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February 1985

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Document:	CZDZGA0 GS03WD GS3WD-DZ11 LGC DIAG FEB 1985 bw
Order Number:	AH-T919A-MC
Revision:	K01
Pages:	93
Original Filename:	CZDZGA0__GS03WD__GS3WD-DZ11_LGC_DIAG__AH-T919A-MC__FEB_1985_bw.pdf

OCR Text

11K

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CZ02GAO GSSWMD/DZ11 LGC DIAG

MACRO M1200

O0S-AUG-84 15:01

SEQ 0K01

PAGE 2

PROGRAM DOCUMFNT

2ELEYEALULLEIBUARBURNY

8§
.rem

PRODUCT COODE:

AC-T918A-MC

PRODUCT NAME:

CZOZGA0 GS3MD/DZ11 LGC DIAG

PRODUCT DATE:

ALY 1984

MAINTAINER:

CSS ANNECY

AUTHOR:

Jean-Chr istophe PINASA

TME INFORMATION IN THIS OOCUMENT IS

SUBJECT

OMANGE WITHOUT

NOTICE AMD SHOULD NOT BE CONSTRUED AS A COMMITMENT 8Y OIGITAL
EQUIPPENT CORPORATION.
OIGITAL EQUIPMENT CORPORATION ASSUMES NO
RESPOMSIBILITY FOR ANY ERRORS THAT MAY APPEAR IN THIS DOCUMENT.
NO RESPOMSIBILITY IS ASSUMED

FOR

SOF TWARE ON EQUIPMENT THAT IS NOT
AFFILIATED COMPANIES.

THE

USE

SUPPLIED

RELIASILITY

OIGITAL

OIGITAL
0eC

TRADEMARKS OF DIGITAL EQUIPHMENT CORPORATICN:

POP
OECUS

UNIBUS
DECTAPE

MASSBUS

OR ITS

CZDIGA0 GSSMD/DZ11 LGC DIAG

MACRO M1200

O3 AUG-84

15:01

PAGE

Cl
3

SEQ 0002

PROGRAM DOCUMENT
43

44
45

47
48
49

5.0 Prel ininery progrem requirements

4.0 Genersl progres coneideretions
4.1 Diegnostic supervisor

4.2 Execut ion time

4.4 Memory senagenent

S.0 Progrem loed medie

6.0 Opereting instructions

6.1 Losding and sterting procedures
6.1.1 Loading procedures
6.1.2 Sterting procedures
6.1.3 Steps for quick and simple execution
6.2 Initiel diaslogue

6.3°P

on optione
[V XV XV XV XV RV RV RV RV RV RV RV RV ]

62
63

2.0 Merdwere requirements

OROIPONO

1.0 Introduction
1.1 Progrem sbetrect
1.2 Herdwere description
1.3 Meruere configuretion
1.4 Disgnostic description

oGO

S¢
S1
Se
S3
54
55
56
S7?
58
59
60

Table of contents

.11 Control cherecters

.12 Herdware perameters
.13 Softwere perameters

.14 Extended discussion of p-teble dislogue

7.0 Tests descriptions

8.0 Error informetion
8.1 Error reporting
9.0 History

CZDZGAO GSSMD/DZ11 LGC DIAG

MACRO M1200

O03-AUG-84 15:01

PAGE 4

SEQ 00034

PROGRAM DOCUMENT
101
102

103
104

105

106

1.0 Introduction

108

1.1 Progrem sbstrect

ué

This diegnostic wes designed to test the GSO3-WD LOGIC

107

1
11
11

112
11

115

The progres wee implemented using the Disgnostic Supervisor.

Through dial

with the operstor,

device perameters, such e :

118

it will sllow modificetion of

- UNIBUS eddvress ;

119

- vector esddress

120

121
122

€.

- priority level ;

- @ of lines comnected out of the DZ11l into the GSO3-WD ;
- opereting mode (0 -> herwaere test ; 1 -> installetion

{gz

test).

125
126

WARNING : RUNNING THIS OIAGNOSTIC WILL CAUSE THE GSO3
LINES BETWEEN COMPUTERS.

SWITCH

CZOZGAO GS3SWD/DZ11 LGC DIAG

PAGE S

O03-AUG-84 15:01

MACRO M1200

SEQ 0004

| PROGRAM DOCUMENT
128
129
130
131

132
133
134

1.2 Herdwere description

135

2P -M213A-00 is the part number for the GSO03-WD logic module.

187
138
139

The GSO3-WD option enables en ssynchronous serial line mounted in
each computer to control 8 GSO3 inestelletion. It is supported on
the 0Z11 on POP11's and DIMF32 on VAX'es.

141

1.3 Herdware configuration :

143

The name of this diegnostic is : CZDZGAO GS3WD/DZ11 LGC DIAG

145

The filename is : ZDZGAO.BIN

147
1:3

It will run in stend slone without eny operctor
either of the following modes :

130

152
153

This pert will
funztionality.

136

140
142

144

146

151

inter ention,

Disgnostic test (mode 0)
the

GSO3

122

157
158

It will sllow by visual inspection to check site instslletion
systex: interconnection.

and

154
1

159
160

check

ell

the

1.3.1 Diegnostic test (MODE OO

163
}.2;

This part of the di
and test all of the

166
167
168

Before rumni
remove the

170

171
172

herdwere

end

Instelletion test (mode 1)

igé

169

GSO3-WD

veed.

reck).

tic will run on one of the
(SO03-WD herdwere.

two

POPll's

only

this pert of the diegnostic,
operstors will heve to
-E16XA-05 cable comnected to the POP1l thet is not bo;og
(Discomnect the cable from the 2P-M213A-00 module in the GSO

A special “Dieg test ceble” 2P-E16TA-05, will heve to be plugged
the 2P -M213A module into the chosen POPLl] DZ11.

from

CZDZGAO GS3MWD/DZ11 LGC DIAG

O03-AUG-84 15:01

MACRO M1200

PAGE 6

SEQ 0005

PROGRAM DOCUMENT
174
175

176
17?7
178

179

186
181
182

Exemple:

seeeeee-

Disgnostic running on POP11 A,

183

)

189

$-cccacmacecaa .

190

)

192

ccmceccceccanns .

193
194
195

)
) 0211 parel
)

et
N &

eccccncanccan .

Geccccncranan=n .

)
)

200
201

)
)

202

203

204

)

2P-E16XA-05

205

)

s-0

) )

*-0

) )

$cccccccccacan

208
209

)
)

207

)

210
211

)
)

N
N
P N
gt

N
W

g S
N

224
225

223

R LR .

212
213
214

218
219
220
221
222

#ecceccaccccscccannnan .

206

215
216
217

)
)

197
198

199

)

gt g Nttt @

196

)

191

POP11 A

)
)

187
188

R
L
.

St N

186

@ecccccccnnan- .

185

[
[

184

L
R
.

CZD2GAO GSSWD/DZ11 LGC OIAG

MACRO M1200

03-AUG-84 15:01

PAGE 7

SEQ@ 0006

PROGRAM DOCUMENT

231

Before rumning this part of the diegnostic, the operetor will heve

g0 through the following checklist -

235

Plecing the FORCE AB switch to the center position on ell recks

239

o Plecing all MANUAL ewitches in the center position on ell recks

Remove the "2P-E16XA-05" on the unused POPl]1 side.

245
246

- Connect the "2P-E16TA-05" dieg test
module to the POP1l DZ11 in use.

249

Check that the dip switch E18-1 on the 2P-M213A-00 module is off.

252

Dissble the highest priority commends by :

w
~

232

cable

from

the

2P-M213A-00

253

See 6.1.3.

Run the ZDZIGAO diegnostic on the chosen system (select mode 0).

256

When finished, reconfigure the system.

CZDZGAO GS3WD/DZ11 LGC DIAG

PAGE 8

O03-AUG-84 15:01

MACRO M1200

SEQ 0007

PROGRAM DOCUMENT
259

263

This

266

No modificetion of the inetalletion is required to run

@cemcccccccnaa .

272
273
274

27S

276

will

ellow

check

GSO3-WD

instelletion

the test.
)

)
)
)

)

A .

pert

bececononncaan .

)

217

ceble

Gececcccncaan-

)
)

POPIL1 A

end

this

[

267
268
269
270

teet

interconnection,

~’

264
265

o Nt
N
&

262

1.3.2 Instelletion test (MODE 1)

[+ -]

261

—

260

)

[

WA rNr

2P M213A-00

Note: Green end yellow
LED's ere on the

[

[]

]

[}

]

[

)

]

[}

]

’

]

L[]

)

2P -M213A-00 module

REREEELYRILRY

—

[
[

|-}

ecoeccacacacns .

CZDZGA0 GS3WD/DZ11 LGC DIAG

MACRO M12GO

O03-AUG-84

15:01

PAGE 9

SEQ 0008

PROGRAM DOCUMENT
309
310
311
312
313
314
315
316

317
318
319
320
321
322
323
324
325
326
327
328
329
330
331
332
333
334
335
336

337

338
339
340

The disgnostic cen be run on one of the systems or on both of them
the same time.

It will send frames to “he corresponding channel of the GSO3-WD.
The opereator will check test result by wetching the LED
the 2P-M213A-00 module.

indicetors

Rumni

system

(system

connected

system

(esystem

comnected

RumioY it on both systems will cause both
leds to blink,

“green”

end

2'1’-7121“-

blink,

Rumni

24;-"213&-

blink.

IDZGAO

ZDZGA0

Jl)

J2)

mode

will

mode

will

meke

the “green” LED (on 2P-M213A-00)

meke the "yellow” LED (on 2P-M213A-00)

CAUTION
This test will run continously and will
have to be stopped by typing "cntrl C*
on the console.

“yellow”

| CZ02GA0 GS3WD/DZ11 LGC DIAG

MACRO M1200

03-AUG-84 15:01

PAGE 10

PROGRAM DOCUMENT
342

343
344
345
346

347

1.4 Diegnostic description :

349
350

This diegnostic will first test UNIBUS eccess to the
DZ11 CSR’'s. It will then check very roughly the trenemit end

348

351

352

receive functions in meintenance loopbeck mode.

353
Sg;

Oepending upon the mode it is run in, the next sctions teken by the disgnostic will be :

356

Mode O :

358
ggg

- 8 firet try at receiving echo beck from the GSO3-WD on either line ;

Ssgé

- a test of correct switching of the GSO3-WD beck and forth.

363

Mode 1 :

365
366

Activetion of the line into the GSO3-WD by sending charecters over it continuously.

357

364

SEQ 0009

CZD2GAO GS3WD/DZ11 LGC DIAG

Il
MACRO M1200

O03-AUG-84 15:01

PAGE 11

SEQ 0010

PROGRAM DOCUMENT
368
369
370
371
372
373
374
375
376
377
378
379
380
381
382
385
384
385
386
387
388
389
390
391
392
393
394
395
396
397
398
399

400
401

402
403
404
405
406
407
408
409
410
411
412
413
414
415
416
417
418
419
420
421
422
423
424

2.0 Herdware requirements
The
followi
herdware is required to run the stetic logic
tests on module GSO3-WD :
Any mewber of the POP-11 UNIBUS femily (POP11/24,
16k memory

34, 44,

70)

;

console terminel.
WARNING :
This di

tic
will
not run on eny
member
of the VAX
femily, slthough o D711 mey be fitted on @ VAX UNIBUS. It is
reminded that @ GSO3-WD logic module should be connected to
@ VAX through e DMF32.

3.0 Preliminary program requirements
The proceseor, memory
aend
the
0211
ehould
tested prior to rumning this disgnostic.

be thoroughly

4.0 General progrem considerations
4.1 Disgpnostic Supervisor

This program
is
written to run under the POPll diegnostic
supervisor.
It requires 16k of memory to run.
4.2 Execution Time

The

totel

time

required

to run the GSO3-WD static

nostic rengee from about 2 minutes on the
4 minutes on the

PDP11/34 per

pervisor version cd).

diesg-

PDP11/70 to about

pass for eech unit (with su-

4.3 XXDP+

This

progrem will be loeded under XXDP+, and mey

dump mode
.

4.4 Memory mensgement

Memory menagement

is not enabled by this progrem.

5.0 Progrem load medie

be run in

;

L1
FZDZGAO GS3WD/DZ11 LGC OIAG

MACRO M1200

03-AUG-84 15:01

PAGE 11-1

PROGRAM DOTUMENT
425

426
427
428

;
This progrem can be
losded
from eny medie
supported by
XXOP+. Tre disgnostic supervisor will be loeded firest, fol
lowed by the diegnostic progrem.

SEQ 0011

CZDZGAO GS3WD/0Z11 LGC DIAG

MACRO M1200

O03-AUG-84 15:01

PAGE 12

SEQ 0012

PROGRAM DOCUMENT

e30

432

]

431

433

434

43S

)

6.0 Operating instructions

436

437

438

6.1 Loading end starting procedures

441

6.1.1 Loading procedures

443

When losded under XXDP:, the

439
440

442

444
445
446

447

448

449

losded sutomaticelly.

disgnostic

supervisor will be

6.1.2 Sterting procedures

The

progrem

sterts

locetion

200.

Use

stenderd

DEC

450

procedures t» stert the progrem.

dgz

€.1.3 Steps for quick and simple execution

45S
Agg

The disgnostic can be executed standelone under XXDP.
without
resding the remainder of this document, es follows:

458
459

s) load and stert disgnostic using run commend .
b) receive di
tic supervisor prompt
(DR>) ;
c) enter STACR> ;
d) snewer hardwere questions ;
e) get end of pess messages or error messages ;
f) to end execution, enter control/c.

451
452
4

460
461
462
463

CZDZGAO GS3WD/DZ11 LGC DIAG

MACRO M1200

03-AUG-84 15:01

PAGE 13

SEQ 0013

PROGRAM DOCUMENT
465
465
467
468
469
470
471
472

473
474
475
475
477
478
479

DIAG.

RUN-TIME SERVICES

ZDZGAO-A-0

CZDZGAO GS3WD.DZ11 LGC DIAG
UNIT IS GSO3WD MOOWLE
RESTART ADOR.
OR>START

147670

(L) ? Y
MMNGE
CHA
# UNITS
(D) ?2 1

UNIT O

CSR (0)

160100 ? 160340

VECTOR (0)
300 ? 460
BR (0)
5?6
ACTIVE LINES (0)
3 ? <CR>

The CSB sddress

160010-163776)
Vector address is 460 (range = 300-777)
BR interrupt level is 6 (r
= 4-7)
Defines the line(s) of the DZ11 connected
to the GSO3-WD (octal bitmap formet :
renge = 0-377)

WHICH MODE (0)

O ? <CR>

is 160340 (renge =

Here (default velue)

lines O and 1

mode 0 = hardware test
caution : connect cebles os
mode 1

described in the diagnostic
header and in the option desc.

installetion test
with visual inspection of LED's
cout’'on : in this mode, the

diegnostic will run continuously. To stop it, type “ctrl C".
See header or option description for
more detsils.
Running on unit
O in mode O : pess-time is 2 minutes on the PDP11/70.
Only tests 1, 2 end 3 ere active in this mode.

Exemple: Running "CZDZGAO GS3WD/DZ11 LGC DIAG”

CZO2GA0 GSSMD/DZ11 LGC DIAG

MACRO M1200

O03-AUG-84 13:01

PAGE

B2
14

SEQ 0014

PROGRAM DOCUMENT
S07
508
509
S10
511
S12

513

S1e
S15
516
51?7
518
519
520
Sel
S22
Se3
See
525
526
Se7

6.2 Initiel dislogue

After the program
end the eoupervisor
ere
loeded end the
progrem
s sterted . the following identificetion is typed:

0IAG.

RUN-TIME SERVICES

ZOZGAO-A-O
CZPIGAO GSSMWD.0Z11 LGC DIAG
UNIT IS GSO3MD MODWLE
RESTART ADOR: 147670
OR>

The operetor
then proceeds by

typing

one

the

commends deecribed
n the foilowing section 6.3.(for more
deteiled information, refer
to
the diegnostic
supervisor
functionel specificetion).

CZO2GAO GS3MD/DZ1: LGC DIAG

MACRO 1200

O03-AUG-84

15:01

PAGE

Ce
13

SEQ 0019

PROGRAM DOCUMENT
529
$30
S31
532
S33
S34
S35
536
S37
538
539
540
541
542
543
544
545

546
S47
548
549
550
551
552
553
554
555
556

557

558
559
560
561
362
563
564
565
566
567
568
569
570
S71
572
573
S74
575
576
S77
S78
579
580
581
582
583
584

585

6.3 Progres options

6.3.1 START commend
00000000000000000000000000000000000000000000000000000000000

STACRY )/TESTS:1 <TEST-LIST>/PASS;: <PASS -ONT»> /FLAGS :
< INCR>
<FLAG-LIST>/7E0P:

000000000000800¢00000000000000000000000000000000000000000000

6.35.1.1 TESTS SWITOH (/TESTS:<TEST-LIST>)

<TEST-LIST> is & soquence of decimal mmbers (1:2

"
tests

etc.)

of decimel numbere (1-3:8-10 etc.) thet specify
the
to be executed.
The mumbers ere sepereted
by colons.

The nusbers rengs from I to the lergest test mumber in the
diegnostic.
They mey be epecified in mI order.
Teets will
be executed
in nmumericel order regerdless of the order of
specificotion.
The default is to execute ell tests.
On
this end all emitches, the engle breckets <> sre punctuetion
veed in the definition only, end ere not to be typed by
the
operetor.
See exaemple ot end of 6.3.1.5

6.3.1.2 PASS SWITOM (/PASS:<PASS-CNT>)
<PASS-ONT>

i 0 decimel number indiceting the desired number

of pesses.
A pese is defined s the execution of the full
diegrostic (ell sslected tests) sgeinet ail unite submitted.
The default

is non-ending execution.

In this cese exit from

the progres is eccomplished either by typing 8 control/c or
by occurence of an error with the helt on error fleg being
set. , 6"‘; :x;t is @ return to commend mode.
See example at

ond ©

.3.1.9.

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

<FLAG-LIST> is o sequence of eclements of the form <FLAG>,
<FLAG=1>, or <FLAG=0>, seperasted by colons. where <FLAG> hes

one of the following velues:
HOE

LOE

IER

18€

IXE

halt on error, causing commend mode to be

entered when an error is encountered
loop on error, cavsing the disgnostic to loop

continuously within the smellest defined block
of coding (segment, subtest, or test) conteining the error

ithibit error reporting

inhibit besic error reports

inhibit extended error reports

| CZO2GA0 GSSWD/DZ11 LGC DIAG

MACRO M1200

<C3-AUG-84 15:01

PAGE 15-1

SEQ 0016

| PROGRAM DOCUMENT

589
590
591
592

se UAM

588

PNT
BOE

print number of
Dbell on error

ISR

inhibit etetistical

ADR

enecute autodrop code

LoTY

intervention tests

reports

inhibit dropp..vg of unite by disgnostic

ee EVL
e

test being executed

run in unottended mods, Dypeesing menuel

593

e to 8 line printer

direct all

PRI

586
S87

on tee:

eveluste

NOT TO OF USED

if @ 1line printer

es 0f no use in this disgnostic.

is not availsble.

The flegs named or equeted to 1 ere set,

those equeted to

ere clesred.
A flag not specified is clesred.
If the flege
switch is not given all flege ere cleered.
See example ot

ond of 6.5.1.5.

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

<INCR>

610
611
612
613
614
615
616
617
618
619
821

623
624
627
628
630
631
633
634

is @ decimel number indiceting how often (ir teree of

peoses)
it is desired

printed.

The

defeult

that

exemple ot ond of 6.3.1.5.

the

end

pess

messege

the end of every pr...

See

6.5.1.5 Effect of ¢ art commend
The effect of the stert commend is to initiste the

herdware

perameter dislogus.,
the eoftwere perameter dislogue, end
then the disgnostic tests themeelves.
The herdwere peremeter dislogue
sterts with
the question
"9 unite?”
to which
the operator replies with a decimel

mmber n from 1 to 16. The term "unit” refers to tha device
Followi
to which this eseries of diegnostice ie dediceted.
this ere the questions whereby the p-tables themeelves wil
Esch p-table is 8 core-resident teble containing
be built.
The operetor
all the herdwere informetion for one unit.
sust esupply n (nusber of units) velues for esch question.
one enewer to each gquestion (in
He mey do this by 'Zvi
which cese the series of questions will be posed n times) or
by giving n velues, sepereted by commes,
to eech question
(series will be posed once).
Each question is followed by
the response redix (d for decimel,
b for binary,
o for

octal,

for

,e8/n0) in parentheses and the default velue

after the parentheses.

CZDZGAO GS3WD/DZ11 LGC DIAG

MACRO M1200

O03-AUG-84 15:01

FAGE

E2
16

SEQ 0017

PROGRAM DOCUMENT
636
637

638
639
640
641
642

643
644
645
646
647

648
649
630
651
652
653
654
655
656
657
658
659
660
661
662
663
664
665
666
667
668
669
670
671
672
673
674
675
676
677
678
679
680
681
682
683
684
685
686
687
688
689
690

Following the herdware questions are the softwere

questions

to build the softwere tasbles, which define the mode (quick
verify etc.) thet the disgnostic will enecute in.

When the question "0 units?”

ie enewered, memory storege

slloceted for
the p-tables, and if there is not enough to
sccommodate them the messege "TOO MANY UNITS” ie issued.
In
this cewe the disgnostic muet be executed more then once to
test ell units.

EXAMPLE:

STA/TESTS:1:2-4:6:8-10/PASS
:3/FLAGS : IER:HOE =1 : UAM: LOE
This commend will couse three peesees to be mede,

each

pess

consisting of tests 1,2,3,4.6,8,9, and 10 executed
inst
ell unite.
There is no difference between seying <FLAG> end
saying <FLAG*1>. The notetion <FLAG=0> is meeningful only on
e commend other than stert to cleer o fl
thet wees
previovsly set.
Note thet on ell commends only the firet
three letters ere scarned.

6.3.2 RESTART commend
$000000060000080000000600000000005008000000080000800800800¢

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

0880000060000 0880¢0088000000088806000080080¢0008088000000080000

6.3.2.1 TESTS, PASS, end FLAGS ewitches
<TEST-L 37>,

<PASS-CNT>,

commend.

end <FLAG-LIST> sre o8

in the START

6.3.2.2 UNITS ewiteh (/UNITS:<UNIT-LIST>)

<UNIT-LIST>

is o seguence of decimel numbers (0,1

etc.)

renges of decimel numbers (0-5, 8-10 etc.) that epecify
the
units to be tested.
The numbers ere eeparested DLy colons.

The nusbers mey rengs from 0 thru n-1 (n ie the number of
The number
unite specified in the previous stert commend).
indicoetes

the

selected

must

entered duri

position

the

p-table

the herdwere diaglogue.
not

have

the dets was

The units which

See the discussion of sdd and drop commends below.
is

command.

ere

been dropped by the drop commend.

Default

test all unite which heve not been dropped by & drop

CZDZGAO GS3WD/DZ11 LGC DIAG

Fe
MACRO M1200

O03-AUG-84 15:01

PAGE

17
SEQ 0018

PROGRAM DOCUMENT
692

693
694
695

696
697
698
699

6.35.2.3 Effect of RESTART command
The RESTART commend differs from the START commend

thet

700
701
702

the p-tadbles from the previous stert commend (there must
have been one) ere used, inetesd of new ones being built.

704

(operetor will be esked).
The commend cen be used efter
commend mode hes been reentered in any of the three normel
ways:
a) the requested nusber of pesses have been mede b)
en error wes encountered with the halt on error flag sec c¢)

703

705
706

707

708
709
710
711
71
713
714
715
716
7117
718
719
720
721
722
723
724
725
726
727
728
729
730
731
732
733
734
735
736
737
738

The

units

these.

ewitch

gives

The softwere diel

the ebility to select o subset of

mey optionally

reexecuted

8 "control/c” wes entered by the operator.

6.3.3 CONTINVE commend
0846806000808 00008008608008088040800008008000804000400000800008

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

0008008088080 0080080080080000000480800088080808808800000000002

6.5.3.1 PASS swmitch (/PASS:<PASS-CNT>)
<PASS-CNT>

same o8 in START commend, but the default

the unsatisfied pess-cnt from the previous START or RESTART,
If none remeine, the default is non-ending execution.
6.3.3.2 FLAG switch (/FLAGS:<FLAG-LIST>)
<FLAG-LIST>

ecame

in START commend, but unspecified

flegs retein their current velue.

6.3.3.3 Effect of CONTINUE commend
CONTINUE sust follow @ stert or restert,
and commend mode
must heve been entered due
to 8 halt on error or e
control/c. The effect of the commend
is to go to the

beginning of tre test that wes being executed when the halt
or control/c took plece.
Softwere dislogue mey optionally
be resxecuted.

Hardware peramsters mey not be chenged.

CZDZGAO GS3WD/DZ11 LGC DIAG

MACRO M1200

O03-AUG-84 15:01

PAGE

G2
18

SEQ 0019

PROGRAM DOCUMENT
740
741
742

743
744
745
746

747
748
749

750
751
752
753
754
755
756
757
758
759
760
761

762
763
764

765

766
767
768
769
770
7
772
773
774
775
776
777
778
779
780
781
782
783
784
785
786
787
788
789
790
791
792
793
794
795
796

6.3.4 PROCEED commend
0000800000800 400002000080080008000000000600040000000060000000

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

00060660000000080000000000800000002000000000000800060008000800¢

6.3.4.1 FLAGS ewitch (/FLAGS:<FLAG-LIST>)
<FLAG-LIST>

the

START commend, but unepecified

flegs retein their current velue.

6.3.4.2 Effect of PROCEED commend
PROCEED must follow @ START, RESTARY, or CONTINUE.

Cemmend

sode must heve been entered vie @ heit on error.
The effect
of the commend is to Dbegin execution st the lecstien
following the error call.
persmsters mey be altered.

Nesither herdwere nor seftwere

6.3.5 ADD commend
8060008000000 0000000000008048005080800000080808080080880800000

ADD/UNITS: <UNIT-LIST>

000006000008008000000000000000000000000080000008000008000000

6.3.5.1 UNITS ewiteh (/7UNITS:<UNIT-LIST>
<UNIT-LIST>

is o8 in the RESTART commend.

6.3.5.2 Effect of ADD commend
The unite epecified sre added
to the

unit

must

heve

p-table

test

memory

sequence.

due

Eech

to en eerlier

hardwere dial
.
This commend must be
followed by
o
RESTART or CONTINUE.
The unites ewitch must be specified.
The ADD commend is meeningful only
for
units
that
were
previously dropped.
6.3.6 DROP commend
8008008000080 0000000088080088880880888008008400800080080000000

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

0600000008 080000008880800008008008886000000800428080080048000000

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

CZDIGAO GS3WD/DZ11 LGC DIAG

MACRO M1200

O3-ALG-84 15:01

PAGE

18-1

SEQ 0020

| PROGRAM DOCUMENT
797

C¢UNIT-LIST>

800
801
802
803
804
805
806
807
808
809
810

6.3.6.2 Effect of DROP commend

798
799

811
8l12

813
814
815
816
817
818
819
820
821
822
823
824
825
826
827
828
829
830
831
832
833
834
835
836
837
838
839
840

841
842
843
844
845
846

847
848
849
850
851

i @8 in the RESTART commend.

The unite specified will be dropped from testing.

will be reselected only by

commend .

The

units

the execution of en

ewitch must be entered.

The units

START

This commend

must be followed by o RESTART or ¢ CONTINUE commend.
6.%.7 PRINT command : NOT IMPLEMENTED

0900909000000 00800080000408000000008000000006000000000000000040000

PRI(NT)
0008008000800 00800008000000008000008000008000000000008008008000

6.3.7.1 Effect of PRINT commend
The totel mnumber of errors for

each

unit

stert or restert commend ere printed.
stetisticel reporting) fleg i3 cleesred.

since

the

lest

The ier (inhibit

6.3.8 DISPLAY commend
0008080808660 00888008880808000008888000008000000008000008000

DIS(PLAY)/ZUNITS: ¢UNIT-LIST>

$008800000000008000000004000808060000080040880008080086008466¢

6.3.8.1 UNITS ewiteh (/UNITS:<UNIT-LIST>)
<UNIT-LIST>

ieo o9 in the RESTART commend.

6.35.8.2 Effect of DISPLAY commend
The herdwere p-tables for all units under test

out

the

formet

are

in which they were entered.

thet were dropped by the
designeted.

operastor

“drop”

printed

Any units

commend

are

6.3.9 FLAGS command
008000000688 5036845000008008080880880880000808880000000000000

FLACGS)
060406000008 08008080008800006888008808888088080008800000000

6.3.9.1 Effect of FLAGS commend
The current settings of ell flegs sre printed.

CZDZGAO GS3WD/DZ11 LGC DIAG

MACRO M1200

O03-AUG-84 15:01

PAGE 19

SEQ 0021

PROGRAM DOCUMENT
853
854
855
856
857
858
859
860

861
862
863
864
865
866
867
868
869
870
87
872
873
874
875
876
877
678
879
880
881
882
883

6.3.10 ZFLAGS commend
0080000800000 600008908000080000000600008800000000000800000000000

ZFL(AGS)

0040600600008 000000000800006008000000000880000000000000000000

6.35.10.1 Effect of ZFLAGS commend
All flegs ere cleesred.

6.3.11

Control Cherecters

A control ¢ (c) entered during the execution of e diegnostic
couses @& return to commend mode.
A control z (z) entered during one

the

three

operator

dislogues -initial dislogue (eee 6.2) .herdwere dislogus (see
6.3.1.5), or softwere dislogue (see 6.3.1.5)- couses the
defeults to be taken for the remeinder of that dielogue.
A control o (o) entered during the execution of a disgnostic

couses

oll

teletype

output

surpressed

remeinder of the diegnostic or until snother
typed, which restores normel telutype output.

for

control o

the
is

CZDZGAO GS3WD/DZ11 LGC DIAG

MACRO M1200

O03-AUG-84 15:01

PAGE 20

PROGRAM DOCUMENT
885
886
887
888
889
890
891
892
893
894

895
896
897
898
899

900
901
902
903
904
905

906

907
908
909
910
911
912
913
914
915
916
918
919
920
921
922
923
924
925
926

927

928

6.3.12 Herdware Parameters
The followi
questions will be ssked on @ START commend.
The value
located to the left of the question merk is the
defeult value thet will be taken on @ cerrisge return
response.

Note

Entering these peramsters is & crucisl pert of running this
diegrostic, which should not be overlooked.
The cereult velues, for instence,
should not be relied upon
too quickly.

1. CHANGE
MM (L) ?
The snewer to this question has no defeult velue.
Answering "NO” will couse all the default values to be sseumed, which mey be 8 ceuse for errors.

2. ® UNITS (D) ?
The anewer to this question has no default value either.

3. CSR (0)

160100 ?

This is the sddress at which
the DZ11 CSR register
resides
un'bus.
the
on
The allowable r
is
160010..163776 (octel), end the defeult velue

is 160100.

VECTOR (0) 300 ?

The sllowable renge is 300..777, end default velue is 300.
Note

Entering @
velue here will couse the disgnostic to
stop. An "ILL INTER NNA” error messege will be printed and
8 new velue will have to be entered
into the herdware
p-table after

issuing the "START” command egain.

SEQ 0022

K2
CZD2GAO GS3WD/DZ11 LGC DIAG

MACRO M1200

O03-AUG-84 15:01

PAGE 21

SEQ 0022

PROGRAM DOCUMENT
930
931
93
933
934
935
936
937
938
939
940
941
942

S. BR (0)

S ?

The allowable renge is 4..7 end the default velue is S.
6.

ACTIVE LINES (0) 3 ?

This asks for @ bitmep of the

line(s) out of the DZ11l

the GSO3-WD. When rumning in mode O, two lines will be nee-

943

ded end when running in mode
1, only one.

945
946
947
948
949
950
951
952
953
954
955
956
957
958
959
960

The sllowable renge
(lines O and 1).

944

into

Note

The DRS,

which

is 0..377

oeeks ttese

end

the defeult

questions,

velue

is 3

only checks that the

nusber epecified is in the reangs 0-377.
The
di
tic initializetion
code
checks that two lines

are specified for mode O operstion end 1 line for mode 1
operation. If en incorrect number of
lines
is specified,
the disgnostic will report this s en error,

Such en error will meen having to issue the "START” commend

agein,

WHICH MODE (0) O ?

The sllowable renge

is 0..1 and the default velue

is O.

CZDZGAO GS3WD/DZ11 LGC DIAG

MACRO M1200

03-AUG-84 15:01

PAGE 22

SEU 0024

PROGRAM DOCUMENT
962
963
964
965
966
967
968
9%9
970
971
972

973
974
975

976
977
978
979
980
981
982
983
984
985
986
987
988
989
990
991
992
993
994
995
996
997
998
999
1000
1001
1002

1003
1004
1005
1006
1007

1008
1009

6.3.13 Software Perameters

No softwere perameter question is ssked in this stetic logic
test.

6.3.14 Extended Discussion 0f P-Teble Dislogue
The

full capability of the herdwere dislogus

is revesled by

the following discussion of what happens internally.

As so0on 88 the question "¢ unite?”
is aeanewered (with
the
number n,
88y) epece in core is allocated for n p-tebdbles.

All of the p-tebles are of the same formet, and there
is
a
one-to one correspondence
between
the herdwere peremeter

questions end the slots n the p-table forwmet.

On the first trip thru the queations, all of the slots
in
all of tne p-tebles ere filled.
I1If the operstor types in
in responese to 8 perticuler
less then n explicit velues
question, these velues are pleced in the p-tebles (one velue

going into the proper slot of each p-table beginning with
the first p-table) until the string of veluss is exhesusted.
The lest valus in the string becomes the new defeult end
is
veed to fill thet slot in the remeining p-tables.

On oubsequent trips thru the questions, the same process is
cerried out, except that the eerliest p-table not
to have
received

explicit value

in any of

its slots now sssumes

the role that table number one played in the first trip.

The series of questions
ie
reissued until
et
least
one
question hee received n explicit values from the operstor.

In giving @ string of velues, commes without intervening
velues mey be used to indicate @ repetition of the lest

rnemed value.

string

velues

mey

given

@ renge (6-10 for

exemple). If the velues represent pure numerical dets,
this
rengs trensletes to the string 6.7,8,9,10 (en
sample
increment of 1). If the vealues are eoddresses.,
the semple
renge transletes to the string 6.8,10 (an increment of 2).

CZDZGAO GS3WD/DZ11 LGC DIAG

MACRO M1200

03-AUG-84 15:01

PAGE 23

SEQ 0025

PROGRAM DOCUMENT
1011
1012

1013
1014

1015

Now let us esee how we could uese these capabilities to
construct a set of p-tebles.
Aesume that we have 16 units,
and that there ere three hardwere paramsters for esch (three
slote in the p-teble,
three hardwere questions
in the
dislogue).
Let the desired velue for the firet perameter be
the number 7S for all 16 tebles.
Let the desired velue
for

1016
1017
1018
1019
1020
1021
1022

the

1024
1025
1026

the lest 9 units.

1023

1027

second

peramster

equal

the

unit

mmber

(0.1.2.....15) except for unit 12, which should receive the
value 11.
Let the desired value for the third parameter be
the number 76 for the first 7 units and the number
77
for
The following dislogue would eccomplish this goel:

1028
1029
1030
1031
1032
1033
1034
1035
1036
1037
1038
1039

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

1043

The
firet
time the series is ssked, slot one receives 8 75
in all 16 tebles.
Slot two receives the values 0,1.,2.....6
in
tebles 0 thru 6 end & constent 6 in tebles 7 thru 15.

1040
1041
1042
1044

1045
1046
1047
1048
1049
1050
1051
1052
1053
1054
1055
1056
1057
1058
1059

® UNITS (D)

? 16

UNIT 21
<QUESTION 1> ?

<QUESTION 2> ? 7-11,,13-15
<QUESTION 3> ? 77

Slot three receives 8 constant 76 in eall 16 tebles.

The second time thru the series, tables 16 thru the end ere
going to be effected (note thet this piece of information is
printed out for the the operetor in the form
“"unit
xx"
et
the beginning of eech series).
Question 1 is responded to

@ <cr>, 90 slot one stays at constent 75 in tebles 7 thru
1S, since no new exlicit velues are typed in.
Slot two gets
the velues 7,8,9,10,11 in tebles 7 thru 11, end gets & 11 in
slot 12, end gete the velues 13,14,15 in tables 13 thru 15.
Slot three gets the value 77 in tables 7 thru 15,
The dislogue

is terminated when the software recognizes that

16 explicit values have been given for at lesst one question

(nemely question 2).

CZDZGAO GS3WD/DZ11 LGC DIAG

MACRO M1200

O03-AUG-84 15:01

PAGE 24

SEQ 0026

PROGRAM DOCUMENT
1061
1062

1063
1064

7.0

Tests Descriptions

1065
1066

1067
1068
1069
1070
1071
1072
1073
1074
107S
1076

$88000820088848008084508080848 TEST

besic test of DZ11.

L
L

Description :

[

- Subtest 1 : Check thet DZ11 CSR cen be

[ ]

to and reed from ;

[ ]

written | ]

- Subtest 2 : Tranemit & character in maintensnce
(internal) loopbeck mode on the selected line(s)

[

1077

1079

1081
1082
1083
1084
1085
1086
1087
1088
1089
1090
1091
1092
1093
1094

s 80,1

+ 1080

2688¢0s080000008008000000s
]

Purpose

[

1078

[]

end check for proper echo.

.
Y

Error

"e0seges

- Subtest 1 :

write to/read DZ11 CSR ot eddress <addrees>”
"Check DZ11 eddrees.”

[
[

- Subtest 2

"DZ11 feiled to reset.”
“Check D211 eddress.”

L
|]
[
L
L

“Run DZ11 diegnostic.”

- Subtest 2 : "DZ11 internal loopbeck melfunction
on ling # <line number>"”

[

s 02

"Unsuccessful sttempt to

[

]

*Check D211 eddress.”
“Run DZ11 diegnostic.”

®
.

L
®

Y $088488004800840808080088080888038088008080684400008008002 L

CZOZGA0 GSSMD/DZ11 LGC DIAG

MACRO M1200

O03-AUG-84 13:01

PAGE 23

SEQ 0027

PROGRAM DOCUMENT
1096

1097

1105

cherscters
Purpoee : check that
from the GSOS-WD.

1108
1109

Aomumption :

1106
1107

ere echoed bech

the previous test ren succeesfully.

1110
1111
1112

Deecription :

1114

beck from the GSOS-MD on
line x. If it ie not
successful,
enother asttempt
will be meds
to

1116
1117

echieved

1113
1115

The

two

lines

out of the DZI11

nemad line x ond line y.
A firet
ottempt will
be

mede

receive

printed.

Note

echo

either, 8

line

herd

ere erditrerily
to

receive

this

echo

cemot

error wermning

will be

This disgnostic detects thet the GS03-WD ewitches
to one line by receiving echoed cherecters beck
from the GSO3-WD on thet line.
This is Wy,
before
other
tests

check correct

switching, this test firet checks thet

be r:goivoo beck from the
ong

GSO3-MD, on

echo

cen

leesst

lLine.

Error msesage

- "No echo received back from the (GSO3-WD on
either ling ¢ <line number> or & <line rnuaber>"

0O OO OOOOOOOOOLOIIE
OSSO

in modge O

00 00

1104

Test octive only

TEST 2 ¢00e00000000000000000
10000

1103

000000000000000000000000e

1098
1099
1100
1101
1102

“Check cabling end dip ewitch E18 (must be OFF
) e

0000800000000 00000800000000008800000000800000000000000000000

CZOZGAO GSSMD/DZ11 LGC DIAG

MACRO M1200

O3-AUG-84 15:01

PAGE 26

SEQ 0028

PROGRAM DOCUMENT

1187
1188
1189
1190
1191

1192

- all previous tests ren succeesfu)ly ;

- WATCHDOG FUNCTION hes priority (cf. note).

Deecription :
This test is the
elgorithe :

BN K

BN JE BN BN 3K BN 2N BN BN N

BN BN B

Repeat
quence

twice,

implementation of the following

owapping

lines x

and y,

the

ee-

. Try end switch GSO3-MD 20 line x

- “ry end owitch GSO3 WD from
line x
to
line y 3
. Yr{ ond ouitch GSOS-WD beck from line y
line x
to

Note :

This disgnestic ssoumes thet the ewi*ches are set

give

tia

WATCHDOG

FUNCTION

p-iority. This

ssene thet the front penel ewitches should ell be
in
the center
position and
the reley
modules
for the eame priority
should sll be confi

(see Option Descr iption for dateils).

IMPROPER SETTINGS

CAN

CAUSE

UNEXPECTED ERRORS,

BOE DIAGNOSED AS SUCH.

WHMICH WILL NOT NECESSARILY

Error meveages :
- "MNo echo received beck from GSO3-WD on line

® <line mmber>"”

“Check FORCE, MANUAL ewitches, priority
uttin' ond cables”.

- *"Both lines have ewitch priority over eech
other.”

*Check GSOS confi
etion.”
- "Echo from GSO3received on both lines
"
® <ling mumber> and @ <line number>.
- *GSO3-WD feiled to switch to line @ <line
number>

"No echo received beck from GSO3-WD on line
® <line number>"”

“Check FORCE, MANUAL ewitches, priority
-

setting and cebles”.
"Echo from the GSO03-WD received on wrong

ling & <line number> (expected : @ <line

nusber>
). "

OO0 OO O OO OO OOOODOOOOOOONOOOLOOOOOPOOEODSEOLELOEOOOONOOEOLOSIOINDS

1181
1182
1183
1184
1185
1186

in mode 0

1177
1178
1179
1180

3 cecscecescccccccesscccccee

Aoousptions :

1161
1162
1163
1164
1165
1166
1167
1168
1169
1170
1171
1172
1173
1174
1175
1176

EST

Purpoee : switch the GSO%-WD beck end forth,

1148
1149
1150
1131
1152
1153
1154
1155
1156
1157
1158
1159
1160

Test ective only

1147

NN N

1144
1145
1146

1143

000000000000000000000000¢

ETEEEXEENRNENX

1136
1137
1138
1139
1140
1141
1142

CZDZGAO GS3SWD/DZ11 LGC DIAG

WCRO 11200

C3-AUG-84 15:00

PAGE 26-1

SEQ 0029

PROGRAM DOCUMENT

1193
1194
1195
1196
1197

1198

)
]
.
.

“€cho is still Deing received on line ¢
<ling nusber> when sctuelly trenemitting
on ling @ <line nuaber> only.”
*Check GSO3 configuretion.”

.
.
.
.
.

0000008600000 0000000000000000000000000000000000000000000000

CZDZGAO GS3WD/DZ11 LGC DIAG

MACRO M1200

O03-AUG-84 15:01

PAGE 27

SEQ 0030

PROGRAM DOCUMENT
1200
1201
1202

1203

1204
1205

000000000000000¢0000000¢s TEST 4 ¢000800000000000¢000000000

1206
1207
1208
1209
1210
1211
1212

.
¢ Test active only in mode 1 :
.
)
.
.
Purpose : installetion test.
.
.
)
.
Assumption : all previous tests ren successfully. .o
.

1217

.
.
.
.

.
Deecription :
This test ectivates the line into the GSO3-WD in o
order for the operator to check that the LED's
.
resct correctly :

1218
1219
1220
1221
1222
1223

.
.
.
.
.
)

The GREEN or YELLOW LED corresponding to this ¢
CPU's line into the GSO3-WD ehould then turmn on. e
The sseocisted RED LED ehould turn off efter one ¢
full GSO3-WD clock pulee efter this test
ing e
(which seene that the RED clock LED should blink o
twice at the most before this happens).
.

1225

Error message : none.

1227

00008006808 0000800000660000600000000006000000600000000808000008

1213
1214
1215
1216

1224

1226

CZDZGAO GS3WD/DZ11 LGC OIAG

F3
MACRO M1200

O03-AUG-84 15:01

PAGE 28

SEQ 0031

PROGRAM DOCUMENT
1229
1230
1231
1232
1233
1234
1235
1236
1237
1238
1239
1240
1241
1242
1243
1244
1245
1246

1247

1248
1249
1250
1251
1252
1253
1254
1255
1256
1257
1258
1259

1260
1261
1262
1263
1264
1265
1266
1267
1268
1269
1270
1271

1272
1273
1274
1275

8.0 Error Informetion

8.1 Error Reporting

Errors are reported by the progrem ss
irhibited).

they

occur

(if

not

The report conforme to the disgnostic supervisor

error report formet, and consiste of a description of the
error,
the test number,
esubtest nusber, pc of the error
cell.,
device
informeation.

oeddress,

end

besic

end

extended

error

The following examples provide typicel error reports:

ZDZGAO DVC FTL ERR

B8US TIMEOUT

00000 ON UNIT 00 TST 001 SUB 001 PC: 010052

Unsuccessful ettempt to write to DZ11 CSR et sddress 160100
Check DZ11 sddress.

ZDZGAO
HRD ERR

00005
ON UMZIT 00 TST 003 SUB 000 PC: 011046

NO ECHO ON ONE LINE

No echo received beck from GSO3-WD on line ¢ O
Check FORCE, MANUAL ewitches, priority setting and cables.

ZDZGAO
RO ERR

00008
ON UNIT 00 TST 003 SUB 000 PC: 011420

FAIL TO SWITCH TO

GSO3-WD feiled to switch to line & 2
No echo received back from GSO3-WD on line @ 2
Check FORCE, MANUAL switches, priority setting eand cebles.

for all other errors, the report may be more
require sdditional dete to be reported.

extensive

and

CZDZGAO GS3WD/DZ11 LGC DIAG

MACRO M1200

O03-AUG-84 15:01

PAGE 29

PROGRAM DCCUMENT

1277

1278

1279
1280

1582
{ggz
1585
1286

1287
1268
1289

9. 0

y
Histor
H

iret relesse : ALY 84
e

SEQ 0032

CZDZGAO GS3WD/DZ11 LGC DIAG

MfZRO M1200

O03-AUG-84 15:01

PAGE 31

SEQ 0033

PROGRAM DOCUMENT
1300
1301
1302
1303
1304
1305

. 2000

002000

1306
lg 002000
1

1309
1310

1311 002000
1312
1313

1314
1315
1316
1317
1318
1319

1320

000000
000000
000000
000000
000000
000000

000000

MCALL
SvC

SVC

BGNMOD

ZDZGAO

SLSTINe O
SLSTTAG- O
SVCINSSVCTSTeSVCSUB»

SVCGBL SVCTAG-

00000

1299

+ INITIALIZE SUPER'.ISOR MACROS

s LIST INSTRUCTIONS, SHIFTED RIGHT
s LIST TEST TAGS, SHIFTED RIGHT
s LIST SUBTEST TAGS, SHIFTED RIGHT
:
'

LIST GLOBAL TAGS, SHIFTED RIGHT
LIST OTHER TAGS, SHIFTED RIGHT

OHANGE THE VALUES OF THE SVC... SYMBOLS TO BE ZERO IF YOU WISM

;

TO ALIGN THE MACRO CALLS AND THEIR EXPANSIONS.

CHANGE THE

SYMBOLS TO 8E MINUS-ONE TO NOT LIST THE EXPANSIONS.
CHANGE THE SYMBOLS AT ANY POINT IN YOUR PROGRAM.

YOU MAY

CZDZGAO GS3WC/DZ11 LGC DIAG

MACRO M1200

O -AUG-84 15:01

PAGE 33

PROGRAM HEADER

.SBTTL PROGRAM HMEADER

1330
1331
1332
1333
1334
1335
1336 002000
1337
1338
1339
1357

POINTER BGNAU, BGNDU, BGNSETUP

1358 002000

002010

LSNAME:: :

002010

101

002011

060

002011

002012
002012
002014
002014
©02016
002016
002020
002020
002022
002022
002024
002024

002026
002026
002030

000001
000416

011562
000000
002144
000000
012076

002030
002032
002032
002034
002034
002036
002036

000000

002040
002042
002042
002044
002044

002132

002040

002046
002046

002050

THE PROGRAM MEADER IS THE INTERFACE BETWEEN

+ THE DIAGNOSTIC PROGRAM AND THE SUPERVISOR.

000000
000000
000000

003

LSREV::
LS$DEPO: :

LSUNIT:

LeTIML::
LOMPCP: :
LISPCP::
LSHPTP:
LSSPTP::

LOLADP: :
LSSTA::
L$CO::

L$OTYP:
LSAPT: :
L$OTP:

LSPRIO: :
LOENVI::
LSEXPL::

LIMREY: ;

HEADER

ZDZGAO,

ASCII
.ASCII
ASCII
.ASCII
.ASCIXI
.ASCII
.BYTE
.BYTE

72/
/0/
72/
/G/
/A/
70/
O
O

.ASCII

/A/

.ASCII

~/0/

.MORD

T4PTHV

.MORD

270.

LHMORD

L $MARD

.WMORD

.MORO

LtHM

.MORD

LMORD

LSLAST

.MORO

.MORD

LMORD

.WORD

.MORD

.BYTE

1DIAGNOSTIC NAME

sREVISION LEVEL
10

tNUMBER OF UNITS

1LONGEST TEST TIME
sPOINTER TO M.W. QUES.
tPOINTER TO S.W. QUES.
tPTR., TO DEF. M.W. PTABLE
tPTR, 7O S.W. PTABLE

tOIAG. END ADORESS
;RESERVED FOR APT STATS

tOIAGNOSTIC TYPE
1 APT EXPANSION
tPTR., TO DISPATCH TABLE

LS$OISPATCH

sDIAGNOSTIC RUN PRIORITY

;FLAGS DESCRIBE HOMW IT WAS SETUP
1EXPANSION WORD

1SVC REV AND EDIT ¢

COREVISION

SEQ 0034

CZDZGAO GSSWD/DZ11 LGC DIAG

MACRO M1200

03-4UG-84 15:01

PAGE 33-1

SEQ 0035

PROGRAM MEADER
002051

003

LSEF::
L$SPC::

LSDEVP: ;

LSREPP: ;

LIEXPS: ;
LSEXPS: ;

1359
1360
1371
1372
1373
1374
1375
1376
1377
1378
1379
1380
1381
1382
1383
1384
1385

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

007730
007650

002156

104035

005774

007636
007544

002122

LS$AUT::
LS$DUT: :
LSLUN::
L$DESP: :

LSLOAD: :
LSETP:
L$ICP::

L$CCP::
LS$ACP: :

LSPRT::
LSTEST::

LSOLY::
LSMIME: :

.BYTE

CSEDIT

LMORD
.MORD

O
O

LMORD

LSOVTYP

LMORD

. WORD

.MORD

L$AU

LMORD

LSOV

L.WORD

LSDESC

EMT

ESLOAD

LMORD

LWORD

LSINIT

.MORD

LS$CLEAN

LMORD

LSAUTO

.WORD

L$PROT

LMORD

.MORD

1DIAG. EVENT FLAGS

s+ POINTER TO DEVICE TYPE LIST
N

tPTR. TO REPORT CODE

v’

¢
t1PTR. TO ADD UNIT CODE

1PTR. TO DROP UNIT COODE
.

sLUN FOR EXERCISERS TO FILL
-

jPOINTER TO DIAG. DESCRIPTION

3 GENERATE SPECIAL" AUTOLOAD EMT

]

3PQINTER TO ERRTBLsPTR, TO INIT CODE
.

tPTR, TO CLEAN-UP CODE
tPTR. TO AUTO CODE
.
b
tPYR. 1O PROTECT TABLE
.
1 TEST NUMBER

+DELAY COUNT
tPTR, TO HIGH MEM

; Sesssnssassssssssssssssssssssssussssssssnssssssssttstesttstsssstsssstitils

goe

i
:+

THIS TABLE IS USED BY THE RUNTIME SERVICES
TO PROTECT THE LOAD MEDIA.

‘--

I<3
CZDZGAO GS3WD/0Z11 LGC DIAG

MACRO M1200

03- AUG-84 15:01

PAGE

33-2

SEQ 0036

HEADER

1386 002122
002122
1387
1388 002122
1389 002124
1390 002126
1391
1392

LS$PROT::

BGNPROT

1OFFSET INTO P-TABLE FOR CSR ADDRESS

000000

1OFFSET INTO P-TABLE FOR MASSBUS ADORESS

177777
177777

1OFFSET INTO P-TABLE FOR DRIVE NUMBER

1406

1407

1408 002130
1409

ENDPROT

CZDZGAO GS3WD/DZ11 LGC DIAG

MACRO M1200

03-AUG-84 15:01

PAGE 35

OISPATCH TABLE
1412
1413
1414
1415
1416
1417
1418
1419 002130
002130
002132
002132
002134
002136
1420
1427
1428
1429
1430
1431
1432

1433

1434
1435
1436
1437
1438
1439
1440

144)

002140

.SBTTL DISPATCH TABLE
8227172777777 7777777777777777777777777777777777777777777777777777/777/777777777

1/ THE DISPATCH TABLE CONTAINS THE STARTING ADORESS OF EACH TEST.

1/ IT IS USED BY THE SUPERVISOR TO OISPATCH TO EACH TEST.

3777711777777 777777777777777707707777777777770707777777777777777777777/777772/

010006
010616
010750
011504

DISPATCH 4
4
.WORD
LS$DISPATCH::
LWORD
T1
MORD
T2
.MORD
T3
T4
.WORD

3 Shebabaiietelelaiaiulaiaiaiaieleiuauusnnnssaassnattnsissnnssssssstsssssttssssssssecsssessesse

SEQ 0037

CZ0ZGAO GS3WD/DZ11 LGC DIAG

M3
MACRO M1200

03-AUG-84

15:01

PAGE 37
SEQ 0038

DEFALT HARDWARE P-TABLE
.SBTTL DEFALT MARDWARE P-TABLE

1444

1445

1446

VILLPLI117870200077700700077777700700700077770777707077777707707077707771777/7/777

1448
1449
1450

1/ 1S IDENTICAL TO THE STRUCTURE OF THE RUN-TIME P-TABLE.
1/ AND IS USED AS A " TEMPLATE” FOR BUILDING THE P-TABLE

i1/ THE DEFAULT HARDWARE P-TABLE CONTAINS DEFALLT VALUES OF
THE STRUCTURE OF THIS TABLE
1/ THE TEST-DEVICE PARAMETERS.

1447

$I/117000070078077700700070070070770077007707700077707777007770777777700770777777777

.enabl

1453
1454 002142
002142
1455
1465

1466

1467 002144
1468 002146
1469 002150
1470 002152
1471 002154
1472
1473
1474 002156
1475

LéMN::
OFPTBL
::

002144
002144

002156

AMA
BGNH
.WORD

.word
.word
.word
.word
.word

160100
000300
000003

L10001:

ENDHM

OFPTBL
L10001 -L$H/2

160100
300

oww

1451

1452

DZ11 CSR esddress
0Z11 vector eddress
interrupt priority level (5S)
bitmap of lines out of D211 into GSO3-WD
diwtic test mode (0)

or installation test mode (1) selector

—

CZDZGAO GS3WD/DZ11 LGC DIAG

MACRO M1200

O03-AUG-84 15:01

PAGE 39

SEQ 0039

GLOBAL EQUATES SECTION
.SBTTL

1478

1479
1480

GLOBAL EQUATES SECTION

871711707177 7777077777777777777777777777777777/77/7777777777777777777777777777777

1481
1482

THE GLOBAL EQUATES SECIION CONTAINS PROGRAM EQUATES THAT

ARE USED IN MORE THAN ONE TEST.

1483

3777777717727 7277772777777777777777777777727777777777777777777777777/77777/7777777

1484

1485
1486

1487
1497
1498
1513
1514 002156

EQUALS
:

+ BIT DIFINITIONS
]

8IT15== 100000
eIT14== 40000
8IT13== 20000
8IT12==
8IT11==
8I710==
8IT09==

10000
4000
2000
1000

8I708=+ 400

8IT07== 200
8IT06== 100

BIT05=»
81704==
8I703=+=
8IT02==
8IT01==
8IT00==
3

8I79==
8IT8~=
8177==
8IT6==
B8ITS==
BIT4==
8IT3s=
8IT2==
8ITle=
8IT0==

40
20
10
4
2
1}

BITO9
BITO8
BITO7
BITO06
BITO0S
BITO4
BITO3
BITO2
BITOl
B8ITO0

; EVENT FLAG DEFINITIONS

;

EF32:EF17 RESERVED FOR SUPERVISOR TO PROGRAM COMMUNICATION

000040

020037
000036
000035
000034

EF .START ==
EF .RESTART .=

32.
31.

EF .NEW=»
EF .PWRe»

9.
28.

EF .CONTINUE==

30.

}

PRIORITY LEVEL DEFINITIONS

START COMMAND WAS ISSUED

RESTART COMMAND WAS ISSUED

CONTINUE COMMAND WAS ISSUED
A NEW PASS HAS BEEN STARTED

A POMER-FAIL/POMER-UP OCCURRED

{ CZDZGAO GS3WD/DZ11 LGC DIAG

MACRO M1200

03 -AMJG-84

15:01

PAGE 39-1

SEQ 0040

GLOBAL EQUATES SECTION
000340
000300
000240
000200
000140
000100

340
300
PRIOSe" 240
e 200
PRIOR
PRIO3e. 140
PRIO2e- 100
PRIO == 40
PRIOOe 0
PRIO7es

e
PRIOCG

1OPERATOR FLAG BITS
]

EViLee

)

LOTee
AOR
« o
0=+
ISRe.

10
20

UAMe
o

80E--

PNTee
PRIee

1515
1516
1517
1518
1519
1520
1521
1522
1523

IXEe»
IBE TERe.
LOE==
MOE =+

40
100
200
400
1000
2000

4000

10000
20000

40000

100000
:

MAXPRI

340

Highest proceseor priority

CSRCLR
MSETIE

000020
040040

MSEMAT

000050

010000

RCVRON

010000

0211 CSR device cleer Dit set
0211 CSR Mester Scen Enable end Traneaitter
Interrupt Enable bits set
0Z11 CsR
Master Scen Ensble end MIntenance
loopbeck mode bite vet
0211 LPR Receiver On bit set

}SZS

174000

RBUFCTL

174000

0Z11 RBUF meek to get line musbsr efter 8IC

1527
1528
1529
1530

000100

OLAYerg

100

177754
177622

OLAY2e
OLAY1le

-20.
-110.

srgument providing 8 rough 0.1 second deley
when used with the DLAY mecro on the 11/70

1531

1532
1533
1534
1535
1536
1537
1538

so PROGRAM EVENT FLAG DEFINITIONS

2 seconds deley to weit for echo
11 seconds delay to weit for echo

".....‘“0....‘.‘....‘.‘.0..‘..““...‘0.0...‘.“....‘..‘....“..‘.....

CZD2GA0 GSSWD/0Z11 LGC DIAG

MACRO M1200

O3-AUG-84 13:01

PAGE 4]

GLOBAL DATA SECTION
.SBTTL

1541

GLOBAL DATA SECTION

RILP0P00 800000000 028000000008700 00800007070 00707007070707077717707070070007777777

TME GLOBAL DATA SECTION CONTAINS DATA TMAT ARE USED

IN MORE THAN ONE

TEST.

RIVLVIPEIIIEI 2000001787208

00 000000700070 000000000707070000007707000000772707777

te STORAGE FOR DEVICE REGISTERS

||...0“0‘0..00....0..0...00..0“0.0..‘0..0..0‘.00..0..00.00‘00.‘000......00

002156
002156
002156

002161
002164
002167
002172

002175
002203
002206
002211

103
132

132
107

123
104

063

103
111

4DESC

DESCRIPY
.ASCIZ

<«CZDZGAO GS3WD.0Z11 LGC DIAG»

/CZDZGAO GSSMD.DZ11 LGC DIAG/

061
114

101

.EVEN

so PROGRAM CONTROL FLAGS
002212
002214

FTIME:
TMODE:

.word
.word

O
O

: boolean to record first
1 Teet mode

initislizetion

s PROGRAM CONTROL PARAMETERS

.....‘.‘.‘..“...“..0.‘.‘....‘......‘.‘.".....‘......0......‘..0.“0..

.word

i1 Unit under test

002220

SWPRTY: .word

1 Switeh priority (line x, y or none)

002222
002224

MAXERR:

.word

i mex error count before dropping unit

002226

SAVE4A:

.word

1 temporery storege for timeout trep

002216

002230

WT;:

ERRCNT:

SAVE6:

.word

i error count

1 vector

CZ02GA0 GSSWD/DZ11 LGC DOIAG

MACRO M1200

O03-AUG-84 15:01

PAGE 42

SEQ 0042

GLOBAL DATA SECTION
1o MISCELLANEOUS STORAGE

.‘..00“0.‘.000.0.‘..0‘0.‘00O00.00000000.0.0.0‘.00.000.00000.0.000000000

002232

000000

TXPSM:

.word

002234
002236

000000
011070

OZPTY:

.word

TLPRO:

.word

tronemitter

D211 priority

011070

grszgogm perameter deecription for lines
-

.word
.word

002244
002246

OLAYC1:
DLAYC2:

.word
.word

ECHO:

.WORD

TLPRx:
TLPRy:

rOCeIvVver

;1 test LPR for line x

: test LPR for line y

into the

- 8 bit cherecters
- 1 stert Dit, 2 stop Dite
- 110 beuds or 1 cherecter every 100 ms
-

002240
002242

intermpt vector PSW

to store RBUF contents echoed beck through

i the D211

CZOZGAO GSSWD/DZ11 LGC DIAG

MACRO M1200

O03-AUG-84 15:01

PAGE 43

SEQ 0043

GLOBAL DATA SECTION
11008

PRIMARY REG ADRS STORAGE FOR THIS UNIT

eeesee

1THESE LOCATIONS WILL BE LOADED FOR THE CURRENT UNIT, IN INIT CODE
1o POINTERS TO OZ11 VECTORS AND REGISTERS
0ZrVCCe: .word
0ZrvVCSe: .word
0ZtvCCe: .word
DZtVCSe: .word
0ZCSRe: .word
a:
DZROUF
DZLPRe: .word
DZTCRa:
DZTORa:

.word
.word

00000

1000000008 0060006000008800000000800080080000000000000800000000000000000900

000

1628
1629
1630
1631
1632
1633
1634
1635
1636 002252
1637 002254
1638
1639 002260
1640 002262
1641 002264
1642 002264
1643
1644 002270
1645

0Z11 receiver intermpt vector PC sddress
D211 receiver interruwpt vector PSW eddrees
D211 trenemitter interrupt vectur PC eddress

DZ11 tranemitter intermpt vector PSW sddrees
DZ11 control stetus register sddress
0211 receive buffer/line peramester register
eddreve

pointer to DI1l trenemit control register
pointer to DZ11 trenemit dete register

1646

1000080008008 06008650800800884800800000008086000000000000000060008000080000

1648
1649
1650
1651
1652
1653
1654
1655
1656
1657
1658
1659

10868000006808000000080800000000000800000800000800000000800046000000800008

.word

002302
002304

LNMWAPx:
LNWPy:

s100ee

.word
.wonrd
.word
.word

Line

nusbers

(0..7)

Line

bitmeaps
(0..377)

STACK USED FOR SUBROUTINE LINKAGE

esses

1000000000660 088080806600800088000808080000080008080000238880800000050000¢

1663
1664
1665 002306
1666
1667 002310
1668
1669 002312

1678
1679

.word

LNNBRx:
LNNBRy :

1660
1661
1662

1670
1671
1672
1673
1674
1675
1676
1677

LNNBR:

002272
002274
002276

000000

1e POINTERS TO GSO3-WD LINES OUT OF THME 0211

1647

1* SUBROUTINE LINKAGE PARAMETERS

1860808000800 8080880000400086008008008000400000800000400000800800000800800000

;1 Subroutine execution report

.wWURD

1 Number of line echo

: . WORD
OLDLNNB

)

sbAOK: .WORD
LNTSTD:

is to be expected on

;1 Number of the line the GSO3-WD is switched to
1 when celling subroutine sbSW31

002314
002316

NEWLNMP
: . WORD
NEWLNNSB
: . WORD

;} Bitmap ond
i1 Number of the line the GSO3-WD is to be
; switched to if subroutine sbSW31l succeeds

002320
002322

ADOR :

UNIT:

.word

Paremeters
for error

reports

F4
CZDZGAO GS3WD/DZ11 LGC DIAG

MACRO M1200

O03-AUG-84 15:01

PAGE 45

GLOBAL TEXT SECTION
.SBTTL

1682

1683
1684
1685
1686

'8
1.

1687
1688
1689

THE GLOBAL TEXT SECTION CONTAINS FORMAT STATEMENTS.

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

1 Setebyieiedeiiaietetutubuietetetuietetuiateietetuteietetetebebetaintuiaivisiiiaieiuiniwiui
el wieiwi e el eiel el el el bl b ul el e el el bl bl el b el b el el
110000000000008000880000000000000000000000000000080000000404800008082800000000008

1690
1691
1692

1® NAMES OF DEVICES SUPPORTED BY PROGRAM

;|.‘..O...‘.‘..“..‘.“.‘....‘.‘....‘.‘00.‘0.0.00...00.‘.0.‘0000.‘0‘“‘0000000

1693 002324

002324
002324
002327
002332
002335
002340

1694
1695
1696
1703
1704
1705

GLOBAL TEXT SECTION

107
040

104
105

123
127
115
125

DEVTYP

.ASCIZ

/GSOSMD MODWLE/

LeOVTIYP:;
104
117
114

.EVEN

SEQ 0044

CZOZGAO GS3WD/DZ11 LGC OIAG

MACRO M1200

OS-AUG-84 15:01

PAGE 47

SEQ 0045

GLOBAL SUBROUTINES

.SBTTL

1708
1709

GLOBAL SUBROUTINES

1710

Jocccseseeeecooemaaioioccesceesecasono
oot
cole ooo

171

1?’1“1,

1713
1714

1 MACRO'S NEEDED TO CALL SUBROUTINES
AR

R R

1715

;1 mecro to wait o few me

{;i;

;1 Coell sequence :

1716
1719

1720

.mecro

1724

. ondm

1721
1722
1723

1725
1726

DOLAY

MoV
MOV
JSR

DLAY

176630, DLAYC}
o0, DLAYC2
PC., sbMWTGE

R R R R R

0 <D <1777

CZOZGAO GS3WD/DZ11 LGC DIAG

H4
MACRO M1200

O03-AUG-84

15:01

PAGE 49
SEQ 0046

GLOBAL SUBROUTINES
;1 Subroutine to wait for event or timeout

1729
1730

JSR

PC, ebWTG1

1731
1732
1733

1 Celling sequences :

1735

: Inputs parsmeters :

1737
1738
1739

1 subroutine sbWTGLl
for I :+» DLAYC1 to O do beg:n end
8

1734

JSR

PC,

sbWTG2

oLAYC1l, OLAYCe

1736

1740

1741 002342
1742
1743 002346
1744 002352

1745

1746 002354
1747 002360
1748
1749

1750
1751
1752
1753
1754
1755
1756
1757
1758 002362
1759

1760 002366
002366

1761

1762 002370

1763 002374
1764
1765 002376
1766
1767
1768
1769

013746

002244

005237
001375

012637
000207

ebWTG1: MOV

OLAYC1,

loopGl: INC

OLAYC1

loopGl

BNE

MOV

002244

- (SP)

(SP) +, DLAYCH

RTS

: end sbWTG1

; subrouting sbWTG2 :
for DLAYC2

:= DLAYC2 downto O

do begin for J := DLAYC1 to O
do

}

004737

002342

000207

JSR
BRE AX

104422
005337
001372

sbWTG2:

002246

PC.

sbMTGL

TRAP

C$BRX

0EC
SNE

DLAYC2
sbiTG2

RTS

;1 ond ebMTG2

MACRO M1200

CZD2GAO GS3WD/0Z11 LGC OIAG

O03-AUG-84 15:01

PAGE S1

SEQ 0047

GLOBAL SUBROUTINES
1 Routine to drop unit after S5 errors

1772
1773
1774
1775
1776
1777

1 Call esequence : JSR
CHCMAX:
104420

1778

1781

1782 002412

1783

1784 002414
1785 002420
1786
1787
1788 002430
002434

002450
1789
1790
1791

002454

104421
032700
001026
002224
002224

013746
013746
012746
012746

002216
002222
002472
000003

0106600

104417
062706

002460
002464

013700
104451

002466

104444

1792
1793 002466

1794
1795 002470
1796
1797
1798
1799
1800
1801 002472
1802
1803
1804
1805

002222

8cs

RFLAGS
TRAP

RO
CSRFLA

IOV, RO
1

1 If dropping of units is inhibitted
1 then exit

INC
cre

ERRCNT
ERRCNT, MAXERR

;s Updete error count
; If there sre’'nt too meny errorse

PRINTF

STMNYERS, MAXERR,

MOV

OTMNYERS, -(SP)

BLE

MOV

TRAP

ADD

000010

1¢:

116

045

i then exit
WT

SP,RO

€10,5P

TRAP

Cs000V

WT,RO

TRAP

CS$OCLN

RTS

.nlist

BEX

.list
.EVEN

"NYERS:.:SCIZ

: then exit

CSPNTF

OOCLN

DOOU
MOV

002216

000207

045

C¢INLP

817
BNE

005237
023737
003420

+ I? looping on error

TRAP

BCOMPLETE

103432

1779
1780

INLOOP

PC, CHXMAX

;1 elee print

'Maximum error count

1 of <maxerr> gxceeded for unit <WT>’
: end drop unit

; Abort subpess

;E“Mnim error count of SD3SA exceeded for unit #D2/

CZD2GAO GS3WD/DZ11 LGC DIAG

J4
MACRO M1200

03-AUG-84 15:01

PAGE S3

SEQ 0048

GLOBAL SUBROUTINES
| service routine to tranemit

BGNSRY evTXG1

1808

1809 002562
002562

1:1(1) 002562

112777

181

1812 002570
1813

002570
002570

000002

000101

177500

evIXGl::
ENDSRYV
L10002:

MOVB

RTI

int

'hon

¢'A, SDZTDRe

nternue
:

t mode

CZDZGAO GS3WD/0Z11 LGC OIAG

MACRO M1200

O03-AUG-84 15:01

PAGE 55

SEQ 0049

GLOBAL SUBROUTINES
1816
1817
1818
1819
1820 002572
002572
002576

002612

002614

1821
1822
1823
1824
1825
1826 002634
002634
Q02636
~97

1830
1831

1 subrouting to initislize D211 for
3

¢ Calling sequence :
'

sbIDG1: SETVEC
MOV

013746
012746
013746
012746
104437
062706

002232
002562
002256
000003

012777

000020

177434

032777

000020

177426

PC, ebIOGI

DZTVCCea, ®evTXG1l, TXPSW
®ovTXGl, -(SP)

0ZTvCCa,-(SP)
03,-(SP)
CeSVEC
#10,5°P

000010

1Set up trenemitter

interrupt vector

OCSRCLR, SDZCSRe; Set CLR bit of DZ11 CSR

nCLDG1: BIT

OCSRCLR, 8DZCSRe; Test CLR
;1 Authorize “control-C” sbort
C4$BRK

104422
001373
000207

JSR

interrupt mode trensm ssion

nCLOG1
RTS

: end sbIDGL

i Weit until CSRCLR = O

CZOZGMO GS3WD/DZ11 LGC DIAG

MACRO M1200

O03-AUG-84 15:01

PAGE 57

SEQ 0050

GLOBAL SUBROUTINES
subrout
ine to trenemit end check for echo beck from the (GSO03-WD

1834
1835
1836
1837
1838
1839

Celling sequence :

PC, ebTEGL

JSR

Input peremeter : LNTSTD contains the number of the line on which echo
i® to be tested for

1840
1841
1842

Implicit

input

1843

1844
1845
1846
1847
1848
1849

0Z11 LPR register hes been loaded with correspondi
perameters and DZ11 TCR with the Ditmep of the line(s)
to be activeted (i. e. : including thet which wes
*already” active)

Output peremet ers

1850
1851

005037

002306

012777
012701

040040
177622

105777
100014

177376

017737

177372

002674

100010

002676
002704
002712
002714

042737

123737

001414
000764

002716
002736
002740

005201
001347

002742

000207

002744
002752

012737
000207

174000
002251

ebTEG1: CLR
177406
nRONG1:

002250

if successful, return with sbAOK = | elese with sbAOK = O

sbAOK

MOV
MOV

OMSETIE, GDZCSRe; Enable interrupt wmoje trensmission
édleylls, R1
3 Set up 11 seconds deley

TSTB

S0ZCSRe
WAITGL

;1 If silo empty.
; then weit

SDZRBUFe, ECHO

; elee empty

WAITG]

1 until

8PL

nETYGL: MOV

OREUFCTL,

002250
002310

ECHO

it becomes empty

; or an echo

ECHO ¢ 1, LNTSTD; on line "LNTSTD”

succlGl

;

OLAYerg

nETYGL

MAITG1: DLAY

Rl
nRONG1

succGl: MOV

RTS

01,

is detected

002306

;

When deley is elapsed,
with sbAOK = O

return

: echo on line i means GSO3-WD is switched
to lineg i : return with sbAOK = 1

ebAOK

1 end sbTEG]

ANA

CZDZGAO GS3WD/DZ11 LGC DIAG

GLOBAL SUBROUTINES
1880
1881

MACRO M1200

03-AUG-84 15:01

.macro

1884

PAGE 39

EDSCALL XY
LIST

19000000060806600000808004000¢ TEST' XY’ 0000000028000000000¢00000s

1882
1883

. endm

JNLIST

1685
1886

1887

1888
1889
1890
1891
1892

1893
1894

1895

.macro

. endm

BADHEAD
RADIX 10
EDSCALL \TSTESTNUM.1
.RADIX 8

SEQ 0031

CZDZGAO GS3WD/DZ11 LGC OIAG

MACRO M1200

03-AUG-84 15:01

PAGE 61

GLOBAL ERROR REPORT SECTION
.SBTTL

1898
1899

GLOBAL ERROR REPORT SECTION

$//710177770777777/77777777777777777777/77777777777777777/77777777777777

1900
1901
1902

V4
3/

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

FAISWF :
FAISWT:

.nlist
.ASCI2
.ASCIZ

PTYCFL:

.ASCIZ

377727177727 7777777777777277777777777777777/777777777777/77777777777/

1903
1904

1905

SEQ 0052

002754

002777

003021
003044
003066
003112
003125
003162
003214

103
101
103
122
117
117
132
125

110
111
110
111
061
061

123

WD2ECH:
NOLLEC:
NOMDEC:
OZLBER:
OZINER:
BUSTIN:

.ASCI2
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCI2
.EVEN

BEX
/7ECHO ON WRONG LINE/
/FAIL TO SWITCH TO/
/7ECHO ON BOTH LINES/
/PRIORITY CONFLICT/
/NO ECHO ON ONE LINE/
/NO WD ECHO/

/0711 INTERNAL LOOPBACK ERROR/
/0Z11 INITIALIZATION FALT/
/8US TIMEOUT/

1808800088880000888888888008080480800488000808000000008008000000880000

3¢ BASIC ERROR REPORTS MESSAGES :

1988600080060060600600008808800000048000888044808800000008008008880008

003230
003343
003416
003515
003667
003776
004116
004213

116
116
116
116
116
116
116
116
116
116

FSWF:
FSWT:

.ASCIZ
.ASCIZ

PYCF:
NILE:

.ASCIZ
.ASCIZ

WD2E:
NDE:

oAAB:
OZIN:
CSRw:
CSRr:

.ASCIZ

.ASCIZ
.ASCIZ
.ASCIZ
.ASCI2
.EVEN

/MNsAEcho from GSO3-WD received on wrong line ¢ HD1SA (expected : & sD1sA)./
/79NBAGSO3-WD failed to ewitch to line ¢ W01/
/9NAEcho from GSO3-WD received on both lines ¢ wD1¥A and @ %D1/
/9uABoth lines heve ewitch priority
over esch other./
/79NANO echo received beck from GSO3-WD on line & W01/

/79NsAND echo received beck from GSO3-WD on either line @ sD1sA or & %01/
/7¥NADZ11

internsl loop beck melfunction on line & #D1/

/9NtDZ11 feiled to reset./

/79NsAUnguccessful attempt tn write to DZ11 CSR et eddress %06/
/9NsAUNnsuccessful sttempt to read DZ11 CSR et eddress %06/

1000005888800508800088880880800080008800880008008088000088008088088080008

;¢ EXTENDED ERROR REPORTS MESSAGES :

1600000000 00068888000880880080008000888008000008800088008008082880088088

1937 004304

116
116

NOEC1L:
STECIL:

.ASCIZ
.ASCIZ

/9NSANO echo received beck from GSO3-WD on line & %01/

1939 004523

116
116
116
116
116

CxFMSM:
CxXDPSW:
CXGSCF:

.ASCIZ
.ASCIZ2
.ASCI2

/79NsACheck FORCE, MANUAL ewitches, priority utting end cables./
/79NsACheck cabling end dip switch E18 (must be OFF )./

1938 004371

1940
1941 004706
1942 COo4 744
1943 004775
1944
1945
1946

1947

1948
1949
1950

1951
1952
1953

OZDIAG:
CXDZAD:

.ASCI2
.ASCIZ
.list
.EVEN

/9NSAEcho is still being received on line & SDISA when ectuslly transemitting

/79NACheck GSO3 configuretion./
/9NsARun D211 diegnostic./

W 0211 eddress.’/

CZDZGA0 GS3WD/DZ11 LGC DIAG

MACRO M1200

O03-AUG-84

15:01

B85

PAGE 63

SEY 0053

GLOBAL EMROR REPORT SECTION
1956
1957

1958
1959
1960
1961
1962

1963 005026
1964 005026
005026
005032
005036
005042
005044
005046

1965 005052
005052
005056
005062

SRe;:

013746
012746
012746
010600
104414
062706

012746
012746

010600

005064
005066
1966 005072
1967 005076

1044135
062706

005076
1968
1969
1970 005100

104423

1971 005100
005100
005104
005110
005114
005116
005120
1972 005124
003124
003130
005134
003136
005140

1973 005144
1974 005150
1975

005150

004737

002%20
004213
000002

000006

004775

OCSRr, ADDR

mov
MOV
MoV
Mov
TRAP
ADD

ADOR, -(SP)
OCSRe, -(SP)
02, -(SP)
SP,.RO
CsPNTE
6 ,SP

MOV
MoV
Mov

6CXDZAD, -(SP)
e1,-(SP)
.RO

ADO
JSR

o4, SP
PC. OCMAX

TRAP

ConsG

@CXDZAD

TRAP

000004

002400

ENDMSG
L10003:

CiPNTX

i Error @ 1 report

OGNSG oCSRw
oCSRw::
PRINTB
oCSRw,

013746
012746
012746
010600
104414
062706
012746
012746
010600
104415
062706
004737

MoV
MOV
MOV
MoV

002320
004116
000002

TRAP

000006

PRINTX

ADOD

@CXDZIAD

6, 5P

ADD
JSR

o4 ,SP
PC. CHXMAX

TRAP

CeMsG

104423

OCXDZAD, - (SP)
e1,-(SP)
SP,

CHPNTX

;s Error @ 2 report

OGNMSG

pDZIN:
:
PRINTE

012746
012746
010600
104414
062706

004064
0000C1

pDZIN
@DZIN

2 2
MOV
MOV

O0ZIN, -(SP)
o1,-(SP)
SP,RO

ADD

o4 ,SP

TRAP

000004

it CSR write error

CIPNTB

000004
002400

ENDMSG
L 10004:

if too meny errors

ADOR, -(SP)
OCSRw, -(SP)
02,-(SP)
SP,RO

MOV
MoV
MOV

TRAP

1 check

ADOR

004775
GOOOU1

1977 005152
005152
005156
005162
005164
005166

PRINTX

000001

1976

1978 005152

INTB

t CSR reed error

oCSRr

C4PNT8

1 check

if too meny errors

;s DZ11

initializetion error

CZDZGAO GS3MD/0Z11 LGC DIAG

MACRO M1200

03-AUG-84

15:01

PAGE

CS
63

SEQ 0034

GLOBAL ERROR REPORT SECTION
1979 003172
005172
005176
005202
003204

003206
1980 005212
003212
005216
003222

1981
1982

1963

PRINTX

012766
012746

004775

000001

oCxXDZIAD, -(SP)
$P RO

MoV

010600

104413

oCxXDZAD

MOV

CIPNTX

TRAP

062706

000004

ADO

012746
012746
010600
104415
062706
004737

004744
000001

MoV
MoV
MOV

000004
002400

®OZDIAG, -(SP)
e1,-(5P)
SP,RO

TRAP
ADO

CPNTX
o4, SP

TRAP

(o 1,7

JSR
L10003:

104423

o4, 5P

S0ZDIAG

PC. OrxMAX

1964

i Error ¢ 3 report

1986

o018 :
PRINTD

1985
013746
012746
012746

002272
003776

010600
104414

1987

012746
012746
010600

PRINTX

004775

104415

1968

1969

1990

1991
1992
1993

1994

1995

062706

012746
012746
010600
104415
062706
004737

. LNMBR

- (SP)
LNNBR,
0Ne,-(SP)
02,-(SP)
SP RO

MoV
MOV
MoV
Moy

004 744
000001

CIPNTE

ADD

06 ,5P

oCXDZIND, -(SP)

TRAP

CIPNTX

oCxXDZAD

e1,-(SP)
SP,RO

MoV
MoV

000001

PRINTX

ADO
oV

CoePNTX

TRAP

L 10006

s Error

04 ,5P
PC. OrmAX

TRAP
¢ 4

002276
002274
003667
000003

report

000010
004622

PRINTX

LNNDBRx,

oCXDPSU

MOV

if too meny errors

s WD fail to echo error

pMDE

rov
MoV
MOV
"oV
MoV
TRAP
ADO

;1 check

CmsG

ONMDE,

012746

QOZDIAG, -(SP)

e1,-(SP)
SP,RO

MoV
MoV

BGN1SG
013746
013746
012746
012746
010600
104414
062706

o4, SP

0ZDIAG
0

ADD
JSR

104423

if too meny errors

1 DZ11 loopbeck error

oDZLE

TRAP

062706

1 check

LNNBRy

LNNBRy
, -(SP)
LNNBRx, -(SP)
ONDE, -(SP)
03, -(SP)
SP,.RO
CoPNTE
010,5P

OCKDPSM, -(SP)

CZD2GA0 GSSMD/DZ11 LGC DIAG

MACRO M1200

O3-AUG-84

15:01

PAGE 63-2

SEQ 0035

GLOBAL ERMROR REPORT SECTION

1996 003402

012746
010600
104415
062706
004737

005406

104423

003366
005372
005374
0035376

1997 003406
003406
1998
1999

000001

TRAP

000004
002400

1LE::

INTD

005410
005414
005420
005424
005426
0054 30

013746
012746
012746
010600
104414
062706

005434
005440
00444
005446
005450
005454

012746
012746
010600
104415
062706
004737

005514
005516

2010 003522
2011 005526
005526
005526
2012
2013
2014 005530
005530

2015 005530
005530

005534
005540

ADO
JSR

TRAP

SP.RO

CsPNTX

04, SP
PC. CriXMAX

oNILE

ONILE, LMNBRx

LNBRx, -(SP)
ONILE, -(SP)
.-(SP)
SP,.RO

ADO

6 ,SP

SCKXFMSH
oV

MOV
MoV

L10010:

CsPNTB

e1,-(SP)
SP.RO

TRAP

CoPNTX

JSR

PC.

TRAP

CeMSG

ADO

104423

o4, 5P

CHXMAX

;s Error ® 6 report

pPYCF: :

PRINTE

012746
012746
010600
104414
062706

003515
000001

012746
012746
010600

004706
000001

PRINTX

062706
004737

pPYCF

ADO

OCXGSCF

TRAP

002400

L10011:

104423

013746
013746
012746

002276
002274
003416

PRINTB

if too meny errors

; Both lines heve priority error

04,5P
OCXGSCF

e1,-(SP)
SP,

CePNTX

ADO
JSR

04,5P
PC. CHKKMAX

TRAP

CeMSG

;s Error ® 7 report

pWD2E : :

;1 check

8P YCF

MoV
MoV

104415

if too meny errors

1 No echo received on ling x error

mov
MoV
MoV
MoV

TRAP

PRINTX

| check

cemsSG

1 Error ¢ S report

B8GN1SG

005410

2002 005434

ENDMSG

L10007:

2000 003410
2001 005410

MoV

pWD2E

D2E, LNNBRx, LNNBRy

MOV
MOV

LNNBRv, -(SP)
LNNBRx, -(SP)

1 check

if too meny errors

;1 Echo on both lines error

CZD2GA0 GS3WD/DZ11 LGC DIAG

MACRO M1200

O0S-AUG-84 15:01

PAGE 63-3

SEQ 0056

GLOBAL ERROR REPORT SECTION
005544
005550
005552
005554
2016 005560
2017 005564
005364
005564
2018
2019

012746
010600
104414
062706
004737

000003
000010
002400

L10012:

104423

2022

PRINTS

013746
012746
012746
010600
104414
062706

002316
003343

013746
012746
012746

002316
004 304

PRINTX

010600

2023

104415
062706

012746
012746
010600
104415
062706
004737

PRINTX

004523
000001

Comso

of SMT

L10013:

NEMLMNNB, -(SP)
oF SHT, -(SP)

mov
TRAP
ADO

SP,RO
CoPNTE
o6 ,SP

013746
013746
012746
012746
010600
104414
062706

002316
002312
003230
000003

013746
013746
012746
012746
010600

002316
002312
004371
000003

062706

000010

104415

SWF ;:
INTB

MoV
MoV
MoV

ONDECIL
, 0,-(SP)
RO

MoV
MoV
MoV

ADO

OCXFMSM, -(SP)
01,-(SP)
RO
CIPNTX
o4, 5P

TRAP

CemsSG

PC, CraMAX

ADD

NEWMLNNB, -(SP)
OLOLNNB, -(SP)
OFS\WF ,-(SP)

SP,RO

CIPNTB

010,SP

MOV

MOV
MOV
MOV
MOV

OLDLNNB, -(SP)
OSTECIL, -(SP)
3, -(SP)
SP,RO

ADD

€10,SP

#CKGSCF

CoPNTX

if too many errors

1 WO echo on wrong line error

OSTECIL, OLOLNNB, NEWLNNB

TRAP

PRINTX

;: chack

OFSWF, OLDLNNB, NEWLNNB

3
MOV
MoV

MOV
PRINTX

1 MD Poil to switeh to line | error

TRAP
CoPNTX
ADO
06, 5P
OCFMSY

TRAP

000010

if too meny errors

ONOECIL, NEVLNND

s Error ® 9 report
of SWF

2027

1 check

OFSHTY, NEMLNNG

MoV
mnov

JSR

2028

005670
005674
005700
005704
005706
005710
2030 005714
005714
005720
005724
005730
005734
005736
005740
2031 005744

TRAP

104423

2029

03, -(SP)
SP,RO
CePNTE
010,5P
PC. CrxMAX

: Error ¢ 8 report
of SWT::

2021

MOV
MOV
TRAP
ADO
JSR

CZDZGAO GS3WD/DZ11 LGC DIAG

MACRO M1200

O3-AUG-84 15:01

PAGE 63-4
SEQ 0057

GLOBAL ERROR REPORT SECTION
012746
012746
010600

004 706

062706
004737

000004

104415

2032
2033

2034
2035
2036
2037
2038

104423

MOV
MOV
MOV
TRAP

0N000}

JSR

002400

L10014;

TRAP

o1, -(SP)

check

if too meny errors

CZDZGAO GS3WD/0Z11 LGC OIAG

MACRO M1200

O03-AUG-84 15:01

PAGE 65

REPORT CODING SECTION
.SBTTL

2041
2042

2043
2044
2045
2046
2047
2048
2049 005772

REPORT CODING SECTION

geo

1 THE REPORT CODING SECTION CONTAINS THE
;

"PRINTS” CALLS THAT GENERATE STATISTICAL REPORTS,

005772

LIRPT:

005772
005772
005772

L1001S:
104425

BGNRPT

ENDRPT

TRAP

CIRPT

SEQ 0058

CZDZGAO GSSWD/DZ11 LGC DIAG

INITIALIZE SECTION

MACRO M1200 03-AUG-84 15:01

g;o
1

2072

PAGE 67

.SBTTL INITIALIZE SECTION
V02100002000 0000077700700000007070707077070707077/707777/7/077777/7/7777

2073

1/ THE INITIALIZE SECTION CONTAINS THE CODING THAT IS PERFORMED

20;5

VIVIILIIP0000000200 0008000000000 70070000070777770077070777070/707777777/2/

2074

2076

2077 005774
005774

SEQ 0059

1/ AT THME BEGINNING OF EACH PASS.

LSINIT::

BGNINIT

2078
2079

CZ02GA0 GS3MD/DZ11 LGC DIAG

MACRO M1200

O03-AUG-84 15:01

PAGE 69

SEQ 0060

INITIALIZE SECTION
2105

2106 005774
2107 006000
2108 006002
2109 006010
2110 006016
2111 006024
2112 006032
2113

2114 006040

006040
006044
2115 006046
006046
2116
2117 006050

006056

103416

006102

2127 006104

012700
104447

“trep through 4" vector

000004

000006

SAVE4, 904

eloe

is restored

READEF

OEF .START

“START~,

8Cs

PEUNI1

nFTMI1: MOV

MOV
MOV

MoV

805, SAVEG
0L, FTIME
SAVE6, 906

READEF OEF .RESTART

000037

MOV
TRAP

OEF .RESTART RO
COREFG

READEF

OEF .PWR

BCOMPLETE
fEUNIL
8Cs
MoV
TRAP

000034

READEF

000036

104432
001440

OEF .CONTINUE

OEF . CONTINUE ,RO
CIREFG

8CC
EXIT
TRAP

contll
INIT
CSEXIY

. WORD

contIl: READEF

MOV

000035

006114

012737

1777717

006122
006126
006134

005237
023737
002161

002216
002216

002216

002012

AxUNI1:

8CC

nxUNI1

INC

8GE

WP :
or POMER
stert with firet unit (& 0)
If this @ "continue” commend,
then exit

(no re-ini1tializetion)

OEF .NEMW RO

CIREFG

cre

contll

. NEW
OEF

TRAP

FPtUNI1: MOV

*RESTART* commends,

L10016-.

BNCUMPLETE

103003

ftUNIL

MOV
TRAP

BNCOMPLETE

103002

PEUNI1

OCF .PWR RO
CIREFG

BCOMPLETE
8cs
PEUNIL1

012700
104447

2135

then the

"Wt;fl.o

RO
0EF .START
MOV
TRAP
CIREFG
BCOMPLETE
ftUNI1

006104
006110
2128 006112
006112
2129

2130
2131
2132
2133
2134

002226
002230
002212

nFTHI1
864, SAVEA

103412
012700
104447

ie the first peess through this

FTIME

BNE
MOV

103422
012700
104447

2119
2120 00060
006060
006064
2121 006066
006066
2122
2123 006070
006070
006074
2124 006076
006076
2125 006100
006100

000001
002226
002230

If this

187

002212

012700
104447

006050
006054

2118 006056

2126

005737
001011
013737
013737
012737
013737
013737

1 Context initialization

nxUNI1

If this

is not a new pess,

then get next unit

-1, WT
w7t

WT, LSUNIT
aborll

Point

to next unit

If there

is’'nt any,

; then end-of -pass

is seved

CZOZGAO GS3WD/DZ11 LGC OIAG

MACRO M1200

O% AUG-84 15:01

PAGE 71

SEQ 0061

INITIALIZE SECTION
2138
2139 006136
006136

006142
006144
2140 006146
006146

1 Loed herdware parameters for unit under test
GPHARD

013700
104442

002216

010001

006166
006170
2143 006174

2144
2145 006176
2146

2147
2148

2149
2150
2131
2132

103413

2160
2161
2162
2163
2164
2165
2166
2167
2168
2169
2170
2171
2172

013746
012746
012746
010600
104417
062706
000752

00216
007316

011137
062737

002264

011137

002266

012137
062737

002270

011137

062737

011137
062737
012137
062737

ONOTAV,

If not aveilable,

W7, -(SP)
ONOTAV, -(SP)
02,-(SP)
SP,RO

B8R

nxUNI1

then get next unit

(R1), DZCSRe

Get sddress of DZ11 CSR

otPMIL: MOV

011137

gtPMIL
I1

MOV
MOV
MOV
MOV

TRAP
ADD

CIPNTF
#6,SP

002264

MOV
ADO

(R1), DZRBUFe
02, DZRBUF
e

Get eddress of DZ11 RBUF/LPR

MOV
ADO

(R1), DZTCRe
o4, DZTCRe

Get eddress of DZ11 TCR

002266

MOV
ADD

(R1) +, DZTDRe
®6, DZTDRe

Get sddrees of DZ11 TDR

002270

(R1), 0ZrvCCe
(R1), DZrvCSe
42, DZrvCSe

Get eddress of DZ11l receiver

002254

MOV
MOV
ADD

MOV
ADD
MOV
ADO

(R1), DZtVCCe
4, 0ZtvCCe
(R1) +, DZtVCSe
06, DZtVCSe

Get eddrees of DZ1l trenemitter

011137

006274

RO,R1

PRINTF

062737

2153
2154
2155
2136
2157
2128
2159

MOV

002256
002260

(DZRBUFa = DZLPRe)

vector

interruwpt

vector

012137

002234

MOV

(R1) », OZPTY

Get pointer to tx priority level

006306

012137

002300

MOV

(R1) +, LNMAP

Get bitmap of active lines

006312

011137
001025

002214

MOV
BNE

(R1), TMOOE
MOD1I1

Get test mode

PRINTF

#RUNGOe, WT

'"Running on unit <WT>

013746
012746
012746
010600

002216
006740
000002

MOV

#RUNGOe, -(SP)

006316

006320
006320
006324
006330
006334
006336
006340
2173 006344

006350
006354
006360
006362

104417
062706

013746
012746
012746
010600
104417

MOV

002216
007056
000002

COPNTF

PRINTF

ORUNGODb, WT

MOV

TRAP

interrupt

in mode O0...'

SP,RO

TRAP

ADD

in R}

CsGPRO

BCOMPLETE
8cs

2141

2142 006150
006150
006154
006160
006164

WT,RO

TRAP

Cell to DRS to put p-table sddress

WT, R}

MOV

#6,SP

ORUNGOD
, -(SP)

SP,RO

COPNTF

{7 C

‘'Only tests 1, 2 and 3 ere octive...’

<5
CZDZGAO GS3WD/0Z11 LGC OIAG

MACRO M1200

O03-AUG-84 15:01

PAGE 71

SEQ 0062

INITIALIZE SECTION
006364
2174 006370
2175
2176 006372
006372
006376
006402
006406
006410
006412
211 006416
006416
006422

2178

006426
006432
0064 34
006436

062706
000424

000006

013746
012746
012746
010600
104417
062706

002216
007141

013746
012746
012746
010600
104417
062706

002216
007236

ADD
BR

#6,SP

contl2

MOD1I1: PRINTF

MOV
MOV
MOV
TRAP
ADO

RUNGlae, -(SP)
0°,-(SP)
SP,RO
COPNTF
6, SP

MOV

SRUNG1D, -(SP)

MOV
TRAP

SP,RO
CSPNTF
6, SP

PRINTF

ADO

ORUNG1b, WT

'Running on unit

<WT>

inmode

1...'

'Only tests 1 end 4 ere octive...’

CZDZGAO GS3WD/DZ11 LGC OIAG

MACRO M1200

O03-AUG-84 15:01

PAGE 73

SEQ 0063

INITIALIZE SECTION
2181
2182 006442
2183 006446
2184 006452
2185
2186 006456
2187 006462
2188
2189 006466
2190 006472
2191
2192 006474
006474
006476
2193
2194 006500
006500
2195 006502
006502
006504

2196
2197

1 Compute progrem verisbles eccordingly :
0ZPTY, Rl
1 Loed DZ11
ASH
i bus priority
5, Rl

013701
072127
010137

002234

contl?: MOV

002232

MOV

R1,

00503/
004737

002224
006506

CLR
JSR

PC. sbiNI1

i1 Compute "LNNBR:" and "LNMAP~ from “LNMAP"

005737
001402

002306

TS7

sbAQK
sborll

i I wrong "LNMAP” formet,

EXIT
TRAP
. WORD

INIT
CSEXIT

8EQ

104432

001044

104444

104432
001036

sborll:

OOCLN
TRAP

EXIT

TRAP

. WORD

TXPSW

ERRCNT

into TXPSW

[

then abort pees

L10016-.

CSOCLN
INIT
CSEXITY

L10016-.

tCLEAN UP AND ABORT PASS

CZOZGAO GS3WD/DZ11 LGC DIAG

MS
MACRO M1200

O03-MIG-84 15:01

PAGE 75

SEQ 0064

INITIALIZE SECTION
subrout
ing to compute line mep, number end perameters for 1. nes x end y out

of the 0711

Input pereseter

G°

2200
2201
2202
2203

Output perameters

LNMAP

1 <> guccessful

if succeosful,

sbAOK =

in LNNBRx, LNNBRy

in LW,

line peremeters TLPRx,

B¢
B¢

line Ditmaps

- LNMAP
- LNNBR

is not modified

LNWx,

TLPRy

LNMWYy

;

is left undefined.

B¢

Side effects

;

line nusberse (0..7)

005037
005037
005037

002306
002302
002304

113702
112701
005037

0023500

obLNI1: CLR
CLR
CLR

000001

mBIIL:

130102

001005

0035237
106301

8ITe
ONE

Rl, R2

ASLB

103372

8CcC

040102

RLMPIL: 8I1C

B8R

105737
001045

002302

006570
006576

110137
013737
013737
063737

002302
002272
002236
002274

006612

005737

002214

006616

006622

006630
006634

LNMAP, R2
€001, R1
LNNBR

INC

002272

000424

006624

MOve
MOve

QLR

002272

7578

002274
002240
002240

sbAQOK
x
LNMAP
LNMWAPYy

MOV

RLMPIL

If found. then store velus in LNMWPx-y

LNNBR

elese

erLMIL
R1,

increment line number end

ohift set Dit in Rl left one position
o8 long e no overflow occurs

R1
mB8II

Clesr bit

in R2 thet hes just been found set

x
LNMAP
RLMPIZ2

If LNMAPx hes slreedy been ses gned e valuse,

R1.

Store
results
into line x

then sesign one to LNMAPYy now

LNMAPX

LNNBR, LNNBRx
TLPRO,

LNNBRx,

TLPRx

perameters

If mode O end LNMAP formet wes given right,

TSTY

TMODE

001747

8EQ

nxBIIl

then now R2 = LNMAPYy.
<- This is just to check for right formet.

005702
001442

TST

then only one line should be specified

013746
013746
012746
012746
010600

104417

8EQ
002214

007357
000003

erlMIl: PRINTF
MOV

MOV
TRAP

succll

NGLMPL, LNMAP,
TMOODE
, -(SP)

03, -(SP)

SP.RO
COPNTF

If mode 1.

TMO0E

—

CZDZGAO GS3WD/DZ11 LGC OIAG

MACRO M1200

03-AUG-84 15:01

PAGE 75-1

SEQ 0065

INITIALIZE SECTION
000010

ADD

€10 SP

012746
012746
010600

007467

PRINTF
MOV
MoV

NGLMP2
NGLMP2, -(SP)

Co6674

062706
000207

000004

006676
006700

105702
001351

006702
006706
006714

110137

006650

2231
2252 006654
006654
006660

006664
006666
006670

062706

104417

006722

013737
013737
063737

006730
006736

012737
000207

000001

MOV

TRAP

RLMPI2:
002304
002272
002236
002276

002276
002242
002242

o4, SP
PC

TSTB
BNE

Mve
MOV
MOV

R1. LNMAPy

002306

ADO

succll: MOV

RTS

: end sbLNI1

lines...’

SP,RO
CSPNTF

ADO

RTS

'Wrong number of DZ11

Check that no more then 2 lines were
epecified

erL M1

LNNBR, LNNBRy

Store
results

LNNBRy,

perameters

TLPRO, YLPRP‘

01,
PC

TLPRy

sbAOK

into line y

CZD2GA0 GSSMD/DZ11 LGC OIAG

MACRO M1200

O3-AUG-84 15:01

PAGE 77

SEQ 0066

INITIALIZE SECTION
2260
2281

2262 006740

045

116

2263 007036
2264 007141
2265 00723
22066 007316
22687 007357
2268 007467

04S
045
045

116
116
116
116
116

045
045

2269
2290
2291
2292

116

.nlist
.ASCIZ2

9EX

.ASCIZ
.ASCIZ
ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ

/9AOnly teste 1.
2 end 3 ore ective

dist

/NS
ing on unit H028A

pese
-t me

8 2 @ Autes on the POPL)

in this mode./

to stos./

ee in Ditasp/ "WOISA- ¢ or mode WO18AoA test./
'm. maber of 0Z1bl1 e lin
to correct. Wi

,fil

ordusre P-ta

2293 007542
104411

/70
gning on unit HD2WA in mede ]| : type “ctr]l (/9mAOnly tests 1 end 4 ore ective in this sode./
/79¢Mnit dDJBA ie net oveilsdle./

.EVEN
007542
007542

in mede O

CSINITY

CZD2GA0 GSSMD/DZ11 LGC DIAG

MACRO M1200

O3-AUG-84 15:01

PAGE

CE
79

SEQ 0067

AUTODROP SECTION
.SBTTL

2300
2301
2302

AUTODROP SECT 10N

THIS CODE IS EXECUTED IMED IATELY AFTER THE INITIALIZE COODE IF
TME "ADR" FLAG WAS SET.
THE UNIT(S) UNDER TEST ARE (HECXED T0

SEE IF THEY WILL RESPOND.
OROPPED FROM TESTING.

LIATO::

s Oheck
013701
012705

002262
000004

012737
012737

007606
000340

000240

062701
2035305

000002

01372

000405

062706

000004

013700
104451

002216

013737
013737

002226

002230

Set wp timeout trep :

024, 94
MNXPR]I, 906

TST

(R1)

ADO
OEC
ONE
8R

2, Rl
RS
14
3

NOP

2348
2549
2350
2351

007634
007634

104461

;1 4 DZ11

IrMPEDIATELY

registers to be tested

sdorese for timeout error trap handler
priority level 7 in trep PSH to lock out
;1 other interrmupte

1 next register

+ Decrement register count
;3 and brench beck f not lest register

time out error trep hendler

o04,SP
wt
WT,.RO

s Pop olg PC, PSH
1 Drop unit under trst

3¢: MOV

SAVES, 004

: Restore originel timecut vector

MoV

C+¢0O00DU

SAVES, 806

2345

2347 007634

ARE

2¢: ADD
[+ 0.0 V)
MoV
TRAP

000006

DZCSRe, R1
o, RS

MoV
MoV

000004

DON'T

i D211 responds

;

1¢:

905711

THAT

.EVEN
BGMAUTO

o 03]
MoV
000004
000006

THOSE

L10017;

ENDAUTO
TRAP

CsAUTO

CZDZGAO GSSWD/DZ11 LGC DIAG

MACRO M1200

OS-AUG-84 15:01

PAGE 81

SEQ 0068

CLEANUP CODINC SECTION
2334
2355
2356
2357
2358
2559
2360
2361 007636
007636
2362
2363
23863
2384
2385 007636
007656
2386 007640
007640
007644

2387
2388 007646
007646
007646
2389
2390
2391
2392
2393

.SBTTL

CLEANMUP CODING SECTION

VILITEIILI2 0080007800070 7000000000070770077000070700770007077777/77/77777

+/ THE CLEANUP CODING SECTION CONTAINS THE CODING THAT IS PERFORMED

1/ AT THE END OF EACM PASS,
RILII 1020200800700 00700000000000007070700000770000070700008707077F477777

OGNCLN
LSCLEAN: :

BRESET
TRAP

104433

013700
104436

L10020:

104412

1 bus reeet

TRAP

02TvCCa ; Clesr tranemit
0Z27vCCe.RO
CsCveC

TRAP

CSCLEAN

CLRVEC

002256

CSRESETY

interrupt vector

CZDZGAO GS3WD/DZ11 LGC OIAG

MACRO M1200

O3-AUG-84 15:01

PAGE 83

SEQ 0069

OROP UNIT SECTION
.SBTTL

2396
2397
2398
2399
2400
2401
2402

8717007072727 0277772777777277777772777777777777777777777777777707777777777777777777

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

1/ TO NO LONGER BE TESTED.
877777177727 772777727777777277727777777777777777774708777/7/7777777777777777777

2403 007650
2404
2405

DOROP UNIT SECTION

LeDU::

007650

BGNDU

2406

2415
2416

2417

.EVEN

2419 007650

PRINTF

SOROPO,

MoV
MoV
MoV

S#OROPD, -(SP)
02,-(SP)
SP,RO

ADO

6, 5P

2418

007650
007652
007656
007662
007664
007666

2420
2421 007672
007672
007674

010046
012746
012746
010600

007676

TRAP

104417
062706

000167
000030

DRS hes put ® of unit to be dropped

CIPNTF

EXIT
LHORD
LMORD

ov
Ut P
L10021-2-.

.nlist

BEX

.list
.EVEN

BEX

2422
2423

2435

2437 007676
2438
2439

2440
2441 007726
007726
007726
2442

2443

2445
2446

045

104453

116

045

OROPO:

L10021:

.ASCIZ

/wNsAUNnit sSD2¥A dgropped.’/

ENDOU

TRAP

CsOU

in RO

CZDZGAO GS3WD/DZ11 LGC DIAG

MACRO M1200

O03-AUG-84 15:01

Fé6

PAGE 85

SEQ 0070

ADO UNIT SECTION
.SBTTL

2449

2450
2451
2452
2453
2454
2455
2456
2457
2458
2467
2468 007730
007730
69
24

2470
2471 007730

007730
007732
007736
007742
007744
007746

2472
2473 007752
007752
007754
2474
2475
2476 007756
2477
2478
2479
2480 010004
010004
01000+
2481

ADO UNIT SECTION

RI2LP00007200000077700007000700700070000007070770077777777077777/77777

1/ THME ADO-UNIT SECTION CONTAINS THE COOING THAT CAUSES A DEVICE
¢/

T0 BE (A) TESTED FOR THE FIRST TIME, OR (8) RESUMED IN TESTING.

"EF AUNIT"~ IS SET, THE UNIT WILL BE TESTED AS A NEW UNIT,

RILI1LLPP0280 8078700080870 00777000070770007770700707077707007777777777

:
LAV

BGNAY

.EVEN
PRINTF

010046
012746
012746
010600

007756

104417

062706

000167
177750
045

RO, -(SP)
®ADDED, -(SP)
02,-(SP)
SP RO
COPNTF
o6 ,5P

EXITY
. WORD

ov
Je AP

.nliet

BEX

LMORD

116

045

ADDED:

.ASCIZ
.list
.EVEN

104452

L10022:

@ADDED, RO

MOV
MOV
Mov
MOV
TRAP
ADD

L10021-2-.

t S028A edded./
/#NsAUN
BEX

ENDAU

TRAP

1 DRS hee put @ of unit to be added in RO

Csav

CZD2GA0 GS3WD/DZ11 LGC DIAG

MACRO M1200

O3S-AUG-84 15:01

PAGE 87

HARODWARE TESTS

.SBTTL

2484

2485
2486
2487

2488

2489 010006
2490

2491

2499
2505

1START OF CODE BLOCK WHICH IS USED AS DATA

jo¢
ROMM:AP
s TEST TO ...

‘-

BGNTST

2514

EXIT

2528
2529

.EVEN
ENDTST

2506
2507

2513

2515
2527

2530
2536

HARDWARE TESTS

1£31

SEQ 0071

CZOZGA0 GS3WD/DZ11 LGC DIAG

MACRO M1200

O03-AUG-84 15:01

PAGE 89

SEQ 0072

MARDWARE TESTS
BAOMEAD

2539 010006

100006000000000800000000008¢ TEST] 0000000000000000000000000
3e

Purpose

: besic test of DZ11}.

Deecription

to end reed from

L)
1
1®

- Subtest 1 : Check that DZ11 CSR cean be
;

written

- Subtest 2 : Trenemit 8 cherscter in maintenance
(internal) loopbeck
mode on the selected line(s)
and check for proper echo.

Error meseages :
ie
1o 80,1 - Subtest 1 : "Unsuccessful ettespt to
1

write to/reed DZ131 CSR”

“Check DZ1]1 eddrees.”

3 e

1e 82
1e
1o

- Subtest 2 :

"DZ11 feiled to reset.”
*Check DZ11 asddress.”
"Run DZ11 diegnostic.”

- Subtest 2

"DZ11

;o 03

1e
;e

internal loopbeck malfunction

on line ¢ <line numsber>”
*Check 0Z11 eddress.”

"Run D211 diegnostic.”

BADHEAD

010006

010006
010006
010006
010006
010006
010010
010010

2569
2570 010012
2571 010020
2572
2573
2574 010026
2375 010034
2576 010036
2577
2578
2579 010040
010044
010052
010052
010054
010036
010060
010062
010070
010076
010076

1800080080000 080080040000800 TEST]1 s00eeesstesscesccssssssse

(r!GNTSY
1::

104402

BGNSEG

104404

012737
012737

010040
000340

012777
000240
000422

000020

062706
013737

002262

013737
013737

104444

002320

IRAP

002226
002230

C4BSUB

TRAP
C4BSEG
{ Set up timeout traep :
MOV
o148, 804
MOV
0340, 086

{ eddress for CSR write error trep handler
;1 priority level 7 in trap PSW to lock out
; other

interrupts

OCSRCLR, 8DZCSRe; Set CLR bit of DZ11l CSR

B8R

contD1

t CSR write error trap handler : DEVICE FATAL ERROR
s Pop old PC, PSW
16: ADD
TM, SP
MOV
DZCSRe, ADDR
1 Report eddress locetion
ERROF

TRAP

104435

000000
003214
005100

172226

1 Stert of subtest 1

.WORD
LMORD
.WORO

MoV
MOV

DOCLN
TRAP

O, BUSTIM, pCSRw;

SOERDF

BUSTIM
pCSRw

SAVE4A, 864
SAVES, 846

1 Abort pess

CSOCLN

CZDZGAO GS3WD/DZ11 LGC OIAG

MACRO M1200

O3-AUG-84 15:01

PAGE 89-1

SEQ 0073

HARDWARE TESTS
010100
010100
010100
010102
010102
010104

010112
010120
010122
010124

010130
010136

010144
010144
010146

010150
010152
259% 010154
010162
2601 010170
010170

2603 010172

010200
010206
010206
010206
010210

2607

010210
010210

ENDSEG
10000¢:
104405

BGNSEG
104404

012737
032777

000240
000423

062706
013737
013737

013737
013737

C$BSEG
19, 004

172142

&I'T’

OCSRCLR, B8DZICSRe; Test CLR

contD2

002320
002322

18:

ERROF

LMORD
MORD
.MORD

MoV
MoV
DOCLN
TRAP

002230

contDe:

002226
002230

ENDSEG
10001¢:
ENDSUB
L10024:

104403

BGNSUB

012777
012701

2613 010226
2614 010234
2615
2616 010236
2617 010256
2618 010260
2619 010262
010262

032777
001417

T1.2:

005201
001362

104455
003162
005152

104444

177754

172040

172026

1 eddress for CSR reed error trep handler

;1 CSR resd error hendler : DEVICE FATAL ERROR
1 Pop old PC, PSH
o, SP
ADO
MOV
DZCSRe, ADDR
1 Report sddress iocetion
1 Report unit number
WT, UNIT
MOV
TRAP

104405

2610 010214
2611 010222

2621
2622

TRAP

104444

104402

010270
010272
010272

contDl: MOV

104455

013737
013737

COESEG

000004

000001
003214
005026

010212
010212
010212

010264
010266

010124

TRAP

1, BUSTIM, pCSRr;

COEROF

1
BUSTIM
pCSRr

SAVE4, 804
SAVEG, 806

CSDCLN

MOV
MOV

SAVESL, 904
SAVEG, 906

TRAP

C4ESEG

TRAP

CSESUB

1 Abort peses

1 Stert of subtest 2

TRAP

csBSUB

MOV
MoV

OCSRCLR, 8DZCSRe; Set CLR bit of DZ11 CSR
S0LAY2s, R1
1 Set up 2 eeconds delay

;1 Initlielize D211 :

nCLOD1: 8IY

OCSRCLR, SDZCSRe; Weit

B8EQ

contD3

;s for

OLAY
INC
BNE
ERROF

OLAYerg
R1
nCLDO1

t+ CSR CLeer bit
;1 to cleer (reset complete)
1 I time-out

2, DZINER, pDZIN; then there's 8 problem

TRAP
LMORD
LWORD
.WMORD

COEROF
2
DZINER
pDZIN

TRAP

CSOCLN

OOCLN

;i test trenemission on line x :

1 Abort pess

CZDZGAO GS3WD/DZ11 LGC OIAG

MACRO M1200

O03-AUG-84 15:01

PAGE 89-2

SEQ 0074

MAROMARE TESTS

2623

2624 010274
2625 010302
2626
2627 010310
2628
2629 010314
2630 010320
2631
2632 010322
2633 010330
010330
010332
010334
010336
010340
010340

013777

1137717

002240
002302

004737

171762

171756

contD3: MOV

TLPRx,

Loed perameters for line x
Enat'e trenemission on line x

GOZLPRe

MOVe

LNMAPX, S8D2TCRe

010426

JSR

PC. odTEDL

' Trenemit ond test echo on line x

005737
001010

002306

TST
BNE

sbAOK
contD4

s I normel,
] then go on

013737

002274

MoV

UNNBRx, LNNBR

' elese report DEVICE FATAL error

TRAP

COEROF

002272

104455
000003
003125
005240

ERROF

LMORO
LMORD
.MORD

OOCLN
TRAP

104444

testing line y

3, DZLBER, pDZLB;

3
DZLBER
pDZLB

s Abort pess

CSDCLN

: If mode 0, thon test tranemission on line y, too :
010342
010346
010350
010350
010352

005737

001402

104432
000242

113777

002242
002304

010370

004737

010426

010374
010400
010402
010402
010404

005737
001402

002306

2650
2651 010406
2652 010414
010414
010420
010422
2653 010424
010424
2654

171702

171676

VA, 003
003)2%
005240

104444

CeEXIT

contDS: MOV

002276

002272

TS7

L10023-.

TLPRy, 80ZLPRe

MOVE

L"flxy. S0ZTCRe

JSR

PC. oDTEDL

3 Trenemit and test echo on line y

sbAOK

: 1f normel,

TST

3 exit test

B8EQ

contD6

TRAP
LWORD

CHEXIT
L10023-.

EXIY

10447%2

1044SS

TRAP

TS7

000210

0137%7

contDS

.WORD

013777

THMODE

8EQ

EXIT

010354

010362

contD4: TST

002214

contD6: MOV

ERROF

TRAP

then

;1 elee report DEVICE FATAL error
3, DZLBER, pDZLB;

LNNBRy, LNNBR

CHEROF

L.MORD
.WORD
.WORD

3
DZLBER
pDZLB

TRAP

CSOCLN

OOCLN

' Abort pass

CZO2GA0 GS3WD/DZ11 LGC ODIAG

MACRO M1200

IK6

O03-AUG-84 15:01

PAGE 91

SEQ 0075

HAROWARE TESTS

2657
2658

[
i

2674

2675 010502

2676 010510

2677
2678 010514
2679 010520
2680
2681
2682
2683
2684
2685
2686
2687
2688
2689
2690
2691

:
'

005037

002306

012777
012701

000050

005777
100414

171612

177754

010610

112777

000101

105777
100021

171542

010522
010530
010336

017737
122737
001024

010540
010542
010544
010552

000240
000240
017737
100416

010554
010562

012737
000207

010564
010604
010606

005201
001342

010610

000207

Output paremeter

sbTEDL:

171622
nTRYD1:

177754

171560

000101

002250
002250

171914

002250

000001

002306

171536

contD7:

contD8:

sbAOK =

MOV
MOV

OMSEMAI,

S0LAY2e, R1

Enable meintenance loopbeck mode tranemiesion
Set up 2 seconds delay

1SY

SDZCSRe
contD?

Weit
for

OLAYarg

CSR Trenemit ReaDY bit

PBLMDL

If time-out
then there’'s a problem

)¢

PBLMDL1: RTS

010614
010614
010614

104403

104401

ENDSUB
L10025:

ENDTST
L10023:

1 <=> guccees

sbAOXK

#'A,

SDZTORe

S0LAY2e, R1

to eset

Loed cherecter into Tranemit Dates Register
Set up 2 seconds deley

8DZCSRe
contD8

REPEAT Wei
t

SOZRBUFa, ECHO

Read received detes

PBLMUL

then there

oA, ECHO

UNTIL echo received

If dete received diffars from dete sent,
is 8 problem

SOZRBUFe, ECHO

Try end reed more dete

PBLMOL

If silo is not empty. there is @ problem

01,
PC

eloe All

sbAOK

OLAYerg

is OK

Weit

R1
nROND1

rout ine

When delay

TRAP

C$ESUB

TRAP

CSETST

.EVEN

S0ZCSRe;

R1
nTRYD1

;s end ebTEDL
010612
010612
010612

in meintenence loopback mode

CLR

OLAY
INC

005201
001363
000137

012701

ond check for echo

AR5 73 333§ R32 ¥ 3 33 5%

2659
2660
2661
2662 010426
2663
2664 010432
2665 010440
2666
2667 010444
2668 010450
2669
2670 010452
2671 010472
2672 010474
2673 010476

subrouting to trenemit one cherecter

is elapsed or s problem srises,

return with sbAOK = 0

CZOZGAO GS3WD/DZ11 LGC DIAG

MACRO M1200

O03-AUG-84 15:01

PAGE 93

SEQ 0076

HARDMARE TESTS

2708 010616

BADHEAD

2709

2710
2711
2712

2713

2714
2715
2716
27117
2718
2719
2729
2721
2722
2723
2724
2725
2726
2727
2728
2729
2730
2731

100000000804000000000000600¢ TEST2 0000008000800 00000000000e

1 Test ective only
L]

Purpose

check that
charecters
from the GSO3-uWD.

ere echoed beck

t1e
e

Asoumption

the previous test ren succesesfully.

L
1®
e
e

L
te

Description :
The
two
lines

out of the DZ11

nemed line x and line y.

A firet

ottempt will
be

mede

ere erditrerily

receive

echo

beck from the GSO3S-WD on line x. If it is not
succeosful.
eanother attempt will be aede
to
receive echo on line y. If
this ceot be
echieved either, 8 herd error werning will be
printed.

Note

This

is why,

This disgnostic detects thet the GSO3-WD switches
to one line by receiving echoed cheracters beck
from the GSO3-WD on thet line.
before

other

tests

check correct

suitching, this test first checks thet

2732

be r:g:oivod beck from the

2733
2734
2735
2736
2737

2738
2739
2740
2741 C10616

in mode O

t e

one

line.

Error messege

GSO3-WD, on

echo

cen

lesst

- "NMo echo received beck from the GSO3-WD on
either ling ¢ <line nusber> or # <line number>"”

“Check cabling and dip enitch E18 (must be OFF).*

BADHEAD

1800868004080 000020000024000¢ TEST2 s0000000ssssss800s800s8000s

2742

CZDZGA0 GS3WD/DZ11 LGC DIAG

MACRO M1200

O03-AUG-84 15:01

PAGE 95

SEQ 0077

MARDMARE TESTS

274S 010616

BGNTST

2746

ion :
1 Initielizet

T2::

010616

TS7

2747 010616 005737 002214

TMODE

2748 010622

001402

8EQ

contll]

010624

104432

TRAP

CSEXIT

2749 010624

%0 010626

000120

2751 010630
2752

004737

EXIT

LMORD

contLl: JSR

002572

2753

t 17 mocde 1, then skip this test

TST

L10026-.

PC. sbIDG1

1 Initislize DZ11 for interrupt mode
;{ trenemigsion

;: Test echo on line x :

2754

2755

2756 010634

27%; 010642
2

2759 010650

013777

002240

171422

MOV

013737

002274

002310

MOV

113777

002302

g;:? 010656

004737

002642

2762 010662

005737

002306

g;:z 010666

001022

MOVe

171416

; Loed perameters for line x

LNWAPx, S80ZTCRe ; Enable trenemission on line x
LNNBRx, LNTSTD

; Tranemit

JSR

PC, odTEGL

; end test echo on line x

187

sbAOK

1 if successful

BNE

g;:z

TLPRx, SDZLPRe

ond. 1

; then shut off D211l end exit test

O receive on ling x : test echo on line vy :

2767 010670
g;:g 010676

013777
113777

002242
002304

171366
171362

MOV
MOVve

TLPRy, GDZLFPRe
L
., SDZTCRe

2770 010704
g;‘g 010712

013737
004737

002276
002642

002310

MOV
JSR

LNNBRy, LNTSTD
PC. odTEG]

; Trenemit
; end test echo on line y

2773 010716
g;;; 010722

005737
001004

002306

TS7
BNE

sbAOK
ond. 1

1 if succeesful
; then shut off DZ1l and exit test

: nO receive on line y either : there is & problem

g;?rsl

2778 010724

010724

104456

010726

000004

2780 010734

012777

010742

104410

010730
2779 010732

2781 010742

2782 010744

2784

010746

TRAP

.WMORD

003112
005332

.MORD
.MORD

000020

171320

endl: MOV

ESCAPE

TRAP

000002

4, NOWDEC, pNWDE; Report error

CS$ERHRD
4

NOWDEC
pNMDE

OCSRCLR, SDZCSRe; Shut off DZ11
TST

CSESCAPE

.MORO

L10026-.

TRAP

CSETSTY

ENDTST

2783 010746

010746

ERRR11: ERAHRD

104401

L10026:

.EVEN

.
CZO2GA0 GS3MD/DZ11 LGC DIAG

MACRO M1200

03-AUG-84 15:01

PAGE 97

SEQ 0078

MARDMARE TESTS

2787 010750

BADHEAD

2768
278)

i1e
1o Test active only in mode O :

2791
2792
2793

1o
1
18

Purpoee : switch the GSO3-WD beck and forth.

2795

- WATCHDOG FUNCTION hee priority (cf. note).

2790

2794

2796
2797

27968
2799
28600

2801

100060008000060480060000608088

;

L]
i

)
ie
e

2806

1o
1@
1
)
1o
L)

2808
2809

ie
;8

2802

2803

2804
2805
2807

2810
2811
2812
2813
2814
3:15

2817

ggig

2820
2821
2822
2823

2824
2825
2826
2827
2828
2829
2830
2631

2832
2833

18
;e
L)
e
;e
L

Repeat twice, owapping lines x and y, the seQuence :
- Try end ewitch GSO3-WD to line x ;
- Try end ewitch GSO3-WD from line x to
line y ;
- Try eand switch GSO3-WD beck from line y
to

line x ;

Note :
This diegnostic seeumes thet the switches ere set

to give the WATCHDOG FUNCTION priority. This
msans that the front penel ewitches should ell be
in the center position and the reley modules
should all be configured for the same priority
(see Option Description for details).
IMPROPER SETTINGS

CAN

CAUSE

UNEXPECTED ERRORS,

i
T L
;e
ie
;¢ 06
;e

Error meseages :
- "No echo received beck from GSO03-WD on line
® <line mmber>”
*Check FORCE, MANUAL ewitches, priority

ie
;e 07
ie

;s 88
;e

;e
;e

2836
2837
2838
2839

t¢ 9
3
1
1

26841
2842

Description :
This test is the implementstion of the following
elgorithm :

WHICH WILL NOT NECESSARILY

2840

Assusptions :
- all previous tests ren successfully ;

2834

2835

TESTS ¢0000000000000000000000s0

;e
;e

BE DIAGNOSED AS SUCH.

setting end cables”.
- "Both lines have ewitch priority over each
other
.”

*Check GSO3 confi
stion.”
- "Echo from GSO3-WD
received on both lines
® <lineg number> end # <lins number>."*
- “GSO3-WD failed to switch to line & <line
number>*

*No echo received back from GSO3-WD on line
® <line number>"”

"Check FORCE, MANUAL switches, priority

setting and cebles”.
- “Echo from the GSO3-WD received on wrong
ling ¢ <line number> (expected : & <line
number>)
.”
*Echo is still being received on line

® <line number> when ectually transmitting

on ling # <line nusber> only."”
“Check GSO3 configuretion.”

CZD2GA0 GSSMD/DZ11 LGC DIAG

HARDMARE TESTS
20483

2644 010730
.

MACRO M1200 O0S-AUG-84 13:01

PAGE 97-1

s®

GADHEAD

1000600000000000000000000000 TESTS oeeeeeccecsecscsccccceee

SEQ 0079

CZD2GAO GSSMD/DZ11 LGC 0IAG

MACRO M1200

OS-AUG-?4 15:00

PAGE 99

SEQ 0080

HARDMARE TESTS
BGNTST
13;:
t Initielizetion

2048 010750

01073¢C
2049
2630 010730
2031 010734
285¢ 010736
010736
010760

005737
001402

187
6rQ

002214

EXIT

TRAP

108432

. WORD

0003522

TMODE

contGl

17 mode 1,

then ekip this test

187

CeEXIT
L10027-,
PC. s»IDGI1

;} Initielize DZ11 for interrupt mode
;1 tranemigeion

mov
MOV

TLPRx,

1 Losd peremeters for line x
1 Losd peremeters for line y

011500

CLR

FTIMGYL

002220

reptGl: CLR

SWPRTY

010762

004737

002572

010766
010774

013777
013777

002240
002242

011002

005037

011006

005037

contGl: JSR

171270
171262

8D2LPRe

TLPRy, SDZLPRe

i Set smitch priority to none.

i Try end omitch the GSOS-MD to line x
113777

011020
011026

013737
004737

002274

011032
011036

005737
001012

002306

011040
011046
011046
01.050
011052
011034
011056

013737

002274

011064
011064
011066

171246

002310

002272

LNWPx, SDZTCRe ;1 Enadle tronemigsion ONn line x

D REREE

011012

LNMBRx, LNTSTD
PC. odTEG!

eHAOX
contGe

;1 1If esucceoeful,
1 then go on testing

Tranemit

;1 ond test for echo on line =

LNNDRx, LNNBR
i elees regort e'ror
S, NMOILEC, pNILE; end

g S$SERRO

104456
000005
003066
003410
012777

NOLILEC

171176

PNILE

OCSRCLR, SDZCSRe; shut off DZ11

cont’2: ESCAPE TST
TRAP

104410

. WORD

000414

CIESCAPE
L10027-.

i Try end switch the GSOS-WD from line x to line vy
011070
011076
011104

013737
0137%7
013737

002274
002276
002304

011112

004757

011252

011116
011116
011120

104410
000362

002312
002316
002314

MOV
MoV
MoV

LNNBRx, OLDLNNG 1 Loed
LNNBRy, NEWLNNB 1 perameters
LNMWAPY, NEWLNIP

JSR

PC. sbSWGL

ESCAPE
TRAP

. WORO

end test

187

CSESCAPE
L10027-.

1 Try and ewitch the GSO3-WD from line y to line x
011122

011130

013737
013737

002276
002274

002312
002316

MoV
MOV

LNNBRy , OLDLNNB ;1 Loed

LNNBRx, NEWLNNB

i1 peremeters

CZD2GA0 GSWD/DZ11 LGC DIAG

MACRO M1200

O3S-AUG-54 15:01

PAGE 99 1

SEQ 0081

HARDMARE TESTS

2898 0111%

013737

002302

2696 011144

004737

0112%2

2698 011150
011150

104410

2695

2897

011152

002314

ggg 011176

013737
013737
013737

002274
002276
002272

002272
002274
002276

2908 011204
2909 011212
g{g 011220

013737
013737
013737

002302
002304
002272

2912 011226
g{z 011234

012737
000137

2916 011240

012777

011246

104432

2903
2904 011162
2905 011170

291S

2917 011246

011250

000232

JSR

PC. sbSMG]

ESCAPE
TRAP

TST
CIESCArE

187

011500

001027

LNWP., NEWMLNP

LMORD

0003%0

005737

2000 C111%4

2901 011160

mov

ONE

| end test

L10027-.

FTIMG)

ondG]

;1 Swap lines = ond
“motth:otnt:
MoV
LM%, o
'
LSRRy, LMBRx
"oV
mnov

LNER, LRy

002272
002302
002504

MoV
"oV
MoV

LIWPx, LNNBR
LNWPy, LMW
LNNDR, LNMWAPy

1 LNNBR i9 used o8 8 temporery here

000001
011006

011500

MoV
P

0, FTIMNG]
reptGl

000020

171014

1 End of test :

endGl: "0V

EXIT

TRAP

.WORO

OCSRCLR, B8DZCSRe; Shut off D211
TS7

CSEXIY

L10027-.

CZDZGAO GS3WD/DZ11 LGC OIAG

MACRO M1200

03-AUG-84 15:01

PAGE

101

SEQ 0082

| MARDWARE TESTS
subroutine to try and switch the (GS03-WD from line OLOLNNB to 1line NEWLNNB
Asoumption :

2931

Stert trenemitting
and test for echo on line NEWLNNB

(ST

ebAOK
contGA

If echo on line NEWLNNB,

TST

SWPRTY
contG3

begin line NEWLNNB hes ewitch priority

sbSWGY: MOV

011260
011266

013787
004737

002316
002642

002310

011272
011276

005737
001432

002306

2936
2937 011316

011316
011320

005737

001406

2941 011330
011336

2943 Cl1342

011346
011350
011350
011352
011354
011356
011360
011360
011362

8EQ
ERAMRD

104456

EOEM

WOROD

PTYCFL
pPYCF

ESCAPE
TRAP

104410

000162

002220

00,

104456
000007
003021
005530

‘Check FORCE, MANUAL...'

1S7

CIESCAPE
L10027-.

eleoe record thet NEWLNNB hee priority

OLOLNNB, LNTSTD
PC, sbTEGL
sbAOK
contGA

If there is still echo
on OLDLNNB,

7., WD2ECH, pWD2E;
CSERYRD

'Echo from GSO3-WD received on both

thet means there's echo on both lines :

pWD2E
ESCAPE
TRAP

104410

lines.’

TST

CHESCAPE
L10027-.
'

013777

002314

170674

2953 011372

013737
004737
005737

002316
002642
002306

002310

013737

002316

002272

104456

000010
002777
005566

WD2ECH

000120

001011

i? OLOLNNB slresdy hed it

‘Both lines have switch priority...'

contG3: MOV

002310

013737
004737
005737
001406

then

6., PTYCFL, pPYCF,

TRAP

. WORD
. WOROD

000006
003044
005462

2951 011364
011400
2955 011404
011410
2957
011412
011420
011420
011422
011424
011426

JSR

8EQ

002220

3% 011322 012787

2949

NEWLNNB, LNTSTOD ,
PC. odTEG]
]

171006

011312
011314

2947

MOV

002300

011306
011310

2945

Enadble trenemission on both lines

013777

011300

is ealreedy alive.

LNMAP, GDZTCRe

011232

2933 011304
2934
2935 011306

line OLOLNNB

contGA: MOV

end

NEWLNP, SDZTCRe; Stop trenemitting on line OLDLNNB
NEMULNNB, LNTSTD ; If no echo
on line
PC, obTEG]
sbAOK

NEMWLNNB,

NEWLNNB, LNNBR
8, FAISWT, pFSWT;
CSERHRD
8

'GSO3S-WD fail to switch to line <NEWLNNB>'
‘No echo received on line <NEWLNNB>'

contGS

then

FAISWT

of SWT

'Check FORCE, MANUAL ...

C 7

F7
CZDZGAO GS3WD/DZ11 LGC DIAG

MACRO M1200

03-AUG-84 15:01

PAGE 101

SEQ 0083

HAROMARE TESTS

2961 011430

ESCAPE
TRAP

011430
011432

104410
000050

2963 011434
2964 011442
2965 011446

0137%7
004737
005737

002312

2968 011454
2969 011462

013737

002312

2966 011452

2970
2371

011462
011464
011466
011470

001411

. WORD

002310

If there i
still echo

MOV
ERRMRD
TRAP

OLOLNNB, LNNBR
9, FAISWF, pF SWF,;
goem

'GSO03-MD fail to switch from line <OLDULNNB>’
‘Echo is still being received

. WORD
. WORO

FAISWF

187
8EQ

002272

104456

000011

002754

ESCAPE

2972 011472
011472
011474

2973
2974 011476
2975

OLOLNNB, LNTSTD
PC, sdTEGL

contGS: MOV
JSR

002306

obAOK
esbll

oF SWF
1SY

TRAP

CSESCAPE

RTS

. WORO

esbGl:

157

CIESCAPE
L10027-.

;1 end sbSWG]

L10027-.

on lirne
OLOLNNB

on line <OLOLNNB>'

CZDZGAO GS3WD/DZ11 LGC DIAG

MACRO M1200 O03-AUG-84 15:01

PAGE 103

SEQ 0084

HARDWARE TESTS
2984

2965 011500 000000

2993

2995

011502

1 Booleen velue to fleg first run through test

ENDTST

2994 011502

011502

FTIMGl: .WORD

104401

L10027:

TRAP
.EVEN

CSETST

2996

-7

CZDZGAO GS3MD/DZ11 LGC DIAG

H7
MACRO M1200

O03-AUG-84 15:01

PAGE 105

SEQ 008S

HARDMARE TESTS
BADHEAD

2999 011504

1060000000000000008048000000¢ TESTA s0000c0000000000000000000

3000
3001
3002
3003
3004
3005
3006
3007
3008
3009
3010
3011
3012

Test ective only

Purpose :

in mode 1

installetion test.

Assumption : ell previous tests ren succeessfully.
Description :
This

teest ectivetes the 1 ne

order for the

reect correctly

The

GREEN

operstor to
:

or YELLOW

LED

into the GSO3-WD

check

that the LED's

corresponding to this

CPU's line into the GSO3-WD should then turn on,
The seeociated RED LED should turn off
efter one

3013
3014
3015
3016
3017

full GSO3-WD clock pulese after

(vhich means thet the RED

this test

ine

clock LED should blink

twice ot the most before this happens).

3018
3019
3020
3021 011504
3022
3023 011504
011504
3024
3025 011504
3026 011510
3027 011512
011512
011514

011516

Error messeage

BADHEAD

16000008000006000880028880808 TESTA ¢08000000e0000000000080008

BGNTST
T4::

005737
001002

002214

104432

000042

004737

Initio%izotion :
ST
contAl
BNE
TSY
EXIT
TRAP
CSEXIT
L10030-.
. WORD

contAl:

002572

JSR

TLPRx, S8DZLPRa
; Load peremeters for line x
LNMAPx, S8DZTCRe ; Enable trensmission on line x

MOV

MMSETIE,

SDZCSRe;

Enable

011544

012777

040040

170510

011556

104401

MOV
Move

8IC

loopAl: BREAX

ENDTSY
L10030:

interrupt mode

Receiver will not be ueed

002240
170526
170522

011556

Initialize DZ11 for
tranemies
ion

TLPRx

010000
002240
002302

011556

ORCVRON,

042737
013777
113777

104422
000776

If mode O, then skip this test

PC. ebIDGL

Trenemit on line x

011522
011530
011536

011552
011552
011554

: none.

[

TRAP

CHBRK
loopAl

TRAP

CSETST

.EVEN

T17

interrupt mode transmission

CZDZGAO GS3WD/DZ11 LGC DIAG

MACRO M1200

O03-AUG-84 15:01

PAGE 107

SEQ 0086

HAROWARE PARAMETER CODING SECTION
.SBTTL HARDWARE PARAMETER CODING SECTION

8227177770077 7770770707720270777777777777777707777772777777770777777777727777777

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

1/ MACROS ARE NOT EXECUTED AS MACHINE INSTRUCTIONS BUT ARE
1/ INTERPRETED BY THE SUPERVISOR AS DATA STRUCTURES.

THE

1/ MACROS ALLOM THE SUPERVISOR TO ESTABLISH COPMUNICATIONS
1/ WITH THE OPERATOR.

8211777070700 770770777777077777777777707777777777770007777777777727777777777

011560
011562

3063 011562
0113562
011564
011366
011370
3064 011572
011572
011574
011576
011600
3065 011602
011602
011604

011606
011610

011612
3066 011614
011614
011616
011620
011622
011624
3067 011626
011626
011630
011632
011634
011636

3069 011640
011640
3070
3077
3078
3079 011642
3080 011646
3081 011655
3082 011660
3083 011675

000053

LOMARD::

000031
011642
160010
163776

001031

011646
000300

000777

002032
011655
000007
000004
000007
003032
011660
000377

000001
000377

004032
011675

1777177

000000
000001

024004

103
126
102
101
127

BGN-RD
.MORD L10031-L$HARD/2

ERHITHHTHHHTTHTHT,

3061 011560

123
122
103
110

122
103

124
111

CSR:
VECTOR:

.
.

PRIORTY: ,

ACLINES:.

CSR, 0, 0,
T4CO0E

160010, 163776, YES

CSR

TILOLIM
TIHILIM

VECTOR, 2, O,

300,

T4CO0E
VECTOR
TSLOLIM
TOHILIN

777,

YES

PRIORTY, 4, O, 000007, 4,
T4C0O0E

YES

PRIORTY

000007

TOLOLIM
To ILIM

ACLINES, 6, O, 000377,
T4CODE

1, 377,

YES

ACLINES
000377

TOLOLINM
TOMILINM
WO00E.,
T4CODE

10,

WOHMOOE
17

TOLOLIM
TOHILIM

HRO
T4CO0E

8EX

/CSR/
/VECTOR/

/8R/

/ACTIVE LINES/
/
/WHICH MODE

BEX

177777,

YES

CZD2GAO GS3WD/DZ11 LGC DIAG

MACRO M1200

O3-AUG-84 15:01

PAGE 107-1

HARDMARE PARAMETER CODING SECTION
3085

.EVEN

3087 011710

ENDHRO
.EVEN

3086

3088
3089
3090
3091
3092
3093

011710

L10031:

i\ 7

SEQ 0087

C2077%0 GS3MD/DZ11 LGC DIAG

MACRO M1200

O03-AUG-84 15:01

I<7

PAGE 108

SOF TMARE PARAMETER CODING SECTION

.ebtt]l

3095
3097

SOFTWARE PARAMETER CODING SECTION

3098
3099
3100

V1777707770777 707777727707277777777777/777777770/7777777//7777777777777777
1/ THE SOF TWARE PARAMETER CODING SECTION CONTAINS MACROS
1/ THAT ARE USED BY THE SUPERVISOR YO BUILD P-TABLES.
THE

3102
3108

1/ INTERPRETED 8Y THE SUPERVISOR AS DATA STRUCTURES.
THE
1/ MACROS ALLOW THE SUPERVISOR TO ESTABLISHM COMMUNICATIONS

3101

1/ MACROS ARE NOT EXECUTED AS MACHINE INSTRUCTIONS GUT ARE

3104

1/ WITH THE OPERATOR.

3108

8777777007777 777777777777777777277277727772/77777777770807770777/777727777

3106

3107 011710
011710
3108
3109
3118

011712

000000

L$SOFT::

ENDSFT

3119 011712
3120
3121
3128
3129

011712

BGNSFT
.WORD L10032-L$SOFT/2

L10032:

.EVEN

SEQ 0088

CZOZGAD GS3WD/0Z11 LGC DIAG

MACRO M1200

03-AUG-84 15:01

PAGE 109

SEQ 0089

SOF TWARE PARAMETER COOING SECTION
3131

SPATCM::

3132 011712

3133 011712

3140

LBLKW

3141 012072

LASTAD

012072
012074
012076
3142 012076

.MORD TS$FREE
.WORD TS$SIZE

012114
000007

.EVEN

LSLAST::

€

3143
3144

M7
CZOZGAO GS3WD/DZ11 LGC DIAG

MACRO M1200

O3-AUG-84 15:01

PAGE 110

SOF TWARE PARAMETER COOING SECTION

012100
012102

3163
3164 012102
3165 012104
3166 012106
3167 012110
3168 012112
3169
3170 012114
012114
5171 0°2114

L10033:

BGNSE TUP
1
BGNPTAB
.MORD
O
.WORD
L10035-./2-1

.word

160100
000300

.word
.word
.word

000003

L1003S:

160100

OWU§

3146
3147
3160
3161 012076
3162 012076
012076

ENOPTAB

ENDSE TP

35172
3173
3174
3175

3176
3177

SEQ 0090

CZOZGAO GS3WD/DZ11 LGC DIAG

MACRO M1200

O03-AUG-84 15:01

PAGE 11C-1

SEQ 0091

SYMBOL TABLE

RIT0S5

81706

81707
8I1vos
81709
8IT1
81710
81711
8IT12
8IT13
8IT14
8IT1S
8IT2
8173
8IT4
8ITS
8IT6
8IT?
8178
8IT9

BUSTIN

OIOOOOOOO

81703
81704

OOOC OO

8IT02

006500
011660
007756
002320
000020 G
000010
000001 G
000001 G

: § § il Hi i i

ABORI}
ACL TNE
ADOED
ADOR
ADR
ASSErS
8170
81700
8Ivol

003214

000020 G
004213
004116
000052
000061
000022
000004
000002
000045
000062
000012
000033
000006
000036
000044

000031
000024
000033
000003
000053
000036
000060
000054
000057
000010
000005
000003
000001
000032
000026
000027
000043
000042
000030
000040
000011
000020
000050
000031
000023
00003«
000014
000017
000016
000015
000377
000007
000047
000033
000003
000021
000025
000046
000041
000037
000013
002144 G

OIAGMCe
OLAYAR=
DLAYC1
DLAYC2
OLAY1le
OLAY2S=
OROPO
DZCSRA
OZDIAG
O0ZIN
OZINER
ozL8
DZLBER
OZLPRA
DZPTY

000000
000100 G
002244
002246
177622 G
177734 G
007676
002262
004744
004064
003162
003776
003125
002264
002234

OZROUF 002264
DZRVCC 002232
DZRVCS 002234
DZTCRA 002266
DZTORA 002270
0ZTVCC 002236
DZTVCS 002260
EC0
002230
EF .CON= 000036 G
EF .NEW= 000035 G
EF .PWR= 000034 G
EF .RES= 000037 G
EF .STA= 000040 G
ENDG1
011240
ENDL1
010734
ERLMI1 006624
ERRCNT 002224
ERRR11 010724
ESBG1
011476
EVL
= 000004 G
ESEND = 002100
ESLOAD= 000035
FAISWF 002754
FAISWT 002777
003230
FSWF
003343
FSuT
002212
FTIME
FTIMGL 011500
FTUNI1 006114
FSAU = 000015
F$AUTO= 000020
F$BGN = 000040
F$CLEA= 000007
FeOU = 000016
FSEND = 000041
F $HARD= 000004
FérMd = 000013
F4INIT= 000006
F$P = 000050
F4M0OD = 000000
FEMSG = 000011
FIPROT= 000021

FSPWR = 000017
FSRPT « 000012
F$SEG = 000003
F §SOF
T 000005
FISRV = 000010
FISUB = 000002
F$SW = 000014
FSTEST= 000001
GTPMI1 006176
GSCNTO= 000200
GSDELMe 000372
G$0ISP= 000003
GSEXCP= 000400
GIHILI= 000002
GSLOLI= 000001

GINO = 000000
GIOFFS= 000400
GIOFSI= 000376
GIPRMA= 000001
GIPRMD» 000002
GéPRIL= 000000
GSRADA= 000140
GSRADB= 000000
GSRADD= 000040
GSRADL= 000120
G$RADO= 000020
GS$XFER= 000004
GSYES = 000010
HELP = 000000
HOE
= 100000 G
IBE
= 010000 G
IDVU
= 000040 G
IER
= 020000 G
ISR
= 000100 G
IXE
= 004000 G
I$AU = 000C41
ISAUTO= 000041
ISCLN = 000041
I$0U = 000041
ISHRD = 000041
IS$INITe 000041
I¢M00 = 000041
I$MSG = 000041
IS$PROT= 000040
I$PTAB= 000041
I$PWR = 000041
ISRPT = 000041
I$SEG = 000041
I$SETU= 000041
IS$SFT = 000041
ISRV « 000041
I$SUB = 000041
ISTST = 000041
JISMP = 000167
002300
LNMAP
LNMAPX 002302
LNMAPY 002304

LNNBR
LNNBRX
LNNBRY
LNTSTD
LOE
=
LOOPAL
LOOPG1
LOT
=
LSACP
LIAPT
LA
LSAUT
LSAUTO
LSCCP
LSCLEA

L$CO
L$DEPO
LSDESC
LSOESP
LSDEVP
LS0OISP
LSOLY
LSOTP
LSOTYP
LSOV
LSOUT
LSOVTY
LS$EF
LSENVI
LSETP
LSEXP1
LSEXP4
LSEXPS
LSHARD
LIMIME
L$HPCP
L$HPTP
LérM
LSICP
LSINIT
LSLADP
LSLAST
LSLOAD
LSLUN
L$MREV
LSNAME
LS$PRIO
L$PROT
LSPRT
LSREPP
LSREV
LSRPT
L$SOFT
L$SPC
LSSPCP
L$SPTP
L$STA

002272
002274
002276
002310
040000 G
011552
002346
000010 G
002110 G
002036 G
007730 G
002070 G
007544 G
002106 G
007636 G

002032 G
002011 G
002156 G
002076 G
002060 G
002132 G
002116 G
002040 G
002034 G
007650 G
002072 G
002324 G
002052 G
002044 G
002102 G
002046 G
002064 G
002066 G
011562 G
002120 6
002016 G
002022 G
002144 G
002104 G
005774 G
002026 G
012076 G
002100 G
002074 G
002C50 G
002000 G
002042 G
002122 G
002112 G
002062 G
002010 G
005772 G
011712 G
002056 G
002020 G
002024 G
002030 G

CZOZGAO GSSMD/DZ11 LGC DIAG

MACRO M1200

OS-AMUG-84 13:01

PAGE 110 2

SEQ 0092

SY'BOL TABLE

L10024
L10023
L 10026
L10027
L10030
L10031
L10032
L10033
L10033

i
000001
000001
010610

010612
010746
011302

(-]

MAXERR
MPR]
-

=4
2
=

MnoD1I1
MSEMAL
MSETIE-

PRIOL

METYGL
NEML 0
ABS.

PRIOS

012114
000000
ERRORS OETECTED:

NOLD01
NOLDG1

SAVESL
SAVES

010000
002242

000
001
0

20900 WORDS
( 113 PAGES)
( 77 PAGES)
00:02:28

VIRTUAL MEMORY USED:

OYNATIC MEMORY:

ELAPSED TIME:

20060 WORDS

ZDZGAO .BIN, ZDZGAO=[PINASA
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