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AH-F295D-MC

January 1984

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Document:	CZMSDD0 MS11-L-M MS11-L-M DIAGNOSTIC JAN 1984 bw
Order Number:	AH-F295D-MC
Revision:	000
Pages:	400
Original Filename:	CZMSDD0__MS11-L-M__MS11-L-M_DIAGNOSTIC__AH-F295D-MC__JAN_1984_gray.pdf

OCR Text

EIEOEEn

CLHJDDO

FIEHI:Z 0z

ENEREEn

CR® IO

mlyee

CZMSDDO MS1L LTM DIAGNOSTIC

MACRQ M1:11°%

UAN-82

16:15

PAGE

SEGUENCE

LTITLE
C2ZMSDDO TMMS11-L/7M DIAGNUSTIC
.ENABLE LC
.REM
IDENTIFICATION
PRODUCT

CODE
:

AC -F294D
-MC

PRODUCT

NAME:

CZMSDDO MS11-L/M Dimg

PRODUCT

DATE:

Jenuery,

MAINTAINER:
The information
without
notice

1982

Diegnostic Engineering
in
this
document
s
subject
to
change
and should not be construed as & commitment

by
Digitel
Equipment
Corporastion.
Digiteal
Equipment
Corporation
assumes
no
responsibility for any errors that
may appear in this menuasl.

The software described in this document is furnished to
the
purchaser
under
a
license
for
use
on 8 single computer
system
end
con
be
copied
(with
inclusion
of Digitsl's
copyright notice) only for use in such system, except as may
otherwise be provided in writing by Digital.

Digital Equipment Corporetion asssumes "o responsibility
for
the
use or nlinilitl of its software on equipment that is
not supplied by Digitel.
COPYRIGHT

(C)

1979,1982 Digitel Equipment Corporation

CZMSDDO MS1

M DIAGNOSTIC

MaCR

M111%

16:15

PAGE

35
3
-+

L)
39

REVIS ION HILTORY

ac
a1
a2

a3
<4
as
a6

REVISION

CZMSDA

01-DEC

CZMSD8

a8
49

50
s1
52
53
Se
ss
Se
57

DATE

AUTHOR

CHANGE S

Micheel D Bibeault

None *New Program

01-0CT7-80

Michael

Changes to Sizing Routine

CzmMsoC

01-APR-81

Michael

D Bibeault

1) Compatible with 11/24
2) Siz
routine will accept all
10?memory configurati ons
3) All
Field Service
Commangs
operative

CZMSCO

14-DEC-81

Micheel

D Bibeault

Changes made to Feild Ser.i ce
Command S

Bibeault

Ui
CZMSDDO TMMS11 LTM DIAGNDSTIC

MACRD M111%

14 AN-B82 16:15

PAGE 22

OPERATIONAL

61
62

.
>

60
°3

F o INCE

SWITCH SETTINGS

SWITCH REGISTER DEF INITIONS
B,

SWITCH
e

USE
.

e s

LOOP ON TEST

INHIBIT

“

ON ERROR

INHIBIT ERROR TYPEOQUTS

.
“
.

73
74

75
76
77

.
©
v
.

TEST

DETECT

6
5
4
3
2

RELOCATION

QUICK VERIFY

69
70
71
72

10
9
3

HALT

&€

e e

BELL ON ERROR
LOOP ON ERROR
HALT PROGRAM (UNRELOCATED £ RESTORE
DETAILED

ERROR REPORTS

INHIBIT CONFIGURATION MAP
LIMIT MAX ERRORS PER BANX

FAT TERMINAL (132 COLUMNS OR BETTER)
TEST MODE - SEE DOCUMENT
TEST MODE - SEE DOCUMENT
MODE

SEE

DOCUMENT

SINGLE BIT

ERRORS

| OADERS)

[}

CZMSDDO MS11 (/TM DIAGNOSTIC

MACRC M1113

JUAN-B82

16:1%

PAGE

80
81

Vage

Program Purpose (Abstract)
System Requirements
Related Documents Ang Standards
Diagnostic Hierarchy Prerequisites
Assumpt ions

OPERATING INSTRUCTIONS

91
92
93
9

VBWRNM
Wk
O

PROGRESS REPORTS

CSR INFORMATION TABLES

NBWRM

Core/M0S Parity
MOS Bipolar CS
MF115-K CSR
MS11-L CSR
MS11-M CSR

SUB-TEST SUMMARIES

B
!

Error Abbreviations
Error Halts

VLIV

W
e

Error floporting

CSR

Tests
Patterns

PROGRAM FEATURES

Fest Data Access Rates
Benk Zero Testi
Memory Configuration Map
Everything You've Always Wanted To Know About

123
124
125
126
127
128

Execution Times

ERROR INFORMATION

117

118
119
120
121
122

Special Ervironments

Program Options

00O

9
99
100
101
102
103
104
105
106
107
108
109
110
111
112
113
114
115
116

Loading end Starting Procedures
Default Test Sequence

PROGRAM INFORMATION

NNNSNSN

95
9%

58
89

CONTENTS

GENERAL

o i

TABLE OF

83
84
85
86
87

Memory Management Mapping

SUPERMAC

RNCE

Pt Pt et
et P
s
Pt P

DIAGNOSTIC

MACRO

M1112

ugurwuuu
~ownm
e
O

CZMSDDO MsS1t

UAN-82

16:1%

PAGE

NCE

Vage

GENERAL

PROGRAM

INFORMATICN

Program Purpose (Abstract)
{n;o?dod for use on all PDP-11's which

1358

meet

the

conditons

This progrem will be used by system
managers
and
operators
to
determine
the
correct operation of main memory and slso it will
be primarily used by field service anda manufacturing
to
isolaste
failures
to the memory and to isolate failures within the memory
to

the correct

card.

Tne object of this softwere is to functionally
sll main memory functions as fast es possible.

test

and

There is the c“ilct! of testing mixed configurations
MS11-M and what ever else in on tho system),
.

159
161
162
163
164
165
166

167
168
169
170
in

1.2

3.2. 1

It has special a maintenance mode (Field Service Mode)

specific functional. capabilitieo

verify
(MS1i-L,

to provide

System Requirements

Hardware Requirements
POP-11 CPU and at

Memory Management.

least 64K

(16 Bit uords) of Memory and

NOTE

Like memo~y types must be on 16K word boundaries
sterting at physical address 0.

CZMSDDO MS1!

LM DIAGNOSTIC

MACRDO M1113

UAN-82

16:1%

PAGE

Gl
25

SEQGENCE

173
174

175
17¢
177

178
179
180
i81
182

Page

1.2.2

Software Requirements

This program is designed to run
following moritors:

stand

alone

wunder

any

the

XXDP

ACT

183

APT

184

185

1.3

N
o
B

Programming Practices (175-003-009-02)

System Macro Menual (MAINDEC-11-OXQAC-C-D)

OO0

MS11-M User's Guide (EK-MS11M-UG-001)

SUPER-MAC Reference Guide (130-380-007-00)

Standard

APT

System

PDP-11

Diagnostic

Interface

ACT11/XXDP Programming Specification (AUTOCAT-11-GZAUB-B-D)

Diegnostic Hierarchy Prerequisites

If the progrem

it again with Ceche off (reference Section 2.4.3.1)

Try

then:

Inhibit reloceation (reference section 2.4.1)

in any way misbehaves,

Try CPU Diagnostics

223
224
225

(EB9340)

PDP-11/44 User's Guide (EK-11044-UG)

(APT/11-317-07-09

1.4

Handbook

PDP-11/04/34/45/55/60 Processor

206
207

208
209
210
2il
212
213
214
215
216
217
218
219
220
22l
222

Related Documents And Standards

Try Memory Management

186
187
188
189
1%
191
192
193
194
195
196
197
198
199
200
201
202
203
204
205

Try UNIBUS Map Diagnostics

Diasgnostics

Try Coche Diagnostics (where applicable)
(where

applicable)

CZMSDDC MS11-L/TMM DIAGNOSTIC

SEQ JNCE

227

228
229
230
231
232
233
234
235
236
237
238
239

240
241
242
243
244
245
246

Vage

1.5

Assumgtions

This

program

Management ,

(initially)

Bank

©C

the

oand

(0-16X),

correct

operation

The

loaders are

the

UNIBUS
XXDP

2.0

OPERATING INSTRUCTIONS

2.1

Loeding £ Starting Procedures

2.1.1

Quick

247

248
249

250
251
252
253
254
255
256
257
258
259
260
261
262
263
264
265
266
267
268
269
270
271
272
273
274
275
276
277
278
279
280
281
282

assumes

Cache,

Sterting

Map.

Tnis

the

in bank

LlLoad address 200

Set switch register for options (normally 0)

Stert

NOTE
If on an 11/24 using
MS11-L
Memory
BE
SURE
that the peripheral page jumper is
in place;
failure to do
so
sends
the
diagnostic to Never -Never Land.

Stopping

2.1.2

and/or

Set SW8,

Type control

2.1.3

“C” (Reference section 2.4.4.1).

Resterting (Preserve Configuration Table)

C(PL,

program

Load address 202

Set switch register for options (Normally 0)

Stamt

Memory

occup’ es

CZMSDDO MS1L1

284
285
286
287
288
289
290

LM DIAGNOSTIC

MACRO M1118%

14 UAN-82

2.1.4

SEGUENCE

Smitch Register Optiors

HALT ON ERROR

LOOP ON TEST

INHIBIT ERROR TYPEOUTS
INHIBIT RELOCATION

OrNWbLNON®O

307

PAGE

Page
&

291
29¢

293
294
295
296
297
298
299
300
301
302
303
304
305
306

16:15

QUICK VERIFY
BELL ON ERROR
LOOP ON ERROR

HALT PROGRAM (UNRELOCATE

DETAILED ERROR REPORTS
INHMIBIT CONFIGURATION MAP
LIMIT MAX ERRORS PER BANK
FAT

TERMINAL

& RESTORE LOADERS)

(132 COLUMNS OR BETTER)

TEST MODE - SEE DOCUMENT
TEST MODE - SEE DOCUMENT
TEST MODE - SEE DOCUMENT
DETECT SINGLE BIT ERRORS

CZMSDDO MS11

/TM DIAGNOSTIC

MACRO M1113

14 UAN-82 16:15

PAGE

SEG ENCE

309

310
311
gl.;
1
314
315

316
317
118
119
320

321

335%

PYage
2.2

Default

Test

2.2.1

Test Protocol For Parity Memory
Pattern

327

330

35
132
133

Sequence

The following two lists give the test protocol for parity and ECC
cho;z
Tests marked with a “¢" are not normally run except under ACT
or
T,
or
through
»
Ffield
Service
Command
(Reference
Section
2.4.4.8).

324
;222

328
329

Pattern Name

Time (sec/16K)

Soft Error Test

Address Bit Test

6
17

Initial Data Test
Holding 1's and 0's Test

1
2
3

Address Test
Complement Address Test
3 XOR 9 Test

]
<1

<1
<1
1

334

Rotating O‘'s Test

336

Marching 1's and 0's Test

338

s 22

337

339

340

e 23

341

. 24

344
345

s 33
34

342
343

346
347
348
149

s 31
e 32

Rotating 1's Test

Worst Case Noise Parity

Refresh Test
Shifti

Rendom

Data

Test

1 Test

n/a

Fast Galloping Pattern Test

Branch Gobble Test
Soft Error Test

35
<1

Sob-a-long Test
Write Recovery Test

335

3
<1

CZMSDDO MS11 L /M DIAGNOSTIC
351
352
353
gg;

MACRC M1113

14 UAN-B2 16:15

PAGE

SEQUENCE
Page A

2.2.2

Test Protocol

356

357

Pattern

360
561
362
363

825
3 11
+a 12
8 13

3158
359

364

%8 14

366
367
368

8 16
34
€

365

8 20
e 22

380

« 24

382

. 32

379

383

Write Inhibit of Word w/DBE Test
Soft Error Test
Initisl Date Test

Byte Address Test
Holding 1's and O's Test
Address Bit Test
Address Test
Complement Address Test
Rotating O's Test
Rotating 1's Test
Marching O‘'s and 1's

Marchin O's and 1's
Refresh Test

in CB's Test

<1
<l
<1

<1
<1
1
<1
<1
1

i
1

<1
10
<1

Fest Galloping Pattern Test

Write Recovery Test

Sob-a-long Test

Branch Gobble

385
3186

Test

Random Date Test

s 33

384

<1
<2
<1
1

Write Inhibit of Byte w/DBE Test

381

Test

Write Inhibit DATIP w/DBE Test

5
21

377
378

Time (sec/16K)

Interrupt Enable Test
Single Bit Error Test
Write Byte Clears SBE Test
Create
le Bit Error Test

10
17
7
1
2
4

375
376

Pattern Name
Rotating 1's

+a@ 15

369
370
371
372
373
374

For ECC Memory

Test

Soft Error Test

;:z

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

ggg

¢+

- Run twice for each 16K Bank

391

392
393
394
395
3%
397
398
399

230,

Run

only

for

if Interleaved

MF11S-K

At the end of each Pass the program
and 927 for sll banks.

will

run

cleanup

Patterns

{

CZMSDDO MS11 LTM DIAGNUSTIC

MACRO M1113

UAN-82

16:15

PAGE

£ JENCE

401

Page

402

401%
404
405

2.3

Special Environments

406

2.3.1

408
409
410
411
412

The first pass will
chain mode.

407

413
414

415

416
417

2.3.2

XxXxXDP

be a qui=k

verify pass

ACT & APT Automatic Mode

and only

the

1st

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

pass.

after

418

4.9
420

42)

422

423

‘g;
4

2.3.2.1

APT Execution Times

zv;e are some measured execution times for an 11/44 with

:g?

ist QV Pass

cache

2nd Pass & onward

:sg

128K MS11-M (non-interleaved)

10 min 15 sec

7 min 40 sec

:g(:

128K MS11-L

9 min 50 sec

7 min 30 sec

:gg

256K MS11-M (interleaved)

19 min S0 sec

14 min 45 sec

434
435

:?}

The first pass will be a quick verify pass

438
439
440
44)

NOTE

442

Even though the

444

non-QV pesses due to the fact that it is

446

(patterns 024 and 033 for

443

445
::z

449
450

tekes

running

first pass

longer

than

patterns,

is a QV

the

some

of which

example)

be extrememly time consuming.

pass

subsequent

can

under

CZMSDDO MS1t
as2
as53
454
455
456
as7
ass

459

460

461

462
463
464

465

466
467
468
469
470
a7y
472
473
474
475
476
477
478
479
480
481
482
483
484
485
486

487

L/M DIAGNCSTIC

MACRD

M1113

14 -UAN-82

16:15

PAGE

.4, Fy " ’I:‘

Page 10
2.3.2.2

APT

Environment

Table

The following table gives some of the standerd settings
for
E-Table.
They may be modified as noted as the user sees fit.

tre

AP?

FIRST PASS RUN TIME:
This parameter should be set according to the amount and type

memory

to be tested.

The sbove

table

(APT

Execution

of
Times) gives some

measured times.
For any patterns deleted (through use of
the
Device
Descriptor Words) reference section 2.2 for individual pattern times.
NOTE

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

LONGEST TEST TIME:
This parameter should be set to the execution time of the longest
pattern
being
run.
for
the
default
case
this is 35 seconds for

Pattern 033,

ADDITIONAL RUN TIME:
Not Used By Program.
SOF TWARE ENVIRONMENT
:

For APT auto mode

this parameter should be set

"1”.

For

dump mode set this to a “0”.
ENVIRONMENT MODE:
When this parameter

sizing.

is set

to a

"0”

the

program

does

it's

own

the users sets bit @7 however, he must specify the types

ang amounts of memory to be tested.

SWITCH 1:
The default setting of this switch is “101”.
APT
uses
this
as
the switch register for the program.
Reference section 2.4.1 for more
information on switch settings.

SWITCH 2:

This switch,

amount

passes

count has been

if set

APT

reached.

to any

will

non-zero number,

make.

is used to

limit

the

The progrem will hang after this

CPU OPTIONS:
Not Used By Program.

MEMORY TYPE n
(n=1 to 4)
If bit 87 of ENVIRONMENT MODE

log

these

is set these four words are used to
the different types of memory to be tested.
If bit &7 is not set
location are not

used.

CZMSDDO MS11
509

L/M DIAGNOSTIC

MACRC M1113

UAN-82

16:15

MAXIMUM ADDRESS n

PAGE

31-1

(n=1

SEGUENCE

to 4)

N1
13

P)‘

CIMSDDO TMMS11
511
S12
51t

Si4
515
S1é

517
S18

LTM DIAGNDSTIC

MACRO TMM111%

UAN- 82

16:15

PAGE

Page

These four words sre used n conjuntion
MEMORY
TYPE
words
to
ndicate the hignest

NOTE

521

S5¢2
528

The above two parameters do not

neve

524

Se7

S47

548
549
950
931
552
553
554
555
556
557

represent

actuslly

sccurate

configuration
of
memory.
All
program
looks
for s an accurate
of memory amount!

S5
526

S46

with
the
correspond
rng
address that memor, t,pe

occup
i es.

519
520

528
329
530
531
532
533
534
S35
536
537
S38
539
540
541
S42
543
544
545

INTERRUPT VECTOR n
(ne=1
Not Used By Program.

the
tally

to 2)

BUS PRIORITY n
(n=1 to 2)
Not Used By Progrem.
BASE ADDRESS:
Not Used By Progrems.
DEVICE MAP:
Not Used By Progreas.
CONTROLLER DESCRIPTOR CODE n
Not Used By Program.

(n=1 to 2)

DEVICE DESCRIPTOR CODES:
.
The Device Descriptor codes are used by

which patterns it will run.

the program to

“1"'s, indicating that all of the patterns shown in
executed
(save
for
exceptions
as
noted there).
controls a table in the program as follows:
DD WORDS

determine

The default vo‘m of these words are all

PROGRAM TABLE (Symbolic

section
2.2
are
Each set of words

location)

Words O-1

MUCSRY

Words 2-3

MICPAT

S5e

Words 4-5

MUPATY

561
562

Bit 00 set in the first word indicates that the first pattern
n
the
table
will
be executed, bit @1 the second, bit 02 the thirgd,...
bt
00 of the second word indicates that the 17th entry in the table
will

559
560
%3

be executed,

and so oOn.

CIMSDM

UIAGN

MACRD

11T

AN-82

16:1%

PAGE

565
o

Yage 1.

568
569
S70
b |

.
_

573
54

2.5.%2

No SBE

Free Banks

If the progrem cannot fing any SBE (Single Bit Error)
free
locations
{in
non-protected
ECC memory) it will print out ar error message srd
continue testing by passing the ECC logic tests.

575

576

2.5.4

S79
580

The
program
will
function
normally
in
mixed
environments,
sequence
of
testing
may seem strange due to the recurs:ve test
algorithm (reference sections 2.4.1.1, 2.4,1.2, £ 2.4.1.%).

577
57a

Mised Perity £ ECC Configurations
The
mode

DIALN

Malw

111%

2.4

Progrem Uptions

2.4.1
591

I1f

AN B2

597

PAGE

Switch Reg ster Deta'ls

& hardwere switch register

switch

oot.r

not

evailable

in locetion 176,

then

IF under APT

ation

= MALT ON ERROR
(100000)
in the softwere switch register

input buffer) then

SW14
W OVB® IV
B N

SSWREG).

Cont:nuin’ from this halt will first check

software

(g set

To ¢
the software switch register contents:
Type
“control
G-,
This
w:ll
cause
display the current velue of the
SWR and prompt for
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

g&&&zooooooo&oooo
NNgnwwo‘wv‘NMa

the

¢ BIT?

the E- '& orfio ic location "SENVM” the APT software switch register

will be used
59%

16:1%5

it will

for o ch-\,t

(“Control G”

continue testing.

in the

= LOOP ON TEST
(40000)

This will cause looping on the present test or
pattern
(back
to
lest
scope trap).
If in a pettern then the
looping will be for an entire bank of 16K addresses.
SK13

= INMIBIT ERROR TYPEOQUTS
(20000)
This will couse returns from the error routine
without
the
typed
messages.
Other on error functions are not

affected.
Sk12

INHIBIT RELOCATION
(10000
This prevents

prevents
memory
.

the

the progrem

program

from moving and

from

testing

consequently

least

32« of

CIMSDDC

TMMS11

/TMM DIAGNDSTIC

MACRD M1113%

UAN-82

16:15

PAGE

69
os0

630

632
-4
635
bge

¥ Qe

SwWll

33
39
040

=
647

SW10

649

650

655

click)

lest correctly

Sw8

each

error

= LOOP ON ERROR
(1000}
initislized areas of the current test.

tre

= HALT PROGRAM
(400)

:g?

This

:gg

If progrem

::(1)

Flush out all possible DBE's.

::23

Turns off Memory Management.

::;

Restore

2:?

Unmap the Unibus
Map (if there

668

Halt

6569

mode

This will cause looping from failure point back to

:gé

653
654

this

(2000)

trep

SW9

one
6HAth
of
‘s are tested.

= BELL ON ERROR

This causes a bell (or beep or

645
46

(4000)

Each pass complete typeout will indicate
preceding the pass number with “Qv-,

044
647
~48

« QUICK VERIFY
If this switch is selected approx matel
the possible combirations of SBE's £

637

initiates the

following sequence:

is relocated it moves back to bank zero.

loaders.

is one).

if under APT or ALT branch sel.

t
CZMSDDO MS11 LTM DIAGNDSTIC

MACRC M111%

UAN-82

16:15

PAGE

“

SEGRENTE

671

672

aQe 15

6’2

674

675

Sw?

676

677

RO,

Swé

684

685

689

£9¢

697

699

R1,

the

R2,

contents

R3,

R4,

RS,

report

the

GP,

typed

this

SWS

"“CONTROL”,

to be

"‘CPUERR’

refersnce section

7.3

memor,

= LIMIT MAX ERRORS PER BANX
(40)

This will

The

limit

default

the number of error

10.

changed by cranging

opt

following registers

« INHIBIT CONFIGURATION MAP
(100)
configuration

690
691
692
::2

695

This inhibits the printing of a map showing the

2:(;

683

(200)

causes
typed:

6:0

682
683

DETAILED ERROR REPORTS

After any normal error

678
679

681

DECIMAL,

locetion

typecuts per

however

this

"ERRMAX” manuaily.

bank.

casn De

= FAT TERMINAL

(20)

This

informs

the pro?r-u

a width of at least

that

the conscle

terminal

has

132 columns (LA3Z6 with wi de paper).

CZMSDDO MS11
701
702
703
704
705
706

TMM DIAGNOSTIC

MACRC

M111%

JAN-B2

SwW3-1

TEST

7.9
720

N
N
Nt SN

NN~~~

716
717
718

BAF PAF
BAFPAR
BAWPAF

Banks forward, patterns forward
Banks forward, patterns reverse
Banks worst first, patterns forward.

PAFBAM

Patterns forward, banks worst first

6
7

BAWPAR
PAFBAF

PARBAF

PARBAW

SWO

used

DESCRIPTION

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

Patterns reverse, banks forwero

Patterns reverse, banks worst first.

;o: To;a details reference section 2.4.1.1,

721

to be

0
1
2
3
4

MODE

MODE NAME
pereapep
it R BNO
PBNO vV

714

Test modes determine the recurs
or algorithm
dur ing pattern tests,

To8
709

715

PALE

Fage

710
"11
712
713

16:15

2.4.1.2 ano

= DETECT SINGLE BIT ERRORS (SBI's)
(1)
For manufacturing purposes this switch should aslways be

on.

For

field

always be off.

service

purposes

this switch should

This switch will allow all ECC Single Bit errors to
reported by disabl ing error correction.
Error printouts of SBE's sre not
DBE's.

distinguishable

NOTE

If Double Bit Errors sre found ir
the
memory,
this switch should be set to make sure that new
dates can be written to the DBE locetions.
748

be
from

AN-B2
'

16:15
!

PAGE

£ ENCY

‘a8
Tas
»

759
760

761

762

763
764
765

766
767

768
769

770
771
772
773

774
775
776
777
776
779
780

781

782

783

764

785

787

788

789

791

792

793
794

796
797
798
799

801

Erample analysis of mode & PAFBAW',
and Banks 2,%,4.£ 5 are MS11 M,
sume also that Bank

Agsume Benks 0 &

is known bad by

the

progrem

are

TMMS511 L

..a

the

’il

::utiflo or previous runs The testi ng sequence would be as follows:
TEST MS11-M MEMORY

TYPES FIRST

ITEST KNOWN BAD MEMORY (BANK 3)
PATTERN
PATTERN
PATTERN
PATTERN
PATTERN
PATTERN
PATTERN
PATTERN
PATTERN
PATTERN

17,
7,
1,
2,
4,

BANK
BANK
BANK

S,
21,
20,

BANK

22,
26,

757

Mode Example

*SS

Test

e R R

'S0
’S1
'Se
753

2.4.1.1

[P RERE R R

; TEST PRESUMED GOOD MEMORY (BANKS 2,4.5)
PATTERN
PATTERN
PATTERN
PATTERN
PATTERN
PATTERN
PATTERN
PATTERN
PATTERN
PATTERN
PATTERN
PATTERN
PATTERN
PATTERN
PATTERN
PATTERN
PATTERN
PATTERN

17,
7,
1,
2,
4,

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

PATTERN 22,

PATTERN 26,
PATTERN 17,
PATTERN
PATTERN
PATTERN
PATTERN
PATTERN
PATTERN
PATTERN
PATTERN
PATTERN

7,
1,
2,
4,
S,
21,
20,
22,
26,

9‘

CZMSDDO MS11

/TM DIAGNOSTIC

MACRO M1113

14 UAN-B82

16:15

PAGE

Je
39

804
805

v agQe 18

80¢
807

808
:(;g
811

;RELOCATE £ TEST PROGRAM SPACE (BANK O
PATTERN

BANK O

812

PATTERN

BANK

514

PATTERN

BANK O

PATTERN

BANK O

PATTERN
PATTERN

1,
2,

BANK
BANK

9183

815

PATTERN

81¢é

PATTERN 26,

819

PATTERN

817
818

820
821
822
823
824

PATTERN 4,
PATTERN 5,
PATTERN 26,

BANK 0

BANK 0
BANK

1
1

BANK 1
BANK 1
BANK 1

82%
826

827

828

£ 1)

NOTE
This

sequence.

example

not

oan

actus!l

K NCE

CZMSDDO MS11

MACRC

M111%

UAN-82

16:15

PAGE

EENCE

830

831
830
833
834
835
836
837
838
839
330

841
842
8412
R44
845
846

847

848
849
850

851
852

853
854
855
856

857
858
859
860
861
862
863
864
865
866
867
868

869

870
871
872
873
874
875
876
8717
878
879

Page

The pattern sequence was forward (the simple patterns
patterns
last)
sequence of patterns (MS11-M - 17, 7,

first,
comple1, 2, 4, &5, 21,

If the bank selection
following order:

tested

forward the

banks

will

the

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

Parity benks that are not program space (from O to 200).

The program now relocates £ tests:

ggg)bonks that were protected or program

space

(from

Parity banks that were program space (from 0 to 200).

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

will

ECC banks that are known bad and are not protected or program

Pearity banks that are known bad and
(from 0 to 200).

ECC benks that are presumed
program space (from 0 to 200).

Parity banks that

space (from O to 200).

and

are

not

are

are presumed good and

not

are not

program

spsce

protected

program space

(from 0 to 200).
S.

The program now relocates & tests:

ECC banks that are known bad and were

Parity banks that ere known bad and were program space
0 to 200).

space (from O to 200).

ECC banks thet

oare

presumed

program space (from 0 to 200).

good

protected

and

Parity banks that sre presumed good and
(from O to 200).

were

program
(from

protected

program

space

CZMSDDO

MS11

DIAGNOSTIC

MACRO M111%

UAN 82

16:15

PAGE

SEQENCE

881

88,
883

Page 20

884

2.4.1.2

886

MODE

88%
887

Test Mooge Details
=

888

"“BAFPAF " panks forward,

This

is the default and simplest mode.

This mode

except
While

tests each bank

completely

from

those requiring relocations,

testing

each bank

the patterns are

= banks forward,

patterns reverse

simple ones
MCDE

patterns forwarg

“BAFPAR"

run

200

with

the

200

first building to the more complex.

This mode tests each bank
completely
except those requiring relocations,

from

While testing each bank the patterns asre run
with
the
most complex ones first, working to the simple ones.
MODE 2

"BAWPAF "

= Banks worst

This mode

from

first

first,

patterns forward

tests each known

bad

presumed good banks are tested from

those requiring relocatione,

910

911
3{5

:{;

While testi
simple ones
MODE

benk

completely

0O to 200 except those requiring relocations,

“BAWPAR"

200

then

except

each bank the patterns are run
with
first, building to the more complex.

= Banks worst

first,

the

patterns reverse

916

This mode first

918
:53

presumed good banks are tested from
those requiring relocations,

921
ggg

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

917

926

from

MOCE 4

"PAFBAF "

tests each known

bad

bank

completely

O to 200 except those requiring relocations,
0

200

= Patterns forward, benks forward

This mode tests each pettern completely with the simple

:g;

ones first, building to the more complex.

929

While testing each pattern the benks sre run from 0

930

then

except

200 except those requiring relocations.

CZMSDOO MS11

/TMM DIAGNOSTIC

MACRD

TMM1:11%

JAN-82

16:15

PAGE

932
933
934
935
936
937
938

"PAFBAW”

939

forward,

benks worst

While testing each pattern first each
from
O
to
200
except those requiri

941
242

run,

943
944
945
946
947
948
49

970
9N
972

Patterns

first

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

950
951
952
953
954
955
956
957
958
959
9%0
961
%2
93
9%64
9%5
96
9%7
968
9%9

then presumed good benks

except

“PARBAF "

ere

run

Patterns Reverse,

s mple

known
bed
banw
relocetions (s
rom

those requiring relocations,
=

the

200

Banks Forwerd

This mode tests each pattern completely with
the
complex ones first, working to the simp.e ones.

most

While testing each pattern the banks are run from O
200 except those requiring relocations,
=

“PARBAM"

= Patterns Reverse,

This mode

While testi
from
O to
run,

Banks Worst First

tests each pattern completely

complex ones first,

with

the

working to the simple ones.

most

each pattern first each
known
bad
bank
encept those that require relocations is

then presumed
good benks ere run

except those requiring relocations,

from

NOTE
¢ Relocation (2
reguired
to
test
the
bank(s)
in
program
espace and also to
test
any
ECC
benks
protected
by
diegnostic
checkmode
with
the inhibit
mode pointer off (zero)!

200

CZMSDDO MS11
974
975
976
977
978
979

980
981
982
83
384

985
986
987
988
989

990
991
992
993
994
995
996
997
998
999

1000
1001
1002
1003
1004
1005
1006
1007
1008
1009
1010

L /M DIAGNOSTIC

MACRO M1113

JAN-82

16:15

PAGE

SEQUENCE

Page 22

2.48.1.3

Test

Mode Applications

To verify correct operation of
“BAFPAF
Advantages:

Easy

the memory system use

it may

To get detailed error information on known bad
by sizing routine) use Mode 2 “BAWPAF
",

Seeks Bad Banks.

take a

Banks

get good error

"PATBAF
T

Advantages:

(found

take

info on any memory problem fast use Mode

Covers all banks fast.

Easy

to understand.

Disadvantages:
Failures from only complex patterns may
® long time to find.
To

find any problem fast

Advantages:

long

Easy to understand.

Disadvantages:
Failures other than zeros £ ones may
long time to find.

to understand.

Disadvantages:
In cese of a failing Bank,
time to find the failure.

Advantages:

Mode

use Mode

take

"PARBAW".

Covers all Banks fast.

Disadventages:
Difficult to understand failures reported are
not necessarily the most basic failure modes.

}

CIMSDDOC MS1!

TM DIAGNOSTIC

MACRT

TMM111T%

JAN-B2

16:15

PAGE

1012

;

1013

1014
1015

2.4.2

Displey

{gig

A software display
ister exists
hardware display existence.

%83'(‘)

Displey

#1164

Reloceteo !

‘m

AR A

102¢

1027
102&

1029

‘n sadit
i on

AR R R R

13
R

Bank

R R

¢
R

@8!7

! Not Useo

EREREEREEREREREREERERREEEE

S‘t'a

"MTOONN" and “MT

“

108S

- whare “NN”

is the Pattern nusber.
the tes®

itself.

NOTE

1036
1037

The pattern

1038

not

necesserily

indication of degree of gifficulty.

1039

1042

BANK

1045

RELOCATED = This bit

= The number of the Benk (16X) of memory under test (0-200).
these bits directly map to physicel address bits (21:15).

indicetes that the program is relocated and no

longer in Benk O.
It will be reloceted to the first
known Qood Non-protected memor, bank indiceted on

the configuration map (reference section 7.3).

ig‘é

1050
1051

105¢

NOTE

1054
1055

Another way to obtein this
information
is to type a CONTROL/T st the console

1053

1056

(reference Section 2.4.4.5),

1057
1058
1059

1062

run, All
y pattern cen be

Pattern whereas MTPONN ‘s the actual pettern

1034

1060
1061

Pattern ¢

MTOONN refers to the routine that sets up for

igg

1046
1047

174

found in the Dimfic by Looking up the symbol
c Tags

1081

:g:z

jocation

PATTERN @ = The number of the pattern presertly be!
patterns are described in section 6.2,

10%0

1040
1041

“elds ere os follows:

1023

1024

1016
1017

1022

2.4.%

Special Memory Locations -

CIMSDOC MS11 L TM DIagNosSTIC

MACRD M111T

14 AN B2 16:1% PAGE ;'
:

]

:' a2Qe o4

%t
1065

1“'2

ig:a

2.4.2.1

CACHE

Constant

tg;?
1069

.
Tme CACHE constant
e

is s | located
t
at symbolic
i

1072
1078
T4
{875

loceticn
H

i
Bit

1079

enable CACHE.

:;':::

in the
;;nco

ram

_CAQ(

constent

The confi
Hine teble
Hi
iguration
s
Sha Tl
'omt;H is located at at symbolic

%g;?
ea

CONFIG:

First
2nd

i
locetion

and

16K Configuration words (2 each)
16K Configuration words (2 each)

200th 16K configureation words (2 esch)
ssseessssevensresengsss

Configuration Words:

LOW:

1099
1160
1501

8IT O

ERRORS PRESENT

BIT 5

SkIp ECC LOGIC TESTS FLAG (1_»SKIP)

BIT 1

BIT 6

81Ty

1102

Hg‘s

MED:

1308

1107

1108

MEMORY EXISTS

PROTECTED REGION OF AN ECC MEMORY

PROTECTED (PROGRAM SPACE
)

BIT 1215 INTERCEAVED CSR C

BIT 0-7-

NUMBER OF ERRORS it

BIT 11

CSR TESTED Ox

BIT 8-10

MEMORY TYPE

8IT 12

1109
11}1

INTERLEAVE ENABLED

3}} fi
BIT 1S

$1t0

1112

s CON IG o

Configurstion Table

1098

1112

has
i

1087
§g:g

usea

O o

2.4.3.2

-t-’-‘:fix:\condh?on.lly set

1081
1082
1083
1084
{&?

109:

ana

NOTE

107¢
pds
e

“CAL
“CACH

This
table
'

is used as the sour

Map (reference. section 7.3). s

By FIELD
BANK SELECTE;AF!&“'Y‘E;?LID”
A SER
LOADERS MOME BANX
T —

L&i

i et

——-

S8R ARINRBYRNERR LYY P o

2.4.4

Terminal

Commandgs

Ll el

2.4.4,1

Control

"C”

This command will:

1.
[V
R
L

e el e el el el e el e e el el e

et elateialatetetaict
el ol cd el
sl
i

e e e e e

el e

e S S

L
S

1If

Switcn 8

the program.

If Switch 8

(Halt Progrem)

is not

set,

the switch

unrelocete

‘s set

if program was relocated.

Flush out any DBE's.
Turn off Memory Management.

Attempt to Boot RKOS Drive O.

Failing 4,

attempt to Boot RKO4 Drive

Failing S,

go to 4,

This command will only be recognized st the completion of the
test or pattern, or st the end of a8 line of an error message.

2.4.4.2

Control

(Control

This commend would sllow you

(Control

the next

has been deleted.

exit

00T,

hes

also

beer

"K” (Kill error printout and skip pattern)

This command will

next
pettern.
full of errors,

ODT

“E” (procEEd)

deleted.

2.4.4,.4

current

"D” (Debug)

This command to enter a modified version of

2.4.4.3

nalt

sllow

you to stop an error printout

and skip to

the

This is handy, for example, when you have a whole bank
have gotten enough information, and wish
to
skip
to

pattern.

M 11%

aR23 o SO
B el
¢

e |
e

UAN-82

2.4.4.5

16:15

Control

This command will

displey

This

"T”

PAGE

(Tell

me what's happening)

out

mainly

the

information

intended

for

enccded

(PU'
s

tre

displs,

without s hardware

Exemple:
RELOCATED BANK= 23 PAT-

L e e el
e e e
e
BB et gt o Pt sk
ey

s T,

By use of Field Service Command 17 “Trace” con be set so that 't
w'll
sutomat ically type out the bank and pattern numbers as each patterr ‘s
run.

(Reference section 2.4.4.8.18).

2.4.4.6

Control

“S” (Stop)

This commend will

stop typeout

2.4.4,7

“Q" (Quintinue)

Control

This command will continue typi
.
If
there
hes
been
no
ignored.

(soon)

end will

wait

for

a Control

“G".

that haes
been
stopped
by
Control
Control “S“ typed then this commend s

CIMSDDO MS11

(/TM DIAGNOS'IC

MACRD M111%

UAN-82

16:15

PAGE 48

£ NCE

IZW

:‘

1201

e’

120
{2232

2.4.4.8

1205

This command will cause you to

1208

When the program is looking for a sub command any number that ‘s rnct a

{5{?

when

1209

legal

(Control

command

in doubt

"F"

(Field Service mode)

enter

mode

which

looks

will coause a mini help message to be typed.

type 99

1212
1213
1214
igiz

(CR)

and you will

get

help.

for

oub

Therefore

NOTE
Typing jg.t carriage return
command

is a default

1217
1218
1219
1220
1221
iggg

2.4.4. 8,1

1224

This command will exit Field Services Mode and return to whatever task

152267

return

1225

1228
1229

was

Field Service Command O (Exit)

prior

typing control “F”.

is a default Command 0.

gg?

2.4.4.8.2

{gg

This command will typeout

1234

Note typing just carriage

Field Service Command 1| (Read CSR)
the contents of the CSR.

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

determined

the

12%9

CSR DOES NOY EXIST~.

If the CSR

you select causes a trap to 4 the program will

123
}ggz

1240

CSR

program
has not

1235

stetus yet), it will Ask you “WHICH CSR(O-F)” to

which you must respond with an Hexidecimal number from O to
typing just carriasge return is a default O,

1242

1245
{g:g
1248

CSR references sre
with section 5.0.

done

accordance

Note

type

~THIS

MI11%

UAN-82

16:15%

PAGE

€ @ HNCE

1250

1251
1250
1253
1254
1255
1256
12357
1258
1259
1260
1261

1262
1262
1264
1265
1264
1267
1268
1269
1270
1271
1272
1273
1274
1275
1276
1277
1278
1279
1280
1281
1282
1283
1284
1285
1286
1287
1288

Page 25
2.4.4. 8.3

Field Service Command 2 (Losd CSR)

This command will enable you to

load the CSR,

If there is more than one CSR on the CPU (or if the
progrem
has
not
yet determined the CSR stetus yet) it will ask you "WHICH CSR(O-F )" to

which you must respono with an Hexidecimal number
typing just carriage return is a default 0.

from O to

If the CSR
you select causes a traep to 4 the program will
CSR DOES NOT
EXIST",
The CSR will be read and displayed as

F .

Note

type

“THIS

in command 1.

The program will then ask you for the “CSR/” to which you must respond
sith
an
Octel number.
Note typing just carriasge return s s default
The program will

then

load the CSR and Read

again

displaying

its

new contents.

2.4.4,.8.4

Field Service Command 3 (Examine Memory)

This command will allow you to examine any physical sddress
the necessary memory management mapping for you.

The program will ask you for the "PHYSICAL
ADDRESS
which you must respond with an Octsl number.

if the address access couses

“TIMEOUT
TRAP",
program w:ll type

trap

If
the
address
"PARITY ABORT",

access

the

causes

and

(0-17757776)"

program

The contents of your physical address will be typed.

will

o trap to

114

does

type

the

-ofi,

11%

JAN-82

2.4.4. 2.5

16:15%

PAGE

Field Service Command 4

(Mod:fy Memory.

This command allows you to modify any physical
necessary memory management mapp ng for you.

address

The program will ssk you for the "“PHYSICAL
ADDRESS
which you must respond with an Octal number.

1301

and

does

tre

(0-177%777%
.,

If the address access causes
o
trap
to
4
the
progream
will
type
“TIMEQUT
TRAP“,
If
the
oaddress
occess
couses
o trap to 114 the

program will

type

The program will

address.

"PARITY

type

ABORT",

“OLD DATA WAS"” and the contents of

your physicas.

o pa =

Ve wh =

- per

e
ps po =3

The program will then type "“INPUT NEW DATA” to which you must
respond
sath
an
Octal number.
Note typing just carrisge return is s default

The program will attempt to write this new

dats

into

your

ahyc-col

address after which it will read it again and type "DA‘A IS NOW” and
the new contents of

your physicasl

address.

1316
NOTE

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

)
L

TM DIAGNOSTIC

MACRO

M111%

JAN-82

16:15

PAGE

EBaEERik o

Sl olS

CZMSDDO MS1t

1336

zgg.‘

ilm

2.4.4. 8.6

Field Service Command 5 (Select Bank

This command aliows
Tre program will

you to run

ask

you

any bank

“BANK(0-200)"

£ Pattern

with any pattern
to

which

you must

an
Octal
number.
f
the benk is not eccessible.
type “BANK NOT ACCESSIBLE” end ask question over.

The program will then ask

with

Octal

1338
13%9

XSS:O

NOTE

1342
1343

Any pattern cen be run
including those
that are not part of the APT E-TABLE

1341

1344
1345
1346
133:7

If the Bank

ggz

is true for Bank O,

%ggl;

1358

1359

with

must

responrnd

must respond with an Octal number.

1349
1350
1351

1355

respond

defaults (reference section 6.2.1).
If
you select Pattern 0, the progrem will
esk "PATTERN O DATA IS?"
to which you

1348

1352

forever.

Tre progrem » ||

“PATTERN (0-37)" to which you

number.

“BANK

The

“T0 ESC

you selected requires relocation

the

REQUIRES RELOCATION" and exit this command.
em will then arm the console keyboard for
TYPE ANY KEY! ",

The test pattern will be entered

depressed to escape this

loop.

ornd

run

until

program

will

type

Note normally this

interrupts and type

console

key

CZMSDDO MS1t

LM DIAGNOSTIC

MACRO M1113

14 -UAN-82

2.4.4.8,7

16:15

PAGE

Field Service Command 6

(Type Configuration Map)

This command types the configuration mep.
This s useful after a long
run
sre marked as bad.
(Especially

For a detailed explanation of

c.4.4.8.8
This

(overnight) to see all the banks
that
if your console is a v/ deo terminal
).

the map reference section

Field Service Command

command

non-protected

allows

Banks

execution

reference

identicel to command S except
each pass causes a Bell.

7.3,

7 (SOB-A-LONG TEST)
of

the

Section

SOB-A-LONGC

6.2.2.26,

that no Pattern or Bank

Test
‘s

Operation
entered

sll

and

NCE

CZMSDDO MS1t

LM DIAGNOSTIC

MACRC M1113

14 UAN-82

16:15

PAGE

JEQENCE

Page

2.4.4.8,.9

Field Service Command 8 (Error

Summary)

This command types out the number of passes and the
errors,
If
there were any errors it will type out
number of errors per bank up to 255 DECIMAL .
This becomes useful after
video console terminal.

2.4.4.8,.10

long runs (all

night)

total
number
of
the Banks and the

systems

with

Field Service Command 9 (Refresh TEST)

This command allows execution of

the Refresh

Test

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.

2.4.4.8.11

Field Service Command 10 (Set Fill Count)

This command allows setting of

1410
1411
1412
1413
1414
1415
1416
1417
1418
1419
1420
1421
1422
1423
1424
1425
142¢

1427
1428

1429
143C

LA30's,

ViS2‘s,

ASR33's,

VT100's,

2.4.4.8,12

and VI0S5's).

etc.

the terminal

fill count

(necessary

Ffor

is normally set to zero for LA36's,

Field Service Command 11 (Enter Kamikaze Mode)

This command allows xccn to run patterns that are normally not executed
unless under APT or
.
They sre usually very time consuming and can
result in failures that sre fatal to the program.
In effect
you
are
tryi

Note

find

herdwere

failure regardless of the consequences.

t most crashes do not wipe out the display

information

which

is
telling
you
what
the
program
was dom euot prior to failure.
There asre two ways to die here - Impastience
rashes.

2.4.4.8.13

Field Service Command 12 (Exit Kamikaze Mode)

Return to the default mode of

testing (undo Command 12).

CZMSDDC

MACRD M1113

UAN-82

16:1%

PAGE

‘, " " -..,'

1482

1437

1434

1435

1436
14%7

1438
1439

2.4.4.8,14

Field Service Command 13 (Turn Cache 0Off)

;h:osc';?nooa the Cache constant

bypass

cache

(reference

section

1440

1441
1442

1443
1444
144

2.4.4.8,15

144¢

-8.3.1).

1447

Field Service Command 14 (Turn Ceche On)

gh:ssch’ngo- the

Cache

constant

use

cache

(reference

section

1448
1449

1450
1451
1452
1453
1454
1455
14%¢
1457
1458
1459

1460
1461
1462
1463
1464

2.4.4.8.16

Field Service Command 15 (Test Only Selecteo 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 vie command S.

2.4.4.8.17
Return

Field Service Command 16 (Resume Testing All Banks)

to the default mode of

testing (undo Command 15).

1465
1466

1467

1468
1469
1470

1471

2.4.4.8,.18

Field Service Command 17 (Resume Testing All Banks)

Enable "Trace”.
type out

the bank

After exiting field service mode,

the

and pattern numbers as each pattern

program

is run.

1472
1473

1474
1475
1476
1477
1478

2.4.4.8.19
Disable

Field Service Command 18 (Resume Testing All Banks)

“Trace”.

(undo Command 16).

will

CIMSD0K

1480
1481
148,

M DIAGNOSTIC

MACRO M111%

UAN-82

14&:1°F

PAGE

1483

2.5

1485

2.5.1

1488

Execution time depends on
many
var
i ables;
measured times on an 11744 with cache:

1484

1486
1487

1489
1490
1491

Erecution Times
Typical

(System)

128K words of MS1l-L Memor

1492

Normal Pass

0 Min

Sec

L4l
1495
149
1497

Kamikaze Mode
Kamikaze QV

10 Min
10 Min

S
S

Sec
Sec

1498
1499
1500
1501
1502
1503

1504
1505
1506
1507

1509
1510
1511
1512
1513
1514
1515
1516
1517
1518
1519
1520
1521
1522
1523
1524
1525

Quick Verify

0 Min

here

are

50 Sec

128K words of MS11-M Ho-org.iNon-Intcrloovod)
Normal Pass
2
Min 25

Quick Verify
Kemikaze Mode

Kamikaze QV

1
11

Min
Min

0 Sec
O Sec

Min 30 Sec

128K words of MS11-M H-org.:lntcrlcovod)
3
Min 55
Normal Pass
1
Min SO Sec
Quick Verify
Kemikaze Mode
22 Min
O Sec
Kemikaze QV
20
Min
S Sec

2.5.2

Cealculations (System)

18 Sec per
15
per
6

of Non-Intereaved MS11-M
of Interleaved MS11-M

1 f!’
555 I

1492

however

of MS11-L

of Non-Interleaved MS11-M
of Interleaved MS11-M
of MS11-L

Add 10 min., per 128K words for approximate pass times.

some

N5
CZMSDDO MS11

1527
1528
1529
1530
1531
1532
1533
1534
1535
1536
1537
1538
1539
1540
1541
1542
1543
1544
1545
1546
1547
1548
1549
1550
1551
1552
1553
1554
1555
1556
1557
1558
1559
1560
1561
1562
1563
1564
1565

/TMM DIAGNOSTIC

MACRO M1113

14 UAN-82 16:15

PAGE S6

E QUENCE

Page

2.5.3

Typical

(Patterns)

Pattern

Time

Description

MT0000
MTO001
MTO0002
MTO0003

;<1
;<1
;<1
; 1

DATA PATTERN TEST
ADDRESS TEST
COMPLEMENT ADDRESS TEST
3 XOR 9 WORST CASE NOISE

MTO006

SEC
SEC
SEC
SEC
; 1 SEC
; 1 SEC
;<1 SEC

MT0007

;<1 SEC

ADDRESS BIT TEST

MT0004
MT000S

MTO0010
MTOO011
MTO012
MT0013

MTO014

MTO015
MTO016
MT0017
MT0020
MT0021
MT0022
MT0023
MT0024
MT0025
MT0026
MT0027
MTO0030
MTO031

MT0032
MT0033
MTO0034
MT0035

ROTATING ZEROS TEST
ROTATING ONES TEST

TEST

INITIAL DATA TEST

;<1
;<2
;<1
; 1

SEC
SEC
SEC
SEC

BYTE ADDRESSING TEST
CREATE SINGLE BIT ERROR TEST
WRITE BYTE CLEARS SBE TEST
CREATE DOUBLE BIT ERROR TEST

; 1
;<1
;<1
;<1
; 1
;10
;10
;20
;<1
;<1
; 1
; 1
; 3

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

WRITE INMIBIT OF BYTE WITH DBE
WRITE INHIBIT OF WORD WITH DBE
HOLDING 1'S € 0'S TEST
MARCHING 1'S € 0'S IN CHECK BITS
MARCHING 0'S € 1'S TEST
REFRESH TEST
SHIFTING DIAGONAL TEST
FAST GALLOPING PATTERN TEST
INTERRUPT ENABLE TEST
RANDOM DATA TEST
UNIQUE BANK TEST
FLUSH OUT DBE'S TEST
SOB-A-LONG TEST

;

1 SEC

;<1
;35
;<1
;<1

SEC
SEC
SEC
SEC

WRITE INHIBIT DURING DATIP WITH DBE

WRITE RECOVERY TEST
BRANCH GOBBLE TEST
SOFT ERROR TEST
WORST CASE PARITY TEST

CZMSDDO TMMS11 LTM DIAGNOSTIC

1567
1568
1569
1570
1571
1572
1578
1574

1575
1576
1‘)'

1578

1579

1580

1581
1582

1583
1584
1585
158¢
1587
1588
1589
1590
1591

1592
1593
1594
1595

1596
1597

1598

MACRO M111%

14 UAN-82

16:15

5.0

ERROR

3.1

Error Reporting

PAGE

]
34

INFORMATION

Most errors sre reported using the EMT

SYSMAC.SML.

Most errors will be of the

trep and

hendler

will be described here.
MEMORY DATA ERRORS will
to be marked as Bad in the configuration tasble.
Other errors are best explained by referencing
and i f necessary the progrem listing.

Example

also couse

the

ded

type whicr
the

spec fic

bar-

typeout

MEMORY DATA ERROR

022132
022132
022132
022132

prov

"MEMORY DATA ERROR"

BANK
37
37
37
37

VADD

060006
060006
060006
060006

PADD

03700006
03700006
03700006
03700006

GOOD

000000
O00000C
000000
000000

BAD

000100
000100
000100
000100

XOR

000100
000100
000100
002100

CSR MTYP
©
O
O
O

TM
TM
TM
TM

INT PAT
-

06
06
06
06

While testing Benk 37 at virtusl sddress 60006 (virtusl sddresses
oare
always
bDetwsen
60000
end
157776
for
mappi
purposes), physicel
address 3700006 (thet's Benk 37
physical
6
within
the
Benk)
with
Pattern
6
(Initial
Dete Test), the good dats expected was 0 but the
date ectuslly resd (BAD) wes 100, the
exclusive
OR
ot
Good
£
Beo
yields
100
which
indicates
only
failing bit(s) (Bit 6).
It is an

flgll-fl (ECC) Memory and it's not
172000.

interleaved.

The CSR

located

)

CIMSDDO MS11 LTM DIAGNOSTIC
1600
1601
1600
1602
1604
1605
16086
1607
1608
1609
610
1611
1612
1612
1614
1615
1616
1617
1618
1619
1620
1621
1622
1623
1624
1625
1626
1627
1628
1629
1630

MACRD

M111%

UAN-82

16:1%

PAGE

Page

INT
1
1
1

PAT
06
0OF,
0%

Erample 2:

MEMORY DATA ERROR
PC
BANK
VADD
022132
35
060000
022132
35
060002
022132
35
060006

Wnile testing Bank
with

Pattern

PADD
03500000
03500002
03500006
35,

GOOD
000000
000000
000000

BAD
000001
000100
000100

OR
CSR MTrP
000001
O
M
000100
O
TM
000100
O
TM

virtual address 60000, physicel address 3700000

6 (Initial Date Test),

the good dets expected wes O but

the date actually reed (BAD) was 1, the exclusive OR
ields 1 which indicates only failing bit(s) (Bit 0).

ot
Good
£
Bad
It is an MS11-M

ZECC) Memory and it's interleaved; 80 since Address Bit
asserted,

While also

the CSR

in Bank

is located ot
35,

virtual

172000,

| was not

addresses 60002 and 60006 were expected

to
have
O, but the date read was 100, the exclusive OR of Good £ Bad
yields 100 which indicates one failing bit
(Bit
6).
Since
it
s
interleaved
MS11-M
memory, and Address Bit 1| is ssserted, the (SR s
loceted at 172102 (CSR number 1 under the INT column)
NOTE

Subsequent errors of the
not type & new heading.

same

test

MDD

CIMS{

‘e

MSLIL

LTM

"nYa

DIAGNOSTI(

MACRC

M111%

UAN-82

16:15%

PAGE

E
o ENCE
..

1632

163%

1634

:232

5.2

i:;;

The following

i.::?

1679

:3;:00

@ OF ERRORS

Number
of Errors th ot
’

”"v
s

The
The

array number that was locked up in the MS11
@ of C?U‘. APT expects on the system.

“".ME

APT

Core size.

1646

83 - WD1

g: ‘u:::'ox of ¢ & double
1 word cets velue.

1649

BAD - CHx

Bed Check Code Bi

{235

BANK

8D-CC

v
v

CHKBITS

Bad Check Code Bits.

‘C:gg:li

The 7 bit value of the Check Code Bits.

The CACHE Control register.
CPU Error ro!-ctcr

i::;

1650

Sate

1658
{:23

Error Abbreviations

MOS

BAD -WD2

CSR

CSFYNJ

is @

list of all

abbreviations used

First Agdress that failed.

n error

were

detected.

Bad Word 02 of a double word dates value.

The Bank number. t;aks are 16K words |

Control end

GD-CC

Good Check Code Bits.

{“5
tee
tee?
o4
o

GD-WD2
my
IN
LSIZE
MEMERR

1671

1670

-0t
-

Error Correctable Code.

e eol ot
of et
a
e word detes value.

Good Word 92 of a double word dats value.
Good dete.
Interlesved (Address Bit 1| ssserted) CSR number.
MS11-L Size.
Memory Error register.

::0

Memory Manegement Register 00.

44
1975

::g
e

Memory Management Register
w‘
Mansgement Register

1674

HY%E

:.52' ?':: (MS11-L . MS11-M,MF11S

1677

167

Status Register.

1663
7+

CSR NUMBER (0-F Mexidecimel).

l'):\.blo 8itogt.
e
i
rror
(uncorrectable
error
Device Address.
s

ECC

TM CSR.

APT MOS size.

%fim
.
DEV ADD

reports.

Honory Management Register 01,

:AN;JO

#2.
3.

:'wm:.1 Address (esserted by the program after mapping). .
ottom nusber .

444

1679
1e81

+44

fi}El

1682

XOR

VADD

rogram Counter st the time the error occurred.

:b:x'm'c“"':::':“,::""
asser

progrem before

—

ing).

Tho detes thet wee written into the lst half of o doub?g word.

The date that wes written

into the 2nd half of a double woro.

Exclusive OR of the good end bad data.

Shows the bad bits.

CZMSDDO Ms1t
1684
1685
168+
1687
1688
1689
1690
1691

1692

1693
1694

1695
1696
1697
1698
1699

1700

1701
1702
1703

1704

1705
1706
1707
1708
1709

1710
1711
1712
1713
1714
1715
1716
1717
1718
1719
1720
1721
1722
1723
1724
1725
1726
1727
1720
1729

1730

1731

1732

1733
1734
1735

LTM DIAGNOSTIC

M111%

JAN-B82

i6:15

PAGE

Ea
60

Vage

5.3

Error Halts

There are seversl Halts

in the program.

All unused trep vectors contas'n o trap catcher
An undefined TRAP

instruction halts st

( WORD

symbolic

The APT down load sequence will halt at symbolic

,+2 MALT ),

location

locetion

Halt on Error option (SW15 Set) at symbolic

location

Halt program (SW8 Set) at symbolic

"SEXMALT",

Power rail will normally

halt at

(symbolic locetion -noo(u-).

location

the end of

the

"SHALT.

“APTHLT ",

“S$HALT",

shut

down

sequence

Power Fail hes o fatal Halt at symbolic locstion “SILLUP” which can be
caused
by
power up occurring before power down sequence completed or
by power down before a power up seguence ‘s completed.

4.0

PROGRESS REPORTS

Pass complete typeocuts as follows:
END PASS
END PASS

END PASS

o
1

oQv

0
1

NOTE

Pass 2 was flogged
es
o
Quick
Verify
Pess.
(Because of a change in SWS)

To obtain progress reports while executing,

typing a Control

print out the information encoded in the d:”{.y register.
Exemple:

BANK= 2 PAT=

Reference Section 2.4.4.8.18 for more

information on

Tracing.

"T"

will

NCE

)

CIMSDDO TMMS11t

TM DIAGNOSTIC

MACRD

M111%

JAN-82

16:15

PAGE

‘4

Page 40
5.0

CSR INFORMATION TABLES

The following is @ picture view of the
registers
which can be tested by this
assignments and definitions to provide
shows the similarities and differences

current control status
program.
[t shows bt
a handy reference, wro
between each one:

NOTE

w:nwnn»wv‘nn
~
-~~~
~4

SeEgIgAGAga

All unused bits

S.1

to zero.

CORE/MOS PARITY REGISTER

in each (SR asre equal

3§

SO O

22K

ADDRESS
G

GBF

-S

Eo%
P!
g
S

B
R
'AE!
SN

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

15 14 13 12 11

10 09 08 07 06 05 04 03 02 01

Bit assi gnments are defined es follows:
BIT1S PARITY ERROR

BITS 11-S
ERROR
ADDRESS
High
order add-

ress bits

address

of
perity error (Bits
17-11 of asddress).
BITO2
PARITY

(odd)

other

WRITE
Normal

WRONG
perity

parity

(even)

whenr

when set.

clear;

BITOO ACTION ENABLE No
sction when clear trap
to
vector
114
when
set.

/..

Lydh
CZMSDDO MS11t

LM DIAGNOSTIC

MACRC

TMM1113%

JAN-82

16:1%

PAGE

KA NCE

1790

1791
1790

1793
1794
1795

1796

1797

1798

1799
1800
1801
1802
1801
1804
1805
1806
1807
1808
1809
1810
1811
1812
1813
1814
1815
1816

Page 41
5.2

MOS BIPOLAR PARITY

£ I

WPEY
s
e
15 14

Bit

(USED

113

3¢

1ttt
4
4
4ttt
v
35 TL AE wn PR EE IR T
3R 2
13

THE

11/45.55)

312

et
g
o
3= g

10 09 08 07 06 05 04 03 02 01 0C

assignments are defined os follows:

BIT1S PARITY ERROR
8IT02
WRITE WRONG PARITY
Normal
perity
(odd)
when
clear;
other
perity (even) when set

BITO0 ACTION ENABLE No
action when clesr trap
to

set.

vector

114

when

CIMSDDO TMMS1L

1818
1819
1820
1821
1822

1823
1824
1825
1826
1827
1828
1829

1830

1831
1832
1833
1834
1835
1836
1837
1838
1839
1840
1841
1842
1843
1844
1845
1846
1847
1848
1849
1850
1851
1852
1853
1854
1855
1856
1857
1858
1859
1860
1861
1862
1863
1864
1865
1866

1867
1868

M DIAGNOSTIC

MACRO M1113

JAN-82

5.3

16:15

PAGE

SE GIENCE

MF115-x CSR

-5
L. 82 ¢
IDE!
S

ST
'r

!
2

2:2.3
YT

3
I

1
1

0.2

% % 3

1SE TP IDCIEC
1EE !
TSI

BIT ASSIGNMENTS ARE DEFINED AS FOLLOWS:
BIT1S DOUBLE ERROR Set
whenever
DOBE
occurs.
If BIT2-0,
the
error
address will be stored
in Bits

11-5,

1If BIT2

-1,
tne
check
bits
read will be stored in

BITS 11-5.

INHIBIT
W&
13
821
MODE
When this bit is
set toa l, it enables
the
Inh
Mode Pointer
to inhibit either
the
:irot

rom ever
the
Diag.

ECC

second

16K

going
into
Check
or

Disable

mode.

When
this
bit is set
to
zero.
the
entire

memory

operates in

Disgnostic
Check
ECC Dissble Mode.

BITS
11-S
ADDRESS
With

ERROR
BITO2

cleared
they
contain
the
high
order error
address (Bits
17-11);
with
BITO2
set
they
contain the check bits

for ECC.

BITOA SINGLE ERROR Set
whenever
single error
occurs

CIMSDDO MS1t
1870
1871
1870
1873

1874

1875
187¢
1877
1878

1879

1880
1881
1882
1882
1884
1885
1886
1887
1888
1889
1890
1891
1892
1893
1894
1895
1896
1897
1898
1899
1900
1901
1902
1903
1904
1905
1906
1907
1908
1909
1910
1911
1912

1913

1914
1915
1916
1917
1918
1919
1920

LTM DIAGNOSTIC

MACRD

M1112%

-A2

16:1%

PAGE

‘ - L] '-:‘

Page

B8IT03

INMIBIY

4°

MODE

POINTER
The
Innibit
Mode Pointer works
n
conjunction

with

the

Set Inmhibit Mode
bit.
When BIT13 is set to »
i, &8
16K
portion
of

memory
s
inhibitteo
from opersting in
tne

ECC
Disable
mode
or
Diegnostic Check mode.

the

Pointer

which

Inmnibit

Mode

indicates

16K

hibited;

‘s being

e.g. -when

BIT
3
=1, the second
16K of memory
is
inhibittes.

When BIT

is set to @ O,
BIT
becomes inoperative.

BIT02 DIAGNOSTIC CHECK

MODE
When set ensbles
read-write
of
check
bits(isee
Bits
11-5).
If
&
DBE
occurs
in
this

mode

=0), BITIS

(with BIT1

in the

CSR

s
set
but the check
bits from
memory
are
stored
in
CSR
Bits

11-5 and not
address bits.

the

DBE

BITO1
ODISABLE
ERROR
CORRECTION When set no
single
error
correction
tekes
place ano
the error is not
logcorin the csr;
ged
rect
check
bits
are
still
written
to the
memory

however.

6ITO0
DOUBLE
ERROR
ENABLE
When
set
enables trap to vector
114 on double error.

CZMSDDO MS11

LTM DIAGNOSTIC

MACRD

M111172

JAN-82

16:1%

PAGE

1922

1923
1624
1925

1926
1927
1928
1929
1930

1931
1932
1933

1954

193%
1936
1937
1938

1939

1940
1941
1942
1943
1944
1945
1946
1947
1948
1949
1950
1951
1952
1953

1954
1955
1956
1957
1958
1959
1960
1961

1962
1963
1964
1965
1966
1967
1968
1969
1970

1971
1972
1973
1974

197S

1976

1977
1978

Fage

5.4

TMMS11-L

CSR

58T

WPEIEYT
t
ErY
e

ADDRE 55
T

I 1

T
TR
T
1>

15 14 13 12 11 10 09 08 07 06 05 04 03 02 01 00
Bit assignments are defined as follows:

BIT1S PARITY ERROR

8IT14

RETRIEVAL

EUB

ERROR

I¢

the

memory
s
on
an
Extended
UNIBUS, when
BIT14 is zero, the low
order

foiling

addresses

are

sveilable
(Bits
11-17);
when BIT14 is
order
high
the
one,

failing addresses
are
aveilable
(Bits 18-21
of address).
If
the

memory

is on a UNIBUS,

8 jumper disables this
bit so that it is read
only, snd equal to zero.

BITS

11-5

Hith

ADDRESS

ERROR

set,

they contain

ror

address

high

BITia

the

order parity er-

(Bits

21-18
of
address
);
mith
BIT1a
cleared,
they
contain
the low
order parity error address
(Bits
17-11 of
address
).

BITO2

WRITE

(odd)
other

when
parity

PARITY

Normal

when set.

WRONG

parity

clear;
(even)

BITOO ACTION ENABLE No

action
trap

when

vector

cleear;

114

ENCE

1S
CZMSDDO MS1%
1979

M DIAGNOSTIC

MACRO M1113

14 JAN-B2 16:15

PAGE

JE G UENCS
when

set .

e
'

CZMSDDO MS11
1981
1982
1983
1984
1985
1986
1987
1988

1989

1990
1991
1992
1993

1994
1995
1996
1997
1996
1999
2000
2001
2002
2003
2004

2005
2006
2007
2008
2009
2010
2011
2012
2013
2014
2015
2016
2017
2018
2019
2020
2021
2022
2023
2024
2025
2026
2027
2028
2029
2030
2031
2032
2033
2034
2035
2036
2037

/TMM DIAGNOSTIC

MACRO

M1113

JAN-82

16:15

PAGE

&P ENCE

Fage 4%
5.5

MS11-M CSR

'DEEUISI!

Bit

SRR

ADDRE 55
e

assignments are defined as

*SE 1 IP1DCIEC
EE !
o

follows:

BIT1S
UNCORRECTABLE
ERROR
This bit is set
if 8 DBE
occurs,
and
the
error
stored
in
This
bit

address is
the
CSR.
is also set
in
the
EZC
Disable
mode
if an SBE or DBE
occurs.

BIT14

EUB

ERROR

RETRIEVAL
If the memory
is on an
Extended
UNIbus,
when BIT14 is
zero end
either
BIT4

or
BIT
1S
is a one,
failing
the low order
addresses are availab-

le (Bits 11-17);
when
BIT14 is one, the high
order failing address-

es ore available (Bits
18-21 of esddress).
If
the

memory

UNIBUS, & jumper
dissables this bit so that
it

is read

only,

equal to zero.
BIT13 SET

and

INMIBIT MODE

When
this
bit is set
toal, it enables the

Inh

Mode

inhibit

first

Pointer

either

second

the
16K

from ever
going
into
the
Diag.
Check
or
ECC
Disable
mode.
When

this

bit

is set

Check

mode

to a 0,

it allows

and/or

ECC

Diag.

the

Disable

CZMSDDO MS11

/TMM DIAGNUSTIC

MACRO M111%

UAN-B2

16:15%

PAGE

TR NCE

2038

mode

204+

the board.

JO39

toc

the entire

S e
e

-t

e
— e
A

operate over
memor,

—————————

—

CZMSDDO MS11
2042
2043
2044
2045
2046
2047
2048
2049
2050
2051

2052
2053
2054
2055
2056
2057
2058
2059
2060
2061
2062
2063
2064
2065
2066
2067
2068
2069
2070
2071
2072
2073
2074
2075
2076
2077
2078
2079
2080
2081
2082
2083
2084
2085
2086

2087
2088
2089
2090

2091
2092
2093
2094

L /M DIAGNOSTIC

N4
MACRO M1113

UAN-82

16:15

PAGE 67

SEGUENCE
Page

BITS

ADDRESS

11-5

ERROR

With

BITO2

cleared and BIT14 set,
they
contain
order
error

the high
address

(Bits
21-18);
when
8IT02
and
BIT14
arecleared,
they contain
the

low

order

error

address
(Bits 17-11);
when BITO02 is set they
contains
check
bits
for ECC.

BITO4 SINGLE ERROR Set
whenever

single error

occurs,

BITO3
INHIBIT
MODE
POINTER
The
Inhibit
Mode Pointer works
in
conjunction
with
the
Set Inhibit Mode
bit.
when BIT13 is set to a
1, a
16K
portion
of
memory
is
inhibitted
from operating

the

ECC
Disable
mode
or
Diagnostic check mode.
the
Inhibit
Mode

Pointer
indicates
which 16K is being inhibited;
e.g.-if BIT3

=1,

the second 16K of

memory
is
inhibitted.
when
BIT13 is set to o
0,
BIT3
becomes
inoperative.

BIT02 DIAGNOSTIC CHECK
MODE

When set enables

read-write

check

bits(see
Bits
11-5).
If
&
DBE
occurs
in
this mode (with BIT1=0
). BIT1S is
set,
but
the
check
bits
read
are
stored
in
Bits
11-S,
not
the
DBE
address bits.

[

CZMSDOC MS11 L /TM DIAGNOSTIC

MACRC M111°%

UAN-82

16:1%

PAGE

SEQENCE

2096
2097

2098
2099
2100
2i01
2102
2102
2104
2105
2106
2107
<108
2109
2110
2111
2112
2113
2114
2115
2116
2117
2118
2119
2120
2i2t

Page

B8IT01
DISABLE
ERRO#
CORRECTION when set ro
single error correct:

tekes

plece.

single bit error
will
set
BIT04
eno
BIT1S
and sssert BUS
PBL
|
if
BITOO ‘s esserted;
s
doule
error
will
set
set BIT1S end ossert
BUS
PBL
L
i

BIT0O
is
ssserted.
The error
address
s
stored

in the CSR,

and

correct check bits are
generated
and
stored

on 8 write.

BIT00

UNCORREC TABLE

ERROR
ENABLE when set
enables trap to vector
114
on
wuncorrectable
error.

CIMSDOC MS11

TM DIAGNOSTIC

MACRO

TMMi11172

AN B2 16:1°

PAu(-uu

BB ENCE

2123

Page

2124

2125
2126
2127
2128
2129
2180
2131
2182
2133
2134
2135
213¢

2137
2138
2139

2140
214}
2142
2143
2144
2145
2146
2147
2148
2149
2150
2151
2152

6.0

SUB-TEST

6.1

Tests

TEST

BIT TEST OF ALL CSR'S/MATCH ALL CSR'S WITH MEMORY
(CSR Access may cause wrong Type of Traps)
TEST

2
TEST BANK O ACCESSES

Failures are fateal.
TEST

3
TEST BANKS

1-200 (OCTAL) FOR ZEROS AND ONES

Errors are not typed here
the configuration tsble
TEST

TEST

2159

TEST

only

logged

ECC INMIBIT MODE POINTER

2153
2154
2155
2156
2157

TEST

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

2158

2160
2161
2162
2163
2164

SUMMARIES

UNIQUE BANX TEST
Pettern 27

‘s run

CZMSDDC MS11 LTM DIAGNOSTIC

MACRO

M111%

AN A2 16:15%

PAGE

KNGS

2166

2167
2168
2169

2170
2171
2172

217‘5'

Page 4%
:

6.2

Patterns

6.2.1

General

Pattern

Information

Actual patterns are denti fied by symbolic locations “MIPXYY"” here

may

51;5

nusber of

2177
21;&
2179

Setup procedures for each pattern are identified by symbol
¢
“MTO0YY" where YY will be the number of the pattern.

locetions

2180

Patterns reside in 4 scripts thet ere scemned for execution.

Symbolic

2182

ECC bank {twice for interlesved MS11-M's).

176

2181

2183

2184

oany

indicator

(A,B.C.etc)

end

will

tre

the pattern.

locstion
is

sub progrem

2174

“MKCSRT”

table

@ teble of patterns that cen run once

petterns

Symbolic location “MJPAT”

that

cen

Symbolic locetion

for each

“MKPAT"

run on each Bank of ECC memory.

(g @ table of patterns thet cen run on

each

letely

(even

2185
3}3‘7’

Bank
of
Parity
memory.
Symbolic
locetion
“FSPAT”
ig & table of
patterns that cen be run in Field Service Mode (command S).

2188

The 1st 3 scripts sre ¢

S{:‘l)

(1) with APT,

2189

if not running under

g{gg

2194

gig

2197

2198

5533

2201

APT),

or (2) manually.

controlled by the APT

E-table

Aodificntim to this table coan be made

Example E-table Segment:

;THE FOLLOWING LOCATIONS SPECIFY WHICH PATTERNS
:ARE

TO BE RUN FOR PARTICULAR MEMORIES

]

sREFERENCE

THE

TABLE LISTED BELOW TO RELATE BITS TO PATTERNS.

;BITO SET WILL RUN THE FIRST EMTRY IN THE TABLE, BITO SET

sIN THE SECOND WORD WILL RUN THE 17TH ENTRY IN THE TABLE...
3

sNOTEesNULL TESTS DO NOT TAKE ANY TIME

2202
2203

:
$0DWO :

. WORD

177777

RECOMMENDED VALUE
;ECC CSR TESTS
177777 TABLE _= MKCSRT:

2205
2206
2207
2208

s00M2 :
sDDW3:
$0DWA4 :
$0DWS :

. WORD
. WORD
. WORD
. WORD

177777
177717
17777
177

;:ECC PATTERNS
;ECC PATTERNS
sPARITY PATTERNS
;PARITY PATTERNS

2204

2209

s$DOM1 :

. WORD

177777

sECC CSR TESTS

177777 TABLE _= MKCSRT:

103777
177777
003777
177774

TABLE
TABLE
TABLE
TABLE

_=
_=
_~_=

MXPAT:
MKPAT:
MUPAT:
MJUPAT:

CIMSDDO TMMS11

LTM DIAGNDSTIC

MACR(C M111%

UAN-82

16:1%

PAGE

€ @ ENCE

2211
2212

2213
2214
2215

2216
2217
2218
2219
2220
222l
222

2223
2224

2225
2226
2227
2228
2229

6.2.2

6.2.2.1

Specific

Pattern O

Writes L Reads R2

into &

It con execute out of

Test

16K Bank,

the USER

in Fielo Service Mode

for

Instruction PAR's,
NOTE

2231
2232
2233
2234
2235
2236
2237
2238
2239
2240
2241
2244
2245
2246
2247
2248
2249
2250
2251
2252
2253
2254
2255
2256
2257
2258
2259
2260
2261

Basic Data

This is used for Zeros and Ones testing and
any console selected pattern.

2230

2242
2243

Patterns

It is
freguently
modified dynamiceily
such
that
(1) it returns after writing
ml(n(‘m ist NOP is
repleced with
o

RET

)

(2)

(the code PERROZ and
with INC SO0PATERR
).

6.2.2.2

Pattern

Writes
£
eddressed

Address

only counts Errors
NOP

are

repleced

Test

Reads
en
incrementing
into a 16K Bank.

pattern

equivalent

physical

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

6.2.2.3

Pattern 2

Complement Address Test

Writes the complement of the physical eddress from high
addresses
low (write down) and reads from low sddresses to high (read up).
This provides the complement of the coverage of Pattern
pattern and sddressing sequence.
It con execute out of the USER

Instruction PAR's.

in both datas

)

CZMSDDO MS11

LM DIAGNOSTI

MACRO M111%

UAN-B82

16:15%

PAGE

£ ENCE

2263

Page %1

2264

2265
522:?

6.2.2.4

2268
2269

Writes £ Reads & pattern that compiements as
change.

2272

Zeros,

(3)

25;2
el

the 401

gg;g

the Kernel

227C
2271

2275

2278
2279
2280
2§ax
2282
2283

2284

Pattern

This pattern

XOR

is run 4 times (1) with Zeros £ Ones,

with 401

£ Ones,

and (4)

to force a tre parity bits to become

Data PAR's

Pattern 4

each

par

(2)

with

angd

Ones

The pattern of

involved.

the User Instruction PAR' g,

and the Supervisor Data PAR's,

Rotating Zeros Test

Writes s background pattern of Ones.

thru

bDits

with Ones £ 401.

It can execute out of the USER Date PDR's,

6.2.2.5

address

Rotetes o Zero

Cerry

Bit

left

of bytes (18 times) and then checks that the carry

sg:z

Zero and the word (2 bytes)

is still all Ones.

gg:;’

It can execute out of the User Date PAR's and the Kernel Detes PAR's.

2289

2290

NOTE

2292
2293
2294

It is not uncommon tc observe
the
deta
equal
to the bad dete.
his
indicates that the corry was not
clear

2291

2297

after

18 ROLB's.

[

CZMSDOO MS11

/TMM DIAGNOSTIC

MACRC M111%

UAN B2

16:1%

PAGE

SE G ENCE

2299

2300
2301

6.2.2.6

2304
2305

Writes @ background pattern of Zeros.
Rotates a Cne carry
bit
left
thru each pair of bytes (18 times) and then checks that the Carry ‘s »

This provides the complement of the coverage of Pattern 4

‘;{g

It can execute out of the User Dats PAR's and the Kernel Dats PAR's,

P4
P4

2312
2313
2314
2315
2316
2317
2318
2319
2320

Rotating Ones

gssgg

g;g?

Pattern

One and the Word (2 Bytes)

is still

Test

all

Zeros.

NOTE
It is not uncommon to observe
the
good
data equal the bad date.
This indicates
that the Carry
was
not
set
after
18
ROLB's.

in dats.

CIMSDDO MS1t

LM DIAGNOSTIC

MaC R

MIi11%

UAN-B2

16:15%

PAGE

SEQEN i 3

2322

2323
2324
2325

2320
2327
2328
2329
2330
2331
23532
2333
2334
233

2336
2337
2338
2339
2340

2341
2342
2343
2344
2345
2346
2347
2348
2349
2350
2351
2352
2353
2354
2355
2356
2357
2358
2359
2360
2361
2362
2363
2364
2365
2366
2367
2368
2369
2570
2371
2372
2373

Vage

6.2.2.7
Writes

Pattern &
£ Reads

bit

position),

This

is a

» double wora

Second

position),

€.2.2.8

very

Initial

Quick

Pattern

with

check

Data

Test

first

with

all

bits

all

pits

erxcept

except

(for

every

(for every bit

the data paths,

Address Bit

Test

Urites & back
of all Zeros.
Read Address
for a O Byte.
Complement Address 1.
Read Address

for a non O Byte.

For each Address Bit position from Bit 1:
virtusl (2, 4, 10, 20, 40, 100, 200, 400,
60000 20000)

sical (60002, 60004, 60010,
62000, 64000.

70000

lim mnn for a 0 word.

60020,

140000,

1000,

60040,

100000)

2000,

60100,

4000,

10000,

60200,

60400,

Complement Address contents.

Read Address for s non-zero word.

This

is & very auick check

6.2.2.9

Pattern 10

of the address bit

Byte Addressing Test

With ECC Disabled.
Writes all ones to a double word.
For each of the 4 Bytes in the Double Word.
Clesrs one
byte.
Reads all 4

tes from double word.

Checks for only proper b{to
cloar
All other bytn set

This

is only

done on one double word address.

NOTE
This

is run

for ECC memory

only

uniqueness.

CZMSDDO MS11

L /TM DIAGNOSTIC

MACRD M111%

UAN-82

16:1%

PAGE

£ 0CE

2375

2376
2377

Sg;g
2380
gg‘%

6.2.2.10 Pattern 11 Single Bit Error Test
1.

Create o Single Bit Error,

530‘“3

Read dats Uncorrected (with ECC Diseble).

2385
:‘;:2

Cneck
that SBE and DBE
e e

gss:g

Reead First

239%

S. =

S;:é

Word of

f) ags

are

set,

the

dete corrected (mith ECC

i
Check that the CSR Single
Bit

error address was llt::od.

Error

6. Clear SBE Flag.

5333

onag

error

address

Enabled)

s e e B

ggg

Read Second word of date corrected (with ECC Enabled).

ggz;

Check that the CSR Single Bit Error Flag was set.

gzzg

Do (1-7)

2403
oo

10, .

407
g‘g‘

11.

ooy
aaoe

g:gz

5609
o310
Setl

for @ Single Bit Error

double word.
i.e.
(32 TIMES)

in each of

32 positions of

I¢ not
in Quick
i
i
Verify
Mode then Do (1-8) for dets consisting

B1 bit
R set
E e
one of
”mgom
of
in " each
32
itiions of ¢ a double word.

Do (1-9) for complemented deta (1 Bit clesr

positions of a double word).
i.e.
(1024 X 2 = 2043 Times)

each

12.

1
Do (1-7)
forr s double word egual 1 to (000000,000000),

g:{?

13.

Clear sny errors out of test locations.

2414
‘

2422
S:gz
2425

and

eall

or (32 X 2 = 64 Times (Quick Verify))

2412
o1t

g‘ig

This

@ Bit Error combinati

Si
Bve (CoR bits
S-11).
possible

TOTLE Ty -

insures that all Single Bit Errors cen be corrected and detected.

This test

is run for ECC memory only

MACRO M111%

Test

SBE

Read a Byte of Double Word.
If this is MS11-M, the SBE flag should be SET.
If this is MF11S5-K the SBE flag should be SET if this
byte with the error.

Double Word to Ones.

The Byte shoulo have been equal

Do (1-6) for a Single Bit Error
Double Word
i.e.
(32 Times)

thne

to Ones.

in each of

32 positions of

If not in Quick Verify Mode then do (1-7) for dets consisting
of 1 Bit set in esch of 32 positions of a double word.
e,

2456

2465
24866

Write Byte Clears

Do (1-5) for each of the 4 Bytes of the Double Word

2453
2454
2455

2464

SEGUENCE

Write s Syte of

2443
2444
2445
2446
2447
2448
PEEYe]
2450
2451
2452

2440
2441
2442

PAGE

Create & Single Bit Evror,

2434

2435
24 %6
2437
2438
2439

16:1%

Pattern

6.2.2.11

24t
2433

2457
2458
2459
2460
2461
2462
2463

UAN-82

2427
2428
2429
2430
2431

M DIAGNCSTIC

CZMSDDO MS1:
|«

This

(32 x

1024

Times)

Cleer any errors out of test

insures that single bit

checkbits)

can

errors

locations.
in

the

data

portion

(not

be clesred by writing the corresponding byte and that

writing any other byte does not chenge the existing single bit error.

NOTE
This

test

is run

for ECC memory

only.

1K
CZMSDDO MS11

LTM DIAGNOSTIC

MACRO M111%

UAN-82

16:15

PAGE

SEGIENCE

2468
2469

Page S6

2470

2471
2472
2473
2474

6.2.2.12

Pattern

C(reate Double Bit

2476

Access the Datas (TST

2478
2479
2480
2481

Check

2477

that

0w
>
~

2483
2484
2485
2486
2487
2488
2489

2490

Initialize CSR

and the error address

traps on DBE's,

Instruction).

& parity trap occurred.

Do (1-6) for the 2nd Bit of each Double Bit Error in each
of
32 positions
of
a double word less the one position of the
1st Bag Bit.
i.e.

2491
2492
2493
2494
2495
2496
2497

that

is set,

to sllow parity

Access the Data (TST
Check

instruction).

the CSR DBE Flag

latched.

2482

(31

Times)

If not in Quick Verify Mode then Do (1-7) for the lst Bit
of
each
of Double Bit Error in each of 32 positions of a double
word.
i.e.

(31

= 992 Times)

0“: 3-0) for complemented data (Ones versus Zeros

2498

Double

2499
2500
2501
2502
2503
2504
2505

2520

lest

Create a Double Bit Error,

2475

2506
2507
2508
2509
2510
2511
2512
2513
2514
2515
2516
2517
2518
2519

Error

i.e.
(992 X 2 = 1984 Times)
or (31 X2 » 62 Times (Quick vVerify))

10.

Do (1-6) for a double word egqual to (000000,000000),

possible

Double

Bit

and

all

Error combinations forced into each of

the check bits (CSR bits S-11).

11.

This

Clesr any errors out of test

locations.

insures that all Double Bit Errors can be

and cause traps.

created

NOTE
This test

is only run during

the

(QV)
PASS when under ACT or APT,
run for ECC memory only.

first

and

detected

':u

2522
2523
2524
2525
2526

2527
2528
2529
2530
2531
2532
2533
2534
2535
2536
2537
2538

‘

DIAGN

11%

IAN-82

16:1%

PAGE

Page 57
6.2.2.13
[
N

CZMSDDO MS11t

Poattern

urite

Inhibit During DATIP With DBE

Test

Create o Double Bit Error,
Do ASRB on
Check

Test Locetion.

that Double Word

is STILL Bad (Unchanged with DBE ).

Do (2-3) on all 4 Bytes of Double Word.
Do (1-4) for the 2nd bit of each Double Bit Error
{2
st
i.e.

S;E:no
of
5
(31 Times)

a Double Word

less

in each

the one position of

the

If not in Quick Verify Mode then Do (1-5) for the 1lst 3/t
of
oo:: Double
Bit
Error
in each of 32 positions of & couble
word.

i.e.

(32 X 32 = 922 Times)

D“:"('g-s) for complemented date (Ones versus Zeros

Double

i.e. (922 ¥ 2 = 1984 Times)

or (31 X 2 = 62 Times (Quick Verify))
Do (1-4) for @ double word equal to (000000,000000), and
all
ible Double Bit Error combinations forced into the Check
its(CSR bits S5-11).

Clesr any errors out of test

locations.

This insures that the Double Bit Error can be cleared by
any affected Byte.

NOTE
This test

is only

run during

the

(QV)
peass when under ACT or APT,
run for MF115-K only.

Ffirst

and

DATIP

NCE

CZMSDDO MS11

L /M DIAGNOSTIC

MACRC TMM111%

IAN-82

16:15%

PAGE

Write

Innibit
Error,

SEQENCE

2571
2572

2573

2574

2575

6.2.2.14

2583

2581
2582

2580

Create a Double Bit
Do & MOVBE

2579

Of Byte With DBE

Check

2578

Do (2-3) on all 4 Bytes of Double Word.

2576

2577

Pattern

Do (1-4) for the 2nd Bit of each Double Bit Error

mmedinte to test byte.

that Double Word

itions

1st
i.e.

Bad Bit.
(31 Times)

is still Bad (unchanged with DBE ),

in each

& double word less the one position of the

If not in Quick Verify Mode then Do (1-5) for the 1st Bit
of
each Double
Bit
Error
in each of 32 positions of a Double
Word.

i.e.

(31 X 32 = 922 Times)

Du: :g-b) for Complemented Date (Ones versus Zeros

Double

rd).

i.e.
(992 X 2 = 1984 Times)
or (31 X2 = 62 Times (Quick Verify))
Do (1-4) for & double word equsl to (000000,000000),

and

all

This insures thaet no Double Bit Error can be cleared by a MOVB to
affected Byte.

any

ible

Double Bit Error combinations forced into the Check

its (CSR bits S5-11).
.

Clear any errors out of test

locations.

NOTE
This test

is only run during

the

(QV)
pass when under ACT or APT,
run for ECC memry only.

first

and

14 UAN-82 16:15

PAGE 80

SEGQUENCE

Page 59
6.2.2.15

Pattern

urite

Inhibit

Of Word With DBE

Test

Create » Double Bit Error.
Do MOV IMMEDIATE on test
Check

2624
2625
2626
2627
2628
2629
2630
2631

MACRO M1113

2620
2621
2620
2623

L/M DIAGNOSTIC

CZMSDDO MS11

that Double Word

location.

is STILL Bad (unchanged -with DBE).

Do (2-3) on both Double Words.
Do (1-4) for the 2nd Bit of each Double Bit Error

ist

i.e.

Bad Bit.

If not

cu:cid\

itions

(31

in each

1st Bit

& Double Word less the one position of the

Times)

in Quick

Double

Verify Mode then Do (1-5) for the

Bit

Error

in each of 32 positions of a Double

ro.

i.e.

(32 X

992 Times)

a:fl('g-fl for Complemented Data (Ones versus Zeros

Double

i.e. (992 X 2 = 1984 Times)

or (31 X2 = 62 Times (Quick Verify))
Do (1-4) for a double word equal to (000000,000000), and
all
possible Double Bit Error combinations forced into the Check
Bits (CSR bits S5-11).
9.
This

Clear any errors out of test

locations.

insures that no Double Bit Error can be cleared by

affected word.

a MOV

any

Zeros

Ones

NOTE
This test

is only

run during

the

(QV)
pass when under ACT or APT,
run for ECC memory only.

6.2.2.16

2676

Pattern 17

first

and is

Holding 1's £ 0's Test

Write a 16K Bank

with

alternating

- B

Read each Word for correct pattern,

Do (1-2) egain for a complement pattern.

writing a Byte at & time.

Bytes

CZMSDDO TMMS11 LTM DIAGNOSTIC

B¢,
MACRO M1113

14 UAN-82 16:15

PAGE 80-1

SEPENCE

2677

2678

This

checks

the

memory

for

the

capabit,
l

nolding

U's

«.

[

CIMSDDO MS1t

2680
2681
268,
2683
2684
2685
2686
2687
2688
2689

TMM DIAGNOS

T~
“

MACRO

M111%

16:1%

PAGE

Page

6.2.2.17

Pattern 20

Marching O's £

1's

In Check

Bits

Test

Write Double Words of 000000, ,000000 which causes check
to equal 077 while mroo'ing increments.
(Mrite Up/077 --> check bits

2690

2692
2694
2695
2696
2697
2698
2699

address ing decrements.
(Down/077 --> 100)

2701
2702
27083
2704
2705
2706
2707
2708
2709
2710
2711
2712
2713

Read Double Words &
check
addressing increments.
(Up/7077 --> 100)

2691
2692

in Quick

flips

all

Read
Double
MHords
£
addressing decrements.
(Down/100 --> 077)
L5

while

writing

000000,,100000

ano

the checkbits.

Read
Double
Words
£
addressing increments.
(Up/7100 --> 077)

2700

b'ts

Verify Mode then Go to Step (5),

Read Double Words & check
This

check

while

check

writing

while

Jeros

while

000000,,100000

writing

Zeros

while

Resd Double Words £ check while Address
ng increments.
(Up/7077)

This checks the

integrity of the MOS chips that store the checkbits.

K NCE

{ )¢
-

CZMSDOC TMM511
2715
2716
2717

2718
2719
272C
2721
2722
2728
2724
2725
2726

2727
2728
2729
2730
2731

2732

2733

2734

2735

2736

2737

2738
2739
2740
2741
2742
2743
2744
2745
2746

/TM DIAGNCSTIC

MaC R

M1118

IAN-B82

16:1%

PAGE

JE G ENCE

Page €1
6.2.2.18

Pattern 21

Marching O's £

Write & Background of

1's

Test

alternating Bytes of

Zeros £ Ones

For the

16K Bank addressing Down
(a) Read check a word
(b) Byte Swep & word
(¢) Read check & word

For
(o)
(b)
(¢)

the 16K Benk

addressing Up

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

For
(a)
(b)
{¢)

Byte Swop & word
Reed check & word

For
(a)
(b)
(¢)

the 16K Bank address
ng Down
Read check a word
Byte Swep & word
Read check a word

the 16K Benk sddressing Up

Read check

This checks the

a word

integrity of

the

32 Bit

Double Words.

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

2747

2748

2749
2750
2751
2752
2753
2754
2755
2756
2757
2758
2759
2760

2761

NOTE

is not uncommon to see

misleading

error typeout becsuse the second test

each cese is besed upon 8
byteswap
of
the first test which mey or may not have
failed.
If the error
report
indicates
errors
in paires with the bad bit in the
second
report
being
the
same
bit
position
relative
to
e byte then you
should ignore the second error report.

b,
CZMSDDO MS11t

TM DIAGNOSTIC

MACRD M1117%

14 UAN-82

16:15

PAGE 83

2763
2764

2765
<766
2767
2768
2769
2770
2771
arr2
ar’s

2774
2775

2776

Page Lo

6.2.2.19

Pattern 22

Refresh

Test

Write o disgonal pattern of ones on every HKDIAG(TH) stripge
write zeros elsewhere.

This pattern

s on addresses not bit positions.

Example:

Agdress

MSB' s

2778
2779
2780
2781
2782
2763
2784
2785

LSB's

1009010001
100100010
101000100

110001000
t00010001
't006100010
'1CcC1000100
t10001000

2786
2787
2788

2789
2790
2791
2792
2793
2794
2795
2796
2797
2798
2799
2800
2801
2802
2803

NOTE

Example uses KDIAG of value 4 more typical
of
8.
Consult the symbolic definition of
the program listing to be sure.

Disturd each row for

is a velue
“KDIAG” in

3.2ms

Read check disgonsl pattern

Do (1-3) KDIAG times moving the
stripe to cover asll

placement

address positions.

Do (1-4) for & complement pattern
(zeros

in a beckground of ones)

NOTE
This

except

test

wunder

invoked VIA

not

APT

Field

(Kamikaze Mode).

normally

ACT.

Service

executed

It may be

Command

the

diagonal

ENCE

Fe
CZMSDDO Ms11:

DIAGNOSTIC

MACRD

M1113

JAN-82

16:15

PAGE

SE@INCE

2818
2819

2820
2821
2822
2823
2824
2825
2826
2827
2828

Page 61
6.2.2.20

2841
2842
2843

2844
2845
2846
2847
2848
2849
2850
2851

Shifting Diagonal

Pattern

Test

Similer in overall operation to pattern 22 excep®t
for refresh and disturdb rows.

does

not

delay

NOTE

2829

2830
2831
2832
2833
2834
2835
2836
2837
2838
2839
2840

Pattern 23

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

6.2.2.21

Pattern 24

Service

Fast Galloping Pattern

executed
It may be

Command

Test

This does & clessical galloping
pattern
except
that
incremented by 400 Octesl (every 64th double word)

NOTE
This

test

not

except
wunder
APT
invoked VIR
Field
(Kemikaze Mode).

normally

or
ACT.
Service

executed

It may be
Command
13

eddressing

JAN-82

16:15

PAGE

SEQINCE

P.g.

6.2.2.22

This

Pattern 25

Interrupt Enable

Test

Access Test Double Woros.

Check

Enable C5R for SBE

Access Test Double Words.

Check

Write ® SBE

Set CSR to Allow Uncorrectable Error

Disable CSR Traps.

-P

Access Test Double Words.

2853
2854
2855
2856
2857
2858
2859
286C
2861
2862
2863
2864
2865
2866
2867
2868
2869
2870
2871
2872
2873
2874
2875
2876
2877
2878
2879
2880
2881
2882
2883
2884

MACRO TMM1113

—

CZMSDDO MS11 (/TM DIAGNOSTIC

Check that no Traps occurred.

11.

Enable CSR for SBE Traps.

12.

Access Test Double Words.

13.

Checzk to Insure Trap Occurred.

14,

Do (7-13) for the 3 other Bytes

1S.

Create & DBE

16.

Disable CSR Traps.

17.

Access the Test Double Hord.

18.

Check that no Traps occurred.

19.

Enable CSR for DBE

20.

Access the Test Double Word.

21.

Check to Insure Trap Occurred.

22.

Enable CSR for SBE Traps.

23.

Access the Test Double Word.

24,

Check

25.

Do (15-24) for the 3 other Bytes

.nat no Uncorrectable Error

that no SBE
in

Traps,

Trap occurred.

Traps.

Trap occurred.

1 Byte.

in the Double Word.

in 1 Byte.

Traps.

to Insure Trap Occurred.
in the Double Word.

insures that SBE's £ DBE's give the correct

type of traps.

e,
CZM5D00 Ms511

LM DIAGNOSTIC

MACRO M111%

JUAN-A2

16:1%

PAGE

2910

2911

£ G ENCE

NOTE

291°
2913
2914
2915
2916
2917
2918
2919
._?gg?

6.2.2.23

Write Random Data

2924

Read check Random Data.

2926

This routine regenerates the same random numbers

2925

This test

Pattern 26

is run for ECC memory only.

Random Dats

in &

16K

Bank

Test

while

incrementing

the

Addresses.

using

the

same

L
L
CZMSDDO MS1t

MACRD M111T%

UAN-82

16:15

PAGE

SEGANCE

2928
2929

2930
2931
2932
29383
2934
293%
2936
2937
2938
2939
2940

2941
2942
2943
2944
2945
2946

Page 65

seed
as the write sequence.
After the read check the seed is updated
s0 that the next use of this pattern will not nvoke the same seguence
of random numbers.

If you wish to change the random sequence so that it is different than
any other run in the same configuration then there are 2 ways of doing
0.

This

Modify symbolic
you like,

Enter Field Service Mode and execute this pattern (command 5)
on some (any good) bank for a short time (30 sec or so).

can

execute

out

locations

the

User

and the Supervisor Data PAR's,

“SEEDMI” and

Data PAR's,

the

"SEEDLO”

Kernel

to sny number

Data

PAR's,

CZMSDDO MS11
2948
2949
2950

L/M DIAGNOSTIC

MACRO

M111%

6.2.2.24

2964
2965
2966
2967
2968
2969
2970
2971
2972

6.2.2.25

2973

2974

16:15

PAGE

SEGUENCE

Page 66

2951
2952
2953
2954
2955
2956
2957
2958
2959
2960
2961
2962

2963

Jo
UAN-82

Pattern 27

Unique Bank

Test

This pattern uses Pattern O to write £ read the Bank

number

bank.

It does not

test Banks that

This Reads each

donc_brigh

Flush Out DBE's

location

each

run

after

require relocation to test.

It does not run as part of any
script but
normel pattern tests are complete.

Pattern 30

then moves

rather

is always

Test

the old value back

in.

This

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

poss:ble).

It does not run as part of any script but

rether

always

run

just

prior
to
the
End of
Pesss
(Code,
as
pert of a Control “C” (Boot)
command, as part of End of Pass shutdown for ACT or XXDP
Chain
Mode,
as part of hanging sequence after an error if under ACT or APT, and as
part of a shutdown sequence directed by Switch 8 (Halt Program).

’a

K&
CZMSDDC TMMS11

LM DIAGNOSTIC

MACRD M1113

JAN-82

16:15

PAGE

SEGUENCE

2976

Page 67

2977
2978

2979

6.2.2.26

Pattern

S0B-A-LONG

Test

Rationalization

In order to concentrate the memory cycles of a test into a
particuler
address,
we
must
cut the overhead cycles to e minimum.
Freguently,
the
instruction
itself
ma
provide
adeguate
dJdata
or
set
up
a

background in which any com{mntod bit may find it heard to survive.
The

SOB

instruction

the only

PDP-11

instruction

single operand, (2) can be repestedly executed at
can escape this repetitious loop.
Hence,

can be possible

brain wash him),
discomfort).

to SOB & MOS cell

and to SOB a core

The SOB Routine will be

constant
“SOBK”,
Rl
Instruction “100776".

that

(1)

the same PC and,

death

(or

(3)

least

into over-heating (or at

lesst warm

loaded and called with RO set egquml

to the SOB

set

equal

the

complement of a

“SOB RO,."

Simplified SOB Example:

18:

2s:

S08

RO,18

:SOB till RO underflows

ce
B8EQ

R1,18
2%

iRead & check not SO0B
iSkip if OK

MOV

R1,18

SOBFAIL
SOBMOV1

iWrite complement of SOB
;Trap £ report error
;Code to ?ct self moved

SOBMOV2

iForward 1 word and run again

SOBMOV3
SOBMOVA

The value of the SOB constant can be found at symbolic
(typical 25 decimal).

location

“SOBK"

This test

may

added

is not

in the normal script of execution but

running this pattern.

vie
the
APT
E-TABLE, reference symbolic locations "MKPAT", “MJPAT",
“$DDM2 -5,
Field Service Mode command
8
is
the
normal
method
of

NOTE
This

except

test

under

not

APT

invoked VIA
Field
(Kamikaze Mode).

normally

ACT.

Service

executed

It may be

Command

CZMSDDO MS11

LTM DIAGNOSTIC

MACRO

M1113

UAN-82

16:15

PAGE

SEQIENCE

5032

Page 68

3032

3034
33832
2087

3038
3039
3040
3041

3042
2043
5044
3045
304¢
3047
3048
3049
3050
3051
3052
3053
3054
3055

3056

6.2.2.27

Pattern 32

This

causes a WRITE,

test

and
if
the
1lst,
the 2nd, 4th, 6th,
out the error.

uWrite Recovery
READ,

s!g;?
3078

...

to occur

memory

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

the contents of R2 in the address it vacated (due to -(PC).
2. Since R2 contains a "COM -(R1)” instruction it complements
the hi

st address under test.

this address contained

“177667" so after the COM -(R1) it eguals 110
cleverly this is the “"JMP (RO)” instruction.
5. This sequence continues until the "MOV R2, -(PC)”
instructions resch the middle of the test bank.
then the “JUMP (RO)” instruction is met
and executed. RO contained the return sddress back
to test 13.
4. These steps are repeated for each bank under test.

3071

3074
307S

READ,

uWrite Recovery Test
This test differs from other tests in that it consists
of » small test program actually rumning in the bank under test.
The program is self modifying and may be difficult to debug.
To aid in the
. remember that the bank and margin sre being
displayed. This will allow the user to at least see which memory
beank failed.
The test consists of 1/2 of the bank stored with “MOV R2,-(PC)”
and the other 1/2 containing “177667". "177667" is the complement
of "JMP (RO)” instruction.
R2 conteains "COM -(R1)” instruction
on entry to the bank and Rl contains the highest test address in
that bank.
If you understand this so far the rest is easy.
The test execution is as follows:

3063
3070

3073

WRITE,

3rd, Sth, ...READ is bad the program may bomb or if
...
READ is bad the program wil
gracefully
type

3057
3058
3059
3060
3061
3062
3063
3064
3065
3066
3067

3072

Test

NOTE
This

test

not

except
under
APT
invoked VIA Field
(Kemikaze Mode).

normally

or
ACT.
Service

executed

It may be
Command
13

M
CZMSDDO MS1)

3080
5081
308,
3083
3084
3085
3086
3087
3088
3089
3090
3091

3092
3093
3094

3095

3096
3097

3098
3099
3100
3101
3102
3103
3104
3105
3106
3107
3108
3109
3110
35111
3112
3113
3114
3115
3116
3117
3118
3119
3120
3121
3122
3123
3124

M DIAGNC

MACRO M1113

UAN-82

16:15

PAGE

& G IENCE

Page €69
6.2.2.28

Pattern

Branch Gobble

Test

This test loads a small routine
into
tne
memory
under
test.
The
routine
moves itself along in memory one word after each passs so that
when it reaches the end every
instruction
has
executed
from
every
location
with
the
exception
of
the beginning and end of each test
area.

The Branch Gobble
s general format after you eliminate setup code
code to move the program along is as follows.

BGTEST:
BRGOBB:

O
SEC
ADCB

BGTEST

INCB

BGTEST.1

s TEST WORD

B8MI

18:
2%:

4%:

This

sINC LOW BYTE

BR
B8vS

BRGOBB
24

INCB

BGTEST

8MI

ERROR
CLv

8CS
8vC

3%:

;END LOOP AFTER 128 TIMES

s INC HIGH BYTE

;LOOP 128 TIMES
:BRANCH IF V-BIT SET (SHOWLD BE)
;ERROR TRAP
;CLEAR V-BIT

s INC HIGH BYTE ONE LAST TIME

3
33

ERROR

sBRANCH IF C-BIT SET (SHOULD NCT BE)
sBRANCH IF v-BIT CLEAR (SHOUWLD NOT BE)

sBRANCH IF N-BIT SET (SHOULD BE)
sERROR TRAP

RETURN

code

ori

and

imn‘

came

from

Exerciser
DZOXA-A,
he
Ffirst
section of that
diagnostic
and
exerciser ever since.

the

PDP-11

Femily

NOTE
This

except

test

wunder

invoked VIA

not

APT

Field

(Kemikaze Mode),

Instruction

MOS memorys fell succeptable to this
it
has
been
an
important
memory

normally

ACT.

Service

executed

It may be

Command

CZMSDDO TMS11 L/M DIAGNOSTIC
3126
3127
3128
3129
3130
3131
3132
3133
5134
3135
3136
3137
5138
3139
3140

3141
3142
3143
3144
3145
3146
3147
35148
3149
3150
3151
3152
3153
3154
3155
3156
3157
3158
3159
3160
3161

3162

3163
3164
3165
3166
5167
3168
3169
3170
3171
3172
3173
35174

MACRO M1113

14 UAN-82

16:15

PAGE

N6
91

SEQUENCE

Page 70
6.2.2.29

Pattern

Soft Error

Test

Rationalization

MOS chips have a failure mode in which they can randomly pick er
drop
bits.
This is caused by Alpha particles bombarding the cell.
If the
cell is very small (and they are) then the electrons displaced by
the
Alpha

pearticle

are sufficient

to cause

to @ zero or from a zero to a one.
This test

creaste

program.

pattern

is controlled by

pattern

the main program so

125252

The configuration

invalidated

background.

This pattern

6.2.2.30

and

table

because

is nothing more

Pattern 35

the cell

52525

is used to

another

than

to change

that

from a one

used

on aslternate pesses of
flag banks

pattern

that

have

was written over

the

this

a clever use of pattern 0.

uWorst Case Perity

Test

Force MWrite Wrong Parity
Under Test.

in each 1K word block of the

Read with Parity Trapping enabled,

making sure

that

Memory

trap

occurrs,

Make sure error address bits are set correctly.
4.

Mrite good perity without
occurrs when read.

trapping,

and

make

NOTE
This

test

run

for parity memory

which

is not controlled by the same CSR as the

program,

sure

CZMSDOO TMMS11

B
L

/TM DIAGNOSTIC

MACRO M111%

UAN-B2

16:1%

PAGE

3178
g:;g

6.2.2.31

;igé

This

5187
LT

This pattern replaces any resl
spec
fy » pattern to be run.

s an

Pattern 999 Null
instent

A DINCE

Test

return added tc preserve

patterns wnen

the software structure.

the APT

£.-Table coes

not

MACRO

M1112%

JAN-82

16:15

7.0

PROGRAM FEATURES

7.1

Fast

PAGE

Deta Access Rates

One of the
main
areas
environments
is speed.
like

RSTS,IAS

and

of
concern
in
testing
memory
in
systems
One of the prime ressons thet system programs

MUMPS

cen

crash

due

memory

failures

not

detectable
by
memory diegnostics (0-124K,0-2 MEG,etc.) s beceuse of
multiple NPR devices contending for the bus.
After some delay
s
NPR
:::icc tboco-oo bus master and does seversl memory transfers at memory
e

rates.

On the
other
hand
most
dJdiegnostics
when
writing
reading
and/or
checking patterns
spend most of their time fetching instructions and
operands out of their program space
and
proportionally
(ittle
time
accessing the memory under test.

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

have been

7.1.1

taken.

Fast City

Utilizetion of Memory Menagement Registers
as
Non
Memory
Bus,
Non
UNIBUS,
Bipolar
Memory.
Since User Mode is only used for relocetion
and Dets Space is never used, then subroutines can
be
executed
from
the
UIPAR's,
UDPAR's,
KDPAR's,
SOPAR's
and
with some Bit Pattern
restrictions the UIPDR's, UDPDR's, KDPDR's, end SDPDR's.
The
progream
runs
in
Kernel
mode
and
Patterns
are
executed
in
Supervisor
mode for mapping purposes.
All core patterns and some MOS

Patterns are

referred to

subroutines

that

are

moved

this

Bipolar

in the program as Fest City.

NOTE
18-Bit PDP-11's cannot execute from

PAR‘'s

because

bits wide;

Mode .

executed

their

PM'omonly

the
12

they also have no Supervisor

Therefore,
in

n-or;.

(reference Section

all

petterns

using

7.5).

User

are

Mode

region

TMM

DIAGNOSTIC

MACRO

M1113%

UAN-B82

16:15

PAGE

B ENCE

2239
3240
324

524,
3243
1044
3245
3246

Page

7.1.2

SO08's

Utilizetion of the
full
PDP-11
algorithms (principally the S08).

Instruction

Set

speea

pattern

3247
3048

3249

7.1.3

CACHE

CACHE is used between pattern tests to decrease
progrem
pess
t mes.
CACHE cen be defeated by the operastor (reference section 2.4.%.1).

7.2

Benk Zero Testing

Bank Zero has been traditionslly neglected by memory
the followming reason.

disgnostics

for

The vector spece exists there and
ALL
traps
must
not
access
test
pattern
date.
If the sres is tested the disgnostic must not use any
traps,

end

is ageainst

the rules for power to fail.

Systems with Memory Management can overcome this because all treps are
to Kernel Virtusl spece even if the power should feil (ceution must be
observed beceuse power up goes to ph"icol
eddress
24
(because
the
Memory Menagement Unit comes up off)).

However, Catch 22 is that the di-rootic is not APT competible
mode because APT Accesses Physicel
Memory Locations.

in this

The PDP-11/44 can over come this because the UNIBUS Map can fool APT.
Becouse of the previous arguments this program does not
relocate
in
the
true
since
of
the word (i.e.
no position independent code was
written (st lesst not on purpose)), but rather this ?roor- moves
and
remaps

(hereafter

referred

relocates).

his

enables

the

complete testing of Bank Zero or any other pro?r.- speca or privileged
space exectly es all other banks sre tested.
The conditional test to
see if a bank is protected is complemented wnen relocated).
NOTE

The program will relocete

first

pass

program will

under APT;
remain

fixed

only

after this,

the

in Banks O and

£/

CZMSDDO MS11 L /7TMM DIAGNOSTIC

MACRDO

M1113%

UAN-82

16:15

PAGE

SEGAENCE

Page

7.3

Memory Configuration Map

This map is printed out immediately after sizing the memory unless 5SWé
is set (reference section 2.4.1).
It can also be printed at any later
time in Field Service Mode (reference section 2.4.4.8.7)

Example:

MEMORY CONF IGURATION MAP
16K BANKS
1
2
3
4
S
6
4
0123‘567;)%2345670123456701234567012345670123456701234567012!

CPU MAP 11111111111112121122122113131211111111
INTRLY
----cccccmncanan 3333333333333333
MEMTYPE LLLLLLLLMMM99IPIIRITIPeeeeM

cse

00000000111111112222222222222222

PROTECT PP

456701234567012345670123456701234567012345670123456 70123456 7

CPU MAP
INTRLYV
MEMTYPE
CSR
PROTECT

Displayed are Banks 0-73 Octal (2 meg words).
If
the
Fat
Terminel
Switch was set (reference section 2.4.1) then all Banks (0-167) would
be shown.
If this wes an 18-Bit PDP-11 (eg - 11/34), only
Benks
0-7
would be printed.
The fields:

ERRORS:
The sizing routine could not write zeros and ones
10 £ 11, hence they are marked os bad with X's.

Banks

CPU MAP:
The CPU was eble to access banks 0-37 (512 X words).
INTRLY:
There

CSR 3

(172106)

controlli

interlesving on Banks 20-37,

sddresses.

3347
3348
3349
3350

the

Address

with

CSR

(172104)

Address

Bit

Asserted

Bit 1 Non-Asserted addresses, and

controlling

the

ERRORS;

MEMTYPE:

Benks 0-7 are Memory Type L (MS-11L),

and

Banks

10-37

are

t
CZMSDDO TMMS11
3351
3352
3853
3354
3355
3356
3357
3358
3359
3360
3361
1362

5363
3364
5365
3366
3367

LM DIAGNOSTIC

MACRO M1113

14 UAN-82

16:15

PAGE

95-1

JE QIENCE

Memory
Type
M
(MS11-M);
while Banks 40-167 do not erist,
Memory Type K would indicete MF115-%, Memory
Type
P
would
indicate
UNIBUS
Parity,
end
Memory Type 8 would indicate

11745-type Bipolar memory.

Banks O0-7 are assi
d to CSR 172100, 10-17 to
CSR
and 20-37 to interleaved CSR's 172104 and 172106,

172:i02,

PROTECT:

Banks O and 1 are protected beceuse they sre progrem
speace.
Bank
O
ond 1 can slso be protected because they are n the
bottom 16K of an MS11-M CSR.
The protection is hierarchical
and
pr
am
space
overshadows MS11-M protection.
Bernks O
ond 1 will not be tested until the
progrem
relocates.
I

’
’

CZMSDDO MS11
3369
2370
3371
3372
3373
3374
3375
3376
3377
3378
3579
5380
5381
3382
3383
3384
3385
3386

3387
3388
3389
3390
3391
3392

3393
3394
3395
3396
3397
5398
3399
3400
3401
340¢
3403
3404
3405
3406
3407
3408
3409

LM DIAGNOSTIC

G/
MACARO

M1113

UAN-B2

16:15

PAGE

SEQINCE

Page

any bank is protected by MS11-M (or MF115-K) and not because
it is in progrem space it will have an
“I”
typed
in
this

row,

This

is to point out where the protected banks start

for each ECC CSR,
Note the "P” at Bank 30;
This points out
the
"Shadow”
protection
which
occurrs
when
two
MSi1-M
memor ies are interleaved.
Therefore, Bank 30
will
not
be
tested until the progrem has relocated.

7.4

Everything You've Always Wented To Know About SUPERMAC

SUPER-MAC

is a

set

programs to be written

structured

programming

mecros

that

allows

in a high level, easily understood language.

As s general
rule,
most
SUPER-MAC
etetements
cen
be
single-line
statements
or multiple-line (nested) block statements.
A single-line
statement must be completed on one source line;
no continustion lines

ere
sllowed.
Single-line ststements should be as short and simple os
possible.
Comments may slsc be included on a source
line.
All
the

ral
rules,
conditions,
etc..,
that
govern MACRO-11 also govern
-MAC.
Specing on & source lne is very importent.
The
elements
should be sepsrated by a comma or 8 space.
Tabs should never be used

for
spacing.
For
exemple:
different than A « B,

The

expression

A+B

interpreted

All the conditional stetements can be written as multiple-line

blocks.

nested

Esch level of mtin! within @ block must be terminated with

en ossociated END statement.
two speces.

ach level of nesting should be

indented

User written macros or sssembly languesge instructions may be
included
in
&
progrem if desired.
As e debugging aid, if the symbol LSTSS s
defined, it will couse
rated code and labels to
be
listed.
All

(3
5

ams must

-H:C’.“clll

a4l SL’E

in with

the macro call SMACIT.

This call initislizes

egal POP-11 source and destination operands are

legsl

CZMSDDO MS11

L/M DIAGNOSTIC

MACRO M111%

UAN-82

16:15%

PAGE

2311

5410

3417

5414
3415
3416

7.4.1

Semple Source fFile
.ENABL ABS
.ENABL AMA
JMCALL . SUPER
. SUPER
;LSTS8 =0
BITS_ =40
0

C:
D:
£:
F:
G:

0
0
0
]
0

3417
3318

3419
3420
3421
3422
5423
3424
3425
3426
5427

3428

3429
3430
3431
3432
3433
3434
3435
3436
3437
3438

3439

3440

I:
J:

0
0
.PAGE
sLET EXAMPLES
LET RO :_= A
LETB : = C + D
LET
€ 1.2 F o
}
LET G :_» H «
2
LET J :_= U «
01
ILET A :B_= 8B

; IF EXAMPLES

IF A IS TRUE

3441
3442

MOV
23.0
END ;OF IF A
IF B IS FALSE

3445

END ;0F IF B

3447

3443
3444
3446

MOV

34,E

AEQ B THEN LET C : = D

ALT B

3448
3449

MOV
ELSE

3451

END ;OF IF A

3455

IF AEQBORC
NED

3450

3452
3453
3454

34565

MOV

c.0

E,D

AEQ B AND C NE D
MOV
F.G
END ;OF IF A

MOV

F,G

3457
3458
3459

END ;0F IF A
IFB AEQ B AND CEQ
MOV
H,J

3463

IFB A EQ B ANDB C EQ

3460
3461
3462
3464
3465

3466
3467

ELSE
MOV
€.J
END ;OF IF3 A
MOV
ELSE

H,J

MOV
E,J
END ;0F IFB A

CZMSDDO Ms511t

EEREELLEY
FRYE
EREFS
d®

2468
1469

M DIAGNGSTIC

MACRO

M111%

UAN-82

16:15

PAGE

97-1

IF RESWLT IS EQ
MOV
A,B
END ;0F IF RESWLT
BITS SET.IN A
IF
MOv
B,C

END ;OF IF
IF

BITS

BITS OFF
. IN A
MOV
C,D
END ;OF IF
BITS

;ON_ERROR IS LIKE AN IF STATEMENT ON THE C-BIT
sON.ERROR EXAMPLES
ON.ERROR
MOV
A.B

ELSE

MOv
C,.B
END ;OF ON.ERROR
ON.NOERROR

SE@INCE

3486
3487
3485
3489
3490
3491
3492
3493
3494

3495
3496
3497
5498
3499
3500
3501
3502
3503
3504
3505
3506
3507
3508
2509
3510
3511
3512
3518
3514
3515
3516
3517
3518
3519

3521
3522
3523

3524

3526
3527
3528
3529

L/
M DIAGNOSTIC

MACRO M1113

UAN-82

16:15

PAGE

‘i

Page
MOv
C.B
ELSE
MOV
A,B
END ;GF ON.NOERROR
ON.ERROR THEN LET A

;FOR EXAMPLES
FOR I : =
-570
A
INC
END ;OF FOR I
FOR RO

DEC
A(CRO)
END ;OF FOR RO
FOR

:_=

:8_+- B

140 BY

133 DOWNTO

3 BY

ADD
A.B
END ;0F FOR I

;BEGIN EXAMPLES

BEGIN ALPHA
FORRO

: .=

167

MOVB
A(RO),.B
O THEN LEAVE ALPHA
IF B LT
END ;0F FOR RO
FOR RO

:_=

IF B GE

400

; SRETURN EXAMPLES

SRETURN
SRETURN ERROR
SRETURN NOERROR

;CASE EXAMPLES

MOV
A,RO
CAiE RO

END ;0F CASE RO
.END

S67

O THEN LEAVE ALPHA

mone®

CZMSDDO MS11t

- '! P':‘

1«

3538

3539
3540

3541
3542
5543

3544
3545
3546

3547

3548
3549
3550
3551
3552
3553

7.4.2

.MAIN,

UAN-82

16:15%

PAGE

SEQUENCE

Semple Listing File (with No Expanded Macros)
PAGE
MACRO M1111
O1-APR-79 16:41)

000000

.ENABL ABS
.ENABL AMA
LMCALL .SUPER
SUPER

$
iLST$=0

BITS =40
CO000000000

3535
3536
3537

MACRC M1113

C=IOMMOoONOO>®

3531
3532
3533
3534

(/M DIAGNOSTIC

VRNV
D N

CZMSDDO MS11

H'—

CZMSDDO MS11

L/TMM DIAGNOSTIC

MACRDO

M111%

JAN-B2

16:15%

PAGE

A PANCE

100

1555

3556

3557
3558
3559
3560
3561
3562
3563
3504
3565
3566
3567
3568

3569
3570

3571
3572
3573

3574

3575
3576
3577
3578
3579
3580
3581
3582

3583
3584

.MAIN.
18
19
20
21
22
23
24
25

MACRO M1111

16:41

PAGE

27 000114

28 000122
29 000122
30 000130

31 000136
32 000136
33 000154
34 000164

000172
000174
000202
000202
000222

40 000230
41 000230

012737

000023

000006

012737

000034

000010

013737

000004

000006

013737

000010

000006

013737

000012

000014

3585

42 000250

013737

000012

000014

3588
3589
3590
3591
3592
3593
3594
3595

45
46
47
48
49
S0
51
S2

000276
000304
000306
000314
000314
000334
000342
000344

013737

000016

000022

013737

000010

000022

013737

000016

000022

013737

000010

000022

S5 000354
56 000362
57 000362

013737

000000

000002

013737

000002

000004

3586
3587

3596
3597
3598
3599
3600

3601

3602

43 000256
44 000256

53 000352
54 000352

58 000372

59 000400

3603
3604
3605

60 000400
61 000410
62 000416

3607
3608

64
65 000416

3606
3609
3610
3611

013737

000004

000006

66 000420

67 000426
68 000430

(LET EXAMPLES
LET RO : - A
LET B : <« C « D
LRT €& 1= F «
LET G s
M o
2
LET J : = U+
01
LET A :B_~ 6
; IF EXAMPLES

000024
000030
000044
000056
000072
000100

26 000106

35
36
37
38
39

O1-APR-79

IF A IS TRUE
MOV

23,0

END ;OF IF A
IF B IS FALSE
MOV
34 ,E

END ;OF IF B
IF
IF

AEQB THEN LET C
ALT B
Mov
C.D

ELSE
MOV
END :0F
IF
AEQ
MOV

E.D
IF
A
B AND C NE D
F.G

END ;OF IF
A
IF AEQ B ORCNED
MOV

F,.G

END ;0F IF A
IFB AEQ B AND CEQ

MOV
M,
J
ELSE
MOV
E.J
END ;OF IFB A
IFB A EQ B ANDB C EQ
MOV
H,J
CLSE
MOV
E.J

END ;OF IFB A
IF RESWLT IS EQ

MOV
A.B
END ;OF IF RESWLT
IF
BITS SET.IN A
MOV
B.C

END ;OF IF
IF

BITS

BITS OFF.IN A
Mov
C.D
END ;OF IF
BITS

tON.ERROR IS LIKE AN IF STATEMENT ON THE C-BIT
013737

000000

000002

013737

000004

000002

:ON.ERROR EXAMPLES
ON.ERROR

MOV

ELSE
MOov

A,B
C.B

CZMSDDO

3612

361%
3614
3615
3616
3617

MS11

LTM DIAGNOSTIC

MACRO M1113

UAN-82

16:15

PAGE

100-1

SEGUENCE

69 000456

70
71
72
73

000436
000440
000446
000450

000456

013737

000004

000002

013737

000000

000002

END

;0F

ON. ERKOR

END

;0F

ON.NOERROR

ON . NOERROR
MOV
C.B
ELSE
MOV
A,B

CZMSDDO MS11-L/M DIAGNOSTIC

MACRO M1113

14 -JAN-82

16:15

PAGE

N i‘

101

SEQUENCE

3619

3624
3625
3626
3627
3628
3629
3630
5631
3632
3633
3634
3635
3636
3637
3638
3639
3640
3641
3642
3643

Page

.MAIN.

MACRO M1111

01-~PR-79

16:41

000456
000466
000474
000500
000514
000516
000522
000534
000542
000550

ON.ERROR

000620
000626
000636

000636
000640
000644

101 000650
000654
103 000664
104 000666
105 000670
106 000672
107 000674
108 000676
109 000700
110
111

THEN LET A

FORI : .«
-57T0
A
INC
END ;OF FOR I

005237
005360

000000

063737

000000

FOR RO

FOR

:_=

O TO

140 By

133 DOWNTO

FOR RO

: _=

MOvVa

0 TO

3 Br

ADD
A,B
END ;OF FOR I

1BEGIN EXAMPLES
BEGIN ALPHA
116037

:B_- B

DEC
A(ROC)
END ;0F FOR RO

000002

3-1

:FOR EXAMPLES

000566

000566
000570
000576
000604
000614

PAGE

167

A(RO),.B

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

:_=

IF B GE

END

400 TO

;0F FOR RO

END ALPHA

: SRETURN EXAMPLES

SRETURN
SRETURN ERROR
SRETURN NOERROR

:CASE EXAMPLES

MOV

CAiE RO

A.RO

END

.END

567

O THEN LEAVE ALPHA

monm

3620
3621
3622
3623

;0F CASE RO

3670

3671
3672
37
%74
3675
5676

2677

1678

IAN-82

2684
3685

PAGE

102

A @ ENCE

Fage Bl
7 .4.3

.MAIN.

Semple Listing File (mith Expanded Mecros)
MACRO M1111
01-APR-79 16:10
PAGE 2
000000

3679

3680
3681
3682
3683

16:15

000016

.ENABL ABS
.ENABL AMA
MCALL .SPER
. SUPER
LSTss =0
B8I15_-40
0000000000

2069

MACRO M1l ll

L=IOMMONn®»

3663
664
3665
3600
3667
LYY

LTM DIAGNOSTIC

R NOND W~

C2MSDDO MS11

'L
B

CZMSDDO TMMS11

3687
3688
3689
3690
3691
3692
3693
3694
3695
3696
3697

3698
3699

3700
3701
3702
3703
3704
3705
3706

3707

3708
3709
3710
3711
3712
3713

3714
3715
3716

3717
3718
3719
3720
3721
3722
3723
3724
3725
3726

3727
3728
3729

LM DIAGNOSTIC

MACRO

M111®%

5734
3735
373
3737
3738

.MAIN,

MACRO M1111

18
19 000024
000024
20 000030
000030
000036
21

23
24

27
28

PAGE

103

01-APR-79

16:10

PAGE

013700

013737
063737

000002
000002

013737
005237

000012
000010

000010

013737
062737

000016

000014
000014

062737

000022

113737

200000

; IF EXAMPLES

IF A IS TRUE

005737
001403
012737

IST A

BEQ LO

000006

MOV

LO:

000010

023737
001003
013737

000004

023737

000002

002004
013737

L2:

23.0

IF A

IF B IS FALSE

013737

000006

000002
000006
000012

000014

BNE L1
MOV
END ;OF

34 .E
IF B

IF A EQ B
C" A.B
BNE L2
MOov D.C

THEN LET C

ALT B

BGE L3
MOV
L5

o
La:

;OF

CMP A.B

000006

000403

023737
001007
023737
001403
013737

END

1ST 8

001003
012737

kids

sLET EXAMPLES
LET RO : = A
MOV AR
LET B : - C « D
MOv C.B
ADD D,.8B
BT E s
.
»~F »
3
MOV FLE
INC E
LET G : _ » M«
2
MOV H,G
ADD
.G
LEY J s .» 0 »
0O}
ADD
01,y
LET A :8_= 8B
MOVB B,A

005737

3739
3740
3741
3742
1743

16:1%

Page B/

3730

3731
3732
5733

JAN-B2

ELSE
BR L4

C.0

MOV
E.D
END ;OF IF A
IF A EQ B AND C NE D
CMP A.B
BNE LS
c C,0
BEQ LS
F.G
MOV
END ;0F IF A

ENCE

CIMSDDO TMMS11t
2744
1745

374¢
374’
3748

2749

LTM DITAGNOSTIC

MACRD

TMM111%

14 UAN-82

16:1%

PAGE

10%

000230

000230
000236

000240

000246

023757
001404
023737
001403

000000

000004

IF A EGB OR 2 N
CM A,B

BEG L6
c C,0
BEQ L7

GPHNCE

CZMSDDO TMMS1i LTM DIAGNOSTIC

MACRO TMM1113

JAN-82

16:15

PAGE

104

K GHANCE

3751
3752

3765
3766
3767

Page 8BS
.MAIN,

000250

42 000250
43

3774

01 APR-79

013737

000012

123737

000000

000266
000274
45 000276

023727
001004
013737

000004

000304

000403

47 000306
48

013737

000256
000264

3768

3769
3770
3771
3772
3773

MACRO M1111

3775
2776

3777

3778
3779
3780
5781
3782
3783

001010

16:10
000014

PAGE 3.1
L6:

MOV
F,.G
END ;0F IF A

IFB A EQ B AND C EG
CHP8 A8

000016

000010

L10:
Lil:

000314
000322
000324
000332
000334

123737
001010
123727
001004
013737

000342

000403

000344

013737

000000

000352
000354

3789
3790
3791
3792
3793
3794
3795

001003
013737

MOV

032737
001403
013737

000000

000040
000002
L1S:

3796

3797

3798
3799

3800
3801
3802
3803
3804
3805
3806
3807

000400
000406
000410

032737
001003
013737

3
H,J

IF RESWLT IS EQ
BNE L14
MOV
A.B
END

;0F IF RESWT

IF
BITS SET.IN A
BITS.A
BIT
BEQ L15
MOV
B.C
END ;OF IF
BITS

BITS OFF.IN A

BITS.A
BIT
BNE L16
Mov
C.D

000040
000004
L16:

END

;OF

BITS

tON.ERROR IS LIKE AN IF STATEMENT ON THE C-BIT
1ON.ERROR EXAMPLES

Li2:

L14:

000362
000370
000372

IF8 A“:g 8 ANDB C EQ

L13:

3786
3787
3788

MV
E.J
END ;OF IFB A

L12

000016

000010

BR L11

BNE L12

000004

3784

3785

L10

#3838

3753
3754
78S
3756
3757
3758
5759
3760
3’61
2762
$763
3764

000416

103004

ON.ERROR
B8CC L17

CZMSDOO MS11t
3808

3809

3810
3811
3812
1813
3314
3815
3816
3817

L/ DIAGNOSTIC

MACRO M1113

F&
14

JAN-82

66 000420
67 000426

16:15

PAGE

013737

000426
000430

000403

68 000430

013737

€9 000C4 36
0004 36
70 000436

104 -1

000000

& @ ENCE

000002
Li17:

000004

000002
L20:

MOv
ELSE

A.B

MOV

c.8

B8R L20

END

;OF ON.ERROR

ON . NOERROR

( b 1‘";
CZMSDDO MS11 L/M DIAGNOSTIC

MACRO M1113

14 JAN-82 16:15%

PAGE

105

3819

3820

3823
3824
3825
382¢
3827
3828
3829
3830
3831
3832

3833
3834
3835

3836
3837
3838
3839
3840
3841
3842
3843
1844
3845
3846
3847
3848
3849
3850
3851
3852
3853
3854
3855
3856

.MAIN.

MACRO M1111

000436

71 000440
72 000446

000446
000450

73 000450
74 000456

103404
013737

060004

16:10

PAGE 3.2

000002

0004032
013737

000002

000456

75 000456

000456

76
&

L2l
L2e:

103003
113737

3873

3874

387S

C.B

MOV
A,B
END ;OF ON.NOERROR
ON.ERROR

THEN LET A

8CC L23

000002

L23:

78
79

012737

177773

005237

000000

005237

000020
000020

023727

003770

000020

80:

000023
EO:

005000

B81:

005360

062700
020027
003771

000140

012737

000133

€l:

162737
023727
002366

FOR I : MOV
-5,1

-ST0

INC
A
END ;OF FOR I
INC I
c I, 23
BLE BO
140 By

O TO

FOR RO :
CLR RO

DEC
A(RO)
END ;0F FOR RO

4.RO

CMP RO,
BLE Bl

140

I :_=
FOR

MOv

063737

:B8
- B

MOVS B,A

ADD

1381

133 DOWMNTO

3 BY

ADD
A.B
END ;0F FOR I
SuB
2.1
Cw I, 3
E2:

8GE B2

1BEGIN EXAMPLES

BEGIN ALPHA
FOR RO

3869

3870
3871
3872

8CS L2t
MOv
ELSE
BR L22

1FOR EXAMPLES

3857
3858

3859
3860
3861
3862
3863
3864
3865
3866
3867
3868

01-APR-79

582&

116037

000576
9 000604

005737
002415

167

CLR RO

MOV8

IF B LT

1ST 8

BLT ES
END

A(RO),.B

O THEN LEAVE ALPHA

;0F FOR RO

e
M DIAGNOSTIC

MACRD

M1118

AN -82

000604
000606
000612
000614
92 000614
000614

16:15

PAGE

109

005200
020027
003766

000167

012700

000400

A PHNCE

INC RO
€4

BLE B4
FOR RO

MOv

400,R0O

400

CZMSDOC Ms1t

LTM DIAGNOSTIC

MACRO M1113

JAN-82

16:15%

[ &
PAGE

106

3883

Fage

5884

3885
388¢
3887
3888
3889
3890
3891
3892
5893
3894
3895

389%¢
3897
3898
3899
3900
3901
3902
3903
3904

3905
3906

3907
3908
3909
3910
3911
3912
3913
3914
391S

.MAIN.

MACRO M1111

000620
93 000620
000620
000624
000626

000626
000630
000634
000636
000636
000636

O01-APR-79 16:10

PAGE

005200
020027
003771

000002

TrHEN LEAVE

BGE E3
END ;0F FOR RO

INC RO
CMP RO,

ES:
E3:

BLE BS

Se7

END ALPHA

1 SRETURN EXAMPLES

$RE TURN
RTS PC
SRETURN ERROR

SEC

RTS PC
SRETURN NOERROR

CcLC

RIS PC

sCASE EXAMPLES

MOV

CASE RO

004737

A,.RO

ASL

asP
JSR PC,L24

000700

3916

3917
3918
3919
3920
3921
3922
3923
3924
3925
3926
3927

IF 8 GE

1T 8

000567

000636
000636
000640
000640
000642
000644
000644
000646

8
C
0
E
4

062616
004736

3.3

B85:

005737
002004

IENCE

L24:

END

;0F

CASE RO

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

AL PHA

/M DIAGNOSTIC

J&
14

UAN-82

16:15

PAGE

107

SEGUENCE

2929

Page B6

3930

3953
3954
3955
3956

3957
3958
3959

3960
3961
3962

3963
3964
3965
3966
3967
3968
3969
3970
3971
3972
3973
3974
3975

Program

7.5.2

' B

3951
3952

SUPERVISOR

NOVMDB WO

3a38
3939
1940
3941
3942
3943
3944
3945
3946
3947
3948
3949
3950

Memory Management Mapping For

3937

Memory Management Mapping

7533

NOVB WO

3934
3935
3936

7.5

Program
Program
Test Area
Test Area
Test Area
Test Area
Perif Page

The

11/44

Bk /Fst
Bk /Fst
Bk /Fst
Bk /Fst
Bk /Fst

Bk /Fst
Bk /Fst

Map to CSR's
Perif Page

Bk /Fst

Memory Management Mapping For UNIBUS-11‘'s With Supervisor Mode (eg 11/45)

SUPERVISOR

USER

Program
Program
Pr
am
Test
Area
Test Area
Test Area

Dst
Src
Src

Src
Dst
Dst
Dst
Dst

Test Area

Perif Page

PAR

USER
......

~NOVMB WO

3931
3932
3933

§8444

M1113

Progrem/Dst Bk

Program/Src Bk

=rogrrogram

Map to CSR's
Perif Page

4
am/Src Bk
Test
Area/Src Bk
Test Area/Dst Bk
Test Area/Dst Bk
Test Area/Dst Bk
Perif Page/Dst Bk

FRRRPPRER

CZMSDDO MS11

MACRC

I<&
CZMSDDO MS11

L /M DIAGNOSTIC

3976 000000
3977
3974

MACRO MI113

UAN-82

16:15

.ENABL
.ENABL
.DSABL

ABS
AMA
GBL

PAGE

3979

sNOTE:

;906
989

.MCALL

$CALL,SRETURN

LNLIST
LIST
.NLIST
iLSTss=
$SWR =
$TN=

TTM
.S
MTMO,CND,.ME
O

3980
3981
3982
3983
3984
3985
3986
3987

3990
3991
3992
3993
3994
3995

3996 000000

CZMSDD.SML

108

SEQUENCE

THE

SUPER.MAC SOURCE

101

AND IS RELEASED WITH

s THIS PROGRAM.
ALL THESE .MCALL STATEMENTS REFERENCE THAT FILE,
.MCALL
SMACIT,..PUSH,..POP,.. TAG,..BRAN, .EMIT, EMITN, .EMITL, .EMITR
.MCALL
.IFOPR,.IS,.GENBR,.OPADD,.OPSUB,CLEAR,SET,CLEARB,SETB
.MCALL RNE,REQ,RLT,RGE,RGT,RLE,RPL
,RMI,RHI RLOS,RHIS,RLO,RCS,RCC
.MCALL
IF,.OR,.IFARI,.LEAVE,.GOTO,OR,AND,
THEN ELSE ,WHILE ,CASE
.MCALL
FOR,TO,DOWNTO,REPEAT
,UNTIL, THRU,END,BEGIN
.MCALL
$$END,LEAVE,JUMPTO,GOTO,PUSH,POP,LET
.MCALL
.SIMPLE,.ARITH,ORB,ANDB,IFB,UNTILB,WHILEB,ON.ERROR,ON.NOERROR

163000
000001

SMACIT

163000
1

31 WANT FAT PAPER!
sLIST MACRO CALLS, SYMBOL TABLE
sDOON'T LIST MACRO DEFS £ CONDITIONALS £ EXPANSIONS
;DEFINED TO LIST SUPERMAC EXPANSIONS
sUSE THESE SYSMAC SWITCHES
sFIRST TEST NUMBER TO ONE(1)

CZMSDOO MS11 L/M DIAGNOSTIC
DEF INE
TRAPS

MACRO M111%

UAN-82

16:15

PAGE

110

SEGUENCE

1999
4000
4001
4002

.SBTTL DEFINE TRAPS
JALL ENTRIES HERE MUST HAVE A CORRESPONDING ENTRY IN THE
;TRAP TABLE “S$TRPAD” (NEAR END OF PROGRAM).
;e TRAP DEF INITIONS

4004
4006

:gg;

:TO SYMBOLIC LOCATION “$TRAP*

4009

AT $TRAP THE PROGRAM PICKS UP THE RIGHMT BYTE OF THE TRAP INSTRUCTION

:giz

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

10,

{HERE IS HOW TRAPS WORK IN THMIS PROGRAM
{ALL TRAPS EXECUTE A “TRAP“ INSTRUCTION WHICH TAKES THE PROGRAM

4010
:8‘%
1

1AND INDEXES INTO A TABLE AT LOCATION “$TRPAD” WHICH SENDS
:THE SPECIFIC ROUTINE TO MANDLE THAT SPECIFIC TRAPS TASK.
H

4015

+EXAMPLE :

4018
:gg

:
;

4016
4017

:
:

THE PROGRAM 10

NOP

NOP
NOP

4021

;

KERNEL
JENTER KERNEL MODE
NOP
ADD A DOLLAR SIGN TO THE SYMBOLIC NAME AND CHECK THE CRF FOR SOMETHING CLOSE

:gg:

AT LOCATION 32546 YOU FIND THE ROUTINE

NOTE THAT CRF SYMBOLS ARE TRUCNATED TO 6 CHARACTERS
SYMBOLIC NAMES GREATER THAT 6 CHARACTERS ARE USED SO I CAN

4022

4025
4026

:
:

:gg;

4029
4030
403}
4032
4033
4034
:g;z

4037
:8!3.3
4040
4041
4042
4043
4045
:gg
xz
4050
4051
:gz;
4054
4055

104401
104402
104403
104405

104407
104410
104411
104412
104413
104414
104415
104416
104417
104420
104421
104422
104423
104424

IN THIS CASE

THE CRF HAS

SKERNE LISTED AS 032546

S$KERNEL
-

REMEMBER WHAT THEY MEAN!

"
ALL GOOD TRAP ROUTINES RETURN VIA AN “RTI“ INSTRUCTION
TYPEIT= 104401
13TTY TYPEOUT ROUTINE
TYPOC= 104402
11 TYPE OCTAL NUMBER (WITH LEADING ZEROS)
TYPOSs 104403
1 s TYPE OCTAL NUMBER (NO LEADING ZEROS)
;TYPON= 104404
1:TYPE OCTAL NUMBER (AS PER LAST CALL)
TYPDS= 104405
3 TYPE DECIMAL NUMBER (WITH SIGN)
s TYPBN= 104406

3 TYPE BINARY CASCII) NUMBER

GTSWR= 104407
CKSWR= 104410
ROCHR= 104411
ROLIN= 104412
RDOCT= 104413
RODEC= 104414
SAVREG= 104415
RESREG= 104416
KERNEL= 104417
ENERGIZE »104420
DEENERGIZE =104421
KMAP=
104422
CACHON= 104423

1 1GET SOFT-SWR SETTING
;1 TEST FOR CHANGE IN SOFT-SWR
+3TTY TYPEIN CHARACTER ROUTINE
33TTY TYPEIN STRING ROUTINE
; JREAD AN OCTAL NUMBER FROM TTY
1 1READ A DECIMAL NUMBER FROM TTY
: 1SAVE RO-RS ROUTINE
1 JRESTORE RO-RS ROUTINE
JENTER KERNEL MODE
;TURN ON MEMORY MANAGEMENT & TRAPS
sTURN OFF MEMORY MANAGEMENT & TRAPS
JMAP KERNEL 1 TO 1
sTURN ON CACHE

CACHOFF =104424

1 TURN OFF CACHE

CZMSDDO MS11 L /M DIAGNOSTIC
TRAPS
DEF INE
4056
4057
4058

4059
4060
4061
4062
4063
4064
4065
4066

4067
<068
4069
4070
4071
4072

4073

4074

4075
4076
4077
4078
4079
4080

4081

4082
4083
4084

4085
4086

4087

4088
4089
4090
4091
4092
4093
4094
4095
4096
4097
4098
4099

4100

4101
4102
4103
4104

4105
4106
4107
4108
4109
4110

4111

4112

MACRO M1113

14 JAN-82 16:15

104425
104426

LOADCSR=104425
READCSR=104426

104427
104430

PERRO1=
PERRO2=

104427
104430
104431
104432
104433

104431
104432
104433
104434
104435
104436
104437
104440
104441
104442
104443
104444
104445
1C4446
104447
104450
104451
104452
104453
104454
104455
104456
104457
104460
104461
104462
104463
104464
104465
104466
104467

PERRO3=
PERRO4=
PERRO7=
PERR10=
PERR11=
PERR12=
PERR13=
PERR14=
PERR1S=
PERR16=
PERR17=
PERR20PERR21=
PERR22=
PERR23=
PERR24=
PERR25=
PERR26=
PERR27=
PERR30=
PERR31=
PERR32=
PERR33=
PERR34=
PERR35=

104470
104471
104472
104473
104474
104475
104476
104477
104500
104501
104502
104503

ECCDIS= 104470
ECC1DIS=104471
ECCINIT=104472
ECCLINIT=104473
104474
CBCSR=
CB1CSR= 104475

104504
104505
104506
104507
104510
104511
104512

104434
104435
104436
104437
104440
104441
104442
104443
104444
104445
104446
104447

104450
104451

PAGE 110-1

SEGUENCE

:LOAD CORRECT CSR
+READ CORRECT. CSR

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

104452
104453
104454
104455
1044356
104457
104460
104461

PERR36= 104462
PERR37= 104463
PERR4O=

104464

PERR41= 104465
PERR42= 104466
PERRA3= 104467

1PROGRAM DETECTED ERROR
sDISABLE ECC ON ALL CSR'S

+DISABLE ECC ON 1 SELECTED CSR

WASSBE= 104476
WAS1SBE=104477
WASDBE= 104500
WAS1DBE=104501

s INITIALIZE ALL ECC CSR'S
+INITIALIZE 1 SELECTED ECC CSR
sWRITE GENERATED CHECKBITS IN ALL CSR'S
tWRITE GENERATED CHECKBITS IN 1 SELECTED CSR
1WAS THERE A SBE ON ANY CSR?
sWAS THERE A SBE ON 1 SELECTED CSR?
t1WAS THERE A DBE ON ANY CSR?
1WAS THERE A DBE ON 1 SELECTED CSR?

ENASBE= 104506
ENALSBE=104507
TSTREAD=104510
INVALID=104511
ERRGEN =104512

|
ED C
1DISABLE ECC €& WRIT CHECKBIVS FROM ALL CSR'S
1DISABLE ECC € WRIT CHECKBITS FROM 1 SELECTED CSR
sENABLE TRAPS ON SBE'S FROM ALL CSR'S
1ENABLE TRAPS ON SBE'S FROM 1 SELECTED CSR
s TEST LOC (R1) & TST FOR SBE (WITHOUT FETCHES)
s INVALIDATE BACKGROUND PATTERN ON “BANi"
;CHECK ERROR ADDRESS

CLRCSR= 104502
CLR1CSR=104503
CHKDIS= 104504
CHK1DIS~=104505

205

CZMSDDO MS11-L/M DIAGNOSTIC
DEFINE
BASIC PDP1l1 STUFF

4114
4115

4116
4117

4118

4119

4120
4121
4122
4123

4124
4125

4126

4127

4128

4129

4130
4131
4132
1133
41%4
4135

4136

002000

000740

177570

DSWR =

177546

000011
000012
000015
000200
000007

4142
4143

4144
4145

4146

4147

4148

4149

4150

4151

4152

4153

000006

000206

4164

004000

002000

001000

000400

000200

000040

000010

000002

000001

100000

040000

4165

020000

4167

004000

4169

001C00

4166
4168
4170

111

BASIC PDP11

SEQUENCE

STUFF

177570

1 sUSER STACK

: 1BASIC DEFINITION OF ERROR CALL
: 1BASIC DEFINITION OF SCOPE CALL
: sPROCESSOR STATUS WORD
13STACK LIMIT REGISTER
: tPROGRAM INTERRUPT REQUEST REGISTER
; sHARDWARE SWITCH REGISTER
; tHARDWARE DISPLAY REGISTER
1sLINE CLOCK (KW11-L) STATUS REGISTER

s sMISCELLANEOUS DEF INITIONS
11
:3CODE FOR HORIZONTAL TAB

HTs=
LF=

CR=

CRLF=
MFPT=

200
7

:1:CODE LINE FEED
1 :CODE CARRIAGE RETURN
13CODE FOR CARRIAGE RETURN-LINE FEED

1 :CODE Fm PROCESSOR TYPE INSTRUCTION
3 sSTACK POINTER
1 sKERNEL STACK POINTER
3 1SUPERVISOR STACK POINTER
;1 sUSER STACK POINTER
;s sPROG®AM COUNTER

1 KSP=SP

SSP=SP
USP=SP

;PC=R7

3¢"SWITCH REGISTER” SWITCH DEFINITIONS

SH12=

000004

4163

177570
177546

010000

020000

4158

4161
4162

DDISP=
LKS=

040000

000020

4160

177772

SW1S=
SuW14-=

100000

4156

4159

i *GENERAL PURPQOSE REGISTER DEF INITIONS

000100

4157

;PIRQ=

;SP=R6

4154

4155

DEFINE

PAGE

;¢INITIAL ADDRESS OF THE STACK POINTER
2000
1 sFIRST ADDRESS OF THE STACK
KERSTK= STACK
1 sKERNEL STACK
SUPSTK= 740
1 sSUPERVISOR STACK

USESTK= 700
ERROR=EMT
SCOPE=IOT
PSk=
177776
sSTKLMT=177774

177570

16:15

STACK=

000700
104000
000004
177776

4137

4141

14-UAN-82

.SBTTL

4138
4139
4140

MACRC M1113

010000

002000
000400

SW13=
SWil=
SWl0=

SW9=
SW8 e«
SW7=
SW6 =
SWS=
Skd =

SW3=
Su2=
SWls=
SWO=

100000
40000
20000

10000

4000
2000

1000
400
200
100

40
20
10
a
2
1

soDATA BIT DEFINITIONS (BITOO TO BIT1S5)

8IT15=BITi4a=
BIT13=
8ITi2=
BITil=
BIT10=
BIT9BIT8=

100000
40000
20000
10000
4000
2000
1000
400

104

Q)’
)

CZMSDDO MS11 L/ DXWSVIC
BASIC PDFL1 STUFF

MACRO

M1113

DEF INE

4171
4,72

417t
4174

4175

4176

4177

4178
4179
4180
4181
4182
4183

4184
4185
4186

4187

4188
4189

4190

4191

4192

4193

4194

4195

000200
000100
000040
000020
000010
000004
000002
000001

81i7BIT68115
8IT4:
BITS8I1e8ITi8110

000004
000010

ERRVEC RESVEC-

UAN-82

000030
000034
000060

1 T8IT VEC 14

4201

4207
4208
4209

4210

4211

4212

4213
4214
4215
4216
4217
4z18
4219
4220
4221

4222

4223
4224

4225
4226
4227

i4
14

:BPTVEC-

IOTVEC.

PURVEC
EMTVEC-

: s TRACE TRAP

1 1BREAKPOINT TRAP (P°T)

13 INPUT/0UTPUT TRAP (I0T) «eSCOPEse
: ;POMER FAIL

11EMULATOR TRAP (EMT) esERRORee
1:"TRAP” TRAP
137TY KEYBOARD VECTOR
:1:TTY PRINTER VECTOR
s3LINE CLOCK (XWll-L) VECTER
1 sCACHE ERROR INTERRUPT VFCTOR

um INTERRUPT REQUEST VECTOR

4197

4202
4203
4204
4205
4206

;:TIME OUT AND OTHER ERRORS
uafiseggo AND ILLEGAL INSTRUCTIONS

000114
000114

.SBYTL

177746

1111

1 8BASTT “C’U' TRAP VECTOR ADDRESSES

;TRTVEC-

000020
000024

PAGE

200
100
40
20
10
4
2
1

4196

4198
4199
427%

16:15

JMEMERR = 177744
CONTRL = 177746

DEFINE

MEMORY MANAGEMENT VECTOR

ClCDC REGISTERS

1 :CACHE ERROR REGISTER

3 sMEMORY CONTROL REGISTER

umv MAINTENENCE REGISTER
13MIT MISS REGISTER 1~ IMPLIES HIT IN CACHE
1 :DATA REGISTER

177750

MAINT

177754

DATARG

177766

.3BTTL
DEFINE
CPUERR = 177766

= 177750

sHITHIS = 177752
= 177754

.SBTTL

DEFINE

CPU REGISTERS

13CPU ERROR REGISTER HOLDS CONDITION THAT CAUSED

MEMORY MANAGEMENT REGISTERS

s oMEMORY MANAGEMENT

MRO-

177572
177574
177576
172516

MR1MR2MR3-

177600

UVIPDRO= 177600

177572

STATUS REGISTER ADDRESSES

177574
177576
172516

1USER “1~ PAGE DESCRIPTOR PEGISTERS

sUIPDR];UVIPDR2=
sUIPOR31VIPDRS1 UIPDRS»
1UIPORGsUVIPDR7=

177602
177604
177606
177610
177612
177614

177616

1oUSER "D~ PAGE DESCRIPTOR REGISTORS
]

s UDPDR]
=
; UDPDR2
=

177620
177622
177624

Q'&%(W’%JI&G!SVf“

4234

4236

4237

4238
4239
4240

4241
4242

4243

177640
177640
177642
177644
177646
177650
177652
177654

4244

4245

4246

4247
4248
4249

M111%

UAN-A2

i JOPDRS; VDOPDR4
: UDPDRS,«
; UDPDR6=
=
;UDPDR7

4228

4229
4230
4231
4232
423%

4235

1776€0

UIPARO=
UIPAR1=
UIPAR2=

177640
177642
177644

UIPARS= 177646
UIPAR4= 177650
UIPARS= 177652
UIPARG6+= 177654
=
1UIPAR7
UDPARO=

172200

SIPDRO= 172200

4273
4274
4275
4276
4277
4278
4279
4280

172206

: SIPDRS :SIPDR6»
:SIPDR7 =

172212
172214
172216

;s SDPDR1 =
1 SOPDR2 =
1 SOPDR3 =
1 SOPOR4 =
1 SOPDRS =
1 SDPORG =

4281
4282

4283
4284

1PATTERN
1PATTERN
1PATTERN
1PATTERN
1PATTERN

PROGRAM
PROGRAM
PROGRAM
PROGRAM
PROGRAM
1PATTERN

SPACE

SPACE
SPACE

PROGRAM SPACE

1PATTERN PROGRAM SPACE
1PATTERN PROGRAM SPACE

sPATTERN PROGRAM
tPATTERN PROGRAM
1PATTERN PROGRAM
1PATTERN PROGRAM

SPACE
SPACE
SPACE
SPACE

1PATTERN PROGRAM SPACE
1PATTERN PROGRAM SPACE

172204

172210

1 oSUPERVISOR “D* PAGE DESCRIPTOR REGISTERS
172220

172222
172224
172226
172230
172232
172234
172236

s SDPOR7=
172240

177672
177674

s SIPOR3 =

: SOPDRO=

4271
4272

177662
177664
177666
177670

172202

4265

4267
4268
4269
4270

177656

:SIPDR1
=

;s SIPORA-

4266

1PATTERN PROGRAM SPACE
sPATTERN PROGRAM SPACE

s oSUPERVISOR “I* PAGE DESCRIPTOR REGISTERS

:1SIPOR2-

4264

S HNCE

;1 SUSER “D” PAGE ADDRESS REGISTERS

177660

UDPAR7= 177676

4260
4261
4262
4263

111

1oUSER “I“ PAGE ADDRESS REGISTERS

FASTCITY=UIPARO

177676

4258
4259

PAGE

177626
177630
177682
177634
177636

4250
4251
4252
4253
4254
4255
4256
4257

16:1%5

SIPARO-

;SIPARL=
1SIPAR2-

1oSUPERVISOR “I~ PAGE ADDRESS REGISTERS

172240

172246

SIPARS=

172252
172254

SIPARS= 172252
SIPARG= 172254
iSIPAR7=

iSIPARS-

172246

172242

172244

172250
172256

1 TEST AREA
1 TEST AREA
s TEST AREA
i TEST AREA

08,

ATRO MI11T 14 UAN 82 16:19 FAGE
o rFHE
tRepNP
SEPIREC MeAdet HaRARE
4285
4286

4287
4288
4289
4290

4291

4292
425%

4294
4295

4296

4297
4298
4299
4300
4301
4302
4303
4304
4305
4306

172260

SDPARO=

i SOPAR]=

§oSUPERVISOR “D" PAGE ADDRESS REGISTERS

172272
172274
172276

1 SOPARS1 SDPARS
SOPARS= 172272
SOPARG= 172274
SDPAR7= 172276

172300

KIPDRO=

i sKERNEL

172300

;KIPDR3 =
1 KIPDR4G »
;KIPDRS =
;KIPDRG »
iKIPDR7 =

172262
172264
172266
172270

“I" PAGE DESCRIPTOR REGISTERS

172302
172304

172306
172310
172312
172314
172316
1 SKERNEL “D"” PAGE DESCRIPTOR REGISTERS

4307

1 KDPDRO =
;XDPDR1 =

4309
4310

;XKDPDR3 1 KDPDR4 =

172326
172330

1 KDPDR6 =
;KDPDR7 =

172334
172336

4313
4314

4315

4317

4318
4319
4320
4321
4322
4323

172340

KIPARO=

172350
172352
172354

KIPAR4=

4324

4325
4326
4327
4328
4329
4330
433
4332
4333
433s

172324

1 KDPORS »

4311
4312

4316

172320
172322

1 KDPDR2»

4308

iKIPARL =
IKIPAR2 =

iKIPARS =

111-8%

172260

»
;1SOPAR2

i KIPDR1 =
iV IPDR2~

172332

] sKERNEL
172340

172350

KIPARS= 172352
KIPARG= 172354

iKIPART7 =

“I" PAGE ADDRESS REGISTERS

172342
172344

172346

172356

172360

1 oKERNEL “"D" PAGE ADDRESS REGISTERS
KDPARO= 172360

172374
172376

KDPARG+
KDPAR7=

;KDPAR] =
1KDPAR2 »
1 KDPARS =
1 KDPARS =
s KDPARS »

172374
172376

172362
172364
172366
172370
172372

£ 0 ENCE

f’o
MACRO M111%

UAN-82 16:15
LSBTTL

MAPLO

MAPHO

MAPL1

1MAPHL
tMAPL2
1MAPH2
tMAPLS
sMAPHS
iMAPLE
1MAPHA
iMAPLS
MAPHS

113

SEGENCE

UNIBUS MAP REGISTERS

;1oTHE LOWER 16 BITS OF THE MAP REGISTERS ARE LABELED 'MAP| rx
;oTHE UPPER 6 BITS OF THE MAP REGISTERS ARE LABELED
MAPHXX

170200

DEFINE

PAGE

170202

=
=
=
=
=
=
=
=

170204

170206
170210
170212
170214
170216
170220
170222
170224
170226

iMAPLG = 170230
MAPHS =

170232

sMAPLT = 170234
iMAPH? = 170236
sMAPL10 = 170240
sMAPMIO = 170242
sMAPLLL = 170244
iMAPHLL = 170246

iMAPLL2 =

170250

sMAPH2S =

170326

sMAPHL2
sMAPLLS
iMAPHLS
sMAPL1A
sMAPHIA
sMAPLLS
sMAPHLS
sMAPL16
sMAPHLG
sMAPLLT
sMAPHLT
3
3
sMAPL21
tMAPH2L
sMAPL22
MAPM22
sMAPL2S
MAPH2S
sMAPL2S
iMAPH24
MAPL2S

=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
-

sMAPL26
tMAPH26
sMAPL27
sMAPH27
sMAPL30
i
sMAPL3L
sMAPH31
sMAPL32

=
=
=
=
=
=
=
=
=

sMAPH32

170252
170254
170256
170260
170262
170264
170266
170270
170272
170274
170276
170300
170302
170304
170306
170310
170312
170314
170316
170320
170320
170324
170330
170332
170334
170336
170340
170342
170344
170346
170350
170352

FQ
CZMSDDO MS11 L /M DIAGNOSTIC
S
DEFINE
UNIBUS MAP REGISTERS

4394
4395

MACRO M1113

UAN-82

16:15

iMAPL34
;MAPM34

170360

170362

4401
4402

sMAPH36
sMAPLS7

=
=

170372
170374

4398
4399
4400

4432
4412
4414

4415

.SBTTL

DEFINE

SOF TWARE SWITCH & DISPLAY REGISTERS

.SBTTL

DEFINE

CONTROL STATUS REGISTERS

.SBTTL

DEFINE

PARAMETERS

000174
000176

DISPREG=174
SWREG176

172100

CSRADD=172100

060000
157776

FIRST=60000
LAST=157776

::10

1MAPH37 - 170376

4404

4409

SEQENCE

;MAPL3S = 170364
iMAPH3S = 170366
iMAPLS6 - 170370

4403

4405

1131

sMAPLSS = 170354
;MAPH3Z = 170356

43%
4397

4406
“g;

PAGE

040000

SIZE =-40000

:START OF THE 16K TEST PATTERN AREA
;END OF THE 16K TEST PATTERN AREA
;SIZE OF

THE

16K TEST PATTERN AREA (FOR SOB INSTRUCTIONS)

SEFTREC PRAkmt 1ERQTAGNOSTIC

(54
MACRO M1113

4421

4422

4,23

sFATAL

4426

4429

4430
443
4432

4433
4434
4435
4436
4437
4438
4439
4440
4441

4442
4443
4444
4445
444¢
4447
4448
4449
4450

3451
4452
4453
4454
4455
4456
4457

16:15

L1571
.SBTTL

MACRO

PAGE

180000000000000000000000

4424
442%
4427
4428

UAN-82

IS USED

115

SEQANCE

1BE NICE

FATAL

TO SEE My DEF INITIONS

¢0cctcssstsccscsssesssssse

TO REPORT FATAL

ERRORS

(ERRORS

THAT

PREVENT

THE PROGRAM FROM CONTINUING).

1000000408000 00080000000000000000008000000800000080000

.MACRO
.NLIST
.DSABL
.IIF DF
.ENABL
LIST
INC
ERROR
.DSABL
.IIF DF
.ENABL
. ENDM

FATAL

ARG

CRF
LST8S
CRF

.LIST

;00eMACRO®
4 eMACROs e sMACR s s e
TME

FATAL S

sSET FATAL INDICATOR

+ARG

CRF
LST#s
CRF

_NLIST

FATAL

MACRO
TYPE
.SBTTL
TYPE
ARG
.MACRO
NLIST
.DSABL
CRF
IIF DF LSTS$$ .LIST
ME
.ENABL
CRF
.LIST
.IF B ARG

TYPEIY

. IFF

TYPELY

.ENDC
.DSABL
LIIF DF
.ENABL
. ENDM

« ARG
CRF
LSTSS
CRF
TYPE

NLIST

H
CZMSDDO MS11 LTM DIAGNOSTIC
MACRO
NEWTST
4460
4461
4460
4467
4464

4465
4466

4467
4468
4469
4470
4471
4472
4472
4474
4475

4476
4477
4478
4479
4480
4481
4482
4483
4484
4485
4486
4487
4488
4429
449"
449)
4492
4493
4494
4495
4496
4497

MACRO M1113

UAN-82

.SBTTL

16:15

PAGE

MACRO

10000000000000000000000¢

s%lfl?? IS USED AS
WILL:
H

117

NEMTST

NEWTST

THE FIRST

SEGUENCE

0000000t

scnsscsssns

INSTRUCTION OF

TEST,

:1) GENERATE A TEST NUMBER FOR THE LABEL OF THIS TEST
i2)
PUT STARS BEFORE AND AFTER A MESSAGE
;sARGUMENTS
;1)
ASCII
-THIS IS THE MESSAGE THAT WILL APPEAR
:
ON THE LISTING
i2)
ICOUNT -IF NON-BLANK AND BIT 11 OF sSWR = 1 IT WILL BE
H
THE NUMBER OF ITERATIONS TO MAKE ON THIS TEST
:3)
RETURN -IF NON-BLANK WILL BE THE ADDRESS T0
:
WHICH THE NEXT SCOPE STATEMENT WILL
:
LOOP BACK TO.
:4)
COMAND -IF NON-BLANK WILL BE THE FIRST
i
INSTRUCTION OF THE TEST
:
IF BLANK SCOPE WILL BE THE
3
FIRST INSTRUCTION
1008880008000 80000080008000000000000000000000800080080080

.mcaosm

$STN=1

NEWTST

ASCII,ICOUNT,RETURN,COMAND

SNWTST=0

.NLIST
TMMC
.IF B <COMAND>

s;#utesr

\$TN,<ASCII>,SCOPE

$SNEWTEST

\$TN,<ASCII>, <COMAND>

.ENDC
.NLIST
LIST
LIST

.IF NE 4000E£$SWR
.IF NB ICOUNT
LIF LE <ICOUNT-1>

nlx)gr

01,3TIMES

MOV
Q@ICOUNT,STIMES
.ENDC
.ENDC
.IF N8B RETURN
MOV
ORETURN, SLPADR
.ENDC
.ENDC
.NLIST
LIST
MC
.LIST
LNLIST
ME
NEWTST
LENDM

+:00 1 I/ERATION
;;:D0 ICOUNT ITERATIONS

;;SET SCOPE LOOP ADDRESS

{

CZMSDDO MS11 L/M DIAGNOSTIC
MACRO
SSNEMTEST

MACRO M111%

14 UAN-82 16:15

4510

.SBTTL
MACRO

4511

.IRP

4512

SNMTST
-1

4515

LSBTTL
LNLIST
LIST
LLIST

4533

4534
4535
4536
4537
4538
4539
4540
4541
4542
4543

4544
4545
4546
4547
4548
4549
4550
4551
4552
4553

4554
4555

4556
4557
4558
4559

4560
4561
4562

A
IFF
ASCI

4523
4524

4525

SEENCE

$INEMTEST
MACRO
S$SNEWTEST
A,ASC,COMND

ASCI, <ASC»
T'A’

ASCI

TMME

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

;¢TEST

4521
4522

4526
4527
4528
4529
4530
4531
4532

119

LIF EQ SNMTST

4513
4514

4516
4517
4518
4519
4520

PAGE

ASCI

.ENDC
.ENDM

0002028000000 RRLRLABBLRB0L28000880080000000000000000008000000000000088000s

TST'A:

COMND

LNLIST

JENDM

SSNEWTEST

.SBTTL

MACRO

$TN=3TN.1

;00000000000008

SUBTST

00000000000 00000000000000s00000

s THIS MACRO WILL FORMAT A SUBTEST HMEADING WITH STARS
;A .SBTTL WILL BE FORCED & .NLISTED FOR THE TABLE OF CONTENTS.
:

s ARGUMENT:
31) TXT -:

sEXAMPLE :

THIS IS THE MESSAGE THAT WILL APPEAR IN THE

SUBTST

TABLE OF CONTENTS & LISTING.

«<THIS IS A FUN SUBTST>>

H
0820080000000 080008008002880080000808008000080000000000000

.MACRO
LNLIST
$SUBTST
LAISY
LENDM

SUBTST
ASCII
MC
<ASCII>
K
SUBTST

.SBTTL
.MACRO

sSUBTST
MACRO
$SUBTST ASC

.SBTTL
.NLIST
LAXST
AISY

ASCI

. IRP

ASCI, <ASC>

0828080800000 0080000000480000048000028080000000800200003008000000008000000000000000s

;s #SUBTEST

. ENDM

ASCI

1082008000080 8800000000004080088000000080008000080800000000000000000000000000000e

LNLIST
.ENDM

ME
$SUBTST

MS 11 %/fl DIAGNOSTIC
CZMSDDO
v POC
MACRO
4565
4566
4567
4568
4569
4570
4571
4572
4573
4574
4575
4576
4577
4578
4579
4580
4581

4582

4583
4584

4585

4586
4587

4588
4589
4590
4591
4592
4593
4594
4595
4596
4597
4598
4599
4600
4601
4602

MACRO M1113

14 UAN-82 16:15
.SBTTL

PAGE

MACRO

;0800000000000 0000000

:YVPOCY
i

121

SEQUENC:

TYPOCY

TYPOCT

e00csscssssesssscsce

IS USED TO CHANGE A BINARY NUHBER
TO A 6 DIGIT OCTAL NUMBER AND TYPE

:ARG\’ENYS:

:1)
:2)

NUM
THE NUMBER TO BE TYPED
REMARK ALLOWS A COMMENT TO BE MADE

:ROUTINES REQUIRED
i

31)

CONVERT BINARY TO OCTAL AND TYPE (.$TYPOCT)

i2)

TYPE AN ASCIZ STRING (.$TYPE)

{EYAMPLES;

)
:2)

TYPOCT MILMT,<TYPES THE CONTENTS OF HILMT>

TYPOCT

05, <TYPES '

000005
»

i
1008880808008 008080080000000 0000000880 RRRRRNRLRRIRRLANNIGS

.MACRO
NLIST
.DSABL
LIIF DF
.ENABL
.LIST

MOV

TYPOCT
CRF
LSTSs
CRF

NUM,REMARK
.LIST

TME

NUM, -(SP)

1 sSAVE NUM FOR TYPEQUT

.IIF NB <REMARK>,

TYPOC

.DSABL
JIIF OF
.ENABL
.ENDM

CRF
LST#s .NLIST
CRF
TYPOCT

: s REMARK

:31GO TYPE--OCTAL ASCIICALL DIGITS)
ME

12
-

1<
4

CZMSDDO MS11-L/M DIAGNOSTIC

MACRO

4605
4606
4607
4608
4609
4610
4611
4612
4613
4614
4615
4616
4617

4618
4619
4620
4621
4622
4623

4624

4625
4626

4627
4628

4629

4630
4631
4632
4633
4634
4635
4636
4637
4638
4639
4640
4641
4642

4643

4644

4645

464¢
4647
4648
4649

4650
4651
4652
4653
4654

4655
4656
4657
4658

MACRO M1113

UAN-82

16:15

PAGE

.SBTTL

MACRO

IS USED

TO CHANGE

100000000000 000000888
H

s TYPOCS

123

SEGUENCE

TYPOCS

NUMBER AND TYPE

¢0000000s000s000s00s

A BINARY

NUMBER

TO 6 DIGITS

TO AN OCTAL

WITH OR WITHOUT LEADING ZEROS.

| ARGUMENTS:
1)
NUM
12)
REMARK
S
PO
'

NUMBER TO BE TYPED
ALLOWS A COMMENT TO BE MADE
NUMBER OF DIGITS (1 TO 6) TO BE TYPED
BLANK=SUPPRESS LEADING ZEROS (TYPES SPACES)
NON-BLANK=TYPE LEADING ZEROS

iROUTINES REQUIRED
1)
CONVERT BINARY TO OCTAL AND TYPE (.$TYPOCT)
i2)
TYPE AN ASCIZ STRING (.S$TYPE)
L EXAMPLES
il)

i2)
:3)

TYPOCS

TYPOCS
TYPOCS

@12345,<TYPES "S">,1

@004,<TYPES "04">,2,X
@004,<TYPES " 4">,2

:
1002800008008 08280000000000000080000080048800808000000480008800000000

.MACRO
CNLIST
.DSABL
LIIF DF
.ENABL
LIST

MOV

TYPOCS
CRF
LSTSs
CRF

NUM REMARK,N,Z
LIST

NUM, -(SP)

::SAVE NUM FOR TYPEOUT

IIF NB <REMARK>,

TYPOS
IF NB N

::G0 TYPE--OCTAL ASCII

.BYTE
6
.ENDC
JIF NB 2
.g:;f
i

13 TYPE 6 DIGITS

.BYTE
.ENDC
.DSABL
LIIF DF
.ENABL

: s SUPPRESS LEADING ZEROS

.g;;i

.ENDM

;13 TYPE N DIGIT(S)

13 TYPE LEADING ZEROS

CRF
LSTSS
CRF

TYPOCS

;s s REMARK

NLIST

I
CZMSDDO MS11 L /M DIAGNOSTIC
TYPDE 4

MACRO

M1113

.SBTTL

4661

4662
4663

4664

4665
4666

4667
4668
4669
467)

a67.

4672

4673
4674

4675

4676
4677

4678
4679

4680

4681

4682

4683
4684
4685
4686
4687
4688
4689
4690
4691
4692
4693
4694
4695
4696
4697
4698
4699

4700
4701

UAN-82

16:1%

PAGE

MACRO

1000000000000 00003000

O
125

SEQUENCE

TYPDEC

etccsssscscscscssene

s TYPOEC IS USE TO CHANGE A BINARY NUMBER TO A SIGNED

sNOTE:
:

DECIMAL NUMBER AND TYPE IT REPLACING LEADING ZERO

WITH SPACES.

IF THE NUMBER IS NEGATIVE A
MINUS SIGN WILL BE TYPED.

s ARGUMENTS:

1)
12)

NUM
NUMBER TO BE TYPED
REMARK ALLOMS A COMMENT T0 BE MADE

i1)

CONVERT BINARY TO DECIMAL ANO TYPE (. $TYPDEC)

i2)

TYPE AN ASCIZ STRING (.S$TYPE)

iROUTINES REQUIRED
:

;EXAMPLES

11)
i2)

TYPDEC

SIZE,.<TYPE THE CONTENTS OF SIZE>
©-10.,<TYPE A MINUS TEN>

i
1088888008000 88080800200000000800000000000050000800808008088080408

.MACRO
NLIST
.DSABL
LIIF DF
.ENABL
LIST

MOV

TYPDS

.DSABL
CIIF DF
.ENABL
.ENDM

TYPDEC

CRF
LSTS$S
CRF

NUM,REMARK
.LIST

TMME

NUM, -(SP)
CRF
LSTss _NLIST
CRF
TYPDEC

$1:SAVE NUM FOR TYPEOUT
:3G0 TYPE--DECIMAL ASCII WITH SIGN
ME

.9
.

CZMSDDO MS11 L/M DIAGNOSTIC

MACRO

4703
4704
4705

BMOV

MACRO M1113

14 UAN-82 16:15

:
i

:;88

s ARGUEMENTS :

4712

4713

126

SEQUENCE

.SBTTL
MACRO
BMOV
1000000000000 00080 BMOV ¢00000000000000000000000000s

:;8?

:;}?

PAGE

THIS MACRO MOVES

A BLOCK

DATA,

;

i2)
:

FROMHERE
TOHERE

THE FIRST ADDRESS OF THE SOURCE BLOCK.
THE FIRST ADDRESS OF THE DESTINATION BLOCK.

IF BLANK

THE

1ST

ADDRESS OF

THE

USER

INSTRUCTION

:;{;

4716
4717

i3)
i

4718

“WHY DEFAULT TO 16 WORDS?” YOU ASK!

4720
:;gé

:
;

REGISTERS € THAT'S WHERE I INTEND TO MOVE LOTS
OF STUFF." I REPLY!

4719

4723
4724

PAR'S IS USED (FASTCITY).
SIZE

THE SIZE OF THE SOURCE BLOCK.
IF BLANK A 16 WORD TRANSFER IS ASSUMED.

“BECAUSE

.MACRO BMOV
.IF B_TOHERE

4728

.DSABL

4733

FROMMERE

4735

LIIF DF LST$s

4729
4730

4734

4736
4737

4738

NLIST

FROMHERE
, TOHERE ,SIZE
CRF

LIIF DF LST$8 .LIST
-ENABL
CRF

CRF

-ENABL

CRF

MEXTT

.NLIST

4741
4742

.DSABL

NLIST

CRF

LIIF DF LST#$

.LIST

4743

.ENABL

4745

JSR RS,BLOCK2

4747
4748
4749

FROMMERE
.DSABL
CRF
LIIF DF LST$s .NLIST

4746

.LIST

CRF

.ENABL
.MEXIT
. IFF

CRF

4754

.DSABL

CRF

4755
4756
4757

4758
4759

TOHERE

4750
4751
4752
4753

.ENDC

.IF B SIZE

4744

-DSABL

4739

4740

WORDS

$900000000000080000000000080048000000000000000000000s

4725
4726
4727

THAT'S HOW MANY

-NLIST

LIIF DF LSTS$ .LIST
.ENABL
CRF
.LIST

JSR RS,BLOCK3
SIZE

THE USER PAR

116

4760
4761
4762
4763
4764
4765
4766

14 -UAN-82 16:15
TOHERE
FROMHERE

.DSABL

PAGE

CRF

126-1

JIIF DF LSTSS _NLIST
CRF
. ENABL

.ENDC

.ENCM

BMOV

SEQUENCE

MACRO M1113

»e

CZMSDDO MS11-L/M DIAGNOSTIC
B8MOv

MACRO

CZMSDOO TMMS11
MAP
MACRO
4769
4770
477

4772

4.’;2
47

:7;5
*76

477’

LTM DIAGNOSTIC

MACRO M111%

14 JUAN-82 16:15

PAGE

.SBTTL
MATRO
(0000000000 00000se MAP

3
:
:

B1lO
128

MAP
0000000000000 00000000000000

THIS MACRO MAPS A MEMORY BANK
TEST

PATTERN AREA

G NCE

‘

(SUPERVISOR

(16¢)

INTO

VIRTUAL

TrE

(60000

157777),.

s ARGUEMENTS ;
3

il)

THE BANM OF

4781

MAP

LOC

sLOCATION “LOC” CONTAINS THE

4784

028,

1BANKC 34 (OCTAL) WILL BE MAPPED

MACRO

MAP

:z:g
4.

4786

4787

4788

THERE

ARE

16K WORDS TO BE MAMED.

4780

BANK

‘7;3
4’

BANK

4791

.DSABL

CRF

.ENABL

CRF

479

MOV

0120, .R%

4798
4799
4800
4801

MOV
. ENDC
CALL

BANC RS

4793

4794
4795

4797

480,
4803

LT
4805

WORDS

:ooocoooooooooonoo..ooooooooooooo.ooooooooooooooooo
PUSH

4792

16K

(EXAMPLES

4789

4790

120 BANKS OF

LNLIST

LIIF DF LSTSs

LIST

ALIST
.IF B BANK

IFF

.DSABL
LIIF OF
.ENABL
PP
.ENDM

MAPPER

CR¥
LSTes . NLIST
CRF

RS
MAP

TMME

0 OF

ThE BANY

TO MAP

SACRBOY SodéabiSoR AMon T

4808
4809

4810
4811
4812

48183

4814
4815
4816
4817

ClO
MACRD

M1113

UAN-B82

.SBTTL

16:15

PAGE

MACRO

1000000000000 0000s

SEQ@ENCE

SUPERVISOR

e0c0cscesccccsccccscsnes

THIS MACRO SWITCHES TO SUPERVISOR MODE
.

:WKNYS: NONE .
H

1000080000000 00000000000000000000000000
00000000000

4818

4819
4820
4821
4822

LST#s

LIIF DF LSTSS

4828

4841

4842
4843
4844
4845

4846

4847
48458
4849

USER

ecescccssscsssssscssssssncese

sARGUEMENTS: NONE.
H
100080800000 200000000000000000880000000000000000000

.MACRO
NLIST
.DSABL

USER

CRF
LIIF DF LST#8 .LIST TMME
CRF
.ENABL
LIST
OBIT1S!BIT14,PSU
CRF

4839
4840

SUPERVISOR TMMODE

239

4837
4838

USER

: THIS MACRO SWITCHES TO USER MODE.

§ig=§°

4833
4”34
4835
4836

MACRO

_NLIST

:GO

4831
4832

.SBTTL

;100000000800000008

MM et

4830

TMME

IT14,.PSH

4823
4824
4825
4826
4827

4829

.LIST

LNLIST

TME

;GO TO USER MODE

C ‘g&goo "?'1*&" DIAGNOST IC

1 e= ;
4
4:%23
4854

4836

p-485
4837
- 448
Pt
L)
‘“‘l,

‘322

4863

MACRO )

M111i%

JAN
UAN-8 82

D10
16:15

PAGE

MACRO TESTAREA

LSBTTL
;oooooooof?ooo.ooo
TESTAREA oooof.ooooooooooooooooo
: THIS MACRO SWITCHES TO THE SPECIFIED TEST MOOF.

:M‘NYS: NONE .

:1000000000000000004000000u0000000000 YL
.MACRO
TESTAREA
,
LNLIST
o .

.II)IF DF LSTss .LIST TME
.ENABL.

CRF

a866

6%51
.

4869
4870

.ENDM

TESTAREA

4866

Pt
coes

SEG A NCE

151

TESTMODE , PSW

.?IF DF LSTSS
.ENABL
CRF _NLIST TMME

m
|

$GO TO SYSTEM TEST MOUE

MACRC TMM111%

14 UAN-82

EL1O
16:15

.SBTTL

MACRO

;0000000000000
0000

THESE

MACROS

PAGE

SET

SETA

LOC

SEQUENCE

SET4 £ RESA4
£

RESA

£ RESTORE

IN I7'S RESTORED MODE

; ARGUEMENTS :

133

evessseccsssscsscsss

VECTOR 4(TIMEQUT

TRAP)

TRAPS ARE REPORTED AS SUCH.

;THE LOCATION TO VECTOR TO (OMLY USED IN “SET4~ NOT "RESE")

)

;I USE THE SET4 AND RES4 MACROS AROUND CODE THAT I EXPECT TO TRAP 10 4
sLIKE LOOKING FOR ALL POSSIBLE CSR'S AND ETC.
WHENEVER CODE 1S NOT
;SURROUNDED BY SET4 AND RES4 THEN ANY TRAPS TO 4 WILL CAUSE AN ERROR
;PRINTOUT THAT SAYS “UNEXPECTED TRAP TO 4" AND ALL THE ASSOCIATED REGISTER JUNM

108080 0808 8 0000000080000000000000000080000000000000

4889
4891

4893

4894

101%:

CRF
LSTSs
CRF

TMME

_NLIST

TM¢

_LIST

MTME

OTIMEOUT,
4

#1,PROTYP
1014

:1IS THIS AN 11/447
1BRANCH IF NOT

CPUERR

2% g

4304
4905
8304,

]

oRed M

583

4903

4915

.LIST

RES4

4901
4902

4913
4914

CRF
LSTSs
CRF
ARG,
4

4899

4912

ARG

CRF
LSTSS
CRF
SET4

4897
4898

4907
4908
4909
4910
4911

SET4

LIIF OF LSTS8

:CLEAR QUT THE CPU ERROR REGISTER BITS
;s THAT

_NLIST

A EXPECTED

TRAP COULD HAVE

SET

1.1

CZMSDOO MS11

MACRG

4918
4919

4920

::s;

::.2?2

492%
492¢

OLEF T

L /M DIAGNOSTIC

MACRO M1113

UAN-82

16:15

;

;s ARGIUEMENTS ;

L0C

.DSABL

CRF

A931
4932
4937

.ENABL
LLIST
ROL

CRF

493%

.DSABL

CRF

NLIST

JIIF DF LSTss

ROL

.ENABL

4939

NLIST

.ENDM

ARG

LIST

TMME

ARG

ARG+
2

LIIF DF LSTSS

49%7

4938

s THE LOCATION TO BE SHIFTED LEFT (CARRY TO LOCe+2)

;ooooooooo.ooooooooooooooooooooooooooooooaooooooooo

4929

493¢

SEGAENCE

‘

DLEFT

49%4

135

THIS MACRO DOES A DOUBLE WORD LEFT SHIFT

.MACRO

4930

F1O

.SBTTL
MACRO
DLEFT
;800000000000 00000 DLEFT ee0e0cscscccscscsccsssscccssas

4927

4328

PAGE

CRF

DLEFT
TMMD

_NLIST

TME
:DON’'T NEED

TO SEE

THEM ANY MORE

122

CZMSDDO TMMS11
TRAP

CATCHER

/M DIAGNOSTIC

4942
4943
4944
4945
RY-E]
4950
4951
4952
4953
4954

JAN-82

16:15

PAGE

137

.SBTTL

TRAP

CATCHER

. =0
.WORD

0,0

SBTTL

ACT11

177

JEGUENCE

:.WORD

., +2,HALT

HOOMS

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

DEFINITIONS:

1)L0C. 46

e
L

2)L0C.52

4957
4958
4959

“END
-OF -PASS " HOOK
=ADDRESS OF END OF PASS ROUTINE
MODIFIED By ACT11.
BIT

FE
FL

HL
L
i e

$ENDAD

014472

.=24

$:SET POWER FAIL TO POINT TO START OF PROGRAM

STACK
.44

063176

.”ng

STARTS: BR
B8R

000437
000442

005037
000137

002570
003632

000137

003632

131)SET LOC.46 TO ADODRESS OF SENDAD IN .SEOP
BITA4

2022

4973
4974

FAILED WHILE RUNNING

.MORD

.SBTTL

4970
4971
4972

PROGRAM NEEDS HOOK

151 PROGRAM SHOULD BE POWER

=0 NO POWER FAIL
BIT 14-1 PROGRAM MEMORY SIZE DEPENDENT
=0 NOT MEMORY SIZE DEPENDENT
BIT 13«1 PROGRAM REQUIRES MANUAL INTERVENTION
=0
MANUAL INTERVENTION NOT REQUIRED
BITS 12-0
MUST BE ZERO'S

4960
4961
4962
4963
4964

4975
4976
4977
4978
4982
4983
4984
4985 000310
4986 000316
4991

(1O
14

.REPT

4955
4956

4965
4966
4967
4968
4969

MACRO TMM1113

. *300
START1: CLR
P
START2: SEY

.*STACK

APT11 HOOKS

+32)SET LOC.52 TO INDICATE MEMORY SIZE DEPENDANT

;iFOR APT START WP

;S0 RT11 CAN START WITH RUN COMMAND
::POINT TO APT INDIRECT ADDRESS PNTR.

;sPOINT

START1
START2
RESTART
START
RESTARTY

STARTY

TO APT HMEADER BLOCK

: “NORMAL* START
;RESTART (SAVE ERROR ACCOUNTING)

- ‘ {)

CZMSDOO MS11
VARIABLES

L TM DIAGNOSTIC
INITIALIZED

4994
4995
49%
4997 002000
4998 002000
4999 002002

.SBTTL

002024
002026
002030
002032
002034
002036

PAGE

VARIABLES

i USED IN THE PROGRAM,

139

SEQUENCE

INITIALIZED

TO ZERO

SCMTAG:

11START OF COMMON TAGS

DIAGFLAG:0
KAMIKAZE : 0

1SET FOR SHIFTING DIAGONAL TEST
1SET FOR KAMIKAZE MODE TESTING

SELONLY:O

002004
002006

002010
002011
002012
002013
002014
002016
002020
002022

14 UAN-82 16:15

;oTHIS TABLE CONTAINS VARIOUS COMMON STORAGE LOCATIONS

SKIPKAMI:
O

5000
5001
S002
S003
5004
5005
5006
S007
5008
5009
5010
5011
5012
5013
5014
S015
5016

MACRO M1113

TO ZERO

sNEXT TWO BYTES
SPATMAR: .BYTE
$BANK:
.BYTE
SERFLG: .BYTE

+SELECT ONLY BANXKS MARKED By FIELD SERVICE MODE FLALG
;USED TO SKIP RESTORING KAMIKAZE MODE WHEN MODIF IED

ARE DISPLAYED IN THE DISPLAY REGISTER
O
sPATTERN NUMBER
0
1BANK £ SIGN
0
1 1CONTAINS ERROR FLAG

$ITEMB:

.BYTE

(V]

1 sCONTAINS ITEM CONTROL BYTE

BADPC:

.WORD

1CONTAINS PC OF ERROR

PHYADD:

.WORD

0,0

GOOD2:
GOOD3:

.WORD
.WORD

LASTERROR: .MORD 0
ERRPC:
.WORD
O
ERRSP:
.WORD
BADSP:
.WORD
ERRPSH: .WORD
BADPSW: .WORD
ADDRESS: .WORD
PADDRESS: .WORD

GOO0D :

. WORD

BAD:

. WORD

BADXOR:
SAUTO:

.WORD
.WORD

BAD2:
BAD3:

FATALS:

.MORD
.MORD

.WORD

SKPERR: .WORD
NEMCNT: O

PARCNT:
PATERR:

NOPAR:
NONEM:
BANK:

0
O
0
O
©
O

O
O

.WORD

PFLAG:
RRFLAG:

.WORD
.WORD

0
O

CTLKVEC: .WORD

CSR:

LWORD

; sCONTAINS ‘'GOOD2*
s sCONTAINS 'GOOD3’

DATA
DATA

1 sCONTAINS 'BAD’' DATA

: sCONTAINS ‘BAD2’' DATA
1 :CONTAINS 'BAD3’ DATA

;IXOR OF GOOD € BAD = BAD BITS!
s sAUTOMATIC MODE INDICATOR FOR APT,ACT, & XXDP
1+FATAL ERROR INDICATOR

sUSED TO SKIP ERRCR MESSAGE IN “S$ERRGEN”
sNON-EXISTANT MEMORY COUNTER (HOLES)

sCONTAINS 1 BIT TO IDENTIFY CPU TO CONF IGURATION TABLE

KPFLAG:

RLFLAG: .WORD
BMFLAG: .WORD
EUFLAG: .WORD
TMFLAG: .WORD
INTFLAG: .WORD
INT64K: WORD
ABORTFLAG: .WORD

1 1CONTAINS *‘GOOD’ DATA

;USED TO INDEX INTO CONFIG TABLE

CPUBIT: ©

.WORD
.WORD

;22 BIT PHYSICAL ADDRESS

sNO PARITY ERROR MODE INDICATOR
;MO NON-EXISTANT MEMORY (HOLES) MODE INDICATOR
sMEMORY BANK UNDER TEST

BANKINDEX: 0

ACFLAG:
MKFLAG:

1CONTAINS SP OF ERROR FOR TYPEOUT
sCONTAINS SP OF ERROR
1CONTAINS PSW OF ERROR FOR TYPEOUT
1CONTAINS PSW OF ERROR
s iCONTAINS ADDRESS OF 'BAD’ DATA
;ADDRESS OF PARITY ERROR

iPARITY ERROR COUNTER
1PATTERN ERROR COUNTER

O
O
O

MUT:
0
PATTERN:O

sNUMBER OF ERRORS ON LAST PASS
;CONTAINS PC OF ERROR FOR TYPEOQUT

O
0
©
0
0
O
O
O
0

1MEMORY UNDER TEST FLAG
1PATTERN NUMBER UNDER TEST

1BANK IS PROTECTED REGION OF ECC

1BANK CAN BE ACCESSED BY THIS CPU
sIF SET INDICATES MS11-M OR MF11S-K UNDER TEST
1BANK IS IN PROGRAM SPACE
1BANK IS WHERE PROGRAM RELOCATION IS REQUIRED

sPROGRAM IS RELOCATED FLAG
s "BANK IS IDENTIFIED AS BAD MEMORY" FLAG
1 "BANK HAS EUB MEMORY" FLAG
;“TYPE OF MEMORY TO TEST" FLAG; O = PARITY,
1 "BANK IS INTERLEAVED"” FLAG
1 "BANK IS 64K INTERLEAVED" FLAG
; “ABORT OCCURED" FLAG

TO TEST

= ECC

1HOLDS OLD KERNAL STACK POINTER IN CASE OF CNTL/K

;DATA TO OR FROM CSR

CZMSD0O MS11 L/M DIAGNOSTIC
VARIABLES
INITIALIZED
5051
5052
5053
5054
5055
5056

002150
002152

002146

000000
000000
000000

002154
002156
002160
002162
002164
002166
002170
002172

000000
000000
000000
000000
000000
C0000C
000000
000000

5057
5058
5059
5060
5061
5062
5063
5064 002174
5065 002176
S065
5067
5068
5069
5070
5071
5072
5073
S074
5075
5076
5077
5078
5079

5080
5081
5082
5083
5084
5085
5086
5087
5088
5089
5090
5091
5092
5093
5094
5095
5096
5097
5098
5099
35100
5101
5102
5103
5104
5105
5106
5107

000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000

000000
000000
000000
000000
000000

000000
000000
000000
000000
030000
000000
000
000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000

MACRO M1113
1O ZERO

14 JAN-82 16:15

PAGE

110

139-1

SEGUENCS

CSRNO:
SavCer:
OLDCSR:

O
1CSR ADDRESS NUMBER (4 LSB'S)
.Woro
0
iLocation to Seve CsrNo duri
FS Commana <
.WORD
;0L0 CSR NUMBER(USED IN INM PTR TEST)
a"(SE LOCAYICNS STORE GPR'S DURING SUPERVISOR TESTS
SUPDRO: ©
SUPDR1: 0
SUPDR2: 0O
SUPDR3: O
SUPDR4: O
SUPDRS: 0
SUPDR6: ©
DUMMY:
O
;DUMMY LOCATION FOR ADDRESS PASSING
6{0"(“35 8& TIONS STORE GPR'S & PSH DURING DETAILED ERROR PRINTOUTS

DETR1:
DETR2:
DETRS:
DETR4:
DETRS:
DETSP:
DETPSM:

O
O
0O
O
O
O©
O

DETFLAG:0
CONTFLAG:0
TOTCSRS:

.WORD

1DETAILED REPORT FLAG
;CSR’'S HAVE BEEN TESTED FLAG
;1 BIT PER EXISTING CSR,

EG-

CSRFIRST: .WORD
CSRLAST: .WORD
CSRFBANK: .WORD
CSRLBANK: .MORD
CSRINT:
.WORD
SPLTCSR: .WORD
DATBUF: .WORD

O
O
O
O
O
O
0.0

1CSR O REPRESENTED BY BIT 15, ETC.
1FIRST ADDRESS UNDER CONTROL OF THIS CSR
'
:
:
i
:
s TWO WORD DATA BUFFER

SBEMSK: .WORD
DBEMSK: .WORD
SUPDOADD: .WORD

0,0
0.0
O

s TWO WORD SINGLE BIT ERROR MASK
;TWO WORD DOUBLE BIT ERROR MASK
sADDRESS OF SUBROUTINE TO EXECUTE IN SUPERVISOR MODE

UPPFLG: .BYTE
REALPAT:
. WORD
OLDCACHE
: .WORD

O
O
O

TSTDAT:

.WORD

PASFLG:

.BYTE

PARTHERE
: .WORD
FSSTACK: .WORD

NEWBANK:
. WORD

0.0

O
O

;TWO WORD TEST DATA

sLOCAL LOOP PASS CONTROL

;LOCAL LOOP PASS CONTROL
sREAL PATTERN UNDER TEST
;BACKED UP VALUE OF CACHE CONTROL REGISTER

1PARITY TRAPS SOMETIMES GO TO ADDRESS STORED HERE
;STACK SAVED HERE IF IN FIELD SERVICE MODE

;USED FOR RELOCATION TO A NEW BANK

.WORD

;CHECKBITS TO BE LOADED INTO CSR

CSRINC: .WORD
CSRLOOP:
. MORD
SUCCESS: .WORD
ZERQOS:
.WORD

O
O
O
O

SKIPMK: .WMORD
NULLFLAG: .WORD
QVFLAG: O

O
O

SOURCE:

.WORD

PCBUMP:

. WORD

CHECK:

TIME:

L.MORD

ACTFLAG:0

APTFLAG:0
XXDPCHAIN: O

1SOURCE OF DATA WORDS FOR CHECKXBIT GENERATION SUBROUTINE
sVALUE TO BUMP THE PC BY TO RECOVER AFTER A PARITY

TRAP

1VALUE TO INCREMENT ADDRESS BY TO REMAIN IN THE SAME CSR
:LOOP CONTROL FOR CSR TESTING
1FLAG SET BY SUCCESSFULL TASK OR SUBROUTINE
tFOR AID IN "MOV"TM INSTRUCTIONS

s SECONDS THAT BATTERIES SHOULD LAST

sFLAG TO SKIP MXCONTROL SUBROUTINE
1SET WHEN RUNNING NULL PATTERNS
1FLAGS QUICK VERIFY PASS UNDER APT, ACT, OR XxXDP CHAIN MODE

1FLAGS ACT AUTOMATIC MODE PROGRAMMING RULES

1FLAGS APT AUTOMATIC MODE PROGRAMMING RULES
1FLAGS XXDP CHAIN MODE PROGRAMMING RWLES

002330
002331
002332

000
000
000

002334
002336
002340
002342
5117 002344
5118 002346
5119 002350

000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
00000C
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000

5120
S121
S122

S123
5124
5125
5126
5127
S128
5129
5130
5131
5132
5133
5134
5135
5136
5137
5138
5143
S144
5145
S146
S147
S148
5149

5150
5151
5152
5153
S154
5155
5156
5157
5195

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

14 UAN-82 16:15

sNOTE:

SNULL:
$FILLS:
$TPFLG:

THESE

.BYTE
.BYTE
.BYTE

.EVEN

0000000000

5108
5109
5110
S111
S112
5113
5114
5115
5116

MACRO M1113
TO ZERO

VARIABLES

L/M DIAGNOSTIC
INITIALIZED

@
n

CZMSDDO MS11

PAGE

J10

139-2

TWO BYTES MUST STAY

SEQUENCE

“t

TOGE THER

1 sCONTAINS NULL CHARACTER FOR FILLS
1CONTAINS @ OF FILL CHARACTERS
13 “TERMINAL NOT AVAILABLE“ FLAG
1 ;1ESCAPE ON ERROR ADDRESS
tUSED FOR ALTERNATE DATA PATTERNS
1COUNTS DIAGONAL STRIPES

;BACKED UP COPY OF STRIPES
iNO TABLE BEING PRINTED - NOW
1SIZE OF 11/45 MOS MEMORY IN K WORDS
1SIZE
1SIZE
1SIZE
:SIZE

OF
OF
OF
OF

MF1!S-K MEMORY IN K WORDS
MS11-L MEMORY IN K WORDS
MS11-M MEMORY IN K WORDS
UNIBUS PARITY MEMORY IN K WORDS

1FLAGS WHEN TOO MANY ERRORS HAVE BEEN PRINTED FOR A BAI
1FLAG TO PATTERNS TO READ ONLY
1 THE ADDRESS TO RUN CSR TESTS ON
tHIGHEST ACCESSABLE BANK OF MEMORY THRU UNIBUS MAP
sFLAG TO ALLOW STOPPING WITH SWITCH REGISTER
1AMOUNT OF PARITY MEMORY ACCORDING TO APT
1AMOUNT OF ECC MEMORY ACCORDING TO APT
1FLAG TO DISABLE FIELD SERVICE MODE
1 "THIS IS NOT AN ERROR” FLAG
;BANK LOADERS ARE RELOCATED TO
sUSED FOR JUNK
;QUICK STOP FLAG FOR APT POWER FAIL
1“NO SCOPE LOOP ALLOWED” FLAG
1 “FIELD SERVICE - NO INTERNAL INTERLEAVE” FLAG
1APT SIZING INFO FLAG
:TRUE WHEN IN FIELD SERVICE COMMAND 7
1CONF IGURATION ERROR FLAG
sUSED F7¥{ GENERAL PURPOSE INDEXING
iNO 22-BI7 MODE FLAG
:NO SUPERVISOR MODE FLAG
sHOLDS THE CSR’'S ERROR ADDRESS
;USED TO STORE INFORMATION ABOUT THE 16
:POSSIBLE CSR'S

tUSED TO HOLD LINKS TO PATTERNS WHICH
+CAN EXECUTE IN THE PAR/PDR‘'S OR NOT
sUSED TO STORE CSR VALUES FOR CSR TESTS
sUSED TU FLAG MF11S-K MEMORY TO TESTS

1POINTS TO PROGRAM CSR
1FLAGS INMIBIT ECC TESTS ON RELOCATION
:
:

CZMSDDO MS11 L/M DIAGNOSTIC
VARIABLES
INITIALIZED TO NON ZERO
5198
5199 002516
5200 002522
5201
5203

000001
001415
040000
000012
000167

14 -UAN-82

16:15

.SBTTL

000000

PAGE

141

SEQUENCE

VARIABLES

INITIALIZED TO NON ZERO

1CACHE CONSTANT (MOVED TO CONTRL TO TURN ON CACHE
)
1CACHE CONSTANT (MOVED TO CONTRL TO TURN OFF CACHE)
sUSED TO SELECT THE PROPER TEST MODE FOR A PATTERN RUN

CACHKF : 1415
TESTMODE : 40000
ERRMAX: 10.
LASTBANK: 167
LASTBLOCK : 170000

170000
000031
002000
000001
177777
176543
123456
176543
23456
177777
177777
000003
052525
000000
000000

KSTACK:

1MAX @ OF ERRORS PER BANK WITH SW1l

sHIGHEST BANX OF MEMORY
sHIGHEST BANK OF MEMOR(+1 (IN PAR FORMAT)
1508 CONSTANT
1 STACK BEGINNING

STACK

LOADHOME: 1
177777
WORST:
SEEDHI: 176543
SEEDLO: 123456
MSEEDH: 176543
MSEEDL : 123456
HEADER: 177777

ONES :

000000
000000

S$ERTTL:

*HOME BANK OF LOADFRS

1SET IF TESTING BAMKS IN WORST FIRST MODE(1ST PASS)
1WORKING SEED HI (.'3ED FOR RANDOM NUMBER GENERATOR)
s WORKING SEED LO (USED FOR RANDOM NUMBER GENERATOR)
tMASTER SEED HI (USED FOR RANDOM NUMBER GENERATOR)
sMASTER SEED LO (USED FOR RANDOM NUMBER GENERATOR)
1USED TO PRINT HEADINGS ONLY ONCE

177777

FLIPLOC:3
SOF TPAT : 52525
SLPADR: .WORD
SLPERR: ,WORD
RESTART:0

1FOR AID IN "MOV“ INSTRUCTIONS

1COUNTER FOR FLIPING DATA ON WORST CASE NOISE TEST
iPATTERN FOR SOFT ERROR BACKGROUND TESTS

1 1CONTAINS SCOPE LOOP ADDRESS
1 sCONTAINS SCOPE RETURN FOR ERRORS
tRESTART (START ADD 202) FLAG
1 sCONTAINS TOTAL ERRORS

0
0

.WORD

;60888000000 000000s800000

000377
177400

BAKPAT :
SWAPAT :

NOTE

THESE

TWO LOCATIONS MUST

STAY

TOGETHER

377
177400

1BACKGROUND PATTERN

DSWR
DDISP

s s ADDRESS OF SWITCH REGISTER
1 sADDRESS OF DISPLAY REGISTER

ssesssssssses

1 SWAPPED BAKPAT

1000088080280 8802080000200008000800088000080800808000000008000880000080008080888288880883

002615

002621

177570
177570
177560
177562
177564
177566
012
207
077
015
012

SWR :

. WORD

$TKS:

177560

DISPLAY:

$TKB:

377

1:7TY KBD STATUS

177562

33 TTY KBD BUFFER

$TPB:

177566

33TTY PRINTER BUFFER REG.

$TPS:

377

.WORD

SFILLC:

1:7TY PRINTER STATUS REG. ADDRESS

177564

$BELL:

.BYTE

.ASCIZ

SQUES:

.ASCII

/7%

SCRLF:
SLF:

_ASCII
.ASCIZ
.EVEN

<207>¢377><377>

<15»>
12>

ADDRESS

1 s INSERT FILL CHARS. AFTER A “LINE FEED”
:3sCODE FOR BELL

; sQUESTION MARK
1 sCARRIAGE RETURN
s sLINE FEED

IK10
MACRO M1113

CONF IGURATION

TABLE

S244

14 UAN-82 16:15

PAGE

L10O
143

SEGUENCE

.SBTTL
CONFIGURATION TABLE
sCONFIG:FIRST 16K CONFIGURATION WORDS (2 EACH)

5245
S24¢6

S247
S48
S249
5250
5251
Se52
5253
5254
5255
5256
5257
5258
5259
5260
5261
5262
5263
5264
5265
5266 002626
5269 003632

MACRO M1113

i
g0

2ND

200TH

16K CONFIGURATION WORDS (2 EACH)

e .

16K CONFIGURATION WORDS (2 EACH)

;CONFIGURATION WORDS:

;
H

LOW:

:
:

000201

H
i
:
:
:
:
:
i

CONFIG: .REPT
CONF IEND:

BIT O

ERRORS PRESENT

BIT

SKIP ECC LOGIC

BIT 1
BIT 2-4
S

201

TESTS FLAG (1+SKIP)

BIT 6
BIT 7

PROTECTED REGION OF ECC MEMORY
PROTECTED (PROGRAM SPACE)

BIT
BIT
BIT
BIT
BIT
BIT
BIT
8IT

INTERLEAVED CSR CODE
NUMBER OF ERRORS
MEMORY TYPE
INTERLEAVED BOARD TYPE (0=128K, 1=64K)
INTERLEAVE ENABLED
"BACKGROUND PATTERN VALID" FLAG
BANK SELECTED FOR TEST BY FIELD SERVICE MODE
LOADERS HOME BANK

BIT 8-11

HIGH:

MEMORY SUCESSFULLY ACCESSED
RESERVED

12-15
0-7
8-10
11
12
13
14
15

CSR CODE

CZMSDDO MS11 L/M DIAGNOSTIC

CZMSDDC MS11 L/M DIAGNOSTIC
0000000000000 000000000

MAIN

MACRO M1113

14 -UAN-82 16:15

o0s000000000000800000000000

5271
5272 003632

START:

PAGE

ML1O
144

SEQUENCE

LSBTTL

#eeeccssenssssssssesss

MAIN

SUBTST

«<<INITIALIZE

TO ZERO>>

VARIABLES

127

4000000ttt ssnnsscssssssnes

1008808080000 0000800000800880000 8000800008808 008800000008000000000ssbsase

1 oSUBTEST

INITIALIZE VARIABLES TO ZERO

1008880808800 000000080000 8808800800000 000

5276
5277
5278
5279
5285
5286
5287
5288
5289
5290

003632
003636
003640
003642
003646
003652

003654
003660
003662

003670

105737
001001
000005
013706
012700
005020

022700
001374
012737

1ST8B

063116

BNF.
NORES:

002536
002000

1%:

002516
000167

002530

RESET
MOV

MOV
CLR

cMP
BNE
MOV

SUBTST

0000000000000 080000800000000nsssbsbens

SENV

NORE
S
KSTACK, SP

13SETUP THE STACK POINTER

(RO)«

: 1CLEAR MEMORY LOCATION

@$CMTAG,RO

@$CMTGE ,RO
14
0167 ,LASTBANK

:sFIRST LOCATION TO BE CLEARED

3 sDONE?
;LOOP BACK IF NO
;RESTORE LASTBANK (THIS MUST BE DONE PRIOR TO SYSTEM SIZING)

<<CLEAR NON-PROGRAM SPACE>>

100000000 000080000000000008000000000000000000000000000000000000000000000000b40480

; ¢SUBTEST

CLEAR NON-PROGRAM SPACE

1000080080000000000080000000000000000000000000000000000000000000000080080000808040

5291
5292
5293
5294
5295
5296
5297
5298
5299
5300
5301

s THIS ATTEMPS TO GET RID OF ANY PARITY ERRORS BY WRITING INTO
003670
003676
003700
003702
003704
003710
003712

012737
005000
000241

005520

020027

103773
005037

sEVERY LOCATION THAT IS NOT LOADED INTO BY THE PROGRAM OR ALLOCATED
;TO THE XXDP LOADERS

MOV

002074

2%:

160000
002074

@1 ,NOPAR

CLR

ADC

cHP

(RO).
RG, 2160000

CLR

NOPAR

cLC

BLO

;PARITY ACTION = COUNT £ IGNORE

;RESTORE DEFAULT PARITY ACTION

CZMSDDO MS11-L/M DIAGNOSTIC
CLEAR NON-PROGRAM SPACE

MACRO M1113

14-UAN-82 16:15

5310 003716

SUBTST

PAGE

<<TYPE OF

N1O
145

SEQUENCE

130

SYSTEM SIZER>>

FRAA0A0RRRLRABARRB200008800080000000
0080000080800 80088000000000000000000ss

:*SUBTEST

TYPE OF

SYSTEM SIZER

J000882R808000000000080000008880
880030300000 8000000 0000000800000 000000000 ssRtase

5311
5312
5313
5314
5315
5316
5317
5318
5319

003716
003720
003722
003730
003734
003742
003746
003750
003756
5320 003760
5321 003764
003772
004000
004004
004010
004016

000401
000000

PROTYP:

005737

177746

005737
000411
012737
000405
005037
012737

177750

000014

002516
002310

SYSSIZ:

002522
064412

000020
000020

172516
172516

012737
005237
005037
005037

140000
002430
064262
064422

002524

005237
012737
005037
005037

002426
000007
064264
064424

s SKIP OVER VARIABLE LOCATION

294

CONTRL

TST

MAINT

iYES - DO WE HAVE 11/44 TYPE CACHE
sOR 11/60 TYPE CACHE?

9%:

MOV

014 ,CACHKF

1 TURN OFF CONSTANT FOR 11/60 CACHE

4%
:

CLR
MOV
SET4

Ss:

TST

CLR
BIS
BIT

g;;

CACHKN
O0ZEROS,DT14
064

002530

7%:

000007

11/44 TYPE CACHE

1NO CACHE ON SYSTEM

;00 NOT PRINT CONTRL ZRROR MESSAGES

100

sBRANCH IF 22-BIT RELOCATION
1BRANCH IF MMR3 BUT NO 22-BIT RELOC.

MOV
INC
CLR

€140000, TESTMODE
NOSUPER
DT5.10

sMAKE TEST MODE USER

INC
MOV

NO228I1T
87 ,LASTBANK

CLR

DT14.12

BR
SET4

84
084

sNO 22 BIT MODE
: 124K MEMORY MAX. MEMORY SIZE
:00 NOT TRY TO PRINT ERROR REGISTER
+ERROR MESSAGES, BECAUSE THERE IS
:IS NO ERROR REGISTER!

CLR

10¢:

1BRANCH IF

;D0 WE HAVE AN MMR3?
s YES WE DO
:SEE IF THERE IS 22-BIT MODE

MMR3
o8IT4 ,MMR3
0BIT4 ,MMR3

;e 11734 TYPE HlCHMS ENTER HERE

6%:

1SEE IF CACHE REGISTER RESPONDS

MMR3

CLR
DT14+10
;¢ 11745 TYPE MACHINES ENTER HERE

000417
5343

SYSSIZ
O
04

TST

SET4

005737
005037
052737
032737
001024
000411

172516
172516

BR
.WORD
SET4

MFPT

DTS.12

+NO SUPERVISOR MODE

;TYPE OF PROCESSOR TEST: THIS INSTRUCTION
; (AVAILABLE ON NEMER PROCESSORS ONLY) PLACES

: A CODE IN THE LOWER BYTE OF RO THAT
; INDICATES THE PROCESSOR TYPE. 1=11/44

005037
005737
012737

003720

002430
140000

002524

056560
177766
177777

MOV

RO,PROTYP

MOV

2140000,
TR STMODE

cHP
BNE
INC

SET4

CLR
056560

TST

11%:

RES4

#3.PROTYP
-3
NOSUPER
o114

CPERRF

80177766

3=11/24

;MO0V THE CODE TO PROTYP
:IS THIS AN 117247
:BRANCH IF NOT - WE HAVE AN 11/44
:NO SUPERVISOR MODE
sMAKE TEST MODE USER

1+ TRAPS GO TO 11$
sCLEAR THE FLAG
:IS THERE A CPU ERROR REGISTER?
1YES

TRAPPED

004134
004142
5355 004146
004152
5357 004160

003720
000003

DVVDODD

5351 004126

110037
022737
001005
005237
012737

[glalalals]

004106
004112
004120

CIMSDCO TMMS11 L/TM DIAGNOSTIC

MACRO TMM1118

SYSTEM SIZER

004202

14 UAN-82
SUBTSY

16:15

PAGE

147

«<«INITIALIZE

VAR,

oLES

TO NON ZERQ»»

(0000000000000 00000000 0080080000000 0000LLBNLNNNNINVNNLIIINBENIBOEIIRNOIGRIIIRARSG.

s *SUBTEST

INITIALIZE VARIABLES TO NON ZERO

1000000000000 00000000000000000080000000000000000000000000000000RRRIBILRRIIARRARS

SET

012737

0127387

012737
01357387

013787
012737
012737

002550
002552
002574
002576

33833848
SUBTST

WORST

03,,FLIPLOC

HEADER
0176543 ,MSEEDH
0123456 ,MSEEDL

MSEEDM, SEEDMI
MSEEDL ,SEEDLO

0377 ,BAKPAT
0177400, SWAPAT

iPRIME THE RANDOM NUMBER GENERATOR
;B8CTH MIGH AND LOW WORDS

<<INITIALIZE VECTORS>>

(1008800000000 0800000000000800000000000000000000800000000080000000000000000ss00sss

;s oSUBTEST

INITIALIZE VECTORS

1000880000000 000000000000000000000000000000000000002800000000080000000000800800000

012737

012737
012737

012737

0127537

012737

012737
012737
012737
012737
012737
012737
012737
012737
012737

012737
104423

@4SCOPE_IOTVEC

§§§§§§§§9§§§§§§§§

Bll

347 IOVEC.2

44107 VECTOR FOR SCOPE ROUTINE

ssLEVEL
7

SSERROR, EMTVEC , EMT VECTOR FOR ERROR ROUTINE
340, mcoz

13LEVEL 7

omup TRAPVEC ;;TRAP VECTOR FOR TRAP CALLS
Mcoz.um

M uw FAILURE VECTOR
n&ncoa s3LEVEL 7

ivl'mc.r.tv READY FOR PARITY ERRORS
mncs ltsvec.&suveo INSTRUCTION TRAP

omian
mc.scm» TIMEOUT ERRORS
mc-z
1SET PRIORITY OF ERROR TRAPS
i»
sVECTOR FOR MEMORY MANAGEMENT
0340, mc-z

s TURN CACHE ON

IC
O
ACNOST
lR
I
TfBa
781 deb
PR1T
5398 004432

Cil
MACRO M111°%

UAN-82

SUBTST

16:15

PAGE

149

<<« INITIALIZE

ENCE

PATTERNS>»

Pi00000000000000000000000000000L
0000000000000 000000000000RRRILGRGIBEIIORBONISAGS

;1 ¢SUBTEST
53599

1 THE APT E-TABLE DETERMINES WHICH PATTERNS ARE GOING TO BE RuUN,
1EACH BIT SET REPRESENTS A PATTERN TABLE ENTRY THAT IS TO BE LEFT
EACH BIT CLEARED REPRESENTS A PATTERN TABLE ENTRY
tALONE (TO BE RUN).

5400
5401

5402
5403
5404
5405
5406
5407
5408
5409
5410
5411
5412
S413

S414
5415
5416
5417
5418
5419

5420
5421
5422
5423
5424
5425
5426
5427

INITIALIZE PATTERNS

10000000000000000000000000000000000000000000000000000000000000000008080000008080s

012700
012001
012703

012702
004737
012001
012702
004737
012001
012703
012702
004737
012001
012702
004737
012001
012703
012702
004737
012001
012702
004737
000417

063162
017430

004550
000010

004550

017660

004550
000010
004550

1 THAT IS TO BE OVERLAYED WITH THE ADDRESS OF A NULL PATTERN,

MOV

#400W0,
RO

MOV

OMKCSRT ,R3
016. ,R2

MOV
MOV

(RO)’unt

CALL
MOV
MOV
CALL
MOV
MOV
MOV
CALL
MOV

PATPLUG

(RO). ,R1
8. ,R2

PATPLUG

(RO). ,R1

OMXPAT R3S

016. ,R2

PATPLUG

CALL

004550
000010
004550

CALL
BR
PATPLUG: SUBTST

<<SUBR

PLUG IN ML PATTERNS>>

0080000000008 0080080800008080080008000000000000000020800000000800000000000s000000

SUBR

;1 #SUBTEST
5428
5429
5430
5431
5432
5433
5434
5435

PLUG IN NULL PATTERNS

$1000800000000000000080000808000000000000080000000080000000000800800000800000000000s

FOR
I := &1

006001
012713

026416

062703

000002

000207

TO R2

ROR
R1
ON. NOERROR
MOV OMT0999,(R3)
END ;0F ON.ERROR
ADD 62,.R3

END

;OF

FOR

:IF CARRY CLEAR

)

flbbc

";é“
DIA
YN"

U1l
MACRO

004606

ML11%

14 UAN-82

SUBAAA:

SUBTST

16:15

PAGE

«<«CLEAR

151

E@PENCE

THE CONFIGURATION TABLE»»

10000000000000000000000000000000000000000000000000000000000000000000000000000a0s

i oSUBTEST
5439
5440
5441
5442
5443 004614
5445 004622

5447 004630
S448
5449 004630
5450 004636

CLEAR THE CONFIGURATION TABLE

|0000.0000‘0000.0000‘.0.‘0‘0000000..00..000..000‘.00000000000000000oooooooo-o-oo

1 THIS ZEROS (UNLESS
WE STARTED AT ADDRESS 202) THE CONFIG TABLE
sWHICH IS FULLY DISCRIBED AT LOCATION “CONFIG"
.ENABLE LSB

012700
005020
022700
001374

IF RESTART IS FALSE
003632

012737

MOV
CLR

18:

cHP

OCONFIG,RO
(RO).

OCWIE'O RO

BNE
END ;0F IF RESTART
.DSABL
LS8

MOV

002104

SUBTST

o8IT1,CPUBIT

$SET ID BIi

«<«SIZE FOR A HARDWARE SWITCH REGISTER>>

10000000000000000000000000000000000000000000000000000080000000000000800000080000s

;eSUBTEST

SIZE FOR A HARDWARE SWITCH REGISTER

1000000000000000000000000000000000000000000000008000050000000000000000s0000000ss

5451
5452
S453
5454 004636
5455
004652
5457
5458 004670
5459 004672
004676
5461 004700
004722
5463 004730
004736
5465

$3IF NOT FOUND OR IT IS
::EQUAL TO A "-1", SETUP FOR A SOFTWARE SWITCH REGISTER.
LENABL

012737
012737

177570
177570

000403
012716

004700

012737
012737

000176
000174

000002

SET4
MOV
MOV

LS8

o34
SOSWR , SWR
®0DISP,DISPLAY

s TRAPS TO 4 GOTO 3¢
+3SETUP FOR A HARDWARE SWITCH REGISTER
;;AND A HARDWARE DISPLAY REGISTER

1:BRANCH IF NO TIMEOUT

IF o-1 EQ SSWR

3s:

2%:
002602

RES4

#2%,(SP)

i IF NO TRAP FROM REFERENCE TO SSWR AND aSWR - 0-1

13:SET UP FOR TRAP RETURN

tRESET TRAPS TO 4 TO DEFAWLT

MOV
OSWREG, SWR
13POINT TO SOFTWARE SWR
SDISPREG,.DISPLAY
MOV
END ;OF IF o-1
.DSABL
LSB

(%7

CZMSDDO MS11 LM DIAGNOSTIC
SIZE

FOR A HARDWARE

MACRO M1113
SWITCH REGISTER

5468 004736

Ell

14 JUAN-82

SUBAAB:

16:15

SUBTST

PAGE

153

«<SETUP ACT,

SEGUINCE

APT,

& xXDP>»

(0080080000000 080000800 0080000000000 000000000000000000000000000000000008000008000008

1#SUBTEST

SETUP ACT, APT, & XxXDP

100000000000000000000000000000000000000000000000000000000000000000000000060000004

5469
S470
5471 004736
S472 004742
S473 004752
S« 74 004 760
5475 004760
5476 004770
5477 004776
5478 004776

005036

5479

005072
005106
005116
005124
005126
005134
005134
005134

005037

1 THIS SETS UP A BUNCH OF FLAGS TO TELL THE PROGRAM EVERYTHING
3 IT CARES TO KNOW ABOUT APT, ACT, £ XXDP,
CLR
$PASS
1CLEAR PASS COUNT

063104

IFB OBITS SET.IN SENVM

SEY

012737
012737

045252
063120

000024
002600

$TPFLG

s INDICATE NO TERMINAL

@SSUREG, SWR

tUSE APT SWR

END ;OF IFB #BITS
IFB @BIT7 SET.IN SENVM
SET
APTSIZE
END ;0F IFB #BIT?
IFB $ENV EQ o1
SET
APTFLAG,QVFLAG, $AUTO,QUICK
MOV
@APTDOWN,PWRVEC

. 'ng
L

IF 42 NE OSTACK AND 42 NE

SET QVFLAG, SAUTO

IF 42 EQ @SENDAD
SEY
ACTFLAG
ELSE

SET

XXDPCHAIN

END ;OF IF 42
END ;O0F IF 42

END

;O0F

IFB

SENV

CZMSDDO MS11 L /M DIAGNOSTIC
SETUP ACT, APT, £ XXDP

MACRO M1113

5493 005134

14 UAN-82
SUBTST

16:15

PAGE

F11
154

SEQUNCE

<«<«PROTECT PROGRAM & LOADERS>>

1000000000000 0000000000008000000000000000000800080000000800080000800000000000800000

$ SUBTEST

PROTECT PROGRAM £ LOADERS

1000000800000 0000000000000000000000000000000000000000000000000000000000000008000

5494 005134
5495 005142

5496 005150
5497 005160

052737
052737

000200
000200

002626
002632

BIS
BIS

eB8I77,CONFIG
0BIT7,CONFIG.4

IF G0SENDAD NE 42
TYPE
MSGOOO

55223 005164

END ;OF IF @$ENDAD

£500 005164

SUBTST

sPROTECT PROGRAM SPACE (BANX 0)
1PROTECT LOADER SPACE (BANK 1)
sNOT ACT-117
s TYPE PROGRAM TITLE

«<CHECK SYSTEM FOR CACHE>>»

1000000000000000000000000000000000000000000000000000000000000000000000000000sass

14SUBTEST

CHECK SYSTEM FOR CACHE

1000000000000000000000000000000000000000000000000000000000000000000000000000000s

5501

5502
5503
5504 005164

5505 005172
5506 005176
5507 005204
5508 005210
5509 005216
5510 005222
5511 005226
5512 005230
5513 005234
S514 005236
S515 005242
5516
S517
5518
5519
5520
5521
5522

005250
005256
005264
005266
005274
005276
005302

5524
5525
9526
5527

005312
005316
005320
005324

5523 005304

1 THIS FIGURES OUT IF THERE IS A CACHE ON THE SYSTEM,

005737

177746

005737

177750

005737

177754

t¢ WHAT TYPE OF SYSTEM IT IS, AND WHETHER IT IS ENABLED
1 OR DISABLED.
SET4
034

000405

18:

000402
052737
042737
032737
001004
032737
001413
104424

013737

005037
000404

000014
000014
000004

177746
177746
177746

000010

177746

2%:
4s:

7%:

002516
002516

002520
38
6%:

TST
CONTRL
SET4
02
ST
MAINT
SET4
o148
TST
DATARG
TYPE
MSG117
BR
43
TYPE
MSG116
BR
44
TYPE
MSG118
8IS
OBIT2!BITS,CONTRL
8IC
OBIT2!BIT3,CONTRL
BIT
#BIT2,CONTRL
BNE
78
BIv
O8IT3,CONTRL
BEQ
68
TYPE
MSGl21
CACHOFF
MOV
CACHKN, CACHKN. 2
CLR
CACHKN
BR
8s
TYPE
MSG119
TYPE
M5G120

+IS THERE A CONTROL REGISTER?
11S THERE A MAINTENANCE REGISTER?

+IS THERE A DATA REGISTER?
: 11744
:

11734

i 11760
3SET CACHE DISABLE BITS
sCLEAR CACHE DISABLE BITS
+IS THE BIT SET?
1BRANCH IF THE BIT IS SET
1 IS THE BIT SET?
1BRANCH IF THE BIT IS SET
+ CACHE BYPASSED

s SAVE INFO ABOUT CACHE
sCACHE CANNOT BE USED

: NO
+ CACHE AVAILABLE

IT'S BYPASSED

17%%

E"(

SYSTEM FOR 8£C'¢

znggoo

11 L/M

DIAGNOSTIC

MACRO M1113

5575 005330

14 UAN-82 16:15
SUBTST

PAGE

GL1

155

QUENCE

«<«SETUP USER & SUPERVISOR STACK»>

1000000000000000000000000000000000000000000000000000000000000000000800000008080800

s *SUBTEST

SETUP USER £ SUPERVISOR STACK

§000000000000000000000000000000000000000000000000080000000000000000000000000000ss

5576 005330
5577 005332
gg;g 005336

104421
005737

002430

5581 005340
2& 005346

042737
052737

030000
010000

5584 005354
gssgz 005360

006606

5580

5587

001C11

gss:g 005362

052737

5590 005370
gg:é 005374

006606

5593 005376

030000

8s:

s TURN OFF MEMORY MANAGEMENT
;IS THERE A SUPERVISOR MODE
?
iNO-SKIP SUPERVISOR SETUP,

;SET PREVIOUS MODE TO SUPERVISOR

177776
177776

177776

DEENERGIZE
1ST
NOSUPER
BNE
1

Ss:

8IC
BIS

oBIT13!8IT12,PSW
oB1IT12.PSW

PUSH
MTPI

@SUPSTK
sSSP

1SET PREVIOUS MODE TO USER

BIS

eBIT13!BIT12,PSW

PUSH
MTPI

QUSESTK
usP

SUBTST

«<GET SOF TWARE SWITCH REGISTER IF NECESSARY>>

$00000000000000000000000000000000000008000000000008000000040008800004008800080000

s *SUBTEST

GET SOFTWARE SWITCH REGISTER IF NECESSARY

100000000000000000000000000000000000000000000000000000000000056000006004808008080840

5597
5598
5599
5600

005376
005404
005414
005416
5601 005416

104407

5606 005416

SAUTO IS FALSE
IF SWR EQ OSWREG
GTSWR
END ;OF IF SWR
END ;0F IF SAUTO

SUBTST

1 IF NOT(APT OR ACT)
:IF SOFTWARE SWITCH REG SELECTED
s3GET SOFT-SWR SETTINGS

«<<«GET MEMORY MANAGEMENT READY>>

100000000000000000060000000000000000000000800093000000000000000000000000880000000

;s *SUBTEST
5610 005416
5614 005420
5615 005434

104422
104420

GET MEMORY MANAGEMENT READY

1000000000000 0000000000000000000000000000000000000000000000000000000000000000000

KMAP
MAP
ENERGIZE

1MAP KERNEL SPACE 1 70 1
tMAP SUPERVISOR SPACE (TEST AREA)
: TURN ON MEMORY MANAGEMENT

TO 1

CZMSDDC MS11 L/M

STIC

e REN0R " HANAGEHENT READS

MACR® M1113%

5618 005436

JAN-82

16:15

NEWTST

«<8IT

PAGE

Hil
157

TEST OF

JE QENC

ALL

CSR’'S»»

l‘.......“‘........‘.......‘..‘...“...‘...“‘......‘...“.......“........‘.‘.

;oTEST

BIT TEST OF ALL CSR‘S

g..‘0....“...“...“...‘....‘..‘........““‘..0‘.‘0‘.......0.‘..0‘...‘00.0...‘

5619

005436

000004

TST1:

SCOPE

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

;o THE FIRST PART OF THE CONFIGURATION ANALYSIS DOES THE FOLLOWING:

5620

S621
S622
S623
S624
5625

ie
1o
1o
;e
1o

TABLE, AND STORES ANOTHER BIT FCR "TOTCSRS".
2) TESTS THE CSR BITS COMMON TO ALL CSR'S,
3) FIGURES OUT IF THERE IS AN EUB BIT, AN ECC BIT, AND THE EXISTANCE
OF THE ERROR ADDRESS BITS, AND MARKS THIS IN THE CSR
INFORMATION TABLE.

S627
5628

;e
;e

S) IF ANY BITS TEST BAD IN THE CSR UNDER TEST, THE CSR O BIT IN THE
CSR INFORMATION TABLE IS CLEARED.

5631
5632
S633
5634
5635
5636

;e
1o
TYPE
;¢ UNIBUS PARITY
1o
MS11-L
;e
MF11S-K
;e
MSil-M

5626

56562930

4) TESTS THE BITS PARTICULAR TO THAT TYPE OF CSR.

;e &rtcarmuou BITS ONE THROUGH THREE FORM A CODE WHICH GIVES THE TYPE
;e

Ssgg;

ERR. ADDR.
BIT2
1
1
1
-!

¢ 11745 BIPOLAR

PARITY
BIT1
1
1
0
0
1

NOT EUB
BITO
1
0
1
0
1

CODE TOTALS
7
6
S
4
3

1 &

55223

;¢ THIS MEMORY CODE WILL BE USED IN THE SECOND PART OF THIS ANALYSIS
;e

5641
5642
5643
5644

005440
005442
005444
005450

005005
005000
012703
012737

5646
S647
5648
5649
5650
5651
5652
5653
5654
5655
5656
5657
5658
5659
5660
5661
5662
5663
5664
5665
5666
5667

005464
005466
005472
005474
005502
005510
005514
005516
005522
005526
005530
005536
005540
005544
005550
005552
005560
005564
005570
005572
005576
005602

005713
052705
005004
052760
052760
004537
100001
012713
032713
001403
C42760
005013
012713
032713
001417
042760
012713
004537
000010
012713
004537
000022

5645 005456

5668 005604

012713

172100
000001

002074
18:

000001
000007
000030
006044

002434
002434

040000
040000

0000C1

002434

020000
020000
000002
020000
006044
02000
006044
020000

002434

3%:

CLR
CLR
MOV
MOV
SET4
TST
8IS
CLR
BIS
BIS
JSR
.HORD

RS
RO
OCSRADD,R3
@1 ,NOPAR

MOV

eBIT13,(R3)

MOV
BIT
BEG
BIC
CLR
MOV
BIT
BEQ
B8IC
MOV
JSR
.WORD
MOV
JSR
.WORD

RS IS THE TOTAL CSR WUMBER
1RO IS A TABLE INDEX
1R3 HAS THE CSR ADDRESS
1 IGNORE PARITY ERRORS

(R3)
1DOES THE CSR RESPOND?
#1.RS
R4
sCLEAR THE LAST CSR INDICATOR
7 ,CSRINFO(RO)
SET ALL THE MEMORY INFO BITS
BITA!BITS, CSRINFO(RO)
;YES-MARK IT IN CSR INFORMATION TABLE
RS, TEST
sTEST BIT O AND 15
BIT1S5!BIT0
®BIT14,(R3)
1IS THERE A BIT 14 RESPONDING
‘!Tll.(RS)
s(IT'S THE EUB BIT)
1BRANCH IF NO EUB BIT
OOITO CSRIWO(RO) sCLEAR EUB INFO IN THE CSR TABLE
(R3)
1CLEAR THE CSR UNDER TEST
#MIT13,(R3)
sDOES BIT 13 RESPOND
00!713 (R3)
;(TO TEST FOR ECC CSR)
1BRANCH IF NOT ECC CSR
00171 CSRI'O'O(RO) sCLEAR PARITY INFO IN THE CSR TABLE
0.!713 (R3)
$sSET THE INMIBIT MODE POINTER TO 1ST 16K
RS.TEST
s TEST BIT 3
BIT3
eBIT13,(R3)
RS, TEST
sTEST BIT 1 AND 4
BITA4!BITI1

CZMSDOO MS11-L/M DIAGNGSTIC
T
BIT TEST OF ALL CSR'S

5673
5674
5675
5676
5677

5678

5679
5680
5681
5682

005620
005624
005630
005632
005636
005640
005642
005650
005656

004537
000004
005013
052713
0327:3
001404
004537
007740
000403
042760
032760
001410

5685 005670
5686
5687
5688
5689
5690
5691
5692
5693
5694
5695
5696
5697
5698
5699

012713
022713
001403
042760
005013
022760
100004
016037
104021
032760
001016
032760
001104
032760

5700

5701

3702
5703
5704
5705
5706

5707
5708

S709
5710
5711
5712
S713
5714
5715

5716
5717
S718
5719
5720
5721
5722
5723
5724
5725
53726

4%
;

002434
002434

Ss:

64:

002434

7%:

108:

002434
002434
11%:

104021
005060
062700
062703
006305
103001

28:

005204

022700
001221

000241
006005

005704

052705
010537
000437

100000

002220

012501
050113
030113

001013
011337

010137
032713
001004
104035

9s:

TEST:

002144
002042
100020

111
158

RS, TEST

BIT2
(RS
©7740,(R3)
27740,(R3)

SEQENCE

s TEST BIT 2
1ARE

THERE ERROR ADDRESS BITS?

54
RS, TEST

1BRANCH IF NO ERROR ADDR. BITS,
s TEST BITS S-»>11

1SKIP OVER THE INFORMATION REPORTING

8IC
BIT

7740

08I72,CSRINFOCRO)
OOITI CSRINFO(RO)

;REPORT THAT THERE ARE NO ERROR ADDRFSS BIT-.
;IS THIS CSR AN ECC CSR?

8IT

“IYO CSRIWO(RO)

1 IS THE EUB BIT SET?

BIC
CLR

HIYO CSRMO(RO) iNO- SET EUB BIT FOR MS11-M
(R3)
sCLEAR CSR

BNE

174

§BRANCH IF NOT

BEQ
sBRANCH IF IT IS
iWE MUST W TEST FOR MS11-M ON THE ‘.NI.US
MOV
07760,(R3)
1PUT PATTERN £ SBE BIT INTO BITS 4->1)
cHP
07760 (R3)
tARE THEY STILL THERE?
BEQ
§YES - BRANCH FOR 1% 11S-K CSR

007760
007760
002434

PAGE

8EQ
JSR

.WORD

001006
016037

001402

JSR

.WORD
CLR
8IS
8IT

007740
007740

001014
032760

5683

5684

0060044

14 UAN-82 16:15

e
BPL
MOV

“0 CSRINFO(RO) |IS THIS A LEGAL CONFIGURATION?
1BRANCH IF IT'S LEGAL
CSQWO(N).'AD

BIY

®|1T2, CSRI'O'O(QO) sDOES THIS CSR HAVE ERROR BITS

ERROR

’§E§§§£fiii§§§§£§§!§§§%

5670 005610
5671 005614
5672 005616

MACRO M1113

.21

s ILLEGAL TYPE ERROR

24
sBRANCH IF TRUE
“lTl CSNI'G'O(M) t1ARE THE OTHER 2 BITS SET?
11
BRANCH IF NOT

gno.csanromos
CSRINFOCRO),
BAD
w21

JILLEGAL TYPE ERROR

€2,R0

{ INCREMENT TO MEXT CSR TABLE

CSRINFO(RO)

#2.3

sCLEAR THE CSR INFO-IT WILL NOT EXIST IN THE PROGRAM

i INCREMENT TO NEXT CSR

R4
940, R0

LIS THERE A CSR 0?

IBRANCH IF MORE TO DO

JRESYNC RS

#8IT15,RS
RS, TOTCSRS

{YES - SET IN THE CSR TABLE
{STORE RS IN TOTCSRS

P
94

CTEST

{YES - SET CSR PRESENT FLAG
{ARE WE DONE?
iMAS THERE A CSR 07
{BRANCH IF NOT

1P OVER SUBROUTINE

s THIS SUBROUTINE TESTS THE CSR BITS

MOV .
BIS
81T
MOV
MOV
BIT
BNE

ERROR

(RS)e,R1

R1,(RS)
RL1(R3)

{R3).CoR

R1,GOOD

\GET THE BIT TO TEST

1SET THAT IN THE CSR UNDER TEST
115 TME BIT STILL THERE?

IBRANCH IF STILL THERE
\READ CSR

08171518174, (R3);IS IT BECAUSE OF A SBE OR DBE?

+35

{BRANCH IF IT IS
$BIT SET ERROR

CZMSDDO MS11-L/M DIAGNOSTIC
T1
BIT TEST OF ALL CSR'S

5727 006074
5728 006102
5729 006104
5730 006106

S731
5732
5733
5734
5735
5736
S737

006110
006114
006120
006124
006126
006130
006136
5738 006140

042760
040113
030113
001413

011337

010137
032713
001004
104010
042760
000205
0000C0

000010

MACRO M1113

202434

14 - UAN-82 16:15

18:

002144
002042
100020

000010

002434

BIC
8IC

BIT
BEQ
MOV
MOV
B8IT
BNE

Ji
il

s8
158-1

SEQUENCE

oBIT3,CSRINFO(RO)

R1,(R3)
R1,(R3)

;CLEAR CSR OK BIT

sCLEAR THE SELECTED BIT
1IS IT CLEARED?

BIC

24
1BRANCH IF IT IS CLEARED
(flS) CSR
:READ CSR
1.G0OO0D
OOI'IS'BITA.(RS) IS 1T BECAUSE OF A SBE OR DBE?
|BRANCH IF TRUE
olO
1BIT CLEAR ERROR
;gITS.CSRINFO(RO) 1CLEAR CSR Ox BIT

. WORD

ERROR

24:
TRACE
:

PAGE

RTS

139

CZHSDOO MS11-L/M DIAGNOSTIC
BIT TEST OF ALL CSR'S
5740
5741
5742 006142
5743 006144
5744 006152
5745 006160
5746 006164
S747 006172
5748 006200
5749 006202
5750 006206
5751 006212
5752 006214

5753 006216

5754 006220
3730 006224
5756 006230

5757 006232
5758 006234
5759 006236
5760
5761
5762
5763
5764
5765
5766
5767
5768
5769
5770
5771
5772
5773
5774
5775
5776
$777
S778
$779
5780
5781
5782
5783
5784
5785
5786
5787
5788
5789
5790
5791

MACRO M1113

14 -UAN-82 16:15

PAGE

IK11
159

SEQUENCE

: THE FOLLOWING ROUTINE DETERMINES WHICH CSR CONTROLS PROGRAM 5PACE
104424
012737
012737
012701
012737
012737

005000

005037
013703
000240

006303
103407
062700
010037
005703

177777

002000
002364
100000
100002

18:

00G002
002146

2%:

002434
123456
123456
172100

123456
123456
172100

000002

CACHOFF

MOV
MOV
MOV
MCV
MOV

172100
000000
000002
172100

sCLEAR CSR COUNTER

NOP
ASL
BCS

R3
24

;PUT HIGH ORDER BIT INTO C BIT
:BRANCH IF CSR EXISTS
sUPDATE CSR COUNTER

TST

ADD
MOV
BEQ
BR
NOP
cLC

BIT

BIS
MOV
MOV
Ss:

65:

002434

3s:

000000
000002
177777

3
4%

O8IT1,CSRINFO(RO)

#8172,CSRADD(RO)
0123456,8(R1)
0123456,82(R1)

s IS MAP EMPTY?
1BRANCH IF SO
s1DEBUG AID
;CLEAR CARRY
;IS THIS PARITY MEMORY?
;BRACH IF NOT
tSET WRITE WRONG PARITY

iWRITE DATA

sRESTORE CSR

MOV
MOV
MOV
MOV
TSTY

sCLEAR THE CSR UNDER TEST
tWRITE DATA

BIT

#BIT1,CSRINFO(RO)

sPARITY MEMORY?

sPARITY ERROR?

MOV

BMI
BR

NOP

CSRADD(RO),R4
7

8s
1

8IC

o*C177,.R4

BNE

8s:

#2,.RO
RO, CSRNO

;OBTAIN CSR MAP
;1DEBUG AID

gs".aano(ao)

BEQ

7%:

TOTCSRS ,R3

&L‘R

177773
177600
000157

sSET UP MAP REGISTER

RO
CSRNO

BEQ

172100
000000
000002

0177777 ,PGMCSR
92000 ,KIPARS
OTESTADD,R1
2100000, TESTADD
©100002, TESTADD
2

CLR
CLR

MOV
4%

032760
001414

012771
023727
001402
000137

002364
002366

002146
002220

001464
000767
000240
000241

052760
012771
012771
005060
000414
012760
012771
012771
012760
005771
016004
032760
001403
005704
100411
000720
000240
072427
042704
022704
001310
010037
000240
104502
012771

002504
172350

CTEST:

MOV
NOP

CLRCSR

MOV
MOV

cHP

BEQ
JMP

157 .Ré

RO ,PGMCSR
#0,.8(R1)
#0,82(R1)

PGMCSR, 9177777

FINT
CLRMEM

1SET DIAG CHECK MODE
sWRITE CHECKBITS TO CSR
sWRITE CSR T0 R4

iBRACH IF NOT

1BRACH IF SO
: TRY NEXT CSR
:DEBUG AID

1CORRECT CHECKBITS?
1BRANCH IF NOT
;DEBUG AID
;CLEAR ALL CSR'S
sRESTORE TEST LOCATIONS
s IF PROGRAM CSR NOT FOUND GO TO FINT
;GO0 TO SIZING ROUTINE IF FOUND

140

L33
W~

M DIAGNOSTIC
T OF ALL CSR'S

MACRO M1113

-JAN-82

16:15

PAGE

160

SEQUENCE

i IF PGMCSR WAS NOT FOUND BY THE PRECEEDING ROUTINE,
;70 FIND IT FOR INTERLEAVED MEMORIES
3

012771
012771

062737

000766
012700
013703

062700
010037
006303
103403
005703
001405
000767
012760
000763
012700
012737
005771
062700
010037

022700

001515
016004
072427
042704
022704
001401
000757
110037

012700
013703
062700
010037
006303
103403
005703
001405
000767
012760
000763
012700
005771
062700
010037
022700
001442
016004
072427
042704
022704

123456
123456

010000

FINT:

18:

000002

172350

177776

2%:

002220

3s:

002146

SET4
MOV
MOV
ADD
BR
MOV
MOV
ADD
MOV
ASL

BCS

TST
BEQ

020006

177776
002000
000000

172100

002146

@-2,RO
02000 ,KIPAR4

6%:

ADD
MOV
cHP
BEQ
MOV

172100
177773
177600

000157

78:

177776

020006

177776
002146
000040

172100
177773
177600
000157

TST

ASH

002220
000002
002146

23s:

8IC
cHp
BEG
BR
MOVB
SET4
MOV
MOV
ADD
MOV
ASL

172100

+SET DIAGNOSTIC CHECK MODE IN CSR
1LOOK FOR NEXT CSR
:NE MEMORY TRAPS NOW GO TO 6%
sRESET CSR POINTER
sREMAP PAR4 TO POINT TO BANK 2
s TEST NONASSERTED LOCATICNS
;UPDTAE CSR POINTER

SET4
MOV
MOV

000040

002504

;20006. +CSRADD(RO)

Ss:

172350

000002

sNE MEMORY

1)
35

MOV
BR

24%:

254:
8s:

8Cs
TST
BEQ
BR
MOV
BR
MOV
TST
ADD

MOV
cHP
BEQ
MOV

ASH

BIC
cHP

TRIES

02
0123456 ,8(R1)
0123456 ,82(R1)
©10000,KIPAR4
1
9-2,R0
TOTCSRS,R3
#2,.RO
RO, CSRNO
R3
4
R3

4%
:

THIS ROUTINE

064

8(R1)

02,RO

RO, CSRNO
@40,R0O

10%
CSRADD(RO),R4
®-5,R4
0tC177,R4
0157.R4
74
64

RO,PGMCSR
083
e-2,R0

TOTCSRS ,R3
#2,R0
RO, CSRNO
R3
248

TRAPS GO TO 2%

sWRITE DATA AT FIRST LOCATION OF BANK 2

sPUT CSR MAP IN R3
1UPDATE CSR COUNTER
sUPDATE CSRNO
+BRANCH IF CSR EXISTS
sANY CSR'S LEFT?
$BRANCH IF NOT
1LOOK FOR NEXT CSR

iNOT FOUND?
;BRANCH IF NOT
1GET CSR CONTENTS
s1CLEAR ALL BUT CHECKBITS
1PROPER CHECKBITS?
iBRANCH IF SO
s TRY NEXT CSR IF WNOT

iWRITE NON-ASSERTED CSR & IN PGMCSR
sNE TRAPS GO TO 8s
1PUT CSR MAP IN R3
tUPDATE CSR COUNTER
sUPDATE CSRNO

254
238
€20006
, CSRADD(RO)
238

82(R1)

s TEST ASSERTED LOCATIONS

0-2,RO

#2,R0O

RO, CSRNO
940,R0

104

CSRADD(RO),R4
®-5,R4
0tC177,R4a

2157 R4

IN BOMO

iWRITE DATA AT SECOND LOCATION OF BANK 2 IN BOARD
iUPDATE PAR4 TO POINT TO UPPER BOARDS
{KEEP GOING TILL NO MORE MEMORY

1BRANCH IF CSR EXISTS
1ANY CSR'S LEFT?
$BRANCH IF NOT
1LOOK FOR NEXT CSR
1SET DIAGNOSTIC CHECK MODE IN CSR
1LOOK FOR NEXT CSR

141

:PROPER CHECKBITS?

CZMSDDO MS11-L/M DIAGNOSTIC
T
BIT TEST OF ALL CSR'S

5850 006744
5851 006746
5852 006750
5853 006754
5854 006762

5855
5856
5857
5858
5859
5860
5861
5862
5863

006764
006772
007000
007006
007014
007022
007024
007026
007030
5864 007034

001401
000757
110037

052737
104502
012737

MACRC M1113

002505
100000

002504

002000

172350

012771
012771
062737
000766
104423
000404

000000
000000
010000

005037

002504

9s:

11%:

172350
12%:
i0%;

14 UAN-82 16:15
BEQ
BR
MOVB
BIS
CLRCSR
MOV
SET4
MOV
MOV

ADD
BR
CACHON
BR
TYPE

CLR

PAGE

M11

160-1

SEQUENCE

1BRANCH 1F SO

RO,PGMCSR
«1

sWRITE ASSERTED CSR o IN PGMCSR
;SET INTERLEAVED INDICATOR IN PGMCSR

o8IT15,PGMCSR
©2000,KIPAR4
0124

s TRY NEXT CSR

142

IF NOT

iNE MEMORY TRAPS GO TO 12%
sWRITE DATA AT FIRST LOCATION OF BANK 2 IN BCARD
iWRITE DATA AT SECOND LOCATION OF BANM 2
sUPDATE PAR4 TO POINT TO UPPER BOARDS

:ERROR - PROGRAM CSR NOT FOUND!
;SET TO DEFAWLT OF O

IN BOARD

CZHSDOO MS11-L/M DIAGNOSTIC
BIT TEST OF ALL CSR'S

MACRO M1113

14 -UAN-82

5866 007040

SUBTST

16:15

PAGE

N1l
161

SEQUENCE

«<«<«CLEAR ALL MEMORY

SPACE FROM BANK 2 ON>»>

1000808000802 080008808000008880088080080000800000800000808000008000000008000808000s

; #SUBTEST

CLEAR ALL MEMORY SPACE FROM BANK 2 ON

3..‘.‘..“‘.0‘..‘.“.“.“‘..“‘.‘0.‘0‘...‘0.‘..‘“.“O..0.0.‘00...0.00000000000

5867

5868
5869
5870

sTHIS ROUTINE CLEARS ALL MEMORY SPACE BEGINNING AT ADDRESS 200,000 AND
;CONTINUES UNTIL THERE IS NO 'EMY LEFT, IT SHOUWLD CLEAR ANY PARITY ERRORS
;CREATED BY THE LAST ROUTINE, AND CLEAN UP ANY JUNK LEFT HANGING AROUND IN

5873 007040

CLRMEM:

55371
72

;HIGHER MEMORY
.

5874 007046

005037

006140

5875 007052
S876 007060
5877 007066
5878 007072
S879 007076
5880 007100

012737
012737
012701
020127
001003
012737

000001
002000
100000
117776

002074
172350

177777

006140

5882
5883
5884
S885
5886
5887
5888

005737
001001
000765
062737
005037
012701
000755

006140

5881 007106

007110
007114
007116
007120
007126
007132
007136

5889 007140
5890 007142
5891 007146

005021

000240
005037

000200
006140
100000
006140

18:

172350

2%:

3%:

CLREX:

SET4

OCLREX

:NONEM TRAPS GO TO CLREX

MOV
MOV
MOV
cMP
BNE
MOV

@1 ,NOPAR
©2000,KIPARS
@100000,R1
R1,0117776
24
@-1,TRACE

;sIGNORE PARITY ERRORS
1SET UP MAP TO START AT BANK 2
;R1 MAPS TO KIPAR4
sWHOLE 16K BANK DONE?
iR-C
;KEEP GOING IF NOT
tUSE TRACE FLAG TO FLAG END OF BANK

ST
BNE
BR
ADD
CLR
MOV
BR

TRACE
3s
1
0200,KIPARS
TRACE
#100000,R1
18

;EOB FLAG SET?
;GO TO NEXT BANK IF SO

CLR

NOP
CLR
RES4

TRACE

(R1).

TRACE

1CLEAR CONTENTS £ INCREMENT

:SET MAP FOR NEXT BANK ;R-C
;RESET FLAG
;RESET R1
sCLEAR NEXT BANK

147

MACRO TM1113
CIMSDOO TMMS11 LTM DIAGNOSTIC
CLEAR ALL MEMOR) SPACE FROM BANY 2 ON

14 UAN-82

ANAZ :

S89%¢ 007170

SUBTST

16:15

PAGE

Sy
163

EQAENCE

««MATCH ALL CSR'S WITH MEMORY:>

§00000000000000000000000000000000000000000000080000000P0LNNRRNNRRRRIRIRGIIRARIRGYS

i oSUBTEST

MATCH ALL CSR’'S WITW MEMORY

1000803008000 00000080000000000000000000000000000000000000000000000
0000000000000

5895
5896
5897
5898

i* THE SECOND PART OF

THE ANALYSIS MATCHES UP THE CSR'S WITHM THE MEMORY,

se INSTALLS ALL THE INFORMATION FOUND IN THE CONF IGURATION TABLE.

AND

FOR ECC,

i® THIS IS DONE BY TAKING EACH CSR FOUND IN THE PREVIOUS SECTION SEQUENTIALLY
ie AND CHECKING THROUGH ALL OF MEMORY,

5899
S0
5901

3¢ RESPOND TO THE CSR IN QUESTION.

ie
i
i*
ie
i

5902

5903
5904

OME BANK AT AT

TIME,

10 SEE WMICH BAMNKS

THE FIRST DOUBLE WORD PAIR IN EACH BANY ARE

WRITTEN WITH DATA AND DIAGNOSTIC CHECK MODE

SET

IN THE

CSR

IN ORDER

TO AC

COMPLISH THMIS. ALL POSSIBLE CONFIGURATIONS OF DOUBLE WORD PAIRS (MNON- INTERLEAVED, 64K INTERLEAVED, OR 128K INTERLEAVED) ARE CHECHED FOR EACH BANX
THROUGH USE OF TESTADD AND KERNEL INSTRUCTION PAGE ADDRESS REGISTERS 4 AND
5. IF WE GET THE PROPER CHECKBITS BACK, WE MAVE A MATCM. IF NOT, THE ROUT
INE CHECKXS FOR SINGLE OR DOUBLE BIT ERRORS.
IF ONE OR THE OTHER IS FOUND,

THE ERROR ADDRESS

IS5 CHECKED

i TO SEE IF IT IS TMAT BANK.
IF IT IS, WE MAVE A MATCH,
AT THE END OF EACTM
ie BANC PASS, FOR EACH CSR PASS, THE PROGRAM COMES P WITH A NUMBER, STORED IN
3o "I, WHICH DENOTES THE FOLLOWING:
VB WO«
»

: e

;e
P

e
ie
i

NOTE

MEMORY DESCRIPTION

NON-EXISTANT MEMORY
NON- INTERLEAVED MEMORY
64K INTERLEAVED, Al NOT ASSERTED MEMORY
128¢ INTERLEAVED, Al NOT ASSERTED MEMORY
64K INTERLEAVED, Al ASSERTED MEMORY
128¢ INTERLEAVED, Al ASSERTED MEMORY
-

I=2 THROUGH I=5 CAN OMLY OCCUR WITH MS11-M MEMORY.

i* NOTE THAT PARITY MEMORY WRITES WRONG PARITY TO THE DOUBLE WORDS, THEN LOOS
i FOR THE PARITY ERROR BIT TO BE SET.
IF THE BIT IS SET, WE MAVE A MATCH.
005037
012701
013703

5930 007214
5931 007216

5932 007222

59353 007224
59354 007230
5935 007232
5936 007240
5937 007242
5938 007246
5939 007250
5940 007254
5941 007260
5942 007264
5943 007272
5944 007300
5945 007302
5946 007304
5947 007310

003000
003003
005737
001403
005037
000413
022737
001407
013702
003202
072227
010237
012702
012737
012737
006303
103420
062700
010027

002276

002364
002220
002426

002530

7s:

000011

001000
001000

000002
002146

sNE MEMORY TRAPS GO TO 100
;CLEAR CHECX
:SET UP THE VIRTUAL ADDR. PUINTER
;MOVE CSR MAP INTO R3
sCLEAR TME CSR POINTER
sCLEAR THE PROGRAM CSR STATUS POINTER
IS THIS AN 11744 OR 117247

CLR
8]
e
BEQ

LASTBLOCK
18
0167 ,LASTBANK
1¢

1ADJUST LASTBLOCK INDICATOR FOR 124K MACHINE
sBRANCH OVER NEXT PIECE OF CODE
1IS THERE UNIBUS MEMORY ABOVE 17000000?
1BRANCH IF NOT

MOV

002530

002532
000004

21008
CHECK
OTESTADD ,R1
TOTCSRS RS
RO
RS
NO2281T

BEQ

002532

000167

SET4
CLR
MOV
MOV
CLR
CLR
1ST

172350
172352

18:

LASTBANK ,R2

INC
ASH
MOV

R2
9. ,.R2
R2,LASTBLOCK

8Cs
ADD

3¢
2,R0

MOV
MOV
MOV
ASL
MOV

(BRANCH IF IT IS

1SET UP A NEW LAST BLOCK INDICATOR

o4 R2
€1000 ,XIPARS
€1000 ,KIPARS
@z

1R2 IS INDEX FOR CONFIG TABLE
1SET KIPARG FOR BANXK 1
sSET KIPARS FOR BANX 1
;DOES THIS CSR EXIST?

RO, CSANO

;STORE IT IN CSRNO ALSO

:BRANCH IF IT DOES EXISTY
: INCREMENT THE CSR POINTER

(o
CIMSDOC TMMS11 L./M DIAGNOSTIC
MATCH ALL CSR'S WITH MEMORY
5948 007514
5949 0oG7316
5950 007320

5951
5952
5953
5954
5955
5956

007326
007334
007340
007344
007350
007352
5957 007354
5958 007362
5959 007370
5960 007376
5961 007400
5962 007404
5963 007410
5964 007414
5965 007420
5966 007430
5967 007436
5968 007440

5969 007446
5970 007454
5971 007462
5972 007466
5973 007470
5974 007476
5975 007504
5976 007506
5977 007510
5978 0073512

5979
5980
5981
5982

5983
5984
5985
5986
5987
5988
5989
5990
5991

005703
001370
012737
012737
013706
000137
010037
104424
000240
012737
012737
032762
001402
000137
005037
005771
005237

032760
001414
052760
012771
012771
005060
000411

012771
012771
104503
104475

000240
005771
104426
000240
013704
000240

MACRO M1113

001000
001200
002536
010540
002146

172350
172352

100000
120002
000040

002364
002366

38:

13s:

454
:

002626

010454
002424
000000
002424

030:

JAN-82

16:15

TST

BNE
MOV
MOV
MOV
JMP
MOV

000004
123456

163

@100000, TESTADD
0120002, TESTADD
»2
0BITS,CONFIG(R2)
438
68

1SET UP VIRTUAL ADDRESS TO wIPARA
1SET UP VIRTUAL ADDRESS TC KIPARS
1 IS THIS A BANK TO SKIP?
iNO - BRANCH AROUND NEXT INSTRUCTION
1YES - GO TO END OF BANX

TST

8(R1)

s TEST

CLR

81S

I
8(R1),82(R1)
0.!71 CSRINFO(RO)
“172 CSRADD(RO)

123456
172100

0123456, 8(R1)
0123456, 82(R1)
CSRADD(RO)

123456
123456

MOV

0123456,82(R1)

B8R
MOV

41
0123456, ,8(R1)

CB1CSR
NOP
TSTY
8(R1)
READCSR
NOP

MOV

CSR.R4

010437

002406

MOV

R4, TEMW

032760
001404

000002

POP

82(R1),8(R1)

BEQ

424

005704
100414

000137
072427
042704
000240

022704

001402
000137

NOP

CLRICSR

BIT

002434

TST

B8MI

010454
177773
177600

424

25¢

8IC
NOP

e*C177,.R4

ASH

JMP

010134

cP
BEQ

000157

#BIT1,CSRINFO(RO)

e-5,.R4

o157 .Rae
258
228

ENCE

1JUMP TO SUBAAS IF ALL CSR'
5 ARE DONE
tMAKE SURE CSRNO IS UPDATED
1TURN THE CACHE OFF

1CLEAR THE MEMORY CONFIGURATION COUNTER
TO SEE

THAT

THERE

IS MEMORY PRESENT

1SAVE THE LOCATIONS UNDER TES?
1 IS THIS PARITY MEMORY?
sNO - BRANCH
1SET WRITE WRONG PARITY
:SET THE FIRST LOCATION UNDER TEST
;SET THE SECOND LUT
;CLEAR THE CSR
s TEST LOCATIONS

1SET THE FIRST LOCATION UNDER TEST
1SET THE SECOND LUT
;RESET CSR
1SET DIAG. CHECK MODE IN CSR UNDER T°STY
;DEBUG AID
sREAD THE FIRST LUT

TO WRITE CKBITS.
iREAD THE CSR UNDER TEST

INTO CSR

:1DEBUG AID
1GET THE CHECKBITS FROM THE CSR
;DEBUG AID
;SAVE IN TEMP FOR LATER
sRESEY CSR
iRESTORE LOCATIONS UNDER TEST
1IS THIS PARITY MEMORY?
sNO - BRANCH
i1DID ME GET A PARITY ERROR?
t1YES - FILL IN CONFIG TABLE

iNOD - PP T0 END OF BANK
sMANIPULATE THE CSR BITS
s INTO A USABLE FORM.
;DEBUG AID
100 THE CHECKBITS COMPARE TO WHAT WAS WRITTEN?
:BRANCH IF THERE IS A MATCM
sELSE BRANCH IF NOT THE SAME

i ®

1 WE COME MERE IF THERE
010004
006204
000304
042704
032737

254%:

170377
000004

MOV

8IC
817

9170377 .Ra
8I72,1

SWAB
002424

RO,R4

ASR

(ARE THERE ANY MORE C5R S 10 DO?

MOV
MOV
BITY
BEQ
JMP

CACHOFF
NOP

002144

104503

1BRANCH IF ALL CSRS NOT DONE
iRESTORE KIPARS
JRESTORE wIPARS
sRESTORE STACK

MOV
MOV
CLR

41%:

24
21000 ,XIPAR4
01200, IPARS
KSTACK,
SP
SUBAAS
RO, CSRNO

INC
PUSH
gé;

000002

PAGE

IS A MATCH

;GEYT THE CSR NUMBER
1SET IT UP FOR USE IN THE
1CONF IGURATION TABLE.
;CLEAR OFF EXTRANEOUS BITS
;sINTERLEAVED Al ASSERTED MEMORY FOUND?

¥
-5

AATEROR.
(Pe4at €MUTHACNERLES
007632
007634
007640
007644
007650
007654
007656

007662

007670
007672
007700
007702
007710
007712
007720
007724
007726
007732
007740
007746

MACRC M1118

UAN-82

BEQ

001402
072427
050462
016004
042704
000304
050462

15s:

ASH
BIS

MOV

BIC

SWAB

022737
001431
052762
010204
032737
001006
052762
062704
000402
062704
052764
056264
056264

002630

002626

Ss:
16%:

002630

15%

CSRINFO(RO)
R4
orC7,Ra

MOV

R2,.R4

BNE

ADD
B8R

020,R4
164

BIS

ADD
BIS
8IS
8IS

04 R4
R4 ,CONF IG(R2)

BEQ
BIT

002630

16%

R4 ,CONF IG.2(R2)

BIS

002424

PAGE

BIS

002424

16:15%

01,1

oBIT12,CONFIG.2(R2)
#IT0,I

BIT11,CONFIG.2(R2)

040, R4

1BRANCH IF

R NCE

NOT

1PUT CSR NUMBER IN INTERLEAVED CSR 35007
iPUT CSR NUMBER IN CONFIG. TABLE
;GET MEMORY TYPE
1CLEAR OFF THE EXTRANEOQUS B1TS
sMOVE INTO PROPER POSITION
$SET IT INTO THE CONFIG TABLE

1MAS THIS NON-INTERLEAVED MEMORY7
1BRANCH IF IT WAS
$SET THE INTERLEAVED BIT

x
1SAVE THE CURRENT BANX INDE
sWAS THIS 128X INTERLEAVED?
iBRANCH IF TRUE
iSET 64K INTERLEAVED FLAG IN COWF IG
;SET NEW BANK POINTER TO 4 BANKS AMEAD
iJMP OVER NEXT INSTRUCTION

sSET NEW BANK POINTER 8 BANKS AMEAD
oBITS,CONFIG(RA)
$SET SKIP ECC LOGIC TESTS FLAG
CONF IG(R2),CONFIG(R4)
1SET OTHER INFO TNTO THAT BANK
CONFIG+2(R2),CONFIG-2(R4)

1e THIS SECTION IS EXECUTED ONLY WHEN THE BANK-1
10

007754
007762
007764
007770
007776
010000
010004
010010
010014
010016
010024
010030
010036
010044
010052
010054
010062
010064
010070
010074
010102
010104
010110
010116
010124
010132

022737

001402
000137
032737
001417
013704
072427

022704
003010
052762
105262

001000

172350

248;

010314
100020

002406

30¢%:

002406

177767
000001
002626

053737
053737

002632
002634

002630

022737
001002
000137

000001

002424

012704

032737
001402
062704
053764
053764
052764
000470

010454
000020
000001
000020
002626

002630
000040

#1000 ,KIPARA
308
334

BEQ
MOV

108
TEMP R4

cw
B8GT

o1,.R4
10¢

BIT

000001

002630

ce
BEQ
JP

8IS

10¢:

002424

.". .N
#8I70,CONFIG(R2)

INCB
SET

CONFIG+2(R2)
CONF GERROR

cp
BNE
JMP
MOV

1.1
464
64
#20,.R4

B8EQ
ADD

263
#20,.R4

8IS
BIS
NOP

BIY

BIS
BIS
8IS

002630
002626

eBIT1IS!BIT4,
TEW

BR
e

CONFIG.4,.CONF IG
CONFIG+6,.CONFIG.2

#8Iv0,I

CONFIG,CONF IG(R4)
CONFIG+2,CONFIG+2(R4)
®BITS,CONFIG(RA)

53¢

;IS THIS BANK 1 ?
;BRANCH IF TRUE
1ELSE AMP TO END OF THIS BANXK
sMAS THMERE A SBE OR DBE?
iBRANCH IF NOT
1GET CSR CONTENTS
sMAKE ERROR ADDRESS INTO BANK ¢
;ERROR IN BANKS O OR 17
1BRANCH IF NOT
:SET ERROR FLAG IN CONFIG TABLE
sADD ONE TO BANKX ERROR COUNT
1PRINT CONFIG TABLE
;SET UP INFORMATION IN BANX ZERO

1DEBUG AID
tMAS THIS NON-INTERLEAVED MEMORY
iNO - BRANCH OVER NEXT STMT,
1YES

AUMP TO END OF THIS BANK

$SET UP COUNTER FOR 64K INTERLEAVED
sMAS IT 128K INTERLEAVED?
1BRANCH IF NOT
1SET UP COUNTER FOR 128X INTERLEAVED
1SET OTHER BANK WITH SAME INFORMATION
sAS IN BANK O
$SET SKIP ECC LOGIC TESTS FLAG
1 BRANCH

3o IF CHECKBITS DID NOT MATCH, WE COME MERE
010134
010142
010144
010146
010152

032737
001001

100020

013704

002146

042764

002144

172100

22%:

BIY

BNE
BR
MOV
BIC

#BIT15!BIT4,CSR

8s
334
R4
CSRNO,

06 ,CSRADD(R4)

+SBE OR DBE FLAGS SET?

1BRANCH IF TRUE
1CHECK TO SEE IF IT IS MS11-M
;GET CSRNO
;TURN OFF DIAG CHECK & ECC DISABLE

CZMSDDO MS11-L/M DIAGNOSTIC

MATCH

ALL

MACRO

M1113

CSR'S WITH MEMORY

6062 010160
6063 010164
6064 010170

6065 010174
6066 010200
6067 010204
6068 010206
6069 010214
6070 010220
6071 010226
6072 010232
6073 010234
6074 010236
6075 010240
6076 010242
€077 010246
6078 010252
6079 010256
6080 010260
6081 010262
6082 010266
6083 010270
6084 010276
6085 010302
6086 010310
6087
6088
6089
6090
6091 010314
6092 010322
6093 010324
6094 010332
6095 010334
6096 010342
6097 010344
6098 010352
6099 010360
6100 010364
€101 010372
6102 010374
6103 010402
6104 010404
6105 010412
6106 010416
6107 010424
6108 010426
6109 010434
6110 010442
6111 010450
6112
6113
6114
6115 010454
6116 010456
6117 010462
6118 010470

016401
072127
042701
005737
001015
052764
016400
042764
042700
006300

PUSH

172100
177773
177600
002426
040000
172100
040000
177037

14 -UAN-82 16:15

020437

163-3

RO,R1

CSRADD(R4
) ,R1
e-5,R1

NO22B1T
27
@BIT14,CSRADD
R4 )
CSRADD(R4
) ,RO
081714 ,CSRADD(RA)

172100
172100

0tC740,R0
RO
RO
RO,R1
R1,.R4
R1.RO
o5,.R4
R4 ,KIPARA

006300

001001

E l (I

otC177,R1

060001
010104

072427

PAGE

278

172350

000403
020437
001012
052762
105262

172352

28%:

000001
002630

35%:

000137

007612

288
35%

R4 ,KIPARS
33¢

®BIT0,CONIG(R2)
CONFIG.2(R2)
Sg?FGEnaon

AW ANCE

1SAVE RO £ R1
1GET CSR INFORMATION
iSET P ERROR ADDRE S5
+IS THIS AN 11/44 OR
1BRANCH IF NOT

11/247

1GET EXTENDED ERROR ADDRESS BITS
1READ FROM CSR
sTURN OFF EUB BITY
1SET UP EXTENDED BITS

iSET UP TOTAL ERROR ADDRESS
1SAVE IN R4
sRESTORE RO £ R1
1SET ERROR ADODRESS UP IN PAR NOTATION

1DOES IT EQUAL XIPARS?
sBRANCH IF FALSE
sYES - MARK INFO IN CONFIG TABLE
;D0ES IT EQUAL XIPARS?
;BRANCH IF FALSE
1SET BANK ERROR FLAG
: INCREMENT BANK ERROR COUNTER
sPRINT CONFIG TABLE
1YES

MARK

INFO IN CONWIG

TABLE

1o THIS SECTION SETS UP ALL THE POSSIBLE CONFIGURATIONS OF
1o MS11-M MEMORY,
i

032760
001054
032760
001450

022737
103410
162737
062737
000137
022737
001404
022737
103405
062737
000137
022737
103413
062737
062737
162737
000137

002434

33s:

002434

002366
172352
184

002424

172352
002424

12%:

002364
172352

#8ITO!BIT1,CSRINFO(RO)

1IS THIS MS11-M MEMORY?

BEQ
cw
BLO
suB
ADD

64
01,1
184
#2,TESTADD»2
#4000 ,XIPARS

1IS THIS 1ST TIME THROUGH?
sBRANCH IF NOT
1 TRY AS 64K INTERLEAVED
1Al NON-ASSERTED MEMORY

cwp

04,1

14TH TIME

BIY

002424

BIT

BNE

OBIT2,CSRINFOCRO)

BEQ
cP
BLO
ADD
JHP

204
2,1
128
©4000 ,KIPARS
4%

ADD
ADD
SuUB
JHP

02,.TESTADD
#2,TESTADD«2
#4000 ,KIPARS
44

o
BLO

3.1
(3]

iNC

- GO TO END OF BANX

s TRY TO MATCH AGAIN
THROUGH?

iTRY AS 128X INTERLEAVED
sTRY TC MATCH AGAIN

1 THIRD TIME THROUGH?
iNO - BRANCH
1TRY

TESTING THE BANK

1 TRY

TO MATCH AGAIN

1AS Al ASSERTED
164K INTERLEAVED MEMORY

;oEND OF BANK ROUTINE
L

104503
062702
062737
013737

64:

172350
172352

CLRICSR

ADD

04 ,R2

MOV

KIPARA ,KIPARS

ADD

#1000,KIPARA

1CLEAR THE CSR UNDER TEST
1UPDATE CONFIGURATION POINTER
sUPDATE KIPAR4 TO NEXT BANX
:AND UPDATE KIPARS

147

MATCH

ALL

CSR'S WITH MEMORY

6119 010476
6120 010500
6121 010506

010510
012514
010520
010522
010524

000240
023737
101402
000137
062700
000240
104423
000137

007354
000002

010530
6129 010534

062706
000137

000004
010454

6122
6123
6124
6125
6126
6127
6128

002532

MACRO M1113

14 UAN-82
NOP

172350

19%:

007260
3

1008
:

cHP
BLOS
JMP
ADD
NOP
CACHON
JP
ADD
JMe

16:15

PAGE

Fle

163-4

LASTBLOCK ,KIPARA
19%

454
e2,R0O

18
04 ,5P
64

SE W

1DEBUG ALID
sHAVE WE DONE THE WHOLE "EMOR«
+BRANCH IF DONE
s JUMP IF NOT DONE
s INCREMENT CSR POINTER
1DEBUG ATD
sTURN ON THE

SPACE7
sR-C

TACHE

JUMP TO TRY NEXT CSR
sRESTORE STACK
1GO TO END OF BANY ROUTINE

iR
iR

CZMSDDO MS11-L/M DIAGNOSTIC

ENCE

CZMSDDO MS11-L/M DIAGNOSTIC

MATCH

ALL

CSR'S WITH MEMORY

6131 010540
6132 010542
6133 010544

MACRO M1113

104423

14 UAN-82

SUBAAS:

104472

CACHON
ECCINIT
NEWTST

16:15

PAGE

LLlc
164

tMAKE SURE

SE G ENCE

THE CACHE

1 TRAP ON DOUBLE BIT
<<TEST BANK O ACCESSES>>

IS ON

ERRORS (NORMAL
)

$10088800008000300000000000800000800000000000000000000000000000RRRRIRIRIRBRIREIALY

;oTEST 2

6134
6135
6136
6137

6143
6144
6145
6146
6147
6148
6149
6150
6151
6152
6153
6154
6155
6156
6157
6158
6159
6160
6161

TST2:

010544

6138
6139
6140 010546
6141 010552
6142 010560

010564
010572
010600
010602
010606
010610
010612
010614

010616
010622
010624
010632
010636

010640
010646
010654

010662

TEST BANK 0 ACCESSES

FR0A00000088008000000000000000000800000000000000008000000000000000000sbsRRBRO
S

005037
012737
005037
012737
005000
012701
104424
005720
077102
104423

005737
001403
005737
001406

002070
000001

002074

000001

002076

s SINCE EVERY LOCATION IS EITHER LOADED OR WRITTEN INTO By THE PROGRAM
iPRIOR TO THIS POINT - THEN A PARITY ERROR IMPLIES THAT THERE IS A
sHARDWARE FAILURE IN THE MEMORY,
s THESE ERRORS ARE COUNTED AND A FATAL ACTION IS TAKEN
CLR
PARCNT
1CLEAR PARITY ERROR COUNTER
@1 ,NOPAR
MOV
$SET THE NO PARITY ERROR FLAG
CLR
NEMCNT
;CLEAR NON-EXISTANT MEMORY ERROR COUNTER
01 ,NONEM
MOV
sSET THE NON-EXISTANT MEMORY ERROR MODE TO COUNT

040000
18

SET4
CLR
MOV

ONONEXIST
RO
OSIZE.R1

TST

(RO).

CACHOFF

S08

R1.1¢

TST

PARCNT

FATAL

CACHON
$SEE IF ANY FAILURES

002070

BEQ

28:

162737

000002

002032

053737

002104

002626

6162 010704

SCOPE
s THIS DOES A "TST* INSTRUCTION ON EVERY LOCATION IN BANK €0 TO SEE
:IF IT GETS ANY PARITY TRAPS.

3%:

TST

NEMCNT

FATAL

BEQ
SUB

BIS
RES4

SUBTST

38
02 ,ADDRESS

CPUBIT,CONFIG

sTRAPS

TO 4 GOTO NONEXIST

s TURN CACHE OFF
$SEE IF I CAN DO A READ ACCESS WITHOUT A PARITY TRAP
: TURN CACHE ON
sANY PARITY ERRORS?

iNO - SKIP

sANY NON-EXISTANT MEMORY (HOLES)?

s SKIP IF EQUAL
tUPDATE 1ST ADDRESS FAILURE FROM AUTO INCREMENT 2
+SET CORRECT ACCESSED BIT ON BANK C
1RESET TRAPS TO 4 TO DEFAWLY

<<ENABLE ECC FOR CORRECT TRAPS>>

1008008800000 0000808000820800808000008008020000000000800008088000000080008000008s0

s oSUBTEST

ENABLE ECC FOR CORRECT TRAPS

1908008000588 0080802000800828000000000000000000000000800000800000000000000000b0sss

6163 010704

6164
6165
6166
6167

010722
010724
010726
010730

104506
104472

IF oSWO SET.IN @SWR OR ACTFLAG IS TRUE
1 TRAP ON SINGLE BIT ERRORS
ENASBE
ELSE
ECCINIY
s TRAP ON DOUBLE BIT ERRORS (NORMAL
)
END ;0F IF oSw0

Hil
ZMSDOO
NABLE EC

1ok CoRRECT TRASS

MACRO »1113

14 JUAN-82 16:15

6170 010730

PAGE

<<TEST

NEWTST

166

BANKS

1-200

P ENCE

(OCTAL) FOR

ZEROS

& ONES»»

(0000000000000 000080000000 0800000000000 00000000000000000800° 000000000000 000000800800

;oTEST 3

TEST BANKS 1-200 (OCTAL) FOR ZEROS £ ONES

'......‘...‘.‘.........‘......‘...........‘..‘.....‘...........0.‘..............

010730
6171
6172
6173
6174
6175
6176
6177
6178 010732
6179 010736
6180 010744
6181 010752
6182 010760
6183 010766
6184 010770
6185 010776
6186 011004
6187 011006
6188 011014
6189 011022
6190 011030
6191 011034
6192 011042
6193 011044
6194 011050
6195 011052
6196 011054
6197 011060
6198 011064
6199 011070
011074
011110
011114
011116
011124
011130
011132
011136
011140
011142
6210 011144
011152

011160
6213 011162
6214 011166
6215 011170
6216 O11174
6217 011176
6218 011200
6219 011202
6220 011206
6221 011230
6222 011234

TSTS:

SCOPE

sEACH BANK IS TESTED FOR EXISTANCE AND IF IT EXISTS
.é;%gl?¥s IS TESTED FOR ZEROS £ ONES.
:

002100
000001
000002

002074
002076

022737
001407
012737
012737
000411

000001

003720

011566
01157GC

002474
002476

012737
012737
005237

177644
177646

013701
006301
006301
010137
005037
005037
005037

105761
100555
012777
012700
010004
012701
010103
005002
104424
022737
001403
004737
000402
004737
104417
104423

000416
005037

005037
000564

18:

sSET UP LINKS

B8MOV

TAG9$

MTST3

TAG2$
BANK ,R1
R1

002102
002072
002070
002066

MOV

R1 ,BANIKKINDEX

002626

1ST8

002100

TAG9S:

002100

MOV

WARN1:

040000

;BANK »+ 4

CLR
CLR
CLR
MAP

PATERR
PARCNT
NEMCNT
BARK

;CLEAR PATTERN ERROR COUNTER
sCLEAR PARITY ERROR COUNTER
sCLEAR NON-EXISTANT MEMORY COUNTER (HOLES)

BMI

TSTBANK

MOV

MOV
MOV
MOV
MOV

1%:
28:
TAG2s:

9207, 8L INK]

1PUT “RETURN" INSTRUCTION AFTER WRITE ROUTINE

OF IRST
RO
RO,R4
OSIZE .R1
R1,.R3
R2

CALL
B8R

MTSTS
29

CACHON
BR

TAGS?

1DATA IS ZEROS

s TURN CACHE OFF
sENTER SUPERVISOR MODE
1IS THIS AN 117447

1BRANCH IF TRUE

FASTCITY

sCALL TO THE USER INSTRUCTION PAR'S
1ENTER KERNEL MODE

BANK

CLR

NOPAR

sYES - GO TEST BANK SPECIAL

CLR

RES4

:MAP SUPERVISOR SPACE (TEST AREA) TO BANK

+IS THIS BANK PRCTECTED?

@1,.PROTYP

CALL
XERNEL

1YES - SKIP TO NEXT TEST

CONF IG(R1)

cwp

BEQ

011562

1SET UP LINKS

CACHOFF
TESTAREA

003720

;PUT IN FAST MEMORY

; DONE?

CLR

002074

QUIPARS,
L INK2

;IS THIS AN 117447
1BRANCH IF TRUE

LASTBANX , BANK

ASL

171350

TESTING'

oMTST3.4,LINK]
OMTST3.6,LINK2

@1 ,PROTYP
1

BLO
MOV
ASL

002474
002476

TESTED B

MOV
MOV

cpP
BEQ

BANK

002100

ONL'

1SET NO PARITY ERROR FLAG
1SET NON-EXISTANT MEMORY MODE 70O EXIT TEST LOOP
;TRAPS TO 4 GOTO NONEXIST

INC

177640

ARE

@1 ,NOPAR
02 ,NONEM
ONONEXIST

SQUIPAR2,LINK]

000207
060000

IS)

MOV
MOV
SET4

MOV

002100
002530

THE PROGRAM

H
“TST* INSTRUCTIONS LIKE BANK @0
:ANY BAD BANKS ARE LOGGED IN THE CONFIGURATION TABLE.
élY.:IS RQ‘LI.('E IS ONLY DOING A SMART SIZE - NOT ACTUAL

005037
012737
012737

023737
103457

’

PROTECTED BANKS (WHERE

SUBAAIL

1 TURN CACHE ON
;SKIP NEXT INSTRUCTION

tRESET TRAPS TO 4 TO DEFAWLY

; INDICATE DEFAWLT PARITY ACTION

CZ"SOOO MS11

L/M DIAGNOSTIC
MACRPO M1113
14 UAN-82 16:15
TEST BANKS 1-200 (OCTAL) FOR ZEROS & ONES

6223
6224
6225
6226

011236

011242
011244

PR Y §RRERER

011246
6227 011250
6228 011256
6229 011262
6230 011264
6231 011266
o232 o11272
6233 011274
6234 011300
6235 011302
6236 011306
6237 011310
6238 011314
6239 011316
011322
6241 011324
011330
6243 011336
011340
6245 011346
011354
6247 011356
011362
011364
011370
011372
011374
011400

011404

011406
011412
011414
011420
011422
011430
011436
011444

011450
011452
011460
011464

011470
011472
011500
011502
011504

011506

011510
011516
011520
011526
011534

005737
001401
000671
104424

002066

004777
104417

171214

005737
001040
005787
001035
005737
001032
012700
010004
012701
010103
013702
012777
104424

002072

104423

TAGSs:

18:

T1S7T

14
TAGYS

CACHOF
F

TESTAREA

CALL

S IN2

KERNEL
ST

PATERR

TST

PARCNT

BNE

002070

BNE
1ST

002066

166-1

NEMCNT

BEQ
B8R

CACHON

PAGE

NEMCNT

1ANY

TRAPS?

iNO - SKIP
iNOW - TRY NEXT BANY
sTURN CACHE OFF
sENTER SUPERVISOR MODE
1FINISH PATTERN
tENTER KERNEL TMMODE
i TURN CACHE ON

iANY PATTERN ERRORS

1 YES

- SKIP

sANY PARITY ERRORS

sYES - SKIP
sANY NON EXISTANT MEMORY

BNE
MOV
MOV
MOV

29
OF IRST RO

sYES

171136

MOV
MOV

ONES ,R2
000240,
8L IN<1

022737
001403
004737
000402
004737
104417
104423
013700
005737
001006
005737
001003
005737
001406
052760

003720

sDATA IS ONES
sPUT “NOP"” INSTRUCTION BACK IN SUBROUTINE
s TURN CACHE OFF
sENTER TEST MODE
;IS THIS AN 11/447
:BRANCH IF IT IS
;D0 IN MEMORY IF NOY
i JUMP OVER NEXT IMSTRUCTION

002626

3%:

053760

002626

4%:

000137

060000
040000

MOV

CACHOFF

RO,R4
0S1ZE ,.R1
R1,R3

TESTAREA

Ss:

BEQ
CALL
B8R

CALL

01 ,PROTYP

S
MTSTS
[X]

FASTCITY

SKIP

sCALL TO THE USER INSTRUCTION PAR'S
;ENTER KERNEL MODE
;TURN CACHE ON

68:

KERNEL

2%:

MOV

BANKINDEX
,RO

BNE

:YES - SKIP

;YES - SKIP
s ANY HOLES?
iNONE - SKIP
;SET ERROR BIT IN THIS BANK
3FORCE PRINTING OF CONFIGURATION TABLE

CACHON
TST

PATERR

TST

PARCNT

NEMCNT

BNE
BEQ
BIS

#B8I70,CONFIG(RO)

SET

CONF GERROR

JMP

TAGYS

8IS

CPUBIT ,CONF IG(RO)

1ANY PATTERN ERRORS?
;ANY PARITY ERRORS?

1SET ACCESSED BIT

sTEST A PROTECTED BANK

012737
012700
012701
104424

002076

TSTBANK : PUSH
MOV
MOV
MOV

CACHOFF

005720
077102
104417
104423
012737

002076

052761

002626

4s:

Rl
01 ,NONEM
®F IRST
RO
€20000,R1

TESTAREA
ST
(RO).

s0B

KERNEL

CACHON

MOV
POP

Ri,.48
92 ,NONEM
R1

IF PARCNT NE @0

BIS
SET

BIT0,CONFIG(R1)

CONFGERROR

sSET NON-EXISTANT MEMORY TO COUNT
s TURN CACHE OFF
;ENTER TEST MODE

1ENTER KERNEL TMMODE

s TURN CACHE ON

+RESET NON-EXISTANT MEMORY
;ERROR BANX

TO EXIT

TEST LOOP

CZMSDDO MS11 L/M DIAGNOSTIC
MACRO M1113
14 - JAN-82 16:15
T3
TEST BANKS 1-200 (OCTAL) FOR ZEROS £ ONES
0280 011542
6281 011542
6282 011550
6283 011556
6284 011556

6285 011562
6286 011564
6287 011566
6288 011570
6289 011572
011574
6291 011576
011602
62912 011604

053761

002104

000137
010220
077102
000240
012401
020102
001402
005237
077306
000207

011030

002072

PAGE

166-2

END ;OF IF PARCNT
IF NEMCNT EQ @0
BIS
CPUBIT,CONFIG(R1)
END ;O0F IF NEMCNT

002626
MTSTS:

JMP
MOV
S08

2s:

MOV

3s:

INC
S08

NOP

cMe
BEQ

RETURN

TAGYS
R2,(RO).
R1,MTST3
(R4).,R1

R1,R2
38

PATERR
R3,28

SEQUENCE

sACCESSED BANK
1V177640
V177642
1vi77644
1V177646
1V177650
1V177652
V177654
1V177660
V177662

152

K1
MACRO M1113
14-UAN-82 16:15
CZMSDDO MS11 L/M DIAGNOSTIC
T3
TEST BANKS 1-200 (OCTAL) FOR ZEROS & ONES

6295 011606

SUBAAI:

SUBTST

PAGE

167

SEGQUENCE

«<<FIND SHADOW INMIBIT MODE POINTERS>>

100000000000000000000000000000000000000000000000000000000000000000000000000080000

;#SUBTEST

FIND SHADOW INHIBIT MODE POINTERS

§0000000000000000000000000000000000000000000000000000000000000000000000000008800

6296
6297
6298

6300
6301
6302
6303
6304
6305
6306
6307
6308
6309
6310
6311
6312
6313
6314

s THIS SECTION LOOKS FOR INTERLEAVED MS11-M MEMORIES AND F IGURES OUT
i WHERE THE SHADOW INMIBIT MODE POINTERS ARE LOCATED.
THESE AREAS

;¢

011606
011612
011616
011622
011636
011644
011650
011656
011660

011664
011672
011672
011700
011702
011706
011706
6315 011714

005037
004737
013700

002100
044302
002102

062700
062737

000010

062702
062737

000040

052760

000200

005237

002100

023737
002336

002530

ARE

THEN MARKED

CLR
SHADL1: CALL
MOV
IF

AS PROGRAM

BANK
EXBANK

SPACE.

BANKINDEX
,RO

+RESET BANK TO ZERO
1SET BANK PARAMETERS

ACFLAG IS TRUE AND INTFLAG IS TRUE
1F INT64K IS TRUE
ADD #20,R0O
sPOINT TO BANKINDEX

+ 4

002100

ELSEm ©10,BANK

sPOINT TO BANK .+ 8

002100

ADD #40,R2
ADD #20,BANK
END; OF IF INT64K

sPOINT TO BANKINDEX .+ 8
sPOINT TO BANK « 16

002626

¢ gés
L

002100

o8IT7,CONFIG(RO)

INC
BANK
END; OF IF ACFLAG

cHP
BGE

LASTBANK , BANK
SHADL 1

sMAKE NEW BANK PROGRAM SPACE
;GO TO NEXT BANK

sHAVE WE DONE ALL THE BANKS?
:BRANCH IF NOT

197

CZMSDDO MS11-L/M DIAGNOST IC
MACRO M1113
FIND SHADOW INMIBIT MODE POINTERS

L1
14 -UAN-82

6318 011716

16:15

NEWTST

PAGE

169

SEQUENCE

<«<ECC INMIBIT MODE POINTER TEST»>>

J00088088080000000080000000080000000000800
0008000000000 80008000000000000000sssbss

;oTEST 4

ECC INMIBIT MODE POINTER TEST

JOS0LRRLRLL0808080800880000000800000008000000%000000000008000000000000000000880800

6319
6320
6321
6322
6323
6324
6325
6326

011716

TS7T4:

000004

s THE MS11-M OR MF115-K INMIBIT ECC DISABLE AND DIAGNOSTIC CHECK MODE
:ON THE BOTTOM FIRST OR SECOND 16K WORDS CONTROLLED BY A CSR.,
THIS
+IS CONSIDERED
710 BE A
PROTECTED BANK
BY THE
PROGRAM.
1T MAY BE
sQUITE COMPLEX TO DETERMINE ON A GIVEN SYSTEM CONFIGURATION WHICH
;gsms CAN BE PROTECTED;
i

s THIS ROUTINE ATTEMPS

:0F
EVERY ECC BANK.,
+IN PROTECTED BANKS
: THE PROGRAM IS.

6327
6328

6329
6330
6331
6332
6333
6334
6335
6336 011720
6337 o11722
6238 011730
6339 011734
6340 011740
6341 011744
6342 011750
6343 011756
6344 011764
6345 011772
6346
6347 012004
6348 012012
6349 012014
6350 012020
6351 012020
6352 012024
6353 012026
6354 012032
6355 012036
6356
6357 012054
6358 012062
6359 012070
6360 012070

SCOPE

CREATE A DOUBLE BIT ERROR

IN ADDRESS O & 2

ECC HARDWARE WILL PREVENT THIS
FROM HAPPENING
WHICH SHOULD ALWAYS
INCLUDE BANK ZERO - WHERE

sWARNING: t2orteeee
i
IN CASE OF HARDWARE FAILURE IT IS COMMON
THAT A DOUBLE BIT ERROR
i
WILL BE CREATED ON
THE KERNEL
STACK £ "“CRASH”
THE DIAGNOSTIC
;DURING
THIS ROUTINE.
YOUR ONLY CLUE IS THAT YOU CAN GET AS FAR AS
; THIS ROUTINE BUT NOT PAST IT!

104424
012737

177777

012701
004737
013700

060000
044302
002102

012703
012737

002152

CACHOFF
MOV
€-1,0LDCSR
FOR BANK

#0 TO LASTBANK

MOV
OFIRST,.R1
CALL
EXBANK
MOV
BANKINDEX,RO
IF ACFLAG IS TRUE
IF MKFLAG IS TRUE
IF SKIPMK IS FALSE
IF INTFLAG IS TRUE

002234

MOV

ELSE

MOV

012703

177741
002146

:SET INDEX COUNTER

#2,R3

:SET INDEX COUNTER

01,SPLTCSR

013737

002146

002152

052760

000100

002626

004737

012224

MOVE
ASL

CONFIG+1(RO),R2
R2

MOV

R2, CSRNO

8IC

:SET UP VIRT ADDR POINTER

END; OF IF INTFLAG

116002
006302
042702
010237

s TURN CACHE OFF

0tC36,R2

IF CSRNC NE OLDCSR

MOV

CSRNO, OLDCSR

CALL

IMPTEST

IF PFLAG IS FALSE
BIS
#B8IT6,CONFIG(RO)
END; OF IF PFLAG

iMAP AS INTERLEAVED BANK

Mle
ZMSDDO MS11-L/M

MACRQ

et IhTe
T T R08E A6 InTeR TEST

6362 012074
6363 012102

6364
6365
6366
6367
6368
6369
6370
6371
6372
6373
6374
6375

012106
012112
012116
012122
012126
012132
012136
012136
012136
012136
012136

116002

072227
042702
010237
062701
004737
005037

002627

177775
177741
002146
000002
012224
002234

012136

6376 012152

6377 012166
6378 012172

005037

104506

6381 012214

104472

6382 012216

JUAN-82

002100

6383 012216 104423
6384 012220 000137 012466

16:15
IF

PAGE

170

MAP

SEGUED

EQUENCE

INTFLAG IS TRUE
MOVE
CONFIG+1(RO),R2

ASH
©-3,R2
BIC
#¢C36,R2
MOV
R2,CSRNO
ADD
02.R1
CALL
IMPTEST
CLR
SPLTCSR
END; OF IF INTFLAG
END; OF IF CSRNO
END; OF IF SKIPMK
END; OF IF MKFLAG
END; OF IF ACFLAG

END;

6379 012210
6380 012212

M1113

OF FOR BANK

JFIX POINTER FOR Al

ASSERTED HALF

{MAP TEST SPACE TO BANK O

CLR
BANK
IF 0SWO SET.IN 8SWR OR ACTFLAG IS TRUE

ENASEE

:TRAP ON SINGLE BIT ERRORS

ECCINIT

;TRAP ON DOUBLE BIT ERRORS

ELSE

END; OF IF OSWO

CACHON
M
SUBAAR

;TURN THE CACHE BACK ON
1 JUMP OVER THE SUBROUTINE

(NORMAL)

CZMSDDO MS11-L/M DIAGNOSTIC
MACRO M1113
T4
ECC INHIBIT MODE POINTER TEST

6386 012224

6387 012226

6388 012242

6389 012244
6390 012252
6391 012260

6392
6393
6394
6395
6396
6397
6398
6399
64“0001

012262
012264

012266
012270
012272
012274
012276
012300
012302

005004
005005

012737

IMPTEST:CLR
020000

002144

060301

104505
010411
160301
010411
104503
005711
104501

CLR

6406 012314

012316
012322
012324
012330

6411 012332
6412 012334

6413 012336

6414 012340
6415 012342

6416
6417
6418
6419
6420
6421
6422
6423
6424
6425
6426
6427
6428
6429
6430
6431
6432

012350
012352
012354
012356
012360
012362
012364
012366
012370
012372
012400
012402
012404
012406
012410
012412
012414

6437
6438
6439
6440
6441
6442

012420
012422
012424
012424
012426
012430

012416
012420
012420
012420

012737
104505
013711
060301
013711
160301

020000

002144

002556
002556

104503

005711

104501

012737
104505
010411
060301
010411
160301
104503
005711
104501

027400

012737
104505
010411
060301
010411
104503
160301
005711

074000

104501

005205
104471
010411

060301

002144

N1¢
171

SEQUENCE

iMAP

MOV
o8IT13,CSR
TESTAREA
PUSH
(R1)
ADD
R3,R1
PUSH
(R1)
CHK1DIS
MOV
R4,(R1)
SuB
R3,R1
MOV
R4,(R1)
CLR1CSR
TST
(R1)
WAS1DBE
; THIS MAKES SURE

6404 012304
6405 012306

6433
6434
6435
6436

PAGE

156

MAP BANK

muozs

6407
6408
6409
6410

14 UAN-82 16:15

THAT

SUPERVISOR

SPACE

(TEST

AREA)

TO BANK

sENTER TEST MODE
s SAVE TEST LOCATION

+ INDEX TO NEXT LOCATION
:SAVE TEST LOCATION

:DISABLE ECC £ WRITE CHECKBITS FOR 1 CSR
+WRITE CHECKBITS (ALL ZEROS)
sCLEAR CSR
:READ CHECKBITS INTO REAL CSR
sWAS THERE A DOUBLE BIT ERROR
SBE'S DON'T LOOK LIKE PROTECTED AREAS

ON.NOERROR ;1
MOV
@BIT13,.CSR

”

CHK1DIS

;DISABLE ECC & WRITE CHECKBITS FOR 1 CSR

CLR1CSR

;CLEAR CSR

WAS1DBE

iWAS THERE A DOUBLE BIT ERROR

MOV
ADD
MOV
SUB

ONES,(R1)
R3,R1
ONES,(R1)
R3,R1

TST

(R1)

ON.NOERROR ;2
MOV #27400,CSR

CHK1DIS
MOV R4,(R1)
ADD R3,.R1
MOV R4,(R1)
SUB R3,R1
CLR1CSR
TST (R1)
WAS1DBE
ON.NOERROR ;3
MOV
€74000,CSR
CHK1DIS
MOV
R4, (R1)
ADD
R3,R1
MOV
R4,(R1)
CLR1CSR
suB
R3,R1
ST
(R1)

002144

WAS10BE
END ;OF ON.NOERROR ;3
END ;OF ON.NOERROR ;2
END ;O0F ON.NOERROR ;1
ON_.ERROR
INC
RS
END ;OF ON.ERROR

ECC1DIS
MOV
R4,(R1)

ADD

R3,R1

;DISABLE ECC €& WRITE CHECKBITS FOR 1 CSR
;ADD INDEX TO GET TO SECOND WORD
:SUBTRACT INDEX TO FIRST WORD
;:CLEAR CSR
:WAS THERE A DOUBLE BIT ERROR

;:DISABLE ECC & WRITE CHECKBITS FOR 1 CSR
; INDEX TO SECOND WORD

;:CLEAR CSR
;GO BACK TO FIRST WORD

;WAS THERE A DOUBLE BIT ERROR

s IDENTIFY AS BAD BANK
;:DISABLE ERROR CORRECTION
;CLEAR QUT DOUBLE BIT ERROR!

: INDEX TO SECOND WORD

CIMSDOO TMMS11 L/TMM DIAGNOSTIC
MACRO M111%
T4
ECC INMIBIT MODE POINTER TEST
6443 012432
6444 012434
6445 012436

6446 012440
6447 012442
6448 012446

6449 012452

6450 012454
6451 012456
6452 012460
6453 012462
0454 012464

010411
104503
005705

001405
050560
105260
104036

160301
104417
000207

14 UAN-82 16:15

PAGE

MOV
R4, (R1)
CLRICSR
1S7
RS

002626
002630

18:

B13

1711

BEQ
BIS
INCB

18
RS, CONF IG(RO
CONF IG+2(RO)

POP
SUB
POP

(R1)
R3,R1
(R1)

ERROR

WERNEL
RE TURN

.36

SEGENCE
sCLEAR OUT DOUBLE

BIT

FRP !

(RESTORE TEST LOCATION (2NO WORD|
1GO BACK TO FIRST WORD
JRESTORE TEST LOCATION (157 WwORD)

CZMSDDO

MS11

ECC
798

LTM

DIAGNOSTIC

INNIBIT MODE

~799 012466

POINTER

MACRO

TEST

M1113

SUBAAR:

UAN-82

SET

16:15

PAGE

STOPOK

177

E PINCE

-3PROGRAM CAN NOW BE wALTED

&
(P

;i"SDD\‘ ?Eéxlm'i%?;w!éSINYtflwEg? MI11%
6802 012474

14 UAN-82

16:15

SUBTST

PAGE

179

ENCE

<«<LEGAL CONFIGURATION CHECK
>

1008000000000 808000000000000000000080080000
0008000
BRRRNBPENIIINIR AR RIRRRRAIRY

+*SUBTEST

6803
6804
6805
6806
6810
6811
6812

012474
012500
012504
012506
012510
012514
012520

6835
6836
6837
6838
6839
6840

012524
012532
012536
012542
012544
012550

6842 012556
6843 012556

6844 012564

6845 012570

6846 012572

6847
6848
6849
6850
6851
6852
6853

012576
012602
012606
012612
012620
012626
012630

012700
012701
005021
077002

000020
002434

004737
013700

044302
002102

116003
042703
006303
005262

002627

LEGAL CONF IGURATION CHECK

PiT0000000000 00000008 BRBNNNRNNBNIBILIBNININBINIL
R
IRBRRRRARIRLERS
IERRBR

14:

MOV
oy

016. ,R0
OCSRINFO,R1

S08

RO,1¢

CLR

(R1).

FOR BANK

CALL

#0 TO LASTBANK

EXBANK

MOV BANKINDEX,RO

177760

ACFLAG IS

CONFIG+1(RO),
RS

ASL
INC

R3
CSRINFOCRS)

BIC

002434

TRUE

MOVE

o*C17,R3

IF MKFLAG IS TRUE
sMAKE SURE THAT EACH BANK MAS NO MORE
BEGIN
LEGALCSR
IF INTFLAG IS TRUE

MOV

116003
010304
042703
072427
042704

177760
177774
177760

042760
042760

014000
170000

MOV R3,.R4

CONFIG+1(RO),R3

ASH 0-4 R4

BIC o'C17,.Rae

IF R3 EQ R4
8IC
BIT11!BIT12,CONFIG.2(RO)
8IC
0170000 ,CONF IG(RO)
LEAVE LEGALCSR
END; OF IF R3S
IF XFLAG IS FALSE

002630
002626

LEGALCSR

END; OF IF KFLAG
ASL R3

006303

6861 012654
6862 012656
6863 012660
6864 01266.
6865 012664
6866 012674
6867 012702
6868 012702
6869 012702
6870 012702
6871 012716
6872 012722
6873 012724
6874 012726
6875 012730
6876 012734
6877 012742
6878 012744
6879 012752

THAN 2 CSRS

B8IC e*C17,R3

LEAVE

005263

ASL R4

002434
002434

INC CSRINFO(RS)
INC CSRINFOCR4)

ELSE

LEAVE

LEGALCSR

END; OF IF INTFLAG
TYPE
MSG124

TYPOCS

SET

END; OF

005037
022761

013136
000010

002434

022761
002003

000020

002434

2%:

10 OF CSR'S IS WRONG

CONF GERROR

FOR BANX

PUSH

RS,.RO

1SAVE CONTENTS OF RS, RO

CLR
CLR

RS
MBERR

1CLEAR ERROR INDICATOR

BGE
ce
BGE

S
020, ,CSRINFO(RL)
3

1BRANCH IF SO
1 IS CURRENT CSR « 20
1BRANCH IF SO

CLR
CLR

005001

BANK,<TYPE BANK 0>,3

RO
Rl

010, CSRINFO(RL )

1CLEAR REGISTERS

1 IS CURRENT CSR «= 10

012766
012772
012774

013000
013004
013006
6889 013010
6890 013016
6891 013020
6892 013026
6893 013032
6894 013036
6895 013040
6896 013044
6897 013046
6898 013052
6899 013054
6900 013060
6901 013064
6902 013070
6903 013072
6904 013076
€908 013102
6909 013106
6910 013114
6911 013116
6912 013122
6913 013124
6914 013126
6915 013130
6916 013134
6917 013136
6918 013140
6919 013142
6920 013144
6921 013150
6922 013156
6923 013160
€924 013166
6925 013170
6926 013174
6927 013200
6928 013202
6929 013210
6930 013212
6931 013220
6932 013222
6933 013230
6934 013232
6935 013240
6936 013242
6937 013246
6938 013250
6939 013256

004737
0004 34
016005
032705
001415
042705
072527

020501
001007
032760
001003
012737
062700
022700
001351
005737
001402
004737
005000
005037
062701
022701
001321
005037
012700
032760
001003
162700
000771
006200
006200
010037

013260
Is:

002626
000002
170377
177771

16:15

CALL

ILLCSR
St
CONF IG(RO),RS
®B8IT1,.RS

MOV
BIT
BEQ
8IC

002630

000001

013136

000340

4%
:

013136

01326C

Ss:

013136

013136
000734
000002

64:

7%:

002530

SKUJ:

013140
000002

010000

18:

002630

013140
000004
013140

000010

013140

000030

013140

000050

013140

000070

o1314C
000001

26:

3s:

013140

S54:

1791

iCALL ERROR ROUT INE

:TRY NEXT

CSR

sMOVE LOW WORD TO RS

:DOES MEMORY EXIST MERE?
1BRANCH IF NOT
;s ISOLATE CSR NUMBER IN

0+C7400,RS

ASH

010000

PAGE

bls

UAN-82

0-7,RS

RS,R1

31712.CW1602(N)

o1 ,MBERR
)

iREGISTER S
$IS IT THE CURRENT CSR?
sTRY NEXT WORD OF COWIG IF NOT
+IS IT INTERLEAVED?
1BRANCH 1IF SO
;SET ERROR INDICATOR
s UPDATE CONFIG COUNTER
;CONFIG TABLE ALL DONE
?
sBRANCH IF NOTY
;ERRORS FOUND?
;TRY NEXT CSR

IF NOT

;CALL ERROR ROUTINE
sREINITIALIZE CONFIG COUNTER

;CLEAR ERROR INDICATOR
sUPDATE CSR COUNTER
iALL CSR'S DONE?
;BRANCH IF NOT
sRESTORE REGISTERS
sRESET ERROR INDICATOR
;INDEX TO TOP OF CONFIG TABLE

sR-C
sMEMORY PRESENT?
sR-C
;BRANCH IF SO
sR-C
s TRY NEXT LOMER ENTRY IN COWNFIG rauc,g

:XYI.CWIG(RO)
o4 RO

(= J-]

012760
012762

012754

TMM1118

838283838383 98RR2EE

6880
68381
6882
6883
6884
6885
6886
6887
6888

MACRO

B3LERERT3C3RIE pp 3E39528%8

CIMSDDO MS11-L-M DIAGNOSTIC
LEGAL CONF IGURATION CHECK

68
RO
RO
RO,
LAS TBANK
SKUJ

iR-C
sDIVIDE INDEX BY 4 TO GET BANK #;R-C
iSTORE IN LASTBANK
iR-C
:SAVE SPACE FOR ERROR INDICATOR
iSAVE SPACE FOR ODD BOUNDARY INTERLEAVED INDICATOR
sCLEAR CONFIG COUNTER

PHEBE

gITI.CflfXG(RO)

31712&0‘16-2(“0)
PHEBE
o4 RO

sR-C

1BRANCH IF NOT
+I5 IT INTERLEAVED?
1BRANCH IF SO
s INCREMENT COUNTER
+ INCREMENT CONFIG COUNTER

s TRY NEXT BANK
+IS THE COUNTER EQUAL TO...

1ONE OF THE SPECIAL VALUES.
12F IV I1%...
1BRANCH TO 43

1CLEAR INDICATOR

:SET INDICATOR
1BRANCH TO NEXT SUBTEST

CZMSDDO MS11-L/M DIAGNOSTIC
LEGAL CONF IGURATION CHECK
6940 013260

010102

6942 013264
6943 013270
6944 013272
6945 013276

022702
100002
062702
062702

6941 013262

6946 013302

6947 013306
6948 0133812

6949 013320

006202

110237

000207

MACRO M1113

075377

PAGE

ILLCSR:

MOV

R1,R2

18:

cMe
BPL
ADD
ADD

210. ,R2
14
02 R2
.R2

000012
000007
000060

14 UAN-82 16:15

ASR

MOVE

TYPE
SET

RE TURN

R@,MSGA122

MS5G122
CONF GERROR

ris

179-2

SEQUNCE
tR2 MAS CSR NUMBER

iMAKE ACCEPTABLE FOR PRINTING

tPUT NUMBER

INTO ERRON MESSAGE

141
e

CZMSDDO MS11-L/M DIAGNOSTIC

LEGAL

CONF IGURATION CrHECK

L1ls

MACRO M1113

6952 0133822

14 UAN-82

SUBAAP:
LA

16-15

SUBTST

PAGE

<<PRINT
L

$*SUBTEST

181

& GANCE

CONFIGURATION DETAILS>»
L

L Ty
',

CONFIGURATION DETAILS

F000000800000000 00000000000 000000000 0000000000000 08000

6953
6954
6955
6956

013322
013346

013352
013354
6957 013356
6958 013360
6959 013370
6960 013400
€961 013410
6962 013420
6963 013424
6964 013426
6965 013432
6966 013432
6967 0135434
6968 013444
6969 013450
6970 013452
6971 013456
6972 013456
6973 013456
6974 013460
6975 013470
6976 013500
6977 013504
6978 013504
6979 013504
6980 013504
6981 013504
6982
6983 013514
6984 013520
6985 013522
6986 013526
6987 013532
6988 013536
6989 013542
6990 013550
6991 013562
6992 013564
6593 013574
6994 013600
6995 013600
6996 013612
6997 013616
6998 013622
6999 013626
7000 013632
7001 013650
7002 013654
7003 013660
7004 013662
7005 013670

013702
006302
006302

CLEAR
MOV

002530

LR IRBIBIRIRRERRSASS

BSIZE ,KSIZE,LSIZE ,MSIZE ,PSIZE
,R2
LASTBANK

R2
R2

ASL
ASL

FOR R1 := 80 T0 R2 BY 04
IF CPUBIT SET.IN CONFIG(R1)
IF eBIT10 SET.IN CONFIG.2(R1)
IF 08178 SET.IN CONFIG+2(R1)
IF eBIT9 SET.IN CONFIG.2(R1)

LET PSIZE

ELSE

:- PSIZE

LET KSIZE := KSIZE . 01
END; IF BIT9
ELSE
IF @BIT9 SET.IN CONFIG.2(R1)
LET LSIZE := LSIZE . @01
ELSE
LET MSIZE :» MSIZE . o1
END; IF BITS
END; IF BITS
EL SE
IF #BIT9 SET.IN CONFIG+.2(R1)
IF @BITS SET.IN CONFIG.2(R1)
LET BSIZE :- BSIZE . 01
END; OF IF #BITS
END; OF IF @BIT9
BIT10
END; OF IF CPUBIT
END ;OF FOR ALL BANKS IN TABLE

CLR
FOR R1
ASL

005037
006361

006361

006361
066137

002424

ASL
ASL
ASL
ADD

END;

:= 00 TO €10 By @2
BSIZE(RL)

BSIZE(R1)
BSIZE(R1)
BSIZE(RY)
BSIZE(R1).I

i1BSIZE(P1) := BSIZE(R1) « 16.
31 «- I « BSIZE(RL)

FOR Rl

FOR Rl := 00 TO @200 BY 04

‘

IF CPUBIT SET.IN COW IG(RY1)
LEY UNITOP := UNITOP - 01
E‘& OF IF CPuUBIY

006337
006337
006337
006337

002370
002370
002370
002370

005737
001405

002346

CND;
ASL
ASL
ASL
ASL

FOR R}
UNITOP
UNITOP
UNITOP
UNITOP

1S7

B8SIZE

TYPDEC

BSIZE

IF I LY UNITOP THEN LET
TYPE
SCRLF

BEQ

TYPE

MSGO71

sUNITOP := UNITOP » 16.

:= UNITOP

—

SATRT. Cons 1Eukiat 10N BEVRLLS
7006
7007
7008
4

7010
7011

7012

7018

7014

013674
013700

0138702
013710
013714
013720
013722
013730

0135734

7015 013740
7016 013742

To17 013750
7018 013754
7019 013760
7020 013762

005737

001405

002350

005737
001405

002352

005737
001405

002354

005737
001405

002356

JAN 80

16:15

15"
BEQ

KSIZE
28

1ST

BEQ

TYPDEC

3s:

036632

PAGE

xSIZE
MSGO72
LSIZE

LSIZE

TYPE
TS7

MSG112
MSIZE

PSIZE

TYPDEC
TYPE
TYPDEC
TYPE

PSIZE
MSG1l14
I
MSGO70

BEQ
TYPDEC
TYPE
BEQ

Ss:

004737

TYPDEC
TYPE

7021 013770
7022 013774
014002
014006
014016
014022

MACRO M111%

a8
MSIZE
MS5G113
St

IF aSuW6 OFF
. IN aSuWR
CALL
PCONFIG
END; OF IF oSwé

1! 811

€ @

NCE

CZMSDDO MS11 L/M DIAGNOSTIC
PRINT CONF IGURATION DETAILS
7029 014022

MACRO M1113%

14 UAN-B2

16:15

SUBTST

PAGE

«<«CHECK

18%

APT

SEGIENCE

SIZING»»

$0000000000000000000000000000000000000000000000080000000000800
00
RRRRINBABRRGLS

i*SUBTEST

CHECK APT SIZING

§0000000000000000000000000000000000000000000000000
0000080000 0ssRRRRIRIIROISIRRIRRRTS

014022
014036
014042
014046
014050
014056
014060
014064

002406
063126

APTFLAG IS TRUE AND APTSIZE
TEMP
CLR

MCvY

TRUE

OSMAMS]
RO

FOR R2 := 00 TO o4
IFB 1(RO) N @0

MOV
81cC

177400

014072
014074
014076
014100

(RO),R1
0177400 ,R!

2(RO) LT

SEC

ELSE

cLC
END ;OF

ROL
INC

014100
014102
014104
014106

O14110
014112
014114
014120
014124
014134
014140
014140
014150
014154
014154
014160
014160
014170
014210
014212
o14212

ASL
ASL

002376

104046

TEMP ,R1

R1,TEMP

MOV

060137
062700

SuB

002374

s 7O COMPENSATE FOR 4 BANKS BEING (O

ASL

060137

R1
R1

ASL
163701
010137

IF 2(RO)

IFB 1(RO) EQ o3

ADD

R1,APTPAR

END ;OF IFB 1(RO)
IFB _1(RO) EQ 04

R1,APTECC

1OF IFB 1(RO)
04RO

END ;OF IFB 1(RO)

END ;OF FOR R2
IF APTPAR NE LSIZE OR APTECC NE MSIZE

ERROR

END
END ;

.46

;0F IF APTPAR
IF APTFLAG

164

J13S
CZMSDDO MS11 L /M DIAGNOSTIC
CHECK APT SIZING
7075 014212

MACRO M111%

UAN-82

LOOP:

NEWTST

16:15

PAGE

184

SEQUENCE

<«<DIAGNOSTIC MODE

DISPATCH ROUTINE
»>>

10000008000000000000000000000000000000000000000000000000000000s00008000000000000

;oTEST

DIAGNOSTIC

MODE

DISPATCH ROUTINE

10000000000000000000000000000000000000000000000000000000000000000000000000800004s

014212
014214

014220
014224
014230
014234
014240
014242
014244
014246
014250
014252
014254

014256

014260

TSTS:

005037
017700
042700
004770
000137
014712
015020

002216

166354
177761

014240
014260

015126
015256
015406

015710
016040

014612

CONTFLAG
8SWR ,RO

;GET SWITCHES

BIC
CALL
P

0+C16,R0
@DISPTBLCRO)
ME MDONE

PAFBAF
PAFBAM
PARBAF
PARBAW

;MODE 4;PATTERNS FORWARD,
;MODE S;PATTERNS FORWARD,
;MODE 6;PATTERNS REVERSE,
;MODE 7;PATTERNS REVERSE,

DISPTBL :BAFPAF
BAFPAR
BAWPAF
BAWPAR

015536

004737

SCOPE

CLR
MOV

MEMDONE : CALL

sMASK TO ONLY MODE BITS
;DISPATCH TO ROUTINE THROUGHM NEXT
;GO TO NEXT TEST

TABLE

;MODE 0;BANKS FORWARD, PATTERNS FORWARD
;MODE 1;BANKS FORWARD, PATTERNS REVERSE
;MODE 2:BANKS WORST FIRST, PATTERNS FORWARD
;MODE 3;BANXS WORST FIRST, PATTERNS REVERSE

DOBACK

BANKS
BANKS
BANKS
BANKS

FORWARD
WORST FIRST
FORWARD
WORST FIRST

sCHECK BACKGROUND PATTERN

NEWTST<<UNIQUE BANX TEST>»>

7092 014264

§000000000000000000000000000000000000000000000000000000000000000000000000800s00s

ioTEST 6

UNIQUE BANX TEST

§00000000000000000000000000000000000000000000000000000000000000000000000800s008ss

T1ST6:

014264

014266
014274
014310
014314
014322
014326
014326

SCOPE
sMAKE SURE THAT EACH BANK CAN MAVE UNIQUE DATA

;WRITE AND READ THE BANK NUMBER IN EACH BANK (EXCEPT WMERE THE PROGRAM IS)

IF SELONLY IS FALSE
QL4737

024234

005037

002106

004737

014612

014332

CALL
SET
CLR
END ;OF
FLUSH:

MTO027
HEADER
MUY
IF SELONLY

CALL

DOBACK

sRESTORE BACKROUND PATTERN

SUBTST

«<FLUSH OUT DBE' S>>

1900800000000 0008800000808000000880000080000000000000000000008000000000000000000000e

:oSUBTEST

FLUSH OUT DBE'S

1008808800002 0000080800R80 0800000800030 000008000000000000000000000000080000000800s0s

014332

004737

024720

CALL

MTOO030

145

TAGNC

[¥a]

‘O

S0DO MS11
oF PASS R

er
-4
R

ric

MACRO M1113

7110

7111

7114

7119
7120
7121
7122
7123
7124
7125
7126
7127
7128

014346
014352
014356
014362
014364
014372
014376
014404
014410
014426
7129 014432
7130 014436
7131 014436
7132 014444
7133 014450
7134 014452
7135 014456
7136
7137 014460
7138 014462
7139 014466
7140 014470
7141 014472
7142 014474
7143 014476
7144 014500
7145 014502
7146

;oTYPE

16:15

.SBTTL

END OF PASS ROUTINE

PAGE

186

005037
012700
042710
062700
020027
003771
013737

005237
042737

SEOP:

002414

002630
020000

1s:

003620
002572
063104
100000

“END PASS OXXXXX“”

002014

063104

SEQUENCE

CLR

TYPE

END

BEQ

POP

$ENDAD: CALL

NOP
NOP

SDOAGN:

QVFLAG
$PASS

42,R0
$DOAGAIN
OSTACK,RO

$DOAGAIN

172516
000001
043752

063106

18:

(RO)

NOP

;UNDO SHUTUP STUFF

:Qv

+3sGET MONITOR ADDRESS
; ;BRANCH IF NO MONITOR
1ARE WE UNDER RT11

1 YES - BRANCH

1:CLEAR THE WORLD
1:G0 TO MONITOR

+ 1 SAVE ROOM
1 1FOR
s3ACT1L

:
:
;
3

RESTORE STACK
ENERGIZE UNIBUS MAP £ 22 BIT ADDRESSING
ENERGIZE MEMORY MANAGEMENT
PUT LOADERS BACK HOME

Y.S‘Y

'322817

MOV

002536
002426

063104

MSGO3S

NUMBER

;WE ARE UNDER (MEAVEN HELP US) XXDP!
PUSH
RO
CALL
SHUTLP

RESET

000001
063110

NUMBER)

;OF IF SuWll

MOV
BEQ
$ZAP42: CMP

045170

012701
077001
062737
005537
077107
005237
000764

A DECIMAL

OCONFIG+2,RO
iMOVE 2ND WORD OF CONFIG TO RO
oBIT13,(RO)
1CLEAR BACKGROUND VALID BIT
04 ,RO
s INCREMENT TO NEXT BANK
RO, #3620
1DONE?
13
iNO - BRANCH
SERTTL ,LASTERROR
$PASS
: s INCREMENT THE PASS NUMBER

TYPDEC

013700
012701
004737

FSINFLAG

MOV
BIC
ADD
cMP
BLE
MOV
INC

CLR

002000

XxXxxX

BIC
0100000, $PASS
;;DON'T ALLOW A NEG.
TYPE
MSGO77
13 TYPE “END PASS o~
IF oSWil SET.IN 8SWR OR QVFLAG IS TRUE

002320

013706
005737
001003
052737

(WHERE

soIF THERES A MONITOR GO TO IV
;oIF THERE ISN'T JUMP TO LOOP

7147
7148

7149
7150 014502
7151 014506
014512
7153 014514
7154 014522
7155 014524
7156 014530
7157 014534
7158 014540
7159 014546
7160 014556
7161 014562
7162 014564
7163 014572
7164 014576
7165 014600
7166 014604

UAN-82

;*INCREMENT THE PASS NUMBER ($PASS)
;«INDICATE END-OF -PROGRAM AFTER EACH PASSES THRU THE PROGRAM

7115

7118 014342

)

100000000000000000000000000000000000000000000000000000000080000000000000000008800

112
7113

7116
7117 014336

' 8

KSTACK,SP

BIS

#BITS!BIT4 MRS

MOV
CALL

o1,.R1
BANKMOv

ENERGIZE
MOV
LOADMHOME , RO

IF APTFLAG IS TRUE
IF SUSWR EQ $SPASS
AP THANG :
MOV #50,R1
28:
SOB RO,2¢
ADD o1, SDEVCT
ADC SUNIT
SO08 R1,28
INC $PASS
BR
APTHANG

;IS THIS AN 11/44 OR 117242

;TURN ON MEMORY MANAGEMENT
;DESTINATION BANX

: SOURCE BANK

E’ZSSOOO MS11-L/M DIAGNOSTIC

0fF PASS ROUT INE

7167 014606

7168 014606
7169 014606

MACRO M1113

14 UAN-82 16:15
END

000137

014212

;OF

PAGE

SEQUENCE

186-1

SUSWR

END ;0F IF APTFLAG
SDOAGAIN: UMP
LOOP

‘
s RE TURN

167

CZMSDDO MS11-L/M DIAGNOSTIC
END OF PASS ROUTINE
7172

0l4612

MACRO M1113

14 UAN-82 16:15

DOBACK:

SUBTST

PAGE

ML13
188

SEGUENCE

<<WRITE BACKGROUND PATTERNS>>

1000088008800 888000000000800 0080008800000 00000000000000000000000000000000000000

:#SUBTEST

WRITE BACKGROUND PATTERNS

F00000800R8880008000000000000
0088008000000 0000000080008000000800000000000000s0b000e

7173
7174
7175
7176
7177

014612
014616
014622
014626
014642
7178 014656
7179 014662

7180 014666
7181 014674
7182 014674

7183

014710

005037

002110

004737

044302

004737
005037

017520
002106

000207

PATTERN

CLR

FOR BANK := &0 TO LASTBANK
CALL
EXBANK
IF ACFLAG IS TRUE AND RRFLAG IS FALSE

SET
CALL
CLR
SET

HEADER ,MUT
MKTEST
MUT
HEADER

END ;O0F IF ACFLAG
END ;0F FOR BANK
RETURN

s CALL

MJTEST

WOULD ALSO WORK

CZMSDDO MS11-L/M DIAGNOSTIC

MTEST

MODES

MACRO M1113

14 -UAN-82 16:15

7186

7187
7188 014712

BAFPAF:

PAGE

N135
190

SEQUENCE

.SBTTL

MTEST MODES

SUBTST

<<BANKS FORWARD,PATTERNS FORWARD

¢+RECURSIVEss>
>

1000000000000000000000000000000000000000000000000000000000000000000000000000s00s

; #SUBTEST

BANKS FORWARD,PATTERNS FORWARD

¢sRECURSIVEs»

1080000000000 0000000000000000000000000000000000000000000000siosttittststssansssss

7189
7190
7191
7192
7193

014712

005037

002100

014716
014722
014726
7194 014730
7195 014734
7196 014736
7197
7198 014742
7199
7200 014746
7201 014752

004737
005737
001412
005737
001007
005037

044302
002114

004737

016212

004737
001373

044770

014754
014760
014764

005037
004737
002354

002216
045014

014766
014772
014774
014776
015002

005737
001401
000207
004737

002124

015006
015012

004737
004737
000207

014712
043420

015016

CLR
14:

2%:

4s:

S5s:

;SET BANK TO O

EXBANK

1EXAMINE BANK

sNO - GO TO BANK LOOP TERMINATION

4%
PATTERN

1YES - GO TO BANK LOOP TERMINATION
1SET PATTERN TO O

TST

ACFLAG

TST

RRFLAG

BNE
CLR

002110

042530

CALL
BEQ

002122

BANK

;START OF BANK LOOP

:CAN WE ACCESS THIS BANK?

tRELOCATION REQUIRED?

;START OF PATTERN LOOP

CALL
MTEST
;GO TEST CORRECT MEMORY
s TERMINATION OF PATTERN LOOP
CALL
INCPAT
;GO SEE IF THIS IS THE LAST PATTERN
BNE
28
i{NO - LOOP ON THIS PATTERN
; TERMINATION OF BANK LOOP
CLR
CONTFLAG

CALL
BGE
;END OF
TST
BEQ
RETURN

CALL

INCBNK
13

sNEXT HIGHER BANK
:IF NOT DONE - LOOP ON THIS BANK

LOOPS
RLFLAG
S¢

tHAVE WE BEEN RELOCATED?
iNO - SKIP
i1YES - RETURN

RELOCATE

ON.ERROR THEN SRETURN
19eNOTEes RECURSIVE

CALL
geLT'l.RN

BAFPAF
UNRELOCATE

CALL

+MOVE € MAP PROGRAM

sCALL SELF
stUNMOVE € UNMAP PROGRAM

169

CIMSDDO MS11 LTM DIAGNOSTI.
BANKS ¢+ DRWARD ,PATTERNS ¢ OV.WARD
7218 015020

MACRC M1113
14 UAN-82 16:15
s +RECURSIVE
e
BAFPAR:

SUBTST

PAGE

192

«<BANKS FORMARD,PATTERNS REVERSE

A NCE

CoRECUR,TVE
e, "

‘.......O.........‘.........................C.......‘..‘.‘....0.0..0000.0".0.00

s oSUBTEST
7219 015020
7220
7221 015024
7222 015030
7228 015034
7224 015036

005037

002100

004737
005737
001412
005737

044302
002114

7226 015044
1227

004737

045004

7229
7230 015054
7231 015060
7232

004737

016212

005337
100373

002110

7234 015066

004737

045014

7237 015074

005737

002124

7239 015102

000207

7225 015042

7228 015050

7233 015062

001007

005037

7235 015072
72%6

002354

7238 015100

001401

7240 015104
7241 015110

7242

7243 015114
7244 015120
7245 015124

004737

042530

004737
004737

015020
043420

000207

18:

002122

002216

BANKS FORWARD ,PATTERNS REVERSE

CoRECURSIVE
oo

‘.........‘..‘.‘...0....“....‘C‘...‘...‘............O“...O.....O.......000....

2%:

as:

CLR
Ban
iSTART OF BANK LOOP
CALL
€ XBANK
ST
ACFLAG
8€0Q
as
ST
RRF LAG
e

CLR

CONTFLAG

JEXAMINE BANK
sCAN WE ACCESS THIS BANK?
iNO - GO TO BANK LOOP TERMINATION
sRELOCATION REQUIRED?
sYES

- GO TO BANY LOOP TERMINATION

CALL
SETPATY
sSET MIGH PATTERN FOR CORRECT MEMORY
;START OF PATTERN LOOP
CALL
MTEST
1GO TEST CORRECT MEMORY
; TERMINATION OF PATTERN LOOP
DEC
PATTERN
+IS THIS THE LAST PATTERN?
BPL
28
iNO - LOOP ON THIS PATTERN
; TERMINATION OF BANK LOOP
CALL

INCBN-

INEXT HIGHER BANK

RLFLAG

sMAVE WE BEEN RELOCATED?

BGE
1s
JEND OF LOOPS

BEG

S$:

sSET BANK TO O

RE TURN

CALL
RELOCATE
ON.ERROR THEN SRE TURN

1oeNOTEss RECURSIVE CALL

CALL
CALL

RE TURN

BAFPAR
UNRELOCATE

:IF NOT DONE

- LOOP ON THIS BANM

iNO - SKIP

s1ES - RETURN

iMOVE £ MAP PROGRAM
sCALL SELF
IUNMOVE £ UNMAP PROGRAM

CIMSDDO MS11 /TMM DIAGNOSTIC
BANKS ¢ ORWARD ,PATTEANS RE VERSE

MACRO

M1113
14 UAN-82
e +RECURSIVEee

BAWPAF :

7248 015126

SUBTST

16:15

PAGE

194

EANCE

«<BANKS WORST FIRST ,PATTERNS FORWARD

eeRECURSIVESe)

1900080000000 000000000000000008000 0000000000000 0000000000RRRRNIIRRARRRBREIARRIRIRSS

;*SUBTESY

BANKS WORST FIRST,PATTERNS FORWARD

eeRECURSIVEee

0000088088800 00000000000008R00BRRLRRLLLRRLRRNRNRLINNINRNLIIINBORRIRIBIGRRRIIRIARAES

7249 015126

005087

002100

044302
002114

7254 015144
7255 015150

015152
015156
015160

0047587
005737
001415
005737
001412
005737
001007
005037

015164

004737

016212

7262 015170

004737
001373

044770

005037
004737
002351

002216
045014

7250
7251 015182
7252 015136
7253 015142

7256
7257
7258
7259
7260
7261

7263 015174

7264
7265 015176
7266 015202

7267 015206
7268

18:

002126

2s:

4%
:

004737
000207
005737

002124

58:

7277 015234
7278 015240

004737

042530

64:

7280 015244
7281 015250
7282 015254

004737
004737

015126
043420

001401

000207

1CAN WE ACCESS THIS BANK?

TST

BMFLAG

;IS THIS BAD MEMORY (WORST FIRST)?

1ST

RRFLAG

sRELOCATION REQUIRED?

EXBANK

1EXAMINE BANK

iNO - GO TO BANK LOOP TERMINATION

4
PATTERN

1YES - GO TO BANX LOOP TERMINATION

iSTART OF PATTERN LOOP

1SET PATTERN T0 O

CALL

NTEST

1GO TEST CORRECT MEMORY

CALL
BNE

INCPAT
2%

1GO SEE IF THIS IS THE LAST PATTERN
sNO - LOOP ON THIS PATTERN

; TERMINATION OF PATTERN LOOP

- TERMINATION OF BANK LOOP

CLR
CALL
BGE

CONTFLAG
INCBNK
18
1:END OF LOOPS
com
WORST
BNE
Ss

joeNOTEse RECURSIVE

CALL

015126

7279

ACFLAG

BNE
CLR

002110

7272 015216
7273 015222

7274 015224

TS7T

CALL

BEQ

002122

005137
001003

7275 015230
7276 015232

1SET BANK TO O

BEQ

7269 015210

7270 015214
7271

CLR
BANIK
sSTART OF BANK LOOP

RETURN
TST

BAWPAF

tNEXT HIGHER BANX
1IF NOT DONE - LOOP ON THIS BANK

CALL

RLFLAG

BEQ
68
RETURN
CALL
RELOCATE

ON.ERROR THEN SRETURN

31IS THIS AN EVEN NUMBERED PASS?
s YES - SKIP

sCALL SELF
sMAVE WE BEEN RELOCATED?

iNO - SKIP
1YES - RETURN
iMOVE £ MAP PROGRAM

30oNOTEss RECURSIVE CALL
CALL
BAWPAF
sCALL SELF
gtufllh UNRELOCATE
sUNMOVE € UNMAP PROGRAM

ZMSDOO

1-L/MD

STIC

MACRO M31113

14 UAN-82 16:15

3»«5 u(:l':g’ txnsv.gn TERNS ¢ ORWARD ooa&wsm.o
7285 015256

BAWPAR:

SUBTST

PAGE

196

SE G ENCE

«<BANKS WORST FIRST ,PATTERNS REVERSE

«eRECURSIVEse>»

1000800008000 0008080000800 0000080000000 8000000000000 0000000000000000000sb00bsbRS

;oSUBTEST

7286 01525
7287

005037

002100

7288 015262
7289 015266

004737
005737

044302
002114

7291 015274

005737

002126

005737

002122

7290 015272

7292 015300

7293 015302

7294 015306
7295 015310
7296

7297 015314

001415
001412

001007
004737

016212

005337

002110

7302 015326

005037

002216

7304 015336

002351

7301

7303 015332

7305

100373

004737

18:

045014

eeRECURSIVEss

CLR
BAkK
1START OF BANX LOOP

1SET BANK TO ©

BEQ

iNO - GO TO BANK LCOP TERMINATION

CALL
ST

E XBANK
ACFLAG

1EXAMINE BANK
1CAN Wt ACCESS THIS BANK?

1s7

BMFLAG

1 IS THIS BAD MEMORY (WORST FIRST)

1ST

RRF LAG

BEQ

BNE
CALL

045004

004737

7298
7299 015320
7300 015324

BANXS WORST FIRST ,PATTERNS REVERSE

1900000000000 000000000000 0008000000000 0RLNRNNNNRRILNNLLLINIRIGLRLIIIIBRRRIIABESTS

2%:

as:

siNO

48
SETPAT

iSTART OF PATTERN LOOP

CALL

- GO TO BANX LOOP TERMINATION

sRELOCATION REQUIRED?

MTEST

tYES - GO TO BANK LOOP TERMINATION
1SET HIGH PATTERN FOR CORRECT MEMORY

1GO TEST CORRECT MEMORY

; TERMINATION OF PATTERN LOOP
DEC
PATTERN
1IS THIS THE LAST PATTERN?
BPL
24
;NO - LOOP ON THIS PATTERN

;sTERMINATION OF BANK LOOP

CLR

CALL

B8GE

CONTFLAG

INCBNK

;END COF LOOPS

sNEXT HIGHER BANK

s IF NOT DONE

- LOOP ON THIS BANK

7306 015340
7307 015344

005137
001003

002542

com
BNE

WORST
Ss

73509 015346

004737

015256

CALL

BAWPAR

sCALL SELF

7312 015360
7313 015362

001401
000207

RLFLAG

sHAVE WE BEEN RELOCATED?

RELOCATE

sMOVE & MAP PROGRAM

7308

7310 015352
7311 015354

;9eNOTEeses RECURSIVE CALL

000207
005737

002124

Ss:

7314 015364

004737

042530

63:

015374
015400
015404

004737
004737
000207

015256
043420

7315
7316
7317
7318
7319

015370

RE TURN
TST

BEQ
RETURN
CALL

1 IS THIS AN EVEN NUMBERED PASS?
sYES - SKIP

iNO - SKIP
1YES - RETURN

ON.ERROR THEN SRETURN
;oeNOTEees RECURSIVE CALL
CALL
BAWPAR
sCALL SELF
CALL
UNRELOCATE
sUNMOVE £ UNMAP PROGRAM
RETURN

CIMSDOO MS11 - L/TMM DIAGNOSTIC
MACRQ M1113
14 UAN-82
BANK
S WORST FIRST PATTERNS REVERSE
e sRECURSIVE
se
7322 015406

PAFBAF :

SUBTST

16:15

PAGE

£ 14

<«PATTERNS

198

SEQIENCE

FORWARD,BAN<S

¢sRECURSIVEee
>»

FORWARD

(0000080000800 0000800080RRBRRLNNNLNNNNLNLINNNNLLLINNNNNINIGINIGGOINGIINIINIERIAASY

s #SUBTEST

PATTERNS FORWARD .BAKS FORWARD

¢eRECURSIVE
s

F0000880800RRRRRRRRRNNNNRANNNLLENBRP00000000000000000000000000000000000bsbbIS

015408

0050387

002110

015412

005087

002100

015416
015422
015426
015430
015434
015436
015442
015444

004737
004737
001010

044302
044752

005737

001405
005737
001002
004737

CLR

PATTERN

1SET PATTERN T0 O

18:

CLR

BANK

1SET BANK TO ©

2%:

CALL
CALL
BNE

EXBANK
BANKOK
4%

$EXAMINE BANK
sCORRECT MEMORY FOR THIS BANK?
iNO - GO TO BANK LOOP TERMINATOR

002114

016212

4as:

015450
015454

002216

015460

005037
004737
002356

015462
015466

004737
001351

044770

015470

005137

002132

015474

001403

015476
013502
015504
015510
015512
015514
015520

004737

015406

005737
001401

002124

S8:

004737

042530

68:

004737
004737

015406
043420

015524
015530
015524

000207

s START OF BANK LOOP

TST

ACFLAG

TST

RRFLAG

CLR

CONTFLAG

BEQ

002122

045014

1START OF PATTERN LOOP

;CAN WE ACCESS THIS BANK?

tNO - GO TO BANK LOOP TERMINATION

sRELOCATION REQUIRED?

BNE
4
sYES - GO TO BAMK LOOP TERMINATION
CALL
MTEST
3GO TEST CORRECT MEMORY
; TERMINATION OF BANX LOOP

CALL
B8GE

INCBNK
24

INEXT HIGHER BANK
3 IF NOT DONE - LOOP ON THIS BANK

CALL

INCRPT

INEXT MIGHER PATTERN

com

TMFLAG

;COMPLEMENT TYPE OF MEMORY

BEQ

5¢

1YES - SKIP

CALL

PAFBAF

sCALL SELF

1ST

RLFLAG

sHAVE WE BEEN RELOCATED?

; TERMINATION OF PATTERN LOOP

BNE
18
;:END OF LOOPS

10K - LOOP; ELSE CONTINUE
;IS THIS AN EVEN NUMBER PASS?

14eNOTEss RECURSIVE CALL

RETURN

BEQ
RETURN
CALL

RELOCATE

ON.ERROR THEN SRETURN
;osNOTEse RECURSIVE

CALL

RE TURN

PAFBAF

UNRELOCATE

CALL

sNO - SKIP
1YES - RETURN
sMOVE & MAP PROGRAM

sCALL SELF
sUNMOVE £ UNMAP PROGRAM

F 14
CZMSDDO MS11 L/M DIAGNOSTIC

PATTERNS

FORWARD ,BANKS

FORWARD

7360 015536

MACRO M1113

14 UAN-82

*+RECURSIVEee

PAFBAW:

SUBTST

16:15

PAGE 200

SEQENCE

<«<PATTERNS FORWARD ,BANKS

WORST

FIRST

eeRECURSIVEse> -

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

;*SUBTEST

PATTERNS FORWARD ,BANKS WORST FIRST

«eRECURSIVEee

"........‘...‘............‘.“.....‘.“‘...‘..‘..‘.‘....“.....‘.‘000.‘.0....‘.

7361 015536
7362

005037

002110

7363 015542

005037

002100

1%:

7366 015552
7367 015556

004737
001013

004737

044302

28:

7’569 015564
7370 015566

005737

001410
005737

002114

7364
7365 015546

7368 015560
7371 015572
7372 015574

7373 015600

7374 015602
737

001405
005737
001002

044752

7376 015606

005037

002216

7379
7380 015620

004737

044770

7377 015612
7378 015616

7381 015624

7382

004737
002353

001346

045014

7383 015626

005137

7385 015632

001403

7387 015634

004737

015536

7389 015642
7390 015646
7391
7392 015650

005137
001003

002542

004737

015536

7384
7386

7388 015640

7393
7394
7395
7396
7397

000207

015654
015656
015662
015664
015666

000207
005737
001401
000207
004737

7400 015676

004737

7402 015706

000207

7398 015672

7399
7401

015702

004737

BANKOK
44

BEQ
ST

4%
BMFLAG

BNE

ACFLAG

44
RRFLAG

S8:

68:

042530

7%:

iSET PATTERN TC O
1SET BANK

TO O

JEXAMINE BANK

1CORRECT MEMORY FOR THIS BANK?
iNO - GO TO BANK LOOP TERMINATOR

;CAN WE ACCESS THIS BANK?
siNO
;IS

- GO TO BANK LOOP TERMINATION
THIS BAD MEMORY (WORST FIRST)

iNO - GO TO BANK LOOP TERMINATION
sRELOCATION REQUIRED?
;YES

TO BANK LOOP

CALL
MTEST
1GO TEST CORRECT MEMORY
; TERMINATION OF BANK LOOP

TERMINATION

CLR

CONTFLAG

BNE

;0K

com

TMFLAG

;COMPLEMENT TYPE OF MEMORY

8€Q

s YES - SKIP

CALL

PAFBAW

CALL
8GE

INCBNK
iNEXT HIGHER BANK
29
sIF NOT DONE - LOOP ON THIS BANK
s TERMINATION OF PATTERN LOOP
CALL
INCRPT
sNEXT MIGHER PATTERN

jeeNOTEese RECURSIVE CALL

002124

043420

CALL
BNE

sEND OF LOOPS

002132

015536

BANK

1START OF BANK LOOP
CALL
EXBANK

BEQ
TST

002122
016212

CLR

002126

004737

CLR
PATTERN
1START OF PATTERN LOOP

RE TURN

- LOOP; ELSE CONTINUE

1IS THIS AN EVEN NUMBER PASS?
sCALL SELF

com
WORST
14TH PASS?
BNE
64
sYES - SKIP
jeeNOTEess RECURSIVE CALL
CALL
PAFBAM
sCALL SELF
RETURN
ST
BEQ
RETURN
CALL

RLFLAG
7%
RELOCATE

ON.ERROR THEN SRETURN

16eNOTEse RECURSIVE CALL

CALL
CALL

RETURN

PAFBAW

UNRELOCATE

sHAVE WE BEEN RELOCATED?
iNO - SKIP
:YES - RETURN
sMOVE £ MAP PROGRAM

1CALL SELF
sUNMOVE

& UNMAP PROGRAM

174

MACRO M1113
CZMSDDO MS11 -L/M DIAGNOSTIC
14 UAN-82
seRECURSIVE
e
PATTERNS FORWARD,BANKS WORST FIRST

7405 015710

PARBAF: SUBTST

16:15

Gld

PAGE 202

<«PATTERNS

SEQENCE

REVERSE ,BANKS

ssRECURSIVE® s> »

FORWARD

(0080000000000 00000808000000000000000000000000000000800000000000000000808000ssasass

;1 *SUBTEST

PATTERNS REVERSE +BANKS FORWARD

ssRECURSIVEee

1000408080080 0080880008000 0000080000000 080080080000000000000 0008000008800 00b00stsals

015710

004737

045004

7408 015714

005037

002100

18:

7410 015720
7411 015724
7412 015730
7413 015732
7414 015736
7415 015740
7416 015744
7417 015746

004737
004737
001010
005737
001405
005737
001002
004737

044302
044752

2%:

7406

7407

7409

7418
7419 015752
7420 015756
7421 015762
7422

7423 015764
7424 015770
7425
7426 015772

7427

7428
7429
7430
7431
7432

002110

005137

002132

015776

001403

016000
016004
016006

004737

015710

005737
001401

002124

004737

042530

004737
004737
000207

015710
043420

7433 016012
7434 016014
7435 016016
7436 016022
7437
7438 016026
7439 016032
7440 016036

CLR

BANIK

1SET BANK TO O

CALL
BNE

BANKOK
a4

B8EQ

1START OF BANK LOOP
CALL
EXBANK

BNE
CALL

016212

005337
100351

iSET HIGHTEST PATTERNS

TST

002122

HIPAT

1START OF PATTERN LOOP

TST

002114

005037
004737
002356

CALL

as:

ACFLAG

RRFLAG

4%
MTEST

sEXAMINE BANK

sCORRECT MEMORY FOR THIS BANK?
iNO - GO TO BANK LOOP TERMINATOR
:+CAN WE ACCESS THIS BANK?

tNO - GO TO BANK LOOP TERMINATION

sRELOCATION REQUIRED?

sYES - GO TO BANK LOOP TERMINATION
31GO TEST CORRECT MEMORY

; TERMINATION OF BANK LOOP

CLR

CONTFLAG

CALL
BGE

INCBNK
2

sNEXT HIGHER BANK
1IF NOT DONE - LOOP ON THIS BANK

DEC

PATTERN

iNEXT LOWER PATTERN

; TERMINATION OF PATTERN LOOP

BPL

;END OF LOOPS

com

TMFLAG

;COMPLEMENT TYPE OF MEMORY

BEQ

sYES - SKIP

CALL

PARBAF

sCALL SELF

TST

RLFLAG

sMAVE WE BEEN RELOCATED?

RETURN
CALL

RELOCATE

s YES - RETURN
iMOVE € MAP PROGRAM

j2eNOTEse RECURSIVE CALL

S$:
64:

;OK - LOOP; ELSE CONTINUE

RETURN

BEQ

ON.ERROR THEN SRETURN

;¢eNOTEees RECURSIVE CALL

CALL
CALL

RETURN

PARBAF
UNRELOCATE

;IS THIS AN EVEN NUMBER PASS?

iNO - SKIP

sCALL SELF
tUNMOVE € UNMAP PROGRAM

H14
CZMSDDO MS11

PATTERNS
7443

LTM DIAGNOSTIC

REVERLE ,BANKS

FORWARD

016040

MACRO M1113

14 -UAN-82

soRECURSIVEee
PARBAW:

SUBTST

16:15

PAGE

«<<PATTERNS

204

P ENCE

REVERSE ,BANKS

WORST

FIRST

«eRECURSIVEss>

(1000000800000 000000800000800808000000R0PRNLRRLNLRLRLNLANNRRNINNIBAIRBIBIBRARRILIELS

;*SUBTESTY

PATTERNS REVERSE ,BANKS WORST FIRST

e¢RECURSIVE
s«

‘......O‘..‘.“‘...“..0..‘..0‘0..‘.‘0““‘.‘.‘....0.....‘..0O‘...‘00.‘.00.00000

016040

7445

7446 016044
7447

7448 016050
7449 016054
7450 016060

7451 016062
7452 016066

7453
7454
7455
7456
7457

7458

016070
016074
016076
016102
016104

7459 016110

7460 01611%
7461 016120
7462
7463 016122
7464 016126

7465

004737

005037

004737
004737
001013

005737
001410

002216

005337

002110

001403

7470 016136

7473 016150

7474

004737
000207
005137

001003

18:

2%:

43:

PATTERN LOOP

;START

BANK

CLR

CALL
CALL
BNE

BMFLAG
48
RRFLAG
44
MTEST

;IS THIS BAD MEMORY (WORST FIRST)
iNO - GO TO BANK LOOP TERMINATION
iRELOCATION REQUIRED?
1YES - GO TO BANK LOOP TERMINATION
1GO TEST CORRECT MEMORY

sNEXT HIGHER BANK
s+IF NOT DONE - LOOP ON THIS BANK
LOOP
iNEXT LOWER PATTERN

coM

TMFLAG

;COMPLEMENT TYPE OF MEMORY

BEQ

;YES

016040

CALL

PARBAW

sCALL SELF

002542

RETURN
com

BNE

WORST
68

;4TH PASS?
s YES - SKIP

PARBAW

sCALL

RLFLAG
7%

sHAVE WE BEEN RELOCATED?
iNO - SKIP
;YES - RETURN
sMOVE £ MAP PROGRAM

002132

Ss:

;2eNOTEss RECURSIVE CALL

7479 016166
7480 016170

000207
004737

042530

7%:

004737
004737

016040
043420

BEQ

RETURN
CALL

RELOCATE

ON.ERROR THEN SRETURN

;1#sNOTEse RECURSIVE CALL

CALL
CALL

;0K

- LOOP; ELSE CONTINUE

;IS THIS AN EVEN NUMBER PASS?

;joeNOTEee RECURSIVE CALL

68:

000207

1EXAMINE BANK
1CORRECT MEMORY FOR THIS BANK?
iNO - GO TO BANK LOOP TERMINATOR

002124

7485 016210

TO ©

;CAN WE ACCESS THIS BANK?
iNO - GO TO BANK LOOP TERMINATION

:END OF LOOPS

RETURN
1S7

7483 016200
7484 016204

1SET BANK

BPL

CALL

7482

ACFLAG
44

CALL
INCBNK
BGE
24
;s TERMINATION OF PATTERN
DEC
PATTERN

016040

7481 016174

EXBANK
BANKOK
4

LOOP

HIGHTEST PATTERN

; TERMINATION OF BANK LOOP

004737
000207
005737

001401

BANK

CLR CONTFLAG

7475 016152
7476 016156
7477 016160

7478 016164

iSET

TS7
BEQ
TST
BNE
CALL

016212

HIPAT

1START

TST
BEQ

002122

004737. 045014
002353
100346

CALL

002114

005037

7468 016134
7471 016142
7472 016144

044302
044752

002126

005137

7469

002100

005737
001405
005737
001002
004737

7466 016130

7467

045004

PARBAW
UNRELOCATE

RETURN

7444

SKIP

SELF

;CALL SELF
;UNMOVE £ UNMAP PROGRAM

CZMSDDO MS11

PATTERNS
7488

L/M DIAGNOSTIC

REVERSE ,BANKS

WORST

o16212

7491
7492
7493
7494
7495
496
7497

016226
016232
016236
016240
016240
016246

016254

7498 016260

7499 016260

7500 016260
7501 016264
7502 016266
7503 016272
7504 016276
7505 016304

14 UAN-82

««RECURSIVEee

MTEST:

16:15

SUBTST

PAGE 206

«<«SUBR

SETUP MEMORY

SEQENCE
TEST»>

(0000800000008 00000 8800000808000 0000000000000 0000000000000000000000000000BBBAALSL

7489 016212
7490 016220

MACRO M1113

FIRST

114

;#SUBTEST

SUBR

SETUP MEMORY TEST

1000 0000000000000000000000000000000000000000000000000000000000000000000000

005037
005737
001413

002260

016306

004737
000402
004737
005037

017520
017740

002106

HEADER
MUT
PASFLG

BEGIN

HOLDL.OOP

TST
BEQ

002116

004737

SET
SET
CLR

000000

s INITIALIZE HEADER MESSAGE TYPEOUT
s INDICATE THERE IS A MEMORY UNDER TEST

MKFLAG
MT1

+ECC?
iNO - SKIP

IF CONTFLAG IS TRUE
IF SKIPMK IS FALSE

CALL

END;

END

MT1:
MT2:

MKCONTROL

IF SKIPMK

HOLDLOOP

CALL
BR

MKTEST
MT2

QSE;WN

HEADER

CALL
CLR

THEN LEAVE HOLDLOOP

MJTEST
MUT

:YES - DO ECC TESTS
;100 PARITY TESTS
sNOW - NO MEMORY UNDER TEST

sALLOW HEADERS NORMA|

CZMSDDO MS11-L/M DIAGNOSTIC
SUBR

SETUP MEMORY

TEST

MACRO M1113

7508 016306

Jl4d
14

UAN-82

16:15

PAGE 208

MKCONTROL : SUBTST

<<SUBR

SEGIENCE

TEST

ECC CSR LOGIC DISPATCH>»

(0080000000088 00R0000ARRR0RRLLNNLLNNERLRNANLNLLLNNLLELNLLLNLLIIIGINIBIGINGEABABASDS

1 *SUBTEST

SUBR

TEST ECC CSR LOGIC DISPATCH

1000000808000 8000000800000000008000000000080000000000000000000000080080000080000800s

7509

s THE NEXT TWO MODUWES SOLVE THE PROBLEM OF
1HOW TO RUN THE CSR TESTS ON EACH ECC MEMORY
016306
016316
016326
016342

7516 016350
7517 016356
016362
7519 016366
016372
016376
016402
016404
016410
016412
016416
016422
016424
016430
016436
016442
016446
016452
016456
016462
016466
016470
016476
016504
016506
016514
016530
016532
016532
016536
016552
016560
016566
016574
016602
016606
016610
016616
016620
016626
016632
016634
016636
016642
016646
016654

012737
012737
005037
005037
005037
013700
016001
000301
042701
006301
010137
005737
001421
005237
012737
005237
005237
016001
072127
042701
050137
005003
116337
042737

060000

157776
002232
002234
002304
002102

IF SELONLY IS TRUE THEN SRETURN
IF INMECC IS TRUE THEN SRETURN
BANK ,RO,R1,R2
,R3

37%3xBadpngaaennas;

7510
7511
7512
7518
7514
7515

002226
002230

002626

177760

002500
002134

002234
120000

002304

002230

002232
002626

ASH

177775
160777
002500
002500
177741

002146
002146

104511
005037

002306

013737
062737

002222

002224
002224

013737
005737
001404
062737
000403
062737
004737

002364
002234

002366
002366

000002
017114

104424
005037

002074

005037

002260

002366

18:

MKLOOP:

BIC
BIS
CLR

MOVB

oF IRST , CSRFBANK

1SET FIRST TEST ADDRESS TO FIRST ADOR.

CSRLOOP

3 AND ZERO THE LOOP COUNTER
;GET THE BANK INDEX
sGET CSR NUMBER

OLAST , CSRLBANK
CSRINT
SPLTCSR

X , RO
BANKINDE

CONFIG(RO),R1

erC17,R1
R1

R1,CSRHOLD
INTFLAG
1

SPLTCSR

0120000, CSRLBANK

sSTIRE IN THE LOW BYTE
3IS THIS BANK INTERLEAVED?
$sBRANCH IF NOT INTERLEAVED

CSRLOOP
CSRINT
CONF IG(RO) ,R1

sWE MUST LOOP TWICE FOR AN INTERLEAVED BANK

:g.CMD

sSTORE IT IN CSRHOLD'S UPPER BYTE

e-3,R1
#+C17000,R1

sGET THE INTERLEAVE CSR NUMBER

CSRHOLD(R3
), CSRNO

#+C36,CSAND
BIC
sCLEAR ANY UNNECESSARY BITS
FOR R2 := 80 TO CSRINT
FOR CSRFIRST :« CSRFBANK TO CSRLBANK BY 04000
1MAP TEST SPACE TO BANK
MAP BANK
INVALIDATE
+ INVALIDATE BACKROUND PATTERN

BEGIN CSRSTWFF
CLR
SUCCESS
IF ACFLAG IS TRUE AND RRFLAG IS FALSE
MOV
CSRFIRST,CSRLAST

#4000, CSRLAST
ADD
FOR TESTADD := CSRFIRST TO CSRLAST By 24
TESTADD, TESTADD+2
MOV
TST
SPLTCSR
BEQ
040000, TESTADD «2
ADD
B8R
#2,TESTADD2
ADD
CALL
SBETEST
ON. NOERROR
CACHOFF
i TURN CACHE OFF
CLR
1 INDICATE PARITY
T0 @27
I := 00
FOR
SET
CLR

ACTION

<14
CZMSDDO MS11 L/M DIAGNOSTIC
MACRO M111%
SUBR
TEST ECC CSR LOGIC DISPATCH

7562 016660
7563 016664
7564 016666
7565 016672
7566 016700
7567 016704
7568 016706
7569 016722
7570 016724
7571 016732

14 UAN-82 16:15

LET RO

010637
162737
004737

002142
000002
017420

002142

017056
017062
017064
017072
017076
017112

SE GIENCE

PUSH

R3S

SUB

02,CTLKVEC

POP

MOV

SP,CTLKVEC

CALL CSRCASE

END

;0F FOR I

CACHON

104423

sSAVE LOOP COUNTER

sSAVE VECTOR IN CSR OF
;RESTORE LOOP COUNTER

;TURN CACHE ON

SET
SUCCESS
LEAVE CSRSTUFF
END ;0F ON.NOERROR
END ;OF FOR TESTADD
END ;OF IF
END CSRSTUFF
IF SUCCESS IS FALSE
TYPE
MSGA34
TYPOCS
BANK,<TYPES BANK NUMBER>,3

7572 016734
7573 016734
7574 016752

7575 016752
7576 016752
7577 016760
7578 016764
7579 016774
017000
7581 017000
017016
017022
017032
017040
017046
017050
017054

PAGE 208-1

TYPE

002234
000001

002226
002234

002304
016470
002234

MSGB 34

END ;OF IF SUCCESS
END; OF FOR CSRFIRST
INC
SPLTCSR
END; OF FOR R2

18:

ADD
MOV
INC
cP
BGT
JP
ECCINIT
SET

02, CSRFBANK
@1,SPLTCSR
R3
R3,CSRLOOP
18
MKLOOP
s TRAP ON DOUBLE BIT ERRORS (NORMAL)
CONTFLAG

POP

R3,R2,R1,R0O,BANK

CLR

RETURN

SPLTCSR

al?

CZMSDDO MS11 L/M DIAGNOSTIC
MACRO M1113
SUBR
TEST ECC CSR LOGIC DISPAT(CH
7597 017114

UAN-82

16:15

SBETEST:SUBTST

L14

PAGE 210

SEGUENCE

«<CHECK FOR SBE FREE LOCATIONS»>

§000000000000000000000000000000000000000000000000000000000080000000000000880800s

;*SUBTEST

CHECK FOR SBE FREE LOCATIONS

$000000000000000000000000000000000000000000000000008000006000000000000000080btnss

7598
7599

:IN ORDER TO DETERMINE IF A LOCATION IS SBE FREE I DO THIS
H

7600
7601

iWRITE ZEROS WITH ECC DISABLE
iREAD ZEROS BACK
1 IF NOT ZEROS THEN RETURN ERROR

7692

7603
7604

tWRITE ZEROS WITH ECC ENABLED BUT
;READ ZEROS BACK
:IF NOT ZEROS THEN RETURN ERROR

7605

7606

7607
7608
7609

s TEST THE LOCATION FROM THE PAR'S (WITH NO PROGRAM FETCHES)
:IF THERE WERE ANY SBE'S OR DBE'S THEN RETURN ERROR

7610

7611
7612
7613
7614
7615
7616

;COMPLIMENT ZEROS TO ONES WITH ECC DISABLE
;READ ONES BACK
:IF NOT ONES THEN RETURN ERROR
B

tWRITE 100, ,100000,00000 (CHECKBITS COMPLIMENT OF BEFORE)
i
_WITH ECC ENABLED BUT TRAPS DISABLED
;TEST THE LOCATION FROM THE PAR'S (WITH NO PROGRAM FETCHES)
:IF THERE WERE ANY SBE'S OR DBE'S THEN RETURN ERROR

7617

7618
7619
7620
7621

7622
7623
7624
7625
7626
7627
7628

7629
7630

1 IF ngr‘ THE ABOVE FORCES A RETURN ERROR THEN RETURN NO.ERROR
017114
017122
017126
017132
017140
017142
017144
017150
017152
017154
017156

7631
7632
7633
7634 017160
7635 017162

7636
7637
7638
7639
7640

TRAPS DISABLED

013701
013704

002364
002366

104424
104471

PUSH

MOV
MOV

TESTAREA

005711
001107
005714
001105

TST

(R1)

TST

(R4)

BNE
BNE

104503

ST
BNE
1ST
BNE

7641 017176
7642 017200
7643 017210

104510

TSTREAD

072027
042700

104471

sENTER TEST MODE

1 TURN CACHE OFF
:DISABLE ECC ON 1 SELECTED CSR

SBENT
SBENT

CLRICSR
CLEAR
(R1),(R4)

005711
001100
005714
001076

104512
013700

;PUSH RO,R1,R4 ONTO STACK

TESTADD.R1
TESTADD+2,R4

CACHOFF
ECC1DIS
CLEAR
(R1).(Ra)

017166
017170
017172
017174

7644 017216
7645 017220
7646 017224
7647 017230
7648 017234
7649 017242
7650 017242

RO,.R1,R4

002432

177774
177600

;CLEAR 1 SELECTED CSR

(R1)
SBENT
(R4)

SBENT
s TEST LOC (R1) & TST FOR SBE

IF #BIT15!BIT4 SET.IN CSR
SET SKPERR
ERRGEN
MOV
ERRADD,RO
ASH

(WITHOUT FETCHES)

;:DISABLE ERRGEN'S ERROR PRINTOUT

#-4,RO

BIC
etC177,RO
IF BANK EQ RO THEN GOTO SBENT

END; OF IF @BIT1S
ECC1DIS

;DISABLE ECC ON 1 SELECTED CSR

Mi4
CZMSDDO MS11-L/M DIAGNOSTIC
CHECK FOR SBE FREE LOCATIONS

7651 017244
7652 017246
7653 017250

005111
005114
023711

7655 017256

023714

7654 017254

;:gg 017262
7658 017264

001046

001043

002556

CcHP

ONES,(R4)

7663 017300

022714

100000

7666 017306

7667
7668
7669
7670
7671

017310
017320
017326
017330
017334

7672 017340
7673 017344

BNE

001032

104512
013700
072027

042700

7679 017360

7684 017400
7685 017402

7686 017404
7687 017406
7688 017414

7689

(Rl
o8IT15,(R4)
(R1)

cMP

eBIT15,(R4)

:CLEAR 1 SELECTED CSR

SBENT
SBENT

TSTREAD

s TEST LOC (R1) & TST FOR SBE (WITHOUT FETCHES)

IF eBIT15!BIT4 SET.IN CSR
SET SKPERR
ERRGEN
MOV
ERRADD,RO
ASH
0-4,R0O

002432
177774

177600

B8IC

sDISABLE ERRGEN’'S ERROR PRINTOUT

otC177.RO

IF BANK EQ RO THEN GOTO SBENT

END; OF IF #BIT1S
104417
104473
104423

KERNEL
ECCLINIT
CACHON

POP

;w 017366
7682 017372
7683 017374

CLR
MOV
ST

BNE

;:;; 017352
7676 017352
7677 017354
7678 017356

SBENT

BNE

104510

SE GUENCE

SBENT

CLR1CSR

100000

;z; 017304

PAGE 210-1

002556

104503

001035

16:15

(R1)
(R4)
ONES,(R1)

005011
012714
005711

017276

14 JUAN-82

com
comM
cMP

7659 017266
7660 017270
7661 017274

MACRO M1113

R4 ,R1,RO

$RETURN NOERROR

104503

104417
104473

104423

SBENT:

CLR1CSR

(R1).(R4)

CACHON
POP

R4,R1,RO

SRETURN ERROR

.DSABL

:+POP RO,R1 € R4 FROM STACK

:CLEAR

CLEAR

KERNEL
ECC1INIT

sENTER KERNEL MODE
s INITIALIZE 1 SELECTED CSR
: TURN CACHE ON

LSB

1 SELECTED CSR

;ENTER KERNEL MODE
:INITIALIZE 1 SELECTED CSR
: TURN CACHE ON
:POP RO,R1 € R4 FROM STACK

CZMSDDO MS11 L/M DIAGNOSTIC
CHECK FOR SBE FREE LOCATIONS
7692 017420

MACRC M1113

14-UAN-82

16:15

CSRCASE:SUBTST

PAGE

N14
212

SEQUENCE

<<CSR PATTERN CASE STATEMENT>>

1000000000000 0080000000000000000000000000000000000000000000800b000000b0sssb0aats

s #SUBTEST

CSR PATTERN CASE STATEMENT

F08008800800002000808888800880008800880
0808008008080 0008880 000000
RRRRRNERRIIIIIESS

7693 017420

7711
7712
7713
7714

7715

7716
7717
7718
7719
7720
7721
7722
7723

CASE RO

sWARNING IF YOU CHANGE THIS TABLE ALSO

017430
017432
017434
017436
017440
017442
017444
017446

017450
017452
017454
017456
017460
017462
017464
017466
017470
017472
017474
017476
017500
017502
017504
017506
017510
017516

021174
021272
023664
021326
021374
021470

021544
021622
021670
026416

026416

026416
026416
026416
026416
026416
026416
026416

026416
026416
026416
026416
026416
026416
000207

MKCSRT:

"$DDWO"

:PAT
TIME
MT0006
MT0010
MT0025
MT0011
MT0012
MTO013
MT0014
MTO0015
MT0016
MT0999
MT0999
MT0999
MT0999
MT0999
MT0999
MT0999
MT0999
MT0999
MT0999
MT0999

MT0999
MT0999

END ;0F CASE RO
RETURN

i<l
i<l
1<l
j<2
i<l

:CHANGE

Q0000000000000
Orrer =

7694
7695
7696
7697
7698
7699
7700
7701
7702
7703
7704
7705
7706
7707
7708
7709
7710

“$DDWS*”

SEC
SEC
SEC
SEC
SEC
SEC
SEC
SEC
SEC

SEC
SEC
SEC
SEC
SEC
SEC
SEC

SEC

SEC
SEC
SEC
SEC
SEC

SEC

(THE PATTERN BIT MAP)

DISCRIPTION

INITIAL DATA TEST
BYTE ADDRESSING TEST
INTERRUPT ENABLE TEST
CREATE SINGLE BIT ERROR TEST
WRITE BYTE CLEARS SBE TEST
CREATE DOUBLE BIT ERROR TEST
WRITE INMIBIT DURING DATIP WITH DBE
WRITE INMIBIT OF BYTE WITH DBE
WRITE INWIBIT OF WORD WITH DBE

NULL TEST
NULL
NULL
NULL
NULL
NULL
NULL

TEST
TEST
TEST
TEST
TEST
TEST

NULL TEST

NULL
NULL
NULL
NULL
NULL

TEST
TEST
TEST
TEST
TEST

NULL TEST

182
-

CIMSDOC TMMS11 LTM DIAGNDSTIC
CSR PATTERN CASE STATEMENT

MACRO M111%

TT2e 017520

UAN-82

MCTEST:

SUBTST

16:15

PAGE

««SUBk

)

214

ECC

A GHENCE

TEST DISPATCH»»

(000000000000 0000000000000000000000000000000008000000000000008
0000 REIRNROBRBRRGS

i *SUBTESY

SUBR

ECC TEST DISPATCH

§000000000000000000000000000000000000000800800000000000000000000nssRsRRRRBRIIRESS

7730 017520
7751 017536
7752 017540

7753 017542

012737

"737 017560

013700

758 017564

7739 017566

012737

006300

7740 017606

104511

7742 017610

010637

7744 017622

004770

7746 017644

104506

7748 017650

104472

7741 017610

7745 017614

7745 017626

7747 017646
7749 017652

7750 017652
;% 017656

oSWO SET.IN 8SWR OR ACTFLAG IS TRUE
ECCDIS
1DISABLE
ELSE

104502

7754 017544
7755 017544

TTS6 017552

104470

162737

005037
000207

CLRCSR

000002

002110

002074

002300

IF
02 .NOPAR

MOV

PATTERN,RO

ASL

INVAL IDATE

002142

017660

END ;0F

002142

+ INDICATE PARITY ACTION

02,PCBUW

IF MKPAT(RO) NE

000002

1CLEAR ALL CSR'S

END ;OF
MOV

MOV

OMTO034

IF MKPAT(RO)

1 TRAPS ADD 2 TO PC

1GET PATTERN NUMBER

(MAKE IT A WORD ADORESS

AND mPlY(OO)
NE oMT0999

s INVALIDATE BACKGROUND PATTERN ON

MOV

SP,CTLRVEC

sSAVE VECTOR IN CASE OF

CALL

SPAT(RO)

s INDEX OFF

SU8

02,CTLxVEC

#SWO SET.IN @SWR OR ACTFLAG

ENASBE

ELSE

ECCINIT

END

002074

;0F

CLR
RETURN

'«

TABLE

TRUE

1 TRAP ON DOUBLE BIT ERRORS (NORMAL
)
eSw0

NOPAR

1 INDICATE PARITY ACTION

JWARNING IF YOU CHANGE THIS TABLE ALSO

7755

iPAT

sCHANGE ~SDOWO“ - ~SDDWS“ (THE PATTERN BIT MAP)

7756 017660
7757 017660
7758 017662
7759 017664
7760 017666

026132
021736
021230
020204

7762 017672

020716

7761 017670

MXPAT:

MT0002

021040

+MTO000S

7768 017706
7769 017710

023420
025222

MT0024
MT00S51

7771 017714
7772 017716

Q25744
026132

7763 017674

017676
017700
017702
017704

7770 017712

7773

7774 017720

023050
021760
023322
023732

;

tROTATING ONES TEST

; 1
;<1
;10
;<1

MTO0999

026416
026416
026416

MT0999
MT0999
MT0999

026416
026416

+COMPLEMENT ADNRESS TEST

MTO0021
MT0020
MT0022
MT0026

026416

7780 017734
7781 01773

7777 017726
7778 017730
7779 017732

<1 SEC

;

MT00S2

026416
026416

DISCRIPTION

MTO004

025412

7775 017722
7776 017724

TIME

NOTE MTOOS4 MUST BE FIRST £ LAST
MTO0S4
;<1 SEC
1SOFT ERROR - BACKGROUND PATTERN TEST
MTO017
;<1 SEC
sHMOLDING 1°S € 0'S TEST
MT0007
;<1 SEC
+ADDRESS BIT TEST
MT0001
;<1 SEC
1ADDRESS TEST

020324

7764
7765
7766
7767

“BANS

i TRAP ON SINGLE BIT ERRORS

7758

7754

ERROR CORRECTION

MT0033
MTO0S4

1 SEC
1 SEC

SEC
SEC
SEC
SEC

;20 SEC
; 3 SEC

;<1 SEC

035 SEC
;<1 SEC

.noumc ZEROS TEST

sMARCHING 0°S € 1'S TESTY
sMARCHING 1°'S € 0°'S IN CHECx BITS
tREFRESH € SHMIFTING DIAGUNAL
TEST
1RANDOM DATA TEST

tFAST GALLOPING PATTERN TEST
1SO0B-A-LONG TEST
ul!'! RECOVERY

1NOTE HTOOSC MUST BE fIlST € LAST
;

O SEC

;
;
;

O SEC
O SEC
O SEC

TEST

Im GME TEST
1SOFT ERROR - BACKGROUND PATTERN TEST
iINMLL

TEST

ML
ML
sNULL

TEST
TEST
TEST

MTO0999
MTO0999

; O SEC
; O SEC

ML TEST
sNULL TEST

MT0999
MT0999

; O SEC
; O SEC

INLL
sNULL

TEST
TEST

CeRCVO Fadt ey BESERYRLC
C

/TM

MACRD

T84 017740

M1113

JAN-82

MJUTEST:

SUBTST

;

16:15

PAGE

«<SUBR

Cl%

216

PARITY

EQPANCE

TEST

DISPATCH>>

0000000000000 000R0000000R0RRNNNBLLRINLIIBLNNINRIVIBININIBBLANEINRNIONNIIRIAIBARESS

;*SUBTEST

SUBR

PARITY TEST DISPATCH

1000880000000 0008000 800080000

7788 017740

012737

7789 017746

012737

7791 017762
7792 017770

012737
013700

7790 017754

012737

000002

002074

MOV

02 ,NOPAR

060000

002364

MOV

oF IRST,TESTADD

000002

060002
002110

7798 017774

006300

795 020016
7796 020020
7797 020020

104511
010637

002142

7799 020032
7800 020036

004770
005037

020044
002074

7794

017776

7798 020024

;:85 020042

162737

000207

002300

MOV

002366

000002

7806

7818
7819
7820
7821

eMT0034

CALL
CLR

RE TURN

AND

1GET PATTERN NUMBER

sMAKE 1T A WORD ADDRESS

MUPAT(RO)

#MT0999

s INVALIDATE BACKGROUND PATTERN ON "BANYsSAVE VECTOR IN CASE OF

02,CTLKVEC

SMUPAT(RO)
NOPAR

;INDEX OFF TABLE
s INDICATE PARITY ACTION

sMARNING IF YOU CHANGE THIS TABLE ALSO
;CHANGE ~$DOWO” - “SDDWS" (THE PATTERN BIT MAP)

7807 020044

7808
7809
7810
7811
7812
7813
7814
7815
7816
7817

MJUPAT(RO)

SUB

7803
;:g

s TRAPS ADD 2 T0 PC

OF IRST+2,TESTADD
+2
PATTERN,RO

INVAL IDATE
END ;0F IF MJUPAT(RO)
MOV
SP,CTLKVEC

002142

sINDICATE PARITY ACTION

02 ,PCBUMP

MOV
MOV
ASL

RN RLNLINNRLNNLININNRLALIIIINRIINIA
AL RLARS

020044
020046
020050
020052
020054
020056
020060
020062
020064
020066
020070
020072
020074
020076

7822 020100
7823 020102
7824 020104
7825 020106
7826 020110

7827
7828 020112
7829 020114

7830 020116
7831 020120

7832 020122

026132
021174
021736
021230
020204
020324
020464
020716
021040
023050
026304
023322
023354
023732

MJUPAT:

1PAT

TIME

MT0034
MTO006
MTO017
MTO007
MTO001
MT0002.
MT0003
MTO004
MTO00S
MT0021
MTO03S
MT0022
MT0023
MT0026

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

MT0999
MT0999

;
;

DISCRIPTION

;NOTE MTOO34 MUST BE FIRST £ LAST

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

+SOFT ERROR - BACKGROUND PATTERN TEST
sINITIAL DATA TESTY
sHOLDING 1°‘S € 0'S TEST
;sADDRESS BIT TEST
s ADDRESS TEST
sCOMPLEMENT ADDRESS TEST
33 XOR 9 WORST CASE NOISE TEST
sROTATING ZEROS TEST
sROTATING ONES TEST
sMARCHING O0'S £ 1°'S TEST
tWORSE CASE NOISE PARITY TEST
sREFRESH TEST
sSHIFTING DIAGONAL
TEST
sRANDOM DATA TESY

026416
026416

;<1
;10
;10
;<1
MT0024
;20 SEC
;FAST GALLOPING PATTERN TEST
MT0031
; 3 SEC
1SOB-A-LONG TEST
MT0032
;<1 SEC
sMRITE RECOVERY TEST
MTO033
;35 SEC
1BRANCH GOBBLE TEST
MT0034
;<1 SEC
1SOFT ERROR - BACKGROUND PATTERN TEST
sNOTE MTO034 MUST BE FIRST £ LASY
MT0999
; O SEC
sNULL TEST
MT0999
; O SEC
iINULL TEST

026416

MT0999

023420
025222
025412
025744
026132

026416
026416

;

O SEC
O SEC

O SEC

sNULL
sNULL

sNULL

TEST
TEST

TEST

g ZMSDOO

ATTERNS

D15
MS1t

DIAGNOSTIC

MACRD M1113

7834
’835
7836

7887 020124

MT0000:

UAN-82

16:15

.SBTTL

PATTERNS

LSBTTL

MEMORY

SUBTST

PAGE

217

SEQUNCE

TEST SETUP ROUTINES

<<MT0000

SETUP DATA PATTERN

TEST»»

1080000000008 000000000800000000000800000080000000000000000080000000000008008808080

;1 *SUBTEST

MTO000

SETUP DATA PATIERN TEST

]0..O..‘.....0‘00....‘0‘0.0000000000.00...0.0.0.00000.00‘000..0.00000.0.000‘000.

7838 020124
7839 020130
7840 020134
7841 020140
’842 020144
7843 020152
7844 020154
7845 020162
7846 020166
7847 020170
7848 020176

7849
7850

005037
012700
012701
004737
022737
001406
012737
004737
000207

CLR

002262

036372
000001

003720

027036

002256

004737
000207

OF IRST ,RO
OSIZE ,R1

CALL

18:
MT0001:

REALPAT

MOV
MOV

$1SETUP PATTERN NUMBER FOR TYPEOUT £ DISPLAY

REGCOPY

BEQ
MOV
CALL

01,PROTYP

18
MMTPOOO, SUPDOADD
SUPDO3

sARE WE ON AN 11/447

B8MOV
'C'ENY.I‘..N

MTPOOO
SUPDO1L

;00 IT IN SUPERVISOR MODE

SUBTST

<«<MT0001

RE TURN

1BRANCH IF YES
sELSE DO PATTERN IN MAIN MEMORY

SETUP ADDRESS TEST»>>

1906008000000 0000000800000000000000000000000000000000800000000000000000800088000080

;1 ¢SUBTEST

MTO001

SETUP ADDRESS TEST

1080280020800 00000000800000000800000000000000008080000008000808080080000008080080008

7851
7852
7853
7854
7855
7856
7857

7868

7869

7870
7871
7872

012737
012700
012701
005737
001005

002262

023737

172252

172254

023737

177652

177654

001007
000404

001002
012701
005002
004737
022737
001406
012737
004737
000207

036372
000001

003720

027062

002256

004737
000207

01 ,.REALPAT

NOSUPER

MOV
CLR

#30000,R1
R2

MOV
MOV

2%:
3s:
44:

030000

MOV

BNE
cp
BNE
BR
cp
BNE

CALL
c
BEQ
MOV
CALL

RETURN

OF IRST,RO
0S1ZE,R1

iSETUP PATTERN NUMBER FOR TYPEOUT £ DISPLAY

28
SIPARS ,SIPARG
48
38
UIPARS ,UIPARG
44

REGCOPY
@1 ,PROTYP
it

MMTPOO1 , SUPDOADD
SUPDO3

18:

8Mov

&NfiLm

SUPDO1L

MT0002:

SUBTST

<<MTO002

MTPOOL

;IS THIS AN 117442
1BRANCH IF IT IS

sSET UP CALLING ADDRESS

100 IT IN SUPERVISOR MODE
SETUP COMPLEMENT ADDRESS TEST>>

10000000000000000000000000080060000000000000000000080000000000000000000800000000080

;oSUBTEST

7873
7874

7875

7876

7877
7878
7879
7880 020360

7881 020366

MT0002

SETUP TOMPLEMENT ADDRESS TEST

‘...00‘.....‘.0...‘.“‘.‘..‘..‘.‘..‘....‘.....‘.‘.‘....C.O..‘.....‘0..‘......0..

012737
012700
012701
012704
012705

0057587
001005
023737
001013

160000

002262

100001
002430
172252

MOV

MOV
MOV
MOV
MOV

OLAST+2,RO
0SIZE.R1
R4
OFIRST
#100001 ,RS

BNE

TST

172254

02 ,REALPAT

cwP

BNE

NOSUPER

SIPARS,SIPARG

1SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY

12T

CZMSDDO MS11-L/M DIAGNOSTIC
SETUP COMPLEMENT ADDRESS TEST

MACRO M1113

MT0002

7882 020370
7883 020372
7884 020400

020402
020406
020412
020416

020422

000404

023737

001006
012701
012700
012705
012702

010103

177652

177654

030000
140000
120001

3s:

000001

022737
001406
012737

000001

003720

027114
026644

002256

004737
000207

026466

004737
000207

28:

14 UAN-82 16:15
B8R
cMP
BNE
MOV
MOV
MOV
MOV

MOV
cHP
BEQ

16:

MOV
CALL
RE TURN
BMOV

CALL

RETURN

EES

PAGE 217-1

SEQENCE

21PARS.UIPM6
s

e1,R2

R1,R3
01,PROTYP
1t

OMTPO02, SUPDOADD
SUPDO3

MTPOO2

SUPDO1

:1S THIS AN 11/447

$BRANCH IF TRUE
$SET UP CALLING ADDRESS

CZMSDDO MS11-L/M DIAGNOSTIC
MACRO M1113
MT0002
SETUP COMPLEMENT ADDRESS TEST
7900 020464

14 JAN-82 16:15

MTO003:

SUBTST

F15

PAGE 219

<<MTO003

SEQGUENCE
SETUP 3 XOR 9 WORST CASE NOISE

187

TEST»>»

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

1 #SUBTEST

020464
020474
020502
020506

020512
020516
020522

020532
020536

MTO003

SETUP 3 XOR 9 WORST CASE NOISE TEST

.“..0.

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

012737
005037

004737
012701
012703
072327
012702
012705
022737
001415

104415

012737
004737
104416
012737
004737
000442

104415
004737

020704

012737
012737
012737
012737
104416
004737
022737

020712
020714

001275
000207

IF EUFLAG IS TRUE THEN SRETURN

003720

MOV
CLR
CALL
MOV
MOV
ASH
MOV
MOV
cHP

o3, REALPAT
PCBUMP
FLIPWARN
oF IRST,R1
020000 .R3
0-8.,R%
04 ,R2
064 . RS
o1,.PROTYP

027146
026644

002256

MOV

OMTPAOS
, SUPDOADD

027206
026660

002256

RESREG

MOV
CALL
BR

OMTPBO3, SUPDOADD
SUPDO4
as

SAVREG
CALL
BMOV
BMOV
BMOV

SUPDOL
MTPBO3
MTPCOS,.KDPARO.S.
MTPDOS.SDPARO.8.

000003
002300
036402
060000
020000
177770
000004
000100
000001

002262

18:

2s:

BEQ
SAVREG

CALL

3s:

026466

172360
172260
177644
001032

177642
172374
172276
172272

026502
000003

002560

BMOV

MOV
MOV
MOV
MOV
as:

RESREG
CALL

MTO004:

SUPDO3

1SETUP PATTERN NUMBER FOR TYPEOUT £ DISPLAY
s TRAPS DO NOT ADD TO PC
1SETUP WARNING CONSTANTS & R2
R1 <-- STARTING ADORESS
R3 <-- R3 / 256,
sSMALL LOOP SIZE
sMEDIUM LOOP SIZE
IS THIS AN 11/44?
sBRANCH IF

;00 IT IN MAIN MEMORY

MTPAOS

SXKDPARO , UIPAR1
#SDPARO
. KDPARG
SUIPAR2, SDPAR 7
#1032, SOPARS
SUPDO2

iSET UP PAR LINKS
1CHANGE INST TO BR .+66 (BR TO KDPAR1)

#3,FLIPLOC

;DONE WITH 4 PATTERNS

BNE

iNO - LOOP

SUBTST

<<MTO004

RETURN

020716

...000.

:0€0,177777)3C177777,0);:(401.177777);(177777.401)
12

SETUP ROTATING ZEROS TEST>>

3“..‘.““.“..‘.‘.“..‘...‘....‘.‘..“‘.‘............‘.‘....‘..0‘0.0.......‘..

7937 020716

020724
7939 020732
020736
7941 020742
7942 020746
7943 020752

7945

7946

7947

020760
020762
020770
020774
020776
021004

7948
7949
7950 021016

s oSUBTEST
MOV

MTO004 SETUP ROTATING ZEROS TEST
04 ,REALPAT
sSETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY

|‘....‘.....‘.“..‘..“‘....“.‘...‘.“...........“......“.‘..‘.‘......‘...‘..

012737
012737
013702
004737
012700
012701

002556
036532

002300

022737
001406
012737
004737
000207

000001

003720

027304

002256

012737

172360

MOV
MOV
CALL
MOV
MOV
cHP
8EQ
MOV

18:
177652

CALL
RE TURN
BMOV
BMOV

MOV

04 .PCBUMP
ONES ,R2
BACKGND
oF IRST,RO
#SIZE ,R1
e1,.PROTYP
18
OMTPAO4 , SUPDOADD
SUPDO4

MTPAOS
MTPBO4,KDPARO,S.

OKDPARO
, UTPARS

:TRAPS ADD 4 TO PC

JMRITE BACKGROUND OF ONES

IS THIS AN 11/44?
{BRANCH IF IT IS
1SET UP LINKS

MACRO M1113
CZMSDOO MS11-L/M DIAGNOSTIC
MT0004
SETUP ROTATING ZEROS TEST
7951

021024

7952 021032
7953 021036
7954 021040

012737
004737
000207

177654
026502

14 - UAN-82 16:15

172376

MT0005:

MOV
CALL
RETURN
SUBTST

GLS

PAGE 219-1

SEQUENCE

QUIPARG ,KDPAR7

SUPDO2
<<MT0005

SETUP ROTATING ONES TEST»>

FP08008000
0000080000008
80000
00000080000000
08080
00000000080000
00800
800800000000
8

;*SUBTEST

MTO0005

SETUP ROTATING ONES

(0080000000000 0000800R00000000

7955 021040
7956 021046

7957
7958
7959
7960

7961

7962

7963
7964
7965
7966
7967
7968
7969

7970
7971
7972
7973

021054
021056
021062
021066
021072
021100
21102
021110
021116
021122
021130
021132
021140
021152
021160
021166
021172

012737
012737
005002
004737
012700
012701

002262
002300

036532
040000
000001

003720

012737
012737
004737
012737
000207

027360
027374

002256
027356

027320

027356

012737
012737
004737
000207

172360
177654
026502

022737
001414

1%:

177652
172376

MOV
MOV
CLR
CALL
MOV
MOV
cHP
BEQ
MOV
MOV
CALL
MOV
RETURN
B8MOV
BMOV
MOV
MOV

CALL

RETURN

8RR

05 ,REALPAT

04 ,PCBUMP
R2

BACKGND
OF IRST,RO
0SIZE,R1
@1,.PROTYP
14
eMTPOOS,SUPDOADD

MMTPOOS+14 ,MTPBOA .16

SUPDO4

OMTPAO4 + 14 ,MTPBO4 « 16

MTPOOS
MTPB804 ,KDPARO,8.
OKDPARO , UIPARS

QUIPARG ,KDPAR7
SUPDO2

TEST

NNRINBL

LA RRRIRNRINNIGINININGLEOOGESS

1SETUP PRTY_RN NUMBER FOR TYPEOUT £ DISPLAY

1 TRAPS ADD 4

10 PC

tWRITE BACKGROUND OF ZEROS

11S THIS AN 11/44?
$BRANCH IF 1T IS
$SET UP LINKS
sRESET TEST'S ORIGINAL VALUE

1858

CZMSDDO

1 L/M DIAGNOSTIC

MTO00S 'S'E*LP POYA*IM} O'és TEST

MACRO M1113

7976 021174

14 UAN-82 16:15

MT0006:

SUBTST

H1S

PAGE 221

<<MT0006

SEQUENCE
SETUP

INITIAL

DATA

TEST>>»

1008808000088 08000000000080000000 000008000000 00000000008000000000000000s00bssbss

i *SUBTEST

7977 021174
7978 021202
7979 021210

7980 021214
7981 021222
7982 021226
7983 021230

012737
012737
012701

012737
004737
000207

000006
000004
002364

027414
026644

002262
002300

MTO006

SETUP INITIAL DATA TEST

1000800000000 0080000 080000000080 000000000000000000000080000000800000000000008

MOV
MOV
MOV

002256
MTO007:

MOV
CALL
RETURN
SUBTST

06 ,REALPAT
04 ,PCBUMP
OTESTADD,R1

:SETUP PATTERN NUMBER FOR
: TRAPS ADD 4 TO PC

oMTPOO6
, SUPDOADD
SUPDO3
<<MT0007

0800

TYPEQUT £ DISPLAY

;00 IT IN SUPERVISOR MODE
SETUP ADDRESS BIT

TEST>»

‘C.“..“.0....‘“...“..‘.0“‘..“0.......‘....0.....0.0.‘.‘..00‘..‘0.0000‘.‘.0

;1 #SUBTEST

MTO007

SETUP ADDRESS BIT TEST

1008080808000 00000000000000000 0008000000800 0000000008000000000008000000000b80000800s

7984 021230

7985 021236

7986 021240
7987 021244

7988 021250

012737

005002

004737
012701

012702

7989 021254

050201

7991 021264
7992 021270
7993 021272

004737
000207

7990 021256

012737

000007

002262

036532
060000

026644

07 ,REALPAT

CLR

CALL
MOV
MOV

000001

027614

MOV

BIS

002256

MOV

MTO010:

CALL
RETURN
SUBTST

sSETUP PATTERN NUMBER FOR TYPEOUT £ DISPLAY

BACKGND
OF IRST ,R1

1OF

ZEROS

01,R2

R2,.R1

OMTPOO7, SUPDOADD
SUPDO3

«<<MT0010

;100 IT

IN SUPERVISOR MODE

SETUP BYTE ADDRESSING TEST>>

1000880088000 000000000 000000080000 008000800000800800008080000000000800000088080800

1 sSUBTEST

MTO010

SETUP BYTE ADDRESSING TEST

1088088088008 0080000800000000000000000000880000080008000000000000000000008000800880s

7994 021272

7995 021300

7996 021306
7997 021312
7998 021320
7999 021324

012737

013704
012737
004737

000207

000010
000004

002364
027714
026644

002262

002300

002256

MOV

;SETUP PATTERN NUMBER FOR TYPEOUT £ DISPLAY

MOV

04 ,PCBUMP

sTRAPS ADD 4

MOV
MOV
CALL
RETURN

TESTADD,R4
#MTPO10, SUPDOADD
SUPDO3

;00 IT

TO PC

IN SUPERVISOR MODE

189

CZMSDDO MS11 L/M DIAGNOSTIC
SETUP BYTE ADDRESSING

MT0010

MACRO M1113

TEST

021326

14 -UAN-82 16:15

MTO011:

SUBTST

PAGE éZS

«<MTOQO11

SEQUENCE
SETUP CREATE

SINGLE BIT ERROR

TEST»>>

100 000000000000000000000000000000000000000000000000000000000000000000800000080

i *SUBTEST

3 §idgsee

021326
021342
021352
021352
021360
021366
021372
021374

MTOO011

080

SETUP CREATE SINGLE BIT ERROR TEST

100000000000000000000000000000000000000000000000000000000000000000000000000

IF ACTFLAG IS TRUE OR APTFLAG IS

012737
012737
004737
000297

000011
030022
026644

END;

002262
002256

MT0012:

SPASS NE 00 THEN SRETURN

IF ACTFLAG

MOV
MOV
EEA%!LRN

011 ,REALPAT
#MTPO11, SUPDOADD
SUPDO3

SUBTST

<«<MTOO12

008800

TRUE

sSETUP PATTERN NUMBER FOR TYPEOUT £ DISPLAY
100 IT IN SUPERVISOR MODE

SETUP WRITE BYTE CLEARS SBE

TEST»>>

100000000000000000000000000000000000000000000000000000000000000008000000000088000

;1 #SUBTEST

MT0012

SETUP WRITE BYTE CLEARS SBE TEST

10000000000000000000080000000000000000000000000000000000000000000000000000000000

021374
021410
021420
021420
021426
021432
021442
021446
021450

021454
021454

021462
021466

021470

012737
013700

000012

002102

IF ACTFLAG IS TRUE OR APTFLAG IS TRUE
IF SPASS NE 00 THEN SRETURN
END; OF IF ACTFLAG

MOV

002262

012705

030620

026644

BANKINDEX,RO

MOV
CALL

MTPO12, SUPDOADD
SUPDO3

SUBTST

<<MTOO13

$1SETUP PATTERN NUMBER FOR TYPEOUT £ DISPLAY

IF eBIT12 SET.IN CONFIG.2(RO)
MOV
#40000,RS
ELSE
MOV
#2.RS
END; OF IF #8IT12

012705

012737
004737
000207

012 ,REALPAT

MOV

002256
MTO013:

RETURN

1D0 IT IN SUPERVISOR MODE
SETUP CREATE DOUBLE BIT ERROR TEST»>>

10000000000000000000000000000000000000000000000000000000000000800000000000800000

1 #SUBTEST

MTO013

SETUP CREATE DOUBLE BIT ERROR TEST

100000000000000000000000000000000000000000000000000000000000000000080000000000000

021470
021504
021514
021514
021522
021530
021536
021542
8033 021544

012737
012737
012737

004737
000207

000013
031206
000003

IF ACTFLAG IS TRUE OR APTFLAG IS TRUE
IF SPASS NE 00 THEN SRETURN
%a OF IF ACTFLAG

002262
002256
002074
MTO014:

@13 ,REALPAT

MOV
MOV
&Nil‘..‘

OMTPO13, SUPDOADD
03, NOPAR
SUPDO3

SUBTST

<<MTOO14

;SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY

: INDICATE PARITY ACRION
100 IT IN SUPERVISOR MODE
SETUP WRITE

INMIBIT DURING DATIP WITHM DBE>>

§0608000000008000000080000048000800000000000000000000080050000000800000800000800800

1 #SUBTEST

8034 021544
8035 021560

8036
8037
8038
8039

021570
021570
021600
021606

8040 021614
8041 021620

MT0014

SETUP WRITE INMIBIT DURING DATIP WITH DBE

10000000000000000000000080000008088000000800000000000040000000000000008000080000

012737
012737
004737
000207

000014
031722
026644

002262
002256

IF ACTFLAG IS TRUE OR APTFLAG IS TRUE
IF SPASS NE 90 THEN SRETURN
END; OF IF ACTFLAG
IF KFLAG IS FALSE THEN SRETURN

MOV
MOV
ICIE‘#lLflN

014 ,REALPAT
MTPO14
, SUPDOADD
SUPDO3

1SETUP PATTERN NUMBER FOR TYPEOQUT & DISPLAY
;D0 IT IN SUPERVISOR MODE

190

CZMSDDO MS11-L/M DIAGNOSTIC

M10014

SETUP WRITE

INMIBIT

MACRC M1113

14 -UAN-82

DURING DATIP WITH DBE

R044 oc1622

MTOO15:

SUBTST

16:15

PAGE

<<MTO015

225

SEQUENCE

SETUP WRITE

INMIBIT OF BYTE WITH DBE>>

10000000000000000000000000000000000000000000000000000000000000000000000000000860

i #SUBTEST

ocleege

021636
021646

021646

021654
021662
021666

021670

MTO015

SETUP WRITE INMIBIT OF BYTE WITH DBE

100000000000000000000000000000000000000000000000000000000000006000000000000080048

012737
012737
004737
000207

000015
032504
026644

IF ACTFLAG IS TRUE OR APTFLAG IS TRUE
IF $PASS NE 00 THEN SRETURN
END ;0OF IF ACTFLAG

002262

002256
MT0016:

MOV
MOV
SE&T:.RN

SUBTST

<<MTOO16

iSETUP PATTERN NUMBER FOR TYPEOUT £ DISPLAY
s00 IT IN SUPERVISOR MODE

SETUP WRITE

INMIBIT OF WORD WITH DBE>>

100000000000000000000000000000000000000000000000060000000000000000000000000s000s

; oSUBTEST

MT0016

SETUP WRITE INMIBIT OF WORD WITH DBE

1000000000000000000000000400000000000000000000000000000000000000000000000000000s

021670
021704
021714

021714
021722
021730
021734
021736

012737
012737
004737
000207

000016
033250

IF ACTFLAG IS TRUE OR APTFLAG IS TRUE
IF $PASS NE 00 THEN SRETURN
END ;0F IF ACTFLAG

002262
002256
MTO017:

MOV
MOV
Seflilm

016 ,REALPAT
oMTPO16, SUPDOADD
SUPDO3

SUBTST

<<MTOOL17

1SETUP PATTERN NUMBER FOR TYPEOUT £ DISPLAY
100 IT IN SUPERVISOR MODE

SETUP HOLDING 1‘S & 0°'S»>>

10000000000000000000000000000000000000000000000000000000000000000086000000080800800

1 #SUBTEST

MTO017

SETUP HOLDING 1'S £ 0'S

314

10000000000000000000000000000000000000000000000000000000000000080000000008000s8000

021736

021744
021752
021756

012737
012737
004737
000207

000017
034032

002262
002256

MOV
MOV
‘C'EflflL’"

017 ,REALPAT
OMTPO17, SUPDOADD
SUPDO3

$1SETUP PATTERN NUMBER FOR TYPEOUT £ DISPLAY
;00 IT IN SUPERVISOR MODE

191

I<1°¢
i

CZMSDDO MS11 L /M DIAGNOSTIC
MACRO M1113
MTOO17
SETUP HOLDING 1°S £ 05

8067 021760

14 -UAN-82

MT0020:

SUBTST

16:15

)

PAGE 227

<«<MT0020

SEGUENCE

SETUP MARCHING 0°S &

1'S

IN CHECKBITS

TEST>»

0800023800008 800000000888000N88000008080000000080000000000000000000000000800080800s

; #SUBTEST

8068 021760
8069 021774

8070 022004
8071 022004
8072 022012

8073 022020
8074 022022
8075 022024

8076 022030
8077 022034
8078 022042
8079 022042
8080 022050

8081
8082
8083
8084
8085
8086
8087
8088
8089
8090
8091
8092

022060
022066
022072
022074
022074
022074
022102
022112
022120
022124
022126
022126

8093 022126

8094 022134
8095 022140
8096 022140

8097 022144
8098 022146

8099 022152
8100 022154
8101 022156
8102 022164
8103 022170
8104 022174
8105 022200
8106 022202
8107 022204
8108 022204
8109 022210
8110 022216
8111 022222
8112 022226
8113 022230
8114 022232
8115 022236
8116 022240
8117 022242
8118 022242
8119 022244
8120 022250

MT0020

SETUP MARCHING 0'S &€

IN CHECKBITS TEST

0000888800000 080008R00RRARLLLRLLRLLL000000000000000000080000000080000080000000

012737
012737

000020
000003

013702

060000
002102

005001
005004
012700

ACTFLAG IS TRUE OR ACTFLAG IS
IF SPASS NE 00 THEN SRETURN

END
MOV
MOV

002262
002074

CLR
CLR
MOV

MTLO20:

;0F IF ACTFLAG
020, ,REALPAT
03 ,NOPAR

MOV
BANKINDEX ,R2
IF INTFLAG IS FALSE

140000
140002

002364

012737
012705

140000
140000

002364

012737

160000

002364

010537

002366

MOV
END
MOV

002314

ELSE
TST

005737
001401
000207
012737
012705
010537
005237
005201
005204

160002

120000

160000

002366
002234

016203

002626

060437
060437
060400
060405
072327

002364
002366
177775

006303
000303
042703
010337

177741
002146

002364

;SETUP PATTERN NUMBER FOR TYPEOUT £ DISPLAY
s INDICATE PARITY ACTION
sCLEAR LOOP COUNTER
:CLEAR INTERLEAVE ODD/EVEN FLAG

1SET BANK

INDE
X

BEGIN MTBO20
IF NO22BIT IS TRUE
IF BANK EQ @7

012737
012705

012705

R1
R4
OF IRST,RO

TRUE

MOV
€140000, TESTADD ;SET UP 12K NON-INTERLEAVED VIRT ADDR
MOV
€140002,RS
LEAVE
MTB020
END; OF IF BANK
END; OF IF NO22BIT
IF NO228IT IS FALSE
IF BANK EQ 0177
MOV
9140000, TESTADD
MOV
#140000,R5
LEAVE
MTB020
END; OF IF BANK
END; OF IF NO22BIT

MOV

1%:

OLAST.2,TESTADD

OLAST+4,.RS
MTBO20
RS,TESTADD.2

SKIPMK
BEQ
1¢
RETURN
MOV
9120000, TESTADD
MOV
OLAST.2,RS
MOV
RS,TESTADD:2
INC
SPLTCSR
INC
Rl
INC
R4
END; OF IF INTFLAG
MOV
CONFIG(R2),R3
IF R4 EQ @2
ADD
R4,TESTADD
ADD
R4,TESTADD+2
ADD
R4,RO
ADD
R4,RS
ASH
@-3,R3
ELSE
ASL
R3
END; IF R4
SWAB
R3
8IC
orC36,R3
MOV
R3,CSRNO

1SET UP NON-INTERLEAVED VIRT.

ADOR.

:IS THIS BANK IN SKIP RANGE?
:BANK IS OUT OF RANGE - DO TEST
sLEAVE TEST-BANK'S ALREADY TESTED
$SET UP 1ST INTERLEAVED VIRT. ADDR.

1SET UP END OF BANK FLAG

1SET UP 2ND INT'L. VIRT. ADDR.
iFLAG THE MAPPING ROUTINE FOR INTERLEAVING
1SET LOOP COUNTER FOR INTERLEAVING
:SET ODD/EVEN FLAG

1SET UP CSR NUMBER
1IF THE SECOND TIME AROUND
s TEST

THE Al ASSERTED ADDRESSES

s1MOVE INTERLEAVED CSR NUMBER
;MOVE CSR NUMBER

:MOVE R3 INTO CSR NUMBER

190

CZMSDDO MS11 L /M DIAGNOSTIC
MT0020
SETUP MARCHING O°S &
8121 022254
8122 022264

8123 022266
8124 022270
8125 022272
8126 022272
8127 022276
8128 022302
8129 022304
8130 022306
8131 022312
8132 022340
8133 022346
8134 022352
8135 022356
8136 022356
8137
8138
8139
8140
8141
8142
8143
8144
8145
8146
8147

1°S

MACRO M1113
14 UAN-82 16:15
IN CHECKBITS TESY

ELSE

104472

ECCINIT
END; OF IF oSwWwo

PUSH

R2,.R4

FOR MTV020

004737

036532

162737
162705

020000

010537

002366

004737
005237

022432
002234

022704
001605
005037
000207

PAGE 227-1

IF O0SWO SET.IN @SuWR
ENASBE

104506

005001
005037

L15S

PUSH
CLR

R1
R2

SEQUENCE

:TRAP ON SINGLE BIT

ERRORS

: TRAP ON UNCORRECTABLE ERRORS

TO R1

sPATTERN TO WRITE

INTO BANK

CALL
BACKGND
iSET UP ZEROS IN BANK
IF NO22BIT IS TRUE AND MTV020 EQ @1 AND BANK EQ 03
SUB €20000, TESTADD
sSET UP 12K INTERLEAVED BANK
SUB €20000,R5
MOV RS,TESTADD.2
END; OF IF NO22BIT
CALL
MT020Z
:START TEST
INC
SPLTCSR
sUPDATE INTERLEAVED MAPPING FLAG
POP
Rl
END; OF FOR MTVO20

002364

POP

R4 ,R2

CLR

SPLTCSR

CLR

002234

cHP
BEQ

000001

002074
MTV020:

CLR
RETURN

01,R4
MTLO20
NOPAR

sRESET LOOP FLAG
;RESET INTERLEAVED MAP FLAG
;+ODD/EVEN FLAG SET?
:BRANCH IF TRUE
;sINDICATE PARITY ACTION
;iVARIABLE FOR PAT 20

1972

16:15
!EgY
5703387 SPhie" nanliTRE
3" & € 1'SIN§ 8" &AIYS 14-JAN-82
MACRO

8178
8179
8180
8181

8182
8183
8184
8185
8186
8187
8188
8189
8190
8191
8192
8193
8194

8195
8196
8197
8198

022634
022636
022642
022646

022654
022656
022664
022672
022676
022700
022706
022714
022720
022726
022730
022736
022744

022750
022752
022760
022766

8199 022772
8200 023000
8201 023002
8202
8203
8204
8205

023010
023016
023022
023024

012702

013701
013704

012703

022737
001411
012737
012737
004737
000410

003720
002256
002266

012737
004737

002266

022737
001411
012737
012737
004737
000410
012737
004737
005737
001405
162701
162704
000404
012701
012704
022737
001411
012737
012737
004737
000410
012737
004737

022737
001411
012737
012737
004737
000410
012737
004737

022737
001411
012737
012737
004737
000410

MT0202:

000004

002364
002366
100000

003720

1%:

28:

CALL

MT020Y
MTP820

78:

8s:

002266

000001

003720

034220
034234

002266

177654

002266

000001

003720

034250
034260
026660

002266

18:

tARE WE INTERLEAVED?
$BRANCH IF NOT INTERLEAVED
sRESET FIRST WORD TO BEGINNING OF BANK
tRESET SECOND WORD TO BEGINNING OF BANK

#40000,R1
040000

ity

OFIRST ,R1

:}.MTYP

MTPC20, SUPDOADD
MTPC20+10,PARTHERE

SUPDO3

sRESET FIRST WORD TO BEGINNING OF BANK
sRESET SECOND WORD TO BEGINNING OF BANK
1IS THIS AN 11/44?
sBRANCH IF IT IS
:VECTOR FOR TRAPS

MTPC20
SUIPARS ,PARTHERE

sVECTOR FOR TRAPS
1IS THIS AN 11/44?
$BRANCH IF IT IS
1VECTOR FOR TRAPS

MTPD20

QUIPARG ,PARTHERE
SUPDO2
gl PROTYP

$
OMTPE20, SUPDOADD
OMTPE20+10,PARTHERE

SUPDO4

Ss:

sVECTOR FOR TRAPS

%’:TFLM

OMTPD20, SUPDOADD
OMTPD20+14
, PARTHERE

4%:

:IS THIS AN 11/447?
;BRANCH IF IT IS

:VECTOR FOR TRAPS

2%:

3s:

SEGUENCE

QUIPARS ,PARTHERE

SUPDO2

MT020Y:

002266

01 ,PROTYP

SUPDO4

002266

177650

SUPDO1

oMTPB20, SUPDOADD
OMTPB20+10,PARTHERE
4%

034170
034200

228

002256
002266

003720

PAGE

04 ,R2
MOV
1SET UP WORD INCR/DECR AMOUNT
TESTADD.R1
MOV
TESTADD.2,R4
MOV
MOV
oBIT15,R3
IF oSWll SET.IN 8SWR OR QVFLAG IS TRUE
MTO20Y
GOTO
END ;OF IF oSwil
01,PROTYP
cHP
+1S THIS AN 11/44?
;BRANCH IF IT IS
BEQ
13
OMTPA20, SUPDOADD
MOV
OMTPA20+14 ,PARTHERE
MOV
sVECTOR FOR TRAPS
CALL
SUPDO3
BR
24
MTPA20
BMOV
MOV
QUIPARG ,PARTHERE
sVECTOR FOR TRAPS

8333 B333%55

8149 022432
8150 022436
8151 022442
8152 022445
8153 022452
8154 022470
8155 022472
8156 022472
8157 022500
8158 022502
8159 022510
8160 022516
8161 022522
8162 022524
8163 022532
8164 022540
8165 022544
8166 022552
8167 022554
8168 022562
8169 022570
8170 022574
8171 022576
8172 022604
8173 022612
8174 022616
8175 022622
8176 022624
8177 022630

M1113

M15

64
MTPE20

;VECTOR FOR TRAPS
1IS THIS AN 11/447
1BRANCH IF IT IS
1VECTOR FOR TRAPS

194

CZMSDDO MS11-L/M DIAGNOSTIC

MT0020

SETUF

8206 023032
8207 023040

8208 023044
8209 023046

MARCHING 0'S €

012737
004737
104503
000207

1°'S

177650
026502

MACRO M1113

IN CHECKBITS

002266
68:

14-UAN-82 16:15
TEST

MOV
CALL

CLR1CSR
RETURN

N15S

PAGE 228-1

QUIPAR4 ,PARTHERE
SUPDO2

SEQUENCE

sVECTOR FOR TRAPS
;:CLEAR

SELECTED CSR

195

MACRO M11.*
14 UAN-82
IN CHECKBITS TESY

MT0021:

SUBTSY

16:15

E31¢

PAGE 2%0

«<MT0021

SE G JENCE
SETUP MARCHMING 0'S €&

1°S

TEST
>

Q0000000000000 0080000800000RRRRLINLNNLLNNNNINNNINNIINENNININNIINAROIINOINNLOOIRSY

1 oSUBTEST

MTO021

SETUP MARCHING 0'S

GO0

022737

001441

000021
002574
036532

022737

001003
012701
010105
012737
004737
012737
004737
010401
012737
004737
012737
004737

022737

001003
012701
010105

CALL

021 ,REALPAT

BAKPAT R2

BACKGND

034274

002256

034324

002256

034360

002256

MOV

MTPC21
, SUPDOADD

034414

002256

000177

002100

MOV
CALL
BR
cw
BNE
MOV
MOV

MTPD21
, SUPDOADD
SUPDO4
24
0177 .BANK
as
9140000,
R1
R1,RS

160000

000001

003720
003720

000007

002100

140000
33

CALL

1%:

140000
44:

004737
004737

MOV

MOV
SWAB
MOV
MOV
MOV
e
8EQ
o
BEG
o
BNE
MOV
MOV
MOV
CALL
MoV

022737

001407

SET NOSCOPE

MOV

002262

026502

010401
004737

026502

004737
005037
000207

026502

002412

2%:

SUPDO4

MTPA2L
SUPDOI

BMOV
CALL

MTPB21
SUPDO2

MOV

Re R}

8MOV
CALL
CLR

MIPD21
SUPDO2
NOSCOPE

BMOV
CALL

1°'S

TEST

1SETUP PATTERN NUMBER FOR

R2,R3
RS
OLAST.2,R1
R1,RS
o IRST R4
01,PROTYP
11S THIS AN 117447
18
tBRANCH IF IT IS
#3,PROTYP
1IS THIS AN 11/24?
33
1BRANCH IF SO
07 ,BANK
38
9140000,
R}
R1,RS
MTPA21 , SUPDOADD
SUPDO3
MTPB21 , SUPDOADD

BMOV
CALL

3
2

012737
013702
004737
010203
000303
012704
010105
012704

00088000008°0000000000000000000808000080s

MTPC21
SUPDO2

TrPEQUT

& DISPLATY

5‘0021 SEHe" MARCHTNG 0 5 € 175
IAGNOSTIC

HASR? M1113
TES

8259 023822

14 UAN-82

MT0022:

SUBTST

16:15

PAGE

Clo
231

«<MT0022

SE GUENCE
SETUP REFRESH &

SHIFTING DIAGONAL

TEST»»

§000000000000000000000000000000000000000000000000000000000000000800000000s0000000

1 *SUBTEST

8260
8261
8262
8263
8264
8265
8266
8267

023322
023326
023332
023340
023346
023352

004737

026432

012737
012737
004737
000207

000022
034444
026644

MT0022

SETUP REFRESH & SHIFTING DIAGONAL TEST

10000000000000000000000000000000000000000000000000000000000000000000000080080000s

CALL

KAMITEST

sCHECK FOR WKAMIKAZE MODE

MOV
MOV
CALL

022 ,REALPAT
oMTPO22
, SUPDOADD
SUPDC3

sSETUP PATTERN NUMBER FOR TYPEQUT £ DISPLAY

SUBTST

«<<MTQO23

ON.ERROR THEN SRETURN

002262
002256

RE TURN

023354

MTO023:

tIF NOT

IN KAMIKAZE MODE RE TURN

100 IT IN SUPERVISOR MODE
SHIFTING DIAGONAL

TEST»>>

10000000000000000000000000000000000000000000000000000000000000000000000000000800s

1 *SUBTEST

MTO0023

SHIFTING DIAGONAL TEST

100000000000000000000000000000000000000000000000000008000000000000080000000000s0s

8268
8269
8270
8271
8272
8273
8274
8275

023354
023360
023364
023372

004737

026432

012737
012737

000023
034444

004737
005037
000207

002262

002256

CALL

KAMITEST

;CHECK FOR KAMIKAZE MODE

MOV
MOV
SET
CALL

023 ,REALPAT
MMTPO22, SUPDOADD
DIAGFLAG
SUPDO3

sSETUP PATTERN NUMBER FOR TYPEQUT £ DISPLAY

ON.ERROR THEN SRETURN

CLR

RE TURN

DIAGFLAG

1IF NOT IN KAMIKAZE MODE RETURN

s IDENTIFY DIAGONAL TEST TO MTPO22
;00 IT IN SUPERVISOR MODE

CZMSDDO MS11-L/M DIAGNOSTIC
MTO023
SHIFTING DIAGONAL TEST

MACRD M1113%

8277 023420

14 UAN-82

MT0024:

16:15

SUBTST

D16

PAGE 232

<«<MT0024

SEQENCE
SETUP FAST

GALLOPING PATTERN

TEST>»

;0.....00‘0‘0....0....‘....O..‘O..‘....O....O..O..O.‘.‘.‘.o.o0000000.00000000000

;1 *SUBTEST

8278
8279
8280
8281
8282
8283
8284
8285
8286

023420
023424
023430
023436
023444
023450
023454
023456
023460

004737

012737
013702
004737
010203
010304
012701
012705

022737

001417
022737
001406
022737
001002
012705
104415

CC’A‘LIE.

026432

.ERROR

000024
002574
036532

MOV

CALL
MOV

MOV

SWAB

157776

003720
003720

002100

137776

012737

035160

002256

022737
001002
012705
104415

000177

002530

012737
012737
012737
012737
004737

137776

172260
172260
172360
177660

18:
as:

002256
177676

172272
172374

SETUP FAST GALLOPING PATTERN TEST

2s:

MOV
MOV
cHP
BEQ
cHP
8EQ
cHP
BNE
MOV
SAVREG
MOV
BR
=, 4
BNE
MOV

SAVREG

8MOV

BMOV
MOV
MOV
MOV
MOV
CALL

Km:‘iflnm

ng;iggyrm KAMIKAZE TMMODE

IN KAMIKAZE MODE RE TURN

024,

BAKPAT ,R2

BACKGND
R2,R3

SETUP

PATTERN NUMBER F

il
T

R3,R4

OF IRST,R1
OLAST,RS
01,.PROTYP
14
@3,.PROTYP
33
07 ,BANK
38
2137776.RS
MTPB24
, SUPDOADD
24
0177 .LASTBANK
as
0137776.RS

MTPA24

Wg&:
#SDPARO , SUPDOADD
@SDPARO , UDPAR 7
OKDPARO
. SOPARS
SUDPARO
. KDPARS

{SET UP PAR LINKS

SUPDO4

;D0 IT AGAIN FOR COMPLEMENT DATA
RESREG
SWAB
R2
SWAB
RS
CALL
SUPDOA4

104416
000303
004737
005037
000207

MTO024

'.00..000..0.0000‘...‘00.000‘0..“..0‘0‘.0.0‘0.‘.00‘....000000...000000000.00.00

CLR

002412

RETURN
MT0025: SUBTST

NOSCOPE

«<MT0025S

SETUP INTERRUPT ENABLE TEST>>

30‘.“.‘..‘.‘..“‘.‘.‘.....““‘.“O....“........“‘......‘......‘...‘..‘.‘.C.O

1 oSUBTEST
8320
8321
8322
8323
8324
8325
8326

MT002S SETUP INTERRUPT ENABLE TEST

1088808808808 0800000000008008008000000000000000000000000000000000000000000000000

023664
023700
023710
023710
023716
023724
023730

012737
012737
004737
000207

035212
026644

002262
002256

IF ACTFLAG IS TRUE OR APTFLAG IS TRUE
IF SPASS NE 80 THEN SRETURN
END ,0F IF ACTFLAG

MOV

MOV
CALL

RETURN

025 ,REALPAT

MTPO25
, SUPDOADD
SUPDO3

;SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY
;00 IT IN SUPERVISOR MODE

CIMSDDO MS11-L/M DIAGNOSTIC
MT0025
SETUP INTERRUPT ENABLE

MACRO M1113
TEST

8329 023732

14 UAN-82 16:15

MT0026:

SUBTST

El6

PAGE 234

SETUP RANDOM DATA

«<«<MT70026

ENCE

TEST»>»

F0000000088NBRRNLRABBLRBLLLL0000080000000080000000000000000000000000s000b08s0ss

1*SUBTEST

023732
023740
023744
023750
023754
023756
023760
023764

023770
023776

024000
024006

024010
8343 024016
8344
8345
8346
8347 024034
8348
8349

8350
8351
8352
8353

8354
8355
8356
8357
8358
8359
8360
8361

8362
8363
3364

8365
8366
8367
8368
8369
8370
8371
8372
8373

012737

002262

005037
013703
013702
010305
010204
012701
012700
022737
001437
022737
001406
022737
001002
012700

MOV

MOV
MOV
MOV
MOV

003720
003720

SETUP RANDOM DATA

026 ,REALPAT
PCBUMP

SEEDLO,R3
SEEDHI ,R2
R3,RS

104415

035764
002256

012737
004737

CO5037
012737

012737
104416
004737
000452

022737

001002
012700
104415

@SIZE/2,RO
@1,PROTYP
1
83 ,.PROTYP

3s:

SAVREG

SUPDO3

035764
002256

002100

SUPDO3
4
0177, ,BANK

16:

172376

012737
012737
004737
005037

172360
177644
026466
035710

177642
172274

012737

172360

177642

026466
002546
002544

THE

;D0 WE HAVE AN 11/44?
1BRANCH IF WE DO
1117247
sBRANCH IF SO

1FOR ERROR REPORTING
$SET UP NEXT LINK

HTPA26
MTPC26 ,KDPARO, 8.
8730 ,KDPAR?
MTPD26.,SOPARC
, 8.

sWRITE ROUTINE TO FAST MEMORY
sRANDOM SUBPROGRAM TO FAST MEMORY
sWRITES "BR .-116" IN (BR SDPARO)
sRANDOM SUBSUBPROGRAM TO FAST MEMORY

RANODD
MTPB26
OKDPAR
, UIPARL
O

;WRITE RANDOM DATA
;FOR ERROR REPORTING
;READ ROUTINE TO FAST MEMORY
iSET UP PAR LINK

MKDPARO ,UIPAR1
QUIPAR2 , SOPARG
SUPDO1L

28:

ADD

1 INITIALIZE RANDOM NUMBERS

4
#14000,R0

000730

1 TRAPS DO NOT

OMTPA26+4 ,MTPD26+ 14
OMTPA26 , SUPDOADD

RANODO
OMTPB26+4 ,MTPD26+ 14
oMTP
., SUPDOADD
B26

012737

TEST

R2,.R4
OF IRST,R1

002100

012737

104416
004737
010337
010237
000207

MOV
CLR
MOV

8330
8331
8332
8333
8334
8335
8336
8337
8338
8339
8340
8341
8342

MT0026

FORL0L002200000088
0008000800080
000000
000000000008008
000800
000000000000080
00
s

SUPDO1
R3,SEEDLO

R2,SEEDMI

sREAD RANDOM DATA

;UPDATE FOR NEW RANDOM NUMBERS

CZMSDDO MS11-L/M DIAGNOSTIC
MT0026
SETUP RANDOM DATA TEST

MACRO M1113

a37é 024234

F16

14 UAN-82 16:15

MTO027:

SUBTST

PAGE 236

<«<MT0027

SEQUENCE
UNIQUE

BANK

TEST»>>

;..0.‘.0‘0000.‘0..".0.0.‘.0‘.0“.....‘..000..‘0‘.0.0‘..0.0.0.000000‘.000000000‘

;*SUBTEST
8377
8378
8379
8380
8381
8382
8383
8384
8385
8386
8387
8388
8389
8390
8391

8392
8393
8394
8395

8396
8397
8398
8399
8400
8401
8402
8403
8404
8405
8406
8407
8408
8409
8410
8411
8412
8413

8414
8415
3416
8417
8418
8419
8420 024524
8421
8422
8423
8424
8425
8426
8427
8428
8429

MT0027

UNIQUE BANX TEST

1000000000000000000000000000000000000000000000000000000000000000000000000000800040

tMAKE SURE THAT EACH BANK CAN HAVE UNIQUE DATA

012737

104502
022737

000027

(WRITE AND READ THE 3ANK NUMBER IN EACH BANK (EXCEPT WHERE

MOV

002262

CLRCSR
cHP
BEQ

003720

001404
012737
000414

026644

012737
012737

177646
026466

1%:

WARN7:
STAR27:

004737

044302

@SUPDOS, LINK]

BR
B8MOV

1CLEAR CSRS
1IS THIS AN 11/44?
1BRANCH IF TRUE

STAR27
MTPO34

MOV

SUIPARS
, SUPDOADD

MOV

@SUPDO1, LINK]

SET NOFSMODE

FOR I

@01

FOR BANK

MOV
MOV
MOV
MOV

012701

010103
003720

001403
012737
004777

002256

003720

036212
026644

1BRANCH TO RUN
$SET UP LINK

TO @2

LET R2

022737

1SET UP LINK

:= @0 TO LASTBANK

INVALIDATE

012700
010004

002256

:= BANK

s INVALIDATE BACKGROUND PATTERN ON "BANV -

OF IRST
RO
RO,.R4

OSIZE ,R1
R1.R3

IF I EQ o1

01 ,.PROTYP

3€Q
MOV

24
MTPO34
, SUPDOADD

#1,.PROTYP

MOV

#MTPO34
+6, SUPDOADD

2%: CALL
SLINK]
ENC ;0F IF
IF I EQ @2

BEQ

38: CALL
SUPDO3
END ;OF IF
END ;OF IF
END ;OF FOR BANX

END ;OF FOR I
005037
000207

002400

004737

044302

005102
012700
010004
012701
010103
022737

IF FSTFLAG IS TRUE
CLR
NOFSMODE
RE TURN
END ;OF IF FS7TFLAG
FOR I := @1 TO @2
FOR BANK

:= LASTBANK DOWNTO @0

CALL EXBANXK
IF ACFLAG IS TRUE AND RRFLAG IS FALSE
LET R2 := BANK

coM
MOV
MOV
MOV
MOV

040000
003720

1 EQ @1

cHpP

THE PROGRAM I5)

1SETUP PATTERN NUMBER FOR TYPEQUT £ DISPLAY

CALL EXBANX
IF ACFLAG IS TRUE AND RRFLAG IS FALSE

104511

022737
001403
012737
004737

@1 ,PROTYP
13

MOV

002474

002256
002474

027 ,REALPAT

R2
OF IRST
RO
RO,R4
OSIZE,RL
R1,R3

2060

CZMSDDO MS11-L/M DIAGNOSTIC
MT0027
UNIQUE BANK TEST
8430
8431
8432
8433
8434
8435
8436

8437

8438
8439
8440
8441
8442

8443
8444

024614
024616
024624
024630
024630
024640
024646
024650
024656
024662
024662
024662
024676
024712
024716

001403
012737
004777

MACRC M11i3

036204
155644

002256

022737
001403
012737
004737

000001

003720

036212
026644

002256

005037
000207

002400

GL6

UAN-82

16:15

4%:

PAGE

236-1

BEQ

CALL

8L INK1

MOV

END ;0F IF
IF I EQ @2

cHp

BEQ
MOV

oMTPO34 , SUPDOADD

01,PROTYP

-1]

MMTPO34 .6, SUPDOADD

S58: CALL
SUPDO3
END ;OF IF
END ;OF IF
END ;0F FOR BANK
END ;OF FOR I

CLR

RETURN

NOF SMODE

SEGUENCE

«'Ja

CZMSDDO

MT002
7

H16

R BRERSC

MACRO M1113

8447 024720

14 -UAN-82 16:15

MTO030:

SUBTST

PAGE

238

SEQUENCE
SETUP FLUSH OUT DBE'S

<<MT0030

TEST>>

1000000000080 008000000000800000000080000000000000000000000000000800000000

;*SUBTEST

8448 024720
8449 024724

8450 024732
8451 024740
8452
8453
8454
8455
8456
8457

8459

8461

002260

012737
012737
022737
001007

000030
000001
000001

002262
002074
003720

012737
000406
012737

026466

002474

026644
035766

002474
002256

004737

8463

8465
8467

CLR

155400

8474
8475
8476
8477
8478
8479
8480
8481

104502
004737

042530

8485

025174

8487
8488 025204
8489 025220

104472
000207

MOV

01 ,NOPAR

4%
:

18:

@30 ,REALPAT

CHP
BNE
BMOV
MOV

01,PROTYP
44
MTPO30
@SUPDO1 , LINK]

MOV

@SUPDO3, LINK]

SE T

NOF SMOD
, NOSCOPE
E

024732

043420

: INDICATE COUNT PARITY ERRORS

MOV
EC CDIS

#MTPO30, SUPDOADD
:=

CALL

ECCINIT
CLEAR

002272

iSETUP PATTERN NUMBER FOR TYPEOQUT £ DISPLAY

;DISABLE ERROR CORRECTION

TO LASTBANK

OSIZE ,R1
OFIRST,RO
8L INK1

END ;OF IF ACFLAG
END ;OF IF MKFLAG
END ;0F FOR
IF PASFLG IS FALSE
SET PASFLG
CLRCSR
CALL RELOCATE
ON.ERROR

000207

8483 025172

FULLREL

MOV
MOV

104472

013737
004737
004737
104472
004737
000207

SET

MTAO30: MOV

CALL
EXBANK
IF MKFLAG IS TRUE
IF ACFLAG IS TRUE AND RRFLAG IS FALSE

8470

8471 025110
8472 025116
8473

s0b0080s

000080064

PASFLG

FOR BANK

044302

012701
012700
004777

SETUP FLUSH OUT DBE'S TEST

190000000000000000000000000000000000000000000000000000000000008000000000

005037

012737
104470

MTO030

002100

1+TRAP ON DOUBLE BIT ERRORS (NORMAL
)
NOF SMODE , NOSCOPE
, FULLREL

RETURN
END ;0F ON.ERROR
, BANK
NEMWBANK
MOV
CALL
EXBANK
MTAO30
CALL

ECCINIT

1+CLEAR CSRS

sTRAP ON DOUBLE BIT ERRORS (NORMAL)

CALL
UNRELOCATE
RETURN
END ;OF IF PASFLG
ECCINIT
s TRAP ON DOUBLE BIT ERRORS (NORMAL)

%Eg"

NOF SMODE , NOSCOPE , FULLREL

o0y

CZMSDDO MS11-L/M DIAGNOSTIC
MTOO30
SETUP FLUSH OUT DBE'S

MACRO M1113
TEST

8492 025222

116

14-UAN-82 16:15

MTOO31:

SUBTST

PAGE 240

<«<MTO031

SEQUENCE
SETUP SOB-A-LONG TEST»>

(0000000000800 000008880000
0800000000000
000000
000000000000000
008008
000000000000s0s

i *SUBTEST

AL L

8493 025222
8494 025226

8495 025232
8496 025240
8497 025246
8498 025252
8499 025266
8500 025274
8501 025306
8502 025310
8503 025314
8504 025316
8505 025322
8506 025326
8507 025334
8508 025342
8509 025346
8510 025350

8511 025356
8512 025360

8513
8514
8515
8516
8517
8518

025362
025370
025372
025400
025404
025410

004737

012737
005037

104417
013702
010200
012701
012705
012737
012737
005737
001005
023737

001405
000407

023737
001003
012737
004737
005037
000207

026432

000031
002074

MTO031

SETUP SOB-A-LONG TEST

CALL
KAMITEST
ON.ERROR THEN $RETURN

1CHECK FOR KAMIKAZE MODE

nmnmnmmTmT

s IF NOT IN KAMIKAZE MODE RETURN
SET
NOSCOPE
MOV
031 ,REALPAT
iSETUP PATTERN NUMBER FOR TYPEQUT £ DISPLAY
CLR
NOPAR
:SETUP PARITY ACTION
MAP
BANK
iMAP FIRST SO BLOCK MOVE WORKS
TESTAREA
sENTER TEST MODE
BMOV
MTPO31,FIRST,SOBLENGTH/2
KERNEL
1ENTER KERNEL MODE
MOV
SOBK ,R2
MOV
R2,RO
MOV
2100776 ,R1
;COMPLEMENT OF INSTRUCTION "SOB RO,00T~
MOV
OF IRST +SOBLENGTH,RS
MOV
OF IRST+2, SUPDOADD
MOV
OLAST+2,LINK1
TST
NOSUPER
BNE
1%
cHP
SIPARS,SIPARG

002262

002534
100776
060056
060002
160000
002430

AL L

002256
002474

172252

172254

177652

177654

1%:

140000
026660
002412

002474

2%:
3s:

BEQ
B8R
cHP
BNE

MOV
CALL
CLR
RETURN

24
38

VIPARS ,UIPARS
3¢
€140000,LINK]
SUPDO4
NOSCOPE

203

CZMSDDO MS11 L/M DIAGNOSTIC
MTO031
SETUP SOB-A-LONG TEST

MACRO M1113

8521 025412

14 - UAN-82

MTO032:

16:15

SUBTST

J16
PAGE

242

SEQUENCE

SETUP WRITE RECOVERY

«<<MT0032

204

TEST>>»

$00000008000000800000008008088000080008008000000000000000000RRERENRRINIE

;*SUBTEST

8522 025412
8523 025416
8524 025422
8525
8526
8527
8528
8529
8530
8531

004737

012757
005027
012700
012701
012702
010237
012703

012704
005037
005737
001005
023737
001405
000415
023737
001011
012704
012702
010237
012737

002262

172254

177652

177654

MAP
MOV
MOV
MOV
MOV
MOV
MOV
CLR

BANK
010247,R0
@177667,R1
0SIZE/2 .R2
Re . LINK]1
OF IRST ,R3
OLAST2,R4
LINK2

18:

cHp
BEQ
BR
cHP
BNE

NOPAR

RRIASS

TEST

IN KAMIKAZE MODE RETURN

1SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY

1SETUP PARITY ACTION

sMAP FIRST

SO THAT

THE BLOCK MOVE

WORKS

10P CODE OF INSTRUCTION “MOV
R2,-(PC)"
1OP CODE OF COMPLEMENT OF INSTRUCTION "JMP (RO)"
sUSED FOR . /2 BANK LOOP

SIPARS,SIPARG
24
3
UIPARS ,!JIPARG
3

MOV
MOV
MOV
MOV

3s:

TESTAREA

003720

1CHECK FOR KAMIKAZE MODE

:IF NOT

NOSUPER

2%:

2140000,R4
€14000,R2
R2,LINK]
01,LINK2

sMOVE TEST TO MEMORY UNDER TEST
MOV
RO,(R3).

MOV

R1,-(R4)

cP
BNE

01,.PROTYP
54

8MOV

MTPO32

MOV
MOV
MOV
MOV

05141 ,R2
€10% ,RO
OLAST.2,R1
OF IRST , SUPDOADD

BEQ
MOV

6t
5140000,R1

So8

022737

:ENTER TEST MODE

R2.4%

sMOVE LAST PART OF TEST TO FASTCITY

104417

025714

NOSCOPE
032 ,REALPAT

BNE

4%:

001003

025706

SET
MOV

CLR

002476

010023
010144
077203

012702
012700
012701
012737
005737
001402
012701
004737
012703
012705
012704
005737
001402
012703
022737
001406

KAMITEST

TST

172252

000001

CALL

ON.ERROR THEN SRETURN

010247
177667
020000
002474
060000
160000
002476
002430

140000
014000
002474

SETUP WRITE RECOVERY

F00000808000080
00000800
00008
00000
08000
NNLBRNNRRIN
00000
IERRORRARASS

026432

000032
002074

MT0032

S8:
005141

025742

160000

002476

002256

140000

TST

64:

000110
002476
014000

000001

KERNEL

CALL
MOV
MOV
MOV

OF IRST R4

BEQ
MOV

74
©14000,R3

003720

7%:

LINK2

cHP
BEQ

SUPDO4
eSIZE/2,.R3
#110,RS

LINK2

01,PROTYP
8s

sENTER KERNEL MODE

1OP CODE OF INSTRUCTION “COM
1 ADDRESS TO RETURN TO IN RO
: TOP OF BANK

-(R1)”

CZMSDDO MS11-L/M DIAGNOSTIC

MT0032

8575
8576
8577
8578
8579
8580

8581

8582

SETUP

025716
025724
025730
025732
025736
025742

WRITE

RECOVERY

012737
004737
000402
004737
005037
000207

MACRO M1113

TEST

036054
026660
026502
002412

002256
8%:
9s:
10s8:

14 UAN-82 16:15
MOV
CALL
BR
CALL
CLR
RETURN

K16

PAGE 242-1

SEQUENCE

209

oMTPO32, SUPDOADD
SUPDO4
9%
SUPDO2
NOSCOPE

1 THIS RETURN ACTS AS A NORMAL RETURN FROM MTOO032

sALSO A RETURN FROM THE

“CALL

SUPDO4* ABOVE

ZMSDDO
MS 1-L/M
SCU’WIE

Ség

VERY

"RCRO M1113

TESY

025744

14 UAN-82 16:15

MTOO033:

SUBTST

L 16

PAGE 244

<«<MT0033

SEGUENCE

SETUP BRANCH GOBBLE

TEST»>>

$00000000008080080008088000000000080000000000000000800000000000000000000

s #SUBTEST
025744

025750

025754

025762
025770

025774

004737

012737
005037

026032
026036
026044
026050
026054
026062
026066
026070
026076
026100
026102
026110
026112

002262

026120
026124
026130

104417

012705
012737
012701
012702
012737
005737
001005

060076

002256

060003
160000
002430

002474

001405
000407
023737
C01003
012737

172252

172254

177652

177654

1%:

140000

002474

2%:

004737
005037
000207

002412

023737

CALL

KAMITEST

SET
MOV
CLR
MAP

NOSCOPE
033 ,REALPAT
NOPAR
BANK

1CHECK FOR KAMIKAZE TMMODE

ON.ERROR THEN SRETURN

026010

026016
026030

00s08000s

SETUP BRANCH GOBBLE TEST

$000000000000008 0008888080000 008000800080000000000000

026432

000033
002074

MTOO033

TESTAREA

;ENTER TEST MODE

KERNEL

;ENTER KERNEL MODE

MTPO33,FIRST,GBLENGTH/2

MOV
MOV
MOV
MOV
MOV

OF IRST+GBLENGTH,RS
OF IRST «4 , SUPDOADD
OFIRST.2,R1
OFIRST+3
,R2
OLAST.2,LINKL

BNE

cHpP
BEG
BR
cHP
BNE
MOV
CALL

MTO034:

MSU’ER

SIPRS.SIPM
24
38
VIPARS ,UIPAR6
38
2140000,LINK]
SUPDO4

CLR

NOSCOPE

SUBTST

<<MT0034

RETURN

026132

IN KAMIKAZE MODE RETURN

sSETUP PATTERN NUMBER FOR TYPEOUT £ DISPLAY
$SETUP PARITY ACTION
tMAP FIRST SO THAT BLOCK MOVE WORKS

BMOV

TST

3%:

s IF NOT

00000000sssass

SOFT ERROR

BACKGROUND PATTERN TEST>>

100083848808 88000048088000008000080200880880088008000800008088808040000000000000808

: #SUBTEST

MTO034

SOFT ERROR - BACKGROUND PATTERN TEST

1600080000000404008880000008000800480000000000000400000000080800000000008000000000404

012737
012700
012701
013702
010103
013705
010004

MOV
MOV
%

022737

012737

177646

002256

022737
001403
012737
004737

000001

003720

036212
026644

002256

003720

934 ,REALPAT
OF IRST,RO
#SIZE,R1
SOF TPAT ,R2
R1,R3

wnoex RS

1IS THIS AN 11/44?
1BRANCH IF NOT

18:

cHP
.l mTYP
BNE
1
BMOV
MTPO34
MOV
QUIPAR3, SUPDOADD
IF eBIT13 SET.IN CONFIG+2(R5)

2%:

. EEALL

sREAD IT

003720

001006

022737

MOV
MOV
MOV

002262

1BACKGROUND PATTERN IS VALID
cHp
01,PROTYP
2%
BEQ
MOV OMTPO34.6, SUPDOADD

SUPDO3

;BACKGROUND PATTERN HAS BEEN INVALIDATED

cHP

01 ,PROTYP

206

M16
CZMSDDO MS11-L/M
MT0034

S| ERROR CHREkdSoms PATTERN 123,

8636
8637
8638
8639
8640
8641

026252
026254
026262
026266
026270
026274

026302

8642
8643 026302

8645

001406
012737
004737
000402
004737
052765

036208
026644

026466
020000

M111%

UAN-82

BEQ
MOV
CALL
B8R
CALL
BIS

002256

002630

3.
45

000207

16:15

PAGE

e 2cG7

244 -1

38
OMTPO34,SUPDOADI
SUPDOS
a$
SUPDOL
OBIT13,CONFIG+2(RS}

END 1OF IF oBIT13

JWRITE IT
{VALIDATE

RE TURN

026304

MTOO3S: SUBTST <<MT003S

026304 012737 000035 002262
013703
002102
026316 016301 002626

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

1 +SUBTEST

026312
026322
026324

026330
026332
026336
026344
026346
026350
026354
026360
026366
026372
026402
026404
026410
026414

SETUP WORST CASE NOISE PARITY TEST»>>

'.“.......“......‘.“.““.‘.‘....‘.....‘..‘..‘.‘....“....“..“."..“.‘.‘.‘

000301
042701

177760

006301
010137 002146
023737
002146 002504
001001
000207
012702 052524
18:
004737
036532
012737 036230 002256
004737

026644

005102
004737
004737
000207

036532
026660

MOV
MOV
MOV

SWAB
BIC

MTOO3S SETUP WORST CASE NOISE PARITY TEST
035, REALPAT
CONFIGCR3),R1

BANKINDEX,R3
Rl
0tC17.R1

ASL
R1
MOV
R1,CSRNO
e
CSRNO, PGMCSR
BNE
13
RETURN
MOV
052524 ,R2
CALL
BACKGND
MOV
@MTPO3S
, SUPDOADD
CALL
SUPDO3
IF QUFLAG IS TRUE THEN SRETURN
coM
CALL
CALL
RETURN

JSET UP TEST NUMBER FOR DISPLAY

R2
BACKGND
SUPDO4

JWRITE BACKROUND OF ALMOST ALT.

1°S AND O'S

JMRITE COMPLEMENT PATTERN INTO MUT

CZMSDDO MS1i TM DIAGNOSTIC
MACRO M1113
MTO035S
SETUP WORST CASE NOISE PARITY TEST
8667

026416

14 UAN-82 16:15

MT0999:

SUBTST

PAGE 246

««MT0999

SEQGENCE

SETUP

NALL

TEST»»

$0000000000000000000000000000000000000000000000000000IRNERRIIRNRLRRARLIROERRRRSES

;s *SUBTEST
8668 026416
8669 026422
u;o 026430

8671
8672 026432

005037
000207

002262

MT0999

SETUP NULL TEST

3060000000000 0000000800000000000LRRLRRLINNLNBNNNIRNLLNRNBLLRIRNIRRARIRRRRRRRIRARSS

CLR
SET
RETURN

KAMITEST:SUBTST

REALPAY
NULLFLAG

<<«CHECK FOR KAMIKAZE TMMODE>>

§000000000008080000000000000000000000000000000000000000000000000RRRRRILIRRRRRRESS

;«SUBTEST

8673
8674
8675
8676
8677

026432
026454
026460
026462
026466

CHECK FOR KAMIKAZE MODE

9020080000000 0000000000000000000000000000000000000000
0000000000000 R0RRRRETS
00000

IF KAMIKAZE IS TRUE OR ACTFLAG IS TRUE OR APTFLAG 1S
SRETURN NOERROR
tRUN THE TEST
ELSE
SRETURN ERROR
;OON'T RUN THE TEST
END ;0F IF KAMIKAZE

TRUE

"9
-

: MECK FOR KAMIKAZE

ZMSDDO M511 L/M OIWSUC

MACRC TMM1113

8680 026466

14 UAN-82 16:15

SUPDOL1:

SUBTST

««SUBR

PAGE 248

t w ANCE

EXECUTE PATTERN

IN SUPERVISOR:»

1008000780008 00000000000000000000000000000000
RN

i oSUEEST

SUBR

EXECUTE PATTERN IN SUPERVISOR

00000000 RLROR R RERGARS

004737

055726

010037
012700
010120
010220
010320
010420
010520
010620

002154
002156

013700
012737
013737
012700
014006
014005
014004
014003
014002
014001
014000

002154

012706

000740

004737
104423
104417

177640

002172

SUPD02:

002564
002566

TAGAS:

MAP

BANK

PUSH
MOV
MOV
MOV
MOV
MOV
MOV
MOV
MOV
MOV
MOV
MOV

SLPERR, SLPADR
RO, SUPDRO
OSUPDR1 ,RO
R1,(RO).
R2,(RO).
R3,(RO).
R4,(RO).
RS5,(RO).
SP,(RO).
SUPDRO,
RO
OTAGAS
, SLPADR
SLPADR, SLPERR

CALL

MOV

GETDIS

MOV
#SUPSTK ,SSP
CACHOFF
CALL
FASTCITY
CACHON

KERNEL
SCOPE

tMAP SUPERVISOR SPACE

(TEST AREA)

T0O BAN

OSUPDR6+2
,RO

MOV
-(RO),SP
MOV
-(RO),RS
MOV
-(RO),.R4
MOV
-(RO),R3
MOV
-(RO),R2
MOV
-(RO),R1
MOV
-(RO),RO
SUPERVISOR

Y sECREREEE

10000000000000000000000000000000000000000000000000000000000000000000000000000004s

SLPADR, $LPERR

1ENTER SUPERVISOR MODE

i TURN CACHE OFF
sCALL TO THE USER INSTRUCTION PAR'S
i TURN CACHE ON

1ENTER KERNEL MODE

23;'3

/M D

T1C

MACRO M1113

uééu'fs n‘rfnumsxu SUPERYISOR

8714 026644

8715 026660

004737

055726

8717 026674
8718 026700
8719 026704
8720 026706
8721 026710
8722 026712
8723 026714
8724 026716
8725 026720
8726 026724
8727 026732

010037
012750
010120
010220
010320
010420
010520
010620
013700
012737
013737

002154
002156

8729 026744
8730 026746
8731 026750
8732 026752
8733 026754
8734 026756
8735 026760
8736 026762

014006
014005
014004
014003
014002
014001
014000

8738 026774
8739 026776
8740 027002
8741 027004
8742 027010
8743 027012
8744 027016
8745 027020

001403
012706
000402
012706
104424
004777
104423
104417

8716 026664

8728 026740

8737 026770

8746 027022

8747 027024
8748 027034

012700

005737

000004

000207

002154
026740
002564
002172

SUPDO3: MAP
SUPDO4:

002564
002566

TBGAS:

002430

153240

CALL

PUSH
MOV
MOV
MOV
MOV
MOV
MOV
MOV
MOV
MOV
MOV
MOV
MOV

18:
28:

PAGE 250

BANK

GETDIS

SCOPE

tMAP SUPERVICSCTM SPACE TEST AREA) 10 BANC

SLPERR
, SLPADR

#SUPDR6
+ 2, RO

NOSUPER

BEQ
14
MOV
QUSESTK
, USP
uw
24
MOV
#SUPSTK,
SSP
CACHOFF
CALL
8SUPDOADD
CACHON
KERNEL
POP
RETURN

RO, SUPDRO
#SUPDR1
, RO
R1.(RO).
R2,(RO).
R3,(RO).
R4, (RO).
RS,(RO).
SP,(RO).
SUPDRO
, RO
@TBGAS
, SLPADR
SLPADR, $LPERR

MOV
-(RO),SP
MOV
-(RO),RS
MOV
-(RO),R4
MOV
-(RO),R3
MOV
-(RO),R2
MOV
-(RO),R1
MOV
-(RO),RO
TESTAREA
ST

000700
000740

14 JAN-82 16:15

SLPADR, $LPERR

{ENTER SUPERVISOR MODE

;TURN CACHE OFF
1 TURN CACHE ON
;ENTER KERNEL MODE

A
CZMSDDO MS11 L/TMM DIAGNOSTIC
MEMOR' TEST PATTERN ROUTINES
8751
87152
8753

MACRO M1i13

14 UAN-82 16:15

PAGE 252

£ G NS

.SBTTL
MEMORY TEST PATTERN ROUTINES
$10000000000000000000000000000000000000000000000000000000000000000c0aRssEsIEIRRRAS
; PATTERN REGISTER CONVENTIONS

8754
8755
8756

H
H
H

RO
R1
R2

FIRST ADDRESS OF PATTERN (FIRST,LAST«2,ETC)
NUMBER OF ADDRESSES IN PATTERN (SIZE)
DATA FOR PATTERN (ONES,S5252S.E7C)

8758
8759

3
H

R4
RS

COPY OF RO (IF NECESSARY)
COPY OF R2 (IF NECESSARY)

8761 027036

MTPOOO:

SUBTST

8757

8760

COPY OF R1 (IF NECESSARY)

$10060000000000000400000000000000000000000000000000000000000000000000000sansantsss

<<MTPOOO

BASIC DATA TEST>>

1000000000080 00000000000000000000000000000000000000000000000000000000000ssststns

;#SUBTEST

MTPOOO

BASIC DATA TEST

1%:

R2,(RO).
R1,MTPOOO

500000000000 000000000000000000000000000000000000000000000000000000000ssstttasss

8762 027036
8763 027040
8764 027042

8765
8766
8767
8768
8769
8770
8771
8772

027044
027046
027050
027052
027054
027056
027060
027062

010220
077102
000240
012401
020102
001402
104430
000240
077306
000207

28:

MOV
S0B
NOP

MOV
e
BEQ
PERRO2
NOP
3%:
S08
RETURN
MTPOO1: SUBTST

(R4). R}
R1,R2
3s

1V177640
1V177642
1V177644

1V177646
V177650
1V177652
1V177654
1V177656
1V177660
V177662
ADDRESS TEST»>>»

R3,2%

<<MTPOO1

$100000000000000800000000000000000000000000000000000000000000000000000000008000000

8773 027062

8774 027064

8775 027070
8776 027072
8777 027074

8778 027076

8779
8780
8781
8782

027100
027102
027104
027110

8783 027112

8784 027114

;1 sSUBTEST

MTPOO1

ADDRESS TEST

MOV

R2,(RO).

1V177640

R1,3¢

18:

S0B
NOP
MOV

1V177646
1V177650
1V177652

§00000000A0000000000000000800000000000000000000000000000000000008000800000000004s

010220

062702

077104
000240
012400

000002

020005

001401
104427
062705
077307

000002

000207

2s:

MTPOO2:

ADC

BEQ
PERRO1
ADD
S08

RETURN

SUBTST

#2.R2

(R&4).,RO

RO,RS

1V177642

1V177654

#2,R5
RS, 18

1V177656
1V177660
1V177662
1V177666

<<MTPOO2

COMPLEMENT ADDRESS TEST (WRITE DOWN, READ UP)>>

V177672

0080000000880 080800000000000800000000000000800000000000000000000000000000000000

8785 027114
8786 027116
8787 027122
8788 027124
8789 027126
8790 027132
8791 027134
8792 027136
8793 027140
8794 027142
8795 027144

010540
062705
077104
000240
162702
012401
020102
001401
104430
077307
000207

s 6SUBTESTY

MTPOO2

38:

RS, -(RO)
2,R5

COMPLEMENT ADDRESS TEST (WRITE DOWN, READ UP)

§008000000350000000000000000000000008000000000000000000000800000000000000000000800

000002
000002

1s:

2%:

MOV
ADD

S8
NOP
SUB
MOV
cHP
BEQ
PERRO2
S08
RETURN

R1,3s8

02,R2
(R4).,R1
R1,R2
24
R3,1¢

1V177640
1V177642
1V177646
1V177650
1V177652
1V177656
1V177660
1V177662
1V177664
1V177666
V177670

i
CZMSDDO MS11 L/M DIAGNOSTIC
MACRO M1113
14-UAN-82 16:15
MTPOO2
COMPLEMENT ADDRESS TEST (WRITE DOWN, READ WP)
8798 027146

MTPAO3:

SUBTST

PAGE

<«<MTPAOS

254

E G ENCE
3

XOR 9 WORST

CASE

NOISE

TEST

(WRITE )»>»

1000000000000000000000000000000000000000000000000000000000000060000000000000804s4s

;*SUBTEST

MTPAOS

3 XOR 9 WORST CASE NOISE TEST (WRITE)

100000000000000000000000000000000000000000000000000000000000008000000000r000000s

8799
8800

8805
8806
8807
8808
8809

8810
8811
8812
8813
8814
8815
8816
8817
8818

;R1
sR2
sR3
;R4
3RS
027146
027150
027152
027154
027156

027160
027162
027166
02717¢
027172
027174
027176
027202
027204

18:

010421

010421
077203
005104
052704

012702
077511
005104
052704
000401
012705
077317
000207

WARN2:

000100

8821 027206

WARN3:

MTPBO3:

=
=
=
=

.ENABL

ADDRESS
SMALL LOOP CONSTANT
NUM OF ADD TO TEST (LARGE LOOP)
GOOD DATA
MEDIUM LOOP CONSTANT

MOV
MOV
S08
comM
BIS

LSB

R4 ,(R1).
R4,(R1).
R2,18
R4
(PC). R4

1V177640
1V177642
V177644
1V177646
1V177650

MOV
S08
coM
BIS

04 .R2
RS,1¢
R4
(PC)«,.Ra

1V177654
1V177660
1V177662
1V177664

MOV
S08
RETURN

064 . RS
RS, 18

.DSABL

LSB

SUBTSTY

«<<MTPBO3

401

1V177652 WARNING LOCATION IS MODIF IED BEFORE

1V177666 WARNING LOCATION

| OADING

1V177670
V177674
1V177676

3 XOR 9 WORST CASE NOISE

IS MODIF IED BEFORE

TEST

(READ)>>

100080080003 0000000000000000000800000000000000000000000000000000000000000000000800

1 oSUBTEST

MTPBO3S

3 XOR 9 WORST CASE NOISE TEST (READ)

1000080000000 000000000000000000000000000000000000000000000000000000000000000080

8823 027206
8824 027212
8825 027214
8826 027216
8827
8828 027222
8829 027226
8830 027230
8831 027232
8832 027234
8833 027236
8834 027242
8835 027244

8836

027246

1$:

.ENABL

LSB

S08

R2.1%

coM

WARNS:

BIS
401

000100

1V177640

1V177646

(PC)+ R4

MOV
S08

84 ,R2
RS,18

8IS

(PC)+ R4

coM

WARNS:

SMTPCO3

401

MOV

64 . RS

SO08

R3,1¢

.DSABL

LSB

RE TURN

1V177644

GO TO v172360

1V177650

1V177652 WARNING LOCATION IS MODIFIED BEFORE LOADING

1V177654
1V177660

iV177662

1V177664

1V177666 WARNING LOCATION IS MODIFIED BEFORE

sV177670
1V177674

V177676

CZMSDDO MS11 L/TM DIAGNOSTIC
MACRC M1113
MTPBO3
3 XOR 9 WORST CASE NOISE TEST (READ:
8839 027246

14 -UAN-82 16:15

MTPCO3:

SUBTST

PAGE 256

«<<MTPCO3

TEST DATA SUBPROGRAM: »

390000000808 00008808080800080000800000
8000000
RRLRRINBINIRRRINRIRREIIIARARIELS

;*SUBTEST

MTPCO3

TEST DATA SUBPROGRAM

300808080000 00800800000000000000000000000000000
080000000
RRIRBLIRRRIRINARRIRRRRRRSS

8840 027246
8841 027250

8842
8843
8844
m:

027252
027254
027256
027260

020421
001401

104431
00514:
005111
000137

18:

027264

8847 027264

MTPDO3:

cHe
BEQ
PERRO3
com
coM
JMP

R4,(R1).
13

1V172360
V172362

-(R1)
(R1)
S0MTPDO3

1V172364
1V172366
V172370
V172372

SUBTST

«<<MTPDO3

TEST DATA SUBSUBPROGRAM>>

GO TO vi172260

1800088880008 08008008008000000008800000000000000060000000000000000000RRsstRRRIBRENS

; #SUBTEST

MTPDO3

TEST DATA SUBSUBPROGRAM

R4,(R1).
1%

V172260
1V172262
1V172264
V172266
V172270
V172272
V172274

0808808088008 2300080080000000000000008000088000080000000000000000000000000RsRRRYES

8848 027264
8849 027266
8850 027270
8851 027272
8852 027274
8853 027276
8854 027300

020421
001401
104431
005127
000000
001363
000137

18:
027212

cHe
BEQ
PERRO3
com
Y
BNE
JHP

(PC).
MTPCO3
S0MTPBO3 .4

GO TO v172360
GO TO V177644

H1
CZMSDDO MS11 L/M DIAGNOSTIC

MTPDOZ

TEST

DATA

SUBSUBPROGRATM

8857 027304

MACRO M1113

14 UAN-82

MTPAQO4:

SUBTST

16:15

PAGE 258

<«<MTPAO4

ROTATING ZEROS

TEST»»

0000000000000 080800000000000000000000000000
0800000000 R RIRIRRRNIRRRRIRR I AR
Y

; #SUBTEST

MTPAO4

ROTATING ZEROS

TEST

FO0200080800000000800000800800%2880002002LBLRBVVVLBLBBNBBEIBNANINNBIRIRARRRIERRARS

012705
010504
000241
000137
016004
103402
020204
001401
104432
077115
000207

000010

18:

027340
177776

MOV
MOV
cLC

@8..RS
RS.R4

8CS

24
R2,.R4
38

E: 23

8858 027304
8859 027310
8860 027312
8861 027314
8862 027320
8863 027324
8864 027326
8865 027330
8866 027332
8867 027334
8868 027336
8869
8870 027340

2%:
3s:

MTPBO4:

BEQ
PERRO4

RE TURN
SUBTST

1V177640
iV177644

S0MTPBOA

-2(R0) .4

1V177646
iV177650

1V177654
V177660
V177662
1V177664
1V177666

1V177670
1V177672

R1,1$

SUBR

<<MTPBO4

ROTATING BIT>>»

1008880888000 000008008080800000000000000
0000000000008 000000 0000000000t
RS

s #SUBTEST

MTPBO4

SUBR

ROTATING BIT

18:

ROLB
S08
ROLB
ROLB

(RO)
RS5,1%
(RO).
(RO)

iV172360
V172362
V172364
1V172366

ROLB
JP

(RO).
SMMTPAO4. 14

1V172372
V172374

300888888088 00000080000000808080000008000000000008000008000000000
00000000
RES

8871
8872
8873
8874
8875

027340
027342
027344
027346
027350

8876 027352

8877 027354
8878
8879 027360

106110
077502
106120

106110
077402
106120
000137

2%:
027320
MTPOOS:

S08

SUBTST

R4,28

<<MTPOOS

V172370

ROTATION ONES TEST>>

1008088080080 0000000800000000008000000000000000000000000000800000000000000000000

s sSUBTEST

8880 027360

8881 027364
8882 027366
8883 027370
8884 027374
8885 027400
8886 027402
8887 027404

8888 027406
8889 027410
8890 027412

MTPOOS

ROTATION ONES TEST

$10880888028880080800008080000000000000008000000000880000000000000000000000000808000s

012705

000010

1¢:

027340
177776

2%:
3

1V177640
1V177644

MOV
MOV

SEC
JMP
MOV
B8CC
ce
BEQ
PERRO4

S08
RETURN

SMTPBO4
-‘:’(RO) R4
2
R2,R4
33
R1,1$

1V177646

1V177650
1V177654

3sV177660 IF
V177662

V177664
1V177666
1V177670
V177672

THIS HAPPENS THE GOOD & BAD MATCH

CZMSDDO MS11-L/M DIAGNOSTIC
ROTATION ONES TEST

MTPOOS

MACRO TMM1113

8893 027414

14 UAN-82

MIPOO6:

SUBTST

16:15

PAGE 260

<«<MTPOO6

SEQENCS

INITIAL DATA

TEST»>»

0000008000000 000000 0000000000000
000 000000000000 0RRERRINIARRRLLS

;*SUBTEST

MTPOO6

INITIAL

DATA

TEST

0000080000003 0008008800888088008800800000BRLR00R0000KRRINLRRRIRIIRRRIRIRAESS

012737
005037
013771
013771
017102

023702

001401
104433
017102

023702

001401

000001

002236

002236
002240

000002

18%:

2%:

002240

104434

005737
100405

3s:

012737
012737
013771
013771
017102
023702
001401
104433

027612

177776

177777

002236
002240
000000
002236

1SET THE FIRST TEST BIT
1CLEAR 2ND WORD
tWRITE TEST WORD 1
;AND TEST WORD 2

BEQ
PERRO7

iBR IF FIRST 16 OK
1ERROR TRAP

002236

Ss:

000002

005737
100005

002240

82(R1),R2
DATBUF «2 ,R2
3

TS5T

DATBUF .2

OLEFT

DATBUF

MOV
MOV

0177776 ,DATBUF
0-1, DATBUF+2

BMI

MOV

MOV
MOV

cHP
BEQ

68:

iNOW READ THEM

sNOW READ SECOND WORD
1BR IF OK
1ERROR TRAP
+HAS LAST BIT BEEN TESTED ?

sMINUS MEANS BIT 31

;GO WRITE NEW TEST DATA
sNOW GOING TO SHIFT A O IN DATA DIRECTION
;PUT A O IN BIT O
;AND 1‘'S IN ALL OTHERS

DATBUF ,8(R1)

DATBUF +2,82(R1)
#(R1),.R2

tNO,

SHIFT TEST BIT LEFT

tWRITE THE DATA
;2 WORDS WORTH

DATBUF ,R2
68

sNOW READ FIRST WORD
1BR IF OK

MOV
cHpP
BEQ

82(R1),.R2
DATBUF .2 ,R2
7%

iNOW, READ SECONC WORD
1BR IF O

1ST

0:7” 2

+ TESTED BIT 31 YET?

DLEFT

DATBWF

PERR10

78:

DATBUF ,R2

MOV
ce
BEQ
PERR10

PERRO7

017102
023702
001401
104434

000746
000207

01 ,DATBUF
DATBUF .2
DATBUF ,3(R1)
DATBUF +2,82(R1)
8(R1),R2

000746

THIS TEST CHECKS THE DI/DO LINES By
SHIFTING A 1 THROUGH THE WORD.

MOV
CLR
MOV
MOV
MOV

cHP

002236

:
3

8PL

B8R

1BR IF

YES,

i KEEP GOING

WE'RE DONE

CZMSDDO MS11 L TMM DIAGNOSTIC

MTPOO6

INITIAL

DATA

TEST

8936 027614

MACRO M1113

14 -UAN-82 16:15

MTPOO7:

SUBTST

PAGE 262

<«<MIPOO7

SE GUENCE
ADDRESS BIT

TEST»»

1000800000000 8080800080008880080000088000000000000800000000080000
00000000000 RRLY

; *SUBTEST

MTPOO7

ADDRESS BIT TEST

0000000000000 080000800808830008080000000080000
0200000000000 00000000000000000000s

8937

8939

8938

8940
8941 027614

111100

MOVB

104435

PERR11

8942 027616
8943 027620

105700
001401

8946 027624
8947 027626
8948 027630
8949 027632
gg‘: 027634

105111
111100
105700
001001
104436

1%:

8952
8953
8954
8955
8956
8957
::55:

027636
027640
027642
027644
027646
027650
027652

040201
006302
050201
011100
005700
001401
104437

2%:

8960
8961
8962
8963

027654
027656
027660
027662

005111
011100
005700
001001

38:

8966
8967
8968
8969
8970
8971
8972
8973

027666
027672
027674
027700
027702
027704
027710
027712

022702
001407
022702
001356
006302
012701
000752
000207

g::; 027622

g:; 027664

104440
100000

4% :

010000

160000
Ss:

THIS TEST CHECKS TO SEE

THAT EACH ADDRESS

BIT IN EACH 16K BANK CAN BE ASSERTED UNIQUELT.
IT CHECKS FOR ADDRESS BITS THAT MAY BE

3
HIGH, STUCK LOW OR STUCK TOGETHER,
(R1).RO

TSTB
BEQ

RO
1s

;READ AND COMPARE FOR ZEROS
1BR IF O

coM8
MOVB
T1ST8
BNE
PERR12

(R1)
(R1).RO
RO
2s

;COMPLEMENT THE BYTE

8IC
ASL
BIS
MOV
TST
BEQ
PERR13

R2,R1
R2
R2,R1
(R1).RO
RO
33

1MASK OFF THE ASSERTED BIT
;SHIFT R2 FOR NEXT BIT
;SET THE NEW BIT INTO R1

CoM
MOV
TST
BNE
PERR14

(R1)
(R1),RO
RO
43

;COMPL THE WORD

cHP
BEQ
cHP
BNE
ASL
MOV
BR
RETURN

2100000,R2
54
@10000,R2
24
R2
#160000,R1
24

1READ FOR NON ZEROS
:BR IF OK

;READ THE NEW ADDRESS
:READ FOR ZEROS

+READ IT AGAIN

sCHECK FOR MSB IN 4K BANK
iNOT LAST BIT, BRANCH

STUCK

\
|

CZMSDDO M511-L /M DIAGNOSTIC
MTPOOT

ADDRESS BIT

TESTY

MACRC M1113

8976 027714

14 UAN-82 16:15

MTPO10:

SUBTST

PAGE 264

<«<MTPO10

EQEN
BYTE ADDRESSING TEST»>»

;1008000200800 0088080000000000800000000000000000000000000
000000000 RRRRIRRIARIANS

; *SUBTEST

MTPO10

BYTE ADDRESSING TEST

1000088080000 008808880000808080000000000000000000000000000000000000000nsss
ALY

8977

sTEST

8978

8979 027714
8980 027716
89681 027720
8982 027724
8983 027730
8984 027736
8985 027740
8986 027742
8987 027744
8988 027746
8989 027750
8990 027752
8991
8992 027754
8993 027760

010402
010403
062702
012713
012763
105013
010401
020201
001420
020301
001007
111100

8996 027764
8997 027766
8998 027770
8999 027772

005201
000765
111100
122700

ggé 030000

104436

:z:; 027762

9000 027776

9003
9004
9005
9006
9007
9008

030002
030004
030006
030012
030014
030016

9009 030020

022700
001401

000004
177777
177777

000002

18:

2%:

000000

104435

001401

005201
000756
112713
005203
020302
001347

000207

3 THIS TEST CHECKS FOR PROPER

BYTE ADDRESSING WITH ECC DISABLED

MOV
R4 ,R2
1R4 HAS LOMEST ADDRESS
MOV
R4 ,R3
:PUT IT IN R3 ALSO
ADD
04 ,R2
sPOINT R2 TO LAST BYTE .1
MOV
@-1.(R3)
sWRITE ALL ONES IN
MOV
@-1,2(R3)
:THE 4 TEST BYTES
CLRB
(R3)
;CLEAR A BYTE
MOV
R4 ,R1
s INITIALIZE R1 FOR EACH PASS
cHP
R2,R1
:IF EQUAL, JUST READ LAST BYTE
BEQ
63
:BR IF EQUAL
cHpP
R3,R1
:IS THIS THE BYTE OF ZEROS
BNE
a3
:BR IF NOT
MOV
(R1),RO
sWARNING IF YOU OPTOMIZE CHANGE THE PCBUMP FOR THIS ERROR INCASE OF
cHP
©0,RO
:IT IS, COMPARE FOR ZEROS
BEQ
38

PERR11

3%:
177777

4%:

INC
BR
MOVB
cMPB
BEQ

PERR12
Ss:
177777

68:

INC
BR
MOVB
INC
cHP
BNE
RETURN

R1
2
(R1),RO
¢-1,RO

sNEXT BYTE
;RETURN

R1
24
9-1,(R3)
R3
R3,R2
1

+MOVE “0 NEXT BYTE

;ITS NOT THE BYTE OF 0'S,

READ 1'S

sRESTORE 1'S TO BYTE JUST TESTED
+INC TO NEXT BYTE
iWAS THAT JUST THE LAST ONE?
:BR IF NO

TRAPS

ZMSDDO MS11-L/M DIAGNOSTIC
BYTE ADDRESSING TEST

MACRO M1113

030022

L1
14 UAN-82

MTPO11:

16:15

SUBTST

PAGE 266

E G ENCE

<<MTPO11

SINGLE BIT ERROR

TEST»»

0008000088800 8800088088088000000000000000000000000000
000000000
RIRRBIRNIRRRAASY

;s *SUBTEST

MTPO11

SINGLE

BIT ERROR

TEST

1000008880880 0008888808000000000000000000000000000000000000000000000ssRRBRRRRRLTS

(1)
:

:(2)

:(3)
:

i1(S)

DO (1-4) FOR DATA CONSISTING OF 1 BIT SET IN EACH OF 32

:
:
:

:(6)

CLR1CSR

030030
030032
030036
030044
030050
030056

012737
005037

030062
030070

012737
005037

002246

030074
030102
030110
030114

013737
013737
105737
001404
005137
005137
013702
013703
012737
004737

002242
002244

TST

013140

172246
172252
172252

002240

BEQ
MOV
MOV
MOV

172246
002236

POSITIONS OF A DOUBLE WORD
THEN DO IT AGAIN FOR

A DOUBLE WORD
IE (64 TIMES)

CLR

MTLB11:

MTLALL
SIPARS,R2
SIPARS,30SIPAR3
R2,80SIPARS
01 ,DATBUF

DATBUF «2

01, SBEMSK

s TEST SPECIAL CASE INDICATOR

sBRANCH IF NOT SET
:SAVE CONTENTS OF SIPAR o3
;COPY CONTENTS OF @5 INTO @3
;:COPY CONTENTS OF @3 INTO o5
s INITIAL DATA

132 BITS WORTH
s INITIAL ERROR MASK

CLR

SBEMSK+2

MOV

DATBUF +2,TSTDAT+2; TO SAVE ORIG DATA

7ST8

BEQ
com
com

MOV

MOV
CALL

32 POSITIONS OF

sCLEAR 1 SELECTED CSR

PHEBE

sLITTLE LOOP
MTLC11: MOV
DATBUF , TSTDAT

002274

IN EACH OF

IE (RUN TEST 64 » 32 = 2048 TIMES)

sMEDIUM LOOP

MOV

1 BIT CLEARED

DO (1-5) FOR A SBE IN EACH OF 32 BIT POSITIONS

;:8IG LOOP

MTLAL1l: MOV

4as:
041724

ENABLE =CC & READ CORRECTED DATA
CHECK THAT THE SBE FLAG WAS SET FROM THE LAST READ

104503
005737
001407
013702
013737
010237

READ BACK SBE UNCORRECTED (WITH ECC DISABLE)

:(4)
H

030022

CREATE A SINGLE BIT ERROR

PASFLG

L4
TSTDAT
TSTDAT.2

132 BITS WORTH
i

;COMP DATA ON SECOND PASSONL
Y

1BR IF FIRST PASS
1SECOND PASS, COMP BOTH WORDS

TSTDAT ,R2

TSTDAT+2,R3

OTSTDAT,SOURCE
CHKGEN

;SET UP ADDRESS FOR CHKGEN
s1GEN CHECKBITS ON TSTDAT

1980480800088088088000800800000000080

;e CREATE A SINGLE BIT ERROR se

013701
074137
013701
074137
013701
013705
104471
013711
104475
013715

0004888088000 00008008000884288000

002246
002242
002250
002366
002242

002244

MOV

R1,TSTDAT

XOR
MOV
MOV

R1,TSTDAT.2

MOV

MTLD11:

SBEMSK,R1

XOR

SBEMSK+2,R1

TESTADD,R1

TESTADD+2,R5

ECC1DIS
TSTDAT,(R1)
MOV
CB1CSR
MOV
TSTDAT«2,(R5)

sFIRST TEST ADDRESS

s SECOND TEST ADDRESS
+DISABLE ECC ON 1 SELECTED CSR

sWRITE FIRST

16 BITS

sWRITE GENERATED CHECKBITS

;WRITE SECOND 16 BITS AND

SELECTED CSR

;CHECK BITS. WE NOW HAVE CHECKBITS

CZMSDOO MS11-L/M DIAGNOSTIC

MTPO11

SINGLE

BIT ERROR

TEST

MACRO M1113

14 -UAN-82 16:15

PAGE 266-1

9066

9067
9065 030214

;GENERATED ON DATBUF AND DATA WITH
104471

9069 030216

011100

9072 030226

010137

9070 030220
9071 030224

:8;2 030232

020037
001403

104455

9075 030234
9076 030236
9077 030242
9078 030244

011500
020037
001403
010537

9081 030252
9082 030260
9083 030262

104426

9079 030250

104455

9084 030302

104045

9087 030304

005737

9089 030312
9090 030314
9091 030316

104512
104503
011100

9085 030304
9086 030304

9088 030310

9092 030320
9093 030322
9094 030324

001001

ECC1IDIS

MOV

002242

u, o4
BEQ

002032

002244

MOV

PERRZ1

6%:

002032
7%:

013140

TST

17s:

PERR32

9103
9104
9105
9106
:11.8:

030354
030356
030360
030362
030364

104503
011500
020003
001401
104456

9s:

9109 030366
9110 030370
9111 030372
9112 030400
9113 030404
9114 030406
9115 030414
9116 030416
9117 030422
9118 030424
9119 030430
9120 030432
9121 030442
9122 030444

104510
103411

108:

8s:
002032

002032

104512
105737

002260

000614

;READ THE HIGH WORD (UNCORRECTED)
iBR IF 0K

+45

118:

002250

12%:

PHEBE

178

RO,R2
as

;CLEAR 1 SELECTED CSR

;SEE IF ITS BEEN CORRECTED
:IT SHOULD HAVE BEEN

TSTREAD
8CS
94
SET
HEADER
MOV
R1,ADDRESS
PERR34

sTEST LOC (R1) &€ TST FOR SBE (WITHOUT FETCHES)
sBR IF IT IS SET
;ENABLE PRINTING OF ERROR HEADER INFO

CLRICSR
MOV
(RS),RO
cP
RO,R3
BEQ
108
PERR32

;CLEAR 1 SELECTED CSR

SET

010137

100452
005737
100405

(RS),RO
RO, TSTDAT.2
7%
RS,ADDRESS

R1,ADDRESS

ERRGEN
CLR1CSR
MOV
(R1),RO

cHP
BEQ

030326
030330
030332
030340
030344

104460

;READ THE LOW WORD (UNCORRECTED)
:BR IF 0K

IF KFLAG IS FALSE
READCSR
IF oRIT4 OFF .IN CSR OR #BIT1S OFF.IN CSR

BNE

104456

104460

(R1),.R0

RO, TSTDAT
6%

ERROR

104510
103411

sONE BIT IN ERROR (AS PER SBEMS«).
;DISABLE ECC ON 1 SELECTED CSR

END; OF IF oBIT4
END; OF IF KFLAG

020002
001401

010137

MOV
cHe
BEQ
MOV

PERR31

9096
9097
9098
9099
9100

g{g% 030346

E G ENCE

HEADER

;ENABLE PRINTING OF ERROR HEADER INFO

;SEE IF ITS BEEN CORRECTED
1BR IF 0K

TSTREAD
s TEST LOC (R1) & TST FOR SBE (WITHOUT FETCHES)
BCS
114
i1BR IF YES
SET
HEADER
;ENABLE PRINTING OF ERROR HEADER INFO
MOV
R1,ADDRESS
PERR34
SET
HEADER
;ENABLE PRINTING OF ERROR ME/ . 7 INFO
ERRGEN
: TEST ERROR ADDRESS
1ST8
PASFLG
8MI
158
1S7Y
SBEMSK +2
sTEST FOR LAST MASK BIT
BMI
128
sMINUS MEANS BIT 31
OLEFT
SBEMSK
BR
MTLC11
IF oSW1l SET.IN @SWR THEN GOTO 13$

CZMSDDO MS11-L/M DIAGNOSTIC

MTPO11

SINGLE

9123 030454

BIT

ERROR

TEST

MACRO M1113

14-UAN-82 16:15

IF QVFLAG IS TRUE

9124 030462
9125 030466

005737
100406

002240

TST
BMI

9127 030500

000137

030062

JHP

9129 030510
9130 030512
9131 030516

001004
105237
000137

9133 030530
9134 030532
9135 030534
9136 030540
9137 030544
9138 030550
9139 030556
9140 030562

005002
005003
005037
005037
012704
012737
074437
006304

000200

002260

14%:

002242
002244
000040
003740

002276

15%:

9143
9144
9145
9146
9147

000137

030170

104471
013701
013705

002364
002366

9126 030470
9128 030504

9132 030522

9141 030564
9142 030570

030572

030576
030600
030604

9148 030610
9149 030614
9150 030616

105737

052737

032704
001002

104503
000207

002260

002260
030050

002276

PAGE 266-2

13s:

020000

DLEFT

DATBUF

1ST8

PASFLG

BNE
INCB
JMP
BIS

CLR
CLR
CLR
CLR
MOV
MOV
XOR
ASL
BIT
BNE

16%:

DATBUF -2
13%

MTLB11

ias
PASFLG
MTLALl

>E QUENCE

THEN GOTO 13%

sLAST DATA BIT ?
sWHICH IS BIT 31

;;FIRST OR SECOND PASS ?

sNON ZERO MEANS WE'RE DONE
:NOT DONE. GO DO SECOND PASS

@BIT7,PASFLG

R2
R3
TSTDAT
TSTDAT.2
©40,.R4
93740, CHECK
R4, CHECK
R4
@B8IT13.R4
16¢

JMP
MTLD11
;CLEAR OUT ANY DBE’'S OR SBE'S
ECC1DIS
:DISABLE ECC ON 1 SELECTED CSR
MOV
TESTADD,.R1
MOV
TESTADD+2.RS
CLEAR
(R1).(RS)
CLR1CSR
RETURN

;CLEAR 1 SELECTED CSR

CIMSDOC MS11-L/M DIAGNOSTIC
MTPOLL
SINGLE BIT ERROR TEST

MACRO M1113

9158 030620

14 UAN-82

MTPO12:

16:15

SUBTST

PAGE 268

«<«MTPO12

Er ENCE

WRITE BYTE CLEARS SBE

TEST>.

$900000000000000000000000000000000000000000000000000000000000300000000000st

;*SUBTEST

00ran

:SINGLE BIT ERROR TEST

030704
030710
9169 030714
9170 030720
9171 030722
9172 030724
9178 030730
9174 030732
9175 030734
9176 030740

9183

9184
9185
9186
9187

9188
9189
9190

9191

9192
9193
9194
9195
9196
9197
9198
9N
9200
9201

030742
030746
030750

030754

030760
030762
030766
030770
030772
030774
031002
031006
031010

005037
012737
005087
0137587
0137387
012737
004737
0135701
074137
015701

002246

002242
002244

2::

002274

CALL
MOV
XOR
MOV
XOR

074137

MOV

010137

104017

111100
122700
001414
104457

031030

104510

031032
031034
9202 031042
9208 031046
9204 031050

108771

DATBUF .2

177777

4% ;
002082

1777717

Ss:

010137
104460

002032

1%2712

1772777

OTSTDAT ,SOURCE

CHXGEN
SBEMSK ,R1
R1,TSTDAT
SBEMSK
.2 ,R1
R1,TSTDAT.2

;NEED ADDRESS FOR CHYGEN

sGENERATE CHECx BITS

sFIRST TEST ADDRESS

MOV

TSTDAT,(R1)

tMRITE 16 BITS

MOV
SUB

OSBEMSK ,R2
RS,R1

BEQ
BIT8
[:137]

4%
e-1,(R2)
68

8ccC
SEY
MOV

St
HEADER
R1,ADDRESS

SET

HEADER

MOV

(R1),RO

TSTREAD

o, o
BEQ

e-1,(R1)
KFLAG

®-1,RO
73

TSTREAD

sPUT IT IN RL ALSO

;DISABLE ECC ON 1 SELECTED CSR

iWRITE GENERATED CHECKBITS IN 1 SELECTED CSR
s INDEX UP TO SECOND WORD
sWRITE MIGH WORD.CHECKBITS
sCLEAR 1 SELECTED CSR
317'S DANGEROUS IF WE OON'
T

;ADDRESS OF ERROR MASK
IRETURN TO FIRST WORD
sWRITE A BYTE OF 1°S
3 IS THIS MF11S-K

sBRANCH IF NOT - IT'S MS11-M
sDID THIS BYTE MAVE "€ BAD BIT IN IT?
iNO - BRANCH

IYESY LOC (R1) € TST FOR SBE (WITHOUT FETCHES)

sNO - SKIP
1ENABLE PRINTING OF ERROR HEADER INO
1ENABLE PRINTING OF ERROR HEADER INO

1CHECK DATA
iBR IF Ox
sTEST LOC (R1) & TSY FOR SBE (WITHOUT FETCHES)
sREAD THE BYTE
1SBE ERROR BIY OMLY SET ?

8Cs
SET
MOV

St
HEADER
R1,ADDRESS

SET

HE ADER

1ENABLE PRINTING OF ERROR HMEADER INO

8IT8

0-1,(R2)

1CHECK FOR LAST BYTE

PERR34

7%:

132 BITS WORTH

TESTADD R4

PERR3S

64:

sCLEAR 1 SELECTED CSR
sINITIAL DATA

R4 ,R1

MOVE
TSY

A WRITE

91, SBEMSK
sINITIAL ERROR MASK
SBEMSK .2
132 BITS WORTHM
DATBUF , TSTDAT
;SAVE ORIGINAL DATA
DATBUF
«2, TSTDAT . 2;80TH WORDS

CBICSR
ADD
RS,R1
MOV
TSTDAT.2,(R1)
CLRICSR

002502

THAT

MOV

ECC101S

012702

160501
112711
005787
001403
132712
001420
104510
103011

CLR

MOV
CLR
MOV
MOV
MOV

013704
010401
104471
013711
104475
060501
013711
104503

031016
031020
031024
031026

9205
9206 031056

CLRICSR
MOV
o1 ,DATBUF

002236

012737

030662
030670
030674
030700

TO INSURE

sBYTE CLEARS SINGLE BIT ERRORS.

104503

9161

9177
9178
9179
9180
9181
9182

tssss

WRITE BYTE CLEARS SBE TEST

100000000000000000000000000000000000000000000000000000000000000000000000000

9154
9155
9156
9157
9158
9159
9160

9162
9163
9164
9165
9166
9167
9168

MTPO12

sSHMOULD BE SET, BR IF Ox
1ENABLE PRINTING OF ERROR MEADER INFO

CZMSDDO MS11 L /TMM DIAGNOSTIC
WRITE BYTE CLEARS SBE
MTPOL2

9207
9208
9209
9210
9211

031062
031064

031066
031070

031074
9212 031100

9213 031102
9214 031106

9215 031110

9216 031114
9217 031116
9218 031126

9219 031130
9220 031140

031146
031152
031154
031164

031166
031170
031174
031176
031200
9231 031202
9232 031204

001012
005202
005201
015704
032701
001723

062704
000720

005737
100405

002364

104503

000207

UAN-82

002250

9s:

002240

10%:

PAGE

268

)

L7
R1
TESTADD, R4
o2 .R1
3

sMOVE YO NEXT BYTE
1FIRST TEST ADDRESS
:TEST FOR LOWER WORD
iBR IF IT'S LOW 16 BITS

TST

SBEMSK .2

iLAST ERROR BIT

BMI
DLEFT
BR

;%.M

9
SBEMSK
2%

sADJUST POINTER FOR ERROR REPT

1MINUS MEANS BIT 31

IF oSW1l SET.IN @SWR THEN GOTO 10t
IF QVFLAG IS TRUE THEN GCTO 10%

TST
BMI

DATBUF .2
10%

B8R

DLEFT

002364

16:15

INC
INC
MOV
8ITY
BEG
'?

000623

104471
013701
005011
060501
005011

BNt

7
00064
005737
100405

MACRC M1113%

DATBUF

s:LAST DATA BIT?
sMINUS - BIT 31

sCLEAR QUT ANY DBE'S OR SBE'S

ECC1DIS

MOV
CLR
ADD
CLR
CLRICSR
RETURN

TESTADD.R1
(R1)
R5,R1
(R1)

1DISABLE ECC ON 1 SELECTED CSR

;CLEAR 1 SELECTED CSR

CIMSDOO TMMS11 L/TM DIAGNOSTIC
MTPO12
WRITE BYTE CLEARS SBE

MACRC M1113

TEST

9285 031206

14 UAN-82 16:15

MTPOL1S:

SUBTST

PAGE

270

««MTPO13

CREATE DOUBLE B1T ERROR

TEST..

0800008000000 00008000800000000000000000000000000000000000000RRRRRRORRRRAIGRRRARS

:*SUBTEST

9249

9251

3s:
48

105737
001404
005137
005157
104503
023737
001004
023737
001460
012737
004737
013702
0742537
013702
0742537
013702
074237
013702
074237
104471
013731
104°75
013771
104503
162701
005771
104501
103411
0111587
104030

2%:

43cd

002246

ERROR

TEST

TSTB

002252

002274

S58:

68:

16%;

01 ,DBEMSK

sINITIAL DOUBLE ERROR MASK

DATBUF , TSTDAT

DBEMSK .2

BEQ
TSTDAT
comM
TSTDAT.2
comM
CLR1CSR

1DIS

SBEMSK , DBEMSK

;COMP FIRST WORD
s SECOND WORD
sCLEAR 1 SELECTED CSR

;CAN'T HAVE THE SAME ERROR BIT SET

s IN BOTH MASKS

CHXKGEN

:1GO GENERATE CHECK BITS

SBEMSK +2 ,DBEMSK «+2;COULD BE EQUAL IN SECOND WORD
138
1GO MAKE THEM NCT EQUAL
OTSTDAT ,SOURCE
;SOURCE ADDRESS FOR CHKXGEN

SBEMSK ,R2

R2,TSTOAY
SBEMSK
2 ,R2
R2,TSTDAT.2

DBEMSK ,R2

R2,TSTDAT
DBEMSK
2 ,R2
R2,TSTDAT.2
TSTDAT,8(R1).

1DISABLE ECC ON 1 SELECTED CSR
sWRITE 16 BITS

TSTDAT«2,8(R1)

;WRITE MIGH WORD

02,R1

8(R1)
9

002032

132 BITS HERE ALSO

DATBUF
«2 ,TSTDAT .2
;:916
sNO COMPLEMENTING FIRST PASS

LT
: g ¢

SEISITRRSERIRRRRIGNINNS §i

9245
9246
9247

18:

£338 a 8333333872883

9241 031224
031232
9243

CREATE DOUBLE BIT

1DOUBLE BIT ERROR FORCE TO CHECKX DOUBLE ERROR LOGIC
CLRICSR
;:CLEAR 1| SELECTED CSR
@TESTADD
MOV
,R1
CLR
DATBUF
tMAKE INITIAL DATA
CLR
DATBUF 2
sALL ZEROS
@1, SBEMSK
MOV
s INITIAL SINGLE ERROR MASK
CLR
SBEMSK .2
1SECOND WORD

FERe

9238 031210
9239 031214

104503
012701
005037
005037
012737
005037
012737
005087
013737
013737

9236

9237 031206

MTPO1X

§9000000000000080088388080000000000000000000
0000000
00000000000
RRIGIIRIRIRIARRST
000
S

HEADER
(R1),ADDRESS
+30

HEADER

sWRITE GENERATED CHECKBITS IN 1 SELECTED CSR
1CLEAR 1 SELECTED CSR

1ADJUST

TEST ADDRESS

tREAD THE LOCATION

1MAS THERE ANY DOUBLE BIT ERRORS ON 1 SELECTED CSR
3 IT

SHOULD BE

SET

L
L

CZMSDOO TMMS11 L/M DIAGNOSTIC
MACRC M1113
MTPO13
(CREATE DOUBLE BIT ERROR TEST

031454
031456
031462
031464
031470

9286 031472

9287 031502
9288 031504
9269 031514
9290 031522
9291 031526
9292 031530

9293 031540
9294 031542
9295 031546
9296 031550
9297
9298 031554
9299 031556

9300 031564
9301 031570
9302 031574

104512
105737
100452
005737
100405

002260

UAN-82

ERRGEN

13s:

8mMI
18T
BMI

1ST8

002254

DLEFT

108:

002250

002260

002276

12¢:

14%:

002252

PAGE

272

PASFLG
143

1CHECK MASK FOR LAST BIT
sMINUS - BITS)

DBEMSK.2
108
DBEMSK

IF QVFLAG IS TRUE
1S7
SBEMSK .2
118

DLEFT
118:

16:15

By
B8R
IF oSWll SET.IN 8SuR

THEN GOTO 113
THEN GOTO 118

+CHECK SINGLE ERROR MAS« 100
18R IF DONE

TST8

PASFLG

;FIRST PASS

INCB

PASFLG

;FIRST PASS, NOT DONE

124

iNON ZERO MEANS WE'RE DONE

;CLEAR OUT ANY DBE'S OR SBE'S
1
IKEEP GOING
BIS
®BIT7 ,PASFLG
$SET UP FOR CHECK BIT
TSTDATY
CLR
TSTDATY . °

32833337

9281
9282
92683
9284
9285

TESY

040, Sbe. oK
€100, DBEMSK
#3740, CHECK

SBEMSK ,R2
R2, CHECK

DBEMSK
, R2

R2, CHECK
DBEMSK
#BIT13,DBEMSK
168

SBEMSK
#BIT11, SBEMSK
154
SBEMSK , DBEMSK
DBEMSXK

002246
002252

15¢:

148

OTESTADD
,R1

8(R1).,8(R1)

;DISABLE ECC ON 1 SELECTED CSR
sCLEAR 1 SELECTED CSR

i
CZMSDDO MS11 - L/TM DIAGNOSTIC
MTPOL13
CREATE DOUBLE BIT ERROR

MACRO M1113
TESY

031722

14 UAN-82 16:15

MTPO14:

SUBTST

PAGE 274

<<MTPO14

£
WRITE

INMIBIT

DURING DATIP WITH DBE

TEST:»

‘.........‘...‘...‘.......................‘.......‘......................O.

s oSUBTEST

MTPO14 WRITE INMIBIT DURING DATIP WITM DBE TEST

‘....

1000000000000000000000000000000000000000000000000000000000000000000000000000000s

s THIS TEST CHECKS THE WRITE INMIBIT ON DOUBLE
:BIT ERRORS DURING A DATIP OPERATION By USE
10OF AN "ASRB’ INSTRUCTION.

031722
9337 031732

031736
9339 031742
031750
031754
031762
031766

031774

IF XFLAG IS TRUE

005037
005037
012737
005037
012737
005037
013737
013737

105737

002246

002242
002244

18:
28:
3s.
as:

001404
005137

005137
104503
023737

001004

002246

Ss:

023737

001476
012737
004737
015701
074137
013701
074137
013701
074137
015701
074137
012701
104471
013731

002274

68:

78:

013771

105037

013703

8s:

104503

015100
023700
001404
017137
104455
062701
017100
023700
001404
017187

002032

SRETURN

THIS TEST WILL ONLY BE RUN FOR TMMF115-K MEMORY.

CLR
DATBUF
sINITIAL DATA
CLR
DATBUF +2
12 WORDS WORTH
MOV
o1, SBEMSK
sINITIAL ERROR MASK
CLR
SBEMSK +2
:
MOV
o1, DBEMSK
:DOUBLE ERROR MASK
CLR
DBEMSK » 2
12 WORDS
MOV
DATBUF
, TSTDAT
;PRESERVE ORIG DATA
MOV
DATBUF
+2, TSTDAT .2
1578
PASFLG
;SECOND PASS YET ?
BEQ
s
:BR IF NO
com
TSTOAT
:COMPL DATA ON SECOND PASS
com
TSTDAT.2
CLR1CSR
1CLEAR 1 SELECTED CSR
cw
DBEMSK,SBEMSK
;CHECK FOR SAME MASKS
BNE
64
18R IF OK
e
DBEMSK
« 2, SBEMSK + 2
BEQ
114
:BR IF THEY'RE EQUAL
MOV
OTSTDAT.SOURCE ;SET UP ADDRESS FOR CHKGEN
CALL
CMKGEN
:GENERATE CHECK BITS
MOV
SBEMSK ,R1
XOR
R1, TSTOAT
MOV
SBEMSK+2,R1
XOR
R1,TSTDAT
.2
"oV
DBEMSK +2,R1
XOR
R1,TSTDAT.2
MOV
OTESTADD,R1
ECC1DIS
MOV
TSTDAT,8(R1)+
CBICSR
MOV
TSTDAT+2,8(R1)
CLR8
UPPFLG
MOV
TESTADD RS
CLR1CSR
ASRB
(RS).
MOV
8-(R1).RO
o
TSTDAT .RO
BEQ
9
MOV
8(R1),ADDRESS

s TEST ADDRESS

:DISABLE ECC ON 1 SELECTED CSR
;WRITE FIRST 16 BITS
JMRITE GENERATED CHECKBITS IN 1 SELECTED CSR
;SECOND 16 BITS.CHECKBITS
s INDICATE LOMER WORD
s TEST ADDRESS
:CLEAR 1 SELECTED CSR
sSPECIAL DATIP INSTRUCTION

1CHECK FOR UNCMANGED DATA
sSHOULD BE UNCHANGED

PERR31

9s:

002032

sNOTE-

THEN

ADD

MOV
cP
8EQ
MOV

e2,.R1

#(R1),RO
TSTDAT+2.RO
104
#(R1), ADORE SS

sPOINT

T0 UPPER WORD

JREAD IT

1BR IF UNCHANGED

14 UAN-82 16:15
CZMSDOO MS11 L/M DIAGNOSTIC
MACRC M1113
TEST
MTPO14
WRITE INMIBIT DURING DATIP WITH

9384 032216

104455

9386
9387
9388
9389
9390

032220
032226
032230
032234
032236

122737
001403
105237
000744
105737

9392 032244
9393 032250

005737
100405

9395 032262

000641

9391 032242

100453

000003

002261

108:

002261
002260

118:

002254

12%:

005737
100405

032320
032322
032326

000615
105737
001004

002260

105237

002260

9406
9407
9408
9409
10
11
9412
9413
9414
9415
9416

032334
032340
032346
032352
032356
032364
032372
032400
032404
032410
032414

000137
052737
005037
005037
012737
012737
012737
013702
074237
013702
074237

031732
000200
002242
002244
000040
000100
003740
002246
002276
002252
002276

002260

14%:

002246
002252
002276

15s:

9418 032424
9419 032432

032737
001630

020000

002252

9421 032440

032737

004000

002246

002246
002252

002252

032446
032450
032456
032462
032464
032466

001006
013737
006337
000743
104471
012701

9429 032500
9430 032502

104503
000207

CcrPB
BEG
INCB
BR

ks ENC

23, UPPFLG
113
PPFLG
3s

i LOWER WORD
iBR IF NO

BMI
ST
8MI

158
DBEMSK .+ 2
124

1BRANCH IF WE'RE TESTING CHEC~ BITS
sLAST BIT IN MASK ?
s8R IF BIT 31

[

TSTB

DLEFT

032302
032306

9422
9423
9424
9425
9426
9427

274

PERR31

9398
93599
9400
9401
9402
9403

032330

PAGE

002250

002364

TST

SBEMSK
2

DLEFT

SBEMSK

TST8

PASFLG

B8R

BNE
INCB

sLAST BIT IN SINGLE ERROR MASK

134

144
PASFLG

1BR IF YES
;WHICH PASS

31BR IF WE'RE DONE
;INDICATE SECOND PASS COMING

CLEMWYMYNESNS“
J’
1GO DO Im:
BIS
CIX" PASFLG

CLR
CLR

TSTDAT
TSTDAT.2

MOV
MOV
MOV
XOR

0100, DBEMSK
#3740, CHECX
.R2
R2, CHECX

ASL

DBEMSK

8IT
BEQ

168
:

DBEMSK

IF oSuWll SET.IN 8SwR THEN GOTO 13¢
IF QVFLAG IS TRUE THEN GOTO 13%

B8MI
13¢:

PASFLG

R.OEix

#8IT13, DBEMSK

ASL
SBEMSK
8I7
#BIT11, SBEMSK
164
BNE
MOV
SBEMSK
, DBEMSK
ASL
DBEMSK
158
B8R
ECC1DIS
MOV
@TESTADD,R1
CLEAR
8(R1).,8(R1)
CLR1CSR

i1DISABLE ECC ON 1 SELECTED CSR

;CLEAR 1 SELECTED CSR

CZMSDDO AS11

MTPO14

WRITE

* DIAGNOSTIC
MACRO M1113
INMUBIT DURING DATIP WiTe DBE

9433 032504

14 UAN-82
TEST

MTPOLS:

SUBTST

16:15

PAGE

276

<«MTPO15

WRITE

INMIBLIT OF

BYTE

WITw DBE -

1000000000000000000000000000000000000000000000000000000000000000antaststsst

eSUBTEST

MTPO1S

sssss

WRITE INMIBIT OF BYTE WITW DBE

:00000“.000.0000..0....00....0..000.0..00.0.0.0..00..0000ooooooooooooooooooo.oo
1s:

032756
032762
032766
032770
032776

CLR
MOV
MOV

DBEMSK +2
:
DATBUF , TSTDAY
1PRESERVE ORIG DATA
DATBUF «2,TSTDAT .2

MOV

002242
002244

43:

1ST8

64:

01 ,SBEMSK
@1 ,DBEMSK

PASFLG

BEG
Ss
TSTDAT
com
com
TSTDAT.2
CLRICSR

1DOUBLE ERROR MASK

;WHICH PASS ?

s1FIRST PASS, NO COMPLEMENTING
:SECOND PASS, COMPLEMENT TSTDAT
;1CLEAR 1 SELECTED CSR

SBEMSK , DBEMSK

SBEMSK +2 ,DBEMSK » 2

MOV
CALL
MOV
XOR
MOV
XOR
MOV
XOR
MOV
XOR
MOV

OTSTDAT,SOURCE
CHKGEN
SBEMSK ,R1
R1,TSTDAT
SBEMSK+2,R1
R1,TSTDAT.2
DBEMSK ,R1
R1,TSTDAT
DBEMSK+2,R1
R1,TSTDAT.2
OTESTADO,R1

BEQ

ECC10IS

B¢,

;SINGLE ERROR MASK

BNE

(1]

11%

;CHECK FOR SAME MASKS

;BR IF NOT EQUAL

1 SECOND WORD AL SO

;BR TO MAKE THEM NOT EQUAL

;ADDRESS FOR CHXGEN
1GO GENERATE CHECK BITS

s TEST LOCATION

1DISABLE ECC ON 1 SELECTED CSR

MOV
TSTDAT
. 8(R1).
sWMRITE FIRST 16 BITS
;LOAD CSR WITH IMAGE FROM R2
CBICSR
sWRITE GENERATED CHECKBITS IN 1 SELECTED CSR

002242

MOV
TSTDAT«2,8(R1)
CLRICSR
MOV
TESTADD,R2
MOV
R2,R3
ADD
#3,R3
MOVe

MOV
MOV
e

023700

BEQ
MOV

002032

017100

023700
001404
017137
104455

SBEMSK .2

34:

104475
013771
104503
013702
010203
062703
112722
012701
017100
001404
017137
104455

CLR

002252

74:

032716
032720
032724
032730
032734
032740
032744
032746
032754

;INITIAL DATA
+132 BITS WORTH

MOV

002274

9471
9472
9473
9474
9475
9476
9477
9478
9479
3480
9481
9482
9483
9484
9485
486

DATBUF
DATBUF «2

2%:

002254

013731

CLR
CLR

002246

Ss:

1CHECK FOR WRITE INMIBIT DURING A JRITE
;CHECKS FOR UNCORRECTED DATA,

PERR31

9s:

002032

#360,(R2).

®TESTADD
,R1
8(R1),RO
TSTDAT RO

94
®(R1),ADDRESS

MOV

82(R1),.RO

BEQ

104

MOV

PERR3)

TSTDAT+2,.R0

82(R1),ADDRESS

;;WRITE SECOND 16 BITS « CHECKBITS
;:CLEAR 1 SELECTED CSR
;GET ADDRESS OF TEST LOC
1R2 DESIGNATES FIRST BYTE
;R3 DESIGNATES LAST BYTE
1 TRY WRITING A BYTE

;CHECK FOR UNCHANGED DATA
1BR IF Ox

;READ SECOND WORD
1BR IF UNCHANGED

|
CZIMSDOO MS11 (/M DIAGNOSTIC

MTPOLS

9487
3488
9489
9490
9491

9492
9493
9494
9495
9496
9497
9498

WRITE

033000
033002
033004
033010
033012

033016
033020
033030
033032
033042
033050
033054
9499 033056

9500
9501
9502
9503
9504
9505
9506
9507
9508
9509
9510

033066
033070
033074
033076
033102
033104
033112
033116
033122
033130
033136

9512
9513
9514
9515
9516
9517
9518
9519
9520
9521
9522

033150
033154
033160
033164
033170
033176
033200
033204
033212
033214
033222
033226
033230
033232
033236

9511 033144

9523

9524

9525
9526

9527
9528 033244
9529 033246

INMIBIT

020203
001350
105737
100452
005737
100405

BYTE

MACRO TMM111%

wITh DBE

10s:

002260

118

002254

100405

12%:

002250

105737
001003
105237

012701

104503

000207

1ST8

PASFLG

13s:

002260

002276

14%;

15¢:

iBR

DLEFT

SBEMSK

T1STB

PASFLG

BIS

®BIT7,PASFLG

BNE
INCB
B8R

CLR
CLR

IF DONE ~ERE

iLAST SBE MASK

13¢

143
PASFLG
is

:BR IF DONE WITH THIS PASS
;TEST PASS FLAG

sNON ZERO MEANS WE
' RE DONE
;NOT DONR

TSTDAT
TSTDAT.2

MOV
MOV
MOV
MOV
XOR
MOV
XOR

040, SBEMSK
0100, DBEMSK
@3740, CHECK
SBEMSK ,R2
R2, CHECK
DBEMSK ,R2
R2,CHECK

817

#BIT13,DBEMSK

DBEMSK

SBEMSK

BIT

#8IT11,SBEMSK

MOV
ASL

SBEMSK
, DBEMSK
DBEMSK

BNE

168:

128
DBEMSK

SBEMSK .2

ASL

002252

TESTING CrECK BITS

sCHECKING FOR LAST ERROR 817

TST

BEQ

002246

:BRANCH IF

IF oSWil SET.IN 8SWR THEN GOTO 13
IF QVFLAG IS TRUE THEN GOTO 13

ASL

002252

1BR IF NO

DBEMSK .2

EQENCE
sTESTED LASY BrTE

TS7

BMI

000617

000600
052737
005037
005037
012737
012737
012737
013702
074237
013702
074237
006337
032737
001633
006337
032737
001006
013737
006337
000743
104471

R2.R3

“

PAGE 276-1

BNE

Ml
DLEFT

000643
005737

14 UAN-82 16:15

164

BR
15¢
ECCIDIS
MOV
OTESTADD,R1

:DISABLE ECC ON 1 SELECTED CSR
; TEST LOCATION

sRESTORE CSR
CLRICSR

sCLEAR 1 SELECTED CSR

CLEAR

RETURN

#(R1).,8(R1)

:TO ERASE ANY DBE'S FROM TESTING

CZMSDDO MS11-L/M DIAGNOSTIC

MTPO1S

WRITE

INMIBIT

OF SYTE

MACRO M1113

\‘C'
id

JAN-82

MTPO16:

SUBTST

WITH DBE

9532 033250

16:15

PAGE 278

SEQJENCE

«<«MTPO16

WRITE

INMIBIT OF

WORD WITH DBE
-

10 0 0 0 0 8 000088050000000000000000000000000000000000000000000000000000000RS

;s*SUBTEST

MTPO16

WRITE

INMIBIT

WORD WITH DBE

1000000000000000000000000000000000000000000000000000000040000000000000000000000s

9533
9534
9535

;DOUBLE BIT ERROR WRITE CANCEL WITH

0335250
033254
033260
033266
033272
033300
033304
033312

005037
005037
012737
005037
012737
005037
013737

033320
033324
033326
033332
033336
033344
033346
033354
033356
033364
033370
033374
033400
033404
033410
033414
033420
033424
033430
033434
033436
033442
033444
033452
033456
033462
033464
033472
033476
033502
033506
033510
033516

013737
105737
001404
005137
005137
023737
001004
023737
001502
012737
004737
013701
074137
013701
074137
013701
074137
013701
074137
012701
104471
013731
104475
013771
105037
162701
104503
012771
012701
017100
023700
001404
017137
104455

033520
033524
033330
033534
033536
033544

062701
017100
023700
001404
017137
104455

002236
002240

T12A:

000001

002246

000001

002252

T128:

002236
002240
002260

002242
002244

1%:

002250

041724

MOV
MOV

1ST8

002242
002252

sWORD WRITE.
sCHECKS WRITE INMIBIT WITH WORD WRITES 10
sWORD WITH DOUBLE ERROR.
CLR
DATBUF
1BACKGROUND FOR DOUBLE ERRORS
CLR
DATBUF «2
12 WORDS WORTH
MOV
@1, SBEMSK
1 SINGLE ERROR MASK
CLR
SBEMSK
.2
'
01 ,DBEMSK
MOV
iDOUBLE ERROR MASK
CLR
DBEMSK
+2

2s:

002254
002274

BEQ
comM
com
cP
BNE
cHe
BEQ
MOV
CALL
MOV
XOR

002242

002244
002261
Ss:

177400

002364

;COMP DATA ON SECOND PASS ONLY
1BR IF FIRST PASS
TSTDAT
1COMP FIRST WORD
TSTDAT.2
sNOW SECOND WORD
';“fi"SK +DBEMSK
1CHECK FOR IDENTICAL MASKS
1BR_IF DIFFERENT

PASFLG

SBEMSK +2 ,DBEMSK
«2 ; UPPER WORD T0O
84
:BR TO MAKE THEM NOT EQUAL
OTSTDAT, SOURCE
iNEED ADDR OF DATA FOR CHKGEN
CHKGEN
:GO GENERATE CHECK BITS
SBEMSK ,R1
R1,TSTDAT

SBEMSK+2,R1

MoV
XOR
MOV

DBEMSK ,R1

MOV

DBEMSK.2,R1

XOR

DATBUF, TSTDAT
;DATA FOR TEST
DATBUF +2, TSTDAT+2;B80TH WORDS

XOR

MOV
ECC1DIS
MOV
CB1CSR
MOV
CLR8
SuB
CLRICSR
MOV

R1,TSTDAT.2
R1, TSTDAT

R1,TSTDAT.2
®TESTADD,R1

TSTDAT,8(R1)+

TSTDAT+2,8(R1)
UPPFLG
#2.R1

#177400,8(R1)
OTESTADD,R1

8(R1),RO

002242

TSTDAT,RO

64
8(R1),ADDRESS

002032

64:

#2,.R1
8(R1),R0O

;S;JDATo?.RO

002032

8(R1),ADDRESS

iFIRST TEST ADRRESS
+DISABLE ECC ON 1 SELECTED CSR
iWRITE FIRST 16 BITS
sWRITE GENERATED CHECKBITS IN 1 SELECTED CSR
JMRITE SECOND 16 BITS « CHECKBITS
+SET FOR 2 LOOPS
+POINT TO LOW WORD
sCLEAR 1 SELECTED CSR
s TRY WRITING LOCATION

1CHECK FOR ORIGINAL DATA
$SHOULD BE UNCHANGED

: THIS SHOULD BE UNCHANGED ALSO

I< =
CZMSDDO MS11-L/M DIAGNOSTIC

MTPO16

WRITE

9587 033546
9588 033552
9589 033554
9590 033560
9591 033562
9592 033566
9593 033570
9594 033574
9595 033576
9596 033606
9597 033610
9598 033620
9599 033626
9600 033632
9%601 033634
9602 033644

9603 033650
9604 033654
9605 033656
9606 033662
9607 033666
9608 033674
9609 033700
9610 033704
9611 033712
9%12 033720
9613 033726
9%14 033732
9%15 033736
9%16 033742
%17 033746
9618 033752
9619 033760
9620 033762
9621 033766
9622 033774
9623 033776
9%24 034004
9625 034010
9626 034012
9627
9628
9629
9630
9631

INHIBIT OF

105737
001003
105237
000740

105737
100454

005737
100405

MACRC M1113

WORD wITH DBE

PAGE 280

002261

1ST8
BNE
INCS

UPPFLG
8s
UPPFLG

002260

1ST8

PASFLG

TST

DBEMSK .2

DLEFT

DBEMSX

002261

B8R

BMI

002254

B8MI1

000636

9s:

005737
100406

10¢:

002260

11%:

002246
002276

12%:

002252

13s%:

128

sLAST BIT

iMINUS - BIT 31

10¢

:BR IF LAST BIT

SBEMSK

TST8

PASFLG

;FIRST PASS

INCB
JMP

PASFLG
T12A

;INDICATE SECOND PASS COMING

CLR
CLR

TSTDAT
TSTDAT.2

BNE
8IS

MOV
MOV
MOV
MOV

T128

11%

XOR
MOV
XOR
ASL

BEQ
ASL

43
SBEMSK

BNE
MOV
ASL
BR

138
SBEMSK
, DBEMSK
DBEMSK
12¢

MOV
CLR

@TESTADD,R1
8(R1).

ECC1DIS

1BR _IF SECOND

0BIT7,PASFLG

040, SBEMSK
#100,DBEMSK
@3740,CHECK
SBEMSK,R2
R2,CHECK
DBEMSK ,R2
R2,CHECK
DBEMSK

8IT

002252

DLEFT

JMP

BIT

002246

sWHICH LOOP 2
:SECOND, BR OUT
:FIRST, KEEP GOING

IF aSW1l SET.IN 8SWR THEN GOTO 10
IF QVFLAG IS TRUE THEN GOTO 10s
1ST
SBEMSK
+2
sLAST BIT IN THIS MASK

BMI

000137
105737
001004

105237
000137
052737
005037
005037
012737
012737
012737
013702
074237
013702
074237
006337
032737
001623
006337
032737
001006
013737
006337
000743
104471
012701
005031
005071
104503
000207

14 UAN-82 16:15

#BIT13,DBEMSK

#BIT11,SBEMSK

CLR
a(R1)
CLR1CSR

:DISABLE ECC ON 1 SELECTED CSR

tRESTORE TEST ADDRESS
sCLEAR ANY DBE‘'S FROM TEST

;CLEAR 1 SELECTED Mx11 CSR

CZMSDDO MS11 L /M DIAGNOSTIC
MACRO M1113
MTPO1e
WRITE INWIBIT OF WORD w!Tw DBE
934 034032

14 UAN-82

MTPO17:

SUBTST

16:15

PAGE

«<MTPO17

282

SE@ANCE
MOLDING

1°S &€ G'S

TEST»»

0000000000000 000004000800000000000000
0000000000000
00000000
000000000000BR
000
RRRS

i #SUBTEST

9635
9636
9%37
9638
9%39
%40
9641 034032
9642 034036
9643 034040
9644 034044
9645 034050
9646 034052
9647 034054
9648 034056
9649 034060
:g‘: 034062
9652 034064
9653 034066
9654

se(1)
i
ie
s¢(2)

012701
010104
012705
012700
010003
000303
110021
110321
020105
103774
014102
020002
001401

9658
9659
9660
9661

020104
101372
000303
000300

034074
034076
034100
034102

9662 034104

9663

9664 034106

HOLDING 1°'S € 0'S TEST

sNOTE:
MOV
MOV
MOV
MOV
MOV
SWAB
MOVB
MOV8
cHP
BLO

THIS TEST CHECKS THE MEMORY FOR THE CAPABILITY
OF HOLDING 1'S AND 0°S BY WRITING A BACKGROUND
OF 000377 AND READING I7
MEMORY IS WRITTEN USING A BYTE AT A TIME
STEPS 1 & 2 ARE REPEATED WITH A SWAPPED BACKGROUND PATTERN
THIS TEST WRITES BYTES £ READS WORDS
OF IRST ,R1
R1.R4
OLAST.2,RS
#377,R0O
iGET THE PATTERN INTO RO
RO,R3
R3
RO,(R1).
sWRITE A BYTE
R3,.(R1).
sWRITE THE MEMORY WITH THE BYTE STORED IN BAKPAT.)
R1.RS
sCOMPARE TEST LOC TO TOP . 2
1s
1BRANCH IF LOWER

MOV
cHP

-(R1),R2
RO,R2

BEQ

cHe
BHI
SWAB
SWAB

R1,.R4
4
R3
RO

i#(3)

9655 034070

gg? 034072

MTPO17

1000000000000 0080000000080000000000000000000000000000
0000000000000
00000000
000000

060000

160000
000377
1%:

2%:

104446

001763
000207

PERR22

38:

BEQ

RETURN

s TEST THE MEMORY TO SEE IF IT CONTAINS
;THE WORD STORED IN BAKPAT

sKEEP ON TESTING THE MEMORY UNTIL
sR1 EQUALS THE LOWEST ADDRESS
:CHANGE THE DATA PATTERN
+IF

THE DATA PATTERN DOES NOT HMAVE LOW

: BYTE =0 THEN FALL THRU

CZMSDOO MS11-L/TM DIAGNOSTIC
MTPO1”TM
MOLDING 1°S £ O S TEST
967 034110

MACRO M1113

14 UAN-82

MTP0O20:

SUBTST

16:15

PAGE 284

<«<«<MTPO20

L€ @ ENCE
MARCHING 1°'S € 0'S IN CHECK B1'S

TEST»»

1000808000008 0000000000000000000000000000000000000000000000RRSLRRNRRRRLIARNLIARBLGE,

;oSUBTEST
96,08

100F THE MOS RAMS THAT STORE THE CHECKBITS.

970

9%71

972 034110
9673 034112
974 034114
9675 034116
9676 034120
9677 034122
9678 034124
9679 034126
9680 034130
9681 034132
9682 034134
:.‘2 034136
9686
9687
9688
9689
9690
9691
9692
9693
9694
9695
9696
:u

999

9700
9701
9702
9703

9704
9705
9706
9707
9708
9709
9710
9711

MARCHING 1°S £ 0°'S IN CHECK BITS TESY

3oTHIS TEST IS CONCERNED ONLY WITH THE INTEGRITY

9669

9685

MTPO20

1008080000000 08880080000000000000000000000000000000000000000000000000RRRRORARASS

160201
160204
005711
001002
005714
001401
104453
010314
005011
020100
101365
000207

MTPA20:

034140
034142
034144
034146
034150
034152
034154
034156
034160
034162
034164
034166

005711
001002
020314
001401
104452
005014
005011
060201
060204
020405
001365
000207

MTPB20:

034170
034172
034174
034176

005711
001002
005714
001401

MTPC20:

034200
034202
034204
034206
034210
034212
034214
034216

104453
010314

005011

060204
060201
020405
001365
000207

18:
2%:

3s:
4%

Ss:
64:

3077 --> 100 DOWN

SUB
SuUB
TST
BNE
ST
BEQ
PERR27
MOV
CLR
ce
BMHI
RETURN

R2.R1
R2.R4
(R1)
1s
(Re)
2%

R3,.(R4)
(R1)
R1,RO
MTPA20

:100 --> 077 WP

TST
BNE
. o
BEQ
PERR26
CLR
CLR
ADD
ADD
ce
BNE
RETURN

(R1)
3
R3,.(R4)
43

(R4)

(R1)
R2.R1
R2,.R4
R4 ,RS
MTP820

3077 --> 100 WP

TST
BNE
ST
BEQ

PERR27
MOV

CLR

ADD
ADD
cHP
BNE
RE TURN

(R1)
Ss

(R4)
64

R3,.(Ra)

(R1)

R2,.R4
R2.R1
R4 ,RS
MTPC20

:V177640
V177642
1V177644
1V177646
V177650
1V177652
1V177654
1V177656
1V177660
1V177662
1V177664
1 V177666

:1ST WORD Ox?
iNO - SKIP
i2ND WORD Owx?
s YES - SKIP
: GOOD =000000, , 000000, ,077
12ND WORD <= 100000
;CLEAR 1ST WORD
;ARE WE DONE?
:BRANCH IF NOT

1V177640
V177642
1V177644
iV177646
1V177650
V177652
1V177654
1V177656
1V177660
1V177662
1V177664
1V177666

:1ST WORD Ox?
iNO - SKIP
12ND WORD Ox?
i YES - SKIP
: GOQD =000000,
, 100000, ,100
;CLEAR 2ND WORD
sCLEAR 1ST WORD

1V177640
1V177642
iV177644
iV177646

;1ST WORD OK?
iNO - SKIP
;2ND WORD OK?
;YES - SKIP

1V177650
1V177652
1V177654
V177656
1V177660
V177662
1V177664
1V177666

;TOP « 2 YET?
sNO - LOOP

1 GO0D =000000, , 000000, ,077
tWRITE 1ST WORD
;WRITE 2ND WORD
sTOP « 2 YET?
;NO - LOOP

CZMSDDO MS11-L/M DIAGNOSTIC

MTPO20

MARCHING

9714

9715 034220

9716
9717
9718
9719
9720
9721
9722

034222
034224
034226
034230
034232
034234
034236

9723 034240
9724 034242
9725 034244

9726 034246
9727
9728
9729 034250
9730 034252
9731 034254
9732 034256
9733 034260
9734 034262
9735 034264
9736 034266
9737 034270
9738 034272

1°S

€ 0°S

MACRO M1113

IN CHECK

BITS

TEST

14 UAN-82 16:15

160201
160204
020314
001002
005711
001402
104452
005014
005011
020100
101365
000207

MTPD20:

005711
001002
005714
001401

MTPE20:

060201
060204
020405
001367
000207

10%:

104453

PAGE 286

3100 --> 077 DOWN
R2,.R1
R2.R4
R3,.(R4)
78

(R1)
8s

iV177640

V177642
;1V177644

V177646
1V177650
sV177652

V177654

(R4)
(R1)

V177656

MTPD20

1V177664
1V177666

(R1)

1V177640

R1.RO

9s:

JE G UENCE

(R4)
10¢

R2,R1
R2,.R4

R4 ,RS
MTPE20

1V177660
1V177662

1V1i77642
;V1i77644
1V177646
:V177650
1V177652
1V177654
V177656
:V177660
V177662

:2ND WORD Ox?
iNO

- SKIP

:1ST WORD Ox?
:YES - SKIP
: GO0D =000000,
, 100000, , 100
iWRITE 1ST WORD
iWRITE 2ND WORD

;1ST WORD Ox?
iNO - SKIP
:2ND WORD OK?
:YES - SKIP

; GOOD =000000,
, 000000, ,077

;TOP « 2 YET?
iNO - LOOP

’

2
2

CZMSDOO MS11 L/TM DIAGNOSTIC

MTPO20

MARCHING

1°S € O S

MACRO M1113

IN CHECw BITS

9741 034274

TEST

14 UAN-82 16:15

MTPA21:

SUBTST

PAGE 28a

<«<«MTPA21

FaANCE
MARCHING 1°S & O'S PATTERN

TELT ..

9000000000000 000000000000000000000000000000RRRRRRINNR
IR ARRARAN RRIRRR
I AR
S

s oSUBTEST

9742

9743
9744
9745
9746
9747

034274
034276
034300
034302

9748 034304

014100
020200
001401
104443

18:

000311

2%:

9749 034306

011100

9754 034316
9755 034320
:;’g’ 034322

020401
001365
000207

9758 034324
9759 034324

011100

9750 034310
9751 034312
:gi 034314

9760 034326

9761 034330
:;:i 034332

9764 034334

020300
001401
104444

MARCHING 1°S € 0°S PATTERN TEST

062701

9771 034352

9772 034354

:;;: 034356

9775 034360

034360
034362
034364
034366

9781 034370

9782 034372

9783 034374
9784 034576

:;2 034400

9787 034402
9788 034406

9789 034410

9790 034412

2%:

020200
001401
104443

020501

000002

58:

001363
MTPC21:
18:

000311

24:

011100

020300
001401

104444

000207

-(R1),R0; V177640
R2.R0
V177642
24
1V177644
V177646

(R1)

1V177650

ce
BEQ
PERR20

(R1),RO

RS, RO
S8

;v177652

ce
BNE
RETURN

R4, R1
1t

V177662
V177664
1V177666

;v177654
1V177656
1V177660

[

RS.RO

V177642

SWAB

(R1)

1V177650

ow
BEQ
PERR1”

R2,R0
3s

V177654
1V177656
1V177660

02,R1

V177662

V177670

MOV

ADD
ce

RETURN

011100
020200
001401
104443

001363

SWAB

MOV

BNE

000207

062701
020501

MOV
o
BEQ
PERR17

BEQ
PERR20

000511

9770 034346

ERNRRANARRRRORRARS

sREAD ,BYTESWAP
-MODIF ¥ ,READ , DOWN

1 DONE
?
iNO - LOOP
iYES - RETURN

MTPB21: ;READ,.BYTESWAP -MODIFY,READ,
P
18:
MOV
(R1),RO ;V177640

001401
104444

011100

9766 034340
9767 034342
:;:l’ 034344

3s:

020300

9765 034336

9776
9777
9778
:;g

MTPA21

§00000000000000000000000000080000000000RLRNNBBLNNNRNNENIBIIR

38:

iIV177644
V177646

(R1),RO ;V177652

RS.R1

V177666

300!?

V177672

i YES

iNO - LOOP
-

RETURN

;READ.BYTESWAP-MOD
,READ,
IFY
P

MOV
cP
8EQ
PERRL7

(R1),R0 ;V177640
R2,RO
;vi77642
2
iIV177644
1V177646

SWAB

(R1)

1V177650

%
BEQ

R3.,RO
L

V177654
1V177656

ADO
e

02,R1
RS.R1

V177662
V177666

1 DONE
?

BNE

V177670

iNO

MOV

PERR20

000002

RETURN

(R1).RO ;V177652

1V177660

1vi77672

iYES

LOOP

RETURN

/M DI

SfoRoY° mRkeni NG 1°'S €
9793 034414
9794 034414

9795
9796
9797
9798
9799

034422

000311
011100
020200

034436
034440

020401
001365
000207

034442

g PATTERN TESTMIL11%

14 UAN-B2 16:1%

MTPD21:

18:

2%:

001401

104443

3s:

PAGE

090

DOWN
IF
v ,READ,
;READ,.BYTESWAP -MOD

MOV
c

-(R1),R0; V177640

R3. R0

;v177642

V177644
V177646

(R1)

V177650

ce
BEQ
PERR17

R2,R0
3

;V177654
V177656
1V177660

cHP

R4 ,R1

V177662

BEQ
PERR20

001401
104444

034424
034426
034430
034432
034434

§888¢

9800
9801
9802
9803

034416
034420

014100
020300

TIC

SWAB

MOV

BNE

RETURN

(R1),R0 ;V177652

1V177664

1V177666

?
1 DONE
iNO - LOoP
s YES - RETURN

MACRO M1113
SPR%0° Raddning §1S9%8E CPATTERN
TEST
9811 034444

14 UAN-82

MTPO22:

SUBTST

16:15

PAGE

292

««MTPO22

REFRESH £ SHIFTING DIAGONAL

» ENC

TEST»»

1080000000000 000000000000000000000000
0000000000
00000000
R0RR000000RRIRI0000
RRRRASTS

;i *SUBTEST

MTPO22

REFRESH £ SHIFTING DIAGONAL TEST

2008000000300 80000080800000800000000000000000000000000000000000000000000000000000

(1)

WE WRITE A DIAGONAL PATTERN IN MEMORY (WITh CACHE ON).

(WITH CACHE OFF ),

1(2)
:(3)

000010

104423

“DIAG=8.

IF A REFRESH TEST WE DISTURS ALL ROWS FOR » 2 MS (WITH CACHE ON).
WE READ £ CHECK FOR CORRECTNESS THE DIAGONAL PATTERN

sHOW OFTEN A DIAGONAL
FOR EVEN :- 01 TO @2
IF EVEN EQ o1
LET R2 := ZEROS
LET RS :- ONES
ELSE
LET R2 :- ONES
LET RS :« ZEROS
END ;0F IF EVEN
FOR STRIPES := @0 TO OXDIAG-1
sMRITE LOOP

CACHON
LET COUNT := STRIPES
LET R1 := OFIRST

STRIPE OCCURS (MUST BE A POWER OF
iFOR DATA £ COMPLEMENT DATA

iFOR THE NUMBER OF STRIPES

s+TURN CACHE ON

WHILE R1 LOS OLAST

IF COUNT LT 00 THEN LET COUNT := OKDIAG-1
IF 0374 OFF .IN R1 THEN LET COUNT :* COUNT
IFCMY')EOO
LET (R1)
:= R2
LET 2(R1) := R2
ELSE
LET (R1) := R3S
LET 2(R1) := R3
END ;OF IF COUNT

LET

T := COUNT

LET R1 := Rl » o4
END :OF WHILE
1END OF WRITE LOOP

IF DIAGFLAG IS FALSE

sREAD LOOP

LET COUNT
104424

THEN $CALL REFRESH

:= STRIPES

LET Rl := OFIRST
CACHOFF

; TURN CACHE OFF

CZMSDOO M511-L/TM DIAGNOSTIC
MACRO M111%
MTPO22
REFRESH £ SHIFTING DIAGONAL TEST

9852
9853
9854
9855
9856
9857

034644
034652
034666
034700
034706
034710
9858 034714
9859 034716
9860 034716
9861 034722
9862 034726
9863 034730
9864 034730
9065 034732
9866 034734
9867 034740
9868 034742
9869 034742
9870 034746
9871 034752
9872 034754
9873 034754
9874 0354754
9875 034760
9876 034764
:;z

9879 034766
9680 035002
9881 035016

UAN-82 16:15

PAGE

293

WHILE R1 LOS @LAST
IF COUNT LT 00 THEN LET COUNT :IF @374 OFF _IN R1 THEN LET COUNT
IF COUNT NE 0
LET RO := (R1)
IF R2 NE RO

104443

@wDIAG )
:- COUNT

PERRL7
END ;0F IF R2

LET RO := 2(R1)
IF R2 NE RO
PERR17

104443

END ;0F IF R2
ELSE
LET RO := (R1)
IF R3S NE RO
PERR20
END ;0F IF R3
LET RO := 2(R1)
IF R3S NE RO
PERR20
END ;OF IF R3
END ;OF IF COUNT
LET COUNT := COUNT
LET Rl := R1 « 04
END ;0F WMILE
:END OF READ LOOP

104444

END ;OF FOR STRIPES
END ;0F FOR EVEN
RETURN

000207

9883 035020

REFRESH:SUBTST

<<SUBR

REFRESH DELAY>>

10000000000000000000000000000000000000000000000000000000000000000000000000000000

1 ¢SUBTEST

9884

SUBR

REFRESH DELAY

10 08 0 20 0 00000000000008000000080000000000000000000000000000000000000000000000

9885 035020
9886 035024
9887 035030

LOISTURB EACM ROM FOR > 3.2 Ms

004737

FOR RO 1= OFIRST T0 OFIRST 574 B 24
CALL REFSUB
END ;0F FOR RO

035070

9888 035042

LET RO 1+ OFIRST.BIT14

9889 035046
9890 035054
9891 035060
9892 035064
9898 035066

000207

9895
989
9897
9898
9899
9900
9901

062700
005140
005120
005110
005110
077405
162700

9894 035070

035074
035100
035102
035104
035106
035110
035112

9902 035116

004737

012704

000207

WHILE RO LOS SLAST.BIT14.374
CALL REFSUB
LET RO :» RO + 04
END 1OF WMILE
RE TURN

035070

000640

000002

REFSUB: MOV
15:

ADD
COM
COM
CoMm
coM
S0B
SUB
RETURN

0640,R4

02RO
-(Ro
(RO)»
(RO)
(RO)
Ra.1s
02RO

JTIME FOR A » 3.2 MS LOOP

CZMSDDO MS1L L/M DIAGNOSTIC
SuBR
REFRESH DELAY
9906 035120

MACRD M1113

14 UAN-B82 16:15

MTPA24:

SUBTST

PAGE 29¢

«<«MTPA24

EPANCS
FAST GALLOPING PATTERN

TEST»»

;O0.‘....0000..00.0‘.0..‘.00.0000000000.0‘.....0......00..‘0

;eSUBTEST

9909

9918
9919
9920
9921

TEST BEGINS AT LOWEST LOCATION BEING TESTED
(LETS NAME IT ‘A’)
LETS NAME THE 1ST LOCATION IN THE ROW/COLUMN UNDER TEST AS B.
SWAPS BYTES FOR LOCATION ‘A .
READS 'A‘, READS ‘B’
‘B’ = ‘B'-400
(ADDS 64 DOUBLE WORDS TO '8
)
REPEATS STEPS S AND 6 UNTIL 'B' IS GREATER THAN THE
END OF THE BANXK A.2

;RO

TEST DATA

iR3

BAKPAT

LAST

10(9)
REPEATS STEPS 3-8 UNTILL ‘A’ REACHES THE END OF THE BANK
;0(10) AFTER EXECUTING THE TEST DATA IS COMPLEMENTED
e
AND STEPS 1-9 ARE REPEATED
;REGISTERS ARE USED AS FOLLOWS

9922

iR1
iR2

9926

;R4

9925
9927

9928

9929

‘A’
‘8

SHAPAT

sNOTE THE PATTERN STARTS AT MTPB24'
'ttt ststrseny

9930

9932 035120
9933 035122
9934 035124

011100
020004
001401

18:

9937 035130

011200

9939 035134

001401

9942 035140
9943 035144

000400

m’“s 035146

062702
020205
101764

9946 035150
9947 035154

062701
000137

000002
035160

m 035136

STORED AT LOCATION BAKPAT

3#(2)
e
;#(3)
;o(4)
:#(S)
1#(6)
1#(7)
1o(8)

9923
P24

9938 035132

..0....0000ooooo.ooo

sTHE TOTAL TEST (INCLUDING SETUP) IS AS FOLLOWS
se(1)
THIS TEST WRITES THE MEMORY WITH A BACK GROUND PATTERN

9910
9911
9912
9913
9914
9915
9916
9917

:fi 035126

FAST GALLOPING PATTERN TEST

|o.oo.oooo.o0o.oo..‘.o00000000000000.0....000000000ooooooooooo.oo.oo.ooooooooooo

9907
9908

9931

MTPA24

104447

JUIPAR'
S

MOV
cHP
BEQ

(R1),RO
RO,R&
24

1V177640
V177642
IV177644
1V177646

;READ ‘A’
;CHECK A"
iBR IF O
;REPORT ERROR

(R2),RO

1V177650

tREAD '8’

IV177654

i8R IF Ox

ADD
3
8LOS

0400,R2
R2,.RS

1V177660
iV177664
V177666

BUP ‘B’
;AT END YET?

ADD
P

o2, ,R1
S0MTPB24

;V177670
V177674

BUMP ‘A°
:GOTO V177260

PERR23S

020003

MOy

8EQ

104450

PERR24

3s:

RO,RS

1V177652

1V177656

;CHECK B°

;REPORT ERROR

iBR IF NO

!fi

'?:(':90 MI113

14 UAN-82

MTPB24:

16:1S

SUBTST

PAGE

298

«<MTPB24

SEGANCE
FAST GALLOP PART

B8>>

(9000000000000 000008000000080000000000000800000000000000000000

;*SUBTEST

MTPB24

ssRRRRRRIRARRRAS

FAST GALLOP PART B

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

‘.‘.O.............

S
1SOPAR"

MOV
c

035160
035162
035164
035166
035170

035174

18:

BNE
RE TURN
JMP

MTPC24:

SUBTST

R4 ,.(R1)
R1.RS

V172260
1IV172262

SMTPC24

1V172264
V172266
1V172270

«<MTPC24

FAST

GALLOP PART

sWRITE A
:DONE
?

1BR IF NO
:YES - RETURN
;GOTO v172360
(C»>»

$000080300000000000800800000000030000000000000000000000000000000000000000000000sS

3 eSUBTEST

035174
035176
035200
035202
035204
035206

MTPC24

FAST GALLOP PART C

3‘....‘....‘..“...‘........‘.‘...........‘..“......‘.....‘.‘0.“.....0‘0‘....0

S
1KDPAR'

MOV
MOV
cHP

010102

011100
020004
001401
104447
000137

035140

1%:

BEQ
PERR23
JP

R1,.R2
(R1).RO
RO ,.R4
1t

FOMTPA24 .20

1V172360
V172362
1V172364
1V172366
;V172370
1V172372

sRESET ‘B
;READ 'A
;CHECK 'A

iBR IF Ox
;REPORT ERROR
;GOTO V177660

’

CIMS000

MTPCo4

FAST

MACRD TMM11135

GALLOP PAR

9968 035212

UAN-82

MTPO25:

SUBTST

16:15

PAGE

300

««MTPO2S

EQRENCE

INTERRUPT ENABLE

TEST >

0000000000000 0000000000000 000000000000 0000 0000000000000 00RRCRNEIRBRROERRRGORGOESGS

;i *SUBTEST

9969 035212
9970 035216
9971 035222

005037
005037
012737

002242
002244
002242

9973 035234
9974 035242

012737
012701

000003
002364

9976 035254

004737

035530

9972 035230

9975 035246

9977 035260
9978 035262
9979 035266

9980

9981 035272
9982 035274

9983
9984
9985
9986
9987
99688
9989

9990
9991
9992
9993
9994

035300
035304
035306
035310
035316
035322
035326

004737

012737
104473
005771
005771
104507

005771

005771
000404
104426
005237
004737
012737

041724

035306

9997 035366
9998 035372
9999 035400

005037
012737
004737

002244
000003
035500

035404
035412

012737
004737

035422
035430
035434
035442
035446
035450
035454

012737
004737
012737
004737
104503
005037
000207

10011
10012
10013
10014
10015
10016

035456
035462
035464
035470
035472
035476

004737
104471
004737
104507
004737
000207

035416

005037

035456

001400
035500
002242
000003
035500
001400
035500

002266

MOV

035552
035612

TSTDAT
TSTDAT.2
OTSTDAT, SOURCE

1GENERATE CHECKBITS ON 0,.0

03 ,NOPAR
OTESTADD,.R1

1SETUP PARITY ACTION
iF IRST TEST ADDRESS
1SETUP TRAP DESTINATION
iMRITE DATA £ CHECKBITS
+INITIALIZE 1 SELECTED Mx11 CSR
+ACCESS LOCATIONS FOR DBE TRAPS

018 ,PARTHERE

CALL

MTPA2S

ECCLINIT
TST
8(R1)
TST
82(R1)

sNONE

- GOOD - ACCESS FOR SBE TRAPS

ENA1SBE
TST

a8
002242

002244

TST
BR

002242

8(R1)

82(R1)
2%

READCSR
FATAL
INC
CALL
MOV
CALL
CLR
INC
CALL
MOV

27
TSTDAT
MTPD25
€400, TSTDAT
MTPD25
TSTDAT
TSTDAT.2
MTPD2S
0400, TSTDAT .2

CLR
MOV
CALL

TSTDAT.2
83, TSTDAT
MTPE2S

CALL

MOV
CALL

002244

MOV
CALL
MOV
CALL
CLR1CSR
CLR
NOPAR
RETURN

CLR

002244

MTPD25:

1DISABLE

iNONE

TRAPS ON SBE'S FROM 1

- GOOD

SELECTED CSR

SKIP

1CHECK FOR CORRECT ACTION ON SBE'S
;IN ALL 4 BYTES

MTPD25

002282

002074
035530

INTERRUPT ENABLE TEST

CHXGEN

MOV
MOV

18:

035456
002242
002244
035456
000400

10000
10001
10002
10003
10004
10005
10006
10007
10008
{gggg

CALL

002074

000002

004737
005037
005237
004737
012737

004737

002274

000000

035334
035340
035344
035350
035354

mom 035362

CLR
CLR
MOV

000000
000002

002242
035456
000400

MTPO25

0000000000000 000000000000000000000000008000000000000000000000000000000080000RAS

#1400, TSTDAT
MTPE25
TSTDAT
@3,TSTDAT.2
MTPE2S
01400, TSTDAT.2
MTPE2S

CALL
MTPA2S
ECC1DIS
CALL
MTPB25
ENA1SBE
CALL
MTPC25
RETURN

+CHECK FOR CORRECT
sIN ALL 4 BYTES

ACTIOM ON DBE'S

sCLEAR 1 SELECTED Mx11 CSR
s INDICATE PARITY ACTION
IWRITE DATA & CHECKBITS
1DISABLE ECC ON 1 SELECTED CSR
1CHECK FOR NO TRAPS
;:DISABLE TRAPS ON SBE'S FROM 1 SELECTED CSR
1CHECK FOR EXPECTED TRAP

CZMSDOO MS11-L/M DIAGNOSTIC
MTPO2S
INTERRUP| ENABLE TEST

10019
10020
10021
10022
10023

035500
035504
035506

004737
104471
004737

035512

035514
035520
035522

104473
004737
104507
004737
000207

035530
035532
035540
035542
035550

104471
013771
104475
013771
000207

035552
035560
035564
035570

012737
005771
005771
000207

035572
035574
035600
035602
035610

104426
011137
104024

035612

012737
005771
000405
012737
005771
104426
011137
104025

10027 035526
10028

MACRC TMM1113

JAN-82 16:15

PAGE 302

£ G NG

035530

MTPE2S: CALL

MIPAZS

sWRITE DATA € CHEC.BITS

035552

CALL

MTPB2S

1CHECK FOR NO TRAPS

ECC1DIS

;ENABLE DBE TRAPS

ECCLINIT
CALL
MTPC2S
ENA1SBE
CALL
MTPC2S

035612
035612

RETURN

MTPA25:

002242

035572
000000
000002

sMRITE TSTDAT
ECCIDIS

MOV

CB1CSR
MOV

002244

RETURN

002266

RETURN
18:

002032

+INITIALIZE 1 SELECTED Mx11 CSR
;CHECK FOR EXrFECTED TRAP
sCISABLE TRAPS ON SBE'S FROM 1 SELECTED CSR
;CHECK FOR EXPECTED TRAP

£ TSTDAT+.2 € CHECKBITS
sDISABLE ECC ON 1

TSTDAT ,8(R1)

SELECTED CSR

tWRITE FIRST 16 BITS

tWRITE GENERATED CHECKBITS IN 1 SELECTED CSR
TSTDAT.2,82(R1) ;WRITE 2ND 16 BITS £ CHECKBITS

READCSR

82(R1)

MOV

(R1),ADDRESS

SET

HEADER

ERROR

RETURN

.24

; TRAP SHOULD OCCURE TEST

035626

002266

MTPC25: MOV

035656
000002

002266

18:

002032

1DISABLE ECC ONn 1 SELECTED CSR

;CHECK FOR NO TRAP OCCURING CONDITION
MTPB25: MOV
014$ ,PARTHERE
1SETUP TRAP DESTINATION
TST
8(R1)
1ACCESS LOCATIONS

000207

28:

TST
B8R

MOV
1ST

034 ,PARTHERE
82(R1)

READCSR
MOV
(R1),ADDRESS
ERROR

3s:

01$ ,PARTHERE

8(R1)
24

SET

RE TURN

+25

HEADER

iNO TRAP - GOOD - RETURN
:SAVE VIRTUAL ADDRESS

1SETUP TRAP DESTINATION

1ACCESS 1ST LOCATION
iNO TRAP - BAD NEWS - SKIP
1SETUP TRAP DESTINATION
sACCESS 2ND LOCATION

iNO TRAP - BAD NEWS
:SAVE VIRTUAL ADDRESS

CZMSDDO MS11 L/M DIAGNOSTIC
INTERRUPT ENABLE TEST

MTPO2S

10062 035660

MACRC M1113

14 JUAN-82 16:15

MTPA26:

SUBTST

PAGE 304

<«<MTIPA26

SE G UENCE
RANDOM DATA

(WRITE )>»

$0000000000000000000000000000000000000000000000000000000000000000000008000s00000s

; *SUBTEST
10063
10064
10065
10066
10067

035660
035664
035666
035670
035672

000137

010221
010321
077005
000207

035730

18:

RANDOM DATA (WRITE)

JMP
MOV

SMTPC26
R2,(R1).

1V177640
1V177644

S08
RETURN

RO,1%

1V177650
1V177652

SUBTST

«<«MTPB26

RANDOM DATA

MOV

10069 035674

MTPA26

1000000000000000000000000000000000000000000000000000000000000000000000000000s00s

MTPB26:

R3,(R1).

GOTO v172360

1V177646

(READ)>>

§000000000000000000000000000000000000000000000000000000000000000000000000000000s

; oSUBTEST

MTPB26

RANDOM DATA (READ)

100000000000000000000000000000000000000000000000000000000000000000000000000

035674
035700
035702
035704
035706
035710
035712
035714
035716
035720
035724
035726

000137

020221
001401
104451
005127

035730

177764

035730

3%:

MTPC26:

000400

AMA
LSB

JP
cHe
BEQ
PERR2S
com

SMTPC26
R2,(R1).
28

cHe
BEQ
PERR2S

R3,(R1).
38

2%:
RANODD: O

020321

001401
104451
005167
077015
000207

18:

.DSABL
.ENABL

1V177640
1V177644
1V177646
1V177650
V177652

(PC).

V177654

V177656
iV177660
V177662

coM

RANODD

.DSABL
.ENABL

LS8
AMA

SUBTST

<<RANDOM NUMBER SUBPROGRAM>
>

S08
RETURN

GOTO v172360

FOR ERROR REPORTING

V177664

RO,1$

1V177670
1V177672

(1980004008880 00800000000000000000000080000008000080800008000008000000000000000080000

$ oSUBTEST

~ RANDOM NUMBER SUBPROGRAM

1000800000300 8008000000000000080000000000000000000000000000000000000000000000000

1CALLER MUST SETUP

035730
035734
035736
035740
035742

035746

073427

MOV
MOV
MOV
MOV

ADD
ADC
ADD
ADD
NOP

R3.RS
Re
R2,R4
#1057.RS

SUBTST

<<RANDOM NUMBER SUBSUBPROGRAM>>

ASHC

005504

062705
000240

F
3
Fl
i

001057

10100 035750

MTPD26:

o7.R4

SEEDLO,.R3
SEEDHI,R2
R3,.RS
R2.R4

1V172360

1V172364
1V172366
1V172370
V172372
V172376

GOTO vi72260

§1088088500800080000000000000000000000000800000000000800000800000000000000000000000

;*SUBTEST

RANDOM NUMBER SUBSUBPROGRAM

10000000000000000000000000000000000000000000000000000000000000000000000000008000

10101
10102
10103
10104
10105

035750
035752
035756
035760
035762

005504
062704
010503
010402
000137

047401
035664

ADC
ADD
MOV
MOV

JMP

R4
047401 ,R4
R5,R3
R4 ,R2

SOMTPAR6 « 4

1V172260
1V172262
1V172266
1v172270

ivi72272

GOTO V177644

CZMSDDO MS11 L /M DIAGNOSTIC

RANDOM NUMBER

SUBSUBPROGRAM

10108 035766

MACRO M1113

UAN-82

MTPO30:

SUBTST

16:15

PAGE

306

<«<MT0030

EQUEN
FLUSH QUT DBE' S>>

$00000000000000000000000000000000000000000000000000000000000000000statststtnssasas

;*SUBTEST

MTO030

FLUSH OUT DBE'S

1000000000000000000000000000000000000000000000000000000bstatatstttantanisssiants

10109
10110
10111
10112
10113
10114

035766
035770
035772
035774

011002
010220
077103

035776

18:

MOV
MOV
S08
RETURN

(RO),R2
R2,(RO).
R1,1¢

1V177640
V177642
iV177644
;V177646

MTPO31:

SUBTST

<<MTPO31

SOB-A-LONG TEST>>

0000000000000 000000000000000008000000000000000000000000000000s0asanstsssatatsns

;#SUBTEST

10115
10116 035776
10117
10118
10119
10120
10121
10122
10123
10124
10125
10126
10127
10128
10129
10130
10131
10132
10133
10134
10135
10136
10137

MTPO31

SOB-A-LONG TEST

1000000000000000000000040000000000000000000000000000000000000000000000000000000s

077001
005167
020167
001403
104454
010167
005167
010200

010503
005725
010504
020537
001001
000207
014344
001376
000752

177772

1%:

AMA

S08
coM

RO,18
18

:S0B TILL RO UNDERFLOWS
;WRITE COMPLEMENT OF SOB

BEQ

;0K - SKIP

cMP

177766

177756
177752

.DSABL

PERR30

2%:

R1,18

MOV
comM
MOV

R1,14
18
R2,RO

MOV
cHP
BNE
RETURN

R5.R4
RS, 80LINK1
3¢

sUPDATE MOVE REGISTERS
MOV
R3,R3
TST
(RS5).

002474

3s:

MOV

BNE
B8R

-(R3),-(R4)

38
18

SOBLENGTH=, -MTPO31
AMA
.ENABL

;MOVE

TERMINATOR

sREAD £ CHECK FOR NOT “S08 RO,DOT"

:CORRECT SOB8 INSTRUCTION
sREINITIALIZE SOB CONSTANT
;BUMP (SAFELY) BY 2

;DONE?
iNO - SKIP
s YES

CZMSDDO MS11-L /TMM DIAGNOSTIC

MTPO3L

SOB A LONG

TEST

10165 036054

MACRO M1113

MTPO32:

UAN-82 16:15

SUBTST

PAGE

308

««MTPO32

SEQ ENCS

WRITE RECOVERY

TEST»»

19000000000000000000000000000000000000000000000000000000000000000000000000000004

;*SUBTEST
10166

s THIS CODE

10168

101?9

10170
10171 036054

10176
10177
10178
10179
10180
10181
10182

WRITE RECOVERY TEST

i THE TEST ACTUALLY EXECUTED ALREADY IN THE MEMORY UNDER TEST,

10167

10172
10173
10174
10175

MTPO32

$0000000000000000000000000000000000000000000000000000000000000000000000000000004s

036056
036060
036062
036064

036066
036072
036074
036076
036100
036102
036104

INSURES THAT

000207

18:

002474

2s:
3s:

4s:

TO MAVE

WHICH IS A “COM -(R1)"” INSTRUCTION AND

MOV
cHpP
BEQ
PERRO2
S08
MOV
MOV
cwe
BEQ
PERRO1
S08

V177640
V177642
1V177644
V177646
1V177650
1V177652
1V177656
1V177660
1V177662
iV177664
1V177666

1172 BANK OF

012401
020102
001401
104430
077305
013703
012400
020005
001401
104427
077305

IT CHANGED MEMORY

:172 BANK OF #5141

RE TURN

0110

(R4).,R]
R1.R2
2t
R3,1%
SO0LINK] ,R3
(R4).,RO
RO,R5
EE
R3,3$

WHICH IS A

“UMP (RO)"

INSTRUCTION.

iGET DATA FROM LOWER 1/2 BANX
;IS IT 51412
s YES - SKIP
iNO - TAKE ERROR TRAP
;:LOOP FOR 1/2 BANK
tRESTORE LOOP SIZE
sGET DATA FROM UPPER 1/2 BANK
;IS IT 01107
iYES - SKIP
iNO- TAKE ERROR TRAP
;LOOP FOR 1/2 BANK

CZMSDDO MS11 L /M DIAGNOSTIC
MTPO32
WRITE RECOVERY TEST

10185 036106

MACRO M1113

14 JAN-82 16:15

MTPO33:

SUBTST

PAGE 310

<«MTPO33

£ o X '\:.

BRANCH GOBBLE

TEST»>

;0000000080000 800800000000000000000000000
000000
000000000
0RRIIIRRRRRIRRR
000000
EESS

;*SUBTESY

10186
10187 036106
10188 C36110
10189 036112
10190 036114
10191 036116
10192 036120
10193 036122
10194
10195
10196 036124
10197 036126
10198
10199 036130
10200 036132
10201 036134
10202 036136
10203 036140
10204 036142

6050&.

BGTEST:
BRGOBB:

000261
105511
100402

ADCB
BMI
INCB
BR

105212
000773

18:

B8vsS

000242

2%:

CLy

PERR3S

3s:

44
Ss:

(R2)
BRGOBB
2%

INCB

(R2)

8vC

B8CS

103402
102001
100401
104461

B8MI

PERR3S

1UPDATE
MOV
SuUB
MOV

RS,.R3

010504

MOV

RS.Ra

10227 036202

INC

014344
001376
005011
000743
000076

TO 1010

;UPDATE MOVE REGISTERS

005725

020537
001001
000207

1BR IF V-BIT SET (SHOWWLD BE)
iNO - REPORT ERROR AND ABORT TEST
;:COND CODES NOT EQUAL TO 1010
;CLEAR v-BIT
s INCREMENT HIGH BYTE OF “BGTEST"” ONCE MORE
1BR IF C-BIT SET (SHOWWLD NOT BE)
;BR IF V-BIT CLEAR (SHOULD NOT BE)
;BR IF N-BIT SET (SHMOULD BE)
iNO - REPORT ERROR AND ABORT TEST

TEST POINTERS
PC.R1
5% -BGTEST
,R]
R1,.R2

MOV

000036

WORD (TWO BYTES)

:SET CARRY (TO BE ADDED TO “BGTEST")
s INCREMENT LOW BYTE OF “BGTEST"
1BRANCH WHEN BIT7? IS SETY
+ INCREMENT HIGH BYTE OF “BGTVEST"
;LOOP 128 TIMES

;COND CODES NOT EQUAL

010503

162701
010102

iMOVE TERMINATOR

sNOW CHECK FOR CORRECT CONDITION CODES

102401
104461

105212

(R1)
1

036156
036160
036162

036174
036176

TEST

RRERRLS

s TEST

010701

036170
036172

BRANCH GOBBLE

AMA

036144
036146
036152
036154

036164

10229

MTPO33

§19000000008000000000000000000000000000000000000000000000000000000RRIRRRRRR

?
;1DONE

cP
BNE

002474

RE TURN

64:

(RS).

1BUMP (SAFELY) BY 2

RS,
90U INK1
64

?
:DONE
iNO - SKIP
;YES - RETURN

sMOVE CODE 1 LOCATION
MOV
-(R3),-(R4)
BNE
6

CLR
8R

(R1)
BRGOBS

GBLENGTH=, -MTPO33
.ENABL

tCLEAR TEST WORD “BGTEST“

sRUN MOVED CODE AGAIN

O8N

CZMSDDO MS11 L /M DIAGNOSTIC

MTPO33

BRANCH GOBBLE

10231 036204

TEST

MACRO M1113

14-UAN-82 16:15

MTPO34:

SUBTST

PAGE

<<MTPO34

311

SEQUENCE
SOFT ERROR

- BACKROUND PATTERN TEST»>>

$9000000000000000000000000000000000000000000000000000000000000000000000000000004

10232
10233
10234
10235

036204
036206
036210
036212

010220
077102
000207
012401

10236 036214

020102

10240 036224

077306

10237 036216
10238 036220
10239 036222

10241 036226

001402
104430
000240
000207

;#SUBTEST

MTPO34

SOFT ERROR - BACKROUND PATTERN TEST

18:

MOV
S08
RETURN
MOV

R2.(RO).
R1,MTPO34

BEQ
PERRO2
NOP

100000000000000000000000000000000000000000000000000000000000000000000000000

2%:

3s:

(R4).,R1

R1,R2

S08

R3,2¢

RETURN

1V177640
;V177642
1V177644
;V177646

V177650

3Vi77652
;V177654
1V177656

1V177660

V177662

00000s

CZMSDOO MS11 L /M DIAGNOSTIC
MACRO M1113
MIPOS4
S(¥T ERROR
BACKROUND PATTERN TEST

10243 036230

14 UAN-82 16:15

MTPO3S:SUBTST

PAGE

312

««MTPO3S

SEDENCE

WORST CASE NOISE PARITY

TEST..

1000000000000 0000000000000000000000000000000000000000000000000000000000000000000

s oSUBTEST

1&‘; 036230

012737

000003

002074

10247
10248
10249
10250

012737
104425
012737
011010

000005

002144

036306

002266

1
10246 036236

036242
036250
036252
036260

10251 036262
10252 036264
10253 036270
10254 036272
10255 036276
10256 036304
10257 036306
{woasc 036310

005710
010037
104050
004737
032763
001002
104426
104512

10260 036312
10261 036314
10262 036316
10263 036324
10264 036326
10265 036334
10266 036336
10267 036340
10268 036344
10269 036346

104503
011010
012737
104425
012737
005710
000405
010037
104050
004737

054754

10272 036364
10273 03370

005037
000207

002074

{g;? 036352

MOV

002630
18:
2%:

000001

002144

036340

002266

002032

WORST CASE NOISE PARITY TEST

@3 ,NOPAR

000000000

1SET PARITY TRAPS TO RETURN TO "PARTHERE -

FOR RO := OFIRST TO @LAST Br 04000
MOV
@BIT2!BITO,CSR
;SET WRITE WRONG PARITY
LOADCSR

002032
054754
002000

MTPOSS

§90000000000000000000000000000000000000000000000000000000000000000000000

38:

43:

£ PAR.

MOV
013 ,PARTHERE
MOV
(RO),(RO)
WP TEST LOCATION
IST
(RO)
MOV
RO,ADDRESS
ERROR .50
CALL
PERBNX
BIT
@BIT10,.CONFIG+2(R3)
BNE
28
READCSR
ERRGEN

CLRICSR
MOV
(RO),(RO)
MOv
#BITO0,.CSR
LOADCSR
MOV
033 ,PARTHERE
IST
(RO)
B8R
43
MOV
RO,ADDRESS
ERROR 50
CALL

PERBNX

CLR
RE TURN

NOPAR

tCLEAR WRONG PARITY

IN MEMORY

END; OF FOR

sRESET PARITY

TRAP ACTION

TRAPS

INTO CSR

MACRO M111%

10275

10276
10277 036372

UAN-82

16:15

.SBTTL

MISC SUBROUTINES

REGCOPY:SUBTST

PAGE

<«<«SUBR

313

COPY RO

£ O NCH

TO R4,R1

TO R3,

£ R2

TO RS»>»

F00008000800800000000000000000LRRRRLNNNNNLNNNLRVNLNININNNRIBRRRRLBERRARIRREIRSES

;oSUBTEST

10278 036372
10279 036374
102680 036376
10281 036400
10282
10283 036402

SUBR

COPY RO TO RA,R1 TO R3, £ R2 TO RS

10000000000000000000000000000000000000000000000000000000000000000siastsssttstsss

MOV
MOV
MOV

010004
010103
010205
000207

RETURN

FLIPWARN: SUBTST

RO,.R4
R1,R3
R2 .9

«<FLIP WARNING CONSTANTS IN WORST CASE NOISE

TESTS~»

1000008830888 0000000000000000000080000000000008000000000000000000000000000000b0ss

;s oSUBTEST

FLIP WARNING CONSTANTS IN WORST CASE NOISE TESTS

100000000000000000000000000000000000000000000000000000000000000000s80000000880000

005237
042737
022737
001414

002560
177774

000001

012700
012704
010037
010037
010037
010037

e1,FLIPLOC

BEQ
ce
BEQ

001414

000411
012700
013704

cHp

BEG
ce

001413
022737

000414

RO
FLIPLOC

8IC

002560

022737

005000
013704

PUSH
INC

CLR

002556

1%:

000401
002556

2%:

000401

,.8

027160

44:

027174
027220

027234

erC3,FLIPLOC

18
@2,.FLIPLOC
24
o3, FLIPLOC
38

MOV
B8R

ONES R4
a8

B8R

CLE..

MOV
MOV
BR
HUV

MOV

MOV
MOV
MOV
MOV
POP
RE TURN

.00“.

#401,RO
ONES ,R4
4

..01..0

401 R4

RO, WARNY

MACRO TMM1 11%

CASE

NOI SE

10310 0365582

id4 UAN 82
TESTS

BACKGND
: SUBTST

16:15

PAGE

««SUBR

314

,l'.l:‘

WRITE BACHGROUND> »

;...............O...‘..................Q..........‘0....0“.0

;*SUBTEST

10311
10312 036532
10313 036534
10314 036540
10315 036544
10316 036552
10317 036554
10318 036562
10319 036570
10320 036574
10321 036602
10322 036604
10323 036606
10324 036614
10325 036622
10326 036626
10327 036630

104415
012700
012701

022737
001415
012737
012737
004737

000001

003720

000207

027042

027036

000207

O IRST RO

OSIZE ,R1

o1.PROTYP

HARNEE

027042

104416

004737
104416

.0000000000QC.Q.. LR

WRITE BACKGROUND

sHMRITES DRTA FROM R2

SAVREG

012737

SUBR

000207

177644

sWARNING PUTTING

sRESTORE
MTPOOO
€207, ,UIPAR2

SUPDO1

"'NOP'

“RETURN"

AF TER WRITE

AFTER WRITE

sWARNING PUTTING “RETURN“

INSTRUCTION AFTER WRITE

CZMSD0O MS11 L/M DIAGNOSTIC
SUBR

WRITE

BACKGROUNC

MACRC M1113%

10330 036632

UAN-82

PCONFIG:SUBTST

16:15

PAGE

«<<SUBR

316

ENCE

CONF IGURATION MAP>»

$100000000000008000000080000000000000000000000R0RLNRLRRRNRRNNRLLIANRLIOORRLIIOARRRASS

;*SUBTESY

10331
10382
10333
10334
10335
10336
10587
10338
10339
10340
10341
10342

10343
10344

10345

10346
10347
10348
10349

010637
012737
012737
017700
042737

052777

012700
010004

004737
022737

10359
10360
10361
10362
10363

012701
010103

PUSH

087.3%2
037100

143716
000100

022737

10350
10351
10352
10353
10354
10355
10356
10357

10365
10366
10367
10368
10369
10370 037070
10371 037074
10372
10373 037100
10374 037104
10375 037112
10376 037116
10377 037130
10578
10379 037132

SUBR

CONFIGURATION MAP

0000000000000 0000000800080080000000008RRRRRLRRRRRBINRRNLGINLLNINRLROIOIOGRRORORAALS

177776
143700

000074

037134

002041

SP . PCON
S
oPCONF
2, TKVEC
0340, TKVEC .2
8T8 RO

TYPE
TYPE

MSGOO1
MSG002

8IC
BIS

002530

NOOJ:

MSGOO03
960, LASTBANK
NOOJ

CLEAR
TYPE

MSGOO4

BGE

PCONF2

004737
000417

037134

012700
010004

000170

TYPE
TYPE

MOV
MOV

CALL

PCONF1: MOV

TYPE
004737

037134

013706
042777
117700

037132
000100
143470

PCONF2:

TCONIG
060,
LAS TBANK

SCRLF
MSGO17
MSGO11
SCRLF

MSGO17
MSGO12

ANY

OLD

INTERRUPT

1LOWER CPU PRIORITY TO 140
1ENABLE <EYBOARD INTERRULPTS

mSGOla

PCONSSP
,

POP

RO, TKVEC
+2, TKVEC

sPRINT

SPACE(S)

sPRINT SPACE(S)

#120. ,RO

MOV

RE TURN

1GO TYPE CONFIGURATION (1ST MALF)

060.6202,R1
R1,RS
TCONIG
PCONF2

MSGO11l
MSGOOA
MSGO12

8IC
MOVE

PCONFS:

sKILL

R1AS

TYPE
TYPE
TYPE

CALL
143472

1SAVE LAST GOOD SP

1 IF FAT PAPER ON TERMINAL GOTO 1%
IF oSW4 SET.IN SSWR THEN JUMPTO PCONFL
MOV
#60. ,RO

TYPE
TYPE
TYPE
TYPE

000360

MBIT7,.PSKH
MBIT6.88TKS

TYPE
cp
BGE

CALL
o

002530

TKVEC, TKVEC .2 ,RO

MOV
MOV
MOV
MOV

1 SPACE

TCONWIG

#B1IT6,8TKS
9$TKB.RO

sRESTORE STACK
+READ CHAR TO KILL FLAG

s STACK SAVED HERE'!

[

’

MACRC TMM1113

JAN-82
SUBTST

16:15

PAGE

«<«SUBR

318

TYPE

p—

CONF IGURATION>
>

$000000000000000000000000000000000000000000000000000000000000cttastIRtRIRI
AR,

;s *SUBTEST

SUBR

TYPE CONFIGURATION

10000000000000000000000000000500000000000000000000000000400000000000000003000000
1600000000 000000000000000000000000000000000000000000000000000c0000000000000ttass

;CALL:
:
3
3
:

MTMMOV
MOV
MOV
MOV
CALL
RETURN

N, RO
RO,.R4
o R1
R1,.R3
TCONF IG

iN"NUMBER OF CHARACTERS
1BACKUP
1 INDEX CONSTANT
1BACKUP
sACTUAL CALL

sONLY RETURN

‘......‘...‘.‘0.......0..00..‘0.0‘....00...0....0...........0..00.00.0.0t‘oooo.o

196880800000

iee ERROR oo
;98000000200

037134
037140
037146
037150
037154
037156
037162
037166
037170
037172

032761
001403

000001

002626

TCONFIG: TYPE
18:
BIT

BEQ

2%:
3s:

062701
077014
010400
010301

MSGO0S
OBITO,CONFIG(RY)

iNO - SKIP

38
MSGO14

1PRINT SPACE

TYPE

MSGO13

ADD

04 ,R1

BR
TYPE
S08
MOV
MOV

;ERROR ON THIS BANK?

RO,.18
R4 RO
R3,R1

sPRINT

“x*»

;BUMP POINTER

;LO0P TILL DONE

00080000000

;e CPU'S ee

037174

037200
037204
037206
037212
037214
037216
037222
037224
037230
037234
037240
037244
037246
037250

(86888000000

016105
006205

005705

062701
077023
010400
010301

ASR
8IC

RS
otC17,.RS

1GET CPU BITS
;CLEAR NON INTERESTING BITS

BNE
MOVS
BR
ADD

1]
e RS
9
#60,R5

:YES - BRANCH.
iNO - MOVE A BLANX INTO RS
:BRANCH OVER NEXT INSTRUCTION
sMAKE ASCII

8s:

177760

071644

MSGOOS

MOV
TSY

001003
112705

110537

TYPE

9s:

MOV8

TYPE
AGD
S08
MOV
MOV

CONFIG(R1),RS

RS ,MSGO1S

MSGO1S
o4 . R1
RO.44
R4 RO
R3 A1

1 IS THERE ANYTHING THERE?

iPLUG INTO MEMORY

;BUMP POINTER
;LOOP TILL DONE

J“e

CZMSDDO

MACRO M111%

SUBR

10431
10432
10433
10434
10435
10436
10437
10438
10439
10440
10441
10442
10443

14 UAN-82 16:15

PAGE

320

€ G ENCE

§6088000000000000

;oo

INTERLEAVE oo

1000000000000
0000

032761
001014
032761
001004
112737
000424
112737

002630

TYPE
MSGOO7
s THIS IS AN ENTRY POINT FROM ERROR REPORTS
TCFIGL: &!ti
31712.(:0"!6'2(“1)

002626
071644
071644

10445

016105
042705

002626
007777

10447

072527

022705

177774
000012

062705
062705
110537

000007
000060
071644

062701
077051
010400
010301

000004

18%:

1%:

BIT
BNE
MOV
BR

MOVB

0BIT1,CONFIG(RL)
183
@' ,MSGO1S
163
@' - ,MSGO1S

MOV
8IC

CONF IG(R1),RS
@*C170000,RS

B8R

SWAB

cHp

16%

2s:

4
e7.RS
#60,.R5

168:

TYPE

MSGO1S

RS ,MSGO1S

IF NCTAB NE €0 THEN SRETURN

ADD
S08
MOV
MOV

:GET CSR INTERLEAVE

#10. .R5

BPL
ADD
ADD

MOVE

;IS THERE ANY MEMORY HERE?
iBRANCH IF MEMORY PRESENT,
sMOVE A BLANX IN TO BE PRINTED
:BRANCH TO TYPE ROUTINE

o4 ,R1
RO, TCFIG1
R4 ,RO
R3,R1

+MAKE ASCII

iPLUG INTO MEMORY

;BUMP POINTER
1LOOP TILL DONE

1088808080080 0008000

1o MEMORY TYPE oo
;1088000008800 000080

037404
037410
037416
037420
037424
037426
037432
037434
037436
037442
037444
037452
037454
037460
037462
037466
037470
037476
037500
037506
037510
037514
037516
037524

ENABL

033761
001447
016105
305
042705
005705
001440
032705
001004
112737
032705
001013

002104

002626

BEQ
MOV

SHAB
8IC

177770

157

BEQ

000004
000102

8IT

071644

000002

112737
000422
112737
000416
032705
001004
112737

000115

071644

000113

071644

000114

071644

17¢
CONFIG+2(R1).RS

RS
o*C7,R5
RS

174

#BIT2,RS

B8R

8¢

817

#'8,MSG015
#81IT1.RS

BNE

B8R

8¢

MOVE

68 :

MSGOO9

CPUBIT,.CON IG(R1)

BIT

LSB

BNE

MOV

as:

000001

000407

TCFIG2: BIT

002630

032705
001004

TYPE

MOVE

8I1v
BNE
MOVB
B8R

#BITO,RS

@' M,MSGO15
@' K ,MSG01S

®BI170.R5
7
'L ,MSGO15S
84

iGET MEMORY TYPE
:CLEAR NON INTERESTING BITS

MS11 LMD
TY
cow 1

11C
ATION

037526
037534
037536

112737
000403
112737

037560
037564
037566
037570

062701
077067
010400
010301

037544
037550

MACRO M111%

000120

071644

000040

071644

14 UAN-82

T3,

17s:

As:

000004

16:15

PAGE

MOVE
BR
MOvE

@ P _MSGO1S
[.}]
@ ,MSGO15S

ADD
S08
MOV
MOV
.DSABL

o4 R1
RO, TCFIG2
R4 RO
R3,R1
LSB

%20

TYPE
MSGO1S
IF NOTAB NE 00 THEN SRETURN

E @ ENCE

:8UMP POINTER
;LOOP TILL DONE

;00000000

;oo

037572

037576

112737

037604
037610
037614
037616
037622
037624
037630
037632
037636
037642

016105
032705
001414
042705
000305
022705
100002
062705
062705
110537

037662
037666
037670
037672

062701
077035
010400
010301

037646
037652

CSR

jeeses0000

000040

002626
000002

071644

TCFIGS:

170377

000012
000007
000060
071644

108:

164:

000004

TYPE

MSGO16

MOV
BIT
BEQ
8IC
SWAB
cp
BPL
ADD
ADD
MOVB

CONFIG(R1),.RS
eBIT1.RS
164
@*C7400,RS
RS
€10..RS
10¢
e7,RS
#60,RS
RS ,MSGO1S

ADD
S08
MOV
MOV

o4 .R1
RO, TCFIG3
R4 ,.RO
R3,.R1

MOVB

,MSGO1S

TYPE
MSGO1S
IF NOTAB NE 00 THEN SRETURN

sMAKE ASCII
;PLUG INTC MEMORY
;:BUMP POINTER
;LOOP TILL DONE

1000000000008 000

;o¢ PROTECTED oo

j800800000000000

037674
037700
037704
037706
037714
037716
037724
037726

105761
100004
112737
000407
032761
001406
112737

037740

000402

037746
037752
037754
037756
037760

062701
077026
010400
010301
000207

037734

037742

002626

11%:

000120

071644

000100

002626

000111

071644

000004

12%:

13%:
144
15¢:

TYPE
TST8
8PL
MOVE
BR
BIY
BEQ
MOvVE

TYPE

ADD
S08
MOV
MOV
RETURN

MSGO10
CONFIG(R1)
123
@' P,MSGO15
138
oBIT6,CONFIG(RL)
14¢
&' I,M5G015

1BANK PROTECTED?
iNO - SKIP
+PROTECTED REGION OF ECC?
iNC - SKIP

MSGO15
158

MSGO14
04 ,R1
RO,11¢%
R4 ,RO
R3.R1

1PRINT SPACE

;:BUMP POINTER
1LOOP TILL DONE

)

CZMSDDO MS11

.SBTTL

TRAP

PAGE

322

PARITY

ERROR HANDLER

i0000000
000080000000
RLRRLLRNNLBNNN
0000
LLLRRLLRIRRIRR0000
IR RIRRRRIIIARERRS
0
Y

sVECTOR TO HERE FROM TRAPS TO 114
: IGNORE ERRORS BUT COUNT

IF NOPAR FLAG

001003
005237
000002
022737
001013

004737
063716
042766
000002
022737
001003
013716
000002
004737

PARITY:

002074

18:

002074

040170

2%:

3s:

RTI

040006
040010
040016
040022
040026
040034
040036
040044
040046
040052
040054
040060

002074

022737

037762
037770
037772
037776
040000

33433 ART wneo ii

(000000000000 000000000 08000880000V BLNBNLINNNNBNRLLLNRRNRRIGERRRBRNRIRRAREIRRS

-t

10560
10561
10562
10563
10564
10565
10566
10567
10568
10569
10570
10571

16:15

DTM

10555
10556
10557
10558
10559

ERROR HANDLER

14 UAN-82

10542
10543
10544
10545
10546
10547
10548
10549
10550
10551
10552
10553
10554

PARITY

MACRO M1113%

33 3R3

TRAP

LTM DIAGNOSTIC

ACTION

PRINT UNEXPECTED PARITY TRAP
COUNT ERROR
SET "ABORT" 7 SETUP "BADPC"
RETURN VIA "“PARTHERE 18
PARCNT
02 ,NOPAR

ABORTFLAG
BADSTACK
PCBUMP, (SP)
MBIT2,2(5P)

;2.”"
PARTHERE, (SP)

BADSTACK
32

/ RETURN VIA PCBUMP

sCOUNTING PARITY ERRORS?
iNO - SKIP
;PARITY ERROR COUNTER « 1

sACTION CODE

-~ 2 2

iNO - SKIP
s YES
s+FIND BAD SP,PC,PSW OFF STACK
;UPDATE RETURN PC

;SHOW FAILURE BY
;sACTION CODE

iNO

SKIP

.NE.

= 3 ?

iFIND BAD SP,PC,PSW OFF STACK

CZMSDDO MS11 L/TMM DIAGNOSTIC
MACRO M1113
TRAP
NON EXISTANT MEMORY (HOLES) HANDLER

10574

SBTTL

1057%

TRAP

PAGE

324

SEQMINCE

NON-EXISTANT MEMORY (HOLES) HANDLER

$900000000000000000000000020000000000000000000000000000000000000000000000000000040

10576
10577
10578
10579

sVECTOR TO HERE (SOMETIMES) FROM TRAPS T0 4
3
CODE IN NONEM DETERMINES ACTION AS FOLLOWS:
s 1)
IGNORE ERRORS BUT COUNT IF NONEM (NO NON-EXISTANT MEMORY) FLAG = 1.
s 2)
TO EXIT PATTERN O DURING SIZING IF NON-EXIST MEM ERROR

105‘0

10581
10582
10583
10584
10585
10586
10587
10588
10589
10590
%gg:é

14 UAN-82 16:15

3....‘.0.‘.......‘..0.........0.0............‘.0....‘0..00.0.‘0....0.‘...0.“00.

040066
040074
040076
040102
040110
040112
040116
040120
040124
040130

022737
201011
005237
022737
001002
010037
000002
005237
012701
000002

000001

002076

002066
000001

002066

002032
002066
000001

10593

10594

10595 040132
10596 040136

01 . NONETM
2%
NEMCNT
@1 ,NEMCNT
1s
RO, ADDRESS

sCOUNTING NON-EXISTANT MEMORY ERRORS?
iNC - SKIP
1BUMP NON-EXISTANT MEMORY COUNTER
:FIRST ERROR?
iNO - SKIP
sASSUME RO CONTAINS THE ADDRESS ACCESSED

NEMCNT
o1.R1

;BUMP NON-EXISTANT MEMORY COUNTER
;OUMMY UP R1 FOR A FORCED SOB EXxIT

$00800000000000000000008000800000000000000004000000000000000000000000000000000800

004737

.SBTTL

040170

TIMEOUT :CALL
FATAL

10597

10598

NONEXIST:CMP
BNE
INC
e
BNE
MOV
1s:
RTI
2%:
INC
MOV
RTI

TRAP

TIMEOUT (TRAP TO 4) HANDLER

BADSTACK
[

iFIND BAD SP,.PC,PSW OFF STACK

1000000000000 000880004800000008088000000000000000000000000000000000000000000000000

.SBTTL

TRAP

MEMORY MANAGEMENT (TRAP TO 250) HANDLER

TRAP

RESERVED INSTRUCTION HANDLER

10599 040144
10600 040150

004737

040170

MMTRAP:

CALL
FATAL

BADSTACK
7

s+FIND BAD SP,.PC,.PSW OFF STACK

10602 040156
10603 040162
10604
10610

004737

040170

PDOP110S:CALL
FATAL

BADSTACK
S

1FIND BAD SP,PC,PSW OFF STACK

BADSTACK :SUBTST

<<FIND BAD SP,

10601

.SBTTL

10611 040170

PC,

& PSW FROM STACK>>

1008800888000 00000800000000000000000000000000000000000880000400000000000000000000

1 #SUBTEST

10612 040170

10613 040174
10614 040202
10615 040210
10616 040216

FIND BAD SP, PC, £ PSW FROM STACK

(0000000088080 888800000000008000080008000000000008000000000000000000080000000000000

010637

062737
016637
016637

000207

002024

000002
000002
000004

002024
002020
002030

MOV

ADD
MOV
MOV

RE TURN

SP ,BADSP

92 ,BADSP
2(SP) ,BADPC
4(SP),BADPSK

i\“e

CZMSDDO MS11 L/M DIAGNOSTIC
TRAP
KERNEL TRAP HANDLER

MACRO M111%

10619

.SBTTL

10620

10621

10626

10627

10628 040230
10629 040236

042766
000002

140000

000001

005737
001406
013737
052737

002516

10643 040274
10644 040300

005737
001403

002516

10646 040302
10647 040310

053737
000002

002522

10634

10635

10636 040250
10637 040254
10638 040256
10639 040264
10640 040272
10641

10642

10645

KERNEL TRAP HANDLER

000002

SKERNEL
:

RTI

B8IC

308808500000 000008000008000800800000000000000000300000880RRRRRRRRRRIRRRIEIRRRSS

042737
000002

10632 040240
10633 040246

SEQUENCE

3000000000000 0000008080000000000000800000000008000080
008 ALERIARIRNARIR LR
AN ALY

000001

10631

TRAP

326

sKERNEL IS A TRAP THAT COMES HERE

052737
000002

10630

PAGE

i000000000800000000088000000000000000000000000000000080
R RRRRRRRIIAIRRRRL
8000R
SYS

10622

10623
10624 040220
10625 040226

14 UAN-82 16:15

000002

177572

.SBTTL

SENERGIZE:BIS
RTI

TRAP

ENERGIZE TRAP HANDLER

@BITO,MMRO

§000000000000000045000080008000080000000000000000000000000008080000000000s0tbstsaRs

177572

.SBTTL

TRAP

DEENERGIZE TRAP HANDLER

SDEENERGIZE:BIC #8IT0,MMRO
RTI

$900000288008808030080088000008000000000800000800008000000000000000000000000000000000

002516
000001

SCACHN:
177746
177746

TRAP

CACHON TRAP HANDLER

CACHKN
14
CACHKN,CONTRL
@B8ITO,CONTRL

1 IS THERE A CACHE
iNO - RETURN
;SETUP CACHE AS PER CONSTANT (USUALLY
:DISABLE TRAPS (BUT NOT ABORTS)

= FULLY ON)

1$:
RTI
$8008008080000080828000008080000880000400000000000080000000000048800000000008000000s

$CACHF:

177746

.SBTTL

TST
BEQ
MOV
BIS

.SBTTL

TRAP

CACHOFF TRAP HANDLER

ST
BEQ

CACHKN
18

BIS
RTI

CACHKF ,CONTRL

:IS THERE A CACHE?
iNO - RETURN

sDISABLE _TRAPS (NOT ABORTS), FORCE MISSES, FLUSH, BYPASS

18:

LG
MS11

L/TMM

LOAD CSR

DIAGNOSTIC

TRAP MANDLFR

MACRD

TMM111%

UAN-82

16:15

.SBTTL

TRAP

PAGE

328

LOAD CSR

TRAP

O ENCE

HANDLER

sLOAD CORRECT CSR WITH DATA IN CSR

040312
040316

013700

002146

040330
040334
040336
040342

005737
100007
113701
042701

002504

040322

040346
040352
040354
040362
040364
040372

040400
040404

040406

020137
001404
123737
001003

052737
013760

013700
016037

040424

000002

MOV

CSRNO, RO

1CREATE CSR ADDRESS

TST
BPL
MOVB
8IC

PGMCSR
13
PGMCSR.1,R1
o*C37,R1

1PROGRAM IN INTERLEAVED SPACE?
1BRANCH IF NOT
;CHECK SECOND CSR
sCLEAR UNNECESSARY BITS

BIS
MOV

oBIT13,CSR
CSR,CSRADD(RO)

IF INMECC IS TRUE THEN GOTO 33

002505

177740

002146
002504

002146

1%:

020000
002144

002144
172100

23%:
3s:

000002

040410
040414

040422

;PROGRAM CSR'S ASSERT INMIBIT MODE POINTER WHEN L DADED
$LOADC: PuUSH
RC,R1
+SAVE REGISTERS

cHe
BEQ
CrP8
BNE
POP

R1.RO

.SBTTL

TRAP

MOV
MOV

CSRNO,
RO
CSRADD(RO),CSR

RTI

002146
172100

R1,CSRNO
2%
PGMCSR , CSRNO
38

;DON'T WANT INM. MODE POINTER ON

1IS THIS THE CURRENT CSR?
iBRANCH IF IT IS
i IS THIS THE CURRENT CSR?
:BRANCH IF NOT

1SET THE INMIBIT MOOE POINTER TQO
:LOAD THE CSR

tRESTORE REGISTERS

READ CSR TRAP HANDLER

;READ THE CORRECT CSR INTO LOCATIONS CSR
SREADC: PUSH
RO
002144

POP
RTI

:READ IT

1ST

1éx

1" 144

Test tal LReR8
L LY
E5a ¢ AREF

MACRO M1113

040426
040434
040440
040444
040446
040452
040454
040460
040464
040470

040472
040500
040502
040506
040514
040516
040522
040524
040532

012700
063700
005002
005737
100007

14 JAN-82 16:15

.SBTTL
$TSTRD: PUSH

MOV
ADD

172100

002146

123737

001002
012702
022737
001403
004737
000405

002146

1%:

00372C

2s:
3s:

004737
Ss:

052766
042766
000002

011037

000207

MOV
cwe

BEQ
CALL
BR

i:CREATE CSR ADDRESS

PGMCSR

#BIT7,RS

R3,CSRND

2%
PGMCSR
, CSRNO
33
eBIT13,R2

@1.PROTYP

44
TSTRD1
Ss

;IS THIS AN 11/44?
1BRANCH IF IT IS

8Mov
TSTRD1
FASTCITY
CALL
;IF SINGLE BIT ERROR ONLY
POP
R3,R2,R0

sCALL TO THE USER INSTRUCTION PAR'S
- SET CARRY BIT

IF @BIT4 SET.IN CSR AND #BIT1S OFF .IN CSR
BIS
#BIT0,2(SP)
ELSE
BIC
8170,2(SP)
END ;0F IF #BIT4

RTI

010210

243737

18
PGMCSR«1,R3

BEQ
cP8
BNE

EQ ONCE

©CSRADD,
RO
CSRNO RO

BPL
MOV8
c

329

TEST (R1) & READ CSR CAREFWULLY

B8IC

001404

TRAP

RO,R2,R3

CLR
1ST

113703
042703
020337

PAGE

TSTRD1:

140000
002144

177776

MOV

R2,.(RO)

1ST8
8IC

(R1)
eBIT15!BIT14,PSW

TESTAREA

MOV

RE TURN

(RO),CSR

V177640
V177642 :ENTER SUPERVISOR MODE
1V177646
V177650
V177656
V177662

CZMSDDO MS11-L/M DIAGNOSTIC

TRAP

10714
10715 040632

10716 040640

10717
10718
10719
10720
10721
10722
10723

MACRO M1113

ECC DISABLE ALL CSR’'S TRAP HANDLER

040644

012737

004737

000002

041356

002144

040646
040654
040656

012737
104425
000002

000002

002144

040660

012737

000001

002144

10725 040672

000002

10724 040666

10726

004737

041356

14 UAN-82 16:15

.SBTTL
SECCDIS:MOV

CALL

RTI
.SBTTL
SECC1DIS:MOV
LOADCSR
RTI
.SBTTL
SECCINIT:MOV

CALL
RTI

.SBTTL

PAGE

331

TRAP
ECC DISABLE
oBIT1,CSR

SEQUENCE
ALL

CSR'S TRAP HANDLER

CSROUT

TRAP
ECC DISABLE OF
oBIT1,.CSR

1 SELECTED CSR TRAP HMANDLER

TRAP
INITIALIZE ALL CSR‘'S TRAP HANDLER
eB8IT0,CSR

CSROUT

TRAP

INITIALIZE 1 SELECTED CSR TRAP HANDLER

TRAP

ENABLE SBE PARITY TRAPS ON ALL CSR'S

.SBTTL

TRAP

ENASLE SBE PARITY TRAPS ON 1 SELECTED CSR

.SBTTL

TRAP

WRITE CHECKBITS THRU ALL CSR'S TRAP HANDLER

10727 040674
10728 040702
10729 040704

012737
104425
000002

000001

002144

SECC1INIT:MOV
#BITO,.CSR
LOADCSR
RTI

10731 040706
10732 040714
10733 040720

012737
004737
000002

000003
041356

002144

$ENASBE:MOV
CALL
RTI

10735 040722
10736 040730
10737 040732

012737
104425
000002

000003

002144

$ENALSBE:MOV
#8ITO!BIT1,.CSR
LOADCSR
RTI

10739
10740
10741
10742
10743
10744
10745
10746
10747

040734
040742
040750
040754

013737
052737
004737
000002

002276
000006
041356

002144
002144

040756
040764
040772
040774

013737
052737
104425
000002

002276
000006

002144
002144

$CBCSR: MOV
CHECK, CSR
;8ITS 11-5
BIS
#B8IT1!8IT2,CSR
1 CHECK MODE
CALL CSROUT
RTI
.SBTTL
TRAP
WRITE CHECKBITS THRU 1 SELECTED CSR TRAP HANDLER
$CB1CSR:MOV
CHECK,CSR
:8ITS 11-5
BIS
oBIT1:!BIT2,CSR
; CHECK MOOE
LOADCSR
RTI

10730

10734

10738

.SBTTL

eB8IT0!BIT1,CSR
CSROUT

CIMSDOO MS11-L/M DIAGNOSTIC
MACRO M1113
14 JAN-82 16:15
TRAP
WAS THERE A SBE ON ANY CSR TRAP HMANDLER

10750

10751 040776
10752 041002
10753 041006
10754 041010
10755 041010
10756 041014
10757 041016

10758 041020
10759 041022
10760 041082
10761 041036
10762 041040
10763 041040
10764 041040

10765 041044
10766 041062
10767 041062
10768 041064
10769 041070
10770 041072
10771 041100
10772 041102
10773 041110

10774 041110

10775
10776

10777 041112

10778
10779
10780
10781
10782

041114
041122
041130
041132
041140

.SBTTL

013701
005004

002220

104426

SEQRNCE

WAS THERE A SBE ON ANY CSR TRAP WAND.
|®

READCSR
IF #8.°4 SET.IN CSR
SET
Ra
LEAVE LWSBE
END ;OF IF eBIT4
END ;0F ON.ERROR
IF R1 €EQ #0 THEN LEAVE LWSBE

END ;0F FOR CSRNO
END LWSBE
ROR
R4
POP
R4 ,R1
ON. ERROR
8IS
#BIT0,2(SP)

006004
052766

000001

000002

042766

000001

000002

1SET C BIT FOR ERROR

ELSE
BIC
#BIT0,2(SP)
END ;0F ON.ERROR

000002
104426

333

SWASSBE : PUSH
R1.R4
MOV
TOTCSRS . R1
iGET CSR'S BrTE
CLR
Ra
BEGIN LWSBE
FOR CSARNO :- #0 TO #36 8y @2
ASL
R1
ON. ERROR

006301

042766
032737
001403
052766
000002

TRAP

PAGE

RTI

.SBTTL
TRAP
MAS THERE A SBE IN 1 SELECTED CSR TRAP =ANDLER
1ON RETURN IF CARRY IS SET THERE WAS A SBE

000001
000020

000002
002144

000001

000002

$WAS1SBE
: READCSR

18:

8IC
8IvY
BEQ
8IS
RTI

®8110,2(SP)
#BIT4,CSR
18
#B170,2(SP)

:CLR C BIT ON STACK

$SET C BIT ON STACK

e
|

RS IHERE A BBE On-ANY CoRCTRAP mANOLER

MS11

L/M DIAGNOSTIC

MACRO M1113

UAN-82

16:15

041142
041146 013701
041152 005004
041154
041154
041160 006301
041162
041164
104426
041166
041176

.SBTTL

TRAP

002220

ROR
POP

041236

052766

000001

000002

041246

042766

000001

000002

041254

000002
104426
005737
100004

002144

000001

000002

041276

042766

000001

000002

041304

A DBE

ON ANY

CSR

TRAP MAND.
| &

000002

8IS

#BIT0,2(SP)

BIC

OBIT0,2(SP)

ELSE

+SET C BIT FOR ERROR

END ;0F ON.ERROR
TRAP

WAS THERE A DBE ON 1 SELECTED CSR TRAP HANDLER

1ON RETURN IF CARRY IS SET THERE WAS A DBE

052766
000002

R4
R4 ,R1

ON_.ERROR

RTI
.SBTTL

041266
041274

WAS THERE

END ;OF FOR CSRNO
END LWDBE

041226 006004
041230

041256
041260
041264

$WAS10BE
: READCSR
ST
CSR
8PL
3¢

38:

8IS

#BIT0,2(5P)

8IC

#8IT0,2(SP)

RTI
RTI

NCS

IF R1 EQ 00 THEN LEAVE LWOBE

041210
041226

041254

335

LEAVE LWDBE
END ;OF IF #BIT4
END ;0F ON.ERROR

041204

041244

PAGE

SWASDBE :PUSH
R1,R4
MOV
T0TCSRS,R1
:GET CSR'S BYTE
CLR
Re
BEGIN LWDBE
FOR CSRNO := 00 TO 036 By o2
ASL
R1
ON. ERROR
READCSR
IF @BIT1S SET.IN CSR
SET
R4

041202
041204
041204

041234

]

;:DBE?
sNO - SKIP

1SET C BIT ON STACK

:CLR C BIT ON STACK

cothat
AlPP 1o
10821
10822 041306
10823 041312
10824 041516
10825
10826 041320
10827 041324
10828 041326
10829
10830
10831 041330
10832 041336
10833 041342
10834
10835
10836 041344
10837 041352
10838 041354

MC“C Nlll*

UAN-82

.SBTTL

0047587
000002

SCLRCSAR:CLEAR

EYKIL

04135

.SBTTL

SCLRICSR:CLEAR

104425
000002

052787
004737
000002

052787

104425
000002

000006

041356

000006

002144

16:15

TRAP

PAGE

337

CLEAR

A NCE

ALL

ECC

(SR

CSR'S

TRAP

‘

MANDLER

CSROUT
TRAP

CSR

CLEAR 1 SELECTED CSR TRAP HANDLER

g
.SBTTL
TRAP
ECC DISABLE, CHECK MODE, & WRITE CHECHBITS IN AL
TRAP “ANDLE®
;CHECKBITS
ALREADY
IN
LOC
“CSR*
S
’
$C(DIS:8IS
.C"&xl.

#B8IT1!8IT2,CSR
CSROUT

.SBTTL

TRAP

ECC DISABLE,

+ECC DISABLE & DIAG CHECx TMMODE

CHECK MODE,

sCHECKBITS ALREADY IN LOC “CSR”

$CH1DIS:BIS

#BIT1!8IT2,CSR

£ WRITE CHECKBITS IN 1

;ECC DISABLE £ DIAG CHECK TMMODE

CZMSDDO MS11 L/TM DIAGNOSTIC
MACRO M1113
14 UAN-82 16:15
PAGE 339
TRap
ECC DISABLE, CreECx TMMODE, L WRITE CHECKBITS IN 1 SELECTED
10841 0413556

CSROUT:

SUBTST

«<SUBR

WRITE IN ALL CSR'S»>>»

0 80 0 080 0 800000080000000000°0RLNNNLBNINNNINNNRNNBRRIINNBLIRRRBIRRAARA

;*SUBTESTY
041356
041360

041364
041364
041370
041372
041574
041376
041376
041402
041420
041420
041422

SUBR

WRITE IN ALL CSR'S

RALS

19000000000000000000000000000000000000000000000000000000040000000sasatstasssssnss

013701

PUSH

MOV

002220

TOTCSRS ,R1

:GET CSR'S BrTE

BEGIN LCSROUT
FOR CSRND :- @0 70 @36 BY

ASL

006301

ON.ERROR
LOADCSR
END ;0F ON.ERROR
IF Rl EQ #0 THEN LEAVE LCSROUT
END ;0OF FOR CSRNO
END LCSROUT

104425

POP

RETURN

$INVALID:

041424

SUBTST

«<<TRAP

INVALIDATE BACKGROUND PATTERN>>

$0000000000000000000000000000000000000000000000000000000000000000000000000000000

s oSUBTEST

TRAP

INVALIDATE BACKGROUND PATTERN

10000000000000000000000000000000000000000000000000000000000000000000000000000000

10857 041424
041430
10859 041434
10860 041436
10861 041440
10862 041446
10863 041452

013701
006301
006301
042761
000002

002100
020000

002630

PUSH
MOV
ASL
ASL
B8IC
:?x

RO.R1
BANK ,R1
R1
R1
®BIT13,CONFIG.2(R1)
R1,.RO

CZMSDDO MS11 L/TMM DIAGNOSTIC
MACRC M1113
TRAP
INVALIDATE BACKGROUND FATTERN

14 UAN-82

SERRGEN:

10865 041454

16:15

PAGE

340

SUBTST <<« TRAP

§ l'..

GENERATE AND TEST ERROR ADDRE 55»

1000000000000 000000000000000000000000000000000000000000000000000000000C00GCRRLIANES

;*SUBTEST

10895 041614
1089 041622
10897 041
10898 041
10899 041632
10900 041634
109C1 041636
10902 041640
10903 041642
10904 041646
10905 041650

10906 041654
10907 041660
10908 041662
10909 041666
10910 041670
10911 041672
10912 041676
10913 041700
10914 041702
10915 041706
10916 041712
10917 041722

013700

000402
013700
072027

002102
002430

65:

177646

177773

002130

013701
072127
042701
005737
001024
005737
001421

002144
177773
177600

18:

177775

EUFLAG

BIC

o*C177,RO

WHAT

ERROR

ADDR

SHOUX
D BE

ASR
ASR
ASR
8IC

R1
R1
R1
#1C2,R1

8IC
ST

#*C177,R1
NO22BIT

EUFLAG

PUSH
MOV
8IS

RO
CSRNO ,R2
#BIT14,CSRADD(R2)

:éf

:aC‘MO.QO

BNE

BEQ
172100

MOV
BIC

172100

:GET CURRENT ADDRESS BITS 11 AND 12

2%:

3s:
S8:

;IS IT EUB?

1BRANCH IF NOT

CSRADD(R2),R0O
#81IT14,CSRADD(R2)

:GET CSR CONTENTS
;TURN OFF EUB BIT CAREFULLY

1 SAVE GENERATED ERROR ADDRESS
1GET CSR NUMBER
;TURN ON EUB BIT CAREFULLY
;CLEAR EVERYTHING BUT ERROR ADOR

=, 4
BEQ

RO,.R1
Ss
INTFLAG
34

;COMPARE REAL AND GENERATED ERR. ADDR.
;BRANCH IF THEY ARE THE SAME
1 INTERLEAVED?
iNO - WE HAVE AN ERROR

INT64X

164K INTERLEAVED MEMORY?

1ST

43:

1BRANCH IF NOT NECESSARY

sSHIFT ADDR BITS 18-21 INTO POSITION

BEQ
ADD

000100
002136

:IS THIS AN 11744 OR 11/24?

TSTY

002134

ASL

'Ag

002432
002064

sGENERATE

ADD
R1,RO
;ADD THEM TO THE ADJUSTED PAR VALUE
;GET ERROR ADDRESS FROM CSR UNDER TEST
MOV
CSR.R1

002130

000100

gzm\ns.ao

UIPARS RO

SWAB

0.....00.0.00..0.00.

NOSUPER

MOV

BNE

177600

002146
040000
172100
040000
177037

TST

172246

005737
001002
042700
000301
006201
006201
006201
042701
060100

BNE

BNE
ADD

g.“l

#100.R0

48
#100,R0

1ADD TO CURRENT ERROR ADDRESS

RO,R1

187

SKPERR

sARE WE SUPPOSED TO SKIP ERROR P.0.?

R1,ERRADD

+SAVE CSR'S ERROR ADDRESS

BEQ
BNE
PERR
MOV

CLR

POP
-

10894 041610

013703
005737
C01003

RO.R1,.R2,.R3
BANKINDEX
,R3

10884 041544
10885 041550
10886 041554
10887 041560
10888 041564
10889 041566
10890 041572
10891 041574
10892 041576
10893 041602

GENERATE AND TEST ERROR ADDRESS

PUSH
MOV

b -]

10866 041454
10867 041464
10868 041470
10869 041474
10870 041476
10871 041502
10872 041504
10873 041510
10874 041514
10875 041520
10876 041522
10877 041526
10878 041530
10879 041532
10880 041534
10881 041536
10882 041542

TRAP

‘...‘....0.0...............‘...0....‘.0.....00..........O0.0

SKPERR

R3,R2,R1,RO

;YES - SKIP ERROR PRINTOUT
;ELSE PRINT ERROR ADDRESS ERROR

1ENABLE THE ERROR PRINTOUT AGAIN
;RESTORE REGISTERS

CZMSDDO MS11 L/TMM DIAGNCSTIC

T Ba

GENERATE

AND

TEST

GO
MACRO M1113

13 RROS ADDRE 55

10920 041724

14 UAN-82 16:15

CHKGEN:

PAGE 342

SUBTST«<<SUBR

€ G NG

GENERATE CHECK BITS»>>

0000000000000 80000080080000000000000080000000000000008000000%00000000RRRI

i *SUBTEST

SUBR

sCHECK BIT GENERATOR ROUTINE
sCALLING SEQUENCE IS:

MOV
CALL

GARBRAS

GENERATE CHECK BITS

OWORD1 , SOURCE
CHGEN

T T N

mnmnmmmMmMmm

i SOURCE = ADDRESS OF DATA

sCHECK BITS RETURNED IN BITS 11-S OF LOCATION CHECX

041724
041740
041744
041750
041754
041756

000077
042032
002274

041760
041762
041764
041766
041772
041774

18:

077 ,R2
OCHKTAB,R3

1DEFAULT CHECKBITS FOR DOUBLE WORD OF ZEROS
1ADDRESS OF CHECKBIT TABLE

sEXTEND SIGN OF DOUBLE WORD TO R4

;LOOP TILL ALL BITS ARE CHECKED

8ICB
BNE

177600

002276

RO,R1,R2,.R3,R4,RS

MOV
MOV
MOV
MOV
MOV

XOR
ASHC

042002
042006
042010
042014
042030

PUSH

BIC

SWAB
ASR

ASR
ASR

MOV
POP

RETURN

SOURCE ,RS
(R5)+,R1
(RS),RO

(R3).,R4
R4 ,R2
#1,.RO
orC177,R2

1GET SOURCE ADDRESS
1GET LSB'S
1GET MSB'S

1ELIMINATE BITS THAT DON'T COUNT
s COMPLEMENT MASKED BITS IN CHECKBITS
;DOUBLE PRECISION LEFT SHIFT RO, ,R1

sKILL ALL JUNK BITS

:POSITION CHECKBITS IN BITS 11-S

R2,CHECK
RS ,R4,R3,R2,R1,RO

1
.

/TM DIAGNOSTIC

GENERATE (Cx BITS

10951 042032

10952
10953
10954
10955
10956
10957

042032
042033
042034
042035
042036
0420587

200
301
302
203
304
205

10958 042040

206

10961 042042
10962 042043

310
211

10959 042041
10960

307

MACRO M111%

CreTAB:

UAN-82

;BYTE

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

.BYTE
*CO70
iBYTE @2

:BI7

.BYTE

.BYTE
.BYTE

.BYTE

109C6 042047

315

.BYTE

10967 042050
10968 042051

10969
10970 042052

10971
10972
10973
10974
10975
10976
10977

316
217

320

042053
042054
042055
042056
042057
042060
042061

221
222
323
224
325
326
227

10979 042062

340

10978

10980
10981
10982
10983
10984
10985
10986

042063
042064
042065
042066
042067
042070
042071

241
242
343
244
345
346
247

344

:8I7
:BIT
:8I7
134
iBIT
:BIT

212

313
214

PAGE

tC177
tCO076
*CO7S
*C174
+CO73
*C172

10963 042044

10964 042045
10965 042046

16:15

.BYTE
.BYTE

+C171

*C067
tC166

1BI7
iBIT

*CO64
*C163

1817
:BIT

*C165
*CO62

.BYTE
.BYTE

*CO61
tC160

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

tC156
*C155
tCO54
*C1S3
tC0S2
*COS1
*C150

.BYTE

*CO37

;:BYTE o1
.BYTE
*COS57

:1BYTE @0
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE

-39

*C136
*C135
*CO34
*C133
*CO32
*CO31
*C130

iBIT

:BIT

iBIT
:BIT

iBIT

iBIT
iBIT
:BIT
:8IT
iBIT
:BIT
1817

1817

1817
1817
1817
iBI7
11:384
iBI7
:BIT

SUBR

O-NWdUVNRN

CZMSDDO MS11

CZMSDOC MS11 L /M DIAGNOSTIC

SUBR

GENERATE CrECK BITS

MACRO M111%

14 UAN-82 16:15

10989 042072

PAGE

SUBTST««SUBR

346

EQENCE

MAPPER>>

‘....‘.......................‘.‘...‘....................‘.....“..........‘.....

;*SUBTESY
10990

MAPPER

: THIS SUBROUTINE MAPS THE MEMORY BANX (16K WORDS = 1 BANK)

10991
10992
10992
10994
10995
10996
10997

00000s

sIN RS TO THE TEST PATTERN AREA (SUPERVISOR VIRTUAL (60000 157777) fOR
;THE 11744 AND 11/45-55; USER VIRTUAL (60000 - 157777) FOR ALL OTHER
;PDP-11°S).
3
sCALL
MOV
BANKNO R3S
3SET UP BANX ARGUEMENT
3
CALL
MAPPER
sACTUAL CALL
3
RE TURN
sONLY RETURN

10998

10999

11000 042072

11001 042104
11002 042110
11003 042114
11004 042120
11005 042124
11006 042126
11007 042132
11008 042136
11009 042142
11010 042146
11011 042150
11012 042152

{igiz 042154
11015
11015
11017
11018
11019
11020
11021
11022
11023
11024
11025
11026
11027
11028
11029

SUBR

100000000000000000000000000000000000000000000000000000000000000000000008008

012700
012701
012704
005737
001404
012701
012704
012702
012705
012021
010224

077503

172340
172240
172200
002430

177640
177600

077406
000010

012741

177600

042160
042164
042166

022703
001516
072327

000170
000011

042172
042176

012701
005737

172246
002430

042202
042204
042210
042214
042216
042222
042224
042230
042232
042236
042240
042244
042252
042254

001402
012701
012702
010321
062703
077204
005737
001442
162701
010102
062702
022737
001403
010200

11040 042266
11041 042272
11042 042276

010001
012122
011112
013700
005737
001403

11030
11031
11032
11033
11034
11035
11036 042256
11037 042260
11038 042262
11039 042264

MAPPER:

4s:
18:

S08

Ss:
2%:

000200

002234

000010
002234

010102

10s:
002102
002136

MOV
MOV
MOV
TST
BEQ
MOV
MOV
MOV
MOV
MOV
MOV

MOV

177646
000004

000004
000001

1SET SUPERVISOR/USER UP FOR 1 TO 1 MAP

PUSH

RO,R1,R2,R4
RS

OKIPARO,RO
O@SIPARO,R1
OSIPDRO,R4

NOSUPER
a8

SUIPARO ,R1
SUIPDRO,R4

077406 ,R2
e8..RS
(RO)+,(R1).
R2.(Ra).
RS,1¢
0177600, -(R1)

sFIRST AREA TO MAP TO
+FIRST ADDRESS REGISTER
sFIRST DESCRIPTOR REGISTER
1CAN WE USE SUPERVISOR MODE
?
1 YES, BRANCH
;FIRST ADDRESS REGISTER
+FIRST DESCRIPTOR REGISTER
;CONSTANT FOR 4K PAGE, UP, R/W
s COUNTER
sPUT IN SUPERVISOR ADDRESS
1PUT IN SUPERVISOR DESCRIPTOR
;:LOOP TILL DONE

;CORRECT LAST FIELD FOR PERIPHERALS PAGE

;SET UP SUPERVISOR/USER FOR TEST AREA
ce
0120, .R3
sMAP NOTHING (1 T0 1)?
e
3
i YES - SKIP
ASH
. .R3
1BANK 1 STARTS AT 100,000 LESS 6 LSB'S
;FOR MEMORY MANAGEMENT = 1000
MOV
OSIPARS . R1
1SETUP FOR AUTO INCREMENTING
ST
NOSUPER
;D0 WE HAVE SUPERVISOR MODE?
8€EQ
Ss
1 YES - BRANCH
MOV
SUIPARS R1
1SETUP FOR AUTO INCREMENTING
MOV
o4 R2
;sCOUNTER
MOV
R3,(R1).
iPLUG IN PAR INFO
ADD
#200,R3
1BUMP ADDRESS 4K
S08
R2,2%
;:LOOP TILL DONE
TS7
SPLTCSR
BEG
94

SUB
Y
ADD
cp
BEQ
MOV
MOV
MOV
MOV
MOV
MOV
TS7
BEQ

#10,R1
R1,.R2
04 ,R2
01 ,SPLTCSR
10¢
R2.RO
R1,R2
RO,R1
(R1)+,(R2).
(R1),(R2)

BANKINDEX,RO
INT64K
11¢

267

(

\,’)
MS11-L/M DIAGNOSTIC

MACRD M1113

MAPPER

042300

BERERERRRR22304D

042304
042306
042312
042316
042320
042324
042326
11051 042332
042334

042336
042344
042346
042352
042354
042362

012700

000402
012700
005737
001403
012701
000402
012701
060021
060011

022737
001010
005737
001423
022737
001017

000404
022737
001012
005737

042412

000403

042414

042422
042434

042436

042450
042452
042456
042462
042466

042472
042474
042476
042502
042504
042510

042514

042526

004000

UAN-82
MOV

010000
002430

11%:
12%:

177652
172252

13s:
14%:

16:15

PAGE

346-1

B8R
MOV
TSY
BEQ
MOV
BR
MOV
ADD
ADD

128

138
OUIPARS ,R1
148

OSIPARS
,R1
RO,(R1).
RO, (R1)
:IF WE ONLY HAVE AN 124K SYSTEM,

WE DON'T WANT

TEST

THE

iLAST 4K, WHERE THE UNIBUS DEVICE PAGE IS. INSTEAD, THE
1PROGRAM WILL REMAP THE LAST 4K TO 8-12K. ALSO, IF THERE
+IS A BANK 177 ON AN 11/44, THE PROGRAM WILL REMAP THE LAST

042364
042366
042374
042376

042402
11069 042404

001404
013737
013737

000207

005000
012701
012702
012703
012704

010021
010223
062700
077405
012741
012741

000002

000007

002530

9s:

002426
000007

000177

002100

002530

002430

8s:

177652

177654

172252

172254

7%:

64:

3s:

SKMAP:
172340
077406
172300
000010
000200

177600
177400

18:

;4K

ce
BNE
TSY
BEQ
ce
BNE

10 8-12K FOR THE SAME
:7.LASYBW
5

BR
ce
BNE
ST

BEQ
MOV

MOV

POP

RETURN
.SBTTL

PUSH

CLR
MOV
MOV
MOV
MOV
MOV
MOV
ADD
S08
MOV
MOV

POP
RYI

NO22BIT

33
@7 ,BANK
38
8s

111744 OR 247
1BRANCH IF SO
1BANK 772
- BRANCH

;iNO

;177,LASYBN‘(
$

NOSUPER
64
UIPMS.UIPMG

SIPMS SIPARG

RS.R4,R2,R1,R0
TRAP

MAP KERNEL

RO,.R1.R2,R3.R4
RO
OXIPARO,R1

077406 ,R2
OKIPDRO,R3

8. R4
RO,(R1).
R2,(R3).
#200,R0
R4, 18

#177600, -(R1)

2177400, -(R1)

R4 ,R3,R2,R1,R0O

(ALMOST

TRAP HANDLER

:11ST AREA TO MAP TO
;:FIRST ADDRESS

;CONSTANT FOR 4K PAGE ,UP,R/W

:1ST PAGE DESCRIPTOR REGISTER
1COUNTER
1PUT IN KERNEL ADDRESS
iPUT IN KERNEL DISCRIPTOR
;ADD ADDRESS CONSTANT FOR 4K CHANGE
;LOOP TILL DONE
: THE PERIPHERALS PAGE TO KIPAR7
sAND NEXT LOWER PAGE

TO KIPARG

’

MS11-L/M DIAGNOSTIC

MAP KERNEL

(ALMOST

MACRO M1113
14 -UAN-82
1) TRAP HANDLER

042530

16:15

RELOCATE:SUBTST

PAGE

)

348

ANCS

<<RELOCATE PROGRAM>>

§000000000000008000000000000000000800000
000 s 8880000000
R IRRRIRRRRIRARRA
0800
RYS

;oSUBTEST

IF oSW1l2 SET.IN @SWR THEN SRETURN ERROR
IF APTFLAG IS TRUE OR ACTFLAG IS TRUE
IF SPASS NE 00 THEN SRETURN ERROR
END; OF IF APTFLAG
BEGIN LOADERBANX

004737

044302

013700
010037
013701
004737
004737
013701

002100

052761
042761

FOR BANK

MOV

043752
044250
002102
020000

RO, LOADBANK
LOADHOME
,R1
BANKMOV
NEWLOAD
iMAP NEW LOADER BANK IN KERNEL
BANKINDEX,R1
®BIT15,CONFIG+2(R1)
sMARK LOADER
OBIT13,CONFIG.2(R1)
s INVALIDATE BACKGROUND PATTERN

LEAVE LOADERBANK
END ;OF IF ACFLAG
END ;0F FOR BANK
IF oSWH13 OFF.IN 8SWR

TYPE

013702

MSGO75

sRELOCATION NOT POSSIBLE

END ;OF IF oSwW13
SRETURN ERROR
END LOADERBANK
BEGIN FINDBANK

MOV
ASL

002530

LASTBANK
,R2
R2

ASL

006302

1tR2 <- R2 » &4

FOR R1 := 0242 TO R2 BY 04
IF #BIT7!BITO OFF .IN CONFIG(R1)
IF @BIT1S OFF.IN CONFIG+2(R1)

et et

s 3 et

;IF NO ERRORS & NOT PROGRAM SPACE
;IF NOT LOADER BANK
IF CPUBIT SET.IN CONFIG(R1) ;IF ACCESSABLE
IF #8IT9 SET.IN CONFIG+2(R1) THEN LEAVE FINDBANK ;IF PARITY
IF #8176 SET.IN CONFIGC(R1) AND OBIT7 OFF .IN CONFIG(R1)
sIF 1ST PROTECTABLE ECC BANK
LEAVE FINDBANK
END ;0F IF eB8ITé
IF INMECC IS FALSE
SET
INMECC

s 30 G

010137

002512

013701
023727
001423

002512
002262

MOV

R1, INMBANK

END; OF IF INMECC
END ;OF IF CPUBIT
END ;OF IF #BIT1S
END ;0F IF #8177
END ;OF FOR
IF FULLREL IS FALSE
IF INMECC IS TRUE

000420

TO LASTBANK

BANK ,RO

MOV
MOV
CALL
CALL
MOV
BIS
8IC

e e et

CALL EXBANK
IF ACFLAG IS TRUE AND PFLAG IS FALSE AND BMFLAG IS FALSE

P Pt et Bt BD P

et et et e B

et e P

e Pt ed e et et

=838%8 v FERZEEIVRRRE SR;
~—8¢oqomau~—033q833u~»8
S s el Pt e Pt et P
(]
OO0 ;22

042530
042544
042560
042572

s et e

RELOCATE PROGRAM

$900000080080000808000000000000000000000
000N
0000000000
RRBRRRRIRRORRR
0000000
RRSS

000030

MOV
cHP
BEQ

TYPE

END;

INHBANK
R1
REALPAT, 030
RELENT1
MSG123

RELENT1

INMECC

;IS THIS PATTERN 307
i YES - SKIP MESSAGE

CZMSD0O

1 L/TMM DIAGNOSTIC

KLNAIF%M
045114
043114
043120
043130
043136
043140
043144
043144
043150
043150
043154
043162
043164
0435170
165 043174

s e

et et e Pt B

e Bt e et Pt et Pt e B

d e Pt ek et et

et P Bk et e P

11151
11152
1115%
11154
1155
156
157
158
159
160
161
162
163

002510

023727
001402

002262

e P P

CLR
IF

000030

002630

042761

005000
071027

002506

013737
004737

RELOC1:

000001

b Jt o gk Pt bt s gt ok

s P

MOV

PGMCSR ,PGMCSR +2

b e et B

$d Pt

B8MOV

0,100000,SIZE

e
BNE
8IC
MOV

@1 ,PROTYP
JMPRL1

177572

010000

002630

RO, MAPHO

NEWKERNEL

ASL
ASL

RO
RO

SWAB

ASL
BIS

R2
#8170,MR0

BIS
8IS

#8IT15,R2
R2 ,PGMCSR

MOV
BIT
BEQ
MOV
8IC

18%:

i YES - SKIP MESSAGE
sRELOCATION NOT POSSIBLE

SET

:IF WE RELOCATED PROPERLY, THIS SHOWLD BE 0FF¢
s INVALIDATE BACKGROUND PATTERN

i SAVE CURRENT PGM. (SR
;MAP NEWBANK TO USER PAR
;ENTER USER MODE
:MOVE PROGRAM
;ENTER KERNEL TMMODE
;IS THIS AN 11/44 ?
s JUMP IF NOT
:TURN OFF UNIBUS MAP

#BIT15,MAPLO

CALL

BIC

000001

IS THIS PATTERN 307

;0F ON.ERROR

LOWMAP
BITS,MR3

MOV

002272

SURE FLAG IS TURNED OFF
!

CALL
8IS

JMPRLL1: BIC

100000

oBITS,MMR3
NEWBANK
, RO

MOV

END

177775

USERMAP

ON.ERROR

007137

e Pt P P

b Pt Pt Pt Pt Pt Pt et B

s et P

Olv
4 ,RO
LET NEWBANK := RO

MOV
177572

MSGO7S
IF oSw1s

CLR

KERNEL

170200

172516

SKUB

iMAKE

SRETURN ERKOR

ASR

170202
043706

REALPAT ,03%0

TYPE
END ;OF

SEQUNCE

FULLREL

In€CC

Cre

CALL

172516

010037
004737
052737
042737
004737
013700

348.)

END F INDBANK
CLEAR
INHECC
RELENT1: BIC
OBIT13,CONFIG-2(R1)

003720

100000

PAGE

oSW13 OFF _IN @SWR

USER

012737

16:15

BEQ

177760

s B
Pl

UAN-82

MOV

b P

B0 Gt P Pt P P P

END;

g SgsSRILE8
WOV
28322222
o'W

s e

83 043314

M111%

SKUB :

104417
022737
001021
042737
013700
006200

s B8 Pt be s P Bt et
bt Pt Pt Pt Bt Bt

e e e e e e et P P P P

0050387

MACRD

#B81T0,MMRO

sSETUP LOMER 16K IN UNIBUS MAP

;ENERGIZE UNIBUS MAP
sDEENERGIZE MEMORY MANAGEMENT

NEWBANK
, RO
CONF IG(RO) ,R2

;RO <- RO » 4

#rC17,.R2

R2,PGMCSR
eBIT12,CONFIG-2(RO)
14
CONFIG(RO),R2
@*C170000,R2

RLFLAG

$RETURN NOERROR

1ENERGIZE MEMORY MANAGEMENT
1PUT NEW PGM. CSR INTO PGMCSR
1IS THE NEW BANK INTERLEAVED?
1BRANCH IF NOT INTERLEAVED

L/M DIAGNOSTIC
R7E PROGRAN

MACRO M1113

11203 043420

14 JAN-82 16:15

PAGE 350

UNRELOCATE : SUBTST

f PR .!:‘

<<UNRELOCATE PROGRAM>»

$000000000000000000080000080000000000000000000000800008BLNIRRLIINLIIRRERRARRRRSS

;*SUBTESY
11204
11205
11206
11207
11208
11209
11210
11211
11212
11213
11214
11215
11216

UNRELOCATE PROGRAM

F000000800
000008000000
80080
00008088000000
00080
000000000RRNIR
00000
ARIRRRRORRRRGS

1RESTORE LOADERS

013701
013700
004737
004737

PUSH
MOV
MOV

043752

0137387
004737
013701

CALL
CALL

PUSH
MOV

002100

042761

CALL
MOV
8IC
MOV
CALL
MOV
B8IC
POP
CLEAR

002630
002100

013737
004737
013701
042761

002630

042737

;RESTORE BANK O

8IC
®B8IT13,CONFIG.2
LET NEWBANK := 00
CALL

002630

USERMAP
0,100000, SIZE

004737

104417
042737
004737
013737
052737
005037
022737
001014
042737
004737
052737
012700
042710
062700

003771

RO
LOADBANK
,R1
LOADHOME
, RO
BANKMOV
NEMWLOAD
BANK
LOADBANK
, BANK
EXBANK
BANKINDEX
,R1
®BIT1S,CONFIG.2(R1)
. BANK
LOADHOME
EXBANK
BANKINDEX
,R1
@BIT13,CONFIG+2(R1)
BANK
INMECC

#8ITO,MRO

177572

NEWKERNEL
PGMCSR +2 , PGMCSR
:}&m

177572

:}.mm’

003720

172516
043706
002630

BITS, MRS
LOWMAP
#BITS, MRS
oCON IG+2,R0
#8IT13, (RO
#4,RO
RO. 03620
MAPLO .MAPHO

172516

8IC

003620

%(.’

LOWMAP:

SUBTST

iMAP NEW LOADER BANY

IN XKERNEL

SPACE

;:CLEAR LOADER FLAG

s INVALIDATE BACKGROUND PATTERN
sMAKE SURE ECC TESTS ARE NOT

INMIBITED!

s INVALIDATE BACKGROUND PATTERN

{MAP NEWBANK TO USER PAR
1ENTER USER MODE
;MOVE PROGRAM

'S:E&'mug MEMORY MANAGEMENT
1

;RESTORE PREVIOUS PGM. CSR

1ENERGIZE MEMORY MANAGEMENT
;IS THIS AN 11/44 ?

;TURN OFF UNIBUS MAP
1SETUP LOMER 16K OF UNIBUS MAP
;ENERGIZE UNIBUS MAP
;MOVE 2ND WORD OF CONFIG TO RO
;CLEAR BACKGROUND VALID BIT
s INCREMENT TO NEXT BANK
1 DONE?
iNO - BRANCH

<<SETUP LOWER 16K OF UNIBUS MAP>>

§10800880088082088888000000008000008800000080000000000000000000600000008800000000000

;1 ¢SUBTEST

SETUP LOMER 16K OF UNIBUS MAP

108008880888 88000000000080800000800880808000088000000800080000000000000008800000000

012700
012701
012702
012011

170200

170204
000003

18:

PUSH
MOV
MOV
MOV
MOV

RO,R1,R2

OMAPLO,RO
OMAPL1 ,R1
#3,R2
(RO).,(R1)

11254
11255
11256
11257
11258

043732
043736
043740
043742
043750

062721
012021
077205
000207

020000

MACRO M1113

14 UAN-82 16:15

3828

CZMSDDO MS11-L/M DIAGNOSTIC
SETUP LOWER 16K OF UNIBUS MAP

NS
PAGE

350-1

oBIT13,(R1).
(RO)+,(R1).
R2.18
R2,R1.RO

SE GUENCE

CZMSDDO MS11 /TM DIAGNOSTIC
SETUP LOMER 16K OF UNIBUS MAP
11261 045752

MACRD M1113

14 UAN-82 16:15

BANKMOV:SUBTST

PAGE

352

SE G ENCE

««MOVE BANKS»»

.000................0.......0‘0.0.00000.00000000000000000oooooooooooooooo.ooo.oo

;*SUBTEST

MOVE BANXS

.‘..............‘...‘................O..‘.O.......‘.‘...00.00..0....00.........0

11262
11268
11264

sMOVE 3/4 OF A BANM
sCALLING SEQUENCE
sRO = DESTINATION BANX

11265

11266 043752

104415

1R1 = SOURCE BANX

11767 043754

004737

044120

L2270 43764
11271 043770

{g;: 044000

072027
072127
012702
012703

000011
000011
177650
000200

11275 044004
11276 044006
11277 044010
%5;: 044012
11280 044014
11281 044016

11208 043760
11269 °3762

11272 043774

11282 044020
{1203 044022

11265 044024
11266 044032

SAVREG

CALL

USERMAP

ASH
ASH
MOV
MOV

9. ,.RO
9. .R1
QUIPARAG
, e
0200,R3

010122
060301
010122
060301

MOV
ADD
MOV
ADD

R1,(R2).
R3,R1
R1,(R2).
R3,.R1

010022
060300
010022
060300

MOV
ADD

RO,(R2).
R3.RO

USER
8MOV

100000, 140000,512€/2

MOV

SUIPARA ,R2

104416
104415

RESREG
SAVREG

MOV
ADD

RO,(R2)R3,RO

{12.7 044044

104417

{g:: 044046

012702

11291
11292
11293
Haz:

044052
044054
044056
044060

010122
060301
010122
060301

MOV
ADD
MOV
ADD

R1,(R2).
R3.R1
R1,(R2).
R3,R1

11296
11297
11298
11299

044062
044064
044066
044070

010022
060300
010022
060300

MOV
ADD
MOV
ADD

RO,(R2).
RS,RO
RO,(R2)R3,.RO

USER
044112

104417

1130% 044114
11306 044116

000207

113504

177650

104416

;MOV

1ST MALF BANX

:ENTER KERNEL MODE

iMAP 2ND HALF BANX
;BUMP By 4K

100000, 140000,S1ZE/4

MOV SND FOURTH OF BANX

;ENTER KERNEL MODE

RESREG

A
2

11300

11301

KERNEL

1MAP ST MHALF BANX
;1BUMP BY 4K

‘\...'4'

CIMSDDO MS11

MOVE

BANKS

LTM DIAGNDSTIC

11309 044120

MACRC M111%

14 UAN-82 16:15

USERMAP :SUBTST

PAGE

<««SUBR

354

MAP USER TO NEW BANK>»

0000000000000 0000000000000000000000
2000000000000 0000000R0RRRIIGRBORRARRRRIIRRASES

s *SUBTEST

11310 044120
11311 044124
11312 044130

012701
012702
012703

177640
172340
177600

11314 044140
113515 044144

012705
012221

000004

11319 044152
11320 044156

013700
072027

002272
000011

11522
11323
11324
11325
11326

012705
010021
062700
011423
077505

000004

11313 044134

11316 044146
lig{z 044150
1

11321

044162
044166
044170
044174
044176

012704

172300

011423
077503

000200

11329 044202

SUBR

MAP USER TO NEW BANX

§040000000000080000000000000000000000000000000000000000000000000RRRRRLRRARR

MOV
MOV
MOV

SUIPARO,R1
O IPARO,R2
OUIPDRO,R3

MOV
MOV

04 ,R5
(R2)+,(R1).

MOV
ASH

NEWBANK
, RO
9. .RO

MOV
MOV
ADD
MOV
S08

04 RS
RO,(R1).
0200,R0
(R4),(R3).
RS,2¢

MOV

18:

2%:

MOV
so8

1COPY KERNEL

PAR'S £ PDR'5 (0 %)

RBRSES

OKIPDRO,R4

(R4),(R3).
R5,.1%

NEWERNEL : SUBTST

<<SUBR

1BANK 1 STARTS AT

100,000 LESS € LSB 'S

:FOR MEMORY MANAGEMENT - 1000
1SETUP UIPAR(4-7)
1BUMP ADDRESS 4K
1SETUP UIPDR(4-7)

SETUP KERNEL PAR'S FOR NEW BANK>>

10000000000000000000000000000000000000000000000000000000000000000000000000000000

;1 *SUBTEST
11330
11351
113532
11333

044202
044210
044214
044220

11555
11336
11357
11338
11339
{{g:?

044224
044230
044232
044236
044240
044246

11334

SUBR

SETUP KERNEL PAR'S FOR NEW BANK

10000000000000000000000000000000000000000800000000000000000000000000000008000000

012700
013701
072127

172340
002272
000011

012705
010120
062701
077504

000004

000200

000207

11342 044250

18:

PUSH
MOV
MOV
ASH

RO,R1,.R5
OKIPARO,RO
NEMBANK ,R1
9. .R1

MOV
MOV
ADD
SO8
POP
RETURN

04, ,R5
R1,(RO).
#200,R1
RS.1%
RS,R1,.RO

NEMLOAD:SUBTST

<<SUBR

1BANK 1 STARTS AT 100,000 LESS 6 LSB'S

;+FOR MEMORY MANAGEMENT - 1000
1SETUP KIPAR(O-3)

SETUP KERNEL PAR'S FOR NEW LOADER BANX>>

1000800008080 00008000000000000000800000000000000000000000000000000000000000000008000

1 oSUBTEST

11349 044272
11350 044274

113851 044300

SETUP KERNEL PAR'S FOR NEW LOADER BANK

3RO CM:olflz THE DESTINATION BANK

11343

11344 044250
11345 044254
11346 044260
11347 044264
11348 044266

SUBR

00220808008 000008000008000000000000000000000000000000000000000000000000000000000

012701
072027
010021
062700
010021

000207

172350
000011

000200

PUSH
MOV
ASH
MOV
ADD

1
oxIPARA .R1
9. RO
RO,(R1)+
0200, RO

POP
RET

R1,

MOV

RO,(R1).

1BANK 1 STARTS AT 100000 LESS 6 LSB'S (1000)
{SETUP KIPAR4
1 SETUP K IPARS

Ut
el

IMSDDO MS11 L/M DIAGNOSTIC
HMACRO H%‘l!
14 UAN-82 16:15
L8R
SETUP WERNEL PAR S FOR NEW |
BANK
11554 044302

EXBANK:

SUBTST

PAGE

<<«SUBR

356

EGENCE

EXAMINE BANX>>

§00000000000000000000000000000004000000000000000000000R
RN
IIRRRIERINRIRARARSSY

31 *SUBTEST

11355

EXAMINE BANK

sDOES THE FOLLOWING:

11556

3(1)

11357

1(2)

11358

:(3)

11359

1(4)

11369

11360
11361
11362
11363
113¢€4
11365
11366
11367
11368

11370
11371
11872
11373
11%74
11375
11376 044302
11377 044310
11378 044330

11379 044336
11380 044352
11381 044366
11382 044372
11383 044374
11384 044376
11385 044402
11386 044410
113587 044412
11388 044420
11392 044424
11393 044440
11394 044444
11399 044444
11400 044450
11401 044452
11402 044456
11403 044460
11404 044464
11405 044470
11406 044472
11407 044500
11408 044504
11409 044512
11410 044514
11411 044522
11412 044530
11413 044532
11414 044540

SUBR

§000000080000000000080080000000000000000
00000000000
0000000000
RN
000000

013701
006301
006301
010137
032761
001403

002100

012700

000002

005037

002114

005737

002114

001415
016102
000302
042702
020227
003005

002102
000100

SETS UP “BANKINDEX“ AND R1 BASED ON VALUE OF
SETS THE

"MKFLAG" IF THE BANX IS ECC.

“BANK
",

SETS THE “KFLAG" IF THE BANK IS MF11S-K,

SETS THE “KPFLAG" IF

THE BANK IS THE PROTECTED REGION OF ECC MEMORY,

1(S)
1(6)
3(7)
3
:
;
;
1(8)
3

SETS THE “ACFLAG" IF THE BANX CAN BE ACCESSED BY TWIS CPu.
SETS THE “PFLAG" IF THE BANK IS IN PROGRAM SPACE.
SETS THE
“RRFLAG" IF RELOCATION IS REQUIRED TO TEST THMIS BANK; HOWEVER,
IT COMPLEMENTS THIS FLAG IF THE RELOCATION FLAG "RLFLAG” IS SET (TMIS IS
NECESSARY FOR THE USE OF THE RECURSIVE "MODE~ SUBROUTINES). THE “RRFLAG'
IS ALWAYS SET TO DISABLE TESTING IF FIELD SERVICE MODE
“SELECTED BANKS"
ARE BEING TESTED AND THIS BANX IS NOT SELECTED.
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

3(9)
:(10)
1(11)
1(12)
8
:

SETS
SETS
SETS
SETS
BEEN

002626
18:

002630
177770
000002

000137
032761
001003

044742
000400

002630

12%:

032761
001012

001000

002630

2%:

032761

000400

002630

OF THE RECURSIVE "MODE" SUBROUTINES).

THE "EUFLAG" IF THE BANK MAS EXTENDED UNIBUS MEMORY,
THE “INTFLAG" IF THE BANK IS INTERLEAVED.
THE "INTGAK" FLAG IF THE BANX IS INTERLEAVED ON 64K WORD BOUNDS.
THE "SKIPMKTM FLAG IF THIS BANK IS INTERLEAVED, AND HAS ALREADY
TESTED.

PUSH
RO,R1,R2
CLEAR
MXFLAG,KPFLAG,KFLAG,EUFLAG
SET
ACFLAG
CLEAR
PFLAG,RRFLAG,BMFLAG
CLEAR INTFLAG, INT64K, SKIPMK
MOV
BANK,R1
ASL
R1
ASL
Rl
iRl <- Rl « &
MOV
R1, BANKINDE
X
8Iv
®BI76,CONFIG(RL)
sPROTECTED REGION OF ECC MEMORY?
BEQ
1
iNO - SKIP
SET
KPFLAG
MOV
#8IT1,RO
IF RO SET.IN CPUBIT AND RO OFF ,IN CONFIG(R1)
CLR
ACFLAG
END ;0F IF RO
1ST
ACFLAG
+ACTIVE MEMORY?
BEQ
124
1BRANCH IF NOT
MOV
CONFIG+2(R1),R2
SWAB
R2
8IC
o1C7,R2
s ISOLATE MEM TYPE BITS
ce
R2,02
+1IS THIS AN ILLEGAL MEM TYPE?
8GY
12¢
$BRANCH IF NOT
SET
BMFLAG
1SET BAD BANK FLAG
JP
ENEXBX
1 JUMP OVER REST OF FLAG TESTS
8IT
OBIT8,CONFIG+2(R1)
1 IS THIS EUB?
BNE
24
1BRANCH IF NOT
SET
EUFLAG
+YES - SET EUB FLAG
8IT7
#8I19,CONFIG.2(R1)
+IS THERE ECC THERE?
BNE
38
iNO - SKIP
SET
MKFLAG
sYES - SET MKFLAG
BIT
oBIT8,.CONFIG+2(R1)
+IS THIS MF11S-K MEMORY

CZMSDOO MS11 L/M DIAGNOSTIC
SUBR

EXAMINE

11415 044546
11416 044550
11417 044556
11418 044564
11419 044566
11420 044602
11421 044606
11422 044610
11423 044614
11424 044622
11425 064624
11426 044632
11427 044636
11428 044640
11429 044644
11430 044062

11431
11432
11433
11434
11435
11436
11437

044670

044670
044676
044700
044706
044714
044716
11438 044724
11439 044732
11440 044734

1144] 044742
11442 044750

BANC

MACRO M1113

00140%

032761

3s:

001406

005737
001402
005137
032761
001403

0057387
001002
005137

032761
001421

032761
001403
032761
001403
000207

14 UAN-82 16:15

BEQ
SET

BI7

BEG

SET
S8:

002124

002122
000001

002626

68:

TST

BEQ
com
BIT

010000

002630
002630

BIT7,CONFIG(R1)

PFLAG ,RRFLAG
RLFLAG

63
RRFLAG

®BIT0,CONFIG(RY)

8s
BMFLAG

BNE
com

94
BMFLAG

BEQ
SET

ENEXBK
INTFLAG

BEQ
SET

108
INT64K

WORST

€ QIENCE

iNO - IT'S MS11-TM

iYES - SET XFLAG
;BANK - PROGRAM SPACE?
iNO - SxIP

: IS PROGRAM RELOCATED?
iNO - SkIP
1 YES - COMPLEMENT RELOCATION REQUIRED FLAL
{ERRORS PRESENT IN THIS BANC?
iNO - SKIP

:IS THIS A WORST FIRST PASS?
iYES - SxIp

3NO - COMPLEMENT BAD MEMORY FLAG
IF SELONLY IS TRUE AND #BIT14 G’F IN CWIGO?(I!)
SET
RRFLAG
END ;0F IF SELONLY
BIT
®BIT12,CONFIG.2(R1)
1 IS THIS BANK INTERLEAVED?

BIT

10%:;

356-1

3
KFLAG

BEQ
SET
IST

002126

PAGE

BIT

BEQ
SET
ENEXBNX; POP

RETURN

sBRANCH IF IT IS NOT

®BIT11,CONFIG+2(R1)

3IS THIS BANK INTERLEAVED WITH 64¢ BOARDS?
;BRANCH IF IT IS NOT

#8ITS,CONFIG(R1)

;SHOULD THIS BANK BE TESTED?

ENE XBX
SKIPMK
R2,.R1,RO

sBRANCH IF IT SHOULD

tRESTORE REGISTERS

F6
CZMSDDO MS11 L/M DIAGNOSTIC
SUBR
EXAMINE BANC

MACRO M1113

11445 044752

14 UAN-82 16:15

BANKOK:

SUBTST

PAGE

<<SUBR

358

E @ NCE

BANK OK?>>

;........“...‘....‘.....................0...............0.............000‘00..0

: #SUBTEST

11446
11447
11448
11449 044752

11450
11451 044760
11452 044764
11453 044766
11454
11455 044770
11456 044770

SUBR

BANK OK?

'...‘..‘..“..........‘....‘..............................00....0.0.0..0QO00000.

;TEST

013700
005100
013701
074001
000207

TO INSURE

THAT

THE

TYPE OF MEMORY

THE PRESENT BANV

sIS OF THE TYPE WE ARE TESTING “TMFLAG".
;RESULT IS RETURNED IN THE CONDITION CODES (O

MOV
comM

002132

MOV
XOR

002116

RETURN
INCRPT:
INCPAT: SUBTST

TMFLAG,RO
RO

MXFLAG,R1
RO,R1

<«<SUBR

=«

(+0)).

0K = (=ON)

INCREMENT PATTERN TESTING

§00000000000000000000000000000000000000000000000000000000000000000000000000000480

s *SUBTEST

SUBR

INCREMENT PATTERN TESTING

1000000000000000000000050000000000000000000000000000000000000000000000000000000s

11457

11458
11459 044770
11460 044774

11461 045002
11462
11463 045004
11464 045004

: INCREMENT THE PATTERN € SET UP THE CONDITION CODES
005237

022737
000207

002110
000030

sRESULT - Z BIT SET INDICATES OVERFLOW

INC
e

002110

RETURN
SETPAT:
MIPAT:

SUBTST

PATTERN

030 ,PATTERN

<<SUBR

1SET UP CONDITION CODES

sNOT EQUAL TO ZERO IS GOOD (NO OVERFLOW)

SET MIGHEST PATTERN TESTING TYPE>>

1800000008000 0000008008280000800000008000020000000800000000000000000000000000000000000

s oSUBTEST

SUBR

SET MIGHEST PATTERN TESTING TYPE

100000000000000000000000000000000060000000000000000060000000000000000000000000000

11465 045004
11466 045012
11467
11468 045014

012737
©00207

000027

002110

zv
INCBNKX: SUBTST

027 ,PATTERN
<<SUBR

1SET HIGHEST PATTERN

INCREMENT BANK & TEST»>

1080008888000 000000008088000800000000000000008004800000000000A000000800000000000000

:#SUBTEST
11469
11470 045014
11471
11472 045026

SUBR

INCREMENT BANK £ TEST

1900888000808 0000080000000000000000000000000008400000000000000000000000000000000

005237

023737
000207

002100
002530

002100

$RESULTS RETURNED IN CONDITION CODES
INC
BANK
cwp
LASTBANK , BANK
;700 FAR?
RETURN

CZMSDDO MS11-L/M DIAGNOSTIC
INCREMENT BANX £ YEST

MACRO M1113

11475 045030

14 UAN-82 16:15

B0OOT:

SUBTST

PAGE 360

GUENCS

<«<BOOTSTRAP ROUTINE>>

§0020000000000000000000000000000000000000000000000000
000 RRRAIIIRRRIRIRRRI LIRSS

s #SUBTEST

BOOTSTRAP ROUTINE

500000088080 045880008000000000000800000000000080080000800
000 R RNRRIRRRIRRBRERERALS

11476

s INITIALIZE ALL CSR'S
IUNRELOCATE IF NECESSARY
sFLUSH OUT ANY DBE'S
:TURN OFF MEMORY MANAGEMENT
i TURN OFF THE UNIBUS MAP
18007 RO OR RK1

11477

11478

11479

11480
11481
11482
11483
11484
11485
11486
11487
11488

045030

104472

045052
045056
045060
045064
11489 045066
11490
11491
11492 045100
11493 045104
11494 045110
11495 045114
11496 045120
11497 045122
11498 045124
11499 045130
11500 045132
11501 045134

004737
104421
005737
001003
042737

012700
010160
012710
012740
105710
100376
062701
005710
100761
005007

020000

CALL
MT0030
DEENERGIZE

1FLUSH OUT DBE'S
;TURN OFF MEMORY MANAGEMENT

TST

002426

177406
000004
177400
000005

;TRAP ON DOUBLE BIT ERRORS (NORMAL)
;TRAPS TO 4 GOTO B80OT1

IF RLFLAG IS TRUE

024720

000040

ECCINIT
SET4
80071

172516

BNE
800T1:
18:

2%:

8IC

THEN SCALL UNRELOCATE

NO22BIT

B800T1

MITS,MMR3

CLR
RESET

MOV
MOV
MOV

R1,4(RO)
€177400,(R0O)
05, -(RO)

B8PL
ADD

28
#BIT13,R1

MOV

1ST8

TST

BMI

CLR

€177406,R0

(RO)
(RO)

;IS THIS AN 11744 OR 11/24?

;TURN OFF THE UNIBUS MAP

Hé¢,
CZMSDOO MS11 L/TM DIAGNOSTIC
BOOTSTRAP ROUTINE

MACRC M1113

11504 045136

14 UAN-82 16:15

EXIT:

SUBTST

PAGE

362

EQ X

«<<HALT PROGRAM>>

0000080000000 800000002000008000 0000000000000

;*SUBTEST

IRRRLRIRBRBIIIRR

IRIARREASS

HALT PROGRAM

000088808008 0000000800000000000000000000000000000RBRBIIBIINIRRERREIIRRRARIARS

11505
11506
11507
11508
11509
11510

045136
045142
045156
045160
045162
045164

1{315 045170

004737

045170

CALL
SHUTUP
IF APTFLAG IS TRUE OR ACTFLAG IS TRUE
BR
.
ELSE
SEXHALT:
HALT
JP
START

EXIT2:

000777
000000

000137

003632

END ;0F IF APTFLAG

11513 045170

SHUTUP:

SUBTST

<<SHUTDOWN DIAGNOSTIC>>

$0080080008830080080000800800000000000%
200000000

;s oSUBTEST

0008380000

RRARRRIIIRRRRRES

SHUTDOWN DIAGNOSTIC

1000808080088 0000000000080000000080000008000000000
00000000 RRRRAIIRIRIRIRRREAES

11514
11515
11516
11517
11518
11519
11523
11524
11525
11526
11527
11528
11529
11530
11531
11532
11533
11534
{ggg

045170

045172
045204
045212
045216
045216

045222
045226
045232
045234
045240
045242
045250

s INITIALIZE ALL CSR'S
sUNRELCCATE
sFLUSH OUT DBE'S
sRESTORE LOADERS
;TURN OFF MEMORY MANAGEMENT
iUNMAP THE UNIBUS MAP

104472

ECCINITY

004737

024720

012700
013701
004737
104421
005737
001003
042737
000207

000001
002540
043752

MOV
LOADHOME ,R1
CALL
BANKMOV
DEENERGIZE
TST
NO22BIT
BNE
1s

002426
000040

s TRAP ON DOUBLE BIT ERRORS (NORMAL
)

IF RLFLAG IS TRUE THEN $CALL UNRELOCATE
IF QUICK IS FALSE
CALL
MT0030
sFLUSH OUT DBE'S
END ;0F IF QUICK
MOV
€1,R0
sDESTINATION BANK

172516

11540 045252

18:

BIC
RETURN

APTDOWN:SUBTST

BITS,MMR3

1 SOURCE BANX

1 TURN OFF MEMORY MANAGEMENT
sDO0ES THIS PDP-11 HAVE 22-BIT ADDR?
1BRANCH IF NOT
1 TURN OFF UNIBUS MAP

<<APT SHUTDOWN SEQUENCE>>

1008888088000 8000000008000000000000080000080000000000002000000000000000000000000

;s sSUBTEST
11541
11542
11543
11544
11545
11546
11547

045252
045266
045274
045302
045310
045316
045320

APT SHUTDOWN SEQUENCE

$1908008888800088808808802005200080800000000080800008000000008000000000000000000000

012737
012737
012737
104417
000000

045252
000340
000000

060024
060026
125252

MAP
00
sMAP SUPERVISOR SPACE (TEST AREA) TO BANK @0
TESTAREA
1ENTER TEST MODE
MOV
QAPTOOMN,FIRST
«24
MOV
@340 ,FIRST 26
MOV
00 ,FIRST+APTDOWN
KERNEL
:ENTER KERNEL MODE
APTHMLT: MALT

10
CZMSDDO MS11 L/TM DIAGNOSTIC
APT SHMUTDOWN SEQUENCE

MACRO M1113

11550 045322

14 UAN-82 16:15
SUBTST

PAGE

364

<<BLOCK MOVE

EQ AN

SUBROUTINE>>

$0000000000000000000000
000000000
LRNNNANNIBIIININNAINARINIREIRRRIIRRRIRRRRARRLS

i *SUBTEST

BLOCK MOVE SUBROUTINE

§080000000000000000000000000800000000000000000808RLNBBRLRRIIINRRINRRRIIRRIRIIRRALY

11551

sBLOCKS HAS 3 ARGUEMENTS

Uggz

:BLOCK1 HAS 1 ARGUEMENTS

11552

:BLOCK2 HAS 2 ARGUEMENTS

11555

sALL ARE CALLED BY

11556

11557 045322

11558 045330
11559 045334

012702
012701

177640
000020

11563 045350
iiss:; 045354

012701
000404

000020

11566
11567
11568
Rg?:

045356
045364
045366
045370

012501
012502
012500

11571
11572
11573
11574
11575

045372
045374
045376
045404

R;:g 045340
11562 045342

000413

012022
077102

000205

THE BMOV MACRO

.ENABL

LSB

MOV
MOV

OFASTCITY,R2
016. ,R1

BLOCK1: PUSH

RO,R1,R2

BLOCK2: PUSH

RO,R1,R2

BLOCKS: PUSH
MOV
28:
MOV
3:
MOV

RO,R1,R2
(RS)+,R1
(RS)+,R2
(R5)+,RO

18:

(RO)+,(R2)~
R1,1¢
R2,.R1,.RO
RS
LSB

MOV
B8R

MOV
S08
POP
RTS
.DSABL

016.,R1
24

CZMSDDO MS11 L/M DIAGNOSTIC

FIELD SERVICE

TMMODE

MACRO M1113

ug;z

14 UAN-82 16:15
.SBTTL

11579 045406

PAGE 365

SEQENCE

FIELD SERVICE TMMODE

FIELDSERVICE:SUBTST

<<SUBR

FIELD SERVICE COMMAND MODE »>

300‘.....“.000....‘.0.0.....O““..“................0.00.00...000.0...00.0.0.0

;*SUBTEST

11580 045406

Rssgé 045410
11583
11584
11585
11586
11587
11588
11589

045414
045430
045434
045436
045440
045440
045444

11590 045446
11591 045452
11592 045462
11593 045464
11594 045472
11595 045476
11596 045500
11597 045502
11598 045506
11599 045510

11600
11601
11602
11603
11604
11605
11606
11607
11608
11609
11610
11611
11612
11613
11614
11615
11616
11621
11622
11623
11624
11625

045514
045516
045526
045530
045532
045534
045536
045540
045542
045544
045546
045550
045552
045554
045556
045560
045562
045564
045566
045570
045572
045574

11626 045602

104415

SAVREG

TYPE

002516

1%:

104424

FS1:

104414

020027
101403
000766
045604
045706
046016
046164
046440
046760
047650
047656
050150
050354
050646
050674
050716
050736
050760
050776
051062
051124
051140
000733

FIELD SERVICE COMMAND MODE

MSG020

:FIELD SERVICE COMMAND MODE

IF RLFLAG IS TRUE OR NOFSMODE IS TRUE
TYPE
MSGO48
iNOT AVAILABLE NOW
RESREG
RETURN
END ;OF IF RLFLAG
TST
CACHKN
BEQ
1s

104416
000207
005737
001402

SUBR

3‘.0......‘..‘..‘0...........‘.0...00.0..‘.‘0..00.0.‘0..0..-.0.0.0.0.0...0000.o.

000022

18:

PUSH
CONTRL
PUSH
CSRNO,KAMIKAZE
CACHOFF
SET
KAMIKAZE
TYPE
MSG026
RDDEC
POP
RO
ce
RO, 018.
B8LOS
1$
TYPE
MSGO21
BR
FS1
CASE RO
FSCMDO
FSCMD1
FSCMD2
FSCMD3
FSCMD4
FSCMDS
FSCMD6
FSCMD7
FSCMD8
FSCMD9
FCMD10
FCMD11
FCMD12
FCMD13
FCMD14
FCMD1S
FCMD16
FCMD17
FCMD18
END ;0F CASE
BR

Fs1

TRY LATER!

i SAVE CACHE STATUS
;;LAE CSR & KAMIKAZE STATUS
i TURN CACHE OFF

; COMMAND:

;READ A DECIMAL NUMBER
;COMMAND --> RO

;EXIT FIELD SERVICE COMMANDS
;iREAD CSR
1LOAD CSR
tEXAMINE MEMORY
sMODIFY MEMORY
1SELECT BANK & PATTERN
s TYPE CONFIGURATION MAP
:SOB-A-LONG TEST
1ERROR SUMMARY
sREFRESH TEST
iSET FILL COUNT
;ENTER KAMIKAZE MODE
1EXIT KAMIKAZE MODE
1 TURN CACHE OFF
;TURN CACHE ON
1TEST ONLY SELECTED BANKS
sRESUME TESTING ALL BANKS
;ENABLE TRACE
;DISABLE TRACE

MS11 LTM DIAGNOSTIC

MACRO M1113

CZMS0D0
SUBR
FIELD SERVICE COMMAND TMODE
11629 045604

14 UAN-82 16:15 PAGE 3&7

FSCMDO:

SUBTST

«<COMMAND O

SEQUENCE
EXIT>>

10000000000000000 00000000000000000000000000000000000000000000000000000000

s *SUBTEST

11630 045604
11631 045610
11632 045614
11633 045622
11634 045626
11635 045632
11636 045634
11637 045640
11638 045640
11639 045644
11640 045650
11641 045652
11642 045662
11643 045666
11644 045670
11645 045674
11646 045676
11647 045702
11648 045702
11649 045704

COMMAND O

0080000

EXIY

$00000000000000000000000000000000000000000000000000000000000000000000000000

062706

000002

062706
005037

000002
002006

005737
001414

002516

062706

000002

005737
001402

002516

104416

TYPE
MSG103
ADD
02,SP
IF SKIPKAMI IS TRUE
ADD
CLR

11651 045706

@2,SP
SKIPKAMI

TST
BEQ

;RESTORE OLD KAMIKAZE FLAG

CACHKN
RESO

IF CACHKN EQ CACHKF
ADD

@2,SP

TST
BEQ

CACHKN
RESO

ELSE

008008

;s THROW AWAY OLD KAMIKAZE FLAG

ELSE
POP
KAMIKAZE
END ;0F IF SKIPKAMI
POP
CSRNO

RESO:

000207

;LEAVING FIELD SERVICE MODE

: IF CACHE IS OFF
; THROW AWAY

POP
CONTRL
END ;0F IF CACHKN

CACHE STATUS

;RESTORE CACHE STATUS

RESREG

RETURN

FSCMD1: SUBTST

<<FS

COMMAND 1

READ CSR»>>

1288080888880 8000082000400080000000008000000000800000000000000000000000000000080800

:oSUBTEST

COMMAND 1

READ CSR

(1808080880880 888088080000000 0000008000000 8000080000000000000080000000080000008000000

045706
045712

004737
010637

045724

104426

READCSR

045734

104026

ERROR

045760

000207

RETURN

045766

013706

046014

000207

045716

045726
045736

045762

045772

051152
002270

CALL
MOV

SET4

ORES]

SET

NOERROR

RES4

002270

RES1:

WHICHCSR
SP,FSSTACK

TYPE

MOV

RES4

RETURN

s TRAPS TO 4 GOTO RES1

3USE ERROR ROUTINE FOR PRINTOUT

MSGO2S

s THIS CSR DOES NOT EXIST

FSSTACK,SP

+RESET TRAPS TO 4 TO DEFAWLLT

;RESET TRAPS TO 4 TO DEFAWT

L&
CZMSDDO MS11 -L/M DIAGNDSTIC
MACRO M1113
COMMAND 1
READ CSR
11666 046016

14 UAN-82 16:15

FSCMD2: SUBTST

PAGE

««F§

369

£ O JENCS
'

COMMAND 2

LOAD CSR»>»

$00000000000000000000000000000000000000000000000000000000000000000000000008000ss

;*SUBTEST
11667 046016
11668 046022
11669 046026
11670 046034
11671 046036
11672 046042
116753 046050
11674 046052

11675 046074
1167« 046100
11677 046102
11676 046106
11679 046110
11680 046112
11681 046116

046124

11683 046126
11684 046130
11685 046134
11686 046140
11687 046162

004737
010637

051152
002270

CALL
MOV

WHICHCSR
SP ,FSSTACK

SET4

ORES2

104026

TYPE
SET
ERROR

MSGO27
NOERROR
26

104413

RDOCT

104425
104426

LOADCSR
READCSR

104426

READCSR

104026

000207

013706
000207

002270

COMMAND 2

LOAD CSR

100000000000 00000000080000000000000000000000000000000000000000000000000000008000s

RES2:

;TRAPS T0 4 GOTO RESZ

RES4
TYPE

MSGO23

;USE ERROR ROUTINE FOR PRINTOUT
sRESET TRAPS TO 4 TO DEFALT
:FIRST CSR WORD

POP

CSR

:PUT IN IN LOC "CSR"

TYPE
SET
ERROR

MSGO28
NOERROR
*26

TYPE
MOV

MSGO25
FSSTACK,SP

RETURN

RES4

RETURN

;READ AN OCTAL NUMBER

;USE FOR PRINTOUT

- NOT AN ERROR

:THIS CSR DOES NOT EXIST

;RESET TRAPS TO 4 TO DEFAWLT

'1L'

MS11 L/TM DIAGNOSTIC
MACRO M1113
COMMAND 2
LOAD CSR

046164

14-UAN-82 16:15

FSCMD3: SUBTST

PAGE

««FS

371

EQENCE

COMMAND 3

EXAMINE MEMORY>>

;00.0.‘..........‘......‘...‘.......‘.......0....0....‘.000..0000‘0.000000‘00000

;sSUBTEST

046164

046204

046212
046216

046222
046224
046232
046234

012737
104413
013737

006100
006137

046246
046250
046256
046260

006000
023737
003357
062700

046264

000241

032700

046270
046272
046276
046300

001352
020027
101347
012737

046336
046340

011001
104417

046350

000410

046306
046314
046330
046342
046352

000002

002074

18:
062376

BANK ,NOPAR ,PARTHERE ,4

TYPE
TYPE

MSG029
MSGO31

002100

RDOCT
MOV
POP
CLC

002100
002100
060000

000001

046352

002266

;READ OCTAL NUMBER UNTO STACK & sWIOCT
;PUT MSB'S IN BANK
;PUT LSB'S IN RO

oF IRST,RO

;CHECK FOR BANK TOO HIGH
1BRANCH IF TRUE

BNE
cHP
BHI
MOV

oBITO,.RO

1s
RO, OLAST
1¢
@348 ,PARTHERE

sCHECK FOR ODD ADDRESS

MOV
KERNEL

(RO) ,R1

SETA
244
MAP
BANK
TESTAREA

3s:

ODD ADDRESS
ADDRESS OVER 16K
OVER 16K
ABORTS

;TRAPS TO 4 GOTO 4t
iMAP SUPERVISOR SPACE (TEST AREA) TO BANK
{ENTER TEST MODE
sENTER KERNEL MODE

TYPE

MSGO32

sPARITY ABORT

04,5P

sFIX STACK

046360

062706

046370

000400

046372

104417

EXCMD3: KERNEL

046436

000207

RETURN

44:

:BRANCH IF
;CHECK FOR
:BRANCH IF
: INCASE OF

TYPOCS

000004

$HIOCT ,BANK
RO

1EXAMINE MEMORY
1PHYSICAL ADDRESS (0-17775776)2?

RO
BANK , LASTBANK
14

BIT

157776

; INDICATE PARITY ACTION

ROR
ce
BGT
ADD

cLC

002530

02 ,NOPAR

RO
BANK

000405

046374
046414

EXAMINE MEMORY

ROL
ROL

046356

046364

COMMAND 3

PUSH
MOV

000241

046236
046240

046244

1080088000000 000000000808000000000000000000028000000000000000000000000000000008000s

ADD

TYPE

POP
RES4

EXCMD3

MSGO33

EXCHD3

s TIMEOUT TRAP
;ENTER KERNEL MODE

4 ,PARTHERE ,NOPAR , BANK
sRESET TRAPS TO 4 TO DEFAULT

L =a

CZMSDDO MS11-L/TM DIAGNOSTIC

COMMAND

EXAMINE

MACRO M1113
MEMORY

11732

14 -UAN-82

FSCMD4A:

16:15

SUBTST

PAGE

««<FS

373

SEQUENCE

COMMAND 4

MODIFY MEMORY>>

1008808080000 880800000880008000000000000000000000000000000000000000000000

;*SUBTEST

COMMAND 4

000800000

MODIFY MEMORY

1088088008080 0838880880888800000000800000000000000000000000000000000000000000000

11733
11734
11735
11736
11737
11738
11739
11740
11741

012737

104413
013737
000241
006100
006137
000241
006000

11742
11743
11744
11745
11746
11747

000003

002074

18:
062376

002100

RO
BANK

ROR

ADD

OF IRST,RO

046622

MOV
SET4
MAP

#3% ,PARTHERE
044
BANK

002266

INVALIDATE

TESTAREA

3s:
4s:

MOV

(RO).R1

TYPE

MSGO32

ADD
TYPE

04,5P
MSGO33

TYPE

MSGO37

BR
S5%:

104413

TYPOCS

;CHECK FOR BANK

TOO HIGH

;CHECK FOR ODD ADDRESS
sCHECK FOR ADDRESS OVER

16K

;s INCASE OF ABORTS
;TRAPS TO 4 GOTO 4%
sMAP SUPERVISOR SPACE (TEST AREA) TO BANX

:ENTER TEST MODE

104417

046704

EXCMD4
R1

$EXIT

sFIX STACK
: TIMEOUT TRAP

$EXIT

;OLD DATA WAS
iPRINT IT

s INPUT NEW DATA
sREAD ON OCTAL NUMBER ONTO THE STACK
$1GET NEW NUMBER
sENTER TEST MODE

KERNEL
TYPE

;ENTER KERNEL MODE
1DATA IS NOW

TYPOCS

EXCMD4:

sPARITY ABORT

EXCMD4

TYPE
MSGO39
RDOCT
POP
R1
TESTAREA

MOV
MOV

010110
011001

000207

THEN GOTO 1$

sGETTING HERE MEANS WE GOT LUCKY - NO TRAPS
KERNEL
:ENTER KERNEL MODE

000424

104417

sREAD OCTAL NUMBER ONTO STACK & sHIOCT
sPUT MSB'S IN BANK
:PUT LSB’'S IN RO

IF @BITO SET.IN RO THEN GOTO 1
IF RO HI OLAST THEN GOTO 1$¢

560410

046712
046714
046734
046756

$HIOCT ,BANK
RO

IF BANK GT LASTBANK

011001

062706

BANK ,NOPAR
, PARTHERE ,4
03 ,NOPAR
s INDICATE PARITY ACTION
MSGO36
s1MODIFY MEMORY
MSGO31
sPHYSICAL ADDRESS (0-17775776)??

ROL
ROL
CcLC

104511

000431

RDOCT
MOV
POP
CcLC

062700

012737

PUSH
MOV
TYPE
TYPE

KERNEL

POP

RES4

RETURN

R1,(RO)
(RO),R1

MSGO38
R1

sPUT IT IN MEMORY
sREAD IT AGAIN
sPRINT

;ENTER KERNEL MOOE

4 ,PARTHERE ,NOPAR , BANK

sRESET TRAPS TO 4 TO DEFAWLT

C2MSDDO MS11 LTM DIAGNOSTIC
MACRO TMM1113
CoOMMAND 4
MODIF¥ MEMORY

JAN-82

16:15

FSCMDS:

SUBTST

««FS

11784 046760

PAGE

37S

COMMAND
S

SEQENCE

SELECT BANK £ PATTERN.-

100000000000 000000000000000000000000
LR
00000000
RRNRRRLRARIRRRR
000000
ORIRRRORSS

~
GRS OB
SO NS -0EEE 3333345 3 38834338332
S cecpeERERERERRRE
2SS0

;i *SUBTEST

et e e B B B

S P

e B

e B B Bt Bk B B

et e B

e B

e Bt e e e

046760
047010
047014
047020
047024
047026
047032

047042
047046
04 7050
047052
047062
047066
047070

18:

104413

BANK ,PATTERN, TESTADD ,PCBUMP, TXVEC , TKVEC .2

TYPE

MSGO40

TYPE
ROOCT
POP

SP,FSSTACK

$SAVE LAST GOOD STACK POINTER

MSGO30

1BANK(0-177)?
IREAD AN OCTAL NMUPBER ONTO THME STACK
PUT IT IN BANXK

1SELECT BANK £ PATTERN TESY

BANT

IF BANK GT LASTBANK

013701
006301
006301

002100

SELECTY BANK £ PATTERN

PUSH

MOV

002270

COMAND S

MOV

BANK ,R1

ASL

THEN GOTO 18

;CHECH FOR BANK

TOO WIGH

IF CPUBIT OFF
. IN CONFIG(R1)
TYPE

TMMSGO4l

1BANK NOT

MSGOoa2

sPATTERNCO-35)?
sREAD AN OCTAL NUMBER ONTC THE STACH
sPUT IT IN PATTERN

GOTOC 1
END ;0OF IF

28:

104413

TYPE
ROOCT
POP

PATTERN

IF PATTERN GY #35

IF PATTERN EQ #0

;CHECK FOR PATTERN

TYPE

MSGO4S

sPATTERN O DATA IS?

POP

PUT IT IN R2

ROOCT

104413

THEN GOTO 2%

ACCESSABLE

END ;0F IF

TO MIGH

sREAD AN OCTAL NUMBER ONTO THE STACW

e P

et et Pt e

e o P

D B

e et 8 Pt e P

047070
047074
047076
047102
047112
047120
047124
047126
047130

010637

o P

e P

et e P

et B P P Pt P P Pt Pt P

047130
047144
047146
047152
047160
047164

HAP
BANK
INVALIDATE

CALL

044302

TYPE

e G
s s s P

et e P P P

Gt e

G P G

s it Pt

047172

bt 1)
371 4

047200
047204
047210
047214
047220
047224
047226
047282

047240
047246
047252

047260

;SET NEW MARGINS

MSGO49

;BANK REQUIRES RELOCATION

GOT0 CMDSC
END ;0F IF RRFLAG
TYPE
MSGO46

047166

iMAP SUPERVISOR SPACE (TEST AREA) TO BANX

E XBANX

IF RRFLAG IS TRUE

047166

Lk
ad SN
N
P

104511
004737

;7O ESCAPE TYPE ANY KEY!

s Alter CorNo to chosen Bank (This section sdded Rev D)
013737
013702
072227
016203
072327
042703
006303
010337

012737
012737
017700
042737
052777

002146

002100

002150

177770
177760

133334
000100

000060
000062

177776
133316

CerNo, SevCser
Bank ,r2
0Q,r2

Mov
famhy

Config(r2),r3
®-10,r3

Asl
Mov

r3
r3,.CorNo

Bic

002146
047552

Mov
Hov
A

MOV
MOV
MOV
BIC
8IS

o*C17,.»3

oCMDSC, TKVEC
0340, TKVEC .2
88TxB,RO
MBIT7,PSu
MBIT6,88TKS

i1Save 0ld CSR Nusber
iGenerate index into Config table

iIRS = low word of config
for this bank
iPosition the Ceor Code to Bits O - 3

iClesr all but CSR Code

1Ad just

sXILL ANY OLD INTERRUPT
;LOMER CPU PRIORITY TO 140
;ENABLE KEYBOARD INTERRLPTS

e cflaha L/"SDIWSQEECV .Wg g}**ssmll JAN-82 16:15

11876
11877
11878
11879
11880
11881
11882
11883
11884
11885
11886
11887

11888
11889

11890
11891
11892
11893
1185

013701
006301
006301
005037
005037
012737
012737

002100

CMDSB:

002234

CLR
CLR

SPLTCSR
PASFLG

ASL
ASL

R1
R1

OF IRST ,TESTADD
OF IRST .2, TESTADD
2

MAP

002366

BANX

MOV
2120000, TESTADD.2
END; OF IF #8IT12
IF @SWO SET.IN 8SWR
ECCDIS
ELSE

104470

104502

1OF IF

002074

002300

047456

002074

FSPAT:

;DISABLE ERROR CORRECTION

iCLEAR CSRS

POP

002110

375

IF eBIT12 SET.IN CONWIG+.2(R1)
INC
SPLTCSR

005237

012737
012737
013700
006300
004770
005037
000712

HEADER ,MUT
BANY R]

MOV
MOV

002364
002366

012737

SETY
MOV

32853343

11838
11839 04 7266
11840 047302
11241 047306
11842 047310
11843 047312
11844 047316
11845 047322
11846 047330
11847 047336
11848 047346
11849 047352
11850 047366
11851 047374
11852 047374
11853 047404
11854 047406
11855 047410
11856 047414
11857 0474316
11858 047422
11859 047422
11860 047430
11861 047436
11862 047442
11863 047444
11864 047450
11865 047454
11866
11867 047456
11868 047460
11869 047462
11870 047464
11871 047466
11872 047470
11873 047472
11874 047474
11875

PAGE

02 ,NOPAR

e2,PCBUMP
PATTERN,RO
RO

iPARITY ACTION
1 TRAPS ADD 2 TO PC

SFSPAT(RO)

NOPAR

1LOOP TILL KEYBOARD INTERRUPT
DATA PATTERN TEST
ADDRESS TEST
COMPLEMENT ADDRESS TEST
5 XOR 9 WORST CASE NOISE
ROTATING ZEROS TEST
ROTATING ONES TEST
INITIAL DATA TEST

TEST

ADDRESS BIT TEST

WRITE BYTE CLEARS SBE TEST

CREATE DOUBLE BIT ERROR TEST

WRITE INMIBIT DURING DATIP WITH DBE
WRITE INMIBIT OF BYTE WITH DBE

WRITE INMIBIT OF WORD WITH DBE

HOLDING 1‘S € 0'S TEST

MARCHING 1'S € 0'S IN CHECK BITS
MARCHING 0'S € 1'S TEST
REFRESHM £ SHIFTING DIAGONAL TEST

SHIFTING DIAGONAL TEST

FAST GALLOPING PATTERN TEST

INTERRUPT ENABLE TEST

RANDOM DATA TEST
UNIQUE BANX TEST

FLUSH OUT DBE'S

SOB-A-LONG TEST

TEST

WRITE RECOVERY TEST
BRANCH GOBBLE TEST

[
J

c’%hl Lmsoxms&&c' .m g“’é"m“ JAN-82 16:15

047546
047550

026132
026304

047552
047556
047564
047574
047600
047610
047620
047634

013706
042777

002270
000100

117700

133006

004737

044302

MT0034
MT003S

133020

CMDSC:

MOV
8IC

PAGE

375 0

1 9EC

3«1 SEC

£ @ NCE

SOFT ERROR TEST

WORST CASE NOISE PARITY

FSSTACK, SP

®BIT6,88TKS

TKVEC+2, TKVEC

013737

047646

000207

002150

iGET CHARACTER TO GET RID OF FLAG

BANK

1REMAP OLD BANX

PCBUMP, TESTADD
PATTERN, BANK

EXBANK

002146

JRECOVER OLD STAC* EBOINTER

8878, RO

(Addition to Rev D)
047640

TEST

SevCsr ,CsrNo

CZMSDDO MS11-L/TMM DIAGNOSTIC
MACRO M11i13
14 UAN-82 16:15
FS
COMMAND S
SELECT BANK £ PATTERN

11913 047650

FSCMD6:

SUBTST

PAGE

««F§S

376

COMMAND &

& TENCE

TYPE CONFIGURATION MAF
. .

10000000000000000000000000000000300000000000000000000000000000000sstttsssat

s *SUBTEST

FsS

COMMAND 6

TYPE CONFIGURATION MAP

asstts

$00000000000000000000000000000000000000000000000000000000000000000000s000sstREss

11914 047650

11915 047654
11916

004737
000207

036632

CALL

RETURN

PCOW IG

f
CZMSDDO MS11 L/M DIAGNOSTIC
COMMAND 6
TYPE
11919

MACRO M1113
14 JAN-82 16:15
CONF IGURATION TMMAP

047656

FSCMD7: SUBTST

PAGE

«<FS

378

COMMAND 7

6 NCE

SOB-A-LONG TEST»>>

3.....‘.0.0.........‘...‘....O......O....0‘0....‘0....‘.0...0OO.‘0..“000‘0...00

;oSUBTEST

11920 047656
11921 047702
11922 047706
11923
11924 047712
11925 047722
11926 047724
11927 047726
11928 047730
11929 047730

11930
11931 047734
11932 047740
11933 047746
11934 047754
11935 047760
11936 047766
11937
11938
11939 047774
11940
11941 050010
11942 050014

11943 050020
11944 050034
11945 050036
11946 050042

010637

PISH
MOV

002270

TYPE

11953 050076
11954 050102
11955 050126

11956 050142
11957 050146

COMMAND 7

SOB-A-LONG TEST

052777

050064
000340
132626
000200
000100

044302

104511
004737

025222

013706

002270

117700

132504

004737
000207

;:DISABLE ERROR CORRECTION

CLRCSR

1CLEAR CS5RS

END ;0F IF
TYPE
MSGOS6

004737

042777

ECCDIS

ELSE

104502

012737
012737
017700
042737

BANK ,PATTERN,
TMVEC, TKVEC + 2, NOPAR
SP,FSSTACK
:SAVE LAST GOOD STACK POINTER
MSGOSS
;:SOB-A LONG TEST

IF 0SMO SET. IN FSWR

104470

000060
000062
177776

132610

000100

044302

TYPE
MOV
MOV
MOV
BIC

MSGO46
oCMD7C, TKVEC
0340, TKVEC +2
88TKB,RO
oBIT7,PSH

SET

HEADER ,MUT

BIS

CMD78:

oBIT6,88TKS

iBELL = EACH PASS COMPLETE
;7O ESCAPE TYPE ANY KEY!
iKILL ANY OLD INTERRUPT
;LOMER CPU PRIORITY T0O 140

;ENABLE KEYBOARD INTERRUPTS

FOR BANK := 00 TO LASTBANK
CALL EXBANX

IF ACFLAG IS TRUE AND RRFLAG IS FALSE
INVALIDATE
CALL MTOO31

END ;OF IF ACFLAG
END ;0F FOR BANX
TYPE
$BELL
GOTO0
cMo78

11947 050042

11948 050056
11949 050062
11950
11951 050064
11952 050070

'.0.‘000‘.0...0.....0.....‘0....00...0..00.....0..0.0..‘.0.000.0‘.0.0..0.ooo000.

132506

CMD7C:

sRING BELL

MOV

FSSTACK, SP

;RECOVER OLD STACK POINTER

MOV8

9478, RO

;READ CHAR TO KILL FLAG

8IC

POP
MAP

CALL

RE TURN

oBIT6,.98TKS

NOPAR, TKVEC +2, TKVEC ,PATTERN, BANK
BANK
;MAP SUPERVISOR SPACE (TEST AREA) TO BANK
€ XBANX

CZMSDDO MS11 L/TMM DIAGNOSTIC
MACRO M1113
COMMAND
7
SOB-A-LONG TESY
11960 050150

14 UAN-82 16:15

FSCMD8:

PALE

<<F$§

SUBTST

()o'
380

EQINCE

COMMAND 8

ERROR SUMMARY
»>

COMMAND 8

ERROR SUMMARY

§00000000000000800088080000040000008000000000000000000000000RRRRRRRRRRIRRRRRRRGS

;#SUBTEST

$9060000000000000000000000000000+000000000000000000000000000000000000000RRRRRRRES

11961 050150
11962

11963
11964
11965
11966
11967

11968
11969

11970
11971
11972
11973
11974
11975
11976
11977
11978
11979
11980
11981
11982
11983
11964
11985
11986
11987

013737
005337

063104
002406

002406

PUSH

RO,R2,R3,BANK

DEC

TEMP

TYPE

MSG125

SPASS, TEMP

MOV

TYPDEC

TEMP

TYPDEC

005037

002306

013703
070327

002100

116300

042700

002630
177400

1PASSES COMPLETED

SERTTL

TYPE
MSGO79
IF SERTTL NE 00
CLR
SUCCESS
FOR BANK := 00 TO LASTBANK
MOV BANK,R3
MUL 04,.R3
IFB CONFIG+2(R3) NE @0
IF SUCCESS IS FALSE

TYPE
MSGO76
SET SUCCESS
END ;OF IF SUCCESS
TYPOCS
BANK,
3

MOV

8IC
TYPDEC

TYPE

END

CONFIG+2(R3),RO

o*C377,R0
RO
$CRLF

;OF IFB CONFIG(R3)

310OF FOR BANK
END ;OF IF SERTTL

POP
RETURN

BANK ,R3,R2,R0

sERROR(S) DETECTED

;BANK

ERRORS

CZMSDDO MS11-L/M DIAGNOSTIC
MACRO M1113
COMMAND 8
ERROR SUMMARv
11990 050354

14 UAN-82 16:15

FSCMD9:

SUBTST

PAGE

«<FS

382

COMMAND 9

EQANCE
REFRESH

TEST».

;0008008000000
00 S80088000800000000000000000000000000000000000R

s *SUBTEST

$10000800004800000

11991 050354
11992
11993
11994
11995
11996
11997
11998
11999

12003

010637

TYPE

MSGO73

SP,FSSTACK

CLRCSR

104502

END ;0F

132130

000100

044302

104511
004737

023322

002270
000100

004737
000207

044302

132006

;CLEAR CSRS

MSGO46

: 70 ESCAPE

MOV

9340, TKVEC .2

oCMDIC, TKVEC
8$TKB,RO
®BIT7,PSM

MBIT6,88TKS

TYPE ANY KEY!

sKILL ANY OLD INTERRUPT
iLOMER CPU PRIORITY TO 140

;ENABLE KEYBOARD INTERRUPTS

HEADER,MUT

FOP BANK := 00 TO LASTBANK
CALL EXBANX
IF ACFLAG IS TRUE AND RRFLAG IS FALSE
INVALIDATE

CALL MT0022

END ;0OF IF ACFLAG
END ;0F FOR BANK

TYPE

013706
042777
117700

;DISABLE ERROR CORRECTION

TYPE

BIS

CMD98:

;REFRESH TEST

sBELL = EACH PASS COMPLETE

SET
004737

sSAVE LAST GOOD STACK POINTER

MSGOSé

MOV
BIC

177776
132112

RRRRRRRRINIIIRRASS

TYPE

MOV

000340

REFRESH TEST

BANK PATTERN, TKVEC,
TKVEC .2 ,NOPAR

IF oSMO SET.IN 3SWR
ELESECDIS

104470

012737
012737
017700
042737
052777

COTMMAND 9

PUSH

MOV

002270

132010

CMDSC:

GOTO

CcMD98

$BELL

;RING BELL

MOV

FSSTACK,SP

;RECOVER OLD STACK POINTER

MOVB
POP

83TKB,RO
;READ CHAR TO KILL FLAG
NOPAR, TKVEC +2, TKVEC ,PATTERN, BANK

BIC

MAP

CALL

RE TURN

BIT6,88TKS

BANK

EXBANK

1MAP SUPERVISOR SPACE (TEST AREA) TO BANK

E?SOOO MS11 L/M DIAGNOSTIC
MACRO M1113
REFRESH TEST
COMMAND 9

12031 050646

14 -UAN-82 16:15

FCMD10:

SUBTST

PAGE

««FS

384

& GUENCE

COMMAND 10

SET FILL COUNT>»

;1060800800008 000000000000000000000000000000000000000000000000CILIARIARRRIABERRAR
S

s *SUBTEST

FsS

COMMAND 10

SET FILL COUNT

080008800000 0000000000000000000000000000080000000000000
00BN RLRRRRRRRRARRES

12032 050646
12033 050650
12034 050654

12035
12036
12037
12038

050656
050660
050664
050670

{2039 050672

104413

042700
110037

PUSH
TYPE

RO
MSGO8S

POP
B8IC
MOVB
POP

RO
orC17,R0
RO, $FILLS
RO

SUBTST

««FS

RDOCT

177760
002331

000207

RETURN

12041 050674

FCMD11:

sFILL COUNT(OCTAL )?

COMMAND 11

ENTER KAMIKAZE MOOE>>

1800000000000000000000000000000000000000000000000000000000000000000000000sssnsts

s #SUBTEST
12042 050674
12043 050700
{% 050714

COMMAND 11

ENTER KAMIKAZE MODE

10000000000000000000000000000000000000000000000000000000000000000000000000s00sss

000207

12046 050716

FCMD12:

TYPE
SET
RETURN

MSG101
;ENTERING KAMIKAZE MODE
KAMIKAZE
, SKIPKAMI

SUBTST

««<FS

COMMAND 12

EXIT KAMIKAZE MODE>>

1000000000000000000000000000000000000000000000000000000000000000000000000000000s

1 ¢SUBTEST
12047
12048
12049
{2.2655?

050716
050722
050726
050734

COMMAND 12

EXIT KAMIKAZE MODE

100000000000000000000000000000000000000000000000000000000000000800080000000000000

005037

002004

000207

12052 050736

FCMD13:

TYPE
CLR
SET
RETURN

MSGl02
KAMIKAZE
SKIPKAMI

SUBTST

««<FS

sLEAVING KAMIKAZE MODE

COMMAND 13

TURN CACHE OFF>>

10000000000000000000000000000000000000000000000000000600000000000000000000000000

s *SUBTEST
12053
12054
12055
12056
%2057

050736
050742
050744
050752
050756

COMMAND 13

TURN CACHE OFF

10000000000000000000000000000000000000000000000000000000000000008000000000000000

104424
013737
005037
000207

002516
002516

002520

12059 050760

FCMD14:

TYPE
MSG106
CACHOFF
MOV
CACHKN, CACHKN.2
CLR
CACHKN
RETURN

1CACHE IS OFF
i TURN CACHE OFF
1SAVE OLD CACHE ON STATE
sKEEP CACHE OFF

SUBTST

TURN CACHE ON>>»

«<<FS

COMMAND 14

§0800000500000500000060000000000000000000000000000000000000000000000000000000000

s oSUBTEST
12060
12061
12062
12063
12064

050760
050764
050772
050774

COMMAND 14

TURN CACHE ON

§000000000000000000000000000000080000000000000060000000000000000000000880000008008

013737
104423
000207

002520

002516

TYPE
MOV
CACHON
RETURN

MSG107
CACHMKN.2,CACHKN

1CACHE IS ON (EXCEPT DURING ACTUAL PATTERNS)
sRESTORE OLD CACHE ON STATE
;TURN CACHE ON

MS11 L/TM DIAGNOSTIC
MACRO M1113
TURN CACHE ON
COMMAND 14
050776

14 UAN-82 16:15

FCMD15:

SUBTST

PAGE

«<«FS

385

SEQUENCE

COMMAND 15

TEST ONLY

SELECTED BANKS»»>

10060000000000000000000080000000000000000000000000000000000000000600000000000000

;oSUBTEST

050776
051002
051006
051006
051006
051012

051014
051016
051030
051032
051032
051034
051036
051044,
051046
051046
051052
051060

COMMAND 15

TEST ONLY SELECTED BANXS

§0000000000000000000000000000000000900000000000000000000000000000000000000000000

004737

051072

TYPE

MSG105

CALL

CMD16A

BEGIN CMD16L00OP
REPEAT

TYPE
RDOCT

104413

006301
006301
052761

;ENTER BANKS IN CCTAL

;ERASE OLD SELECTIONS

MSGO30

002630

PUT

ASL
ASL

iR1

TYPE
SET

MSG110
SELONLY

SUBTST

«<<FS

RETURN

051062

R1
R1

BIS BIT14,CONFIG+2(R1)
END ;0F REPEAT
END CMD1ELOOP

000207

FCMD16:

iBANK(0-177)?
sREAD AN OCTAL NUMBER ONTO THE STACK

POP R1

IF R1 GT @177 OR R1 LT @0
LEAVE CMD16L0OOP
END ;0F IF R1

040000

- USE NUMBER QUTSIDE RANGE

COMMAND 16

IN R1

« &

;ONLY SELECTED BANKS WILL BE TESTED

RESUME TESTING ALL BANKS>>

1000000000008000000000000000000000000000000080000000000000000000000000800000000000

s eSUBTEST
12099
12100
12101
12102
12103
12104
12105
12106
12107
12108
12109

COMMAND 16

RESUME TESTING ALL BANKS

$900000000000000000000000000000000000000000000000000000000000000000000000000080008

051062
051066
051072
051076
051100
051102
051104
051112
051122

TYPE
CLR

005037
013702

;ENTRY POINT FROM CMD1S

002530

CMD16A: MOV
ASL

ASL

006302
042761

000207

MSG111
SELONLY

002630

LASTBANK
R2
R2

FOR R1 := 00 TO R2 BY 04
BIC
BIT14,CONFIG.2(R1)
END ;0F FOR R1
RETURN

sALL BANKS WILL BE TESTED

TO TERMINAT

CZMSDDO MS11 L /TM DIAGNOSTIC
FsS
COMMAND 16
RESUME

MACRO M1113
14 UAN-82 16:15
TESTING ALL BANXS

12112 051124

FCMD17:

SUBTST

PAGE

«<FS

387

COMMAND 17

SEQUNCE
ENABLE

TRACE
> -

1000000000000000000000000000000000000000000000000000000000000000000000000000000s

;s sSUBTEST

12113 051124

12114 051130
12115 051136

COMMAND 17

ENABLE TRACE

$000000000000000000000000000000000000000000000000000000000000000000000000ss0000s

012737
000207

177777

006140

TYPE

MOV

RETURN

MSGl127

0-1,TRACE

[§

ZMSDOO

11 LM DIAGNOSTIC

'C‘&'“D 17

ENABLE

12118 051140

%:0 MI113

14 UAN-82 16:15

FCMD18:

SUBTST

PAGE 389

««FS

COMMAND 18

SEGUENCE
DISABLE

TRACE
-

0000000000000 000000000000000000000000000000000000000000000000000000000000000000

;*SUBTEST

COMMAND 18

DISABLE TRACE

1000000000000000000000000000000000000000000000000000000000000000000000000000000s

12119 051140
12120 051144
12121 051150

005037
000207

006140

TYPE

CLR
RE TURN

MSG128
TRACE

12124 051152

MACRO M1113
TRACE

14 UAN-82 16:15

WHICHCSR:SUBTST

PAGE

«<SUBR

391

JE G ENC

DETERMINE CORRECT

CSR»»

10000000000000000000000000000000000000000000000000000000000000a00s0astsstantssss

s oSUBTEST

SUBR

DETERMINE CORRECT CSR

$90000000000000000000000000000000000000000000000000000000000000000000s0ttssststss

12125 051152
12126 051156
12127 051162
12128 051164

{312,3 051170
12131 051172

12132 051176

12133 051200
12134 051202
12135 051204
12136 051210
12137 051212
12138 051216
12139 051220
12140 051224
12141 051230
12142 051232
12143 051236

013700
022700
001003
005037
000207

002220
100000

002146

011000
020027
101370
022700
103002
162700
162700
006300
010037
000207

000106
000101
000007
000060
002146

TOTCSRS,RO
#BIT1S.RO
18
CSRNO

:GET CSR'S FLAG
:CSR 0?2
iNO - SKIP
iYES - SET IT wP

TYPE

MSGO22

1 WHICH CSR(O-F)

POP
MOV
ce
BHI
cve
BMIS
SuB
SuB
ASL

RO
(RO),RO
RO, 0106
1
@' A.RO
28
e7,R0
#60,RO
RO

:PUT IN RO
;PUT CHAR IN RO
sCHECK LIMIT
:IF BAD LOOP TILL HE TYPES IT RIGWT

RETURN

18:

104412

MOV
cvP
BNE
CLR

2%:

RDLIN

MOV
RETURN

RO,CSRNO

iGET CHARACTER

CZMSDDO MS11 L/M DIAGNOSTIC
FS
COMMAND 18
DISABLE

CZMSDDO MS11-L/M DIAGNOSTIC
MACRO M1113
ERROR DATA (SUPERVISOR) SETUP STUFF
12692
12693
12694
12695
12696
12697
12698
12699

051240
051252
051260
051266
051274
051276
051276
051304
051310
051312
051316
051316

12700
12701
12702
12703
12704
12705
12706 051322

14-UAN-82 16:15

SPER25:

.SBTTL

LET

N l"

PAGE 406

ERROR DATA (SUPERVISOR) SETUP STUFF

ADDRESS

:= R1

IF ABORTFLAG IS FALSE

TESTAREA

LET BAD

104417

000137

KERNEL

-2(R1)

END ;OF IF ABORTFLAG
IF 177654 EQ @0
LET GOOD := R2
ELSE
LET GOOD := R3
END ;OF IF

054520
PERRA3:

SEGUENCE

;ENTER TEST MODE

:ENTER KERNEL MODE

PERRAW

SUBTST

<<DATA WAS 3 WORDS>>

1008888888088 800808880088008080000000000080000080088000000000R000000000RRbsRRRES

; «SUBTEST

DATA WAS 3 WORDS

1088888880808 808088808088880808008080800800020000000808800800004008000000000000000a0

12707 051322

12708 051334
12709 051336

12710
12711
12712
12713
12714
12715
12716

12717
12718
12719
12720

12721
12722
12723
12724
12725
12726
12727
12728
12729
12730
12731
12732
12733
12734
12735

051342
051344
051352
051354

IF BADPC EQ €0 THEN $CALL BADSTACK

005037
104505

002144

005711
104417
104426
013700

002144

072027
042700

177773
177600

005037
011137
011437
104417

104503

110037
105037
004737
104033
104506

104472
000002

PUSH
RO
CLR
CSR
(Y:?S(%%EA

sMAKE SURE CSR BIT HOLDER IS CLEAR
:DISABLE ECC € WRITE CHECKBITS FROM 1 SELECTED CSR

TST

+READ LOCATION TO READ CHECKBITS INTO CSR

(R1)

READCSR
MOV
CSR,RO
CLR1CSR

ASH

@-S5,RO

002042

CLR

GOOD

002050
002052

MOV
MOV

(R1),BAD
(R4),BAD2

002054
002055
054754

MOVB
CLR8
CALL

RO,BAD3
BAD3.1
PERBNK

POP

BIC
#tC177,RO
LET ADDRESS := R1
TESTAREA

KERNEL

ERROR

+33

IF o#SWO SET.IN 3SWR
ENASBE

ELSE
ECCINIT
END; OF IF oSWo

RTI

;GET CSR CONTENTS
1SAVE CSR CONTENTS IN RO
sRETURN CSR TO NORMAL MODE
+MOVE CHECK BITS TO BOTTOM OF WORD

;CLEAR OFF EXTRANEOUS GARBAGE
+SAVE VIRTUAL ADDRESS FOR PRINTOUT
tFIRST TEST WORD WRITTEN SHOULD ALWAYS BE ZERO
1ENTER TEST MODE
sGET BAD DATA FROM MUT - FIRST WORD
sAND SECOND WORD
+ENTE® KERNEL MODE
+MOVE BAD CHECKBITS FOR PRINTOUT
;CLEAR OFF THE OTHER UNUSED BITS
i{MARK BANK AS BAD IN CONFIG TABLE

sRESTORE RO
sTRAP ON SINGLE BIT ERRORS
; TRAP ON UNCORRECTABLE ERRORS

CZMSDOO MS11 LTM DIAGNOSTIC

DATA WAS

3 WORDS

12738 051466
12739 051472
12740 051504
12741 051512
12742 051520
12743 051526
12744 051530
12745 051230
12746
12747 051534

MACRO MI115

$PERSO:

UAN-82

16:15

LET GOOD

PAGE

408

:- R1

LEY ADDRESS :- (SP) - 16
IF ABORTFLAG IS FALSE

TESTAREA

LET BAD :- SADDRESS

104417

END

;OF

IF ABORTFLAG

2P PERRAM

000137

£ ENCE

JENTER TEST mMODE
1ENTER YERNEL

TMMODE

GETDATA:SUBTST

<«<GET DATA FROM ABORTED AREA IF POSSIBLE>>

s oSUBTESY

GET DATA FROM ABORTED AREA IF POSSIBLE

§00800000000000000000000000000000000000000000000000
0000000000000 RRRARLAIRIRIRRESS

12748 051534
12749 051546
12750 051552
12751 051560

12752 051566
12753 051572
12754
051600
12757 051612
12758 051616
12759 051630

12760 051632

010637
012737
012737
013700

011037
104417
005037
013706

000207
000000

051632
051612
051612
002032

002140
051632

000114

PUSH
MOV
MOV
MOV
MOV

RO.4,114
SP.GETDAL
o1%.4
e1s.114
ADORESS
. RO

MOV

(RO).BAD

CLR
MOV
POP

ABORTFLAG
GETDA1,SP
114 .4.R0

TESTAREA

18:

iRESTORE «NOWN GOOD STACK POINTER

CZMSODO MS11 L/M DIAGNOSTIC
POMER FAIL AUTO RESTART

12797 051754
12798 051760
12799 051764
12800 051770
12801 051774
12802 051776
12803 052000

JAN-82 16:15

.SBTTL
.SBTTL

PAGE

410

E@RNCE

POMER FAIL AUTO RESTAR?
ROUTINE POWER DOWN AND WP

0000000000000 000000 00008 BLLLNINBNNNINNVINNNINRNBNINENILININIBRIERR

IRERARELTS

sPOMER DOWN ROUTINE

002516

104423
012737
012737

052606
000340

012700
012701

177700
000021

077102
075737
(01013
012700
012701
077102

012700
012701
012702
012703
011021

012022
077303

172300
177600
172200
000040

CACHN

BEQ
000024
000026

Ss:

CACHON

MOV

i TURN CACHE ON

OSILLUP, PWURVEC ;;SET FOR FAST P

0340 ,PURVEC 2
131PRIO: 7
RO,R1,R2,.R3,R4 ,RS,CSRANO
USER PAR'S £ PDR7
®177700.R0

18:

017.,.R1
-(RO)

R1,18

VE SUPERVISOR PAR'S

002430

172300
000020

s SAVE CACHE STATUS

TST

005737
001403

)

$PWRDN
:

NOSUPER
PD1

2%:

PD1:

#172300,R0O
216. ,R1

-(RO)
R1.2¢
LAG IS TRUE THEN SCALL WOOPS

Y KERNEL MAP TO USER & SUPERVISOR

12793 051736
12794 051740
12795 051742
12796

LR :

12784 051704
12785 051710
12786 051714
12787 051716
12788
12789 051720
12790 051724
12791 051726
12792 051732

TMM1113

FEEEEaw
)

12763
12764
12765
12766
12767 051634
12775
12776 051634
12777 051640
12778 051642
12779 051646
12780 051650
12781 051656
12782 051664
12783

MACRO

(RO).(R1).
R3,3s

BY®
o/

MACRO

AN-82 16:15

PAGE 411

xS‘:f USER £ SUPERVISOR STACK POINTERS

USE

MOV
NERNEL
PUSH

010600

104417

005737
001006

sENTER XERNEL TMMODE

TST

002430

NOSUPER

BNE
14
SUPERVISOR
MOV
SSP.RO

010600

KERNEL

104417

013701

USP RO

7%:

002220

1ENTER SUPERVISOR MODE
1ENTER XERNEL TMMODE

PUSH

MOV

TOTCSRS,R1

3 SAVE ECC REGISTERS

1GET CSR'S

LCSRSAVE
FOR CSRNO := @0 TO #36 8Y @2

ASL

006301

104426

CSR

@0 THEN LEAVE LCSRSAVE
OF FOR CSRNO

8s:
44

077102

022737
001004

000001

12849 052206

052612

012737
000000
000776

052210

o
BNE

003720

000024

;
R1.4%

1SAVE UNIBUS MAP REGISTERS

9s:

010637

T30

172400

012700
012701

-4

002430

005737
001002

-y

S 288y

PUSH

-2

12805
12806 052002
12807 052010
12808 052012
12809 052014
12810 052016
12811 052022
12812 052024
12813 052032
12814 052034
12815 052036
12816
12817 052040

TMM111*

01,PROTYP
9

;IS THIS AN 117442
1BRANCH IF NOT

PUSH
MAPHO
, MAPL O
3SAVE POSSIBLE SOF TWARE SWITCH REGISTER
PUSH
SuR
3SAVE STACK POINTER
MOV
SP, $SAVRE
3 sSAVE SP
sNOW SET UP REAL VECTOR

avY

SIPWRUP ,PMRVEC

;;SET UP VECTOR

$D0WN

; sHANG UP

ENCE

CZMSDDO MS11-L/TMM DIAGNOSTIC
ROUTINE POWER DOWN AND '#

MACRC TMM1113

12852

012737

052606

126860 052216
12861 052222
12862 052226
12863 052232

013706
005037
005237
001375

052612
0526i2
052612

022737
001006

000001

004737

043706

052264
052270
052274
052300
052302
052306

012700
012702
012701

172340
172300
000020

012722
077104

077406

12679 052310

005737

002430

12859

12864
126865 052234
12866
12667 052240
12668 052246

12869 052250
12670 052260

12878

12880 052314
12881 052316
12882 052322

12883

12884 032336
12885 052342
12886 052346
12887 052346
12888 052354
12889 052356
12890 052360
12091 052364

12892 052366
12893 052366

001002

000024

SPURUP-

1s:

EPANCE

120897 052410
12898 052414
1
052420
12900 052424
12901 052430
12902 052432
12903 052434

OSILLUP
. PURVEC

0V
CLR
INC

$SAVRG , SP
$SAVRE
1SAVRE
18

BNE

003720

10%:
6%:

+:GEY SP
3iMAIT LOOP FOR THE
uUI' FOR THE INC
;OF
A WORD

|!Sl“ m PAR‘'S € PDR'S

MOV
MOV
MOV
POP
MOV
S08

#172340,R0
OXIPDRO,R2
016. .R1
(RO).
077406, (R2) .
R1,6%

TST

NOSUPER’

sRESTORE MM3,2.1.0

002220
177400

BNE
POP
POP

114
MRS
MR2,MR1,"RO

;RESTORE ECC REGISTERS

MOV
TOTCSRS. R1
1GET CSR'S
8IC
9177400,
R1
BEGIN LCSRRESTORE
FOR CSRND := 036 DOWNTO 0 Br o2
ASR
R1
ON . ERROR
POP
CSR
L
OADCSR

006201

104425

END é" ON. ERROR
IF R
#0 THEN LEAVE LCSRRESTORE

END ;0F FOR CSRANO
END Lcmt&

012700
012701
012702
012703
011021
012022
077303

;;SET FOR FAST DOWN

172300
177600
172200
000040

TTv

sRESTORE POSSIBLE sonne SWITCH REGISTER
POP
SSuR
;RESTORE UNIBUS MAP
ow
01, ,PROTYP
+IS THIS AN 117442
BNE
108
POP
mo.m
CALL
1SETUP LOMER 16K OF UNIBUS MAP

11%:
013701
042701

MOV

tRESTORE STACK POINTER

12694 052372
12895 052410

1289

a1t

;POMER UP ROUTINE

12854 052210
12858 052210

126872
12873
12674
12875
12876
12877

PAGE

§90000000000000000000000000000000000RREINNNNTRLNRRRRRRRRRORORAINARRRRRRRRRRARRRAS

12853

12871

14 UAN-82 16:15

;COPY KERNEL MAP TO USER & SUPERVISOR

38:

MOV
MOV
MOV
MOV
MOV
MOV
S08

X IPDRO,
SUIPORO,R1
#SIPDRO,R2
032..R3
(RO),.(R1).
(RO).,(R2).
R3,38

CZMSDDO MS11 L /M DIAGNOSTIC
ROUTINE POWER DOWN AND P

12905
12906 052436
12907 052442

12908 052444

12909 052446

12910 052454

12911 052456

12912 052460

12913 052462

12914 052470

12915 052472
12916

005737
001006

15s:

010006

104417

12920 052506
12921
12922 052510

077102

12923 052514
12924 052520
12925 052522

BrE

104417

012700
012701

14 UAN-82 16:15

PAGE 414

138

POP

MOV

RO, SSP

POP

MOV

RO ,USP

SUPERVISOR

:ENTER SUPERVISOR MODE

KERNEL

1ENTER WERNEL MODE

USER

KERNEL

172240
000020

7s:

177636

000021

8s:

077102

MOV
MOV

POP

#172240,R0
#16. ,R1
(RO).

So8
R1,78
;RESTORE USER PAR'S & PDR7
MOV
0177636 ,R0O

MOV
POP
S08

®17..R1
(RO).
R1,8¢

SPATMAR ,SDISPLAY
SPATHMAR ,DISPREG

sRESTORE POSSIBLE SOF TWARE DISPLAY REGISTER

013777
013737

002010
002010

130050
000174

MOV
MOV

12930 052560
12931 052566
12932

012737

051634

000024

005737
001402

002516

MOV
OSPURON ,PURVEC
TYPE
MSGOS1
sRESTORE CACHE STATUS

12933
12934
12935
12936
12937
12938

052572
052576
052600
052604
052606
052610

{g::g 052612

000002
000000
000776

000000

;ENTER KERNEL MODE

;RESTORE SUPERVISOR PAR'S

12927 052524
12928 052532

052540

sRESTORE SUPERVISOR £ USER STACK POINTERS
1631
NOSUPER

002430

010006

12917 052474
12918 052500

12919 052504

MACRO M1113

POR

ST
BEQ
POP
9s:
RTI
SILLUP: MALT
8R

$SAVRE : o““

CSRNO,RS
R4 ,R3,R2,R1,R0O

;;SET UP THE POMER DOWN VECTOR
;REPORT THE POMER FAILURE

CACHXN
9¢
CONTRL

sILLLP

s THE POMER UP SEQUENCE WAS STARTED
is BEFORE THE POMER DOWN WAS COMPLETE

1:PUT THE SP MERE

ENCE

CZMSDOO MS11-L/M DIAGNOSTIC
ROUTINE POWER DOWN AND '#

MACRC M1113

12952 052614

14 UAN-82 16:15

WOOPS:

SUBTST

PAGE 415

«<«POMER FAIL

& GIENCE

WHILE

RELOCATED»>»

0000008300080 800000800000000 0800000000 %00000000000000800000000000000000R.RRRRE

s *SUBTEST

POWER FAIL WHILE RELOCATED

002100

053212
053214

053000
000340

012700
012701
012702
012021
077202

172340
133162
000010

005737
001002
013721
013721
013721
013721
104417
000207

060026

18:

002430
172516
177576
177574
177572

28:

FIRST.PURVEC.2,WO0PSAV.2

FIRST +WOOPUP , WOOPSAY +4 , WOOPEND -WOOPUP 7212,

WO0PUP
,F IRST «PWRVEC

@340 ,FIRST+.PURVEC
.2
WOOPUP ,F IRST « WOOPUP , WOOPEND - WOOPUP 72
SIPARO,RO
OF IRST «WOOPEND
,R1

8. .R2
(RO)+,(R1)»

R2,18

NOSUPER
2%

¥§§§§§l

012737
012737

§33aagas 33

013737
013737

BANK

MAP
BANK
IMAP SUPERVISOR SPACE (TEST AREA) TO BANC
SUPERVISOR
1ENTER SUPERVISOR MODE
MOV
FIRST «PURVEC ,WOOPSAV

052732
052736
052740
0352742
052746
052750
032754
052760
052764
052770
052772
052776

005037

-y

12965
12966
12967
12968
12969
12970
12971
12972
12973
12974
12975
12976

052614
052620
052624
052640
052646
052654
052662
052674
052702
052710
052722
052726

12953
12954
12955
12956
12957
12958
12959
12960
12961
12962
12963
12964

1000000800000 88 0300000800000 0000000000000080000000000000000000000000000000000R0

MR1,(R1).
MMRO,(R1).

RETURN

BANK

;ENTER KERNEL MODE

CZMSDDO MS11 L /M DIAGNOSTIC

POWER FAIL

WHILE RELOCATED

MACRO M1113

12979 053000

14 UAN-82 16:15

WOOPUP:

SUBTST

PAGE

417

£ GUENCS

<«<«POMER UP FROM BANK O

TO RELOCATION»

$00008800808008000000000
0000008000000 000000000000R0RRRLRINRRLIRRNRIRRRRIRRIRRRARTS

;oSUBTLSY

POMER UP FROM BANKX O TO RELOCATION

000010

077204
005737
001002
012037
012037
012037
012037
013706

052612

005037

002100

-1

002430

172516
177576

Is:

177574

177572

013737
013737

053212
053214

012700
012701
012702
012022
077102

053216
000105
133000

104417
000137
000014
000107

18:

077406

052210

—

172340
172300

SUOOPEND
, RO
M IPARO
R1

O IPDRO,
RS
8. . R2
(RO).,(R1)977406 ,(R3).

R2,18
NOSUPER
33
(RO)+ ,MR3
(RO)+ ,MR2
(RO). ,MR]1
(RO)+ ,MRO
$SAVRG
, SP
BANK
BANK

BANK

SUPERVISOR

060026

tMAP SUPERVISUR SPACE (TEST AREA) TO BANK

;ENTER SUPERVISOR MODE

WOOPSAV ,FIRST .PURVEC
WOOPSA
,FIRST «PWRVEC.2
V+2

sSIMULATE THE FOLLOWING BLOCK MOV BUT WITH NO STACK ACCESSES

2%:

%35 §§§§§g

SEsgpeqas

13002

053162

012700
012701
012703
012702
012021
012723

L GRLIETLE 8382382

'...‘...........‘...............‘.....‘...‘........‘..‘.‘..........0.0.....0...0

WOOPEND: .REPT
WOOPSAV: .REPT

WOOPSAY +4 ,F IRST + WOOPUP , WOOPEND -WOOPLP /2.12.,
SWOOPSAV
+4 ,RO
OUOOPEND -WOOPUP
/2412, ,R1
OF IRST +WOOPUP
,R2

(RO)+,(R2).
R1.2%

:ENTER KERNEL MODE
BANK
$PURUP
12,
WOOPEND -WOOPUP/2+12. +2

CZMSDOO MS11 L /M DIAGNCSTIC
10 SUBROUTINES

MACRC M1113

14 JAN-82 16:15

13019

13023

.S8TTL

10 SUBROUTINES

.SBTTL

ROUTIMNE

TrPE

1000000000000 0000000000000000000000000000000000000000000000000000000000000000000

13024
13025
1302¢
13027
13028

soROUTINE TO TYPE ASCIZ MESSAGE. MESSAGE MUST TERMINATE WITH A O BYTE.
;oTHE ROUTINE WILL INSERYT A NUMBER OF NULL CHARACTERS AFTER A LINE FEED.
;oNOTEL:
SNULL CONTAINS THE CHARACTER TO BE USED AS THE FILLER CHARACTER,
;oNOTE2:
SFILLS CONTAINS THE NUMBER OF FILLER CHARACTERS REQUIRED.
;oNOTES:
SFILLC CONTAINS THE CHARACTER TO FILL AFTER,

1”2’

13030
13031

;oCALL:
;o1) USING A TRAP INSTRUCTION

{gggg

l‘m
L

13034
13035

13062

EQUNCE

13020
1;8221
1
-

13038 053430
13039 053434
13040 053436
13041 053440
13042 053444
13043 053446
13044 053450
13045 053452
13046 053454
13047 053460
13048 053462
13049 053466
13050 053470
13051 053474
13052 053500
13053 053502
13054 053504
13055 053506
13056 053510
13057 053514
13058 053516
13059 053522
13060 053526
13061 053530

PAGE 419

105737
100407
0100%c
017600
112046
001005
005726
012600
062716
000002
122716
001002
112716
122716
001006
005726

002622
105037
000753
004737
123726
001346
013746

13063 053534
105366
13064 053540 002770
13065 053542 004737
13066 053546
105337
13067 053552 .000770
13068 053554
000000
13069 053556
13070 053560
116601
13071 053564
005737
13072 053570 001402
13073 053572
13074 053576
13075 053600
104424

002332
000002

ie
ie

TYPE
MESADR

STYPE:

1STB
BMI
MOV
MOV
MOVB
BNE
ST
MOV
ADD
RTI
cP8
BNE
MOVB
c8
BNE
ST
TYPE
SCRLF
CLR8
8R
CALL
cPB
BNE
MOV

18:

4a%:

000002

Ss:
68:

000011

7s:

000040
000200

11%:

053742

053556
002614

8s:
94:

002330
000001
053556
053742

000004
002516

TYPE

10%:

DECS
BLY
CALL
DECB
B8R
XOCHAR: .WORD O
STYPEC: PUSH
MOVB
TST
BEQ
PUSH
24:
PUSH
CACHOFF

MESADR

: sMESADR IS FIRST ADDRESS OF AN ASCIZ STRING

$TPFLG
64
RO, -(SP)
82(SP),RO
(RO)+,-(SP)
78
(SP).
(SP).,RO
02.(5P)

13IS THERE A TERMINAL?
iBR IF NO
1 s SAVE RO
13GET ADDRESS OF ASCIZ STRING
1 sPUSH CHARACTER TO BE TYPED ONTO STACX
33BR IF IT ISN'T THE TERMINATOR
;13
IF TERMINATOR POP IT OFF THE STACK
i sRESTORE RO
1 1ADJUST RETURN PC
1 sRETURN
1BRANCH IF NOT <MT>

T, (SP)
11¢
e ,(SP)
OCRLF ,(SP)
1]
(SP).
SCHARCNT
a8
STYPEC
"ILLC (SP).

iREPLACE TAB WITH SPACE
: sBRANCH IF NOT <CRLF»>
13POP
<CR><LF> EQUIV
ssTYPE A CR AND LF

‘ML -(SP)

;1 ;CLEAR CHARACTER COUNT
13GET NEXT CHARACTER
:3GO0 TYPE THIS CHARACTER
$3IS IT TIME FOR FILLER CHARS.?
:3IF NO GO GET NEXT CHAR.
1:GET @ OF FILLER CHARS. NEEDED

1(SP)
94
S$TYPEC
SCHARCNT
10¢

+;DOES A NULL NEED TO BE TYPED?
13BR IF NO--GO POP THE NULL OFF OF STACK
11GO0 TYPE A NULL
1300 NOT COUNT AS A COUNT
1 :LOOP

R1
4(SP),R1
CACHKN
29
CONTRL
RO

;3AND THE NULL CHAR,

s TURN CACHE OFF

J&
CZMSDDO MS11-L/M DIAGNOSTIC
ROUT INE TYPE

13100
13101
13102
13103
13104
13105
13106
13107
13108
13109
13110
13111
13112
15113
13114

13115
13116
13117
13118
13122
13123
13124
13125
13126
13127
13128
13129
13130
13131
13132

13133
13134
13135
13136

105777
100375
005037
105777
100032
117737
042737
023727
001020
105777
100375
117737
042737

MACRO MI11%

14 UAN-82 16:15

127002

053554
126764

126760
177600
053554

iS78

053554
053554
000023

126732
126726
177600

CONTS3:

053554
053554

053742

122766

000012

001402

105227

000207

83 TKS

CONTSS3
83 TKB, XOCHAR
@*C177.X0OCHAR
NC

000002

NC:

13:

END

;0OF

002516

STYPEX:

2%:

UNTIL

PRINTER

IS READY

XOFF

1 :SKIP IF NO CHARACTER

: :SAVE THE CHARACTER
:11STRIP OFF ASCII
:3WAS IT A CONTROL S?
: sBRANCH IF NOT
33MAIT FOR CHARACTER

: sGET CHARACTER
::STRIP OFF ASCII
1y

IS A

CONTS3

IF XOCHAR

MOVE
cMP8
BNE
CLRB

R1,.847P8B
oCR,2(SP)
1
S$CHARCNT

13LOAD CHAR TO BE TYPED INTO DATA REG.
13IS CHARACTER A CARRIAGE RETURN?
: sBRANCH IF NO
33 YES--CLEAR CHARACTER COUNT

cMP8

OLF ,2(SP)

;3 IS CHARACTER A LINE FEED?

BEQ
INCB

S$CHARCNT: .WORD

000000
005737
001402

TSTB

BPL
MOV8
BIC

B8R

000015

:3CHECK FOR

@3 TKB, XOCHAR
@*C177,.X0CHAR
XOCHAR, 0023
NC

ELSE

000760

126700

B8R

110177
122766
001003
105037

33WALT

3
XOCHAR

BPL

MOve
BIC
cP
BNE

asT1PS

IF XOCHAR EQ @21

000402

000406

1STB

BPL
CLR

PAGE 419-1

STYPEX

S$TYPEX
(PC).

POP

BEQ

2¢

TST

POP
POP

s sEXIT

; sBRANCH IF YES
; sCOUNT THE CHARACTER

1 sCHARACTER COUNT STORAGE

CACHKN

;IS THERE A CACHE?

CONTRL
R1

;POP CACHE STATUS

1BRANCH IF NOT

RE TURN
SUPLIMIT: ;0000000000 08THIS IS THE LIMIT ON SUPERVISOR MAPPED TO MUT

SPACE

ENCE

/M DIAGNOSTIC

MACRO M1113

14 UAN-82 16:15

PAGE 434

SEQUENCE

ERROR DATA SETUP

USE

THIS

PERRO1

.SBTTL

’

THIS CONDITION DISCRIBES THE ERROR

TRAP

BAD DATA IN RO UNLESS ABORTED

-(R4)

PERRO2

S0 B0

S8 S0

THEN BAD DATA IS POINTED T0 By
GOOD DATA IN RS

TRAP

BAD DATA IN R1 UNLESS ABORTED
THEN BAD DATA

IS POINTED

T0 By

-(R4)

PERRO3

PERRO4

S0 B

GOOD DATA IN R2

TRAP

BAD DATA IS POINTED TO BY
GOCD DATA IN R4

TRAP

BAD DATA IN R4 UNLESS ABORTED

THEN BAD DATA IS POINTED 10O BY

PERROS

JSR

PERRO6

JSR

PERRO7

PERR10

PERR11

BT G0 G5

Be Se S8

GOOD DATA IN R2

B4
G0
G5

BAD DATA IS POINTED TO BY -(RO)
GOOD DATA IS ZERO
RETURN AFTER SETTING UP GOOD,BAD,ADDRESS

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 ABORTED
THEN BAD DATA IS POINTED TO BY 2(R1)
GOOD DATA IN DATBUF
.2

TRAP

BYTE TEST
BAD DATA IN RIGHT BYTE OF RO UNLESS ABORTED
THEN BAD DATA IS POINTED TO BY (R1)
GOOD DATA IS A ZERO BYTE

PERR12

-2(RO)

BAD DATA IS POINTED TO By -(RO)
GOOD DATA IN R2
RETURN AFTER SETTING UP GOOD,BAD,ADDRESS

TRAP

BYTE TEST
BAD DATA IN RIGHT BYTE OF RO UNLESS ABORTED

THEN BAD DATA IS POINTED TO BY (R1)
GOOD DATA IS A BYTE OF ONES

Be
B

AT
nw#wr‘nnng‘
T
Offliuius g‘:zsaamnz gOOu
ey
s
b
s b
e

-(R1)

PERR13

TRAP

BAD DATA IN RO UNLESS ABORTED

308

MACRO M111%

14 JAN-82 16:15

PAGE 4341

THEN BAD DATA

SEQUENCE

IS POINTED TO 8r

(R1)

PERR14

GOOD DATA IS ZERO
TRAP

BAD DATA IN RO UNLESS ABORTED
THEN BAD DATA IS POINTED
GOOD DATA IS ONES

TO By

(R1)

70O By

(R1)

TO By

(R1)

PERR1S

TRAP
BAD DATA IN RO UNLESS ABORTED
THEN BAD DATA IS POINTED
GOOD DATA IN TSTDAT

PERR16

TRAP

BAD DATA IN RO UNLESS ABORTED
THEN BAD DATA IS POINTED
GOOD DATA IN TSTDAT.2

PERR17

TRAP
BAD DATA IN RO UNLESS ABORTED
THEN BAD DATA IS POINTED TO BY (R1)
GOOD DATA IN R2

PERR20

TRAP

BAD DATA IN RO UNLESS ABORTED
THEN BAD DATA IS POINTED TO BY (R1)
GOOD DATA IN R3

PERR21

86 BE

®z

%
»

~ov b

NN N~

a3 E1 119

ol Sl
- popa L

DIAGNOSTIC

TRAP
7 BIT BYTE TEST
BAD DATA IN RIGHT BYTE OF RO UNLESS ABORTEC
THEN BAD DATA IS POINTED TO BY (R1)

PERR22

GOOD DATA IS A 7 BIT BYTE ON ONES
TRAP

BAD DATA IN R2 UNLESS ABORTED

GF S8

THEN BAD DATA IS POINTED TO BY

(R1)

PERR23

GOOD DATA IN RO
TRAP

BAD DATA IN RO UNLESS ABORTED

THEN BAD DATA IS POINTED TO BY

(R1)

PERR24

PERR2S

S0 B¢

G0 G5

GOOD DATA IN R4

TRAP
BAD DATA IN RO UNLESS ABORTED
THEN BAD DATA IS POINTED TO BY (R2)
GOOD DATA IN R3
TRAP

BAD DATA POINTED TO BY -(R1)
GOOD DATA IN R2 UNLESS LOC V177654 IS SET
IN R3

13927

Be Ge B0

THEN GOOD DATA IS

PERR26

TRAP

BAD DATA IS DOUBLE WORD POINTED TO BY R1 AND IN LOW 7 BITS OF RO
GOOD DATA IS 000000, ,100000,,100

M8
ZMSDDO MS11 L TMM DIAGNOSTIC

RROR DATA SETUP

MACRO M1113

13928

{;3;5

13929
13930
13933

13934

1393

13936

13937

gggg

.3940

:
3
v

14 UAN-82 16:15

PERR27

;

PERR30

PERR31

PERR32

13943

;

PERR33

1394¢
13947

;
:

PERR34

13944
13945
13948
13949

}3?;

13952
13953

13954

13955

3
3

H
;s
:

TRAP

BAD DATA IS POINTED TO BY -16(SP)
TRAP

SPECIAL ECC FAILURE HANDLER

;

g:é

TRAP
BAD DATA IS DOUBLE WORD POINTED TO BY R1 AND IN LOW 7 BITS OF RO

GOOD DATA IS IN R1

:
H

SEQUENCE

GOOD DATA IS 000000, ,000000,,077

PAGE 434-2

PERR3S

TRAP

SPECIAL ECC FAILURE HANDLER

TRAP

SPECIAL ECC FAILURE HANDLER

TRAP
SPECIAL ECC FAILURE HANDLER
TRAP

SPECIAL BRANCH GOBBLE FAILURE HANDLER

3
3

CALLING SEQUENCE FOR TRAP TYPES
BEQ
2%
;NO - ERROR,BRANCH FOR CARD

i128:

;

PERRXX

INSTRUCTION

;TRAP TO ERROR ROUTINE
;CONTINUE TESTING

%10

CZMSDDO MS11-L/M DIAGNOSTIC
ERROR DATA SETUP
13958 053764

13959 053770
13960 053776
13961 054002

010437

002032

{g:i; 054006

162737
010037
010537

000137

000002
002050
002042

13964 054012
13965 054016

010437
162737

002032
000002

010137
010237

002050
002042

13970 054040

010137

002032

000137

162737
010437
016137

000002
002042
177776

13976 054070

010037

002032

13982
13983
139684
13965
13986

054116
054122
054126
054132
054136

010237
014037
010037
062700
004737

13989 054144
i;:”g 054150
13992 054152
13993 054156
13994 054162

13977 054074
13978 054102
13979 054106
{mmox 054112

%gzz 054142

{gz 054170
13997
13998
13999
{:ggg

054174
054206
054212
054220

14002
14003
14004
{mm

054224
054230
054234
054240

14007
14008
14009
14010

054244
054250
054254
054262

000137

162737
010437
010237
000137

SPERO1:

054520

R4 , ADDRESS

@2 ,ADDRESS
RO,BAD
RS,GO0OD

002032

SPERO2:

MOV
SUB

MOV
MOV

R4 ,ADDRESS
2 ,ADDRESS

R1,8AD
R2,G0O0D

JMP PERRAW

002032
002050

R1,ADDRESS

$PERO4: MOV

RO, ADDRESS

SuB
MOV
MOV

82 ,ADDRESS
R4 ,GO0D
-2(R1),BAD
JMP PERRAW
92, ADDRESS
R4 ,BAD
R2,G000
PERRAW

002042
002050
002032
000002
040170

PERROS: MOV
PERAOS: MOV
MOV
ADD
CALL

R2,G00D
-(RO),BAD
RO, ADDRESS
#2,R0
BADSTACK

005037
000764

002042

PERRO6: CLR
BR

GOOD
PERAOS

010137
010237
013737

002032
002050
002236

S$PERO7: MOV
MOV
MOV

R1,ADDRESS
R2,BAD
DATBUF ,GOOD

000137

054520

002032

$PERO3: MOV

SuB
MOV
MOV
JHP

000207

000002
002050
002042
054520

MOV

SuB
MOV
MOV

PAGE 436

JMP PERRAW

054520

13971 054044
13972 054052
13973 054056
{;:;g 054064

002032

14-UAN-82 16:15

054520

13966 054024
13967 054030

igm 054034

MACRO M1113

RETURN

002042

PERRAW

054520

$PER10: LET ADDRESS := Rl + &2
LET BAD := R2
LET GOOD := DATBUF
.2
JP
PERRAW

054572

$PER11: LET ADDRESS := R1
LET BAD := RO
LET GOOD := @0
JMP
PERRAB

054572

$PER12: LET ADDRESS := R1
LET BAD := RO
LET GOOD :- @377
JMP
PERRAB

sRESTORE RO

S %4
)

MACRC M1118

SPERLS:
000137

000137

000453

AN 82

LEY

LET

16:15

PAGE

als

ADDRESS :+- R}
RO
:-D
BA

LEY GOOD
:- &0
PERRAL
P

054520
SPER1A:

LET ADDRESS :- R1
LEY BAD :~ RO
LEY GOOD :- ONES
e
PERRAW

SPERLS:

LETY ADDRESS :- R
LETY BAD :- RO
LETY GOOD := TSTDAY
P
PERRAW

054520

SPER16: LET ADDRESS := R1
LEY BAD :- RO
LET GOCD := TSTDAT.2
B8R
PERRAW
SPERL7:

LEY ADDRESS :- R1
BAD
:= RO
GOOD
:= R2
EFRR Ak

ADDRESS := R}
BAD :- RO
:= RS

000435
SPER21:
000477

000416
SPER2S:

FANSROS
R Ay g DTAGNOSTIC
14063 054520

MACRO M111%

14 JAN-82 16:15 PAGE 439

PERRAM:

SUBTST

<«<«DATA WAS A WORD:»»

0000080000000 00RRRBRRBBBNRBRBNVVBVNRBNRBAVNBBVVBNENNINNIRNBINBINROBBRRIIRBERRRIASLS

;oSUBTEST

14064 054520
14065 054524
14066 054536
14067 054550
14068 054554

14069
14070
14071
14072
13;3
i

054562
054564
054566
054570
054570

004737

054754

004737

054730

DATA WAS A WORD

0080000000000 0000008008 0000000

RRLRRRNINNRLB

CALL
PERBNK
IF ABORTFLAG IS TRUE THEN SsCALL GETDATA
IF BADPC EQ 00 THEN SCALL BADSTACK
CALL
PERXOR
IF ABORTFLAG IS FALSE

104011

NN IINNINARIBIRIRERIRIRIRASS

ERROR .11
ELSE
ERROR .12
END ;0F IF ABORTFLAG
RTI

104012

000002

14075 054572

PERRAB:

SUBTST

<«<DATA WAS A BYTE>»>

0080008800800 00000000000000000000000000000000000000000000R00RRRRIRRRGLRBRRRRRSS

;oSUBTESTY

DATA WAS A BYTE

(008800888000 000000000000000000800000000000000000000000000000RRRRRRGIRRRRRIRRRSS

14076 054572
14077 054576
14078 054610
14079 054622
L4080 054626
14081 054634
14082 054636
14083 054640
14084 054642
14085 054642

004737

054754

004737

054730

104014
104015
000002

CALL
PERBNK
IF ABORTFLAG IS TRUE THEN SCALL GETDATA
IF BADPC EQ 00 THEN SCALL BADSTACK
CALL
PERXOR
IF ABORTFLAG IS FALSE
ERROR .14
ELSE
ERROR .15
END ;0F IF ABORTFLAG
RTI

U
Smooo MS1]

wAS A BTk

TM DIAGNOSTIC

MACRO M1113

14088 054644

PERRAT:

UAN-82 16:1%
SUBTST

PAGE

44)

EDEN

<«<DATA WAS A 7 BIT BrTE»»

(0000000000000 000000000000000000000000
000000V BLLRNNRBIBRINLIRIIRRRIRRR IR AIRRARLS

s *SUBTEST

DATA MAS A 7 BIT BYTE

F00800080000000000000000000000080000
0000000 RLBNLRBNINNBRIINNIRRAINRINERIRIIRARRRS

14089 054644

L4090 054656
14091 054662

14092 054666
{0093 054670
14095 054672
14096 054700
}40’7 054706
14099 054712
14100 054716
i:{g“l’ 054724

004737
004737

104022
000002

IF BADPC EQ #0 THEN SCALL BADSTACK

054730
054754

CALL
CALL

ERROR
RTI

PERXOR
PERBNC
.22

000137

051322

SPER26: LET GOOD2 := 100000
LET GOODS :- €100
JMP PERRA3

005037

002044

SPER27:

000137

051322

CLR
GO0D2
LET GOODS := 0077
JMP PERRAS

PERXOR:

SUBTST

14103 054730

<<DETERMINE XOR OF GOOD & BAD>>

1000008000000 8800008000080000000000000000000000000000000000000000000sRRsR
LIRS

1 #SUBTEST

DETERMINE XOR OF GOOD & BAD

$0080000000000000080000000000480002000000000000000000000000000000000000tsRRRbIES

14104
14105
14106
14107
14108

054730
054732
054736
054744
054750

14109 054752

013700
013737
074037
000207

002042
002050
002056

002056

PUSH
MOV
MOV
XOR
POP

RETURN

RO
G000, RO
BAD,BADXOR
RO,BADXOR
RO

Lo
C2MSDOO MS11 L TM DIAGNOSTIC
DETERMINE *OR O GOOD £ BAD

MACARC

14112 054754

M111%

PERBNX:

UAN-82

16:15

——

PAGE 443

SUBTST«<LOG ERROR ON BAD BANK >

:..‘.......‘........‘.‘...........‘................‘............................

;*SUBTEST

LOG ERROR ON BAD BANKX

‘..‘................‘..........................................“.......‘.......

14113
14114
14115
14116
14,17
14118

054754
054760
054764
054766
054770
14119 054776
14120 055002
14121 055004

015701
006301
006301
052761
105261
001002
105361

14123 055016

101403

14122 055010

14124 055020
14125 055026
1‘1“7 055032

1412

14128 055034
14129 055040
14130 055050
14131 035056
14132 055060
14133 055066
14134 055066
14135 055072

14136 035100

14138
14139
14140
14141
14182
14143
14144
14145

055102
055114
055120
055130
055132
055133
055142
055144

14147
14148
14149
14150
14151
14152
14153

055154
035156
055156
055166
085170
085170
055176

14146 055144

126137

002100

000001
002630
002630

002630

002626

00252¢

115:

000207
010037

002050

013737

002242

002042

013737

002244

002042

004737

054730

000207
004737
104037
104042
104043

104044
000002

12%:

sMHILE WE'RE HERE LET'S MARK THE BAD BANK IN THE CONF IGURATION TAB
¢
PUSH
RO.R1
MOV
BANK.RL
ASL
Rl
ASL
R1
8IS
eBITO, CONFIG(RY)
INCB
CONFIG+.2(R1)
;1BUMP BANK COUNTER
BN
128
INO OVERFLOW - SKIP
DECB
CONFIG+2(R1)
ISET BACK TO 258.

o, o}

CONF IG+-2(R1) ,ERRMAX

:IS IT PAST mMaAX?

SET
POP
RE TURN

TOOMANY
R1.RO

s YES

BLOS

118

INO -

PERECC: MOV
RO.BAD
IF ADDRESS EQ TESTADD
MOV TSTDAT.GOOD
ELSE
MOV
TSTDAT.2.GOOD
END ;OF IF (R1)
CALL'
PERXOR
SET
MEADER

RE TURN

055034

SPER31: IF BADPC EQ 00 THEN SCALL BADSTACK
CALL
PERECC
IF REALPAT EQ 11
ERROR +37
END ;OF IF REALPAT
I
AT EQ 014
ERROR 42
END ;OF IF REALPAT

IF REALPAT EQ 15

ERROR +43
END ;OF IF REALPAT
IF REALPAT EQ 16
ERROR +44
END 3OF IF REALPAT
SET MEADER
RTI

SKIP

CZMSDOO MS11 L /M DIAGNOSTIC
LOG ERROR ON BAD BANKX

14156 055200

14157 055212
14158 055216
14159 055222
14160 055226

010137
010037
010237

14161 055234

104040

i:{:: 055244

000002

14162 055236
14165 055246

14166 055260
14167 055264
14168 055270
14169 055274
14170 055302
14171 055306
14172 055314
14173 055316
i:{;; 055324
14176 055326
14177 055340
14178 055350

14179 055352
14180 055354
14181 055356

{:{:&; 055356

14184

010137
010037
105037
012737
004737

SPER33:

002042

000002

R1,ADDRESS
RO,BAD
R2,G0O0D
HEADER

SEY

HEADER

.40

IF BADPC EQ @0 THEN SCALL BADSTACK

MOV
MOV
CLR8
MOV
CALL
SET
ERROR
SET
RTI

R1,ADDRESS
RO,BAD
BAD.1
#377,G00D
PERXOR
HEADER
.41
HEADER

SPER34:IF BADPC EQ 00 THEN $CALL BADSTACK
IF eBIT1S!BIT4 OFF
. IN CSR
ERROR +16
sNO SBE OR DBE
ELSE
ERROR .1
sEXPECTED SBE SO DBE MUST HMAVE GOTTEN SET
END ;0F IF @BIT1S!BIT4
RTI

104016
104001

000002

055360
055364
055570
055376
055404
055406
055412

004737
004737
013737
012737
104047
062706
000207

054754
040170
002030
000012

14193
14194
14195
14196

055414
055420
055424
055432

010037
010137

002042
002050

000002

£ O JENCE

IF BADPC EQ 00 THEN SCALL BADSTACKX

RTI

002032
002050
002051
000377
054730

PAGE 445

MOV
MOV
MOV
SEY

ERROR

104041

104023

14 UAN-82 16:15

SPER32:

002032
002050
002042

14185
14186
14187
14188
14189
14190
::{:5

14197 055434
14198 055442

MACRC M1113

000004

sOURING BRANCH GOBBLE THE CONDITION CODES WERE WRONG

002050
002042

SPER3S: CALL
CALL
MOV
MOV
ERROR
ADO
RETURN

PERBNK
BADSTACK
B8ADPSW,BAD
012,G000
.47
o, 5P

SPER36: MOV
MOV
SET
ERROR

RO, GOOO
R1,8AD
HEADER
.23

SET
RTI

HEADER

:FIX STACK FROM TRAP
sABORTING TEST

ZMSDDO MS11 - L/M DIAGNOSTIC
SCCPE MANDLER

MACRC M1113

14201

-4

14 -UAN-82 16:15 PAGE h?
.SBTTL

SEQUENCE

ROUTINE SCOPE HANDLER

14202

$10000000006000000080000000000000000000000000000000000000000000000000000000000000

14203
14204
14205
14206
14207
14208
14209
14210 055444

soTHIS ROUTINE CONTROLS THE LOOPING OF SUBTESTS. IT WILL
;AND LOAD THE DISPLAY DATA INTO THE DISPLAY REGISTER
;oTHE SWITCH OPTIONS PROVIDED BY THIS ROUTINE ARE:
;oSH14-]1
LOOP ON TEST
1oSW9=1 LOOP ON ERROR
seCALL
3e
SCOPE
1 :SCOPE=IOT
$SCOPE: INC
SDEVCY
;TELL APT WE ARE ALIVE

055450
055452
055456
055462

005237

06310¢6

005037
105237

063106
063110

14216 055464

005737

14211
14212
14213
14214

14215 055462

14217 055470
14218 055472

14219 055476

14220 055476
14221 055502
14222 055504
14223 055512
14224 055520

14225 055522

14234
14235
14236
14237

14238
14239
14240
14241
14242
14243

14244

14245
14246
14247
14248
14249

055524
055542
055546
055552

104410

001402
004737

005737
001410
013737

032737
001401
005037
000137

000002

055572

000425

055574
055600
055606
055612
055616

013746
012737
005737
012637
000430

14250 055620
14251 055624
14252 055632
14253 055634
14254 055640
14255 055644
14256 055646
14257 055646
14258 055652
14259 055654
14260 055662
14261 055664
14262 055672
14263 055674
14264 055700
14265 055704

CXSWR

006140

TST

061402

NOTRCE
:

056560
177766

000001

056556

104177

055552
055560

055562
055562

IF RESULTY IS LY
CLR
SDEVCTY
INCB
SUNIT
END ;0OF IF RESWLTY

002372
045136

:3TEST

FOR CHANGE IN SOFT-SWR

BEQ
CALL

NOTRCE
CONTT

TST
BEQ
MOV

CPERRF
1IS THERE A CPU ERROR REGISTER?
SKJ
1BRANCH IF NOT
80177766 ,CPSAVE ;GET CONTENTS OF ERROR REGISTER

iR-C
iR-C
iR-C

ERROR

177

iR-C

BIT
BEQ

SKJ:

TRACE

#8IT0,CPSAVE
SKJ

: TRACE

1IS THE POMER FAIL MONITOR BIT SET?
:BRANCH IF NOT

;REPORT IF SO

IF STOPOK IS TRUE AND 0SW8 SET.IN 8SWR
CLR
STOPOK
JP
EXIT
END ;OF IF STOPOK

IF NOSCOPE IS TRUE
RTI
END ;0F IF NOSCOPE
18:
IF eSu14 SET.IN 8SWR THEN GOTO SOVER
1 00000START OF CODE FOR THE XOR TESTEReOCS
$XTSTR: BR
24
13IF RUNNING ON THE
000004
055620
177060
000004

062706
022737
001002
005037
012637
000407

000004
000001

105737
001412
032777
001404
013737
000410
105037
011637
011637

002012

000004

003720

177766
000004

001000

124716

002566

002564

002012
002564
002566

18:

INCREMENT

MOV
MOV
TSt
MOV
BR

iR-C
iR-C

:R-C

“XOR* TESTER CMHANGE

33 THIS INSTRUCTION TO A “NOP” (NOP=240)

ERRVEC, -(SP)
$3SAVE THE CONTENTS OF THE ERROR VECTOR
@14 ,ERRVEC
+3SET FOR TIMEOUT
177060
;,;TIME OUT ON XOR?
(SP)+ ,ERRVEC
1 sRESTORE THE ERROR VECTOR
$SVLAD
13G0 TO THE NEXT TEST

ADD
4, 5P
1FIX STACK FROM TRAP
e,
@1 ,.PROTYP
IS THIS AN 117447
BNE
64
1BRANCH IF NOT
CLR
CPUERR
sRESET CPU ERROR REGISTER
68:
MOV
(SP)« ,ERRVEC
1sRESTORE THE ERROR VECTOR
BR
43
:3LO0OP ON THE PRESENT TEST
28:;00000END OF CODE FOR THE XOR TESTERSGO#O
3%
15718
SERFLG
1 sHAS AN ERROR OCCURRED?
BEQ
$SVLAD
13BR IF NO
8ITY
#SW9, BSWR
:3LOOP ON ERROR?
BEQ
Ss
:3BR IF NO
4s:
MOV
SLPERR , SLPADR
33SET LOOP ADDRESS TO LAST SCOPE
B8R
SOVER
S8:
CLRB
SERFILG
13ZERO THE ERROR FLAG
S$SVLAD: MOV
(SP), SLPADR
1 3SAVE SCOPE LOOP ADDRESS
MOV
(SP), SLPERR
: ;SAVE ERROR LOOP ADDRESS

B T Rl
14266 055710
14267 055714
14268 055720

14269 055724

005087
004787
013716

000002

002534
055726

002564

MACRC TMM111%

14 UAN-A2 16:15

SOVER:

CLR
CALL
MOV
RTI

PAGE 447 -3

$E SCAPE
GETDIS
SLPADR, (SP)

G ENCE

13CLEAR THE ESCAPE FROM ERROR ADDRE 55
:3FUDGE RETURN ADDRESS
:3FIXES PS

CZMSD0O MS11 L /M DIAGNOSTIC
ROUT INE SCOPE HANDLER

MACRO M1113

14271 055726

14 UAN-82 16:15

GETDIS:

SUBTST

PAGE 4as

<«<«SUBR

SEQUENCE

DISPLAY>»

1000000800000 08800000000000080000000080008000000RRLRRRIRNRERIININIIRRRRORRORROLTS

;*SUBTEST

SUBR

DISPLAY

0088088008800 00000080080800880000000008000000000000000
00N R LRI IRRRRRRRRRS

14272 055726

14273
14274
14275
14276
14277

14278

14282
14283
14284
14285

055734
055742
055744
055750
055752
055760
055760
055766
055774
055776

1137587
113737

002100
002262

005737
001403
052737

002124

100000

002010

013777
013737

002010
002010

124614
000174

000207

002011
002010

MOve

BANK, $BANK

PUSH
ST
BEQ
8IS

RO
RLFLAG
1s
WBIT1S, SPATMAR

MOV
MOV

SPATMAR ,SDISPLAY
SPATMAR ,DISPREG

MOVB

18:

POP

RE TURN

REALPAT, SPATMAR

JARE WE RELOCATED?

iNO - SKIP
sYES - SETYT MSB

:SOF TWARE DISPLAY REGISTER

CZMSDOO MS11-L/M DIAGNOSTIC
ROUTINE ERROR HANDLER

MACRO M1113

14288
14289
14290
14291
14292
14293
14294
14295
14296
14297

.SBTTL

PAGE 450

SEGENCE

ROUTINE ERROR HANDLER

$00000000000000000000000000000000000000000000000000000000000000000000080000000000

soTHIS ROUTINE WILL INCREMENT THE ERROR FLAG AND THE ERROR COUNT,
;oSAVE THE ERROR ITEM NUMBER AND THE ADDRESS OF THE ERROR CALL
;#AND GO TO SERRTYP ON ERROR
soTHE SWITCH OPTIONS PROVIDED BY THIS ROUTINE ARE:

;oSW1S5=1
;oS5W13-1
;oSH10-1

HALT ON ERROR
INHMIBIT ERROR TYPEOQUTS
BELL ON ERROR

;oSW9=1 LOOP ON ERROR
seCALL
;e
ERROR
N
SERROR:

000177

105737

001024
005737
001423
013737
032737
001414
042737
112737
112737
000402
105037

013737
162737
013737

2%:
002572

002013

000177

002016
002026
002013
002013

1 :COUNT THE NUMBER OF ERRORS

(SP) .ERRPC
92 ,ERRPC
SP ,ERRSP
2(SP) ,ERRPSW
SERRPC,$ITEMB

1sGET ADDRESS OF ERROR INSTRUCTION

cP8
BEQ
1S18
BNE

@177,81ITEMB
1001

:1IS THIS THE POWER FAIL CALL?
:BRANCH IF SO

®BIT0,CPSAVE
10013
#B170,177766
OSITEMB,IBSAVE
e177,41ITEMB
1001

;1POMER MONITOR BIT SET?
1BRANCH IF NOT
1CLEAR THE BIT
;MAKE IBSAVE NON-ZERO FOR DUAL CALL
;SET SITEMB TO POWER FAIL POINTER

BEQ
MOV
817
BEQ
BIC
MOVEe
MOV

056556
056556
177766

056554
002013

10008:
1001
002016
002016
002022

- SKIP

; sRING BELL
;CONTROL 2

MoV
SUB
MOV
MOV
MOVB

TSTY

056554

SERTTL

IF RESWLT IS MI

; sNO

MOV @77777,8ERTTL

056560

000001

INC

END ;OF IF RESWLT
END ;0F IF NOERROR

056554

177766
000001

S$BELL
MSGO14

CLRB

IBSAVE
10004
CPERRF
10014
177766 ,CPSAVE

IBSAVE

:13STRIP AND SAVE THE ERROR ITEM CODE

12ND ERROR CALL?
1BRANCH IF SO
:IS THERE A CPU ERROR REGISTER?
1BRANCH IF NOT
1 SAVE CONTENTS

ONOOOANOOOHNOONOND

122737
001431

117737

TYPE
TYPE

BEQ

;FOR APT
31 3BELL ON ERROR?

002016
000002
002022
000002
123676

SPATMAR,STESTN
#SW10, 8SWR

011637
162737
010637
016637

MOV
BIT

:3DON'T LET THE FLAG GO TO ZERO

077777

;SETUP DISPLAY STUFF

012737

GETDIS

002572

CALL

BEQ

iR-C

005237

13SET THE ERROR FLAG

002000

063102
124536

SERFLG

013737
032777
001404

INCB

055726
002010

18:

1 TEST FOR CHANGE IN SOFT-SWR

002012

CKSWR

iR-C

105237
001775
004737

BACK :

LSB
IBSAVE
IF NOERROR IS FALSE

104410

.ENABL
CLRB

056554

105037

; ;ERROR=EMT AND N=ERROR ITEM NUMBER

DDDDDVDDDIDIDIDODD

14299

14298

14300
14301
14302 056000
14303 056004
14304 056012
14305 056014
14306 056014
14307 056020
14308 056022
14309 056026
14310 056034
14311 056042
14312 056044
14313 056050
14314 056054
14315 056060
14316 056062
14317 056070
14318 056070
14319 056070
14320 056074
14321 056102
14322 056106
14323 056114
14324
14325 056122
14326 056130
14327 056132
14328 056136
14329 056140
14330 056144
14331 056146
14332 056154
14333 056162
14334 056164
14335 056172
14336 056200
14337 056206
14338 056210
14339 056214
14340 056214
14341 056222
14342 056230
14343 056236
14344 056244

14 -UAN-82 16:15

320

P 4

CZMSDDO MS11-L/M DIAGNOSTIC
ROUTINE ERROR HANDLER
14345
14346
14347
14348
14349
14350
14351
14357
14358
14359
14360
14361

056252
056260
056264
056264
056272
056302
056304
056304
056322
056324
056324
056324

MACRO M111%

013737
005037

002030
002020

002026

013737

002016

063100

000412

004737

UAN-82

16:15

PAGE

4501

'i " ‘ ‘I-

MOV BADPSMW,ERRPSHW

CLR BADPC
END ;IF

MOV
IF

ERRPC, $FATAL

@SM13 SET.IN 8SuWR
33
BR

iFOR APT

END ;OF IF oSw13
IF oSWS SET.IN aSWR AND TOOMANY
GOTO 3s
END ;OF IF oSWS

056562

END

CALL

;0F

IF NOERROR

SERRTYP

IS TRUE

::G0 TO USER ERROR ROUTINE

ZMSDDO MS11-L/M DI AGNOSTIC
ERROR HANDC ER
005777
100002
000000
104410

MACRO M1113
3s:

124236

SHALT:
7%:

013716
005787
001402
013716

003720

177766

012737
000137

000001
045136

1S7Y

9%:

063076

BPL
HALT

33HALT ON ERROR

s 1SKIP IF CONTINUE
:3HALT ON ERROR!

;3 TEST FOR CHANGE IN SOF
T -SWR

IF NOSCOPE IS FALSE AND oSW9 SET.IN @SWR
MOV SLPERR,(SP)
:3FUDGE RETURN FOR LOOPING
END ;0F IF NOSCOPE

SESCAPE

: sCHECK FOR AN ESCAPE ADDRESS

MOV
SESCAPE,(SP)
IF DETFLAG IS FALSE
CMP @1,.PROTYP

:3BR IF NONE

: :FUDGE RETURN ADDRESS FOR ESCAPE

;IS THIS AN 117447
BNE 118
CLR CPUERR
11%: IF ACTFLAG IS TRUE OR APTFLAG IS TRUE OR FATALS
%
gli;NSGYY
;FOR APT

TYPE

MOV
CLR
JMP

10%:

MSGO66

42,R0
42
$ZAP42

SERTTL HI @20
:ERROR COUNT EXCEEDED 20

END ;OF IF XXDPCHAIN
END ;0F IF DETFLAG
ELSE
HEADER
SET
END ;0F IF NOERROR
CLEAR
TOOMANY ,NOERROR

TST8

BEQ
JMP

IS TRUE

END ;0F IF ACTFLAG
IF XXDPCHAIN IS TRUE AND

014452

056014

IS FALSE

CHSWR

000042

056554

PAGE 451

BSwR

BEQ

002334

022737

IF NOERROR

TST

002334

001002
005037

013700
005037
000137

14 UAN-82 16:15

IBSAVE

213¢
BACK

RTI
213%:
IBSAVE : .WORD 0
CPSAVE : .WORD O
CPERRF: .WORD O
.DSABL
LSB

;POWER FAIL ERROR CALL?
: sRETURN

;JUMP IF SO

;R-

iR
iR-

iRiRiR-

ABORTING FOR xXDP CHAIN

”."l

MACRO M1113

14403

14404
14405
14406

UAN-82

16:15

.SBTTL

ROUTINE ERROR MESSAGE

PAGE 453

SEGUENCE

TYPEQUT

10000000000000000000000000000000000000000000000000000000000000000000000000000000

14407
14408
14409
14410 056562
14411 056564
14412 056570
14413 056572
14414 056576
14415
14416 056600
14417 056606

14418 056610
14419 056614
14420 056616
14421 056622
14422 056624
14423 056626
14424 056630

14425
14426
14427
14428
14429

]

056632
056634
056640
056644
056646

14430 056652

14431 056654

14432 056660
14433 056662
14434 056666
14435 056670
14436 056674
14437 056676
14438 056700
14439 056704
14440 056710
14441 056712
14442 056716
14443 056720
14444 056724
14445 056726
14446 056730
14447 056732
14448 056736
14449 056740
14450 056742

;oTHIS ROUTINE USES THE “ITEM CONTROL BYTE" (SITEMB) TO DETERMINE WHICH
soERROR IS TO BE REPORTED. IV THEN OBTAINS, FROM THE “ERROR TABLE" (SERRTB),
;*AND REPORTS THE APPROPRIATE INFORMATION CONCERNING THE ERROR.

SERRTYP:SAVREG

TYPE

000177

18:

057072

063520
056676

110%:

:3IF ITEM NUMBER IS ZERO, JUST

TYPOCT

cMPB
BNE

0177,.RO
1008

:1PICKUP THE ITEM INDEX
THE PC OF

THE ERROR

11¢

13GET OUT

OP:;ECHS.RO

MOV ADDRESS OF PFE BIT ERROR

110¢

DEC
ASL
ASL
ASL
ADD
MOV
BEQ

RO
RO
RO
RO
#3ERRTB,RO
(RO)+,38
494

BNE

12¢

NOERROR

1POWER MONITOR CALL?
1BRANCH IF NOT

: sFORM TABLE POINTER

;sPICKUP “ERROR MESSAGE” POINTER
;3SKIP TYPEOUT IF NO POINTER
: IS THIS REALLY AN ERROR?

sYES - SKIP

HEADER

: TYPE HEADER?

2%:

TYPE
TYPE

MSGO67

sFATAL
13TYPE THE "ERROR MESSAGE“

TYPE
MOV

SCRLF
(RO).,S$

12%:

3s:

BPL
ST
BEQ

.MORD

BEQ

13s:
S5¢:
68:

TST

NOERROR

TST

HEADER

BNE

002554

44
FATAL S
24

BPL
TYPE
.WORD
TYPE
MOV
BEQ
MOV

O
SCRLF
(RO). ,R1
104

(RO). ,R2

TO RO

1sADJUST THE INDEX SO THAT IT WILL
33
WORK FOR THE ERROR TABLE

TST

002554

056730

S$ITEMB.RO
13

s:TYPE
ERRPC,<ERROR ADDRESS>

100%:

13 “CARRIAGE RETURN" & "LINE FEED"

8IS8
BNE

002013

S$CRLF

CLR

iNO - SKIP
iWAS IT A FATAL ERROR?
iNO - SKIP

11 "ERROR MESSAGE"” POINTER GOES HERE

13 "CARRIAGE RETURN” & "LINE FEED"
;1 1PICKUP “DATA HEADER” POINTER

+IS THIS REALLY AN ERROR?

;YES - SKIP

1 TYPE HEADER?

iNO - SKIP
;s TYPE THE "DATA HEADER"
13 “DATA HEADER” POINTER GOES HERE
13 "CARRIAGE RETURN” & "LINE FEED"”
;1 sPICKUP "DATA TABLE” POINTER
:13BR IF NO DATA TO BE TYPED
1 sPICKUP “DATA FORMAT” POINTER

sR-C
iR-C

;:E

iR-

iR-C

sR-C

T’

’e

CZMSDDO MSii-L/M DIAGNOSTIC
ROUTINE ERROR MESSAGE TYPEOUT
14453 056744

112203

14454 056746

006303

14456 056754

000412

14455 056750

14457
14458
14439
14460
14461
14462
14463
14464

056756
056760
056762
056764
056766
056770
056772
056774

004773

057430
057510

14472 057006

005711

056756

MOVB

8s:

TAG78$
TAG79$

{MAKE IT A WORD ADDRESS

88$(R3)

;UPDATE DATA TABLE POINTER

001403

BEQ

104

13BR IF NO

{:4‘;2 057016

000752

B8R

14477 057020
14478 057024
14479 057026

005737
001402
005237

002554

004737

057532

14480
14481
14482
14483
14484

057032
057034
057060
057064
057064

14485 057070

104416

TAG70$
TAG71$
TAG72$
TAG73$
TAG74$
TAG7S$
TAG76$
TAG77%

SEQUENCE

02.R1

14474 057012

000002

(R2).,R3

ASL

CALL

PAGE 455

ADD

14473 057010

062701

14 UAN-82 16:15

78:

057202
057212
057222
057272
057332
057344
057356
057422

14465 056776
14466 057000

14471 057002

MACRO M1113

002106

108:
118:

000207

(R1)

TYPE

MSGO18

TST
BEQ
INC

MUt
118
HEADER

RESREG
IF @SW7
CALL
END ;OF
TYPE
RETURN

:1:1IS THERE ANOTHER NUMBER?

i TYPE 2 SPACES

1 :LOOP

:IS THERE A MEMORY UNDER TEST
iNO - SKIP
1YES - BUMP HEADER FLAG

SET.IN @SWR AND DETFLAG IS FALSE AND NOERROR IS FALSE
DETAIL
IF oSW7
MSG104
;CONTROL Z

14486
.EVEN
14487 gss;%g g;i% 057136 057166 PFECWS: .WORD

PFECEM,PFECDH,PFECDT,PFECOF

iR-C
iR-C

14488 057102

057105
057110
057113
057116
057121
057124
057127
057132
057135

105
115
111
122
111
106
116
123
000

122
117
124
040
124
117
104
105

040
116
117
102
040
125
040
124

127

PFECEM: .ASCIZ

“POMER MONITOR BIT FOUND SET”

;R-C

057141
057144
057147
057152
057155
057160
057163

124
040
122
120
040
125
122

105

116
040
122
103
103
105
000

123

117
105
040
040
120
122

PFECDM:

“TESTNO

iR-C

14491 057166
057174
14492 057176

063102
000000
000

002016

056556

PFECDT:

000

PFECOF:

14489 057136

14490

14493

057201

120

124

000

117

.ASCIZ

.EVEN

ERR PC

CPUERR"

.WORD

STESTN,ERRPC,CPSAVE,O

.BYTE

0,0,0,0

iR-C

CIMSDOO TMMS1i
/TM DIAGNOSTIC
ROUT [NE ERROR MESSAGE T PEOUT
l““

16:15

PAGE

a57

DANCE

eee

‘.‘.................‘...............“........................................00

TAGTOs:

000207

14502

TYPOCY
RE TURN

®&(R1)

11 TYPE AN OCTAL NUMBER

10000000000000000000000000000000000000000000000000000000000000000s0RR0sIsRRRRRSS

14508

;oee DECIMAL eee

14504

14505 057212

UAN-82

;000 OCTAL

x“..

%:g: 057220

‘...“.....................‘............‘...............‘....0...0..........0.l.

14497
14499 057202
::S’z 057210

MACRO TMM111%

§00000000000000000000040000000000000000000000000000000000000000000RRIIRRRRRRERES

TAG718:

000207

TYPDEC

RE TURN

&(R1)

1:TYPE A DECIMAL NUMBER

14508

$00000000000000000000000800000000000000000000000000000RR0RRLRRRRRRRRRRIRRRIRRRRS

14510

§190000000000000000000000000000000000000000000000000000000000000000000000000s00RS

14509

14511 057222

14512 057226
14513 057232
14514 057236
14515 057244
4516 057250
14517 057254
14518 057260
14519 057264
::gg? 057270

;e0e INTERLEAVE eee
012701
070127

002100
000004

004737
005037

0372%
002%44

TAGT28: PUSH

MOV
ML
SETY
TYPE
CALL
CLR
POP
TYPE
RETURN

000207

R1.RS

BANK R]1
o4 ,R1
NOTAB
MSGO14
TCFIGL
NOTAB
RS,.R1
MSGO14

1 INDICATE NO TABLE

YO BE PRINTED - NOwW

i1 SPACE

14522

190000000000000000000000000000000000000000000008000000000000000000000000000000000

14524
14525 057272
14526 057276
14527 057302

1000000000000 0000000000000000000000000000000000000000000000000000000800000000000
TAG738: PUSH
R1.RS
MOV
BANK ,R]
A
o4 ,R1

14523

14528 057306

14529 057314
14530 057320
14531 057324
{:;’lg 057330

;ese CSR see

013701
070127

002100
000004

004737
005037

037576
002344

i:g'l: 057342

NOTAB

TCFIGS
NOTA8
RS, R1

10000080000000000000000000000000000000000000000000000000000000000000000000000000
;000 PATTERN eese
100000000000000000000000000000000000000000000000000000000000000000000000000000800s

000207

14540
14541
14542

14543 057344
14544 057354

CALL
CLR
POP
RE T ®N

000207

14534
14535
14536

14537 057382

SET

TAG748:

TYPOCS

RETURN

REALPAT <TYPE (0-77),2.2

10000000000000000000000000000000000000000000000000000000000000000000000000000000
1000 BANK osse
1000000000000000000000000000000000000000000000000000000000000000000000000s000000

000207

TAG?S8:

TYPOCS
RE TURN

BANK,<TYPE (0-167)>,3

|
-

SEOTIN Eadde'
s SACEMY 202601

MACRO M111%

14546

14572 057456

14573 057460
14574 057466
14575 057472
14576 057476
14577 057502
14578 057506
14579
14580
14581
14582
14583 057510
14584 057514
14585 057524
14586 057530

UAN-82

16:15

PAGE

458

0000000000000 0030000000
BRIV IN00000
IR IR RR R NN R
0RRRR
R RRRR
ARSI S

14547

14548
14549 057356
14550 057362
14551 057366
14552 057872
14553 057400
14554 057404
14555 057410
14556 057414
14557 057420
14558
14559
14560
14561
14562 057422
14563 057426
14564
14565
14566
14567
14568 057430
14569 057436
14570 057444
14571 057452

;000

MIYPE

eee

300000000008 080000800000000000000000080000000EBRRBRRRRBRRIRLIRRRRRRARERRRARRIRRSES

TAG768:

015701
070127

002100
000004

0C47%87
005037

037410
002344

PUSH

MOV
MUL
SETY
TYPE

CALL
CLR
POP

000207

RETURN

R1.RS

BANK ,R1
o4 .R1
NOTAB
MSGO19

TCFIG2
NOTAB
R5.R1

;oee UNKNOMN DATA eee
$9000800000000000000000008000000000000000000000000000000000
0000000 RRORRRRILRRRARS

TAG77%:

Y‘m

MSGO61

000885800002 000000000000000080000000008000800000000000000000000000000RRRRRRRRRRS

jose PHYSICAL ADDRESS eee
900000000088 0000000000000000300000000000800000000000000000000000000000000s0abes

0137587

162737
013737
006237
103003
052737
012746
004737
062706

002036

TAG788: MOV

18:

suB
MOV
ASR
8CC
8IS
MOV
CALL
ADD

TYPE

RE TURN

ADDRESS
, PHYADD

oF IRST ,PHYADD
BANK ,PHYADD
+2
PHYADD
+2
14
#BIT1S,PHYADD
®PHYADD, - (SP)
$DB20
02,5P

sPOINTER TO DOUBLE WORD ON STACK
;CALL DOUBLE PRECISION CONVERSION ROUTINE
JFIX STACK

$OCTS

0088000000000 000000000000000000000000000000000000000000000000000000080000000000

jo0e OCTAL BYTE

see

0000000000000 000000000000000000000000000000400000000000000000000000000000000000

TAG798:

TYPE

MSGO18

12 _SPACES

TYPE

MSGO14

s SPACE

TYPOCS

RETURN

@(R1),<TYPE BYTE>, 3,2

CZMSDOO TMMS11 LM DIAGNOSTIC

ROUTINE

ERROR MESSAGE

TYPEOUT

MACRD TMMI11%

14630 057582

13 UAN-82 16:15

DETAIL:

SUBTST

PAGE 461

«<SUBR

DETAILED ERROR REPORT
>

0000080000000 00080080000000000000000000000000000000080RRRRRRRIRIRIRRIRRRIRIRIRRRREYS

s oSUBTEST

AL LA

14631 057532
14632 057536
14633 057544

005237
022737
101473

14635 057554
14636 057556
14637 057566
14638 057574
14639 057600
14640 057604
14641 057610
14642 057612
14643 057614
14644 057616
14645 057620

001435

14634 057546

14646 057622
18647 057626

14648 057632
14649 057636
14650 057644
14651 057646
14652 057650
14653 057660
14654 057666
14655 057672
14656 057700
14657 057702
14658 057710
14659 057712
14660 057716

14661

14662 057726
14663 057732

002214
000005

002214

022737

000002

002214

005037
010037
012700
010120
010220
010320
010420
010520

002106
002174
002176

013700

002174

013720
013720

104031
022737
001002
005037
004737
000207

002106

177766
057532

003720
18:

SUBR
L

DETAILED ERROR REPORT

INC
o
BLOS

DETFLAG
03 DETFLAG
st

BEQ
PUSH
SET
CLR
MOV
MOV
MOV
MOV
MOV
MOV
MOV

2%
HEADER ,MUT
HEADER
T
RO,DETRO
ODETR1,RO
R1,.(RO)R2,(RO).
R3,(RO).
R4,(RO).
RS,(RO).

MOV
MOV

2%:

000001

002022
002026

104015
000423
005037

MOV
SET
ERROR
BR
PUSH
SET
CLR
SET
ERROR
o
BNE
CLR
POP

NN N

02 ,DETFLAG

ERRSP, (RO).
ERRPSM, (RO) +

DETRO,RO
NOERROR
.13
18
HEADER
, MUT
HEADER
T
NOERROR
.31
01,PROTYP
14
CPUERR
MUT ,HEADER

s WARNING RECURSIVE

CALL
RETURN

DETAIL

s IS THIS AN 117442

L/TM DIAGNOSTIC

004737

013701

MACRO M1113

061402

14 UAN-82

16:15

E10

PAGE 463

sSIMULATE CONTROL

CALL

CONTTY

SE P ENCE

;:DISPLAY

“DISPLAY

s TYPE CONTENTS OF ALL CSR'S
PUSH
CSR,CSRNO.R1
TYPE
MSGOS8
TYPE
SCRLF

MOV

002220

TOTCSRS,R1

BEGIN DUMPCSRLOOP
FOR CSRNO :=- @0 TO @36 By

ASL

006301

ON.ERROR
READCSR

1n442¢

TYPOCT
TYPE

END

CSR
MSGO18

12 SPACES

;0F ON.ERROR

IF R1 EQ @0 THEN LEAVE DUMPCSRLOOP
END ;OF FOR CSRNO
END DUMPCSRLOOP

POP

R1,CSRNO,CSR

: TYPE STACKS

013701

162701

PUSH
TYPE
MOV
SUB
FOR

002536

TYPE

005737
001035
042737
052737
006506

$KERNEL STACK

KSTACK,R1
02.R1
RO := SP TO R1 By @2
SCRLF

TYPOCT
RO
TYPE
MSGO18
12 SPACES
TYPOCT
(RO)
END ;0F FOR RO
1SET PREVIOUS MODE TO SUPERVISOR

002430

030000
010000

RO,R1
MSGO8s

TS7

NOSUPER

8IC
8IS
FPI

#BIT13!8IT12,PSW
MBIT12,PSH
sSSP

BNE

177776
177776

POP

DETL

R1.RO

TYPE
MSGO89
IF RO LT 0SUPSTK
FOR RO
1Y€

:= RO TO OSUPSTK-2 By @2
SCRLF

TYPOCT

14711
14712
14713
14714
14715
14716
14717
14718

TYPE
TYPOCY

060176
060202
060214
060216
060222
060222
060230

1 SUPERVISOR STACK

MSGO18
(RO)

12 SPACES

END ;OF FOR RO

052737
006506

030000

177776

DET1:

ELSE
TYPE
MSGO91
3 IS EMPTY
END ;OF IF RO
SET PREVIOUS MODE TO USER
IS
eBIT13!BIT12,PSK

MFPI

usP

TYPE

MSGO90

POP

sUSER STACK

IF RO LT @USESTK
FOR RO := RO TO QUSESTK-2 BY

@02

IN U

MS1

M DIAGNOSTIC

DETAILED ERROR REPORT

i
MACRO M1113

14 UAN-82 16:15

PAGE 4631

TYPE

TYPOCY

TYPE

TYPOCT

END
ELSE

TYPE

14752 060312
14733 060316
14734 060320

005037
000207

002214

TYPE

CLR
POP

RE TURN

SCRLF

MSGO18

;0F FOR RO

END ;OF

TMMSGO91

IF RO

SCRLF

DETFLAG
RO

EQUENCE

(RO)

i@ SPACES

1 IS EMPTY

CZMSDDO MS11 L/TMM DIAGNOSTIC
MACRO M1113
ROUTINE BINARY T0 OCTAL (ASCII) AND TYPE

14 UAN-82 16:15

10;;§

.SBTTL

PAGE 466

ROUTINE BINARY

EPENCE

TO OCTAL

(ASCII)

AND

TrPE

14
“77‘

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

1477%
14776

soTHIS ROUTINE IS USED TO CHANGE A 16-BIT BINARY NUMBER T0 A 6-DIGITY
;o0OCTAL (ASCII) NUMBER AND TYPE IT.

14779

MOV

NUM, -(SP)

1 sNUMBER TO BE

BYTE

:iN=1

l:;;z
1

xozx:os---tnm HERE TO SETUP SUPPRESS ZEROS AND NUMBER OF
;e
s

14780

14781

14782

14783
{.:;:;

;e
ie

YTE

TO TrPe

TYPED

::CALL FOR TYPEOUT

TO 6 FOR NUMBER OF DIGITS TO TrP¢

;sM=1 OR O

1:1=TYPE LEADING ZEROS
1 10=SUPPRESS LEADING ZEROS

14786

;83TYPON----ENTER MERE TO TYPE OUT WITH THE SAME PARAMETERS AS THE LAST

14787

;o8TYPOS OR

14788

soCALL:

14789

{:;’”i

$TYPOC

MOV

TYPON

NUM, -(SP)

1 sNUMBER TO BE TYPED

::CALL FOR TYPEOUT

14792

;o8TYPOC---ENTER HERE FOR TYPEOUT OF A 16 BIT NUMBER

14793
14794
{:;’“5

14797 060322

017646

000000

14799 060334
14800 060340
14801 060344
14802 060346
14803 060354
14804 060362
14805 060370
14806 060372
14807 060374
14808 060376
14809 060402
14810 060404
14811 060410
14812 060414

112637
062716
000406
112737
112737
112737
010346
010446
010546
113704

060547
000002

14798 060326

14813 060420
14814 060424
14815 060426
14816 060430
14817 060432
14818 060434

14819
14820
14821
14822
14823
14824
14825

TYPOS

DIGITS

060436
060440
060442
060444
060450
060452
060456

14826 060460
14827 060462
14828 060464

116637

000001

060545

000001
000006
000005

060545
060547
060544

060547

000006
060546
060545
000012
000404
006105
006105

ooggs
010503
006103
105337
100016
042708
001002

005704
001403
005204

soCALL:
ie
MOV
ie
TYPOC

NUM, -(SP)

s tNUMBER TO BE TYPED
;3CALL FOR TYPEOUT

sTYPOS: MOV

&(SP),-(SP)

; sPICKUP THE MODE

MOVB
ADD
B8R
$TYPOC: MOVB
MOove
STYPON: MOVE
MOV
MOV
MOV
MOVE
NEG
ADD
MOVB
MOVE

(SP)+,80MODE+1
€2,(SP)
STYPON
01,80FILL
&6, $0MODE - 1
@5, SOCNT
RS, -(SP)
R4, -(SP)
RS, -(SP)
$OMODE +1.R4
R4
6 R4
R4, $0OMODE
SOFILL R4

;;NUMBER OF DIGITS TO TYPE
:sADJUST RETURN ADDRESS

MOV8

28:

060546

177770

MOV
CLR
ROL
B8R
ROL
ROL

ROL
MOV
ROL
DECB
BPL
8IC
BNE

TST
BEQ
INC

1(SP),SOFILL

12(SP).RS
RS
RS
33
RS
RS

RS
RS,R3
R3
$OMODE
68
®177770,R3
' 1]

R4
Ss
Ra

$:LOAD ZERO FILL SWITCH

13SET THE
13SET FOR
:3SET THE
31 1SAVE R3
1 3SAVE R4
1 1SAVE RS
13sGET THE

ZERO FILL SWITCM
SIX(6) DIGITS
ITERATION COUNT

NUMBER OF DIGITS TO TYPE

s sSUBTRACT IT FOR MAX. ALLOWED
13SAVE IT FOR USE
:13GET THE ZERO FILL SWITCH
1iPICKUP THE INPUT NUMBER
1 sCLEAR THE OUTPUT WORD
s sROTATE MSB INTO “C*
+:GO0 DO MSB
1 :FORM THIS DIGIT

:13GET LSB OF THMIS DIGIT
13 TYPE THIS DIGIT?
1iBR IF NO
13GET RID OF JUNK
ssTEST FOR O
1 s SUPPRESS THIS 07
1:BR IF YES
s sDON'T SUPPRESS ANYMORE 0'S

BINARY

14829 060466

14830 060472
14831 060476
14832 060502
14833 060506
14834 060512
14835 060514
14836 060516
14837 060520
14838 060522
1483° 060524
14840 060526
14841 060530
14842 060536
14843 060540
14844 060542
14845 060543
14846 060544
14847 060545
14848 060546

TO OCTAL

MACRDO M1113

(ASCII) AND TrPE

14 UAN-82

5s:

BIS
BIS
TYPE

6%:

78:

DECB
8GT
BLY

RTI

SOCNT :

SOFILL :
$ OMODE :

.BYTE
.BYTE
.BYTE
.BYTE
. WORD

16:15

PAGE 466-1

@ 0,R3
e _R3
R3 .83

SOCNT

23
7%
Ra
2%

(SP)+.R5
(SP). R4
(SP)+ ,R3
2(SP),a(SP)
(SP).,(SP)
00000

TINE

83333%3

ZMSDOO MS11 L/M DIAGNOSTIC

s sMAKE THIS DIGIT ASCII
33sMAKE ASCII IF NOT ALREADY
13SAVE FOR TYPING
:3:GO TYPE THIS DIGIT
:3COUNT BY 1
:3BR IF MORE Y0 DO

:13:BR IF DONE
13 INSURE LAST DIGIT ISN'T A BLAN<
::G0 DO THE LASTY DIGIT
: sRESTORE RS
1 ;RESTORE R4
; sRESTORE R3
33SET THE STACK FOR RE TURNING
1 sRETURN
::STORAGE FOR ASCII DIGITY
;s TERMINATOR FOR TYPE ROUTINE
:30CTAL DIGIT COUNTER
:3ZERD FILL SWITCH
: sNUMBER OF DIGITS TO TYPE

CZMSDDO MS11 L/TMM DIAGNOSTIC

ROUTINE

CONVERT

BINARY

MACRO M1113

YO DECTTMMAL

AND

14850

TYPE

14 -UAN-82 16:15

.SBTTL

14V

PAGE 467

E G NCE

ROUTINE CONVERT BINARY TO DECIMAL AND TYPE

14851

9880080000000 000800008000000% 0000000000000 000000000000000000000000000 000000000

14852
14853
14854

;oTHIS ROUTINE IS USED TO CHANGE A 16-BIT BINARY NUMBER TO A S-DIGIT
soSIGNED DECIMAL (ASCII) NUMBER AND TYPE IT. DEPENDING ON WETHER THE
soNUMBER IS POSITIVE OR NEGATIVE A SPACE OR A MINUS SIGN WILL BE TYPED

14856

;oREPLACED WITH SPACES.

14855

;*BEFORE THE FIRST DIGIT OF

14857

;oCALL:

14858
14859
14861
14862
14863
14864
14865

ie
ie
060562
060566
060572
060574
060576

14866 060604
14867 060606
14868 060612
14869 060616

14870 060620
14871 060624
14872 060626
14873 060630
14874 060632
14875 060634
14876 060636
14877 060640
14878 060642
14879 060644
14880 060646
14881 060650
14882 060652
14883 060660
14884 060664
14885 060670
14886 060672
14887 060674
14888 060700
14889 060702
14890 060704
14891 060706
14892 060710
14893 060712
14894 060714
14895 060722
14896 060724
14897 060736
14898 060742
14899 060750
14900 060752
14901 060754
14902 060756
14903 060760
14904 060762
14905 060764
060772

012746
016605
100004
005405
112766

005000
012703
112723
005002

016001
160105
002402
005202
000774
060105
005702
001002
105716
100407
106316
103003
116663
052702
052702
110223
005720
020027
002746
003002
010502
000764
105726
100003
116663
105013

016666
012616
000002
023420
001750
000144
000012
000000
000000

020200
000020

000055

000001

060764
000040

1%:

2%:

060754

3%:

4as:

000001
000060
000040

177777

68:
7%:

000010

8s%:
177777

177776

000002

000004

$OTBL:

000000

$DBLK:

ALWAYS BE

MOV
TYPDS

NUM, -(SP)

1:PUT THE BINARY NUMBER ON THE STACK
:13G0 TO THE ROUTINE

MOV
MOV
BPL
NEG
MOVB

020200, -(SP)
20(SP).RS
18
RS
@ -,1(SP)

$3SET BLANK SWITCH AND SIGN
1:GET THE INPUT NUMBER
:1:BR IF INPUT IS POS.
: sMAKE THE BINARY NUMBER POS.
1iMAKE THE ASCII NUMBER NEG.

$OTBL(RO),R1
R1.RS
4%
R2
38
R1.RS

13GET THE CONSTANT
13FORM THIS BCD DIGIT
1:BR_IF DONE
: s INCREASE THE BCD DIGIY BY

CLR
MOV
MOV
CLR
MOV
SUB
BLY
INC
BR
ADD

RO
OSDBLK,R3
¢ ,.(R3).
R2

TST

TSTB
BMI
ASLB
8CcC
MOVB
BIS
BIS
MOV
TST
o
BLY
B8GT
MOV
BR
1S78
8PL
MOV

(SP)
74
(SP)
6
1(SP), -1(R3)
®'0.R2
® ,R2
R2,.(R3).
(RO).
RO,010
28
8s
R5,R2
64
(SP).
9
-1(SP), -2(R3)

BNE
S:

THE NUMBER. LEADING ZEROS WILL

CLR8
POP
TYPE
MOV
MOV
RTI
10000.
1000.
100.
10.
.WORD

(R3)
RS5,R3,R2,R1,RO
$DBLK
2(SP).4(SP)
(SP)+,(SP)

0,0,0,0

1+ ZERO THE CONSTANTS INDEX
1:SETUP THE OUTPUT POINTER
13SET THE FIRST CHARACTER TO A BLANX
::CLEAR THE BCD NUMBER

:;ADD BACK THE CONSTANT
1 :CHECx IF BCD DIGIT=0

s:FALL THROUGH IF O

33sSTILL DOING LEADING 0'S?
:11BR IF YES
s 3MSD?
1:BR IF NO
131 YES--SET THE SIGN
13MAKE THE BCD DIGIT ASCII
1¢MAKE IT A SPACE IF NOT ALREADY A DIGITY
+3PUT THIS CHARACTER IN THE OUTPUT BUFFER
13 JUST INCREMENTING
1 :CHECKX THE TABLE INDEX
+3G0 DO THE NEXT DIGIY
1360 TO EXIT
13GET THE LSD
13G0 CMANGE TO ASCII
13WAS THE LSD THE FIRST NON-ZERO?
11BR IF NO
33 YES--SET THE SIGN FOR TYPING

:13SET THE TERMINATOR

13NOM TYPE THE NUMBER
1 1ADJUST THE STACK

1sRETURN TO USER

CZMSDDO MS11 L/M DIAGNOSTIC

ROUT INE

INUT

14907
14908
14909
14910
14911
14912
14913
14914 060774
14920 060774
14921
14922
14923

14924 061012
14925 061016
14926
14927
14928
14929
14930
14931
14932
14933
14934
14935
14936
14937
14938
14939
14940
14941
14942
14943
14944
14945
14946
14947
14948
14949

14950
14951
14952
14953
14954
14955
14956
14957
14958
14959
14960
14961
14962
14963
14964
14965
14966
14967
14968

MACRO M1113

14 -UAN-82

.SBTTL

16:15

PAGE 468

ROUTINE

TTy

SE O ENCE

INPUT

$90000000000000000000000000000000000000000000000000000000000000800000800000

;#SOF TWARE SWITCH REGISTER CHANGE ROUTINE.

;oROUTINE IS ENTERED FROM THE TRAP HANDLER,

000s0s

AND wWILL

s*SERVICE THE TEST FOR CHANGE IN SOF TWARE SWITCH REGISTER TRAP CALL
;*WHEN OPERATING IN TTY FLAG MODE.
005737
001406
013746
005037
000137
105777

053554
053554
061034
121562

042716

121556
177600

100130
117746

022716

001002
004737
022716
001002
004737
022716
001454
022716
001002
004737
022716
001005

053554

045406
061402
000003

SCKSWR:

NOCH:;

013706

002142

022737
001067
022716

000176

18:
16%:

17s:

68:

062706
000137
021627
001005

88TKB, -(SP)

BNE
CALL
cHp
BNE
CALL
ce
BEQ
cp
BNE
CALL
cP
BNE

13
FIELDSERVICE
024,(SP)
168
CONTT
03,(SP)
S
023,(SP)
17s
CONTS
013,(SP)
68

MOV

CTLKVEC,SP

cp
BNE
cp
BNE

OSHREG
, SWR
CKEND

RETURN

o*C177,(SP)
06,(SP)

SCNTLK

7,(SP)

BNE
TYPE
TYPOCT

8SWR

3s:

CLR

-(SP)

7518

88TKS

MOV8

83TKB, -(SP)

121402

177600

000003

Ss:
045030

124

CKEND
SAUTO
CKEND
SCNTLG

SGTSWR:

042716
021627
001006

MOVB

BPL

TS7Y

121406

XOCHAR

NOCH
XOCHAR, -(SP)
XOCHAR
CONTS1
88TKS

TYPE

001064
005737
001061

105777
100375
117746

TST

BEQ
MOV
CLR
JP
1ST8

BIC
CONTS1: CvP

2%:
061456
000013

.ENABLE LSB

7%:

TYPE

CLR
BPL

B8IC
cP
BNE

TYPE

$MSWR

SMNEW

-(SP)

orC177,(SP)
(SP),e3
74
SCNTLC

ADD
JMP

06 ,SP
B800T

BNE

TYPE

(SP),e25

SCNTLY

1 iSOMETHING THERE?
i3 GO ON IF NOT
i3 USE IV
;: ;CHAR THERE?
:3IF NO, DON'T WALT AROUND
1 3SAVE THE CHAR
1sSTRIP-OFF THE ASCII
31IS IT CONTROL F?

sNO SKIP

;IS IT CONTROL T?
iNO - SKIP
sYES - CALL CONTROL T ROUTINE
;IS IT CONTROL C?
;1 YES EXIT eeseeNOTEseases STACK IS SCREWED UP!
;IS IT CONTROL S?
iNO - SKIP
:YES - CALL CONTROL S ROUTINE
IS IT CONTROL K?
iNO - SKIP
sTYPE A K
sRESET KSP TO AFTER PATTERN EXEC ROUTINE
sRETURN TO PATTERN EXEC ROUTINE
13IS THE SOFT-SWR SELECTED?
1 sBRANCH IF NO

33IS IT A CONTROL G?
13sNO, RETURN TO USER
;ARE WE RUNNING IN AUTO-MODE?
;BRANCH IF YES
:3ECHO THE CONTROL
-G (*G)
13 TYPE CURRENT CONTENTS
1:0F THE SWR

: sPROMPT FOR NEMW SWR
1 sCLEAR COUNTER
1 THE NEW SWR

1 1CHAR THERE?
13 IF NOT TRY AGAIN

1 iPICK UP CHAR
1 sMAKE IT 7-BIT ASCII
33IS IT A CONTROL-C?
: sBRANCH IF NOT
;3YES, ECHO CONTROL-C (*C)
1 sCLEAN UP STACK
-C RESTART
1 sCONTROL
13IS IT A CONTROL -U?
1 sBRANCH IF NOT
-V (rV)
13 YES, ECHO CONTROL

’

CZMSDOO MS11-L/M DIAGNOSTIC
ROUT INE Ty INPUT
14969 061244
14970 061250
14971

14972
14973
14974
14975
14976
14977
14978

14979
14980
14981
14982
14983
14984
14985
14986
14987
14988
14989
14990
14991
14992
14993
14994
14995
14996 061372
14997 061374
061377
14998
14999

062706
000746
021627
001016
005766
001403
016677
062706

MACRO M1117

000006

8s:

000015

98:

000004

021627
002420
021627
003015
042726
005766
001403
006316
006316
006316
005266
056616
000702
000724
136
012

ADD

B8R
cre
BNE

12%:
CKEND:

13%:

MOV

2(SP) ,8SuR

TYPE

SCRLF
e2,SP

CALL
cHP
BLT

$TYPEC
(SP),#60
158

RTI

8IC

015

(SP),e67
15%

060,(SP).

15s:

TYPE

BR
SCNTLK: _ASCIZ
.EVEN
.DSABL

: :BRANCH IF NO

;3YES, IS IT THE FIRST CHAR?
1 :BRANCH IF YES
1:SAVE NEW SWR
;3CLEAR UP STACK
:3ECHO <CR> AND «<LF»>
1 sRETURN
1FIX STACK
;RETURN

1 ;ECHO CHAR
;3CHAR < 0?
: iBRANCH IF YES
;3CHAR > 72

: sBRANCH IF YES

;s SIMULATE CONTROL
-U
;CONTROL K ASCII STRING

(sP)
(SP)

BIS
BR

33IS IT A <CR>?

/tK/<15><12>

ASL
ASL

ASL
INC

: : IGNORE PREVIOUS INPUT
s3LET'S TRY IT AGAIN

-2(SP),(SP)
44

2(SP)

148

SEQUENCE

13sSTRIP-OFF ASCII
13IS THIS THE FIRST CHAR
; 1BRANCH IF YES
:iNO, SHIFT PRESENT
i
CHAR OVER TO MAKE
¥
ROOM FOR NEW ONE.
: sKEEP COUNT OF CHAR
:3SET IN NEW CHAR
:3sGET THE NEXT ONE

TST

BEQ

113

108

RTI
ADD

cre

177776

3s
(SP),e15
138

4(sP)

BGY

000002

06 ,5P

BEQ

121304

000002
062706
000002
004737

14 JAN-82 16:15 PAGE 468-1

14%

(SP)
2(SP)

$QUES

LSB

i3 TYPE 2<CR><LF>

CZMSDOO ?"Sll L/H'DIWS'IC
Y
ROUT INE
INY
15002

061402

MACRO M1113

14 UAN-82 16:15

CONTT:

SUBTST

PAGE 470

SEQUENCE

«<<CONTROL T>>

1008088088880 00880000 0000002880000

CONTROL T

; *SUBTEST

15003 061402
15004 061404
15014 061410
15015 061416
15016 061422
15017 061422
15018 061426
15019 061436
15020 061442
15024 061452
15025 061454
15026
15027 061456

0008 0L BRNLNRRRLIRLRRINRROOGNRORRAMDYS

(9000080800000 0 8808888888000

PUSH

TYPE

SCRLF

IF RLFLAG IS TRUE
TYPE
MSGO92
END ;0F IF RLFLAG
TYPE MSGO93

TYPOCS
TYPE MSGO95S
TYPOCS
POP
RO

000207

00000000000000000BBRERBRRAES

:RELOCAYED

BANK, .3
REALPAT, ,2

1BANK=
:TYPE 3 DIGITS
iPAT=
:TYPE 2 DIGITS

RETURN

CONTS:

SUBTST

<<CONTROL S & CONTROL Q>>

$0000000000000000000000000000000000000000000000000000000000000000000000000000000

s #SUBTEST
15028 061456
15029 061460
15030 061464
15031 061466
15032 061472
15033 061476
15034 061504
15035 061510
15036 061512
15037 061514

CONTROL S & CONTROL Q@

$0080000000000000000000000000800000000000000000000000000000000000000000000000000

105777

100375
117716
042716
000137

000762

POP

:GET RID OF RETURN ADDRESS FROM STACK

121114
177600

BPL
MOVB
8IC

CONTS2
88TKB, (SP)
otC177,(SP)

;REPLACE OVER OLD CHARACTER ON STACK
:STRIP ALL BUT ASCII

061034

JMP

CONTS1

CONTS2

121120

CONTS2:

TSTB

88TKS

IF (SP) EQ #21

ELSE

END ;0F IF (SP)

;WAIT FOR CHARACTER

:IF IT IS A CONTROL Q

MACRO M1113

14 JAN-82 16:15

PAGE 471

>E G IENCE

0 80 0 80 808 8080803000008000000000000000000800000000000000000000000000000000000bss

;oTHIS ROUTINE

WILL

soCALL:
RDCHR
;e
RETURN HERE
;e

INPUT

SINGLE

CHARACTER FROM

THE

TTY

33 INPUT A SINGLE CHARACTER FROM THE

: sCHARACTER IS ON THE STACK
;:WITH PARITY BIT

TTv

STRIPPED OFF

SROCHR:

000004

121054

121050
177600

000004

18:

000023

2%:

121022
121016
177600
000021
000004

000021

000004

000140

000004

000175

3s:

4%:

MOV

(sP),-(sP)

MOV

4(SP), 2(SP)

BPL

1ST8

83TKS

MOVB
B8IC
ce

88TKB,A(SP)
@rC<177>,4(SP)
4(SP),e23

8IC

etC177.(SP)

BNE
TSTB
BPL
MOVB
cHP
BNE
B8R

3s
83TKS
28
88TKB, -(SP)
(SP).,021
29
1

4(SP), 021

8IC

840,4(SP)

BEQ
cp
BLY
cP
BGT
RTI

1
4(SP), 0140
4%
4(SP),0175
44

:3PUSH DOWN THE PC
::SAVE THE PS
1 sMAIT FOR

1 sA CHARACTER
13READ THE TTY
:3GET RID OF JUNK IF ANY
:13IS IT A CONTROL -S?
: :1BRANCH IF NO
13WALIT FOR A CHARACTER
1:LNOP UNTIL ITS THERE
:3GET CHARACTER
s sMAKE IT 7-BIT ASCII

:13:IS IT A CONTROL-Q?
13 IF NOT DISCARD IT
13 YES, RESUME
::IS IT A RANDOM CONTROL-Q?
1 :1BRANCH BACK IF SO
:3IS IT UPPER CASE?
1:BRANCH IF YES
:1:IS IT A SPECIAL CHAR?
1 sBRANCH IF YES
1sMAKE IT UPPER CASE

iR-C
iR-C

+:GO0 BACKX TO USER

10888288880 080880080088000080828080000808000000008008800840080480000000048080400004000080000

010346
005046
012703
022703

101477
104411
112613
122713
001016
005726
012603
032777
001404
005037
000137
0001357
122713
001022
005716

062142
062166

120666
002372
045136
045030
000177

soTHIS ROUTINE MWILL INPUT A STRING FROM THE TTY
:
seCALL
RDLIN
ie
31 INPUT A STRING FROM THE TTY
;e
RETURN HERE
; sADDRESS OF FIRST CHARACTER WILL BE ON THE STACK
HE
: s TERMINATOR WILL BE A BYTE OF ALL 0'S
SROLIN: MOV
R3,-(SP)
1 :SAVE R3
CLR
-(SP)
:sCLEAR THE RUBOUT KEY
18:
MOV
#STTYIN,R3
1 sGET ADDRESS
2s:
ce
@$TTYIN+20. ,R3
1 sBUFFER FULL?
84
B8LOS
:11BR IF YES
RDCHR
:3GO0 READ ONE CHARACTER FROM THE TTY
MOVB
(SP)+,(R3)
3 1GET CHARACTER
CcHPB
03,.(R3)
$3IS IT A CONTROL-C?
3
BNE
s sBRANCH IF NO
TYPE
S$CNTLC
s:TYPE A CONTROL-C (*C)
ST
(SP).
s sCLEAN RUBOUT KEY OFF OF THE STACK
MOV
(SP)+,R3
1 sRESTORE R3
BIT
#BIT8,85WR
:13IS THERE A HALT FLAG SET IN THE SWR?
114
BEQ
s ;1BRANCH IF NOT TO BOOT ROUTINE
CLR
STOPOK
: 3GET READY TO HALT PROGRAM
JHP
EXIT
11G0 MALT PROGRAM
L RESTART
118:
JMP
B800T
13GOTO CONTRO-C
3s:
cMPB
€177,(R3)
RUBOUT
A
IT
:13IS
BNE
-1}
;13BR IF NO
ST
(SP)
::IS THIS THE FIRST RUBOUT?

CZMSDDO MS11-L/M DIAGNOSTIC
CONTROL S € CONTROL Q

MACRC M1113

15096 061740
15097 061742

001007
112737

000134

15099 061754

012716

177777

15098 061750
15100 061760
15101 061762

15102 061766
15103 061770

15104 061774

15105 062000
15106 062002
15107 062004
15108 062006
15109 062014
15110 062020
15111 062022
15112 062026
15113 062030
15114 062034
15115 062036
15116 062042
15117 062044
15118 062046
15119 062052
15120 062056
15121 062060
15122 062064
15123 062066
15124 062072
15125 062076
15126 062102
15127 062104
15128 062110
15129 062114
15130 062116
15131 062120
15132 062122
15133 062130
15134 062136
15135 062140
15136 062141
15137 062142
15140 062166

062171

15141 &23173
15142 062200

103434
111337

000725
005716
001406
112737

005016
122713
001003
000705
122713
001011
105013

062140

062142

/tU/<15»>¢12>

1 sCONTROL "U”

107

015

SCONTLG:

.ASCIZ

/tG/<15><12>

1 sCONTROL “G*

123

$MSWR:

_ASCIZ

<15>¢<12>/SWR = /

116

S$MNEW:

.ASCIZ

136

000002
000004

062210
062213

127
075

122
040

040
000

127
040

040
000

062224

012

040

.EVEN

2%
(SP)
64
@'\,10¢
10¢
(SP)
025,(R3)
7%
SCNTLU
14
022,(R3)
94
(R3)
SCRLF
STTYIN
24
OGES

::G0 TYPE

.ASCIZ

000

105
07s

10%

SCONTLU:

000004
062142

012

040

1:BR IF YES
33SETUP TO TYPEOUT THE DELETED CHAR.

::BACKUP BY ONE
:3STACK EMPTY?

015

177777

000

062221

8s
(R3),10¢

R3
R3,0$TTYIN

“gso

000015

012

15144 062216

:3SET THE RUBOUT KEY

DEC
cP

10s

015

062140

000022

122723

015

®-1,.(5P)

TYPE

000025

062140

%fi

MOV

103

000134

000671
111337

005726
012603
011646
016666
012766
000002
000
000
000024
136

:3BR _IF NO
::TYPE A BACK SLASH

BR
5%:
TST
BEQ
MOVB
TYPE
CLR
6%:
CcMPB
BNE
TYPE
BR
7%:
CMPB
BNE
CLRB
TYPE
TYPE
BR
8%:
TYPE
BR
9s:
MOVB
TYPE
cMPB
BNE
CLRB
TYPE
TST
MOV
MOV
MOV
MOV
RTI
108:
.BYTE
.BYTE
STTYIN: .REPT
SCNTLC: .ASCIZ

000676

001264
105063

SEQUENCE

4%
@°'\,.10s

BLO
MOVB

062140

N1O

PAGE 471-1

BNE
MOVB

TYPE

4s:

062203

15143 062205

15145

005303
020327

14 -UAN-82 16:15

(RS) 104
108

::GO READ ANOTHER CHAR.
: sRUBOUT KEY SET?
:3BR_IF NO
::TYPE A BACK SLASH

:;CLEAR THE RUBOUT KEY
1:IS CHARACTER A CTRL v?
13BR_IF NO
13 TYPE A CONTROL "U*
::GO START OVER
::IS CHARACTER A "tR"?
: :BRANCH IF NO
1 3CLEAR THE CHARACTER
13TYPE A "CR" & "LF"”
:3sTYPE THE INPUT STRING

:3G0 PICKUP ANOTHER CHACTER
ssTYPE A ' 2’
1:CLEAR THE BUFFER AND LOOP
13ECHO THE CHARACTER

#15,(R3).

: sCHECK FOR RETURN

SLF
(SP).
(SP)+,R3
(SP), -(SP)
4(SP),2(SP)
@S$TTYIN,4(SP)

13TYPE A LINE FEED
: sCLEAN RUBOUT KEY FROM THE STACK
$ sRESTORE R3
$ sADJUST THE STACK AND PUT ADDRESS OF THE
]
FIRST ASCII CHARACTER ON IT

24
-1(R3)

O
O
20,
/tC/<15><12>

NEW = /

+3LOOP IF NOT RETURN
13CLEAR RETURN (THE 15)

1 sRETURN
s 3STORAGE FOR ASCII CHAR.,

TO TYPE
3 s TERMINATOR
s sRESERVE SIZE BYTES FOR TTY INPUT
: sCONTROL “C*

337

C2MSD0O ;SH L/ 0;“5'1(

MACRO M111%
AD AN oc AL NPBER FROM TrE 1Ty

14 UAN-82 16:15
.SBTTL

&‘Al

PAGE ar72

(‘.'l"_g

ROUTINE READ AN OCTAL NUMBER FROM THE

TTv

$19000000000000000000000000000000000000000000000000000000000000000000000000

00s00s

soTHIS ROUTINE MILL READ AN OCTAL (ASCII) NUMBER FROM TvE T+ AND
soCHANGE 1T TO BINARY.
soTHE INPUT CHARPACTERS WILL BE OECKED TO INSURED TWEY ARE LEGAL
soOCTAL DIGITS. IF AN ILLEGAL CHARACTER IS READ A ~?- WwILL BE TYPED
1oFOLLOMED BY A CARRIAGE RETURN-LINE FEED. TME COMPLETE NUPMBER TMUS'

soTHEN BE RETYPED.

:
soCALL

28:

RETURN “ERE

Hig
il S
15188 NI&

15184 062334
15185 062340
15186 062346
15187 062350
15188 062352
15189 062354
15190 062356
15191 062360

15192 062364
15193 062370
15194 062374
15195 062376
1519
15197
1519
15199
15200

15201

15202
15208

177770

000012
062376

3s:

as;
Ss:

SHIOCY:

(SP), -(SP)

MOV
PUSH

a(SP), 2(5P)
RO.R1.R2

MOV
MOV
CLR

(SP).,RO
RO,Ss
M

ROL IN

CLR

MOV
BEQ

crP8

15178 062514

INPUT

RDOCY

SRDOCT: MOV

18:

THE

(RO).,-(SP)
33

®'0,(SP)

8GT
() )
BLY
ASL
ROL
ASL
ROL
ASL
ROL
8IC
ADD
BR

48
®7,(5P)
48
R1
By
Rl
R2
R1
R2
orC7,(SP)
(SP). Rl
28

MOV
MOV
POP

R1,12(SP)
R2, $HIOCTY
R2,.R1,.R0

1ST

RTI
157

CLR8
TYPE

.MORD

(SP).

(RO)

IS TERMINATED BY

TYPING A CARRIAGE

;IREAD AN OCTAL NUMBER

:13LOW ORDER BITS ARE ON TOP OF

; yMIGH ORDER BITS ARE

IN sSwIOCT

STALW

13 INPUT NUMBER

1sREAD AN ASCIZ LINE

13GEY ADDRESS OF 1ST CHARACTFR
13AND SAVE 17
::CLEAR DATA WORD
1sPICKUP THMIS CHARACTER
13:IF ZERC GET OUT

1:MAKE SURE THIS CHARACTER
:3:IS AN OCTAL DIGIT
1:02
1304
1108

siSTRIP THE ASCII UMK
13ADD IN THIS DIGI?
3 sLOOP

s sCLEAN TERMINATOR FROM STACK

131SAVE THE RESWLTY

;1 sRETURN
s sCLEAN PARTIAL FROM STACK

33SET A TERMINATOR

s3TYPE UP THRU THE BAD CHAR.

MSGO62
MSGO63
MSGOS4

s INPUT MUST BE A
N OCTAL
1NUPBER

.WORD

3 sHIGH ORDER BITS GO MERE

TvE

1 iPROVIDE SPACE FOR TwE

TYPE
TYPE
TYPE

B8R

RE TURN.

13 TRY AGAIN

.SBTTL ROUTINE READ A oténn. NUMBER FROM THE TTY

1000000000000000000000000000000000000000000000000000000000000000000000000000000s

1oTHIS ROUTINE WILL READ A DECIMAL (ASCII) NUMBER FROM TME TTY AND
1oCHANGE IT TO BINARY, IF TOO MANY CHARACTERS OR ANY ILLEGAL CHMARACTERS
1oARE READ A 7" FOLLOMED BY A CARRIAGE RETURN-LINE FEED WILL BE TYPED.
;oTHE COMPLETE NUMBER MUST BE RETYPED. THE INPUT IS TERMINATED BY THE
1oUSER TYPING A CARRIAGE RETURN. THE RANGE OF THE INPUT NUMBER IS

“
4 4

MACRO TMM1113%
CIMSDOO MS11 L/ ~
A DECIMAL UPBER FROM TrE Ty
RE AD

14 UAN-82 16:15

PAGE

aT2-1

soPOSITIVE 32767 TO NEGATIVE
soCALL:

i®

RODEC

RETURN HERE

32768.

;3iREAD A DECIMAL NUMBER
ssNUMBER IS ON TOP OF

STACH

000002

SRDDEC: MOV
MOV

1s:

(SP),-(SP)
4(SP), 2(SP)
RO.R1,.R2

;1 :PROVIDE SPACE FOR
;s THE INPUT NUMBER

MOV
MOV

(SP). RO
RO,698

CLR

nmss OF 1ST CHAR,
: sSAVE INCASE OF BAD INPUT
1 sCLEAR DATA WORD
33SIGN SET POSITIVE

BNE
MOV8
MOVE
BEQ

20
(RO).R2
(RO).
38

13BR IF NO MINUS SIGN
13SAVE FOR LATER USE
1iPICKUP THIS CHARACTER
:3GET OUT IF ZERO

8GT

BLY
344

1]
otC7777.(SP)

8vS

PUSH
ROLIN

CLR

cHP8

000055

2%:

[w, 2}
cP8

000071

170000

BNE
ASL
MOV
ASL
ASL
ADD

3s:
000012

a4 :

SUB
ADD
8vsS
aa
ST

BEQ
NEG

MOV

68;

o -,(RO)

¢'0,R1

®9.R1

:3DON'T LET NUMBER GET T0 BIG

13STRIP AMAY THE ASCII JuN
:3sADD IN THIS DIGIT
s sOVERFLOW ISN'T ALLOWED
1 sLOOP

4%
(sP)

(SP)., 12(SP)

(SP)»
(RO)

.MORD

B8R

i3IS A DIGIY BETWEEN O £ 9

®'0,R1
R1,.(SP)
S
24

TST
CLRS

TYPE
TYPE
TYPE

1 sMAKE SURE THIS CHARACTER

1:BR IF NUMBER WOULD OVERFLOW
;102
31 :SAVE FOR LATER
1304
1108,
131410,

R2.R1,.RO

TYPE

:+1SEE IF A MINUS SIGN WAS TYPED

S
(SP)
(SP),-(SP)
(SP)
(SP)
(SP).,(SP)

POP
RTI

Ss:

-(SP)

;3READ AN ASCIZ LINE

MSGO62
MSGO6S
MSGO64
i

1 sOVERFLOMW ISN'T ALLOMED

11CHECK IF NUMBER IS NEG

13BR IF NO
33 YES--NEGATE THE NUMBER
13SAVE THE RESWLT

1 ;RETURN

1 sCLEAN PARTIAL NMUMBER FROM STACK
13SET A TERMINATOR

33 TYPE THE INPUT UP TO BAD CHAR.
; sPOINTER GOES HERE

s INPUT MUSST BE A
1DECIMAL
1INUMBER
13 TRY AGAIN

“
4 4

SQJ NE SAVE AND
MS1L

L/M

STORE RO RS
WS'IC

MACRD M1113%

14 UAN-B82

.SBTTL

15257

16:15

PAGE

a4t

ROUTINE SAVE AND RESTORE RO -RS

100000000000000000000000000000000000000000:000000000000000000000000000000RR
IS

15258
15259
15260
15261
15262
15263
15264
15265
15266

:#SAVE RO-RS
seCALL:
ie
SAVREG
soUPON RETURN FROM SSAVREG TeE STACK WILL
3e
30TOP---(+16)
18 +2---(+18)
;0 +4---RS
3o +6---Ra4

15268
15269
15270

10+10---R2
;j0¢12---R1
;j¢+14---RO

15267

i®

15271
15272 062566

15273 062566
15274 062602
15275 062606
15276 062612
15277 062616

15278 062622
15279

000002

000022
000022
000022
000022

15280
15281
15282

15283 062624
15284 062624
15285 062630
15286 062634
15287 062640
15288 062644
15289 062660

+8---R3

$SAVREG:

016646
016646
016646
016646

LOOTM o I¥E:

PUSH
MOV
MOV
MOV
MOV
RTI

RO,R1,R2,R3,R4
RS
22(SP),-(SP)
13sSAVE
22(SP), -(SP)
13SAVE
22(SP),-(SP)
11SAVE
22(SP),-(SP)
1:SAVE

PS OF
PC OF
PS OF
PC OF

MAIN FLOW
MAIN FLOW
CALL
CALL

;*RESTORE RO-RS
soCALL:
ie
RESREG

012666
012666
012666
012666
000002

000022
000022
000022
000022

SRESREG:

MOV
MOV
MOV
MOV
POP
RTI

(SP).,22(SP)
1 sRESTORE
(SP). ,22(SP)
: sRESTORE
(SP).,22(SP)
1 sRESTORE
(SP).,22(SP)
1 sRESTORE
RS,.R4 ,R3,R2,R1,RO

PC
PS
PC
PS

OF
OF
OF
OF

CALL
CALL
MAIN FLOW
MAIN FLOW

CZMSDOO MS11 L/M DIAGNOSTIC
MACRO M1113
ROUTINE RANDOM NUMBER GENERATOR

14 UAN-82 16:15

15291

.SBTTL

15292

=11

PAGE 474

& G JENCE

ROUTINE RANDOM NUMBER GENERATOR

15293

§00000000000000000000000000000000000000000000000000000000000000000000000000ss00s

15295

;oMITH A RANGE OF O TO 2ee(+33)-1.

15294

soTHIS ROUTINE IS A DOUBLE PRECISION PSEUDO RANDOM NUMBER GENERATOR

15296
15297
15298

seCALL:
;e
CALL
;e
RETURN

15&9

{2”390;

15302 062662

15303 062670
15304 062674
15305 062700
15306 062704
15307 062706
15508 062710
15309 062712
15310 062716
15311 062720
15312 062724
15313 062730
15314 062732
15315 062736
15316 062742
15317 062746
15318 062754

$SRAND

1 tNUMBER WILL BE IN

ie
013700
013701
012702
006300
006101
077203
063700
005501
063701
062700
005501
062701
010037
010137
000207

002546
002544
000007

002546
002544
001057
047401
002546
002544

SRAND:

1%:

13CALL THE ROUTINE
1IRETURN HERE THE RANDOM
3 3 SHINUM, SLONUM

PUSH

MOV
MOV
MOV
ASL
ROL
S08
ADD
ADC
ADD
ADD
ADC
ADD
MOV

MOV
POP
RETURN

RO.R1,R2

SEEDLO,RO
SEEDHI . R1
o7,.R2
RO
R1
R2,18
SEEDLO,RO
R1
SEEDHI,.R1
01057,.R0O
R1
847401 ,R1
RO, SEEDLO
R1,SEEDHI
R2.R1,RO

1SET RO WITH LOW
$SET R1 WITH HIGH
;SET SHIFT COUNT
13SHIFT RO LEFT AND
1 sROTATE CARRY INTO R1 AND
;ADD NUMBER TO MAKE x 129
1 sPROPOGATE CARRY
;ADD NUMBER TO MAKE X 129
;sADD LOW CONSTANT
1 sPROPOGATE CARRY
: sADD HIGH CONSTANT
:SAVE RO
;SAVE R1

CZMSDDO TMMS11 L/TMM DIAGNOSTIC

ROUTINE DOUBLE

LENGTH BINARY

MACRC M1113

TC OCTAL

15321

14-UAN-82 16:15

ASCII CONVERTY

.SBTTL

rll

PAGE 476

£ P INCE

ROUTINE DOUBLE LENGTTM BINARY TO OCTAL ASCII CONVERT

15822

1900000000000000000000000000000000000000800000000000000000000000000000000000000000

153523
15324
15325
15326
15327

soTHIS ROUTINE WILL CONVERT A 32-BIT UNSIGNED BINARY NUMBER 70 AN
;*UNSIGNED OCTAL ASCIZ NUMBER.
;oCALL
i
MOV
OPNTR, -(SP)
:sPOINTER TO LOW WORD OF BINARY NUMBER
e
CALL
$DB20
13CALL THE ROUTINE

}ggg

15330
15331 062756

104415

15332 062760
15333 062764
15334 062770

016601
012705
012704

15336 063000
15337 063002
15338 063004
15339 063006
15340 063010
15341 063012
15342 063014
15343 063016

012100
012101
005002
110245
010002
005304
003007
001405

15335 062774

012703

15344 063020
15345 063022
15346 063026
15347 063030
15348 063032
153549 063034
15350 063036
15351 063040
1
063042
15353 063044
15354 063046
153555 063050

005205
010566
104416
000207
006203
006001
006000
006001
006000
006001
006000
040302

15357 063056
15358 063060

000753
000016

15356 063052

15361

062702

063064

000002
063075
000014

$DB20:

177770

RETURN
SAVREG

18:

000002
2%:
3s:

000060

2(SP),.R1
O80CTVL+13. ,RS
012. .R4

MOV
MOV
CLR
MOVB
MOV
DEC
8GT
BEQ

(R1)+,.RO
(R1).,.R1
Bz
R2, -(RS)
RO,R2
2]
38
29

INC
MOV
RESREG
RETURN
3]
ROR
ROR
ROR
ROR
ROR
ROR
8IC
ADD

SOCTVL:

1:THE ADDRESS OF THE FIRST ASCIZ CHAR.

MOV
MOV
MOV
MOV

BR
.REPT

$OCT8=80CTVL -4

e*C7,R3

RS
RS,2(SP)
R3
R1
RO
R1
RO
R1
RO
R3,R2
¢ 0,R2
18
14,

1S ON THE STACH

1 3SAVE ALL REGISTERS

;iPICKUP THE POINTER TO LOW WORD
;;POINTER TO DATA TABLE
1:00 ELEVEN CHARACTERS
3 1MASK

1 ;LOMER WORD
1 sHIGH WORD
1 s TERMINATOR
31PUT CHARACTER IN DATA TABLE
:1GET THIS DIGIY
: sCOUNT THIS CHARACTER
13BR IF NOT THE LAST DIGIT
:3BR IF IT IS THE LAST DIGIT

;sALL DIGITS DONE -ADJUST POINTER FOR FIRST
:3ASCIZ CHAR. € PUT IT ON THE STACKX
; 1RESTORE ALL REGISTERS
3 sRETURN TO USER
;iPOSITION THE MASK FOR THE LAST DIGIT
;3POSITION THE BINARY NUMBER FOR
i
THE NEXT OCTAL DIGIT

$sMASK QUT ALL JUNK
s sMAKE THIS CHAR. ASCII
+3GO PUT IT IN THE DATA TABLE
; ;RESERVE DATA TABLE

;POINTER TO 11 DIGIT NUMBER

b |
J

CZMSDDO MS11 LTM DIAGNOSTIC
TABLES

15363
153564
15365
15366
15367
15368
15369
15370
15371

063076
063076
063100
063102
063104
063106
15372 063110
153573 063112
15374 063114
15375 063116
15376 063116
15377
15378

15379
15380 063117
15381
15382 063120
15383 063122
15385

063124

MACRO M1113

SMAIL $MSGTY:
SFATAL :
S$TESTN:
$PASS:
SDEVCT:

SUNIT:

Jm'& ‘6:15

PHI a77

.SBTTL

APT MAILBOX-ETABLE

. WORD

[}
1]
[+]

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

0
0
0
0
0

: sMESSAGE TYPE CODE
:3FATAL ERROR NUMBER (ERROR PC)
;3 TEST PATTERN NUMBER

; :PASS COUNT
31 sDEVICE COUNT
33170 UNIT NUMBER
1 sMESSAGE ADDRESS
3 sMESSAGE LENGTH
31 :APT ENVIRONMENT

3 sENVIRONMENT BYTE

TABLE

3SET TO A 1 FOR APT AUTO MOOE

SENVM:

IF BIT @7 IS SET IN SENVM THE TABLE BELOW (BEGINNING AT S$MAMS1 AND
ENDING AT SMADR4) MUST BE FILLED IN TO INDICATE THE PROPER AMOUNT OF
EACH TYPE OF MEMORY.
.BYTE
0
sENVIRONMENT MODE

$ SWREG:
SUSKR
:
SCPUOP:

. WORD
. WORD
. WORD

3
:

101
0
0

L
L
Ll

063126
063127

E D ANCE

TABLES

15387

SBTTL

$MSGAD
:
$MSGLG:
SETABLE::
SENV:
.BYTE

sNOTE :

|
4

$MAMS]
:
SMTYPL:

.BYTE
.BYTE

‘

1
4

L
e

1BIT7(200)=USE APT SIZE INFO ;BITS(40)=NO CONSOLE
1 3APT SWITCH REGISTER

sUSED TO LIMIT THE NUMBER OF PASSES
1:CPU TYPE ,OPTIONS

BITS 1S5-11=-CPU TYPE
11704=01,11705=02,11/720=03,11/740+04,11/45-05
11/70=06,P0DQ=07,Q=10
BIT 10=-REAL TIME CLOCK
BIT
9=FLOATING POINT PROCESSOR
BIT
8=MEMORY MANAGEMENT
1 sHIGH ADDRESS,.M.S. BYTE ;DEFAULT = 64K
1 3MEM, TYPE,BLK®L
MEM.TYPE BYTE
-(HIGH BYTE)
900 NSEC CORE=001
300 NSEC BIPOLAR=002
PARITY MOS=003

ERROR CORRECTING MOS=004

063130

. WORD

177776

;;HIGH ADDRESS,BLK®1

063132
063133
063134
063136
063137
063140
063142
15407 063143
15408 063144
15409 063146
15410 063150
15411 063152
15412 063154
15413
15414 063156
15415 063160

.BYTE

1 sHIGH ADDRESS.M.S. BYTE

.BYTE

3 sHIGH ADDRESS ,M.S.BYTE

.BYTE
5

.BYTE
WORD

.BYTE
.BYTE

.WMORD

. WORD

O
0
0
O

0
0

. WORD
. WORD

0
0

. WORD
.WORD

0
[+]

.MORD

MEM.LAST ADOR.=3 BYTES,THIS WORD AND LOW OF “TYPE" ABOVE

1 sMEM, TYPE ,BLK®2
s sMEM.LAST ADDRESS,.BLK®2
3 1 MEM. TYPE ,BLKE3
s sMEM.LAST ADDRESS .BLX®3

: sHIGH ADDRESS ,M.S.BYTE
1 sMEM.
TYPE ,BLKO4

s sMEM_LAST ADDRESS,BLK®4

1 1 INTERRUPT VECTOR®1,BUS PRIORITYO!L

1 1 INTERRUPT VECTOR®.
PRIORITY®2
1:BASE ADDRESS OF EQUIPMENT UNDER TEST
s sDEVICE MAP

AR
8ax

/M DIAGNOSTIC
X ETABLE

15417

15418
15419
15420
15421
15422
15423
15424
15425
15426
15427
15428
15429
15430
15431
15435
15436
15437
15438
15439
15440
15441
15442
15443
15444
15445

MACRO M1113

14 JUAN-82

16:15

Hl i

PAGE 478

SEGENCE

%44

s THE FOLLOWING LOCATIONS SPECIFY WHMICH PATTERNS
:ARE TO BE RUN FOR PARTICULAR MEMORIES
H

sREFERENCE 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

...

sNOTEse NULL TESTS DO NOT TAKE ANY TIME

1777277
177777
177777
177777
177777
1777717

063076
000043
001274

$ODWO:

$0DM1:
SDOM2:
SDDM3:
s$ODM4:

:?6;

.WORD

.WORD
.WORD
.WORD
.WORD

. WORD

177777

177777
177777
177777
177777

177777

;ECC CSR TESTS

ECC CSR TESTS
ECC PATTERNS
ECC PATTERNS
;PARITY PATTERNS

;;PARITY PATTERNS

;FIELD SERVICE VALLE

1777 7?7

1777
103777
177777
003777

177774

TABLE - MXCSRT:
TABLE
TABLE
TABLE

+ MKXCSRT:
= MKPAT:
= MKPAT:

TABLE

= MUPAT:

TABLE = MUPAT.

TEND:
;SETUP APT PARAMETER BLOCK AS DEFINED IN THE APT-PDP11 DIAGNOSTIC
;sINTERFACE SPEC.

$APTHD:
SHIBTS:
SMBADR:
$TSTM:
SPASTM:
SUNITM:

.WORD
.MORD
_WORD
_WORD
_WORD

. WORD

O
SMAIL
35,
700.
O.

SETEND-SMAIL/2

;3 TWO HIGH BITS OF 18 BIT MAILBOX ADDR.
: sADDRESS OF APT MAILBOX (BITS 0-15)
;3sRUN TIM OF LONGEST TEST
13RUN TIME IN SECS. OF 1ST PASS ON 128K (QUICK VERIFY)
1:EXTRA RUN TIME OF A PASS FOR EACH ADDITIONAL 128x (Qv)

;;LENGTH MAILBOX-ETABLE(WORDS)

MACRO M11135

UAN-82

16:15

PAGE

.SBTTL

ROUTINE

479

JNCE

TRAP DECODER

$900000000000000000000000000000000000000000000000000000000000008vt0c0tsssssstsss

soTHIS ROUTINE WILL PICKUP THE LOWER BYTE OF

;#AND USE

TO INDEX

THROUGH THE

;o0F THE DESIRED ROUTINE.
;oGO TO THAT ROUTINE.

$TRAP:

010046

005740
111000
016000

MOV

::BACKUP BY 2

$ TRPAD(RO ) ,RO

;s INDEX TO TABLE

RTS

063246
063252

011646
016666

000002

$TRAPZ: MOV
MOV
RTI

SNOTRAP : TYPE
SHALT2:

MALT

(SP),-(SP)
4(SP),2(sP)

MSGO06

STARTING ADODRE
5SS

:13GET TRAP ADDRESS

-(RO)

(RO),RO
RO

“TRAP~ INSTRUCTION
THE

1 :SAVE RO

2(SP),.RO

;3 THIS IS USE TO HANDLE THE
063234
063236
063244

THE

TABLE FOR

THEN USING THE ADDRESS OBTAINED IT wiLL

RO, -(SP)

MOVB
ASL

MOV

063254

TRAP

1:GET RIGHMT BYTE OF TRAP
1:POSITION FOR INDE
x ING
:1:GO0 TO ROUTINE

“GETPRI" MACRO
$13MOVE THE PC DOWN
:iMOVE THE PSW DOWN
1 sRESTORE

THE PSW

;UNDEF INED TRAP INSTRUCTION

L
W §

CZMSDOO MS11 L/M DIAGNOSTIC
TRAP

TABLE

MACRO M1113

14 UAN-82 16:15

l;;;

.SBTTL

15476

SEGENCE

“4s

TRAP TABLE

;oTHIS TABLE CONTAINS THE STARTING ADDRESSES OF THE ROUTINES CALLED

15477

;oBY THE “TRAP~ INSTRUCTION.

15478

15479
15480

15481 063254

063234

15482 063256

053430

15485 063264

063246

15483 063260
15484 063262
15486
15487
15488
15489
l::O
1
1
15492
15493
15494
{;g

PAGE 481

060346
060322

H
8

$TRPAD:

ROUTINE
meecee.WORD

$TRAP2

$TYPOC
$TYPOS

;CALL-TYPOC
;;CALL=TYPOS

$TYPE

;CALL=TYPEIT

SNOTRAP; sTYPON

TRAP+1(104401)

TRAP+2(104402)
TRAP+3(104403)

;CALL=TYPON

TTY TYPEOQUT ROUTINE

TYPE OCTAL NUMBER (WITH LEADING ZEROS)
TYPE OCTAL NUMBER (NO LEADING ZEROS)

TRAP+4(104404)

TYPE OCTAL NUMBER (AS PER LAST CALL)

063266
063270

060550
063246

063272
063274

061150
060774

$GTSWR
SCKSWR

;CALL=GTSWR
;CALL =CKSWR

TRAP+7(104407)
GET SOFT-SWR SETTING
TRAP+10(104410) TEST FOR CHANGE IN SOFT-SWR

063276
063300
063302
063304

061514
061644
062230
062400

SRODCHR
SROLIN
SRDOCT
SRDDEC

;CALL ~RDCHR
;CALL=RDLIN
;;CALL=RDOCT
;CALL=RDDEC

TRAP+11(104411)
TRAP«12(104412)
TRAP.13(104413)
TRAP+14(104414)

15497 063306

062566

$SAVREG ;CALL=SAVREG

15500 063312
15501 063314

040220
040230

SKERNEL
;CALL-KERNEL
TRAP.17(104417) ENTER KERNEL MODE
SENERGIZE
; CALL=ENERGIZETRAP
+20(104420) TURN ON MEMORY MANAGEMENT & TRAPS

%gssg; 063320

042436

S$KMAP

1 CALL =KMAP

15506 063322
{ggg; 063324

040250
040274

SCACHN
SCACHF

;CALL ~CACHON
;CALL=CACHOFF

TRAP+23(104423) TURN CACHE ON
TRAP+24(104424) TURN CACHE OFF

15509 063326

040312

040406

SREADC

SLOADC

;CALL=LOADCSR

TRAP«25(104425) LOAD CORRECT CSR

15512 063332
15513 063334
15514 063336
15515 063340
15516 063342
15517 063344
15518 063346
15519 063350
15520 063352
15521 063354
15522 063356
15523 063360
15524 063362
15525 063364
15526 063366
15527 063370
15528 063372
15529 063374

053764
054012
054040
054070
054152
054174
054224
054244
054266
054306
054330
054352
054372
054410
054426
054446
054464
054502

SPERO1
SPERO2
S$PERO3S
SPEROA
SPERO7
SPER10
S$PER11
$PER12
SPER1S
tPER14
SPER1S
SPER16
SPER17
$PER20
$PER21
SPER22
SPER23
SPER24

;CALL=PERRO1
;CALL -PERRO2
;CALL -PERRO3
;CALL-PERRO4A
;CALL=PERRO7
;CALL=PERR10
;CAL =PERR11
;CALL-PERR12
;;CALL-PERR13
;CALL-PERR14
;CALL=PERR1S
;CALL-PERR16
;CALL=PERR17
;CALL =PERR20
;CALL-PERR21
;CALL-PERR22
;CALL=PERR23
;CALL-PERR24

TRAP«27(104427)
TRAP+30(104430)
TRAP+31(104431)
TRAP.32(104432)
TRAP+33(104433)
TRAP.34(104434)
TRAP+35(104435)
TRAP+36(104436)
TRAP+37(104437)
TRAP +40( 104440)
TRAP+41(104441)
TRAP - 42( 104442)
TRAP+-43(104443)
TRAP +44(104444)
TRAP+45(104445)
TRAP+46( 104446)
TRAP+47(104447)
TRAP +50(104450)

{:: 063310

{gggg 063316

{ggtg 063330

15530 063376

062624

040240

051240

sTYPDS
;;CALL=TYPDS
TRAP+S(124405)
TYPE DECIMAL NUMBER (WITH SIGN)
SNOTRAP; $TYPBN
;CALL=TYPBN
TRAP+6(104406)
TYPE BINARY (ASCII) NUMBER

SRESREG ;CALL=RESREG

TTY TYPEIN CHARACTER ROUTINE
TTY TYPEIN STRING ROUTINE
READ AN OCTAL NUMBER FROM TTv
READ A DECIMAL NUMBER FROM TTvY

TRAP+15(104415) SAVE RO-RS ROUTINE

TRAP+16(104406) RESTORE RO-RS ROUTINE

SOEENERGI
; CALL =DEENERGITRAP+21(104421) TURN OFF MEMORY MENAGEMENT & TRAPS

SPER2S

;CALL-READCSR

;CALL-PERR25

TRAP+22(104422) MAP KERNEL 1 TO 1

TRAP.26(104426) READ CORRECT CSR
PROGRAM DETECTED ERROR
PROGRAM DETECTED ERROR
PROGRAM DETECTED ERROR
PROGRAM DETECTED ERROR
PROGRAM DETECTED ERROR
PROGRAM DETECTED ERROR
PROGRAM DETECTED ERROR
PROGRAM DETECTED ERROR
PROGRAM DETECTED ERROR
PROGRAM DETECTED ERROR
PROGRAM DETECTED ERROR
PROGRAM DETECTED ERROR
PROGRAM DETECTED ERROR
PROGRAM DETECTED ERROR
PROGRAM DETECTED ERROR
PROGRAM DETECTED ERROR
PROGRAM DETECTED ERROR
PROGRAM DETECTED ERROR

TRAP+51(104451) PROGRAM DETECTED ERROR

CZMSDDO M511
TRAP

TABLE

L/M DIAGNOSTIC

15531 063400
15532 063402
15533 063404
15534 063406
15535 063410
15536 063412
15537 063414
15538 063416
15539 063420
15540 063422
15541 063424
15542 063426
15543 063430
lgz; 063432
1
15546 063434
15547 063436
15548 063440
15549 063442
15550 063444
15551 063446
15552 063450

15553 063452
15554 063454
15555 063456
15556 063460
15557 063462
15558 063464
15559 063466
15560 063470
15561 063472
, 15562 063474
15563
15564
15565
15566

15567
15568
15569
15570
15571

063476
063500
063502
063504
063506
063510
063512
063514
063516

MACRO M1113

14-UAN-82 16:15

il
PAGE 481-1

SPER26
SPER27
SPER30
SPERS1
SPER32
SPER33
SPER34
$PER3S
SPER36
SNOTRAP
SNOTRAP
SNOTRAP
SNOTRAP
SNOTRAP

040632
040646
040660
040674
040734
040756
040776
041112
041142
041256
041306
041320
041330
041344
040706
040722
040426

$ECCDIS ;CALL=-ECCDIS
SECC1DIS;CALL=ECCIDIS
SECCINIT;CALL=ECCINIT
SECCLINIT;CALL=ECCLINIT
$CBCSR ;CALL =-CBCSR
$CBICSR ;CALL=CB1CSR
SWASSBE ;CALL =WASSBE
SWAS1SBE;CALL=MWAS1ISBE
SWASDBE ; CALL ~WASDBE
SWASLIDBE ;CALL=WASIDBE
S$CLRCSR ;CALL=CLRCSR
SCLRICSR;CALL=CLRICSR
$CHKDIS ;CALL =CHKDIS
$CHXIDIS;CALL-CHKIDIS
SENASBE ;CALL =ENASBE
SENALSBE ;CALL=ENALSBE
$TSTRD
;CALL=TSTREAD

TRAP+70(104470) DISABLE ECC ON ALL CSR'S
TRAP.71(104471) DISABLE ECC ON 1 SELECTED CSR
TRAP+72(104472) INITIALIZE ALL Mx11 CSR'S
TRAP+73(104473) INITIALIZE 1 SELECTED MX11 CSR
TRAP+74(104474) WRITE GENERATED CHECKBITS IN ALL CSR'S
TRAP+75(104475) WRITE GENERATED CHECKBITS IN 1 SELECTED CSR
TRAP+76(104476) WAS THERE A SBE ON ANY CSR?
TRAP+77(104477) WAS THMERE A SBE ON 1 SELECTED CSR?
TRAP+100( 104500)WAS THERE A DBE ON ANY CSR?
TRAP+101(104501)WAS THERE A DBE ON 1 SELECTED CSR?
TRAP+102( 104502 )CLEAR ALL CSR'S
TRAP+103(104S03)CLEAR 1 SELECTED CSR
TRAP+104(
104504 )DISABLE ECC & WRITE CXBITS FROM ALL CSR'S
TRAP.105(104505)DISABLE ECC & WRITE CXBITS FROM 1 CSR
TRAP+106( 104506 JENABLE TRAPS ON SBE'S FROM ALL CSR'S
TRAP+107(104507)ENABLE TRAPS ON SBE'S FROM 1 SELECTED CSR
TRAP+110(104510)TEST LOC (R1) & TST FOR SBE (WITHOUT FETCHES

041424
041454
063246
063246

SINVALID;CALL=INVALID
$ERRGEN ; CALL ~ERRGEN
SNOTRAP
S$NOTRAP

TRAP+111(104511)INVALIDATE BACKGROUND PATTERN ON BANX
TRAP+114(104512)TEST ERROR ADDRESS

$NOTRAP
$NOTRAP
$NOTRAP
SNOTRAP
SNOTRAP

TRAP+52(104452)
TRAP+53(104453)
TRAP+54(104454)
TRAP+55(104455)
TRAP+5S6(104456)
TRAP+57(104457)
TRAP+60(104460)
TRAP+61(104461)
TRAP +62( 104462)
TRAP+63(104463)
TRAP+64(104464)
TRAP +65(104465)
TRAP+66(104466)
TRAP+67(104467)

054672
054712
051466
055102
055200
055246
055326
055360
055414
063246
063246
063246
063246
063246

063246
063246
063246
063246
063246

;CALL -PERR26
;CALL-PERR27
;CALL-PERR30
;CALL -PERR31
;CALL-PERR32
;CALL=PERR33
;CALL-PERR34
;CALL=PERR3S
;CALL-PERR36
;CALL-PERR37
;CALL =PERR40O
;CALL=PERR41L
;CALL -PERR42
;CALL=PERR43

SEQUENCE

PROGRAM DETECTED ERROR
PROGRAM DETECTED ERROR
PROGRAM DETECTED ERROR
PROGRAM DETECTED ERROR
PROGRAM DETECTED ERROR
PROGRAM DETECTED ERROR
PROGRAM DETECTED ERROR
PROGRAM DETECTED ERROR
PROGRAM DETECTED ERROR
PROGRAM DETECTED ERROR
PROGRAM DETECTED ERROR
PROGRAM DETECTED ERROR
PROGRAM DETECTED ERROR
PROGRAM DETECTED ERROR

CZMSDDO rM511 LTM DIAGNOSTIC
TRAP

TABLE

15574

177776

MACRO M1113
SY

14 UAN-82 16:15
-

Ll
PAGE 483

177776

SE @ IINCE

3$STATUS REGISTER

|Va
&

CZMSDDO MS11 L/M DIAGNOSTIC
TABLE
ERROR POINTER

15577
15578
15579
15580
15581
15582
15583
15584
15585

MACRO M1113

14 UAN-82
.SBTTL

16:15
TABLE

ERROR POINTER

INFORMATION IS OBTAINED BY

;oLOCATION SITEMB.

s eNOTE1:
s oNOTE2:
;e

066011
070136
064370
064726

::POINTS TO THE ERROR MESSAGE

: ;POINTS TO THE DATA

:sPOINTS TO THE DATA HEADER

SERRTB:

;ERROR

: sPOINTS TO THE DATA FORMAT

064232
064721

065055

15612 063560
15613 063562
15614 063564
15615 063566

065123

064242
064721

067343

070601

064546

INDEX NUMBER FOUND

&mM

065023

15607 063550
15608 063552
15609 063554
15610 063556

USING THE

THIS NUMBER INDICATES WHICH ITEM IN THE TABLE

IS PERTINENT.

IF SITEMB IS O THE ONLY PERTINENT DATA IS (ERRPC).
EACH ITEM IN THE TABLE CONTAINS 4 POINTERS EXPLAINED AS FOLLOWS:

064765
067445
064220

15630 063616

SEQUENCE

s¢THIS TABLE CONTAINS THE INFORMATION FOR EACH ERROR THAT CAN OCCUR.

;oTHE

15617 063570
15618 063572
15619 063574
15620 063576
15621
15622 063600
15623 063602
15624 063604
15625 063606
15626
15627 063610
15628 063612
15629 063614

PAGE 485

249

CZMSDDO MS11-L/M DIAGNOSTIC
TABLE
ERROR POINTER

15633
15634 063620
15635 063622
15636 063624
15637 063626
15638
15639 063630
15640 063632
15641 063634
15642 063636
15643
15644 063640
15645 063642
15646 063644
15647 063646

15648
15649 063650
063652
063654
063656

065265
067705
064304
064630
065265
067705
064304
064643

065307
070015
064334
064604
065265
067705
064304
064656

065265
067705
064304
064671
065333
070136
064370
064726

065365
070136
064370
064726
065431
070136
064370
064726

067372
070625
064556
064604

065477
067705
064304
064656
067200
070453
064504
064737

MACRO M1113

INL 1
14 -UAN-82

;ERROR
EM11
DH7
oT?
DF3
;ERROR
EM11

DH7
Dr?
DF4

;ERROR

EM12
DH10
DT10
DF2
;ERROR
EM11

16:15

PAGE 487

CIMSDOO TMMS11 L /TM DIAGNCSTIC
TABLE
ERROR POINTER
15691 063750

065537
070136
0645370

15692 063752
15693 063754
15694 063756

064 726

15696
15697
15696
15699

0€3760
063762
063764
063766

065614
070136
064370
064726

15701
15702
1570%
15704

063770
068772
063774
06377

070151
064 364

MACRO M111%

UAN-E2

16:1%

;ERROR
Em19
D13
pr1s
DF11

s
e

489

;ERROR

000000

064604

PAGE

sNO MESSAGE

064604

065735
070156

064570

064726

000000
070233
064412
064604

065762
067561
064252
064604

15787
15738 064050
15741 06405

066070
070812
064430
064 704
oou;s
070431
064460

064630

sNO MESSAGE

ENCE

T
-

067516
070601
064546
064604

066166
070431
064460

064717

066772
067705
064304
064630
066256

067705
064304
064630
066340

067705

064 304
064656

066457

067705
064 304
064630
066557
067705
064 304
064630

M1118

JUAN-82

10:15%

;ERROR
EMS2
DS

pres

DF2
;ERROR
Em27
D16
D117
DF
8

;ERROR

EM3S

On7
DY?
DF3
s ERROR
EM29
b 4
D17
DF3

;ERROR

3523‘@3383’23383

cBddR POTRIER "€

MACR.

PAGE

491

FAact
15822
15823
15824
15825
15826
15864
15865

MACRD M111%

064200
064202
064204
064206

064210
064212
15867 064214
15868 064216

067126
067502

UAN-82

16:1%

;ERROR
EM40

;ERROR

064466
064604

Do
D720
DF2

067413

EMSe

070643
064564
064756

D27
o127
DF 15

PAGE

49t

FpENCE

CZMSDOO MS11 L/M DIAGNOSTIC

ERROR DATA

TAGS (DT)

15878

15879 064220
064226
15883 064232
064240
15884 064242
064250
15885 064252
064260
064266
15886 064270
064276
15687 064304
0643512
064320
15888 064322

064330
15889 064334
064350
156890 064356
15891 064364
15892 064370
064376
064404

15893 064412
064420
064426
15894 064430
064436
15895 064444
064452
15896 064460
15901 064466
064474
15905 064476
15906 064504
064520
15907 064526

0645354
064542
15908 064546
064554
15909 064556
15910 064564
064572
064600

002016
002050
002016
000000
002016
000000
002016
177576
000000
002016
002376
002016
002172
002056
002172

002172
002174
002202
002210
002016
002144
002016
002172
002276

177746
177576
000000
002016
002042
002050
002172
002016
002016
000000
002016
002016
002050
002172
002016
002172
002172
002016
000000
002016

002016

002172
002172

MACRO M111%

14 JAN-82 16:15
.SBTTL

PAGE 495

ERROR DATA TAGS (D7)

002032
000000
002034

002042

DT71:

002070

DTS-

002032

002066

O74:

177572
172516

177574
177766

0OTS:

ERAPC ,MRO ., "R

002574
002354

002352
000000

0OT6:

ERRPC ,APTPAR,LSIZE ,APTECC ,MSIZE O

0OT7:

ERARPC
, DUMMY , ADDRE
SS , DUMMY , GOOD ,BAD , BADXOR

002172

002172
002042

000000
002176

002032
002050

002200

ERRPC , ADDRE SS ,GOOD,.BAD
.0
ERRPC ,PADDRESS ,PARCNT 0

ERRPC , ADDRE SS ,NEMCNT
.0
,MR2

MRS CPUERR,O

DUMMY , DUMMY , DUMMY ,DUMMY O

OT10:

DETRO,DETR1 ,DETR2,DETRS ,DETR4 ,DETRS ,DE TSP ,DE TPSW,C

OT11:
DT12:
DT13:

gl;g.csu.o

ERRPC , DUMMY , ADDRE SS . DUMMY , TSTDAT, TSTDAT
.2, CHECK . CSR. O

002212
002144
000000
002172
002242

000000
000000

177572
172516

177574
177766

DT14:

CONTRL ,MMRO MR, MR2, MRS, CPUERR, O

002172
002044
002052
002172
002172
002042

002172
002046
002054
000000
000000

OT16:

ERRPC , DUMMY , DUMMY , GOOD , GOOD2 , GOOD 3

002050

DT17:
DT20:

.
.

ERRPC
, DUrMMY , 0
ERRPC ,GCOD,.BAD, 0

002172
002172

000000
002042

DT22:
DT23:

ERRPC ,DUMMY , 0
ERRPC , DUMMY ,GOOD , BAD , DUMMY , DUMMY , DUMMY , DUMMY , O

002172
002172

000000
002144

0T24:

ERRPC , DUMMY ,CSR, DUMMY , DUMMY , DUMMY , DUMMY , O

002144

DT2S:

ERRPC,GOOD.CSR,
0

002050

000000

DT26:

002172
000000

002172

002144

002172
000000
002042

002172

002032
002244

000000

002172

002032

BAD,.BAD2,BADS
, DUrMMY . DUMMY , O

OT27:

ERRPC,8AD,0
ERRPC , DUMMY , ADDRESS , DUMMY , DUMMY , DUMMY , DUMMY , O

DIENC

ZMSDDO MS11 L /M DIALNC STIC

MACRC M111%

RROR DATA FORMATS (DF
)

15917

15918 064604

000

064612

000

064623
064€26
15919 064630

000
000
000

000
000
005

064615
064620

064633
0646%
064641
15920 064645
064646
064651
064654
15921 064656
064661
064664
064667
15922 064671
064674
064677

064702
15923 064704
064707
064712
064715
15924 064717
15925 064721
064724
15926 064726
064731
064734
15927 064757
064742
064745
15928 064747
064752
064755

15929 06+

000

000
000

010
000
002
000
010
010
002
000
010
O11
002
000
010
010

002
000
000
000
002
000
000
001
000
010
000
000
000
002
000
003
004

000
010

064607

000
000
000

000
005
004
005
000
003
004
005
011
005
004
005
Ol1
003

004
005
000

000
004

005
001
001
005
000
000
005
003
004
005

000

DF2:

16:15

.SBTTL

ERROR DATA FORMATS (DF
)

.BYTE

PAGE

UAN-82

497

0,0,0,0,0,0,90,0,0,0,0,0,0,0,0,0,0,0,0,0

000
000

000

000
000
006

DOF3:

.BYTE

0,5,0,8..0,0,0,3,6,2.4

000
010
006

OF4:

.BYTE

0,5,0.8..0.8..8..3.6,2.4

000
011
006

OFS:

.BYTE

0,5,0.8..9..9..9..3.6,2.4

000
010
006

OF6:

.BYTE

0,5,0.8..9..8..8..3.6,2.4

010
O1:
011

OF7:

.BYTE

0,5.8..0,0.9.,0.0.9..2.4

OF8:
OF9:

.BYTE
.BYTE

0.5
0.1.1,1.1

000
000
000
000
006

DF11:

.BY'E

0,5,0.8..0.0,0,0,0

OF13:

.BYTE

0,5.0.0.3.6.2.4

000

001

006

002

OF1e:

.BYTE

0.5,0,3.6.2.4

005

000 OF1S:

.BYTE

0,5,0.8..3.6.4

0035

006

EQPENCE

MACRC TMM1118

111

124
114
104

/7DETAILED ERROR DU/
/MISSING EXPECTED SBE FLAG/
/WRITE BYTE FAILED TO CLEAR SBE FLAG/
/FAILED TO GET INTERRUPT WITH DBE FLAG/
/7MEMORY DATA ERROR IN CHECKX BITS/

/SBE OR DBE CAUSED PARITY TRAP WHEN INMIBITED/

/SBE OR DBE DID NOT CAUSE PARITY TRAP WHEN ENABLED/
/SBE OR DBE ON MASTER TEST WORD/

/MOV #177400,(R1) WITH ECC ENABLED CMANGED DATA AT FORCED DBE LOCATION.

ZUNEXPECTED CORRECTION WITH ECC DISABLE ON FORCED SBE/
/APT SIZE

/BRANCH

DISAGREES WITH PROGRAM SIZING/

FAILED CONDITION CODES TEST/
-

/8AD ERROR ADDRESS GEMERATED/

SBE LOCATION/

mlmWITH ECC ENABLED CMANGED DATA AT FORCED DBE LOCATION/
/MOVB #360,(R2)+ WITH ECC ENABLED CHANGED DATA AT FORCED DBE LOCATION/

122
101
102
111
111
114
101

/7MEMORY DATA ERROR/

101

116

10)/

7ECC INMIBIT MODE POINTER FAILURE - DID NOT PROTECT BANK/
/CORRECTION FAILURE WITH ECC ENABLED ON FORCED SBE/
/MRITE BYTE (MOVB) WITH ECC ENABLED FAILED TO CLEAR DATA AT/<CRLF>
e

115
115
125

122
122
126
126
105
124
101
104
105
124

103
122

101

117
123
117
117

117

/ADDRESS PARITY ERROR DID NOT CAUSE ABORT/

104

105
103
127
106

EM21:
EM22:
EM2s:

101

123
105
103
105

EM1S:
EML17:
EM19:

122
103

EM1l:
EM12:
EM13:
EM14:

/7UNEXPECTED TRAP TO 4/
/MEMORY MANAGEMENT (TRAP TO 250)7/

125

115
124
123
111
111
115
105
105
105

EM4 -

115
127
106
115
123
123
123
115

105
105
111
122
101
105
102
102
102
111
116
105
110
104
103

105
115

EQENCE

/PARITY ERROR(S) IN BANX 0O/
/NON-EXISTANT MEMORY (MOLES) IN BANX O
/ILLEGAL OR RESERVED INSTRUCTION (TRAP 1O

115

104

EMS:
EM6:
EM7:

EMS:

125
115

114

117
114
116
105

PAGE 499

/7CAN°T SET 22 BIY MODE IN MRS,

Er2:

122
116

16:15

ERROR MESSAGES (EM)

116

101
101

eSS

103
120
116
111

pE)

DIAGNOSTIC

ON FORCED UNCORRECTED SBE~/

.ASCIZ

.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ

DATA HMEADERS (D)
DEvV ADD
GOOD
BAD
GD-CC 8D-CC/
1ST ADD
@ OF ERRORS/

MMRO

APTPAR -

B8AN<

BAD

MRl

LSIZE

VADD

KXOR

R1
CsSk/

BANK

CSR

VADD

CSR/
MMRC
MR]

BANK

PADD

-WD1 BAD WD2

MR2

CPUERR/

APTECC

PADD

MTMMTYP INTY PAY/
RS

PADD
R2

GD-WD1

WROTEL1
MRS

GD-wWD2

BAD-CHKX INT PAT/

WROTE2/
CPUERR/
GD -Crc/

GD-ERR BAD-ERR CSR
MTYP INT
(CSR) CSR
MTYP INT
PAT/
(CSR)/

120
101
120
120
120
120
120
120
120

S01

g 5,
3§t
§

110
116

.ASC1Z
.ASC1Z
.ASC1Z
.ASCI1Z
.ASCIZ
.ASCI1
.ASCIZ
.ASCIZ
.ASCI1Z
.ASC12
.ASCII
.ASCIZ
.ASCIZ
.ASCII
.ASCIZ

PAGE

123
120

-SBYTL

16:15

(2]

(=]

3333315 £=58 31333343
=

120
120
120
120
120
120
040
122
120

JAN-82

\\\\\\\\\g\\\\\\\\\\\\m
333333383
32 $32 333338

%
333131333 3311331433341

MACRO TM1118

PADD

CSR

PAT/

MTYP PAT/

CZMSDOO MS11 LTM DIAGNOSTIC
ME SSAGE
S

16039

16040 070717

16041
16042
16043
16044
16045

200

MACRO TMM111%

040

070764
071046
071123
071165
071230

200
200
200
040
200

040
040
040
040
040

16047 071336
16048 071350
16049 071405
16050 071417
16051 071431
16052 071443
16053 071455
16054 071543

200
200
200
200
200
200
040
84

105
125
113
103
115
120
040
065

16046 071271

16055 071640
16056 071642
16057 071644

16058 071646
16059 071660
16060 071671
16061 071674
16062 071700

16063 071721
16064 071745
16065 071756
16066 071773
16067 072010
16068 072033
16069 072055
16070 072107
16071 072133
16072 072157
16073 072201
16074 072221
16075 072244
16076 072274
16077 072323
16078 072346
16083 072370
16084 072420
16085 072443
16086 072464
16087 072506
16088 072511
16089 072533
16090 072547
16091 072573
16092 072605
16093 072622
16094 072636
16095 072656

16096 072675
16097 072735
16098 072754
16099 072773

060

130
040
000
200
040
040
040
200

200
200
200
200
200
200
200
200
200
200
200
200
200
200
200
200
200
200
200
200
015
200
200
200
200
200
200
200
200

200
200
200
200

061

000
000
000
103
040
040
04C
106

103
060
061

103

.SBTTL

.ASCIZ

PAGE

MESSAGES

TMMSGOO4:

.ASCIZ
<CRLF>/
.ASCIZ
<CRLF>/
.ASCII <CRLF>/
.ASCI1Z
/
4
.ASCII <CRLF>/

122
116
116
120
105
122
040
066

MSGOOS:
MSGOO06:
MSGOO7:
MSGOOS8:
MSGO09:
MSGO10:
MSGO11:
MSGO12:

.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ

062

123
040
000
040
123

117
040
040

070
o7
061
061
061
061
061
061
061
061
061
012
127
103
103
103
117
103
105
102

040
075
060
061
062
063
064
065

MSGO13:
MSGO14:
MSGO1S:

M356016:
MSGO17:
MSGO18:
MSGO19:
TMMSGO20:
MSGO21:

066
067
070
000
110
123
123
117
114
123
130
101
110
101
111
131

MSGO22:
MSGO23:
MSGO2S:
MSGO26:
MSGO27:
MSGO28:
MSGO29:
MSGO30:
MSGO3S1:
MSGO32:
MSGOS3:
MSGA34:

SEQENCE

- TMMS11L
TM MEMORY DIAGNOSTIC”

MEMORY CONF IGURATION MAP,
16X WORD BANKS/
1
2
L 4
S
6
?
7
012345670123456701234567

LASCIZ

/01234567012345670123456701234567012%/

.ASCIZ
.ASCIZ
.BYTE

/x/
7/ /
0,0

.ASCII
LASCII
LASCII

<CRLF>/COMMANDS AVAILABLE:/
<«CRLF>/0 =~ EXIT/
<CRLF>/1 = READ CSR/

.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ

.ASCII
LASCII
.ASCII
.ASCII

040
040

1 1c¢
S03

<«CRLF»>~ CZMSDD

MTMMSGOO1:
MSGOO2:
TMMSGOOS:

040
040
040
040

120
120
124
102

MTMMSGOOO:

UAN-82 16:15

040
040
040
040
040

062
063
064
065

066
067

<«CRLF>/ERRORS
/
<CRLF>/UNDEFINED TRAP INSTRUCTION/<32>
<CRLF>/INTRLV
/
s INTERLEAVED CSR o
<CRLF>/CPU MAP /
:CPU ACCESSED BAMNX
<CRLF>/MEMTYPE /
1MEMORY TYPE
‘C.J’M’MYECY /
s'fi”v PROTECTED
0
1
2
3
S
6/
145670123056701234567012345670123456701234567012345670&23456‘'

+ SPACE
sFOR SINGLE ASCII CHARACTERS & TERMINATOR

<CRLF>/CSR
/
/
:8 SPACES
/7
12 SPACES
/7
7/
+3 SPACES
<CRLF>/FS COMMAND MODE/

.ASCII
LASCII
LASCII
.ASCII
.ASCII
.ASCII
ASCII
.ASCII
.LASCII
ASCII
.ASCII
.ASCII
.ASCII
BYTE
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ

<CRLF>/2 = LOAD CSR/
<CRLF>/3 = EXAMINE MEMORY/
<CRLF>/4 = MODIFY MEMORY/
<CRLF>/S = SELECT BANK & PATTERN/
<CRLF>/6 = TYPE CONFIG MAP/
<CRLF>/7 = SOB-A-LONG TEST/
<CRLF>/8 = ERROR SUMMARY/
<CRLF>/9= REFRESH TEST/
<CRLF>/10= SET FILL COUNT/
<CRLF>/11= ENTER KAMIKAZE MOOE
/
<CRLF>/12= EXIT KAMIKAZE MOOE/
<CRLF>/13= TURN CACHE OFF/
<CRLF>/14= TURN CACHE ON/
<CRLF>/15+ TEST SELECTED BANKS/
<CRLF>/16+ TEST ALL BANKS/
<«CRLF>/17= ENABLE TRACE/
<CRLF>/18= DISABLE TRACE/
15,12.0
<CRLF>/MMICH CSR(O-F)? /
<CRLF>/CSR WORD? /
<CRLF>/CSR DOES NOT EXIST/
<CRLF>/COMMAND:/
<CRLF>/0LD CSR MWAS/
<CRLF>/CSR IS NOW/
<CRLF>/EXAMINE MEMORY/
<CRLF>/BANK(0-177)2 /

.ASCIZ

<CRLF>/BYPASSING ECC LOGIC TESTS ON BANK /

.ASCIZ
.ASCIZ
.ASCIZ

<CRLF>/PHYSICAL ADDRESS(0-17757776)? /
<CRLF>/PARITY ABORT/<32>
<CRLF>/TIMEQUT TRAP/<32>

g338ILESLERNEZLLITLZIREE 2385

-y

R
R R R

121

MACRO M1113

104
126

115
117
104
111
123

102
120

120
124
124
116
102
102

125
000

117
114
101
116
105
101
101
101

:
:
:
:

JAN-82 16:15 PAGE S03-1
.ASCIZ
.ASCIZ
.ASCI2
.ASCIZ
.ASCI1Z

;mm,z

TO LACK OF

EQENCE
SBE FREE

LOCATIONS/

<CRLF>/MODIFY MEMORY/
<CRLF>/70LD DATA WAS /
<CRLF>/DATA IS NOW /
<CRLF>/INPUT NEW DATA? /
<CRLF>/SELECT BANK £ PATTERN TEST/
<CRLF>/BANX NOT ACCESSABLE/
<CRLF>/PATTERN(O-35)? 7
<CRLF>/PATTERN O DATA

IS?

7/ NOT

TRY

LATER!/

<CRLF>/T0 ESCAPE TYPE ANY KEY/<CRLF><12><12>
<CRLF>/TEST COMPLETE/
AVAILABLE NOM

<CRLF>/BANK REQUIRES RELOCATION/
<CRLF>/BATTERY BACKUP TEST/
<CRLF>/WRITING £ CHECKING ADDRESS PATTERN AS BACKGROUND/
<CRLF >/POMER RECOVERY/
<CRLF>/REMOVE SYSTEM POMER FOR/
7/ SECONDS MAX!/
<CRLF>/NOM STARTING READ TEST OF MEMORY BANKS/
<CRLF>/SOB-A-LONG TEST/
<CRLF>/BELL = EACH PASS COMPLETE/
CSR .../
<«CRLF>/ CSR
2/

127

120
122

123

116
123
102
040
077
116
040

/INPUT MUST BE A/

/N OCTAL /
/NUMBER/ <CRLF >

/7 DECIMAL /
mlgnoa COUNT EXCEEDED 20

ABORTING FOR XXDP CHAIN/

/K WORDS OF MEMORY TOTAL/<CRLF>
/K OF BIPOLAR/<CRLF>

113

[
XV}

16105
16106
16107
16108
16109
16110
16111
16112
16113
16114 073476
16115 073522
16116 073604
16117 073624
16118 073655
16119 073673
16120 073743
16121 073764
16122 074017
16123 074041
16124 074050
16125 074070
16126 074101
16127 074111
16128 074123
16129 074206
16130 074215
16131 074246
16132 074264
16133 074302
16134 074320
16135 074352
16136 074373
16137 074407
16144 074433
16152 074460
16153 074476
16154 074520
16155 074534
16156 074546
16157 074562
16158 074570
16166 074577
16167 074627
16168 074656
16169 074700
16170 074702
16171
16172
16177
16178
16179
16180 075214

040

073037
073102
073105
073124
0735143
073161
073203
073237
073264
073305
073332
07336S
073404
073444

16100
16101
16102
16103
16104

L /M DIAGNOSTIC

CZMSDDO TMMS11
ME SSAGE
S

/K OF MF11S-K/<CRLF>

<CRLF>/REFRESH TEST/
<CRLF>/RELOCATION NOT POSSIBLE/<32>
<CRLF>/ BANK
ERRORS/<CRLF>
<CRLF>7END PASS ¢/
7/ ERROR(S) DETECTED/<CRLF>
<CRLF>/FILL COUNT(OCTAL)? /
<CRLF»/KERNEL STACKX/
<CRLF
> /SUPERVISOR STACK/
<CRLF>/USER STACK/
/7 IS EPTY/

/RELOCATED

/BANK =/
/

117

MSG101 :
MSG102:
MSG103:
MSG104;
MSG10S:
MSG106:
MSG107:
MSG110:
MSG111:
MSG112:
MSG113:

PATs/

F KAMIKAZE MODE/
> 7ENTERING
<CRL
<CRLF>/LEAVING KAMIKAZE MODE/
<CRLF>/LEAVING FS MODE/<CRLF>

.ASCIZ
.ASC1Z
.ASCIZ
.ASCI1Z
.ASCIZ

.ASCIZ
.ASCIZ

32,0

sCONTROL Z

<CRLF >/ENTER BANKS IN OCTAL - USE NUMBER OUTSIDE RANGE TO TERMINATE (177)/
<CRLF>/CACHE IS OFF/
<CRLF>/CACHE IS ON (EXCEPT DURING ACTUAL PATTERNS)/
«CRLF>/70NLY SELECTED BANXS WILL BE TESTED/
<CRLF>/ALL BANKS WILL BE TESTED/
/% OF MS11-L/<CRLF»
/K OF MS11-M/<CRLF>

CZMSDOO MS11 L/M DIAGNOSTIC
MESSAGES

16181 075231
16182 075255
16183 075267
16184 075301
16185 075313
16186 075322
16187 075343
16188 075363
16189 075377
16190 075400
16191 075431
16192 075502
16193 075545
16194 075567
16195 075634

16196 075653

16197
16203
16204
16205
16217

16221

075674
075674
075674
075674

113
200
200
200
200
040
040
200
000
040
200
200
040
200
200

200

004014
002104

000200

MACRO M1113

040
040
040
040
040
103
103
103

117
040
040
040
040
101
101
123

103
120
116
120
120
124

117
122
125

124

101
122
122
122

14 -UAN-82 16:15

PAGE

(¢

LE SJENCE

503-2

MSG114: _ASCIZ
MTMMSG116: .ASCIZ
MSG117: .ASCIZ
MSG118: .ASCIZ
MSG119: .ASCIZ
MSG120: .ASCIZ
MSG121: .ASCIZ
MSG122: .ASCII
MSGA122: .BYTE
.ASCIZ

/¥ OF UNIBUS PARITY/<CRLF
>
<CRLF>~
11/34°
<CRLF>"
11/44"
<CRLF>"
11/60"
<CRLF>/
NO/
7/ CACHE AVAILABLE~/
7 CACHE BYPASSED/
<CRLF>/CSR NUMBER /
©
7 CONTROLS TOO MANY BANKS/

MSG125:
MSG126:
MSG127:
MSG128:

7 PASSES COMPLETED/
<CRLF>/PROGRAM CSR COULD NOT BE DETERMINED/
<CRLF>/TRACE ENABLED/
<CRLF>/TRACE DISABLED/

TMMSG123:
MSG124:

END:

.ASCIZ
.ASCIZ

.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ

.EVEN
$ SEND

.PRINT
.PRINT

<CRLF>/PROGRAM RELOCATED - ECC TESTS INMIBITED/
<CRLF>/NUMBER OF CSR'S IS WRONG IN BANXK /

60000-SUPLIMIT
100000-END

.END START3

;SUPERVISOR ADDRESSES LEFT
:ADDRESSES LEFT IN 16K

CZMSDDO MS11 L /M DIAGNOSTIC
SYMBOL TABLE
ABORTF
ACFLAG
ACTFLA
S
ADDRE

002140
002114
002322

ANA2
AP TDOW
APTECC
APTFLA
AP THAN
APTHLTY
APTPAR
APTSIZ

817
82
820
821
822
823
824
825
826
827
83
830

BACK

015126
ssEsENEERNRRNDS

831
832
833
834
835
836
837
B84
840

B84l
842
Ba3

011734
014622
016240

016506
016514
016532
016574
016646
022042
012514

022302
024322
024326
024526
024534
025032
034452
034510
012556
034524
034644
035024
035046
036242
041010
041014
041154
013360
041160

845
847

CACHVE CBCSR CB1CSRCHECX
CHKDISCHXGEN
CHKTAB
Crx1D1=
CXEND
CKSWR =
CLRCSR=
CLREX
CLRMEM
CLR1CSCMD16A
CMD16L CMDS8
CMDSC
cMD78

000114
104474
104475
002276

104504
041724
042032
104505
061306
104410
104502
007140
007040
104503
051072
000052
047302
047552
050010
050064
050506
050562

CMD7C
CMD98
CMD9C
CONFGE
002422
CONIE
003632
CONFIG
CONTFL
CONTRL
=
CONTS
CONTS1
CONTS2
CONTS3
CONTT
COUNT
CPERRF
CPSAVE
CPUBIT

SEG ENCE

DATBUWF

ODISP =
=
DEENER
DETAIL
DETFLA
DETPSW
DETRO
DETR1
DETR2

DETR3
DETR4
DETRS
DETSP
DET1
DF11
DF13
OF14
DF15
OF3
DF4
DFS
DF6
OF7
DF8
DF9
DH1
DH10
DH11
DH12
DH13
DH14
DH19

DT14
D116
o117
D120

pr22
or2es
D124
0T12sS

0T126

o727
ors
D14
DT1S
DTé

EM24

EM26
EM27

EM36
EM4
EMA0
EMS
EMS0
EMS1

EM53
EMS5
EMS6

045074
036112
004556

CACHON=

104423

064412
064430
064460
064466
064476
064504

064526
064546
064556
064564
064232
064242

064270
oT?
064 304
DUMMY
002172
DUMPCS
= 000061
ECCOIS~ 104470
ECCINI- 104472
ECC10I- 104471
ECC1IN- 104473
EMTVEC. 000030
EM11
065265
EM12
065307
EM13
065333
EM14
065365
EM1S
065431
EML17
065477
EM19
065537
EM2
064765
EM20
065614
EM21
065676
EM22
065735
EM23
065762

EM33
EM35

BSIZE

14 JAN-82 16:15 PAGE S03-3

EM3
EM30
EM31

Lol
—

036110

81
810
811
812
813
814
815
816

MACRO M1113

EM6
EM7

066011
066070
066115
066166

065023
066457
066557

066772
067057
065055
067126
065123
067200
067234
067316
067343
067372
067413
065225

251

CZMSDDO MS11-L/M DIAGNOSTIC
SYMBOL TABLE

MACRO M1113

ENASBE=
ENA1SB8=
END
ENERGI~
ENEXBK
ERRADD
ERRGENERRMAX
ERROR =
ERRPC
ERRPSW
ERRSP

104506
104507
075674
104420
044742
002432
104512
002526
104000
002016
002026
002022

ES
ESO
ES1
ES2
ES3S
E54
ESS
ES6
€57
E6
E60
E61

013562
050340
050554
051046
051046
051122
052104
052104
052410
013612
052410
060034

GOOD3
002046
GTSWR = 104407

INCBNX

045014

EWFLAG

002130

E63

060120

INCRPT

044770

ERRVEC+ 000004

E62

EVEN

002336

EXCMD4

046712

FASTCI= 177640

045142

FCMD10

014710

FCMD13

EXBANK
EXCMD3

EXIT

EXIT2

044302
046372

045136

EO
El

004604
012152

Ell

016260

E10
El2
E13

El4

E1S5

E16
E17
€2

€20

017032
017016

016752

016752
016722
022140
012716

022402

E21
€22
E23

024504
024470
024712

E25
€26
E27

025110
035016
035002

E24

€3

024676

E40
Eql

€42
E43

E44

041226
013514

041226
041420

041420
042730

042710

EAS

043150

€47

050056

E46

043056

HT
I

IBSAVE

= 000011
002424

056554

IIII
= 177777
ILLCSR 013260
IMPTES
012224
INCPAT

044770

INHMBAN

002512

INHECC
INTFLA

002510
002134

INT64K

002136

FCMD11
FCMD12

050674
050716

JMPRLL
KAMIKA

FCMD14

050760

KDIAG = 000010

FCMD17

051124

FCMD15
FCMD16

FCMD18

050646
050736

050776
051062

051140

FIELDS 045406
FINDBA= 0C0045
FINT
006440

FIRST = 060000

INVALI- 104511

IOTVEC= 000020

043302
002004

KAMITE

026432

KDPARO= 172360
KDPARG6= 172374

KDPAR7= 172376

KERNEL= 104417

KERSTK= 002000
KFLAG
002502
KIPARO= 172340

KIPAR4- 172350

FLIPLO
FLIPWA
FLUSH

002560
036402
014332

FSCMD1
FSCMD2
FSCMD3

045706
046016
046164

KPFLAG
KSIZE
KSTACK

FSCMDS
FSCMD6
FSCMD7
FSCMD8
FSCMD9

046760
047650
047656
0350150
050354

LASTBA
LASTBL
LASTER
LBLSO =
LBLS1 =

FSPAT

047456

LBLS3 = 000442

FSCMDO

FSINFL

041062

060300
014170

HEADER 002554
HIPAT
045004 HOLDLO- 000011

002062

041062

E36

060214

FSSTAC
FS1

FSTFLA
FULLRE

045624

046440

002414

002270
045472

002420
002514

GBLENG= 000076
GETDAT

051534

KIPARS= 1723352
KIPARG= 172354
KIPDRO= 172300
KMAP

= 104422

LAST

= 157776

002112
002350
002536

002530
002532
002014
000455
000065

LBLS2 = 000447

LBLS4 = 000315
LBLSS = 000317

LBLS6 = 000016
LCSROU= 000041

LCSRRE= 000057

LCSRSA= 000055

GETDAl1

051632

LEGALC= 000003

G000

002042

LINKL

GETDIS
GO0D2

0355726
002044

lic

PAGE S03-a4

FATALS

FSCMD4

034616
034766
035042
035066
036364

E3?
E4

E65
E?7

012702

E30
E3l
E32
E33
E34

E3S

E64

060034

14-UAN-82 16:15

LINK2

= 000012

002474

002476

SEQUENCE

LKS
= 177546
LOADBA 002404

L1s
L150

010722
021454

LOOP
LOWMAP

L154
L15S

021560
021570

LOADCS= 104425
LOADER= 000043
LOADHO 002540
-

LSIZE

014212
043706

002352

LWDBE = 000037
LWSBE = 000035
Lo
004566

004630

L100

014212

L10

L101

L102
L103

L104

L105
L106

005126

014326
014426
014436

014606

014606
014674

L107
L11

015006
005134

L1111

015244

L110
L112
L113

L114

L115

015114

015374
015524

015676

016026

L116
L117
Li2

016200
016260
005164

L121
L122
L123

016326
016752
016734

L120

L124

L125
L126
Li127

016316

017000

017242
017352
017510

L13

005416

L135

017650

L130
L131
L132
L133
L134

L136

017536
017542
017544
017610
017644
017652

L151
L1S2
L153

L156

L157
L16
L160

L161

L162

L163

L164

L165
L166
L167

L17

L170

L171
L172

L177

L20
L200
L201

L202

L203
L204
L205
L206

L207
L21
L210
L211

L146

021420

L145
L147

021420
021450

021714
021774

022004

010730
022004

022146
022074
022126

022240

004736

011542
022242
022270

022272

022356
022470
022472

023332

023364
011556
023430

023700

L22

011702

La17

L225

021410

021714

023710
023710
024454
024422
024454

021352

L144

021704

L212
L213
L214
L215
L216

L223

L143

021646

022126
022204

021342

021352

021646

L1775
L176

L1411

L142

021600
010726
021636

022074

L174

020020
005416

020474

021570

L173

L137
L14

L140

021504
021514
021514

L220
L221

L222
L224

L226
L227

L23

L230

024520
024662
024630

024662
025074

025074

025202

025154

025232

011660
025422

CZMSDOO MS11-L/M DIAGNOSTIC
SYMBOL TABLE

MACRO M1113

L231

043046

L3/6

053704

005054

MSGOO3

071123

012020

L401

054550

L34

013460

MSGOO8

071417

025754

L313

L232
L233
L234
L235

026244
026302
026402
026454

L3146
L315
L316
L317

043046
043046
043026
043046

L237
L24
L240
L241
L2462
L243
L244
L24S
L246
L247

026466
011672
030304
030302
030304
031732
034474
034504
034616
034546

L320
L321
L322
L323
L324
L325
L326
L327
L33
L330

043114
043114
043144
043264
044444
044670
045052
045156
012136
045162

La7
L270
L271

012136
037560
037662

L351
L352
L3353

047726
047730
050042

L236

L2s
L250
L251
L252
L253
L254
L2ss
L256
L257
L26
L260
L261
L262
L263
L264
L265
L266
L267

026462

L32

011706
034560
034576
034604
034630
034766
034666
034700
034732
012136
034716
034730
034754
034742
034754
035066
036744
037372

L331
L332
L333
L334
L335
L336
L337
L34
L340
L341
L342
L343
L344
L345
L346
L347
L35
L350

Lare
L2738

040574
040602

L354
L3555

L2758

041040

L357

L2777

041110

L30
L300
L301
L 302
L3083
L304
L305
L 306
L307

012136
041204
041204
041246
041254
041376
042544
042560
042572

L274

L276

L3l
L310
L3
L312

041040
041102

004760

012014
042572
042674
042724

045170
045204
045216
045430
045440
045574
045634
012070
045640
045670
045702
047070
047130
047166
047374
047410
012136
047422

050340
050324

14-UAN-82 16:15

L377
Le
L40
L400
L402
L403
L404
L405
L406
L407
Lal
L410
L4111
L412

L413
L414
L41S
L4116
L4117
La2
L4220
La21
La22
La23
La24
L425
L&426
La27
La3
L430
L431
La32
L433
LA3S
LA3S

LA36
L437

L356

050274

Las

L36

012210

L44)

050424

L362
L363
L364
L365
L366
L367
L3?7
L370
L371

051030
051032
051276
051312
051316
051334
012214
051462
051464

L4444
L44S
L4446
La4?
LaS
L450
L4551
LAS2
L4S3

051530
051754
052062
052366

055114
055132
055144
055156
055170
012420
055212
055260
055340
055354
055356
055462
055552
055562
012420
056070
056070
056324
056264
056304
056324

0563522
056372

LA43

LAS4
L4SS
L6
L47

SEQUENCE

LS50
LS1
LS2
LS3

012630
012640
012660
013504

LSS
LS6
LS?
Lé
L60
L6l
L62
L63
L64
L65

013434
013426
013432
005134
013456
013452
013456
013504
013504
013504

L66
013600
L67
013650
L?
005134
L70
014022
L71
014212
L72
014160
L73
014076
L74
014100
L75
014140
L76
014154
L77
014210
MAINT = 177750
MAPHO = 170202
MAPLO = 170200
MAPL1 = 170204
MAPPER 042072
MBERR
013136
MEMOON 014260

MFPT
= 000007
MJPAT
020044
MJTEST 017740

MSGOO4
MSGOOS
MSGO06
MSGOO7

MSGO09
MSGO10
MSGO11
MSGO12
MSGO13S
MSGO14
MSGO1S
MSGO16
MSGO17
MSGO18

MSGO19
MSG020
MSGO21
MSGO22
MSGO23
MSGO2S
MSGO26
MSGO27
MSGO28
MSGO29
MSGO30
MSGO31
MSGO32
MSGO33
MSGO35
MSGO36
MSGO37
MSGO38

MSGO39
MSGO40
MSGO41

071431
071443
071455
071543
071640
071642
071644
071646
071660
071671

071674
071700
071721
072511
072533
072547
072573
072605
072622
072636
072656
072675
072735
072754
073102
073105
073124
073143

073161
073203
073237

012424

016306
017430

MKFLAG

002116

MSGO46

073332

056450

MKPAT

017660

MSGO48

073404

MMRO

= 177572

056520

056530
057064
060012
060216
012702
060222
060302
060306
061422
061512
061514
012702
012656

MKLOOP
MKTEST

016470

MR1L =
MMR2 =
MMR3 =
MMTRAP
MMVEC =
MSEEDH
MSEEDL
MSGA12
MSGA34
MSGB34
MSGOOC
MSGOO1
MSGO02

017520

177574
177576
172516
040144
000250
002550
002552
075377
072773
073037
070717
070764
071046

MSGO42
MSGO4A3S

071230
071336
071350
071405

MKCONT
MKCSRT

056462

LA42

L372
L373
L374
L37S

054566
054570
054610
054622
054640
054642
012420
054656
055060
055066

056520

050426
050540

053706
004776
012216
054536

L440

L360
L361

PAGE S03-5

MSGOA7
MSGO49

073264
073305

073365
073444

MSGOSO

073476

MSGO63
MSGO64
MSGO65
MSGO66

074070
074101
074111
074123

MSGOS1
MSGOS2
MSGOS3
MSGOS4
MSGOSS
MSGOS6
MSGOS8
MSGO61
MSGO62

073604
073624
073655
073673
073743
073764
074017
074041
074050

CZMSDOO MS11 L /TM DIAGNOSTIC
SYMBOL TABLE

MACRC M1115

MSGO67
MSGO70
MSGO71

074206
074215
074246

MTPA26
MTPB03
MTPBO4

(35660
027206
027340

MSGO7S
MSGO7S
MSGO76
MSGO77
MSGO79

074302
074320
074352
074373
074407

MTPB21
MTPB824
MTPB2S
MTPB26
MTPCOS

034324
035160
035552
035674
027246

MSGO72

MSGOSS

074264

074433

MTPB20

MTPC20

034140

034170

MSGOSS
MSGO89
MSGO90
MSGO91

074460
074476
074520
074534

MTPC21
MTPC24
MTPC2S
MTPC26

034360
0335174
035612
035730

MSGO93

074562

MTPD20

034220

MSGO92

MSGO9S

074546

074570

MSG101
MSG102
MSG103
MSG104
MSGL0S
MSG106
MSG107
MSG110

074577
074627
074656
074700
074702
075006
075024
075101

MSG112

075177

MSG1l1

MSG11S
MSG1l4

MSG116

MSG117

MSG118
MSG119
MSG120
MSGL121
MSGl22

MSG123
MSGl24
MSG125

MSGl26
MSG127
MSGL28

MSIZE

MTAOSO

MTEST
MTLALL

MTIA11

MT.C11

MTLD11

MTLO20
MTPAOS
MTPAOA

MTPA21

MiPA24
MTPA2S

MTPDOS

MTPD21

035456
035750
034250
035500
027036
027062
027114
027360

MTPOO7

027614

MTPO12

030620

MTPOO6

075214
075231

MTPO10
MTPO11

075267

MTPO1S

075301
075313
07S322
075343
075363

075431
075502
075545
073567
075634
075653
002354

024732

* 000017

ouzg
030062

034414

MTPD2S
MTPD26
MTPE20
MTPE2S
MTPOOO
MTPOO1
MTPOO2
MTPOOS

075145

07525S

027264

MTPO14
MTPO1S
NTPO16
MTPOL17
MTPO20

NTPO22
MTPO2S
MTPOS0
MTPOS1
MTPOS2
MTPO3SS
MTPO3A

031722
032504
033230
034032
034110

034444
035212
035766
035776
036054
036106

MTV020
MT0000

022430
020124

011562

035120
0355%0

MTO007

MTO011
MT0012

PERAOS
PERBNX

PERECC
PERRAB

023222

PERRAM

MTO03SS

025744

PERRA?

MT0032

MT0034
MT003S
MT020Y
MT020Z
MT0999
MT1
nr2
el
NEMONT

NEMLOA

NOOH

NOERRO
NOFSMD
NOMEM
NOMNEX]I
NOOJ

NOPAR
NORES

NOTAB
NOTRCE
NO2281
MULLFL

MT0010

034274

034110

023664
023732
024234
024720

MT00S1

MT0004
MT0005
MT0006

022034
027146
027304

002300

P01

020464

MTO003

PCBUMY

023420

MT0025
MT0026
MT0027
MT0030

PADDRE

020324

002072
004550
002110

MT0024

020204

MT0002

021670

PATERR
PATPLU
PATTER

PCON1
PCONWS
PCONW1
PCONFZ2
POP110

NEMBAN
NEMKER

031206

021470
021544
021622

SEQPENCE

w21736
021760
023050
023322
023354

027714
030022

030074

030170

MT0016

Bl1S

PAGE S083-4

MTO017
MT0020
MT0021
MT0022
MT0023

036230

MTO001

MT0013
MTO014
MT001S

027414

MTPOSS

MTSTS

14 UAN-82 16:1%5

PAFBAF

025412

026132

022616
022432
026416
016266
016272
002106
053706
002066
002272
044202
044250
061016
002402
002400
002076
040066
036744
002074
003642
002412
0024 30
002344
035476
002316

002152
002034

PERRAS

PERROLPERRO2PERROSPERROA
PERROS
PERROG
PERRO7PERR10-

QUICK

002410

035034
054572

ROCHR =
RODEC -

10441)
104414

054520

ROLIN

104412

READCS+-

104426

054122
054754

0351322

104427
104430
104431
104432
0354116
054144
104433
104434

0023%
17777

PURVEC- 000024
QVFLAG
RANODD

RDOCT

002320
035710

104418

READON
REALPA
REFRES
REFSUB
REGCOP
RELENT
RELOCA
RELOC1

002362
002262
035020
03507C
036372
043154
042530
043170

RESTAR

002570

RES1

045762

RESREG- 104416

PERR16~ 104442

RES?2

PERR1S- 104441

PERR17+
PERR20PERR21PERR22PERR23-

046130

104443
104444
104445
104446
104447

RLFLAG 002124
RRFLAG 002122
RTNVAL =#000000

PERR27= 104453
PERR30= 104454
PERRS1= 104455

000004
172260
172272

PERRS2- 104436

SAVCSR
SAVREG=
SBEMSK
SBENT
SBETES
SCOPE =
SOPAROSOPARS=
SOPARG-

PERRS3-

104457

SOPAR7=

PERRSS- 104461
PERR36~ 104462

SEEDLO
SELONL

PERR24- 104450
PERR2S- 104451
PERR26- 104452

PERR3A- 104460

PERRS7= 104463

020716
021040
021174

PARBAF
PARBAN
PARCNT

015710
016040
002070

O21272

PARTHE

002266

PARVEC= 000114
PASFLG 002260

0517354

PSIZE
PSW

RESVEC- 000010
RE SO
045702

PERRAO-

021326
021374

013140

002036
003720

PERRL1S= 104437
PERR14~- 104440

015536

037762

PHEBE

PHYADD
PROTYP

PERR12- 104436

PAFBAN

PARITY

O57u72
002120
002504

036632
037132
037042
037100
040156

PERR11= 104435

015406

021230

PFECWS
PFLAG
PGMCSR

104464

002150
104415
002246
017372
017114

172274

172276

SEEDHI

002544

SETPAT

045004

002546
002000

SHMADL1

011612

PERR4A2- 104466
PERR4AS- 104467
PERXOR
0354730

SIPARO=
SIPARS=
SIPARS.

172240
172246
172252

PFECOM

SIPDRO- 172200

PERRAL
-

104465

PFECOF

037176

PFECDT
PFECEM

057166
057102

057136

SMUTUP

045170

SIPARG= 172254

SIZE
- 040000
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—

gmo'ujl

SKIPMX

LM DIAGNOSTIC

002314

SKJ

055524

SKUB
SKUJ
S08x

043144
0135142
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002562

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002064

SOBLEN- 000056

SOURCE
002274
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002234
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=s8000006

ST
=
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START
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SUBAAB
SUBAAI
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SUPD02

SYSSIZ
TAG2s
TAG3S

012466

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011606
013322

010540

002160

16:15

1128

033272

PAGE S08-7

£ D RNCE

SCMIGE

002516

s1s

SCNTLC

062166

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003722
011202
011236

VIPARO- 177640
UVIPARL- 177642
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SCNTLK
SONTLYU
SCPUOP

061374
062173
063124

M§
L
LF

- 001000

TAG718
TAG72¢%
TAG738

TCFIGL
TCFIG2
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002340
004606
004736

024314
002372

= 000200

- 000400

TAG708

TAG748
TAG7S8
TAG768
TAG778
TAG78%
TAG79%

026644
026660
002154
002156

SUPDR2

SW9

177776
002000
003632
000300
000310
000200

002306
002256
026466
026502

SUPDOS
SUPDO4
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MACROD TMM111%

TAG9¢
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TCONFI
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TESTAD

026562

057202

057212
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057272

057332
057344
057356
057422
057430
057510
011030
026740
037256
037410
037576
037134
002406
006044

002364

TESTMO 002524
TIME
002312
TIMEOU 040132
TKVEC = 000060
TMFLAG
TOOMAN
TOTCSR
TRACE

002132
002360
002220
006140

TSTBAN

011450

TRAPVE= 000034

UDPART=

177676

UIPARS=

177646

UVIPAR4=

177650

UIPARS=
UVIPARG=
UIPDRO=

177652
177654
177600

WARNT

024272

UNITOP 002370
UNRELO
043420
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USERMA
044120
USESTK= 000700
USP
=#000006
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011116
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027160
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027174
WARNS
027220
HWARNS
027234
WARNG
036614
WARNGA 036554
WARNGB
036606

WASDBEWASSBE=
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104500
104476
104501
104477

SONTLG

SCRLF

062200

002622

040312

$00M2
$ODW3
s0DW4e
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063166
063170
063172
063174
040240
063106
063154
000000
014606
014502
052204
060754
040632
040660

$MADR1
SMADR2
$MADR3
SMADR4
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SMAMS]1
SMAMS2
SMAMSS
SMAMSA
$MBADR
SMNEW
$MSGAD
SMSGLG
$MSGTY

063130
063134
063140
063144
063076
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063132
063136
063142
063200
062216
063112
063114
063076

063127

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S0DWO
$DOW1

SECC1D

062756
063162
063164

040646

063133
063137
063143
063246
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060544

WMICMC
WOOPEN
WOOPS
WOOPSA

051152
033162
052614
033212

SENERG
SENV
SENVM
SEOP

040230
063116
063117
014336

SNOTRA
SNULL
SNWTST=
SOCNT

WORST

002342

SERRGE

041454

$0CT8 - 063064
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WOOPUP

SERFLG

002012

XXDPCH
ZEROS
SAPTHD
SAUTO
SBANK

002326
002310
063176
002060
002011

SERRTB
SERRTY
SERTTL
SESCAP
SETABL

063520
056562
002572
002334
063116

000176
000001
000002
002000
004000
210000
020000
040000
100000
000004
000010
000020

1ST1S
1576
TYPDS =
TYPEIT=
TYPOC TYPOS =
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014212
014264
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104401
104402
104403
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000000
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S$BELL
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002615
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045162
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063176
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=
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002600

= 000040
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011716

TYPS6 = 000002
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033250

062205

SMTYP1
MTYP2
SMTYPS
SMTYP4

040604
104510
0034 36
010544
010730

SWREG
SW0
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SW13
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SW3
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SMSWR

040674
040706
040722
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TSTREA~
1ST1
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SWR

ILPADR
002564
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002566
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= 000000

SECC1I
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002166
002170
053764
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002242

= 000064

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SUPDRS
SUPDR6
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SUPSTK=
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TSTDAT

042436

= 000061
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060764

002162

002164

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040220

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SUPDRS

SUPDR4

IXMAP

* 000001

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SBASE

SCLRIC
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053554

063152

040734

040756
063156
063160

053742
041330
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060774

041306
041320
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SETEND

SINVAL
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056000

063176

041424
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063060

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060546

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=
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SPASTH
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000000
063104
063204
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053764

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SPERO3
SPERO4A
SPERO7
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SPER11
SPERL2
SPER13
SPER14
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SPER16
SPER17
SPER20
SPER21

055714

054012
054040
054070

054152

054174

0354224
0354244
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054306
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SPERS6
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055360
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055444
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000000

ERRORS DETECTED:

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052612

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040426

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063146

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000456
063102
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060550
053430
053556
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041142
040776
041256
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$TPS

002610

$T1

$TRAP2
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063234
063254
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SUNITM
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STPFLG

062662
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STRAP

PAGE S0% 8

163000

062624

IPERSS

055326

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SSUREG

054502
051240
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054712
051466
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SPER34

14 UAN-82 16:15

- AT7777

IPER24
SPER2S
IPER26
SPER27
SPER30
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SPER32

SIRAND
SROCHMR
SRODEC
SROLIN
SROOCT
SREADC

MACRO M111%

063120

0023382

063212

00U

001

VIRTUAL MEMORY USED:
26160 WORDS
( 1083 PAGES)
DYNAMIC MEMORY:
20034 WORDS
( 77 PAGES)
ELAPSED TIME:
02:36:38
CZMSDO .BIN,CZMSDO . SEQ/CR/ -SP/NL : TOC=CZMSDD . SML ,CZMSDD . P11

STIYIN

$TYPOS
$72

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060362
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= 000455

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063206
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= 000000

887
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060545

CZMS00

CREATED B

STMBOL CROSS REFERENCE
VALUE
SYMBOL
ABORTF
002140
ACF LAG
002114
ACTFLA

002322

ADORE

002032

AP TDOM

APTECC
APTFLA

AP THAN
APTHLT

APTPAR

APTSIZ

MACRO
Ow 1 4

REFERENCE
S
0159-5048
0139-5038

PAGE
i7:31
1
SEQUENCE
367

CREF

322-10561

167-6302
200- 7368

406- 12694

169-6342
202-7413
356-11399
164-6163
225-8053

voi

408-12740 «408-12756
179-6835
188-7176
204
- 7451
- 7545
208
578-11943
382-12013
170-6378
214-7730
- 8068
227-8068
227

439-14065

190- 7192
236 -8392

439-14068

192-7222
2%6-8421

439 14077

194-72%2
238 -8464

439-14080

- 7289
196
198-73%
348-1110%
*356-11578 356-11393
0139-5105
214-7745
»153-5486
223-8003
223-8011
223-8025S
225 -8045
223-8034
232-8320
246 -8673
348-11099
362-11506
451-14378
0139-5014
¢164-6157 0266 -9072 0266 -9078
- 9099
0266
0266-9112
268 -9188
0268
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e270-9276
274 -9376
0274 -9383
0276-9478
0276 -95484
278-9576
+302-10043 +302
278-9583
- 10055 e312-102%2
e3512-10267 0324 -10587 406 -12693 406
- 12693 +406-12719 +408-12739 +408-12739
408-12742
408-12752
+436-13958 436 -13959 436 -13964 436 -13965 *436-13970 *436-13971 +436-13976 «436-13977 «436-13984
e436-135992 0436 -13997 *436-13997 436 -14002 +436-14007 e438-14013 +438-14018 «438-14023 e438-14028

«438-14033 «438-14038 #438-14043 438 -14048 +438-14053 438-14058
458-14568
495-15884
495-15879
495-15892
495-15910
495-15887
0163-58%
153-5480 0362-11540
562-11543 e362-11545
0139-5129
495-15886
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223-8003
186-7158
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548-11099
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246-8673
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0186-7160
186-7166

0362-11547

01359-5128
01359-513%7

*183-7051

*133-5476
0450-14305
451-14395
219-7940
219-7958

0139-5020
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BADPC

183-7059
183-7030

BADSTA

BADXOR

227-8130

230-8216

+406 - 12696 «406-12722
5983 «436-13993 *436-15998
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223-8034

225 -804%5

0314-10310
232-8283
244-8657
244 -8662
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441 -14106

445-14194

495-15879

495-15887

495-15895

439-14066

439-14078

441-14089

443-14138

445-14156

445-14165

450-14344
324 -10599
445-14156

324 -10602 0324-10611

406-12707
445-14186

436-13986

439-14066

495-15887

BAD3S
BAFPAF
BAFPAR
BAKPAT
BANK

223-8025

«445- 14166

495-15886

*450-14346
450-14345

BADP Sw

443-14129 «445-14157

445-14165

445-14176

495-15895

232-8282
166-6191
2169-6338

«371-11727

166-6193

166-6200
170-6375
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«188-7182
188-7182
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208-7514
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227-8087
227-8131
230-8226
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238-8470
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240-8498
242-8527
348-11106 «348-11116
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348-11116
356-11381 «358-11470
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373-11751
373-11745
#170-6375

2167-6299
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208-7578
232-8293
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208
234 -8342
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371-11703
371-11712
375-11785 #375-11790

STMBOL
SYMBOL

CREATED By

CROSS REFERENCE
VALLE

BAN<IN

002102

AN Ox
B
BAWPAF

043752
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000001

pape
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5351-10719

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163-5986

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155-5582
356-11432
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280 -9607

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0111-4169

166-6187
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443-14115

227-8076

163-6047
320-10484
331-10735
348-11127
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158-5680
179-6921
331-10745

158-5696
320-10438
337-10831

159-5761
320-10476
337-10836

159-5774
320-10505
356-11388

276-9519

179-6850
463-14702
157-5662
272-9310

280-9621
179-6889
463-14717

356-11435
179-6923

223-8016

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548-11113

274-9421
163-6014
463-14701
157-5659
266-9141
348-11161

550-11218

157-5665
274-9418
350-11223

157 -5668
276-9516
350-11241

171-6389
280-9618
350-11254

163-6068
350-11226

163-6070
352-11285

248-8703
352-11301

293-9888
356-11429

293-9889
385-12091

329-10709
385-12107

158-5733
266-9083
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160-5853
329-10699
350-11226

163-6031
529-10709
352-11285

163-6057
335-10794
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210-7642

158-5671
322-10564
157-5650
157-5650
266 -9083
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158-5679
531-10740
157-5664
157-5667
329-10699
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158-5694
331-10745
158-5727
158-5724
333-10759
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159-5763
337-10831
158-5736
158-5733
333-10779
348-11180

163-5968
337-10836
163-6031
445-14177
350-11236

320-10529

348-11131

356-11385

375-11836

375-11899

167-6310
348-11131
356-11414
348-11130
219-7919
230-8244

266-9132
356-11417

272-9299

575-11835

274 -9407
378-11935

276-9505
382-12006

219-7948
230-8251
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219-7968
228-8162
230-8254
232-8303
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133317
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378-11920
380-11978
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157-5667
179-6909
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143-5326
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163-6022
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157-5661
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331-10735
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BIv2

8ITé

PAGE 2
i7:%1
SEQUENCE
368

4-12913

8IT1S

BITS

AN -82 AT

vol
CREF
REF ERENCE S
375-11812
375-11791
375-11824
375-117938
375-11840
375-11849 «375-11903
375-11904
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578-11947 376-11954
378-11955
380-11961 +380-11970
380-11971
«380-11984
580-11984 +380-11986
382-11991 382-12011 «382-12017
382-12017 +382-12024
415-12955 e415-12975
415-12953 e415-12954
417-12994 e417-12995
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457-14526
448-14272
457-14512
457-14543
458-14550
458-1457C
470-15018
01359-5033
0166-6196
166-6252
167-6301
169-6341
179-6812
208 -7520
223-8015
244 -8621
340-10867
346-11040
348-11111
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350-11217 «356-11384
548-11109
350-11208 0352-11261
186-7157
362-11530
#358-11445
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198-7328
202-7411
204
200- 7366
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194-7272
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194 -7280
196-7309
196-7317
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310-10209
o111-4178
157-5652
157-5656
158-5682
158-5688
158-5698
163-6016
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163-6091
163-6083
312-10262
3512-10247
166 -6259
166-6278
318-103%
320-10478
326
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326-10632
326-10639 329-10700 329-10702
331-10723
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333-10781
335-10805
335-10807
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548-11181
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350-11229
371-11706
350-112%2
356-11423
443-14118
373-11747

450-14332
o111-4177

8IT1
ST
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036110

MACRO

CZMSDO

516-10374

382-12022
154 -5495
348-11127

556-11408
181-6974
217-7895
228-8205
238-8454

415-12956

458-14573

242-8556

417-12997

471-15088

356-11411
219-7922
230-8247
244 -8625

163-5966
331-10715

348-11112
391-12126

CZMsSDO

CREATEC By

SYMBOL CROSS REFERENCE
SYMBOL
VALE
045342
BLOCK2
Y
BLOCK
045356

BMFLAG

MACRO

ON 148

AN B, A7

i7:3
PAGE B3
SEQUENCE
369

CREF

REF ERENCE
S
0364 -11562

219-7923
244 8554

002126

0139-5043

+356-11428

219 7924
548-11168

194 -7254

219-7949
350-11227
196-7291

468-14965

471-15092

vo1l

219-7969
352-11286
200-7370

8007
800T!
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BSIZE

045030

0360-11475

036112
002344

CACHF
CACHKN

002522
002516

0310-10189
310-10193
310-10227
0159-5118
#181-6953
2181-6976
+181-6985
181-7004

104424

360-11483

0141-5200

+145-5318

0141-5199
+145-5320
367-11639
367-11641
414-12933
419-13071
0110-4055
154 -5522

*
*

1072

181 - 7002

526-10646
367-11641
154-5523
<154-5523
s154-5524
326-10636
367-11644
384-12055 +384-12055 ¢384-12056

419-13131

159-5742

163-5955

164-6147
250-8742
164-6131
210-7686

166 -6209
292 -9850
164-6150
248-8707

326-10638
326-10643
384-12061 «384-12061
166 -6226
365-11592
166-6217
250-8744

166-6243
384 -12054
166-6230
292-9828

365-11588

410-1277¢

166 -6269

210-7678

266-9063
0266-9138
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268-9173
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#280-9612

0272-9306
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0272-%.%8

0274 -9412

270-9257

274 -9355

276-9454

278-9554

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171-6406
171-6416
468-14950 #468-14979

171-6426

406-12710

160-5854

0214-7733

236-8380

238-8473

375-11856 €378-11927 #382-11998

163-6115

270-9251
278-9570

171-6398
266 -9029
270-9270
280 -9630

171-6411
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266
272-9321
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171-6421
266-9103
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512-10260

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2165-6007
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104504

181-6989

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042032
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248-8705

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= 104474

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204

210-7626

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104475

240
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166-6274

002276

234 -8362

169-6336

0110-4054

234 -8360

415-12959
415-12962
348-11105 #356-11379 ¢356-11406 ¢356-11425

360-11488 #360-11490

104423

228

CACHOF

045074

232-8304
232-8305
3S2-11302 0364-11566

410-12779

0139-5095
0274-9416

e342-10946
€110-4106

147-5395

163-5976

+163-5926
#276-9510

495-15892

266-9051
268-9164
3542-10930 #344-10951

0110-4107

468-14946

171-6394

468-14948

0110-4038
0110-4104
161-5873

447-14215
159-5786
@161-5889

0110-4105

163-5975

159-5791

210-7634
268-9176

276 -9448

450-14304

160-5862

0161 -5873

210-7658
268-9231

210-7682

76 - 9469

3585-12080 #385-12103

0375-11840

160-5861

163-5984

270-923%7
276-9528

163-6125

451-14367

228-8208

270-9268

274-9367

276-9467

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278-9566

331-10739

419-13075

166 -6251
384 -12062

302-10032

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331-10744

171-6430
266-9149
274-9371
406-12716

171-6444
268 -9156
274-9429

¢163-6014
163-6040
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169-6351
179-6882

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375-118%2 #375-11898
0378-11941
378-11949
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uz-gms 0382-12021

0159-5143

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2163-6022
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163-6023
+163-6041
166-6201
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0143-5269
0143-5266

151-5445
151-5443

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163-6024

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163-6051
¢166-6278
179-6844

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¢167-6310
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169-6358

179-6889

CIMsDe
SYMBOL
SYMBOL

CREATED B8
CROSS REFERENCE
VAL UE

CONTFL

CONTRL

002216
«

177746

CONTS
CONTSL
CONTS2
CONTSS
CONTT
COUNT

061460
053646
061402
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CPERRF
CPSAVE
cPuUBIT

056560
056556
002104

061456
061034

CPUERR

* 000015

CRLF

177766

MACRO

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002144

172100
017420
002226
002222
002302

i7:%1

PAGE
4

#470-15029
0419-13109

447-14218

0139-5116

0293-9853
+145-5354

«447-14222

H1:

SEQUENCE
370
vOo1l
CREF

179-6921
179-6923
181-697S
181-6992
186-7118
312-10255
244 8648
3518-10396
320-10504
320-1052%
320-10529
548-1113:
348-111%0
548-11131
2350-11223
350-11240
356-11385
356-11423
356-11429
556-11432
380-11979 «385-12091 «385-12107
«190-7203
0139-5073
+184-7076
0204
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206 -7495
2111-4199
145-5314
©326
- 10646
365-115%
- 14939 0470-15027
468
468 -14924 0468-14929

181-6958
181-6959
181 -6960
181-6%¢61
181 -6967
181-6974
208-7521
208-7532
223-8016
227-8108
244 -8627
0244 -864]
318-10410
320-10436
320-10438
320-10444
320- 10465
320-10467
+339-10861 «348-11112 «348-11113
348-11127
348-11128
348-11129
+348-11161
348-11186
348-11192
348-1119% +350-11214 «350-11218
356-11401
356-11392
356-11408
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356-11414
356-11417
356-11435
556-11438
575-1179¢
375-11826
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380-11973
e443-14118 e443-14119 «443-14121
443-14122
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*198-7336
«200-7376

+154-5515

419-13073

154 -5517

154-5519
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495-15893
419-13133

0292-9833

292-9834

0292-9841

0451 -14399
0451 -14398

455-14491

154 -5516

410-12778 *314-12935

470-15030
419-13110

463-14667
0292-9829
0293-9854
2145-5356

447-14220
447-14223 +450-14331

292-9848

293-9853

#139-5034
151 -5449
164-6159
166-6282
181-6958
320-10465
181-6992
248-11129
356-11392
375-1179
0111-4205
+145-5357
*151-5461
¢164-6160
©166-6220
¢367-11658 367-11662 *369-11674
+369-11686 «371-11728 #373-11780 0447-14253 451 -14377 +461-14659 495-15885 495-15893

0111-4133
0111-4134

S03-16117
S03-16132
503-16153
S03-16177
S03-16188

0139-5050

210-7642
329-10699
«331-10739

+337-10826

REF ERENCE
S
179-6909

S03-16048
S03-16065
S03-16074
S03-16088
S03-16097
503-16108

CSR

AN 8

445-14177
0113-4410

+160-5838
¢328-10665
208
- 7566

®139-5078
#139-5076
0139-5152
#139-5097

419-13122
419-13051

499-15973

S03-16049
S03-16066
503-1607S
S03- 16089
S03-16098
S03-16109
S03-16119
S503-16133
S03-16154
S03-16178
S03-16191
S03-16192
+1358-5731
+158-5722
210-7667
266 -9083
329-10699 ¢329-10710
«331-10740 #331-10744
¢337-10831 +337-10836
463-14670 463-14679
157-5643 +159-5763
160-5846
2163-5968
328-10673
329-10679
0212-7692
#208-7515
208-7540
208
0208
- 7540
- 7546
0 208-7525
208 -7535

503-16041
S503-16042
S03-16043
503-16045
503-16052 303-16058 303-16062
503-16063
303-16069 503-16070 503-16071
S503-16072
S503-16078 303-16083 303-16084
503-16085
S503-16092
503-16093
503-16094
S03-16095
S503-16103 S503-16104
503-16105
503-16106
303-16111
S503-16113
S503-16114
503-16115
503-16122
503-16126
S503-16128
503-16130
503-16135
303-16136
503-16137
503-16144
503-16168 S503-16168
503-16170
503-16171
S503-16181
503-16182
503-16183
503-16184
S503-16195
503-16196
163-6057
171-6389
+171-6405
¢171-6415
312-10247 +312-10262 +328-10664
266-9083
328-10665
#331-10715 +331-10719 +3351-10723 «331-10727 #331-10731
+331-10745
333-10759
333-10779
335-10794
335-10813
411-12823
340-10884 +369-11677 +406-12709 406-12715
*463-14685

495-15890

495-15891

+208-7584
208-7548
208-7537

208 -7581

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495-15892

159-5768
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159-5773
163-6063
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340-108%4 +340-10895

495-15907

+160-5811
163-6069

S503-16047
S503-16064
503-16073
503 -16086
503 -16096
S503-16107
503-16116
503-16131
503-16152
S03-16172
503-16185

e171-6425
0328-10673
«331-10735
«337-10822

0413-1289
495-15908

160-5821
2163-6070

CZMS0D
STMBOL
SYMBOL

CSRIw

CRLATED B8y
CROSS REFERENCE
VALUE

002434

CSRINT
CSRLAS
CSRhLBA
CSRLOC
CSANC

002282
002224
0022%0
002304
00214+

CSROUT

041356

CTLxVE
DATARG
DATBUF

002142
177754

CTEST

006142

002236

DBEMSK

DOISP

002252

MTMMACRO

ON 14

REF ERENCE S

01359-5148

AN 82 AT

17:%1
PAGE S
SEQUENCE
371
CREF
vO1

+157-5649

«157-5650

+157-5656

0139-5080
0139-5077
2139-5079
0159-5098
0159-5051

+208-7517
#208-7546
#208-7516
+208-7519
+#159-5749

«208-75351
+208-7547
«208-7529
208-7530
+159-5755

208-7583
208-7573
208-7S581
208-7587
+160-5805

244-86535

320-10654

328-10660

331-10724

331-10732

331-10741

337-10823

337-10832 0339-10841

+208-7564
154-5509

+208-7565

«214-7742

«214-7743

«216-7797

«216-7798

468-14943

+260-8915
+266-9036
268-9161

+260-8897

+260-8916
+266-9037
268-9162

260-8898

260-8899

260-8901

260-8906

260-8910

«260-8912

276-9443

«270-9244

274-9343
278-9544

276-9442

+270-9243

«274-9338
278-9543

158-5690
159-5761
+179-6859

163-6060

158-5692
159-5774
+179-6860

+169-6354

158-5694
163-5966
179-6876

169-6355

158-3696¢
163-5986
179-6878

169-6356

328-10662

551-10716
158-5716

#159-5742

0139-5082

+260-8896

0139-5049
0111-4202
+260-8912
0260-8931
*268-9158

270-9246
0278-9537

#274-9337
«278-9538

0272-9286
274-9350
0274-9417
276-9461
0276-9522
4280-9595

#272-9303
274-9352
274-9418
276-9491
+278-9541
«200-9611

0110-4051

155-5576

€139-5085

360-11486

362-11531

461-14648
495-15889

495-15889

DF11
DF13

064 726
0647387

485-15595 AB87-15662
487-15687 0497-15927

487-15667

DF1S
DF2

064 756
064604

493-15868 #497-15929
485-15600 485-15615

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064630

487-15637

OF 14

064747

158 5682

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280-9615

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495-15889
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0139-5065
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0139-5070
495-15889

DET1

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163-6098

260-8918
266-9043
+268-9223

057532
002214
002212
002174
002176
002200
002202
002204
002206
002210

DETAIL
DETFLA
DE TPSW
DETRO
DETR1
DETR2
DETRS
DETR4
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DETSP

104421

158-5700
163-6091

260-8917
266-9042
268-9221

0111-4127

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158-5698
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- 57%
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244 -8652

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340-10892
365-11591 +367-11638
375-11823 «375-11830
375-11855 «375-11857 «375-11909 «391-12128 «391-12142
410-12782 «411-12619 +411-12826
411-12826 +413-12887 +413-128%9
413-12894 «414-12929
463-14670
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177570

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141-5231

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260-8920
266-9124
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274-9344
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436-13994 436-13999

272-9310
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270-9262

272-9315
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276-9513
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270-9264

272-9316
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278-9561
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260-8929
0266-9126
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272-9284

274-9341
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276-9451
276-9516
280-9593

461-14632

461-14634 «463-14732

487-15672

489-15694

489-15699

489-15714 0497-15926

485-15620

485-15625

485-15630

487-15647

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491-15772

491-15777

491-15787

491-15792

491-15797 0497-15919

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491-15802 #497-15928
489-15719

489-15724

489-15741

491-15755

491-15807

493-15826 0497-15918

489-15704

489 15709

C2ZMsD0

CREATED By

SYMBOL CROSS REFERENCE
SYMBOL
VALUE

MTMMACRC

ON 14 UAN-82 AT 17:3)

PAGE 6

SEQUENCE
372
CREF
vO1

REF ERENCES

DF a4
OF S
DFé
DF 7
DF s
0F9
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064643
064656
064671
064 704
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DMl
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Dm14e
Om15
DH16
DH19
D2
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o225
OH26
D27
O3
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Or6
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070113
070131
070136
070233
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070431
070446
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070453
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0501
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495-15824 #501-16007
487-15685 #501-16032
491-15800 #501-16033
485-15628 491-15753 #501-16034
487-15675 #301-16035
493-15866 #501-16036
485-15603 485-15608 #501-16008
485-15613 485-15618 485-15623
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487-15635 487-15640 487-15650

DIAGFL
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DISPTB
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493-15825 #495-159%01
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177570

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491-15782 0497-15921

491-15760 #497-15924
485-15605 485-15610 0497-15925
485-15598 #501 -16006
487-15645 #501-16013

489-15707 #501-16014
489-15702 #501-16015
485-15593 487-15660 487-15665
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489-15739 491-15758 #501-16021

491-15790

o111-4

489-15697

489-15712 0501-16016

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491-15770

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489-15698

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485-15614

485-15619

485-15624

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487-15681

491-15771

489-15722 0501 -16009

487-15680

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292 -9846
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414-12927
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489-15740 491-15759 #495-1589%

485-15604
485-15609
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491-15806
487-15636

489-15692

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141-5230

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«
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104470
104472

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EM21
EM22

* 104473
= 000030
065265
065307
065333

065365
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065477
065537
064765
065614
065676
065735
065762
066011
066070
066115
066166
066256
065023

066340
066457
066557
066664

066772
067057
065055
067126
065123
067200
067234
067316
067343
067872
067413
065200
065225
* 104506
* 104507
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075674
104420

REF ERENCE
S
491-15791

0139-5062
495-158%
495 -15906
495-15910
#110-4094
#110-409%6

238-8487

0110-4097
#111-4188

487-15634
487-15644
487-15659
487-15664
487-15669
487-15679
-15691
-15597

JAN

PAGE
i7:8%1
7
SEQUENCE
373

CREF

491-1579%6 0495 -15887

495-15887

495-158%4
495-15906
495-15910

495-15887

495-15895
495-15907
495-15910

vol

495-15888
495-15895
495-15907

375-11853
214-7731
238-8459
€170-6381
164-6132 0164-6166
360-11482
362-11523 0406-12733
171 -6440
210-7627
210-7650
274 -9365
272-9318
274 -9426
302-10030
210-7677
300-9977
210-7685

487-15639

0499-15955
0499-15956
9499-15957
0499-15958
#499-15959
#499-15960
9499-15%44
9499-15961
0499-15962
0499-15963
9499-15964

«147-5378

495-15888

495-158%
495-15907

378-11925

208-7590
266 -9061
276-9464

495-15888
495-15905

495-15907

382-119%

0214

487-15654 0499-15954

238-8483

266 -9068
276-9524

266 -9145
278-9564

268-9171
280-962¢

268 -9226
300-10012

170-6379
300-10014
503-16217
186-7154

214-7746
302-10025

491-15757
491-15774

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491-15779
491-15784
491-15789
491-15794

164-6164

155-5615

227-8122

495 15910

495-15892
495-15906
495-15910

238-847¢6

-15696
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-15711
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15592 6499-15965
-15733 499
489-15738

300-9981
503-16216

495-15892
495
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0227-8124

302-10023

487-15649

495-15888
495-15906
495-15907

7748

ino—

002172

)

DuUrMMY

SYMBOL CROSS REFERENCE
SYMBOL
VALUE

MACRO

CREATED 87

§3338888

CZMsSDO

406-12731

C2MSDO

CREATED B

STMBOL CROSS REFERENCE
SYMBOL
VAL UE
ENE xBK
044742
ERRADD
002432
ERRGEN
104512
x
002526
€ RAMA
ERROR
104000

002016

002022

002130
002336
044302
046372
046712
045136
045142
177640

050716

050776

MACRO

ON 14-UAN-82 AT

REF ERENCE
S

356-11407
0139-5147
0110-4112
01431 -5202
e111-4121

CREF

356-11433
210-7645
210-7644

443-14122

158-5693
- 9084
266
268-9189
324-10596
324 - 10600
439-14081 0439-14083

445-14178
0139-5008
495-15879
495-15896
2139-5012
0139-5010

0111-4131

0139-5044
0139-5114

¢147-5387
219-7901
0292-9817
169-6340
202-7410

Vol

356-11439 0356-1144)
210-7670
«340-10914
266 -9089
210- 7669

158-57901
270-9277
324-10603

44] -14092

9445-14180
445-14189
+450-14319 +450-14320
495-15883
495-15884
495-15901
495-15905
+450-14322 450-14345
«450-14321 +450-14344
«147-5388

266-9115

272-9281

158-5726
158-5735
164-6154
300
- 9986
- 10044
302
302 -10056
367-11657
369-11673
369-11682
443-14141
443-14147
443-14144
445-14196
447-14225
461 -14650
450-14323 450-14342 #450-14343
495-15885
495-15886
495-15887
495-15906
495-15908
495-15907
461-14647
461-14646
447-14245 0447-14246

«447-14248

340-10874
340-10889 ¢356-11377 «356-11410
292-9818
0293-9880
293-9880
179-6811
188-7175
190-7191
192-7221
204 -7448
236-8391
236-8420
238 -8462
378-11942
375-11814
375-11905
378-11956
371-11724 0371-11726

447-14236
0362-11504
471-15091
451-14380
0362-11506
0111-4235
166-6215
166-6249
248-8706
+164-6158
0139-5025
164-6154
+300-9986
453-14433
365-11612 9384 -12031
365-11613 €384-12041
365-11614 9384 -12046
365-11615 9384 -12052

312-10258

164 -6158
312-10253
406-12728
443-14150
461 -14656

450-14348
495-15890
495-15909

171-6449

183- 7060

445-14161

44% -14172

453-14416
495-15892
495-15910

455 - 14491

196 -7288
348-11104
382-12026

198-7327
350-11212

312-10268
322-10571
439-14069 #439-14071

495-158%94

+447-14254

194 -7251
238-8481
382-12012

364-11558
329-10696
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451-14378

365-11616 9384 -12059
0385-12078
#385-12098
0387-12112
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468-14931
0160-5797

166 -6204
217-7876
232-8287
242-8562
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+415-12961

2147-5362

014332
045604
045706
046016
046164

PAGE
17:31
8
374
SEQUENCE

#313-10283
0367-11629
0367-11651
0369-11666
#371-116%0

166-6237

219-7905
234-8336

242-8569
292-9849
571-11705

415-12962

219-7931

166-6267

169-6339
219-7959
236-8424
244 -8597
375-11845

208-7515
221-7987
238-8466
244 -8598
293-9888
375-11846

216-7790
227-8075
240-8500
244 -8599
312-10246

216-7791
217-7839
228-8179
228-8180
240-8505
240-8506
244 -8617
244 -8600
514-10313 +362-11543

#313-10285 »313-10286

313-10287

313-10289

313-10291

219-7941
236-8395
244-85%4
293-9885

373-11746

293-9887

415-12964 +417-12998 +417-12999

415-12957
417-13004

415-12958
458-14569

415-12959

CZMSDD

CREATED By

CROSS REFERENCE
VALUE

046440
046760
047650
047656

050150
050354

002414
047456
002270
045472
002420
002514
* 000076

051534
051632
055726
002042

MACRO

ON 14-UAN 82 AT

REFERENCES
365-11606 ©373-11732
365-11607 0375-11784
365-11608 0376-11913
365-11609 #378-11919
365-11610 €380-11960
365-11611 #382-11990
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0139-5136
375-11863 0375-11867
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0139-5092
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382-12021
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0139-5138
0139-5157

244 -859%

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248-8682
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002136
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026432

0139-5018
#139-5019
€110-4037
€141-5213

236-8414
«238-8449
244 -8597

PAGE 9
17:31
SEQUENCE
375

CREF

vo1l

367-11661 ¢369-11668

369-11685 +375-11786

238-8477

«238-8488

€310-10228
439-14065
439-14077
408-12757 0408-12760
447-14267 0448-14271
250-8715
2158-5723
+406-12700
+158-5732
«436-13979 +436-13982 #436-13989
«438-14025 +438-14030 +438-14035
+443-14130 443-14132 «445-14159
495-15901
495-15906
495-15908
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495-158%4
441 -14096 #441-14100
495-158%4

155-5599

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0266-9114

348-11143

450-14308

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+181-7000
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190-7200
198-7340
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419-13048

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163-6095
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+236-8418

+188-7180
206 -7489
+206
- 7504
208 - 7560
0268-9201
#268-5190
0268 -9204
270-9275
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0268-9187

+445-14195 +445-14197 +451-14390

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163-6100

208-7542

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214-7740
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236-8442

163-6012
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236-8399

163-6016
181 - 7000
236-8405

196-7303

198-7337

200-7377

202-7420

204 - 7460

0358-11468

208-7562

450-14327 #450-14335 +450-14338
179-6897 #179-6940
170-6368 0171-6386

192-7234
194 -7266
194 -7262 0358-11456
200-7380 #358-11455
«348-11137
348-11145
0139-5155
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328-10655
0139-5046
167-6302
169-6345
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167-6303

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495-15879
495-15887

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188-7177

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202-7406
20

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0111-4131
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170-6362
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216-7795
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365-11591 +365-11593 #367-11636 +384-12043 +384-12048
0246-8672
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382-12014

“.

CZMSDO

CREATED BY

SYMBOL CROSS REFERENCE
VALUE
SYMBOL
KDIAG
000010
KOPARO
172360
KDPARG
KOPAR7
KERNEL

172374
172376
104417

MACRO

REFERENCES
0292-9816
0111-4326

002000
002502

172340

0111-4316
0111-4320

KIPARS
KIPARG
KIPDRO
KMAP
KPFLAG
KSIZE
KSTACK
LAST

172352
172354
172300
104422

0111-4321
0111-4322
0111-4296

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LASTBL
LASTER
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LKS
LOADBA
LOADCS

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002350
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104425
002540
014212
043706
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177750
170202

170204
042072

013136

014260

17:31
PAGE 10
SEQUENCE
376
vO1
CREF

292-9832
293-9853
293-9879
219-7949
219-7923
219-7925
234-8363
234-8368
234 -8360
0111-4332
+232-8309
#219-7926
0111-4333
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6219-7971
+234-8361
0110-4048
166-6216
166-6229
166-6250
248-8708
250-8745
242-8557
244 -8595
373-11756
373-11774
371-11715
371-11726
414-12911
408-12755 411-12808 411-12814

KERS Tk
KFLAG
KIPARO
KIPAR4

172350

14-UAN-82 AT

0111-4118
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0139-5119
0141 -5206
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242-8533
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0141-5203

111-4132
0139-5150

346-11079

155-5610

354-11313

+356-11377 356-11387
+181-6953
+181-6964

144-5279
208-7516
242-8561

163-5952
217-7874
244-8601

2144-5289
181-6954

410-12797

181-7006
186-7150
227-8093
282-9643

163-35935
232-8299
348-11123

219-7970

232-8305

232-8308

166-6273
348-11169
373-11778
414-12915

171-6453
350-11228

210-7676
352-11287
406-12713

210-7684
352-11303

240-8501

406-12697
415-12974

417-13008

406-12724

362-11546

408-12743

419-13126

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312-10248
339-10848
369-11678
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413-12873

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417-12982

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227-8102
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230-8219
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232-8288

312-10270

240-8507
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163-5937
236-8412
358-11471

166-6191
236-8419
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167-6314
238-8470

170-6375
316-10342
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179-6870
316-10351
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244 -8601

0242-8534

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242-8570

331-10746

337-10827

337-10837

244 -8591
375-11904

248-8681
378-11955

181-7008

463-14690

350-11206
312-10263

350-11211
331-10720

331-10728

331-10736

3548-11108

350-11207

350-11215

362-11529

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413-12870

181-7012

183-7059

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411-12841

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JAN B2 AT

PAGE 11
17:%1
SEQUENCE
377

CREF

145-5342
216-7794
0216-7784
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169-6343
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2!‘ 7739

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463-14680

520-10453 «320-10474 0320-10480 «320-10482
320-10491 +320-10503 #320-10513
320-10514 ¢320-10527 «320-10581

VAL UE
071674

071700

071721

072511
072533
072547
072573
072605
072622

072636
072656
072675
072735
072754
073102
073105
073124
073143
073161
073203

073237
073264
073305

073332

073365
073404
073444
073476
073604
073624
073655
073673
073743
073764
074017
074041
074050
074070
074101
074111
074123
074206
074215
074246
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074302
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ON 14

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cRer

REF ERENCE 5

458-14553 #503-16061

v o1

- 16062
365-11581 0503
365-11599 0503 -16063
391-12131 0503 -16088
369-11675 0503 -16089
369-11684 0503-16090
367-11660
365-11594 #503-16091
369-11671 0503 - 16092
369-11680 €503 -16093
371-11693 #503-160%
375-11768
385-12083 #503-16095
371-11694
573-11736 #%n3-1609%6
371-11719
373-11759 #503-16097
571-11723
373-11763 #503-16098
186-7128 #3503-16101
375-11735 #303-16102
373-11766 #3503-16103
573-11775 #503-16104
373-11768 #503-16105
375-11787 #503-16106
375-11797 0303-16107
375-11801 #503-16108
375-11806 #503-16109
378-11931
375-11819
382-12002 0503-16110
#503-16111
365-11584 #3503-16112
375-11816 #503-16113
#503-16114
414-12931 #503-16116
#503-16117
0503-16118

0503-16121

#503-16124
#503-16126

0503-16134

CROSS REFERENCE

MACRD

§
:

CREATED 8

)

CREATED B¢

CROSS REFERENCE
VAL E
074476
074520

074534
074546
074562
0745790
074577

074627
074656
074700
074702
075006
075024
075101

075145
075177

075214
075231
075255
075267
075301
075313
075322
075343
075363
075431
075502
075545
075567

MACR0

CREF

REF ERENCE S

463-14705 #503-16153
463-14720 #503-16154
4635-14714
463-14729 #503-16155
470-15015 0503-16156
470-15017 #503-16157
470-15019 #503-16158
0503-16166
#503-16167
0503-16168
#503-16169
#503-16170
0503-16171
0503-16172
#3503-16177
#503-16178
#503-16179
03503-16180
#503-16181
#503-16182
#503-16183
#503-16184
#303-16185
#303-16186
#3503-16187
#503-16188
#303-16191
#3503-16192
#503-16193
#503-1619%4
#3503-16195
0503-16196
2181-6953
+181-6970

vel

384-12047

238-8482
192-7228

0266 -9036
266-9127

0266 -9039
0227-8077

219-7913

219-7945
228-8138
230-8230
232-8303

35160
035552

17:31
PAGE 13
$79
SEQUENCE

300-9976
234 -8346
219-7916
219-7949
228-8167
230-8232
232-8297

500-10013

266-9121
266-9143
227-8144
219-7919
219-7948
228-8159
230-8244
9296 -9906
300-10011
234-8347
219-7922
«219-7964
228-8168
230-8247
232-8304

194-7260
266-9131

0254 -8798
219-7966
228-8162
0288-9741
298-9965

181-7014

181-7016

183-7059

495-15886

196-7297

198-7334

200-7374

202-7417

0258-8870

258-8883

#258-8857
@#284-9672

302-10019 #302-10030

234-8359

#304-10062

304-10105

219-7966
228-8171

219-7969
#284-9686

258-8861
284 -9696

0254-8821

0288-9758

256-3854

296-9947
0298-9950
302-10021 #302-10037

204 - 7457

0206 - 7488

234 -8351
254 -8823
228-8184

PAGE 14
17:31
SEQUENCE
380

230-8251

[

wWn

0 QB s e

#304-10069

228-8187
0288-977S

0284-9700

284-9710

9298 -9958

302-10026 #302-10049
304-10072 #302-10087
0256-8847
228-8196
0286-9715
90290-9793

286-972S

300-9993

300-9995

@300-10011

2252-8761

252-8763

+314-10317

219-7968

0258-8879

0252-8772
0252-8784

231-8271

0292-9811

238-

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€306-10114

306-10136
242-8375 0308-10165
#310-10185
3510-10228
236-8402
236-8408

)

256-8853

314-10318 +314-10320

314-10323

236-8437

244 -8625

244 -8631

244-8637

166-6247

0166-6285

166 -6286

0278-9532
0282-9634
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236-8471

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234-8367

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219-7923
228-8183
230-8235
232-8305
300-10015
234 -8360
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226-8192
230-8237
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027246
034170
034360
035174
035612
035730
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REF ERENCES
234-8350

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MTPB26
035674

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227-8131 «227-8139
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216-7812 ®217-7850
216-7813
0217-7872
375-11870
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216-7815 #219-7936
216-7816 9219-7954
216-7809
216-7811
9221-7993
0223-8002

$223-8010
0223-8024

0221-7976
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375-11875
375-11876
375-11877
375-11878

166-6213

227-8139

375-11868
375-11869
375-11871

375-11872
375-11873
375-11874

0227-8147

0311-10231

CZMsDO

CREATED BY

SYMBOL CROSS REFERENCE
VAL UE
SYMBOL
MT0014
021544
MT0015
021622
MT0016
021670
MT0017
021736
MT0020
021760
MT0021
023050
MT0022
023322
MT002%
023354
MT0024
023420

MT0025
MT0026
MT0027
MT0030
MTO031
MT0032
MT0033
MT0034

MT003S
MTO20Y

MT0202
MT0999

MT)
MT2

023664
023732
024234
024720
025222
025412
025744
026132
026304
022616
022432

026416

016266
016272
002106

053706

MACRO

On 14

JAN -82 AT

REFERENCES
0223-8033
212-7704

212-7705
212-7706
214-7758
214-7765
214-7764
214-7766
216-7820
214 -7768
212-7700
214-7767
184-7097
184-7107
214-7769

214-7770

214-7771
214-7739
216-7818
228-8154
227-8136
149-5431
212-7715
214-7775

216-7829
206 -7493

0225 -8044

0225 -8052

PAGE 15
17:31
SEQUENCE
381
vo1l
CREF

375-11879
375-11880
375-11881

216-7810

0225 -8060

375-11882

216-7817
216-7819

0231-8267

0230-8212
0231 -8259
375-11886

375-11884
375-11885

0236-8376
0238-8447

0234 -8329
375-11890
360-11485

375-11889

0227-8067

216-7822
0232-831y
216-7821

375-11883

0232-8277
575-11888

216-7823
216-7824
216-7825
214-7757

9240-8492

228-8170

0228-8174

0244 -8645

0228-8149

212-7707
212-7716
214-7776
216-78%0
9206
- 7502

0242-8521
0244 -8585
214-7772
375-11896

212-7708
212-77117
214-7777
216-7831

206 -7501
- 7503
0206
+184-7096
+184-7099
#139-5035%
2382-12009 455-14477
461-14636
419-13104
419-13108
419-13114
0139-5027
0164-6142
164-6155
324 -10585 «324-10589 493-15884
0139-5093
238-8480 ¢348-11164
348-11182
350-1123%0 0354-11329
348-11110
350-11209 0354-11342
468-14921 0468-14925
€139-5131
0367-11656 0369-11672
453-14441
455-14481 2461 -14649
#139-5130
0236-8388 0236-8415
0164-6143
0139-5031
¢166-6180
0324-10582
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164-6144
316-10343 0316-10346
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0144-5294 +144-5300

0214-7735%
0242-8526
371-11691
+378-11954
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«240-8517

0139-5146

250-8737

413-12879

0214-775C
0244 -8590
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382-11991

0144-5279

382-12015

375-11887

362-11526
375-11892
375-11893

375-11891
378-11945

216-7794

216-7808

216-7826

0244 -8615

375-11895

212-7709
212-7718
214-7778
216-7832

212-7710
212-7719
214-7779

2l2-7711
212-7720
214-7780

212-7712
212-7721
214-7781

212-7713
214-7739

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«188-7177
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166-6223

166-6235

166-6257

166-6281

348-11183 ¢350-11224

354-11319

354-11332

450-14303

451-14363

+451-14392

+238-8460
+166-6275

450-14340

0238-8477
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324-10582

+324-.10584

453-14429

365-11583

157-5644
216-7800

#161-5875
+164-6141
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+166-6221
208
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+238-8451
#223-8030 0227-8072
+227-8145
0240-8497
«300-9973
«300-10008 +312-10244 +312-10272
322-10555
322-10559
322-10566
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378-11920
+382-12024

0216-7788

¢232-8317
+230-8213
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+238-8460
+232-8280
447-14238
2242-8524
0242-8579
244 -8588
0244 -8612
«145-5331
+145-5350
155-5577
217-7878
217-7854
340-10868
346-11004
346-11021
346-11046
346-11067

414-12906

216-7794

212-7714
214-7774
216-7828

415-12968

417-12987

463-14699

«238-8477

451-14368

240-8508
410-12789

«238-8488

0240-8495

242-8535
411-12810

244 -8602
411-12830

Q4%

CIMspo

CREATED Bv

STMBOL CROSS REFERENCE
SYMBOL
VALUE
NOTA8
002344

NOTRCE
NO2281
NULLFL

OLDCAC
OLDCSR
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PADDRE
PAF BAF

055476

002426

002316
002264
002152
002556

PARITY
PARTHE

002034
015406
015536
015710
016040
002070
037762
002266

PARVEC
PASFLG

000114
002260

PATERR

002072
004550
002110

PAF BAW

PARBAF
PARH Aw

PARCNT

PATTER

MACRO

JAN -82

REFERENCES

139-5117
320-10454
+458-14555
447-14217 0447-14219

0139-5145
©145-5335
346-11060
360-11487
#139-5103
246 -8669
#139-5090
0139-5053
¢169-6337
0141 -5214
166-6241
313-10299
313-10294
495-15883
2139-5015
184 -7085 0198-7322

184 -7086
184 -7087
184 -7088
0139-5028
147-5383

9200-7360
0202- 7405
0204 -7443
4164-6140

0111-41%54
0139-5087

2147-5383

0139-5091

0322-10555

i7:31
PAGE 16
SEQUENCE
382
CREF
vO1

320-10492

320-10515 457-14514

163-5931
362-11532

163-6066

169-6355
171-6407

¢169-6356

198-7347
200-7387
202-7430
204-7470
164-6152

198-7355
200-7392
202-7438
204 -7475

438-14020

171-6409

¢166-6198

«457-14517 «457-14528 457

14530 «458-145%2

186-7151

227-8079

227-8086

227-8131

340-10887

210-7653

210-7655

219-793%9

292-9820

292-9822

166-6255

166-6277

322-10557

495-15883

200-7400

204 -7483

166-6233

0228-8159 «228-8163
0228-8168
0228-8172
¢228-8184
+228-8188
0228-8193
+228-8197
+302-10037 «302-10049 +302-10052 «¢312-10249 «312-10264
0228-8202 0228 -8206 +300-9975
322-1056&
371-11691 «371-11710 «371-11727
373-11733 «373-11749 +373-11779
0206-7491
0266-9132

0147-5384

¢208-7561
270-9247
274 -9407
+280-9605
166-6231
149-5414

0238-8448
272-9282
2274 -9404
276-9444
280-9603
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+166-6197
0139-5029
166-6253
149-5407
149-5410
149-5417
0139-5036
«188-7173 2190-7196 «192-7230
0204
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214-77%7
216-7792
¢358-11459
375-11805
375-11861 ¢375-11903
378-11920
0139-5096
0214-7736 0216-7789 0219-7903
322-10563 375-11785 «375-11860 ¢375-11902
181-7025 #316-10330 376-11914
¢316-10332
316-10373 #316-10379
316-10345 0316-10364
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238-8471
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272-9294
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276-9489
276-9501
¢375-11844
2166-6291

149-5421

¢194-7258

149-5424

+196-7299

266 -9044
#272-9299
#276-9503

266-9116
274-934S
0276-9505

266-9128
274-9390
278-9545

0149-5427

«198-7323
0200-7361
¢202-7423
358-11460 +358-11465
375-11785 #375-11803
375-11804
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382-11991 «382-12024
6219-7938
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+221-7978
0221-7995
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147-538%

410-12790

0436-13983
312-10254

a443-14128
436- 14005

406-12704

438-14021
0406-12706
438-14046
€110-4060
€110-4061

0110-4062
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0436-13982

9436-13989

406-12727

439-14064

439-14076

441-1409]1 0443-14112

445-14185

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436-13962
438-14031
441-14101

436-13968
438-14036

436-13974

436-13980

436-14000
438-14016
438-14061 0439-14063

308-10180
252-8793
256 -8850

308-10174

311-10238

258 -8888

438-14041

438-14051

436-13995

438-14056

CZMSDO

CREATED 87

SYMBOL CROSS WEFERENCE
VALLE
SYMBOL
PERRO7
104433
PERR10
104434
PERRLL
104435
104436
104437
104440
104441
104442
104443
104444
104445
104446
104447
104450

104451
104452
104453
104454

104455

MACRO

REF ERENCE S
0110-4004
0110-4065

0110-406€6
0110-4067

0110-4068
0110-4069
#110-4070
2110-4071
0110-4072
0110-4073
#110-4074
0110-4075
0110-4076
0110-4077
0110-4078
0110-4079
0110-4080

0110-4081
0110-4082
0110-4083
0110-4084

0110-4085
0110-4086
0110-4087
0110-4088
0110-4089
0110-409%0
0110-4091
€110-4092

AN 82 AT

i7:3%1

260-8903
260 -8908

262 -8%944
262-8950

260 -8922
260-8927
264 -8994
264 -9001

288-9746
288-9752

288-9768
288-9762

262-8958
262
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282-9656
296-9935
296-9940
304-10075
284-9690
284-9678

306-10121
266-9073
266-909%4
268-9195

266-9100
310-10197
340-10913

PAGE

SEQUENCE
383
CREF
vo1l

288-9779
288-9785

290-98C3

290-9797

293-9858
293-9867

274-9384

276-9479

298 -9964

304 -10080
286-9721
284 -9704

286-9733

266-9079
266-9107

274-9377

266-9113
310-10204

268-9203

276-9485

278-9577

278-9584

439-14067
455-14487
455-14487
455-14487
455-14487
453-14420
0139-5040
0139-5154

441-14090 0441-14103
439-14079
445-14170
443-14134
0455-14492
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#455-14488
0455-14487
169-6357
348-11105 #356-11379 +356-11419
+159-5743
2159-5784
159-5789 #160-5827
#160-5852
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244 -8653
328-10656
328-10658
328-10662
329-10682
329-10684
329-10688
348-11165 ¢348-11165 +348-11191

+348-11198

0179-6918

350-11231 «350-11231

¢179-6920

2179-6925

179-6928
179-6930
266-9087
+458-14568 2458-14569 +458-14570 +458-14571
0145-5312
#145-5347
145-5348
145-5357
151-5461
166-6220
166-6245
217-7890
217-7842
217-7864
228-8165
228-8181
228-8190
228-8199
230-8222
2354-8340
236-8381
236-8400
236-8406
236-8429
244 -8623
244-8629
244 -8635
314-10315
329-10691
369-11674
369-11686
571-11728
373-11780 411-12839
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+181-6962
181-7018
181-7020
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0111-4123
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0210-7625
+240-8499
0242-8547
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+348-11167 +350-11226 +352-11285 +352-11301 «362-11542

266-9030
0139-5016

179-6932

179-6934

+458-14573

458-14574

413-12867

447-14251

161-5891
219-7910
230-8224
236-8435
348-11170

164-6160
219-7943
232-8289
238-3452
350-11234

0179-6936

166-6182
219-7961
232-8291
242-8553
367-11658

451-14375

179-6938
166-6211
228-8156
234 -8338
242-8573
367-11662

461-14657

2166-6270
6166-6227
+166-6244
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#371-11713 #373-11753 «373-11771 +375-11835

CZMSDO
SYMBOU
SYMBOL

CREATED B

CROSS REFERENCE
VAL UE

PWRVEC

000024

QUICK
QVFLAG

002410
002320

RANOCC

035710
104411
104414
104412

MACRO

ON 14 -UAN 82 AT

REF ERENCES
378-11935 «382-12006 «406-12695 «406-12711 406-12721
+414-12909 *414-12913 e415-12956 «417-12997 e463-14701
0111-4187
¢147-5381
¢147-5382
+153-5480
«410-12780
415-12957 415-12958 0415-12960 «415-12961 e417-12998
#139-5134
362-11525
+153-5479
0139-5104
«1535-5484
186-7127
+153-5479
*186-7129
274-93%97
272-9289
276 -9496
280-9598
0304 -10077 «304-10081
234 -8349
«234-8366

104413

0110-4040
0110-4043
0110-4041
0110-4042

READCS

104426

0110-

READON

002362

ROL IN
RDOCY

REALPA

002262

035020
035070
036372
043154
042530

043170
104416
002570

045702
045762
046130
002124
002122

002150
104415
002246

SBENT

017372

17:31
PAGE 18
SEQUENCE
384
CREF
vO1

385-12084

5355-10793
0139-5124

#139-5089

221-7994
230-8214
0242-8525

443-14146

228-8153

244 8660

266-9123

268-9220

471-15081

365-11595

391-12132
369-11676

472-15162

163-5979

266-9082
367-11655

335-10812

e217-7838

2223 -8006

«231-8262
0244 -8589

443-14149

3571-11695

472-15213

373-117%7

373-11769

375-11789

375-11802

375-11807

%84-12034

300-9985
369-11670

302-10042
369-11679

302-10054
406-12714

312-10257
411-12822

333-10758
463-14678

333-10777

e217-7851
0223-8014

217-7873
«223-8028

0244 -8616

¢244-8646

0219-7902
6223-8038
0282-8323
0246-8658

196-7314

198-7352

0231-8270
448-14273

292-9846
0293-9883
293-9886
293-9890
0293-989%4
0313-10277
217-7841
217-7863
348-11147
348-11149 0348-11161
190-7210
192-7240
194-7277

0348-11097
0348-11164
€110-4046

«408-12741 +408-12753 411 12806 «411-12812
«463-14702 «463-14717
«41C-127A1 «411-12847 «413-.2858 «414-129%
+417-12999

#232-8281

457-1453%7

470-15020

234-8352
219-7915
219-7929
232-8313
476-15346
365-11585
367-11648
455-14480
552-113%05
151-5442
¢137-4983
+137-4985 0141-5219
o111-4182
147-5385 «147-5386
367-11640
367-11645 9367-11648
367-11654 0367-11660
369-11669 0369-11684
0139-5042
194-7274
190-7207
192-7237
196-7311
«348-11199 «350-11233
356-11420
360-11484
362-11524
€139-5041
192-7224
188-7176
190-7194
194-7256
204 - 7455
208-7545
236-8392
236-8421
238-8464
375-11815
378-11943
382-12013
0139-5052
375-11823
375-11909
0110-4045
219-7912
219-7920
232-829%
232-8302
352-11269
365-11380 453-14410 476-15331
0139-5084
266-9057
266 -9039 ¢266-9040
266-9055
¢268-9160
268-9165
268-9167
268-9178
268-9215
270-9252
270-9258
270-9260
272-9290
270-9254
0274-9340
0272-9312
272-9313
272-9315
#274-9339
0274-9400
#274-9410
274-9398
¢274-9400
274-9413
0276-9439
276-9449
276-9451
276-9455
276-9457
276-9511
«276-9518
276-9519
276-9521
0278-9539
278-9557
280-9599
«280-9601
¢280-9601
0280-9610
210-7630
210-7632
210-7637
210-7639
210-7648

#219-7937
#219-7955
¢221-7977
«221-7984
225-8048
+225-8056
«225-8061
227-8071
#234-8330
¢236-8379
+238-8450
+240-84%
348-11146
348-11154
443-14140
443-14143

200-7397

202-7435

204-7480

238-8474

234-8369

314-10321

314-10326

352-11268

198-7349
200-7394
202-7432
204-7477
365-11583
410-12795
448-14275
470-15014
196-7293
198-7332
200-7372
202-7415
+356-11379 «356-11419 +356-11422 ¢356-11430
234-8345

234-8358

266-9118
4268-9217
#272-9292

#266-9120
#268-9217
272-9292

#266-9120
#270-9241
272-9302

268-9159
+270-9242
272-9305

0274-9420
276-9497
«278-9540
280-9613
210-7654

274-9421
«276-9499
278-9549
+280-9620
210-7656

274-9423
0276-9499
278-9551
280-9621
210-7662

+276-9438
+276-9508
278-9555
280-9623
210-7664

274-9350

274-9352

314-10312

274-9356

352-11266

274-9358

CREATED B

CROSS REFERENCE
VALUE
O17114
000004

MACRO

ON 14-UAN 82 AT

REF ERENCES

210-7673
208- 7555

0111-4122
0111-4286
0111-4291

17:31
PAGE 19
SEQUENCE
385
CREF
vO1

0210-7682
0210-7597

157-5618
219-7924
e219-7928

164-6133
219-7926
+232-8308

166-6170
232-8304

234-8333
234-8332
208-7512

#234-8372
474-15304
474-15311 «474-15316
«234-8371
474-15303
474-15309 «474-15315
356-11429 «385-12095 +385-12100

172260
172272
172274
172276
002544
002546
002000
045004
011612
045170
172240
172246
172252

0111-4276
0111-4279
0111-4281

184-7095
0358-11463
196-7295
167-6315
362-11505 0362-11513
346-11002
266-9032
266-9033
217-7856
217-7880

172254
172200
040000

0111-4282
0111-4256
0113-4415

217-7856
546-11003
164-6146

002006

002314
055524

002064
043144
013142
002534
000056
002562
002274
002234
#000006

177776

002000

003632

000300
000310
000200

024314

002372
002340
004606
004736
011606
013322
012466
010540
002306
002256

0111-4292

0111-4293
0141-5209
0141-5210
0139-4998

192-7226

0167-6300

186-7138

346-11071

0234 -8364

0219-7927
2147-5366
+147-5367

184-7075S
232-8307

184-7092
234-8362

340-10870
240-8510

346-11020
242-8537

244-8604

266-9033

248-8709

250-874¢

4266-9034

346 11050

410-12799

413-12899

240-8510

242-8537

244-8604

+346-11071

166-6206
gg-“&‘lm

166-6239
238-8465

217-7840
242-8530

217-7853
242-8567

217-7875
244-8618

219-7942
314-10314

219-7960
348-11168

#139-5001
367-11632 3567-11634 «384-12043 +384-12049
0139-5102
169-6344
206-7496
227-8098
+356-11380 «356-11440
447-14221
447-14224 0447-14234
0139-5026
210-7643
#210-7668
340-10911 +340-10915
348-1115S 0348-11158
0179-6919
179-6916
0141-5205
240-8502
240-8500
240-8505 #306-10136
0141-5216
244 -8619
0139-509%4
266
- 9050
0268-9163
#270-9256
274-9354
#276-9453
«278-9553
#139-5081
¢170-6369
+208-7518
+208-7528
208-7550
¢208-7582
+169-6347

¢300-9971
¢208-7585

342-10931
«208-7592

380-11969
380-11974 +380-11976
#219-7913
219-7916
#219-7945
«219-7963

#221-7980C

234 -8337
350-11227

0227-8104

#111-4140

0#483-15574
0111-4117

137-4984
137-4977
1537-4978

*137-4977

236-8384

€139-5127
0139-5115
149-5425
0153-5468

166 -6222
179-6939
170-6384
163-5953

0139-5099
0139-5086

236-8397

352-11286

0227-81357

217-7880

169-6318
232-8306

*155-5585

0227-8142
8248-8704

111-4118
137-4986

0144-5272

#137-4983
0137-4985

S503-16221
0236 -8389

e177-6799

0292 -9825
0151-5438

0167-6295
0181-6952
0177-6799
0164-6131

208- 7544

e217-7844

137-4973

3546-11028
#250-8741

137-4991

362-11510

346-11033 375-11843 «375-11848
411-12813 «414-12910
463-14703

141-5206

447-14234 +447-14235 +471-15090
292-9829
292-9848
+293-9879

¢208-7570
0217-7866

208-7576
217-7892

153-5483

186-7134

293-9879

CZMSDO
SYMBOL
SYMBOL

CREATED B

CROSS REFERENCE
VALUE

SUPD01

SUPDC

026502

SUPDOS

026644

026660

002154
002156
002160
002162
002164
002166
002170

SUPSTK

053764
000740
002576
002600

000176

MACRO

14-UAN 82 AT

REF ERENCES
0221-7990
221-7997

228-8158
0251-8263
0256-8408
0244 -8631
217-7848
236-8387
219-7930
222-8578
217-7845
223-8031
231-8273
244 -8638
219-7917
232-8310

#228-8167
0231-8271
+236-8431
#244-8637
217-7870
238-8455
219-7952
0248-8682
217-7867
223-8040
232-8325
244-8659
219-7946
232-8316

0139-5055
«248-8684
0139-5056
248-8685
0139-5057
0139-5058
0139-5059
0139-5060
0139-5061
248-8695
#419-13136
503-16204
0111-4119
155-5584
0141-5227
+147-5369

0141-5230
+151-5455
184-7077
186-7127
274-9396
276-9495
382-11995
406-12730

450-14357
0113-44C7
0111-4160
406-12730
0111-4159
#111-4150
0111-4149

0111-4148
0111-4147
0111-4146
0111-4145
€111-4158
0111-4157

0111-4156
0111-4155
0111-4154
0111-41S3
0111-4152
0111-4151

145-5311
166-6192
166-6218
248-8693

451-14364
151-5462
164-6163

450-14310
186-7127
348-11098
348-11117
447-14241

316-10345
450-14357
181-7024
455-14481
447-14234
447-14259

0145-5313
#166-6219
0166-6223
0248-8695

17:31

PAGE

SEQUENCE
386
CREF
vO1

#223-8007
+228-8183
#232-8297
+236-8437
244-8658
217-7896
244-8640

+223-8021
+228-8192
«232-8306
+238-8458
250-8743
219-7921
0248-8680

0223-8029
0228-8201
«232-8324
«240-8506
«314-10318
228-8164
314-10325

«223-8039
«230-8230
0234 -8347
0242-8562

+225-8049
«230-82%2
«234-8351
2242-8575

0225 -8057
«23%0-823%5
0236 -8386
0244 -8598

0225 -8062
«230-82%7
0236 -8402
€244 -8626

228-8189

230-8245

234 -836S

234 -8370

228-8198

228-8207

230-8248

230-82%2

230-8255

219-7914
225-8058
234-8353
314-10319
228-8169
242-8566

221-7981
225-8063
236-8383

221-7991
228-8160
236-8409

221-7998
228-8185
236-8438

223-8008
230-8231
238-8457

223-8022
231-8264
244 -863%2

228-8203
244 -8611

230-8233
244 -8663

230-8236
0250-8715

230-8238

+250-8717

228-8194
242-8576
250-8725

250-8741

463-14706

463-14712

151-5457
«151-5462
¢153-5481
214-7730
214-7745
227-8121
280-9597
316-10345
348-11098
447-14234
411-12843 413-12865

155-5598
228-8153
348-11117

219-7972

217-7893
225-8050
234-8348
0250-8714
219-7965
240-8516
248-8692
250-8718

250-8728
503-16205
248-8704

228-8173

170-6378
268-9219
375-11852

181-7024
272-9288
378-11924

447-14241

468-14953

447-14259
468-14975

450-14310
471-15088

450-14349

214-7745

227-8121

375-11852

378-11924

382-11995

268-9219

272-9288

274-9396

276-9495

280-9597

451-14368
155-5598
170-6378

455-14481
468-14945
214-7730

468-14945

228-8153

266-9122

348-11153

450-14349

451-14368

164-6163
266-9122
348-11153

CZmMsDo
SYMBOL

SYMBOL
TAG708
TAG71s

TAG72$
TAG73s
TAG74%
TAG7Ss
TAG76$
TAG?7s
TAG78%
TAG79s

TAG9S
BG4
TCFIGL
TCF IG2

TCFIGS
TCON
I
TEW

TEST

CREATED 8

CROSS REFERENCE
VALUE

057202
057212
057222
057272
057332
057344
057356
057422
057430
057510
011030
026740
037256
037410
037576
037134
002406

MACRC

REFERENCES

455-14457
455-14458
455 -14459
455-14460
455-14461
455- 14462
455-14463
455-14464
455-14465
455-14466

166-6186

250-8726

0320-10436
0320-10465
0320-10503

380-11964
157-5651

006044
002364

0139-5125

TESTMO

002524

0141-5201

TIME
TIMEOU

002312
040132

TMFLAG
TOOMAN
TOTCSR

002132
002220

TRACE

006140

TSTDAT

011450
002242

TRAPVE
TSTBAN

JAN

-82

¢163-6109
210-7624
0227-8101
266 - 9060
274-9370
300-9974

240-8499
- 12695
406
2139-5101
145-5357
369-11674

17:31
PAGE 21
387
SEQUENCE
vol
CREF

0457-14499

0457 - 14505
0457-14511
0457-14525
0457 -1453%7

0457-14543
0458 -14549
0458 -14562
0458 -14568
0458-14583
0166-6190
0250-8728

320-10456
320-104%4
320-10517
316-10361

316-10350
163-5983
0139-5133

TESTAD

TKVEC

166-6225

166-6262

166-6284

457-14516
458-14554
457-14529

316-10371 €318-10395
163-6033
163-6031
+183-7031

157-5666
+159-5746
208-7549
0216-7791
0227-8110
266-9147
276-9463

158-5670
158-5676
¢159-5747
163-5927
¢208-7549
«208-7552
221-7979
221-7996
0227-8111
«227-8132
268-9169
268-9210
276-9470
276-9474
¢375-11845 375-11846 2375-11850
+145-5351
166-6210
166-6227
244 -8593
250-8736
329-10707
406-12711
406-12721
408-12741
408-12753

183-7048

+183-7049

«380-11962 «380-11963

0158-5718

¢163-5957

¢163-5958
¢163-6097
*163-6108
#208-7554
0208-7573
208-7573
210-7623
227-8081
#227-8088
0227-8093
0227 -8096
«227-8134
228-8150
228-8151
266 -9059
268-9227
270-9238
272-9319
274 -9364
276-9525
278-9563
278-9572
280-9627
443-14129
+375-11902
166-6244
166-6270
171-639%0
210-7625
362-11542
371-11713
573-11753
373-117171

0324-10595
147-5387
164-6160
151-5461
161-5891
367-11658
166-6220
367-11662
371-11728
369-11686
3573-11780
0111-4190
316-10331
316-10331 #316-10333 ¢316-10334 ¢316-10376 ¢316-10376
375-11785
375-11785
«375-11832 375-11833 «375-11900 +375-11900
378-11920 +378-11932 «378-11933 «378-11954
378-11920
«378-11954
382-11991
382-11991 ¢382-12003 +382-12004 +382-12024 +382-12024
0139-5045
2198-7343
«200-7383 0202-7426
204- 7466
358-11449

0139-5123

e443-14124

0139-5074
«158-5715
411-12817
391-12125
0158-5738
0111-4189

166 -6202
0139-5083

0266 -9058
268-9163
270-9256
0274 -9343
274 -9366
0276-9447
276-9482
«278-9558

+300-9969

¢161-5874

+147-5379
0166-6265

450-14357 451 -14392

159-5750

413-12684
161 -5880

2147-5380

2266 -9042
266
- 9062
¢268-916¢

0266 -9043
- 9064
266

0274-9344

0274-9347

¢270-9259
274-9368
276-9453
0276 -9506
0278-9560
«300-9970

0268-9148
0270-9261
274-9374
0276-9456

#276-9507
«278-9562
300-9971

160-5803
160-5830
463-14673
161-5882
+161-5886

4266 -9046
266-9070
268-9172

4270-9263

0274-9348
274 -9381

¢266-9047

266-9076
268-9175
#270-9265
274-9354
4274 -9408

2276-9458
0278-9543

276-9460
2276-9544

«300-9987

+300-9989

278-9565

278-9567

163-5928

333-10752

335-10787

339-10843

+161-5890

387-12114

+389-12120

447-14216

266 -9048
0266-9135
0270-9245
270-9267

266 -9049
0266-9136
«270-9246
270-9269

266 -9050
0268-9161

0274 -9357

«274 -9409

0276 -9462
0278-9547
278-9574
+300-9991

0274-9359
0276-9442

276 -9465
2278-9548
278-9581
#300-9992

¢270-9249
0272-9300
0274-9%61

0276-95443
276-9468
278-9553

280 -9608

¢300-99%94

- 9056
0266
0268-9162

#270-9250

0272-9301

0274 -9363

0276-9446
276-9476
4278 -9556
0280 -9609
+#300-9997

CZMSDD

CREATED BY

SYMBOL CROSS REFERENCE
VALUE
SYMBOL
TSTRD1
TSTREA
TST1

MACRO

TYPDS

01684 -7075
0184-7092
0110-4034

TYPELY

104401

0110-4030

380-11966

179-6864
186-7126
316-10354

3518-10395

320-10502
365-11584
371-11693
573-11768
378-11922
382-12000
385-12083

450-14313
455-14484

463-14672
463-14720
468-14952

TYPOC

104402

TYPOS

104403

T12A
7128

PAGE 22
i7:31
SEQUENCE
388

vol
CREF
REFERENCES
+300-10000 «300-10002 «300-10003 «300-10005
+300-9998
495-15892
495-15892
443-14130
443-14132
329-10693
329-10695 0329-10706
0110-4110
210-7641
210- 7666
266 -9096
266-9109
0157-5618
0164-6133
0166-6170
0169-6318

040604
104510
005436
010544
010730
011716
014212
014264
104405

15712
T1ST3
1574
1575
1576

14-UAN-82

181-7004
380-11981
154 -5497
179-69547
186-7128
316-10355
318-10398
320-10514
365-115%
371-1169%4
373-11775
378-11929

382-12002
385-1209%

451-14383
457-14515

463-14680
463-14723
468-14954

470-15019
471-15124
472-15252
€110-4031

471-15085
471-15128
479-15470
453-14416

0110-4032
458-14584
0278-9537

470-15018

463-14726

UDPAR7
UIPARO
VIPAR]L
VIPAR2
VIPAR3
UVIPARS
VIPARS

033250
033272
177660
177676
177640
177642
177644
177646
177650
177652

VIPARG

177654

0111-4242

UVIPDRO
UNITOP
UNRELO

177600
002370
043420

0111-4215
0139-5126

0278-9541

0111-4246
0111-4253

111-4235

0111-4237

0i11-4238
0111-4239

0111-4240
0111-4241

346-11069

244 -8607
190-7214

468-14953
179-6865

280 -9606
280-9602
232-8309
232-8307

0111-4236

219-7925
166-6188
166-6189
228-8172
217-7859

302-10031

302-10033

268-9185

268-9197

438

14025

438-14030

181-7008

181-7012

181-7016

181-7020

181-7022

186-7131

380-119¢4

154 -5510
181-7001
208-7577
316-10356
318-10400
320-10524
365-11599
371-11719
375-11787
378-11931
382-12018
385-12099
453-14411

154-5512
181-7005
208-7579
316-10357
318-10409
320-10532
367-11630
371-11723
375-11788
378-11948
384-12033

154-5514
181 -7009
316-10339
316-10358
318-10424

154 -5521
181-7013
316-10340
316-10367
320-10434
348-11118
369-11671
373-11736
375-11801
380-11967
384-12047
391-12131

154 -5526
181-7017
316-10341
316-10368
320-10453
348-11148
369-11675

154 -5527
181-7021
316-10349
316-10369
320-10464
348-11156
369-11680
373-11763
375-11816
380-11982
384 -12060

160-5863
181-7023
316-10353
316-10370
320-10491
365-11581
369-11684
373-11766
375-11819
382-11993

457-14505

457-14519

463-14689
463-14725
468-14963

471-15098
472-15189

387-12113

453-14435
458-14553

463-14693
463-14729
468-14968
471-15104
472-15191

320-10534
367-11660

373-11735
375-11797
380-11965
384-12042
389-12119
453-14436

458-14562

463-14695
463-14731
468-14977

471-15109
472-15192

453-14438
458-14577

463-14705
466-14832
468-14995

373-11759

375-11806
380-11975
384-12053

414-12931
453-14445
458
- 14583
455-14708

467-14897

419-13054
453-14447
458-14585

463-14710
468-14942

471-15113
472-15193

470-15004
471-15118

472-15248

470-15015
471-15119
472-15250

385-12079

450-14312
455-14474

463-14671
463-14714
468-14951

470-15017
471-15121
472-15251

457-14499

463-14679

463-14694

463-14696

463-14709

463-14711

463-14724

208-7578

371-11716

373-11767

373-11776

380-11978

457-14 .37

457-14543

346-11023
352-11289
240-8513

242-8540

244 -8607

346-11048

228-8197

240-8513

242-8540

181 -7000
202-7439

181-7000
204 -7484

238-8484

470-15020

346-11006

234-8363
219-7927
236-8386
228-8188
217-7883

354-11310
234 -8368
234-8364
+314-10324
244 -8626
340-10872
352-11272
228-8206

0219-7950

#219-7970

217-7883
217-7859
219-7951
219-7971
228-8163
+346-11069
410-12798
346-11007
413-12898
354-11312
+181-6993
+181-6996
+181-6998
+181-6999
+181-6997
192-7244
194-7281
196-7318
198-7356
200-7401

CZMSDO0

CREATED By

MACRO

ON 14-UAN-82 AT 17:31

SYTMBOL CROSS REFERENCE
SYMBOL
VALUE

REF ERENCES

UPPFLG

002261

0139-5088

USESTK

= 000700

USERMA
usP
WARN1
WARNS
WARNZ

WARNA

044120

*%000006
011116
027160
027174

027220

WARNS
HARNG

027234
036614

0350-11203

348-11166

0111-4120

0111-4141
0166-6203
0254 -8810
0254-8815

0254 -8827

PAGE 23

SEQUENCE
389
CREF
vO1

360-11484

4274-9369

350-11225
155-5590

+155-5591

362-11524

274-9386

+274-9388

278-9568

250-8739

463-14721

411-12807 «414-12914

463-14727

463-14712

171-641F

171-6423

171-6433

270-9273

417-12980

417-13003 0417-13011

352-11267 #354-11309

¢250-8739

280-9587

+280-9589

+313-10303
+313-10304

+313-10305

0254-8832
+313-10306
0314-10324

WARNGA

036554

0314-10317

WARN?

024272

0236 -8386

104476
104501
104477

WOOPS
WOOPSA

052614
053212

410-12795 #415-12952
4415-12957 +415-12958

415-12959

415-12960

415-12962

417-12998

417-12999

417-13002 0417-13014

WORS T

002542

«200-7389

+204-7472

XXDPCH

002326

$APTHD

063176

WARNGB
WASDBE

WASSBE
WAS108
WAS1SB

WHICHC
WOOPEN
WOOPUP
XOCHAR

ZEROS

$AUTO

036606

=
=~
=~
=«

104500

051152
053162

053000
053554

002310

002060

314-10316 0314-10323

0110-4102

171-6400

367-11652
415-12959

369-11667 0391-12124
415-12962 415-12964

:{;-{ngz

415-12959

0141-5208

+147-5361

+194-7269

+196-7306

145-5321

292-9819

292-9823

+153-5479

+153-5484

155-5597

378-11948

382-12018

450-14312

0419-13068 #419-13102 +419-13105 «419-13106
468-14922 +468-14923
0139-5107
+153-5488
451-14382

0139-5100

137-4975

0139-5024

#478-15439

$BANK
$BASE

002011
063152

0139-5004 +448-14272
0477-15411

$CACHW

040274

0326-10643

$BELL

002615

0141-5237

$CACHN

040250

0326-10636

$CB1CS

040756

0331-10744

$CBCSR

040734

0331-10739

481-15507

481-15506

481-15550

481-15551

$COW1
$COM2
$CHARC
$CHKDI
$CHK1D
$CHSWR
$CLRCS

063156
063160
053742
041330
041344
060774
041306

0477-15414
0477-15415
419-13056 +419-13066 »419-13124 0419-13129
0337-10831 481-15558
#337-10836 481-15559
0468-14914 481-1549%0
0337-10822 481-15556

$CMTAG
$CMTGE
SONTLC
SCNTLG
SCNTLK
SCNTLY

002000
002516
062166
062200
061374
062173

0139-4997
144-5285
0139-5195
144-5287
468-14963 471-15085 0471-15140
468-14951 #471-15142
468-14942 0468-14997
468-14968 471-15113 0471-15141

$CLR1C

041320

#337-10826

481-15557

415-12962

417-13014

415-12962 0417-12979

356-11426

419-13107 «419-13111 «419-13112

468-14949

417-13003

417-13004

419-13113

468-14920

CRLATED B

CROSS REFERENCE
VAL UE

063124

002622
060 764

062756
063162
063164
063166
063170
063172
063174
040240
063106

MACRO

148

AN 82 AT

14
=

REF ERENCE S

0477-15384

0141-523%9

316-10353
181 - 7001
463-14672
463 14693
463-14708
467-14867
467 -14897 0467 14905
458-14575 0476-15331
0478 15426
149-5403

040722
014472
040230
063116
063117
014
002012
041454
056000
063520
056562
002572
002334
063116
063176
045162
063100

002831
24

316-103%
463-1472%

380-119682
468 14731

419 150%%
468

14977

458-14411

470

15004

0478 -15429
#478-15430

e447-14212 0477-1537

014606
014502
052204

040660
040646
040674
040706

wOl

0478 -15427
0478-15428

065154

060 754
040632

PAGE 28
17:31
SEQUENCE
390

0186-7169

#331-10715
#351-10723

#331-10719

#331-10727
#351-10731
0351-10735

137-4966

154 -5496

144 -5276
155-5472

0477-15376
0477-15380

0326 - 10628

0186-7117

#139-5005

0186-7141

*447-14263 +450-14306

#340-10865

147-5877

453-1442¢
450-14361
014} #159-5113
0477-15375
#478-15435
0362-11509

380-11966

451-14371

380-11968 +450-14314 «450- 14316

451

14373

478-15445

«450-14348 0477-15368
0141 -5236
419-13059
#159-5110
384 -12037
0468- 14952
481-15489
0431 - 14366
0479-15471
0478-15440
371-116%
373-11738 0472-15184 0472-15195
410-12780
413-128358 0414-1293%7
414-12938
0339-10856
481-15563
#139-5006
+450-14323
450-14325
450-14335 «450-14336
0326- 10624
481-13500
0346-11075
481-15504

453-14413

451-14382

4S8

14438

471

(5118

a5'

j4sa

Camseo
SYMBOL

SYMBOL

SLF
$LO0ADC

CREATED B

CROSS REFERENCE
VALUE

$LPADR

002623
0405812
002564

SLPERR

002566

$RADR
1
$MADRC
$MADR
S
$MADR4

063130
063134
063140
063144
063076
063126
063132
063136
063142
063200
062216
063112
063114

063076
062205
063127
063133
063137
0635143
063246
002330

MACRO

14 JAN B2 AT

'seoucntt'asox

REF ERENCES

471-15128
0141-5240
0328-10653
481 - 15509
0141-5217
248 -8683
*248-8693
e447-14261 +447-14264
447 -14268
0141-5218
- 8694
248-8683
0248

451 - 14369

vol

248 8694

e248-8710

250-8716

«250-8726

250 -8727

0250-8747

*248-8710

250-8716

0250-8727

e250-8747

447

14261

44714265

481-15544

481-15565

0477-15398
0477-15402
0477 -15405

0477-15408

#477-15366

183-7082

#477-15400
0477-15403
0477-15406
0478-1544)

478-15441
0477-15391

478-15445

468-14954 0471-15144

0477-15373
0477-15574
0451-14379 0477-15367
468-14952 #471-15143
0477-15392
9477-15401
0477 -15404
0477-15407
0479-15470
481-15485

481 - 15566

0139-5109
0157-5618
0169-6318

481-15567

419-13061

481-15487
481-15568

481-15540
481 -15569

#157-5618
0164-6133
157-5618
0184-7075
169-6318 0169-6318
0466- 14804 «466-14833 0466 -14846

476-15333 ®476-15358
458-14577 #476-15361

+153-5471
223-8035

*478-15443

€139-5003
0436-13958
0436 -13964
0#436-13970
0436-13976

0436-13992
#436-13997
436 -14002
0436 -14007
0438-14013
#438-14018
0438-14023
0438-14028
0438-14033

466-14808 «466-14811
447-14262 0447-14267

¢186-7124
225-8046

414-12927

481-15512
481-15513
481-15514
481-15515
481-13516
481-15517
481-15518

481-15519
481-15520
481-15521
481 -15522

481-15523
481-15524

164-6133
184-7075

481-15542
481-15571

0164-6133
0184-7075

481-15543

0166-6170
0184-7092

166-6170
184-7092

0166-6170
0184-7092

476-15361

466 -14799 ¢466
- 14803
447-14241

481-15541
481-15570

¢186-7125

186-7131
227-8069

«466-14822 0466-14848

186-7159
232-8321

+186-7165
348-11100

414-12928 +448-14273 +448-14277

448-14282

225-8054

223-8004
223-8012
380-11962 0477-15370

448-14283

450-14309

223-8026

C2mMsDO0

lla
CREATED By

SYMBOL CROSS REFERENCE
SYMBOL
VALUE
$PER20
054410
SPERZ21
054426
SPER22
054446
SPER2S
054464
SPER24
054502
SPER2S
051240
SPER26
054672
SPER27
054712
$PERSO
051466
SPERS1L
055102

IPERS2

055200
055246
055326
055360
055414
051634
052210
002621

MACRO

ON 14-UAN B2 AT

REF ERENCES

0438-14038
#438-14043
0438-14048
0438-14053
0438-14058
0406 -12693
0441 -14095
0441 -14099
0408-12738
0443-14138
0445-14156
0445-14165
6445-14176
0445-14185
0445-14193

#471-15076

0473-135283
0473-15272
s411-12845

063234

062142
053430
053556

481-15528
481-15529
481-15530
481-15531
481-15532
481-15533
481-15534
481-15535
481-15536
481-15537
481-15538
481-15539

414-12930

417-13010
471-15121

481-15493
481-15494
481-15510
481-15498
481 -15497
413-12860 *413-12861 413-12862 #414-12939

417-12993
0447-14210
0157-5618
0166-6170
0164-6133
0169-6318
0184-7075
0184-7092
447-14258 0447 -14264
447-14249
0108-3994
157-5618
164-6133
166-6170
169-6318
184-7075
184-7092
153-5481 0477-15382
+450-14309
455-14491 0477-15369
0141-5233
378-11934
316-10335
316-10375
375-11834
375-11901
378-11953
419-15105
419-13111
471-15051
468-14927
468-14939 470-15031
471-15057
0141 -5232
316-10337
316-10374
375-11836
375-11899
278-11936
378-11952
419-13103
419-13109
468-14925 468-14957 470-15029 471-15049 471-15055
0108-3995
0157-5618
0164-6133
157-5618
157-5618
164-6133
164-6133
0166-6170
0169-6318
0184-7075
169-6318
169-6318
184-7075
184-7075
0184 -7092
0141-5235
419-13118
2153-5473
0139-5111
419-13038
0141-35234
419-13100
147-5379 0#479-15455
0479-15466
481-15481
479-15460 9481-15481
0478-15442
0329-10678
481-15562
471-15078
471-15079
471-15101
471-15119
471-15133 0471-15137
04567-14860
481-15486
0419-13038
481-13482
419-13058
419-13065 0419-13069
468-14981

147-5375

002612
002332
002610

PAGE 26
[7:31
SEQUENCE
392
CREF
vO1

481-153525
481-15526
481-15527

#410-12767
147-5381
411-12847 0413-12854
0141-5238
468-14995
0474 -15302
0471-15047
481-15492
0472-15210
481-15495
0472-15139
0328-10671

382-12005

382-12023

382-12007

382-12022

166-6170
184 -7092

CZMSDO

SYMBOL
SYMBOL

$TYPEX
s 1YPOC

$TYPON
$TYPOS
SUNIT
SUNITM
SUSWR
SVECT1
SVECT?2
SWASOB
$WASSB
SWAS1D
SWAS1S
$XTSTR
$ZAP42
SOFILL

CREATED By

CROSS REFERENCE

MACRO

ON 14 AN-82 AT

REF ERENCES

419-13125
0466
- 14802

17:31

o
PAGE

SEQUENCE
393
vo1
CREF

419-13127 0419-13130
481 -15483

466 -14801 0466-14804
481 -15484

0466-14797
+186-7163

0478-15444

186-7159

0477-15409
0477-15410
0335-10786
0333-10751
0335-10812
0333-10777
0447-14243
0186-7134

e447-14213 0477-15372

0477-15383

481-15554
481-15552
481-15555
481-15553
451-14386

0466-14798 #466-14802

466-14812 0466-14847

CZMSDO

CREATED Bv

MACRO

ON 14-UAN-B2 AT

17: 351

MACRO CROSS REFERENCE

MACRO NAME
AND
ANDS

BEGIN
BMOvV

CASE
CLEAR

CLEARS
DLEFT
DOWNTO
ELSE

END

REFERENCES
€108 -3984
06 -4500

018-600
0108-3987
212-6300
#108-3985
348-11122
385-12081
0126-4725
0166-6187
0219-7949
0219-7968
0230-8251
9230-8254
0238-8454
0240 -8500
0352-11302 0415-12959
9-100
0108-3984
019-100
#108-3982
0274-9428
0276-9526
0356-11377 0356-11379
019-1300
#108-3982
0135-4927
#260-8912
0274 -9400
0276 -9493
#108-3985
010-3800
07-100
0108 -3984
0181-6963
0181 -6966
0227-812%
0244 -8633
0367-11635 0367-11643
0443-14131 0445-14179
012-100
€108-3985
0153-5491
0154 -5498
0169-6359
#170-6370
0171-6436
0171-6439
0181-6971
0181-6972
€181-7026
0183-7041
0186-7167
0186-7168
0208-757%
- 7580
9208
0216-7796
02230227-8085
0227-8091
0232-8322
0236 -8404
0236-8441
0236 -8442
0266 -9086 0292-9824
0293-9879 0293 -9880
0333-10773 0335-10797
0348-11115 0348-11116
0348-11150 0348-11151
0365-11625 0367-11637
0378-11947 0380-11977
0385-12093 0385-12108
0413-128%4 6413-12895
0445-14181 0447-14214
#451-14370 #451-14381
0463-14712 #463-14715
018-5000
0115-4429
0164-6154
018-3600
010-100
0108-3985

208-7539
292-9817

208-7540
292-9825

179-6842

PAGE 28

SEQUENCE
394
voi
CREF

206 -74%94

411-12818
413-12886
0217-7847
0217-7869
0228-8162
0219-7969
0232-8303
0232-8304
0244 -85%
0242-8556
0#415-12962

212-7693

365-11601

0260-8931
9276-9499

#280-9595

208-7543
463-14674

0217-7895
0228-8171
0232-8305
0244 -8625

227-8078

333-10754

335-10789

339-10844

348-11102

€219-7919

0219-7722
0219-7924
0219-7948
0219-7923
0228-819%
0230-8244
0228-8205
0230-8247
0234 -8360
0234 -8359
0234 -8362
0234 -8367
0236 -8385
0314-10323 0329-10695 0348-11168 0350-11227 0352-11286

0228-8187

#210-7628
0181-6953
0210-7683
9210-7635
0238-8477
0238 -8488
0266 -9148
0272-9320
#313-10296 #316-10348 #316-10366 #337-10822 0337-10826 0348-11160 0350-11220 0350-112%7
0356-11380 0451 -14392

#153-5482
0181-6969
0246-8675
0375-11854
0451 -14389
#149-5432
#135-5600
#170-6371
9179-6853
0181-6977
#183-7052
0188-7181

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9293-9887

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0463-14713
0149-5434
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0164-6165
0183-7039
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0170-6372
0179-6856
0181-6978
0182-7055
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0268-9217

2167-6306
9214-7732
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2151 -5464
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0166-6280
0164-6167
€170-6373
0170-6374
0179-6863
0179-6867
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€183-7058
9206 - 7498
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0208 -73583 9210-7649
0223-8020 0223-8027
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0292-9843 0293 -9859
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0272-9286

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0179-6861
0227-8115
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0439-14082

0153-5474

0153-5489
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€153-5490
9169-6350
0171-6435
0181-6965
0181-6995
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0293-9876
0333-10766
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0365-11587
0378-11946
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0167-6311
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0166-6283

0170-6375
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0183-7061
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0212-7722
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0153-5477
0167-6309
0170-6382
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0183-7073
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9214-7734

0225-8055

9227-8135

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0244 -8642

9293-9872

0419-13117
0447-14237
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0447-14240
0451 -14388
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0164-6158

0322-10571 #324-1059% 0324 -10600 0324 -10603

149-5428
208-7548
293-9885

169-6338
208-7559

0348-11121
0348-11159
0375-11799
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#406-12703

179-6810
227-8127

181-6957
236-8389

2179-6870

0181-6994
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#378-11928
0385-12088
0411-12827
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0450-14359

0333-10763
0339-10849 #339-10851
0348-11139 #348-11140
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0375-11851 0375-11858
0382-12016 0382-12017
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0#443-14142 0443-14145
#450-14347 #450-14351
0463-14681 0463-14683 0463-14684 0463-14697

#335-10808
0348-11134 0348-11138
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0375-11809 #375-11818
#380-11985 9382-11999
0406-12734 #408-12744
0439-14084 #443-14133
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#470-15016 #470-15037

#348-11119
0348-11157
0367-11647
0380-11983
0406- 12698

0171-6434

181-6984
236-8390

181-6991

236-8418

183-7033
236-8419

348-11126

188-7174

238-8461
378-11941

CZMSD0

CREATED B

MACRC

ON 14-UAN-82 AT

MACRO CROSS REFERENCE

MACRO NAME
GoT0
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REFERENCES
380-11970
213-2000
24-100

166-6277
170-6362
181-6961
184 -7095
208-7576
223-8003
225-8045
227-8087
236-8414
266-9081
274-9397

IFB
JMPTO
LEAVE
LEY

382-12011

0108
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€108 -3984

166 -6281
170-6378

0181-6967
186-7127

17: 31
PAGE 29
SEQUENCE
395
Vol
CREF

G1S
-

385-12106 0411-12819 0413-12887 #463-14675
463-14692
463-14707
€375-11798 0375-11817 #378-11949 0382-12019 0450-14358
€228-8154
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154-5496
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167-6302
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1€~ “303
169-6342
169-6343
169-6344
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181-7000
181-7024
186-7159
188-7176
0206-7495
206-7496
210-7667
210-7675
214-7730
214-7739
223-8012
223-8016
223-8025
223-8026
225-8054
227-8068
227-8069
227-8077
227-8131
228-8153
232-8320
232-8321
236-8434
238-8463
238-8464
238-8471
266-9123
268-9219
268-9220
272-9288
280-9597
280-9598
292-9818
#292-9832
293-9857
293-9861
293-9866
293-9870
333-10759
333-10764
335-10794
335-10799
#348-11127
3548-11128
348-11129
348-11130
356-11429
360-11484
362-11506
362-11524
373-11748
375-11791
375-11796
375-11804
380-11968
380-11974
382-11995
382-12013

186-7158
210-7642
210-7648
223-8011
223-8004
225-8046
225-8053
227-8109
227-8121
236-8421
236-8428
266-9122
266 -9083
276-9495
276-9496
0293-9853
9293-9854
0293-9855
320-10515
328-10655
329-10699
348-11100
348-11117
348-11105
348-11153
348-11144
356-11392
373-11747
367-11641
373-11745
375-11852
378-11924
3578-11943
406-12707
406-12730 408-12740 410-12795 411-12825
439-14077 #439-14078
439-14080 441 -14089 443-14129
445-14165
445-14156
445-14176 0445-14177
447-14211
450-14340
450-14341
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470-15014
463-14682
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0153-5475
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0108-3987
013-1500
0108 -3986
0179-6852
€13-100
0108-3986
#179-6855
0179-6862
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016-100
0181 -6962
0181-6964
0108-3986
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0292-9819 0292-9820 0292-9822 0292-9823
0292-9839
0292-9841
0292-9842
0292-9848
0292-9849
0293-9875
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0293-9891 0348-11164 0350-11224
0408-12738 0408-12739 6408-12742 0436-13997 $436-13998
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5438 -14023 #438-14028 0438-14029 #438-14030 #438-14033
0438-14043 0438 -14044 0438 -14045 #438-14048 0438-14049
0438-14059 #438 -14060 0441-14095 0441 -140% #441-14100
0128-4768
155-5614
166-6200
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417-12996
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7481
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447-14234
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169-6345

0181-6958
183-7030

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155-5598
169-6355
181-6939
183-7037

164-6163
169-6357

181-6960C
183-7059
208 -7545
219-7901
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227 -8086
236 -8405
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340-10916
535-10803
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CZMso0

CREATED By

MACRC

MACRO CROSS REFERENCE
MACRO NAME
REFERENCES

346-11093

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37%-11779
375-11904
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414-12919
419-13134

PROCF D

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463-14719

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578-11954
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414-12924

441-14108

463-14733

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0171-6391
0171-6387
0227-8128
0240-8498
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0364-11562 0364 -11566
0375-11849 0375-11855
0408-12748 #410-12778
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188-7177
230-8213
246
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356-11406
365-11593
385-12095

SETB
SET4

ON 14-UAN-B82 AT

188-7180
231-8272
266-9098
302-10045
356-11410
367-11656

443-14124

0451-14390
457-14514
€19-1900
0108 -3982

17: 31
PAGE 30
SEQUENCE
396
Vol
CREF

350-11245
367-11646
375-11803
378-11955

413-12865
414-12929
443-14125

467-1489%

0155-5584
0171-6393

0242-8527

350-11257
369-11677
375-11808
380-11986

413-12869
414-12935
448-14284
470-15024

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0244-8591

354-11339
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375-11812
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413-12875
415-12955
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470-15028

#155-5614
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354-11350
371-11712
375-11849
382-12025

413-12881
415-12975
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472-15185

0163-5965
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375-11857
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413-12882
417-12996
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238-8449
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356-11423
3578-11939

153-5476
179-6866
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238-8472
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348-11136
356-11430
380-11976

153-5479
179-6948
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CREATED B

MACRC

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MACRO CROSS REFERENCE

MACRO NAME
SUBTSTY

REFERENCES

0119-4544
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166-6210

PAGE 51
397
SEQUENCE
Vol
CREF

17 31

0144 -5290

2154 -5500
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010-2900
0125-4689

0149-5398
0161 -5866
0192-7218
9212-7692
0221-7983

210-7625

0232-8277

0246 -8667
0258 -8857
0276-9433
#300-9968
0312-10243
0342 -10920
0358-11445

0367-11629

0384 -12031
0406-12706
0461 -14630

244 -8593
408-12741

186-7131

380-11964

380-11966

0154 -5527

0160-5863
0186-7126
#316-10355
#318-10400
0320-10532
9367-11660
0373-11736
0375-11806
0380-11982
9385-12079
#450-14313
0457 -14515
0463-14689
0463-14729
0468-14977
0471-15113
0472-15248

0154-5512
#181-7009
0316-10340
0316-10368
0320-10464
€365-11581
0371-11693
#373-11775
0378-11931
0384-12033
0389-12119
0453-14438
0458-14583
0#463-14710
0468-14951

0154-5514
€181-7013

0154 -35521
€181-7017

0154 -35526
0181-7021
0316-10353
0318-10395
#320-10514
0365-11599
0371-11723
0375-11797
0380-11967
0384 -12053
#419-13054
0455-14474
0463-14672
#463-14723
0468-14963
0471-15104
0472-15192

0463-14671

0217-7837
0223-8010

242 -8547
406-12721

181-7022

0463-14720
0468-14954
0471 -15098
0472-15191

9298 -9950
#310-10185
9339-10856
0354-11342
0364 -11550
0380-11960
0389-12118
0443-14112

0231-8267
0244 -8645
0256 -8847
0274 -9325
92-98
9958
0311-10231
9340-10865
0356-11354
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0382-11990
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181-7020

0365-115%4
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€375-11788
#380-11965
0384 -12047
0414-12931
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0244 -8615
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0216-7784
0223 -8002

#151-5450
0167-6295

406-12711

181-7016

0231 -8239

0151-5438

0164 -6162
0196 -7285

406-12695

181-7012

0316-10341
0316-10369
#320-10491
0365-11584
0371-11694
0375-11787
0378-11948
9384 -12042
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0316-10354
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0320-10524
0367-11630
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0463-14725
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0472-15193

0179-6864

0186-7128
#316-10356
0318-10409
0320-10534
0369-11671
0373-11759
0375-11816
0382-11993
0385-12083
0451-14383
0457-14519
0463-14693
0463-14731
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457 -14537
179-6865
208-7578
371-11716
373-11767
373-11776
457-14543
458-14584
380-11978
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€18-1600
0108-3987
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350-11226

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CZMsDOo

CREATED 8y

MACRO

MACRO CROSS REFERENCE
MACRO NAME
REFERENCES

WHILE
wILEB
$sCALL
SRE TUR

$SUBTS

68-100

018-2100

015-100

#15-3800
0119-4551

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217-7850
225-8024

232-8319
246-8672
258-8870
278-9532
304-10062
3513-10277
346-10989
3558-11456
367-11651
584-12041
408-12747

ON 14-UAN 82 AT

0108-3984

0108-3987

0108
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144-5272

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181-6952
202-7405
217-7872
223-8033

234-8329
248-8680
258-8879
282-9634
304-10069
3513-10283
348-11097
358-11464
369-11666
384-12046
415-12952

470-15002
470-15027
012-7400
0108-3986
0119-4511
157-5618
017-7700
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01 -4600

01-6800
01-5800
01-7300
02-5100
05 -4500
5-1500

€108-3981

0108-3981
0108-3981
0108-3981
0108-3982
€108 -3984
0108 -3984

02-100
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0108 -3982
0108-3982

02 - 7800
02-9300

0108 -3982
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017-100

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€19-2500

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01-2200
01-1500
01-3200

0108 -3984

0108-3984

€108-3981

0108-3981
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0108-3981

17:31
PAGE 32
SEQUENCE
398
CREF
vO1

292-9831

293 9852

293-9889

210-7680
144-5290

210-7688
145-5310

246-8674
147-5360

154-5500
183-7029
204-7443
219-7900
225-8044

236-8376
252-8761
260-8893
284-9667
304-10087
314-10310
350-11203
358-11468
371-11690
384-12052
417-12979
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164-6133

155-5575
184-7106
206-7488
219-7936
225-8052

238-8447
252-8772
262-8936
288-9741
304-10100
316-10330
350-11248
360-11475
373-11732
384-12059
439-14063
166-6170

348-11120
149-5398

155-5593
188-7172
208-7508
219-7954
225-8060

240-8492
252-8784
264-8976
292-9811
306-10108
318-10382
352-11261
362-11504
375-11784
385-12078
439-14075

441-14088

385-12098

161 -5866
192-7218
212-769%92
221-7983
230-8212
244 -8585
254-8821
268-9153
296 -9906
308-10165
339-10841
354-11329
362-11540
378-11919
387-12112

169-6318

184-7075

184-7092

376-11913

441-14103

348-11158
149-5427

163-589%4
194-7248

214-7726
221-7993

231-8259
244-8615
256 -8839
270-9235
298 -9950
310-10185
339-10856
354-11342
364-11550
380-11960
389-12118
443-14112

348-11200
151-5438
164-6162
196
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216-7784
223-8002
231-8267
244 -86A45
256-8847
274-9325
298-9958
311-10231
340-10865
356-11354
365-11579
382-11990
391-12124
44814271

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167-6295
198-7322
217-78%?
223-8010

232-8277
246-8667

258-8857
276-9433
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342-10920
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406-12706
461-14630