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AH-Ul36B-MC

September 1985

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Document:	CVMJAB0 MSV11-J-L-P MSV11-J MEMORY DIAG AH-U136B-MC 1985 bw
Order Number:	AH-Ul36B-MC
Revision:	0
Pages:	429
Original Filename:	CVMJAB0__MSV11-J-L-P__MSV11-J_MEMORY_DIAG__AH-U136B-MC__1985_bw.pdf

OCR Text

Micro

Fiche

Scan

Name of device(s)

tested:

MSV11-J/L/P

Test description:
MSV11-J

MEMORY

MAINDEC Number

DIAG

Package

Identifier

(after

SEP

1977):

CVMJABO

Fiche

Document Part Number:

AH-U136B-MC

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using copyright year:

1985

Image

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compressed for minimal

1985 by dlilgliltlall

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- - gt oo g

LIV LV o TeX-1. RUT. JV F-3F

A ~;CVMJABO MSV11-J MEMORY DIAG.

MACRO Y05.02

.TITLE

Mondav 07-Oct 85 16:57

Page 3

SEQ 0001

CVMJUABO MSV11-J MEMORY DIAG.

NLIST TOC
.REM

IDENTIFICATION

PRODUCT CODE:

AC-U1358-MC

PRODUCT NAME:

CVMJABO MSV11-J MEMORY DIAGNOSTIC

PRODUCT DATE:

OCTOBER 1985

MAINTAINER:

€.5.D.

The information
without
notice

may sppear

in
this
document
is
subject
¢to
change
and should not be construed as a commitment

Equipment

Digital

Corporation

METHODS

assumes

Corporation.

in this manual.

The software described

purchaser under
system and can_

in this document

a
license
be
<copied

otherwise be provided

Digital

Equipment

responsib.lity for any errors that

for use

is furnished to

the

for use on a single computer
(with
inclusion
of Digital’'s
in such system,

in writing by Digital.

except as may

Digital Equipment Corporation assumes no responsibility
for
the
use or reliabilit{ of its software on equipment that is
not supplied by Digital.

1985 Digital Equipment Corporation

CVMUABO MSV11-J MEMORY DIAG.
43

MACRO Y05.292

Monday 07-0Oct-85 16:57

Page 4

SEQ 0002

44
45

OPERATIONAL SWITCH SETTINGS
SWITCH REGISTER DEFINITIONS

49
$0

51
S2
S3
54
3]
56
S7
56
59
60
61
62
63
64

.
*

s
]
]
&
s
)
*
]
*
*
*
*
s
]

SWITCH
eeee--

15
14

13
12
11
10
9
8
7
6
S
4
3
2
1

USE

e eceseecmenaana=

HALT ON ERROR
LOOP ON TEST

INHIBIT ERROR TYPEQUTS
INHIBIT RELOCATION
QUICK VERIFY
BELL ON ERROR
LOOP ON ERROR
HALT PROGRAM (UNRELOCATED RESTORE LOADERS)
DETAILED ERROR REPORTS
INMIBIT CONFIGURATION MAP
LIMIT MAX ERRORS PER BANK
FAT TERMINAL (132 COLUMNS OR BETTER)
TEST MODE - SEE DOCUMENT
TEST MODE - SEE ODOCUMENT
TEST MODE - SEE DOCUMENT
DETECT SINGLE BIT ERRORS

CVMUABO MSV11-J MEMORY DIAG.

MACRO Y05.02

Monday 07-Oct 85 16:57

Page 5

TABLE OF CONTENTS

1.0

GENERAL PROGRAM INFORMATION

71
72
7%
74
;2

1.1
1.2
1.3
1.4
1.5

Progrem Purpose (Abstrect)
System Requirements
Related Documents And S*andards
Diagnostic Hierarchy Prerequisites
Assumptions

2.0

OPERATING INSTRUCTIONS

79
80
81
82
32

2.1
2 2
2.3
2.4
2.5

Looding and Starting Procedures
Default Test Sequence
Specisl Environments
Program Options
Execution Times

3.0

ERROR INFORMATION

87
88
gg

3.1
3.2
3.3

Error Reportin
Error Abbreviations
Error Halts

gé

4.0

PROGRESS REPORTS

S.0

CSR INFORMATION TABLES

95
gg

5.1
S.2

MSvil-J CSR
MSV11-L/P CSR

6.0

SUB-TEST SUMMARIES

100
igé

6.1
6.2

Tests
Patterns

182

7.0

PROGRAM FEATURES

7.1

Fast Data Access Rates

108

106

107

7.2

109

108

7.4

7.5

Bank Zero Testin

7.3 Memory ConfiguragEOn Map

Everything You've Always Wanted To Know About SUPERMAC .

Memory Management Mapping

SEQ 0003

Page b

SEQ 0004

e s
st

P-1- RNT. JVF ¥

Pt Pt 40 P

Pt et

Monday 07 Oct-85 16:57

MACRO Y05.02

1.0

GENERAL PROGRAM INFORMATION

1.1

Program Purpose (Abstract)

b 08 Pt P

s Pt Pt et

CVMJUABO MSVi1-J MEMORY DIAG.

120

121

122
123
124

Intended for use on all PDP-11/23/238/73's which
in

1.2.1.

b. This program will be used by system

menagers

meet

and

the

conditions

operators

determine the correct operation of main memory and slso it will
be primarily used by field service and menufacturing to isolate
feilures to the memory and to isolate failures within the memory

{gz

to the correct card.

all main memory functions as fast as possible.

127

c. The object of this software is to functionally

130

d. There is the capability of testing mixed configurations

133

e. It has & special maintenance mode (Field 3ervice Mode) to provide

%gg

igé
{g;

136
137

test

and

and MSV11-P) on the system.

1.2

}:g

1.2.1

System Requirements
Herdware Requirements -

142

PDP-11/23/238/44/83/84 CPU with 18/22 bit addressing

145
1:9
1

saskss NOTE ssssss

and at

least 64K (16 Bit Words) of Memory and Memory Management.

148

i;g

151

152

(MSV1il-L,

specific functional capabilities.

%gg

i:i

verify

Like memory types must be on 16K word boundaries

starting at pxyoical address O.

REFERENCE

KTJ11 document for proper configuration

of unibus memory for 11/84

UM OOV

1.4

NOMRIUWAL-O VO ~NOARSLWN [

s
o ot e
P[
NN NN NN N~ -~
otPt
i (0 Pt o Pt P
b P
(b
o Pt P
s o
(=8
P

any

1.3 Related Documents And Standerds

170

197

wunder

APT

Microcomputers and Memories (EB-20912-20)

{g;
169

XXDP«
ACT

161
162
163

164
165
166

alone

stand

POP-11/23 User's Guide

160

This program is designed to run

following monitors:

MSV11-J Users guide

159

Software Requirements -

1.2.2

MSV11-L Users Guide

158

SEQ 0005

MSV11-P Technical Manual

Diagnostic Hierarchy Prerequisites

If the program in any way misbehaves,

then:

Try it again with Cache off (reference Section 2.4.3.1)

Inhibit relocstio~ (reference section 2.4.1)

187

FPage 7

Try CPU Diagnostics

1%6

Mondey 07-Oct-85 16:57

Try Memory Management Diagnostics

154
158

MACRO Y05.02

Try Cache Diagnostics (where applicable)

CVMUABO MSVL11-J MEMORY DIAG.

Try QBUS Mep Diagnostics (where spplicable)

the

CVM JABO MSV11 J MEMORY DIAG
199

200

201

202
03
04

Page 8

Mondey 07-Oct-85 16:57

MACRO Y05.02
1.5

Assumptions

This

progrem

Management,

asssumes

Cache,

the

end

(initielly) Bank O (0-16K).

207

2.0

OPERATING INSTRUCTIONS

210

2.1

correct

the

QBUS

SEQ 0006

operation

Mep.

This

the

program

CPU,

Memory

occupies

The XXDP+ loaders are in bank 1.

Starting Procedures

Quick Starting -

2.1.1

Load address 200

218

Set switch register for options (normally 0)

220

Start

NOTE

224

226

BE SURE

227
228

234

that the peripheral page jumper (where applicable)

is in place;
failure to do
Never-Never Land.

sends

the diagnostic to

Stopping -

2.1.2

236

Set SW8, end/or

238

Type control "C" (Reference section 2.4.4.1).

243

2.1.3

Restarting (Preserve Configuration Table) -

245

Load address 202

247

Set switch register for options (Normally 0)

249

Stert

CVMJUABO MSVi1-J MEMORY DIAG.
232
253
254
235
236
257

ggg
260
21

262

MACRO Y05.02

Monday 07-0Oct-85 16:57

2.1.4
SWITCH

eeeses

Pege 9

SEQ 0007

Switch Register Options USE

seme-ccesee-c--o-oaso-

263
264
265
266
267
268
269

15
14
13
12
11
10
9

HALT ON ERROR
LOOP ON TEST
INHIBIT ERROR TYPEOUTS
INMIBIT RELOCATION
QUICK VERIFY
BELL ON ERROR
LOOP ON ERROR

272
273
274
278
276
277
278

6
S
4
3
2
1
0

INHIBIT CONFIGURATION MAP
LIMIT MAX ERRORS PER BANK
FAT TERMINAL (132 COLUMNS OR BETTER)
TEST MODE - SEE DOCUMENT
TEST MODE - SEE DOCUMENT
TEST MODE - SEE DOCUMENT
DETECT SINGLE BIT ERRORS

270
271

8
7

HALT PROGRAM (UNRELOCATE
OETAILED ERROR REPORTS

RESTORE LOADERS)

CVMJABO MSV11-J MEMORY DIAG.
280
281
282
283
284
285
286

287

MACRO Y05.02

2.2

288

289
290
291
292
293
294
293
296
297
298
299

Monday 07-0Oct-85 16:57

The following two lists give the test protocol for parity and ECC

Tests marked with a “&” are not normally run except under ACT

Memory.
or

2.4.4.8).
2.2.1

through

Test

34
6
17

Field

Service

n
12]
n
N

B
L X

Command

(Reference

Parity Memory -

Test Name

Time (sec/16K)

Soft Error Test
Initisl Data Test
Holding 1’'s and O's Test
Address Bit Test
Address Test
Complement Address Test
3 XOR 9 Test
Rotating O's Test
Rotating 1's Test
Marching 1's and O's Test
Worst Case Noise Parity Test
Refresh Test
Shiftin
Di.?onnl Test
Random
Data
Test
Fast Galloping Pattern Test

2K 4

»
»

306
307
308
309

319
320
321
322
323

Test Protocol For MSV11-L/P

305

318

SEQ 0008

Default Test Sequence

300
301
302
303
304

310
311
312
313
314
315
316
317

Page 10

Sob-a-long Test
Write Recovery Test
8ranch Gobble Test
Soft Error Test

<1l
<1
<1
<1
<1
<1
1
1
1
1
n/a
10
10
<l
20

3
<l

35
<1

Section

CvMJUABO MSV11-J MEMORY DIAG.

MACRO Y05.02

Monday 07-0Oct-85 16:57

Page 11

SEQ 0009

325
326

Test Protocol for MSV1l-J ECC Memeory

344
345
346
347
348
349
350

Slndronoo in CSR on SBE test
Check ECC Disable Test
Address to CSR on DBE test
Extended address to CSR test
the write test
Check SBE with ECC Disable test
No CSR updete on SBE with DBE test
Byte Address Test
Holding 1's end O's Test
Address Bit Test
Address Test

A
A

Refresh Test
Rendom Data Test
Fast Gelloping Pattern Test

N
N
W

Rotating 1's Test
Marching O's and 1's Test

Write Recovery Test

ALA

Rotating O's Test

Correction code test

Complement Address Test

[ X

351
352
353
354
355
356
357
338
359
360
361
362
363
364
363
366
367
368

Soft Error Test
Initisl Deta Test
Shifting check bits thru the CSR
Basic Double Bit Error test
Syndromes in CSR on DBE test

ToT Y
b Pt et Pt b [STOYOToyy

342

343

Rotating 1's Test

b b e fod P

6
a4
14
a5
36
20
37
a1
a2
43
46
a7
10

Time (sec/16K)

AAAAAAAAA

5
34

Pattern Neme

b O =t b o o

Pattern

Sob a-long Test

Branch Gobble Test
Soft Error Test

Pt U 1o (N

2.2.2

[+~

327
328
329
330
331
332
333
334
335
336
337
338
339
340
341

8 - Run only on the first Pass when under ACT or APT

430,

At the end of each Pass the program will run cleanup Patterns
and 927 for all banks.

CVMJABO MSV11-J MEMORY DIAG.
370
371
372
373
374
3713
376
377
378
379
380
381
382
383
384
383
386

387
388
389
390
391
392

393
394
395
396
397
3198
399

400
401
402

403
404
405
406
407
408
409
410
411
412
413
414
4138
416

417
418
415
420
421

MACRO Y05.02

2.3

Monday 07-Oct-85 16:57

Page 12

S€Q 0010

Speciel Environments
XXDP+«

2.3.1

the

I1st

The first pass will be a quick verify pass if and only

chain mode.

ACT

2.3.2

APT Automatic Mode -

The progrem will not create double bit errors (DBE's)

after

pass.

2.3.2.1

APT Execution Times -

Here are some measured execution times for an 11/238B under APTY
1st QV Pass

2nd Pass

1624K MSVil-J

30 min

256K

MSVi1-L

20 min

128K

MSVi1-P

20 min

The first pass will be a quick verify pass

NOTE

Even though the first pass

is a QV

pass

(patterns €24 and 033 for

example)

con

it
tekes
longer
than
the
subsequent
non-GQV passes due to the fact that it is
running
more
patterns,
some
of which
be extrememly time consuming.

onward

CVMJABO MSV11-J MEMORY DIAG
423
424
429
426
427
428

429
430

431
432

433

MACRO Y05.02

Monday 07-Oct 85 16:57

2.3.2.2

Pege 13

APT Envirorment Teble -

The following teble gives some of the stendard settings for the
They may be modified as noted as the user sees fit.
€-Teble.

This perameter should be set according to the smount and type of
memory to be tested.
The sbove table (APT Execution Times)
gives some

Device

For eny patteras deleted (through use of

messured times.

Descriptor Words) reference section 2.2 for individual pattern times.
NOTE

433

445
446
447
440
449
450

APT

FIRST PASS RUN TIME:

434

436
437
438
439
440
44}
442
443
444

SEQ 0011

for
are
The times given in section 2.2
16K chunks of memory, not 128K boasrds!

LONGEST TEST TIME:

This parsmeter should be set to the execution time of the longest

.::crn .gging

for

run.

the

default

this is 35 seconds for

case

sttern

ADDITIONAL RUN TIME:

Not Used By Program.

SOF TWARE ENVIRONMENT:
For APT auto mode this parameter should be set
dump mode set this to a “0",

"1".

For

ENVIRONMENT MODE:

When this
parameter is set to a "0" the
program
does
it's
own
sizing.
If
the users sets bit @7 however, he must specify the types
end smounts of memory to be tested.
SWITCH 1:
The defeult setting of this switch

the switch register for the program.
information on switch settings.

SWITCH 2:
This switch,

amount

pesses

is “101”.

if set ¢t~ any non-zero number,

APT

will

count has been reached.

mske.

APT

wuses

this

Reference saction 2.4.1 for more

is used to limit

the

The progrem will hang after this

CPU OPTIONS:
Not Used 8y Progrem.

475
476
477
478

479

MEMORY TYPE n
{n=]1 to 4)
If bit 87 of ENVIRONMENT MODE is set these four words are used %o
log the different types of memory to be tested.
If bit #7 is not set
these location are not used.

MAXIMUM ADDRESS n

(n=1 to 4)

These four words are used in conjuntion

with

the

corresponding

CVMUABO MSV11-J MEMORY DIAG
480
481
482
483
484

MACRO Y05.02

Mondey 07-Oct-85 16:57

MEMORY

TYPE

occupies.

words

Pege 13-1

SEQ 0012

indicate the highest address that msemory type

NOTE

485
486

The above two parsmeters do not actually

4687

heave

488

configuration

489
490

progras

represent

looks

for

of memory amount!'

491
492

INTERRUPT VECTOR n

memory.

sccurete

All

the

is en accurate tally

(n=1 to 2)

Not Used By Progrem.

BUS PRIORITY n

(n=1 to 2)

Not Used By Progrem.

BASE ADDRESS:
Not Used By Program.
DEVICE MAP:
Net Used By Prograa.

CONTROLLER DESCRIPTOR CODE n
Not Used By Progrem.

(n=1 to 2)

ARUIAUAWRLA

s it

OEVICE DESCRIPTOR COOES:

The Device Descriptor codes are used by the progr.a to determine
which petterns
it will run.
The default values of these words are all
“1#'g, indiceating that all of the patterns shown in section 2.2 are
executed (seve for exceptions as noted there).
Eech set of words
controle a teble in the program as follows:
0D WORDS

PROGRAM TABLE (Symbolic location)

Words 0-1

MKCSRY

Words 2-3

MKPAT

Worde 4-5

MJPAT

Bit #0 set in the firet word indicates that the first pattern

the

table will be executed, bit #1 the second, bit #2 the third,...
bit
#0 of the second word indicates that the 17th entry in the table will

be executed,

and s0 on.

CVMUABO MSV11-J MEMORY DIAG.

MACRO Y05.02

2.3.3

Mondsy 07-0Oct-85 16:57

Pege 14

No SBE Free Banks -

1f the progrem cannot find eny SBE (Single Bit Error) free locations
(in non-protected ECC mru it will print out en error sessege and

continue testing by-passing the

2.3.4

Mixed Parity

The program
sequence of

ECC logic tests.

ECC Configurations -

will function normally
in mixed environments.
The
testing may seem strange due to the recursive test mode
slgorithm (reference sections 2.4.1.1, 2.4.1.2, 2.4.1.3).

SEQ 0013

CYMJABO MSV11-J MEMORY DIAG.
5351
352
353

MACRO Y05.02
2.4

2.4.1

Monday C7-Oct-85 16:57

Pege 15

SEQ 0014

Progrem Options

Switch Register Details -

is not evailable then the software
If @ herdwere switch register
IF under APT if BIT7 is set in
in location 176.
is
switch register
APT software switch register
the
the E-TABLE symbolic location “$ENVM"

will be used ¥location $SWREG).

*control G”.
Tgaa
To change the software switch register contents:
end prompt for
This will cause display the current value of the
the octal input of the new SWR value from the terminal.
This routine
will
ignore
you
(not respond to control "G") if you have a hardware
switch register.

SW15

= HALT ON ERROR
(100000)

from this halt will first check for a chan
Continuing
in the software switch rc?ister ("Control G” in the TTY
input buffer) then

SWi4

it will

continue testing.

= LOOP ON TEST
(40000)
This will cause

looping on the gresent test o1

attern

(back
to
last
scope trap).
f in a pattern then the
looping will be for an entire bank of 16K addresses.

SW13

= INHIBIT ERROR TYPEQUTS
(20000)

This will cause returns from the error routine
without
the
typed
messages.
Other on error functions are not
affected.

SW1e2

= INHIBIT RELOCATION
(10000)

This prevents the program from moving and
prevents
the
program
from
testing
at

consequcnt1¥
least 32K o

memory.,

SWil

s QUICK VERIFY
(4000)

If this switch is selected approximately
one 64th
of
the possible combinations of SBE‘'s
DBE's are tested.
Eeach pass complete typeout will indicate this
preceding the pass number with “QV”".

mode

MACRD Y05.02

SW10

Mondey 07-0ct-85

16:57

Page

SEQ 0015

= BELL ON ERROR
(2000)

This causes a bell (or beep or

click)

trap

SW9

each

error

= LOOP ON ERROR
(1000)

This will cause looping from failure point back tec
the
last correctly initialized area of the current test.
SW8

HALT PROGRAM
(400)

This

initiates the following sequence:

SW7

is relocated

Flush out all possible D6E's.
Turns off Memory
Restore

Management.

loaders.

Unmap the Unibus Map (if *there
Halt

is one).

if under APT or ACT branch sel.

= DETAILED ERROR REPORTS
(200)
After any normal error

causes

the

RO,

R2,

tgpcd:

SWé

it moves back to bank zero.

Y, B

7 R

If program

CVMJABO MSV11-J MEMORY DIAG.

R1.

contents

R3,

R4,

RS,

report

typed

this

fcllowing registers to be

SP,

"CPUERR"

“CONTROL",

= INHIBIT CONFIGURATION MAP
(100)

This inhibits the printing of a mag showing the
3
configuration - reerence section

SW5

option

of the

memory

= LIMIT MAX ERRORS PER BANK
(40)
This will limit the number of error typeouts per
bank.
The
default
is
10.
DECIMAL,
however
this
cen L=

changed by changing location "ERRMAX” manually.

CVMJABO MSV11-J MEMORY DIAG.
658
659
660

MACRO Y05.02

Monday 07-Oct-85 16:57
= FAT

Sua

Page

SEQ 0016

TEQMINAL

(20)

This informs the proYr.m that the conscle terminal hes
32 columns (LA3ZE with wide paper).
e width of at least

661
662

663
664

663

SW3-1

TEST MODE

666

680
681
682
683
684

683

HODE NAME OESCRIPTION

2.4.1.2 and

For menufacturing purposes this switch should always be
field
service
purposes
this switch should
For
on.
always be off.

687

707

Benks forward, patterns reverse
Banks worst first, patterns forwerd.
Banks worst first, patterns reverse.
Patterns forward, banks forward
Patterns forward, banks worst first
Patterns reverse, banks forward
Patterns reverse, banks worst first.

= DETECT SINGLE BIT ERRORS (SBE's)
(L

SWo

688
689
690
691
692
693
694
695
696
697
698
699

708
709
710

PAFBAF
PAFBAW
PARBAF
PARBAW

Banks forward, patterns forward

For more details reference section 2.4.1.1,
2.4.1.3.

686

700
701
702
703
704
703
706

BAFPAF
BAFPAR
BAWPAF
BAWPAR

~NOWVNBH WO

(NI

e
e A BN O
QIO v

679

Test modes determine the recurcion algorithm to be used

during pattern tests.

AAAAAAAA

667
668
669
670
671
672
673
674
673
676
677
678

This switch will allow all ECC Single Bit errors to

reported by dissbling error correction.

Error printouts of SBE's are not
DBE's.

distinguishable

from

NOTE

If Double Bit Errors are found in
the
memory,
this switch should be set to make sure that new
date can be written to the DBE locations.

2.4.1.1
Exa
and

Test Mode Example -

le analgsis of mode 5 "PAFBAW”.

Banks 2,

5 are MSV11-L.

Assume Ranks O

are

MSVil-J

MACRC Y05.02

Monday 07 Gct-85

Assume

also that Bank

16:57
3

Page

is known bad by

s TEST MSV1i-J MEMORY TYPES FIRST

; TEST KNOWN BAD MEMORY
TEST 17,
TEST
7.,
1,
TEST
2,
TEST
TEST
4
S,
TEST
TEST 21,

TEST 20,
TEST 22,
TEST 26,

BANK
BANK
BANK
BANK
BANK
BANK
BANK

BANK
BANK
BANK

(BANK 3)

TEST 17,
7,
TEST
1,
TEST

TEST

753
754

755
756

757
738
759
760
761
162
763

4,
TEST
S,
TEST
TEST 21,
TEST 20,
TEST 22,

TEST 26,
TEST 17.
7,
TEST
1,
TEST

2,
TEST
TEST
4,
S,
TEST
TEST 21,

TEST
TEST
TEST
TEST
TEST
TEST
TEST
TEST
TEST
TEST
TEST
TEST
TEST

20,
22,
26,
17,
7,
1,
2,
4,
5,
21.
20,
22.
26,

BANK
BANK
BANK
BANK
BANK
BANK
BANK
BANK
BANK
BANK
BANK
BANK
BANK
BANK
BANK
BANK
BANK
BANK
BANK
BANK
BANK
BANK
BANK
B8ANK
BANK
B8ANK
BANK
BANK
BANK
BANK

(VICIVIVIVIVIVIDIVIV
R Y W ¥ W R R R R L VLV L VLVE VTV SRS N

; TEST PRESUMED GOOD MEMORY (BANKS 2,4,5)

739
740
741
742
743
744
745
746
747
748
749
750
751
752

SEQ 0017
the

progrem

routine or previous runs The testing sequence would be as follows:

AN AWANRAANNANN

Pt P

8 P

~NOWVAWUN

NNNNN~

CVMJUABO MSV11-J MEMORY DIAG.

MACRO

Y05.02

Monds,

765
766

sRELOCATE

770
771
772
77%
774
718
7S
777
778
779

TEST
TESTY
TESY
TEST
TESTY
TESY
TEST
TEST
TEST
TEST
TESTY
TEST

767
768
769

07-Oct-85 16:57

Page

SEQ 0018

TEST PROGRAM SPACT (BANK O & 1)
BANK
BANK
BANK
BANK
BANK
BANK
BANK

BANK

BANK
BANK
BANK
BANK

740
/81

NOTE

782

783
704
785
786
787
788
789

e pe papa et e OO OO OO

CVMJABO MSV11 J MEMORY DIAG.

This

example

not

actusl

sequence.

The test sequence was forward (the simple

tests lest) sequence of patterns (MSV11-L
20, 22, 26)(MSvil-U = 1, 2, 3, 4, 5, 26).
If the bank selection
following order:

is forward the

patterns

banks

= 17, 7,
will

first,

complex

1, 2, 4, S, 21,

tested

the

Egg)bnnks that are not protected or program space (from 0

Parity banks that are not program space (from O to 167).
The program now relocates

tests:

Egg)bnnks that were protected or program
S.

space

(from

will

Parity banks that were program spcce (from O to 167).

If bank selection is worst
first
the
configuration
teble
consulted and banks will be tested in the following order.
1.

ECC banks that are known bad and are -~t protected or program

Parity banks

space (from O to 167).

that are known bad and

(from O to 167).

€ECC banks that are presumed good and

are

n.t

not

progrem

space

protected

CYMJUABO MSV11-J MEMORY DIAG.

MACRO Y05.02

Mondey 07 Oct 85 16:57

818

820
821
822
823
824
823
826
827
828
829
830
631
832
633
834

Parity banks that are presumed good and are not progrem space
(from O to 167).
The program now relocates

Parity
0 to

are

presumed

good

Test Mode Details

were

and

Parity banks that are presumed good and
(from O to 167).

were

protected
program

space

is the default and simplest mode.

This mode tests each bank
completely
except those requiring relocations.

MODE

(from

"BAFPAF* banks forward, patterns forward
This

167

While tootin’ each bank the patterns are run
with
simple ones
Tirst building to the more complex.

the

“BAFPAR”

= banks forward,

from

patterns reverse

This mode tests each bank
completely
except those requiring relocations,

from

167

While testing esch bank the
p:tterns are run
with
the
most complex ones first, working to the simple ones.
MODE 2

860
861
862

“BAWPAF"” = Banks worst first, patterns forward
This mode first tests each known
from

bad

MOOE 3

bank

completely

O to 167 except those requiring relocations,

ther

While tcotin’ each bark the patterns are run
with
simple ones
Pirst, building to the more complex.

the

presumed good benks are tested from
those requiring relocations,

863
864

865
866
867
868
869
8710
871

banks that are known bad and were program space

progrem space (from O to 167).

MOOE O

program

167).

ECC benks that

2.4.1.2

protected

space (from O to 167).

847
848

852
853
854
8535
836
837
858
839

tests:

ECC banks that are known bad and were

835
836

849
830
831

SEQ 0019

program space (from 0 to 167).

819

837
838
839
840
841
842
843
844
845
846

Page 20

“BAWPAR" = Banks rorst

167

except

rirst, patterns reverse

This mode firat “_sts each known

bad

bank

completely

CVMUABO MSV1l1-J MEMORY DIAG.

Monday 07-0Oct

MACRO Y05.02

874
87%

MOOE

= Patterns forward,

While testing each pattern the banks are run from 0
167 except those requiring relocations,
MOOE S

“PAFBAW” = Patterns forward, banks worst first

bad bank
known
While testing each pattern first each
from
O
to
167
except those requiring
relocations is
run, then presumed good banks are run
rom 0O
to
167
except those requiring relocations.
MODE 6

"PARBAF" = Patterns Reverse, Banks Forward
This mode tests each pattern comglctely with

923

the

complex ones first, working to the simple ones.

While testing each pattern the banks are run from 0

167 except those requiring relocations.

MODE 7

*PARBAW" = Patterns Reverse,

most
to

Banks Worst First

This mode tests each pattern conglctcly with

the

complex ones first, working to the simple ones.

most

While testing
each pattern 7 18t each
known
bad
bank
from
O to 167 except those that require relocations is

run, then presumed good banks sre run
except those requiring relocations,

917

924
925

This mode tests each pattern completely with the simple
ones first, building to the more complex.

90S

918
919
920
921
922

banks forward

This mode tests each pattern completely with the simple

904

911
912
913
914
913
916

"PAFBAF*

ones first, building to the more complex.

883

909
910

SEQ 0020

While testing esch bank the
patterns sre run
with
the
most complex ones first, working to the simple ones.

877

906
907
908

Pege 21

those requiring relocations.

876

884
883
886
887
888
889
890
891
892
893
894
895
896
897
898
899
900
901
902
903

16:57

O to 167 except those requiring relocations, then
from
except
167
to
presumed good banks are tested from O

873

878
879
880
881
882

from

NOTE
» Relocstion

required

test

the

benk(s)
in program
space
and also to
test
eny
ECC
banks
protected
b
diagnosti¢c
checkmode
wit
the inhibi
mode pointer off (zero)!

167

CVMUABO MSV1l-J MEMORY DIAG.
927
928
929
930
931
932
933
934
93%
936
937
938
939
940
941
942
943
944
945
946
947
948
949

MACRO Y05.02

Monday 07-Oct-85 16:57

2.4.1.3
1.

SEQ 0021

Test Mode Applications -

To verify correct operation of the memory system use
*
“BAFPAF

Advantages:

In case of a failing Bank,

time to find the failure.

To get detailed error

Disadvant
long time

953
954
933

information on known bad

Seeks Bad Benks.

Banks

(found

Easy to understend.

¢:
Failures other than zeros
to find.

ones may

take

t good error info on any memory problem fast use Mode

“PAFBAF

it may teke & long

by sizing routine) use Mode 2 "BAWPAF",
Advantages:

HMode

Easy to understand.

Disadvantages:

930
9351

952

Page 22

Advantages:

Covers all banks fast.

Easy to understand.

Disadventages:
Failures from only complex patterns may
a long time to find.
To find eny problem fast use Mode 7
Advanteges:

take

“PARBAW".

Covers sll Banks fast.

Disadventages:

Difficult to understand failures reported are

not necessarily the most basic failure modes.

CVMJIABO MSV11-J MEMORY DIAG.
99

MACRO Y05.02

Monday 07-Oct-85 16:57

Pege 23

Software Switch register -

g;?

2.4.2

3;%

A softwere switch register exists in location 174,

974

;;2
9N

2.4.3

Special Memory Locations CACHE Constant -

g;g

2.4.3.1

980

The CACHE constent is located at symbolic location "CACHK” end is used

981

982
983
984

to enable CACMHE.

NOTE

985

966

987

Bit

990

enable CACHE.

988
989
991
992
993
994
995

33?

998

effect
by the

2.4.3.2

the

CONFIG:

1006

1007
1008
1009

1010
1011
1012
1013
1014
1015
1016
1017
1018
1019

1020

{8%5
1023
1024

has

The configuration table is located et symbolic location

1001

{gg;

constent

Configuration Table

has the following format:

}88%

CACHE

since it is unconditionally set
prggrnm whenever
it tries to

ggg

SEQ 0022

“CONFIG"

and

First 16K Configuration words (2 each)
2nd

16K Configuration words (2 each)

200th 16K configuration words (2 each)
Configuration Words:

LOW:

MED:

BIT 0
8IT 1
8IT 2-4

ERRORS PRESENT
MEMORY EXISTS
RESERVED

8IT S
SKIP ECC LOGIC TESTS FLAG (1=SKIP)
PROTECTED REGION OF AN FCC MEMORY
81T 6
BIT 7
PROTECTED (PROGRAM SPACE)
817 8-11 CSR CODE
BIT 12-15 RESERVED
NUMBER OF ERRORS
B8IT 0-7
BIT 8-10 MEMORY TYPE
CSR TESTED OK
81T 11
RESERVED
BIT 12
BIT 13
“BACKGROUND PATTERN VALID* FLAG
BANK SELECTED FOR TEST BY FIELD SERVICE MODE
8IT 14
LOADERS HOME BANK
8IT 15

This table is used as the source for the configuration
Map (reference. section 7.3)

CVMJABO MSV11-J MEMORY OIAG.

MACRO Y05.02

Mondey 07-Oct-85 16:57

Pege 24

SEQ 0023

1026
1027
1026

1029
1030
1031
1032
1033
1034
1033
1036
1037
1038
1039
1040

2.4.4.1

1067
1068
1069

Control

"C*

This commend will:

1.
v
W
N

1041

1042
1043
1044
1043
1046
1047
1048
1049
1030
1051
1032
1053
1054
1033
1056
1057
1038
1059
1060
1061
1062
1063
1064
1063
1066

Terminal Commands

2.4.4

If Switch 8 (Helt Program) in the switch register is set halt

the program.

If Switch 8 is not set, unrelocate if program was reloceted.
Flush out

any DBE's.

Turn off Memory Management.

HALT

This command will only
test or pattern, or at

2.4.4.2

be recognized at the completion of the
the end of a line of an error message.

current

Control “K" (Kill error printout end skip pattern)

This command will allow Kou to stop an error printout and skip to
the
next
pattern.
This is
hardy, for example. when you have a whole bank
full of errors, have gotten enough information, and wish
to
skip
to
the next pattern.

2.4.4.3

Control "“T” (Tell me what's hesppening)

This command will print out the information
register.
This
is wmainly
intended
for

display register.

encoded
in
the
displey
C(CPU's without a hardwere

1070
1071
1072

Example:

1076
1077
1078
1079

By use of Field Service Commend 17 “Traece” can be set so that it will
sutomatically type out the benk snd pattern numbers as each pattern is

1073
1074
1073

BANK = 17 TEST = 46
RELOCATED BANK= 0
PAT= 26

run.

(Reference section 2.4.4.8.18).

CVMJUABO MSV11-J MEMORY DIAG.

MACRO Y05.02

Monday 07-Oct-85 16:57

Pege 25

SEQ 0024

1081

1082
1083
1084
1085
1086
1087
1008
1089
1090
1091
1092

1093

Control “S” (Stop)

2.4.4.4

This commend will stop typeout (soon) and will wait for e Control “Q".

2.4.4.5

Control "Q" (Quintinue)

This command will continue typina that hes been stopped by Control
If there has been no Lontrol "S” typed then this commend is
S,
ignored.

2.4.4.6

Control “F* (Field Service mode)

This command will cecse you to

.
commendyu

enter

mode

which

looks

When the progrem is looking for s sub command any number that

legesl

3
PRI PO R A A 9 1t pb puts ot it ot P Pt P
ABUMRI=OOB®IOUAWN-~O

will cause a mini hc;glncs.

in doubt type 99 (CR) and you wi

Pt Pt

b Pt

when

command

help.

sub

_is not a

Therefore

Pt (ot P

NOTE

Typing just carrisge return
command 0.

is a default

(P P

(s P

i P (s P

b P

el ot P

it P

Db P

e e o (i (B

get

to be typed.

for

2.4.4.7.1

Field Service Command O (Exit)

This commend will exit Field Services Mode end return to whatever task
it
was
in prior to typing control “F“.
Note typing just carriage

return

is e defeult Command 0.

MACRO Y05.02

Mondey 07-Oct-85 16:57

Pege 26

SEQ 0025

P D=0 00 (8 (ot Pt Jutt Pt o Jud P P

s Pt

o 0 o ot g 08 P NN
P PO
»O‘Oflxuru&nfl gOON

CVMUABO MSV11-J MEMORY DIAG.

1142

11483

1144
1143

2.4.4.7.2

Field Service Commend 1 (Reead CSR)

This commend will typeout the contents of the CSR.

If there is more than one CSR on the CPU (or if the uzrgara-

typing just carriege return is & defesult O.

If the CSR

you select causes » trep to 4 the progrem will

°9

CSR DOES NO¥ EXIST~.

type

“THIS

NOTE

1146

1147

CSR references are

1148

1149

1130
1151
1152
1133

not

has

determined the CSR status yet), it will Ask you "WHICH
CSR(O-F)* to
which you must respond with sn Hexidecimsl number from O to F.
Note

with section 5.0

done

sccordeance

%ig;

2.4.4.7.3

%%gg

This commend will enable you to loed the CSR.

1158
1159
1160

If there is more than one CSR on the CPU (or if the program has not
yet determined the CSR status yet) it will esk you “WHICH CSR(0-F)" to
which you must respond with sn MHexidecimsl number from O to F.
Note

1163
1164

If the CSR you select
DOES NOY EXTSTTM.
CSR

{{:g

The CSR will be read and displayed as in command 1.

{{:5

1168

}igg

Field Service Command 2 (Loed CSR)

typing just cerrisge return is a defasult 0.

causes & trap to 4 the progrem will

°o

ype

*THIS

The progres will then ask you for the “CSR?” to which you must respond

aith

Octal number.

Note typing just carriege return is a defeult

The progrem will then loed the CSR and Read it

new contents.

egain

displeying

its

nxogflau:uNwSOO

b it P P Pt i ot Pt Pt ot P

:w:n:nw#o—n.—nnu
DPOOOPI

CVHMJABO MSVLL J MEMORY DIAG.

MACRO Y05.02

Mondey 07-Oct-85 16:57

2.4.4.7.4

SEQ 0026

Page 27

Field Service Command 3 (Exsmine Memory)

This commend will sllow you

.o exemine any physicel sddress

The program will ask you for the "PHYSICAL ADORESS
which you must respond with sn Octsl number.
If the eddress sccees couses

trep

aeccess

the

causes

progrem

fig

The contents of your physical address will be typed.

1200

%gg

1203

2.4.4.7.5

¢to
t‘n

Field Service Command 4 (Modify Memory)

This command allows you to modify .n; physicel address

NecCessary memory mansgement mapping

The

will

a trep to 114

If the address
*TIMEQUT TRAP",
program will type "PARITY ABORT”".

1197

does

(0-17757776)"

1192
H:z

H?’g

end

the necesssry mesory ssnsgement mapping for you.

progrem will ask you for the “PHYSICAL

bzg

which

1206

If the address access ceuses

you sust respond with an Octal number.

and

does

the

(0-17757776)"

¢teo

Tor you.

trap

ADDRESS
the

progres

will

¢ ::

1207

{200

"TIMEQUT TRAP“, If the eddress access cesuses & trap to 114‘
program will type "PARITY ABORT”.

1210

The program will type “OLD DATA WAS” end the contents of your physicel

1213

gi;

1216
1217

1218

{gg
1221

The program will then type *INPUT NEW DATA” to which

sith

Octal number.

The program will sttempt to write this new

address

after

you must

data

into

your

which it will read it agein and type “DATA IS

the new contents of your physical eddress.

1222

NOTE

1224
1225
%gg?

If you can’'t change the data, thet would
indicate thet you have a Double Bit
Error in that double word pair.

1223

respond

Note typing just carriasge return is a defsult

moicnl

* and

CVMJUABO MSV11-J MEMORY DIAG.

MACRO Y05.02

Mondey 07-Oct-85 16:57

Page 28

SEQ 0027

1231
1232
1233
1234

123¢

133

2.4.4.7.6

}%gg

This command allows you to run any Lank with any pattern forever.

"
1240

ig‘é

ask
i
The pr ogrem will

1232

ype

1244
ig:g

"
will the? as k
on90ctnl'numbcr
program
The
The

Test)

Field Service Command 5 (Select Bank

:n 055:1 number.

[

you must

i
you . “BANK(0-177)" to which

!f the bank is not accessible. uTh.r;:g::2. :;{?

NK NOT ACCESSIBLE” and ask question over.

M
"
you
to which
" EST (0-47)"

» T

must

respond

{2:7

i
i
A ny pattern can be run including
those
that are not part of the APT E-TABLE

1250
1250

1231

1232

defaults (reference section 6.2.1).

1234
1232

ask
“TEST O DATA IS?"
to whic
you
must respond with an Octal number.

Pattern 0, the program will

you "oelect

123

1257

1223

{gg%

If
the Bank
i
At
e you
IheY selected
RELSEAT requir
equires re 1 ocation

{ggg
1263

i
4
th
will ANYO&g::fi'.he
program
The
s ESC
e T:éE
console keyooard for interrupts
and type

%gg;
1266

be Igo;?‘d
willi.pe
test pattern
The regeed
e
s escop:

1269
12;0

end

run

}575

2.4.4.7.7

{5;2

This command types the configurstion map.

?
1275

{579
1278

1279

the

program

i
will

type

TBANKe GUVITES REL CATION" and exit this command. Note normally tlis
.

until

console

key

Field Service Command 6 (Type Configuration Mep)

are marked es bad. (Especially if y0ur°200sole is : vido: 2:::?no§??t
i
This is useful
ul after a long run (overnight)
to see

ell th

For a detailed explanation of the map reference section 7.3.

CVMUABO MSV11-J MEMORY DIAG.

MACRO Y05.02

Monday 07-Oct-85

16:57

Pege 29

SEQ 0028

1281
1282
1283
1284

1285
1286
1287
1268
1289
1290
1291
1292
1293
1294

1295

1296
1297
1298
1299
1300
1301
1302

1303

2.4.4.7.8
This

Field Service Commend 7 (SOB-A-LONG TEST)

commend

ellows

execution

the

SOB-A-LONG

Test

number

non-protected
Banks
reference
Section 6.2.2.26.
Operation
ise
identical to command 5 except that no Pattern or Bank is entered ond
each pass causes » Bell.

2.4.4.7.9

Field Service Command 8 (Error Summery)

This command types out the number of passes and the

errors.

1¢

total

here were any errors it will type out the Benks end the

number of errors per bank up to 255 DECIMAL.

This becomes useful after long runs (all
video console terminal.

2.4.4,.7.10

night)

systems

with

Field Service Command 9 (Refresh TEST)

This commend allows execution of the Refresh Test on all non-protected

Banks reference Section 6.2.2.19.
Operation is identical to command S
except that no Pattern or Bank is entered and each pass causes a Bell.

2.4.4,7.11

Field Service Commend 10 (Set Fill Count)

This command allows setting of the terminal fill count (necess.rx
for
LA3ZO's,
ASR33's, and VTI0S's).
It is normally set to zero for LA36's,
viS2's,

vT100's,

2.4.4.7.12

etc.

Field Service Command 11 (Enter Kamikaze Mode)

This command allows

unless under APT or
result
tr ing

you to run patterns that sre normally not executed

ACT.

They asre usually very time consuming and cen

in failures that are fatal to the program.
In effect
you
are
to
find
& hardwere
failure regardless of the consequences.

information which
Note that most crashes do not wipe out the display
is
tclling you what
the progras was doing eust prior to fsilure.
There are

two ways to die here

Impatience an

rashes.

CVMJUABO MSV11-J MEMORY DIAG.

MACRO Y95.02

HMondaey 07-0Oct-85 16:57

2.4.4.7.13

Pege 30

SEQ 0029

Field Service Command 12 (Exit Kemikaze Mode)

Return to the defsult mode of testing (undo Commend 12).

2.4.4.7.14

Field Service Command 13 (Turn Cache Off)

;hissc?3ngcs the Cache constant to

2.4 4.8.15

cache

(reference

section

field Service Command 14 (Turn Cache On)

;hisscggnocs the

2.4.4.7.16

bypass

Cache

constant

use

cache

(reference

section

Field Service Command 15 (Test Only Selected Banks)

This command allows
you to center the test effort on only those
banks
that
you are
troubleshooting.
You may also test banks that require
relocation and were inaccessable via command 5.

2.4.4.7.17

Field Service Command 16 (Resume Testing All Banks)

Return to the default mode of testing (undo Command 15).

2.4.4,.7,18

Field Service Command 17 (Resume Testing All Banks)

Enable “Trace”.
After exiting field service mode,
the progrem
type cut the bank asnd pattern numbers as each pattern is run.

2.4.4,7.19

Field Service Command 18 (Resume Testing All Banks)

Disable “Trace”.

(undo Commend 17).

will

CVMJABO MSV1i1-J MEMORY DIAG.
1392
1393
1394
1395
1396
1397
1398
1399
1400

1401
1402
1403
1404
1403

1406

1407
1408
1409
1410
1411
1412

1413
1414
1415
1416
1417
1418
1419
1420
1421
1422

1423
1424
1423
1426
1427
1428
1429
1430
1431
1432
1433
1434
1433
1436
1437
1438
1439
1440

MACRG Y05.02

2.5

Mondey 07-Oct-85

16:57

Pege 31

SEQ 0030

Execution Times

2.5.1

Typical (System)

Execution

time depends on

many

measured times on an 11/238:
K

variables;

however

words of MSV1l-J Memory

Normal Pass
Quick Verify

Kemikaze Mode
Keamikaze QV

Min
Min

Sec
Sec
Sec
Sec

K words of MSV11-L Memory

Normal Pass
Quick Verify
Kamikaze Mode
Kamikaze QV

Min
Min
Min
Min

Sec
Sec
Sec
Sec

K words of MSV11-P Memory

Normal Pass
Quick Verify
Keamikaze Mode
Kamikaze QV

2.5.2

Min
Min
Min
Min

Sec
Sec
Sec
Sec

Calculations (System)

Normal Pass
Add
Add
Add

Quick Verify Pass
Add
Add
Add

Kamilkaze Mode

Add 10 min.,

Sec per 16K BANK of MSV11-P
Sec per 16K BANK of MSV11-L
Sec per 64K BANK of MSV11-J

Sec per 16K BANK of MSVil-P
Sec per 16K BANK of MSV11-L

Sec per 64K BANK of MSV1Li-J

per

128K words for approximate pass times.

CVMJABO HSV1l-J MEMORY DIAG.
1442
1443
1444
1445
1446
1447
1448
1449
1450
1451
1452
1453
1454
145S
1436
1457
1458
1459
1460
1461
1462
1463
1464

1465
1466
1467
1468

1469
1470
1471
1472
1473

1474
1475
1476
1477
1478

1479
1480
1481
1482
1483
1484
1485
1486

MACRO Y05.02

HMondey 07-0Oct-85 16:57

2.5.3

Typicel (Tests)

Test Time

Description

MT0000
MT0001
MT0002
MT0003
MT0004
MT000S
MTQ006
MT0007
MT0010
MT0014
MTO017
MT0020
MT0021

;<1
;<1
<1
; 1
; 1
; 1
;<1
;<1
;<1
; 1
;<1
; 1
; 1

SEC
SEC
SEC

MT0024
MT0026
MT0027
MT0030
MTO031
MT0032
MT0033
MTO034
MT0035
MT0036
MT0037
MTOO41
MT0042
MT0043
MT0044

;20
;<1
; 1
; 1
; 3
;<1
;35
;<1
;<1
; 1
;<1
; 1
;<1
;<1
; S

SEC
SEC
SEC
SEC
SEC
SEC
SEC
SEC
SEC
SEC
SEC
SEC
SEC
SEC
SEC

MT0022
MT0023

:;88:2
MTO047

Page 32

SEC
S5EC
SEC
SEC
SEC
SEC
SEC
SEC

SEC

SEC
;10 SEC
;10 SEC

:<i SEC

SEC
;<1 SEC

DATA PATTERN TEST
ADDRESS TEST
COMPLEMENT ADDRESS TEST
3 XOR 9 WORST CASE NOISE TEST
ROTATING ZEROS TEST
ROTATING ONES TEST
INITIAL DATA TEST
ADDRESS BIT TEST
BYTE ADDRESSING TEST
BASIC DOUBLE BIT ERROR TEST
HOLOING 1'S
0'S TEST
SYNDROMES TO CSR ON SINGLE BIT ERROR TEST
MARCHING 0'S
1'S TEST
REFRESH TEST
SHIFTING DIAGONAL TEST

FAST GALLOPING PATTERN TEST
RANDOM DATA TEST
UNIQUE BANK TEST
FLUSH OUT DBE'S TEST
SO0B8-A-LONG TEST
WRITE RECOVERY TEST
BRANCH GOBBLE TEST
SOFT ERROR TEST
WORST CASE PARITY TEST
CORRECTION CODE TEST
CHECK ECC DISABLE TEST
ADDRESS TO CSR ON DBC TEST
EXTENDED ADORESS TO CSR ON ERROR TEST
WRITE BYTE TEST
SHIFTING CHECKBITS THROUGH CSR TEST

SYNDROME 8ITS TO THE CSR ON A DBE TESY

CHECK SINGLE BIT ERRORS WITH ECC DISABLED TEST
NO CSR UPDATE WITH EXISTING DOBE TEST

SEQ 0031

CVMJABO MSV11-J MEMORY DIAG.

Monday 07-0Oct-85 16:57

MACRO Y05.02

Page 33

SEQ 0032

1483

3.0

ERROR INFORMATION

1430

3.1

Error Reporting

1492
1493
1494

Most errors are reported using the EMT tr;g and hendler provided bx
SYSMAC.SML. Most errors will be of the "MEMORY DATA ERROR" tzpc whic
he bank
will be described here. MEMORY DATA ERRORS will slso cause

1497

Other errors are best explained by referencing

1500
1501

le 1:
Ex
MEMORY DATA ERROR

1503
1504
150S
%gg?

022132
022132
022132
022132

1508
1509
1310
1511
1512
1513

While testing Bank 37 at virtusl address 60006 (virtusi addresses are
slways between 60000 and 157776 for nopping purposes), Ehyoic.l
sddress 3700006 (that's Bank 37 physicel 6 within the Bank) with
Pattern 6 (Initial Data Test), the good data expected was O but the
dete actuslly resd (BAD) was 100, the exclusive OR at Good
Bed
‘ncldo 100 which indicates onl{ failing bit(s) (Bit 6). It is en

1516
1317

le 2:
Ex
MEMORY DATA ERROR

1519
1520

022132
022132

1523

While testing Bank 35, virtusl address 60000, physical address 3500000

148

1491

{:32
{:gg

1502

ig{g

1518

iggé

1524

1525
1526

igg;
1529

1530
1531

1532

1533

to be merked as Bad in the configuration table.
end if necessary the progrem listing.

BANK
37
37
37
37

VADD

060006
060006
060006
060006

PADD

03700006
03700006
03700006
03700006

GO0oD

000000
000000
000000
000000

SV11-J (ECC) Memory. The CSR is

BANK

022132

35
35

VADD

060000
060002
060006

PADD

03500000
03500002
03500006

BAD

000100
000100
000100
000100

located

GO0D

000000
000000
000000

the

specific

typeout

XOR

CSR MTYP

PAT

000100
000100
000100
000100

O
O
O
O

E
E
E
E

06
06
06
06

at 172000.

B8AD

000001
000100

000100

XOR

000001
000100
000100

CSR MTYP
O
O
O

with

E
E
E

PAT

06
06
06

Pattern 6 (Initial Data Test), the good deata expected was O but
the dates actuslly read (BAD) was
1, the exclusive OR at Good
Bad
ields 1 which indicates onlx failing bit(s) (Bit 0). It is an MSV11-J
€CC) Memory and the CSR is

located at 17200C.

NOTE
Subsequent errors of the

not type a new heading.

same

test

CVMJUABO MSV1l-J MEMORY DIAG.
1535
1336
1537
1338
1539
1340
1341
1542
1543
1344
1345
1546
1547
1348
1349
1330
1551
1532
1333
1534
1333
1536
1557
1338
1559
1360
1361
1562

1563
13564

1365

1566
1567
1368
1569
1570
1371
1372
1573
1374
1375
1376
1577
1378
1379
1380
1581
1382
1583

MACRO Y05.02

3.2

Mondey 07-Oct-85 16:57

Page 34

Error Abbreviations

The following is a list of sll abbreviations used in error reports.
& OF ERRORS

1ST ADD

ARRAY
APTe
APTCORE
APTMOS

BAD
BAD-WD1
B8AD-WD2
BAD -CHK
BANK
80-CC
CHKBITS
CONTRL
CPUERR
CSR
CSRNO
DATARG

Number of Errors that were detected.
First Address thet failed.

The arrsy number that was locked up in the MS11-M CSR.

The
APT
APT
Bead

# of CPU's APT expects on the system.
Core size.
MOS size.
data.

8ad
The
Gad
The

Check Code Bits.
Bank number.
Banks are 16K words long.
Check Code Bits.
7 bit value of the Check Code Bits.

B8ad Word #1 of a double word desta value.
Bad Word €2 of a double word data value.

The CACHE Control register.
CPU Error register.

Ststus Register.
Control and
CSR NUMBER (O-F Hexidecimal).
The CACHE Data Register.

Double Bit Error

{(uncorrectable error).

Device Address.
Error Correctable Code.
Good Check Code Bits.
Good Check Code Jits.
Good Word 21 of a double word data value.

Good Word @2 of a double word dats value.
Good date.

MSV1l-J Size.

Memory Error register.
Memory Menagement Register #0.
Memory Management Register #1.
Memory Management Register #2.
Memory Management Register 03,
Memory Type (MSVi1-J,MSV11l-L, or MSV11-P).
Physical Address (asserted by the program after mapping).
Pattern number.

Progrem Counter at the time the error occurred.

Single Bit Error (correctable error).
Virtual Address (asserted by the program before mepping).
The data that was written into the 1st half of a double word.
The data that was written into the 2nd half of a double word.
Exclusive OR of the good and bad data.
Shows the bad bits.
Address under

test

SEQ 0033

CVMUABO MSV11-J MEMORY DIAG.

1386

HACRO Y05.02

Monday 07-Oct-85 16:57

Page 35

SEQ 0034

{g:;

3.3

%ggg

There are several Halts

{ggé

All unused trap vectors contain a trep catcher (.WORD .+2,HALT).

};32

An undefined TRAF instruction halts at symbolic location *“$HALT2",

%g:z

The APT down losd sequence will halt et symbolic location “APTHLY”,

{g:;

Halt on Error option (SW1S Set) at symbolic location "$HALT".

%233

Halt progrem (SW8 Set) at symbolic location “$EXHALT".

$§§§

‘(’:;:;oi’éllgcl; ztig:rw:é%’&"bg%t at the end of

1604

Power Fail ha

1608

Error Helts

in the program.

the

shut

down

sequence

CVMJUABO MSV11-J MEMORY DIAG.
1610
1611
1612
1613
1614

1613
1616
1617
1618
1619
1620

MACRO Y05.02

4.0

Monday 07-Oct 85 16:57

1638
1639
1640
1641
1642
1643
1644

1645
1646
1647
1648
1649

1650
1631
1632
1633
1654
1655
1656
1637
1658
1659

1660
1661

SEQ 0035

PROGRESS REPORTS

Pass complete

typeouts as

&
4
oQv

END PASS
END PASS
END PASS

1621
1622
1623
1624
1625
1626
1627
1628

1629
1630
1631
1632
1633
1634
1635
1636
1637

Page 36

follows:

0
1
2

NOTE

Pass 2 was flagged
8s
a
Quick
Verify
Pass.
(Because of a change in SWS)

To obtain progress reports while executing, t{ping a Control "T*
print out the information encoded in the
di sp ay register.

will

Example:

BANK= 2 TEST= 34

Reference Section 2.4.4.7.18 for more
5.0

information on Trac '»~

CSR INFORMATION TABLES

The following is @ picture view of the current control status
registers
which cen be tested by this progrem.
It shows bit
assignments and definitions to provide a handy reference, and

shows the similerities and differences between each one:
NOTE

All unused bits

in each CSR are equal to zero.

CVMJUABO MSV11-J MEMORY DIAG.
1663
1664
1663
1666
1667
1668
1669
1670
1671

MACRO Y05.02

Mondey 07-Oct-85 16:57

5.1

Pege 37

SEQ 0036

MSV1l-J CSR

PP L
A
R

1672
1673

T R

aIx-

(11D

I
I
11111
1I1IT1IT1I1I1IT1IT1ITITIX
'DE!EA!SI!
!
SYNDROMES
'SE'IP!DCECEE!
I
11111
1I1ITIT1IT1I1ITITI1ITITII1I
15 14 13 12 11 10 09 08 07 06 05 04 03 02 01 00

Bit essignments are defined
as follows:
BIT1S UNCORRECTABLE ERROR
On 8 resd to memory (ECC Disable
Bit = 0), this bit is set if
e double error occurs.
The
error address is stored in the
CSR.
Setting this bit also
turns on @ red LED st the reesr of
the card for 8 visual indication.
This bit is also set in ECC
Disable Mode if & SERR or DERR
occurs.

BIT14 EUB ERROR ADDRESS
With Bit 14 = 1, a read to the CSR
will fetch address A21
through A18.
When Bit 14 =
di
ostic dete may not be
loaded into the syndrome
register.

CVMJABO MSV11-J MEMORY DIAG.
1718
1719
1720

1721
1722
1723
1724
1723
1726
1727
1728
1729
1730
1731
1732
1733
1734
1735
1736
1737
1738
1739
1740
1741
1742
1743
1744
1743
1746
1747
1748
1749
1730
1751
1752
1733
1734
1733
1736

1737
1758

17599

1760
1761
1762
1763
1764
1763
1766
1767
1768
1769
1770
17N

MACRO Y05.02

Mondey 07-Oct-85 16:57

Pege 38

SEQ 0037

BIT13

SET INMIBIT MODE

e "1",

it ensbles the inhibit

When this bit

is set to

wode pointer to inhibit
either the first or second
16K from ever goins into the

Dieg Check or

Disseble

BITS05-10 CHECK BIT STORAGE (CSR II)
Check Bit Storage (Dieg CX
Bit 2 = 1)
When in the disgnostic check
mode these t ts are used to store

the check bits to be written
into memory or the check bits

read from mesory.
If s double
error or single error occurs
when in the
diagnostic check

mode and ECC dio.blc 8it 1 =0,

then the check bits are stored
in the CSR together with
the double or single error
bit.
These bits are writeasble
in dieagnostic mode.
A ~1*
is stored in Bit 11 if CSR
02, CSR 13, and CSR 14 are
set to indicate that the
samory under test is @ MSV11-J.

BITS0S5-11 QBUS ADDRESS STORAGE (CSR I)
(Di
Ck Bits 2 = 0, ECC
Dissble Bit 1 = 0)
If @ double or single error
occurs on 8 Read cxclc. then
addrees Bits All t

Al7 are stored in these bits
These bits are read only on

the condition that SERR (CSR &)

or DERR (CSR 15) is set but
CSR 14 is not set.

EQB Address Storage (Di

Bit2 = 0), ECC o...»x.'a
1=0or 1).

If a double or single error
occurs on 8 Resd czclo.
address Bits Al7 ¢t
A1l ere stored

in CSR

11 through S and oddrcoo
Bits A21 through Al8 are

CVMJABO MSV11-J MEMORY DIAG.
1773
1774
1773
1776
1777
1778
1779
1780
1781
1782
1783
1784
178S
1786

1787

1768
17089
1790
1791

1792
1793
1794
1793
1796
1797
1798
1799
1800
1801
1802
1803
1804
1803

MACRO Y05.02

Monday 07-Oct-85 16:57

Page 39

SEQ 0038
stored in 8 beckup register.
The EQB Error Address
Retrievel Bit (CSR 14) i

used to obtain the totel
error address as follows:
With CSR Bit

= 0 @ read to

the CSR will obtein Al7
through All from CSR Bits 11
through 5.

CSR Bit 14 cen then be set
to & "1” end a read to the
CSR will then read A21
through Al18 from CSR Bits 8
thr
S and O's from CSR
11 through 9.
Bits
Address Bits A21 through
All ere obteined
to locete the double
error to & 1K segment of
semory.

The EQB address A21
through Al8 is read only
whenever CSR 14 = 1.,

BITOS-10 SYNDROME STORAGE (CSR III)
If e double or single error
occurs on a read or write
byte cycle, and if CSR bit
2 is set to 8 "0" syndrome
Bits X, 0, 1, 2, 4 end 8
end stored in CSR bits S
through 10.
To reead the
syndrome bits from CSR, Bit
you must read the error
address, then set 2 of
the CSR must be st to

s “1* (diegnostic mode) end

the CSR resd
in.
This operation
will sllow sy
ome bite
for a single or double
failure to be resd instesd

of the address bits norsally
read when CSR 02 is set to
"0”",

BITOA4 SINGLE ERROR
If on a read to memory a
SBE occurs, the error
sddress A21-All end
the error syndromes will

VHUABO M5v1l
1828
1829
1830
1831
1832

1833
1834
1433
1836
1837
1638
1839
1840
1841
1042
1843
1844

1843
1846
1847

1848
1849
1830
1631

1832
1633
1634
1833
1836
1837
1638
1839
1860
1861
1062
1863
1664
1863
1866

1867

1868

1869
1870
1871
1872
1873
1874
1873
1876
1877
1878
1879
1880

J MEMORY DIAG.

MACRO Y05.02

Monday 07-Oct-85 16:57

Pege 40

SEQ 0039

be logged in CSR Bite 3-11
unlese the uncorrectable error
The error
CSR 1S ie set.
sddress will be 1
unconditionelly in the ECC
Disable Mode.
Thie bit ie not
set if Inhibit Mode (Bit
.
13 = 1) is set and Diegnostic
Mode (Bit 02 = 1) is eet.

BITO3 INMIBIT MODE POINTER
This bit works in con
with the Set Inhibit

tion

When Bit 13 is set
(Bit 13).
to & 1, e 16K
portion of
memory
is inhibited from
operati
in the ECC Disable
tode or

Disgnostic Check Mods.

The Inhibit Mode Pointer
indicetes which 16K is being
inhibited, i.e., Bit 3 = 0
the Piret 16K of u.or‘ i
inhibited, Bit 3 = 1, the
second 16K of memory is
inhibited.

With Bit 13 set to 2 O,
3 becomes inoperative.

Bit

in con

tion with

ECC coversge.

The systeme

B8it03,

Bit 13, therefore ellows e 16K
chunk of memory to always have
diagnostic can therefore
reside in this protected
portion of semory and cen

disable ECC and/or run the
Oi
tic Check Mode in the
rest
of memory mithout iteelf
becoming vulnersble to single
errors.
This bit is & Read/lirite
ggitraoct by power up and BUS
8IT02 Disgnostic Check Mode
This mode ellows o means of
forcing a single or double
error in 8 desired locetion.
It eleo provides s means of

examining the check bits anc
the syndrome
locetion.

in & given

CVMJABO MSV11-J MEMORY DIAG.
1882

1883

1884

18835
1886
1087
1888
1889
1890
1891
1892
1893
1894
1895
18%6
1897
1898
1899
1900
1901
1902

1903

MACRO

Y05.02

MHonday

07-Oct

16:57

Pege

SEQ 0040

The check bits desired for a
Qiven dete pattern are written
into Bite 5 through 11 of
the CSR.
A word or write byte
memory
will write the check bits
from
the CSR to the MOS .PP.K.

(CSR 2 = 1)

instead of the check

bites genersted on the date

to be written.
Single errors
on the read portion of the DATO8
cycle are corrected.

A read to the memory will
read the check bite stored

memory

and clock them

the CSR.

into

I? a double error or single
error occurs the DERR or
SERR bit in the CSR is set
and the error syndrome bits

1904
1903
1906
1907
1908
1909
1910
1911
1912

read from ECC are stored in
CSR Bits 10-5 es well ss the
address bits.
In Diegnost.c
Check Mode the error syndrome
bits will be read when CSR
Bits 10-5 are read.

1916
1917
1918
1919
1920
1921
1922

BITO01 DISABLE CORRECTION MODE
If this bit is set, no single
errors will be corrected.
A
single error will set CSR 4
and CSR 1S or a double error

1913
1914
1913

1923
1924
1925
1926
1927
1928
1929
1930
1931
1932
1933
1934

This bit is a Read/Mr
te bit
and is reset on power up and
BUS INIT.

will

set

CSR

end essert

BUS PBL if CSR 00 is asserted.
The 1K block of address
where
the error occurs will also
be stored in the CSR.
The
priority of

a SERR

and DERR

will be the same, 1.e., the
lest error information will
always be stored unless a DERR
precedes & SERR.
If 8 double
error occurse during 8 write byte
cxcle. the write portion of
the cycle will not be eborted.
The check bits written will

FVMJABO MSV11-J MEMORY DIAG.

MACRO

Y05.02

Monday 07-0Oct-85

16:57

Pege 42

SEQ 0041

1936

1937
1938
1939
1940
1941
1942
1943
1944
1945
1946
1947
1948
1949

have been

generated on

data written.

if a single or

existed

the

Th:s sesens that

double error

in the location accessed.

it would be clesred (unless the
errors were hard).
This bit

is & diagnostic

aid

to allow writing end reading
data from memory without
interference from the error
correction logic.

BITO0 UNCORRECTABLE ERROR
INDICATION ENABLE
If & double error occurs with
ECC enabled or a single error
or double error with ECC
dissbled, on a Read cycle to the
ncnor‘ end this bit is set,
then

BUS PBL will be asserted.

CVMUABO MSV1i J MEMORY DIAG.
1961

MACRO Y05.02

Mondey 07-Oct-85 16:57
5.2

Page 43

SEQ 0042

MSV11-L/P CSR

1962
1963
1964

19693
1966
1967
1968
1969
1970

1971
1972
1973
1974
1973
1976
1977
1978
1979
1980
1981
1982
1983
1984
1963
1986
1987
1988
1989
1990
1991
1992

1993

1994
1995
1996
1997
1998
1999
2000
2001
2002
2003
2004
2005
2006
2007
2008
2009
2010
2011
2012
2013
2014
2015

15 14 13 12 11 10 09 08 07 06 05 04 03 02 O1 OO
Bit assignments are defined as follows:
BIT15 PARITY ERROR
61714

RETRIEVAL

EQ8

memory

Extcnded QBUS
BITis

is zero.

order
addresses

the low
feiling

aveilable
when BIT14
11-17);
order
high
the
one,
failing

addresses

are

sveilable
(Bits 18-21
of address).
memory

umper dissbles thuo

;lgso that

only, snd equal to zero.

BITS
11-5
ADDRESS
With
set, they contain
hugh
order parit
ror

21-18

address

the

oddrcoo).

with
8ITi4
clesred.
they
contain
the low
order pnr-ty error ad-

(Bits
dress
address).

81702

PARITY

(0odd)

17-11 of

WRITE

Normal

when

perity

perity
other
when set.

BITOO ACTION ENABLE No
:
when
action
to
trap
when set.

vector

CVMJABO MSV11l J MEMORY DIAG.

MACRO Y05.02

Mondsy 07-Oct-85

16:57

Page 44

SEQ 0043

2017
2018

2019

2020
2021

2022
2023

6.0

SUB-TEST SUMMARIES

2023

6.1

Tests

2024

2026
2027
2028

2029
2030
2031
2032
2033
2034
2033
2036
2037
2038
2039
2040
2041
2042
2043
2044
2043
2046

2047
2048
2049
2050
2051
2052
2033
2054
2033
2036
2037
2058
2059
2060
2061
2062

TEST

BIT TEST OF ALL CSR'S/MATCH AcL CSR'S WITH MEMORY
(CSR Access may cause wrong Type of Traps)
2
TEST BANK O ACCESSES
Failures are fatel.

TEST

TEST BANKS 1-177 (OCTAL) FOR ZEROS AND ONES

Errors are not typed here
the configuration table
TEST

- only logged

ECC INHIBIT MGDE POINTER TEST
TEST

DIAGNOSTIC MODE DISPATCH ROUTINE
This test runs all the patterns
mode selected.

TEST

UNIQUE BANK TEST
Pattern 27

is run

in the

CvM w80 MSV1l1-J MEMORY DIAG.

MACRO Y05.02

Mondey 07-Oct-85

16:57

Page 45

SEQ 0044

2064
2063
2066

2067
2068
2069
2070
2071
2072

6.2

Tests

6.2.1

General Test Information

2073
2074
2075

X
Actual Tests are identified by symbolic locations "MTPXYY"” where
may be
.nl sub program indicator (AR,B,C,etc) or O and YY will be the

2077
2078
2079
2080
2081
2082
2083
2084

Setup

2076

2083
2086
2087
2088
2089
2090
2091

number of

the

test.

procedures for each test are identified by

“MTOOYY" where YY will be the number of the test.

Tests reside

symbolic locations

in 4 scripts that are scenned for execution.

locetion

*"MKCSRT*

Bank

Parit

Symbolic

a table of tests that cen run once for each

ECC baenk. Symbolic location
"MKPAT” is
a
tasble
of
tests
that
can
run on eech Bank of ECC memory.
Symbolic location "MJPAT” is a table of tests that can run on
each

memory.

Symbolic

location

"FSPAT”

tests that cen Zc run in Field Service Mode (command 5).

is a table of

The 1st 3 scripts are congloteln controlled by the APT
E-table
(even
if
not
running
under APT).
odifications to this table can be made
(1) with APT, or (2) menuslly.
Example E-table Segment:
;sTHE FOLLOWING LOCATIONS SPECIFY WHICH TESTS

1ARE TO BE RUN FOR PARTICULAR MEMORIES
H

;REFERENCE THE TABLE LISTED BELOW TO RELATE BITS TO TESTS.

;BITO SET WILL RUN THE FIRST ENTRY IN THE TABLE, BITO SET
+IN THE SECOND WORD WILL RUN THE 17TH ENTRY IN THE TABLE...

sNOTE«eNULL TESTS DO NOT TAKE ANY TIME

$DDUO:
$DDW1:

$00M2 :
$00U3:
$00u4 :
$00WS :

.WORD
.WORD

.WORD
.WORD
.WORD
. WORD

127717
177777

177777
177777
177777
177777

RECOMMENDED VALUE

;ECC CSR TESTS
;ECC CSR TESTS

;ECC TESTS
;ECC TESTS
sPARITY TESTS
;PARITY TESTS

177777 TABLE = MKCSRT:
177777 TABLE = MKCSRT:

103777
177777
003777
177774

TABLE
TABLE
TABLE
TABLE

=
=
=
=

MKPAT:
MKPATY:
MJUPAT:
MJPAT-

guzuNPOOOQOUOUNPOOOQOM.uNr—

[ ST VLNE VT RT NENY VY VN

rfi:nrn—wrunnhuflnrn-wrn-ppu-wrn-nrnGt Gt WIANI R RIRI NN R R R =2 0 pd pb bt put ot 0 Pt

TN UT XY NY N7 NT NY XY NT NY XY VY ¥Y V7.9

CVMJUABO MSV11-J MEMORY DIAG.

2137

MACRO

Y05.02

Mondeay 07 -0ct-85

6.2.2

16:57

Page 46

SEQ 0045

Specific Tests

Basic Data Test

6.2.2.1

Test O

Writes

Reads R2

into a 16K Bank.

This is used for Zeros and Ones testing and in Field Service Mode

any console selected Test.

It can execute out of the USER Instruction PAR's.
NOTE

It is
frequently
modified
dynamically
such
that
(1) it returns after writing
only
(the ist NOP
is
replaced
with
a
RETURN)

(2)

(the code PERRO2 snd

with INC 80PATERR).

only counts Errors

NOP

are

replaced

for

CVMJABO MSV11-J MEMORY DIAG.

MACRO Y05.02

Monday 07-0Oct-85 16:57

Page 47

SEQ 0046

2142

2143
2144

21453

2146

2147
2148
2149
2150

NN RRVNRN

ARARAA
AL
et
) 4

21;5

6.2.2.2

Test 1

Writes

Reads

addressed

Address Test
an

incrementing

into a 16K Bank.

pattern

equivalent

It can execute out of the USER Instruction PAR's.

physical

CVMUABO MSV11-U MEMORY DIAG.

MACRO Y05.02

Mondsy 07-Oct-85 16:57

Pege 48

SEQ 0047

2161

216?
2168

2164

2163

Test 2

Complement Address Test

2166

6.2.2.3

2168

Writes the complement of the physicel address from high

2169

2171

2172
174

addresses
low (write down) and reads from low addresses to high (read up).

This provides the complement of the coverage of Test 1 in both date

pattern and addressing sequence.

It can execute out of the USER Instruction PAR's.

CVMJUABO MSV11-U MEMORY DIAG.
2176
2177
2178
2179
2180
2181

g{gg

2164

MACRO Y05.02

Mondsy 07-0Oct-85 16:57

6.2.2.4

Writes

Test 3

Page 49

SEQ 0048

3 XOR 9

Reads a Test that complements as

address

bits

end

g%:z

change.

2187
2188

This test is run 4 times (1) with Zeros Ones,
(3) with 401 Ones, and (4) with Ones
Zeros,

2191

It can execute out of the USER Dete POR’'s, the User Instruction PAR's,

g%gg

2192

2193

the 401 is to force a the parity bits to become

(2) with Ones
401. The test of
involved.

the Kernel Dats PAR's and the Supervisor Data PAR's.

CVMUABO MSV11-J MEMORY DIAG.

MACRO Y05.02

Monday 07-Oct-85 16:57

Test 4

Page 50

SEQ 004

Rotating Zeros Test

2202

6.2.2.5

2204
2205

Writes a background pattern of Ones. Rotates a Zero Cerr
Bit left
thru each per of bytes (18 times) end then checks that the carry is

2208

It cen execute out of the User Data PAR‘'s and the Kernel Date PAR's.

2206

Zero end the word (2

bytes) is still ell Ones.

2210

2213

2214
2215
2216

NOTE

It is not uncommon to observe

the

deate
equal to the bad datas.
indicates that the cerry was not
after 18 ROLB'Ss.

his
clear

CVMUABO MSV11-J MEMORY DIAG.
2220
2221
2222
2223
2224
2225

MACRO Y05.02

Monday 07-Oct-85 16:57

Test 5

Page 51

gggg

6.2.2.6

Rotating Ones Test

2220
2229

Writes & beckground pattern of Zeros. Rotates @ One carry bit left
thru esch peir of bytes (18 times) end then checks that the Cerry is a

2230

One ond the Word (2 Bytes) is still all Zeros.

2232

This provides the complement of the coverage of Test 4 in date.

ggg;

It cen execute out of the User Datea PAR's and the Kernel Dates PAR's.

2231

2233
2236

2237

NOTE

2239
2240
2241
2242

It is not uncommon to observe the good
dats equal the bad data.
This indicates
thet the Carry was not set sfter 18
ROLB's.

2238

2243
2244

SEQ

005

0050

CVMJABO MSV11-J MEMORY DIAG.

MACRO Y05.02

Monday 07-Oct-85 16:57

Page 52

2246

2247
2248
2249
2230
2231

gggg

6.2.2.7

Test 6

Initiel Dete Test

2254
229%3

Writes Reeds a double word first with all bits O except 1 (for every
bit position), Second with all bits 1 except 1 (for every bit

2256

position).

2258

This is @ very auick check of the data paths.

2257
2239

SEQ

€

0051

CVMJABO MSV11-J MEMORY DIAG.

MACRO Y05.02

Monday 07-Oct-85 16:57

Page 53

SEQ 0052

2261
2262

2263
2264
2263
2266
2267
2268
2269
2270
2271
2272

6.2.2.8

2274
2273
2276
2217
2278

60000,

2273

2279
2280
2281

2282
2203
22064
2283

Test 7

Address Bit Test

Writes a background of all Zerocs.
Read Address 1 for s O Byte.
Complement Address 1.
need Address 1 for a non O Byte.
For sach Address Bit position from Bit 1:

Virtuolzggéog. 10. 20, 40, 100, 200, 400,
Physicel (60002, 60004,

60010,

., 62000, 64000, 70000,

60020,

140000,

Read Address for a 0 word.
Complement Address contents.
Read Address for & non-zero word.

This

1000,

60040,

100000)

4000,

1000¢C,

60200,

60400,

2000.
60100,

is @ very auick check of the address bit uniqueness.

CVMJABO MSV11-J MEMORY DIAG.
2287
2208
22089
2290
2291
2292

2293

MACRO Y05.02

Mondesy 07-Oct-85

6.2.2.9

Test 10

16:57

Pege 54

053

Byte Addressing Test

With ECC Disabled.
Writes all ones to a double word.
fFor each of the 4 Bytes in the Double Word.
Clears one byte.
Reeds oll 4
tes from double word.

Checks for onIy proper byte clear.
All other bytes set

This

to all

ones.

is only done on one double word address.
NOTE

This

is run

for

ECC memory

only

0 (0 Gl Lt
0 0 Gl Gt Gt U

AL A) 2 0ot us Pt g put ot P

[ =2"
-1 RNT. JV Y 3¢ 7N}

LYRSLVI,VT
V1 V] V1 VT VY V)

CVMJUABO MSV11 J MEMORY DIAG.

MACRO

Y05.02

Monday

6.2.2.10

Oct

lest

16:57

Page S5

SEQ 0054

Bas:c Double Bit Error Test

Write the CSR to enable diag mode with s double bit error

chec: bits of 110011 end Uncorrectable Error Indiceation
enebled.

Mrite firet AUT in 8 16k bank with deta ¢f ell zero's.
This will write the check bits in (1)

Reed address.,

this should cause » double bit error.

is asserted and we check

Read the CSR
Indicator.

for e perity trap to occur.

for check bits

BUS PBL

in (1) and Uncorrectable Error

Hrite ones to the high byte of the address under test.
Since
a DBE exsists at this address the write should be sborted.
Read address snd check

for a Parity trap to occur as a result of (S)

Repeat S end 6 for date of ones
write abort end parity trap.
This test

checks

to see

if a double bit

in the

low byte and check

error will be

byte write of a double bit error will be aborted.
NOTE
This

test

is only

run

for

the

MSV1l-J

for

sborted and a

CVMJUABO MSV11-JU MEMORY DIAG.
2352
2353
2334
2338
2356
2337

2358

2359
2360

2361

MACRO Y05.02

Mondsy 07-Oct 85 16:57

6.2.2.11

Test 1/

Holding 1's

Page 56

SEQ 0055

O's Test

Write a 16K Bank with

2364

Read each Word

2366

Do (1-2) again for a complement Test.

2362

2363
2365

2367

2368

alternating

writ
ng a Byte at @ time.

Bytes

Zeros

or correct Test.

This checks the memory for the capability of hold'ng O's

1l's.

Ones

CVMUABO MSV11-J MEMORY DIAG.

MACRO Y05.02

Mondsy 07-Oct-85 16:57

Pege 57

SEQ 0056

2370

2371
2372
2373
2374
23738

gg;g
2378

6.2.2.12

Test 20 Syndrome Bits to the CSR on a SBE Test

Write CSR with check bits to correct b:t O of the first AUT

gg:s

MHrite AUT with date of O's creating a SBE.

2383

Cleer CSR.

gg:z

Reed the AUT to clock the esddress and syndromes into the CSR.

ggg;

Read the CSR for the SBE

2389

MWrite the CSR to diag mode to clock the syndrome bits into

gg:g

Read the (SR for the proper syndrome bits.

gggg

Repeat 1-7 for all 16 data bits.

2396
533;

Repeat 1-8 for data of ones so that & correction will occur
from a 1 to » zero.

2399
2400

This test checks to see that the EDC chip can detect Single Bit
errors for all 16 datas bits by checking for CSR bitéd4 and that

gg;g

2384

ggg?

g:g%

16k bank from s O to a 1 with diag mode.

CSR bits S 11.

the proper syndrome bits are placed in the CSR.

2403

2404

2403
2406
2407

indicator, bit 4.

NOQTE
This test

is only run

for

the MSV11-J

CVMUABO MSV11-J MEMORY DIAG.

MACRO Y05.02

Monday

07 Oct-85

16:57

Page

SEQ 0057

2409

2410
2411
2412

2413

2414

2415

2416
2417
2418

2419
2420
2421

2422
2423
2424
2425
2426
2427
2428
2429
2430
2431
2432

6.2.2.13

2443
2444
2445

2646
2447
2448
2449
2450
2451
2452
2453
2454
2455
2456
2457
2458

Marching O's

1's Test

Write a Background of alternsting Bytes of Zeros

the 16K Bank addressing Down

For
(a)
(b)
(¢)

For the 16K Benk addressing Up
(a) Reead check a word
(b) Byte Swap a word
(c) Read check & word

For
For ghc 16K Bank addressing Up
TM
ead check a word

Read check a word
Byte Swap & word
Read check & woro

(o) Byte Swap a word
(c) Read check a word

2433

2434
2435
2436
2437
2438
2439
2440
2441
2442

Test 21

For the 16K Bank addressing Down
(s) Read check a word
(b) Byte Swep a word
(e¢) Read check a word

This checks the

integrity of the 32 B8it Double Words.

It can execute out of the User Data PAR's.

NOTE

It is not uncommon to see
&
misleading
error typeout because the second test in
each cese is based upon
a
byteswap
of
the first test which may or may not have
feailed.
If the error
report
indicates

errors
in pairs with the bed bit in the
second
report
being
the
same
bit
position
relative
to
s
byte then you
should

ignore the second error report.

Ones

MWrite a diagonal Test of ones on every KDIAG(TH) stripe

write zeros elsewhere.

Example:

2471

2472

2473

Address

MS|

eeeeceemeccmaaaa

LS8's

=000

2474
2478
2476
2477
2478
2479
2480
2481
2482
2483

COOHOOOr

2469

is on addresses not bit positions.

OO0OrOO00+
0O

This Test

000

g:g;
2470

Refresh Test

o000
00

Test 22

=000

2464

5:22

6.2.2.14

SEQ 0058

OO0+ OO0Or

2462
2463

Page 59

OOrOo00Oro

2461

Mondey 07-Oct 85 16:57

OO0O0

2460

MACRO Y05.02

Oro00=00

CVMJABO MSV11-J MEMORY DIAG.

2484

NOTE

2486
2487
2488

Example uses KDIAG of value 4 more typical is a value
of 8.
Consult the symbolic definition of "KDIAG” in
the program listing to be sure.

2485

2489
2490
2491

2492

2493
2494
2495
2496

g:g;

2499
2500
2501
2502
2503

Disturb each row for > 3.2ms

Read check diagonal pattern

Co (1-3) KDIAG times moving the

Do (1-4) for s complement pattern
(zeros in a background of ones)

placement

stripe to cover all address positions.

2504

NOTE

2306
2307
2508

This test
is not normally
executed
except under APT or ACT.
It mey be
invoked VIA Field Service Command 13
(Kamikaze Mode).

250S

2509

2510
2511
2512

the

diagonal

CVMJUABO MSV11-J MEMORY DIAG.
2514
2515
2316
2317
2318
2519
2320
2321
2522

2523
2324
2523
2326
2327
2528
2329
2530
2331
2532
2333
2534

MACRO Y05.02

Monday 07-0Oct-85 16:57

6.2.2.15

Similar
for

Test 23

Page 60

SEQ 0059

Shifting Diagonal Test

in overall operation to test 22 except

refresh and disturb rows.

does

NOTE

This
test
is
not
normally
or
APT
under
except
invoked VIA
Field
(Kamikaze Mode).

Service

executed
It may be
Command
13

not

delay

CVMUABO MSV11-J MEMORY DIAG.

MACRO Y05.02

Mondey 07-Oct-85 16:57

Page 61

SEQ 006

2536

25%7
2538
2339
2540

Test 24

Fast Galloping Pattern Test

gg:é

6.2.2.16

2543

This does a classical gelloping

2544

2545
2346

pattern

except

incremented by 400 Octal (every 64th double word)

that

2347

NOTE

2549
2550

This test
is not normally
executed
except under APT or ACT.
It may be
invoked VIR Field Service Command 13

2548

2551

25%2

2553
2334
25535

(Kamikaze Mode).

address ng

CVMJUABO MSV11-J MEMORY DIAG.
2337
2558
2339
2360
2361
2362
2363
2364
2363
2366
2367
2568
2569
2370
2371
2372

2573
2574
2573
2376
2577

MACRO Y05.02

Mondey 07-0Oct-85 16:57

6.2.2.17

Test 26

Write Random Data

Page 62

SFQ

Random Date Test
in 8 16K Bank while

incrementing the Addresses.

Read check Random Data.

This routine regenerates the same random numbers

using

the

same

seed 88 the write sequence.
After the read check the seed is updated
so that the next use of this pattern will not invoke the same sequence
of random numbers.

I? you wish to chenge the random sequence so that it is different than
sny other run in the same configuration then there are 2 ways of doing
®0.

Modify symbolic locations “SECDHI"” and "SEEDLO" to sny number

Enter Field Service Mode and execute this Test (commend S)
on some (eny good) bank for a short time (30 sec or so).

you like.

This cen execute out of the User Date PAR's,

and the Supervisor Dats PAR's.

the

Kernel

Data

PAR's,

00F1

CVMJABO MSV11-J MEMORY DIAG.
2390
2391
2392
2593
2394
2393

gggg

2598

2599
2600

2601

2602

2603
2604

2605
2606

MACRO Y05.02

Monday 07-0Oct-85 16:57

6.2.2.18

Test 27

SEQ 0062

Pege 63

Unique Benk Test

This Test uses Test O to write

benk
.

read the Bank

number

esach

It does not test Banks thet require relocation to test.

It does not run as part of any

script but rather is alweys

normal pattern tests are complete.

run

after

CVMJABO MSV11-J MEMORY DIAG.

MACRO Y05.02

Mondey 07-0Oct-85

16:57

Pege 64

SEQ 0063

2608
2609
2610
2611
2612

2613
2614
2613
2616
2617
2618
2619
2620
2621
2622
2623
2624

6.2.2.19

Test 30

Flush Out DBE's Test

This Reads esch locetion then moves the old value back

done

with

possible).

in.

This

ECC Disabled and therefore corrects any DBE's or SBE's (if

It does not run es pert of eny script but rather is always run just
prior
to the End of Pass
Code.
es part of a Control “C” (Hoot)
commend, es part of End of Pass shutdown for ACT or XXDP Chain Mode,

es part of h.ng;ng sequence after an error if under ACT or APT,

part of 8 shutdown sequence directed by Switch 8 (Halt Progr.as.

and as

CVHUABO MSV11-J MEMORY DIAG
2626

MACRO Y05.02

Mondey 07-0Oct-85 16:57

SEQ 0064

g:g;

6.2.2.20

g:zsg

Rationslizetion

2632
2633

2631

In order to concentrate the memory cycles of a test into a particuler
sddress, we must cut the overheed cycles to @ ainisum. Freguently.

22:32

beckground in which any complemented bit maey find it hard to survive.

2637
<638

The SOB instruction is the only PDP-11
instruction that
is (1
e
single operend, (2) cen be repestedly executed at the seme PC end, (3)

2641
2642
gw

Hence, it cen be possible to SOB a MOS cell to desth {(or at leasst
brain wash him), and to SOB & core into over-heating (or et lesst warm
discomfort).

2645
2646

The SOB Routine will be loeded end called with RO set equal to the SOB
constent “SOBK”, R1 set equsl to the complement of @ “SOB RO, ."

g:;g

Simplified SOB Example:

26351

1s:

2634

262“33

2281

2652

the

Test 31

Page 65

instruction

SOB-A-LONG Test

iteelf

provide

adequate

dete

set

cen escape this repetitious loop.

Instruction "100776".

2653

2654

S08

RO,1$

;508 till RO underflows

R1,.18

;Read

MOV

R1,1¢

8EQ

check not 508

:Skip if 0K

2655
2656
26357

24:

2662

The velue of the SOB constant cen be found st symbolic locetion "SOBK”

2665
2666
2667
gg:g

This test is not in the normal script of execution but may
be added
via the APT E-TABLE, reference symbolic locations "MKPAT”, "MJUPAT",
“$0DW2-5". Field Service Mode commend 8
is the normal wmethod of
running this pattern,

2658
2659

gzfi

SOBFAIL
S08MOV1
SOBMOV2

iWrite complement of SOB8

SOoBMOV3
SOBMOV4

(typicel 25 decimeal).

2670

2
2673

2674
2678

222;'3

;Trep report error
;Code to rt self moved
iForward 1 word and run again

This test
is not norsally
executed
except under APT or ACT.
It may be
invoked VIR Field Service Command 13

(Kemikeze Mode).

CVHMJUABO MSV11-J MEMORY DIAG.

HACRO Y05.02

Mondey 07-0Oct-85 16:57

Pege 66

SEQ 0065

2680
2681
2602

2683

2604

26085

6.2.2.21

2608

Thies test ceuses a WRITE, READ, WRITE, READ,

2691

out the error.

2689
2690
2692

2693
2094

2693
2696

2697

2698

Test 32

)

m)‘“’

Urite Recovery Test

end if the 1let, 3rd, Sth,
the 2nd, 4th, 6th, ... RE

...

to occur

memor

...READ is bad the proYr.- may bomb or i
is bed the program wil
grecefully type

Write Recovery Test
This test differs from other tests in that it consiste

of a small test program ectuslly running in the benk under test.
The program is self modifyi
and may be difficult to debug.

To aid in the

. resember that the lmk and margin are being

dmloygd. This will allow the user to at lesst see which msemory

2699

2701
2702
2703

ond the other 1/2 containing “177667%. "177667" is the complement
of "JMP (RO)” instruction. R2 contsins "COM -(R1)”" inetruction
on entry to the bank end 1 contains the highest test eddresse in

2700

2704

2708
2706

feiled.

The test consists of 1/2 of the benk stored with "MOV R2,-(PC)”

that bank.

If you understand this so far the rest is essy.
The_test execution is es follows:

2707

1. The "MOV R2,-(PC)” instruction executes stori

2708
2709
2710

the contents of R2 in the sddress it vaceted (
to -(PC).
2. Since
R2 contains @ “COM -(R1)" instruction it cosplements
the hi
st eaddrese under test. this address contained

2711
2712
2713

“177667" so after the COM -(R1) it equals 110
cleverly thie is the “JP (RO)” instruction.
3. This sequence continues until the "MOV R2,-(PC)~

2714

instructions reach the middle of the test bank.

27118

then the "JMP (RO)” instruction is met

2716

and executed. RO contained the return addrese back

to test 13.

2717

g;{g

4. These steps sre repeated for eech bank under test.

2720

2721

2722
2723
2724

2723
2726
g;gz

.
This

test

.
is

NOTE
not

except under APT
invoked VIA Field
(Kemikaze Mode).

normally

executed

or ACT.
It may be
Service Command 13

CVMJABO MSV11 J MEMORY DIAG.

MACRO Y05.02

Mondey 07-0Oct-85 16:57

Page 67

2731

27132
2733
2734
273%

27%6

g;g;

6.2.2.22

Test 33

8Brench Gobble Test

2739
2740

This test loeds & small routine
into the memor
under
test.
The
routine moves itself along in memory one word after each pess so that

27413
2742

when it resches the end every
instruction has executed from ovor{
location w'th the exception of the beginning and end of each tes

2745

S;:g

code to move the progrem slong is as follows.

2749

BGIEST:

g;:z

2748

2150

2751
2752
2753
2754

215S
27156
2157
2758

area.

The Brench Gobble's general format sfter you eliminaste setup code

BRGOBB:

14:

ADCB
8MI
INCB
BR

BGTEST
i
BGTEST.1
BRGOBB

;INC LOW BYTE
(END LOOP AFTER 128 TIMES
;INC HIGH BYTE
;LOOP 128 TIMES

ERROR
CLv
INCB

BGTEST

:ERROR TRAP
;CLEAR V-BIT
;INC HIGH BYTE ONE LAST TIME

8vC

;BRANCH IF V-BIT CLEAR (SHOWD NOT BE)

B8vSs

27%9

B8CS

2761

8Ml

2760

2762

3;23
4

2765

3%:

code

Exerciser

2768

exerciser

2769
2170

211N

2172
27113

2174
21718
2176

2117
27178
27179

;BRANCH IF V-B8IT SET (SHOWLD BE)

;BRANCH IF C-BIT SET (SHOULD NOT BE)

;BRANCH IF N-BIT SET (SHOWD BE)

;ERROR TRAP

RETURN

2766

2767

ERROR

4%
Thie

:TEST WORD

SEC

24:

and

ori

ion011¥

DZQKR-A.

came

from

first

the

POP-11

Femily

Instruction

MOS memorys fell succepteble to this

section of ever
that since.
diagnostic and it has ZQen an important memory
)
is

NOTE

This
test
not
normally
executed
except under APT or
ACT.
It may be
invoked VIA Field Service
Commend
13
(Kemikaze Mode).

CVMJUABO MSV11-U MEMORY DIAG.
2781
2782
2783
2784
2785
2786

2787
27088

2789
2790
2791

2792
2793

2794

2795

2796
2797
2798
2799
2800
2801
2802
2803
2804
2805

MACRO Y05.02

Mondey 07-Oct-85

6.2.2.23

Test 34

16:57

Pege 68

SEQ 0067

Soft Error Test

Rationslization

MOS chips have a failure mode

bits.
cell

in which they

cen randomly pick or

This is ceused b{ Alpha particles Zoabording the cell.

is very small (end

they sre)

drop

If the

then the electrons displaced by

the

Alpha
particle
ere sufficient to cause the cell to change from s one
to & zero or from a zero to 8 one.
This test

is controlled bg the main

The configuration table

create
es

ream.

Test

inval idated

background.

This Test

125252

because

end

program 80

32525

that

used

on alternste passes of the

is used to flag banks that have

another

Test

was written over this

is nothing more than & clever use of Test O.

to
the

CVMUABO MSV11l J MEMORY DIAG.

Mondey 07 Oct-85 16:57

MACRO Y05.02

Page 6%

SEQ 0068

2807
2808

2809

2810
2811
2812

ggiz

2815

6.2.2.24

Test 35

\Morst Case Parity Test

2016

Force Write Wrong Parity in each 1K word block of the

5819

Read with Parity Trepping enabled, making sure

2822

Meke sure error address bits are set correctly.

2824

MWrite good parity without trapping, and

Eg{;

2820
2021

2823

2825

2826
2827
2828
2829

Under Test.

occurrs,

occurrs when read.

make

2830

NOTE

2832
20633

This test is run for parity memory which
is not controlled by the same CSR as the

2831

g:gg

program,

HMemory

¢that

trep

sure

treap

CVMJABO MSV11-J MEMORY DIAG.
2837
2838
26839
2840
2841
2842

284Y

2844
28204

2847
20848
2849
2830
28351
2832
2833
2854
2853
2036
2837
28358
2859

2860
2861
2862
2063

MACRO

Y05.02

Monday 07-Oct-85

Test

6.2.2.25

16:57

Page

36 Correction Code Test

Write CSR with check bits to correct b't 0 of the first address

Mrite AUT with data of O's.

Reed AUT for correction of bit O from @ 0 to a 1.

Repeat

Repeat 1-4 for data of ones so that a correction will occur

in & 16k benk

from a

from @ O to a 1 with diag mode.

1-3 for all
1

16 date bits.

a zero.

This test checks to see that the EDC chip cen correct Single Bit
Errors for all 16k data bits from a 1 to a O and vise verss.
NOTE
This

test

is only

run

for

the MSV11-J

CVMJABO MSV11-J MEMORY DIAG.

MACRO Y05.02

Monday 07-0Oct-85 16:57

Page 71

SEQ 0070

2865
2866
2867
20868
2869

2870

g:;:

2873

6.2.2.26

Test 37

Check ECC Disable Test

Write CSR with ECC disable, Diag mode, and SBE check bits

2876

Write AUT mith data of zero’'s.

2879

Read AUT for data of zeros insuring no correction was made.

2874

2873

28177
20678

2880
2081

3
288
sggg
2886
2887
2888
2889

of 000010.
memory
.

This should write check bits to

NOTE
This test

is run on the MSV1il1-J only.

CVMJUABO MSV11-J MEMORY DIAG.

MACRO Y05.02

Mondey 07-Oct-85

16:57

Peage 72

SEQ 0071

2891
2892
2893
2394

Test 41

6.2.2.27

Address to CSR on DBE Test
and Double Bit error

Diag mode,

Write AUT with data of zeros creating a DBE.

Write CSR with ECC disable,
check bits of 010011

Read AUT to detect DBE and to clock address

20895
2896
2897
2898
2899
2900
2901
2902
2903
2904
2905
2906
2907
2908
2909
2910
2911
2912
2913
2914
2915
2916
2917
2918

Read CSR for correct address

Increment address by lk and repeat 1-4 until 16k

This test

in bits 5-11.

insures that the correct address appears
NOTE

This test

is run on

into CSR

a MSV11-J only.

is done.

in CSR bits 5-11 on e DBE

CVMJABO MSV11-J MEMORY DIAG.

2920
2921
2922
2923
2924

2925

Monday 07-0Oct-85

SEQ 0072

Write CSR with SBE check bits of 000010 with Disgnostic Mode.

g;éte low address in a 16k bank with data of zeros cresting a

Extended Address to CSR on Error Test

Clear the CSR.

ggg;

Test 42

Page

Read address to detect SBE.

6.2.2.28

16:57

Read CSR for correct address and the SBE

2926

MACRQ Y05.02

Enable CSR bit 14 to check the Extended address bits.

2940

Read CSR for correct address bits

2942

Repeat 1-7 with a test address that is the highest in a 16k bank.

gggg

2931

gggg
2934
2933
2936
2937
2938
2939
2941

2943

2944
gg:z

)

This test checks to see that the correct address bits apppear in the CSR.
This

is also repeated for the Extended Address function

2947

2948

2949

2950

2951

2952

2953
2954

indicator bit #4.

NOTE

This test

is only run for the MSV11-J

in the CSR.

CVM 'ABO MSV11 J MEMORY DIAG.
2956
2957
2958
2959
2960
2961
2962
2963
2964
29693
2966
2967
2968
2969
2970
2971
2972

2973
2974
2978
2976
2977
2978
2979
2980
2981
2982
2983
2904

2985
2986
2987

29A8

MACRO Y05.02

Mondey 07-0ct-85

6.2.2.29

16:57

Test 43

SEQ 0073

UWrite Byte Test

Write CSR to Diog mode with check bits of 001100.
correspond to dstes of zeros.

Write first AUT with data of one in bit zero.
effectively creates a SBE in byte O.

These

The write

Clear the CSR

Write byte 1 of the AUT with data of all ones.
Read CSR to check for SBE

indiceation.

Write the CSR to Diag mode.

Resd the AUT to check for the correct data -- all ones
and all zeros

in low byte.

in high byte

Read the CSR to check for correct check bits corresonding to the dats
read in (7).
These check bits are 000110.

Repeat (1)-(8) this time creating an error
byte 0

in (4).

in byte 1 (2) and writing

This test checks to see that a SBE will be corrected during the read portion of the
byte write and that correct checkbits will be generated on the write.

FOIN|
29%0
2991
2992

2993
29954
2995

Page 74

NOTE
This test

is only

run

for the MSVi1-J

CVMJUABO MSV11-J) MEMORY DIAG.
2997
2998
2999
3000
3001
3002

3003

Monday 07-Oct-85 16:57

6.2.2.30

Test 44

Page 75

SEQ 0074

Shifting Checkbits through the CSR Test

3005

Write CSR to Diag Mode to Enable Checkbit register.

3007

Urite CSR with check bits of 000001, ECC disable and Diag mode.

3004

MACRO Y0S5.02

Write memory with date of zeros.

3006
3008

3009

3010

into memory.

Complement check bits pattern end write CSR as

3011
3012
3013
3014
5015
3016

Read CSR

3017
3018
3019
3020
3021

This should write tne check bits

for complement check

in (2).

bit pattern.

Read memory to read check bits written

in (2)

Read CSR for corret check bits written

in (2).

into CSR.

3022

Shift check bit pattern and repeat (1-7) till CSR bits 5-10 are done.

Complement check bit pattern in (2) and repeat (1-8) shifting a zero

gggz

10.

gggz

through a field of ones.

Repeat 1-9 for every 100 octal locations in 16k

3027

This test checks the ability to read check bits from the CSR to memory and beck.

3029
3030

and a zero thro
e field of ones.
This tests the Checkbit/Syndrome bit register
ond Check bit RAM's.,
This test is done for every 100 octal locations in 16K,

3028

3031
3032

The test

is done twice.

Once shifting @ field of a one thro

3033

NOTE

303%

This test is only run for the MSV11-J

3034

3036
3037
3038
3039
3040

a field of zeros

3065
3066

3067
3068
3069

3070
gg;g

DIAG.

MACRO

Y05.02

TM_adey

6.2.2.31

07-0Oct-85

Test 45

16:57

Page

SEQ

Syndrome Bits to the CSR on a DBE Test

NN
e
-

3047

3048
3049
3050
3051
3052
3033
30%4
3055
3056
3057
3058
3059
3060
3061
3062
3063

MEMORY

Write CSR with Dieg mode to enable Check/Syndrome bit Register.

3042
3043
3044
3045
3046

MSV11-J

Read CSR for correct Syndrome bits of 111111.

CVMJABO

Repeat (1-8) with Muliple Bit Error check bits of 111100 and
corresponding Syndrome Bits of 110000,

Write CSR with DBE check bits of 110011 with Diag mode.
Write memory with data of zeros creating s DBE.
Cleer CSR.
Read memory

Reed CSR

to detect DBE.

for Uncorrectable error

indiceator.

Write CSR to Diag mode to read Syndrome bits

This test checks the sbility of the CSR to detect a DBE and read for the proper

Syndrome bits generated by the €EDC chip.
This test
bits corresponding to a Multiple Bit error.

is then repeated with check

3073

NOTE

3075

This test .s only run for the MSVii-J

3074

3076
3077

into CSR.

0075

CVMJUABO MSV11-J MEMORY DIAG.

MACRO Y(5.02

Mondey 07-Oct-85

16:57

Pege 77

SEQ 0076

3079
3080
30681

3093
3094
3095
3096

3097
3098
3099
3100
3101
3102
3103
3104

Write CSR with check bite to correct bit 0 of the first address
in @ 16k bank from 2 0 to 8 1 with diag mode end ECC disabled.
N

3089
3090
3091
3092

Check Single Bit Errors with ECC Disabled Test

Write AUT with datas of O's thus creating & SBE.
Write the CSR to ECC dissble.

3087
-088

Test 46

6.2.2.32

Read AUT to detect SBE.

00N

3085
3086

Check to see that no trap occured.

30084

Repeat

3082
3083

Repeat 1-7 for data of ones so that e correction will occur

Read CSR to see thest uncorrectable error (CSR15)

from a

1-6
1

for all

is set.

16 deta bits,

to a zero.

Repeat 1-8 except

in steps (3) the CSR

is written to ECC Disable

and BUS PBL enable end (5) we check for traps.

This test checks to see that SBE asre treated a uncorrectable errors with ECC

The test is repeated 2 times, once with traps disabled and egain
Diseble.
with it enabled.
this is done for all 16 possible SBE
conditions.
NOTE
This test

is only

run

for the MSV11-J

CVMJABO MSV11-J MEMORY DIAG.

MACRO Y05.02

Mondesy 07-0Oct-85 16:57

Page 78

SEQ 0077

3117

3119
e
3122

3%52
é;;;

6.2.2.33

Test 47

NO CSR Update In SBE with exsisting DBE test

1. Write the CSR to Disg mode to enable Checkbit/Syndrome bit Register.
2. UWrite the CSR with DBE check bits of 110011 end Diag mode.

gis:

Hrite memory with deta of zeros cresting e DBE.

3130

UHrite CSR with SBE check bits of 000010 and Disg mode.

3134

Cleer CSR.

3138

Read CSR for correct address snd Uncorrectable error indicator

§i§§
siég

[

:U:MN

ol oo (7]

ey »

3}23

-0

o
1]

3147

3150

S. Hrite memory 4k above address in (3) creating e SBE.
7. Read memory with address in (3) to detect DBE.

9. Reed memory with addrese in (S) to detect SBE.
10. @c.?aSSR for SBE

indicator and no change

in DBE stetus

in CSR

This test checks to see that no updete will occur
memory when 8 DBE elreedy exists.

in the CSR with @ SBE

NOTE
This

test

s only

run

for

the MSV1l1-J

MACRO Y05.02

Monday 07-Oct-85 16:57

Pege 79

SEQ 0078

U G Gt U6 Lt Lt 4 G O

ol 0 (0 (e

20000 AAAAAAA

CVMJUABO MSV11-J MEMORY DIAG.

6.2.2.34

Test 999 Null Test

This is en instant return added to preserve the softwere structure.

This test replaces any real tests when the APT E-Teble does

specify a test to be run.

not

U (ot Gt Gt 0 (0 (ot Lt (0 (o Gl
ot (il Gt (o b L 0 (0 L (8 b 8 0 L8 (0 8 L 0 G (Ut
e0
1t 4t (e
P P P Pt it P P P Pt Pl P b i P e P o P b b Gt ot Pt Pt
§080200080
~NOADUN-O
O STRRLES2EIIIRGRAR2S
3

CVMJUABO MSV11 J MEMORY DIAG.

MACRO Y05.02

Monday 07-Oct-85

7.0

PRCGRAM FEATURES

7.1

Fast

Pege 80

SEQ 0079

Date Access Rates

One of the
main
ereas
of
concern
in
testing
memory
in
systems
environments
s speed.
One of the prime res.ons that system programs
like
RSTS,IAS
end
MUMPS
can
crash
due
to
memorv
failures
not
detectable
by
memory diegnostics (0-124K,0 2 MEG.etc.) 18 beceuse of

multiple NPR devices contending for the bus.

After some delay

NPR

:o:ico tbcconeo bus master and does several memory traensfers at mesory
ata

rates.

On the
other
hand
most
diagnostics
when
writing
reedin
and/or
checking peatterns
spend most of their time fetching instructions and
operands out of their program space
and proportionslly
little
time
accessing the mesmory under test.

This diagnostic's error detecting abilities have been optimized sround
the princr‘ design criteria of speed.
To this end the following steps

have been

7.1.1

tasken.

Feast City

Utilizetion of Memcry Management Registers
as
Non
Memory
Bus,
Non
QBUS,
Bipolar
Memory.,
Since User Mode is only used for relocation
and Data Spece is never used, then subroutines cen
be
executed
from
the
UIPAR's,
UDPAR's,
KDPAR's,
SOPAR's
and
with some Bit Pattern
restrictions the UIPDR's,
The

progrem

runs

UDPDR's,

Kernel

KDPDR's,

mode

mode for mapping

referred to

in the program as Fest C:ity.

Patterns are

subroutines

purposes.

and

Supervisor

that

are

and SDPDR’s.

Patterns

ere

moved

this

18-Bit PDP-11's cannot execute from
the
PAR's
becsuse
their
PAR's sre only 12

bits wide;
they slso have no Supervisor
Mode .
Therefore,
sll
peatterns
are
executed
in
ncnor;.
using
(reference Section
7.5).

7.1.2

S08‘'s

executed

All core patterns and some MOS

NOTE

3209
3210
3211
3212
3213
3214
3213
3216
3217
3218
3219

16:57

User

Mode

Bipolar

region

CVMJUABO MSVI11-J MEMORY DIAG.
3221
3222

3223
3224
32235
3226
3227
3228
3229
3230
3231
3232
3238
3234
3233
3236
3237
3238
3239
3240
3241
3242
3243

3244

3245
3246
3247
3248
3249

3250
3251
3232
3253
3254
3235
3256
3237

3258
3259
3260
3261
3262
3263
3264
3265

MACRO

Y0S.02

Oct-85

16:57

Page

Utilizetion of the
full
PDP 11
slgorithms (principslly the S08).

StQ ooac

Instruction

7.1.3

CACHE

18 used between pattern tests t> decrease

Set

speed

program

pass

pattern

times.

CACHE can be defeated by the operator (reference section 2.4.3.1).

7.2

Benk

Zero

Testing

B8ank Zero has been traditionally neglected by memory
the

following reeson.

diagnostics

for

The vector space exists there and
ALL
traps
must not
access
test
pattern
date.
If the srea is tested the disgnostic must not use eny
treps, and it is against the rules for power to fail.

Systems with Memory Management cen overcome this because sll treps are
to Kernel Virtual speace even if the power should fail (casution must be
observed because power up goes to ph;sicol
address
24
(becsuse
the
Memory Management Unit comes up off)).
However, Catch 22 is that the diagrostic is not APT compatible
mode because APT Accesses Physical
Memory Locations.

in this

The PDP-11/83 cen over come this because the QBUS Maep cen

APT,

fool

Because of the previous srguments this progrem does
not
relocate
in
the
true
since
of
the word (i.e.
no position independent code was
written (at least not on purpose)). but rather this grogron moves
end
remogs
(heresfter
referred
to
ss
relocates).
his
enables
the
complete testing of Bank Zero or any other pro?r.n spece or privileged
space exactly as all other benks are tested.
The conditional test to
see if a bank is protected is complemented when relocated).
NOTE
The program will
first

3266
3267
3268
3269

3270
3271
3272
3273
3274

Mondey

pass

relocate

under

APT;

grogr.m will remain fixed

7.3

Memory Configuration Map

only

after this,

the
the

in Banks 0 and

CVMUABO MSV11 U MEMORY DIAG.
3276

3277

3278

3279
3280
3281
3282

32683
3204
32685
3286
3287
3288
3289
3290
3291
3292
3293
3294
3295
3296
3297
3298
3299
3300
3301
3302
3303
3304
3303
3306
3307
3308
3309
3310
3311
3312
3313
3314
3315
3316
3317
3318
3319
3320
3321

MACRO

Y05.02

Mondey

This map

Oct

is printed out

16:57

Pege

SEQ 0081

immedistely after o-z.ng.tho memory unless SWé

is set (reference section 2.4.1).
It cen ealso
printed st any leter
time in Field Service Mode (reference section 2.4.4.8.7)
Exemple:

ERRCRS

MEMORY CONFIGURATION MAP
16K BANKS
2
3
4
s

7
1
6
012345672%23456701234567012345670123456701234567012345670123

MEMTYPE EEEEEEEPPPPPPPPPPPPPPPPPPPPPPPPEEEEEEEEEEECEEEEEEEE! EEEEEEE
CSR
000000001111111122222222222222224444444444444444444.
44444400
PROTECY PP

1
1
1
1
1
1
1
0
1
2
3
4
S
6
4567C.234567012345670123456701234567012345670123456701234567

RROR

ERRORS
MEMTYPE EEEE

CSR

PROTECT

4444

Displeyed are Banks 0-77 Octal (1 meg words).
If
the
Fat
Terminal
Switch
was set (reference section 2.4.1) then all Banks (0-177) would
be shown.
If this wes en 18-Bit POP-11 (eg - 11/23), orly
Banks
0-7
would be printed.
The

fields:

wnA0RS:
The sizing routine could not write

11,

zeros end ones

hence they are marked os bad with X's.

Banks

:
ERRORS
MEMTYPE;

Banks C-7 are Memor

T{pc € (MSV1l1-J),

and

Benks

10-37

ere

Memor Type P (n§v1 -L./P) eand Banks 40-77 are memory type
E(HSV{l-J . Banks 100-167 do not exist.
CSR:

CVMJUABO MSV11 U MEMORY OIAG.

MACRO Y05.02

3323
3324
3325
3326
3327
3328
3329
3330
3331
3332

Monday 07-Oct-85

SEQ 0082

10-17 to

(SR

172102,

ond 20-37 to intcrY:.vcd CSR's 172104 and 172106 end banks

40-77 sre assigned CSR

17210.

PROTECT:

Banks O and 1 are protected because they are progrem

space.

Benk
O
end 1 cen also be protected because they are in the
bottom 16K of an MSV11-L/P CSR.
The protection i1s hierarchicel
end program space
overshadows MSV11-L/P protection.
Banks 0
end 1 will not be tested until the
program
relocates.

3333

3353
3334
3333
3336

Page 83

Benks 0-7 are assigned to CSR 172100,

3334

3335
3336
3337
3338
3339
31340
3341
3342
3343
3344
3343
3346
3347
3348
3349
3350
3351
3352

16:57

7.4

Everything You've Always Wanted To Know About SUPERMAC

...

SUPER MAC is &
set
of
structured grogr.nning macros
*hat
aellows
progrems to be written in @ high level, easily understood language.
As a general
rule.,
most
SUPER-MAC
statements
can
be
single-line
statements or multiple-line (nested) block statements.
A single-line
statement must be completed on one source line;:
no continuation lines
are
allowed.
Single-line statements should be as short snd simple as
possible.
Comments nuz slso be included on a source
line.
Al
the
neral

rules,

conditions,

etc.,

that

UPER-MAC.
Spacing on a source lne is very
should be separasted by a comma or a space.

for
op.cing.
fFor
different than A «

example:

The

govern MACRO-11 slso govern

important.
The
elements
Tabs should never be used

expression

A+B

interpreted

3357
3358
3339
3360
3361
3362
3363
3364

All the conuitional statements can be written as multiple-line
nested
blocks.
Each level of necting within 8 block must be terminated with
an associsted END statement.
ach level of nesting should be indented

3366
31367

$UP53623CEACA11

3365

two spaces.

User written macros or assembly language insiructions may be
included
in
a
program if desired.
As a debugging aid, if the symbol LST$$ is

defined, it
will ceuse generated code and labels to
be
listed.
All
progrons must begin with the macro call SMACIT.
This call initializes
n

egal PDP-11 source and destination operands are legal

16:57

le Source File
.E
L ABS
.ENABL AMA
.MCALL .SUPER
. SUPER

Page 84

i1LST$8=0
BITS=40

.PAGE

;LET EXAMPLES

MOV
END ;OF

IFB A EQ

MOV
ELSE
MOV

8
J
J

:= D

)g)

I
MDD
. N
12} o
>
k-

MOV

END ;0f
IF8 A EQ
MOV
ELSE

I _+=m
O N

MOV

END ,;0F
IF A EQ

END ;OF IF
IF A EQ

MOV

TRUE
23,0
IF A
FALSE
34,E
IF B
B THEN LET C
B
c.0

IF A IS
MOV
END ;OF
IF B IS
MOV
END ;OF
IF A EQ
IF ALT
MOV
ELSE

; IF EXAMPLES

op_
O

»Lom

LET RO :=
LET B :
LET
LET
LET
LET

3420
3421
3422

7.4.1

Monday 07-0ct-85

........

3377
3378
3379
3380
3361
3382
3383
3384
3383
3386
3387
3388
3389
3390
3391
3392
3393
3394
3395
3396
3397
3398
3399
3400
3401
3402
3403
3404
3405
3406
3407
3408
3409
3410
3411
3412
3413
3414
3415
3416
3417
3418
3419

Y05.02

OC000O0O0O0O000

3369
3370
3371
3372
3373
3374
3378
3376

MACRO

CHIOMMOO®>

CVMUABG MSV11-J MEMORY DIAG.

AND C EQ

ANDB C EQ

SEQ 0083

CVMJUABO MSVil-J MEMORY DIAG.
3424

3425

3426
3427
3428
3429
3430
3431
3432

3433

MACRO Y05.02

Mondey 07-0Oct-85

16:57

Paege 85

END ;0F IFB A
IF RESUWLT IS EQ
A,B
MOV
END ;OF IF RESULT
BITS SET.IN A
IF
Moy

8,C

END ;OF IF
BITS
BITS OFF.IN A
IF
MOV
c.D
BITS
END ;OF IF

;ON.ERROR IS LIKE AN IF STATEMENT ON THE C-BIT
;ON.ERROR EXAMPLES
ON.ERROR
MOV

A,B

MOV

C.B

ELSE

END ;0F ON.ERROR
ON.NOERROR
MOV
C,.B
ELSE
MOV _ A,B
END ;0F ON.NOERROR
ON.ERROR THEN LET A :8= B
:FOR EXAMPLES
FOR I :=
-5 70
23
A
INC
END ;OF FOR I
FOR RO :=
O TO
140 BY
4
DEC
A(RO)
END ;0F FOR RO
FOR I :=
133 DOWNTO
3 BY
ADD
_A,B
END ;O0F FOR I

;BEGIN EXAMPLES

BEGIN ALPHA
FOR RO :=
O 70
167
Move
A(RO),8
O THEN LEAVE ALPHA
IF 8 LT
END ;0F FOR RO
FOR RO

400 TO0

567

O THEN LEAVE ALPHA
IF 8 GE
END ;OF FOR RO
END ALPHA
; $RETURN EXAMPLES
$RETURN
$RETURN ERROR
$RETURN NOERROR

;CASE EXAMPLES

MOV
A.RO
CAEE RO

SEQ 0084

CVMJABO MSV11-J MEMORY DIAG.

Mondey 07-0Oct-85 16:57

MACRO Y05.02

3478
3479
3480
3481
3482
3483

B8
C
]
3
F
END :0F CASE RO

3485

.END

3484
3486

3487

3488

g:gg

7.4.2

3492
3493
3494
3495
3496

3497
3498
3499
3500
3501
3502
3503
3504
3508
3306
3507

3508

3509

gg{g
3512

3513
3514

3515
3316
3517

3518
,519
3520
3521
33522
33523
33524
3525

3526
3527
33528
3529

3530

SEQ 0085

Semple Listing File (with No Expanded Macros) - -

.MAIN.

3491

Page 86

MACRC M1111

O01-APR-79 16:41

AGE 2

1 000000
2
3
4 000000

6
7
8
9
10
11
12
13
14
15
16
.MAIN.

000000
000002
000004
000006
000010
000012
000014
000016
000020
000022

.ENABL ABS
.ENABL AMA
.MCALL .SUPER
. SUPER
;LST$4=0

000040
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000

MACRO M1111

A:
8:
C:
0:
E:
F:
G:
H:
I:
J:

O1-APR-79 16:41

PAGE 3

18
19 000024

20 000030
21 000044
22 000056
23 000072
24 000100
25
26 000106
27 000114
28 000122
29 000122
30 000130
31 000136
32 000136
33 000154
34 000164
35 000172

B8ITS=40
0
0
0
0
0
0
0
0
0
0

:LET EXAMPLES
LET RO := A

012737

000023

000006

012737

000034

000010

013737

000004

000006

LET B := C + D
LET E := F +
1
LET G := H « 2
LET J := J +» 01
LET A :8= B
:IF EXAMPLES
IF A IS TRUE
MOV
23.0
END ;OF IF A
IF 8 IS FALSE
MOV
34,E
END ;OF IF 8
IF A EQ B THEN LET C := O
IF
ALT B
MOV
c.0
ELSE

CVMJABO MSV11-J MEMORY DIAG.
3532
3333

3534
3335
3536
3337
3538
3539
3340

Mondey 07-Oct-85

MACRO Y05.02

36
37
38
39
40
41
42
43
44
4S
46

47
48
49
50
51
S2
S3
S4

SS
56
S7
S8

59
60
61
62

64
65
66
67
68
69
70

71
72
73
74

.MAIN.
75
76
77
78
79

80
81
82
83

000174
000202
000202
000222
000230
000230
000250
000256
000256
000276
000304

000306
000314
000314
000334
000342
000344
000352
000352

000354
000362
000362
000372

000400
000400
000410
000416
000416
000420
000426
000430
000436
000436

000440
000446
000450
000456

16:57

Page 87

013737

000010

000006

013737

000012

000014

013737

000012

000014

013737

000016

000022

013737

000010

000022

013737

000016

000022

013737

000010

000022

013737

000000

000002

013737

000002

000004

013737

000004

000006

013737

000000

000002

013737

000004

000002

013737

000004

000002

013737

000000

000002

MACRC Mi11l

O1-APR-79 16:41

000456
000466
000474
0003500

000514
000516
000522
000534

005237

000000

005360

000000

SEQ 0086

MOV
E,D
END ;0F IF
A
IF A EQ B AND C NE D
MOV
F,G
A
END ;OF IF
IF
AEQ B OR C NE D
MOV
F.G
END ;OF IF A
IFB AEQ B AND C EQ
MOV
H,J
ELSE

MOV
E,J
END ;OF IFB A
IFB A €EQ B ANDB C EQ
MOV
H.J
ELSE
MOV
E,J
END ;0F IFB A
IF RESULT 1S EQ

MOV _ A,.B
END ;0F IF RESULT
IF
BITS SET.IN A
MOV
8,C
END ;OF IF
BITS
IF
BITS OFF.IN A
MOV
C,D
END ;:0F IF
BITS
1ON.ERROR IS LIKE AN IF STATEMENT ON THE C BIT
;:ON.ERROR EXAMPLES
ON.ERROR
MOV
A,B
ELSE
Mov_
C,.B
END ;0F ON.ERROR
ON.NOERROR
MOV
C.B
ELSE
MOV
_A.8
END ;OF ON.NOERROR

PAGE 3-1
ON.ERROR THEN LET A
;FOR EXAMPLES
FORI :=
-57T0
23
INC
A

:8= 8

END ;OF FOR I
FOR RO :=
0O TO

140 BY
4
DEC
A(RO)
END ;OF FOR RO
FOR I :=
133 DOWNTO
3 BY

000566
000566
0003570
000576
000604
000614
000620
000626
000636

063737

Page 88

000000

000002

ADD
A.8
END ;0F FOR I

;BEGIN EXAMPLES

BEGIN ALPHA

116037

000000

FOR RO

000002

400

$RETURN
$RETURN ERROR
$RETURN NOERROR

013700

000000

s CASE EXAMPLES

000000
000002
000004
000006
000010
000012

END

MACRO M1111

O1-APR-79 16:1C

CASE RO

o
er
as
ws

PAGE 3

0000000000

.ENABL ABS
.ENABL AMA
.MCALL .SUPER
. SUPER
LST$4=0
81IT5=40

000000

000000
000000

;OF

.END

000000

000000
000002
000004
000006
000010
000012
000014
000016
000020
000022

1 SRETURN EXAMPLES

.MAIN.

167

A(RO),.8B
TO

567

O THEN LEAVE ALPHA
IF 8 GE
END ;OF FOR RO
END ALPHA

Sample Listing File (with Expanded Macros)
MACRO M1111
O1-APR-79 16:10
PAGE 2

7.4.3

O TO

O THEN LEAVE ALPMA
IF B LT
END ;0F FOR RO

000001

MOvVB

FOR RO

000636
000640
000644
000650
000654
000664
000666
000670
000672
000674
000676
000700

SEQ 0087

3616
3617
3618
3619
3620
3621
3622
3623
3624
3625
3626
3627
3628
3629
3630
3631
3632
3633
3634
3635
3636
3637

000542
000550

84
85
86
87
88
89
90
91
92
93
94
95

16:57

CHRIOMMOO®>®

3614
3615

Mondey 07-Oct-85

OVRNOVE WK

3586
31587
3388
3589
3390
3391
3392
3393
3594
3595
3596
3597
3398
3599
3600
3601
3602
3603
3604
3603
3606
3607
3608
3609
3610
3611
3612
3613

MACRO Y05.02

[

CVMJABO MSVil-J MEMORY DIAG.

CVMJABO MSV11-J MEMORY DIAG.
3639
3640
3641
3642
3643
3644
3643
3646

3647
3648
3649
3630
3631
3652
3633
3654
3633
3636
3637
3638
3639
3660
3661
3662
3663
3664
3663
3666
3667

MACRO Y05.02

Monday 07-0Oct-85
18
19 000024
000024
20 000030
000030
000036
21 000044
000044
000052
22 000056
000056
000064
23 000072
000072
24 000100

000100

25
26 000106
000106
000112
27 000114
28 000122
000122
29 000122
000122
000126
30 000130
31 000136
000136
32 000136
000136
000144
000146
000154
33 000154
0001354
000162
34 000164
35 000172
000172
000174
36 000174
37 000202
000202
38 000202
000202
000210
000212
000220
39 000222
40 000230

16:57

Page 89

SEQ 0088

tLET EXAMPLES

LET RO := A
MOV A,RO
LET 8 := c.0

013700
013737
063737

000002
000002

013737
005237

000012
000010

000010

013737
062737

000016
000002

000014
000014

062737

000001

000022

113737

000002

0G0000

005737
001403
012737

000000
000023

;s IF EXAMPLES

IF A IS TRUE
IST

000002

000034

000010

000000

000002

013737

000006

000004

023737
002004
013737

000000

000002

000004

000006

000010

000006

001003

000403
013737

Le:

LS:
LS:

023737
001007
023737
001403
013737

000000

000002

000004

000006

000012

000014

END

IF 8 IS FALSE
ST 8
BNE L1
MoV

Li:

023737

23,0
;Of IF A

MOV

000006
LO:

005737
001003
012737

BEQ LO

END

;OF

34.E

IF 8

IF A EQ B8 THEN LET C
CHP A,8
BNE L2

MOV O,C

IF A LT
CMP A,B
BGE L3
MOV
c.0
ELSE
BR L4
MOV
€,0
END ;OF IF A

IF A EQ B AND C NE D
CMP A,B
BNE LS
cqp C,D

BEQ LS
MOV

END

;OF

F,G

)]

CVMJUABO MSV11-J MEMORY DIAG.
3691
3692
3693
3694
3693
3696
3697
3698
3699
3700

3701
3702
3703
3704
3708

35706

3707
3708
3709
5710
3711
5712

3713
3714
3715
3716
3717
3718
3719
3720
3721
3722
3723
37104
3723
3726
3727
3728
3729
3730
3734
3732
3733
3734
3733
3736
3737
3738
3739
3740

3741
3742
3743

MACRO Y05.02

HMondey 07-0Oct-85

000230
41 000230
000230
000236
000240
000246

.MAIN.

44 000256

000256
000264

000266
000274
45 000276
46 000304

000304
000306

47 000306
48 000314

000314
49 000314
000314

50 000334
51 000342
52 000344
53 000332
54 000352

55 000354
56 000362
57 000362

58 000372

59 000400

Page 90

SEQ 0089
LS:

023737
001404
023737
001403

HTMMACRO M1111

000250
42 000250
43 000256
000256

16:57

000000

000002

000004

000006

O1-APR-79 16:10

013737

000012

000014

000000

000002

000004

000001

000016

000022

(000010

000022

000403

013737

L6:

000000

000002

000004

000001

000016

000022

000010

000022

000403
013737

L10:

000000

L12:

000002

000040

000000

000002

000004

L1S:

60 000400
032737

000040

000000

IFB A EQ B AND C EQ
CHMPB A,B
BNE L10
cMP C, 1
BNE L10
ELSE
B8R L11

M,
J

MOV
E,J
END ;0F IFB A

IFB A EQ B ANDB C EQ@
CMPB A,8
BNE L12
cHPB C, L
BNE L12

ELSE
BR L13

H,J

MOV
E,J
END ;0F IFB A

IF RESULT IS EQ
BNE L14
MOV

L14:
032737
001403
013737

F.G

;OF IF A

MOV

L13:

001003
013737

MOV

END

MOV

L1l:

123737
001010
123727
001004
013737

AEQ B ORC NE D
A.B
L6
C,0
L7

PAGE 3-1

L7:

123737
001010
023727
001004
013737

IF
CMP
B8EQ
cMP
BeQ

END

A.8

;OF IF RESWLT

BITS SET.IN A
IF
BIT5.A
8IT
8EQ L15
Hov
8,C
BITS
END ;OF IF

IF
81T

BITS OFF.IN A
BITS5.A

CVMJUABO MSV1i-J MEMORY DIAG.
3745
3746
3747
3748
3749
3730
3751
3732
3733
3734
3738
3756
3737
3758
3759
3760
3761
3762
3763

3764

3763
3766
3767
3768
3769
3770
31
3772
3773
3774
3778
3776
37117
3778
3779
3780
3781
3782
3783
3784

3783

3786
3787
37886
3789
3790
5791
3792
3793
3794

3795
3796

MACRO

Y05.02

Mondey 07-Oct-85
61

000410

013737

62 000416
000416
63
64
65 000416
000416
66 000420
67 000426
000426

000403

68 000430

013737

000430

16:57

Pege 91

000004

SEQ 0090

#ov

000006
L16:

71
72

73
74

76
144
78
79

81
82

;0F

BITS

;ON.ERROR IS LIKE AN IF STATEMENT ON THE C-B17
sON.ERROR EXAMPLES

103004
013737

000000

ON,ERROR
8cC L1?

000002
L17:

000004

000002

69 000436
000436
70 000436
.MAIN.

END

C.D

L20:

MACRO M1111

O1-APR-79 16:10

103404
013737

000004

000002

000000

000002

L21:
L2e:

103003
113737

A.B

Mov

(.8

END

;OF ON.ERROR

ON . NOERROR

PAGE 3-2

000403
013737

MOV
ELSE
B8R L20

000002

L2 3

8Cs L21
MoV
C.B
ELSE
BR L22
MOV
A.B
END ;OF ON.NOERROR

ON.ERROR THEN LET A
B8CC L23
MOV B.A

;FOR EXAMPLES

012737

177773

005237

000000

005237
023727
003770

000020
000020

000020

000023

FORI

80:

CLR RO

J5360

000000

062700
020027

000004
000140

A
INC
END ;OF FOR I
INC I
ce I, 23
BLE B0
FOR RO

005000

-5T0

:8- B

O TO

DEC _ A(RO)
END :0F FOR RO

ADD

4,RO

CHP RO,

140

140 BY

CVMJABO MSY11-J MEMORY DIAG.
3798
3799

3800
3801
3802

3803

Mondey 07-Oct-85 16:57

MACRO Y05.02

Pege 92

003771

83 000534

85 000550

012737

El:

000133

000020

063737
162737
023727
002366

000002
000020

89 0003570

91 000604

92 000614
000614
MAIN.

E2:

83:

005000

116037
005737
002415

000002

000167

012700

000400

€E4:

Ol1-APR-79 16:10

FOR I :=
133 DOWNTO
MOV
133.1

ADD

3 BY

A.B8

END ;0F FOR 1
2.1
suB
ce I, 3
B8GE B2
BEGIN ALPHA
FOR RO

CLR RO

005737
002004

000261
000207

000241
000207

0 10

167

A(RO),B
O THEN LEAVE ALPHA

IST 8
BLY ES3
END ;OF FOR RO
INC RO
CMP RO, 167
BLE B4
FOR RO

MOV

400.RO

400 TO

567

PAGE 3-3

IF 8 GE

000002

O THEN LEAVE ALPHA

000567

ES:
E3:

000207

MOV
IF 8 LT

8s:

95 000636

98 000640

000002

005200
020027
003766

005200
020027
003771

97 000636

BLE B1

:BEGIN EXAMPLES

MACRO M1111

93 000620

82:

000020
000003

87 000366

88 000366

SEQ 0091

END ALPHA

1 SRETURN EXAMPLES
$RETURN
RTS PC

$RETURN ERROR
SEC

RYS PC
SRETURN NOERROR

CLC

RTS PC

MACRO Y05.02

100
101 000650
102 000654
000634
000656
000660
103 000664
104 000666
105 00067C
106 000672
107 000674
108 000676

3832
3853
3834
3835
3836

3037
3838
3839
3860

3888
3889
3890
3891
3892

3893
3894
3893
3896
3897
30898
3099
3900
3901

013700
010046
006316
004737
000000
000002
000004
000006
000010
000012

16:57

Page 93

000000

SEQ 0092

;1CASE EXAMPLES
MoV

CASE RO

MOV RO, -(SP)
ASL @sP

JS: PC.L24

000700

062616
013646
004736

END

L24:

.END

Memory Management Mapping
HMemory Management Mapping For The

PAR

SUPERVISOR

NS WO

7.5.1

Program
Program
Program

7.5.2

;0F CASE RO

ADD (SP).,8SP
MOV 8(SP)+,-(SP)
JSR PC,8(SP).

000001

7.5

A,RO

Test
Arees
Test Area
Test Ares
Test Ares
Perif Page

11/83

USER

Program
Program
Program

Program
Program
Program
Map to CSR's

Perif

Page

Dst Bk /Fst
Src Bk /Fst
Src Bk /Fet
Src Bk /Fst
Ost Bk /Fet
Dst Bk /Fst
Dst Bk /Fst
Dst Bk /Fst

Mem
Men
Mem
Mem
Mem
Mem
Mem
Mem

Memory Management Mepping For QBUS-11's With Supervisor Mode (eg 11/238)

PAR

SUPERVISOR

USER

3879
3880
3801
3882
3883
3804
3885
3886
3887

000700
000702
000704

Progrem
Program
Progrem
Test
Arees

Dst Bk
Src Bk
Src Bk
Src Bk
Dst Bk
Dst Bk
Dst Bk
Dst Bk

~NONB LN

3861
3862
3863
30864
3863
3866
3867
3060
3869
3870
3871
3872
3873
3874
3875
3876
3877
3878

Mondey 07-Oct-85

Mmoo

CVMUABO MSV11-J MEMORY DIAG.

Test Ares
Test Aree
Test Area

Perif Page

Program
Program
Program
Map to CSR's
Perif Page

CVMJUABO MSV11-J MEMORY DIAG.
3908

MACRO Y05.02

Mondey O7 Oct 85 16-57

Page 94

;28;

7.5.3

3906

PAR

KERNEL

USER

3908
3909
3910
3911
3912

c
1
2
3
4

Program
Program
Program
Program
Program

Program/Dst Bk
Progrem/Src Bk
Progrem, Src Bk
Test Area/Src Bk
Test Ares/Dst Bk

3914
3918

6
7

Mep to CSR s
Perf Page

Test Area/Dst Bk
Perif Page/Dst Bk

3907

3913

Memory Mansgement Mapp ng For GBUS 11 s W/o Supervisor Mode (eg 11/23)

Progrem

Test Area/Dst Bk

CVMUABC MSY/11

J MEMORY DIAG.

Y05.02

Monday

LLIST
.ENABL
.ENABL
.DSABL

3919

3920 003000

3921

3922
3923
3924
3923
3926
3927
3928
3929
3930
3931
3932

3933
3934
3935
3936
3937
3938
3939
3940 000000

MACRO

;iNOTE:

Oct

163000

SEQ 0094

CVMJAO.SML IS THE SUPER.MAC SOURCE AND IS RELEASED WITH
ALL THESE

.MCALL STATEMENTS REFERENCE

THAT FILE.

LMCALL
.MCALL
.MCALL
MCALL

SMACIT,..PUSH,..POP,..TAG,..BRAN,
.EMIT, .EMJTN, .EMITL, EN]TR
.IFOPR, .1S,.GENBR, OPADD,.OPSUB,CLEAR,SET,CLEARB,SETB
RNE,REQ,RLT,RGE
,RGT,RLE,RPL ,RMI,RH],RLOS.RHIS,RLO,RCS.RCC
IF,.OR,.IFARI,.LEAVE,.GOTO,OR,AND,
THEN,ELSE WHILE ,CASE

.MCALL
.MCALL
.MCALL

$S$ENO,LEAVE,JUMPTO,GOTO,PUSH,POP
,LET
.SIMPLE,.ARITH,ORB,ANDB,IFB,UNTILB,WHILEB,ON.ERROR
, ON.NOERROR
$CALL,$RETURN

.MCALL

000001

Page

T0C
ABS
AMA
GBL

;THIS PROGRAM,

000000

16:57

NLIST
LLIST
.NLIST
LSTss=
$SWR=
;;REIT

FOR,TO,DOWNTO,REPEAT
,UNTIL, "HRU,END ,BEGIN

TTM
MC.SYM
TM“D,CND,.ME
O
163000
1

:I WANT FAT PAPER!
;. IST MACRO CALLS, SYMBOL TABLE
;DON'T LIST MACRO DEFS & CONDITIONALS & EXPANSIONS
;DEFINED TO LIST SUPERMAC EXPANSIONS
;USE THESE SYSMAC SWITCHES
;FIRST TEST NUMBER TO ONE(1)

CVMUABO MSV11 J MEMORY DIAG.

Y05.02

Monday

07-0ct-85

16:57

. age

SEQ 0095

.SBTTL

DEFINE

TRAPS

;ALL ENTRIES HERE MUST HAVE A CORRESPONDING ENTRY IN THE

;sTRAP

TABLE

“$TRPAD“

;e TRAP DEFINITIONS

(NEAR END OF PROGRAM).

{HERE IS HOW TRAPS WORK IN THIS PROGRAM

:ALL TRAPS EXECUTE A “TRAP" INSTRUCTION WHICH TAKES THE PROGRAM
;TO SYMBOLIC LOCATION “$TRAP*

:AT $TRAP THE PROGRAM PICKS UP THE RIGHT BYTE OF THE TRAP INSTRUCTION

;AND INDEXES INTO A TABLE AT LOCATION "$TRPAD" WHICH SENDS THE PROGRAM TO
; THE SPECIFIC ROUTINE TO HANDLE THAT SPECIFIC TRAPS TASK.

:THE ULTIMATE DESTINATION OF A TRAP INSTRUCTION CAN BE GUESSED AT AS FOLLOMS

NOP
NOP
NOP
KERNEL
NOP

;ENTER KERNEL MODE

ADD A DOLLAR SIGN TO THE SYMBOLIC NAME AND CHECK THE CRF FOR SOMETHING CLOSE
IN THIS CASE THE CRF HAS $KERNE LISTED AS 032546
AT LOCATION 32546 YOU FIND THE ROUTINE $KERNEL

sEXAMPLE:

3943
3944
3945
3946
3947
3948
3949
3950
3931
39352
3933
3954
3955
3956
3957
3938
3959
3960
3961
3962
3963
3964
3965
3966
3967
3968
3969
3970
3971
3972
3973
3974
3975
3976
3977
3978
3979
3980
3981
3982
3983
3984
39835
3986
31987
3988
3989
3990
3991
3992
3993
3994
3995
3996
3997
3998
3999

MACRO

TRAPS

NOTE

THAT CRF SYMBOLS ARE

TRUCNATED TO 6 CHARACTERS

SYMBOLIC NAMES GREATER THAT 6 CHARACTERS ARE USED SO I CAN
REMEMBER WHAT THEY MEAN!

®r

DEF INE

ALL GOOD TRAP ROUTINES RETURN VIA AN

104401
104402
104403

TYPETT= 104401

"RTI“

INSTRUCTION

::TTY TYPEOUT ROUTINE
;; TYPE OCTAL NUMBER (WITH LEADING ZEROQS)

TYPOC=
TYPQS=

104402
104403

104405

TYPDS=

104405

104407
104410

GTSWR=
CKXSWR=

104407
104410

13GET _SOFT-SWR SETTING
33 TEST FOR CHANGE IN SOFT-SWR

104411
104412

ROCHR=
RDLIN=
RDOCT=
RODEC=

104411
104412
104413
104414

s TTY TYPEIN CHARACTER ROUTINE
+:TTY TYPEIN STRING ROUTINE
i +READ AN OCTAL NUMBER FROM TTY
; sREAD A DECIMAL NUMBER FROM TTY

104413
104414

s TYPON= 104404

: TYPBN= 104406

;1 TYPE OCTAL NUMBER (NO LEADING ZEROS)

;s TYPE OCTAL NUMBER (AS PER LAST CALL)
;. TYPE DECIMAL NUMBER (MITH SIGN)

1 : TYPE BINARY (ASCII) NUMBER

104415
104416

SAVREG= 104415
RESREG= 104416

: $SAVE RO-R5 ROUTINE
: iRESTORE RO-RS ROUTINE

104417

KERNEL=

:ENTER KERNEL MODE

104420
104421
104422

ENERGIZE=104420
DEENERGIZE=104421

104423
104424

CACHON= 104423
CACHOFF=104424

KMAP =

104417

104422

: TURN ON MEMORY MANAGEMENT & TRAPS
; TURN OFF MEMORY MANAGEMENT & TRAPS

sMAP KERNEL

TO 1

; TURN ON CACHE
:TURN OFF CACHE

CVMJABO MSV11-J MEMORY DIAG.

DEF INE

4000
4001

4002
4003
4004
4005
4006
4007
4008
4009
4010
4011
4012
4013
4014
4015
4016
4017
4018
4019
4020
4021
4022
4023
4024
4025
4026

4027

4028
4029

4030
4031
4032
4033
4034
4035
4036

MACRO

Y05.02

Monday

Oct

16:57

Page

SEQ 0096

TRAPS

104425
104426

LOADCSR= 104425

104427
104430
104431
104432
104433
104434
104435
104436
104437
104440
104441
104442
104443
104444
104445
104446
104447
104450
104451
104452
104453
104454
104455
104456
104457
104460
104461
104462
104463
104464

PERRO1~
PERRO2=
PERRO3=
PERRO4
=
PERRO7=
PERR10O=
PERR11=
PERR12»
PERR13=

104465
104466
104467

READCSR=104426

104427
104430
104431
104432
104433
104434
104435
104436
104437
104440
104441
104442
104443
104444
104445
104446
104447
104450
104451
104452

PERR14=
PERR15=
PERR16»
PERR17»
PERR20»
PERR21=
PERR22=
PERR23=
PERR24
=
PERR2S*
PERR26=
PERR27= 104453
PERR30= 104454
PERR31= 104455
PERR32= 104456
PERR33= 104457
PERR34= 104460
PERR3S5= 104461
PERR36= 104462
PERR37= 104463
PERR4O= 104464
PERR41= 104465
PERR42= 104466
PERR43= 104467

;LOAD CORRECT CSR
;READ CORRECT CSR
; PROGRAM DETECTED ERROR
;PROGRAM DETECTED ERROR
;PROGRAM DETECTED ERROR

:PROGRAM DETECTED ERROR
1PROGRAM DETECTED ERROR
;PROGRAM DETECTED ERROR

: PROGRAM DETECTED
:PROGRAM DETECTED
:PROGRAM DETECTED
;PROGRAM DETECTED
+PROGRAM DETECTED
; PROGRAM DETECTED

ERROR

ERROR
ERROR
ERROR

ERROR

+PROGRAM DETECTED ERROR

: PROGRAM DETECTED ERROR
+PROGRAM DETECTED ERROR
;PROGRAM DETECTED ERROR

1PROGRAM DETECTED ERROR
;PROGRAM DETECTED ERROR
+PROCRAM DETECTED ERROR

: PROGRAM DETECTED ERROR

+PROGRAM DETECTED ERROR
+PROGRAM DETECTED ERROR
: PROGRAM DETECTED ERROR

: PROGRAM DETECTED ERROR
: PROGRAM DETECTED ERROR
s PROGRAM DETECTED ERROR

; PROGRAM DETECTED ERROR

1PROGRAM DETECTED ERROR

;PROGRANM DETECTED ERROR

;sPROGRAM DETECTED ERROR
:+PROGRAM DETECTED ERROR

;PROGRAM OETECTED ERROR

;PROGRAM DETECTED ERROR

CVMJABO MSV11-J MEMORY DIAG.

DEFINE

4037
4038

4039

4040
4041}
4042

4043

4044
4043
4046

4047

4048
4049
4050
40351
4032
4033
4054
4055

4056
4037
4058

TRAPS

104470
104471
104472
104473
104474
104475
104476
104477
104500
104501
104502
104503
104504
104505
104506
104507
104510
104511
104512
104513
104514

MACRO Y05.02

Monday 07-Oct-85

ECCOIS= 104470
ECCIDIS=104471
ECCINIT=104472
ECC1INIT=104473
104474
CBCSR=
CB1CSR= 104475
WASSBE= 104476
WAS1SBE=104477
WASDBE= 104500
WAS1DB8E~104501

CLRCSR= 104502
CLR1CSR=104503
CHKDIS= 104504
CHK1DIS=104505
ENASBE= 104506
ENA1SBE=104507

TSTREAD=104510
INVALID=104511

ERRGEN =104512
CBREG
=104513
=104514
SYNREG

16:57

Page 98-2

;DISABLE ECC ON ALL CSR'S
sDISABLE ECC ON 1 SELECTED CSR
;INITIALIZE ALL ECC CSR'S

;INITIALIZE 1 SELECTED ECC CSR
;WRITE GENERATED CHECKBITS IN ALL CSR'S
;WRITE GENERATED CHECKBITS IN 1 SELECTED CSR
;WAS THERE A SBE ON ANY CSR?
;WAS THERE A SBE ON 1 SELECTED CSR?
+WAS THERE A DBE ON ANY CSR?

;WAS THERE A DBE ON 1 SELECTED CSR?
:CLEAR ALL CSR'S
;CLEAR 1 SELECTED CSR
:DISABLE ECC & WRITE CHECKBITS FROM ALL CSR'S
;DISABLE ECC & WRITE CHECKBITS FROM 1 SELECTED CSR
:ENABLE TRAPS ON SBE'S FROM ALL CSR'S
;ENABLE TRAPS ON SBE'S FROM 1 SELECTED CSR
;sTEST LOC (R1) & TST FOR SBE (WITHOUT FETCHES)
: INVALIDATE BACKGROUND PATTERN ON “BANK*
s+CHECK ERROR ADDRESS
:ENABLES CHECKBIT REGISTER
;ENABLES SYNDROME BIT REGISTER

SEQ 0097

YogAG.
CVMJABO MSY 11-J
OEFINE
B8AS IC POP11 STUF

4064

4065

4101
4102

4103
4104
4105

4106
4107
4108
4109
4110
4111
4112

4113
4114

4115
4116
4117

STACK

PSW=

177776

;PIRQ=

177772

sSTKLMT=177774

4072
4073
4074
4073
4076
4077
4078
4079
4080
40081
4082
4083
4084
4085

4099

KERSTK=

SUPSTK= 740
USESTK= 700
ERROR=EMT
SCOPE=-IOT

4056
4067
4068
4069
407
407
4

4100

DEFINE

Pege 100

BASIC PDP11 STUFF

;oINITIAL ADDRESS OF THE STACK POINTER
1 1FIRST ADDRESS OF THE STACK
2000
STACK=

4063

4086

Monday 07-Oct-85 16:57
.SBTTL

4061
4062

4087
4088
4089
4090
4091
4092
4093
4094
4095
4096
4097
4098

MACRO Y05.02

DSWR=
00ISP=
LKS=

177570
177570
177546

; 1 KERNEL STACK

1 : SUPERVISOR STACK
i sUSER STACK
+ 1BASIC DEFINITION OF ERROR CALL
: sBASIC DEFINITION OF SCOPE CALL
1 1PROCESSOR STATUS WORD

;1 STACK LIMIT REGISTER
1 1 PROGRAM INTERRUPT REQUEST REGISTER

: HARDWARE SWITCH REGISTER
: i HARDWARE DISPLAY REGISTER
;sLINE CLOCK (KW11-L) STATUS REGISTER

s sMISCELLANEOUS DEFINITIONS
HY=
11
; ;CODE
LF=
12
; +CODE
CR=
15
+ sCODE
CRLF=»
200
; :CODE
MFPT=
7
3+ tCODE

; sGENERAL PURPOSE REGISTER DEFINITIONS
: i STACK POINTER
1SP=R6
; i KERNEL STACK POINTER
1 KSP=SP

000006
000006

SSP=SP
USP=SP
;PC=R7

100000

SWiSe=

040000
020000
010000
004000
002000
001000
000400
000200
000100
000040
000V20
000010
000004
000002
000001

; s SUPERVISOR STACK POINTER
: sUSER STACK POINTER
: tPROGRAM COUNTER

;& "SWITCH REGISTER” SWITCH DEFINITIONS

100000

SWi14=
SW13=

40000
20000

SWii=
SWio=
SW9=

4000
2000
1000

Suieg=

10000

SWe~=

400

SWls=

SW7=
SW6=
SWS=
SWé =
SW3=
SW2=
SWO=

200
100
40
20
10
4
1

;#DATA BIT DEFINITIONS (BITOO TO BIT1S)

002000

8IT15=
8IT14=
8IT13=
BITi12=
8ITil=
81710

100000
40000
20000
10000
4000
2000

000400

8IT8=

400

100000
040000
020000
010000
004000
001000

FOR HORIZONTAL TAB
LINE FEED
CARRIAGE RETURN
FOR CARRIAGE RETURN-LINE FEED
FOR PROCESSOR TYPE INSTRUCTION

B8179=

1000

SEQ 0098

CVMJUABO MSV11-J MEMORY DIAG.
BASIC PDP11 STUFF
DEFINE
4118
4119
4120
4121
4122
4123
4124

4128

4126

4127
4128
4129
4130
4131
4132
4133
4134
4135
4136

4137

4138
4139
4140
4141
4142
4143
4144
4145
4146
4147
4148
4149
4150
4151
4152
4153
4154
4155

4156
4157
4158
4159

4160
4161
4162

4163
4164
4165

4166
4167
4168
4169
4170
4171
4172
4173
4174

000200
000100
000040
000020
000010
000004
000002
000001

000004
000010

000020
000024
000030
000034
C00060

MACRO Y05.02

Mondesy 07-Oct-85

8I17=
B1T68115
B8IT4=
BIT38172=
8IT1=
8IT0=-

16:57

Page

100-1

200
100
40
20
10
4
2
1

1#BASIC “CPU” TRAP VECTOR ADDRESSES
ERRVEC= 4
:: TIME OUT AND OTHER ERRORS
RESVEC= 10
; sRESERVED AND ILLEGAL INSTRUCTIONS
;:TBITVEC=14
s T» BIT
1 1 TRACE TRAP
14
:TRTVEC=

;1BPTVEC=

JOTVEC= 20

PWRVEC= 24

: ;BREAKPOINT TRAP (BPT)

; 1 INPUT/Z0UTPUT TRAP (IOT) s&SCOPEss
: ;POWER FAIL

EMTVEC= 30

: ;EMULATOR TRAP (EMT) #+ERROR»s

TKVEC=

;13 TTY KEYBOARD VECTOR

TRAPVEC=34

:: "TRAP”

;;TTY PRINTER VECTOR
;sLINE CLOCK (KW11-L) VECTER

s TPVEC= 64
sLKVEC= 100

CACHVEC=114

: ;CACHE ERROR INTERRUPT VECTOR

000114
000114

PARVEC=CACHVEC

000250

MMVEC=

177746
177750

CONTRL

MAINT

177754

DATARG

177766

.SBTTL
DEFINE
CPUERR = 177766

;PIRQVEC=240
sMEMERR

250
.SBTTIL
=

177744

; :PROGRAM INTERRUPT REQUEST VECTOR

DEFINE

= 177746
=

177750

tHITMIS = 177752
=

177754

.SBYTL

TRAP

DEFINE

; sMEMORY MANAGEMENT VECTOR
CACHE REGISTERS

+ sCACHE ERROR REGISTER
: tMEMORY CONTROL REGISTER
: sMEMORY MAINTENENCE REGISTER
:sHIT MISS REGISTER “1” IMPLIES HIT IN CACHE
; sDATA RZGISTER

CP. REGISTERS

1 :CPU ERROR REGISTER HOLDS CONDITION THAT CAUSED

MEMORY MANAGEMENT REGISTERS

; #MEMORY MANAGEMENT STATUS REGISTER ADDRESSES

177572
177574
177576
172516

MMRO=
MMR1=
MMR2 =
MMR3=

177572
177574
177576
172516

177600

UIPDRO= 177600

;#USER “I” PAGE DESCRIPTOR REGISTERS

;UIPDR1~
1 UIPOR2=
+UIPDR3=
; UIPDR4 =

177602
177604
177606
177610

;VIPDR6=
:UIPDR7=

177614
177616

1+ UIPDRS =

1 UDPORO=

; UDPDR1~=

: UDPOR2~

177612

;#USER "D” PAGE DESCRIPTOR REGISTORS
177620

177622

177624

SEQ 0099

MACRO Y05.02
CVMJUABO MSV11-J MEMORY DIAG.
MEMORY MANAGEMENT REGISTERS
DEFINE
4175
4176
4177
4178
4179
4180
4181
4182
4183
4184
4183
4186
4187
4188
4189
4190
4191
4192

4193
4194
4195
4196
4197

4198
4199
4200
4201
4202
4203
4204

3=
;:UDPDR
=
1UDPDRA
;1UDPORS=
; UDPDR6=

177660

UDPARO=

177676

;sUDPARG=
UDPAR7= 177676

172200

SIPDRO=

4229
4230
4231

UIPAR1= 177642
UIPAR2= 177644
UIPAR3= 177646
UIPAR4= 177650
UIPARS= 177652
UIPARG= 177654
tUIPART=

1 SIPOR1~
: SIPOR2»
i SIPOR4 =
+SIPORS=

: SIPOR6 =

1 SIPDR7 =

1 SOPORO=
+SOPOR1 =
1 SOPDR2=
; SDPDR3=
s SOPDR4 =
: SOPORS =
1 SDPOR6 =
1 SOPOR7=

172246

172252
172254

1PATTERN PROGRAM SPACE

177656

;PATTERN PROGRAM SPACE
sPATTERN PROGRAM SPACE
;PATTERN PROGRAM SPACE
;PATTERN PROGRAM SPACE
;PATTERN PROGRAM SPACE
:PATTERN PROGRAM SPACE
s+PATTERN PROGRAM SPACE

; «USER “D” PAGE ADDRESS REGISTERS
;:PATTERN PROGRAM SPACE
177662
1PATTERN PROGRAM
=
;UDPARL
;UDPAR2=
177664
1PATTERN PROGRAM
177666
=
;sUDPAR3
:PATTERN PROGRAM
=
177670
1PATTERN PROGRAM
;UDPAR4
=
177672
:PATTERN PROGRAM
; COPARS

; SIPOR3=

172240

SEQ 0100

3¢USER “I* PAGE ADDRESS REGISTERS

FASTCITY=UIPARO
UIPARO= 177640

4215

Page 100-2

177630
177632
177634
177636

177640
177640
177642
177644
177646
177650
177652
177654

4206
4207
4208
4209
4210
4211
4212
4213
4214

16:57

177626

sUOPORT=

4203

4216
4217
4218
4219
4220
4221
4222
4223
4224
4223
4226
4227
4228

Mondey 07-0Oct-85

SIPARY=

:SIPARL=
:SIPAR2=
SIPAR3=

177660

177674

;#SUPERVISOR "I” PAGE DESCRIPTOR REGISTERS

172200

172202
172204

172206

172210
172212

172214

172216

1 #SUPERVISOR “D“ PAGE DESCRIPTOR
172220
172222
172224
172226
172230
172232
172234
172236

REGISTERS

; «SUPERVISOR “I" PAGE ADDRESS REGISTERS
172240

172242
172244

172246

;i SIPAR4 -

172250

1SIPAR?=

172256

SIPARS=
SIPAR6"

SPACE
SPACE
SPACE
SPACE
SPACE
;PATTERN PROGRAM SPACE
:PATTERN PROGRAM SPACE

172252
172254

s TEST AREA

1 TEST AREA
;TEST AREA
: TEST AREA

MACRO Y05.02
CVYMJUABO MSV11-J MEMORY D IAG.
MEMORY MANAGEMENT REGISTERS
DEFINE
4232
4233
4234
4238
4236
4237
4238
4239
4240

4241

4242
4243
4244
4245
4246
4247
4248
4249
4250
4251
4252

172260

172272
172274
172276
172300

4267

172350
172352
172354

172360

KIPARO=

1KIPARL=
1KIPAR2 =
{KIPARS =
KIPARA =
KIPARS =
KIPARG=
iKIPAR7=
KDPARO=

1KDPARL=
;KDPAR2~

:KDPAR3=

4269
4270
4271
4272
4273
4274
4278
4276
4277
4278
4279
4280
4281

172262
172264
172266
172270
172272
172274
172276

s #KERNEL

72374
72376

; KOPAR4 »
i KDPARS =
KDPARG =
KDPAR7=

“I” PAGE DESCRIPTOR REGISTERS
172300

172302
172304

;1KIPDR]=
1KIPDR2+=

i1KDPDR 7=

172340

4268

172260

SDPARS =
SOPARG =
SOPAR7=

KIPDRO=

Pege 100-3

;sSUPERVISOR “D“ PAGE ADORESS REGISTERS

s SOPAR1 =
1 SDPAR2=
1 SOPAR3 =
1 SOPARA =

;KDPDRO=
1KOPDR1=
s KDPOR2=
1 KDPOR3 =
1 KDPDR4 »
1 KOPORS =
;KOPOR6 =

4263

4264
4265
4266

SOPARO=

172306
172310
172312
172314
172316

1KIPDR3»
1KIPDR4 =
iKIPORS=
1 KIPDRG =
1 KIPDR7=

4253
4254
42%s
4256
4257

4258
4259
4260
4261
4262

Monday 07-0Oct-85 16:57

1sKERNEL

"D” PAGE DESCRIPTOR REGISTERS

172320
172322
172324
172326
172330
172332
172334

172336

;«KERNEL “I* PAGE ADDRESS REGISTERS
172340

172342
172344
172346

172350
172352
172354
172356

i #KERNEL “D” PAGE ADDRESS REGISTERS
172360

172362
172364
172366

172370
172372

172374
172376

SEQ o101

CVMJUABO MSV11-J MEMORY DIAG.
Q-BUS MAP REGISTERS
DEFINE

MACRO Y05.02

Mondey 07-0Oct-85
.S8TTL

4284

4283
4286
4287
4288
4289
4290
4291
4292

4293
4294
4293
4296
4297
4298
4299
4300
4301
4302
4303
4304
4305
4306
4307
4308
4309
4310
4311

4312
4313

170200
170202

170204

MAPLO
MAPHO
MAPL
L

s MAPHL
s MAPL2
s MAPH2
sMAPL3

1 MAPKH3

;MAPLAS
sMAPH4A
sMAPLS
;1 MAPHS

1MAPLE

;1 MAPH6

sMAPLT

tMAPHT
1MAPL10

1 MAPH10
sMAPL1L
tMAPH11
tMAPL12
stMAPH12

sMAPL LS

sMAPH13
sMAPL 14
s MAPH1A
sMAPL1S

4314
4315
4316
4317
4318
4319
4320
4321

sMAPH1S

4323

s MAPL22
1 MAPH22
tMAPL23S
sMAPH23
sMAPL24
;1MAPH24
stMAPL2S
s MAPH2S
s MAPL26
1 MAPH26
sMAPL27
sMAPH27
:MAPL 30
1MAPH30
sMAPL 31
1 MAPH31
:MAPL 32

4322

4324
4325
4326
4327
4328
4329
4330
4331
4332
4333
4334
4333
4336
4337
4338

4339
4340

tMAPL16
s MAPH16
iMAPLL7
sMAPHL7

sMAPL20O

1MAPH20
tMAPL21
1MAPM21

;1 MAPH32

DEFINE

16:57

Pege 102

Q-BUS MAP REGISTERS

;«THE LOWER 16 BITS OF THE MAP REGISTERS ARE LABELED 'MAPLXX'
;oTHE UPPER 6 BITS OF THE MAP REGISTERS ARE LABELED 'MAPHXX'
170200
170202
170204
170206
170210
170212
170214
170216
170220
170222
170224
170226

170230
170232
170234
170236
170240
170242
170244
170246
170250
170252
170254
170256
170260
170262
170264
170266
170270
170272
170274
170276
170300
170302
170304
170306
170310
170312
170314
170316
170320
170320
170324
170326
170330
170332
170334
170336
170340
170342
170344
170346
170350
170352

SEQ 0102

CVMJABO MSVi1 J MEMORY DIAG
Q-BUS MAP REGISTERS
DEFINE

MACRO Y05.02

Monday

434}
4342

1MAPL 33

4344

1 MAPH3A

1 MAPH3S

sMAPL 34

4343
4345
4346
4347
4348
4349
4350
4331
4332
4333
4354
4333
4336
4337
4338
4359
4360
4361
4362
4363

5012

5013

3014

50135
5016
5085

1MAPL3S
s MAPHSS
1 MAPL 36
1 MAPH36

1MAPLY?

1 MAPNS7

07-Oct-8S

16:57

102

170354
170356
170360
170362
170364
170366
170370
170372
170374
170376

000174
000176

OISPREG=174
SWREG=
176

.SBTTL

ODEFINE

SOFTWARE SWITCH & DISPLAY REGISTERS

172100

.SBTTL
CSRADD=172100

DEFINE

CONTROL STATUS REGISTERS

.SBTTL
FIRST=60000

DEFINE

PARAMETERS
1START OF THE 16K TEST PATTERN AREA

060000
157776
040000

SEQ 0103

LAST=157776
SIZE=40000

;END OF THE 16K TEST PATTERN AREA
;SIZE OF THE 16K TEST PATTERN AREA (FOR SOB INSTRUCTIONS)

100088004080 000084000480828000850080008300008000808688800080080800808080080

.NLIST

;sDON'T NEED TO SEE THEM ANY MORE

CVMJABO MSV11-J MEMORY DIAG.
TRAP

MACRO Y05.02

Mondey 07-0Oct-85

16:57

Pege 115

SEQ 0104

CATCHER

5038
5039
3040 000000
3041
3045

000000
000000
000177

.sgm.

TRAP CATCHER

WORD

0,0

SBTTL

ACTi1 HOOKS

REPT

177

1 .MORD

. +2,HALT

1#THE HOOKS REQUIRED BY ACT11 ARE DEFINED AND SETUP BELOW:

[

DEFINITIONS:

1 &

-OF -PASS* HOOK
“END
=ADDRESS OF END OF PASS ROUTINE
MODIFIED BY ACT11.
2)L0C.52
PROGRAM NEEDS HOOK
BIT 1S5=1 PROGRAM SHOLD BE POWER
1)L0C. 46

FAILED WHILE RUNNING
=0 NO POWER FAIL
BIT 14=1 PROGRAM MEMORY SIZE DEPENDENT
=0 NOT MEMORY SIZE DEPENDENT

BIT 13=1 PROGRAM REQUIRES MANUAL INTERVENTION

000046
013730
000052
040000

5079
5080

MANUAL INTERVENTION NOT REQUIRED

MUST BE ZERO'S

+:1)SET LOC.46 TO ADDRESS OF

S$ENDAD IN

.WORD

B8ITi4

STACK
. =44

;S0 RT11 CAN START WITH RUN COMMAND
1 sPOINT 70O APT INOIRECT ADDRESS PNTR.

.SBTTL
. =24
20(‘)2

OAS(T)OWR

000200
000437

5078

BITS 12-0

3E'sgAD

000024
000200
000042
002009
00004
057020

000442
000300

. JEOP

132)SET LOC.52 TO INDICATE MEMORY SIZE DEPENDANT

APT11 HOOKS
+:SET POWER FAIL TO POINT TO START OF PROGRAM
::FOR APT START WP

; sPOINT TO APT HEADER BLOCK

START3:

005037
000137

002626
003670

012737
000137
002000

111
003670

STARTL:
002626

START2:

B8R
BRSOO

START1
START2

CLR

RESTART

SEY

RESTART

JHP

START

JHP

.=STACK

; “NORMAL* START
tRESTART (SAVE ERROR ACCOUNTING)

START

MOV @-1 ,RESTARY

MSV11-J ME ?Q?XLgieg'TO 2238“0 ¥J5.02

0
cym
VlflfszES

.SBTTL

18USED IN THE PROGRAM.

$CMTAG:
0
UFDSET:
O
SELONLY:
DIAGFLAG: 0
KAMIKAZ:E
O
SKIPKAM]: 0

002000

092000
002202
002004
002006
002010

INITIALIZED TO ZERO

LASTERROR:
. WORD
ERRPC:
.WORD
BADPC:
.WORD
ERRSP:
.WORD
BADSP:
.WORD
ERRPSW: .WORD
BADPSW: .WORD

002074
002076
002100
002102
002104
002106
002110
002112
002114
002116
002120
00212y
002124
002126
02130
002132

002134

002136
002140
002142
002144

000000

ADDRES
: . WORD
S
PADDRES
: . WORD
S
PHYADD: .WORD

GOOD :
GO0D2:
GOOD3:
BAD:
BAD2:
BAD3:
BADXOR:
$AUTO:

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

SKPERR:
NEMCNT:

.WORD
©

NOPAR:
NONEM:

O
O

FATALS:

PARCNT:
PATERR:

BANK ;

.WOR'

BMFLAG:

.WORD
.WORD
.WORD

.WORD

EQFLAG: .WORD
TMFLAG: .WORD
:
. WORD
INTFLAG
INT64K: .WORD

PMEMFLG
. WORD
:
ABORTFLA
. WORD
G:

;CONTAINS SP OF ERROR
;:CONTAINS PSW OF ERROR FOR TYPEQUT
;CONTAINS PSW OF ERROR
: ;CONTAINS ADDRESS OF 'BAD’' DATA
1ADDRESS OF PARITY ERROR
;122 BIT PHYSICAL ADDRESS
: :CONTAINS *GOOD’' DATA
: ;CONTAINS 'GOOD2‘' DATA
1 ;CONTAINS 'GOOD3’ DATA
; :CONTAINS 'BAD' DATA
: sCONTAINS *BAD2' DATA
1 ;CONTAINS 'BAD3’' DATA
;XOR OF GOOD & BAD - BAD BITS!
;s sAUTOMATIC MODE INDICATOR FOR APT,ACT, & XXDP
sFATAL ERROR INDICATOR
sUSED TO SKIP ERKROR MESSAGE IN “$ERRGEN”
;PARITY ERROR COUNTER
tPATTERN ERROR COUNTER

BANKINDEX:D

PFLAG:
RRFLAG:
RLFLAG:

1tCONTAINS PC OF ERROR FOR TYPEOUT
sCONTAINS PC OF ERROR
;CONTAINS SP OF ERROR FOR TYPEOQUT

;NON-EXISTANT MEMORY COUNTER

O
O

CPUBIT: O
0
MUT:
PATTERN:
O
KPFLAG: .WORD
ACFLAG: .WORD
“WFLAG: .WORD

sPATTERN NUMBER
1BANK & SIGN
_AG
1 ;CONTAINS ERROR
: sCONTAINS ITEM CunNTROL BYTE
sNUMBER OF ERRORS ON LAST PASS

[

$PATMAR: .BYTE
$BANK:
.BYTE
S$ERFLG: .BYTE
$ITEMB: .BYTE

002022

002054
002036
002060
002062
002064
002066
002070
002072

tUSED TJ SKIP RESTORING KAMIKAZE MOOE WHEN MODIFIED

sNEXT TWO BYTES ARE DISPLAYZD IN THE DISPLAY RESISTER

002012
002013
002014
002019
002016
002020

002024
002026
002030
002032
002034
002036

1 1START OF COMMON TAGS
;USER FRIENOLY FLAG

+SELECT ONLY BANKS MARKED 8Y FIELD SERVICE MOOE FLAG
;SET FOR SHIFTING DIAGONAL TEST
:SET FOR KAMIKAZE MODE TESTING
CO0QO0OO0OO0O0O0O00000O0O0O0O0O000N0

OWIMShfighfi&n*Chflc~JO\Q.4‘N"CNDO-JOLRDLANF-O

Pt b

PusS (. Pt i P

s P

s i

o P

o Pt P

it P

RN RIA N R R R RIR) 00 =0 4t b §ot o Bt pus ot s

VUAAUWVUAUARUUAARUAAARARRAVLAAARARBAARANAWN

VARIABLES

Page 117

ssTHIS TABLE CONTAINS VARIOUS COMMON STORAGE LOCATIONS

002040
002044
002046
5109 002030
002052

Mondey 07-Oct 85 16:57

OO00O0ODOLOOOOOO

3083
50684
3083
50086
308/
3068
5089
3090
S091
5092
5093
5094
5093
5096
5097
5098
5099
3100
3101
5102
3103

(HOLES)

tNO PARITY ERROR MODE INDICATOR
;NO NON-EXISTANT MEMORY (HOLES) MODE INDICATOR
;MEMORY BANK UNDER TEST
;USED TO INDEX INTO CONFIG TABLE
;CONTAINS 1 BIT TQ IDENTIFY CPU TO CONFIGURATION TABL:
MEMORY UNDER TEST FLAG
;PATTERN NUMBER UNDER TEST
;BANK IS PROTECTED REGION OF ECC
;:BANK CAN BE ACCESSED BY THIS CPU

;IF SET INDICATES MSV11-J OR MF11S-K UNDtR TESTeesssseses ?
;8ANK IS IN PROGRAM SPACE

;BANK IS WHERE PROGRAM RELOCATION IS REQUIRED TO TEST

;PROGRAM IS RELOCATED FLAG
: "BANK IS IDENTIFIED AS BAD MEMORY”" FLAG
: "BANK HAS EQB MEMORY" FLAG
:"TYPE OF MEMORY TO TEST* FLAG; O = PARITY, 1 = ECC
; "BANK IS INTERLEAVEDY FLAG$46000046640000000000806808808
s "BANK IS 64K INTERLEAVED" FLAG®sesss0sse0s0000000000480

: "MEMORY UNDER TEST IS A MSV11-J” FLAG
: "ABORT OCCURED” FLAG

7 o
? oo

CVMUABO MSV11 U MEMORY DIAG.
MACRO Y05.02
VARIABLES
INITIALIZED TO ZERC
$140 002146
S141 $C2150

Mondey 07 Oct 85 16:57

SEQ 0106

5112 002152
5143 002134
S144 002156

000000
000000

000000
000000
000000

CTLKVEC: .WORD
CSR:
.WORD

002160
002162
002164
002166
002170
002172
002174

000000
000000

000000
000000
000000
000000
000000

SUPDRO:
SUPDR1:
SUPDR2:
SUPDR3:
SUPDR4:
SUPDRS:
SUPDR6:

O
0
©
0
O
0
O

$155 002200
5136 002202

000000
000000

DETRO:
DETRLI:

O
O

C00000
000000
000000
000000

DETR4A:
DETRS:
DETSPDETPSW:

000000
000000

CONTFLAG:0
TOTCSRS: .WORD

CSRFIRST: .WORD
CSRLAST: .WORD
CSRFBANK: .WORD
CSRLBANK: .WORD

O
O
O
©

:CSR'S
;1 BIT
iCSR O
;FIRST
:
:
;

DATBUF: .WORD
TSTOAT: .WORD
SBEMSK: .WORD
DBEMSK: .WORD
SUPDOADD: .MORD
PASFLG: .BYTE
UPPFLG: .BYTE
PASSNO: .WORO
SAVd :
LMORD
SAVPAR: .WORD
SAVMON: . WORD
MONFLG: .WORD
REALPAT; WORD
OLOCACHE: .WORD
PARTHERE
: .WMORD
FSSTACK:.WORD
NEWBANIC: WORD

0,0
0.0
0.0
0,0
©
O
O
O
O
O
O
O
O
O
O
O
O

: TWO WORD DATAR BUFFER
:TWO WORD TEST DATA
:TWO WORD SINGLE BIT ERROR MASK
: TWO WORD DOUBLE BIT ERROR MASK
+ADDRESS OF SUBROUTINE TO EXECUTE IN SUP «vISOR MODE
;LOCAL LOOP PASS CONTROL
;LOCAL LOOP PASS CONTROL
:LOCAL LOOP PASS CONTROL
;USED TO SAVE KERNAL PAR S
1 1.L.C.IREV
;USED TO SAVE KERNAL PAR S
: XXDP MONITOR RETURN ADDRESS
;RETURN TO MONITOR FLAG
;REAL PATTERN UNDER TEST
sBACKED UP VALUE OF CACHE CONTROL REGISTeR
;PARITY TRAPS SOMETIMES GO TO ADDRESS STORED HERE
1STACK SAVED HERE IF IN FIELD SERVICE MODE
; USED FOR RELOCATION TO A NEW BANK

5145

5146
5147
S148
5149
51350
$151
5152

5133 002176
5134

000200

5157 002204
5156 002206

000000
000000

3163 002220

000000

5159
5160
5161
5162

002210
002212
002214
002216

5164 002222
5165 002224
5166
5167 002226

5168
3169
5170
5171
S172
5173
S174
5175
$176
5177

0C2230
002232
002234
002236
002240
002242
002246
002252
002256
002262

5183
5184
5185
5186
5187

002274
002276
002300
002302
002304

CSARNO:
O
SAVCSR.
WOR)
OLOCSR: .WORD

;HOLDS OLD XKERNAL STACK POINTER IN CASE OF CNTL/KX
;OATA TO OR FROM CSR

:CSR ADDRESS NUMBER (4 LS8°'S)
O
;LOCATION TO SAVE CSRNO DURING FS COMMAND
0
;OLD CSR NUMBER(USED IN INM PTR TEST)
;THESE LOCATIONS STORE GPR'S DURING SUPERVISOR TESTS

pumy:
0
;:OUMMY LOCATION FOR ADDRESS PASSING
; THESE LOCATIONS STORE GPR‘S & PSW DURING DETAILED ERROR PRINTOUTS
DETR2:
DETR3:

O
O

OETFLAG:O

000000
000000
000000
000000

000000
000000

0
0

Pege 117 1

.WORD
.WORD

O
O

HAVE BEEN TESTED FLAG
PER EXISTING CSR, EG
REPRESENTED BY BI: 15, ETC.
ADDRESS UNDER CONTROL OF THIS CSR

:
:

5189 002310

000000
000000
000000
000000
000000
000
000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000

5191 002314
3192 002316
3193 002320

000000
000000
000000

CHECK:
CBITS:
MASK ;

.WORD
.WORD
.WORD

O
O
O

;CHECKBITS TO BE LOADED INTO CSR
:CHECK BITS TO BE WRITTEN
;BIT MASK FOR CSR

5196 002326

000000

PCBUMP:

. WORD

:VALUE TO BUMP THE PC 8Y TQO RECOVER AFTER A PARITY TRAP

5178 002264
5179 002263
5180 002266
5181 002270
$182 002272

5188 002306

3190 002312

5194 002322
5193 002324

000000

000000
000000

000000
000000
000000
000000

CSRINT:
SPLTCSR:

;:DETAILED REPORT FLAG

SOURCE:

CSR1S:
B8ITNO:

.WORD

.WORD
.WORD

O
O

;SOURCE
OF DATA WORDS FOR CHECKBIT GENERATION SUBROUTINE
:CSR ALL 1'S PATTERN
+BIT POINTER

CSRINC: .WORD
CSRLOOP
- . WORD
SUCCESS:
. WORD
ZERQS:
. WORD

$1¢7 002330
5198 002332

5199 002334
3200 002336
002340
002342
002344
002346
002350
002352
002354

TIME:

ACTFLAG:0
APTFLAG: 0
XXDPCHAIN:
O

002420
002422
002424
002426
002430
002432
002434
002436

002440
002442
002444
002446

3240
3241
5242
5243

002430
002432
002434
002456
002460

16:57

Fage

117

S¢Q 0107

:VALUE TO INCREMENT ADORESS B8Y TO REMAIN IN "HE SAME (SR

;LOOP CONTROW FOR CSR TESTING

;FLAG SET BY SUCCESSFULL TASK OR SUBROUTINE
;FOR

AID

“MOV”

INSTRUCTIONS

;SECONDS THAT BATTERIES SHOWD LAST
iFLAG TO SKIP MKCONTROL SUBROUTINE

;SET WHEN RUNNING NULL PATTERNS
:FLAGS QUICK VERIFY PASS UNDER APT, ACT, OR XXDP CHAIN MODE
;FLAGS ACT AUTOMATIC MODE PROGRAMMING RWLES
;FLAGS APT

AUTOMATIC MODE PROGRAMMING RW ES

1FLAGS XXDP CHAIN MODE PROGRAMMING RWLES
sNOTE: THESE TWO BYTES MUST STAY TOGETHER
INULL:
.BYTE
0
; sCONTAINS NULL CHARACTER FOR FILLS
SFILLS: .BYTE
0
; iCONTAINS @ OF FILL CHARACTERS
$TPFLG: .BYTE
0
: s "TERMINAL NOT AVAILABLE* FLAG

: sESCAPE ON ERROR ADDRESS
;USED FOR ALTERNATE DATA PATTERNS
;COUNTS DIAGONAL STRIPES
;BACKED UP COPY OF STRIPES
;NO TABLE BEING PRINTED - NOW
;SIZE OF 11745 MOS MEMORY IN K WORDSssecssesesessse
;SIZE OF MF11S-K MEMORY IN K WORDSesessssesssssssss
;SIZE OF MSV11-L/P MEMORY IN K WORDS
;SIZE OF MSV11-J MEMORY IN K WORDS

OCOO0O0O0O0O0000O

000000
000000
000000
000000
000000
000000
000000
000000
000000
000000

.EVEN
$ESCAPE:
EVEN:
STRIPES:
:
COUNT
NOTA8:
B8SIZE:
KSIZE:
LSIZE:
MSIZE:
PS1ZE:
TOOMANY
;
READONLY:0
TESTADD:0,0
UNITOP:
:
STOPOK
APTPAR: .WORD
APTECC: .WORD
NOQF SMODE : O
NOERROR:0

000000

;SIZE OF Q-8BUS PARITY MEMORY IN K WORDS

0
0

:"NO SCOPE LOOP ALLOMED" FLAG
1 “FIELD SERVICE
NO INTERNAL INTERLEAVE*® FLAG
sAPT SIZING INFO FLAG

FSINFLAG:O

APTSIZE:
O

;TRUE WHEN IN FIELD SERVICE COMMAND

FSTFLAG:0

EONFGERRSR:O

NO2281T7:0
NOSUPER:
0
ERRADD: .WORD

+HIGHEST ACCESSABLE BANK OF MEMORY THRU Q-BUS MAP
:FLAG TO ALLOW STOPPING WITH SWITCH REGISTER
:AMOUNT OF PARITY MEMORY ACCORDING TO APT
s AMOUNT OF ECC MEMORY ACCORDING TO APTY
:FLAG TO DISABLE FIELD SERVICE MODE
s “THIS IS NOT AN ERROR” FLAG

;BANK LOADERS ARE RELOCATED TO
;USED FOR JUNK
;QUICK STOP FLAG FOR APT POWER FAIL

0
LOADBANK:
TEMP:

? sseses
? sosssse

;FLAGS WHEN TOO MANY ERRORS HAVE BEEN PRINTED FOR A BANK
;FLAG TO PATTERNS TO READ ONLY
; THE ADDRESS TO RUN CSR TESTS ON

[eXeXe]

002416

.WORD

SKIPMK: . WORD
NULLFLAG: .WORD
QVFLAG: O

002356
002357
002360
002362
002364
002366
002370
002372
002374
002376
002400
002402
002404
002406
002410
002412

Mondey 07 Oct 85
COO0O0OO000

MACRO Y05.02
AG
CVMJABO MSV1i-J MEMORY D IAG.
INITIAL I ZED 1O ZERO
VARTABLES

;CONFIGURATION ERROR FLAG
tUSED FOR GENERAL PURPOSE INDEXING
:NO 22-BIT MODE FLAG
:NO SUPERVISOR MODE FLAG
;sHOLDS THE CSR'S ERROR ADDRESS

MACRO Y05.02
INITIAL I ZED TO ZERO

CVMJABO MSV11-J MEMORY DIAG.

VARIABLES

002476
5245 002302

0.0,0.0,0.0.0,0

000000
000000

O
LINKL:
O
LINK2:
CSRHOLD:
0O

000000

Page

o¢

117

SEQ 0108

;USED TO STORE INFORMATION ABOUT THE 16

000000
000000

S244 002462
002470

002310
002316
5246 002522
S247
S248
5249
5230
5231
52352
35233
5254

Monday 07-Oct-85 16:57

KFLAG:
PGMCSR:

INHECC: .WORD
INHBANK : , WORD

FULLREL: .WORD

$CMTGE:

;sEND OF

0,0

O
0

COMMON TAGS

;POSSIBLE CSR'S

;USED TO HOLD LINKS TO PATTERNS WHICH
;CAN EXECUTE IN THE PAR/PDR‘'S OR NOT
;USED TO STORE CSR VALUES FOR CSR TESTS
;USED TO FLAG MF11S K MEMORY TO TESTSessssssscscnsessscsses
;sPOINTS TO PROGRAM CSR
+FLAGS INMIBIT ECC TESTS ON RELOCATION

CVMJIABO MSV11-J MEMORY DIAG.
MACRO Y05.02
INITIALIZED TO NON ZERO

VARIABLES

3257
3238
5259
5260
5261
5262
5263
3264
3263
3266
5267
5268
5269
3270
5271

S272
5273
5274
3275
3276
5277
S278
5279
5280
5201
5282
5203
52064
52685

002344

002350
002352
002354
0025356
002560
002362
002564
002566
002570
002572
002374
0023576
002600
002602
002604
002606
002610
002612
002614
002616
002620
002622
002624
002626
002630

3286 002632
5287 002634
5288
5289
5290 002636

002640
002642
002644
002646
5295 002650

5291
3292
5293
5294

5296 002632
5297 002653
002656
5298 002637
5299 002660
3300 002661
5301

000401
001014
040000
000012

Mondey 07-0Oct-85 16:57
.SBTTL

000000

CACHKN: 401,0
CACHKF: 1014
TESTMODE : 40000
ERRMAX: 10.

000177

VARIABLES

LASTBANK:177

177000

PASCNT: ©

000001

LOADHOME : 1

000031
002000

;USED TO BUMP STACK ON FIRST CALL TO GTSHWR
:PASS COUNTER

SOBK ;
25S.
KSTACK: STACK

1771777
176543

WORST:
SEEDHI:

123456
176543
123456
177717

1S0B8 CONSTANT
: STACK BEGINNING

tHOME BANK OF LOADERS

177777
176543

1SET IF TESTING BANKS IN WORST FIRST MQODE(LST PASS)
; WORKING SEED HI (USED FOR RANDOM NUMBER GENERATOR)

SEEDLO: 123456
MSEEDH: 176543
MSEEDL: 123456
HEADER: 177777

177717
000003
052525
000000
000000
000000
000000

ONES:
177777
FLIPLOC:3
SOFTPAT :52525
$LPADR: .WORD
$LPERR: .WORD
RESTART: O
$ERTTL: .WORD

;WORKING SEED LO (USED FOR RANDOM NUMBER GENERATOR)
+MASTER SEED HI (USED FOR RANDOM NUMBER GENERATOR)
tMASTER SEED LO (USED FOR RANDOM NUMBER GENERATOR)

0
0

;asssasssnassansnsssesss NOTE

000377
177400

BAKPAT:
SWAPAT:

177570
177570
177560
177562
177564
177566
012
207

SWR:
.WORD
DISPLAY: .WORD
$TKS:
177560
$TK8:
177562
$TPS:
177564
$TPB:
177566
$SFILLC: .BYTE
.ASCIZ
$BELL:

DSWR
ODISP

$QUES:
$CRLF:
$LF:

/7?/
«15>
<12>

000

077
015
012

.WORD
.WORD

;CACHE CONSTANT (MOVED TO CONTRL TO TURN ON CACME)
1CACHE CONSTANT (MOVED TO CONTRL TO TURN OFF CACME)
;sUSED TO SELECT THE PROPER TEST MODE FOR A PATTERN RUN
iMAX @ OF ERRORS PER BANK WITH SW1l
;ENDING ADDRESS
;END FLAG

SWRFLG: O

000000

INITIALIZED TO NON ZERO

;HIGHEST BANK OF “EMORY+1 (IN PAR FORMAT)

ENDADD: 160000
ENDFLG: ©

000000

SEQ 0109

sHIGHEST BANK 0Qf MEMORY

LASTBLNACK:177000

160000
000000

Page 119

377
177400

;sUSED " PRINT HEADINGS ONLY ONCE
;:FOR A
IN “MOV” INSTRUCTIONS
;COUNTER FOR FLIPING DATA ON WORST CASE NOISE TEST
sPATTERN FOR SOFT ERROR BACKGROUND TESTS
; sCONTAINS SCOPE LOOP ADDRESS
;s sCONTAINS SCOPE RETURN FOR ERRORS
sRESTART (START ADD 202) FLAG
: sCONTAINS TOTAL ERRORS

THESE

TWO LOCATIONS MUST STAY TOGETHER

;BACKGROUND PATTERN
;sSWAPPED BAKPAT

ssesssssssssse

.
.

;SRS AACESEEELE0ERESRSALRNAANEERBSESRASELA0A000200005008404840440008000040040

377

000

377

.ASCII
.ASCII
.23%52

; ; ADDRESS OF SWITCH REGISTER
; sADDRESS OF DISPLAY REGISTER
::TTY KBD STATUS
3:TTY KBD BUFFER
;3 TTY PRINTER STATUS REG. ADDRESS
::TTY PRINTER BUFFER REG. ADDRESS
12
: s INSERT FILL CHARS. AFTER A “LINE FEED"
<¢207><377><377> ;;CODE FOR BELL
s sQUESTION MARK
: ;CARRIAGE RETURN
;: sLINE FEED

CvMJABO MSV11-J MEMORY DIAG.
CONFIGURATION TABLE
5304
5303
5306

Mondey 07-Oct-85

16:57

Pege

121

.SBTTL

CONFIGURATION TABLE

2ND

16K CONFIGURATION WORDS (2 EACH)

;CONFIG:FIRST 16K CONFIGURATION WORDS (2 EACH)

X
300TH" " 16K CONFIGURATION WORDS (2 EACH)
:CONFIGURATION WORDS :
LOW:

HIGH:

B¢

®2

Be @s

5307
5308
5309
5310
S311
5312
5313
5314
5315
3316
5317
5318
5319
5320
3321
5322
5323
5324
5323
3326 002664
5329 003670

MACRO Y05.02

000201

CONFIG: .REPT
CONFIEND:

201

817 o
BIT
8I7
8IT
BIT
8IT
817
817
B8IT
B8IT
BI7
BIT
817
817
8IT

ERRORS PRESENT
MEMORY SUCESSFULLY ACCESSED
RESERVED

SKIP ECC LOGIC TESTS FLAG (12SKIP)
PROTECTED REGION OF ECC MEMORY
PROTECTED (PROGRAM SPACE)
CSR_CODE

RESERVED

NUMBER OF ERRORS
MEMORY TYPE
RESERVED
RESERVED

"BACKGROUND PATTERN VALID" FLAG
BANK SELECTED FOR TEST BY FIELO SERVICE MODE
LOADERS HOME BANK

SEQ 0110

MACRO Y05.02
Monday 07-Oct-85
6000000060000 088080804 MAIN 046406840808088408888484648

CVMJABO MSV11-J MEMORY DIAG.
5331
5332 003670

START:

16:57

Page 122

SEQ 0111

$88880888884860880080008 MAIN 22004080000 0000000040000008

.SBTTL
SUBTST

<<INITIALIZE VARIABLES TO ZERO>»>

18068888886 0880888868488480408804280488808008008008082800000000088000080080008000000

1eSUBTEST

16080888 488888088

SUBTST

003670

(6588588880084

1sSUBTEST

INITIALIZE VARIABLES TO ZERO

0888058088808 840440888888008380840000800800080080000400000000008

<<SAVEMT>>

400848888004888820388 4880888808880 800280004408888000804308080880000000

SAVEMT

10800868840 EEARESS0SR0004E0R8444404840080020848408408000880000808880040088008

s SAVEMT SAVES THE EMULATOR AND PRIORITY LOCATION
stUNDER THE NAMES OF SAV30 AND SAV32.
SAVEMT

003670

5349
5330
5351
5352

53353
5354
5355
53%6
5357
5358
5359
5360

004012
004016
004020
004024
004026
004034

SAV30:
SAV32:
UFDFLG:
UQUIET:

000000

105737
001001
000005

056736

005037
010637
013706
012700
005020
022700
001374
012737

002276
002274
002574
002000

VMKOR
:

1518

8NE
NORES:

1s¢:

002544

000177

.WORD
.WORD
.WORD

002556

RESET
CLEAR

MOV
MOV
MOV

CLR

cMP
BNE

MOV

SUBTST

W4
G

®s
Br

W
e

G
Ve

Bs
B2

We
W5

Ve
Bs

W
Ve

Be
B

Mo
W

003756
003760

€-1,UQUIET
42
42(RO)
30,S5AV30
32,5Av32
VMKOR
0
0
0
0

000042
000030
000032

1s:

003764

:?176.8052

1771777

@-1,UFDFLG

003762
000052

177777

000100

000052

SAV30
VMKOR
o8ITS, 80652
VMKOR

000040

TST
BNE
817
BEQ
MOV
8IT
BEQ
MOV
EMT
CLR
MOV
MOV
B8R
.WORD

EMTSAV:

003756

005737
001034
C32737
001430
012737
032737
001403
012737
104042
005060
013737
013737
000404
000000
000000
000000

003670
003674
003676
003704
003706
003714
003722
003724
003732
003734
003740
003746
003754
003756
003760
003762
003764
003766
003766
003772
003774
003776
003776
004002

s3 LCP/ORION ROUTINE TO SAVE EMTULATOR AND PRIORITY
FIRST

TIME THROUGH

ARE WE IN UFD MODE

BRANCH IF BEEN HERE ALREADY

LEAVE IF NOT
SET UFD FLAG

ARE WE IN QUIET MOOE

BR IF NOY
SET QUIET MODE
GET ADDRESS OF XXDP DCA TABLE
CLR XXDP+ "DRSERR*
SAVE EMULATOR ADDRESS
SAVE EMULATOR PRIORITY LEVEL
GET AROUND TAG AREA
PUT EMULATOR INFO HERE
PUT PRIORITY LOCATION
HERE
USER FRIENDLY MODE FLAG
UFD QUIET MODE FLAG

$ENV
NORES
MONFLG

SP, SAVMON
KSTACK,SP
#3$CMTAG,RO

(RO).
O:CHTGE.RO

1
€177 ,LASTBANK

; sCLEAR RETURN TO MONITOR FLAG

CLR
1 ;SAVE XXDP MONITOR RESTART ADDRESS
;iSETUP THE STACK POINTER
: ;FIRST LOCATION TQO BE CLEARED
1 ;CLEAR MEMORY LOCATION
5 : DONE?
;:LOOP BACK IF NO

MONFLG

;RESTORE LASTBANK (THIS MUST BE DONE PRIUR TO SYSTEM SIZING)

<<CLEAR NON-PROGRAM SPACE>>

( /MJABO MSV11 J MEMORY DIAG.

CLEAR NON-PROGRAM SPACE

MACRO Y05.02

Mondey 07-Oct-85

16:57

Pege

122-1

SEQ 0112

(98 85808 2 28880808080808888880888888888880800880805048080880000000000804800000000

s #SUBTEST

CLEAR NON PROGRAM SPACE

(0688884080004 040808800080000400004400000880808200000080880800000800080000000084

; THIS ATTEMPS TO GET RID OF ANY PARITY ERRORS BY WRITING INTO
+EVERY LOCATION THAT IS NOT LOADED INTO BY THE PROGRAM OR ALLOCATED

004034
004042
004044
004046
004050
004054
004056

012737
005000
000241
003320
020027

000001

005037

002076

103773

170 THE XXDP LOADERS

MOV

002076

2%:
160000

CLR
CLC
ADC
cHP
8LO
CLR

aé.NOPAR

+PARITY ACTION = COUNT & IGNORE

(RO).
g?.0160000

NOPAR

;RESTORE DEFAULT PARITY ACTION

CVMUABO MSV11-J MEMORY DIAG.
CLEAR NON-PROGRAM SPACE

MACRO Y05.02

Monday 07-Oct-85 16:57

SUBTST

5373 004062

Pege 123

S€EQ 0113

<<TYPE OF SYSTEM SIZER>>

19858888888 808840448848488088838888088888888888008828088838882002008000804000800088

1sSUBTEST

TYPE OF SYSTEM SIZER

PROTYP:

o
034
434 .4

1080888688888 888888888808448888080808888884888888300404480830000008880008040080008008

5374 004062
5373 004064
5376 004066
004066

000401,
000000

012737

004162

000004

5377 004074
5378 004102
5379
5380
5381
5382
3383
5384
5385

012737
000007

004106

000010

000413
012737

047030

000034

104401

071545

5386
3387
5388
5389
5390
3391
3392
5393

010046
0035000

004737
012600
000000
012737

SYSSIZ

SYSSIZ:

CRF

#14,10

1¢:

B8R

MOV

TYPE
TYPEIT
.DSABL

.MSG130

PC.ABORT

052220

(SP)+,RO

110037

000012
004064

000010

012737

004162

000004

5394
5395
5396
5397
5398
5399
5400

005737
000447
003037
012737
022737
001436

177746

5401
5402
5403
3404
5403
3406
5407
5408
5409
3410
5411
3412
5413
5414
5415
5416

002544
002336
000005

060412
004064

012737

004234

000004

005037
032737
032737
0010035
003237
012737
012737
005237
005037
005037
003037
005037
022737
001003
052737

172516
000020
000020

172516
172516

012737

002454
000007
140000
002456
060262
000422
060264

2
34
S8 TYPE,
MSG130

002556
002552

12,10
RO,PROTYP
434
234 .4

24¢:

CACHKN

#2ERQS,DT14
#5,PROTYP
64
44

004064

000020

172516

004342

000004

1TRAPS T0O 10 = BAD PROCESSOR TYPE
:TYPE OF PROCESSOR TEST: THIS INSTRUCTION
s (AVAILABLE ON NEWER PROCESSORS ONLY) PLACES
sA CODE IN THE LOWER BYTE OF RO THAT
PROCESSOR TYPE. 1~-11/44
;INDICATES THE
13=11/23, 5=11/83/84 (Orion)
+LOAD TRAP VECTOR
s TELL THEM BAD PROCESSOR TYPE

; 1K
;4K
i3
;3K

SAVE RO
CLR tC AND tZ POSSIBILITIES
SEE IF THIS IS A UFD ABORT SITUATION
IF NOT RESTORE RO AND HALT

sNO NEED 7O GO ON
;RESTORE TRAPS TO 10
sMOV THE CODE TO PROTYP
:

:SEE IF CACHE REGISTER RESPONDS
:BRANCH IF CACHE AVAILABL.E
:NO CACHE ON SYSTEM

;D0 NOT PRINT CONTRL ERROR MESSAGES
;IS THIS A 11/83/84
BRANCH
:YES -

944 .4

CRF
MMR3
4BIT4 MRS

ggITA.HHR3

NO22B17

a4
:

#7 ,LASTBANK
4140000, TESTMODE

S¢:

NOSUPER
DTS.10

DT714.10

060424
000005

:SKIP OVER VARIABLE LOCATION

DTS.12
0T14.+12

64:

224:

81s
SET4

MOV

.DSABL

05 ,PROTYP
224
98IT4 ,MMR3

874
974.4

CRF

;SEE IF THERE IS 22-BIT ADDRESSING
'

;BRANCH IF 22-BIT RELOCATION
:SET FOR NO 22 BIT ADORESSING
sHIGHEST BANK OF MEMORY
sMAKE TESTMODE USER

:CLEAR SOME ERROR DATA TAGS
:

1CPU TYPE = 11/83/84
BRANCH
+NO :SET UP 22 BIT ADDRESSING
:TRAPS GO TO 4%

CVHJABO MSV11l
TYPE

5417
3418
5419
5420

5421

J MEMORY DIAG.
SYSTEM SIZER

MACRO

005037
005737
012737

052364
177766

177777

052364

004342
004330
004356
004360
004364

012737
022737
001002
005037

034002
000005

004064

177766

Monday 07-Oct-85 16:57

CLR

004324
004330
004334
004342

Y05.02

78:

101s:

CPERRF
80177766

#-1,CPERRF

OTIMEQUT.
4
45 ,PROTYP
101%
CPUERR

CRF

Pege

123-:

SEQ 0114

sCLEAR THE FLAG

:1S THERE A CPU ERROR REGISTER?
1 YES - TRAPPED
1ENABLE TRAPS TO 4

;IS THIS AN 11/83/84 ?
:BRANCH IF NOT

;CLEAR OUT THE CPU ERROR REGISTER BITS
s THAT A EXPECTED TRAP COULD MAVE SET

CVMJABO MSV1l-J MEMORY DIAG.
TYPE OF SYSTEM SIZER

MACRO Y05.02

5424 004364

Monday 07-0Oct-85 16:57
SUBTST

012737
012737

177777
000003

002600
002616

004400
5428 004406
5429 004414

012737
012737
012737

177777
176543
123456

002612
002606
002610

S430 004422
5431 004430

5432 004436
S433 004444
5434 004452

013737
013737

012737
012737

002606
002610
000377
177400

002602
“2604

002632
002634

WORST

MOV

#3,FLIPLOC

MOV
MOV
MOV

#176543 ,MSEEDH
4123456 ,MSEEDL
MSEEDH, SEEOHI

MOV
MOV
SUBTST

#377,BAKPAT
#177400, SWAPAT
<<INITIALIZE VECTCRS>>

SET

MOV

C12737

051054

000020

5438 004474

012737

000340

000032

012737
012737

012737
012737
012737

000340
031410

057034
000340
045260

000022
000030

000034
000036
000024

S442 004524 012737 000340 000026
S443 004532 012737 033632 000114
S444 004540 012737 000340 000116
S44S 004546
S446 004554

012737
012737

034026
000340

S449 004576

012737

034014

S447 004562
5448 004570

5450 004604

5451 004612

HEADER

MSEEDL , SEEDLO

MOV

@-1,WORST

MOV

@-1.MEADER

;PRIME THE RANDOM NUMBER GENERATOR
1BOTH HIGH AND LOW WORDS

1860008406840 8080000008880000888800880885880800808008800000884400080040004000000

S43% 004452
S439 004502
5440 004510
5441 004516

INITIALIZE VARIABLES TO NON ZERQ

SET

1 sSUBTEST
5436 004460
S437 004466

<<INITIALIZE VARIABLES TO NON ZERO>>

1808688880408 00848888888088888004800048004800800080000048000400400680004800000080000

0045364
$426 004372

5427 004400

SEQ 0115

1866680080606 08808008080000880080888808008404008000066000080080000808808004800080000

s#SUBTEST
5425 004364

Page 125

012737
012737
012737

104423

034002
000340

000340

000010
000012
000004
000006

000250

000252

INITIALIZE VECTORS

ISASEAAREEER00REEEE0AEESASEE0AEEE00R0EEEE0000240424844404088800880800800000800008

Mov

#4SCOPE, IOTVEC

::IOT VECTOR FOR SCOPE ROUTINE

MOV

#340,EMTVEC+2

ssLEVEL 7

MOV
MOV

MOV
MOV
MOV

MOV
MOV

CACHON

#340,I0TVEC.2
#$ERROR ,EMTVEC

#$TRAP, TRAPVEC
#340, TRAPVEC.2
#4PWRON, PURVEC

#340,PWRVEC+2
#PARITY,PARVEC
#340,PARVEC+2

s sLEVEL 7
; 3EMT _VECTOR FOR ERROR ROUTINE

; s TRAP VECI10OR FOR TRAP CALLS
sLEVEL 7
s ;POMER FAILURE VECTOR

s sLEVEL 7

:GET READY FOR PARITY ERRORS

#PDP1105 ,RESVEC
#340,RESVEC.2

+RESERVED INSTRUCTION TRAP

#MMTRAP ,MMVEC

sVECTOR FOR MEMORY MANAGEMENT

#TIMEOQUT,ERRVEC
#340,ERRVEC.2
#340 ,MMVEC.2

sSETUP TIMEOUT ERRORS
iSET PRIORITY OF ERROR TRAPS

;sTURN CACHE ON

CYMJABO MSVYil-J MEMORY OIAG
INITIALIZE VECTORS
5454

MACRO Y05.02

Monday 07-Oct-85 16:57
SUBTST

004614

Pege 127

SEQ 0116

<<INITIALIZE PATTERNS>>

1800888388880 88800864880888088488088088080806848080488800008000800000800080800008000000

1sSUBTEST

INITIALIZE PATTERNS

§080888880884888804880800048800880000008004000086640800800000440000000066080000000000

;THE APT E-TABLE DETERMINES WHICH PATTERNS ARE GOING YO B8E RUN
1EACH BIT SET REPRESENTS A PATTERN TABLE ENTRY THAT IS 10 BE LEFT
EACH BIT CLEARED REPRESENTS A PATTERN TASLE ENTRY
JALONE (TO BE RUN).
;THAT IS TO BE OVERLAYED WITH THE ADDRESS OF A NULL PATTERN.

54353
3436

5437
3458

3459 004614
5460 004620
3461 004622

S462 004626
5463 004632
5464 004636
5463 004640

3466 004644

5467 004630

5468 004632
5469 004636
S470 004662
5471
5472
5473
S474

004666
004670
004674
004700

5476
S477
3478
5479
5480
5481
3482
5483

004706
004712
004716
004720
004724
004730

S47S 004702

012700
012001

012703
012702
004737

016702
000020
004732

004737

000010
004732

012001
012702

012001
012703
012702
C04737
012001
012702

004737
012001
012703
012702
004737
012001
012702
004737
000417

MOV

057004

(RO« ,R1
R3S
OMCSRT
016. .R2
PATPLUG
(RO)+ ,R1
8. ,R2

MoV
MOV
MOV
CALL
MOV
MOV
CALL
MOV

(RO)« ,R1
S#WPAT RS
016. ,R2
PATPLUG
(RO)«,R1
o8
. .R2
PATALUG
(RO)+,R1

CALL

017132
000020
004732
000010
004732

MOV

017316
000020
004732

MOV
CALL
MOV
MOV

000010
004732

CALL

B8R

004732

#300WO0
, RO

MOV
MOV
MOV
CALL
MOV
MOV

PATPLUG

MMUPAT RS

#16. ,R2
PATPLUG
(RO)+,R1
#8. ,R2
PATALUG

SUBAAA

PATPLUG: SUBTST

<<SUBR

PLUG IN NULL PATTERNS>>

;1 oSUBTEST

SUBR

PLUG IN NULL PATTERNS

18088888046 084880850888805850¢8888885888880880880584588088884830080880880880800080008
[ES6800040580000008880808800008800000808800008084040480400000008800808080088888080

5484 004732

5485 004740
5486 004742
5487 004744

5488 004750

5489 004750
5490 004734

5491 004766

012737

000001

FOR I

ROR

006001

:= #1 TO R2

ON . NOERROR

103402
012713

024106

062703

000002

005237
023702
003763

002452
0V2452

000207

002452

MOV #MT0999,(R3)
END ;0F ON.ERROR
ADD #2,R3
END ;0F FOR

MOV #1.1

BO:::::::

sIF CARRY CLEAR

8CS LO
LO:;335:53

INC 1

cHP I,R2

RETURN

BLE 80
EO:i133:133

CVMJABO MSV11-J MEMORY
SUBR

IAG.

’L\fil IN NULL PATTERNS

MACRO Y05.02

nondey 07-Oct-85 16:57

SUBAAA:

3494 004770

SUBTST

Page

129

SEQ 0117

<<CLEAR THE CONFIGURATION TABLE>>

1856800860480866868608088888084884048080840000008008000080000800004808088880808000000

1sSUBTEST

CLEAR THE CONFIGURATION TABLE

1088060466080 8048088020608448300884880888408085884880480040080080880800080800080080800000

s THIS ZEROS (UNLESS WE STARTED AT AODDRESS 202) THE CONFIG TABLE
sWHICH IS FULLY DISCRIBED AT LOCATION "CONFIG*.

004770
004770
004774
004776
003002
003004
003010

003737
001006
012700
20
022700
001374

.ENABLE LSB
IF RESTART IS FALSE

002626

002664

1¢:

003670

005012
003012
003020

012737

MOV
CLR
CP
BNE
END ;OF

SCONFIG,RO
(RO).
OeCONFIEND,RO
14
IF RESTART

.OSABL

LS8

MOV

002106

SUBTST

TST RESTARY

ONE L1

Lissssess

iSE'l ID 817
<<SIZE FOR A HARDWARE SW TCH REGISTER>>

#8]171,CPUBIY

198808058 800448888808880840008848808000808888888888488080088008880808060800088008000

SIZE FOR A HARDWARE SWITCH REGISTER

1#SUBTEST

1088808880088888048088848080048888880840080880888088088880080888048088000000008000000

::IF NOT FOUND OR IT IS
léEWAL TO A *-1", SETUP FOR A SOFTWARE SW1TCH SEGISTER.

LS8
34
9348.4
.OSABL
CRF
S0SHR, SWR
MOV
MoV
S0D1ISP ,DISPLAY
IF -1 E Q 8SWR

NABL

012737

005054

012737
012737

177370
177570

002636
002640

022177
001023
000403
012716

17777

175566

000002

005104
3318 003104
3319 003112
5320 003120
003120
3521

SET4
mov

012737
022737
001002
005037

0127%7
012737

3s:

005062

034002
000005

28:

000176
000174

1014:

002636
002640

#24.(SP)

STIMEOUT 4

o5, PROTYP

004064

177766

1014
CPUERR

CRF
OSUREG, SWR
SOISPREG,DISPLA
IF e-1
LS8

sTRAPS T0 4 GOTO 3¢
!

1SETUP FOR A HARDWARE SWITCH REGISTER
A HARDMARE DISPLAY REGISTER

L] jAND
: IF

NO TRAP FROM REFERENCE TO 8SWR AND 8SWR - -1

: 3BRANCH IF NO TIMEOQUT
11SET UP FOR TRAP RETURN

1RESET TRAPS TO 4 TO DEFAWLT

sIS THIS AN 11/83/84 ?
1BRANCH IF NCT
;CLEAR OUT THE CPU ERROR REGISTER BITS

s THAT A EXPECTED TRAP COWLD HAVE SET
s ;POINT TO SOFTWARE SWR
L2:s:5814

MACRO Y05.02
J rMEMORY OIAG .
SIZE FOR A HAROWARE SWITCH REGISTER

CVMJABO MSV1l

Mondey 07-Oct 85

SUBARB:

5524 003120

16:57

«<<SETUP ACT,

SUBTST

Pege

APT,

131

S€EQ 0118

& XXDP>>

;08084008088 00808088808000000008208000008480800000800880280080000000000000000800000000

SETUP ACT, APT, & XXOP

1 ¢SUBTEST

1008080080048 06082404¢68084008080840808808888020848408000888000880000400002800008000800000s0

5323
5%26
3527 003120
5528 003124
005124
003132
5529 005134
005134
5530 005142
003142
5331 005142
005142
005150
5532 003152
0035132
5533 005160
,051€0
5534 005160
003160
005166
553% 005170
005170
003176
003204
003212
5536 003220
5537 005226
5538 005234

005234

005236
5539 005236
005236
005244
003246
005232
5540 003254

5541
5542

5543
5544

5545
5546

5547

005254
005262
005270
005270
005276
005300
005300
005306
0035306
005310
003310
003310
005316
003316
003316
005316
005316

;THIS SETS UP A BUNCH OF FLAGS TO TELL THE PROGRAM EVERYTHING

;11T CARES TO KNOW ABOUT APT, ACT, & XXDP.
;CLEAR PASS COUNT
$PASS
CLR

005037

056724

132737
001403

000040

056737

012737

17717177

002360

132737

000200

056737

012737

177777

002444

001403

123727
001023

056736

000001

012737
012737
012737
012737
012737

177777
1171
177777
1777117

002352
002346
002062
002436

056740

002636

012737

040626

000024

000430
023727
001424
005737
001421

000042

002000

0127%7
012737

177777
1771777

002346
002062

023727
001004

000042

013730

012737

002350

IFB #BITS SET.IN S$ENVM

SET
END

s INDICATE NO TERMINAL

;OF IFB #BITS

IFB #BIT7 SET.IN
SEY

IF8

SENV EQ @1

MOV

APTFL AG,QVFLAG,
$AUTO, QUICK

MOV

@APTDOUWN
, PWRVEC
A$SUREG, SWR

;USE

CMPB SENV, 01
BNE LS

SET QVFLAG, $AUTO

IF 42 EQ @SENDAD
ACTFLAG

ELSE
SET

002354

END
END

END

;OF

:0OF

XXDPCHAIN
IF 42

IF 42

IFB

SENV

@-1 APTFLAG
#-1,QVFLAG
@ 1,8AUTO
@& 1, QUICK

MOV
MOV
MOV
MOV

SWR

BR L6
LS::i35:35:

CMP 42,0STACK
BEQ L7
TST

000042

177777

APT

IF 42 NE OSTACK AND 42 NE 00

SET

@-1,APTSIZE

LA:;::::3

SETY

MOV
ELSE

0-1,8TPFLG

BITE #BIT7, $ENVM
BEQ L4

APTSIZE

;:0F IFB #8IT7

MOV
L3::335313

$ENVM

END

000403
012737

$TPFLG

BITB #BITS, $ENVM
BEQ L3

BEQ L7

MOV
MOV

@-1,QVFLAG
@ 1, 8AUTO

CMP 42, 04ENDAD
BNE L10
MOV

#-1.ACTFLAG

S8R L1
L10: 53333

MOV
Lil::s3883

LT:38888

@-1,XXDPCHAIN

CVMJUABO MSV11 U MEMORY DIAG.
SETUP ACT,

APT,

MACRO

Y05.02

Mondey

Oct

16:57

Pege

131-1

SEQ 0119

& xxpP

(XSENRRER)

005316
SuUBTST

5549 005316

<<PROTECT

PROGRAM & LOADERS>»

1080080086880 080800400028840800048800080804808008000800800085040000800000000080000080000000

;eSUBTEST

PROTECT PROGRAM & LOADERS

1008080000008 8088080800680¢0848008080080200800080008008008808800008000000480000000000

3530 003316
5931 003324
5552 005332
003332
005340
5393
5554
5533
5556
005362
3537 005362
005362

5538 003366
005366
5539 005366
005366
5560

032737
052737

000200
000200

002664
002670

022737
001412

013730

000042

005737
001405

002454

012737
104064

17771717

000402

104401

071472

81s
®B8IT7,CONFIG
BIT7,CONFIG.4
8IS
IF @SENDAD NE 42

IF NO22BIT NE

002276

ERROR
ELSE

.64

TYPE
MSGO0O
TYPEIT
,MSGOOO
CRF
.OSABL
END

END

;0F

;PROTECT LOADER SPACE

iNOT ACT-11?

(BANX

@SENDAD

CMP SIENDAD
., 42
8EQ L12

MONFLG

SET

;PROTECT PROGRAM SPACE (BANX 0)

TST NO2281

;RETURN

XXDP MONITOR

s ILLEGAL PROCESSOR

;TYPE PROGRAM

B8EQ L13

MOV

#-1.MONFLG

BR L14
L13::::543

TITLE

L14:;;::;:;
L12:::::::

CVMJUABO MSV11 J MEMORY DIAG.

SETUP ACT, APT, & 2XDP

MACRO Y05.02

$561 007366

Monday 07-Oct-85 16:57
SUBTST

Page 132

SEQ 0120

<<CHECK FOR CACHE AND MEMORY MANAGEMENT>>

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

:eSUBTEST

CHECK FOR CACHE AND MEMORY MANAGEMENT

;".“‘."".“.‘..“‘“.‘.“....“.‘..“‘.‘...‘...““.“..‘....‘0“‘....‘...Q.

5562
§563

i THIS FIGURES OUT IF THERE IS A CACHE AND MEMORY MANAGEMENT
;¢ ON THE SYSTEM, AND WHETMER IT IS ENABLED OR DISABLED.

$564 005366
005366

012737

005566

5565 005374

005737

177746

005400

012737

005500

5567 005406
5568 005412
5869 005416

005737
013746
012737

172516
000004
005466

§571 005432
§572 005434

001415

3366 005400

$570 005424

005434

032737 001000
104401

000004

177750

000077

005454

104401

071620

$576 005460

012637

000004

5578 005466
5579 005472

012637

000004

104401

071162

5575 005454

5577 005464

005472

000411

is7

CONTRL

HOV
.DSABL

014.4
CRF

177734

;IS THERE A MMRS REGISTER?
::V SAVE OLD TIME OuT
::V PASS ON KTJ11

BEQ
TYPE

14
M1184

::V ELSE REPORT 1183
::V REPORT 1184

BIS

#BIT9,.80177750
.H1184

i3V SET ABILITY TO CLEAR

NOUBMT

::V TO UNIBUS

077,80177734

TYPEIT
.DSABL

,NOUBMT
CRF

B8R

MOV

MOV
TYPE

TYPEIT

::V TEST FOR 1154

081T78,80177730

8IC

TYPE

148:

;1S THERE A CONTROL REGISTER?

MRS
4,-(SP)
eias .4

BIT

12%:

018

ST
MOV
MOV

TYPEIT

S573 005440 052737 000400 177730
042737

#3%
8314

SET4

071150

5574 005446

SET4
Oy

::V UNIBUS MEMORY ACCESS

(SP)+.4

::V AND REPORT NO UNIBUS

(5P)+.4
MSG117

::V ALSO RESTORE OLD TIME OUT
: 11/83

,MSG117

::V MEMORY ACCESS AND CONTINUE

CVMJUABO MSV11l J MEMORY DIAG.

MACRO YOS.02

CHECK FOR CACHE AND MEMORY MANAGEMENT

5580 005476
5581 005300

000404

$583 005310
5584 005516

052737
042737

005500
5582 005506

£585
5586
$S87
55688

012737
104064

005524
005532
005534
003342

032737
001004
032737
001413

005544

104401

5590 003530

104424

53589 005544

$591 005552

.DSABL

177777

002276

000014
000014

177746
177746

000010

177746

000004

013737

003037
000404

002344

005566

104401

071174

5595 005572
005572

104401

002544

071203

18:

4$:

177746
T4

071224

5592 003360
5593 005364

5594 005366

Monday 07-0Oct-85 16:5S7

B8R
SET

34:

68:

CRfF

44
MONFLG
+64

;PROCESSOR NOT SUPPORTED BY THIS DIAGNOSTIC
MOV @& 1.MONFLG
*NO MEMORY MANAGEMENT

817
BNE
BIT
BEQ

9BIT2,CONTRL
78
#8IT3,CONTRL
64

:IS THE BIT SET?
;BRANCH IF THE BIT IS SET
11S THE BIT SET?
;BRANCH IF THE BIT IS SET

TYPEIT

,MSG121

ERROR

81S
81C

TYPE

oBIT2:81IT3,CONTRL
08I72:8IT3,CONTRL

MSG121

1SET CACHE DISABLE BITS
;CLEAR CACHE DISABLE BITS

; CACHE BYPASSED

.DSABL

CRF

MOV

CACHKN, CACHKN.2

:SAVE INFO ABOUT CACHE

TYPE

MSG119

.OSABL

CRF

TYPEIT
.DSABL

,M5G120
CRF

CACHOFF

002546

Pege 132 1

CLR
B8R

TYPEIT

TYPE

CACHKN
8s

,MSG119

MSG120

;CACHE CANNOT BE USED - IT'S BYPASSED
:
NO

;CACHE AVAILABLE

CVMJABO MSV11-J MEMORY DIAG.

MACRO Y05.02

CHECK FOR CACHE AND MEMORY MANAGEMENT

Monday 07-Oct-85

$599 005600
ggg? 005604
5602

S603 005606

ggg; 005614

5606 005622

005622

ggg; 005626

5609

ggig 005630
5612 005636

005636

ggiz 005642

104421

L on

005737
001011

002456

042737

030000

052737

010000

012746

000740

052737

030000

012746

000700

006606

23,

SETUP USER & SUPERVISOR STACK

177776

0088880008280 4308388080388083 08880800 04880428008084880480¢40000040880000008

DEENERGIZE
TST
BNE

NOSUPER
S

8IC

o8IT13:!81IT712,PSW

PUSH

4SUPSTK

MTPI

ssP

BIS

;IS THERE A SUPERVISOR MODE?
:NO-SKIP SUPERVISOR SETUP,

5S4:

MOV #SUPSTK, -(SP)

:SET PREVIOUS MODE TO USER

8IS

oBIT13!'8IT12,PSW

PUSH

QUSESTK

MTPI

usP

SUBTST

«<<«GET SOFTWARE SWITCH REGISTER IF NECESSARY>>

MOV QUSESTK, -(SP)

(00088888000 040888 8488888842880 04RR0ARRRERRSA0RES0R400R40040008000802080808048

GET SOFTWARE SWITCH REGISTER IF NECESSARY

;9008084800080 08088 08800000 RRRRARARAARRAEARARRARE000EE0000084000400408404000

IF $AUTO IS FALSE

005737
001012

002062

023727
001006

002636

000176

012737
104407
005037

177777

002566

IF SWR EQ 4SWREG

SET

005676

SWRFLG

GTSWR
CLR SWRFLG
END :0F IF SWR

002566

$622 005676

:IF NOTCAPT OR ACT)
TST $AUTO
BNE L15
;IF SOFTWARE SWITCH REG SELECTED
CMP SWR, 0SHWREG
BNE L16
;sSET FLG TO BUMP STACK
MOV #-1,.SWRFLG
;;GET SOFT-SWR SETTINGS
::CLEAR IT FOR REST OF PROGRAM
L16::;::3::

END ;0F IF $AUTO

s623 005676

SUBTST

5624 005676

L1S:::5:5:3:

<« <«GET MEMORY MANAGEMENT READY>>

;NESANEAESRRAEEREOAAAEARS0E40440044400040000080244408080000408880080880004000800

: «SUBTEST

5625 005676
5626 005700
005700

010346

005712

012603

5627 005714

;TURN QFF MEMORY MANAGEMENT

o81IT12,PSW

;¢SUBTEST

005702
005706

SEQ 0122

1 SET PREVIQUS MODE TO SUPERVISOR

177776

561% 005644

5616 005644
005644
005650
5617 005652
005652
005660
5618 005662
005662
5619 005670
5620 005672
5621 005676

133

1588084605848 080588884884484008 30080880883 0880800888480800 0220082800200 20404800000200

;a7 T TEST

5598 005576

Page

<<SETUP USER & SUPERVISOR STACK>»>

SBTST

5597 005576

16:57

104422
012703
004737

104420

GET MEMORY MANAGEMENT READY

[ HARSREEAASEABREAEAAERENESS0ALERAEAEASAES0844400044448088808488000804048880488044

KMAP
MAP

000200
035604

MOV
CALL

.DSABL

ENERGIZE

#200,R3
MAPPER

;MAP KERNEL SPACE 1 T0 1
;MAP SUPERVISOR SPACE (TESY AREA) 1 10 1
MOV RS, -(SP)

CRF

;sTURN ON MEMORY MANAGEMENT

MOV (SP)+,R3

CVMJUABO MSV11-J MEMORY DIAG.
GET MEMORY MANAGEMENT READY

MACRO Y05.02

Monday 07-Oct-85 16:57

SEQ 01,

<<BIT TEST OF ALL CSR‘S>>

NEWTST

5630 005716

Page 135

1668688088568 880888088888808888080008808888038
258852000880 204082400030080440080000s

;oTEST

BIT

TEST

ALL

CSR'S

;".....“..“‘.““““‘.“".“‘..".‘..“““..‘.““““““““‘.O"O.‘.“‘

3631
5632
5633
5634
5635
5636
5637
5638
5639
5640
5641
5642
5643
3644
5645
5646
S647
95648
5€49
5650
5651
5652
5653

005716

TSTL:
SCOPE
s THE FIRST PART OF

000004

g
i
Iz

THE CONFIGURATION ANALYSIS DOES THE FOLLOWING:

1) FINDS WHICH CSR'S RESPOND, AND PUTS THEM INTO THE CSR INFORMATION

TABLE, AND STORES ANOTHER 81T FOR "TOTCSRS".
2) TESTS THE CSR BITS COMMON TO ALL CSR’'S.

3) FIGURES QUT IF THE MODWE IS A ECC, OR PARITY MEMORY
i*
4) TESTS THE BITS PARTICULAR TO THAT TYPE OF CSR.
ie
S) IF ANY BITS TEST BAD IN THE CSR UNDER TEST, THE CSR OK BIT IN THE
i&
CSR INFORMATION TABLE IS CLEARED.
kg
124 BpficggFORHATION BITS ONE THRQUGH THREE FORM A CODE WHICH GIVES THE TYPE
I

1&
i*
&

i*
;8

ECC
BITO

TYPE

MSvV1l-L/P
MSV11-J

PARITY

0
1

€CC

;& THIS MEMORY CODE WILL BE USED IN THE SECOND PART OF THIS ANALYSIS
1 &

003720
005722
005724
005730
005736
005736

5654 005744
005744
5655 005744
3656 005746
5657 005752
5658 005754
56359 005762
5660 005770
5661 005772
003772
3662 0035776
005776
006002
5663 006004
5664 006012
006012
5663 006012
3666 0068014
5667 006020
006020
006026
5668 006030
5669 006036
5670 006040
006040
5671 006040
5672 006044

CLR
CLR

005005
005000
012703
012737

000001

002076

012737

006112

000004

005713
052705
005004
042760
052760
005013

172100

MOV
MOV
SET4
MOV
.DSABL
REPEAT
TST

012713

020000

032713
001403
052760

020000
000001

OCSRADD,R3
41 ,NOPAR
#CSRBMP
#CSRBMP
,4
CRF

(R3)

;RS IS THE TOTAL CSR NUMBER
;RO IS A TABLE INDEX
;R3 HAS THE CSR ADDRESS
: IGNORE PARITY ERRORS

8
;D0ES THIS CSR RESPOND??7?

002462
002462

IF #8IT13 SET.IN (R3);IS B8IT 13 SET

CLR (R3)
;CLEAR CSR UNDER TEST
CALL RMCSR
;BIT TEST OF ALL B8ITS IN CSR‘S
IF CSRINFOCRO) MI 430 ;00 WE HAVE A LEGAL CONFIGURATION?
@30
CHMP CSRINFO(RO),

006306

026027

002462

000030

002462

002052
END

000002
000002

BIT #8IT13,(R3)
BEQ L17

Es&s @BITO,CSRINFO(RO):MARK IT IN THE TABLE AS BEING A ECC MEMORY

005013
004737

062700
062703

MOV eBIT13,(R3)

002462

100004
016037
104021

BIS
4#1.RS
:MARK IT IN CSR MAP
CLR
R4
:CLEAR THE LAST CSR INDICATOR
BIC
#6,CSRINFO(RO)
;CLEAR UNUSED BITS
BIS
OBITA'BIT3I,CSRINFOCRO) ;YES-MARK IT IN CSR INFORMATION TABLE
CLR
(R3)
;CLEAR THE CSR UNDER TEST
LET (R3) := #BIT13
:1IS THIS AN ECC MEMORY??2?

000001

000006
000030

RS
RO

NXTCSR:

MOV CSRINFO(RO),BAD
ERROR +21
H

ADD #2,RO
ADD 92.R3

L17:5:35333

;MOVE IN BAD DATA

;GO0 TO NEXT CSR
:GO TO NEXT CSR

8PL L20

L20:::::5::

CVMUABO MSVil-J MEMORY DIAG.

BIT TEST OF ALL CSR'S

5673
5674

5678
5676
5677

5678
3679
5680

006030
006052
006032
0060354
006036
006036
006056
006056
006062
006064
006064
006066
006070
006070

3681 006072
3682 006076
006076
5683 006102
5664 006106
006106
5683
5686 006112
3687 006116
5688

MACRO

Y05.02

Monday 07-Oct-85
ASL

006305

ON.ERROR

103001
005204

020027
001330

16:57

000040

001402
052705

100000

010537
004737

002224
006122

C00137

007002

062706
000137

000004
006040

22%:

CSRBMP:

135

SEQ 0124

;:SHIFT CSR MAP

;IS THERE A CSR O

INC R4
END

;YES-SET CSR PRESENT FLAG

UNTIL RO EQ 040

sUNTIL ALL CSR'S ARE DONE

ROR
TST
RNE

006005
005704

Page

RS
R4
224

)

;RESYNC RS
1WAS THERE A CSR 07
sBRANCH If NOT EQUAL

L2l:sisi4
CHMP RO, 940
BNE B1
El:sisass

8IS
#8IT15,R5
LET TOTCSRS := RS

;:YES SET IT IN CSR_TABLE
;STORE CSR MAP IN TOTCSRS

CALL CSRMAP
JUMPTO
CTEST

:PRINT CSR MAP

ADD
JMP

04 ,5SP

NXTCSR

8CC L21

BEQ 22¢

MOV RS, TOTCSRS
JHP CTEST

;FIX STACK POINTER FOR NON-EXISTANT CSR TRAP

;G0 ON TO NEXT CSR

CVMJUABO MSV11-J MEMORY DIAG.
T1
BIT TEST OF ALL CSR'S

MACRO Y05.02

$690 006122

Page 136

SEQ 0125

CSRMAP: SUBTST

<<PRINT CSR REGISTER MAP>>

;s #SUBTEST

PRINT CSR REGISTER MAP

;‘.“..“‘.““‘..“.“.“.‘.‘.‘..“....““‘..‘..““‘.‘.““‘.‘....‘..‘..O...‘
(0888088808408 680 080048880808 088008000080004000000800000088400080400080800800800¢

S691 006122

005000

006124

104401

071440

$693 006130
006130

104401

066134

5692 006124

Monday 07-Oct-85 16:57

CLR

TYPE

;CLEAR CSR INFO POINTER

MSGO08

TYPEIT

;PRINT TITLE

,MSGOO8

CRF

.DSABL

TYPE
TYPEIT

MSGO16
,MSGO16

;PRINT CSR NUMBERS

:
:

R1,R2
@9, ,R2

H
H

@7,R2
#60,R2
R2,MSGO1S
MSGO1S
,MSGO1S

3
sMAKE IT ASCII
H
:

CRF

.DSABL

5694 006134
5695 006136
006136
S696 006136
$697 006140

005001

CLR
REPEAT

010102
(22702

000011

MOV
CMP

$699
$700
$701
$702

062702
062702
110¢37

000007
000060
066132

104401

066132

ADD
ADD
MOVB
TYPE
TYPEIT

066130

TYPE MSGO14
TYPEIT
,MSGO14

;TYPE SINGLE SPACE

INC Rl
UNTIL R1 EQ #16.

:
:

TYPE MSGOO9
,MSGOO9
TYPEIT

;:TYPE MEMTYPE

REPEAT

5698 006144

006146
006152
006156
006162
006162

570% 006166
006166

$704 006172
5705 006174
006174
006200
006202
5706 006202
006202

5707 006206
006206
5708 006206
006206
006212
$709 006214
006214
006222
$710 006224
$711 006232
006232
006234
5712 006234
S713 006242
006242
5714 006242
006242
006244
S71S 006244
$716 006252

006252
$717 006252
006252

100002

104401

8PL

1%:

.DSABL

020127
001356

000020

104401

065614

CRF

.DSABL

IF CSRINFO(RO) NE €0 ;IS CSR NONEXSISTANT????

005760

002462

032760
001404
112737

000001

002462

000105

066132

001414

IF #BITO SET.IN CSRINFO(RO)
MOVB
ELSE

000403

112737

000403
112737

104401

000120

066132

P
”
000040 7066132

066132

; JUMP AROUND NEXT INSTRUCTION

CRF

.DSABL

005201

B2::::::4:

END

MOV

¢€'E,.MSGO1S ;IT IS A MSVil-J

&'P,MS5GO1S ;IT IS A MSV1i-L/P

MOVB @'

B3:::5::3:

TST CSRINFO(RO)

BEQ L24

BIT #BITO,CSRINFO(RO)
BEQ L25
BR L26
LeS:ss:53:3
L26:;::::::

ELSE

END

CMP R1,016.
8NE B2
E2:::3:5:

,MSGO1S

TYPE MSGO15
TYPEIT
,MSGO15

BR L27
LA 5335535
L27:5::3:3
;sTYPE MEMORY TYPE

CVMJUABO MSV1l-J MEMORY DIAG.

PRINT CSR REGISTER MAP

5718 006236
006256

104401

066130

000240
062700

000002

5719 006262
5720 006264
5721 006270
006270
006274
006276
5722 006276
006276

020027
001344

5723 006302
S$724 006304

000207
000000

104401

MACRO Y05.02

Monday 07-0ct-8S
.DSABL

CRF

.DSABL
NOP

CRF

TYPE MSGO14
TYPEIT
,MSGO14

ADD

#2,RO

UNTIL RO EQ 240

TYPE

TYPEIT

071542
TRACE:

MSG129

,MSG129

.DSABL

CRF

.MORD

RETURN

16.57

Page 136-1

SEQ 0126

; TYPE SPACE
H

;POINT TO NEXT ENTRY
:

:
:

CMP RO,940
BNE B3
E3:si354

CVMJUABO MSV11-J MEMORY DIAG.
PRINTY CSR REGISTER MAP

MACRO Y05.02

Mondey 07-Oct-85 16:57
SUBTST

5726 006306

Page 137

SEQ 0127

<<READ AND WRITE ALL CSR BITS>>

;....“‘.“..“.“‘.‘..‘.‘.““......““.‘.“.‘.‘.“.“.‘..“.....‘..‘.“.‘.“‘

READ AND WRITE ALL CSR BITS

1»SUBTEST

3‘..‘..‘..‘.‘.“..‘...“.“..‘.“““.“.‘.“‘.‘.‘.‘...“““‘.‘.““““.‘..‘.0

5727

g;gg

: BY WRITING AND CHECKING FOR THE FOLLOWING PATTERNS:

5731
5732

:
3

1-Z€EROS
2-0ONES

4-SHIFTING A ZEROS THROUGH A FIELD OF ONES

5728

: THIS ROUTINE “RMWCSR” CHECK TO SEE THAT THE CSR CAN BEWRITTEN ON CORRECTLY
3

5733

g;;g

5736 006306

5737 006306
006306
006310
006312
$738 006316
006316

5739 006320
5740 006322

006322
S741 006326
006326

5742 006332

006332
006340
5743 006342
006342
5744 006346
006346
006330
5745 006350
006350

5746 006354
006354
5747 006354
006354

5748 006362
5749 006366
006366
$750 006370
006370
5751 006372
5752 006374
006374
006376
5753 006400
006400
5754 006404
006404
S755 006410
S756 006412

S757 006420

006420
5758 006420

3-SHIFTING A ONE THROUGH A FIELD OF ZEROS

RUWCSR:

010446
010546
013746

177640

LET RS := RO

C10005
006205

010537

002152

010337

002034

032760
001403

000001

012705

017740

ASR RS
LET CSRNQO

012737

002462

ELSE

040537

002322

005013
011304
040504
005704

001410
005037

002044

010437
104035

002150

042760

000010

002462

MOV R4, -(SP)
MOV RS, -(SP)
MOV UIPARO, -(SP)
;sGET CSR NUMBER FOR POSSIBLE ERROR
MOV RO.RS
s
:

:GET ADDRESS FOR POSSIBLE ERROR

MOV RS,CSRNO
MOV R3,ADDRESS

:MASK FOR MSvil-J

sMASK FOR MSV11 L/P

MOV #017740,.RS

B8R L32

L31::::::3

MOV #070032.RS

END

LET CSR1S := @177777

1SET CSR1S TO ALL ONES

8IC RS5,CSR1S
LET (R3) := 90

;CLEAR BITS FOR GOOD DATA
;0 ---->CSR

LET R4 := (R3)

;MASK QUT UNWANTED BITS

8IC RS,.R4
IF R4 NE #0

:
;00 WE HAVE A CORRECT READ

LET GOOD :=» #0

:GO0OD DATA=0'S

LET CSR := R4

;BAD DATA=CSR

ERROR +35
BIC #BIT3,CSRINFO(RO)

;BIT SET ERROR
;CLEAR CSR OK BIT

END

LET (R3)

:= CSR1S

;ONES
- - ->(R3)

sGET BIT MASKS FOR 0

BIT #BITO,CSRINFO(RO)
B8EQ L31

;sIT IS A MSV11-L/P

LET RS := 00700%2

002322

:SAVE R4,RS, AND UIPARO ON STACK

IF #BITO SET.IN CSRINFOCRO) ;WHAT KIND OF MEMORY 1S THIS?2?
LET RS := 0017740

070032

177777

:= RS

LET ADDRESS := R3

000402
012705

PUSH R4 ,R5,UIPARO

L32:::::3::
MOV @#177777,.CSR1S

CLR (R3)
MOV (R3).R4
TST R4

BEQ L33
CLR GOOD

MOV R4,CSR

L33:;:::5::

CVMJABO MSV11-J MEMORY DIAG.
AND WRITE ALL CSR 8I7S

READ

006420
5759 006424
006424
5760 006426
3761 006430
S762 006432

006432
006436

5763 006440
006440
5764 006446
006446
5763 006432
5766 006454
5767 006462
006462
5768 006462
006462
3769 006466
006466
5770
s171 006466
5772 006472
006472
571738 006500
006500
0063506
5774 006510
006310
5775 006514
006514

006316

5776 006316
006316
51717 006322
006522
5178 006522
006322
5779 006322
5780 006326

S781

5782
5783

3784
5785

006326
006534
006336
006544
006346
006332
006352
006352
006332
006360
006362
006370
006572
006376
006376

5786 006376
006576

013713

MACRO Y05.02

002322

013737

002322

010437
104010
042760

002150
000010

002462

:= R4

:= &0

REPEAT

CMP R4,CSR1S
BEQ L34

;GO0OD DATA = ALL LEGAL BITS SET IN CSR

MOV CSR1S,GO00

:1BAD DATA=CSR

MOV R4 ,CSR

ERROR +10
;BIT CLEAR ERROR
END BIC #BIT3,CSRINFOCRO) ;CLEAR CSR OK BIT
LET PASFLG

002264

;WAS PATTERN WRITTEN CORRECTLY?

LET GOOD := CSR1S
LET CSR

MOV (R3).R4

IF R4 NE CSR1S

002044

MOV CSR1S.(R3)

;CLEAR OUT CSR

BIC RS.R4
002322

SEQ v128

+MASK OUT CORRECT FIELOD

(R3)

CLR

020437

005037

Pege 137-1

LET R4 := (R3)

011304
005013
040504
001411

Mondey 07-0Oct-85 16:57

;SET UP LOOP COUNTER

L34::3:33

CLR PASFLG
sREPEAT WITH A FIELD OF é;S THROUGH 0'S
SRR
L)

005237

002264

012737

177777

177640

023727
001003

002264

000001

012702

000001

:= ¢ 1}

IF PASFLG EQ @1
LET R2

:= &1

ELSE

000402
012702

INC PASFLG
LET UIPARO

LET R2

177776

005237

177640

023727
001006
032760
001002
042702

002264

000001

002462

1USE USER PAR FOR BIT COUNTER

;PASS 1

:= 177776

;0----- >FIELD OF ONES

END

REPEAT

;D0 BITS 0-4 AND 13-15

02264

000002

000001

002462

040004

BR L36
L35:::5::3:3
MOV #177776.R2
L36:::::1:

ENDBIC #BIT14'BIT2,R2
:= R2

;

L37:5:535543

IF PASFLG EQ #2 AND #8170 O-F.IN CSRINFO(RO)

LET (R3)

IERE

CMP PASFLG,
01
BNE L37
BIT #BITO,CSRINFOCRO)
BNE L37
;IF THIS IS PASS 1 ON A MSV11-L/P.CLEAR BIT 14
;

CHMP PASFLG,
02
BNE LAO
gzg :ggTO.CSRINFO(RO)

;IF THIS IS PASS 2 ON A MSV11-L/P, CLEAR ECRSRD BIT AND

010213

MOV #1,.R2

INC UIPARO
s INCREMENT BIT POINTER
IF PASFLG EQ €1 AND #8ITO OFF.IN CSRINFO(RO)

023727
001006
032760
001002
042702

MOV @-1,UIPARO
CMP PASFLG,
8!
BNE L3S

il----- >FIELD OF ZEROS
;PASS 2

ENoBIC #BIT14 ,R2

040000

:
0'S THROUGH 1°S
s INCREMENT LOOP COUNTER

;WRITE DATA

LA0: ;5353353

MOV R2,.(R3)

CYMJABO MSV11-J MEMORY
CSR 8I17s

READ AND WRITE ALL

5787

S788 006602
5789 006604
3790
5791

5792
5793
5794

5795
5796

011304
040304

010137

002044

010437

002130

023727
001002
104033

002264

5803
3804

3803
5806
5807

5808

5809

3810

5811
3812 006732
5813
006736

LET CSR
000001

ERROR
ELSE
ERROR
END
000010

;:GET GOOD DATA
:1GET DATA THAT IS READ

:= R}
:= R4

+35

+10

MOV R1.GOOO

;:GET GOOD DATA
;SELECT ERROR DEPENDING ON PASS

:B8IT SET ERROR
i1PASS 2

NDBIC #B8IT3,CSRINFO(RO)

002462

CP R1.R4
B8EQ L4}

;sBAD DATA » CSR CONTENTS

;i8IT CLEAR ERROR

023727
001002
006302

002264

000001

ASL

ELSE

000402
000261
006102

023727
001311

END
177640

000017

023727
001267

002264

000002

032760
001402
000137

000001

002462

0V6766

012713

140005

011302
042702

037772

020227

140005

MOV R4 ,CSR
CMP PASFLG,.
01
BNE L&2
BR LA43

LA2::::33:

;CLEAR CSR Ok BIT

IF PASFLG EQ @1

MOV R2.R}
MOV (R3),.R4

+MASK OUT CSR BITS
;IS DATA CORRECT??2?

IF PASFLG EQ @1

000401

042760

(R3)

LET GOOD

SEQ 0129

;GET GOOD DATA AND MASK IT OUT

B8IC R5.R4
IF R1 NE R4

020104
001416

3799
3800

Pege 137-2

:= R2

8IC R3.R1
LET R4 :=

040501

104010

3802

Mondey 07-Oct-85 16:57
LET R1

010201

$Se97
5798

3801

MACRO Y05.02

sGET DATA FOR NEXT LOOP

L&3:;:::5:3:
L83:3:31:3:

CMP PASFLG,®)
BNE L44

;SHIFT 1 ACROSS 0'S

BR LAS

SEC
ROL R2

LA4:;;;::::

1SET CARRY
1ROTATE A O ACROSS A FIELD OF ONES
:

UNTIL UIPARO EQ #15.

UNTIL PASFLG EQ #2

tUNTIL ALL BITS ARE DONE

s1DONE WITH 2 PASSES

L8S:ss5:5::

CHP UIPARO, #1S.
BNE 85

ES:3i33:13

CHMP PASFLG,
#2
BNE 84
Ed:333:3

IF #BITO SET.IN CSRINFO(RO) THEN JUMPTO DONE ;IF HSVIIEL/P 00 ONE LAST WRITE

81T #BITu,CSRINFOCRO)
8EQ L350

LET (R3)
LET R2

:= 9140005

:= (R3)

8IC #37772,R2
iF R2 NE 0140005

JMP DONE
LS50:358331

1WRITE ONES TO CSR WITH ECSRRD 817 ENABLED

;sREAD CSR FOR CORRECT BITS
sCLEAR UNWANTED BITS
1WAS WRITE CORRECY

HOV #140005,(R3)

MOV (R3).R2

CMP R2, 4140005

CVMJUALO MSV11l-J MEMORY OIAG.

RFAr

AND WRYTE ALL CSR 817S

006742
5814 Co6744

006744
5815 006732
006752
3816 006 756
3817 006760
5818 006766
006766
5819 006766
006766
5820 006770
006770
006774
006776
3821 007000

MACRO Y05.02

001411

012737

140005

010237

002150

104010
042760

000010

Mondey 07-Oct-85

LET GOOD

002044

LET CSR

16:57

:= #140005
:= R2

Page

137-3

012637
012605
012604
000207

MOV

1BAD DATA

002462

LET (R3)

:= &0

POP UIPARO,RS,R4

RETURN

sCLEAR OUT CSR
1RESTORE UIPARO,R4,

#140005,G000

MOV R2,.CSR

ERROR +10
+8IT CLEAR ERROR
ENOBIC #8IT3
, CSRINFOCRO) ;CLEAR CSR OK BIT!
:
DONE

177640

BEQ LS}

;G000 DATA

005013

SEQ 0130

LSi:i45014

AND RS

CLR (R3)
MmOV (SP)+ ,UIPARO
MOV (SP)..RS
MOV (SP).,.R4

MACRO Y0S5.02

CVMUABO MSViL -J MEMOR Y
ALL CSR

READ AND WRIY €

3824
38295
3826 007002
5827 007004
5828 007012
3829 007220
5830 007024
3831 007032
3832 007040
5833 007042
5834 007046
3833 007032
5836 007054
5837 007056
3838 007060
5839 007064
5840 007070
5841 007072
5842 007074
5843 007076
5844 007100
5845 007102
5846 007110
5847 007112
5848 007120
5849 007126
5830 007134
5851 007140
5852 007142
5853 007150
58354 007156
5635 007164
5836 007172
5857 007176
5858 007202
5839 007210
5860 007212
3861 007214
3862 007216
5863 007220
5064 007222
5863 007226
J71232
5866
5867 007236
5868 007240
3869 007242
5870 007246
5871 0072%0
S872 007252
5873 007260
3874 007266
587135 007274
5876 007276
5871? 007302
5878 007310
007310

Monday O7 Oct-85 16:57

Page

139

SEQ 013%

s THE FOLLOWING ROUTINE DETERMINES WHICH CSR CONTROLS PROGRAM SPACE
3

104424
012737
012737

002532
172350

012701
012737
0127%7
005000
003037
€13703
000240

002412
002414

005060

000414
012760
012711

012771

012760

005771
016004
032760
001003
005704
100412

CACHOFF
MOV
MOV
MOV
MOV
MOV
CLR

CLR

006303
103407
062700
010037
003703
001465
000767
€00240

000241
032760
001014
032760
012771
012771

CTEST:

1s:

2s:
000001

000004
123456

123456
172100

000000

123456
123456

020006
000000
172100
000001

000720
000240
072427
042704
012702
020204
001307
010037
000240
104502
012771
012771
023727
001402
000137
012737

007320
001000

104401

071334

002462

172100

000002
172100

8Cs

ADD
MOV
TST

BEQ
BR
NOP
CLC
817
BNE
8IS
MOV
MOV

000000
000002

000000

MOV
NOP
ASL

S4:

CLR
B8R
MOV
MOV
MOV

64:

002462

MOV
TST
MOV
817

0177777,PGMCSR
#2000,KIPARS
QTESTADD,RL
2100000, TESTADD
3300002.TESTADD02

CSRNO
TOTCSRS,R3
R3
24
82 ,.RO
RO, CSRNO
R3
34
44

geITO.CSRINFO(RO)
#8172,CSRADD(RO)

4123456,8(R1)
#123456,82(R1)
g%RADD(RO)

8(R1
CSRADD(RO),R4
;?ITO.CSRINFO(RO)

#0,8(R1)
#0,82(R1)
PGMCSR, 0177777

177777
172350

8€Q
FINTS:

;IS MAP EMPTY?
;:BRANCH IF SO

;DEBUG AID
:CLEAR CARRY
;IS THIS PARITY MEMORY?
1BRACH IF NOT
:SET WRITE WRONG PARITY
:WRITE DATA

;RESTORE CSR

sPARITY MEMORY?

;BRANCH IF NOT
;PARITY ERROR?
:BRACH IF SO
: TRY

;:DEBUG AID

CSR

:LOAD IN CORRECT CHECK BITS FOR MSV11-J
:CORRECT CHECKBITS?
;BRANCH IF NOT
;DEBUG AID

;CLEAR ALL CSR’S
;RESTORE TEST LOCATIONS

FINTS

; IF PROGRAM CSR NOT FOUND GO TO FINY

#1000,KIPARS

:ERROR

CLRMEM

MOV
TYPE

M5G126

.DSABL

CRF

TYPEIT

CSR EXISTS

;UPDATE CSR COUNTER

:SET DIAG CHECK MODE
;WRITE CHECKBITS TO CSR
sWRITE CSR TO R4

#123456,82(R1)

000000
000000
002532

000002

;:BRANCH IF

0220?6.CSRADD(RO)

002532

000040

;OBTAIN CSR MAP
+DEBUG AID
:PUT HIGH ORDER BIT INTO C BIY

;CLEAR THE CSR UNDER TEST
iWRITE UATA

#-5,R4
tC77,R4
#40,R2
R2,R4
18
RO ,PGMCSR

177773
177700

s+CLEAR CSR COUNTER

#0,CSRADD(RO)
9123456, 8(R1)

R4
1]
18

7%:

:SET UP MAP REGISTER

,M5G6126

;GO TO SIZING ROUTINE IF FOUND

PROGRAM CSR NOT FOUND!

CVHJAGO MSVLIL-J MEMORY DIAG.

READ AND WRITE ALL

5879 007314

5881

CSR BITS

005037

MACRO

Y05.02

Mondey 07

002532

007820

Oct

16:57

Page

139

SEQ 0182

:SET TO DEFAULY OF O

CLR

PGMCSR

SUBTST

<<CLEAR ALL MEMORY SPACE FROM BANK ¢ ON>>

1080886880008 0800800400008¢800808800028880880400008008000084840048040000008000004808040

1eSUBTES”

CLEAR ALL MEMORY SPACE FROM BANK 2 ON

1600006608088 0004800048030000800800880080400888800808040208080004840¢8000008000000000

Se8e
5883
38064
5885
3886
5887

:TH!S ROUTINE CLEARS ALL MEMORY SPACE BEGINNING AT ADORESS 200,000 AND
;HIGHER MEMORY .

5888 007320
007320

56889
3890
5891
5892
5893
3894
3893
5896
5897
5898
5899
5900
5901

IT SHOWLD CLEAR ANY PARITY ERRORS

-CONTINUES UNTIL THERE IS NO MEMORY LEFT,

;CREATED BY THE LAST ROUTINE, AND CLEAN UP ANY JUNK LEFT HANGING AROUND IN

007326

007332

007340
007346
007332

007356

007360
007366
007370

007374
007376

007400
007406

007414
007416
007422

007426

007430
007432
007436
007436
007444
007452
007454
007460

[

012737

007430

000004

005037
012737
C12737
012701
020127
001003
0127%7
005021
005737
001001
000765
062737
022737

006304
000001
002000

002076

001405
005037

012701
000751
000240
005037
012737
022737
001002
005037

100000
117776

177777

1¢:
006304

172350
172350

2%:

3%:

006304
100000

177766

MOV
MOV
MOV

cHP
BNE
MOV

CLR
787

BNE
B8R
ADD
cHe
BEQ
CLR

CLREX:

006304
034002
000005

SET4

MOV
.DSABL

CLR

172350

006304

000200
177600

CLRMEM:

oCLREX
.4
OCLREY
CRF

TRACE
41 ,NOPAR
42000,KIPAR4
9100000.R1
R1,0117776
23
#-1,TRACE

(R1).

TRACE
34
1s
9200 ,KIPAR4
4177600, ,KIPAR4

CLREX

TRACE
:}OOOOO.RI

;NONEM TRAPS GO TO CLREX

: IGNORE PARITY ERRORS
;SET UP MAP TO START AT BANK 2
;:R1

MAPS

TO KIPARA

;WHOLE 16K BANK DONE?
;KEEP GOING IF NOT
:USE TRACE FLAG TO FLAG END OF BANK
:CLEAR CONTENTS & INCREMENT
;E0B FLAG S€ET?
;G0 TO NEXT BANK IF SO

:SET MAP FOR NEXT BANK

;ARE

THE

PERPHERIAL

.YES GO ON
;RESET FLAG
;RESET R1
;CLEAR NEXT BANK

PAGE

TRACE

QTIMEQUT
4
25 ,PROTYP

000004
004064

1014
CPUERR

101s:
.DSABL

CRF

;IS THIS AN 11/83/84 ?
:BRANCH IF NCT
;:CLEAR OUT THE CPU ERROR REGISTER 8I7S
; THAT A EXPECTED TRAF COULD HAVE SET

MACRO Y05.02
CVMUABO MSV11 J MEMORY DIAG.
CLEAR ALL MEMORY SPACE FROM BANX 2 ON
ANA2 :

5911 007460

Mondey 07 Oct 85
SUBTST

16:57

Page

142

SEQ 0133

<<MATCH ALL CSR'S WITH MEMORY>>

$060008600088006600800804000088000000840000000000008008000008004800800088080080800008800

1 sSUBTEST

MATCH ALL

CSR'S WITH MEMORY

§80080080600068000680004640000000804800000080280004040000080008000000600406800000060

5912
5913
5914
3913
5916
5917
3918
35919
5920
3921
392¢
5923
3924
3923
3926
3927
3928
5929
5930
5931

: &
1 &
e
I
i &

1 &
1 &
I

1 &
FLJ

HE
L
;e

AND

FOR ECC.
INSTALLS ALL THE INFORMATION FOUNO IN THE CONFiGURATION TABLE.
THIS IS DONE BY TAKING EACH CSR FOUND IN THE PREVIOUS SECTION SEQUENTIALLY
AND CHECKING THROUGH ALL OF MEMORY, ONE BANK AT AT TIME, TO SEE WHICH BANKS

RESPOND TO THE CSR IN QUESTION. THE FIRST DOUBLE WORD PAIR IN EACH BANX IS
WRITTEN WITH DATA AND DIAGNOSTIC ZHECK TMMODE SET IN THE CSR AND ARE CHECKED
FOR EACH BANK THROUGH USE OF TESTADD AND KERNEL INSTRUCTION PAGE ADDRESS

IF WE GET THE PROPER CHECKBITS BACK, WE HAVE A MATCH.
IF NOT, THE ROUTINE CHECKS FOR SINGLE OR DOUBLE BIT ERRORS.
IF ONE OR THE OTHER IS FOUND, THE ERROR ADDRESS IS CHECKED

REGISTERS 4 AND 5.
70 SEE IF

THAT BANK.

IF 17 18,

WE HAVE R MATCH.

THE END OF EACH
STORED IN

BANK PASS, FOR EACH CSR PASS, THE PROGRAM COMES UP WITH A NUMBER,
"I", WHICH DENOTES THE FOLLOWING:

&
PR
e
&
i e

N01 4

MEMORY DESCRIPTION

NON-EXISTANT MEMORY

MSV11-L/P MEMORY
MSV11-J MEMORY

5932
5933
3934
5933
5936 007460
007460

5937
5938
5939
3940
3941
5942
5943
5944
5943
5946

THE SECOND PART OF THE ANALYSIS MATCHES UP THE CSR‘S WITH THE MEMORY,

007466
007472
007476
007502

007304
007506
007512
007314
007520
007322
007330
007332
007336
007540

007330
007554
007560
007374
007576
007600
007604
007610
007612
007614

e
i 8

.
: &

012737

010532

005037
012701
013703
003000
005005
005737
001403
003037
000413
022737
001407
013702
005202
072227
010237
012702
005037
012737
012737
006303
103420
062700
010037
005703
001370
012737

002314

CLR

MOV
MoV
CLR
CLR
787
8eQ

002454

002560
002556

7¢:

CRF
CHECK

OTESTADD,R1
;gTCSRS.RS

??2ZBIT

%:STBLOCK
:}77.LkSTBANK

000011

14:

172350
172352

000002
002152

001000

#1004
#1004 .4

LASTBANK
,R2

002556

0025690
000004
002564
0v1000
001000

SETA

MOV
.DSABL

000004

002412
002224

000177

NOTE THAT PARITY MEMORY WRITES WRONG PARITY TQ THE DOUBLE WORDS, THEN LOOKS
FOR THE PARITY ERROR BIT TO BE SET.
IF THE BIT IS SET, WE HAVE A MATCH.

172350

24%:

9. .R2
R2,LASTBLOCK
o4 ,R2
ENDFLG
#1000
. KIPAR4
#1000, KIPARS
R3
3%
#2.R0
RO, CSRNO
R3
23
#1000 ,KIPARA

;NE MEMORY

TRAPS GO TO

100¢

;CLEAR CHECK
;SET UP THE VIRTUAL ADDR.
;MOVE CSR MAP INTO R3

POINTER

:CLEAR THE CSR POINTER
;:CLEAR THE PROGRAM CSR STATUS POINTER
;00 WE HAVE 22 BIT ADDRESSING ?

:BRANCH IF WE DO
sADJUST LASTBLOCK INODICATOR FOR 124K MACHINE
;BRANCH OVER NEXT PIECE OF COOE
;IS THERE Q@-BUS MEMORY ABOVE 177760007
:BRANCH IF NOT
;SET UP A NEW LAST BLOCK INDICATOR

;R2 IS INOEX FOR CONFIG TABLE
;CLEAR END OF MEMORY FLAG
;SET KIPAR4A FOR BANK 1
;SET KIPARS FOR BANK 1
:D0ES THIS CSR EXIST?
+BRANCH IF IT DOES EXISTY

; INCREMENT THE CSR POINTER

;STORE IT IN CSRNO ALSO
;ARE THERE ANY MORE CSR'S 10 D0?
;BRANCH IF ALL CSRS NOT DONE
;RESTORE KIPAR4

CVMJABO MSV11-J MEMORY DIAG.

MATCH ALL

CSR’'S WITH MEMORY

5963 007622
5964 007630
5963 007634
3966 007640
5967 007644
3968 007646
5969 007630
5970 007636
5971 007664
5972 007672

5973
5974
5979
5976
5977

5978
5979
5980
59681
5982

007674
007700
007704
007710
007714
007714
007720
007724
007732
007734
007742
007750
007756
007762
007764
007772
010000
010002
010004
010006

5983
5984
5985
3986
5987
3988
5989
5990
3991 010012
5992 010014
3993 010016
5994 010022
5995 010024
5996 010030
5997 010032
010032
010036
010042
010050
0100%2
010054
010056
V10062
010066
010072
010100
010102
010106
010110
010112

MACRO Y05.02

012737
013706
000137
010037
104424
000240
012737
012737
032762

001200
002574
010542
002152

172352

100000
120002

002412
002414
002664

000137
005037
005771
005237

010430
002452
000000
002452

017146
017146
032760
001014
€S2760
012771

000000
000002
000001

002462

000004

172100

001402

012771
003060
000411
012771
012771
104503

000040

3s:
13s:
454

438
4%

123456
123456
172100

000000
000002

123456
123456

000000
000002

344
;

002434

012671
012671
032760
001004
003704
100420
000137
072427
042704
012737
000240
023704
000240
001402
000137

000002
000000
000001

010430
177773
177700
000040
0V2316

CLR
8R
MOV
MOV

CLRICSR
CB1CSR
NOP

424
:

002316
77%:

010256

Pege

#1200, KIPARS

KSTACK,
SP

SUBAAS

RO, CSRNO

gg{TO.CSRINFO(RO)

481IT72,CSRADO(RO)
0123456 ,a(R1)
0123456, 82(R1)

CSRADD(RO)

414
9123456,8(R1)
0123456 ,32(R1)

TST
8(R1)
READCSR

CSR.R4

MOV

R4, TEMP

POP

82(R1),8(R1)

CLR1CSR

002462

16:57

CACHOFF
NOP
2100000, TESTADD
MOV
MOV
9120002, TESTADD+2
#B8ITS5,.CONFIG(R2)
817
438
8EQ
JMP
64
I
CLR
157
?(Rl)
INC
PUSH
8(R1),82(R1)

NOP
MOV
NO

002150

010437
104503

MOV

MOV
MOV

414

000000

MOV
MOV
JHP

817
BNE
81S

104475

000240
005771
104426
000240
013704
000240

Monday 07-"ct-85

8IT
BNE
TST
8MI
JMP

ASH

81C

MOV
NOP
CMP
NOP
BEQ
JMP

#8170,CSRINFO(RO)

424
R4

258
6%

#-5,.R4
21C77,R4
240,CBITS

CBITS.R4

254
224

142-1

S€qQ 0134

;RESTORE KIPARS
+RESTORE STACK

;JUMP TO SUBAAS IF ALL CSR’S ARE DONE
;MAKE SURE CUSRNO IS UPDATED
; TURN THE CACHE OFF

:SET UP VIRTUAL ADORESS TO KIPARA
;SET UP VIRTUAL ADCRESS TO KIPARS
;IS THIS A BANK TO SKIP €ECC/LOGIC TESTS?
BRANCH ARDUND NEXT INSTRUCTION
sNO
:YES - GO TO END OF BANK

;CLEAR THE MEMORY CONFIGURATION COUNTER
;TEST TO SEE THAT THMERE IS MEMORY PRESENT
;MEMORY PRESENT
;SAVE THE LOCATIONS UNDER TEST

:IS THIS PARITY MEMORY?

iNO

- BRANCH

:SET WRITE WRONG PARITY
;:SET THE FIRST LOCATION UNDER TEST
;SET THE SECOND LUT
;:CLEAR THE CSR
;TEST LOCATIONS
sSET THE FIRST LOCATION UNDER TEST
;SET THE SECOND LUT
;RESET CSR
;:SET DIAG. CHECK MODE IN CSR UNDER TEST
;DEBUG AID
sREAD THE FIRST LUT TO WRITE CKBITS. INTO (SR
sREAD THE CSR UNDER TEST
;:DEBUG AID
;GET THE CHECKBITS FROM THE CSR
;:DEBUG AID
;SAVE IN TEMP FOR LATER
;RESET CSR
;RESTORE LOCATIONS UNDER TEST
MOV (SP)+,82(R1)
MOV (“2).,8(R1)

:1IS THIS PARITY MEMORY?
;:NO - BRANCH
:DID WE GET A PARITY ERROR?
;YES - FILL IN CONFIG TABLE
:NO - JUMP TO END OF BANK
sMANIPULATE

THE CSR BITS

;INTO A USABLE FORM.
;MSV11-J CHECK 8ITS
;DEBBUGGING AIDE

:D0 THE CHECKBITS COMPARE TO WHAT WAS WRITTEN?
;:DEBBUG AIDE
:BRANCH IF THERE IS A MATCH

;ELSE BRANCH IF NOT THE SAME

i& WE COME HERE IF THERE IS A MATCH
1 &

010116
010120

010004
000240

25¢:

MOV
NOP

RO,R4

;:GET THE CSR NUMBER

CVMJABO MSVL1-J MEMORY DIAG.

MATCH ALL

CSR’'S WITH MEMORY

6016 010122
6017 010124

6018
6019
6020
6021
6022
6023

6024

6023
6026
6027
6028
6029
6030
6031
6032
6033
6034
6033
6036
6037
6038

010126
010132
010136
010142
010146
010150

6060
6061
6062
6063

ASR

170377

1Ss:

002664
002462
177770

SWAB
8IC
81S
MOV

8IC
SWAB
BI1S

002666

1 &

Pege

R4
R4
€170377,R4
R4 ,CONFIG(R2)

CSRINFO(RO),R4
4tC7.R4
R4

R4 ,CONFIG+2(R2)

010134
010162
010164
010170
010176
010200
010204
010210
010214
010216
010224

010232
010254

022737
001402

000137
032737
001417
013704
072427

022704
C03010
052762
105262

012737
053737
053737
000240
000465

001000

172350

244:

010430
100020

002434

304
:

02434

177767

000001

000001
002666

177777
002670
002672

002664

002450

002664
002666

10¢:

142 2

SEQ 0135

1SET IT UP FOR USE IN THE
;CONFIGURATION TABLE.

;CLEAR OFF EXTRANEOUS BITS
;PUT CSR NUMBER IN CONFIG. TABLE
;GET MEMORY TYPE

;CLEAR OFF THE EXTRANEQUS BITS

sMOVE INTO PROPER POSITION

:SET IT INTO THE CONFIG TABLE

THIS SECTION IS EXECUTED ONLY WHEN THE BANK=]

6040 010244

6052
6053
6054
6055
6056
6057
6058
6059

Monday 07-0Oct-85 16:57

010230
010°30
6039 010236

6041
6042
6043
6044
6043
6046
6047
6048
6049
6050
6051

006204
000304
042704
050462
016004
042704
000304
050462

MACRO Y05.02

cHP
8EQ
JHP
BIT
BEQ
MOV
ASH
cHP
8GT
81s
INCB
SET

€1000,KIPAR4
304
64

BIS
81S
NOP
BR

CONFIG+4,CONFIG
CONFIG+6,CONFIG+2

08IT15!BIT4,TEMP
10%
TEMP R4
#-9.,.R4
21,R4

10$
98170,CONFIG(R2)
CONFIG+2(R2)
CONFGERROR

i %

;IS THIS BANK 1 ?
:BRANCH IF TRUE

;ELSE JUMP TO END OF THIS BANK
:+WAS THERE A SBE OR DBE?

:BRANCH IF NOT
1GET _CSR CONTENTS
;MAKE ERROR ADDRESS INTO BANK @
sERROR IN BANKS O OR 17
:BRANCH IF NOT
:SET ERROR FLAG IN CONFIG TABLE
;ADD ONE TO BANK ERROR COUNT
:PRINT CONFIG TABLE
MOV

@ 1,CONFGERROR

:SET UP INFORMATION IN BANK ZERO
;DEBUG AID
;BRANCH

;¢ IF CHECKBITS DID NOT MATCH, WE COME HERE
i

010256
010264

010266
010270
010274

010302
010302
010304
010306
010312
010316
010322
010330
010334
10342
010346
010350
010352
010354
010356
010356
010360
010362

6064
6065 010366
6066 010372
6067 010374

032737
001001
000460
013704
042764
010046
010146
016401
072127
042701
052764
016400
042764
042700
006300
006300
060001
010104
012601
012600
072427
020437
001001

000403

100020
002152
000006

002150

172100

22%:
84:

PUSH

MOV
ASH
8I1C
8IS
MOV

172100

177773
177600

040000
172160
040000
177037

172100

8IC
8IC

172100

27%:

000005

172350

BIT
BNE
B8R
MOV
8IC

ASL
ASL
ADD
MOV
POP
ASH

cHP
BNE
B8R

#BIT15!8IT4,CSR
84
64
,
CSRNOR4
#6,CSRADD(R4)
RO,R1

:SBE OR DBE FLAGS SET?
:BRANCH IF TRUE

CSRADD(R4),R1

;:GET CSR _INFORMATION
:1SET UP ERROR ADDRESS

oBIT714,CSRADD(R4)
CSRADD(R4).RO
9B8I714,CSRADD(R4)

;GET EXTENDED ERROR ADDRESS BITS
;READ FROM CSR
; TURN OFF EQB BIT
:SET UP EXTENDED BITS

RO,R1
R1.R4

;SET UP TOTAL ERROR ADDRESS
;1SAVE IN R4
;RESTORE RO & R1

#-5,R1
#1C177,R1

33C740.R0

;CHECK TO SEE IF IT IS MSVii-J
;sGET CSRNO
s TURN OFF DIAG CHECK & ECC DISABLE
:SAVE RO € R1

MOV RO, (SP)
MOV R1,-(SP)

MOV

€5.R4
R4 ,KIPAR4
28%
35¢

(SP)+,R1

MOV (SP)..RO

;SET ERROR ADDRESS UP IN PAR NOTATION
:DOES IT EQUAL KIPAR4?
;BRANCH IF FALSE

:YES - MARK INFO IN CONFIG TABLE

CVHMJABO MSV1l-J MEMORY DIAG.
MATCH ALL CSR’'S WITH MEMORY
010376
010402
010404
010412
010416
010416
6073 010424
6074
6068
6069
6070
6071
6072

6073
6076
6077 010430
6078 010432
6079 010436
6080 010440
6081 010444
6082 010452
6083 010460
6084 010466
6085 010470
010470
6086 010476
6087 010502
6088 010510
6089 010512
6090 010516
6091 010522
6092 010524
6093 010526
6094
6093 010532
6096 010536

00437
001012
032762

105262

012737
000137

MACRO Y05.02

172352

28%:

000001
002666

002664

1777177

002450

010116

35¢:

Monday 07-Oct 85

16:57

Page

142

cHe
BNE
BIS
INCB
SET

R4 ,KIPARS
64
#8170,CONFIG(R2)
CONFIG+2(R2)
CONFGERROR

;DOES IT EQUAL KTPARS?
;BRANCH IF FALSE
:SET BANK ERROR FLAG
s INCREMENT BANK ERROR COUNTER

JMP

254

1YES - MARK INFO IN CONFIG TABLE

:PRINT CONFIG TABLE

MGV

1,CONFGERROR

' &

;#END OF BANK ROUTINE
i &

104503

64%:

0035737
001021

002564

013737
022737
001003

172350
177000

172350
172352
172350

177777

002564

062702
062737

C12737
000137
023737
101402
000137
062700
000240
104423
000137

062706
000137

000004
001000

007650
002560
007650
000002

010430

187

ENDFLG

ADD
ADD
MOV

24 ,R2
#1000,KIPAR4
KIPAR4 ,KIPARS

BNE
SET

704
ENDFLG

JMP
CMP

454
LASTBLOCK,KIPAR4

JMP

454

BNE

172350

cMpP

704
:

19¢:

B8LOS

100$:

704

2177000,KIPARA

194

;CLEAR THE CSR UNDER TEST
;ARE ME AT TOP OF MEMORY?
:+IF SO THEN EXIT
;UPDATE CONFIGURATION POINTER

;UPDATE KIPAR4 TO NEXT BANK

:AND UPDATE KIPAR4
;ARE WE AT BANK 177

;:BRANCH IF NOTY
;WERE AT LAST BANK

MOV

;BRANCH IF DONE
;:JUMP IF NOT DONE

iR-C

sR-C
sR-C

JMP

ADD
JMP

#4,5P
6%

+RESTORE STACK
;GO TO END OF BANK ROUTINE

#2,R0O

0-1,ENDFLG

;HAVE WE DONE THE WHOLE MEMORY SPACE?
: INCREMENT CSR POINTER
:DEBUG AID
s TURN ON THE CACHE
; JUMP TO TRY NEXT CSR

ADD
NOP

CACHON

007550
000004

CLR1CSR

CVMJABO MSV11-J MEMORY DIAG.

MATCH ALL CSR'S WITH MEMORY
6098 010542
6099 010344
6100 010546

104423
104472

010546

000004

MACRO Y05.02

Monday 07-0Oct-85

SUBAAS:

CACHON
ECCINIT
NEMTST

16:57

Pege 143

SEQ 0137

1MAKE SURE THE CACHE IS ON

; TRAP ON DOUBLE BIT ERRORS (NORMAL)

<<TEST BANK O ACCESSES>>

(888888888480 8684088088888080040088880200808888808088008808800480008040008080080¢8
3 sTEST 2
TEST BANK O ACCESSES

(0SSR REASARASEAAESAAEARREAB020404002008200040044800888000000888088808080080888000

6101
6102
6103
6104
6105
6106
6107
6108
6109
6110
6111

TST2:!

:SINCE EVERY LOCATION IS cITHER LOADED OR WRITTEN INTO 8Y THE PROGRAM
:PRIOR TO THIS POINT - THEN A PARITY ERROR IMPLIES THAT THERE IS A

005037
012737
005037
012737

002072
000001
002070
0000C1

010574

012737

033736

010602
010604
010610
010612
010614
010616

005000
012701
104424
005720
077102
104423

010620
010624
010626
010626

005737
001403

002072

005237
104003

002064

6122 010634
6123 010640
6124 010642
6125 0106350

005737
00140
162737

002070

010650
010654

005237
104004

002064

6126 010656
6127 010664
010664
010672
010700
010702
010706

053737

002106

002664

012737
022737
001002
005037

034002

000004
004064

010632

6128

s THIS DOES A "TST* INSTRUCTION ON EVERY LOCATION IN BANK #0 TO SEE
;IF IT GETS ANY PARITY TR*"S,

010330
010554
010562
010566
010574

6112
6113
6114
6115
6116
6117
6118
6119
6120
6121

SCOPE

;HARDWARE FAILURE IN THE MEMORY.
: THESE ERRORS ARE COUNTED AND A FATAL ACTION IS TAKEN
PARCNT
;CLEAR PARITY ERROR COUNTER
CLR
MOV
21 ,NOPAR
:SET THE NO PARITY ERROR FLAG
NEMCNT
CLR
;CLEAR NON-EXISTANT MEMORY ERROR COUNTER
€1 ,NONEM
MOV
;SET THE NON-EXISTANT MEMORY ERROR MODE TO COUNT
SET4
ANONEXIST
:TRAPS TO 4 GOTO NONEXIST

002076

002100
000004

MOV
.DSABL

CLR
MOV

040000

1%:

000002

000005

177766

ONONEXIST,
4
CRF
RO
#SIZE,R1

CACHOFF
.
157
(RO)
R1,1$
S08
CACHON

1 TURN CACHE OFF

TS7
8€EQ

PARCNT
24

;ANY

INC
ERROR
.DSABL
IS8T
BEQ
SUB

FATALS

:SET FATAL INDICATOR

NEMCNT

s ANY NON-EXISTANT MEMORY (HOLES)?

;SEE IF I CAN DO A READ ACCESS WITHOUT A PARITY TRAP

: TURN CACHE ON

:SEE IF ANY FAILURES

FATAL

2%:
002034

FATAL

34:

81S

*3
CRF

:Z.ADDRESS

:SET FATAL INDICATOR

FATALS
+4

CRF
CPUBIT,CONFIG
&S ,PROTYP

101s:

:SKIP IF EQUAL
tUPDATE 1ST ADDRESS FAILURE FROM AUTO INCREMENT o

#TIMEOUT,
4

1014
CPUERR
CRF

PARITY ERRORS?

sNO - SKIP

$SET CORRECT ACCESSED BIT ON BANK O
sRESET TRAPS TO 4 TO DEFAULT
;IS THIS AN 11/83/84 ?
;BRANCH IF NOT
;CLEAR OUT THE CPU ERROR REGISTER BITS
; THAT

A EXPECTED TRAP COULD HAVE

SET

CVMJABO MSV1l-J MEMORY ?g:g.

ENABLE ECC FOR CORRECT

MACRO Y05.02

Mondey 07-Oct-85 16:57

SUBTST

6129 010706

6132 010726

010726

010730

6133 010730
6134 010732

010732

SEQ 0138

<<ENABLE ECC FOR CORRECT TRAPS>>

1800688480008 5884800080880800008000000000408000008080000000808800000000008040000000

ENABLE ECC FOR CORRECT TRAPS

1 sSUBTEST

6130 010706
010706
010714
010716
010722
010724
6131 010724

Page 143-1

1848888048488 2408088 2080808008008 8088880R800800000000820200008004000000000000808

032777
001003
005737

¢©€01402
104506
000401
104472

000001

171722

IF 0SWO SET.IN 8SWR OR ACTFLAG IS TRUE

002350

BIT #SWO,8SWR
BNE LS2
TST ACTFLAG

BEQ LS3

ENASBE

ELSE

BR L54

ECCINIT

END

LS2::33313
;TRAP ON SINGLE BIT ERRORS

;0F IF #SW0

L53::3353:3

; TRAP ON DOUBLE BIT ERRORS (NORMAL)
LS4:;::::::

CVMJABO MSV11-J MEMORY DIAG.
ENABLE ECC FOR CORRECT TRAPS

MACRO Y05.02

Mondesy 07-Oct-85 16:57

SEQ 0139

<<TEST BANKS 1-200 (OCTAL) FOR ZERQOS & ONES>>

NEW'ST

6137 010732

Page 145

(8888088800848 80088808488488088840038848888808880888848880808008000480000000080808400800

;oTEST 3

TEST BANKS 1-200 (OCTAL) FOR ZEROS & ONES

10688000 00000004000000400000000008000080080800008000000000000000000000000000000

010732

TST13:

000004

SCOPE
1EACH BANK IS TESTED FOR EXISTANCE AND IF IT EXISTS
32252P¥T IS TESTED FOR ZEROS & ONES.

PROTECTED BANKS (WHERE THE PROGRAH IS) ARE ONLY TESTED BY

“TST” INSTRUCTIONS LIKE BANK 90

sANY BAD BANKS ARE LOGGED IN THE CONFIGURATION TABLE.
éT:IS Rogxfizfi IS ONLY DOING A SMART SIZE - NOT ACTUAL TESTING!

005037
012737
012737

002102
000001
000002

002076

012737

033736

000004

010762
010770
010776
011002
011010
011012
011016
011020
011022
6138 011026
011032
011036
011042
011042
011044

012757
C12737
005237
023737
103451
013701
006301
006301
010137
005037
005037
005037

011506
011510

002522
002524

002104
002074
002072
002070

010346
013703
004737

002102
035604

0110354
011056
011062
011064
011072
011076
6167 011100
6168 011104
6169 011106
6170 011110
6171 011112
o11112

012603
103761
100542

MOV
CALL
.OSABL

BANK,R3
MAPPER
CRF

002664

TST8

CONFIG(R1)

MOV
MOV
MOV
MOV

9FIRST,RO
RO,R4
@SIZE.R1
R1,R3

AR AL LAS
QRRRUL2ES

010734
010740
010746
010734
010754

011050

6162
6163
6164
61635
6166

6172
6173
6174
6173
6176
6177
6178

011120
011124
011126
011130
011132
011134
011140
011140
011146

012717
012700
010004

002102
002556

002100

002102

012701
010103
005002
104424

040000

033737

002552

004737
104417

011502

91 .NOPAR

;:SET NO PARITY ERROR FLAG

SET4

ONONEXIST

;TRAPS TO 4 GOTO NONEXIST

MOV

TAG94:

002102

000207
060000

MOV
MOV
.DSABL
MOV
Mov

WARNL1:

ONONEXIST
.4
CRF
OMTST3.4,LINK]
MTSTI+6,LINK2

INC

BANK

MOV
ASL
ASL
MOV

BANK ,R1
R1
R1
R1,BANKINDEX

MAP

BANK

cMP
BLO

CLR
CLR
CLR

171430

02, NONEM

B8MI
MOV

LASTBANK , BANK
TAG2$

PATERR
PARCNT
NEMCNT

TSTBANK
0207, SLINK1

CLR
R2
CACHOFF

002102

012737
022737

034002
000005

8IS
2%:

104423

000240
000416
005037

TESTAREA

17777

TAG2¢:

000004
004064

.DSABL
CALL
KERNEL
fingON

TESTMODE ,PSW

CRF
MTST3

TAG3 4

CLR

BANK

cHP

4
OTIMEOUT,
#5,PROTYP

RES4
MOV

;SET NON-EXISTANT MEMORY MODE TO EXIT TEST LOOP

;SET UP LINKS
;DONE?
;YES - SKIP TO NEXT TEST
;BANK + 4

;:CLEAR PATTERN ERROR COUNTER
;CLEAR PARITY ERROR COUNTER
;CLEAR NON-EXISTANT MEMORY COUNTER (HOLES)
+MAP SUPERVISOR SPACE

(TEST AREA) TO BANK
MOV R3,-(SP)

;IS THIS BANK PROTECTED?

MOV (SP)+,R3

;YES - GO TEST BANK SPECIAL
;PUT "RETURN” INSTRUCTION AFTER WRIYE ROUTINE

:DATA IS ZEROS
s TURN CACHE OFF

;ENTER SUPERVISOR MODE

:GO TO SYSTEM TEST MODE

:ENTER KERNEL MODE
;sTURN CACHE ON

:SKIP NEXT INSTRUCTION
;RESET TRAPS TO &4 TO DEFAWLT

:+IS THIS AN 11/83/84 ?

-4

MJABO

1-J MEMORY D IAG.
001002

005037

005037
000357
005737
001401
000677
104424

6179
6180
6181
6182

6183

6183
6186 011210
6187 011214
6188 011216
6189 011220
011222

6191 011226
6192 011230
6193 011234
6194 011236
6193 011242
6196 011244
6197 011250
6198 011252
6199 011256
6200 011260
6201 011264
6202 011272
6203 011274
011274
6204
6203
6206
6207
6208
6209
6210

6211

6212

6213

6214

6215

MACRO _Y05.02

HMondeay 07-0Oct-85

S 1-200 (OCTAL) FOR ZEROS & ONES
177766

002076

1%:

002552

004777

171310

000240
003737
01032
005737
001027
005737
001024
012700
010004
012701
010103
013702
0127177
104424

TAG3S:

002070

053737

104417
104423

101¢:

BNE
CLR

1014
CPUERR

.DSABL
CLR
BR

CRF
NOPAR
SUBAAI

8EQ

TST

B8R

CACHOFF

TESTAREA

8IS
.DSABL
CALL

177776

KERNEL

CACHON
NOP

002074

TS7
BNE
ST
BNE
TST
BNE
MOV
MOV
MOV

002072
002070
060000
040000

171230

004737

011502

011312
011314
011320
011324
011326
011332
011334
011340
011342

000240
013700
005737
001006
005737
001003
005737
001406
032760

002104
002074

CACHON
NOP
MOV
7S7

000001

012737
053760
000137

02106
010776

KERNEL

24¢:

002072
002070

1777717

002664

002450

002664

;:THAT A EXPECTED TRAP COUWLD HAVE SET

PATERR
24
PARCNT
23
NEMCNT

28
#F IRST,RO

3s:

TST
8EQ

4%:

8IS
JMP

CPUBIT,CONFIG(RO)
TAGY¢

8IS
SET

; INDICATE DEFAULT PARITY ACTION
sANY TRAPS?

sNO - SKIP
sNOW - TRY NEXT BANK
; TURN CACHE OFF
;:ENTER SUPERVISOR MOOE
31GO TO SYSTEM TEST MODE

s FINISH PATTERN

:ENTER KERNEL MODE
: TURN CACHE ON
;DEBUG AID

:ANY PATTERN ERRORS

:YES - SKIP

; ANY PARITY ERRORS

:YES - SKIP

:ANY NON EXISTANT

:YES

SKIP

MEMORY

RO.R4
#SIZE.R1

BANKINDEX,
RO
PATERR
34
PARCNT
34
NEMCNT
43

BNE
757
BNE

SEQ 0140

;BRANCH IF NOT

TESTHOOE ,PSW
CRF
SLINK2

TESTMODE ,PSW
CRF
MTST3

011302
011306

177776

145-1

;:CLEAR OUT THE CPU ERROR REGISTER BITS

TAG9$

R1,R3

81S
.DSABL
CALL

6216 011350
011350
6217 011356
6218 011364
6219
6220
6221 011370
011370
6222 011372
6223 011400
6224 011404

MOV
ONES,R2
MOV
€000240, BLINK]
CACHOFF
TESTAREA

002552

011310

NEMCNT

MOV

(53737

10441°
104423

16: 57T

08IT0, ONFIG(RO)
CONFGERROR

:DATA IS ONES
;PUT “NOP" INSTRUCTION BACK IN SUBROUTINE
: TURN CACHE OFF

;ENTER TEST MODE
;GO TO SYSTEM TEST MODE
;00 _IN MEMORY IF NOT
;ENTER KERNEL MODE
; TURN CACHE ON
:DEBUG AID
;ANY PATTERN ERRORS?

;:YES - SKIP

;ANY PARITY ERRORS?

i YES - SKIP
:ANY HOLES?
:NONE - SKIP
:SET ERROR 81T IN THIS BANK
:FORCE PRINTING OF CONFIGURATION TABLE
MOV
@ 1,CONFGERROR
;SET ACCESSED 817

; TEST A PROTECTED BANK

010146
012737
012700
012701

TSTBANK
: PUSH
000001

060000
020000

002100

MOV
MOV
MOV

#1 ,NONEM
OF IRST
RO
#20000,R1

MOV R1,

(SP)

:SET NON-EXISTANT MEMORY TO COUNT

CVMUABO MSVi1-J MEMORY DIAG.

MACRO Y05.02

Mondesy 07-Oct-85

TEST BANKS 1-200 (OCTAL) FOR ZEROS & CNES

6229 011410
6226 oi11412
011412

6227 011420
6228 011422
6229 011424
6230 011426
6231 011430
6232 011436

011436
6233 011440
011440

011444
6234 011446
6235 011434
011434
6236 011462
011462
6237 011462
011462
011466
6238 011470
6239 011476
011476
6240 011476
6241 011502
6242 011304
6243 011306
6244 011310
6243 011312

6246
6247
6248
6249

011514

011516
011522
011524

104424

053737

002552

1771776

005720
077102
104417

104423

012737

4%
:

16:57

Page

CACHOFF
TESTAREA
TESTMODE ,PSH
8IS
.DSABL
CRF
187
(RO).
R1.4¢
S08

KERNEL

000002

CACHON

002100

MOV
POP

012601
002072
000001

002664

012737

1717777

002450

002070

000137
010220
077102
000240
012401
020102
001402
005237
077306
000207

010776

002106

81Ss
SET

END

;TURN CACHE OFF

;ENTER TEST MODE
+GO TO SYSTEM TEST MOOE

;ENTER KERNEL MOOE
;TURN CACHE ON
;RESET NON-EXISTANT MEMORY TO EXIT TEST LOOP
MOV

#8170, CONFIG(R1)
CONFGERROR

MTSTS:

JHP
MOV
S08
NOP

MOV

cHe
BEQ
INC
508
RETURN

TAG94
R2,(RO).
R1,MTST3

(R&)+ R
R1,R2

PATERR
R3,2$¢

B8EQ LSS

;ERROR BANK

MOV

;OF IF PARCNT

81S
CPUBIT,CONFIG(R1)
END ;0Of IF NEMCNT

002664

(SP).,R1

TST PARCNY

@-1,CONFGERROR

LSS:iss443

IF NEMCNT EQ #0

24:

002074

SEQ 014}

IF PARCNT NE #0

003737
001406
052761

005737
001003
053761

#2 ,NONEM
R1

145-2

TST NEMCNT
BNE LS6

;:ACCESSED BANK

L56:::::3::

tWRITE MEMORY TO PATTERN
:D0_TILL OONE
1THIS IS EITHER A NOP OR RETURN
;READ DATA
sDOES IT MATCH ?
i

:IF NOT COUNT ERRORS

:ANY WAY DO ALL MEMORY

.RETURN
. .NE.
;DO

MSV11-J MEMORY OIAG.

MACRO Y05.02

Mondey 07-Oct-85

TEST BANKS 1-200 (OCTAL) FOR ZEROS €& ONES

SUBAAI:

011526

SUBTST

16:57

Page 146

SEQ 0142

<<FIND SHADOW INMIBIT MODE POINTERS>>

$0005008066868088880640000880000000000000000080000400008000600080050000808806080880088

FIND SHADOW INMIBIT MODE POINTERS

soSUBTEST

10068600000686008086000888804808880+00000088884080000000008800806800800880000800008

s THIS SECTION LOOKS FOR INTERLEAVED MSVil-J MEMORIES AND FIGURES OUT
THESE AREAS
;o WHERE THE SHADOW INMIBIT MODE POINTERS ARE LOCATED.
011326

6239
6260
6261
6262

011332
011336
011542
011342
011346
0113530
0113534
011336
011362
011370
011376
011376
011600
011600

6263
6264 011604
011604
6263 011604

6266 011612

005037
004737
0135700

002102
037760
002104

005737
001414
005737
001411
062702
062737
032760

002116

is ARE THEN MARKED AS PROGRAM SPACE.

CLR
SHADL1: CALL
MOV

BANK
EXBANK
BANKINDEX
, RO

sRESET BANK T0 ZERO
:SET BANK PARAMETERS

IF ACFLAG IS TRUE AND INTFLAG IS TRUE

002136
000040
000020
000200

002102
002664

ADD
ADD

ELg%s

#40,R2
#20, BANK

#BIT7,CONFIG(RO)

sPOINT TQO BANKINDEX + 8
sPOINT TO BANK + 16

005237

002102

023737

002556

002102

1ST INTFLAG
B8EQ LS?

iMAKE NEW BANK PROGRAM SPACE

€00402

002347

TST ACFLAG

BEQ LS/

BR L6O
LST::i:508

INC
BANK
END; OF IF ACFLAG

;GO TO NEXT 8ANK

crP
BGE

sHAVE WE DONE ALL THE BANKS?
;:BRANCH IF NOT

LASTBANK , BANK
SHADL1

L60:3334::

MACRO Y05.02
CVMJABO MSV11-J MEMORY DIAG.
FIND SHADOW INMIBIT MOOE POINTERS

Monday 07-Oct-85 16:57

NEWTST

6269 011614

Page 148

SEQ 0143

«<<ECC INMIBIT MODE POINTER TEST>>

1600668000080 008888600000880404064800088400000008008888000488080046808800440888800000

€CC INMIBIT MODE POINTER TEST

1oTEST &

%g;:ooocgegeocooo.o‘oo‘o‘ooooo.ooooo‘.oooooooooo.ooaco‘o“oo‘ooooooooo.oooooo.o

6270
6271
6272
6273
6274
6273
6276
6277
6278
6279

O11614

000004

sTHE MSVii-J OR MF11S-K INMIBIT ECC DISABLE AND DIAGMNOSTIC CHECKX MODE
;ON THE BOTTOM FIRST OR SECOND 16K WORDS CONTROLLED BY A CSR.
THIS
:1IS CONSIDERED TO BE A PROTECTED BANK 8Y THE PROGRAM.
IT MAY BE
tQUITE COMPLEX TO DETERMINE ON A GIVEN SYSTEM CONFIGURATION WHICH
1BANKS CAN BE PROTECTED;

)

ITNIS ROUTINE ATTEMPS TO CREATE A DOUBLE BIT ERROR IN ADORESS
0 £ 2
1OF EVERY ECC BANK.
ECC HARCWARE WILL PREVENT ThIS FROM HAP’ENI'G
1IN PROTECTED BANKS WHICH SHOULD ALWAYS INCLUDE BANK ZERO - WMERE
1 THE PROGRAM IS.

6280
6281

MARNING: 182821810

6282
6283

i
IN CASE O WARDUARE FAILURE IT IS COMMON THAT A DOUBLE BIT ERROR
!
WILL BE CREATED ON THE KERNEL STACK
& ~CRASH" THE DIAGNOSTIC
IDURING THIS ROUTINE.
YOUR ONLY CLUE IS THAT YOU CAN GET AS FAR AS

011616
011620
011626
011626
011632

011632
011636
011642
011646

177777

0035037

002102

012701
004737
013700

060000
037760
002104

005737

002116

005737
001433

002120

005737
001030
012703
116002
006302
042702
010237

002342

: gg

001436

6305
[)

THIS ROUTINE BUT NOT PAST IT!

104424
012737

023737
001413

002156

#-1,0LDCSR
ron BANK :» #0 TO LASTBANK

MOV

OF IRST R}

EXBANK
CALL
BANKINDEX,RO
MOV
IF ACFLAG IS TRUE
IF MKFLAG IS TRUE

IF SKIPMKX IS FALSE

MOV
MOVS
ASL

000002

002665

177741
002132
002152

002156

013737

002152

002156

003737
001003
032760

002122

004737

012036

000100

éAcnorr

002664

#2.R3
CONFIG+1(RO)
R2
R2

8IC
otC36,R2
MoV
IF CSRNO NE OLDCSR

MoV

CSRNO, OLDCSR

IF PFLAG IS FALSE

8IS
#B176,CONFIG(RO)
END; OF IF PFLAG

CALL

END;:

IMPTEST

O IF CSRNO

; TURN CACHE OFF
CLR BANK
B6:3131:4:

sSET UP VIRT ADOR POINTER

15T ACFLAG
@EQ L61

TST SKIPMK

BMNE L63

;SET INDEX COUNTER

CMP CSANO, OLDCSR
8tQ L64
TST PFLAG

BNE L6S
L6S:::5:3:
L64: ;5533

CVHJABO M,

'1- J MEMORY DIAG.

MACRO Y05.02

eCcC XNNIBIT MODE POINTER TEST

Mondey 07-0Oct-85

16:57

6308 011750

END;

OF IF SKIPMK

6309

END;

OF IF MKFLAG

6310
6311

6312

011730
011730
011750
01173%0
011730
011730
011750
011734
011762
011764
011764
011764
011766
011772

011776
012000
012004
012004
012012
012014
012020
012022
6313 012022
6316 012024
012024
012026
6317 012026
6318 012030

012030

63.9 012030
6320 012032

END;
003237
023737
003723
{10346

002102
002102

END;

OF FOR BANK

002556

MAP
000200
035604

MOV

012603
005037

CALL
.DSABL

MAPPER
CRF

002102

CLR

BANK

000001

SEQ 0144

L63:33313
L62:3131::

0200,R3

L6l:333:1

INC
CMP
BLE
E6
:x:tl
;MAP TEST SPACE TO BANK
MOV

IF oSW0O SET.IN 3SWR OR ALTFLAG IS TRUE

002350
L
;TRAP ON SINGLE 8

ENASBE

104506

ELSE

000401

ECCINIT

104472

104423
000137

170624

148-1

IF ACFLAG

012703
004737

C327717
001003
005737
001402

Pege

END;:
0122¢0

CACHON
JMP

BANK
BANK ,LASTBANK
86
R3,-(SP)

MOV

(SP)+,R3

BIT
BNE
TST
BEQ
§is
ORS

@SuHO,8SWR
L66
ACTFLAG
L67

BR L70
L67:3::5:3::

oeSWO

SUBAAR

;TRAP ON DOUBLE BIT ERRORS (NORMAL)
L70:

;TURN THE CACHE BACK ON
:JUMP OVER THE SUBROUTINE

1 J MEMORY DIAG.
CvMUABO MSv°

MACRO

ECC INMIBIT MODE POINTER TESY

6322 012036
6323 012040
012040
012042
012046

012052
012034
012036
012064
012064
012072
012072
012074
012076
012076
012100
012102
012104
012106
012110
012112
012114

MAP BANX

002102
035604

012603

00500%

Mondey

IMPTEST:CLR

005004
010346
013703
004737

Y05.02

012737

020000

002150

0353737

002552

177776

011146

10450S

RS
#B8I713,CSR

BIS
.DSABL

. PSHW
TESTMODE
CRF

ADD
PUSH

R3,R1
(R1)

6346
6347
5348
5349

6330
6331
6332
6333
6334
6333

6356
6337
6358
6339
6361
6362
6363
6364

012160

012162
012164

012166
012166
012170
012172
012200
012202
012204
012206
012210
012212
012212
012212
012212

012737
104305
013711

104503

020000

002150

002614

012737
104305
010411

103411
104513
012737
104505
010411
104303
005711
104501

;CLEAR CSR

:WAS THERE A DOUBLE BIT ERROR

8CS L72

sENABLE CHECK/SYNOROME BIT REGISTER
;WRITE DBE'S IN CSR
:DISABLE ECC & WRITE CHECKBITS FOR 1 CSR

#2.,14C,CSR

CH101S

MOV R4,(R1)

;CLEAR CSR

CLRICSR

104503
003711
104501

TST (R1)
WAS1D8E

ON.NOERROR

023604

:WAS THERE A DOUBLE BIT ERROR

BCS L73
;ENABLE CHECK/SYNDROME BIT REGIS:ER
:WRITE DBE'S IN CSR

CBREG
MOV

002150

623604 ,(CSR

CHiDIS
MOV
CLRICSR
TST
WAS10BE

END
END

(SP)

;DISABLE ECC & WRITE CHMECKBITS FOR 1 CSR

CBREG

MOV

MOV (R1),

8CsS L71

CLR1CSR

002150

(SP3

SBE'S DON'T LOOI LIKE PROTECTED AREAS

#BIT13,CSR
MOV
CHK101IS
MOV
ONES,(R1)

ON.NOERROR
023140

THAT

TST
(R1)
WAS1DBE

(R1),

;CLEAR CSR
;READ CHECKBITS INTO REAL CSR
:WAS THERE A DOUBLE B8IT ERROR

ON.NOERROR

TEST LOCKTION

MOV

;DISABLE ECC & WRITE CHECKBITS FOR 1 CSR
;WRITE CHECKBITS (ALL ZEROS)

MOV
R4,(R1)
CLR1CSR

005711
104501

103423
104313

;SAVE TESTY LOCATION
:SAVE

TSY
WAS1DBE

103435

;:ENTER TEST MODE
;GO TO SYSTEM TEST MOOEt

:INDEX TO NEXT LOCATION

104503
005711
104501

(TEST AREA) TO BANX

MOV (SP).,R3

(R1)

; THIS MAKES SURE

012116
012116
012120
012126
012130
012134
012136
012140
012142
012142
012144
012146
012134
012136

SEQ 0145

MOV R3, -(SP)

CLR
MOV

160301

010411

149

iMAP SUPERVISOR SPACE

BANK ,R3
MAPPER
CRF

TESTAREA

Page

CHX1D1S
MoV
R4,(R1)
SuB
R3.R1

0.0411

16:57

MOV
CALL
.DSABL

PUSH

011146
060301

Oct

;DISABLE ECC & WRITE CHECKBITS FOR 1 CSR

R4, (R1)

;CLEAR CSR

(R1)

;0F ON.NOERROR

:0F ON.NOERROR

;WAS

THERE A DOUBLE BIT ERROR

L73:5335:33

L72:3:33::

CYMJUABO MSV11-J MEMORY DIAG

MACRO Y05.02

ECC INHIBIY MOOE POINTER TEST

Mondsy 07-Oct 85

16:57

6365 c12212

END ;OF ON.NOERROR

6366 012212

ON.ERROR

012212
012212

6367 012214
6368 012216

012216
6369 012216
6370 012220
6371 012222
6372 012224

6373
6374
6375
6376
6377
6378
6379

103001
0052CS

INC

END

;OF ON.ERROR

104471
010411

€ECC10IS
MOV
R4, (R1)

012226
0122%
012232
012234
012240
012244

104503
005705
001405
0350360
103260
104036

CLR1CSR
TST
8EQ
8IS
INCB
ERROR

012246

012611

C122%2

012611

012260

012737

012246

6380 012250
6381 012232

6382 012254
6383 012¢%6
6384
6385 012260

060301
010411}

ADD
MOV

002664
002666

1¢:

160301

POP

suB
POP

104417
000207

R3.R1
R4, (R1)

RS
14
RS, CONFIG(RO)
CONFIG+2(RO)
+36

002420

SUBAAR:

SET

149

SEQ 0146
L?7h:aa3a3
BCC L 74
;IDENTIFY AS BAD BANK
L74:3331344
;DISABLE ERROR CORRECTTON
;CLEAR OUT DOUBLE 81T ERROR!
;INDEX TO SECOND WORD
;CLEAR OUT DOUBLE BIT ERROR!

(R1)

;RESTORE TEST LOCATION (2ND WORD)

R3.R1
(R1)

;G0 BACK TO FIRST WORD
;RESTORE TEST LOCATION (1ST WORD)
MOV (SP).,(R1)

KERNEL
RETURN

177777

Page

STOPOK

MOV (SP)+,(R1)

;PROGRAM CAN NOW BE HALTED

MOV

@-1,STOPOK

CVMUABO MSV1il-J MEMORY DIAG.

MACRO Y05.02

ECC INHIBITYT MOOE POINTER TEST

6388 012266

Monday 07-0Oct-85

SUBTST

012266

012272
012276
012300
012302

012700
012701
005021
077002

002102

6394 012306
6395 012312
6396
6397 012316

004737
013700

037760
002104

012316

012322
6398 012328
6399 012330

005737

001444
116003
042703

002116

6403
6404 012350

MOV

002462

005037

012342
012346

14:

012350
012354
6406 012356
6407 012362
6408 012364
6409 012370
6410 012374
64114 012400
012400
012402
6412 012404
6413 012412
6414 012420
012420
6415 012422
6416

012422
012422
012422

012424
6417 012424
012424
6418 012426
012426
6419 012426

012426

6420 012434

012434

6421 012434

012434

SEQ 0147

<«<LEGAL CONFIGURATION CHECK>>

LEGAL CONF IGURATION CHECK

#16.,R0

MOV
OCSRINFO,.RL
CLR
+R1).
S08
RO,1$
FOR BANK := @0 TO LASTBANK

CALL
EXBANK
MOV BANKINDEX,RO

TST ACFLAG

002665
177760

MOV8
8IC

003263

002462

005737
001432

002120

INC
CSRINFO(R3)
IF MKFLAG IS TRUE

C06303

ASL

;MAKE SURE

020304
001007
042760
042760

002665

002666
002664

END; OF IF R3
ELSE

000401

LEGALCSR

END; OF IF INTFLAG

177777

TST INTFLAG
BEQ L?77

002450

CMP R3,R4
8NE L100

B8R E10

L100:;:::::
BR L101

LEAVE

000403

TST MKFLAG
BEQ L76

B10:;:::::

8IC
#8IT11:8I712,CONFIG+2(RO)
8IC
©170000,CONFIG(RO)
LEAVE LEGALCSR

000405

012737

THAN 2 CSRS

MOVB
CONFIG+1(RO).R3
MOV R3,R4
BIC #tC17.R3
ASH &-1,R4
BIC 6rC17.R4
IF R3 EQ R4

177760
177774
177760

014000
170000

THAT EACH BANK HAS NO MORE

LEGALCSR

IF INTFLAG IS TRUE

002136

BEQ L7S

CONFIG+1(RO)
,R3
otC17,.R3

BEGIN

005737
001423
116003
010304
042703
072427
02704

CLR BANK
B7:3:1433

IF ACFLAG IS TRUE

0123%0

6405 012350

151

H 5088808000808 88000808848¢088888308008088880008888800408028006800080008000000800000080802

000020

012302
012306

6400 012334
6401 012336
6402 012342

Page

160000068000000088800006088880000800000000000000008800800000000000800000000800000

;eSUBTEST

6389
6390
6391
6392
6393

16:57

SET

CONFGERROR

END

LEGALCSR

END ;0F IF MKFLAG

L?7:533333

BR E10
L101:::5:33:

MOV
€10:5::3:3
L76:55:3:1

@-1,CONFGERROR

CVMUABO MSV1l -J MEMORY DIAG.

LEGAL CONFIGURATION CHECK

MACRO

Y05.02

Mondsy

END

6422 012434

012434
0423 012434
012434

012440
012346

012450

6424 012430

64235
6426
6427
6428
6429
6430
6431

012450
012452

012434

012456
012460
012462
012466
012474
012476
012304

6433 0123506

6434 012312

6433
6436
6437
6438
6439
6440

012314

012520

012324
012526
012332

012336
644) 012540
6442 012342

6443 012350
6444 012352
6445
6446
6447
6448

6449
6450
6451

6453
6434
6433
6456
6457
6458

6459
6460
6461
6462
6463
6464
6465
6466
6467
6468
6469 012674

07-Oct

005237
023737
003717
010546
01C046
003000
005001
005003
003037
022761

002043

022761
002003
004737
C00434
016003
032705
001415
042703
072527

020501
001007

032760
001003
012737
062700

022700
001351
005737
001402
004737
005000
005037

062701
022701
001321

012600
0126035
005037
012700
032760
001003
162700
000771

902102
002102

000010

002462

2%:

151-1

SEQ 0148

;OF IF ACFLAG

L?S::38:3:

OF FOR BANK

INC BANK

33:

002664
000002

RS5,.RO

: SAVE CONYENTS OF RS RO

CLR

;CLEAR REGISTERS

CLR

MBERR

sCLEAR ERROR INDICATOR

St
910,CSRINFOCRY)

:BRANCH IF SO
;IS CURRENT CSR «

cHpP

BGE
cHP

010000

002666

000001

012670

012670
S$:

012670
000002
000040

002664

64:

74:
002556

MBERR:
PHEBE:
SKUJ:

MOV
BIT
BEQ

CONFIG(RO),RS
#8IT1,RS
44

ASH

2-7,RS

21C7400,.RS

MOV RS -(SP)
MOV RO.-(SP)

:IS CURRENT CSR <= 177

:BRANCH IF SO

;CALL ERROR ROUTINE

s TRY NEXT CSR

;MOVE LOW WORD TO RS
;:DOES MEMORY EXIST HERE?
;BRANCH IF NOT

;ISOLATE CSR NUMBER IN

;REGISTER S

CHP
BNE
8IT
BNE
MOV

RS,R1
44
BIT12,CONFIG+2(RO)
4%
&1 ,MBERR

CMP
BNE

0340,R0
34

;CONFIG TABLE ALL DONE?
;:BRANCH IF NOT

BEQ

S5t

;sTRY NEXT CSR IF NOT

popP

RO.RS

ADD

CALL
CLR
CLR
ADD
cHp
BNE

€4 ,RO

MBERR

ILLCSR
RO
MBERR
#2,R1
940,R1
24

;IS IT THE CURRENT CSR?
;TRY NEXT WORD OF CONFIG IF NOT
;IS IT INTERLEAVED?
:BRANCH IF SO
;SET ERROR INDICATOR
;UPDATE CONFIG COUNTER
;:ERRORS FOUND?

;CALL ERROR ROUTINE
;REINITIALIZE CONFIG COUNTER
;CLEAR ERROR INDICATOR
;UPDATE CSR COUNTER
;ALL CSR'S DONE?
;BRANCH IF NOT

:RESTORE REGISTERS

MOV (SP)+,RO
MOV (SP)+.RS

CLR
MOV

MBERR
4774 ,R0O

;RESET ERROR INDICATOR
:INDEX TO TOP OF CONFIG TABLE

iR-C

BNE

:BRANCH IF SO

;R-C

64
RO
RO
ggbbASTBANK

iR-C
;R-C
;OIVIDE INDEX BY
4 TO GET BANK O:R C
:STORE IN LASTBANK
R-C

BIT

sSus

0v0004

€177 ,CSRINFO(R1)

ILLCSR

18T

013012

R1
RS

CALL

B8R

8IC

170377
177771

CMP BANK,LASTBANX

BLE 87

PUSH

B8GE

013012

012670
000774
000002

Pege

£7.

CLR
CLR

002462

000004
000340

16:57

002556

012670
000177

006200

006200
010037
000402
000000
000000
005000

END;

BR
ASR
ASR
ggv

#B8IT1,CONFIG(RO)

o4 ,R0

.WORD ©
.WORD O
CLR
RO

sMEMORY PRESENT?

iR-C

;:TRY NEXT LOWER ENTRY IN CONFIG TABLE

iR-C

;SAVE SPACE FCR ERROR INDICATOR
:SAVE SPACE FOR ODD BOUNDARY INTERLEAVED INDICATOR
sCLEAR CONFIG COUNTER

CVMJABO MSV11-J MEMORY DIAG.

LEGAL CONFIGURATION CHECK

6470 012676
6471 012702
6472 012710

6473 012712

005037
032760
001431
032760

6474 012720
6475 012722
6476 012726
6477 012732
6478 012734
6479 012742
6480 012744
6481 012732

001005
003237
062700
000763
023727
001417
023727
001413

6485 012772

001403

6482 012754
6483 012762
6484 012764

6486 012774
6487 013000
6488 013002

6489 013010
6490 013012

6491
6492
6493
6494
6495

013014
013016
013022
013024
013030

6496 013034

6497 013040
013040

6498 013044

013044
6499 013052

MACRO Y05.G2

012672
000002

002664

010000

002666

012672
000004

012672

000010

012672

000030

023727
001407
023727

012672

000050

012672

000070

005037
000403
012737

012672

C00421
010102

006202
022702
100002
062702
062702
110237

1%:

000001

3¢:

012672

000012
000007
000060
071244

012737
000207

177777

SEQ 0149

PHEBE
o8IT1,CONFIG(RO)
3¢

1CLEAR COUNTER
:IS THERE MEMORY PRESENT?
;BRANCH IF NOT

cMP
BEQ
cHP

24
PHEBE
04 RO
13
PHEBE, @10
44
PHEBE, ¢30
44

PHEBE
, €50
4%
PHEBE
, 070

:BRANCH IF SO
+ INCREMENT COUNTER
; INCREMENT CONFIG COUNTER
; TRY NEXT BANK
;IS THE COUNTER EQUAL TO...
;ONE _OF THE SPECIAL VALUES.
¢IF IT IS...
+BRANCH TO 4%

BNE
INC
ADD
BR
cMe
B8EQ
cHP
BEQ

8EQ

CLR
8R
MOV

cMP
8PL
ADD
ADD

MOv8

TYPE
TYPEIT

.DSABL

002450

Page 151 2

CLR
817
BEQ
8IT

4%:
5%:
B8R
ILLCSR: MOV
ASR

1s:

071260

104401

2%:

Mondey 07-0Oct-85 16:57

SET

RETURN

#B8IT12,CONFIG+2(RO)

PHEBE
S
€1 ,PHEBE

SUBAAP
R1,R2

R2
210. ,R2
1s
e7,R2
#60,R2
R2 ,MSGA122
MSG122

;IS IT INTERLEAVED?

;CLEAR INDICATOR

:SET _INDICATOR
;BRANCH TO NEXT SUBTEST
:R2 HAS CSR NUMBER

:MAKE ACCEPTABLE FOR PRINTING

:PUT NUMBER INTO ERROR MESSAGE

,MSG122

CRF

CONFGERROR

MOV

& 1,CONFGERROR

CVHMJUABO MSVil-J MEMORY DIAG.

LEGAL CONFIGURATION CHECK

MACRO Y05.02

6502 013054

Mondey 07-0Oct-85 16:57

Page 153

SEQ 0150

SUBAAP: SUBTST

<<PRINT CONFIGURATION DETAILS>>

1sSUBTEST

PRINT CONFIGURATION DETAILS

;8688080080800 80540808828800008088000000000080004800008040880000000480000820000000¢
188880884008 00088880000000880080880080888040000030800¢080000040000840800000000000

6503 013054
6504
6505
6506
6507

013054
013060

005037
005037

013074

005001

013076
013104

033761
001411}

002106

002664

013106
013114

032761
001403

000400

002666

005237

002402

013064
013070
013072
013074

013076
6508 013076
6509 013106
6510 013116
013116
6511 013122

013122
013124

6512 013124
013124
6513 013130
013130
6514 013130
013130
6515 013130

013702
006302
006302

002400
002402
002556

000004

6517 013140
6518 013144
013144
013146

005037

002452

6519 013146
6520 013152
6521 013156
6522 013162
6523 013166
6524 013174

IF CPUBIT SET.IN CONFIG(R1)
TIF #8IT8 SET.IN CONFIG:2(R1)
:= MSIZE + o1

LET LSIZE

:= LSIZE + ¢}

END;IF B8ITS

END ;0F FOR ALL BANKS IN TABLE

I
CLR
FOR R1 := 60 TO €10 BY @2

005001

002374
002374
002374
002374
002374

013174
013200
013204
013206
6525 013206
013206
013210
6526 0:3210

062701
020127
003760

000002
000010

013216
6527 013220

001402

002452

ASL
BSIZE(R1)
ASL
BSIZE(R1)
ASL
BSIZE(R1)
ASL
BSIZE(R1)
ADD
BSIZE(R1),I
END; FOR R1

FOR R1 := 00 TO €200 BY @4

005001

033761

CLR
CLR

LSIZE
MSIZE

CLR R}

Bll:::5::4:

BIT CPUBIT,.CONFIG(R1)
BEQ L102
BIT MBIT8.CONFIG2(R1)
BEQ L103
INC MSIZE

BR L104
L103:5:::3
INC LSIZE

L104:;;::::
L102:;:::::

ADD #4.R1
CMP R1,.R2
BLE B11

Ell::::33:3

006361
006361
006361
006361
066137

013210

LASTBANK
,R2
R2
R2
:= 00 TO R2 BY @4

END; OF IF CPUBIT

062701
020102
003757

013140

MOV
ASL
ASL
FOR R1

ELSE

002400

013130
013134
013136

6516

LSIZE,.MSIZE

LET MSIZE

000402
005237

CLEAR

002106

002664

IF CPUBIT SET.IN CONFIG(R1)
LET UNITOP

:= UNITOP « @1

CLR R1
Bl2:;:::3:

;BSIZE(R1) := BSIZE(R1) s 16.
;I <- I + BSIZE(RY)
ADD @2.R1
CMP R1,010
BLE 812
El2:3:33:1:4:

CLR R1
B13:::::3:

8IT CPUBIT,.CONFIG(R1)
BEQ L105

CVMJABO MSV11-J MEMORY DIAG.

PRINT CONFIGURATION DETAILS
013220
6528 013224
013224
6529 013224
013224

6330
6331
6532
6533
6534

6535
6336
6537
6338
6339
6540
6541

013230
013234
013236
013236
013242
013246
013252
013256
013256
013264
013266
013274
013274
013274

013300
013304
013306
013314
013316
013324
013324
013330

6542 013332
013332
6543
6344
6345
6346
6547
6548

013336
013342
013344
013352
013334
013362
013362
013366

6549 013370
013370

005237

MACRO Y05.02

002416

ENO;

000004
G00200

006337
006337
006337
006337

002416
002416
002416

023737
002003
013737

002452

002416

002452

104401

002660

005737
001414
022737
001003

402400

ASL
ASL
ASL

24:

162737

000004

002400

013746

002400

104401

071075

005737
001414

002402

SEQ 0151
INC UNITOP
L10S::::113
ADD

UNITOP
UNITOP
UNITOP

&4 R1

UNITOP

E13::3::4033

sUNITOP := UNITOP »
:= UNITOP

12%:

.DSABL

16.

$CRLF

cMpP I,UNITOP
8GE L106
MOV UNITOP,I
L1C6:;::::::

. $CRLF

CRF
LSIZE
38
:g?48..LSIZE
fgi%gIZE
LSIZE, -(SP)

SUBTRACT 4K FOR THE I/0 PAGE

: :SAVE LSIZE FOR TYPEOUT

::GO TYPE--DECIMAL ASCII WITH SIGN

MSG112

34
002402

000004

002402

071127

153-1

IF CPUBIT

CRF

004000

104401

Pege

IF I LT UNITOP THEN LET I

TYPE
TYPEIT

002400

002402

16:57

OF FOR R1

ASL

002416

013746
104405

cHe R1,0200
BLE 813

004000

022737
001003
162737

07-Oct

END;

06270)
020127
003765

104405

Monday

.MSG112
CRF

g%IZE

:%245..HSIZE

13%:

04 MSIZE
MSIZE
MSIZE, -(SP)

CRF

MSG113

,M5G113

CRF

;

SUBTRACT 4K FOR THE I/0 PAGE

1 ;SAVE MSIZE FOR TYPEOUT

::GO TYPE--DECIMAL ASCII WITH SIGN

CVMJUABO MSV11-J MEMORY DIAG.
PRINT CONFIGURATION DETAILS
6550 013374

6551 013402

6552 013404

6553 013412
013412

013416

6554 013420
013420
6555 013424

013424
013432
6556 013434

63557 013440

013440

MACRO Y05.02

022737

004000

002452

162737

000004

002452

013746

002452

001003

104405
104401

032777
0019202
004737

5%:
64:

Monday 07-0ct-85 16:57

cHP

TYPDEC
MOV

I
I,-(SP)

TYPDS

.DSABL

TYPE
TYPEIT

070177

000100
032610

.DSABL

167204

SEQ 0152

02048
. ,1

BNE

SuUB

Page 153 2

04,1

; SUBTRACT 4K FOR THE I1/0 PAGE
;:SAVE I FOR TYPEOUT

CRF

;:GO TYPE--DECIMAL ASCII WITH SIGN

MSGO70
,MSGO70
CRF

IF #SW6 OFF .IN 3SWR

CALL
PCONFIG
END; OF IF #SW6

BIT OSW6,B5WR
BNE L107
L107:5:::::

CVMJUABO MSV11-J MEMORY DIAG.

PRINT CONFIGURATION DETAILS

MACRO Y05.02

Monday 07-Oct-85 16:57

LOOP :

6597 013440

NEWTST

Page 155

SEQ 0153

<<DIAGNOSTIC MODE OISPATCH ROUTINE>>

1068885648845 080805048884888080808808880820080088888804880043288003004000840000880050000

ssTEST 5

OIAGNOSTIC MODE DISPATCH ROUTINE

1808808308 0048088888888088008804888888808808888000482000083402080008000000004800088

013440
6398 013442
6399 013446

6601
6602

6603

6603
6607
6608
6609
6610
6611

013432
013436
013462
013466
013470
013472
013474
013476

000004
003037
017700
042700
004770
000137
014150
014236
014364
014514
014644
014774
015146
015276

CO4737

6612

6613

1S71S:

002222
167164
177761
013456
013506

SCOPE
CLR

CONTFLAG

B8IC

01tC16,RO

MOV

CALL
JHP
DISPTBL :BAFPAF
BAFPAR

BAWPAF
BAWPAR
PAFBAF
PAFBAW
PARBAF
PARBAW

MEMDONE : CALL

014050

8SWR, RO

;GET SWITCHES

sMASK TO ONLY MODE BITS

S0ISPTBL(RO)
;DISPATCH TO ROUTINE THROUGH NEXT TABLE
MEMOONE
1G0 TO NEXT TEST
;MODE O;BANKS FORWARD, PATTERNS FORWAD
;MODE 1;BANKS “ORWARD, PATTERNS REVERSE
;MODE 2;BANKS WORST FIRST,
;MODE 3;BANKS WORST FIRSY,
;MODE 4;PATTERNS FORWARD,
;MODE S;PATTERNS FORWARD,
;MODE 6;PATTERNS REVERSE,
;MODE 7;PATTERNS REVERSE,

DOBACK

PATTERNS FORWARD
PATTERNS REVERSE

BANKS
BANKS
BANKS
BANKS

FORWARD
WORST FIRST
FORWARD
WORST FIRST

;CHECK BACKGROUND PATTERN

NEWTST<<UNIQUE BANK TEST>>

6614 013512

i RAGEASEASAAREEE0EEEREANEAREANENSRLEE
0ttt ittt ittt tststttdsssttsststes

UNIQUE BANK TEST

;#TEST 6

;E00REAAASRRINRAARRAEESRR0R00SAREE00440400425000080804804882048002880008000808

6615

013512

6616
6617 013514
013514
013520

6618 013522
013522
0113530
6619 013536
6620 013542
013542
6621 013550
6622 0133354

0133554

6623 013554
6627
6628 013560

T1576:

000004

SCOPE

;MAKE

SURE

THAT

EACH BANK CAN HAVE

UNIQUE

DATA

iWRITE AND READ THE BANK NUMBER IN EACH BANK (EXCEPT WHERE THE PROGRAM IS)

IF SELONLY IS FALSE

005737
001015

002002

012737
012737
004737

177777
177777
021476

002612
002110

012737
005037

002110

177777

002612

004737

014050

SET

READER MUT

CALL
SET

NMT0027
HEADER

TST

MUT
CLR
END ;0F IF SELONLY

FLUSH:

SELONLY

BNE L1110

CALL

DOBACK

SUBTST

<«<FLUSH OUT DBE’'S>>

MOV
MOV

#-1,MEADER
. MUT
@-1

MOV

#-1,HEADER

L110:;:::::

;RESTORE BACKROUND PATTERN

;8088080488888 488888880848880883858432888840858805508808302¢0258800088880880880800000

1sSUBTEST

FLUSH OQUT DBE'S

(0008006068000 8000800808000008080400004840004004400004000004008808000880000000000¢

6629 013560

004737

022066

CALL

MT0030

CVMJUABO MSV11-J MEMORY DIAG.

END OF PASS ROUTINE
6637
6633
6634
6635
6636
6637
6638
6639 013364
6640 013570
6641 013374
6642 013600
6643 013604
6644 013610

6645 013612
6646 013620
6647 013624
6648 013632
013632

6649 013636
013636

013644
013646
013652
013654
013662

013664
66350 013664
013664

6651 013670
6652 013674

MACRO Y05.02

Mondsy 07-Oct-85
.S8TTL

005037
012700
042710
062700
020027

SEOP:
1%:

003620

003771
013737
005237
042737

002630
056724
100000

104401

070321

032777
001007
005737
001004
0237217
001004

004000

002016

056 /24

056724

6668
6669
6670
6671

cHP
BLE
MOV
INC
BIC

RO, #3620

.DSABL

CRF

ADD

TYPE
TYPEIT

OCONFIG+2,RO
#81IT13,(RO)
#4 RO

€100000, $PASS

;;DON'T ALLOM A NEG.

MSGO77

,MSGO77

;i TYPE

“END PASS #*

NUMBER

IF #SuW1l SET.IN aSWR OR QVFLAG IS TRUE OR $PASS EQ @1

166772

000001

MSGO3S

$PASS
$PASS, -(SP)

: :SAVE

42,R0

::GET MONITOR ADDRESS

.MSGO3S

TYPDEC
MoV
TYPDS

002000

$ZAP42:

. DSABL
MOV
BEQ
CMP
BEQ

POP

$ENDAD:

$DOAGN:

; Qv

RESET

$PASS FOR TYPEOQUT

:3GO TYPE--DECIMAL ASCII WITH SIGN

SHUTUP

;1 ;CLEAR THE WORLD

(RO)
+1:1GO TO MONITOR
CALL
NOP
: : SAVE ROOM
NOP
;:FOR
NOP
131ACT1)
;UNDG S HUTUP STUFF
RESTORE STACK
ENERGIZE Q-BUS MAP £ 22 BIT ADDRESSING
[
ENERGIZE MEMORY MANAGEMENT
[
.

#SW11l,3SWR
L1111
QVFLAG
L1111
$PASS.
01}
L1312

L112::3::4

$DOAGAIN
+ 1BRANCH IF NC MONITOR
#STACK,RO
tARE WE UNDER RTI1
$O0AGAIN
;YES - BRANCH
{WE ARE ggDER (HEAVEN HELP US) XXDP!
PUSH

CALL

040544

CRF

81T
BNE
TST
BNE
CMP
BNE

L1ll::::33:

TYPE
TYPEIT
.DSABL

002346

012600
000003
004710
000240
000240
000240

:DONE?

$ERTTL ,LASTERROR
$PASS
: s INCREMENT THE PASS NUMBER

005037

010046
004737

s INCREMENT TO NEXT BANK

+NO - BRANCH

CRF
CLR
QVFLAG
END ;OF IF Sull

104405

sMOVE ¢ND WORD OF CONFIG YO RO
;CLEAR BACKGROUND VALID BIT

067343

000042

6663
6666
6667

FSINFLAG

104401

013700
001456
022700
001453

6663

CLR
MOV
8IC

002346

013702
013706
013710
013714

6664

END OF PASS ROUTINE

;sIF THERES A MONITOR GO TO IV
;oIF THERE ISN'T JUMP TO LOOP

002442
002666
020000
000004

056724

6662

SEQ 0154

;¢ INDICATE END-OF -PROGRAM AFTER EACH PASSES THRU THE PROGRAM
ssTYPE “END PASS &XXXXX* (WHERE XXXXX IS A DECIMAL NUMBER)

013746

6660
6661

157

s ¢ INCREMENT THE PASS NUMBER ( $PASS)

013674

013716
013716
013720
013724
013724
013726
013730
013732
013734
013736
013740

Page

(9680 80 8 8088408088080808880800800888888888880888808080080000000800048000080000000

6653 013674
013674
013700

6634
6633
6656
6637
6638
6659

16:57

PUT LOADERS BACK HOME

MOV RO, -(SP)
MOV (SP)+.RO

CVMJUABO MSV11-J MEMORY DIAG.
END OF PASS ROUTINE

6672 013740

013706

6673 013744
6674 013750

005737
001003

6676 013760
6677 013762
6678 013766

104420
013700
012701

6678 013782

6679 013772

6680 013776

052737

004737

002574

000060

014004
014012
6682 014014

023737
001014
012701

056742

077001
062737
005537
077107
CO0S237
000764

1s:

KSTACK ,SP

8IS

#8ITS!BIT4, MMRS

BANKMOV

AP THANG :
056726

TST APTFLAG
BEQ L113

IF SUSWR EQ $PASS

CMP SUSHR, $PASS
BNE L1114

MOV #50,R1

2¢:

SOB RO,2$
ADD #1,80EVCT
ADC SUNIT
S08 R1,2¢
INC $PASS
BR
APTHANG
END ;0F IF SUSHR

056724

013440

sTURN ON MEMORY MANAGEMENT
;DESTINATION BANK
: SOURCE BANK

IF APTFLAG IS TRUE

056724

$DOAGAIN:

L118:;:53:3

;0F IF APTFLAG

JMP

LOOP

SEQ 0155

;IS THIS AN 11/83,11/23-8 OR 117237

ENERGIZE
MOV
LOADHOME , RO
MOV
o1,.R}

END

000137

NO2281IT
14

CALL

000050
000001
056730

Pege 157-1

MoV

IS8T
BNE

037350
002352

014020
014022
014030
014034
014036
014042
014044
014044
6690 014044
014044
6691 014044

172516

002576
000001

005737
001420

6683
6684
6685
6686
6607
6688
6689

Monday 07-0Oct-85 16:57

002454

013776
014002

668)1 014004

MACRO Y05.02

;RETURN

L113:::533:

CVMUABO MSV11-J MEMORY DIAG.

ENO OF PASS ROUTINE

MACRO Y05.02

Mondey 07-Oct-85 16:57

DOBACK:

6694 014050

SUBTST

014070
014072
014076

6699 014100
014100
014106
6700 014114
6701 014120
6702 014124

014124
6703 014132
014132
6704 014132

014132
014136

014144
014146
67038 014146

SEQ 0136

<<WRITE BACKGROUND PATTERNS>>

186808488800684886888808008048004000000405000480828000488888804000000888048008008080000

WRITE BACKGROUND PATTERNS

1eSUBTESY

6695 014030
6696 014034
014034
014060
6697 014060
6698 014064
014064

Page 159

] 2880888088808 0808888008008880088880888808800882008483000880808080000000840080000000

PATTERN
CLR
FOR BANK := #0 TO LASTBANK

005037

002112

003037

002102

004737

037760

005737
001420
005737
001013

002116

012737
012737
004737
003037

117
11717
016772
002110

002612
002110

012737

177777

002612

003237
023737
003745
000207

CLR BANK

EXBANK
CALL
IF ACFLAG IS TRUE AND RRFLAG IS FALSE

TST ACFLAG

BEQ L11S

TST RRFLAG
BNE L115

002124

002102
002102

B14:;:53::13

SET

, MUT
HEADER

CALL
CLR
SET

MKTEST
MUT
HEADER

END ;OF IF ACFLAG

END

;0F FOR BANK

002556

RETURN

s CALL

"oV
MOV

&-1,MHEADER
@-1.MuUT

MOV

@-1,HEADER

MJUTEST WOULD ALSO WORK

L11S:s3303s

INC BANK
CHP BANK , LASTBANK
BLE 814
El4:;:::::;

CVMJUABO MSV11 . MEMORY DIAG.
MTEST MODES

MACRO Y05.02

6708

Mondey 07-0Oct-85 16:57
.SBTTL

670

6710 014150

Page 161

SEQ 0197

MTEST MODES

BAFPAF: SUBTST

<<BANKS FORWARD,PATTERNS FORWARD

;*SUBTEST

BANKS FORWARD,PATTERNS FORWARD

o 6RECURSIVEss>>

;t“‘tt‘."t.‘.‘t‘..‘.““.““.‘.““..‘““t““““.“““““..‘...“‘......

*sRECURSIVE«»

(8808800880800 8488830000288044400800004888808808808004800848000000000400800400800048000

6711 014150
6712

6713 014154
0714 014160
6715 014164

6716
6717
6718
6719
6720
6721

014166
014172
014174

005037

002102

004737
005737
00141c

037760
002116

005737
001007
005037

002124

014200

Q04737

015450

6722 014204
6723 014210

004737
001373

040402

6725 014212

005037

002222

6727 014222

002354

6724

6726 014216

6728
6729
6730
6731
6732
6733

014224
014230
014232
014234
014240
014240
014242
014244

6734
6735 Q14244
6736 014250
6737 014254

004737
005737
001401
000207
004737

00112

040426

2%:

434

002126
036310

103001
000207

004737
004737
000207

1s:

Ss:

CLR
BANK
:START OF BANK LOOP

CALL
TST
SEQ

EXBANK
ACFLAG
44

CLR

CONTFLAG

B8GE

;SET BANK T0 O

s EXAMINE BANK
:CAN WE ACCESS THIS BANK?
iNU - GO TO BANK LOOP TERMINATION

TST
RRFLAG
;RELOCATION REQUIRED?
BNE
4
;YES - GO YO BANK LOOP TERMINATION
CLR
PATTERN
:+SET PATTERN T0 ©
:START OF PATTERN LOOP
CALL
MTEST
60 TEST CORRECT MEMORY
;sTERMINATION OF PATTERN LOOP
CALL
INCPAT
+GO SEE IF THIS IS THE LAST PATTERN
BNE
24
;NO - LOOF ON THIS PATTERN
;sTERMINATION OF BANK LOOP
CALL

INCBNK

;END OF LOOPS
78T
RLFLAG
BEQ
St
RETURN
CALL
RELOCATE
ON.ERROR THEN $RETURN

;NEXT HIGHER BANK

;IF NOT DONE - LOOP ON THIS BANK
sHAVE WE BEEN RELOCATED?
:NO - SKIP
;:YES - RETURN
.MOVE & MAP PROGRAM
B8CC L116
RTS PC

L116:::::::

014150
037122

;#sNOTEss RECURSIVE CALL
CALL
BAFPAF
;CALL SELF
CALL
UNRELOCATE
;UNMOVE €& UNMAP PROGRAM
RETURN

CVMUABO MSVI11

U MEMORY DIAG.

ARD FORWARD
, PATTERNS
BANKS FORW

MACRO

Y05.02

Monday

e
seRECURSIVE
BAFPAR:

6740 014256

07-0Oct-85

SUBTST

16:57

Pege

163

SeaQ

e oRECURSIVEse>>

<<BANKS FORMARD ,PATTERNS REVERSE

(0000888888000 280888000840080000280080808888000088048080804000040880000000040080080800000

1 sSUBTEST

¢eRECURSIVEse

BANKS FORWARD ,PATTERNS REVERSE

108068888048 00080808063068000000088408008M88000800000404000080000008000844000008400008

674) 014256
6742
6743 014262
6744 014266
6743 014272
6746 014274
6747 014300
6748 014302
6749
6750 014306

005037

002102

004737
005737
001412
005737
001007
004737

037760
002116

004737

015450

014312
014316

005337
100373

002112

014320
014324
014330

005037
C04737
002354

002222
040426

014332
014336
014340
n14342
V14346
014346
0143%0
0143352

005737
001401
000207
004737

002126

6765 014352
6766 014336

004737
004737
000207

6731
6752
6753
67354
673S
6736
6757
6738
6759
6760
6761
6762
6763

6764

6767 014362

1%:

040416

103001
000207

014256
037122

sEXAMINE BANK

BEQ

:sNO

BNE
CALL

44
SETPAT

002124

036310

CLR
BANK
;START OF BANK LOOP
£ XBANK
CALL

2% :

;SET BANK T0 O

ACFLAG

sCAN WE

RRFLAG

THIS BANK?

;RELOCATION REQUIRED?

;START OF PATTERN _0O0P

;YES - GO TO BANK LOOP TERMINATION
;SET HIGH PATTERN FOR CORRECT MEMORY

;GO TEST CORRECT MEMORY
MTEST
CALL
LOOP
PATTERN
OF
;sTERMINATION
DEC
PATTERN
;1S THIS THE LAST PATTERN?
8PL
24
; NO
LOOP ON THIS PATTERN
;TERMINATION OF BANK LOOP
CLR

CALL

CONTFLAG

INCBNK

:NEXT HIGHER BAMNK

BGE
18
;END OF LOOPS
TST

BEQ
St:

ACCESS

GC TO BANK LOOP TERMINATION

RETURN

;:IF NOT DONE

RLFLAG

;HAVE

:NO

CALL
RELOCATE
ON.ERROR THEN $RETURN

;seNOTEses

CALL

gg%bflN

RECURSIVE

BAFPAR

UNRELOCATE

CALL

s YES

LOOP ON THIS BANK

WE BEEN RELOCATED?

SKIP

RETURN

;MOVE €& MAP PROGRAM
8CC L1117
RTS PC
137535300

;CALL SELF

;UNMOVE € UNMAP PROGRAM

CvMJUABO MSV1L

J MEMORY DIAG.

EANKS FORWARD,PATTERNS REVERSE
6770 014364

MACRO

Y05.02

Mondey

ssRECURSIVEss

07-0ct-85

16:57

Pege

165

SEQ 0139

BAWPAF: SUBTST

<<BANKS WORST FIRST,PATTERNS FORWARD

seSUBTEST

BANKS WORST FIRST,PATTERNS FORWARD

ooRECURSIVEse>>

1000000080000 46080508450888808802800800804888088480004800888080008000080084000000000000000000

«eRECURSIVEse

1900800000000 600000000808008080800008000400088000000800080000600800000000000000000

6771 014364
6772
6773 014370
6774 014374
677S 014400
6776 014402
6777 014406
6778 014410
6779 014414
6780 014416

005037

002102

004737
005737
001415
005737
001412
005737
001007
005937

037760
002116

014422

004737

015450

014426

004737
001373

040402

014434

014440
014444

005037
004737
002331

002222
040426

014446
014452

005137
001003

002600

014454
014460
014462
014466
014470
014472
014476
014476
014500
014502

004737
000207
005737
001401
000207
004737

014344

6781
6762
6783
6784
67835
6786
6787
6788
6789
6790
6791
6792
6793
6794
6793
6796
6797
6798
6799
6800

014432

6801
6802 014502
6803 014506
6804 014512

1¢:

002112

036310

014364
037122

sSET BANK 10 O

£ XBANK

sEXAMINE BANK

8EQ

iNO - GO TO BANK LOOP TERMINATION

8€EQ

CALL
TST

IS8T

002124

002126

BANK

; START

TS7

002130

103001
000207
004737
004737
000207

CLR

24:

OF BANK LOOP
ACFLAG

THIS BANK?

BMFLAG

;IS THIS BAD MEMORY

RRFLAG

;RELOCATION REQUIRED?

;NO

BNE
44
CLR
PATTERN
;START OF PATTERN LOOP
MTEST
CALL
; TERMINATION OF PATTERN
CALL
INCPAT
BNE
24
; TERMINATION OF

;CAN WE ACCESS

CLR
CONTFLAG
CALL
INCBNK
BGE
18
;END OF LOOPS
com
WORST

BANK

(WORST FIRST)?

GO TO BANK LOOP TERMINATION

:YES - GO TO BANK LOOP TERMINATION
;SET PATTERN TO0 O
;60 TEST CORRECT MEMORY

LOOP
;GO SEE IF THIS IS THE LAST PATTERN
;NO

LOOP ON THIS PATTERN

L0OP

;NEXT HIGHER BANK
: IF NOT DONE
LOOP ON THIS BANK
;IS THIS AN EVEN NUMBERED PASS?

B8NE
5%
:YES - SKIP
1#eNOTEse RECURSIVE CALL
CALL

Ss:
64:

BAWPAF

;:CALL SELF

RLFLAG

iHAVE

RETURN
CALL
RELOCATE
ON.ERROR THEN SRETURN

;YES

RETURN
TST

BEQ

;1 ¢aNOTEse RECURSIVE CALL

CALL
CALL

RETURN

BAWPAF
UNRELOCATE

:NOC

;:MOVE

WE BEEN RELOCATED?

SKIP

RETURN

& MAP

PROGRAM

8CC L120

RTS PC
L120:::::::

;:CALL SELF
;UNMOVE & UNI'AP PROGRAM

MACRO Y05.02
Mondey 07-Oct-85 16:57
CVMJUABO MSV1] J MEMORY DIAG.
ssRECURSIVEse
BANKS WORST FIRST,PATTERNS FORWARO
6807 014514

Page

167

SEQ 0160

BAWPAR: SUBTST

<<BANKS WORST FIRST ,PATTERNS REVERSE

;sSUBTEST

BANKS WORST FIRST,PATTERNS REVERSE

¢eRECURSIVEes~>

0008088888400 040888088800800802088888040846080008000088800800080800002000500000800000

¢«RECURSIVEse

;8880088806800 0888800688088808008000080080808804000000084065046060080004000800000408

6808
6809
6810
6811
6812
66813
6814
60135
6816
6817
6818
6819
6820
6821
6822
6823
6824
6823
6826
6827
6826
6829

6830
6831
6832
6833
6834
6835
6836
6837

014514

005037

002102

014320
014524
014530
014532
014336
014340
014544
014346

004737
005737
001415
005737
001412
005737
001007
004737

037760
002116

014552

004737

015450

014536
014562

005337
100373

002112

014364
014570
014574

005037
004737
002351

002222
040426

014576
014602

005137
001003

002600

014604
014610
014612
014616

004737
000207
005737
001401
000207
004737

014514

014620
014622
014626

014626
014630
014632

6838
6839 014632
6840 014636
6841 014642

002124

TST

ACFLAG

B8EQ

TST

RRFLAG

BNE
CALL

040416

4% :

;N0 - GO TO BANK LOOP TERMINATION

44
SETPAT

sYES - GO TO BANX LOOP TERMINATION
;SET HIGH PATTERN FOR CORRECT MEMORY

DEC
BPL

PATTERN
g

CLR

;sRCLOCATION REQUIRED?

CONTFLAG

B8GE

;IS THIS THE LAST PATTERN?
;NO
LOOP ON THIS PATTERN

; TERMINATION OF BANK LOOP

CALL

INCBNK

WORST
St

;#aNOTEss RECURSIVE CALL

CALL

6$:

;:CAN WE ACCESS THIS BANK?

;IS THIS BAD MEMORY (WORST FIRST)
:NO - GO TO BANK LOOP TERMINATION

;START OF PATTERN LOOP

BNE

036310

;EXAMINE BANK

;GO TEST CORRECT MEMORY
MTYEST
CALL
; TERMINATION OF PATTERN LOOP

COoM

S%:

:SET BANK TO O

BMFLAG
44

;:END OF LOOPS

002126

014514
037122

BANK

;START OF BANK LOOP
CALL
EXBANK
TS7T
BEQ

002130

103001
000207
004737
004737
000207

1%:

CLR

RETURN

BAWPAR

TST
RLFLAG
BEQ
64
RETURN
CALL
RELOCATE
ON.ERROR THEN SRET.RN

sNEXT HIGHER BANK

;IF NOT OONE - LOOP ON THIS BANK
;IS THIS AN EVEN NUMBERED PASS?
;YES

SKIP

sCALL SELF

;HAVE WE BEEN RELOCATED?
;NO - SKIP
sYES - RETURN
;MOVE & MAP PROGRAM

;#aNOTEss RECURSIVE CALL
CALL
BAWPAR
;CALL SELF
SE%bRN

UNRELOCATE

sUNMOVE & UNI'AP PROGRAM

BCC L1121
RTS PC
L12Y:::::::

CVMJABO MSV1]1-J MEMORY DIAG.

MACRO Y05.02
Mondey 07-0Oct-85
ssRECURSIVEss

BANKS WORST FIRST,PATTERNS REVERSE
6844

6845
6846
6847
6848
6849
6830

60851
6852
6833
6834
6833

014644

6872
6873
6874
6875

<<PATTERNS FORWARD,BANKS FORWARD

;*SUBTEST

PATTERNS FORWARD ,BANKS FORWARD

014650

005037

002102

1s:

014654
014660
014664
014666
014672
014674
014700
014702

004737
004737
001010
005737
001405
005737
001002
004737

037760
040364

2¢:

005037
004737
02356

002222
040426

004737
001351

040402

005137

002134

014750
014752
014756
014756
014760
014762

6876
6877 014762
6878 014766
6879 014772

SEQ 0161

¢eRECURSIVEse>>

002116

002124

015450
44

002126

036310

014644
037122

:SET PATTERN T0 O
sSET BANK TO O

;EXAMINE BANK
;CORRECT MEMORY FOR THIS BANK?
:NO - GO TO BANK LOOP TERMINATOR
sCAN WE ACCESS THIS BANK?
iNO - GO TO BANK LOOP TERMINATION
;sRELOCATION REQUIRED?
sYES - GO TO BANK LOOP TERMINATION
;GO TEST CORRECT MEMORY

s TERMINATION OF BANK LOOP
CLR
CONTFLAG
CALL
INCBNK
;NEXT HIGHER BANK

;##eNOTE++

014644

103001
000207
004737
004737
000207

CLR
PATTERN
1START OF PATTERN LOOP
CLR
BANK
;START OF BANK LOOP
CALL
EXBANK
CALL
BANKOK
BNE
4%
TS7T
ALFLAG
BEQ
4%
TS87T
RRFLAG
BNE
44
CALL
MTEST

BGE
2%
:IF NOT DONE - LOOP ON THIS BANK
;TERMINATION OF PATTERN LOOP
CALL
INCRPT
sNEXT HIGHER PATTERN
BNE
1
;0K - LOOP; ELSE CONTINUE
;END OF LOOPS
com
TMFLAG
;sCOMPLEMENT TYPE OF MEMORY
;IS THIS AN EVEN NUMBER PASS?
BEQ
S
;YES - SKIP

001403

004737
006207
005737
0014C1
000207
004737

#sRECURSIVEs»

H 0500880000080 082080880400084208280088088880088804004808084000888¢0240000048008000008
002112

014746

169

H 0088830888808 808850208080800888080808880080080808440830020200000800800008800000000000

005037

6861
6862 014720
60863 014724
6864
6865 014726
6866
6867 014732
6868
6869 014734
6870 014740
6871 014742

Page

PAFBAF: SUBTST

014644

6836
6837
6838 014706
6859 014712
6860 014716

16:57

S$:
6%:

RECURSIVE

CALL

PAFBAF

RLFLAG

RETURN

BEQ

RETURN

CALL

CALL
RELOCATE
ON_ERROR THEN $RETURN

; «aNOTEss RECURSIVE CALL

CALLL

CALL

RETURN

PAFBAF

UNRELOCATE

;CALL SELF
:HAVE WE BEEN RELOCATED?

:NO - SKIP

:YES - RETURN

;MOVE & MAP PROGRAM
B8CC L122
RTS PC
L122:::5::3::
;CALL SELF

;UNMOVE & UNMAP PROGRAM

CVMJABO MSV11-J MEMORY DIAG.

PATTERNS FORWARD ,BANKS FORWARD
6882 014774

6883
6684
68083
6806
60887
6888

6889
6890
6891
6892
6893
6094
6893
6896
6897
6898

;1 sSUBTEST

PATTERNS FORWARD ,BANKS WORST FIRST

SEQ 0162
#eRECURSIVEsse>>

002102

1s:

013004
013010
013014
015016
013022
015024

004737
004737
001013
005737
001410
005737
001405
005737

037760
040364

2%:

001002
004737

002116
002130

002124

015450

C05037
004737
002353

002222
040426

004737
001346

040402

005137

002134

4%:

CLR

CALL
BGE

CONTFLAG

TNCBNK
sNEXT HIGHER BANK
23
:IF NOT DONE - LOOP ON THIS BANK
.,TEKMINATION OF PATTERN LOOP

014774

005137
001003

002600

004737
000207
005737
001401
000207
004737

014774

S$:

64:

036310

7%:

014774
037122

;sCOMPLEMENT TYPE OF MEMORY
;IS THIS AN EVEN NUMBER PASS?
; YES - SKIP

CALL
RETURN
com
BNE

PAFBAW

WORST
64

;4TH PASS?
1 YES - SKIP

CALL

PAFBAW

sCALL SELF

TST
BEQ
RETURN

RLFLAG
7

:+HAVE WE BEEN RELOQOCATED?
iNO - SKIP
tYES - RETURN

RECURSIVE

CALL

;#eNOTE«s RECURSIVE CALL

002126

103001
000207

tNEXT HIGHER PATTERN
;10K - LOOP; ELSE CONTINUE

BEQ

;#sNOTE+«

004737

004737
004737
000207

CLR
PATTERN
:1SET PATTERN TO O
;:START OF PATTERN LOOP
CLR
BANK
;:SET BANK T0 O
;START OF BANK LOOP
CALL
EXBANK
;EXAMINE BANK
CALL
BANKOK
sCORRECT MEMORY FOR THIS BANK?
BNE
4%
sNO - GO TO BANK LOOP TERMINATOR
TST
ACFLAG
1CAN WE ACCESS THIS BANK?
BEQ
44
:NO - GO YO BANK LOCP TERMINATION
TS7
BMFLAG
;IS THIS BAD MEMORY (MORST FIRST)
BEQ
44
iNO - GO TO BANK LOOP TERMINATION
18T
RRFLAG
;RELOCATION REQUIRED?
BNE
43
;YES - GO TO BANK LOOP TERMINATION
CALL
MTEST
;GO TEST CORRECT MEMORY
;sTERMINATION OF BANK LOOP

CALL
INCRPT
BNE
14
;END OF LOOPS
coM
TMFLAG

001403

000207

¢sRECURSIVEss

3.‘.‘..“..‘...."“..0“.“.‘0‘.“““‘0.“....“‘...‘....‘...‘....“.‘.““..‘

005037

6921
6922 015134
6923 015140
6924 015144

171

<<PATTERNS FORWARD,BANKS WORST FIRST

013000

015106
015112
015114
013120
015122
015124
015130
015130
015132
015134

Pege

1880880080888 302488088880840608483808884884800880808882808000088802008400008008000042

002112

015044

16:57

PAFBAM: SUBTST

005037

013030
015032
015036
015040

Monday 07-Oct-85

ssRECURSIVE s e

014774

6899 015050
6900 015054
6901
6902 015056
6903 015062
6904
6905 013064
6906
6907 015070
6908
6909 015072
6910 015076
6911 015100
6912 015104

6913
6914
6915
6916
6917
6918
6919
6920

MACRO Y05.02

RETURN

CALL

RELOCATE

ON.ERROR THEN S$RETURN

;1 #sNOTE+s RECURSIVE CALL

CALL
ge%bRN

PAFBAW
UNRELOCATE

;CALL SELF

;MOVE & MAP PROGRAM

BCC L123

RTS PC
L123:;:5:::

;CALL SELF
;UNMOVE & UNMAP PROGRAM

MACRO Y05.02
Mondey C7-0Oct-85 16:57
CVMJABO MSV11-J MEMORY DIAG.
ssRECURSIVEss
PATTERNS FORWARD,BANKS WORST FIRST
6927 015146

<<PATTERNS REVERSE,BANKS FORWARD

1 #SUBTEST

PATTERNS REVERSE ,BANKS FORWARD

gggg 015152

005037

002102

1¢:

6932
6933
6934
6935
£936
6937
6938
ggig

015156
015162
015166
015170
015174
015176
015202
015204

004737
004737
001010
005737
001403
005737
001002
004737

037760
040364

24:

6941 015210
6942 015214
gg:z 015220

005037
004737
C02356

002222
040426

6945 015222
gg:g 015226

005337
100351

002112

g::g 015230

005137

002134

6950 013234
6951

001403

6939
6960 015264
6961 015270
6962 015274

004737
000207
005737
001401
000207
004737

015450
4%:

103001
000207

Ss:
6%:

000207

015146
037122

;EXAMINE BANK

sCORRECT MEMORY FOR THIS BANK?
iNO - GO TO BANK LOOP TERMINATOR

BEQ

iNO - GO TO BANK LOOP TERMINATION

ACFLAG

sCAN WE ACCESS THIS BANK?

RRFLAG
44

sRELOCATION REQUIRED?
;YES - GO TO BANK LOOP TERMINATION

1GO TEST CORRECT MEMORY
MTEST
CALL
;s TERMINATION OF BANK LOOP
CLR
CALL

CONTFLAG
INCBNK

comM

TMFLAG

B8EQ

CALL
RETURN
TST

PARBAF

sNEXT HIGHER BANK
8GE
24
+IF_NOT DONE - LOOP ON THIS BANK
: TERMINATION OF PATTERN LOOP
DEC
PATTERN
sNEXT LOWER PATTERN
8PL
14
;0K - LOOP; ELSE CONTINUE
+END OF LOOPS

8EQ

;sCOMPLEMENT TYPE OF MEMORY

CALL

RLFLAG

RETURN
RELOCATE
CALL
ON.ERROR THEN $RETURN

;«aNOTE++«

004737
004737

;SET BANK TO ©

1 #sNOTE#++ RECURSIVE

015146

:SET HIGHTEST PATTERNS

BNE

TST
BNE

002.24

036310

CALL
HIPAT
;START OF PATTERN LOOP
BANK
CLR
sSTART OF BANK LOOP
EXBANK
CALL
BANKOK
CALL

002116

002126

seRECURSIVEse

(9804058484848 004084800080800888880000008880008008888408000280¢8288040080000800000

040416

015260
013262
015264

ssRECURSIVEse>>

;868000088000 088000808408800880088000454085088080883848400800800000000848800800000

004737

015236
015242
015244
015230
015232
015254
015260

SEQ 0163

PARBAF. SUBTST

2333 015146

6952
6953
6954
6935
6956
6987
6958

Page 173

CALL
CALL
RETURN

RECURSIVE CALL

PARBAF
UNRELOCATE

+IS THIS AW EVEN NUMBER PASS?
i YES - SKIP
;CALL SELF
;HAVE WE BEEN RELOCATED?

sNO - SKIP
:YES

;MOVE

- RETURN

& MAP PROGRAM

B8CC Ll24

RTS PC
L124:;;:::::

sCALL SELF
;UNMOVE € UNMAP PROGRAM

CVMJUABO MSV11-J MEMORY DIAG.
PATTERNS REVERSE,BANKS FORWARD

MACRO

Y05.02

Monday 07-0Oct-85

+sRECURSIVEas
PARBAM:

6965 015276

SUBTST

16:57

Pege

175

SEQ O1le4

<<PATTERNS REVERSE ,BANKS WORST FIRST

¢eRECURSIVEss>>

(N80 088800840080060480480000800808084000040808400080000080800000084000000880808000

1sSUBTEST

PATTERNS REVERSE,.BANKS WORST FIRST

+eRECURSIVEee

;““‘..““‘.“t““..‘.‘.....“.“.““““...“‘....‘..“..“““."..0.0..o‘

6966 015276
6967
6968 0135302

6969
6970 015306
6971 013312
6972 015316

6973
6974
6975
6976
6977
6978
6979
6980
6981

015320

013324
0135326
015332

013334
015340
015342

015346
6982 015352
6983 015356
6984
6983 015360
6986 015364
6987
6988 015366
6989
6990 015372
6991
6992 013374
6993 015400
6994 015402
6993 015406
6996
6997 015410
6998 0135414
6999 015416
7000 015422
7001 013424
7002 015426
7003 015432

015432
015434
015436

7004
7005 015436
7006 015442
7007 015446

CALL

004737

040416

005037

002102

1%:

004737
004737
001013
005737
001410
005737
001405
005737
001002
004737

037760
040364

2%:

002116

002130

c050~7
004737
002353

002222
040426

005337
100346
005137

sSET BANK T0 O

TST

;CAN WE ACCESS THIS BANK?

BANKOK
44

sCORRECT MEMORY FOR THIS BANK?
iNO - GO TO BANK LOOP TERMINATOR

BEQ
187
BEQ

4
BMFLAG
43

:NO - GO TO BANK LOOP TERMINATION
;IS THIS BAD MEMORY (WORSY FIRST)
sNO - GO TO BANK LOOP TERMINATION

BNE

ACFLAG

RRFLAG

sRELOCATION REQUIRED?

t1YES - GO TO BANK LOOP TERMINATION

MTEST

;GO TEST CORRECT MEMORY

; TERMINATION OF BANK LOOP

CLR CONTFLAG

CALL
BGE

INCBNK
24

;NEXT HIGHER BANK
:IF NOT DONE - LOOP ON THIS BANK

002112

DEC

PATTERN

sNEXT LOWER PATTERN

002134

1END OF LOOPS
com
TMFLAG

; TERMINATION OF PATTERN LOOP

B8PL

001403
004737
000207
005137
001003

015276

004737
000207
005737
001401
000207
004737

015276

002600

S$:

036310

78%:

BEQ

S5t

CALL
RETURN
CoM
BNE

PARBAW

;CALL SELF

WORST
68

;4TH PASS?
:YES - SKIP

CALL

PARBAM

;CALL SELF

18T
BEQ
RETURN

RLFLAG
74

;HAVE WE BEEN RELOCATED?
sNO - SKIP
:YES - RETURN

RETURN

CALL

RELOCATE

ON.ERROR THEN S$RETURN

;#sNOTE+s

037122

; COMPLEMENT TYPE OF MEMORY
;IS THIS AN EVEN NUMBER PASS?

;saNOTE=s RECURSIVE CALL

64:

015276

;OK - LOOP; ELSE CONTINUE

;#eNOTE+» RECURSIVE CALL

002126

103001
000207
004737
004737
000207

tEXAMINE BANK

CALL
BNE

CALL

015450

1SET HIGHTEST PATTERN

CLR
BANK
tSTART OF BANK LOOP
CALL
EXBANK

TST

002124

HIPAT

iSTART OF PATTERN LOOP

CALL

ge%bflN

RECURSIVE

PARBAUW

UNRELOCATE

CALL

:YES - SKIP

:MOVE & MAP PROGRAM

8CC L1125

RTS PC
L12S::35:34:

;CALL SELF

sUNMOVE ¢ UNMAP PROGRAM

CVHJABO MSVil-J MEMORY DIAG.

MACRO Y05.02
Monday 07 Oct
ssRECURSIVEss

PATTERNS REVERSE ,BANKS WORST FIRST

MTEST:

7010 015450

SUBTST

16:57

Pege

177

SEQ 0165

<<SUBR

SETUP MEMORY TEST>>

SUBR

SETUP MEMORY TEST

188888008083 88882808048048080883488848880800803888038808880080000048000008808080000

1 #SUBTEST

1808088888800 088048884888888388040388530808485404088488408088000880080000080000000

7011

013450
015450
7012 013436

7013
7014
7015
7016

015436

Q13464
015470
0135474
015476
013476
7017 015476

7021

177777

002612

012737
005037
005737
001413

002264
002120

002110

015476
013302

005737
001005

002222

015504
013510
015512
013516
015316
015316
015516
013516
013522
015524

005737
001002
C0o4737

002342

7018 015504

7019
7020

012737

7022
7023
7024
7025 015530
7026 013334
013334
7027 0135542

004737
000402
004737
005037
012737
000207

SET

HEADER

;INLTIALIZE HEADER MESSAGE TYPEQUT

SET

MUT

;INDICATE THERE IS A MEMORY UNDER TEST

CLR
TS7

PASFLG
MKFLAG

BEGIN

HOLDLOOP

BEQ

MT1:
MT2:

002612

#-1.MUT

TST CONTFLAG
BNE E1S

TST SKIPMK
BNE L126

CALL
MKCONTROL
END; OF IF SKIPMK

017212
002110

MOV

B15::3:5::3

IF SKIPMK IS FALSE

016772

#-1,HEADER

;€CC?
;NO - SKIP

IF CONTFLAG IS TRUE THEN LEAVE HOLDLOOP

015544

177777

MT1

MOV

L126:;::5::4

END

HOLDLOOP

CALL

MKTEST

:YES

CALL
CLR
SET

MJTEST
MUT
HEADER

;00 PARITY TESTS
sNOW - NO MEMORY UNDER TEST
;ALLOW HEADERS NORMAL

B8R

RETURN

MT2

E15:;:::3:

- DO ECC TESTS

MOV

@-1,HEADER

CVMJUABO MSV11-J MEMORY DIAG.

SUBR

SETUP MEMORY TESY

MACRO Y05.02

7030 015544

Mondey 07-0ct-85 16:57

MKCONTROL : SUBTST

Pege 179

<<SUBR

SEQ 0166

TEST ECC CSR LOGIC DISPATCH>»>

$0088008048808008800034000080¢088008880880800004000800000800800808400880088600888800080

TEST ECC CSR LOGIC DISPATCH

SUBR

s sSUBTEST

(9008080 8088080888444880080080880808000888800880800000400000880400800000000000000¢

7031

;THE NEXT TWO MODULES SOLVE THE PROBLEM OF

;HOM TO RUN THE CSR TESTS ON EACH ECC MEMORY

;8;%
7034 015544

015544
015550
015552
0135354

005737
001401
000207

002002

015554
015560
015%62
015564

005737
001401
000207

002536

015564
015570
015572
015574
015576

013746
C10046
010146
010246
010346

002102

7038 015606

012737

157776

7038 015554

7036 015564

7037 015600

012737

060000

7039 015614
7040 015620

005037
005037

002236
002240

7044 015640

000301

7041 015624
7042 015630
7043 015634
7045 015642

C0S037
013700
016001
042701

7046 015646

006301

7048 015654
7049 015660

005737
001421

7047 015650
7050 015662
7051 015666
7052 015674
7083 015700
7054 C15704

7055 015710

7056 015714

7057 015720
7058 015724
7059 015726

010137

005237
012737
005237
005237
016001

072127

042701

0S0137

005003
116337

MOV

SF IRST, CSRFBANK

CLR
CLR

CSRINTY
SPLTCSR

MOV

8IC

002526

MOV

002136

002240
120000
002332
002236
002664

002526

177741

016364

018746
015754

013737

002232

015754

010346

015762

004737

ASL

TST
BEQ

INTFLAG
14

ASH

160777

8IC
002152

002152

1s:
MKLOOP:

CSRLOOP
BANKINDEX, RO
CONFIG(RO),RY

MOV

002526

#LAST,CSRLBANK

SWAB

INC
MOV
INC
INC

002234

1777715

005037

013703

002234

BANK,RO,R1,R2,R3

177760

015742
015746
7062 015746

015756

002232

PUSH

CLR
MOV
MOV

042737

7063 015754

IF INHECC IS TRUE THEN $RETURN

0023%2
002104
002664

7060 015734

7061 015742

IF SELONLY IS TRUE THEN SRETURN

035604

TST INMECC
BEQ L130

RTS PC
L130:5::3:3:
MOV
MOV
MOV
MOV
MOV

BANX, -(SP)
RO, -(SP)
R1,-(SP)
R2, -(SP)
R3,-(SP)

;SET FIRST TEST ADDRESS TO FIRST AODR.

; AND ZERO THE LOOP COUNTER
:GET THE BANK INDEX
;:GET CSR NUMBER

#1C17,.R1

R1,CSRHOLD

:STORE IN THE LOW BYTE

SPLTCSR
9120000, CSRLBANK
CSRLOOP
CSRINT
CONFIG(RO),R1

;WE MUST LOOP TWICE FOR AN INTERLEAVED BANK

4-3,R1

®tC17000,R1

;IS THIS BANK INTERLEAVED?
;:BRANCH IF NOT INTERLEAVED

:GET THE INTERLEAVE CSR NUMBER

8IS

R1,CSRHOLD

:STORE IT IN CSRHOLD'S UPPER BYTE

81C

#1C36,CSRNO

;CLEAR ANY UNNECESSARY BITS

CLR
MOVB

R3
CSRHOLD(R3),CSRNO

FOR MKCNT

:= 80 TO CSRINT

.
FOP CSRFIRST

002226

MAP BANK

002102

TST SELONLY
8EQ L127
RTS PC
Li27:35:333s

MOV

CALL

BANK ,R3
MAPPER

CLR MKCNT
B16::::::3
:= CSRFBANK TO CSRLBANK BY #4000

MOV CSRFBANK ,CSRFIRSY
Bl7:5::33::

sMAP TEST SPACE TO BANK

MOV R3, -(SP)

MACRO Y05.02
CvHJABO MSVi1-J MEMORY DIAG.
TEST ECC CSR LOGIC OISPATCM
SUBR

013766
7064 015770
7063 018772
013772
7066 0157172
7067 015776
013776
016002
016004
016010
7068 016012
7069 016020
7070 016026
016026
016034
7071 016034
7072 016042
7073 016046
7074 016030
7078 016036
7076 016060
7077 016066
7078 016072
016072
7079 016074
7080 016076
7081 016102
016102
016106
7082 016106

7094

709%

205737
001303
005737
001100
013737

002116

002226
004000

002230
002230

013737

002226

002412

013737
005737
001404
C62737
000403
062737
004737

002412
002240

002414

040000

002414

000002
016366

002414

002452

016106

012737
005037

177117

002264

016120

013700

002452

010346
010637
162737
004737

002146
000002
016672

005237
023727
003752

CRF

MOV

002452
002452

MOV
ADD

FOR TESTADD

MOV

1777707

062737

B20:::3::
1S/ ACFLAG
BEJ L131
T'
T RRFLAG
BNE L1131

MOV CSRFIRST,TESTADD
B21::3:5333

B8R

ADD
2, TESTADD 2
CALL
SBETEST
ON.NOERROR

FOR I

SET

002612

00 YO 027

HEADER

8CS L132

;TURN CACHE OFF
;INDICATE PARITY ACTION
CLR 1
822:::::::
MOV

CLR
PASFLG
LET RO :» I
PUSH

MOV
SP,CTLKVEC
suB
#2,CTLKVEC
CALL CSRCASE
POP
R3

002146

END

;OF FOR I

MOV I.RO

MOV R3,-(SP)
:SAVE VECTOR IN CSR OF K
;RESTORE LOOP COUNTER
MoV (SP). ,R3

INC I

CrP 1,027

BLE B22

CACHON
SET

002334

002412
002230

4 1 .HEADER

;:SAVE LOOP COUNTER

000027

€22:3:53333

SUCCESS

LEAVE CSRSTUFF

END
000004
002412

TO CSRLAST BY #4

SPLTCSR
14
240000, TESTADD+2

CACHOFF
CLR
NOPAR

000407

023737

:= CSRFIRST

TESTADD, YcSTADD+2

TS7
BEQ
ADD

18:
24:

(Sk). RS

:INVALIOATE BACKROUND PATTERN

CSRFIRST,CSRLAST
#4000,CSRLAST _

104423
012737

SEQ 0167

CLR
SUCCESS
IF ACFLAG IS TRUE AND RRFLAG IS FALSE

062737

016146
016132
016160
016162
016162
015164
016164
016172
016172
016174
016174
016174
016174
016202

179-1

002124

005037

7090 016146

7093

002334

012603

Page

BEGIN CSRSTUFF

¢
00503

016144

16:57

INVALIDATE

104511

002076

7085 016124
016124
7086 016126
7087 016132
7088 016140
7089 016144

7091
7092

.DSABL

012603

103440
104424
005037

7083 016114
7084 016120

Monday 07-Oct-85

END

;0F ON.NOERROR

;OF FOR TESTADD

:TURN CACHE ON

MOV

@#-1,SUCCESS

BR E20
L132:5351833

ADD #4,TESTADOD
CMP TESTADD,CSRLAST

MACRO Y05.02
CvMJUABO MSV11-J MEMORY DIAG.
TEST ECC CSR LOGIC DISPATCH
SUBR

016210

7096

7097

7098
7099

016212
016212
016212
016212
016212
016212
016212
016216
016220
016220

7100 016224
016224

016230
016232
016233
7101 016234

END

002334

104401

067257

TYPEIT
.OSABL

013746

002102

MOV

000

L131:3:338

004000
002226

005237

002240

005237
023737
003622

016364
016364

002236

062737
012737
005203
020337
003002
000137
104472

000002
000001

002232
002240

012737
005037

016346

012603

012602
012601
012600
012637
000207
000000

TYPEIT
.DSABL

TYPE
MSGB34
,MSGB34
CRF

CRF

1s:
002222

€1 ,SPLTCSR
R3
R3,CSRLOOP

MXLOOP

MKCNT :

: ;SAVE BANK FOR TYPEOUT
: s TYPES BANK NUMBER

CLR

SPLTCSR

: iSUPPRESS LEADING ZEROS

L133::333343
ADD #4000,CSRFIRSY
CHP CSRFIRST ,CSRUBANK
BLE 817
El7:3:5:55333
INC MKCNT
CMP MXCNT,CSRINTY
BLE Bi16
E'6:::53:31

ECCINIT
sTRAP ON DOUBLE BIT ERRORS (NORMAL)
SET
CONTFLAG
POP

002102

#2,CSRFBANK

MOV
INC
cHp

B8GT

015726

1777717

OF FOR CSRFIRST

SPLTCSR
INC
END;: OF FOR MKCNT

002332

002240

PERBNK
CALL
END ;OF IF SUCCESS

END;

RETURN

.WORD

SUCCESS

::TYPE 3 DIGIT(S)

(]

ADD

TST

BNE L133

$1GO TYPE--OCTAL ASCII

.BYTE

002226
002234

062737
023737
003633

7118 016342

E20:::13:31:

BANK, <TYPES BANX NUMBER>,3

BANVY -(SP)

.DSABL

050354

016330
016332
016354
016336
7117 016362
7118 016364

;0F IF

CRF
TYPOCS

.BYTE

004737

7116 016346

BLE 821
E21: i35

TYPE
MSGA34
,MSGA34

TYPQS

104403
003

7102 016240
7103 016244
016244
7104 016244
016244

016334

SEQ 0163

IF SUCCESS IS FALSE

005737
001012

067315

7113 016332
7114 016334

Page 179-2

END CSRSTUFF

104401

7112 016326

16:57

003711

016234

016232
016260
016262
7105 016262
7106 016266
016266
016272
016300
016302
7107 016302
7108 (16310
7109 V16316
7110 016320
7111 016324

Monday 07-Oct-85

R3,R2,R1,R0,BANK

MOV

MOV
MoV
MoV
MOV
MOV

;COUNTER FOR MXLOOP

#-1,CONTFLAG

(SP).,.R3
(SP).
. R2
(SP).,R1
(SP).
. RO
. BANK
(SP).+

CVMJABO MSV1l-J MEMORY DIAG.

SUBR

MACRO Y05.02

TEST €CC CSR LOGIC DISPATCH

7121 016366

Mondey 07-Oct-85 16:57

Pege 181

SEQ 0159

SBETEST:SUBTST

<«<CHECK FOR SBE FREE LOCATIONS>>

s sSUBTEST

CHECK FOR SBE FREE LOCATIONS

18680048606800060660000480884480080040400000008000008000080808000080080008884600000800800
1080600086806000604305000004480480000040886000404808008080808080800800080006000008000008

;%gg

+IN GRDER TO DETERMINE IF A LOCATION IS SBE FREE I DO THIS
]

7124
7.23

tMRITE ZEROS WITH ECC DISABLE
:READ ZEROS BACK

7128

:\RITE ZEROS WITH ECC ENABLED BUT TRAPS DISABLED

;{gg

1IF NOT ZEROS THEN RETURN ERROR

;{gg

1 IF NOT ZEROS THEN RETURN ERROR

7129

1READ ZEROS BACK

:TEST THE LOCATION FROM THE PAR'S (WITH NO PROGRAM FETCHES)

7132

;{a

sIF THERE WERE ANY SBE'S OR DBE'S THEN RETURN ERROR
i

7133
7136

;COMPLIMENT ZEROS TO ONES WITH ECC DISABLE
1READ ONES BACK

;igz

;IF NOT ONES THEN RETURN ERROR
3

7139

iWRITE 100, ,100000,00000 (CHECKBITS COMPLIMENT OF BEFORE)

7140

;__WITH ECC ENABLED BUT TRAPS DISABLED

7141

;TEST THE LOCATION FROM THE PAR’'S (WITH NO PROGRAM FETCHES)

;i:g

sIF THERE WERE ANY SBE'S OR DBE'S THEN RETURN ERROR
i

7144

:IF NONE OF THE ABOVE FORCES A RETURN ERROR THEN RETURN NO.ERROR

7143

7146 016366

016366
016370

016372
7147 016374

.ENABL

010046
010146

010446
013701

002412

7148 016400

013704

002414

016404

033737

002552

7130 016412

104424

7149 016404

7151 016414

104471

7152 016416
016416
016420
7153 016422

005011
003014
003711

7153 Olfp‘g

0035714

7138

7134 016424

;{ s 0164
0164

7139 0164

177776

TESTAOD+2,R4

B‘I’g“L

Engm.PSH

TESTAREA

CACHOFF

ECC101S

CLEAR
ST

(R1).(R8)

SBENT

001103

BNE

~ENT

104503

CLR1CSA

(R1),.(Re)

(R1)
SBENT

001076

ONE

7163 016430

104310

TSTREAD

187

;ENTER TEST MODE

1GO TO SYSTEM TEST MODE

;DISABLE €ECC ON 1 SELECTED CSR

CLR
CLR

(Rl)
(Re)

CLR
CLR

(R1)
(R4)

CLEAR

;}“ 016446

MOV R4, -(SP)

(R1)

BNE

TST
NE

MOV RO.-(SP)
MOV R1,-(SP)

sTURN CACHE OFF

001107

187

sPUSH RO.R1,R4 ONTO STACK

TESTADD ,.R1

MOV

005011
003014
005711
N;%OO

016444

RO,.R1,.R4

MoV

016434
016436
7160 016440
7161 016442

7162

LSB

PUSH

sCLEAR 1 SELECTED CSR

(R4)

SOENT
sTEST LOC (R1) € TST FOR SBE (WITHOUT FETCHES)

VM JABQ

Y8R

MORY

MACRO Y05.02

RSYAL PaPE"OBLARORS

7166 016452

016452
016460

032737
001415

100020

(02150

016462

012737

177777

002066

7169 016472
7170 016476

013700
072027

002460
177774

7167 016462

7168 016470

7171 016502
7172 016506

104512

042700

016506
0168512

023700
001454

016514
7174 016514

104471

7173 016514

717%
7176
7177
7178
7179

016516
016520
016%22
0163526
016530

00S111
005114
023711
001046
C23714

7182 016536
7183 016540
7184 016542
7187 016552

;igg 016534

7185 016546
7186 016550

;{gs 016556
7190 016560
7191 016562

177600

002102

END;

022714

100000

BNE

cre

012737

177777

002066

7198 016624

023700
001410

7199 016624

177600

002102

SET SKPERR

B8IC

016640

000241

7205

016642

000207

;:DISABLE ERRGEN'S FRROR PRINTOUT

MOV

END;

CMP BANK
, RO
BEQ SBENT

OF IF #BIT1S

L13S:;:;::::;
;ENTER XKERNEL MODE

ECCLINIT
POP

@-1,SKPERR

#tC177.RO

CACHON

7204 016640

BIT #BIT15'8IT4,CSR
BEQ L1135

IF BANK EQ RO THEN GOTC SBENT

104423

012604
01260:
012600

sCLEAR 1 SELECTED CSR

ERRGEN
MOV
ERRADD.RO
ASH
-4 ,RO

7202 016630

016632
016634
016636

L134:;5:53::
;:DISABLE ECC ON 1 SELECTED CSR

TSTREAD
;TEST LOC (R1) €& TST FOR SBE (WITHOUT FETCHES)
IF e8IT15:!81T4 SET.IN CSR

KERNEL

7203 016632

(R1)
(R4)
ONES.(R1)
SBENT
ONES,(R4)

CMP BANK ,RO
BEQ SBENT

SBENT

104417

104473

#-1,SKPERR

€8IT1S,(R4)

7200 016624

7201 016626

MOV

(R1)
SBENT

BNE

104510

042700

1DISABLE ERRGEN'S ERROR PRINTOUT

SBENT

TS7T
B8NE

016572

016616
016622

OF IF éBIT1S

100000

002614

002460
177774

BIT #BIT15'81T4,CSR
BEQ L134

otC177,.R0O

CLR1CSR
CLR
(R1)
MOV
OoBIT1S.(R4)

104512
013700
072027

SEQ 0170

ERRADD.RO
&-4,R0

ECC101IS

002150

7196 016612

ERRGEN

104503
005011
012714

001032

181-1

SET SKPERR

002614

005711
00103%

eo¢

IF #B8IT15'8I7T4 SET.IN CSR

coM
coM
cMP
BNE
cHP

001043

IF BANK EQ RO THEN GOTO SBENT

100020

7197 016616

07-0Oct-85 16:57

BIC

032737
001415

7193 016600
7194 016602
7198 016606

MOV
ASH

016562
016570

7192 016572

Mondey

sINITIALIZE 1 SELECTED CSR
R4 R1.RO

$RETURN NOERROR

;s TURN CACHE ON

:POP RO,R1 & R4 FROM STACK

MOV (SP)+, R4
MoV (SP)..R}
MOV (SP). RO
cLC

RTS PC

CvMUABO

MsSvil

J MEMORY DIAG.

CHECK FOR SBE FREE LOCATIONS
7206 016644
7207 016646
016646

016630
016652
016654
7210 016656
7211 016660

7208
7209

016660
016662
016664
7212 016666
C16666
01667C

7213

104503

005011

005014
104417

104473
104423

012604
012601
012600
000261
000207

MACRO

v05.02

SBENT:

Mondey

Oct

16:57

Page

181

SEQ 0171

CLR1CSR
CLEAR
(R1),(R&)

;CLEAR 1 SELECTED CSR

KERNEL

;ENTER KERNEL MODE
;INITIALIZE 1 SELECTED CSR
;TURN CACHE ON

ECCLINIT
CACHON
POP

R4 ,R1.,RO

$RETURN ERROR

.DSABL

LSB

CLR
CLR

;POP RO,R1 & R4 FROM STACK

MOV
2.
MOV
SEC
RTS

CVMJUABO M3V11-J MEMORY

IAG,

CHECK FOR SBE FREE LOCA I0NS
7216 016672

MACRO Y05.02

Mondey 07-Oct-85 16:57

Pege

183

SEQ 0172

CSRCASE:SUBTST

«<<CSR PATTERN CASE STATEMENT>>

;s sSUBTEST

CSR PATTERN CASE STATEMENT

186000800880°

5808888000800 008000800808080408080000000400000008008/008084800000800008

108000008040 80000808800000808808808888080880008000000080000000000000000000000000048

7217

CASE RO

016672
016672
016674
016676

1218
7219
7220
7221
7222 016702
7223

7224

722%

7226
7227 016704
7228 016706

7229 016710
7230 016712
7231 016714
7232 016716
7233 016720
7234 016722
7233 016724
7236 016726
7237 016730
7238 016732
7239 016734
7240 016736
7241 016740
7242 016742
7243 016744
7244 016746
7243 016730
7246 016752
7247 016754
7248 016736
7249 016760
7250 016762
016762
016762
016764
016766
7251 016770

ASL @SP

016 62

020110

023712
020242
C23772
023446
020344
023510
023546
023626
023662
024022
024052
020206
024106
024106
024106
024106
024106
024106
024106
024106
024106
024106

024106
062616
013646
004736
000207

MOV RO,

;WARNING IF YOU CHANGE THIS TABLE ALSO
;CHANGE *“$DDWO” - “$DDWS” (THE PATTERN BIT MAP)
MKCSRT:

;PAT

TIME

MSV1il-J ECC TESTS

MT0044
MT0014
MT004S
MT0036
MT0020
MT0037
MT0041
MT0042
MT0043
MT0046
MT0047
MT0010

: S
; 1
;<1
: 1
: 1
;<1
: 1
;<1
;<1
: 1
;<1
;<1

MT0999

;

MT0006

MT0999
MT0999
MT0999
M10999
MT0999
MT0999
MT0999
MT0999
MT0999
MT0999

END

;0F CASE RO

RETURN

;<1 SEC

SEC
SEC
SEC
SEC
SEC
SEC
SEC
SEC
SEC
SEC
SEC
SEC

;
;

0 SEC
0 SEC

;:
;
;
;:
;
;
;
;

0
0
0
0
0
0
0
0

0 SEC

SEC
SEC
SEC
SEC
SEC
SEC
SEC
SEC

-(SP)

JSR PC,L136

DESCRIPTION

INITIAL DATA TEST

SHIFTING 1/0'S THROUGH CHECK BITS
BASIC DOUBLE ERROR TEST
SYNDROMES TO CSR ON OOUBLE BIT ERROR TEST
CORRECTION CODE TESTY
SYNDROMES TO CSR ON SINGLE BIT ERROR TESY
€CC DISABLE TEST
ADORESS TO CSR ON DOUBLE BIT ERROR
EXTENDED ADDRESS TO CSR ON ERROR TEST
WRITE BYTE CLEARS SBE TEST
CHECK SINGLE BIT ERRORS WITH ECC DISABLED TEST
NO CSR UPDATE ON SBE WITH EXSISTING DBE
BYTE ADDRESSING TEST
NULL
NULL

TEST
TEST

NULL
NULL
NULL
NLL
NULL
NULL
NULL
NULL

TEST
TEST
TEST
TEST
TEST
TEST
TEST
TEST

NULL TEST

L136:::::3:
ADD (SP)., aSP
MOV @(SP).+,-(SP)
JSR PC,a(SP).

CVMJUABO MSV1i1-J MEMORY DIAG.

CSR PATTERN CASE STATEMENT

MACRO Y05.02

7254 016772
7285 016772

016772
017000
017002
017006

017010
72%6 017010

72%7 017012

017012

017014
7258 017014

7259 017016

032777
001003
005737
001402

000001

010637
162737
004770

002146
000002
017132

002146

032777
001003
005737
001402

000001

163530

006300

7284 017136
7285 017140
7286 017142

020144
017432
017526

020322

92 ,NOPAR
#2,PCBUMP
PATTERN,RO

INVALIDATE
END :0F IF MKPAT(RO)

;CLEAR ALL CSR'S

L141:;:;::::
;INDICATE PARITY ACTION
sTRAPS ADD 2 TO PC
;GET PATTERN NUMBER

CMP MKPAT(RO),#MT0034
BEQ L142
CMP MKPAT(RO), #MT0999
BEQ L142
s INVALIDATE BACKGROUND PATTERN ON *BANK”

L142:;::::::
SP,CTLKVEC
:SAVE VECTOR IN CASE OF tK
#2,CTLKVEC
SMKPAT(RO)
;sINDEX OFF TABLE
SET.IN @SWR OR ACTFLAG IS TRUE
BIT
BNE
TST
BEQ
L143:;:;::3::
ENASBE
;TRAP ON SINGLE BIT ERRORS
ELSE

MOV
SuB
CALL
IF &SWO

002350

oSHO,85WR
L143
ACTFLAG
L1l4a

BR L145

104472

023234

;OF IF

L140:;:3:::3

ASL
RO
sMAKE IT A WORD ADDRESS
IF MKPAT(RO) NE #MT0034 AND MKPAT(RO) NE &MT0999

000401

7282 017132

BR Li4}

MOV
MOV
MOV

104506

005037
000207

BIT #SWO,8SWR
BNE L137
TST ACTFLAG
BEQ L140

L137:333313
;DISABLE ERROR CORRECTION

CLRCSR

END

024106

7283 017134

IF 0SWO SET.IN 8SWR OR ACTFLAG IS TRUE

104502

017132

7278
7279
7280
7281 017132

ECC TEST DISPATCH

ELSE

023234

017124

SUBR

000401

017132

7275 017124
;g;g 017130

: sSUBTEST

ECCDIS

026027
001405
026027
001401
104511

017120

ECC TEST DISPATCH>>

104470

017040
017046
017050
017056
7265 017060

017122
7273 017122
7274 017124

«<«<SUBR

002350

002076
002326

017062
017062
017066
017074
017100
017100
017106
017110
017114
017116
7271 017116
7272 017120

MKTEST: SUBTST

163636

000002
000002
002112

7267
7268
7269
7270

SEQ 0173

;‘“.‘.“‘..‘..‘...“."..#‘.‘..“..“.‘.0.‘.“..‘.‘.““‘.‘..‘..‘.‘..“........

012737
012737
C13700

7266 017062

Pege 185

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

017016
7260 017016
7261 017024
7262 017032

7263 017036
7264 017040

Monday 07 Oct-85 16:57

ECCINIT
END ;0OF IF &SW0
002076

CLR
RETURN

MKPAT:

NOPAR

L144:;:;::::
;:TRAP ON DOUBLE BIT ERRORS (NORMAL)

Li145:;:::::

:INDICATE PARITY ACTION

;WARNING IF YOU CHANGE THIS TABLE ALSO
;sCHANGE ~$DDWO* - “$DDOWS” (THE PATTERN BIT MAP)
sPAT
TIME
DISCRIPTION
;NOTE MTOC34 MUST BE FIRST &€ LAST

MT0034

;<1 SEC

:SOFT ERROR - BACKGROUND PATTERN TEST

MT0007
MT0001
MT0002

;<1 SEC
;<) SEC
;<1 SEC

;ADDRESS BIT TEST
;sADDRESS TEST
s COMPLEMENT ADDRESS TEST

MT0017

;<1 SEC

sHOLDING 1‘S € 0'S TEST

CVMJABO MSV11-J MEMORY DIAG.

SUBR

ECC TEST DISPATCH

7287 017144

MACRO Y05.02

Monday 07 Oct-85 16:57

017756

MTO0004

;

1 SEC

021220

MT0026

;<1 SEC

020026
020424
020714

7292
7293
7294
7295

021012
022342
022532
023046

MT0024
MT0031
MT0032
MT0033

024106
024106
024106
024106
024106
024106
024106
024106
(C24106

;NOTE MT0034 MUST BE FIRST & LAST
MT0999
; O SEC
iNULL TEST
MT0999
; O SEC
sNULL TEST
MT0999
; O SEC
sNULL TEST
MT0999
; O SEC
sNULL TEST
MT0999
; O SEC
sNULL TEST
MT0999
; O SEC
:NULL TEST
MT0999
; O SEC
;NULL TEST
MT0999
: O SEC
;NULL TEST
MT0999
; O SEC
sNULL TEST

017156
017160
017162
017164

7296 017166

7297
7298
7299
7300
7301
7302
7303
7304
7305
7306

017170
0317172
017174
017176
017200
017202
017204
017206
017210

023234

MTO034

; 1 SEC
; 1 SEC
;10 SEC

;ROTATING ONES TEST
sMARCHING 0'S & 1'S TEST
;REFRESH & SHIFTING DIAGONAL

;20
; 3
;<1
;35

;FAST GALLOPING PATTERN TEST
;1SOB-A-LONG TEST
tWRITE RECOVERY TEST
:BRANCH GOBBLE TEST

SEC
SEC
SEC
SEC

;<1 SEC

SEQ 0174

1ROTATING ZEROS TEST

7288 017146
7289 017150
7290 017152

7291 017154

MT000S
MT0021
MT0022

Pege 185 1

:RANDOM DATA TEST

TEST

;SOFT ERROR - BACKGROUND PATTERN TEST

CvMUABO HSv1l -J MEMORY C-AG
SUBR
ECC TEST OISPATCH
L d
-

MACRO Y05.02

Monday 07-Oct 85 16:57

MJUTEST:

7309 017212

SUBTST

<<SUBR

Page 187

SEQ 0175

PARITY TEST DISPATCH>>

1806880808840 808488880880880080808080800800000800000080008000000080840000000800%00

1 sSUBTEST

PARITY TEST DISPATCH

SUBR

(888080888008 8888888480888088808880500088000800000004080880048008000800000000040¢

7310 017212

73511
7312
7313
7314
7315
7316

7317
7318
7319
7320
7321
7322
7323
7324
732%
1326
7327
7328
7329
7330
7331
7332
7333
7334
7335
7336
7337
7338
7339
7340
7341

7343

7344
7345

7347
7348
7349
7350
7351
7352
7333
7354

017220
017226
017234
017242
017246
017250
0172350
017256
017260
017266
017270
017272
017272
017272
017276
017304
017310
017314

012737
012737
012737
012737
013700
006300

060002
002112

002076
002326
002412
002414

026027
001405
026927
001401
104511

017316

023234

017316

024106

010637

002146

004770
005037
000207

017316
002076

162737

MOV

92 ,NOPAR

MOV

oF IRST,TESTADD

MOV

:INDICATE PARITY ACTION

02 ,PCBUNP

: TRAPS ADD 2 TO PC

MOV

OFIRST+2, TESTADD+2

ASL

MOV

PATTERN, RO

;GET PATTERN NUMBER

;MAKE IT A WORD ADDRESS

IF MUPAT(RO) NE oMT0034 AND HJPAT(RO)
NE o#MT0999

INVALIDATE
END ;OF IF MJPAT(RO)
002146

CMP
BEQ
CHMP
BEQ

s INVALIDATE BACKGROUND PATTERN ON "BANK*
L146:;:35::::

MOV
SUB

SP,CTLKVEC
@2 ,.CTLKVEC

;SAVE VECTOR IN CASE OF K

CLR

NOPAR

;:INDICATE PARITY ACTION

CALL

RETURN

MUPAT(RO),#MT0034
L146
MUPAT(RO),#MT0999
L146

SMJIPAT(RO)

;s INDEX OFF TABLE

1WARNING IF YOU CHANGE THIS TABLE ALSO

;CHANGE “$DDWO" 017316
017316
017320

017322

017324
017326
017330
017332
017334
017336
017340
017342
017344
017346
017350
017352
017354
017336
017360
017362

017364
017366
017370
017372
017374

;1 PAT

TIME

OISCRIPTION

023046
023234

:NOTE MTOO034 MUST BE FIRST & LAST
MT0034
;<1 SEC
;:SOFT ERROR - BACKGROUND PATTERN TEST
MTO0006
;<1 SEC
s INITIAL DATA TEST
MT0017?
;<1 SEC
;HOLDING 1'S € 0'S TEST
MT0007
;<1 SEC
; ADORESS BIT TEST
MT0001
;<1 SEC
:ADDRESS TEST
MT0002
;<1 SEC
; COMPLEMENT ADDRESS TEST
MT0003
; 1 SEC
;3 XOR 9 WORST CASE NOISE TEST
MT0004
; 1 SEC
;ROTATING ZEROS TEST
MTO00S
; 1 SEC
;ROTATING ONES TESTY
MT0021
; 1 SEC
;MARCHING O’'S & 1'S TEST
MT003S
;<1 SEC
;WORSE CASE NOISE PARITY TEST
MT0022
;10 SEC
;:REFRESH TEST
MT0023
;10 SEC
;SHIFTING DIAGONAL
TEST
MT0026
;<1 SEC
;RANDOM DATA TEST
MT0024
;20 SEC
;FAST GALLOPING PATTERN TEST
MT0031
; 3 SEC
:SOB-A-LONG TEST
MT0032
;<1 SEC
;WRITE RECOVERY TEST
MT0033
335 SEC
;BRANCH GOBBLE TEST
MT0034
1 SEC
:SOFT ERROR - BACKGROUND PATTERN TEST

024106
024106
024106
024106
024106

MT0999
MT0999
MT0999
MT0999
MT0999

023234
020110
020322
020144
017432
017526
017642
017756
020026
020424
023334
020714
020746

021220
021012
022342
022532

MJPAT:

“$DDWS” (THE PATTERN BIT MAP)

sNOTE HT0034 MUST BE FIRST & LAST
;
;
;
:
;

O
0
O
O
O

SEC
SEC
SEC
SEC
SEC

sNULL
;NULL
sNULL
;NULL
sNULL

TEST
TEST
TEST
TEST
TEST

CYMJABO MSV11-J MEMORY DIAG.

MACRO

Y05.02

Mondsy

07-0Oct-85

16:57

Page

188

SEQ 0176

PATTERNS
7356
1357
7358

MT0000:

7359 017376

.SBTTL

PATTERNS

.SBTTL
SUBTST

MEMORY TEST SETUP ROUTINES
SETUP DATA PATTERN TEST>>
<«<MT0000

1000086488 44008880040800080404000048000000485000888808080800800088008020800400080008008

MTO000

1 «SUBTEST

017376
N17402
017406
017412
017416
017424
017430
7367 017432

7360
7361
7362
7363
4 364
7363
7366

005037
012700
012701
004737
012737
004737
000207

CLR

REALPAT

MOV
CALL

9SIZE,R1
REGCOPY

MOV

024526

002262

MOV

CALL

MTO001:

RETURN

SUBTST

017432
017440
017444

017450
017454
017456

017464
017466
017470
017476
017500
017504
7380 017506
7381 017512
7382 017320
7383 017524
7384 017526

012737
€12700
012701
005737
001005
023737
001007
000404
023737

002300

172252

172254

177652

177654

017326
017534
017540
017544

017530
017554
017560
017562
017370

017572
017574

017602
017604
017610
017614
017620
7401 017624
7402 017626
7403 017634

MTPOOO, SUPDOADD

;:ELSE DO PATTERN IN MAIN MEMORY

SUPDO3

<<MT0001

SETUP ADDRESS TEST>>

MTOOL1

SETUP ADDRESS TEST

880080000 EAS44000RARSRARRAAAEERRARS0E0040440000844444008008008008848440408808008

MOV

MOV
MOV
TST
BNE

cHP

BNE

2%:
34
44:

030000

032356
024552
024334

002262

BR
cMP
BNE
MOV
CLR
CALL

MOV

MT0002:

CALL
RETURN
SUBTST

91,REALPAT
SIRST,.RO
#SIZE,R1
NOSUPER
ry

sSETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY

SIPARS,SIPAR6

3
UIPARS,UIPARG

44
930000 ,R1
R2
REGCOPY

#MTPOO1, SUPDOADD

SUPDO3

<<MT0002

:SET UP CALLING ADDRESS
SETUP COMPLEMENT ADORESS TEST>»>

iAAEEAAEEEAAAAASAERRERERAN
AR AAREASEEREREAEEEAE0254438208450082035884448580840000

1 #SUBTEST
7383
7386
7387
7388
7389
7390
7391
7392
7393
7394
7395
7396
7397
7398
7399
7400

sSETUP PATTERN NUMBER FOR TYPEOUT € DISPLAY

OF IRST,RO

188008008088 480800R4RRRASASARSE44
4040000004008 088400284080800048884800000008800800008

s sSUBTEST
7368
7369
7370
7371
7372
7373
7374
7373
7376
7377
7378
7379

SETUP DATA PATTERN TEST

1008008080800 880808808008004008008400000000008000080308828800400080400488880080000060

012737
012700
012701
012704
012705
005737
001005
023737
001013
000404
023737
001006
012701
012700
012705
012702
010103
012737
004737

000002
160000
040000
060000
100001

002300

172252

172254

177652

177654

(08RG0

002456

3%:

030000
140000
120001
000001
024604
024334

002262

MOV

SETUP COMPLEMENT ADDRESS TEST

#2,REALPAT

MOV
MOV
MOV
MOV
181
BNE

#LAST+2,RO
#SI1ZE,R1
OF IRST
R4
9100001 ,RS
NOSUPER
24

BNE
BR

44
34

cwe

2%:

MT0002

4848202 ARRRAREAEELREREBANERE
L2 4544440880208 8888852005080004500088008

SIPARS,SIPAR6

cHP
BNE
MOV
MOV

UIPARS,UIPARG
43
#30000,R1
#140000,R0

MOV

R1,R3

MOV
MOV

MOV

CALL

:SETUP PATTERN NUMBER FOR TYPEQUT & DISPLAY

€120001,R5
€1,R2

eMTPO02, SUPDOADD
SUPDO3

:SET UP CALLING ADDRESS

CVMJABO MSV11 J MEMORY OIAG.

MT0002

MACRO Y05.02

SETUP COMPLEMENT ADDRESS TEST

7404

017640

7407

017642

Monday 07-Oct-85

000207

16:57

Page

188-1

SEQ 0177

RETURN

MT0003:

SUBTST

<<MT0003

SETUP 3 XOR 9 WORST CASE NOISE TEST>»>

;‘.“‘.‘..“t..“‘t‘t.““t‘t“.‘.‘.“‘..“‘.“““0‘..““‘.“.“‘..0““““‘.

;i sSUBTEST

MTO003

SETUP 3 XOR 9 WORST CASE NOISE TEST

;“..‘.“t.“t‘.““.‘t“.‘.“““‘“t““t““‘.J.“‘“‘....“..“...“.‘.“‘.‘

7408 017642

017642
017646
017630

005737
001401
000207

002132

7409 017652
74.0 017660
7411 017664

000003
002326
032366
060000
020000

017730
017732
017740
017744

012737
005037
004737
012701
012703
072327
012702
C12705
104415
012737
004737
104416
012737
004737
022737

017752
017754

001344
000207

017632

7412
7413
7414
7413
7416
7417
7418
7419
7429
7421
7422
7423
7424
7425
7426
7427

017670
017674
017700
017704

017710
017714
017716
017724

IF EQFLAG IS TRUE THEN $RETURN

002300

14¢:
24:

177770

000004
000100

024636
024334

002262

024676
024350
000003

002262
002616

MOV
CLR
CALL
MOV
MOV
ASH
MOV
MOV

SAVREG
MOV

CALL

RESREG

4%:

43 ,REALPAT
PCBUMP
FLIPWARN
OFIRST,R1
€20000,R3
0-8. ,R3
#4 ,R2
064, RS

MMTPAO3, SUPDOADD

SUPDO3

MOV
CALL
cHP

MMTPBO3, SUPDOADD
SUPDO4
43 ,FLIPLOC

BNE

RETURN

TST EQFLAG
8EQ L147
RTS PC
L147:336&::
1SETUP PATTERN NUMBER F
TYPEOUT € DISPLAY

; TRAPS DO NOY ADD 10 PC
;SETUP WARNING CONSTANTS & R2
;R1 <-- STARTING ADORESS
:R3 <-- R3 /7 256.
;SMALL LOOP SIZE
;MEDIUM LOOP SIZE

;00 IT IN MAIN MEMORY

;DONE WITH 4 PATTERNS

[0, 177777);:C177777,0):(401,177777);C177777,401))7?
;NO - LOOP

CVMUABO MSY11-J MEMORY DIAG.

MT0002

7428

MACRQ Y05.02

SETUP COMPLEMENT ADDRESS TEST

Mondey 07-Oct-85

MTO004:

017756

SUBTST

16:57

Page

<<MT0004

190

SEQ 0178

SETUP ROTATING ZEROS TEST>>

1006000888508 888640000884408008808000045000000000688000088050008086000808048080000

1#SUBTEST

MT0004

SETUP ROTATING ZEROS TESY

10688588888 08644888888088888005048400080880000008000044800068008000840400008000008

7429
7430
7431
7432
7433
7434
7435
7436
7437
7438

017756
017764
017772
017776
020002
020006
020012
020020
020024
020026

012737
012737
013702
004737
012700
012701
012737
004737
000207

002300
002326

MOV
MOV

84 . REALPAT
o4 ,PCBUMP

1SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY
:TRAPS ADD &4 TO PC

CALL

BACKGND

;WRITE BACKGROUND OF ONES

MOV

024774
024350

MT0005:

OF IRST,RO

MOV

OSIZE,.R1

CALL
RETURN

SUPDO4

MOV

002262

ONES ,R2

SUBTST

MTPAQ4, SUPDOADD
<<MTQ005

1900888880886 0088080080808800088

1+ #SUBTEST

MTO00S

;SET UP LINKS
FT1UP ROTATING ONES TEST>>

2200800000000 000 30400080880 8080808880888800808388

SETUP ROATING ONEZ TEST

iS00S AARARAEEEEASAEASAEEAAEELES
0000004040044 00405440468004084008488808408008008

7439
7440
7441
7442
7443

7444
7445

7446

7447
7448
7449

020026
020034
020042
020044
020050
020054
020060
020066
020074
020100
020106

012737
C1273%7
005002
004737
012700
012701
012737
012737
004737
012737
000207

000005
000004

002300

002326

032516

002262
025046

025010

025046

28;

MOV

;3.PC8UHP

#5,REALPAT

;SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY

CALL

BACKGND

;WRITE BACKGROUND OF ZEROS

MOV

MMTPOQS, SUPDOADD

;SET UP LINKS

SUPDO4
OMTPAOA+14 ,MTPBOA+16

;RESET TEST'S ORIGINAL VALUE

MOV
MOV

MOV

CALL
22¥URN

#FIRST,RO
#SIZE,R1

MTPO0S+14 ,MTPBOA+16

: TRAPS ADD 4 TO PC

CVMUABOC MSV1l-J MEMORY

MT000S

7452

IAG.

SETUP ROTATING ONES TEST

MACRO Y05.02

Mondey 07-0Oct-85 16:57

MT0006:

020110

SUBTST

020110
020116
020124
020130

020136
020142
020144

7467 020200
7468 020204
7469 020206

012737
012737
012701
012737
004737
000297

000006
000004
002412
025104
024334

002300
002326

MOV
MOV

002262

SETUP INITIAL DATA TEST

;SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY
;TRAPS ADD 4 TO PC

SUPDO3

;D0 IT IN S'PERVISCR MODE

OTESTADD,R1
#MMTPOO6
, SUPDOADD

SUBTST

<<MT0007

ge%bRN

MT0007:

06 ,REALPAT
&4 ,PCBUMP

SETUP ADDRESS BIT TEST>>

;8806088808868 0484800000808008000830008048840008044000080880008088006008080008008

012737
003002
004737
012701
012702
(€50201
012737
004737
000207

000007

002300

032516
060000
000001
025304
024334

MTO0007

SETUP ADDRESS BIT TEST

IESESEASEAEASEERE000440002000000800000004804800000804080008000040800088880880088008

ge;

:Z.REALPAT

;SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY

CALL

BACKGND

:0F ZEROS

MOV
81S
MOV

®1,R2
R2,R1
MTPOQO7, SUPDOADD

SUBTST

<<MT0010

MOV

002262

ge%bflN
MT0010:

#FIRST ,R1

SUPDO3

;00 IT IN SUPERVISOR HMODE
SETUP BYTE ADDRESSING TEST»>>

;H0AEAEA000E00A0RESR0SRALAS000000084804040004004808008048800008888000008880088

020206
020214
020222
020226

012737
012737
013704
012737

7475 020240

000207

7474 020234

MT0006

MOV
MoV

;#SUBTEST
7470
7471
7472
7473

SETUP INITIAL DATA TEST»>

1808800888808 80808088688800080us0005080000004800880000000000000004000448080000080800008

;s sSUBTEST
7460 020144
7461 020132
7462 020154
7463 020160
7464 020164
7465 020170
7466 020172

<<MTO006

SEQ 0179

§8888888888888884888888888008080884888088800040000000000000488088800808000000080006008

s eSUBTEST
7453
7434
7455
7456
7437
7458
7459

Pege 192

004737

000010
000004
002412
025404

024334

002300
002326
002262

MT0010

SETUP BYTE ADDRESSING TEST

(8804880888840 400000808088 0008000404008 00880808204008808484480048048488880088488480

MOV
MOV

gé%ban

210,RCALPAT
#4 ,PCBUMP

;SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY
; TRAPS ADD 4 TO PC

SUPDO3

;00 IT IN SUPERVISOR MODE

TESTADD,R4
MMTPO10, SUPDOADD

CVMJIABC MSV11-J MEMORY DIAG.
MTO010
SETUP BYTE ADORESSING
7478

MACRO Y05.02

TEST

Monday 07-Oct-85

MT0014:

020242

SUBTST

16:57

<«<MT0014

Pege 194

SEQ 0180

SETUP BASIC DOUBLE BIT ERROR TEST>>

1800000088088008088088504884080880888608880088868808080800480080000000004000828800800

MTO014

;s eSUBTEST

SETUP BASIC DOUBLE BIT ERROR TEST

100080080 8428068880880804688080800080880880808800600804848080006080000088808040080004000

7479

020242
020242

020246
020230
020254
020256
7480 020236

020236

7481

7482
7483
7484

7485
7486
7487
7488

020262
020264
020266
020 56
020266
020266
020274
020300
020300
020304
020310
020314
020320

005737
001003
003737
001404

005737
001401
000207

IF ACTFLAG IS TRUE OR APTFLAG IS TRUE

002350
002352

IF $PASS NE #0 THEN SRETURN

012701
004737
004737
004737
000207

100000
032362
023512
037734

TIST

APTFLAG

L1S50:::3:53:

TST

$PASS

BEQ L152

END;
000014
037646

ACTFLAG

B8EQ L1511

056724

012737
004737

TST

BNE L1S0O

002300

MOV

OF IF ACTFLAG

914 ,REALPAT

CALL
MAPKERNAL
LET Rl := #100000

CALL GETCSR
CALL MTPO14

Ee%baNUNHAP

RTYS PC
L152:3:3333
L1SY:35:3333

;SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY
:MAP KERNAL SPACE
1SETUP TEST ADDRESS

MOV #100000,.R1

;GET CSR INFO FROM CONFIGURATION TABLE
;00 BASIC DOUBLE BIT cRROR TEST
;UNMAP KERNAL SPACE

MACRO Y05.02
CVMJUABC MSV11-J MEMORY DIAG.
SETUP BASIC DOUBLE BIT ERROR TEST
MT001&4
7491
7492

Mondsy 07-0Oct-85

MTO017:

020322

SUBTST

16:57

Pege

196

SEQ 0181

SETUP HOLDING 1S € 0'S»>>

<<MT0017

100688888046 0884884080808808088008088808080080880088080002048204000480084030080000000

1eSUBTEST

MT0017

SETUP HOLOING 1°‘'S € 0'S

188888088408 8028580084088088848008808808808888888084040000008840080404000800808008000000

7493
7494
7495
7496

020322
020330
020336
020342

012737
012737
004737
000207

000017
023736
024334

002300
002262

MOV
MOV
CALL

RETURN

#17 ,REALPAT
#MTPO17, SUPDOADD
SUPDO3

1SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY
100 IT IN SUPERVISOR MODE

MACRO Y05.02
CVMJABO M3V11-J MEMORY DIAG.
SETUP MOLDING 1'S £ 0'S

Mondey 07-Oct-85 16:57

Page 198

SEQ 0182

MT0017

7499

MT0020:

020344

SUBTST

<«<MT0020

SETUP SYNDROMES TO CSR ON SINGLE BIT ERROR>>

10606868080080200080082200000408060800860000880888808040008000008000000060000008002008

;1 #SUBTEST

MT0020

SETUP SYNDROMES YO CSR ON SINGLE BIT ERROR

1088888800008 060000088888000804804808800880000088008800488808088000000000008000480004

7500 020344

020344

7301

005737
001003
003737
001404

005737

001401
000207

IF ACTFLAG IS TRUE OR APTFLAG IS TRUE

002350

002352

IF $SPASS NE #0 THEN SRETURN

056724

7505
7306
7507
7509

012737

000020
037646

012701
004737
004737
004737
000207

100000
032562
026014
037734

004737

ACTFLAG

TST APTFLAG
8EQ L154
L1S3:3:4333
TST

SPASS

BEQ L1SS

73502

7303

TST

BNE L1S3

002300

END;

OF IF ACTFLAG

MOV

#20,REALPATY

CALL MAPKERNAL
LET R1 := #100000

RTS PC
L155:3333:s

LiS4:33:1:43

:SETUP PATTERN NUMBER FOR TYPEQUT & DISPLAY
1MAP KERNAL SPACE
1SETUP TEST ADDRESS

nov #100000,R1

CALL GETCSR

1GET CSR INFO FROM CONFIGURATION TABLC

gelfl.

;UNMAP KERNAL SPACE

CALL MTPO20

UNMAP

;00 SYNDROMES TO CSR ON SINGLE ERROR TEST

CVMJABO MSV11l J MEMORY DIAG.

MT0020

MACRO Y05.02

Monday 07-0Oct-85 16:57

SETUP SYNDROMES TO CSR ON SINGLE BIT ERROR

7511 020424

MT0021: SUBTST

<<MTO0021

1 #SUBTEST

MT0021

Page 199

SEQ 0183

SETUP MARCHING 0'S & 1'S TEST>»»

1000880084088 080088804R40A0004004040000000008080000008400040800008000400000800000

SETUP MARCHING 0'S & 1'S TEST

1800080800000 08000080480000400080000000800000000820000008800000000848000080088008

7512 020424

020424

012737

020440
020444
020450
020452
020454
020460

013702
004737
010203
000303
012701
010105

7513 020432

7314
7515
7516
7517
7518
7519

7520 020462
7321 020466
7522 020474
7523 020476

7524 020504

7525 020506

7526
7527
7528
7529

7530
7531
7532
7533
7534

020514
020516
020522
20524

020532
020534
0203540
020542
020550

7535 020554
7536 020562
7537 020566

7538 020570

012737

177777

MOV

021 ,REALPAT

060000
000005

004064

022737

000003

004064

MOV
cHP
8EQ

#FIRST,R4
#5,PROTYP
1

+IS THIS AN 11/83
;BRANCH IF IT IS

022737

000007

002102

+BRANCH IF SO

001407

C01003
012701
010105
022737

002632
032516

3%:

026330

002262

S¢:

012737
004737

026360
024350

002262

012737

026414

002262

010401

000177

140000
024334

7543 020616

022737

000177

7546 020632

010105

7548 020642
7549 020646
7350 020654
7351
7552
7553
7554
7555

000434

001003
012701
012737

004737
012737
004737

020660
020662
020670
020674
020702

010401
012737
004737
012737
004737

7357 020712

000207

356 020706

CcHP

002102

001003
012701
010105
012737
004737

024350
026450
024350

7547 020634

CMP

8€EQ

140000

004737
012737
004737

7544 020624
7545 020626

MOV
CALL
MOV
SWAB
MOV
MOV

160000

7539 020576
7540 020602
7541 020610

7542 020614

MOV

002300

012704
022737
001450

000021

SET NOSCOPE

002440

005037

002102

1$:

002262

4%:

140000
026330

024334
026360
024350
026414
024350
026450
024350

002440

002262
002262
002262

2%:

93 ,PROTYP

97,BANK

BNE
MOV
MOV
CHP

34
9140000,R1
R1,R5
#177 ,BANK

MOV
CALL

aMTPB21, SUPDOADD
SUPDO4

BNE
MOV
MOV
MOV
CALL

54
#140000,R1
R1,R5
MTPA21, SUPDOADD
SUPDO3

MOV

R4 ,R1

CALL
MOV
CALL

SUPDO4
MMTPD21, SUPDOADD
SUPDO4

MOV

002262

BAKPAT,R2
BACKGND
R2,.R3
R3
SLAST+2,R1
R1,R5

MMMTPC21, SUPDOADD

B8R

2§

BNE
MOV

44
2140000,R1

MOV

MMTPAZ1, SUPDOADD

cHP
MOV

CALL
MOV
CALL
MOV
MOV
CALL
MOV
CALL

CLR

RETURN

#177,BANK
R1,RS

SUPDO3
oMTPB21, SUPDOADD
SUPDO4

R4,R1
oMTPC21, SUPDOADD
SUPDO4
MMTPD21, SUPDOADD
SUPDO4

NOSCOPE

@#-1,NOSCOPE

;SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY

;IS THIS AN 11/247

CVMJABO MSV11-J MEMORY DIAG.

M10021

MACRO

SETUP MARCHING 0°'S € 1°S TEST

Y05.02

*TMonday

MT0022:

7539 020714

07-Oct

SUBTST

7560 020714

020720
020720
020722
020724
020724
020732
020740
020744

7362
7363
7564
7365
7366
7367 020746

16:57

Pege

<<MT0022

200

SEQ 0184

SETUP REFRESH €& SHIFTING DIAGONAL TEST>>

;0608848688804 808880808088088480802885804888088004880448800880808880088080000080008040000000

s *SUBTEST
7361

004737

SETUP REFRESH & SHIFTING DIAGONAL

KAMITESY
CALL
ON.ERRON THEN $RETURN

024122

103001
000207

012737
012737
004737
000207

MT0022

TEST

108088800088 88408888008088488088880035280088040088808008248000048008808008088800
00080000

000022
026500
024334

002300

002262

MOV
MOV

022 .REALPAT
#MTP0O22, SUPDOADD
SUPDO3

SUBTST

<<MT0023

CALL
RETURN

MT0023:

;CHECK FOR KAMIKAZE MODE
;IF NOT IN KAMIKAZE MODE RETURN

BCC L1S6

RTS PC
L1S6::33333

;SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY
;00 IT IN SUPERVISOR MODE
SHIFTING DIAGONAL TEST>>

1080058846508 08888888200082840400488804848400080804802808404828888808845508080888000080040008

: sSUBTEST

MT0023

SHIFTING OIAGONAL

TEST

1880888800088 84080888884248888888800508508804488488848040088080844000000480008080048028

1568 020746
7569 0207352

020752
020754
020756
7570 020756

7371 020764
7572 020772

020772
7573 021000
7574 021004

7575 021010

004737

KAMITEST
CALL
ON.ERROR THEN S$RETURN

024122

103001

000207

012737
012737

000023
026500

002300
002262

012737
004737
005037
000207

177777

002004

024334
002004

;CHECK FOR KAMIKAZE MODE

;IF NOT IN KAMIKAZE MODE RETURN

8CC L1S57

RTS PC
L157::3533:4

MOV
MOV

023 ,REALPAT
MMTPO22, SUPDOADD
DIAGFLAG

;SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY

CALL
CLR
RETURN

SUPDO3
DIAGFLAG

;00 IT IN SUPERVISOR MODE

SET

:IDENTIFY DIAGONAL TEST TO MTPO22
MOV

&-1,DIAGFLAG

CVMJABO MSVi1-J MEMORY DIAG.

MT0023

7577

SHIFTING DIAGONAL TEST

MACRO Y05.02

Mondey 07-0Oct-85

MY0024:

021012

SUBTST

021016
021020

021022

7580 021022

7361
7582
7383
7584
73583
7386
7587
7388
7389
7590
7591
7392
7393

021022
021030
021036
021042
021046
021050
021052
021054
021060
021064

004737

012737
012737
013702
004737
010203
010304
000304
012701
012703
C22737

001426
022737
001406
022737
001002
012703

021134
021136

010105
104415

021120
021126
021130

021140
021146

021150
021156

021160
021164
021166
021174
021200
021202

021204
021206
021212
021216

SEQ 0185

SETUP FASTM GALLOPING PATTERN TEST>>»

002440
002300

060000
157776
000005

004064

000003

004064

000007

002102

137776

022737
001003
012701

000177

012737
000412

027214

002262

000177

002556

022737
001002

012705
104415
012737
004737
104416
000302
000303
004737
005037
000207

002102

3%:

137776

027214
024350

002262

7%:

14%:

SET

NOSCOPE

MOV

24 ,REALPAT

MoV
CALL
MOV
MOV
SWAB
MOV
MOV
cHe
BEQ
cHe
BEQ
CMP
BNE
MOV
cHP
BNE
MOV
MOV
SAVREG

ggv

cMHP

44:

BNE
MOV
SAVREG

24:

CALL

MOV

BAKPAT ,R2
BACKGND
R2,R3
R3.R4
R4
FIRST,RL
MLAST,
RS
@5 ,PROTYP
1
o3, ,PROTYP
3
47 ,BANK
34
#137776,RS
9177 ,8BANK
78
9137776 ,R1
R1,RS

g?TPBZ‘.SUPDORDD

9177.,LASTBANK

44
#137776,RS

#MTPB24
, SUPDOADD
SUPDOA

;00 1T AGAIN FOR COMPLEMENT DATA

RESREG

024350
002440

SETUP FAST GALLOPING PATTERN TEST

CALL
KAMITEST
ON.ERROR THEN SRETURN

024122

17177717
000024
002632
032516

MT0024

1800860886088 88488088608880860800080800008080080084404000000480488008080084088808808

103001
000207

021072
021074
021102
021104
7394 021112
7595 021114

1596
73597
1598
7399
7600
7601
7602
7603
7604
7605
1606
7607
7608
7609
7610
7611
7612
7613
7614
7615

«<MT0024

Page 201

$06880600008886808008680000888088808884808408888080480000000000800080088080000000

1eSUBTESY
7578 021012
7879 021016

16:57

SWAB
SWAB
CALL
CLR

RETURN

R2
R3
SUPDO4
NOSCOPE

;CHECK FOR KAMIKAZE MODE
;IF NOT IN KAMIKAZE MODE RETURN

8CC L160
RTS PC
L160::::3::

MOV
&-1,NOSCOPE
;SETUP PATTERN NUMBER FOR TYPEQUT & DISPLAY

CVMJABO MSV11-J MEMORY OIAG.

MT0024

7618

021220

7619 021220

7620 021226
7621 021232
7622 021236
7623 021242
7624 021244

7623 021246
7626 021252
7627 021256
7628 021264
7629 021266

7630 021274
7631 021276

000026

013702
010305
010204
012701
012700

002602

003037
013703

022737
001443
022737
001406

021326

104415

021330
021336
021344
021350
021354
7643 021362
7644 021370
7643 021372
7639
7640
7641
1642

1646 021376
7647 021400
7648 021406
7649 021410
7630 021414
7631 021416
7632 021424
7633 021432
7654 021436
7655 021442
7636 021450
7657 021456
7658 021460
7639 021464
1660
7661

012737

021312
021320

021322

021470
021474

Monday 07-Oct-85 16:57

MT0026: SUBTST

<<MT0026

1 sSUBTEST

MT0026

Pege 203

SEQ 0186

SETUP RANDOM DATA TEST>>

180688688888800880888088888008800000080000000480800080084088000804000000880800000

022737
001002
012700
(€22737
001002

7632 021304
7633 021306

7634
7633
71636
7637
7638

MACRO Y05.02

SETUP FAST GALLOPING PATTERN TEST

002326
002604

060000
020000

000005

004064

000003

00+4064

000007

002102

014000
000_77

002102

012700

014000

012737
012737
004737
003037
012737
012737
104416

027252
027246
024334
027276
027266
027262

004737

024334

022737

000177

000432

001002
012700
104415

012737
012737
004737
005037
012737
012737
104416
004737
010337
010237
000207

002300

027352
002262

014000

027252
027246
024334
027276
027266
027262

024334
002604
002602

MoV

027352
002262

PCBUMP
SEEDLO,R3

; TRAPS DO NOT ADD TO THE PC
+INITIALIZE RANDOM NUMBERS

cHP
B8EQ

CMP
BEQ

#5,PROTYP
1
93,PROTYP
34

;D0 WE HAVE AN 11/83 ?
;:BRANCH IF WE DO
1117242
;BRANCH IF SO

MOV
cMP
BNE
MOV

#14000,R0

CHP
BNE
3%:
74:

1%:
44 :

027352
002262
2%:

926, REALPAT

CLR
MOV
MOV
MOV
MOV
MOV
MOV

027352
002262

002102

SETUP RANDOM DATA TEST

186060000608 008088008888808804808088808228000808008880004840040000808804000008080080¢

SAVREG

SEEDHI ,R2
R3,R5
R2,R4
OF IRST,R1
#SI1ZE/2,R0O

07 ,BANK
3¢
€14000,R0O
9177.BANK
74

MOV
MOV
CALL
CLR
MOV
MOV
RESREG
CALL

MTPA26+4 ,MTPD26+14
MMTPA26
, SUPDOADD
SUPDO3
RANODD
MTPB26+4 ,MTPD26+14
MTPB26, SUPDOADD

cHe

#177,BANK

B8R

BNE
MOV
SAVREG

MOV
MOV
CALL
CLR
MoV
MOV
RESREG
CALL
MOV
MOV

RETURN

;FOR ERROR REPORTING
;SET UP NEXT LINK

SUPDO3

44
#14000,R0

MTPA26+4 ,MTPD26+14
MTPA26
, SUPDOADD
SUPDO3
RANQOD
aMTPB26+4 ,MTPD26+14
MTPB26, SUPDOADD

SUPDO3
R3,SEEDLO
R2,SEEDHI

;FOR ERROR REPORTING
:SET UP NEXT LINK

sUPDATE FOR NEW RANDOM NUMBERS

CVMJUABO MSV11-J MEMORY DIAG.
MT0026
SETUP RANDOM DATA TEST
7664

MACRO Y05.02

Monday 07-0Oct-85 16:57

MT0027:

021476

SUBTST

<<MTO027

Page 205

SEQ 0187

UNIQUE BANK TEST>>

1088688000008 48006800800000000000080080008000000808080808848804.080000000408080008

UNIQUE BANK TEST

MT0027

s «SUBTEST

186808806508 8008668088808084008000408040888080004004888000838088008040888088088000

;MAKE SURE THAT EACH BANK CAN HAVE UNIQUE DATA

7665

7666

021476
021304
021506
021514
021314
7671 021322
021322
021530
76172 021330
7667
7668
7669
7670

021530
021534
7673 021534
7674 021540
021540
021344

021546
021552
7679 021534
7676 021336
021356

76177
7678
7679
7680
7681

7682
7683
7684

7685

021362
S21366
021570

021574

021376

021576

021604
021606
021614
021620
021620
021620
021620
021626

7686 021630
7687 021636
7688 021642

;WRITE AND READ THE BANK NUMBER IN EACH BANK (EXCEPT WHERE inc rHROGRAM IS)

012737
104302
012737

000027

002300

MOV

024334

002522

012737

177777

002426

MOV
#5UPD03, LINK]
SET NOFSMODE

012737

000001

002452

005037

002102

004737

037760

c05737
001436
005737
001033
104511

002116

FOR I

MOV 01,1

0 TO LASTBANK

000001

027572
160702

002262

040000

002452

000002

027600
024334

002262

MOV

002452
002452

oMTPO34,SUPDOADD

IF I €EQ &2
MOV
MTP034+6,SUPDOADD
CALL
SUPDO3
END ;OF IF

END

;OF IF

;0F FOR BANK

002556

END

;OF FOR I

000002

IF FSTFLAG IS TRUE

CLR BANK
B24:;::;:::
TST
BEQ
TST
BNE

ACFLAG
L161
RRFLAG
L161

;INVALIDATE BACKGROUND PATTERN ON “BANK"

CALL
SLINK1
END ;OF IF

END
002102
ov2102

:= BANK

&#-1,NOFSMODE

B23:::::14:

MOV
4FIRST,RO
RO,R4
MOV
MOV
4SIZE.R1
MOV
R1,R3
IF I EQ @1

021642

021672
7692 021672

INVALIDATE

002452

005237
023727
003717

MOV

:= #1 TO @2

LET R2

023727
001005
012737
004777

005237
023737
003727

:SET UP LINK

002124

7689 021642

021642
7690 021642
021642
021646
021654
021656
7691 021656
021656
021662
021670

sSETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY

;CLEAR CSRS

CALL EXBANK
IF ACFLAG IS TRUE AND RRFLAG IS FALSE

002102
060000

012737
004737

STAR27:

FOR BANK

013702
012700
010004
012701
010103

023727
001005

027 ,REALPART

CLRCSR

MOV BANK R2

cMP I,01
BNE L162

L162:::::::

CHMP 1,02
BNE L163

Li63:;;:::::
L161:::::::

INC BANK
CMP BANK,LASTBANK
BLE 824

E24:;:::::::

INC 1
cHP 1,02
BLE 823
€E23::::::::

CvHMJUABO MSV11-J MEMORY DIAC.
UNIQUE BANK TEST

MACRO

Y05.02

Monday 07-Oct-85

16:57

Page 205-1

SEQ 0188

MT0027

7693
7694
7695
7696

7697

7698
7699

7700
7701
7702

7703
7704
7703
7706

7707
7708
7709

021672
021676
0<1700
021704
021706
021706
021706
021706
021714
021714
021714
021722
021722
021726

021726
021732
021734
021740
021742
021742
021746
021730
021754
021756
021762
021764
021764
021772
021774
022002
022006

7713

7714

7715

7716

1717
7718

IST FS7FLAG

002446

CLiR

002426

012737

000001

002452

013737

002556

002102

004737

037760

005737
001436
005737
001033

002116

C13702
005102
012700
010004
012701
010103

002102

023727
001005
012737

002452

000001

027572
160514

002262

004777

FOR

022006
022014
022016
022024
022030
022030
022030
022030
022030
022030
022034
022042
022044
022044
022044
0220350
022056
022060
022060
022064

023727
001005
012737
004737

BEQ L1646

NOF SMODE

RETURN
END ;OF IF

FS7FLAG

FOR BANK

10 @2

LASTBANK DOWNTQ #0

CALL EXBANK
IF ACFLAG IS TRUE AND RRFLAG IS FALSE

002124

LET R2
MOV
MOV
MOV
MOV

040000

002452

000002

027600
024334

002262

IF TEQ

MOV

005237
023727
003716

002452
0v2452

005037
000207

002426

MOV @1,

B25::3:5:333

MOV LASTBANK ,BANK

B26:;5:31:43

TST

ACFLAG

oMTPO34
, SUPDOADD

MOV
MTPO34+6, SUPDOADD
CALL
SUPDO3
END ;O0F IF
;OF IF

;:0F FOR BANK

000000

MOV BANK,R2

CHP 1,01

IF I EQ #2

END

TST RRFLAG
BNE L16S

OFIRST,RO
RO,.R4
4SIZE,R1
R1,R3

CALL
SLINK1
END ;0F IF

END
002102
002102

:= BANK

com

060000

005337
023727
002327

L164:;:;:::;

BEQ L16S

022006

7710 022006

7711
7712

005737
001403
005037
000207

BNE L166

L166:;::::::

CMP 1,02
BNE L167

L167:3::33

L165::::3:1

DEC BANK

CMP BANK,
#0

END

;OF FOR I

000002

BGE B26
E26::33:333
INC X

cHP 1,82

CLR

RETURN

NOF SMODE

BLE B82S
E25:533333

CVMJUABO MSV11-J MEMORY DIAG.
UNIQUE BANK TEST

MACRO Y05.02

Monday 07-Oct-8S

16:57

Page 207

SEQ 0189

MT0027

7721

MT0030:

022066

SUBTST

<«<MT0030

SETUP FLUSH OUT DBE'S TEST>>

190808080 8828888840000840080008008088088880888880488888

SETUP FLUSH OUT DBE'S TEST

MTO030

; aSUBTEST

A00288000 0000000804088 00000

(0008868808084 000040888080888080R000800080088884000080000000000080840888000880008

7722 022066
7723 022072
022072
7724 022100
772% 022106
7726 022114
7727 022122
7728 022130
7729 022132
022132
022140
7730 022146
022146
022152
7731 022152
7732 022136
022136
022162
7733 022164
022164
022170
022172
022176
7734 022200
7735 022204
7736 022210
7737 022214
022214
7738 022214
022214
7739 022214

022214

022220
022226
022230
7740 022230

022230
022234
7741 022236
022236

7742 022244
7743 022246
7744 022232

005037

002264

012737
012737
012737
012737
012737
104470

000030
000001
024334
027354

012737
012737

177777
1771777

005037

002102

004737

037760

003737
001414

002120

005737
001411
005737
001006
012701
012700
004777

002116

1777717

MTAO030: MQV

ECCOIS
SEY

NOF SMODE
, NOSCOPE

FOR BANK

;INDICATE COUNT PARITY ERRORS
;DISABLE ERROR CORRECTION
MOV
MOV

00 TO LASTBANK

IF ACFLAG IS TRUE AND RRFLAG IS FALSE

MOV
MOV

CALL
END ;0F I

002102
002102

005737
001032

002264

012737
104502
004737

117777

END

005037
003037
005037

002426
002440
002542

013737

002310

SLINKL
ACFLAG

TST PASFLG
BNE L172

;CLEAR CSRS

MOV

9-1,PASFLG

B8CC L173
;TRAP ON DOUBLE BIT ERRORS (NORMAL)
NOF SMODE ,NOSCOPE
, FULLREL
NOFSMQDE
CLR
NOSCOPE
CLR
FULLREL
CLR

RETURN
END ;OF ON.ERROR

002102

ACFLAG
L171
RRFLAG
L171

INC BANK
CMP BANK ,LASTBANK
BLE B27
€27:;:::33:

SET PASFLG

ECCINIT
CLEAR

TST
BEQ
TST
BNE

L170:::55::3

;0F FOR

CLRCSR
CALL
RELOCATE
ON.ERROR

TST MKFLAG
BEQ L170

L171:5533355

;0OF IF MKFLAG

IF PASFLG IS FALSE

036310

022236
022262
022266
7147 022272
7748 022274
022274

451ZE,R1
oF IRST,.RO

002556

002264

@ 1,NOFSMODE
@-1,.NOSCOPE

CLR BANK
B27::::::

CALL
EXBANK
IF MKFLAG IS TRUE

160306

005237
023737

000207

#SUPDO3, LINK]
#MTPO30, SUPDOADD

0-1.FULLREL

;:SETUP PATTERN NUMBER FOR TYPEOUT € DISPLAY

#1 ,NOPAR

MOV
MOV

END

003751

MOV

#30,REALPAT

MOV

040000
060000

103010
104472

7749 0222176

002426
002440

PASFLG
FULLREL

002124

022252

7745 022254
7746 022236

002542
002300
002076
002522
002262

CLR
SET

NEWBANK
, BANK

L173::35333:

CvMJABO MSVii-J MEMORY DIAG.

170030

7750
7751
7732
7753
7754
77155

MACRO Y05.02

SETUP FLUSH OUT DBE'S TEST

022302
022306
022312

022314
022320
022322
022322
77%6 022322
77157 022324
022324
022330
022334
7758 022340

004737
004737
104472
004737
000207

037760
022100

037122

CALL
CALL

002426
002440

002542

16:57

EXBANK
MTAO30

ECCINIT

UNRELOCATE
CALL
RETURN
END ;DOF IF PASFLG

ECCINIT

104472
005037
005037
005037
000207

Monday 07 Oct-85

CLEAR

RETURN

Page 207

SEQ 0190

;sTRAP ON DOUBLZ BIT ERRORS (NORMAL)

L172:::53:53:

;sTRAP ON DOUBLE BIT ERRORS (NORMAL)

NOF SMODE , NOSCOPE , FULLREL

CLR

CLR
CLR

NOF SMODE
NOSCOPE
FULLREL

CVHMJABO MSV11-J MEMORY DIAG.

HT0030

7761

MACRO

SETUP FLUSH OUT DBE'S TEST

Y05.02

Monday

MTO031:

022342

07-0Oct-85

SUBTST

022346
022330
022352
7764 022332

004737

MTO031

103001

010346
013703
004737

002102
035604

022404
7768 022406
022406

012603

7770
7771
7772
7773
7774
7773
7776
7117
7778
7779
7780
7781
7782

022426
022430
022434

022436

022442
022446
022434
022462
022466
022470
022476
022300

022502

7783 022510
7784 022512
1783 022520

7786 022524
1787 022530

SETUP SOB-A-LONG TEST

000207

022372
022374
022400

022420
022422
022424

SEQ 0191

SETUP SOB-A-LONG TEST>>

CALL
KAMITEST
ON.ERROR THEN S$RETURN

024122

177777
000031
002076

7769 022414
022414

209

(0808088880850 084888880848080488480800880808808888808808880088020088800042400800000

012737
012737
005037

022332
7765 022360
7766 022366
7767 022372

<<MTOO031

Page

18888888088 848080008885888888888380800880882008880888800088
2828040028008 04080400

i #SUBTEST

7762 022342
7763 022346

16:57

053737

002552

004537
000027
060000
027364

040732

104417
013702
010200
012701
012705
012737
012737
005737
001005
023737
+ 01405
000407
023737
001003
012737
004737
005037
000207

002440
002300

SET

NOSCOPE

MOV

031 ,REALPAT

NOPAR

CLR

MAP

CALL
.DSABL
TESTAREA

81Ss

177776

BANK,R3

TESTMODE ,PSW

FIRSTY
MTPO31

.DSABL

002572

100776
060056
060002
160000
002456

172254

177652

177654

1s:

140000
024350

002522

2¢:
3%:

002440

SOBK,R2
R2,R0O
#100776,R1
#F IRST +SOBLENGTH,
RS

NOSUPER

cMP
8EQ
BR

SIPARS,SIPARE
28
34

B8NE

172252

CRF

MOV
MOV
MOV
MOV

MOV
MOV

002262
002522

cHP
BNE
MOV
CALL
CLR

RETURN

MOV

&-1,NOSCOPE

;SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY
;SETUP PARITY ACTION

MAPPER
CRF

CRF
.DSABL
8MOV
MTPO31,FIRST,SOBLENGTH/2
JSR R5,BLOCK3
SOBLENGTH/2

KERNEL

8CC L1774
RTS PC
L174::35::3:

;MAP FIRST SO BLOCK MOVE WORKS
MOV R3,-(SP)

BANK

MOV

;CHECK FOR KAMIKAZE MOODE
;IF NOT IN KAMIKAZE MODE RETURN

OFIRST+2,SUPDOADD
SLAST+2 ,LINK]

UIPARS,UIPAR6
3¢
2140000, LINK1
SUPDO4
NOSCOPE

:ENTER TEST MODE

MOV

(SP).,R3

;GO TO SYSTEM TEST MOOE

;ENTER KERNEL MODE
s COMPLEMENT OF INSTRUCTION

"SO8 RO,DOT*

CVYMUABO MSV1l-J ME MORY DIAG.
SETUP S 08-A-L ONG TEST

MACRO Y05.02

Monday 07-0ct-85

16:57

Page 211

SEQ 0192

1170031

MT0032:

7790 022532

SUBTST

<<«mMT0032

SETUP WRITE RECOVERY

TEST>>

H 5885008888808 0080808%8008804028080804828802000088888034020880204000800000800880004008

MT0032

;oSUBTEST

SETUP WRITE RECOVERY TEST

1000008080008 0080808888400800046000000888800888080004808000004880808000040800808000

7791 022532
1792 022336

004737

CALL

024122

103001
000207

022336
022540
022342
022342
022342
022330
022336
022362
022362
022364.
022570

012737
012737
0035037

000032
002076

010346
013703
004737

035604

022374
022376
022602
022606
022612
022616
022622
022626
022632
022636
022640
7807 022646
7808 022650
7809 022652
7810 022660
7811 022662
7812 022666
7813 022672
7814 022676

012603
12700
012701
012702
010237
012703
012704
005037
005737
001005
023737
001405
000415
023737
001011
012704
012702
010237
012737

140000
014000
002522
000001

002524

022704

053737

002552

1777176

7793
7794
7798
7796

7797
7798
7799
7800
7801
7802
7803
7804
7803
7806

7813
7816 022704

7817
7818 022712

7819 022714
7820 022716
7821
7822 022720
7823 022726
7824
7823 022730
022730
022734
7826 022736
7827
7828 022740
7829 022744

SET

NOSCOPE

MOV
CLR

@32 ,REALPAT
NOPAR

002102

MOV
CALL
.DSABL

BANK,R3
MAPPER
CRF

010247
177667

MOV

910247,R0

1771777

002440
002300

MAP

BANK

MOV
MCV

177667 .R1
#SIZE/2,.R2

MOV
MOV
MOV

172252

172254

177652

177654

022737
001003

000005

004537
027442

040676

1%:

005141
023044

:IF NOT IN KAMIKAZE MODE RETURN

8CC L17S
RTS PC
L17S:3:5:43
MOV

#-1,NOSCOPE

;SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY
:SETUP PARITY ACTION
:MAP FIRST SO THAT THE BLOCK MO\E WORKS
MOV R3,-(SP)

MOV (SP)+,R3
;0P CODE OF INSTRUCTION “MOV
R2,-(PC)H”

;0P CODE OF COMPLEMENT OF INSTRUCTION ~UMP (RO)"
;USED FOR 1/2 BANK LOOP

SIPARS,SIPARG6

BEQ

CHP
BNE
MOV
MOV

UIPARS ,UIPAR6
34
2140000,R4
€14000,R2

B8R

MOV
MOV

R2.LINKY
01, LINK2

3s:

TESTAREA
BIS
TESTMOOE ,PSM
CRF
.DSABL

4%:

MOV

RO.(R3).

S08

R2.4¢

cMP

05 .,PROTYP

004064

;CHECK FOR KAMIKAZE MODE

LINK2
NOSUPER
1

CcHP

;:ENTER TEST MODE
;GO TO SYSTEM TEST MODE

;MOVE TESY TO MEMORY UNDER TEST

B8NE
St
;MOVE LAST PART OF TEST TO FASTCITY
8Mov

HTPO32
JSR RS5,8LOCK1

MTPO32

S5¢:

104417

R2,LINK]1
oF IRST ,R3
MLAST+2,R4

CLR
TS7
BNE

24:

010023
010144
077203

012702
012700

KAMITEST

ON.ERROR THEN S$RETURN

.DSABL

KERNEL
MOV
MOV

25141,R2
€104 .RO

CRF

:ENTER KERNEL MODE
;0P CODE OF INSTRUCTION “COM
;ADDRESS TO RETURN TO IN RO

-(R1)*

CVMJABO MSV11-J MEMORY DIAG.
MACRO Y05.02
MT0032
SETUP WRITE RECOVERY TEST

7830 022750
7831 022754

012701
012737

160000
060000

7834
7835
7636
7837
7838

022770
022774
023000
023004
023010

012701
004737
012703
012703
012704

140000
024350
020000
000110
060000

7841 023022
7842 023026

012703
012737

014000
027442

7832 022762
7633 022766

7839 023014
7640 023020

7843 023034
7844 023040

7845 023044
7846
7847

005737
001402

005737
001402
004737
003037

000207

002524

002262
6¢:

#MLAST.2,R1
#F IRST, SUPDOADD

MOV
CALL
MOV
MOV
MoV

€140000,R1
SUPDO4
#S12€/2,.R3
#11G.RS
#FIRST
R4

TS7
8EQ

002262

7%:
94 :

10%:

Page 211-1

MOV
MOV

ST
8EQ

002524

024350
002440

Mondey 07-Oct-85 16:57

MoV
MOV

CALL
CLR

RETURN

SEQ 0193

: TOP OF BANK

LINK2
64

LINK2
74

914000,R3
MTPO32, SUPDOAGD
SUPDO4
NOSCOPTM

;THIS RETURN ACTS AS A NORMAL RETURN FROM MTO032
:ALSO A RETURN FROM THE “CALL
SUPDO4“ ABOVE

CvMJUABO MSV1l-J MEMORY OIAG.

MT0032

MACRO Y05.02

SETUP WRITE RECOVERY TESY

Mondey 07-Oct-85 16:57

MTO033:

7850 023046

SUBTST

<«<MTO033

Pege 213

SEQ 0194

SETUP BRANCH GOBBLE TEST>>

10888646088 06688880008088000080008808000000000808000048800000804008000080040808404

MTO033

1«SUBTEST

SETUP BRANCH GOBBLE TEST

190088888 028804880400880088088880888888880080088008808080000000008804508008088800

7831 023046
7852

7853
7834
785S
7636

023110

7837
7838 023112
023112

004737

103001
000207
012737
012737
003037

177777
000033
002076

010346
013703
004737

002102
035604

002552

023120
023124
023126
023130

004537
000037
060000
027474

040732

023132

104417

023134
023140
023146
023132
023136
023164
023170
023172
023200

0127035
012737
012701
012702
012737
003737
001003
023737
001403
000407
023737
001003
012737

060076
060004
060002
060003
160000
002456

004737
005037
000207

024350
002440

023202
023204

023212
023214

023222

002440
002300

012603

053737

7859 023120

CALL
KAMITESY
ON.ERROR THEN SRETURN

024122

NOSCOPE

MOV

#33,REALPAT

NOPAR
BANK

MOV
CALL
.DSABL

BANK ,R3
MAPPER
CRF

MOV

;SETUP PARITY ACTION
:MAP FIRST SO THAT BLOCK MOVE WORKS

MOV (SP)+,.R3

;ENTER TEST MOOE

CRF
.DSABL
8MOV
MTPO33,FIRST ,GBLENGTH/2
JSR R3,BLOCK3
GBLENGTH/2
FIRSY
MTPO33

. DSABL
KERNEL

MOV
MOV
MoV
MoV
MoV

002262
002522

TST

#-1,NOSCOPE

;SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY
MOV R3, -(SP)

TESTAREA
8IS
TESTMODE ,PSW

177776

BCC L176

RTS PC
L176:33341s

SETY
CLR
MAP

tCHECK FOR KAMIKAZE MOOE
+IF NOT IN KAMIKAZE MODE RETURN

CRF

:GO TO SYSTEM TEST MOOE

sENTER KERNEL MODE

#FIRST+GBLENGTH,
RS
#FIRST+4, SUPDOADD
SFIRST+2,RL
SFIRST+3,R2
OLAST+2,LINKY

NOSUPER
1t

g%PARS.SIPARG

172252

172254

177652

1.7654

1s:

cHP

34
g%PARS.UIPARG

140000

002522

24:

MOV

#140000,LINKL

34:

CALL
CLR
RETURN

SUPDO4
NOSCOPE

MTOO34:

SUBTST

<<MTOO034

SOFT ERROR - BACKGROUND PATTERN TEST>>

3 5080058083488 0028¢80888888808008008002328808200884888000888008508000080082000002

1 ¢SUBTEST

MTO034 SOFT ERROR - BACKGROUND PATTERN TEST

;“‘“..““..“.“““.“““.““‘.“““‘t““‘“.‘.‘.“‘....“‘.“..“‘.““

012737
012700
012701
013702

002300

MOV
MOV
MOV
MOV

034, REALPAT
RO
OFIRST
#SIZE,R1
SOFTPAT,.R2

CVMJABO MSVI1-J MEMORY DIAG.
MACRO Y05.02
MTO0S4
SOFT ERROR - BACKGROUND PATTERN TEST

7885 023256
7886 023260
7887 023264

010103
013705
010004

002104

023266
023274

032765
001806

020000

002666

7890 023276

012737

027600

002262

023310
023312

000410

023312
023320
023324
0233

012737
004737
032765

;:3 023332

000207

7888 023266

7889

7891 023304
7892 023310

7893
7894
7898
7896
7897

023332

004737

024334

027572
024334
020000

MOV
MOV
MOV

012737

7904 23332

000301

7906 023360
7907 023362

CALL
ELSE

002666

013703
016301
042701

006301
010137

MTO003S: SUBTST

«<MTOO03S

1sSUBTEST

{READ IT

MT003S

B8R L200
Li7T:3353:133

s VALIDATE IT

L200:s13333

SETUP WORST CASE NOISE PARITY TEST>>

000035

002104
002664

002300

000207

MOV

935 ,REALPAT

SWAB

MOV
MOV

177760

8IC

002152

012702

052524

012737

027616

004737

1914 023416

004737

023422
023426
023430
023432
7916 023432

005737
001401
000207

7919 023444

000207

008102

004737
004737

032516
024334
002346

032516
024350

14:

002262

SETUP WORST CASE NOISE PARITY TEST

;““‘““.““‘.“t.“‘.‘.““.“‘“.‘...“‘.““.““..‘.....‘.....““‘..‘.“

001001

7912 023404

7917 023434
7918 023440

SUPDO3

RETURN

BANKINDEX ,R3
CWIG(RSS.RI
R1
R1,CSRNO

BNE

MoV

CSANO, PGMCSR

’

952524 .R2

CALL

BACKGND

CALL

SUPDO3

MOV

MTPO3S
., SUPDOADD

IF QVFLAG IS TRUE "HEN SRETURN

con

CALL
CALL

RETURN

:1SET UP TEST NUMBER FOR DISPLAY

#tC17,R1

ASL
MOV
RETURN

7915 023422

BIT #BIT13,CONFIG+2(RS)
BEQ L177

;BACKGROUND PATTERN MAS BEEN INVALIDATED

7910 023376

7913 023410

#MTPO34+6, SUPDOADD

MOV #MTPO34, SUPDOADD
CALL
SUPDO3
B1S
4#BIT13,CONFIG+2(RS)
END ;OF IF #BIT13

7911 023400

R1,R3
BANKINDEX
RS
RO, R4

;BACKGROUND PATTERN IS VALID

MOV

7908 023366 023737 002132 002532
7909 023374

SEQ 0195

1088000 8848034882484848008048880388884000840008880808880888800008000888000840000044000

7901 023334

7903 023354

Page 213-1

IF eBIT13 SET.IN CONFIG+2(RS)

002262

7900 023334

79¢* 023342
7903 023346

Monday 07-Oct-85 16:57

BACKGND
SUPDO4

{WRITE BACKROUND OF ALMOST ALT. 1'S AND 0'S
TST QVFLAG
8EQ L201
RYS PC
L201:3:531:3

;WRITE COMPLEMENT PATTERN INTO MUT

CVMJABO MSV11-J MEMORY DIAG.

MTO0035

7921

7922
7923
7924
7923
7926
7927
7928
7929

MACRO Y05.02

SETUP WORST CASE NOISE PARITY YEST

023446

023446
023454

023460
023464

023466
023472
023476
023502

7930 023506

Monday 07-Oct-85

16:57

MT0036: SUBTST

<<MT0036

1 #SUBTEST

MT0036

Page 214

SEQ 0196

SETUP CORRECTION CODE TEST»>

1886860808008 800888800800804800000080000000000000000000040808000000000480000080800

012737
004737

005037
005000
012701
004737
004737
004737
000207

000036
032562

002264

100000
037646
027760
037734

002300

SETUP CORRECTION CODE TEST

1858808808400 08000000008000000008080000080008000008000402080008884844800000080008

MGV
CALL
CLR
CLR

MOV
CALL
CALL
CALL

RETURN

436, REALPAT
GETCSR

PASFLG
RO

€100000,R1
MAPKERNAL
MTPO36
UNMAP

;SET P TEST NUMBER FOR TYPEOUT AND DISPLAY
:GET CSR INFO FROM CONFIG TABLE

sCLEAR LOOP COUNTER
1GET TEST DATA

;GET FIRST ADDRESS IN BANK
;MAP KIPARS AND 6 TO BANK
;EXECUTE TEST
;REMAP KERNAL SPACE

CvMJABO MSV1i-J MEMORY DIAG.

MT0036

7932

MACRO

SETUP CORRECTION CODE TEST

Y05.02

HMonday

MTO037:

023510

SUBTST

;0880080080084

7934
7933
7936
7937
7938
7939
7940

023310
0233516
023522
023324
023330
023534
023540
023544

16:57

Page

215

SEQ 0197

SETUP ECC DISABLE TEST>>

<<MT0037

;0088888088008 8888048008804485808088888488808882008888804805408040808000200408800000

;sSUBTEST
7933

Oct

012737
012701
003000
004737
004737
004737
004737
000207

000037
1006000
037646
032562

030204
037734

002300

MOV
MOV

CLR
CALL
CALL
CALL
CALL

RETURN

MT0037

SETUP ECC DISABLE TEST

080008 0040000040480 0000480000400000040002000080580000080000880080880

637 ,REALPAT
#100000,R1

RO
MAPKERNAL
GETCSR
MTPO37
UNMAP

;SETUP PATTERN AND NUMBER FOR TYPEOUT AND DISPLAY
;SET UP TEST ADDRESS
;CLEAR DATA TO BE WR1ITEN
:MAP THIS TEST TO KERNEL SPACE
:GET CSRINFO FROM CONFIG TABLE
:CHECK ECC DISABLE
;REMAP KERNEL

SPACE

CVMJABO MSV11-J MEMORY DIAG.

MTO037

7942

SETUP ECC DISABLE TEST

MACRO

Y05.02

Monday

MT0041:

023546

07-0Oct-85

SUBTST

16:57

Page 216

SEQ 0198

SETUP ADDRESS

«<MT0041

10 CSR ON DOUBLE BIT ERROR TEST>>

3.‘.“.‘.‘““.“‘..“““““.““‘..“.0‘.‘.‘..‘“.‘.".‘.“‘.....“.“‘...."

;s oSUBTEST

MT0041

SETUP ADDRESS TO CSR ON DOUBLE BIT ERROR TEST

198888480080 888888884082880088884888880888008888400888080828848400088000800082800000

7943
7944

7945
79¢

7947

7948

7949

7950

7951
7952
7953

023546
023554
023560
023560
023566
“23566
423572
023572
023600
023602
023602
023610
02%610
023612
023612
023612
023620
023620
023620
023624

012737
004737

000041
03256¢

002300

012737

030256

002262

012701

060000

023727
001004

002102

000177

012737

000014

002570

000403
C12737

000020

004737
000207

024334

002570

MOV
041 ,REALPAT
GETCSR
CALL
LET SUPDOADD := oMTPOAL

LET R1

IF BANK EQ @177
:=

;SET UP TEST ADDRESS

;SET UP FIRST ADDRESS

OFIRST

LET PASCNT

;SETUP PATTERN AND NUMBER FOR TYPEQUT AND DISPLAY
;GET CSR_NUMBER AND ADDRESS FROM CONt IGURATION TABLE

;ARE WE AT BANK 17772
#12.

MOV

MOV ot inST
. R1

CMP BANK, 0177
BNE L202
MOV €12, ,PASULNT

ELSE
LET PASCNT
END

CALL SuUPDO3

RETURN

#MTPOA1, SUPDOADD

B8R L203
:=

#16.

MOV 016. .PASCNT
L203:;;;

;EXECUTE ADODRESS TO CSR

TEST IN SUPVISIOR MOOE

MACRO Y0S5.02
Monday
07-Oct-85 16:57
CVMJABO MSV11-J HEMORY_DIAG.
MT0041 SETUP ADDRESS TO CSR ON DOUBLE BIT ERROR TELT

7955 023626

<<MT0042

$#SUBTEST

MT0042

|
SEQ 0199

SETUP EXTENDED Q-BUS ADDRESS TO CSR TEST»»

18688868008 8008408860088000488808808888080048000808808808000280800048080808040000008

012737
012701
004737
004737
004737
004737
000207

000042
100000
037646
032562
030430
037734

002300

SETUP EXTENDED Q-BUS ADDRESS TO CSR TEST

$8848888548488848888480888888408008
8844284048200 4408840040048004200000000000000000

HOV

HOV
CALL

CALL
CALL
52%bRN

642,REALPAT

1SETUP PATTERN AND NUMBER FOR TYPEOUT AND OXSPLAY

GETCSR
MTPO42
UNMAP

$SET UP _CSRINFO FROM CONFIGURATION TABLE
sCHECK EXTENDED Q-BUS ADDRESS TO CSR
sREMAP KERNEL SPACE

£100000,R1
HAPKERNAL

7956 023626
7957 023534
7958 023640
7959 023644
7960 023650
7961 023654
7962 023660

HMT0042: SUBTST

Page 217

1SET UP TEST ADDRESS
tMAP TO KERNEL SPACE

CVMJABO MSvV1l -J MEMORY DIAG.

MT0042

7964

MACRO_YOS. 02 Hond.y 07

SETUP EXTENDED Q-8US ADDRESS TO CSR T

MTOO043:

023662

SUBTST

Oct

16:57

Page 218

«<«<MT0043

SEQ 0200

SETUP WRITE BYTE CLEARS SBE TEST»>>

;.‘..“.‘.‘.“.““‘“"“‘.‘..‘...“‘“‘.‘.“““.‘.....‘.“...‘.‘...‘.“‘.‘.“

SETUP WRITE BYTE CLEARS SBE TEST

MT0043

s sSUBTEST

;..““‘..“““‘.“.“‘“.‘..‘.‘““‘.........“.“....‘.‘.‘.“.“.“"......‘.

7965 023662

7967
7968

7969
7970

7971

023670
023674
023674
023700
023704
023710
023712

012737
004737

000043
037646

012701
004737
004737
000207

100000
030716
037734

MOV
CALL
LET R1

002300

43 REALPAT
HAPKERNAL
:= 100000

:SET UP TEST NUMBER FOR TYPEOUT AND DISPLAY
;HAP TO0 KERNEL SPACE
:SET UP TEST ADORESS
MOV #100000,R1

CALL MTPO43

;PERFORM WRITE BYTE TEST

ge%bRgN"AP

MTO044:

SUBTST

;REMAP KERNEL SPACFE

<<MTO044

SETUP SHIFTINC

1/0'S THROUGH THE CHECK BITS TEST>>

(0008020084080 A20008008 8540 RA000RAERA0SA0404S000000000844000040800000000004

SETUP SHIFTING 1/0'S THROUGH THE CHECK BITS TEST

MTO044

; «SUBTEST

{68404 0800ARASEREARRRAREORSAEREERRAEERREAASEARRRAAAARRRE00004004800000080000000

7972 023712
7973 023720
7974 023724

797S
7976
7977
7978

7979
1980

7981

023724
023732
023732
023736
023736
023744
023746
023746
023754
023754
023756
023756
023756
023764
023764
023764

7982 023770

7983 023772

012737
004737

000044
032562

002300

012737

031112

0022¢2

012701

060000

023727
001004

002102

000177

012737

120000

002562

MOV

CALL

LET SUPDOADD
LET R1

160000

004737

024334

:GET CSR NUMBER AND ADDRESS FROM CONFIGURATION TABLE

:= oMTPO44

:SET UP TEST ADDRESS

:= &FIRST

LET ENDADD

;SET UP FIRST ADDRESS
sARE WE AT BANK

LET ENDADD

RETURN

SUBTST
T

s «SUBTEST

eMTPO44,SUPDOADD

MOV of IRST,R1

s IL
s IL

CMP BANK, 0177
BNE L204
9120000,ENDADD

BR L20S
L208:;;;::::

#160000

L20S:

MOV

€160000,ENDADO

;EXECUTE ADDDRESS TO CSR TEST IN SUPVISIOR MODE

.<MT0045

MTO045

MOV

END
CALL SUPDO3
MTO04S:

177?

:= #120000

ELSE

002562

000207

:SET UP TEST NUMBER FOR TYPEOUT AND DISPLAY

IF BANK EQ #177

000403

012737

044 ,REALPAT

GETCSR

SETUP SYNDKOMES TO CSR ON DOUBLE BIT ERROR>>
T

SETUP SYNDROMES TO CSR ON DOUBLE BIT ERROR

TIYYIYYY Y IYY

(RABRRRBEEAGARAEREREEESRAESAASRLEEAAAEEA002
2440000000000 8000000000080040008

7984 023772
7985 024000
7986 024004

024004
7987 024010
7988 024014
7989 024020
7990 024022

012737
004737

000045
037646

012701
004737
004737
000207

100000
031434
037734

MOV

002300

CALL
LET R1

CALL MTPOA4S

MT0046:

SUBTST

s5ET UP TEST NUMBER FOR TYPEOUT AND ODISPLAY

;MAP TO KERNEL SPACE
:SET UP TEST ADDRESS

MOV €100000,R1

;PERFORM SYNDROMES TO CSR ON DOUBLE BIT ERROR

ge%thNflAP

;REMAP KERNEL SPACE

<<MT0046

SETUP CHECK SINGLE BIT ERRORS WITH ECC DISABLED TET»>

(280000 SES00A0S40AKSMAAASARRANREALRAAAISERASARSERRANAAE0040000888008008400

;#SUBTEST
;AR

7991 024022
7992 024030
7993 024034
024034
7994 024040
7995 024044
7996 024050

245 ,REALPAT

MAPKERNAL
:= 2100000

012737
004737

000046
037646

012701
004737
004737
000207

100000
031622
037734

002300

MT0046

SETUP CHECK SINGLE BIT ERRORS WITH ECC DISABLED TEY

RRASEE RS0 AARESERARRARRRRASIARRSRARRRASIR000000500080840084004880000888

MOV

046 ,REALPAT

;SET UP TEST NUMBER FOR TYPEOUT AND DISPLAY

LET Rl

:= 2100000

:SET UP TEST ADDRESS

CALL

MAPKERNAL

CALL MTPOA46

sé%bRgNHAP

:MAP TO KERNEL SPACE

MOV €100000,R1

;PERFORM TRAPS DECTECTED ON SBE WITh ECC DISABLED TE
;REMAP KERNEL SPACE

CVMJABO MSV11-J MEMORY DIAG.

MT0046

7997

MACRO Y03.02

Monday

07-Oct-85

SETUP CHECK SINGLE BIT ERRORS WITH ECC DISABLED TET

024052

024052
024060
8000 024064
024064
8001 024070
024070
8002 024074
8003 024100
7998
7999

8004 024104

MTO047: SUBTST

<<MT0047

:#SUBTEST

MTO047

;8000000488000

012737
004737

000047
037646

012701

100000

012702
004737
004737

120000
032162
037734

000207

002300

16:57

Page 218-1

SEQ 0201

SETUP NO CSR UPDATE ON SBE WITH EXSISTING OBE TEST>>

04 00860888800 008888008000000000000008002480000000484888000000000004

SETUP NO CSR UPDATE ON SBE WITH EXSISTING DBE TEST

(EEASAEES80600404400800800808880000024008080800004004000080400408044404048800004

MOV
047 ,REALPAT
CALL
MAPKERNAL
LET R1 := 100000
LET R2 := #120000

CALL MTPOA7
CALL UNMAP
RETURN

:SET UP TEST NUMBER FOR TYPEOUT AND DISPLAY
;MAP TO KERNEL SPACE
;SET UP TEST ADDRESS
MOV #100000,R1
; "
" SECOND
TEST ADDRESS
MOV #120000,R2
;PERFORM NO UPDATE TO CSR ON SBE WITH D8F
;REMAP KERNEL SPACE

CvMJABO MSV11-J MEMORY DI1AG.

MT0047

MACRO

Y05.02

Monday

07-Oct

SETUP NO CSR UPDATE ON SBE WITH EASISTING DBE TEST

8007 024106

16:57

MT0999: SUBTST

<<MT0999

1 sSUBTEST

MT0999

Page

220

SEQ 0202

SETUP NULL TEST»>>

H 5868808888008 033838884203804888200838008800000080020840480888008000080000080000000

SETUP NULL TEST

1080888804884 8808 508800080 RSRSREEE00R04820030000000640800800400800400800040800004

8008 024106
8009 024112

005037

002300

8010 024120
8011
8012 024122

012737

000207

177777

024112

CLR
SET

002344

#-1,.NULLFLAG

KAMITEST:SUBTST <«<CHECK FOR KAMIKAZE MODE>>
(RS

AEEREEEREE RS4S04 000000 00000808 04888880080080008000000000000

CHECK FOR KAMIKAZE MODE

(0888408280040 8808800888848000800044000084000004000000080000400800080000088440

024122
024126
024130
024134
024136
024142
024144
8014 224144
024144
024146

005737
001006
005737
001003
003737
(C01403

024150
024152
8016 024152
024152
024154
8017 024156
024156

000402

8015 024150

MOV

RETURN

:sSUBTEST

8013 024122

REALPAT
NULLFLAG

000241
000207

000261
000207

002006
0uLe3SO
002352

IF KAMIKAZE IS TRUE OR ACTFLAG IS TRUE OR APTFLAG IS TRUE
TST KAMIKAZE
BNE L206
TST ACTFLAG
BNE L206
TST APTFLAG
BEQ L207
L206:;::::1:
$RETURN NOERROR
:RUN THE TEST
CcLC
RTS PC
ELSE

$RETURN ERROR
END

;0F IF KAMIKAZE

BR L210
L207:::3:3:

:DON'T RUN THE TEST

SEC
RTS PC

L210:::::::;

CVMJABO MSV11-J MEMORY DIAG.
CHECK FOR KAMIKAZE MODE

MACRO Y05.02

Monday 07-Oct-85

SUPDO1:

8020 024156

SUBTST

16:57

Page 222

SEQ 0203

<<SUBR

EXECUTE PATTERN IN SwwiRVI5ux>>

SUBR

EXECUTE PATTERN IN SUPERVISOR

;9886008088800 00080008400088800880808480080400040000480%8000848008000000800000000088

s sSUBTEST

108 408 08048 8088408804880080800488880884888800808088004888848048804400480800084680004

8021 024156
024156
024160
024164
024170
8022 024172
8023 024176
024176
024202
8024 024206
8023 024212
8026 024216

8027
8028
8029
8030
8031
8032
8033

8033
8036
8037
8038
8039
8040
8041
8042
804,

8044
8045
8046
8047
8048
8049
8030
8051

024220
024222
024224

024226
024230

024232
024236
024244
024252
024236
024260
024262
024264
024266
024270
024272
024274
024274
024302
024306
024310
024314
024316
024320
024322
024322
024326
024332

010346
013703
004737

002102
035604

012603
004737

051336

SUPDO2:

013746
013746
010037
012700
010120
010220
010320
C10420
010520
010620
013700
012737
013737
012700
014006
014005
014004
014003
014002
014001
014000

002624
002622
002160
002162

002160
024252
002622
002176

002622
002624

052737

040000

177776

012706
104424
004737
104423
104417
000004

000740

012637
012637
000207

002622
002624

MAP

BANK

MOV
CALL
.OSABL

BANK ,R3
MAPPER
CRF

CALL

GETDIS

PUSH

MOV
MOV
MOV

MOV
MOV
MOV
MOV

177640

TAGAS:

$LPERR, $LPADR

RO, SUPDRO
#SUPDR1 ,RO
R1,(RO)+

R2.(RO)+
R3,(RO).
R4,(RO).
RS5,(RO).
SP,(RO)+
MOV
MOV
SUPDRO,RO
MOV
OTAGA
¢, SLPADR
MOV
$LPADR, $LPERR
MOV
#SUPDR6+2,R0
MOV
-(RO),SP
MOV
-(RO).RS
MoV
-(RO),R4
MOV
-(RO),R3
MOV
-(RO),.R2
MOV
-(R0).R1
MOV
-(RO).RO
SUPERVISOR
081714 ,PSW
8IS
CRF
.OSABL
MOV
#SUPSTK,SSP
CACHOFF
FASTCITY
CALL
CACHON
KERNEL
SCOPE
POP
$LPADR, $LPERR
RETURN

:MAP SUPERVISOR SPACE

(TEST AREA) TO BANK
MOV R3,-(SP)

MOV (SP).,R3
MOV
MOV

S$LPERR, -(SP)
$LPADR, (SP)

:ENTER SUPERVISOR MODE
;GO TO SUPERVISOR MODE
; TURN CACHE OFF
;CALL TO THE USER INSTRUCTION PAR'S
; TURN CACHE CN
:ENTER KERMNEL MODE
MOV (SP )+, SLPADR
MOV (SP).,$LPERR

MACRO Y05.02
CVMJABO MSVi1-J MEMORY OIAG.
EXECUTE PATTERN IN SUPERVISCR
SUBR

8054 024334
024334
024336
024342

8053
8056
8037
8038
8039
8060
8061
8062
8063
8064
8065
8067
8068
8069
8070
8071
8072
8073
8074
8073
8076

024346
024330
024354
024354
024360
024364
024370

024374
024376
024400
024402
024404
024406
024410
024414
024422
024430
024434
024436
024440
024442
024444
024446
024450
0244352
024452

8077 024460
8078 024464
8079 024466
8080 024472
80681 024474
8082 024300
8083 024302
8084 024306
8085 024510
8086 024512
8087 024514
024514
024520
8088 024524

SUPDO3:

010346
013703
004737

002102
035604

012603
004737

051336

SUPDO4:

013746
013746
010037
012700
010120
010220
010320
010420
010520

002624
002622
002160
002162

013700
C12737
v13737
012700
014006
014005

002160
024430
002622
002176

002622
002624

053737

002552

177776

005737
001403
012706

002456

010620

T8G4$:

014004

014003
014002
014001
014000

000402
012706
104424
004777

104423
104417

000740

155554

MAP

BANK

MOV
CALL
.DSABL

BANK ,R3
MAPPER
CRF

CALL

GETDIS

PUSH

BIS
.DSABL

TESTMOODE ,PSW
CRF

8EQ
MOV
BR
MOV
CACHOFF
CALL
CACHON

1%
QUSESTK,
USP
24

SCOPE

002622
002624

RETURN

SEQ 0204

:MAP SUPERVISOR SPACE (TEST AREA) TO BANK
MOV R3, -(SP)

MOV

(SP)..R3

MOV SLPERR, -(SP)
MOV S$LPADR, -(SP)

sENTER SUPERVISOR MODE
;GO TO SYSTEM TEST MODE

NOSUPER

SSP
#SUPSTK,

aSUPDOADD

KERNEL
POP

Paege 224

$LPERR, $LPADR

RO, SUPDRO
4SUPDR1,RO
R1.(RO).
R2,(RO).
R3,(RO).
R4,(RO).
R5,(RO)»
SP,(RO)«
SUPDRO ,RO
9TBGA
S, SLPADR
$LPADR, $LPERR
#SUPDR6.+2
,RO
-(RO),SP
-C(RO),RS
-(RO),.R4
-C(RO).R3
-(RO),R2
-C(RO),R1
-(RO),RO

1S7

1%:
2%:

16:57

MOV
MOV
MOV
MOV
MOV
MoV
MOV
MOV
MOV
MOV
MOV
MOV
MOV
MOV
MOV
MOV
MOV
MOV
MOV

TESTAREA

000700

000004
012637
012637
000207

HMondey 07-Oct-85

$LPADR, $LPERR

: TURN CACHE OFF

; TURN CACHE ON
;ENTER KERNEL MOOE
MOV

(SP).,$LPADR

MOV (SP).,$LPERR

CVMJABO MSV1i1-J MEMORY DIAG.
MEMORY TEST PATTERN ROUTINES

MACRO Y05.02

Monday 07-0Oct-85

.SBTTL

8091
8092

16:57

Pege 226

SEQ 0205

MEMORY TEST PATTERN ROUTINES

56000080860 0080084000088480000000800888080888880000880880000080400488800080008080040

8093
8094
8095
8096
8097
8098
8099
8100
8101 024526

8102 024326
8103 024330
8104 0243532
8103 024534
8106 024336
8107 024540
8108 024342
8109 024544
8110 024546
8111 024350
8112 024552

PATTERN REGISTER CONVENTIONS

i
3
:
3
$

®kO

R1
R2
R3
R4
RS

FIRST ADDRESS OF PATTERN (FIRST,LAST+2,ETC)
NUMBER OF ADDRESSES IN PATTERN (SIZE)
DATA FOR PATTERN (ONES,52525,.ETC)
COPY OF RY (IF NECESSARY)
COPY OF RO (IF NECESSARY)
COPY OF R2 (IF NECESSARY)

180088088680 8480888808880408408000000888848800080040840000248800004880404800008048840

MTPOOO:

SUBTST

<<MTPOOO

BASIC DATA TEST»>

1088808800488 888008884884084880488888884888888888884088888802880002800200080080000

1sSUBTEST

MTPOOO

1s:

R2,(RO).

BASIC DATA TEST

$10680008860008400848688888880804080080808008840088884808088808004008040888884888488

010220
077102
000240
012401

MOV

S08

NOP
24:
MOV
cHp
8EQ
PERRO2
NOP
3
508
RETURN
MTPOO1: SUBTST

020102

L01402

104430

000240
077306
000207

R1.MTP0OOO
(R4)+,R1
R1,R2
3
R3,2%
<<MTPOO1

1V177640

1V177642

1V177644
:V177646
1V177650
1V177652
3V177654
:V177656
:V177660
$V177662
ADDRESS TEST>>

1650888084480888484000888008080448080000808880030400048008048004405002480080088808408

;«SUBTEST

MTPOO1

3%:

R2,(RO).

ADODRESS TEST

19885804080 445000804088404040084000800800048400008000800044080488028440488808004000088

8113 024532
8114 024554

8113
8116
8117
8118

8119
8120
8121
8122

8123

8124

024360
024562
024564
024566
024370
024572
024374
024600
024602
024604

010220
062702
077104
000240
012400
020005
001401
104427
062705
077307
000207

000002

1%:

000002

24:
MTPOO2:

MOV

ADD
S08

NOP
MoV
cHP
BEQ

PERRO1

ADD
$08

RETURN
SUBTST

#2,R2
R1,3¢

1V177640

1V177642
1V177646

(R4)+,RO
RO.R5
24

1V177650
1V177652
1V177654
1V177656

#2,R5
R3,1%

1V177662
1V177666

<<MTPOO2

:V177660

sV177672
COMPLEMENT ACORESS TEST (WRITE DOWN,

READ UP)>>

JAMARAREERAAASAAEES4R0RARE0444400000000484000800084400480000840880880880800088008

; #SUBTEST

MTPO02

3%:

MOV

RS, -(RO)
R1,3s

1%:

S08
NOP
SUB
MOV
cHP

COMPLEMENT ADDRESS TEST (WRITE OOWN, READ UP)

(RRRARRSANAESRASEAEASRIAARANEA0004440005000002000400440000000808084008880080000

812s
8126
8127
8128
8129
8130
8131
8132

024604
024606
024612
024614
024616
024622
024624
024626
8133 024630
8134 024632
81335 024634

010540
062703
077104
000240
162702
012401

000002

020102
001401

104430
077307
000207

ADD

BEQ
24:

PERRO2
S0B
RETURN

¢2.R5

#2,R2
(R4)+,R1
R1,R2
24
R3,1¢

:V177640

1V177642

: V177646
:V177650
;V177652
;V177656
;V177660
;V177662
:1V177664
:V177666

;V177670

CVMJUABO MSV11-J MEMORY UIAG.

MTPOO2

MACRO

Y05.02

Monday

COMPLEMENT ADDRESS TEST (WRITE DOWN, READ
MTPAO3:

8138 024636

)

07 Oct-85

SUBTST

16:57

<<MTPAO3

Pege 228

SEQ 0206

3 XOR 9 WORST CASE NOISE TEST (WRITE)>>

1888868888884 088880000880840808000000800000800080004800000000008080880088800008800

1 sSUBTEST

MTPAO3

3 XOR 9 WORST CASE NOISE TEST (WRITE)

1068508860008 0000840080008000408000000004808008044800000080804888000808800008080000¢

8139
8140
8141
8142
8143
8144
8145 024636
8146 024640
8147 024642
8148 024644
8149 024646
8130 024630
8151 024652
8132 024656
8153 024660
8154 024662
8153 024664
8136 024666
8157 024672
8138 024674
81359
8160
8161 024676

:R1 = ADDRESS

1R2
3R3
;R4
;RS

010421
010421
077203
005104
032704
000401

012702

077511
003104
52704
000401
012705
077317
000207

1%:

000004

000100

WARNZ2:

WARN3:

MTPBO3:

= SMALL LOOP CONSTANT
= NUM OF ADD TO TEST (LARGE LOOP)
= GOOD DATA

= MEDIUM LOOP CONSTANT

.ENABL
MOV
MOV
S08
com
8IS
401
MOV
S08
com

8IS

401
MoV
SO8
RETURN
.DSABL
SUBTST

LSB
R4 ,(R1).
R4 ,(R1).
R2,14
R4
(PC)+, R4
94 .R2
R5,1¢
R4

(PC)+.,R4

964 . ,R5
R3.1
LsB
<«<«MTPBO3J

1V177640
1V177642
V177644
: V177646
:V177650
:V177652 WARNING LOCATION IS MOCIFIED BEFORE LOADING
:V177654
1V177660
:V177662

:V177664

1V177666 WARNING LOCATION IS MODIFIED BEFORE LOADING
1V177670
:V177674
iV177676
3 XOR 9 WORST CASE NOISE TEST (READ)>>

;SNBAEARREREERESEAREES000000E400R4KES00204048008804880808000000600008880880808

s sSUBTEST

MTPBO3

3 XOR 9 WORST CASE NOISE TEST (READ)

;t‘t“t“t“sz“:;;“‘tttt“t‘ttt“t““‘tt"t.t‘t“0‘.0“.“.“00‘..0‘0“Ot‘.“

8162

8163 024676
8164 024702
8163 024704
8166 024706
8167 024710
8168 024712
8169 024716
8170 024720
8171 024722
8172 024724
8173 024726
8174 024732
8175 024734
8176

000137
077203
005104
032704

024736

01272
077511
005104
0352704

000004

000- 01

000401
012705
07737
000207

000100

1¢:

WARN4:

WARNS:

.ENA

JHP
S08

SMTPCO3
R2.14
R4
(PC)+.R4

MOV
S08
COoM

04 ,.R2
RS5,14
R4

coM
81S
401

81s
401
MOV
S08
RETURN
.OSABL

(PC)+.R4

064 . ,RS
R3,1$
LS8

;V177640
iV177644

GO TO V172360

1V177646
:V177650
1V177652 WARNING LOCATION IS MODIFIED BEFORE LOADING

: V177654
:V177660
1V177662

iV177664
1V177666 WARNING LOCATION IS MOOIFIED BEFORE LOADING
:V177670
V177674
;V177676

CVMJABO MSV11-J MEMORY DIAG.

MTPBOS

MACRO Y05.02

3 XOR 9 WORST CASE NOISE TEST (READ)

8179 024736

Page 230

MTPCOS: SUBTST

<<MTPCO3

14SUBTEST
cHP

MTPCO3 TEST DATA SUBPROGRAM
R4, (R1)»
1V172360

18:

-(R1)
(R1)
#MTPDO3

SEQ 0207

TEST DATA SUBPROGRAM>>

10 8 8 8 80 88888840408800408808040040000000000888808080804080000800808040804600800000
18088888080808308488888008808884308288808808800808880800088084808808000008048848000808000

8180 024736 020421

8181 024740
8182 024742

Monday 07-Oct-85 16:57

001401
104431

8183 024744 005141
8184 024746 005111
8183 024730 000137

024754

BEQ
PERRO3

CoM
com
P

1172366
1V172370
V172372

GO TO V172260

8187 024754

MTPDO3: SUBTST

8188 024754 020421
8169 024756 001401
8190 024760
104431
8191 024762 005127

MTPDOS TEST DATA SUBSUBPROGRAM
14SUBTEST
1088808888 0240888488848052828884288880808088408848880408880088008800880088088040000
cHP
R4, (R1)+
V172260
B8EQ
14
V172262
PERRO3
V172264
18:
COM
(PC)e
V172266

8192 024764
8193 024766

8194 024770

<<MTPDO3

1172362
V172364

TEST DATA SUBSUBPROGRAM>>

1088858408 88040080084888088480044888848888484088880080808880080888800040088080008

00000
001363

000137

024702

0
BNE

MTPCO3
SeMTPBO3 +4

1172270
1V172272

1V172274

GO T0 V172360
GO TO Vi77644

CVMJABO MSV11-J MEMORY DIAG.

MTPDO3

TEST DATA SUBSUBPROGRAM

8197 024774
8198 024774
8199 025000
8200 025002
8201 025004
8202 025010
8203 025014
8204 025016
8205 025020
8206 025022
8207 025024
gggg 025026

012705
010504
000241
000137
016004
103402
020204
001401
104432
077115
000207

000010

MTPAO4: SUBTST

<<MTPAOA

1 sSUBTEST

MTPAO4

Page 232

SEQ 0208

ROTATING ZEROS TEST»>

ROTATING ZEROS TEST

1900004808800 04800088580080088000000808008RR000000008400000800880080800000000000

14:

025030
177776
2%:
3¢:

MOV
MOV
CLC
JMP
MOV
a8cs
CcHp
BEQ
PERRO4
so8
RETURN

08..R5
R5,R4

8OMTPBOL
-2(RO),R4
24
R2,R4
3
R1,1$

MTPBOA4: SUBTST

<<MTPBO4

;#SUBTEST

MTPBO4

1V177640
1V177644
1V177646
1V177650
1V177654
1V177660
1V177662
1V177664
1V177666
1V1776170
V177672

SUBR

ROTATING BIT>>

(R0 AEARAAAERAERSEREEREARAAAEIREEASAAINIRAASARARABEASEL04004024088080408088088

106110
077502
106120
106110
077402
106120
000137

SUBR

ROTATING BIT

(RESARAASARAAEASRAEERBAAAARARAESAENNESRSERERENARAEAEREA004404000000000082088808

(RO)
R5,14
(RO)«
(RO)
R4 .24
(RO)»
SOMTPAOA +14

:V172360
1V172362
1V172364
1V172366
1V172370
1V172372
1V172374

MTPOOS: SUBTST

<<MTPOOS

ROTATION ONES TEST>>

: 4SUBTEST

MTPOOS

1%:

2¢:
025010

8219 025050

8220 025050
8221 025054
8222 025056
8223 025060
8224 025064
8225 025070
8226 025072
8227 025074
8228 025076
8229 025100
8230 025102

Mondey 07-Oct-85 16:57

18040000800 804000000000800080000000000000000880008880000400400000800000800000000

8210 025030
8211 025030
8212 025032
8213 025034
8214 025036
8215 025040
8216 025042
ggi; 025044

MACRO Y05.02

ROLB
so8
ROLB
ROLB
S08
ROLB
JMP

(ASAAARAEEESASAERANEANASRARRAREANASEASASARAERAERRARRRAEARERE0E04400000044000000

012705
010504
000261
000137
016004
103002
020204
001401
104432
077115
000207

000010

ROTATION ONES TEST

JAAASAEAAEEERARERAANASRSAAAARRAEER0ARESREAR000RR00EKRSEERERS04444440404000040

1s:

025030
177776
24:
3%:

MOV
MOV
SEC
JHMP
MOV
8CC
cMP
8EQ
PERRO4
sS08
RETURN

98..R5
R5,R4

MTPBO4
-2(RO) R4
24
R2,R4
34
R1.1$

1V177640
iV177644
1V177646
1V177650
;1 V177654
:V177660 IF THIS HAPPENS THE GOOD & BAD MATCH
1V177662
1V177664
;V177666
1V177670
:V177672

CcVMJABO
MTPOOS

MSV1l-J MEMORY DIAG.
ROTATION ONES TEST

MACRO Yu5.02

8233 025104

Mondesy 07 Oct-85 16:57

MTPO06: SUBTST

<«<MTPOO6

1 #SUBTEST

MTPOO6

Page 234

SEQ 0209

INITIAL DATA TEST>>

1808068088088 08408840808088008800000000008088000800000840800440004048808088048000

INITIAL DATA TEST

(4008004048088 84020800880080008000004080000000850000000000000008800888804008400000

8234
8235
8236
8237
8238
8239
8240
8241
8242
8243

025104
025112
025116
025124
025132
023136
025142
025144

012737
005037
013771
013771
017102
023702
001401
104433

000001
002244
002242
002244
000000
002242

8245 025146
8246 023152

017102

000002
002244

8244

8247 023156

023702
001401
104404

025160

025162
025166
025170
025170
025174

005737

002244

006137
006137

002242
002244

8253
8254
8255
8256
8257

025200

000746

025202
025210
025216
025224
025232
025236
025242
025244

012737
012737
013771
013771
017102
023702
001401
104433

177776
1777177
002242

017102
023702
001401
104434

000002
002244

005737
100005

002244

006137
006137

002242
002244

8238
8239
8260
8261
8262
8263
8264 025246
8265 025252
8266 025256
8267 025260
8268
8269 023262
8270 023266
8271 025270
025270
025274

8272 025300
8273 005302

000746
000207

000000
000002

1%:

v1,DATBUF

MOV
MOV

;WRITE TEST WORD 1
DATBUF ,8(R1)
DATBUF +2,82(R1) ;AND TEST WORD 2

CcMP
BEQ
PERRO?

DATBUF ,R2
cs

CLR

MOV

2%:

MOV

cMP

002244
000000
002242

43%:

5¢%:

;HAS LAST BIT BEEN TESTED ?
:MINUS MEANS BIT 31
:NO, SHIFT TEST BIT LEFT

1GO WRITE NEW TEST DATA

DATBUF
DATBUF
«2
CRF

:ERROR TRAP

MOV
MOV
MOV
MOV

@177776,DATBUF
#-1, DATBUF+2
DATBUF ,8(R1)
DATBUF +2,82(R1)

;:NOW GOING TO SHIFT A O IN DATA DIRECTION
;PUT A O IN BIT O
;AND 1'S IN ALL OTHERS
+WRITE THE DATA
;2 WORDS WORTH

cMP
BEQ

OATBUF ,R2
64

;NOW READ FIRST WORD
:BR IF OK

MOV
CMP
8EqQ

#2(R1).R2
DATBUF «2,R2
74

;B8R IF OK

TST
B8PL

DATBUF +2
84

;TESTED BIT 31 YET?
:BR IF YES, WE'RE DONE

ROL
ROL

DATBUF
DATBUF
+2

B8R
RETVRN

PERR10O

DLEFT
.DSABL

8%:

tNOW READ SECOND WORD

OATBUF «2
43
DATBUF

PERRO7

74:

82(R1),R2

DATBUF +2,R2

:NOW READ THEM
:BR IF FIRST 16 OK
:ERROR TRAP

TST
8MI
DLEFT

MOV

6¢:

8(R1),.R2

1CLEAR 2ND WORD

iBR_IF OK

ROL
ROL
.DSABL

002242
002244
000000
000002

DATBUF +2

BEQ

34:

:SET THE FIRST TEST BIT

MOV

PERR10O

8246
8249
8250
8251
8252

100405

002242

THIS TEST CHECKS THE DI/DO0 LINES BY

SHIFTING A 1 THROUGH THE WORD.

8(R1),R2

DATBUF
CRF

:NOW,

READ SECOND WORD

s KEEP GOING

CVMJUABO MSV11-J MEMORY DIAG.
INITIAL OATA TEST

MACRO Y05.02

Mondey 07-Oct-85 16:57

Page 236

MTPOO6

8276 025304

ADDRESS BIT TEST»>

MTPOO7: SUBTST

<<MTPOO?

1sSUBTEST

MTPOO7

ADDRESS BIT TEST

i
H
:

THIS TEST CHECKS TO SEE THAT EACH ADDRESS
8IT IN EACH 16K JANK CAN BE ASSERTED UNIQUELY,
IT CHECKS FOR ADORESS BITS THAT MAY BE STUCK
HIGH, STUCK LOW CR STUCK TOGETHER.

;8068004800080 800088800084800004000400008088888800000000000080008800888000480400

IS800860420848 8008005688 440800000000000080008044004040000840008200488880800080440
82177
8278
8279
8280
82681 025304
025306
025310
025312

MOVE

111100
105700
001401

025314
025316
025320
025322

105141
111100
105700
001001
104436

1¢:

023326
023330
023332
025334
025336
023340
025342

C40201

2%:

025324

025344
025346
025350
8303 025352
025334
8305
025336
8307 025362
8308 023364
8309 025370
8310 025372
8311 025374
8312 025400
8313 025402

;READ AND COMPARE FOR ZEROS
;BR IF 0K

coms

(R1)

;COMPLEMENT THE BYTE

7578
BNE

RO
2%

;READ FOR NON ZEROS
:BR IF 0K

MOVe

8IC

3¢:

005111
011100
005700
001001
104440

MOV

(R1),RO

43%:

160000

5%:

:SET THE NEW BIT INTO R1

RO
3

;READ THE NEW ADDRESS
;READ FOR ZEROS

coM

(R1)

;COMPL THE WORD

TST
BNE

RO
43

;READ IT AGAIN

CHP
8EQ

#100000,R2
S$

ASL
MOV

R2
©160000,R1

MOV

CMP
BNE

010000

R2,R1

:MASK OFF THE ASSERTED BIT

:SHIFT R2 FOR NEXT BIT

TST
BEQ

PERR14

100000

R2,R1

PERR13

104437

(R1),R0O

ASL

B1S

001401

001356
006302
012701
000752
000207

RO
1

PERR12

006302
050201
011100
005700

022702
001407
022702

1ST8
BEQ

PERR11

104435

(R1).RO

B8R

RETURN

(R1),R0

#10000,R2
2%
2%

;CHECK FOR MSB IN 4K BANK
;NOT LAST 3IT, BRANCH

SEQ 0210

CVMJABO MSV11-J MEMORY DIAG.

MTPO07

ADDRESS BIT TEST

MACRO Y05.02

Monday 07-0Oct-85 16:57

Page 238

BYTE ADDRESSING TEST>>
<<MTPO10
MTPO10: SUBTST
{60008 808880AE408S00AA4A0S04ARE0000040000400008800000080088800004088884000400000

8316 C25404

BYTE ADDRESSING TEST
MTPO10
; #SUBTEST
;8886648800048 8830084840000008008000008888880088080008448000888080408040400000000

8317
8318
8319
8320
8321
8322
8323
8324
83293
8326
8327
8328
8329
8330
8331
a332
8333
8334
8333
8336
8337
8338
8339

025404
025406

0235410

0235414
023420
025426
025430
025432
025434
023436
0254°0
025442

010402
010403
062702
012713
012763

105013

000004
177777

1777717

010401
020201
001420
020301

000002

1%:

24:

001007
111100

023444
025450
025452

€22700
001401

025454
023456
025460
025462
8340 025466
8341 025470
8342
8343 025472
8344 025474
8345 025476
8346 023502
8347 025504
8348 023506
8349 025510
8350

005201
000765
111100
122700
001401
104436

005203
020302

001347
000207

R4 ,R2
R4 ,R3
94 ,R2
¢ 1.(R3)
#-1,2(R3)
(R3)

:R4 HAS LOWEST ADDRESS
:PUT IT IN R3 ALSO
;POINT R2 TO LAST BYTE »1
;WRITE ALL ONES IN
:THE 4 TEST BYTES
;CLEAR A BYTE

BNE

;B8R IF NOT

MOV
cMP
BEQ
cHP

000000

(R1),R0O

;INITIALIZE R1 FOR EACH PASS
;IF EQUAL, JUST READ LAST BYTE
;B8R IF EQUAL
:15 THIS THE BYTE OF ZEROS

#0,RO

;:IT IS, COMPARE FOR ZEROS

INC
B8R

R1
2%

sNEXT BYTE
:RETURN

CMPB

2-1,R0

;:ITS NOT THE BYTE OF 0'S, READ 1'S

8€EQ

PERR11

3¢
4%
:

Move

BEQ

PERR12

1771777

R4 ,R1
R2.R1
64
R3,R1

;WARNING IF YOU OPTOMIZE CHANGE THE PCBUMP FOR THIS ERRGR INCASE OF TRAPS

CHP

104435

005201
000756
112713

MOV
MOV
ADD
MOV
MOV
CLRB

MOv8

177717

;TEST 3 THIS TEST CHECKS FOR PROPER
BYTE ADDRESSING WITH ECC OISABLED
3

3¢

(R1),RO

S$:

ggc

+MOVE TO NEXT BYTE

6$:

Move
INC

¢-1,(R3)
R3
R3.R2
1

;RESTORE 1'S 70 BYTE JUST TESTED
;INC TO NEXT BYTE
;WAS THAT JUST THE LAST ONE?
:BR IF NO

cMP
8NE

RETURN

SEQ 0211

CVMJUABO MSVil1-J MEMORY DIAG.
BYTE ADDRESSING TEST
HTPO10

MACRO Y0S5.02

8353 023512

Monday 07-Oct 85 16:57

MTPO14: SUBTST

<<MTPO14

s #SUBTEST

MTPO14

Page 240

SEQ 0212

BASIC DOUBLE B8IT ERROR TEST»>

g“.‘t“.“‘.“t‘.“‘.‘0““.‘.‘.““‘““..“‘.“.‘.‘.““..“.“‘.....‘..‘..‘.

BASIC DOUBLE BIT ERROR TEST

(8688466888880 0A0ESASSEASSA4040KESARERR008000408840800008808880048808000000040004
8354
8335
8356
8357
8358
8339 025512
8360 025314
023314
8361 023520
023520
8362 0253526
025526
8363 025534
8364 023536
025336
8365 023544
8366 023546
0253546
8367 025554

025534

83648 025356
8369 025560
025560
025566
8370 025570
8371 025572

025572

8372 025572
8373 025574
8374 023602
025602
025610
837% 025612
025612
8376 025620
023620
8377 025626
8378 025630
023630
8379 025630
8380 025632
8381 025636
023636
8382 025636
8383 025640
8384 025644
8385 0236350
025630
8386 025654
8387 023656
025656
025664
8388 025666

THIS TEST CHECKS THAT A DOUBLE ERROR WILL BE DETECTED

A BYTE WRITE WITH A DOUBLE ERROR ON A MSV1l-P

WlLL BE ABOTRED.

CACHOFF
LET PARCNT

104424

005037

002072

012737

000001

002076

012737
104513

060000

002034

012737

003145

002150

012737

103145

002044

104425

005011
005711
023727
001401
104055

104426
042737

002072

000001

002150

023737
001407

002150

002044

012737

177777

002612

013737
104065

002150

002052

104473
005037

104473
005237
005037

CBREG
LEY CSR

002266
002072

023727
001411

002072

:= 03145

LOADCSR
LET GOOOD

:= 0103145

LET (R1)

1ST (R1)
IF PARCNT NE #1
ERROR

+55

BIC 6BIT13,CSR
IF CSR NE GOOD THETM
SET HEADER
LET BAD

000001

: TURN OFF CACHE
;CLEAR PARCNT

CLR PARCNT

;SET PARITY ACTION

;SET ADDRESS FOR ERROR REPORT

MOV @1 ,NOPAR

MoV OF IRST ,ADDRESS

;ENABLE CHECK/SYNDROME BIT REGISTER
;DBE CHECK BITS FOR CSR
;WRITE DBE CHECK BITS TO CSR

1GO0D DATA

MOV 03145,CSR
MOV £103145,G000D

;WRITE ZEROS AND DBL ERROR CHK Bézg A=0
:READ A=0 TO GET DOUBLE BIT ERROR
s+WAS BUSPBL ASSERTED??27?

(R1)

CMP PARCNT,
Q1
8EQ L211

:ERROR CALL ;;MISSED EXPECTED TRAP

L21l:3:33¢:

READCSR

:= CSR

ERROR +65

ECCLINIT
CLR _PASSNO
REPEAT

002266

000377

:= HFIRST

LET ADDRESS

END

112711
105711

:= 01

LET NOPAR

END
020000

:= @0

+READ CSR FOR CORRECT CHECK BITS AND DBE INDICATOR

;CLEAR INMIBIT MODE POINTER FROM DATA IF IT EXSISTS1
;CHECK IF DOUBLE ERROR BIT IS SET
CHP CSR,GOGD
8€Q L212

MOV

)

:BAD DATA

MOV CSR,.BAD

)

L212:::::3:

)

B30:;::::::

;ENABLE BUSPBL
;CLEAR LOOP COUNTER

ECCLINIT
INC PASSNO
CLR PARCNT
LET (R1) :B= @377

; ENABLE BUSPSBL
: INCREMENT LOOP COUNTER
;CLEAR PARITY ACTION COUNTER
;WRITE BYTE SHOULD BE ABORTED

7578 (R1)
IF PARCNT NE @1

;READ R1 TO SEE IF IT IS STILL O
;WAS WRITE ABORTED???

SET HEADER

@-1,HEADER

MOVB #377,(R1)

01
CMP PARCNT,
BEQ L213

CVMJACO MSV11-J MEMORY DIAG.

MTPO14

BASIC DOUBLE BIT ERROR

025666

8389 023674
023674
8390 025700
025700
8391 025706
8392 025710

025710
8393 025710
8394 025712

8393
8396
8397
8398
8399
8400

0z3712
025720
025722
025722
023724
025726
025732
025734

012737

1777717

005037

002044

012737
104056

000377

MACRC Y05.02

TEST

002052
END

002266

104503

002072

LET GOOD

:= &0

;GOOD DATA

LET BAD

:= @377

;BAD DATA

ERROR

SEQ 0213

(R1)

CLR1CSR
PARCNT
CLR
CACHON
RETURN

¢-1,HEADER

CLR GOOD
MOV @377.8BAD

+56

R1
INC
UNTIL PASSNO EQ @2

CLR

0059041

005037
104423
000207

000002

Page 240

MOV

002612

005201

023727
001346

Monday 07-Oct-85 16:57

;AND REPEAT ON HIGH BYTE

L213:::::::
&
CMP PASSNO,
BNE 830

E30::5::5334

;CLEAR LUT
;:CLEAR CSR
;:CLEAR PARITY TRAP COUNTER

;s TURN ON CACHE

CVMJUABO MSV11-J MEMORY DIAG.

MTPO14

MACRO Y05.02

BASIC OOUBLE BIT ERROR TEST

8403 025736

Monday 07 Oct-85 16:57

MTPO17: SUBTST

<«<MTPO17

1 ¢SUBTEST

MTPO17

Page 242

HOLDING 1°'S & 0'S TEST»»

1080684400488 0084808808400004800000808008800000040008888000880800808440008000000

HOLDING 1'S & 0'S TEST

(SRR AAASEAASAEABSAEAANASAAEAAISSEE0040060800044040840000085088008040000000008

8404

8403
8406
8407
8408
8409
8410
8411
8412
8413
8414
8415
8416
8417
8418
8419
8420
8421
8422

8423

8424
8425
8426
84217
8428
8429
8430
8431
8432
8433

12(1)
i

THIS TEST CHECKS THE MEMORY FOR THE CAPABILITY
OF HOLDING 1’'S AND 0'S BY WRITING A BACKGROUNO

;4(2)

MEMORY IS WRITTEN USING A BYTE AT A TIME

iNOTE:

THIS TEST WRITES BYTES & READS WORDS

:#(3)
025736
023742
025744
025730
025734
025756
023760
023762
025764
025766

012701
010104
012705
012700
010003
000303
110021
110321
020105
103774

023770
025772

014102
020002

025774
025776

001401
104446

026000
026002
026004
026006
026010

020104
101372
000303
000300
001763

026012

000207

060000
160000
000377

#FIRST,R1
R1,R4
#LAST+2,R5

MOV
SWAB

RO,R3
R3

MOVB

R3,(R1).

MOVB

CMP
BLO

2%:

MOV

9377,R0

:GET THE PATTERN INTO RO

RO,(R1).

sMRITE A BYTE

R1,RS
1%

;:COMPARc TEST LOC TO TOP » 2
:+BRANCH IF LOMER

-(R1),.R2

;WRITE THE MEMORY WITH THE BYTE STORED IN BAKPAT.1

;TEST THE MEMORY TO SEE IF IT CONTAINS

cHP

RO,.R2

BEQ

3¢

CMP

R1,R4

;KEEP ON TESTING THE MEMORY UNTIL

gu:g

; CHANGE THE DATA PATTERN

BEQ

PERR22

3%:

STEPS i & 2 ARE REPEATED WITH A SWAPPED BACKGROUND PATTERN

MOV
MOV
MOV

MOV

1¢:

OF 000377 ANO READING IT

BHI

RETURN

;:THE WORD STORED IN BAKPAT

;R1 EQUALS THE LOWEST ADDRESS

;IF THE DATA PATTERN DOES NO1 HAVE LOW

; BYTE =0 THEN FALL THRU

SEQ 0214

CvHMJABO MSV11-J MEMORY DIAG.

MTPOL7

HOLDING 1'S & 0'S TEST

MACRO Y05.02

Mondey 07 Oct 85 16:57

Page 244

SEQ 0215

SYNDROMES TO CSR ON SINGLE BIT ERROR TEST>>
<<MTPO20
MTP020: SUBTST
;‘0.‘.."‘“..“‘.““t‘t“‘.““".““‘..‘t‘....‘..“.“‘.“‘..‘..“.‘.““‘..

8437 026014

SYNDROMES TO CSR ON SINGLE BIT ERROR TEST

MTPO20

;1«SUBTEST

;“““‘““““““““.t.“““‘.““.‘.“.““.““‘.‘.““““‘...t“““‘.‘

8438
8439
8440

8441
8442

8443 026014
8444 026016
8445 026020
8446 026024
8447 026026
026026
8448 026026
026026
3449 026032
026032
8450 026036
026036
8451 026042
026042
026050
8452 026052
026052
8453 026056
026056
026060
8454 026060

026060

8455 026064
026064
8456 026064
026064
8457 026064
8458 026070
026070
8459 026072
026072
8460 026076
8461 026102
8462 026106
026106
8463 026112
8464 026114
026114
8465 026116
8466 026120
8467 026122
8468 026124
8469 026132
026132
026140
8470 026142
026142
8471 026150

104424
005000

105037
104513

THIS TEST CHECKS TO SEE IF THE SINGLE BIT ERRORS CAUSE THE SBE
BIT IN THE CSR TO BE SET AND CORRECT SYNDROME BITS ARE GENERATED FOR
ALL

16 DATA BITS.

002264

105237

002264

012704

1777177

005037

002324

123727
001003

002264

012705

000001

s TURN OFF CACHE
sCLEAR DATA
;CLEAR PASFLG

CACHOFF
RO
CLR
CLRB PASFLG
CBREG
REPEAT

;ENABLE CHECK/SYNDROME BIT REGISTER

LET PASFLG :B= PASFLG + &1
LET R4

000001

MOV #-1,R4

IFB PASFLG EQ &1
:=

177776

)
:= 8177776

END
REPEAT

005237

INC BITNO
LET R4 := R4

002324

005204
116402
072227
052702

030164
000005
000004

010237
104425

002150

LET R2

104503
005711
104426
042737

+ 01

:B= PTABLE(R4)

ASH #5,R2
8IS #BIT2.R2
LET CSR := R2
LOADCSR

LET (RY1)

010011

:» RO

002150

023727
001407

002150

000020

012737

000020

002044

BR L216

L215:;:533:

;:DATA=177776;BIT TO BE CORRECTED IS A ZERO
MOV @177776.RS

L216:::::::

B32:::::::

s INCREMENT BIT POINTER
;POINT TO NEXT SET OF Cflgfié g}TS

1GET NEXT SET OF CHECK BITS

:SHIFT TO LINE UP IN CSR

READCSR

B8IC #1C20,.CSR
IF CSR NE 420

sENABLE DIAG MODE
:GET CHECK BITS TO BE WRITTEN

MOV R2,CSR

;:LOAD CSR WITH DATA
:WRITE DATA TO TEST ADDRESS
MOV RO,(K1)

:READ CSR FOR CORRECT SBE BIT AND SYNOROMES
;:CLEAR ALL BWE INDICATOR

sWAS DATA CORRELTE
DIR?/ 0

LET GOOD

LET BAD

MOVB PTABLE(R4).R2

:CLEAR CSR
; CORRECT SBE

CLR1CSR
TST (R1)

177757

CMPB PASFLG,#1
BNE L215

MOV &1.RS

000402

012705

CLR BITNO

:SELECT DATA TO BE CORRECTED B8Y PASSNO
;:DATA=0;BIT TO BE CORRECTED IS A ONE

ELSE

LET RS

INCB PASFLG

;CLEAR INNER LOOP COUNTER

:= @0

LET RS

B31:3:354:

;INDEX TO SINGLE BIT ERROR TABLE

:= 0-1

LET BITNO

)

;sINCREMENT LOOP COUNTER

:= 920

:= CSR

. cn e20

BEQ L217

MOV #20,G00D

CVMUABO MSV1l1-u MEMORY DIAG.

MTPO20

026150

8472 026156
8473 026160
026160
8474 026160
8475 026162
8476 026164
8477 026172

013737

104060

002150

026172
8478 026176
8479 026202

116403
072327
052703

026310
000005
00004

026206

020337

002150

012737

177777

026222
026226
026226
026234
026236
026236
026236

010337

002044

C13737
104042

002150

026240
026246
8488 026250
8489 026252

123727

8480 026206

026212
8481 026214
026214
8482 026222

8486
8487 026240

026252
026254
8490 026254
8491 026256

8492 026260
026260
8493 026260
026260
026266

026270
026270
026272
026272
026300
026302
026302
026304
026306

001411

002052

8503

:GET GOOD SYNDROMES

8IS #BIT2,R3
IF R3 NE CSR

002052

LET GOOD

:= R3

LET BAD

:= CSR

ERROR

000001

ASL
ELSE

006105

001276

END

002324

002264

000020

000002

104503
104423

000207

016

025
032

026327

064

045
052

013

026
034

046
054

023

031
043
051
061

CHP R3,CSR
BEQ L220

MOV

#-1,HEADER

MOV R3,G0O0OD
MOV CSR,.BAD

:CLEAR LUT

L220:;:::::

+SHIFT NEW DATA DEPENDING ON PASFLG
;SHIFT BITNG TO THE LEFT

CMPB PASFLG,#1
BNE L221

L22l::::::.

UNTIL BITNO EQ €16.

005100

123727
001252

SEC
ROL

SBESYN(R4),R3

+42

CLR (R1)
IFB PASFLG EQ @1

000261

023727

MOVB

SET HEADER

002612

000402

026313
026316
026321
026324

:ENABLE SYNDROME BIT REG ISTER
:GET SYNDROMES FROM CSR
sMASK SYNDROME BITS
;SHIFT INTO POSITION
:SET DIAG MODE IN DATA
;00 SYNDROME BITS AGREE

ASH #5,R3

END

002264

MOV CSR,BAD

L217:13 Iy

BIC 90+C3744,CSR
LET R3 :B8= SBESYN(R4)

026310

ERROR

SEQ 0216

;NO ERROR

+60

READCSR

002150

005011
001002
006305

Page 244-1

SYNREG

174033

8484
8485

Monday 07 Oct-85 16:57

END

104514
104426
042737

8483

MACRO Y05.02

SYNDROHES TO CSR ON SINGLE BIT ERROR TEST

;SET CARRY BIT AND......
;:ROTATE LEFT

L222:;:::5:3::

;UNTIL ALL BITS ARE DONE

CrMP BITNO,#16.
BNE B32

$3iid

COM RO
UNTILB PASFLG EQ @2

; COMPLEMENT DATA AND REPEAT
ETE
;UNTIL 2 PASSES ARE

CLR1CSR
CACHON
RETURN

:CLEAR CSR
: TURN CACHE

crs PASFLG 2
BNE

]

MSV11-P SINGLE BIT ERROR SYNDROME BIT TABLE

SBESYN

.BYTE

16.13,23,25.26,31,32,34,43,45,46,51,52.54,61,64

MSV11-J MEMORY DIAG.

MACRO Y05.02

Monday 07-Oct-85 16:57

Page 245

CVMJUABO
HMTPO20 SYNDROMES TO CSR ON SINGLE BIT ERROR TESY
MARCHING 1'S & 0'S PATTERN TEST>>
MTPA21: SUBTST <«<MTPA21
8505 026330
;6000880884888 68000888000008080040500488088080888000800080008488800000688888804880000
s «SUBTEST

MTPA21

MARCHING 1°'S &€ 0'S PATTERN TESTY

[ SESEEAESLES0000ES804S00REEA4000444000808004880480000000080080004808088844800040

DOWN
SWAP
-MODIFY ,READ,
;READ,BYTE
77640
-(R1),R0;V1
MOV
1V177642
R2,RO
cHP
:V177644
24
BEQ
1V177646
PERR17

8306
8507 026330
8508 026332
8509 026334
:g{g 026336

014100
020200
001401
104443

1%:

8512 026340
68513 026342
8514 026344
8518 026346
:gig 026350

000311
011100
020300
001401
104444

2s:

SWAB
MOV
cMP
8EQ
PERR20

(R1)
(R1),RO
R3.RO
34

1V177650
;V177652
V177654
1V177656
1V177660

8518 026352
8519 026354
gggg 026356

020401
001363
000207

3¢:

cHp
BNE
RETURN

R4 ,R1
1s

1V177662
:V177664
1V177666

8522 026360
8523 026360
8524 026362
8525 026364
gggg 026366

011100
020300
001401
104444

8526 026370
8529 026372
8530 026374
8531 026376
g;gg 026400

000311
011100
020200
001401
104443

8534 026402

062701

8535 026406
8536 026410
ggg; 026412

020301
001363
000207

83539 026414
8540 026414
83541 026416
8542 026420
gg:z 026422

011100
020200
001401
104443

8543 026424
83546 026426
8547 026430
8548 026432
:ggg 026434

000311
011100
020300
001402
104444

8551 026436
8552 026442
8553 026444
8554 026446

062701
020301
001363
000207

;DONE?
:NO - LOOP
;:YES - RETURN

MTPB21: ;READ,BYTESWAP-MODIFY,RERD,UP
(R1),R0 ;V177640
MOV
14:
1V177642
R3,RO
cMP
:V177644
24
8EQ
V177646
PERR20

000002

2%:

SWAB
MOV
cHP
8EQ
PERR17

34:

ADD

cHP
BNE
RETURN

(R1)
(R1),R0
R2,RO
3

V177650
;V177652
V177654
$V177656
:V177660

#2,R1

V177662

RS,R1
1

1V177666
:V177670
1V177672

;:DONE?
;NO - LOOP
;YES - RETURN

MTPC21: ;READ,BYTESWAP-MODIFY,READ,UP
(R1),RO ;V177640
MOV
1%:
1V177642
R2,RO
cHp
1V177644
24
BEQ
1V177646
PERR17

000002

2%:

SWAB
MOV
cHe
BEQ
PERR20

(R1)
(R1),R0
R3,RO
3¢

1V177650
;V177652
1V177654
sV177656
;V177660

34:

ADD
cHP
BNE
RETURN

42,R1
R5,R1
1s

1V177662
1V177666
1V177670
:V177672

:DONE?
1NO - LOOP
:YES - RETURN

SEQ 0217

CVHMJABO MSV1l-J MEMORYD

MTPA21

8557 026430

tMonday 07-Oct 85 16:57

Page 247

-(R1),R0; V177640

MOV

cHP
8EQ
PERR20

R3,RO
24

1V177642
V177644
sV177646

000311
011100
020200
001401
104443

2%:

SWAB
MOV
cre
BEQ
PERR17

(R1)
(R1),RO
R2,RO
38

1V177650
;V177652
;V177654
;V177656
1V177660

020401
001365
000207

3%:

ce
BNE
RETURN

R4.R1
13

1V177662
1V177664
:V177666

8559 026452
8560 026434
gggé 026456

020300
001401
104444

8563 026460
8564 026462
8565 026464
8566 026466
gg:; 026470

8569 026472
8570 026474
8371 026476

SEQ 0218

MTPD21: ;READ.BYTESWAP-MODIFY,READ,DOWN

1s:

85358 026450 014100

8372

MACRO Y05.02

MARCHING1'S € OS PAYTERN TEST

;DONE?
;:NO - LOOP
:YES - RETURN

CVMJABO MSV11l-J MEMORY DIAG.

MTPA21

MACRO Y05.02

MARCHING 1'S & 0'S PATTERN TEST

8575 026500

002364

000001

026516

013702

002336

026522

013703

002614

026526

000404

026530

8586 026530

026530

013702

002614

026534

013703

002336

8587 0263534

8588 0263540

026340
8589 026540
026540
8590

000001

002364

8585 026526

026544

8591

005037

013737

002366

012701

060000

020127
101032

157776

026566
026572
026574
026602
8597 026602
026602
026606
026610
026614

005737
002003
012737

002370

032701
001002
003337

000374

026614
026620

005737
001404

026622

010211

8599 026622

WE WRITE A DIAGONAL PATTERM IN MEMORY (MITH CACHE ON).
IF A REFRESH TEST WE DISTuUw3 ALL ROWS FOR > 2 MS (WITH CACHE ON).
WE READ & CHECK FOR CORRECT #£SS THE DIAGONAL PATTERN
(WITH CACHE OFF).
3
tHOW OFTEN A DIAGONAL STRIPE OCCURS (MUST BE A POMER OF 2)
KDIAG=8.
1FCR DATA & COMPLEMENT DATA
FOR EVEN := @1 TO #2
MOV #1,.EVEN
B833:35::34
IF EVEN EQ o1
CMP EVEN.2)
BNE L225
LET R2 := ZEROS
MOV ZEROS,R2
LET R3 := ONES
MOV ONES,R3
BR L226

000007

002370
002370

L225:::3313

LET R2 := ONES

MOV ONES.R2

LET R3 := ZEROS
END ;0fF IF EVEN

FOR STRIPES :=» 80 TO #KDIAG-1

MOV ZEROS,R3
L226:3:335::
;FOR THE NUMBER OF STRIPES
CLR STRIPES
B34:;::::::

sWRITE LOOP

026546
8594 026554
026554

8598 026614

REFRESH & SHIFTINC NTAGONAL TEST

CACHON

104423

8595 026560
026560
026560
026564
8596 026366

MTP022

ELSE

002366

8392 026544

8593 0263546

;1 sSUBTEST

REFRESH & SHIFTING DIAGONAL TEST>»>

3 (1)
1(2)
1(3)

023727
001005

8584 026322

< <«MTPORZ

SEQ 0219

1888806806068 008808880888808688800080088887° ¢ 3004050008880040808008880080000000

026506
026514

8583 026516

MTP022: SUBTST

Pege 249

10806688854668800680000808808580000000080800808008000080880000400000808008000000000

8576
83877
8578
8379
000010
8580
8581 026500
026500 012737
026506
8582 026506

Monday 07-0Oct-85 16:57

002370

LET COUNT := STRIPES

;TURN CACHE ON

LET R1 := #FIRST
WHILE R1 LOS #LAST

IF COUNT LT #0 THEN LET COUNT := OKDIAG-1

002370

MOV STRIPES,COUNT
MOV #FIRST,.R1
B35:::5::33
CMP R1.OLAST
BMI L227

TST COUNT
B8GE L230
MOV OKDIAG-1,COUNT
L230:::1333
IF @374 OFF.IN R1 THEN LET COUNT := COUNT - @1
81T #374.R1
BNE L231
DEC COUNT
L231:35331:
IF COUNT NE #0

LET (R1) := R2

TST COUNT
BEQ L232
MOV R2.(R1)

MACRO Y05.02
CVMJUASO MSV11-J MEMORY DIAG.
MTPO22 REFRESH £ SHIFTING DIAGONAL TEST
8600 026624

m 010261
8601
026630 000403
32
32
0602
32 010311
34
8603
026634 010361
8604

8608 0O
8606
86807

8608

MOV R2,2(R1)
BR L2233
L232: 315813
MOV R3,.(R1)
MOV R3,2(R1)

ELSE

LET 2(R1) := R3

000002

gfi“

06270%

000004

8266

000743

END ;OF IF COUNT

L233:31331

LET COUNT := COUNT - o1

DEC COUNT

LET R1 := Rl + &4

ADD #4.R1

END :0F WHILE

L227

005737
001002
004737

026664

013737

002366

026672
8614 026676

012701
104424

060000

IF DIAGFLAG IS FALSE THEN $CALL REFRESH

002004
027054

002370

1ST DIAGFLAG
BNE L234
JSR PC,REFRESH

L234:;5;::35:3

tREAD LOOP
LET COUNT := STRIPES

MOV STRIPES,COUNT

LET R1 := #FIRST

CACHOFF

BR 835

SERI1L

€E3S:::11:3:14

:END OF MRITE LOOP

8610 85:“52
S2
026636
026660
026664
8613 026672

SEQ 0220

LET (R1) := R3

002370

8611
8612 026664

Pege 249-1

LET 2(R1) := R2

000002

003337

266
ozug

Monday 07-0Oct-85 16:57

1 TURN CACHE OFF

MOV #FIRST,.R1

CVMJABO MSV11-J MEMORY DIAG.

MTPO22

MACRO Y05.02

REFRESH & SHIFTING DIAGONAL TEST
020127
101046

157776

026706
026712
v26714
026722

005737
002003
012737

002370

026722
026726

032701
001002
005337

000374

005737

002370

8617 026706

8618 026722

8619
8620
8621

8622

026730
026734
026734
026734
026740
026742
026742
026744
026744
026746
026750

8623 026752

0261732
8624 026752
0267352
8625 026756
026756
026760
8626 026762
8627 026764

001412

000007

SEQ 0221

B36:::::3
cHP R1,8LAST
BHI L23s
TS7Y COUNT
BGE L236
MOV

IF 0374 OFF.IN R1 THEN LET COUNT

IF COUNT NE #0

;= COUNT

L236:::3333

OKDIAG-1,COUNT

BIT 0374 ,R1
BNE L237
DEC COUNT
L237:5353::4:
15T COUNT
BEQ L240

:= (R1)

MOV

IF R2 NE RO

020200
001401
104443

:= OKDIAG-1

002370

LET RO

011100

016100

IF COUNT LT #0 THEN LET COUNT

002370

(R1).RO

cHP R2,RO
BEQ L241

PERR17

END

000002

020200
001401
104443

;0F IF R2

LET RO

L241:;::::::

:= 2(R1)

MOV 2(R1),RO

IF R2 NE RO

CcHP R2,RO
8EQ L242

PERR17

END

026764

8628 026764
026764
026766
8629 026766
026766
8630 026770
026770
026772
8631 026774
8632 026776
026776
8633 026776
026776
8634 027002
027002
027004
8635 027006
8636 027019
027019
8637 027010
027010
8638 027010
027010
8639 027014

Page 250

WHILE R1 LOS @LAST

8616 026700
026700
026700
026704

Monday 07-Oct-85 16:57

;0F IF R2

ELSE
000411

LET RO
011100

R3,R0

5€q L244

ENSE?SgoIF R3

104444

000002

020300
001401
104444

LET RO

L244:;:;;:::;

:= 2(R1)

MOV 2(R1).RO

IF R3 NE RO

R3,.RO

6 L 245

ENSE?SEOIF R3
END

205337

MOV (R1),%0

IF R3 NE RO

020300
001401

016100

:= (R1)

002370

L245::::5::

;0F IF COUNT

LET COUNT
LET R1

:= COUNT

:= R1

+ 04

L243:;:::::

DEC COUNT

CVMJABO MSVil1-J MEMORY DIAG.

MTPOR22

MACRO Y05.02

REFRESH & SHIFTING DIAGONAL TEST

027014
8640 027020
027020
027022
027022

062701

Monday 07-0ct-8S 16:57

8646

SEQ 0222
ADD #4 ,R1

000004

END

000727

;0F WHILE

BR 836
L23S5:34331
E36:::3:114

;END OF READ LOOP

8641

8642
8643 027022
027022
027026
027034
027036
8644 027036
027036
027042
027050
027082
8645 027052

Page 250-1

005237
023727
003643

002366
002366

005237
023727
003616

002364
002364

END

;OF FOR STRIPES

INC STRIPES
CMP STRIPES,MDIAG-1
BLE 834
E34::3535333

000007

END

;0F FOR EVEN

INC EVEN
CMP EVEN, #2
BLE B33
€33:5::5:333

000002

RETURN

000207

8647 027054

REFRESH:SUBTST

<<SUBR

REFRESH DELAY>>

;sSUBTEST

SUBR

REFRESH DELAY

;“‘.‘.““‘t“‘t.‘““.““““‘.t“““tt‘.‘t“‘tl.“t‘t.“‘t..“..“‘.“‘““
;‘“‘..“‘t‘.‘““.‘““t.‘t““.‘t“‘.“t“‘t““‘.‘.“t““..““.‘.““.‘.‘.O

8648
8649 027054

027054

027060
8650 027060
8651 027064
027064
027070
027074

027076
8652 027076
027076
8653 027102
027102
027102
027106
8654 027110
8655 027114
027114
8656 027120
027120
027122
027122
8657 027122
8658 027124
8659 027130
8660 027134
8661 027136
8662 027140
027142
027144
8665 027146
8666 027152

sDISTURB EACH ROW FOR > 3.2 MS

012700

060000

004737

027124

062700
020027
003771

000004

012700

120000

020027
101005
004737

020372

062700

000004

FOR RO

:= #FIRST TO &FIRST+374 BY 04

CALL REFSUB
END ;OF FOR RO

ADD #4.R0O

CHMP RO,

060374

LET RO := OFIRST+BIT14
WHILE RO LOS #LAST+BIT14.374

CALL REFSUB

027124

LET RO

:= RO

END ;OF WHILE

000770
000207
012704
062700
005140
005120
005110
005110
077405
162700
000207

RETURN

000640
Cv0002

REFSUB: MOV

14:

ADD

comM

9640 ,R4
02,R0O

-(RO)

com
CoM

(RO).
(RO)

S08
SuB

R4.14
#2,R0O

CcomM
000002

MOV OFIRST,RO

B37:::::::

RETURN

(RO)

¢«

BLE B37
E37::::5:3:

IRST+374

MOV OFIRST+8IT14.RO
Ba0:;::::::
MP RO,OLAST.BIT14.374
BHI L246
ADD ¢4 .RO

BR B40O
L246:;:;:::::
E40:::::::

;:TIME FOR A > 3.2 MS LOOP

CVMJABO MSV11-J MEMORY DIAG.
SUBR

REFRESH DELAY

MACRO Y05.02

Mondsy 07- Oct-85

MTPA24:

8669 027154

SUBTST

16:57

Page 252

SEQ 0ce3

FAST GALLOPING PATTERN TEST»>>

<<MTPA24

0 8882604484800 0000008000004804000800088808000008008000000000000400
00
(084008004008

MTPA24

1#SUBTEST

FAST GALLOPING PATTERN TEST

T G088 88048080288880000R480080000040404008404408008800028080884000408
TPy

s THE

8670
8671
8672
8673
8674
8673
8676
8677
8678
8679
8680
8681
8682
8683
86084

;e(1)

16(3)

LETS NAME THE 1ST LOCATION IN THE ROW/COLUMN UNDER TEST AS ‘B‘.

:0(S)

READS 'A', READS '8’

18(6)

16(7)

10(8)

12(9)
;#(10)
i &

(LETS NAME IT 'A')

.
SWAPS BYTES FOR LOCATION 'A‘

(ADDS 64 DOUBLE WORDS 10O 'B')
'8’ = ‘8’'+400
REPEATS STEPS S AND 6 UNTIL ‘B’ IS GREATER THAN THE
END OF THE BANK A+2
REPEATS STEPS 3-8 UNTILL ‘A’ REACHES THE END OF THE BANK
AFTER EXECUTING THE TEST DATA IS COMPLEMENTED
AND STEPS 1-9 ARE REPEATED

;REGISTERS ARE USED AS FOLLOWS

iRO
R1

TEST DATA
Y

:Rz

lal

:R3

BAKPAT

;RS

LAST

iR4

SWAPAT

;NOTE THE PATTERN STARTS AT MTPB24!:ittitttrrerte
027154
027156
027160
027162

011100
020004
001401
104447

1s:

8700 027164
8701 027166
8702 027170

2%:

8703 027172

011200
020003
001401
104450

027174
027200
027202

062702
020205
101764

000400

027204
027210

062701
000137

000002
027214

8705
8706
8707
8708
8709
8710

STORED AT LOCATION BAKPAT

TEST BEGINS AT LOWEST LOCATION BEING TESTED

i0(4)

8690
8691
8692

8704

TEST (INCLUDING SETUP) IS AS FOLLOWS

THIS TEST WRITES THE MEMORY WITH A BACK GROUND PATTERN

10(2)
L]

8685
8686
8687
8688
8689

8693
8694
8695
8696
8697
8698
8699

TOT AL

;UIPAR'S

MOV
CHP

(R1),RO
RO,R4

1V177640
:V177642

;:READ 'A!
;CHECK ‘A’

MOV
crHP
BEQ

(R2),RO
RO,.R3

:V177650
$V177652
:V177654

;:READ 'B’
;CHECK 'B’
;BR IF 0K

ADD
cHP
8LOS

9400,R2
R2,R5
1s

:V177660
1V177664
V177666

;BUMP B’
;AT END YET?
:BR IF NO

ADD

#2.R1

1V177670

;BUMP ' A’

BEG
PERR23

PERR24

3s:

JMP

aoMTPB24

;V177644
;V177646

;V177656

;1V177674

;B8R IF OK
;REPORT ERROR

;REPORT ERROR

;GOTO V177260

MACRO Y05.02
FAST GALLOPING PATTERN TEST

CVMJUABO MSV11-J MEMORY DIAG.

MTPA24

8713 027214

8714
8715
8716
8717
8718
8719
8720
8721

027214
027216
027220
027222
027224

Monday 07-Oct-85 16:57

MTPB24: SUBTST

<«<MTPB24

1 «SUBTEST

MTPB24

Page 254

SEQ 0224

FAST GALLOP PART B8>>

(665888008008 8008888880000080800080808800008008808080880000400008800804004080880800800

MOV

010411

000137

027230

;V172260

R4,(R1)

sWRITE 'A’

?
:DONE
18R IF NO
:YES - RETURN
;GOTO V172360

MTPC24

$V172262
1V172264
sV172266€
:V172270

MTPC24: SUBTST

<<MTPC24

FAST GALLOP PART (C»>>

1sSUBTEST

MTPC24

020105
001001
000207

FAST GALLOP PART B

[AREARAASEAANEREEEAE0AEAREASESA0A0ASAARERE0S000004440044040804000000000000000
:SOPAR'S

14:

cHe
BNE
RETURN
JMP

R1,RS
1s

3“““‘.“‘.i“““““‘t..“t““““‘t‘t“t‘t‘.“““‘t“‘.““‘.‘.‘.".‘....

FAST GALLOP PART C

;‘““t““““.“““..“““.““““"““t“‘““““.““‘.“‘.““‘....“‘
8722
8723
8724
8723
8726
8727
8728
8729

;KOPAR'S

027230
027232
027234
027236
027240
027242

010102
011100
020004
C01401
104447
000137

MOV
MOV
cHP

BEQ

027174

1%:

PERR23

JMP

R1,R2
(R1),R0
RO.R4

80MTPA24.20

1V172360
1V172362
1V172364

1V172366

:V172370

1V172372

;RESET
;READ

'B’

'A’

<---

; CHECK ‘A’
:BR IF OK
;REPORT ERROR
:GOTO V177660

‘A’

CVMJABO MSV11-J MEMORY DIAG.

MTPC24

FAST GALLOP PARTY C

8732 027246
8733 027246

8734 027252
8735 027254
8736 027256
g;g; 027260

000137

010221
010321
077005
000207

027316

8747 027276

000000

020221
001401
104451
005127

020321
001401
104451
005167
077015
000207

027316

:;gg 027334

8775 027350

1$:

RANDOM DATA (WRITE)

JMP

1V177640

SeMTPC26

GOTO V172360

MOV
MOV
SOB
RETURN

R2.(R1).
R3,(R1).
RO,1$

;V177644
1V177646
;1V177650
V177652

MTPB26: SUBTST

<«<MTPB26

RANDOM DATA (READ)>>

:sSUBTEST

MTPB26

1%:
24:

177764

RANDOM DATA (RERD)

3¢:

AMA

.ENABL

LSB

cre
BEQ
PERR2S
coM

R2,(R1).
24

JHP

cHp
BEQ
PERR2S
comM
SOB
RETURN
.DSABL
.ENABL

SMMTPC26
(PC)e

R3,(R1)»
3

RANODD
RO,1¢
LSB
AMA

;:V177640

GOTO V172360

V177654

FOR ERROR REPORTING

V177644
;V177646
sV177650
1V177652

$V177656
:1V177660
1V177662
V177664
:V177670
;V177672

MTPC26: SUBTST

<<RANDOM NUMBER SUBPROGRAM>>

; «SUBTEST

RANDOM NUMZER SUBPROGRAM

;‘..“‘.“‘..“‘..““‘.“‘t“‘t‘.t““‘t.‘.‘t“tt‘“tt..“t“‘.t‘tt..“‘...“.‘
;““‘.‘“““““‘“‘.“.“““t““t“‘.tt“.“t.‘.“.t.““‘.““‘.‘t““..‘.

073427
060305
005504
060204
0627105
V0L240

000007
001057

8770 027336
8771 027336
8772 027340
8778 027344
8774 027346

MTPA26

RANQODD: 0

8757 027316
8758
8759
8760
8761
8762
8763 027316
8764 027322
8765 027324
8766 027326
8767 027330

s #SUBTEST

RANDOM DATA (WRITE)>»>

;“““‘tt0“.‘.““.A“.“t‘..t‘t““‘“.““.t‘.‘....“.‘.“..".““‘.0.““0

.DSABL

000117

8754
g;gz

<<MTPA26

SEQ 0225

3“‘“““tt‘.‘t‘.t‘.““““.“‘.“‘t““.‘.4‘.““t‘“““.‘t“"...“‘.‘.““

8742 027262

8748 027300
8749 027302
8750 027304
8751 027306
8752 027312
8753 027314

MTPA26: SUBTST

Pege 256

;‘“.‘.“‘t".“..‘t“t““..‘tt““.00“““‘“.‘tt‘t.““.““‘..t....‘...‘..‘

8740

8743 027266
8744 027270
8748 027272
8746 27274

Monday 07-Oct 85 16:57

:‘..‘0‘..“.“‘tt“‘.‘tt“‘t‘t‘t“““““‘.“.“0‘.‘.““.““0“....‘.0.“.0.‘

8739 027262

8741

MACRO Y05.02

;CALLER MUST SETUP
SEEDLO,.R3
MOV
:
SEEDHI ,R2
MOV
3
R3.RS
MOV
s
R2.R4
MOV
:
1V172360
47,R4
ASHC
; V172364
R3.RS
ADD
: V172366
R4
ADC
V172370
R2.R4
ADD
1V172372
€1057,RS
ADD

:1V172376

NOP

MIPD26: SUBTST

<<RANDOM NUMBER SUBSUBPROGRAM>>

; sSUBTEST

RANDOM NUMBER SUBSUBPROGRAM

GOTO V172260

1R800 ES000004888048000A0084804804400030408808850880008088848808880848004040808

005504
062704
010503
010402

000137

{06802 R000ES000RAR0RARS0S842044804080080004AS440880848805004004080800800088

047401

027252

ADC
ADD
MOV
MOV

JMP

R4
#47401 R4
RS.R3
R4 ,R2

SOMTPA26 +4

1V172260
1V172262
; V172266
$V172270

$V172272

GOTO V177644

CVMJABO MSV11-J MEMORY DIAG.

RANDOM NUMBER SUBSUBPROGRAM
8778 027354

MACRO Y05.02

Monday 07-Oct-85 16:57

MTPO30: SUBTST

<<MTO030

1 #SUBTEST

MT0030

Pege 258

FLUSH OUT DBE'’ S>>

188080 04804008080088040080080800000000400000R00RKRRRARSRAKER00IRRAEENEENNRSNS

FLUSH OUT DBE'S

IA0SASEEAS00SEASARRRRAERRAREASEEESA0A00ASARARRARAE0L00S00000000000000000000s

8779
8780
8781
8782
8783
8 u4

027354

027356

027360
027362
027364

81785

8786 027364
8787 027366

8788 027370
8789 027374
8790 027400
8791 027402
8792 027404
8793 027410
8794 027414
8793
8796 027416
8797 027420
8798 027422
8799 027424
8800 027430
8801 027432
8802
8803 027434
8804 027436
8803 027440
8806
8807

MOV
S08
RETURN

R2,(RO)+
R1,14

(RO),R2

1V177640

MTPO31: SUBTST

<<MTPO31

SOB-A-LONG TEST>>

;#SUBTEST

MTPO31

1%:

011002
010220
077103
000207

MOV

1V177642
1V177644
iV177646

1806840040006 88804RRRRRERARRRAAAERRRRSARRRRRRAAREAAASL0E000000040000000000000

000000
077001
005167
020167
001403
104454
010167
005167
010200
010503
003725
010504
020537
001001
000207

014344
001376
000752
000056

SOB-A-LONG TEST

(SRS ARANAEACEREEEEREARANAASAASREAAEASEARNAEASAREAREAEAORENENE040400400000000040
AMA
.DSABL

177772
177766
177756
177752

1%:

0
S08
coM

RO,1$
1$

;MOVE TERMINATOR
1S08 _TILL RO _UNDERFLOWS
;sWRITE COMPLEMENT OF SOB

8EQ

;0K - SKIP

cMP

24:

PERR30
MOV

comM

MOV

RS,R3

MOV

R5,R4

;READ & CHECK FOR NOT ~S08 RO,DOT”
; CORRECY SOB INSTRUCTION

sREINITIALIZE SOB CONSTANT

(RS)+

;8BUMP (SAFELY) BY 2

cHP
BNE

RS, 80LINK1
34

;DONE?
iNO - SKIP

MOV
BNE

-(R3),-(R4)
34

RETURN

34:

R1,1¢

R2,.RO
MoV
; UPDATE MOVE REGISTERS
TST

002522

R1,1%

B8R

SOBLENGTH=, -MTPO31
.ENABL

AMA

: YES

SEQ 0226

CVMJUABO MSV11i-J MEMORY DIAG.

MTPO31

SOB-A-LONG TEST

Monday 07-0Oct-85 16:57

Page 260

SEQ 0227

WRITE RECOVERY TEST>>
<<MTPO32
SUBTST
1080604208408 80880888408840080000008080000000880080080800400004008888608408800000
WRITE RECOVERY TEST
MTPO32
; «SUBTEST
(800N AAEEAAEEAAASREASERAAAIAEEA000000000808804404800004800408008880884040000004

MTPO32:

8835 027442

8836
8837
8838
8839
8840
8841
8842
8843
8844
86435
8846
86847
8848
80849
8850
8851
8852

MACRO Y05.02

;THE TEST ACTUALLY EXECUTED ALREADY IN THE MEMORY UNDER TEST.
; THIS CODE INSURES THAT IT CHANGED MEMORY TO HAVE
:1/2 BANK OF #5141
:1/2 BANK OF #110

027442
027444
027446
027450
027452
027454
027460
027462
027464
027466
027470
027472

012401
020102
001401

1¢:

077305
013703
012400
020005
001401
104427

2%:

104430

C77305
000207

002522

MOV

cHP
B8EQ
PERRO2
S08
MOV
MOV

cMP
BEQ

PERRO1
S08
RETURN

(R4)+,R1
R1,.R2
24
R3,14

SOLINK1 ,R3
(R4)+,RO
RO,R5
4

R3, 34

WHICH IS A
WHICH IS A

1V17764C

1V177642
1V177644
1V177646
:V177650
iV177652
1V177656
1V177660
1V177662
:V177664
:V177666

“COM -(R1)” INSTRUCTION AND
INSTRUCTION.

"JMP (RO)*

;GET DATA FROM LOMER 1/2 BANK
:IS IT 651412
:YES - SKIP
tNO - TAKE ERROR TRAP
;:LOOP FOR 1/2 BANK
+RESTORE LOOP SIZE

:GET DATA FROM UPPER 1/2 BANK
;IS IT 01107
:YES

SKIP

:NO- TAKE ERROR TRAP
;LOOP FOR 1/2 BANK

CVHJUABO MSV1i-J MEMORY DIAG.

MTPO32

WRITE RECOVERY TEST

Monday 07-Oct-85 16:57

6DSABL

027474
027476
027500
027502
027504
027506
027510

000000
000000
000261

8866 027512
8867 027514
8868
8869 027316
8870 027520

102401
104461

BvS

000242

24:

CLv

8837
80838
8859
8860
8861
8862
8863
8864
86863

027522
027324
027526
027530

027532
027534
027540
027542

010701
162701
010102
005202

8884 027544

010503
005725

8685 027546
8886 027550
8887
8888
8889 027552
8890 027556
83891 027560
8892
80893
8894 027562
8895 027564
8896 027566
8897 027570
8898
8899

BGTEST:
BRGOBB:

105511
100402
105212
000773

105212
103402
102001
100401
104461

8871
8872
8873
8874
88713
8676
88177
8878
8879
8880
8881
8882
8683

Page 262

BRANCH GOBBLE TEST>>
MTPO33: SUBTST
<<MTPO33
[“““““‘.“.“““‘.“‘....‘.‘““....““‘.““.“““““..‘.‘..‘..“‘..“
BRANCH GOBBLE TEST
MTPO33
1sSUBTEST
;..““““t““““‘t“‘.“‘“.““.““““.“‘.“...“.“.‘.“““.“‘.‘.““

8855 027474

8836

MACRO Y05.02

B8R

34:

000036

014344
001376
005011
000743
000076

+MOVE TERMINATOR

;TEST WORD (TWO BYTES)

(R1)
1s

(R2)

BRGOBB

:SET CARRY (TO BE ADDED TO "BGTEST")
:INCREMENT LOW BYTE OF "BGTEST*
sBRANCH WHEN BIT7 IS SET
;INCREMENT HIGH BYTE OF *BGTEST”
;LOOP 128 TIMES

sNOW CHECK FOR CORRECT CONDITION CODES
:BR IF V-BIT SET (SHOUWD BE)
24
tNO - REPORT ERROR AND ABORT TEST
PERR3S
INCB
BCS
8vC

8MI1

PERR3S

(R2)
34
3

:COND CODES NOT EQUAL T0 1010
;CLEAR V-BIT

: INCREMENT HIGH BYTE OF “BGTEST* ONCE MORE
s8R IF C-BIT SET (SHOULD NOT BE)
:BR IF V-BIT CLEAR (SHOUWLD NOT BE)
:BR IF N-BIT SET (SHOULD BE)
:NO - REPORT ERROR AND ABORT TEST
;COND CODES NOT EQUAL TO 1010

;UPDATE TEST POINTERS

MOV

PC,R1

MOV
INC

R1.R2
R2

suB8

454-BGTEST,R1

;UPDKTE MOVE REGISTERS

010504

020537
001001
000207

O
SEC
ADCB
BMI
INCB

AMA

002522

MOV
TST
MoV

RS,R3
(RS)»
RS5.RA4

;BUMP (SAFELY) BY 2

s DONE?
cHP
BNE

R5,86LINK1
(1]

;:DONE?
sNO - SKIP

RETURN

6s:

;YES - RETURN

;+MOVE CODE 1 LOCATION
-(R3).,-(R4&)
MOV

63
BNE
(R1)
CLR
BR
B8RGOBB
GBLENGTH=, -MTPO33
AMA
.ENABL

;CLEAR TEST WORD “BGTEST"
;RUN MOVED CODE AGAIN

SEQ 0228

CVMJABO MSV11-J MEMORY DIAG.

MTPO33

BRANCH GOBBLE TEST

8901 027572
8902 027572
8903 027374
8904 027576
8905 027600
8906 027602
8907 027604
8908 027606
8909 027610
8910 027612
8911 027614

MACRO Y05.02

Monday 07-Oct-85 16:57

MTPO34: SUBTST

<<MTPO34

1 #SUBTEST

MTPO34

Page 263

SOFT ERROR - BACKROUND PATTERN TEST»>>

1680660488840 0884008080888808080088080008800550000000080480408000088808000400088000

010220
077102
000207
012401
020102
001402
104430
000240
077306
000207

SOFT ERROR - BACKROUND PATTERN TESY

108668088880 84688000000R800840880000000808088040408000080000080000040000000008008

1¢:

24:

MOV
S08
RETURN
MOV
cHP
BEQ
PERRO2
NOP
S08
RETURN

R2,(RO)+
R1,MTPO34
(R4)+ ,R1
R1.R2
3¢

R3,2%

1V177640
iV177642
iV177644
1V177646
1V177650
iV177652
1V177654
1V177656
1V177660
V177662

SEQ 0229

CVMJUABO MSV11-J MEMORY DIAG.
MTPO34
SOFT ERROR - BACKROUND

MACRO Y05.02

PATTERN TEST

HMTPO3S5:SUBTST

8913 027616

8914 027616

8915

8916 027624
027624

027630
3917 027630
8918 027636
8919 027640

8920
8921
8722
8923
8924

8923
8926
8927
8928
8929
8930
8931
8932
8933
8934

027646

027630
027652
027656
027660
027664
027672
027674
027676
027700
027702

027704
027712
027714
8933 027722
8936 027724
8937 027726
8938 027732
8939 027734
8940 027740
027740
027744
027750
027752
8941
8942 027752
8943 027756

Monday 07-Oct-85 16:57

<<MTPO3S

Pege 264

SEQ 0230

WORST CASE NOISE PARITY TEST>>

5660000082808 88888808808400088004840808888000484808008048080008088000880848008848000480

012737

000003

002076

012700

060000

012737

000005

002150

012737
011010
005710
010037
104050
004737
032763
001002
104426
104512

027674

002304

104425

050354

002000

104425
012737
005710
000405
010037
104050
004737

24:

000001
027726

002304

002034
050334

062700
020027
003727

004000
157776

005037
000207

002076

FOR RO

:= OFIRST TO SLAST BY #4000

33
4%

MOV #FIRST,.RO

Ba1

MOV

#BIT2!BITO.CSR ;SET WRITE WRONG PARITY & PA&. TRAPS INTO CSR

MOV

(RO),(RO)

BIT

14:

002150

03 ,NOPAR

t338381

TST
(RO)
MOV __ RO, ADDRESS
ERROR +* +50
PERBNK
CALL

002666

$SET PARITY TRAPS TO RETURN TO “PARTHERE"

MOV

LOADCSR
&14,PARTHERE
MOV

002034

104503

011010
012737

MTPO3S WORST CASE NOISE PARITY TEST
1 #SUBTEST
1806688808846 04800208 0045830008888 088884080000808408888888840084088080800008008

BNE

sWWP TEST LOCATION

#BIT10,CONFIG+2(R3)

READCSR

ERRGEN

CLR1CSR

MOV

(RO),(RO)

MOV

RO, ADDRESS

8I7T0,CSR
MOV
LOADCSR
MOV
934 ,PARTHERE
TST
(RO)
44
BR

ERROR +50
PERBNK
CALL
END; OF FOR

CLR

RETURN

NOPAR

;CLEAR WRONG PARITY IN MEMORY

ADD #4000,R0O
CMP RO, #LAST
BLE 841
EAL:;;:::::

iRESET PARITY TRAP ACTION

CVMJABO MSV11-J MEMORY DIAG.

MTPO3S

MACRO Y05.02

WORST CASE NOISE PARITY TEST

Mondey 07-Oct-85 16:57

Page 265

SEQ 0231

CORRECTION CODE TEST>>
<<MTPQ36
MTPO36: SUBTST
;“““..‘.‘“‘.“‘““..“....““.“‘.“““‘.‘..“....‘.““.00‘..“““‘....
CORRECTION CODE TEST
MTPO36
1sSUBTEST

8945 027760

;‘.““.“‘..‘.““‘.“““‘.".‘..““.‘.‘.“..“‘.‘.‘..“...‘.".““0O....“.

BIT OF A DATA WORD
: THIS TEST CHECKS TO SEE THAT EACH
FROM A ZERQO TO A ONE AND
3 CAN BE CORRECTED INOIVIDUALLY

027760

027762
027766
027770
027770
027770
027770
027774

104424

105037
104513

3+ VISA VERSA.

002264

105237

002264

012704

177777

005037

002324

123727
001003

002264

012705

000001

;ENABLE CHECK/SYNDROME BIT REGISTER

000001

B42:;;:;::1:

LET PASFLG

:B8= PASFLG + @}

: INCREMENT LOOP COUNTER

LET R4

@-1

;INDEX TO SINGLE BIT ERROR TABLE

:= &0

;CLEAR INNER LOOP COUNTER
CLR BITNO

LET BITNO

;SELECT DATA TO BE CORRECTED 8Y PASSNO
CMPB PASFLG.#)
BNE 247

;DATA=0;BIT TO BE CORRECTED IS A ONE

:= @1

MOV #1.RS

ELSE

:= 0177776

LET RS

177776

B8R L250
L247:;5:3333

;DATA=1777756;8IT TO BE CORRECTED IS A ZERO
MOV #177776.RS

END

L2S0::::.::

REPEAT

005237

002324

005204

8969
8970
8971

8972
8973
8974

8973
8976

8977

116402
072227
052702

030164
000005
000004

010237
104425

002150

BA3:5:::5:

INC BITNO
LET R4 := R4 . @}

; INCREMENT BIT POINTER
;POINT TO NEXT SET OF CHES% g{TS

LET R2

+GET NEXT SET OF CHECKX EITS

:B= PTABLE(R4)

+SHIFT TO LINE UP IN CSR
:ENABLE DIAG MODE
+GET CHECK BITS TO BE HR%;;EN

LOADCSR
LET (R1)

:LOAD CSR WITH DATA
iWRITE DATA TO TEST ADDRSS%

:= R2
:» RO

;sCORRECT SBE
sWAS DATA CORRECTED?2?

TST (R1)

005711

IF (R1) NE RS

021103
001412
012737

060000

010237

002314

010537

002246

002034

MOVB PTABLE(R4),.R2

ASH #5,R2
8IS #B1IT2.R2

LET CSR

010011

INCB PASFLG

MOV #-1.R4

IFB PASFLG EQ €1
LET RS

000402

012705

;TURN OFF CACHE
1CLEAR PASFLG

CACHOFF
CLRB PASFLG
CBREG
REPEAT

LET ADDRESS := #60000
LET CHECK
LET TSTDAT

LET TSTDAT+2 := (R1)

RO, (R1)

CMP (R1),RS

BEQ Las1

:MOV ERROR INFORMATION IN

MOV #60000, ADDRESS

:= R2
:= RS

R2,CSR

MoV R2,CHECK
i

MOV RS, TSTDAT

MSV1il-J MEMORY DIAG.

CORRECTION COOE TEST

030104
030110
030112
030112
030112
030114
030114
030122
030124
030126

030126

030130
030130
030132
030134
030134

030134
030134

030142
030144
030144
030146
030146

030134
030156
030156
030160
030162

030164
030167
030172
030175
030200
030203

011137
104052

MACRO Y05.02

002250
END

001002
006305

ERROR +52

CLR (R1)

005011

123727

Mondsy 07-Oct-85 16:57

002264

IF8 PASFLG EQ o

000001

ASL

ELSE

Pege 265-1

SEQ 0232

;CLEAR LUT

SEC

023727
001331

END

002324

002264

000020

cCoM RO
UNTILB PASFLG EQ @2

000002

CLRICSR
CACHON

104503
104423
000207

002
031
026
051
046
070

RETURN

007
032
020
0S2
040

83;
057
075

UNTIL BITNO EQ #16.

005100

123727
001305

ROL

L25%:::331s

1SHIFT NEW DATA DEPENDING ON PASFLG

01
CMPB PASFLG,

;:SHIFT BITNO TO THE LEFTY
3

000402
000261
006105

MOV (R1:,TSTDAT.2

:NO ERROR

BNE L252

BR L253
L2S2::i:11:3

;SET CARRY BIT AND......

;ROTATE LEFT
;

L253::;:31413

;UNTIL ALL BITS ARE DONE

CMP BITNG,#16.

BNE 843
EA3::3:5::3

:COMPLEMENT DATA AND REPEATY
sUNTIL 2 PASSES ARE COMPLETE!

CMPB PASFLG,#2

sCLEAR CSR
: TURN CACHE

BNE B42
E42:;;::::

MSV11-P SINGLE BIT ERROR CHECK BIT TABLE

PTABLE: .BYTE

2,7,37,31,32,25,26.20,57,51,52,45.46.40,75,70

J MEMORY DIAG.
CORRECTION CODE TEST

CYMJABO MSV11l

MTPO36

MACRO Y05.02

030204

Mondey 07-Oct-85 16:57

MTPO37: SUBTST

<«<MTPO37

1¢SUBTEST

4TPO37?

Pege 266

SEQ 0233

CHECK ECC OISABLE TEST>»>

1000066880860800668800800408000840000000800088800880800000000000080080088000040080080

CHECK ECC DISABLE TESY

1888888880088 680 888000808800 080000800084800008080800000808408480008008008008000000

AND THAY
: THIS TEST CHECKS THAT ECC CAN BE DISABLED
DISABLED.
+ NO CORRECTION TAKES PLACE WITH ECC
3

030204

104424

030206

003037

002044

030212
030216

003037
104473

002314

030220
030226

012737
104475

000100

030230

005011

030232
030234

003711
001406

030236

011137

002052

030242
030230

012737
104037

060000

0302352

030254

104423

000207

CACHOFF

s TURN OFF CACME

LET CHECK := #0

1CLEAR CHECK BIT FIELD

CB1CSR

;ENABLE SYNDROME/CHECK BIT REGISTER

CB1CSR

;WRITE CHECK BITS TO CB REGISTER

IF (R1) NE 00

;1WAS CORRECTION MADE?72?

;GOOD DATA FOR ERROR PRINT OUT

LET GOOD := #0

002314

LET CHECK := €100

LET BAD := (R1)
002034

LET ADDRESS
ERROR +37

END

CACHON
RETURN

CLR CHECX

:1SBE CHECK BITS

sWRITE CHECK BITS TO MEMORY

LET (R1) := &0

CLR GOOD

sYES IT WAS..... ERROR

:= 60000

;
P

;

s TURN ON CACHE
3

MOV #100,CHECK

CLR (R1)
TST (R}1)

B8EQ L2S6
MOV (R1).BAD
MOV 660000, ADDRESS
L256:;:1:1::

CVMJABO MSV11-J MEMORY DIAG.

MTPO37

CHECK ECC OISABLE TEST

MACRO Y05.02

9019 030256

Monday 07-0Oct-85 16:57

MTPOA1: SUBTST

<<MTPO41

1 #SUBTEST

MTPO41

Page 268

SEG 02%4

ADDRESS TO CSR ON DOUBLE BIT ERROR TEST>>

;““t“““."t“.“‘.“.“““.““““".‘.“.“‘..“““.".“..“.‘“.“‘.‘

ADDRESS TO CSR ON DOUBLE BIT ERROR TEST

3‘.‘..“‘t.““‘““....““““.“““.‘.".““‘.“..““...‘“‘t.‘..‘..‘0““
9020
9021
9022
9023
9024 030256

g THIS TEST CHECKS TO SEE IF THE CORRECT ADDRESS APPEARS
;: IN CSR BITS 5-11 ON A DOUBLE ERROR.
:

030256
9025 030262

013704
072427
042704

002102
000011
170037

030272
030276
030276
030302
030306
03v306
030312
030316
030320
030320
030320
030324
030324
030330
030330
030334
030334
030342
030344
030344
030346
030350
030352

012700

177740

012701
162701

060000
004000

105037
C05037
104475

002264

9026 030266
9027 030272

9028

9029
9030
9031
9032
9033
9034

9035
9036

9037
9038
9039
9040
9041

062700

000040

062701

004000

012737

001340

104503

005711
104426

ASH 09, ,R4
B8IC €¢C7740,R4

sSHIFT INTO POSTION TO MATCH ADDRESS IN CSR
;CLEAR OFF EXTRANTNUS BITS
;INIT CSR ADDRESS TO O - 1K (BIT S = 1K ADD.)

LET RY := OFIRST - 04000 ;GET LOW ADDRESS IN BANK

MOV @-40,.RO

MOV #FIRST,R1
SUB #4000,.R1

s INIT PASFLG

CLR CHECK
CB1CSR

;CLEAR CHECK B8IT FIELD TO BE LOADED
;ENABLE CHECK/SYNDROME BIT REGISTER

INCB

PASFLG

LET RO := RO +« 040
LET R1
002314

MOV BANK,R4

LET PASFLG :8= @0

REPEAT
002264

005011

tGET STARTING BANK NUMBER

LET RO := #-40

002314

105237

104475

LET R4 := BANK

:= R1

LET CHECK

1INC LOOP COUNTER

CLR8 PASFLG

Ba4:;:;:;:::

s INC CSR ADDRESS TO BE EXPECTED

+ £4000

:= #1340

;DOUBLE ERROR CHECK BITS

ADD #40,RO
ADD

04000,.R1

MOV 01340, CHECK

CB1CSR
LET (R1) := &0

tWRITE DOUBLE ERROR CHECK BITS
;WRITE DATA AND D.E. CHK BITS AT A=0

CLR2CSR
TST (R1)
READCSR

:+CLEAR CSR
;READ ADDRESS TO GET DOUBLE ERROR
;READ CSR FOR CORRECT ADDRESS

CLR (R1)

CVMJABO HMSV11-J MEMORY

MTPO41

9042

9043
3044

9045
9046
9047
9048
9049

9050
9051
9052
9033
9054

9055

9056
9057

DIAG.

MACRO Y05.02

Monday 07-Oct-85 16:57

ADDRESS TO CSR ON DOUBLE BIT ERROR TEST

030354
030354
030360
030364
030364
030366
030370
030372
030372
030374
030376
030376
030402
030402
030406
030410
030410
030410
030410
030412
030414
030414
030422
030424
030424
030426

013705
042705

LET RS

002150

LET R2

002052

010537
104455

002044

LET BAD

LET GOOD
END

€05011

CB1CSR

104475
002264

002570

:= R2

:= RS

:GET CORRECT ACDRESS

MOV RO,R2

:= @0

CHP R2.,RS
BEQ L257

;

MOV R2,BAD

MOV RS,GO0D

:NO ERROR

UNTILB PASFLG EQ PASCNT

CLR1CSR
RETURN

MOV CSR.RS

:DEBUG AIDE
;00 ADURESSES AGREE?

PERR31

LET (R1)

SEQ 0235

;ADD STARTING BANK TO DOUBLE BIT ADORESS

NOP
IF R2 NE RS

010237

104503

:= RO

ADD R4 .R2

020203
001405

000207

:» CSR

BIC #tC7740.R5

170037

010002
060402
000240

123737
001336

Page 268-1

L2S7:::::::

CLR (R1)

;ENABLE CHECK/SYNDROME BIT REGISHER
;D0 16K AT A TIME

CMPB PASFLG,PASCNT
BNE B44

MACRO Y05.02
Monday 07-0Oct-85
CVMUABO MSV11-J MEMORY OIAG.
ADDRESS TO CSR ON DOUolLE BIT ERROR TEST

16:57

Pege 270

SEQ 0236

HMTPOAL

EXTENDED ADDRESS TO CSR ON ERROR TEST>>
MTPOAZ: SUBTST
<<MTPO42
;“‘..‘..“.‘.“‘.“".““““‘.“““.“.t“‘...‘..‘.““.‘.‘...‘..‘.“‘..“.‘

9060 030430

MTPO42

1 sSUBTEST

EXTENDED ADDRESS TO CSR ON ERROR TEST

;.O“““.“‘“‘““““‘0“"...“.““‘.“.‘.“‘“‘““““..“.0.‘..“.‘..‘.‘

9067 030432
030432
9068 030436
030436
030444
9069 030446
030446
9070 030454
030454
030456
9071 030456
030456
9072 030464
030464
9073 030464
9074 030470
9075 030474
9076 030500
9077 030506
030506
9078 030512
030512
9079 030516
9080 030522
9081 030526
9082 030532
9083 030534
030534
9084 030534
9085 030540
030540
9086 030546
9087 030330
030550
9088 030552
9089 030554
9090 030556
9091 030560
9092 030566
030566
030572
9093 030574
030574
9094 030602
030602
9095 030606
9096 030610

®e
@
o
o

9065

9066 030430

9061
9062
9063
9064

104424

013704

002102

023727
001004

002102

000177

012737

000001

002570

000403
012737

000002

042704
072427
032704

062737

177607
000002
040000
000400

105037

002264

013705
042705
072527
052705

002102

104513

CSR BY CAUSING A SINGLE ERROR. ENABLING BIT @ 14, THEN CHECKING
FOR THE PROPER ADORESS IN

IHE CSR.

;sTURN OFF CACHE MEMORY

CACHOFF
LET R4 := BANK

;GET BANK NUMBER TO FIGURE OUT EXTENDED ADORESS
MOV BANK,R4

IF BANK EQ €177
LET PASCNT

CHMP BANK, 8177

:= @1

172352

LET PASCNT

012737
104425

000104

END

BIC €tC170.R4

;:CLEAR OFF LOWER BITS

8IS #81714,R4
ADD 0400,.KIPARS
LET PASFLG :8= &0

;INIT LOOP COUNTER

023705
001406

002150

013737

002150

010537
104023

002044

002150

CLRB PASFLG
MOV BANK,RS

8IC #tC7,R5

;CLEAR ALL BUT THE LOWER BITS

8IS #BIT4.R5
CBREG

:SET UP SBE INDICATOR ;;DATA TO BE EXPECTED

;ROTATE

INCB PASFLG
LET CSR := @104
LOADCSR
LET (R1)

BIC #BIT13,.CSR
IF CSR NE RS THEN

ENOD

LET BAD

:= C5R

LET GOOD

:= RS

ERROR

;INCR LOOP COUNTER

BAS:;:::::

{WRITE CHECK BITS TO CSR WITH DIAG MODE
MOV #104,CSR

;LOAD CSR WITH DATA
;WRT ZEROS AT A=0 AND SINGLE ERROR B8ITS
CLR (R1)
;CLEAR CSR

;READ A-0;DATA BIT O SHOULD BE CORRECTED TO A 1

READCSR

002052

INTO POSTION

;ENABLE CHECK/SYNDROME BIT REGISTER

CLRICSR
TST (R1)

020000

;SHIFT TO LINE UP WITH CSR
:SET EXTENDED ADDRESS BIT
;SET UP PAR TO POINT TO TOP OF A BANK

;RS GETS THE BANK NUMBER

:= BANK

ASH #9.,RS

002150

MOV #1,PASCNT

:= &2

REPEAT

002264

:00 ONCE TIN LAST BANK

B8R L262

LET RS

177770

BNE L261

ELSE

ASH #2,.R4

000011
000020

105237

005011
104303
005711
104426
042737

002570

THIS TESTS THE EXTENDED Q-BUS ADDRESS IN THE

+23

;READ CSR FOR DATA

;CLEAR POSSIBLE INHIBIT MODE IN DATA “CSR*

;HAS SINGLE ERROR BITS SET

IN CSR?
CMP CSR,RS
BEQ L263

MOV CSR,BAD
MOV RS5,GOOU

CVMJABO MSV11-J MEMORY DIAG.

MTPO42

MACRO Y05.02

EXTENDED ADDRESS TO CSR ON ERROR TEST

030610

9097 030610
030610
9098 030616
9099 030620
9100 030622
9101 030630

9102

9103
9104

9105
9106
9107

9108
9109
9110
9111
9112

9113
9114
9115

030630
030634
030636
030636
030644
030644
030650
030650
030656
030660
030660
030660
030660
030662
030662
030666
030672
030676
030700
030700
030706
030710
030710
030712
030714

012737

040000

002150

104426
042737

020000

002150

104425

023704
001411

002150

013737

002150

010437

002044

012737

177777

104023

8IC #BIT13,CSR
IF CSR NE R4 THEN
LET BAD

:= CSR

LET GOOD

:= R4

123737
001312

002264

002612

ERROR

LET R1

SEQ 0237

L263:3:331
MOV #40000,CSR

:READ FOR CORRECT EXTENDED Q-BUS ADDRESS
;CLEAR INMIBIT MODE POINTER IN DATA
;+READ EQB ADDRESS

CP CSR,.R4
BEQ L264
MOV CSR,.BAD
MOV R4,G000

MOV

& 1 ,HEADER

+23

:= &0

:= #137776

ADD #740,RS

002570

;WRITE EQB BIT TO CSR

SET HEADER

LET (R1)

137776
000740
001000

000207

LOADCSR
READCSR

ENO

012701
062705
052704
104513

Page 270-1

:» 040000

LET CSR

002052

€05011

104503
104423

Monday 07-0Oct-85 16:57

;CLEAR LUT
:SET UP NEW ADDRESS

;ADD TO GET NEW ADDRESS

L264:;;;:;::

CLR (R1)
MOV 0137776,R1

8IS #BIT9,R4
CBREG
UNTILB PASFLG EQ PASCNT

;SET BIT 9 SINCE WE ARE ASSERTING Al ON PASSZ
;ENABLE CHECK/SYNDROME BIT REGISTER

CLRICSR
CACHON

;CLEAR CSR
ON CACHE
;iTURN

RETURN

;LOOP 2 TIMES

CMPB PASFLG,PASCNT
BNE BAS

CvMJABO MSV11l-J MEMORY DIAG.

MTPO4&2

MACRO Y05.02

EXTENDED ADDRESS TO CSR ON ERROR TEST

Monday 07-0Oct-85 16:57

Page 271

SEQ 0238

MTPOA3S: SUBTST <<MTPO43 WRITE BYTE CLEARS SINGLE BIT ERROR TEST>>

9117 030716

10608888 0008808800088888880880000840880800000888808048000000080000200040080080008008

WRITE BYTE CLEARS SINGLE BIT ERROR TEST

MTPO43

1 #SUBTEST

9123 030716
9124 030720
9125 030722
9126 030726
030726
030730
9127 030732
030732
9128 030736
030736
9129 030736
9130 030742
030742
9131 030730
9132 030752
030732
9133 030754
9134 030756
030756
9133 030762
9136 030764
9137 030772
030772
031000
9138 031002
031002
9139 031010
031010
9140 031016
9141 031020
031020
9142 031020
9143 031022
9144 031024

9118
9119
9120
9121
9122

3"“‘..t‘“““‘.‘.““‘..“"t.““‘.“““““‘tt“““.“‘.“0.‘.“.‘.“..“

THIS TEST CHECKS TO SEE IF A SINGLE BIT ERROR WILL BE CORRECTED DURING
THE READ PORTION OF A WRITE BYTE AND THAT THE CORRECT CHECK BITS WILL

: BE GENERATED ON A WRITE.
104424
104513
105037

002264

010102
0035202

012704

000001

105237

002264

012737
104425

000604

LET R4

;ENABLE CHECK/SYNDROME BIT REGISTER

;CLEAR LOOP COUNTER
1R2 POINTS TO HIGH BYTE

» 01

;INITIAL DATA = 1

MOV R1,R2
INC R2

MOV 01 ,R4

REPEAT

002150

010411

INCB PASFLG
LET CSR := €604

s INCREMENT LOOP COUNTER

LOADCSR
LET (R1)

;WRITE CSR

CLR1CSR
LET (R2)

104503

112712
104426
042737

000377
177757

002150

023727
001407

002150

000020

012737

000020

002044

013737
104060

002150

002052

104513
005711
104426

; TURN OFF CACHE

CACHOFF
CBREG
CLRB PASFLG
LET R2 := Rl

;WRITE CHECK BITS CORRESPONDING TO DATA OF O

;WRITE DATA OF 1 CREATING A SINGLE BIT ERROR

:= R4

:B= €377

IF CSR NE 420
:=

LET BAD
END

ERROR

CBREG
TST (R1)
READCSR

220

:= CSR

+60

;WRITE CSR_TO NORMAL MODE
;WRITE BYTE OF WORD

:READ CSR
;SEE IF SBE INDICATOR IS SET
;IS SBE SET?2727?

READCSR
BIC &tC20,CSR

LET GOOD

MOV 0604 ,CSR

MOV R4,(R1)

MOVB 0377,(R2)

3
i
i
‘

;WRITE CSR 10 DIAG MODE
;READ SAO FOR CORRECT CHECK BITS
sREAC CSR

CMP CSR, @20
BEQ L266
MOV &20,G00D

MOV CSR,BAD

CVHJABO

MTPO4A3

91435
9146

9147

9148
9149

MSV11-J MEMORY DIAG.

HMACRO Y05.02

Monday 07-Oct-85 16:57

WRITE BYTE CLEARS SINGLE BIT ERROR TEST
031026
031034
031034
031042

042737

174037

002150

023727
001412

002150

000300

031044

012737

177777

002612

0310%2

012737

000300

002044

031060

013737

002150

002052

031044

031052

031060

9150 031066
91351 031070

031070
031070
9153 031072
031072
9154 031076
034076
031104
031106

9152

031106

031110

104061

012704

000400

123727
CO1314

002264

104423

SET HEADER

END

000002

;

LET BAD := CSR

;

ERROR +61

H
:

UNTILB PASFLG EQ @2
CACHON

RETURN

SEQ 0239

:MASK OUT CHECK BIT FIELD
1WERE CORRECT CHECK BITS GENERATED???2??
CMP CSR, 0300
BEQ L267

LET GOOD := @300

DEC R2
LET R4 := 0400

005302

000207

8IC @*C3740,CSR
IF CSR NE @300

Page 271-1

MOV

#-1,MEADER

MOV #300,G000
MOV CSR,BAD

LR267:33533:4
;+POINT TO HIGH BYTE AND REPEAT
;81T O OF HIGH BYTE
MOV 0400 ,R4
;00 HIGH AND LOW BYTE
®2
CMPB PASFLG,
BNE B46
E46:;:;:::::
s TURN ON CACHE

CVMJUABO MSV11-J MEMORY DIAG.

MTPO43

MACRO Y05.02

Monday 07-Oct-85 16:57

Page 272

WRITE BYTE CLEARS SINGLE BIT ERROR TEST

9158 031112

MTPO44: SUBTST

<<MTPOA4

1sSUBTEST

MTPOA4

SEQ 0240

SHIFTING CHECK BITS THROUGH THE CSR TEST>>

;““..‘.‘.“...‘t““.“‘t.‘.“‘.“‘.“‘.‘““.‘.‘.“.‘“‘..“0‘..“.“.....“‘

SHIFTING CHECK BITS THROUGH THE CSR TEST

;“.‘..“t.I“O.“““t‘t““‘.““.‘.“““‘.‘...“.‘.“““.“‘.‘.....“.“‘.‘
91359
9160
9161
9162
9163
9164
9163 031112
031112
9166 031112
9167 031114
031114
9168 031120

9169
9170

9171

9172
9173

031120
031124
031126
031126
031132
031132
031132
031132

3173 031136
9176
9177
9178

9179

9180
9181
9182

9183

91084
9183
9186
9187

9188
9189
9190

9191
9192

9193
9194

031136
031142
031142
031142
031142
031146
031146
031130
031150
031154
031156
031156
031160
031162
031164
031166
031170
031172
031172
031176
031200
031202
031202
031206
031212
031212
031214
031216
031216
031222

THIS TEL. CHECKS THE ABILITY TO READ AND WRITE CHECKBITS INTO MEMORY

BY SHIFTING A ONE BIT THROUGH A FIELD OF ZEROS. THE CSR_IS READ FOR THE
CORRECT PATTERNS. THE TEST IS THEN REPEATED ON A ZERO BIT THROUGH R
FIELD OF ALL ONES.

sILC; ;REV B

REPEAT

104424

105037

002264

012705
104475

174037

12702

000046

105237

005037

005237

002264

0022566

002266

010204

010237
104425

002150

005011
005105
010546
040416
040504
052604

010437

002150

013703
042703

002150
020000

104425
104426

020304
001412
010137

002034

CACHOFF
LET PASFLG

LET RS
CB1CSR
LET R2

; TURN OFF CACHE
;INIT PASFLG

:8= 40

;CHECK BIT MASK FOR CSR

:= 9174037

:SET UP INITIAL CSR DATA

REPEAT

:B= PASFLG + @1

LET PASSNO

LOADCSR
LET (R1)

COM
MOV
BIC
BIC
8IS
LET

INCB PASFLG

CLR PASSNO

:= PASSNO + &1

B51:;:::5::

sINC LOOP COUNTER
:COPY R2 TO R4

:= R2

LET CSR

MOV #46.R2

:DISABLE ECC;DIAG CHK SET
;INIT PASSNOCINNER LOOP COUNTER)

:= @0

REPEAT

LET R4

MOV #174037.RS

BSO:;::3::

:INC LOOP COUNTER
;CHK BITS = 1

LET PASSNO

CLRB PASFLG

:ENABLE CHECK/SYNDROME BIT REGISTER

:= 046

LET PASFLG

BAT: ;1433

INC PASSNO
MOV R2,.R4

1GET CSR DATA TO BE WRITTEN

:= R2

MOV R2,CSR

;WRITE SBE CHECK BITS TQO CSR
;WRITE DATA AND CHECK BITS AT A=0

:~ @0

; COMPLEMENT MASK
:+SAVE RS ON STACK
;:CREATE AN XOR FUNCTION

RS
RS, -(SP)
R4,(SP)
R5.R4
(SP)+.R4
CSR := R4

CLR (R1)

MOV R4 ,CSR

LOADCSR
READCSR
LET R3 := CSR

;:LOAD CSR WITH COMPLEMENT CHECK uITS
sREAD CSR FOR COMPLEMENT CHECK BITS

BIC #BIT13,R3
IF R3 NE R4 THEN

;CLEAR ANY POSSIBLE INHIBIT MOOE POINTER
;:READ CSR FOR PROPER CHECK BITS

LET ADDRESS
LET GOOD

;COPY CSR DATA TO R3

:= Rl

:= R4

MOV CSR,R3
CMP R3,R4
BEQ L271

MOV R1,ADDRESS

MACRO Y05.02
Monday 07-Oct-85 16:57
TEST
CSR
THE
THROUGH
BITS
CHECK
ING
SHIFT

Page 272-1

CVMUABO MSV1i1-J MEMORY DIAG.

MTPOA4

9193

9196

9197
9198
9199
9200
9201
9202
9203
9204
9203
9206

9207
9208

9209

9210
9211
9212

9213
9214

9215

031222
031226
031226
031232
031232
031240
031242
031242
031242
031244
031246
0312350
031232
031256
031256
031260
031262
031262
031266
031270
031270
031274
031274
031302
031302
031306
031306
031314
031316
031316
031316
031320
031320
031326

9216 031330

9217 031332
031332
031334
9218 031334
9219 031336
9220 031340
9221 031342
9222 031344
9223 031346
9224 0313350
9225 031352
9226 031354
9227 031356
9228 031360
9229 031362
031362
9230 031362
031362
9231 031366
031366
031374

010437

002044

010337

002052

012737

171

104463

MOV

LET BAD

END

020437
001413

002150

010437

002044

013737

002150

010137

002034

012737
104464

177777

001002

MOV R2.R4

;MASK OUT CHECK BIT FIELD
;ARE CHECK BITS THE SAME?

LET GOOD

:= R4

LET BAD

:= CSR
:= Rl

PERR4O

B8IC R5,R2

040502
002264

000001

006302

CMP R4,CSR
BEQ L272

)

MOV R4 ,GOOD

)

MOV CSR,BAD

)

MOV R1,ADDRESS

’

MOV

;:ERROR CALL
sSELECT FUNCTION

ASL. R2
ELSE

:00 A FIELD OF ZERQS--->ONES
;SHIFT CHECK BITS
;00 A FIELD OF ONES --->ZEROS

ASL R2
MOV RS, -(SP)

8IC
81C
81S
comM
END

062702

000006

123727

002266

001262

LET R2
000006

R2,(SP)
R5,R2

(SP)+.R2

:= R2 + #6

UNTILB PASSNO EQ @6

::ILC; ;REVS

L272:33335:3

IFB PASFLG EG #1

com RS
MOV RS, -(SP)
8IC R2,(SP)
BIC RS5.R2
8IS (SP)+,R2

#-1,HEADER

;SHIFT CHECK BITS AND‘CREATE NEW OATA FOR CSR
01
CMPB PASFLG,
BNE L273

BR L274
L273::::3:3

000413

005105
010546
040216
040502
032602
006302
010546
040216
040502
052602
005105

11ILC; 1REVB

{MASK OUT CHECK BIT FIELD

SET MEADER
END

o-1,HEADER

:GET CHECK BITS THAT WERE WRITTEN

:= R2

LET ADDRESS

002612

MOV

IKEAD CSR FOR CORRECT CHECK BITS

BIC RS5.R4
IF R4 NE CSR

002052

L27L:ii333

BIC RS,.CSR
LET R4

MOV R3,BAD

; COMPLEMENT MASK
{READ CHECK BITS AT A=0 INTO CSR

TST (R1)
NOP
READCSR

002150

R&,GOOD

;ERROR CALL

PERR37

COM RS

010204
040504

123727

:= R3

SET HEADER

002612

005105
005711
000240

104426
040537

SEQ 0281

:TAKE OUT CHECK BIT FIELD
$
:

;SHIFT CHECK BITS
;PUT BACK CHECK BIT FIELD
[
-

; COMPLEMENENT DATA PATTERN
L278:3;5:531:

;ADD 6 SO THAT WRITE ON CSR WILL ENABLE OIAG MOOE
;D0 ALL CHECK BITS

ADD 06.R2

06
CMPB PASSNO,
BNE 851

MACRO Y0S5.02
Monday 07-Oct-85 16:57
SHIFTING CHECK BITS THROUGH THE CSR TEST

CVMJABO MSV11-J MEMORY DIAG.

MTPO44

9232

9233

9234
9233
9236
9237

9238

9239

031376
031376
031376
031402
031402
031410
031412
031412
031414
031416
031422
031422
031426
031430
031430
031432

Page 272-2

SEQ 0242

ES1::43:3:

012702

003706

123727
001250

002264

104303
005011
062701
020137
001231

104423

000207

000100
002562

LET R2
000002

:= #3706

;REPEAT WITH FIELD OF ONES

MOV #3706.R2

UNTILB PASFLG EQ #2

CLR1CSR
CLR (R1)

ADD #100.R1

UNTIL R1 EQ ENDADD

CACHON

RETURN

CMPB8 PASFLG,
#2
BNE B850
€50:3:::33

;ILC: ;REVE

sALL 256 TO ADDRESS

: TURN ON CACHE

EAT

sILC; :REVB

CMP R1,ENDADD
BNE 847

5554

MACRO Y05.02 Monday 07-Oct-85 16:57
THE CSR TEST
THROUGH
BITS
CHECK
ING
SHIFT

CVMJABO MSvV1li-J MEMORY DIAG.

MTPO44

Page 273

SEQ 0243

SYNDROMES TO CSR ON DOUBLE BIT ERROR TEST>>
MTPO45: SUBTST
<<MTPO45
;““““...“‘.“.““.““““““‘...“.““t“..“‘.“““““..‘....“‘..‘.

9241 031434

SYNDROMES TO CSR ON DOUBLE BIT ERROR TEST

MTPOAS

1 #SUBTEST

;“.“‘““‘.“.““‘.‘..‘.“““““.““.“““‘.“‘.‘..““‘.‘....“..“.““

9242
9243

THIS TEST CHECKS TO SEE IF THE DOUBLE BIT ERROR INDICATOR IS SET

9244

9245
9246
9247 031434
9248 031436
9249 031440
031440
9250 031444
031444
9231 031452
031432
9252 031460
031460
9233 031460
9234 031464
92335 031466
031466
9236 031470
9237 031472
9238 031474
9239 031476
031476
9260
9261
9262
9263

9264
9265

031504
031506
031506
0313514
0313514
031522
031524
031524
031524
031526

002266

012737

003744

002044

012737

003144

002150

€0S237
104425

002266

:= 00

:= #3744

LET GOOD
LET CSR

sTURN OFF CACHE

:= #3144

100000

012737

177717
002150

002150

;WRITE ZEROS AND DBL ERROR CHK BITS

002052
END

ERROR

SYNREG

READCSR

:= CSR

+63

A=0

CLR (R1)

;READ A=0 TO GET OQUBLE BIT ERROR
;WAS UNCORRECABLE ERROR BIT SET???

’

SET HEADER
LET BAD

MoV #3144 ,CSR

;WRITE DBE CHECK BITS TO CSR
;:CLEAR CSR _OUT

IF #8IT1S OFF.IN CSR

002612

MOV #3744 ,G000

;OBE CHECK BITS FOR CSR

BS2::5::3:3

TST (R1)
READCSR

032737
001007

CLR PASSNO

:GO0D DATA

CLR1CSR

104503
005711
104426

:ENABLE CHECK/SYNDROME BIT REGISTER

;CLEAR LOOP COUNTER

REPEAT

INC PASSNO
LOADCSR
LET (R1) :

005011

104426

THIS TEST IS THEN REPEATED WITH MULTIPLE ERROR CHECK/SYNDROME BITS

CBREG
LET PASSNO

005037

104514

CSR.

CACHOFF

104424
104513

013737
104063

ON A DOUBLE BIT ERROR AND THE CORRECT SYNDROMES ARE LATCHED INTO THE

BIT #8IT15.CSR
BNE L300
MOV

9-1 HEADER

;8IT NOT SET
:

MOV CSR,BAD

L300:;:::::

;ENABLE SYNDROME BIT REGISTER
:READ CSR FOR CORRECT SYNDROME BITS

CYMJABO MSV1]

MTPOAS

9266 0-;530
9267 031532
9268 031540

9269
9270

9271
9272
9273
9274
9275
9276

9277
9278
9279

J MEMORY DIAG.

MACRO Y05.02

Monday 07-Oct 85 16:57

SYNDROMES TO CSR ON DOUBLE BIT ERROR TEST

031340
031546
031330
031530
031356
031556
0313564
031366
031566
031366
031570
031370
031376
031576
031604
031604
031612
031614
031614
031616
031620

000240

174033

002150

023737
001407

002150

002044

013737

002150

002052

012737
104042

1771777

002612

042737

LET BAD

012737

003604

002044

012737

003004

002150

23727
001322

002266

000002

:= CSR

SET HEADER
END

005011

104503
104423
000207

NOP
BIC #1C3744,CSR
IF CSR NE GOOD THEN

ERROR

CLR (R1)
LET GOOD
LET CSR

.42

:= #3604

:= #3004

RETURN

SEQ 0244

;DEBUG AIDE

:MASK SYNDROMES OUT

;CHECK IF DOUBLE ERROR BIT IS5 SET

CHP CSR,GOOD
BEQ L301

;:BAD DATA

MOV CSR,BAD

MOV

)

@-1,HEADER

H
H

UNTIL PASSNO EQ @2

CLR1CSR
CACHON

Page 273 1

:CLEAR LUT

L30Y:3:51::

;REPEAT WITH MULTIPLE ERROR SYNOROMES
:MULTIPLE ERROR CHECK BITS

MOV #3604 ,G000

MOV #3004 ,CSR
#2
CHMP PASSNO,
BNE B52

CvHJUABO

MSVY11-J MEMORY DIAG.

MACRO Y05.02

HMonday 07-0Oct-85 16:57

SYNDROMES TO CSR ON DOUBLE BIT ERROR TEST
MTPO46: SUBTST
9281 031622

MTPOAS

Pege 274

SEQ 0245

CHECK SINGLE BIT ERRORS WITH ECC DISABLED>>

<«<MTPO46

H .“.“...‘..““‘.‘.““““".‘“““““..“‘...‘.".““C..‘.‘.“‘O‘.“‘““

MTPO46

;1 ¢SUBTEST

CHECK SINGLE BIT ERRORS WITH ECC DISABLED

;‘..“...““““.".‘.““‘“.“‘...“.‘...‘.‘...‘.‘....‘..““....“..‘.‘“.“

9282

: THIS TEST CHECKS TO SEE THAT FOR EACH BIT OF A DATA WORD THAT A SBE
;: IS TREATED LIKE A UNCORRECTABLE ERROR WITH ECC DISABLED AND TRAPS

9283

9203
92086
92087 031622
9268 031626
9209 031630
9290

9294

031630

031630
031644

031644
9293 031644
031644
9296 031650
031630
9297 031654
031634
9298 031662
031662
9299 031666
031666
031674
9300 031676
031676

9301

031702

031702
031704
9302 031704
031704

9303

031710

9304

031710

031710
031710
031710
9306 031714
9307 031720
031720
9308 031722

031722
031726

031732
031736
03173
9312 031742
9313 031744
9314

003237

0035000
105037
104513

031744
031746

REPEAT

002266
002264

002264

012708

177777

012737

000001

CLR RO
CLRB PASFLG
CBREG

;CLEAR DATA
;CLEAR PASFLG
;ENABLE CHECK/SYNDROME BIT REGISTER

005037

002324

123727
001003

002264

012705

000001

000402

LET R4

LET BITNO := #0

IF8 PASFLG €Q #1
LET RS := 01
ELSE

177776

:= o-)

LET NOPAR := #1

000001

LET RS := 0177776
END

REPEAT

005037
003237

002072
002324

005204

116402
072227
052702
010237
104425

010011

0350164
000005

000006

002150

INC PASSNO

LET PASFLG :8= PASFLG + #1

002076

853:5:5333

LET PASSNO := PASSNO « @1

REPEAT

105237

012705

;CLEAR OUTER LOOP COUNTER
iTURN OFF CACHE

CLR PASSNO
CACHOFF

002266

031710

9305

9309
9310
9311

005037
104424

031630

031634
031636
9293 031642

9291
92292

: ARE DETECTED.

LET PARCNT := &0
INC BITNO
LET R4 := R4 » o1

LET R2 :B= PTABLE(RA4)

ASH #5,R2
8IS #BIT2!8IT1,R2
LET CSR := R2
L OADCSR
LET (R1) := RO
IF PASSNO EQ #1

BS4::3:31
: INCREMENT LOOP COUNTE
INCB PASFLG
;INDEX TO SINGLE BIT ERROR TABLE
MOV #-1.R4
;ENABLE PARITY ACTION
MOV 81 ,NOPAR
sCLEAR INNER LOOP COUNTER
CLR BITNO
:SELECT DATA TO BE CORRECTED BY PASSNO
CHP8 PASFLG,#}
8NE L303
;DATA=0;BIT TO B8E CORRECTED IS A ONE
MOV #1.RS
:

B8R L304
L303:;::3333
;DATA=177776:81IT TO BE CORRECTED IS A ZERO
MOV #177776.RS
3

L304:335333

855:5:3313
sCLEAR PARITY COUNTER
CLR PARCNT
s INCREMENT BIT POINTER
s+POINT TO NEXT SET OF CHECK BITS
INC R&
;GET NEXT SET OF CMECK BITS

MOVB PTABLE(RS).R2
sSHIFT TO LINE UP IN CSR
;ENABLE DIAG MODE
;GET CHECK BITS TO BE WRITTEN
MOV R2,CSR
sLOAD CSR MITH DATA
;WRITE DATA TO TEST ADORESS
MOV RO,(R1)
;WRITE CSR

MACRO Y05.02 Mondsy 07-Oct-85 16:57
WITH ECC OISABLED
ERRORS
8IT
SINGLE
CMECK

Y DIAG.
CVHUABO nsvii J MEMOR

HTPO46

031748
031734

9313 031736
9316 031760
031760
031762
9317 031762
9318 031764
031764
9319 031764
3
031766
2321 081772
9322 031774

031774

9323

9324
9323
9326

9327

9329

023727

001002

002266

100000

002150

013737

002150

002052

012737
104045

177777

002612

READCSR

IF #BIT1S OFF.IN CSR
LET BAD

9332
9333
9334

ROL
END

SEC

9338

9339
9340
9341
9342

9348
9344

9343

123727
001266

002264

023727
001254

002266

000207

001011

000002

002266

MoV

]

UNTIL BITNO EQ 016.

IF PARCNT EQ 21

L307:533333

;CLEAR LUT

iSHIFT BITNO TO THE LEFT

CMP8 PASFLG.01
BNE L310

BR L311
L310:5335:533

:SET CARRY BIT AND......
sROTATE LEFT
'

L311:3533333

sUNTIL ALL BITS ARE DONE

o 0;TN0.016.
BNE BSS

ESS:i32333

;COMPLEMENT DATA AND REPEAT
sUNTIL 2 PASSES ARE COMPLETE!

CMPB PASFLG, 02
SNE 854
€ES54::3333

UNTIL PASSNO EQ &2

CHKTRP: IF PASSNO €Q #1

#-1 ,HEADER

sSHIFT NEW DATA DEPENDING ON PASFLG

CLR1CSR
CACHON
RETURN

104303
104423

023727

coM RO
UNTILB PASFLG EQ @2

003100

MOV CSR.BAD

ERROR +4S

ASL
ELSE

000020

BIT #BIT1S5.CSR
BNE L307

:= CSR

CLR1CSR
CLR (R1)
IFB PASFLG EQ @1

002264

;READ THE CSR FOR UNCORRECTABLE ERROR
:1IS UNCORRECTABLE ERROR BIT SET??7??

SET HEADER

END

104303
005011

L306:3:5:113

;CORRECT SBE
1CHECK FOR CORRECT TRAP

CALL CHKTRP

032737
001007

1ECC DISABLE,NO "8L

;SECOND PASS ;ECC DISABLE.PBL ENABLED

TST (R1)

032106

002324

CHP PASSNO
. @01
BNE L305

BR L306
L30S:;:; lél 3

004737
104426

023727
001313

ENALSBE

104507

9330
9331

9335

sFIRST PASS

€CC101S
LSE

000401

123727

SEQ 0246

000001

104471

003711

Page 274-1

O PASSNO. #2
BNE 053
€S3::133:11

:Tm CACHE
'

sPAS> 1 CHECK FOR NO TRAP

,
O PASSND01
ONE L31S

J MEMORY DIAG.

HACRO Y05.02

Monday 07-Oct-85 16:57

chedk” SINGLE BIT ERRORS WITH €CC DISABLED

9351

9352
9353

9354

9355

032116
032124
032126
032126
032134
032136
032136
032136
032136
032140
032140
032140
032146
032150
032150
032156
032160
032160
032160
032160
032160

023727
001004

002072

000001

012737

177777

002612

104057

SET HEADER
ERROR

002072

000001

012737
104064

177717

002612

BR L317
L31S: EERER]

CMP PARCNT,
01
BEN L320

SET HEADER
END

RETURN

&-1,HEADER

L316:

IF PARCNT NE @1

END
000207

MOV

+57

ELSE

023727
001404

SEQ 0247

CHMP PARCNT ,®)
BNE L316

END

000410

Peage 274-2

ERROR

MOV

+64

L320: IR

EER]

L317: I RERE
R

#-1,HEADER

MACRO Y05.02
Mondey 07-Oct-85 16:57
CVMJUABO MSy11-J MEMORY DIAG.
DISABLED
ECC
WITH
ERRCYS
8IT
SINGLE
LC:
CHE

Paege 275

<cQ 0248

MTPOAS

MTPOAT: SUBTST
<<MTPO47
NO CSR UPDATE ON SBE WITH EXSISTING DBE>>
;.““‘.‘.‘..‘....“‘..‘.‘.“.‘.““““...‘..‘.“..“‘..‘....‘..“.“.."O..O0.

9357 032162

MTPO47

1#SUBTEST

NO CSR UPDATE ON SBE WITH EXSISTING DBE

;“"..“‘..‘..‘....‘..‘l.....“.‘.‘.““.‘.“““‘.‘....‘.“‘.‘....‘000‘.."0.‘

935¢
9359
9360
9361
9362
9363 03¢16?
9364 032164
03216«
9365 032170
9366 032174
9367 032200
9368 032204
9369 032206

9373
9374
9373
9376
9377
9378
9379

9380
9381
9382

9383
9384

i+
;.

013704

nN12427
Od¢ 104

052704
104513

012737
104425

032216
032220
032220
032226
032230
032230
032232
032234
032236
032240
032246
032246
032252
032254
032254
032262
032262
032266
032266
032274
032276
032276

005011

9385 032276
9386 032302
9387 032304

012737

104425

002102
000011

170037

100000

003144

000104

002150

005012

WITH A SINGLE BIT ERROR WHEN A DOUBLE BIT

EXISTS.

CACHOFF
LET R4 := BANK

1 TURN OFF CACHE

ASH #9..R4

BIC #+C7740,R4
BIS #BIT15,R4
CBREG
LET CSR := 03144

1 SHIFT INTO PLACE
:MASK OUT UNWANTED BITS
1SET _UP GOOD DATA
sENABLE CHECK/SYNOROME BIT REGISTER
;CHECK BITS FOR ONPUBLE BIT ERROR

LOADCSR
LET (R1)

:» @0

{MRITE DGE CHECK BITS

LET CSR

:= 0104

;WRITE SBE CHECK BITS

LOADCSR
LET (R2)

:= &0

CLR1CSR
TST (R1)

104303

005711
104426
042737

WILL NOY CHANGE
THIS TEST CHECKS TO SEE THAT THE CSR CONTENTS
ERROR ALREADY

104424

032206

9370 032214
9371 032216

9372

020000

023704
001411

002150

013737

002150

010437

002044

012737
104063

177777

052704
005712
104426

000020

002150

READCSR

BIC #BIT13,CSR
IF CSR NE R4

002052

LET BAD

:= CSR

LET GOOD

:= R4

;GET BANK NUMBER

, R4
MOV BANK

MOV #3144 ,CSR

ENO

ERROR

CLR (R2)
;CLEAR CSR
;READ DBE L OCATION
;READ FOR CSR DBE INDICATOR
:CLEAR THIBIT MODE POINTER

CMP CSR.R4

8€Q U321

MOV CSR,BAD
MOV R4 ,GO0OD

READCSR

MOV

+63

8IS #20,R4
TST (R2)

MOV #104.CSR

{WRITE SBE CHECK BITS AT ADDRESS + 4K

SET HEADER

002612

CLR (R1)

L321:::5::::

;SET BIT IN GOOD DATA
;READ SBE

1READ CSR FOR NO CHANGE

@-1,HEADER

CVMJUABO

MTPO&?

9388
9389

9390

9391

9392

MSV1l-J MEMORY DIAG.

032306

042737

020000

032314
032320

023704
001411

002150

032322

013737

002150

032330

010437

002044

032334

012737

177777

032314
032322

032330

032334

9393 032342
9394 032344

032344
9395 032344

939%
9397
9398
9399

MACRO Y05.02

Mondey 07-0Oct-85 16:57

NO CSR UPDATE ON SBE WITH EXSISTING DBE

104051

104503

002150

BIC #BIT13,.CSR
IF CSR NE R4

LEY BAD :* CSR

002052
002612
END

;CLEAR INHIBIT MODE POINTER
CMP CSR,R4
BEQ L322

SET HEADER

ERROR +51

CLRICSR

;CLEAR 1 CSR

CACHON

: TURN ON CACHE

005011
005012

CLR (R1)
CLR (R2)

032354

000207

RETURN

104423

SEQ 0249

LET GOOD := R4

032346
032350

032352

Pege 275-1

:
:

MOV CSR,BAD
MOV R4 ,G00D
MOV
L322:::55:::

o0 1,HEADER

CVMJABO MSV11-J MEMORY OIAG.

MISC

MACRO Y05.02

Monday O7 Oct-85 16:57

Page 276

SEQ 0250

SUBROUTINES

.SBTTL

9401
9402
9403 032356

MISC SUBROUTINES

REGCOPY:SUBTST

«<<SUBR

COPY RO TO R4,R1 TO R3, & R2 TO R5>>

1¢SUBTEST

SUBR

COPY RO TO R4,R1 TO R3, £ R2 TO RS

;‘.“.““‘.".““““‘.‘.‘““.“‘..“‘.“‘..“‘.“...‘..“.‘..“.“.“‘..0.‘.
08888000008 0844800088080808008480000008480000080080800080808480000000800000000000

9404 032336
9403 032360
9406 032362

9407 032364
9408
9409 032366

MOV

010004

MOV
MOV
RETURN

010103
010205
000207

RO.R4

R1.R3
R2.R5

FLIPWARN:SUBTST <<FLIP WARNING CONSTANTS IN WORST CASE NOISE TESTS>>

IAAS00RARAEEEARINERAARAAAESE00004000000000000000000480484000000000088880080048

1 #SUBTEST

FLIP WARNING CONSTANTS IN WORST CASE NOISE TESTS

(0SSR ARRAARAERRARAEAEEEAEENAS00042080000800888880488080840080000000000000000

9410 032366
9411
9412
9413
9414

9415

9416

9417

9418
9419

9420
9421
9422

9423
9424
9425
9426
9427
9428
9429

9430

9431

9432
9433
9434

032366
032370
032374
032402
032410
032412
032420
032422
032430
032432
032434
032440
032442
032442
032444
032446
032450
032454
032460
032462
032466
032472
032476
032502
032506
032312
032512
032514

010046
005237
042737
C2273%7
001414

022737
001413
022737
001414
005000
013704
000414

002616

012600
000207

INC

FLIPLOC

000001

177774

002616
002616

81C
CMP

000002

002616

000003

002616

cMP
BEQ
cHP
BEQ
CLR

BEG

MOV

002614

14:

005000
005004

000411
012700
013704
000404
012700
012704
010037
010037
010037
010037

PUSH

000401
002614

2%:

000401
000401
024650
024664
024710
024724

34:
4%:

B8R

@+C3,FLIPLOC
91,FLIPLOC
14

#2,FLIPLOC
28
03 ,FLIPLOC
34
RO
ONES R4

CLEAR

RO,R4

B8R

MOV

ONES,R4

MOV

B8R

MOV

MOV
MOV
MOV
MOV
MOV
POP

RETURN

MOV RO, -(SP)

CLR
CLR

RO
R4

MOV

(SP).,RO

9401 ,R0O

9401,R0

0401 ,.R4
RO, WARN2
RO, WARN3
RO, WARN4
RO, WARNS
RO

CVMJUABO MSV11-J MEMORY DIAG.

MACRO Y05.02

Mondey 07-Oct-85 1€:57

FLIP WARNING CONSTANTS IN WORST CASE NOISE TESTS
9436 032516

9442 032536
9443 032544

012737
004737

9445 032536
9446 032560

104416
000207

9447

BACKGND: SUBTST

<<SUBR

WRITE BACKGROUND>>

1¢SUBTEST

SUBR

WRITE BACKGROUND

00
000000000
0000
8400080800840
8080
8408040000004
0400
08000008080
1860080480800 80888080

104415
012700
012701

9444 032550

SEQ 0251

1800000440008 80488868000080008080080000088008000000000000000480000040000008000084¢

9437
9438 0323516
9439 032520
9440 032524

9441 032530

Page 277

060000
040000

012737

000207

024532

012737

000240

024532

024526
024334

002262

1MRITES DATA FROM R2
SAVREG
oF IRST,RO
MOV
0SIZE,R1
MOV

MOV

9207 ,MTP000+4

;WARNING PUTTING "RETURN" AFTER WRITE

MOV

€240 ,MTPO00+4

;RESTORE 'NOP' AFTER WRITE

MOV
CALL
RESREG
RETURN

MMTPOOO, SUPDOADD
SUPDO3

CvMJABO

SUBR

9449

MSV11-J MEMORY OIAG.

WRITE BACKGROUND

032562

MACRO Y05.02

Monday 07-Oct-85 16:57

GETCSR: SUBTST

<<SUBR

1 sSUBTEST

SUBR

Page 278

SEQ 0252

GET CSR INFORMATION FROM CONFIGURATION TABLE>>
GET CSR INFORMATION FROM CONFIGURATION TABLE

(0484208002040 800808000800848008088300088888800040800800800008804840800408800808400
(AR AAEEEAEASASRRARAERAREMSA0ASAEEAASASEA0A4000088008000040488000884880804000000

94350
9451
9452
9453
9454
94535
9456
9457
9438
9459
9460

032562
032566

sOUTPUT

: CSRNO = CSR NUMBER

013702
016203

002104
002664

MOV
MOV

BANKINDEX,R2
CONFIG(R2),R3

:GET INDEX INTO CONFIG TABLE
;MOV IT INTO R3

042703
010337

177741
002152

8IC
MOV

#tC36,R3
R3,CSRNO

;CLEAR OFF SOME BITS
:SAVE CSR NUMBER

032572
032574

000303
006303

032606

000207

032576
032602

NONE

i INPUTS

SWAB
ASL
RETURN

R3
R3

i
i

MACRO Y05.02
HMonda E 07-0Oct-85 16:57
CVMJABO MSV11-J MEMORY DIAG.
TABL
ATION
CONFIGUR
FROM
ON
INFORMATI
CSR
GET
SUBR

1 #SUBTEST

032610
032610
032614
032620
9465 032622
9466 032626
9467 032634
9468 032642
9469 032646
9470 032654
9471
9472 032662
032662

013746
013746
010046
010637
012737

012737
017700
042737
052717
104401

065173

9473 032666
032666

104401

065255

9474 032672
032672

104401

065332

022737
002006

000060

032706
032714
032716
032722
9479 032722
9480 032726
9481 032730
032730
032732
9482 032734
032734

032777
001402
000137

000020

012700
010004

000074

104401

065437

9483 032740
032744
9483 032752
9486 032754
032754

004737
022737
002106

033224
000060

104401

002660

104401

066146

9487 032760
032760
9488 032764
032764

PRINT CONFIGURATION MAP

MOV
MOV
MOV
MOV

000060
000062

8IC
8IS

177776
147760

TYPE
TYPEIT

.DSABL
TYPE
TYPEIT
.DSABL
TYPE
TYPEIT
.DSABL
cMP
BGE

002556

SP,PCONFS

oPCONF2, TKVEC
0340, TKVEC +2

84TKB, RO
0BIT7.PSW
¢BIT6,8$TKS

;SAVE LAST GOOD SP

MSGOO1

.MSGO01
CRF
MSGO02

,15G002

CRF
MSGOO3

,MSGO03

CRF
260, LASTBANK

NOOJ

1IF FAT PAPER ON TERMINAL GOTO 1%
IF oSu4 SET.IN 8SWR THEN JUMPTO PCONF1

147722

NOOJ:

MOV

005001
005003

#60. RO
RO,R4
R1.R3

TCONFIG

060, LASTBANK
PCONF2
$CRLF

+MSGO17

:PRINT SPACE(S)

CRF

MSG11A

065640

032770

104401

002660

9490 032774
032774

104401

066146

,MSG11A

CRF
$CRLF

« $CRLF

CRF

TYPEIT

MSGO17
+M5G017

R}
R3

;GO TYPE CONFIGURATION (1ST HALF)

L $CRLF

CRF
MSGO17

BIT oSW4, aSWR
BEQ L323
JMP PCONF1

CLR
CLR

M5G004

002556

MOV RO, -(SP)

JKILL ANY OLD INTERRUPT
:LOWER CPU PRIORITY TO 140
:ENABLE KEYBOARD INTERRUPTS

033130

104401

9489 032770

SUBR

;".““““‘t““““‘.“““““‘...“.‘tl“““““‘.“.O“‘.“““‘.“.“‘.‘
TKVEC, TKVEC+2,R0O
PUSH
MOV TKVEC,-(SP)
MOV TKVEC+2,-(SP)

000060
000062

033222
033170
000340
147776
000200
000100

9475 032676
9476 032704
9477
9478 032706

SEQ 0253

PCONFIG:SUBTST
<<SUBR PRINT CONFIGURATION MAP>>
;‘“‘.““‘““..“.“‘.““‘.‘.“‘.“““...t“““‘“.t“.“‘0‘0.“.‘.“..“‘.

9463 032610

9464

Peage 280

;PRINT SPACE(S)

MACRO Y05.02
CVMJABO MSV11-J MEMORY DIAG.
PRINT CONFIGURATION MAP
SUBR

033000
033000

104401

065726

9492 033004
033004

104401

002660

9493 033010
033010

104401

066146

9491

9494 033014

033014

104401

066014

94995 033020

012701
010103
004737
022737
002053

000360

9496 033024
9497 033026
9498 033032

9499 033040
9500 033042
033042
9501 033046
033046
9502 0330352

033052

9503 033056

033056

9504 033062
033062

033224
000170

104401

002660

104401

066146

104401

066111

104401

002660

104401

066146

9505 033066
033066

104401

066113

9506 033072
033072

104401

002660

9507 033076
033076

104401

066146

033102
033102

104401

066115

033106
033112
033114
033120
033122
033126

012701
010103
012700
010004
004737
000420

000740

033130
033134
033136
033136
033140

012700
010004

005001
005003

Monday 07-Oct-85 16:57
.DSABL
TYPE
TYPEIT
.DSABL
TYPE
TYPEIT
.DSABL
TYPE
TYPEIT

.DSABL

002556

NOOJ1:

.DSABL
TYPE
TYPEIT
.DSABL

000010

PCONF1:

CRF

CRF
$CRLF

. $CRLF

CRF

MSGO17

,MSGO17

1PRINT SPACE(S)

CRF

MSGO12

,M5GO12

CRF
060.2242
,R1
R1,R3
TCONFIG
#170,LASTBANK
PCONF2

$CRLF

, $CRLF

CRF
MSGO17

JMSGO17

:PRINT SPACE(S)

CRF

MSGl1ie

,M5G118

CRF
$CRLF

+ $CRLF

CRF
MSGO17

,MSGO17

;PRINT SPACE(S)

CRF

MSG11C

,MSG11C
CRF
$CRLF

. $CRLF

CRF
MSGO17

,MSG017

:+PRINT SPACE(S)

CRF

MSG110

«MSG110D

CRF

#740,R1
R1,R3
8. ,R0
RO,R4
TCONF IG
PCONF2

MOV
MOV

9120..RO
RO,R4
R1,R3

CLEAR

SEQ 0254

MSGO11
,MSGO11

MOV
MOV
MOV
MOV

CALL
BR

033224
000170

TYPE
TYPEIT
.DSABL
MOV
MOV
CALL
cMP
8GE
TYPE
TYPEIT
.DSABL
TYPE
TYPEIT
.DSABL
TYPE
TYPEIT
.DSABL
TYPE
TYPEIT
.DSABL
TYPE
TYPEIT
.DSABL
TYPE
TYPEIY
.DSABL
TYPE
TYPEIT
.DSABL
TYPE
TYPEIT

Page 280-1

CLR
CLR

R1
R3

MACRO Y0S5.02
CVMJABO MSVil-J MEMORY DIAG.
PRINT
CONFIGURATION
MAP
SUBR

Mondey 07-0Oct-85 16:57

033146

104401

065726

TYPE
TYPEIT
.0SABL
TYPE
TYPEIT

033152
033152

104401

065437

TYPE
TYPEIT

033156

104401

066014

033162
033166

004737
000721

033224

033170
033174
033202
033206
033206
033210
033214
9530 033220
9531
95852 033222

013706

033222
000100

9519 033142
033142
9520 033146

9521

9522 033156

9523
9524
9523
9326
9527
9528
9529

104401

042777
117700
C12600
012637
012637
000207
000000

066130

147436

.DSABL

.DSABL
TYPE
TYPEIT
.DSABL
CALL
BR

147440

PCONF2:

000062
000060

MOV
8IC
MOV
POP

Pege 280-2

MSGO14

,MSGO14

SEQ 0255

1 SPACE

CRF

MSGO11

,MSGO11
CRF
MS5G004

.MSG0O04

CRF

MSGO12
.M5GO12

CRF

TCONFIG
NOOJ1

PCONFS,SP

98176,84TKS
8$TKB,RO
RO, TKVEC+2, TKVEC

{RESTORE STACK

;READ CHAR TO KILL FLAG
MOV
MOV
MOV

RETURN
PCONFS:

:STACK SAVED HERE!

(SP)+,.RO
(SP).+,TKVEC.+2
(SP).+,TKVEC

MACRO Y05.02
CVMJABO MSV1i-J MEMORY DIAG.
TI
MAP
ON
IGURA
PRINT
ONF
C
SUBR

Mondey 07-Oct-85 16:57

SUBTST

9535 033224

SEQ 0256

<«<SUBR

TYPE CONFIGURATION>>

SUBR

TYPE CONFIGURATION

3‘“““““..‘.““..‘C‘t““.‘.‘..“.““.“.“‘“““".‘....“‘0“.‘0.‘.0...

1 sSUBTEST

]““‘.‘.".“..‘..‘.".‘.“““‘..C.‘.‘.‘.“‘.“‘.‘..““““0““.“.“0.0.0‘0
;“.".““‘.“.““.““.t“".“““““..“““..‘.“‘.‘.‘0‘0..“.“t““00‘a

93536
9537
2538
9339
9340
9341
9342
93543
9344
9545
9546
9547

sCALL:
;
i
:
3
i

MOV

MOV
MOV
MOV
CALL
RETURN

N, RO

RO,R4
. R1
R1,R3
TCONFIG

sN=NUMBER OF CHARACTERS
1 BACKUP
s INDEX CONSTANT
s BACKUP
s ACTUAL CALL
tONLY RETURN

:“‘...‘.“.‘....‘.“..““t“‘.“““‘.“.‘...‘“““.““““.“"“‘..".0.0‘
180888880808

;a8 ERROR o=

;80800888888

9348 033224
9549 033232

012737

000340

033232

104401

065545

9330 033236
9551 033244
9552 033246
033246

032761
001403

000001

9533 033252
9554 033254
033254

000402

9555
9556
9557
9558

Page 282

033260
033264
033266
033270

104401

TCONF IG: MOV

#340,PSW

002664

1%:

#BITO,.CONFIG(R1)

;ERROR ON THIS BANK?

MSGO13

sPRINT »X*

066130

TYPE
TYPEIT
.DSABL

817

BEQ

TYPE

066126

000004

010400
010301

177776

2%:

3¢:

MSGOOS
.HgGOOS
CR

TYPEIT
.DSABL

,MSGO13
CRF

TYPEIT
.DSABL

,MSGO14
CRF

B8R
T:rC

ADD
so8

MOV
MOV

;1DISABLE INTERUPTS

iNO - SKIP

34
MSGO14

;PRINT SPACE

04 ,R1
RO,14$

:8UMP POINTER
:LOOP UNTIL OONE

R4,R0
R3.R1

CVnJABO MSV1il -J MEMORY DIAG.
TYPE CONFIGURATION
SUBR

MACRO Y05.02

;18880888888 008000

9568 033312

033312
033316
033320
033322
9369 033322
9570 033324

9571
93572

012737

112737

000340
000040

104401

066132

005737
001401
000207

002372

177776

066132

TCFIG1:

sTHIS IS AN ENTRY POINT FROM ERROR REPORTS
;:DISABLE INTERUPTS
#340,PSH
MOV
A BLANK IN T0 BE PRINTED
:MOVE
o .HSGOlS
MOVB
TYPE
TYPEIT
.DSABL

MSGO1S
,MSGO1S
CRF

IF NOTAB NE €0 THEN SRETURN

TST NOTAB

BEQ L324

R4 .RO
R3,R1

MOV
MOV

010400
010301

RTS PC
L324:;::35:3

1066800880 08888848%

9573
9374
9375
9576 033326
033326

033332
033340
033342
033346
033350
033354
033360
033362
033362
033366
9585 033370
033370
033374
9586 033376
9587 033404
033404
033406

9577
9578
9379
9380
9581
9382
9583
9584

9588 033406
9589 033414

;se MEMORY TYPE s»

;8808480864688 84088

104401

065614

033761
001432

002106

016105
000305
042705
020527
003022

002664

TCFIG2:

002666

000001

032705
001404
112737

000002
000120

033414
033416
033416
033424
033424
033424
033426
033434
033434

9596 033440

033440

LS8

.OSABL

CRF

géz

000105

CONFIGOZ(RI) RS
RS

cMP

RS F

#1C7.RS

8GT
IF OBITO SET IN RS
IF #8IT1 SET.IN RS
®'P . MSGO1S

HOve

066132

ELSE

MOV8

066132

'€ ,MS5G01S

END

000120

000403
112737

066132

104401

066132

005737

002372

#'P MSGO1S

Move

066132

END
17%:
8s:

B8R

MOVB
TYPE

TYPEIT

:GET MEMORY TYPE
;CLEAR NON INTERESTING BITS

;IS ITA LEGAL MEMORY TYPE
;IF IF SO BRANCMH! et
$sIS IT AN ECC MEMORY?72?

B8IT #8IT0.RS
BEQ L32S

;IS IT A MSV11-P OR A MSV11-J227

BIT #8IT1.RS
BEQ L326

;IT IS A MSV11-P

;IT IS A MSV11-J

;

ELSE

000403

112737

CPUBIT CONFIG(R1)

MOV
SWAB

000403
112737

MSGO09
,MSGOO9

8IC

177770
000003

032705
001413

.ENABL

TYPE
TYPEIT

033414

9590 033414

9394
9593

SEQ 0257

;s INTERLEAVE o

9365 033272
9366 033300
9567 033306
033306

9593

Page 284

0
8800
166688608808

9561
9562
9563
9364

9391
9592

Monday 07-Oct-85 16:57

BR L327
L326:;:::3:
L327:3:5343

BR L330
L325::35:3:3

sIT IS A MSV11-L/P
H

L330:;:::3::

&' ,MSGO1S
MSGO1S
,MSGO1S

CRF
.DSABL
IF NOTAB NE ¢0 THEN $RETURN

TST

NOTAB

MSV11-J MEMORY DIAG.
TYPE CONFIGURATION
033444
033446
033430
033430
033434
033436
033460

MACRO Y05.02

Monday 07-0Oct-85 16:57

Pege 204-1

SEQ 0258
BEQ L331

001401

000207
AD"

062701
077052
010400
010301

AV
MOV
.DSABL

o4 R1

RO, TCFIG2
R4 RO
R3.R1
LSB

sBUMP POINTER
;LOOP UNTIL OONE

RTS PC
L331:::5334

(46088880

;168

CSR

LYY
Y]

033462
033462

9607 033466
03874
9609 033300
910 033504
%11 033306
%12 0333512
9613 033314
9%14 033320
9613 033522
%16 033526
%17 033332
%18 033336
033536
%19 033342
033342

033546
033330
0335352

9620 033552
9621 0335356
9622 033560
9623 033562
9624

104401

066134

112737
0161035
032705
001414
C42705
000305
022703
100002
062705
0627035
110537

000040
002664
000002

104401

066132

005737
001401
000207

002372

062701
077035
010400
010301

000004

066132

TCFIG3:

170377
000011

000007

000060
066132

10%:
164

TYPE
TYPEIT
.OSABL

MSGO16
,MSGO16
CRF

ADD

07.RS

MOve
MOV
8IT
8EQ
8IC
SWAB
cHP
8PL

#' ,MSGO1S
CONFIG(R1).RS
#8IT1.RS
164
#1C7400,.R5
RS
#9..,R5
10¢

#60,RS
ADD
RS,MSGO1S
MOVB
MSGO1S
TYPE
TYPEIT
,MS5GO15
CRF
.DSABL
IF NOTAB NE €00 THEN $RETURN

sMAKE

ASCII

;PLUG INTO MEMORY

TST NQOTAB

BEQ L332

ADD
MOV
MOV

#4 ,R1
RO, TCFIG3
R4 ,RO
R3,R1

:BUMP PCOINTER

RTS PC
L332:53:3:3

CVMJUABO MSV11l J MEMORY DIAG

SUBR

TYPE CONFIGURATION

MACRO Y05.02

Mondey 07-Oct-85 16:57

96295

880
10808008688868

9627

048
1980880858808

Pege 284-2

SEQ 0259

;1¢s PROTECTED o

9626

9628 033564

033564

9629 033570

9630 033574
9631 033576
9632 033604
(83604

104401

065626

105761

002664

100006
112737

000120

104401

066132

9633 033610
9634 033612

000402

033612

104401

066130

9635 033616
9636 033622
9637 033624
9638 033626

062701
C77016
010400
010301

000004

9639 033630

000207

TYPE

MSGO10

7578

CONFIG(R1)
144
&' P ,MSGO1S

T;ls’gl

11¢:
066132

134:

8PL
MOVB

TYPE
TYPEIT

MSGO1S
,MSGO1S

B8R
TYPE

154
MSGO14

.DSABL

144

154

‘.::gGOlO

CRF

ngfigl

é:FSGOI‘

ADD
S08
MOV
MOV

4 ,R1
RO,11¢
R4 .RO
R3,R1

RETURN

1BANK PROTECTED?

;NO - SKIP

;PRINT SPACE

;8UMP POINTER
;LOOP UNTIL OONE

CYMJABO nsvt%
TRAP

PARITY

J MEMORY DIAG.
ERRUR HANOLER

MACRO Y05.02

.SBYTL

9642
9643
9644
9645

SEQ 0260

PARITY ERROR HANOLER

;.“.“.‘.“‘..““..‘“‘..“““‘.““‘.“““““““‘.‘t“..‘“‘.‘..“O“‘.‘.
]

9654
9%35 033632
9%36 033640
96357 033642
9638 033646
9639 033650
9660 033636
9661 033660
033660
9662 033666
9663 033672
9664 033676

CODE

ACTION

PRINT "UNEXPECTED PARITY TRAP

;

:
3

9633

9669 033722
9670 033724
9671 033730
033730
033734

Page 286

sVECTOR TO HERE FROM TRAPS TO 114
1 IGNORE ERRORS BUT COUNT IF NOPAR FLAG = 1.

9647
9648
9649
9630
9651
9%352

9663 033704

TRAP

16:57

[ SASAEREAAASEEESAE08 800008080008 008000808000008408840000000000000000000080000000080

9646

9666 033706
9667 033714
9668 033716

Mondey 07-Oct 85

o)
1

COUNT ERROR

SET “ABORT" 7 SETUP "BADPC" / RETURN VIA PCBUMP

RETURN VIA "PARTHERE"

002076

PARITY: CMP
BNE
£¥§

@1 .NOPAR
1
PARCNT

;COUNTING PARITY ERRORS?
iNO - SKIP
+PARITY ERROR COUNTER « 1

000002

002076

1%:

cHP
BNE

@2 ,NOPAR
24

;ACTION CODE = 2 ?
SKIP
iNO

177777

002144

CALL

BADSTACK

;FIND BAD SP,PC,PSW OFF STACK

cHP
BNE
:cTn{

3, NOPAR
3

PARTHERE , (SP)

;ACTION CODE = 3 ?
iNO - SKIP

CALL

BADSTACK

;FIND BAD SP,PC.PSW OFF STACK

INC

FATALS

;SCT FATAL INDICATOR

022737
001003
005237
000002
022737
001013

000001

012737
004737
063716
042766
000002
022737
001003
013716
000002
004737
005237
104032

-—-

002072

034040
002326
000004

000002

000003

002076

SET

ADD
g¥§

24:

002304
034040
002064

FATAL

ERROR
.DSRBL

ABORTFLAG

PCBUMP, (SP)
08172,2(5P)

*32
CRF

:YES

MOV

;:UPDATE RETURN PC
;SHOW FAILURE BY .NE.

#-1,ABORTFLAG

CVMJABO MSV11l J MEMOR! DIAG
TRAP

MACRO Y05.02

NON EXISTANT MEMORY (HOLES) MANDLER

974
%75
9%76
9%77
%78
%79
9680
9681
9682 033736
983 033744
96084 033746
96835 033732
9686 033760
9687 033762
9698 033766
9689 033770
9690 033774
9%91 034000
9%92
9%93
%694
9693 034002
9696 034006
034006
034012

9697
9698
9699 034014
9700 034020
034020
034024
9701
9702 034026
9703 034032

034032
034036

Mondey 07-0Oct-85

.SBTTL

TRAP

16:57

Pege 288

SEQ 0261

NON-EXISTANT MEMORY (HOLES) MANDLER

1806008000800 6806000060000000800000000008000880000000080800080060848000000008000000

s+VECTOR TQ HERE (SOMETIMES) FROM TRAPS 10 4

:
s 1)
i 2)

CODE IN NONEM DETERMINES ACTION AS FOLLOWS:
IGNORE ERRORS BUT COUNT IF NONEM (NO NON-EXISTANT MEMORY) FLAG = 1.
TO EXIT PATTERN O DURING SIZING IF NON-EXIST MEM ERROR

;‘..““.‘..t..‘....‘.“..“‘.‘."."“““....““........‘...“.“‘.‘.......‘.

022737
001011
005237
022737
001002
010037
000002
005237
012701
000002

000001

002070
000001

002100

NONEXISYQ£29

002070

002034

002070
000001

Oi.NONEH

;COUNTING NON-EXISTANT MEMORY ERRORS?

INC

NEMCNT

;BUMP NON-EXISTANT MEMORY COUNTER

g?¥

RO, ADDRESS

INC

NEMCNT

#1,NEMCNT
1

cHP
BNE

#1,R1

S$¥

iNO - SKIP

1FIRST ERROR?
tNO - SKIP

;ASSUME RO CONTAINS THE ADODRESS ACCESSED

;BUMP NON-EXISTANT MEMORY COUNTER

;:DUMMY UP R1 FOR A FORCED SOB EXIT

[0600008000800000480808600600800400800808048000088028480484888084840088808088884000000480

004737

034040

005237
104006

002064

.SBTTL
TIMEQUT :CALL

TIMEQUT (TRAP "0 &) HANDLER
TRAP
BADSTACK
;FIND BAD SP,PC,.PSW OFF STACK

FATAL

ERROR
.DSABL

+6
CRF

INC

FATALS

:SET FATAL INDICATOR

;98080 8008008880000808008000080008000000004000000808480840840800408484884084848088000008

004737

034040

005237
104007

002064

004737

034040

005237
104005

002064

MMTRAP:

.SBTTL
CALL

MEMORY MANAGEMENT (TRAP TO 250) HANDLER
TRAP
BADSTACK
sFIND BAD SP,PC,PSW OFF STACK

INC

FATALS

;SE1 FArAL INDICATOR

FATAL$

;SET FATAL INDICATOR

FATAL

ERROR
.DSABL
.SBTTL
PDPIIOS:E:%L

INC

ERROR
.DSABL

9704
9710
9711 034040

+7
CRF
RESERVED INSTRUCTION MWANDLER
TRAP
gAOSTACK
sFIND BAD SP.PC,PSW OFF STACK
+5
CRF

BADSTACK:SUBTST <<FIND BAD SP, PC, & PSW FROM STACK>>

1508006080080 08088888508805040808800000000400480400084480800048080080888800068088008

+sSUBTEST

FIND BAD SP, PC, & PSW FROM STACK

(0880400400000 005040800000000060000008008000000000000004088080080800800808080000

9712
9713
9714
9715
9716

034040
034044
034052
034060
034066

010637
062737
016637
016637
000207

002026
000002
000002

0v0004

002026
002022
002032

MOV
ADD
MOV

MOV

RETURN

SP ,BADSP
#2 ,8ADSP
2(SP),B8ADPC

4(SP),BADPSUH

CvrJyABO MSV1l
TRAP

KERNEL

J MEMORY OIAG.
TRAP HANDLER

Monday 07-Oct-85 16:57

.SBTTL

9719
9720
9721
9722
9723
9724 034070
9723 034076
9726
9727
9728 034100
9729 034106

042766
000002

140000

052737
000002

000001

034110
034116

042737
000002

000001

034120
034124
034126
034134
034142

005737
201406
13737
052737
000002

002544

9730
9731
9732
9733
9734
9733
9736
9737
9738
9739
9740
9741
9742
9743
9744
9745
9746
9747

MACRO Y05.02

TRAP

Page 290

SEQ 0262

KERNEL TRAP HANDLER

;“.“‘.“‘..“‘...‘..“‘.‘..‘..“‘.““‘..‘.“.0‘““‘0.0..‘0‘.“.“‘...0““‘.

{KERNEL IS A TRAP THAT COMES HERE

|“‘.‘.".‘...“.“‘.‘“‘...“.....“‘..‘.““‘.".“.“"l“‘.“‘““O.‘.‘..O..

000002

PKERNEL:

8IC

#140000,2(SP)

;“..“““.‘.““‘.“‘“.‘.‘““‘...““‘..““O“.“‘.‘..“““.0..‘.“...‘0‘0

177572

.SBTTL

YENERCTE:BIS

TRAP

ENERGIZE TRAP HANDLER

@BITO.MMRO

“2000808008088888800888808808000008080888000808800880080800800088808808048008000000

1771572

.SBTTL

TRAP

DEENERGIZE TRAP HANOLER

:BIC BITO.MHRO
$DEENERGIZE

]...““.“..‘.“t“.“".“.““““““.“.“.““.‘.““.‘.“‘..““...‘.".‘

002544
000001

.SBTTL

$CACHN: TST
177746
177746

BEQ

MOV

81s

TRAP

CACHKN

CACHON TRAP HANDLER

;IS THERE A CACHE

iNO_- RETURN

#8IT0, CONTRL

;DISABLE TRAPS (BUT NOT ABORTS)

CACHKN,CONTRL

1088080088880 8008800000R0000

034144
034150

005737
001403

002544

034152
034160

053737
000002

002550

.SBTTL
$CACHF: TST
8EQ
177746

TRAP
CACHKN
18

;SETUP CACHE AS PER CONSTANT (USUALLY 1 = FULLY ON)

bttt ttittatttsttttstistttttssitssssnsssstsstsssses

CACHOFF TRAP HANDLER
;IS THERE A CACHE?
RETURN
;NO

;:DISABLE TRAPS (NOT ABORTS), FORCE MISSES. FLUSH, BYPASS

g%%

CACHKF ,CONTRL

CVMUABO MSV11 J MEMORY DIAG.
TRAP

9750
9751
9752
97S3

LOAD CSR TRAP HANDLER

9767
9768
9769
9770
9771
9772

9773

Monday 07 Oct-85 16:57
.SBTTL

TRAP

Page 292

SEQ 0263

LOAD CSR TRAP HANDLER

;:LOAD CORRECT CSR WITH DATA IN CSR

034162
034162
034164

034166
034172
034172
034176
9736 034200
97357 034204
9738 034206
9739 034212
9760 034216
9761 034222
9762 034224
9763 034232
9764 034234
9765 034242
9766 034230
034250
034252
9754
9755

MACRO Y05.02

034254

034256

;PROGRAM CSR'S ASSERT INHIBIT MODE POINTER WHEN LOADED

010046
010146

002152

005737
001021
005737
100007
113701
042701
020137
001404
123737

002536

002532

002152

1%:

052737

020000

002150

2%:

001003
C13760

034274

034272

3¢:

TST
8PL
MOvVE
8I1C
cre
BEQ
CMPB
BNE
B81S
MOV
POP

PGMCSR
1
PGMCSR+1,R1
9tC37,R1
R1,CSRNO
24
PGMCSR, CSRNO
3

#8IT13,CSR

CSR,CSRADD(RO)
R1,RO

RTI

1 SAVE REGISTERS

MOV RO, -(SP)
MOV R1,-(SP)

;CREATE CSR ADDRESS
;DON'T WANT INM. HODE POINTER ON
TST INKFCC
BNE 34
:PROGRAM IN INTERLEAVED SPACE?
;BRANCH IF NOT
; CHECK SECOND CSR
;:CLEAR UNNECESSARY BITS
;IS THIS THE CURRENT CSR?
;BRANCH IF IT IS
;IS THIS THE CURRENT CSR?
;BRANCH IF NOT
:SET THE INHIBIT MODE POINTER TO 1ST 16K
;LOAD THE CSR
;RESTORE REGISTERS
MOV (SP).,R1
MOV (SP).,RO

READ CSR _TRAP HANOLER
.SBTTL_TRAP
sREAD THE CORRECT CSR INTO LOCATIONS CSR

016037

9775

172100

000002

034264

034272

002533
177740
002152

012601
012600

010046

9774

002532

002150

RO,R1

CSRNO,RO
MOV
IF INHECC IS TRUE THEN GOTO 3%

013700

034256

034260

$LOADC: PUSH

013700

012600

000002

$READC: PUSH

002152

172100

002150

MOV

CSRNO,RO

POP

MOV
RTI

CSRADD(RO),CSR

MOV RO, (SP)
;READ IT

MOV (SP)+,RO

?VHJABO
RAP

9777
9778

HSV*l-J MEMORY DIAG.

TEST

034276

010046
010246
010346
012700

034314

005002

034310

034316

034322

034324

MOV

@CSRADD,RO

005737

002532

TS7T

CLR

113703

002533

100007

012702
004737

9792
9793

9794

9795
9796

034362

034362
034364
034366

034370
034370
034376
034400
034406

034410

034416

034416
034420
9797 034420
9798

9799
9800
9801
9802

9803
9804
9805
9806

034426

001002

032737
001410
032737
001004
052766

042766

034430
034432

010210

034442

034450
034454

MOvV8
8IC
cMP

000200
002152
002532

002152

020000
034430

053737
105711

042737

011037
000207

1%:
24:
3s:

Ss:

000020

002150

100000

002150

000001

000002

000403

000002

034440

8PL

012603
012602
012600

034426

034432

ADD

000001

000002

BEQ

cMPB

BNE

Pege 293

SEQ 0264

TEST (R1) & READ CSR CAREFULLY

172100

034352
9791 034356

9790

TRAP

RO,R2.R3

002152

042703
020337
001404
123737

034350

$TSTRD: PUSH

063700

034330
034334
034340
034342

9789

Monday 07-Oct 85 16:57
.SBTTL

034276
034300
034302
9779 034304

9780
9781
9782
9783
9784
9785
9786
9787
9788

MACRO Y05.02

(R1) & READ CSR CAREFULLY

CSRNO,RO

;CREATE CSR ADDRESS

PGMCSR
1

PGMCSR+1,R3

#8IT7,R3
R3,CSRNO
24
PGMCSR,CSRNO

MOV
8IT13,R2
TSTRD1
CALL
;IF SINGLE BIT ERROR ONLY - SET CARRY BIT
R3,R2,R0
POP

IF oBIT4 SET.IN CSR AND #8IT1S OFF.IN CSR

BIS

ELSE

8IC

#81T0,2(5P)

BIT0,2(SP)

END ;:0F IF e8IT4

177776

140000

177776

002150

R2,(RO)
TSTRD1: MOV
TESTAREA

ngfisL
7578

BIC

MOV
RETURN

EE?THODE.PSH
(R1)

oBIT1S!BIT14,PSUH
(RO),CSR

MOV (SP)+,.R3
MOV (SP)+,.R2
MOV (SP)+,.RO
B8IT #BIT4,CSR
BEQ L333
BIT #BIT1S,.CSR
BNE L333

BR L334
L333::::::3
L334:::::::

RTI

002552

MOV RO, -(SP)
MOV R2,-(SP)
MOV R3, -(SP)

:
:

;GO TO SYSTEM TEST MODE

aNL:1Y ?Ezlélgfi\gfgoglLoéeg:S TRHACRRNBOE“OE
AP HANDL

9809

9810 034456

9811 034464
9812 034470

012737

004737
000002

9512 034372

012737

9816 034502

000002

93is 0 4508 133425
9

9817
9818 034504
9819 034512
9820 034516

9821

9822 03452C

9823 034526
9824 034530

9825

Monday 07-Oct 85 16:57
.SBTTL

Page 295

ECC DISABLE ALL CSR'S TRAP HANDLER

TRAP

000002

002150

$ECCDIS:MOV

#81T1,CSR

000002

002150

seccxoxs'asTTL

I§?$1 CSEcc DISABLE OF 1 SELECTED CSR TRAP HANDLER

035202

CALL
RTI

Logscsa

CSROUT

RTI

.SBTTL

$ECCINIT:MOV
CALL

TRAP

INITIALIZE ALL CSR'S TRAP HANDLER

TRAP

INITIALIZE 1 SELECTED CSR TRAP HANDLER

TRAP

ENABLE SBE PARITY TRAPS ON ALL CSR'S

@8IT0,CSR
CSROUT

012737
004737

000001
035202

002150

012737

000001

002150

S$ECCLINIT:MOV
$ENASBE:MOV
CALL

#8ITO!BIT1,CSR
CSROUT

000002

104425
000002

RTI

.SBTTL

LOADCSR
RTI

.SBTTL

oBITO,.CSR

9826 034532
9827 034540

012737
004737

000003
035202

002150

9829
9830 034546

012737

000003

002150

.SBTTL
$ENA1SBE:MOV

ENABLE SBE PARITY TRAPS ON 1 SELECTED CSR
TRAP
e8ITO!BIT1,CSR

002314
000006

002150
002150

.SBTTL
$CBCSR: MOV
8IS

WRITE CHECKBITS THRU ALL CSR’S TRAP HANDLER
TRAP
;8ITS 11-5
CHECK, CSR
; CHECK MODE
#8IT1!8IT2,CSR

002150

$CB1CSR:MOV

9828 034544

9831 034554
9832 034556

(00002

104425
000002

9833
9834 034560
9835 034566

013737
052737

035202

9838
9839 034602
9840 034610

004737
000002

013737

002314

9836 034574
9837 034600

9841 034616
9842 034620

052737

104425
000002

000006

RTI

002150

LOADCSR
RTI

CALL CSROUT
RTI

.SBTTL

8IS

LOADCSR
RTI

WRITE CHECKBITS THRU 1 SELECTED CSR TRAP HANDLER
;8ITS 11-S
; CHECK MODE
oBIT1!BIT2,CSR
TRAP

CHECK, CSR

SEQ 0265

CVMJABO
TRAP

MSV11-J MEMORY DIAG.

MACRO Y0S5.02

Monday 07-Oct-85 16:57

WAS THERE A SBE ON ANY CSR TRAP HANDLER

9845
9846 034622
034622

034624

9847 034626
9848 034632
9849 034634

010146
010446
013701

005004

MOV

002224

034654
9855 034656
034656
9856 034662
034662
9857 034664
034664
9858 034664
034664
9859 034664
034664
034666
9860 034670
034670
034676
034704
034706
9861 034706
034706
9862 034706
9863 034710
034710
034712
9864 034714
034714
9865 034716
9866 034724
034724
034726
9867 034726
9868 034734
034734
9869 034734

005037

TOTCSRS,R1

FOR CSRNO

002152

ASL
ON. ERROR

006301

103910
104426
000020

C12704

177777

SET

END

000002
002152

002152
000036

END

012604
012601

000002

000403
042766
000002

000001

000002

L335:::::1:
ST R1
B8EQ €56
ADD 42 ,CSRNO

cHpP CSRNO, #36
BLE 857

R4
R4 ,R1

ON.ERROR
000001

#-1,.R4

L336:::::::

;0F ON.ERROR

;0F FOR CSRNO

ROR
POP

006004

81T eBITA,CSR
BEQ L336

BR ES6

;OF IF oBIT4

ES7::35:3::3

END LWSBE

052766

857:::::?%R CSRNG

MOV

IF R1 EQ 40 THEN LEAVE LWSBE

005701
001407

103004

B56::::::1:

B8CC L335

LEAVE LMWSBE

END

003755

0 TO 036 BY @2

IF oBIT4 SET.IN CSR

002150

000411

023727

:GET CSR'S BYTE

MOV R1, -(SP)
MOV R4, (SP)

READCSR

032737
001403

062737

SEQ 0266

WAS THERE A SBE ON ANY CSR TRAP HANDLER

R4
CLR
BEGIN LWSBE

034634

9850 034634
034634
034640
9851 034640
9852 034642
034642
9853 034644
9854 034646
034646

TRAP
R1,.Rs

.SBTTL
$WASSBE : PUSH

Page 297

8IS
ELSE

#8IT0,2(SP)

#8ITO,2(SP)
BIC
END ;OF ON.ERROR
RT1

$SET C BIT FOR ERROR

€S6:;:::1:
MOV (SP)+,.R4
MOV (SP)+,R1

acc L3357

BR L340
L337::::333
L340:;::5:::;

MACRO Y05.02
Monday 07-Oct-85 16:57
CVMJUABO MSV11-J MEMORY DIAG.
TRAP
WAS THERE A SBE IN 1 SELECTED CSR TRAP HANDLER

9870
9871
9872
9673
9874
9873
9876
9877

.SBTTL

034736
034740
034746
034754
034756
034764

104426
042766
032737
001403
052766
000002

TRAP

Page 297-1

WAS THERE A SBE IN 1 SELECTED CSR TRAP HANOLER

;ON RETURN IF CARRY IS SET THERE WAS A SBE

000001
000020

000002
002150

000001

000002

: READCSR
$WAS1SBE

8IC

BIT
8EQ
1%:

81S
RTI

98170,2(SP)

;CLR C BIT ON STACK

#B1I70,2(SP)

;SET C BIT ON STACK

98IT4,CSR
14

SEQ 0267

CVMJABY MsVil-J MEMORY DIAG.
TRAP

9880

9881

9882
9883
98084

9885
9886
9887

9891
9892

9893
9894

9895

9896

9897
9898
9899

9900
9901
9902
9903
9904

Mondey 07-Oct 85 16:57

TRAP

.SBTTL

034766
034766
034770
034772
034776
035000
033000
033000
033000
033004
033004
033006

010146
010446
013701
005004

005037

R1,R4

$WASDBE: PUSH

FOR CSRNO
ASL
ON.ERROR

006301

035012
035020
033022
035022
033026
035026
033030
035030
033030
035030
035030
035030
035032
035034
035034
035042
035050
035032
035052
035032
035052
035054
035054
033056
035060
033060
035062
035070
033070
035072
033072
033100
035100
035100

032737
001403

100000

€i2704

177777

:GET CSR'S BYTE

@0 TO #36 BY &2
R1

IF e8IT1S SET.IN CSR

002150

SET

LEAVE LWDBE

END
END

000002

002152

002152
000036

END

;:0F FOR CSRNO

103004
052766

POP

R4 ,R1

ON.ERROR
000001

000002

8IS

ELSE

98IT0,2(SP)

000403

042766
000002

000001

000002

BIT #BIT15.CSR
BEQ L342

L381:::::5::

TST R1
BEQ E60
ADD

#2,CSRNO

CMP CSRNO, 036

ROR

012604
012601

CLR CSRNO
B61:3:1334:

L342:;::::3

;:0F ON.ERROR

BLE 861
E6Y:;::::::

END LWDBE
006004

B60:;::::1:1

BR E60

;OF IF 4BIT4

IF R1 €Q 00 THEN LEAVE LWDBE

005701
001407

MOV R1,-(SP)
MOV R4, -(SP)

B8CC L3341

READCSR

000411

062737
023727
003755

SEQ 0268

WAS THERE A DBE ON ANY CSR TRAP HANOLER

R4
CLR
BEGIN LWDBE

002152

103910
104426

Page 299

TOTCSRS,R1

MOV

002224

035006

9888 035010
9889 035012

9890

MACRO Y05.02

WAS THERE A DBE ON ANY CSR TRAP HANDLER

#I710,2(5P)
8IC
END ;0F ON.ERROR
RTX

:SET C BIT FOR ERROR

E60::;:::3

MOV (SP)..R4
MOV (SP).+,R1

B8CC L343

BR L344
L343:::::3:
L344:;;:::3:

CVMJABO MSV11-J MEMORY OIAG.

TRAP

MACRO Y05.02

Monday

07 Oct-85 16:57

WAS THERE A DBE ON 1 SELECTED CSR TRAP HANDLER

.SBTIL

99035

9906

9907 035102

104426

9908 035104

005737

9911 035120

000002

9909 033110
9910 035112

9912 035122

9918 035130

100004
052766

042766

000002

TRAP

Page 299-1

WAS THERE A DBE ON 1 SELECTED CSR TRAP HANDOLER

;ON RETURN IF CARRY IS SET THERE WAS A DSBE

BE
: READCSR
$WAS1D

002150

000001

000002

000001

000002

3%:

ST
8PL
8IS

CSR

34
#81IT0,2(SP)

;:DBE?
iNO - SKIP
:SET C BIT ON STACK

81c

#81IT70,2(SP)

;CLR C BIT ON STACK

RT1

RTI

SEQ 0269

CVMJABO MSV11
TRAP

J MEMORY DIAG.

MACRQ Y05.02

CLEAR ALL ECC CSR'S TRAP MANDLER

9916
9917

035132
035132
9918 035136
9919 033142

9920
9921 033144

033144
9922 0335150
9923 035152
9924
9923
9926 035154
9927 033162
9928 035166
9929
9930
9931 035170
9932 033176
9933 035200

Monday 07-0Oct-85 16:57

.SBTTL

005037
004737
000002

0050587

104425

$CLRCSR:CLEAR

002150

S?EL

035202

.SBTTL

$CLR1CSR:CLEAR

002150

052737
104425

€00002

.SBTTL

000006
035202

002150

CLEAR ALL ECC CSR'S TRAP HANDLER

CSROUT

CLR

C°9R

CLR

CSR

TRAP

CLEAR 1 SELECTED CSR TRAP HANOLER

TRAP

ECC DISABLE, CHECK MODE. & WRITE CHECKBITS IN ALL CSR'S TRAP HANDLER

CSR

sCHECKBITS ALREADY IN LOC “CSR*

$CHKDIS:BIS

g#%L

.SBTTL
000006

SEQ 0270

k?;DCSR

000002

052737
004737
000002

TRAP

CSR

Page 301

002150

#8I71:!81IT72,CSR
CSROUT

TRAP

ECC DISABLE, CHECK MODE, & WRITE CHECKBITS IN 1 SELECTED CSR

1 CHECKBITS ALREADY IN LOC “CSR”

$CHK1DIS:81S

kg?DCSR

:ECC DISABLE & DIAG CHECK MODE

#B8IT1!'BIT2,CSR

;sECC DISABLE & DIAG CHECK MODE

MACRO Y05.02 Hond.¥NO7-Oct-85 16:57
CVMJUABO MSV11-J MEMORY DIAG.
TRAP
ECC DISABLE. CHECK MODE, & WRITE CHECKBITS
1 SELECTED

9936 035202
9937 035202

035202

9938 035204

9939 0335210

035210
9940 035210
035210
035214

9941 035214

9942 035216

035216

9943 035220
9944 035222

CSROUT: SUBTST

<«<SUBR

WRITE IN ALL CSR'S»>

1sSUBTEST

SUBR

WRITE IN ALL CSR'S

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

010146

013701

005037

002224

PUSH

MOV

TOTCSRS ,R1

BEGIN LCSROUT

002152

ASL

ON.ERROR

103001

C€05701
001407

035226

062737

033242
035244

003764

IF R1 EQ #0 THEN LEAVE LCSROUT

000002

END ;0F FOR CSRNO

002152

035244
9948 0335244

END LCSROUT

035244
g;g 035246

POP

012601
000207

002102

9956 03S264

042761

020000

035272
035274

9938 0335276

INVALIDATE BACKGROUND PATTERN>>

$INVALID:

SUBTST

<<TRAP

;1 eSUBTEST

TRAP

INVALIDATE BACKGROUND PATTERN

1686088600008888000808088048880888888080000080800008888800848840404480848040808808¢

010046
010146
013701
006301

9987 038272

MOV (SP).+.R1

16080880880 0808804888800880¢888000888088000000000880080008404880804048008080080884888

035250
0335252
9953 033254
9954 033260

995% 035262

E62::3:3:3

RETURN

99%1 035250
9952 035250

L345:;:;::::3
TST RL
BEQ E62

ADD #2,CSRNO
CHP CSANO, 936
BLE B63
€63:::53:11:

035234 0:3727 002152 000036

9947 035244

862:51:113
CLR CSRNO
B63:::5::4:

BCC L345

LOADCSR
END ;OF ON.ERROR

104425

MOV R1,-(SP)

1GET CSR'S BYTE

FOR CSRNO := #0 TO #36 BY #2

006301

035222
035224

9946 033226

SEQ 0271

;.“.“‘.“.“.“‘.‘.‘““‘...‘.‘...‘.....“.“..“.‘.0..“““..“..“...0‘.“.

035222

9943 035222

Pege 303

006301

012601
012600
000002

002666

PUSH

RO,.R1

MOV
ASL

BANK ,RL
R1

ASL

8IC

POP

RTI

MOV RO, -(SP)
MO0V R1,-(SP)

#8IT13,CONFIG+2(R1)

R1,RO

MOV (SP)..R1
MOV (SP).,.RO

CvrJUABD MSvil

J MEMORY DiAG.

MACRO Y05.02

INVAL IDAYE BACKGROUND PATTERN

TRAP

SUBTST <« TRAP

1 #SUBTEST

TRAP

033300

;“..‘.‘..‘.‘.‘....“..‘."..".‘..““..0“‘...‘....‘...“.“‘.“..“..“.‘...‘
PUSH
RO.R1,R2,R3

9978

035374

9983

3 i

9987

49
991

013703

MOV
MOV
MoV
MOV

2,00

;OSET

?‘)SWER

172246

;}PARS.RO

MoV

UIPAR3,RO

64:

177646
177773
002132

042701
060100

1777715

013701
072127
04270*
005737
001024

002130

005737
001421

010046

it
6200

,R3
BANKINDEX

002104
002456

74:

1s:

1GENERATE WHAT ERROR ADDR SHOULD BE

#-35,R0
EQFLAG

#¢C177,RO

i\;se

ASR

MoV

R1
O'CZ Rl

sGET CURRENT ADDRESS BITS 11 AND 12

;ADD THEM TO THE ADJUSTED PAR VALUE

172100
172100

-3, Rl
o1Ci77,R1

PUSH

NO22817T
24
EQFLAG
24

:IS THIS AN 11/83,11/23-8 OR 11/23 ?
{BRANCH IF NOT NECESSARY
115 IT 507
1BRANCHIF NOT

MOV
8IS
MOV
8IC

BIT14 csanoomz)

CSRNO, R2
CSRADOCR2), RO
#8IT14,CSRADD(R2)

:TURN ON EQB BIT CAREFULLY

:;cuo‘RO

iCLEAR EVERYTHING BUT ERROR ADOR

ASL

1SHIFT ADDR BITS 18-21 INTO POSITION

Por
o
8EQ
ST
8Eq
ADO
ST
ONE
ADD
o
8€Q
ST
ONE

RO
RO.R1
Ss
INTFLAG
3
0100,R0
INT64K
"
0100,R0
RO, R
S4
SKPERR
Y

axc

2:
002136
000100
002140

as:

3s:

CSR.R

ASH
8IC

ST
BNE
ST
BEQ

002132

002066

RO, -(SP)
Ri,-(SP)
Re,-(SP)
R3, -(SP)

IGET Eflflm AOORESS FROM CSR WER TEST

002434

000100

8IC

ASR
BIC

177773
177600

002132
040000
172100
040000
177037

AM
18T

BNE

99938

HEER

GENERATE AND TEST ERROR ADDRESS

010046
010146
010246

177600

74
978

GENERATE AND TEST ERROR ADDRESS>>

18080680086060600006606000468088408888888008088808000608043884080800088000808800400

71
7
7

9961
9982
9963

SEQ 0272

$ERRGEN :

%9
70

Page 304

033300

111l

Mondey 07-Oct-85 16:57

RO.R1

1 SAVE GENERATED ERROR muass“o sy

1GET CSR NUMBER
1GET CSR CONTENTS
1 TURN OFF EQB BIT CAREFULLY

1ADD TO CURRENT ERROR ADORESS

MOV (SP)+,RO

:COMPARE REAL AND GENERATED ERR. ADOR.
JORANCH IF THEY ARE THE SAME
s INTERLEAVED?
iNO - WE HAVE AN ERROR
164K INTERLEAVED MEMORY?
{ARE ME SUPPOSED TO SXIP ERROR P.0.?7
LYES - SKIP ERROR PRINTOUT

CVvMJABO
TRAP

J MEMORY DIAG.

MACRO Y05.02

CENERA TE AND TEST ERROR ADDRESS

033324
035526
035532
035336
035336
035340
033342
035344
10012 033546
10013
10014 035550

10008
10009
10010
10011

104462
010137
005037

S¢:

002460
002066

Mondsy 07-Oct-85 16:57

PERR36

MOV
CLR
POP

012603
012602
012601
012600
000002

Pege 304-1

R1,ERRADD
SKPERR

R3,.R2,R1,.R0O

SEQ 0273

;ELSE PRINT ERROR ADORESS ERROR

1SAVE CSR’'S ERROR ADORESS
1ENABLE THE ERROR PRINTOUT AGAIN
+RESTORE REGISTERS

RTI

$CBREG: SUBTST

<<TRAP

_E CHECKBIT REGISTER>>
ENAP

:sSUBTEST

TRAP

ENABLE CHECKBIT REGISTER

MOV
MOV
MOV
MoV

(5P).,R3
(SP).,R2
(SP)+,.R1
(SP)+.RO

;‘t....‘..‘.t"“‘“"“..m‘“‘.‘“.“".“‘...““.‘....““‘..h.‘...‘.““‘...
]"‘“.t“‘."..Eg;‘““t"“""“".““‘.‘.““““..“‘...‘...“‘.“.....‘0‘

10015
10016
10017
10018
10019
10020

035530
035554
033562
035564

005037
052737
104425

002150
000004

002150

000002

CLR

#MIT2,CSR
8IS
h?;DCSR

sENABLE DIAGNOSTIC MODE
;:LOAD CSR REGISTER
)

$SYNREG: SUBTST <<TRAP

033566

ENABLE SYNOROME BIT REGISTER>>

(808888848 80008088888800888500408880000088804084848408000080800880480888080888884840400

; «SUBTEST

10021 035566
10022 035572
10023 035600
10024 035602
10023

005037
052737

104425

000002

TRAP

ENABLE SYNDROME BIT REGISTFR

3‘.“‘.‘E:;.‘0“6;;“.‘..0.“.‘.“‘t..“““.t“t.‘..‘..O.‘t‘t‘““0.‘..““‘00.

002150
040004

002150

8IS
#8I714!BIT2,CSR
k?;DCSR

]

:ENABLE DIAGNOSTIC MODE
;LOAD CSR REGISTER

CVMJABO MSV1l J MEMORY DIAG.
TRAP

MACRO Y05.02

ENABLE SYNDROME BIT REGISTER

Monday O7-Oct-85 16:57
SUBTST<<SUBR

10028 035604

Pege 306

SEQ 0274

MAPPER>>

190008808880888000008888080800600880808800000800000008080400848084060008000000000000000

1#SUBTEST

SUBR

MAPPER

[000800888004080080864060008000608048008080008880506000000008048000000080000008000380

s THIS SUBROUTINE MAPS THE MEMORY BANX (16K WORDS = 1 BANK)
;IN R3 TO THE TEST PATTEPN AREA (SUPERVISOR VIRTUAL (60000 - 157777) FOR
;THE 11783 ; USER VIRTUAL (60000 - 157777) FOR ALL OTHERS.

10029
10030
10031
10032

10033
10034
10033
10036
10037
10038
10039

10040
10041
10042
10043
10044
10045
10046
10047
10048
10049
10050
10051
10052
10033
10054
10055
10056
10057
10058
10059 035722
10060
10061 035724
10062 035730
10063 035732
10064
10065 035736
10066 035742
10067 035746
10068 033750
10069 035754
10070 035760
10071 035762
10072 035766
10073 035770
10074 035774
100735 035776
10076 036002

s CALL

010046
010146
010246
010446
C10546
012700
012701
012704
0057%”
001404
012701
012704
012702
012705
012021
010224
077503
012741
012741
022737
001007
012704
012705
052724
077503

RETURN

MAPPER:

PUSH

1SET SUPERVISOR/USER UP FOR 1
RO.R1.R2,R4,R5

sSET UP BANK ARGUEMENT
sACTUAL CALL

sONLY RETURN
10O 1 MAP

MOV RO, -(SP)

177640
177600
077406
000010

4%:

OKIPARO,RO
OSIPARO,R1
#SIPORO,R4
NOSUPER
4
OUIPARO,R1
#UIPDRO,R4
077406 .R2

sFIRST AREA TO MAP 10
;FIRST ADDRESS REGISTER
;:FIRST DESCRIPTOR REGISTER
;CAN WE USE SUPERVISOR MOQOE?
; YES, BRANCH
;:FIRST ADDRESS REGISTER
:FIRST DESCRIPTOR REGISTER
;:CONSTANT FOR 4K PAGE, UP, R/W

18:

MOV

(RO)+,(R1)»

;PUT IN SUPERVISOR ADDRESS

177600
177400
000005

MOV

R2,(R4).

MOV

#177400, -(°1)

S08
MOV
004064

30¢:

022703
001516
072327

000200

404:

012701
005737

8. .R5

cMP
BNE
MOV
MOV

ggg

RS,1$
#177600, -(R1)

;SET UNCONDITIONAL CACHE BYPASS IN PDR3-6

#4.,RS

MOV
TST

OSIPAR3,R1
NOSUPER

002240

162701

000010

000200

s COUNTER=4

;SET UP SUPERVISOR/USER FOR TEST AREA

172246
002456

5¢:
2¢:

;LOOP TILL DONE
;:CORRECT LAST FIELD FOR PERIPHERALS PAGE

ggl;é%.(fll)o

000011

000004

;PUT IN SUPERVISOR DESCRIPTOR

:1S THIS A 11/73/83/847?
sBRANCH IF NOT
;POINT TO POR 3

9200,R3
3¢
9. ,R3

1/7646

s COUNTER

45 ,PROTYP
404
#SIPORO«6,R4

CHP
8EQ
ASH

001402
012701
012702
010321
062703
077204
005737

8EQ
MOV
MOV
MOV
ADO

S08

TST
8EQ
SUB
MOV

(SP)

MOV R2,-(SP)
MOV R4, (SP)
MOV RS, -(SP)

MOV
MOV
MOV
1ST
8EQ
MOV
MOV
MOV

172340
172240
172200
002456

35¢:

010102

BANKNOQ,R3
MAPPER

MOV R1,

172206
000004
100000

001442

MOV
CALL

i
3

Ss
SUIPAR3 ,R1
04 .R2
R3,(R1).
#200,R3
R2,2%
SPLTCSR
9
210.R1
R1,R2

;MAP NOTHING (1 TO 1)?
:YES - SKIP
sBANK 1 STARTS AT 100,000 LESS 6 LSB'S
sFOR MEMORY MANAGEMENT = 1000
1SETUP FOR AUTO INCREMENTING
;00 WE HAVE SUPERVISOR MODE?
:YES - BRANCH
;SETUP FOR AUTO INCREMENTING
: COUNTER
;:PLUG IN PAR INFO
;BUMP ADDRESS 4K
;:LOOP TILL DONE

CvMJUABO MSV11-J MEMORY DIAG.
MAPPER
SUBR

036016
036020
036022
036024
036026
036030
036032
036036
036042
036044
036030
036032
036056
036062
036064
036070
036072
036076
036100

10103 036102
10104 036110
10108 036112
10106 036116
10107 036120
10108 036126
10109 036130
10110 036132
10111 036140

10112 036142
10113 036146
10114 036130
101135 036156
10116 036160
10117 036166
036166
036170
036172
036174
036176
10118 036200
10119
10120 036202
036202
036204
036206
036210
036212
10121 036214
10122 036222
10123 036224

062702
022737
001403

000004
000001

ADD

cMe
8EQ

002240

010200

010102
010001
012122

011112
013700
005737

001403
012700
000402

012700
005/37
001403
012701
000402
012701
€60021
060011

10¢:
002104
002140

MOV
MOV
MOV
MOV
MOV
MoV

L6
8EQ
MOV

004000

BR
MOV
T1S7
8EQ

010000

002456

MOV

177652

MOV
ADO
ADD

172252

Page 306-1

SEQ 0275

04 ,R2
#1,SPLTCSR
104
R2.RC

R1,R2
RO,.R1
(R1)+,(R2)+

(R1),(R2)
BANKINOEX,RO
INT64K
114
#4000,R0
124
©10000,R0

NOSUPER
133
QUIPARS,R1
144
#SIPARS,R1

RO,(R1).
RO, (R1)

;IF WE ONLY MAVE AN 124K SYSTEM, WE DON’'T WANT TO TEST THE

;LAST 4K, WHERE THE Q-BUS DEVICE PAGE IS. INSTEAD, THE
;:PROGRAM WILL REMAP THE LAST 4K TO 8-12K. ALSO, IF THERE
;IS A BANK 177 ON AN 11/83, THE PROGRAM WILL REMAP THE LAST

022737
001010
005737
001423
022737

001017

000404
022737
001012
005737
001404
013737
000403
013737

000007

002556

;4K TO 8-12K FOR THE SAME REASON,
cHP
gz.LASTBANK
BNE
N0O22BIT
:11/83,11/23-B OR 23?
157
34
;BRANCH IF SO
8EgQ
87 ,8ANK
:BANK 7?2
cHP
33
:NO - BRANCH
8NE
a4
BR
9177 ,BANK
cHP
34
BNE
TST
2?SUPER
8EQ
g}PARS.UIPAR6
MOV
B8R
MOV
SIPARS,SIPARG
RS.R4 ,R2,R1,RO
POP

$KMAP;

RETURN
.SBTTL
PUSH

MAP KERNEL
TRAP
RO,R1.R2.R3,R4

MOV
CLR
MOV

KIPARG, SVKPARG
RO
#CIPARO,R1

94
:

002454
000007

002102

000177

002102

74:

002456

177652

177654

172252

172254

036004
036010

Mondey 07-Oct 85 16:57

2.1

10077
10078
10079
10080
10081
10082
10083
10G84
10085
10086
10087
10088
10089
10090
10091
10092
10093
10094
10095
10096
10097
10098
10099
10100
10101
10102

MACRO Y05.02

012605
012604
012602
012601
012600
000207
010046
010146
010246

(ALMOST

1 TO 1) TRAP HANOLER

010346

010446
013737
005000
012701

172354
172%40

036306

;1ST AREA TO MAP TO
;FIRST ADDRESS

CVMJABO MSV11l
TRAP

10124 036230
10125 036234
10126 036240
10127 036244
10128 036246

10129
10130
10131
10132
10133
10140

10141
10142

J MEMORY DIAG.

MACRO Y05.02

Mondasy 07 Oct-85 16:57

MAP KERNEL (ALMOST 1 TO 1) TRAP HANDLER

036250
036254
036236
036262
036266
036272
036272
036274
036276
236300
036302
036304
036306

012702
012703
012704
010021
010223
062700
077405
012741
0 741
01.711

012604
012603
012602
012601
012600
000002
000000

MOV
MOV

077406

172300

000010

000200

177600
177400
036306

1¢:

MOV
MOV

MOV
ADD

S08

MOV
MOV
MOV
POP

RTI

. WORD
: RG6
SVKPA

Page 306-2

SEQ 0276

#77406,R2
#CIPORO,R3
8. R4
RO,(R1).

1CONSTANT FOR 4K PAGE,UP,R/MW

#200,R0
R4,1¢
2177600, -(R1)
2177400, -(R1)

;ADD ADDRESS CONSTANT FOR 4K CHANGE

R2,(R3).

SVKPARG, (R1)

R4 ,R3,R2,.R1,R0O

:1ST PAGE DESCRIPTOR REGISTER
1COUNTER
1PUT IN KERNEL ADORESS
1PUT IN KERNEL DISCRIPTOR
;LOOP TILL DONE

: THE PERIPHERALS PAGE TO KIPAR?
;AND NEXT LOWER PAGE TO KIPARG
MoV
MOV
Hov
MOV
MoV

(
(
(
(
(

; ;K SAVE THE XXDP V2 KPAR6 POINTER HERE

CVMJABO
TRAP

10145

MSV11-J MEMORY DIAG

MACRO Y05.02

Monday 07-0Oct-85 16:57

MAP KERNEL (ALMOST 1 TO 1) TRAP HANDLER

10147

10148

036310

000
000
000000080000048
0000
000008008800000
EAR0
0000000800 000400000004000
ISAEEEAE

036310
036316
036320
036322
036324

010000

036324
036330
036332
036336
036340

005737
001003
005737
001405

002352

036340
036344
036346
036350
036352

005737
001402
C00261
000207

056724

036340

RELOCATE PROGRAM

00
ttetstttsse
00800
0N t0000ttttttttt
00000
0800000000000
1880088480000 0085000000

032777
001402
000261
000207

036324

144320

IF #SW12 SET.IN 8SWR THEN $RETURN ERROR

IF APTFLAG IS TRUE OR ACTFLAG IS TRUE

002350
IF $PASS NE ¢0 THEN $RETURN ERROR

10149 036352

END; OF IF APTFLAG

10150 036352

BEGIN LOADERBANK

036352

10151 036352

036352
036360

012737

000001

004737

037760

036364
036370
036372
036376
036400
036404
10154 036406
101335 036412
10156 036416

005737
001431
005737
001026
005737
001023

002116

10152 036360
10153 036364

10157 036422
10138 036426
10139 036432
10160
10161
10162

10163
10164

036436

036444
036452
036452
036454

013700
010037
013701
004737

004737

013701

052761

042761

002102

002122
002130
002102
002432
002576
037350
037702
002104

100000

020000

002666

000416

005237
023737
003734

002102
002102

002556

036470
036476

032777
001002

020000

144140

BIT 0SW12,8SuR
BEQ L346
SEC
RTS PC
L346::::1:3
TST APTFLAG
BNE L347
TST ACTFLAG
B8EQ L350
L347:;;:1:13
TST $PASS
BEQ L351
SEC
RTS PC
L3S1:::::5::
L350:;::5::
B64&:;;:::::

MOV @1,BANK
865:;::::::
CALL EXBANK
IF ACFLAG IS TRUE AND PFLAG IS FALSE AND BMFLAG IS FALSE
TST ACFLAG
BEQ L352
1ST PFLAG
BNE L352
TST BMFLAG
BNE L3352
BANK ,RO
MOV
RO, LOADBANK
MOV
,R1
LOADHOME
MOV
BANKMOV
CALL
:MAP NEW LOADER BANK IN KERNEL
NEWLOAD
CALL
BANKINDEX,R1
MOV

8IS

OBIT1S5,CONFIG+2(R1)

OBIT13,CONFIG+2(R1)
8IC
LEAVE LOADERBANK
END :0F FOR BANK

036454
036460
036466
036470

10165 036470

FOR BANK := &1 TO LASTBANK

END ;OF IF ACFLAG

036454

036434

SEQ 0277

RELOCATE:SUBTST <<RELOCATE PROGRAM>>

036310

;*SUBTEST

10146

Page 308

IF oSU13 OFF.IN 8SWR

:MARK LOADER

;:INVALIDATE BACKGROUND PATTERN
BR E64

L352::5:5::
INC BANK
CMP BANK,LASTBANK
BLE 865
E6S5::::::::
BIT OSW13,8SWR
BNE L353

CVMJABO MSV11-J MEMORY OIAG.

RELOCATE PROGRAM
10166 036500
036500
10167 036504
036504
10168 036504
036504
036506
10169 036510
0363510
10170 036510
036510
10171 036510
10172 036514
10173 036316
10174 036520
0363520
036524
10175 036524
036524
036532
10176 036534
036534
036542
10177 036544
036544
036552
10178 036554
036554
036562
10179 036564
036564
036572
036574
036602
10180
10181 036604
036604
10182 036606
036606
10183 036606
036606
036612
10184 036614
036614
10185 036622
10186 036626
036626
10187 036626
036626
10188 036626
036626
10189 036626
036626
10190 036626
036626
036632

MACRO YOS 02

Mondsy 07-Oct 85 16:57

TYPE

104401

TYPEIT
.DSABL

070246

END

,MSGO75
CRF

Page 308-1

MSGO75

SEQ 0278

:RELOCATION NOT POSSIBLE

;0F IF &SW13

L353::53::3

$RETURN ERROR
000261
000207

SEC
RTS PC

END LOADERBANK

E6A:;;:;::

BEGIN FINDBANK
MOV
ASL

013702
006302
006302

002556

012701

000004

C32761
001035

000201

032761
001031

100000

002666

033761
001425

002106

002664

032761
001460

000400

002666

032761
001405
032761
001001

000100

002664

000200

002664

;R2 <- R2 » 4
R2
ASL
FOR R1 := #2+2 TO R2 BY #4

002664

IF oBIT7!BITO OFF .IN CONFIG(R1)
. IN CONFIG«2(R1)
IF oBIT1S OFF
IF CPUBIT SET.IN CONFIG(R1)

;IF NO ERRORS €& NOT PROGRAM SPACE
;IF NOT LOADER BANK
;IF ACCESSABLE

;0F IF #BIT6

IF INHMECC IS FALSE

177777
002540

002536

SET

INhLECC

MOV

R1,INHBANK

END;

END
END
END
000004

BIT CPUBIT,CONFIG(RL)

IF 0BIT6 SET.IN CONFIG(R1) AND ¢8IT7 OFF.IN CONFIG(R1)

END

012737
010137

BIT #BIT1S,CONFIG+.2(R1)
BNE L355

BIT 4BIT8,CONFIG+2(R1)
B8EQ E66

:IF 1ST PROTECTABLE ECC BANK

002536

BIT &BIT7!BITO,CONFIG(RL)
BNE L354

BEQ L356

LEAVE FINDBANK

005737
001005

MOV 022 ,R1
B67: 3143

IF #BIT8 OFF.IN CONFIG+2(R1) THEN LEAVE FINDBANK ;IF PARITY

000447

062701
020102

B66:;;:::::

LASTBANK
,R2
R2

END

OF IF INHECC

;OF IF CPUBIT

;0F IF #BIT1S

;OF IF eBIT7

;0F FOR

BIT
BEQ
BIT
BNE

&B8IT6,CONFIG(RL)
L 357
&81IT7,CONFIG(RL)
L357

BR E66

L357::::::3
TST INMECC
BNE L 360

MOV

#-1,INMECC

L360:::::::

L356:35:::3:

L355::3:3::
L354:;::5:3:
ADD #4.R1

CMP R1,R2

CVMJABO MSV1l-J MEMORY DIAG.

RELOCATE PROGRAM

036634
036636

003733

036636
036642
10192 036644
036644
0366350

003737
001012

002542

005737
001407
013701
023727
001421
000420

002536

10191 036636

10193 036652
10194 036656

10193 036664
10196 036666
10197 036670
036670
10198 036670
036670
10199 036670
10200 036674
036674
036702
10201 036704
10202 036712
10203 036714
036714

10204 036720
036720
10205 036720
036720
036722
10206 036724
036724
10207 036724
036724
10208 036730
10209 036736
10210 036740
10211 036744
036744

002540
002300

MACRO Y05.02

CcCMP

005037

002536

032777
€01006
023727
001402

020000

143734

002300

000030

104401

070246

CLR
INHECC
IF #SW13 OFF.IN aSWR

cMP

REALPAT, &30

SKU8

8eqQ

SKUB:

BLE 867
E67:3311:13133
TST FULLREL

BNE L361

TST INMECC
BEQ L362

;IS THIS PATTERN 307
;YES - SKIP MESSAGE

L362::3:31:3
L361::::33
:MAKE SURE FLAG IS TURNED OFF!

;IS THIS PATTERN 307
;YES - SKIP MESSAGE
;RELOCATION NOT POSSIBLE

CLEAR

036762

052737

140000

177776

10215 036770
036770
036774
036776

004537
040000
100000

040732

002666

000004

RTS PC

81C
#BIT13,CONFIG+2(R1)
RO
CLR
04 RO
DIV
RELOC1: LET NEWBANK := RO
MOV
PGMCSR ,PGMCSR+2
USERMAP
CALL
USER
eBIT15!'BI714,PSW
8IS
CRF
.DSABL
8MOV
0,100000,SIZE
JSR RS,BLOCK3
SIZE
100000
0

.DSABL

000001
037600
002310
002664

177572

JMPRL1:

KERNEL

8IC

CALL
MOV
ASL
ASL
MOV

Y, THIS SHOUWD BE OFF!
:IF WE RELOCATED PROPERL

INHECC

RELENT1:

000000

BIT #SW13, @SWR
BNE L363

$RETURN ERROR
END FINDBANK

002534

016002

OF IF FULLREL

MSGO75
TYPE
TYPEIT
,MSGO7S
CRF
.0SABL
END ;0F IF #SW13

000261
000207

104417
042737
004737
013700
006300
006300

INHBANK ,R1

REALPAT, 030

RELENT1
BEQ
B8R
RELENT1
END; OF IF INMECC

END;

002310
002532
037516

037002
037004
037012
037016
037022
037024
037026

MOV

000030

010037
013737
004737

10216
10217
10218
10219
10220
10221
10222

SEQ 0279

IF INHMECC IS TRUE

002536
020000

037000

Page 308-2

IF FULLREL IS FALSE

005037
042761
005000
071027

10212 036730
10213 036756
10214 036762

Mondey 07-Oct-85 16:57

CRF

0B8IT0,MMRO

NEWKERNEL
NEWBANK ,RO
RO
RO
CONFIG(RO),R2

CLR

TINHECC

: INVALIDATE BACKGROUND PATTERN

; SAVE CURRENT PGM.

CSR

MOV RO, NEWBANK

iMAP NEWBANK TO USER PAR

:ENTER USER MOOE
:+GO TO USER MODE

;MOVE PROGRAM

;ENTER KERNEL MODE
;DEENERGIZE MEMORY MANAGEMENT

« 4
;RO <- RO

CVMJABO MSV11 J MEMORY DIAG.
RELOCATE PROGRAM
10223 037032

000302

10225 037040

006302

042702

177760

000001
002532
010000

10230 037064
10231 037070
10232 037074
10233 037100
10234 037104

052737
010237
032760
001412

016002
042702
072227
052702
050237

002664
007777
177775
100000
002532

037110

012737

177777

037116
037120

000241
000207

10224 037034

10226 037042
10227 037050
10228 037054
10229 037062

1023S 037110
10236 037116

MACRO Y05.02

Monday 07-0Oct-85 16:57
SWAB

ASL

B8IC

177572
002666

002126

1s:

Page 308-3

9tC17.R2

BIS
MOV
8IT
BEQ

8I70,MMRO
R2,PGMCSR
081T12,CONFIG+2(RO)
14

SET

RLFLAG

MOV
8IC
ASH
B1S
8IS

SEQ 0280

CONFIG(RO),R2
#+C170000,R2
2-3,R2
#BIT15,R2
R2,PGMCSR

$RETURN NOERROR

;ENERGIZE MEMORY MANAGEMENT
;PUT NEW PGM. CSR INTO PGMCSR
1IS THE NEW BANK INTERLEAVED?
;BRANCH IF NOT INTERLEAVED

MOV

@ 1,RLFLAG

cLC
RTS PC

CVMJABO MSV1il J MEMORY OIAG.

RELOCATE PROGRAM

MACRO Y05.02

Monday 07-Oct-85 16:57

SEQ 0281

<<UNRELOCATE PROGRAM>>

: SUBTST
UNRELOCATE

10239 037122

Pege 310

3“““.“‘..““‘“““‘““.“.“.““‘.“.‘.‘.““‘..““‘0‘0“““..‘.‘0‘.“

UNRELOCATE PROGRAM

1sSUBTEST

;““.‘“‘.“““..‘.““.“““.‘.“.““....“““...U““.““‘..‘.“#.‘..0“

;RESTORE L OADERS

10240

013746
013737
004737
013701
042761
013737
004737
C13701
042761

002102
002432
037760
002104
100000
002576
037760
002104
020000

037220

012637

002102

037224

005037

002536

042737

020000

005037
004737

002310
037516

052737

140000

004537
040000
100000
000000

040732

037144

037130
037156
037162
037166
037174
037202
037206
037212
037220

10256 037224

10237
10258
10259 037230
10260 037236
037236

10261 037242
10262 037246
037246

10263 0372354

037254
037260
037262
037264

10264
10265
10266
10267
10268
10269
10270
10271

10272
10273
10274
10275

037266
037270
037276
037302
037310
037316
037322
037326

037332
037336
037342
037344
037344
10276 037346
10277

104417

042737
004737
013737
032737
003037
012700
042710
062700
020027
003771
012600
000207

000001

037600
002534
000001
002126
002666
020000
0V0004
003620

PUSH

MOV
MOV

LOADBANK
,R1
E
,RO
LOADHOM
BANKMOV
NEWLOAD
BANK

CALL
CALL

PUSH

002102
002666
002102
002666

MOV RO,

MOV
CALL
MOV
8IC
MOV
CALL
HOV
81IC
POP

, BANK
LOADBANK
EXBANK
BANKINDEX,R1

CLEAR

; INVALIDATE BACKGROUND PATTERN

INHECC

;MAKE SURE ECC TESTS ARE NOT INMIBITED!

MOV

CLR

INMECC

#BIT13,CONFIG+2

: INVALIDATE BACKGROUND PATTERN

CALL
USER

USERMAP

;:MAP NEWBANK TO USER PAR
:ENTER USER MODE

.OSABL

CRF

:= 00

#BIT15!81IT14,PSW
0,100000,SIZE

JSR RS,BLOCK3
SIZE
300000

.DSABL
KERNEL

81C

CRF

#8170,MMRO

CALL

NEWKERNEL

CLR

RLFLAG

MOV
8IS

002532
177572

(SP).+, BANK

8IC

B8MOV

177572

HOV BANK, -(SP)

#8IT13,CONFIG+2(R1)

BANK

81S

MOV
BIC

ADD
cMP
BLE

POP

RETURN

SPACE

:CLEAR LOADER FLAG

LET NEWBANK

177776

;MAP NEW LOADER BANK IN KERNEL

(SP)

#B8IT1S5,CONFIG+2(R1)

, BANK
LOADHOME
EXBANK
BANKINDEX,R1

;RESTORE BANK ©

002666

002432
002576
037350
037702

013701
013700
004737
004737

037124
037130
037134
037140
037144

10247
10248
10249
10230
10251
10252
10253
10254
10255

010046

10242
10243
10244
10245
10246

037122

-”»

10241 037122

PGMCSR+2,PGMCSR
981T0,MMRO

ACONFIG+2,.RO
#8IT13,(RO)

#4 RO
RO, #3620
i
RO

CLR NEWBANK

;GO TO USER MODE

;MOVE PROGRAM

;ENTER KERNEL MODE

;DEENERGIZE MEMORY MANAGEMENT
;RESTORE PREVIQUS PGM. CSR
+ENERGIZE MEMORY MANAGEMENT

;MOVE 2ND WORD OF CONFIG TO RO
;CLEAR BACKGROUND VALID BIT
: INCREMENT TO NEXT BANK
s DONE?

iNO - BRANCH

MOV (SP)..RO

CVMJABO MSV11-J MEMORY DIAG.

UNRELOCATE PROGRAM

MACRO Y05.02

10285 037350

1044135
004737
104416

+MOVE 3/4 OF A BANK
:CALLING SEQUENCE
;RO = DESTINATION BANK
1R1 = SOURCE BANK

SAVREG

CALL

USERMAP

SAVREG
ASH
ASH
MOV
MOV

9. ,RO
®9.,R1
SUIPARA ,R2
#200,R3

010122
060301
c10122
060301

MOV

ADD
MOV
ADD

R1,(R2)+

R3,.R1
R1.(R2).
R3.R1

037412
037414
037416
037420

010022
060300
010022
060300

MOV

RO,(R2).

AD"

R3,RO

037422
037422

052737

072027
072127
012702
012703

037402
037404
037406
037410

10293
10294
10295
10296
10297
10298
10299
10300
10301
10302
10303
10304

10305 037430
037430
037434
037436
037440

SEQ 028

<<MOVE BANKS>>
g“..“.“‘.‘..“““‘.“““.‘t“.‘.‘..‘.“.“.“.“.“0““0‘A0.‘-4.0«‘#‘..00%
s #SUBTEST
MOVE BANKS
oattA
,..“‘.““‘.““““..‘..““““.‘.‘.‘.“.“‘.“‘“‘.“““0.‘00“‘ntunao

037352
037356
037360
037362
10290 037366
10291 037372
10292 037376

10286
10287
10288
10289

Pege 312

SUBTST
: MOV
BANK

10280 037350

10281
10282
10283
10284

Mondey 07-Oct 85 16:57

104415

004537
020000
140000
100000

037516

RESREG

000011
000011

177650
000200

ADD
MOV

140000

040732

177776

USER

R3,RO
RO,(R2)+

8IS
.DSABL

B8MOV

sMAP 1ST HALF BANK
:BUMP BY 4K

#B8IT15!81T14,PSH
CRF

100000,140000,512€/2

JSR RS,BLOCK3
SIZE/2
140000
100000
.DSABL

CPF

;GO TO USER MODE
;MOV 1ST HALF BANK

CVMJUABO MSV1l-J MEMORY DIAG.
MOVE BANKS
10306
10307
10308
10309
10310
10311
10312
10313
10314
10315
10316
10317
10318
10319
10320

037442

104417

037444

012702

037450
037452
037454
037456
037440

037480
037464
037466
037470
037470

10321 037476
037476
037302
037504
037506
10322 037510
10323
10324 037312
10325 037514

MACRO Y05.02

Monday 07-Oct-85 16:57

KERNEL
R2
SUIPARA

010122
060301
010122
060301

MOV

R1.(R2).

MOV
ADD

R1,.(R2).
R3,R1

010022

MOV
ADD
MOV

RO, (R2).
R3,RO
RO,(R2)+

177650

060300
010022

ADD

060300

CO4S37
010000
140000

100000

140000
040732

177776

;BUMP BY 4K

R3,RO

USER

8IS

.DSABL

8Mov

iMAP 2ND HALF BANK

R3,R1

ADD

SEQ 0283

sENTER KERNEL MODE

MOV

052737

Page 312-1

100000, 140000,S12€/4

JSR R5,BLOCK3
SIZE/4
140000
100000
CRF
.DSABL

104417

KERNEL

104416
000207

RESREG

RETURN

;G0 TO USER MODE

o8IT15!'8IT14,PSHW

CRF

;MOV 3ND FOURTH OF BANK

sENTER KERNEL MODE

CVMJUABO MSV11-J MEMORY DIAG.

MACRO Y05.02

Monday 07-Oct-85 16:57

Page 314

SEQ 0204

MOVE BANKS

10328 037516

MAP USER TO NEW BANK>>

: SUBTST
USERMAP

<<SUBR

1 6SUBTEST
MOV
MOV
MOV
MOV
MOV
MOV
14:
MOV

MAP USER TO NEW BANK
SUBR
1COPY KERNEL PAR'S € PDR'S (0-3)
SUIPARO,R1
oKIPARO.R2
. RS
@UIPDRO
. R4
oK IPDRO
#4 RS
(R2)+,(R1)+
(R&),(R3)

1966008406800 05808888008008800000804080400804088008004800040008500080800008000008000¢

;““‘.‘.‘t‘t0““‘.“.“.t..b“....“‘...“““..“..“‘0‘.‘.“.“....‘....“‘.

10329 037516
037522
037326
037332
037336
037342
037544
037546

012701
012702
012703
012704
012705
012221
011423
077503

0373530
037554

013700
072027

037360
037564
037566
037372
037374
037576

012705
010021
062700
C11423
077505

S08
MOV

ASH

2¢:

RS,1$

, RO
NEWBANK

MOV
MOV
ADD
MOV
S08

RETURN

000207

9. ,RO

1FOR MEMORY MANAGEMENT = 1000

#4,RS
RO,(R1)+
#200,R0
(R4),(R3).
RS,24

<<SUBR

NEWKERNEL : SUBTST

037600

:BANK 1 STARTS AT 100,000 LESS 6 LSB'S

1SETUP UIPAR(4-7)
:8UMP ADDRESS *X

:SETUP UIPOR.. ~

SETUP KERNEL PAR’'S FOR NEW BANK>>

;t“‘.‘..““...".‘“".“.“‘..‘..““‘..‘.‘.““““..‘.““‘..‘.“““““..

:sSUBTEST

SUBR

SETUP KERNEL PAR'S FOR NEW BANK

;0288065680000 000880080008400804880200200080800884888080880088680048888080880808000400

037600
037600
037602
037604
10350 037606
10331 037612
10332 037616

10353
10334 037622
10333 037626
10336 037630
10357 037634
10358 037636
037636
037640
037642

10339 037644
10360
10361 037646

PUSH

RO,R1,RS

MOV
MOV

ASH

#IPARO,RO
NEWBANK ,R1
#9.,R1

MOV

4 ,R5

ADO

#200,R}

MOV RO, -(SP)
MOV R1,-(SP)
MOV RS, -(SP)

010046
010146

010346
012700
013701
072127
012705
010120
062701
077504

172340
002310
000011

1s:

000200

MOV

SO08

POP

012605
012601
012600

;BANK 1 STARTS AT 100,000 LESS 6 LSB'S
:FOR MEMORY MANAGEMENT = 1000

R1,(RO).

:SETUP KIPAR(0-3)

R5.1¢

RS5,R1,R0O

MOV (SP)+.RS
MOV (SP). R}
MoV (SP).+.RO

RETURN

000207

MAPKERNAL
: SUBTST <<SUBR MAP KERNAL PARS 4 AND 5 TO A BANK>>

188088806 6888888508082504000800004808080880048080000408404808800000884080000008088

;#SUBTEST

SUBR

MAP KERNAL PARS 4 AND 5 TO A BANK

1006888088080 04000688840083400084880008000800080480088008065488808880888000004008000

10362
10363 037646
10364 037632
10363 037656
037664
10367 037670
10368 037674
10369 037700

013703
072327
013737
010537
062705
010537
000207

002102
000011

172350
172350

000200
172352

002272

MOV BANK,RS

sMOV_BANK NUMBER TO RS

MOV KIPARA4, SAVPAR
MOV RS,KIPAR4

1SAVE OLD PAR
1GET NEW PAR'S

RETURN

ASH #9..RS

ADD #200,R5
MOV RS,KIPARS

1RS ENTERS 100000 LESS SHIFT TO CREATE MAPPING
i
]

CVMJABO MSV11-J MEMORY DIAG.

SUBR

MACRO Y05.02

MAP KERNAL PARS 4 AND 5 TO A BANK

10370

10371 037702
10372
10373 037702

10375 037712

072027

NEMLOAD:SUBTST

«<<SUBR

SETUP KERNEL PAR'S FOR NEW LOADER BANK>>

1sSUBTEST

SUBR

SETUP KERNEL PAR'S FOR NEW LOADER BANK

012701

010021
062700
010021

RO CONTAINS THE OESTINATION BANK
RO.R1
SH

172330

MOV

000200

MOV
ADD
MOV
POP

ASH

000011

012601
012600
000207

#CIPARA ,R1

#9.,.R0

UNMAP:

SUBTST

MOV RO, -(SP)
MOV R1,-(SP)

;BANK 1 STARTS AT 100000 LESS 6 LS8'S (1000)

1SETUP KIPAR4

RO,(R1)«
#200,R0
RO, (R1).
R1,RO

;SETUP KIPARS

MOV (SP)+.R1
MOV (SP)+,.RO

RETURN

10382 037734

<«<SUBR

UNMAP KERNAL PAR'S 4 AND S>>

SUBR

UNMAP KERNAL PAR'S 4 AND S

18680808888 080800888088048486400884808088088800848880004088804584408800804808800008000

1 sSUBTEST

10383 037734
10384 037742
10383 037730
10386 037756

SEQ 0285

1980604808800 680008880800488800860000000480880008008880008888000000004608805800000008008

010046
010146

10376 037716
10377 037720
10378 037724
10379 037726
037726
037730
18;:(: 037732

Pege 314-1

10866088800 0000808406800080000048684008000408400806800800460004008080000000088000000

037702
037704

10374 037706

Mondey 07-Oct-85 16:57

013737
062737
013737
000207

002272
000200
002272

172350
002272
172352

10600866088 6846860000885880080088848000280008008580008080680648000888408808880008048000

MOV
ADD
MoV
RETURN

SAVPAR,KIPAR4
#4200, SAVPAR
SAVPAR ,KIPARS

1RESTORE K1PAR4
1ADD 200 FOR NEXT PAR
;RESTORE KIPARS
3

MACRO Y05.02
CVMJABO MSV1l J MEMORY DIAG.
UNMAP KERNAL PAR'S 4 aND 5
SUBR

Monday 07 Oct-85

EXBANK:

10389 037760

SUBTST

EXAMINE BANK

1(3)
:(8)

SETS THE “KPFLAG” IF THE BANK IS THE PROTECTED REGION OF ECC MEMORY.
SETS THE "ACFLAG” IF THE BANK CAN BE ACCESSED BY THIS CPU.

SETS THE "MKFLAG" IF THE BANK IS ECC.

SETS THE “PFLAG” IF THE BANK IS IN PROGRAM SPACE.

:1(6)
3
:
H

SETS THE “RRFLAG” IF RELOCATION IS REQUIRED TO TEST THIS BANK* HOMEVER,
IT COMPLEMENTS THIS FLAG IF THE RELOCATION FLAG “RLFLAG” IS SET (THIS IS
NECESSARY FOR THE USE OF THE RECURSIVE “MODE” SUBROUTINES). THE “RRFLAG"
IS ALWAYS SET TO DISABLE TESTING IF FIELD SERVICE MODE ~SELECTED BANKS”

$C7)
:

SETS THE "BMFLAG" IF THE BANK IS A BAD MEMORY; HOWEVER, IT COMPLEMENTS
THIS FLAG IF THE "WORST*” FLAG IS NOT SET (THIS IS NECESSARY FOR THE USE

ARE BEING TESTED AND THIS BANK IS NOT SELECTED.

OF THE RECURSIVE “MODE” SUBROUTINES).
H
s(8) SETS THE *INTFLAG” IF THE BANK IS INTERLEAVED.

1(©) SETS THE "INT64K" FLAG IF THE BANK IS INTERLEAVED ON 64K WORD BOUNDS.

104035

:€10) SETS THE "SKIPMK" FLAG IF THIS BANK IS INTERLEAVED, AND HAS ALREADY

10406

10407

10408

10409 037760
037760
037762
037764
10410 037766
037766
037772
10411 037776

10423
10424

L B8R

SETS UP “BANKINDEX"” AND R1 BASED ON VALUE OF "BANK*",

:(5)

10400
10401
10402
10403
10404

10421
10422

EXAMINE BANK>>

:(1)

:(2)

103935
10396
10397
10398
10399

10414
10415
10416
10417
10418
10419
10420

<<SUBR

SEQ 0286

1866800404404 0040 2046000802800 0088080088008004040004880008880800088044000440000004
;O00ES THE FOLLOWING:

10390
10391
10392
10393
10394

10413

Page 316

;“““‘.“.““i0‘....“.“‘t.‘.“““““‘t““..".‘.‘.‘..‘.0.‘.“‘.“....‘.‘

1#SUBTEST

10412

16:57

037776

010046
010146
010246

005037
005037

002120
002114

012737

177717

005037
005037
005037

002122
002124
002130

005037
005037
005037
013701
006301
006301
010137
032761
001403

002136
002140
002342
002102

002104
000100

012737

030061
001002
005037

002106

PUSH

RO,R1,R2

CLEAR

MKFLAG,KPFLAG

SET

ACFLAG

CLEAR

PFLAG,RRFLAG,BMFLAG

CLEAR

INTFLAG, INT6AK, SKIPMK

MOV
ASL

BANK R}
R1

817

#B176,CONFIG(R1)

ASL
MOV

002664
002114

112700

030037
001405

002116

BEEN TESTED.

BEQ
SET
1$:

R1
R1,BANKINDEX

it
KPFLAG

;R1

CLR
ACFLAG
END ;:OF IF RO

CLR
CLR

MXFLAG
KPFLAG

MOV

@-1,ACFLAG

CLR
CLR
CLR

PFLAG
RRFLAG
BMFLAG

CLR
CLR
CLR

INTFLAG
INT64K
SKIPMK

<- R1 + &

;PROTECTED REGION OF ECC MEMORY?
:NO

SKIP

oBIr1,RO
MOV
. IN CONFIG(R1)
it RO SET.IN CPUBIYT AND RO OFF

002664

002116

MOV RO, -(SP)
MOV R1,-(S°P)
MOV R2,-(SP)

MOV

B8IT
BEQ
BIT
BNE
L364:;;:;.:

@-1.KPFLAG

RO.CPUBIT
L3364

RO,CONFIG(RY)
L 364

CVMJABO MSV1l J MEMCRY DIAG.

SUBR

EXA"I" BANK

MACRO Y05.02

005737
001415
016102

10429 040126
10430 040132
10431 040136

042702
020227
003405

177770
000003

040140
10433 040146
10434 040182

012737
000137
032761

177777
040334
000400

002130
002666

040162
10437 040170
10438 040176

012737
032761
001406

177777
00020.

002120
002664

040200
040206
10440 040214
10441 040220
10442 040222
10443 040226
10444 040234

012737
012737
COS737
001402
005137
032761
001403

177777
177777
002126

002122
002124

002124
000001

002664

040236
10446 040244
10447 040250
10448 040252
10449 040256
040256
040262
040264
040272
10450 040274
040274
10451 040302
040302

012737
005737
001002
005137

177777
002600

002130

10428 040124

10432 040140
10435 040160
10436 040162
10439 040200

10445 040236

000302

001403

012737

177777

002124

10452 040302
10453 040310
10454 040312

032761
001421

010000

00666

10455 040320

032761

177777

002136

10456 040326

10457 040330

040330

10458 040336
10459 040344

10460 040346

040346
10461 040354
040354
040356
040360
10462 040362

012737

001403

004000
177777

002140

012737

177777

002342

000207

SET

BPfLAG

;ISOLATE MEM TYPE BITS
+IS THIS AN ILLEGAL MEM TYPE?
;BRANCH IF NOT

2%:

JMP
8IT
BEQ
SETY

ENE XBK
OBITS,CONFIG+2(R1)
3
MKFLAG

3%:

BIT
BEQ

#BIT7,.CONFIG(R1)
St

Ss:
6%:

84:

002664

SET

PFLAG,RRFLAG

TST
BEQ
coM
BIT
BEQ

RLFLAG
64
RRFLAG
OQITO CONFIG(R1)

SET

BHFLAG

RRFLAG

END ;OF IF SELONLY

MOV @& 1.BMFLAG
; JUMP OVER REST OF FLAG TESTS
;1S THERE ECC THERE?
;NO - SKIP
SET MKFLAG
; TES
MOV @-1 MKFLAG
;BANK = PROGRAM SPACE?
:NO - SKIP
MOV
MOV

@&-1,PFLAG
@-1,RRFLAG

: IS PROGRAM RELOCATED?
;NO - SKIP
;YES - COMPLEMENT REL QCATION REQUIRED FLAG
:ERRORS PRESENT IN THIS BANK?
:NO - SKIP

MOV
L36S:;:;:::

¢ 1,.RRFLAG

MOV

@ 1,INTFLAG

MOV

@-1,INT6AK

MOV

0-1,SKIPMK

BIT
B8EQ
SETY

081712 ,CONFIG+2(RY)
ENEXBK
INTFLAG

;IS THIS BANK INTERLEAVED?
.BRAI\CH IF IT IS NOT

817

MBIT11,CONFIG.2(R1)

SET

104

;IS THIS BANK INTERLEAVED WITH 64K BOARDS?

INT64K

:BRANCH IF IT IS NOT

BIT
8EQ

81IT1S,CONFIG(RY)
ENE XBK

; SHOULD THIS BANK BE TESTED?
;BRANCH IF IT SHOWD

R2.R1.RO

;RESTORE REGISTERS

8EQ

10%:

:SET BAD BANK FLAG

MOV & 1.BMFLAG
;IS THIS A WORST FIRST PASS?
UORST
TSTY
;YES - SKIP
BNE
iNO - COMPLEMEN: BAD MEMORY FLAG
BHFLAG
COoM
IF SELONLY IS TRUE AND oBIT14 OFF
. IN CONFIG.2(R1)
TST SELONLY
BEQ L365
BIT #BIT14,CONFIG.2(R1)
BNE L365
SET

002666

000040

012602
012601
012600

®tC?7,.R2
RZ .3

002666

032761
001403

012737

8IC
cp
8LE

002002

040000

040312

sACTIVE MEMORY?
;BRANCH IF NOY

SWAB

005737
001407
032761
001003

SEQ 0287

ACFLAG
24
CONFIG+2(R1),R2

002666

002130

Page 316-1

ST
BEQ
MOV

002116

10423 040112
10426 040116
10427 040120

Mondey 07 Oct-85 16:57

SET

ENEXBK: POP
RETURN

SKIPMK

MOV (SP).
. R2
MOV (SP). Rl
MOV (SP)+,RO

CvMJABO MSV1l J MEMORY DIAG.
EXAMINE BANK
SUBR

MACRO Y05.02

10465 040364

Mondey 07-Oct-85 16:57

Pege 318

BANKOK: SUBTST

«<<SUBR

BANK O0K2>>

1 #SUBTEST

SUBR

BANK 0K?

SEQ 0208

160000000880 6008800000000800000048000000000800060000000088080060000080080005000800000

(88600808000 80404006000880008088800000004000004000000808060000440004800800808000000080

;TEST TO INSURE THAT THE TYPE OF MEMORY IN THE PRESENT BANK

10466
10467
10468
10469
10470
10471
10472

;IS OF THE TYPE ME ARE TESTING “TMFLAG*".

040364
040370
040372
040376
10473 040400
10474
10473 040402
10476 040402

013700
005100
013701
074001
000207

tRESULT IS RETURNED IN THE CONDITION CODES (0K = (=0)).

002134

MOV

002120

MOV
XOR

comM
RETURN

INCRPT:

TMFLAG,RO

MKFLAG,R1
RO,.R1

;0K

= (=0K)

INCPAT: SUBTST

«<<SUBR

INCREMENT PATTERN TESTING >>

s sSUBTEST

SUBR

INCREMENT PATTERN TESTING

1000008060080 0000880808008050000000480008080400008800080000000008000000808008000000
1088006060800 00008888008880800080040000080008000485000008040008080808080024000008000

10477
10478
10479
10480
10481
10482
10483
10484

;INCREMENT THE PATTERN & SET UP THE CONDITION CODES

040402
040406
040414

0035237
022737
000207

002112
000030

;RESULT - Z BIT SET INDICATES OVERFLOW

002112

PATTERN
#30,PATTERN

SUBTST

«<<SUBR

&7T HIGHEST PATTERN TCSTING TYPE>>

SUBR

SET HIGHEST PATTERN TESTING TYPE

RETURN
SETPAT:

040416
040416

INC
o

HIPAT:

:SET UP CONDITION COOES

:NOT EQUAL TO Z€RO IS GOOD (NO OVERFLOW)

1888000888880 0008880884800usa080008000000000400000004868000488000080060000080840800

; sSUBTEST

18860000880 68080800888880080400008080000820480808084500868000004500088046080400800008480

10485 040416
10486 040424

10487

012737
000207

000027

002112

10488 040426

28¥URN

027 ,PATTERN

1 SET HIGHEST PATTERN

INCBNK: SUBTST

<<SUBR

INCREMENT BANK & TEST»>»>

:sSUBTEST

SUBR

INCREMENT BANK & TEST

(8080800080 800480043888888058°80880848880000088000484008808048880888808800800008400000000
1888082088 800880800888808+888080880080880000888080500000800080880823480084800088000000

10489
10490 040426
10491 040432
10492 040440

005237
023737
000207

002102
002556

sRESULTS RETURNED IN CONDITION CODES

002102

INC
cHp

RETURN

BANK
LASTBANK , BANK

;700 FAR?

MEMORY DIAG.
CVMJUABO MSvil
INCREMENT BANK & TEST
SUBR

MACRO

Y05.02

QUIT:

10495 040442

Mondey O7-Oct-85

SUBTST

16:57

Pege

320

SEQ 0209

«<<QUIT ROUTINE>>

;““..“‘..“.“...“““.‘....“.““‘.‘.‘.‘.“.‘0“..““...‘..‘.‘...“‘.....

1 *SUBTEST

QUIT ROUTINE

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

sINITIALIZE ALL CSR'S
;sUNRELOCATE IF NECESSARY
sFLUSH OUT ANY DBE'S
s TURN OFF MEMORY MANAGEMENT

10496
10497

10498
10499
10500
10301
10302 040442
10503 040444
040444

10504 040432
040452
040456
040460
040464
10505 040464
10306 040470
10307 040472
10508 040476
103509 040500
10510 040506
10511 040510
10512

;TURN OFF

sHALT

ECCINIT
SQUITL
SET4

104472
012737

040506

005737
001402
004737

002126

CO4737

022066

104421
005737
001003
042737

000005
000000

THE Q-BUS MAP

MOV
.DSABL

000004

.4
oQUIT1
CRF

; TRAP ON DOUBLE BIT ERRORS (NORMAL)
;TRAPS TO 4 GOTO QUIT)

IF RLFLAG IS TRUE THEN $CALL UNRELOCATE

037122

002454
000040

CALL

MT0030

BNE

QUIT1

DEENERGIZE
187
N0O22BIT
172516

QUITL:

8IC

RESET
HALT

81ITS ,MMR3

;FLUSH OUT DBE'S

TST

RLFLAG

BEQ L366
JSR PC,UNRELOCATE
L366:;:::::

:TURN OFF MEMORY MANAGEMENT
;IS THIS AN 11/83,11/23-B OR 11/23?

;TURN OFF THE Q-BUS MAP

CVMJABO MSV11-J MEMORY DIAG.

MACRO Y05.02

Monday 07-Oct-85

16:57

Page 322

SEQ 0290

QUIT ROUTINE

EXIT:

10515 040512

SUBTST

HALT PROGRAM

;sSUBTEST

10516 040512
10517 0403516
040516
040522
040524
040330
040332
10518 040332
10519 040534
040534
040536
10520 040536
10321 040540
10522 040544
040544
10523
10524 040544

<<HALT PROGRAM>>

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

004737

040544

005737
001003
005737
001402

002352

(6800000800002 80000008080000080008000R00R0000008004000000000000080000004800000008

EXIT2:

SHUTUP

IF APTFLAG IS TRUE OR ACTFLAG IS TRUE

002350

BR
ELSE

000777

000403
000000
000137

CALL

SEXHALT:

003670

SHUTUP:

APTFLAG
L367
ACTFLAG
L370

BR L371
L370:::533::

HALT
START
JMP
END ;0F IF APTFLAG

SUBTST

TIST
BNE
TST
BEQ
L367:;::3:13

L378:3:5:535

<<SHUTDOWN DIAGNOSTIC>>

SRR EAAAAARAASRAERRAORRRKEARASAAAARSAAEAAORSAANSEESESRI0SR08008084880800840080

SHUTDOWN DIAGNOSTIC

: «SUBTEST

(ASEAASERANERLEEARNRAAREEAASEANARAAERAAOEEAE400004004040808500080884804000082008

sINITIALIZE ALL CSR'S
;UNRELOCATE
+FLUSH OUT DBE’'S
;:RESTORE LOADERS

105235
10526

10527
10528
10529
10530
10534 040544
10535 040546
040546
040552
040554

040560

10536 040560
040560
040364
10537 040566
10538 040572
040572
10539 040572
10540 040576
103541 040602
10542 040606
10543 040610
10544 040614
10345 040616
10549 040624
10550
10551 040626

;:TURN OFF MEMORY MANAGEMENT

;UNMAP THE Q-BUS MAP
ECCINIT
:TRAP ON DOUBLE BIT ERRORS (NORMAL)
IF RLFLAG IS TRUE THEN $CALL UNRELOCATE

104472
005737
001402
004737

002126

TST RLFLAG
BEQ L372
JSR PC,UNRELOCATE
L372:::::3

037122

QUICK IS FALSE

TST QUICK

005737
001002
004737

002436
022066

CALL
MT0030
END ;0F IF QUICK

;FLUSH OUT DBE'S

012700
013701
004737
104421
005737
001003
042737
000207

000001
002576
037350

MOV
MOV
CALL

€1 ,RO
LOADHOME ,R1
BANKMOV

;DESTINATION BANK
: SOURCE BANK

002454

187

NO22BIT

BIC

o8ITS,MMR3

0v0040

DEENERGIZE

172516

BNE
1¢:

RETURN

BNE L373

L373:::::3:

; TURN OFF MEMORY MANAGEMENT

:DOES THIS PDP-11 HAVE 22-BIT ADDR?

:BRANCH IF NOT

;TURN OFF Q@-BUS MAP

APTDOMN:SUBTST

<<APT SHUTDOWN SEQUENCE>>

; «SUBTEST

APT SHUTDOWN SEQUENCE

;RARASSAAEE0RM0RRCASSRRRERAERAANAANAAEESR0E0400800400040080804080280080000000

SABEAAAASARASIAESARSERRARARARAANASAEAEA04000000000000850004008004488000080000000

10552 040626
040626

010346

MAP

;:MAP SUPERVISOR SPACE (TEST AREA) TO BANK &0
MOV R3,-(SP)

CVMJABO MSV1il-J MEMORY DIAG.
APT SHUTDOWN SEQUENCE
040630
040634

012703
004737

040640

012603

MACRO Y05.02

Monday 07-Oct-85 16:57

000000
035604

MOV
CALL

.DSABL

CRF

053737

002552

177776

TESTAREA
BééABL ESETHODE.PSU

10554 040650
10555 040656
10556 040664

012737
012737
012737

040626
000340
000000

060024
060026
120626

MOV
MoV
MOV

10558 040674

000000

104417

KERNEL

APTHLT: HALT

SEQ 0291

00,R3
MAPPER

10553 040642
040642

10557 040672

Pege 322-1

:ENTER TEST MODE

@APTOOWN,FIRST+24
4340 ,FIRST+26
20 ,FIRST+APTOOWN

MOV (SP).+,R3
;GO TO SYSTEM TEST MOODE

sENTER KERNEL MODE

CVMJUABO MSV1i-J MEMORY DIAG.

MACRO Y05.02

Monday 07-0Oct-85 16:57

Page 324

SEQ 0292

APT SHUTOOWN SEQUENCE

SUBTST
<<BLOCK MOVE SUBROUTINE>>
IEEEEEE000000A0ASARSAABARRRAEEEAARASSE0000ES0R0SRRSRENLLLEIIENL0000000000

10561 040676

; #SUBTEST

BLOCK MOVE SUBROUTINE

(0605844000880 508000408808080000000088088880000000RRA4A0000s004000000000000000

:BLOCK3 HAS 3 ARGUEMENTS
;BLOCK2 HAS 2 ARGUEMENTS
;BLOCK1 HAS 1 ARGUEMENTS

10362
10363
10364

;ALL ARE CALLED BY THE BMOV MACRO

.ENABL
PUSH

LSB
RO,R1.R2

MOV
MOV

B8R

#FASTCITY,R2
#16. .,R1
34

PUSH

RO,R1,R2

MOV

B8R

916. ,R1
24

BLOCK3:

PUSH

RO,R1.R2

012502
012500

2%:

MOV

012022
077102

1%:

MOV
Sg8

010046
010146
010246
012702
012701
000413

C10046
010146
010246
012701
000404
010046
010146
010246
012501

012602
012601
012600
000205

BLOCK1:

177640

000020

BLOCK2:

000020

33:

MOV
MOV
MOV

MOV

POP

MOV

MOV
MOV

RTS

.DSABL

P)+.R2
P+« ,R1

wnunn

040700
040702
10369 040704
10370 040710
10371 040714
10372
10573 040716
040716
040720
040722
10574 040724
10373 040730
103576
10577 040732
040732
040734
040736
10578 040740
10579 040742
10580 040744
103681
10382 040746
10583 040750
10584 040752
040752
040754
040756
10585 040760
10586

~rn

10565
10566
10367
10568 040676
040676

P)+,RO

CVMJUABO MSV11-J MEMORY DIAG.

FIELD SERVICE MOOE

MACRO Y05.02

Monday 07-Oct-85 16:57
.SBTTL

10588
10589
10590 040762

040770
040774
040776
041002
041004

005737
0019203
005737
001404

002126

041004

104401

067627

10596 041010
10597 041012

10598 041014
041014
10599 041014

10600 041020
10601 041022

SUBR

001402

041026
041032

013746
013746
104424

002152
002006

012737

177777

104401

067057

10606 041052
10607 041054
041034

10608 041036
10609 041062
10610 041064
10611 041070
10612 041072

041102
041104
041106
041110
04

10618 041114
1(619 04

012600
020027

000022

104401

066207

000766
010046
006316
004737
041160
041262
041372

041540

042014
042334
043252

,MSGO20
CRF

:FIELD SERVICE CCHMMAND MODE

TYPE

TYPEIT

.DSABL

MSGO48

TST NOF SMODE
8EQ L375
L374:::::3:

1s:

;NOT AVAILABLE NOW - TRY LATER?

END

;0F IfF RLFLAG

78T

CACHKN

PUSH

CONTRL

:SAVE CACHE STATUS

PUSH

CSRNO,KAMIKAZE

;SAVE CSR € KAMIKAZE STATUS

CACHOFF
002006

,MSGO48

CRF

B8EQ

SET

KAMIKAZE

TYPE
TYPEIT
.OSABL.
RDDEC
POP

MSGO26
,MSGO26
CRF

cHP
BLOS

RO, 018.
1s

TYPE
TYPEIT

041150

TST RLFLAG

BNE L374

104414

101403

MSGO20

IF RLFLAG IS TRUE OR NOFSMODE IS TRUE

002544

177746

10604 041040
041040
10605 041046
041046

TYPEIT
.DSABL

RESREG
RETURN

013746

10603 041036

TYPE

104416
000207

005737

FIELD SERVICE COMMAND MODE

002426

041022

10602 041026

10613
10614
10613
10616
10617

104415
066166

10595 041004

FIELD SERVICE MODE

;tt‘tt‘t“t;eet“00“.““..‘.““‘0““.t.tt“".t“‘tt‘t“to‘oo.‘0ooo..‘t“ooo
SAV

104401

10593
10594 040770

SEQ 0293

FIELDSERVICE:SUBTST
<<SUBR FIELD SERVICE COMMAND MODE>>
1080000080008 00000000080RR0RAA00E0000000000000000088800R05000000000000000000000

;aSUBTEST

10591 040762
10592 040764
040764

Page 325

L37S:::::::

; TURN CACHE OFF
;sCOMMAND:
;READ A DECIMAL NUMBER
;COMMAND --> RO

FSCMD4

FSCMDS
FSCMD6

MOV CSRNO, -(SP)
MOV KAMIKAZE, (SF)
MOV

MOV

# 1,.KAMTKAZE

(SP)., RO

MSGo21
,MSGO21

CRF
.DSABL
BR
133)
CASE RO

FSCMDO
FSCMD1
FSCMD2
FSCMD3

MOV CONTRL,-(SP)

;EXIT FIELD SERVICE COMMANDS
;+READ CSR
;LOAD CSR
sEXAMINE MEMORY

;MODIFY MEMORY

:SELECT BANK & PATTERN
;TYPE CONFIGURATION MAP

MOV RO, (SP)
ASL &SP
JSR PC,L376

CVHJUABO MSV11-J MEMORY DIAG.

SUBR

MACRO Y0S5.02

FIELD SERVICE COMMAND MODE

10620 041120
10621 041122
10622 041124
10623 041126
10624 041130
10623 041132
10626 041134
10627 041136
10628 041140
10629 041142
10630 041144
10631 041146

043260
043552
044000
044272
044320
044342
044362
044404
044422
044506
044550
044564

0411350
041150
041152
041154

062616
013646
004736

10632 041150

10633 041156

000733

Mondey 07-Oct 85 16:57

SEQ 0294

1S0B A-LONG TEST
;ERROR SUMMARY
{REFRESH TEST
1SET FILL COUNT
;ENTER KAMIKAZE MODE
{EXIT KAMIKAZE MODE
1 TURN CACHE OFF
i TURN CACHE ON
;TEST ONLY SELECTED BANKS
;RESUME TESTING ALL BANKS

FSCMD7
FSCMD8
FSCMD9
FCMD10
FCMD11
FCMD12
FCMD13
FCMD14
FCMD1S
FCMD16
FCMD17
FCMD18

END ;0F CASE

Pege 325 1

FS1

;ENABLE TRACE
;1DISABLE TRACE

L376::::3513
ADD (SP).,8SP
MOV 8(SP)+,-(SP)
JSR PC,a(SP).

MACRO Y05.02
CVMJABO MSV11-J MEMORY DIAG.
FIELD SERVICE COMMAND MODE
SUBR

041160

104401

070605

10638 041164
10639 ¢s1170
041170
041174
10640 041176
10641 041202
10642 041206
041206
041210
10643 041210
041210
10644 041214
041214
10645 041214
041214
10646 041220
10647 041224
10648 041226
041226
041234
10649 041236
10650 041242
041242
041244
10651 041244
10652 041250
10653 041232

062706

000002

005737
001405
062706
005037

002010

041232

10654 041256
041236
10653 041236
10636 041260
10657
10658 041262

Page 327

SEQ 0295

EXIT>>
FSCHMDO: SUBTST
<<COMMAND O
3.‘..“““‘..‘.““‘“.““‘..““..“..““‘..“‘“.“‘.““‘..‘..“‘.‘0““.‘
EXIT
COMMAND O
s sSUBTEST
;"“““““‘.“‘.“““‘.“““““‘.“..“.““...‘.““‘.“.“".“‘..‘.“0‘

10636 041160

10637 041160

Monday 07-0ct-85 16:57

TYPE
TYPEIT

MSG103
,MSG10O3
CRF
.DSABL
ADD
#2,5P
IF SKIPKAMI IS TRUE
ADD

000002
002010

CLR

ELSE

000402

POP

012637

002006

012637
005737
001414

002152
002544

023737
001003
062706

002544

END

002544

012637

177746

SKIPKAMI

B8R LAOO
L377:3333543

;sRESTORE OLD KAMIKAZE FLAG

KAMIKAZE

POP

CSRNO

TS7
BEQ

CACHKN
RESO

TS7
BEQ
POP

END

104416
000207

1 THROW AWAY OLD KAMIKAZE FLAG

02,SP

MOV (SP)+,KAMIKAZE

;OF IF SKIPKAMI

ADD
ELSE

000405
001402

TST SKIPKAMI
BEQ L37?

LA0O:;:::::

MOV (SP)+ ,CSRNO

;:IF CACHE IS OFF

IF CACHKN EQ CACHKF

002550

000002

005737

;LEAVING FIELD SERVICE MODE

: THROM AWAY CACHE STATUS

02,5P

BR L402

CACHKN
RESO

1RESTORE CACHE STATUS

CONTRL

;0F IF CACHKN

RESO:

RESREG
RETURN

FSCMD1:

SUBTST

<<FS

COMMAND 1

READ CSR»>>

COMMAND 1

READ CSR

(8688888858488 88 8848088840805

1 #SUBTEST

CMP CACHKN, CACHKF
BNE L4401

MOV (SP).+, CONTRL

0888588 08008880080 048888¢88888488084604880088480840400800

188804846808444880480880888380440885888
2004548058088 00820480800884808844084880808840800

106359 041262
10660 041266
10661 041272
041272

004737
010637

044576
002306

012737

041336

10662 041300
10663 041302
041302
10664 041310
10665 041312
041312
041320
041326

104426

000004

CALL
MOV
SET4

MOV

1777717

002430

012737
022737
001002

034002
000005

000004
004064

MRESL .4

.OSABL

CRF

SET

NOERROR

ERROR

+26

MOV

4
OTIMEOUT.

READCSR

012737
104026

WHICHCSR
SP,FSSTACK
MRESL

RES4

CMP

BNE

#5,PROTYP
101

; TRAPS TO 4 GOTO RES1

sUSE_ERROR ROUTINE FOR PRINTOUT

;RESET TRAPS TO 4 TO DEFAWLT

;IS THIS AN 11/83/84 ?
;BRANCH IF NOT

MOV

#-1,NOERROR

CVMJUABO M5V11-J MEMORY

COMMAND 1

041330
041334

005037

MACRO Y05.02
D IAG.
READ CSR

177766

10666 041334
10667 041336
041336

000207

104401

067033

10668 041342
10669 041346
041346
041354
041362
041364
041370

013706

002306

012737
022737
001002
005037

034002
000005

10670 V41370

000207

177766

101¢:

RESL:

Monday 07-Oct 85 16:57
CLR

CPUERR

.DSABL
RETURN

CRF

TYPE
TYPEIT

.DSABL
MOV
RES4
MOV

000004
004064

101%:

CcMP
BNE
CLR

.DSABL
RETURN

MSGO2S

. MSG025

Page

327-1

;CLEAR OUT THE CPU ERROR REGISTER BITS
;THAT A EXPECTED TRAP COULD HAVE SET

: THIS CSR DOES NOT EXIST

CRF

FSSTACK,SP
OTIMEQUT
.S
#5,PROTYP
101¢

CPUERR
CRF

sRESET TRAPS TO 4 TO DEFAULT
1IS THIS AN 11/83/84 ?
;BRANCH IF NOT
sCLEAR OUT THE CPU ERROR REGISTER BITS
;THAT A EXPECTED TRAP COULD HAVE SET

SEQ 0296

MACRO Y05.02
CVMJABO MSY11-J MEMORY OIAG.
READ CSR
COMMAND 1
FS

004737
010637

044576
002306

012737

041504

10677 041410
10678 041412
041412

104426

10679 041416
041416
10680 041424
10681 041426
041426
041434
041442
041444
041450
10682 041450
041430

10683 041434
10684 041436
0414356
10683 041462
10686 041464
10687 041466
041466

10688 041472
041472
10689 041300
10690 041502
10691 0413504
041504

10692 041510
10693 041514
041514
041322
041530
041332
041536
10694 041536

1TRAPS T0 4 GOTO RES2

067071

012737
104026

1771177

002430

012737
022737
€01002
005037

034002
000005

004064

177766

+26
#TIMEOUT,
4
#5,PROTYP

1014
CPUERR

101%:
.DSABL

TYFE
TYPEIT

067017

.OSABL

ROOCY
POP

104413
012637

002150

104401

067106

012737
104026
000207

177777

104401

067033

013706

002306

012737
022737
001002
005037

034002
000005

104425
104426

000207

177766

SEQ 0297

000004

104401

Pege 329

LOAD CSR>>
<<F$§
FSCMD2: SUBTST
COMMAND 2
;‘.‘.“.“‘....‘.“.....“.‘.....‘.‘...“.“..“‘.‘“....‘.“‘...“00‘0“.‘..‘..
LOAD CSR
FS
COMMAND 2
1sSUBTEST
|‘.“““"“““.‘..“‘.“.‘.‘.‘.‘..‘.‘.‘.....‘.“.‘.‘.““‘l‘0“‘.‘.t“t“““
WHICHCSR
CALL

10673 041372

10674 041372
10673 041376
10676 041402
041402

Monday 07-0Oct-85 16:57

CRF
MSGO23

,MSGO23

CRF

CSR

1USE_ERROR ROUTINE FOR PRINTOUT
tRESET TRAPS TO 4 TO DEFALLTY

MOV

+1IS THIS AN 11/83/84 ?
1BRANCH IF NOT
:CLEAR OUT THE CPU ERROR REGISTER BITS
;THAT A EXPECTED TRAP COULD HAVE SET

;FIRST CSR WORD

;READ AN OCTAL NUMBER
;PUT IN IN LOC

"CSR”

LOADCSR
READCSR
MsGo28
TYPE
TYPEIT
. MSGO28
CRF
.DSABL
NOERROR
SEY

002430
RES2:

ERROR
RETURN
TYPE
TYPEIY

.DSABL
MOV
RES4
MOV

000004
004064

*26

;USE FOR PRINTOUT - NOT AN ERROR

MSGO25

; THIS CSR DOES NOT EXIST

.HEGOZS

.DSABL
RETURN

MOV (SP).,CSR

MOV

& 1,NOERROR

FSSTACK .SP
STIMEOUT
4
#5,PROTYP

1014
CPUERR

101

#-1,NOERROR

CRF

sRESET TRAPS TO 4 1O DEFAULT

;IS THIS AN 11/83/84 ?
;BRANCH IF NOT

:CLEAR OUT THME CPU ERROR REGISTER BITS
i THAT A EXPECTED TRAP COWLD HAVE SET

MACRO Y05.02
MSV1i J MEMORY DIAG.
LOAD CSR
COMMANG 2
041540

Mondey 07-Oct-85 16:57

Page 331

SEQ 0298

FSCMD3: SUBTST

<<FS

COMMAND 3

EXAMINE MEMORY>>

1 eSUBTEST

COMMAND 3

EXAMINE MEMORY

;“‘.““.‘.‘..“‘.“““.‘.‘.‘..““‘..‘.“.‘...‘O‘.‘...".‘....‘...‘.‘..‘.O‘..
..“‘..‘.““‘...‘...““‘...........‘....‘..“‘.“.“‘.‘..“.....““‘...‘...“

041340
041340
041344

041330
041534
10699 81360
10700 041366
041366
10701 041372
041372

10702 041376
10703 041600
10704 041606
041606
10708 041610
10706 041612
10707 041614
10708 041620
10709
10710
10711
10712
10713
10714

10713
10716
10717
10718

10719

013746
013746
013746
013746
012737

002102
002076
002304

104401

067122

104401

067161

104413
013737
12600
000241
006100
006137
000241
06000

000002

056216

012737

041726

012737

041734

010346
013703
004737

MOV

002076

14:

.DSABL

CRF

MSGO31

.DSABL

CRF

TYPEIT

cwp
867
ADO
8IT
BNE
cHp
BHI
MOV
SETE
MOV
.OSABL
MAP
MoV

002556

060000
000001

157776
002304

002102
035604

,MSGO29

TYPE

ROL
ROL
CLC
ROR

CALL
_OSABL

012603

,MSGO31

SHIOCT , BANK

RO
BANK
RO

BANK,LASTBANK
14
#F IRST,RO
#81I70,R0
18
RO, #LAST
14
834 ,PARTHERE
044
44,4
CRF
BANK
BANK ,R3

104403

BYIE
‘OYTE

6
O

000410

(]

EXCHo3

TYPE

MSGO32

002552

177776

011001

104417

010146

006
000

104401

.DSABL

067221

MOV BANK, -(SP

36:

TYPEIT

{INDICATE PARITY ACTION

1EXAMINE MEMORY

{PHYSICAL ADORESS (0-17775776)77

;READ OCTAL NUMBER ONTO STACK & $MIOCT
1PUT MSB'S IN BANK
;PUT LSB'S IN RO

MOV (SP)+.RO

;CHECK FOR BANK TOO MIGH

:BRANCH IF TRUE

;CHECK FOR 0DO ADORESS
:BRANCH IF 00D ADORESS
1CHECK FOR ADDRESS OVER 16K
{BRANCH IF OVER 16K
:INCASE OF ABORTS
;TRAPS TO 4 GOTO 43

;MAP SUPERVISOR SPACE (TEST AREA) TO BANK
MOV R3.-(SP)

MAPPER
CRF

TESTAREA
8Is
TESTMOOE , PSW
CRF
.DSABL
MOV
(RO).R1
KERNEL
TYPOCS
R1
R1,-(SP)
MOV
TYPOS

033737

10724
10723
1072¢

MSGO29

RDOCT
MOV
POP

002102

02, NOPAR

TYPE

TYPEIT

~2102

002102

BANK,NOPAR,PARTHERE ,4

MOV NOPAR, -(SP)
MOV PARTMERE
., -(SP)

cLe

023737
0033537
062700
032700
001332
020027

101347

PUSH

CRF

,MSGO32

{ENTER TEST MODE

MOV (SP)..RS

1GO YO SYSTEM TEST MODE

JENTER KERNEL MOOE
1 1SAVE Rl FOR TYPEOUT

1160 TYPE--OCTAL ASCII

11TYPE 6 DIGITS
: 1SUPPRESS LEADING ZEROS

;PARITY ABORT

neo

MJABO MSV11-J MEMORY Dé:G

COMMAND 3

.DSABL

000405

10729 041734

062706

000004

041740

104401

067240

ig;g% 041744

000400

10733 041746

104417

041750
041754
041760
041764
10735 041770

012€.7
012637
012637
012637

000004
002304
002076
002102

041776
042004

012737

022737
001002

034002

c05037

177766

10730 041740

10734 041750

041770

ggg?g

10736 042012

000207

Monday 07-0ct-85 16:57

B8R

lg;g; 041732
1

MACRO Y05.02

AMINE MEMORY

ADD

TYPE

TYPEIT

.DSABL

B8R

EXCMD3: KERNEL

000005

POP

RES4

000004

004064

1014

CRF

; TIMEOUT TRAP

,MSGO33

CRF

EXCMD3
sENTER KERNEL MODE

4 ,PARTHERE ,NOPAR , BANK

CLR

CPUERR

RETURN

sFIX STACK

#4, 5P

MSGO33

OTIMEQUT, 4

.DSABL

SEQ 0299

EXCMO3

MOV

cHe
BNE

Page 331-1

@5 ,PROTYP
1014

CRF

{RESET TRAPS TO &4 TO DEFAULT

MOV (SP)..4
MOV (SP)+ ,PARTHERE
, NOPAR
MOV (SP).
MOV (SP). ,BANK

;IS THIS AN 11/83/84 ?
;:BRANCH IF NOTY

1CLEAR OUT THE CPU ERROR REGISTER BITS
;THAT R EXPECTED TRAP COULD HAVE SET

“r

MJABO mSvil

MACRO

J MEMORY

MEMORY

COMMAND 3

10739 042014

v05.02

Mondey 07 Oct 85

16:57

Page

333

SEQ 0300

FSCMD4: SUBTST

«<<FS

COMMAND 4

MODIFY MEMORY>>

; #SUBTEST

COMMAND 4

MODIFY MEMORY

1 00000000000000008880006008880000000000000000000088800000000000000080000000000000¢
;“‘..‘.‘."‘...‘...“‘.‘......‘.“‘.....‘.‘..‘...“““....‘.‘.“..0.‘....‘...‘

10740 042014

042014
042020
042024

042030

1074} 042034
10742 042042
042042

10743 042046
042046

10744 042032
10745 0420354
10746
10747
10748
10749
10730
10751
10752

10733 042110
10754 042114

042114
042120
1075S 042122
042122
042126
10756 042130
10787 042136
042136

10754 042144
042144
042146
042152

PUSH

013746
013746
013746
013746
012737

002102

104401

067346

104413
013737

056216

1¢:

002102

060000

042176

002304

012737

042204

000004

042170

011001

042172
042174

104417

000410

042176
042176

104401

053737

MSGO31

;PHYSICAL ADORESS (0 17775776112

RDOCT
MOV

$HIOCT ,BANK

;CEAD OCTAL NUMBER ONTO STACK & S$HIOCT
;PUT MSB'S IN BANK

TYPEIT
.OSABL

002102
035604

002552

,MSGO31
CRF

POP

cLC
ROL
ROL
CLC

RO
BANK

ADD

012737

CRF

;PUT LSB'S IN RO

;CHCCK FOR BANK TOO HIGM

CMP BANK LASTBANK

IF 0BITO SET.IN RO THEN GOTO 1$

;CHECK FOR ODD ADDRESS

IF RO HI #LAST THEN GOTO 1

;CHECK FOR ADDRESS OVER 16K

MOV

: INCASE OF ABORTS

#34 ,PARTHERE

44
o4 .4
CRF
BANK

MOV

BANK R3S

CALL
.DSABL

81S

TESTMODE ,PSW

.DSABL
MOV

CRF
(RO),R1

KERNEL
BR

;MAP SUPERVISOR SPACE

3s:

TYPE

MSGO32

TYPEIT
.DSABL

,MSGO32
CRF

81T #8IT0.RO
BNE 1%

CMP RO, OLAST
BHI 1%

(TEST AREA) TO BANK
MOV RS,

MOV

;ENTER TEST MODE

:ENTER KERNEL MODE

;PARITY ABORTY

(SP)

(SP).,R3

;GO TO SYSTEM TEST MODE

:GETTING HERE MEANS WE GOT LUCKY - NO TRAPS

067221

;TRAPS TC 4 GOTO 4

MAPPER
CRF

INVALIDATE
TESTAREA

177776

MOV (SP)..RO

B8GT

#F IRST RO

SET4
MOV
.DSABL
MAP

(SP)

:MODIFY MEMORY

,MSGO36

IF BANK GT LASTBANK THEN GOTO 13

002556

157776

012603
104511

.OSABL

;INDICATE PARITY ACTION

#3,NOPAR

MSGO36

MOV PARTMERE.
MOV 4, (SP)

TYPE

ROR

020027

010346
013703
004737

TYPE

TYPEIT

000001

101347

MOV

002076

002102

-(SP)

MOV NOPAR, (SP)

032700
001352

042156
10759 042160
10760 042162
042162
10761
10762
10763
10764
10765
10766

000003

067161

023737
003357
062700

MOV BANK,

002076
002304

104401

C12600
000241
006100
006137
000241
006000

BANK ,NOPAR ,PARTHERE . 4

CVMJABO MSvil J HEMORY
COMMAND 4
FS
10767 042202
10768
10769 042204
10770 042210
042210

10771 042214
10772
10773 042216
042216

10774 042222
042222
042224
042226
042227

1077S 042230

062706

000004

104401

067240

104401

012601

042246
042250

010110
011001

042265

10784
10785 042266
107686 042270
042270
042274
042300
042304
10787 042310
042310
042316
042324
042326
042332
10788 042332

S5¢:

067365

053737

104401

£xCr04

;EXIT

MSGO37
,MSGO37
CRF

;0LD DATA WAS

TYPE
TYPEIT
.OSABL

TYPOCS

TYPOS

.BYTE
.BYTE
.DSABL

104417

EXCMD4: KERNEL
POP

000004
002304
002076
002102

012737
022737
001002
005037

034002
000005
177766

RES4

000004
004064

101¢:

CRF

R1,-(SP)

6
0
CRF

sPRINT IV
;: :SAVE R1 FOR TYPEOQUT
::GO TrPE--OCTAL ASCII
:+TYPE 6 DIGITS
; s SUPPRESS LEADING ZEROS
: INPUT NEW DATA
;READ ON OCTAL NUMBER ONTO THE STACK

;GET NEW NUMBER

;ENTER TEST MODE

MOV

(SP).,R1

;GO TO SYSTEM TEST MODE

;PUT IT IN MEMORY
;READ

AGAIN

;ENTER KERNEL MODE
;DATA IS NOW

sPRINT 17
:;SAVE R1 FOR TYPEOQUT
+:GO _TYPE--OCTAL ASCII
;:TYPE 6 DIGITS
: : SUPPRESS LEADING ZEROS
;ENTER KERNEL MODE

4
#TIMEQUT.
#5,PROTYP

CLR

CPUERR

.DSABL

CRF

RETURN

TRAP

4 ,PARTHERE ,NOPAR , BANK

MOV
cHP
BNE

;FIX STACK

; TIMEOQUT

MSGO38
,MSGO38

006
000

012637
012637

6
0
CRF
MSGO39
,MSGO39
CRF

TYPE
TYPEIT

MOV

104403

000207

R1,-(SP)

TESTHMODE ,PSW
CRF
R1,(RO)
(RO),R1

.0SABL

010146

012637
012637

BIS
.DSABL
MOV
MOV
KERNEL

+EXITY

CRF

TESTAREA

067404

SEQ 0301

B8R

ROOCT
POP

104417

o4 ,5P
MSGO33
,MSGO33

.BYTE
.BYTE
.0SABL
TYPE
TYPEIT
OSABL

177776

333

ADD
TYPE
TYPEIT

TYPOS

002552

Page

EXCMD4

MOV

067422

16:57

B8R

.DSABL

010146
104403
006
000

104413

042260
042262
042264

Mondey 07 Oct-85

TYPOCS

10776 042234
10777 042236
042236
10778 042240
042240

10783 042260

MACRO Y05.02

MEMORY

000424

104401

042252
042254
042254

MODIFY

000431

042230

10779
10780
10781
10782

DIAG.

101

;RESET TRAPS TO 4 TO DEFAWLT

"oV
MOV
MOV
MOV

(SP). .4
(SP)..PARTHERE
(SP).,NOPAR
(SP).,BANK

;IS THIS AN 11/83/84 ?
+BRANCH IF NOT

;CLEAR OUT THE CPU ERROR REGISTER BITS
;:THAT A EXPECTED TRAP COULD HKAVE SET

hlnl

VMJABO MSVI1 J MEMORY DIAG.

COMMAND 4

MACRO Y05.02

MODIFY MEMORY

10791 042334
10792 042334
042334
042340
042344
042350
042354
042360
10793 042364
10794 042370

042370

10795 042374

013746
013746
013746
013746
013746
013746
010637

002102
002112
002412
002326
000060
000062
002306

104401

067444

10796 042400
10797 042402
042402
10798 042406
042406

104413
002102

023737
003367

002102

10800 042416
10891 042422
10802 042424
10803 042426

013701
006301
006301

002102

033761
001003

002106

042436

104401

067470

10805 042442
042442
10806 042444

FSCMDS: SUBTST

«<<¢FS

COMMAND 5

SELECT BANK & PATTERN>>

;¢SUBTEST

COMMAND S

SELECT BANK & PATTERN

PUSH

BANK ,PATTERN, TESTADD .PCBUMP, TKVEC, TKVEC+2

MOV
TYPE

SP,FSSTACK
MSGO40

.OSABL

CRF

TYPEIT

,MSGO30

TYPEIT

1s:

067142

01267

042426
042434
10804 042436

SEQ 0302

$6008068060806006080060000000488048400480840008000808488844080600800040¢40000000000008

104401

10799

Page 335

10080000600688808088864000880808808000800000805006088000060460000008408002848800000800

042374

042414

Monday 07-0Oct-85 16:57

TYPE

.DSABL

,MSGO40

MSGO30

MOV BANK, -(SP)
MOV PATTERN, -(SP)
MOV TESTADD, -(SP)
MOV PCBUMP, (SP)
MOV TKVEC, -(SP)
MOV TKVEC.2,-(SP)
;SAVE LAST GOOD STACK POINTER
:SELECT BANK & PATTERN TEST
:BANK(0-177)7?

CRF

;READ AN OCTAL NUMBER ONTO THE STACK
:PUT IT IN BANK
MOV (SP). ,.BANK
IF BANK GT LASTBANK THEN GOTO 1% ;CHECK FOR BANK TOO HIGH
CMP BANK ,LASTBANK

RDOCT
POP
002556

BANK

BGT 13

BANK,R1
MOV
R1
ASL
R1
ASL
IF CPUBIT OFF.IN CONFIG(R1)

002664

TYPE

TYPEIT

.DSABL

MSGO4l

,MSGOAL

:BANK NOT ACCESSABLE

CRF

GOTO 1%

000754

BR 1

END ;OF IF

045444

BIT CPUBIT,CONFIG(R1)
BNE L4403

LAOS:;;:::::

10807

10808 042444

042444

104401

10809 042450
10010 042452
042452
10811 042456
042456
042464

104413

10812 042466

042466
042472
10813 042474
042474

012637

002112

023727
003367

002112

005737
001004

002112

104401

067533

10814 042500

104413

042502

012602

10815 042502

2%:

067515

TYPE

MSGo42

.DSABL

CRF

TYPEIT

ROOCT
POP
000047

,MSGO42

PATTERN

IF PATTERN GT 047 THEN GOTO 2¢
IF PATTERN €Q #0

sPATTERN(0-45)?
:READ AN OCTAL NUMBER ONTO THE STACK
;PUT IT IN PATTERN
MOV (SP)+ ,PATTERN
;CHECK FOR PATTERN TO HIGH PATTERN,
847
CMP
BGT 2%
TST PATTERN
BNE L4404

MSGO43

+PATTERN O DATA 1S?

.0SABL

CRF

POP

;READ AN OCTAL NUMBER ONTO THE STACK

TYPE

TYPEIT

ROOCT

,MSGO43

;PUT IT IN R2

MOV (SP)..R2

MACRO Y05.02
Mondey 07-Oct-85 16:57
MSV11 J MEMORY OIAG.
SELECT BANK & PATTERN
COMMAND 5

END

042304
042504
042506

MAP

BANK

MOV
CALL
.DSABL

BANK,R3
MAPPER
CRF

042512

042516
10820 042520
10821 042522
10822 042526

012603
104511

002102
035604

004737

037760

042326
042532
10823 042534
042534

005737
001404

002124

104401

067667

10824 042540
10825 042544
042544
10826 042544
042544

000137

043154

104401

067555

10827
10828
10829
10830
10831
10832
10833

042550
042556
042562
042566
042372
042576

013737
013702
072227

002152
002102
000002
002654
177770

10834 042604

010337

10835
10836
10837
10838
10839
10840
1084
10842

10843

10844
10845
10846
10847
10848
10849
10850

10851
10852

042602

042610
042616
042624
042630
042636
042644
042644
042652
042660
042664
042666
042670
042674
042700
042706
042714
042714
042722
042724
042730
042730
042732
042736

016203
072327
042703
006303

012737
012737
017700
042737
052777

012737
012737
013701
006301
006301
005037
003037
012737
012737

032761
001413
005237
010346
013703
004737

CALL

TYPE

TYPEIT

MOV

TS7T RRFLAG
B8EQ L40S

;:BANK REQUIRES RELOCATION

MSGO49

,MSGO49

177776
137776

177777
177777

002612
002110

:TO ESCAPE TYPE ANY KEY!

.DOSABL
MOV

CRF
CSRNO, SAVCSR

:SAVE OLD CSR NUMBER

#2.R2
CONFIG(R2),R3
€-10,R3

;GENERATE INDEY. INTO CONFIGURATION TABLE
:R3 = LOW WORD OF CONFIGURATION TABLE FOR THIS BANK
;POSITION CSR CODE IN BITS 0-3

002240
002264
060000
000002

002412
002414

010000

002666

,MSGO46

nov

BANK,R2

8IC

&1tC17,R3

ASL
MOV
MOV
MOV

MOV
BIC
BIS

CMDSHB:

LA0S:;:::::

MSGO46

ASH
MOV
ASH

000200
000100

(SP)+,R3

TYPE

TYPEIT

002154

AREA) 10 BANK
R3,-(SP)

;sSET NEW MARGINS

EXBANK

CRF
.DSABL
JMP CMDSC
END ;0F IF RRFLAG

000060
000062

002102
035604

1MAP SUPERVISOR SPACE (ngz

IF RRFLAG IS TRUE

002152
043154
000340
140014

002240

LAOA:;;,:::

INVALIDATE

177760

02102

SEQ 0303

;OF IF

042504
042504

010346
013703
004737

Page 335-1

R3
R3,CSRNO
oCMDSC, TKVEC
4340, TKVEC 2

;CLEAR ALL BUT THE CSR CODE
;ADJUST CSR NUMBER
i

83TKB,.RO
#BIT7,PSU
#B176,88TKS

SET

HEADER ,MUT

MOV
ASL
ASL

BANK ,R1
R1
Rl

SPLTCSR
CLR
PASFLG
CLR
MOV
#F IRST.TESTADD
MOV
OFIRST+2,TESTADD
.2
IF 481712 SET.IN CONFIG+.2(R}1)
INC

MAP

MOV
CALL

SPLTCSR

BANK

BANK ,R3
MAPPER

sKILL ANY OLD INTERRUPT
:LOWER CPU PRIORITY T0O 140
sENABLE KEYBOARD INTERRUPTS

MOV
MOV

81T

@8IT12,CONFIG2(R1)

BEQ L406
MOV

R3.

(SP)

MACRO Y05.02
Monday 07-0Oct-85 16:57
CVMJABO MSV11-J MEMORY DIAG.
PATTERN
&
BANK
SELECT
5
AND
COMM
FS
042742
042744

10853
10834 042732
042752
108355 042782
042752
042760
10856 042762
10857 042764
042764
042766
10858 042766

10862
10863
10864
10865
10866
10867
10868
10869
10870
10871
10872
10873
10874
10875
10876
10877
10878
10879
10880
10881
10882

10883
10884
10885

10886
10887
10888
10889
10890
10891
10892
10893
10894
10895
10896
10897
10898
10899

032777
001402
104470

120000

000001

002414

CRF

MOV
END; OF

8120000, TESTADD+2
IF #8IT12

137656

002152

042774
043000
043000
043000
043006
043014
043020
043022
043026
043032

012637

002152

C12737
012737
013700
006300
004770
005037
000712

000002
000002
002112

043034
043036
043040
043042
043044
043046
043050
043052
043054
043056
043060
043062
043064
043066
043070
043072
043074
043076
043100
043102
043104
043106
043110
043112
043114
043116
043120
043122
043124
043126

017376
017432
017526
017642
017756
020026
020110
020144
020206
024106
024106
024106
020242
024106
024106
020322
020344
020424
020714
020746
021012
024106
021220
021476
022066
022342
022532
023046
023234
023334

MOV (SP).,R3
LAO06:11:1:;

PUSH

CLRCSR
POP

END
002076
002326

CSRNO

MOV
MOV
MOV

42 ,NOPAR
02 ,PCBUMP
PATTERN,RO

CALL
CLR

SF SPAT(RO)
NOPAR

BR
FSPAT:

BR L4110
LAO7: 553333

MOV (SP)+,CSRNO

CMDS58
;<1
;<1
:¢<1
; 1
; 1
; 1
;<1
;<1
;<1
;<1
;<1
;<1
; 1
;<1
;<1
<1
; 1
; 1
;10
;10
;20

MT0026
MT0027

;<1 SEC
; 1 SEC

MT0030
MTO0031
MT0032
MT0033
MT0034
MTO03S

LA10:;::::::

;PARITY ACTION
;TRAPS ADD 2 TO PC

MT0000
MTO0001
MTO0Q2
MT0003
MT0004
MT0005
MT0006
MT0007
MT0010
MT0999
MT0999
MT0999
MT0014
MT0999
MT0999
MTO0017
MT0020
MT0021
MT0022
MT0023
MT0024

MT0999

MOV CSRNO, -(SP)

;CLEAR CSRS

;OF IF

ASL

043034
002076

BI71 #SWO,8SWR
BEQ L4O7

;DISABLE ERROR CORRECTION

ECCDIS

013746

SEQ 0304

IF oSWO SET.IN 8SWR

000405

104502

.DSABL

ELSE

042766

10859 042772
10860 042774
10861

012603
012737

Page 335-2

SEC
SEC
SEC
SEC
SEC
SEC
SEC
SEC
SEC
SEC
SEC
SEC
SEC
SEC
SEC
SEC
SEC
SEC
SEC
SEC
SEC

;<1 SEC
; 1
; 3
;<1
;35
; 1
;<1

SEC
SEC
SEC
SEC
SEC
SEC

;LOOP TILL KEYBOARD INTERRUPT
DATA PATTERN TEST
ADDRESS TEST
COMPLEMENT ADDRESS TEST
3 XOR 9 WORST CASE NOISE TEST
ROTATING ZEROS TEST
ROTATING ONES TEST
INITIAL DATA TEST
ADDRESS BIT TEST
BYTE ADDRESSING TEST
NULL TEST TO KEEP TABLE ORDER
NULL TEST TO KEEP TABLE ORDER
NULL TEST TO KEEP TABLE ORDER
BASIC OOUBLE BIT ERROR TEST
NULL TEST TO KEEP TABLE ORDER
NULL, TEST TO KEEP TABLE ORDER
HOLDING 1'S € 0'S TEST
SYNDROMES 70 CSR ON SBE TEST
MARCHING 0'S &€ 1'S TEST
REFRESH & SHIFTING DIAGONAL TEST
SHIFTING DIAGONAL TEST
FAST GALLOPING PATTERN TEST

NULL TEST TO KEEP TABLE ORDER

RANDOM DATA TEST
UNIQUE BANK TEST

FLUSH OUT DBE'S TEST
SOB-A-LONG TEST
WRITE RECOVERY TEST
BRANCH GOBBLE TEST
SOFT ERROR TEST
WORST CASE NOISE PARITY TEST

MACRO Y05.02
Mondey 07-0ct-85
CVYMJABO MSV1l-J MEMORY D IAG.
SELECT BANK & PATTERN
COMMAND 5
FS
10900 043130
10901 043132
10902 043134

023446
023510
024106

043140
043142
043144
043146
043150
043132

023712
023772
024022
024052

10903
10904
10903
10906
10907
10908
10909
10910
10911
10912
10913
10914

109195

10916

10917

C43136

043154
043160
043166
043166
043172
043176
043202
043202
043206
043212
043212
043216
043222
043222
043224
043230

043234
10918 043236
10919 043242
10920 043250

023546
023626
023662

013706
042777

002306
000100

012637
012637
117700

000062
000060
137442

012637
C12637

002326
002412

012637
012637

002112
002102

010346
013703
004737

012603
004737
013737
000207

137454

CMDSC:

16:57

; 1 SEC
1<l SEC

MOV
BIC

FSSTACK,SP

POP

SEQ 0305

CORRECTION CODE TEST
ECC DISABLE TEST

MT0036
MT0037
MT0999
MT0041
M10042
MT0043
MT0044
MT0045
MT0046
MT0047

1<l
+ 1
1<1
: 1
: 5
: 1
: 1
1<1

Pege 335-3

NULL TEST TO KEEP TABLE ORDER
ADDRESS TO CSR ON DOUBLE BIT ERROR TEST
EXTENDED Q-BUS ADDRESS TEST
WRITE BYTE CLEARS SBE TEST
SHIFTING 1/0'S THROUGH THE CHECK BITS
SYNDROMES TO CSR ON DBE TEST
CHECK SINGLE BIT ERROR WITH ECC DISABLED TEST
NO CSR UPDATE WITH SBE ON DBE TEST

SEC
SEC
SEC
SEC

#BI76,84TKS

sRECOVER OLD STACK POINTER

TKVEC+2, TKVEC

84TKB,RO

MOV (SP)e TKVEC.2
MOV (SP)e, TKVEC

;GET CHARACTER TO GET RID OF FLAG

MOVB
POP

PCBUMP
, TESTADD

POP

PATTERN, BANK

MAP

BANK

002102
035604

MOV

BANK,R3

037760
002154

CALL
MOV
RETURN

EXBANK

SUBTST

<<F§

COMMAND 6

TYPE CONFIGURATION MAP>>

COMMAND 6

TYPE CONFIGURATION MAP

CALL
.DSABL

002152

FSCMD6:

10922 043252

MOV (SP). ,PCBUMP
MOV (SP)+, TESTADD

:REMAP OLD BANK

MOV (SP)+,PATTERN
MOV (SP)+ ,BANK
MOV R3,

(SP)

MAPPER

CRF

MOV

SAVCSR, CSRNO

(SP)+,R3

;sRESTORE CSRNO.

16888440484 AEASEASLSAAEAREELRRRELR0085000
0420405800088 844084448048058004880

1#SUBTEST

(688300488 08008888044 8080400000 RRRRREERRARRN AR 200420008858844800888850300000

10923 043252
10924 043256

10925

004737
000207

032610

CALL
RETURN

PCONFIG

CVMJUABO MSV1l-J MEMORY DIAG.
TYPE
FS
COMMAND 6

MACRO Y05.02

CONFIGURATION MAP

10928 043260

Monday 07-Oct-85 16:57

Page 338

SEQ 0306

FSCMD7: SUBTST

«<<FS

COMMAND 7

SOB-A LONG TEST>>

1 oSUBTEST

COMMAND 7

SOB-A-LONG TEST

;““““““..““.““‘.““.““““““‘.“.“‘...“““.‘..“.“.“.‘C.“.‘
(0060800400440 400000400800040400000800000R0000000000800000000400000000000800000

10929 043260
043260
043264

043270

043274
043300
10930 043304
10931 043310
043310

10932
10933 043314
043314
043322
10934 043324
10935 043326
043326
043330
10936 043330
10937 043332
043332
10938 043332
043332

013746
013746
013746
013746
013746
010637

PUSH

002102
002112

BANK ,PATTERN,
TKVEC, TKVEC+2,NOPAR

000060

MOV TKVEC, -(SP)

000062
002076
002306

104401

067741

032777
001402
104470

000001

TYPE
TYPEIT

BR L4112

END

;OF IF

TYPEIT

10941 043342
10942 043350
10943 043336
10944 043362
10945 043370
10946

012737
012737
017700
042737
052777

043466
000340
137262

000060
000062

000200
000100

177776
137244

043376
043404

012737
012737

177777
177777

002612
002110

005037

002102

004737

037760

005737
001406
005737

0v2116

004737

022342

0Y
st
11
oa 10H8

043444
10936 043444

BEQ L4111

CLRCSR

104502

;CLEAR CSRS

La11:::3:::

LA12:;:::::

MSGO56
,MSGOS6

:BELL = EACH PASS COMPLETE

TYPE

MSGO46

s TO ESCAPE TYPE ANY KEY!

.DSABL

CRF

BIC

#B8IT7,PSW

.DSABL

MOV
MOV
MOV

81s

CRF

,MSGO46

, TKVEC
4CMO7C
4340, TKVEC 2
83TKB,RO

sKILL ANY OLO INTERRUPT

#BIT6.88TKS

:ENABLE KEYBOARD INTERRUPTS

;:LOWER CPU PRIORITY TO 140

HEADER ,MUT

SET

CMD7B:

BIT #SuO,8SWR
;DISABLE ERROR CORRECTION

ELSE

000401

067555

10954 043440
10955 043444

:1SOB-A-LONG TEST

CRF

ECCDIS

104401

10933 04

MOV TKVEC+2,-(SP)
MOV NOPAR, -(SP)
$+SAVE LAST GOOD STACK POINTER

IF eSWO SET.IN aSWR

137314

067762

10949
10930 043412
043412
043416
10931 043416
10952 043422
043422
043426
043430

MSGOSS
,MSGOSS

.DSABL

104401

10947
10948 043376

SP,FSSTACK

MOV

TYPE
TYPEIT

10939
10940 043336
043336

MOV BANK,-(SP)
MOV PATTERN, -(SP)

FOR BANK := &0 TO LASTBANK
CALL EXBANK
IF ACFLAG IS TRUE AND RRFLAG IS FALSE

MOV
MOV

&-1,HEADER
#-1.MUT

CLR BANK

B70::::5133

TST ACFLAG

BEQ LA13

002124

TST RRFLAG

INVALIDATE

BNE LA1S3

CALL MTO0031

END
END

;0F IF ACFLAG

;0F FOR BANK

LAL3:;::::

CVMJUABO
FS

10957

MSV11-J MEMORY DIAG.

COMMAND 7
043444
043450
043456
043460

005237
023737
003757

002102
002102

043360

104401

002653

043460

10958 043464

043464

10939
10960 043466
10961 043472
10962 043500
10963 043504

002306

117700

137140

012637
012637
012637
012637
012637

043542

012603

10965 043544
10966 043550

010346

013703
004737

004737
000207

TYPE

$BELL

.DSABL

CRF

TYPEIT

GOTO

013706

042777

Monday 07-0Oct-85 16:57

000100

Page 338-1

SEQ 030"

(02556

000752

043504
043510
043514
043520
043524
10964 043530
043530

043532
043536

MACRO Y05.02

SOB-A-LONG TEST

137142

CMD7C:

,$BELL

+RING BELL

cMD78

BR CHD78B

TMOV

FSSTACK,SP

;RECOVER OLD STACK POINT:R

MOVB

84TKB,RO

;sREAD CHAR T0 KILL FLAG

BIC

#8176,88TKS

POP

NOPAR, TKVEC+2, TKVEC ,PATTERN,BANK

MAP

BANK

002102
035604

MOV
CALL

BANK,R3
MAPPER

037760

CALL
RETURN

EXBANK

002076
000062
000060
002112
002102

INC BANK
CMP BANK ,LASTBANK
BLE 870
E70:::::::3

.DSABL

CRF

MOV (SP). ,NOPAR
MOV (SP).,TKVEC.2
MOV (SP)+,TKVEC
MOV (SP)+,PATTERN
MOV (SP)+,BANK
sMAP SUPERVISOR SPACE (TEST AREA) TO BANK
MOV R3,-(SP)
MOV (SP)+,.R3

MACRO Y05.02
CVMJUABO MSV1li-J MEMORY DIAG.
TEST
ONG
7
SOB-A-L
D
MAN
COM
FS
10969 043552

Mondey 07-Oct-85 16:57

Page 340

SEQ 0308

FSCHMDS: SUBTST

<«<FS

COMMAND 8

ERROR SUMMARY>>

; #SUBTEST

COMMAND 8

ERROR SUMMARY

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

10970 043352
043352
043554
043556
043560
10971 043364
10972 043572
10973 043376
043376
043602

10974 043604
10973 043612
10976 043620
043620
10977 043624
043624
043630
10978 043632
043632

10979 043636
043636
043642
10980 043644
10981 043650
043630
043654
10982 043654
10983 043660
10984 043664
043664
043670
10985 043672
043672
043676
10986 043700
043700
10987 043704
043704
10988 043712
043712
10989 043712
043712

PUSH

RO,R2,R3,BANK

MOV
DEC

$PASS, TEMP
TEMP

MOV
TYPDS

TEMP, -(SP)

MOV
MOV
MOV
MOV

010046
010246

010346
013746
013737
005337

002102
056724
002434

013746

002434

013737

172350

104405

012737

001000

104401

071312

013746

104405

070335

005737
001445
005037

002630

005037

002102

013703
070327

002102
000004

105763

002666

005737
001005

002334

104401

070300

012737

1771777

013746

043716
043720
043721

104403

10990 043722

116300

TYPDEC

002270
172350

CRF

TYPE

MSG1l2S

.DSABL

CRF

MOV
TYPDS
.DSABL
TYPE

$ERTTL, -(SP)

TYPDEC

TYPEIT

CLR

sPASSES COMPLETED

,MSG12S

SERTTL

CRF
MSGO79

;s SAVE S$ERTTL FOR TYPEQUT
::G0 TYPE--DECIMAL ASCII WITH SIGN
;ERROR(S) DETECTED

,MSGO79

TST SERTTL
BEQ L4114

SUCCESS
:=

€0 TO LASTBANK

CLR BANK
BTL:5::3::

MOV BANK,R3

MUL #4,.R3
IFB CONFIG+2(R3) NE &0

1578 CONFIG+.2(R3)
BEQ LALS

IF SUCCESS IS FALSE

TYPEIT
.DSABL

002334

TYPE
MSGO76
,MSGO76
CRF
SET SUCCESS
END

MOV
.BYTE
.BYTE

002666

:1331.L.C.;REV B
s3:1.L.C.;REV B

KIPAR4 ,SAVA
#1000,KIPARS

FOR BANK

TYPOS

006
000

;1 SAVE TEMP FOR TYPEOQUTY
:1GO TYPE--DECIMAL ASCII WITH SIGN

CRF
.DSABL
IF SERTTL NE #0

002334

002102

TEMP

.DSABL

MOV
MOV

TYPEIT

002630

104401

001424

002434

.DSABL

;BANK

ERRORS

BANK,3

BANK, -(SP)

L816:::1::::

::gAVE BANK FOR TYPEOUT
]

6
O

CRF
HOVE

TST SUCCESS
BNE L4116

MOV

;OF IF SUCCESS

TYPOCS

RO, -(SP)
R2,-(SP)
R3,-(SP)
BANKX, -(SP)

::GO_TYPE--OCTAL ASCII

:3sTYPE 6 DIGITS
;i 1SUPPRESS LEADING ZEROS
CONFIG+2(R3),R0O

@-1,SUCCESS

MACRO Y05.02
CVMJABO MSV11i-J MEMORY DIAG.
Y
SUMMAR
ERROR
8
FS
COMMAND
10991 043726
10992 043732
043732
043734

10993 043736
043736
10994 043742
043742
10993 043742
043742
043746
043754
043736
10996 043756
043756
10997 043756
10998 043764
043764
043770
043772
043774
10999 043776

042700

81C

177400

TYPOEC

HOV

010046

RO, -(SP)

TYPDS

104405

104401

MHondey 07-0Oct-85 16:57

.OSABL _ CRF

TYPEIT
.OSABL

002660

TYPE

END

0035237
023737
003737

002102
002102

END

002270

C12637
012603
012602
012600
000207

002102

SEQ 0309

#tC377,R0O

; ;SAVE RO FOR TYPEOUT

+:GO TYPE--DECIMAL ASCII WITH SIGN
$CRLF

;OF IFB CONFIG(R3)

L&1S: ;535454

;0F FOR BANK

INC BANK
, LASTBANK
cHe BANK
BLE 871
ETY:335354:

002556

END
013737

,$CRLF
CRF

Page 340-1

172350

;0F IF

MOV
PoP

RETURN

S$ERTTL

SAV4 ,KIPAR4
BANK ,R3,R2,R0

::I.L.C.;;;REV B

LA14:;:;:::
MOV
MOV
MOV
MOV

MACRO Y05.02
CVMJABO MSV11-J MEMORY OIAG.
ERROR SUMMARY
c OMMAND 8
FS

11004

11003
11006
11007

11008
11009
11010
11011

11012

11013
11014 044056

11013 044062
11016

11017
11018
11021

Page 342

SEQ 0310

REFRESH TEST>>
COMMAND 9
<«<FS
;.‘...““.“‘“‘.“““‘....“““‘.““O.‘..‘.‘...‘..“““.“0....‘......“.‘
REFRESH TEST
COMMAND 9
FS
1oSUBTEST
;“.‘..“‘..“‘.“......".““““‘..““““..‘...““““‘“.““‘.“...‘..‘.
,
TKVEC+2 ,NOPAR
TERN
PUSH
BANK ,PATKVEC,

FSCMD9: SUBTST

11002 044000

11003

Monday 07-Oct-85 16:57

MOV BANK, -(SP)
MOV PATTERN, -(SP)

013746
013746
013746
013746
013746
010637

MOV TKVEC., -(SP)
MoV
TYPE
TYPEIT
.DSABL

104401

000401

104502

104401

067762

104401

067555

012737
017700
042737
0527717

044206
000340
136542
000200
000100

012737
012737

177777
177777

002612
002110

005037

002102

004737

037760

003737
001406
005737
001003
104511
004737

002116

012737

005237

CRF

CLRCSR
END ;0F IF

:CLEAR CSRS

TYPE

MSGOS6

1BELL = EACH PASS COMPLETE

TYPE
TYPEIT

MSGO46
,MSGO46

sTO ESCAPE TYPE ANY KEY!

.0SABL
MOV
MoV
MOV
8IC
8IS

177776
136524

,MSGOS6
CRF

CRF
oCMO9C, TKVEC
#340, TKVEC -2
88$TKB,RO
481717,PSM
#BIT6,88TKS

FOR BANK

002102

+KILL ANY OLD INTERRUPT
;LOWER CPU PRIORITY TO 140
:ENABLE KEYBOARD INTERRUPTS

:= #0 TO LASTBANK

CALL EXBANK

IF ACFLAG IS TRUE AND RRFLAG IS FALSE

INVALIDATE
CALL MT0022
END ;OF IF ACFLAG

END

;0F FOR BANK

BR L4420
LAL7:3:533:3
LA20:;::3::

HEADER ,MUT

SEY

CMD98:

BIT #SWO, S5WR
BEQ L4117

sDISABLE ERROR CORRECTION

002124

020714

{REFRESH TEST

ECCOIS
ELSE

TYPEIT
.DSABL

000060
000062

;SAVE LAST GOOD STACK POINTER

IF #SWO SET.IN a8SWR

136574

032777
001402
104470

SP,FSSTACK
MSGO73
,MSGO73

MOV TKVEC+2,-(SP)
MOV NOPAP. -(SP)

MOV
MOV

#-1, HEADER
@-1,MUT

CLR BANK
B72::3:1:33
TST
BEQ
TST
BNE

ACFLAG
L4211
RRFLAG
L421

L821:::3:3:
INC BANK

cv MJABO MSv1l-J
COrMMAND
FS
044170
044176
044200
11030 044200
044200

11031 044204
044204
11032

11033
11034
11033
11036

11037

MEMORY DIAG.

REFRESH TEST

023737
003757

002102

104401

117700

136420

012637
012637
012637
012637
012637
C10346

012603

004737
000207

TYPE

$8ELL

.DSABL

CRF

TYPEIT

GOTO

002306

000100

002076
000062
000060
002112
002102

Paege 342-1

SEQ 0311
CHP BANK,LASTBANK
BLE 872

002653

013706
042777

Monday 07-Oct-85 16:57

002556

000752

013703
004737
11038
11039
11040

MACRO Y05.02

136422

CMD9C:

$BELL

CcMD98

;1RING BELL

ET2:13:33 0

MOV

FSSTACK,SP

B8R CMD98
;tRECOVER OLD STACKX POINTER

MOVB

84TKB,RO

;READ CHAR TO XILL FLAG

8IC
POP

#8IT6,88TKS

NOPAR, TKVEC+2, TKVEC ,PATTERN, BANK

MAP

BANK

002102
035604

MoV
CALL

BANK,R3
MAPPER

037760

CALL
RETURN

EXBANK

.DSABL

CRF

MOV
MOV
MOV
MOV
MOV

(SP)+ ,NOPAR
(SP)+ TKVEC.2
(SP)., TXVEC
(SP). ,PATTERN
(SP)+ , BANK

sMAP SUPERVISOR SPACE (TEST AREA) TO BANK

MOV RS, -(SP)

MOV (SP)+,R3

MACRO Y05.02
MEMORY OIAG.
REFRESH TEST

COMMAND 9

11043 044272

11044 044272
044272
11045 044274
044274

11046 044300
11047 044302
044302
11048 044304
11049 044310
11050 044314
044314
11051 044316
11032
11033 044320

Monday 07-Oct-85 16 57

Peage 344

SEQ 0312

FCMD10: SUBTST

<«<FS

COMMAND 10

SET FILL COUNT>>

1 «SUBTEST

COMMAND 10

SET FILL COUNT

10060068000 88848488086880400000048400048000000004040008000080840000008008008048000400
1988600200008 80888000008000004800880000000408800800080088440084048808000004000000000
PUSH
RO

010046

104401

110037

MSGO8S5

.OSABL

CRF

TYPEIT

070361

RDOCT
POP

104413
012600
042700

TYPE

B8IC

177760
002357

MOVe
POP

012600
000207

+FILL COUNT(OCTAL)?

,MSGO85

MOV RO, -(SP)

MLV

#tC17,R0

(5P)e,RO

RO, $FILLS
RO

MOV (SP)+,.RO

RETURN

FCMD11: SUBTST

«<«<FS§

COMMAND 11

ENTER KAMIKAZE MODE>>

;#SUBTEST

COMMAND 11

ENTER KAMIKAZE MODE

1008080088008 00000880008808000000400008004080088804000088085080008806088884000808
(0080088040608 088000000RR0R00RRRARRERRREE000RE00000080800800088080800088080400008

11054 044320
044320

11055 044324
044324
044332
11056 044340
11057
11058 044342

104401

070526

012737
012737
000207

177777
177777

TYPE

MSG101

.DSABL
SET

CRF
KAMIKAZE
, SKIPKAMI

TYPEIT

002006
002010

,MSG101

1ENTERING KAMIKAZE MODE

MOV
MOV

RETURN

FCHD12:

SUBTST

«<«<FS

COMMAND 12

EXIT KAMIKAZE MODE>>

COMMAND 12

EXIT KAMIKAZE MOOE

0-1 KAMIKAZE
@0-1,SKIPKAMI

(0800884888888 05080000088000008800808000080008080000400008484880088880560808880404

; sSUBTEST

(0000880888000 0008080080804800488004308000420408480440008480420488888848808088400806

»O
wh

&8 8%

11059 044342
044342

MJABO MSvlil-J

044346
044352

044352
044360

104401

070556

005037

002006

012737
000207

177777

TYPE

M5G102

.DSABL
CLR
SET

CRF
KAMIKAZE
SKIPKAMI

TYPEIT

002010

RETURN

,MSG102

;LEAVING KAMIKAZE MODE

MOV

@ 1,SKIPKAMI

CVHJABO MSV1l

COMMAND

Y
MEMOR
14

DIAG.

MACRO Y05.02

TURN CACHE

11064 044362

Mondey 07-0Oct-85 16:57

Page 344-1}

SEQ 0313

FCMD13: SUBTST

««FS

COMMAND 13

TURN CACMHE OFF>>

;1 #SUBTEST

COMMAND 13

TURN CACHE OFF

1000008000000 0688880880000888000000000000000000048000840080888008000008000000000
19000088060 040880000000008006080880808400000040000000000800000008888000008008000000¢

110695 044362
044362

10440}

11066 044366
11067 044370
11068 044376
*1069 044402

104424
013737
005037
000207

11070
11671 044404

TYPE

MSG106

,DSABL

CRF

1CACHE IS OFF

070704

TYPELIT

002544
002544

CACHOFF
CACHKN, CACHKN+2
MOV
CACHKN
CLR

002546

,MSG106

RETURN

1 TURN CACHE OFF
1SAVE OLD CACHE ON STATE
i KEEP CACHE OFF

FCMO14: SUBTST

««FS§

COMMAND 14

TURN CACHE ON>>

;1 sSUBTEST

COMMAND 14

TURN CACHE ON

1000000000000 00800000000084000848080008000000600000000000000004840600080000048000000

10000000000 80008880000800000000800R0s0000000000002800000000000000008400088080008

11072 044404
044404

11073 044410
11074 044416
11075 044420
11076

104401

070722

013737
104423
000207

002546

TYPE

MSG107

.OSABL

CRF

TYPEIT

002544

MOV
gegng:

,MSG107

CACHKN+2, CACHKN

;CACHE IS ON (EXCEPT DURING ACTUAL PATTERNS)
;RESTORE OLD CACME ON STATE
; TURN CACHE ON

MACRO Y05.02
CVMJUABO MSV1l J MEMORY DIAG.
FS
COMMAND 14
TURN CACHE ON
11089

11090 044422

11091 0444322

070631

11092 044426

004737

044516

104401

11096 044436

104413
020127
003002
005701
002001
000406

11102 044460
11103 044462
11104 044470
044470
044472
11105 044472
044472
11106 044472

006301
052761

11107 044476

044476
11108 044504
11109

TEST ONLY SELECTED BANKS>>

;sSUBTEST

COMMAND 15

TEST ONLY SELECTED BANKS

TYPE

MSG10S

CALL

CMD16A

;ENTER BANKS IN OCTAL

éggsxos

TYPE

TYPEIT

067142

,MS5GO30

873:;:::1::

MSGO30

RDOCT

POP R1

;BANK(O 177)?
;PUT IT IN RY

BR E73

END ;OF IF R1
ASL

040000

002666

000760

ASL R1
BIS #BIT14,CONFIG«2(R1)
END ;0F REPEAT
END CMD16L00P

104401

070777

012737
000207

177777

TYPE

MSG110

.DSABL

CRF

TYPEIT

002002

SETY

RETURN

,MSG110

SELONLY

MOV (SP).,R1
CMP R1,0177
BGT L&22
1ST R1
BGE L423
L822::::3::

LEAVE CMD16LOOP

006301

B74:;;;::3:

;READ AN OCTAL NUMBER ONTO THE STACK

IF R1 GT #2177 OR R1 LT &0

000177

USE NUMBER QUTSIDE RANGE TO TERMINAT

;ERASE OLD SELECTIONS

CRF

.OSABL

012601

044454
11100 044456
044456

044472

COMMAND 15

REPEAT

044432

11101 044456

«<«<FS

BEGIN CMD16L00P

044432

11099 044454

FCHMD1S: SUBTST

T;gggl

11094 044432
044432

11097 044440
044440
11098 044442
044442
044446
044430
044452
044454

SEQ 0314

;".‘..“.‘.‘....“...‘.‘.‘..‘.“...‘“...‘....“.“‘.“...“....‘......“....“

104401

11095 044432

Page 345

;...‘..“...“‘..““.‘...“.“..“"...‘..“.‘..‘...‘.‘.“...“.‘........“....

044422

11093 044432

Monday 07-Oct-85 16:57

L823:::::::

;:R1 ¢<- R1 + &
BR 874
E74:;:::::

E?3::::::3
;ONLY SELECTED BANKS WILL BE TESTED

MOV

@-1,SELONLY

MSV1L J MEMORY
COMMAND 16

DIAG.

RESUME

MACRO

TESTING

Y05.02
ALL

Monday 07-Oct-85

BANKS

; eSUBTEST

11111 044506
044506

071043

044512

005037

002002

044516
044522
044524
044326
044526
044530
044530
044336
044336
044342
044544
044546
11121 044546

013702
006302
006302

002556

[. X¥T YV ¥ Y7 TV

N b
ov

Page 345-1

SEQ 0315

COMMAND 16

RESUME TESTING ALL BANKS

.t‘““...‘...“....“‘.“.“““.““‘.“..““““““‘.‘.‘..“‘.“‘““‘.“.
104401

10 10 =t s s Pt o
P8 4
b s ot Pt o
=0 00 4t ot o (b it
= Pt et Pt Pt
Pt

16:57

RESUME TESTING ALL BANKS>>
COMMAND 16
««FS
FCMD16: SUBTST
‘“““““‘.““.“““.‘.““..‘“.‘..‘.“““‘..““‘““.“‘..‘.‘.‘...“..‘

11110 044506

-y
o g
o pa

MJABO

TYPE

MSG111

CLR

SELONLY

TYPEIT
.DSABL

CMD16A:

sALL BANKS WILL BE TESTED

,MSG1l1l
CRF

sENTRY POINT FROM CMD1S

MOV
ASL

ASL
FOR R1

LASTBANK ,R2
R2

R2
:= #0 TO R2 BY

005001

042761

040000

062701
020102
003771

000004

000207

002666

8IC

END

081714 ,CONFIG+2(R1)

;OF FOR R1

CLR R}
B7S:3:::::
ADD 04,

CMP R1,R2
BLE B7S
RETURN

MSV11-J MEMORY OIAG.
RESUME
COMMAND 16

MACRO Y05.02

044550

044330
044550

104401

071401

044554
044562

012737
000207

177777

071420

044570
044574

005037
000207

006304

(217}
wn

FCMD17: SUBTST

«<FS

COMMAND 17

ENABLE TRACE>>

1 #SUBTEST

COMMAND 17

ENABLE TRACE

006304

TYPEIT
.DSABL
MOV
RETURN

,MSG127
CRF
-1, TRACE

FCMD18: SUBTST

«<FS

COMMAND 18

DISABLE TRACE>>

;«SUBTEST

COMMAND 18

DISABLE TRACE

(0008643000008 284088000R000008000R00R000000400880008088080R008000800808040000800

104401

SEQ 0316

;0064080088004 00000080000040800480000000004820080000008000000000004800048000008000¢
TYPE
MS5G127

11131 044564
044564
o g

Page 347

[00880080088886080808888088088088888800004000800800080808000480480848008028000000008

044564

o pa

Monday 07-Oct-85 16:57

TESTING ALL BANKS

(8000868840880 8 0080004 RRARARIERAARRERER0S00000008000484880080400000000000000
TYPE
MSG128
TYPEIT
,MS5G128

.DSABL
CLR

RETURN

CRF
TRACE

MACRO Y05.02
CVMJUABO MSV11-J MEMORY DIAG.
OISABLE TRACE
COMMAND 18
FS

Monday 07-0Oct-85 16:57

WHICHCSR:SUBTST <<SUBR

11136 044576

11{:5 044614

11143 044616

044616

11144 044622
11145 044624
044624
11146 0445626
11147 044630
11148 044634

11149 044636
11150 044642
11151 044644
11152 044650
11153 044654
11154 044656
11155 044662

SEQ 0317

DETERMINE CORRECT CSR>>

(0884880488808 58880000808000000800800008000840000004000000000020048003000080000000

1 ¢SUBTEST

11137 044576
11138 044602
11139 044606
11140 044610

Pege 351

002224
100000

013700
022700
001003
005037

002152

104401

066775

000207

C€22700
103002
162700
162700
006300
010037
000207

TOTCSRS,RO
#8IT15,R0
14
CSRNO

:GET CSR'S FLAG
:+CSR 0?
s1NO - SKIP
sYES - SET IT UP

1%:

TYPE

MSG022

:WHICH CSR(O-F)

.DSABL

CRF

TYPEIT

000106

:GET CHARACTER
;+PUT IN RO

MOV
cMP

(RO),RO
RO, ¢106

;PUT CHAR IN RO
;CHECK LIMIT

CMP
BHIS
suB
suB
ASL
MOV
RETURN

¢'A,RO
24
€7,R0O
#60,R0
RO
RO,CSRNO

BHI

000101

002152

2%:

,MSGO22

ROLIN
POP

000007
000060

OETERMINE CORRECT CSR

MOV
cHpP
BNE
CLR

RETURN

104412

012600
011000
020027
101370

SUBR

(6888888084080 44 0800000000040 0000008000000R00480000800000000080000000000000000

MOV (SP)+.R0O

;IF BAD LOOP TILL HE TYPES IT RIGHT

MACRO Y05.02
CVMJUABO MSV11-J MEMORY DIAG.
ERROR DATA (SUPERVISOR) SETUP STUFF
11621
11622 044664
044664
044670
11623 044676
044676
044702
11624 044704
044704

11625 044712
044712
11626 044720
11627 044722
044722
11628 044722
044722
044726
11629 044730
044730
11630 044734
044734
044736
11631 044736
044736
11632 044742
044742
11633 044742
11634
11635 044746

$PER25:

010137
162737

002034

005737
001007

002144

053737

002552

177776

016137

177776

002052

104417

000002

.SBTTL

LET

177654

10237

002044

000137

050120

365

SEQ 0318

MOV

R1,RDDRESS

SuUB 02 ,ADDRESS

002034

IF ABORTFLAG IS FALSE

TST ABORTFLAG
BNE L424

JESTAREA

;ENTER TEST MODE

KERNEL

;ENTER KERNEL MODE

TESTMODE ,PSW
8IS
.DSABL _ CRF
LET BAD := -2(R1)
;0OF IF ABORTFLAG

;GO TO SYSTEM TEST MOODE

LET GOOD

END

PERRA3:

-2(R1),8BAD

TST

177654

BNE L425

:= R2

MOV R2,G0O0D

ELSE

LET GOOD

MOV
LA424:;;:::::;

IF 177654 EG @0

000402

010337

Page

ERROR DATA (SUPERVISOR) SETUP STUFF

ADDRESS

END

005737
001003

16:57

Mondey 07 Oct 85

BR L426
LA2S::::3::

:= R3

MOV R3,G0O0D

;OF IF

JHP

PERRAMW

SUBTST

<<DATAR WAS 3 WORDS>>

3"0‘t‘“t‘“.“““tt“‘tt“.“t“‘t‘t“.t‘t"t‘“t..t“.“tt..t.t“‘.‘.‘.‘..“

;sSUBTEST

DATA WAS 3 WORDS

;488080000 S000008 0080004880400 040800840040048 800040504248 008088884804888848

11636 044746
044746
044752
044754
044760
11637 044760
044760
11638 044762
11639 044766
11640 044770
044770
11641
11642
11643
11644

116435
11646
11647
11648
11649
11650

044776
043000
045002
045004
0435010
045012
045016
045022
045022
045026
043032
045032

005737
001002
004737

IF BADPC EQ €0 THEM $CALL BADSTACK

002022
034040

PUSH
010046
005037
104505

002150

053737

002552

005711
104417
104426
013700
104503
072027
042700

0u2150

010137
005037

002034
002044

053737

002552

177776

TESTAREA

81s

.DSABL
TST

KERNEL

177776

CLR
G000
TESTAREA

8IS

MOV RO, -(SP)

sMAKE SURE CSR BIT HOLDER IS CLEAR
;DISABLE ECC & WRITE CHECKBITS FROM 1 SELECTED CSR
:GO TO SYSTEM TEST MODE

TESTMODE ,PSW

CRF
(R1)

READCSR
CSR,RO
MOV
CLR1CSR
ASH
#-5,R0
0tC177,RO
8IC
LET ADDRESS := Rl

177773
177600

LA27:::3:3:

CSR
CLR
CHK101S

TESTMODE ,PSK

TST BADPC
BNE L427
JSR PC,.BADSTACK

sREAD LOCATION TO READ CHECKBITS INTO CSR

1GET _CSR CONTENTS
:1SAVE CSR CONTENTS IN RO

;RETURN CSR TO NORMAL MODE
:MOVE CHECK BITS TO BOTTOM OF WORD

iCLEAR OFF EXTRANEOUS GARBAGE
1SAVE VIRTUAL ADDRESS FOR PRINTOUT

MOV R1,ADDRESS

;:FIRST TEST WORD WRITTEN SHOUWD ALWAYS BE ZERO
;ENTER TEST MODE

;GO TO SYSTEM TEST MOOE

CVMJUABO MSV1l-J MEMORY DIAG.
DATA WAS 3 WORDS
11651
11652
11653
11654
11635
11636
11637
11658

11659

045040
045044
045050
045052
0459036
045062
0435066
043070
043070
043072

045072
043100

11660 045102
11661 045104
045104
0435106
11662 043106
11663 045110
045110
11664 045110

011137

011437

104417
110037
105037
004737
104033

MACRO Y05.02

.DSABL
MOV
MOV
KERNEL
MOVB
CLRB
CALL
ERROR

002052
002054
002056
002057
050354

POP

012600

032777

001402

104506

000401

Mondesy 07-Oct-85

000001

135536

16:57

CRF
(R1),BAD
(R4) ,BAD2
RO,BAD3
BAD3.1
PERBNK
+33
RO

Page

365-1

:GET BAD DATA FROM MUT
+AND SECOND WORD
;ENTER KERNEL MODE

SEQ 0319

FIRST WORD

;MOVE BAD CHECKBITS FOR PRINTOUT
;:CLEAR OFF THE OTHER UNUSED BITS
;MARK BANK AS BAD IN CONFIG 1ABLE
;RESTORE RO

MOV (SP)+,.RO

IF #SWO SET.IN aSWR
ENASBE
ELSE

104472

ECCINIT
END; OF IF 4&SWO

000002

RTI

:TRAP ON SINGLE BIT ERRORS

BIT &SHO,BSWR
BEQ L430

BR L431
LA30:;:::::
:TRAP ON UNCORRECTABLE ERRORS
L431:::::::

CVMJUABO MSV11-J MEMORY DIAG.

DATA WAS 3 WORDS
11667 045112

MACRO Y05.02

010137

002044

045116
045122

011637
163737

002034
000016

045130
045134

005737
001007

002144

045136

053737

002552

177776

017737
104417

134664

002052

000137

050120

11669 045130

11670 045136
11671 045144

045144
11672 045152

11673 045154

045154

%ig;g 045154

002034

TESTAREA
ngABL EE;THODE.PSH

;ENTER TEST MODE

TST ABORTFLAG
BNE LA32
;GO TO SYSTEM TEST MOOE

LET BAD := 8ADDRESS

KERNEL

;ENTER KERNEL MODE

MOV BADDRESS.BAD

LA32:3:353:

JMP PERRAW

GETDATA:SUBTST

<<GET DATA FROM ABORTED AREA IF POSSIBLE>>

s sSUBTEST

GET DATA FROM ABORTED AREA IF POSSIBLE

11681 045212

000004
000114

013700

000004
000114

045216

053737

002552

177776

11683 045224
11684 045230
11685 045232

011037
104417
005037

002052

000114
000004

11688 045254

012637
012637
012600
000207

11689 045256

IF ABORTFLAG IS FALSE

END ;0OF IF ABORTFLAG

045256
045236
045236
002034

11686 045236
11687 045242
045242
045246
045252

MOV (SP).ADDRESS
SUB 16,ADDRESS

3 0808000800008 0820008080824400004500000080008888008020800008888488008880404s003

010046
013746
013746
010637

11682 045216

MOV R1,G0OOD

H 8880585008008 888288080 800080480008 88088800080088040488008400880888408800888820802

045160
045162
045166
11678 045172
11679 045176
11680 045204

SEQ 0320

LET ADDRESS := (SP) - 16

11676 045160
11677 045160

Page 367

$PER30: LET GOOD := R1

045112

11668 045116

Monday 07-0ct-85 16-57

012737
012737

013706

000000

002144

045256

PUSH

RO,.4.114

MOV
MOV
MOV

SP,GETDAlL
21%.4
014,114

MOV

TESTAREA

1¢:

ADDRESS ,RO

B%EABL

EE?THODE.PSH

MOV
KERNEL
CLR

(RO),BAD

MOV
pPOP

RETURN

GETDAl: O

MOV RO, -(SP)
MOV 4, -(SP)
MOV 114, -(SP)

ABORTFLAG
GETDAl,SP
114,4 RO

;GO0 TO SYSTEM TEST MODE

;RESTORE KNOWN GOOD STACK POINTZR
MOV (SP)+, 114
MOV (SP)..4
MOV (SP).,RO

CYMJUABO MSV11-J MEMORY DIAG.

POMER FAIL AUTO RESTARY

MACRO Y05.02

045266

11708 0485272
11709 045274
11710 045302
11711 043310

045310
045312
045314
045316
045320
045322
045324

11712
11713 045330
11714 045334
11715 045340

045340

11716 045342
11717

11718 045344

11719 045350
11720 045352

11721 0453%
11722 045362
045362
11723 045364
11728 045366
045366
045372
045374

045400

11725
11726 045400
11727 045404
11728 045410

11729 045414
11730 045420
11731 045422
11732 045424

Page 369

SEQ 0321

.SBTTL POWER FAIL AUTO RESTART
.SBTTL ROUTINE POWER DOWN AND ULP
;0600008000800 040006000848800000008080880000044000484000000080800084040000000000

11692
11693
11694

11695
11696 045260
11704
11705 045260
11706 045264
11707 045266

Monday 07-Oct-85 16:57

s1POWER DOWN ROUTINE
$PUWRDN:
005737
001403

002544

013746

177746

104423
012737
012737

046206
000340

010046
010146
010246
010346
010446
C10546
013746

002152

012700
012701

177700
000021

014046

;iSAVE CACHE STATUS
CACHKN
TST
Ss
BEQ
CONTRL
PUSH

000024
000026

1s:

005737

002456

012701

172300
000020

014046

012700
012701
012702
012703
011021
012022
077303

BNE
MOV

MOV
PUSH

NOSUPER
PD1
4172300,R0O
#16. Rl
-(RO)

S08

R1,2¢

TST

2$:

077102

005737
001402
004737

; SAVE USER PAR'S & PDR7
€177700,RO
MOV
€17, ,R1
MOV
-(RO)
PUSH
R1.1$
S08
;:SAVE SUPERVISOR PAR'S

077102

001013
012700

CACHON
MOV
MOV
PUSH

;sTURN CACHE ON
O$ILLUP ,PURVEC ;;SET FOR FAST UP
3 :PRIO:7
0340 ,PURVEL+2
RO,R1,R2,R3,R4 ,R5,CSRNO

IF RLFLAG IS TRUE THEN $CALL WOOPS

002126
046214
172300
177600
172200
000040

PD1:

;COPY KERNEL MAP TO USER & SUPERVISOR
#IPDRO,RO
MOV
SUIPDRO,R1
MOV
4SIPDRO,R2
MOV

MOV
MOV
MOV
So8

032. .R3
(RO),(RY).
(RO)e,(R2)+
R3,3

MOV CONTPL, -(SP)

MOV RO, -(SP)
MOV R1,-(SP)
MOV R2,-(SP)
HOV R3,-(SP)
MOV R4, -(SP)
MOV RS, -(SP)
MOV CSRNO, -(SP)

MOV -(RO), (SP)

MOV -(RO).,-(SP)
TST RLFLAG
BEQ LA433
JSR PC,WO0OPS
La33:;:::::

CVMJUABO MSv1il J MEMORY DIAG.
POWER DOWN ANO

MACRO Y05.02

Monday 07-Oct 85 16:57

Page 370

SEQ 0322

ROUTINE

1 SAVE USER & SUPERVISOR STACK POINTERS

11734

11735 043426
045426

052737

0435434
043436
045440
043440
045442
045446
045450
045450

010600

140000

USER

MOV

104417

KERNEL
PUSH

010046
005737
001006

002456

0527357

040000

0434356
043460
0435462
043462

010600

0435464
043470
045470
043470
043470
045474
043474
045476
045476

013701

MOV
KERNEL
PUSH
78:

002224

002152

READCSR
PUSH

002150

END

000002

002152

END

002152
000036

CSR

;OF ON.ERROR

;0F FOR CSRNO

;SAVE MMRO,1,2,3
PUSH
MMRO ,MMR1 , MMR2

11766

013746

172516

012700
012701

172400
000020

014046
077102

CLR CSRNO
B77:::::::

CSR,

(sSP)

R1
€76
#2 ,CSRNO

CSRNQ, 936
877

11757
11758

1771572
177574
177576
002456

B76:::::::

L4334

END LCSRSAVE

013746
013746
013746
005737
001002

(SP)

:GET CSR'S

11756

11762
11763
11764
11765

MOV RO,

IF R1 EQ #0 THEN LEAVE LCSRSAVE

005701
001407

11759
11760
11761

:ENTER SUPERVISOR MODE
:GO TO SUPERVISOR MOODE

40 TO @36 BY @2

ASL
ON.ERROR

103003
104426

;ENTER KERNEL MODE

;ENTER KERNEL MOOE

;SAVE ECC REGISTERS
MOV
TOTCSRS,R1
LCSRSAVE
BEGIN

006301

062737
023727
003762

SSP,RO

FOR CSRNQO

;GO TO USER MODE

MOV RO, -(SP)

#M8IT14,PSU
CRF

8IS
.DSABL

177776

010046

013746

NOSUPER
TST
74
BNE
SUPERVISOR

104417

005037

#B8IT15!8I714,PSW
CRF
USP ,RO

8IS
.OSABL

177776

157

BNE
PUSH
84:
44

NOSUPER

84
MMR3

; SAVE KERNEL PAR'S

MOV
MOV
PUSH

#172400,R0
#16. ,R1
-(RO)

S08

R1.4¢

MR3,

-(RO),

(SP)

CVNJABO MSV11-J MEMORY DIAG.

ROUTINE POWER DOWN AND UP

11767
11768 043372
11769 043600
11770 043602
045602
045606

o o
o gt

771

172

043612
045612

-4

[V]

Pop
gt gt o ps
g
ot pt po s

773
774 043616

776 043622

177 043630

778 045632

022737
001004

000005

013746
013746

170202
170200

017746

135020

010637

046212

012737
000200
000776

045634

MACRO

Y0S.02

Monday 07-Oct-85

Pege 370-1

1 SAVE Q-BUS MAP REGISTERS

cre
BNE

04064

PUSH

9s:

000024

16:57

$DOWN ;

#5,PROTYP
9¢

MAPHO , MAPLO

SEQ 0323

: IS THIS AN 11/83
:BRANCH IF NOT

1 SAVE POSSIBLE SOF TWARE SWITCH REGISTER

PUSH

SSWR

s SAVE STACK POINTER
1 1 SAVE SP
SP, $SAVR6
MoV
s1NOW SET UP REAL VECTOR
;;SET UP VECTOR
#SPURUP ,PURVEC
:ng
BR

$O0WN

1 sHANG UP

?
MOV MAPHO, -(SP)
MOV MAPLO, (SP)
MOV BSWR, -(SP)

CVMJUABO MSV11-J MEMORY DIAG.
ROUTINE POWER DOWN AND UP

MACRO Y05.02

Monday 07-Oct-85 16:57

Page 372

SEQ 03,4

117'1

H (Y Y Y Y YV T Y YY YRR Y Y YV Y Y YT Y VS 2000008880808 0800060806008008000008000000000080000008008

11763 045634

SPURUP:

11782

;POMER UP ROUTINE

012737 046206 000024
013706 046212
005037 046212
14:
003237 046212
001375

11787 045634
11769 045642
11790 0435646
11791 043652
“7’3 043656
1179
11794 043660
043660
11793 043664
11796 043670
11797 043674
11798 043700
043700
11799 043702
11800 043706

012722 077406
077104

11802 045710

003737

117

11801

012677

11806

104 :

012700 172340
012702 172300
012701 000020

64:

012620

11803 045714 001002
11604 043716
045716 012637
11605 045722
045722
045726
043732

134752

012637
012637
012637

012737

172516

114

177576
177574
177872

11812 oog
04873¢

103003

000036

002152

11817 046000
33”% 023727
162737 002152
0U0002 002152
000000
046006
046010

11818 046010

046010

118
MRS
1,
MIR2,MRMMRO

{RESTORE ECC REGISTERS

8‘43;:3 012637 002150
11813
11814 043764 104425
005701
001407

MOV (SP)+,(RO).

NOSUPER

BNE
POP
POP

TOTCSRS . R1
MOV
0177400 .R1
8IC
BEGIN LCSRRESTORE

11811 04 'g: 006201

11815 045766
045766
11016 043766
043766
045770

MOV (SP).,@SWR

LRESTORE MMRS,2,1,0

002456

11607 045736 013701 002224
11808 045742 042701 177400
11809 045746
045746
11810 045746
043746
043754

#4ILLUP,PURVEC ;;SET FOR FAST DOWN
MOV
;RESTORE STACK POINTER
+1GET SP
$SAVRG , SP
MOV
1 1WAIT LOOP FOR THE TTY
$SAVR6
CLR
1 1MAIT FOR THE INC
$SAVR6
INC
OF A WORD
18
BNE
RESTORE POSSIBLE SOF TWARE SWITCH REGISTER
8SWR
POP
0172340,R0
MOV
, R2
K IPORO
MOV
016. .R1
MOV
(RO)+
POP
077406,(R2)+
MOV
R1,64
S08

MOV (SP)+ MPR3
MOV (SP)s.MPR2
MOV (SP)..MR1
MOV (SP)..MRO

1GET CSR'S

FOR CSRNO := 036 DOWNTO #0 BY @2

ASR

ON. ERROR

CsR
poP
LOADCSR

END ;0F ON.ERROR

IF Rl EQ #0 THEN LEAVE LCSRRESTORE

END 1OF FOR CSMo

002362

END LCSRRESTORE

8100::;::3::
MOV 036, CSRNO

8101::;:::::

8CC LA3S

MOV (SP)..CSR
.,

L43S:3:35133
1ST R1
®EQ €100

Sus CSANO.
#0
CO®
02, CSRND

OGE 8101
E101:33353333
€100:;::35:43

MACRO Y05.02

011021
077303

172300
177600
172200
000040

Mondey 07-Oct 85

16:57

Page 372-1

:COPY KERNEL MAP TO USER & SUPERVISOR

3s:

MOV
MOV
MOV
MOV
MOV

MOV
S08

OKIPDRO,RO

SUIPDRO,R1

#SIPDRO,R2

032.,R3

\RO).(R1).

(RO)+,(R2)+
R3,34

SEQ 0325

CvMJABO MSv1il J MEMORY DIAG.
ROUTINE POWER DOWN AND
11828
11829 046036
11830 046042
11831 046044
046044
11832 046046
046046

046034
046056

NOOG

[
3-1-1

uug G

046060
046060
046062

005737
001006

w2737

;RESTORE

002456

040000

046070
046072

010006

046074
046100
046104
046104
046106

012700
c12701

140000

012637
012603
012604
012603
012602
012601

002152

046150
046132
046154
046156

7%:

000021

012620
077102

013737

PoP

CRF
RO, USP

*Qv
MOV

0172240 ,.R0
416. .R1

S08

R1,7%

MOV
MOV
poP

#177636,R0
#17. ,R1
(RO).

S0e

R1,84

POP

MOV

(SP).,RO

MOV

(SP)..(RO).

MOV

(SP)..(RO).

MOV
MOV
MOV
MOV
MOV
MOV
MOV

(SP).,CSRND
(SP).
. RS
(SP). R4
(SP)..R3
(SF).
, R2
(SP).,R1
(SP)..RO

;GO 7O USER MODE

;RESTORE POSSIBLE SOF TWARE DISPLAY REGISTER

MOV

134506
000174

MOV

POP

$PATMAR SDISPLAY

$PATMAR,DISPREG

CSRNO RS, R4 ,R3,R2,.R1.RO

045260

046166

104401

067722

TYPEIT
.DSABL.

11853
11856 046172
11837 046176
11838 046200

005737
001402

002544

TS7

CACHKN
CONTRL

012637
000002
000000
000776
000000

1/7746

POP

11859
11860
11861
11862
11863

;ENTER KERNEL MODE

(RO).

012600
012737

11853 046160
11834 046166

(SP)..RO

;GO TO SUPERVISOR TMMOOE

#BIT1S!'BIT14,PSUW

.OSABL.
MOV
<ERNEL

MOV

:RESTORE USER PAR S & PDR?

177636

002012
002012

oBIT14,PSW

;ENTER SUPERVISOR MOUE

;ENTER KERNEL MODE
;RESTORE SUPERVISOR PAR'S

012620
077102

013777

SEQ 0326

CRF

RO, SSP

KERNEL

373

138

MOV

8IS

172240

046124

USER

177776

000020

012700
012701

POP

.DSABL

104417

046110
046114
046120
046120
046122

Pege

SUPERVISOR & USER STACK POINTERS

NOSUPER

8IS

138

012600

16:57

SUPERVISOR

1771776

104417

BNE

010006

052737

046140
046140
046144
046146

Mondey 27 Oct

212600

046062

046132

MACRO Y05.02

MOV

000024

TYPE

OSPWRDN,PURVEC

nsGoSy

,MSGOS1
CRfF

;;SET UP THE POWER DOWN VECTOR

;REPORT

THE

POWER FAILURE

;RESTORE CACHE STATUS

BEQ
9

SILLUP:

HALT

$SAVRG: 0EVEN

9¢

sILLUP

, CONTRL
MOV (SP).
;i THE POWER UP SEQUENCE WAS STARTED

;:; BEFORE THE POWER DOWN WAS COMPLETE
;sPUT THE

SP HERE

MEMOR
Y DIAG.
CvMJAB0 MSv1l
POMER DOWN AND w

MACRO Y05.02

Monday 07-Oct-85 16:57

Page 374

SEQ 0327

ROUTINE

WOOPS:

11875 046214

SUBTST

<<POMER FAIL WHILE RELOCATED>>

;‘..‘...‘.‘.““‘.“..‘.‘....‘......‘..“‘.“.“.“0...‘.‘.‘...“‘....‘..“.....

POWER FAIL WHILE RELOCATED

i sSUBTEST

;.““‘..“....‘..‘...‘..‘.“‘.“...“‘..‘0‘0“.“.“..‘0“““....‘..“...0“..
PUSH
BANK

11876 046214
046214
11877 046220
11878 046224
046224
046226
046232

013746
005037

002102
002102

CLR

BANKX

010346
013703
004737

002102
035604

MOV
CALL

BANK ,R3
MAPPER

046236

012603

046240
046240

MAP

040000

177776

046234

0137%7
013737

060024
060026

046612
046614

046262
046266
046270
046272

Coa537
000105
046616
126400

040732

11683 046274
11884 046302
11883 046310
046310
046314
046316
046320

012737
012737

046400
000340

004537
000071
126400
046400

040732

046322
046326
046332

012700
012701
012702
012021
077202
005737

172340
126562

046246

Pt s P P
b (b bt P

23838

046262

h]
W

046350

0 Pt Pt 0 ot P
- Pt (b e P P

046336
046340
891 046342
046346
046354
046360
046364
046370
046372
046372
046376

001002
013721
013721
013721
013721

104417

012637
000207

BANK

.DSABL

052737

002102

MOV RS, -(SP)

SUPERVISOR

8IS

.DSABL
MOV
MOV

B8MOV

081714, ,PSU

;ENTER SUPERVISOR MOOE

CRF
FIRST+PWRVEC,WOOPSAV
FIRST+PWRVEC+2, WOOPSAV .2

MOV (SP). RS

;G0 TO SUPERVISOR MODE

FIRST WOOPUP , WOOPSAYV +4 , WOOPEND -WOOPUP/2+12.

JSR RS5,BLOCK3

WOOPEND -WOOPUP/2.12.
WOOPSAV .4

FIRST.WOOPUP
CRF
.DSABL
MOV
SUOOPUP ,FIRST +PURVEL

060024
060026

MOV

8MOV

MOV

#340 ,FIRST+PURVEC+2

WOOPUP ,FIRST +WOOPUP , WOOPEND -WOOPUP /2

JSR RS,.BLOCK3
WOOPEND
- WOOPUP /2
FIRST +WOOPUP
.DSABL

MOV

1s:

002456

172316
177576
177574
177572

{MAP SUPERVISOR SPACE (TEST AREA) TO BANK

CRF

WwooPUP

000010

MOV BANK, -(SP)

. R1
#F IRST +WOQPEND

MOV
MOV
S08
787

8. .R2
(RO)e ,(R1Y.
R2,1%
NOSUPER

MOV
MOV
MOV

MRS, (R1)MMR2, (R1) .
MMR1.(R1).

B8NE

24:

CRF

MIPARO,RO

MOV
KERNEL
POP
RETURN

MMRO0, (R1) .
BANK

;ENTER KERNEL MODE
MOV

(SP).

BANK

CVMJUABO MSV11-J MEMORY DIAG.
POWER FAIL W-ILE RELOCATED

MACRO Y05.02

Mondey 07-Oct 85

WOOPUP:

11902 046400

SUBTST

16:57

Pege 376

SEQ 0328

<<POMER UP FROM BANK O TO RELOCATION>>

;"..“.‘.‘.‘“.“.“.‘.‘.‘.‘...‘.‘......“‘...‘....‘.‘.‘....."..‘.....‘..‘..‘.

1eSUBTEST

POWER UP FROM BANK O TO RELOCATION

s et

1880068000088 88888884500000008088080000008888000000000800000000800000000080000000

s P

o (b Pt e Pt o

Pt P

s e

046400
046404
046410
046414
046420
046422

9o (VX
Y7 1.%]

s g

VO VOO

o e

oe
o

P2 (s

(0 (ot et o P

b (b (s Pt o P

046426
046430
911 046434

046436

046442
046446
046452
046456
046462
046462

046466
046472
046472

046474
046500

046504
11920 046506
046506

11921 046514
11922 046522
11923
11924
11925 046530
11926 046534
11927 0463540
11928 046544
11929 046546
11930
11931 046530
11937 <£35352
V46552
11933 0463556
11934 046362
11937 046612

012700
012701
012703
012702
012021
012723
077204
005737
001002

046562
172340
172300
000010

18:

MOV
MOV
MOV
MOV

#CIPDRO,R3
08. ,R2

477406, (R3).
R2,1%
NOSUPER
34
(RO)+ ,MMR3
(RO)+ ,MMR2
(RO)+ ,MMRL
(RO)+,MMRO
SP
$SAVR6,

MOV

OWOOPEND
, RO
OKIPARO,R1

(RO)+,(R1).

013706

046212

MOV
S08
TST
BNE
MOV
MOV
MOV
MOV
MOV

C13746
005037

002102
002102

CLR

BANK

010346
013703
004737

002102
035604

MOV
CALL
.DSABL

BANK ,R3
MAPPER
CRF

012037
012037
012037
012037

077406
002456

172516
177576
177574
17715712

3s:

PUSH

MAP

012603

052737

040000

177776

013737
013737

046612
046614

060024

012700

046616
000105
126400

012701
012702

012022
077102

104417
012637
000137
000014
000107

002102
045634

BANK

SUPERVISOR
81S
#81714,PSW
.DSABL

MOV
MOV

060026

MOV BANK, -(SP)

CRF

+MAP SUPERVISOR SPACE (TEST AREA) TO BANK
MOV R3,-(SP)

MOV

(SP).,R3

;ENTER SUPERVISOR MODE
;GO TO SUPERVISOR MODE

WOOPSAV
, FIRST+PWRVEC
WOOPSAV+2
FIRST +PWRVEC+2

;SIMULATE THE FOLLOWING BLOCK MOV BUT WITH NO STACK ACCESSES
-WOOPUP/24+12.
WOOPENDWOOPUP,
WOOPSAV+4,IRST+«
;BMOV

MOV
MOV

2%:

SUWOOPSAV+4
,RO
OWOOPEND -WOOPUP/2+12. ,R1

MOV
MOV
SoB

OF IRST «WOOPUP
,R2
{RO)+,(R2)+
R1,2$

KERNEL
poP

BANK

JHP
WOOPEND : .REPY
WOOPSAV: .REPT

;ENTER KERNEL MODE

$PURLP
12.
WOOPEND-WOOPUP/2+12.+2

MOV

(SP).,BANK

CVMJABO MSV11-J MEMORY DIAG.
IO SUBROUTINES
11942
11943
11944
11945
11946
11947
11948
11949
11930

11931
11952
11933
11954
11955
11956
11957
119358
11959
11960
11961
11962
11963
11964
11965
11966
11967
11968
11969
11970
11971
11972
11973
11974
11975
11976
11977

11978
11979
11980
11981
11982
11983
11984
11985
11986
11987

11988
11989
11990
11991
11992

11993
11994
11995

MACRO Y05.02

Monday O7 Oct 85

16:57

.SBTTL

10 SUBROUTINES

.SBTTL

ROUTINE TYPE

Page 378

SEQ 0329

;‘.““‘t..““““““““t‘“t‘t.“.‘...““.‘.‘..‘.‘.‘.‘..‘....“.“......“‘

;sROUTINE TO TYPE ASCIZ MESSAGE MESSAGE MUST TERMINATE WITH A O BYTE.
;oTHE ROUTINE WILL INSERT A NUMBER OF NULL CHARACTERS AFTER A LINE FEED.

$NULL CONTAINS T4E CHARACTER TO BE USED AS THE FILLER CHARACTER.
$FILLS CONTAINS THE NUMBER OF FILLER CHARACTERS REQUIRED.

;1aNOTEL:
:sNOTE2:

$FILLC CONTAINS THE CHARACTER TO FILL AFTER.

;s ¢NOTES:
1 &

;#CALL:

1#1) USING A TRAP INSTRUCTION
i s

; s0R

047030
047034
047036
047040
047044
047046
047030
047052
047054
047060
047062
047066
047070
047074
047100
047102
047104
047104

105737
100407
010046
017600
112046
001005
005726
012600
062716
000002
122716
001002

047106
047110
047114
047116
047122
047126
047130

002660
105037
000753
004737
123726
001346
013746

047134
047140
047142
047146
047132
047154
047156
047156
047160
047164
047170

105366
002770
004737

112716

122716
001006
005726

002360
000002

000002

5%:
6%:

000011

7%:

000040
000200

11¢:

104401

105337

000770
000000
010146
116601
005737
001402

047156
002652

7578
BMI
MOV
MOV
MOVe
BNE
ST

$TPFLG
6
RO, -(SP)
82(SP) RO

;3IS THERE A TERMINAL?
;:BR IF NO
: :SAVE RO
s ;GET ADDRESS OF ASCIZ STRING

;3BR IF IT ISN'T THE TERMINATOR
::IF TERMINATOR POP IT OFF THE STACK
: sRESTORE RO
: 1ADJUST RETURN PC

cMPB
BNE
MOV
CMPB
8NE
TST
TYPE
TYPELT

OHT, (SP)
114

TYPE
MESADR

MOV
ADD
RTI

cHPB
BNE
MOV

002356
10¢:

047156
047342
XOCHAR:
$TYPEC:

000004
002544

: .MESADR IS FIRST ADDRESS OF AN ASCIZ STRING

.DSABL
$CRLF
CLR8
B8R
CALL

047342

000001

MESADR

TYPE

(RO)+,-(SP)

(SP)+
(SP)+,RO
22,(SP)

,(SP)

#CRLF, (SP)
84

(SP)

TST
BEQ

: ;RETURN

;:BRANCH IF NOT <HT>

;REPLACE TAB WITH SPACE
; sBRANCH IF NOT <CRLF>
1 :POP

<«CR><LF> EQUIV

i;TYPE A CR AND LF

CRF

$CHARCNT

L34

$TYPEC
$FILLC,(SP).

$NULL, -(SP)

1(sP)
OECB
94
BLT
$TYPEC
CALL
$CHARCNT
DECB
10¢
B8R
.WORD 0O
R1
PUSH
MOve

: sPUSH CHARACTER TO BE TYPED ONTO STACK

4(SP),R1

CACHKN
24

CLEAR CHARACTER COUNT
GET NEXT CHARACTER
0 TYPE THIS CHARACTER
S IT TIME FOR FILLER CHARS.?
F NO GO GET NEXT CHAR.

ET @ OF FILLER CHARS.

NEEDED

MOV R1,-(SP)

CVMUABQ MSV11-J MEMORY DIAG.
TYPE

MACRO Y05.02

Monday 07 Oct-85

16:57

Page 378-1

SEQ 0330

ROUTINE

11996 047172
047172
11997 047176
047176
11998 047200
12023 047202
12024 047206
12025 047210
12026 047214
12027 047220
12028 047222

12029
12030
12031
12032
12033
12034
12035
12036
12037
12038
12039
12040
12041

12045

12046
12047
12048
12049

12030
12051
12032
12053
12034
12035
12056

12057
120358
12059

047230
047236

047244
047246

047232
047254
047262
047270
047270
047276
047300
047302
047302
047304
047304
047306
047306
047306
047312
047320
047322
047326
047330
047336
047340
047342
047344
047344
047346
047352
047354
047354
047360
047360
047362
047364

013746

17774¢

2%:

010046

104424

105777
100375
005037
1057717
100032
117737
042737

023727
0019220

105777
100375
117737

042737

c23727
001002
000402

3s:

133440

047154
133422
133416
177600
047154

PUSH

CACHOFF

;gEB

047154
000023

133370
133364
177600

047154
047154

047154

000021

g:TPS

CLR

XOCHAR

8PL

8IC
CcHP

@1C177,X0OCHAR
XQCHAR , 2023

8PL

CONTS3

Move

047154

BNE
CONTS3: TST8B
MOVB

8IC

BR
ELSE

MOV CONTRL,-(SP)

; tWAIT UNTIL PRINTER IS READY
; ;CHECK FOR XOFF

88 TKB, XOCHAR

1 :SAVE THE CHARACTER

NC
83TKS

84 TKB , XOCHAR

o+C177,.X0OCHAR

1 ;SKIP IF NO CHARACTER

1 sSTRIP OFF ASCII
;sWAS IT A CONTROL S?
: ;BRANCH IF NOT
;: sMAIT FOR CHARACTER
: :GET CHARACTER

;: sSTRIP OFF ASCII
;s

IF IT IS A tQ

000002

047342
000012

000002

NC:

BR LA37
LA36::::::3

002544

012637

177746

LA37:;:51:3

MOVB
CMPB

R1,.88TP8
OCR,2(SP)

; :LOAD CHAR 70O BE TYPED INTQ DATA REG.
:: IS CHARACTER A CARRIAGE RETURN?

CLRB
B8R
1$:
cMPB
BEQ
INCB
$CHARCNT: .WORD
POP

: ;sYES--CLEAR CHARACTER COUNT
3 sEXIT
::IS CHARACTER A LINE FEED?
: ;BRANCH IF YES
; sCOUNT THE CHARACTER
: i:CHARACTER COUNT STORAGE

TST
BEQ
POP

CACHKN
24
CONTRL

;IS THERE A CACHE?
;BRANCH IF NOT
:POP CACHE STATUS

POP

BNE

$TYPEX:

012600
005737
001402

CMP XOCHAR, #21
BNE LA36

BR
CONTS3
END ;0F IF XOCHAR

133336
000015

MOV RO, -(SP)

;sTURN CACHE OFF

88TKS

IF XOCHAR EQ #¢21

000760

012601
000207

CONTRL

TST8B

000401

110177
122766
001003
105037
000406
122766
001402
105227
000000

PUSH

2%:

RETURN

SUPLIMIT ;rtrtesetr

; ;BRANCH IF NO

MOV

(SP)+,.RO

MOV

(SP)+,CONTRL

MOV

(SP)e+,R1

e THIS IS THE LIMIT ON SUPERVISOR MAPPED TO MUT SPACE

Ve
e

Page 393

SEQ 0331

ERROR DATAR SETUP

IF THIS CONDITION DISCRIBES THE ERROR

PERRO1

USE THIS

Vo B

PERRO3

Ve VS Ve

PERRO4

TRAP

BAD DATA IN R1 UNLESS ABORTED
THEN BAD DATA IS POINTED TO BY
GOOD DATA IN R2

-(R4)

TRAP

BAD DATA IS POINTED TO BY -(R1)
TRAP

BAD DATA IN R4 UNLESS ABORTED
THEN BAD DATA IS POINTED TO 8Y
GOOD DATA IN R2

PERROS

We VI Vo V¢

-(R4)

GOOD DATA IN R4

BT V6 VI W

PERROZ2

PERRO6

JSR

-2(RO)

BAD DATA IS POINTED TO BY -(RO)
GOOD DATA IN Re
RETURN AFTER SETTING UP GOOD,BAD,ADDRESS
JSR
PC
BAD DATA 1S POINTED TO 8Y -(RO)
GOOD DATA IS ZERO
RETURN AFTER SETTING UP GOOD,BAD,ADDRESS

PERRO7

PERR10

BE Be

Be S¢

Go B

V6 VS G0 Be

TRAP

BAD DATA IN RO UNLESS ABORTED
THEN BAD DATA IS POINTED TO 8Y
GOOD DATA IN RS

TRAP

BAD DATA IN R2 UNLESS ABORTED
THEN BAD DATA IS POINTED TO BY (R1)
GOOD DATA IN DATBUF
TRAP

BAD DATA IN R2 UNLESS ABORTEC

THEN BAD DATA IS POINTED TO 8Y 2(R1)

PERR11

TRAP

BYTE TEST
BAD DATA IN RIGHT BYTE OF RO UNLESS ABORTED
THEN BAD DATA IS POINTED YO B8Y (R1)
GOOD DATA IS A ZERO BYTE

GOOD DATA IN DATBUF
+2

PERR12

12743
12744
12745
12746
12747
12748
12749
12750
12731
127352
12753
12754
12753
12756
127137
12758
12759
12760
12761
12762
12763
12764
12763
12766
12767
12768
12769
12770
12711
12772
12773
12774
12775
12776
12777
12778
12779
12780
12781
12782
12783
12784
12785
12786
12787
12788
12789
12790
12791
12792
12793

Monday 07-0Oct-85 16:57
.SBTTL

B3 WE Ge Be WY

12737
12738
12739
12740
12741
12742

MACRO YOS .02

CVMJABO MSV11-J MEMORY DIAG.

ERROR DATA SETUP

TRAP

BYTE TEST

BAD DATA IN RIGHY BYTE OF RO UNLESS ABORTED
THEN BAD DATA IS POINTED TO 8Y (R1)
GOOD DATA IS A BYTE OF ONES

PERR13

TRAP

BAD DATA IN RO UNLESS ABORTED

CVMJUABO MSV1l-J MEMORY DIAG.

ERROR DATA SETULP

WS Wy B

12795
12796
12797

Page 393-1

THEN BAD DATA IS POINTED TO BY (R1)
GO0D DATA IS ZERO
PERR14

VT W

127968
12799
12800
12801
12802
12803
12804
128035
12806
12807
12808
12609
12010
12811
1c812
12813
12614

TRAP

BAD DATA IN RO UNLESS ABORTED
THEN BAD DATA IS POINTED TO BY (R1)

PERR1S

PERR16

Gs W

Ve B

VF WS W

GOOD DATA IS ONES
TRAP

BAD DATA _IN RO UNLESS ABORTED
THEN BAD DATA IS POINTED T0 BY (R1)
GOOD DATA IN TSTDAY
TRAP

BAD DATF _IN RO UNLESS ABORTED
THEN BAD DATA IS POINTED TO BY (R1)

PERR17

Ve V4

GOOD CATA IN TSTDAT.2

12813

TRAP

BAD DATA_IN RO UNLESS ABORTED
THEN BAD DATA IS POINTED TO BY (R1)
GOOD DATA IN R2

PERR20

12816
12817
12818

TRAP

BAD DATA _IN RO UNLESS ABORTED
THEN BAD DATA IS POINTED TO 8Y (R1)
GOOD DATA IN R3

PERR21

12819
12820
12821
12822
12823
12824
12825
12826
12827
12828
12829
12830
12831

BAD DATA IN RIGHT BYTE OF RO UNLESS ABORTED

Vs U

THEN BAD DATA IS POINTED TO B8Y (R1)
GOOD DATA IS A 7 BIT BYTE ON ONES
PERR22

Vs T

fRAP
7 BIT BYTE TEST

TRAP

BAD DATA_IN R2 UNLESS ABORTED

THEN BAD DATA IS POINTED TO 8Y (R1)
GOOD DATA IN RO

PERR23

12832
12833
12834

12835

PERR24

Ve G4 GO

B¢ W

TRAP

BAD DATA IN RO UNLESS ABORTED
THEN BAD DATA IS POINYcOD TO 8Y (R1)

GOOD DATA IN R4

12836
12837
126838
12839

TRAP

BAD DATA _IN RO UNLESS ABORTED
THEN BAD DATA IS POINTED TO BY (R2)

PERR25

G5 Be

©r

GOOD DATA IN R3
TRAP

BAD DATA POINTED TO BY -(R1)
GOOD DATA IN R2 UNLESS LOC V177654 1S SET

THEN GOOD DATA IS IN R3

\1a

—f

12840
12841
12842
12843
12844
12648
12846 f=
12847
120848
12849
12850

Monday 07-Oct-85 16:57

12794

MACRO Y05.02

PERR26

TRAP

BAD DATA IS DOUBLE WORD POINTED TO BY R1 AND IN LOW 7 BITS OF RO
GOOD DATA 1S 000000,,100000,,100

SEQ 0332

CYMJUABO MSV11-J MEMORY DIAG.

MACRO Y05.02

Monday 07-Oct-85 16:57

Page 393 2

OF
We

PERR27

TRAP

BAD DATA IS DOUBLE WORD POINTED TO BY R1 AND IN LOW 7 BITS OF RO

PERR30

TRAP

BAD DATA IS POINTED TO B8Y -16(SP)
GO0D DATA IS IN Rl

PERR31

TRAP

PERR32

TRAP

SPECIAL ECC FAILURE HANDLER

PERR33

TRAP

SPECIAL ECC FAILURE HANDLER

PERR34

TRAP

SPECIAL ECC FAILURE HANDLER

PERR3S

We We

Gt G0

Vs Vs

GOOD DATA IS 000000,,000000,,077

TRAP

SPECIAL BRANCH GOBBLE FAILURE HANDLER

BL
B3
©6
®

12873
12874
12875
12876
12877
12878

12851
128352
128353
12854
12835
12856
12837
12838
12859
12860
12861
12862
12863
12064
12865
12866
12867
12868
12869
12870
1871
12872

ERROR DATA SETWLP

CALLING SEQUENCE FOR TRAP TYPES
24
iNO - ERROR,BRANCH FOR CARD
B8EQ
PERRXX
NEXT

INSTRUCTION

;TRAP

TO ERROR ROUTINE

:CONTINUE TESTING

SEQ

' @

CVMJAB0 MSV1l1-J MEMORY DIAG.
ERROR DATA SETUP
12681
12882
12883
12884
12885
12886
12887
12688

047364
047370
047376
047402
047406

047412
047416

12889 047424
12890 047430
12891 047434

12092
12893 047440
12894 047444

12695 047432
12096 047436
12897 047464
12098

12699
12900
12901
12902
12903
12904
12905
12906
12907
12908
12909
12910
12911
12912
12913
12914
12913
12916
12917
12918

12919

010437

162737
010037
010537
000137

002034
000002
002052
002044
050120

010437
162737
010137
010237
000137

002034
000002
002052
002044
050120

010137
162737
010437
016137

002034
000002
002044

000137

050120

010037

002034
000002
002052
002044
050120

177776

MACRO Y05.02

¢02034

Mondey 07-Oct 85

$PERO1L:

MOV

SU8
MOV
MOV

002034

$PEROZ:

SEQ 0334

#2, ADDRESS
RO.BAD
R3,G000D

R4 ,ADDRESS

MOV
MOV

R1,.8AD
R2,G000

MOV

R1,ADDRESS

suB

02,ADDRESS

JMP PERRAW

00203-

$PEROS:

suB

002052

$PEROA: MOV

010237
014037
010037
062700
004737
000207

002044
002052
002034
000002
034040

PERROS: MOV
PERAOS: MOV
MOV

047544
047550

005037
000764

002044

PERROG: CLR

047532
047556
047562
047370

010137
010237
013737
000137

002034
002052
002242
050120

$PERO7:

010137
062737

002034

010237

002052

013737
000137

002244
050120

010137

002034

010037

002052

005037
000137

002044
050172

002034

#2 ,ADDRESS

MOV
R4,G0QD
MOV
-2(R1),BAD
JMP PERRAW

0473516
047522
0473526
047532
047336
047542

000002

395

R4 ,ADDRESS

MOV

162737
010437
010237
000137

047574
047600
12921 047606
047606
12922 047612
047612
12923 047620
12924
12925 047624
047624
12926 047630
047630
12927 047634
047634
12928 047640
12929
12930 047644

Page

JMP PERRAW

047470
047474
047302
047506
047312

12920 047574

16:57

suB
MOV

MOV
JHP

ADD
CALL

RETURN

002044
$PER10O:

002034

RO,ADDRESS

42 ,ADDRESS
R4 ,BAD
R2,G00D
PERRAW
R2,G00D

-(RO),BAD

RO,ADDRESS

92,R0
BADSTACK
G000

PERAOS

MOV

R1,AODRESS

MOV
JHP

OATBUF ,G0OOD
PERRAM

MOV

LET GOOD
JMP
$PER1L:

LET GOOD

JMP

:= R1

+ &2

:= R2
:= DATBUF
+2
PERRANW

LET ADDRESS
LET BAD

$PER12:

R2,8AD

LET ADDRESS
LET BAD

002044

;RESTORE RO

:= R1

:= RO
:= 0

PERRAB

LET ADORESS

:= R1

R1,ADDRESS
02 ,ADORESS

R2,8A0D

DATBUF +2,G000

R1,ADDRESS

RO.BAD
GOo0

CVMJABO MSV11-J MEMORY DIAG.

ERROR DATA SETUP
047644

12931 047630
047650
12932 047634
047654

12933 047662

010137

002034

010037

002052

012737
000137

000377
050172

MACRO Y05.02

Mondey 07-Oct 85 16:57

Pege 395-1

SEQ 0335
MOV R1,ADORESS

002044

LET BAD

:= RO

LET GOOOD

JMe

0377

PERRAB

MOV RO,BAD

MOV #377,.GO00D

CVMUABO MSV1l J MEMORY DIAG.
ERROR DATA SETUP
12936 047666
04 "666
12937 o4 .72
047672
12938 047676
047676
12939 047702
12940
12941 047706
047706
12942 047712
047712
12943 047716

010137

002034

010037

002052

002044
050120

01C137

002034

010037

002032
002614
050120

047716

12944 047724
12943
12946 047730

047730
12947 047734
047734
12948 047740
047740
12949 047746
12930
12951 047752
047752
12952 047756
047756
12933 047762
047762
12934 047770
1295%
12956 047772
047772
12937 047776
047776
12938 050002
030002
12959 050006
12960
12961

12962

12963
12964
12963
12966

12967
12968
12969
12970
129711

010137

002034

€10037

002052

013737
000137

002246
050120

010137

002034

010037

002052

013737
000433

002250

010137

002034

010037

002052

MACRC Y0S5.02

Monday 07-Oct-85 16:57

S$PER13S:

002034

010037

002052

010337
000435

002044

010137

002034

010037

002052

012737
000477

000177

LET

ADDRESS

LET GOOD
JP

$PER1S:

PERRAW

LET ADDRESS

002044

PERRAM

:= RO

LET GO0D

LET ADDRESS

LET GOOD
B8R

LET GOOD
8R
$PER22:

:= R2
PERRAW

:= R1

:= RO
:= R3
PERRAM

LET ADDRESS

LET BAD

:= R1

:= RO

LET ADDRESS

LET BAD

002044

TSTDAT.2

PERRAW

LET GOOD

$PER21:

:= R1

LET BAD

LETY BAD

$PER20:

:= TSTDAT

LET ADDRESS

B8R

$PER17:

:= RO

LET GO0D

$PER16:

:= ONES

LET BAD
002044

:= RO

LET BAD
002044

CLR G000

PERRAM

JHP
$PER14:

R1,ADORESS

"oV RO.BAD

:= #0

LET GO0D

SEQ 0336

:» R1

:= RO

LET BAD

002044

010137

LET ADDRESS

Page 397

:= R1

:= RO

:= 8177
PERRA?

LET ADDRESS

:= R1

MoV R1,ADDRESS

MOV RO.BAD

, GOOD
MoV ONES

MoV R1,ADORESS
MoV RO.BAD
nov

TSTDAT,GOOD

MoV R1.ADORESS

MOV RO.BAD
MoV TSTOAT.2,G00D

MOV R1,ADORESS
MoV RO.8AD
MOV R2,6G000

MOV R1,ADORESS
MOV RO,BAD
MOV R3,.G000

MOV R1,ADORESS
MoV RO,BAD

MOV €177,G000

CVMJABO MSV11-J MEMORY DIAG.
ERROR DATA SETWP
12972

12973
12974
12973
12976

12977
12978

12979
12980
12961
12982
12983
12984

010137

02034

010237

002052

010037
000416

002044

010137

002034

010037

002052
002044

010237

002034

0310037

002052

010337
000400

002044

MACRO Y05.02

Monday 07-0Oct-85 16:57

Page 397-1

SEQ 0337
R1,ADDRESS

LEY BAD

:= R2
:= RO

LET GOOD

8K
$PER23:

RO, GOOO

PERRAW

LET ADDRESS
LET BAD

LET GOOD

B8R

LET BAD

LET GOOD

:= R1

:= RO

:= R4

PERRAW

$PER24: LET ADDRESS

B8R

R2.8A0

:= R2

:» RO

:= R3

PERRAW

MOV R1,ADORESS

MOV RO.BAD
MoV R4 ,GOOO

MOV R2,ADDRESS
MOV RO.BAD
HOov R3,G0O00

CVMJUABO MSV11 J MEMORY DIAG.

ERROR DATA SETULP

MACRO Y05.02

Monday 07-Oct-85 16:57

PERRAW:

12986 0350120

SUBTST

12988 050124
050124
050130
050132
050136
12989 050136
0S0136
050142
050144

004737

050354

005737
001402
004737

002144

002022

004737

034040

004737

050330

050154
050160

005737
001002

002144

050164
050166

000401

12992 050162
12993 050164

<<DATA WAS A WORD>>

OATA WAS A WORD

001002

180088008880 8888004040000088880000048840000484000008005600000000000000000800800008

CALL

PERBNK

IF ABORTFLAG IS TRUE THEN $CALL GETDATA

045160

005737

050150
12990 050150
12991 050154

104011}

IF BADPC EQ €0 THEN $CALL BADSTACK

PERXOR
CALL
IF ABORTFLAG IS FALSE

104012

ERROR +12
END ;:0F IF ABORTFLAG

i%;gg 050170

000002

RTI

12999 050172

13000 050176
050176
050202
050204
050210
13001 050210
050210
050214
050216
050222
13002 05022z
13003 050226
050226
050232
13004 050234

13005 050236

PERRAB: SUBTST

«<DATA WAS A BYTE>»

:*SUBTEST

DATA WAS A BYTE

LA4L1:::;:333

TST ABORTFLAG
BNE L4&4A2
BR LA443
LAA2:;:;:;::::
LO&S:;::;:::

004737

050354

005737
001402
004737

002144

PERBNK
IF ABORTFLAG IS TRUE THEN S$CALL GETDATA

CALL

002022

004737

050330

005737
0010«

002144

TST ABORTFLAG
BEQ LA44S

JSR PC.GETDATA

045160

005737
001002
004737

104014

(8000000800000 08008800008804000000000880000880600480040000080000000080840880080808808888

IF BADPC €EQ 00 THEN SCALL BADSTACK

034040
PERXOR
CALL
IF ABORTFLAG IS FALSE
ERROR +14

ELSE

000401

13006 050240
13007 050242

104015

ERROR +15
END :0F IF ABORTFLAG

13008 050242

000002

RTY

050242

1ST BAOPC

1000000880800 000008804000880000000000000004000004800560005040000880884008888000060

050236

050240

LA40: ;335433

JSR PC,BADSTACK

ERROR +11
ELSE

12998 050172

TST ABORTFLAG
BEQ L4440
JSR PC,GETDATA
BNE L44)

12994 050166
12995 050170

050170

SEQ 0338

1868040008888 8808008000888880080844084000008008008080080008080000080080048008000000000

1¢SUBTEST

12987 050120

Page 398

LAAS:;
. .;::;:;

TST BADPC
BNE L44S
JSR PC.BADSTACK
L84S:;:::::
TST ABORTFLAG
BNE L4466

BR L4&47

L8R6:;:;:::::

LA&T: ;3

8XHJMO ot} 1'J MEMORY DIAG.

TA WAS A

BYTE

MACRO Y05.02

13011 050244
13012 050244
050244

050330
050354

050272

012737

100000

002046

050300

012737

000100

002050

13022 050312
13023 050316

005037

002046

012737

000077

13018 030272
13019 050300
igggg 050306

050316

%ggg; 050324

000137

044746

002050

PERXOR
PERBNK
22

$PER26: LET GOOD2 := 100000
LET GOOD3 :~ @100
JMP PERRA3

GO0D2
$PER27: CLR
LET GOODS := #8077
JMP PERRA3

PERXOR: SUBTST

<«<DETERMINE XOR OF GOOD & BAD>>

18SUBTEST

DETERMINE XOR OF GOOD & BAD

TST BADPC
BNE L450
JSR PC,BADSTACK
LASO:;:::::

MOV #100000,G0002
MOV #100.G0003

MOV €077.G0003

1900600688000060046000080088000000000000000000000000008000000080000000000008800088

108660886 08000880088000000820006002506008000000000830000800004800008000800000880098

010046
013700
013737
074037

050350

012600

13032 050352

DATA MAS A 7 BIY BYTE

CALL
CALL
ERROR
RTI

000002

050330
13028 050332
13029 0503%6
13030 050344

13031 050330

1oSUBTEST

034040

13026 050330
13027 050330

«<<DATA WAS A 7 BIT BYTE>>

IF BADPC EQ #0 THEN S$CALL BADSTACK

004737
004737
104022

{338{? 050270

PERRAT: SUBTST

SEQ 0339

106066000000000000000080000000000008000088000000000000050000280000800000054,00000008

002022

13013 0502%
13014 050262
13015 050266

Page 400

10606000000 0000000000000000008008000000800000040060005000000800000000000000000000

005737
001002
004737

0%02%0
050282
050256

Mondey 07-0Oct-85 16:57

000207

002044
002052
002060

002060

PUSH

MOV
MOV
XOR

GO00,RO
BAD,BADXOR
RO ,BADXOR

POP

RE TURN

MOV RO, -(SP)

MOV (SP)+,RO

CVMUABO MSV11 J MEMORY DIAG.

DETERMINE XOR OF GOOD & B8AD

MACRO Y05.02

Mondey 07-Oct-85

16:57

Page 402

SEQ 0340

PERBNKX: SUBTST<<LOG ERROR ON BAD BANK>>
;.‘.“..““...‘..‘..“‘..“‘....“....“‘..““‘..“.““““‘0.0‘.‘0.‘.....0..

13035 050354

LOG ERROR ON BAD BANK

;sSUBTEST

;......‘..“‘.“‘.‘."...“‘.‘.....“‘.."...“.“‘.“““.0“‘....‘....‘..00...

;WHILE WE'RE HERE LET'S MARK THE BAD BANK IN THE CONFIGURATION TABLE

13036

13037 050354

PUSH
010046
010146
013701
006301
006301
0352761

105261
001202
102361
126137
101403

002666
002666

002554

1177717

002406

030420

012737

050426
030430

012601
012600
000207

13051 050434
13052 030440

010037

002052

050440
030446
13053 050430

023737
001004
013737

002034

002412

002246

002044

050456
050460
13055 030460

000403

13048 050426

13049 050432

13054 050456

13056 050466

030466
13057 0350466
13058 050472
050472
13059 050500
13060

13061 050502
050502
0350510
13062 050312
13063 050514
050514
13064 050514
050514

050520
050522
050326
13065 050326
13066 050332
050532
050540

13067 050542

13068 050544

12%:

R1
R1

INCB
BNE
DECB
oy o]
8LOS

CONFIG+«2(R1)
12
CONFIG+2(R1)
CONFIG+2(R1),ERRMAX
118

POP

R1.RO

#8IT0,CONFIG(R1)

TOOMANY

SEY

118:

RO,
R1,

MOV

(SP)
(SP)

;BUMP BANK COUNTER
SKIP
:NO OVERFLOM
:SET BACK TO 255.
;IS IT PAST MAX?
iNO - SKIP
; YES

MoV
MoV

1, TOOMAN:

(SP).
. R1
. RO
(SP)«

RETURN

PERECC:

002250

004737

050330

012737
000207

177777

002612

023727
001001
104023

002300

000041

MOV

MOV TSTOAT,GOOD

MOV

END

002022

004737

050434

023727
001001

002300

TSTDAT.2,G0O0D

;OF IF (R1)
PERXOR
HEADER

CALL
SET
RETURN

$PER31:

IF REALPAT EQ @41

END

005737
001002
004737

RO,BAD

IF ADDRESS E@ TESTADD

ELSE

002044

013737

104037

ASL
ASL

8IS

002664

MOV
MOV

BANK ,R1

MOV

002102
000001
002666

RO,.R1

ERROR .23

IF BADPC EQ 00 THEN SCALL BADSTACK

034040

CALL
000011

PERECC

IF REALPAT EQ @11}
ERROR

END

+37

;0F IF REALPAY

CMP ADDRE >S.TESTADOD
BNE L4S1
BR L4S?
LA451:;:::::

LAS2:;;:::::

MOV

1,MEADER

CMP REALPAT 041
BNE L4S3
LAS3:::::5:

TST BADPC
BNE LASA
JSR PC,BADSTACK
LASK: ;;;;;

T
011
CHP REALPA
BNE LASS

CVMJUABO MSV11 J MEMORY DIAG.

LOG ERROR ON BAD BANX

MACRQ Y05.02

050544

13069 050544

050544
050852

13070 050554
13071 050356

023727
001001

002300

000015

050556
050564

13073 050566

13074 050570

023727
001001

002300

000016

0S0S70

13076 050576

012737

000002

IF REALPAT EQ @16
ERROR +44

104044

END ;OF IF REALPAT

050570

13075 0%057¢C

IF REALPAT £Q #15

ERROR +43
END ;0F IF REALPAT

104043

050556

13072 050556

Mondey 07 Oct 85 16.57

177777

002612

SET HMEADER
RTI

Page ~22 1

SEQ 0341
LASS: ;i1
CMP REALPAT, 015
BNE L4S6
LAS6:::3:1:3
CMP REALPAT, 016
BNE LAS?
LAST:335333
"oV

o-1 HEADER

CVMJUABO MSV11-J MEMORY DIAG.
LOG ERROR ON BAD BANK
13079 050600

13080
13081
13082
13083

050600
050604
0350606
050612
050612
050616
030622
030626
050626

13084 0350634
13085 050636
050636
13086 050644
13087
13088 030646
050646
050652
050634
030660
13089 030660
13090 030664
13091 050670
13092 050674
13093 030702
13094 0350706
0350706
13093 0350714
13096 030716
050716
13097 050724

13098
13099 030726

050726
050732
050734
050740
050740
050740
050746
050750
050752
050752
030754
050754
050756
030756
050756

050760
050764
050770
050776
051004
051006
051012

MACRO Y05.02

$P_R32:

005737
001002
004737

002022

010137
010037
010237

002034
002052

012737
104040

1777717

002612

012737
000902

177711

002612

005737
001002
004737

002022

010137
010037
105037
012737
004737

002034
002052
002053
000377
050330

012737
104041

1777177

002612

012737
000002

177777

002612

005737

002022

001002
004737

032737
001002
104016

Monday O7- Oct-85

16:57

Page 404

SEQ 0342

IF BADPC EQ 90 THEN $CALL BADSTACK

JSR PC.BADSTACK

034040

002044

MOV
MOV
MOV

R1,ADDRESS
RO,BAD
R2,G00D

ERROR

+40

LA60: ;333

HEADER

SET
SET

HEADER

RTI

$PER33:

IF BADPC EQ 00 THEN $CALL BADSTACK

034040

002044

MOV
MOV
CLRB

R1,ADDRESS
RO,BAD
BAD-1

CALL
SET

PERXOR
HEADER

ERROR
SET

+41
HEADER

MOV

$PER34:IF BADPC EQ €0 THEN $CALL BADSTACK

ERROR +16

ELSE

ERROR +1

004737
004737
013737
012737
104047
062706
000207

;:OF IF #BIT15'BIT4

050354
034040
002032
000012
000004

$PER3S:

002052
002044

MOV
MOV

ERROR

ADD

RETURN

@&-1,HEADER

sEXPECTED SBE SO DBE MUST HAVE GOTTEN SET
LAGA:;;:::::

¢12,G00D
+47

MOV

BR L4464
L863:3:;:5::

PERBNK
BADSTACK
BADPSW,BAD

04 ,5P

@-1,HEADER

BNE L463

;DURING BRANCH GOBBLE THE CONDITION CODES MWERE WRONG

CALL
CALL

MOV

TST BADPC
BNE L462
JSR PC.BADSTACK

:NO SBE OR DBE

RTI

000002

@#-1,HEADER

BIT #BIT15!8IT4,CSR

000401

END

MOV

LA62:::::::

IF o8IT15'81T4 OFF.IN CSR

104001

@#-1,HEADER

TST BADPC
BNE L4611
JSR PC.BADSTACK
L461:::::::

RTI

002150

MOV

#377,6000

034040
100020

1ST BADPC
BNE L460

;FIX STACK FROM TRAP
;ABORTING TEST

CVMJUABO MSV11-J MEMORY DIAG.

LOG ERROR ON BAD BANK
13115
13116 051014
13117 051020
13118 051024
0351024
13119 051932
13120 051034
051034
13121 051042
13122
13123 051044
13124 051046
13125
13126 031030
13127 051052

MACRO Y05.02

Monday 07-Oct-85 16:57

$PER3G:

010037
010137

002044

012737
104023

177777

002612

012737
000002

177777

002612

002052

MOV
MOV

SET

RO,GOOD
R1,8AD
HEADER

ERROR
SET

+23
HEADER

Page 404

SEQ 0343

RTI

104053

$PER37:

ERROR
RTI

;ILC; :REV B
;ILC;;REV 8

1049054

$PERA4O:

ERROR

+54

:ILC:;REV B
:ILC;;REV B

000002
000002

RTI

MOV

1.MEADER

MOV

#-1,HEADER

MSV11-J MEMORY DIAG.

SCOPE HANODLER

MACRO Y05.02

Monday 07-Oct 85 16:57

.SBTTL

Page 406

SEQ 0344

ROUTINE SCOPE HANDLER

;““.‘.““‘.“““.‘.‘““““.“‘....‘““‘.“‘.“““‘.“‘.0‘.“0“0.“‘0‘A.
il ol el

SU‘
Gl Gl (8et (ol
(8 (Lo
P
(ot
et Gt
et L
s (8
e Pt
»h
S Ui
N
[
27-1-p" SRRER

;#THIS ROUTINE CONTROLS THE LOOPING OF SUBTESTS. IT WILL INCREMENT
s #AND LOAD THE DISPLAY DATA INTO THE DISPLAY REGISTER

;#THE SWITCH OPTIONS PROVIDED BY THIS ROUTINE ARE:
LOOP ON TEST
;4SW9=1 LOOP ON ERROR
;oCALL
+ : SCOPE=IOT
SCOPE
i
:TELL APT WE ARE ALIVE
$SCOPE: INC
$DEVCY
IF RESULT IS LT
;sSW14=]

031054
051060
051060
031062
051066
13143 0351072
031072
031072
051074
0351100
051102
051106
031106
051112
051114
051122
051130
051132
051134
051134
051140
051142
051150

051132

005237
002004
005037

105237

104410
005737
001402
Co4737

055222

005737
001410
032777
001404

002420

005037

051202

000425

051204
051210
051216
031222
051226
051230
051234
051242

013746
012737
005737
012637
000430
062706
022737
001002
005037

005737
001401

CKSWR

006304

052364

000137

$DEVCT
CLR
$SUNIT
INCB
END ;:0F IF RESULT

056726
056730

005737
001410
013737
032737
001401
104177

051156
051162
051162
051162
031162
031166
051170
051172
051172
051172
051172
051200

051244

056726

177766
000001

000400

NOTRCE:

052362
052362

SKJ:

LA65:;::::3

FOR CHANGE IN SOFT-SWR

157
BEQ

TRACE
NOTRCE

CONTT

1 TRACE

ST
BEQ
MOV
8IT

CPERRF
SKJ
80177766 ,CPSAVE
48170,CPSAVE

;IS THERE A CPU ERROR REGISTER?
;BRANCH IF NOT
;GET CONTENTS OF ERROR REGISTER
+IS THE POMER FAIL MONITOR BIT SET?

CALL

B8EQ
SKJ
sBRANCH IF NOT
ERROR
+177
;REPORT IF SO
IF STOPOK IS TRUE AND 4SW8 SET.IN 8SWR

TST
BEQ
BIT
BEQ

131466
STOPOK
CLR
EXIT
JMP
END ;0F IF STOPOK

002420
040512

002440

RTI

040000

131436

IF oSW14 SET.IN 8SWR THEN GOTO $OVER

0V0004

051230
177060

000004

000004
000005

177766

004064

1%:

STOPOK
L466
#SW8,8SWR
L4&466

LA67::;:::::

; 00000START OF CODE FOR THE XOR TESTERQ0SO

$XTSTR: BR

BIT #SW14,8S5WR
BNE $OVER

MOV
MOV
TS7
MOV

11 IF RUNNING ON THE “XOR” TESTER CHANGE
5: THIS INSTRUCTION TO A “NOP” (NOP=240)
ERRVEC, -(SP)
: ;SAVE THE CONTENTS OF THE ERROR VECTOR
€14% ,ERRVEC
::SET FOR TIMEOUT
177060
;;TIME OUT ON XOR?
(SP)+,ERRVEC
; sRESTORE THE ERROR VECTOR

cHP
BNE
CLR

&S .PROTYP
64
CPUERR

B8R
ADD

$SVLAD
04,5P

iR-C
:R-C
iR-C

TST NOSCOPE
BEQ L467

END ;0F IF NOSCOPE

14¢:

iR-C
;R C
iR-C
;iR-C

LR66:;::::::

IF NOSCOPE IS TRUE

000002

032777
001051

: sTEST

BGE L465

;360 TO THE NEXT TEST
:FIX STACK FROM TRAP

:IS THIS AN 11/83 ?
:BRANCH IF NOT
sRESET CPU ERROR REGISTER

CVMJABO MSV11-J MEMORY DIAG.

ROUTINE SCOPE HANDLER

MACRO Y05.02

6%:

Mondesy 07-Oct-85 16:57

MOV
BR

(SP)o ERRVEC

$OVER

012637
000407

000004

105737
001412
032777

002014
001000

131344

013737

002624

002622

13192 051304
13193 051310
13194 051314

105037
011637
011637

002014
002622
002624

CLR8
S$:
$SVLAD: MOV
MOV

13196 051324

004737

051336

$OVER:

13183 051250
13184 051254

13185 051236
13186 051256
13187 051262
13188 051264
13189 051272
13190 051274
13191 051302

13195 051320

13197 051330
13198 051334

001404

000410

0035037

013716
000002

002362
002622

Page 406-1

:xRESTORE THE ERROR VECTOR
ON THE PRESENT TEST
:LOOP

2%:;00000END OF CODE FOR THE XOR TESTEROOOOO
: tHAS AN ERROR OCCURRED?
$ERFLG
1578
3¢:
11BR _IF NO
$SVLAD
B8EQ
; ;LOOP ON ERROR?
@SW9, 3SWR
81T
13BR_IF NO
54
B8EQ
;aSET LOOP ADDRESS TO LAST SCOPE
$LPERR, $LPADR
MOV
4%:

CLR

CALL

MOV
RTI

$ERFLG
(SP),$LPADR
(SP), $LPERR
$ESCAPE

: ; ZERO THE ERROR FLAG
s 1SAVE SCOPE LOOP ADDRESS
: 1SAVE_ERROR LOOP ADDRESS
;:CLEAR THE ESCAPE FROM ERROR ADDRESS

$LPADR, (SP3

: ;FUDGE RETURN ADDRESS
1 :FIXES PS

GETDIS

SEQ 0345

CVMJABO MSV11-J MEMORY OIAG.
SCOPE HANOLER

MACRO Y05.02

Monday 07-0ct-85 16:57

Page 407

SEQ 0346

ROUTINE

DISPLAY>>
<<SUBR
GETDIS: SUBTST
3 3858880058008 080040880800408088888008008088008880000048088002882400000008808800000

13200 051336

1 #SUBTEST

13201 0351336
13202 031344
13203 031332
051352
13204 0351334
13205 031360
13206 031362
13207 051370
13211 031370
13212 051376
13213 051404
051404
13214 051406

113737
113737
010046
005737
001403
052737

013777
013737
012600
000207

002102
002300

002013
002012

100000
002012
002012

000174

131242

DISPLAY

MOVB
Move

BANK, $BANK
REALPAT, $PATMAR

RLFLAG

PUSH

002126

002012

SUBR

0
0
048880080000080
084088
080048080000040
008048
8080088040800
(0SS0 400080440080

B8EQ
81s
MOV

gg;

14
#BIT15, $PATMAR
AR
, BDISPLAY
$PATM

agATHAR.DISPREG

;ARE WE RELOCATED?

MOV RO, -(SP)

iNO - SKIP
1YES - SET MSB

: SOF TWARE DISPLAY REGISTER
MOV (SP)+,.RO

RETURN

CVMJABO MSV11-J MEMORY DIAG.

ERROR MANDLER

MACRO Y05.02

Monday 07-Oct-65 16:57

(0088808088008 8868088888888408088888808888808000008080080000080808800808080888000

ssTHIS ROUTINE WILL INCREMENT THE ERROR FLAG AND THE ERROR COUNT,

1#SAVE THE ERROR ITEM NUMBER AND THE ADDRESS OF THE ERROR CALL
;#AND GO

$ERRTYP ON ERROR

soTHE SWITCH OPTIONS PROVIDED BY THIS ROUTINE ARE:
HALT ON ERROR
INHIBIT ERROR TYPEOUTS

;#SW1S=1
;eSW13=1

BELL ON ERROR

Ix]

ERRGOR

.ENABL.

LSB

TST
BEQ
CLR
JSR
CLRS

UFDFLG
KAL
RO
PC,ABORT
IBSAVE

005737
001403
005000
004737
105037

003762

$ERROR:

052220
052360

KAL :

005737
001027
104410

002430

105237
001775
004737
013737
032777
001404

002014

051470

104401

002653

TYPE
TYPEIT

13252 051474
051474

104401

n66130

TYPEIT

005237

002630

100003
012737

07717177

031410
031414
031416
051420
13241 051424
13242 051430

0351430
051434
051436
051440
031440
051444
051446

051452
051460
051466
051470

13253 051500
13254 0513504
051504

13255 0351506
13256 051514
0351514
13257 051514
051314
13238 031314
13259 0513520
13260 051526
13261 051532
13262 051540
13263
13264 031546
13263 051554
13266 051556
13267 051562
13268 0313564
13269 051570

051336
002012
002000

BACK:
18:

2%:
002630

002020
000002
002024
000002
130254

122737
001431

000177

105737

001024
005737
001423

052360

052364

002020
002030
002015

002015

ARE WE IN UFD MODE
IF NOT DO NOT TRY ABORT
ELSE CLEAR CNTRL Z AND C AND
CHECK FOR UFD ABORT

;s TEST FOR CHANGE 1IN SOFT-SWR

CKSMWR
INCB
BEQ
CALL

$ERFLG
14
GETDIS

; :SET THE ERROR FLAG
:;D0N'T LET THE FLAG GO TO ZERO
:SETUP DISPLAY STUFF

8IT
BEQ

#SW10, 8SWR
23

: sBELL ON ERROR?
; sNO - SKIP

.DSABL
TYPE

CRF
MSGOi4e

;CONTROL Z

.DSABL

CRF

INC

$PATMAR, $TESTN
$BELL
,$BELL

,MSGO14

SERTTL

IF RESULT IS MI
END

;OF IF RESULT

;OF IF NOERROR

MOV
SU8
MOV
MOV
Hove

(SP),ERRPC
02 ,ERRPC
SP ,ERRSP
2(SP),ERRPSM
SERRPC, $ITEMB

cHP8
BEQ

#177,¢17EM8
10014

1ST8

B8NE

ST
BEQ

IBSAVE

10004

CPERRF
1001%

iR-C
TST NOERROR
BNE L4470

iR-C

;FOR APT

: sRING BELL

; iCOUNT THE NUMBER OF ERRORS
BPL LA471

MOV 077777, 8ERTTL

END

011637
162737
010637
016637
117737

::K
;K
;1K
; ;K

IF NOERROR IS FALSE

MOV

056722
131150

; ;ERROR=EMT AND N=ERROR ITEM NUMBER

LA871:5::::53

LAT0: ;333353
; sGET ADDRESS OF ERROR INSTRUCTION

1 :STRIP AND SAVE THE ERROR ITEM COOE
1IS THIS THE POMER FAIL CALL?
sBRANCH IF SO
:2ND ERROR CALL?
;BRANCH IF SO
;IS THERE A CPU ERROR REGISTER?
;BRANCH IF NOT

Voo

;1¢SW10=]1

;#SW9=1 LOOP ON ERROR
; «CALL

BDOODDID

13223
13224
13223
13226
13227
13228
13229
13230
13236
13237
13238
13239
13240

13243
13244
13245
13246
13247
13248
13249
13230
13251

SEQ 034

ROUTINE ERROR HANDLER

.SBTTL

13217
13218
13219
13220
13221
13222

Page 409

(alaYalalals]

ROUTINE

051634

031640
031640
031640
051644

13280 051646
031646
031632
13281 051634
13282 031662
13283 031670
132684 051676
13285 051704
13286 031710
031710
13287 031710
13288 051716
13209 051722
051722
031730
13290 051732
13291 031734
051734
13292 051734
051734
031742
051744
051750
13293 031732
0351752
13294 0517354
031734
13295 051754
051754
031734
031760
051760
051764
13298 031766
13299 081772
13300 051774
051774

13397

013737
032737
001414
042737
112737
112737
000402
105037

177766

052362
052362

000001

177766
052360
002015

000001

002015
000177

10004:
10018

052360

005737
001043

002430

005737
001416
013737
162737
013737
013737
05037

002022
002022
000002
002026
002032
002022

002020
002020
002024
002030

013737
004737

002020
050354

056720

032777
001401
000420

020000

130706

032777
001404
005737
001401

16:57

MOV
BIT
BEQ
81C
Move
MOV8

177766 ,CPSAVE
#8170.CPSAVE
10014
#8170,177766
#$1TEMB, IBSAVE
€177, 41TEMB

CLRB

IBSAVE

B8R

Page 409-1

10014

1SAVE CONTENTS
:POWER MONITOR BIT SET?
:BRANCH IF NOT
:CLEAR THE BIT
:MAKE IBSAVE NON-ZERO FOR DUAL CALL

;SET SITEMB TO POWER FAIL POINTER

IF NOERROR IS FALSE

TST NOERROR

BNE L4472

IF BROPC NE o0

TST BADPC

BEQ L473

MOV BADPC,ERRPC

SUB #2,ERRPC

MOV BADSP,ERRSP

MOV BADPSW,ERRPS5W
CLR BADPC
END ;IF
MOV ERRPC, $FATAL
CALL PERBNK

IF #SW13 SET.IN 8SWR

;FOR APT

130674

BIT #SM13,85WR
BEQ LA74

IF eSWS SET.IN 8SWR AND TOOMANY IS TRUE

002406

GOTO 3

000410

END
END

004737

052366

005737
001403
013706
000207

002276

END

RTS

SAVMON,SP

BIT
BEQ
TST
BEQ

#SWS,8SuWR
LATS
TOOMANY
LA47S

L&TS:;::::3

;0F IF NOERROR

MOV

002274

LAT4:;;;:::

BR 3%

;OF IF &SWS

$ERRTYP
CALL
IF MONFLG IS TRUE

LA73:::::3:

:;:LOG ERROR ON BANK

3¢
BR
END ;OF IF OoSW13
000040

SEQ 0348
P

031572
031600
031606
0351610
031616
051624
051632

Monday 07-0Oct-85

]

13270
13271
13272
13273
13274
13273
13276
132717
13278
13279

MACRO Y05.02

DDODOVODVDOOD

ROUT INE ERROR HANDLER

COOOOOO0O0

CVMJUABO MSV11-J MEMORY OIAC.

LAT2:5:::43

;360 TO USER ERROR ROUTINE
: ;SHOULD WE RETURN TO XXDP MONITOR?2?

TST MONFLG

;:GET_MONITOR ADDRESS
+:GO TO MONITOR

BEQ L4476

LA76:;::3:::

MSVi1 J MEMORY DIAG.
ERROR HANDLER
051774

051774

032000
032002
032006
052010
032012
032014
0352014
032020
032022
052030

005737
001072
005777
100002
000000
104410

002430

005737
001006
032777
001402
013716

002440

13318
13319

13320

13321

13322
13323
13324
13323
13326
13327

13328

001000

002220

005037

177766

005737
001006
005737
001003
005737
001405

002330

012737
000137

000001

000005

Monday 07-0Oct-85

16:57

IF NOERROR IS FALSE

TST
8PL
HALT

8SWR
T4

040512

002630

: tHALY ON ERROR
: 1SKIP IF CONTINUE
s sHALT ON ERROR!

TST NOSCOPE

BNE LS00

BIT #SW9, a5wR

MOV SLPERR,(SP)

END

;0F IF NOSCOPE

TS7T
BEQ
9¢:

$ESCAPE
9¢

S$ESCAPE . (SP)

MOV

IF DETFLAG IS FALSE

004064

: sFUDGE RETURN FOR LOOPING

BEQ LSOO

LS00:::::13:

: i1CHECK FOR AN ESCAPE ADDRESS
: sBR IF NONE

1 siFUDGE RETURN ADDRESS FOR ESCAPE

CMP #5,PROTYP

BNE 11¢
CLR CPUERR

1ST DETFLAG

1IS THIS AN 11/83 ?

BNE L501

118: IF ACTFLAG IS TRUE OR APTFLAG IS TRUE OR FATALS IS TRUE
TST

ACTFLAG

BNE LSO02

TST APTFLAG
BNE LS02
TST FATALS

MOV
JMP

056716

ENO

#1, $MSGTY
EXIT

sFOR APT

;OF IF ACTFLAG

IF XXDPCHAIN IS TRUE AND S$ERITL HI #20

700020

.DSABL

TYPE

MS5G066

CRF

MOV
CLR

JHP

MSGO66

TST XXOPCHAIN

42,.R0

$ZAP42

ELSE

SET

END

8LOS L504

;ERROR COUNT EXCEEDED 20 - ABORTING FOR XXDP CHAIN

END ;0F IF XXDPCHAIN

002612

LS03:;::::::

CMP SERTTL, @20

TYPEIT

032164

8EQ LSO3
LS02:;:::35::

B8EQ LS04

END ;0F IF DETFLAG

1777177

BNE LAT77

CKSHWR
;13 TEST FOR CHANGE IN SOFT SWk
IF NOSCOPE IS FALSE AND #5W9 SET.IN 8SWR

002354

000042
000042
013710

012737

TST NOERROR

002064

013700
003037

052166
13330 052174

SEQ 0349

0023%2

070121

000403

Page 410

130606

002362

104401

000137

7¢:

002624

C05737
001043
022737

052164
032166

13329

$HALT:

002362

005737
001414
023727
101410

13063C

005737
001402
013716

001002

MACRO Y05.02

HEADER

;0F IF NOERROR

LSO&:;::3::
LSOY:5:5333

BR LSO0S
LA 73153138

MOV

#-1,.HEADER

CVMJAB0 MSvil

ROUTINE

032174
13331 032174
13332

13333

J MEMORY OIAG.

ERROR HANDLER

0035037
003037
103737
001402
000137
000002

MACRO Y05.02

002406

Monday 07-Oct-85 16:57

10%:

CLEAR

TOOMANY , NOERROR

2134:

1S78
8EQ
JHP
RTI

IBSAVE
2134
BACK

002430

052360

051440

Pege 410-1

SEQ 0350
LSOS::i3:341

CLR
CLR

s1POWER FAIL ERROR CALL? ig-g
1 tRETURN

s JUP IF SO

TOOMANY
NOERROR

JR-C

$ABORY

005737
001434
020027
001443
020027
C01404
005737
001443

003762

.S8TTL

ABORT ROUTINE FOR LCP/ORION UFD MODE

ABORT :

TS7
8EQ
cve
8EQ
cHp
BEQ
TST
8eQ

000032

003764

104043
105720
001376
112760
112720
112720
105010

000412
013737
013737
104042
012760
013700
003037
000137
000207

13338
13339
13341

000000

000000
000000

NOABRT

RO, 9832

ABORTZ

RO, #3

ABORTC
UQUIEY
NOABRT
ABORTE

000422

013737
013737

UFOFLG

003736
003760

000030
000032

000037
000136
000103

177777

003756
003760

000030
000032

117777

000042

000042
000042
013730

ABORTC :

30
SAV30,
SAV32, 32

:
1004

(RO)«
1004
o /,.-1(RO)
#' 7 ,(RO).
¢ C.(RO)

ABORTE:

ABORTZ:
NOABRT :

IBSAVE:
CPSAVE:
CcPE

+43

;TEST FOR USER FRIENDLY MOOE
a%’s' 'I‘*Tnlf'g ;tfifl CONTINUE NORMAL OPERATION
i

1 JUST GO BACK TO CHAIN IF IT IS (NO ERROR)
1IS IS A ¢C ?

1BR TO LOAD tC ON XXDP+ STACK (NO ERROR)
1TEST FOR USER-QUIET MODE
+IF FIELD-SERVICE MODE, CONTINUE NORMAL OPERATION
+ BECAUSE FIELD-SERVICE MOOE DOES NOT QUIT ON ERROR
1SET DRSERR THEN LEAVE

;RESTORE EMT LOCATION (30)
(RESTORE EMT PRIORITY LOCATION (32)
sGET XXDP STACK LOC. INTO RO FROM MONITOR
+FIND END OF STACK
sLOAD SLASH OVER ZERO
1LOAD UPARROM
;LOAD C

sMAKE NEW END T0 STACK
1NOW LEAVE
sRESTORE EMT LOCATION (30)
sRESTORE EMT PRIORITY LOCATION (32)
1GET OCA LOCATION INTO RO FROM MONITOR
1SET A -1 INTO LOCATION DRSERR IN MONITOR
sAND PUT THE MONITOR RETURN ADDRESS IN RO
sCLEAR MONITOR RETURN FLAG
:RETURN TO MONITOR-DO NOT PUSM STACK MERE
1IF NOTUFD RETURN TO MAINLINE

~VHJABO MSV11l

J MEMORY DIAG.

ERROR MESSAGE TYPEOUT

JIACRO Y05.02

Mondey

07-Oct 85

.SBTTL

13344
13345
13346

16:57

Page 412

SEQ 0351

ROUTINE ERROR MESSAGE TYPEOUT

;““‘..“““.“.“.“““““0.“““‘.“..‘.“..‘0‘..‘“.“‘...“.“.‘..‘..0.

;oTHIS ROUTINE USES THE “ITEM CONTROL BYTE” ($ITEMB) TO DETERMINE WHICH
;«ERROR IS TO BE REPORTED. IT THEN OBTAINS, FROM THE “ERROR TABLETM ($ERRTB),
; #AND REPORTS THE APPROPRIATE

104415
104401

002660

00300¢
153700

002015

1333,
13357 052404
052404

013746

002020

052410

104402

13358 032412
13359 052414
13360 052420
032422
0352426
0352430
052432
0352434
032436
032440
032444
032430
052432
052456
032460
052464
052466
032472
052474
052474

000511

13353 052374
13354 032376
1335¢ 052402

052500
0323500

001904

122700
001003
012700
000406
005300
006300
006300
006300
062700
012037
001417
005737
001003
005737
100011
005737
001402

104401

$SERPTYP: SAVREG
TYPE
TYPEIT

.DSABL
CLR
81S8
BNE

TYPOCT
MOV
TYPOC

000177

18:

MOV

052676

100s:

0357344
052502

110%:

002612
12¢:

2%
:

104401
3s:

000000

104401

002660

052310
052314
382 0,2316
032522
052524
032330
0523532
052332

012037

052534

001412
005737

001003
005737
100004
104401

ASL
ASL
ASL
ADD
MOV

8EQ
8ME
TST
aPL
787
8EG

TYPE
TYPELY

070170

0323502
032304
052504

B8R
OEC

[,7

002430

002064

DSABL
B8R
cMPB
BNE

002430
0026.2

13%:

$CRLF

:: "CARRIAGE RETURN" & “LINE FEED”

1 PICKUP THE ITEM INDEX

. $CRLF
CRF
$ITEMB,RO
14

ERRPC, -(SP)

CRF
118

€177.R0
1004
#PFECWS
RO

1108

RO
RO
RO
RO
#4ERRTB,RO

£R0)0.33
$

NOERROR
123

HEADER

44
FATALS

28
MSGO67

,M5G067

CRF

.DSABL
. WORD

CRF

.DSABL

CRF
(RO)..5¢

TYPE
TYPEIT

MOV

B8EQ
TS7
BNE
TS7
8PL

TYPE
TYPEITY
.DSABL

13IF ITEM NUMBER IS ZERO, JUST
i; TYPE THE PC OF THE ERROR

ERRPC, <ERROR ADDRESS»

.DSABL

TYPE
TYPEIT

INFORMATION CONCERNING THE ERROR.

+ 1SAVE _ERRPC FOR TYPEOQUT

: sERROR ADDRESS
::60 TYPE--OCTAL ASCII(ALL DIGITS)

1:GET OUT
;POWER MONITOR CALL?
;BRANCH IF NOT
;MOV ADDRESS OF PFE BIT ERROR TO RO
: ;ADJUST THE INDEX SO THAT IT WILL
WORK FOR THE ERROR TABLE
]

; ;FORM TABLE PQINTER
;:PICKUP “ERROR MESSAGE” POINTER
1 SKIP TYPEQUT IF NQ POINTER
;IS THIS REALLY AN ERROR?
;:YES - SKIP
; TYPE HEADER?

;NO - SKIP
;MAS IT A FATAL ERROR?
SKIP
:NO

FATAL

::;TYPE

THE

“ERROR

MESSAGE"

0
$CRLF
. SCRLF

;s "ERROR MESSAGE” POINTER GOES HERE
;i "CARRIAGE RETURN" & "LINE FEED"

;s 1 SKIP

NOERROR
138
HEADER
63

CRF

::PICKUP “DATA HEADER"” POINTER
TYPEQUT

;IS THIS REALLY AN ERROR?
;YES - SKIP
;: TYPE HEADER?

;NO - SKIP
;s TYPE

THE

"DATA HEADER"

DODDOD

13347
13348
13749
133550
13351 052366
13352 032370
052370

(sinlinlinle]

ROUTINE

CVMUABO MSV1l J MEMORY DIAG.
ROUTINE ERROR MESSAGE TYPEQUT

13387 052534
13388 052336

5%:

000000

052536

104401

13389 032542
13390 052344
13391 052546

012001
001427
012002

MACRO YOS5 02

Mondey O7 Oct 85 16:57

.WORD
TYPE

O
$CRLF

.DSABL

CRF

TYPEIT

002660

MOV
8EQ
MOV

,SCRLF

(RO).+ ,R1
108
(RO). ,R2

Page 412-1

::'OATA HEADER"” POINTER GOES HERE
+: "CARRIAGE RETURN" £ “"LINE FEED"
;sPICKUP ~DATA TABLE~ PCINTER
;:BR IF NO DATA TO BE TYPED
; iPICKUP "DATA FORMAT~ POINTER

SEQ 0352

J HMEMORY DIAG.

ERROR MESSAGE TYPEQUT

o gt Pt Pt P

052624
052630
052632
032636
032640
0352640
032646
0326350
052654
032656
032662
13423 052664
13424 052670
052670
13425 032670
052670
13426 052674
13427
13428 032676
052704
13429 052706
052711
052714
032717
0352722
032725
052730
052733
052736
052741
13430 052742
052745
052750
052753

7s:

n52562
8s:

CALL
BR

TAG70¢
TAGT718

Page 414

(R2)+,R3
R3

SEQ 0353

:MAKE IT A WORD ADORESS

884(R3)

TAG72$
TAG73$
TAG74s
TAG7S#
TAG76¢

9s:

000002

066157

005737

002110

005237
104416

002612

032777
001410
005737
001005
005737
001002
004737

000200

TAG77$
TAG78¢$
TAG79$
ADD
TST

BEQ
TYPE

TYPEIT

.DSABL
BR

000752
001402

move
ASL

16:57

10%:
11%:
127770

TST

02,R1

;UPDATE DATA TABLE POINTER

104
MSGO18
,MSGO18

;i8R IF NO
;:TYPE 2 SPACES

;: IS THERE ANOTHER NUMBER?

(R1)

CRF
7

; ;LOOP

MUT

: IS THERE A MEMORY UNDER TEST

;:NO - SKIP
B8EQ
118
HEADER
:YES - BUMP HEADER FLAG
INC
RESREG
IF eSwW? SET.IN @SWR AND DETFLAG 1S FALSE AND NOERROR

002220

1S FALSE

BIT oSW7,8SWR
BEQ L506
TST

DETFLAG

TST
BNE

NOERROR
L506

BNE L506

002430

CALL
DETAIL
END ;OF IF #SW7

053336

.......

104401

040
122

052742

117
122
11?7
124

040
124

117
104
105

105
116

040
122

:CONTROL

052772

PFECWS:

TYPE
TYPEIT
. OSABL
RETURN
.EVEN
.WORD

127

PFECEM:

.ASCIZ

“POMER MONITOR B8IT FOUND SET”

PFECDH:

.ASCIZ

“TESTNO

070627

000207

032706
053002
120
105
1135
111
122
111
106
116
123
000
124
124

MSG104

040

,15G104
CRF

PFECEM . PFECOM,PFECDT
,PFECDF

116

11?7

102

040

125
040
124

123
117
105

040

ERR PC

CPUERR"

V3
V.2

s o

3331 TRI3

AR A s g o s
N OOV
SO

1o gt pa
Pt Pt

0352622

104401

Mondey 07- Oct-85

052366

052370
032372
032374
052576
032600
052602
032604
13412 0352600
032612
032614
032616
052616

112203
006303
004773
000412
053006
053016
053026
053076
033136
033150
053162
033226
033234
053314
062701
005711
001403

Y05.02

052330
052552
052554
052560
052562
052564

MACRO

MSvil

CVMJABO MSV11-J MEMORY DIAG.

ROUTINE ERROR MESSAGE TYPEOUT
052756
052761
052764
052767

13431
13432 052772
13434

120
040
125
122

103
103
105
000

040
120
122

056722

002020

052362

000

053000

000000

053005

000

13433 033002

MACRO Y05.02

Monday 07-Oct 85 16:57

-EVEN
PFECDT: .WORD
PFECOF:

.BYTE

Page 414 1

SEQ 0354

$TESTN,ERRPC,CPSAVE O

iR C
iR-C

0,0,0,0

sR-C

CVMJABO MSV11-J MEMORY DIAG.

ROUTINE

ERROR MESSAGE TYPEOUT

017146
104402

13441 053014

000207

13445
13446 033016
053016
053022
13447 053024
13448
13449
13450
13431
13452 053026
033026
053030
13453 053032
13454 033036
13455 033042
033042
13456 053050
053050

TAG708:

TYPOCT
MOV
TYPOC

@8(R1)
8(R1), -(SP)

CRF

.DSABL

RETURN

Page 416

SEQ 0355

;s TYPE AN OCTAL NUMBER
1:SAVE @8(R1) FOR TYPEQUT
+:G0 TYPE--OCTAL ASCII(ALL DIGITS)

;““““..““““.“‘“.‘..‘.““‘.“.‘.“““‘.‘.‘“.“.......‘“.““.“0...

;sss DECIMAL s4e

200808048888 4808808088830888880080040880888888808080088808888088808488800000000000

017146

104405

%AG?IO: TYPDEC @&(R1)
MOV
TYPDS

000000

.DSABL
RETURN

000207

#(R1),-(SP)

CRF

;s TYPE A DECIMAL NUMBER

s :SAVE 8(R1) FOR TYPEQUT
::GO TYPE--DECIMAL ASCII WITH SIGN

;‘.“““““‘.“t.““‘.“‘t““““‘“"".‘.."‘“"‘““‘..“.“‘.‘..““.“

;s24 INTERLEAVE #ae

3 08288088880 80808 8008082080240 04500400004388024804804488808004462300485808840040

TAG72$:
002102
000004

012737

17771117

104401

066130

13457 053054
13458 033060
13459 053064
0353064
053066
13460 033070
053070

004737
005037

033272
002372

13461 053074
13462

000207

13468 053106
13469 053112
033112
13470 053120
13471 053124
13472 053130
053130
033132
13473 053134

16:57

(968080480 6000600888888000088008080000488008400000008008880004000800060808088008000s

010146
010546
013701
070127

13463
13464
13463
13466 053076
053076
053100
13467 053102

Mondey 07-0Oct-85

;‘.‘.““...‘..““..‘.0.““.....“‘....““.....‘.‘.“‘..“‘..““".0.0“..‘.
;ese OCTAL ses

13437
13438
13439
13440 053006
053006
053012
13442
13443
13444

MACRO Y05.02

PUSH

R1.R5

MOV
MUL

BANK,R1
94 ,R1

TYPE
TYPEIT
.DSABL
CALL
CLR
POP

MSGO14
,M5GO14
CRF
TCFIGL
NOTAB
R53,R1

TYPE

MSGO14

.DOSABL

CRF

SET

002372

012605
012601
104401

TYPEIT

066130

RETURN
1520888480002

CSR
;ass
[

s&»

NOTAB

,MSGOl4

MOV R1,-(SP)
MOV RS, -(SP)

;INDICATE NO TABLE TO BE PRINTED - NOW
MOV

:1 SPACE

MOV
MOV

#-1,NOTAB

(SP)+,R5
(SP).,R1

4SE400 4842888042408 004004 0088088080008 000004200808080600008008800

;‘.“““““““.“.‘t".“".t.“‘.“t‘“.‘““l0““““‘.“““‘.“.‘.“.."

TAG73$:

010146

010546
013701
070127

002102
0V0004

012737
004737
005037

177777
033466
002372

012605
012601
000207

002372

PUSH

R1,.R5

MOV
MUL
SET

BANK,R1
94 ,R1
NOTAB

CALL
CLR

TCFIG3
NOTAB

POP

RETURN

R5,R1

MOV R1, (SP)
MOV RS, -(SP)

MOV

1.NOT/A8

MOV (SP)+,RS
MOV (SP)+,R1

CVMJUABO MSV11-J HMEMORY DIAG.
ROUTINE ERROR MESSAGE TYPEOUT
13474
1347%

MACRO Y05.02

Monday 07-Oct-85 16:57

Page 416-1

SEQ 0356

(0G0 004008000400040088008000088400000004800080038008880040440000080000400000000

13476
13477

13478 053136

;168 PATTERN ssa
04008008
0080000
2000880404008
8088000
000000008080
088888800888 888048000888888804800

002300

*AG740: TYPOCS REALPAT,<TYPE (0-77)>,2,2
MOV

053136

013746

053142
053144
053145

104403
002
001

TYPQS
.BYTE
.BYTE

i;:;g 053146

000207

RETURN

.DSABL

REALPAT, -(SP)

:x§¢gg ?gA%§§T FOR TYPEOUT

2
1

:3GO0 TYPE--OCTAL ASCII
3 TYPE 2 DIGIT(S)
s s TYPE LEADING ZEROS

CRF

13“1

;““."..““t“““..“““‘““““““““‘“‘.‘t“‘.““.‘t“.“““‘.“‘..

13483

10600 EEEAEAAREAAEEAARSAASRANASAALRASREAEEA0E00800008040444000800040000800000200

;o8 BANK sas

13482

TAG75%: TYPOCS
MOV

13484 053150
053150

013746

053154
053156
053157

104403
003
000

TYPQS
.BYTE
.BYTE

13485 053160

000207

RETURN

002102

.DSABL.

BANK,<TYPE (0-176)>,3
; sSAVE BANK FOR TYPEOUT
BANK, -(SP)
13 TYPE (0-176)

3
0

CRF

::GO TYPE--QCTAL ASCII
;::TYPE 3 DIGIT(S)
: : SUPPRESS LEADING ZEROS

CVMJABO MSV11-J MEMORY DIAG.
ROUTINE ERROR MESSAGE TYPEOUT

MACRO Y05.02

TAG764%: PUSH

053162
053164

010146
010546
013701
070127

002102
000004

053176

012737

177777

104401

066162

004737
005037

033332
002372

13491 053166
13492 053172
13493 053176
13494 053204
053204

13495 053210
13496 053214
13497 053220

053220
053222

ig:gg 053224

002372

{ggg; 053232

SEQ 0357

012605
012601

R1.RS

MOV
MUL
SET

BANK,R1
04 ,R1
NOTAB

TYPE
TYPEIT

MSGO19
,MSGO19

CALL
CLR
POP

TCFIG2
NOTAB
R5,R1

.DSABL

MOV R1,-(SP)
MOV RS, -(SP)
MOV

@-1,NOTAB

CRF

MOV (SP)+ RS
MOV (SP)..R1

RETURN

000207

13500

13501
13502
13503 053226
053226

Page 417

1000888800860 0448888060800088804084000008088044088080008480888008000084800000080000
;sss MTYPE sss
[ £08888806000408080088000000038408080888800800804888840480000000080004800084804080

13487
13488
13489

13490 053162

Monday 07-0Oct-85 16:57

;EARREARARARAARASASANAAEEAAAAAARAEESSAR
L0044 406048888880084548000488884000400s

104401

;a0s UNKNOWN DATA sse
(S0ARSAREEEABARRERRAEAREEREEAAAEAERERREIRABAAAAAAERAASR048088508808404840882884408
MSGO61
TAG77$: TYPE
,MSGO61
TYPEIT

070037

.DSABL

RETURN

000207

13506

CRF

;RS REEESRASRRASRAARARRRSLREAREREERASLRESS0EL8400844808488888488088485408408508

;1sss PHYSICAL ADDRESS #a&

13507

13508

13509 053234
13510 053242
13511 053250
13512 053256

13513 053262
13514 053264
13515 053272
13516 053276
13517 053302

013737
162737
013737
006237

002034
060000
002102
002042

002040
002040
002042

052737

100000

002040

103003

012746
004737
062706

002040
056576
000002

053306

104401

056704

igg%g 053312

000207

13518 053306

(SRS SEARASRASERAACEERERRAEELERREARARRSAREA0E040848844080888845848848048R2008000

TAG784¢: MOV
SuB
MOV
ASR

14¢:

B8CC
BIS
MOV
CALL
ADD

TYPE

TYPEIT

.DSABL.

RETURN

13521

ADDRESS ,PHYADD
SFIRST ,PHYADD
BANK ,PHYADD+2
PHYADD+2

o81IT15,PHYADD

;POINTER TO DOUBLE WORD ON STACK
;sCALL ODOUBLE PRECISION CONVERSION ROUTINE
sFIX STACK

#PHYADD, -(SP)
$0820
2,5P
$0CT8

,$0CT8

CRF

(RS EEASRRSARAESRRRRRRRARRAREERESSSL00022508888044484082884008880840404885808880848000

13522

;ase OCTAL BYTE 24

13524 053314

TAG79¢: TYPE

13523

;1 0URERS0ASEAASASASRSAEAAAREEES0
L0844 00848084808084888088888888888088080808080088

104401

066157

053320

017146

000000

053324
053326
053327

104403
003
001

053314

13525 053320

TYPEIT

MSGO18

,MSGO18

12 SPACES

.OSABL

CRF

MOV

8(R1),-(SP)

:3??35 g$¥é) FOR TYPEQUT

TYPOS
.BYTE
.BYTE

3
1

::G0 TYPE--OCTAL ASCII
;s TYPE 3 DIGIT(S)
1 ; TYPE LEADING ZEROS

TYPOCS

&(R1),<TYPE BYTE>,3,2

CVMJABO MSV11-J MEMORY DIAG.
ROUTINE ERROR MESSAGE TYPEOUT
13526 053330

053530

104401

13527 053334

000207

066130

MACRO Y05.02

Monday 07-Oct 85 16:57
.DSABL
TYPE
TYPEIT
. DSABL
RETURN

CRF
MSGO14

.MSGO014

CRF

Page 417-1

1 SPACE

SEQ 0358

CVMJABO MSV11l-J MEMORY DIAG.

ROUTINE

13571

13572
13573
13574
13575
13576
13577
13578
13579

13380
13581
13582
13583
13384

ERROR MESSAGE TYPEOQUT
053336

053336
053342
053350
033352
053360
053362
033362
033366
0353372
053372
053400
053404
053410
053414
033416
053420

13585 053422

133586
13587
13588
13589
13590
13591
13592
13593

13594
13593
13596
13397
13598
13399
13600
13601

MACRO Y05.02

053424
053426
053432
053436
033442
0353442
033450
0534352
053434
0353454
053460
053464
053464
033472
033476

053476
053504
033506
053514
033516

053522
053522
053526

13602
13603 053532
13604 053536

Monday 07-Oct-85

16:57

Page 420

S€EQ 0359

OETAIL: SUBTST

«<«<SUBR

DETAILED ERROR REPORT>>

1#SUBTEST

SUBR

DETAILED ERROR REPORT

;“‘..““‘.““‘.‘.“‘.“‘.“t‘.‘.“..“.“““‘“‘.‘.“““..‘““..“..“.‘.‘
1088088888388 80080088088480088488080800808088888880888888888088884800848088040000000

005237
022737

002220

000003

002220

022737
001435

000002

002220

013746

002612
002110

012737

177777
002110
002200

101473

013746

005037
010037

012700
010120
010220
€10320

002612

002024
002030
002200

177777

013746

002612
002110

012737
005037

177777

002612

1777717

002430

000005

004064

013746

012737
104031
022737
001002
005037

002110

177766

012637

002110
002612

004737
000207

053336

012637

PUSH

HEADER
, MUT

002430

2%:

HEADER

CLR

MUT

ERROR
BR
PUSH

+13
14
HEADER ,MUT

SET

HEADER

CLR
SET

MUT
NOERROR

ERROR

+31

95,PROTYP

CLR
POP

CPUERR
MUT ,HEADER

s WARNING RECURSIVE

CALL
RETURN

MOV HEADER, -(SP)
HOov MUT, -(SP)

RO,DETRO
#DETR1,RO
R1,(RO).
R2,(RO).
R3,(RO).
R4 .(RO).
RS,(RO)»
ERRSP,(RO)+
ERRPSK, (RO).
DETRO,RO
NOERROR

cre
BNE

1%:

SET
MOV
MoV
MOV
MOV
MOV
MOV
MOV
MOV
MOV
MOV
SET

002202

012737
104013
000423

DETFLAG
#3,DETFLAG
44
92 ,0ETFLAG

B8EQ

010420

010520
013720
013720
013700

INC
cMP
8LOS
cMe

DETAIL

MoV

9-1,HEADER

MOV

€

1,NOERROR

MOV HEADER, (SP)
MOV MUT, -(SP)
MOV

2-1,HEADER

MOV

€-1,NOERROR

;IS THIS AN 11/83 ?

. MUY
Mov (SP)+
)+
. HEADER
MOV (SP

CvMJABO MSV1l-J MEMORY
DETAILED ERROR
SUBR

13607
13608 053540
13609
13610
13611 033544

004737

DIAG.

REPORT
055222

002150
002152

104401

070015

104401

002660

13614 033566
13613 033572
03533572
13616 033572
033572

013701

002224

13617
13618

006301

13613 053562
053562

13619
13620

053576

005037

13624

CONTT

CSR,CSRNO,R1

TYPE

MSGOS8

.DSABL
TYPE

CRF
$CRLF

.DSABL

CRF

TYPEIT

013746

104401

MOV
TOTCSRS ,R1
BEGIN DUMPCSRLOOP
FOR CSRNO

002152

00 TO 036 BY

ASL
ON.ERROR

READCSR
TYPOCT

MOV

002150

TYPOC
.DSABL

TYPEIT

066157

,MSGO18

012637

B8CC LS07
CSR

MSGO18

: 1SAVE CSR FOR TYPEOQUY

::GO TYPE--OCTAL ASCII(ALL OIGITS)
;2 SPACES

IF R1 EQ €0 THEN LEAVE DUMPCSRLOOP

000002
002152

002152
000036

END

TST R1

ADD #2,CSRNO
CMP CSRNO, 436

BLE B103

E103:;::::::3
El102:;::::::

R1,CSRNO,CSR

MOV (SP)+,.R}

002152
002150

MOV (SP).,CSRNO
. CSR
MOV (SP)+
;s TYPE
PUSH

010046
010146

LSO07:;::::::

B8EQ €102

;0F FOR CSRNO

13626

012601
012637

CLR CSRNO

B103::;:::::

CSR, -(5P)

CRF
TYPE

B102:3::::3

CRF
.DSABL
END ;0f ON.ERROR

005701
001407

062737
023727
003757

MOV CSR, -(SP)
MOV CSRNO, -(SP)

,$CRLF

POP

13631
13632

;OISPLAY “DISPLAY* INFO

,MSGOS58

END DUMPCSRLQOOP

13630

SEQ 0360

MOV Ri,-(SP)

13623

13627
13628
13629

Page 422

*T*

PUSH

TYPEIT

13622

13623

i SIMULATE CONTROL

CALL

103006
104426

104402

13621

Mondasy 07-Oct-85 16:57

;TYPE CONTENTS OF ALL CSR'S

013746
013746
010146

033344
053350
053334
13612 033336
033556

MACRO Y05.02

STACKS
RO,.R1

104401

070406

TYPE
TYPEIT

MSGO88s
,MSGOBS

013701
162701

002574
000002

MOV
SuB

KSTACK,R1
#2,R1

.0SABL

CRF

;KERNEL STACK

MOV RO, -(SP)
MOV R1.-(SP)

CVMJABO MSV11-J MEMORY DIAG.
OETAILED ERROR REPORT
SUBR

13633 053672
033672
053674
13634 053674
053674

13635 033700
053700
053702

FOR

104401

011046
104402

062700
C20001
003764
005737
001036
042737
052737
006306

Peage 422-1

TO R1 BY

030000
010000

000740

104401

002660

066157

SEQ 0361

MOV SP.RO
B1OA:;:;::;

; ;SAVE RO FOR TYPEOUT
::GO TYPE--OCTAL ASCIICALL DIGITS)

MSGO18

,MSGO18

MOV
TYPOC

(RO), -(SP)

(RO)

;12 SPACES

:;SAVE (RO) FOR TYPEQUT
;:GO TYPE--OCTAL ASCII(ALL DIGITS)
ADD #2.RO
CMP RO.R1
BLE 8104

E104:;:;:::3:3

;SET PREVIOUS MODE TO SUPERVISOR

177776
177776

NQSUPER
DET1

18T
BNE
BIC
BIS
MFPI

#BIT13!8I712,PSW
e81T12,PSU

sSSP
R1,RO

TYPE
MSGO89
TYPEIT
,MSGO89
CRF
.DSABL
IF RO LT #SUPSTK

.DSABL

CRF

MOV

RO, -(SP)

TYPOCY

TYPOC
CRF
DSABL
TYPE
TYPEIT

1 SUPERVISOR STACK

:= RO TO #SUPSTK-2 BY #2

TYPE
,SCRLF
TYPEIT

MSGO18

$CRLF
RO

MSGO18

CRF

MOV

{RO),-(SP)

TYPOCT

CRF
.DSABL
END ;0F FOR RO

CMP RO, #SUPSTK
8GE LS10
B105::::::3

;;SAVE RO FOR TYPEQUT

:3GO TYPE--OCTAL ASCIICALL DIGITS)

.DSABL

TYPOC

000002
000736

TYPEIT

FOR RO

011046
104402
062700
020027
003763

CRF

POP

020027
002016

13651 053776
033776

RO, -(SP)

CRF
.DSABL
END ;0F FOR RO

002456

070424

010046
104402

054016

CRF
.DSABL
TYPOCT

000002

104401

.DSABL
TYPE

066157

012601
012600

13050 033772
053772
033774

13653 034006
034006
034012

MOV
TYPOC

104402

13637 033710
053710
053712

13652 034002
034002
054004

16:57

SCRLF
TYPE
,S$CRLF
TYPEIT
CRF
.DSABL
TYPOCT

002660

010046

104401

13647 053760
053760
053764
13648 033766
053766
13649 033766
053766

Monday 07-Oct-85

010600

13636 0353704
053704

13638 053714
0353714
033720
053722
053724
13639
13640 053724
13641 053730
13642 0353732
13643 033740
13644 033746
13645 053750
033730
053732
13646 053754
053754

MACRO Y05.02

(RO)

;2 SPACES

; i SAVE (RO) FOR TYPEQUT

131G0 TYPE--OCTAL ASCIICALL OIGITS)
ADD #2.R0O
CMP RO, O0SUPSTK-2
BLE 8105

Y DIAG.
HMEMOR
CVMUABO MSv1l
DETAILF.D ERROR REPORT
SUBR

034020
13654 034020
034020
034022
136353 034022
034022

13636 034026
054026
13637
13638 034026
13639 054034
13660 034036
034036
13661 034040
054040
13662 0354044
054044
034030
13663 054072
034052
13664 034052
0540352

MACRO Y05.02

Monday 07-Oct-85 16:57

Page 422-2
E10S5::35133543

ELSE

000402

104401

052737
006506

TYPE

030000

012600

104401

070446

020027
€02016

000700

1IS EMPTY

MSGO91

TYPEIT
,M5G091
CRF
.DSABL
END ;OF IF RO

070462

1777176

DETL:

#B8IT13'BIT12.PSW

8IS

MFPI
POP

usP
RO

TYPE

MSGO90

TYPEIT

sUSER STACK

,MSGO90

CRF
.DSABL
IF RO LT @USESTK

FOR RO

:= RO TO SUSESTK-2 BY @2

010046
104402

13666 034062
054062

104401

TYPE
MSGO18
TYPEIT
,MSGO18

13667 0354066
054066
054070

011046
104402

13668 034072
054072
034076
034102
034104
13669 034104
034104
054106
13670 054106

054106

13671 054112
034112
13672 034112
054112

13673 034116
13674 034122
054122
13673 054124

104401

062700
020027
003763

002660

.DSABL

066157

TYPOC

.DSABL

000002
000676

CRF

CRF
.OSABL
TYPOCY

MOV

END

(RO)

(RO), -(SP)

CRF

070462

104401

002660

005037

002220

012600
000207

.
CRF
END ;0F IF RO
SCRLF

CMP RO, SUSESTK
B8GE LS512
8106:::;:::3

;2 SPACES

+ ;SAVE (RO) FOR TYPEOUT
::GO TYPE--OCTAL ASCIICALL DIGITS)

;0F FOR RO

MS5G091
,MSGO91

MOV (SP)+.RO

1 ; SAVE RO FOR TYPEOUT
;360 TYPE--OCTAL ASCII(ALL DIGITS)

ADD #2.RO
CMP RO,SUSESTK-2
BLE B106
€106:::::533

000402

104401

BR LS11}
LS10:::53:133

LS1:s5s583

1SET PREVIOUS MODE 10 USER

$CRLF
TYPE
,4$CRLF
TYPEIT
CRF
.DSABL
RO
TYPOCT
MOV
RO, -(SP)
TYPOC

13665 034056
0340356
054060

SEQ 0362

;IS EMPTY

BR LS13
LS12:533333

LS13::33333

+ SCRLF

CLR

CRF
DETFLAG

MoV (SP)..RO

MACRO Y05.02
CVMJUABO MSV11-J MEMORY DIAG.
ROUTINE BINARY TO OCTAL (ASCII) AND TYPE

Monday 07-Oct-85 16:57

.SBTTL

lg;iz

Page 425

ROUTINE BINARY TO OCTAL (ASCII) AND TYPE

1866056806600 600000000808800084000848800008440080600080080468008000000880008000080000800

13718

ig;%g

13717

1sTHIS ROUTINE IS USED TO CHANGE A 16-BIT BINARY NUMBER TO A 6-DIGIY
18OCTAL CASCII) NUMBER AND TYPE 1T,
IOEREOS---ENTER HERE TO SETUP SUPPRESS ZEROS AND NUMBER OF DIGITS TO TYPE

13720
13721
13722
13728
13724
{g;g

18
1
i
1.
.
i

13716

N
L]

1s4TYPOS OR $TYPOC
1sCALL:

137

3335

13733

1 :NUMBER T0 BE TYPED
1sCALL FOR TYPEOUT
;iN=1 T0 6 FOR NMUMBER OF DIGITS TO TYPE
1iM=1 OR O
s11=TYPE LEADING ZEROS
1 :0=SUPPRESS LEADING ZEROS

MoV

TYPON

NUM, -(SP)

;1 tNUMBER TO BE TYPED

1 iCALL FOR TYPEOUT

:188TYPOC---ENTER HERE FOR TYPEQUY OF A 16 BIT NUMBER
soCALL:

13734

13733
ig;gg

i
1

017646
116637
112637
062716

000000
000001
0543353
000002

054351

13743 0854152 112737
13744 054160 112737
13748 054166 112737
13746 054174 010346
13747 054176 010446
13748 034200 010546
13749 0854202 113704
13730 034206
13751 054210 062704
13792 054214 110437
15783 054220 113704
13754 gg;: 016603
003003
13783
13786 054232 006108
13757 054234 000404
36 006103
13738
006103
13799
oot;os
13760

000001
000006
000005

054351
054353
054350

137380 054126
13739 054132
13740 054140
13741 054144

13742 034130

13764 w

137¢8
137
g&
1376
264
13768
13769

NUM, -(SP)

188TYPON----ENTER HERE TO TYPE OUT WITH THE SAME PARAMETERS AS THE LAST

13720
137

13761

MOV
TYPOS
.BYTE
.BYTE

13727

13?7
137

270

000406

054353
000006
0354352
054351

000012

006103
37
b{

100016

042703
001002
T04
001403

054352

mov
TYPOC

NUM, -(SP)

;1 1NUMBER TO BE TYPED
13CALL FOR TYPEOUT

$TYPQS: MOV
MOV8
HOvVe
ADD

8(SP),-(SP)
1(SP), SOFILL
(SP)+,$0MODE+1
22,(SP)

: 1PICKUP THE MODE
;1 :LOAD ZERO FILL SMITCH
;:;NUMBER OF DIGITS TO TYPE
1 sADJUST RETURN ADDRESS

$TYPOC: MOVE
Mnove
$T1YFUN: MOVE
MOV
MoV
MOV
nove
NEG
ADD
nove
MOVe
Mnov
CLR
1s:
ROL
R
ROL
28:
ROL
ROL

#1,80FILL
46, $0MODE -1
45, S0CNT
RS, -(SP)
R4, -(SP)
RS, -(SP)
$OMODE + 1 .R4
R4
96 .R4
R4, $0MODE
SOFILL R4
12(SP).RS
RS
RS
3
RS
RS
RS

:11SET THE ZERQ FILL SWITCH
+:SET FOR SIX(6) DIGITS
ssSET THE ITERATION COUNT
1:SAVE R3
::SAVE Re
s 1SAVE RS
:31GEY THE NUMBER OF DIGITS TO TYPE

ROL
DECS

L} ]
$0MO0DE

11GET LSS OF THIS DOIGIY
;s TYPE TMIS OXGIT?

8IC
oNE
TS7Y
8EQ

0L777T70.R3
44
R4
St

:16ET RID OF Jumx
1:TESY FOR O
1 s SUPPRESS TMIS 07
;iR IF YES
1:00N'T SUPPRESS ANYMORE 0'S

3s:

nov
L

177770
4% :

InC

s$TYPON

RS,.R3
64

:3SUBTRACT IV FOR MAX. ALLOMED
:11SAVE IT FOR USE
11GET TME ZERO FILL SMITOW
1 ;PICKUP THE INPUT NUMBER
1 tCLEAR THE OUTPUT WORD
; sROTATE MS8 INTO “C*
;160 DO NS8
; :FORM THIS OIGIT

10 IF NO

SEQ 0363

CVMJUABO MSV11-J MEMORY DIAG.

ROUTINE

054272
054276
054302
054306
054306

052703
052703
110337

000060
000040
054346

104401

054346

13774 0c4312
13778 034316
13776 054320
13777 054322
13778 054324
13779 0354326
13780 054330
13781 0354332
13782 054334
13783 0354342
13784 054344
13785 054346
13786 034347
13787 054350
13788 054351
13789 054352

105337
003347

054350

13770
13771
13772
13773

MACRO Y05.02

BINARY TO OCTAL (ASCII) AND TYPE

S5%:

64:

002402
003204
000744

7%:

012605

012604
012603
016666
012616
000002
000
000
000
000
000000

Monday 07-Oct-85

000002

000004
84:

$OCNT:
$OFILL:
$0MODE
:

81S
81S

MOVB
TYPE
TYPEITY

.OSABL
DECB
8GT
BLT
INC
BR
MOV
MOV
MOV
MOV
MOV
RTI

.BYTE
.BYTE

.BYTE
.BYTE
.WORD

#'0,R3
o'
,R3
R3.8%
84

16:57

Page 425-1

1 1MAKE THIS DIGIT ASCII

s sMAKE ASCII IF NOT ALREADY

3 : SAVE FOR _TYPING
1:GO TYPE THIS DIGIT

+ 1COUNT BY 1
::BR IF MORE TO CO
1:BR _IF DONE
] INSURE LAST DIGIT ISN'T A BLANK
] GO DO THE LAST DIGIT
; sRESTORE RS
s tRESTORE R4

;s sRESTORE R3
;:SET THE STACK “0R RETURNING
; tRETURN

; 1STORAGE FOR ASCII DIGIT
; s TERMINATOR FOR TYPE ROUTINE
; :OCTAL DIGIT COUNTER
;+ZERO FILL SWITCH
; sNUMBER OF DIGITS TO TYPE

SEQ 0364

SEQ 0365

ROUTINE CONVERT 8INARY TO OECIMAL AND TYPE

1oSIGNED DECIMAL (ASCII) NUMBER AND TYPE IT. DEPENDING ON WHETHER THE
;sNUMBER IS POSITIVE OR NEGATIVE A SPACE OR A MINUS SIGN WILL BE TYPED
;#BEFORE THE FIRST DIGIT OF THE NUMBER. LEADING ZEROS WILL ALWAYS BE
; sREPLACED

;oCALL:
;@

034354

38
[XTIy
e

Page 426

;o THIS ROUTINE IS USED TO CHANGE A 16-BIT BINARY NUMBER TO A 5-DIGIT

~ ~

3
s Pt ot ot
P

16:57

108080800800 0008080600008808088800000000000000480000000080000000006000000000006000000

054334
054336
054360
034362
054364

13317

i Pt Pt
Pt Pt
Pt P
P
st P
s Pt
P
Pl P

Monday 07-0Oct-85

.SBTTL

Wi Ul
(¥ ]
~N -~~~ ~~ ~
o

%
&
g3 3 252282

“+
-

00
=8 Put uekPtad i Pt Pt Pt Gu Pme 8§
Vetbt

MACRO Y05.02
J MEMOR Y DIAG.
CONVERT BINAR Y7 O DECIMAL AND TYPE
mSvy

034372
034376
054400
034402
054410
054412
034416
054422
0354424
054430
054432
0354434
054436
054440
054442
054444
034446
0354450
054452
054454
054456
054464
054470
054474
054476
034500
054504
0354306
054310
034512
034314
054516
054320
054326
054530
034330
054532
054334
054536
054540

$TYPDS:

010046
010146

WITH

MOV

TYPDS
PUSH

SPACES.

NUM, -(SP)
RO.R1,.R2,R3,RS

;:PUT THE BINARY NUMBER ON THE STACK
::G0 TO THE ROUTINE

MOV RO, -(SP)

010246

010346
010546
012746
016605
100004
C05405
112766
005000
012703
112723
005002
016001

160105

MOV
MOV
8PL

020200
000020

000055

000001

054570
000040

2s:

054560

002402
005202
000774
060105
005702
001002

105716
100407
106316
103002
116663

032702
052702

110223
005720
020027
002746
003002
010502
000764
105726
100003
116663
105013

012605

012603
012602
012601
012600

MOV8

1¢:

000001
000060
000040

1
RS

9 -,1(SP)

CLR

RO
94DBLK ,R3

CLR

R2
$0TBL(RO),R1
R1.R5
4%
R2

MOV
MOV

MOV

,(R3).

34
R1.RS
R2
S4
(SP)
74

1(SP), -1(R3)

177777

#°'0,R2

,R2

R2,(R3).

(RO).

RO, 010

000010

24
84
RS, R2
8s:

177777

020200, -(SP)
20(SP).R5

177776

(SP).

-1(SP), -2(R3)
(R3)

R5.R3,.R2.R1,R0O

s :SET BLANK SWITCH AND SIGN
: 1GET THE INPUT NUMBER
;: ;B8R IF INPUT IS POS.
1 iMAKE THE BINARY NUMBER POS.
: sMAKE

THE

MOV
MOV
MOV
MOV

R1,-(SP)
R2, -(SP)
R3, (SP)
RS, -(SP)

ASCII NUMBER NEG.

: ;ZERO THE CONSTANTS INDEX
;;SETUP THE OUTPUT POINTER
::SET THE FIRST CHARACTER TO A BLANK
; ;CLEAR THE B8CD NUMBER
:;GET THE CONSTANT
;: :FORM THIS BCD DIGIT
: :8BR IF DONE

: : INCREASE THE BCD DIGIT 8Y 1

; ;ADD BACK THE CONSTANT
: ;sCHECK IF BCD DIGIT=0
;sFALL THROUGH IF O
:sSTILL DOING LEADING 0°S?
;:8R IF YES
::MSD?
;i8R IF NO
;: YES--SET THE SIGN
: ;MAKE THE 8CD DIGIT ASCII
::MAKE

IT A SPACE

IF NOT

ALREADY

A DIGIY

: :PUT THIS CHARACTER IN THE OUTPUT BUFFER
: : JUST INCREMENTING
; ;CHECK THE TABLE INDEX
;:G0 DO THE NEXT DIGIT
::;G0 10 EXIT
;;GET THE LSO
::G0 CHANGE TO ASCII
;s MAS THE LSD THE FIRST NON-ZERO?
1 :BR IF NO
;1 YES--SET THE SIGN FOR TYPING
;:SET THE TERMINATOR
MOV (SP)+,RS
MOV (SP). R3
. R2
MOV (SP).
MOV (SP).,R1
MOV

(SP).,RO

MACRO Y05.02
J MEMORY DIAG.
CONVERT BINARY TO DECIMAL AND TYPE

CVMJABO MSv1l

ROUTINE

13838 054542
054542

13839
13840
13841
13842
13843
13844
13843
13846

054346
0543534
054556
054360

054562

034564
054366
034570
054576

104401

054570

016666
012616
000002
023420
001750
000144
000012
000000
000000

000002

TYPE
TYPEIT

.DSABL

000004

MOV

$0TBL:

000000

Mondasy 07-0Oct-85

000000

$DBLK
:

RTI

10000.
1000.
100.
10.
. WORD

16:57

Page

426-1

SEQ 0366

$08LK

; iNOW TYPE

CRF
2(SP).4(SP)

: s ADJUST

(SP).,(SP)

0,0,0,0

THE NUMBER

THE

STACK

; ;RETURN TO USER

CvrJABO MSv1l J MEMORY DIAG.
ROUTINE TTY INPUT

MACRO Y05.02

.SBTTL

13848
13849
13850

13831
13832
13833
13854
13833
13836
13837
13838
13839
13860
13861
13862
13863

13864
13865
13866
13867
13868
13869
13870

13871
13872
13873
13874
13875
13876
13877
13878

13879
13880
13881
13882

13883
13884
13885
13886
13887

Monday 07 Oct

16:57

Page

427

SEQ 0367

ROUTINE TTY INPUT

188880880000 08000800008808880500400000800008008000004000050050008000000000000000

1¢SOF TWARE SWITCH REGISTER CHANGE ROUTINE.
ssROUTINE IS ENTERED FROM THE TRAP HANDLER, AND WILL

;#SERVICE THE TEST FOR CHANGE IN SOF TWARE SWITCH REGISTER TRAP CALL

;sWHEN OPERATING IN TTY FLAG MODE.
034600
054600
054604
034606
034612
034616
034622
034626
054630

054634

005737
001406
013746
005037

000137
105777
100136
117746
042716

047154

NOCH:

126010
177600
000006

CONTS1:

022716
001002
C04737
022716
001002
004737
022716
001454
022716
001002
004737
022716
001005

104401

055214

054716
054722
054724
054732
054734
054740
054742
054746
054750
054750

01,706
000207
022737
001075
022716
001072

002146

040762
000024

14:

055222
000003

16%:

000023

2%:

055276

005737

002062

104401

056020

104401

056025

13889 054760
054760
054764

017746
104402

125652

054766

104401

13891 054772
13892 054774
13893 054776

005046
005046
105777

002636

6%:

$GTSWR:

#6,(SP)

;: sCHAR THERE?
s3IF NO, DON'T WAIT AROUND
1 ;SAVE THE CHAR
;3STRIP-OFF THE ASCII
;IS 1T CONTROL F?

CLR
JMP
1578
BPL
MOVB
8IC

XOCHAR
CONTS1
88 TKS
SWREND
83TKB, -(SP)
#1C177,(SP)

CMP

BNE

CALL
CHP

FIELDSERVICE
024,(SP)

cHe
BEQ
cre
BNE
CALL
cMp
8NE

#3,(SP)
S
#23,(SP)

BNE
CALL

RETURN

16¢
CONTT

17
CONTS
o13,(SP)
64
SCNTLK
,$CNTLX

CRF
CTLKVEC,SP

cre
BNE
cHP
BNE
ST
BNE

OSWREG, SWP.
CKEND
e7,(SP)
CKEND
$AUTO
CKEND

.DSABL
TYPE

CRF
$MSUWR

.DSABL
TYPOCT
MOV
TYPOC
.DSABL

CRF
&SWR
8SWR, -(SP)

TYPEIT
.DSABL
CLR
CLR
1578

, $MNEUW
CRF
-(SP)
-(SP)
83TKS

TYPEIT

TYPE

3s:

XOCHAR, -(SP)

: : SOMETHING THERE?
;3 GO ON IF NOT
s: USE 17

XOCHAR

NOCH

TYPE
TYPEIT

056036

125640

18T

8EQ

TYPE
TYPEIT
.DSABL
MOV

000007

13888 054754
054754

13890 054766

17¢:

000013

000176

.ENABLE LSB

MOV

047154
047154
0354640
126014

0354640
034644
0354646
054652
034656
034660
034664
034670
054672
054676
054700
054704
054710
054712
054712

001067

S$CKSUR:

$CNTLG
,S$CNTLG

, $MSMR

CRF

$MNEW

sNO SKIP

:IS IT CONTROL T?
;NO - SKIP
;:YES - CALL CONTROL T ROUTINE
:IS IT CONTROL C?
;YES EXIT es0esNOTEsssse STACK IS SCREWED UP!
;IS XIT CONTROL S?
:NO - SKIP
;YES - CALL CONTROL S ROUTINE
;IS IT CONTROL K?
sNO - SKIP
;TYPE A

:RESET KSP TO AFTER PATTERN EXEC ROUTINE
sRETURN TO PATTERN EXEC ROUTINE
::;IS THE SOFT-SWR SELECTED?
: ;:BRANCH IF NO
:3:IS IT A CONTROL G?
;1 :sNO, RETURN T0O USER
sARE WE RUNNING IN AUTO-MODE?
:BRANCH IF YES
s ;ECHO THE CONTROL-G (tG)

:: TYPE CURRENT CONTENTS

; :OF THE SWR
: :SAVE 8SWR FOR TYPEQUT
+:6G0 TYPE--OCTAL ASCII(ALL DIGITS)

+ s PROMPT FOR NEW SWR

; s CLEAR _COUNTER

;s THE NEW SWR
: ;CHAR THERE?

CVMJABO MSV1l-J MEMORY DIAG.
TTy INPUT

MACRO Y05.02

Mondey 07-0Oct 85

16:57

Page 427-1

SEQ 0368

ROUTINE

055002
053004
035010
035014
055020
13899 055922
055022
13894
13895
13896
13897
13898

100375
117746

042716
021627
001006

8PL

125634
177600
000003

S5%:

104401

056006

13900 055026
13901 035032
13902 053036

062706
000137
021627
001005

000006
040442
000025

055044

104401

056013

055050
053054
033036
035062
0353064
055070
055072
055100
053100
033104
055106
035112
035112
0335114
035114
055120
055120
055120
055120

062706
000746
021627
001024
€05766
001403
016677

000006

8s:

000015

9s:

005737
001403
062706

002566

13918 055124

000002

13903 055042
13904 03535044
13905
13906
13907
13908
13909
13910
13911
13912

13913
13914

13915
13916

13917

74:

000002

125536

104:

104401

TYPEIT
.OSABL
ADD
JMP
cMP
BNE
TYPE
TYPEIT
.DSABL
ADD

,$CNTLC
CRF
#6,5P
QUIT
(SP),#25
94
$CNTLU
,$CNTLU
CRF
96 .5P

cMP
BNE

(SP), 915
13

TYPE

B8R

000010

SWREND:

2(SP),aSkWR
MOV
IF SWRFLG IS TRUE
#6,SP

:1IF NOT TRY AGAIN
;1 1PICK UP CHAR
s sMAKE IT 7-8IT ASCII
$3IS IT A CONTROL-C?
: ;BRANCH IF NOT
;s YES, ECHO CONTROL-C (tC)

3 ;CLEAN UP STACK
-C HALT
: s CONTROL
$:IS IT A CONTROL-U?

; ;BRAICH IF NOT

-V (tU)
::YES, ECHO CONTROL

; s IGNORE PREVIOUS INPUT
:sLET’S TRY IT AGAIN
::IS IT A <CR>?
: ;BRANCH IF NO
:sYES, IS IT THE FIRST CHAR?
; ;BRANCH IF YES
: ;:SAVE NEW SWR

TST

; ;CLEAR UP STACK

ADD

@10,SP

: sCLEAR UP STACK

TYPE
TYPEIT
.DSABL
RTI

$CRLF
,$CRLF
CRF

; sECHO <CR> AND <LF>

END

002660

$CNTLC

4(SP)
10¢

ADD
ELSE

000006

000402
062706

847TKB, -(SP)
#tC177,(SP)
(SP),#3
74

TST
BEQ

000004

MOve
8IC
crP
BNE

; sRETURN

SWRFLG

BEQ LS14

BR LS1S
L514:;;:;:;:;:
LS1S::::::

13919
13920
13921
13922
13923
13924
13925
13926
13927
13928
13929
13930
13931
13932
13933
13934
139335

TTY

INPUT

055126
055132
035134
055140
035144
055146
035152
035154
033160
053164
035166
033170
055172
055174
055200
055204
055206
035206

13936 033212
13937 055214
055217

13938

13939

062706
000002
004737

021627

002420
021627
003015
042726
005766
001403
006316
006316
006316
005266
056616
000674

000002

CKEND:

047156
000060

13%:

Monday 07-Oct-85

000067

000060

000002

ADD
RTI

CALL
crHe
8LTY
cre
8G7
BIC
TST
BEQ
ASL

14%:

000002

177776

104401

002657

Co0716
136
012

113
000

15¢:

015

$CNTLK::

ASL
ASL
INC
81s
B8R
TYPE
TYPEIT
. DSABL
B8R

16:57

02,5P

$TYPEC

ROUTINE

MACRO Y05.02

[, T Y

CVMJUABO MSVil-J MEMORY DIAG.

)

-2(SP),(SP)

.ASCIZ

/tK/<15>¢12>

.EVEN
.DSABL

LS8

Page 427-2

SEQ 0369

(tFIX STACK
:RETURN
: sECHO CHAR
s ;CHAR < 07
; 1BRANCH IF YES
;;CHAR

s TYPE

?2<CR><LF>

; sBRANCH IF YES
s s STRIP-QOFF ASCII
::1IS THIS THE FIRST CHAR
: :BRANCH IF YES
:sNO, SHIFT PRESENT
CHAR OVER TO MAKE
3
ROOM FOR NEMW ONE.
HA
; sKEEP COUNT OF CHAR
::SET IN NEW CHAR
:sGET THE NEXT ONE

-U
; ; SIMULATE CONTROL
;:CONTROL K ASCII STRING

CVMJABO MSV1l-J MEMORY DIAG.

ROUTINE TTY INPUT

MACRO Y05.02
CONTT:

13942 055222

Monday 07-0Oct-85 16:57
SUBTST

010046

055224

104401

002660

005737
001402

002126

104401

070474

13954 055230

055230
055234
13955 055236
055236

CONTROL T

055242

104401

070510

13958 055246
055246
055252
055254
055255

013746
104403
003
000

002102

13959 055256
055256

13960 0535262
055262
055266
055270
055271
13964 055272
055272
13965 055274
13966

PUSH

TYPE

$CRLF

.DSABL

CRF

TYPEIT

MOV RO, -(SP)

,$CRLF

IF RLFLAG IS TRUE

TYPE

TYPEIT
.DSABL

,MSGO92

MSG092

104401

013746
104403
002
000
012600

000207

070516

002300

TYPE

TYPEIT

CRF

MSGO93

,MSGO93

.DSABL

CRF

.DSABL

CRF

TYPEIT

_MSGO9S

BANK, ,3
TYPOCS
BANK, -(SP)
MOV
TYPQS
.BYTE
3
.BYTE
0O
TYPE

TST RLFLAG
BEQ LS16

sRELOCATED

END ;0F IF RLFLAG

13956 055242

0535242
13957 055242

<<CONTROL T>>

;.“““““"."‘.“‘.....“‘.“““““.““““““‘.““““.““.‘...“‘...

055222

13944 055224

SEQ 0370

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

1#SUBTEST

13943 055222

Pege 429

MSGO9S

.DSABL

CRF

.DSABL

CRF

;BANK=

t516::;:::::

s TYPE 3 DIGITS
; ;SAVE BANK FOR TYPEQUT
::GO TYPE--OCTAL ASCII
:sTYPE 3 DIGIT(S)
: s SUPPRESS LEADING ZEROS
;PAT=

;TYPE 2 DIGITS
REALPAT, ,2
TYPOCS
: ;SAVE REALPAT FOR TYPEOQUT
REALPAT, -(SP)
MOV
;:G0 TYPE--OCTAL ASCII
TYPOS
;: TYPE 2 DIGIT(S)
2
.BYTE
.BYTE
0
; : SUPPRESS LEADING ZEROS
POP

RETURN

MOV (SP)+.RO

CVHJABO MLV11-J MEMORY DIAG.
CONTROL S & CONTROL Q

MACRO Y05.02

Monday 07-0Oct-85

CONTS:

13967 055276

SUBTST

13973 055316
035316
053322
13974 035324
1397S 055330
055330
055332
13976 0355332
13977 055334
055334

Page 429-1

SEQ 0371

<<CONTROL S & CONTROL Q>>

3“““““‘...“.‘.‘““““.".‘.“‘..““““...“““““.‘..“‘0.‘..“‘...‘

CONTROL S & CONTROL Q

;#SUBTEST

13968 035276
035276
13969 055300
13970 055304
13971 035306
13972 053312

16:57

012600

3‘.“‘.‘.‘t““““.‘.‘t‘“.“.“““““‘...“.‘.“‘.“‘.“.“.‘...‘.‘.......‘.
POP
RO
;GET RID OF RETURN ADDRESS FROM STACK

105777
100373
117716
042716

125336

021627
001003
000137

000021

000401
C00762

125332
177600

054640

CONTS2:

TSTB
8PL
MOve
8IC
IF (SP)

83TKS
CONTS2
8$TKB,(SP)
@1C177,.(SP)
EQ @21

JMP
ELSE

CONTS1

B8R

CONTS2

END

;OF IF (SP)

;WAIT FOR CHARACTER

MOV (SP)+,RO

;REPLACE OVER OLD CHARACTER ON STACK
:STRIP ALL BUT ASCII
;IF IT IS A CONTROL Q

cHP (SP),#21
BNE LS17

BR LS20
LS17:::53:5:3
LS20:;:;:::

CVMJABO MSV11-J MEMORY OIAG.
CONTROL S & CONTROL Q@

13979
13980
13981
13982
139483
13984
13983
13986
13987 055334
13988 053336
13989 033344
13990 033330
13991 053332
13992 033360
13993 035366
13994 0353374
139935 053376
13996 0355402
13997 035404
13998 0535410
13999 0535414
14000 035420
14001 055422
14002 0335424
14003 053432
14004 035434
14005 055442
14006 033444
14007 055452
14008 035454
14009 055462
14010
14011
14012

14013
14014
14013
14016
14017
14018
14019
14020
14021
14022

14023
14024
14025

14026
14027
14028
14029
14030

MACRO Y05.02

Page 430

SEQ 0372

;.“.“.“““.‘.““‘...“““““‘.“““‘.“.“‘t.““".“..“““‘.“.‘0.‘.

18THIS ROUTINE WILL INPUT A SINGLE CHARACTER FROM THE TTY

soCALL:
ROCHR
1®
i &

RETURN HERE

: s INPUT A SINGLE CHARACTER FROM THE TTY
i iCHARACTER IS ON THE STACK
1 iWITH PARITY BIT STRIPPED OFF

011646
016666

105777
100375
117766

042766
026627
001013

105777
100375
117746

C42716
022627
001366
000750
026627
001744
026627

002407
026627
003003
042766
000002

000004

000002

123266
177600

000004

125272

000004

$ROCHR:

MOV

1¢:

1578
8PL
MOVB

000023

24:

125240

MOV

8IC
cHP

125234
177600

BNE
1578
8PL
MOVB

8IC

cHP

000021
000004

000021

000004

000140

000004

000175

000040

000004

BNE
BR

CMP
BEQ

cHp

4% :

BLT
cHp
86T
BIC
RTI

(SP),-(SP)

4(SP),2(SP)

83TKS
1

94TKB,4(SP)

0tCc177>,4(SP)
4(SP), 023
3
93TKS
24
83iKB, -(SP)
@+CL177,(SP)
(SP).+, 021
24
14

4(SP), 021
1
4(SP),#140
44
4(SP), 9175
44
040 ,4(SP)

1 1PUSH DOWN THE PC
: 1SAVE THE PS
1 iWAIT FOR
1 1A CHARACTER
;1 sREAD THE TTY
:1GET RID OF JUNK IF ANY
331IS IT A CONTROL-S?
s ;BRANCH IF NO
1 sWAIT FOR A CHARACTER

:3LOOP UNTIL ITS THERE

: sGET CHARACTER
; sMAKE IT 7-B8IT7 ASCII
::IS IT A CONTROL -Q?
:3sIF NOT DISCARD IT
1 s YES, RESUME
1:IS IT A RANDOM CONTROL -Q@?
] BRANCH BACK IF SO
::IS IT UPPER CASE?
: ;BRANCH IF YES
:3:IS IT A SPECIAL CHAR?
1 1BRANCH IF YES
1 sMAKE IT UPPER CASE
::GO BACK TO USER

iR-C

108880800808 0458888 808888828284 048888808008808888800088888808408484880840888888800

;#THIS ROUTINE WILL INPUT A STRING FROM THE TTY

;ssCALL:

i ®
g

1 &

035464
035466
055470
055474
055500
055502
055504
035306
055512
035514
055514

010346
005046
012703
022703

055520
033322
055524

005726
012603
032777
001404
005037
000137
000137
122713

055532
055534
14031 055540
14032 033544
14033 035550

Monday 07-0Oct-85 16:57

101477
104411
112613
122713

001016
104401

RDLIN
RETURN HERE

$ROLIN: MOV
CLR
MOV
1%:
2%:
cHP

035762
056006

8LOS

ROCHR

000003

000400

002420
040512
040442
000177

125104

(SP)+,(R3)
#3,(R3)
3

.DSABL
ST
MOV
BIT

CRF
(SP).
(SP)+,R3
8178, 8SuWR

CLR

STOPOK

BEQ

11
3

MOVB
cMPB
BNE

TYPE
TYPEIT

056006

R3,-(SP)
-(SP)
O$TTYIN,R3
A$TTYINS20.
,R3

$CNTLC
,S$CNTLC

114

JHP

EXIT

cmP8

#177,(R3)

JMP

QuUIT

s s INPUT A STRING FROM THE TTY
; 1 ADDRESS OF FIRST CHARACTER MWILL BE ON THE STACK
; s TERMINATOR WILL BE A BYTE OF ALL 0'S
: sSAVE R3
; ;CLEAR THE RUBOUT KEY
1 1GET ADDRESS
1:BUFFER FULL?
::BR IF YES
::G0 READ ONE CHARACTER FROM THE TTY
;:GET CHARACTER
5315 IT A CONTROL-C?
: ;BRANCH IF NO
;;TYPE A CONTROL C (tC)

: sCLEAN RUBOUT KEY OFF OF THE STACK
; tRESTORE R3
::IS THERE A HALT FLAG SET IN THE SWR?
: :BRANCH IF NOT TO HALT ROUTINE
: :GET READY TO HALT PROGRAM
: :GO HALT PROGRAM
-C HALT
;:GOTO CONTROL
::IS IT A RUBOUT

MEMORY OIAG.
CvyHJABO MSv1ll
CONTROL S & CONTROL Q@
14034 055534
14035 055556
14036 0355360
14037 053562
14038 055570
055370

001022
003716

14039 033574
14040 035600
14041 053602

14042 035606
14043 033610
14044 033614
035614

000134

104401

055760

012716
005303
020327
103434
111337

1777717

055760

104401

055760

035620
035622
0353624
033626
033634
055634

000725
005716

14050
14051
14052
14053
14054
14055
14036
14057
14058

001406

104401

055760

033640
055642
0335646
03356350
055650

005016
122713
001003

000025

104401

056013

055654
055656
035662
055664
055666
055666

000705
122713
001011
105013

055760

44
#'\,10¢
108

;3 TYPE A BACK SLASH

104401

055762

14060 035676
14061 035700
055700

000676
104401

002657

14062 055704
14063 035706
14064 033712
035712

000671
111337

055760

104401

055760

14063
14066
14067
14068

035716
055722
055724
055730
055730

122723

000015

14069
14070
14071
14072

0355734
0535736
055740
055742

. $CRLF

CRF

94
:

177777
002661

000004

000002

TYPE
TYPEIT

.DSABL
B8R

MOV
TYPE
TYPEITY

.DSABL
CcMPB
BNE
CLRB
TYPE
TYPEIT
.DSABL
TST
MOV
MOV
MOV

;1 1BR IF YES

;sSETUP TO TYPEOUT THE DELETED CHAR.

1 ;60 TYPE

: 1GO0 READ ANOTHER CHAR.
3 ;RUBOUT KEY SET?
: :BR_IF NO

: sCLEAR THE RUBOUT KEY
::1S CHARACTER A CIRL U?

$CRLF

84:

3 SET THE RUBOUT KEY
1 :BACKUP BY ONE
s 1STACK EMPTY?

(SP)

CRF
1$
022, (R3)
94

.DSABL
B8R

;1 :8R IF NO

;; TYPE A BACK SLASH

. SCNTLUY

TYPEIT

::IS THIS THE FIRST RUBOUT?

¢ \,10%

925,(R3)
T4
$CNTLUV

SEQ 0373

18R IF NO

104
,10¢
CRF

64:

Page 430-1

(R3)

002660

005726
012603
011646
016666

4%
:

000022

104401

16:57

. 104
CRF
9-1,(SP)
R3
R3S, 0$TTYIN
84
(R3),10¢
104
,10¢
CRF
24
(sP)
6

000134

001264
105063

055760

055762

112787

14059 055672
055672

Mondasy 07-0Oct-85

(SP)

001007
112737

14045
14046
14047
14048
14049

MACRO Y05.02

:1:BR IF NO
; i TYPE A CONTROL

“u*

;GO START OVER
:: IS CHARACTER A “tR”?
: ;:BRANCH IF NO
; sCLEAR THE CHARACTER
ssTYPE A

“CR" &

"LF*

$TTYIN

;s TYPE THE INPUT STRING

24
$QUES

;:GO0 PICKUP ANOTHER CHACTER

LS$TTYIN
CRF

. $QUES

CRF
14
(R3),104
10¢
, 104
CRF
#15,(R3).
2%
~-1(R3)
$LF
, SLF
CRF
(SP)«
(SP)+.R3
(sP),-(SP)
4(SP),2(SP)

s;TYPE

' 7

1 ;CLEAR THE BUFFER ~nD LOOP

; ;ECHO THE CHARACTER

; sCHECK rOR RETURN

:;LOOP IF NOT RETURN
: ;CLEAR RETURN (THE 15)
;3 TYPE A LINE FEED
; ; CLEAN RUBOUT KEY FROM THE STACK
: ;RESTORE R3
; sADJUST THE STACK AND PUT ADDRESS OF THE
FIRST ASCII CHARACTER ON IV
]

CVMJABO MSV1l-J MEMORY DIAG.

CONTROL S & CONTROL Q@
14073 055750
14074 055756

012766
000002

055762

036011

012

000

036016

012

000

036023

012

000

036030
036033
14084 036036

127
073
040

122
040
040

14073 055760
14076 033761
14077 033762
14080 036006
14081 036013
14082 056020
14083 056023

14085

036041
056044

000
000
000024
136
136
136

01S
103
07S

MACRO Y05.02

000004

Mondsy 07-Oct-85 16:57

MOV
RT1

Page 430-2

O$TTYIN,A(SP)

O
O
20,
/tC/<15><12>

1 tRETURN

3 1STORAGE FOR ASCII CHAR. TO TYPE
1 : TERMINATOR
+ sRESERVE SIZE BYTES FOR TTY INPUT
: sCONTROL “C"”

103

015

.BYTE
.BYTE
STTYIN: .REPT
SCNTLC: .ASCIZ

125

015

SCNTLU: .ASCIZ

/tU/<15><¢12>

1 sCONTROL *U"

107

015

$CNTLG: .ASCIZ

/tG/<15><12>

: sCONTROL *G*

123

SMSWR:

.ASCIZ

«15>¢12>/SWR = /

$MNEW:

.ASCIZ

10¢:

012

127
040

040
000
116
040
000

.EVEN

NEW = /

SEQ 0374

CVMJABO MSV11l J MEMORY DIAG.

MACRO Y05.02

ROUTINE READ AN OCTAL NUMBER FROM THE TTY

.SBTTL

14087
14088
14089
14090
14091
14092
14093
14074
14095
14096
14097
14098
14099 056030
14100 036032
14101 056060

;oTHEN BE RETYPED. THE INPUT IS TERMINATED BY TYPING A CARRIAGE RETURN.
1oCALL:
1 iREAD AN OCTAL NUMBER
ROOCY
te
;:L0OW ORDER BITS ARE ON TOP OF THE STACK
RETURN MERE
)
x4

000004

000002

$RDOCT:

056176

14124
14125

056120
036122
0356124
056126
036130
056132
056134
056136
0356142
056144
0356146
036130
0561354
056160

14126
14127
14128
14129

056166
056170
036172
0356174

000002

14130 036176
14131 056200

000000

2%:
000060

006102
042716
062601
000736
003726

010166

010237

000012
056216

3s:

104401

S¢:
070046

070066

ROLIN
MOV
MoV
CLR
CLR
move

(SP)+,RO
RO,S¢
R1
R2
(RO)+,-(SP)

cMPB
BGT

#'0,(5P)
44

BLT
ASL
ROL

4%
R1
R2

B8EQ

BIC
ADD

012602
012601
012600

005726
105010

4(SP),2(SP)

ASL
ROL
ASL
ROL

177770

(SP),-(SP)

MOV

cHP8

000067

14111 056114

MOV

PUSH

14:

14112
14113
14114
14115
14116
141°7
141.8
14119
14120

14132 056204

ROUTINE READ AN OCTAL NUMBER FROM THE TTY

1oTHE INPUT CHARACTERS WILL BE CHECKED TO INSURED THEY ARE LEGAL
180CTAL DIGITS. IF AN ILLEGAL CHARACTER IS READ A "7~ WILL BE TYPED
1oFOLLOWED BY A CARRIAGE RETURN-LINE FEED. THE COMPLETE NUMBER MUST

036072
036076
036100
056102
036104
036106
036112

14123

Page 431

3oTHIS ROUTINE WILL READ AN OCTAL (ASCII) NUMBER FROM THE TTY AND
s sCHANGE IT7 TO BINARY.

14104
14103
14106
14107
14108
14109
14110

14122

16:57

3 0880080804008 088080808080048080884808000880808080088080800808888084840000000804600080000000

14102 036066
14103 056070

14121

Monday 07-Oct 85

B8R
TS7Y

MOV
MOV
POP

RT1

187
CLRB
TYPE
TYPEIT
.DSABL
. WORD
TYPE
TYPEIT

.OSABL

TYPE
TYPEIT

RO.R1,R2

' 7.(SP)

Rl
R2
R1
R2

#tC7,.(SP)
(SP)+ R

24
(SP).

R1,12(SP)
R2, $HIOCT
R2,.R1,RO

(SP).
(RO)

CRF
0
MSG062

,MSGO62

CRF

MSGO63
,MSGO63

s tHIGH ORDER BITS ARE IN $MHIOCT
; iPROVIDE SPACE FCR THE
: s IMPUT NUMBER

+READ AN ASCIZ LINE

+GET ADIRESS OF 1ST CHARACTER
+AND SAVE IT
sCLEAR DATA WORD

;PICKUP THIS CHARACTER
sIF ZERQO GET OUT
sMAKE SURE THIS CHARACTER
;IS AN OCTAL DIGIT

1 ;08

:sSTRIP THE ASCII JUNK
i ;ADD IN THIS DIGIY
3 s LOOP
s 1CLEAN TERMINATOR FROM STACK
: 1SAVE THE RESWLT

; sRETURN

1 tCLEAN PARTIAL FROM STACK
$1SET A TERMINATOR
1:TYPE UP THRU THE BAD CHAR.

;INPUT MUST BE A

sN OCTAL

SEQ 0375

CVMJUABO HMSV11-J MEMORY DIAG.

MACRO Y05.02

ROUTINE READ AN OCTAL NUMBER FROM THE TTY

14133 0%6210

.DSABL

056210

104401

14134 036214
1413 0%6216

000724
000000

i:{#

.DSABL

CRF

,MSGO64

1
O

Page 431-1

SEQ 0376

1 NUMBER
1 s TRY AGAIN
; tHIGH ORDER BITS GO HERE

.SBTTL ROUTINE READ A DEéIHAL NUMBER FROM THE TTY

1088008080080086086400656060000880808800080000000000000448880880880800008080.080000

soTHIS ROUTINE WILL READ A DECIMAL (ASCII) NUMBER FROM THE TTY AND
;osCHANGE IT TO BINARY. IF TOO MANY CHARACTERS OR ANY ILLEGAL CHARACTERS
toARE READ A “7” FOLLOWED BY A CARRIAGE RETURN-LINE FEED MWILL BE TYPED.
1oTHE COMPLETE KNUMBER MUST BE RETYPED. THE INPUT IS TERMINATED BY THE
;oUSER TYPING A CARRIAGE RETURN. THE RANGE OF THE INPUT NAUMBER 1S
1oPOSITIVE 32767 TO NEGATIVE 32768.

14144

1oCALL:

14145

ie
ie

14146
i:i:;

14167

MSGO64

B8R
SHIOCT: . WORD

14139
14140
1414}
14142
14143

14150 036220
14131 036222
14152 036230
056230
036232
036234
14157 036236
14154 056240
14133 056242
14156 056246
14157 056230
14158 036232
14199 0562%
14160 036260
14161
141
141
72
14164
74
14163
14166

CRF

TYPE

TYPEIT

070077

14138

14149

Mondey 07-Oct-85 16:57

011646
016666

000004

010046
010146
010246

104412
012600
010037

122710
001001
112002
112001
001424
122701
003032
12270F
002427

032716

14168
001024
10 006316
14169
12 011646
14170
14 006316
14171
16 006316
1417
062616
1417
14174
102416
162701
14173
060116
14176
14177
102412
000732
14176
005702
144179
14180
001401
16
342
14181
14182 056344 012666
14103 0%63%0

000002

$RDDEC: MOV
MoV
PUSH
1s:

056366

000033
2%:
000060
000071

O0V0060
38:
4% :

(SP),-(SP)
4(SP),2(SP)
RO,R1.R2

ROLIN
MOV
MOV
CLR
CLR
CrPo
BNE
MOVe
MOVE
8EQ
crPs
86T
crPe
8LY

(SP)+.RO
RO.6¢
-(SP)
R2
&' - ,(RO)
29
(RO)+ .R2
(RO)+ R}
34
#'0,RY
St
9,R1
Ss

BNE
ASL
MoV
ASL
ASL
ADD
avs
SUB
ADD
8vs
R
187
8EQ
NEG
"oV
POP

Ss
(SP)
(SP).-(SP)
(SP)
(sP)
(SP)..(SP)
Ss
¢'0.R1
R1.(SP)
b
28
R2
4
(SP)
(SP)..12(5P)
R2.R1,

817

170000

000012

RDDEC
RETURN MERE

orCTI777.(SP)

:sREAD A DECIMAL NUMBER
; INUMBER IS ON TOP OF THE STACK

: t1PROVIDE SPACE FOR
+ 1 THE INPLT NUMBER

;sREAD AN ASCIZ LINE
: 1 ADORESS OF 1ST CHAR.
1 1SAVE INCASE OF BAD INPUT
1;CLEAR DATA WORD
:sSIGN SET POSITIVE
1:SEE IF A MONUS SIGN MAS TYPED
1:8R IF NO MINUS SIGN
1 :SAVE FOR LATER USE
1sPICKUP THIS CHARACTER
:1:GET OUT IF ZERO
; sMAKE SURE THIS CHARACTER
1:IS A DIGIT BETMUEEN O & 9

:100N'T LET MUMBER GET TO BIG

1:8R IF NMUMBER WOULD OVERFLOMW
1182
11SAVE FOR LATER
;104
1508,
11010,
:;OVERFLOM ISN'T ALLOMED
11STRIP AMAY THE ASCII JUNX
1sADD IN THMIS DIGIY
s 1OVERFLOW ISN'T ALLOMED
: s LOOP
; sCHECK IF MUMBER IS NEG
;R IF WO
;1 YES--NEGATE THE MNUMBER
;:SAVE THE RESWLTY

MOV RO, -(SP)
MOV R1,-(SP)
MOV R2.-(SP)

MACRO Y05.02
CVMJABO MSVil-J MEMORY DIAG.
ROUTINE READ A DECIMAL NUMBER FROM THE TTY
056330
056332
036354
14184 056356
14185
14186 056360
14187 056362
14188 036364
056364

012602
012601
012600
000002

14189 056366
14190 056370
056370

000000

14191 056374
056374

5¢:

64:

104401

070046

104401

070107

14193 056404

000714

1 ;RETURN

RTI

104401

Page 431-2

SED 0377

MOV (SP).+,.R2
MOV (SP)+,R1

005726
105010

14192 056400
056400

HMondey 07-0Oct-85 16:57

070077

TS7
CLRB
TYPE
TYPEIT
.DSABL
.WORD
TYPE
TYPEIT
.DSABL
TYPE
TYPEIT

.DSABL

TYPE
TYPEIT
.DSABL
BR

MOV

; iICLEAN PARTIAL NUMBER FRGM STACK

;1SET A TERMINATOR
;; TYPE THE INPUT UP TO BAD CHAR.
CRF
MSGO62

; sPOINTER GOES HERE
i INPUT MUSST BE A

MSGO65

sDECIMAL

,MSG062
CRF

MSGO6S

CRF

MSGO64

MSGO064

CRF
13

: NUMBER
; sTRY AGAIN

(SP)+ RO

CVMJABO MSV1ll

J MEMORY DIAG.

ROUTINE SAVE AND RESTORE RO-RS

MACRO Y05.02

Monday 07-Oct-85

.SBTTL

14195
14196
14197

16:57

Page 432

SEQ 0378

ROUTINE SAVE AND RESTORE RO-RS

;.....“‘.‘...‘.‘...““.“..““.“...0...‘.“‘..“.““““‘.‘...‘...““““.

;*SAVE RO-RS
:
;oCALL
SAVREG
i

14198
14199
14200
14201
14202
14203
14204
14203
14206
14207
14208
14209
14210
14211
14212 056406

:®

;0TOP---(+16)
i +2---(+18)
;¢

+4---RS

PUSH

RO,R1,R2,R3,R4
RS

RO, -(
R1.-(
MOV R2.-(

MOV
MOV

C10046
010146
010246

MOV

056422
056426
056432
056436
056442

Mov

000022
000022
000022
000022

MOV
MOV
MOV
RTI
;sRESTORE

soCALL:

056444
056444
056450
056454
036460
036464

0356464
056466
0356470
056472
056474
056476
14229 056500

012666
012666
012666
012666

000022
000022
000022
000022

$RESREG:

: : SAVE
: : SAVE
: s SAVE
; : SAVE

PS
PC
PS
PC

(SP)+,22(SP)
(SP)+,22(SP)
{SP)e,22(SP)

; sRESTORE
: sRESTORE
; sRESTORE

RO-RS

RESREG

MOV
MOV

MOV

MOV
POP

012605
012604
012603

012602
012601
012600
000002

22(SP), -(SP)
22(SP), -(SP)
22(SP),-(SP)
22(SP), -(SP)

HMAIN FLOMW
MAIN FLOW

RTI

(SP)e+,22(SP)

; s RESTORE

R5.R4,R3,R2,.R1.RO

KRR

14214
14215
14216
14217
14218
14219
14220
14221
14222
14223
14224
14225
14226
14227
14228

010446
010546
016646
016646
016646
016646
000002

[R\R

010346

CALL
CALL

MAIN FLOW
MAIN FLOM

MOV

R3, -(
R4, -(

RS, -(

Nt St Nt Nt N

$SAVREG:

;¢ +6---RA
;¢ +B8---R3
;8¢10---R2
10¢12---R1
;0+14---RO

wnwununununn
h-R-h-R-R-h-l

14213 036406

:8UPON RETURN FRUM $SAVREG THE STACK WILL LOOK LIKE:

MACRO Y05.02
CvHMJABO MSVY11 J MEMORY DIAG.
OR
GENERAT
NUMBER
ROUTINE RANDCM

.SBTTL

14231
14232
14233
14234
14235
14236
14237
14238
14239

16:57

Page 433

SEQ 0379

ROUTINE RANDOM NUMBER GENERATOR

1900000008000 8080000880808884006065000000004800000080800880000080004000008080000000

;¢ THIS ROUTINE IS A DOUBLE PRECISION PSEUDO RANDOM NUMBER GENERATOR

;oWITH A RANGE OF O TO 2e¢(+33)-1.
;oCALL:
$RAND
: sCALL THE ROUTINE
CALL
e

;: sRETURN HERE THE RANDOM
; sNUMBER WILL BE IN

RETURN

]

14240

;s SHINUM, $LONUM

1441
14242 0363502
056502
036504

14243
14244
14245
14246
14247
14248
14249
14250
14251
14252
14253
14254
142355
14236
14257

Monday 07-Oct 85

056510
056514
056320
056324
056326
0563530
056532
0563536
056540
0363544
056550
056552
036556
056562
036566

056570
056572
14258 056574

PUSH

RO,R1,R2

MOV
MOV

SEEDLO,RO
SEEDHI ,R1

;SET RO WITH LOW
;SET R1 WITH MIGH
;:SET _SHIFT COUNT
;;SHIFT RO LEFT AND
; ;ROTATE CARRY INTO R1 AND

002604

gEEDLO.RO

002602
001057

SEEDHI,R1
#1057,R0

:ADD NUMBER TO MAKE X 129
; ;:PROPOGATE CARRY
;ADD NUMBER TO MAKE X 129
: sADD LOW CONSTANT
; ;PROPOGATE CARRY
;: s ADD HIGH CONSTANT
; SAVE RO
;SAVE R1

$RAND:

010046
010146
010246
013700

013701
012702
006300

002604
002602
000007

C06101

077203
063700
005501
063701
062700
005501
062701
010037
010137
012602
012601
012600
000207

047401

002604
002602

1s:

ASL

07,R2
RO
R1
R2.18

#47401,R1
RO,SEEDLO
R1,SEEDHI
R2,R1,R0O

MOV RO, -(SP)
MOV R1,-(SP)
MOV R2, -(SP)

MOV
MOV
MOV

(SP). ,R2
(SP)+,R1
(SP)+,RO

CVMJUABO MSV11 J MEMORY DIAG.
ROUTINE OOUBLE LENGIH BINARY

Monday 07-Oct 85

.SBTTL

14261
14262
14263
14264
14265

16:57

Page 435

SEQ 0380

ROUTINE DOUBLE LENGTH BINARY TO OCTAL ASCII CONVERT

;808880002080 8000808000888088880000800080000000000000800000004808048800000880000000

;#THIS ROUTINE WILL CONVERT A 32-BIT UNSIGNED BINARY NUMBER TO AN
i sUNSIGNED OCTAL ASCIZ NUMBER.
;oCALL
g
i*
ie

14266

000002

$0820:

056715
000014
177770

1¢:

000002
oTM

040302
062702
000753
000016
056704

MOV
CALL
RETURN
SAVREG

MOV
MOV
MOV
MOV
MOV
MOV

CLR
MOVB
MOV

DEC
B8GT
BEQ
INC

14267
14268
14269
14270
14271 036576
14272 056600
14273 056604
14274 056610
14275 056614
14276 036620
14277 036622
14278 056624
14279 036626
14280 056630
14281 056632
14282 0356634
14283 0356636
14284 056640
14285 036642
14286 056646
14287 0566350
14288 056652
14289 056654
14290 036656
14291 0356660
14292 056662
14293 056664
14294 036666
14293 056670
14296 056672
14297 056676
14298 056700
14301

MACRO Y05.02

TO OCTAL ASCII CONVERT

MOV
RESREG
RETURN
ASR
ROR
ROR
ROR

ROR
ROR
ROR

000060

8IC

ADD
BR

$OCTVL: .REPT
L
$0CT8=40CTV-4

APNTR, -(SP)
$0820

2(SP),R1

O$0CTVL+13.
,RS
012. .R4
01C7,R3
(R1)+,RO
(R1)+,R1
R2
R2, -(R5)
RO.R2
R4

34
24
RS
R5,2(SP)
R3
R1
RO
R1
RO
R1
RO
R3,R2
#'0,R2
1
14.

; :POINTER TO LOW WORD OF BINARY NUMBER
1 3CALL THE ROUTINE

; : THE ADDRESS OF THE FIRST ASCIZ CHAR. IS ON THE STACK
1 1SAVE ALL REGISTERS

: sPICKUP THE POINTER TO LOW WORD
s tPOINTER TO DATA TABLE
+ 100 ELEVEN CHARACTERS
s s MASK

: sLOWER WORD

: tHIGH WORD

s ;sTERMINATOR
: 1PUT CHARACTER IN DATA TABLE
::GET THIS DIGIT
; sCOUNT THIS CHARACTER
;iBR IF NOT THE LAST DIGITY
::B8R IF IT IS THE LAST DIGIT
:iALL DIGITS DONE -ADJUST POINTER FOR FIRST
:;ASCIZ CHAR., & PUT IT ON THE STACK
:+ sRESTORE ALL REGISTERS
;s ;RETURN TO USER

; ;POSITION THE MASK FOR THE LAST DIGIT
;sPOSITION THE BINARY NUMBER FOR
THE NEXT OCTAL OIGIT
i

: sMASK QUT ALL JUNK

; +MAKE

THIS CHAR,

ASCII

::G0 PUT IT IN THE DATA TABLE
; ;RESERVE DATA TABLE
;POINTER TO 11 DIGIT NUMBER

.SBTTL

APT MAILBOX-ETABLE

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

$PASS:
SOEVCT:
SUNIT:
$MSGAD:
$MSGLG:
S$ETABLE:
$ENV:
.BYTE

;NOTE:
H

s ENVIRONMENT MODE

$SWREG:
SUSHWR:
$CPUOP:

.WORD
.WORD
.WORD

101
0
0

s 1APT SHWITCH REGISTER
;USED TO LIMIT THE NUMBER OF PASSES
; :CPU TYPE,OPTIONS

$MAMS2: .BYTE
$MTYP2: .BYTE
$MADR2: .WORD
$MAMS3: .BYTE
SMTYP3: .BYTE
$MADRS: .WORD
$MAMSA: .BYTE
sMTYP4: .BYTE
$MADR4: .WORD
$VECT1: .WORD
$VECT2: .WORD
$BASE:
.WORD

$DEVM:

.WORD

000000000000
C

056776
057000
057002

1 &

$COM1:
$COM2:
$0DW7:

.WORD
.WORD
.WORD

; sHIGH ADDRESS.M.S. BYTE ;DEFAULT = 64K
;sMEM. TYPE ,.BLK#1

MEM.TYPE BYTE
-(HIGH BYTE)
900 NSEC CORE=001
300 NSEC BIPOLAR=002
PARITY M0OS=003
ERROR CORRECTING M0OS=004

; ;HIGH ADDRESS,BLK#1
MEM.LAST ADDR.»3 BYTES,THIS WORD AND LOW OF
i

177776

11/70=06.PD@=07,Q=10
BIT 10=REAL TIME CLOCK
9s=FLOATING POINT PROCESSOR
BIT
8=MEMORY MANAGEMENT
BIT

YTM

.WORD

000000

BITS 15-11=-CPU TYPE

HIGH ADORESS.M.S.
MEM.
TYPE ,BLK#2

BYTE

MEM.LAST ADDRESS.BLK®2
HIGH ADDRESS,M.S.BYTE
MEM.TYPE ,BLK®3
i
] MEM.LAST ADDRESS.BLK®3
: sHIGH ADDRESS,M.S.BYTE

H
$

.BYTE
.BYTE

]

$MADR1:

sBIT7(200)=USE APT SIZE INFO ;B175(40)»NO CONSOLE

11/04=01,11/05=02,11/720203,11/40=04,11/45=05

$MAMS1:
$MTYPL:

056752
056753
056754
056756
056757
036760
056762
056763
036764
056766
056770
056772
056774

;SET TO A 1 FOR APT AUTO MODE

.BYTE

000

: tENVIRONMENT BYTE

EACH TYPE OF MEMORY.

177776

: s APT ENVIRONMENT TABLE

$ENVM:

056750

; 1PASS COUNT
1 :DEVICE COUNT
:3:170 UNIT NUMBER
; tMESSAGE ADDRESS
3 tMESSAGE LENGTH

ENDING AT $MADR4) MUST BE FILLED IN TO INDICA:E THE PROPER AMOUNT OF

1 &

056746
056747

;s sMESSAGE TYPE CODE
; 1FATAL ERROR NUMBER (ERROR PC)
;1 TEST PATTERN NUMBER

IF BIT 07 IS SET IN $ENVM THE TABLE BELOW (BEGTNMNING AT $MAMS1 AND

HEd

14335

14336
14337
14338
14339
14340
14341
14342
14343
14344
14345
14346
14347
14348
14349
14350
14351
14352
14353
14354
14355
14356

TABLES

coo101

.SBTTL

SEQ 0381

036740
056742
056744

$MAIL
:
$MSGTY:
$FATAL:
S$TESTN:

Page 436

056737

Monday 07 Oct-85 16:57

00000C
OO0

0356716
036716
0361720
056722
036724
036726
0356730
0356732
056734
056736
056736

MACRO Y05.02

000

14303
14304
14305
14306
14307
14308
14309
14310
14311
14312
14313
14314
14313
14316
14317
14318
14319
14320
14321
14322
14323
14324
14325
14326
14327
14328
14329
14330
14331
14332
14333
14334

;3 H

CVMJUABO MSV11-J MEMORY DIAG.
TABLES

: sMEM, TYPE ,BLKOS
: sMEM.LAST ADDRESS,BLK#4
1 ; INTERRUPT VECTOR®1,B8US PRIORITYSL

; s INTERRUPT VECTOR#2BUS PRIORITY#2
: :BASE ADORESS OF EQUIPMENT UNDER TEST
: ;DEVICE MAP

;UFD MODE FLAG 1=UFD MODE

~TYPE” ABOVE

CVMJUABO MSV1l1-J MEMORY DIAG.
APT MAILBOX-ETABLE

MACRO Y05.02

Monday 07 Oct 85 16:57

Page 437

SEQ 0382

14358
14359

14360

;THE FOLLOWING LOCATIONS SPECIFY WHICH PATTERNS
;ARE TO BE RUN FOR PARTICULAR MEMORIES

14361
14362
{:ggz

;REFERENCE THE TABLE LISTED BELOW TO RELATE BITS TO PATTERNS.
:BITO SET WILL RUN THE FIRST ENTRY IN THE TABLE, BITO SET
;IN THE SECOND WORD WILL RUN THE 17TH ENTRY IN THE TABLE ..

14365
14366
14367 057004

177777

iNOTEss NULL TESTS DO NOT TAKE ANY TIME
sFIELD SERVICE VALUE
:
177777
177777 ECC CSR TESTS
.WORD
$0DWO:

177777
177777
177777

$0DW3:
$DDWA:
$ODWS:

14368 057006
14369 057010
14370 057012
14371 057014
14372 057016

14376 057020

177777
1777717

14386 057032

.WORD
.WORD
.WORD

177777
177777
177777
177777
177777

;ECC CSR TESTS
ECC PATTERNS

;ECC PATTERNS
;;PARITY PATTERNS
;PARITY PATTERNS

17177717
103777

177717
003777
177774

TABLE = MXCSRT:

TABLE = MKXCSRT:
TABLE = MKPAT:
TABLE = MKPAT:
TABLE = MJUPAT:
TABLE = MUPAT:

sINTERFACE SPEC.

14378

14379

14381 057020
14382 057022
14383 057024
14384 057026
14385 057030

$ETEND:

.WORD
.WORD

1SETUP APT PARAMETER BLOCK AS DEFINED IN THE APT-PDP11 DIAGNOSTIC

14377

14380 057020

$DDW1:
$00W2:

000000
056716
000043
001274
000000

000041

$APTHD:

$HIBTS:
$MBADR:
$TSTM:
$PASTM:
SUNITM:

.MORD
.WORD
.WORD
.WORD
.WORD

.WORD

O
$MAIL
35.
700.
O

SETEND- $MAIL/2

;s TWO HIGH BITS OF 18 81T MAILBOX ADOR.
; ; ADDRESS OF APT MAILBOX (BITS 0-15)
;sRUN TIM OF LONGEST TEST
;:RUN TIME IN SECS. OF 1ST PASS ON 128K (QUICK VERIFY)
;:EXTRA RUN TIME OF A PASS FOR EACH ADDITIONAL 128K (Qv)

;;LENGTH MAILBOX-ETABLE(WORDS)

CVMJABO MSV11-J MEMORY DIAG.
TRAP DECODER

MACRO Y05.02

Monday 07-0Oct-85

16:57

Page 438

SEQ 0383

ROUTINE

14388
14389
14390
14391
14392
14393
14394
14393
14396 057034
14397 037036
14398 0S7042
14399 057044
14400 037046
14401 057050
14402 057054

14403

.SBTTL

ROUTINE TRAP DECOODER

(0000088080008 08048808680800808000000004080048080088480800040800880000080880000000

;#THIS ROUTINE WILL PICKUP THE LOWER BYTE OF THE

“TRAP* INSTRUCTION

1#AND USE IT TO INDEX THROUGH THE TRAP TABLE FOR THE STARTING ADORESS
;#0F THE DESIRED ROUTINE. THEN USING THE ADDRESS OBTAINED IT WILL

1#GO0 TO THAT ROUTINE.
010046
016600
003740
111000
006300
016900
000200

$TRAP:

000002

MOV
MOV
15T
MOve
ASL
MoV
RTS

057076

14404

RO, -(SP)
2(SP),RO
-(RO)
(RO),RO
RO
$TR
RO

AD(RO),RO

1 1SAVE RO
1 sGET TRAP ADDRESS
; 1BACKUP BY 2
1 1GET RIGHT BYTE OF TRAP
1 1POSITION FOR INDEXING
: sINDEX TO TABLE
13160 TO ROUTINE

+3THIS IS USE TO HANDLE THE "GETPRI" MACRO

14405
14406

14407 057056
14408 057060

C11646
016666
000002

000004

057070

104401

065557

14409 057066
14410
14411 037070
14412 057074

000002

$TRAP2: MOV
MOV

RTI

$NOTRAP: TYPE

TYPEIT

$HALT2:

.DSABL
HWALT

4(SP),2(5P)

(SP),-(SP)

: sMOVE THE PC OOWN
: iMOVE THE PSW DOWN
: ;RESTORE THE PSW

MSGO06

;UNDEFINED TRAP INSTRUCTION

,MSGOO6

CRF

CVMJUABO MSV1l-J MEMORY DIAG.

TRAP TABLE

Mondey 07-0ct-85 16:57
.SBTTL

14413
14416

Page 440

TRAP TABLE

148Y THE “TRAP* INSTRUCTION.

14418

14419

;

14420

ROUTINE
eece--

.WORD

$TRAP2

054754
054600

$GTSWR
$CKSWR

;CALL=GTSWR
;CALL=CKSWR

14433 057120
14434 037122
14435 057124
{::gg 057126

055334
55464
056050
056220

SROCHR ; CALL=ROCHR
SROLIN ;CALL=ROLIN
$RDOCT ; CALL=RDOCT
$RDODEC 3 CALL=RDDEC

TRAP+11(104411) TTY TYPEIN CHARACTER ROUTINE
TRAP+12(104412) TTY TYPEIN STRING ROUTINE
TRAP+13(104413) READ AN OCTAL NUMBER FROM TTY
TRAP+14(104414) READ A DECIMAL NUMBER FROM TTY

14438 057130
1:223 057132

056406
056444

$SAVREG ;CALL=SAVREG
SRESREG ;CALL=RESREG

TRAP+15(104415) SAVE RO-RS ROUTINE
TRAP+16(104406) RESTORE RO-RS ROUTINE

14441 057134
14442 057136
{:::2 057140

034070
034100
034110

$KERNEL ;CALL=KERNEL _ TRAP+17(104417) ENTER KERNEL MODE
$ENERGIZE ; CALL ENERGIZETRAP+20(104420) TURN ON MEMORY MANAGEMENT £ TRAPS
$DEENERGI ; CALL DEENERGITRAP +21(104421) TURN OFF MEMORY MENAGEMENT & TRAPS

14445 057142

036202

SKMAP

;CALL=KMAP

TRAP+22(104422) MAP KERNEL 1 TO 1

14447 057144
14448 057146

034120
034144

SCACHN
$CACHF

;CALL=CACHON
;CALL=CACHOFF

TRAP+23(104423) TURN CACHE ON
TRAP.24(104424) TURN CACHE OFF

14450 057150
{::gé 057152

034162
034256

SLOADC
$READC

;CALL=LOADCSR
;CALL=READCSR

TRAP+25(104425) LOAD CORRECT CSR
TRAP+26(104426) READ CORRECT CSR

14453 057154
14434 057156
14435 057160
14456 057162
14437 057164
14458 057166
14459 057170
14460 057172
14461 057174
14462 057176
14463 057200
14464 057202
14465 057204
14466057206
14467 957210
14468 057212
14469 057214
14470 057216
14471 057220

047364
047412
047440
047470
047552
047574
047624
047644
047666
047706
047730
047752
047772
050010
050026
050046
050064
050102
044664

$PEROL
SPERO2
$PERO3
$PEROA
$PERO7
$PER10
$PER11
$PER12
$PER13
$PER1A
$PER1S
SPER16
$PER17
$PER20
$PER21
$PER22
$PER23
$PER24
$PER25

;CALL=PERROL
;CALL=PERRO2
;CALL=PERROS
;CALL-PERRO&
;CALL=PERRO7
;CALLSPERRIO
;CALL=PERRI1
;CALL=PERR12
;CALL=PERR13
;CALL<PERR14
;CALL=PERRIS
;CALL=PERR16
;CALL=PERR17
;CALL=PERR20
;CALL=PERR21
;CALL=PERR22
;CALL=PERR23
;CALL+PERR24
;CALL-PERR2S

TRAP+27(104427) PROGRAM DETECTED ERROR
TRAP+30(104420) PROGRAM DETECTED ERROR
TRAP+31(104431) PROGRAM DETECTED ERROR
TRAP+32(104432) PROGRAM DETECTED ERROR
TRAP+33(104433) PROGRAM DETECTED ERROR
TRAP+34(104434) PROGRAM DETECTED ERROR
TRAP+35(104435) PROGRAM DETECTED ERROR
TRAP+36(104436) PROGRAM DETECTED ERROR
TRAP+37(104437) PROGRAM DETECTED ERROR
TRAP+40(104440) PROGRAM DETECTED ERROR
TRAP+41(104441) PROGRAM DETECTED ERROR
TRAP+42(104442) PROGRAM DETECTED ERROR
TRAP+43(104443) PROGRAM DETECTED ERROR
TRAP.44(104444) PROGRAM DETECTED ERROR
TRAP+45(104445) PROGRAM DETECTED ERROR
TRAP+46(104446) PROGRAM DETECTED ERROR
TRAP+47(104447) PROGRAM DETECTED ERROR
TRAP+50(104450) PROGRAM DETECTED ERROR
TRAP.51(104451) PROGRAM DETECTED ERROR

14422 057076

SEQ 0384

1¢THIS TABLE CONTAINS THE STARTING ADDRESSES OF THE ROUTINES CALLED

14417
14421

MACRO Y05.02

057056

14423 057100
14424 057102
14423 037104
14426 057106
14427 057110
i::gg 037112

047030
054152
054126
057070
054354
057970

14430 057114
{::;3 057116

$TRPAD:

TRAP+1(104401) TTY TYPEOUT ROUTINE
;CALL=TYPEIT
$TYPE
TRAP+2(104402) TYPE OCTAL NUMBER (WITH LEADING ZEROS)
$TYPOC ;CALL=TYPOC
TRAP+3(104403) TYPE OCTAL NUMBER (NO LEADING ZEROS)
$TYPOS ;CALL=TYPOS
TRAP+4(104404) TYPE OCTAL NUMBER (AS PER LAST CALL)
$NOTRAP; $TYPON ; CALL=TYPON
TRAP+5(104405) TYPE DECIMAL NUMBER (WITH SIGN)
$TYPDS ;CALL=TYPDS
TRAP-6(104406) TYPE BINARY (ASCII) NUMBER
$NOTRAP; $TYPBN ;CALL=TYPBN
TRAP+7(104407) GET SOFT-SWR SETTING
TRAP+10(104410) TEST FOR CHANGE IN SOFT-SWR

CVMJABO MSV11-J MEMORY DIAG.

TRAP TABLE

MACRO Y05.02

Monday 07-Oct-35 16:57

:CALL=PERR26
;CALL=PERR27
;CALL=PERR30
;CALL~=PERR31
;CALL=PERR3Z2
;CALL=PERR33
;CALL=PERR34
;CALL=PERR35
;CALL=PERR36
;CALL=PERR3?
;CALL=PERR40O
;CALL~PERRAL
;CALL=PERRA2

Page 440-1

TRAP+52(104452) PROGRAM DETECTED ERROR
TRAP+53(104453) PROGRAM DETECTED ERROR
TRAP+54(104454) PROGRAM DETECTED ERROR
TRAP +55(104455) PROGRAM DETECTED ERROR
TRAP«56(104456) PROGRAM DETECTED ERROR
TRAP+S7(104457) PROGRAM DETECTED ERROR
TRAP +60(104460) PROGRAM DETECTED ERROR
TRAP+61(104461) PROGRAM DETECTED ERROR
TRAP+62(104462) PROGRAM DETECTED ERROR
TRAP+63(104463) PROGRAM DETECTED ERROR
TRAP64( 104464) PROGRAI1 DETECTED ERROR
TRAP+65(104465) PROGRAM DETECTED ERROR
TRAP+66(104466) PROGRAM DETECTED ERROR

SEQ 0385

14472 057222
14473 057224
14474 057226
14475 057230
14476 057232
14477 057234
14478 057236
14479 057240
14480 057242
14481 057244
14482 057246
14483 057250
14484 057252

030272
050312
043112
030502
050600
050646
050726
050760
051014
051044
051030
057070
037070

$PER26
$PER27
$PER30
$PER31
$PER32
$PER33
$PER34
SPER3S
$PER36
$PER37
$PERAO
$NOTRAP
$NOTRAP

14487 057256
14488 057260
14489 057262
14490 057264
14491 057266
14492 057270
14493 057272
14494 057274
14495 057276
14496 057300
14497 057302
14498 057304
14499 057306
14500 057310
14501 0573:2
14502 057%i4
14503 057316
14504 057320
14505 057322
14506 057324
14507 057326

034436
034472
0343504
034520
(34560
034602
034622
034736
034766
035102
035132
035144
035154
035170
0345332
034546
034276
035250
035300
035550
035366

TRAP+70(104470) DISABLE ECC ON ALL CSR'S
$ECCOIS CALL=ECCDIS
DISABLE ECC ON 1 SELECTED CSR
TRAP+71(104471)
CCIDIS
$ECC1DIS;CALL=E
S$ECCINIT;CALL=ECCINIT _ TRAP+»72(104472) INITIALIZE ALL MK11 CSR'S
$ECCLIINIT;CALL=ECCLINIT TRAP+73(104473) INITIALIZE 1 SELECTED MK11 CSR
$CBCSR_ ;CALL=CBCSR
TRAP+74(104474) WRITE GENERATED CHECKBITS IN ALL CSR'S
$CB1CSR ;CALL=CBICSR
TRAP+75(104475) WRITE GENERATED ChcCKBITS IN 1 SELECTED CSR
TRAP+76(104476) WAS THERE A SRE ON ANY CSR?
$WASSBE ;CALL =WASSBE
SWAS1SBE
; CALL=WAS1SBE
TRAP+77(104477) WAS THERE A SBE ON 1 SELECTED CSR?
TRAP+100(104500)WAS THERE A DBE ON ANY CSR?
$WASDBE ; CALL =WASDBE
TRAP+101(104501)WAS THERE A DBE ON 1 SELECTED CSR?
$WAS10BE,CALL=WASIDBE
TRAP+102( 104502 )CLEAR ALL CSR'S
$CLRCSR ;CALL=CLRCSR
TRAP+103(104503)CLEAR 1 SELECTED CSR
$CLRICSR;CALL=CLRICSR
$CHKDIS ;CALL=CHKDIS
TRAP+104(104504 )DISABLE ECC & WRITE CKBITS FROM ALL CSR'S
TRAP+105(104505)DISABLE ECC &€ WRITE CKBITS FROM 1 CSR
IS
i CALL=CHKIDIS
$CHKID
TRAP+106( 104506 JENABLE TRAPS ON SBE'S FROM ALL CSR'S
$ENASBE ;CALL=ENASBE
TRAP+107(104507)ENABLE TRAPS ON SBE'S FROM 1 SELECTED CSR
S$ENAISBE ;CALL=ENALISBE
TRAP+.110(104510)TEST LOC (R1) & TST FOR SBE (WITHOUT FETCHES
$TSTRD ;CALL=TSTREAD
TRAP+111(104511)INVALIDATE BACKGROUND PATTERN ON BANK
$INVALIO;CALL=INVALIO
S$ERRGEN ; CALL =ERRGEN
TRAP+112(104512)TEST ERROR ADORESS
TRAP+113(104513)ENABLE CHECK BIT REGISTER
$CBREG ;CALL =CBREG
TRAP+114(104514 )ENABLE SYNDROME BIT REGISTER
$SYNREG ;CALL=SYNREG

14512 057340
14513 057342

057070
057070

i::gg 057254

14508 057330
14509 057332
14510 057334
14511 057336

14516

$NOTRAP ;CALL=PERR43

057970

177776

TRAP+67(104467) PROGRAM DETECTED ERROR

$NGTRAP
SNOTRAP
S$NOTRAP
SNOTRAP
SNOTRAP
SNOTRAP

037070
057070
057070
057070

177776

s1ILCIREV B
11ILC;REV B

;STATUS REGISTER

CVMJUABO MSV1l-J MEMORY DIAG.
TABLE
ERROR POINTER

;osNOTEL:
; ¢NOTE2:

Page 444

SEQ 0386

ERROR POINTER

IF $ITEMB IS O THE ONLY PERTINENT DATA IS (ERRPC).

EACH ITEM IN THE TABLE CONTAINS 4 POINTERS EXPLAINED AS FOLLOWS:
1 iPOINTS
1 :POINTS
: :POINTS
; ;POINTS

18
&
[
e

057344
037344
057346
057350
057352

062032
064242
060370
060751

037354
057356
057360
057362

061017
063551
060214
060627

057364
037366
037370
057372

061035
063631
060232
060744

057374

061107
063631
060242
060744

057376
0357400

057402

14558
14559 057414
14360 057416
14561 057420

060252
060627
061232
060252
060627

057424
057426
057430
057432

061257
063665
060252
060627

057434
0357436

063243
064764

057440
057442

$ERRTB:

061155

14362 057422

14369
143570
14371
14572

TABLE

16:57

;#THIS TABLE CONTAINS THE INFORMATION FOR EACH ERROR T+A1 CAN OCCUR.
;oTHE INFORMATION IS OBTAINED BY USING THE INDEX NUMBIR FOUND IN
1oLOCATION $ITEMB. THIS NUMBER INDICATES WHICH ITEM IN TME TABLE IS PERTINENT.

037404
057406
037410
14537 057412

14563
14564
14565
143566
14367
14368

Monday 07-Oct-85
.SBTTL

14319
14320
143521
14322
14323
14524
14523
14326
14527
14328
14529
14330

14331
14332
14333
14534
14333
14336
14337
14538
14339
14540
14341
14542
14343
143544
14343
14346
14547
14548
14349
14330
14331
14352
14533
14554
14555
14356

MACRO Y05.02

0603546
060627

TO
TO
TO
TO

THE
THE
THE
THE

ERROR MESSAGE
DATA HEADER
DATA
DATA FORMAT

CVHUABQ MSV11-J MEMORY DIAG.
TABLE

14575
14376
14377
14578
14379
14380
14381
14582
14383
14384

ERROR POINTER

MACRO Y05.02

Monday 07-0Oct-85

s ERROR

057444
057446

EMLL

057450
057452

061317
064011
060304
060653

057434
0574356
037460
057462

061317
064011
060304
060666

EM1l
DH7
oT7
4
DF

057464
0357466
037470
057472

061341
064121
060334
060627

Eni2

14391 057474
14392 037476
14593 057500
14394 057502
1439
143%6 037504
14597 037506
14398 037310
14599 057512
14600
14601 057514
14602 037516
14603 057320
14604 057522
14605
14606 037324

061317
064011
060304
€60701

EM1l
DH7
017
OFS

061317
064011
060304
060714

EM11
OH7

057526
057330
0573532

061417
064242
060370
060751

077
OFé
s ERROR
EM1I3
DH13
OT13
OF11
;:ERROR
EM14
DH13
DT13
DF1}l

057534
057536
057540
057542

061463
064242
060370
060751

EM1S
DH13
0713
DF1l

057344
057346
14618 0575350
14619 0575352
14620
14621 037534
14622 057356
14623 037360
14624 037562
14623
14626 0357564
14627 057566
146208 057570
14629 057572

063272
065022
060560
060627

EMSS

14589
14586
14387
14588
14389
14390

14607
14608
14609
14610
14611
14612
14613
14614
14613
14616
14617

061365
064242
060370
060751

061331
064011
060304
060701
063112
064636
060504
060762

OH7
DY?
DF3

s ERROR

: ERROR

DH10
bT10
DF2

: ERROR

; ERROR

16:57

Pege 446

SEQ 0387

CVRMJABO MSV11-J MEMORY DIAG.
TABLE
ERROR POINTER

14632
14633
14634
14633
14636
14637
14638
14639

037574
057576

037600
057602

061571
064242
060370
00751

057604
037606
037610
14641 057612

261643
064242
060370
060751

14643 037614
037616
057620

000000

037622

064233
060364
060627

057624
037626
037630
057632

061722
064217
060356
c60627

037634
057636
0357640
057642

061756
064242
060370
060751

057644
037646
0576350

000000

057652

064337
060412
060627

057634
037656
0357660
037662

062003
063665
060252
060627

057664
037666

062111
064416
060430
060727

037674
037676
037700
057702

062136
064533

057670
037672

060460
060653

MACRO

Y05.02

Monday

1 ERROR

EM19
DH13
0713
DF1l1

Oct 85 16:57

Pege 448

iNO MESSAGE

:NO MESSAGE

SEQ 0388

CVMUABO MSV1l J MEMORY DIAG.
TABLE ~ ERROR POINTER

14679

14680 057704
14681 087706

063216
064764

MACRO Y05.02

Mondey 07-Oct-85 16:57

JERROR 35

EmS2
OH2S

164682 057710
14688 087712

060546
060627

D125
OF2

14683 057714

062207

14684

14686 057716

064535

ERROR 36

DH16

14687 057720

060460

DT17

14691 037726
14692 057730
14693 087732

064011
060304
060653

OH?
0T7
DF3

14695
164696
14697
14698

057734
057736
057740
0357742

062277
064011
060304
C606S3

EM29
OH?
017
OF3

14700 057744
1701 057746
14702 0857750
14708 087732

EN30
OM?
D17
DFS

14708 057754
14706 087756
14707 057760
14708 037762

063413
06ASST
060504
060762

60
OH20
0T23
OF13

062471
064011
060304
060653

Ens2
DHY
017
OF3
ERROR
3
oH?
D17

14688 057722

060742

14689
14690 057724 062704

14694

14699

16704

14709

14710 057764
14711 057766
14712 057770
14713 057772
14714
14715 057774
14716 057776
14717 060000

OF8

ERROR 37
tnss
LERROR 40
JERROR 41

LERROR 42

LERROR 43

14716 060002

062576
064011
060304
060653

14720 060CO4
14721 060006
14722 060010
14723 060012

063146
064715
060526
060772

tns1
OH24
D724
DFie

1472% 060014
14726 060016
14727 060020

062771
063744
060270

EM3S
DHE
D76

164719
14724

14728 060022

060627

OF3

,ERROR 45
LERROR 46

OF2

Page 450

SEQ 0389

CVMJUABO MSVil-J MEMORY DIAG.
TABLE

ERROR POINTER

14731
14732 060024
14733 060026
14734 060030
1473S 060032
14736
14737 060034
14738 060036
14739 060040
14740 060042
14741
14742

14743
14744
14745
14746
14747
14748
14749
14750
14751
14752
14753
14754
14755
14756
14757
14758
14759
14760
14761
14762

14763
14764

14765
14766
14767
14768
14769
14770
14771
14772
14773
14774
14775
14776
14777
14778
14779
14780
14781
14782
14783
14784
14785
14786
14787

063040
063606
060466
060627

063313
065040
060566
060626

MACRO Y05.02

Monday

;ERROR

EMA0
DH2
D120
OF2
; ERROR
EMS6
OH27
DF1

:ERROR

; ERROR

s ERROR

; ERROR

DH24
DT24
DF 14
;ERROR

;sERROR

DF14
;ERROR

064715
060526
060772
062277
064242
060370
C60751

EM29
DH13
D113
OF11

062111
065114

060606
061010

EM2S
DH30
0130
DF16

063345
065114
060606
061010

EMS7
DH30
0130
DF16

061643
064715
060526
060772

EM20

061643
065114

EM20
DH30
0130
DF16

061571
064715
060526
060772

EM19
DH24
0T24

061365
064557
060504
060762

emi3
DH20
D123
DF13

061643

; ERROR

EM61
DH24
0T24
DF14

062361
064557
060504
060762

Oct 85

D127

063455

060606
061010

s ERROR

EM30
DH20
D123
DF13
; ERROR
EM20

16:57

Pege 452

SEQ 0390

CVMJABO MSV11
TABLE

J MEMORY DIAG.

ERROR POINTER

14788 060156
14789 060160
14790 060162

064715
060526
060772

14792 060164
14793 060166
14794 060170
14798 060172
14796
14797 060174
14798 060176
14799 060200
14800 060202
14801
14802 060204
14803 060206
14804 060210
14805 060212

061756
064715
060326
060772

14791

MACRO

Y05.02

HMonday

DMes
D124
DF14
; ERROR
gmM22

Oct-85

DH24

063476
063665
060252
060627

0724
DF 14
;sERROR
EM62
DHS
DTS
DF
2

061756
064557
060504
060762

EM22
DH20
0123
DF13

; ERROR

16:57

Page 452-1

SEQ 0391

CVMJUABO MSV11-J MEMORY OIAG.

ERROR DATA TAG.
14807
14808 060214
060222
14809 060226
14810 060232
060240
14811 060242
060250
14812 060252
060260
060266
14813 060270
060276
14814 060304
060312
060320
14815 060322
060330
14816 060334
060342
060350
14817 060356
14818 060364
14819 060370
060376
060404
14820 060412
060420
060426
14821 060430
060436
14822 060444

060452
14823 060460
14824 060466
060474
14825 060476
14826 060504
060312
060520
14827 060526
060334
060542
14828 060546
060554
14829 060560
14830 060566
060574
060602
14831 060606
060614
060622

MACRO Y05.02

Monday 07 Oct 85

16:57

Page 453

002020

002034

002044

DT1:

.SBTTL
.WORD

ERROR DATA TAGS (DT)

000000
000000

ERRPC, ADDRESS,GCOD.BAD.O

002052
002020
002020
000000
002020

002036

002072

pT2:
pT3:

. WORD
.WORD

ERRPC,0

002034

002070

DTA:

.WORD

ERRPC, ADDRESS ,NEMCNT, 0

177576

177572
172516

177374
177766

DTS:

.WORD

,MMR3 ,CPUERR, 0
,MMR2,MMR1
ERRPC ,MMRO

002422
002402
002176
002044

002400
000000
002034
002052

DT6:

.WORD

ERRPC,APTPAR,LSIZE ,APTECC,MSIZE,O

DT7:

.WORD

, BAD , BADXOR
,DUMMY ,GOOD MMY
C,DU
,ADDRESS
ERRP

002176
000000
002202
002210
002216
002150
000000
002176
002246

002176

.WORD

DUMMY ,DUMMY , DUMMY , DUMMY , 0

0T10:

.WORD

DETRO,DETR1,DETR2,DETR3,DETR4
,DETRS ,DETSP,DETPSW,0

OT11:
oT12:
DT13:

.WORD
.WORD
. WORD

ERRPC,CSR,0
CSR,0

DT14:

.WORO

CONTRL ,MMRO,MMR1 ,MMR2,MMR3,CPUERR, 0O

. WORD

ERRPC,DUMMY
, DUMMY , GOOD,GOOD2,G0003

.WORD

,DUMMY O
8AD,BAD2,BAD3,DUMMY

000000
002020
000000
002020
002424
002020

002176
002060
002176
002176
002200
C02206
002214
002020
002150
002020
002176
002314
177746
177576
000000
002020
002044
002052
002176
002020
002020
000000
002020
002020
002052
002176
002020
002176
002176
002020
002152
002020
002020
002176
002176
002020
002044
002176

002204
002212
000000
000000

0
ERRPC,PADDRESS,PARCNT,

0
ERRPC, DUMMY ,ADDRESS ,DUMMY , TSTDAT, TSTDAT+2,CHECK,CSR,

002150
177572
172516

002034
002250
000000
177574
177766

002176
002046
002054
002176
002176
002044

002176
002050
002056
000000
000000
002052

DT16:

DT17:
DT20:

. WORD
. WORD

0
ERRPC,DUMMY,
ERRPC,GO0D,BAD,0

002176
002176
002176
002176
002176
002176
000000
002044
000000
002052
002176
002176
000000
002176
002052
000000

000000
002044
002176
000000
002150
002176

DT22:
DT23:

. WORD
. WORD

ERRPC,DUMMY
O
ERRPC, DUMMY ,GOOD,BAD, DUMMY , DUMMY , DUMMY ,DUMMY , O

DT24:

. WORD

ERRPC,DUMMY,CSR,
DUMMY , DUMMY , DUMMY , DUMMY , O

002150

DT25:

.WORD

0
ERRPC,GO0OD,CSR,CSRNO,

000000

DT26:
0T27:

. WORD

.WORD

ERRPC,BAD,O
ERRPC,DUMMY ,ADDRESS , DUMMY , DUMMY , DUMMY , DUMMY , O

DT30:

.WORD

ERRPC, DUMMY ,DUMMY ,GOOD ,BARD,CSR,DUMMY
,0

002034
nN2176

002176
002150

SEQ 0392

CVMJUABO MSV11-J MEMORY DIAG.
ERROR DATA FORMATS (DF)

06065¢

060661
060664
14838 060666
060671

14839

14840

14841

14842
14843

OF3:

.BYTE

0.5.0,8.,0,0,0,3,6,2.4

OF4:

.BYTE

0,5.0,8.,0,8.,8.,3,6.2.4

DFS:

.BYTE

0,5,0,8.,9.,9.,9.,3.6,2,4

DF6:

.BYTE

0,5,0,8.,9..,8.,8.,3.6,2.4

DF7:

.8YTE

0,5.8.,0,0,9.,0,0,9..2,4

DF8:
DF9:

.BYTE
.BYTE

0,1.1.1.1

OF11:

.BYTE

0.5,0.,8.,0,0,0,0,0

DF13:

.BYTE

olS.°.°.306l20‘

000
002

OF14:

.BYTE

0.5.0,3,6,2.4

000

OF15:

.BYTE

0,5,0.,8.,3.,6,4

010
003

OF16:

.BYTE

0.5'81 'o.o'3l4

061016

010

002
003
000
010
004
000
000
004

Page 455

SRROR DATA FORMATS (DF)

060674
060677
060701
060704
060707
060712
060714
060717
060722
060725
060727
060732
060735
060740
060742
060744
060747

14844 060751
060754
060757
14845 060762
060765
060770
14846 060772
060775
061000
14847 061001
061004
061007
14848 061010
061013

Mondsy 07 Oct 85 16:57

.SBTTL
.BYTE
.BYTE

§ §83 888888

14834
14835 060626
14836 060627
060632
060635
060640
060643
060646
060651
14837 060653

MACRO Y05.02

0.0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0.0

0.5

SEQ 0393

CVMUABO MSVil J MEMORY DIAG.

ERROR MESSAGES (EM)
14851
14857 061017
061022
061025
061030
061033
061036
061041
061044
061047
061052
14858 061055
061060
061063
061066
061071
061074
061077
061102

061105

14859 061107
061112

061115

061120
061123
061126
061131
061134
061137
061142
061145
061130
0611353
14860 061135
061160
061163
061166
061171
061174
061177
061202

061205
061210
061213

061216
061221
061224
061227
14861 061232

061235

061240
061243
061246
061251
061254
14862 061257
061262

103

047

123
040
040

101
124

105

062

102

040
104
111

115
063
101
124
105
117
123
111
102
113

000

117
105
123
116
115
117

040

117
123
111
102

MACRO Y05.02

Monday 07-0Oct-85 16:57

Page 457

EM2:

.SBTTL
.ASCIZ

ERROR MESSAGES (EM)
/CAN'T SET 22 BIT MODE IN MMR3/

EM3:

.ASCIZ

/PARITY ERROR(S) IN BANK 0O/

116
130
124
124
105
122
050
114
051
116
101
040

EM4:

.ASCIZ

/NON-EXISTANT MEMORY (HOLES) IN BANK 0/

114
101
117
122
105
105
111
124
103
117
050
101
124
061
000
105
105
105
124
120

EMS:

.ASCIZ

/ILLEGAL OP RESERVED INSTRUCTION (TRAP TO 10)/

EM6:

.ASCIZ

/UNEXPECTED TRAP TO 4/

EM7:

.ASCIZ

/MEMORY MANAGEMENT (TRAP TO 250}/

116
040
124
062
111

115
105
116
115
000
122
131
122
122
051
116
101
040

117

000

115
131

SEQ 0394

CVMJABO MSV11-J MEMORY DIAG.
ERROR MESSAGES (EM)
061265
061270
061273
061276
061301
061304
061307
061312
061315
14863 061317
061322

14864

14865

14866

14867

040
116

105
116
050
101
124
062
051
115

101

115
124
124
120

117
065

117

000
105
122
104
101
122
122

117

111
104
122
122

117

040
124
108

104
101
105
105

104
120
115
123
107
130
103
104
102
106
107
127
124
102
105
101
105
124
103
101
123
040
101
106
114
040
040

124

14868

115

116
122
120
127
110
102
106
107

115

105

125

000
111
111
040
120

124
040
105
114
000
122
105
131
040
111
104

MACRO Y05.02

Monday 07-Oct-85

16:57

Page 457-1

101
107

105

040
122

040
040
060

115
131
101
040
122
000
124
114
040
122
040
115

EM11:

.ASCIZ

/MEMORY

DATA ERROR/

EM12:

.ASCIZ

/DETAILED ERROR DULMP/

EM13:

.ASCIZ

/MISSING EXPECTED SBE FLAG/

EMia;:

.ASCIZ

/WRITE BYTE FAILED TO CLEAR SBE FLAG/

EM1S:

.ASCIZ

/FAILED T0 GET

EM17:

.ASCIZ

/7MEMORY DATA ERROR IN CHECK BITS/

117

114
122
102
106

107
101

105

124
107
040
124
122
124
111
040
105
114
000

105

INTERRUPT WiTH DBE FLAG/

SEQ 0395

CVMJABO MSV11-J MEMORY DIAG.

ERROR MESSAGES (EM)
061534
061537
061342

117

040

124
105
117

111
103
103
102

14869

123
123
055
105
101
105
120
111
040

14870

101
127
116
116
102
105
123
055

105

111
116
040

125

14871

040
122
131
122
040
105
105
102
104
123
0335

105

116
101
105
124

124
117

14872

000

115
123
107
130
103
104
102

122
104
101
122
122
116
110
113

MACRO Y05.02

Monday 07-0ct-85 16:57

Page 457-2

131

101
040
122
040
040
105
040
124

105
102
103
123
040
122
131
122

EM19:

.ASCIZ

/SBE-DBE CAUSED PARITY TRAP WHEN INHIBITED/

EM20:

.ASCIZ

/SBE-DBE DID NOT CAUSE PARITY TRAP WHEN ENABLED/

EM21:

.ASCIZ

/SBE-DBE ON MASTER TEST WORD/

£EM22:

.ASCIZ

/MISSING EXPECTED DBE/

040

105
111
111

124

000
105
102
104
040

124

101

105

101

124
124
120
110

040
101

105

105
102

117

115
124

040

123
127
104

123
116
105
105
105
104

000

SEQ 0396

CVMJABO MSV11-J MEMORY DIAG.
ERROR MESSAGES (EM)
14873 062003
062006
062011
062014
062017
062022

062025
062030
14874 062032
062035
062040
062043

14875

14876

125
130
103
104
101
124
124
120
122
105
105
104
040
101
127
116
130
103
116
117
131
102
106
107
103
103
102
040
124
105

117

101
122
123
101
124
105
117
104

040

124

14877

101
105
102
124

105

040
110
111
115

105
117
124

040
111

122
0S5

116
120
124
040
122

131

122
000
105
111
104
102
106
107
110
040
120
124
107
116
040

105
114
000
110
113
111
104
101
122
122
104

105

040
122

131
122
122
111
116
040
125
C40
117
000
103
111
111
124
117
040
111

105
106
114
105

040

MACRQ

Y05.02

Monday 07-Oct-85

16:57

Pege 457

105
105
105
120
111
040
101

EM23:

.ASCIZ

/UNEXPECTED PARITY TRAP/

103

EM24:

.ASCIZ

/RECEIVED DBE FLAG WHEN EXPECTING ONLY SBE FLAG/

105

EMeS:

.ASCIZ

/CHECK BIT DATA ERROR/

104
123
120
111

EM26:

.ASCIZ

/ADDRESS PARITY ERROR DID NOT CAUSE ABORT/

EM27:

.ASCIZ

/ECC INHIBIT MODE POINTER FAILURE - DID NOT PROTECT BANK/

126
040

105
114

040
105

105
105
111

040

114
123

040
101

040
124
101
040
122
000

040
122
040

104
117
103
123
101
122
103
116
102

040
104

120
116
122
101
125

040
104

SEQ 0397

CVMJUABO MSVil-J MEMORY DIAG.

ERROR MESSAGES (EM)
062253
062256
062261
062264
062267
062272
062275
14878 062277
062302
062305
062310
062313
062316
062321
062324
062327
062332
062335
062340

062343
062346
062351
062354
062357
14879 062361

062364
062367
062372
062375
062400
062403
062406
062411
062414
062417
062422
062425
062430
062433
062436
062441
062444
14880 062445
062450
062453
062456
062461
062464
062467
14881 062471
062474
062477
062502
062505
062510
062513
062516

111
116
040
117
103
102
113
103
122
124
116
101
125

040

124
105

040
101

105
117
106
103

040
105

127
124

102

105

111
040

103
116
114

040
111
104

117

114
122
101

040
200

106
103
040
105
117
124
116
115

MACRO Y05.02

104
117
120
124

040
124
122
105
040
116

117
105
111

122

124
101
000

040
111
122

127

110
103
105
102
104
116
117
105
123
000
122
105
131
040
124
105
040
101

105

106
114
040
040
105
040
124
101

117
105
123

103
117
106

Monday 07-0Oct-85 16:57

Page 457-4

SEQ 0398

EM29:

.ASCIZ

/CORRECTION FAILURE WITH ECC ENABLED ON FORCED SBE/

EM30:

.ASCII

/WRITE BYTE WITH ECC ENABLED FAILED TO CLEAR DATA AT/<CRLF>

.ASCIZ

/FORCED SBE LOCATION/

.ASCIZ

/MOVB #360,(R2)+ WITH ECC ENABLED CHANGED DATA AT FORCED DBE LOCATION/

114

105

111
040
103
116
114
040
040
122
104
102
111
040

124
127
110
103
105
102
104
101
105
124
103
101
104
101
124
122
104

C40

103

111
000

117

040
066
050
051

127

110

103

EM32:

CVMJABO MSV11-J MEMORY DIAG.
ERROR MESSAGES (EM)
062521
062524
062527

040
101

105
103
116

062532
062335
062540
062543
062546

040

062565

114

062551
062554
062557
062562

062570

062573
14882 062576

062601
062604
062607
062612

104
101

040
122
104
102
101
117
115

MACRO Y05.02

Monday 07-0Oct-85 16:57

Pege 457-5

116
114
040
101
105
104
101
124
117
105
104

EM33:

LASCIZ

/MOV #177400,(R1) WITH ECC ENABLED CHANGED DATA AT FORCED DBE LOCATION/

EM35:

LASCIZ

/UNEXPECTED CORRECTION WITH ECC DISABLE ON FORCED SBE/

062615
062620
062623
062626
062631
062634
062637
062642
062645

062630
062653

14883

SEQ 0399

CVMJUABO MSV11-J MEMORY DIAG.
ERROR MESSAGES (EM)
14884 062771
062774
062777
063002
063005
063010
063013
063016
063021
063024

063027
063032

063035

14885 063040

063043

063046
0630351
063034
063057
063062
063065
063070
063073
063076
063101
063104
063107
14886 063112
063113
063120
063123
063126
063131
063134
063137
063142
063145
14887 063146
063151
063154

063157
063162
0631635
063170
063173
063176

063201
063204
063207
063212
063213
14888 063216

063221

063224
063227
063232
063235

101
040
132
104
101
105
040

124
120
107
113
111

116
102
116
040
102
105
101
105
103
104

120
123
105
111
107
105
127
110
122
122
040
132

107
122

103
107
102

040
111
104

117
111

117
103
105
124
124
101
105
117
101
122
123
105
122
105

MACRO Y05.02
124

111
049

16:57

Page 457-6

EM36:

.ASCIZ

/APY SIZE DISAGREES WITH PROGRAM SIZING/

EMA0:

.ASCIZ

/BRANCH GOBBLE FAILED CONDITION CODES TESY/

EMS50:

.ASCIZ

/BAD ERROR ADDRESS GENERATED~/

EMS51:

.ASCIZ

/FLAGS NOT SET ON FORCED UNCORRECTED SBE/

EMS2:

.ASCIZ

/BIT SET ERROR IN CSR/

123

122
123
111
040

117
101

123
111
000
101
110
117
114
106
114
040
116
124
116
117

123
105

000
104
122
122
104

105
040
116
101
104

114
123
117
123
040
040
122
104
116
122
103
104
102

101
040

111

124

040
122
040
040

105
117

123

Monday 07-Oct-85

124
105
117
106
103

040

103
122
124
040
105

105
111

103

SEQ 0400

CVMUABO MSV11-J MEMORY DIAG.
ERROR MESSAGES (EM)
063240
14889 063243
063246
063251
063254

063237

063262
063265
063270

14890 063272
063275
063300
063303
063306
063311
14891 063313
063316
063321
063324
063327

063332
063335
063340
063343
14892 063345
063350
063333
063356
063361
063364

063367
063372
063373
063400
063403
063406
063411
14893 063413
063416
063421
063424
063427
063432
063435

14894

123
102

040

103

040
122
040
040

122
111

105
114
123
124
103
102

040

122
131
122
040
116
101
104

127

116
103
103
102
040
101
102

113
122

040

115
131
127
116
123
104
113
102
123
105
040
124
103

122
111
103
101

000
124
114
122

111

122
116
123

105
117

103

000
114
107
040
122

131

000
101
120
111
040
101
107

105
124
000
122

107

110
113
111
122
104
101
040

117

115
117
000
122
107
131
122
105
111
040
101
111
117
123

Monday 07-Oct-85 16:57

Page 457-7

EMS53:

.ASCIZ

/81T CLEAR ERROR IN CSR/

EMSS:

.ASCIZ

AL CSR TYPE/
/ILLE'

104
101
124
124
120
105
122

EMS6:

.ASCIZ

/BAD PARITY TRAP GENERATED~/

117

EMST:

.ASCIZ

/WRONG CHECK B8IT READ BACK FROM MEMORY/

EM6O0:

.ASCIZ

/WRONG SYNDROME BITS READ INTO CSR/

122

114
101

103

040

120

105

040
105
040

124
105

040
103
106

115
105
122
117

040

116
117

040

124
122
104
116

040

122

123
123
101

122
120
124

€EM61:

.ASCIZ

/CSR UPDATE ERROR/

122
000
122
105

117
123

EMé62:

.ASCIZ

/PROCESSOR NOT SUPPORTED 8Y THIS DIAGMOSTIC/

040

14895

MACRO Y05.02

105
117

SEQ 0401

CVMJUABO MSV11-J MEMORY DIAG.
ERROR MESSAGES (EM)
063304
063307
063312
063513

123

040
124

123
117
103
102
124
123
111
116
124
000

117

116
040

MACRO Y05.02
122
117
123
120
124
040
040
111
104
107

123
103

Mondey 07-Oct-85 16:57

Page 457-8

SEQ 040°

CVMJABO MSV11-J MEMOPY DIAG.
ERROR DATA HEADERS (DN)
14898
14899 063551

040

063357

040

MACRO Y05.02
120

Mondasy 07-0Oct-85 16:57

Pege 459

DH1:

.SBTTL
.ASCIZ

ERROR DATA HEADERS (DH)
GOOD
DEV ADD
s PC

SEG 0403
BAD/

103

040

063562
063565
063570
063573
063376
063601
063604

126
104
040
117
040
040
104

040
104
040
117
040
102
000

101
040
107
104
040
101

063611
063614
063617
063622
063625
063630

163
040
055
040
055
000

040
107
103
102
103

040
104
103
104
103

120

DOH2:

.ASCIZ

GOD-CC BD-CC/

063634
063637
063642
063645
063630
063653
063656
063661
063664

103
040

040

120

DH3:

.ASCIZ

1ST ADD

120

DHS:

.ASCIZ

MMRO

MMR1

MMR2

MMR3

DH6:

.ASCIZ

APTPAR

LSIZE

APTECC

MSIZE/

063354

14900 063606

14901 063631

040

124
104
040
117
105
117
000

104

040

040
061
040
104
043
106
122
122

040

14902 063665

040

063701

060

040

122

Q00

063670
063673
063676

103
040
115

063704
063707
063712
63715
063720
063723
063726
063731
063734
063737

040
115
040
040
122
040
115
063
040
125

14903 063744

040

063742

063747
063752
063755
063760
063763
063766
063771
063774
063777
064002
C64005

103
040
124
122
040
111
040
120
103
J40
111

105

040
123
101
040
040
040
122
123

040
040
115

040
040
122

040
122
040
115
062
040
115
040
103
105

115
061
040
115
040
040
122
040
120
122

040

040
101
120
040
114
132
040
124
103
115
132

& OF ERRORS/

040

120

040
120
101
040
123
105
101
105
040
123
105

CPUERR/

MORY DIAG.

VMJABO MSV1}]OAT MaZeRs r)
EXROR

14904 064011
064014

040
103

040
040

064037
064022
064025
064030
064033
064036
064041
064044
064047
064052
14905 064055
064060
064063
064066
064071
064074
064077
64102
064105
064110
064113
064116
14906 064121
064124
064127
064132
064135
064140
064143
064146

040
101
040
101
040
040
101
040
040
117
040
040
101
040
040
122
103
040
124
040
124
101
040
060
040
040
040
040
122
040

040
116
040
104
040
040
104
040
040
117
040
040
104
040
130
040
123
040
131
111
040
124
240
040
040
122
040
040
062
040

064154

063

040

064162
064165
064170
064173
064176
064201
064204
064207
064212
064215
14907 064217
064222
064225
064230
064233

040
040
040
122
040
040
120
040
040
127
040
103
040
040
122

064245
064250
064253
064256

103
040
101
040

122
040
040
065
040
040
040
040
120
000
040
040
040
103
000
103
000
040
040
040

064151

064157

14908 064235
064240
14909 064242

040

040
122
040

G40
040

116
040

MACRO Y05.02

Monday 07 Oct-85

16:57

.ASCII

.ASCIZ

DH19D:

.ASCIZ

DHil:

.ASCIZ

CSR/

123

DH12:

.ASCIZ

/ CSR/

120
040
102
113
126

DH13:

.ASCII

120
040
10
11
126
104
040

DH7:

BANK

Peage 459-1

SEQ 0404
PADD

VADD

GOOD~/

120
104

040

107
104
040
102
040
040

XOR

B8AD

CSR

MTYP

INT PAT/

117

040
122

115
120
116

120

000
122
040
040
061
040
040
040
040

122

040
040
064
040
040
040
040

123

040
040

123

120
040

040

123

BANK

VADD

PADD

WROTE1

WROTER2/

spP

PSHW/

CVMJABO MSV1l-J MEMORY DIAG.
ERROR DATA HEADERS (DH)
064261
064264

064267
064272
064275
064300
064303
064306
064311
064314
14910 064317
064322
064325
064330
064333
064336
14911 064337
064342
064345
064350
064353
064356
064361
064364
064367
064372
064375
064400
064403
064406
064411
064414
14912 064416
064421
064424
064427
064432

MACRO Y05.02

101
040
040
101
040
040

104
040
120
104
040
122

061

040

117

127
124

Monday 07-Oct-85 16:57

Pege 459-2

SEQ 0O4a0~

105

117

CSR/

.ASCIZ

/ CHKBITS

DH14:

LASCIZ

/CONTRL

MMRO

MMR1

MMR2

MMR3

CPUERR/

DH1S:

.ASCII

BANK

PADD

GD WD1

GD-uWD2

GD CHK/

.ASCIZ

s BAD-WD1 BAD-WD2

040

113
124

040

103

000

103

124
040

115

060
040

115

040

0644335

064440
064443
064446
064451

064454
064457
064462

064465
064470
14913 064473
064476
064501
064504
064507
064512
064515
064520
064523
064526

116

BAD-CHK INT PAT/

CVMUABO MSV11-J MEMORY DIAG.
ERROR DATA HEADERS (DM)

14914

14915
14916

14917

14918

14919

064531
064534
064335
064540
064543
064 346
064551
064552
064555
064557
064562
064565
0643570
064573
064576
064601
064604
064607
064612
064615
064620
064623
064626
064631
064634
064636
064641
064644
064647
064652
064655
064660
064663
064666
064671
064674
064677
064702
064705
064710
064713
064715
064720
064723
064726
064731
064734
064737
064742
064745
0641750
064753
064756
064721
064764
064767
064772

120
000
040

103
040
101
000
040

103
040
103

MACRO Y05.02

Monday 07-Oct 85 16:57

Cage 459 3

SEQ 0406

124
BANK/

120
040
102
113

DH16:

.ASCIZ

120

DH19:

.ASCIZ

PC/

DH20:

.ASCIZ

BANK GD-CSR

CSR

MTYP INT

PAT/

DH23:

.ASCIZ

©PC

BANK GD-ERR BAD-ERR CSR

MTYP INT

PAT/

DH24:

.ASCIZ

BANK

DH25:

.ASCIZ

GO-DAT

(CSR)

040
101
240
055

122
030
122
040
122

115

120
116
040
124
040

103

040
101
040
055
122
101

105

040
122

115
120
116

040

124
040
103
040
101
040
103
051
123
040
131
112
040
101
040
103
040

102
113
104
122
102
055
122
123
040
131
111

040

101

120
040
102
113
050
122
103
040
124
040
124
120

000
120
040

107

(CSR) CSR

(CSR)

MTYP INT

CSRNO/

PAT/

CVMJABO MSV11-J MEMORY DIAG.
ERROR DATA MEADERS (DH)
064778

065000
065003
065006
065011
065014

065017
14920 045022
0650ZsS
065030
065033
065036
14921 065040

065043
065046

065051
065054
065057
065062
065065
065070
065073
065076
065101
065104
065107
065112
14922 065114
065117
065122
065125
065130
065133
065136
065141
065144
065147
065152
065155
065160
065163
065166
06517}

104
101
040

123

040
103
116
040
103
102
103

103

040

103

040
101
040
101
040
040
101
040
103
040
124
040
124
040

103

040

101
040

120
104

040
122

105
040
105

040

123

040
124

055
124
050
122
040
123
117
040
040
101

MACRO Y05.02

Monday 07-Oct 85

16:57

Page 459-4

SEQ 0407

104
040

103
051

OH26:

.ASCIZ

BADCODE/

DH27:

.ASCIZ

BANK

OH30:

.ASCIZ

#PC

BANK

117

000
040
040
040
116
040

VADD

PADD

CSR

MTIYP PAT/

104
040
040
104
040
123
040

131
120

000
040
040
040
116
040

101
040
040
117
040
040
101
040
122
120
000

PADD

WROTE

READ

CSR

PAT/

CVMJABO MSV11-J MEMORY DIAG.

MACRO Y05.02

Monday 07-0Oct-85

16:57

Page 461

SEQ G408

MESSAGES

14925
14926 065173
065176
065201
063204
065207
063212
065215
065220
065223
065226
065231
065234

065237

065242

065245
063250
065253
14927 0652355
065260
065263
065266
065271
065274
065277
065302

200

040

040
040

MSGOO1:

.SBTTL
.ASCIZ

MESSAGES
<CRLF>/

MSG002:

.ASCIZ

<CRLF>/

MSGOO03:

.ASCII <CRLF>/

MEMORY

CUNFIGURATION MAP/

040
040
040
040
040

115
117

040

116
107

16K WORD BANKS/

065305

065310
065313
065316
065321
065324
063327
14928 065332
065335
065340
065343
065346
065351
065354
063357
065362

065365
065370

065373
14929 065374
065377
065402
065405
065410
065413
0635416
065421
063424
065427
065432
065435

.ASCIZ

CVMJABO MSV11-J MEMORY DIAG.

MACRO Y05.02

Monday 07-Oct-85 16:57

Page 461-1

SEQ 0409

MESSAGES

14930 0635437

065442

14931

14932

14933

14934

14935

14936

0635445
065430
063453
065456
063461
065464
065467
065472
063475
065500
0653503
065506
065511
065514
065517
065522
0653525
065530
065533
065536
065541
065544
065545
065350
065533
065556
065337
063562
065563
065570
065573
065576
065601
065604
065607
063612
065614
065617
065622
063625
0635626
065631
065634
065637
063640
065643
065646
065651
065654
065657
063662
065665
065670
065673
065676

040
040
040
061
064
067
062

040

MSGOO4:

.ASCII <CRLF>/

012345670123456701234567/

065
060
063
066
0561

.ASCIZ

7012345670123456701234567012345670123/

MSGOOS:

.ASCIZ

<CRLF>/ERRORS

MSGO06:

.ASCIZ

<CRLF>/UNDEFINED TRAP INSTRUCTION/<32>

MSGO09:

.ASCIZ

<CRLF>/MEMTYPE /

;MEMORY

120
124
124

MS5G010:

.ASCIZ

<CRLF>/PROTECT /

;:MEMORY PROTECTED

040
061

MSG11A:

.ASCIZ

064
067
062
065
060

115

TYPE

105

040
040
040
040
040
040
061
040

CVMJABO MSV11-J MEMORY DIAG.

MACRO Y05.02

Monday 07-Oct-85

16:57

Page 461-2

SEQ 0410

MESSAGES

065701
065704
065707
065712
0637135
065720
065723
14937 065726

065731
065734
065737
065742
063745
065750
065753
065756
065761
065764
063767
065772
065775
066000
066003

066006
066011
14938 066014
066017
066022

040
061
040
040

040
040
040
040
040
040

040
J40
040
061
040
040
MSGO11:

.ASC1Z

MSGo12:

.ASCIZ

/7456701234567012345670123456701234567012345670123456701234567/

MS6118:
MSG11C:
MSG110:

.ASCIZ
.ASCIZ
.ASCIZ

71/
1/
701234567/

MSGO13:
MSGO14:
MSGO1S:
MSGO16:

.ASCIZ
.ASCIZ
.8YTE
.ASCI2Z

066025
066030
066033
066036
066041
066044
066047
066052

066055

066060

066063
066066

14939
14940
14941
14942

14943
14944
14945

066071
066074
066077
066102
066105
066110
066111
066113
066115
066120
066123
066126
066130
066132
066134
066137
066142

/X/

/7 /7

0,0

<CRLF>/CSR

;s SPACE

;FOR SINGLE ASCII CHARACTERS € TERMINATOR

CVMJABO MSV11-J MEMORY DIAG.

MACRO Y05.02

Monday 07-Oct-85 16:57

Page 461-3

SEQ 0411

MESSAGES
14946

14947
14948
14949

14950

066145
066146
066151
066154
066137
066162
066165
066166
066171
066174
066177
066202
066205
066207
066212
066215
066220

066223
066226
066231
14951 066233
066236
066241
14952 066244
066247
066252
066253
066260
14953 066261
066264
066267
066272

066275
14954 066276
066301
066304
066307
066312
066315
066320
14955 066321
066324
066327
066332
066335
066340
14956

:8 SPACES

MSGO17:

.ASCIZ

MSGO18:
MSGO19:

.ASCIZ
.ASCIZ

/
/

MSGO20:

.ASCIZ

<CRLF:/FS

117

123
117
101
040
104

103
115

101

117

MSGO21:

.ASCII

<CRLF >/COMMANDS AVAILABLE:/

040
105
124
040
122
104
123

.ASCII

<CRLF>/0

EXIT/

.ASCII

<CRLF>/1

READ CSR/

062
040
101
103

040
114

.ASCII

<CRLF>/2

LOAD CSR/

063
040
101
116
115

040

.ASCI1

<CRLF>/3

EXAMINE MEMORY/

040
115
111
040
115
131
040
123
105

.ASCII

<CRLF>/4

MODIFY MEMORY/

.ASCI1I

<CRLF>/5

SELECT BANK & TEST/

.ASCI1

<CRLF>/6

TYPE CONFIG MAP/

040
040
040
040
040

040
040
000
000
040

106
103
115
104

000

104
101
111
102
072
060
040
111
061
040
101
103

117

:2 SPACES
+3 SPACES

/
COMMAND

MODE/

123
126
114
114

104
123

105
115
105
105
122

040
116
046

105

14957
C66400

040
124
105

CVMJABO MSV11-J MEMORY DIAG.

MACRO Y05.02

Monday 07-Oct-85

16:57

Page 461-4

SEQ 0412

MESSAGES

066403
066406
066411
066414

14958 066416
066421
066424
066427
066432

0664335

14959

14960

14961

040

116
107
101
200
073
117
101
117

040

123
200
073
122
122
125
101
200
040
105
105
040
123
200
0735
105
106
114

117

14962

14963

14964

14965

124
200
075
116
122
101
113
105
117
200
075
130
040
115
101
040
104
200
075
125
040
103
040
106

200
075
125
040

103
106
040
120
067
040
102
055
116
124

124

070
040
122
040
1135

117
111

115
040
123
055
114

.ASCII

<CRLF>/7 = SOB-A-LONG TEST/

040
105

.ASCII

<CRLF>/8 = ERROR SUMMARY/

.ASCII

<CRLF>/9=

060
123
040
114
103
116

.ASCII

<CRLF>/10= SET FILL COUNT/

061
105

.ASCII

<CRLF>/11= ENTER KAMIKAZE MODE/

.ASCII

<CRLF>/12=

063
124
116
101
105
106

.ASCII

<CRLF>/13= TURN CACHE OFF/

064
124
116
101

.ASCII

<CRLF>/14= TURN CACHE ON/

107
105

117
123
115
131
075
122
122
110
105

REFRESH TEST/

105
113

111
132
115
105
062
105
124
101
113
105
117

EXIT

KAMIKAZE

MODE/

CVHJABO MSV11-J MEMORY DIAG.

MACRO Y05.02

Monday 07-Oct-85 16:57

Pege 461-S

MESSAGES

066646
0666351

14966 066654

066657
066662
066665
066670
066673
066676
066701
14967 066704
066707
066712
066715
066720
066723
066726
14968 066727
066732
066733
066740

066743
066746

14969 066750
066753
066736
066761
066764
066767
14970 066772
14971 066773
067000
067003
067006
067011
067014
14972 067017
067022
067025
067030
14973 067033
067036
067041
067044
067047
067052
067055
14974 067057
067062
067063
067070
14975 067071
067074
067077
067102
067105
14976 067106

103

040
200
075

103

040
114

124

040
116

200
073

105

040

114

101

123
200
075
116
114
124
103
200
073
111
102
040
101
015
200
111
040
122
035
077
200
122

117

077
200
122
117
040
124
130

124

200

115

116
000
200
104
123

127

000
200

110

117

061
040
123
123

105
105
102

113

061
040

123
101

040
116
061
040
101

105
122
105
061

040

123
114
124
103

012

127
103
103
050
106
040
103

040

122
040
103
040

105

116
040
111
000
103
115
104

117
040
122
101

103

103
116
065
124
124
105
103
104
101
123
066
124
124
114
102
113

.ASCII

<CRLF>/15= TEST SELECTED BANKS/

.ASCII

<CRLF>/716= TEST ALL BANKS/

067
105
102
040
101

.ASCII

<CRLF>/17= ENABLE TRACE/

070
104
101

.ASCII

<CRLF>/718= DISABLE TRACE/

MSGO22:

.BYTE
.ASCI2

15.12,0
<CRLF>/WHICH CSR(O-F)? /

MSG023:

.ASCI2

<CRLF>/CSR WORD? /

MSGO25:

.ASCIZ

<CRLF>/CSR DOES NOT EXIST/

117
101
072

MSGO26:

.ASC1Z

<CRLF >/COMMAND : /

114

MSGO27:

.ASCIZ

<CRLF>/0LD CSR WAS/

MSG028:

.ASCIZ

<CRLF>/CSR IS NOW/

105
122
105

000
110
110

123
060
051
000
123
127
104
000
123
104
123
117
105
123

103

040

123
123

SEQ 0413

CVMJUABO MSV1i-J MEMORY DIAG.

MESSAGES

067111
067114
067117
14977 067122

122
123
117
200

067123
067130
067133
067136
067141
14978 067142
067143
067150
067153
067136

101
116
115
117
000
200
116
060
067
077

067164

131

14979 067161

200

040
040
127
103
115
103
105
122

111

101
101

067
067
051
000

067224

122

111

067227
067232
067235
14981 067240
067243

131
102
124
200
1135

14982 067237

200

067273

103

067246
067231
067234

067262
067265
067270

067276
067301
067304
067307
067312

14983 067315
067320
067323
067326
067331
067334
067337
067342
14984 067343
14983 067346
067351

122

123

055

120

040
117
032
124
105

051
000
110

101

124

101
122
000
111
117

040
101
000

120
123
107

101
111
040

123
116
105

124
124
117
102
113

105
123
116
101
040

040
105

117
102
114
101
117
000
121
200
104

102

MSGO29:

.ASCIZ

<CRLF>/EXAMINE MEMORY/

MSGO30:

.ASCIZ

<CRLF>/BANK(0-177)? /

MSGO31:

.ASCIZ

<CRLF>/PHYSICAL ADDRESS(0-17757776)? /

MSGO32:

.ASCIZ

<CRLF>/PARITY ABORT/<32>

MSGO33:

.ASCIZ

<CRLF>/TIMEQUT TRAP/<32>

MSGA34:

.ASCIZ

<CRLF>/BYPASSING ECC TESTS ON BANK /

114
104
105
050
061
065
067
07

124
122
032

125
124
120

Page 461 &

115
131

123

067
040
120

Monday 07-Oct 85 16:57

040

101
050
061

103
040
104
123
060
067
067
066
040

200

111
116
000
130
111

102
113
033

067167
067172
067173
067200
067203
067206
067211
067214
067217

14980 067221

MACRO Y05.02

131

103

040

104
040
040

125
124

MSGB34:

.ASCIZ

7 DUE TO SBE LOCATIONS/

000
117
106

MSGO3S:
MSGO36:

.ASCIZ
.ASCIZ

/QV/
<CRLF>/MODIFY MEMORY/

105
117
124
116

126
115
111

123
040
040
116
000

123
040
103
111
123

SEQ 0414

CVHMJABO MSV11-J MEMORY OIAG.

MACRO Y05.02

Monday 07-Oct-85

16:57

Page 461

MESSAGES

067357
067362
14986 067365
067370
067373

067376

067401
14987 067404
067407
067412
067415
067420
14988 067422
067425
067430
067433
067436
067441
14989 067444
067447
067452

067455
067460
067463
067466
14990 067470
067473
067476
067501
067504
067507
067512
14991 067515
067520
067523
067526
067531
14992 067533
067536
067541
067544
067547
067552
14993 067535
067560
067563
067566
067571
067574
067577
067602
0676035
14994 067610
067613
067616
067621
067624

105

122
200
104
101
040

123

200
124
111
116
040
200
120
040
127
101
077
200
114

124
101

040

124
124
200
116
116
040
103
123
114
200
123
060
067

040

200
123
060
101
040
077
200
040

103
105
131

040

131
105

012

200
123
103
120
124

115
131
117

040

124
127

040
104

101
123
117
000
111
125
116

040

124
0490

123
105

040
116
046
105
000
102
113

117
101
105
101
105
124
124
055
051
000
124
124
040
124
111
040
124
105
101

040

120
101
040
131
012
124
124
117
114
105

117

000
114
104
101

MSGO37:

.ASCIZ

<CRLF>/0LD DATA MWAS /

MSGO38:

.ASCIZ

<CRLF>/DATA IS NOW /

MSGO39:

.ASCIZ

<CRLF>/INPUT NEW DATA?

105
103
102
113

MSG040:

.ASCIZ

<CRLF>/SELECT BANK

101
040
124

MSGOA41:

.ASCIZ

<CRLF>/BANK NOT ACCESSABLE/

MSGO42:

.ASCIZ

<CRLF>/TEST(0-47)? /

MSGOA43:

.ASC1Z

<CRLF>/TEST O DATA 1IS? /

MSGO46:

.ASCIZ

<CRLF>/TO ESCAPE TYPE ANY KEY/<CRLF><125><12>

MSGOA7
:

.ASCIZ

<CRLF>,TEST COMPLETE/

101

000
101
040
040

127

116
124
105
104
101
000

& TEST/

040
123

103
123
102

000
105
050
064
077

105

040
104
101
123
000
117
123
120
124

105
116
113
200

000

105

040
115

105

000

SEQ 0415

CVMJUABO HSV11-J MEMORY DIAG.

MACRO Y05.02

Mondey 07-Oct-85

16:57

Pege 461-8

SEQ 0416

MESSAGES

14995 067627
067632
067635
067640
067643
067646
067651
067654
067657
V67662
067665
14996 067667

067672
067675

067700
067703
067706
067711
067714
067717

14997
14998 067722
067725

067730
067733
067736

14999 067741
067744

067747

15000

15001

15002
15003

0677152
067755
067760
067762
067765
067770
067773
067776
070001
070004
070007
070012
070015
070020
070023
070026
070031
070034
070037
070042
070045
070046
070051
070054
070057
070062
070065
070066

040

124
126
114
114
116
040
124
040
124
041

200
116
122
125

105

122
117
124

116
120

105
122
117
122
200
102
0S5

116
124
124
200
114
075

101

040
123

103
120
124
200
103
040
040
122
056
077
077
000
111
125
115
124
105
000
116

116
040

101
101
105
117

035
122
114
105
000
102

113
105
111
123
105
103

111
000

117
122
105
126
131
123
055
114
107
105
000
102
114
040
103
120
123

117

114
105
040
123
040
103
040
056
077
077

MSGOAS:

.ASCI1Z

101
040
121
122
040
114
101

MSGO49:

.ASCIZ

<CRLF>/BANK REQUIRES RELOCATION/

127
040
103
105
000
117
101

MSGOS1:

.EVEN
.ASCIZ

/POMER RECOVERY/

MSGOSS:

.ASCIZ

<CRLF>/S08 A-LONG TEST/

MSGO56:

.ASCIZ

<CRLF>/BELL

MSGO58:

.ASCIZ

<CRLF>/

MSGO61:

.ARSCIZ

/27?/

117
101
111
102
040
127
040

NOT

AVAILABLE

NOW

TRY

LATER!/

131

101
122

117

040
123

105
040
105
110
101
040
115
105
000
040
122
040
123
056
000
077
077

= EACH PASS COMPLETE/

CSR

116
124
125
040
040

120
040

MSGO62:

.ASCIZ

/INPUT

040

117

MSGO63:

.ASCIZ

/N OCTAL

MUST BE

123
102
101

CSR

.../

CVMJABO MSV1i-.' MEMORY DIAG.

MACRO Y05.02

Monday 07-Oct

16:57

Pege 461-9

MESSAGES

070071
070074
15005 070077
070102
070105
15006 070107
070112
070115
070120
15007 070121
070124
070127
070132
070135
070140
070143
070146
070151
070154
070157
070162
070165
15008 070170
070173
070176
15009 070177
070202
070205
070210
070213
070216
070221
070224
070227
15010 070230

070233
070236
070241
070244
15011 070246
070251
070254
070257
070262
070265

070270
070273
070276
15012 070300
070303
070306
070311
070314
070317
15013 070321
070324
070327

103
114
116
102
200

040

103

o
200
122
13
040
040
101
122

116
106
040
104

103

111
106
101
G00

113
117
123
106
105

122
124
101

000
200
106
123
124
124
200
114
101

117
116

040

123
102
032
200
102
113
105

124
040

101
000

MSGO64
:

.ASCIZ

/NUMBER/ <CRLF>

000
104
111

115
122

MSGO6S:

.ASCIZ

114

105
115

040

105
117

122
122
076
060

MSGO66:

.ASCIZ

<CRLF>/ERRORS

MSGO67:

.ASCIZ

/FATAL

MSGO70:

.ASCIZ

MSGO73:

.ASCIZ

<CRLF>/REFRESH

MSGO75:

.ASCIZ

<CRLF>/RELOCATION NOT POSSIBLE/<32>

040
116
040
122

MSGO76:

.ASCIZ

<CRLF>/

116
120

MSGO77:

.ASCIZ

<CRLF>/END

125
105

040
062
055
102
124
107

117
130
120
110
116
101
1]4

040
122
040
040

115
131
117
114

122
122
110
105

000

122
117
124
116

117

120
123
114
000
040
101
040
122
122
000
105
040

123

DECIMAL

ABORTING FOR XXOP CHAIN/

040

117
111
040
122
130
040
101
000
124
040

127
104

WORDS

MEMORY

TOTAL/<CRLI>

117
115
117

040
124
200

105
105

TEST/

040

123

105
103
111

040

124
117
111
105

BANK

ERRORS/<CRLF>

123

PASS

SEQ 0417

CVMJABO MSV11-J MEMORY DIAG.

MACRO

Y05.02

Monday

07-0ct-85

16:57

Page

461-10

SEQ 0418

MESSAGES

070332
15014 070335
070340
070343
070346
070351
070354
070357
15015 070361
070364
070367
070372
070375
070400
070403
15016 070406
070411
070414
070417
070422
15017 070424
070427
070432
070435
070440
070443
15018 070446

15019

15020

15021

15022
15023

070451
070454
070457
070462
070465
070470
070473
070474
Q70477
070502
070503
070310
070313
070516
0703521
070524
070526
070531
Q70534
070537
070342
070545
070550
070553

15024 070536
0703561
070564
070567
07057,
070575

040

122
050
040
124
124
200
200
114
103
116

117
101
77
200
122
114
124
113
200
120
126
117
123
103
200
105
123
103
040
040
120
000
122
117
124

040

102
113
040
105

075

200
124
111
040
115
101
040
104
200
101
116
113
111
132

043

105
117
123
104
105
105
000
106
114
117
124
103
114

040

113
116
040
101
000

123
105

111
122
124
113
125
122
124
113
111
105
124

105
103
105
040
101

000
122
122
051
105
103
104

MSGO79:

.ASCIZ

111
040
125
050

MSGO85:

.ASCIZ

<CRLF>/FILL COUNT(OCTAL)?

105
105
123
103

MSGO88:

.ASCIZ

<CRLF>/KERNEL STACK/

125
122
123

MSG089:

.ASCIZ

<CRLF>/SUPERVISOR STACK/

123
040
101
000

MSGO90:

.ASCIZ

<CRLF>/USER STACK/

123
115
131

MSGO91:

.ASCIZ

114
101
104

MSGO092:

.ASCIZ

/RELOCATED

MSGO093:

.ASCIZ

/BANK=/

MSGO9S:

.ASCIZ2

MSG101:

.ASCIZ

<CRLF>/ENTERING

MSG102:

.ASCIZ

<CRLF>/LEAVING KAMIXAZE MOOE/

124
051
000

040
101
000

123

000
116
000
124
124

105
105
116
113
111
132
115
105
114
126
107
101
113
105

116
122
107
101
113
105
117
000
105
111
040
115
101
040

075
040
000

ERROR(S) DETECTED/<CRLF>

IS EMPTY/

TEST=/

KAMIKAZE

MODE/

CVMJABO MSV11 J MEMORY DIAG.

MESSAGES

070600
070603

15025 070605

070610
070613
070616
070621
070624

15026 070627
15027 070631
070634
070637
070642
070645
070650
070633
070656
070661
070664
070667
070672
070673

070700
070703
15028 070704
070707
070712
070715
0707290
15029 070722
070725
070730
070733
070736
070741
070744
070747
070732
070755
070760
070763
070766
070771
070774
15030 070777
071002
071005
071010
071013
071016

071021
071024
071027
071032
071035

071040

15031 071043

115
105
200
101
116
106
115
105
032
200
124

040

116
040

125

040
115
122
060
124
124

115
101

000
200
103
040
040

106
200
103
040
040
040

117

000
114

126
107
123
117
200
000
105
105
102
113
055
123
116
102

040
060
117

108

111
124

MACRO Y05.02

16:57

Page 461-11

SEQ 0419

104
MSG103:

.ASCIZ

<CRLF>/LEAVING FS MODE/<CRLF>

MSG104
:
MSG10S:

.BYTE
.ASCIZ

32,0
<CRLF>/ENTER BANKS

101
105

MSG106:

.ASCIZ

<CRLF>/CACHE IS OFF/

101

MSG107:

.ASCIZ

<CRLF>/CACHE IS ON (EXCEPT DURING ACTUAL PATTERNS)/

MSG110:

.ASCIZ

<CRLF>/0NLY

MSG111:

.ASCIZ

<CRLF>/ALL

105
111
040
040
104
000
116
122
101
123
040
105

s CONTROL 2
USE NUMBER 200 TO TERMINATE/

125
105

062
040
040

122
116
105

123
106
105
123
116
105
105

130
120
104
111

040
122

124
114
101
103
123
200
114
123
105
105
102
113
127
114
105
105
105
200

101
120
124
116
000
116
040
114
124
040
116
040
114
102
124
124
000
114

040

Monday 07-Oct-85

107
103

SELECTED

BANKS

WILL

BANKS

WILL

TESTED/

CVHJABO MSV11-J MEMORY DIAG.

MACRO Y05.02

Monday

07-Oct 85

16:57

Page 461-12

MESSAGES

071046
0710351
071054
071037
071062
071065
071070
071073
13032 071073
071100
071103
071106
071111
071114
071117
071122

071125
15033 071127
071132
071135

071140
071143
071146
15034 071150
071153
071156
071161
15035 071162

071165

15036
15037

15038

15039

15040
15041

071170
071173
071174
071177
071202
071203
071206
071211
071214
071217
071222
071224
071227
071232
071235
071240
071243
071244
071247
071252
071255
071260
071261
071264
071267
071272
071275
071300

114
101

123

111
040
040

123
104

113
106
055
123
101
124

115
117
200
113

040
116
040

114
102

124
124
000
040
040
102
040

.ASCIZ

Q-BUS PARITY

MSG113:

.ASCIZ

ECC MEMORY/<CRLF>

040
061
064

M1184:

.ASCIZ

<CRLF>"

11/84"

061
070

040

040
061
063

MSG117:

.ASCIZ

<CRLF>"

1/83"

040
116

040
117

MSG119:

.ASCIZ

<CRLF>/

103
110

101
105
126
114
114

MSG120:

.ASCIZ

/ CACHE AVAILABLE/

101

MSG121:

.ASCIZ

/ CACHE BYPASSED/

103
040

123
116
102
040

MSG122:

.ASCII

<CRLF>/CSR NUMBER /

103
124
114
124
040
116

117
122
123

122
131
105
122
000
040

040

200
200
040
037
000
200
040
057
000

000
040

200

117
121
125
120
111

MSG112:

106
103

115
117

102
113
127
114
105
105
105

103
105
122

061
070

101
111
102
000

103
110
102
101
105

115
122

MEMORY/<CRLF>

040

115
131
117
105

040

115
131

105
131
123
104

117

115
131

MSGA122: .BYTE
.ASCIZ

)

7/ CONTROLS

NO/

TOO MANY

BANKS/

SEQ 0420

CYMUABO MSV11-J MEMORY DIAG.

MACRO

Y05.02

Mondey

07-0Oct-85

16:57

Page 461-13

SEQ 0421

MESSAGES

071303
071306
071311
15042 071312
071315
071320
071323

071326
071331
15043 071334
071337
071342
071345

15044

15045

15046

15047

15048

071350
071353
071356
071361
071364
071367
071372
071375
071400
071401
071404
071407
071412
071415
071420
071423
071426
071431
071434
071437
071440
071443
071446
071451
071454
071457
071462
071465
071470
071472
071475
071500
071503
071506
071511
071514
071517
071522
071525
071530
071533
071536
071541
071542

040
116
000
040

123
123

117
114

105
200
117
101
103

040

125

040

124
105
105
122
116

000
200
101
040
101

105
200
101
040
123
114
000
200
040
040
040
040
040
123
115
200
200
126
101

102
113

101
123

120
123

101

040

115
105
104
120
107
115
123
103
114
116
040
040
124
115
105

105
103
120
124

000
122
122
040
122

PASSES

COMPLETED/

MSG126:

.ASCIZ

<CRLF>/PROGRAM

MSG127:

.ASCIZ

<CRLF>/TRACE

MSG128:

.ASCIZ

<CRLF>/TRACE DISABLED/

MSGOO08:

.ASCIZ

<CRLF><CRLF>/

MSGOOO
:

.ASCIZ

<CRLF>* CVMJABO

104
101
105

111
102
104

105

MSG129:

.ASCIZ

040

103
120
111

040

115
131

111
116
124
000
200

CSR

COULD

NOT

DETERMINED/

111
104

122
105
116
114
000
122

200
040

.ASC1Z

11?7
104
117
102
104
105

124
103
105
102
104
124

103

MSG125:

ENABLED/

CSR MAP/<CRLF>

ECC/PARITY MEMORY DIAGNOSTIC*

CVMJABO MSV11-J MEMORY DIAG.

MESSAGES

15049 071545

071550
071553
071356
071561
071564
071567
071572
071575
071600
071603
071606
071611
071614

071617
15050 071620
071623
071626
071631
071634
071637
071642
071645
0716350
0716353
071656
071661
15051
15057 071664
071664
15059 071664
15063

120
103
123

040

124
125
117
105
102
124
123
111
116
124
000
200
111
123
105
122
127
114
117
102
124
124
200

010414
000200

122
105
117
116

040
120

122
104
131
110
040
101
117
11

125
102

040

1135
131
111
040
124
105
105
105
000

MACRO Y05.02

Monday

07-Oct-85

16:57

Page 461-14

SEQ 0422

117
123
122
117
123
120
124
040

MSG130:

.ASCIZ

/PROCESSOR NOT

SUPPORTED 8Y

THIS DIAGNOSTIC/

NOUBHMT.

.ASCIZ

<CRLF>/UNIBUS MEMCRY WILL NOT BE

040
11

104
107
123
103
116

125
115
117

TESTED/<CRLF>

040
114
116

040
040

123
104

.EVEN

END:

$SEND

LRINT
60000-SUPLIMIY
.END START3

;SUPERVISOR ADORSSSES LEFTY

CVMUABO MSV11-J MEMORY DIAG.
Symoul tat'e
ABORT
ABORTC
ABORTE
ABORTF
ABORTZ

ACFLAG
ACTFLA

ADORES

ANA2
APTDOM
APTECC
APTFLA
APTHAN
APTHLT
APTPAR
APTSIZ

032220
032252
032316
002144
052342
002116
0023350
002034
007460
040626
002424
002352
014014
040674
002422
002444
051440
032516

Y05.02

Monday

07-0Oct-85

16:57

Pege 461-15
SEQ 0423

0273500
002374
004740
005744

012350

045746
043754
053572
053576
033674
033736
054052

013076

013146
013210

014060
015476

035004

035210
035214
036352
036360
036510

036324
012306
043416
043634
044136
044432
044432
044330
045470
045474
002330
002344
104424
104423

CPUERR~

177766
000015
000200

002150
172100

006112
016672
002232
0C.:234
002526
002330
002462
002236
002230

000114

104474

oT127

DL BN B

BN B

015746
0157354
006136
015772
016034

861
862
863
864
8635
866
867
87
870

Dv7
ECCDIS-

I
IO I
[3

-4

[

o
-

BN BN BN BN RN )

002052
002022

8R50886
8SIZE
80
81
810

MACRO

ECC1D]IECC1INEMTSAV
EMTVEC=
Enll
EM12
EM13

CVMUABO MSV11-J MEMORY DIAG.
Symbol

table

EM14
EM1S
EM17
EM19
M2
EM20

061417
061463
061531
061571
961017
061643

EM22
EM23
EM24

061756
062003
062032

emM21

EMR2S

061722

062111

EMR6
Em27
eM29
EM3
EM30

062136
062207
062277
061055
062361

En33

062576

EN36
EMe
EM40
ENS
EMS0
EMS1
EMs2
EMS3
EMSS

062771
061107
063040
061155
063112
063146
063216
063243
063272

EMsS7

063345

EM32

ENM3S

EMS6

EM6
EM6O
EM61
EM62
EM7
ENASBE=
ENAL1SB8=
END
ENDADD

ENDFLG

ENERGI=
ENEXBX
EQFLAG
ERRADD
ERRGEN=
ERRMAX
ERROR =
ERRPC

062471

062704

063313

061232
063413
063455
063476
061257
104506
104507
071664
002562

002564

104420
040354
002132
002460
104512
002554
104000
002020

ERRPSKH
ERRSP
ERRVEC=
EVEN

002030
002024
000004
002364

EXCMDS
EXIY
EXITe

042266
040512
040516

EXBANK
EXCMD3

037760
041746

€0
£l
E10
F100
€101
€102

£103
€104
€105
E106
1381
€12
€13
€14
€15
E16
EL17
g2
€20
g21
€22
€23
€24
€25
€26
E27
€3
E30
€31
€32
£33
€34
€3S
£36
E37
€4
E40
E41
€42
E43
7]
€45
€46
E4?
€S
€50
E51
ES2
E>3
€54
ESS
€S6
ES?
€6
E60
€61
€62

MACRO

Y05.02

Monday

07-0ct-85

16:57

Page 461-16

SEQ 0424
004766
006064
012434

046010
046010
033640
033640
053724

0354G620
054104
013140
013206
013236
014146
015516
016302
016262

006202
016212
016212

016162
021672
021656
022060
022044
022230
006276
025722

026302
026270
027052
027036
026652
027022
027076
006710
027122
027752
030156
030144

030424
030710
031106
031430
006700
031412
031376
031614
032100
032070
032056
034706
034706
011764
035052
035052
035244

€63
E64
E65
€66
€67
€7

£70

ET1
€72
E73
E74
E7S
E76
E77
FASTCIFATALS
FCHMD10
FCMO11
FCMD12
FCMD13
FCHMD14
FCMD13
FCMD16
FCMD17
FCMD18
FIELDS
F INDBAFINTS

035244
036510
036470
036724
036636
012450
043460
043756
044200

044472
044472
044346
045530
045530
177640
002064
044272
044320
044342
044362
044404
044422
044506
044550
044564
040762
000066
007302
FIRSY = 060000
FLIPLO
002616
FLIPWA
032366
FLUSH
013560
FSCMDO
041160
FSCMD3
041262
FSCHMD2
041372
FSCMODY
041540
FSCMD4
042014
FSCHMDS
042334
FSCMD6
043252
FSCMD?
043260
FSCros
043552
FSCMD9
044000

FSINFL
FSPAT
FSSTAC
FS1
FSTFLA
FULLRE

002442

043034
002306

041046
002446
002542
GBLENG= 000076
032562
GETCSR
043160
GETOAT
GETOAL
045256
051336
GETDIS
002044
002046
GO0oD2
G00oD3
002050
GTSWR = 104407

HEADER
002612
HIPAT
040416
HOLOLO= 000015
HT
= 000011

1
IBSAVE
IIII
ILLCSR
IMPTES

002452
0352360
177777
013012
012036
040426

INCBNK
040402
INCPATY
040402
INCRPT
INHBAN
002540
INMECC
INTFLA
INT64K
INVALLIOTVECJHMPRL1

KAL
KAMIKA
KAMITE
KDIAG =

KOPARO
=

KOPARG
»

KDPART-

KERNEL
»
KERSTK=
KFLAG
KIPARO=
KIPARA=

002432
104425
000064
002576
013440
002400
000056
004750
005012
005310
012422
012426
013130
013124
013130
013224
013274
013440
005316
013554
013664
013674
014044
014044
014132
014244
014352

KPFLAG
XSIZE
MSTACK

014502
014632
014762
015134
015264
015436
015516
015554

LASTER

015564
016212
016174

“IPARS=

KIPARG=
KIPORO=
=
KMAP

=
LAST
LASTBA
LASTBL

LBLSO
LBLSY
LBLS2
LBLSS
LBLSS
LBLSS

=
=
=
=
=
=

016514
016624
016762
017010
005366

017014
017016
01706
017116
017122
017124
017272
017652
005676

CVMJABO MSV11-J MEMORY DIAG.

MACRO Y05.02

L150

020256

L237

026734

L334

034426

LA16

043712

L501

052164

L152
L153

020266
020360

L240
L24l

026766
026752

L336
1337

014664
014726

L42
L420

006640
044052

LS03
LS04

052126
052164

L13S
L156

020370
020724

Symbol table

L1S1

L154

L1S57

L16

020266

L24

020370

L242

026764

L24S

027010

020756

005676

L243
L244
L246

006244

027010
0267 76
027122

L160
L1611
L162

021022
021642
021620

L247
LS
L250

030022
006234
030026

L164

021706

L252

030130

L163
L165
L166

L167

021642
022030
022006

Las?

022214

L262

006012
022214

L172
L173

022322
022274

L174

L1775

022352

022542

L176
L177
L2
L20

023056
023312
005120
006040

L201
L202
L203

023432
023612
023620

L200

L204

L205

L206

L253
L256

022030

L1?
L170

Las1

023332

023756

023764

024144

L26
L261

L263
L264

L266

L267

L303

L304

L231

L232
L233

035030

L430

045106

006516

036352
036352

036504
036626

036626
036606

006522

036626

L4206
LA27
LA3
LA3]1

LAZ2
LA3S

L4344

LA3S
L436

L373

040572

032160
032276

047306
050150

050170
050210
050222
050240

006670
050256
050460

050514

LA54

050526

041004
041014
041150

LAS6
LAS?
L46O

050556
050570
050612

Le
L4O
L400
LACL

005160
006576
041214
041244

L462
LA63
L46A
L46S

L4002
L4003

041210

041256
042444

LS2

LASS

L4611

LA66
LAB7

012212

050660

L76

012434

050740
050754
050756
051072

051162
051172

L73
L74
L7S

043330
043332

L476
LAT?

051774
052166

L4la

043756

LSo

006724

L 733

033450

L413

034420

L4115

043444

043742

L500

051754

012424
177750
170202
037646

MAPLO =« 170200
MAPLY1 = 170204

L4l
LA12

051710

012212
012216
012434

L77
MAINT =
MAPHO =»
MAPKER

006420
033424
033552

012212

L72

MFPT

L3311

012030

050544

051734

L&7S

005316

L71

L&74

043000

011744
012022
012026

L70

006650

L4310

011750

L4l

033414

011604
011750
011750
011750

L6S
L66
L67

033406

L327

005316

L64

L326

L4773

011600

L60
L61
L62
L63

MAPPER
MASK
MBERR

042766

010732

LS?7

051514
051514
051754

L407

010724

LS4

L470
LA7)
L472

033416

055242
055332

050466

L453

L377

055120

LS516
LS17

LA4S2

040544

032046

0355114

LS1S

050242

L371

031764

LS14

La4Y

031710

040560

054026
054106
054112

LAS
L450
LAS1

L372

054022

LS11
L512
LS513

050166

040464
040532
006552

040536

006766

LS10

La42

L44L

045766
047304

LS1

011462
011476

L366
L367
L37

L370

045506

052670
053616

LSS
LS6

L&s
L440

005142
031524
031566

031704

045154
045400

052174

L506
LS07

006664
050136

L4337

L443
LASA
L&4S
L&46

040302

045110

LS05

055334
010730

036670
036670
036720
040112

L3365

044742
044760
006642

052114

LS20
LS3

L361
L362
L363
L364

031362

044722

036340

035100
035222
036324

036626

L360

044454
044456
044736

L35S
L36

L424

044164

L425

036454

L356
L357

L422
L423

035072

L352
L353
L3S4

L4221

LS502

042504
042544
042752

L332

026722

034734
035030

044050

L404
L405
LAO6

027022

L236

L350
L3S1

006462

La17

SEQ 0425

032344
032722
033322

L33
L330

026664

L23S

L3S

034664

Page 461-17

L322
L323
L324

026632
026640

L234

L347

032140
032136
032160
006354

L32S

026614

L344
L34S
L346

L315
L316
L317
L32

026652
026602

L343

L374
L37S
L376

L320
L321

L230

L227

031070

L342

032022
006350
032042

026236
026254

026260
026530
026540

031020

L340
L341

L307
L31
L310

L311

L322
L22S
L226

030610
030660

L34

031762

025630

L220
L221

030464

L33S

L3305

L212

025710
026060
026064
026160

006242
030456

L3
L300
L301

L274

L306

L213
L21S
L216
L217

03041C

006252
031242
031316
031334

024152
006056
024156
025572

030134
030252

La7
L271
L272
L273

1.207

L2l
L210
L211

030112

Mondey 07-Oct-85 1€:57

MEMOON
MJPAT

MJTEST
MKCONT

035604
002320
012670

013506

= 000007

017316
017212
016364

005236

MKCONT

015544

052036

MKFLAG

002120

MKCSRT

016702

CVMJUABO MSV11-J MEMORY DIAG.
Symbol table
013726
017132
016772
177372
177574
177576

172516

034014

000250
002276

002606
002610

071260
067257
067313
071472
065173
063235

065332
065437
065545
063557

071440
065614
065626
065726

MSGO47

MSGO48
MSGO49

MSGOS1

"SGOSS
MSGOS6
MSGO38
MSGO6)
MSG062
MSGO63
MSGO64
MSGO6S
MSGO66
MSGO67
MSGO70
MSGO73
MSGO7S
MSGO76
HMSGOT7

MSGO79

MSGO8S
MSGO8S
MSGO8Y
MSGO90
MSGO91
MSG092
MSGO93

MSGO95
MSG101

nSG102

MSG103
M56104
MS5G105
MSG106
MSG107

MSG11A
MSG116
MSG11C
MSG110
MSG110
MSG111
MSGl12
MSG113
MSG117
MSG119
MSG120
MSGl21l
HSL122
M5G125
MSG126
MSG127
MSG128
MSG129
MSG130

MSIZE

MTAO30
MTESY

MACRO Y05.02

067610
067627
067667
067722
067741
067762
070013
070037
070046
070066
070077
070107
070121
070170
070177
070230
070246
070300
070321
070335
070361
070406
070424
070446
070462
070474
070510
070516
070526
070556
070605
070627
070631
070704
070722

065640

066111
066113
066115
070777
071043
071075
071127
071162
071174
071203
071224
071244
071312
071334
071401
071420
071542
071545
002402
022100
015450

Monday 07-0Oct-85 16:57

MTPAOS
MTPAO4
MTPA21
MTPA24
MTPA26
MTPBO3
HTPBO4
MTPB21
niPB24
MTPB26
MTPCO3
MTPC21

MTPC24
MTPC26

MTPDO3
nTPD21
MTPD26
MTPOOO
MTPOOL
MTPOO2
MTPOOS
MTPOO6
MTPOO7
MTPO10
MTPO14
MTPO17
MTPO20
MTPO22
MTPO30
MTPO31
MTPO32
MTPO33
MTPO34
NTPO3S
MTPO36
MTPO37
MTPO41

MTPO42
HTPO43
MTPO4A4
MTPO4S
MTPOAG
MTPOA?
MTST3
MT0000
MT0001

MT0002
M70003
MT0004

MT0005
MT0006
MT0007

MT0010

MT0014
MT0017
MT70020
MT0021

024636
024774
026330
027154

027246
024676
025030

026360
027214
027262
024736
026414
027230
027316
024754
026450
027336
024526
024552
024604
025050
025104
025304
025404
025512
025736
026014
026500
027354
027364
027442
027474
027572
027616
027760
030204
030256
030430
030716
031112
031434
031622
032162

011502
017376
017432
017526
017642

017756
020026
020110
020144
020206
020242
020322
020344
020424

Pege 461-18
MT10022
MT0023
MT0024
170026
MT0027
MT0030
MT0031
MT0032
MT0033
MTO0034
MT0035
MT0036
MT0037
MT0041
MT0042
MTO043
MT0044
MT0045
MT0046
MT0047
MT0999
MT1
MT2

MUY

M1184

NC
NEMCNT
NEWBAN
NEWKER
NEWLOA
NOABRY
NOCH
NOERRO
NOF SMO
NONEM
NONEXI
NOOJ
NOO.JL

020714
020746
021012
021220
021476
022066
022342

022532

023046
023234
023334
023446
023510
023546
023626
023662
023712
023772
024022
024052
024106
015524

015530
002110
071150
047306

002070

002310

037600
037702
052356
054622
002430
002426
002100
033736
032722
033032
002076
003776
002440
002456
002372
051106
071620
002454
002344

006040
002302
002156
002614
002036
014644
014774
015146
015276
002072

SEQ 0426
PARITY
PARTHE
PARVEC-

PASCNT
PASFLG
PASSNO
PATERR
PATPLU
PATTER
PCBUMP
PCONF
I
PCONFS
PCONF
1
PCONF2
POP110
PO
PERAOS
PERBNK
PERECC
PERRAS
PERRAW

PERRAS

PERRA7
PERROL
=

PERRO2+=
PERRO3=
PERROA»
PERROS
PERROG
PERRO7PERR10~
PERRLL1~
PERR12~
PERR13=
PERR14~
PERR15=

PERR16~
PERR17=

PERR20~
PERR21~
PERR22+
PERR23=
PERR24~
PERR25PERR26

PERR27«

PERR3O=
PERRS1
=

033632
002304
000114

002570

002264
002266
002074
004732

002112
002326
032610
033222
033120
033,70
03402¢
047522

050172

CVMJUABO MSV11
Syabol table
PFRR43-

104467

PERXOR

030330

PFECOT

032772

PFECDF
PFECOH

PFECEN
PFECWS
PFLAG

PGMCSR

PHEBE
PHYADD
PHMEMFL
PROTYP
PSIZE
PSW
=
PTABLE
PURVEC=

QUICK
IT

033002
032742

032706
032676
002122

J MEMORY DIAG.
SDPARQ»
SOPARS
»
SOPARG
=
e
SOPAR7
SEEDHI
SEEDLO

MACRO

Y05.02

Monday

07-Oct-85

16:57

Page

461-19

SEQ 042’

172260
172272
172274

SUPSTK= 000740
036306
SVKPAR

172276

002332

012672
002040
002142
004064
002404
177776
030164
000024

TSTROL
TSTREA=
1ST11
TST2
1513
1574
1STS
1516
T1YPOS
TYPEIT
TYPOC
TYPOS
TYPSO
TYPS1

034430
104510
005716
010346
010732
011614
013440
013512
104405
104401
104402
104403

TYPS2
TYPS3
TYPS4A
TYPSS
TYPS6

002436
040442

037516
USESTK= 000700
=%$000006
uspP
VMKOR
003766
WARN1
011064
WARN2
024650
WARNS
024664
WARNA
024710
WARNS
024724
WASDBE
104500
WASSBE
104476
WAS108
104501
104477
044574

TSTDAT

CVMJABO MSV1l1-J MEMORY DIAG.
Symbol

table

sLS
=
$MADR1
$MADR2
$MADR3
$MADR4
$MAIL
$MAMS1
IMAMS2
$MAMS3
$MAMSE
$MBADR
SMNEW
$MSGAD
S$MSGLG
$MSGTY
$MSWR
$MTYPL
$MTYP2
$MTYP3
$MTYP4
$NOTRA

$ERROR
$ERRTE
SERRTY
SERTTL
$ESCAP
SETABL

031410
057344
052366
0N263d
ov2362
056736
SETEND
057020
SEXMAL
040336
1ES
. 000001
SFATAL
056720
SFILLC
002652
S$FILLS
002357
sF 4
. 000000
$GTSWR
0354754
SHALT
052010
S$HALT2
057074
SHIBTS
057020
056216
SHIOCT
SILLUP
046206
$ INVAL
035250
$ITEMB
002015
$1¢
. 000001
SKERNE
034070
$KMAP
036202
K¢
. 000102
L
. 000107
002661
SLF
sLL
- 000105

$LOADC

034162

071664

SLPADR
S$LPERR
ABS.

ass

Agsembler

000000
056750
056754
056760
056764
056716
056746
056752
056756
056762
057022
056036
0356732
056734
056716
056025
056747
056753
056757
056763
057070

INULL
002356
S$NWTST= 000001
$OCNT
054350

$OCTVL
056700
$0CT8 = 056704

$0OMODE
$OVER
$0¢
=
$PASS
$PASTM

002622
002624

000000
Errors detected:

MACRO Y05.02

000
801

054352
0351324
000000
056724
057026

Monday

$PATHA
$PERO1L
$PERO2
$PERO3
$PERO4A
$PERO7
$PER1O
$PER11
$PER12
$PER13
$PER14
$PER1S
$PER16

$PERL?

$PER20
$PER21
$PER22

$PER23
$PER24
$PER2S
$PER26
$PER27
$PER30
$PER31
JPER32
$PER33
$PER34A
$PER3S
$PER36
$PER37
$PERAO

(RW,I,GBL,ABS.QVR)
(RW,I,LCL,REL,CON)

statistics

reads:
Work
file
Work
file writes:
Size of work file:
Size of core pool:
Operating
system:

1377
1005
27640 Words
17990 Worde

RSX-11M/PLUS

07-Oct-85

( 108 Pages)
( 69 Peges)

Elepeed time: 00:12:53.05
CVMUAB .B8IC,CYMUAB.LST/-SP/NL:
TOC=CVMJAB/ML ,CVMJUAB . MAC

002012
047364
047412
047440
047470
047552
047574
047624
047644
047666
047706

047730
047752
047772
050010
050026
050046
050064
050102
044664
050272
050312
045112
050502
050600
050646
050726
050760

051014

051044
051050

16:57

Page

461-20

$PWRDN
$PWRUP
$QUES
$R
$RAND
$RDCHR
$PDDEC
$ROLIN
$ROOCT
$READC
$RESRE
$SAVRE
$SAVRYS
$SCOPE
=
$STN
$SVLAD
$SVe
=
$SWR
=
$SWREG
$SYNRE
$7
$TESTN
$TKB
$TKS
$TIN
=
$TPB
$TPFLG
$1PS

$TRAP
$TRAP2

045260
045634
002657
177777
056502
055334
056220
055464
056050
034256
056444
056406
046212
051054
000001
051310
000000

163000

056740
035566
000521
056722
002644
002642
000007
002650
002360
002646
057034
057056

SEQ 0428

057076
057024
034276
035762
054354
047030
047156
047344
054152
054166
054126
000000
000520
056730
057030
056742
056766
036770
034766
034622
035102
034736
051202
$Y$
- 000000
$ZAPA2
013710
$Z8
000000
$4S
000000
$s7
000502
$$77
000510
054351
$OFILL

$ TRPAD

$7STH
$TSTRD
STTIYIN
$TYPDS
$TYPE
$TYPEC
$TYPEX
$TYPOC
$ TYPON
$TYPOS
$T1
.
172
=
SUNITY
SUNITM
$USWR
S$VECT1
$VECT2
$WASD8
$WASSB
$WAS1D
$WAS1S
$XTSTR