2

SEQ 0042
Page

(24)

E4
CZQNACO DEQGNA FUNCTIONAL TEST

ZANA1
v01.0

004051
004054
004057
004062
004065
004070
004073
004076
004101
004104
004107
004112
004115
004120
004123
004126
004131
004134
004137
004142
004145
004150
004153
004156
004161
004164
004167

004170

004173
004176
004201
004204
004207
004212
004215
004220
004223
004226
004231
004234
004237
004242
004245
004250
004253
004256
004260
004263
004266
004271
004274
004277
004302

S-Jul-1984
5-Jul-1984

PROTECTION TABLE

117

124
104
116

040

105
122
105

045
101
110

113
117

114
123
127
105
111
101
117
102
113
117
105

117

000

045
101
122

123
104

105

C40

117
101
Cc40
116
103
122
124
116
105
123
116
045
101
105
101
040

121
054

122

117
105

101
124
116
105

123
116

116
040

105

040
122

117
105
111

123

116
040

117

101
040
116

103
122

116

040
040

105
111
105
116
114
120
103
103
116

124

054
110
040

124
124

000
116
040
120
103
104

116

040

121
054
110

040

124
124
000
045
103
103
106

P.ABU:

040

117

040
122
040
040
114
120
103
103
116
124
000

045
117
125

P.ABV:

040

106
122

124
117

102
113
117
105
117

040

105
122
105

045

045
122
114
105
105
101
124

P.ABUW:

.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
-ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
+ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII

/0R 7/
/70 /
/0EQ/
/NA,/
/7 TH/
/EN

/RET/
/7€ST/
/9N/ <00>
/98Ns/

/A C/
/HEC/
/K F/
/0R /
/L00/
/SE 7/
/WIR/
/€S /
/IN /
/A L/
/700P/
/BAC/
/K C/
/0ONN/
/ECT/
/0R/<00>
<00>

/9N/
/A 0/
/R U/
/S€E 7/
/0IF/
/7ER/
/ENT/
/7 LO/
/0PB/
/ACK/
/7 CO/
/NNE/
/CT10/
/R, 7/
/THE/
/N R/
/ETE/
/STe/
/N/7<00>
/9Ns/
/A R/
/EPL/
/ACE/
/ DE/
/7QNA/
/7, 1/

14:03:26
14:00:51

VAX-11 Bliss-16 v4.,0-579

(MAZURCZYK ,DEGNAJZGNAL1.BLI; 2

SEQ 0047
Page
43
(24)

F4
CZQNACO DEQNA FUNCTIONAL TEST

ZANA1

PROTECTION TABLE

v01.0

004305
004310
004313
004316
004321
004322
004325
004330
004333
004336
004341
004344
004347
004352
004355
004360
004363
004366
004371
004374

004377
004402

004405
004410
004413
004416
004421
004424
004427
004432
004435
004440

004443
004446
004451
004454
004457
004462
004465
0C4466

004471
004474
004477
004502
004505
004510
004513
004516
004521
0V4524
C04527
004532
004535

S-Jul-1984
5-Jul-1984

110

124
124
045
101
105
101
114
105
040
116
103
122
124
116
105
123
116
045
101
111

117
105

040

101
103
126

40
102
040

117
124

116
105
105
045
101
116
103
116
124
124

117
117
102
113
117
105
117

105
122
105

116
105
123
116

116
040
120
103
102
113
101
103
116
124
054
110
040
124
124
000
116
040
123
116

045
122
114
105
125
110
104

045

1C3
124
116
105
105
103
114
106
115
122
123

111
122

116

040

104

117
105

040
040

117

101

040
116

103
122

P.ABX:

117
105
117

040

105
122
105
045

000
045
104

P.ABY:

103
116
124
122
123

111
122
101

105
122

040

101
103
126
000
045
101
040
116
103
111
124
114
120
103
103
116
124

040

P.ABZ:

.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
+ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCIX

/HEN/
/7 RE/
/TES/
/THN/
<00»

/
/%N

/A R/
/EPL/
/ACE/
/7 BY/
/LKH/

/EAD/
/7 CO/
/NNE/
/CT0/
/R, /
/THE/
/N R/
/ETE/
/5Ts/
/N/<00><00>
/
/98NS
/A D/
/7ISC/s
/0ONN/
/ECT/
/7 TR/
/ANS/
/CEX/
/NER/
/ CA/
/BLE/
/ FR/
/0M /
/TRA/
/NSC/
/EIV/
/ER/<00>
<00>

/%N
/
/A A/

/ND /
/CON/

/NEC/
/7 1/

/T 1/
/0 L/
/700P/
/BRC/
/K C/
/0ONN/
/7€CT/
/0R /

14:03:26
14:00:51

VAX-11 Bliss-16 v4,0-579

(MAZURCZYK.DEGNA]ZGNAL1.BLI;2

SEQ 0044
Page

(e4)

G4
CZQNACO DEQGNA FUNCTIONAL TEST

ZANAL
v01.0

PROTECTION TABLE
116
102
113
101
101
105
114
116
116

004540
004543
004546

004551
004554
004557
004562
004565
004570
004573
004576
004601
004604
004607
004612
004615
004620
004623
004626
004631
004634
004637

004642
Nn0464S
004640
004651
004654
004657
004662
004665
004670
004673
004676
004701
004704
004707
004712
004715
004716
004721
004724
004727
004732
004735
004740
004743
004746
004751
004754
004757
004762
004765
004770

S-Jul-1984
5-Jul-1984

040
120

103
124
116
105
105
103
114

110
124
124
045
1M
105
101
040
101
103
126
054
110
040
124
124
045
101

105

101
040

105
125

040
040
104

124
116
105

123
116

040

105
122
105
045
116
040
120

103
124

16
105
105
040
105
122
105
045
116
040
120
103

124

040
123
111
102
054
110
040
124
124
000

104
125
110
104
123
115
131

000
045
122
114
105
122

P.ACA:

123
111
122
101

105
124
116
105
123
116

045
122
114

P.ACB:

.ASCII
.ASCII

105
122
123
111
e

124
116
105
123
116
045
122
114

105
110
106
105
106

101
040

105
122
105

04s

.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII

P.ACC:

.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII

/AND/

/ BU/
/LKH/
/ERD/
/ AS/
/5eM/
/BLY/
/9N/ <00>
/9Ns/
/AR R/

/EPL/
/ACE/
/7 TR/
/ANS/
/CEX/
/VER/
/ CA/
/8BLE/
/7, T/
/HEN/
/ RE/
/TES/
/ TN/
<00>

/
/%N
/A R/
/EPL/

/RCE/
/7 TR/
/7ANS/
/CEX/
/VER/
/, 1/
/HEN/
/ RE/
/TES/
/TeN/
<00»

/9Ns/

/A R/
/EPL/
/ACE/
/7 TH/
/E F/
/USE/
/ IF/
/ BA/
/0, 7
/THE/
/N R/
/ETE/
/S57¢/
/N/<Q00>

14:03:26
14:00:51

VAX-11 Bliss-16 V4,0-579
(MAZURCZYIKK,DEQNA]ZQGNAL.BLI
;2

SEQ 0045
Page

4S5

(24)

H4
CZQNACO DEQNA FUNCTIONAL TEST

ZGNAL
v01.0

004772
004775
005000
005003
005006
005011
005014

005017
005022
005025
005030
005033
005036
005041
005044

005047
005052
005055
005060
005063

005066
065071
005074
005077
005102
005105
005110
005113
005116
005121
005124
005127
005132
005135
005140
005143
005146
005150
005153
005156
005161
005164
005167
005172
005175
005200
005202
005205
005210
005213
005216
005221
005224

5-Jul-1984 14:03:26
§-Jul-1984 14:00:51

PROTECTION TABLE
045
101
101
122
105

105
105
122
124

072

045
101
101
124
116
111
104

103
120
122

045
101

125

040

045
045
105
105
105
075

117
101

116
130
040
000
045
101
101
122

105
105
125
105

000
045

101
115
117
122
111

040

116
040

104
105

111
040

123
111

117

000
116
040
104
122

123
124
105
122
124

072
101

103
101
075
117
101
130
103
104
040
066

040
104
040
045
045
000
116
040
104

105

111
040
106
122
000

116
040
101
120
101
117
124

045
102
040
103
126
104

P.ACD:

103
120

122
000

045

P.ACE:

102
040
101
115
040
123
111

117

000
040

124
114

P.ACF:

040
066
040
120
124
040
045
045
111

105

075

104
116

045
102
040
103
126
102
106
072

P.ACG:

045
104
040
105
124
116
101

P.ACH:

.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCI1I
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII

/%Nss/
/A B/
/AD /

/REC/
/EIV/
/E O/
/ESC/
/RIP/
/TOR/
/:/<00><00>
/79%Ns/

/A B/
/RD 7/
/TRA/
/NSM/
/11 7/
/0ES/

/CRI/

/P10/
/R:/<00>
/%A /
/RCT/
/UAL/
/

/%C6/
/%A /
/EXP/
/ECT/
/€D 7/
/s

/706%/
/A 1/
/NDE/
/X

/ 4D/
/74%N/
<00><00>

/%N
/

/A B/
/A0 /
/REC/
7EIV/
/E B8/
/UFF/
/7ER:/

<00><00»>

/
/%N
/A D/
/MA /
/0PE/
/RAT/
/I0ON/
/7 TA/

VAX-11 Bliss-16 v4.0-579

(MAZURCZ
YK .DEQGNATZQGNAL.BLI ;2

SEQ 0046
Page

4¢

(24)

14
CZQNACO DEQNA FUNCTIONAL TEST

ZANAL
v0i.0

PROTECTION TABLE

105
124

005227
005232
005235
005240
005243

040

040
117
101
040
126

124
040
116
104
111

045

005254
005257
005262
005265
005270
005273
005276
005301

040

005307
005312
005315

040
123
040

127
040
120

040
111
055
101
111
045

106
114
040
111
116
116

116
040
111
101
125
045
045
115
125
050
040

045
127

111
124
123
055

116

045

125
045
045
110
122
000

124
104

116

105

005304

005440

005443
005446
005451
005454
005457

127

107

101
101

117

040
062
040
116
105
051
045
101

101
040
117
040
062

125

055
045
111
116
122

040
111
101

101

106
117
105

.ASCII

114

116
116

105
116

.ASCII
.ASCII

123
117

107
000

116

005246
005251

005320
005323
005326
005331
005334
005337
005342
005345
005346
005351
005354
005357
005362
005365
005370
005373
005376
005401
005404
005407
005410
005413
005416
005421
005424
005427
005432
005435

S-Jul-1984
5-Jul-1984

123
000

045
124

P.ACI:

ASCII

P.ACU:

122

105

P.ACK:

124
102
124
104
101

127
124
102

P.ACL:

101

117
040
000
040
040
040
123

.ASCII
.ASCI1I
.ASCII
.ASCII
.ASCII

P.ACM:

.ASCI1I
.ASCII
.ASCI]
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASC1I
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCI1I
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII

/KES/
/7 10/
/70 L/
/0ONG/
/%N/<00>
/9N
/

/R 1/
/700 /7
/MAN/
/Y D/
/ENI/
/CES/
/9N/ <00>
/
/9N
/R T/
/HER/
/E W/
/RS /

/A P/
/0ME/
/R F/
/RIL/

/WALl/
/TIN/
/GEN/
<00>

/
/9N

/A W/
/AIT/
/ RB/
70Ut/
/ %D/
/2%A/
/7 M1/
/NUT/
/E(S/
/) -/
<00»>

/9Ns/
/A W/
/AIT/
/ AB/
/0UT/
/ #D/
/2%R/
/ HO/
/UR /
/-/<00><00>
/%R /
/IF 7/
/NO /
/RES/

14:03:26
14:00:51

VAX-11 Bliss-16 V4.0-579
(MAZURCZYK,DEGNA JZGNAL.BLI;?2

SEQ 0047
Page

(24)

J4
CZQANACO DEGNA FUNCTIONAL TEST

ZGNAL

PROTECTION TABLE

v01.0

005462
005465
005470
005473
005476
005501
005504
005507
0055:2
005515
005520

005523

005526
005531
005534
005536
005541
005544
005547
005552
005555
005560
005563
005566
005571
005574
005577

005602

005605
005610
005613
005616
005621
005624
005627
005632
005635

00564C
005643
005646
005651
005654
005657
005662
005665
005670
005673
005676
005701
005704
005707
005712
005714

5-Jul-1984
$-Jul-1984

105
120
101
101
103
122

117
130

040

117
124
124

000
045
101
104
126

125

111
105
101

124
132
117
116

116
055
055
055
055
055
055
055
055
055
055
055
055
055
055
055
055
055
055
055
055
055
055
116
045

124
124
105
116

103
122
124
040
040
111

106
115
105
045
000
116
040
122
101
105
123
121
114

117
105

040
000

116
045
055
055
055
055
055
055
055
055
055
055
055
055
055
055
055
055
0S5
055
055
055
055
055
000
116

054
131

040

131
110
101
105
124
105
124
122

040

123
116

045
124

P.ACN:

040

114
040
040
125
040
040

122
045
000
045
101
055
055
055
055
055
055
055
055
055
055
055
055
055
055
055
055
055
055
055
055
055
045
045

P.ACO:

P.ACP:

.ASCI1I
.ASCI1
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII1
.ASCII
.ASCII
.ASCII
.ASCII
.ASCI1
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII

/ET,/
/7 1Y/
/PE /
/ANY/
/ CH/
/ARA/
/CTE/
/R T/
/0 E/
/XIT/
/7 FR/

/0M /

/TES/
/TeN/

<00.<00>

/9%N%/
/A T/

/DR /
/VAL/

/UE /
/1S 7/
/7EQU/
/AL /
/70 7
/ZER/
/0 #/
/N/<00><00>
/798N%/
/NsiA/
/---/
/---/
/---/
/---/
/---/
/---/
/---/
/---/
/---/
/---/
/---/
/---/
/---/
/---/
/---/
/--</
/---/
/---/
/---/
/---/
/---/
/--%/

/N/<00>
/%N
/

14:03:26
14:00:51

VAX-11 Bliss-16 v4.0-579

(MAZURCZYK.DEQGNA]ZQNA1.BLI;2

SEQ 0048
Page
48
(24)

<4
CZQNACO DEQNA FUNCTIONAL TEST

ZGNAL
v0o1.0

005717
005722
005725
005730
005733
005736
005741
005744
005747
005752
035755
C05756
005761
005764
005767
005772
005775
006000
006003

006006
006011
006014
006017
006020
006023
006026
006031
006034
006037
006042
006045

006050
006053
006056
006061
006064
006067
006072
006075
006100
006103
006106
006110

006113
006116
006121
006124
006127
006132
006135
006140
006143
006146

S5-Jul-1984 14:03:26
5-Jul-1984 14:00:51

PROTECTION TABLE
101
101
103
054
111

125

040
040
045
000
045

101
101
103
054
111

040

125

040
040

000
045
101

117
127
105
105
124

116
114
124
103
101
103

040

101
103

111
072
000

045
101
101
123
124
116
104
105
040
105
123

040
104

123

040

124
123
103
101

060
116

102
040
122
102
123
124
113
124
072
000

124

045
102
040
122
102
123

101
061
116

072
000

116
040
104

123

040

123
103

116
040
106
101

040

123

040
101
105

117
114

122
123
123
124

040

124
045
000
116
104
124
111
040

104
123
103
103
125

P.ACQ:

124
113
124

045
123
124
122
122
105
125
102

P.ACR:

040

040
105
040
122
124
111
102
123
116

045
102

040
101

117

101
122
123
110
113
115

P.ACS:

.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASC11
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCiI
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCI1I
.ASC11
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCIIT
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCI1
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCI1
.ASCII

/A B/
/AD /
/CSR/
/., B/
/71TS/
/7 ST/
7UCK/
/ AT/
/ 0:/
/78N/<00>
<00>

/
/%N
/A B8/
/RD /

/CSR/
/, B/
/1187
/ St/
/UCK/
/7 AT/
/

1:/

/%N/<00>
<00»

/9%Ns/
/A S/
/0FT/
/WAR/
/E R/
/ESE/
/T W/
/NAB/
/LE /
/10 7/
/CLE/
/AR /
/CSR/
/7 St/
/AT1/
/7C B/
/1T18/
/ : %N/
<00><00>

/
/9N
/R B/

/RD /
/STA/
/710/
/N A/
/0DR/
/ESS/
/ CH/
/ECK/
/SUM/

VAX-11 Bliss-16 V4.0-579
(MAZURCZYIK.DEGNA)ZGNA1.BLI;2

SEQ 0049
Page
49

(24)

L4
CZQNACO DEQNA FUNCTIONAL TEST

ZGNAL
v01.0

006151
006154
006157
006162
006165
006170
006173
006176
006201
006204
006207
006212
006215
006220
006223
006226
006231
006234
006237
006240
006243
006246
006251
006254
006257
006262

006265
006270
006273
006276
0063061
006304
006307
006312
006315
006320
006323
006326
006331
006334
006337
006342
006345
006350
006353
006356
006361
005364
006367

006372
006375

006400
006403

S-Jul-1984 14:03:26
5-Jul-1984 14:00:51

PROTECTION TABLE
072

103
075

117

101
130
075

117
116

045
101
101
123
124
116
104

105

07c

000
045
101
101
104
116
111
040
107

122
111

105

045
045
101
101
103
054
130

103
104
114
124

040

124
102
123

040
040
116
045
101
101
102

101
040
045
045
105

040
124
040
066
040
120
040
066
000

040
045
045
000

040
104
124
111
040

102
040
101
117
101

116

045

104
123
040

122
123
000

116

045

040
104
105
101
057
120
105
105
123
122
116

102
040
121
040
117
101
040
107
124
072
000

040
104
123
040

102
040
122
105

116

120
124

040
040
102
040
051
117
105
105

045

P.ACV:

040

124
060
000

040

102

104
057

P.ACU:

105
105
122
050
111
065

040
040
124
117
045
000

116

P.ACT:

045

040
104

P.ACU:

.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCIIX
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCI1
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCI1I
.ASCII
.ASCI11
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII

/: A/
/CT 7/
/= %/
/706%/

/R E/
/XP /
/=

/706%/
/N/<00><00>
/8Ne/
/A B/
/RD /
/STA/
/1107
/N A/
/DDR/
/ESS/
/: /7<00>
<00»>

/%Ns/

/A B/
/RD /
/DEQ/
/NA /

717<S7>/0/

/7 PA/
/GE /
/REG/
/715817
/CR:/
/7%N/<00>
/%N
/
/A 8/
/RD /
/CSR/
/, E/
/XPE/
/CTE/
/0 R/
/L (/
/ 81/
/T S/
/7 )/
/10 7/
/8€ 7/
/SET/
/7 10/
/7 0%/
/N/<00><00>
/
/%N
/A B/
/AD /
/B7<S7>/D/

VAX-11 Bliss-16 V4.0-579
(MAZURCZYIKC.DEGNAJZGNAL
.BLI;2

5EQ 0050
Page

(24)

M4
CZQNACO DEQGNA FUNCTIONAL TEST

ZGNAL
v01.0

006406
006411
006414
006417
006422

006425
006430
006433

006436
006441
006444
006447
006452

006455
006460
006463
006466
006471
006474
006477
006502
006505
006510
006513
006516

006521
006524
006527
006532
006535
006540
006543
006546
006551
006554
006557
006562
006565
006570
006572
006575
006600
006603
006606
006611
006614
006617
006622
006625
006630
006633
006636
006641

S-Jul-1984
S-Jul-1984

PROTECTION TABLE
040

117
103
103
125

040
104
040
045

101
040
045
045
105

045
045

045
101
057
120
115
110
113
115

105
075
117
101
103
075
117
101
130
075
117
116

045
101
101
111

105
125

072
104
075

117
101
103
114

040

120
115
110
113
115
111
105

075

117

101

122

040

105
123

072

116
130
040

066
040

105
123

124
040
066
040
120
040
066
000
045
102
040
117
103
103
125

124

040

103

075

117
101
130

075

117

116
116
040
104
122
040

040
106

117
123

040
066
040
124
040
066

045
045
101
040
045

120
040
066
000
116

040
045
045

104
116
122
120

040

122

040
045
045
101
04v
126
040

040

040
066
040

124
105

075

P.ACX:

045

105

045

102

124
122
124
101

P.ACY:

.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCI1I
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCI1
.ASCII
.ASCI1I
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCI1
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.ASCII

/7 PR/
/0M /
/CHE/
/CKS/
/UM:/

/ IN/
/0EX/
/7

/9%06/
/78R /
/ACT/
/ =/
/%067
/%A /
7EXP/
/

/9%06/
/9N/<00>
/79N
/

/A B/

<S7>/0 7/

/PRO/
/M C/
/HEC/
/7KSU/
/M O/
/FFS/
/ET 7/
/= 8/
7068/
/A A/
/CT 7
/=

/706%/
/A E/
/XP /
/= %/

/06%/
/N/<00>
/
/79N
/A B/
/RD /
/INT/
/ERR/
/UPT/
/: A/
/0R /
/= %/
/706%/
/A A/

/CT

/LEV/
/ =/

14:03:26
14:00:51

VAX-11 Bliss-16 V4.0 579
(MAZURCZYK.DEGNA]JZGNAL.BLI:2

SEQ 0051
Page

5S1

(24)

N4
CZQANACO DEQNA FUNCTIONAL TEST

ZGNA1
Vv01.0
006644

006647
006652
006655
006660

006663

006666
006671
006672

006675
006700
006703
006706
006711
006714
006717
006722
006725
006730
006733
006736
006741

006744
006747
006752
006755
006756
006761
006764
006767
006772
006775
007000
007003
007006
007011
007014
007017
007022
007025
007030
007033

S-Jul-1984
5-Jul-1984

PROTECTION TABLE
045
045

105

040

126

040
066
000

045
101
105
123
122
101
105
124
122
120
104
124
104
105
072
045
045
000
045
101
101
124
116
111
123
124
054
117
115
131

117

111

117

045

117
101
130
114
040
045
04s

066
040
120
105
075
117
116

116
040
107
124
040
111
104
117
105
117
040

045
122
111
105
106
114
040
040
123
116
101

040
104
123
040
117
116
116
040
104
122
123
124
124
125
ca0

117
101

040

114
123
116
116

LASCII
.ASCII
.ASCII
.ASCII
ASCII
.ASCII
.ASCII
P.ACZ:

101
122
123
040
066
000

045
102
040
101
115
040
101
123
124
040
116
103
114
111
123
000

P.ADA:

LASCII

.ASCII
.ASCII
LASCII
.ASCII
.ASCII
.ASCII
LASCII
LASCII
.ASCII
.ASCI1
.ASCII

LASCII
.ASCII
LASCII
LASCII
LASCII
.ASCII
.ASCII
.ASCII
LASCIX
LASCII
.ASCII
LASCII
.ASCII
LASCII
LASCII
LASCII
.ASCII
.ASCII
.ASCII
LASCII
.ASCII
.ASCII
LASCII

<00>

/
/%N
/A R/
/EGI/
/STE/

/R F/
/AIL/
/ED /
/70 7/
/RES/
/PON/
/D A/
/T A/
/00R/
/ESS/
/:

/%06/
/7%N/<00>
<00>

/79N
/

/A B/

/RD /
/TRA/
/NSM/
/1T 7
/STA/
/TUS/
/7, 1/
/700 7/
/MAN/
/Y C/
/0LL/
/71517
/0ONS/
/9N/<00>

$GLOBS,

.BLKW

100

.BLKW
RCV.BUFFER::
.BLKW

100

RCV.D.LIST::

000200

XMIT.D.LIST::

004400

/%A /
/EXP/
/ LE/
/N =/
/ %0/
/6%N/

.PSECT

000000
000000

000400

/%06/

XMIT BUFFER::

2000

14:03:26
14:00:51

VAX-11 Bliss-16 v4.0-579

[MAZURCZYK.DEQGNAJZGNAL1.BLI;?2

SEQ 0052
Page

S¢2

(24)

B5
CZQNACO DEGNA FUNCTIONAL TEST

ZGNAL
v0o1.0

PROTECTION TABLE

LBLKW
:
PHYS.ADR:
.BLKW
SETUP ,BUFFER: :

010400

010426

011446

011462

011476
011477

011500

011Gy
011502
011502
011503
011504
011505
011506
011507
011510

011511
011512
011513
0115i4
011515
011516
011517

011520
011521

011522

011523

011524
011525
011526
011527

011530
011531
011532

011533
011534
011535
011536
011537
011540
011541

2000
13

400
.BLKW
I0P.TABLE::
10
.BLKW
ETH.STATION.ADR::
.BLKW
6
STATION.ADR:
:
4
.BLKW

011426

011472
011472
011473
011474
011475

5-Jul-1984
5-Jul 1984

PTRN, TABLE: :

377
252
125
314
063

360

017
000

000

000
125
125
125
125
125
125
252
252
252
252
252
252
125
125
125
125
125
125
377

377
377
377
377
377
000
364

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

0
377
252
125
314
63
360
17

.BYTE
.BYTE
.BYTE
.BYTE

O
0
O
0

.BYTE
.BYTE

0
364

TARGET.ADR:
;

.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
,BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BrTE

O
O
125
125
125
125
125
125
252
252
252
252
252
252
125
125
125
125
125
125
377
377
377
377
377
377

14:03:26
14:00:51

VAX-11 Bliss-16 v4,0-579
(MAZURCZYK.DEGNA JZGNAL.BLTI ;2

SEQ 0053

Page

(24)

C5
CZGNACO DEONA FUNCTIONAL TEST

ZGNAL
vo1.0

011542
011543
011544
011545
011546
011547
011550
011551
011552

011553
011554
011555

PROTECTION TBLE
372

104
104
125
252

252

011556

011557

011560
011561
011562
011563
011564
011565
011566
011567
011570
011571
011572
011573
011574
011575
011576

125

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

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

011577
011600
01160
011602
011603
011604
011605
011606
011607
011610
C11611
011612

011613
011614
011615
011616
011617
011620
011621
011622
011623
0l1624
011625
011626

5-Jul -1984
S-Jul-1984

253
252
252

.BYTE
LBYTE
.BYTE
.BYTE
.BYTE

252
252

.BYTE
.BYTE

252

377

14:03:26
14:00:51

VAX-11 Bliss-16 v4.0 S/9

(MAZURCZ
v . DEQNA JZGNA1.BLI ;2

569 0054

Page

(24)

D5
CZANACO DEQGNA FUNCTICNAL TEST

ZANAL
jvo1.0

011634
011635
011636

011637

011640
011641
011642
011643
011644
011645
011646
011647
011650
011651
011652
011653
011654
011655
011656
011657

011660
011661
011662
011663
011664
011665
011666
011667
011670
011671
011672
0.1672
011674
011676
011700
011702
011704
011706
011710
11712
011714
011716
011720
011722
011724
011726
011730

011732

PROTECTION TABLE
000
001
002
003
004
125
005

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

010

.BYTE

006
007

.BYTE
.BYTE

011

NOWNE
B WO

011627
011630
011631
011632
011633

5-Jul-1984
9-Jul-1984

.BYTE

315

.BYTE

147

.BYTE

066
046
047
047
111
063
241

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

273
114

.BYTE
.BYTE

237
353
276
307

.BYTE
.BYTE
.BYTE
.BYTE

377

.BYTE

217
063

.BYTE
.BYic

377

.BYTE

377
377
377
77

.BYTE
.BYTE
.BYTE
.BYTE

377

100000
100000
000400
17,000
0 0000
000000
100000

.BYTE
B8D.PROM.DESCR:
:

176000

%77

377
377
377
377
377
377

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

-100000
- 100000
RCV.BUFFER
-2000

.WORD

XMIT.BUFFER

.WORD
M

éggggg

.WORD

000000
000000

.WORD
.WORD

1016::

307
217
63

0
0

-100000
-100000

-2000
0
0

-100000

20000
0
0

14:03:26
14:00:51

VAX-11 Bliss-16 V4.0 579

(MAZURCZ
YK ,DEQNA1ZGNAL1.BLI:2

SEQ 0055

Page

5SS

(24)

CZONACO DEQGNA FUNCTIONAL TEST

ZAONA1
v01.0

011732
011734
011736
011740
011742

011744
011746
011750
011752
011754
011756
011760
011762
011764
011766
011770
011772
011774
011776
012000
012002

012004
012006
012010
012012
012014
012016
012020
012022
012024
012026
012030
012032
012034
012036
012040
012042
012044
012046
012050
012052
012054
012056
012060
012062
012062
012064
012066
012070
012072
012074
012076
012100

5-Jul-1984 14:03:26
S-Jul-1984 14:00:51

PROTECTION TABLE

100000
100200
004400°

177777

000000
000000
100.00

100300

004400
177776
000000
000000
100000
100100
004402

177777

005000
000000

100000
120000

004404

177777
000000
000000
100000
020000
000274

177777

000000
000000

100000
100000
000270
177776
000000
000000
100000
120000
011664

177775

000000
000000
100000
020000

100000
100000

004400

177777
000000
000000
100000
100000

T013::

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

.WORD
.WORD
.WORD
.WNRD
.WORD
.WORD
. WORD
.WORD

-100000

-77600

XMIT.BUFFER
-1

0
)
-100000

- 17500
XMIT.BUFFER

-2
)
0

-1000¢0

-77700
XMIT.BUFFER+2
-1
0

0
-100000
-60000
XMIT.BUFFER.4
-1
0
0
-100000
20000
XMIT.D.LIST.74
-1
0
)
-100000
-100000

XMIT.D.LIST.70

-2
0
0

-100000

-60000
TARGET.ADR«162
-3
0
0

-100000
20000

-100000
-100000
XMIT.BUFFER
-1
0
0
-100000
-100000

VAX-11 Bl 'ss-16 v4.0-579
(MAZURCZYK.DEQNA]ZGNAL.BLT;2

SEQ 0056
Page

(24)

FS
CZQNACO DEGNA FUNCTIONAL TEST

ZGNAL
v01.0
012104
012106
012110
012114
012116

005000°

012112

012120
012122
012124
012126
012130
012132
012134
012136
012140
012142
012144
012146
012150
012152

012154
012156
012160
012162
012166

012166
012170
012172
012174
012176
012200
012202
012204
012206
012210
012212
012214
012216
012220
012222
012224
012226
012230

012232
012234
012236

012240
012242
012244
012246
012250

012252

5-Jul-1984

PROTECTION TABLE
004402°
177601
000000
000000

012102

S-Jul-1984

100000
100300

1772717

000000
000000
100000
040000
000260’
177777
000000
000000

100000
120000
005002
177701
000000
000000

100000
020000

100000
100000

000400

177777

000000
000000
100000
100000
000402
177702
000000
000000
100000

1C0000
000576°

177777

000000
000000
100000
100000
000600

177776

000000
00000C
100090

100000

000604

RD13::

.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
. WORD
.WORD
.WORD
.BLKB
.WORD
.WORD
.WORD
.WORD
. WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
. WORD
.WORD
.WORD
. WORD
.WORD
. WORD
.WORD
. WORD
.WORD
.WORD
.WORD
.WORD
.WORD

XMIT.BUFFER.2

-177

0
0
-100000

-100000

XMIT.BUFFER+400
-1
0
0

-100000

40000

XMIT.D0.LIST+60
-1
0
0
-100000
-60000
XMIT.BUFFER+402
-77

0
)
-100000
20000
4

-100000
-100000

RCV.BUFFER
-1
0
0
-100000

-100000

RCV.BUFFER.2
-76
0

0
-100000
-100000

RCV.BUFFER+176
-1
0

0
-100000
-100000

RCV.BUFFER+200

-2
0
)

-100000
-100000
RCV.BUFFER+204

14:03:26
14:00:51

VAX-11 Bliss-16 V4,0-579
(MAZURCZYK.DEGNA]JZGNAL.BLI;2

SEQ 0057

Page

S7
(24)

G5
ZANAL
v01.0

CZQNACO DEGNA FUNCTIONAL TEST

5-Jul-1984
S-Jul-1984

PROTECTION TABLE

-74
0
0

012254
012256
012260
01222
012264

-100000
-100000

RCV.BUFFER.374
-2
0
)

012266
012270

012272

012274
012276
012300
012302
012304
012306
012310
012312
012314
012316
012320
012322
012324
012326
012330
012132
012334

-100000
-40000

RCV.D.LIST.124
-1
0
0

-100000
-100000

RCV.BUFFER.400
-3
0
0

-100000
-100000
RCV.BUFFER+406
-74

0
0

012336
012340
012342
012344
012346
012350
012352
012354
012356
012360
012362
012366

-100000
-100000
RCV.BUFFER576
-1
0
0
-100000
20000

012370

012372

012402

RBUF .LENGTH: :

012404
012406

.BLKW

.BLKW
INTERRUPT FLG:
.BLKW
DEQNA
. NO::

s
s

XBUF ,LENGTH: :

.BLKW

012409

—

012376

012374

14:03:26
14:00.51

VAX-11 Bliss-16 vV4,0-579
(MAZURCZYK.DEQGNA]ZGNA1.BLI;?2

SEQ 0058
Oage
S8
(24)

HS
CZGNACO DEQNA FUNCTIONAL TEST

ZGNA]
v01.0

S-Jul-1984
5-Jul-1984

VAX-11 Bliss-16 Vv4,0-579
{(MAZURCZYK .DEGNA)ZGNAL .BLI;2

PROTECTION TABLE

14:03:26
14:00:51

012410

012414

.BLKW

012416

012420

000000

012432

000000

012436

012440
012442
012444

012446
012450
012452
012454

012456
012460
012462
012464
012466
012470
012472
012474
012475

012476
012477
012500
012502

012430

ERR.FLAG::
.WORD
ERR.COUNT:
:

.WORD

TTMMP . IOP.ADR:
:

.BLKW
TMP .REG.DATA:;
TEMP1::
TEMP2::
TEMP3::
TEMP4::
TEMPS::
TEMPE::
TEMP7::
TEMPS8::
TEMPY::

Pl::
P2::
P3::

.BLKW

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

.BLKW
.BLKW
.BLKW

Pa::
.BLKW
PS::
.BLKW
TBYTEL1l::.BLKB
TBYTE2::.BLKB
TBYTE3::.BLKB
TBYTE4:: .BLKB
TADR1:: .BLKW
TADR2:: .BLKW

.GLOBL
.GLOBL
.GLOBL
.GLOBL
.GLOBL
.GLOBL

000C00

012426

000000

e bt et et pd pt Pt pa gt pa b gt pd i et pt it pt et e

012424

012422

012434

012412

L$SOFT, TSPTHV, LSRPT, LSINIY
L$SCLEAN, LSLAST, L$MHARD, LS$OVTYP
L$DESC, L$DVU, LSAU, LSAUTO, T1
72, 13, 14, 15, 76,
7110, T11, T12, T13,
T17, 118, T19, T20,

17, 18, 19
T14, T15, T16
T21

SEQ 0059
Page
5S9
(24)

15
CZQNACO DEQNA FUNCTIONAL TEST

ZANAL

5-Jul-1984
§-Jul-1984

PROTECTION TABLE

v01.0

100000
040000
020000
010000
004000
002000
001000

000400
000200
000100
000040
000020
000010
000C04
000002
000001
001000
000400
000200
000100
000040
000020
000010
000004
000002
000001
000040
000037
000036
000035
000034
000340
000300
000240
000200
000140
000100
000040
000000
000004
000010
000020
000040
000100
000200
000400
001000
002000
004000
010000
#0000

BIT1S==
BIT14==

B8IT13=»

BIT12==
BITll==
B8IT10==
8IT092=
BIT08==
BITQ7=s
BITO6==
BITQS=s
B8IT04:==
BITO3==
BIT02==
BITO1==
BITO0==
BIT9==
BIT8=s=
BIT7==
BIT6==
BITS==
BIT3s=
BIT2==
BIT1==
BITO==
EF .START==
==
EF .RESTART
EF .CONTINUE
==
EF .NEW==
EF .PUR==
PRIQ7=s
PRIO6==

PRIOS==
PRIO4=-

PRIO3==
PRIO2==
PRIOL==

PRIOO=
=

EVL==
LOT==
ADR=
=
10Uss
ISR==
=
UAM=

BOE
= =
PNT ==
PRI+
IXE ==

IBE *=
IER==

-100000

40000

20000

10000

4000

2000
1000

400

200
100

20
10
4

2
1
. 000

400

200
100

20
10
4

1
40
37
36
35
34
340

300
249
200
140
100

0
4

10
20

100
200

400

1000
2000

4000

10000
20000

14:03:26
14:00:51

VAX-11 Bliss-16 V4.0-579
(MAZURCZYK .DEGNAJZGNAL1.BLI;2

SEQ 0060
Page
K0

(24)

J5
CZQNACO DEGNA FUNCTIONAL TEST

ZAGNA1

5-Jul-1984
5-Jul-1984

PROTECTION TABLE

002650

002724
002766
002030°
003072°
003136
003164
003252°
003336
003400
003454
003530
003626°
003732’

LSERRTBL==
L$SW==

L$SWLEN+2

MSG19==

MSG20==
MSG2l==
MSG22=»
MSG23 ==
MS5G24 ==
MSG2S==
MSG26==
MSG27==
MSG28==
MSG29+=
MSG30==
MSG31==
MSG32==
MSG33s=

MSG34==
MSG35==

MSG36==
MSG37==

RCV.D.LIST
RCV.BUFFER

.AAA
.AAB
.AAC
.ARD
.AAE
. AAF
.AAG
. ARH
.AAT
.AAY
. RAK
. AAL
.AAM
.AAN
.AAD
.AAP
.ARQ
.AAR
.AAS
.ART
. ARV
.AAV
.AAW
.AAX
.AAY
.AAZ
.ABA
.ABB
.ABC
.ABD
. ABE
.ABF

ey daelnclnolaciheduciyolycduciyoncinofyelyclye]

QSTQ7==

MSGOQ==
MSGOl1==
MSGO2==
MSGO3==
MSGO4 ==
MSGOSs==
MSGO6==
MSGO7==
MSGO8==
MSGO9==
MSG10==
MSG1l==
MSG12s==
MSG13==
MSG14+==
MS5G15==
MSG16==
MSGl7==
MSG182=

L$HWLEN.2
LS$REV.1

el ciaeinchclyclycln

L$DEPQ==
DESCR.LIST==
DATA.BUFFER==
QSTOl==
QST02==
QST03==
QST04==
QST05==
QST106==

elaelh

L$HW=s=

-100000
ERRTYP

R Rl

002506
002572

40000

000220°
000210
000011
000000’
000400’
000000
000030
000060
000122’
000164°
000226’
000270’
000332’
000370’
000452
000540
000644
000736
001030
001122’
001214°
001306°
001400
001462’
001546
001612°
001676
001765
002050°
002136
002224
002250°
002336
002426

LOE==

HOE ==

ABG

. ABH
.ABI
."8J
.ABL
.ABM
.ABN
.ABO
.ABP
.4BG
.ABR
.ABS

100000
000176

040000

hrheRR-RcheR iR

v01.0

.FBK

14:03:26
14:00:51

VAX-11 Bliss-16 V4,0-579
(MAZURCZYK.DEGNA]JZGNAL1.BLI
;2

SEQ 0061
Page

61
(24)

I<S

ZQANAL
v01.0

CZQANACO
DEGNA FUNCTIONAL TEST
PROTECTION TABLE
004024'
004104’
004170’
004260’

MSG38==
MSG39==
MSG40==
MSG41==

P.ABT
P.ABU
P.ABV
P.ABW

MSG44 ==
MSG4S==
MSG46==
MSG47==
MSG48=2
MSG49==
MSG50==
MSGS1==

P.ABZ
P.ACA
P.ACB
P.ACC
P.ACD
P.ACE
P.ACF
P.ACG

004322
c04402'

MSG42==
MSG43==

005202°
005246
005276’
005346'
005410
005446

MSG52==
MSGS3s=
M5GS4 ==
MSGSS==
MSGS6==
MSGS7=s

P.ATH
P.ACI
P.ACJ
P.ACK
P.ACL
P.ACM

005602
005714’
005756
006020’
006110’
006204°
006240
006304°

MSGS9= =
MSG60==
MSG61==
MSG62==
MSG63==
MSG64 ==
MSG6S==
MSG66==

P.ACO
P.ACP
P.ACQ
P.ACR
P.ACS
P.ACT
P.ACU
P.ACV

006474
006572
006672
006756'

MSG68==
MSG69 ==
MSG70s=
MSG71==

P.ACX
P.ACY
P.ACZ
P.ADA

004466
004570’
004646'
004716°
004772’
005030°
005066
005150'

005536

006372

000210
000220°

Psect Name
$CODE $
$GLOBS

SPLITS

VAX-11
Bliss-16 v4,0-579
[MAZURCZYK .DEQNAJZGNAL .BLI;2

P.ABX
P.ABY

MSGS58==

P.ACN

MSG6T7 ==

P.ACW

HP_TABLE=~
SP.TABLE==

PSECT

:
H
:

S-Jul-1984
14:03:26
S5-Jul-1984 14:00:51

LS$HWLEN.2
LS$SWLEN.?2

SUMMARY

Words
81
2722

1807

Attributes
RO,
I
,
RW ,
D
,

RO,

LCL,
LCL,
LCL,

REL,
REL,
REL,

CON
CON
CON

Library Statistics

A Sy Symbols - - ---tile
Totel
Losded
Percent

Pages
Mapped

Processing
Time

SEQ 00

Paggz(24)
62

L5
ZGNA1

v0l1.0

;

S5-Jul-1984 14:03:26

CZQNACO DEGNA FUNCTIONAL TEST

PROTECTION TABLE

;2
DISKS$SUSER2:[MAZURCZYK.DEGNAJQGNALIB.L1F

5-Jul-1984 14:00:51

223

COMMAND QUALIFIERS

BLISS/PDP1: ZGNA1.BLI/LIST=ZANAL.l IS/0BJECT=ZQNA1.0B8J/SCURCE=PAGE:53
Size:

O code + 4610 data words

00:24.1
Run Time:
01:02.2
Elapsed Tie:
Lines/CPlL Min:
6042
Lexemes/CPU-Min: 38443
236 pages
Memory Used:
Comp: ation Complete

VAX-11 Bliss-16 v4,0-579

(MAZURCZYK.DEGNA]ZGNA1.BLI;2

00:00.1

SEQ 0063
Page
63

(24)

0004

0005
0006
0007
0008

0009
0010

1500

s OOOOO0O0O

0003

It et et

0001
0002

S5-Jul-1984 14:04:31

CZQNACO DEGNA FUNCTIONAL TEST

ZANA2

5-Jul-1984

14:01:26

VAX-11 Bliss-16 V4.0-579

[MAZURCZYK.DEGNA)ZGNA2.BLI;2

MODULE ZQGNA2 (#TITLE ’'CZONACO DEQGNA FUNCTIONAL TEST'
IDENT = ‘V01.0',
ADDRESSING _MODE(ABSOLUTE)
)

%SBTTL

'PROGRAM INIT MODULE’

BEGIN

LIBRARY

REQUIRE

'QGNALIB';

'BLSMAC.REQ’;

!
!

GNALIB LIBRARY
DIAGNOSTIC SUPERVISOR LIBRARY

SEQ 0064

p.gg

(1)

N5
CZQNACO DEGNA FUNCTIONAL TEST

ZANA2

EXTERNAL DECLARATIONS
b Pt s
it
s Pt e P
s (b
s

#SBTTL 'EXTERNAL DECLARATIONS'
' <BLF/FORMAT>
PSECT

CODE = ARSCODES;

FORWARD ROUTINE

NXM_INT

EXTERNAL ROUTINE
RESET _DEGNA

1503

1504
1505
1506
1507
1508
1509
1510
1511
1512
1513

1501
1502

®s

®0

©s

v01.0

: L$ISR NOVALUE;
:

NOVALUE;

S-Jul-1984
5-Jul-1984

14:04:31
14:01:26

VAX-11 Bliss-16 v4.0-579

(MAZURCZYK.DEQNA]JZGNA2.BLI;2

SEQ 0065
Page

2
(2)

B6
CZQANACO DEQGNA FUNCTIONAL TEST
EXTERNAL DECLARATIONS

1549

1550
1551
1552
1553
1554
1555
1556
1557
1558

Pt Db
P
P
S P

14:04:31
14:01:26

VAX-11 Bliss-16 v4.0-579

(MAZURCZYK
,DEQNA JZQNA2 .BLI ;2

COMMUNICATION AREA DECLARATIONS
:

VECTOR [ 8, WORD

'
|

HARDWARE

Pt b Pt ot e P

(i P

HWP _TABLE
SWP_TABLE

INTERRUPT _FLG

: WORD,

REG_ADR

b
b

REF REG_STR FIELD (

: REF REG_STR FIELD (
: REF ADR_STR FIELD (

= INTERRUPT OCCURED

IOP_FIELDS

IOP_FIELDS
IOP_FIELDS

),
).

TEMPORARY STORAGE DATA DECLARATIONS
TMP_IOP_ADR
TMP_REG_DATA

:
:

TEMPS
TEMP6
TEMP?
TEMPS
TEMPY

:
:
:
:
:

TEMP]
TEMP2
TEMP3
TEMPS

STORAGE DECLARATIONS

: REF BLOCK [ HWP_SIZE, WORD ) FIELD ( HWP_FIELDS ),
: REF BLOCK ([ SWP_SIZE, WORD ] FIELD ( SwP_FIELDS ),

I0P_DATA
GET_ADR

b (i P

b P

AND SOF TWARE P-TABLE

(el P

Yoo

10P _TABLE

s Pt ot ol

1541
1542
1543
1544
1545
1546
1547
1548

Soe

b (ot

1527
1528
1529
1530
1531
1532
1533
1534
1535
1536
1537
1538
1539
1540

S-Jul-1984
5-Jul-1984

EXTERNAL

1519
1520
1521
1522
1523
1524
1525
1526

s Bt o (et P

1517
1518

0 o

1516

1514
1515

ZANA2
vo1.0

:
:
:
:

WORD,
WORD,

!
!

WORD,
WORD,
WORD,
WORD,

!
!
!
!

WORD,
WORD,
WORD,
WORD,
WORD,

!
!
!
t
!

170 PAGE REGISTER ADDRESS
I/0 PAGE REG CONTENTS
TEMPORARY STORAGE LOCATION
TEMPORARY STORAGE LOCATION
TEMPORARY STORAGE LOCATION
TEMPORARY STORAGE LOCATION
TEMPORARY STORAGE LOCATION
TEMPORARY STORAGE LOCATION
TEMPORARY STORAGE LOCATION
TEMPORARY STORAGE LOCATION
TEMPORARY STORAGE LOCATION

QUESTIONS AND ERROR MESSAGEES DECLARED EXTERNALLY
@sST01,

QSTO2,

QSTO3,

Q@STO4,

QSTOS,

QSTO6,

QSTO7,

MSGS4;

SEQ 0066

Cé
CZONACO DEQNA FUNCTIONAL TEST

1570

1571
1572
1573

Pt Beb $o8 (b Pt Pus P
b u

1567
1568
1569

1566

0 Pt Pt

1559
1560
1561
1562
1563
1564
1565

TYPE AND DESCRIPTION

Pt 10

O¢

B¢

ZONA2
v01.0

#SBTTL
e

' TYPE AND DESCRIPTION'

NAMES OF DEVICES SUPPORTED BY PROGRAM

!
.

EQUALS;

NEVTYP (wASCIZ'DEGNA/M7504'
);
[ X 4

TEST DESCRIPTION

DESCRIPT (wASCIZ'DEQGNA FUNCTIONAL TEST');

5-Jul-1984
S-Jul

1984

14:04:31
14:01:26

VAX-11 Bliss-16 v4.0 S79

(MAZURCZ
v ,DEQNA JZGNA2 .BLT ;2

5€Q 0067
P

(4)

D6
CZQNACO DEQGNA FUNCTIONAL TEST

Pt
b P
Puet
S P
P

1580
1581
1582
1583
1584
1585
1586
1587
1588
1589
1590
1591
1592
1593
1594
1595

#S8TTL
Soo
.
:

]
:

]

Pt i (ot P

1578
1579

Pl P

1577

i (s Pt Pt P

1576

s e

1574
1575

S-Jul-1984
5-Jul-1984

HARDWARE PARAMETER CODING SECTION

P08

B¢

OG0

ZANA2
v01.0

1}
H

'
:

.
:

14:04:31
14:01:26

VAX-11 Bliss-16 v4,0-579
(MAZURCZ
YK ,DEGNA JZGNA2.BLI ;2

*HARDWARE PARAMETER CODING SECTION’

THE HARDWARE PARAMETER CODING SECTION CONTAINS MACROS
THAT ARE USED BY THE SUPERVISOR TO BUILD P-TABLES.
THE

MACROS ARE NOT EXECUTED AS MACHINE INSTRUCTIONS BUT ARE

INTERPRETED BY THE SUPERVISOR AS DATA STRUCTURES,

THE

MACROS ALLOW THE SUPERVISOR TO ESTABLISH COMMUNICATIONS
WITH THE OPERATOR.

1]
:

¢
H

[
:

1}
H

)

THIS CODE IS USED BY THE SUPERVISOR TO INTERROGATE THE OPERATOR

FOR DEVICE INFORMATION TO PUT IN THE P-TABLE.

THIS CCDE

IS USED

THE MACROS

IN CONJUNCTION WITH THE DEFAULT P-TABLE TEMPLATE.
USED IN THIS SECTION ARE “GPRMD", 'GPRMA".

BGNHRD
;

GPRMA (QSTO1, #0'0', O, #0°'174440', #0'174460',

GPRMA (QSTO02, w0'2',
ENOHRD;

#0°'700',

s0' 704",

YES,

1);:

1);

! I/0 PAGE
'

ADDRESS ?

INTERRUPT VECTOR ADDR

SEQ 0068
Page

( S)

E6
CZQ@NACO DEQGNA FUNCTIONAL TEST
SOF TWARE PARAMETER CODING SECTION

ZANR2

Pt et
b P
b
P
b P
b P
(o P
P
b o
b P
o (ot
Pt ok P
P
P

1596
1597
1598
1599
1600
1601
1602
1603
1604
1605
1606
1607
1608
1609
1610
1611
1612
1613
1614
1615
1616
1617
1618
1619
1620
1621

b P

v01.0

5-Jul-1984
5-Jul-1984

14:04:31
14:01:26

VAX-11 Bliss-16 v4,0-579
(MAZURCZYK.DEGNA
JZGNA2 .BLI ;2

#SBTTL ‘SOF TWARE PARAMETER CODING SECTION'
Yoo

H
!
!
!
!
H

' ..

THE SOF TWARE PARAMETER CODING SECTION CONTAINS MACROS
THF
THAT ARE USED BY THE SUPERVISOR TO BUILD P-TABLES.
ARE
MACROS ARE NOT EXECUTED AS MACHINE INSTRUCTIONS BUT
THE
INTERPRETED BY THE SUPERVISOR AS DATA STRUCTURES.
MACROS ALLCA4 THE SUPERVISOR TO ESTABLISH COMMUNICATIONS
WITH THE OPERATOR.

BGNSFT;

GPRML ( QSTO3, 0'0',

-1, YES,

GPRMD (

XFERF(NOTIMER);

QST0S, #0'4',

-1,

1);
7,

$L(NOTIMER);

GPRML ( QSTO6, #0'6',
-1, YES, 1);
GPRML ( QSTO07, #J'10', -1, YES, 1);
GPRML ( QSTO4, w0'2‘, -1, YES, 1);
ENDSFT;

' DO YOU WANT T0O TEST SANITY TIMER ?
YES,

1);
' SANITY

TIMER TIME-OUT VALUE

! EXTERNAL LOOPBACK MODE ?
! SYSTEM HAS BLOCK-MODE MEMORY ?
' LOGPBACK CONNECTOR IN DEQGNA ?

SEQ 0069
Page

5
( 6)

1622

1623
1624
1625

1
1
1

1628

1626
1627

!
H

THE REPORT CODING SECTION CONTAINS THE
*PRINTS” CALLS THAT GENERATE STATISTICAL REPORTS.

!
!
'
'
!

THIS SECTION CONTAINS THE CODE FOR PRINTING
STATISTICAL INFORMATION GATHERED BY THE DIAGNOSTIC. 1IT iS
EXECUTED B8Y THE OPERATOR COMMAND "PRINT” OR BY THE MACRO CALL
*"DORPT". USE THE PRINTS MACRO TQ PRINT THE INFORMATION.
1IT IS
USE FORMAT STATEMENTS AS IN THE PRINTB/PRINTX MACROS.
THE PROGRAMMER'S RESPONSIBILTY TO DEVISE AND IMPLEMENT THE

1629
1630
1631
1632
1633

1
1
1
1
1

:
:

1636
1637

1
1

:
:

:
:
:

1634
1635

1638
1639

1640

1641
1642
1643

Yeo
!

1
1

:
:
:
:
:

1
1

H
!

1
2

BGNRPT;

FORM AND CONTENT OF THE STATISTICS.

'--

2
2
1

TEMPL

= 1;

ENDRPT;
LTITLE

.IDENT
.ENABL

000000
000000

104

105

121

116
115
060

101
061
064

057
065
000

104
116
106
103
117
11«
205
000

105
101
125
124
116
040
123

121
040
116
111
101
124
124

000003
000006
000011
000014
000016
000021
000024
000027
000032
000035
000040
000043
000044
000046

000000r

000050
000052
000054
0000S6
00060

00003:
000002
17444C
174460
001031

000062

VAX-11 Bliss-16 v4.0-579
(MAZURCZ YK .DEQNAJZQNA2 .BLI ;2

#SBTTL *‘REPORT CODING SECTION'

:
:
:

:
:

5-Jul-1984 14:04:31
5-Jul-1984 14:01:26

CZQNACO DEQNA FUNCTIONAL TEST
REPORT CODING SECTION

ZANA2
v01.0

000000G

.PSECT
LSOVTYP:
:
.ASCII
LASCII
JASCII
.ASCII
.BLKB
L$DESC::.ASCII
LASCII
LASCII
LASCII
LASCII
ASCII
.ASCITI
.ASCII
.BLKB
L $HRDLN:
:
.WORD
GP$1::
.WORD
. WORD
. WORD
. WORD

Grs2::

.WORD
.WORD

ZQNA2 CZQNACO DEQNA FUNCTIONAL TEST
/Vv01.0/
AMA

$CODES$,

/DEQ/
/NA/<S57>
/M75/
/04/<00>
2
/DEQ/
/NA /
/FUN/
/CT1/
/ONA/
/L T/
/EST/
<00»
2

<<l _$NDHRD -L $HRDULN>/2>-1>
31
Q<TI1
-3340
-3320
1031

@STO2

S5EQ 0070

Page

7
(7

G6
CZGQNACO DEQNA FUNCTIONAL TEST

ZANA2
vV01.0

000064
000066
000070

REPORT CODING SECTION
000700
000704

L $NDHRD
::
L$SFTUN::

000000C

000074
000076
000100
000102

000130
0000006

000104
000106
000110
000112
000114
000116

002052
0000006
177777
000000
000007

000120
000122
000124
000126
000130
000132

003130
0000006

GP$S:
:

004130
0000006
177777

GP$6::

177777

000000C

001004

GP$3::

GPsa::

BLKW

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

$SUNOTIMER:

GPs7::

0000006

177777

VAX-11 Bliss-16 v4.0-579
(MAZURCZ
,DEQNA JZGNA2
Yi<
.BLI ;2

WORD

$NOTIMER:

177777

001130

14:04:31
14:01:26

.WORD

000072

000134
000136
000140
000142

S-Jul-1984
5-Jul-1984

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

LSNDSFT::

WORD

<<<<$LNOTIMER- $NOTIMER>+400>+4>.40>
2052
QST0S
-1
0
7

1004
3130
QST06
-1

4130

Qs107
-1

1130

QsST04
-1

.BLKW
.GLOBL
.GLOBL
.GLOBL
.GLOBL
.GLOBL
.GLOBL
.GLOBL

100000
040000
020000
010000
004000
002000
001000
000400
00020C
0901C0
000040
000020
000010

BIT15==
BIT14==
8IT1I BIT12==
BIT11l==
BIT10==
8IT09==

B8IT08==

BIT07==

B1706=+
BITQS5==
B8IT04==
8IT03==

RESET.DEQGNA,

IOP.TABLE,

HWP.TABLE

, TABLE, INTERRUPT.FLG, REG.ADR
SWP
IOP.DATA, GET,ADR, TMP.IOP.ADR
TMP REG.DATA,
TEMP4, TEMPS,
TEMP9, @STO1,

@ST05,

Q@STO6,

-100000

40000

20000
10000

4000

2000
1000

400

200
100

20
10

TEMPL1,
TEMP6,
QSTO2,

GSTO7,

TEMPZ2,
TEMP7,
QSTO3,

MSGS4

TEMP3
TEMPS
QSTO4

SEQ 0071
Page

HG6
CZQNACO DEQNA FUNCTIONAL TEST

ZANA2
v01.0

REPORT CODING SECTION

BIT02=+=
BITOl==
BITONs=»
BIT9s=
BIT8=
BIT7:=
BIT6=»
BITSas

000004
000002
000001
001000
000400
000200
000100
000040
000020
000010
000004
000002
000001
000040
000037
000036
000035
000034
000340
000300
000240
000200
000140
000100
000040
000000
000004

;

012737
000207

Routine

Size:

Maximum steck

2
1
40

37
36
35
34
340
300

240

200
140
100

10
20

LOTs==
ADR=s=

I0U==
ISR=s
=
UAM=
BOE==

IXE==
IBE==
TIER==
LOE==
HOE
= =

4000

100
200

400

1000
2000

PNT ==
PRI =+

10000
20000

40000

-100000
L $HROLN+2
L$SFTLN.2

L $HARD
==

($SOF T==

000000
000001

LRPT:

000000G

4 words,

depth per

.SBTTL
.PSECT

LRPT REPORT CODING SECTION

MOV

#1,TEMP]
PC

RTS

Rout ine Base:
RASCODES
0 words

invocat
' on:

20
10

PRIOQ==
EVL==

000050
000074

Page

PRIQS==
FRIO4=»
PRIQO3==
PRIO2==
PRIOL=»

100000

SEQ 0072

200
100

PRIQ7==
PRIO6==

002000
004000
010000
020000
040000

VAX-11 Bliss-16 V4.0-579
(MAZUR
. DEQNAJZQ
CZY
GNA2.BLIK
;2

1000

EF .PUR==

000020
000040
000100
000200
000400
001000

14:04:31
14:01:26

400

B8IT3==
BIT2==
BIT1==
BITQ==
EF .START==
EF .RESTART=»
EF .CONTINUE=s=
EF .NEW==

000010

000000
000006

§-Jul-1984
5-Jul-1984

AAR$CODES,

+»

0000

1641

1619

16
CZQNACO DEGNA FINCTIONAL TEST

ZANA2

REPORT CODING SECTION

v01.0

000000

004737

000006

000207

000004

104425

Routine Size:

1644
1645

1646

1647

.SBTTL

L$RPT:: JSR

000000

4 words,

Max imum stack depth per
o
e

5-Jul-1984
5-Jul-1984

TRAP
RTS

Routine Base:

invocation:

2 words

14:04:31
14:01:26

VAX-11 Bliss-16 v4.0-579

(MAZURCZ
YK . DEGNA]JZGNA2.BLI ;2

SEQ 007 3
Page

(7)

LS$RPT REPORT COOING SECTION

PC.LRPT

25
PC

AASCODES « 0010

1641

J6
ZANA2

CZQNACO DEQNA FUNCTIONAL TEST

v01.0
:

1648

1649

INITIALIZE SECTION

#SBTTL *INITIALIZE SECTION'

1650

too

1653

:
:

1651
1652

:
:
:
:
:
:
:
:
:

1654
1655
1656
1657
1658
1659
1660
1661
1662

:
H
H

1669
1670
1671

:
:
:
:
:
:

:
H
:
H
:

H
:

H
:
:

H
:
;

1
1

1
1
1
1
1
1
1
1
1

1--

1680
lggé

2
2

3
2
2

;

1699

1700

' SET IF THIS PASS IS A START
! CONTAINS DELAY FACTOR

! ARE WE HERE BECAUSE OF POWER FAIL?

1693
1694
1695

START FLAG,

DELAY _MLT;

IF READEF (EF_PWR)

H
;
H

1697
1698

LOCAL

2
3
g

1696

BGNINIT;

! PRIORITY 7 - NO INTERRUPTS ALLOWED
! CLEAR FLAG BEFORE TESTING IT7

1684
1685
iggé

1692

INFORMATION FOR DEVICE TESTING. GET ONE UNIT'S INFORMATION IF
THIS IS A SEQUENTIAL DIAGNOSTIC. NUMBER OF UNITS AVAILABLE 1S IN
A HEADER LOCATION: “LS$UNIT",

'
!
H

SETPRI (PRIO7);
START_FLAG = CLEAR_FLG;

1638

[MAZURCZYK.DEQNA JZGNA2 .BLI;?2

2
2

1683

VAX-11 Bliss-16 Vv4.0-579

EF .PWR
POWERDOWN/POWERUP
EF .NEW
NEW PASS
EXAMPLE OF EVENT FLAG USE:
IF READEF(EF.START) THEN
START _FLAG = 1;
ODURING THE INIT CODE, USE THE "GPHARD" MACRO TO OBTAIN P-TABLE

1
1
2
2
2

4
4
4

H
:

THERE
THE INITIALIZE CODE IS EXECUTED UNDER FIVE CONDITIONS.
ARE SUPERVISOR EVICNT FLAGS THAT ARE USED TO LET THE
DIAGNOSTIC KNOW UNDER WHICH CONDITION THE EXECUTION IS TAKING
PLACE. THE EVENT FLAGS ARE READ USING THE “READEF" MACRO.
THE CONDITIONS UNDER WHICH THE INIT CODE IS EXECUTED AND THE
CORRRESPONDING EVENT FLAGS ARE:
EF .START
START COMMAND
€EF .RESTART
RESTART COMMAND
€F .CONTINUE
CONTINUE COMMAND

1672
1673
1674
1675
1676

1689
1690
1691

H
!
'
!
!
'
H
!
!

!
!
!
!
!
'

H
:
:

THE INITIALIZE SECTION CONTAINS THE CODING THAT IS PERFORMED
AT THE BEGINNING OF EACH PASS,

1
1
1
1
1
1

1
1
1

5-Jul-1984 14:01:26

'
'

1663
1664
1665
1666
1667
1668

1677
lg;g

5-Jul-1984 14:04:31

THEN
BEGIN
PRINTF ( MSGS4A

INCR COUNT FROM O TO 60 DO
BEGIN
DELAY_MWLT = 10000;
DELAY (.DELAY_MULT);

2
3
3

);

BREAK;

END;

IF READEF (EF _START)
THEN
BEGIN

START_/ LAG =

END;

TRUE;

"THERE WAS POWER FAILURE

' WAIT APPROX. 60 SECONDS

' BREAK FOR APT

! IS THIS A START ?

- WAITING"

SEQ 0074

Page

(8)

<6
CZQNACO DEQNA FUNCTIONAL TEST

1701
1702
1703
1704
1705
1706
1707
1708
1709
1710

1711

1712
1713
1714
1715
1716
1717

1718
1719
1720
1721
1722
1723
1724
1725
1726
1727
1728
1729
1730
1731
1732
1733
1734

000000
000004
000006
000012
000014
000016
000022
000024
000026
000032
000036
000040
000042

5-Jul-1984
S$-Jul-1984

INITIALIZE SECTION

PO WLBUVIVNNDLDLLDLDLDLDBUWWUWWUWWWUWWUWKHWWNLD
LN

@¢

B¢

G°

B¢

ZANA2
v0o1.0

004137
005746
012700

104441

005004
012700
104447

103027

012746
012746
010600
104417
012702

14:04:31
14:01:26

VAX-11 Bliss-16 v4.0-579
(MAZ
ik .DEGNAJZ
UR
GNA2.BLI
CZ
;2

SET 0075
Page

12
(8)

CLEAR HARDWARE P-TABLE ON A START BEFORE DOING THE GPHARDS
IF

.START_FLAG OR READE!

THEN

(EF _NEW) OR READEF (EF _CONTINUE)
! IF THIS IS A START

BEGIN

LOCAL TABLE_POINTER;
¢

INCR INDEX FROM O TO HWP_SIZE BY 2 DO
(HWP _TABLE

.INDEX)

= O;

ZERO OUT THE TABLES

Yoo

GET BASE ADDRESS OF HARDWARE P TABLE AND DEGNA I/0 PAGE
IF GPHARD ( O,
THEN

BEGIN

IOP_DATA

HWP_TABLE

REG_ADR

TABLE_POINTER ) NEQU O
=

_HWP_TABLE ([ ADDR ];

.TABLE_POINTER;

_HWP_TABLE [

ADDR

};

GET_ADR
= _HWP_TABLE [ ADDR ];
TMP_IOP_ADR = _HWP_TABLE [ ADDR ];
INCR INDEX FROM O 10 7 DO
BEGIN

IOP_TABLE [

END;

TMP_IOP_ADR
END;

.INDEX ] =

GET P-TABLE ADDRESS

!
!
!

SAVE HW P-TABLE ADDRESS
SAVE I/0 PAGE BASE ADDRESS
SAVE I/0 PAGE BASE ADDRESS

,TMP_IGr _ADR;

_TMP_IOP_ADR

+ 2;

RETURN;

ENDINIT;
.GLOBL

L$DLY

.SBTTL
JSR

LINIT INITIALIZE SECTION
R1, $SAVES

1643

000340

MOV

¢340,R0

1680

000034

CLR
MOV

0000006

0000006
000001
000075

LINIT:

TST

TRAP

-(SP)

R4
#34,R0

MOV
TRAP

SP,RO
17

MOV

1681
1683

BHIS

MOV
MOV

START .FLAG

OMSGS4, -(SP)
#1,-(SP)
075,R2

1686
SP,s

+, COUNT

1688

L6
CZANACO DEGNA FUNCTIONAL TEST

ZGNA2
v01.0
000046
000052
000054
000056
000062
000064
000070
000072

000074
000076
000100
000102
000104
000110
000112
000114
000120
000122
000124
200130
000132
000134

000140
000142
000144
000146
000152
000156
000162
000164
000166
000170
000172
000174
000202
000206
000210
000214
000220
000224
000226
000234
000242
000246
000252
000254
000256

5-Jul-1984
5-Jul-1984

INITIALIZE SECTION

012703

010301
001410
013700

001403

005066
077003
005301
000767

023420

104447
103002

012704
006004

103410
012700
104447
103404
012700
104447
103044
005000

005060
062700
020027

003771
005000
104442
005700

001430
017737
010037
011000
0.3C3%7
010C*7
010037
005000
013760
062737
062700
020027
003765
005726
000207

MOV
MOV

2$:

8£Q
MOV
8EQ

TRAP

24
22

0000006

000004

3:
44

S$:

104422

077216
022626
012700

1$:

000040

6$:

74:

54
L$OLY,RO

4(SP)
RO, 3%
R1

S08
CMP

R2,1%

BHIS

000001

023420,R3
R3,R1

CLR
S08
0ec
B8R

MOV
TRAP

MOV
ROR

8LO

(SP)+,(SP).

9#40,R0
47
78
41.R4
R4

8¢

000035

MOV
TRAP

8CS

8¢

000036

000000G

000002
000002

8$:

BHIS
CLR
CLR
A0D

cMP
BLE
CLR

TRAP
TST

BEQ

MOV
MOV
MOV
MOV
MOV
MOV

000000G 0000006
0000006
0000006
0000006
0000006

000000G 0000006
000002
0000006
000002
000016

10¢:

11¢:

CLR

MOV
ADD
ADD

cMp
BLE
TS7

RTS

AA$CODES
88 words,
Rout ine Base:
; Routine “ze:
10 words
; Maximum stack depth per invocation:

14:04:31
14:01:26

VAX-11 Bliss-16 V4.0 S79

[MAZURCZYK ,DEGNA]ZQGNA2.BLTI ;2
:

&,DELAY.MULT

;

DELAY.MULT,$$TMP2

;

o, $8TMPL

;
:
:

SSTMP
$STMP1,
$$TMP2

5€Q 0076
Page

(8)

1690

1691

; COUNT,s

1688

1696

;

«,START.FLAG

;

START.FLAG

168S

1699

1706

€36,R0
47

114

RO
HWP , TABLE(RO)
#2,R0O
RO, &2

; INDEX
; ¢(INDEX)

¢,INDEX

1711

1718

1711
1712

;

11%
.DATA
ICP E,
aHWP . TABL

;

(RO),RO

s
; HWP TABLE,

1723

;

1724

1725

RO,HWP
, TABLE

RO,REG.ADR
RO,GET
. ADR
RO, TMP.IOP.ADR
RO
TMP,IOP.ADR,IOP TABLE(RO)
@2,TMP I0P.ADR
#2,RO
RO, #16

10$
(SP).

0020

;

TABLE.POINTER

TABLE.POINTER,
s

INDEX

; ,+(INDEX)
:

: *,INDEX

1721

1722

1726

1728

1729

1726
1643

M6
ZQANA2
v01.0
000000
000004
000006

CZQNACO DEQNA FUNCTIONAL TEST
INITIALIZE SECTION
004737
104411
000207

; Routine Size:

.SBTTL

L$INIT::JSR
TRAP
RYS

000020’
4 words,

Routine Base:

: Maximum stack depth per invocation:

1735
1736
1737

1
1
1

S-Jul-1984 14:04:31
S-Jul-1984 14:01:26

2 words

LSINIT INITIALIZE SECTION

PC,LINIT
11
PC

AA$CODES + 030D

VAX-11 Bliss-16 v4.0-579
[MAZURCZYK.DEQNAJZGNA2.BLI;2
:

SEQ 0077

Page

14
(8)

1733

N6
ZAQNRA2

CZQNACO DEGNA FUNCTIONAL TEST

AUTODROP SECTION

1738

1739
1740
1741
1742
1743
1744

1745
1746
1747
1748
1749
1750
1751
1752
1753

000000

= 00N N N =2 1=t =2 gt s 10 Pt ot Pt put o

v01.0

SEE IF IT WILL RESPOND.
DROPPED FROM TESTING.

ENDAUTO;

LAUTO:

4 words,

;: Maximum stack depth per
1754
1755

1
1

1IF IT DOESN'T IT IS IMMEDIATELY

RETURN;

000310’

H
:

(9)

B8GNAUTO;

000000

; Routine Size:

'--

1 word,

104461
000207

Page

THIS CODE IS EXECUTED IMMEDIATELY AFTER THE INITIALIZE CODE IF
THE UNIT UNDER TEST IS CHECKED TO
THE “ADR" FLAG WAS SET.

'
'

Maximum stack depth per

000004
000006

(MAZURCZYK .DEQNA)ZGNA2.BLI;2

SEQ 0078

000207

004737

5-Jul-1984 14:01:26

VAX-11 Bliss-16 V4.0-579

#SBTTL 'AUTODROP SECTION'

; Routine Size:
;:

5-Jul-1984 14:04:31

Routine Base:

invocation:

O words

.SBTTL

RTS

.SBTTL

TRAP
RTS

Routine Base:

2 words

1734

1751

AASCODES + 0310

L$AUTO: : JSR

invocation:

LAUTO AUTODROP SECTION

L$AUTO AUTODROP SECTION

PC.LAUTC
61
PC

AASCODES + 0312

B7
2ANA2

CZONACO DEQNA FUNCTIONAL TEST

v01.0
3

:
3

175

1756

1760

1757

1763 1

1
1

H
!

1762

:
3

1764

1765
1766

)

3
:

1767
1768

1770

1772

H
:

1
1

1769

177y

177%

1§

000000

2
2

004737

000004
000006

104412
000207

Routine Size:

Mar imum stack
1774

1775

Page

(10)

AFTER THE HARDWARE TESTS HAVE BEEN PERFORMED.

INSERT YOUR CLEANUP CODING.

THIS CODING SHOWD

RESTORE YOUR TEST-DEVICE TO A NEUTRAL STATE,.

t.-

THIS CODE WILL BE EXECUTED AFTER E€ACH PASS AND AFTER THE
PROGRAM IS INTERRUPTED BY “tC~.

BGNCULN;
RETURN;

ENDCLN;
.SBTTL

LCLEAN: RTS

1 word,

Max'mum stack depth per

000000

(MAZURCZ YK . DEQGNAIZQNA2.BLI; 2

THE CLEANUP CODING SECTION CONTAINS THE CODING THAT IS PERFORMED

000207

: Routine Size:

VAX-11 Bliss-16 v4.0 S79

Soo

1761

5-Jul-1984 14:01:26

#SBTTL 'CLEANUP CODING SECTION’

1759

:
3

S-Jul 1984 14:04:31

CLEANUP CODING CECTION

SEQ 0079

Rout ine Base:

nvocation:

O words

JSR

TRAP
RTS

4 words,

depth per

Rout ine Bese:

invocation:

2 words

1753

17N

AASCODES + 0322

.SBTTL
LSCLEAN:
:

(00322

LCLEAN CLEANUP CODING SECTION

AASCODES

L$CLEAN CLEANUP CODING SECTION

PC.LCLEAN
12
PC

. 0324

20NR2

CZGNACO DEONA FUNCTIONAL TEST

G0
G0
S0
G0
B?
G¢
U5
G0
G0
Ve
G0
B0
80
¢
G0

1779

1780
1781
1782
1783

1784

1785
1786
1787

1788

1789

1790

1791
1792
1793

1794

000000
:

000004
C00006

004737

104453
000207

;: Routine S'ze:

Maximum stack

H
;

1795

1796

1
1

%3920 17
(1)

TO NO LONGER BE

TESTED.

INSERT DROP CODE HERE.

"DROP" COMMAND OR A

THIS CODE WILL HBE EXECUTED AFTER

"DODU” MACRO EXECUTION.

THE PURPQOSE

OR THIS COOE IS TO DO ANY NECESSARY HOUSEKEEPING AFTER A
UNIT HAS BEEN DROPPED.

BGNOU;
RETURN;

ENDDV;

LOu:

1 word,

Maximum stack depth per

000000

[MAZURCZYK.DEGNAJZONA2.BLT;2

THE OROP-UNIT SECTION CONTAINS THE CODING THAT CAUSES A DEVICE

000207

: Routine Size:

5-Jul-1984 14:01:26

VAX-11 Bliss-16 V4.0-579

#SBTTL 'DROP UNIT SECTION'
*

1778

1776

1777

0 AN NN D=2 1=t o8 4o Pt b b s 1 pus Pt Boid P Pt

DROP UNIT SECTION

v01.0

S-Jul-1984 14:04:31

Routine Base:

invocation:

000334°

4 words,

depth per

O words

L$DV::

Routine Base:

invocation:

2 words

.SBITL
RTS

LDU DROP UNIT SECTION
PC

1773

1792

AASCODES .+ 0334

.SBTTL
JSR

TRAP
RTS

AASCODES

L$DU DROP UNIT SECTION
PC.LOV
53
PC

. 0336

D7
CZQNACO DEQNA FUNCTIONAL TEST

000000
:

004737
104452
000207

; Routine Size:

Ma> imum stack

1816
1817

1
1

(MAZURCZ
YK ,DEQNAJZGNA2 .BLI ;2

SEQ 0081

Pege

(12)

THE ADD-UNIT SECTION CONTAINS ANY CODE THE PROGRAMMER WISHES
T0 BE EXECUTED IN CONJUNCTION WITH THE ADDING OF A UNIT BACK
T0 THE TEST CYCLE.

INSERT ADD CODE HERE.

THIS CODE WILL BE EXECUTED AFTER

AN “ADD” COMMAND.
THE PURPQSE OF THIS CODE IS TO DO ANY
HOUSEKEEPING THAT MAY BE NECESSARY AFTER A UNIT HAS BEEN ADDED.

BGNAU;
RETURN;

ENDAU;

LAY:;

1 word,

: Maximum stack depth per

000000
000004
000006

VAX-11 Blisc-16 v4.0-579

#SBTTL 'ADD UNIT SECTION’

000207

Routine Size:

14:04:31
14:01:26

1798
1799
1800
1801
1802
1803
1804
1805
1806
1807
1808
1809
1810
1811
1812
1813
1814
1815

1797

5-Jul-1984
5-Jul-1984

ADD UNIT SECTION
0 1) N 1) N =0 9= Pt ud pus gt (s pud oot Pt Puus Putd Pt oot

8¢

B¢

©¢

O¢

ZANA2
vo1.C

Routine Base:

invocation:

L$AU::

000346°

4 words,

depth per

O words

Routine Base:

invocation:

2 words

.SBTTL

LAU ADD UNIT SECTION

RTS

AASCODES

+ 0346

.SBTTL
JSR

TRAP
RTS

L $AU ADD UNIT SECTION
PC,LAV
52
PC

AASCODES « 0350

1794

1813

E7
CZQNACO DEGNA FUNCTIONAL TEST

ZANA2

ADD UNIT SECTION

RN
-

v0o1.0

ENDSRV;

0000C0

012737

177777

000006

000002

1818
1819
1820
1821
1822

1823

1824
1825
1826
1827
1828
1829
1830

Routine Size:
Maximum stack

1831
1832
1833

(o X X

S-Jul-1984
5-Jul-1984

14:04:31
14:01:26

VAX-11 Bliss-16 v4.0 579

[MAZURCZYK ,DEGNAJZQGNA2.BLI;2

S5EQ 0082

Page

(13

BGNSRV (NXM_INT);
LX)
1]

LOBAL LOCATION “INTERRUPT FLG" IS SET TO TRUE WHICH INDICATES
THE INITIALIZATION SEQUENCE INTERRUPT OCCURED.

e
1

;
= #0° 177777

INTERRUPT FLG

4 words,

depth per

LSBTTL

NXM,INT ADD UNIT SECTION

MOV
RTI

8-1,INTERRUPT
. FLG

NXM_INT::

0000006

Routine Base:

‘nvocat on:

O words

1828
1819

AASCODES « 0360

END
ELUOOM

0TS external references
$SAVEAa
.GLOBL
PSECT

Psect Name
$CODE $
AASCODE $

SUMMARY

Words
S0

Attributes
RO,
I

124

RO,

LCL,

REL,

LCL,

REL,

CON
CON

Library Statistics

fFile
DISKS$USER2: [MAZURCZYK.DEQGNA]GNALIB.L16;2

-------- Symbols
Total
Loaded
223

----Percent
2l

Mapped

Processing
Time

00:00.1

Pages

F7
CZQNACO DEQNA FUNCTIONAL TEST

ZANA2

v01.0

ADD UNIT SECTION

5-0ul-1984 14:04:31

5-Jul-1984 14:01:26

COMMAND QUALIFIERS

BLISS/POP11 ZQGNA2.ELI/: IST=ZQGNA2.LIS/0BJECT=ZQGNA2.08J/SOURCE=PAGE:53
Size:

Run Time:

Elapsed Time:
Lines/CPU Min:

124 code ¢+ SO oats words
00:13.4

00:32.1
8225

Lexemes/CPU-Min: 56172
Memory Used:
175 pages
Compilation Complete

VAX-11 Bliss-16 v4,0-579
(MAZURCZYK ,DEQNA)ZQGNA2.BLI ;2

SEQ 0083
Page
20

(13)

CZGNACO DEQNA FUNCTIONAL TEST

Be
G2
G0
W6
G
®e

0007
0008
0009
0010
1500

s OO OO O

000S

B¢

0003

ropa po pt gt

0001

ZGNR3

S-Jul-1984
5-Jul-1984

14:05:07
14:02:06

VAX-11 Bliss-16 V4.0-579
[MAZURCZYK.DEGNA]ZGNA3.BLI;2

MODUWLE ZQNA3Z (STITLE ‘CZQGNACO DEQNA FUNCTIONAL TEST’
IDENT = 'V01.0',
ADDRESSING _MODE(ABSOLUTE)
)

#SBTTL 'DEGNA TEST DEFINITION MODULE'
BEGIN

' <BLF/FORMAT>

LIBRARY

REQUIRE

'GNALIB’;

'BLSMAC.HEQ';

!
!

GNALIB LIBRARY
DIAGNOSTIC SUPERVISOR LIBRARY

SEQ 0084
Page

H7
CZGNACO DEQNA FUNCTIONAL TEST
DEGNA TEST DEFINITION MODWE

ZGNA3S
s Pt

14:05:07
14:02:06

VAX-11 Bliss-16 v4.0-579

(MAZURCZYK
,DEQNA JZGNA3 .BLI; 2

PSECT

CODt = ABS$CODES;

b
Pt
s e P
P
e Pt P
o
e (o (ot P
P
P
P
b P
Pt
P
P
P
e P
b P
P
b P
b
it et

1501
1502
1503
1504
1505
1506
1507
1508
1509
1510
1511
1512
1513
1514
1515
1516
1517
1518
1519
1520
1521
1522
1523
1524
1525
1526
1527
1528
1529
1530
1531
1532
1533
1534
1535
1536
1537
1538

Ps Pl P

B¢

€8

TG0

V¢

v01.0

5-Jul-1984
5-Jul-1984

Yoo

EXTERNAL DATA USED BY THIS MODWLE

EXTERNAL. ROUTINE

CHK_CSR_STATUS
CHC_RIXI_STATUS
CHK_RCV_STATUS
CHK_XMIT_STATUS
CLR_BUFFERS
CLR_DESCR
COMPARE _PACKETS
E1$REPORT
ERROR $REPORT

FORM_MHEX_ADR
KBD_INT
NXM_INT
PREP_FOR_SETUP
PWR _INT
RESET_DEGNA

SEND_ELOOP_PACKET
SEND_TEST _PACKET
SET_XDESCR_LIST
SET_RDESCR_LIST

TURN_OFF _LED
VER_DESCR_STATUS
WAIT_FOR_TIMEOQUT
WALKING_BIT
WRT_STATION_ADR
XMIT_AND_RCV_PACKET
XMIT_ILOOP_PACKET
XMIT_SETUP_PACKET

NOVALUE,

: NOVALUE,
: NOVALUE,
: NOVALUE,
:
:
:

NOVALUE,
NOVALUE,
NOVALUE,

!
!

PRINT EXTENDED ERROR MESSAGE
PRINT EXTENDED ERROR MESSAGE

:
:
:
«
:

L$ISR NOVALUE,
NOVALUE,
NOVALUE,
NOVALUE,
NOVALUE,

NXM INTERRUPT SERVICE ROUTINE

NOVALUE,

: NOVALUE,
:
¢
:«
:
:
:

NOVALUE,

NOVALUE,
NOVALUE,
NOVALUE,
NOVALUE,
NOVALUE,
NOVALUE;

SEQ 0085

Page

2
(2)

17
CZQGNACO DEGNA FUNCTIONAL TEST
DEQGNA TEST DEFINITION MOOWLE

B0
BF
B0
O
G
B
B0
@0
W

1565
1566

1567

1568
1569
1570
1571
1572
1573

b P

b Pt

COMMUNICATION AREA DECLARATIONS

| .

i (b

b P

Soo

RCV_D_LISTY
XMIT_D_LISTY

: BLOCK
: BLOCK

DESCR_LYST

P
P

: VECTOR ( B_SIZE, BYTE ],

(b (o (o (b P

DATA R'FFER

: VECTOR [ BUF _SIZE, BYTE ],

TARCT_ADR

: VECTOR [ T_SIZE, BYTE ]},

Pt P

PHYS_ADR

VECTOR [ 22, BYTE

RD13
1013
1016

: VECTOR [ 64, WORD ],
: VECTOR ([ 28, WORD ),
: VECTOR [ 44, WORD ],

PTRN_TABLE

B80_PROM_DESCR
STATION_ADR

[ D_SIZE, WORD ) FIELD ( DL_FIELDS ),
[ D_SIZE, WORD ] FIELD C( DL_FIELODS ),

: BLOCK ( DESCR_SIZE, WORD) FIELD ( DL_FIELDS ),
: VECTOR [ B_SIZE, BYTE ],

RCV_BUFFER
XMIT _BUFFER

b P
o (o

1557
1558
1559
1560
1561
1562
1563

b (e P

1555
1556

1544
1545
1546
1547
1548
1549
1550
1551
1552
1553
1554

1543

EXTERNAL

: VECTOR { BD_D_SIZE, WORD ],
: VECTOR [ 4, WORD ],
VECTOR (

BYTE

feo

HARDWARE AND SOF TWARE P-TABLE STORAGE DECLARATIONS
HWP_TABLE
SWP_TABLE

: REF BLOCK [ HWP_SIZE, WORD ) FIELD ( HWP_FIELDS
: REF BLOCK [ SWP_SIZE, WORD ) FIELD ( SWP_FIELDS

1541
1542

Pttt Pt

1539

1540

B¢

V¢

©F

B¢

S¢

ZONA3
v0o1.0

S-Jul-1984 14:05:07
5-Jul-1984 14:02:06

REG_ADR

GET_ADR
IOF _DATA

REF REG_STR FIELD (

IOP_FIELDS

: REF ADR_STR FIELD ( IOP_FIELDS ),
: REF REG_STR FIELD ( IOP_FIELDS ),

),
),

VAX-11 Bliss-16 v4.0-579
{MAZURCZYK ,DEGNAJZQGNA3.BLI;2

SEQ 0086

J7
CZQANACO DEQGNA FUNCTIONAL TEST
DEQNA TEST DEFINITION MOOWULE

1596

1597

XBUF _LENGTH,

b Pt P

SWP_BLOCK _MEM,
UP_COUNTER,
XC_FLAG,

ERR_COUNT,

b
b Pt

e (o

PRIO1,
PRIOS,

14:05:07
14:02:06

VAX-11 Bliss-16 V4.0-579
(MAZURCZYK,DEQNAJZQNA3Z.BLI;2

(O=NONE, -1=L-CLOCK,1=P_CLOCK)

MISCELLANEQUS DATA DECLARATIONS

| I

(b P

Pt (b P

Yoo

b P

1580
1581
1582
1583
1584
1585
1586
1587
1588
1589
1590
1591
1592
1593
1594
1595

1578
1579

e (b

1577

b (b Pt

1574

1575
1576

ZQNA3
v01.0

S$-Jul-1984
S-Jul-1984

RBUF _LENGTH,

SWP_TOUT _VAL,
ODOWN_COUNTER,
SWP_LBC,

ERR_F! AG,

PRIOZ,
PRIOG6,

INTERRUPT _FLG,

COUNTER,

SWP_ILOOP,
CHECKSUM,

SWP _TIMER,
ERR_NUMBER,

CSP_WORD,

PRIOO,

PRIO?,

DEQGNA_NO

PRIO3Z,

PRIOA4,

WORD,

TEMPORARY STORAGE NATA DECLARATIONS
P1,

TMP_IOP _ADR,
TEMPS,
TEMP7,

TADR2

T8YTEL,

P2,

TMP_REG_DATA,
TEMP4,
TEMPS,

TB8YTER,

P3,

TEMP],
TEMPS,

Pa,

TEMP2,
TEMPG,

TEMPI,

TADR1,

TBYTES,

TBYTES

BYTE,

SEQ 0087
Page

(4)

I<7

1598
1899

1600

;1601
1602
:
1603
:
;1608

1
1

1
1
1
1

;1605
;1606
;1607
1608
:
1609
i
;1610
:o1ei

1
1
1
1
1
1
1

;1613

tes

t--

VAX-11 Bliss-16 v4.0-57

3001 1984 14:02:06 [MAZURCZTK DEQRAJZGNAZ BLI;2

DEGNA TEST DEFINITION

v01.0
:
P

S-Jul-1984 14:05:07

TEST
CZGNACO DEGNA FUNCTIONAL
MODULE

ZGNA3

ERROR MESSAGES DEFINED EXTERNALLY
MSGOO, MSG71,

MSGO1.
MSG11,
MSG21.
MSG31,
MSGA1,
M3GS1.
MSG61.

MSGO2,
MSG12,
M3G23,
MSG32,
MSG42.
MSG52,
MSG62.

MSGO3,
MSGL3,
MSG23.
MSG33.
MSGA3.
MSGS3,
MSG63.

MSGO4,
MSG14.
MSG24.
MSG34.
MSGAa,
MSGS4.
MSG64,

MSGOS.
MSG1S.
MSG25.
MSG35.
MSGAS.
MSGSS.
MSGES.

MSGO6,
MSG16.
MSG26.
MSG36.
MSGA6,
MSGS6.
MSGE6,

MSGO7,
MSGL7.
MSG27.
MSG37,
MSGA7,
MSGS7.
MSG67,

MSGOB,
MSG18,
MSG28.
MSG38.
MSGAB.
MSGS8.
MSGEB.

MSGO9,
MSG19.
MSG29.
MSG39,
MSGA9,
MSGS9.
MSGE9,

MSGLO,
MSG20.
MSG30.
MSGAO,
MSGSO,
MSGEO.
MSGTO;

€0 0088

Pooe o3

L7
CZAGNACO DEQNA FUNCTIONAL TEST
TEST 1 - NON-EXISTANT I/0 PAGE REGISTER TEST
b

VAX-11 Bliss-16 v4.0-579

(MAZURCZYK.DEQGNAJZQGNA3
.BLI ;2

L XX

DESCRIPTION:

This test verifies that all the device registers residing in the

I1/0 Page can be accessed without forcing a non-existant memory (NXM)

interrupt. If the operator specifies loop on error, the program
re-executes the code that detected the error until tC is entered.

Hardware tested:

Q-Bus to DEQNA Slsve Registers Interface

Processing:

BEGIN
get ready for NXM interrupt
REPEAT for every I/0 page register
read 1/0 page

IF NXM occured
THEN
print error message
IF
ENO

i (o P

Pt (b P

b P

i (b

it P

o P

i (s

ot Pt o

NON-EXISTANT I/0 PAGE REGISTER TEST

TEST 1:

if not

inhibited

ENDREPEAT

write any date pattern

b (s P

1640
1641
1642
1643
1644
1645
1646
1647

14:05:07

5-Jul-1984 14:02:06

#SBTTL 'TEST 1 - NON-EXISTANT I/0 PAGE REGISTER TEST'

into the first 2 1/0 page

registers

IF NXM occured

THEN
print error message

e (it o

1615
1616
1617
1618
1619
1620
1621
1622
1623
1624
1625
1626
1627
1628
1629
1630
1631
1632
1633
1634
1635
1636
1637
1638
1639

Pt P

1614

5-Jul-1984

ZQNAR3
v01.0

END

ENDIF

if not

inhibited

SEQ 0089
Page

(6)

M7
CZANACO DEQNA FUNCTIONAL TEST
TEST 1 - NON-EXISTANT I/0 PAGE REGISTER TEST

ZGNR3
1648
1649
1650
1651
1652
1653
1654
1655
1656
1657
1658
1659
1660
1661
1662
1663
1664
1665
1666

1667
1668
1669
1670
1671
1672
1673
1674
1675
1676
1677
1678
1679
1680

1681
1682
1683
1684
1685
1686
1687
1688
1689
1690
1691
1692
1693
1694

1695
1696

HWANWNRDDBOANNNNNNNOOOONRNDUWUWUWWEDANNNNNNARNOOCOTODWHWWWUHWNGD

v01.0

5-Jul-1984
5-Jul-1984

14:05:07
14:02:06

VAX-11 Bliss-16 v4.0-579
(MAZURCZ riK.DEQNAJZGNA3 . BLI ;2

BGNTST;
! SET UP FOR AN NXM INTERRUPT
! DELAY 50 x 100 us = 5 ms
! CLEAR OUT NEX FLAG

SETVEC (4, NXM_INT, PRIO7);
DELAY (MS_DELAY);
INTERRUPT _FLG = CLEAR_FLG;
TMP_IOP_ADR = .HWP_TABLE [ ADDR J;
INCR INDEX FROM O T0 7 DO
BEGIN
BGNSULB;
TEMP1 = _ TMP_IOP_ADR;
DELAY(7);

IF .INTERRUPT_FLG EQLU WORD_LIMIT

SEE IF WE GOT A NXM INTRT

B8EGIN
INTERRUPT _FLG = CLEAR_FLG;
PRINTB ( MSGS9 );
PRINTB ( MSG70, .TMP_IOP_ADR );
ERRDF (0101, MSGOO, E1$REPORT);
DODU ( DEGNA_NO );
DOCLN;
END;
ENDSUB;
TMP_IOP_ADR = ,TMP_IOP_ADR + 2;

!
'

ADDRESS NOT THERE
CLEAR TRAP FLAG

'I/0 PAGE REG.

WRITE FIRST 2 LOCATIONS

.INTERRUPT_FLG EQLU WORD_LIMIT

SEE IF WE GIT A NXM INTRT

BEGIN

!
!

ADDRESS NOT THERE
CLEAR TRAP FLAG

'I/0 PAGE REG. NOT PRESENT'

CLEAR INTERRUPT VECTOR

THEN

NOT PRESENT’

END;

TMP_IOP_ADR =

.HWP_TABLE ( ADDR

INCR INDEX FROM O TO 1 DO
BEGIN
BGNSUB;
.TMP_IOP_ADR = %X'7F';
DELAY(7):

];

THEN

INTERRUPT_TLG = CLEAR_FLG;

PRINTB (
PRINTB (

MSGS59 );
MSG70, .TMP_IOP_ADR

);

ERRDOF (0102, MSLOO, E1S$REPORT);
00DV ( DEQGNA_NO );

DOCLN;
END;
ENDSUB;
TMP_IOP_ADR = ,TMP_IOP_ADR
END;

+ 2;

CLRVEC (4);
ENDTST;

.TITLE
.IDENT

ZQGNA3 CZQNACO DEGNA FUNCTIONAL TEST
/V01.0/

SEQ 0090
Page

(D)

N7
CZQNACO DEQNA FUNCTIONAL TEST
TEST 1 - NON-EXISTANT I/0 PAGE REGISTER TEST

ZQANAR3

v01.0

0000006

$T1:

(MAZURCZYKK.DEQNA)ZQGNA3.BLI
;2

CHK.CSR.STATUS, CHK.RIXI.STATUS
CHK.RCV.STATUS, CHK.XMIT.STATUS
CLR.BUFFERS, CLR.DESCR, COMPARE.PACKETS
E1$REPORT, ERRORS$REPORT, FORM.HEX.ADR

KBD.INT,
PWR.INT,

SEQ 0091
Page

8
«n

NXM.INT, PREP.FOR.SETUP
RESET.DEQNA, SEND.ELOOP.PACKET

SEND.TEST.PACKET, SET.XDESCR.LIST
SET.RDESCR.LIST, TURN.OFF.LED

VER.DESCR.STAUS, WAIT.FOR.TIMEOUT
WALKING.BIT, WRT.STATION.ADR, XMIT.AND.RCV.PACKET
XMIT.ILOOP.PACKET, XMIT.SETUP.PACKET
RCV.D.LIST, (MIT.D.LIST, DESCR.LIST
RCV.C'FFF., XMIT.BUFFER, DATA.BUFFER
TARGET.ADR, PHYS.ADR, IOP.TABLE
RO13, TD13, TD16, BD.PROM.DESCR
STATION.ADR, PTRN.TABLE, HWP.TABLE

SWP,TABLE, REG.ADR, GET.ADR,
XBUF .LENGTH,

RBUF .LENGTH,

IOP.DATA

INTERRUPT.FLG

COUNTER, SWP.BLOCK.MEM, SWP,TOUT.VAL
SWP.ILOOP, SWP,TIMER, UP.COUNTER
DOWN.COUNTER, CHECKSUM, ERR.NUMBER
XC.FLAG,

CSR.WORD,

PRIO3,

SWP.LBC,

ERR.COUNT,

PRIOO, PRIO1,

PRIO4,

DEGNA.NO, P1,

PRIOS,

PRIOZ2

PRIO6,

P2, P3, P4,

ERR.FLAG

PRIO7

TMP.IOP,ADR

.GLOBL
.GLOBL
.GLOBL
.GLOBL
.GLOBL
.GLOBL
.GLOBL
.GLOBL
.GLOBL
.GLOBL
.GLOBL
.GLOBL
.GLOBL
.GLOBL

TMP.REG.DATA, TEMP1, TEMP2, TEMP3
TEMP4, TEMPS, TEMP6, TEMP7, TEMP8
TEMP9, TADR1, TADR2, TBYTEl, TBYTEZ2
TBYTE3, TBYTE4, MSGOO, MSG71, MSGO1
MSGO2, MSGO3, MSGO4, MSGOS, MSGO6
MSGO7, MSGO8, MSGO9, MSG10, MSG1l
MSGle, MSG13, MSGl4, MSG1lS5, MSGlé
MSG17, MSG18, MSG19, MSG20, MSG2l
MSG22, MSGRe3, MSG24, MSGeS, MSG26
MSG27, MSG28, MSG29, MSG30, MSG31
MSG32, MSG33, MSG34, MSG35, MSG36
MSG37, MSG38, MSG39, MSG4AO, MSG4A1
MSG42, MSGA3, MSG44, MSGAS, MSG46
MSG47, MSG48, MSGA9, MSGS50, MSGS1
MSGS2, MSG53, MSG54, MSG55, MSGS6
MSG57, MSG58, MSG59, MSG6O, MSG6L
MSG62, MSG63, MSG64, MSGES, MSG66
MSG67, MSG68, MSG69, MSG70, L$DLY

.SBTTL
.PSECT

HE$CODES,

JSR

R1, $SAVE2

1611

¢PRIO7,-(SP)

1650

.GLOBL

000000G

5-Jul-1984 14:02:06

.GLOBL
.GLOBL
.GLOBL
.GLOBL
.GLOBL
.GLOBL
.GLOBL
.GLOBL
.GLOBL
.GLOBL
.GLOBL
.GLOBL
.GLOBL

.GLOBL
.GLOBL
.GLOBL

004137
005746
012746

VAX-11 Bliss-16 V4.0-579

AMA

.GLOBL
.GLOBL
.GLOBL
.GLOBL
.GLOBL
.GLOBL
.GLOBL
.GLOBL
.GLOBL
.GLOBL
.GLOBL

000000
000004
000006

14:05:07

.ENABL

.GLOBL

000000

5-Jul-1984

TST
MOV

$T1 TEST 1

-(SP)

- NON-EXISTANT I/0 PAGE REGISTER TEST

B8
CZQANACO DEQGNA FUNCTIONAL TEST
TEST 1
NON-EXISTANT 170 PAGE REGISTER TEST
012746
012746
012746
104437
012701
001410
013700
001403
005066
077003
005301
000767
005037

0000006
000004
000003

012702
104402
017737
012701
001410
013700
001403
005066
077003
005301
000767
023727
001032
005037

000010

MOV

MOV
MOV
TRAP
MOV

000062
0000006

000010

cs:

017737

012716
012746
010600
104414
013716
012746
012746
010600
104414

S$:

000007

6%:

000010

7¢:
8%:

0000006 177777

103720

MOV
MOV
8€EQ

MOV

8EQ
CLR
508
OEC
B8R
cHP
BNE

MOV

MOV
MOV
TRAP
MOV
MOV
MOV

0000006
000002

000002

MOV
MOV
TRAP

CLR

0000006
0000006
000001

MOV

TRAP
TRAP

104455
000145
0000006
000000G
0000006
012700
104451
104444
000006
062706
104467
006000
062737
077264
017737
012702
104402

BEQ
MOV
8EQ
CLR
S08
DEC
B8R
CLR

.WORD
. WORD
. WORD

10%:

11¢:

03,-(SP)
37

062 ,R1

o,88TMP?2

L$OLY, RO
3
10(SP)

;

¢, 88TMP]

RO,2%
R1

:
:

1t
INTERRUPT
. FLG
aSHWP TABLE , TMP, I0P, ADR

SEQ 0092

$sTMP

¢, INDEX

07.R1

s, 88THMP?

8TMP IOP.ADR,TEMP]
94
L$DLY,RO
8%

10(SP)

RO, 7
R1

€s

;

$sTMP

e
$8TMPL,

$8TMP2

1660

1663
1664

oMSGS9,(SP)
01,-(SP)

SP,RO
14

SP,RO
14
5S
145

1652
1654
1655
1656
1658
1659

o,88TMP)

INTERRUPT FLG,0-1
108
INTERRUPT .FLG

TMP . IOP.ADR,(SP)
oMSG70, -(SP)
02, -(SP)

1651

Y
$STMP,»
$8TMP2

010,R2
2l

1665

: SP,e
1666

MSGOO

E1$REPORT

1667

ODEQNA .NO,RO

1662
1669

06,5P

S08

R2,5%
aHWP TABLE,
TMP . I10P ADR
¢2,.R2

TRAP

(MAZURCZYK ,DEQNA)JZONAS BLI ;2

MOV
MOV

VAX-11 Bliess-16 v4,0-579

ONXHM,
INT, -(SP)

8LO
RDD

0000006

000000G 0200006
000002

MOV
TRAP
TRAP
ADD
TRAP
ROR

S-Jul-1984 14:05:07
5-Jul-1984 14:02:06

»2,TMP I0P.ADR

s
INDEX,
s, INDEX

1671
1655
1674
1675
1676

C8
ZONAS

CZONACO DEQGNA FUNCTIONAL TEST

000260

000177
000007

$-Jul-1984
5-Jul-1984

TEST 1 - NON-EXISTANT I/0 PAGE REGISTER TEST

v01.0

000272
000274

MOV

0000006

MOV

128

0000006
138

000010

14%:

000000G 177777

8eQ

MOV

8eaQ
CLR
S08

14:05:07
14:02:06

0177,8TMP
_ 10P,ADR
07,.R1

154

LS$OLY,RO
144

10(SP)

RO,13$
R1

124
INTERRUPT .FLG,€0-1

15¢:

164

INTERRUPT
FLG

oMSG59,(SP)
e1,-(SP)

VAX-11 Blies-16 v4,0-579
{MAZURCZ YK ,DEQNA JZANAS .BLI ;2
3

s, 88THP2

o,88TMPY

;
;3
:

ST
. o
$STMPL
$8TMP2

10
(7)

1678

1679

1680

]

1683

SP,RO

SEQ 0093
Pege

1634

3 SP.‘

14
TMP_IOP.ADR,(SP)
oMSG70, -(SP)

]

SP,.RC

1685

SP,e

1686

1687

:
H

1682
1689

MSGOO

0000006

000006

000002
000004

000012

000440

16%:

0000006

MOV
TRAP
TRAP
ADD
TRAP
ROR

8LO

RADD

S08

MOV
TRAP
ADD
RTS

E1$REPORT
O0DEGNA .NO,RO
51
44

06,5P
67

113

02,TMP I0P,ADR
R2,11%
04 ,R0O

36
012,5P

H
:

;

1691

INDEX,»

1675

1694

;

1611

ABS$CODE$ + 0000
145 words,
Routine Base:
; Routine Size:
13 words
: Maximum steck depth per invocetion:

000000
000004
000006

000019
000012

004737
104466
006000

103773

000207

.SBTTL

JSR

TRAP
ROR

PC,$T1
56
RO

BLO
RTS

TEST

NON-EXISTANT

1/0 PAGE REGISTER
;

TEST
1694

—

1723
1724

1725
1726
1727
1728
1729
173C
1731
1732
1733

1734

1735

1736
1737

1738
1739
1740
1741
1742
1743
1744
1745

b Pt P
it Pt Pt
ik Pt Pt
i P
b
P
[
P

Q-Bus to DEGNA Slave Regs.

Interface

Processing:

BEGIN

check Software Reset (

e (u

(i P

Hardware tested:

od P

ond 1

SR ) bit

in the CSR for stuck at O

error

THEN
print error message
ENODIF

1715

1716
1717
1718
1739
1720
1721
1722

loop on error, the program re-executes the code that detected the
error until ‘C is entered.

if not

inhibited

set static bits ( 0,3,8,9 ) and check for expected CSR status

b (e

1714

This test verifies that the CSR register static bits cen be set
oand cleared 8s specified.
The host writes dats patterns to this
register and reads them back verifying no static
(stuck at 1 7 stuck at 0) faults occur. If the operator specifies

error

THEN
print error message
ENODIF

b P

1711
1712
1713

DESCRIPTION:

i (i Pl

1710

CSR STATIC BIT TeST

TEST 2:

if not

inhibited

clear static bits and check for expected CSR status
IF error
THEN

P
B0
B0
G0
B0
B0
6
OO
G0
G0
B¢
W9
V0
OF
V¢
G0
B
B
O¢
O
V6
VS
V0
W
VO
VI
T
Ve
Ve
Ve
BL
G0
GF
B
G0
B¢
B¢

1708
1709

)ZQNA3 .BLI ;2
URCZ
YK ,DEQNA
(MAZ

print error message
ENDIF

b (h (8 (il e P

1707

VAX-11 Bliss-16 v4,0-579

#SBTTL *TEST 2 - CSR STATIC BIT TEST’

if not

inhibited

set static bits ( 0,3,8,9 ) end check for expected CSR status
IF

error

THEN

print error message
ENDIF

Pt =8 [

1706

1705

S-Jul-1984 14:02:06

TEST 2 - CSR STATIC BIT TEST

10 00§t ot P

Oe
G0
06
08
B¢
B¢

1704

1699
1700
1701
1702
1703

S-Jul-1984 14:05:07

CZAONACO DEQNA FUNCTIONAL TEST

ZONFS
vo1.0

if not

inhibited

reset DEQNA end check for expected CSR status
IF erro=

END

THEN
print error messade
ENDIF

if not

inhibited

SEQ 0094

Page

12
(8)

ES8
CZQNACO DEGNA FUNCTIONAL TEST

ZGNA3

TEST 2 - CSR STATIC BIT TEST

1748

1749

1750
1751
1752
1753

1754

1755
1756

1757

1758
1759
1760
1761
1762
1763
1764
1765
1766

1767
1768
1769
1770
1771
1772
1773
1774
1775
1776
1777
1778
1779
1780
1781
1782
1783
1784
1785
1786
1787
1788
1789
1790
1791

VNUVNUVVINWOEVNOOO RO VNIUINIVIVIVIWWWWWWUNO
OO
VNTVVVITINVIVIINTN (W

1747

1795

1796

1797
1798

BGNSUB;
Yoo

CHECK IF CSR STATIC BITS (BIT 0,3,8 AND 9) ARE NOT STUCK AT 0O

RESET_DEGNA (

PUT _BIT (

CSR,

);

ALL_BITS, PATRN]1

DELAY ( TIME6_LIMIT );
TEMP]1 = GET_BIT [ CSR_ALL
IF _TEMP1 NEQU PATRN]

);

] AND PATRN];

THEN

BEGIN

PRINTB ( MSGS9
PRINTB ( MSG6O

);
);

PRINTB ( MSG30, .GET_ADR [ CSR_ALL
ERRDF ( 0201, MSGOO, EL1SREPORT );

.TEMP1, PATRNL

);

END;
ENDSUB;
X

CHECK IF CSR STATIC BITS (BIT 0,3.8 AND 9) ARE

B8GNSUB;
PUT _BIT (

DELAY (

CSR,

ALL_BITS,

TIME6_LIMIT

);

TEMP2 = GET_BIT [ CSR_ALL
IF .TEMP2 NEQU ZERO

ZERO

0T STUCK AT 1

);

) AND PATRNI;

THEN

BEGIN

PRINTB (
PRINTB (

MSGS9
MSG61

);
);

PRINTB ( MSG30, .GET_ADR [ CSR_ALL
ERRDF ( 0202, MSGOO, E1$REPORT );

.TEMP2,

ZERO

);

.TEMP4,

ZERO

);

END;
ENDSUB;

BGNSUB;

PUT_BIT ( CSR, ALL_BITS,
RESET_DEGNA ( ):

TEMP3 = GET_BIT [ CSR_ALL
IF .TEMP3 NEQU ZERO

PATRN]

);

) AND PATRN

THEN

PRINTB (
PRINTB (

1794

14:05:07
14:02:06

BGNTST;

BEGIN

1792
1793

V¢

v01.0

1746

$-Jul-1984
S-Jul -1984

MSGS9
MSG62

);
);

PRINTB ( MSG30, .GET_ADR [ CSR_ALL
ERRDF ( 0203, MSGOO, E1$REPORT );
END;
ENDSUB
;

VAX-11 Bliss-16 v4.0-579

{MAZURCZ
YK .DEQNA]JZQGNA3.BLI ;2

SEQ 0095

Page

13
(9)

F8
CZQGNACO DEGNA FUNCTIONAL TEST

ZGNA3

TEST 2 - CSR STATIC BIT TEST

v01.0

$-Jul-1984 14:05:07
S-Jul-1984 14:02:06

1799

1800

004137
162706
104402
004737
013701
012761
012702
001410
013700
001403
005066
077003
005302
000767
016116
011637
042737
023727
001444
012746
012746
010600
104414
012716
012746

010600
104414
012716
013746
013766
062766
016646
012746
012746
010600
104414
104455
000311

5€Q 0096
Page

14
(9)

ENDTST;

$72:

0000006
000016

0000006
0000006
001411
000016
000001

24:

3%:

000014

000016

0000006

176366

S$:

TRAP

1746
1754
1755

s,$8TMPL

MOV

8EQ
CLR
S08
DEC
B8R

MOV
MOV

14(SP)

$S$TMP
,e
$$TMP]
$$TMP2

16(R1),(SP)
(SP),TEMP1

s,TMP _LOCATION

RO,3$
R2
2

0176366, TEMP]
TEMP], 01411

SP,RO

MOV

14
01411,(SP)
TEMPL, -(SP)

8LO

TRAP
MOV

CLR

MOV

GET.ADR, 12(SP)
016,12(SP)

1757

1761
9P,

1762

oMSG60, (SP)

SP,RO

1756

1758

MOV

ADD
TRAP
ROR

TMP . LOCATION,
+

64
oMSGS9, -(SP)

01,-(SP)

.WORD
.WORD
. WORD

7¢:

1696

516.SP

s, $8TMP2

MOV
MOV
ADD
MOV
MOV
MOV
MOV
TRAP
TRAP

6$:

TEST

S$
L$OLY,RO

MOV
TRAP

001411
0000006
000000G 000012
000016
000012
000012

CSR STATIC BIT

8ta

MOV
TRAP
MOV

000001

PC,RESET
. DEGNA
REG.ADR,R1
01411,16(R1)
01,R2

MOV
MOV

0000006
000001

$72 TEST 2

R1,$SAVEZ

JSR

8IC
cHP
8EQ

0000006

000000G 001411

000016
000001

.SBTTL
JSR
SuB
MOV
MOV
MOV

0000006

000016

012702

VAX-11 Bliss-16 v4,0-579
(MAZURCZYK ,DEQNA JZGNAS . BLI; 2

SP,s

1763

s, TMP LOCATION

¢, TMP LOCATION

12(SP), -(SP)

TMP LOCATION,
»

SP,RO

SP,e

oMSG30, -(SP)

1764

55
311

MSGOO

E1$REPORT
@16,5P
67

1760
1765

1766
1773

RO
18

REG.ADR,R1

16(R1)

01,R2

*,$8TMP2

1774

G8
CZQNACO DEQNA FUNCTIONAL TEST

ZANA3Z

TEST 2 - CSR STATIC BIT TEST

v01.0

000240
000242
000246
000250
000254
000256
000260
000262
000270
000276
000304
000306
000312
000316
000320
000322
000326
000332
0C0334
000336
000340
000344
000352
000360
000364

000370
000374
000376
000400
000402
000404
000406
000410
000414
000416
000420
000422
000424
000430
000436
000442
000446
000454
000462
000470
000472
000476
000502
000504

000506
000512
000516
000520

5-Jul-1984 14:05:07
5-Jul-1984 14:02:06

001410
013700

0000006

005066
077003
005302
000767
016166
016637
042737
001443
012746
012746

000014

001403

010600
104414

012716
012746
010600
104414
005016
013746
013766
062766
016646
012746

8%:

8EQ

8eqQ
CLR

10¢:
000016
000004

176366

000004

0000006
0000006

11%:

OEC
B8R
MOV
MOV
8IC
8tQ

MOV
MOV
MOV
TRAP
MOV

000001

MOV

000001

000016
000016

0000006
0000006
062706
000016

104467

12¢:

103700
0000006
000016
00141!
0000006
0000006
000010
000016
000010
0000006
0000006
176366

0000006
000001

13s:

14(SP)

RO,9$
R2

16(R1),4(SP)

4(SP),TEMP?2
0176366, TEMP?2

¢,88TMP]

;
;
;

$sTMP
$STMP
.,
]
$8TMP2

;

¢, TMP LOCATION

TMP LOCATION,
s

12%

SP,RO
14
oM3G61,(SP)

aMSG59, -(SP)
e1,-(SP)

MOV
MOV
ADD
MOV
MOV
MOV
MOV
TRAP
TRAP

(SP)

TEMP2, -(SP)

ADD
TRAP
ROR

8LO

TRAP
MOV
MOV

JSR

MOV
MOV
MOV

8IC
8EQ

MOV
MOV
MOV
TRAP
MOV
MOV
MOV
TRAP

GET.ADR, 16(SP)
016,16(SP)

16(SP), -(SP)

04, -(SP)

SP,.RO
14
55
312

(9)

1775

1779

SP,e

;

SEQ 0097
Page

1776

SP,RO

.WORD
.WORD
. WORD

006000

11$
L$DLY,RO
10$

(MAZURCZYK ,DEQNA JZQGNA3S . BLI ;2

MOV
TRAP

CLR

012746
010600
104414
104455
000312

104402
013700
012760
004737
013700
016066
016637
042737
001443
012746
012746
010600
104414
012716
012746
010600
104414

MOV

VAX-11 Bliss-16 v4.0-579

1780

SP,s

1781

;

¢, TMP _LOCATION

TMP _LOCATION,

;

SP,s

1782

H
:

1778
1783

;

1784

1787

;

1788

1789

MSGOO

E1$REPORT
016,5P

RO
7%

REG.ADR,RO
01411,16(R0O)
PC.RESET.DEQNA
REG.ADR,RO

16(R0O),10(SP)
10(SP), TEMP3

2176366, TEMP3
14¢
eMSGS9, -(SP)

SP,RO
14
aMsG62,(SP)
e1,-(SP)

SP,RO
14

*,TMP _LOCATION

TMP_LOCATION,
=

1790

;

1793

;

SP,»e

1794

SP,s

H8
CZQNACO DEGNA FUNCTIONAL TEST
TEST 2 - CSR STATIC BIT TeST

ZONA3
v0l1.0

000522
000524
000530
000536
000544
000550
000554
000560
000562

000564
000566
000570

000572
000574
000600
000602
000604
000606
000612

005016
013746
013766
062766
016646
012746
012746
010600
104414

;

000022
0000006
000004

004737

000456°

104466
006000
103773
000207

1
1

TEMPE, -(SP)
GET.ADR,22(5SP)
016,22(5P)
22(5SP), -(SP)
oMSG30, -(SP)

MOV

04, -(SP)

MOV
TRAP
TRAP

SP,RO
14
55

ADD
TRAP
ROR

8LO
ADD
RTS

198 words,

depth per

6 words,
: Routine Size:
;i Maximum stack depth per
;1801
1802
s

14%:

Rout ine Base:

invocation:

AB$CODES

14:05:07
14:02:06

VAX 11 Bliss-16 v4.0 579
(MAZUR
.DEQNA
CZY
JZQNA3K
. P I;2

(SP)

MOV
MOV
ADD
MOV
MOV

.WORD
.WORD
.WMORD

0000006
062706 000016
104467
006000
103706
062706 000016
000207

Maximum stack

000000
000000
000004
000006
000010
000012

CLR

0000006
000000G 000022
000022
000016

104455
000313
000000G

;: Routine Size:

§-Jul-1984
5-Jul-1984

313
MSGOO
EL1S$REPORT

SEQ 0098
16

(9)

1795
:

¢, TMP LOCATION
¢, TMP _LOCATION
TMP . LOCATION,

SP,e

1796

e16,5P
67
RO

1792
1797

016,5P
PC

1696

13¢

0456

19 words

12::
1s:

.SBTTL
JSR
TRAP
ROR

8LO

RTS

AB$CODES
Rout ine Base:
invocation:
2 words

T2 TEST 2 - CSR STATIC BIT TEST
PC,8T2
66
RO

1272

1798

18
CZQGNACO DEGNA FUNCTIONAL TEST
TEST 3 - ETHERNET STATION ADDRESS VERIFY TEST

ZGNA3
o (b

Yoo
I
¢
R IDID D IG IV IO IV ID IS IV IO IS IS IO IG IR IN IS IV IV ID ID ID
IB ID I D D 1D

WD I
D D P

VAX-11 Bliss-16 v4.0 579
(MAZURCZYK
.DEGNA JZGNA3 .BLI ;2

#SBTTL *TEST 3 - ETHERNET STATION ADDRESS VERIFY TEST’

P
b b
et
(s o
o (b P
b (b P
b o
i
o P
(e P
P
(b ot Pt P
P
b o
bt b
Pt
P
b [
ot et

1832
1833
1834
1835
1836
1837
1838
1839
1840
1841
1842
1843

1803
1804
1805
1806
1807
1808
1809
1810
1811
1812
1813
1814
1815
1816
1817
1818
1819
1820
1821
1822
1823
1824
1825
1826
1827
1828
1829
1830
1831

G¢

©F

vol.0

S-Jul-1984 14:05:07
5-Jul-1984 14:02:06

ETHERNET STATION ADDRESS VERIFY TEST

TEST 3:
DESCRIPTION:

This test verifies that
the Ethernet Station Address PROM can be
read and loaded to host memory correctlz. Ethernet Station Address is
verified and checksum is computed from PROM data read and this checksum
is compared to the checksum stored in the Ethernet Station Address
PROM. Ethernet Station Address is always printed out on the console in

the Ethernet stendard format.

If the address is not proper, the error

is recorded and an appropriate error message

is printed out on the

console. If the operator specifies loop on error, the program
re-executes the code that detected the error until

Hardware tested:
Processing:

is entered.

Station Address PROM
@-Bus DMA Interface

BEGIN
read DEQGNA Station Address PROM and checksum

save copy of Station Address PROM in host memory

print Station Address on the console

in stendard format

compute Station Address ROM checksum
IF checksum read not eaual checksum computed
THEN
print error message
ENDIF

if not

inhibited

IF Stetion Address

{all O's)
OR (all 1's]):
OR [multicest bit set]:

THEN
print error message
ENDIF

END

if not

inhibited

SEQ 0099

Page

17
(10)

J8
ZQNA3
v01.0

CZQNACO DEQNA FUNCTIONAL TEST
TEST 3 - ETHERNET STATION ADDRESS VERIFY TEST
3

BGNTST;

1846

BGNSUB;

1849

1851

1844

1845

H
:

1847
1848

:
:

H
:

1850

1852
1853

1854

1855

1856

S
S

HEXS

S
S

INCR INDEX FROM O TO S BY 2 DO

1860

:
:

1861
1862

7
7
7

1864

1863

1865
1866

6
6

186

H
:
H
:
H

1870
1871
1872
1873
1874

6
6
6
6
S

1877

:
:

H
:

:
:

186;

1869

1875
1876

1878
1879

1880

1881
1882

S
S
S
S

H
H
:
H

1892
1893
1894
1895

189

COUNTER =
END;
feo

!--

_STATION_ADR [

PRINT PHYSICAL STATION ADDRESS

.HWP_TABLE [ ADDR )

PRINTB ( PHYS_wKDR

);

PUT_BIT ( CSR, LB, EXT_LOOPBACK

TEMP1

S
S
S
S
S

);

READ ACTUAL CHECKSUM FROM DEQNA STATION ADDRESS PROM AND COMPARE IT TO

S
S
S
S
S

.COUNTER ];

_CHECKSUM « 1;

_COUNTER +

PRINTB ( MSGOl,

S
S

1891

THEN
CHECKSUM =

1889

1890

CHECKSWM t 1;

IF .CHECKSUM GTRU WORD_LIMIT

;

CHECKSUM =

END

ELSE

_CHECKSUM t 1;
_CHECKSUM . 1;

CHECLKSUM = CHECKSUM «

1884

1885
1886
1887
1888

CHECKSUM =
CHECKSUM =

H
H
H
:

8EGIN

) NEQU ZERO

IF ( .CHECKSUM AND #0'100000
THEN

:
H

BEGIN

6
6

1858
1859

Page

COMPUTE EXPECTED CHECKSWLTM

CHECKSUM = O;

3
:
:

1857

SEQ 0100

VAX-11 Bliss-16 v4.0-579
(MAZURCZ YK ,DEQNA)ZGNA3 . BLI ;2

RESET_DEGNA ( J;
FORM_MHEX_ADR ( PHA_INDEX );

S-Jul-1984 14:05:07
S-Jul-1984 14:02:06

!
THE EXPECTED CHECKSUM COMPUTED ABOVE.
DELAY (

TEMPL

<«

);

_REG_ADR (
_TEMPL

t 8;

);

1, ALL_BITS J;

TEMP2 =
_REG_ADR [ O, ALL _BITS };
STATION_APDOR [ CHSUM ) = _TEMP1 OR ( .TEMP2 AND #0'000377'
PUT _BIT ( CSR, LB, ZERO );
IF .CHECKSUM NEGQU ,STATION_ADR [ CHSUM )
THEN

);

18
(11)

IK8
CZANACO DEQNA FUNCTIONAL TEST
TEST 3 - ETHERNET STATION ADCRESS VERIFY TEST

7 INAR3

1897
1898
1899
1900
1901
1902
1903
1904
1905
1906

1907

1908
1909
1910
1911
1912
1913
1914
1915
1916
1917
1918
1919
1920
1921
1922
1923
1924

1925

000060
000004
000010
000012
000016
000022
000026
C00032
000034
000040
000042
000050
000052
000056
000062
000064
000070
000074
000076
000104
000110

NN DLDLDWDBBLWUWWDLLBDLUWUWUMWNLUNAAOCTOTO

v01.0

004137
162706
104402
004737
012746
004737
005037
005001
013700
006300
032737
001405
010037
005237
000402
010037
013700
006300
066037
005237
062701

BEGIN

PRINTB (

MSGS9

);

PRINTB ( MSG63, .STATION_ADR [ CHSUM ],
ERRDF
(0301, MSGOO, EL1SREPORT);

5-Jul-1984
5-Jul-1984

14:05:07
14:02:06

VAX-11 Bliss-16 v4.0 S79
(MAZURCZYK .DEQNA)ZQGNA3 .BLI; 2

SEQ@ 0101

Page

(11)

.CHECKSUM );

END;
ENDSUB;
TEMP3
TEMPE

=
=

ZERO;
ZERO;

"« INDEX FROM O TO 2 DO
BEGIN

TEMPZ =

_TEMP3 «

.STATION_ADR ([

THEN
TEMP4

_TEMPY

END;

.STATION_ADR [

.INDEX

( .TEMP3 EQLU ZERO )
OR ( .TEMP4 GTRU ZEROD )
OR (( .STATION_ADR ([ ZERO ]} AND sx'0100’
THEN

BEGIN

END;

PRINTB
PRINTB
PRINTB

(
(
(

ERRDF

(

];

.INDEX } EQLU ®X'FFFF'

MSGS9 );
MSG64 );
PHYS_ADR

0302,

);

) EQLU sX'0100'

MSGOO,

E1SREPORT);

$73:

.SBTTL
JSR

$T3 TEST 3
R1,$SAVE?

TRAP

)

ENDTST;

0000006

000006

1$:

0000006
000023
0000006
000000G
0000006
100000

2$:
000000G

0000006 000000G
0000006
000002

JSR
MOV
JSR
CLR
CLR

MOV
ASL

BIT

BEQ

0000006
0000006
0000006
000000G

Susd

MOV
INC
3s:
43:

STATION ADDRESS VERIFY

PC.RESET.DEQNA
023, -(SP)
PC.FORM.HEX.ADR
CHECKSUM
R1

CHECKSUM,RO

TEST

1800
1844

1847
1848

: INDEX

1854
1856
1861

g-lOOOOO.CHECKSUH

1858

RO, CHECKSUM
CHECKSUM

1861
1862

RO,CHECIKSUM
COUNTER,RO

1858
1865
1867

STATION.ADR(RO),CHECKSUM
COUNTER
02.R1

1873
1856

ASL

ADD
INC
ADD

ETHERNET

#6,SP

MOV
MOV

: «, INDEX

L8
CZANACO DEQGNA FUNCTIONAL TEST
TEST 3 - ETHERNET STATION ADDRESS VERIFY TEST

ZGNA3

vol1.C

000114
00012C
000122
000126
000132
000136
000140
000142
000146
000152

000154
000156
000162
000170
000174
000176
000202
000204
000210
000212

000214
000216
000224
000230
000234
00240
000244
000250
000254
000260
000264
000272
000300
000302
000306
000312
000314
000316
000322
000326
000332
000336
000340
QuUL3ae
000344
000346
000350
000352
000356
000362
000364
000366

000370

020127
003745
017716
012746
012746
010600
104414
012716
012746
010600
104414
013701
052761
0127C2
001410
013700
001403
005066
077003
005302
000767
016166
016600
072027
010037
011166
011137
005037

111137

050037

042761

023737
001426
012716
012746
010600
104414
013716
013746
012746
012746
010600
104414
104455
000455
0000006
0000006
062706
062706
104467
006000
103610
005037

cMP
BLE

000005

MOV
MOV
MOV
MOV
TRAP
MOV
MOV
MOV
TRAP
MOV

0000006
0000006
000002

0000006
000001

0000006
000016
001400
000005

8IS

Ss:

MOV

0000006
000014

14:05:07

S5-Jul-1984 14:02:06

R1,05
2$

6%:

8%:

SP,RO

14
OPHYS
. ADR, (SP)

REG.ADR,R1
€1400,16(R1)

SEG 0102
Page
20
(11)

INDEX,»
1880

SP.‘

SP,RO

1881

SP,s
1888

#,$8TMP2

L$OLY, RO

‘,'STHPI

RO,6%
R2

14(SP)

:
:
:

$STMP
$STMP],»
$$TMP2

5¢
2(R1),10(SP)
10(SP),RO

:
:

¢, TMP_LOCATION
TEMPLl,=

18%0
1891

;
:

¢, TMP _LOCATION
TMP .LOCATION,
*

1892

TEMP2,
s

05,R2
8¢

(R1),12(SP)
(R1),TEMP?
STATION.ADR+6
(R1),STATION.ADR+6

RO,STATION.ADR+6
€1400,16(R1)

CHECKSUM,STATION.ADR+6

9
#MSG59, (SP)
01,-(SP)

SP,RO
14

CHECKSUM, (SP)
STATION.ADR+6,
-(SP)

0000006
0000066
0000006
000003

;
H

#MSGO1, -(SP)

210,R0
RC,TEMPL

0000006
000001

VAX-11 Bliss-16 V4.,0-579
(MAZURCZYK ,DEQNAJZGNA3.BLI; 2

3HWP TABLE,
(SP)

74:

000002
000010
000010
000010
0000006
000012
0000006
0000066
0000066
0000066
000016
001400
0000006 000006G

S-Jul-1984

915G63, -(SP)
03,-(SP)
SP,RO
14

1889

1893

1894

1898

1895

SF,s

1899

SP,1

1900

1897

1844

1901

1904

455
MSGOO

000010
000010

E13REPORT
©¢10,SP
©10,5P

9%
:

0000006

8LO
CLR

1
TEMP3

M8
CZQNACO DEQGNA FUNCTIONAL TEST
TEST 3 - ETHERNET STATION ADDRESS VERIFY TEST

000530
000532
000534
000536
000542
000546

0000006

066037
026027
001002
005237

000000G 0000006
000000G 177777

005000

062700
020027
003762
005737
001407
005737
001004
032737
001430
012746
012746
010600
104414
012716
012746
010600
104414
012716
0i2746
010600
104414
104455
000456
000000G
000000G
062706
062706
000207

: Routine Size:

11%:

004737

INC
ADD
cMP

12¢:

0000006
000001

TEMP4

BIT

#400,STATION.ADR

MOV
MOV

#MSGS9, -(SP)

;
: SP,s

MOV
MOV

SP,RO
14

aMMSG64,(SP)
¢i,-(SP)

:
: SP,s

MOV
MOV

SP,RO
14

#PHYS,ADR, (SP)

:
;

.WORD
.WORD
.WORD
ADD

SP,RO
14
55

456
MSGOO

MOV
TRAP

0000006
000001

MOV
TRAP
TRAP

000010
000006

13%:

180 words,

001306°

104466
006000
103773
000207

6 words,
;: Routine Size:
;: Maximum stack depth per

BEQ

MOV
TRAP

0000006
000001

Routine Base:

invocation:

16 wcrds
T3::
1¢:

»
«(INDEX),

BNE

000000G

«(INDEX),
s

TST

BEQ

0000006

TEMP3
STATION.ADR(RO),
STATION.ADR(RO),#-1
118

INDEX

TEMP4
#2,RO
RO, ¢4
10$
TEMP3

BLE

0000006

000400

ADD
cMP
BNE

0000006
000002
000004

: Maximum stack depth per
000000
000000
000004
000006
000010
000012

10¢:

TEMP4
RO

Etg

005037

000374
000400
000402
000410
000416
000420
000424
000430
000434
000436
000442
000444
000450
000452
000460
000462
000466
000472
000474
000476
000502
000506
000510
000512
000516
000522
000524
000526

VAX-11 Bliss-16 V4.0-579
(MAZURCZYK.DEGNA]ZGNA3.BLI;2

vo1.0

S-Jul-1984 14:05:07
5-Jul-1984 14:02:06

ZGNR3

ADD

RTS

123

13¢

e1,-(SP)

#1,-(SP)

E1$REPORT

€10,5P
£6,5P
PC

Page

(11)
190S
1906
1908
1909

: &, INDFX

19i2
196

1914

1915

;

1916

1919

12¢

SEQ 0103

s
INDEX,

1920

1921
SP,»

1922

1918

1800

ABSCODES$ + 1306
LSBYTL

T3 TEST

JSR

TRAP
ROR

PC,$T3
66
RO

RTS

BLO

Routine Base:
ABS$CODES$
2 words
invocation:

+ 2056

ETHERNET STATION ADDRESS VERIFY TEST

1923

N8
CZQGNACO DEGNA FUJCTIONAL TEST
TEST 4 - INTERRUPT VECTOR ADDRESS TEST

ZGNA3
e Y o

VAX-11 Bliss-16 V4.0-579
[(MAZURCZYK.DEQNA]JZGNA3
.BLI;2

%#SBTTL *'TEST 4 - INTERRUPT VECTOR ADDRESS TEST'
L KX3

INTERRUPT VECTOR ADDRESS TEST

TEST 4:
DESCRIPTION:

This test verifies that all bits of the vector address register
can be set and cleared as specified.
The host writes data patterns
to this register and reads them back verifying no static
(stuck at 1 / stuck at 0) faults occur. If the operator specifies
loop on error, the program re-executes the code that detected the
error until tC

NOTE:

is entered.

Only bits 9:2 of the Interrupt Vector Address Register are
valid,

rest read as 0

The following BINARY data patterns are used:
00000000

11111111

10101010
01010101
11001100
00110011
11110000
00001111
walking 1's, 1 propagating thru Vector Address Reg.
walking O's, O propagating thru Vector Address Reg.
Hardware tested:

Device Vector Address Register
Slave Interface Registers

Y el ol el

ol el el el el el

o o X

Y o o

BEGIN

oy T

Processing:

reset device
REPEAT for each pattern

ol o o

write pattern to Vector Address Register ( bits 9:2 )
read pattern from Vector Address Register ( bits 9:2 )

compare write pattern to read pattern (less noise bits)
IF not equal
THEN

O e

print error message
ENDIF

1928
1929
1930
1931
1932
1933
1934
1935
1936
1937
1938
1939
1940
1941
1942
1943
1944
1945
1946
1947
1948
1949
1950
1951
1952
1953
1954
1955
1956
1957
1958
1959
1960
1961
1962
1963.
1964
1965
1966
1967
1968
1969
1970
1971
1972
1973

Y o

B¢

V¢

vo1.0

S-Jul-1986 14:05:07
5-Jul-1984 14:02:06

END

ENDREPEAT

if not

inhibited

SEQ 0104
Page
23

(12)

B9
CZQONACO DEGNA FUNCTIONAL TEST

ZANAS

TEST &

1974
1975

1976
1977
1978

1979

1980
1981
1982

1983

1984
1985
1986
1987
1988
1989
1990
1991
1992
1993
1994
1995
1997
1998
1999
2000
2001
2002
2003
2004
2005
2006

2007
2008
2009

2010
2011
2012
2013
2014
2015
2016
2017
2018
2019
2020
2021
2022
2023
2024
2025
¢0c6

WHWHWNHNAWNWNDBDARNINNNNOORNRODUWWHWWWWWWHWDRA
YNNI
B
W
e

v01.0

§-Jul-1984 14:05:07

INTERRUPT VECTOP ADDRESS TEST

VAX-11 Bliss-16 v4.0-579

S-Jul-1984 14:02:06

[MAZURCZ
/K .DEQNA JZQNAS .BLI ;2

BGNTST;
RESET _DEQNA (
Seo

'
'

);

WRITE ALTERNATING O°'S AND 1'S TO INTERRUPT VECTOR ADDRESS REGISTER
IN THE I/0 PAGE, THEN READ AND COMPARE TO THE WRITE PATTERN

INCR INDEX FRO® O TO 7 DO

BEGIN
TEMPY = _PTRN_TABLE ([ .INDEX )3
BGNSUB;
PUT_BIT [ INT_VEC, VEC_ADR, .TEMPL1

IF GEY_BIT {
THEN

];

INT_VEC, VEC_ADR ) NEQU .TEMP]

BEGIN

PRINTB (
PRINTB (

MSGS9
MSGES

);
);

PRINTB ( MSG30, .GET_ADR [ VEC_ALL
ERRDF
( 0401, MSGOO, E1SREPORT );

.TEMP1, GET_BIT

[

INT_VEC,

VEC_ADR

)

);

VEC_ADR

]

);

END;
ENDSUB;
END;

..HRIYE WALKING 1 PATTERN INTO THE INTERRUPT VECTOR ADDRESS IN THE 1/0 PAGE
REGISTER THEN READ AND COMPARE

TEMP1

TO THE WRITE PATTEKRN

= #8° 00000001°;

INCR INDEX FROM O TO 7 DO

BEGIN
BGNSUB;
PUT _BIT [ INT_VEC, VEC_ADR, .TEMP1 );
IF GET_BIT [ INT_VEC, VEC_ADF ) NEQU .TEMP]
THEN

BEGIN

PRINTB (
PRINTB (

MSGS9
MSG6S

);
);

PRINTEB ( MSG30, .GET_ADR [ VEC_ALL
ERRDF
( 0402, MSGOO, E1S$REPORT );

END;
TEMPL = TEMPL
ENDSUB;
END;

¢t

.TEMP1l, GET_BIT

(

INT_VEC,

Qoo

!
!

WRITE WALKING O PATTERN INTO THE INTERRUPT VECTOR ADDRESS IN THE 1/0 PAGE

TEMP]1

= #B°11111110°;

TO THWE WRITE PATTERN

SEQ 0105

Pege

(13)

C9o
CZANACO DEQGNA FUNCTIONAL TEST

ZQONAS

2041
2042

2043
2044
2045

000000
000004
000010
000014
000016
000024
000030
000032
000036
000042
000044
000046
000052
000060
000064
000070
000074
000076
000100
000102
000106
000110
000112
000116
000122
000124
000126
000132
00013€¢
000140
000142

JENENRNRVIENY,
Y. X, Y. 3 Y7 ¥V

004137
162706
004737
005001
116137
105037
104402
013700
013702
006302
006302

042702
042760
050260
016016
013702
011600
006200
006200
042700
020002
001456
012746
012746
010600
104414
012716

012746
010600
104414
013700

INTERRUPT VECTOR ADDRESS TEST

14:05:07
14:02:06

VAX-11 Bliss-16 v4.0-579

(MAZURCZ
i .DEGNA JZGNAS . BLT ;2

SEQ 0106

Page

(i3)

INCR INOEX FROM O TO 7 DO
BEGIN
BGNSUB;

PUT BIT {

INT _VEC, VEC_ADR,

.TEMP]

];

IF GET _BIT ([ INT_VEC, VEC_ADR ] NEQU .TEMP]
THEN

BEGIN

PRINTB (
PRINTB (
PRINTB (

END;

X
X

2030
2031
2032
2033
20%4
2035
2026
2037
2038
2039

XV YT R ¥

O
B8
G0
B0
O
S0
G0
G
S0
G0
B
G0
©4
B0
G5
G0
G4
82
®0

2027
2028
2029

2040

TEST 4

v01.0

S Jul-1984
5-Jul-1984

ERRDF

TEMPYL = ((

ENDSUB;
END;

MSGS9 )
MSG6S );
MSG30, .GET_ADR [

VEC_ALL

( 0403, MSGOO, ELSREPORT

. TEMPY

* 1

)

);

.TEMPY,

GET_BIT

[

INT_VEC,

VEC_ADR

]

);

) AND #0°'000377*

ENDTST;

$74;

0000006

14:
2%:

.SBTTL
JSR
SuB
JSR
CLR
MOve
CLRB
TRAP

MOV
MOV

ASL
ASL

176003

001774

000014
000014

177400
0000006
000001

7000006
000001

0000006

000014

8IC
8IC
8IS

MOV
MOV
MOV
ASR
ASR

8IC
cHP
8€Q

MOV
MOV
MOV
TRAP
MOV
MOV
MOV
TRAP

MOV

$74

TEST 4

INTERRUPT VECTOR ADDPESS TEST

R1,$SAVE2
e022,5P
PC,RESET.DEQGNA
R1
PTRN, TABLE(R1),TEMP]

X
INDE
s(IMNDEX),»

2
REG.ADR,RO

TEMP] ,R2
R2
R2
0176003 ,R2
01774,14(R0O)
R2,14(RO)

¢, TMP_LOCATION

(SP),RO

TMP . LOCATION,
¢

RO
RO
0177400,R0
RO,R2

3¢

1983
1985

1988

1991

oMSGS9, -(SP)

SP,RO
14
aMSG6S,(SP)

SP,e

SP,RO
14

SP,s

REG.ADR,RO

1976

1987

14(R0O),(SP)

TEMP] ,R2

1925

1992

1993

D9
CZQNACO DEGNA FUNCTIONAL TEST

ZANAS

TEST & - INTERRUPT VECTOR ADDRESS TEST

v01.0

000146

000154
000160
000162
000164
000170
000172
00176
000204
000212
000216
000222
226
000230
000232
000234
000236
000240
000242
000246
000250
000252
000254
000256

000262
000264
000272
000276
000300

000304

000310
000312
000314
000320
000326
000332
000340
000344
000350
000352
000354
000360
000362

000364
000370
000374
000376
000400
000404
000410
000412
000414
000420

S-Jul-1984
S-Jul-1984

016066
016600
006200
006200
042700
010016
013746
013766
062766
016646
012740
012746
010600
104414
104455

000014

000010

MOV
MOV

000010

ASR
ASR

8IC

177400

MOV
MOV

0000006
0000006 000014
000014
000014
000014
000000G

MOV

ADD

MOV
MOV

MOV
MOV
TRAP
TRAP

000004

.WORD
.WORD

000621

062706
104467
006000

103666
005201
020127
003655
012737
012701
104402
013700
017702
006302
C06302

042702
042760
050260
016066
013702
016600
006200
006200
042700
020002
001456
012746
012746
010600

104414
012716
012746
010600
104414
013700
016066

VAX

Bliss-16

(MAZURCZ YK _DEUNA]ZQGNASZ
. BLI;2

14(R0),10(5P)
10(5P),RO

;
;:

¢, TMP _LOCATICON
TMP _LOCATION,s

GET.ADR,14(SP)
014,14(SP)
14(SP), -(SP)

;
:
s

¢, TMP _LOCATION
¢, TMP _LOCATION
TMP LOCATION,

SP,RO
14
55
621

;

SP,oe

RO
RO
0177400,R0
RO, (SP)
TEMPL, -(SP)

oMSG30, -(SP)

v4.0 S79

E1SREPORT

(13)

1990
1995

000007
0000006
4%
:

INDEX

1983

+, INDEX

2003
2005

INDEX,e

2008

4176003,R2
01774,14(RO)
R2,14(RO)

176003

001774
000014
000014
000014
000006
0000006
000006

14(R0O),6(SP)

;

¢, TMP _LOCATION

6(SP),RO

TMP LOCATION,

TEMPL RS

2009

RO
RO
0177400,R0
RO ,R2

177400

5%
oMSGCS9, -(SP)

000000G
000001
TRAP

TRAP
MOV
MOV

2012

SP,RO
14

14(R0O),16(SP)

aMSG6S, (SP)
01, (SP)

0000006
000001
0000006
000014
000016

Page

MSGO0

3s:

5€Q 0107

1994

016,5P

00001¢

000001
000010

14:05:07
14:02:06

REG.ADR,RO

SP,e
2013

SP,e

¢, TMP_LOCATION

2014

ES
CZANACO DEQGNA FUNCTIONAL TEST

5-Jul-1984
S-Jul-1984

TEST &4 - INTERRUPT VECTOR ADDRESS TEST

016600

006200
006200
042700
010016
013746
013766

062766
016646
012746
012746
010600
104414

MOV

000016

ASR
ASR

8IC

177400

MOV
MOV
MOV
ADD
MOV
MOV
MOV
MOV
TRAP

0000006
000000G 000022
000014
000022
000022
0000006
000004

TRAP

104455

. WORD
.WORD
. WORD

000622
0000006
0000006
000016
062706
006337

ADD

ASL

1044€7

TRAP
ROR

103662

8L0
DEC
BNE
MOV

006000

005301
001260
012737
012701
104402
013700
013702
006302
006302
042702
042760
050260
016066
013702
016600
006200
006200
042700
020002

000672
000700

001456
012746
012746
010600
104414
012716
012746
010600
104414
013700
016066
016600

000376
000010

0000006
64:

0000006

MOV

0000006

176003
001774
000014

MOV
TRAP
MOV

ASL
ASL

000014

8IC
8IC
8IS

MOV
MOV

000014
000014
0000006
000014

MOV

177400

8IC

0000006
000001

MOV

ASR
ASR

8tqQ

0000006
000001

0000006
000024
000014
000024

MOV
MOV
TRAP
MOV
MOV
MOV
TRAP
MOV
MOV
MOV

16(SP),RO

_3:05:07
14:02:06

VAX-11

Bliss-16

TMP_LOCATION,

22(SP), -(SP)

;
:
:

¢, TMP LOCATION
¢, TMP_LOCATICON
TMP.LOCATION,»

SP,RO

;

SP,e

RO,(SP)
TEMPL, -(SP)
GET.ADR,22(SP)
014,22(SP)

aMsG30, -(SP)

14
5SS
622

5EQ 0108

(MAZURCZ
YK .DEQNA JZQNAZ BLI;2
:

RO
RO
#177400,R0

v4.0 579

2015

MSGOO

E1$REPORT

2011
2017

016,5P
TEMP]

RO
44

;

44
0376, TEMPL

INDEX

s, INDEX

010,R1

REG.ADR,RO

2005
2026
2028
2029
2032

TEMP1,R2

R2
R2
0176003 ,R2
#1774,14(RO)
R2,14(RO)

14(R0O),14(SP)

TEMP] ,R2
14(SP),RO
RO
RO
#177400,RO
RO,R2
74
aMSGS9, -(SP)

o1, (SP)
SP,RO
14
oMSG65S, (SP)

e1,-(SP)

¢, TMP_LOCATION

TMP_LOCATION,s

2035

SP,s
2036

SP,RO
14

;

SP,e

14(R0),24(SP)
24(SP),RO

¢, TMP LOCATION

REG.ADR,RO

2032

2037

;

TMP _LOCATION,»

F9
CZQNACO DEGNA FUNCTIONAL TEST

ZANASZ

TEST 4

v01.0

000704
000706

006200
006200

000714

010016

000710

000716
000722
000730
000736
050742
000746
000752

000754
000756
000760
000762
000764
000766
000772
000776
001000
001002
001006
001012
001014
001016
001020
001022
001024

001030

177400

013746

000000G

016646
0i12746
012746
010600

104414
104455
000623
0000006
0000006
062706
013700
006300
005200
005037
110037
104467
006000
103654
005301
001252
062706

000207

INTERRUPT VECTOR ADDRESS TEST
ASR
ASR

042700

013766
062766

8IC

gl
MOV
MOV

0000006 000030
000014 000030

ADD

000030
0000006
000004

000016
0000006

5-Jul-1984
5-Jul 1984

MOV

MOV
TRAP
TRAP

. WORD
.WORD
. WORD

7%:

ADD
MOV
ASL

INC
CLR

0000006
000000G

MOvB

TRAP
ROR

aLo0
DEC
BNE

ADD
RTS

000022

14:05:07
14:02:06

VAX-11 Bliss-16 v4.0-579

[MAZURCZYK ,DEQNA JZQNAS .BLI ;2

SEQ 0109
Page
28

(13

RO
RO
0177400,R0
RO, (SP)

TEMPL, -(SP)

GET.ADR,30(SP)
914,30(SP)
30(sSP), -(SP)

;

¢,TMP _LOCATION

¢, TMP LOCATICN

TMP _LOCATION,

;

SP,s

oMSG30, -(SP)

SP,RO
14
55
623

2038

:
H

2034
2041

MSGOO

E1S$REPORT

016,5P
TEMP1,RO
RO
RO
TcMPl
RO, TEMP]

RO
64
R1

;

63
022,5P
PC

INDEX

2028

1925

AB$CODE
$ + 2072
Rout ine Base:
; Routine Size:
269 words,
21 words
: Maximum stack depth per invocation:

000000
000000
000004
000006
000010
000012

004737

002072'

104466
006000
103773
000207

: Routine Size:
6 words,
; Maximum steck depth per
:

2046

18:

.SBTTL

JSR

TRAP
ROR

PC,$T4
66
RO

RTS

8LO

AB$CODES
Rout ine Base:
invocation:
¢ words

(EST 4

3124

INTERRUPT

VECTOR ADDRESS TEST
;

2043

Pt P
i Pt Pt (s e
Pt
e P

VAX-11 Bliss-16 v4.0-579
(MAZURCZ
YK .DEQNAJZQNA3 .BLI;2

Coo
]

BOOT/DIAGNOSTIC PROM CHECKSUM TEST

TEST S:
DESCRIPTION:

This test verifies that the contents of the on-board ROM
(Boot/Diegnostic ROM) can be loaded to the host memory correctly.
Checksum s generated from the ROM data read and this checksum is
compared to the checksum stored in the last word location of the

on-board ROM. If the operator specifies loop on error, the program
re-executes the code that detected the
error until tC is entered.

i P

e (b (e

S Jul-1984 14:05:07
5 Jul-1984 14:02:06

#SBTTL *TEST S - BOOT/DIAGNOSTIC PROM CHECKSUM TEST®

i (o
P
o (d (b e Pt (il P

Hardware tested:

Processing:

setup Receive Descriptor List(s)
set Boot/Disgnostic ROM and Externsl loogback bits

Pt e (o

wait

This moves ROM boot code

10 msec.

into receive FIFO

or until RL ( bit S

inCSR

)

= O

check CSR status ( bit S5 ) and RCV Descriptor List status
IF

error

b P

THEN
print error message
ENDIF

b Pt (sl
e
Pt P

interface

18051 microprocessor
18051 ROM
CSR register
Receive FIFO

reset device

if not

clear Boot/Diagnostic ROM bit

inhibited

in CSR

This moves contents of FIFO to host memory

wait 10 msec. or until RCV Descriptor status changed
IF chenge in status
THEN
print error message

i P
0t (-t (e Pt Pt Pt
P

Q-Bus to DMA

BEGIN

BF
W
BT

B¢

W
W0
B

B¢

G¢

V¢

CZQNACO DEQNA FUNCTIONAL TEST
TEST S - BOOT/DIAGNOSTIC PROM CHECKSUM TEST

ENDIF

if not

inhibited

compute ROM checksum and compare to checksum read from ROM
IF not equsl

END

THEN
print error message
ENDIF

if not

inhibited

SEQ 0110

Page

29
(14)

H9
TEST S - BOOT/DIAGNOSTIC PROM CHECKSUM TEST

2097

2098
2099
2100
2101
2102
2103
2104
2105
2106
2107
2108
2109
2110
2111
2112
2113
2114
2115
2116
2117
2118
2119
2120
2121
2122
2123

2124
2125
2126
2127
2128
2129
2130
2131
2132
2133
2134

2135
2136
2137
2138
2139
2140
2141
2142
2143
2144
2145
2146

WHNWNWNEHWHEHNEHANNNANNAENNWERNANDDDDWWNWE
D D B
WG W W8N
8

B¢

V¢

OG0

G¢

OO0

©F

v01.0

2094
2095
2096

S-Jul-1984 14:05:07

CZQNACO DEQNA FUNCTIONAL TEST

ZGNA3Z

S-Jul-1984 14:02:06

BGNTST;
RESE
T _DEQNR (

);

CLR_BUFFERS ( 2 ¢ K );
Qoo

COPY BOOT/DIAGNOSTIC PROM DESCRIPTOR LIST INTO WORI: AREA

INCR INDEX FROM O TO BD_D_SIZE - 1 DO

DESCR_LIST [

.INDEX, W_LEN ] = .BD_PROM_DESCR [

.I0”_TABLE [ RLO_ADR ] = RCV_D_LIST;
.JOP_TABLE ([ RHI_ADR ]} = O;
PUT_BIT ( CSR, LB, EXT_LOOPBACK
PUT_BIT ( CSR, 8D, SET_IT );

DELAY ( K

);

INCR INDEX FROM O TO TIME3_LIMIT DO
IF GET_BIT [ CSR, RL ) EQLU ZERO
THEN

BEGIN

TEMP1

_INDEX;

EXITLOOP;
END
ELSE
IF _INDEX EQLU TIME3_LIMIT
THEN

BEGIN

PRINTB (

MSGS9

);

PRINTB ( MSG66, GET_BIT [ CSR_ALL
ERRDF ( 0501, MSGOO, ERRORSREPORT

END;

VER_DESCR_STATUS (

);

FINISH BOOT/DIAGNOSTIC PROM UPLOAD

PUT_BIT

DELAY (

( CSR, 80,
)

CLR_IT

);

Seo

CHECK IF RECEIVE STATUS CHANGED

VER_DESCR_STATUS (
RESET_DEGNA (

TEMP3

= O;

);

] );
);

.INDEX ];

VAY 11 Bliss-16 v4.,0-579
[MAZUR
.DEQNA JZGNA3
CZY
. BLI;?2
K

SEQ 0111

Pege

(15)

CZQNACO DEGNA FUNCTIONAL TEST

ZGNA3
v01.0

2147
2148

2149

2150
2151
2152
2153
2154
2155
2156
2157
2158
2159
2160
2161
2162
2163
2164
216S
2166
2167
2168

2169
2170
2171
2172
2173
2174
2175
2176
2177

000000
000004
000010
000014
000020
000024
000026
000034
000040
000044
000046

000054
000060
00C064
000072
000076
000100
000104
000106

HANDDDLDDUWDBWWD
DD (NG
WL
NN
NN

TEST S - BOOT/DIAGNOSTIC PROM CHECKSUM TEST

TEMPY = _DATA_BUFFER [ CHSUM_OFFSET + 1

TEMP3Z =

_DATA_BUFFER [ CHSUM_OFFSET ] +

TEMP3;

TEMP2 =

DATA_BUFFER [

TEMPS « (

) AND #X'FFO0’‘;

VAX-11 Blies-16 V4.0-579

5-Jul-1984 14:02:06

(MAZ\RCZYK
. DEGNA]ZANA3 .BLI;2

SEQ 0112
Page
31
(15)

.TEMP3 « 1 );

TEMP2 = ( .TEMP2 t 8 ) AND #X'FFOO';
TEMP2 = .DATA_BUFFER [ .TEMP3 ] + .TEMP2;
= O;
COUNTER
CHECKSUM = O;

INCR INDEX FROM O TO PROM_SIZE
IF .COUNTER EQLU .TEMP3
THEN

- 2 DO

.COUNTER + 2

COUNTER =

ELSE
BEGIN

CHECKSUM = _CHECKSUM + (

Engounren =

.COUNTER +

IFT;E.TEH92 EQLU ZERO ) OR (
N

.DATA_BUFFER [

CSR_WORD = GET_BIT ( CSR_ALL

PRINTB (
PRINTB E

ERRDF

END;

MSGS9 );
MSG67, .TEMP3,

.COUNTER ] AND #X'FF‘

);

.TEMP2 NEQU .CHECKSUM )

BEGIN

);

.TEMP2,

.CHECKSUM

0502, MSGOO, E1S$REPORT);

);

ENDTST;

004137
162706
004737
012746
004737
005000

0000006
000010
0000006

062700
020027
003770
012777
005077
013700
052760
012701
001410
013700
001403
005066

000002

016060

. TEMP3 ¢t 8

S-Jul-1984 14:05:07

$7S:

004000

000000G 000000G

1¢:

000036

002000

0000006
000010

ésg

:g.CLR.BUFFERS

MOV

8D .PROM,.DESCR(RO),DESCR.LIST(RO);

cMP

RO, 036

MOV
CLR

ORCV.D.LIST,aI0P.TABLE+4
SI0P.TABLE +6

:
:

£1410,16(R0O)

ADD

BLE

000000G 0000046
0000066

001410

$7S TEST S - BOOT/DIAGNOSTIC PROM CHECKSUM TEST
R1,$SAVE3
:
010,S5P
PC,RESET.DEQNA
:

MOV

0000006

LSBTTL
JSR
suB
JSR

000016

#2,.RO
14

MOV

REG.ADR,RO

MOV

02000,R1

BIS

2%:

©€4000, - (SP)

H
:

INDEX
s (INDEX),s( INDEX)
+, INDEX
«
INDEX,

s, $8TMP2

L$DLY,RO

., 88TMP]

10(SP)

$$TMP

BEQ

CLR

BEQ

MOV

2045
2096
2097

2103
2104
2103
2106
2107
2109
2110
21le

J9
CZQNACO DEQNA FUNCTIONAL TEST
TEST S - BOOT/DIAGNOSTIC PROM CHECKSUM TEST

ZANR3

vo1.0

000112
000114

000116
000120
000122
000126
000134
000142
000144
000150
000152
000156
000160
000164
000170
000172
000174
000200
000206
000212
000216
000222

000224
000226
000230
000232
000234
000236
000242
000244
000250
000252
000256
000262
000270
000274
000276
000302
000304
000310
000312
000314
000316
000322
000326
000332
000340
000344
000350
000754
000362
000364
000370

077003
005301
000767

005001
013700
016066
032766

001003
010137

000440
020127
001031
012716
012746
010600
104414
013700
016066
016616
012746
012746
010600
104414

LEX

Ss:
0000006
000002
000016
000040
0C¢0002

6%:

0000006
002000

74:

RO, 3$
R1

BIT
BNE

€40,2(SP)

MOV
MOV

MOV
B8R

CMP
BNE

MOV
MOV
MOV
TRAP
MOV
MOV
MOV
MOV
MOV
MOV
TRAP
TRAP

0000006
000001

0000006
000006
000016
000006
0000006
000002

104455

000765
0000006
0000006
062706
005201
020127
003724
004737
013700
142760
012701
001410
013700
001403
005066
077003
005301
000767
004737
004737
005037
113737
013700
072027
010037
042737
005000
153700
060037

S08
DEC
B8R
CLR

.WORD
.WORD
.WORD

ADD

8s$:
002000
0000006
0000006
000016
0000190
002000

000010

9s:

10%:
11%:

12¢:
0000006
000000G
0000006
0000076 0000006
0000006
000010
0000006
000000G
000377

0000066
0000006

13s:

INC
cMP
BLE
JSR

MOV

8ICB
MOV
BEQ

MOV

8eQ
CLR

DEC
BR
JSR
JSR
CLR

MOVB
MOV
ASH
MOV

BIC
CLR
8Is8
ADD

5-Jul-1984
S-Jul 1984

Ri
REG.ADR,RO

16(R0O),2(SP)

R1,#2000

14:05:07
14:02:06

VAX-11 Bliss-16 V4.0 579
{MAZURCZYK.DEQNA]JZGNAZ
.BLI ;2

;

S8TMP2

INDEX

: »,TMP.LOCATION
:

«.TMP.LOCATION

;

INDEX,s

INDEX,

2113
2114

2117
2116
2121

2124

SP.RO
14

SP,s

16(R0),6(SP)

6(SP),(SP)
aMSG66, -(SP)

*,TMP_LOCATION
TMP_LOCATION,s

SP.RO
14
55
765

SP,»

@2,-(SP)

(15)

,»
$STMPL

;

8s
MSGS9, (SP)

REG.ADR,RO

SEQ 0113

2125

2126

MSGOO

ERRORSREPORY
06, 5P

R1
R1,02000

INDEX

INDEX,s

6%
PC,VER.DESCR.STATUS

REG.ADR,RO
#10,16(R0O)
©#2000,R1

13$
L$DLY, RO
124
10(SP)

RO,11%
R1

10¢
PC,VER.DESCR.STATUS
PC,RESET.DEQGNA

2123
2113
2129
2135

s, $8THMP2

¢,88THPL

:
:

SSTMP
.,
$STMP]

;

2136

$8TMP2

TEMP3

2142
2144
2147

DATA BUFFER+7,TEMP3
TEMP3,RO

2148

010,R0
RO, TEMP3
0377, TEMP3
RO

DATA.BUFFER+6,RO

RO, TEMP3

2149

K9
CZGNACO DEQGNA FUNCTIONAL TEST

ZGNA3
v01.0

000374
00040C
000406
000412
000416
000422
000426
000434
000436
000442
000446
000452
000456
000462
000466
000470
000472
000500
000502
000504
000510
000514
000520
000522
000526

000530
000534
000536
000542
000550
000556
000562
000566
000570
000572
000576
000602
000606
000612
000616
000620
000622
000624
000626
000630
000632
000636
000642

TEST S - BOOT/DIAGNOSTIC PROM CHECKSUM TEST

013701

116137
105037

013700
072027
010037
042737
005000
156100
060037
005037
005037
012702
013700
020001
001004

062737
000407
005003

156003

060337
005237
077220
013700
001403
020037
001440
013700
016066
016637
012716
012746
010600
104414
013716
013746
013746
012746
C12746
010600
104414
104455
000766
0000006
0000006
062706
062706
000207

0000006
000001G 000000G
000001G

S-Jul-1984

14:05:07

5-Jul-1984 14:02:06

MOV
MOVB
CLRB

TEMPZ,R]1
),
TEMP2
DATA.BUFFER+1(R1
TEMP2+1

00001¢C
0000006
000377 0000006

ASH
MOV
BIC

910,RO
RO, TEMP2
0377, TEMP2

0000006
0000006
0000006
0000006
007777
00¢ 0006

81s8
ADD
CLR
CLR
MOV
MOV
CcMP

DATA.BUFFER(R1),RO
RO, TEMP2
COUNTER
CHECKSUM
@7777.R2
COUNTER,RO
RO,R1

0000006

0N0002

MOV

CLR

BNE

0000006

0000006
0000006

0000006

15¢:

16$:

0000006
0000006
000016 000006
000006 000000G
0000006
000001

17$:

000012
000012

2152

2153

2155

R3,CHECKSUM
COUNTER
R2,14¢
TEMP2,RO

CcMP

RO ,CHECKSUM

MOV
MOV
MOV
MOV
MOV

REG.ADR,RO
16(R0O),6(SP)
6(SP),CSR.WORD
oMSGS9, (SP)
01,-(SP)

MOV
MOV
MOV
MOV
MOV

CHECKSUM, (SP)
TEMP2, -(SP)
TEMP3Z, -(SP)
oMSG67, -(SP)
04, -(SP)

BEQ

.WORD
.WORD
ADD
ADD

RTS

ABSCODES
Routine Base:
210 words,
: Routine Size:
16 words
;: Maximum stack depth per invocation:

;

2156

¢, INDEX

;

2158
2159

ADD
INC
sS08
MOV

MOV
TRAP
TRAP
.WORD

18$:

MOV
TRAP

0000006
0000006
0000006
0000006
000004

TEMP2 ,RO

CLR

8EQ

(1%

2151

02, COUNTER

B81SB

(MAZURCZ YK ,DEGNAJZQANAS.BLI;2

S€Q 0114
Page

ADD

B8R

VAY-11 Bliss-16 v4.0-579

164

DATA.BUFFER(RO),R3

17$

18¢

:
H
H

2161
2159
2164

2165

;

INDEX,
s

*,TMP_LOCATION

;

TMP_LOCATION,»

SP,RO
14

spo‘

SP,RO
14
5SS
766

MSGOO
E1$REPORT
#12,5P
012,5P

. 314"

;

2158

2168

2171

2172

2173

SP,»
2174

2170

2045

DEGNA FUNCTIONAL TEST
CZGNACO
TEST 5 - BOOT/DIAGNOSTIC PROM CHECKSUM TEST

2GNA3
v01.0
000000
000000
000004
000006
000010
000012

004737

003140°

104466
006000
103773
000207

;: Routine Size:

6 words,

: Maximum stack depth per

2178

15::
1$:

Routine Base:

invocation:

2 words

S-Jul-1984 14:05:07

5-Jul-1984 14:02:06

VAX 11 Bliss-16 V4.0 579

[MAZURCZYK.DEQNA)ZGNA3.BLI;2

.SBTTL

TS5 TEST 5 - BOOT/DIAGNOSTIC PROM CHECKSUM TEST

JSR
TRAP
ROR
8LO
RTS

PC.$TS
66
RO
1$
PC

ABSCODES$ + 4004

> pane” 34
(15)

2175

M9
CZQGNACO DEGNA FUNCTIONAL TEST
TEST 6 - INTERRUPT SANITY TEST

ZQNA3
b
b

VAX-11 Bliss-16 V4.0-579
(MAZURCZYK.DEGNA)ZGNA3
.BLI;2

INTERRUPT SANITY TEST

DESCRIPTION:

This test verifies that DEQNA interrupts the processor only at
the expected level ( 4 ) and not any other level. If the operator

specifies

loop on error,

Hardware tested:

@-Bus to QTDC

b P
b
b o

BEGIN
reset device

interface

CSR register
Q-Bus timeout logic
QTOC interrupt logic

Processing:

set-up for NXM

b ot

the program re-executes the code

detected the error until tC is entered.

b P

b o pud o

TEST 6:

interrupt

REPEAT for each processor priority

enable device

(et P

2201
2202
2203
2204
2205
2206
2207
2208
2209
2210

]

force NXM

level

interrupt (set CSR bit 6)

interrupt

check for expected CSR status

b et (b (b P

2189
2190
2191
2192
2193
2194
2195
2196
2197
2198
2199
2200

Yoo

IF error

THEN
print error message
ENDIF

2188

#SBTTL ‘TEST 6 - INTERRUPT SANITY TEST'

2179
218¢C
2181
2182
2183
2184
2185
2186
2187

b pb

v01.0

S-Jul-1984 14:05:07
S-Jul-1984 14:02:06

END

ENDREPEAT

if not

inhibited

that

5EQ 0116
Page

(16)

N9
CZQNACO DEGNA FUNCTIONAL TEST
TEST 6 - INTERRUPT SANITY TEST

ZANA3
2211
2212

2213
2214
2215
2216

2217
2218
2219
2220

2221
2222
2223
2224
2225
2226
2227
2228
2229
2230
2231
2232
2233
2234
2235
2236
2237
2238
2239
2240
2241
2242
2243
2244
2245
2246
2247
2248
2249
2250
2251
2252
2253
2254
2255
2256
2257
2258
2259
2260
2261
2262
2263

HUWWENWNNRDDBLOARNNNNOOOORNTORNNNNOOOOO
ORI
DDUWWWWNNWWWET

O+

G¢

OG0

vo1.C

5-Jul-1984 14:05:07
5-Jul-1984 14:02:06

VAX-11 Bliss-16 V4.0 S79
{MAZURCZYK.DEQNA]ZGNA3.BLI;2

BGNTST;

RESET_DEGNA (

SETVEC (

);

.HWP_TABLE [ VEC )., NXM_INT, PRIO7 );

SET UP FOR AN N¥M INTERRUPT

.PRIORITY );

SET PROCESSOR PRI LEVEL

PUT_BIT ( CSR, IE, SET_IT );
DELAY ( S );
INTERRUPT_FLG = CLEAR_FLG;

ENABLE INTERRUPTS

.JOP_TABLE { XLO_ADR ] = NXM_LO_ACR;
.IOP_TABLE [ XHI_ADR ] = NXM_HI_ADR;

!
!

WRITE LOW ADDRESS
WRITE HIGH ADDRESS

INTERRUPT SHOULD NOT OCCUR

.IOP_TABLE [ INT_VEC ) = .HWP_TABLE [ VEC 1:

TMP_IOP_ADR =

.HWP_TABLE [ ADDR 1};

COUNTER = 0;

INCR PRIORITY FROM PRIOO TO PRIO7 BY %0'40‘'
BEGIN

SETPRI (

BGNSUB;

DELAY ( 2 ):
GETPRI ( TEMP1 );
TEMP1 = _TEMP1 t (

);

.INTERRUPT_FLG EQLU WORD_LIMIT

THEN

.PRIORITY GTRU PRIOZ

THEN
BEGIN
PRINTB (
PRINTB (

ERRDF

END;

- S

MSGS9 );
MSG69, .TMP_IOP_ADR,

( 0601, MSGOO,

.INTERRUPT_FLG EQLU ZERO

THEN

.PRIORITY LEQU PRIO3

THEN

.TEMP1,

E1$REPORT

);

.COUNTER

INTERRUPT SHOULD OCCUR

.XMIT_O_LIST [ FLGWD ] AND XFLG_MASIKK

THEN

) NEQU XFLG_MASK

BEGIN
PRINTB ( MSGS9 );
PRINTB ( MSG69, .TMP_IOP_ADR, .TEMP1,
SRRDF
( 0602, MSGOO, EL1S$REPORT );
END;
RESET_DEQGNA ( );
ENDSUB
;

COUNTER =

END;

SETPRI ( PRIO3
ENDTST;

_COUNTER +
);

);

.COUNTER

);

SET PROCESSOR PRI LEVEL

SEQ 0117
Page

(17)

B10
CZQNACO DEQNA FUNCTIONAL TEST

ZQNAS

TEST 6

vOo1.0

000000
000004
000006
000012
000016
000022

000026

000032
000036
000040
000044
000052
000060
000064
000070
000072
000074
000076
000100

000104
000112
000116
000120
000124
000126
000132
000134
000136
000140
000144
000152
000160
000164
0001¢€6
000172
000174
000200
000202
000204
000206
000210
000214
000220
000226
000230
000234
000236
000242
000245
000250

$76:

004737
012746

R1,$SAVE2

JSR

PC.RESET.DEQGNA

MOV
MOV
TRAP
MOV
MOV

104437

013700
016077
017737
005037

MCv

3s:

64:

0000106
0000126

000010

7¢:

8s:

9¢:

177773
0000006
0000006 177777
0000006
0000006
00C001

37
HWP . TABLE ,RO

TRAP
MOV

10¢:

BtQ
MOV
BEQ
CLR
S08
OEC
BR
CLR

MOV
MOV
MOV

BEQ

MOV

BEQ
CLR
So8
DEC

(MAZURCZ YK .DEQGNA )ZQONAS . BLI ;2

SEQ 0118
Pege

(17)

TEST
:

2177

2214

2216

:
3
;

¢,PRIORITY

2217
2218
2220

;

PRIORITY,s

2222

2215

03,-(SP)

2s:

B8R

SANTTY

VAX-11 Bliss-16 V4.0-579

2(RO), -(SP)

R2,RO
a1

S5%:

160000
000077
000002

ONXM
INT, -(SP)
_
HWP . TABLE
,RO

MOV
TRAP

000016

000010

-(SP)

1¢:

012702

000005

INTERRUPT

MOV

CLR

000100

2(RO),310P.TABLE
14
WP, TABLE, TMP, 10P . ADR
COUNTER
:gzroo.flz

0000146

000570
010200
104441

$76 TEST 6

#PRI07, -(SP)

MOV
MOV
MOV

012746
013700
016046
012746

2760
012701
001410
013700
001403
005066
077003
005301
000767
005037
012777
012777
012701
001410
013700
001403
005066
077003
005301
000767
104440
072027
010037
023727
001033
020227
101430
012716
012746
010600
104414

LSBTTL
JSR
187

005746

14:05:07

S-Jul-1964 14:02:06

INTERRUPT SANITY TEST

004137

104402
013700

S-Jul-1984

REG.ADR,RO
0100,16(R0O)

;

2224

oS, ,R1

; o, 88TMP2

2225

L$OLY, RO
54
10(SP)

;

e,88TMPL

;

$STMP

RO,4$
R1

INTERRUPT .FLG

0-20000,3J0P. TABLE+10
077,3I0P.TABLE +12
02.R1
10

:
;

$8TMPL,
s
$3TMP2

2226

;
;
;

o,88TMP2

;

$STMP

2228
2229
2231

10(SP)

RO,8$
R1
73

TRAP
ASh
MOV

RO, TEMP1

BNE

118

;
;

$STMPL,
e
$8TMP2

2232

0-5,R0

;

2233

INTERRUPT .FLG,0-1

2235

cMpP

R2,0PRIO3

;

BLOS

118

cHe

MOV

oMSGS9, (SP)

MOV
MOV

o1,

TRAP

PRIORITY,s

2240

(SP)

SP,RO
14

22%7

SP.,»

C10
CZQNACO DEQNA FUNCTIONAL TEST

ZANAS

TEST 6 - INTERRUPT SANITY TEST

vo1.0

000252
000256
000262
000266
000272

000276
000300
000302
000304
000306

000310
000312

000316
000322
00C324
000330
000332
000336
000342
000346
000350
000354
000360
000362
000364
000370
000374

000400
000404
000410
000412
000414
000416
000420
000422
000424
000430
000434
000436
000440
000442
000446

000452
000456
000460
000464
000466

000472

S Jul-1984
S5-Jul-1984

013716
013746
013746
012746
012746
010600
104414
104455
001131
0000006
0000006
062706
005737
001042
020227
101037
013700
042700

020027
001430

MOV

COUNTER,(SP)

MOV
MOV

TTMP_ IOP.ADR, -(SP)
oMSG69, -(SP)

MOV
MOV

SP.RO

MOV

0000006
0000006
0000006
000004

TRAP

. WORD
. WORD
. WORD

000012
0000006

11%:

037777
140000

012 ‘16
000001
012746
010600
104414
013716
013746
013746
012746
012746
010600
104414
104455
001132
0000006
0000006
062706
004737
104467
006000
103616
005237
062702
020227
003605
012709
104441
000012
062706
000207

ADD
1S7

BNE
cHpP
8HI
MOV
8IC
cHP
8eqQ

TRAP
TRAP

. WORD
. WORD
.WORD

ADD

12¢:

JSR

TRAP
ROR

8Lo
INC
ADD

13%:

cHe
8Le

MOV
TRAP
ADD
RTS

AB$CODEs
Rout ine Base:
1.. words,
; Routine Size:
words
15
s Maximum steck cepth per invocation:

2242

E1S$REPORT
#12,5P

INTERRUPT .FLG
124

MOV

33
(17)

MSGOO

TRAP

MOV

5€EQ 0119

2241

14
SS
1131

MOV

MOV
MOV
MOV
MOV

VAX-11 Bliss-16 v4.,0 S79
(MAZ
YK .DEQNA
UR
JZGNAS
CZ
.BLI; 2

TEMPL, -(SP)

R2,0PRIO3
12$
XMIT.D.LIST,RO
037777,R0
RO, €-40000
128
oMSG59,(SP)

MOV
MCV

14:05:07
14:02:06

2239
2245

: PRIORITY,

2247

2249

2252

01,-(SP)
SP.RO

2253

COUNTER, (SP)
TEMPL, -(SP)

oMSG69, -(SP)

SP.RO

14
S5
1132

2254

MSGOO

E1S$REPORT

2251
2256

012,5P
PC,RESET.DEQGNA

24
COUNTER

040,R?2
R2,0PRIC/

OPRIO3,RO
41

a12,5P
PC
+

4020

s ¢, PRIORITY
; PRIORITY,»

2258
2220
2261

2177

000004
000006
000010
000012

004737

004020'

6 words,

: Maximum stack depth per

2c64

16::
1¢:

104466
006000
103773
000207

;: Routine Size:

S-Jul-1984 14:05:07

DEQGNA FUNCTIONAL TEST
CZONACO
TEST 6 - INTERRUPT SANITY TEST

ZGNAS
vO1.0
000000
00000¢

D10

Rout ine Base:

imvocation:

2 words

S-Jul-1984 14:02:06

.SBTTL

716 TEST 6 -

JSR

PC.8T6

TRAP
ROR
8LO
RTS

66
RO
18
PC

ABSCODES . 4514

VAX-11 Bliss-16 V4.0 S79

[MAZURCZ rK ,DEQNA ] 7OQNAS . BLI ;2

ngéio 39
a?n

INTERRUPT SANITY TEST

2261

E10
ZANAS

b Pt Pt P
Pt Pt P
P

o P
P

2275

P
G
Pt P
P
b Pk (i (e Pt e (s (s e (b P
o
b et P
b
D

2286
2287
2288
2289
2290
2291
2292
2293
2294
2295
2296
2297
2298
2299
2300
2301
2302
2303
2304
2305
2306
2307
2308
2309
2310
2311
2312
2313

b P

2278
2279
2280
2281
2282
2283
22%4
2285

Pt Pt Pt Pt (b Pd e Pt e P

2277

$ob P

V0
0
00
OV
G0
O
V0
O
V0
O3
G0
V6
OF
V¢
V0
G0
Ve
V0
00
G
VL
S0
GF
0
B¢
B
G
VL
V6
S
96
T
B
B3
G5
B9
BT

2276

Pt P

2274

2267
2268
2269
2270
2271
2272
2273

v01.0

2265

S-Jul-1984 14:05:07
5-Jul-1984 14:02:06

CZQNACO DEQNA FUNCTIONAL TEST
TEST 7 - ETHERNET CARRIER SENSE TEST

VAX-11 Bliss-16 V4.0 579
[MAZURCZYK.DEGNA)ZGNA3.BLI;2

#SBTTL *TEST 7 - ETHERNET CARRIER SENSE TEST’
Yoo
[}

H
!
H
!
H
H
'
H
!
!
!
!
!
!
!
'
H

!
!
H
H
!
!

ETHERNET CARRIER SENSE TEST

TESTY 7:
DESCRIPTION:

This test verifies that the DEGNA cen transmit external

packets and if not faulty FRU is can be found by executing this

implementing the

instructions printed on the operator’'s console.

In order to run this test successfully the operator has to make
sure that DEGNA is connected to the transceiver. If the operator

specifies loop on error, the program re-executes the code that detected
the error until tC is entered.
Hardware tested:

Carrier Sense circuitry
Encode/Decode ( ED ) chip

Processing:

BEGIN
reset device
select external loopback mode
check external hardware
IF bad hardware
THEN

print error message

ENDIF

THEN

H
'

if not

inhibited

read CSR
IF Ethernet Carrier Sense bit ( bit 13 ) =1

print error message if not

inhibited

ENDIF

!
H
!
!

read CSR while transmitting loopback packet
IF Ethernet Carrier Sense bit (bit 13) = O
THEN
print error message if not inhibited

transmit longest unchained loopback packet ( ETHERNET format

ELSE

H
'

ENDIF
read CSR

!
H
'
!

THEN
print error message
ENDIF

wait until Carrer Sense bit goes to O

| B

loopback

IF Ethernet Carrier Sense bit (bit 13) =

END

i f not

inhibited

)

5€Q 0121
Page

(18)

F10
CZQNACO DEQNA FUNCTIONAL TEST

ZQNAS

TES

2325

2326
2327
2328
2329
2330
2331
2332
2333
2334
2335
2336
2337

2338
2339
2340
2341
2342

2343
2344
2345
2346
2347
2348
2349
2350
2351
2352
2353
2354
2355
2356
2357
2358
2359
2360
2361
2362
2363

G5
@e

2365
2366

VNN NBa_BNRLLLLLALLLMLLLDVNVUVIVNCOOCORTUVMVNOACROOVUVIVIVIVNEWNE
D GIWWW

2314
2315
2316
2317
2318
2319
2320
2321
2322
2323
2324

B¢

V¢

v0l1.0

S-Jul-1984 14:05:07
5-Jul-1984 14:02:06

7 - ETHERNET CARRIER SENSE TEST

VAX-11 Bliss-16 v4.0 579
(MAZUR
. DEQNAJZQ
CZY
NA3Z . BLTK
;¢

BGNTST;

.SWP_ILOOP

THEN

BEGIN
RESET _DEGNA (

);

IF ( NOT GET_BIT [ CSR, XC )
THEN

) AND (

BEGIN

CSR_WORD = GET_BIT [ CSR_ALL
SELECTONE .XC_FLAG OF

.SWP_LBC EQLU ZERC )

SET

[ 0):

BEGIN

XC_FLAG = . XC_FLAG
PRINTB ( MSGS9 );
PRINT8 ( MSGA7 );

ERRDF

{1]:

ENO;

(

0704,

MSGOO,

ERRORSREPORT

);

ERRORSREPORT

);

BEGIN

XC_FLAG = ZERO;
PRINTB ( MSGS9 );
PRINTB ( MSG4?2 );

ERRDF

TES;

};

END;

EXIT_TST;
END
ELSE

XC_FLAG =

(

0705,

MSGOO,

ZERO;

'
¢

RESET DEGNA AND INITIALIZE ETHERNET STATION ADDRESS RAM IF EXECUTING
TESTS IN EXTERNAL LOOPBACK MODE.

RESET_DEQNA ( );
PREP_FOR_SETUP (

);

INCRTINDEXL FIu* 1 TO 14 DO
WRT_STATION_~OR (

.INDEX1,

BGNSUB;
XMIT_SETUP_PACKET ( N_MODE

ENDSUB
;

PHA_INDEX

);

ERR_FLAG = ZCRO;

INCR INDEX2 FROM O TO 19 DO
BEGIN
SEND_TEST _PACKET (
DELAY ( 100 );

);

CSF._WORD = GET_BIT ( CSR_ALL );
IF ( .CSR_WORD AND w0'100220' ) EQLU %0’'100220°

SEQ 0122
Page

(19)

G10
CZQNACO DEGNA FUNCTIONAL TESTY
TEST 7 - ETHERNET CARRIER SENSE TEST

ZGNA3

2373
2374

2375
2376

2377

2378
2379

2380
2381
2382
2383
2384
2385
2386
2387
2388
2389
2390
2391
2392
2393
2394
2395
2396
2397
2398
2399
2400

2401
2402
2403
2404
2405
2406
2407
2408
2409
2410
2411
2412
2413
2414
2415
2416
2417
2418
2419

VININIA BB ANNOOOOW

2371
2372

2370

THEN

BEGIN

ERR_FLAG

EXITLOOP;

ZERO;

END
ELSE
END;

ERR_FLAG = ONE;

.ERR_FLAG

THEN

BEGIN

SELECTONE
SET

[ 0):

.ERR_COUNT of

BEGIN
ERR_COUNT
= 1;
PRINTB ( MSGS9 );
PRINTB ( MSG3- Y;
PRINTB (

{2 ]):

ERRDF
END;

(

(4 ]:

ERRDF (
END;

TES:

ERRDF
END;

(

);
);

MSGOO,

= 0;

MSGS9
MSGAS

);
):
);

MSGOO,

= O;

MSGS9
MSGA1

);
);
);

MSGOO,

0709,

BEGIN
ERR_COUNT
PRINTB (
PRINTB (

MSGS9
MSG39
MSGAO

0708,

BEGIN
ERR_COUNT
PRINTB (
PRINTB (

= 2;

MSGS9
MSG37
MSG38

0707,

BEGIN
ERR_COUNT

ERRDF (
ENO;

0706, HSGOO,

BEGIN
ERR_COUNT

PRINTB (
PRINTB (
PRINTB (

{31

MSG36

(

ERRDF
END;

PRINTB (
PRINTB (
PRINTB (

IT VNV

2367
2368
2369

ooV

V¢

0G0

v01.0

S-Jul-1984
S5-Jul-1984

);
);

0710, MSGOO,

ERRORSREPORT

);

ERRORSREPOURT

ERRORSREPORT

);

ERRORSREPORT

);

ERRORSREPORT

);

14:05:07
14:02:06

VAX-11 Bliss-16 v4.0 579

(MAZURCZYK .DEGNA]JZQGNA3.BLI ;2

SEQ 0123
Page

(19)

H10
ZGNA3

TEST 7 - ETHERNET CARRIER SENSE TEST

2420

2422

2423

2424

2425
2426
2427

2428
2429

2430
2431
2432
2433
2434
2435

2436

2437
2438
2439

2440
2441
2442
2443
2444
2445
2446
2447
2448
2449
2450
2451
2452
2853
2454
2455
2456

2457
2458
2459
2460
2461
2462
2463
2464
2465
2466
2467
2468
2469
2470
2471
2472

NNNNNSNSNNNSNNNNOGAAADAVYVVINOCCCCVVVIOCONOOTVIVINCONOTCOTVIVYNN
A AN

B¢

V¢

B¢

©F

vOo1.0
2421

S-Jul-1984 14:05:07

CZQNACO DEQNA FUNCTIONAL TEST

S5-Jul-1984 14:02:06

VAX-11 Bliss-16 V4.0-579

(MAZURCZ
YK, DEGNA JZGNA3 . BLI ;2

EXIT_TST;
END
ELSE

IF .ERR_COUNT GTRU ZERO
THEN

BEGIN

CSR_WORD = GET_BIT ( CSR_ALL
SELECTONE .ERR_COUNT OF

);

SET

{(1]):

BEGIN
ERR_COUNT
PRINTB (
PRINTB (
PRINTB (

= 4;
MSGS9
MSGA3
MSG44

ERROF ( 0711,

):
);
);

ERRORSREPORT

);

ERRORSREPORT

);

ERRDF ( 0713, MSGOO, ERRORSREPORT

);

END;

MSGOO,

BEGIN
ERR_COUNT
= O0;
PRINTB ( MSGS9 );
PRINTB (

{ 4]):

BEGIN
ERR_COUNT
PRINTB (
PRINTB (

TES

EXIT_TST;
END;
XC_FLAG

ERR_COUNT

MSGA4Z2

ERRDF ( 0712,
END;

= O;

MSGS9
MSGAa6

);

MSGOO,

);
);

END:

ZERO;

= ZERO;

BGNSUB;

INCR INDEX2 FROM O TO TIMELl LIMIT DO
BEGIN

RESET_DEGNA ( );
TEMPS = _INDEXZ2;
X

’

CHECK ETHERNET CARRIER SENSE BIT ( CA - BIT 13 ) IN THE CSR. CA SHOULD BE
SET 1O ‘1’ WHILE THE DEQNA IS TRANSMITTING. IF CA ISN'T SET TO '1‘' WITHIN
THE EXPECTED TIME LIMIT, ERROR MESSAGE IS PRINTED CUT,

SEND _TEST PACKET (

);

INCR INDEX FROM O TO TIMELl _LIMIT DO

SEQ 0124
Page

(19)

110
CZGNACO DEGNA FUNCTIONAL TEST
TEST 7 - ETHERNET CARRIER SENSE TEST

ZGNR3

247%

2474
2475
2476
2477

2478
2479
2480
2481
2482
2483

2484

2485

2486
2487

2488
2489

2490
2491
2492
2493
2494
2495
2496
2497
2498
2499
2500
2501
2502
2503
2504
2505
2506
2507
2508
2509
2510
2511
2512
251%
2514
2515
2516
2517
2518
2519
2520
2521
2522
252%
2524
2525

CORNRANOOONNSNNNSNNNNNNOORONNNBOOOP®NNNNNANNNNANDOORIIIOOP®O
I~

€2

G¢

vo1.0

5-Jul-1984
5-Jul-1984

14:05:07
14:02:06

VAX-11 Bliss-16 V4,0 579
[MAZURCZYK
. DEQNAJZQGNA3 .BLI;?2

IF GET_BIT [ CSR, CA ] EQLU ONE
THEN

BEGIN
TEMP2 = GET_BIT
EXITLOOP;

END
ELSE

[

CSR_ALL

);

.INDEX EQLU TIME1_LIMIT

THEN

BEGIN

PRINTB

(

MSGS9

PRINTB (

ERRDF (

END;

MSG19,

0701,

GET_BIT

MSGOO,

[

CSR_ALL

ERRORSREPORT

)

);

!
!

NOW CHECK IF THE CA BIT RESETS TO 'O’ WHEN THE DEQNA COMPLETES TRANSMITTING
LOOPBACK PACKET, PRINT ERROR MESSAGE IF LOOPBACK PACKET TRANSMISSION

!
[

EXCEEDS SELECTED TIME LIMIT,

INCR INDEX FROM O TO TIMEZ2 LIMIT DO
IF GET_BIT ([ CSR, CA , EQLU ZERO
THEN

BEGIN
TEMP3 = GET_BIT
EXITLOOP;

END
ELSE

([ CSR_ALL

);

.INDEX EQLU TIME2_LIMITY

THEN

BEGIN

PRINTB (

MSGS9

);

PRINTB ( MSG20, GET_BIT [ CSR_ALL
ERRDF ( 0702, MSGOO, ERRORSREPORT
END;

] );
);

Yoo

'
'

(CHECK RECEIVE INTERRUPT REQUEST BIT ( RI
ACTUALLY TRANSMITTED LOOPBACK PACKET,

DELAY (

);

IF GET_B8IT [ CSR, RI

END;

THEN
BEGIN
TEMP4 = GET_BIT
EXITLOOP:
END;

) EQLU ONE

_TEMPS EQLU TIMELl LIMIT

[

CSR_ALL

];

- 8IT 1S ) TO VERIFY THAT DEGNA

SEG 0125
Page

(19)

J10
ZGNR3

TEST 7 - ETHERNET CARRIER SENSE TEST

2526
2527
2528
2529
2530
2531
2532
2533
2534
2535
2536
2537
2538
2539
2540
2541
2542
2543
2544
2545
2546
2547
2548
2549
2550
2551

2555
2556
2557
2558
2559
2560
2561

000000
000004
000010
000016
000020
000024
0C0030
000034
000040
000042
000046
000050
000054
000060

HPWOLONONNNANANIIINOOOOTRRNNOROINRNRNNNNOA
AR
R NIN~NIO

B¢

©¢

B¢

v01.0

2552
2553
2554

5-Jul-1984 14:05:07
5-Jul-1984 14:02:06

CZQANACO DEQNA FUNCTIONAL TEST

004137
162706
032737
001476
004737
013700
016016
032716
001067
005737
021064
011666
011637
013700

VAX-11 Bliss-16 V4.0-579
(MAZURCZYK.DEQNA]ZGNA
.BLI;?2
3

SEQ 0126
Page

(19)

THEN

BEGIN
PRINTB ( MSGS9 );
PRINTB ( MSG21, GET_BIT

ERRDF

END;

IF ¢

[ CSR_ALL ] );
( 0703, MSGOO, ERRORSREPORT );

.XMIT_D_LIST [ ERRSU ] EQLU 1

THEN
BEGIN
PRINTB ( MSGS9
PRINTB (

NSRRDF

(

) AND (

.XMIY _D_LIST ([ ABORT ) EGLV 1 )

);

MSG?71

0714,

MSGOO,

ERRORSREPORT

);

END;
tao

COMPARE STATUS REGISTERS TO EXPECTED VALUES

CHK_CSR_STATUS

( CSR_STATUS, CSR_MASK

XMIT
D _LIST [

STWD1

CHK_RCV_STATUS

(

. XMIT_O_LIST [

STWD1

! 0'100220°, 0’ 100220°
] AND w0'177377';

CHK_XMIT_STA1US ( XFLG_STATUS, XWD11_STATUS );
IF . XMIT_D_LIST [
THEN

RFLG_STATUS,

ERRDF

);

! 0'140000', 0'000000’
!

0'140000',

0'020000’

TOR ) EQLV ZERO

BEGIN
PRINTB ( MSGS9
PRINTB ( MSG58
END;

RWD1_STATUS

):
);

( 071S, MSGOO, ERRORSREPORT

);

ENDSUB;

END;
ENDTST;

0000006
000034
000001
0000006

0000006

0000006
000016
010000

0000006

000002

000000G
0000006

$77:

LSBTTL
JSR
suB
géé

877 TEST 7 - ETHERNET CARRIER SENSE TEST
R1, $SAVE?
034,5P
:%.SNP.ILOOP

JSR

PC.RESET.DEQNA

MOV
MOV
817
BNE

197

BNE

MOV

MOV
MOV

REG.ADR,RO
16(R0O),(SP)
#10000,(S5°P)
Ss

+«,TMP LOCATION
«,TMP LOCATION

2263
2316
2319
2320

SWP.LBC

(SP),2(sP)

(5P),CSR.WORD
XC.FLAG,RO

+,TMP LOCATION

»
TMP.LOCATION,

2323

2324

IK10
CZGNACO DEQGNA FUNCTIONAL TEST

ZANA3

TEST 7 - ETHERNET CARRIER SENSE TEST

v01.0

000064
000066

000072
000076
000102
000104
000106
000112
000116
000120

00122

000124
000126
000130

000132
000134
000140
000142

000146
000152
000156
000160
€00162
0C0166
000172
000174
000176
000200
000202
000204
000206
000212
000214
000220
000224
000230
000234
000240
000242
000246
000252
000254
000256
000262
000264
000266
000272
000276
000300
000302
000304
000306

000312

S-Jul-1984
S-Jul 1984

001023
005237
012746
012746
010600
104414
012716
012746
010600

BNE
INC

0000006
0000006
000001

MOV
MOV
MOV
TRAP
MOV
MOV

0000006
000001

MOV
TRAP
TRAP

104414

104455

001300
0000006
0000006
000425
000001
020027

001024

005037
012746
012746
010600
104414
012716
012746
010600
104414
104455
001301
0000006
0000006
062706
104463
000137
005037
004737
004737
012701
010146
012746
004737
022626
005201
020127
003766

104402
012746
004737
005726
104467
006000
103767
005037
012702

CLR

MOV
MOV
MOV
TRAP
MOV
MOV
MOV
TRAP
TRAP

000001

0000006
000001

000006

2s:
3s:

007046
0000006
0000006
0000006
000001

S$:

64:

000023
0000006

000016
74:

000200
0000006

.WORD
.WORD
. WORD

ADD
TRAP

JMP
CLR
JSR
JSR

MOV
MOV
MOV

;

14
oMSG47,(SP)

SP,RO

;
H

SP.RO
14

SP,RO
14
5S
1301

#MSGa2,(SP)
o1, -(SP)

MOV

2327
2333

2335
2336

SP..

2337
SP,»

2338

:
H
:

2334
2340
2322

H
:

2351
23s2

: INDEX1

2353

2
#200, -(SP)

;

2354

2357

(SP).
67

;

2354

2357

ERR.FLAG

;

MSGOO

ERRORSREPORT
06, SP
63

49
XC.FLAG
PC.RESET.DEQGNA
PC.PREP.FOR.SETUP
01,R1

R1
R1,016
6%

8LO
CLR

2331

INC
CMP
BLE

JSR
TS7

SP,s

@23, -(SP)
PC,WRT STATION.ADR

TRAP
MOV

2330

;

XC.FLAG
oMSGS9, -(SP)

(19>

SP,s

;

SEQ 0127
Page
46

2326
2328
2329

JSR

TRAP
ROR

000000G
000024

SP,RO

CcHe
BNE

(MAZURCZ YK ,DEGQNA JZGNA3.BLI;2
:
:
:

.WORD
. WORD
BR

0000005
0000006

VAX-11 Bliss-16 v4,0-579

18
XC.FLAG
oMSGS9, -(SP)

.WORD

1¢:

14:05:07
14:02:06

(SP)+,(SP).

PC,XMIT.SETUP
. PACKET

RO
73

€24 R2

;

2344

; «,INDEXL
: INDEX1,s

;

2333
2354

2360

»,INDEX2

2361

L1O
~0 DEGNA FUNCTIONAL TEST
CZGN’
TEST 7 - ETHERNET CARRIER SENSE TEST

ZANR3
vo1.0

000316
000322
000326
000330
000334
000336
000342
000344
000346
000350
000354
000362
000370
000374
000400
000404
000406
000412
000414
000422
000424
000430
000436

004737
012701
001410
013700
001403
005066

077003
005301
000767

000440
000444
000446
000450
000456
000462
000466
000479
000472
000476
000502
000504
000506
000512
000516
000520
000522
000524
000526
000530

013700
016066
016637
016600
042700
020027
001003
005037
000404
012737
077243
013701
032737
001002
000137
005701
001032
012737
012746
012746
010600
104414
012716
012746
010606
104414
012716
012746
010600
104414
104455
001302
0000006
0000006

000542
000550
000554
000560
000562
000564
000570

020127
001032
012737
012746
012746
010600
104414
012716
012746

8%:

0000006

000144

0000006

10¢:

00 132

11%:
0000006

000016

000004
000004
077557

000004
000000G

12%:

8EQ

MOV

BEQ
CLR
S08
DEC
BR

MOV
MOV
MOV
MOV

8IC

cMP
BNE

100220

00C000G

000000G

13%:

0000006
000000G
000001

14%:

000001

JSR

MOV

005612°

15%:

000001
000000G
0000006
000001

CLR
B8R
MOV
S08
MOV

8I7
BNE
JMP

S-Jul-1984
5-Jul-1984
PC,SEND.TEST.PACKET
4144 ,R1
124$

L$DLY,.RO
11%
32(SP)

RO,10%
R1

9¢
REG.ADR,RO

16(R0O),4(SP)

4(SP),CSR.WORD
4(SP),RO
877557,R0
RO, #-77560

13¢
ERR.FLAG
14¢

9#1,ERR.FLAG
R2,8%

,R1
ERR,COUNT
#1,ERR
. FLAG

15$
23$

164
01 ,ERR
. COUNT
MSGS9, (SP)

01,-(SP)
SP,RO

0000006
000C01
0000006
000001

14:05:07
14:02:06

)

VAX-11 Bliss-16 V4.0-579

(MAZURCZYK.DEGNA JZGNA3Z .BLI;2
H
;

s, 88TMP2

&,88TMP]

;

;
H

;
;

SEQ

0128

Page

(19)

2363
2364

$8TMP

$8TMPL,»

$8TMP2

¢, TMP LOCATION
TMP.LOCATI(N,

2365

;s CSR.WORD,»

2366

2369

H
H

2368
2373

; INDEX2,s
H
H

2361
2379
2376

2381

2383

2384

H
s

14
oMSG3S, (SP)

SP,RO

SP,»
2385

SP,s

14
#MSG36,(SP)

;

SP,RO

: SP,s

55
1502

2387

H
H

2382
2389

1, -(SP)
14

2386

MSGOO

000001
000002
0000006
0000006
000001

0000006
000001

16$:

ERRORSREPORT
18%

R1,01
17¢
2 ,ERR, COUNT
#MSGS59, -(SP)

SP,RO
14
oMSG37,(SP)
#1, (SP)

2391

2392

SP,»

2393

M10
CZQNACO DEGNA FUNCTIONAL TEST
TEST 7 - ETHERNET CARRIER SENSE TEST

ZQNR3

v01.0

000574
000576
000600
000604
000610
000612
000614
000616
000620
000622
000624
000626
000632
000634
000642
000646
000652
000654
000656
000662
000666
000670
000672
000675
000702

000704
000706
000710
000712

000714

000716
000722
000724
000730
000732
000736
000742
000746
000750
000752
000756
000762
000764
000766
000770
000772
000774
000776
001C9%0
001004
001006
001012
001016

010600
104414
012716
012746
010600
104414
104455
001303
0000006
0000006
000434
020127
001034
012737
012746
012746
010600
104414
012716
012746
010600
104414
012716
012746
010600
104414
104455
001304
0000006
0000006
062706
000455

020127
001023
005037
012746
012746
010600
104414
012716
012746
010600
104414
104455
001305
0000006
0000006
000425
020127
001024
005037
012746
012746

MOV
TRAP
MOV
MOV
MOV
TRAP
TRAP

0000006
000001

000002

17$:

.WORD
.WORD
. WORD
BR
CMP

BNE

MOV
MOV
MOV
MOV
TRAP
MOV
MOV
MOV
TRAP
MOV
MOV
MOV
TRAP
TRAP

000003
0000COG
0000006

000001

0000006
000001

.WORD
.WORD
.WORD

000010

18%:

ADD

000003

19%:

CcMP
BNE
CLR

000000G
0000005
000001

MOV
MOV
MOV
TRAP
MOV
MOV
MOV
TRAP
TRAP

0000006
000001

.WORD
.WORD
.WORD

000004
0000006
0000006
000001

204
:

BR
cMP
BNE

CLR

MOV
MOV

S-Jul-1984 14:05:07
5-Jul-1984

14:02:06

VAX-11 Bliss-16 v4.0-579
(MAZURCZYK .DEQNAJZGNA3.BLI; 2

SP,RO
14
oMSG38,(SP)

SP,RO

;

SEQ 0129
Page
48
(19

SP,

2394

SP,»

2395

H
H

2390
2397

MSGOO

ERRORS$REPORT
184

R1, 42

194
#3,ERR
. COUNT
MMSGS9, -(SP)

2399

2400

SP,RO
14
#MSG39,(SP)
21,-(SP)
SP.,RO
14
aMMSG40, (SP)

H Spo‘

SP,RO
14
SS
1304

;

2401

SP,»

2402
SP,»

2403

H
H

2398
2379

MSGOO

ERRORSREPORT
#10,5P

224

R1,#3
20$

ERR.COUNT

;
:

MMSG59, -(SP)

SP,RO

41,-(SP)

14
#MSG41,(SP)

SP,RO
14
S5
1305

2405
2407

2408
SP,s

2409

H SP.‘
:

2410

MSGOO

ERRORSREPORT
21$
R1,%4

224
ERR
., COUNT
#MSGS9, -(SP)

2406

;

2412

2414

;

2415

N1O
CZANACO DEQNA FUNCTIONAL TEST
TEST 7 - ETHERNET CARRIER SENSE TEST

ZGNA3

vo1.0

001022
001024

001026

001032
001035
001040
001042

001044
001046
001050
001052
001056
001060

001062
001064
001066
001072
001100
001106
001112

001114
001122
001126
001132
001134
001136
001142

001146

001150
001152
001156
001162
001164

001166
001170
001172
01174
001176
001202
001204
001210
001212
001216
001220
001224
001230
001234
001236
001240
001244
001250
001252
001254

010600
104414
012716
012746
010600
104414
104455
001306
0000006
0000006
062706
104463
000532
005701
001532
013700

016066
016637

020127
001034
012737
012746
012746
010600
104414
012716
012746
010600

104414

012716
012746
010600
104414
104455
001307
0000006
0000006
062706
000460
V20127
002426
020127
003023
005037
012746
012746
010600
104414
012716
012746
010600
104414

104455

MOV
TRAP
MOV
MOV
MOV
TRAP
TRAP

0000006
000001

2l1s:

000006

22%:

23$:
0000006

000016
000006

000001

020006
000000G

MOV
MOV
MOV
MOV
TRAP
MOV
MOV
MOV
TRAP
MOV
MOV
MOV
TRAP
TRAP

0000006
000001

.WORD
.WORD
. WORD

000010

0000006
0000006
000001
0000006
000001

BR
TST
8EQ
MOV
MOV

cMP
BNE

0000006
000001

000003

ADD
TRAP

MOV

000004
000000G
0000006
000001

000002

.WORD
.WORD
.WORD

244:

ADD
B8R
CMP

BLT
cMpP
8GT
CLR

MOV
MOV
MOV
TRAP
MOV
MOV
MOV
TRAP
TRAP

5-Jul-1984
5-Jul-1984

14:05:07
14:02:06

VAX-11 Bliss-16 V4.0-579
{MAZURCZYK ,DEQNAJZGNA3.BLI;2

SP,.RO
14
#MSG4S, (SP)

SP,RO

H Spv‘

¢1,-(SP)

SEQ 0130
Page
49
(19)

SP,»

2416

2417

H
H
H
H

2413
2419
2378
2423

MSGOO

ERRORS$REPORT

6 ,5P
63
28
R1
294
REG.ADR,RO

16(R0O),6(SP)

;:
s

R1,41
24
#4 ,ERR
., COUNT
MMSG59, -(SP)

SP,RO
14
oMSG43,(SP)

;: SP,.»

SP,RO
14
#MSG44,(SP)
01,-(SP)
SP,RO

: SP,»

6(SP),CSR.WORD

=, TMP_LOCATION
TMP.LOCATION,*

H
H

2426
2429

2431
2432

2433

2434

H SP.‘

2435

2430

2437

:
:

2439
2440

MSGOO

ERRORSREPORT
#10,SP

27%

R1, %2

254

;

2427

R1,63

25%
ERR.COUNT
#MSGS9, -(SP)
SP,RO
14
#MSG42,(SP)
#1,-(SP)
SP,RO
14
55

SP,»

;

2441}

; SP,.s
:

2442

B1l1l
ZONAS

CZGNACO DEGNA FUNCTIONAL TEST

v01.0

001256
001260
001262
001264
001266
001272
001274

001300

001304
001310
00131c
001314

TEST 7

ETHERNET CARRIER SENSE TEST

001310
0000006
0000006
000425
020127 000004
001024

LWORD
.WORD
.WORD
B8R
cHe
BNE

005037

012746

012746
010600
1044148

012716

001364
001366
001372
001376
001402
001404
001410

005002
004737
010237
004737
0C5S001
013700
016066

001424

001407

001434

016637

001416

001426
001442
001444

032766

000012

001504
001510

012746
012746

000000G
000002

001520
001522
001524

010600
104414

104455

001275
0000006

000016
000020

oMSG46, (SP)

2443

2445

R2
PC,RESET.DEQNA
R2, TEMPS
PC.SEND.TEST . PACKET
R1
REG.ADR,RO
16(R0O),10(SP)

;3
3
;3
H
;
H
;

BEQ

33¢

MOV

020000,10(SP)

2443

;3 SP,o

CLR
JSR
MOV
JSR
CLR
MOV
MOV

2447

;

ERR.COUNT

CLR

;

2451
2425
2455
2456
INDEXZ2
INDEXZ2,
s

INDEX
¢, TMP _LOCATION

2459
2461
2462
2470
2472
2473

¢, TMP _LOCATION

10(SP),12(5P)

; ¢, TMP _LOCATION

247¢

B8R
cHe

35
R1,0200

H
: INDEX,s

2475
2480

MOV

MSGS9, -(SP)

2483

TRAP

MOV
BNE

MOV
MOV

000020

1310
MSGOO
ERRCRS$REPORT

:
:
H
:

BIT

000001

0000006

001516

TRAP

0000006

013700

001514

30$:

324%:

000200

016066
016616

01, -(5P)
SP,RO
14
55
1311
MSGOO
ERRORSREPORT
06,.5P
63
49¢
XC.FLAG

0000006
000016 000010

001466

001472
001500

27s:
28%:
29%:

MOV
[0}
TRAP
TRAP
.WORD
.WORD
.WORD
ADD
TRAP
JHP
CLR

31s:

000440
020127

104414

: SP,e

0000006
0CI0006
0000006

000012

012746
010600

001464

0000006

000010

001456
001462

2446

01,-(SP)
SP,RO
14

26%:

016666

012746

MOV
MOV
TRAP

oMSGS9, -(SP)

MOV

000010

001031

001452

ERR . COUNT

CLR
MOV

020000

001450

243
2444

0000006

104402

005037

s
;

000001

001362

001356

264
R1,04
278

0000006

012746 000001
0106C0
104414
104455
001311
0000006
0000006
062706 000006
104463
000137 007046
005037 0000006

SEQ 0131

(19)

25%:

S-Jul-1984 14:02:06

VAX-11 Bliss-16 V4. 0-579

(MAZURCZ YK ,DEQNA JZGNAS .BLI ;2

0000006

001320
001324
001326
001330
001332
001334
001336
001340
001344
001346
001352

S-Jul-1984 14:05:07

12(SP), TEMP2

01,-(SP)
SP.RO

MOV

REG.ADR,RO

MOV
MOV

oMSG19, -(SP)
@2, -(SP)

MOV
MOV

MOV

TRAP

.WORD
.WORL

16(R0),20(SP)
20(SP),(SP)

;
;

TMP _LLOCATION,»

SP,»

¢, TMP_LOCATION
TMP_LOCATION,s

SP,.RO

: SP,

1275
MSGOO

2484

2485

CZAONACO DEGNA FUNCTIONAL TEST
TEST 7 - ETHERNET CARRIFR SENSE TEST

ZANA3

v01.0

001526
001530
001534
001536
001542
001544
001546
001552
001560
001566
001570
001576

0200006
062706
005201
020127
003720
005001
013700
016066
032766
001007

016666

016637

. WORD

000010

0000006
000016
000016
000016
020000
000016
000020

000440
020127
001031
012746
012746
010600
104414
0137200
016066
016616

000016
000026

001652
001656
001660
001662
001664

012746
010600
104414

000002

001666

001670

001672
001676
001700
001704
001796
001712

001714
001720
001722
001726
001730
c01732
001734
001740
001746
001750
001756
001764
001766
001770
001774

001776
002002

012746

104455
001276
0000006
0000006
062706
005201
020127
003720
012701
001410
013700
001403
005066
077003
005301
000767
013700
016066
100007
016666
016637
000406
005202
020227
003002
000137
023727

344

000200

001604
001606
001612
001614
001620
001624
001626
001630
001634
001642
001646

ADD

15¢:
36%:

INC
cHP
BLE

010,5P
R1
R1,#200

324

Page

(19)

INDEX

;

INDEX

2482

2472

INDEX,s

2494

:
; ¢, TMP LOCATION
;

¢, TMP LOCATION

16(SP),20(5P)
20(SP),TEMP3

;s
;:

o, TMP _LOCATION
TMP LOCATION,s

c498

R1,02000
388
oMSGS9, -(SP)

INDEX,
e

SP,RO
14

16(R0O),26(SP)
26(SP),(SP)

;

¢, TMP _LOCATION

SP,e

REG.ADR,RO

000026

(MAZURCZ YK . DEQNAJZGNAS.BLT ;2

SEQ 0132

16(R0O),16(SP)

39%

0000006
000001

VAX-11 Bliss-16 v4.,0 S79

2495

020000,16(SP)
37%

37s:

14:05:07
14:02:06

ERRORSREPORT

REG.ADR,RO

000020

002000

5-Jul-1984
5-Jul 1984

:
H

;

2437
2502

2505

SP,e
2506

TMP LOCATION,
.

oMSG20, -(SP)

02, -(SP)
SP,RO
14
55
1276

2507

2504
2494

R1,02000

H
: INDEX

INDEX,s

062,R1

;

8, 88TMP2

2515

¢, 88TMP)

;
:
:

$SsTMP
..
SSTMPL
$sTMP2

MSGOO

ERRORSREPORT

000010

010,5SP
R1

384

002000
39¢:

000062

40¢%:

MOV

8EQ

364

434
L$DOLY,RO

42%
414

000032

000016

000024

000024
000026

000026

42s:

OEC

MOV
MOV

000200
006116’
000000G 000200

454
:

408
REG.ADR,RO

s, TMP _LOCATION

24(SP),26(SP)
26(SP),TEMPS

:
;:

¢,TMP LOCATION
TMP.LOCATION,

R2
R2, 6200

: INDEX?2

16(R0),24(SP)

8PL

B8R
INC
cHP
8GTY
JMP
cHP

45%

MOV
MOV
444
:

32(SP)
RO,41%

INDEX2,

2517
2520

2519
2459

454

TEMPS, 0200

2525

D11
CZQNACO DEQGNA FUNCTIONAL TEST

ZGNAS

TEST 7 - ETHERNET CARRIER SENSE TEST

v01.0

002010
002012
002016
002022

002024
002026
002032
002040
002044
002050

002054
002056
002060
002062

002064
002066
002070

002074
002102

002104
002112
002114
002120
002124
002126
002130
002134
002140
002142
002144
00214¢€

002150
002152
002154

002160
002164
002166
002172

002200
002204
002206
002212
002216
002222
002226
002234
002236
002242
002246
002250
002252
002256
002262

5-Jul-1984
5-Jul-1984

001021
012746
052746
010600
104414
013700
016066
016616
012746
012746
010600
104414

BNE

MOV
MOV
MOV
TRAP
MOV
MOV
MOV
MOV
MOV
MOV
TRAP

0000006
000001
0000006

000016
000034

000034

000002

104455

001277
000000G
0000006
062706
032737
001426
032737
001422
012746
012746
010600
104414
012716
012746
010600
104414

VAX-11 Bliss-16 v4.,0 579
(MAZURCZYK ,DEQNA ]ZQNAS . BLI ;2

5EQ 01133

Pege

S2
(19)

464

aM5GS59, -(SP)

SP,RO
14

16(R0O), 34(SP)

REG.ADR,RO

2528

Spo.
¢, TMP LOCATION

34(SP),(SP)

SP,RO
14
5SS
1277

s SP,s

oMSG2l, -(SP)

2529

TMP _LOCATION,

2530

H
H

2527
2534

2537

MSGOO

ERRORSREPORT

000010

040000

0000106

001000

0000106

464

@10,5P
04000
XMIT . D.LIST.10
0,

474

€1000,XMIT.D.LIST.10
a7

0000006
000001

oMSGS9, -(SP)

:
:

0000006
000001

SP,RO
14

oMSG71,(SP)
01, -(SP)

SP.RO
14
55
1312

H SP.‘

104455

001312
0000006
0C0000G
062706
012746
011646
004737
042737
012716
005046
004737
012716
012746
004737
032737
001021
012716
012746
010600
104414
012716
012746
010600

14:05:07
14:02:06

SP,e

2538

2539

MSGOO

000006

100220

0000006
000400
0000106
140000
0000006
140000
020000
0000006
037777
0000126

0000006
000001

474

ERRORSREPORT
06,5P

2536

2546

©-40000,(SP)

H
:

2547
2548

0-40000,(SP)

2549

037777 ,XMIT.D.LIST.12

2551

2554

0-77560, -(SP)
(SP), -(SP)
PC,CHK _CSR,STATUS

0400, XMIT,D,LIST.10

-(SP)
PC,CHIKC,
XMIT STATUS
020000, -(SP)
PC,CH
RCV,STATUS
43
oMSG59,(S°9)

el,-(sP)

; SP,e

SP,RO
14
oMSGS8,(SP)

;

SP,RO

2555

SP,»

E11

ZGNA3

CZQNACO DEQNA FUNCTIONAL TEST

v01.0

002264
002266
002270
002272

0902274

002276
002300
002304
002306
002310
002312
002316
002322

TEST 7 - ETHERNET CARRIER SENSE TEST

TRAP
TRAP
.WORD
.WORD

14
55
1313
MSGOO

022625
062706
104467
006500

ce
ADD
TRAP
ROR

(SP)+,(SP).
#10,SP
67
RO

. WORD

0000006

103002
000137
062706
000207

000000

004737

CO0004
000006

104466
006000

000012

000207

006112
000034

49¢

618 words,

Routine Base:

invocation:

004530

25 words

17::

1¢:

103773

: Routine Size:

1
1

BHIS
JMP
ADD
RTS

6 words,

Rout ine Base:

invocation:

2 words

ERRORSREPORT

49
304
034 ,SP
PC

VAX-11 Bliss-16 Vv4.,0-579

{MAZURCZ YK .DEQNA JZQNAS . BLI; 2

S€EQ O

P.éz‘ 53
(19)

2556

:
:
:

2553
2456
Ss57

2263

ABSCODES$ + 4530

LSBTTL

T7 TEST 7

JSR

PC.8$717

BLO

TRAP
ROR
RTS

: Marximum stack depth per
2562
2563

48%:

000010

: Maximum stack depth per

000010

5-Jul-1984 14:02:06

104414
104455
001313
0000006

; Routine Size:

000000

S-Jul-1984 14:05:07

66
RO
PC

ABSCODES . 7054

- ETHERNET CARRIER SENSE TEST

2560

F11
CZGNACO DEQNA FUNCTIONAL TEST

ZGNA3

TEST 8 - STATION ADDRESS RAM TEST

2602
2603
2604

2605
2606
2607
2608
2609

DESCRIPTION:

This test verifies that Station Address RAM has no static faults.
The host writes and then reads datas patteris to sll of the

addressable RAM (

128 decimal bytes ).

The dats is checked to see

that the data pattern received is the same as the dats pattern

tronsmited.

exhausted.

This test continues until all

the data patterns sre

If the operator specifies loop on error,

re-executes the code that detected the error until

the program

is entered.

The following BINARY patterns are used:

11111111
10101010
11001100
11110000

Pt
b P
b Pl

b P

b e

Pt P

b P

STATION ADDRESS RAM TEST

TEST 8:

marching 1's,
marching O’'s,

b e
s (o
b e Pt (b (b et (i
b

2578
2579
2580
2581
2582
2583
2584
2585
2586
2587
2588
2589
2590
2591
2592
2593
2594
2595
2596
2597
2598
€599
2600
2601

b o

2577

00000000
01010101
00110011
00001111

propsgating 1’'s through the RAM
propagating 0's through the RAM

Stetion Address RAM

Hardware tested:

Q-Bus to QTDC interface
CSR register - Receiver Enable (bit 0)

Portion of Receive and Transmit FIFQ

Processing:

BEGIN
reset device
select Setup mode
REPEAT for each pattern

losd trensmit packet with data pattern
transmit loopback packet (fill all of the RAM)

2574
2575
2576

{MAZURCZYK .DEQNAJZANA3 .BLI ;2

feo

receive packet

b (b P

2571
2572
2573

S-Jul-1984 14:02:06

VAX-1] Bliss-16 v4,0 579

#SBTTL 'TEST 8 - STATION ADDRESS RAM TEST®

check
IF

for expected loopback status

error

THEN
print error message

b Pt Pt (it (b

2567
2568
2569
2570

et et

V¢

O°

v01.0

2564
2565

S-Jul-1984 14:0%:07

END

ENDIF
call compare_packets
ENDREPEAT

if not

inhibited

SEQ 0135

Page

5S4

(20)

G1l1
CZQONACO DEGNA FUNCTIONAL TEST
TEST 8 - STATION ADDRESS RAM TEST

ZGNA3
v01.0
:

2610

2612

2614

H
:

2611

2613

2615
2616

4
4

2617

2618

RESET_DEGNA ( );

DECR INDEX1 FRUM 7 TO 0 DO

:
;

2629
2630

3
3

:
H

:
:
:
:
:

2628

2631
2632

2633

:
:

2641
2642
2643

2646

:
:

H
:
;
:
;
H
H
;

2647
2648

4
4

000000
000004

);

XMIT_SETUP_PACKET (

);

INCR INDEX FROM O TO .P3 DO
XMIT _BUFFER [

H
'
H
'

.INDEX

P1 = N_MODE;
XMIT_SETUP_PACKET (
END;

)

(

. XMIT_BUFFER [

.INDEX

]

)

);

INCR INDEX1 FROM O TO N_MODE - 1 DO
BEGIN

INCR INDEX FROM O TO N_MODE - 1 DO

XMIT _BUFFER [

XMIT BUFFZR [

.INDEX } = ZERO;
} = ®X'FF';

,INDEX)

BGNSUB
;

XMIT_SETUP _PACKET ( N_MODE );

ENDSUB;

INCR INDEX FROM O 10 .P3 DO

4
4
6
6
4
4
3
1

ENDTST;

004137

000000G

004737

_INDEX1;

WALKING_BIT (
P1 = N_MODE;

4
4

4
6

2649

P2 =

!
:

2644
2645

2650
2651
2652
2653
2654
2655
2656
2657

!
'

2640

2639

(21)

TEMPS = ( N.MODE « 8 ) - 1;
INCR INDEXY FROM O TO .TEMP3 0O
BEGIN
Pl = ZERO;

!
!
H

3
3
3
3
3
3
3

Page

ENDSUB;
END;

(MAZURCZ
YK ,DEQNA JZGNA3 . BLI ;2

5€Q 0136

BGNSUR;
XMIT_SETUP_PACKET ( N_MODE );

2634
2635
2636
2637
2638

v4.0-579

XMIT _BUFFER [ .INDEX2 ] = .PTRN_TABLE [ .INDEX1 );

3
:
:
3
:
:

VAX-11 Bliss-16

BEGIN
INCR INDEX2 FROM O TO 127 DO

6
6
4
3
3
3
3
3
3

14:05:07
14:02:06

BGNTST;

2619
2620
2621
2622
2623
2624
2625
2626
2627

:
:

S-Jul-1984
5-Jul-1984

XMIT BUFFER [

.INDEX

)}

BGNSUB;

= (

XMIT _SETUP_PACKET ( N_MODE
ENDSUB;

0000006

.XMIT _BUFFER [

.INDEX

]

)

);

$718:

LSBTTL

JSR

$78 TEST 8
R1,$SAVE3

STATION ADDRESS RAM TEST
;

PC,RESET ,DEGNA

2561
2612

H11
CZONACO DEQNA FUNCTIONAL TEST
TEST 8 - STATION ADDRESS RAM TEST

ZQNR3
v01.0

000010
000C14
000016
000024
000026
000032
000034

c00036
000042
000046
000050
000052
000054
000056
000060
000062
000064

000066
000072
000074
000100
000102
000110
000112
000116
000122
000124
000126
000130
000132
000134
000136
000142
000144
000150
000152
000156
000160
000164
000166
000170
000174
000200

000202
000204
000206
000210
000212
000216
000220

012701
005000
116160
005200
020027
003771
104402

012746
004737
005726
104467
006000
103767
(005301
002355
005001
005000

105060
005200
020027
003772
112761
104402
012746
004737
005726
104467
006000
103767
005000
000411

012702
005003
156003
160302
110260
005200
020C37
003764
104402
012746
004737
005726

1¢:
2s:

0000006 000000G
000177

000200
000000G

44
S$:

000000G

000177
000377

0000006

6%:

000200
000000G

177777

7%:

0000006
0000006
0000006

8%:

9s:

000200
0000006

104467
006000
103767

005201
020127
003722
000207

: Routine Size:
;

000007

Maximum stack

MOV
CLR
~UvB
INC
cMP
BLE
TRAP
MOV
JSR
197
TRAP
ROR
8LO
DEC
B8Gt
CLR
CLR

CLRB
INC
cHp
BLE
MOVB
TRAP
MOV
JSR
187
TRAP
ROR
B8LO
CLR
B8R

MOV
CLR
8158
SuB
MOVB
INC
CcMP
BLE
TRAP
MOV
JSR
TST

TRAP
ROR
eLo

INC
cvP
BLE
RTS

000177

737 words,

depth per

Routine Base:

invocation:

AB$CODES

S-Jul-1984 14:05:07
5-Jul-1984 14:02:06
07.R1
0

:TRN.TABLE(RI).XHIT.BUFFER(RO)
0
RO,0177
2
2
0200, -(SP)
PC,XMIT,SETUP PACKET
(SP).
67

R1
RO

XMIT.BUFFER(RO)
RO
RO,2177

S$
0377, XMIT.BUFFER(R1)
2
PC,XMIT, SETUP PACKET

(SP).

63
RO
8s
0-1,R2
R3
XMIT .BUFFER(RO),R3
R3,R2
R2,XMIT.BUFFER(RO)

VAX

11 Eligss-16 v4.,0-579

[MAZURCZYK .DEQNA JZQNA3Z .BLI;2
;
;s
3
;s
:

¢,INDEX]
INDEXZ
o(INDEX1),e(INDEX2)
INDEX2
INDEXZ2,

SEQ 0137
Page
56

(21)

2614
2616
2617
2616

H
H

2617
2620

H
H

2617
2620

INDEX1

2614

s
;s
;s

INDEX1
INDEX
o(INDEX)

2639
2641
2642

o,s(INDEX1)

2643

YNDEX

2641

2646

H
:

2643
2646

; INDEX

2649

2650

s(INDEX),s

¢,s(INDEX)

INDEX,s

; INDEX

2649

:
:

2650
2653

(SP).
67

:
:

2650
2653

9s
R1
R1,0177

; INDEX1

2639

44
PC

2561

RO
RO,P3
74
e

9200, -(SP)
PC,XMIT
SETUP PACKET

7070

6 words

T1 1

INDEX1,s

111
ZANA3

CZQNACO DEQGNA FUNCTIONAL TEST

v01.0

000000

CN0004
000006
000010
000012

TEST 8 - STATION ADDRESS RAM TEST

004737

6 words,

;: Maximum stack depth per
2658

18::

007070

13:

104466
006000
103773
000207

; Routine Size:

;

5-Jul-1984 14:05:07

Rout ine Base:

invocation:

2 words

.SBTTL

JSR

TRAP
ROR
8LO
RTS

ABSCODES

S-Jul-1984 14:02:06

ver

11 Bliss-16 v4.0-579

[MAZURCZYIK.DEQNA]JZQNA3 . BLI: 2

SEQ 0138

Page

(21)

T8 TEST 8 - STATION ADDRESS RAM TEST

PC,$T8

66
RC
1
PC

7312

2656

J11
CZGNACO DEQNA FUNCTIONAL TEST

ZGNA3
b
b

S
D
I
IR

DESCRIPTION:

This test verifies that DEGNA promiscuous addressing mode functiuns
as specified. Bit patterns and addresses in and out of the range of
setup addresses are used to assure that there is true promisc.ity.
If the operator specifies loop on error,

code that detected the error until tC

the program re-s-e~: tes the

is entered

Herdware tested:

Promiscuous addressing mode logic

Set of Target Addresses

in HEXADECIMAL:

00-00-00-00-00-00
AA-AA-AA-AA-AA-AA

55-55-55-55-55-55

FF-FF-FF-FF-FF-FF

Walking 1,
Walking O,

shifting 1 across the Target Station Address
shifting O across the Target Station Address

Processing:

BEGIN

reset device

select internal loopback mode
set mode to Setup
set 'promiscuous’' addressing mode bit
REPEAT

for each

W
I
T

Address

transmit loopback packet
enable receiver
check for expected loopback
THEN

Target

load Target Address of the packet
disable receiver

IWM

I
W
D

D I

b Pt
P
b [
(b pd Pl
b P
e
(b e Ph o
(b e [
e b
e
s (s o
ik

(MAZURCZYK .DEGNA]ZQNA3 .BLT ;2

PROMISCUOUS STATION ADDRESS TEST

TEST 9:

2700

2701
270¢
2703

VAX-11 Bliss-16 v4.0-579

* e

2692
2693
2694
2695
2696
2697
2698
2699

S-Jul-1984 14:02:06

#SBTTL ' TEST 9 - PROMISCUOUS STATION ADDRESS TEST'

SER

2691

2676
26177
2678
2679
2680
2681
2682
2683
2684
2685
2686
2687
2688
2689
2690

D P

2675

(e (b Pk

2666
2667
2668
2669
2670
2671
2672
2673
2674

e (b e P

2665

s e P

2664

2663

Pt o

2661
2662

OO
O
08
O
00
G
G0
G0
V0
G
B2
G0
V0
OV
G0
B
G0
V0
G0
G0
V¢
VI
Ve
V0
G
G
V0
V0
W
V2
V0
G0
G5
B
V6
WL
V0
VS
VS
Ve
W
V6
WE
B
W

2659
2660

S-Jul-1984 14:05:07

TEST 9 - PROMISCUOUS STATION ADDRESS TEST

v01.0

error

status

print error message if not

ENDIF
call compare_packets
ERDREPEAT
END

inhibited

5EQ 0139
Page
S8
(22)

IK11
ZQGNA3

CZQNACO DEQNA FUNCTIONAL TEST

v0l1.0
3

2704

2705

:
:

2707
2708

:
:
:

2711
2712
2713

:
:

2706

2709
2710

2714

2715

5-Jul-1984 14:05:07

TEST 9 - PROMISCUQUS STATION ADDRESS TESTY

le0

3
3

'--

3
3
3

VAX-11 Bl 'ss5-16 v4.0-579

(MAZURCZYIC.DEQNAJZQMNA3Z.BLI;2

'
¢t

RESET_DEQNA ( );
PREP_FOR _SETUP ( );
INCR INDEX1 FROM 1 10 14 DO
WRT_STATION_ADR (

.INDEX1, PHA_INDEX

);

2716

BGNSUB;

:
:
:

2718
2719
2720

3
3

ENDSUB;

2721
2722

2723

3
3

'
NOW LOOPBACK 6 BYTE PACKETS AND CHECK IF THEY ARE RECEIVED PROPERLY
'1--

:
:
H

2724
2;25

2726
2727
2728

3
3

:
:

:
H

:
H
H
H
:
:
:
H

H
H
:
5
:
:
H
H
:
H
:
:
H

2717

2729
2730
2731
2732
2733
2734
2735
2736
2737
2738
2739
2740
2741
2742
2743
2744
2745
2746
2747
2748
2749

000000
000002
000006
000012

3
3
4

XMIT_SETUP_PACKET (

(10146
004737
004737
012701

P_MODE

HERS

RBUF _LENGTH = 6;
XBUF _LENGTH = - (

,RBUF _LENGTH t -1 );

INCR INDEX1 FROM O TO 99 DO

BEGIN
SELECTONE .INDEX1 OF
SET

4
4
4
4
4
4
4
4

4
4
4
4
6
¢
4
4
3
3
3
3
1

(23%)

RESET DEGNA AND INITIALIZE ETHERNET STATION ADDRESS RAM IF EXECUTING
TESTS IN EXTERNAL LOOPBACK MODE.

:
:

Page

BGNTST;

3
3

5-Jul-1984 14:02:06

SEQ 0140

{

0103

{

4 T1T051

[ 52 TO 99 }:
TES:;

WRT_STATION_ADR ( ZERO,

.INDEX1 );

WALKING _BIT ( ZERO,

.INDEX1 - 4, S5 );

WALKING_BIT ( ONE,

.INDEX1

- S2, 5 );

WRT_STATION_ADR ( ZERO, ZERO );
BGNSUB;

XMIT_ILOOP _PACKET ( ZERQ );
ENDSUB;

END;

INCR INDEX FROM O TO S DO
TARGET _ADR [ .INDEX ] = ZERO;
ENDTST;

000000G
000000G
000001

$79:

.SBTTL

MOV
JSR
JSR
MOV

$T9 TEST 9

PROMISCUOUS STATION ADDRESS TESTY

R1, (SP)
PC,RESET.DEQNA
PC,PREP.FOR ,SETUP
#1,R1

:
H
:
: ¢, INDEX1

2657
2711
2712
2713

CZQNACO DEGNA FUNCTIONAL TEST

ZQGNR3
vo1.0

000016
000020
000024
000030
000032
000034
000040
000042
000044
000050
000054
000056
000060
000062
000064
000072
000076
000100
000102
000106
000110
000112

000114
000120
000122
000124
000126
000132
000134
000136
000142
000144
000150
000152
000154
000156
000162
000164
000170
000172
000176
000200
~naaa

000212
000216
000222
000226
000230
000232
000236
000240
000242

TEST

010146
012746
004737
022626
005201
020127
003766

104402

012746
004737
005726

PROMISCUOUS STATION ADDRESS TEST
1$:

000023
0000006

JSR
CMP
INC
CMP
BLE

000016
2$:

000202

003005
005046
010146

162716
000413
020127
002416
020127
003013
012746
010146
162716
012746
004737
062706
005046
005046
004737
104402
005016
004737

000006
000006

TRAP
MOV

JSR

0000006

TS7
TRAP
ROR
8LO
MOV
MOV
ASR
NEG
MOV

104467

006000
103767
012737
012700
006200
005470
010037
005001
005701
002411
020127
003006
005046
010146
004737
022626
000434
020127
002410
020127

MOV
MOV

0000006

0000006
3s:

CLR

TST
BLY

cMP
B8GT
CLR

000003

MOV

0000006

000004

4%;

000063

JSR
CMP
B8R
CMP
BLT
CMP
8GT
CLR

5-Jul-1984
S-Jul 1984

R1,-(SP)

14:05:07
14:02:06

VAX-11 Bliss-16 v4,0-579

(MAZURCZYK . DEQGNAJZGNA3 . BLI;2

S€Q 0141
Page
60

(23

;

INDEX]1,s

2714

:
;

INDEX1
INOEX1,s

2713

PC,WRT STATION.ADR

(SP)+,(SP)+

R1
R1,016

1%
4
2202, -(SP)

PC,XMIT.SETUP, PACKET

(SP).
67

2714

2717

2714

2717

:
H

2724
2725

R(C

23
96 ,RBUF
96 ,R0
RO

LENGTH

RO
RO, XBUF .LENGTH
R1
R1
44
R1,03
4%

:
:

INDEX1

INDEX]

2727
2731

2732

-(SP)
PC,WRT
, STATION.ADR

(SP)+,(SP).

R1,%4

2729

INDEX1,»

2733

2734

; INDEX1,s

2735

MOV

000064

5%:

SuB
B8R
CMP
LY
CMP
8GT

;

MOV
MOV

000005
0000006
000006

0000006
0000006

b4 ,{5PF)

JSR
ADD

PC,WALKING.BIT

JSR
TRAP
CLR

PC,WRT
. STATION.ADR
2

MOV

7%:

CLR
CLR

8s:

Sub

6$:

JSR

INDEX1,s
2736

INDEX],e

96, 5P
-(SP)
-(SP)

;

2739

(SP)

;

2742

PC,XMIT,ILOOP,.PACKET

A
&

”n

M11

ZGNA3

CZANACO DEQGNA FUNCTICNAL TEST

v01.0
000246
000250

000252

TEST 9 - PROMISCUOUS STATION ADDRESS TEST

104467
006000

000254
000256
000260
000264
000266

022626
005201
020127
0031711
005000

000302

0037°2

000270
000274
000276
000304
000306

105060
005200
020027

004737

100 words,

007326’

5 words

19::
14:

103773
000207

Maximum stack

2750

Routine Base:

invocation:

104466
006000

; Routine Size:

9¢:

000005

Maximum stack depth per

000000
000000
000004
000006
000010
000012
:

000000G

012€01
00C207

: Routine Size:
:

000143

6 words,

depth per

Routine Base:

invocation:

2 words

S5-Jul-1984 14:02:06

TRAP
ROR

67
RO

CMP
INC
cMP
BLE
CLR

(SP)+,(SP)
R1
R1,4143
34
RO

B8LE

B8LO

103771

5-Jul-1984 14:05:07

CLRB
INC
CMP

8¢

TARGET.ADR(RO)
RO
RO, 65

MOV
RTS

(SP)+,R1
PC

ABS$CODE$

+ 7326

VAX-11 Bliss-16 v4,0-579

(MAZURCZYK .DEQNA )ZQNAZ .BLI ;2

Page2 61

23)

;
; INDEX1
; INDEX1,»

2728

:
;
:
:

2747
2748
2747

INDEX
¢(INDEX)
INDEX
INDEX,»

LSBTTL

T9 TEST 9 - PROMISCUOUS STATION ADDRESS TEST

JSR
TRAP
ROR
BLO
RTS

PC.$79
66
RO
14
PC

ABSCODES + 7636

SEQ 014

2727

2657

2.8

N11
CZQNACO DEQNA FUNCTIONAL TEST
TEST 10 - TRANSMIT AND RECEIVE FIFO MEMORY TEST
b
b

]

VAX-11 Bliss-16 v4,0-579
{MAZURCZYK .DEQGNAJZGNA3 .BLI ;2

TRANSMIT AND RECEIVE FIFO MEMORY TEST

TEST 10:
DESCRIPTION:

This test verifies that link memory (receive FIFO and transmit
buffer) has no static faults. The host writes and then reads
8 sequence of data patterns to the link memory. The data is then
checked to see that the data pattern received is the same as the
data pattern transmitted. This test continues until all the data
patterns are exhausted. If the operator specifies loop on error, the
program re-executes the code that detected the error until

Hardware tested:

Transmit buffer address logic
Transmit buffer memory ( first 1512 bytes

Receive FIFO address logic
Receive FIFO memory ( first

1512 bytes

)

The following BINARY patterns are used:

b (b

entered.

b i (b P

b [

b P

Yoo

b et

5-Jul-1984 14:05:07
S-Jul-1984 14:02:06

#SBTTL 'TEST 10 - TRANSMIT AND RECEIVE FIFO MEMORY TEST'

00000000
01010101
00110011
00001111

Processing:

BEGIN
reset device

select
REPEAT

internal/extended loopback mode

for each pattern

write link memory with pattern - transmit loopback packet
read link memory with pattern - receive loopback packet
check for expected loopback status

b (b i [

b (b

ot P

11111111
10101010
11001100
11110000

[

IF error

b (b o

2751
2752
2753
2754
2755
2756
2757
2758
2759
2760
2761
2762
2763
2764
2768
27"
2767
2768
2769
2770
2771
2772
2773
2774
2775
2776
2777
2778
2779
2780
2781
2782
2783
2784
2785
2786
2787
2788
2789
2790
2791
2792
2793
2794
2795

et ot (b

@¢

V¢

ZGNA3
v01.0

END

THEN
print error message
ENDIF
call compare_packets
ENDREPEAT

if not

inhibited

SEQ 0143
Page
62
(24)

Ble2
CZQNACO DEQMA FUNCTIONAL TEST
TEST 10 - TRANSMIT AND RECEIVE FIFO MEMORY TEST

ZANA3

2796

2797
2798

2799

2800
2801
2802

2803

2804
2805
2806
2807
2808
2809
2810

®s

)

2811

2812
2813
2814
2815
2816
2817
2818
2819
2820
2821
2822
2823
2824
2825
2826
2827
2828
2829
2830
2831
2832
2833
2834
2835
2836
2837
2838
2839
2840
2841
2842
2843
2844

2845
2846
2847
2848

WOHWAHNWNNANNENRNEWENWNAND
DAL LLLBLLDLALLVNVVOLLEED
GV WWWWWWLW

v01.0

S5-Jul-19684 14:05:07
S-Jul-1984 14:02:06

BGNTST;
LX)

LOOPBACK 1514 BYTE PACKETS AND CHECK IF THEY ARE RECEIVED PROPERLY

RBUF _LENGTH = LONGEST _PACKET;

XBUF _LENGTH =

- (

.RAUF _LENGTH t

-1 );

INCR INDEX FROM O TO 7 DO
BEGIN

RESET_DEGNR (
TEMPL

);

INCR INDEX] FROM O TO 189 DO
INCR INDEX2 FROM O TO 7 DO
BEGIN
XMIT _BUFFER (

TEMPL
END;

.TEMP1

_TEMPL1

]

_PTRN_TABLE

[

.INDEX2

);

Sse

ROTATE PATTERN TABLE

TEMP2 = _PTRN_TABLE ( 0 ];
INCR INDEX3 FROM O T0 6 DO
PTRN_TABLE [ .INDEX3 ] = _PTRN_TABLE [
PTRN_TABLE [ 7 ) = .TEMP?2;

BGNSUB;

SET_RDESCR_LIST ( .XBUF _LENGTH, VE
SET_XDESCR_LIST ( .XBUF _LENGTH, VE
SEND_ELOOP _PACKET ( ZERO );

COMPARE _PACKETS (

ENDSUB;

.INDEX3

);

);
);

);

END;

’

'
'

INCR INDEX1 FROM O TO LONGEST_PACKET
BEGIN

- 1 DO

INCR INDEX FROM O TO LONGEST_PACKET

XMIT_BUFFER [ .INDEX
XMIT_BUFFER [
.INDEXi

)
1

= ZERO;
= #X'FF';

1 DO

]

BGNSUB
;

‘

ENDSUB
;

'
'
'
‘
)

[]
[}

SET_RDESCR_LIST ( .XBUF _LENGTH, VE
SET_XDESCR_LIST ( .XBUF _LENGTH, VE
SEND_ELOOP_PACKET ( ZERD )3
COMPARE _PACKETS ( )3

INCR INDEX FROM O TO

XMIT _BUFFER [

.P3 DO

.INDEX ) = (

);
);

,XMIT_BUFFER [

.INDEX ]

C12

) - i;

VAX-11 Bliss-16 v4.0-579
(MAZUR
,DEQNA JZGNAS
CZY
. BLTK
;2

SEQ 0144

Page

(e < )
c

Cle
CZANACO DEQGNA FUNCTIONAL TEST

ZANAS

TEST 10 -

2849
2850
2851
2852
2853
2854
2855
2856
2857
2858
2859

000000
000004
000012
00001€
000020
000022
000026
000032
000036

000042
000046
000050
000054
000062
000066
000070
000074
000076
600100
000104

000112
000114
000122
000124
000130
000132
000140
000142
000146
000152
000156
000162

000166
000172
000174
000200
000204
000210
000212

Ll VRV RV RV NV RV NV NV RV LV )

vO01.0

004137
012737

012700
006200
005400
010037
012703
004737
005037

012702
005000
013701
116061
005237
005200
020027
003765
077215
005037
113737

005000
116060
005200
020027
003771
113737
104402
013746
012746
004737
013716
012746

004737
005016
004737
004737

062706
1044567
006000

TRANSHIT AND RECEIVE FIFO MEMORY TEST

BGNSUB;
SET_RDESCR_LIST ( .XBUF _LENGTH,
SET_XxDESCR_LISTY ( .XBUF LENGTH,
SEND_ELOOP _PACKET ( ZERO );

COMPARE _PACKETS (

ENDSUB;

VE
VE

S-Jul-1984

S5-Uul-1984

14:05:07

14:02:06

VAX-11 Bliss-16 v4.0-579

(MAZURCZ
YK ,NEQNA JZGNA3S . BLT ;2

5EQ 01495

Page

(25)

);
);

);

END;

ENDTST;

$710:

002752
002752

.SBTTL
JSR

MOV
MOV
ASR
NEG
MOV

MOV
JSR

CLR

MOV

CLR

MOV
MOVB

INC
INC
cHe
BLE

CLR

0000006
4%

0000076

Ss:

$710 TEST

02752 ,RBUF

LENGTH

R1,$SAVE3S

02752 ,R0O

TRANSMIT

AND RECEIVE FIFO MEMORY

RO
RO

2802
2803

s, INDEX

010,R3
PC,RESET.DEGNA
TEMP]
2276 ,R2
RO
TEMP] R}
PTRN.TABLE(R
,XMIT . BUFFER(R1)
O)
TEMP)

s, INOEX1

INDE X2

+(INCEX2),
INDE x2
INDEX2,

2805
2807
2808
2809
2810
2812

2oe13
2810

INDEX1,e

2809
2820

;

INDEX3

;

INDEX3

2821
2822
2821

R2,2%

MOVB

PTRN.TABLE+1(RO),PTRN. TABLE(RO)

MOve
TRAP
MOV
MOV

2749

RO, XBUF .LENGTH

PTRN. TRBLE , TEMP?

INC
cHP
BLE

TEST

MOvVe

CLR

RO, 06

;

¢(INDEX3),e( INDEX3)

; INDEX3,s

TEMP2,PTRN, TABLE » 7
2

2823

;

2826

2827

JSR

0-60000,
- (SP)
PC,SET.RDESCR.LIST
XBUF . LENGTH, (SP)
0-60000,
- (SP)
PC,SET.XDESCR.LIST

(SP)

2828

JSR

PC.SEND.ELOOP ,PACKET
PC,COMPARE ,PACKETS

2829
2823
2829

JSR

MOV
MOV

CLR
JSR

ADD
TRAP
ROR

XBUF ,LENGTH, -(SP)

;

06,5P
67

H
:

D12
CZANACO DEGNA FUNCTIONAL TEST

ZQNA3
v01.0

000214
000216
000220

TEST 10 -

TRANSMIT AND RECEIVE FIFO MEMORY TEST

8LO
S08
RTS

103751
077373
000207

S-Jul-1984 14:05:07
S-Jul 1984 14:02:06

S4
R3,1%
PC

VAX-11 Bliss

16 v4.0 579

(MAZURCZ
YK ,DEGNAJZQNAZ BLI ;2
;s

INDEX,s

SEQ 0146

Page

(2%)

2805
2749

ABSCODES « 7652
: Routine Size:
73 words,
Rout ine Base:
8 words
: Max mum stack depth per invocation:

000000

000000
000004
000006

000010
000012

004737
104466
006000
103773
000207

007652

T10::
1%:

LSBTTL
JSR

TRAP
ROR

8LO
RTS

110 TEST

PC,8$T10

2832

66
RO

AB$CODES + 10074
;: Routine Size:
6 words,
Rout ine Base:
2 words
: Maximum stack depth per invocati.on:

2860

TRANSMIT AND RECEIVE FIFQ MEMORY TeST

ElC2

ZONA3

CZGNACO DEQNA FUNCTIONAL TEST

v01.0
:
:
:

2861

:
:
:

2868
2869
2870

2872

:
:

:
H
:
:
:
:
:
:
:
:
:
:

H
H
:
H
:
:

H
H
H
:
H
;
H

Yoo
H

2867

1
1

[(MAZURCZ Y ,.DEGNAIZGNATS . BLI;2

PACKET LENGTH TEST

TEST 11:

DESCRIPTION:

H
!
!

This test verifies that DEQNA can transmit and receive variable
length packets ( equal to or greater than 60 bytes =nd equal to or
less than 1514 bytes without the CRC ) with,ut losing eny data

FIFO memory is not static (stuck at 1/stuck at 0)., If the omerator

2874

detected the error until tC is entered.

2876

Hardwere tested:

2878
28719
2880
2881
2882
2883
2884
2885
2886
2887
2888

1
1
1
1
1
1
1
1
1
1
1

H
!
!
!
H
!
H
!
!
H
!

Processing:

2871

2873

2875
2877

1
1
1

S-Jul 1984 14:02:06

VAX 11 Bliss-16 v4.0 579

#SBTTL *TEST 11 - PACKET LENGTH TeST!

2865

2866

1
1

TEST 11 - PACKET LENGTH TEST

2862
2863

2864

S-Jul-1984 14:05:07

2889

2891
2892
2893
2894

1
1
1
1

2890

2895
2896

2897

2898
2899
2900
2901
2902
2903
2904

1
1

1
1
1
1
1
1
1

in the process.

specif'es 10op on error, the program re-executes the code that

Transmit and Receive RAH

BEGIN
reset device
select internal/extended loopback mode
set down_count to max. packet length
set up_count to min, packet length
REPEAT until down_count = min. packet length
transmit loopback pascket (packet length = down_count)
check for expected loopback status and packet lengthr
IF error
THEN

print error message if not inhibited

ENDIF
call compare_packets
transmit loopback packet (packet length = up_count)
check for expected loopback status and pezket length

H
H
H
H

IF error
THEN

'
H

H
'
H
!
'
!
!--

This test also verifies that the 9th bit of the

print error message if not

END

ENDIF
call compare_packets
decrement down_count by 2
increment up_count by 2
ENDREPEAT

inhibited

SEQ 0147

Pa;. 66
(26)

F1e
CZQONACO DEQNA FUNCTIONAL TEST

ZQNAS

TEST 11

2905
2906

2907
2908
2909
2910
2911
2912

2913
2914
2915

2916
2917
2918
2919
2920
2921
2922
2923
2924
2925
2926
2927
2928
2929
2930

2931
2932
2933
2934
2935

2936
2937
2938
2939
2940
2941
2942
2943
2944
2945
2946
2947
2948
2949
29590
2951

000000
000004
000010

HWSELONONRLALBVNUVUVVUVVUVLVIVABUVVVNUVVIVNIVIVIVIND
D DD WNWUWUWWWWHWWKHNG®

B¢

Q¢

G¢

V¢

vol1.0

004137
005037
012737

S Jul-1984 14:05:07

- PACKET LENGTH TEST

S5-Jul-1984 14:02:06

VAX-11 Bliss-16 v4.0 S79

[MAZURCZ
YK ,DEGNAJZGNAZ .BLI ;2

SEQ 0148
Page

(27)

BGNTST;
Seo

LOOPBACK PACKETS OF INCREASING AND DECREASING LENGTH THEN CHECK IF PROPERLY

RECEIVED

COUNTER
= ZERO;
= SHORTEST _PACKET;
UP_COUNTER
DOWN_COUNTER = LONGEST _PACKET;

INCR INDEX1 FROM SHORTEST_"ACKET TO MAX_LENGTH BY STEP1 DO
BEGIN
RESET_DEGNA (

);

.COUNTER EQLU ZERO

THEN
BEGIN
RBUF _LENGTH =
XBUF _LENGTH =

_UP_COUNTER;
- ( _RBUF _LENGTH

INCR INDEX FROM O TO .UP_COUNTER
XMIT _BUFFER ([

.INDEX

)

XMIT BUFFER [

.INDEX

)}

= ZERO;

-1

_INDEX;

);

1 DO

INCR INDEX FROM ,UP_COUNTER TO MAX_LENGTH
UP_COUNTER = _UP_COUNTER
COUNTER = ONE;
END
ELSE
BEGIN
RBUF _LENGTH =
XBUF _LENGTH =

1 DO

STEP1;

_DOWN_COUNTLEK;
- ( _RBUF _LENGTH t

INCR INDEX FROM O TO
XMIT BUFFER

-1

.DOWN_COUNTER

[

.INDEX

]

XMIT _BUFFER [

.INDEX

)

= ZERO:;

_INDEX;

1 DO

INCR INDEX FROM .DOWN_COUNTER TO MAX_LENGTH DOWN_COUNTER =

NgOUNTER = ZERO;

1 DO

_DOWN_COUNTER - STEP];

END;
BGNSUB;

SET_RDESCR_LIST ( .XBUF _LENGTH, VE
SET_XDESCR_LIS¢
( .XBUF _LEMGTH, VE
SEND_ELOOP _PACKET ( ZERO );

COMPARE _PACKETS
ENDSUB;

(

);
);

);

END;
ENDTST;

0000006
0000006

000074

$T11:

000000G

LSBTTL

JSR
CLR

MOV

$T11 TEST 11

R1, $SAVE?
COUNTER

- PACKET LENGTH TEST

#74 ,UP.COUNTER

1
D

H
;

2859
2912
2913

Gle
CZQNACO DEQGNA FUNCTIONAL TEST
TEST 11 - PACKET LENGTH TEST

ZONA3
v01.0
000016
000024

000034

000040
000042
000046
000052
000054

000062
000064

000070
000072
000074
000100
000102
000106
000110

000116
000124
000126
000132
000136
000140
000142
000146
000150
000152
000154
000156
000160
000164
000166
000172
000174
000202
000206
90212
000214
000216
000222
000224
000230
000234
000240
000244
000250
G00254
000256
000262
000266

0127%7
012702
004737
005737
001032
013700

010037

002752

000074
0000006
0000006

0000006
1¢:

005201
020100
002773
005300
000402
105060
005200
020027
003772
062737
012737
000430
013700

0000006
0000006

010037
005001

000403
110161
005201

020100
002773
005300
000402

105060
005200

020027
003772
162737
005037
013700
006200
005400
010037

104402

13746
012746
004737
013716
012746
004737
005016

004737
004737
062706

2$:

0000006

Ss:

002775

000002
000001

MOV
MOV

02752 ,D0WN, COUNTER

JSR

PC,RESET
. DEGNA

BNE

CLR

RO ,RBUF ,LENGTH
R1

TST

MOV
MOV

005001

000403
110161

S Jul-1984
S-Jul-1984

0000006

MCve

INC

6%:

7%:

8s:

MOVB

INC

BLY

DEC

0000006
002775
000002
0000006
0000006
0000006

9¢:

10¢:

CLRB
INC
P
BLE

CLR

11¢:

MOV
ASR

NEG

0000006
0000006
120000
0C 20006
0000006

120000
0000006

0000006
000000G
000006

12%:

MOV
TRAP
MOV
MOV

JSR

MOV

JSR
CLR
JSR
JSR
ADD

¢, INDEX]

48
27
2914

2916

UP . COUNTER,RO

2922

R1,XM
. BUFFER(R1)
IT
R1
R1,RO

RO
RO, 02775
44

CLR
BR

;

Page

2918
2919

CLRE
INC
cMP
BLE
B8R
MOV
MOV

SEQ 0149

COUNTER

HOV

VAX-11 Bliss-16 v4.0-579
[MAZURCZYK ,DEQNA ]ZGNA3 . BLI;2

:
;

BL”
OeC

ADD

0000006
000000G

0000006
0000906

074, ,R2

14:05:07
14:02:06

INDEX

2924

;
;s

INDEX,«(INDEX)
INDEX

2925
2924

INDEX,s

XMIT
. BUFFER(RO)

:
;

2926

s(INDEX)
INDEX
INDEX,»

2927
2926

02,UP
. COUNTER
@1,COUNTER

2929

113
OOWN.COUNTER,RO

2919

RO,RBUF .LENGTH
R1

84
R1,XM
. BUFFER(RL)
IT

R1
R1,RO
74
RO

10%
XMIT.BUFFER(RO)
RO
RO,92775

94
02 ,D00WN. COUNTER
COUNTER
RBUF .LENGTH,RO
RO
RO

RO, XBUF .LENGTH
2
XBUF .LENGTH, -(SP)
#-60000, -(SP)
PC,SET.RDESCR.LIST
XBUF .LENGTH,
(SP)
0-60000, -(SP)

PC,SET.XDESCR.LIST
(SP)
PC,SEND.ELOOP ,PACKET
PC,COMPARE ,PACKETS
%6,SP

2928

2933

INDEX

INDEX,s(INLEX)

INDEX,e

c93S
2936

s INDEX

2935

2937

¢ o(INDEX)
;s INDEX

2938
2937

;

2939

:
;

s
INDEX,

2940

2922

2941

;

2944

;

2945

;

2946

:
H

2947
2941

H12

ZQNA3

CZQNACO DEGNA FUNCTIONAL TEST

v01.0

TEST 11 - PACKET LENGTH TEST

000272
0002°4
000276
000300

104467
006000
103751
062702

000310
000312

003647
000207

000304

5-Jul-1984 14:05:07

020227

000002

S5-Jul-1984 14:02:06
TRAP
ROR
8LO
ADD

67
RO
124
02,R2

BLE
RTS

13
PC

CcHP

002776

VAX-11 Bliss-16 v4,0-579

[MAZURCZ yK ,DEGNA JZQNAZ . BLT ;2
;

QPS;EO 69
(27
2947

; o, INDEX1

2916

2859

;

2950

s+ INDEX1,e

R2,02776

ABS$CODES$ + 10110
Routine Base:
102 words,
;: Routine Size:
words
7
: Maximum stack depth per invocation:

000000

004737

000004
000006
000010
000012

104466
006000
103773
000207

000000

: Routine Size:

;

6 words,

Maximum stack depth per

2952

Ti1::

010110

1%:

Routine Bese:

invocation:

2 words

LSBTTL
JSR

TRAP
ROR
8LO
RTS

T11 TEST 11

- PACKET LENGTH TEST

PC,$T11

66
RO
13
PC

ABSCODES + 10424

T1 D

I1e
CZGNACO DEGNA FUNCTIONAL TEST

ZANR3

2993

2994
2995
2996

2997
2998
2999
3000
3001

b Pt
Pt Pt Pt
b P
b
P
P
P
(b P
s od o
(o
(b P
P
b P
i
P
e (b i |
P
P
Pud b P

2979
2980
2981
2982
2983
2984
2985
2986
2987
2988
2989
2990
2991
2992

b (o [

2973
2974
2975
2976
2977
2978

2972

e foh (e

2967
2968
2969
2970
2971

2965

b (bt b (b (rab P

2964

V¢

B¢

©F

v01.0

2953
2954
2955
2956
2957
2958
2959
2960
2961
2962
2963

S5-Jul-1984 14:05-07

TEST 12 - NXM INTERQUPT TEST

VAX-11 Bliss-16 v4.0-579

S5-Jul-1984 14:02:06

(MAZURCZYIC.DEQNAJZGNA3Z
. BLT ;2

#SBTTL ‘TEST 12 - NXM INTERRUPT TEST’
Yoo
.

TEST 12:

DESCRIPTION:

]

!
'

NXM INTERRUPT TEST

This test verifies that Transmit and Receive List Invalid bits
(CSR bits 4 and S) can be set and reset as specified and that both,

'
!

Transmit and Receive Descriptor List addresses in the I/0 page have
to be valid to succesfully loopback a packet.

!
!
'
!

After a software reset Transmit end Receive List Invalid bits are
checked for their initial condition state (both set). Then these bits
are cleared by writing Transmit and Receive Descriptor List addresses
into Transmit and Receive Buffer Descriptor Registers.

!
!
H

First, valid loopback packet is sent to verify that UWT properly
transmits and receives loopback packets. Then, & Non-Existant
Memory Access ( NI ) bit is forced to " 1 " each time oan invalid

!
]

loopback packet

is sent.

!
!

If the operator specifies loop on error, the program re executes the
code that detected the error until tC is entered.

!
!
!
!
H

Hardware tested:

Q@-Bus to QTDC

interface
- Valid and invalid host memory
address processing
CSR register - NXM access (bit 2)
- Interrupt Enable (bit 6)
-

- RCV

!
]

XMIT

List

Invalid

(b't

List Invalid (bit 5)

Use following Descriptor List and buffer addresses:

]

TRANSMIT

RECEIVE

YYIYIYYY

YY)

]

H
e

DESCR LIST ADR

BUFFER ADR

hecccecrcrrrcoecem e e rcvossememr=

000

DESCR LIST ADR

BUFFER ADR

ecmeceeemmcmecessemcasmcescecmeecnen==

]

!
!
!
'
!

VALID
INVALIO
VALID
VALID
VALID

VALID
DON'T CARE
INVALID
VALID
VALID

VALID
OON'T CARE
OON’'T CARE
INVALID
VALID

VALID
DON'T CARE
OON'T CARE
DON'T CARE
INVALID

i
U
g

SEQ 0151
Page

(28)

Jle
CZGNACO DEQNA FUNCTIONAL TEST

ZQNA3

TEST 12 - NXM INTERRUPT TEST

b
pb
b P

BEGIN
reset device (

interrupt

)

read CSR

IF XMI7 and RCV List Invalid bits not = 1

THEN

e P

print error message
ENDIF

enable

Jevice

if not

nhibited

interrupt (set CSR bit 6)

b (S P

transmit valid loopback packet
check for expected locpback status
IF error
THEN

s i (o (b P

it (b

print error message if not inhibited
ENDIF
call compare_pockets
REPEAT for each set of addresses in the set
transmit inve.id loopback packet
IF NXM
THEN

interrupt didn’'t occured

e (el o (o

print error message if not inhibited
ENDIF
check for expected loopback status
IF error

b P

THEN

print error message

ot
P

disables device
internal loopback mode

select

Pt et Pl

Processing:

END

ENDIF
ENDREPEAT

if not

inhibited

B¢

€6

vo1.0
3002
3003
3004
3005
3096
3007
3008
3009
3010
3011
3012
3013
3014
3015
3016
3017
3018
30°9
30.)
3021
3022
3023
3024
3025
3026
3027
3028
3029
3030
5031
3032
3033
3034

S-Jul-1984 14:05:07
5-Jul-1984 14:02:06

171
TM

VAX-11 Bliss-16 v4.0-579
(MAZ
YK ,UEQGNAJ
UR
ZGNA3
CZ
. BLT ;2

SEQ 0152
Page

7
(29)

K12
CZQNACO DEQGNA FUNCTIONAL TEST

ZGNA3

TEST 12 - NXM INTERRUPT TEST

3068
3069
3070
3071
3072
3073
3074
3075
3076
3077
3078
3079

3080
3081
3082
3083
3084
3085
3086
3087

O Ul
8
8 O O3 3 8O0 G0 U U G OGO

(MAZURCZYK.DEQNA]ZGNAZ
.BLI;?

Yoo

...

RESET DEQNA AND SELECT LOO°BACK MODE

RESET_DEGNA (

);

PREP_FOR_SETUP (

);

INCR INDEX FROM 1 TO 14 DO
WRT_STATION_ADR ( .INDEX, PHA_INDEX );

BGNSUB
;

XMIT_SETUP_PACKET (
ENDSUB;
RBUF _LENGTH

= 6;

XBUF _LENGTH =

- (

N_MODE

);

.RBUF_LENGTH t

CLR_BUFFERS ( B_SIZE
ERR_NUMBER = ZERO;

-1

);

O
GGl
NN U N UNIUT N

3064
3065
3066
3067

WWEEUNRONO

3063

5-Jul-1984 14:02:06

VAX-11 Bliss-16 V4.0 579

BGNTST;

Yoo

LOOPBACK A PACKET, VALID DESCRIPTORS AND BUFFER ADDRESSES,

LOOPBACK PACKET WAS PROPERLY RECEIVED AND NI BIT IN CSR = 0

RESET_DECNA (

VNMVNVNUVIN RGN

O¢

B¢

V¢

vo1.0

3035
3036
3037
3038
3039
3040
3041
3042
3043
3044
3045
3046
3047
3048
3049
3050
3051
3052
3053
3054
3055
3056
3057
3058
3059
3060
3061
3062

5-Jul-1984 14:05:07

);

WRT_STATION_ADR (

ZERO, PHA_INDEX

BGNSUB;
XMIT_ILOOP _PACKET ( ZERO
IF GET_BIT ( CSR, NI )

);

THEN
BEGIN

CSR_WORD = GET_BIT ( CSR_ALL

PRINTB (
PRINTB (
PRINTB (

ERRDF

END;
ENDSUB
;

(

MSG5S9
MSG29
MSG28

1201,

THEN CHECK IF

);
);
);

MSGOO,

);

ERRORSREPORT

);

Coo

TRY TO LOOPBACK A PACKET WITH INVALID TRANSMIT DESCRIPTOR ADDKESS,

THEN CHECK FOR NON-EXISTANT MEMORY INTERRUPT ( NI

BGNSUB;
RESET_DEGNA (

);

.IOP_TABLE [ XLO_ADR ] = NXM_LO_ADR;
.ICP_TABLE [ XHI_ADR ] = NXM_HI_ADR;

IF NOT GET_BIT (

CSR, NI

)

) BIT IS SET T0 1

SEQ 0153
Page

(30)

L12
ZQONAS

CZQNACO DEGNA FUNCTIONAL TEST

v01.0

TEST

3088

:
:

3090
3091

5
6

:
:
:
:

3094
3095
3096
3097

6
6
6
S

:
:

3101
3102

3
3

3104

3
:
:

:
:
:
:

3089
3092
3093

3098
3099
3100

3103

3105

3108

:
:
:
:
:

12 - NXM INTERRUPT

THEN

IF (

S-Jul-1984 14:02:06

ENDSUB;

!--

Yoo

!
¢

BGNSUB
;

S
S

RESET_DEGNA ( );
WRT_STATION_ADR (

3109
2110
111

S
g

.JOP_TABLE [ RLO_ADR
.JOP_TABLE ([ RHI_ADR

ZERO,

]
]

PHA_INOEX

);

= NXM_LO_ADR;
= NXM_MI_ADR;

3112
3113
gllg

S
S
g

SET_XDESCR_LIST ( .XBUF _LENGTH, VE );
.IOP_TABLE [ XLO_ADR ) = XMIT D_LIST;
.IOP_TABLE [ XHI_ADR ] = ZERO;

gllg

CHK_RIXI_STATUS (

3118

CHK_CSR_STATUS

3121
3122
2123
3124
3125
3126
3127
3128
3129
3130
2131
3132
3133
3134
3135
3136
3137
3138
3139
3140

S
S
S
S
S

.JOP_TABLE [

:
H

:
:
H
H
:
H
H
.
H
:
.
H
H
:
H
H
;
:
H
H

3159
120

S
S
6
6
6
¢
6
6
6
S
S
3%
3
3
3

);

TRY TO LOOPBACK A PACKET WITH INVALID RECEIVE DESCRIPTOR ADDRESS,
THEN CHECK IF NON-EXISTANT MEMORY INTERRUPT ( NI ) BIT IS SET 10 1

3106
3107

(MAZURCZYK.DEGNA JZGNAZ.BLI; 2

PRINTB ( MSG29 );
PRINTB ( MSG27 ).
ERRDF
( 1202, MSGOO, ERRORSREPORT
END;

H
:
:

VAX-11 Bliss-16 v4.0-579

. XMIT_D_LIST [ FLGWD ] AND XFLG MASK ) NEQU XFLG_MASK
CSR_WORD = GET_BIT ( CSR_ALL
PRINTB ( MSGS9 );

3
3
3

TEST

THEN
BEGIN

6
6

$5-Jul-1984 14:05:07

ONE

( #0'000220', #0'000220'

CHK_XMIT_STATUS (

CSR

);

XFLG_STATUS,

]

);

XWD12_STATUS

);

0140000,

= EENABLE;

DELAY ( 20 );
IF NOT GET_BIT ( CSR, NI )
THEN
IF ( .RCV_D_LIST [ FLGWD ] AND RFLG_MASK
THEN
BEGIN
.IOP_TABLE [ CSR ) = DISABLE;
CSR_WORD = GET_BIT ( CSR_ALL );
PRINTDE ( 115659 J;
PRINTB ( MSG29 );
PRINTB ( MSG27? );
ERROF
( 1203, MSGOO, ERRORSREPORT
END;
.IOP_TABLE [ CSR ) = DISABLE;
ENDSUB;

) NEQU RFLG_MASK

);

S0
'
TRy TO LOOPBACK A PACKET WITH INVALLID TRANSMIT BUFFER ADDRESS,

M1
D

0'000400’

SEQ 0154

Page

(30)

M1l2
CZGNACO DEQGNA FUNCTIONAL TEST
TEST 12 - NXM INTERRUPT TEST

3141
3142
3143
3144
3145
3146

3147
3148

3149
3150
3151
3152
3153
3154
3155
3156
3157
3158
3159
3160
3161
3162
3163
3164
3165
3166
3167
3168
3169
3170
3171
3172
3173
3174

3175
3176
3177
3178
3179
3180
3181
3182
3183
3184
5185
2186
3187
3188
3189
3190
3191
3192
3193

ONTUTUTUIUTNIUTITLTITVTUNITUTUTVTVTVTUTTVTTVTVTTH
R
WG NN
OOV VTV T TN T TNV N W e

V¢

ZGNA3
v01.0

S-Jul-1984 14:05:07
S-Jul-1984 14:02:06

VAX-11 Bliss-16 v4,0-579
(MAZURCZYK ,DEQNA]JZQNA3 .BLT ;2

THEN CHECK IF NON-EXISTANT MEMORY INTERRUPT ( NI ) BIT IS SET 10 1

BGNSUB;

RESET_DEGNA (

);

.XBUF _LENGTH, VENXM );

SET_XDESCR_LIST (

)

XMIT_O_LIST [ LOADR

= NXM_LO_ADR;

.IOP_TABLE { XLO_ADR ) = XMIT_D_LIST;
.JOP_TABLE [ XHI_ADR ] = ZERO;

DELAY (

);

IF NOT GET_BIT ( CSR, NI
THEN

IF (

)

.XMIT_D_LIST { FLGWD ] AND XFLG_MASK ) NEQU XFLG_MASK

THEN

BEGIN

CSR_WORD = GET_BIT ( CSR_ALL

PRINTB (
PRINTB (
PRINTB (

ERRDF

ENDSUB
;

END;

(

MSGS9
MSG29
MSG27

);
);
);

1204, MSGOO,

);

ERRORSREPORT

);

'
!

TRY TO LOOPBACK A PACKET WITH INVALID RECEIVE BUFFER ADDRESS,
THEN CHECK IF NON-EXISTANT MEMORY INTERRUPT ( NI ) BIT IS SET 10 1

BGNSUB;
RESET _DEQNA (

);

SET_RDESCR_LIST (

RCV_D_LIST

[

LOADR

.XBUF _LENGTH,
]

VENXM );

= NXM_LO_ADR;

.JOP_TABLE [ RLO_ADR ) = RCV_D_LIST;
.JOP_TABLE [ RHI_ADR ] = ZERO;

SET_XDESCR_LIST ( .XBUF _LENGTH, VE );
.IOP_TABLE [ XLO_ADR ) = XMIT_D_LIST;
.JOF _TABLE [ XHI_ADR ) = ZERO;
CHK _RIXI_STATUS ( ONE

);

CHK_CSR_STATUS
( #0'000220', #0'000220°' );
CHK _XMIT_STATUS ( XFLG_STATUS, XWD12_STATUS
.IOP_TABLE [ CSR ]
DELAY ( 20 );
IF NOT GET_BIT (

IF (

);

! 0'140000',

= EENABLE;

CSR,

.RCV_D_LIST

)

[ FLGWD

) AND RFLG_MASK

) NEQU RFLG MASK

0’'000400’

SEQ 0155
Page

(30)

N1le2
CZ@NACH DEGNA FUNCTIONAL TEST
NXM INTERRUPT TEST
TEST 12

ZGNR3

3194
3195
3196
3197
3198
3199

3200
3201
3202
3203
3204

000000
¢00002
000006
000012
000016

000022
000024
000030
000034
000036
000040
000044
000046
000050
000054

000060

000062
000064
000066
000070
000076
000102
000104
000106
000112
000116
000122
000126
000132
000134
000140
000144

000146
000150
000154
000160
000166
000172
000174

EHWVVNOOROONO

®¢

v0l1.0

010146
162706
004737
004737
012701

010146
012746
004737
022626
005201
020127
003766

104402
012746
004737
005726
104467
006000
103767
012737
012700
006200
005400
010037
012746
004737
005037

004737
005016
012746
004737
104402
005016
004737
013700
016066
031766
001436
016666

5-Jul-1984
5-Jul-1984

14:05:07
14:02:06

VAX-11 Bliss-16 V4.0-579

(MAZURCZYK.DEQGNA JZGNA3 .BLI;?2

SEQ 0156
Page

(30>

CSR_WORD = GET_BIT ( CSR_ALL );
.JOP_TABLE [ CSR ) = DISABLE;

PRINTB ( MSGS9 );
PRINTB ( MSG29 );
PRINTB ( MSG27 );

ERRDF

END;

(

1205, MSGOO, ERRORSREPORT

);

.I0P_TABLE [ CSR ] = DISABLE;

ENDSUB;

ENDTST;

$T12:

000026
0000006
0000006
000001

14:

000023
0000006
000016
2$:

000200
0000006

.SBTTL

$T12 TEST

SuUB
JSR
JSR

@26 ,5P
PC,RESET.DEGNA
PC,PREP.FOR,SETUP
#1,R1

MOV

MOV
MOV
MOV

JSR
CcMP
INC
CMP
BLE
TRAP
MOV

JSR
TST

TRAP
ROR

000006

8LO

MOV
MOV
ASR
NEG
MOV
MOV

000000G

0000006
004000
000000G
0000006
0000006

JSR
CLR
JSR
CLR

000023

0000006

33:

MOV
JSR
TRAP

CLR
JSR

0000006
0000006
000016
€J30004
000004

MOV
MOV

000004

MOV

000006

81T
BEQ

NXM INTERRUPT TEST

023, -(SP)
PC,WRT.STATION.ADR

(SP)+,(SP).

R1
R1,016
1$

2951

*,INDEX
»
INDEX,

INDEX
»
INDEX,

3044

3045
3048

2
£200, -(SP)
PC,XMIT.SETUP ,PACKET

3045
3048

(SP).

RO
24
06 ,RBUF .LENGTH
06 ,RO
RO
RO
RO, XBUF .LENGTH
#4000, -(SP)
PC,CLR.BUFFERS

3051
3052

3054

3055
3062
3063

ERR .NUMBER

PC,RESET.DEQGNA

(sp)
PC.WRT,STATION.ADR
2

3066

(SP)

PC,XMIT.ILOOP.PACKET
REG.ADR,RO

3041
3043
3044
3045

3067

16(R0),4(SP)
§2C).4(SP)

¢, TMP LOCAT.ON
4 ,TM
. LOCATION
P

4(sSP),6(SP)

+,TMP LOCATION

3070

l)S
CZANACO DEQGNA FUNCTIONAL TEST

S-Jul-1984
S-Jul-1984

TEST 12 - NXM INTFRRUPT TEST

016637
012716
012746
010600
104414
012716
012746
010600
104414
012716
012746

010600

000006

0000006

MOV
MOV
MOV
MOV
TRAP

C00001

0000006

000001

TRAP

0000006
000001

4%
:

103723
104402

Ss:

0y, (SP)
SP,RO
14

;

oMSG29,(SP)
e1,-(sP)

oMSG28,(SP)

SP,RO
14

Page

(30)

;

3071

SP,e
3072

SP,e
3073

;s SP,e

ERRORSREPORT

0000006
160000
000077
0000006
000016
000004

€00010G
VO0012G

0000006
000001

3
2
PC.RESET.DEQNA
0-20000,9I0P,.TABLE
.10

16(R0O),10(SP)

000010
000010

04,10(SP)
6%
XMIT.D.LIST,R1
€37777,R1
R1,0-40000
64

000012
90000006

3074

H
H

3069
307S

:
3
H
H
:

3076
3084
3085
3086
3087

¢,TMP LOCATION
¢, TMP _LOCATION

3089

;

»,TMP_LOCATION

oMSGS9,(SP)

TMP _LOCATION,»

SP,RO

e1,-(SP)
SP,RO
14
oMSG27,(SP)

0000006
000001

;

10(SP),12(SP)
12(SP),CSR.WORD

14
oMSG29,(SP)

0000006
000001

000262
0000006
0000006
062706
000006

.12
077,3I0P.TABLE

0000006
037777
140000

000010
000012

REG.ADR,RO

104455

104467

(MAZURCZYK .DEQNA)ZANAS . BLI ;2

SEQ 0:57

MSGOO

0000006
00000(C
062706
104467
006000

000454

oMSG59,(SP)

14
S5
2261

002261

)

VAX-11 Bliss-16 V4. 0-579

6(5P),CSR
. WORD

o1, (SP)
SP,RO

104414
104455

004737
012777
012777
013700
016066
032766
001045
013701
042701
020127
001436
016666
016637
012716
012746
010600
104414
012716
012746
010600
104414
012716
012746
010600
104414

14:05:07
14:02:06

3092
3093

SP,s

3094

3 SP,s
;

3095

SP,s

SP,RO
14
55
2262

3096

ERRORSREPORT
06,SP
67

3091

;

309"

MSGOO

6%:

C13

Cl3
CZQONACO DEGNA FUNCTIONAL TEST
TEST 12 - NXM INTERRUPT TEST

ZQGNA3

v01.0

000456
000460
000462
000470
000472
000476
000502
000510
000516
000522
000526
000532
000540
000544
000550
000554
000560
000562
000572
000576

000602
000610
000614
000616
000622
000624
000630
000632
000634
000636
000650
000656
000660
000664
000670
000674
000676
000702
000710
000716
000722
000726
000730
00732
000736

000742
000744
000746
000752
000756

$-Jul-1984
S-Jul 1984

103706

012777
013716
012746

012716
012746

010600

(MAZURCZ YK .DEQNA JZGNAS . BLI ;2

opgga 77

(30)

160000
000077

0000006
000001

H
3
H

3098
3106
3107

0 20000,3I0P,TABLE
+4
077,a3I0P.TABLE
+6
XBUF .LENGTH,
(SP)
9-60000, -(SP)
PC,SET.XDESCR.LIST
OXMIT.D.LIST,3I0P.TABLE.10

:
H
H

2109
3110
3112

8I0P ,TABLE .12
01,(SP)

3
:

2113

0220,(SP)

3118

PC.CHK,CSR.STATUS
0-40000,(SP)

3119

PC,RESET.DEQNA

(SP)
23, -(SP)
PC,WRT STATION.ADR

000023

120000
004737
012777
0000126
005077
000001
012716
0000006
004737
000220
012716
011646
004737
012716
140000
000400
012746
004737
000001
02777
012701
000024
001410
013700
001403
005066
000040
077003
005301
000767
013700
016066
000016
032766
001047
013701
0009000
042701
037777
020127
140000
001440
005077
0000166
016666
000024
016637
000026
012716
0000006
000001
012746
010600 ¢
104414
012716
0000006
012746
000001
010600
104414

5%
l

7%:

104402

012777

VAX-11 Bliss-16 V4.0 579

006000

004737
005016
012746
004737

14:05:07
14:02:06

C00004G

0000066

0000106

PC,CH RIXI,STATUS
(SP),-(SP)

PC,CHK,
XMIT STATUS
01,3I0P

0000166

024 ,R1

114$
L$OLY, RO
108

8s:

40(SP)
RO,9¢
Rl

9¢:

10%:

000024
000024

11¢:

MOV
MOV

8IT7
BNE

MOV

000026
0000006

TABLE .16

8IC
cMe
8EQ
CLR

MOV
MOV
MOV
MOV
MOV
TRAP
MOV
MOV
MOV
TRAP
MOV
MOV
MOV

84
REG.ADR,RO

16(R0O),24(SP)

04,24(SP)

124

RCV.D.LIST,R]
037777,R1
R1,0-40000

12¢
aI0P
. TABLE 16
24(SP),26(SP)
26(SP),CSR,.WORD

311a
3116

¢,38TMP2

¢, 88TMPL

$sTMP

$sTMP2

;

¢, TMP _LOCATION

3126

:
: o, TMP _LOCATION

3129
3130

3131

oMSG59, (SP)

SP,RO
14

SP,s

MMSGe9, (SP)
0..,-LSP)

SP,.RO

14
oMSGR7,(SP)

;

D13

3132

SP,s

SP,RO

3124

TMP _LOCATION,
»

(SP)

3123

o, TMP _LOCATION

e1,

3121

3133

Spo‘

D13
CZONACO DtQGNA FUNCTIONAL TEST
TEST 12 - NXM INTERRUPT TEST

000776
001002
001006
001010
001012
001014
001016
001022
001026
001032
001036
001044

001052
001056
001062

001064
001070
001072
001076
001100
001.02
001104
001110
001116
001124
001126
001132
001136
001142
001144

001152

001160
001164
001170
001172
001174
0012C0
001204
001206
001210
001214
001220
001222
001224
001226
001230
001232

0000006
000000G
062706
005077
062706
104467
006000
103623
104402
004737
013716
012746
004737
012737
c12777
005077
012701
001410
013700
001403

005066
077003
005301
000767
013700
016066
032766
001045
013701
042701
020127
001436
016666

016637

012716
012746
010600
104414
012716
012746
010600
104414
012716
012746
010600
104416

104455

002264
0000006
0000006

. WORD
. WORD
.WORD

ADD

12%:

0000166
000010

13¢:

0000006
0000006
120077

160000
0000126
000024

00LV006
000001

0000006
000001

TRAP

JSR

JER

14%;

15¢:

000022
000022

17¢:

010,5P

MOV
MOV

PC,SET.XDESCR.LISTY
#-20000,XMIT.D.LIST.4

3147
3148

OXMIT.D.LIST,aIOP.TABLE-10
024 ,R1

s,88TMP2

3149

3150

s,88TMP]
$$TMP
e
$STMPL
P2
$$TM

144
REG.ADR,RO

16(R0),22(SP)

MOV

XMIT.D.LIST,RL
037777,R1

.WORD
.WORD
.WORD

3137
3145
3146

XBUF .LENGTH,
(SP)

04,22(SP)

MOV
MOV
MOV
MOV
MOV
TRAP
MOV
MOV
MOV
TRAP
MOV
MOV
MOV
TRAP
TRAP

3098
3136

0-57701, -(SP)

817

8EQ

(30)

3128
3136

RO
78
2
PC,RESET.DEGNA

178
L$OLY,RO
16$
32(SP)
RO,15%

8IC

000024
0000006

ERRORS$REPORT
06,5P
aI0P,.TABLE
.16

8EQ

8EQ
CLR
S08
DEC
BR

Page

MSGCO

aI0P.TABLE.12

MOV

SEQ 0159

3134

2263

CLR

MOV

0000006
037777
140000

G00001

8LO

MOV
MOV

0000046
0000106

16¢%:

000022
000024

ADD
TRAP
ROR

MOV
MOV

000032

000016

CLR

14
55

TRAP
TRAP

104414

104455
002263

(MAZURCZ
YK .DEQNAIZGNAS .BLI; 2

000760
000762
000764
000766
000770
000772

VAX-11 Bliss-16 v4.0-579

vO0l1.0

14:05:07
14:02:06

ZQGNA3

5-Jul-1984
5-Jul-1984

184

¢, TMP . OCATION
s, TMP LOCATION

3151

3153

R1,0-40000

184
22(SP),24(5SP)
24(SP),CSR.WORD

¢
TMP . LOCATION,

e1,-(sP)
SP,RO

SP,s

oMSGS59,(SP)

o, TMP LOCATION

oMSG29,(5°)
o1, (SP)

SP,RO
14

3157

3158
SP,s
3159

aMSG27,(SP?

e1,-(SP)
SP,RO
14
55
2264

3156

SP,e

3160

MSGOO

ERRORSREPORT

£l
2

E13
CZQANACO DEGNA FUNCTIONAL TEST
TEST 12 - NXM INTERRUPT TEST

ZANA3Z

v01.0

001234
001240
001242
001244
001246
001250
001252
001256
001262
001266

001272
001300
001306
001312
001316

001322
001326
001334
001340
001344
001350
001354
001356
001362
001366
0C1372
001376
001404
001410
001412
001416

001420
001424
001426
001430
001432
001426
001444

001452
001454

001460
001464
001470
001472

001500
001506
001512
001516
001522
001524
001526
001532
001536

062706
005726
104467
006000
103662
104402
004737
013716
012746
004737
012737
012777
005077
013716

000006

18%:

19¢:

012716
012746

004737
012777
012701
001410
013700
001403
005066
077003

005301
000767
013700
016066
032766
001047
013701
042701
020127
001440
016666
016637
005077
012716
012746
010600
104414
012716
012746
010600

TRAP

8Lo

JSR

120077

JSR

MOV
MOV

0000046
0000046

CLR

MOV
MOV

0000126
000001

JSR

MOV

0000106

CLR

MOV
Jor
MOV
MOV

000220

JSR

MOV
MOV

140000

000400

000024

JSR

MOV
MOV

000015";

0000006
000040

20%:
21s:
22%:

0000006
00G034
000016
000004
000034
0000006
037777
140000

000034
000036
000036
0000006
0000166
0000006
000001
0000006
000001

23%:

BEQ

MOV

BEQ
CLR
S08

DEC
BR

MOV
MOV

BITY
BNE
MOV

BIC
CcMP
BEG

MOV
MOV

CLR

MOV
MOV

MOV
TRAP
MOV
MOV
MOV

14:05:07
14:02:06

06 ,5P
(SP)e
67

ADD
ST
TRAP
ROR

MOV
MOV

012746

004737
012777
005077
012716
004737
012716
011646
004737

5-Jul-1984
5-Jul-1984

VAX-11 Bliss-16 v4.0-579

[MAZURCZ YK .DEQNA)ZGNAS.BL[;2
H
:
H

13¢

H
:

#-20000,RCV.D.LIST.4
-4
&RCV.D.LIST,3I0P.TABLE

XBUF .LENGTH,(SP)
8-57701, -{SP)
PC,SET.RDESCR.LIST

0220,(SP)

@1,(SP)
PC,CHK
. RIXI.STATUS
(SP), -(SP)
PC,CHK,.CSR.STATUS
0400, -(SP)

PC,CHIC
XMIT STATUS
01,3I0P.TABLE+16
024 ,R1

234
L$OLY,RO
224

208

REG.ADR,RO

16(R0O), 34(5P)

04,34(SP)

243

RCV.D.LIST,
R}
037777,R1
R1,#-40000
24

3170
2172

3173

3174

3178

3177

H
:

3178
3179
3181

2183

3184

;

3186

;

40(SP)
RO,21%
Rl

3162

dI0OP.TABLE+6
XBUF .LENGTH
(SP)
,
©-60000, -(SP)
PC,SET.XDESCR.LIST
OXMIT.D.LIST,3I0P,TABLE-10
8I0P.TABLE+12

s,83TMPY

;

$STMP

:
:

$STMPL,»
$8TMP2

;
:

3189
¢, TMP _LOCATION
¢,TMP _LOCATION

;

3191

34(SP),36(SP)
36(SP),CSR.WOFD
aI0P,.TABLE+16

;

¢.,TMP _LOCATION

TMP_LOCATION,s

oMSGS9, (SP)

SP,RO
14

oMSG29,(SP)
01,-(SP)

SP,RO

£12

(30)

3155
3137
3161

;

PC.RESET.DEQNA

SEQ 0160
Page

;

3194
3195

3196

SP,s

H Spa‘

3197

F13
CZQGNACO DEGNA FUNCTIONAL TEST

ZGNA3
vol1.0

001540
001542
001546
001552
001554
001556

001560
001562
001564
001566
001572
001576
001602
001604
001606

001610

001614
001616
:
:

000004
000006
000010
000012
:

TEST 12 - NXM INTERRUPT TEST

104414
012716
012746
010600
104414

0000006
000001

TRAP

.WORD
.WORD
.WORD

24
:

104467
006000

103620

062706
012601
000207

004737

ADD

CLR

ADD
TRAP
ROR

8LO

ADD
MOV
RTS

000032

456 words,

depth per

010440°

Routine Base:

invocation:

23 words

Ti12::
1%:

AB$CODE
¢

6 words,
Size:
Maximum stack depth per

SP,RO
14
SS
2265

;

8LO

SEQ 0161
Page

(30)

3198

SP,s

;

3199

:
H

3193
32C1

MSGOO

ERRORS$REPORT
06,5SP
8I0P.TABLE+«16
€10,5P

;

194

032,5P

;

3162

3201

2951

(SP)+,R1

10440

PC.8$T12

RTS

103773

(MAZURCZ YK ,DEQNAJZGNAZ . BLI; 2
H

JSR

000207

VAX-11 Bliss-16 v4.0 S79

T12 TEST

006000

14:05:07
14:02:06

oMSGe7,(SP)

.SBTTL
TRAP
ROR

104466

Routin e

3205

TRAP
MOV
MOV
MOV
TRAP

104455
002265
0000006
0000006
000006
062706
0000166
005077
000010
062706

Routin e Size:
Maximum stack

000000
000000

§-Jul-1984
5-Jul-1984

- NXM INTERRUPT

56
RO
1%

RB$CODE$ +
Rout ine Base:
2 words
invocation:

TEST

12260

(13

3202

G13
CZANACO DEQGNA FUNCTIONAL TEST

ZANA3

TEST 13 - MULTIPLE AND CHAINED PACKET TEST

b (o (st P
Pt Pt (e
1

S-Jul 1984 14:02:Co

VAX-11 Bliss-16 V4.0-579

(MAZURCZYK.DEGNA]ZQGNA3
. BLI ;2

#SBTTL ‘TEST 13 - MULTIPLE AND CHAINED PACKET TEST'
Soe
¢
i

'
!
H
'
!
!
!
H
!
!
!
!
!

!
H
H
H
H
!
'
!
H
!
[}

MULTIPLE AND CHAINED PACKET TEST

TEST 13:
DESCRIPTION:

This test verifies that the DEQNA can transmit and receive multiple,
linked and chained loopback packets.
If the operator specifies loop on error,

code that detected the
Haroware

is entered.

tested:

BEGIN
reset device
select internal/extended loopback mode
transmit simple loopback packet
check for expected loopback status
IF error
THEN
print error message if not inhibited
ENDIF
call compare_packets
transmit multiple, linked and chaind loopback packet
check for expected loooback status

If error
THEN
print error message

!
!

!
!
!
!

error until tC

the program re-executes the

Processing:

i (b P

ok Pt Pt P

Pl o

il Pt o

e Pl P

(ot it et et P

Pb P

v01.0
3206
3207
3208
3209
3210
3211
3212
3213
3214
3215
3216
3217
3218
3219
3220
3221
3222
3223
3224
3225
3226
3227
3228
3229
3230
3231
3232
3233
3234
3235
3236
3237
3238
3239
3240
3241
3242

S-uul-1984 14:05:07

END

ENDIF
call compare_packets

if not

inhibited

‘.

H1 3

SEQ 0162

Page

(31)

H13
CZANACO DEGNA FUNCTIONAL TEST

ZGNAR3Z

TEST 13 - MULTIPLE AND CHAINED PACKET TEST

3255
3256
3257
3258
3259
3260

3261
3262

3263
3264
3265
32€6
3267
3268
3269
3270
3271
3272
3273
3274
3275
3276
3277
3278
3279
3280
3281
3282
3283
3284
3285
3286
3287
5288
3289
3290
3291
3292
3293
3294
3295

VRV, JE NV VLV RV AV RV, AV AV RV RO YO RV RO ROV RV NV NV, AV AV NV NV, RV RV XV NV XV RV XU RV XV XV RV N7 N7 ]

3248
3249
3250
3251
3252
3253
3254

RV RV R

3247

3246

RS RV

3243
3244
3245

(GG RGOV

B¢

V¢

B¢

G¢

V¢

v01.0

S-Jul-1984 14:05:07

5-Jul-1984 14:02:06

BGNTST;
RBUF _LENGTH = 64;

XBUF _LENGTH =

- (

,RBUF _LENGTH t

-1

);

feo

LOOPBACK UNCHAINED PACKET, THEN CHECK IF IT WAS PROPERLY RECEIVED

RESET _DEGNA (

);

INCR INDEX FROM O TO 63 DO
XMIT BUFFER [

.INDEX

]

.INDEX;

BGNSUB;

SET_RDESCR_LIST ( .XBUF _LENGTH, VE );
SET_XDESCR_LIST ( .XBUF _LENGTH, VE )3
SEND _ELOOP _PACKET ( ZERD );
COMPARE _PACKETS ( );

ENGSUB;

RESET _DEGNA (

);

CLR_BUFFERS ( 512 );
INCR INDEX FROM O TO 363 DO
XMIT_BUFFER [

.INDEX

]

_INDEX;

BGNSUB;

INCR INGEX FROM O TO 63 0O
RCV_D_LIST [ .INDEX, W_LEN ] = .RD13 [ .INDEX ];
INCR INDEX FROM O TO 31 DO
XMIT_O_LIST [ .INDEX, W_LEN ] = ,TD13 [ .INDEX ];

XMIT D_LIST [
XMIT_D_LIST [

7,
13,

PUT _BIT [ CSR, LB,

W.LEN ]
W.LEN ]

= VE;
= E;

INX_LOOPBACK

XMIT_AND_RCV_PACKET (

);

];

CHK_RIXI_STATUS ( ZERO );
CHK_CSR_STATUS
( CSR_STATUS, CSR_MASK
XMIT D_LIST [
XMIT_D_LIST {
XMIT_D_LIST [

.IOP_TABLE [
.IOP_TABLE [

7,
12,
13,

W.LEN
W_LEN
W.LEN

XLO_ADR ]
XHI_ADR ]

]
]
]

CHK_CSR_STATUS

¢ 0°100220', 0'100220'

= V;
= NEWB;
= V;

= XMIT D_LIST
= ZERO;

CH_wIXI_STATUS ( ZERO );

);

. 24;

( CSR_STATUS, CSR_MASK );

! 0'100220', 0'100220’

foo

CHECK IF RECEIVE BUFFER DESCRIPTOR LISTS PROPERLY VOLIDATED

T13

VAX-11 Bliss-16 v4,0-579
[MAZURCZYK.D
JZGNA3
EGNA
.BLI; 2

SEQ 0163
Page
82

(32)

113
CZQNACO DEGNA FUNCTIONAL TEST

3296
3297
3298
3299
3300
3301
3302
3303
3304
3305
3306
3307
3308
3309
3310
3311
3712
333
33.4
33.5
32.6
3317
3318
3319
3320
3321
3322
3323
3324
3325
3326
3327
3328
3329
3330
3331
3332
3333
3334
3335
3336
3337
3338
3339
3340
3341
3342
3343
3344
3345
3346
3347
3348

5-Jul-1984 14:05:07

TEST 13 - MULTIPLE AND CHAINED PACKET TEST

WOV
NNV
T IV
IOV

®e

B¢

ZGNR3
v0o1.0

S-Jul 1984 14:02:06

INCR INDEX FROM O T0 S3 DO

IF .RCV_D_LIST [

VAX-11 Bliss-16 v4,0-579

.INCEX, W_LEN ]} NEQU .RD13 [

[(MAZURCZYKK
,DEGNA ]ZGNA3.BLI ;2

.INDEX )

AND ( .RCV_D_LIST [ .INDEX, W_LEN ] AND =0'140000’'
AND .RCV_D_LIST [ .INDEX, W_LEN ] NEQU s0'020600’

) NEQU %0' 140000’

THEN

BEGIN

CSR_WORD = GET_BIT ( CSR_ALL );

PRINTB (
PRINTB (

MSGS9
MSGA8

);
);

PRINTB ( MSGSO, .RCV_O_LIST [ .INDEX,
FRRDF
( 1301, MSGOO, ERRORSREPORT );

W_LEN 1,

.RD13 [

.INDEX ],

.INDEX

);

END;
Yoo

CHECK IF TRANSMIT BUFFER DESCRIPTOR LISTS PROPERLY VOLIDATED

INCR INDEX FROM O TO 23 DO

IF . XMIT_O_LIST [

.INDEX, W_LEN ] NEQU .TD13 [

.INDEX )

AND ( .XMIT_D_LIST [ .INDEX, W_LEN ] AND #0‘'140000'
AND .XMIT_D_LIST [ .INDEX, W_LEN ) NEQU s0'020414’
AND . XMIT_D_LIST [ .INDEX, W_LEN ) NEQU #0'004140'
THEN
BEGIN

CSR_WURD = GET_BIT ( CSR_ALL

PRINTB (
PRINTB (

MSGS9
MSGA9

) NEQU %0 140000’

);

);
);

PRINTB ( MSGSO, .XMIT_O_LIST [ .INDEX, W_LEN ),
ERRDF
( 1302, MSGOO, ERRORSREPORT );
END;

.7D13 [

.INDEX

INCR INDEX FROM O0 TO S DO
BEGIN

XMIT_O_LIST [
RCV_D_LIST
[

END;

.INDEX, W_LEN ) =
.INDEX, W_LEN ) =

_XMIT _D_LIST [ .INDEX + 24, W_LEN );
.RCV_D_LIST [ .INDEX +« 5S4, W_LEN ];

CHK_XMIT_STATUS ( XFLG_STATUS, xwDi2_STATUS
CHK_RCV_STATUS
( RFLG_STATUS, RWD1_STATUS

);
);

INCR INDEX FROM O TO 383 DO

IF . XMIT_BUFFER [
THEN

.INDEX ] NEQU .RCV_BUFFER [

BEGIN

CSR_WORD = GET_BIT (

PRINTB (
PRINTB (

MSGS9
MSGS51

);
);

CSR_ALL

0'1406000', 0'000400’
0°'140000', 0’'020000'

.INDEX )

);

PRINTB ( MSGSO, .RCV_BUFFER [ ,INDEX ],
ERRDF
( 1303, MSGOO, ERRORSREPORT );

ENDSUB
;

¢!
!

.XMIT BUFFER [

END;

.INDEX

);

SEQ 0164
Page
83

(32)

J13
CZQNACO DEQNA FUNCTIONAL TEST

ZGNA3

TEST 13 - MULTIPLE AND CHAINED PACKET TEST

v01.0
:

3349

000000
000004
000010
000016
000022
000024
000026
000032
000036
000040
000044
000046
000052
000054
000056
000062
000066
000072
000076

000102
000106
000110
000114
000120
000124
000126
000130
000132
000136
000142
000146
000150
000154
000156
000162
000164
000166
000170
000176
000202
000206
000210
000212
000220
000224
000230

000232
000240

000246

004137
162706
012737
012700
006200
005400
010037
004737
005000
110060

005200
020027
003772
104402
013746
012746
004737
013716
012746

004737

005016
004737
004737
062706
104467
006000
103751
004737
012746
004737
005000

110060
005200
020027
003772
104402
005000
016060
062700
020027
003770
005000
016060
062700
020027
003770
012737
012737
013700

S-Jul-1984 14:05:07

5-Jul-1984 14:02:06

VAX-11 Bliss-16 V4.0-579

(MAZURCZYK.DEQGNA]ZGNA3.BLI;2

SEQ 0165

Page

(32)

ENDTST;

0000006
000006
000100 0000006

$T13:

000100

000000G

0000006

2s:

000577

5%:

000176

000000G 000000G
000002

000076

120000 0000166
020000 000032C
0000006

3246

PC,RESET.DEQNA
RO

:
;

INDEX

3252
3253

INDEX

3253

RO,XMIT.BUFFER(RO)

RO,077

;

INDEX,#( INDEX)

; INDEX,»

1$
2

3254

3258

(SP)
PC . 5END.ELOOP .PACKET
~C,COMPARE . PACKETS

3259

;

3260

TRAP

3260

JSR
MOV

PC,RESET.DEQNA
01000, -(SP)

;
:

3263
3264

CLR
MOVB
INC

RO
RO,XMIT.BUFFER(RO)
RO

: INDEX
s INDEX,s(INDEX)
:+ INDEX

3265
3266
3265

BLE

XBUF .LENGTH, -(<~)

2-60000, (SP)
PC,SET ADESCR.LIST

06.5P

RO
2%

PC,CLR.BUFFERS

RO, 0577

;

3257

;

3254

s INOEX,e

TRAP
CLR

2
RO

:
: INDEX

3266
3270

ADD

02,R0O

i *,INDEX

3270

MOV

RD13(R0O),RCV.D.LIST(RO)

CMP

RO, 0176

CLR
MOV
ADD

RO
TD13(RO),XMIT.D.LIST(RO)
02,RO

BLE

6%:

XBUF .LENGT*,, (SP)

CMP

as:

#100,R0O
RO
RO

MOV
JSR

JSR

3s:

3245

0-60000, -(SP)
PC,SET.RDESC
. LIST

ROR
BLO

0000006

MOV
JSR

JSR
ADD

0000006
001000

3204

3254

CLR
JSR

000006

;

MOV

0000006
0000006

000002

INC

CcMP

120000
000000G

000000G 0000006

JSR
CLR

BLE
TRAP

0000006

RO, XBUF .LENGTH

MOVB

120000
0000006

- MULTIPLE AND CHAINED PACKET TEST

MOV
1$:

000077

$T13 TEST 13

R1,$SAVE3
06, 5P
0100,RBUF .LENGTMH

MOV
ASR
NEG

0000006
0000006

.SBTTL

JSR
SuB
MOV

cHMP
MOV
MOV
MOV

:+ ¢(INDEX),(INDEX)
:

RO, 076

#-60060,XMIT.D.LIST+16
©20000,XMIT.D.LIST.32
REG.ADR,RO

IZ1
2

INDEX,s

3271

: INDEX
: #(INDEX),+(INDEX)
i *, INDEX

3272
3273
3272

3
;
:

3275
3276
3278

; INDEX,s

T—————-—————_————'————

IK13
ZGNA3
v01.0

000252
000260

000266

000272
000274
000300
000304
000306
000312
000320
000326
000334
000342
000346
0C0350
000354
000360
000362
000366
000370

000372
000374
000400

CZANACO DEGNA FUNCTIONAL TEST
TEST 13 - MULTIPLE AND CHAINED PACKET TEST

042760
052760

004737

005016
004737
012716
011646
004737
012737
012737
012737
012777
005077
005016
004737
012716
011646
004737
005003
010301
006301
016100
020061

000404 001456

000016
000016

BIC
BIS

0000006
100000 0000166
100000 000030G
100000 000032G
000030G 000010G
000012G

CLR
JSR
MOV
MOV
JSR
MOV
MOV
MOV
MOV
CLR

001400
001000

000000G

000000G
100220

000000G
100220
000000G
7%
000000G
0000006

000406

010002

000422

020027

020600

013700

0000006

012716

0000006

000410
000414
000320
000426

000430

000434
000442

000450

000454
000460
000462

000464

000470
000474
000476

000500

042702
020227
001450
001445

016066
016637
012746
010600
104414

012716

012746
010600
104414

010316

000502
000506
000512
000516
000522
000524

016146
016146
012746
012746
010600
104414

000530
000532
000534

002425
0000006
0000006

000526

000536

000016
000006
000001

0000006
000001

0000006
0000006
0000006
000004

CLR
JSR
MOV
MOV
JSR
CLR
MOV

(SP)
PC,CHK.RIXI.STATUS
0-77560,(SP)
(SP), -(SP)
PC,CHK.CSR. STATUS
#-100000,XMIT.D.LIST+16
#-100000,XMIT.D.LIST+30
©-100000,XMIT.D.LIST+32
OXMIT.D.LIST+30,3I0P.TABLE+10
3I0P. TABLE+12
(SP)
PC.,CHK.RIXI.STATUS
0-77560,(SP)
(SP), -(SP)
PC.CHK.CSR.STATUS
R3
R3,R1

Page

85
(32)

;

3279

;

3281

;
;
;
;
;

3283
3284
3285
3287
3288
3290

;

3291

; INDEX
: INDEX,s

3297
3298

3580

MOV

RO,R2

;

3299

cHP

RO, 820600

;

3300

REG.ADR,RO

OMSGS9, (SP)

;

BEQ

MOV

037777,R2
R2, ¢-40000
8$
8$

MOV
MOV

16(R0),6(SP)
6(SP),CSR.WORD

MOV
MOV
TRAP

01,-(SP)
SP,RQ
14

MOV

MOV
MOV
TRAP

MOV

#MSGA8, (SP)
01, -(SP)
SP,RO
14

R3,(SP)

MOV
MOV
MOV
OV
MOV
TRAP

RD13(R1), -(SP)
RCV.D.LIST(RL),-(SP)
#MSGSO,
- (SP)
04, -(SP)
SP,RO
14

.WORD
.WORD
.WMORD

2425
MSGOO
ERRORS$REPORT

TRAP

000014

PC,XMIT AND.RCV.PACKET

SEQ 0166

R1
RCV.D.LIST(R1),RO
RO,RD13(R1)

BIC
cMe
BEQ

000006
©000000G

01400, 16(R0)
#1000, 16(R0)

VAX-11 Bliss-16 V4.0-579
[MAZURCZYK.DEGNAJZGNA3.BLI;2

ASL
MOV
cHP

B82Q

037777
140000

104455

062706

JSR

S-Jul-1984 14:05:07
5-Jul-1984 14:02:06

ADD

:
;

*,TMP.LOCATION
TMP.LOCATION,

SP,s

;
:

3304
3305

SP,s

; INDEX,+

3303

3306

SP,»

;

3307

014,5P

3302

L13
CZQNACO DEQNA FUNCTIONAL TESI

ZGNA3

TEST 13 - MULTIPLE AND CHAINED PACKET TEST

v0o1.0

000542
000544
000550
000552
000554
000556
000560
000564
000570
000572
000574
000600
000604
000606
000612
000614
000620
000622
000626
000634
000642
000646
000652
000654

000656
000662
000666
000670
000672
000674
000700
000704
000710
000714
200716
000720
000722
000724
000726
000730
000734
000736
000742
000744
000746
000750
000752
000754
000756
000764
000766
000770
000776

005203
020327
003707
005003
010301
006301
016100
020061
001461
010002
042702
020227
001453

020027
00145C
020027
001445
013700
016066
016637
012716
012746
010600
104414
012716
012746
010600
104414
010316
016146
016146
012746
012746
010600
104414
104455
002426
00L00006
0000006
062706
005203
020327
003704
005002
010200
006300
010201
006301
016160
010201
006301
016160
005202

8s:

000065
94

0000006
0000006

INC
cMP
BLE
CLR

MOV
ASL
MOV

cMP
8€EQ

MOV

8IC
CMP
BEQ
CMP
8EQ
cMP
8EQ@

0X7777
140000
020414
004140

MOV
MOV
MOV
MOV
MOV
MOV
TRAP
MOV
MOV
MOV
TRAP
MOV
MOV
MOV
MOV
MOV
MOV
TRAP
TRAP

0000006
000010
000016
000000G
000010
0000006
0C0001

0000006
000001

.WORD
.WORD
. WORD

000014
000027

ADD

10¢:

000060G 000000G
000154G 000000G

INC
cMP
RILE

11¢;

S-Jul-1984 14:05:07
5-Jul-1984 14:02:06

CLR

MOV
ASL
MOV
ASL
MOV
MOV
ASL
MOV

INC

VAX-11 Bliss-16 v4.,0-579

(MAZURCZYK.DEGNA)ZGNA3Z
.BLI ;2
:
;

:
XMIT.D.LIST(R1),RO
RO, TD13(R1)
104
RO,R2
€37777,R2
R2,©-40000
10¢
RO,#20414
10¢
RO, 04140
10$
REG.ADR,RO

16(R0),10(SP)
10(SP),CSR.WORD

86
(32)
3297

INDEX

3314
3315

INDEX,»

3316

3317

3318

:
;

¢, TMP LOCATION
TMP_LOCATION,»

SP,RO
14
OMSGA49, (SP)
e1,-(SP)

H Spo‘

14
R3,(SP)
TD13(R1),-(SP)
XMIT.D.LIST(R1),-(SP)
#MSGS50, -(SP)
e4,-(SP)
SP,RO
14
55
2426

Page

INDEX
=
INDEX,

aMSGS9, (SP)

SP,RO

SEQ 0167

3321

3322

;

3323

SP.‘

s
INDEX,

;

3324

3325

MSG00

ERRORSREPORT

914,5P
R3
R3, 027
Q¢
R2
R2,RO

; INDEX

INDEX

INDEX,»

;

INDEX,»*

XMIT.D.LIST+60(R1),XMIT.D.LIST(RO)

;

R2,R1
R1

: INDEX,»

; INDEX

M1
Z

3314

INDEX,s

;

RCV.D.LIST+154(R1),RCV.D.LIST(RO)

3320

;

3328
3330

3331

3328

ZQNA3

v01.0

001000
001004
001006
001012
001016
001022
001026
001032
001036
001049
001046
001050
001054
001062
001070
001074
001100
001102
001104
001110

001114
001116
001120
001122
001124
001130
001132
001136
001142
001146
001150
001152
001154
001156
001160
001162
001166
001170
001174

001176
001202
001204
001206
001210
001214
001220

)

CZQNACO DEQNA FUNCTIONAL TEST
TEST 13 - MULTIPLE AND CHAINED PACKET TEST
020227

003760
012716
012746
004737
012716
012746
004737
005001
126161
001447
013700
016066
016637
012716
012746
010600
104414
Cl2716
012746
010600

CHP
BLE

000005

MOV
MOV
JSR
MOV
MOV

140000

000400
0000006

140000

020000
0000006
0000006 0000006

12%:

MOV
MOV
MOV
MOV
MOV
MOV
TRAP
MOV
MOV
MOV
TRAP
MOV

0000006
000016
000016
0000006
000016

0000006
000001

0000006

000001

104414
010116

005046
116116
005046
116116
012746
012746
010600
104414

CLR

0000006

MOve

0000006
0000006
000004

MOvB
MOV
MOV
MOV
TRAP
TRAP

104455
002427
0000006
0000006
062706
000014
005201
020127
000577
003721
062706
000010
104467

CLR

.WORD
.WORD
.WORD

ADD

13¢:

012460°
000010

INC
CMP
BLE

ADD

TRAP
ROR

006000

103002
000137
062706
000207

JSR
CLR
cMPB8
8EQ

144

BHIS
JMP

ADD
RTS

ABS$CODES
Routine Base:
329 “o"ds .
: Routine Size:
20 words
;s Maximum stack depth per invocation:

S-Jul-1984
S5-Jul-1984

14:05:07
14:02:06

R2,45
11$
#-40000,(SP)

PC,CHKC
XMIT . STATUS
#-40000,(SP)
©20000, -(SP)
PC,CHKK,RCV.STATUS
R1
X:IT.BUFFER(RI).RCV.BUFFER(RI)

134

REG.ADR,RO

VAX-11 Bliss-16 v4.0-579

(MAZURCZYK.DEGNAJZGNAZR BLI;2

(32)

3334

33125

;s
;
;

INOEX
#(INDEX),s(INDEX)

¢, TMP LOCATION

;

TMP_LOCATION,
«

SP,RO
14

;

#MSGS9, (SP)
&1,-(SP)

oMSGS1, (SP)

SP.RO

;

SP,»

R1,(SP)
-(SP)
XMIT .BUFFER(R1),(SP)
-(SP)
RCV.BUFFER(R1),(SP)

INDEX,»

*(CINDEX),»

SP,RO
14
55
2427

;

SP,»

#MSGSO, -(SP)
04, -(SP)

0168

Page

16(R0O),16(SP)
16(SP),CSR.WORD

SEQ

3337
3338
3341
3342

SP,s

3343

3344

3345

;

3340

MSGOD

ERRORSREPORT

#14,SP
R1
R1,8577

12%

;s INDEX

3337

;

3266

33346

;

3204

RO
14%

4%
#10,5P

PC
+

12274

N13
CZQNACO DEQNA FUNCTIONAL TEST
TEST 13 - MULTIPLE AND CHAINED PACKET TEST

ZGNA3

v01.0

000000
000000
000004
000006
000010
000012
H

004737

T13::
1%:

012274

104466
006000

103773

000207

Routin e Size:

6 words,

Rout ine Base:

;: Maximum stack depth per invocation:
;

3350

2 words

.SBTTL
JSR

VAX-11 Bliss-16 v4.0-579

(MAZURCZYK .DEQNAJZQNA3Z . BLI;?2

SEQ 0169
Page
88

(32)

713 TEST 13 - MULTIPLE AND CHAINED PACKET TEST
PC,$T13

TRAP
ROR

66
RO

BLO
RTS

1$
PC

AB$CODES

S-Jul-1984 14:05:07
5-Jul-1984 14:02:06

13516

3347

D14
CZGNACO DEQNA FUNCTIONAL TEST
Pus Pt Pt
Pt Pob Pud P
Pub P
P
(b P
(b Pt (o P08 P
(b Pub P
P
(e P
o

5-Jul-1984 14:02:06

VAX-11 Bliss-16 V4.0-579

(MAZURCZ
YK .DEQNA JZQNAS . BLI ;2

®SBTTL ‘TEST 14 - DMA TIMING TEST’
LX)

DMA TIMING TEST

TEST 14:

DESCRIPTION:

This test verifies that the DMA transfer completes within 'X' msec.
Chained and linked 1514 byte loopback packet is used to accomplish
this test.

If the operator specifies loop on error,

the program

re avecutsg the code that detected the error until tC

is entered.

NOTE: An answer to the ®~'lowirg scftware quastion
SYSTEM HMAS BLOCK MODE MEMORY (L )¢
determines the value for
Hardware tested:

'X',

Internal/Extended loopbeac
Transmit status - last descriptor

Receive

status

Processing:

last des:zriptor

reset device

b (b

select internal/extended loopback mode
set the timeout timer to 'X' msec
transmit chained loopback packet
start the timer
IF timeout

b (i (ot P

Pt P

THEN
print error message
ENDIF

check

END

if not

inhibited

for expected loopback status

IF error
THEN

print error messuge
IF
END
call compare_packets

in chain (bit 15)
in chain (bit

- error suwmary (bit

BEGIN

b (i P

DMA TIMING TEST

b ot Pt
P8 5t

Q¢

V0
O
WS
G0
O
G0

B¢

"¢

TESY 14

S-Jul-1984 14:05:07

f not

inhibited

Cl4

14)

15)

SEQ 0170

Page

(33)

Cl4
CZQNACO DEGNA FUNCTIONAL TEST

G0
00
00
G0
Co
G0
G0
B¢
G
U
G0
V0
00
G0
V6
V0
OF
V0
VO
B0
O
G0
V0
VS
V0
O
B0

BGNTST;
RBUF _LENGTH = LEGAL LENGTH;

XBUF LENGTH = - ( .RBUF_LENGTH t -1 );
INCR INDEX FROM O TO LEGAL_LENGTH - 1 DO
XMIT_BUFFER [

. INDEX;

)

INCR INDEX FROM O TO 63 DO
RCV_D_LIST [ .INDEX, W_LEN ] = _RD13 [ .INDEX ];
INCR INDEX FROM O 10 31 DO
XMIT_D_LIST [ .INDEX, W_LEN ] = _TD13 [ .INDEX ];

TEMPS =
TEMP6 »

TEMP7 =

_XMIT_D_LIST ( 27, W_LEN ];
RCV_D_LIST
[ S1, W_LEN );
_RCV_D_LIST
[ 56, W_LEN );

XMIT D_LIST [ 27, W_.LEN ]

RCV_D_LIST
RCV_DO_LISYT

[
[

S1,
S6,

W.LEN
W_LEN

PUT _BIT [ CSR, LB,

);

CHC_RIXI_STATUS (

);

)
]

-628;

= -625;
= RCV_BUFFER

INX_LOOPBACK

XMIT_AND_RCV_PACKET (

ONE

+ LEGAL _LENGTH

];

.SWP_BLOCK_MEM EQLU ONE

THEN
TEMPA

%0' 305"

ELSE
TEMPE = 4 « %0' 305 ;

_TEMP1 GTRU .TEMPA

THEN

BEGIN

CSR_WORD = GET_BIT ( CSR_ALL

PRINTB (

MSGS9

(

MSGSe

PRINTB

NSRRDF

RT TN

S
G2

)

(

1401,

);

MSGOO,

);

ERRORSREPORT

);

END;

IV IRV R
(GIUICICIU

.INDEX

BGNSUB
;
RESET_DEGNA (

3401

S-Jul-1984 14:05:07
$5-Jul-1984 14:02:06

- DMA TIMING TEST

TEST 14

NG R NIV T RV RV RO RC AV NV RV U R RV IV RV RV IV RV RV RV RV RV AV IV IV RV RV RV RV YV X7 X7 XV

3393
3394
3395
3396
3397
3398
3399

ZQNA3
v01.0

CHK_CSR_STATUS
XMIT D_LIST
RCV_D_LIST

RCV_D_LIST

[
[
[

( CSR_STATUS, CSR_MASK
27,
S1,
S6,

W_LEN
W.LEN
W_LEN

]
]
]

=
=
=

);

¢ 0'100220°, 0°'100220°

,TEMPS;
.TEMP6;
.TEMP7;

feo

¢ ..

CHECK IF TRANSMIT BUFFER DESCRIPTOR LISTS PROPERLY VOLIDATED

INCR INDEX FROM O 10 23 DO

XMIT_D_LIST [

,INDEX, W_LEN ] NEQU .TD13 ([

.INDEX )

D14

VAX-11 Bliss-16 v4,0-579
[MAZ
YK .DEGNAJ
UR
ZQNA3
CZ
. BLT ;2

cEQ 0171
p

(34)

D14
CZQNACO DEQNA FUNCTIONAL TEST

ZONA3Z

TEST 14

3454
3455
3456
3457
3458

3459
3460
3461
3462

3463

3464
3465
3466
3467
3468

3469

3470
3471
3472
3473
3474
3475
3476
3477
2478
3479
3480
3481
3482
3483

B0
G0
B9
VS
VL
Ve
B
WL
B
WS
WS

3485
3486
3487
3488
3489
3490
3491
3492
3493
3494
3495

HWWENOOROOOANUVVNVVVVVNVIONOA
VNV ORIV
OOV

3446
3447
3448
3449
3450
3451
3452
3453

B¢

G¢

V¢

O8O

v0l1.0

S5-Jul-1984
5-Jul-1984

- DMA TIMING TEST

AND (

.XMIT_D_LIST [

.INDEX, W_LEN ] AND #0'140000‘'

THEN
BEGIN

CSR_WORD = GET_BIT ( CSR_ALL

PRINTB ( MSGS9
PRINTB ( MSG49

14:05:07
14:02:06

VAX-11 Bliss-16 v4.0-579
(MAZURCZ
YK ,DEGNA JZQNA3 . BLI ;2

) NEQU s0'140000°

);

);
);

PRINTB ( MSGLZ, .XMIT_O_LIST [ .INDEX,
ERRDF
( 1402, MSGOO, ERRORSREPORT );

W_LEN ],

.TD13 [

.INDEX

]},

.INDEX

END;
Yoo

CHECK IF RECEIVE BUFFER DESCRIPTOR LISTS PROPERLY VOLIDATED

INCR INDEX FROM O TO S3 DO

IF _RCV_D_LIST [
AND (

.INDEX, W_LEN ] NEQU .RD13 [

.RCV_D_LIST

[

.INDEX,

W_LCN

.INDEX ]

) AND #0°'140000'

) NEQU %0’ 140000’

THEN

BEGIN

CSR_WORD = GET_BIT ( CSR_ALL

PRINTB (
PRINTB (

MSGS9
MSGA8

);

);
);

PRINTB ( MSGSO, .RCV_D_LIST ( .INDEX,
ERRDF
( 1403, MSGOO, ERRORSREPORT );

W_LEN

.RD13 [

.INDEX

END;

INCR INDEX FROM O TO S DO
BEGIN
TEMPL1 = _INDEX + 24;
TEMP2 = _INDEX + S4;
XMIT_O_LIST [ .INDEX,

ENSCV_D_LIST
RBUF _LENGTH

(

W_LEN

)

.INDEX, W_LEN ]

LXMIT D_LIST {
LRCV_D_LIST
[

1514;

.TEMP1, W_LEN };
.TEMP2, W_LEN ];

CHK _XMIT_STATUS ( XFLG_STATUS, XWD12 _STATUS );
CHC_RCV_STATUS ( RFLG_STATUS, RWD1_STATUS
);

! 0140000, 0‘'000400°
! 0'140000', 0‘'020000°

INCR INDEX FROM O TO LEGAL _LENGTH - 1 DO
IFT.XHIT_BUFFER [ .INDEX ] NEQU .RCV_BUFFER [

_INDEX )

HEN

BEGIN

CSR_WORD = GET_BIT ( CSR_ALL

PRINTB (
PRINTB (

MSGS9
MSGSY

);
);

);

PRINTB ( MSGSO, .RCV_BUFFER [ .INDEX ],
NO ERROF
( 1404, MSGOO, ERRORSREPORT );
END;

.XMIT_BUFFER [

.INDEX

ENDSUB;

ENDTST;

LSBTTL

8714 TEST

- DMA TIMING TEST

.INDEX

);

El4
CZGNACO DEQNA FUNCTIONAL TEST
TEST 14 - DMA TIMING TEST
004137
"62706
J12737
012700
006200
003400
010037
005000
110060
005200
020027
003772
104402
004737
005000

016060
062700
020027
003770
005000
016060
062700

020027
003770
013737
013737
013737
012737
012737
012737
013700

000206
000212
000216
000222
000230
000232
000240
000242

000250
000256

000260
000264
000272

000300
000304
000310
000312
000214
000320
000324

042760
052760
004737
012746
004737
023727
0010C4
012737
000403
012737
023737
101431
013700
016066
016637
012716
012746
01060C
104414
012716
012746
010600

0000006
000010
0000006
002752
002752

$714;

ASR
NEG
MOV

1%:

002751
2s:

0C00006

0000006 0000006
000002
000176

3s:

0000006

a%:

000002
000076

JSR
SUB

MOV
MOV

0000006
0000006

S-Jul-1984
S-Jul-1984

CLR

MOvB

INC
cMP
BLE

TRAP

JSR
CLR

MOV
ADD

176614
176617
0027506

000305

MOV

001424
0000006
0000006 0000006

MOV

0000006
000016
000002
000002
0000006
0000006
000001

000C00G
000001

Ss:

#2,RO

JSR
cHP
BNE

64:

PC,RESET.DEGNA
RO
RD13(RO),RCV.D.LIST(RO)

BLE

MOV
ADD

MOV

000001

1
2

RO,0176
3
RO
TD13(RO),XMIT.D.LIST(RO)
02.R0O
RO,076

B8IC
8IS
JSR

001400

R1, $SAVEZ2
@10,5P
02752 ,RBUF .LENGTH
02752 ,R0O
RO
RO
RO, XBUF ,LENGTH
RO
RO, XMIT .BUFFER(RO)
RO
RO, 02751

cHP
8LE
CLR

MOV
MOV
MOV
MOV
MOV
MOV
MOV

0001466
0001606

14:05:07
14:02:06

cMP
8LOS

XMIT.D.LIST+66,TEMPS
RCV.D.LIST+146,TEMPE

VAX-11 Bliss-16 v4.,0-579
(MAZURCZYK.DEGNA JZGNAS .BLI;2

33249

H
H

3395
339¢

INDEX

;s
;s

INDEX,s(INDEX)
INDEX,
e

31397

3338

31397
3398

3491

s
:
:

INDEX

(INDEX),s( INDEX)
¢,INDEX
INDEX,s

3402

:
:
;

INDEX
o(INDEX),e(INDEX)
&, INDEX

3404
3405
3404

INDEX,»

3403
3402

H
H

3407
3408

3411
3412
3413
3415

3409

3416

01,-(SP)
PC.CHK RIXI.STATUS
gHP.BLOCK.HEH.Ol

3418

3420

230S,TEMPAE
63
01424, TEMP4
TEMP1, TEMPS

3422

3420

3426

MOV
MOV
MOV

REG.ADR,RO

MOV

#MSGS9,(SP)

SP.RO
14
oMSGS2, (SP)

: SP,»

SP,RO

: SP,s

MOV
MOV
TRAP
MOV
MOV
MOV

(34)

:
RCV.D.LIST+160,TEMP?
0-1164
,XMIT . D.LIST+66
H
2-1161,RCV.D.LIST+146
H
ORCV.BUFFER+27S0,RCV.D.LIST.160 H

REG.ADR,RO
©1400,16(R0O)
91000, 16(R0O)
PC,XMIT AND.RCV.PACKET

SEQ 0173
Page
92

16(R0O),2(SP)
2(SP),CSR,WORD

e1,-(SP)

=1/

¢, TMP_LOCATION

TMP LOCATION,»

3429
3430

3431

F14
CZGNACO DEGNA FUNCTIONAL TEST

ZGNA3

TEST 14

v01.C

000326
000330
000332
000334
000336
000340
000342
000346
000350
000354
000362
000370
000376
000400
000402
000404
000412
000414
000420
000424
000430
000432
000436

000444
000452
000456
000462
000464
000466
000472
000476
000500
000502
000504
000510
000514
000520
000524
000526
000530
000532
000534
000536
000540
000544
000546
000552
000554
000556
000560
000562
000570
000572

S-Jul-1984 14:05:07
5-Jul-1984 14:02:06

- DMA TIMING TEST

104414

TRAP
TRAP

002571
000000G
000000G
022626
012716
011646
004737
013737
013737
013737
005002
010201
006301
026161
001454
016100
042700
020027
001445
013700

.WORD
.WORD
.WORD

104455

016066

016637
012716

012746
010600
104414
012716
012746

010600

104414
010216
016146
016146
012746
012746
010600
104414
104455
002572
0000006
0000006
062706
005202
020227
003712
005002
010201
006301
026161
001454
016100

78:

100220

MOV
MOV

JSR

0000006

MOV
MOV
MOV

000000G 0000666
000000G 0001466
000000G 0001€06
8s:

CLR

MOV
ASL

CMP
8EQ

000000G 0000006

MOV

8IC
cMP
8EQ

037777
140000

MOV

000016
000006

MOV

000006
0000006

MOV
MOV
MOV
MOV
TRAP
MOV
MOV
MOV
TRAP
MOV
MOV
MOV
MOV
MOV
MOV

000001

0000006
000001

0000006
0000006
000004

TRAP
TRAP

020014
006027

. WORD
.WORD
.WORD

ADD

9s:

10%:

000000G 000000G
000000G

INC
CMP
8LE
CLR

MOV
ASL

cMpP
BEQ

MOV

VAX-11 Bliss-16 v4.0-579

{MAZURCZYK.DEGNAJZQGNAS
.BLI;2

14
5SS
2571

SEQ 0174
93

(34)

3432

MSGO0

ERROR$REPORT
(SP)+,(SP)e

3428
3415

#-77560,(SP)

PC,CHK,CSR,.STATUS
TEMPS ,XMIT.D.LIST+«66
TEMP6,RCV.D.LIST+146
TEMP7 ,RCV.D.LIST.160
R2
R2,R1
R1
;HIT.D.LIST(RI).TDIS(RI)
$

X
INDE
=
INDEX,

XMIT.0.LIST(R1),RO

037777,R0
RO, #-40000
9%
REG.ADR,RO

3446

s, TMP_LOCATION

16(R0),6(SP)
6(SP),CSR.WORD

TMP LOCATION,
»

SP,RO

SP,»

#MSGS59,(SP)

14
oMSG49, (SP)

3449

3450

3451

SP,RO
14
R2,7SP)
TD13(R1),-(SP)
XMIT.D.LIST(R1),-(SP)
oMSGS0, -(SP)

SP,s

SP,RO
14

SP,s

04, -(SP)

3437
3438
3439
3444
3445

INDEX,
~

3452

3453

55
257¢

MSGOO

ERROR:REPORT

014,5P
R2
R2, 827
8%
R2
R2,R1
R1
RCV.D.LIST(R1),RPL3(R1)

114

RCV.D.LIST(R1),RO

(G114

INDEX
=
INDEX,

A
INDE
»
INDEX,

2448
3444

3459
3460

3461

CZQNACO DEGNA FUNCTIONAL TEST

S-Jul-1984
5-Jul-1984

TEST 14 - DMA TIMING TEST

042700
020027
001445
013700
016066

016637

012716
012746
010600
104414
012716
012746
010600

104414
010216
016146
016146
012746
012746
010600
104414

BIC
cHe
8EQ

0377177
140000
0000006

000016
000010

0000006
000001

0000006
0000006

010237
062737
010237
062737

010200
006300
013701

006301
016160
013701
006301
016160
005202
020227
003744
012737
012716
012746
004737
012716
012746
004737
005001

MOV
MOV
TRAP
TRAP

000004

104455
002573
0000006
0000006
000u14
062706

005202
020227
003712
005002

MOV
MOV
MOV
MOV
MOV
MOV
TRAP
MOV
MOV
MOV
TRAP
MOV
MOV
MOV

000010
0000006

000065

0000006
0000006
000030
0000006
0000006
000066
0000006
0000006 0000006
0000006
0000006 000000G
000005

002752
000000G
140000
000400
0000006
140000
020000

0000006

.WORD
.WORD
. WORD

11¢:

12¢%:

ADD
INC

cMP
BLE
CLR

MOV
ADD
MOV
RADD
MOV
ASL
MOV
ASL
MOV
MOV
ASL
MOV

INC
cMp
BLE

MOV
MOV
MOV
JSR
MOV
MOV

JSR
CLR

14:05:07
14:02:06

037777,RO
RO, #-40000
11$
REG.ADR,RO

16(R0O),10(SP)
10(SP),CSR.WORD

.
VAX-11 Bliss-16 v4.0-579

(MAZURCZYK .DEQGNA JZGNAS BLI ;2

;:
;

¢, TMP LOCATION
TMP _LOCATION,*

aMSG59,(SP)

SP,RO
14
oMSGA8, (SP)

SP,RO
14

SP,s

R2,(SP)
RD13(R1),-(SP)
RCV.D.LIST(R1),-(SP)
oMSGS0, -(SP)

INDEX,

SP.RO
14
55
2573

SP,s

e1,-(SP)

SEQ 01/5
Page
94

(34)

3464

3465

SP,s

3466

3857

3468

014,5P
R2
R2, 065

H
s INDEX

3463
3459

R2
R2,TEMP1
930, TEMP]
R2, TEMP2
$66, TEMP2
R2,RO

;
:

INDEX
INDEX,

3471
3473

s
: INDEX,

3474

: INDEYX,»

3475

3476

: INDEX

3471

MSGOO

ERRORSREPORT

10$

XMIT.D.LIST(R1),XMIT.D.LIST(RO)
TEMP2,R1
R1
RCV.D.LIST(R1),RCV.D.LIST(RO)
R2

R2, @5
124

02752 ,RBUF .LENGTH
©-40000,(SP)

3479

3480

PC,CHC XMIT,STATUS
@-40000,(SP)
©20000, -(SP)

3481

: INDZX

3483

PC,.CHKKC,RCV.STATUS

H14
CZQGNACO DEQGNA FUNCTIONAL TEST

ZQNRA3

TEST 14 - DMA TIMING TEST

v01.0

001064
001072
001074
001100
001106
001114
001120
001124
001126
001130
001134
001140
001142
001144
001146
001150
001154
001156
001162
001166
001172
001174
001176
001200

001202
001204
001206
001212
001214
001220
001222
001226
001230
001232
001234
001240
001244

S-Jul-1984
S-Jul-1984

126161
001447
013700
016066
016637
012716
012746
010600
104414
012716
012746
010600
104414
010116

005046
116116
005046
116116
012746
012746
010600

104414
104455
002574
0000006
0000006
062706
005201
020127
003721
062706
104467
006000
103002
000137
062706
000207

000000G 0000006

13%:

cMPB
8EQ

MOV
MOV
MOV
MOV
MOV
MOV
TRAP
MOV
MOV
MOV
TRAP
MOV

000000G
000016
000016
000016
0000006

0000006
000001

CLR

MOvVB

CLR

MOVB
MOV
MOV
MOV
TRAP
TRAP

0000006
0000006
000004

000014

002751

. WORD
.WORD
.WORD

RADD

144

000010

013602°

000010

15%:

INC
cMP
8LE
ADD

XMIT .BUFFER(R1),RCV.BUFFER(R])
14¢
REG.ADR,RO

VAX-11 Bliss-16 v4.0-579

s (INDEX),s( INDEX)
¢, TMP . LOCATION

SP,.RO
14

SP,s

oMSGS9, (SP)
e1,-(SP)

SEQ 0176

(MAZURCZYK
,DEQNA JZQNA3 . BLI ;2

16(R0),16(5P)
16(SP),CSR.WORD

TMP .LOCATICON,
»

OMSGS1,(SP)

3489

SP,RO

SP,s

R1,(SP)

INDEX,

-(SP)
XMIT . BUFFER(R1),(SP)
-(SP)
RCV.BUFFER(R1),(SP)

s (INDEX),

SP,RO

SP,s

oMSGS0, -(SP)
@4, -(SP)

14
55

3490

s(INDEX),
»

3491

2574

MSGOO

ERRORSREPORT

e14,5P
R1
R1,02751

INDEX

¢
INDEX,

134

RADD
RTS

210,5P
PC

3486
3483

3398

€10,SP
67

TRAP
ROR

BHIS
JMP

14:05:07
14:02:06

3492

154
24

3349

AB$CODE$ + 13532
Rout ine Base:
; Routine Size:
19 words
: Maximum steack depth per invocation:

000000
©00000
000004
000006
000010
000012

004737

013532

Ti4::
1¢:

104466
006000

T14 TEST

JSR

PC,$T14

TRAP
ROR

RTS

1%
PC

8LO

103773
000207

;: Routine Size:

.SBTTL

6 words,

Rout ine Base:

ABSCONES

- DMA TIMING TEST

3493

15000

T14

114
CZQNACO DEQNA FUNCTIONAL TEST

ZQNA3

TEST 15 - LONG PACKET TEST

b
s

DESCRIPTION:

]

!
'
H
!

This test verifies that DEGNA can detect long packets ( 1600 bytes
or more with the CRC ) when transmitted in internal/extended
loopback mode. If the operator specifies loop on error, the
program re-executes the code that detected the error until tC is
entered.

]

Hardware tested:

Processing:

et ud (et P

e P

o P

LONG PACKET TEST

b i

b o

TEST 15:

(MAZURCZYK.DEQNA)ZGNAS
. BLI;2

Yoo

it (s b

5-Jul-1984 14:02:06

VAX-11 Bliss-16 v4,0 579

#SBTTL 'TEST 15 - LONG PACKET TEST’
]

et et (et

3505
3506
3507
3508
3509
3510
3511
3512
3513
3514
3515
3516
3517
3518
3519
3520
3521
922
3523
3524
3525
3526
3527
3528
3529
3530
3531

s Pt

v01.0

3497
3498
3499
3500
5501
3502
3503

S-Jul-1984 14:05:07

]

[]

RCV Status - error summary (long packet-bit 14)

H
!
!

BEGIN
reset device
select internal/extended loopback mode

!
H
H

check for expected loopback status
IF error
THEN

'
!

ENDIF
cell compare_packets

'
'

ENDIF

transmit

loopback packet (legal pecket

print error message if not

H
!
!
H
4

transmit
IF Error
AND (
THEN
print

END

length)

inh bited

loopback packet ( packet length > legal max. )
Summary bit ( Receice Status Word 1, bit 14 ) =1
receive packet length is truncated )

error message if not

inhibited

1.4

11
4

SEQ 0177
Page

(35)

J14

3560

3561
3562
3563
3564
3565
3566
3567

000000
000006
000012
000014
000016
000022
000024
000030
000034
000040
000044
000050
000054
000060

TEST 1S - LONG PACKET TEST

HPEWWUNUVUVTNTNIVITAWWANWEEOWWENVVNTVIVTNT
R R RN W
NN W

B¢

V¢

B¢

G¢

V¢

ZANR3
vo1.0
3532
3533
3534
3535
3536
3537
3538
3539
3540
3541
3542
3543
3544
3545
3546
3547
3548
3549
3550
3551
3552
3553
3554
3555
3556
3557
3558
3559

5-Jul-1984 14:05:07

CZQNACO DEQGNA FUNCTIONAL TEST

012737
012700
006200
005400
010037
104402
004737
C13746
012746
004737
013716
012746
004737
005016

5-Jul-1984 14:02:06

VAX-11 Bliss-16 V4.0-579
(MA
YK .DEQNA
ZUR
JZGNA3
CZ
. BLI ;2

SEQ 0178
Page
98
(36)

BGNTST;
Yoo

'
'
'
.

LOOPBACK 1534 BYTE PACKET AND THEN CHECK IF PROPERLY RECEIVED.
THIS IS THE LONGEST PACKET LENGTH WHICH DOESN'T SET ‘LONGP’' BIT IN
THE RECEIVE STATUS WORD 1 ( BIT 14 ).

RBUF _LENGTH =

1534;

XBUF _LENGTH = - (

BGNSUB;
QESET_DEGNA (

RBUF _LENGTMH t -1 );

);

SET_RDESCR_LIST (
SET_XDESCR_LIST (
SEND_ELOOP_PACKET
COMPARE _PACKETS (

ENDSUB;
Yoo

.XBUF _LENGTH, VE );
.XBUF _LENGTH, VE );
( ZERO );
);

LOOPBACK 1536 BYTE PACKET AND THEN CHECK IF BITS 13 AND 14 ARE SET IN

RBUF _LENGTH =

XBUF _LENGTH =

1536;

- (

.RBUF_LENGTH t

BGNSUB;
RESET_DEGNA ( );
SET_RDFSCR_I TST (

-1

_I FNRTH,
XRLF

);

SET_XDESCR_LIST ( .XBUF _LENGTH, VE );
SEND_ELOOP_PACKET ( ONE );
COMPARE _PACKETS ( );

ENDSUB
;

ENDTST;

002776
002776
0000006
0000006

0000006
120000
0000006
0000006
120000
000000G

000000G

$T1S:

LSBTTL
MOV
MOV
ASR

MOV

RO, XBUF ,LENGTH

JSR

PC,RESET.DEQGNA

NEG

1%:

$T1S TEST 15 - LONG PACKET TEST
02776 ,RBUF ,LENGTH
$2776,R0O

TRAP

MOV
MOV
JSR
MOV
MOV
JSR

CLR

3540
3541

XBUF .LENGTH, -(SP)
€-60000, -(SP)
PC,SET.RPESCR.LIST
XBUF .LENGTH,
(SP)
4-60000,-(SP)
T
. XDESCR.LISY
PC,.SE
(sP)

K14

3544
3545

3546
3547

K14
CZQNACO DEQGNA FUNCTIOMAL TEST

ZANAS

TEST 15 - LONG PACKET TEST

v0o1.0

004737
004737
062706
104467
006000
103747
012737
012700
006200
005400
010037
104402
004737
013746

000062
000066
000072
000076
000100
000102
000104
000112
000116
000120
000122
000126
000130
000135
000140
000144
000150
000154
000160
000164
000170
000174
000200
000204

012746
004737
01371¢
012746
004737
012716
004737
004737
062706

104467

003000
003000

ADD
TRAP
ROR

0000006

2$:

000000G
0000006
120000
0000006
0000006
120000
0000006
000001
0000006
0000006
000006

Maximum stack

004737

70 words,

depth per

015014°

104466
006000
103773
000707

3568
3569

MOV
MOV
AT
NEG
MOV
TRAP

JSR

MOV
MOV

JSR

MOV
MOV

JSR

MOV

JSR
JSR

:
:

0#3000,RBUF .LENGTH
#3000,R0
RO
RO

SEQ 0179
Page

99
(36)

31548
3541
3548

35%6

1557

gO.XBUF.LENGTH

PC,RESET.DEGNA
XBU~ .LENGTH, -(SP)
¢-60000, -(SP)
PC,.SET.RDESCR.LIST
XBUF .LENGTH,
(SP)
€-60000, -(SP)
PC,SET.XDESCR.LIST
e1,(SP)
PC,SEND.ELOOP.PACKET
PC,COMPARE .PACKETS
#6,5P
67

RTS

;

H
;

;

T1S TEST

JSR
TRAP
ROR
8LO
RTS

PC,$715
66
RO

LONG PACKET

3560

3561

3562

3563

:
H
H

3564
3557
3564

3495

3565

15014

.SBTTL

Routine Base:
RB$CODES$
invocation:
2 words

VAX-11 Bliss-16 v4.0-579
[MAZURCZ vk .DEGNAJZQNA3.BLI ;2

Rout ine Base:
R6$CODE¢
invocation:
4 words

T15::
1$:

PC,SEND.ELCUP.PACKET
PC,COrMPARE .PACKETS
06,5P
67

ADD
TRAP
ROR

BLO

: Routine 9ize:
6 words,
;: Maximum stack depth per
:
H

BLO

0000006

103746
000207

;: Routine Size:

000000
000000
000004
000006
000010
000012

JSR
JSR

0000006
0000006
000000

006000

000206
000210
000212

;

S-Jul-1564 14:05:07
S5-Jul -1984 14:02:06

15230

1
1

TEST

L14
CZQNACO DEGNA FUNCTIONAL TEST

ZGNA3

TEST 16 - ODD PACKET TEST

H
H

b Pt
b (b
b

b Pt P

(b
(b (P
b (b (b (b e P
(b
(8 i fd P
b P
b P
i o
d (ed o
(b
P
b (b Pl P
b (b

[MAZURCZYK
.DEQNA JZQNA3 .BLI;?2

5-Jul-1984 14:02:06

VAX-11 Bliss-16 v4,0-579

#SBTTL 'TEST 16 - 0DD PACKET TEST’

0 ot e

B¢

V¢

B¢

vOol1.0

3570
3571
3572
3573
3574
3575
3576
3577
3578
3579
3580
3581
3582
3583
3584
3585
3586
3587
3588
3589
3590
3591
3592
3593
3594
3595
3596
3597
3598
3599
3600
3601
3602
3603
3604
3605
2606
3607
3608
3609
3610
3611
3612
3613

S-Jul-1984 14:05:07

!
H

0DD PACKET TEST

TEST 16:
DESCRIPTION:

This test verifies that DEGNA can transmit and rece:ve odd length

packets and packets starting and/or ending on odd addresses. Chained
and unchained descriptor lists are used to verify this, If the operator

specifies loop on error, the program re-executes the code that detected
the error until tC is entered.

H
!

Hardware tested:

4
!
!

CSR register

- XMIT List Invalid (bit 4)

- RCV
Transmit Descriptor
- XMIT
- XMIT

List Invalid (bit S)
bits
buffer ends on odd byte
buffer ends on even byte

H
H
4

Set of addresses and packet lengths:
PACKET ADDRESS

PACKET LENGTH

!
4

]

:
H
!
:
!
s
H
:
!

:
!
:
!
:
H

odd begin
odd begin and end

odd
even
odd

odd end

Processing:

BEGIN

reset device

REPEAT for internal and internal/extended loopback mode
REPEAT for each packet address and length from set
check for expected loopback status
IF error

THEN
print error message
ENDIF
call compare_packets
ENDREPEAT
~ENDREPEAT
END

if not

inhibited

M1/

SEQ 0180
Page 100

(37)

M14
CZQNACO DEQGNA FUNCTIONAL TEST

ZGNAR3

TEST 16 - ODD PACKET TEST

3621
3622

3623
3624

3625

3626
3627
3628
3629
3630
3631
3632
3633
3634
3635
3636
3637
3638
3639
3640
3641
3642
3643
3644
3645
3646
3647
3648
3649
3650
3651
3652
3653
3654
3655
3656
3657
3658
3659
3660
3661
3662
3663
3664
3665
3666

O TUVMITUNUTUTUVUVIVNTILUTUVNIVITVNUVTVNTNITVTVTUNTUVNTNT
I
NN N W NN NN NN NN NN
RN

vo1.0

3614
3615
3616
3617
3618
3619
3620

5-Jul-1984 14:05:07
5-Jul-1984 14:02:06

VAX-11 Bliss-16 v4.0-579
(MAZURCZ
YK .DEGNA]ZQGNA3 .BLI ;2

BGNTST;
LX)

RESET DEQNA AND INITIALIZE ETHERNET STATION ADDRESS RAM
RESET_DEGNA ( );
PREP_FOR_SETUP (

);

INCR INDEX1 FROM 1 TO 14 DO
WRT_STATION_ADR ( .INDEX1, PHA_INDEX );

BGNSUB;

XMIT_SETUP_PACKET ( P_MODE

ENDSUB;

RBUF _LENGTH

= 6;

XBUF _LENGTH =

(

);

.RBUF_LENGTH t

-1

);

teoo

LOOPBACK A PACKET,

THEN CHECK IF LOOPBACK PACKET WAS PROPERLY

RECEIVED

CLR_BUFFERS ( 32 );
CLR_DESCR ( );
INCR INDEX FROM O TO S DO
XMIT_BUFFER [

.INDEX

]

.INDEX;

BGNSUB;
INCR INDEX FROM O TO 43 DO

XMIT_D_LIST ( .INDEX, W_LEN ] = .TD16 [
SET_RDESCR_LIST ( .XBUF _LENGTH, VE );

PUT_BIT [

CSR,

LB,

INT_LOOPBACK

XMIT_AND_RCV_PACKET (

.INDEX

];

);

CHK_RIXI_STATUS ( ONE );
.IOP_TABLE [ CSR ) = ONE;
CHK_RIXI_STATUS ( ZERO );
.IOP_TABLE [ CSR ] = ZERO;

CHK_CSR_STATUS

( CSR_STATUS,

CSR_MASK

);

! 0°'100220', 0'100220'

Tse

CHECK IF TRANSMIT BUFFER DESCRIPTOR LISTS PROPERLY VOLIDATED

INCR INDEX FROM O TO 17 DO

IF . XMIT_D_LIST [
AND (

THEN

..NDEX, W_LEN ] NEQU .TD16 [

.XMIT_D_LIST

[

.INDEX,

W_LEN

]

CSR_WORD = GET_BIT ( CSR_ALL

);

BEGIN

PRINTB (

MSG59

);

.INDEX ]

AND #0°'140000'

) NEQU %0’ 140000’

SEQ 0181
Fsge 101
(38)

N14
CZGNACO DEQGNA FUNCTIONAL TEST
TEST 16 - ODD PACKET TEST

ZANAR3
3667
3668
3669
3670
3671
3672
3673
3674
3675
3676
3677
3678
3679
3680
3681
3682
3683

3684
3685
3686
3687
3688
3689
3690
3691
3692
3693
3694
3695
3696
3697
3698
3699
3700
3701
3702
3703
3704
3705
3706
3707
3708
3709
3710
3711
3712
3713
3714
3715
3716
3717
3718
3719

VUTUTUTUTVTUNTUTVTVTVTAVTITNTVTVTVTIVTVTH
G
Nl
tvnnnannnianntnnntna o oo

V¢

vVO01.0

5-Jul-1984 14:05:07
5-Jul-1984 14:02:06

PRINTB ( MSG49 );

PRINTB ( MSGS0, .XMIT_D_LIST [ .INDEX, W_LEN ],
ERRDF
( 1602, MSGOO, ERRORSREPORT );

.TD16 [

VAX-11 Bliss-16 V4.0-579
(MAZURCZYK .DEQNAJZGNA3.BLI ;2

.INDEX

END;

INCR INDEX FROM O TO S DO
XMIT_D_LIST [ .INDEX, W_LEN ] =

. XMIT_D_LIST [

CHIK_XMIT_STATUS ( XFLG_STATUS, XWD12_STATUS );
CHK_RCV_STATUS ( RFLG_STATUS, RWD13_STATUS );

! 0'140000', 0O'000400’
! 0'140000', 0'000000'

INCR INDEX FROM 0 TO S DO

IF .XMIT_BUFFER [
THEN
BEGIN

.INDEX ] NEQU .RCV_BUFFER [

CSR_WORD = GET_BIT ( CSR_ALL

PRINTB ( MSGS9 );
PRINTB ( MSGS1 );

PRINTB ( MSGS(,

£ SRRDF

ENDSUB
;

(

1603,

.RCV_BUFFER [

MSGOO,

.INDEX + 18, W_LEN J];

.INDEX )

);
.INDEX

ERRORSREPORT

);

.XMIT_BUFFER [

ND;

RESET_DEGNA (

CLR_BUFFERS (

RBUF _LENGTH

);

16;

);

XBUF _LENGTH = - ( ,RBUF_LENGTH t -1
INCR INDEX FROM O TO 19 DO
XMIT_BUFFER { .INDEX ] = .INDEX;

BGNSUB;
INCR INDEX FROM O TO 43 DO

XMIT_D_LIST [

.INDEX, W_LEN 1 =

XMIT O_LIST [ 19,
XMIT_D_LIST ( 25,

W_LEN ]
W_LEN ]

SET_RDESCR_LIST (

.XBUF_LENGTH,

CHK_CSR_STATUS

( CSR_STATUS,

XMIT_D_LIST [ 19, W_LEN ]
XMIT_D_LIST [ 25, W_LEN ]

);

.TD16 [

.INDEX

= V;
= C;

PUT _BIT [ CSR, LB, INX_LOOPBACK
XMIT_AND_RCV_PACKET ( );
CHK_RIXI_STATUS ( ZERD );

VE );
];

CSR_MASK );

! 0°100220', 0'100220'

= VE;
= E;

fee

.INDEX

CHECK IF TRANSMIT BUFFER DESCRIPTOR LISTS PROPERLY VOLIDATED

INCR INDEX FROM O TO 35 DO

.INDEX

);

S5EQ 0182
Page 102
38)

OD1lJD
CZONACO DEQNA FUNCTIONAL TEST

ZONA3

TEST 16 - 00D PACKET TEST

3736

3737
373°
3739
3740
3741
3742
3743
3744
3745
3746
3747
3748
3749
3750
3751
3752
3753

3754
3755
3756
3757
3758
3759
3760
3761
3762
3763
3764
3765
3766
3767
3768
3769
3770
3771
3772

HUWNOOOORROVVUVUVVNOOROOOVIVVVIVIC
OO
VVIVIVIVVTVIVTIVTVNION
RN

B¢

VD G

V0 V0

Q0 G0

v01.0

3720
3721
3722
3723
3724
3725
3726
3727
3728
3729
3730
3731
3732
3733
3734
3735

5-Jul-1984 14:05:07

IF .XMIT_O_LIST [
AND (

THEN

5-Jul-1984 14:02:06

.INDEX, W_LEN ) NEQU .TD16 ([

.XMIT_DO_LIST

[

.INDEX,

W_LEN

BEGIN

CSR_WORD = GET_BIT ( CSR_ALL

PRINTB ( MSGS9 );
PRINTB ( MSGA9 );
PRINTB ( MSGSO, .xMIT O_LIST

ERRDF

(

END;

CHC_RCV_STATUS

XFLG_STATUS,

THEN

. XMIT_O_LIST [

XWD'2 5TATUS

);

)} NEQU .RCV_BUFFER [

BEGIN
CSR_WORD = GET_BIT (
PRIITD 7
PRINTB (

PRINTB (
ENSRRDF
(

MSGS9
MSG51

CSR_ALL

) NEQU ®0'140000

);

( RFLG_STATUS, RWLL_STATUS );

INCR INDEX FROM O TO S DO
IF . XMIT_BUFFER [ .INDEX

(MAZURCZ
v ,DEQNA )ZGNA3.BLI ;2

.INDEX ]}

) AND #0’'140000°

[ .INDEX,
1604, MSGOO, ERRORSREPORT );

INCR INDEX FROM O TO S DO
XMIT_D_LIST [ _INDEX, W_LEN ]
CH_XMIT_STATUS (

VAX-11 Bliss-16 v4,0-579

¢!

W_LEN

.INDEX

.TD16 [

.INDEX

36, W_LEN ];

0'140000°,

O‘000400°

¢ 0'140000°, 0’'020000°

.INDEX ]

);

);
);

MSGS50, .RCV_BUFFER ([ .INDEX ],
1605, MSGOCU, ERRORSREPORT );

.XMIT _BUFFER

[

.INDEX

);

.XMIT_BUFFER

[

,INDEX

.INDEX

);

]},

.INDEX

);

INCR INDEX FROM 6 TO 9 DO
IF .RCV_BUFFER [ .INDEX ] NEQU ZERO
THEN
BEGIN
CSR_WORD = GET_BIT (
PRINTB (
PRINTB (

PRINT8 (
ERRDF
(
END;

MSGS59
MSGS1

CSR_ALL

MSGSO, .RCV_BUFFER [ .INDEX ),
1606, MSGOO, ERRORSREPORT );

INCR INDEX FROM O 10 S5 DO
IF _RCV_BUFFER [ .INDEX «
THEN
BEGIN

CSR_WORD = GET_BIT (

PRINT8 (
PRINTB (
PRINTB (

NOERRDF

ENDSUB;

END;

(

);

);
);

] NEQU .TARGET_ADR [

CSR_ALL

MSGS9 );
MSGS1 );
MSGSO, .RCV_BUFFER

1607,

MSGOO,

.INDEX

114

]

);

[ ,INDEX ),
ERRORSREPORT );

.XMIT_BUFFER

ENOTST;

Cl15

[

.INDEX

);

SEQ 0183

Page 103
(38)

CZ@NACO NEQNA FUNCTIONAL

ZANA3

TEST

vo1.0

004137
162706
004737
004737

012701
010146
012746
004737
022626
005201
020127
003766
104402

012746

004737
005726
104467

000070
000072
000100
000104
000106

000110
000114
000120
000124

000130
000132
000136

000140
000144
000146
C00150
000152
000160
000164
000170
000172

000176
000202
000206
000212
000220
000224
000230
000234
000242
000244
000250

- ODD PACKET TEST

$T16:

000014
0000006
000001

1$:

000023

28:

000202
0000006

020027
003772
104402
005000
016060
062700
020027
003770
013716
012746
0047%7
013700
042760
004737
012716
004737
012777
005016
004737
005077

000006
000006

0000006
120000
0000006
0000006
000016
001400
0000006
000001
0000006
000001
G0001606

000000G
0000166

023, -(SP)

JSR

ROR

TRAP

MOV

MOV
ADD

e
BLE

MOV
MOV

JSR

MOV

8IC
JSR

MOV

3567

3620

H
;s
;

¢,INDEX1
INDEX1,e

3621
1622
3623

INDEX1

3622

;

INDEX],s

3623
3626

24
06 ,RBUF .LENGTH
06 ,R0O

H
:

3629
3630

3637

:
: INDEX

3638
3639

+ INDEX

3639

H
;s INOEX
;: s(INDEX),s(INDEX)
; ¢,INDEX

3640
3643
3644
3643

3645

3646

1,(5P)

H
H

3648
3649

01,8I0P, TABLE+16
(SP)

H
H

3650
36S1

9I0P.TABLE+16

2652

3626

PC,.CLR.DESCR

3
2

RO
TD16(RO)
, ¥MIT D.LIST(RO)
02.R0
RO, 0126

St
XBUF .LENGTH,(SP)
©-60000, -(SP)
PC,SET.RDESCR.LIST

REG.ADR,RO
01400,16(R0O)

PC,XMIT.AND.RCV.PACKET

JSR

PC,CHK
RIXI, STATUS

CLR
JSR
CLR

PC.CHC RIXI,STATUS

MOV

TEST

(38)

:
H

RO
RC.XMIT
. BUFFER(RO)
RO
RO, 05

CLR

[MAZURCZ r .DEQGNA JZGNA3 .BLI; 2

SEQ 0184
Page 104

(SP).
67

CLR

INC
CHP
BLE
TRAP

v4,0-579

3623

RO, XBUF ,LENGTH
040, -(SP)
PC.CLR.BUFFERS

MOovB

VAX-11 Bliss-16

MOV
MOV

JSR
JSR

Ss:

PC,PREP.FOR,SE~UP
#1.R1

R1
R1,016
1$
’
0202, -(SP)
PC.XMIT
. SETUP PACKET

CcHP
BLE

NEG

000000G 0000006
000002
000126

00D PACKET

PC.URT ,STATION.ADR
(SP)e,(SP).

8LO

JSR
cMP

MOV
MOV
MOV

MOV
MOV
ASR

3s:

R1, $SAVE?
014,5P
PC,RESET
. DEQNA

TST
TRAP

0000006

$716 TEST

.SBTTL
JSR
su8
JSR
JSR

INC

000016

006000

103767
012737
012700
006200
005400
010037
012746
004737
004737
005000
110060
005200

S-Jul-1984 14:05:07
S-Jul-1984 14:02:06

TEST

D15

;

INDEX,s( INDEX)

INDEX,s

3640

D15
CZGNACO DEQGNA FUNCTIONAL TEST

ZANA3

TEST

vo1.0

000254
000260

000262
000266
000270
000272
000274
000302
000304
000310
000314
000320
000322
000326
000334
000342
000346
000352
000354
000356
000362
000366
00037C
000372
000374
000400
000404
000410
000414
000416
000420
000422
000424
000426
000430
000434
000436
000442
000444
000446
000450
000452
000454
000456
000464
000466
000472

000474
000500
000504
000510
000514
000516

012716
011646
004737
005002
010201
006301
026161
001454
016100
042700
020027
001445
013700
016066
016637
012716
012746

010600
104414
012716
012746
01060V
104414
010216
016146
016146
012746
012746
010600
104414

- ODD PACKET TEST

100220

MOV

0000006

JSR
CLR

MOV

6$:

0000006

037777
140000
000016

MOV
MOV
MOV

000006

MOV

0000006
000001

MOV
TRAP

MOV
MOV

000001

MOV
TRAP

MOV

MOV
MOV
MOV

0000006
0000006

MOV

MOV
TRAP
TRAP

. WORD
. WORD
. WORD

002102
0000006
062706
005202
020227
003712

000014

ADD
7%:

000021

005002
010201

006301
010200
006300
016061
005202
020227
003765
012716
012746
004737
012716
005046
004737

MOV
ASL

cMP
8EQ
MOV
8IC
cHe
8EQ

104455

0000006

S-Jul-1984
S-Jul-1984

8%:

000044G 0000006
000005

140000
000400
0000006
140000
0000006

INC

cHP
BLE
CLR

MOV
ASL
MOV
ASL
MOV

INC
BLE
MOV
MOV
JSR
MOV

CLR
JSR

14:05:07
14:02:06

VAX-11 Bliss-16 v4,0 S79
(MAZ
rK .DEQNA
UR
1ZQNA3
CZ
BLI:2

©-77560,(SP)

(SP),-(SP)
PC,CHK,CSR,STATUS

R2
R2,R1
R1

SEQ 0185
age

105

(38)
3654

;

INDEX

INDEX,s

3660
36€1

§?IT.D.LIST(RI).7016(R1)

XMIT,.D.LIST(R1),RO
037777,R0

3662

g0.0-JOOOO
$

REG.ADR,RO
16(R0O),6(SP)
6(SP),CSR.WORD

¢,TMP LOCATION

TMP_LOCATION,

aMsSG59,(SP)
SP,RO

14
oMSG49,(SP)

SP,RO

14
R2,(SP)

T016(R1), -(SP)

3665
3666

Sp"
3667

SP,e

INDEX,

3668

XMIT.D.LIST(R1),-(SP)

oMSGS0, -(SP)
04,-(SP)
SP,RO

3669

3102

MSGOO

ERRORSREPORT

014,SP
R
R2,021
6%
R2
R2,R1

INDEX

3664
3660

INDEX

3673

INDEX,

INDEX,s

XMIT.D.LIST+44(RO)
, XMIT.D.LIST(R1)
:
:

;

INDEX
INOEX,»

3674

3673

#-40000,(SP)

3676

PC,CHI
XMIT, STATUS
K,
©-40000,(SP)

3677

-(SP)
PC,CHIC,RCV.STATUS

F15

EL15
CZQNACO DEGNA FUNCTIONAL TEST

ZGNA3
v01.0

000522
000524
000532
0V0534
000540
000546
000554
000560
000566
000570
000574
000600
000602
000606
000610
000614
000616
000622
000626
000632
000634
000636
000640
000642

000646
000652
000654
000660

000670
000672
000674
000700
000704
000710
000714
000722
000726
000730
000732

000736
000740
000744
00G746
000752
000754
000756
000760
000766

S-Jul-1984 14:05:07
5-Jul-1984 14:02:06

TEST 16 - 00D PACKET TEST

005001
126161

001447

013700
016066
016637
012716
012746
010600
104414
012716
012746
010600
104414
010116
005046
116116
005046

116116
012746
012746

000000G 0000006

9s:

MOV
MOV
MOV
MOV
MOV
MOV
TRAP
MOV
MOV
MOV
TRAP
MOV

0000006
000014
000016
000014
0000006
0000006
000001

0000006
000001

CLR

MOvB

CLR

MOvB
MOV
MOV
MOV
TRAP
TRAP

0000006
0000006

010600
104414

104455
003103
0000006
0000006
000014
062706
005201
000005
020127
003721
000010
062706
104467

.WORD
.WORD
.WORD

10¢:

103002

110060
005200
020027
003772
104402
005000
016060
062700

ADD

INC
cMp
BLE

ADD
TRAP
ROR

006000

000137
004737
012716
004737
012737
012700
006200
005400
010037
005000

CLR
cHPB
8eqQ

BHIS
015412
0000006
000040
0000006
0000006
000020
000020

11¢;

JSR

12¢:

000023

13¢:
000000G 0000006
000002

MOV

MOV
MOV
ASR
NEG
MOV

0000006

JSR

14%:

CLR

MOV3

INC
cMP
BLE

TRAP

CLR

MOV
ADD

XMIT BUFFER(RL),RCV.BUFFER(
1)
10$

REG.ADR,RO

VAX-11 Bliss-16 v4,0-579

(MAZURCZYK.DEQNA JZGNA3 . BLI; 2
:

;
H

16(RO),14(5P)
14(SP),CSR.WORD

;

SP,RO

;

oMSGS9,(SP)

14
oMSGS51,(SP)

e1,-(°P)
SP,RO

14
R1,(SP)

-(sP)
XMIT.BUFFER(RL1).(SP)
-(SP)

RCV.BUFFER(R1),(SP)
OMSGSO, -(SP)
04, -(SP)
SP,RO
14
5SS

3103

;
H

INDEX

¢(INDEX),s(INDEX)

¢, TMP _LOCATION

TMP LOCATION,+

SEQ 0186
Page

106

(38)

3679

3680
3687

3684

SP,s

;

3685

SP,s

;

INDEX,»

*(INDEX),»

;

s(INDEX),s

SP,s

3686

3687

MSGOO

ERRORSREPORT

014,5P
R1
R1,05
9
010,5P
67
RO

3682

: INDEX

3679

;

3640
3588

PC.RESET.DEGNA
040,(SP)
PC,CLR.BUFFERS
020,RBUF .LENGTH
020,R0
RO
RO

;

3691

3692

;

3693
3694

0
RO, XMIT . BUFFER(RO)

: INDEX
; INDEX,s(INDEX)
: INDEX

3695
3696
3695

;

3696

11%

gO.XBUF.LENGTH

RO, 023
12¢
2
RO

TD16(RO)
, XMIT.D.LIST(RO)

@2,R0

F15

: INDEX

;
;

«(INDEX),«(INDEX)
+, INDEX

369y

3700
3699

F15
CZQGNACO DEGNA FUNCTIONAL TEST

ZGNA3

TEST

v01.0

000772
000776
001000

001006
001014

001020
001024
001030
001034
001042
001050
001054
001056
001062
001066
001070
001074
001102
001110
001112

00111<
001116
001124
001126
001132
001136
001142
001144
001150
001156
001164
001170

001174
001176
001200
001204
001210
001212
001214
001216
001222
00.226
001232
001236
001240
001242
001244

001246
001250
001252
001256
001260
001264

020027

003770
012737
012737
013716
012746
004737
013700
042760
052760
004737
005016
004737
012716
011646
004737

01273/
012737
005002
010201
006301
026161

001454
016100
042700
020027
001445
013700
016066
016637
012716

012746
010600
104414
012716
012746
010600
104414
010216
016146
016146
012746
012746
010600
104414

cMe
BLE

MOV
MOV
MOV
MOV

0000466

0003626
040000
0000006

120000
0000006

JSR

MOV

0000006
001400
000016
000016
001000
0000006

8IC
8IS
JSR
CLR
JSR

0000006
100220

MOV
MOV

JSR

0000006
0000466
120000
0000626
020000

MOV
MOV

15¢:

CLR

MOV
ASL

cMP
BEQ

0000006 000000G

MOV

0000006
037777
140000

8IC

BEQ

MOV
MOV
MOV
MOV
MOV
MOV
TRAP
MOV
MOV
MOV
TRAP
MOV
MOV
MOV
MOV
MOV
MOV
TRAP
TRAP

000012
000016
0000006
000012
0000006
000001

0000C0G
000001

000000G
0000006
0000006
000004

104455
003104
0000006
0000006
000014
062706
005202
000043
020227
003712

- ODD PACKET TEST

000126

100000

S-Jul-1984
5-Jul-1984

.WCRD
.WORD
. WORD

16%:

ADD
INC

CcMP
BLE

14:05:07
14:02:06

VAX-11

Bliss-16 Vv4.0-579

(MAZURCZYK .DEQGNA JZQNA3 . BLI ;2

Zew 0187
Page

107

(38)

RO, 0126

14
#-100000,XMIT.D.LIST.46
#40000,XMIT.D.LIST+62
XBUF .LENGTH,(SP)
#-60000, -(SP)
PC,SET ,RDESCR.LIST
REG.ADR,RO
91400,16(RO)
@1000,16(RO)
PC.XMIT
. AND.RCV.PACKET

(SP)

PC,CHK RIXI.STATUS
#-77560,(SP)
(SP), -(SP)
PC,.CHK CSR.STATUS
0-60000,XMIT.D.LIST.46

:ZOOOO.XHIT.D.LISYo62
2

Xg%T.D.LIST(Rl).TDl6(R1)
1
XMIT.D.LIST(R1),RO
037777,R0O
RO, €-40000
16$
REG.ADR,RO

16(R0O),12(SP)
12(SP),CSR.WORD

3703

3705

3706

H
H

3707
3708

3710

H
:
:

3712
3713

R2,R1
Rl

3702

;

INDEX

INDEX,s*

3721

3724

¢,TMP LOCATION

;

oMSG5S9,(SP)

TMP_LOCATION,
s

SP,RO
14
oMSGA49, (SP)

SP,s

SP,.RO
14
R2,(SP)
TD16(R1), -(SP)
XMIT.D.LIST(R1),-(SP)
oMSGSO0, -(5P)

01,-(SP)

3725

3726

H
SP,»

: INDEX,»

SP,RO
14
55
3104

3719

3720

3727

SP,s

3728

MSGOO0

ERRORSREPORT

@14,5P
R2
R2,043

:
;

15%

INDEX

3723

3719

615
v01.9

TEST 16 - ODD PACKET TEST

001266
001270
001272
001274
001276
001300
001306

005002
010201
006301
010200
006300
016061
005202

001314
001316
001322
001326
001332
001336
001342
001346
001350
001356

003765
012716
012746
004737
012716
012746
004737
005001
126161
001447

001310

020227

17¢:

0001106 000000G
140000
000400
0000006
140000
020000
0000006
0000006 0000006

013700

0000006

001372
001400
001404
001410

016637
012716
012746
010600

000020 0000006
0000006
000001

001414

012716

001424

010600

001412

001420
001426

001430

016066

104414

012746

G01440
001442
001446
001452
001456

005046
1.6116
012746
012746
010600

001462

001464
001466
001470

001472
001476
001500
001504

001506
001512
001516

001520
001524
001532

001540

116116

0000006
000001

000014

012701
105761

000006
000000G

013700

000000G

012716

0000006

001447

016066
016637

000005

000016
000022

20%:
000022
000000G

17¢
@-40000,(SP)
0400, -(SP)
K
XMIT _ STATUS
PC,CH
@-40000,(SP)
920000, -(SP)
PC,CHK RCV.STATUS
R1
XMIT.BUFFER(RL) ,RCV.BUFFER(R1)
194

;s INDEX,s

3731

; INDEX
; s(INDEX),«(INOEX)

3738
3739

REG.ADR,RO

2742

MOV
MOV
MOV
MOV

20(SP),CSR.WORD
oMSGS9, (SP)
1, -(SP)
SP,RO

; TMP.LOCATION,s
:

3743

MOV

aMSGS1,(SP)

MOV

SP,.RO

: SP,e

MOV

R1,(SP)

;: INDEX,s

MOvVB

XMIT.BUFFER(R1),(SP)

: o(INDEX),»

CLR

19%:

R2,40S

3731
3732

3735

16(R0O),20(SP)

#1,.-(SP)
14

-(SP)

; o, TMP LOCATION

: SP,s

3744

3745

CLR
MOve
MOV
MOV
MOV

-(SP)
RCV.BFFER(RL),(SP)
oMSGSO,
- SP)
04,-(SP)
SP,RO

TRAP

3746

014,5P
R1

:
: INDEX

3741
3738

96,R1
RCV.BUFFER(R1)

; ¢, INDEX
; «(INDEX)

3749
3750

MOV

REG.ADR,RO

3753

MOV

OMSG59,(SP)

;

3754

TRAP

062706
005201

; INDEX
R2
: INDEX,s
R2,R1
R1
R2,RO
: INDEX,e
RO
XMIT.D.LIST+110(RO),XMIT.D.LIST(R]1) ;
R2
; INDEX

(38)

TRAP

000000G
000000G
000004

(MAZURCZYK .DEQNA JZGNA3.BLI ;2

93528105

SEQ 9

3734

MOV

0000006

VAX-11 Bliss-16 v4.0-579

TRAP

104455

020127
003721

BLE
MOV
MOV
JSR
MOV
MOV
JSR
CLR
(P8
8BEQ

MOV

104414

003105
000000G
0C0000G

CLR
MOV
ASL
MOV
ASL
MOV
INC

MOV

000020

010116

005046

001460

184

104414

001432

001434

000016

S5-Jul-1984 14:02:06

cHP

000005

001360

001364

S-Jul-1984 14:05:07

CZONACO DEQNA FUNCTIONAL TEST

ZQNA3

.WORD
.WORD
.WORD

3105
MSGOO
ERRORSREPORT

cHP
BLE

R1,05
18

ADD
INC

MOV
1578
BEQ

MOV
MOV

o(INDEX),s

SP,e

16(R0),22(SP)
22(SP),CSR.WORD

H1S

INDEX,s

; ¢, TMP _LOCATION
; TMP_LOCATION,

H15
CZAGNACO DEQNA FUNCTIONAL TEST

ZGNA3

TEST 16 - 0DD PACKET TEST

v01.0

001544
001550
001552
001554
00160
001564
001566
001570
001572
001574
001600
001602
001606
001612
001616
001620
001622
001624
001626
001630
001632
001636
001640

5-Jul-1984
5-Jul-1984

012746
010600
104414
012716
012746
010600

MOV
MOV
TRAP
MOV
MOV
MOV
TRAP
MOV

000001

0000006
000001

104414
010116
005046

116116
005046
116116
012746
012746
010600

001644
001646
001659

104455
003106
0000006
0000006
000014
062706
005201
020127
000011
003722
005001
0000126 0001625
126161

001656
001660
001664
001672
001700
00i704
001710
001712
001714
001720
001724
001726
001730
001732
001734
001740
001742
001746
001752
001756
001760
001762
001764
001766
001770
001772

001447
013700
016066
016637
012716
012746
010600
104414
012716
012746
010600
104414
010116
005046
116116
005046
116116
012746
012746
010600
104414
104455
003107
0000006
0000006
062706

22%:

SP,s

;

INDEX,s

MOve

XMIT.BUFFER(R1),(5P)

¢(INDEX),

MOvB
MOV
MOV
MOV
TRAP
TRAP

RCV.BUFFER(R1),(SP)
oMSG50,
- (SP)
04, -(SP)

o(INDEX),e

SP,e

ADD

INC
o
BLE
CLR
cMPB

000001

MOV

MOV
MOV
MOV

MOV

TRAP
MOV

000001

MOV

TRAP
MOV

CLR

0000006

Move

0000006

MOv8
MV

000004

MOV
MOV
TRAP
TRAP

000014

CLR

. WORD
.WORD
.WORD

RDO

e1,-(sSP)

-(SP)
-(SP)

SP,RO
4
55
3106

35092;29109
(33)

SP,e

14
R1,(SP)

1e]

0000006
000024
000016
24
0000
0000006

SP,RO

.WORD
. WORD
. WORD

2ls:

(MAZURCZYK . DEQNAJZGNA3 . BLI ;2

CLR

104414

VAX-11 Bliss-16 v4.0-579

oMSGS1,(SP)

CLR

0000006
0000006
000004

SP,RO
14

14:05:07
14:02:06

375%

;

3756

3787

MSGOO

ERRORSREPORT

014,5P
R1

R1,011
208

:
;

INDEX

INDEX,s

: INDZX
RCV.BUFFER+12(R1),TARGET.ADR+162(R1) ;

23$

s(INDEX),s(INDEX)

375¢
3749
3760

3761
3764

REG.ADR,RO

s, TMP LOCATION

16(R0),24(SP)
24(SP),CSR.WORD

TMP LOCATION,

oMSGS9,(SP)

e1,-(SP)
SP,RO
14
oMSGS1,(SP)
e1,-(SP)
SP,RO
14

R1,(SP)
-(SP)

XMIT . BUFFER(R1),(SP)

-(SP)
RCV.BUFFER(R1),(SP)
oMSGS50, -(SP)
04, -(SP)

SP,RO
14
55
3107

;

3765

SP,e

3766
:

SP,e

e
s INDEX,
;:

o(INDEX),»

o(INDEX),

SP,s

3767

3768

MSGOC

ERRORSREPORT
014,5P

1159

3763

115
CZQNACO DEGNA FUNCTIONAL TEST

ZQNA3

TEST 16 - ODD PACKET TEST

v01.0

001776
002000
002004
002006
002012
002014
002016
002020
002024
002030

005201

020127

003721
062706

104467

103002
000137

062706
000207

Routine Size:
Maximum steck

000000
000004
000006
000010
000012

004737

ADD
TRAP

000010

016220’
000016

248

ADD
RTS

#16,5P
PC

VAX-11

Bliss-16

v4.0 S79

{MAZURCZ
K .DEQNA JZONA3 .BLI:2
INDEX
e
INDEX,

228
#10,SP
67

RO
243

BHIS
JMP

14:05:07
14:02:06

R1
R1,05

ROR

SEY 0190

Page 110
(38)

3760

3696
3769

13$

3567

AB$CODE¢ + 15244
525 words,
Rout ine Base:
22 words
depth per invocation:

015244

T16::
1%:

.SBTTL

T16

JSR

PC.8T16

104466
006000
000207

RTS

8LO

103773

Maximum stack

3773

000005

INC
o
oy
BLE

TRAP
ROR

: Routine Size:
:

23s:

006000

000000

S-Jul-1984
5-Jul-1984

6 words,
depth per

TEST

00D PACKET

3770

66
RO
1%
PC

AB$COODE$ ¢+
Routine Base:
invocation:
2 words

TEST

17276

118

J15
ZQNA3
v0o1.0
:

3774

3777

:
:

3775
3776

3778

:
:

1
1

3784

3783

This test verifies that DEQNA accepts only packets with legitimate

illegitimate 'multicast’

!
!
!
'

1
1
1
1

3790

3792

3794

3;91

3793

3795

H
:

3796
3797

DESCRIPTION:

3785
3786
3787
3788

3789

:
:
:
;
:

TEST 17:

1
1

Set of ‘multicast’'

:
:
;

3800
3801
3802

1
1
1
|}
1
1

!
!
H
!
!
!

3807

3812
3813
3814

1
1
1

H
!
!

5
:

;
:

H
H
:
:

:
:
:

:
;

3803
3804

3805
3806

3808
3809
1810
3811

3815
3816

3817

3818

;
;
H

3820
2821
3822

3819

1
1
1
1

1
1

1
1
1

Address Filter Circuitry
addresses in HEXADECIMAL:

01-00-00-00-00-00

AB-AA-AA-AP-AA-AA
55-55-55-55-55-55

!
!

addresses.

entered.

and '‘non-multicast’'

Station Address RAM is loaded with a set of Terget Addresses and
Mode bits. Target Addresses in and out of the set are used to
Voopback packets. If the operator specifies loop on error, the
program re-executes the code that detected the error until tC is
Hardware tested:

3798

3799

‘multicast’ and 'non-multicast’ addresses and discerds those with

VAX-11 Bliss-16 v4.0-579
[MAZURCZYK .DEQNAJZQNAZ . BLI ;2

STATION ADDRESS TEST

3781

3782

too
H
!

3780

5-Jul-1984 14:05:07
5-Jul-1984 14:02:06

#S8TTL ' TEST 17 - STATION ADDRESS TEEST'

3779

:
:

CZQNACO DEQNA FUNCTIONAL TEST
TEST 17 - STATION ADDRESS TEST

FF-FF-FF-FF-FF-FF

Walking 1

Processing:

BEGIN
reset device

select internal loopback mode
set mode to Setup

!
!
!
!

REPEAT for each complemented and uncomplemented 'multicast’
address in the set
load address
disable receiver

load Station Address RAM with 'multicast’

transmit loopback packet
enable receiver
check for expected loopback

H
H

IF error
THEN

print error message if not

ENDIF

!
'
’--

status

inhibited

call compare_packets

END

ENDREPEAT

TERY

addresses

SEG 0191

Page 111
(39)

IK15
CZGNACO DEQGNA rUNCTIONAL TEST

ZGNA3

TEST 17 - STATION ADDRESS TEST

3824

3825
3826
3827
3828
3829
3830
3831
3832
3833
3834
3835
3836
38357
3838
3839
3840
3841
3842
3843
3844
784S
5846

3847

3843
3849
3850
3851
3852
3853
3854
3855
3856
3857
3858
3859
3860
3861
3862
3863
3864
3865
3866
3867
3868
3869
3870
5871
3872
3873
3874
3875

VD DLDLDLOLDDBUWULHWDOARLEBVNUVIVDEBDLONOOD
D D UL
GGG
U U N OO Gl (4N

v01.0

3823

S5-Jul-1984 14:05:07

VAX-11 Bliss-16 V4.0-579

S-Jul-1984 14:02:06

(MAZURCZYK.DEGNAJZGNA3 .BLI ;2

BGNTST;
Cos

¢t
!

RESET DEQNA AND INITIALIZE ETHERNET STATION ADDRESS RAM T0O ALL MULTICAST

MODE.

RESET_DEQNA ( );
PREP_FOR_SETUP (

);

INCR INDEX1 FROM 6 TO 19 DO
WRT_STATION_ADR ( .INDEX1 - S,

BGNSUB;
XMIT_SETUP_PACKET (
ENDSUB
;

N_MODE

.INDEX1

);

L XX

NOW LOOPBACK 6 BYTE PACKETS AND CHECK IF THEY ARE RECEIVED PROPEF_Y

RBUF _LENGTH

= 6;

XBUF _LENGTH =

(

.RBUF _LENGTH t

INCR INDEX1 FROM 6 TO 19 DO
BEGIN
WRT_STATION_ADR ( ZERO,
BGNSUB;

XMIT_ILOOP_PACKET (
ENDSUB;

-1

);

.INDEX1

);

ZERO

);

INCR INDEX2 FROM O T0 S DO
BEGIN

XMIT _BUFFER [ .INDEX2 ) = ( -.XMIT_BUFFER [ .INDEX2
TARGET_ADR [ .INDex2 ) = .XMIT_BUFFER [ .INDEX2 1;

]

END;

BGNSUB;
XMIT_ILOOP_PACKET (
ENDSUB
;
END;
cMP4

ONE

);

14;

INCR INDEX3 FROM O TO 3 0O
BEGIN
IF .INDEX3 EQLU 3
THEN
TEMP4

= 6;
RESET_DEGNA ( );
PREP_FOR_SETUP (

);

INCR INDEX4 FROM 1 TO
BEGIN

.TEMP4 DO

WALKING _BIT ( ZERO,

.INDEX4

(

,INDEX3 %

)

);

)

SEQ 0192

Page 112
(40)

L15
CZQNACO DEQNA FUNCTIONAL TEST

ZANA3Z

TEST 17 - STATION ADDRESS TEST

3876
3877
3878
3879
3880
3881
3882
3883
3884
3885
3886
3887
3888
3889
3890
3891
3892
3893
3894
3895
3896
3897
3898
3899
3900
3901
3902
3903
3904
3905
3906
3907
3908
3909
3910

FPWWENWORLVNNNVIVWVIVND
BB NI~NVNTUINUVIDDDLDLOONDDWU

V¢

vo1.0

000000
000004
000010
000014
000020
000022
000026
000030
000034
000036
000040
000044
000046
000050
000054

S-Jul-1984 14:05 07
5-Jul-1984 14:02:06

004137
004737
004737
012701
010146
162716
010146
004737
022626
005201
020127
003765
104402
012746
004737

WRT_STATION_ADR (

END;

.INDEX4,

BGNSUB;
XMIT_SETUP_PACKET ( N_MODE

XBUF _LENGTH =

- (

SEQ 0193
Page 113
(40,

ZERO );

);

ENDSUB
;

RBUF _LENGTH = 6;

VAX-11 Bliss-16 V4.0-579
(MAZURCZYK.DEGNAJZGNA3
. BLI;2

.RBUF _LENGTH t

-1 );

INCR INDEX4 FROM 1 TO .TEMP4 DO
BEGIN

WALKING_BIT ( ZERO, .INDEX4 « (
WRT_STATION_ADR ( ZERO, ZERO );

);

XMIT _BUFFER [ .INDEX2 ) = ( -.XMIT BUFFER [ .INDEX2 ]
TARGET_ADR [ .INDEX2 ] = ..XMIT_BUFFER [ .INDEX2 };

)

BGNSUB;

XMIT_ILOOP_PACKET

ENDSUB
;

(

ZERO

.INDEX3 « 14

)

);

END;

INCR .NDEX2 FROM O TO S DO
BEGIN

END;

BGNSUB;
XMIT_ILOOP _PACKET (
ENDSUB;
END;

ONE

);

INCR INDEX2 FROM O TO S DO
TARGET_ADR [ .INDEX2 ] = ZERO;
ENDTST;

0000006

0000006
0000006
000006

000005

$T17:

1¢:

MOV
MOV

SuB

MOV

0000006
000023
2é:

000200
000000G

.SBTTL
JSR
JSR
JSR

JSR
CMP
INC
cMp
BLE

TRAP
MOV

JSR

$T17 TEST

STATION ADDRESS TEST

R1,$SAVEA
PC,RESET.DEQGNA
PC.PREP .FOR.SET!P
06 ,R1
R1,-(SP)
05,(SP)

R1,-(SP)
PC,URT,STATION.ADR
(SP)+,(SP).
R1
R1,023
1
2
#200, -(SP)
PC,.XMIT,SETUP.PACKET

M1
]

+, INDEX1
INDEX1,»

;

INDEX1,s

:
;

INDEX1
INDEX1,+

:
H

3772
3830
3831
3832
3833

3832

3833
3836

CZQGNACO DEQNA FUNCTIONAL TEST
" TEST 17 - STATION ADDRESS TEST

ZGNA3

v01.0

000060
000062
000064
000066
000070
000076
000102
000104
000106
000112
000116
000120
000122
000126
000130
000132
000136
00014C
000142
000144
000146
000152
000154
000160

000162
000164
000166
000170
000174
000176
000202
000204
000206
000212
000216
000220
000222
000224
000226
000230
000234
00C236
000244
000246
000254
000256
000264
000270
000274
000300
000302
000306
000310

TST
TRAP
ROR
BLO
MOV

005726

104467

006000

103767
012737
012700
006200
005400
010037
012702
005046

010246
004737
104402
005016
004737

104467

000006
000006

0000006

0000006
00C006

MOV
ASR
NEG
MOV
MOV

0000006

4%:

0000006

103771

15194
160403
110311
110360
005200
020027
003761
104402
012716
004737
104467
006000

S$:

000000G

177777

001003
012737
004737
004737
013702
010401
070127
005003
000417

000005
6$:

000001
0000006

8LO
CLR

MOV
ADD
MOV

INC
cMP
BLE

TRAP
MOV
JSR
TRAP
ROR

MOV

0000006

000003

0C200€
0000006
0000006
0000006
0000006
000016

TRAP

CLR
JSR

8LO
cMP
INC
cMP
BLE

000023

€J0000

JSR

MOVB
MOvB

0000006

000016

MOV

CLR
8IS8

103770

022626
005202
020227
003730
012737
005004
022727

CLR

TRAP
ROR

006000
005000
012701
060001
012703
005004

5-Jul-1984 14:05:07
5-Jul-1984 14:02:06

7%:

8¢:

CLR
cMP
BNE

MOV

JSR
JSR

MOV
MOV
MUL

CLR
BR

(SP)+

VAX-11 Bliss-16 Vv4.,0-579

(MAZURCZYK .DEQNA)ZQGNA3.BLI;2
:
H

67
RO
2

6 ,RBUF .LENGTH
4€6,R0
RO
RO
RO, XBUF .LENGTH
#6,R2

R2,-(SP)
PC,WRT
. STATION.ADR
2

(SP)

#XMIT.BUFFER,R1
RO,R1

4-1.R3

114

(40)

3833
3836

3843
3844

*»,INDEX1

;

INDEX2

INDEXZ2,s

3846

3848

3851

PC,XMIT.ILOOP.PACKET
67

RO
44
RO

0194

Page

-(SP)

’

SEQ

3854

3856

(R1),R4

R4,R3

R3.(R1)
R3,TARGET .ADR(RO)

RO
RO, 05

5%
2
#1,(SP)
PC,XMIT.ILOOP.PACKET
67
RO
64

(SP)+,(SP).

R2
R2, #23
3%
£16, TEMPS
R4
€0,%3

; »,«(INDEX2)
;. INDEXZ2
:

3858

3861

;

3847

;s INDEX1

3846

;

3865

;

INDEX1,#

;s INDEX3
:

8¢
€6, TEMP4
PC,RESET.DEQGNA
PC,PREP.FOR.SETUP

TEMP4 ,R2
R4 ,R1
#16,R1
R3
10%

3857
3854

3866

38¢€8

;

3870

3871

;

3872

;

3873

; INDEX3,#»

3875

: INDEX4

3873

N15
CZQGNACO DEQNA FUNCTIONAL TEST
TEST 17 - STATION ADDRESS TEST

ZQNA3

vOo1.0

000312
000314
000316
000320
000322
000324
000330
000334
000336
000340
000344
000350
000352
000354
000356
000360
000364
000370
000372
000374
000376
000400
000406
000412

000414
000416
000422
000426
000430
. 000432
700434
0LN436
000440
000442
000444
000450
000454
000456
000460
000464
000466
000470
000474
000476
000500
000502
000506
000510
000512
000514
000516
000522
000524

9s:

005046

010100
060300

010046
005316
012746
004737
010316
005046
004737
062706
005203
020302
003756
104402
012746
004737
005726
104467
006000
103767
012737
012700
006200
005400
010037
013703
005002
000426
005046
010100
060200
010046
005316
012746
004737
005016
¢05046
004737
104402
005016
004737
104467
006000
103771
062706
005202
020203
003747
005001
012700
060100
012702

S-Jul-1984
S-Jul-1984

CLR

14:05:07
14:02:06

VAX-11 Bliss-16 v4.0-579

[MAZURCZYK .DEQNA]ZQNA3Z .BL.I;2
H

MOV
ADD
MOV

SEQ 0195
Page 115

(40)

3875

INDEX4,»

;

INDEXA
,=

DEC

MOV

0v0005
000000G

JSR
MOV

CLR
JSR

000000G
000010

10%:

11%:

000200
000000G

000006
000006

0000006

177777

15%:

(SP)+

67
RO
11$
46 ,RBUF
. LENGTH

#6,R0

;

CLR
JSR

ADD
INC

CMP
BLE
CLR

MOV
ADD
MOV

2880

H
H

3883
3884

;

3886

TRAP

3877
.

3877
3880

R2,RO

JSR
CLR
CLR
JSR

3873

INDEX4,=*

H
:

R1.RO

3874

;

-(SP)

14¢

2876

INDEX4

CLR

MOV
ADD
MOV

TRAP
ROR
8LO
14%;

PC,WRT
. STATION.ADR
#10,5SP
R3
R3,R2
9$
2
#200, -(SP)
PC,XMIT
. SETUP.PACKET

CLR

DEC

13¢:

-(SP)

RO
RO
RO, XBUF .LENGTH
TEMP4,R3
R2

MOV

000005
0000006

0000006

TRAP
MOV
JS
T5T
TRAP
ROR
MOV
MOV
ASR
NEG
MOV
MOV

12¢:

000010

cMP
BLE

8LO

0000006

0000006
0000006

000000G

ADD
INC

PC,WALKING.BIT
R3,(SP)

INDEX4

3888
=
INDEX4,

(SP)

#5,-(SP)
PC.WALKING.BIT

(sP)
-(SP)

2889

(SP)

;

3892

PC,WRT.STATION.ADR
2

PC,XMIT.ILOOP.PACKET
67
RO

13$

#10,SP
R2
R2,R3

124

R1
#XMIT.BUFFER,RO
R1.RO

;

3887

: INDEX4
:

INDEX4,=

: INDEXZ2

;

INDEX2,#

3886

3896

3898

D10

ZONAS
v01.0

CZONACO DEQNA FUNCTIONAL TEST
TEST 17 - STATION ADDRESS TEST

S5-Jul-1964 14:05:07
S-Jul-1984 14:02:06

000530
000532

005003
151003

CLR
81S8

000536
000540
000544
000546

110210
110261
104402
012746

MOVB
MOvVB
TRAP
MOV

000556

005726

000534

000552

000560
000562
000564
000566
00057
000574
000576
000600

000604
000606
000610
000614
000616
000622
000624

SuUB

160302

004737

104467
006000
103767
005201
020127
003750
005204
020427

003623
005000
105060
005200
020027
003772
000207

0000006

164

000001
0000006

JSR

T7S7

TRAP
ROR
8LO
INC
cMe
BLE
INC
e

000005
000003
0002006

17¢:

000005

8LE
CLR
CLR8
INC
cHp
BLE
RTS

: Routine Size:
203 words,
Routine Bese:
ABSCODES
: Maximum stack depth per invocation:
11 words

070000

004737

000004
000006
000010
000012

104466
006000
103773
000207

000000

; Routine Size:
:

017312

6 words,

Maximum stack depth per

3911

3912

T17::

1¢:

Rout ine Base:

invocation:

2 words

VAX-11 Bliss-16 v4.0-579
(MAZURCZ YK ,DEQNA JZGNAS .BLI ;2

RZ,R2

R2,(RO)
R2.TARGET.ADR(R1)
2
01,-(SP)

;s o,¢(INCEX2)

3899

3902

(SP).

;

3499

3902

s INDEX?2
: INDEX2,»

389¢

s INDEXZ
: INDEX3Z,
e

3866

s
;
;s
s

3907
3908
3907

PC,XMIT, ILOOP.PACKET
67
RO
16%
R1
R:,05
15¢
R4
R4,03

7
RO
TARGET .ADR(RO)
RO
RO, 05
17¢
PC
«

INDEX?2
o(INDEXZ2)
INDEX?
INDEX2,*

3772

17312

T17 TEST 17 - STATION ADDRESS TEST

JSR

PC, 8717

ABSCODES

Page 115
(40)

R3
(RO),R3

LSBYTL:
TRAP
ROR
8LO
RTS

SEQ 0196

66
RO
1
PC

+ 20140

Clé

3908

CZGNACO DEGNA FUNCTIONAL TEST
Pt e
b Gt et P
b e
b
Pl P
s il Pt o P
b

18 -

ALL

TEST

ALL MULTICAST STATION ADDRESS TEST

18:

DESCRIPTION:
This test vefifies that DEGNA recognizes

'sll multicast’'

addresses of

the node and discards loopback packets with non-enabled addresses.
If the operator specifies loop on error, the program re executes the
code that detected the error until tC is entered.
Haroware tested:

‘all multicast’'

18051 Microprocessor
Address Filter Circuitry

addresses:
55-55-55-55-55-55

AAR-00-05-55-55-55
AAR-00-04-FF
-FF FF
AA-00-04-00-00-00

01-00-00-00-00-00

(ol

FF.FF-FF-FF
-FF -FF

5 P

Set of

All Multicast Addressing

AAR-00-00-00-00-00
AA-00-02-AA-AA-AA

AAR-00-04-18-81-18

b P
P

VAX-11 Bliss-16 v4,0-579
(MAZ
YK .DEGNAJZ
UR
GNAT
CZ
BLI;2

OEQNA Physical Addr

AA-AR-AA-AR

AA-AA

AR-AA-AA-RA-AA AA

FF-00-01-02-03-04
00-F4-FA-44-44-55

Processing:
BEGIN

reset device

b P

14:05:07
14:02:06

MW TICAST STATION ADDRESS TEST’

(o Db Pt

*TEST

5-Jul-19R4
5-Jul-1984

)

bt P

select internal loopback mode
set mode to Setup
load Station Address RAM with ‘all multicast’' addresses
REPEAT for 'all multicast’ addresses in and out of set
load 'all multicast’' eaddress of the packet
disable receiver
transmit loopback packet
enable receiver
check for expected loopback status

b Pt (i

3927
3924
3929
3930
3931
3932
3933
3934
3935
3936
3937
3938
3939
3940
3941
3942
2943
3944
3945
3946
3947
3948
3949
3950
3951
3952
3953
3954
3955
3956
3957
3958
3959

ALL MUWLTICAST STATION ACORESS TEST

3919
3920
3921
3922
3923
3924
3925
3926

#S8TTL

0 (o0 (b =t (o

3913
3914
3915
3916
3917
3918

TEST 18

0 0 (=0 8 =5

®E

B¢

€0

€%

O¢ @0

ZONA3Z
v01.0

error

THEN

END

print error message
ENDIF
call compare_packets
ENDREPEAT

:f not

.nhibited

D16

SEQ 0197

Page 117
(41)

D16
ZQGNAS
v01.0

3960

BGNTST;

3963
3964

3
3

'
t

3967
3968

3
3
3
3
3

RESET_DEGNA ( ):
PREP_FOR_SETUP ( );
INCR INDEX1 FROM 1 TO 13 D)
WRT_STATION_ADR ( .INDEX), .INDEX1 );
WRT_STATION_ADR ( 14, PHA_INDEX );

:
:

3961
3962

:
:

39¢5
3966

:
:
:

3969
3970
3971

:
:

3972
3973

:
:
:

3975
3976
3977

C2QUACO DEQNA FUNCTIONAL TEST
TEST 18 - ALL MULTICAST STATION ADDRESS TEST
3
3

3
3

3
S

3974

3978

3979

3980

loo

'--

]

XMIT_SETUP_PACKET ( A_MODE

3
3
3

ENDSUB;

1--

3981

RBUF _LENGTH = 6;

:
H

3984
3985
3986

3
4
4

INCR INDEX FROM 6 T0 19 DO
BEGIN

:
:
H
H
;

gggg

4
6
6
4
4
4
S

);

XBUF _LENGTH =

(

_RBUF _LENGTH

WRT_STATION_ADR ( ZERO,

-1

.INDEX

);

:
:
H

3987
3988
3989
3990
3991
3992
3993

3996

2998
3383

4
4

XMIT BUFFER [ ZERO ] » .XMIT _BUFFER [ ZERO ]
TARGET_ADR [ ZERQ ] = .XMIT_BUFFER [ ZERO };

BGNSUB;
XMIT_ILOOP_PACKET (
ENDSUB;

:
H

;
:

2994
3995
3997

S
S

;
H
:
:
;
H

4001
4002
4003
4004
4005
4006

6
6
4
4
3
3

4008

;
H

4007

4009
4010

3
1

NOW LOOPBACK 6 BYTE PACKETS AND CHECK IF THEY ARE RECEIVED PROPERLY

:
:

VAX-11 Bliss-16 v4,0-579
(MAZURCZYK.DEQNA JZGNA3Z . BLI;2

RESET DEQNA AND INITIALIZE ETHERNET SYATION ADDRESS RAM IF EXECUTING
TESTS IN EXTERNAL LOOPBACK MOOE.

BGNSUB;

feo

S-Jul-1984 14:05:07
5-Jul-1984 14:02:06

BGNSUB;
XMIT_ILOOP_PACKET ( ZERO >;
ENDSUB;
INCR INDEX2 FROM O TO S DO
BEGIN

XMIT BUFFER [ .INDEX2 ] = ( -.XMIT BUFFER [ .INDEXZ2 1
TARGET _ADR [ .INDEX2 ] = .XMIT_BUFFER ( .INDEX2 J};

)

END;

ONE

AND %0'177774';

);

END;
INCR

INDEX2 FROM O

TARGET_ADR [

10 S DO

.INDEX2 ) = ZERO;

ENDTST;

E1
A

SEQ 0198

Page 118
(42)

El6
CZONACO DEQNA FUNCTIONAL TESTY
TEST 18 - ALL MULTICAST STATION ADDRESS TEST

ZGNR3

v0o1.0

000000
000004
000010
000014
000020
000022
000024
000030
000032
000034
000040
000042
000046
000052
000056
000060
000064
000070
000072
000074
000076
000104
000110

00C112
000114
000120
000124
000126
000130
000134
000136
000140
000144
000146
000150
000152
000154
000160
000162
000166
000170
000172
000174
000176
000202
000204
000210
000212
0C¢0220
000226
000230
000234

004137
004737
004737

012701
010146

010146
004737

022626
005201
020127
003767
012746
012746
004737
104402
012716
004737
104467
006000

103770

012737
012700
006200
005400

010037

012702
005016
010246
004737
104302
005016
004737
104467
006000
103771
005000
012701
060001
012703
005004
151104
160403
110311
110360
005200
020027
003761
142737
113737
104402
012716
004737

$T718:

0000006
N000006
0000006
0000C1

14:

R1,-(SP)

2$:

000201
0000006

0000006
000006

0000006

R1,015

s, INDEX1

INDEX],
»
INDEX]1,

INDEX1
INDEX],»

3910
3967
3968
3969
3970

3969

MOV
JSR

0201,(SP)
PC.XMIT
SETUP . .PACKET

3974

TRAP

ASR

67
RO

06 ,R3UF .LENGTH
06,R0

3981
3982

MOV
MOV

RO, XBUF .LENGTH
26 ,R2

s, INDEX

MOV

R2,-(SP)

s
INDEX,

CLR

(SP)

JSR

PC.WRT.STATION.ADR

CLR

(SP)

TRAP

PC.XMIT, ILOOP.PACKET

8LO
CLR

44
RO
OXMIT BUFFER,R1

MOV

3984
3986

2989

JSR

TRAP
ROR

Ss:

(az2)

3971

NEG

0000006

Page 119

916, -(SP)
023,-(5P)
PC,WRT ,STATION,.ADR

MOV
MOV

SEQ 0199

MOV
MOV
JSR

8LO

3$:

(SP)+,(SP)e

8LE

TRAP
ROR

0000006

PC.WRT,STATION,.ADR
Rl

CcMP

000016
000023
0000006

R1,-(SP)

INC

VAX-11 Bliss-16 v4.,0-579
(MAZURCZYK .DEQNAJZQNA3 . BLI;2

- ALL MULTICAST STATION ADDRESS TEST

MOV

cMP

000015

$718 TEST 18

R1, $SAVESL

PC,.RESET.DEGNA
PC,PREP.FOR.SETUP
€1,R1

MOV

14:05:07

$5-Jul-1984 14:02:06

JSR
JSR
MOV
JSR

2000006

000006
000006

.SBTTL

JSR

S Jul-1984

67
RO

INDEX2

3992
3994

INDEXZ2,
+

ADD

RO,R1

SuUB

R4 ,R3

0000006

MOVB

R3,TARGE
T .ADR(RO)

000005

CMP

RO, 05

8ICB
MOV8

03, XMIT BUFFER
XMIT.BUFFER, TARGET.ADR

3998
3999

01,(SP)
PC,XMIT.ILOOP,.PACKET

4002

177777

000003 000000G
000000G 000000G
000001
0000006

MOV
CLR
BISB
MOvVB
INC

BLE

6$:

TRAP

MOV
JSR

0-1.R3
R4
(R1),R4

R3.(R1)
RO

+,s(INDEX2)
INDEX?

3995
3992

INDEX2,
»

F1A

F16
CZQNACO DEQNA FUNCTIONAL TYEST

ZGNA3

TEST 18 - ALL MULTICAST STATION ADDRESS TEST

v0o1.0

000240
000242
000244
000246
000250
000252
000256
000260
000262
000266
000270
000274
000276
000300
:

104467
006000
103770
005726
005202
020227
003722
005000
105060
005200
020027
003772
022626
000207

Routine Size:

Maximum stack

000000

000000
000004
000006
000010
000012

004737

:
:

Maximum stack

4011
4012

67
RO

TST

(SP).

B8LO
INC

000023
0000006

7%:

000005

4007
4008

RO, 05

INDEXZ2,s

34
RO

INC

BLE
cMP

7%
(SP)+,(SP)s

JSR

L.IiDEX2

3984

4007
1910

+ 20154

T18 TEST 18 - ALL MUWTICAST STATION ADDRESS TEST

FC.8T18

TRAP
ROR

66
RO

RTS

Rout ine Base:
ABSCODES
invocation:
2 words

120
(42)

3985

INDEXZ2
#(INDEX2)

.SBTTL

0200

Page

: INDEX

:
;

8LO

6 words,
depth per

TARGET.ADR(RO)

cMpP

T16::
1%:

CLRB

8LE
CLR

SEQ

R2,023

97 words,
Routine Base:
ABS$CODES
10 words
depth per invocation:

020154

5-Jul-1984 14:02:06

)

VAL-11 Bliss-16 Vv4.0-579
{MAZURCZ YK .DEGNA JZGNA3 .BLI; 2

cMpP

RTS

104466
006000
10373
000207

;: Routine Size:

TRAP
ROR

5-Jul-1984 14:05:07

+ 20456

1
1§

G116

40G8

CZQNACO DEGNA FUNCTIONAL TEST

ZGNA3

TEST 19 - RUNT PACKET TEST

4062

(s Pt fs Pt P
s et ot Pt ot P
b

This test verifies that the DEGNA can detect runt packets

If the operator specifies loop on error,

code that detected the error until tC
Hardware tested:

EPP
Address Filter Circuitry

DEQNA Physical Addr

22288

s P

-55-55-55

-FF -FF -FF

-00-00-00
-18-81-18

b el
Pk

is entered.

AA-OO-OO 00-00-00
-AA-AA-AA

Processing:

BEGIN

reset device

s P

in FIFO,

the program re-executes the

Station Address table:

Pk Pt Pt

b pd P

DESCRIPTION:

b Pt P

d P

select internal loopback mode
load Station Address RAM with Station Addresses from teble
load packet with valio Station Address
disable receiver

b e P

transmit lcopback packet
enable receiver
check for expected loopback status
IF

error

THEN
print error message
ENDIF

load packet with

69
G2
Ve
G5
G0
G2
00
G0
S
VS
Ve
B0
Ve
G
B
B
V1
98
B

4061

4057
4058
4059
4060

RUNT PACKET TEST

TEST 19:

if not

inhibited

invalid Station Address

disable receiver
transmit loopback packet
enable receiver
check for expected loopback stetus

4056

VAX-11 Bliss-16 v4.0-579
(MARZURCZYK.DEGNA)ZQGNA3Z.BLI
;2

.
e

b e P

4040
4041
4042
4043
4044
4045
4046
4047
4048
4049
4050
4051
4052
4053
4054
4055

B
VO

4036
4037
4038
4039

14:05:07
14:02:06

#SBTTL 'TEST 19 - RUNT PACKET TEST'

IF error
THEN

WF
G
s
G
G0
G
U
V0
V¢
O
Ve
V¢
S
G
O
G2
G
6
€9
@3
S0

4027
4028
4029
4030
4031
4032
4033
4034
4035

4017
4018
4019
4020
4021
4022
4023
4024
4025
4026

Pt Pt et Pt P

4015
4016

4014

v01.0
4013

S-Jul-1984
5-Jul-1984

END

print error message
ENDIF

if not

inhibited

H1A

SEQ 0201

Page 121

(a3)

H16
ZONAZ

CZQNACO DEQNA FUNCTIONAL TEST

vC1.0
:

4063

4065

:
l;

4064

TEST 19 - RUNT PACKET TEST

BGNTST;

le0

'--

4066
4067

3
3

4069

4073

:
:
:

RESET_DEGNA ( )
PREP _FOR_SETUP ( );
INCR INDEX1 FROM 6 TO 19 DO

:
:

4074
4075

3
S

BGNSUB;

:
:

4078
4079

3
3

4081
a4c8e

3
3

4076

4080

4083

1085

:
;

40831

4086

:
:
:
H
:
:

4087
4088
4089
4090
4091
40972

3
S
S
7
3
5

4094

:
:
:

:
:

4093

4095
409

4097
4098
4099
4100
3101

4102
4103

4104

H
:
;

4106
4107
4108

;

H
H
:

4105

WRT _STATION_ADR (

.INDEX1

XMIT_SETUP_PACKET ( M_MODE

'--

);

NOW LOOPBACK 6 BYTE PACKETS AND CHECK IF THEY ARE RECEIVED PROPERLY

RBUF _LENGTH

= 6;

XBUF _LENGTH =

- (

WRT_STATION_ADR (

.RBUF _LENGTH *
ZERQ,

BGNSUB;
XMIT_ILOOP_PACKETY (
ENDSUB;

PHA_INDEX

-1

);

ZERO ):

BGNSUB;

WRT _STATION_ADR ( ZERO, 2 ):
.IOP_TABLE [ CSR

S
S
S

SET_RDESCR_LIST ( .XBUF _LENGTH, VE );
.IOP_TABLE [ RLO_ADR ] = RCV_D_LIST;
.IOP_TABLE [ RHI_ADR ] = ZERQ:

S
S

S
S
5

111
4112
4113

3
3
1

(MAZURCZ YK .DEQNAJZQGNA3Z . BLI; 2

- S, PHA_INDEX );

4109

4110

S-Jul-1984 14:02:06

VAX-11 Bliss-16 v4.,0-579

RESET DEQNA AND INITIALIZE ETHERNET STATION ADDRESS RAM IF EXECUTING
TESTS IN EXTERNAL LOOPBACK MOODE.

3
3
3

:
:

'
"

4070
4071
4072

ap68

5-Jul-1984 14:05:07

SET_XDESCR_LIST (

)

= ONE;

.XBUF _LENGTH,

);

.IOP_TABLE [ XLO_ADR ] = XMIT_D_LIST;
.JOP_TABLE [ XHI_ADR ] = ZERO;

CH¢_RIXI_STATUS ( ZERO );

CHC _CSR_STATUS ( CSR_STATUS, CSR_MASK
);
CH(_¥MIT_STATUS ( XFLG_STATUS, XwD12_STATUS );
Cre¢_RCV_STATUS ( RFLG_STATUS, RWD16_STATUS ,;

! 0°100220°, 0'100220'
! 0 140000°'., 0'000400°’
! 0145000, 0O’ 244000’

.JOP_TABLE [ CSR ] = ZERC:

ENDSUB;
ENDIST;

T16

SEQ 0202

Page 122

(44)

116
CZANACO DEQNA FUNCTIONAL TEST

S5-Jul-1984
5-Jul-1984

TEST 19 - RUNT PACKET TEST

010146
004737
004737
012701
010146
162716
012746
004737

022626
005201
020127
003764

104402
012746

012746
004737
012777

005077
013716
012746
004737
012777
005077
005016
004737
012716
011646

13:

000005
000023

.SBTTL
MOV
JSR
JSR
MOV
MOV
SUB
MOV
JSR
cve

000023
2s:
000200

INC
CHP
BLE

TRAP

CLR
JSR

TRAP

CLR
JSR

TRAP

R1,-(SP)

05,(SP)

(SP)e,{5P).

R1,023

14
2
0200, -(5P)

(SP).

#6.RO
RO
RO
RO, XBUF .LENGTH

-(SP)
023, -(SP)

JSR

MOV
MOV
MOV

000000G 0000046

MOV

JSR

CLR
MOV

MOV

JSR

MOV

CLR
CLR
JSR

MOV
MOV

(44)

TEST
H
H

;

4010
4070

4071

;

o, INCEX]

;

INDEX1,e

4073

;
;

INDEX1
INDEX1,.»

4072

H
:

4073
4076

H
H

4073
4076

4083
4084

4086

PC,WRT_STATION.ADR

2
(SP)
PC.XMIT_ILOOP.PACKET
67

3
2
(sP)
e2.,-(SP)

CLR

(MAZURCZ YK .DEQNA JZANA3Z.BLT ;2

SE. 0203
Page 123

PC.WRT _STATION.ADR

TRAP

VAX-11 Bliss-16 v¥4.0-S579

023, -(SP)

8LO

0000166

0000006
100220

06 ,R1

ROR

MOV

0000126

PC,PREP.FOR.SETLP

UF
. LENGTH
06 ,RB

MOV

0000106

RUNT PACKET

8LO
MOV
MOV
ASR

000001

PC.XMIT
SETUP PACKET

NEG
MOV

as:

MOV
JSR
TST

TRAP
ROR

3s:

$T719 TEST

R1,-(SP)
PC.RESET DEQNA

4089

4090
4093

PC,WRT_STATION.ADR
01,.3I0P.TABL
+ 16
Z
XBUF _LENGTH,
(S¢)
0-60000, -(SP)
FC.SET.RDESCR.LIST

.4
eRCV.D.LIST.3I0P.TABLE
3I0P.TABLE+6

XBUF _LENGTH,
(SP)
0-60000, (SP?
PC,SET
. XDESCR.LIST
OXMIT . D.LISTY,8I0N
. TABLE.10
JIOP.TABLE
.12

4095
4097

4098
4099
4101

4102
4103

(SP)

4105

@-77%60,(SP)

4106

PC.CHC RIXI,STATUS
(sP),-(5P)

—

000102
000104
000106
000112
000114
000120
000124
000126
000130
000134
000136
000140
000142
000144
000146
000152
000156
000164
000170
000174
000200
000206
000212
000216
000222
000226
000234
000240
000242
000246
000252

004737
005726
104467
006000
103767
012737
012700
006200
005400
010037
005046
012746
004737
104402
005016
c04737
104467
006000
103771
1044C2
005016
012746
0C&737
012777
013716

$719:

14:05:07
14:02:06

11 A&

J16
CZGNACO DEQNA FUNCTIONAL TEST

ZQGNA3
v01.0

000254
000260
000264
000270
000274
000300
000304
000310
000314
000320
000322
000324
000326

000330
000332
;
;

TEST 19 - RUNT PACKET TEST

004737
012716
012746
004737
012716
012746
004737
005077
062706
104467
006000
103706
022626

000004
000006
000010
000012

4114

4115

aI0P.TABLE+16

e14,5P

(MAZURCZ YK .DEGNA JZAQNAZ .BLI ;2

SEQ 0204
Page

124

(44)

4107

4108

4110

4030

4110

4010

4111

(SP)+,(SP)e
(SP).,R1

Rout ine Base:
AB$COOE¢ + 20472
110 words,
10 words
oeptih per invocation:

020472°

T19::
1%:

006000

.SBTTL

T19

JSR

PC,$719

TRAP
ROR

RTS

1
PC

8LO

103773
000207

Maximum stack

VAX-11 Bliss-16 v4.0-579

PC.CHK.RCV.STATUS

104466

: Routine Size:
:

€-40000,(SP)
0400, -(SP)
PC.C
. XMIT HC
STATUS
9-40000,(SP)

012601

004737

14:05:0”
18:02:06

PC,CHK, CSR.STATUS

0000006
140000
000400
0000006
140000
044000
0000006
0000166
000014

000207

Routine Size:
Maximum stack

000000
000000

5-Jul-1984
5-Jul-1984

6 words,

depth per

Rout ine Base:
invocation:
2 words

ABS$CODES

TEST

RUNT PACKET

+ 21026

IK1A

TEST

IK16
CZQGNACO DEQGNA FUNCTIONAL TEST

ZGNA3

TEST 20 - FIF) OVERFLOW TEST

14:05:07
14:02:06

VAX-11 Bliss-16 v4.0-_ 3
(MAZURCZYK.DEQGNA ]ZGQNA3.BLTI;2

#SBTTL 'TEST 20 - FIFO OVERFLOW TEST’
T OAD WD FUD SAD G D D P O AP D TR O SED VD VI P D P

S I VD I LD M I I LR D TP TR VD CED TR PR YWD D IR D S

b et
b
b b e
b
i (b P
b (ke
b e
b s (b
b
h (e ok et i Pt (b
b
b e
b
b
(ot e
b o
b

4126
4127
4128
4129
4130
4131
4132
4133
4134
4135
4136
4137
4138
4139
4140
4141
4142
4143
4144
4145
4146
4147
4148
4149
4150
4151
4152
4153
4154
4155
4156
4157
4.58

4123
4124
412°¢

b Pt

00
OO0
G
V¢
06
Ve
O
O
s
Ve
G0
VS
V0
s
00
G0
B¢
08
@
W
Ve
VD
O
V0
GO
Ve
G
GF
WP
VS
G0
€5
B
B0
B0
B0
B
€I
We
@

4121
4122

0t (ot

4120

WO
G0
!

v01.0

4116
4117
4118
4119

5-Jul-1984
5-Jul-1984

FIFC CVERFLOW TEST

TEST 20:
DESCRIPTION:

This test verifies that the Ethernet Protocol Processor can
detect receive FIFD overflow condition. If the operator specifies
loop on error, the program re-executes the code that cetected the
error until tC is entered.
Hardware tested:

RCV Status wd 1

Processing:

- error summary (bit 14),
FIFO overflow (bit 0),
Byte FIFO in the EDLC,
and discard packet (bit 12)

BEGIN

reset device

select loopback mode

enable receiver (

set CSR bit 0)

transmit loopback packet
transmit another loopback packet

check for expected loopback status
IF error
THEN

print error message
ENDIF

if not

inhibited

reset device
transmit loopback packet
transmit a packet

setup Receive Descriptor List
ensble receiver (set CSR BIT 0)
checlkk

for expected loopbeck status

IF error
THEN

print error message
ENDIF

END

if not

turn of 3 LED's on the module

inhibited

SEQ 0205
Page 125

(as)

L*"6
20NA3

CZGNACO DEQGNA FUNCTIONAL TEST

v01.0
:

:
:

4159

BGNTST;

4163
4164

3
3

4167
4168

3
3

:
:

4165
4166

:
:

3
3

4162

;
:

TEST 20 - FIFO OVERFLOW TEST

4160
4161

3
3

feoo

t--

3
S

BGNSUS;

4172

ENDSUB;

:
:

4175
4176

:
:

4173
4174

3
3

XMIT_SETUP_PACKET ( P_MODE );

fes

'
'

LOOPBACK 2 6-BYTE PACKETS IN INTERNAL LOOPBACK MODE CHECK IF PACKETS
WERE RECEIVED PROPERLY, SHOULD TRANSMIT AND RECEIVE
PROPERLY.

4177

V--

4179

RBUF _LENGTH

;

:
:
:

4181
4182
4183
4184

3
4
4

:
H
:

4186
4187
4188

6
6
4

:
H

4192
4193

3
3

:
H
H

4178

4180

4185

4189
4190
4191

3
3
3

H
:
:

4194
4195
4196

3
3
S

4198

;
;

;
H
;
:
:

;
:

;

4197

= 6;

XBUF _LENGTH = - ( _RBUF_LENGTH t -1 );
INCR INDEX FROM 2 TO 3 DO
BEGIN
WRT_STATION_ADR ( ZERO,

.INDEX );

BGNSUB;
XMIT_ILOOP_PACKET ( ZERO ):
ENDSUB;

END;
teo

'
'

!1--

FORCE RECEIVE FIFO OVERFLOW ( RCV STATUS WD 1 - BIT O ) BY TRANSMITTING
2 ND 6-BYTE PACKET IN INTERNAL LOOPBACK MODE BEFORE RECEIVING FIRST PACKET

BGNSUB;

.IOP_TPBLE

[

CSR

]

= ZERO;

4199

WRT_STATION_ADR ( ZERO, 2 );

4201

SET_XDESCR_LIST (

4203
4204
4205
4206

S
S
S
S

.JOP_TABLE { XHI_ADR ] = ZERO;

CHK_RIXI_STATUS ( ONE );
WRT_STATION_ADR ( ZERO, 3 );

SET_XDESCR_LIST

S
S

.JOP_TABLE { XLO_ADR ) = XMIT_D_LIST;
.IOP_TABLE [ XHI_ADR ] = ZERO;

4200

4202

4207
4208

3209
4210
4211

[MAZURCZYK ,DEGNAJZGNA3.BLI;2

RESET_DEQGNA ( );
PREP_FOR_SETUP ( );
INCR INDEX1 FROM 1 T0O 14 DO
WRT_STATION_ADR ( .INDEX1, PHA_INDEX );

4169
4170

4171

5-Jul-1984 14:02:06

VAX-11 Bliss-16 V4.0-579

RESET DEQNA AND INITIALIZE ETHERNET STATION ADDRESS RAM

:
:

5-Jul-1984 14:05:07

.JOP_TABLE [

.XBUF _LENGTH, VE );

XLO_ADR

(

]

= XMIT_D_LIST;

.XBUF _LENGTH,

);

M1
A

SEQ 0206

Page 126
(46)

M16
CZQNACO DEQGNA FUNCTIONAL TEST

ZANA3

TEST 20 - FIFO OVERFLOW TEST

4212
4213
4214
4215
4216

4217
4218
4219
4220
4221
4222
4223
4224
4225
4226
4227
4228
4229
4230
4231
4232
4233

FHFUWUWHWWWRWWRUUVTULLNLLVYTLVLULTULIT
UV A

v01.0

000000
000002
000006
000012
000016
000020
000024
000030
000032
000034
000040
000042
000044
000050
000054
C00056
000060
000062
000064
000072
000076
000100
000102
000196
000112
000114
000116
000122

5-Jul-1984 14:05:07
5-Jul-1984 14:02:06

010146
004737
004737
012701
010146
012746
004737
022626
005201
020127
003766
104402
012746
004737
005726
104467
006000
103767
012737
012700
006200
005400
010037
012701
005046
010146
004737
104402

SET_ROFSCR_LIST (

VAX-11 Bliss-16 Vv4,0-579
(MAZURCZYK.DEGNA)ZQNA3.BLI;2

SEQ 0207
Page

127

(46)

. XBUF _LENGTH, VE );

JIOP_T BLE [ RLO_ADR ) = RCV_D_LIST;
.IOP_TABLE [ RHI_ADRP
= ZERO;
."OP_TABLE [ ~SR ] = ONE;

CHIC_RTXI _STATUS
CHK_CSR_STATUS
CHK _XMIT_STATUS
CHK_RCV_STATUS

(
(
(
(

ZERO );

CSR_STATUS, CSR_MASK

XFLG_STATUS,
RFLG_STATUS,

XWD12_STATUS
RWD1S5_STATUS

);

).
);

!
!
!]

0'100220',
0'140000',
0'140000',

0’ 100220’
0’ 000400’
0'000001’

.ICP_TABLE [ CSR ] = ZERO;

ENDSUB;

RESET_DEGNA (
TURN_OFF _LED
TURN_OFF _LED
TURN_OFF _LED
TURN_OFF _LED

);
(
(
(
(

N_MODE );
LED1 );
LEDZ );
LED3 );

ENDTST;

000000G
000C00G
000001
000023
000000G

$120:

.SBTTL
MOV

1¢:

MOV

cMP

2%:

000202
0000006

0000006
000002
0000006

MOV
JSR

cMP
INC

000016

000006
000006

JSR
JSR
MOV

B8LE
TRAP

MOV
JSR

TST
TRAP
ROR
BLO
MOV

000000G

MOV

ASR
NEG

3
44

MOV
MOV
CLR

MOV

JSR

TRAP

$T20 TEST 20 - FIFO OVE~LOW TEST
R1, -(SP)
PC,RESET.DEGNA
PC.PREP.FOR.SETUP
#1.R1
; «,INDEX1
; INDEX1,»
#23,-(SP)

4113
4165
4166
4167
4168

PC,WRT ,STATION.ADR

(LP)+,(SP)e

Rl
R1,416

14
2
2202, -(SP)

INDEX1
«
INDEX1,

4167

4168
4171

PC,XMIT.SETUP,PACKET

(SP)+

4168
4171

2%
#6 ,RBUF
. LENGTH

#6,.RO
RO
RO
RO, XBUF .LENGTH
#2,.R1

-(SP)

R1,-(SP)
PC,WRT_ STATION. ADR
2

4179
4180

*, INDEX
INDEX,
*

4182
4184

Bl
CZQONACO DEGNA FUNCTIONAL TEST

ZGNA3

TEST 20

v01.0

000124
000126

000132
000134
000136

000140
000142
000144
000150
000152

000154
000160
000162

000166
000172

000176
000202

000214
000220
000224
000230
000232
000236
000242
000246
000252
000256
000264
000270
000274

000304
000312
000316
000324
¢00326
000332
000336
000340
000344
000350
000354
000360
000364
000370
000374
000400
000404
000406
000410
000412
000416

005016
004737

104467

006000
103771
022626
005201
020127
003760
108402
005077
005046
012746
004737
013716
012746
004737
012777
005077
012716
004737

FIFO OVERFLOW TEST

CLR
JSR

0000006

TRAP
ROR

8LO
cMP

000003
Ss:

0000166

013716
012746
004737
012777
005077
012777
005016
004737
012716
011646
004737
012716
012746
004737
012716
012746
004737
005077
062706

104467

006000
103660
008737
012746

MOV
JSR

MOV

CLR

MOV

JSR
CLR

MOV

JSR

MOV

0000126
0000006
120000

000001
0000006
100220

0000106

MOV
JSR

MOV

CLR

MOV
JSR

00N004G

MOV

0000166

MOV

CLR

CLR
JSR

MOV
MOV

JSR

0C 20006
140000
000400

MOV
MOV

140000
000001

MOV
MOV

0000166
000022

0000006
000200

(SP)e,.(SP)e

dI0OP.TABLE+16
-(SP)

JSR

JSR
CLR

PC,WRT STATION.ADR
XBUF LENGT(SP)
H,
0-60000, -(SP)
PC,SET.XDESCR.LIST
OXMIT . D.LIST,3I0P.TABLE+10

8I0P.TABLE.12
01,(SP)
PC,CHK RIXI.STATUS
(SP)

PC,WRT ,STATION.ADR
XBUF _LENGTH,
(SP)
9-60000, -(SP)
PC.SET.XDESCR,LIST
OXMIT.D.LIST,aI0P.TABLE-10
aI0P
. TABLE.12
XBUF .LENGTH
(SP)
,
¢-60000, -(SP)
PC.SET.RDESCR.LISTY
ORCV.D.LIST,3I0P.TABLE
-4
810P.TABLE+6
91,3I0P. TABLE .16
(SP)

PC.CHK RIXI,STATUS
0-77560,(SP)

(SP),-(SP)

PC,CHK RCV,STATUS

fMAZURCZYK ,DEQNAJZQNAZ .BLI ;2
:

S5EQ 0208
Page 128

(46)

4187

;

4183

INDEX

INDEX,
e

4182

H
H
H

4189
4197
4199

4201

;
:
:

4202
4203
4205

4206

4208

;

4209

:
H

4210
4212

4213

:
:

4216
4218

4219

;

4220

4221

;

4214

4223

3I0P.TABLE+16

4223

H
H

4226
4228

e022,5P

ADD
TRAP
ROR

B8LO
JSR

PC,RESET.DEQNA

MOV

VAX-11 Bliss-16 v4,0-579

CLR
CLR

MOV

000C106

(SP)

R1
R1,03
34

TRAP

14:05:07
14:02:06

PC.XMIT, ILOOP.PACKET
67
RO

INC
cHe
BLE

MOV

005016
012746

004737
013716
012746
004737
012777
005077

5-Jul-1984
5-Jul-1984

5S4

418¢°

C1
CZANACO DEGNA FUNCTIONAL TEST
TEST 20 - FIFO OVERFLOW TEST

ZGNA3

v01.0

000422
000426
000432
000436
000442
000446
000452
000456
000460
000462
:

004737
012716

004737
012716
004737
012716
004737
005726

000000
000000
000004
000006

000010
000012

004737

MOV
MOV

TST
MOV
RTS

Routine Base:

invocation:

021042

11 sords

T20::
1¢:

£B$CODE
$

(SP)e.
(SP)+,R1

120 TEST 20 - FIFO OVERFLOW TEST

JSR

PC,.$T20

000207

RTS

Rout ine Base:

invocation:

2 words

ABSCODES

[MAZURCZYK.DEQNA JZGNA3 .BLI;2

SEQ 0209
Page 129

(46)

4229

4230

4231

;
4113

+ 21042

6 words,

VAX-11 Bliss-16 v4,0-579

.SBTTL

8Lo

103773

14:05:07
14:02:06

0214,(SP)

104466
006000

Ma<imum stack depth per

4234

JSR

TRAP
ROR

Routine Size:

JSR

PC,TURN.OFF, LED

MOV

154 words,

Maximum stack depth per

JSR

PC,TURN,
OFF , LED
0204,(SP)
PC,.TURN.OFF
, LED
0210,(SP)
PC,TURN,.OFr
, LED

JSR

0000006
000204
0000006
000210
0000006
000214
0000006

012601
000207

Routine Size:

$-Jul-1984
5-Jul-1984

66
1%

+ 21526

4231

D1
CZQNACO DEQNA FUNCTIONAL TEST
TEST 21 - SANITY TIMER TEST

4271

4272
4273

8 Pt
b
8 Pt
b (i P d 8 et
b (e
b
i ot Pt
(8
(it P
b o
b

4256

4257
4258
4259
4260
4261
4262
4263
4264
4265
4266
4267
4268
4269
4270

et [

4254
4255

b Yo

4251
4252
4253

b e

4250

b (el

4245

4246
4247
4248
4249

4244

4242
4243

et Pt Pt

4238
4239
4240
424}

4235
4236
4237

0 4t 4t

0G0

OG0

8¢

v01.0

#SBTTL

*TEST 21

5-Jul-1984 14:05:07
5-Jul-1984 14:02:06

VAX-11 Bliss-16 V4,0 579
[MAZURCZYK.DEGNAJZGNA3.BLI;2

- SANITY TIMER TEST'

See
]

IMID IV ICID IB IV IS 1D IO D IHID IS IB IS IO D D IS IO ID I IS IV ID D I I ID D IDID I D D

ZGNR3

SANITY TIMER TEST

TEST 2!:
CESCRIPTION:

This test verifies that the Sanity Timer times out after & pre-set

( supplied by the operator ) timeout period. The Sanity Timer uses
DCOK line on the Q-Bus to force the power_fail interrupt of the
processor which

in turn causes the processor to reboot

Haroware tested:

Senity

itseif.

Timer Logic

Processing:
BEGIN

reset device

store Console Terminal and Power_fail

( location 24 and 60 octel )
enable Console Terminal interrupt
arm for Power_fail interrupt
inform the operator about

interrupt vectors

the test procedure

set the Sanity Timer to timeout value supplied by the
operator

enable the Senity Timer

wait

I:EPOuer-Fail

THEN
print
ELSE

interrupt occured

‘SANITY

TIMER

TIMED OUT

force Console Terminal

print error message

ENDIF

disable Sanity Timer

restore Console Terminal

END
N

(

input

if not

AS EXPECTED'

interrupt by typing “Q"

inhibited

and Power

location 24 and 60 octal

)

fail

interrupt

vectors

S5EQ 0210
Page

130

a7)

CZQNACO DEGNA FUNCTIONAL TEST
TEST 21 - SANITY TIMER TEST

VAX-11 Bliss-16 V4,0-579
{MAZURCZYIK,DEQGNA
}JZGNA3 . BLTI ;2

BGNTST;

.SWP_TIMER

THEN

BEGIN
Yoo

RESET DEGNA AND INITIALIZE ETHERNET STATION ADDRESS RAM

RESET_DEGNA (
Ceo

);

SETUP FOR POMER FAIL AND CONSOLE TERMINAL INTERRUPTS

SETVEC ( PF_VEC_LOC, PWR_INT, PRIO7 );
SETVEC ( KB_VEC_LOC, KBO_INT, PRIOS );
SETPRI ( PRIOO

);

PREP_FOR_SETUP (

ANV ELDLLLLLLLLLLLLLDLLLDLDUWWNWW
RNNNIARAAVNVORNNN NN A NN

W
G
S0
G
G0
06
G
S0
O
69
G
B4
G4
V0
WS
V0
V)
GF
O
V.
O0
B0
W6
G
B0
G
G0
G0
V0
TV
Ve
B0
B0
G0
A9
VL
V0
G
B
V0
Ve
B
A
Vs
Ve
VT
VS
QT
VS
B
B
G0
W%

4274
4275
4276
4277
4278
4279
4280
4281
4282
4283
4284
4285
4286
4287
4288
4289
4290
4291
4292
4293
4294
4295
4296
4297
4298
4299
4300
4301
4302
4303
4304
4305
4306
4307
4308
4309
4310
4311
4312
4313
4314
4315
4316
4317
4318
4319
4320
4321
4322
4323
4324
4325
4326

S5-Jul-1984 14:05:07
S-Jul-1984 14:02:06

[a Y]

ZQNR3

vo1.0

POWER FAIL

CONSOLE TERMINAL
SET PROCESSOR PRI LEVEL

);

INCR INDEX1 FROM 1 TO 14 DO
WRT_STATION_ADR ( .INDEX1, PHA_INDEX );

BGNSUB;
PUT_BIT [ CSR, SE, EENABLE ];
XMIT_SETUP_PACKET ( #0'200' + (

SELECTONE
SET

[ 0.1 ):

.SWP_TOUT_VAL OF
BEGIN

TEMPL

{21]:

MSG32,

);

.TEMPL

);

.TEMP1

);

MSGSS,

.TEMPL

);

TEMPL = 4;
PRINTB ( MSGSS,.,
END;

.TEMP1

);

BEGIN

PRINTB (
END;

BEGIN

MSG32,

}16:

PRINTB (
END;
TEMPL

{5 ]):

.TEMP1

TEMPL

(4]

PRINTB (
END;
TEMPL

{3]:

.SWP_TOUT_VAL t 4

PRINTB (
END;

MSG32,

BEGIN

)

);

SEQ 0211
Page 131

(48)

F1
CZQNACO DEQGNA FUNCTIONAL TEST

ZGNA3

TEST 21 - SANITY TIMER TEST

43228
4329
4330
4331
4332
4333
4334
4335
4336
4337
4338
4339
4340
4341
4342
4343
4344
4345
4346
4347
4348
4349
4350
4351
4352
4353
4354
4355
4356
4357
4358
4359
4360
4361
4362
4363
4364
4365
4366
4367
4368
4369
4370
4371
4372
4373
4374

000000
000002

HWNBRANNNANRN NN RO
INAIORIIIO

€0

Q¢

v01.0

4327

5-Jul-1984 14:05:07
5-Jul-1984 14:02:06

010146
005746

{6 1]:

(71

TES;

VAX-11 Bliss-16 V4,0-579

[(MAZURCZYK,DEQNAJZGNA3 .BLI ;2

SEQ 0212
Page 132

(48)

B8EGIN

TEMPY = 16;
PRINTB ( MSGSS,
END;

BEGIN
TEMPL1 = 1;
PRINTB ( MSGS6,
END;

PRINTB ( MSGS7

.TEMPL

);

.TEMPL1

);

INTERRUPT
FLG = -1;
WAIT_FOR_TIMEOUT ( );
Yoo

PUT DEGNA IN NORMAL MODE AND CHECK STATUS

PUT _BIT [ CSR, SE, DISABLE
PREP_FOR_SETUP ( );

INCR INDEX1 FROM 1 TO 14 DO
WRT_STATION_ADR ( .INDEX1,

BGNSEG;

XMIT_SETUP_PACKET

ENDSEG;

CLRVEC ( PF_VEC_LOC
CLRVEC ( KB_VEC_LOC
IF

(

N_MODE

PHA_INDEX

);

);
);

_INTERRUPT_FLG

THEN
BEGIN
PRINTB (
END
ELSE
BEGIN

MSG33

)

CSR_WORD = GET_BIT (

PRINTB (
PRINTB {

ERRDF

END;
ENDOSUB
;
END;

MSGS9
MSG34

):
);

CSR_ALL

);

( 2101, MSGOO, ERRORSREPORT

);

ENDTST;

$721:

.SBTTL
MOV
TST

$721 TEST 21
R1,-(SP)
-(SP)

- SANITY TIMER TEST

;

4233

Gl
CZQGNACO DEQNA FUNCTIONAL TEST
TEST 21 - SANITY TIMER TEST
032737
001002
000137
004737
012746
012746
012746
012746
104437
012716
012746

000076
000132
1

000114
000120
000122
000124
000130
000132
000134
000140
000146
000152
000156
000160
000164
000170
000174
000176
000202
000204
000212
000216
000222
000226
000230
000232
000234
000240
000242
000250
000254
000260
000264
000266
000270

012746
012746
104437
012700
104441
004737
012701
010116
012746
004737
005726
005201
020127
003766
108402
013700
052760
013700
072027

010016
062716
004737
013701
002417
020127
003014
012737
012716
012746
012746
010600
104414
000531
020127
001014
012737
012716
012746
012746
010600

104414
000512

000001

0000006

022542’
0000006
0000006
0000006
000024
000003

1$:

0000006
0000006
000060
000003
0000006

0000006
000001

000023
0000006

2%:

MOV
MOV
MOV
MOV
TRAP
MOV
MOV
MOV
MOV
TRAP
MOV
TRAP

#1,SWP, TIMER

03, -(SP)
37

#PRIOO,RO

PC,PREP.FOR.SETUP

¢1,R1

R1,(SP)
@23,-(SP)
PC,WRT,STATION,ADR

24
4

REG.ADR,RO

04 ,RO
RO, (SP)
0200,(SP)
PC,XMIT.SETUP
. PACKET

000200
0000006
0000006

(MAZURCZYK .DEQNAJZGNA3.BLI;2

SEQ 0213
Page 133

(48)

4276

H
H

4284
4289

4290

4291

OPRIOS,(SP)
oKBD
INT, -(SP)
.

(SP).

0000006
002000
000016
0000006
000004

VAX-11 Bliss-16 v4,0-579

1¢
17$
PC,RESET.DEGNA
@PRIO7, -(SP)
OPUR, INT, -(SP)
024, -(SP)

R1
R1,416

3s:

SWP, TOUT,
VAL ,R1

)

H
:
;

¢,INDEX1

INDEX1,s

4292
4293
4294

INDEX1

4293

INDEX1,s

;

4294

4297

4298

4300

4302

;

4304

R1,01

000001

¢1,TEMP]

000001
0000006
000001
0000006
000002

000004
0000006
000004
0000006
000002

8IT
BNE
JMP
JSR

JSR

000016

000002

$-Jul-1984 14:05:07
S-Jul-1984 14:02:06

01,(SP)

4%
:

oMSG32, -(SP)
02,-(SP)
SP,RO
14
10$
R1,02
S
04, TEMP]
04,(SP)
oMSG32, -(SP)

H
: SP,s
:

4303

;

4307

;

4309

4310

SP,RO

H spP e

4305

4308

H1
CZQANACO DEQNA FUNCTIONAL TEST
TEST 21 - SANITY TIMER TEST
020127
001014
012737

012716
012746
012746
010600
104414

000473
020127

000432
000440
000444
000450
000454
000456
000460
000462
000466
000470
000476
000502
000506
000512
000514
000516
00520
000524
000530
000532
000534
000542
000546
000552

001014
012737
012716
012746
012746
010600
104414
000454
020127
001014
012737
012716
012746
012746
010600
104414
000435
020127
001014
012737
012716
012746
012746
010600
104414
000416
020127
001014
012737

012716
012746
012746
€10600
104414
022626
012716
012746
010600
104414
012737
004737
013700
0427€0

S5%:

000003
000020
000020

5-Jul-1984 14:05:07
$-Jul-1984 14:02:06

cMP

BNE

MOV

0000006

MOV
MOV

0000006
000002

MOV
MOV

TRAP
6$:

000004

MOV
MOV
MOV
MOV
MOV
TRAP

0000006
000001
000001
0000006
000002

7$:

000005

8%:

000002

9s:

177777

MOV
MOV
TRAP

11¢:

0000006
0000006
000016
002000

B8R
cHP
BNE

MOV
MOV

10$:

0000006

BNE

MOV

000001
000000G
000001
(000006
000002

0000006
000001

MOV
MOV
MOV
MOV
MOV
TRAP

0000006

000007

B8R
cMP
BNE

MOV
MOV
MOV
MOV
MOV
TRAP

0000006
000004
000004
0000006
000002

000020
000020

CMP
BNE

cMP

MOV
MOV
MOV
TRAP
MOV

JSR

MOV

BIC

VAX-11 Bliss-16 V4,0-579

(MAZURCZYIC,DEQNA JZGNA3 .BLI; 2

SEQ 0214
Page 134

(48)

R1,63
64
020, TEMP]
€20,(SP)
aMSG32, -(SP)

;

SP,RO

10$

H
H

4313
4317

H
:

4319
4320

R1,04
74
€1, TEMP]

@1,(SP)
OMSG5S5, -(SP)

02, -(SP)
SP,RO
14
10$

R1,85

;
4312

4314

;

4315

spo‘

SP,s

4318

4322

04, TEMP]
04,(SP)
aMSGS5, -(SP)

4324

4325

SP.RO

14
108
R1,%6
9

920, TEMPL

SP,RO
14
10¢

11¢

01, TEMPL
01,(SP)

4327

@20,(SP)
aMSGSS, -(SP)

R1,07

4323

02, -(SP)

SP,e

4329

4330

SP,»

;

4328

;

4332

;

4334

4335

oMSGS6, -(SP)

SP,.RO
14
(SP)+,(SP).

OMSGS7,(SP)
e1,-(SP)

SP,RO
14

;

SP,s

;

4333

;

4339

;
;

:
:

SP,s
4340

434]
4347

11
CZQNACO DEQNA FUNCTIONAL TEST

S-Jul-1984 14:05:07
S-Jul-1984 14:02:06

TEST 21 - SANITY TIMER TEST

004737
012701

0000006
000001

012746
004737
005726
005201
020127
003766

000023
000000G

012716
004737
104470
006000

000200
0000006

012700
104436
012700
104436
032737
001407
012716
012746
010600
104414
000431
013700
016066
016637
012716
012746

000024

010116

104404

103770

010600

104414
012716
012746
010600
104414
104455
004065
0000006
0000006
005726
022626
104467
006000
103002
000137
062706
005726
012601
000207

; Routine Size:

JSR

MOV

12¢:

000016

13s:

JSR
TS7T
INC
CcMP
BLE

TRAP
MOV

JSR
TRAP

ROR
BLO
MOV
TRAP
Mo

000060

000001

MOV
MOV

TRAP

BIT
BEQ

0000006

MOV
MOV
MOV
TRAP

0000~ 0G
0000u1

0000006
000016
000020
000020
0000006
0000006
000001

000000G
000001

MOV
MOV
MOV
MOV
MOV
MOV
TRAP
MOV
MOV
MOV
TRAP
TRAP

.WORD
.WORD
.WORD

TST

15¢:

021674°
000016

259 words,

16$:
17%:

Routine Base:

cMP

TRAP
ROR
BHIS
JMP

ADD
ST
MOV
RTS

ABSCODES

PC,PREP.FOR.SETUP
41,R1

R1,(SP)

VAX-11 Bl

)

‘ss-16 V4.0-S579

[MAZURCZYIK.DEQNAJZQNA3.BLI;2
:

;
;

¢, INDEX1
INDEX1,»

s
:

INDEX1
INDEX]1,
¢

SEQ

0215

Page

135

(48>
4348

4349
41350

PC,WRT.STATION.ADR

(SP).

Rl
R1,416

12$

9200,(SP)
PC,XMIT.
SETUP PACKET

4349

H
H

4350
4353

4356

4357

4359

4362

70
RO

138

€24 ,RO
36

01,-(SP)
SP,.RO

14
15
REG.ADR,RO

:
:

SP,»

;
s

#MSGS9,(SP)

¢, TMP _LOCATION
TMP_LOCATION,
=

SP,.RO
14

SP,e

oMSG34,(S5P)

SP.RO
14
S5

16(R0),20(SP)

20(SP),CSR.WORD

e1,-(SP)

4359
4366
4367

4368

SP,s

4369

;

436S

4065
MSGOO

ERRORSREPORT
(SP).

(SP).,(SP).

4294

;

4370

;

4278

;

4232

RO
16¢

#16,5P

(SP)+
(SP).,R1

PC
+

21542

J1
ZGNA3

CZQNACO DEQNA FUNCTIONAL TEST

v01.0

$-Jul-1984 14:05:07

TEST 21 - SANITY TIMER TEST

5-Jul-1984 14:02:06

; Maximum stack depth per invocation:

14 words

021542

T21::
1%:

000000
000000
000004
000006
000010
000012

004737

104466
006000
103773
000207

; Routine Size:

4375

4377

4376

T21 TEST 21

JSR
TRAP

PC,$T21
66

6 words,

Routine Base:

invocation:

2 words

END

PSECT SUMMARY

.GLOBL

Psect Name
ABS$CODES$

Words

$SAVE4,

Attributes

4794

RO,

$SAVE3,

LCL,

$SAVEZ

REL,

CcG

Library Statistics

e Symbols --------

File

DISK$USER2: [MAZURCZYK.DEGNAJGNALIB.L16;2

(48)

4372

ELUDOOM

0TS external references

Page 136

- SANITY TIMER TEST

ABSCODES$ « 22550

[MAZURCZYKK,DEGNA])ZQGNA3Z,.BLI;?2

RO
14
PC

RCR
8LO
RTS

: Maximum stack depth per
:

LSBTYTL

VAX-11 Bliss-16 v4,0-579

SEQ 0216

Total

Loaded

Percent

223

142

COMMAND QUALIFIERS

BLISS/PDP11 ZQGNA3.BLI/LIST=ZGNA3.LIS/0BJECT=ZQNA3.0BJ/SOURCE=PAGE:53

Pages

Processing

00:00.1

Mapped

Time

K1
ZQNA3
v01.0
Size:

Run Time:

CZQNACO DEGNA FUNC. INAL TEST
TEST 21 - SANITY TIMER TEST
4794 code ¢+ O data words
02:12.1

08:39.0
Elapsed Time:
1988
i.ines/CPU Min:
Lexemes/CPU-Min: 23670
437 pages
Memory Used:
Compilation Complete

5-Jul-1984 14:05:07

VAX-11 Bliss-16 V4,0-579

SEQ 0217
Page 137

CZQNACO DEQNA FUNCTIONAL TEST

0001
0002
0C03
0004
0005
0006
0007
0008
0009
0010

1500
1501

bt pt et et et 2 OO OO OO

ZQGNA4

5-Jul-1984 14:13:51

5-Jul-1984 14:02:25

VAX-11 Bliss-16 v4.0-579

(MAZURCZYK.DEQGNA]JZGNA4
.BLI;2

MODULE ZQGNA4 (#TITLE ‘CZGNACO DEQNA FUNCTIONAL TEST'
IDENT = 'V01.0',
ADDRESSING_MODE(ABSOLUTE)
)

#SBTTL ‘GLOBAL ROUTINE DECLARATION MODULE'’
BEGIN

LIBRARY 'QNALIB’;
REQUIRE 'BLSMAC.REQ’;
' <BLF/NOFORMAT>

! GNALIB LIBRARY
! DIAGNOSTIC SUPERVISOR LIBRARY

SEQ O

Pagia

M1
CZGNACO DEQNA FUNCTIONAL TEST
GLOBAL ROUTINE DECLARATION MODULE

FORWARD ROUTINE

XMIT_AND_RCV_PACKET

+ NOVALUE;

s
b
b (b [

b (b et

CCOt = AC$CODES$;

EXTERNAL DATA USED BY THIS MODULE

Ses

b (o

EXTERNAL

b e (e

COMMUNICATION AREA DECLARATIONS
RCV_D_LIST
XMIT_D_LIST

: BLOCK
: BLOCK

[ D_S1ZE, WORD ) FIELD ( DL_FIELDS ),
[ D_SIZE, WORD ) FIELD ( DL_FIELDS ),

RCV_BUFFER
XMIT_BUFFER
DATA_BUFFER
SETUP_BUFFER
IOP_TABLE

:
:
:
:
:

[
{
{
[
([

b e

e (b

DESCR_LIST

: BLOCK

B8D_PROM_DESCR

[ DESCR_SIZE, WORD) FIELD ( DL_FIELDS ),
B_SIZE, BYIE ],
B_SIZE, BYTE ],
BUF_SIZE, BYTE ],
SETUB_SIZE, WORD ],
8, WORD ],

: VECTOR [ BD_D_SIZE, WORD ],
: VECTOR [ 4, WORD ),
: VECTOR [ T_SIZE, BYTE ],
: VECTOR [ 22, BYTE ],

b o

STATION_ADR
TARGET _ADR
PHYS_ADR

VECTOR
VECTOR
VECTOR
VECTOR
VECTOR

HARDWARE

AND SOFTWARE P-TABLE STORAGE DECLARATIONS

1530
1531
1532
1533
1534
1535
1536
1537
1538
1539
1540
1541

5-Jul-1984 14:13:51
S-Jul-1984 14:02:25

PSECT

Yoo

(b (it (b (b (o

1502
1503
1504
1505
1506
1507
1508
1509
1510
1511
1512
1513
1514
1515
1516
1517
1518
1519
1520
1521
1522
1523
1524
1525
1526
1527
1528
1529

b B

G¢

ZGNA4
vo1.0

HWP _TABLE

: REF BLOCK [ HWP_SIZE, WORD ] FIELD ( HWP_FIELODS ),

REG_ADR

: REF REG_STR FIELD (

SWP_TABLE

GET_ADR
IOP_DATA

: REF BLOCK [ SWP_SIZE, WORD ) FIELD ( SWP_FIELDS ),
IOP_FIELDS

: REF ADR_STR FIELD ( IOP_FIELDS ),
: REF REG_STR FIELD ( IOP_FIELDS ),

VAX-11 Bliss-16 Vv4.0-579

(MAZURCZYIK.DEQNA]ZQGNA4
.BLI; 2

SEQ 0219
Page

N1
CZQNACO DEGNA FUNCTIONAL TEST
GLOBAL ROUTINE DECLARATION MMDULE
b

VAX-11 Bliss-16 V4,0-79

(MAZURCZYIK.DEQNAJZQNA4
.8LI;2

MISCELLANEOUS DATA DECLARATIONS

b [

5-Jul-1984 14:13:51
5-Jul-1984 14:02:25

b P

SWP_BLOCK_IMEM,
UP_COUNTER,
ERR_COUNT,

it (b it (e
i (i [
[t e o
(e
b o
it (e

RBUF _LENGTH,

XBUF _LENGTH,

SWP_TOUT_VAL,
DOWN_COUNTER,
ERR_FLAG,

PRIO1,
PRIOS,

PRIOZ2,
PRIOS,

INTERRUPT_FLG,
SWP_ILOOP,
CHECKSUM,
CSR_WORD,

PRIO3,
PRI1O7,

COUNTER,
SWP_TIMER,
ERR_NUMBER,

PRIOO,
PRIO4,

DEGNA _NO

WORD,

Too

TEMPORARY STORAGE DATA DECLARATIONS
P1,
TMP_IOP_ADR,
TEMP3,
TEMP7,

P2,

TMP_REG_DATA,
TEMP4,
TEMPS,

P3,
TEMP1,
TEMPS,
TEMPY,

P4,
TEMP?2,
TEMP6,
TADR1,

TBYTEL,

T8YTER2,

TBYTES,

TBYTE4

TADR2

WORD,

P
(b [
(e P
ot P

1555
1556
1557
1558
1559
1560
1561
1562
1563
1564
1565
1566
1567
1568
1569
1570
1571
1572
1573
1574
1575
1576
1577

b (s ot o

1553
1554

Yoo

10 (ot

1542
1543
1544
1545
1546
1547
1548
1549
1550
1551
1552

ZGNA4
v01.0

DIAGNOSTIC ERROR MESSAGES DECLARED EXTERNALLY
MSGOO,
MSGO1,

MSGO2, MSGO3, MSGO4, MSGOS, MSGO6, MSGO7, MSGO8, MSGO9, MSG10,
MSG11l, MSGl2, MSG13. MSGl4, MSG135, MSG16, MSG17, MSG18, MSG19, MSG20,
MSG21l,
MSG31,
MSG41,

MSG22,
MSG32,
MSG42,

MSGe3,
MSG33,
MSG43,

MSGS1, MSGS2, MSG53,
MSG61, MSG62, MSG63,

MSGo4, MSG2S,
MSG34, MSG35,
MSGA4, MSG4S,
MSG54, MSGS5S,
MSG64, MSG6S,

MSG26,
MSG36,
MSG46,
MSG56,
MSG66,

MSG27,
MSG37,
MSG47,
MSG57,
MSG67,

MSGe8, MSG29, MSG30,
MSG38, MSG39, MSGA0,
MSGAS, MSG49, MSGSO,
MSGS8, MSGS59, MSG60,
MSG68, MSG69, MSG70;

SEQ 0220
Page

3
(3)

2ONA4

CZONACO DEGNA FUNCTIONAL TESTY

v01.0

1578

GLOBAL ROUTINE - ERRORSREPORT (

!
!
'

1
1

1582

¢t

GLOBAL ROUTINE :

1
1

:
:

1586
1587

1
1

H
4

1590

#SBTTL 'GLOBAL ROUTINE - ERRORSREPORT (

1592

BGNMSG (ERRORSREPORT);

:
:

1588
1569

1
1

1591

ngel 4

{MAZURCZYK ,DEQNA }ZGNA4 .BLI;2

(4)

ERRORSREPORT

1583
1584

1585

SEQ 022

VAX-11 Bliss-16 v4.0-579

Yoo

:
:
:

5-Jul-1984 14:02:25

#SBTYTL ‘GLOBAL ROUTINE - ERRORSREPORT ( )

1579
1580

1581

)

:
:

5-Jul-1984 14:13:51

DESCRIPTION:
This routine reports errors to the operator

'--

)

.TITLE
.IDENT
.ENABL

ZQGNA4 CZQGNACO DEGNA FUNCTIONAL
/v01.0/
AMA

.GLOBL
.GLOBL
.GLOBL
.GLOBL
.GLOBL
.GLOBL
.GLOBL
.GLOBL
.GL0BL
.GLOBL
.GLOBL
.GLOBL
.GLOBL
.GLOBL
.GLOBL
.GLOBL
.GLOBL
.GLOBL
.GLOBL
.GLOBL
.GLOBL
.GLOBL
.GLOBL
.GLOBL
.GLOBL
.GLOBL
.GLOBL
.GLOBL
.GLOBL
.GLOBL
.GLOBL

RCV.D.LIST, XMIT.D.LIST, DESCR.LIST
RCV.BUFFER, XMIT.BUFFER, DATA.BUFFER
SETUP
. BUFFER, IOP.TABLE, BD.PROM.DESCR
STATION.ADR, TARGETY.ADR, PHYS, ADR
HWP TABLE, SWP.TABLE, REG.ADR
GET.ADR, IOP.DATA, XBUF.LEGTH
RBUF .LENGTH, INTERRUPT.FLG, COUNTER
SWP.BLOCK.MEM, SWP, TOUT.VAL, SWP.ILOOP
SWP.TIMER, UP_COUNTER, DOWN.COUNTER
CHECKSUM, ERR.NUMBER, ERR.COUNT
ERR.FLAG, CSR.WORD, PR100, PRIO1
PRIO2, PRIO3, PRIO4, PRIOS, PRIO6
PRIO7, DEGNA.NO, P1, P2, P3, P4
TMP.IOP.ADR, TMP REG.DATA, TEMP1
TEMPZ2, TEMP3, TEMP4, TEMPS
TEMP6
TEMP7, TEMP8, TEMP9, TADR1l, TADRZ2
TBYTEL, TBYTE2, TBYTE3, TBYTE4
MSGOO, MSGO1l, MSGO2, MSGO3, MSGO4
MSGOS, MSGO6, MSGO?7, MSGO8, MSGO9
MSG10, MSG1l1, MSGl2, MSG13, MSGlae
MSG15, MSG16, MSG17, MSG18, MSGL9
MSG20, MSG2l, MSG22, MSG23, MSG24
MSG25, MSG26, MSG27, MSG28, MSGR9
MSG30, MSG31, MSG32, MSG33, MSG34
MSG3S, MSG36, MSG37, MSG38, MSG39
MSG40, MSGA1l, MSGA2, MSGA3, MSG44
MSGAS, MSG46, MSGA7, MSGAB, MSGA9
MSGSO, MSGS1, MSGS2, MSGS3, MSGS4
MSG5S, MSGS6, MSGS57, MSGS8, MSGS9
MSG60, MSG61, MSG62, MSG63, MSG6E4
MSG6S, MSG66, MSG6E7, MSGE8, MSGE9

.GLOBL

MSG70

TEST

'
.

Ce
CZQGNACO DEQNA FUNCTIONAL TEST
GLOBAL ROUTINE - ERRORSREPORT (

ZQANA4
v0l1.0

004737

000004
000006

104423
000207

Routine Size:

Maximum stack

words,

depth per

=RV

1593

ENDMSG;

000000

012746

0000006

000004
000010
000912
000014
000020
000024
000030
000034
000036
000040
000044
000020
000054
000060
000062
000064
000070
C00074
000100
000104
000106
000110

01.746
010600
104414
013716
013746
012746
012746
010600
104414
013716
013746
012746
012746
010600
104414
013716
013746
012746
012746
010600
104414
013716

1594

1595
1596
1597
1598
1599
1600

1601
1602

1603
1604

ERRORSREPORT:
;
JSR
TRAP
RTS

000000V

PRINTB
PRINTB
PRINTB
PRINTB
PRINTB
PRINTB
PRINTB
PRINTS
PRINTE

000001
0000006
0000006
0000006
000003

PNOINONINININININPN

000000

)

LSBTTL
.PSECT

000000

Routine Base:
invocation:

MSGO3

MSGO4,
MSGOS,
MSGO6,
MSGO7,
MSGO8,
MSGO9,

MSG10,
MSG11,

);

ACS$CODES$

0000046
0000046
0000006
000003

.XMIT_D_LISY
.XMIT_O_LISY
.XMIT_D_LIST
XMIT
O _LIST
.XMIT D_LIST
.XMIVT_D_LIST

- ERRORSREPORT (

SEQ 0222
Page

S
(4)

)

PC,M$ERRORSREPORT

1592

23
PC

« 0000

( FLGWD ], .RCV_D_LIST [ FLGWD ]} );
[ DBITS ), .RCV_D_LIST { OBITS ) );
[ LOADR ], .RCV_D_LIST [ LOACR ) );
[ TWOL
), RCV_D_LISY [ TWOL
] );
[ STWO1 ] AND XWD1_MASK, ,RCV_D_LIST [
[ STWD2 ) AND XWD2_MASK, .RCV_D_LIST [

.CSR_WORD AND w#0°'133777'
.HWP_TABLE [ ADDR ] );

LSBTTL

MSERRORSREPORT:
MOV
MOV

);

STWD1l
STWD2

MSERRORSKREPORT GLOBAL ROUTINE

] AND RWD2_MASK );
] AND RLL _MASK );

- ERRORSREPORT (

)

1594

14
RCV.D.LIST,(SP)
XMIT . D.LIST,-(SP)

1595

MOV

SP.RO

;

MOV
MOV
MOV
MOV
MOV
TRAP

RCV.D.LIST.2,(SP)
XMIT.D.LIST.2,-(SP)
oMSGOS, -(SP)
03, -(SP)
SP,RO
14

MOV
MOV

XMIT.D.LIST+4,-(SP)
oMSGOo6, -(SP)

TRAP
MOV
MOV

MOV

oMSGO3, -(SP)
01,-(SP)

oMSGO4, -(SP)
14

;

RCV.D.LIST.4,(SP)

MOV

SP,RO

MOV

RCV.D.LIST«6,(SP)

TRAP

0000066

ERRORSREPORT GLOEAL ROUTINE
ACSCODES,
RO

VAX-11 Bliss-16 vV4.,0-579
(MAZURCZYK .DEQGNAJZGNA4 .BLI ;2

2 words

TRAP

0000026
0000026
0000006
000003

5-Jul-1984 14:13:51
5-Jul-1984 14:02:25

SP,s

1596

SP,e

1597

SP,s

1598

D2
ZGNA4

vo1.0

000114
000120
000124
000130
000132
000134
000140
000144
000150
000154
000160
000164
000166
000170
000172
000176
000202
000206
000212
000216
000220
000222
000226
000232
000236

000242
000244
000246
000252
000256
000262
000264
000266
000272
:

;

:
H

013746
012746
012746
010600
104414
013716
042716
013746
042716
012746
012746
010600
104414
005016
113716
013746
042716

012746
012746
010600
104414
013716
042716
01274¢€

012746

010600
104414

017716
012746

012746
010600
104414
062706
000207

CZQNACO DEGNA FUNCTIONAL TEST
GLOBAL ROUTINE - ERRORSREPORT (

)

0000066
000000G
000003

MOV
MOV
MOV

XMIT.D.LIST+6,-(SP)
OMSGO7, -(SP)

MOV
8IC
MOV

RCV.D.LIST+10,(SP)
0360,(SP)
XMIT.D.LIST+10,-(SP)
020017,(SP)
oMSGO8, -(SP)

0000106
000360
000010G

020017

0000006
000003

0000126
0000126
140000
0000006
000003
0000006
044000
0000006
000002
000000G
0000006
000002
000060

MOV
TRAP

8IC

MOV
MOV

MOV
TRAP

CLR

MOVB
MOV
8IC
MOV
MOV

MOV
TRAP

MOV
BIC
MOV
MOV

MOV
TRAP

MOV
MOV
MOV

MOV
TRAP

ADD

RTS

AC$CODES
94 words,
Rout ine Base:
Size:
words
26
Maximum stack depth per invocation:

Routin e

1605
1606

1
1

S-Jul-1984
S-Jul-1984

14:13:51
14:02:25

VAX-11 Bliss-16 v4.,0-579
(MAZURCZYK ,DEQNAJZQGNA4 .BLI;?2

SEG 022 3
Page

(a)

SP,RO
14

1539

SP.RO
14
(SP)

1600

SP,RO
14
CSR.WORD, (SP)

H Spo‘

SP,RO
14

: SP,»

1601

#44000,(SP)
aMSG10, -(SP)

1,02

aHWP TABLE, (SP,
MMsG1l, -(SP)

SP,RO
14
960, 5P
PC
+

0010

H Spo‘
1592

ZQNAA4

CZQNACO DEQNA FUNCTIONAL TEST

v01.0

GLOBAL ROUTINE - E1$REPORT ( )

1607

1609

%SBTTL ‘GLOBAL ROUTINE - E1$REPORT ( )’

Yeo

GLOBAL ROUTINE :

DESCRIPTION:

1610

1612

H
:
:

1614
1615
1616

1
1
1

!
!
!

1618

1620

1611

1613

1617

1619

1621

#SBTTL ‘GLOBAL ROUTINE - E1$REPORT (

BGNMSG ( E1SREPORT );

000004
000006

104423
000207

;: Routine Size:

000000V

H
:

4 words,

000000

012737

000001

000006

000207

Maximum stack

1626

1627

()

E1$REPORT GLOBAL ROUTINE

JSR

PC.M$ELSREPORT

Routine Base:

invocation:

2 words

- E1S$SREPORT (

)
1621

;

23
PC

ACS$CODES$ + 0304

TEMPL = 1;
ENDMSG;

Routine Size:

.SBTTL

TRAP
RTS

2
1

1624
1625

2
2

Pagi

)

E1$REPORT::

;: Maximum stack depth per

1622
1623

(MAZURCZYIK,DEQGNAJZQGNA4 .BLTI; 2

SEQ 0224

This routine reports errors to the operator

1--

004737

VAX-11 Bliss-16 v4.,0-579

E1S$REPORT

000000

:
:

5-Jul-1984 14:02:25

1608

5-Jul-1984 14:13:51

LSBTTL
MS$ELSREPORT;

000000G

4 words,

depth per

MOV

Routine Base:

invocation:

O words

MSELSREPORT GLOBAL ROUTINE

01,.TEMPL

RTS

ACSCODES

. 0314

- E1S$REPORT (

)

1623

1621

Fe
CZQNACO DEQGNA FUNCTIONAL TEST
GLOBAL ROUTINE - RESET_DEQGNA (

ZANA4

1655

1656
1657
1658
1659
1660
1661
1662

- RESET_DEQGNA (

)’

RESET_DEQGNA

GLOBAL ROUTINE :
DESCRIPTION:

This routine verifies that DEQNA can be reset by setting bit 1

CSR register. After the reset, CSR is checked for nominal
status.

Hardware tested:

Q-Bus DMA Interface

Processing:

BEGIN
set Software Reset (SR) bit
expected CSR status
IF error
THEN

b P

fd P

b (b P

(b (il Pt

b Pt

)

VAX-11 Bliss-16 v4,0-579
(MAZURCZYK,.DEGNAJZGNA4
.BI.I;2

GLOBAL ROUTINE RESET DEGNA : NOVALUE =

print error message
ENDIF

1645
1646
1647
1648
1649
1650
1651
1652
1653
1654

b pt (b (b (nd (i

1643
1644

‘GLOBAL ROUTINE

clear SR bit
IF error

THEN

‘n CSR and check

if not

END

INPUT PARAMETERS:

for

inhibited

in CSR and check for expected CSR status

print error message if not inhibited

ENDIF

1641
1642

#SBTTL

1628
1629
1630
1631
1632
1633
1634
1635
1636
1637
1638
1639
1640

0 Bt

B¢

V¢

©F

v01.0

S5-Jul-1984 14:13:51
5-Jul-1984 14:02:25

in the

SEQ 0225
Page

(6)

G2
CZQONACO DEQNA FUNCTIONAL TEST
GLOBAL ROUTINE - RESET_DEGNA (

1680
1681
1682
1683
1684
1685
1686
1687
1688
1689
1690
1691
1692
1693
1694
1695
1696
1697
1698
1693
1700
1701
1702
1703
1704
1705
1706
1707

1708
1709

- o e s e e e
NN RN R
RN

)

VAX-11 Bliss-16 v4,0-579
(MAZURCZYK
JZQGNA4
.DEGN
.BLI;?2
A

RESET THE DEVICE AND CHECK CONTENTS OF CSR FOR NOMINAL STATUS

BEGIN
PUT_BIT (

CSR,

PUT _BIT ( CSR,

ALL_BITS,

SR, SET_IT

ZERO

DELAY ( TIME6_LIMIT );
TEMPY = GET_BIT [ CSR_ALL

);

) AND CSR2_MASK;

IF .TEMP1 NEQU CSR1_STATUS
THEN

BEGIN
ERR_FLAG = ONE;

W WO

1679

5-Jul-1984 14:13:51
5-Jul-1984 14:02:25

1 KX

CSR_WORD = GET_BIT [ CSR_ALL

PRINTB ( MSGS9 );
PRINTB ( MSG31 );
PRINTB ( MSG30, .GET_ADR [ CSR_ALL
NSRRDF ( 0001, MSGOO, E1SREPORT );
END;

1674
1675
1676
1677
1678

NN NN NN R

1663
1664
1665
1666
1667
1668
1669
1670
1671
1672
1673

RN WWWWWWWIIIOR

®%

B¢

S¢

ZANR4
v01.0

.TEMP1,

CSR2_STATUS

);

Coo
]

CLEAR SOFTWARE RESET BIT IN THE CSR AND CHECK FOR EXPECTED STATUS

PUT_BIT (

CSR,

SR,

CLR_IT

);

DELAY ( TIME6_LIMIT );
TEMP2 = GET_BIT [ CSR_ALL ) AND CSR2_MASK;
IF _TEMP2 NEQU CSR2_STATUS
THEN

BEGIN
ERR_FLAG = ONE;

CSR_WORD = GET_BIT [ CSR_ALL

PRINTB (
PRINTB g

MSGS9
MSG31

):
);

PRINTB ( MSG30, .GET_ADR [ CSR_ALL
ERRDF ( 0002, MSGOO, E1S$REPORT );

.TEMP1,

CSR2_STATUS

);

END;

END:;

.GLOBL

Ls$DLY

.SBTTL

RESET.DEQGNA GLOBAL

ROUTINE

- RESET DEGNA (

)

SEQ 0226
Page

(7)

He
CZQNACO DEGNA FUNCTIONAL TEST
GLOBAL ROUTINE - RESET_DEGNA (

000100
000102
000110
000114
000120
000124
000130

000132

000134
000140
000144
000146
000150
000154
000160
000166
000174
000200
000204
000210
00G212
000214
000216
000220
000222
000224
000230
000234
000242
000246
000250
000254
000256

004137

0000006

162706
013700
012702
060002
005012
152712

000016

012701
001410
013700
001403
005066
077003
005301
000767
011216
011637
042737
023727
001453
012737
011666

011637

012746
012746
010600

104414
012716
012746
010600
104414

012716
013746
013766
062766
016646
012746
012746
010600

suB

MOV

000016

MOV

ADD

CLR

000002
000001

1$:

0000006

2%:

000014

3s:
44 :

0000006

010000 000000G
000000G 000062
000001
0000006
000002
0000006

012702
001410
013701
001403
005066

CLR

MOV
MOV
MOV
ADD
MOV
MOV
MOV

MOV
TRAP
TRAP

Ss:
6%:

7¢:

. WORD
.WORD
.WORD
ADD
MOV
BICB
MOV
BEQ

MCV
BEQ
CLR

0227

Page

1630

;

1672

:
;

+,88TMP2

L$OLY,.RO
3
14(SP)

;

#,$8TMP

:
:
:

$STMP
$STMPL,
s
$$TMP2

;

»,TMP _LOCATION

01.R1
4

(SP),TEMP]

MOV
TRAP

[MAZURCZYIK,DEQNA JZQNA4 .BLI ;2

SEQ

(R2)

MOV

)

VAX-11 Bliss-16 v4,0-579

a2,(R2)

RO,2%
R1

MOV
MOV

000016

R1, $SAVE2
216,SP
REG.ADR,RO
216,R2
RO,R2

S08
DEC
B8R

MOV
TRAP

000060
000000G
000000G 000014
000016
000014
000014
0000006
000004

000014

MOV

*BEQ

MOV
MOV

0000006
000001

0000006

BEQ

MOV
MOV
MOV

0000006
000001

000002
000001

8IS8
MOV

81C
ggg

104414
104455
000001

142760

)

RESET.DEQNQ::

0000006

0000006
000304
062706
000016
C13700
0000006

S-Jul-1984 14:13:51
S-Jul-1984 14:02:25

(R2),(SP)

10000, TEMP]
TEMPL, 062

01,ERR._FLAG

:
:

;

oMSGS9, -(SP)

SP,RO
14
#MSG31,(SP)

;

Gt T.ADR, 14(SP)

;:
:

¢, TMP . LOCATION
¢, TMP _LOCATION

14(SP), -(SP)

TMP_LOCATION,
s

Spc‘

-(SP)

£16,14(SP)

oMSG30, -(SP)
04, (5P)
SP,RO

14
55
1

lo76

1678

(SP),2(SP)
(SP),CSR.WORD

1673
1675

¢, TMP_LOCATION

1681

1682
1683

SP,»

1€84

H
SP.‘

1685

1686

:
H

1680
1695

MSGOO0

E1$REPORY
@16,5P

REG.ADR,RO
02,16(RO)

01,R2

;

0,881MP2

L$DLY,R]
8s$

*,$8TMP1

SSTMP

14(SP)

1696

12
CZANACO DEQNA FUNCTIONAL TEST
GLOBAL ROUTINE - RESET_DEQGNA (

ZGNR4
v01.0
000262
000264
000266
000270
000276
000304
000312
000320
000322
000330
000336
000344
000350
000354
000356
000360
000364
000370
000372
000374
000400
0G34a04

000412
C00420
000424
000430
000434
000436
000440
000442
000444
000446
000450
000454
000460

077103
005302
000767
016066
016637
042737
023727
001455
012737
016666
016637

012746
012746
010600
104414
012716
012746
010600
104414
012716
013746
013766
062766
016646
012746
012746
010600
104414
104455

8¢:

000016
000006

000006

000000G

93:

)
S08
DEC
B8R

MOV
MOV

8IC
cMP
BEQ

0000006
010000
000000G 000060

MOV
MOV
MOV
MOV
MOV
MOV
TRAP
MOV
MOV
MOV
TRAP
MOV
MOV
MOV
ADD
MOV
MOV
MOV
MOV
TRAP
TRAP

0000006
000001
000010
000006
000010
0000006
0000006
000001
C000006G
000001

000060
0000006
000000G 000022
000016
000022
000022
0000006
000004

000002
0000006
0003064
062706
000016
062706
000C16
000207

5-Jul-1984 14:13:51
5-Jul-1984 14:02:25

.WORD
.WORD
.WORD

10¢:

ADD
ADD
RTS

AC$CODES
Rout ine Base:
;: Routine 3ize:
153 words,
19 words
: Maximum stack depth per invocation:

1710

R1,7¢
R2
64

16(R0O),6(SP)
6(SP), TEMP2
610000, TEMP2
TEMP2, 060

10¢

€01 ,ERR.FLAG

6(SP),10(SP)
10(SP),CSR.WORD

VAX-11 Bliss-16 V4.0 579

{MAZURCZYIK,DEQGNAJZAGNA4G .BLI; 2
;
;

¢,TMP _LOCATION

TMP_LOCATION,
»

;

«,TMP_LOCATION

;

TMP _LOCATION,
»

SP,RO
14
aMSG31.(SP)

SP,RO.
14

;

GET.ADR,22(SP)

:
:

22(SP), -(SP)

TMP_LOCATION,

SP,.RO
14
55
2

;

SP,s

016,22(SP)

1703

1704

SP,s

1701
1702

SP,s

oMSG30, -(SP)

1697

1698

MMSGS9, -(SP)

960,(5P)
TEMPL, -(SP)

(7)

$$TMPL,»
$sTMP?2

;

SEQ 00228
Page

1705
¢, TMP _LOCATION
»,TMP _LOCATION

1706

MSGOO

E1$REPORT

216,5P
216,5P
PC
.

0324

;

1700

1630

Je2
CZGNACO DEQNA FUNCTIONAL TEST
GLOBAL ROUTINE - VER_DESCR_STATUS ( )

1734
1735
1736
1737

1738
1739
174¢

1741
1742
1743
1744
1745
1746
1747
1748

1717
1718
i719
1720
1721
1722
1723
1724
1725
1726
1727
1728
1729
1730
1731
1732
1733

000000

004137

000004
000006
000010

005746
005002
010201
006301
016137
016137
042737
023727
001447
026161

000012
000014
000022
000030
000036
000044
000046

VAX-11 Bliss-16 V4,0-579
(MAZURCZYK.DEGNA]ZQNA4
.BLI ;2

SEQ 0229
Page

(8)

)’

GLOBAL ROUTINE VER_DESCR_STATUS : NOVALUE =
>

1715

1716

5-Jul-1984 14:13:51
5-Jul-1984 14:02:25

#SBTTL 'GLOBAL ROUTINE - VER_DESCR_STATUS (

1713

1714

WDDLODLDEWD WWWNIN N -

1711

1712

o bt o (0 pt jud 4t b Pt pb fot =0 pd pt put s ot b pb

ZQGNR4
v01.0

GLOBAL ROUTINE :

VER_DESCR_STATUS

DESCRIPTION:

This routine compares expected receive descriptor to actusl receive

descriptor.

INPUT PARAMETERS:
TEST_NO -

test number

in which error occurred.

BEGIN

INggG§NDEX FROM O TO BD_D_SIZE - 1 DO
N

TEMP1 =
TEMP2 =

_DESCR_LIST [
_DESCR_LIST [

.INDEX,
.INDEX,

IFTaE.TEHPa NEQU RFLG_MASK
N

W_LEN ]);
W_LEN ] AND RFLG_MASK;

) AND (

.TEMP1 NEQU .BG_PROM_DESCR [

.INDEX ]

)

BEGIN

CSR_WORD = GET_BIT { CSR_ALL 1;

PRINTB ( MSGS9 ):
PRINTB ( MSGA48 );

PRINTB ( MSGS50, .TEMP1, .BD_PROM_DESCR [
ERRDF ( 0003, MSGOO, ERRORSREPORT );

END;

.INDEX

]

.INDEX

);

END;

000000G

.SBTTL

1$:

CLR
MOV
ASL

000000G 0000006
000000G 000000G
037777
0000006

MOV
MOV
8IC

000000G 000000G

cMP

000000G 140000

VER.DESCR.STATUS GLOBAL ROUTINE

VER.DESCR.STATUS:
:
JSR
R1,$SAVER
TST
-(SP)

ggg

- VER_DESCR_STATUS (

)
1713

;
:

DESCR.LIST(R1),TEMPL
DESCR.LIST(R1),TEMP2
037777, TEMP2

1736

1737

;EMPZ.O-AOOOO

DESCR.LIST(R1),BD.PROM.DESCR(R1)

INDEX
INDEX,»

1733
1735

R2
R2,R1

<2
CZGNACO DEGNA FUNCTIONAL TEST
GLOBAL ROUTINE - VER_DESCR_STAT us ()

ZQMASG

v01.0

001443
013700
016016
011637
012746
012746
010600
104414
012716
012746
010600
104414
010216

000054
000056
000062
000066
000072
000076
000102
000104
000106
000112
000116

000120
000122
000124
000130
000134
000140

000144
000146
000150
000152
000154
000156
000160
000164
000166
000172
000174
000176

016146
013746
012746
012746
010600
104414

8EQ

MOV
MOV
MOV
MOV
MOV
MOV
TRAP
MOV
MOV
MOV
TRAP
MOV
MOV
MOV
MOV
MOV
MOV
TRAP
TRAP

0000006

000016
0000006
000000G
000001
0000006
000001

0000006
0000006
0000006
000004

104455
000003
000000G
000000

062706
005202
020227
003706
005726
000207

000016

000017

.WORD
.WORD
. WORD

ADD

2$:

INC
cMP
BLE
TST

1749

2
REG.ADR,RO

16(RO),(SP)
(sP),CSR.WORD

#MSGS9, -(SP)

SP,RO
14

VAX-11 Bliss-16 V4.0-579

(MAZURCZYK.DEQNAJZQGNA4 .BLT ;2
:

;

;:
H

TMP_LOCATION,
s

H SP, *
H

SP,RO
14

SP,#*

INDEX,
s

SP,s

R2,(SP)

80.PROM,DESCR(R1),-(SP)
TEMP1, -(SP)

SEQ

0230

Page

(8)

1740

»,TMP _LOCATION

aMSsG48, (SP)

1741

R
1742

1743

aMSGS0, -(SP)

SP,RO
14
55
3

1744

H
; INDEX

1739
1733

1713

MSGOO

ERRORSREPORT
016,SP

RTS

AC$CODES
64 words,
Rout ine Base:
13 words
: Maximum stack depth per invocation:

;: Routine Size:

S-Jul-1984 14:13:51
5-Jul-1984 14:02:25

1006

L2
ZGNA4

CZANACO DEQNA FUNCTIONAL TEST

v01.0
:

1750

#SBTTL *‘GLOBAL ROUTINE - CLR_DESCR ( )

GLOBAL ROUTINE CLR_DESCR : NOVALUE =

:
:
:

1753
1754
1755

1
1
1

1757

'--

:
:

1752

1756

1758

1760

1759

1761

1762

:
:
:

1763
1764
1765

1
2
2

1767

1769

:
:

1766

1768

1770

1771
1772

2
3

2
1

000000

005000

000002
000006
000012
000016

005060
005060
062700
020027

000024

000207

000022

003767

; Routine Size:

Tes
!

GLOBAL ROUTINE :

DESCRIPTION:

@
s

1774

1
1

VAX-11 Bliss-16 v4,0-579

(MAZURCZYIK.DEQNA]ZQGNA4 .BLI;2

Page

(9)

CLR_DESCR

This routine initializes transmit and receive descriptor lists to O.

BEGIN

INCR INDEX FROM O TO D_SIZE - 1 DO
BEGIN

XMIT_D_LIST [

RCV_D_LIST

END;

.INDEX, W_LEN ] = O;

[ .INDEX, W_LEN ] = 0;

END;
.SBTTL
CLR.DESCR::

0000006
000000G
000002
000176

14:

CLR

CLR
CLR
ADD
CcMP

BLE

RTS

11 words,

: Maximum stack depth per
1773

5-Jul-1984 14:02:25

1751

5-Jul-1984 14:13:51

GLOBAL ROUTINE - CLR_DESCR ( )

SEQ 0231

Routine Base:

invocation:

O words

CLR.DESCR GLOBAL ROUTINE - CLR_DESCR (

XMIT.D.LIST(RO)
RCV.D.LIST(RO)
#2,R0O
RO, @176
14

ACS$CODES$ + 1206

)

: INOEX

1766

1752

;
;
;:
:

s(INDEX)
&«(INDEX)
*,INDEX
INDEX,s

1768
1769
1766

Me
CZQNACO DEQNA FUNCTIONAL TEST
GLOBAL ROUTINE - CLR_BUFFERS ( F1 )

1797
1798
1799
1800
1801
1802

000000

005000

000002
000004
000010
000014
000016
000022
000024

000405

105060
105060
005200

020066
002770
000207

Routine Size:

1803
1804

1
1

VAX-11 Bliss-16 V4.,0-579

{MAZURCZYK.DEQNAJZANA4
.BLI ;2

SEQ 0232
Page

15
(10)

GLOBAL ROUTINE CLR_BUFFERS ( P1 ) : NOVALUE =

CLR_BUFFERS

GLOBAL ROUTINE :
DESCRIPTION:

This routine

initializes transmit and receive buffers to O.

INPUT PARAMETERS:

Pl - number of bytes to clear,

BEGIN

INCR INDEX FROM O TO .P1 BEGIN
RCV_BUFFER
[
XMIT_BUFFER [
END;

.INDEX
.INDEX

]
]

1 DO
= O;
= O:

END;

.SBTTL

CLR.BUFFERS GLOBAL ROUTINE

B8R

INC

CLR.BUFFERS::
CLR

000000G
0000006

1$:

000002

2%:

CLRB
CLRB

cMpP

BLT

RTS

11 words,

; Maximum stack depth per

H
:

5-Jul-1984 14:13:51
5-Jul-1984 14:02:25

#SBTTL ‘GLOBAL ROUTINE - CLR_BUFFERS ( P1 )’

b et Pt (ot Pt 2 Pt b (b (ot b Pt
b (md (o
R N =0 1=t =0 (o
) N G

1796

1775
1776
1777
1778
1779
1780
1781
1782
1783
1784
1785
1786
1787
1788
1789
1790
1791
1792
1793
1794
1795

B¢

G¢

ZGNAR4
v01.0

Routine Base:

invocation:

O words

ACSCODES

- CLR_BUFFERS ( P1

)

INDEX

1796

RCV.BUFFER(RO)
XMIT.BUFFER(RO)

«(INDEX)
«(INDEX)

1798
1799
1796

RO,2(SP)
18

- 1234

INDEX
INDEX,P1

1777

CZQNACO DEGNA FUNCTIONAL TEST
GLOBAL ROUTINE - CHK_RIXI_STATUS ( P1 )

0B+ '
ID

This routine verifies that XI ( bit 7 ) and RI ( bit 15 )
of the CSR status word are set to 1 shortly after transmission of a
loopback packet is complete. If either bit isn't set, an error

IO I IO D ID

ID ID

DESCRIPTION:

message

is printed.

INPUT PARAMETERS:
P1

IB ID ID I

IBD IO

CHK_RIXI_STATUS

GLOBAL ROUTINE :

- O0:

check

XI and RI

- 1: ckeck XI
- 2: check RI

TEST_NO

test number

in which error occurred.

b b b
b o
b (b P
o P
b ot Pt et b P
PO R N =0 1t et ot et b o
RO D P

CHECK TRANSMIT INTERRUPT REQUEST BIT ( XI - BIT 7 ) TO VERIFY THAT DEQGNA
ACTUALLY COMPLETED TRANSMISSION OF A LOOPBACK PACKET.

IFTae&Pl EQLV 0 ) OR (

.P1 EQLU 1

)

INCR INDEX FROM O TO TIMEZ2_LIMIT 0O
IF GET_BIT [ CSR, XI ] EQLU ONE
THEN
BEGIN
TEMP1 = [ INDEX;
EXITLOOP;
END
ELSE

D Qi G G

D D A G

Coo

D D

1839
1840
1841
1842
1843
1844
1845
1846
1847
1848
1849
1850
1851
1852
1853
1854
1855
1856
1857

VAX-11 Bliss-16 V4,0-579
(MAZURCZYK.DEQNA]JZQNA4
.BLI ;2

BEGIN

.INDEX EQLU TIME3_LIMIT

THEN

BEGIN
ERR_FLAG = ONE;

GG G

1835
1836
1837
1838

GLOBAL ROUTINE CHK_RIXI_STATUS ( P1 ) : NOVALUE

CSR_WORD = GET_BIT [ CSR_ALL

PRINTB ( MSG39
PRINTB ( MSG29
PRINTB ( MSG26

GO G

1806
1807
1808
1809
1810
1811
1812
1813
1814
1815
1816
1817
1818
1819
1820
1821
1822
1823
1824
1825
1826
1827
1828
1829
1830
1831
1832
1833
1834

5-Jul-1984 14:13:51
5-Jul-1984 14:02:25

%SBTTL ‘GLOBAL ROUTINE - CHK_RIXI_STATUS ( P1 )’

);
);
);

];

ENSRRDF ( 0004, MSGOO, ERRORSREPORT
’

1805

PO N

V¢

B¢

V¢

OS¢

ZANA4
v01.0

Teo

);

SEQ 0233
Page
16

(11)

CZQNACO DEQNA FUNCTIONAL TEST
GLOBAL ROUTINE - CHK_RIXI_STATUS ( P1 )

1858
1859
1860
1861
1862
1863
1864
1865
1866
1867
1868
1869

1870

1871

1872

1873
1874
1875

1876

1877
1878

1879
1880

1881
1882

RN WWNWWHRWDNDNDWWWWND
DO WD DD

ZQNA4
vOo1.0

[}

IF (

.PL EQLL O ) OR (

THEN

(MAZURCZvKK .DEGNA)ZGNA4 .BLI ;2

5EQ 0234
Page

(11)

2 )
.P1 EQLU

INCR INDEX FROM O TC TIMC2_LIMIT DO
IF GET_BIT [ CSR, RI ] EQLU ONE
THEN

BEGIN
TEMP2 =

_INDEX;
EXITLOOP;
END
ELSE

IF .INDEX EQLU TIME2_LIMIT
THEN
B8EGIN

ERR_FLAG = ONE;

CSR_WORD » GET_BIT [ CSR_ALL J;

PRINTB ( MSGS9
PRINTB E MSG29
PRINTB
MSG2S

);
);
);

ERRDF ( 0005, MSGOO, ERRORSREPORT

END;

004137

0000006

000004
000010
000014
000016
000020
000022
000024
000026
000032
000034
000036
00004z
000046
000050
000052
000056
000060
000064

162706
016602
005003
005702
001002
005203
000403
020227

000010
00002¢

000066
000074
000102
000110
000114

VAX-11 Bliss-16 v4.0-579

CHECK RECEIVE INTERRUPT REQUEST BIT ( RI - BIT 1S ) TC VERIFY THAT DEGNA
ACTUALLY RECEIVED TRANSMITTED LOOPBACK PACKET.

000000

001062
005001
013700
016016
105716
100003
010137
000450
020127
001041
012737
016066
016637
012746
012746

S-Jul-1984 14:13:51
5-Jul-1984 14:02:25

END;

000001

0000006
000016

LSBTTL CHK.RIXI.STATUS GLOBAL ROUTINE - CHKK_RIXI_STATUS ( P1
CHK,RIXI,STATUS:
JSR

SUB
MOV

18:
2%:

0000006
002000

000001
0000006
000016 000002
000002 0000006
0000006
000001

);

R1,$SAVE3

€10,SP
22(sP),Re

1836

INDEX

1838
1839

R3
R2

R2,01

CLR

1ST8

(SP)

TMP LOCATION

Ry, TEMP]
64

INDEX,
o

BNE

MOV
MOV

18
R3
2%

REG.ADR,RO
16(R0O),(SP)

8PL

cHe

R1,02000

MOV
B8R
BNE

MOV
MOV
MOV
MOV
MOV

1807

Pl,»

CLR
I1ST

BNE
INC
BR

)

01,.ERR.FLAG
16(R0O),2(SP)
2(SP),CSR.WORD
OMSGS9, -(SP)
01,-(SP)

+,TMP LOCATION

»
INDEX,

1842
1841
1846

¢, TMP LOCATION

1849
1850

¢
TMP . LOCATION,

1851

C3
CZQGNACO DEQNA FUNCTIONAL TEST
GLOBAL ROUTINE - CHK_RIXI_STATUS ( P1 )

ZGNR4
v01.0

000120
000122
000124
000130
000134
000136
000140
000144
000150
000152

010600
104414
012716
012746
010600
104414
012716
012746
010600

000156
000160
000162
000164
000170
000172
000176
000200
000202
000204
000210
000212

000004
0000006
000000’
000010
062706
005201
020127
002000
003717
006003

000154

000214
000220
000226
000230
000234
000236
000242
000244
000252
000260
000266
000272
000276
000300
000302
000306
000312
000314
000316
000322
000326
000330
000332
000334
000336
000340
000342
000346
000350
000354

MOV
TRAP
MOV
MOV

0000006
000001

MOV
TRAP
MOV
MOV
MOV

0000006
000001

TRAP
TRAP

104414

10445S

103403

020227
001062
005001
013700
016066
100003
010137
000450
020127
001041
012737
016066
016637
012746
012746
010600
104414
012716
012746
010600
104414
012716
012746
010600
104414
104455
000005
0000006
000000’
062706
005201
020127
003717

. WORD
. WORD
. WORD

S$:

6%:

000002

0000006
000016
000004

7%:

8%:

cMe
BLE
ROR
8LO
cMP
BNE

CLR

MOV

B8PL

MOV

0000006

002000

ADD
INC

BR
cHe
BNE

000001
000016
000006
000006
0000006
0000006
000001

MOV
MOV
MOV
MOV
MOV
MOV
TRAP

0010006
¢ 0001

MOV
MOV
MOV
TRAP

MOV
MOV

0000006
000001

MOV
TRAP
TRAP

.WORD
. WORD

000010
002000

.WORD

10¢:

ADD

INC
cHP
BLE

S-Jul-1984 14:13:51
5-Jul-1984 14:02:25

SP,RO

14
oMSG29,(SP)

SP,RO
14
oMSG26,(SP)

e1,-(SP)
" SP,RO
14
55

VAX-11 Blies-16 v4.0-579

[MAZURCZYK .DEQGNA1ZGNA4 .BLI ;2
;s

SEQ 0235

18
(11)

SP,s
1852

spc‘
1853

SP,»
1854

MSGOO

ERRORSREPORT
910,SP

R1
R1,02000

X
INDE
INDEX,s

R3
74

11$

R1
REG.ADR,RO

1862

INDEX

¢, TMP_LOCATION

93
R1,TEMP2

INDEX,s

R1, 02000

INDEX,e

16(R0),4(SP)
118

104

€1,ERR FLAG

16(R0),6(SP)
6(SP),CSR.WORD
oMSGS9, -(SP)

SP,RO
14
oMSG29, (SP)
el,-(sP)
SP,RO
14

: o,TMP.LOCATION

TMP_LOCATION,»

SP,RO
14
55
5

1864
1865

1868
1867
1872
1875
1876
1877

H Spo.
1878

H SP.‘
1879

oMSG2S, (SP)
01,-(S%)

1848
1838

H SP..
1880

MSGOO

ERRORSREPORT

@10,5P
R1
R1,#2000
84

: INDEX

INDEX,s

1874
1864

000356
000362

062706
000207

;: Routine Size:

11¢;

000010
122 words,

Rout ‘ne Base:

: Maximum stack depth per invocatio~:
:

1883

5-Jul-1984 14:13:51
S-Jul-1984 14:02:25

CZQNACO DEQNA FUNCTIONAL TEST
GLOBAL ROUTINE - CHK_RIXI_STATUS ( P1 )

ZQANA4
v01.0

14 words

ADD
RTS

#10,5P
PC

ACSCODES + 1262

VAX-11 Bliss-16 V4,0-579
[(MAZURCZYK.DEQNA]ZQGNA4
.BLI;2

SEQ 0236
Page

(11)

1807

E3
ZQONA4

CZGONACO DEQNA FUNCTIONAL TEST

1894

1895
1896
1897
1898
1899

1900
1901
1902
1903
1904
1905

1911
1912
1913
1914
1915
1916
1917
1918
1919
1920
1921
1922
1923
1924
1925
1926
1927

PO WWWWWNINNNIN

1016

BEGIN

1907
1908
1909

#SBTTL 'GLOBAL ROUTINE - CHK_CSR_STATUS ( P1, P2 )’

000000

010146

000002

024646

000010

001410

000004

000012

SEQ 0237

VAX-11 RBliss-16 V4.0-579

(MAZURCZYK ,DEQNA]ZQNA4 .BLI ;2

Page

(12)

GLOBAL ROUTINE CHK_CSR_STATUS ( P1, P2 ) : NOVALUE
*

1884
1885
1886
1887
1888
1889
1890
1891
1892
1893

5-Jul-1984 14:02:25

0 5t =t =0 30 10 pus 4s bub pot §t b pot ps 0 b p=s b0 Pt s

GLOBAL ROUTINE - CHK_CSR_STATUS ( PL, P2 )

PN R RN NI RN

v01.0

5-Jul-1984 14:13:51

GLOBAL ROUTINE :

CHIK_CSR_STATUS

DESCRIPTION:
This routine checks CSR status words for expected status.

INPUT PARAMETERS:
P1
expected CSR status
P2 - CSR mask
TEST_NO - test number in which error occurred.

Yoo

" _ .

GSAVE CSR, RESET TRANSMIT AND RECEIVE REQUEST BITS IN THE CSR

DELAY (

);

CSR_WORD = GET_BIT [ CSR_ALL );
PUT_BIT [
PUT_BIT [
TEMP1

CSR, RI,
CSR, XI,

ONE
ONE

_CSR_WORD AND

);
]);
.P2;

_TEMP1 NEQU .P1

THEN

BEGIN
ERR_FLAG = ONE;
PRINTB (

MSGS9

);

PRINTB ( MSGl2, .TEMP), .Pl );
ERRDF
( 0006, MSGOO, ERRORSREPORT

END;

000005

CHK.CSR.STATUS GLOBAL ROUTINE - CHK_CSR_STATUS ( P1, P2 )

MOV

R1,-(SP)

65,R1

; s,88TMP2

013700

0000006

L$OLY,RO

CHP

1$:

);

.SBTTL

CHKC.CSR.STATUS::

012701

MOV

BEQ

MOV

-(SP), -(SP)

1886

s, 88TMPL

1910

CZQNACO DEQNA FUNCTIONAL TEST
GLOBAL ROUTINE - CHK_CSR_STATUS ( P1, P2 )

ZAGNA4
vol1.0
000016
000020
000024
000026

000030
000032
000036
000042
000044

000050
000054
000060

000064
000066
000072
000100
000102
000110
000114
000120
000122
000124
000130
000134
000140
000144
000146
000150
000152
000154
000156
000160
000164
000166
000170

001403
005066

077003
005301
000767
013700
062700
011016
011637
052710
011637
016600
005100
040037

000002

2$:

3s:
4%

MOV
ADD
MOV
MOV

8IS

MOV
MOV

comM
8IC
cMp
8EQ

023766
001431
012737
012746
012746
010600
104414
016616
013746
012746
012746
010600
104414

MOV
MOV
MOV
MOV
TRAP
MOV
MOV
MOV
MOV
MOV
TRAP
TRAP

104455

000006
0000006
000000’
062706
000012
022626
012601
000207

BEQ
CLR
S08
DEC
BR

.WORD
.WORD
.WORD

Ss:

ADD

CHP

MOV
RTS

Routine Base:
AC$CODES
Routine Size:
61 words,
Maximum stack depth per invocation:
10 words

:
H

1928
1929

1
1

S-Jul-1984 14:13:51
5-Jul-1984 14:02:25

3¢

2(SP)

RO,2$
R1

REG.ADR,RO
216,R0

(RO),(SP)
(SP),CSR.WORD

VAX-11 Bliss-16 v4.0-579

[MAZURCZYIK.DEQNAJZGNA4 .BLI ;2

;

SSTMP

$$TMP2

1912

«,TMP _LOCATION

9100200, (RO)
(SP),TEMP]

s CSR.WORD,
s
H

RO
RO, TEMP1
;EHPI.IE(SP)

p?o‘

;

+,P1

10(SP),RO

01,ERR FLAG

H
:

SP,RO
14
16(SP),(SP)
TEMP1, -(SP)

;

SP,»

Pl,»

SP.RO

SP,»

oMSGS59, -(SP)

(12)

$$TMP1,»

;

SEQ 0238
Page
21

1915

1917

1919
1922
1923

1924

aMSGl2, -(SP)

1925

MSGOO

ERRORSREPORT
el12,SP

(SP)+,(SP).
(SP)+,R1

1646

1921
1886

G3
«1 Bliss-16 v4.0-579
VA
[MAZURCZYK,.DEGNA]ZGNA4
.BLI ;2

8 b e Pt Pt oot Pt 8 ot ot pst bt o
AU N N 1o et et 1t ot ot ps p
NN TV DD D N

GLOBAL ROUTINE CHK_XMIT_STATUS ( P1, P2 ) : NOVALUE

GLOBAL ROUTINE :

CHK_XMIT_STATUS

DESCRIPTION:

This routine checks transmit status words for expected status.

INPUT PARAMETERS:
P1
P2

TEST_NO -

XMIT flag word
expected XMIT status word 1

test number

in which error occurred,

BEGIN
Yoo

¢
!
!

MASK OUT DON‘'T CARE BITS IN THE XMIT FLAG WORD AND COMPARE TO EXPECTED
XMIR FLAG STATUS. IF STATUS NOT EQUAL THEN PRINT 'BAD XMIT FLAG WORD

STATUS'

TEMP2 =
IF

_XMIT_D_LIST [ FLGWD ] AND XFLG_MASK;

0°140000'

.TEMP2 NEQU .P1

THEN

BEGIN
ERR_FLAG = ONE;

DN GGG
D N AN NN N
NN N NN

G0
@8
Vs
B¢
B
G
VI
VL
B
B
G
VL
B
G
V6
Ve
B6
G
®S
6

5-Jul-1984 14:13:51
5-Jul-1984 14:02:25

#SBTTL 'GLOBAL ROUTINE - CHK_XMIT_STATUS ( P1, P2 )

B¢

G¢

CZQANACO DEQGNA FUNCTIONAL TEST
GLOBAL ROUTINE - CHK_XMIT_STATUS ( P1, P2 )

CSR_WORD = GET_BIT [ CSR_ALL

PRINTB (

MSGS9

PRINTB ( MSG13,

);

.TEMP2,

];

XFLG_MASK

ERRDF ( 0007, MSGOO, ERRORSREPORT

END:;

);

MASK OUT DON'T CARE BITS IN THE XMIT STATUS WD1 AND COMPARE TO EXPECTED
XMIT STATUS WD1. IF STATUS NOT EQUAL THEN PRINT ‘BAD XMIT STATUS WORD 1°

. XMIT_D_LIST [

THEN

TEMP3 =
ELSE
TEMP3 =
IF

STWD1l

] GTRU ZERC

_XMIT_D_LIST

([

STWD1

] AND XWD1_MASK

0'157760°

_XMIT_D_LIST

[

STWD1l

]

0'100000°

_TEMP3 NEQU .P2

AND X1_MASK;

SEQ 0239
Page
22
(13

H3
ZGNA4
v0l1.0
:

1983

1990

1992

:
:
:
:
:
:

1984
1985
1986
1987
1988
1989

1991

CZQNACO DEGNA FUNCTIONAL TEST
GLOBAL ROUTINE - CHK_XMIT_STATUS ( P1, P2 )
3
3
3
3
3
3

LSBTTL

000000G 000000G
037777 0000006
000000G 000010

000044

011637

000054
000060
000062

012746
010600
104414

000064

012716

000104

010600

000070
000074
000100
000106

000110

000112
000114
000116

000120
000124

013746
012746
012746

; ¢,Pl

1961

000001 000000G
000000G

:
:

1964
1965

0000006

MOV

(SP),CSR.WORD

;: TMP_LOCATION,¢

000016

000001

140000

000405
010037

0000006
077777

000170
000176

012737
013700

000001 0000006
0000006

012746

000000G

000216

000222

016066
016637
012746

000016
000002
000001

000002
000000G

1966

SP,s

MOV

SP,.RO

: SP,s

1968

@12,5P
XMIT.D.LIST+«10,RO

:
3

1963
1976

MOV

RO, TEMP3

1978

2s:

BR
MOV

3s
RO, TEMP3

:
3

1976
1980

3$:

cMP

TEMP3,6(SP)

: ¢, P2

1982

01,ERR.FLAG
REG.ADR,RO

:
:

1985
1986

aMSGS9, -(SP)

000000G

€-40000,(SP)

1$:

000000G 000006

01,-(SP)
SP.RO

;: ¢, TMP_LOCATION

MOV

.WORD
.WORD
.WORD

023766

000202
000210

MOV
MOV
MOV

000160

001441

TRAP

000144
000146

042737

oMSGS9, -(SP)

TRAP

020017

16(R0O),(SP)

MOV

MOV
MOV

000000G
0000006
000003

0000006

000166

MOV

000000G

010037

000152

1932

1959

000132

042737

104455

001406

-(SP),-(SP)

XMIT.D.LIST,TEMP?
037777,TEMP2
TEMP2,10(SP)
18
01.ERR.FLAG
REG.ADR,RO

000012
000010G

000136

cMP

)

MOV
8IC
cMP
BEQ
MOV
MOV

062706
013700

000130

CHK.XMIT.STATUS GLOBAL ROUTINE - CHK_XMIT_STATUS ( P1, P2

CHIC XMIT .STATUS:
¢

104414

000007
C0O0000G
000000’

23
(13

END;

013737
042737
023766
001437
012737
013700

012746

Page

END;

000002
000010
000016
000024
000026
000034

000050

SEQ 0240

BEGIN
ERR_FLAG = ONE;
CSR_WORD = GET_BIT [ CSR_ALL );
PRINTB ( MSGS59 );
PRINTB ( MSG14, .TEMP3, .P2 );
ERRDF ( 0008, MSGOO, ERRORSREPORT );

024646

016016

VAX-11 Bliss-16 V4.0 579
{MAZURCZYIK.DEGNA]JZQGNA4 .BLI ;2

THEN

000000

000040

S-Jul-1984 14:13:51
5-Jul-1984 14:02:25

ADD
MOV
BEQ

BIC

TEMP2, -(SP)
oMSG13, -(SP)
03,-(SP)
14

7
MSGOO
ERRORSREPORT
23

020017, TEMP3

077777, TEMP3

BEQ

MOV
MOV

16(R0),2(SP)
2(SP),CSR.WORD

MOV
MOV

@1,-(SP)

:
;

1967

¢, TMP LOCATION
TMP_LOCATION,
»

1987

I3
CZQGNACO DEQNA FUNCTIONAL TEST
GLOBAL ROUTINE - CHK_XMJT_STATUS ( P1, P2 )

ZANA4

vOo1.0

000226
000230
000232
000236
000242
000246
000252
000254
000256
000260
000262
000264
000266
000272
000274
:

:
:

010600
104414
016616
013746
012746
012746
010600
104414

MOV
TRAP
MOV
MOV
MOV
MOV
MOV
TRAP
TRAP

000012
0000006
0000006
000003

104455

000010
0000006
000000’
000012
062706
022626
000207

44:

1993
1994

1
1

SP,RO
14

)

VAX-11 Bliss-16 v4,0-579

[MAZURCZYK ,DEQNAJZQNA4 .BELI;2
:

SP,RO
14
SS
10

MSGOO

ADD

€12,5P

ERRORSREPORT

cMP

(SP)+,(SP).

PC
+

2040

SEQ

0241

Page

(13)

SP,=

: P2,s

.WORD

RTS

14:13:51
14:02:25

12(sP),(SP)

TEMP3, -(SP)
OMSG14, -(SP)

.WORD
.WORD

AC$CODES
Rout ine Base:
9T words,
9 words
Maximum stack depth per invocation:

Routine Size:

S-Jul-1984
5-Jul-1984

1988

SP,‘

1989

H
H

1984
1932

J3
CZQNACO DEQNA FUNCTIONAL TEST
GLOBAL ROUTINE - CHK_RCV_STATUS ( P1, P2 )

ZANA4

2 4=t 0 =0 (= 13 b ot b )0 hmt 0 =8 posd p=b Pt (b b b Pt
DR N PN R NN NI NN

BEGIN

GLOBAL ROUTINE CHK_RCV_STATUS ( P1, P2 ) : NOVALUE

vAX-11 Bliss-16 V4,0-579

[(MAZURCZYK .DEQNA]JZQGNA4 .BLI;2

!
!
!
!
!
!
!
!
!
'
!

CHK_RCV_STATUS

GLOBAL ROUTINE :
DESCRIPTION:

This routine checks receive status words for expected status.

INPUT PARAMETERS:
Pl
P2

- expected RCV flag word
- expected RCV status word 1

TEST_NO - test number in which error occurred.

[}

| .

Yoo

!
!

MASK OUT DON'T CARE BITS IN THE RCV FLAG WORD AND COMPARE TO EXPECTED
RCVTFLAG STATUS. IF STATUS NOT EQUAL THEN PRINT 'BAD RCV FLAG WORD

" ..

STATUS!

TEMP1 =
IF

_RCV_D_LIST

[ FLGWD

] AND RFLG_MASK;

0'140000°'

.TEMPL NEQU .P}

THEN

B8EGIN
ERR_FLAG = ONE;

CSR_WORD = GET_BIT [ CSR_ALL ];

2014
2015
2016
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204
2042
2043
2044
2045
2046
2047

14:13:51

5-Jul-1984 14:02:25

#SBTTL 'GLOBAL ROUTINE - CHK_RCV_STATUS ( P1, P2 )’

N AL N A RN N AN NN A

1995
1996
1997
1998
1999
2000
2001
2002
2003
2004
2005
2006
2007
2008
2009
2010
2011
2012
2013

N AL

®e

V¢

v01.0

5-Jul-1984

PRINTB ( MSGS9 );
PRINTB ( MSG1S, .TEMPLI,

RFLG_MASK

ERRDF ( 0009, MSGOO, ERRORSREPORT

END:;
L &

);

MASK QUT DON'T CARE BITS IN THE RCV STATUS WD1 AND COMPARE TO EXPECTED
RCV STATUS WD1. IF STATUS NOT EQUAL THEN PRINT ‘BAD RCV STATUS WORD 1’

.RCV_D_LIST [ STWD1l ] GEQU ZERO

THEN

£ TEHPZ =

_RCV_D_LIST

[

STWD1l

] AND R2_MASK

TEMP2 =

_RCV_D_LIST

[

STWD1

) AND

.TEMP2 NEQU

THEN

.P2

.P2;

0174017

SEQ 0242
Page

(14)

I<3
CZANACO DEQGNA FUNCTIONAL TEST
GLOBAL ROUTINE - CHK_RCV_STATUS ( P1, P2 )

2053
2054
2055
2056

2048
2049
2050
2051
2052

000000

024646

000002
000010
000016
000024
000026
000034
000040

013737
042737
023766
001437
012737
013700
016016
011637
012746
012746
010600
104414
012716

0000<4
000050
000054
000060
000062

000070
000074
000100
000104
000106

000110
000112
000114
000116
000120
000124
000130
000134
000142

000150
00C152
000160
00164
000172
000200
000204
000210
200212
0"0214

000220
0002¢-

013746

012746
012746
010600
104414
104455
000011
0000006
000000
062706
013700
010037
042737
023766
001441
012737
013700
016066
016637
012746
012746
010600
104414
016616
013746
012746

5-Jul-1984 14:13:51
5-Jul-1984 14:02:25

VAX-11 Bliss-16 v4,0-579
(MAZURCZYK.DEGNA]ZQGNA4
.BLI ;2

SEQ 0243
Page
2k

(14)

BEGIN
ERR_FLAG = ONE;

WWW WL

ZQNA4
v01.0

CSR_WORD = GET_BIT [ CSR_ALL ];

PRINTB ( MSGS9 );
PRINTB ( MSG16, .TEMP2,

.P2

);

ERRDF ( 0010, MSGOO, ERRORSREPORT

END;

);

END;

.SBTTL
CHK.RCV.STATUS GLOBAL ROUTINE
CHK.RCV,STATUS::

CMP

MOV
BIC
ggg

RCV.D.LIST,TEMPL
037777, TEMPL
TEMP1,10(SP)

000001 000000G
0000006
000016

MOV
MOV
MOV
MOV
MOV
MOV

21,ERR.FLAG
REG.ADR,RO
16(R0O),(SP)
(SP),CSR.WORD
OMSGS9, -(SP)
01,-(SP)

TRAP

MOV

140000
0000006

0000006
000003

000012
0000106
0000006
003760
000000G
000000G 000006

14:

SP,RO

MOV
TRAP
TRAP

SP,.RO
14
55

.WORD
.WORD
.WORD
ADD
MOV
MOV
BIC

ggs

000001
0000006
0000006
000016
000002
000002
0000006
0000006
000001

MOV
MOV
MOV
MOV
MOV
MOV

000012
000000G
0000006

MOV
MOV
MOV

MOV
TRAP

OMSG1S, -(SP)
03,-(5P)

11
MSGOO
ERRORSREPORT
012,5P
RCV.D.LIST+10,RO
RO, TEMP?2
03760, TEMP2

TEMP2,6(SP)

+,Pl

+,TMP _LOCATION
TMP.LOCATION,
*

SP,RO
14

12(SP),(SP)
TEMP?2, -(SP)
#MSG16, -(SP)

)

2025
2028
2029

2030

SP,s

2031

SP,s

2032

2027

2040
2042

‘e.P2

01 ,.ERR.FLAG
REG.ADR,RO
16(R0O),2(SP)
2(SP),CSR.WORD
#MSGS9, -(SP)
81,-(SP)

P1,

1997
2023

1¢

MOV
MOV
MOV
MOV

CHK_RCV_STATUS (

-(SP),-(SP)

000000G 0000006
037777 000000G
000000G 200010

0000006
0000006
000001

2046
2049

2050
s, TMP.LOCATION
*
TMP.LOCATION,

2051

SP,=
P2,
*

2052

L3
CZQNACO DEQNA FUNCTIONAL TEST
GLOBAL ROUTINE - CHK_RCV_STATUS ( P1, P2 )

ZQNA4
v0l1.0

000230
000234
000236
000240
000242

000244

000246
000250
000254
000256

104414
104455
000012

MOV
MOV
TRAP
TRAP
.WORD

000000
062706 000012
022626
000207

.WORD
ADD
cMP
RTS

012746
010600

000003

: Routine Size:

88 words,

: Maximum stack depth per
2057

.WORD

000000G

2$:
Routine Base:

invocation:

9 words

5-Jul-1984 14:13:51
5-Jul-1984 14:02:25

03,-(SP)
SP,RO
14
S5
12

SEQ 0244

VAX-11 Bliss-16 V4.0-579

p.fie 27

[(MAZURCZYIK.DEGNA)ZQNAG .BLI ;2

(14)

H SP.‘
H

2053

MSGOO

ERRORSREPORT
012,5P
(SP)+,(SP)e
PC

ACSCODES + 2336

2048
1997

M3
CZQNACO DEQNA FUNCTIONAL TESTGLOBAL ROUTINE - COMPARE_PACKETS (

2064

2065
2066

2067

2068
2069
2070
2071
2072
2073
2074
2075
2076
2077
2078
2079
2080
2081
2082
2083
2084
2085
2086
2087
2088
2089
2090
2091
2092
2093
2094
2095
2096
2097
2098
2099
2100
2101
2102
2103
2104
2105
2106
2107
2108
2109
2110

5-Jul-1984 14:13:51
5-Jul-1984 14:02:25

)

#SBTTL ‘GLOBAL ROUTINE - COMPARE_PACKETS (

VAX-11 Bliss-16 V4.0-579
(MAZURCZYIK.DEQNAJZQNA4
.BLI;2

)’
x

GLOBAL ROUTINE COMPARE _PACKETS : NOVALUE =
>

s b =t (s s b b st

2058
2059
2060
2061
2062
2063

WWNWWWWNWWWNTIN WWWWWWRINN NN WM RN RN NN N NN R R NN P2 =2 0=t 0t 1=t 1o

V¢

ZANAR4
VO01.0

GLOBAL ROUTINE :

COMPARE _PACKETS

DESCRIPTION:

This routine compares contents of transmit packet to the contents
of receive packet and prints an error message if the don't compare,
BEGIN
X

'
'

GET RECEIVE BYTE LENGTH ( RBL ) FROM RCV DISCRIPTOR AND COMPUTE WORD
LENGTH.

TEMP3

THEN COMPARE ACTUAL TO EXPECTED RCV WORD LENGTH.

= O;

IF GET_BIT [ CSR, LB ] GTRU ZERO

TH??HPS = RCV_D_LIST [ STWD1 ] AND RHL _MASK;

IF (

.CSR_WORD AND %0’'01’'

! 0'003400'

) EGLU ZERQ

TH$gflp3 = _TEMP3 « ( .RCV_D_LIST [ STWD2 ]} AND RLL_MASK )
EL?EHPS = 6;

_TEMP3 NEQU .RBUF _LENGTH

THEN
BEGIN

ERR_FLAG = ONE;

CSR_WORD = GET_BIT [ CSR_ALL J};

PRINTB (

MSGS9

PRINTB ( MSG17,

);

.TEMP3,

.RBUF_LENGTH );

ERRCF ( 0011, MSGOO, ERRORSREPORT

END;

INCR INDEX FROM O TO
BEGIN

.TEMP3 -

);

1 DO

.RCV_D_LIST [ STWD1 ] EQLU NEWB

THEN

RCV_BUFFER [

IFT.XHIT_BUFFER [
HEN

.INDEX

]

.INDEX ] NEQU .RCV_BUFFER [

.RCV_D_LIST [ LONGP

THEN

= ZERO;

] EGLU ONE

.INDEX )

! 0'000377'

SEQ 0245
Page

(15)

ZQNA4

CZANACO DEQNA FUNCTIONAL TEST

v01.0
:
:
:

2111
2112
2113

GLOBAL ROUTINE - COMPARE _PACKETS ( )
4

2114
2115
2116
2117

4
3
4
4

:
:

2119
2120

4
4

2118

S5-Jul-1984 14:02:25

PRINTB ( MSGS9 );
PRINTB ( MSGS1 );

PRINTB ( MSGSO, .RCV_BUFFER [ .INDEX ], .XMIT_BUFFER [ .INDEX ],

2124
2125

2
1

END;
END;

000000

004137

000000G

COMPARE .PACKETS: :

000004
000006
000012
000016
000022

024646
005037
013700
016046
032716

000000G
000000G
000016
001400

cMP
CLR
MOV
MOV
8IT

00L"30

013737

000010G 0000005

MOV

032737

000001

H
:

2122
2123

0CJ3026

4
3

001406

000035

042737

000052

001006

000044
000054

000056
000062

000066
000070
000076
000104

005001

153701
060137

000403
012737
023737

001437

174377

000001
000016

000130

012746

000000G

000134

000140

000142

012746

010600
104414

000144

013716

000164

010600

000170

104455

000150
000154
000160
000166

000172
000174

013746
012746
012746
104414

000013
000000G

000000G

(15,

000002
002001

000000G

000000G
000000G
000003

COMPARE.PACKETS GLOBAL ROUTINE - COMPARE _PACKETS (

JSR

R1, $SAVE?

BEQ

1$:

000000G
000002
000000G

2%:
34

.INDEX );

.SBTTL

8IC

BIT

2060

;
H
; »,TMP LOCATION
;: «,TMP
. LOCATION

2079
2081

RCV.D.LIST+10,TEMP3

2083

#1,CSR.WORD

2085

2087

34
06, TEMP3
TEMP3 ,RBUF .LENGTH

:
:
;

2085
2089
2091

#1,ERR.FLAG
16(R0),2(SP)

:
: *,TMP_ LOCATION

2094
2095

oMSGS9, -(SP)

2096

$174377,TEMP3

81s8
ADD

RCV.D.LIST.12,R1
R1,TEMP3

BR
MOV
cMP

BEQ

MOV

2(SP),CSR.WORD

MOV

01, -(SP)

MOV
MOV
MOV
MOV

TMP LOCATION,
=

SP.RO

; SP,s

MOV

RBUF .LENGTH,(SP)

MOV

SP,RO

: SP,»

TRAP

MOV
MOV
MOV
TRAP

.WORD
.WORD

)

BNE

CLR

000006 000000G
000000G 000000G

012737
016066
016637

ERRDF ( 0012, MSGOO, ERRORSREPORT );
END;

000012G
0000006

000106
000114

000122

Page

CSR_WORD = GET_BIT [ CSR_ALL J;

:
:

(MAZURCZYIK.DEQNA]ZQNA4 .BLI ;2

SEQ 0246

END
ELSE
BEGIN
ERR_FLAG = ONE;

2121

VAX-11 Bliss-16 v4,0-579

BEGIN
TEMPS = [ INDEX;
EXITLOOP;

4
4

:
:
:
:

S-Jul-1984 14:13:51

TEMP3, -(SP)
OMSC17,-(SP)
03,-(SP)
14

13
MSGOO

2097

2098

B4
CZAONACO DEQNA FUNCTIONAL TEST
GLOBAL ROUTINE - COMPARE _PACKET S ()
000000
062706
013702
005001
000474
023727
001002
105061
126161
0Cl1461
0327387
001403
010137
000455
012737
013700

016066
016637
012746
012746
010600
104414
012716

012746
010600
104414
010116
005046
116116
005046
116116
012746
012746

.WORD

000012

0000006

as:

000010G 100000

S$:

0000006
000000G 000000G

64:

040000

000010G

CLR
B8R
cHP
BNE
CLRB
cMPB
BEQ
B8IT
8EQ
MOV

0000006

0000006
000001
0000006
000004
000016
0000006
000004
0000006

ADD
MOV

7%:

B8R

MOV
MOV
MOV

000001

MOV

TRAP

MOV
MOV
MOV

000006
000001

TRAP

CLR

MOVB

CLR

MOV8
MOV
MOV
MOV
TRAP
TRAP

.WORD
.WORD
. WORD

8¢:
9s:

10¢:

RDD

INC

cHP
BLT

2126
2127

1
1

e12,5P
TEMPS R2
R1
94

VAX-11 Bliss-16 v4,0-579

{MAZURCZYK ,DEQGNA)ZQGNA4 .BLI ;2

SEQ 0247
Page
30

(15)

2093

2101

2$V.D.LIST010.O-100000

2103

RCV.BUFFER(R1)
:HIT.BUFFER(RI).RCV.BUFFER(Rl)

s
:

s INDEX

¢(INDEX)
¢(INDEX),s(INDEX)

2105
2107

g:OOOO.RCV.D.LISToIO

2109

R1,TEMPS

3 INDEX,s

2112

10$

01,.ERR. FLAG

REG.ADR,RO

16(R0),4(SP)

4(SP),CSR.WORD
oMSGS9, -(SP)
e1,-(sP)

3
H
H

;
s

¢, TMP LOCATION
TMP_LOCATION,
¢

SP,RO
14

: SP,e

SP,RO

oMSGS1, (SP)
01,-(SP)

¢(INDEX),s

*(INDEX),s

SP,RO

;

SP,e

14
55
14

2119

SP,e

X?I;SBUFFER(RI).(SP)
-(S
RCV.BUFFER(R1),(SP)
aMSGS0, -(SP)
04, -(SP)

2111
2117
2118

2120

;: INDEX,s

2121

2122

:
: INDEX

2116
2101

2060

MSGOO

ERROHS$REPORT

016,5P
R1
R1,R2

ADD

RTS

Rout ine Bease:
ACS$CODES
135 words,
Maximum steck depth per invocetion:
15 words

Routine Size:

14:13:51
14:02:25

ERRORS$REPORT

MOV

010600

104414
104455
000014
0000006
000000’
000016
062706
005201
020102
002702
062706
000006
000207

5-Jul-1984
5-Jul-1984

+ 2616

C4a
ZQONA4

CZQANACO DEQNA FUNCTIONAL TEST

v0l1.0

GLOBAL ROUTINE - SET_RDESCR_LIST ( P1, P2)

#SBTTL 'GLOBAL ROUTINE - SET_RDESCR_LIST ( P1, P2)'

2130

GLOBAL ROUTINE SET_RDESCR_LIST ( P1l, P2 ) : NCVALUE

2132
213%

1
1

Yoo
H

2135

2137

2128

:
:
:

:
:

2129

2131

2138

2141

2136
2139

2134

1
1

2140

GLOBAL ROUTINE :

DESCRIPTION:

1
1

H
!

2145

’--

H
H

2
2

2147
2148

2149
2150
2151

H
H
H
:

2153
2154
2155
2156

H
;.

2146

:
;
:
:

RCV_D_LIST
RCV_D_LIST
RCV_D_LIST
RCV_D_LIST

2
1

RCV_DO_LIST [ TWOL

[
[
[
(

STWD1
STWD2
OLINK
BSTAT

012737

100000

000006
000014
000022
000030
000034
000040
000046
000054

016637
012737
016637
005037
005037
012737
012737
000207

200002 0000026
000000G 0000046
000004 0000066
000010G
000012G
100000 0000146
020000 0000166

Max imum stack

2159

)

]
]
]
)

= NEWSB;
= .P2;
= RCV_BUFFER;

=
=
=

.P1;
O;
O;
v;
E;

END;

000000

; Routine Size:

BEGIN

2
2
2
2

2157
2158

(16)

Pl - expected Ethernet packet length in words
P2 - expected RCV Descriptor List settings

RCV_D_LIST [ FLGWD ]
RCV_D_LIST [ DBITS )
RCV_D_LIST [ LOADR ]

Page

SET_RDESCR_LIST

2
2
2

2152

(MAZURCZYK,DEGQNAJZQGNA4 .BLT ;2

SEQ 0248

INPUT PARAMETERS:

2142
2143
2144

VAX-11 Bliss-16 v4,0-579

This routine initializes receive descriptor list,

:
:
:

S5-Jul-1984 14:02:25

5-Jul-1984 14:13:51

0000006

23 words,

depth per

.SBTTL

SET.RDESCR.LIST GLOBAL ROUTINE

- SET_RDESCR_LIST ( P1, P2)

MOV
MOV
MOV
CLR
CLR
MOV
MOV
RIS

2(SP) ,RCV.D.LIST.2
ORCV.BUFFER ,RCY.D.LIST.4
4(SP) ,RCV.D.LIST.6
RCV.D.LIST.10
RCv.D.LIST.12
9-100000,RCV.D.LIST.14
920000,RCV.D.LIST.16
PC

; P2,
:
;: Pl,s
3
s
3
3
:

ACSCODES

. 3234

SET.RDESCR.LIST::
MOV
0-100000,RCV.D.LIST

Routine Base:

invocation:

O words

2149

2150
2151
2152
2153
2154
2155
2156
2130

D4
CZQNACO DEQNA FUNCTIONAL TEST
GLOBAL ROUTINE - SET_XDESCR_LIST ( P1, P2 )

2173

2178

217%
2176
2177

2178
2179
2180
2181
2182
2183
2184
2185
2186
2187

2188
2189
2190

== 0D D N PN N NN N N N 4=t 0t (ot 4

2160
2161
2162
2163
2164
2165
2166
2167
2168
2169
2170
2171
2172

s Jod et $d b i b Pt ot st oot Pt P Pt P

ZANA4
v0l1.0

000000

012737

000006
000014
000022
000030
000034
000040
000046
000054

016637
012737
016637
005037
005037
012737
012737
000207

; Qoutine Size:
:

Maximum stack

2191

5-Jul-1984°14:13:51
5-Jul-1984 14:02:25

VAX-11 Bliss-16 V4,0-579
{MAZURCZYK.DEGNA]ZQGNA4
.BLI ;2

SEQ 0249
Page

(17

#SBTTL ‘GLOBAL ROUTINE - SET_XDESCR_LIST ( P1, P2 )’

GLUBAL ROUTINE SET_XDESCR_LJIST ( Pl, P2 ) : NOVALUE

Soeo
1]

GLOBAL ROUTINE :

¢t

DESCRIPTION:

[}

This routine

SET_XDESCR_LIST

initializes transmit descriptor

list.

]

INPUT PARAMETERS:

!
!

Pl - expected Ethernet packet length in words
P2 - expected XMIT Descriptor List settings

[}

‘.
BEGIN
XM_T_D_LIST
XMIT_D_LIST
XMIT _D_LIST
XMIT D_LIST
XMIT _O_LIST
XMIT_O_LIST
XMIT_D_LIST
XMIT_D_LIST

[
([
[
[
[
[
[
(

FLGWD ]
D8BITS ]
LOADR ]
TWDL
]
STWD1l ]
STWO2 ]
DLINK )
BSTAT ]

=
=
=
=
=
=
=
=

NEWSB;
.P2;
XMIT_BUFFER;
.P1;
O;
O;
v;
€;

END;

.SBTTL
SET.XDESCR.LIST GLOBAL ROUTINE
SET.XDESCR.LIST::
MOV

MOV

MOV
MOV

0000126
100000
0000146
020000
0000166

23 words,

depth per

CLR
CLR

MOV
MOV
RTS

Rout ine Base:
AC$CODES
0 words
invocet.on:

0-100000,XMIT.D.LIST

- SET_XDESCR_LIST ( P1, P2

2(SP),XMIT.D.LIST+2

P2,

4(SP),XMIT.D.LIST+6

Pl.s

OXMIT . BUFFER,XMIT.D.LIST.4

XMIT.D.LIST.10
XMIT.D.LIST.12

0-100000,XMIT.D.LIST.14

ggOOOO.XHIT.D.LISYOI6

)
2181
2182
2183
2184
2185
2186
2187
2188
2162

E4
CZGNACO DEQNA FUNCTIONAL TEST
GLOBAL ROUTINE - WALKING_BIT ( P1, P2, P3 )
#SBTTL 'GLOBAL ROUTINE

5-Jul-1984 14:13:51
S-Jul-1984 14:02:25

VAX-11 Bliss-16 V4,0-579
(MAZURCZYK,.DEQNAJZGNA4
.BLI;2

- WALKING_BIT ( P1, P2, P3 )’

GLOBAL ROUTINE WALKING_BIT ( P1, P2, P3 ) : NOVALUE

WALKING_BIT

GLOBAL ROUTINE :
DESCRIPTION:

This routine sets bit to O or 1 in a specified bit position of the
Ethernet Station Address. For example,

it P P

2204
2205
2206
2207
2208
2209
2210
22ll
2212
2213
2214
2215
2216
2217
2218
2219
2220
2221
2222
2223
2224
2225
2226
2227
2228
2229
2230
2231
2232
2233
2234
2235
2236
2237
2238
2239
2240
2241
2242
2243
2244

D O D D D D D 0D D DD D D D L) 1m0 1 1t 48 s (it 4t Joud (0 P P

2203

2197

2198
2199
2200
2201
2202

O O G U O O U G GO G

2192
2193
2194
2195
2196

ot (o Pt ot Pt P Pt s Pt Pt Pt Pt

ZQNA4
vol1.0

Pl =0

then

ond

.P2 =15

Ethernet Station Address

.P3 =5
=

FF-FF-FF-FF-7F-FF

INPUT PARAMETERS:
P1L

- bit

P2
P3

{

OQor

- bit position from base address
- 0 of bytes to be tested using this pattern

BEGIN

SELECTONE .P2 OF
SETY
7 ]):
010
[

{

8T1T0C

TEMPL1

= O;

TEMPi

.P3 « 1) s8]

P2 / 8,

TES;

TEMP2 =

P2 MOD 8;

.P1 EQLU ZERO
THEN
BEGIN
TBYTE1l

= %B' 00000000
;

SELECTONE
SET

{
[

O):
):

[ 2 ):
{ 3):
{ 4 J:
(S }:
{ 6 ]:
{ 7 )1:

TES;

.TEMP2 OF

TBYTES = #0°'001';
TBYTE3 = %0°'002';

TBYTES
TBYTEZ
TBYTES
TBYTEZ
TBYTEZ
TB8YTEZ

=
=
=
=
=
=

w0'004';
#0'010';
#0°'020’;
#0°'040';
w0'100';
w0'200';

SEQ 0250
Page

132
(18)

Fq
CZONACO DEQNA FUNCTIONAL TEST

2245
2246
2247
2248
2249
2250
2251
2252
2253
2254
2255
2256
2257
2258
2259
2260
2261

2262
2263
2264

2265
2266
2267
2268

000000
o0LGC4

000010
000012
000016
000020
000024
000026
000032
000034
000040
000044
000050
000052
000054

000056
000060
000064
000070
000072
000074
000100
000104
000106
000112

WEWWEHWEWEHWWWWWWWWO W

GLOBAL ROUTINE - WALKING_B1T ( P1, P2, P3 )
END
ELSE
BEGIN
TBYTEL1

SET

{ 0 ):

(1 ):
{ 2 ):
{ 3 ):

(

(S ):
[ 6 ):

[ 7 ):
TES;

.TEMP2 O

TARGET_ADR
. P3 -

TARGET_ADR

VAX-11 Bliss-16 V4,0-579
(MAZURCZYK ,DEQNAJZQGNA4 .BLI; 2

SEQ 0251
Page

(18)

TBYTE3 = #0’' 376" ;

TBYTES = £0' 375" ;
TBYTES = %0'373';
TBYTE3 = %0’' 367 ;

TYBYTE3 = %0’ 357 ;

TBYTEZ =
TBYTE3 =

TBYTE3Z

#0'337';
%0277
;
;
= w0177

INCR INDEX FROM O TO .P3 DO
TEMPY =

14:13:51
14:02:25

= %B8'11111. 11';

SELECTONE

END;
RNV

©F

ZGNAR4
v01.0

5-Jul-1984
5-Jul-1984

[

.INOEX

_TEMPL;

.TEMP3 )

]

. TBYTEL;

.TBYTE3;

END;

004137

0030006

016602
002406
020227
003003
005037
000421
020227
002416
016600
072027
062700
020200
003006
010201
006700
071027
010037
010201
006700
071027
010137
010100
005766
0C1071

000012

WALKING.BIT GLOBAL ROUTINE

JSR

R1, $SAVE2

8LT
cMP
B8GT
CLR
BR
cMHP
8LT

1
R2,07

MOV

000007
0000006
000010

.S87 TL

WALKING.BIT:

1%:

MOV
ASH
ADD

000010
000003
000010

CHP
B8GY

12(SP),R2

WALKING_BIT

;

P2,

000010
0000006

000014

P1,

P2,

)

2194
2220
2222

2223

2220
2224
24

10(SP),RO

P3,»

03,R0
#10,R0

R2,RO

2225

MOV

000010
0000006

(

SXT
134"

2s:

MOV

MOV
SXT
DIV

MOV
MOV

TS7
BNE

14(SP)
104

TEMP2,»
P1

2234
2230

G4
CZQNACO DEGNA FUNCTIONAL TEST
GLOBAL ROUTINE - WALKING_BIT ( P1, P2, P3 )

ZQNA4
v01.0
000114
000120
000122
000124

000132
000134
200140
000142
000150
000152
000156
000160
000166
000170
000174
000176
000204
000212
000214
000222

000224
000230
000232
000240
000242

000246
000250
000256
000260
000264
000266
000274
000276
000304
000306
000310
000316
000320
000324
000326
000334
000336
000342
000344
000352
000354
000360
000362
000370
000372
000376
000400

005037
005700
001004
012737
000552
020027
00100«
012737
000543
020027

001004
012737
000534

020027

001004
012737
000525
020027
001004
012737
000516
020027
001004
012737
000507
020027
001004
012737
000500
020027
001075
012737
000471
012737
005700
001004
012737
000460
020027
001004
012737
000451
020027
001004
012737
00044¢
020027
001004
012737
000433
020027
001004
012737

00000906

000001

CLR

3%:

000001
000002

000000G
4s:

000002

000004

0000006

0C0003
000010

S$:
000000G

000020

000000G

0000C5
000040

7$:
0000006

000006

000100

8%:

000000G
9¢:

000007

000200

0000006

000377

000000G

000376

000000G

000001
000375

000373

000357

RO, 01

MOV

#2,TBYTE3

BNE
BR

18$

184

cMP

RO, @2

MOV

BNE

cMP

BNE

18¢

RO, 03

€10,TBYTE3
184

CcMP

RO, 04

MOV

020, TBYTE3

cMP

RO, 05

MOV

940,TBYTE3S

BNE

18%

8¢

184

CMP

RO, &6

MOV

€100, TBYTES

BNE

184

{MAZURCZYK,DEQNAJZQGNAS ,BLI ;2

SEQ

0252

Page

(18

H
:

2233
2236

H
H

2234
2237

H
H

2234
2238

2234

2239

;
H

2234
2240

H
:

2234
2241

:
H

2234
2242

2234

2243

2230

2248

TST
BNE

RO
114

18%

RO, &7

ggv

:SOO.TBYTES

MOV

0377,TBYTEL

18%

0376,TBYTE3

124:

MOV
B8R
CMP

0375,TBYTES
18¢
RO, 02

13¢:

MOV
B8R
cMP

#373,TBYTES
184
RO, o3

MOV

144

)

VAX-11 Bliss-16 v4,0-579

cMP

BNE

RO,91

0000006

000000G

CcMP

cHP

0000006

000004

01,TBYTE3

MOV

000000G

000003

000367

10¢:

114:

000002

MOV

6$:

000004

14:13:51

5-Jul-1984 14:02:25

TBYTEL

TST

BNE

000000G

S-Jul-1984

BNE

B8R

2249

;

2252

124

;

2249

;

2253

2249

2254

2249

2255

13%

14$

18$

cMP

RO, 04

MOV

0357,TBYTES

BNE

2251

15¢

H4
CZQNACO DEQNA FUNCTIONAL TEST
GLOBAL ROUTINE - WALKING_BIT ( P1, P2, P3 )

ZGNAR4
v01.0
000406
000410
000414
000416
000424
000426
000432
000434
000442
000444

000450
000452
000460
000462

000464
000472
000474
000500
000702
000510
000516
000522
000530
:
:

000424

020027

000005

012737
000415
020027

000337

001004

012737
000406
020027
001003
012737
005000
000404
113760
005200
020066
003771
016637

163737
013700
113760

000207

Routine Size:
Maximum stack

2269

15¢:

16$:
0000006

17¢:
18¢:

19¢:

000010

20%:

000000G

173 words,

BR
CcMpP
BNE
CLR
B8R

MOvVB
INC

4 words

18¢

174
184

RO, &7
18$
@177,TBYTES
RO
20%
;gYTEl.TARGET.ADR(RO)

TEMPL, TEMP3
TEMP3,RO
;gYTES.TARGET.ADR(RO)

RC$CODES

[MAZURCZYK.DEQNA)ZQNAS .BLI; 2

SEQ O

9.223 36
(18)

:
H

2249
2256

H
H

2249
2257

9277,TBYTE3

SuB

MOV

Routine Base:

16¢

VAX-11 Bliss-16 v4.,0-579

0337,TBYTE3

RO, 10(SP)
194

MOvVB
RTS

invocation:

184

cMpP
8LE

MOV

000000G 0000006
0000006
000000G 000000G

depth per

RO, #6

MOV

0000006

000000G 000000G

000010

BR
CMP
BNE

MOV

000007
000177

RO, #5

MOV

0000006

000006

000277

BR
cMP
BNE

5-Jul-1984 14:13:51
S-Jul-1984 14:02:25

10(SP), TEMP3

3370

2249

2258

INDEX

2262

;
:

»,+«(INDEX)
INDEX

2263
2262

P3¢

2265

INDEX,P3

2266

2194

ZQNA4

CZQNACO DEQGNA FUNCTIONAL TEST

2293
2294
2295
2296
2297
2298

2299
2300
2301
2302
2303
2304
2305
2306
2307
2308
2309
2310
2311
2312
2313

DNV N AU R A TV P RN DD R

2291
2292

22172
2273
2274
2275
2276
2277
2278
2279
2280
2281
2282
2283
2284
2285
2286
2287
2288
2289
2290

R N GGG

2271

= D G

2270

#SBTTL 'GLOBAL ROUTINE

GLOBAL ROUTINE WRT_STATION_ADR ( P1, P2 ): NOVALUE

VAX-11 Bliss-16 V4.0-579

[(MAZURCZYK ,DEQNA]ZQGNA4 .BLI;?2

Page

(19)

Yoo
[]

GLOBAL ROUTINE :

DESCRIPTION:

]

[]

WRT_STATION_ADR

This routine writes Station Address to XMIT_BUFFER.

]

INPUT PARAMETERS:

[]

Pl
P2

!
!

- Ethernet Station Address
- Ethernet Station Address

index (1:14)
index ( 0:19

in Station Address RAM
) in the TARGET_ADR table

[

BEGIN
TEMPL

P2 + 6;

SELECTONE
SET
({
0TO

.P1 OF
1]:

8 710 14 ):

{

TES;

TEMP2

.P1;

TEMP2 =

+ S7;

. TEMP2 EQLU ZERO

THEN

INCR INDEX FROM O TO S DO
BEGIN

ENsHIT_BUFFER {

.INDE*

.TARGET_ADR [

.INDEX

.TEMP1

];

,TEMPZ2;
] = _TARGET_ADR [

.INDEX

.TEMP1

ELSE

INCR INDEX FROM O TO S DO
BEGIN
TEMP3 = _INDEX ¢« 8 «
€ SHIT_BUFFER ( .TEMP3

END;

ND;

.SBTTL

WRT,STATION,ADR GLOBAL ROUTINE - WRT_STATION_ADR ( P1, P2 )

JSR

R1,$SAVE3

MUL
MOV

06,R1
R1,TEMP]

004137

0000006

000004

016601

000012

MOV

000020

016600

000014

MOV

070127
010137

5-Jul-1984 14:02:25

WRT_STATION_ADR ( P1, P2 )’

000000

000010
000014

S5-Jul-1984 14:13:51

GLOBAL ROUTINE - WRT_STATION_ADR ( P1, P2 )
D) 0 10 4=t ot b 4t s pst b o o oot ot Pt pmd Pt |t Pt Pt

v01.0

SEQ 0254

000006
0000006

WRT . STATION.ADR::

12(SP),R1

14(SP),R0O

2272

i Pl,»

2293

i PS.»

2291

J4
CZQGNACO DEQGNA FUNCTIONAL TEST
GLOBAL ROUTINE - WRT_STATION_ADR ( P1, P2 )

ZGNA4
Vv0l1.0
000024
000026
000032
000034
000040
000042
000046
000050
000054
000056
000062
000070
000074
000076
000100
000102
000106
000114
000116
000122

000124
000126
000130
000132
000136
000140
000144
000146
000152
000160
000162
000166
000170

002406
020027
003003
010037
000413
020027
002410
020027
003005
010037
062737
013703

001014
005000
010001
063701

116160
005200
020027
003766
000207
005002
010200
072027
060300
010037
010201

063701
116160

005202
020227
003760
000207

BLT
cMP
8GT

000007

MOV

000000G
000010

1¢:

000016

0000006
0000006
000071
0000006

BR
cMP
BLT
CcMP
8GT

MOV

ADD

2$:

MOV

3s:

MOV

0000006

BNE
CLR
ADD

000000G 0000006

MOove

000005

CMP
BLE

INC

RTS
44:

5¢:

000003
0000006

0000006
000000G 000000G
000005

CLR

MOV
ASH
ADD
MOV
MOV
ADD
MOve
INC

CMP
BLE

RTS

AC$CODES
Rout ine Base:
61 words,
: Routine Size:
: Maximum stack depth per invocation:
5 words

2314

5-Jul-1984
5-Jul-1984

14:13:51
14:02:25

RO, 47
1$
RO, TEMP2

RO, TEMP2
@71, TEMP2
TEMP2,R3
43
RO
RO,R1
TEMP]1,R1
TARGET.ADR(R1),XMIT.BUFFER(RO)
RO
RO, @5
34
PC
R2
R2,RO
03,R0
R3,R0O
RO, TEMP3
R2,R1
TEMP]1,R]1

TARGET.ADR(R15,XMIT.BUFFER(RO)

Re
R2, 85
5%
PC
+

4122

VAX-11 Bliss-16 v4.0-579

{MAZURCZ2YIK,DEGNAJZQNA4 .BLI; 2

SEQ 0255
Page
38

(19)

2295

H
H

2296
2293

2297

2298

;

2301

;
;

INDEX
INDEX,»

»,+(INDEX)

INDEX

;

2303
2305
2303
2301

;
;

INDEX
INDEX,»

2308
2310

;

INDEX,
s

2311

;

INDEX

2308

2272

i<d
CZAQNACO DEQGNA FUNCTIONAL TEST
GLOBAL ROUTINE - PREP_FOR_SETUP (

2334
2335
2336
2337
2338
2339
2340
2341
2342
2343
2344
2345
2346
2347
2348
2349
2350

000000

01014¢€

000002
000004
000006
000010

005746
005001
010100
006300
063700
011016
005037
111637
ill66l
005201
020127
003761

000012
000016
000020
000024

000030
000034
000036
000042

5-Jul-1984
5-Jul-1984

)

#SBTTL ‘GLOBAL ROUTINE - PREP_FOR_SETUP (

14:13:51
14:02:25

VAX-11 Bliss-16 V4 0-579

(MAZURCZYK.DEGNA)ZQNA4 .BLTI ;2

SEQ 0256

Page

39
(20)

)

GLOBAL ROUTINE PREP_FOR_SETUP : NOVALUE

GLOBAL ROUTINE

o
N N NN G

2325
2326
2327
2328
2329
2330
2331
2332
2333

N N PO P N R N N 1t =0 pt ot Pt b Pt ot Pt b b (ol [

2315
2316
2317
2318
2319
2320
2321
2322
2323
2324

b Pt P Pt (b b

ZGNA4
v01.0

PREP_FOR_SETUP

DESCRIPTION:

This routine retrives Ethernet Station Address from the Ethernet's

Station Address PROM, saves copy of Ethernet Station Address PROM
in the TARGET_ADR vector,

initializes transmit

and receive buffers

to zero and finally sets buffer length to select promiscuous mode.
INPUT PARAMETERS:
none

BEGIN
X

RETRIEVE ETHERNET PHYSICAL STATION ADDRESS AND SAVE A COPY OF IT IN THE

‘TARGET_ADR’'

VECTOR.

INCR INDEX FROM O TO S DO
BEGIN
TBYTE1 = .REG_ADR [ .INDEX, ST_ADDR ];
TARGET_ADR [ ( PHA_INDEX » 6 ) + ,INDEX
END;

CLR_BUFFERS ( 256

)

,TBYTEL;

END:

.SBTTL

0000006
0000006
0000006
0001626

000005

PREP.FOR,SETUP GLOBAL ROUTINE

PREP.FOR.SETUP::
R1,-(SP)
MOV
TST
-(SP)
CLR
MOV
1$:
ASL
ADD
REG.ADR,RO
MOV
(RO),(SP)
TBYTEL
CLR
MOVB
(SP),TBYTEL
MOve
afP).TARGET.ADR0162(R1)
INC
R1,05
CcHP
BLE
1

- PREP_FOR_SETUP (

)

2317

: INDEX
:

INDEX,»

«,TMP LOCATION

; ¢,s(INDEX)
s+ INDEX

;

s
INDEX,

2342
2344

2345
2342

L4
CZQNACO DEQNA FUNCTIONAL TEST
GLOBAL ROUTINE - PREP_FOR_SETUP (

ZQGNR&

v0l1.0

000044
000050
000054
000056
000060
:
:

:
:

012746
004737
022626
012601
000207

000400
001234’

)

MOV

JSR
cMP

MOV
RTS

AC$CODES$
Routine Base:
25 «ords,
Routin e Size:
words
4
invocation:
per
Maximum stack degrth

2351
2352
2353

1
1
1

5-Jul-1984 14:13:51
5-Jul-1984 14:02:25
€400, -(SP)
PC,CLR,.BUFFERS

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

+ 4314

VAX-11 Bliss-16 v4.0-579

{MAZURCZYK.DEGNA)ZQNA4 .BLI; 2

SEQ 0257
Page
40

(20)

2348
2317

M4
CZGNACO DEGNA FUNCTIONAL TEST
GLOBAL ROUTINE - FORM_HEX_ADR ( P3 )

2404

2405
2406

W) D DN D GG GO D RO D TV N

2380
2381
2382
2383
2384
2385
2386
2387
2388
2389
2390
2391
2392
2393
2394
2395
2396
2397
2398
2399
2400
2401
2402
2403

PO N N AU A N N WG O

#SBTTL

5-Jul-1984 14:13:51
S-Jul-19R4 14:02:25

'GLOBAL ROUTINE - FORM_HEX_ADR ( P3 )

GLOBAL ROUTINE FCRM_HEX_ADR ( P3 ) : NOVALUE
>

VAX-11 Bliss-16 V4.0-579
(MAZURCZYK.DEQNA]ZQGNA4
.BLI;?2

2354
2355
2356
2357
2358
2359
2360
2361
2362
2363
2364
2365
2366
2367
2368
2369
2370
2371
2372
2373
2374
2375
2376
2377
2378
2379

D NV DD N PO N R 00 =0 =t pt ot ot et et e fud ot b Pt et o ot (st Pt

ZGNAR4
v01.0

FORM_HEX_ADR

GLOBAL ROUTINE :
DESCRIPTION:

This routine retrives £thernet Station Address from the Ethernet’'s

Station Address PROM, saves its copy

in the TARGET_ADR vector.

INPUT PARAMETERS:
P3

Index to Station Address

in the TARGET_ADR vector

BEGIN
1 XX

'
'
IF

RETRIEVE ETHERNET PHYSICAL STATION ADDRESS AND SAVE A COPY OF IT IN THE
'TARGET_ADR’' AND 'STATION_ADR' VECTORS.
.P3 EQLU ZERO

THEN
TEMPS

= O

ELSE

TEMPS =

P3 + 6;

INCR INDEXS FROM O TO S DO
BEGIN

TBYTE1 = .REG_ADR [ .INDEXS, ST_ADDR );
TARGET_ADR [ ( PHA_INDEX « 6 ) « ,INDEXS ]

END;

,TBYTEL;

COUNTER = ZERO;

INggG§NDEXS FROM O TO S B8Y 2 DO
N

TEMP1

_TARGET_ADR [

. TEMP]1

t 8;

TEMP2 =
_TARGET_ADR [
STATION_ADR [ .COUNTER

F~gDUNTER

_COUNTER

.TEMPS +

_INDEXS

);

,TEMPS « .INDEX5 + 1 );
) = ,_TEMP1 OR ( .TEMP2 AND w0'000377'

foo

PRINT ETHERNET STATION ADDRESS ON THE CONSOLE

COUNTER

18;

);

SEQ 0258
Page
41

(21)

N4
CZANACO DEQNA FUNCTIONAL TEST
GLOBAL ROUTINE - FORM_HEX_ADR ( P3 )
PHYS_ ADR
PHYS_ADR
PHYS_ADR
PHYS_ADR
PHYS_ADR

=RV WRELLLELELLELDANUVIUIUIVNIVIVNIUIVIB
B WWWMN NNV

ZANA4
vo1.0

END;

000000

004137

0000006

000004
000006
000012
000014
000020
000022
000024
000030
000034
000036
000040
000042
000046
000050

005746
016600
001003
005037
000405
010001
070127
010137
005000
010001
006301
063701
011116
005037

2407
2408
2409
2410
2411

2412
2413
2414

2415
2416

2417
2418
2419
2420
2421
2422
2423
2424
2425
2426
2427
2428

2429
2430
2431
2432
2433
2434
2435
2436
2437
2438
2439
2440

[ O
[ 1
([ 19
[ 20
[ 21

5-Jul-1984 14:13:51
5-Jul-1984 14:02:25

VAX-11 Bliss-16 v4,0-579

[(MAZURCZYIK.DEQNA]ZQNA4
.BLI;2

SEQ 0259
Page
42

(21)

) = s(C'w’';
) = %C'A’';
] = uC' ';
) = w(C'w’;
] = ®C'N’';

DECR INDEX1 FROM 2 TO0 O DO
BEGIN

TEMP3 = _STATION_ADR [ .INDEX1 ];
INCF. INDEX2 FROM O TO 1 DO
BEGIN

INCR INDEX3 FROM O TO 1 DO
BEGIN
TEMPL =

_TEMP3 AND #X'F’;

.TEMP1 LEQU DECIMAL'9’

THEN
TBYTE1
ELSE

= #C'0'

.TEMP1

TBYTE1 = #C'A' + ( .TEMP1 - #DECIMAL'10’
PHYS_ADR [ .COUNTER ) = .TBYTEL;
COUNTER = _COUNTER - 1;
TEMPS = _TEMP3 ¢t ( -4 );
END;
IF

.COUNTER GTRU 2

THEN
PHYS_ADR [

COUNTER =
END;

.COUNTER

0000006

TST
MOV
BNE

CLR

1¢:

BR
MOV

2%:

MOV
CLR

0000006

= #C'-';

.SBTTL
FORM.HEX.ADR::
JSR

0000006

]

END;

000014

000006

);

MUL

FORM.HEX.ADR GLOBAL ROUTINE
-(SP)

14(SP),RO

2379

2381
2379
2383

RO,R1

06 ,R1

CLR

TBYTEL

MOV

P3,s

1$
TEMPS

ADD

ASL

)
2356

R1,$SAVE3

R1, TEMPS
RO
RO,R1
R1
REG.ADR,R1

MOV

- FORM_HEX_ADR ( P3

(R1).(SP)

INDEXS
¢
INDEXS,

s, TMP LOCATION

2385
2387

B5
CZGNACO DEGNA FUNCTIONAL TESTY
GLOBAL ROUTINE - FORM_MEX_ADR ( P3 )
111637
111660

005200
020027
003761
005037
005002
010201
063701

116137
105037

000170
000174
000200
000204
000210
000212
000220
000226
000234

000242
000250
000256
000262
000270
000274
000300

000314
000320
000324
000326
000332
000340
000342
000346
000354
000360
000372
000376
000402
000406

013700
072027
010037
116137
105037
013701
006301
005000
153700
053700

MOvB
MOVB

0000006
0001626
000005
0000006
44

0000006
0000006
0000016
00000C5
000010
0000006
0000016 0000006
0000016

112737
112737
112737
112737

012701
016137
012703
012702
013737
042737
013700
020027
101006
010037

062737
000405
010037
062737
013700
113760
005337

013700
072027
010037
077244

MOV
ADD
MOvVE

CLRB

MOV
ASH

MOV
MOvEe

CLRB

MOV
ASL

MOV
MOV8
MOVB

0000016
0000236
0000246
0000256

MOV8

Ss:

000000G 0000006

64:
7%:

MOvB
MOvVB
MOV
MOV
MOV
MOV
MOV

8IC

INDEXS

INDEXS,e

2368

2385
2391

2393
2395

2396

2397

2398

COUNTER

2399

: *,INDEXS
: INDEXS,

2393

022 ,COUNTER
045,PHYS ADR
0101 ,PHYS ADR.1
040,PHYS ,ADR+23
045 ,PHYS ,ADR+24

;

2406

2407

€10,R0
RO, TEMPL

TARGET .ADR«1(R1),TEMP2
TEMP2.1

COUNTER,R]
TEMP2,RO

02 ,R2
R2,05
43

2116 ,PHYS ADR«25

04,11

STATION.ADR(R1),TEMP3
02,R3

2 ,R2

TEMP3, TEMPL
0177760, TEMP1
TEMPL RO

:
:
H
:
:
s
;
:
H

¢,INDEX1
s(INDEX1),s
o,INDEX2
*,INDEX3

2408
2409
2410
2411
2413
2415
2416
2418
2420

2423

2421

COUNTER,RO

2426

DEC

COUNTER

S08

RO, TEMP3
R2,7¢

MOV
ADD

000006

¢,6(INDEXS)

INOEXS

cHP

9s:

(21)

2421

BHI

0000006

;

SEQ 0260
Page
43

MOV

8s;

TEMPS,R1
TARGET.ADR(R1),TEMP]
TEMPL.1
TEMP]1 ,RO

TEMP1,RO
RO,STATION.ADR(R1)

cHe
BLE

(MAZURCZYK ,DEQNA JZGNA4 .BLI:2

MOV

INC

VAX-11 Bliss-16 v4.0-579

CLR

ADD

14:13:51
14:02:25

(SP),TBYTEL
(SP),TARGET.ADR+162{R0O)

Rl
RO

8I1se
8IS

010061
005237

062702
020227
003734
012737
112737

INC
cHe
BLE
CLR
CLR

S-Jul-1984
5-Jul-1984

MOV
ADD
MOV
MOvVB
MOV
ASH
MOV

RO, 011
8%
RO,TBYTEL
060,TBYTEL
9
RO,TBYTEL

067,1BYTEL

TBYTEL,PHYS ,ADR(RO)

TEMP3 RO
€-4,R0

2425

2427

2428

; INDEX3,»

2418

C5
CZQNACO DEQGNA FUNCTIONAL TEST
GLOBAL ROUTINE - FORM_HEX_ADR ( P3 )
013702
020227

0000000
000002

112762
005337
077361
162701
100307

000055

101403

000442
000444
000446
:
:

005726
000207

Routine Size:
Maximum stack

244}
2442

1
1

0000006
000002

MOV

0000006

cMP
8LOS

10¢:

MOVB

OEC
S08
SuB

8PL
TS7
RTS

AC$CODES
Rout ine Base:
148 words,
words
6
depth per invocation:

$-Jul-1984
5-Jul-1984

COUNTER,R2
R2, @2
10¢

055 ,PHYS ADR(R2)

COUNTER

R3,6$
e2,R1

54
(SP)e

+ 4376

14:13:51
14:02:25

VAX-11 Bliss-16 v4.,0-579

(MAZURCZYK ,DEQNA]ZQGNA4 .BLI ;2

SEQ G261
Page
44

(21)

2431

§
H

2433
243S

;

INDEX2,
s

¢,INDEX1

c416

2413

2356

2454

2455

2456
2457

2458
2459
2460
2461
2462
2463
2464

2465
2466
2467
2468
2469
2470
2471
2472
2473
2474
2475
2476
2477
2478
2479
2480
2481
2482
2483
2484

2485
2486

2487
2488
2489
2490

2491
2492
2493
2494
249%

CZQANACO DEQNA FUNCTIONAL TEST
GLOBAL ROUTINE - XMIT_SETUP_PACKET ( Pl )

5-Jul-1984 14:13:51
5-Jul-1984 14:02:25

#SBTTL 'GLOBAL ROUTINE

)’

- XMIT_SETUP_PACKET ( P1

VAX-11 Bliss-16 v4,0-579

[MAZURCZYIK,DEGNA
JZONA4 BT ;2

GLOBAL ROUTINE XMIT_SETUP_PACKET ( P1 ) : NOVALUE
*

i et b Pt ot Pt Pt P

2447
2448
2449
2450
2451
2452
2453

NI N TN NN ND NI NN 00 1m0 02 10 0t 10 28 1t Pt 0t 1t Pt Pt (b P Pt Pt P B P Pt Db b P

G4
B¢
O
S0
9
00
G0
G0
O
G
G0
GF
G0
V0
G
G
V¢
G0
G
O
G0
00
B0
B8
VO
W
O
00
0
OV
G
VT
V6
Ve
VS
G0
B
GO
Ve
B
V6
Ve
B0
G
B)
B0
Gt
9%
®e

2446

RN A N G

2445

XMIT_SETUP_PACKET

GLOBAL ROUTINE :
DESCRIPTION:

This routine

initializes descriptor lists to transmit and receive

unchained Setup loopback packet. After loopback packet has been
received DEGNA CSR,

transmit end receive status registers are

checked for proper status. Finally, transmit and receive packets
are compared to verify that they asre identical.
XMIT_D_LIST ( O ] = NEWB
XMIT O_LIST (
) = VSE
XMIT_O_LIST [ 2 ) = XMIT_BUFFER
XMIT_O_LIST [ 3 ) = ,XBUF _LENGTH
XMIT
DO LIST[( 4 ) =0
XMITOLIST[( S
XMIT
D LIST [ 6
XMIT O_LIST [ 7

]
)
)

=0
=V
= E

RCV_D_LIST
RCV.O_LIST
RCV_D_LIST
RCV_.O_LIST
RCV.O_LIST

INPUT PARAMETERS:
Pl

transmit buffer length

in bytes

BEGIN

CLR_DESCR ( );
RBUF _LENGTH = .P1;
XBUF _LENGTH =

(

SET_RDESCR_LIST (
SET_XDESCR_LIST (
IF

.RBUF _LENGTH ¢ -1 );
JXBUF _LENGTH, VE );
XBUF _LENGTH, VSE );

.P1 EQLU A_MOOE

THEN

BEGIN
XBUF LENGTH =

t -1 )
.RBUF _LENGTH
.XBUF _LENGTH, VSEL );
.XBUF _LENGTH, VE );

(

XMIT_AND_RCV_PACKEY

(

);

SET_XDESCR_LIST (
SET_RDESCR_LIST (

END;

[ O ) = NEWB
[ 1 ] = VE
[ 2 ] = RCV_BUFFER
[ 3 ) = .XBUF _LENGTH
[ 4 ) =0

RCVOLIST[ S
RCVDLIST[ 6
RCV.D_LIST [ 7

O
G0

2444

2443

ZGNR4
vo1.0

COMPARE STATUS REGISTERS TO EXPECTED VALUES

)

]
)
)

=0
=V
= E

SEQ 0262
Page

(22)

ES
CZANACO DEQNA FUNCTIONAL TEST
GLOBAL ROUTINE - XMIT_SETUP_PACKET ( Pl )

000012
000016
000020
000022
000026
000030
000034
000040
000044
000050
000054
000062

000070
000072
000074
000076
000102
000104
000110
000114
000120
000124

000130
000132
00013€
000142
000146
000152
000154
000160
000164
000170

UV IS TS 3,00 S8 Y V]

2497
2498
2499
2500
2501
2502
2503
2504
2505
2506
2507
2508
2509

VIV

2496

Lad AV UV RV

8¢

©¢

®s

ZGNAR4
v01.0

CHK_RIXI_STATUS ( ONE );
CHK_CSR_STATUS ( CSR_STATUS, CSR_MASK );
CHX_RCV_STATUS
TEMP]1

( RFLG_STATUS, RWD1_STATUS );

THEN
TEMP1

= #0'002400';

CHIC_XMIT_STATUS ( XFLG_STATUS,
COMPARE _PACKETS (

0'100220',
0’ 140000',

SEQ 0263

VAX-11 Bliss-16 v4,0-579

(MAZURCZ
v .DEQNA ]ZGNA4 .BLI ;2

Page

(22)

0’'100220’
0’'020000’

0’ 000400’

= XWD12_STATUS;

IF .XMIT_D_LIST [ STE1l6 )
LJEMPL

)

0’'140000°',

2222222

END;

004737

001206’

016637

000002

016600
006200
005400
010037
010046
012746
004737
013716
012746
004737
026627
001023
013700
006200
005200
005400
010037
010016
012746
004737
013716
012746
004737
022626
004737
012716
004737
012716
011646
004737
012716
012746
004737

5-Jul-1984 14:13:51
5-Jul-1984 14:02:25

000002

000000G

LSBTTL

XMIT.SETUP.PACKET GLOBAL ROUTINE

MOV

2(SP),RBUF .LENGTH
2(SP),RO

XMIT. SETUP
. PACKET::
PC,.CLR.DESCR
JSR
MOV
ASR
NEG
MOV
MOV
MOV

0000006

120000
003234
0000006
130000
003312’
000010
000201

JSR

MOV
MOV

JSR
CcHP
BNE

0000006

MOV

0000006

MOV
MOV
MOV

ASR
INC
NEG

130200

JSR

003312’
0000006

MOV
MOV

120000
003234

000000V
000001
001262
100220

001646
140000
020000
002336

14:

JSR
cHP
JSR

MOV

RO
RO
RO, XBUF ,LENGTH

©-60000, -(SP)

PC,SET.RDESCR,LIST
XBUF .LENGTH,
(SP)
¢-50000, -(SP)
PC,SET
. XDESCR.LIST

10(SP), 0201

1%
RBUF .LENGTH,RO
RO
RO
RO
RO, XBUF .LENGTH
RO, (SP)
PC,SET XDESCR.LIST
XBUF ,LENGTH
(SP)
,
¢-60000, -(SP)
PC,SET.RDESCR.LIST

)

Pl,s

RBUF .LENGTH, s

2477
2478
2479

XBUF .LENGTH, »

2480
2481

Pl,s

2483
2486

XBUF .LENGTH, »

2487
2488

9-77560,(SP)

2498

JSR

(

01,(SP)

PC,CHK RIXI.STATUS

MOV
MOV

XMIT_SETUP_PACKET

2485
2491
2497

(SP)e+,(SP).

PC.XMIT AND.RCV.PACKET

JSR

MOV
MOV

2499

F5
CZAGNACO DEGNA FUNCTIONAL TEST

ZAGNA4
v01.0
000174
000202
000210
000212
000220
000224
000230
000234
000240
000244
:
:

:
:

GLOBAL ROUTINE - XMIT_SETUP_PACKET ( Pl )
012737
032737
001403
012737
012716
013746
004737
004737
62706
000207

000400
002000

0000006
000010G

002400

000000G

140000

0000006
002040°
002616°
000014

MOV

8IT
8EQ

2#:

MOV
MOV
MOV

JSR
JSR

ADD
RTS

AC$CODES$
Routine Base:
83 words,
Routin e Size:
7 words
Maximum stack depth per invocation:

2510
2511

1
1

S5-Jul-1984

14:13:51

5-Jul-1984 14:02:25

VAX-11 Bliss-16 v4.0-579

(MAZURCZ YK ,DEGNA)ZQGNA4 .BLI ;2

SEQ 0264

Pagz 47
(22)

2400, TEMP1

H
H

2501
2502

:
:

2504
2505

;
H

2507
2475

PC,CHK, XMIT,STATUS
PC,COMPARE .PACKETS

014,5P
PC

+ 5046

2445

G5
CZANACO DEQGNA FUNCTIONAL TEST
GLOBAL ROUTINE - SEND_ELOOP_PACKET ( P3 )

(MAZURCZYK.DEQNAJZQGNA4
.BLTI ;2

GLOBAL ROUTINE SEND_ELOOP_PACKET ( P3 ) : NOVALUE

SEND_ELOOP _PACKET

GLOBAL ROUTINE :
DESCRIPTION:

b Pud fub (b b o

b b Pcd Pb Pt ol ptb b

5-Jul-1984 14:13:51
5-Jul-1984 14:02:25

#SBTTL 'GLOBAL ROUTINE - SEND_ELOOP_PACKET ( P3 ) '

This routine

initializes transmit and receive descriptor lists and

b b b b

then initiates transmissin of a loopback packet. After
loopback packet is received DEQNA CSR, transmit and receive status r
egisters are checked for proper status. Finally, trensmit ano receive
packets are compared to verify that they are identical.
XMIT_D_LIST [ O ] = NEWB
XMIT O_LIST [ 1 ) = VE
XMIT D_LIST [ 2 ) = XMIT_BUFFER

2 00 0=t 10 40 J=t Pt (b pbt (=8 0 Pt P
NN PO NI N
NN RN

2526
2527
2528
2529
2530
2531
2532
2533
2534
2535
2536
2537
2538
2539
2540
2541
2542
2543
2544
2545
2546
2547
2548
2549
2550
2551
2552
2553
2554
2555
2556
2557
2558
2559
2560
2561
2562
2563
2564

WINPT

2525

251
2513
2514
2515
2516
2517
2518
2519
2520
2521
2522
2523
2524

©F

BVt

ZANAR4
vO1.0

VAX-11 Bliss-16 v4.0-579

XMIT O_LIST [ 3 ]
XMIT
O LIST (4]
XMIT DLIST[(S )
XMIT
O LIST (6 )
XMIT
O LIST ([ 7 )

RCV_D_LIST ( O ] = NEWB
RCV_DO_LIST [ 1 } = VE
RCV_D_LIST [ 2 ) = RCV_BUFFER

= .XBUF _LENGTH
=0
=0
=V
= E

RCV_D_LIST
RCV.D_LIST
RCV.OLIST
RCV.DLIST
RCVDLIST

[ 3 ]
[ 4 )
(S )
[ 6 )
( 7]

= .XBUF _LENGTH
= 0O
=0
= V
= E

INPUT PARAMETERS:
P3

BEGIN
PUT_BIT ( CSR, LB, INX_LOOPBACK
XMIT_AND_RCV_PACKET ( );

);

foo

¢t

COMPARE STATUS REGISTERS TO EXPECTED VALUES

CHKX_RIXI_STATUS (

ZERO

CHC_XMIT_STATUS (

XFLG_STATUS,

CHK_CSR_STATUS
IF

);

( CSR_STATUS, CSR_MASK

;;

XWD12_STATUS

! 0'100220', 0'100220°

);

0'140000',

0'000400’

0'140000‘,

0'020000°

0’ 060000’

.P3 EQLY ZERO

THEN
BEGIN
NSHK_RCV_SYATUS
E
ELSE

BEGIN

TEMPL

(

RFLG_STATUS,

RWD14 _STATUS;

_RCV_D_LIST [

STWD1

RWD1_STATUS

) AND #G’'070001°'

);

EQLU %0°'070001°

SEQ 0265
Page

(23)

=N
N W W

GLOBAL ROUTINE - SEND_ELOOP_PACKET ( P3 )

2565
2566
2567
2568
2569

THEN

TEMPL

END;

013700

000000C

000004
000012
000020
000024
000026
000032
000036
000040
000044
000050
000054
000060
000064
000066
000072
000076

001400 000016
001000 000016
000000V

000100
000106

000114
000116
000124
000130
000134
000140
000144

001403
012737

012716
013746
004737
062706
000207

( RFLG_STATUS,

8TTL

000000

012716
011646
004737
012716
012746
004737
005766
001005
012716
012746
000416
012737
032737

= #0'0/0001';

CHK_RCV_STATUS

2570

.TEMP1

);

! 0'140000°,

REG.ADR,RO

CLR

-(SP)

€1400,16(R0O)
01000,16(RO)
PC.XMIT.AND.RCV.PACKET

001262'
100220

JSR
MOV

PC,.CHKC .RIXI.STATUS
0-77560,(5P)

001646

JSR

PC.CHC.CSR,.STATUS

MOV

140000
000400
002040°
000010

MOV
MOV

140000
0000006
0000106

070001
140000

0000006

0000006
002336°

000010

1$:

2%:
3

22222

- SEND_ELOOP_PACKET (

)

2545

2546

2553

2552

2554

JSR
TST

; P3

2556

MOV

©-40000,(SP)

2559

MOV
géa

060000, TEMPL
gl.RCV.O.LISToIO

:
:

2563
2564

MOV
MOV

070001, TEMP]
€-40000,(SP)

:
3

2565
2567

€10,SP

2543

ggv

060000
000001

(23)

0-40000,(SP)
0400, -(SP)
PC,CHK
XMIT STATUS
10(SP)

BNE

020000

(SP),-(SP)

p,§26 49

SEQ O

{MAZURCZYK,DEQNA]ZQNA4 .BLI:?2

SEND.ELOOP.PACKET GLOBAL ROUTINE

MOV

g?OOOO.-(SP)
$

MOV
JSR

TEMPL, -(SP)
PC,CHKK
. RCV.STATUS

RTS

ADO

S1 words,
Routine Base:
ACSCODES$
;: Routine Size:
: Maximum stack depth per invocation:
S words
:

5-Jul-1984 14:02:25

SEND.ELUOP .PACKET: :
8IC
BIS
JSR

VAX-11 Bliss-16 v4.C-579

S-Jul-1984 14:13:51

CZQNACO DEQNA FUNCTIONAL TEST

ZGNR4
v01.0

. 5314

2514

15
CZANACO DEQNA FUNCTIONAL TEST
GLOBAL RCUTINE - SEND_TEST_PACKET

2599

2600
2601
2602
2603
2604
2605
2606
2607
2608
2609
2610
2611
2612
2613
2614
2615
2616
2617
2618
2619
2620
2621
2622
2623

Yoo
]

GLOBAL ROUTINE

0
.

SEND_TEST _PACKET

DESCRIPTION:

.
H

[}

This routine initializes transmit and receive descriptor lists and
then initiates transmissin of an external loopback packet.

[}

NEWB
VE
RCV_BWFFER

. XBUF _LENGTH

M<OO

) N
el
Sl

LIN-O

ey oy ey ey
ey e

Cnad vt Sl S

]

el Sl S

XMIT_D_LIST

)

RCV_D_LISTY
RCV_D_LIST
RCV_O_LIST

. XBUF _LENGTH

RCV_D_LIST
RCV_D_LIST
RCV_D_LIST
RCV_D_LIST
RCV_D_LIST

[]

NEWB
VE
XMIT_BUFFER
MmM<OOo

~SOAVNDUWNEO

[]

PR P

b o
it pud o (ot ot o

) PR

[]

XMIT_D_LIST
XMIT_D_LIST
XMIT_O_LISTY
XMIT_D_LIST
XMIT_O_LIST
XMIT_O_LIST
XMIT_D_LIST

[]

Py Py

)

Sund S

b o P
b s Pt P P

{MAZURCZYK
,DEQNA JZGNA4 .BLT ;2

GLOBAL ROUTINE SEND_TEST_PACKET : NOVALUE

b fund P puld i

VAX-11 Bliss-16 v4,0-579

#SBTTL 'GLOBAL ROUTINE - SEND_TEST_PACKET '

1]
H

"
.

INPUT PARAMETERS:

[

D R N N 00 1ot prod e

2598

14:13:51
14:02:25

[}

None

[}

" ..
.

BEGIN
1 KX

WRITE ETHERNET STATION ADDRESS AND DATA PATTERN INTO THE TRANSMIT BUFFER

2573
2574
2575
2576
2577
2578
2579
2580
2581
2582
2583
2584
2585
2586
2587
2588
2589
2590
2591
2592
2593
€594
2595
2596
2597

2572

NN R A RN A NN AN N A 088 W

2571

b Pt Pt

v01.0

St G

ZGNAR4

S-Jul-1984
5-Jul-1984

RESET_ DEGNA (

);

INCR INDEX FROM O T0 S DO
BEGIN
XMIT_BUFFER
XMIT_BUFFER
END;

|
(

.INDEX )
.INDEX

XMIT_BUFFER [ PKT_TYPE
XMIT _BUFFER [ PKT_TYPE
XMIT_BUFFER [ PKT_TYPE

]
« 1
« 2

=
=

_TARGET_ADR
_TARGET_ADR

)

)
]

LPB_PKT;
SKIP _CNT;
= RFC;

[
[

(
(

PHA_INDEX
PHA_INGEX

& 6
& 6

)
)

«
«

¢
¢

CONVERT SETUP PACKET SIZE FROM BrTE COUNT TO WORD COUNT AND SET uP
DESCRIPTOR LISTS

RBUF _LENGTH = PKT_LENGTH «
XBUF _LENGTH

(

14;

.RBUF _LE NGTH

-1

);

.INDEX

,INDEX

];
);

SEQ 0267
Page

(24)

J5
CZGNACO DEQNA FUNCTIONAL TEST
GLOBAL ROUTINE - SEND_TEST _PACKET

2624
2625
2626
2627
2628
2629
2630
2631
2632
2633
2634
2635

[ d AV VR VL SR VIS R VY VIV R V) 8

ZGNAS
v01.0

SET_RDESCR_LIST (
SET_XDESCR_LIST (
Yoo

S-Jul-1984
5-Jul-1984

14:13:51
14:02:25

VAX-11 Bliss-16 Vv4,0-579

[(MAZURCZYKK.DEQNAJZQNA4
.BLI; 2

PUT_BIT ( CSR, LB, EXT_LOOPBACK
XMIT_AND_RCV_PACKET ( );
END;

.SBTTL

SEND.TEST.PACKET GLOBAL ROUYTNE

- SEND_TEST_PACKET

000004
000006

005000
116060

000162G 0000006

000014

116060

000162G 000006G

MOvB

TARGET.ADR+162(R0O),XMIT
.BUFFER -6(RO)

000022
000024
000030
000032
000040
000044

005200
020027
003766
112737
105037
112737

000005

iNC
cMP
8LE

RO
RO, #5

002752
002752

012737
012700
006200
005400
010037
010046
012746
004737
013716
012746
004737
013700
0527€0
004737
062706
000207

MOvVB

CLRB

MOvB
MOV
MOV
ASR
NEG
MOV
MOV
MOV

000000G

0000006

120000

JSR

003234
0000006
120000
003312’
0000006
001400
000016
000000V
000006

Maximum stack

SEND.TEST.PACKET::
PC,RESET.DEGNA
JSR
:
RO
CLR
: INDEX
TARGET.ADR+162(RO) ,XMIT.BUFFER(RO) ;
1s:
MOvVB

000220
0000146
0000156
000001
000016G

; Routine Size:

2636

(24)

);

000324

SET DEQGNA TC EXTERNAL LOOPBACK MODE AND SEND LOOPBACK PACKET

004737

;

Page

.XBUF _LENGTH, VE );
.XBUF _LENGTH, VE );

000000

000052
000060
000064
000066
000070
000074
000076
000102
000166
000112
000116
000122
000126
000134
000140
000144

SEQ 0268

Sl flords .

depth per

MOV
MOV

JSR

MOV

8IS
JSR

ADD
RTS

Routine base:

invocatior:

words

AC$CODES

1$
0220,XMIT .BUFFER.+14
XMIT.BUFFER+15
01,XM
. BUFFER.16
IT
02752 ,RBUF .LENGTH
92752,R0

RO
RO
RO, XBUF .LENGTH

©-60000, -(SP)

PC,SET.RDESCR.LIST
XBUF _LENGTH
(SP)
,

0-60000, -(SP)
PC,SET.XDESCR.LIST

REG.ADR,RO
21400, 16(RO)
PC.XMIT,AND.RCV.PACKET

96,SP

S462

2605
2607

»(INDEX),«(INDEX)

2609

s *(INDEX),+(INDEX)
s INDEX
: INDEX,*

2610
2607

;

2613
2614
2615
2622
2623

;

XBUF .LENGTH, s

2625

2626
2632

2633
2599
2573

I<S
CZQNACO DEGNA F UNCTIONAL TEST

ZQNA4
vo1.0

GLOBAL ROUTINE - XMIT_AND_RCV_PACKET

2641
2642
2643
2644
2645
2646

2647

= DD PO N T R NN

2648
2649
2650
2651
2652
2653
2654
2655
2656
2657
2658
2659
2660
2661
2662
2663
2664

GLOBAL ROUTINE XMIT_AND_RCV_PACKET : NOVALUE

GLOBAL ROUTI NE

initiates transmit and receive operations,

.JOP_TABLE { RLO_ADR

)

RCV_ D_LIST;

.IOP_TABLE (
.I0P_TABLE (

]
)

XMIT_O_LIST;
0;

.IOP_TABLE [ RHI_ADR ]
XLO_ADR
XHI_ADR

END;

005077
012777
005077
000207

0000066

.SBTTL

MOV

CLR

MOV

000000G 000010G

11 words,

XMIT_AND.RCV.PACKET GLOBAL ROUTINE

XMIT _AND.RCV.PACKET::

CLR

0000126

: Maximum stack depth per
1
1

BEGIN

000006
000012
000020
000024

2665
2666

(25

INPUT PARAME TERS:

000000G 000004G

H
:

Page

XMIT_AND_RCV_PACKET

This routine

012777

Size:

(MAZURCZYK,.DEGNAJZGNA4
.BLI:?2

SEQ 0269

DESCRIPTION:

000000

Routine

VAX-11 Bliss-16 Vv4.0-579

2640

14:13:51
14:02:25

#SBTTL ‘GLOBAL ROUTINE - XMIT_AND_RCV_PACKET

L
d

ot 9= gt ot b b Pt pod Pt oot [t Pt b Pt ot st Pt b Pt

2637
2638
2639

5-Jul-1984
5-Jul-1984

RTS
Rout ine Base:

invocation:

O woras

AC$CODES

ORCV.D.LIST,3I0P.TABLE
-4

8I0P.TABLE+6

OXMIT.D.LIST,9IO0P.TABLE+10

aI0P.TABLE+12

+ 5630

- XMIT_AND_RCV_PACKET
2658
2659
26¢€1
2662
2639

L5
ZQNA4
v01.0
:

:
:
:

2667

CZQNACO DEQNA FUNCTIONAL TEST
GLOBAL ROUTINE - XMIT_ILOOP_PACKET ( P3 )
1

#SBTTL ‘GLOBAL ROUTINE - XMIT_ILOOP_PACKET ( P3 ) ¢

GLOBAL ROUTINE XMIT_ILOOP PACKET ( P3 ) : NOVALUE

2668

2670
2671
2672

1
1
1

2669

2673

Yoo
'

GLOBAL ROUTINE :

DESCRIPTION:

2674

2676

2678

2680

268

2686

2688

:
:
:

2675

2677

2679

261

2683
2684
2685

1
1
2

This routine

INPUT PARAMETERS:

BEGIN

SET_RDESCR_LIST (
SET_XDESCR_LIST (

2692

XMIT_AND_RCV_PACKET (

2694

.JOP_TABLE [ CSR ] = EENABLE;

:
:
:
H
:

H
:
:
H
H
H

H
:

:
:
:
;
H
:
:

2691

2693

2695
c696
697
2698
2699

2
2
2
3
3

2701
2702
2703
2704
2705

3
3
2
3
3

2708
2709
2710
2711
2712
2713
2714

2
2
2
2
2
2
1

2700

2706
2707

000000

.XBUF _LENGTH, VE );
.XBUF _LENGTH, VE );
);

.P3 EQLU ONE
THEN
BEGIN
CHK_RIXI_STATUS ( ONE

);

CHK_CSR_STATUS

( CSR_STATUS, CSR_MASK );

CHK_CSR_STATUS
CHIC_RCV_STATUS

( CSR_STATUS, CSR_MASK );
( RFLG_STATUS, RWD13_STATUS );

CHK_RCV_STATUS
( RFLG_STATUS, RWD16_STATUS
END
ELSE
BEGIN
CHIK_RIXI_STATUS ( ZERO );

3
3

004737

53
(26)

2
2

Page

2689
2690

:
H

SEQ 0270

P3 - selector

CLR_DESCR ( );

2687

VAX-11 Bliss-16 v4.0-579
(MAZURCZYK ,DEQNA ]JZGNA4 .BLI ;2

XMIT_ILOOP_PACKET

5-Jul-1984 14:13:51
5-Jul-1984 14:02:25

END;

CHIK_XMIT_STATUS ( XFLG_STATUS,
COMPARE _PACKETS ( );
<, IOP_TABLE [ CSR ] = DISABLE;

XWD12_STATUS );

);

! 0'100220', 0°100220'
!

0'140000', 0’'044000’

' 0'100220°', 0°'100220'
! 0'140000', 0'000000'
! 0'140000', 0'000400'

END;

001206

LSBTTL

XMIT.ILOOP.PACKET GLOBAL ROUTINE - XMIT_ILOOP_PACKET ( P3 )

JSR

PC,CLR.DESCR

XMIT. ILOOP.PACKET:

;

2687

M5
CZQNACO DEGNA FUNCTIONAL TESI

ZGNA4

GLOBAL ROUTINE - XMIT_ILOOP_PACKET ( P3 )

v0l1.0

000004
000010
000014
000020
000624
000030
000034
000040
000046
000054
000056
000062
000066
000072
000074
000100
000104
000110
000112
000114
000120
000124
000126
000132
000136

000140
000144
000150
000154
000160
000164
000170
000174

013746
012746

004737
013716

012746
004737
004737
012.17
0-.6627
(01016

(12716

004737
012716

(11646

C04737
012716
012746
000413
05016
004737
012716
011646
004737
012716
005046
004737
012716
012746
004737
004737
005077
062706
000207

MOV
MOV
JSR
MOV
MOV

0000006
120000
003234
0000006
120000

001312’
005630’
0v.2001
060010

JSR
JSR

MOV

000016G
000001

CMP

BNE
MOV

000001
001262’

001646
140000
044000

001262’

002336’
140000

000400
002040’
002616
0000166
000014

1
1

2689

2690

2692

10(SP),
01

;s P3,e

2696

91,(SP)

2694

JSR

PC,CHKK,CSR.STATUS
#-40000,(SP)

2701

B8R
CLR

2
(SP)

JSR

MOV

2s:

(26)

2700

JSR

001646
140000

MOV
MOV

100220

{MAZURCZYK,DEQNAJZGNA4 .BLI;2

SEQ 0271
Page

2699

MOV
MOV

1¢:

XBUF .LENGTH, -(SP)
#-60000, -(SP)
PC,SET.RDESCR.LIST
XBUF .LENGTH
(SP)
,
4-60000, -(SP)
PC,SET.XDESCR.LIST
PC,XMIT,AND.RCV.PACKETY
01,8I0P
. TABLE+16

VAX-11 Bliss-16 v4.0 579

MOV
MOV

100220

14:13:51
14:02:25

PC,CHKC RIXI.STATUS
@-77560,(SP)

JSR

CLR
JSR

MOV
MOV

JSR
JSR
CLR

ADD
RTS

AC$CODES
63 words,
Routine Base:
: Routine Size:
7 words
: Maximum stack depth per invocation:

2715
2716

S-Jul-1984
S-Jul-1984

(SP),-(SP)

PC,CHK,RIXI,STATUS
@-77560,(SP)

2705

2706

PC,CHKK,CSR,STATUS
#-40000,(SP)

2707

PC,CHK ,RCV.STATUS
#-40000,(SP)

2710

H
H

2711
2712

2669

(SP),-(SP)

-(SP)

PC,CHK
. XMIT STATUS
PC,COMPARE .PACKETS

aIOP.TABLE+16

@14 ,SP
(o

5656

2685

N5
CZQNACO DEQGNA FUNCTIONAL TEST
GLOBAL ROUTINE - TURN OFF _LED ( P1 )

ZQGNA4

2741
2742
2743

2744
2745

= 4t b o pud ot Pt pusd oub P
=2 00N

2725
2726
2727
2728
2729
2730
2731
2732
2733
2734
2735
2736
2737
2738
2739
2740

D N NN A N N N

2724

it o

2723

i Pk b b (o

2717
2718
2719
2720
2721
2722

v01.0

000000

010146

000002
000006
000012
000014
000020
000024
000026
000030
000034
000036
000042
000046
000050
000052

004737
012701
010146
012746
004737
022626
005201
020127
003766
016€46
004737
005726
012601
000207

;: Routine Size:
:

5-Jul-1984 14:13:51
5-Jul-1984 14:02:25

®#SBTTL ‘GLOBAL ROUTINE - TURN_OFF _LED ( P1

VAX-11 Bliss-16 v4.0-579
(MAZURCZvi<.DEGNAJZQGNA4
.BLI ;2

SEQ 0272
Page

)’

GLOBAL ROUTINE TURN_OFF _LED ( P1 ) : NOVALUE

]
[]

]
[}
[}

GLOBAL ROUTINE

TURN_OFF _LED

ODESCRIPTION:

This routine

INPUT PARAMETERS:

[}
[}
[}
1§

BEGIN
PREP_FOR_SETUP (

);

INCR INDEX]1 FROM 1 TO 14 DO
WRT_STATION_ADR ( .INDEX1, PHA_INDEX
XMIT_SETUP_PACKET

(

.P1

);

END;

.SBTTL

TURN.CFF .LED::
MOV

004314°

1¢:

000023
004122’

005046

22 words,

;
:

¢,INDEX]
INDEX1,e

INC
cHP

Rl
R1,016

:
:

INDEX1
INDEX1,e

MOV

4(sP),-(SP)

;s Pl,s

2742

151
MOV

(SP).
(sP).,R1
PC

:
:

2735
2719

JSR

Routine Base:

invocation:

4 words

2719
2737
2739
2740

01,R1
R1,-(SP)
023, -(SP)
PC,URT
. STATION.ADR

RTS

Meximum sterk depth per

)

MOV
MOV
MOV
JSR

BLE

00000V4

TURN_OFF _LED ( P1
:

cMP

000016

R1,-(SP)

JSR

000001

TURN.OFF.LED GLOBAL ROUTINE

ACSCODES

PC.PREP.FOR.SETULP

(SP)+,(SP)s

PC.XMIT.SETUP.PACKET

+ 6054

2739

B6
ZQNA4

CZQNACO DEQGNA FUNCYIONAL TEST

:
:
:

2746

2747
2748
2749

S-Jul-1984 14:02:25

GLOBAL ROUTINE - TURN_OFF _LED ( P1 )

v01.0
;.

S-Jul-1984 14:13:51

VAX-11 Bliss-16 v4.0-579
(MA
YK ,DEQNA
ZUR
JZGNA4
CZ
.BLT;?2

1
1
0

END
ELUDOM

0TS external references
.GLOBL
$SAVE3, $SAVE?
PSECT

Psect Name

SUMMARY

Words

ACSCODE S

Attributes

1580

RO,

LCL,

REL,

CON

Library Statistics
-------- Symbols
Total
Loaded

File

DISYSUSER2:
[MAZURCZYK . DEQNAJGNALIB.L16;2

223

133

-------Percent

Pages
Mapped

Processing

00:00.0

CCMMAND QUALIFIERS

LISS/PDP11 ZGNA4 . BLI/LIST=ZQNA4.LIS/0BJECT=ZQANA4.0BJ/SOURCE=FAGE
:53
Size:
Run Time:
Elapsed Time:

Lines/CPU Min:

15680 code +
00:48.5
04:48.1
3402

Leremes/CPU Min: 24486
Memory Used:
236 pages
Compilation Complete

O date words

Time

SEQ 0273

Page

56
(27)

Cé
CZANACO DEQNA FUNCTIONAL TEST

0001
0002

0003
0004
0005
0006
0008
0009
0010

1500
1501

ropopa bt bt OOOOOO

ZANRS

5-Jul-1984 14:18:44
5-Jul-1984 14:02:44

VAX-11 Bliss-16 v4,0-579
(MAZURCZYK.DEQNA
JZGNAS .BLT ;2

MODULE ZQGNAS (STITLE ‘CZQNACO DEGNA FUNCTIONAL TEST’
IDENT = 'V01.0',
ADDRESSING _MODE(ABSOLUTE)
)

#SBTTL

'LAST ADDRESS AND SETUP SECTION’

BEGIN

LIBRARY

REQUIRE

'QNALIB';

'BLSMAC.REQ’;

1 <BLF /NOFORMAT>

! GNALIB LIBRARY
! DIAGNOSTIC SUPERVISOR LIBRARY

S5EQ 0274

Page

(1)

D6
CZGNACO DEGQNA FUNCTIONAL TEST
LAST ADDRESS AND SETUP SECTION

ZQNAS
vol1.0
1502
:
1503
:
: P 1504
1505
:
1506
:

2
2
2
2
1

S-Jul-1984
5-Jul-1984

LASTAD
BGNSETUP(1);
BGNPTAB
ENDPTAB
ENDSETUP

000000

.PSECT
: . WORD
BLSLAS:
. WORD
T$FREE:
: .WORD

000004
000001

LSLASTas
=
T$PTHV

000207

$END.LINK:

: Routine Size:

Maximum stack

:
:
:

1507
1508
1509

1
1
0

1 word,

depth per

Psect Name
$Xv2$

;

2
H

$xvZs,

T$FREE
<<TSFREE-<BLS$LAS+4>>/2>
0

4
BLSLAS
1

.SBTTL

$END.LINK LAST ADDRESS AND SETUP SECTION

RTS

1499

$XYZ§ . 0006

Attr ibutes

Words

RO .

DISKSUSERZ:[MAZURCZYK ,DEQNAJQNALIB.L16;2

Page

REL,

LCL,

CON

Library Statistics

File

" SEQ 0275

TEST

PSECT SUMMARY

;

0 words

;Vgl.OI

END
ELUDOM

;

Rout ine Base:

invocation:

VAX-11 Bliss-16 v4.0-579
(MAZURCZYK.DEQGNA
JZGNAS .BLI ;2

NUMBER OF P-TABLES

ZANAS CZQNACO DEGNA FUNCTIONAL

LTITLE
. JIOENT
.ENABL

000000
000000
000002
000004

14:18:44
14:02:44

Symbols -------Percent

Total L.oaded
22

Pages
Mapped

Processing
Time

00:00.1

E6
CZGNACO DEGNA FUNCTIONAL TEST

LAST ADDRESS AND SETUP SECTION

ZQNAS

v01.0

5-Jul-1984 14:18:44

5-Jul 1984 14:02:44

COMMAND QUALIFIERS

BLISS/PDP11 ZQGNAS.BL1/LIST=ZQGNAS.LIS/0BJECT=ZQNAS.08J/SOURCE=PAGE:53
Size:

Run Time:
Elapsed Time:

Lines/CPU Min:

1 code + 3 data words

Lexemes/CPU-Min:

00:06.3
00:20.2
14486

76252

101 pages
Memory Used:
Compilation Complete

[nAzunczn'(?sEouAJzégag,gu,2

VAX-11 Bliss-16 V4.0-57

5EQ 0276

Page .3

0013
0014

0015
0016
0017

0018
0019
0020
0021
0022
0023
0024
0025
0026

0027

0028

0029

0030
0031
0032
0033
0034
003S
0036

Pt et e

0010
0011
0012

O QOO OO

0007
0008
0009

Ot pt pt pt pt gt gt pt pt Pt O QO O OI 4t pt I

0001
0002
0003
0004
0005

OOO0OOOOOO

5-Jul-1984 14:03:17
2-Jul-1984 17:11:54

VAX-11 Bliss-16 V4.,0-579
(MAZURCZYK,DEQNA JQNALIB.R16;1

]
.

'
q

DEFINE DATA STRUCTURES IN THIS SECTION

]

STRUCTURE

REG.STR [ O, P,

S, E

BEGIN

! DEFINE ACCESS ALGORITHM

LOCAL TMP_LOCATION;
TMP _LOCATION = .(REG_STR

TMP LOCATION
END < ¢, S, E >;

STRUCTURE

ADR_ STR [ O, P,

BEGIN

! DEFINE ACCESS ALGORITHM

LOCAL TMP_LOCATION;
TMP_LOCATION =

. wUPVAL ¢« 0) <O,%BPVAL,0>;

(ADR_STR

+ SUPVAL

s 0)

<O,%BPVAL,0>;

TMP _LOCATION

END < P,

»>;

STRUCTURE
LBLoCk ( 0, P, S, E,
BEGIN

! DEFINE ACCESS ALGORITHM

CASE I FROM O T0 2 OF
SET

{0)

TES;

END < P,

]'( LBLOCK « O * SUPVAL );
.

"C .LBLOCK + O + #UPVAL );
J):

(

.LBLOCK
E

»>;

+ O + SUPVAL

);

SEQ 0277
Page

(1)

0037
0038
0039
0040
0041
0042
0043
0044
0045
0046
0047
0048
0049
0050
0051
0052
0053

0055
0056
0057
0058
0059
0060
0061
0062
0063

0065
0066
0067
0068
0069
0070
0071
0072
0073
0074

(eJeJoYoJoloXoJotofeJoYeoToéNotolboNoJotoYoToYo
o oYoJoRoXo oto o ooNo o o ol

XXX

IXIXXZX

S$-Jul-1984 14:03:17
2-Jul-1984 17:11:54

VAX-11 Bliss-16 V4.0-579
(MAZURCZYK .DEGNAJGNALIB.R16:1

[

'
|

MACRO DEFINITIONS

MACRO

TST_BIT (

( IF (

ADDR, EXPECTED

) =

.ADDR AND EXPECTED ) EQLU EXPECTED

THEN
TRUE

ELSE

FALSE

)%,

PUT_BIT ( OFFSET,
BEGIN

(

POSITION,

IMAGE

.REG_ADR + wUPVAL & OFFSET

END%,

)

)< #FIELDEXPAND ( POSITION ) > = IMAGE;

GET_STATION_ADR ( OFFSET, POSITION,
BEGIN

(

.STATION_ADR « OFFSET

ENO‘.

IMAGE

) =

)< ®FIELDEXPAND ( POSITION )

= IMAGE;

Qoo
[}

]

THIS MACRO GETS BITS SPECIFIED BY THE FIELD NAME " POSITION “

AND MZMORY LOC SPECIFIED BY (.REG_ADR

+ SUPVAL ¢ OFFSET)

]

i--

GET_BIT ( OFFSET, POSITION ) =

.REG_ADR [ OFFSET, POSITION ) s;

SEQ 0278
Page

(2)

0113

0114
0115

0116
0117
0118
0119
0120
0121
0122
0123
0124

0125
0126
0127

P_CLOCK

PWR_DELAY
M1_DELAY
M3_DELAY

STEPL

Ny
P
W
WY
[T XY

M4 _DELAY

BN BN DK BN I

BN ]

MS_DELAY
TIMEL _LIMIT
TIME2 _LIMIY
TIMES_LIMIT
TIMEA _LIMIT
TIMES _LIMIY
TIMEG _LIMIT
TIME7 _LIMIT
TIMES _LIMIT
TIME9_LIMIT

WY
R N

M2_DELAY

[ WTRT
RNY

L_CLOCK
NO_CLOCK
CLEAR_FLG
SET_FLG

OOMre

ZERO
ONE
DISABLE
EENABLE

WY ¥Y

YES
FALSE
TRUE

HOFROFROO

BN I

0100

0101
0102
0103
0104
0105
0106
0107
0108
0109
0110
0111
0112

LITERAL

L I

0096
0097
0098
0099

PROGRAM LITERALS

50,
100,

DELAY
DELAY
DELAY
DELAY
DELAY
DELAY
DELAY
DELAY
DELAY

LOOP ITERATION COUNT
LOOP ITERATION COUNT
LOOP ITERATION COUNT
LOOP ITERATION COUNT
16K LOOP ITERATION COUNT
LOOP ITERATION COUNT
LOOP ITERATION COUNT
LOOP ITERATION COUNT
LOUP ITERHKTION COUNT

0075
0076
0077
0078
0079
0080
0081
0082
0083
0084
0085
0086
0087
0088
0089
0090
0091
0092
0093
0094
0095

Q0000000000000 O0O0O0O0O0O0O0O0O0O0000O0O00000O0O0O0O0OO0O00VO0O0O0O0OOO0O0O00

S-Jul-1984 14:03:17
2-Jul-1984 17:11:54

RLO_ADR
RHI _ADR
XLO_ADR
XHI _ADR

IOP_LO_ADR
I0P_HI_ADR
I0P_SIZE
I0P_ADR
10P_VEC

s0'16’,

0.
2.

1/0 PAGE REGISTER SIZE
OFFSET TO DEVICE ADDRESS
OFFSET TO DEVICE VECTOR ADDRESS

VAX-11 Bliss-16 V4,0-579

[MAZURCZYK,.DEGNA JGNALIB.R16;1

SEQ 0279
Page

3
(3)

0128
0129
0130
0131
0132
0133

OCO0O0O00

S-Jul-1984 14:03:17
2-Jul-1984 17:11:54

I0P _BRL
INT_VEC

4,
6,

CSR
WORD _LIMIY

€0’ 177777,

! OFFSET TO DEVICE BR LEVEL
'

VAX-11 Bliss-16 v4.0-579

(MAZURCZYK.DEQGNAJGNALIB.R16:1

SEQ 0280
Page

0143

0144
0145
0146
0147
0148
0149
0150
0151
0152
0153
0154
0155
0156
0157
0158
0159

0160
0161
0162
0163
0164
0165
0166
0167
0168
0169
0170
0171
0172
0173
0174
0175
0176
0177
0178
0179
0180
0181
0182
0183
o184

VAX-11 Bliss-16 v4.,0-579
[MAZURCZYK.DEQNAJGNALIB.R16;1

teo
.

DESCRIPTOR LIST DEF INITIONS

D_FLAG_WD
D_DESCR_BITS
D_HI_ADR
D_LO_ADR
D_WD_COUNT
D_WD1_STATUS
D_WD2_STATUS

VMO WNr
O

0134
0135
0136
0137
0i38
0139
0140
0141
0142

[eXeYaYoloYoYolododoloRo oRetoJoYoRotoYotoolodotododoTofotaloRotofolofo
otedootetoYo e oo oto o ool

B¢

0¢

G¢

V¢

5-Jul-1984 14:03:17
2-Jul-1984 17:11:54

D1_OFFSEY
D2_OFFSET

18,
36.

T_SIZE

120,
128,
DESCR_SIZE / 2,

DESCR_SIZE
0_SIZE
B8D_D_SIZE
BUF _SIZE
8_SIZE
SETUB_SIZE
BYTE _COUNT

STATUS WORD O,

!
!

16,
4096,

PROM_SIZE

BUF _SIZE / 2,
256,
- ( BUF_SIZE 7 4
2096.

SA_RBL

%0'177775",

CHSUM_OFFSET

PKT_LENGTH
MAX_LENGTH

LEGAL _LENGTH
ILLEGAL _LENGTH
LPB_PKT

PKT_TYPE

SKIP_CNT

RFC
PKT_DATA

SHORTEST _PACKET
LONGEST _PACKET
LSPL

PHA _INDEX

1500,
1534,
1514,
1536,
800220,
12,

1,
15,
60,
1514,
1514,
19,

Ko _VEC_LOC
PF_VEC_LOC

%0’ 000060’
,

KB _ADDR
KB _ENABLE

,
#0'177560'
#0'000100°,

CPU_LED

FLAG WORD

,
80’ 000024°

#0°'177524°
,

STATION ADR RCV BUF LENGTH -

3 WDS

PACKET LENGTH
PACKET LENGTH

LEGAL PACKET LENGTH
ILLEGAL PACKET LENGTH
LOOPBACK PACKET
PACKET

TYPE

'
]

SHORTEST SETUP PACKET LENGTH
LONGEST SETUP PACKET LENGTH
LONGEST SETUP PACKET LENGTH
PHYSICAL

ADDRESS

INDEX

THE

TARGET _ADR VECTOR

INPUT CONSOLE TERMINAL VECTOR LOC

POWER FAIL VECTOR LOCATION
TURN OFF CPU LED LIT ON DCOK

CONSC_E TERMINAL INPUT ADDRESS
ENABLE CONSOLE TERMINAL INPUT

SEQ 0281
Page

S
(4)

PATRN1
PATRNZ2

%0’ 100220,

%0’ 000062’
,
%0’ 000060’
,

%0’ 100220°
,
#%0°'010376°,

TRANSCEIVER POWER (
TRANSCEIVER POMWER (

%0'167777',
%0° 010000’
,

XC
XC

- BIT
- BIT

NXM_LO_ADR
NXM_HI_ADR

%0’ 160000,
#0' 000077,

NXM ADDESS
NXM ADDRESS

XFLG_MASK
X1 _MASK
XWD1 _MASK
XWD2 _MASK
XFLG_STATUS
XW011_STATUS
XWD12_STATUS

0’ 140000’ ,

#0‘ 100000
,
#0°' 157760’ ,
$0°' 037777,
%0’ 140000’
,
%0’ 000000’
,
#0' 000400,

TRANSMIT
TRANSMIT
TRANSMIT
TRANSMIT
EXPECTED

XW014 _STATUS

#0°' 047600’ ,

EXPECTED TRANSMIT STATUS WD 1

RFLG_MASK
R1_MASK
R2 _MASK
RWO1 _MASK
RWO2 _MASK
RWD1_STATUS
RWD11_STATUS
RWD12_STATUS
RWD13_STATUS
RWO14 _STATUS
RWD15_STATUS
RWD16_STAIUS

#0° 140000°
,

RECEIVE
RECEIVE
RECEIVE
RECEIVE
RECEIVE

RFLG_STATUS

%0’ 140000,

EXPECTED RECEIVE FLAG WORD

RHL _MASK
RLL _MASK

#0’' 003400’ ,

RCV HIGH ORDER LENGTH BITS
RCV LOW ORDER LENGTH BITS

#0’' 044000° ,

%0’ 000377,

FLAG WORD MASK BITS
STATUS WD 1 MASK BITS
STATUS WD 1 MASK BITS
STATUS WD 2 MASK BITS
TRANSMIT FLAG WORD

EXPECTED TRANSMIT STATUS WD 1
BIT 8 IS SET IN INTERNAL LOOOPBACK MODES

BIT 8 IS RESEYT IN EXTERNAL LOOOPBACK MODES

s po

FLAG WORD MASK BITS
STATUS WD 1 MASK BITS
STATUS WD 1 MASK BITS
STATUS WD 1 MASK BITS
STATUS WD 1 MASK BITS
EXPECTED RECEIVE STATUS WD
EXPECTED RECEIVE STATUS WD
EXPECTED RECEIVE STATUS WO
EXPECTED RECEIVE STATUS WD
EXPECTED RECEIVE STATUS WD
EXPECTED RECEIVE STATUS WD
EXPECTED RECEIVE STATUS WD
b

0’ 140000° ,
#0'177417°,

)
)

- LOW ORDER BITS
- HIGH ORDER BITS

b et gt

0’ 100000’
,
#0'174017',

12
12

CSR STATIC BITS
CSR STATIC BITS

= #0°'001411°,
= %0'001471’,

WY ¥T XY

0213

0214
0215
0216
0217
0218
0219
0220
0221
0222
0223
0224
0225
0226
0227
0228
0229
0230
0231
0232
0233

CSR_STATUS
CSR1_STATUS
CSR2_STATUS
CSR_MASK
CSR1_MASK
CSR2 _MASK
CSR3_MASK

XL S

0209
0210
0211
0212

TRANSMIT, RECEIVE AND CSR STATUS AND MASK WORD DEFINITIONS

0207
0208

VAX-11 Bliss-16 v4,0-579
(MAZURCZYK.DEGNAJGNALIB.R16;1

0206

14:13:17
17:11:54

[ XY RY Y ¥

0185
0186
0187
0188
0189
0190
0191
0192
0193
0194
0195
0196
0197
0198
0199
0200
0201
0202
0203
0204
0205

OCO0O0000000000O0O0O0O0O0O0O0O00VOO0O0O0O00O0O0O00O00O0O0O0O0O0O0O0O0OOOOO0O

G°

V¢

S-Jul-1984
2-Jul-1984

SEQ 0282

L6
5-Jul-1984
2-Jul-1984
o234

too

0235

0237
0238
0239

0
O
O

0236

0240
0241
0242
0243

H
!--

14:03:17
17:11:54

VAX-11 Bliss-16 v4,0-579

(MAZURCZYK ,DEQNAJGNALIB.R16;1

BUFFER DESCRIPTOR / CHAIN DESCRIPTOR BIT DEFINITIONS

O
O
O
0

v
C
E
)

= #0'100000',
= #%0°'040000',
= %0'020000',
= #0°'010000',

!
!
!
!

0
O
O

Nt W8
LASTD
VE

! BUFFER NOT USED IF 1
! LAST DESCRIPTOR IN CHAIN
!

0249
0250

O
O

VH
vC

= #0'100000°,
= #0°'100000',
= #0'120000',
= #0°'100200°',

0252
0253
0254

O
O
O

VSE
VSEL
VENXM

= #0’' 130000,
= #0'130200°,
= #0'120077',

= #0'100300°',

0256
0257
8528

O
0
8

XLRL _SET
ILEL _SET
ILEL _CLR

= #8°'11',
= #8'11',
= %8:'00',

0260
oc6l
856%

O
O
8

INT_LOOPBACK = #8°'00°’,
INX_LOOPBACK = #8‘'10’
EXT_LOOPBACK = %8°'11',

! INTERNAL LOOPBACK MODE
! INTERNAL/EXTENDED LOOPBACK MODE
! EXTERNAL LOOPBACK MODE

0264
0265
0266
0267
0268
gggg

O
O
O
O
O
8

N_MODE
P_MOOE
A_MODE
LEDL
LED2
LED3

! ENABLE NORMAL MODE OF OPERATION
! ENABLE PROMISCUOUS MODE OF OPERATION
! ENABLE ALL MULTICAST MODE OF OPERATION
! TURN OFF LED 1
! TURN OFF LED 2
! TURN OFF LED 3

0244

0245
0246
0247
0248

0251

0255

°©

VHL

= #0°'100100',
= #0’' 140000,

=
=
=
=
=
=

#0' 000200’
,
%0‘'000202',
#0°'000201’,
#0'000204',
#0'000210',

#0'000214',

VALID ADDRESS IF 1
CHAIN ADDRESS IF 1
END OF MESSAGE IF 1
SETUP MODE PACKET IF 1

!
!
!
!
'

! XMIT AND RCV LISTS INVALID
! INTERNAL AND EXTERNAL LOOPBACK BITS
! INTERNAL AND EXTERNAL LOOPBACK BITS

SEQ 0283
Page

(6)

0271
0272
0273
0274
0275
0276
0277
0278

0279

0280
0281
0282

0283
0284

0285

0286
0287
0288
0289
0290

eJoJoYoToloRoToslotoYoToXoRoYo
o ototeo!

S-Jul-1984
2-Jul-1984
Yoo

STATION ADDRESS CONSTANTS
!
!
!

HIGH STATION ADORESS BITS
MIDOLE BITS
LOW STATION ADDRESS BITS
! ACTUAL CHECKSUM INDEX

SADR1 = O,
SADRe = 1,
SADR3 = 2,

CHSUM = 3,
Yoo

14:03:17
17:11:54

HARDWARE AND SOF TWARE P-TABLE EQUATES
SWP SIZE

HWP_SIZE

SET_IT
CLR_IT

=S,
=

=1,
= 0;

! SOF TWARE P-TABLE SIZE ( WORDS
! HARDWARE P-TABLE SIZE ( WORDS

)
)

VAX-11 Bliss-16 V4.0-579

(MAZURCZYIK.DEGNAJQNALIB.R16;1

SEQ 0284
Page

8
(7)

N6
5-Jul-1984
2-Jul-1984

0291

0293

0292

0294
0295
0296

0297
0298
0299

0300
c301
0302
0303
0304
0305
0306
0307
0308

0309
0310
0311
0312
0313
0314
gglg
1

O
O
O

O
O
O
O
O
O
O
O
O
0O
O
O
O
0
0O
8

!
'--

THE CONTROL AND STATUS REGISTER BIT DEFINIIIONS

FIELD
IOP_FIELDS
SET

RE
SR
NI
80

XL
RL
IE
XI
IL
EL
SE
X1
XC

= (0,1,
=[ 1,1,
= [ 2,1,
= [ 3,1,
= (4,1,
=[S, 1,
= [ 6, 1,
= [ 7,1,
= (8,1,

0],
0 ),
0],
0],
0],
0),
0 ),
0 ),
0 ),

CA
X2
RI

=[ 9,1,
= (10, 1,
= (11, 1,
= [12, 1,
= [13, 1,
= (14, 1,
= [15, 1,

0
O
0
0
0
O
0

),
),
),
),
),
],
],

=(8,2,0]),

8;58

ALL _BITS= [ 0,16, O ],

0321
0322
0323
0324
0325

O
0O
0
0O
0

LO_NIBBLE
HI_NIBBLE
LOBYTE
HI_BYTE
ST.ADDR

= ([ O,
= [ O,
=[O0,
= ( O,
= [ O,

0328
0329
0330
0331
0332
0333

O
0
0
O
O
O

RCV_LO
RCVHI
XMIT LO
XMIT HI
VEC_ADR
VEC_ALL

2,
3,
4,
S,
2,
6,

8;%?

8;;;

VAX-11 Bliss-16 v4.0-579
(MAZURCZYK.DEGNA]QNALIB.R16;1

Tae

0317

0318

14:03:17
17:11:54

XLRL

ST.WORD

!
!
!
!

!
!
!
!
!
!
!
!
!
!
!
!

={4,2, 0!
O,
4,
8,
16,
8,

O ],
O ),
0],
O ),
0],

= [ 0, 16, 0 ),

=[
=« [
= (
= (
= [
= [

0, 16, 0 ],
0,
8,
.
O, 16, O ],
O, 8, 0 ],
8,
1.
O, 16, O ],

$2§,ALL =(7,0, 16, 0)
:

RECEIVER ENABLE
SOFTWARE RESET
NXM INTERRUPT
BOOT/DIAGNOSTIC ROM

XMIT LIST INVALIOD
RCV LIST INVALID
INTERRUPT ENABLE
XMIT INTERRUPT REQUEST
INTERNAL LOOPBACK MODE
EXTERNAL LOOPBACK MODE
SANITY TIMER ENABLE
RESERVED, UNUSABLE
TRANSCEIVER PWR
CARRIER
RESERVED, UNUSABLE
RCV INTERRUPT REQUEST

R/W (
R/W (
R
(
R/W (

R
(
R
(
R/W (
R/W (
R/W (
R/W (
R/W (
R
R

ACTIVE HIGH
ACTIVE HIGH
ACTIVE HIGH
ACTIVE HIGH
ACTIVE
ACTIVE
ACTIVE
ACTIVE
ACTIVE
ACTIVE
ACTIVE

)
)
)
)
)
)
)
)
)

HIGH
HIGH
HIGH
HIGH
LOW
HIGH )
HIGH )

( ACTIVE HIGH )
( ACTIVE HIGH )

R/W ( ACTIVE HIGH )

! LOOPBACK BITS

! XMIT AND RCV LISTS INVALID BITS
! FETCH WHOLE WORD

!
!
!
! GET WORD, ALL BITS
! STATION ADORESS LOW BYTE

! GET WORD, ALL BITS

!
!
!
¢
¢
!

RCV BUFFER DESCRIPTOR LIST LOW ADDRESS
RCV BUFFER DESCRIPTOR LIST HIGH ADDRESS
XMIT BUFFER DESCRIPTOR LIST LOW ADDRESS
XMIT BUFFER DESCRIPTOR LIST HIGH ADDRESS
INTERRUPT VECTOR ADDRESS
INTERRUPT VECTOR ADDRESS

! CONTROL AND STATUS REGISTER

SEQ 0285
Page

9
(8)

B7
VAX-11 Bliss-16 v4.0-579
(MAZURCZYK ,DEQNAJGNALIB.R16;1

TRANSMIT AND RECEIVE DESCRIPTOR LIST FIELDS

'
'

O©

O0O0OO0OOOO

ol Cd
d e
nd bd
e

O
O

XMIT OR RCV STATUS WORD
FIFO BUFFER OVERFLOW

et e
ol
el o

Nt
et
et bt

et e

O0O0O0O0O0CO0OO0O0OLO
O00

SET-UP PACKET IF 1
LAST DESCRIPTOR IN CHAIN ( END )
DESCRIPTOR HAS CHAIN ADDRESS IF 1
VALID ARDDRESS IF 1

XMIT OR RCV PACKET WORD LENGTH

[

(=5}

[

XMIT BUFFER BEGINS ON BYTE BOUNDARY
XMIT BUFFER ENDS ON BYTE BOUNDARY

LOW 16 BITS OF XMIT OR RCV BUFFER ADDRESS

[

[ond
[

[

o
[o)
(=]
[1,]

DESCRIPTOR BITS

o
o
O

o
o
8
¢
&
®
@

XMIT OF RCV FLAG WORD

[

O
o
e
®
®
®

W
o

DL LLLLLLDLD

VVWWVIWLW
O
~N

B_LEN
W_LEN
TES:

©®
&

Yo T T
Y
Yo Y o
T
T
T
Y
[l L
—

BSTAT

;‘.

OLINK

—

STWD2

TOR
RBLL

BEE BN NN NN BEE NN BN

ESETLP
LONGP
ERRSV
LSTD

RUNT

)

TWOL

STWo1
OvF
ABORT
STE16
NOCAR

L T T
—
—

LOADR

—

v_8IT

—

L_BIT
S_BIY
€_BIT
c_sIlv

0BITS

H_BIY

EEEENR]

FLGWO

o ro o s st e s

—

OL_FIELDS
SET

FIELD

[ I

0351

14:03:17
17:11:54

LI}

€4

B¢

O°

0345
0346

Q0000000000000 O0O0O0000O00000O00O00000O0O0O0O0OO0ODOLOOO0OO

0336
0337
0338
0339

S-Jul-1984
2-Jul-1984

SANITY TIMER ON AT POWER_ULP
NO CARRIER
RUNT PACKET

IN FIFO

CONTROL SET_UP OR LOOPBACK PACKET

LONG PACKET
ERROR SUMMARY
LAST DESCRIPTOR LIST
XMIT

OR RCV

RECEIVE

IN CHAIN

STATUS WORD 2

BYTE LENGTH (

LOW 8 BITS

)

DESCRIPTOR LINK PRE-FILL STATUS WD
BUFFER STATE

XMIT ODD/EVEN

! HWIGH ORDER ADR

SEQ 0286

Page

10
(9)

0381
0382
0383
0384
0385
0386
0387
o388
0389
0390
0391
0392
0393
0394
0395
0396
0397
0398
0399
0400

0401
0402

0403

0404

0405

OsT6

0407

0408

CON0O0OO0OO0O0O0O00O000O0O0O0O0O0O0OO0OOO0O000

S-Jul-1984 14:03:17
2-Jul-1984 17:11:54

HARDWARE P-TABLE FIELD DEFINITIONS

FIELD

WP _FIELDS
SET

ADDR

«= (0, O, 16, 0 ),

BRL

= {2, 0,

TES:;

16, 0 )

! I/0 PAGE BASE ADDRESS
! INTERRUPT VECTOR ADDRESS
! BR LEVEL

Soo

SOF TWARE P-TABLE FIELD DEFINITIONS

FIELD

SWP _FIELDS =
SET
ERR_CNT =
TES:

(0,0,16,0)

0 OF ERRORS BEFORE DROPPING DEQGNA

B¢

BLISS/PDP11 ONALIB.R16/LISTsQNALIB.LIS/LIBRARY=QNALIB.L16/SOURCE
-PAGE :53

(MAZURCZYK.DEGNA JGNALIB.R16;1

Too

COMMAND QUAL IFIERS

Run

VAX-11 Bliss-16 v4.,0-579

Time:
00:03.6
Elapsed Time:
00:06.9
Lines/CPU Min;
6837
Lexemes/CPU-Min;
:
46 peges
Memory
Used:
Library Precompilat.on Complete

S5EQ 0287
11

(10 )

D7
ZQNACO.EXE

TKB M40.02

Memory allocation map

14:19

S-JUL -84

SEQ 0288

Page 1

Partition name : DUMMY

Identification : V01.0
: (202,22]
Task VUIC

Task attributes: -HD
Totsl address windows: 1.
: 11232. words
size
image
Task
Task address limits: 002000 055677

R-W disk blk limits: 000002 000055 000054 00044,
ese Root segment:

R/W mem

ZGNAL

limits: 002000 055677 053700 22464.

Disk blk limits: 000002 000055 000054 00044.
Memory allocation synopsis:

AC$COD:(RO,I,LCL,REL,CON)
. BLK.:(RW,I,LCL,REL,CON?
$xvZ$ :(RO,I,LCL,REL,CON)

vol.
vOol.
vo1.

015112 007036 03614.

Vo1,

024150 000370 00248.

vol.

024540 022564 09588.
047324 006130 03160.

vol.

024540 022564 09588.

047324
055454
055454
055454
055670

006130
000000
000224
000214
000010

03160.
00000.
001438.
00140.
00008.

vol.

©°

024150 000370 00248,

AB$COD:(RO,I,LCL,REL,.CON)

00162.
00100.
05444,
05444,
03614.

ZGNAL, 08J; 2
ZAGNA2, 08J; 2

AA$COD:(RO,I,LCL,REL,CON)

$GLOBS: (RW,D,LCL ,REL,CON)

000242
000144
012504
012504
007036

ZGNAYL
., 0BJ; 2

$PLITS:(RO,D,LCL,REL,CON)

002000
002242
002406
002406
015112

ZGNAL
. 0BJ:2

002000 000406 00262.

F ile

ZAGNA2 08J;2

$CODES$: (RO, I, LCL,REL,CON)

Ident

ZGNA3, 08J; 2

Section

ZGNA4 08J; 2

CZQNAA
v01.0
ZGNRS

B16SAV.08J;2
ZANAS
. 08U; 2

Global symbols:

ADR
8D.PRO
8170
81700
81101

BIT02
81703
81704
81105
81106
81707
BIT08

81709

000020
014300-R
000001
000001
000002
000004
000010
000020

000040
000100
000200
000400
001000

8IT]1
BITIO
B8IT11
8IT12
BIT13
B8ITi4
8IT1S
BIT2

8113
8114
eITS
8Iv6
8117

000002
002000
004000
010000
020000
040000
100000
000004

000010
000020
000040
000100
000200

81718
8IT9
BLSLAS
80¢
BUF .LE
CHECKS
CH<.CS
CH(,RC

CHiK,RI
CHK, XM
CLR.BU
CLR.DE
COMPAR

000400
001000
055670-R
000400
015026-R
015024
-R
051172-R
051662-R

050606-R
0S51364-R
050560-R
050532-R
052142-R

COUNTE 015016-R
CSR. WO 015030-R
-R
DATA.8 003006
-R
DEQGNA. 015014
-R
DESCR, 002406
OFSTBL C02210-R
DOWN.
C 015022-R
DS$PCNTY 002122-R
EF.CON 000036
EF .NEW
EF .PWR
EF .RES
EF.STA

000035
000034
000037
000040

-R
ERRBLK 002204
-R
ERRMSG 002202
-R
ERRNBR 002200
-R
S 047324
ERROR
ERRTYP 002176-R
ERR,.CO 015040-R
-R
ERR
. FL 015036
-R
ERR.NU 015034
-R
ETH.ST 014054

002312-R
002322-R
-R
002336
-R
002346
002362-R
002370-R
-R
002376
HOE
100000
HP, TAB 002210-R

-R
GET.ARD 015004

10V
IER

000004
EvL
E1SREP 047630-R
FORM,
H 053722-R

GPs1
GP$2
GPs3
GP$4
GP$5
GP$6
GP$7

, TA 014773 R
HWP
1BE
010000

000040
020000

015012-R
015002-R
014034 R
000100
IXE
004000
-R
K8D.IN 055642
040000
LOE
000010
LoY
002110-R
L$ACP
LS$APT
002036-R
-R
024520
L$AV
002070-R
LSAUT
-R
LSAUTO 024462
INTERR
I10P.DA
IOP.TA
ISR

E7
ZGNACO. EXE
ZGNA1L

Memory allocation map

002106-R
024474 R
002032-R
002011-R
002260-R
002076 R
002060-R
-R
L$DISP 002124
002116-R
LSOLY
002040-R
L$DTP
-R
L$DTYP 002034
-R
024506
LSOV
002072-R
L$OUT
-R
LSOVTY 002242
LSEF
LSENVI
LSERRT
LSETP
LSEXP]
LSEXP4
LS$EXPS
L $HARD

LS$HIME
L$HPCP
L$HPTP
L $HRDL

002052-R
-R
002044
002176-R
002102-R
-R
002046
-R
64
0020
-R
002066
002312-R
002120-R
002016-R
-R
002022
002310-R
002210-R
-R
002206

L$MREV
L $NAME
L $NDHR
L $NDHW
L $NOSF
L $NOSW
L$PRIO
L$PROT
LS$PRY
LS$REPP
LS$REV
LS$RPT
LSSFTL
LS$SOFT
L$SPC
L$SPCP
LS$SPTP
L$STA
L$SW
LSSWE
LS$TEST
LSTIML
LSUNIT

002050-R
002000-R
002332-R
-R
002214
-R
002404
002232-R

002042-R
-R
002234
002112-R

-R
002062
002010-R
024160-R
002334-R
002336-R
-R
002056
0-R
00292
-R
002024
30-R
0020
002220-R
-R
002216
002114-R

-R
002014
002012-R
-R
015444
015502-R
-R
015564
015652-R
015756-R
016050-R
016142-R
-R
016234
016326-R
016420-R
016512-R

-R
LSLAST 055674
LSLOAD 002100-R
LSLUN
002074 R

MSGOO
MSGO1
MSGO2
MSGO3
MSGO4
MSGOS
MSGO6
MSGO7?
MSGO8
MSGO9
MSG10

sss

statistics:

LS$HWE

~$ICP

-R
002104

LSINIY 024450-R
-R
LSLADP 002026

Task

bu:lder

Tota]l work

Work
Work

14:19

S-JuL -84

L$CCP
L$CLEA
L$CO
L $DEPO
L $DESC
L $DESP
LSDEVP

file references:
O.

file
reads:
file writes:

Size of core pool:
Size of work file:

4016.
3328.

Elapsed time:00:00:39

TKB

MSG11
MSG12
MSG13
MSG14
MSG1S
MSG16
MSG17
MSG18
MSG19
MSG20
MSG21
MSG22
MSG23
MSG24
MSG2S
MSG26
MSG27
MSG28
MSG29
MSG30
MSG31
MSG32
MSG33
MSG34
MSG3S
MSG36
MSG37
MSG38
MSG39
MSG40
MSG41
MSGA2
MSGA3
MSGA4

M40.02

016574
-R
016660-R
016724-R
017010-R
017100-R

017162-R

017250-R
017336-R
017362-R
017450-R
017540-R
017620-R
-R
017704
017762-R
020036-R
020100-R
020142-R
-R
020204
020250-R
020276-R
-R
020364
020450-R
020512-R
-R
020566
020642-R
020740-R
-R
021044
021136-R
021216-R
021302-R
021372-R
-R
021434
021514-R
021600-R

87137,

words (15. pages)
words (13. pages)

SEQ 0289

Page

MSGAS
MSG46
MSG47
MSG48
MSG49
MSG50
MSG51
MSG52
MSGS3
MSGS4
MSGSS
MSG56
MSGS7
MSG58
MSGS9
MSG60
MSG6HL
MSG62
MSG63
MSG64
MSG65S
MSG66
MSG67
MSG68
MSG69
MSG70
MSG71
NXM, IN
PHYS
A
PNT
PREP .F
PRI
PRIOO
PRIO1

021702-R
021760-R

022030-R
-R
022104
2-R
02214
022200-R
-R
022262
4-R
02231
022360-R
022410-R
022460-R
022522-R
022560-R
022650-R
022714-R
023026-R
023070-R
023132-R
023222-R
023316-R
023352-R
023416-R
-R
023504
-R
023606
-R
023704
-R
024004
024070-R
024530-R
013006-R
001000
053640-R
002000
000000
000040

PRIO2
PRIO3
PRI0A
PRIOS
PRI06
PRIO?
PTRN.
T
FWR.IN
P1
P2
P3
Pa
PS

Qs701
Q5702
QsTo3
QST04
QST0S
QsT06
QsST07

000100
000140
000200
000240
000300
000340
014100-R
055600-R

015070-R
015072-R
-R
015074

-R
015076
015100-R
015112-R

015142-R
015172-R
-R
015234
-R
015276
015340-R
015402-R

RBU.F
L 015010-R
RCV.B8U 003006
-R
-R
002406
RD13
-R
014574
REG.AD 015000-R
RESET. 047650-R
. E 054640-R
SEND
-R
T 055006
SEND.

SETUP.
SET.RD
SET.XD
SP.TAB
STATIO
SWP.BL

-R
013034

052560-R
-R
052636
002220-R
014070-R
002230-R

SWP. IL
SWP.LB
SWP.TA
SWP.T1
SWP.T0

TADR1
TADR2
TARGET
TBYTEL
TBYTE2
TBYTE3
TBYTES
1013
016
TEMPL
TEMP2
TEMP3
TEMP4
TEMPS
TEMP6
TEMP7?
TEMPS
TEMP9
TTMTMP
. I0
TMP .RE
TURN.O
T$FREE
T$PTHV
T1
T10
T1i1
T12
T13
T14

-R
002226
002222-R
014776-R
002220-R
-R
002224
015106-R
015110-R
014110-R
015102-R
015103-R
015104-R
015105-R
014470-R
014340-R
-R
015046
015050-R
015052-R
-R
015054
-R
015056
015060-R
015062-R

-R
015064
-R
015066
015042-R

-R
015044
055400-R
-R
055674
000001
-R
025202
-R
034634
-R
035164
037020-R
-R
040256
041540-R

T1S
T16

T17
718

T19
T2
T20
121
T3
T4
15
16
17
18
19
UAM
UP.COU
VER.DE
WAIT.F
WALKIN
WRT,ST
XBUF .L
XC.FLA
XMIT.A
XMIT.8
XMIT.D
XMIT.I
XMIT.S
$END.L
$SAVE2

041770-R
044036-R
044700-R
045216-R
-R
045566
026032-R
-R
046266
047310-R
026616-R
-R
027664
-R
030544
-R
031254
-R
033614
034052-R
034376-R
000200
015020-R
050332-R
055562-R
052714-R
-R
053446
015006-R
015032-R
-R
055154
-R
007006
-R
002606
-R
055202
054372-R
-R
055676
-R
055454
055470-R

$SAVE3
-R
$SAVES 055506
-R
$SAVES 055526

F7
ZGNACO

CREATED BY

ON S5-JUL-84 AT 14:19

CRE}

GLOBAL CROSS REFERENCE

8IT10
8IT11
8IT12
8IT13
8IT14
8IT15
8IT2
8IT:
8174
BITS
8IT6

BIT?
8178
8IT9
BL$LAS
80t
BUF .LE
CHECKS
CHK
. CS
CHC
. RC
CHIC_.R]

CH_ XM
CLR.BU
CLR.CE
COMPAR
COUNTE
CSR. W0
DATA.B
DEGNA,
DESCR.
DFSTBL
DOWN.
C
D$PCNT
EF.CON
EF .NEW
EF .PWR
EF .RES
EF.S5TA

000002
002000
004000
010000
020000
040000

100000
000004
000010
000020
000040
000100
000200
000400
001000
055670-R

000400
-R
015026

-R
015024
051172-R
051662-R
-R
050606
-R
051364
050560-R
050532-R
052142-R
015016-R
015030-R
003006-R
015014-R
-R
002406
002210-R

015C22-R
002122-R
000036
000035
000034
000037
000040

BIT1

ZGNA1
ZGNAL
ZGNA1L
ZGNAL
ZINAL
ZGNA1
ZGNAL
ZGNAL
ZGNA1
ZGNAL
ZGNAY
ZGNAL
ZGNAL
ZGNAL
ZGNAL
ZGNA1
ZANA1L
ZGNA1
ZGNA]
ZGNA1L
ZGNA1L
ZGNAL
ZANAL
ZGNAL
ZAGNAL
ZGNAL
ZAGNAL
ZANAL
ZGNAS
ZANA1
ZGNAL
ZGNAL
ZGNA3
ZGNA3
ZGNA3
ZAGNA3
ZGNA3
ZGNA3
ZGNA3
ZGNA1L
ZAGNAL
ZAGNAL
ZGNAL
ZANAL
ZANAL
ZGNAY
ZGNAL
ZAGNAL
ZANAL
ZGNA1
ZGNA]
ZGNA1

000020
014300-R
000001
000001
000002
002004
001010
00(020
00¢:040
000100
000200
000400
001000

C0GCHLOOO

ADR

8D.PRO
8ITO
BITO0
BIT01
BIT02
BIT03
8IT04
BIT0S
B8IT06
BITO?
8IT08
BIT09

REFERENCES.
..

(R -N

VALUE

000000000V
OOSOOO

SYMBOL

ZGNR2
ZGNA3
ZANA2
ZANA2
ZANA2
ZGNA2
ZGNR2
ZANA2
ZANA2
ZGNAR2
ZGNAR2
ZGNA2
ZANA2
ZGNA2
ZANA2
ZANA2
ZANR2

ZGNAR4

ZANAR2
ZANA2
ZANA2
ZAGNA2
ZANA2
ZANA2
ZANA2
ZANA2
ZANA2
ZANA2
ZGNR2
Z@NR2

ZGQNA3
ZGNA4
ZAGNA4
ZQGNA4
ZQGNA4
ZQNA4
ZAONA4
ZANA4
ZGNAZ
ZQGNA3
ZGNAJ
ZQGNA3
ZANA3

ZGNA4

ZQNA3

ZANA4

ZQGNA2
ZANR2
ZANA2
ZANA2
ZONA2

ZGNA4
ZONAS
ZQNA4
ZGNR4
ZGNR4

SEQ 0290

PAGE 1
Vo2

G7
ZANACO

CREATED BY

ON S-JuL -84 AT 14:19

TKB

CRE?

GLOBAL CROSS PEFERENCE

GP$3

GPs4
GPsS
GPs6
GPs7

HOE

HP
. TAB

HWP TA

IBE
I0V

IER
INTERR
I0P.DA

IOP.TA
ISR
IXE

010000
000040
020000
015012-R
-R
015002
014034-R
000100

KB8D. IN

LOt
Lo7v
L$ACP
L$APT
LSAU
L$AUT
L$AUTO
LsCCP
LS$CLEA
L$CO
L $DEPO
L $0ESC
L $DESP
L$DEVP
L$DISP
L$DLY
LsOTP
L$OTYP
L$Ov
L$OUT

024520-R
002070-R
024462-R
002106-R
-R
024474
002032-R
002011-R
002260-R
-R
002076
002060-R
-R
002124
002116-R
002040-R
-R
002034
-R
024506
002072-R

ZANA4

ZGNA3
ZGNA3

ZQGNA3
SO0

GOO
OO0

ZAGNAL
ZGNAL
ZGNA1
ZGNR3
ZGNA1L
ZaNA1
ZGNAL
ZGNAL
ZGNAL
ZGNA1
ZGNA3
ZGNA3
ZGNAL
ZANA2
ZANAR2
ZGNA2
ZANA2
ZANA2
ZANA2
ZANR2
ZGNAL
ZANAL
ZANAL
ZGNAL
ZGNAL
ZANAL
CZGNAA
ZGNA1
ZGNAL
ZGNA1
ZANA1
CZQNAA
ZANAL
ZGNAL
ZGNAL
ZGNA1
ZGNAL
ZGONAL
ZGNAL
ZGNA]L
ZGNAL
ZGNAL
ZGNAL
ZONAL
ZGNAL
ZANA1L
ZGNA1L
ZGNAL
ZGNAL
ZGNAL
ZGNAL
rdr
UN

ZANA2
ZGNR4
ZGNAR4

ZAGNA2

GP$1
GPse

053722-R
-R
015004
002312-R
002322-R
002336-R
-R
002346
002362-R
002370-R
002376-R
100000
002210-R
014774-R

OHLOOLHLOBO

GET.AD

VOOV

FORM.H

000004
047630-R

0O0VHLOHOOOOD

E1$REP

EvVL

-R
002204
002202-R
002200-R
047324-R
002176-R
015040-R
015036-R
015034-R
014054-R

ERRBLK
ERRMSG
ERRNBR
ERROR$
ERRTYP
ERR.CO
ERR.FL
ERR.NU
ETH.ST

Vo2

REFERENCES.
..

000G O0S®

VALUE

SYMBOL

SEQ 0291

PAGE 2

ZQNA4
ZGNA4

ZGNA4

ZGNA3

ZQNA3

ZAGNA4

ZANA2

ZANA2
ZAGNR2
ZANA2
ZANA2

ZAGNAL

ZANA2

ZANA2
ZANA2
ZAGNAR2
ZGNAR3
ZANA2
ZGNA2

ZANA2

ZQNA3

ZAGNA3

ZGNA4G

ZGNA3

ZGNA4

ZGNA3

ZGNA4

ZANA2

ZANA2
ZANA2
ZANR2

ZGNA2
ZANA2

ZAGNA4

H7
ZANRCO

CREATEO BY

ON S5-JuL -84 AT 14:19

TKB

CREt

GLGCBAL CROSS REFERENCE

LSHWLE
LsICP

LSINIT
L $LADP
LSLAST

L$LOAD
LS$LUN

LS$MREV
L $NAME
L $NOHR
L $NDHUW
L SNOSF
L $NOSW
L$PRIO
L$PROT
LS$PRT
L$REPP
L$REV
LSRPT
L$SFTL
LSSOFT
L $SPC
Ls$SPCP
L$SPTP
L$STA
L$SU
LSSWLE
LSTESY
LeTIML
LSUNIT

002310-R
002210-R
-R
002206
-R
002104
0-R
02445
-R
002026
-R
055674
002100-R
-R
002074
002050-R
002000-R
002332-R
-R
002214
-R
002404
002232-R

MSGOO
MSGO1
MSGO2
MSGO3
MSGO4
MSGOS

002042-R
-R
002234
002112-R
-R
002062
002010-R
024160-R
-R
002334
-R
002336
-R
002056
002020-R
-R
002024
002030-R
002220-R
002216-R
002114-R
-R
002014
002012-R
-R
015444
015502-R
-R
015564
015652-R
C15756-R
016050-R

MSGO7

-R
016234

MSGO6

016142-R

BLOOLOLOLOD
SOVCOHLHLD

L$HW

L $HRDL

HLOVLOVLOD

L$HPCP
LS$HPTP

000G

002242-R
002052-R
-7
002044
002176-R
002102-R
-R
002046
-R
002064
-R
002066
002312-R
002120-R
002016-R
002022-R

LSDVTY
LSEF
LSENVI
LSERRY
LSETP
LSEXP1
LSEXP4
LSEXPS
L $HARD
LSHIME

REFERENCES.
..

HBOOBO0d

VALUE

00000V

SYMBOL

ZGNAL
ZGNAL
ZGNA1
ZGNA1
ZGNA1
ZGNA1
ZGNAL
ZONAL
ZGNAL
ZANAL
ZGNAL
ZGNAL
ZGNAR2
ZGNA1
ZGNA1
ZGNA1
ZGNA1
ZGNA1
ZAGNAL
ZGNA1
ZGNA1
ZGNA1
ZANAL
Z@ANA2
ZANAL
ZANA2
ZGNAL
ZGNAL
ZGNA1
ZANA1
ZGNAL
ZAGNAL
ZGNA1
ZGNAR2
ZGNAL
ZGNAL
ZGNAL
ZGNAL
ZANA1L
ZGNA1
ZGNAL
ZGNAL
ZGNAL
ZANR]1
ZGNAL
ZGNAL
ZGNA1
ZGNA1L
ZAGNA1
ZGNA1
ZGNAL
ZGNAL

-4

ZGNA2

ZANAR2
ZQGNAS

ZANAR2
Z@ANR2

ZGNRY
ZGNA3
ZANA3

ZANA4
ZAGNR4
ZGNA4

ZGNAT
ZGNR3
ZONA3
ZANA3

ZGNA4
ZGNA4
ZQGNA4
ZGNR4

ZGNA3Z

ZANA4

SEQ 0292

PAGE 3
Vo2

17
ZANACO

CREATED BY

TKB

ON S-JUL-84 AT 14:19

GLOBAL CROSS REFERENCE

MSG26
MSG27
MSG28
MSG29
MSG30
MSG31
MSG32
MSG33
MSG34
MSG3S
MSG36
MSG37
MSG38

MSG39
MSG40

MSG41L
MSG42
MSG43
MSG44
M564S
MSG46
MSG47
MSGAS8

MSG4A9
MSGSO

MSGS51

MSGS2

MSGS3
MSG54
MSGSS

MSGS6
MSGS7

MSGS8

MSG59

017450-R
017540-R
017620-R
017704-R
017762-R
020036-R
020100-R
020142-R
-R
020204
020250-R
v20276-R
-R
020364
c20450-R
020512-R
-R
020566
-R
020642

020740-R
-R
021044
021136-R
021216-R
021302-R
021372-R
-R
021434
021514-R
021600-R
021702-R
021760-R
022030-R
-R
022104
022142-R
022200-R
-R
022262

022314-R
022360-R
022410-R
022460-R
-R
022522
022560-R
022650-R
022714-R

XXX EREEEERREJSLEESEENERREREN
R ¥

MSG25S

017250-R
J17336-R
017362-R

RELALEEEY SN

MSG16
MSG17
MSG18
MSG19
MSG2Y
MSG21
MSG22
MSG23
MSG24

MSG14

MSG15

MSG13

AN R

MSG11
MSG12

016326-R
016420-R
016512-R
016574-R
016660-R
016724-R
017010-R
017100-R
017162-R

MSGO8
MSGO9
MSG10

CREt

REFERENCES.
..

XA 3

VALUE

X X

SYMBOL

ZAGNAL
ZGNA1
ZANA1
ZGNA1
ZGNAL
ZGNAL
ZGNAL
ZGNAL
ZGNA1
ZGNAL
ZGNA1L
ZGNAL
ZGNAL
ZGNAL
ZGNAL
ZGNAL
ZGNAL
ZGNAL
ZGNAL
ZGNAL
ZGNAL
ZGNAL
ZGNA1
ZGNAL
ZGNA1
ZANA1
ZGNAL
ZANAL
ZANAL
ZGNAL
ZGNAL
ZGNAL
ZGNAL
ZGNAL
ZANAL
ZGNAL
ZONAL
ZANAL
ZGNAL
ZGNA1
ZONA1
ZGONAL
ZGNAL
ZANAL
ZGNAL
ZANAL
ZGNAL
ZGNA1
Z@GNAL
ZANA1
ZGNAL
ZANA1

ZQNR3
ZGNA3
ZGNA3
ZANA3
ZGNA3
ZGNA3
ZGNA3
ZANA3
ZANA3
ZGNA3
ZQNA3
ZGNA3
ZGNA3
ZGNA3Z
ZGNA3
ZGNA3
ZGNA3
ZGNA3
ZGNA3
ZANA3
ZGNA3
ZGNA3
ZGNA3
ZQNA3
ZGNA3
ZANR3
ZGNA3
ZUNR3
ZQNA3
ZGNR3
ZGNA3
ZQNA3
ZGNA3
ZGNA3
ZGNA3
ZQNA3
ZQNR3
ZGNA3
ZGNA3
ZGNA3
ZQGNA3
ZGNA3

ZGNA3
ZQNA3
ZQNA3
ZQNA3
ZANR2
ZQNA3
ZGNA3
ZGNA3
ZGNA3
ZANA3Z

ZGNA4
ZGNA4
ZQGNA4
ZGNA4
ZAGNA4
ZGNA4
ZGNA4
ZGNA4
ZAGNA4
ZGNA4
ZGR4
ZQIA4
ZGNA4
ZGNA4
ZGNA4
ZQNA4
ZGNA4
ZGNA4
ZQGNAR4
ZGNA4
ZANA4
ZGNA4
ZGNA4
ZGNA4
ZGNA4
ZQGNR4
ZGNA4
ZGNA4
ZGNA4
ZQGNA4
ZGNA4
ZQONA4
ZGNA4
ZGNA4
ZQGNR4
ZQNA4
ZGNA4
ZGNA4
ZGNA4
ZQNA4
ZGNA4
ZAGNA4
ZANAR4
ZGQNA4
ZGNA4
ZGNA4
ZGNA3
ZQNA4
ZAGNA4
ZQNA4
ZONA4
ZGNA4

SEQ 0293

PAGE 4

ZONA4

Vo2

ZGNACO

CREATED BY

PAGE S

ON 5-JuL-84 AT 14:19

GLOBAL CROSS REFERENCE

PRT0S
PRIO6
PRIO?
PTRN.T

PWR
. IN

Pl
P2
P3
L]
PS5

QsT01
QS702
QST03
@sTca
QsT10sS
QST06
QsT107

RBUF .L

RCV.BU
RCv.D.

RD13

REG.AD
RESET.

SEND.E
SEND.T
SETUP,
SET.RD
SET.XD

SP,TAB
STATIO

014100-R

055500-R
015J70-R
015072-R
-R
015074
015076-R
015.00-R
01511i2-R

015142-R

015172-R

-R
015234

015276-R

015340-R
015402-R
015010-R
-R
003006
-R
002406
-R
014574
015000-R
047650-R
054640-R
-R
055006
4-R
01303
052560-R
-R
052636
0-R
00222
014070-R

HOOGO

PNT
PREP .F
PRI
PRIOO
PRIO1
PRIO2
PRIO3
PRIOA

024530-R
013006-R
001000
053640-R
002000
000000
000040
000100
000140
000200
000240
000300
000340

ZGNA3
ZGNA3
ZGNA3
ZGNA3
ZGNA3
ZGNA3
ZONA3
ZGNA3
ZGNA3
ZGNA3

00000

NXM. IN
PHYS.A

ZANAL
ZGNAL
ZGNR1
ZGNA1L
ZGNAL
ZGNAL
ZAGNAL
7GNA1
ZGNAL
ZGNAL
ZGNA1
ZANAL
ZGNA2
ZGNA1
ZAGNAL
ZQNA3
ZGNAL
ZGNAL
ZGNAL
ZANAL
ZAGNA]1
ZGNAL
ZGNA1
ZGNAL
ZGNA1
ZGNAL
CZQGNAR
ZGNA1
ZGNAL
ZGNAL
ZGNAL
ZGNAL
ZGNAL
ZGNAL
ZGNAL
ZGNAL
ZGNAL
ZANAL
ZAGNAL
ZANAL
ZGNAL
ZGNAL
ZGNAL
ZGNAL
ZGNA2
ZGNA3
ZGNA3
ZANAL
ZGNA3
ZGNA3
ZGNA1
ZGNA1

ZGNA3
ZGNA3
ZONA3
ZGNA3
ZQNA2
ZGNA4
ZGNA2
ZONA2
ZGNA2
ZONA2
ZONA2
ZONA2

ZGNA2
ZGNA2
ZGNA2
ZQNA3
ZGNA3

ZGNA3

ZGNA3
ZGNA3
ZGNA3

ZGNA4
ZGNA4
ZGNA4
ZGNAS
ZGNA4
ZGNAS
ZGNA4
ZGNA4
ZGNA4
ZGNA4
ZGNA4
ZGNA4

ZGNA3
ZGNA3
ZGNA3
ZGNA3
ZGNA3
ZQNA3
ZGNA3
ZGNA3

ZGNA4
ZGNA4
ZGNA4
ZUNA4
ZGNA4
ZONA4
ZGNA4
ZGNA4

ZONA4

ZGNA4
ZGNA4
ZGNA4

ZONA2
ZONA2
ZGNA2

ZGNA2
ZGNA2
ZGNA2
ZQNA2

ZGNA3

©O

-R
023026
023070-R
023132-R
023222-R
023316-R
023352-R
023416-R
-R
023504
-R
023606
-R
023704
-R
024004
024070-R

MSG60
MSG61
MS5662
MSG63
MSG64
MSG65
MSG66
MSG67
MSG68
MSG69
MSG70
MSG71

CRE}

REFERENCES.
..
VOGOHLOHLCHLOOOOOLOO

VALUE

0000000000000V

SYMBOL

ZQNA3
ZGNA3
ZQNA3
ZGNA2
ZGNA3
ZGNA4
ZGNASG
Z@NA4
ZONA4
ZGNA4

ZONA3

ZGNA4

ZQNA4
ZGNAS

ZGNA3
© 2QNA4

ZQNA4

ZGNA4

V02

SEQ 0294

I<7
ZGNACO

CREATED BY

ON 5-JUL-84 AT 14:19

TKB

CRE}

GLOBAL CROSS REFERENCE

UAM
uP.Cov

ZGNA3
ZGNA3

CZQNAA

@ ZQGNAL

BN ]
B
N
N
R
B
N
R
R
R
B
R
N
R

ZONA4

ZGNA4

ZGNA3

ZGNA4
ZQGNA4

ZQNA4

ZGNA3
ZGNA3
ZGNA3
ZGNA3
ZQNA3
ZGNA3
ZGNA3
ZGNA3
ZGNR3
ZGNAL
ZGNA2
ZANA2
ZANA2
ZGNA2
ZGNAL

ZQNA4
ZGNA4
ZGNA4
ZANA4
ZAGNA4
ZGNA4
ZGNA4

ZGNA2
ZQNA3
ZGNA3
ZQNA3
ZGNA3
ZGNA2

ZQNA3
ZQNA4
JGNAS
ZGNA4
ZQGNA4
ZGNA3

ZANA2
ZANR2
ZANA2
ZANA2

ZQNA3
ZGNA3
ZQNA3
ZGNA3

ZGNA4
ZAGNA4
ZGNN4
ZGNA4

ZGNAS
ZGNA3
ZGNA3
ZGNA3
ZGNA3
ZGNA3
ZGNA3
ZGNA3
ZGNR3
ZGNA3
ZGNA3
ZGNA3
ZGNA3
ZAGNA3
ZGNA3
ZGNA3
ZGNA3
ZGNA3
ZGNA3
ZGNA3
ZQNA3
ZGNAZ
ZANR2
ZGNA3

ZQNA4

ZANAR2

LR 2

ZGNA1L
CZQNAA
ZGNAL
ZGNAL
ZGNAL
ZGNAL
ZGNAL
ZGNA3
ZANAS
ZGNA1L
ZGNA1
ZGNA1
ZGNAL
ZGNAL
ZGNAL
ZGNA]
ZAUNAL
ZGNA]
ZANAL
ZGNAL
ZANA1L
ZGNAL
ZGNAL
ZGNAL
ZGNAL
ZGNAL
ZQNAY
ZGNAL
ZANAL
ZGNAY
ZAGNA)

T17

T18
T19
T2
120
121
T3
T4
15
16
17
18
19

055400-R
-R
055674
000001
025202-R
-R
034634
-R
035164
037020-R
-R
040256
041540-R
041770-R
-R
044036
044700-R
045216-R
-R
045566
-R
026032
-R
046266
047310-R
0260615-R
-R
027664
-R
030544
-R
031254
-R
033614
034052-R
034376-R
000200
015020-R

ZGNAR2

T16

-R
015044

ZUNA3

TEMP6
TEMP?
TEMPS
TEMPI
TTMP. 10
TMP .RE
TURN.O
T$FREE
T$PTHY
T1
T10
T11
T12
T13
T14
T1S

ZANA1
ZGNA1
ZGNAL

ZGANA3

TEMP2
TEMP3
TEMP4
TEMPS

014340-R
015046-R
015050-R
015052-R
-R
015054
015056-R
015060-R
015062-R
-R
015064
66
0150 -R
015042-R

ZGNR3

7016
TEMPL

ZANAL
ZGNAL
ZGNAL
ZGNA1
ZGNAL
ZGNAL
ZGNAL
ZGNAL
ZGNA1
ZANA1
ZGNA1
ZGNAL
ZGNAL
ZGNAL
ZGNAL

TADR1
TADR2
TARGET
TBYTEL
18YTE2
TBYTE3
TBYTEA
1013

HOOHLOHLOHLOOOOOOOO

002230-R
-R
002226
002222-R
014776-R
002220-R
-R
002224
015106-R
015110-R
014110-R
015102-R
015103-R
015104-R
015105-R
014470-R

VOO

SWP.BL
SWP. IL
SWP.LB
TA
.P
SW
SWP.T1
SWP.T0

voe2

REFERENCES.
..

00000

VALUE

SYMBOL

SEQ 0295

PAG.” 6

ZGNR4

ZONA3

ZANA4

ZQNA4

ZQGNA4

L7
ZGNACO

CREATED BY

TKB

ON S5-JuL-84 AT 14:19

CRE?

GLOBAL CROSS REFERENCE

050332-R
-R
055562
-R
714
052
053446-R
-R
015006
015032-R

XBUF
.L
XC.FLA
XMIT.A
XMIT.8

XMIT.D
XMIT.I
XMIT.S
$END.L
$SAVEZ2
$SAVE3
$SAVE4S
$SAVES
o

-R
055154
-R
007006
-R
002606
055202-R
054372-R
055676-R
-R
055454
055470-R
-R
055506
-R
055526

ZGNA3

o ZAGNA4

ZGNA3
ZAONA3
ZGNAL
ZGNAL
ZGNAR3
ZGNAL
ZGNA1
ZANAS
ZGNA3
ZGNAS
CZGNAA
CZQNAA
CZGANAA
CZQANAA

o ZQGNA4
& ZGNA4

¢ CZQGNAA

VER.DE
WAIT.F
WALKIN
WRT.ST

REFERENCES.
..

VALUE

SYMBOL

ZGNA3

ZANAY

ZGNA4

ZGNA3
ZAGNA3

ZGNA4
ZANA4

ZGNA3
ZGNAR4

ZQGNA4
ZGNA4

ZGNA3

ZQANR3
ZAGNAR2

ZQNA4

ZGNA4
ZQNR3

SEQ 0296

PAGE 7
Vo2