Digital PDFs

AH-T919A-MC

February 1985

93 pages

Original

34MB

view download

OCR Version

38MB

view download

Document:	CZDZGA0 GS03WD GS3WD-DZ11 LGC DIAG FEB 1985 bw
Order Number:	AH-T919A-MC
Revision:	000
Pages:	93
Original Filename:	CZDZGA0__GS03WD__GS3WD-DZ11_LGC_DIAG__AH-T919A-MC__FEB_1985_gray.pdf

OCR Text

11K

Bl
CZD2GAO GS3MD/DZ11 LGC DIAG

| PROGRAM DOCUMENT

MACRO M1200

OS-AUG-84 15:01

SEQ 0001

PAGE 2

§
.rem

SESLURULULLEIYIVRURUNEY

IDENTIFICATION

PRODUCT CODE:

AC-T918A-MC

PRODUCT NAME:

CZDZGAO GS3MD/DZ11 LGC DIAG

PRODUCT DATE:

JAY 1984

MAINTAINER:

CSS ANNECY
Jeen
-Chr istophe PINASA

TME INFORMATION
IN TMIS DOCUMENT IS

NOTICE

SUBJECT

OMANGE WITHOUT

AND SMOULD WNOT BE CONSTRUED AS A COMMITHMENT BY DIGITAL
OIGITAL EQUIPMENT CORPORATION ASSUMES NO
CORPORA TION.
RESPONSIBILITY FOR ANY ERRORS THAT MAY APPEAR IN THMIS DOCUMENT.
NO RESPONSIBILITY IS ASSUMED FOR
SOFTWARE ON EQUIPMENT TMAT IS NOT
AFFILIATED COMPANIES.

THE USE
SUPPLIED

OR
B8y

RELIABILITY OF
OIGITAL OR ITS

DIGITAL
DEC

POP
DECUS

UNIBUS
DECTAPE

MASSBUS

' CZDZGAO GSSMD/DZ11 LGC DIAG

MACRO M1200

O03-AUG-84 15:01

PAGE 3

| PROGRAM DOCUMENT
a3
a4

a5
46
47

Teble of contents

¢
S1
52
S3
S4
55
56
S7
bod
59

60
61
62

64
65

1.0 Introduction

2.0 Hordwere requirements
5.0 Prel isinery progrem requirements
4.0 Generel progrem coneideretions
4.1 Diegrostic supervisor
4.2 Execution time
4.3 XXDP.
4.4 Memory senagement

67
68
69
70
71
72
73
74

85
86
87

88
89
90
91

22888

92
93

6.3.1

L&
80
81
82
83
84

6.2 Initiel dislogue

6.35.2 RESTART commend
6.5.35 CONTINNE commend
6.5.4 PROCEED commend
6.5.5 ADD commend
6.5.6 DROP commend
6.35.7 PRINT commend
6.3.8 DISPLAY command
6.5.9 FLAGS commend
6.5.10 ZFLAGS commend
6.5.11 Control cherecters

:.3.12 Herdware parameters
'
Softwere peremeters
w

77
78

6.5.14 Extended discussion of p-table dislogue

7.0 Tests descriptions

8.0 Error informetion
8.1 Error reporting
9.0 History

| CZDZGAO GS3MD/DZ11 LGC DIAG

MACRO M1200

O03-AUG-84 15:01

PAGE 4

SEQ 0003

106

1.0 Introduction

108

1.1 Progrem sbstrect

This diegnostic wee designed to test the GSO3-WD LOGIC MODWLE.

113

The progrem wee implemented using the Disgnostic Supervisor

115

with the wotor. it will ellow modificetion of
-ol:g:
UNIBUS eddress

vector eddress ;
priority level ;

® of lines comnected out of the DZ11 into the GSO3-WD ;
ing mode (0 -> herwere test ; 1 -> installetion

123

test).

125
126

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

SWITCH

———

| CZDZGAO GSSMD/DZ11 LGC DIAG

MACRO M1200 O03-AUG-84 15:01 PAGE S

SEQ 0004

PROGRAM DOCUMENT

‘

128

129
130
131

133

- .
1.2 Herdwere description :

1;2

2P-M213A-00 is the pert number for the GSO3-WD logic module.

1%4
1

157

The GSO3-WD option enables en ssynchronous serial line mounted in

138
123

esch computer to control e GSO3 instelletion. It is
the DZ11 on PDPl11l‘'s end DMF32 on VAX'es.

1:5

1.3 Herdwere configuration :

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

{:2

147

supported on

The filename is : ZDZGAO.BIN

It will run in stend slone without any operator

i:g

either of the following modes :

152

This pert will

inter ention, in

Diegnostic test (mode 0)

the

GSO3

157
158

It will ellow by visual inspection to check site installation
systex: intercomnection.

and

1.3.1 Diegnostic test (MODE 0)

163
i:;

This pert of the di
end test all of the

166

Before rumni

igg

reck).

A special "Dieg test cable” 2P-E16TA-05, will have to be plugged
the 2P-M213A module into the chosen POP11 DZ11.

from

g‘s

159
160

167
168

171
172

functionality.

check

all

the

GSO3-WD

herdware

oend

Insteslletion test (mode 1)

tic will run on one of the
3-WD herdwere.

two

POPll's

only

this pert of the diegnostic,
operstors will heve to
remove the
2P-E16XA-05 cable comnected to the POP1]l that is not bei
veed.
(Disconnect the cable from the 2P-M213A-00 module in the GSO

CZDZGAO GS3WD/DZ11 LGC DIAG

MACRO M1200

03-AUG-84 15:01

PAGE 6

PROGRAM DOCUMENT
174
175
176
177
178

Exemple:

Diegnostic rumning on PDP11 A,

POPIL A

)
)

)

POP11 B

)
H

B
)

$ecmccccccnncs o

)
) DZ11 penel
)

;

)
)
)

)

2P-E16TA-05

)
)

Geccccccccccssnscaces .

2P-E16XA-0S

)

)
)
)

)

*-0

) )

--e>

$ecccncnncnnan B

B
)
)
)
)

219

)
)
)
)
)
)
)
)
)

)
)
B
)
)

GSO3

reck

e-0 /
) v

-0

2P-M213A-00

)
)
)
)
)
)
)
)
)

2P-E16XA-05

Nt
N N

)
;

Nt Nt N

180

| CZDZGAO GSSMD/DZ11 LGC DIAG

MACRO M1200

O03-AUG-84 15:01

PAGE 7

PROGRAM DOCUMENT

Before rumning this pert of the diegnostic, the operetor will heve
90 through the following checklist -

Dissble the highest priority commends by :

© Plecing the FORCE AB switch to the center position on sll recks
o Plecing all MANUAL switches in the center position on eall recks

Remove the "2P-E16XA-05" on the unused PDP1]l side.

Connect the "2P-E16TA-05" dieg test

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

module to the POP11 DZ11 in use.

cable

from

the

2P-M213A-00

g..&:blusn ZDZGAO disgnostic on the chosen system (select mode 0).

When finished, reconfigure the system.

——

CZDZGAO GS3WD/DZ11 LGC DIAG

MACRO M1200

03-AUG-84 15:01

PAGE 8

SEQ 0007

1.5.2 Instelletion test (MODE 1)
This

teet

will

interconnection.

ellow

check

GSO3-WD

instelletion

No modificetion of the installetion is reguired to run

this

the test.

)

POP11 A

pert

L £l

;

POP11 B

)

Tl Bl

)

ERRROREEYI
IV IITFIZAIAR

ceble

N PR
) DZ11 penel

end

)

;

$ecccnncnccnan »

)
i

) DZ11 penel

)

)
)

)

2P M213A-00

)

3
Y

)
)

))

) )

)
)
)

)

)
)
¥

Note: Green end yellow
LED's ere on the
2P -M213A-00 module

rcceccccnncsecesrenecsesansnnsnnnan *

)
B
)
)
)
)
)

GS03

reck

3
)
)
)
)
)
)

[

CZD2GAO GS3WD/DZ11 LGC DIAG

MACRO M1200

O03-AUG-84 15:01

PAGE 9

PROGRAM DOCUMENT
309
310
311
312
513
314
315
316
317
318
319

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

It will send fremes to *he corresponding channel of the GSO3-WD.
Tre
the

tor will check test result by wetching the LED indicetors
2P-M213A-00 module.

Ruming

s;zfllL

Jl)

mode

will

meke

system

(esystem

comnected

the "green” LED (on 2P-M213A-00)

- Rumni
fi;xxu.

ZDZGA0O

ZDZGA0

in mode 1 on eystem B (eystem comnected to
J2) will meke the "yellow” LED (on 2P-M213A-00)

- Rumni
it on both systems will ceuse both
leds to blink.

“green”

CAUTION
This test will run continously and will

have to be stopped by typing “ecntrl C”
on the console.

end

“yellow”

[

CZDZGAO GS3WD/DZ11 LGC DIAG

MACRO M1200

03-AUG-84 15:01

PAGE 10

PROGRAM DOCUMENT
342
343
344
345
346
347
348
349
350
351
352
353
354
355
356
357
358
359
360
361
362
363
364
365
366

1.4 Diegnostic description :
This

diegnostic

will

first

test

UNIBUS

sccess

the

DZ11 CSR's. It will then check vcry Mly tho trenemit end
receive functions in meintenance loopbeck mode

Depending

upon

the mode it is run in, the next actions te-

ken by tho diegnostic will be :

Mode O :
;h:"'i':f.l: :ry st receiving echo back from the GSO3-WD on ei-

- @ test of correct switching of the GSO3-WD beck and forth.
Mode 1 :

Activation

of the line into the GSO3-WD by sending charec-

ters over it continuously.

CZDZGAO GS3WD/DZ11 LGC DIAG

MACRO M1200

03-AUG-84 15:01

PAGE 11

SEQ 0010

PROGRAM DOCUMENT

2.0 Herdware requirements
The followi
herdware is required to run the stetic logic
tests on module GSO3-WD :
Any member of the POP-11 UNIBUS femily (mu/za. 34, 44, 70) ;
16k memory ;
console terminel.
WARNING :
This di

tic will not
run on eny member of the VAX
femily, slthough @ DZ11 mey be fitted on @ VAX UNIBUS. It ie
reminded thet e GSO3-WD logic module should be comnected to
@ VAX through @ DMF32.

3.0 Preliminary program requirements
The processor, memory

end

the

0Z11

should

tested prior to ruming this diegnostic.

be thoroughly

4.0 Generesl progrem considerstions
4.1 Diegnostic Supervisor

This

program

written to run under the POPll disgnostic

supervisor.

It requires 16k of memory to run.

4.2 Execution Time

The totel time required to run the GSO3-WD steatic diesgnostic renges from sbout 2 minutes on the PDP11/70 to sbout
4 minutes on the PDP11/34 per pess for esch unit (with supervisor version cd4).

4.3 XXDP+

This

417
418
419

progrem will be loaded under XXDP+, and may

dump mode.

4.4 Memory menagement

420
421

Memory management is not enabled by this progrem.

423
Er

S.0 Progrem loed medie

be run in

CZDZGAO GS3WD/DZ11 LGC DIAG

MACRO M1200

03-AUG-84 15:01

PAGE 11-1

This progrem cen be
loasded from eny medies supported by
XXDP+. The disgnostic supervisor will be losded first, fol-

lowed by the diegnostic progrem.

SEQ 0011

MACRO M1200

03-AUG-84 15:01

PAGE 12

CZDZGAO GS3WD/DZ11 LGC DIAG

PROGRAM DOCUMENT
430
431
432
433
434
435
436
437
438
439
440
441
442
443
as4
445
446

447
443
£49
450
451

452

453
454
455
456
457
458
459

460

461

462
463

6.0 Operating instructions
6.1 Loading and sterting procedures
6.1.1 Loeding procedures
When loeded under XXDP+, the
losded sutometicelly.

disgnostic

supervisor will be

6.1.2 Sterting procedures

The

progrem

sterts

locetion

procedures t» stert the progrem.

200.

Use

stenderd

DEC

€.1.3 Steps for quick end simple execution
The diegnostic cen be executed stendalone under XXDP.
without resding the remainder of this document, es follows:
a) loed and stert diegnostic using run commend ;
b) receive dig\ufic supervisor prompt
(DR>) ;
c) enter STA<CR> ;
d) snewer herdwere questions ;
e) get end of pess messages Or error messages
f) to end execution, enter control/c.

;

CZDZGAO GS3WD/DZ11 LGC DIAG

MACRO M1200 03-AUG-84 15:01 PAGE 13

PROGRAM DOCUMENT

467

468

469
470
471

472
473

RESTART ADDR: 147670
DR>START

477

CHANGE MW (L) ?2 ¥

479

® UNITS (D) 2 1

481
$

UNIT O
CSR (0)

478

480

P
-

DIAG. RUN-TIME SERVICES
ZDZGAO-A-0
CZDZGAO GS3WD.DZ11 LGC DIAG
UNIT IS GSO3WD MODULE

474
475
476

160100 ? 160340

484
485
486

490

WHICH MODE (0)

491
492

O ? <CR>

493
494
495
496

497

498
499
S00
501
Ssgg
S04

S0S

Running on unit O
Only tests 1, 2 and

: The CSR eddress is 160340 (renge =
160010-163776)
Vector eddress is 460 (renge = 300-777)
BR interrupt level is 6 (r
= 4-7)
Defines the line(s) of the DZ11 comnected
to the GSO3-WD (octel bitmep format :
renge = 0-377)
: Here (default velue) : lines O and 1
: mode 0 = hardware test
caution : connect cables es
3
described in the diegnostic
:
:
header and in the option desc.
: mode 1 = instellation test

:
:
VECTOR (0) 300 ? 460
1
BR (0) S 76
ACTIVE LINES (0) 3 ? <«CR> :
:
:

487
488
489

with visual inspection of LED's
caution : in this mode, the
diegnostic will run continuous-

H
ly. To stop it, type “ctrl C“.
: See header or option description for
; more details.
0 : pess-time is 2 minutes on the PDP11/70.
ective in this mode.

Example: Rumning “CZDZGAO GS3WD/DZ11 LGC DIAG"

SEQ 0013

| CZDZGAO GSSMD/DZ11 LGC DIAG

MACRO M1200

OS-AUG-84 15:01

PAGE 14

SEQ 0014

[ PROGRAM DOCUMENT
,
:

S07
508

S10

511
S12
513
S14
S15
516
S17

6.2 Initiel dislogue

After the
progrem s

DIAG.

end the ouwpervisor
ere loeded end the
sterted , the following identificetion is typed:

RUN-TIME SERVICES

ZDZGAO-A-0

CZDZGAO GS3MD.DZ11 LGC DIAG
UNIT IS GSOSMD MODWLE
:SY.T ADDR: 147670
>

The operetor then proceeds by trin'

ong

oOr

the

commends described in the following section 6.3.(for more
deteiled informetion, refer to the disgnostic esupervisor
functionsl specificetion).

MACRO M1200

O03S-AUG-84 15:01

PAGE 15

6.3 Progrem ocptions

6.5.1 START commend
0000000000000 00000000000000000000000000280000000000000000000

STACRT )/TESTS: <TEST-LIST>/PASS: <PASS -ONT>» /FLAGS:
<FLAG-LIST>/7EQOP: < INCR>

8208420308000 002220800 020082000 0088000 ¢NCR0ERH0000CR0B0006

6.3.1.1 TESTS SWITCH (/TESTS:<TEST-LIST>)

6.5.1.2 PASS SWITOM (/PASS:<PASS-CNT>)
<PASS-ONT> is @ decimal nusber indiceting the desired number

perres . lru i defined ae the execution
of the full
diegnostic (all selected tests) sgeinet all unite submitted.
defeult is non-ending execution.
In this cese exit from
progrea is accomplished either by typing 8 control/c or
occurence of en error with the halt on error flag being
e
‘l'h; :x;t is @ return to commend mode.
See example ot

24 £ £

| CZDZGAO GSSMD/DZ1: LGC DIAG

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

<FLAG-LIST> is o seguence of elements of the form <FLAG>,
<FLAG=1>, or <FLAG=0>, sepereted by colons, where <FLAG> hes

one of the following velues:
HMOE

LOE

IER
IBE
IXE

helt on error, cousing commend mode to be

entered when an error is encountered
loop on error, culg.tho diegnostic to loop
emallest defined block
continuously within
of coding (segment, subtest, or test) conteinig the error

inhibit error reporting
inhibit besic error reports
inhibit extended error reports

SEQ 0015

ro-———

| CZDZGAO GSSMD/DZ11 LGC DIAG

MACRO M1200

C3-AUG-84 15:01

PAGE 15-1

SEQ 0016

PROGRAM DOCUMENT
e

PRI
PNT
BOE

direct oll
print nusber of
bell on error

ee UMM

run in unottended mode, bypessing menuel
intervention tests

ee ISR

inhibit stetisticel reports

ADR
IDVU
LOT
es EVL
e

to @ line printer
test being executed

execute sutodrop code
inhibit dropping of unite by disgnostic
on teet
eveluete

NOT TO BE USED

if @ line printer

es OFf no uee in this disgnostic.

is not aveilasble.

The flege named or equated to 1 ere set, thoee
ere clesred. A fleg not specified is clesred.
::::te: :osn:ts.im ell flege ere clesred.
See
.

ed to O
If the flage
example ot

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

<INCR> is @ decimel number indiceting
how often (ir terme of
pesses) it is desired that the
of pess message
be
printed.
The defeult
is st the end of every pess.
See
example ot end of 6.3.1.5.

6.3.1.5 Effect of start commaend
The effect of the stert commend is to initiste the

619

herdwere

peramster di
.
the esoftwere persmeter dicslogue, and
then the disgnostic tests themeelves.
The herdwere
“9

unite?”

peramster dislogues

which

the

sterts

with

the gquestion

operstor replies with 8 decimel

nusber
n from 1 to 16. The term "unit” refers to tha device
to which thie series of diegnostics is dedicated. Folle-in!
this ere the guestions whereby the p-tables themselves wil
be built. Esch p-table is 8 core-resident table containing
sll the herdwere information for one unit.
The operetor
aust mg n (nusber of units) values for eech gquestion.
one snewer to each guestion (in
do this by giving
He mey
which cese the series
of guestions will be posed n times) or
by giving n velues, sepereted by commes,
to eech gquestion
ies will be posed once).
Each question is followed by
the response redix (d for decimel, b for binery, o for
octel, 1 for K“M.) in parentheses end the defeult velue

CZDZGAO GS3WD/DZ11 LGC DIAG

MACRO M1200

O03-AUG-84 15:01

FAGE 16

SEQ 0017

PROGRAM DOCUMENT

Following the herdwere questions sre the softwere

questions

to build the software tables, which define the mode (quick
verify etc.) thet the diegnostic will execute in.

When the question "¢ unite?” is enewered, memory storege

slloceted for the p-tables, and if there is not enough to
sccommodete them the meessege "TOO MANY UNITS” is issued.
In
this ceee the diegnostic must be executed more then once to
test all units.

EXAMPLE:

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

eech

pess

consisting of tests 1,2,3,4,6,8.9, end 10 executed
inst
ell units.
There is no difference between saying <
> and
seying <FLAG=1>. The notation <FLAG=0> is meeningful only on
e command other than stert to cleer o fl
thet wes
previously set.
Note thet on all commends only the first
three letters sre scenned.

6.5.2 RESTART comsend
000600000000000400000008000000000000000800000040008008000880800

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

00000000000000000800000008000000808008000000068888080080080800

6.3.2.1 TESTS, PASS, end FLAGS switches

<TEST-L".3T>, <PASS-CNT>, end <FLAG-LIST> are #s in the START

commend.

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

etc.)

The unite which

ere

<UNIT-LIST> is @ sequence of decimel numbers (0,1

unro of decimel musbers (0-5, 8-10 etc.) thet specify the
unite
to be tested. The numbers
ere eepereted by colons.
The nusbers mey raenge from
0 thru n-1 (n is the number
of
The number
unite specified in the previous stert command).
indicates the position of the p-table as the dets wes

entered Min! the herdwere disglogue.
selected

must

not

heve

been dropped by the drop commend.

See the discussion of add end drop commends below.
is

Default

test all unite which have not been dropped by a drop

r-—

MACRO M1200

O03-AUG-84 15:01

PAGE 17

SEQ 0018

6.35.2.3 Effect of RESTART command
The RESTART commend differes from the START commend
in thet
the p-tables from the previous stert commend (there must

insteed
of new

ones

:oi

heve been one) ere used,

8 "control/c” wes entered by the operat
6.5.3 CONTINUE commend
L2

520¢0R00R 0600200000000 0R0C000A0RRRSR0N0R0RRREsRtabons

CONC TINUE )/PASS: <PASS -ONT> /FLAGS : <FLAG-LIST>

$0000000000000000800080800000000000080000008080088080800080808808

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

<PASS-CNT>
is same o8 in START commend, but the defeult is
the unsetisfied pess-cnt from the previous START or RESTART.
If none remeins, the defeult is non-ending execution.
6.35.5.2 FLAG switch (/FLAGS:<FLAG-LIST>)
<FLAG-LIST>

esame

in START commend, but unspecified

flegs retein their current velue.

6.3.3.3 Effect of CONTINUVE commend
CONTINUE must follow @ stert or restert,
end commend
msust heve been entered due to o helt on
control/c. The effect of the commend is to go

wmode
or

beginning of the test that wes being executed when the hal
or control/c took plece. Softwere dislogue may optionall
~

CZD2GAO GS3WD/DZ11 LGC DIAG

be reexecuted.

Herdwere peramsters
mey not be chenged.

| CZD2GAO GSSWD/DZ11 LGC DIAG

MACRO M1200 O03-AUG-84 15:01

PAGE 18

SEQ 0019

PROGRAM DOCUMENT
I

740
741
742
7483
744

6.35.4 PROCEED commend

745

746

747

0000000000000 00000000000008000000200028000000000000800008008000¢

748

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

6.5.4.1 FLAGS switch (/FLAGS: <FLAG-LIST>)

749
750

0000000000800 08200000800000000000021900808490800028000000880808¢

753

<FLAG-LIST>

Tg;

the

START commend, but unspecified

flegs retein their current value.

756

6.35.4.2 Effect of PROCEED commend

759
760
761
762

PROCEED must follow @ START, RESTARY, or CONTINVE.
Commend
“uthwohmcnhndwooholtmorm The effect
of the command is to begin execution et the locetion
following the error call.
Neither herdwere nor softwere

;:‘3

peraemsters may be altered.

765

;:g

6.5.5 ADD commend

76‘

0800880000088 00000080008006000280800820002880000000808800008002

769

ADD/UNITS: <UNIT-LIST>

;;g

$80088¢C8000400080082¢0026442280208500¢8208808000880828088¢%s

772

;;z

6.5.5.1 UNITS switch (ZUNITS:<UNIT-LIST>

;;2

<UNIT-LIST> is @8 in the RESTART commend.

777

;;g

6.3.5.2 Effect of ADD commend

780

The units epecified sre added to the

781

unit

must

heve

782

herdwere di

785

previously dropped.

test

memory

sequence.

due

Eech

to en eerlier

.
This commend must be followed by o
RESTART or
INUE.
The unites switch must be specified.
The ADD commend is meaningful only for units that were

783
754
786
787

p-teble

;:09

6.35.6 DROP commend

790
791

208080084408 8802800080808082800082802828882800000880088880000280002
DROCP)/UNITS: <cUNIT-LIST>

;zg
794

795

0086886008860 03888808008888800882008008000888088800080000080002

6.3.6.1 UNITS ewitch (/ZUNITS:<UNIT-LIST>)

——

| CZD2GA0 GSSMD/DZ11 LGC DIAG

MACRO M1200

O03-ALG-84 15:01

PAGE 18-1

PROGRAM DOCUMENT
¢UNIT-LIST> is @8 in the RESTART commend.
6.5.6.2 Effect of DROP commend
The unite specified will be dropped from teeti

will be reselected only by the execution of en

commend .

units

ewitch must be entered.

The unitse

START

This commend

must be followed by @ RESTART or @ CONTINUE commend.
6.3.7 PRINT command : NOT IMPLEMENTED

:;;:;;...O.‘..“0.....‘.‘0.‘..‘.‘..0.0.‘...‘0..0....‘0....0

)

088800820000 88008800000000088000¢0¢2000000820200080000600808000

6.3.7.1 Effect of PRINT commend
The toteal number of errors for

each

unit

stert or restert commend ere printed.
stetistical reporting) fleg i3 cleered.

esince

the

lest

The isr (inmhibit

6.3.8 DISPLAY commend
000000000000000800080008000000800008000000800080080800008008000

DISCPLAY)/UNITS: <UNIT-LIST>

$600000060000088008000000800880000080800600000800600008080808080

6.5.8.1 UNITS switch (/UNITS:<UNIT-LIST>)
<UNIT-LIST> is @8 in the RESTART commend.
6.35.8.2 Effect of DISPLAY commend

The hardware p-tebles for all units under test ere printed
out in the formet
in which they were entered. Any units

thet were dropped
by the
designeted.

operetor

“drop”

commend

are

6.3.9 FLAGS commend
008008008888 88888088000800000000828080888828280800880088000002

FLA(GS)

6602600004426 44008004408008000000800200000008000b000G0RRGD

6.3.9.1 Effect of FLAGS commend
The current settings of all flags sre printed.

CZDZGAO GS3WD/DZ11 LGC DIAG

MACRO M1200

O03-AUG-84 15:01

PAGE 19

SEQ 0021

PROGRAM DOCUMENT

6.5.10 ZFLAGS commend
285 0¢2820082820 24000 R6RCALARGLRLELREACARRAL40TL
000000000 0DS

ZFL(AGS)

$e08e0220C 00200000020 0¢0 00042000020 00E0RRR0EA0RRRRRRGGRAES

6.35.10.1 Effect of ZFLAGS commend
All flegs ere clesred.

6.5.11

Control Cherecters

A control ¢ (c) entered during the execution of @ disgnostic

ceuses 8 return to commend mode.

10e 6. 23’%
o
ie
:ielo.\':i --initi
“3isl @iielo'n"“(‘
dislogue
( soe
6.3.1.5), or softwere

(see

6.3.1.5)- couses

defeults to h T i et 'or thon-mar of that dislogue.

the

A control o (o) entered during the execution of a disgnostic
couses all teletype output to be surpressed for the
reme |nar of the diegnostic or until eanother control o is
typed, which restores normal telutype output.

CZDZGAO GS3WD/DZ11 LGC DIAG

MACRO M1200

O03-AUG-84 15:01

PAGE 20

S-0 e SRaRR28383838222838888
~
1.1
-3
WA ~

PROGRAM DOCUMENT

6.3.12 Herdware Peremeters
The following
questions will be asked on @ START commend.
The value
located to the left of the question merk is the
defeult velue thet will be taken on @ cerrisge return
response.

Note :

Entering
di

these perameters is 8 crucial pert of rumning this
ic, which should not be overlooked.

The derfeult values, for instence,
too quickly.

should not be relied upon

1. CHANGE W (L) ?

The enewer to this guestion hes no defeult velue.
Answering “NO” will ceuse sll the defeult velues to be essumed, which may be @ cause for errors.
2. ® UNITS (D) ?
The answer to this question hes no defeult velue either.
3. CSR (0)

160100 ?

Tmo is the sddress at which the DZ11 CSR register resides
the unibus.
Tho ellowsble r
is 160010..163776 (octal), and the defeult velue is 160100.
4. VECTOR (0) 300 ?

The slloweble renge is 300..777, end default value is 300.
Note :

Entering o
velue here will cause the disgnostic to
stop. An "ILL
NNA" error messege will be printed and
e new value will have to be entered
into the hardwere
p-table after issuing the "“START" commend egein.

CZD2GAO GS3WD/DZ11 LGC DIAG

MACRO M1200

O03-AUG-84 15:01

IK2

PAGE 21

SEQ 0022

PROGRAM DOCUMENT
930
931
932
933
g4

S ?

935S

S. BR(0)

937

The sllowasble renge is 4..7 and the default velue is S.

939

6. ACTIVE LINES (0) 3 ?

941

936

938

k3]

G4
:2

This aske for @ bitmap of the

the GSO3-WD. When rumning in mode 0, two lines will be needed end when rumning in mode 1, only one.

line(s) out of the DZ11 into

G5
946

The allowsble renge is 0..377
(lines O and 1).

end

Note :

947

the defeult

vealue is 3

@43
950
951
952

The DRS, which esks these questions, only checks that the
nusber specified is in the renge 0-377,
The diegnostic initieslizetion code checks that two lines
ere specified
for mode O operation
eand 1 line for mode 1

954
955
956

the diegnostic will report this es en error.
Such en error will meen having to issue the "START” commend
egein.

953
957

operation. If en incorrect

number of

lines

is specified,

:Ssg

7. WHICH MODE (0) O ?

960

The sllowable range is 0..1 end the default velue is 0.

CZDZGAO GS3WD/DZ11 LGC DIAG

MACRO M1200

O03-AUG-84 15:01

PAGE 22

SEQ 0024

PROGRAM DOCUMENT
9%2
963
964
965

9%7

6.5.13 Softwere Parameters

969

l:o :ofm parameter question is esked in this stetic logic
est.

6.3.14 Extended Discussion Of P-Teble Dislogue
The

full cepability of the herdwere dialogue is revealed by

the following discussion of what happens internally.

As soon as the guestion "® unite?”
is enswered (with the
nmber n, sey) epece in core is allocated for n p-tables.

All of the p-tables ere of the same formet, and there
is o
one-to one
between the herdwere perameter

§888832RE8
880583 888882858

questions end the s

in the p-table formet.

On the first trip thru the guestions, all of the slots in
ell of tne p-tebles ere filled.
If the operetor types in
less then n explicit values in responese to @ perticuler
question, these velues ere pleced in the p-tables (one velue
g:n. into the
slot of esch p-table beginning with

first
The lest

p-table) until the string of velues is exhausted.
value in the string becomes
the new default and is

uesed to fill thet slot in

remeining p-tables.

On oubsequent
trips thru the questions, the same process is
cerried out, except thet the esrliest p-table not to have
received en explicit value in eny of its slots now sssumes
the role thet table number one played in the firet trip.
The series of questions
ie reissued until et leesst one
question hes received n explicit values from the operastor.

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

nemed velue.

string

velues

may

iven

o renge (6-10 for

example). If the velues represent pure numerical dete, this
semple
renge trensletes to the etring 6,7,8,9,10 (en
increment of 1). If the velues ere oddresses,
the sample
renge trensletes to the string 6.8,10 (en increment of 2).

CZDZGAO GS3WD/DZ11 LGC DIAG

MACRO M1200

03-AUG-84 15:01

PAGE 23

PROGRAM DOCUMENT
1011
1012
1013
1014

1015

1016
1017
1018
1019
1020
1021
it

velue 11.
Let the desired veal
the number 76 for the first 7
the lest 9 units.

The following dislogue would eccomplish this goel:
@ UNITS (D) ? 16

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

UNIT 21
<QUESTION 1>
<QUESTION 2> ? 7-11,,13-15
~

<QUESTION 3> ? 77

The first time the series is ssked, slot one receives a 75
in all 16 tebles.
Slot two receives the velues 0,1,2.....6
in tables O thru 6 end @ constent
6 in tebles
7 thru 15.

Slot three receives & constent 76 in all 16 tebles.

The second time thru the series, tables
16 thru the end ere
going
to be affected (note thet this piece of informetion is
prin
out for the the operator in the form “"unit xx" et

the

beginmning of eech series). GQuestion 1 is responded to
e <cr>, 90 slot one stays at constent
75 in tebles
7 thru
1S, since no new exlicit values ere typed in.
Slot two
gets
in
the velues 7,8,9,10,11 in tebles 7 thru 11, end gets & 11
slot 12, end gets the values 15,14,15 in tables 13 thru 15.
Slot three gets the velue 77 in taebles 7 thru 15.
The diesl

is terminated when the software recognizes thet

16 explicit velues have been given for at lesst one question

(nemely question 2).

SEQ 0025

CZD2GAO GS3WD/DZ11 LGC DIAG

MACRO M1200

O3-AUG-84 15:01

PAGE 24

PROGRAM DOCUMENT

7.0

Tests Descriptions

$00008080082880480080800888¢8 TEST | ¢02200200000804088040800808
3

: basic test of DZ11.

k1
*

ription :

Subtest 1 : Check thet DZ11 CSR cen be
end reead from ;

g ]

1061
1062
1063
1064
1065
1066
1067
1068
1069
1070
1071
1072
1073
1074

written

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

&
*

end check for proper echo.

e
ETOOES

¢ 80,1
&
.

- Subtest 1 : "Unsuccessful attempt to
write to/read DZ11 CSR et eddress <address>”
“Check DZ11 eddress.”

* 92

- Subtest 2 :

"DZ11 failed to reset.”

“Check DZ11 eddress."”

“Run DZ11 diegnostic.”

Ed
&

&
E2

- Subtest 2 : "DZ11 internal loopbeck malfunction
on line & <line number>”
“Check DZ11 eddress.”
“Run DZ11 diegnostic.”

ES
&
L e

| CZDZGAO GSSMD/DZ11 LGC DIAG

MACRO M1200

O3-AUG-84 15:01

PAGE 25

SEQ 0027

| PROGRAM DOCUMENT
1096

1097
1098
1099
1100
1101
1102

1103

1104

1105

eecccccscsccssccrocecscee TEST 2 eccccccccccsccccscccsncsse

Test ective only

in mode 0 :

Purpose
: check that

cherecters

from the GSOS-WD.

Assumption :

ere echoed bech

the previous test ren successfully.

ings

out of the DZ11
ne

ere srditrerily

l‘o..uneoinm

back from the GSOS-WD

line x. If it ie not

this

thet

cewot

echo

con

either ling @ <line number> or & <line number>"
“Check cabling end dip switch E18 (must be OFF )"e

£l

. CZDZGAO GSSMD/DZ11 LGC DIAG

MACRO M1200

O03-AUG-84 15:01

PAGE 26

| PROGRAM DOCUMENT

Test active only

1144
1145
1146

Asoumptions :

- oll previous tests ren successfully

1148
1149
1150
1151
1152
1153
1154
1155
1156
1157
1158
1159

1187
1188
1189
1190
1191
1192

in mode 0 :

Purpose : ewitch the GSOZ-WD beck end forth.

1147

- WATCHDOG FUNCTION hes priority (cf. note).
H

is the implementetion of the following

Repeet

twice,

Qquence

owapping

lines
x and y, the

ee-

ry end switch GSO3-WD 20 line x ;
ry ond owitch GSOS-WD from line x

ond owitch GSOS-WD beck from line y
ne

3§

This diegnestic sssumes thet the ewitches ere set

tive

MATOMDOG

FUNCTION

p-iority. This

the front penel ewitches should ell be

end the reley modules
for the same priority

IMPROPER SETTINGS

CAN

CAUSE

UNEXPECTED ERRORS,

1160
1161
1162
1163
1164
1165
1166
1167
1168
1169
1170
1171
1172
1173
1174
1175
1176
1177
1178
1179
1180
1181
1182
1183
1184
1185
1186

EST 5 ceccccccccccccccscccccccee

1143

0000000000000000000000000

1141
1142

1136
1137
1138
1139
1140

mtin? and cables”.

- "Both

other.”

lines heve ewitch priority over eesch

*Check GSOS confi
*Echo from GSO3-WD

tion."
received on both lines

® <line nusber> and & <line number>.”

*GSOS-WD feiled to switch to line @ <line
nusber>”

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

“Check FORCE, MANUAL ewitches, priority
setting end cables”.
- "Echo from the GSO3-WD received on wrong
ling @ <line number> (expected : # <line
nusber>)."”

——

| CZDZGAO GSSMD/DZ11 LGC DIAG

MACRO M1200 C3S-AUG-84 15:0!

PAGE 26-1

PROGRAM DOCUMENT

1198
1194
1195

{:3
11”

.
.
-

“Echo is otill being received on line ¢
<ling nusber> when ectuslly trenemitting
on ling & <ling nusber> only."”

“"Check GSOS configuretion.”

......0..0‘0.‘0..0.0.........0.00...0.0.‘.0.0.Q.O‘...O.‘..:

CZDZGAO GSSMD/DZ11 LGC DIAG

MACRO M1200 OS-AUG-84 15:01

PAGE 27

PROGRAM DOCUMENT

000000000000000000000000s TEST 4 e0ecsccccssccescsccssscsee
&

@
@
@

Purpose :

in mode 1

+
%

installetion test.

Description :
This test ectivetes the line into the GSO3-WD in

.
i

®
@

e
o
3
o

{

[

Assusption : all previous tests ren successfully.

£y

1217

Test active only

;

1205

tly :

£
e

®
¢

The
or
C’mU'o line into the GSO3-WD should
fu

ng
then turn on.

E
@

RED LED should
turn off efter one i
WD clock pulee after this test
ins @

the RED

elod:LED?wldbm:

[
@

B
[

[

r——

CZDZGAO GS3WD/DZ11 LGC DIAG

MACRO M1200

03-AUG-84 15:01

PAGE 28

SEQ 0031

PROGRAM DOCUMENT

8.0 Error Informetion

8.1 Error Reporting

Errors ere

irhibited). The

error report

1249

the progrem a8

they

occur

(if

not

description

the

conforme to the diegnostic supervisor

. and consiste of a

ZDZGAO
DVC FTL ERR 00000 ON UNIT 00 TST 001 SUB 001 PC: 010052

BUS TIMEOUT

Unsuccessful sttempt to write to DZ11 CSR et eddress 160100
Check DZ11 sddress.

No echo received
beck from GSO3-WD
on line ¢ O

ZDZGAO
MRD 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
beck from GSO3-WD
on line ¢ 2
Check FORCE, MANUAL ewitches, priority setting and cebles.
For all other errors, the report maey be more
require additional dete to be reported.

extensive

and

CZDZGAO GS3WD/DZ11 LGC DIAG

O03-AUG-84 15:01

MACRO M1200

PAGE 29

PROGRAM DCCUMENT

T : g

1277
1278
1279
1281

1283

9.0

History

irst relesse : JULY 84

SEQ 0032

CZDZGAO GS3WD/DZ11 LGC DIAG

MACRO M1200

O03-AUG-84 15:01

PAGE 31

PROGRAM DOCUMENT
. =2000

LMCALL

SVC

BGNMOD

ZDZGAO

svC

SLSTIN= O
SLSTTAG= 0

s
s
s
s
s

SVCINS- 0
SVCTST= 0
SvCSuB= 0
SVCGBL= 0
SVCTAG= 0

s INITIALIZE SUPERVISOR MACROS

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

CHANGE THE VALUES OF THE SVC... SYMBOLS TO BE ZERO IF YOU WISM
TO ALIGN THE MACRO CALLS AND THEIR EXPANSIONS.

CHANGE THE

;

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

1300

002000

YOU MAY

[
CZDZGAO GS3MC/DZ11 LGC DIRG

MACRO M1200

OF-AUG-84 15:01

PAGE 33

PROGRAM MEADER

.SBTTL PROGRAM MEADER

1330

gee

+ THE PROGRAM HMEADER IS THE INTERFACE BETWEEN
+ THE DIAGNOSTIC PROGRAM AND THE SUPERVISOR.

LONAME::

002010

101

002011

060

002012

000001

002011

002012

002014
002014
002016
002016
002020
002020
002022

002022
002024
002024
002026
002026

002030
002030
002032
002032
002034
002034
002036
002036

002040
002040
002042
002042
002044
002044
002046
002046
002050

002050

000416
011562
000000

002144
000000
012076

000000
000000

000000
000000
002132
000000
000000
000000

003

MEADER

ZDZGAO,

LASCII
.ASCII
ASCII
.ASCII

72/
/07
72/
/G/

LSREV::

L$DEPO: :
LSUNIT::
LSTIML::

LSHPCP:;
LSSPCP::

;
LIHPTP:
LS$SPTP:;

:
LSLADP:
L$STA::

L$CO::
LSOTYP:
LSAPT::

LSDTP:
;
LS$PRIO::
LSENVI::
LSEXPL::

LSMREV::

.ASCII /7A/
.ASCII 70/
O
.BYTE
O
.BYTE

LASCII

70/

MORD

TSPTHV

.WORD

270.

.HWORD

L$HARD

LMORD

LtWM

LMORD

LSLAST

LMORD

.WMORD

LMORD

.WORD

LMORD
. WORD

.WORD
.WORD

.BYTE

A,
0, 270., O

1DIAGNOSTIC NAME

+REVISION LEVEL

10
INUMBER OF UNITS

JLONGEST TEST TIME

sPOINTER TO M.M. QUES.

JPOINTER TO S.W. QUES.
(PTR,

TO DEF. HW.W. PTABLE

iPTR,

TO S.W. PTABLE

1DIAG. END ADDRESS

JRESERVED FOR APT STATS

1DIAGNOSTIC TYPE
1APT EXPANSION

1PTR.

LSDISPATCH

TO DISPATCH TABLE

1DIAGNOSTIC RUN PRIORITY

1FLAGS DESCRIBE HOW IT WAS SETUP
1EXPANSION WORD

1SVC REV AND EDIT ¢

COREVISION

CZDZGAO GS3WD/DZ11 LGC DIAG

MACRO M1200

O03-4UG-84 15:01

PAGE 33-1

L$SPC::
LSDEVP:
:

LSREPP::

LSEXP4:;
LSEXPS::
007730

007650

002156
104035

005774
007636
007544
002122

LSAUT:

LSDUT::
LSLUN::

P
LSLOAD: :
LSETP::
L$ICP::
L$CCP::

LSACP: :
L$PRT::
LSTEST::

LSOLY::
LSHIME: :

SEERRRRRRE

LSEF::

002051

PROGRAM HEADER

CSEDIT
o

1DIAG. EVENT FLAGS

o
0

LIOVTYP

: POINTER TO DEVICE TYPE LIST

sPTR. TO REPORT CODE
-

e’

mn T0 ADO um cooe
LSOV
-

1PTR. TO DROP UNIT CODE

ILUN FOR EXERCISERS TO FILL
.Pomsa 10 oxnc. oescaxnmu

LODESC- \GE\&RATE SPECIAL" AUTOLOAD EMT
o

“-‘\

s’Qm T0 mm"
iPTR, TO INIT cooe
,

.WORD

LSINIT

.MORD

LSCLEAN -

.HORD

LS$PROT

+PTR. TO CLEAN- U’ cooe
’

--3PTR, TO AUTO CODETM

.WORD

_1PTR, 'TO NOYECT TABLE
ltEST w

;fiLAY COUNT

. WORD

L.MORD

;1PTR. TO HIGH MEM

gee

s THIS TABLE IS USED BY THE RUNTIME SERVICES
+ TO PROTECT THE LOAD MEDIA.
‘-.

CZD2GAO GS3WD/DZ11 LGC DIAG

MACRO M1200 03-AUG-84 15:01

PAGE 33-2

PROGRAM HEADER

1386 002122

002122
1387
1388 002122

1389 002124
1390 002126
1391
1392

LSPROT:;

000000
177777
177777

BGNPROT

0
-1
1

1406

1407

1408 002130
1409

ENDPROT

1OFFSET INTO P-TABLE FOR CSR ADDRESS

1OFFSET INTO P-TABLE FOR MASSBUS ADDRESS

1OFFSET INTO P-TABLE FOR DRIVE NUMBER

CZD2GAO GS3WD/DZ11 LGC DIAG

MACRO M1200

03-AUG-84 15:01

PAGE 35

SEQ 0037

DISPATCH TABLE
.SBTTL DISPATCH TABLE

1412
1413
1414
1415

voaugauuuupppnnngiiiiiniiipiiiinin

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

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

1416

1417
1418
1419 002130
002130
002132
002132
002134
002136
002140

010006
010616
010750
011504

DISPATCH 4
4
LMORD
LS$DISPATCH::
LMORD
T1
MORD
T2
.WORD
.MORD

L
1437

1439
1441

T3
T4

L D

]

CZDZGAO GS3WD/DZ11 LGC DIAG

MACRO M1200

O03-AUG-84 15:01

PAGE 37

SEQ 0038

DEFAULT MARDWARE P-TABLE
.SBTTL DEFAULT MARDWARE P-TABLE

1444
1445
1446

Tuiguugpuuuugiuniguninpign

1450

1/ THE DEFAULT MARDWARE P-TABLE CONTAINS DEFAULT VALUES OF
1/ THE TEST-DEVICE PARAMETERS. THE STRUCTURE OF THIS TABLE
1/ IS IDENTICAL TO THE STRUCTURE OF THE RUN-TIME P-TABLE.
1/ AND IS USED AS A " TEMPLATE” FOR BUILDING THE P-TABLE

1452
1453

.enabl

1447
1448
1449

N
s

1451

1454 002142

1455

002142
002144
002144

LoMNM:

OFP

AMA
8GN
LMORD

DFPTBL
L10001-L#MM/2

1465

1466
1467 002144
1468 002146

.word
.word

160100

.word
.word
.word

1469 002150
1470 002152
1471 002154
1472
1473
1474 002156
002156
1475

L10001:

ENDHW

160100

S
3
O

s+ DZ11 CSR eddress
: DZ11 vector esddress

;

interrupt priority level (S)

;: bitmap of lines out of DZ11 into GSO3-WD
i disgnostic test mode (0)

; or installetion test mode (1) selector

CZDZGAO GS3WD/DZ11 LGC DIAG

MACRO M1200

O03-AUG-84 15:01

PAGE 39

GLOBAL EQUATES SECTION
.SBTTL

1478

1479
1480
1481
1482
1483
1484
1485
1486

GLOBAL EQUATES SECTION

§IIIIIIIIIIPIII 7707707707707 77770770777777777777777777777777777777777777777777

THE GLOBAL EQUATES SECYION CONTAINS PROGRAM EQUATES THAT
ARE USED IN MORE THAN ONE TEST.

s/
4

$II1IIIPPP70 8700770070077 700777070770077777070777770777777777777777777777777777

1487
1497

1498
1513
1514 002156

EQUALS
P

s BIT DIFINITIONS
100000
040000
020000
010000
004000
002000
001000
000400
000200
000100
000040
000020
000010
000004
000002
000001

001000
000400
000200
000100
000040
000020
000V10
000004
000002
000001

BIT1Se=- 100000
BIT14=- 40000
BIT13e=- 20000
B8IT12=» 10000
B8IT1le- 4000
B8IT10== 2000
8IT09== 1000
BIT08== 400
BIT07==
BIT06==
BIT0S==
BITOA=-

200
100
40
20
B8IT03== 10
8IT02== 4
BITOL1== 2
BIT00== i
:

BIT9=»
BIT8==

BIT7==
8IT6=BITSe==
BIT4==
BIT3=»
BIT2e»
BIT)e==

BITQ==

8IT09
8IT08
8IT07
B8IT06
8IT05
8ITO4
B8IT03
8IT02
8IT01
8IT00

+ EVENT FLAG DEFINITIONS

s+
000040
000037
000036
000035
000034

;

EF32:EF17 RESERVED FOR SUPERVISOR TO PROGRAM COMMUNICATION

EF.START=»
EF .RESTART ==
EF .CONTINUE==
EF .NEWe=»
EF .PUR==
:

32.
31.
30.
9.
28.

s+ PRIORITY LEVEL DEFINITIONS
:

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

—

| CZD2GAO GSSMD/DZ11 LGC DIAG

MACRO M1200 O3-AUG-84 15:01 PAGE 39-1

SEQ 0040

GLOBAL EQUATES SECTION

000340
000300
000240
000200
000140
000100
000040
000000

PRIO7== 340
PRIOG== 300
PRIOS=+ 240
PRIOA== 200
PRIOS=+ 140
PRIO2=+ 100
PRIOL== &40
PRIOO== 0
'

1OPERATOR FLAG BITS

000004

&Vl.--

10
20
40
100
200
400
1000
2000
4000

000010
000020
000040
000100
000200
000400
001000
002000
004000

010000
020000
040000
100000

LOTee
ADR =«
IDY=ISRee
UAMe o
B0E=PNTee
PRI e
IXEee

{gi"l
1518

340
000
000020

MAXPR] -

IBE=IERe+»
LOEe==
MOE==

10000
20000
40000
100000

040040

CSRCLR
MSETIE

=
-

000020
040040

s+ DZ11 CSR device cleer bit et
s+ DZ11 CSR Mester Scen Enasble and Tranemitter

1521

000050

MSEMAL

000050

s 0211

{Ss;:

010000

RCVRON

010000

:Ssgz

174000

RBUFCTL ==

174000

1 DZ11 RBUF mesk to get line musbsar efter BIC

1527
1528
1529
gg‘l’

000100

DLAYerg ==

100

177754
177622

DLAY2s ==
DLAY1le ==

-20.
-110.

1 ergument providing 8 rough 0.1 second delay
1 when used with the DLAY mecro on the 11/70
1 2 seconds deley to wait for echo
1 11 seconds deley to weit for echo

1519

1520
1522

340

1 Mighest proceseor priority : 7

Ensble bits set

Mester Scen Enasble end MAIntenance

1 loopbeck mode bits et

s+ DZ11 LPR Receiver On bit set

1532
1533

110000000606000000000000000000000000000000000000000000000000000000000000

{32

s 080000000000 00000000000000808000000002:0000000000000000000000000000000

1534

1537

1o PROGRAM EVENT FLAG DEFINITIONS

| CZD2GAO GSSMD/DZ11 LGC DIAG

MACRO M1200

OS-AUG-84 15:01

PAGE 4]

SEQ 0041

| GLOBAL DATA SECTION

|
|

1541
1542
1543
1544
1545

.SBTTL

GLOBAL DATA SECTION

Nguiupupuupnppuniunnnnyyr

W/
W/

e G.M DATA SECTION CONTAINS DATA THAT ARE USED
IN MORE THAN ONE TEST.

1¢ STORAGE FOR DEVICE REGISTERS

1100000000000000000000000000000000000000000000000000000000000000000000000000

LOSESC

DESCRIPT

.ASCIZ

«CZDZGAO GS3MD.DZ11 LGC DIAG>

/CZDZGAO GS3MD.DZ11 LGC DIAG/

1o PROGRAM CONTROL FLAGS
FTIME:
TMODE:

.word
.word

O
O

1 boolean to record firet initielizetion
1 Test mode

s* PROGRAM CONTROL PARAMETERS

1000000000008 060000000000000000000000000000000000000000000000000000000000

WT:

.word

1 Unit under test

SWPRTY: .word

t Switch priority (line x, y or none)

MAXERR: .word

1 mex error count before dropping unit

ERRCNT:

.word

1 error count

SAVE4A:

.word

1 temporery storege for timeout trap

SAVE6:

.word

1 vector

CZDZGAO GSSWD/DZ11 LGC DIAG

| GLOBAL DATA SECTION

MACRO M1200 O03-AUG-84 15:01

PAGE 42

—S

‘w

§ 0000000000000 0000000000000000000000000000000000000000000000000000000000

1“

'..“..‘0“.0..0‘.000.0...0.0.‘.‘.0.‘0.0.0‘.00“00..0.0000.0.0.0.000‘000

e MISCELLANEOUS STORAGE

1603
1605

.word

{:s 002232

000000

TXPSM:

1608 002234
{m 002236

000000
011070

DZPTY: .word
TLPRO: .word

1 trenemitter interrupt vector PSW

O
011070

1 DZ11 priority
ined peremeter deecription for lines into the
'
'
]
'
'

1611
1612
1613
{:{;
1616 002240 000000
{:}: 002242 000000

TLPRx: .word
TLPRy: .word

O
O

000000
000000

DLAYCl: .word
DLAYC2: .word

O
O

1622 002250 000000
1623
‘

ECHMO: .WORD

1619 002244
{:222 002246

1624
1625

‘

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

1 test LPR for line x
: test LPR for line y

1 to store RBUF contents echoed beck through
: the DZ11

R
|

CZDZGAO GSSMD/DZ11 LGC DIAG

MACRO M1200

O03-AUG-84 15:01

PAGE 43

GLOBAL DATA SECTION
1100es

PRIMARY REG ADRS STORAGE FOR THIS UNIT

eessee

1 THESE LOCATIONS WILL BE LOADED FOR THE CURRENT UNIT, IN INIT CODE
y¢ POINTERS TO DZ11 VECTORS AND REGISTERS

12280800004 RRGRALICBENLEIELDELNLEAGLE0RR00068000000000AB040B00EDRBS

0Z11 receiver interrupt vector PC sddress
DZ11 receiver interrupt vector PSW sddress
DZ11 trenemitter interruwpt vector PC sddress
DZ11 trenemitter interrupt vector PSW sddress
0Z11 control status register addrees
DZ11 receive buffer/line perameter register

0ZrvCCe: .word
DZrvCSe: .word
DZtVvCCe: .word
DZtvCSe: .word
DZCSRe: .word
e:
OZRB\F
DZLPRe: word
DZTCRe: .word

eddress
pointer to DZ11 trenemit control
pointer to DZ11 trenemit dete regi

word

ister

10600080800068000084820088480008000008000800000008005000000080080008000080000

s* POINTERS TO GSO3-MD LINES OUT OF THE DZ11

160808806 0400080¢00820080000882008040022004048080004030000300000000002400s

Line

STl

L§m
bi

(0..377)

STACK USED FOR SUBROUTINE LINKAGE

eesee

10060068000 00000480080060080808080080848800008000080884800830048080030000880000

1¢ SUBROUTINE LINKAGE PARAMETERS
.

1 Subroutine execution report

LNTSTD:

on
of line echo is to be expected
;1 Number

OLDLNNS:

i Number of the line the GSO3-WD is switched to

NEWLNP:.
NEWLNNB
:.

ADDR:
UNIT:

.word
.word

esbAOK:

(=X]

1008868080 80800888000088000080088800808808008000800800000008008000080000000080

1 when celling subroutine sbSW31
1 Bitmap and

i Nusber of the line the GSO3-WD is to be
3 switched to if subroutine sbSW31l succeeds

s Paremeters

;1 for error reports

CZD2GAO GS3WD/DZ11 LGC DIAG

MACRO M1200

O3-AUG-84 15:01

PAGE 45

GLOBAL TEXT SECTION
.SBTTL

1]
1]

GLOBAL TEXT SECTION

THE GLOBAL TEXT SECTION CONTAINS FORMAT STATEMENTS,

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

1100000000060000000000000000000000000000000000000000000000000000048000000000008

1* NAMES OF DEVICES SUPPORTED BY PROGRAM

1 10000000000000000000000000000000000000000000000000000000000000000000000000000

DEVTYP

1694
1695
1696
1703
1704
1705

002324
002327

107
063

002340

105

LSDVTYP:;
.

123
115

117
114

/GSO3MD MODWLE/

[

CZDZGAO GS3WD/DZ11 LGC DIAG

MACRO M1200

O03-AUG-84 15:01

PAGE 47

GLOBAL SUBROUTINES
1708
1709
1710
1711

1712

.SBTTL

GLOBAL SUBROUTINES

s MACRO'S NEEDED TO CALL SUBROUTINES

1713

1714
1715
1716
17117
1718
17119

1720

1721
1722
1723
1724
1725
1726

;1 macro to wait o few ms

1 Cell sequence :
.mecro

.“

DLAY

MOV
MOV
JSR

)]

DLAY

0176630, DLAYC1
00, DLAYC2
PC. sbMTG2

0 <D <« 177777

CZDIGAO GS3SWD/DZ11 LGC DIAG

MACRO M1200

O03-AUG-84 15:01

PAGE 49

GLOBAL SUBROUTINES
1 Subroutine to wait for event or timeout

1729
1730
1731
1732
1733

1734
1735
1736
1737
1738
1739

1740

Celling sequences :

1 Inpute peremeters :

JSR

PC, ebWTG1

PC, sbWTG2

DLAYC1, DLAYC2

1 subroutine sbWTGl :
for I :» DLAYC1 to O do begin end
'

1741 002342

013746

ebMTG1: MOV

DLAYCL,

1743 002346
1744 002352
1745
1746 002354
1747 002360

005237
001375

loopGl: INC
BNE

DLAYC1

012637
000207

MOV

1742

JSR

RTS

; end sbMTGL

- (SP)

loopGl

(SP) +, DLAYC1

: subroutine sbNTG2 :

for DLAYC2 := DLAYC2 downto O

do begin ::r J :* DLAYC1 to O

004737

104422
005337
001372

obMTG2: JSR
BREAK

PC. sbNWTG1

TRAP

C$BRK

DEC
SNE

DLAYC2
sbMTG2

RTS

;1 end sbWTG2

CZD2GAO GSSWD/DZ11 LGC DIAG

MACRO M1200

O03-AUG-84 15:01

PAGE 51

SEQ 0047

GLOBAL SUBROUTINES

1 Routine to drop unit after S errors

1772
1773
1774

JSR
: ce
1 Call sequen

1777 002400

CHIXCMAX: INLOOP

1775
1776

1780 002404
002404

103432
104421

s If looping

RO
CORFLA

RO gfi

002402

COINLP
1

1779

104420

—
-

002400

1778 002402

TRAP

PC, CHXMAX

ERRCNT

1+ Updete error count

005237
023737
003420

002224
002224

002430
002434
002440
002444

013746
013746
012746
012746

002216
002222
002472
000003

WrT,-(SP)

002452
002454

104417
062706

000010

#10,5P

1784 002414
1785 002420
1786 002426

ERRCNT, MAXERR
14

OTMNYERS, -(SP)
03,-(SP)

045

116

045

CSDCLN

.nlist

BEX

002216

WT,RO
CsDODV

CRUR

SP.RO
COPNTF

1¢:

1801 002472

; If there sre’'nt too meny errors
; then exit

OTMNYERS, MAXERR, WT

—

104444

'
1 If dropping of units is inhibitted
3 then exit

000040

002466

; then exit

032700
001026

013700
104451

on error

oIV, RO

1781 002406
1782 002412

002464

TMNYERS:.ASCIZ
dlist

: elee print 'Maximum error count
i of <maxerr> exceeded for unit <WT>'
;: end drop unit

:+ Abort subpess

‘adm:iu error count of sSD38A exceeded for unit sD2/

CZD2GAO GS3WD/DZ11 LGC DIAG

MACRO M1200 O03-AUG-84 15:01

PAGE 53

GLOBAL SUBROUTINES
1808

service routine to trenemit in interrupt mode :

BGNSRV v TXG1

1809 002562

002562
::{g 002562

112777

1813

177500

ovTXGl::

MOVE

ENDSRV

1812 002570
002570
002570

000101

000002

L10002:

RTI

¢'A, SDZTDRe

CZDZGAO GS3WD/DZ11 LGC DIAG

K4
MACRO M1200

O03-AUG-84 15:01

PAGE 55

SEQ 0049

GLOBAL SUBROUTINES
1 subroutine to initielize DZ11 for interrupt mode trenemission

1816

1817
1818

¢ Calling sequence :
013746
012745
013746
012746
104437
062706

002232

012777

000020

032777

000020

104422
001373
000207

JSR

PC, obIDG1

sbIDG1: SETVEC DZTVCCe, evTXG1, TXPSW
m

TXPSMH, - -(SP)

MOV
MOV
MOV
TRAP
RDD

®ovTXG1, -(SP)
0ZTvCCa,-(SP)
o3,-(SP)
CeSVEC
#10,5SP

177434

MOV

OCSRCLR, SDZCSRe; Set CLR bit of DZ11 CSR

177426

nCLDG1: BIT

002562
002256
000003

000010

OCSRCLR, SDZCSRe; Test CLR

BREAK
TRAP
BNE

nCLDG1

RTS

;: end sbIDG1

1Set up trensmitter interrupt vector

C4BRK

1 Authorize "control-C” sbort

;: Weit until CSRCLR = O

CZDZGMO GS3WD/DZ11 LGC DIAG

MACRO M1200

O03-AUG-84 15:01

PAGE 57

GLOBAL SUBROUTINES
subrouting to trenemit end check for echo beck from the GSO03-WD

1834
1835
1836
1837
1838
1839

Celling sequence :

JSR

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

1840
1841
1842

Isplicit input : DZ11 LPR register has been loaded with correspondi
perameters and DZ11 TCR with the bitmep of the line(s)
to be ectiveted (i. e. : including thet which wes
*slresady” ective)

1843
1844

005037

OMSETIE, SDZCSRe; Enable interrupt mode trensmission
édleylls, R1
H Set wp 11 seconds deley

177406

012777
012701

040040
177622

105777

177376

nRONG1:

017737

177372

nETYGL:

100014

SDZCSRe

005201
001347

’ If silo empty,

WAITG1

: then weit

WAITG1
174000

002251

eloe empty it

SDZRBUFe, ECHO

100010
042737
123737
001414
000764

if successful, return with sbAOK = 1 elee with sbAOK = 0

Output perameters :

1865 002716
1866 002736
1867 002740
1868
1869 002742
1870
1871
1872 002744
1873 002752
1874
1875
1876
1877

PC, obTEG1

' until it becomes empty

ORBUFCTL, ECHO

002250
002310

ECHO «

succGl

LNTSTD;

nETYGL

WAITGL:

succlGl:

RTS

is detected

3 When deley ioocl.“d. return

012737
000207

an echo

on line "LNTSTD”

DLAYerg
R1
nRONG1

000207

with sbAOK

' echo on line

#1, esbAOK

; end sbTEG]

line i

| means GSO3-WD is switched
: return
with sbAOK = 1

CZDZGAO GS3SWD/DZ11 LGC DIAG

MACRO M1200

O03-AUG-84 15:01

PAGE 59

GLOBAL SUBROUTINES
1880

;oouooooooooooooooooooooooo TEST'XY' #68800080008080008000800800
NLIST

.maecro

I“

BADHEAD
.RADIX 10
EDSCALL \TSTESTNUM.1
.RADIX 8

SEQ 0051

CZDZGAO GS3WD/DZ11 LGC DIAG

MACRO M1200

O03-AUG-84 15:01

PAGE 61

GLOBAL ERROR REPORT SECTION
.SBTTL

GLOBAL ERROR REPORT SECTION

§I7P07700070077007707707707707707707777707777777077777777777777777777

THE GLOBAL ERROR REPORT SECTION CONTAINS ERROR MESSAGES

THAT ARE USED IN MORE THAN ONE TEST.

§IIIIIP777700000700007700770077700777007777777700777777077777777777

1910 003066
1911 003112
1912 003125
1913 003162
1914 003214
1915
1916
1917
1918
1919
1920

1921 003230
1922 003343
1923 003416
1924 003515
1925 003602
1926 003667
1927 003776
1928 004064
1929 004116
1930 004213
1931
1932
1933
1934
1935
1936

116
116
104
104
102

117
117
132
132
125

110
111
110
111
061

123

.nlist
FAISW: .ASCIZ
FAISMT: .ASCIZ

MD2ECH:

.ASCIZ

NOLLEC:

.ASCIZ

PTYCFL:

NOMDEC :
DZLBER:
DZINER:
BUSTINM:

.ASCIZ

.ASCIZ
.ASCIZ

BEX
/7ECHDO ON WRONG LINE/
/FAIL TO SMITCH TO/
/7ECHO ON BOTH LINES/

/PRIORITY CONFLICT/
/ND ECHO ON ONE LINE/
/NO WD ECHO/

/0Z11 INTERNAL LOOPBACK ERROR/
/0Z11 INITIALIZATION FALT/
/8US TIMEQUT/

1808020882800 088082808082883000828888808884882808080888280000008008088800000

s¢ BASIC ERROR REPORTS MESSAGES :
R TEELELEEEETEE B

045
045
045
045
045
045
045
045
045
045

116
116
116
116
116
116
116
116
116
116

FS\WF :
FSMT:

.ASCIZ
.ASCIZ

PYCF ;

.ASCIZ

WD2E :

NILE:
NMDE :
0ZL8:
DZIN:

CSRr:

.ASCIZ

/9MiAEcho from GSO3-WD received on wrong line @ SD1ISA (expected : ¢ sD1sA)./
/79NSAGSOS-MD feiled to switch to line ¢ w01/
/9NAEcho from GSO3-WD received on both lines ¢ sSD1SA and ¢ #D1/

/9MuiABoth lines heve ewitch pnontg over eech other./

.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ

/9iAND
echo received beck from GSO3-WD on line & #D1/

.ASCIZ

/MuiAUnsuccessful attempt to reed DZ11 CSR et eddress %06/

.ASCIZ
.EVEN

/79NiAND echo received beck from GSO3-WD on either line # sD1sA or ¢ %01/
/9ADZ11 internal loop beck melfunction on line & #D1/
/9MuiftDZ11 feiled to reset./

/9NsAUneuccessful attempt tn write to DZ11 CSR et eddress %06/

16604280 88820440200800008000R08¢
8222800 00ERLRR0LG0CAGLE0B00BREESAMGAR

;¢ EXTENDED ERROR REPORTS MESSAGES :

2000000080000 084RRB00000RRGEREULTLEEALAREERTLAQOBLLELEEBLLLERSBEGAS

1937 004304
1938 004371

045
045

116
116

NOECIL:
STECIL:

.ASCIZ
.ASCIZ

/9NiANo echo received baeck from GSO3-WD on line @ #01/

1939 004523

045

116

1941 004706
1942 CO4744
1943 004775

045
045
045

116
116
116

OXFMSM:
CXDPSW:
CXGSCF:
DZDIAG:
CXDZAD:

.ASCIZ
.ASCIZ

and cables./
/9iACheck FORCE, MANUAL ewitches, priority setting
OFF)./
be
(must
E18
switch
/79N ACheck cdlm. end dip

.ASCIZ
.ASCIZ
dist
.EVEN

/9NsAEcho is still being received on line # SD1SA when ectuslly trensmitting

etion./
/79NsACheck GSO3S confi
diegnostic./
DZ11
/9NiARun
m/m 0Z11 eddress.’/

CZD2GAO GS3MD/DZ11 LGC DIAG

GLOBAL ERROR REPORT SECTION
1956

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

MACRO'S NEEDED TO REPORT ERRORS

Error ¢ 0 report
L&1

005032
005036
005042
005044
005046

0035032

005056
005062
005064
005066
1966 005072

1967 005076
003076
005076

1968
1969
1970 005100
005100
1971 005100
005100
005104
005110
005114
005116
120

013746
012746
012746
010600
104414
062706

000006

012746

004773

012746
010600
104415
062706
004737

INTB

PRINTX

000004
002400

6CXDZAD

ADDR, -(SP)
OCSRr, -(SP)

CoPNTE
% ,5P

MoV
MOV
MOV

OCXDZAD, -(SP)
0,.-(SP)
$P,RO

&4 5D

TREP

CeMsSG

TRap

ENDMSG
L10008:

CIPNTX

PC. OeMAX

Error # 1 report

ol SRw

013746
012746
012746
010600
104414
062706

012746
012746

010600
104415

1973 005144

004737

005150

104423

002320
004116
000002
000006

004775
0CO0001

gfin:
INTB oCSRw, ADDR

MOV
MOV
MOV
MOV

PRINTX

TaAP
A

OCXDZAD

EMOMSG
L10004

012746
012746
010600
104414
062706

004064
000001

000004

INTE

OCXDZAD, -(SP)
0,-(SP)
SP,RO

AD
N

o4,5P
PC., CrXMAX

TRAP

CoMSG

COPNTX

pDZIN

@DZIN

MOV
MOV
MOV

TRAP

ADD

i1 CSR write error

CIPNTB
6 ,5P

s Error 0 2 report

”{gfi

1 check if too meny errors

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

MOV
MOV
MOV

TRAP

002400

1 CSR reed error

OCSRr, ADDR

MOV
MOV

v
TRAP

000001

104423

124
0035130
003134
005136

1976
1977 005152
005152
1978 0051352
005152
005156
005162
005164
005166

002%20
004213
000002

oCSRe

ZIN, -(SP)
1,-(SP)
SP,.RO

C¢PNTB

o4, SP

;1 check if too meny errors

;1 DZ11 initielizetion error

' CZDIGAO GSSMD/DZ11 LGC DIAG

MACRO M1200

OS-AUG-84 15:01

PAGE 63-1

' GLOBAL ERROR REPORT SECTION
1979 003172
005172
005176

004775
000001

062706

000004

005216

012746
012746

004744
000001

005226

062706

000004

PRINTX

OCXDZAD

012746
012746

002400

:
:i g
7 i
e ) QRLTLLL ggigggs e g
{
3
¥
kit
$

004737

19681 005232

012746
012746
010600
104414

002272

003776
000002
000006

005270

012746
012746

004775
000001

005276
003300

104415
062706

000004

003304

012746

004744

005314
0035316
005320
1969 005324

010600
104415
062706
004737

002400

005330

104423

012746

000003

0053352
003354
005356

005362

010600
104414
062706

012746

000010
004622

005346

002276
002274

013746
013746

005332
005336

062706

00352356

013746

005244
005250
005254

s DZ11 loopbeck error

;1 check if too meny errors

WD fail to echo error

| CZDZGAC GSSMD/DZ11 LGC DIAG
.

MACRO M1200 O3-AUG-84 15:01 PAGE 63-2

SEQ 005%

| GLOBAL ERROR REPORT SECTION

005366 012746 000001

MOV

062706 000004

ADD

005372 010600
005374 104415

005376

1996 005402 004737 002400
1997 005406
005406
1

- 005406

104423

1999

2001 005410
005410 013746 002274
005414 012746 003602
005420 012746 000002
005424 010600
005426 104414
005430 062706 000006

005434

005440
005444

012746

012746
010600

005446 104415
005450

062706

004523

2005

005460

104423

012746
012746
010600
104414
062706

003515
000001

012746
012746
010600
104415
062706
004737

004706
000001

005526

104423

2012

000004

000004
002400

2013

TE4P

CmsG

4, 5P

1 check if too meny errors

PRINTX

ONILE, LNNBRx
LNNBRx, -(SP)
MoV
ONILE, -(SP)
MoV
02.-(SP)
MOV
SP,.RO
MOV
Thap
C$PNTB
ADD
%, 5P
OOKFMSM

MOV

OXFMSM, -(SP)

TRAP

COPNTX

JSR

PC., OHCMAX

TRAP

CeMSG

MOV
MOV

ADD
ENDMSG
L10010:

1 No echo received on line x error

pNILE

0.-(SP)
BO

o4,5P

1 check if too meny errors

: Both lines heve priority error

YCF
:¢
INTB @PYCF

PRINTX

ENDMSG
L10011:

MOV
OPYCF , -(SP)
MOV
0,-(SP)
MOV
SP,.RO
TRAP
CSPNTB
ADD
o4,SP
@OCKGSCF
MoV
OCXGSCF , -(SP)
MOV
0,.-(SP)
MOV
RO
COPNTX
TRAP
ADD
o4 ,5P
JSR
PC., CHMXMAX

TRAP

BGNMSG

013746
013746

012746

002276
002274

003416

INTB

pMD2E

1+ Echo on both lines error

OMD2E, LNNBRx, LNNBR
MOV
LNNBRy
, -(SP)
MOV
LNNBRx, -(SP)

MOV

1 check if too meny errors

CeMSG

s Error @ 7 report

2014 oossmssg
2015 005530
005530
005534
005540

JSR

PC. COrXMAX

i Error & 6 report
BGNMSG pPYCF

005462
005466
005472
005474
005476
2009 005502
005502
005506
005512
005514
005516
2010 005522

2011 005526
005526

INTE

000004

2006
2007 005462

005462
2008 005462

000001

2003 005454 004737 002400
2004 005460
005460

SP,.RO
COPNTX

Error ¢ S report

aooooosaig

2002 005434

ENDMSG
L10007:

0,-(SP)

MOV
TRAP

ND2E , -

)

CZDZGAO GS3WD/DZ11 LGC DIAG

MACRO M1200

O03-AUG-84 15:01

000003

PC. OHXMAX

MD Pail to switch to line i error

- PN

004737

ENDMSG

L10013:

104423

s Error

BGNISG

013746
013746
012746
012746
010600
104414
062706

002316

013746
013746
012746
012746
010600

002316

062706

000010

PRINTS'

003230
000003
000010

PRINTX

004371
000003

PRINTX

012746
012746
010600
104415

CiL. OLOLNNS

104415
062706

283 3333335333323 X T§ g

013746
012746
012746

104415

chack if too meny errors

010600
104414
062706

’fl \ 13

013746
012746

e~
v'

5 i

104423

010,5P

:Qifiiiéfiiifii
i
o
g
!
3

000010
002400

010600
104454
062706
004737

;

012746

e LT

GLOBAL ERROR REPORT SECTION

: check if too meny errors

WD echo on wrong line error

CZD2GAO GSSWD/DZ11 LGC DIAG

MACRO M1200

O03-AUG-84 15:01

PAGE 63-4

SEQ 0057

005744
005750
005760

2032 005764

012746
012746
062706

004737

004706
000001
000004

002400

ENDMSG
L10014:

i a8ads

GLOBAL ERROR REPORT SECTION
, -(SP)
OCXGSCF
0,1.‘3’)

COPNTX
4 ,5P

CoMSG

r~re-

check if too meny errors

CZDZGAO GSSMD/DZ11 LGC DIAG

MACRO M1200

O03-AUG-84 15:01

PAGE 65

REPORT CODING SECTION
.SBTTL

REPORT CODING SECTION

: THE REPORT CODING SECTION CONTAINS THE
LA

: "PRINTS” CALLS TMAT GENERATE STATISTICAL REPORTS.

..-

2049 005772
2050
2056
2057

LSRPT:;

005772

2064

2065 005772
005772

2066

2067

005772

104425

L10015:

T
BGNRP

ENDRPT

CIRPT

CZD2GAO GSSWD/DZ11 LGC DIAG

MACRO M1200

O03-AUG-84 15:01

PAGE 67

INITIALIZE SECTION
.SBTTL INITIALIZE SECTION

2070

2071
2072
2078
2074

§IIIIIIIPPPP700 7007777007700 00770707070077777777777777777777777277777777

s/ THE INITIALIZE SECTION CONTAINS THE CODING THMAT IS PERFORMED

3/ AT THE BEGINNING OF EACH PASS.
N
i

2075
2076

2077 005774
2078

2079

005774

LOINIT::

BGNINIT

CZDZGAO GS3SWD/DZ11 LGC DIAG

MACRO M1200 O03-AUG-84 15:01

PAGE 69

INITIALIZE SECTION

1 Context initislizetion

" 005774 005737 002212
2106

2107 006000 001011
013737 000004 002226
013737 000006 002230
012737 000001 002212

TSY e

BNE

2108 006002
2109 006010
2110 006016
2111 006024
glg 006032

MOV
MOV
MOV
013737 002226 000004 nFTMI1: MOV
MOV
013737 002230 000006

2114 006040
006040
006044

012700

_— 006046

103422

2117 006050
006050
006054
2118 006056
2220 006056

012700
104447

2115 006046

2120 006060
006060
006064

2121 006066
man 006066

2123 006070
006070
006074
2124 006076
006076
2125 006100
006100

104447

TRAP
8cs

000037

103416
012700
104447

000034

012700
104447
104432

2127 006104
006104

012700

104447

OEF .START
OEF .START RO
COREFG

PEUNIL

s "START",

PEUNIL1

READEF #EF .RESTARTY
#EF .RESTART RO
MOV
CSREFG
Teap
BCOMPLETE
PEUNI1
B8CS
PEUNIL

1 "RESTART” commends,

READEF
MOV
TRAP

or POMER WP :

;

stert with first unit (0 0)

#FEF .PWR
OEF .PWR RO
COREFG

PEUNI1

READEF #EF .CONTINUE
1 If this & "continue” command,
,RO
OEF .CONTINUVE
MOV
TRAP
CSREFG
BNCOMPLETE
contll ; then exit
8cC
contll
EXIT
INIT
; (no re-initislizetion)
CSEXIT
TRAP

000036

103002
001440

SAVE4, 004
SAVEG, 906

BCOMPLETE
8Cs
FEUNIL

103412

2138 006102

006110
2128 006112
2229 006112

READEF
MOV

000040

nFTMIL
904, SAVEL
906, SAVEG
o, FTIME

1 If this is the firet pess through this
1 routine,
1 then the “trep through 4” vector is seved
'
f
; elee it is restored
'

LMORD

L10016-

contIl: READEF OEF .NEW
MOV
OEF .NEM,RO

000035

TRaP
CHREFG
BNCUMPLETE
8cC
nxUNI1

103003

nxUNI1

: If this is not & new pess,

; then get next unit

ggg 006114

012737

177777

002216

PtUNI1: MOV

-1, W7

2132 006122
2133 006126
2134 006134

005237
023737
002161

002216
002216

002012

nxUNIL1: INC
ow
BGE

WT, LSUNIT
sborll

1 Point to next unit
1 If there is'nt any,
1 then end-of -pess

2135

CZDZGAO GS3WD/DZ11 LGC DIAG

MACRO M1200

OS-AUG-84 15:01

PAGE 71

SEQ 0061

INITIALIZE SECTION
atflmmw\nctmtm:
013700
104442

Cell to DRS to put p-table eddress in Rl

GPHARD

002216

010001

2145 006176
2146

otPMIL:

011137

011137
062737

(R1), DZCSRe

Get eddress of DZ11 CSR

(R1), DZRBUFe
02, DZRBFe

Get sddress of DZ11 RBUF/LPR
(DZRBUFe = DZLPRe)

(R1), DZTCRe

Get eddress of DZ11 TCR

(R1) +, DZTDRe
#6, DZTORe

Get sddress of DZ11 TOR

(R1), DZrvCCe
(R1), DZrVCSe

Get eddress of DZ11l receiver interrupt

(R1), DZtvCCe

Get sddress of DZ11l transmitter interrupt

4, DZTCRe

012137
062737

011137
011137
062737

", 0ZrvVCSe

011137
062737
012137
062737

4, 0zt vCCe

(R1) +, DZtVCSe

vector

#6, DZtVCSe

012137
012137
011137
001025

002214

013746
012746
012746
010600
104417
062706

002216
006740

013746
012746
012746
010609

002216
007056

104417

then get next unit

(R1) +, DZPTY

Get pointer to tx priority level

(R1) +, LNMAP

Get bitmap of ective lines

Get test mode

ORUNGOs, WT

‘Running on unit <WT>

WT, -(SP)

in mode 0...'

SRUNGOe

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

2144

104417
062706
000752

2143 006174

002216
007316
000002

013746
012746
012746
010600

saeagegaae § *3 3 3 3383 533 83 53 &3 @ %gFdad

103413

CZDZGAO GS3SWD/DZ11 LGC DIAG

MACRO M1200 03-AUG-84 15:01

PAGE 71-1

SEQ 0062

INITIALIZE SECTION

006364 062706 000006
gg; 006370 000424
2176 006372

MOD1I1: PRINTF

006372
006376
006402
006406
006410
006412

013746
012746
012746
010600
104417
062706

002216
007141
000002

000006

MOV
MOV
MOV
MOV
TRAP
ADD

006416
006422
006426

013746
012746
012746

002216
007236
000002

MOV
MOV
MOV

006434

104417

2177 006416

006432

2178

ADD
B6R

006436

010600

062706

000006

PRINTF

MoV

TRAP

ADD

#6,SP
contl2
#RUNGle, WT

1 'Running on unit <WT> in mode 1...'

ORUNG1b, WT

i ‘'Only tests 1 end 4 ere octive...’

WrT, -(SP)
#RUNGle, -(SP)
02,-(SP)
2
COPNTF
6 ,5P
WT, -(SP)
SRUNG1b, -(SP)
02,-(SP)
RO

#6,SP

CZDZGAC GS3WD/DZ11 LGC DIAG

MACRO M1200 O03-AUG-84 15:01 PAGE 73

INITIALIZE SECTION

2181
2182 006442 013701 002234
2183 006446 072127 000005
g{s 006452 010137 002232

2186 006456 005037 002224

g{:‘ 006462 004737

006506

2189 006466 005737 002306
gi’”i 006472
2192 006474

001402

1 Compute progrem verisbles eccordingly :
1 Losd DZ11
0ZPTY, R1
contl2: MOV
i bus priority
5, R1
ASH
1 into TXPSW
R1, TXPSW
MOV

CLR

PC. ebLNI1

" from "LNMAP"
1 Compute "LNNBR:“ end "LNMAP

TST

i If wrong "LNMWAP” formet,

BEQ
EXIT

eborIl

2198 006476

001044

104432

Thap

2194 006500
006500
2195 006502
006502

104444

aborIl: DOCLN
ThAP
EXIY
Thap

CSOCLN
INIT
CSEXIT

2196
2197

006504

104432

001036

.MORD

i then sbort pees

INIT

COEXIY

006474

JSR

L10016-.

sCLEAN UP AND ABORT PASS

CZDZGAO GS3WD/DZ11 LGC DIAG

MACRO M1200

O03-AUG-84 15:01

PAGE 75

INITIALIZE SECTION
subrouting to compute line map, nusber end peremeters for lines x end y out
of the DZ11
Input peremester :
LNMAP

Output peremeters

- GbAOK = 1 <=> gucceseful
;
- if successful, line mumbers (0..7) in LNNBRx, LNNBRy
line Ditmapes in LMW, LNWx, LNWYy

Side effects :

line peremsters TLPRx, TLPRy

- LNMAP ig not modified ;

- LNNBR is left undefined.
0035037
005037
005037

113702
112701
005037

sbLNI1: CLR
CLR
CLR

002306
Gl SO

MOVe
MOV8

002500

CLR

002272

nBIIl: BITE

130102
001005

005237
106301
103372
CGOO4 24

002272

ohADN
LNMWAPx
Lk @y

’

LNWP, R2
€001, R1

LhiasR

R1. R2

BNE

RLMPIL

: If found, then store velue in LNNWPx-y

INC
ASLB
8cC
BR

LNNBR
R1
nBIIl
erLMI1

1 eloe increment line number end
;: ohift set bit in Rl left one position
: o8 long @8 no overflow
occurs

R1, R2

: Cleer bit in R2 thet has just been found set

040102

RLMPI1: BIC

105737

BNE

TST8

LNMAPx

RLMPI2

i I LNMWAPx hes alreedy been aes:

MOV
MOV
MOV
ALD

R1, LNMAPX
LNNBR, LNNBRx
TLPRO, TLPRx
LNNBRx, TLPRx

1
;
;1
i

005737

TST

TMODE

001747

BEQ

nxBII1

i If mode 0 end LNMAP formet wes given right,
i then now R2 = LNMAPy.

005702
001442

ST
Bre

001045

110137
013737
013737
063737

013746
013746
012746
012746
010600

104417

002274

002214

007357
000003

erLMI1: PRINTF
MOV
MOV
MOV
MOV
MOV
TRAP

succll

athtnnoimmtout”ym-.“

e value,

Store
results
into line x
persmsters

1 <- This is just to check for right formet.
: If mode 1,
i then only one line should be specified

OMGLMPL, LNMAP, TMODE
TMODE
, -(SP)
LNMAP, -(SP)
NGLMPL, -(SP)
03, -(SP)
SP,RO
COPNTF

1
CZDZGAO GS3MD/DZ11 LGC DIAG

MACRO M1200

O3-AUG-84 15:01

PAGE 75-1

INITIALIZE SECTION

007467
000001

‘Wrong nusber of DZ11 lines...’

SP,RO
COPNTF

104417
062706

o4, SP

000207

RLMPI2:

105702
001351

110137

3 3333 % 3 sy 8

& 33

ERARRARNRNNNN

WGLMP2
NGLMP2, -(SP)

013737
013737
063737

002276

012737
000207

002306

@2
erlMI1

Check thet no more then 2 lines were
specified

Deer. Lideny

Store
results

Ueary, TLrhy

succll:

012746
012746
010600

18#3 1831
N388 38
8 GRS

2252 006654

2251

010.SP

000010

b-]

062706

: end sbLNI1

into line y
perameters

CZD2GAO GSSMD/DZ11 LGC DIAG

MACRO M1200

O03-AUG-84 15:01

PAGE 77

INITIALIZE SECTION

116
116
116
116
116
116

X
BE

/7
MRning on unit 028A in mode O : pese-time e 2 einutes on the PDP1]-7

5832382 &

116

/9A0nly tests 1,

wO2wA i

ENDINITY
007542

104411

ond 3 ore sctive in thie mode

rmesnmning o r:‘?:.sw'g : type -etrl - to etew./

L10016:

COINIT

s
o fer b

11 linee in Ditasp “w03SA~ for mode WDISA test./

CZDZGAO GSSMD/DZ11 LGC DIAG

MACRO M1200 OS-AUG-84 15:01

PAGE 79

SEQ 0067

| MUTODROP SECTION

f
|

’

2%00

LSBTTL
geoe

2308
2304

‘

2%05
2306

s+ TMIS CODE IS EXECUTED IMMEDIATELY AFTER TME INITIALIZE CODE IF

s TME “ADR" FLAG WAS SET.

s SEE IF TMEY WILL RESPOMD.
+ DROPPED FROM TESTING

2307

2308
23509 007544
2310
2517
2318
2319

LIAUTO:;

007544

23522 007544
;gz 007SS0

013701
012705

002262
000004

23526 007554
2327 007S62

012737
012737

007606
000340

2330 007570
2331 007572

005711
000240

gssg 007608

000405

2325

2328

2332 007S74
2333 007600
2334 007602

062701
005305
OO1372

000002

2338 007606
2339 007612
007612

062706

000004

007616

013700
10445)1

002216

2341 007620
gfi 007626

013737
013737

002226
002230

2337

2544
2345
2346
2347 007634

2351

TME UNIT(S) UNDER TEST ARE OMECXED T0

THMOSE TMAT DON'T ARE IMMEDIATELY

.EVEN
BGNAUTO

: Oheck if DZ11 responds

ggg

2348
2549
2350

AJTODROP SECTION

007634
007634

104461

MoV
MOV

ODZCSRe, R1
M, RS

: Set wp timsout trep :

000004
000006

MoV
MOV
18: TST
ed

ADD
DEC
BNE
[

[l
s+ 4 DZ11

registers to be tested

0©24, 904
MAXPRI, 006

;1 edoress for timsout error trap hendler
s priority level 7 in trep PSH to lock out

(R1)

’

2, R1
28]
14

1 next register
1 Decrement register count
s ond brench beck if not lest register

1 other interrupts

;1 time out error trap hendler :

24: ADD
[ oo 1)
MOV

04,SP
wr
WT,RO

s Pop ole PC, PSH
1 Drep unit under tast

36: MOV
MoV

SAVES, 004
SAVEG, 006

1 Restore original timeout vector
'

ThEP

000004
000006

L10017;

Cs00DV

ENDAUTO

TRAP

CsAaUTO

——

| CZDZGAO GSSMD/DZ11 LGC DIAG

MACRO M1200

O03-AUG-84 15:01

PAGE 81

CLEMAP CODINC SECTION
LSBTTL

CLEANUP CODING SECTION

W22
14 THE CLEANP CODING SECTION CONTAINS THE CODING TMAT IS PERFORMED
3/ AT THE END OF EACH PASS.
N
A

o
-

LOCLEAN:
:

007656

104433

7640
007644

013700
104436

007646

104412

1 bus reset

CORESET
DZTVCCe ; Cleer trenemit interrupt vector
0ZTvCCe.RO
CsCveC

002256

L10020:

CSCLEAN

|
CZDZGAO GSSWD/DZ11 LGC DIAG

MACRO M1200

O03-AUG-84 15:01

PAGE 83

DROP UNIT SECTION
.SBTTL

DROP UNIT SECTION

§IPIIPPPPIPPP00 8007700000000 0700000000077077770777070770777707777777777271777777
o/ THE DROP-UNIT SECTION CONTAINS TME CODING THMAT CAUSES A DEVICE

3/ TO NO LONGER BE TESTED

LeDV::

104417
062706

224332

'cgz.aL Iy

L
L~

x m

000167
000030

oV
JIP
L10021-2-.

010046

012746
012746

007676

010600

045

104453

116

04S

DROPD:

L10021:

1 DRS has put # of unit to be dropped in RO

(SP)

it SD2¥A dropped./
/9NSAUNn

csov

MACRO M1200 O3-AUG-84 15:01 PAGE 85

CZDZGAO GSSWD/DZ11 LGC DIAG

SEQ 0070

ADD UNIT SECTION

2649

.SBTTL ADD UNIT SECTION

2450

2451

QIPTIPPPPPPPPP 0007000000000 007772077000770007777077777077777777777727

2452
2453
2454

s/ THE ADD-UNIT SECTION CONTAINS THE CODING TMAT CAUSES A DEVICE
s/ 10 BE C(A) TESTED FOR THME FIRST TIME, OR (B) RESUMED IN TESTING.
o/ "EF.AUNIT* IS SET, TME UNIT WILL BE TESTED AS A NEW UNIT,

245S
2456
2457

ee?

'II//II/I/IIIII/IIIIIII/I/III/IIIIIIIIIII/III/IIIIIIIIIIIIIII//I//III

2468 007730

LOAU:;

007730

2471 007730

007730
007732
007736
007742
007744
007746

2473 007752
007752
. 007754

2475
2476 007756
2477
2478

PRINTF

@ADDED,
RO

MOV
MOV
MOV
MOV
TRAP
ADD

RO, -(SP)
OADDED, -(SP)
02, -(SP)
SP,RO
COPNTF
6, 5P

000167
177750

EXIT
MORD
'MORD

OV
JEOP
L10021-2-.

045

2480 010004

e 010004

010046
012746 007756
012746 000002
010600
104417
062706 000006

116

045 ADDED:

2479

010004

BGNAU

104452

L10022:

3 DRS hes put @ of unit to be edded in RO

.nlist BEX
.ASCIZ /#NSAUnit SD2¢A edded./
‘list BEX
"EVEN
ENDAU

TRAP

CIAU

CZDZGAO GS3WD/DZ11 LGC DIAG

MACRO M1200 O3-AUG-84 15:01

PAGE 87

MARDMARE TESTS
.SBTTL

2484
2485
2487

MARDWARE TESTS

‘Sfflf OF CODE BLOCK WHICH IS USED AS DATA
tgee

2490
2491
2492
2499
2505

25“7

2513
2514
2515
2527

2528

2529
2536

...

BGNTST

EXIT

ENDTST

’

SEQ 0071

CZDZGAO GS3WD/DZ11 LGC DIAG

MACRO M1200

O03-AUG-84 15:01

PAGE 89

SEQ 0072

MARDMARE TESTS

2539 010006

AD
BADHE

2540

2542
254
2544

e
1.

1060000000000000000000000000¢ TEST] e0eesescsssscsscscsssssse

2541

2545
2546

1.
1e
1.

2548

2547

3350
2551

Description :
- Subtest 1 : Check thet DZ11 CSR con be

written
to end reed from ;
- Subtest 2 : Trenemit @ cherecter in maintenance
(internal) loopbeck

mode on the selected line(s)

oend check for proper echo.

rrOr BE988QeS

2552
2553

1o 80,1 - Subtest 1 : "Unsuccessful
sttempt to
i
write to/resd DZ11 CSR”
1o
“Check DZ11 eddrees.”

2555
2556
gssz

1o 02
1
L

- Subtest 2 : "DZ11 feiled to reset.”
*Check DZ11 eddress.”
"Run DZ11 diegnostic.”

;¢ 03

- Subtest 2 : "DZ11 internal loopbeck melfunction

255‘

2559

2560
2561

1
1
1e

2562
2563

2564 010006
2566 010006
010006
2567 010006
010006

CGNTST
Ti::
BGNSUB
T1.1:

104402

010010

104404

2570 010012
2571 010020
;g

012737
012737

010040
000340

2574 010026

012777

000020

‘g;g 010036

000422

2575 010034

2578
2579 010040

2580 010044

2581 010052

010052

010054
010056
010060

010062
2583 010070
2584 010076
010076

*Check DZ11 eddrees.”
*Run DZ11 diegnostic.”

10000668808000080800008000088 TEST] ¢00e0se0e0e00sss000s0000s

010006

2568 010010

on line # <line number>”

BADHEAD

2565

[

Purpose : besic test of DZ11.

000240

062706

013737

ThAP

csBsuB

Teap

C4BSEG

000004
000006

MOV
MOV

M, 94
0340, 906

172226

MOV

OCSRCLR, SDZCSRe; Set CLR bit of DZ11 CSR

contD1

BGNSEG

000004

002262

002320

1044SS

000000
003214
005100

013737
013737
104444

; Stert of subtest 1

;: Set up timeout trep :

NOP

000004
000006

3t CSR write error trep hendler : DEVICE FATAL ERROR
1¢: ADD
o, SP
s+ Pop old PC, PSH

MOV

ERRDF

TRAPR

002226
002230

1 eddreess for CSR write error trep handler
: priority level 7 in trep PSW to lock out
1 other interrupts

LMORD
LMORD
LMHORD

MOV
MOV
DOCLN
TRAP

DZCSRe, ADDR

1 Report eddress location

O, BUSTIM, pCSRw;

O
BUSTIM
pCSRw

SAVE4, 04
SAVEG, 006

1 Abort pess

CSDCLN

CZDZGAO GS3SMD/DZ11 LGC DIAG

MACRO M1200

O03-AUG-84 15:01

PAGE 89-1

SEQ 0073

HARDMARE TESTS
ENDSEG
100004 :

2585 010100

104204

2588 010104
2589
2590 010112
2591 010120
2592 010122
2593

012737

2595 010124
25% 010130
2597 010136
2598 010144

062706
013737
013737

010150
010152
259% 010154
2600 010162
2601 010170
010170
2602
2603 010172

003214
005026

010144
010146

172142

032777

14:

104455

013737
013737
104444

013737
013737

contD2:
ENDSEG
10001+4:

ENDSUB
L10024:

104403

BGNSUB

2618 010260
2619 010262
010262
010264
010266
010270
2620 010272
010272
2621
2622

T1.2:

OCSRCLR, S0DZCSRe s Test CLR

104402

032777
001417
005201
001362

104455
003162
005152

104444

177754

CSESUB

cs8suB

s Initlielize DZ11 :

. SDZCSRe s Set CLR bit of DZ11 CSR
ds
delay
1 Set up 2 secon

S0LAY2e, R1

nCLDD1: BIT

012777
012701

1+ Abort pess

t 2
subtest
ofer
1 St

BEQ

DLAY

2617 010256

1 eddress for CSR reed error trep hendler

s, 84

000423

104405

2609
2610 010214
2611 010222
2612
2613 010226
2614 010234
2615
2616 010236

CIBSEG

contDl:

010124

i1 % gpaggEgas

25%

BGNSEG

—
-

010102

CHESEG

2587 010102

104405

2586

010100
010100

OCSRCLR, SDZICSRe 1 Weit
;s for
contD3

s+ CSR CLeer bit
to cleer (reset complete)
nCLDD1
;1 I? time-out
2. DZINER, pDZIN i then there's & problem
DLAY

Rl o
gOW

DZINER

pDZIN

CSDOCLN

; test trenemission on line x :

CZD2GAO GSSWD/DZ11 LGC DIAG

MACRO M1200

03-AUG-84 15:01

PAGE 89-2

SEQ 0074

MARDMARE TESTS
2623

2624 010274
2625 010302

013777

1137177

002302

2627 010310

004737

010426

2629 010314
2630 010320

005737
001010

2632 010322
2633 010330

013737

2626

2628
2631

010330
010332
010334
010336

104455
000003

010340

104444

2634 010340
2635
2636
2637
2638 010342
2639 010346
2640 010350
010350
2641

010352

2642 010354
2643 010362

CHAL
2645 010370
2646
2647 010374
2648 010400
2649 010402
010402
010404

2650
2651 010406
2652 010414

2654

005737

001402

MOVE

TLPRx, GDZLPRe

; Loed perameters
for line

JSR

PC. obTED1

;1 Trenemit end test echo on line x

002274

002272

LNMAPx, SDZTCRe ; Ensble trenemission on line x

BNE

contD4

ebAOK

s If normel,

MOV

LNNBRx, LNNBR

; elee report DEVICE FATAL error

TRAP

COERDF

JMORD

pOZLB

TeaP

CSOCLN

ERROF
LMORD

DOCLN
contD4: TST
BEQ

002214

EXIY
TRAP

104432

.MORD

013777
1137717

002304

004737

010426

i then go on testing line y

3, DZLBER, pDZLB;
3

i Abort pess

171702
171676

COEXIT

L10023-.

. SDZLPRe
. SDZTCRe

contDS: MOV
MOV

JSR
ST

005737

TMODE
contDS
TST7

PC. obTED1

t Trenemit end test echo on line y

sbA0K

: If normel,

TST

; exit test

001402

BEQ

contD6

104432

TRAP

CSEXIT

EXIT

000210

013737

104455

010420
010422

003125
005240

010424

104444

2653 010424

contD3: MOV

: If mode 0, thon test tranemission on line y, too :

010414

nIAeE

171762
171756

002276

002272

contD6: MOV

TRAP

LMORD
.MORD
.MORD

DOCLN
TRAP

: then

» LNNBR

;s elee report DEVICE FATAL error

CS$ERDF

3
DZLBER
pDZLB

1+ Abort pass

CSOCLN

\/
£

CZD2GAO GS3WD/DZ11 LGC DIAG

MACRO M1200 O03-AUG-84 15:01 PAGE 91

SEQ 007S

HARDMARE TESTS

2657

1 subroutineg to trenemit one cherecter in maintenence loopbeck mode

2659

1 end check for echo

2658

1 Output peremeter : sbAOK = 1 <=> guccess
'
'
sbAOK
ebTED1: CLR

2660
2661
2662 010426 005037 002306
2664 010432 012777 000050
2665 010440 012701 177754

MOV
MOV

171622

MMSEMAI, GDZCSRe; Enable meintenence loopbeck mode trenemission
1 Set up 2 seconds delay
S0LAY2s, R1
s Weit
SDZCSRe

171612

nTRYD1: TST

contD?

;s for

2670 010452
2671 010472 005201
2672 010474 001363
zz:;z 010476 000137 010610

OLAY
INC
BNE
JP

OLAYerg
R1
nTRYD1
PBLMDL

t CSR Trenemit ReaDY bit
; to set
s If time-out
1 then there's & problem

contD7: MOV
MOV

¢'A, SDZTDRe
SOLAY2s, R1

1+ Loed cherecter into Trenemit Dete Register
1 Set up 2 seconds deley

nROND1: TSTB
B8PL

SDZCSRe
contD8

s REPEAT Weit
3+ UNTIL echo received

SDZRB\Fe, ECHO
A, ECHO
PBLMUL

; Reead received detes
s+ If dete received differs from detes sent,
; then there is @ problem

2667 010444 005777

222‘6: 010450

100414

2675 010502
22:‘# 010510

112777
012701

000101
177754

2678 010514
2679 010520

105777
100021

171542

2681 010522
2682 010530
2‘“26‘3 010536

017737
122737
001024

171536
000101

2685 010540
2686 010542

000240
000240

017737
100416

171914

002250

MOV
Ml

SDZRBUFe, ECHO
PBLMDL

; Try end resd more dete
: If silo is not empty, there is & problem

2690 010554
22:% 010562

012737
000207

000001
’

002306

MOV
RTS

01, sbAOK
PC

; elee All is OK
:

OLAYerg

; Weit

2696
2697 010610

2698

005201
001342
000207

(s
WP

contD8: DLAY
INC
BHE

2699

: end ebTED1

2701 010612
010612

ENDSUB
L10025:

2700

2702 010612
2703 010614
010614

2704

2705

010614

104403
104401

ENDTST
L10023:

R1
nROND1

2694 010604
2695 010606

MOV
c8
BNE

2693 010564

002250
002250

2687 010544
2688 010552

171560

When deley is ol.ood or a problem srises,

; return with ebAOK
=

TRAP

CsESUB

TRAP

CSETST

.EVEN

;1 routine

CZDZGAO GS3WD/DZ11 LGC DIAG

MACRO M1200

O03-AUG-84 15:01

PAGE 93

SEQ 0076

MARDMARE TESTS

2708 010616

BADHEAD

2709
2710
2711

2713

)

1000000006040000000000000000¢ TEST2 s000esccsssscsssssssssssese
1 Test ective only

in mode O :

2712

2714
2715
2716
27117
2718
2719
2729
2721
2722
2723
2724
2725

HEd

printed.

2727

1e
)

Note :
This diwic detects thet the GSO03-WD ewitches

2726

2728
2729

cherecters

from the GSO3S-WD.

ere echoed beck

Assumption :

Description :

named ling x end line

1.
1.

beck from the GSO3-WMD
on line x. If it is not
successful, enother ettempt will be aede to

1 @

1.
P
e

1.
i

e
3e

The

two

the previous test ren successfully.

lines

out of the DZ11

ere erdbitrerily

A fPiret M-ml- mede to receive echo
receive

echieved

echo

either, 8

to one line
from the GSO3-WD

This is why,

line

herd

this

will be

receiving echoed cherscters beck
on thet line.

before

other

tests

check correct

switching, this test firet checks thet

be received beck from the

one line.

cawot

error werning

GSO03-WD, on

echo
et

cen

lesst

Error messege :

1e
1o

either line ® <line number> or & <line nuwber>"”
*Check cebling end dip switch E18 (must be OFF)."

1¢
84
e

2741 C10616

Purpose : check that

- "No echo received beck from the GSO3-WD on

AD
BADHE

|..‘...O“.‘...Q‘.“...O‘.‘ TEST2 $228402062844888880880008008

2742

MAL

CZDZGAO GS3MD/DZ11 LGC DIAG

MACRO M1200

O03-AUG-84 15:01

PAGE 95

SEQ 0077

MARDWARE TESTS
BGNTST

2745 010616
2746

T2::
.
H Initielizetion :
ST

010616

2747 010616
2748 010622
2749 010624

005737
001402

010626

000120

002214

004737

LMORD

L10026-.

contlLl: JSR

002572

:
113777

002302

171422
171416

013737
004737

002274

002310

013777

contlLl

EXIY
TRAP

104472

BEG

If mode 1,

then skip this test

TST
COEXIT

;1 Initielize DZ11 for interrupt mode
;1 trenemigsion

PC. sbIDG1

Test echo on line x :

MOV
Move

TLPRx, SDZLPRe s+ Loed peremeters for line x
LNMWAPx, SDZTCRe s+ Enable trenemission on line x

MOV
JSR

LNNBRx, LNTSTD
PC. oBTEGL

end test echo on line x

obA0K

if successful

005737
001022

BNE

: Trenemit

; then shut off DZ11 end exit test

endll

i NO receive on lineg x : test echo on line y :

2769
2770 010704
2771 010712
2772
2773 010716
2774 010722
2775
2776

2777
2778 010724
010724
010726
010730
010732
2779
2780 010734
2781 010742
010742
010744
2782
2783 010746
010746
010746
2784

. BDALPRe

013777
1137177

171366

171362

MOV

MOVve

wy. @DZTCRe

013737
004737

002310

MoV
JER

PC.

005737

BNE

001004

. LNTSTD
TEG1

: then shut off DZ11 end exit test

endll

either : there is & problem
on line yve
: nO recei
ERRR11: ERRMRD
TRAP

108256

LMORD

.MORD

003112
005332

012777

LMORD

171320

endll: MOV

ESCAPE

THAP

104410

104401

ENDTST
L10026:

4, NOMDEC, pNMDE; Report error
CSERHRD
4

NOMDEC

pMNMDE

OCSRCLR, S8DZCSRe; Shut off DZ11
TST

CSESCAPE

LMORD

L10026-.

TRAP

CSETST

.EVEN

CZD2GAO GS3MD/DZ11 LGC DIAG

MACRO M1200

O03-AUG-84 15:01

PAGE 97

SEQ 0078

MARDMARE TESTS

2787 010750
2788
278)
2790

190000000000000000000000000s TESTS ceeesscsssssscssssssssces

Test active only in mode O :

Purpose : switch the GSO3-WD beck end forth.
Asousptions :
- all previous tests ren successfully ;
- WATCHDOG FUNCTION hes priority (cf. note).

Description :

This test is the isplementation of the following
elgorithe :

Repest
@eNCe

twice,

owapping

lines x and
y, the

- Try end switch GSO3-WD to line x ;
- Try and ewitch GSO3-WD from line x

eeto

line y ;
'I“ owitch GSO3-WD beck from line y
to

line x ;

Note :
This diegnostic sssumes thet the switches sre set

to give the WATCHDOG FUNCTION priority. This
ssans thet the front penel ewitches should all be
in

the

center

position and

should all be confi

for

the reley

the

seme

(esee Option Description for details).
IMPROPER SETTINGS

CAN

CAUSE

WHICH WILL NOT NECESSARILY

modules

priority

UNEXPECTED ERRORS,

BE DIAGNOSED AS SUCH.

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

*Check FORCE, MANUAL ewitches, priority
mtin' end cables”.
- "Both lzm heve switch priority over easch
other.

*Check GSO3 configuretion.”
- *"Echo from GSO3-WD
received on both lines
® <line number> end # <linse number>."”

- *GSO3-WD feiled to switch to line & <line
nusber>
"

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

“Check FORCE, MANUAL switches, priority
setting and cables”.
d
on wrong
- "Echo from the GSO3-WD receive
line ® <line number> (expected : @ <line
number>).”

“Echo is still being received on line
# <line number> when actually trensmitting
on ling # <line number> only."
“Check GSO3 configuretion.”

CZD2GAO GSSMD/DZ11 LGC DIAG

MACRO M1200

OS-AUG-84 15:01

~ B7

PAGE 97-1

MARDMARE TESTS

2643
2644 010750

1000000000000000000000000000 TESTS veveccccccccscscsccccccee

2645

SEQ 0079

' CZD2GAO GSSMD/DZ11 LGC DIAG

MACRO M1200

OS-AUG-24 15:00

PAGE 99

| MARDMARE TESTS

BGNTST

2048 010750
o9

8::

01075¢

2650 010730
2651 010734
2852 010736
010736
010760

2633
2634 010762
2855
2856
2657 010766
2658 010774
2859
2660 011002
2061
2662 011006

005737

001402

1 Initielizetion :
143
TMODE
contGl
67Q
TS7
EXIT

002214

TRAP
LMORD

104432
004737

1 Initielize DZ11 for interrpt mode
1 tranemigeion
171270
171262

0115¢0

2063

2064
2065
2066 011012
2067
20668 011020
2069 011026
2870
2871 011032
2872 011036
2873
2874 011040
2875 011046
011046
011050
011052

011034
2876 011056
2877
2878 011064

011064
011066

2879
2880
2881
2882 011070
2883 011076
2684 011104
2885
2686 011112
2687
2688 011116
011116

011120

2889
2090
2091
2092 011122
2093 011130

17 mode 1, then ekip this test

CIEXITY
L10027-

002572

013777
013777
005037

MOV
MOV

TLPRx, SDZLPRe
TLPRy, SDZLPRe

CLR

FTIMNG)1

reptGl: CLR

SWPRTY

1 Losd peremeters for line x

1 Losd peremsters for line y
1 Set smitch priority to none.

: Try end ewitch the GSO3-WD to line x
113777

171246

move

LNWPx, SBDZTCRe : Enable trenemigssion on line x

013737
004737

002310

MOV

LNNBRx,

TST7
BrE

[t it
contG2

mov

LNDBRx, LNNBR

TF®

CSERRO

005737

001012

002272

013737

1084 %

JSR

ERRMRD
LMORD

000003
003066
003410
012777

171176

.MORD
. WORD

MOV

LNTSTD

PC. sbTEGL

Trenemit

eand test for echo on line x

1 1If successful,

then
go on testing

s+ elee report error
S, NOLLEC, pMNILE; e

S
NDILEC
PNILE
OCSRCLR, SDZCSRe; shut off DZ11

contG2: ESCAPE TST

Tiep

104410

Qo414

CIESCAPE

: Try end switch the GSO3S-WD from line x to line y
013737
013737
013737

002274

004737

0112352

002304

002312
002316
002314

104410
000362

MOV
MOV
MOV

LNNBRx, OLOLNNS s Loed
LNNBRy, NEWLNNS 1 perameters
LNWPy, NEWMLNP 5

JSR

PC. sbSHG]

ESCAPE

TST
CIESCAPE
L10027-.

LMORD

1 end test

s Try end ewitch the GSO3-WD from line y to line x
013737
013737

002276
002274

002312
002316

MOV
MOV

LNNBRy, OLOLNNS 1 Loed
LNNBRx, NEWLNNB ;1 parameters

| CZDZGA0 GSSMD/DZ11 LGC DING

SEQ 0081

WAROWARE TESTS
|

2094 011136
2095
2096 011144
2097
20698 011150
28099

013737

002302

MOV

LW, NEMLNYP

004737

o112%2

JSR

PC. sbSUG]

ESCAPE

011150
o111%2

2900 011154

2901 011160

011500

2902

2903
2904 011162
2905 011170
2906 011176
2907
2908 011204
2909 011212
2910 011220
29

CIESCAPE

FTINGL1

ondG1l

t Semp linee x ond y o9

thie test

MoV
MoV

L*u.

LSRRy, LNBRx
LNBR, LMBRy

;

MoV

LNWPx,. LNBR

: LNNBR is
H used o8 o temporery nere

mov

LNBR, LWy

MOV
N

o, FTING)
reptGl

MoV

002274
002272

oo2272
000001
011006

T1S7

TRep

B2 3

011500

171014

1 end test

3 .

s End of test :
ondGl: MOV
OCSRCLR, SDZCSRe; Shut off DZ11
187
EXIT
COEXIT
TRAP

CZDZGAO GS3MD/DZ11 LGC DIAG

MACRO M1200

O03-AUG-84 15:01

PAGE 101

HARDMARE TESTS

1 subrouting to try end ewitch the GSO3-WD from line OLDLNNE to 1line NEWLNNG

2920
2921
2922
2%23

2924 011232

002300

171006

2926 011260
2927 011266

002316

002310

2925

: Assumption : line OLDLNNE is elreedy elive.
sbSWGL: MOV
LNWAP, SDZTCRe ; Ensble trenemission on both lines
MOV
JSR

NEMLNNB, LNTSTD ; Stert trenemitting
PC. oTEGL
1 end test for echo on line NEWLNNG

2929 o11272
2930 011276

ST
BEQ

sbAOK
contGA

1 If echo on line NEWLNNB,
'

2932 011300
2933 011304
2934
2935 011306

SWPRTY

1 begin line NEWLNNB hes ewitch priority

002642

2928

2931

011306
011310
o11312
011314

2936
2937 011316
011316
011320
2938
29%9 011322

2940
2941 011330
2942 011336
2943 011342
2944 011346
2945
2946 011350
011350
011352
011354
011356

2947
2948 011360
011360
011362
2949
2950
2951 011364
2952
2953 011372
2954 011400
2955 011404
2956 011410
2957
2958 011412
2959 011420
011420
011422
011424
011426

BEQ

contG3

ERRMRD
Thod

6, PTYCFL, pPYCF;
CSERHRD

LMORD
.MORD

PTYCFL
pPYCF

ESCAPE

TST

LMORD

Thap

104410

000162

s then

012757

000001

002220

contG3: MOV

013737

002312

002310

MOV
JSR

‘Check FORCE, MANUAL...'

eloe record thet NEWLNNB hes priority

If there is still echo

thet means there’'s echo on both lines :

CIESCAPE

o1, SWPRTY

ST
BEQ

ebAOK
contGA

104456

ERRMRD
Theo

7, WD2ECH, pMD2E;
C4ERHRD

LMORD
LMORD

WD2ECH
pMD2E

ESCAPE

TST

. WORD

003021

Th&p

104410
000120

‘SBoth lines heve switch priority..."'

001406

005737

00, i? OLDLNNS slready
hed it :

'‘Echo from GSO3-WD received on both

lines.’

[

CIESCAPE
s end

NEMLNMP, BDZTCRe; Stop trensmitting on line OLDLNNS

013777

002314

170674

contGA: MOV

013737

002316

002310

MOV
JSR

NEMLNNB, LNTSTD ; If no echo
1 on line
PC, obTEG]

BNE

contGS

1 then :

MOV

NEWLNNB, LNNBR

; 'GSO3-WD feil to switch to line <NEWLNNB>'

LMORD
L.MORD
LMORD

&
FAISWT
pFSWT

005737
001011

013737

104456

002777
005566

002316

002272

ERRHRD
TRAP

8, FAISWT, pFSWT; 'No echo received on line <NEWLNNB>'
CSERHRD

E T

'Check FORCE, MANUAL...'

CZDZGAO GSSWD/DZ11 LGC DIAG

F7
MACRO M1200

03-AUG-84 15:01

PAGE 101-1

SEQ 0083

HARDMARE TESTS
ESCAPE

2961 011430
2962

TRAP

011430
011432

LMORD

2963 011434
2964 011442
2965 011446
a“ 011452

002312
002642
002306

002310

au 011454

002312

002272

2969 011462

011462
011464
011466
011470

2970
2571
2972 011472
011472
011474

2973
2974 011476
2975

TST
CIESCAPE

L10027-.

BEQ

OLOLNNB, LNTSTD 3 If there i
PC, ebTEGL
s otill echo
SbAOK
1 on line
(1
s+ OLDLNNS :

MOV

OLDLNNB, LNNBR

contGS: MOV
JSR
TST

ERRMRD
Thap
MORD
LMORD
LMORD
ESCAPE

TRAP
esbGl: RTS
1 end sbSWG1

3
9, FAISWF, pof SWF 1
CIERHRD
9
FAISW
pFSWF
s
.
TST
CIESCAPE
PC

'GSO3-MD fail to ewitch from line <OLDLNNB>'
'Echo ie still being received

on line <OLDLNNB>'

.M 'm. m.o -

CZDZGAO GS3MD/DZ11 LGC DIAG

MACRO M1200

O3-AUG-84 15:01

PAGE 103

HARDMARE TESTS
2964

2985 011500
2986

000000

2993

2994 011502
011502

2995
29%

011502

104401

FTIMG1:

ENDTST
L10027:

1 Boolesn velue to flag fPirst run through test

.WORD

CSETST

-7

CZDZGAO GS3MD/DZ11 LGC DIAG

MACRO M1200

O03-AUG-84 15:01

PAGE 105

MARDMARE TESTS

2999 011504

(8666220000200 30008200200008 TESTA scccccecscscscsccscsnssse

3000
3001
3002
3003
3004
3005
3006
3007
3008
3009
3010

1* Test active only

Purpose :

in mode 1

instelletion test.

Asoumption : ell previous tests ren successfully.

3011
3012

35013
3014
3015
3016
3017
3018
3019
3020
3021 011504
3022
3023 011504
011504
3024
3025 011504
3026 011510
3027 011512
011512
011514
3028
3029 011516
3030
3031
3032
3033
35034 011522
3035 011530
ggg 011536

The esessociated
RED LED should turn off

full GSO3-MD clock pulee efter this test

(which means

t.!m.

blink
clock LED should

BGNTST
T4::

005737
001002

: Initielizetion :
TST

002214

BNE
EXIT
TRAP

104432
000042
004737

contAl: JSR

002572

s If mode 0, then skip this test

contAl
TST
CSEXIT

PC. obIDG1

: Initislize DZ11 for interrupt mode
;1 trensmission

on line x :
3 Tranemit
010000
002240
002302

002240

3038 011544
3039
3040 011552
011552
3041 011554
3042
3043 011556

012777

040040

170510

011556

104401

3044
3045

the RED

106006000000000000000008000s TESTA cesesseestssesssssssssssse

042737
013777
113777

011556

turn on

efter one

104422
000776

8IC
MOV
MOV

170526
170522

ORCVRON, TLPRx

; Receiver will not be used

x
; Loed perameters for line
TLPRx, GDZLPRe
x
line
on
trensmission
Enable
;
LNMAPx, GDZTCRe
MMSETIE, GDZCSRe; Enable interrupt mode trensmission

AK
loopAl: #”

ENDTST
L10030:

TRAP

.EVEN

C$BRK
loopAl

CSETST

MACRO M1200

CZDZGAO GS3WD/DZ11 LGC DIAG

O03-AUG-84 15:01

PAGE 107

MARDWARE PARAMETER CODING SECTION
.SBTTL HARDWARE PARAMETER CODING SECTION
3049

3051

NLiiaadidduuududunnnii

PARNMETER

ING SECT

MACROS

1/ MACROS ARE
+/ INTERPRETED BY THE SUPERVISOR AS DATA STRUCTURES. THE
3/ MACROS ALLOMW THE SUPERVISOR TO ESTABLISM COMMUNICATIONS
3/ MITH THE OPERATOR.
N L

LSHARD:
:

BG-RD
.WORD L10031-L#MARD/2

GPRMA
.MORD
LMORC
LMORD
LMORD
GPRMA
.MORD
.MORD
LMORD
LMORD

CSR, 0, 0, 160010, 163776, YES
T4CODE
CSR
TOLOLIM
TOMILIM
VECTOR, 2, O, 300, 777, YES
T4CODE
VECTOR
ToLOLIM
TOMILIM

.MORD
.MORD
.WORD
LHORD
LMORD

TSCODE
PRIORTY
000007
ToLOLIM
THHILIM

LMORD

A77TTT?

GPRMD

GPRMD
.MORD
WMORD
.MORD
LMORD
LMORD
GPRMD
.MORD
.WMORD

011675

LMORD
LMORD

127

110

ERESN

101

CSR:
VECTOR:

ACLINES, 6, O, 000377, 1, 377, YES
TOCODE
ACLINES
000377
ToLOLIM
TOMILIM
WOMMODE, 10, O, 177777, O, 1, YES
TSCODE
WOMMODE
ToLOLIM
TOMILIM

EXIT

HED

.nlist
.ASCIZ
.ASCIZ

BEX
/CSR/
/VECTOR/

.MORD

103

PRIORTY, 4, O, 000007, 4, 7, YES

PRIORTY: .ASCIZ

ACLINES: .ASCIZ

WCHMODE : lS(.:t

T4CODE

/BR/

/ACTIVE LINES/

“AfllxCH MODE/

172

CZDZGAO GS3SMD/DZ11 LGC DIAG

MACRO M1200 O3-AUG-84 15:01

PAGE 107-1

MARDMARE PARAMETER CODING SECTION

3085

.EVEN

3087 011710

ENDHRD

3086

011710

L10031:

.EVEN

\¢
7

SEQ 0087

C202C%0 GS3MD/DZ11 LGC DIAG

MACRO M1200 O03-AUG-84 15:01 PAGE 108

SOF TMARE PARAMETER CODING SECTION
.ebttl

3095
3096

3097
3098
3099
3100
3101
3102
3103
3104
3105
3106
5107 011710
011710
011712

35108
3109
35118
3119 o11712
3120
3121
3128
3129

011712

SOFTWARE PARAMETER CODING SECTION

NZiiiiguuuuiuiiiiiiiinn

3/ THE SOFTWARE PARAMETER CODING SECTION CONTAINS MACROS
1/ THAT ARE USED BY TME SUPERVISOR YO BUILD P-TABLES.
THE

1/ MACROS ARE NOT EXECUTED AS MACHINE INSTRUCTIONS BUT ARE
s/ INTERPRETED BY THE SUPERVISOR AS DATA STRUCTURES. THE
3/ MACROS ALLOW THE SUPERVISOR TO ESTABLISM COMMUNICATIONS
3/ MITH THE OPERATOR.

N2
i

000000

L$SOFT::

L10032:

T
BGNSF
.WORD L10032-L$SOFT/2

ENDSFT
.EVEN

CZDZGAO GSSMD/DZ11 LGC DIAG

MACRO M1200 O03-AUG-84 15:01 PAGE 109

SOF TUARE PARAMETER CODING SECTION
3131

SPATCM::

3132 011712
3133 011712
3140

3142 012076

LASTAD

3141 012072
012072
012074
012076

012114
000007

.EVEN

LOLAST::

.WORD T4FREE
.MORD T4SIZE

3143
3144

CZDZGA0 GSSMD/DZ11 LGC DIAG

MACRO M1200

O03-AUG-84 15:01

PAGE 110

SOF TWARE PARAMETER CODING SECTION
3146

S147
3160

012076

012100
012102

3163
35164 012102
3165 012104
3166 012106
35167 012110
35168 012112
35169
35170 012114
012114

35171 072114
5172
3173
35174

L10033:

L1003S:

BGNSE W
BGNPT A8

3161 012076
3162 012076

1
0
L10035-./72-1

160100
300

ENDPY A8
e

3175
3176
77

CZDZGA0 GS3MD/DZ11 LGC DIAG

MACRO M1200 O03-AUG-84 15:01 PAGE 11C-1

SYMBO0L TABLE

C4SPRI= 000041
C4SVEC= 000037
C4$TPRI= 000013
OFPTBL 002144 G

FérM = 000013
FSINIT= 000006

FeJP = 000050
F4MOD = 000000
FIMSG = 000011
FSPROT= 000021

G
GIMILI= 000002
GSLOLI= 000001
G$NO = 000000

GSOFFS= 000400
GIOFSI= 000376
GIPRMA= 000001
G$PRMD= 000002
GIPRML=
GS$RADA= 000140

G$RADB= 000000
GS$RADD= 000040
GSRACL= 000120
G$RADO= 000020
G$XFER= 000004
GSYES = 000010
HELP = 000000
= 100000 G
MOE
= 010000 G
IBE
= 000040 G
IV
= 020000 G
IER
= 000100 G
ISR
= 004000 G
IXE
ISAV = 000041
ISAUTO= 000041
ISCLN = 000041
IS0V = 000041

ISHRD = 000041
ISINIT= 000041
IsMOD = 000041
ISMSG = 000041
I$PROT= 000040

ISPTAB= 000041
ISPWR = 000041
ISRPT = 000041
I$SEG = 000041
I$SETU= 000041
ISSFT = 000041
I$SRV = 000041
I$SUB = 000041
ISTST = 000041
JISMP = 000167
002300
LNMAP
LNMAPX 002302
LNMAPY 002304

003776

003125
002264
002234
002264
DZRVCC 002232
DZRVCS 002254
DZTCRA 002266
DZTORA 002270
DZTVCC 002236
DZTVCS 002260
EC0
002230
EF .CON= 000036 G
EF .NEW= 000035 G
EF .PAR= 000034 G
EF .RES= 000037 G
EF.STA= 000040 G
ENDG1
011240
010734
ENDLY1
ERLMI1 006624
002224
ERRR11 010724
011476
ESBG1
= 000004 G
EVL
ESEND = 002100
ESLOAD= 000035
FAISW 002734
FAISWT 002777
FSWF
30
003343
FSWT
002212
FTIME
FTIMNGL 011500
FTUNI1 006114
FIAU = 000015
F$AUTO= 000020
F$BGN = 000040
FSCLEA= 000007
FIOU = 000016
FSEND = 000041
F $HARD= 000004
DZLBER
DZLPRA
DZPTY

ons

GTPMI1 006176
GICNTOGSDELM= 000372
G4OISP= 000003

OO0 NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNR

CSRPT = 000025
C4SEFG= 000046

DZDIAG 004744
OZIN
004064
DZINER 003162

CsCLP1= 000006
C4CVEC= 000036
CSOCLN= 000044
C$000U= 000051
CSORPT= 000024
CsOV = 000053
CSEDIT= 000003
CSERDF= 000055
C$ERR= 000056
C4tRRO= 000060
CSERSF= 00C054
CS$ERSO= 00COS7
CSESCA= 000010
CSESEG= 000005
C4ESUB= 000003
CSETST= 000001
CSEXIT= 000032
C4GETB= 000026
C$GETW= 000027
CSGMAN= 000043
CSGPHR= 000042
C4GPLO= 000030
C$GPRI= 000040
C¢INIT= 000011
CsINLP= 000020
CSMANI= 000030
C$MEM = 000031
CeNSG = 000023
CSOPEN= 00003«
C4PNTB= 000014
CSPNTF= 000017
CIPNTS= 000016
CSPNTX= 000015
C4QI0 = 000377
CSRDOBU= 000007
CSREFG= 000047
CSRESE= 000033
C$REVI= 000003
CSRFLA= 000021

FISOFT= 000003
FISRV = 000010
= 000002
FISUB
FISW = 000014
FSTEST= 000001

CSCEFG= 0000435
C
= 000062
CSCLEA= 000012
C$CLOS= 000033

DLAYC2 002246
DLAY1le 177622 G
G
DLAY2S= 177754
007676
DROPD
DZCSRA 002262

FIRPT = 000012
FISEG = 000003

CsAV = 000052
CSAUTO= 000061
CIBRKX = 000022
C$8SEG= 000004
Cs8SUB= 000002

FIPWR = 000017

DLAYAR= 000100 G
OLAYC1 002244

004213
004116

DIAGMC= 000000

CSRR
CSRW

000020 G

23332k o§£ 8 §~§ 4
R §§§§§§§§§§§§5§§§§§§8ggfigg

0
[~

[

8888
g
2
g
g
§
83385
Boks
YRR
R

OO OO
OOOS

006500
011660
0077356
002320
000020 G
000010
000001 G
000001 G

(=4

NN NN NN
NN NN
NN N
EE

NN NN

NN NN NN

ABORI1

CZD2GAO GSSMD/DZ11 LGC DIAG

MACRO M1200

O3-AUG-84 15:01

PAGE 110-2

STBO0L TABLE

LITEST
LITIML
LOUNIT
L10001
L10002
L10003
L10004
L10005
L10006
L10007
L10010
L10011
L10012

L10013
L10014
L1001
L10016
L10017
L10020
L10021
L10022
L10023
L10024
L10025
L10026
L10027
L10030

002114 G
002014 G
002012 G
002156
002570
0035076
003150
003236
003330
003406
003460
005326
0QO5564

NEMLMN
WTHI1
MOECIL
NOTAV
NOMDEC
MOILEC

002316
006024
004304
007316
003112
003066

M.2G1
NTRYD1
WoIE

002660
010444
003667

MRDND1
WBII1

010314

PYCF

006336

ALPIL

WUNIL 006122
NILE
003602
OLDLMN 002312
08APTSe 000000
OsAU = 000001
0s862MRe 000000
088GNS= 000000
oSOV = 000001
O$ERRT= 000000
03GSM= OGFI00
0$POIN= 000001
0$SETU= 000001

005662
005770
003772
007342
007634
007646
007726
010004
010614
010210
010612
010746
011502
0113556

PEBLIMD1 010610
PCSAR
003026 G
PCSAM
0035100 G
POZIN
003132 6
PODS
003240 6
PFSWF
003664 G
PFSMT
003266 G
PNT
= 001000 G
PADE
003332 6
PNILE
003410 G
PPYCF
003462 G
PRI
= 002000 G
PRIORT 011655
PRICO = 000000 G
PRIO1 = 000040 G
PRIO2 = 000100 G
PRIOS = 000140 G

. ABS.

012114
000000
ERRORS DETECTED:

PRIOA = 000200 G
PRIOS = 000240 G
PRIOS = 000300 G
PRIO? = 000340 G
PTYCFL 003044
003330 G
MDE

003313

RFCT= 174000 G
RCVYRONe 010000 G
REPTG1 011006

ALIPI2
ROMW
RUNGOA
RUNGO8
RANGLIA
RUNGLS
SAVES
SAVES
SBAQK
S8IDG1
SBULMIL
SBSMG1

006676
010006
006740
007036
007141
007236
002230
002306
002372

011232
SSTED1 010426
SBTEGL
SBWTG1 002342
SBWTG2 002362
STECIL 004371
SUCCG1 002744
SUCCI1 006730
SYCGLe 0GO000
SVCINSe 000000
SvCSuB« 000000
SVCTAG= 000000
SVCTST« 000000
SVTXG1 002362 6
Y 002220
SSLSYM= 010000
002240
TLPRY

002242

000
001
0

VIRTUAL MEMORY USED: 20900 WORDS ( 113 PAGES)
OYNAMIC
20060 WORDS ( 77 PAGES)
ELAPSED TIME:

00:02:28

ZDZGAO .BIN, ZDZGAO=[PINASA.D.GS.POP
. SSDC JLIBA.MLB/M. , ZDZGAO
&

TLPRO
002236
TMNYER 002472
002214
TMODE
TXPSH
002232
TOARGC* 000002
TICODE= 024004

TOERRN= 000011

TIEXCP= 000000
TOFLAG= 000041
TIFREE~ 012114

T4GWNe 000000

TOMILI= 000001
THLASTe 000001
TILOLI= 000000
TLSYM= 010000
THLTND= 000004
TINESTe 177777
TINSO = 000000
TINS1 = 000005
TINS2 = 000002
TONS3 = 000005
TIPONTe
TPTAB= 010034

T6PTHVe 000001
T6PTNU= 000001
TISAWL= 177777
TOSEGL 177777
TISEXO= 010001
TISIZE= 000007
T4SUBNe 000000
TOTAGL= 177777
TOTAGN= 010036
T4TEMP= 000000
T4TEST= 000004
TOTSTH= 177777
T4TSTS= 000001
TSAU = 010022
TeSAUT= 010017
T4SCLE= 010020

TO0DATe 010035
TI0V = 010021
To0MAR= 010031
Teo = 010001
To4INI= 010016
ToMSG> 010014
T44PC = 000001
T4PRO= 010000
TIPTA= 010034
TIRPT= 010015
T40SEG= 010001
T4650F
= 010032
TeISRVe 010002
T40SUB= 010025

T44TES*
71
1.1
T1.2
T2
T3
T4
UAM
=

010030
010006 G
010006
010212
010616 G
010730 G
011304 G
000200 G

VECTOR

011646

UNIT
wr

WAITG1

WOI0D
WD 2E
WD2ECH
WGLMP1

002322
002216
002716

011673
003416
003021
007337

WGLMP2

007467

SPATCH

000000
011712 6