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AH-9047E-MC

March 1978

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Document:	CZQMCE0 MS11-K 0-124K MEMORY EXERCISER MAR 1978 bw
Order Number:	AH-9047E-MC
Revision:	000
Pages:	205
Original Filename:	CZQMCE0__MS11-K__0-124K_MEMORY_EXERCISER__AH-9047E-MC__MAR_1978_bw.pdf

OCR Text

CZQMCEO

AH-S047E-MC

MAR

MADEIN USA

BO1
E3F L LI0N0BSEI- . .

00010000

780223

IDENTRORLOTION

=zzs=zzssrx==s=s

PRODUCT

CODE:

AC-9045E
-MC

PRODUCT

NARME:

CZQMCED D-124K

MEmM EXER

PRODUCT DARTE:

FEB 1978

MAINTRINER:

DIAGNOSTIC ENGINEERING

The

1nformation

respensibility

this

document

subject

change

16K

withou!

nclice

erd
sto.ld
not
be
const-ued
as
& Commitment by Digstal Equipment
-orporation.
D:gztol Equipment Corporaticn assumes no
responsibility
for eny arrers that may eppear 1n this document.

squipmant

that

Cepyraght

(c)

“re

foiiowing

not

1975,

are

assumed

for

supplied

1978

trademarks

LICTAL

PDP

UNIBUS

OEC

DECUS

DECTAPE

the

Digital

use

Digital

reliability

Equipment

Digital

MRSSBUS

its

affiliated

softuare

Corporation

Equipment

companies

Corporation:

.PHDRICZQMCESED

00C1000C

?BEEEBDDO
o)

cadMlEC C-i2%

CcOl

€TM EXER bk

Page 2
REVISION HISTORY

Revision A

May

1975

Revisior

October

197S

Pevision

October

1976

Fevision

June

Revisiorn

December

1977

SEQ 00Qe2

O-124k

MEM EXER

D01

16K

Page
3

SEG 0003
OF

CONTENTS

GENERAL PROGRAM INFORMATION.
Pro!ran Purpose

Sysle

(Rbstract)

cqu:rcncnts

TAGS

INIT SP_INIT PF

#
*

VECTOR

&*iiiiil}!i;!;&!iii;i;i

359606 36 30 203038 00 30 00 00 06 6 300 0 30 9006 90 36 %

¥
SET UP SOFTWARE
*
#SWITCH REGISTER IF NO*
»
HARDWARE SWR
*
!l!illi!lll;!llllill!li

JE 0000 06 06 00 00 30 0000 96 00 00 2000 30 36 3

/TYPE

PROGRAM

(ONCE ONLY)

TITLE~/

30006 030 0000 0096 36 00 00 0 36 30 06 3 4 3¢

HAS

PROGRAM

RELOCRTED?

\YES

FRRERRAXEERE

\=-- ........ »*RESTAR(0O2)
*

* 33636 36 36 3000 35 08 30 00 00 00 00 00 08 36 30 3600 38 34 34 3¢
%
**
##
SAVE LOARDERS
ool
**
3]
* 33600 30 30 00 600 06 30 00 36 06 2000 3000 00 0000 36 8 6
<< =4

CZAMCED
SETUP

T22TTTIT
T
2

PAGE 06

SE@ 0023

CZQMCED

SETUP

LO2

G-124K MEM EXER 16K

DECFLO VER

00.07 10-JAN-78 13:19

/" MEFAORY MANAGEMENT \==----memmmemmcemmee

s EXITS AND DESIRED?

I NO

33636 3 36 36 3 3 3 3 6 3 3 3 3 3 3 3 % % 3 % %

i***’lll!li;ll*!l*ll’!l*

i
I
I

*SET UP MEM MGMT. SET =*
#
'MMAVA’ FLAG TYPE
¥
¥
°'KT1l AVAILABLE’
#

[(mmmmmmmm
e
s

v
3 3 3 3 06 3 3 3 3 3 3 3 % % XXX
#
*

¥TURN OFF CACHE *

iii!!lll?***l!lll

PRGE 07

SEQ 0024

CJ:D
|-

CZQMCEQ
0O-124x MEM EXER lbk
M3IF MEMORY

DECFLO VER

00.07 10-JAN-78 13:19

MAPMEM

EREXERERARAEREET ERRRRES

*
#

PE?ET SP SET UP
POINTERS TO MEMORY

*
*

MAP.

2222222 ITTITILZZIZTLL S

3223322222222
28

/TYPE

*MEMORY MRP "/

llll!*l!!ll?l!lil!l

------------------- y1

)
1

3036 06 36 30 3 96 06 36 36 36 36 96 6 38 36 3 3 36 3 3 % %

#* LOCATION (AUTO-INC

#READ AND WRITE MEMORY®

I
1

*
POINTER)
*
2696 36 3696 38 36 36 36 36 36 06 16 36 36 36 3 6 3 3 % % %
1

I
]l
I

v
eeeceeccceccccaca/7END OF R 4K BANK \

=
NO

{< -------- /0F

MEMORY RERCHED?

b
I
I
I

3696 3636 36 36 36 36 36 3 3 36 36 36 36 36 3 36 3 3 3 3% ¥
% SET FLAG IN MARP TO
=
¥
INDICARTE FULL 4K.
*
%
GSAVE RADR POINTERS
*

!*1;*5;4*&*:*1**;**444*

1 YES

I
I
I
1

!iii!liill!;i!illillil!

J(eommmcmr e

%
R

96360696 3 3 06 36 30 36 36 36 3 3 3 3 3 3 2 2 B ¥

itttk

I
v

#ADJUST SP UPDARTE RADP *
* POINTER TC START OF l
NEXT 4K
¥

)

TIMEOUT TRAP

%#-=)>)>>))>3)))))=m===

7 UPDATE POINTERS \

TO NEXT 4K BANK
/ END (128K) REQCHEO’

YES

-----------------

369636 36 36 3 36 3 3 3 36 3 3 3 3 3 3 3 % %

/TYPE INSUFFICIENT /DOES FIRST 16K OF\NO
K
MEMORY EXIST?
\: ------- ;/
MEMORY MESSAGE //
-----------------------

1 YES

EERT ARRAERER
¥GMPR(12)

REERRRERAERER

636 36 3 36 3 36 3 96 36 2 3 3 3% 36 3 % % %

23633
3 3 3 3 3 3 2

*##HALT

'YYtIssI22L;

PRAGE 08

SEQ 0025

CZQMCED
0-124K MEM EXER
MEMORY BYTE MAP ROUTINE

NO2

16K

DECFLO VER

00.07

10-JAN-78

13:19

PAGE 09

SEQ 0026

RARBEREREY
R

SA=220

##TIMOUT

l!il!;!lli!

!
/

MEMORY

\NO

MANAGEMENT?

YES

N
\

MMINIT(SS)

Ty
I
IS S 2T Y]
134
SET UP MEMORY
*%

1
I

i!{i}{ilil&&;llli!lliiii&

::HQNRGEMENT

REGISTERS

(mmmcmcccccccccccca-

SPRINT(63)

398 36 9636 36 38 36 96 36 36 3 96 3 36 3 3 3% 3 %

/TYPE

"BYTE MEMORY

MAP*’

(1222222222222
22 222

000000 00 0O T

2% )

E¥

00000 00 0 0

#_INIT TYPEOUT FLAG
#INIT RDDRESS POINTER
% SET TIMEOUT VECTOR

*
#
#

I IR I Itz
Y
>l

v
FERRBERES CHRERREREREERY

#00 A OF
*»

DATO;

THEN DRTI,»

THEN DATI,

patIP,

DAIOB

TIMEOUT

ERBRABERERAAARERRRABERD

TRAP

£=-=>>3)))>3>>
) mmmmmmmmmee X ]

lillliliiii;i;}il;iiiii

(RO=-1)

/TYPE "FROM" FLAG \NO
SET?

Ilillllii{l;ill!!ilifil

RDJUST SP

1 384

Nmmmmmmmm oo »RBR! mmmmm
\

7 TYPE 70" FLAG
SET"

(RO=0%)

2-12% "EM EXER
codMcEC
MEMCR B 'TE WP ROUTINE

BO3

[6n

DECFLO VER

00.07 10-JAN-78 13:19

FRRERBRRRRRREERERRER

TYPE

“FROMTM

121222222

’'TT )

Yl e

$ 23

COMPLEMENT
TYPEOUT FLARG
(RO)

B0 A

300 U

*
=
*

D et L >1

EREREEREEREERERRE

#UPDRTE RDDRESS *
*

POINTER

3656 3696 3 30 36 3 06 96 36 96 36 06 6 6

vV NOT=
ERE

AR (mmm———— / 4K BANK BOUNDRY?
’

1 YES

/MEMORY MANRGEMENT \

Q¥ (mmm /
R

AVARILABLE"?

1 YES
223333232322
e s el

*
*
UPDARTE MEM MGMT
* REGISTERS + RDDRESS #<

*®

POINTER

(211221212122 22222221222 23

111

o1
111

TyYPt RDODRESS-1

RREERRRERRERERREERE

EEERREERRRRERERRY

¥
*#
*

STYPRD(63)

STYPRD(B3)

TYPE ADDRESS

=T0"
/

222222223222
12 221223
7/

TYPE

FRERRRBRRBBRRRERERY

l!ll!!llll!;illil!&

SEQ 0027

SPRINT (63}

SPRINT(83)

EEFRRRRRAERERTRARERE
7

PRGE 10

———

CZ@MCED

CO3

D-124K MEM EXER 16K

HEHORY BYTE MAP ROUTINE

/ TYPE "T0” FLRG

SET? RO=0

\ \-=-ceecea-

TYPE "TO"

// TYPE ARDDRESS-1 //

Illiilllll!;:llllll
v

SRERERNBEEE

#EHRLT

L 2 3

L1122214
2) 1]

%
1

1
i

396 95 96 36 3 3 8 36 38 5 06 96 9 3 396 3 3 3%

Y YIIYIIYITITIITITZE R 222 )
/
/
l!lllllllli;!!ll!ll

\NO

1 YES
/

DECFLO VER

00.07

10-JRN-?7

8 13:13 PRGE 11

SEQ 0028

D03

D-124K MEM EXER 16K

MRP PARITY REGISTERS

DECFLO VER

00.07 10-JAN-78 13:19

PAGE 12

ERERERRRRERY

#*GMPR(08)

1222
TTT LT

GMPR

RS CRE
ERERERRERRRRRRRERE

#SET UP TRBLE POINTERS#*
:SET UP TIMEOUT VECTOR:

t1222223222211
22222 222 4

GMPRRA

2222223 TT2LILLL

(T2

CLEAR FLAG.

TEST

TIMEOUT

236903 2 3 3 00 6 30 06 30 38 3636 06 0 3 06 36 3 % %
1

Y TTYIYTTITITII T IIITSTIEI2Y ]

#SAVE REGISTER RDR IN *

# SECOND TRBLE
#

TIMEOUT

TRAP

Ee=)>)>I03))))))) mmmmm

(MPRX)

GCMPRB

e
1

FERRFERRE
- REEARERREERER

* ADJUST sP.

SET FLAG =

%70 INDI?QTE REG*STER #*
®

NOT

PRESEN

l!!i!lllll!?llil!lflill
1

!;;lii;iiii;i!;!ii}!i;;

< ..................................

GMPRC
.......... ¢

/CLEAR MAP.
"TABLE

END

I IS

TARBLE

(MPRX)

RESET

I S22

TERMINATE SECOND

TIMEOUT VECTOR

ANY PARITY

REGISTERS

IS 22 2 22 ]

OF\

REACHED?

FOUND?

\NO

\---——=c-cccccceccnccea—=-

FRERFERERARBEAREEERY

YES

e TR

)

L o L L

CoOMCED

s/ TYPE “NO MEMORY
7/ PARITY REGISTERS

FOUND*TM

lllllillllllillllll
I

v
HRERRREARERRE

2MANURL (1S)»

RERRERERAERE

’

SEQ 00es

16K

DECFLO VER

EREREEEERREERRENERERNER
¥

INIT

ALL

REGISTERS

SET UP POINTERS

2222
IRT
22

MAPRB

I
v

ERRERERERRRRRERERRRRREY

#WRITE

WRONG PRARITY

IN#

: EACH BANK OF MEMORY *
*

ll!llilllll;llll{llilll

3306 3 3 0 36 36 36 36 06 36 90 96 36 0 30 06 3 2 3 2

FIND WHICH REGISTER

:CONTROLS WHICH BRMNK.

i IITI2TTTTILI2 22222222

TMARP

Y
REREREREERREERRRREREE

#TYPE

PRRITY REGISTER

RDDRESS

12222222 TITITITZTITLZ 22

I
v

TYPMAP (62)

FREERABERERREERRERERRRREE

¢ TYPE MAP OF MEMORY
#% CONTROLLED BY EARCH
L2
REGISTER

=&
*%

P 0 Pt D=t D=

EEBRERRFRERERNRRRRERRERER

00t =t

D-124k MEM EXER

CoQMCEQ

MRP PARRITY MEMORY

EO3

00.07 10-JAN-78 13:19

PRGE

SEQ 0030

CZ@QMCEC

TEST

O-124K MEM EXER

PARITY REGISTERS

FO3

16K

DECFLO VER

00.07 10-JRAN-78 13:19

PRGE

CTRLS

ERERERARERERERRRNRERERE
*
*

-------- >RCLERR PAPITY

I
)¢
I
1
1
I
1
1
1

1
1

*
SET AND CLEAR
¥
¥NON-RESERVED BITS OF #

RERREENERD
R RRRHRRRRRER

)¢
)t
1
¢
)t
I
1
1
1
)¢
I
1

»
T2
TZTIIZ 22222 2.

SERROR(63)

IILIY

ERROR: REGISTER
DOESN’'T CLERR

%%
%

*%
'Y
EERFEARNFERRERRRERREEEERER

I
22ITTTTTTTIITTITL SRS

REGISTERS

\NO

SERROR(B3)

SIS

IR L

2% ERROR: BIT STUCK
REGISTER
--------- S#¥

IN =
®¥

*%
¥y
tZ222XI222222222222222
2222

RESCHK

ERERRRERRRERERERRRRRE

#
SET BITS IN ALL
*
:REGISTERS. DO "RESET“:
LA A RER
ARBARRRFERRRRRREAR

SERROR (b3

I'd

ALL REGISTERS
CLEARED”

rves

RERAERRRARBEARERERARRRERRE

\NO
#%# ERROR: RESET FRILED #=#
TO CLERR REGISTER
#»
== -------- >##
\

lllil!l!lili;!iill*llllil

SEG 0031

GO3

<ZQM CEQ
O-l1g4k MEM EXER 1bK
JSER PRRAMETER SELECTION SECTION

DECFLO VER

00.07 10-JAN-78 13:19

ERERRRRRARE

¥ #MANUARL

1322 TTTT L

MANURL

SPRINT(63)

(2222232 222T2T 22222 L

/TYPE:

"ADDRESS

IN /

FLAG SET?

2o
T =)

==m=m=e—cmo—moocecemoo-

------- >/ UNMAPPED MEMORY" /=-====c==----=-a=ucs)] YES
p

N\=mmmmm===——omomooee-

;

MANULL

ERRERRRNRRRARRRRERR

$RDOCT (63)

FREXERBEEHERRERREERR
/

T e T

/
/

/GET FIRST RDDRESS

’

/FIRST ADDRESS IN \
NO
(m m mcem e /"
MAPPED MEMORY?

T e

T e L

RERRERRAREERERERERY

7/ GET LAST RDDRESS ~
/7

BN
ERERRERERRHRAER

NO
7
LAST
---------- 7/ HIGHER

ADDRESS
\
THAN FIRST

RDDRESS?

------------------------------------- 7

Malalalalal

TR 2L
IZTIZ2TITTTITTZT
/

~/ LAST ADDRESS

MAPPED MEMORY?

FRFRRRERAERERRRERER
TR

GEY SELECTABLE
CONSTANT

RERRAEEREEERRELERES

o
mrm
e
l<-——————m
St
—t 4

ol ol

Lol ol ol Ll ]

]

] e

I YES
SRDOCT (63)
v

PRGE 1S

SEQ 0032

CCQMCED
STRRT]:

0-124k MEM EXER
START OF PRSS

HO3

18k

DECFLO VER

00.07

10-JAN-78

13:19

PAGE

1Y)
SEQ@ 0033

MANUL2

YT T I3

MAKE

NECESSARY

*ADJUSTMENTS TQ FIRST *
¥ AND LAST ADDRESSES
*

L L
TR I AT I
2R

00 36 38 30 330 3¢
3363030

¥XSTART]1

ERERERREEEE

I
START}

FHEE RN
RN

#INITIALIZE EVERYTING

FOR R NEW PRSS

®
*
22T
IT
LI 222 2

!
)¢
I

O0-124K MEM EXER 186K

RDDFESS TESTS.

I03
TEST

TST1

DECFLO VER

(.77 10-JAN-78 13:19

PAGE 17

INITMM(SS)

I TYTIIITITITITIZITITILSITTTT
LR 24

*a INITIQLIZE ADDRESS

POINTERS

»%
e Yl

PY
1121 2222222222222

¥
WRITE PHYSICAL
*
lQDDRESS VALUE IN ERCH*

WORD LOCATION

!l!llil!lll!llllil!!l!l

1
v

MMUP (S6)

RS
ERNERBFRERRREREREEARELE

MEMORY

*%
¥

UPDATE RADDRESS
POINTERS

2
T

»%
'Y
336 3 9696 38 36 96 96 36 30 06 36 3 36 3 36 36 36 3 36 36 3 % %

IDONE

INITDN(5S)

06 3 06 26 06 3 M 0
030
30 06 00 00 30 06 30
3000

INITIRLIZE RADDRESS

»%

POINTERS

ool

X%
5
L
222 IL
22T TTITITITR

SERROR(63)

MORE MEMORY

DOES ERCH
LOCATION HAVE

RDDRESS VALUE?

P22

UPDRTE ADDRESS

POINTERS

\NO
\mmmmm——\

MMDOWN156)

TSI

2L ]

ool
xg

EERAERRRRRRRABRRARARFHRES

IDONE

2T IIITILIZILILLILLILL
RS L

##ERROR:
!:

NOT

ADDRESS VALUE
IN LOCRTION

*
12
RREFERRERRERARERRERRFIARER

SEQ 0034

CZQMCEQ

TEST

0O-124K MEM EXER

Ja3

186K

TST2

DECFLO VER

00.07

10-JAN-78

1!3:19

PAGE

INITMM(S5)

33630 306 0000 06 00 06 06 30 00 00 30 00 06 00 06 0 06 00 06 2

INITIARLIZE

ADDRESS

#%»

2
1
POINTERS
%
%
lll!llllllli;lllilll!lll!
............................. >

1
I

i
I
I
1

)¢
1

333600 30 00 00 0300 00 30 00 00 06 00 0 00 00 24 2

#
RITE PHYSICAL
*
#PDDRESS VALUE IN EACHX

BYTE LOCATION

ITEITE

TSRS 22222222

MMUP (SB)

3363008 3600 00 00 00 00 00 00 30 30 06 00 30 30 30 30 30 3 3

1
MORE MEMORY
x¥¥
------------------ ¥

UPDATE ADDRESS
POINTERS

336000003 00 00 3 0 00 00 30 00 30 30 0

IDONE

1222

TRy

ool
3

INITON(SS)

bRttt

INITIALIZE ADDRESS

POINTERS

E 3

X%
'Y
HEEERE RN
IR

----------------------------- 1
Y
%

)
I

I
I

1
I

SERROR(83)

B4 3608 36 06 36 30 30 06 00 06 30 06 00 00 00 30 00 00 0 0 0 0

/ DOES EACH BYTE
LOCRTION HAVE
RADDRESS VALUE?

\NO
\mmmm————
\

1 YES
(e

MMDOWN(56)

3936 3 3 36 3 96 06 36 36 3 36 36 36 3 3 3 3 06 3 3 3 3 %

I
MORE MEMORY
%%
------------------ ¥

UPDARTE ADDRESS
POINTERS

£2
*%

®#
' 2
Y Y2222 22222222

IDONE
1
1
)

¥¥ERROR:

>::NOT

RDDRESS VALUE *x

IN BYTE

LOCATION

l:
¥

B3 36063690 0600 36 00 00 06 00 00 00 00 00 00 06 06 00 06 06 06 0

SEQ@ 0035

CZOMCEQ

TEST

0-124K MEM EXER

KO3

16K

TST3

Lokl

DECFLO VER

00.07

10-JAN-78

13:19

PRGE

INITDN(SS)

eI TSI
TSI ST L L

INITIALIZE

ADDRESS

POINTERS

Lol

23
%%
22
2222222222222

I
b
I
I
I
I
I
{

3300630 30 3600 30030 00 0000 0000 06 00 2 230 30 30 3

*
¥
%

WRITE ONE'S
COMPLEMENT OF ADR
INTO WORD LOCATION

*
*
%

30308 300 U0 3 30 3 3 3 33 0 2

I
v

MORE MEMORY

MMOOWN(S6)

33606 3¢ 3038 30 00 00 00 00 30 00 0 30 30 90 30 00 0600 3 2 2

¥%

UPDATE ADDRESS

POINTERS

ool

33
¥
li!l!&l!llll;ll!llllli*ll

DONE

INITMM(5S)

ERIEE
R RRRRERRERRAY
HEERRR

¥%
)

INITIRLI_E RADDRESS
PC " NTERS

#x
2

e
%
69636 36 3 3 3 36 38 36 38 3 36 36 36 3 3 3 3 396 9 3 3 %
___________ )I

I
I
1
1
I
I
I
I
%

7/ DOES ERCH WORD
\NO
/HAVE COMPLEMENT OF \---==---

ADR.

VALUE?
I YES

MMUP (56)

MORE MEMORY

6003 3630 3 3 96 9695 36 36 36 36 36 36 36 36 3 36 % % 3 ¥

2
»

e
Y Y Y I

UPDATE RADDRESS
POINTERS
I

¥
T YY)

IOONE
1
I
I

\.l

'3
*%

SERROR(B3)

00060000 0000 00 0000 00 00 00 00 30 00 36 30 30 30 20 0

#¥EPROR: COMPLEMENT OF xx
>§:RDR. NOT IN WORD LOC. #x

11
*
00 00 0000 00 00 00 26 2 2
300000 0000 0060090
3303060

193

SEG 0036

CZOMCED

TEST 4

LO3

0-12-K MEM EXER 16k

TSTY

DECFLO VER

00.07 10-JAN-78 13:19

PRGE 20

INITMM(SS)

RN
I
NI RENLR
BR

INITIALIZE RADDRESS

POINTERS

%
'Y
llllllll!lll;l!lilll!li!l
............................ )

30360 03 0630 3 003 30 96 08 36 6 36 36 0 ¥ 2

»*

1
I

llil!ll!lll?l&lll!l!l!l

3596 96 38 36 96 3 36 36 3 36 36 36 36 36 38 36 36 96 3 3 3 3% 3% %

)

I
I

% WRITE BANK # VALUE

»*

INTO ERCH BYTE
LOCRTION
v

I
MORE MEMORY
12
------------------ x ¥

MMUP (56)

UPDATE RADDRESS
POINTERS

*¥
2

'Y)
*¥
36 . 3638 36 36 96 38 36 36 96 3 36 36 36 3 38 3 3 3 3 % %

IDONE
v

INITMM(SS)

3000000 00 0 00300000003

INITIRLIZE RDORESS
POINTERS

#%
::

##
::

lll!llll’l!l;!llll!ll!ll!
............................. »

I
%
1

SERROR(63)

e
S e
s

)

/ DOEE ?flCH gYTE \No
HAV

TS BANK

VALUE?

N\-=-=-----

-----------------------

1 YES

LR
ERERAEREERRERERRERFFEER

% FRROR: BANK 8 VALUE #*»x

>RE

NOT IN _OCATION

T 2
ZIZT
T L
22T TTTZITTITITTI

UPDRTE ADDRESS
POINTERS

»x
']
RERFRRBEEERBERRERREREERRE

%DONE
I
I

REENRERERRRERBERRRERER LR

it I
T
MMUP (S6)
Vv

SEQ 0037

CZGMCEO

TEST

0O-124k MEM EXER

MO3

16K

DECFLO VER

00.07

10-JAN-78

13:19

PRGE 21

INITDN( §S)

TSTS

303606 3 36 3 36 36 06 36 06 06 36 36 38 36 06 3 36 06 3 3 3 ¥ %

#%
3
'Y

INITIALIZE RDDRESS
POINTERS

¥
%
*%

3360606 96 36 36 06 90 36 36 3 36 46 36 36 36 36 36 3 3 3 % 3 %

3969000 30 30 0030 30 30 00 00 30 06 00 0 30 3036 36 3 %

)¢
)¢

*WRITE 1'S COMPLEMENT #
¥ OF BANK NUMBER INTO *

*lll!lillll;lll!!!lii&l

1
I
I

3636 3 3 3 3 36 36 36 36 36 3 3 3 3 3 3 % 3 3 % % % % %

BYTE LOCATION

MMDOWN( 5&)

¥
¥

UPDATE RDDRESS
POINTERS

¥¥
MORE MEMORY
------------------ X%

*¥
*%
33 3 36 3 36 3 36 3 3 36 36 3 3% 3 3 3 3 3 3 3 3 3 ¥ X

IS T

2 I3

¥*
bl

IDONE
v
LTI

INITDN( SS)

ST ST L 2

INITIALIZE ADDRESS
POINTERS

x#
ool

t2 4
%%
ill!!!Il{!ll;llllifi!l!l*!
............................. b

/ DOES ERCH BYTE

I
}

)¢
1
I

SERROR(63)

%
/HRVE

SONPL

MENT

BANK VALUE?
I

¥%ERROR: COMPLEMENT OF
\-- --------- >#% BANK 8 NOT IN BYTE

\NO
\

YES

J(omomoee
e
MMDOWN( S6)
v

336 36 3 3 3 3 3 3 3 06 36 3 B 3 B 2 3 5 3 2 3 X X

I
MORE MEMORY
#¥
----------------- bl
E1

UPDRTE ADDRESS
POINTERS

bl
Ldd

23309 36 06 36 36 3 3 98 3 3 0 3 3 3 2t 3 5t 3 3 3 % %

IDONE
I
I
I

LLL S
I T
TTTTITTTEIITTISITIT

LOC

»&

Illllfll!!illi!illll!illi

SEQ 0038

NO3
TEST &
TSTH

DECFLO VER

INITMM(SS)

306 06 3 0 30 0000 0000 06 00 00 0036 00 00 00 0 6 06 2 3

¥»

%%
*%

INITIALIZE RADDRESS

POINTERS

ool
23

X
ERRREEPHBNEAAERRRRERRRES

I
1

33600 30 3 0000000 00 00 06 30 0

0000

2 2

)¢
)¢

*WRITE A CONSTANT INTO#*
#ALL LOCATIONS. (USER #

30600 306 300 00 00 06 00 00 00 00030 000 00 8

1
I
¢

2R X L]
tIIIXTITIIITIILILIZIIIZZIS

SELECTRBLE)
I
v

MORE MEMORY
#¥
------------------ ¥

MMUP (S6)

UPDATE ADDRESS
POINTER

#»
»

%%
%%
3 36 3 3 36 3 3 3 36 3 3 3 3 36 3 9 3 3 3 3 B X% K%

IDONE

00.07 10-JAN-78 13:19

PRAGE 22

SEQ 0039
HD-CHHHHHHHD—‘HHHHMHHHHHHHHHHHHHHHHHMHHHHHHHHHH.— 0=t 4 0= P4 04 =4 b b4 g I—4

_0-124K _MEM EXER 16K
2: WORSE CASE NOISE TESTS.

a0
Pt 4

MC 0
T ION

TEST

D-l12%k MEM EXER

BO4

16k

IST?
FERR

R AR

R R RN

10-JRAN-78

13:19

PRGE 23

R R RS

#»

POINTERS

[ 1]

00.07

INTTMM( 85)

INITIARLIZE RDORESS

DECFLO VER

[24

l.llllllll!l;llllllllIlll
............................. )

1
1
1
I
I

CONSTANT FROM

T5TB_IN ALL

LOCATIONS?

SERROR(63)

I22IITTITITILT
SN
Y T2 2

\NO

I YES
[¢-==eooaonee
v
MMUP (56 )

(2222222221223
22 322222224

I
MORE MEMORY
#¥
------------------ s

UPDATE ADDRESS
POINTERS

#¥
s

%
*%
(2212222212222 222822222224

1DONE

/LOOP ON

TEST &

WR?

##ERROR:

\-- --------- >##TSTE

IN\YES

CONSTANT FROM x#

NOT

LOCRTION

#»
3

EERERERRARBRRRRRRREC
RRRER

SEQ 00v0
O 0l D D 0 D 0 Dt Dt 0 Dt Dt Dl D 5l Dl 0t Dl 9l D D Dot D Dt 0= 04 D—¢

CoOMCED

TEST

1IC

co4

0O-124K MEM EXER 16K

DECFLO VER

00.07 10-JAN-78 13:19

PRGE 24

TST10
(2232222322322
322 33 L2222

SET UP ?QTR TRBLE
POINTER

tI222222I2

1
1
1
)
1
1
1
1
I
1

]

1222222222222

CKPMER(B1)

2233 Ryttt
bt

##CHECK FOR RNY MEMORY #x

'3,

PRARITY ERRORS

t22II2IL

t24

*¥

221222222222 2222

v
YTITITITITIITITILITIT
IS

#GET

DATR PATTERN

FROM#

TABLE

*
*
t122X22222 2222222222222

3696 36 36 36 36 3 36 36 36 36 36 96 96 9 3 36 3 3 36 3 % 3 % %

b
1

1
v

1
1

INITMM(SS)

#% INITIARLI
ADDRESS
*3
POINTERS

£ 2]

b
%

END OF TRBLE

*x
%

*¥

ll!llllll!ll;llli!!!;lll!

............................. )

i
I

6360696 36 06 36 36 36 36 36 36 3 36 36 3 3 36 36 3 U 2

#PUT DATR INTO MEMORY *

5{;!*!}{115;;&;!;*!&1;*

1
I

I
1

1
Il
I
1
1

1
1

1
I

LOCARTION

SERROR(63)

ececscecccce—e————

2696 0008 036 08 96 36 36 6 36 96 36 36 96 3 96 3 38 96 3 0 % 3

/DRTR JUST WRITTENANO
*x
K?
\=—-ceccene= > #2ERROR:

esmccccsccceccec—e—am—-

1 YES
J(rmmmmrrrrcrce

MMUP (SB)

ERREREEREERRFRERERERREEEY

1
MORE MEMORY
*¥
emecccccccccereea- %%
%

UPDATE ADDRESS
POINTERS

*¥
*%
¥

(1222222232222 22222223 2224

DONE

DATRA CHANGED.

Ty
=

B30 03 06006 B30 033U

1
eI

O 0 Dt 0t D D D ng D B D Dt D D Dt Dl 9l -t D Dt Bl g D D P Dt Pt bt e lal ol ol ot )

CZQMCED

SEQ O0M1

CZOMCED
TEST

D-124K MEM EXER

DO4

16K

DECFLO VER

00.07 10-JAN-78 13:19 PAGE 25

SEQ 0042

11
-

1
v

TST11

SETCON(5?7)

B30 3000 00 30000 00 00 0000 00 0 00 30 00 00 0000 6 6 0 2

##PUT ALL

ool

ONE'S

MEMORY

IN ALL

*»

¥
*a
!!!iiililgi;;i;lii;i;;i;;

INITMM(SS)

BRRRREBABEREERERREREEREEE

INITIARLIZE RDDRESS

*¥
e
POCINTERS
3
e
llllllllllll;llllll!!llll
----------- )

ROTATE (57)

338360 00 00 000 30 00 000 3000 0 36 36 30 3600 36 0 B

CLEAR C-BIT AND_ = #x

##ROTATE

ool

THROUGH TWO**

BYTES

lll§!lllll§l:lllIllllllll

SERROR(63)

-----------------

/s C-BIT CLERR AND \NO

-1 IN MEMORY
LOCARTION?
I(YES

MORE MEMORY

MMUP(S6)

3
000
OO0 B
30000

¥%
13

UPDRTE RDORESS
POINTERS

3
T2

ool
Lol

3
ITIIITIZ S22 2 25

IDONE
1
I

\——emmmeeeea bx 1
'3
\

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

2636 3 3636 36 36 36 36 36 36 96 36 36 36 06 36 36 36 96 3 3 3 3 %

ERROR:

ROTATING O

FRILED.

t2
e

EIEN TR RN RNRERR

EO4

0-124K MEM EXER 16K

DECFLO VER

00.07 10-JAN-78 13:19

PRAGE 26

SETCON(S?)

TST12

FERBERERRERRREREEERRREERR

#2PUT

ALL

ZEROS

MEMORY

RLL

%
%%
363638 3 36 36 36 36 36 36 36 36 96 4 3 3 96 9 3 3 36 3 3 3 %

INITMM(SS)

FERERRNARRREERERERELEEREE

INITIALIZE RADDRESS

POINTERS

*¥
%
3636 36 36 36 3 363 96 36 36 36 36 36 36 36 96 36 3 36 3 3 % 2

12T

I
v

ROTATE(S7)

ITTINTTIIZ I SIS 2L

¥#SET C-BIT AND ROTATE ##

#¥IT

THROUGH

TWO BYTES

363 36 36 3 36 36 3 36 3 36 98 3 3 3 36 36 3 3 3 3 3 3 2 %

SERROR(B3)

- —

——

C-BIT

3960636 3 063 36 36 36 36 00 36 06 00 36 06 06 36 3 00 30 6 0 36

SET AND O

\NO

/IN MEMORY LOCRTION°\: ------

MORE MEMORY

MML'P(56)

B30 00 06 0000 46 00 30 30 00 00 30 36 30 00 30 30 3000 0 300 3

UPDATE

RDORESS

POINTERS

2
BEI0E 06 06 0 300 0000000 06

IDONE

TES

[l
no

ool

ERROR:

ROTATING 1

FRILED

»=

»a
%
ERREREREE
BRI NN R NER

SEQ 0043

X0R 9

FOu4

16K

TST13

#%
e

DECFLO VER

00.07 10-JAN-78

13:19

PRGE 27

INT TMM( 55)

636 36 36 36 000 00 00 3000 00 00 00 00 00 000 00 06 26 2

INITIALIZE RODRESS
POINTERS

%%
23

¥
%
l!l!l!llllll:llllll!!l!ll
----------------------------- )

BRI

W3XS8(57 )

WRITE 256.

£1

WORD

BLOCKS HITH

4&1;&5&*&{#!;5l&i;*ii}i*i

I
MORE MEMORY
1
------------- ::

EEE

MMUP (56 )

N RN AN

UPDATE RDDRESS
POINTERS

ENES

t2
::

ll!ll!llllll:;llllll!!!ll

0 NE

INITMM( 55)

2696 96 36 36 96 36 96 36 96 3 96 36 36 3 3 36 3 36 3636 3 3% % %

FYY

INITIARLIZE ADDRESS

POINTERS

%%
¥
36 36 96 3 36 36 36 3 96 36 9 36 06 36 36 36 96 36 36 36 3 3 3% %

SERROR(63)

llllll*lll!!!il!ll!!l!l**

#¥

--------- > ¥x

ERROR:

3 XOR 9

PATTERN FAILURE

#¥

3636 36 3 3 3 3 3 3 3¢ 3t 36 3 3 3 3 3 3 3 3 ¥ % ¥ % %

MMUP (56 )

336 36 36 3 36 3 36 38 3 3 3 3 3 3 3 3 3 3 3 3 % 3 % %

#¥
MORE MEMORY
------------------ %

UPDATE ADDRESS
POINTERS

¥
%

%
%
33636 36 36 36 36 36 36 3 36 36 36 0 3 36 36 2 B J 3 2 3 X %
« At
= Py

-124K MEM EXER

DONE

SEQ 0044

CZAMCE 0
TEST 1 3:

GO4

0-124K MEM EXER 16K
3 XOR 9

DECFLO VER

00.07

10-JAN-78 13:19

PRGE 28

INITMM(SS)

LT ST L
I
TS ARSI
s3

INITIALIZE

ADDRESS

*%
* 3%
POINTERS
* %
%3
i!ll*lll’lll?il}llll'illl

----------------------------- )

1
I

\NO

\———————

DATA OK?

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

*
Y 2 )

ERROR: 3 XOR 9
FRILURE

T
2)

%%
'Y
33 3 3 36 36 38 30 36 3 3 3 3 3 3 3 3 % 3 2 3 3 3 3 %

1 YES

1
%

3 36 3 3 36 3 3 36 3 3 2 3 3 % % %

®#COMPLEMENT DATA*
liliil!l?llllllll

33000 30 0 00006 00 B

1
1

\N9

\ emmm——m

DRTA 0OK?

SERROR(63)

33630000 0 2 3 300 0

#%ERROR: COMPLEMENTED
> ¥
XOR 9 FRILURE

3#%
*a

X
3
236 3 36 38 3 36 3 96 3 3 3 3 3 3 3 3 3 3 3 3 3 3% % 2%

I YES

ke
T

3 36 3 3 3 3 2 3t 3 3 3 % 3 3% 3% 3% %

{

#COMPLEMENT DQTQ:

}

*!li!*i*;l!l*llll

(ORI

I
I

1
i
1

308 390 36 3 3696 36 36 36 36 36 36 36 36 36 06 36 3 3 3 36 % %

SERROR(63)

3636 96 36 3 36 36 3 36 36 16 36 3 36 36 36 36 96 6 36 3 3 3 % X

\NO
\=wm————

DATA 0OK?

1 YES
J(mrmmrr

MORE MEMORY

SERROR(63)

MMUP (S6)

3 3 3 3 36 3 36 3 3 3 3 3 3% 3 3 3 3 3 3 3% 3% % % ¥ %

£33

----------------- *%

* %

UPDATE ADDRESS
POINTERS

£3

22 2
RIS EIE
P R RITTIT

I
IDONE

ERROR:

TWICE

>%%COMPLEMENTED 3 XOR 9

£2

FARILURE

%
x»

2636 36 36 36 96 36 36 36 36 96 36 36 38 3 36 36 36 36 36 3 3 % % %

SEQ 0045

TEST

14:

O0-124K MEM EXER

3 XOR 9

HO4

16K

TSTiY

330363 0 BT 0000

¥%

DECFLO VER

00.07

10-JAN-78

13:19

PRGE 29

INITMM(SS)
2

INITIALIZE RODRESS

POINTERS

%%
%
lllill!!l!llllllllll!*lll

)¢
1

3062696 36

1 2]

%
1
1

W3X9(S7)

36 36 36 06 00 06 00 96 6 30 36 30 06 00 06 0 3 3

WRITE 256.

WORD

BLOCKS H&TH

{&5**&{!#!1&5!#&#!&ii!;f{
%

MMUP (56)

336060 96 3 36 06 0600 06 06 3 30 00 0006 00 8 6 0 3

1
MORE MEMORY
%%
------------------ xe

UPDATE RDDRESS
POINTERS

t2
x*

363636 36 06 96 96 36 3030 36 36 36 36 06 36 30 36 06 06 36 36 36 36 %

IDONE
v

INITMM(SS)

B30 3606 06 330 30 30 06 30 30 06 0 3036 30 00 00 30

Lol INITIRLIZE ADDRESS
12

POINTERS

36 2 4 3

*¥

%%
%%
!!!l«l!!!l!!!?ll!!!l!llli&
............................. )

$ERROR(B3)

\NO
/256u?RD B&QCKS

/ -1,-1,-1 -1,0,0,0, 0 \

1 YES

)

I
b

MMUP (56)

363 36 36 3 36 3 3 3 3 3 3 3 3% 2 3 3 3 3 3 3 3 ¥ * %

I
MORE MEMORY
*
------------------ x%

UPDATE RDDRESS
POINTERS

*%
x%

*¥
%%
30 36 3 3 36 J 36 36 3 3 3 % 3 3 % % & %% XX R
36462

IDONE

el
l el o] ol

CZOMCED

EEEEREEREARRERNR
AP HARNA

> R%

RROR:

QTTERN

3 XOR 9

FRILURE

#»

*a
x¥
ERRFARRFRARRERERRBARRERAE

SEG 0046

104

DECFLO VER

00.07

10-JAN-78

13:19

PAGE 30

INITMM(55)

3696 363 6 3 000 30 00 00 30 00 0 030 00 0000 00 8 06 30 30 3¢

INITIRLI%%EsgDRESS
PO1

*
3

3]
%%

'Y)
%%
l!lillllllll;ilIi!!!l!l**
----------- ]
.................

DATA OK?

SERROR(63)

FERERBEREREEEEREREEREEEER

\NO

£ 1]

\emcemm
e ——— ) 2

-----------------------

ERROR:

3 XOR 9

FRILURE

J36 3606036 36 36 36 36 36 36 06 96 36 36 36 6 30 06 36 3 3 3 3

I YES
1
6(- -------------------------------- 1

6338 36 98 96 36 96 36 3 3 36 36 3 3% 2 %
*
*

:COHPLEHENT DRTQ=
Illl!ill;il!!llil

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

DRTAR 0K?

SERROR(B3)

\NO
\mmmemm

\
/
-----------------------

3336 36 36 36 06 36 36 36 36 96 36 36 36 36 36 36 3 3 3 3 % % %

##ERROR: COMPLEMENTED 3#x
e > ¥R
XOR 9 FAILURE
2
'Y
e
3363 3636 36 06 36 36 3 36 96 36 36 36 96 36 36 36 36 3 3 4 % %

I
1 YES
v( --------------------------------- I

63036 96 96 36 36 3 36 36 36 36 3 3 3 3 %

»*

:COHPLEHENT DATA*
®

llli!l!l?l!li!ll!

-----------------

SERRCR(63)

\NO
\

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

MORE MEMORY

0363

MMUP (56)

36 9630 30 3036 3 0 90 36 00 36 36 36 36 2 0 38 3 36 3

UPDATE

ADDRESS

POINTERS

bobl

X%
e
IZZSL L LY
ITT22222

I
IDONE

ERROR:

TWICE

\memmm > %#COMPLEMENTED 3 XOR 9 x=»

DATR OK?
I YES
J(emmrmrr

6339696 36 36 96 36 30 36 96 36 36 36 36 3 36 36 36 3 3 3 % %

FRILURE

0633
I 263 06 00 0 30 0606 36 36 06 36 36 3 26 % R

1
eI

SEQ 0047

CZAMCEQ

TEST

1S:

Jo4

0-124K MEM EYER 16K
3 XOR 9 (FOR PARITY)

TST1S

DECFLO VER

00.07 10-JAN-78

13:19

PRGE 31

INITMM(S5)

BN
RN I
NN

INITIALIZE RADDRESS

POINTERS

%%
%
lll**-lll!l!;l!l!illll!ll
............................. >

W3X3.57)

3636 36 36 36 36 36 96 36 3 36 36 36 36 36 36 36 3 3 3 3 3 % % ¥

%%
WRITE 256. WORD
»
#% BLOCKS WITH 401 AND x»

1
1

1
%

%%
-1
%%
ll!!ll!llll!;llllllllll!!

MMUP (S6)

)

363696 36 36 96 36 36 36 36 36 36 36 96 96 36 06 36 3 J6 38 % % 3 %

MORE MEMORY
x%
------------------ X%

UPDRTE ADDRESS
POINTERS

¥
%

%%
*%
3 36 3 36 3 3 36 3 3 3 3 36 36 3 3 3 3 30 2 33 3 3 % X

IDONE
INITMM(SS)
v

363636 36 06 38 36 06 06 38 38 36 36 06 36 36 36 36 36 30 36 34 36 34 3

INITIALIZE

ADDRESS

POINTERS

*¥

x%
%y
lllllilllll!;lllll**{llli
............................. >

}

I
1

/256. WORD BLOCKS \NO
/ WRITTEN NITH 401

)¢
I

MORE MEMORY

P22

------------------ el

MMUP (SB)

IS ISR AT

UPDRTE ADDRF<~

POINTERS

13
3
L
P22222222332

IDONE
)¢
I
I
)¢
I

ERROR:

3 XOR 9

PQTTERN FRILURE

*%
T

%%
*%
063608 06 36 06 36 36 36 36 36 06 36 96 36 3 0 36 3 3 D 3 2 %

I YES

)

1
1

> %%

AND -1?

{
SERROR(£3)
;iiil**i*li*11&;***1*15**

SEG 00u4e

C2QMCED

TEST

15:

KO4

0-124K MEM EXER 16K
3 XOR 9 (FOR PARITY)

DECFLO VER

00.07 10-JAN-78 13:19

PP"T 32

INITMM(SS)

23696 36 36 3 36 36 36 36 38 3 30 36 3 3 3 36 3 2 3 3 % % %

INITIALIZE

£2

RDDRESS

POINTERS

x»

't
¥%
llll*l!l*lll?!llll!*!!§!l

............................. >

SERROR(63)

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

1
1
{

*%
\NO
\-- --------- PR

DATAR 0K?

1 YES

3836 3636 36 36 3 36 36 3 96 36 3 36 36 36 3 96 36 36 % 3 % 3 %

3363 3636 36 06 36 6 36 36 36 3 3 % % %

:COMPLEMENT DRTQ:

!li*ll!l;!!iill!!

\NO
\--

DRTA 0OK?

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

YES

(mmemm

*ll!l**!?!ll**lll

SERROR(63)

eeemmccecem——————

1
I

%
*%
B30I 0006 0006 0006 0606 0606 06 0600 06 00 06 00 30 0 0 ¢

:COMPLEMENT DRTQ:

I
I
1

##ERROR: COMPLEMENTED 3%#
> %3
XOR 9 FRILURE
ool

363636 3 363630 98 36 30 00 6 36 36 30 30 36 30 30 30 30 20 9

336 9696 3 36 96 96 36 3 36 96 3 3 3 % %

%%
'Y
*il!lllll!*i?!!*ll}*lll!l

SERROR(63)

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

I
I

3 XOR 9

FAILURE

m ...................... I
e
(mmmmmmm

ERROR:

DRTR OK?

3696 3636 3 3 3 96 36 36 36 36 36 36 36 6 3¢ 96 3 36 3 3% 3 % %

\NO
\-\

e
eemmmmcecdeccceccee

1 YES
J(—mmmmm oo
1
MMUP (56 )

3638 36 36 6 36 36 36 36 36 38 36 36 36 3 3 36 36 36 3 % 3% % % %

I
M RE MEMORY
%%
----------------- *2

*%
306

UPDRTE RDDRESS
POINTERS

06 00600 00 00 0

%%
2]

%
I 0000 B R AN

I
IDONE

ERROR:

TWICE

> ##COMPLEMENTED

FARILURE

BRI NI

XOR 9

¥
xx

NNNETREN

SEQ 00M9

LO4Y

0-124K MEM EXER 16K
3 XOR 9 (FOR PARITY)

DECFLO VER

00.07

10-JAN-78 13:19

PAGE 33

INITMM( 55)

TST16

J06 0 3 3000 00 3030 00 00 00 0 0000 00 20 0 00 2000 30 20 26 0

POINTERS

##%

*¥

*E
*x
llll&lilllli;llll&l!lil&l
----------- >

I
I
1
I
S
1
I

INITIALIZE RDDRESS

W3X9 (57 )

366 30 30 36 0006 36 00 30 0030 30 00 06 06 36 30 36 3 36 2 %

WRITE 2S6.

WORD

%% BLOCKS WITH -1 AND

4 01

x»

§§§§§§§§1455§1§§§§&&5****

MORE MEMORY

MMUP (S6 )

363 36 96 36 36 36 96 36 36 38 36 36 36 36 36 36 3 36 3 3 3 3% % %

t2
e

UPDATE ADDRESS
POINTERS

»¥
*%
3636 9696 36 36 96 36 36 38 36 6 3 36 36 9 36 3 3% 3 3% % % % %

IDONE
v
INITMM( 55)

3636 38 36 96 36 36 36 36 36 38 36 36 36 96 3 9 3 3 3 3 3 3% 3 %

INITIALIZE ADDRESS

POINTERS

*¥
2%
i!{ll*lll!!!?llll!**llll!

----------- >

I
I
I
I
I
I
I
I
%

3363636 360635 3400 00 06 06 06 06 06 00 06 06 36 30 20 20 2 20

¥%
/256. WORD BLOCKS \NO
--------- >#%*
/WRITTEN WITH -1 ANDN
x¥
\
/
401°

ERROR:

3 XOR 9

PATTERN FAILURE

FHHHHOHHHH

I YES
I(mmmmmmmmmee ...................... I
v
MMUP (56 )

MORE MEMORY

3636 3 36 36 3 3 3 3 36 3 3 3 3 3 36 3 3 3 3 9 3 3 ¥ %

x%¥
b

UPDARTE RDDRESS
POINTERS

Lo
Lok

23
x%
L 22
S
ST
T3

IDONE

T Pt 0t b=t P 0=t

SERROR(63)

boded

SEQ 00S0

CZOMCEQ

TEST

16:

0O-124K MEM EXER

3 XOR 9

16K

DECFLO VER

(FOR PARITY)

00.07

10-JAN-78

13:19

PAGE 34

’

INITMM(5S)

300006 0038 36 36 36 38 3098 38 38 36 38 30 36 36 36 3690 36 36 34 3

#%
%%

INITIALIZE ADDRESS
POINTERS

*#
*%

'Y
%
ll!il!ll!!!i;l!!!lllil!ll
............................. >

-----------------

DRTR 0K?

Py Y

\mm—mmm e bE 2

/
\
-----------------------

ERROR:

*%
P Y22

SERROR(63)

2222

3 XOR S

FRILURE

*¥

*%
2 2 22 22222

I ves
I
$< --------------------------------- I

3369636 36 36 36 9 36 36 3 36 3 % % % %
'
*

:CONPLEMENT DQTQ:
*lll!**l;lllll{l!

-----------------

DATA OK?

S$ERROR(63)

NO
\mmmmom

/
\
-----------------------

3636 36 36 36 36 36 36 36 3 36 3 36 3 36 3 3 9 3 3 3 3 % 3 %

¥%#ERROR: COMPLEMENTED 3%
e > ¥%
XOR 9 FAILURE
%%
%
%%
363636 36 3 36 36 36 36 36 36 06 46 36 36 3 36 6 3 36 3 3 6 % %

1 YES
I
6< --------------------------------- I

2696 36 36 36 36 36 36 36 3 36 36 3 3 3 % %
*
*

:COMPLEMENT DRTQ:
!ll*!!l!?!illlill

-----------------

DATAR OK~?

SERROR(£3)

38 0646 36 36 3 6 38 36 36 96 36 36 36 38 3 06 3 3 2 3 % % ¥

\NO

-----------------------

)

MORE MEMORY

122222 T

#¥

YES

MMUP (S6)

ITI T T 22

UPDATE ADDRESS
POINTERS

ool

*%
4
BREXEHENAER
R AR REE RN NS

I
IDONE

ERROR:

TWICE

\emmmcme e >%%#COMPLEMENTED 3 XOR 9
FRILURE

36369636 3 96 36 336 3 36 36 2036 06 26 36 26 36 3 98 3 3 2 X
it

SEG 005!

CZOMCEQ

TEST

17:

NO4

O- 124K MEM EXER_ 16K
PARITY BYTE TEST

DECFLO VER

00.07

/ANY _MEMORY PARITY\NO

13:19

PAGE 3%

SEQ 00s2

2963
3 3
3 2i2.2

\==

REGISTERS?

10-JAN-78

>#TST20(39 )

AR AR 2%

SETCON( S7)

360606 3606 0 030 00 06 06 36 00 00 0 30 30 00 00 0606 2 ¢ 2 2

FILL

MEMORY

WITH

Z2EROS

%%
*%
lilll!lill!l:l!lll!ll!ll!

INITMM( 5S)

33 3636 3 36 35 3 36 3 36 3 3 3 3 36 3 3 3 3 2 3 3 3 %

INITIALIZE RADDRESS
POINTERS

X ¥

lli!!llll!*!;lllllilll*!!

WKWPBT
REXRREEERXER

xxWWPBT
EERERRARERE

B ettt >/

DOES THIS BRANK
HAVE PARRITY?

\NO
\--

1
\

YES

EREERELERERE

>#WWPBS(37)

363 33 3 3 3 3 3% 2 %

SETRE (6 o)

i2222322222332
322 223222222

*¥%
%

SET MEMORY PRRITY

RACTION ENARBLE
REGISTERS

ALL

#»

*x
Bl

**!*l&iil&ii;i;iili&iiiii

CKPMER( 6l)

3636 3 38 36 3 36 3 36 36 36 36 96 3 36 3 36 6 38 3 3 3% 3 % %

#% CHECK
:*HEMORY

FOR NON-TRAP
PRRITY ERRORS

%
::

3696 36 36 96 3 96 36 36 36 96 36 36 36 3 36 3 3 36 36 3 3 96 3

1222TITTITITTITTL
L

POINTING

ERERRERERER

#¥UUPS]

EEERREREREY

PARITY VECTOR
(11y¥r?

*
>:

TO RDDRESS
POINTER

#
:

i2223222222222
222} ]

33630 30030
3030 20 20 0

> #WWPBS (37)

30000 0 000
00 0

OMCED

BOS

O-124x MEM EXER 16k

PRRITY

BYTE TEST

-----------------

/s DATA STILL JERO?

DECFLO VER

EERAERRRRRD

2 ¥WWPBE

PRGE 36

\NO

RER RN RN B RN R RREER RS
ERROR: RDORESSING
=»

\--ceccccea- bX 2]

1 YES
) C e
v

SEg 00S3

SERROR(BI)

R
#8%

-----------------------

wWiiPB2

00.07 10-JRAN-78 13:19

ERROR

RERERRRERRERRERRERBRRRERE

1
Dl Dt D 1

EERERRERRFRERRFRRRRERRE

WRITE WRONG

PARITY

#fe~cmm—em—me- >#INTO BYTE UNDER TEST =

RERERERNRER

#
%
ERERERERRERERRERRRREEEE

BEREXRFRBERFEREREE R

READ WRONG PRRITY

FORCING

TRAP

#NO TRRP
R

¥
*
FREREBERRRERERERERRRREE

PBTRP

SERROR(63)

RERERERRERRERRRERRRRERREN

#XERROR:

RERDING WRONG %%

FRERRERBARRE

'3
']
RERRERBRRBERARERRAERLRRRD

RERBERRBERRE

>R%PRRITY FRILED TO0 TRAPRE~-—=—=—=- > #WWPBY(37)

MEMORY
PRRITY
ERROR
TRAP

vV
V
vV
V

SERROR(63)

-----------------

3696 0635 336 96 90 38 36 36 3 96 38 36 3 38 96 38 3 3 3 9 3 %

/
\
-----------------------

¥
e
369696 36 36 3 3 96 38 3 36 38 35 36 96 36 36 36 36 36 36 3 3 3% %

-----------------

36963 36 36 36 36 36 36 36 36 96 36 38 3 36 36 36 36 3 36 3 3 3 %

/ERROR FLAG SET INNNO
#% ERROR: NO REGISTER
ANY REGISTER?
\-—mcmecceaa >#% SHOWN PRRITY ERROR.
1 YES
v

-----------------------

1 YES
(

2)
x¥

121

33360903
336 3 06 0 00 36 06 06 3 90 3 3 2 00 0 3 0

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

SERROR{63)

-----------------

=»
T T YT TYTTR
R
#¥~-ec-e—e- ) XWPBY(37) =

SERROR(63)

THIS REGISTER
\NO
¥
ERROR: PRRITY
MAPPED FOR THIS
\-==-eeeew-- »®AREGISTER BRD MAPPED.

RDDRESS”?

2636 36 996 36 36 36 36 36 36 36 30 36 06 36 36 36 36 36 36 3 96 26 3

ERROR: PARITY
%%
/ALL USED BITS OF \NO
/ REGISTER CORRECT? \=--ecceceea- >l:REGISTER DRTA WRONG.
\

-----------------------

YES

*¥
#*#¥
%

636300 006 3 00 36 06 06 36 36 96 3 26 3 036 2 6 3 2 3 )

RRERERRERRER

CZQNMCED
TEST 1T

COS

0-124k MEM EXER 16k
BYTE TEST

PARIT:

DECFLO VER

00.07

10-JAN-78

13:19

PRGE 37

SERROR(63)

1ttt
s
I TILILLLL

ARE ALL OTHER

\NO

FLRGS CLR?

WWPB3

#xERROR:

ERROR \-- --------- >§:REG

7/ PARITY REG.

MORE THAN ONE *#

INDICARTED

ERROR.

¥
3]
1 2XIT2223 3322222322232

ERERRRERERERLSERERERERE

SAVE

DATA

FROM BYTE

UNDER TEST

ll*lll!ll!l;l!ill!!l!ll

SERROR(B3)

REFRERRRRERAERFERRAREREEE

#%ERROR: SECOND RERD OF %
\NO
WRONG PRRITY NOT
'Y)
\:- --------- >%%

s/ DID_SAVING DARTA
J/ RESET ERROR FLRG

I ves
T

J(mmemmmmmme

v
-

s DID DATR REMRIN
UNCHANGED WHEN
7/
ERROR TRAPPED?
7/

SERROR(B3)

J36 00 00 36300 30 0000 30 0 3 0 0000 0000 30 0

33636 96 3 36 36 3 36 3 3 3 3 3 3 3 3 36 3 3 3 3 3 2 %

363 36 36 3 36 06 36 3 3 36 3 3 96 3 3 3 3 3 3 3 3% 3

lRESTORg RIGHT PARITY
¥ IN BYTE UNDER TEST

#*
:

llllli!!!lllilll!!lll!l

3 3 3 3 3 3 3 3 36 3 3% %

EREREEENEER

REEEREEXEEN

WWPBS
(1222332222

*¥UWWPBS

EREERRRRRERE

CLERRED”
I

7/ DONE WITH
ANK

----------- > XWWPB2(36)

336 3 3 3 36 3 3 3 3% % %

S
THIS

\NO
\

YES

2 2 2

#% ERROR: DATA CHANGED **
\NO
\-- --------- >#% DISPITE PARITY TRAP :l
*
2
\

¥#WWPBY

DETECTED

3 36 36 36 3 36 3 36 3 3 36 36 3 3 3 3 3 3 3 3 3 3¢ 3 2 2

366

36 30 00 30 36 00 0 30

........... > #U4WPBL(3S)

35332
B IR

SEQ 00S4

C2QMCED
TEST

IT:

DOS

O-124K MEM EXER 16K
PARITY BYTE TEST

DECFLO VER

MMUP (S6)

BREREEEEERER

*WWPBT(35)

EERERRREERRR

MORE MEMORY

3303006 06 00 3 00 00 000000 000006 3 0

UPDATE RADDRESS

POINTERS

ool

ll!ll!ll!lll;ssllllllllll

MAMF (60)

336 36 38 38 30 30 30 00 00 0000 30 30 00 30 36 36 30 300 30 30 30 3

RESET ALL PARITY
REGISTERS

#»
::

lll!ll!l!!!l;llllllll*}!l

I
I

00.07

10-JAN-78

13:19

PARGE 38

SEQ 00SS

CZQMCEQ

TEST 2C

EOQS

D0O-124K MEM EXER 1BK

DECFLO VER

00.07 10-JRAN-78 13:19

PRAGE 39

2I3TTTTITITL

¥2TST20

TST20

3 20000 0
39039000

INITMM(SS)

33 636 06 00 300 06 00 00 0090 00 30 00 36 00 08 030 30 06 20 ¢

INITIALIZE ADDRESS

POINTERS

#»

l!llllllllll:lllllllll!Il
............................. »

369636 36 36 3 36 36 9 3 3 96 96 36 36 36 3 3 3 9 % % %
»
COPY 2K BLOCK OF
#
=
# PROGRAM CODE INTO
=»
# MEMORY UNDER TEST

)¢
I
1
1
%

Il&lllll!ll:l!!l!lllll!

eececsceccc—cccee——

3363 336 36 3 36 3 36 36 36 36 38 3 36 36 38 36 36 36 3 % 3% %

’
\
P
s

*%
»%
2636 369636 36 36 36 36 38 36 96 36 36 36 36 36 36 36 36 3% 4 96 3 %

1
)

2% ERROR: PROGRAM CODE x4
/DID “RANDOMTM DARTA\NO
COPY 0OK?
\=emmecme——— >RE
COPIED CHRNGE.
*¥

1 YES

%
I

SERROR(B3)

MORE MEMORY

MMUP (S6)

2638 36 36 35 36 3 36 36 36 36 36 36 36 36 9 36 3 3 36 96 3 3 % %

------------------ *%

*#¥
P

UPDATE RADDRESS
POINTERS

®¥

22222
Y 222122322222

IDONE
I
1
1

SEQ 00S6

FOS

-124K MEM EXER 16K
DATO

TST21

33003

DECFLO VER

00.07 10-JRAN-78 13:19

PAGE 40

INITMM(SS)

00300 0 0 300 3000 30 30 00 30 30 00 30 36 36 3

INITIALIZE RODRESS

POINTERS

*e
*x
;;5451&;*;1;;5;;!41;*1;4*
............................. )

1
)

3638 96 30 38 96 35 3 36 36 36 36 36 36 36 3 3 36 3 3 3 % %

PUT INSTRUCTION

»*

% AND RTS INYO MEMORY #

1
%

'MOV RM, (R2)’

)

4;}*114}45*:{!*}!1;*;{*

330336 336 36 036 36 06 36 3 0 36 336 3 3 2 36 2 2 %

#2JSR TO ADDRESS UNDER

TEST

#f-=)) )

*¥
x
EREREBHEEREEREEERERE R XS

b
%
I

)O
I

et C((-=-%%RETURN %%

330N
RN EE

SERROR(63)

36963 36 3 96 36 36 3696 3696 06 36 90 36 36 3 3 36 36 36 % % %

EREURHNEREEREN
AT RNE RS

%% ERROR: INSTRUCTION »»
\NO
DID THE
/
/INSTRUCTION EXICUTEN\===c=ec==m== >%#DIDN’T MODIFY ITSELF.x»
¥
*%
\
PROPERLY?
/
1 YES

369 9696 3 36 3 3 2 2 %

I
1

I
1
I

v
3636 36 36 3 96 36 36 36 38 36 36 36 36 36 36 06 36 3 3 % 3% %

»%

36363 36 3 3 3 3 3 3 %
1

lllllllll!l;!lilli!lll!

)

9 36 36 3 34 3 3 %
33036

mmmm e > #¥MAUT

# EXICUTE INSTRUCTION #
& IN MEMORY ADDRESS #
¥ UNDER TEST (MAUT) =

I
I
I

'3
MORE MEMORY
1
------------------ X%

MMUP (56)

RN AR ERAE

UPDATE ADDRESS
POINTERS

*%
*¥

X%
*E
3606 36 36 3 36 36 36 38 36 6 36 36 38 3 36 36 96 36 36 6 3 3 % X%

DONE

< =4 bt Pt

XICUTE DATI,

SEQ@ 00S7

CZQMCED

TEST 22:

D-124K MEM EXER 16K
DATOB

EXICJTE DATI,

GOS
(LO BYTE)

TST22

DECFLO VER

00.07 10-JRAN-78 13:19

PAGE 41

INITMM(SS)

3363 30 30 00 30000 00 3030 00 00 00 000 00 00000600 20 2

¥% INITIALIZE ADDRESS

POINTERS

bobod

3
e
;;i&liili!ii;«!!!l&if;i;*

----------------------------- )

3636 35 3 36 96 36 38 36 36 36 36 38 96 36 36 3 36 3 3 3 % %

PUT

INSTRUCTION

'MOVB RY,

(R2)’

% AND RTS INtO MEMORY »

lllllll!!l!?lll!ill!ll!

3638 36 36 36 36 36 36 35 36 36 36 36 36 36 36 36 96 3 36 36 3 3 3% %

#2JSR
3

TO RADDRESS UNDER %
TEST
RE-=)))

363 3 3 3 % 3 3 2% %
---------- > #%MAUT
¥
22T

*%
'Y
2636 36 36 36 36 36 36 36 36 96 36 36 36 36 3 36 3 36 3 3 % 3 % %

39630 00 30 0 ST U0 003000000

# EXICUTE INSTRUCTION #
*
IN MEMORY RDDRESS
*

UNDER TEST (MAUT)

1&;!*15!}!!;&!1{&5;*1&{

3369830
3 3 3 3 3 2 %

...... (((=-=-%¥RETURN

SERROR(B3)

363636 36 36 30 30 00 0600 06 00 00 06 00 06 00 06 30 00 00 6 2 2

%%
¥% ERROR: INSTRUCTION
%%
T MODIFY ITSELF.
----------- >#*DIDN’

\NO

ID T

/INSTRUCTION EXICUTL
/
OPERL

3696 36 36 36 3 36 3 3 3 36 3 3 3 0 3 2 3 3 2

1 YES

MORE MEMORY

MMUP (S6)

3696336 96 36 96 96 06 36 36 30 96 36 38 6 30 36 6 3 36 36 36 36 %

¥¥

------------------ £ 23

UPDATE ADDRESS

POINTERS

*¥

*%
%* %
3636 3 36 3 3 36 3 3% 3 33 3 3 3 3 3 % 3 3 3% 3 % X% %

IDONE
1
I
I

336 363 336 3 3 3 % %

I
1

2 % R

SEQ 0058

TESY

23:

HOS

O-124K MEM EXER 16K
EXICUTE DRTI, DATOUB (HI BYTE)

TST123

DECFLO VER

00.07

10-JAN-78

13:19

PAGE 42

INITMM(55)

33636 3 30 0 030 30 30 00 06 30 00 30 30 06 06 3000 36 36 30 36

INITIALIZE RDDRESS

POINTERS

%
*!
!llll!lll!ll:lllll!!!lf*l
----------- )

3636 36 36 36 3 36 3 3% 36 3 36 3 3 3 3 3 3 3 3 3 3 %

%
*

PUT INSTRUCTION
'MOVB R3,-(R2)’

#
*

% AND RTS INYO MEMORY *

llll!lll!ll;!lll*l***li

0
300 IO

#%#JSR
X%

ADORESS
TEST

UNDER

EERARELRERE
*x
RE-=))) ________________ >2¥MAUT
*x

EERERERERER

*¥
*%
336 36 36 36 36 36 36 36 3 36 36 3 3 3 3 3 3 3 3 3 3 % % %

EEERERREERRERREREERLERD

¥
#
*

EXICUTE INSTRUCTION
IN MEMORY ADDRESS
UNDER TEST (MRUT)

2 22224
2222222212222

1223

TTTLL

____________ (((-

-22RETURN

»#

EEEEREERERE

200 E xxcurs\No------

/INSTRUCT 10N

PROPERLY?

MMUP (S6)

I T2 T2

MORE MEMORY

¥*

ool

UPDATE ADDRESS

POINTERS

ool

3
2
EN
NN
MR
«Z =400t
04

CZAMCEQ

DONE

SERROR(63)

000600000 000

»#
¥# ERROR: INSTRUCTION
>:¢DIDN’T MODIFY ITSELF.
##
¥
13
lli*il*l&ll!;lllll!ill!ll

SEQ 0059

CZGMCEQ

105

0O-124K MEM EXER 16K

TEST 24: EXICUTE DATIP, DARTO

TSTe4

BIII NI

NNN

DECFLO VER

00.07 10-JAN-78 13:19

‘

PRGE

£ 4 "3

SEQ 0060

INITMM(S5)
NN

INITIALIZE RDDRESS

POINTERS

*%
X%
;;!i;*i**iii;i;!!i*!;;*;;

............................. )

‘
4

2636 3636 36 36 36 3 36 36 36 36 3 96 36 3 % 3 3 3 % % %

llliill!i!l;!lilll!l**i

1
)

v
3636 36 36 36 36 36 9636 36 96 36 3 30 36 3 36 36 3 36 3 3 3 % ¥

1 1)

*
PUT INSTRUCTION
*
*
*NEG (Re)’
*
% AND RTS INTO MEMORY x

I
I
)

1
%

¥%#JSR TO ADDRESS UNDER x*

PTI2IIIYIITT]

*%
F ]
FRERENNEENBEEEEREEEELERER

3636 9 9 3 3 3 3 3 3 %
I
v

3036 36 36 3636 96 36 36 36 38 3 36 36 36 36 3 3 3 % 3 3% %

# EXICUTE INSTRUCTION #*
# IN MEMORY RDDRESS *
# UNDER TEST (MAUT) »

I
I
1

;;1;1&!5*!!:!!!;;;{!1;;

1
1
) G

1
I
I

eecsccc—ccccee~a-

SERROR(63)

DID THE

\NC

PROPERLY"?

ememmccsccccccccccceea-

1 YES

6363636 3 96 3 30 3 39636 6636 38 6 36 96 3 3 3 3 % %

%% ERROR:

INSTRUCTION

MMUP(56)

UPDRTE RDDRESS
POINTERS

¥
%
%%

3636 3 36 36 96 36 36 36 36 96 36 36 36 3 3 36 3 36 36 3 3 3 % %
IDONE
I
I
I

36 36 36 36 3 36 3 36 36 36 6 36 96 36 36 6 36 96 3% 36 % 3 % 3 %

L L Lt
R
T

)

1
MORE MEMORY
%%
------------------ %%

2696 36 36 96 36 36 38 36 36 36 36 36 36 36 36 36 3 3 36 36 36 3 3 %

7/INSTRUCTION EXICUTEN~--m=====-- >#%#DIDN’T MODIFY ITSELF.
%

38 36 3 3 36 3 3 36 % %

)
1

3 3 3 3 3% 3 %
3363636
(((==%RRETURN %%

{

%
1

e ——a > X %¥MAUT
Ep==)))mmmmmmmmmme

TEST

)

1 24K

MEM EXER 16K
DARTOB

EX 1 CUTE DRTIP,

JOS
(LO BYTE?

TSTeS
TSI

AL T

POIM TERS

e
33636 300 00 3096 06 30 06 96 00 00 00 0 3600 2 36
-

——

—

DECFLO VER

00.07

10-JAN-78

13:19

PAGE 44

INITMM(SS)

¥% INITIALICE ADDRESS

&
30 2

36 36 96 3 3 3 3 3 3 3 3 3¢ 3 3 3 3 3 3 3 3% % ¥ %

PUT

'BICB

INSTRUCTION

(R2)+,-(R2)’

% AND RTS INTO MEMORY #
!llll*li!!l;illlll!l!l!

3 3 3 3 3 3 3 9 3 3 3 3 3 3 3 I 3 3% 3 3 3 % % 3% %

#2JSR

TO ADDRESS

TEST

RREEERNENR

UNDER

369336
3 3 38 3 % %

363 93 3 36 36 9 3 3 %

$h==)))mmmemmm—mmm
e > REMAUT

E LN RRE

243636 36 36 36 36 96 36 96 36 36 36 6 36 36 36 36 3 3 % 3 %

EXICUTE

INSTRUCTION *

IN MEMORY RDODRESS

UNDER TEST

(MAUT)

*
=

ll!l!l*!!ll;lillllll!*&

396 3636 3 36 3 3 3 2 %

------------------------------ (((-=-%%RETURN %

{

33 96 36 36 6 3 96 36 3 %

-----------------

DID THE

SERROR(63)

2698 3636 36 36 36 3 36 36 36 36 36 36 9 3 36 % 3 % 3 3 % % %

\NO

%% ERROR:

PROPERLY?

-----------------------

¥%

MMUP (56)

UPDRTE ADDRESS

POINTERS

ool
2

30063 36 3606 90 36 00 0600 0 00 00 06 0 36 00 36 36 30 36 3
IOONE

*¥

336 36 36 36 36 36 36 96 9 3 36 36 36 3 3 3 3 3 3 3¢ 3 3¢ 3 %

Lobed

2963 36 36 36 3696 36 36 36 6 36 36 36 36 06 36 36 36 36 36 % % %

%(YES

MORE MEMORY

INSTRUCTION

/INSTRUCTION EXICUTEN========-—- >#%DIDN’T MODIFY ITSELF.»»

<T 4t

23 M C 3 0

fE S T 2 S :

’

SEQ 006!

0-124K MEM EXER 16K
EXICUTE DATIP, DRTOB

KOS
(HI

BYTE)

TST2H

DECFLO VER

00.07

10-JAN-78

13:19

PAGE 4S5

INITMM(55)

30 0 22
F33 30003333

bkl

INITIALIZE RDDRESS

POINTERS

%
%%
3636 36 3 36 3t 36 3 36 3 3¢ 3 3 3 3 3% 3 3 3 3 3 3 3% % %

........... )I

26 36 36 36 36 96 36 36 36 36 36 36 36 3 36 36 3 3 33 3 % ¥

PUT

INSTRUCTION

°'BISB (R2)+,(R2)’'

AND RTS

INTO MEMORY

!lllllllill;!llll*li!ll

638 36 36 3 36 36 36 36 3 36 36 36 36 36 36 6 36 3 3 3 3 3 % %

#%JSR
%%

TO ADDRESS
TEST

UNDER

AE=~=>>)

(223T222222]
________________

#XMAUT

*¥

22T
2T LL

%
%%
3363636 9696 3 36 36 36 6 36 36 3 36 96 3 3 6 2 3 2 3 X B

J36 360600 00 06 000006 06 06 00 06 00 06 00 06 30 30 2 2

#
¥
¥

EXICUTE INSTRUCTION
IN MEMORY RDDRESS
UNDER TEST (MAUT)

!*llll!!ll!;lllllllli{!

33 36 3 3% 3 3 3 3 % 3%

____________ (((=-=%%

RETURN

»a

3 3 36 3 3 3 3 3% 3 % 3%

SERROR(B3)

39606 36 303036 36 36 00 30 36 30 6 3 363630 36 06 2 2 20 0

¥% ERROR: INSTRUCTION
%%
)::DIDN'T MODIFY ITSELF.*:
*

*!*lli!!lll*;ll!lllii&**l

MORE MEMORY

MMUP (S6)

360636 36 36 36 36 06 36 30 26 36 00 36 36 36 38 36 36 3606 36 36 2 3¢

¥%

UPDATE ADDRESS

POINTERS

*¥

Lol

%
2
3363608 06 06 36 06 00 36 06 00 00 06 00 06 06 06 06 36 00 36 26 36

IDONE

CZQMCEQ
TEST 26:

SEQ 0062

DECFLO VER

00.07

10-JAN-78 13:19

PAGE 46

INITMM(S5)

TST27

FAREREREEBERREREERNRR
R LS

MORE MEMORY

B0 000000000 06 00 06 06

¢ D) Del B D) Pl D

= 0

*%
2%
3636 3636 36 36 96 96 36 36 96 96 36 26 36 36 3 3 3 3 3 3 3 X% %

3230 0

WRITE YK WITH

:00037?-RDDRESSING UP :
3636 36 3 36 36 36 36 3 3 36 36 3 3 36 3 3 % 3 3¢ % ¥ %

i D O Do D) B D D Dt
D 0 0 0t Dt 0 D D D Dl Bt o O D Dt Dt Dt Dt Dt D= Dl P B D

*x
*¥

INITIALIZE RDDRESS
POINTERS

#%
%%

S0 0 D D

nm
R [=]

no
-“-X

=40

LOS

0 -124K MEM EXER 16K
M AR"HING 1°S AND O° S

30036 3000 0606 0 3 0000 30 230 34 3

¥
#

DECREMENT

ADDRESS AND
READ WORD

*
*

ii!!li*i;ilii*i&;

SERROR(63)

/
t12

*Bx
%
%3

3636 3 36 3 36 36 36 3 36 36 36 96 36 36 36 36 96 3 3 % 3 % 3 %

7/ DATA READ =DATA \NO
\==m—m=WRITTEN
\

#%ERROR:

X 3 3
%%

NOT

DATA READ DOES#*x

EQUAL DATA
WRITTEN

*
2%

2636 9636 9 36 36 36 3% 3 3 36 36 36 36 36 36 9 3 36 3 36 3 3 %

YES

D
------------- P R
v
33636 30 36 36 3038 30 36 30 00 36 96 96 36 3 36 36 3 3 3 %
¥ SWAP BYTES IN CHECK #
¥ REG. AND WRITE THIS *
# DATA INTO TEST LOC. *
3360000 3603 3 000006 000 0 R

SERROR(63)

363 36 36 96 36 36 36 36 36 36 36 36 36 3 9 3 3 3 3 % 3 3 3% %

RERD

TEST LOC.

\NO

#%ERROR:

DATA

WRITTEN

/DOES IT EQUAL CHECK\======-=--- -, %%
FEG.

363636 96 30 30 036 36 00 00 06 30 30 8 3

¥ SWAP BYTES IN
¥CHECK REGISTER #*

*
®
2
I TITIITTITTITTLL

READ

NOT EQUAL DARTA

DOES#*x

3636 36 36 36 96 36 96 96 36 36 36 36 36 36 3 96 3 3 3 B 3 % % ¥

SE@ 0063

CZQMCED
TEST 27:

MOS

O-le4k MEM EXER 16K
MARRCHING 1°S AND 0°'S

1
I

PARSS COUNT =
R 37

) (T
1

1
1

)¢

XE%
NO
/
*AE(m—mm——— /

sSMMUP

##MMUP: UPDARTE RADDRESS ##

POINTERS

YES

238 96 36 36 3 36 6 96 96 06 06 96 36 3 3% 3 36 3 36 3 3 3%

NO MORE MEMORY.

GO TO NEXT TEST.

)

#*
»

3696 36 3 36 36 36 36 36 96 36 36 36 36 36 3 36 36 3 3 3 3% ¥

ADDRESS

#INCREMENT PRSS *
)
COUNTER
*

I
I

ll!llll!?l!i!l!*!

/DONE FOUR PASSES \

ON A 4¥°?

1I
\

—ecmccccmcccee
e emme— -

6 NO

# SWAP

#CHECK

BYTES IN #

REGISIER *

ll!lll*i?!!l!lll!

R
I

*
»
PTITIIZIZTII
YT 2T 2

636 96 96 3 36 3 36 3036 3 3 3 % ¥ %3

#UPDRTE TO NEXT »

—mrmmccccccmc—ea-

B (m——m—ee /

%DONE

v
396 3 3 336 3 36 36 4 36 36 3 36 2 2 %

EEERREBBREEEEREEEEREREEREE =

DONE PRSS?

HEENEBEEEEREESEEEERERSERE

®%

eece;eccccccecco--

3636 36 36 36 36 98 3 36 36 96 96 36 3 3 3% %

LT Lt ottt
I YES

I YES

{

\NO
\m m rm e
e e eI

{

foded

00.07 10-JAN-78 13:19

mc
e
eeemeccccce

DECFLO VER

ittt ettt I

PRGE 47

SEQ 006M

CZGMCEQ
TEST

27:

0O-lewK MEM EXER

MRARCHING

1°'S

RAND

NOS

16K

0’
%

DECFLO VER

----------------------

00.07

10-JAN-78

13:19

PAGE 48

36360 36 36 3636 30 30 3606 30 30 0 36 06 30 06 06 0 0 ¢

INCREMENT PRSS

#COUNTER-SWAP BYTES
%¥
CHECK REGISTER

IN*
*

IR
2T T TR I T2 L

—

——

————

——

B3600 360606 36 06 36 06 36 30 06 36 30 26 00 36 36 36 36 36 2

#
)

RESET ADDRESS TO
BOTTOM OF 4K

*
»

*
*
36363 36 36 36 36 3 30 3 36 3 36 3 3 3 3% 3 % % % % %

SERROR(63)

-----------------

36369636 36 36 36 36 36 36 36 38 36 36 96 3 36 96 36 36 3 36 36 3 %

/DATR READ = DATA \NO

WRITTEN

#2ERROR:

\coremmme
e bE 2

/
\
-----------------------

DATA READ DOESH*

NOT EQUAL DATA

%%
WRITTEN
%%
3638963636 36 3 36 36 36 36 36 36 36 36 36 3 36 9 3 3 3 X% ¥ ¥

SEQ 0065

BO6

MEM EXER_16K

FRESH TEST

DECFLO VER

INITMM(SS)

TR EREERE
EERF
AR RBR
SRBERR

INITIALIZE MEMORY
RDDRESS POINTERS

#%
::

#&
»e

[X3

lllll!llllll;llli!ll!llll

[-mmmmmmmmmmmmmee—ememmeeee >1
I

DEREEFEREREER

)

}

Illl!llllli;!lllll’!!!l

I
I

1
v

I
I

}

ll!‘ll!llll;llillllllll

I
I
I

1
I
I

(2222222222 LT2TILT2TEL

¥
WRITE A
.
* WORD-COMPLIMENT THE #
¥ DATA FOR NEXT WRITE *

S
NO
I

END OF BLOCK?

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

I
1
1

* SET_UP_DATA PATTERN #
70 BE WRITTEN _
*
¥STARTING WITH 125252 &

I YES
MMUP (56)
v

1 MORE MEMORY

3336 3 3 36 3 3 3 3 3 3 3 3 3 3 3 B 3 33 3 % % %

¥¥

R xe

UPDATE ADDRESS

POINTERS

lllll!lllill?l!!llllll!l}

33030 0 000 00 3 00 00 000
*

330 3

# STALL FOR 2 SECONDS

*
30638 08 38 36 06 06 00 00 36 06 36 36 36 3000 36 230 3 30 2

1
v

INITMM(SS)

3496 36 36 3 36 36 96 36 36 36 35 36 38 3 3 36 36 3 36 36 3 3 24 3

%
%

INITIALIZE MEMORY
ADDRESS POINTERS

%%
x*

1
e
336 3 3 36 363 3 36 36 36 3 3 36 3 3 36 3 3 33 3 3 3 %
«Z 0t p=q =4

I
I
I

(30.07 10-JAN-78 13:19

PRGE 49

SEQ 0066

wm
0o

—40

mey
e
=1

CO6

0-124K MEM EXER 16K
MOS REFRESH TEST

DECFLO VER

00.07 10-JAN-78 13:13

PARGE SO

ERNBERERRERRERARRERREEE

*
INITIALIZE DATA
#PATTERN FOR CHECKING

¥
=

*
*
330363 36 38 36 36 3 36 36 3 26 3 3 3 3 3 2 3 2 2 ¥

I
1
1
I
1
I
I
%

-----------------

s 1S DATA READ =
DATR WRITTEN?

\NO

}

3363 330 0000 230 0000 00 000 06 30000 2 0 3

I
)¢
1
1
I
I
I
I

:COHPLIHENT CHECK DRTQ:

3636 36 36 36 36 3 36 36 3 36 3 36 36 3 30 3 3 3 3 3 X %

B30I I

%
MORE MEMORY
----------------- 3

YES

MMUP (56)

UPDATE ADDRESS
POINTERS

tode
Lokl

*¥
*¥
a T Ty
it
32

%00NE

¥%

\: ---------- >::

-----------------------

0000 0

00 0

SERROR(63)

ERROR: REFRESH

CIRCUITRY FRILED

T2
2222222

SEQ 0067

TEST

31:

0-124K MEM EXER

MOS REFRESH TEST

DO6

16K

#x
#%

DECFLO VER

INITMM( SS)

A0 0

30639 3 330 0000 00 T

INITIALIZE MEMORY
RADDRESS POINTERS

®%
%%
!llllillllll?lillllllil!l

---------------------------- >

v
% ------------------ DEBREEREEERRE
¥ SET_UP_DATA PATTERN #

10 BE WRITTEN

*STARTING WITH 052525

*
*

lllllllllll:l*llill*l!l

I
1

1
v

LLELE
(2222222222

lllllllli!l;lli*lll*l‘l

*
WRITE A
*
¥ WORD-COMPLIMENT THE *
WRITE ¥
x DATA FOR NEXT

I
I
I

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

[-----=--- s
/

END OF BLOCK?

MORE MEMORY

MMUP (S6 )

3636 3 3 36 96 36 36 36 36 36 38 36 96 36 36 96 36 36 36 96 3 % % ¥

----------------- £ 2]

UPDRTE ADDRESS

POINTERS

ool

llllli!i!l*l;!l!llilll!l!

1 222TITTTITIIIZZ 2222222 20
*
*

STALL

FOR 2 SECONDS

¥
*
22T TTITITTIZZZZ2 2222

I
v

INITMM( 55)

00 0
U630 3 3 000030

¥%

¥¥

INITIALIZE MEMORY

ADDRESS POINTERS

- #x

xe
1
336 36 3 36 36 36 3 36 36 3 3 3 38 3 96 3 3 3 3 3 3 3 % %
L T

CZAMCED

00.07 10-JAN-78 13:19

PAGE Sl

SEQ 0Ces8

EO6

-124K MEM EXER_16K
0S REFRESH TEST

DECFLO VER

00.07 10-JAN-78 13:19

PRAGE S2

SEQ 0089

1322232
ZIZIL

¥
INITIALIZE DRTA
*PATTERN FOR CHECKING

%
#

3
L
332036363
B30 9 3 U
3 333 B 2 X

SERROR(863)

I
¢
I
1
1
I
)¢
1
I

39636 383696 38 38 30 00 3030 000606 0006 00 06 30 06 00 36 30

1S DATA READ ="
DATA WRITTEN?

ERROR: REFRESH
CIRCUITRY FAILED

e
::

336 98 36 36 36 3 36 3 36 3 3 36 2 3 3 36 3 3 3 3 3% % % %

000600 0

I
I
I
I
I
1
1
I

:CONPLIHENT CHECK DRTQ:

IO 0E 00 0 0 R

)

3222222222222

MORE MEMORY

360606 36 36 300 30 00 00 36 00 06 00

¥%

----------------- *E
L3

MMUP (S6 )

30 30 00 36

UPDRTE ADDRESS
POINTERS

36 3 8 ¢

* %

2636 36 96 38 38 36 36 3 3 3 36 3 36 3 3 3 3 3 3 3 3 % % %

I00NE

2%
FYY

THE TOP OF MEMORY

I
Y

YT YYIITTIEY)

#STARTLI(16)*

REEBRREEEEER

(SW07=1)"

YES

/PROGRAM IN BANKS

0 AN

—emeccccccmcccccccae———-

I NO
\

RELO(SS)

3636 96 36 36 36 38 36 36 36 36 36 36 36 36 3 36 36 96 36 3 4 3 % %

#¥RELOCATE PROGRAM
Y )

BANKS O AND

INTOx»
x¥

%%
']
lllll!ll!ll!;llllll!lill!

RESLDR(59)

6636 36 36 3 36 36 36 36 36 36 36 36 36 36 36 36 3 3 3 3 3 2 %

x% RELOCATE THE LOADER

AREAR TO 'TOP OF
MEMORY’

'Y)

0303 36 3 96 3 96 3 36 3 36 36 36 36 36 36 3 36 3 3 3 3 % %

¢
4
Dt Dt Dt Dt 0t Dt Dl Dl Dl Dl D D

\m——me———

——eccccccmcc—cce-

%¥(--c-—-e-e--- /
'1 ]
7

ERERERERERARRRRERRREREELREE

PROGRAM \YES

RELOCRATION?

0t Dl Dt 0t Dl Bl 0

#% RELOCATE PROGRAM TO

INHIBIT

I NO

RELTOP(S8)

ERUABERERRAREERERRRERREER

0t Dt Dt 8 Dl D D

/PROGRAM IN FZMORY\NO
\: ------T0 BE TESTED”

DECFLO VER

FO6

0O-124kx MEM EXER 16K

D 9

CZQMCEOQ
DONE

00.07 10-JAN-78 13:19

PAGE S3

SEQ 0070

GO6

CZOMCEC 0O-124K MEM EXER 18K
END OF PRSS

DECFLO VER

00.07 10-JRAN-7B 13:19

SEOP

Tttt
I
ITILIITS L]

¥STANDARD

’'SYSMAC'®

OF PRSS ROUTINE

END*

lllllllll!l;ll!llll!lli

’

TTLIR L
123332

TYPE END OF
MESSAGE

PASS

;lilllllll'l**!!l!!*/
40 000 38 36 90 98 38 9 O % %

ST \YES

#STARTL(16) B(mmmmmmmmmmmmmcmee 7 MONITOR PRESENT?
(2212112222 L;

#5% %% 200008

\--==--=--m-meceee- >RREXIT
\

35 6% B

PAGE S4

SEG 0071

CZQMCED
O-l124k MEM EXER 16K
MEMCRv MANRGEMENT AND RDDRESSING

HOB6

.
EREREARRERY

#EMMINIT

2XINITMM

lll{!;ll!ll

THE MEMORY#*

REGISTERS. #

:HRNRGEHEN

00.07

10-JAN-"8

13:19

FAGE

»5 INITDN

INITMM

INITDN

3363608 36 0600 00 00 06 00 00 30 06 0

TIIITSI

# OCATE_FIRST BANK
»
TEST MAP

»#

*4;;!;15;1}

SET

0 0 00 00 0 0

ADDRESS

POINTERS TO LAST

POSSIBLE

ADDRESS

5}155}&5!!{;5&}!1;;;514

!l!ll!lll!l;llllx!l*ll!

30036 06 0030003000 00 30 00 0000 00 00 00 00 00 6 0 2

LRST BANK RS
WELL?

\NO
\=-=

TTTYIYITIIT
LY

»a

98 9056 3 96 96 3 3 98 %
/

MMOOWN (56)

3303333000303
0000 0 00 00 00000

#%¥SEARCH
-

DOWNWARDS

::TOP BANK
300 00 0TI

TEST

FOR

MAP ::

0T 0000 00 3 0

I YES
333 3 33 36 36 30 3036 36 3 36 0 393036 36 30 3
*
*

:SET UP LAST ADR MASK :

349896 36 30 3098 30 00 00 30 30 0 90 90 90 00 00 06 26 2

#PUT

LAST

ADDRESS

INTOX

ADDRESS POINTER

St
=g $=g P 0=l
D= D= 0—q PG4
I=¢

003000
0000000600 00 00 00 00 00 0 0 00 00 0 26

30896 36 96 96 36 96 96 36 36 36 36 36 36 96 3 3 9 3 % 3 %

#
¥

SET

UP SECOND
POINTERS

BANK

*
*

*
*
230 33636 06 36 36 36 36 96 36 3 36 36 36 36 3 96 % 3 %

BANK

SET?

FL 4G

\NO

\ -------- R
4 04

/ FIRST

030 96 00 00 00 30 00 3000 08 98 00 00 20 36 ¢

PUT

FIRST

ADDRESS

:INTO RDDRESS POINTER :
463698 3638 36 3 36 3 36 3 3 36 3 36 3 3 3 % % % % %

INITEX

3000606 3600 00 00000000 0000 0

SAVE

RETURN

0 0

LOOP RDDRESS

FOR

5t 0 0l = b

309600 00

#XRETURN

ERARRRERERE

*1&*:;1*511

it 33T
L LTL

#5ET UP ALL

VER

Sts

ERRARRERRES

MMINIT

DECFLO

SUBROUTINES

lli!l!!llll;!ll!ll!lii!

300303000

##RETURN

»#

REREERENRRR

0072

CZOMCED

106

0O-124K MEM EXER 16K

MEMORY MANAGEMENT AND ADDRESSING SUBROUTINES

3303 36 0 9 0 04 B

lii;i;iil&}

MMUP

MMDOWN

\YES

LAST BANK?

et L L L L

1
I
1
I
v
F 36333 U363 06 35 36 30 36 36 96 3 3 36 3 3% 2

#FIND NEXT BANK

(NEXT *

eeemccceccccccc--

\=——e
\
1
eemeecccccccccccsacooe1
I YES
1
v
CKPMER(B1]
RERREEBERFERNLENRRAXEERER ]

NONE

LAST ADDRESS?

\NO

%% CHECK FOR NON-TRAP

#TWO BANKS IF 8K BLOCK#==wm——=———- > % XMEMORY PRRITY ERRORS.
%%
*
SIZE)
®* FOUND
k¥
%
9336 3 36 36 06 9636 36 36 06 3 36 3 36 96 3 36 % 3 %
P 2 1222227222
222222 T

-----------------

LAST BANK?

\NO

®¥ SET UP LAST ADDRESS *

%
*
iiiii**i;i!;i&}*!iil&&i

I
Y

MARSK
v

1696 36 96 36 36 96 36 38 96 38 36 38 36 36 36 96 3 36 6 3 36 %

[

1
1
I

#%RETURN #¥»
33636 369 3 3 3% 3 3 %

396 36 96 36 3 36 3 3 % 3

AT
i
/
\
1
----------------------I
I YES
I
v
I
23 346 3 5 3 3 96 38 3 6 36 3 96 36 3 96 3 3 3 3 %
1
®

e rmccccc

—

\YES

FIRST BANK?

I
I

R
it

I
1
1
I
v
336 36 36 36 36 96 36 36 36 36 36 36 96 6 3 38 36 36 3 3 2% %

# FIND NEXT LOWER 4K

REEARRERRER

\=—em—)
Dttt
I
I YES
1
v
)¢
363636063 336 0036 3 I 3 2 0 2
A
I

I
I
1
1
I
I

e —————— e

FIRST BANK?

I
1
1

I
I
I
I
I
1
1
v

#2RETURN %

% SET UP LRST RDDRESS

MASK

3
*
ll!lllilll!;l!!lllll!ll

363690 30 30 38 36 06 00 36 30 030 36 08 30 36 36 3 34 34 3¢

\'4
3696 96 3% 3 96 3 98 9 % 3%

Vv
6.3 38 36 36 35 36 9 3 3% %

)

1
v

I
v

363636 38 96 36 96 96 36 36 36 36 36 36 36 36 36 3 3 3 3 3 %

306 3 3 0 3 3 3 % %

33063 3 3 3 0 2 3

!454;&}}!!4;;!&;***}44;
#ARETURN %%

NONE FOUND

#ADJUST RETURN RADDRESS#*

/
FIRST ADDRESS
\=————
/
I
eemmeeeemccccmce
e
I
I YES
1
1
1
1
1

*
BANK =
emcem—m—mmccee———— >1
*
¥
1
369636 36 96 3 06 36 36 36 36 336 36 96 36 36 3 3 06 3 3 ¥
v

#ADJUST RETURN ADDRESS*
*
TO LOOP
*

SEw 0073

R
e eC T
/
\
1
————mmere—e———cseccaaaI
I NO
v

I
1
v

PAGE Sb

% ¥MMDOWN *¥

/
----------------------I NO

00.07 10-JAN-78 13:19

I¥TTIITTI2ITY]
*»xMMUP

DECFLO VER

TO LOOP
I

#RRETURN %

36 9838 38 3 36 % 34 3 %

JOb

DO-124K MEM EXER 16K

CZCMCEQ

SUBROUTINES FOR ADDRESS AND WORSE CARSE NOISE TESTS

DECFLO VER

336336
36 3 3
3 3 3¢

t132322222

36363 3 9 3 3 3 3 % %

R ERERER

39833
3 3% 3 3 3% 3%

*%¥BANKNO

I
V

PHYRDR

BANKNO

GET VIRTUAL
*
# RDDRESS (FROM x
¥
Re)
*

POINTER

¥%
%%

»y
%
lilllill!ll!;!llll!lll!!l

!!!!l*lllll;!!lll!ll!l!

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

YES

INDEX FACTOR

TO GET

FROMx*

)
PHYSICAL RDR
*
1*;*{*;:;;;;1&;*!{*;&&*

3363 300

30 3000 00000

*ROTATE

C-BIT

MEMORY

1
1

*%RETURN ##
22T

UPDATE RADDRESS

POINTERS

636 96 36 96 9 3 3 3 3 %

##W3X9

263038 36 3% 3 36 36 3 3

W3X9
*
¥

3696 38 36 06 36 36 06 36 36 36 36 38 06 38 36 38 36 3 38 36 3 3

#WRITE 256 WORD WITH Yx
# OF A PARTTERN THEN 4 »

OF ANOTHER

!ll!l!!*!!l;*ill!ll**l!

36 36 36 38 36 36 26 3¢
30836

#¥RETURN %
2T

Lobiol

£3

X%
%%
Y2 s Y22222322222222
L)

#%#RETURN

i!i!*!l!!l!;llll!!lllll

EEFRERRERER

MMUP (S6)

EREREEREREE

00 0 36 36 00 00 00

RHRRAE
R RN

CONTENTS OF

INTO MEMORY

$DONE

THROUGH

THE

30600636 2 30606 00 06 00 00 00 0 06 06 0030 30 0 30 2 20 8

##%

16 BIT WORD.

I
v

23 369 3 3 3 3 3% 3% %

I
v

PUT

36963 3 6 336 30 00 00 30 30 06 00 30 0006 30 00 0 30

33963
36 36 3 3 3 3 %

ROTRTE

\'4

23606
36 9 0 3 06 0 2 %

2 #ROTRTE

----------- >

22T
L

#¥RETURN #x

(mermrcrccccccccm——

*%¥RETURN %

#x
5

S£36 38 3406 36 36 36 36 30 30 00 30 06 30 3690 00 006 0 20 B

\'4

ERERUABEARRE

INITIALIZE RADDRESS
POINTERS

2233333223

KIPAR2

*¥ACD

36063 3 3 3 3 36 36 3 36 36 36 06 36 3 36 36 3 3 3% 3% 3%

3098 36 20

»*

114!*!;;;*5*1&**!

/MEMORY MANRGEMENT\NO
AVAILABLE
\=ome—e-

INITMM(SS)

3636 36 30 36 98 30 06 30 00 9030 30 36 30 36 00 3

* USING TEST MARP BANK *
%

I
v

SETCON

CRALCULATE BANK

SEQ 0074

#%SETCON #%

3696 96 36 96 36 36 36 3 36 36 36 96 3 36 9 36 3 3 3 3 3 %

396 9636 36 36 38 96 36 3 3 3 36 36 3 % %

PRGE S7

#%¥PHYRDR

’

00.07 10-JAN-78 13:19

CZQMCEQ
0O-124K MEM EXER
RELGCATION SUBROUTINES

KO6

16K

DECFLO VER

00.07 10-JRN-78 13:19

RELOC

XRRELTOP *#

4;;;5;&5}**

ERNNER

MOVE BK BLOCK OF

MEMORY FROM SRC
DST

----- 7/
1
/

SERROR(63)

3696 36 06 30 30 98 36 3608 36 36 0696 38 36 36 06 36 96 36 3 34 34 3¢

#%
Y 1

ERROR: RELOCATION
FRILURE

%
%%

*%
*%
!!lill!l!ll!;lllll!*ll!ll

lll!llllllllllill!ll

TYPE PROGRAM

HESSRGE/

33896
36 36 3 3 36 2 3 %

2#¥HALT

23 936 3 3 3 36 3 3 %

2369 96 36 36 3 3 3 3 3%

#RRETURN *%

4636
3 3 36 3 36 3 % %

MOR

MANAGEMENT?

369636 96 36 36 36 36 36 36 36 36 36 36 36 36 38 36 36 3 6 3 3
%

SET UP DESTINATION

# PART OF

\YES

\—m——e
\
b

’'RELOC’

SET UP MEM MGMT

LAST 2 BANKS

lREGISTERS TO POINT TO»

i*&li!l!!*l;;i*&&&*;*i*

liillllilll;l!lllilllii

#POINT TO LAST 2 BANK *
v

RELOC(58)

3696 36 9696 36 36 36 36 36 36 36 36 36 36 36 36 36 6 36 36 3 3 3 %

%% RELOCATE PROGRAM TO *x
*%
LAST 2 BANKS
*¥

't )

RELOC(S8)

FHEHNHANI NN

#% RELOCATE PROGRAM TO x=
*%
LAST 2 BANKS
%%

llil*ll*llll;l!!*!l*lllll

l!illilll}l!;l!lill**!lli

!llllllll!l;ll!llll

VT
v
5{*15{{;!!*111***;&;41*

30000000 00000000
6 0006 06 3000 00 00 00

/RELOCQTION

RELTOP

3080030 06 30 0 R U U B 00 OO0 000

SEQ 007S

EEREREERERY

J 363 3 3 0 3 3 3 % %

2#RELOC

PAGE S8

3696 36 36 36 36 36 36 3 36 36 3 36 36 3 36 38 36 3 3 36 % %
¥ADJUST ALL PERTINENT

ADDRESS POINTERS

**l!i*l!li!?**ll!*l*!i*

-------------- dYl(mmm
REFEEERENER

¥¥RETURN 2%
EXRERERRFRE

<ZQMCEQ

0-124K MEM EXER

LO6

186K

RELOCATION SUBROUTINES

9 3 36 3 3 3 3 3 3 3% %

*{**5;4*&**

12T
T2 EE

RELO

PAGE S9

#%#RESLDR %

I
v

RESLDR

3636 36 36 30 6 96 30 30 06 06 30 2 36 30 06 36 30 36 30 6 3¢ 3¢

MORY
MRNARGEMENT?

00.07 10-JAN-78 13:19

363 03 3 062 3 0 R X%

#%RELO

NO
/
----- /

DECFLO VER

# MOVE "LOADER"TM FROM

\YES
\=———=\

END

TQO

MEMORY

TOP

*
-

I
I

**1§§§§§§§1¥§§§§§§§§*§§

i2222222221

*%#RELOCRATE PROGRAM BACKx#
*x
TO BANKS 0+1
%%

3696 3036 36 06 366 36 00 06 636 36 06 06 6 36 30 06 36 2

#REGISTERS

31T

ll!!!!ll!!l!;llllllll!lll

36360036 36 00 00 0698 38 00 00 6 36 38 00 36 6 36 36 36 8 3¢

]
I

e
RELOC(58)

306 96 06 36 06 0000 36 030 03 3030 303 36 36 36 3 30 3 30 3¢

306 303000 06 06 B0 200 3 300 0

*ADJUST

ALL

2 20 2

PERTINENT

ADDRESS POINTERS

336 36 3 36 96 3 36 3% 3 3% 36 36 3 36 3 3 3¢ 9 3 % 3 %

SET UP MEM MGMT _ *
TO POINT

BANKS 0+1

TO*

RELOC(58)

3636 9636 38 38 36 36 36 36 36 36 3 36 36 36 36 36 3 36 3 % 3 % %

#¥RELOCATE PROGRAM BARCK¥*%
%3
TO BANKS 0O+!
%%

%%
%%
ll!!l!!l!l!!?!!!l!li!!ll*

12234332322

#%¥RETURN ##

06 048 96 36 3 3
3363000

##RETURN

x»

13222]

SEG 0076

CZQMCEO

0-124K MEM EXER

PARITY ROUTINES

3363 3 96 36 3 3 3 3 %

336 36 3 3 3 36 36 9 3 3%

ii!l!;llill

3336 3 36 36 3 3 % % %

#XSETRAE

I
vV

TYPE UNEXPECTED
TRAP

MESSAGE

I
1

SERROR(B3)

/ERROR FbRG %Ea
s
ANY
PRARITY

333 33 3 3

INNNO
\=———-

YES

I IE 0000 00 0000 00 0600 6

20 300

% REPORT TRAP PC _AND
L
REGISTER DARTRA

¥
¥

269636 36 26 36 36 36 36 36 36 3 ¥ 36 36 36 3 3 36 % % % 3 3 %

#% ERROR:
bE 2 3

MAMF

/7 PARITY REGISTER \NO
A
EXIST AND NOT

INHIBITED”?

£21

I YES

3636 36 36 36 36 36 36 36 36 36 36 3 36 3 3 3% 3 3 % 3% % %

1
*SET UP PARITY VECTOR.
-==>%# SET "ACTION ENABLE’ *

3636 36 36 3 36 36 3 36 36 36 36 36 36 36 3 3 3% 36 3 3 3% 3 % %

lll*!lillll;tll!}ii*ll!

{

IN ALL REGISTERS

}

33636 336 3 3 3 3 3 %

S35 36 3600 36 36 233000 00 00 06 06 30 00

SCAN

MEMORY

FOR

PSCAN(61)
0 36 96 36 34 04 0

ALL

#*x

::BRD PARITY LOCATIONS x¥

%
i 22222222
STRLZ
22
2T

#2RETURN »*»

REREEF

#XRET

ERE

N **

FREERRARERN

1
1
1
1
I

3696
9636 36 36 6 3 3 %

---------------

#%CLRPAR *%
ll!l!;lllil

CLRPAR

3300000630
00 0600 06 00 00 00 00 30 06 06 36 36 06 3 2

#CLEAR OUT ALL MEMORY #
%
PARITY REGISTERS
:

*
336 3 36 3 36 36 36 3 38 3 3 3 3 3 3 2 3 3 3 % % %

v
236 3 36 3 3 3 3% % % %

¥¥RETURN %
3069606
06 06 0 0262

%
1

xx
2

*¥

TRAP BUT NO
FLAG

®#MAMF

*llllilllll!;!!!llll!l!l*

»»

it
s s 33
T2

/
/
i222221222222
2222 22

00.07 10-JAN-78 13:19

330623 0 3 3 3 % %

PESRV
7

DECFLO VER

698 96 338 9 3 36 3 % %

#XPESRY

MO6

16K

I
I

PAGE 60

SEQ 0077

CZGMCED
0O-124K MEM EXER
PARITY ROUTINES

00.07

3363636
3 36 3 3 3% 3 %

636 3 30 96 96 3 3 % 3 %

26963636
3636 3 3 % 3 %

CKPMER
J¢(mmmuy

DECFLO VER

P ITTITITTITY

##CKPMER

NO6

16k

%£%PSCAN

I
V

PSCAN

7/ PARITY REGISTER

EXIST AND NOT
INHIBITED?

10-JAN-78

13:19

PAGE 61

SEQ 0078

VvV

HHEABNNNNR
RN RRNRY

TYPE SCANNING
MESSAGE

!li**!*!!ll;!!l!!!!
............. >

J0E 0636 236 3 0636 36 6 3 06 36 06 6 0 06 3 36 3 2 %

:REQD MEMORY LOCATION :

il!*ll!l!ll;!ll*l*lilll

SERROR(63) %

J3 336 36 36 36 36 96 36 96 36 36 36 36 3 36 36 3 3 3 96 3 3 %

%%
>§:

ERROR:
SHOULD

PARITY ERROR
HRAVE TRAPPED

%
———

SERROR(63)

bbbt
2 22222 22T
tt
TTT LTS

133

ERROR:

PARITY

ERROR

#¥

333 36 36 36 3 36 36 36 3 3 36 36 3¢ 36 36 3 3 3 3 3 3 3 3%

PSCAN(B1)

bbb ebebodebado bbbt
bttt
2 T

SCAN MEMORY FOR ALL

::BRD PRRITY LOCATIONS.
x#
2222222222221

%%
22222222223

J36 36 3 36 9 3 3 3 36 3 3 3 3 3 3 3 3 9 36 3 3 3 3 %
D Dl P B

= et Dt 0 D Dt 0 0t Dt B

xx
:1

I
1
1
I

SERROR(B3)

/7ANY PARITY ERROR \YES
\—-——FLAGS?
\

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

)

336903636 06 36 96 36 36 96 36 06 3% 36 3 36 36 36 06 3 3 %

=
I
--—:

#ERETURN ##

PRARITY ERROR #x

LOCATION.

UPDATE ADDRESS
POINTERS

*%
*%

3363 30 3 36 3 36 3 26 3 3 36 3 3 3 2 3 3 3 3 3 2% %

R
e

*
:

6.3 96 36 36 36 36 36 3 36 3 36 3 36 9 3 36 % 3% 3 3 % %

ONE

SERROR(B3)

3633636 3 36 30 36 36 38 38 3630 38 36 36 36 36 38 34 34 36 36 36 3

>u¥

ERROR:

ERRORS

PARITY

FOUND

¥
134
lillll*illli?l!!llllllll*

309000
300000 00 08

I
I
L

%% ERROR:

> A%

363636 36 38 38 36 36 38 3¢ 38 3638 36 38 3638 36 38 38 34 38 38 36 3¢

3 3 36 3 3 96 3 3 3 3 3%

#¥RETURN %

333
3 3338 3 3 3

BO7

00.07 10-JAN-78 13:19

PAGE 62

ERRRARRRERR

(1232222212

22TYPMAP

#8--->

#2SPRNT

DECFLO VER

RERRERRRRES

BB REARERY

ERERERRERRE

#2SPRNTQ ##-=-)
[
RERRRRRBRRR

----- ;/

ERRRRRRERERRRURARERY

TYPE EMPTY MRP

MESSRAGE

##SPRNTR

##---)>

FRERRERERNE

121211322224

#%SPRNTO #¥#~==)>
RERNREREENE

dd bbbt
bt

ExSPRNT]

##---)

12223322
T

112312222232

RRSPRNT3

##---)

3 3 3 38 3 3 3 3 3 %

336396
38 36 36 36 96 9 3%

+ESPRNT2 #%---)

HREREEREEER

bt it ssss s

%
*

ROUTINES

AT P 9t D D D D) D D=t Dt Dt D) D D Dt D=t Dt (ot Ol Dl Dt Ded Ot g

llllll!llll;l!lll!l
RFERRBARERRR

3323

/TYPE FIRST + LAST /
7/ ADDRESS OF BANKS /
/
FOUN
/

33 36 3 36 3 3 3 3 3 3 3 36 3 3 3 3 3 %

1
1
I
1
1
¢

333333l

#XRETURN

EREERRREREE

TTTIZI ST TLL

SET

DATA FOR ERROR
TYPEQOUTS.

TLL

*
*

!l*lll!llli;l*!!llil!*l

ERERREREERE

EXRETURN ¥

EEREERRAERY

SEQ 0079

cO P

CZAQMCEOD
D-124K MEM EXER 16K
SYSMRC AND STANDARD UTILITY ROUTINES

DECFLO VER

00.07

SSCOPE

IS
3T T2 ITIITZ 22
#
CONTROLS LOOPING,
=

RERRBRERERE

#2§SCOPE #%-->%
FERERRERRER

INTERATIONS,

ETC.

BETWEEN SUBYESTS

Y YTITIYIITTL

RERREREXEEE

336360 3 3 3 3 3 % %
#%STYPE

336 3 96 30 36 3 36 3 % %

REREREEEEEE

EERERESRERR

36 36 3 36 3 9 96 3 3 3% %

%¥#SERROR #%--)>#PRSS DATR TO $ERRTYP #--)>%%RETURN #
303896 36 38 36 36 96 3 38 6 36 38 96 36 3 96 36 3 9 3¢ %

69636 36 3636 6 36 36 36 38 96 30 36 96 36 36 36 36 38 3 3¢ %

TYPEOUT

#¥--)>#MESSAGE,

ERROR

ROER

'DATA

AND

F 22222
L)
%%

33636
36 3 3 3 3% 9 3 ¥

2636 3 396 36 9 38 36 36 38 9 96 96 36 3 36 3 36 3 3 3 %

3636 3 9 38 36 3 36 36 3 %

£#%STYPOC

#2SROCHR

#%--)>»

EEERERBEREN

TTY

)

3363 0636 36 3 3 3 3 %

36333
3 3 3 3 3 3

2636 3 36 96 36 36 36 96 36 3 36 36 36 36 36 36 36 36 36 38 3 %

36 9636 3 36 3 36 3 3 3%

363636 3 96 38 3 3 3 3 3%

EREEREEEERY

39636
3636 3 3 36 3 3 %
3696
36 9696 38 36 3 38 %

E98 336 30 38 3436 96 36 36 3 3 3 96 96 36 38 6 36 3 3¢

SRDOCT
EREREEEEEEE

##SRDOCT

2636 36 6 38 30 3 95 96 36 38 3 38 38 96 36 98 9 3 3 3% 3 %
#CONVERTS ARSCII OCTAL =

%%-->%

RERFRRREARE

NUMBER

)

MACHINE

NRRY

498 336 3 96 36 96 36 3 %

%--)>%#%RETURN
*

23636
3 96 3 3 3 36 3 %

363 33636 36 36 38 36 38 3 36 3 3 3 3 98 3 36 96 36 3 3%

33036 36 396 3 96 30 36 96 38 36 96 36 06 36 3% 36 36 3¢ % 3

#2SPRINT

%%-->%

EERRRERERES

RELOCRTES

RADDRESS

MESSAGE

FOR

STYPE

3633
96 38 96 36 3 6 3 %

#--)%%RETURN
»

2636 3 3696 36 3 06 36 36 36 36 06 3 3 36 3 36 9 3 3 3 %

336 3 3696 36 38 26 96 36 36 36 36 36 36 36 36 3 3 3 3 3 %

OCTAL

NUMBER

B AR RS

I YTy
T

3--)>32RETURN a&

3636 38 36 6 3 36 36 36 38 3 36 36 36 38 36 36 3 3 9 3 3 ¥

3608 38 30 30 36 38 3 9 36 36 6 36 38 3 36 38 36 3 3 3 36 %

* UNEXPECTED TIMEQUT

t2IYTTIEIITY
N

3636 36 9 36 36 3 3 3 3 %

(TO 4)

ROUTINE %-->RuHALT

499638 36 30 36 36 38 36 36 3 36 3 36 36 36 36 3 38 3 38 %

36363 33 3 3 3 3 3
#%STYPAD

3636 3 3 36 38 96 3 36 3 3 36 36 38 36 3 36 36 3 3 36 36 %

»*

%¥-->%*

69696 36 3 36 36 3 3 % %

)

TJYPE AN 18-BIT

ADDRESS

(OCTAL)

263 36 36 3 96 3 96 3 % %

R ERRER

»*

36303 3 96 30 3 3 3 3

#--)>##RETURN »x

t 2222222222222 222232222 2

236 36 3 30 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 % % %
*

RSCII

MESSAGES

3360600 00 0 300 3000 00 00

SPRINT
FEEAREEEREN

2353 355 9 2 0 3

STYPAD

¥%SROLIN ##-->% CHARACTERS FROM TTY #--)%*RETURN #¥
FREREENNENE

»*

3636 36 36 3 3 36 36 36 3 36 38 36 06 36 3 36 36 36 3 36 38 %

#XERRTRP #%-->% TRAP

SROL IN

3063 39 3 3 0 08 35 30 06 6 6 6 3 3 36 3
#
INPUTS STRING OF
*

333
98 8 2 %

ERRTRP

#-=)>%¥RETURN

#%-->%TYPE

SRDCHR

6363 36 96 3 36 36 36 36 36 38 96 96 36 38 3 % 36 3 3 % 3%
%#INPUTS CHARACTER FROM*

)

STYPOC

#--)>x%%RETURN

ll!lllil!ll*l!ll!liiill

*#%$TYPDS Il--)iTYPE R DECIMAL NUMBER#--)>##RETURN ax

ERRTYP

ERBERBRERER

l--)!iRETUQN

STYPDS

333 9% 3 3 3 3% 3 %

TTY

SERROR

363636
3 96 3 9% 3 % 3 %

ERREEEERERR

LIITTITITLIYY

llllllllllll!lilll!llll

SEQ 0080

* TYPES OUT R HESSRGE

3 3 06 35 330 36 06 35 36 96 3 36 96 36 36 3 3 3 % 3 %

RRRARBBEREE

#2ERRTYP

PRGE 63

3690363 3 X 30 36 96 36 38 96 38 9 36 96 3 3 3 9 3 %

%%-->%

6363 396 36 36 08 36 36 36 38 05 36 36 36 36 36 3 36 3 3 ¥
#COUNTS ERRORS,
LOOPS.

RERREREREEE

13:19

STYPE

#--)>%%RETURN ##

10-JAN-78

90 00 00 0000 06 00 0 0

269636 36 6 36 36 06 36 36 36 36 36 06 36 36 3 3 36 36 36 3¢ %

ERROR DRTR FORMAT
TABLE

#
*

*
*
33330 3330 30 36 36 30 3 3 36 30 3 3 3 M 3 % % %

HERREREERRE

%%, END

fodol

EREXEBHWERE

CZQMCEC 0-124K MEM EXER 16k
FLOW CHART CROSS REFERENCE LIST
ERANKNO

S7s

CTRLS
DONE

14
S3

CKPMER
CLRPRR

ERRTRP
RRIYP
XIT

GMPR

GMPRA
GMPRB
GMPRC
HALT

INITDN

%§§¥§§
MAMF
MANUAL

MRNUL 1

MANUL 2
MAPRB
MAUT

mRINTT

PBTRP

PESRY

PHYADR
PSCAN
RELO
RELOC
RELTOP
RESCHK
RESLDR
SES¥é

REgTQR

EE$T2§
e TU

)
608

63
S4

0] ]

12
12
12
03

5§
38
1e

16
13

35
60

bls

608
158

60
15

5Ss

57
bl
53
58
58

bls
538
58
58

bl
59
58

59s

82.
Y4
58
63

63
57

3
60

Y4y

63
5§78

63
=

Y4 T

85.
2s
Obs

SETCON
SPRNT
SPRNTO
SPRNT]

25
bes
ecs
(5Y-3)

Y4 |
60
03
Sg8s
53
14
03
02

-4

¥4

SEQ 008!

638

60w

PAGE bY

638

2
57

00.07 10-JAN-78 13:19

ROTATE
SELECT

SETARE

§7

DECFLO VER

5SS

24
41

SEROSb

4S5

5S»

8§

=74

&£

Zew

45
60

S5
bl

sS
bl

Sé
62

S6
b2

S6
63

Sé
63

57[4
B3

S7‘
B3

S7[
63

57[
63

Sg
cb

EO?

CZQMCEQ 0O-124K MEM EXER 16K
FLOW CHART CROSS REFERENCE LIST

SPRNT2
SPRNT3
SPRNTQ
SPRNTR
START

628
62s
62
ecs
0]]

3TARTA

START]

TIMOUT

THAP

- e

0Ss

160

TST122

15723
15724
TS12S
15726

157127

TST3

TSTHY
TS15
1576

1877
TYPMAP
W3X9
WWPB1
WWPB2
WWPB3
WWPBY

¥4
29
31
33
35
i8
35
40

e Ge B G O e

SEG 0082

-—...-.—..._/’—.—“
)

39%

35#
368

37
37

46
19

20
2l
ee

23
13
27
3S
36
37
36

gEgEOR

SILLUP
sMMUP
SPRINT
SPWRDN
SPURUP
SRDCHR
$RDOCY
$ROLIN

PRGE BS

Y2
43
4y
45

WWPBS
WWPBT

00.07 10-JAN-7?8 13:19

~— fi—,—--—--n
75713
73714
1ST1S
15716
IST17
1STe
18720
18721

DECFLO VER

30
39

63
O4s
47
o4
O4s
04
63
15
63

35S

35s

37
38

S7%

378

374

30
40

31
41

32
Y2

32
43

32
4y

33
45

63
15

634

34
46

34
48

36
S0

26
36
52

36
58

36
60

36
6l

37
6l

37
bl

37
61

FO?7

CZGMCED
0-124K MEM EXER 16K
FLOW CHRRT CROSS REFERENCE LIST

$SCOPE

638
63

638

$TYPDS
STYPE
$TYPOC

63
63
63

638
638
63s

STYPARD

.END

638

DECFLO VER

00.07

10-JAN-78

13:19

PAGE 66

SEQ 0083

0-124K MEMORY EXERCISER,
¢ < @M CEO
c P4 aM CE P11
10-JAN-78 12:S6
.TITLE

CZQMCEO

16K VER

GO?7

MACY1l 30A(1052)

0-12:;7HEHORY EXERCISER,

10-JAN-78

13:12

PAGE 2

16K VER

:#DIGITAL EQUIPMENT LORP.

: #MAYNARD,
HE

MASS.

01754

::PROGRRH BY BRUCE BURGESS/KEN CHAPMAN

:#THIS PROGRAM WAS ASSEMBLED USING THE PDP-11 MAINDEC SYSMAC
19,

001100

SWITCH

.EQUIV

EMT,ERROR

10T,SCOPE

444222444

OmD®
==t
O

r 89

i
5D e

HALT ON %RROR
EST
ERROR TYPEOQUTS
KT11 (AT START TIME ONLY)
INH
ITERATIONS
INH

)¢
I
I
BRSIC DEFINITION S

-lINITIR&lggofiESS OF

&7ACK=

USE

Z2ZZO o m

s ¥

.SBTTL

OPERATIONAL SWITCH SETTINGS

st Pt Pt Pt Pe

NN
MR R
Ok

NN
PV U 9= 0 0= bs s pos s
NONLEWU—-OVO NN LW

.*BTTL

1977.

JAN

NDO OO~ NuW E£N

(MRINDEC-11-DZGRC-C3),

;:PRCKQGE

ERROR
ERROR
TEST

IN SWR<4:0>

PROGRAM RELOCRTION
PARITY ERROR DETECTION
EXRERCISING VECTOR RRER.

THE STACK POINTER

%%%

1100 %*#%

; sBASIC DEFINITION OF ERROR CALL
; sBRSIC DEFINITION OF SCOPE CALL

-;MISCELLTNEOUS DEFINITIONS

LF=
CR=
CRLF=
PS=
.EQUIV

12
15
200
177776
PS,PSW

PIRQ=

177772

STKLMI= 1727274

DSWR=
DDISP=

177570
177570

- #*GENERAL

RO =

RY=
RS=

%4
%5

Rl=
R2=
R3=
RE=

000006

R7=
SP=

;s CODE FOR HORIZONTAL TRB

:'CODE FOR LINE FEED
: :CODE FOR CRRRIAGE RETURN
: CODE FOR CARRIAGE RETURN-LINE FEED

: 'PROCESSOR STATUS WORD

;3STRCK LIMIT REGISTER
; ; PROGRAM INTERRUPT REQUEST REGISTER
; s HARDWARE SWITCH REGISTER
; ; HARDWARE DISPLAY REGISTER

PURPOSE REGISTER DEFINITIONS

:;
:

GENERAL
RE GISTER
GENE

%1
%2
%3

: GENERAL REGISTER
;s GENERAL REGISTER
:GENERAL REGISTER

: 'GENERAL

%
X3

: ' GENERAL REGISTER
: *GENERAL REGISTER
REGISTER

' 'GENERAL REGISTER
: 'STACK POINTER

SEQ 0084

CZGMCED
C-124K MEMORY E-ERCISER,
CZGMCE.P11
10-JAN-78 12:586

5
€9

&1
¥
63
BY
65
66
b
69

16K VER
MACYl]l 30R11052)
BASIC DEFINITIONS

000007

PC=

000000

PRO="

PRI=
PR2=
PR3=
PR4=
PRS=
PR6=
PR7=

100000

SW15="

040000
020000
010000

40
100
140
200
240
300
340

002000

SWiD=

2000

78
79
80
81
82

000200
000100
000040
000020
000010

SW07=
SWoe=
SWpS=
SWo4=
Sup3=

200
100
40
20
10

g4
85
86

000002
000001

Swol=
SWp0=
EQUIV

2
I
5W09,S5K9

.EQUIV
.EQUIV
EQUIV
JEQUIV
"EQUIV
"EQUIV

SWO?7,SW?
SW06, SWe
SHOS, UG
SwWON, 3WU
SW03.5W3
SWO2.5W2

76
77

001000
000400

000004

94
35

98
93

100

101
102
"03
.4

105
106
107
108
109
110
111
112

SWil=

SW09=
SWo8=

SWo2=

EQUIV

88
89
90
91
92
93

; ; PROGRAM COUNTER

s PRIORITY LEVEL O

: iPRIORITY
: PRIORITY
*!PRIORITY
; iPRIGRITY
::PRIORITY
:iPRIORITY
:tPRIORITY

LEVEL
LEVEL
LEVEL
LEVEL
LEVEL
LEVEL
LEVEL

100000

40000
20000
10000

004000

13:12

. ¥"SWITCH REGISTER"TM SWITCH DEFINITIONS

SWid=
SWi3=
SWi2=

10-JAN-78

. #PRIORITY LEVEL DEFINITIONS

000040
000100
000140
000200
000240
000300
000340

71
72
73

(
HO7

4000

1000
400

SW08,SwW8

(EQUIV SWOT. SW]
_EQUIV
0,

. ¥DATA BIT DEFINITIONS

100000

81715=

020000

BITi3=

040000

010000
004000
002000
001000

000400
000200
000100
000040
000020
000010
000004
000002

BIT14=
712=
81711=
BIT10=

BIT09=

BIT08=
BIT07=
BITOb=
BITOS=
BITO4=
BIT03=
BIT02=
BITOI=

1000

4000

2000

10000
4000
2000
1000

400
200
100
40O
20
10
4
2

(BITOO

TO BITIS)

I
2
3
3
5
&
7

PARGE 3

SEG 008S

10-JAN-78

BITOO=
-EQUIV
"EQUIV
'EQUIV
'EQUIV
"EQUIV
"EQUIV
"EQUIV
"EQUIV
'EQUIV
_EQUIV

000004
000010
200014
000014
000014
000020
000024
000030
000034
000060
000064
000240

ERRVEC= 4

s Pt Pt Bt P

LWWWWWWWWWWIVIL

Pt Pt Pt Pt o Pt Pt Pt et Pt Pt Pt Pt Pt Pt vt Pt Pt Pt Pt Pt Pt Pt

0002s0

. ¥BASIC “CPU"

TRAP VECTOR

13:12

ADDRESSES

! !RESERVED AND ILLEGAL INSTRUCTIONS

TBITVEC=14
TRTVEC= 14

PieTe BIT
! I TRACE TRAP

' 'BREAKPOINT TRAP (BPT)

BPTVEC= 14

IOTVEC= 20

L INPUT/OUTPUT TRAP (I10T) #%SCOPE#*%

EMTVEC= 30

! 'EMULATOR TRAP (EMT) ¥XERROR#¥

TKVEC=
60
TPVEC=
64
PIRGVEC=240

;! TTY KEYBOARD VECTOR
$17TY PRINTER VECTOR

PWRVEC= 24

: ! POMER FAIL

TRAPVEC=3Y4

! I=TRAP" TRAP

: ! PROGRAM INTERRUPT REQUEST VECTOR

MEMORY MANAGEMENT DEl INITIONS

; #KT11

VECTOR

MMVEC=

250

ADDRESS

STATUS REGISTER RDDRESSES

SRO=
SRl=
SRe=
SR3=

177572
177574
177576
172516

Pt Pt P

; BKERNEL "I" PAGE DESCRIPTOR REGISTE
S

172340
172342
172344

PAGE 4

:; TIME OUT AND OTHER ERRORS

RESVEC= 10

; #KT11

177572

10-JAN-78

1
BIT09,BITS
BIT08,BITS
BI707,BIT?
BITO6.BITE
BITOS,BITE
BITO4,BITH
BIT03,BIT3
BIT02.BIT2
BITOI.BITI
BITOO0,BITOD

.SBTTL

Pt P

oo oroNNNININUINIINE
L L L L £ £ £ £

Bt n Pt Pt Pt Pt Pt Pt Pt Pt Pt P

12:56

107

MACY1l 30R(1052)
16K VER
BAR SIC DEFINITIONS

.000001

Pt Pt Pt Pt Pt Pt Pt

s Pt Pt P

OO0

NPy
(2]
= =4

0-124K MEMORY EXERCISER,

KIPDR1=
KIPORe=
KIPDR3=
KIPDR4=
KIPDRS=
KIPDR6=
KIPDR7=

172302
172304
172306
172310
172312
172314
172316

; ®KERNEL

KIPARO=
KIPAR1=
KIPAR2=

172340
172342
172344

PAGE

ADDRESS

REGISTERS

SEQ 0086

Ex;z:x;z:?—shfl—hbflflhhfl—Hhfi—kfl—Nbfl—hhfldMhfl—fl
DWW
D DM@
NN
NN
DJNDVOWHLhfluwCNDGPJOULCwflwflDmflrflmUizdflw43&

OO
NN
0O

0-124K MEMORY EXERCISER,
.P11
10-JAN-78 12:56

201

RN
Pt Bt Pt Pt Pt P e b= = (O 3
ONON LWr—-0OW0m

2
207

16K VER

MACY11 30A(1052)

JO7

10-JAN-78

MEMORY MANAGEMENT DEFINITIONS

13:12

PAGE S

SEQ 0087

kIPAR3= 172346
KIPARY= 172350
KIPARS= 172352

172346

KIPARG=

KIPAR7=

17235¢

172354

172356

UP = 0

000000
000006

:CODE FOR UPWARDS MAP IN MEM MGMT PDR’S

RW = 6
-¥

!CODE FOR READ/WRITE IN MEM MGMT PDR’S

PARITY MEMORY DEFINITIONS.

000001
00114

PARVEC=114

012727

MASKYK= 17777

177746

tnpcue 17774

sPARITY ACTION ENABLE

'PARITY TRAP VECTOR

HISCELLQNEOUS ASSIGNMENTS

sMASK FOR 4K ADDRESS BANK BOUNDRY.

% CACHE REGISTER DEFINITIONS.

.SBTTL

TRAP CATCHER
=0

000000

;¥ALL UNUSED LOCATIONS FROM
4 - 776 CONTAIN n » 42, HALT"

: ¥SEQUENCE TO CATCH ILLEGRL TRAPS AND INTERRUP 6

lLOCQTION 0 CONTRINS O TO CATCH IMPROPERLY LOARDED VECTORS

000174
000176

000174
000000
000000

000200
000204

000137
000167

002640
002436

000210
000214

000220

000167
000167
0001e?

000064
000064
003382

000004
000006

000004
025060
00coco

DISPREG:
SWREG:
.SBTTL

=17

NORD
WORD

0
O

STARTING_ADDRESS(ES)

; ; SOFTWARE DISPLAY REGISTER
; ; SOF TWARE SWITCH REGISTER

JMP
JMP

INSTART ;;JUMP TO STARTING ADORESS OF PROGRAM
SELECT
;
STRRTING ADDRESS TO ALLOW THE OPERATOR TO

JMP
JMP
JMP

RESTAR
RESTOR
TIMOUT

:SELECT _VARIOUS PARAMETERS.
'RESTART ADDRESS, USING PREVIOUS PARAMETERS.
'RESTORE _LOADERS’ TO END OF MEMORY AND HALT.
:TYPE OUT MEMORY MAP, BYTE BY BYTE.

.=ERRVEC
ERRTRP
.WORD
.WORD
O

.SBTTL

RCT11 HOOKS

o J6363636 36 3 3 3636 3 3 3 36 3 3 3 36 36 3 3 3 3 3 3 33 3 3 3 3 X 3 3 J 3 3 3 3 K 3 3 3 W KKK K WKW

000046
0oo0se

000010
000046
014174
0000Sse
040000
000010

hooxs REQUIRED BY RCTI1
SSV zc-.

E XX EEEEEEEE

:SAVE PC

$ENDAD

3 1)SET LOC.46 TO ADDRESS OF $ENDAD IN .SEOP

BITIY
.WORD
.=$SVPC

.,E)SET LOC.82 TO BITIN
;; RESTORE PC

.=52

CZQMCED
0-124K MEMORY EXERCISER,
10-JAN-78 12:56
CZQMCE.P 11

16K VER

000300

RCT11

—

BRI

.-swo

¥
¥
;%

000300

00500S
000401
010705
012706
005767
001002
000167
005767
001470

poooor

S 6330606 3336060 0000

REST1: MOV
TST
REST2:
177572

172300
000010
077406

18:

172340

000200
000400
000600
001000
001200
001400
007600

N00001

177572

gooi4e
000140

BNE
IMP
TST
BEQ
BIT
BNE
MOV
MOV
MOV
DEC
BNE
MOV
CLR
MOV
MOV
MOV

MOV
MOV
MOV
MOV
2%:

3%:

000200

4s:

172340
oog472
000200

S§:

MOV

CLR

000530
000s3e

000110
022767

000003

SEQ 0coss

000 023 30 000 06000 00 0 30000 00 300 0 3060 30063030

RS
RESTI

os?ncx
SP
MEMMAP'

REST2
STARTA
MMAVA
108
#BITO, 2#SRO
23
#K IPDRQ, RO
8.
Rl
#077406, (RO)+
R1
18
$K IPARD, RO
(RD)+
$200,
(RO)+
(RO)+
#400,
#6000
(RO)+
#1000,
#1200,
¢1400,
#7600,

oexro,

(RO)+
(RO)+
(RO)+
(RO)+

J¥SRO

4§
#200,
33

MOV

JMP
ADD
ASR

20%:

JMP
CMP

ADD

000o4e

BCS
ADD
BPL
HALT

108:

177432

PRGMAP, Rl
PRGMAP42, R2
Rg

BCC
MOV
BR
MOV
ADD
MOV

172342

MOV
MOV
ggs

ROR

000062
001100

PAGE &

THEY CAN BE PROTECTED BY SELECTING SWOS (SEE DOCUMENT FOR USE OF SWOS).
THE CODE CAN ALSO BE RUN FROM ANY BANK OF MEMORY, ASSUMING MEMORY
MANAGEMENT IS DISABLED BY "CONSOLE STARTTM.

RESTOR: MOV

002330
000256

13:12

THE FOLLOWING ROUTINES ARE LOCATED IN THE VECTOR AREA_(0-1000) SO THAT

RESTAR: CLR
BR
001100
001206

10-JAN-78

HOOKS

.=300

KO?

MACY11l 30AR(10S2)

ALY
#200,
Re
RI

sCLEAR FLAG TO INDICATE RESTART.
:GO_RESTORE PROGRAM BEFORE RESTARTING.

:PUT DATA INTO FLAG FOR RESTORE.

'SET
UP THE STACK POINTER.
:CHECK IF THE MEMORY HARS BEEN MAPPED.

:BR IF MEMORY MAPPED.
GO START
:CHECK IF MEM MGMT AVAILABLE.
'BR_IF NO MEMMGMT.
:CHECK IF MEM MGMT ACTIVE.
'BR IF MEM MGMT ALREADY SET UP.
TPOINT TO FIRST MEM MGMT DDATA REG.
*SET UP COUNTER.
;MAP FIRST 28K 1-FOR-1.
:COUNT REGESTERS.
:BR_IF MORE REG.
:POINT TO FIRST nen nch ADDRESS REG.
:PARO MAPPED INTO BANKO.
:PAR1 MAPPED INTO annx1.
;PAR2 MAPPED INTO BANK2.
Pnn MAPPED INTO BANK3.

PARY MAPPED INTO BANKY.
PRRS MAPPED INTO BANKS.
:PARE MAPPED INTO BANKE.
:PAR7 MAPPED INTO BANK37.
;ENABLE _MEM_MGMT.

:INIT TEMS PAR REG.

GET THE ROGRRH MAP...LO B4K.
% 64K
suxro THE MAP POINTER...HI

'BR WHEN FIRST BANK FOUND.
SUPDRTE TMP PAR TO NEXT BANK.
:BR IF MORE.
FATAL ERROR!!! MAP EMPTY?

SSKIPARG
RO

PUT YEMP PAR INTO FIRST PAR

J P INTO PROGRAM IF NOT THERE RLREQO{
KEEP UPDATING TEHP PAR REG.
snxrr POINTER. . .HI
.LO

S$
BR IF TOP BANK NOT YET FOUND.
J8KIPARL' :SET UP SECOND Pnocnnn ANK POINTER.
RO
208
;BR_TO RELOCATE SECTION
*GET RELOCATION FACTOR.
RELOCF, RO
*SET UP STACK POINTER.
osrncx RO
SP
:SET STRCK TO RELOCATE PROGRAM.
oabs-STRCK,RO :GO
:ADJUST
RO TO RELOCATED “20%" ADDRESS.
TO “208" (RELOCATED).
u3
PRGMAP :CHECK IF PROGRAM IS IN BANKS O AND 1.

)

000S40

10-JAN-78 12:56

001402

16K VER

MACY11l 30R(1052)

RCT11l HOOKS

BEQ

000SYe
000s46
000ss0
00uSse

004767
00570S
201006
005067

016260
000412

JSR
TST
BNE
CLR

000see

000167

00S272

JMP

000SSe

000S66
000s72
000574

10S06”

004767
000000
000167

21s:

000320

0Olb442

002054

CLRB

2as:

000000

000606

Q300000

000602

000000

10-JAN-78

RELO

S$TSTNM

STARTI

PC,

STARTA

RESLOR

13:12

PRGE 7

SE@ 0089

;BR IF IN BRNKS O RAND 1.

!RELOCATE THE PROGRAM BACK TO BANKS O AND 1.
: CHECK RESTART/RESTORE FLAG.
;BR_IF RESTORE.
:CLEAN UP BEFORE STARTING.
; RESTART WITH PREVIOUSLY SELECTED PARAMETERS.

;RESTORE THE LORDERS TO THE “TOP” OF MEMORY.
{PALT RFTER RESTORING THE LORDERS
:CONTINUE WILL RESTART THE PROGRA

% THE FOLLOWING LOCRTIONS ARE USED BY THE ABOVE ROUTINE AND MUST BE LOCATED

000600

JSR
HALT
JMP

3% )

PC,
RS
2cs
STIMES

LO7

g%%gfi"égggcgg INSURE CORRECT OPERATION UNDER THE WIDEST VARIETY OF

RELOCF: .WORD

PRGMAF: .WORD
MMAVA:

.WORD

0,0
O

; CONTRINS RELOCRTION FACTOR (NO MEM MGMT)

'PROGRAM MAP - WHERE THE PROGRAM IS LOCATED
'MEMORY MANAGEMENT AVARILABLE FLAG.

CE.P11

0-124K MEMORY EXERCISER,

0-124K MEMORY EXERCISER,
CZGMCED
CZGMCE. P11
10-JAN-78

MO?

MACY1l 30AR(1052)
10- JAN-78
16K VER
POWER DOWN AND UP ROUTINES

.SBTTL

13:12

PRGE 8
SEQ 0090

POWER DOWN AND UP ROUTINES

oo 3063300200006 06 06 06 00 2 000 06 00 06 06 0000 30 06 3606 36 26 36 30 36 36 36 36 36 36 3636 36 36 36 06 30 3 36 38 36 36 30 00 00 306 3 SHH I OHIH I 00

BRBE
12 318737 38653
000624

010046

000633

010346
pigdy
1054
017746

OOOOSH
0000e6

:POWER DOWN ROUTINE

$PLIRDN: ngv

888eSE 8185.E

e
ob4

000274
ooclle
0ooe6e2

MoV
MOV
MOV
MOV
MOV
MOV
HALT
BR

000024

WW W WWWWwWww
W ww
[N ] g ST el e ey Y e Y S S S
|
- OO0 NCN LW
0OW

000660

nngLgP J¥PWRVEC

;;SET FOR FAST UP

8340, 3PURVEC+2 ; :PRIO:?

RD,-ESP;

;,ggsu RO og srac&

R3, -(SP)
RY, -(SP)

: ;PUSH R3 ON STACK
; PUSH R4 SN gtngx

ISR, = (SP)

: 'PUSH @SWR ON STACK

Bé:-(gg)

RS, -(5P)
SP,

$SAVRE

PUSH Bé 8N §¥QEK

; ;PUSH RS

STACK

; ;SAVE SP

8SPUWRUP, J8PWRVEC ;;SET UP VECTOR
: sHANG UP

-2

;-!!!lllli!**l*ilil!lllll*lil*!llllllil*!ll!i!ll*!l*l!**!l*!!!l!l

0ooe62

000756
000066
000062
000056

000024

*POWER UP ROUTINE
#SILLUP J#PWRVEC ;-SETSFOR FAST DOWN
$PWRUP: ngv
P
s
$SAVRE, 5P
1%:

000226

322

000610
000%40
022510

734
74¢
000746

000750
0007s2

(SP)+.RY
(5P)+.R3
(SP)+.R2
(SP)+ R
(5P)+'R

0000co

P'WAIT LOOP FOR THE TTY
SIWAIT FOR THE INC
ugng
i
'POP STACK INTO aSWR
'POP STACK INTO RS

:'POP
: 1POP
:1POP
:IPOP
PO
:'POP

STACK
STRCK
STACK
ngcx
STACK

INTO
INTO
INTO
inro
INTO

R4
R3
R2
RI
RO

SPURMG:

#SPWRON, I8PWRVEC' ; ; SET UP THE POWER DOWN VECTOR
cgqo,asfiunv§c+a APRIQ:7
R
$PRINT 180
PRINT OUT THE FOLLOWING MESSAGE.
PURMSG
: 'POWER FAIL MESSAGE POINTER

SPWRAD:

RESTART

: 'RESTART ADDRESS

-2

;s THE POWER UP SEQUENCE WAS STARTED
! BEFORE THE POWER DOWN WRS COMPLETE

000024
000026

SILLUP:
000762

§SAVRE
§SAVRE
19
(5P)+, JSWR
(5P)+ RS

$SAVRE:

(PC)+,

(SP)

' 'RESTART AT RESTART

'!PUT THE SP HERE

CZ@MCED
CZGMCE.P

1O-IEHK MEMORY EXERCISER,
10-JAN-78 12:5b6

16K VER
MARCYll
COMMON TRGS
.SBTTL
s

NO7

30AR(10S2)

10-JAN-78

13:12

PRGE 9

SEQ 00S!

COMMON TRGS

UMM

R A0 00 0 0

303600 0303000 06 00

36 30 00 00 06 06 030 06 00 06 06 003030 30 38 00 3 36 3608 30 00 36 2

:#THIS TRBLE CONTAINS VARIOUS COMMON STORAGE LOCATIONS

£ WWWWWNAININNI—
-~ - 000000

LNNOCNLNOC LNOTNLENOCLIWNNO0O

001100

SCMTAG:

000000
000
000
000000
000000

THE

.=1100

; ; START OF COMMON TAGS

$TSTNM:
SERFLG:
SICNT:
SLPADR:
SLPERR:
SERTTL:
SITEMB:
SERMAX:
SERRPC:
SGDADR:
$8DADR:
SGDDAT:
$8DDART:

.BYTE
.BYTE
WORD
.WORD
.WORD
.WORD
.BYTE
.BYTE
.WORD
.WORD
.WORD
.WORD
.WORD
figsg

0
0
0
0
O
0
0
1
0
0
0
0
0
8

; ;CONTRINS THE TEST NUMBER
; ;CONTRINS ERROR FLAG
; ; CONTRINS SUBTEST ITERATION COUNT
; s CONTRINS SCOPE LOOP ADDRESS
; ;CONTAINS SCOPE RETURN FOR ERRORS
; ; CONTARINS TOTAL ERRORS DETECTED
: ; CONTAINS ITEM CONTROL BYTE
; ; CONTRINS MAX. ERRORS PER TEST
; ; CONTAINS PC OF LAST ERROR INSTRUCTION
: ; CONTAINS RDDRESS OF ’'GOOD’' DATA
; ; CONTAINS RODRESS OF ’'BAD’' DATA
; ; CONTRINS ’*GOOD’ DRTA
; ; CONTRINS ’'BAD’ DATA
; s RESERVED--NOT TO BE USED

$AUTOB:
SINTAG:

.BYTE
ES;E

0
8

; ; AUTOMATIC MODE
; s INTERRUPT MODE

WORD

DSWR

STPFLG

000377
15
gooole

BYTE

$TMPO
WORD
TTMP]
WORD
ITMPe
WORD
$TMP3:
.WORD
§TIMES: O
SESCRPE :
$BELL:
.RASCIZ
SQUES
.RSCII
SCRLF
.RSCII
SLF:
.ASCIZ2

INDICATOR
INDICATOR

; ; ADDRESS OF SWITCH REGISTER

DDISP

; ; ADDRESS OF DISPLARY REGISTER
;;TTY KBD STATUS
;; JTY KBD BUFFER
;;TTY PRINTER STATUS REG. ADCRESS
;; TTY PRINTER BUFFER REG. RDDRESS
: ; CONTAINS NULL CHARARCTER FOR FILLS
; ; CONTRINS # OF FILLER CHARACTERS REQUIRED
;s INSERT FILL CHARS. RFTER R “LINE FEEDTM

e
le
0]
0
0
0
0

33 "TERMINAL AVRAILABLETM FLAG

<207>¢377><377>
%/
«1%
<12

y s USER DEF INED
: s USER DEFINED
; ; USER DEFINED
; s USER DEFINED
; sMAX, NUMBER OF ITERATIONS
; ; ESCAPE ON ERROR RDDRESS
;;CODE FOR BELL
;s QUESTION MARK
; ; CARRIAGE RETURN
. -LINE FEED

(BIT<07»>=0=YES)

;-l*lllll!ll*l!l!lllllll!l!l!i*liill!{llll!ll!lllll!llll*lii!lll*

'8B8TTL
R

APT MRILBOX-ETRBLE

3222222222222

' EVEN

000000
0coooo
000000

PROGRAM.

LIORD

DISPLRY
WORD
$TKS:
177560
$TKB:
177562
$TPS:
177564
$TPB:
177566
$NULL
BYTE
SFILLS:
.BYTE
SFILLC
BYTE

LNONCN LD

QOO
TNNNNNN L £ £

=D L0

0000000000 000000000 0000000000000 00000000
CO000000000 0000000000000 0000000000000O0O00

ol
e o ot
et et end
Ll and o e ey e e e e L a LT Sy wwhwwl et etettt
ues
TUNU N == 0 b Pt st Pt 4t e 3t Pt Bt s Bt P Pt Bt Pt Pt P Pt s Pt Bt P
s P P
s Pt P P Pt Bt Pt Bt Bt e

; ®USED

$MATL :

§MSGTY:
§FATAL:
§TESTN:

.WORD
.WORD
.WORD

2222222222222 2222222222222 222 222322222222

AMSGTY
AFATAL
ATESTN

: ;APT MAILBOX

;:MESSAGE TYPE CODE
::FATAL ERROR NUMBER
;;TEST NUMBER

MEMORY

10-JAN-78

e Bm P
e
Bt
e Bt Bt P
s
Pt

st § o Pt e Pt Pt Pt Pt P

B\DQVU‘U\IUNF‘D

000000
000000
000000
000000
000
000000
000000
000000

EXERCISER,

12:56

16k

MACYll 30R110Se2)
VER
RAPT MAILBOX-ETARBLE

$PRSS:
SOEVCT:

. WORD
. WORD
. WORD
. WORD
. WORD

SMSGRD:
$MSGLG:
SETAHBLE:
.BYTE
SENV:
.BYTE

B0O8

10-JAN-78

13-12

PRGE

SEQ 0092

RPASS

ADEVCT
AUNIT

AMSGRD
AMSGLG

ACPUOP

000
000

AMAMS
1
AMTYP]

000000

AMADR1

s05=02, 11/20=03, 11/40=04, 11/45=0S
0Q=07,0Q=10
LOCK
INT PROCESSOR
MENT
BYTE

(2
wn

.S.BYTE

LK®3

%
;

% YTE

0000

WORD#13
WORD#®1Y
WORD#1S

b
[=]
0
|

TyYs2

RMMAARRARAR 2R rr
mm
VULNUNUVIVIVINULNWY
lelolelelslele]
lelele] s

RARRZ o

CCCCLLLCLCLLLCLL
L

oLnNoOCNLEND

W) WWWww
[3]

000000

(elololelelelelolel
mmmmmMmmmryyY

oLNOONLN

Pt Pt Pt
e Pt P

0000000

INTE

s Pt
e Pt Pt
[ P

ot Pt Pt

o
o 000000

YVINT

e e FeTes I et Yerere) 8

£hyr—

421

UNNNF\JNNNNNNNNB 4

YTES, THIS WORD AND LOW OF “TYPETM RBOVE
BYTE

SS,BLK#2

33893

AMAMS3
AMTYP3
AMARDR

o
z

RAMADR

S IIOIIOIIOZO
3

AMAMS2
RHTYPS

>e:

fLrrrLsLsLk

REFR YIRSz

—

0-1e2 4K

86088838888

CowMCED
CZQMCE .P

CZQMCED
0-124K MEMORY EXERCISER,
10-JAN-78 12:56
CZGMCE. P11
yys
4y
4y?
448
449
450
451
452
453

001330

16K VER

MACY11 30A(1052)

APT MAILBOX-ETABLE

cOo8

10-JAN-78

13:12

PRGE

SEQ 0093

sggs?o
.SBTTL

APT PARAMETER BLOCK

o JH 3636363636 3606 3 38 3 3 35 95 38 36 36 36 36 36 3 36 3 2 3¢ 3 3 3 3 3 3 3 36 3 36 3 38 36 3¢ 3 3 36 36 36 36 3 36 3 3 3 36 3 3 3 3 3 3 3 2 3 % %

QET LOCATIONS 24 AND 44 RS REQUIRED FOR APT

000024
000044

lllllll!ll!llllllllilll!!l!llfillllll!!!llll!l!lllllllllli!i!lll

001330
000024

000200

.$X=.
.=2M

;;SAVE_CURRENT LOCATION
:SET POWER FAIL TO POINT TO START OF PROGRAM

. =44

:'POINT TO APT INDIRECT ADDRESS PNTR.

200

000044

001330

,,ron APT START UP

$APTHOR ,,PONT TO APT HEADER Ekocx
=, $X
"RESET LOCATION COUNT
; ll!lllllllllll‘illlllllilllllflllllll!l!lllll!l*!!llllll*l!!ll!l{
'4ETUP APT PRRAMETER BLOCK AS DEFINED IN THE APT-PDPL1 DIAGNOSTIC

001330

*INTERFACE SPEC.
001330

001330

000000

001336

000170

001332
001334
001340
001342
001344

SHIBTS:

.WORD

SPASTM:

.WORD

091204
004540

$MBDR: .WORD
$TSTM: ~ .WORD

000360
0000S2

SUNITM: _WORD
WORD
SBTTL
XY

001344
001350
001354
001360
001364
001370
001374
001400
001404
001410
001414
001420
Q01424
001430
001434
001440
001444
001450
001454
001460
001464
001470
001474
001500
001504

177777
177777
177777
177777
177777
177777
177777
177777
177777
177777
177777
177777
1777277
177777
177777
177777
177777
177777
177777
177777
177777
177777
177777
177277
177777

001512

001344

001510

SAPTHD:

177777

000OGO
000000
(0Q000CQ
000000
000000
000000
000000
000000
(000000
000000
000
000000
000
(000000
008
00000
000
0000
0O0COO
000
000000
000000
000000
000000
(00000G

SMAIL
2400.
12C.

; TWO HIGH BITS OF 18 BIT MAILBOX ADOR.

"ADDRESS OF APT MAILBOX_ (BITS 0-15)
,,RUN TIM OF LONGEST TEST
'RUN_TIME IN SECS.

OF 1ST PRSS ON 1 UNIT

2222222222222

$ASTEND:

.WORD
.LORD
WORD
WORD
WORD
WORD
WORD
WORD
WORD
WORD
WORD
WORD
ARD
WORC
WORD
WORD
.WORD
"WORD
WORD
WORD
WORD
WORD
WORD
"WORD
"WORD
$ASTAT

(QUICK VERI

240.
'RDDITIONAL RUN TIME (SECS) OF A PRSS FOR EACH ADDIT
SETEND-$
hh L/2 ;;LENGTH MAILBOX-ETABLE (WORDS)

APT STATISTICS TQBLE

$AsTAT:

$APTR:

-1,0
-1.0
-1.0
~-1.0
-1.0
~-1.0
-1.0
-1,0
-1.0
-1.0
-1.0
-1.0
-1.0
-1.0
-1.0
-1.0
-1.0
-1.0
-1.0
-1.0
-1.0
-1.0
~-1.0
-1.0
-1.0

-1

222X2222322222X22X2332222X22TTTEEL IR L

)
NAL

UNIT

CZQMCEOQ
0O-124K MEMORY EXERCISER,
C2QMCE.P11
10-JAN-78 12:56

16K VER

MARCY1l 30A(10S2)
APT STATISTICS TABLE

S0l

S04

ggg

13:12

070032

811
081552
512
oozsgg

0000

§13
514
gig

0018
001532
001534

000000
000000

S17
518
519
520
§21

001534
001536
081548
001540
001542

000000
000000

§UERPC: .WORD

vxnrunknpg Locnréon Fsg ERROR TYPEQOUT ROUTINE (SERTYP).

WORD

LWORD
WORD

O
O

é Sno 080
Sgnra
HIGH ( w 1aex) MAP
- WHICH BANKS ARE SELECTED FOR TEST.

FIRST uono CONTRINS LOW (0-B4K) MQP
: SECOND uoao cournxns chn (64-128K) MAP
snvgg
TES 03350 DURING FIRST PRSS TO ONLY

.WORD
WORD

O
O

.WORD
WORD

O
O

JFIRST uoeo conraxns LOW (0-64K) nnp
: SECOND uoao CONTRINS HIGH (64-128K
IPARITY
unagn BANKS HAVE nsnonv PQRITY
'FIRST uono conr NS LOW (0-6B4K) MAP
{SEC
TAINS HIGH (64-128K) MAP

RESRVD:

TSTMAP:

SAVTST:
PMEMAP:

000000
000000

255
00iced 0o
§o4 §§1§gs 808888

.WORD

070032

BITPT: -WORD
L oRD 8
THPPT: CWORD
WORD OO

ESE
ooisso 000000
000000
627
001552
628
001554
000000

cons P

Y REG

BITS

§xE295?$YFUEHg§ceS$o
RES
077772,

"°’“¥‘-5o£° °”“$‘“§s"tofi“?“o SO mop

én§fl 8" ealns HIGH (B4-128K) MAP

553
235 B0iz2%
gga 001560

001282

OEFLG:

PLRGER. "BYIE
Igzgg

R ORfiRY
gr MAP
MEMORY
:sécgno
Ro cx"¥eanzofosfleoqk
83N INS HIGH (gqB?NK
-128K)
INITONRougxnsss
Y n~ nggo
sgg BYB"xngvn
85‘55585
?fibis*?&"*“"ié
ERR 'ffl?mn--sfias’”--r’mup-ODD/EVEN FLRG USED IN PQRITY MEMORY BYTE TEST.

€35

001562

000060

FSTADR:

.WORD

FIRST VIRTUAL ngoaess TO BE TESTED.

37
ggg

001564
001566

000000
000000

TMPFRD:
FADMSK:

.WORD
.WORD

O
O

ROJUSTED FIRST RDDRESS.
e%g nsggxro n&hggoaggn¥gnglggogggg%ngossggg

§40
S4l

001570
001574

000000
000000

000000

FADMAP:
LSTADR:

.WORD
.WORD

.WORD

0,0
O

‘MAP OF BANK IN WHICH FIRST nooness 1S LOCATED.
'LAST VIRTUAL ADDRESS (+2) TO BE TESTED.

EQSJSQDSREEETIS
USER SELECTQBLE

S46

001602

000000

LADMAP:

.WOR

0,0

S48
549
6§50
661
ggg

001610
Q01612
001614
001616
001620

000630
000004
000000
000000
177746

.CONST:
WWP
TEMP:
CASFLG:
CASREG:

.WORD
"WORD
.WORD
.WORD
.WORD

BLOCKnzsx 6£T£Rn?§ ?HE BLOCK SIZE.

€36

MMORE:

B33

235 001576 000000
Sy

sS4

555

S5¢

001585

00000

!!!ll!llllllllllllll!l!lIllll*ll!llllllllllllllllllil!llll!llll»

000000

001516

RS2 222222222222 Y 23

iTHE FOLLOWING TAGS ARE USER DEF INED

001514

PAGE

SEQ 0094

(22222 Y2222 XX 2222222222222 22 XXX

502

S03

10-JRAN-78

TMPLAD:

.WORD

BLKMSK: .WOR

i
‘#

O
M
O
O
177746

:LOOP ADDRESS FOR MULTIPLE aLoc5

FIRST A

‘M

TESTING.

USER SELECTRBLE.

AST ADDRESS IS LOCATED.

:USER SELECYABLE CONSTANT DATA.
'WRITE WRONG PARITY COMMAND
: TEMPORARY STORAGE
:CACHE PRESENT FLAG
:CRCHE CONTROL REGISTER

(2222222222222 2222222222222

RELATIVE ADDRESSING TRBLE.

THE FOLLOWING LOCATIONS ARE MODIFIED AT RELOCATION

S )
TIME

TO ALLOW

0-124K MEMORY EXERCISER,
CZGMCED
10-JRAN-78 12:56
CZGMCE.PL 1

MACY1l 30A(1052)
16K VER
APT STATISTICS TRBLE
;%

EOS

10-JAN-78

13:12

PAGE 13

SEQ@ 009S

RELATIVE RDDRESSING TO GET THE RELOCATED VALUE OF THE RRGUEMEMT

o o S0 366200 36 30 36 90 3 36 36 96 36 3 3 36 36 36 36 36 3 36 36 36 36 36 3 36 3 36 3 3 3 3¢ 36 3 38 3 3030 96 3 3 36 36 36 3 38 3 30 96 3 3% 3 3 3 3 3¢ 3 2 2

RADTAB:

00000000

»430*&m—8cfi38

WON
NN NOWWCIONO
U o LNUCRINN—O
(o]alaFdal
Jid ) JJe]

.STACK:
_RESRV:
"MPRO:
"MPRX:
_PBTRP:

. ———

-MPPAT:
.PESRV:
.ERRTB:
.EIGHT:
.TST32:

—

s
e e

)

OO0ttt o pobs pape o—»—-(_’»—gb—
QO O—Nr—
Ne—
N
NN
oonoocnoe
o
£0
L0
O Br8ea o

Q00
88 o
8 88
88
88888
o
000
bobos
pops

Pt P

01120
000000

0000
O
00000
OO
Oretets

s Pt Pt P

Pt P

88888888888888828388888888
[l al ad ol et ot e o o
i b (Y 0me ) 0me (Ve (10 e
) b=
AT e Tt = T Sr8ETB=R:Y =oo

OO:J) :ggan}\PWQV:fQV
o REN
oR LR IRLFITRE

- Dt

s ot

e Pt Pt B

Pus oot Pt

888 568665666868

:STACK POINTER INITIAL ADDRESS.
‘PARITY REGISTER RESERVED BIT MASK ADDRESS.
*MEMORY PARITY REGISTER TABLE ADDRESS.
'MEMORY PARITY REGISTER EXIST TABLE RDDRESS.
"PARITY BYTE
TEST TRAP ROUTINE ADDRESS.

MPPARTS
PESRV
SERRTB
B.
TST3R

'MEMORY PARITY
PRTTERN TABLE
ACDAESS,
:MEMORY PARITY ERROR TRAP ROUTINE ADDRESS.
:ERROR TYPEOUT TRBLE PONTER.
:DECIMAL TYPE ROUTINE COUNT DESIGNATOR.
'SCOPE ABORT ADR FOR WHEN NO MEM RVA FOR TEST.

"i!lll*l!llllll!lllIll!illl!iillllllllllllllll!lll!lll!!!!lillli
%

002016

STACK
RESRVD
MPRO
MPRX
PBTRP

DARTA CONTAINERS FOR ERROR PRINTOUT.

Y L1211 22221211122222222z2:*¥2:22x2222X:12222222X222TT2222X2TXTXLL

001124

Bti:

SERRPC, SGDADR, SGDDAT , SBODAT, 0

0C1120
000000
001120

pT2:

SVERPC, SERRPC, SGDADR, SGDDAT, $BDDAT, 0

DT12:

SVERPC, SERRPC, SGDROR, SGDDAT, O

001160

DT14:

SGDADR, O
SVERPC,SERRPC,STMPO,

001120
001126

DT15:

SVERPC, SERRPC,SGDADR,
$TMPO, SGDDAT, $BDDAT, O

001160
001126

DT21:

SVERPC, SERRPC,STMPO,
SGDADR, SGDDAT, $8DDAT, 0

001120
001126

DT23:

SVERPC,SERRPC,SGDRDR,
SBOADR, SGDDAT, $BDDAT, 0

oo1i1ee

DT24:

SVERPC, SERRPC, SBDADR, 0

001122
000000

DT25:

SVERPC,SERRPC, SBDADR,STMPO,$TMP1,0

001160

DT26:

SVERPC,SERRPC,STMPO,STMPI,0

001120

DT30:

STMPO,STMP1, SGDADR,SBDDAT,O

DT31:

S$TMP3,0

_SBTTL

MEMORY PRRITY PATTERNS TRBLE

.WORD'

-1

: TRBLE TERMINATOR.

o o 303036 3690 06 36 36 30 06 36 36 36 36 36 3 3 36 3 3 3¢ 36 36 36 3436 36 08 96 36 36 36 36 38 36 36 3 3 36 3 3 36 3 3 36 3 6 96 3 36 36 36 36 96 36 3 36 3 3 3

% %

*tHE FOLLOWING ARE THE PARITY PATTERNS EXERCISED THRUOUT MEMORY

S5 BN

MPPATS:

002050
002052

002064

127777

125325

162652
052452
025125

TRGS.

I 00 000 000

33000 0060 03000

3 3 0

: EVEN, 0DD

: 00D, EVEN
:EVEN, 00D
1000, EVEN

;gvefibsvsn

00D,

000

*EVEN, EVEN

MACY11l 30A(10S2)

MPEND:

.SBTTL

MEMORY PARITY REGISTER ADDRESS TRBLE

THE LEAST SIGNIFICANT BIT IN THE DEVICE RODDRESS IS SET TO A ONE

1€ THE CONTROL IS FOUND NOT TO ag PRESENT.

FIRST WORD BITO = O - 4K,
BIT1I = 4 - 8K,... BITIS = B0 - 64K
SECOND WORD BITO = &4 - £8K,... BITIY = 120 - 124K.

MPRY :

MPRS :
MPRG:
MPR?:

MPRB:

002204
002206

000000
172123

MPRS:

Q
2

72104 +1

;PARITY ST

172106 +1

'PARITY STAT

72110 +1

IPARITY ST

72112 +1

72114 +1

72116 +1
+1

:MASK

FOR MOS

*PARITY STATUS
;

'PARITY STATUS
(
(

SPARITY STATUS

:CONTROL MAP (
:CONTROL MAP (H
'MASK FOR MOS,CO

'PARITY STATUS R

REG
EMDO

MPR3:

;PgRITY STATUS REGISTER

!
O
P

MPR2:

72102 +1

:PARITY STATUS REGISTER

*CONTROL MAP (LOW B64K)
:CONTROL MAP (HIGH BYK)
:MASK_FOR_MQS, CORE ,MS11-K

MPR1:

172100 +1

000000
000000
000000
172105
000000
000000
000000
172107

ILIISSIIS SIS IS SIS S

=
D
(%2}

002110
002112
002114
002116
002120
002122
002124
0021ee

MPRO:

n
o

172101
€0OC000
000000
000000

(1)

THE MEMORY PRESENT UNDER

THE CONTROL OF EACH CONTROLLER IS
REPRESENTED BY TWO (2) WORDS FOLLOWING
THE DEVICE RDDRESS,
ERCH BIT REPRESENTING A 4K BLOCK.
I.E.

—

8
B

FROM WHICH PARITY MEMORY IS ADDRESSED & CONTROLLED:

SIS

002076
002100
002102
002104

AR iiiiinsyiszs

THE FOLLOWING REPRESENTS THE MEMORY PARITY REGISTER ADDRESS TRBLE

n
v

L2 B

wrwIws

:TABLE TERMINATOR

000000

SEQ 0096

!FUTURE _USE

00e0?4

PAGE 14

:EXTRA PATTERN HOLDER FOR

1525e%
000000

1.:12

000, 0rD
: 00D, F VEN

107030
152525

107030

002070
002072

10-JAN-78

MEMORY PARITY PATTERNS TABLE

OO—000~000
HCKDD:?DDCP‘DCNDHCKDD*43OC”430CD*D
~

002066

FO8

16K VER

NN
(o]
]
I3

OO0

0
0-124K MEMORY EXERCISER,
P11
10-JAN-78 12:56

‘CONTROL MAP (LO
:CONTROL MAP (HIG
:MRSK_FOR MQS, CORE

'PARITY STATUS ReG!

et
305558

-JanN-78
MACY!L 1 _30R (1052;
MEMORY PARITY REGI STER DDRESS TABLE

000000

88835

C FTROL
MARSK

MAP (H 8H
bYK

FOR_MOS, CORE

'CONTR

nnP (HIGH BYK)

: MRSK

MOS, CORE , MS

TPARITY srnrus REGIS

Talesd

CONTROL

( LOW

HIGH
s(

002236
002eH4
00cey

SEQ 0097

*CONTROL MRP (LOW 64K)

MPRI1:

PRRITY STATUS RECISTER

1 721e4

0022ee

PAGE

;C_11ROL MAP (LOW 64K)

0
MPR10:

13:12

CORE

PQRITY STATUS REG
:CONTROL MAP (LOW
con;nggnngp
(HIGH gw

MPR1g:

217v STARTU8 Et ?é

MPR13:

NTROL “MAP

002210

16K VER

O-124K MEMORY EXERCISER,
10-JAN-78 12:56

m»~
m
LN
L
XHANLX
ReeMr=X
— Mre
DO—\/
1)»-\_,

.P11

-K

(LOH 63K

CONTROL MRP (HIGH BY4K)

MASK FOR ng CORE
n§1 ~K

PQRITY srn U8 RE

MPR1Y:

:CONTROL MAP .Lou sqx)

comrngk MAP (Hssu BYK)
MPR1S:

002274

000000

002276

000021

THIS

MPR :

'MARSK

THE ENO OF
.BLKMW

FOR MOS,CORE,MS11 -K

:PARITY STATUS REGISTER

:CONTROL MAP (LOW B4K)

THE

TABLE

:CONTROL MAP (HIGH 64K)
*MASK FOR MOS,CORE,MS11- K

; TRBLE TO HOLD JUST PARITY STATUS REGISTERS THRT EXIST.
(THE

EXTRA WORD

IS FOR A

TERMINARTOR.

OWONTNLWN—ODONICNL W—O

NN NN N NN N NN NN NN NININ NN

o)
0

0
1

1
1

1
1
1
1

16K VER
M4CY1l 30R(10S2)
ERROR POINTER TRBLE

10-JAN-78

13:12

PRAGE 16

; #THIS TABLE CONTARINS THE

INFORMATION FOR ERCH ERROR THAT

:#NOTEL:

F SITEMB IS
O

lNOTEE
2

(0} 4

Iz
002340

002340

026754

ONLY PERTINENT DATA IS (SERRPC)

EACh ITEM IN THE TABLE CONTARINS
4 POINTERS EXFLARINED AS FOLLOWS:
;POINTS TO THE ERRQR MESSAGE

,,POINTS 70 THE DQTQ HERDER

; ; POINTS TO THE DQTQ FORMAT

SERRTB:
;%
ITEM 1

DMl
DH1
DTl

; ; POINTS 7O THE DAT

;PARITY REGISTER DATA ERROR.

030333
001646
030700

Z2l

002350

Q027010

030352

DMe
DH2

; ADDRESS TEST ERROR(TSTI S).

002356

030704

OF2

16,18, 18,16,

726

002360

027010

pM2

: ADDRESS TEST

729

002366

030711

DF3

‘1e, 18, 18,8

731

002370

027044

DMY

: CONSTANT onrn ERROR(TSTB
-10).

734

002376

030704

OF2

15 18, 18,16, 16

736

002400

027iC2

DMS

ROTRTING axr ERROR(TSTII
-12).

;ag

002406

030704

741

002410

027140

744

002416

030704

745

002420

027204

749

(002426

030704

751
7€2

002430
002432

027245
030352

7€4

002436

030704

7e2

002352

Dgl

723 002354 001660
725

727

002362

012

ITEM

030352

732

002372

072

ITEM

030352

737

002402

D12
;%

002412

ITEM S

030352

DH2

738 002404 001660
742

OT2

ITENoga

030352

747

002422

750

ITEM

7S3 002434 001660
755

ITEM

RROR(TSTI-S)

WARS

' SVERPC sskRPC scbnon $GDDAT, $BODAT

V/PC P/PC.
M

;S VERAC sskapc scbnoR $GDDAT, SBDDAT

*v/PC,P/PC

WAS

: SVERPC sEhRPb scbnoa SGDDAT, SBDDAT

:16, 18, 18,16,16

:3 XOR 9 PGTTERN ERROR(TST13-16).

OF2

‘1e, 18, 18, 16, 16

DM10
DH2

:MARCHING 1'S nno o s ERROR(TST27).
:v/PC,P/PC,MR,S/B

DF2

‘16,18,18, 16,16

012
;%

*v/PC,P/PC,
M

OM?7

012

‘16,18, 18, 186,16

DH2

748 00c4e4 001660

: SVERPC sshflpc scbnoR $GDDRT, SBDDAT

DF2

ITEM 7

030352

iV/PC,P/PC, MR,
S

:MOS REFRESH TEST ennon (TST30-31).

072
%

'PC,REG,S
:SERRPC scobon $GDDAT, $BODAT
16 18, 1

DMb

DHe

743 002414 001660
745

DH2

733 002374 001660
735

OH2

728 002364 001660

730

CAN OCCUR.

P¥THE INFORHQTION IS OBTRINED BY USING THE INDEX NUMBER FOUND IN
:#LOCATION SITEM
THIS NUMBER
*N ICATES WHICH ITEM IN THE TABLE IS PERTINENT.

002342
062344
002346

SEQ 0098

ERROR POINTER TRBLE

.SBTTL

jo]

CZQMCEQO
0O-1le4K MEMORY EXERCISER,
CZGMCE.PLI
10-JAN-78 12:S6

:v/PC,P/PC,MR,S/B

:SVERPC, SERRPL scbno $GDDAT, SBDDAT

*V/PC,P/PC,M

: SVERPC sshnpé scbnon SGDDAT, $BDDAT

: SVERPC, SERRPL scbnoR $GDDAT., $BDDAT

CZQMCED
0-124K MEMORY EXERCISER,
CZQMCE.PI11
10-JAN-78 12:5b

108

10-JAN-78

MACY1l1l 30AR(1052)
16K VER
ERROR POINTER TRBLE

13: 12

PRGE

:PARITY MEMORY nooness ERROR(TST17).

002440
00e442
002444
002446

027311

0024<0
0024S2
002454
002456

027355
030377
001674
030711

002460
0ge4e2
002464
002466

027431
030377
001674
030711

002470
002472
002474
002476

027521
030420
001706
030716

002500
002502
002504
002506

026754

002510
00es1e
002514

002516

027620
030420
001706
030716

002520

027677

002522
002524
002526

030352
001660
030711

iv/PC,P/PC,MA, S/B

002530

027775
030352
001660
030704

RRNDOH DQTR ERROR(TSTEO)

002540
002542
00e2S44
002546

0300e?
030474
001736
030724

002556

030076
030525
001754
030716

002560

030143
030565
001772
030716

DF3
12

S jolelele)

ITEM

O
OO0O0O0
0000
elolele]
jolelele)
X—MNAH4IX—-N~IX — MnM—~«4Ix T —X
MnM—<4Ix
bt N\ bt P p—0 (T ps Bt s P (JF 00 Pt pms e [ G o= b= e () () = 0=
£L£roo
Lo
£L£ecr
rnw
nnuru

030716

V/PC P/PC,MA,S/B,
»

030711

SEG 0099

ITEM

WAS

: SVERPC sehnpé scbnon SGDDAT, $BDDAT
:1e, 18, 18,

;DATIP HITH NRONG PARITY DIDN’T TRAP(TST1?

V/PC P/PC, M

VERPC EhRPc sconon SGDDRT
s 18, l

s WRONG PARITY TRAPED,

:V/PC,P/PC,MA,S /B

BUT NO REGISTER SHOWS ERROR FLAG.

:SVERPC sshnpé SGDADR, SGDDAT
;16,18,18,8

;PARITY REGISTER NOT MAPPED RS CONTROLLING THIS RDDRESS(TST17).
:v/PC,P/PC,R £G,MA

:SVERPC sshRPc S$TMPO, SGDADR
.16, 18, 18,

:PARITY REGISTER DATA snnon.

:v/PC,P/PC, MAUT,REG, S/B,W

: SVERPC, SERRPC tconbn sfnPo $GDDRT, $BDDRT
:16,18,18,18,16,1

;MORE THAN ONE REGISTER INDICATED PRARITY ERROR.
V/PC P/PC REG,MR

: SVERPC, SERRPC, STMPO, SGDROR
.16, 18, 18,18

;DATR_SHOULDN'T HAVE CHANGED WHEN PARITY ERROR
;

TRAPPED(TST21).

svsnéc sskRPC scbnon $GDDAT, SBODAT
b,18,18,8

:v/PC,P/PC,M

WAS

: SVERPC sekapé
scbnon SGDDAT, $BDDAT
6,16

‘16,18, 18,1

INSTRUCTION EXICUTION ERROR(TST21-26).

V/PC P/PC

WAS

svsnbc SEfiRPC$SIgPO $GDADR, SGODAT, $BDDAT

M6y 18,0818,

PROGRRH CODE cunncso HHEN RELOCQTED

:v/PC,P/PC,SRC MA,D

WAS

SERRPC scbnon sabnon $GDDAT, $BODAT
svsn#c
16,18, 18,18, 16,1
TRRPPED

BUT
NgCREGISTER HAD ERROR BIT SET.

sv/PC,P/PC,T

*QVERPC ssknpc $BDADR
:16, 18, 18

CZQMCEOD

CZGMCE.P11
g12

813

814
815
816

817

818

819
820
821

ge2

823

0-124K MEMORY EXERCISER,

002570

002572
002574
002576
002600

002602
002e04
002606
002610

10-JAN-78 12:5S6

030217

030606
002002
030716
030237

030637
702016
030704
030257

824
825
g26

002612
002614
002616

030637
002016
0306704

828

002620

000000

ggé

002626

030732

833

002630

030313

827

829

002622

030661

830 002624 002030
834
835
836

002632
002634
U02636

000000
0N2042
030732

16K VER

MACY1l 30R(1052)

ERROR POINTER TRBLE
;%

ITEM 25

DM2S

Jjos

10-JAN-TQ

13:12

: TRAPPED T0 11Y.

PAGE 18

:v/PC,P/PC, TRP/PC REG SPa
: SVERPC, SERRPC, SBOADR, STM ;ynpx
:16, 18, 18,18,16

:v/PC,P/PC,REG, WAS
: SVERPC sshRPc §$THMPO, STMPL
:16, 18, I8,

; (RCTION ENABLE WASN’T SET).

ITEM 26

ITEM 27

:FRILED TO TRAP.

)

:v/PC,P/PC, REG, WAS
: SVERPC sshRPc srnpo $BDDAT
:16, 18, 18,1

:NO nsssncs

ITEM 30

REG,WAS,M

1§TMPO, str°1 sconoa $BOC(T
.18, 16,18,8

: TRAPPED TO 4

!NO HEADER
1§TMP3
;18

SEQ 0100

C2QMCED
0-124K MEMORY EXERCISER,
CZQMCE.P11
10-JAN-78 12:56

KO8

10-JA N-78
MACYll 30R(10S2)
SETUP AND MRP MEMORY

16K VER
START:

PRGE

SEQ 0101

SETUP AND MARP MEMORY

.SBTTL START:

837

13:12

S/RNS /BN /RN /RN /RN /RN /RN /RN /RN /BN /RN /RN /RN /AND/ RN /RN /RN /RN
‘x
HE4

HVEAN

THIS

NOTE:

IS THE NORMAL

Va \#/:\¥%/: N

002640
002644
002646
002654

002670

105067

000403
112767

012706
005026
022706
001374
012706

THIS CODE
VAN

(SA = 200)

VAN 720N

V2O

176712

1772777

BEGINNING OF THE PROGRAM.

IS NOT POSITION

176702

START:

gkRB

SELECT:
STARTA:
SBTTL

MOVB

001140
001100

000610
000340
oll2iy4

002716
002722
002730
002736
002744
002752

000004
002756
177570
177570
1727777

VEAN VAN

ZEAN VEAN VEAX VERN |

;CLEAR SELECT PARAMETER FLAG.

SELFLG

STARTA
s-1,

:GO_DO SETUP_AND MEMORY MAP.
:SET THE SELECT PARAMETERS FLAG.

SELFLG

INITIALIZE THE COMMON TRGS

: ;CLEAR THE COMMON TRGS (SCMTRG) RREA

001100

002674
002702
002710

INDEPENDENT.

ZEAN ZEAR VAR

0000eY
000026
011204

,,FIRST LOCATION TO BE CLEARED
; CLEAR MEMORY LOCRTION

MoV
CLR
CMP
BNE
MOV

#STA

MOV
MOV

%340 anPuRvsc+a ,L
: UP END OF-PROGRAM COUNTER
SENDLT, SEOPCT

HSCMTR
(RB)+
ISERR&

; ; DONE?

,,INITIRL%ZE A FEW
vec?oas
#SPWRON, d#PURVEC

,,LOOP BACK

IF NO

;SETUP THE STRCK POINTER
'

PONER FRILURE VECTOR

SNITCH REGISTER IF NOT FOUND OR IT IS
,,sxzs FOR A HARDWARE
SETUP FOR A SOF TWRRE SWITCH REGISTER.
; ;EQUAL TO A
OR VECTOR
ahennvsc -(SP) .,SRVE RRORERROR
VECTOR

—n
o ~N
[, ~N
n ~N

=0
nrnon
fefut
ey

002754

8CN3 O+t
000000
e

000004
176202
176176
176166

002764

000176
000174
000G0O4

176146
176142

$64S acsknvs

oooxs# DISPLQY
#05uW

#-1,3SKR
668’

: iBRANCH IF NO_TIMEOUT

659%:

MOV

#SWREG, SWR

,,POINT TO SOFTWARE SWR

669:

MOV

176112

SWR
#SSWREG,

00See?
001040
022737
001434
004567
003132

1777?27

003062
003066

00S?737
00101S

014174

679:

SBTTL

LODISP
CLR
aDISPLflY
CLR
TYPE PROGRAM NAME

s CLERR PASS COUNT

,,TEST USER SIZE UNDER APT

'YES,USE NON-APT SWITCH

*NO,USE APT SWITCH REGISTER

CLEQR DISPLAY REGISTER STORAGE LOCN

:CLERR DISPLAY REGISTER

; TYPE THE NAME OF THE PROGRAM IF FIRST PASS
; IRST FIRST TIME?
-1
INC

000042

020376
000042

; ;SET UP FOR TRAP RETURN

#DISPREG, DISPLAY
(SP)+, S8ERRVEC ; sRESTORE ERROR VECTOR

001226

003036
003042
003044
003052
003054
003060

,,BR NCH IF NO TIMEOUT TRAP OCCURRED
]
THE HRRDNRRE SNR IS NOT = -1

65$
8658, (SP)

$PASS
cg;rsxzs,ssnvn

176470
176104

; ; TRY TO REFERENCE HARDWARE SWR

MOV

176207

005067
005077

iSETUP FOR A HARDWARE SWICH REGISTER
,,RND A' HARDWARE DISPLAY REGISTER

B4S:

176202
000200

003026
003032

s SET

.SBTTL

,.aanncn IF NO

BNE
CMP
BEQ
JSR

68%
#SENDRD, 9842
689%
SPRINT
RS

: annnc 1 YES
Go
PRINT OUT THE FOLLOWING MESSAGE.

BNE

70%

..BRQNCH IF YES

CT-1

iR DDRESS OF MESSAGE
B9
WORD
Gg} VQLUS FgR SOfF TWARE SQITCH REGISTER

TO BE TYPED

ARE WE RUNNING UNDER XXDP/RCT?

CZGMCEO
0-124K MEMORY EXERCISER,
CZGMCE P11~
10-JAN-78 12:56
893
894
895
836
897
898
899
900

003070
003076
(003100
003106
003110
003114

301
003120
902
Q03122
903
003130
304
003130
305
906
003144
907
003144
908
003146
909
003152
910
003154
911 -003160
912
003166
913
003172
914
003176

917
918
913
920
921
922
923
324
925
926
327
328
929
930
93]
932
333
335
936
337
338
339
940
94
]
342
943
44
945
946
947
348

126727
00141l
026727
001010
013746
004767

000403
112767

16K VER
MACY11 30AR(1052)
10-JAN-78_
13:12
GET VALUE FOR SOFTWRRE SWITCH REGISTER

176130

000001

176034

000176

000001

176004

003202
003206
003214
003216
003224
003230
003234
003240
003244

00S067
032777
001014
012737
005037
009767
005267
004567
025320

003246
003252
003256
003264
003272

012706
005067
(Qi2737
052767
0leve7

175400
010000
003246
177572
011010
175346
020212

001100
176340
003300
000014
000001

SENV

,,QRE WE RUNNING UNDER ARPT?

cMP
BNE

SNR #SWREG
718’

,,SOFTNRRE SWITCH REG SELECTED?
RANCH IF NO

MOV

JuPSW,

;BRANCH IF YES

;?‘

;?2:

MOVB

#1,SAUTOB

éégqs:

£8%

MOV

PC,

RESTAR

108:

;PUT_THE PROCESSOR STATUS ON THE STACK

$GTSWR

GO TO THE SUBROUTINE

; ;SET AUTO-MODE INDICATOR
GET OVER THE ASCIZ

.ASCIZ <(CRLF>’ CZQMCED® LRLF>

MOV
CLR

CLR

JSR
;%

INSTRUCTION AS CALLED FOR BY #%SYSMAC#%.

=-(SP)_

%gn

CMP
BEQ
175414

7098

WIHTOUT USING A "TRAP”

003146
175120
000003
175412
178402
014112

SEQ 0102

THE NEXT TWO INSTRUCTIONS PROYIDE AN INTERFACE TO THE SGTSWR ROUTINE

‘%«

177776
017262

PRAGE 20

cMP8

BEQ

00040S
010700
022700
001402
000167
012767
005067
005067
004767

LOS

s,
10$

:GET CURRENT PROGRAM COUNTER.

:CHECK IF THE PROGRAM IS RELOCQTED
BR*F PROGRAM NOTRs& TED.
RY TO RELOCTE

INITIQLIZE PROGRAM MAP....LO BY4K.
64K

PC, SAVLDR

:GO SAVE LORDERS

RELOCF

INiT THE RELOCATION FACTOR.

CHECK xr nsnonv MANRGEMENT IS avnanaLE

CLR

BIT

175724

BNE
MOV
CLR

000004

JSR

INC
JSR
_WORD
X

tMpck:

CHECK

MoV

CLR

MOV

0Q0O0H
174454
176316

BIS
MOV

rons CONTINUING.

%3
PRGMAP
PREMAP+2

AVA

osux-,

JSWR

MMINIT

AND SET IT UP IF IT IS.

;CLEAR MEM MGMT AVAILABLE FLAG

gnuxaxr KT11 SWITCH
:CHECK FOR

: BRANCH
IMPCK
#IMPCK, J8ERRVEC :SET UP TIHEOUT TRAP VECTOR
J#SRO
c EAR
MGMT STATUS REG

MMAVA
RS
MMAMES

:MEM MGM

INITIQLIZQTION ROUTINE

ser MEM MGMT AVAILABLE
F
:GO PRINT OUT THE FOLLONING nessncs
iADDRESS OF MESSAGE TO BE TYPED

SPRINT

P"KT11 AVAILRBLE"

IF CACHE PRESENT,

IF SO TURN IT OFF!!!

ISTRCK, sp

CRSFLG

:CLEAR CACHE PRESENT FLAG

unnpnsn S8ERRVEC'

#1y4

81,

TMPCHE

CASFLG

;SET CACHE PRESENT FLAG

lll!i*lllllll!!!lllllilll!llli*ll!!li*!iillillil**i!iif!*ii*iii

ROUTINE TO MAP ALL OF MEMORY

;%
tx
tx

ONLY FULL 4K BANKS WILL BE necocnxzso
RO
= MEMMAP POINTER...LO
64K
R1 = MEMMAP POINTER. HI e

R2 = ADDRESS POINTER

R3 = BANK POINTER...LO BMK.

RS = SCRATCH REGISTER.

003300
003304
002310
GO3314

012706
012700
01270]
005010

001100
001524
001526

R4 = BANK POINTER...HI

B4K.

2222113222222z 222:1z:22222222222X222322XXX222X2
22222222222 LT

fAPMEM: MOV
MOV
MOV
CLR

8STACK, SP
#MEMMAP , RO
onsnnnpia R1
RO)

:RESET_THE STACK
!SET UP nsnonv MAP POINTER...LO BYK.
LHI BYK
‘LR MEMORY MAP...LO BYK.

CZGMCED
0-124K MEMORY EXERCISER,
CZQMCE. P11
10-JAN-78 12:56

003316

AEELS

CLR
CLR
gsx

00s011

000001

003326
0033%8

88333 824368
00334

MO8

MACY1l 30A(1052)
10-"AN-78
13:12
16K VER
GET VALUE FOR SOFTWARE SWITCH ~EGISTER

012737

KR BA3588

RORD
000004

000404

003456
003460

022626
052702
005202
005767
001411
062737
812702
006303
006104
100316
0ooo402

003S14

003516
003520

003522
003530
003534

003540
003542
003546
003552
003554

175522
175514
175512

MOV

18
R3,
R4,
R2

(RO)
(R1)
gTMP2

TST
g;o
C
MOV
CLR

MMAVA
33
%160000, $TMP2
J#KIPAR2, RS
srnpa

RSL
ASL
ASL
ASL
RN .
AsL
ROL

RS
RS
RS
RS
§TMP3
5
STMP

ADC

$THP

§THMP2

ADD

BR
8.

2s:

0172777

3%:

175114

000200
040000

BNE
BIS

ASL

175530

003454

acennvec

si
(R2)+
cn SK4K, R2

DEC

175554

172344

025060
014622
017716
175766
175764
177760

000004

5§:

§TMP2

TRQPS

BIS
INC

T0 HERE

(SP)+,

(SP)+

sMASKYK, R2
Re

MMAVA

ADD
MOV
ASL

%200 asKIPQRa
s40000,
R3

4§

SET UP T;HEOUT VECTOR

R AD+WRITE AL
CHECK FOR 8K

n MORY
NDRY

aanucu IF nons IN annx
SET anc FOR BANK...LO 64K.
snvs nognssg POINTER.

ADJUST

ST ADR, LAST BANK.

cuscx roa MEM nch
g 5 MEM MGMT
LEAR BQNK BITS ON RELATIVE ADDRESS.
:SAVE KIPAR2.
'MAKE SURE HI BITS ARE INIT.
"SHIFT IT & PLACES.

;MAKE LAST ARDR PHYSICAL.

;GO TO UPDARTE POINTERS.

ISt

BEQ

;RESTORE THE STACK POINTER

:LAST ADDRESS OF 4K BANK
:FIRST ADDRESS OF NEXT BANK.
,cuscx FOR MEM MGMT

:BRANCH IF NO MEM MGMT

JUPDRTE THIRD PAR
:POINT TO START OF THIRD PAR
,uponrs LO BANK POINTER.

BPL
BR

1%
53

:UPDATE HI BANK POINTER

ASLB

;UPDATE MAP POINTER

ROL

4§:

gfionsgs
OF MESSAGE r68t ?YPEB

nas

8IS

175574
175570
175206

MEANES

MOV

MOV
BIT

017777

160000
172344
175546

..
HI BMK.
SET ADDRESS POINTER TO 0
,ssrup gxBANK
POINTER...LO BYK.
!

17563e
020116
003456

(R1)
Re
53’

PAGE 21

BPL
MOV
JSR
JSR
_WORD
MOV
MOV
MOV
BIC

*BRANCH IF MORE MEMORY TO MAP.
(EXIT WHEN DONE.

*BRANCH IF NOT YET DONE
18
$ERRTRP, aosnnvsé-RESET TIMEOUT VECTOR
TYPMAP ;GO TYPE THEMAP.
PC,
RS
SPRINT :GO PRINT OUT THE FOLLONING MESSAGE.
SCRALF
:ADDRESS OF nsssncs TO BE TYPED
(RO),
SAVIST ;SET up TEST MAP...LO BH4K.
(R1).
SAVTST+2’
HI 64K
¢£T LOW MEMMAP
RO
(RO)
#177%60, RO
IMASK ALL BUT BOTTOM 4 BANKS

SEQ 0103

CZOMCEC
0-124K MEMORY EXERCISER,
CZGMCE.P11
10-JAN-78 [2:56

100S

1006
1007
1008
1009
1010
1011

003560

020027

003564
003566
003572

001530
004567
025470

003574

000000

16K

NOS

VER
MACY1l 30A(1052)
10-JAN-78
13:12
GET VALUE FOR SOFTWARE SWITCH PEGISTER

000017

CMP

BEQ
JSR
.WORD

017664
XY

1012

GMPR
RS
INSUFF

817

SPRINT

HALT

PRAGE 22

sCHECK THAT BOTTOM

SEQ 0104

16K

IS ALL

THERE!

!BRANCH IF BOTTOM 16K EXISTS
:GO PRINT OUT THE FOLLOWING MESSAGE.
'ADDRESS OF MESSAGE 10 BE TYPED
:*FIRST 16K OF MEMORY NOT ALL THERE'"
IFATAL ERROR HALT.
:MEMORY IS NOT CONFIGURED TO RUN THIS PROGRAM.

36 3 3 3 3 3 3 3 3 3 3% 3% % % 3% % % !!!ll!l!llll&‘ll!ll!lll!lllllllllilI»!l»l»ll«ll«lll

1013

1018
1016
1017
1018
1019
1020
1021
1022
{ggg

003576
003602
003606
003614
003616
003624
003630

lllllllillllfllli lll!!il’!lllll*!!!i!llilll!!l!l!llllll!lll!!l!lNl
timouT: Mov
#STACK, SP
sSET UP THE STACK POINTER.
CLR
MMAVA
:CLERR MEM MGMT RVAILABLE FLAG.
BIT
8SW12,
JSWR
'CHECK IF MEM MGMT TO BE Innxaxrso
BNE
13
:BR_IF NO MEM MGMT.
MOV
%1%
J8ERRVEC’ :SET TIMEOUT FOR MEM MGMT CHECK.
CLR
JNSRO
CHECK FOR MEM MGMT...TIMES OUT IF NONE.
JSR
PC
MMINIT
:INIT ALL MEM MGMT REGISTERS.
s
INC
MMAVA
:SET MEM MGMT RVRILABLE FLAG.

1025

003640

003644

025403

1028

003646

005000

1014

1026
102?

1029
1 030
1 031

1 032
1 033
i 034
1 035
1
1 037
1 038
1 833

;;

gggggg

012706
005067
032777
001011
012737
005037
004767

005267

003640
177572
010410
174746

004S67

017612

003650
003652
003660

005002
012737
105712

003666
003670
003672

001001
0li212
151212

003676
003700
003704

001023
004567
025453

003706
003710
003714

010246
004767
000413

003716

022626

003662

001100
175000
010000

032702

003716
000001

036 003674 005700

1 041
f O42

043

1044
} 045

1
1
1
1
1
1
1
1
1
1
4

00000000000
o
N£
OWONCNLEWI-O <O

o46
1 047
1 Q48

003720
003722
003724
003730

005700
001411
004567
025463

003732
003734
003736
003742
003744
003746
003750
0037%2

005302
010246
(004767
005202
005100
005202
001423
032702

003756
003760

001340
005767

175324

000004

SPECIAL ROUTINE TO TYPE OUT ALL UNIBUS RDDRESSES WHICH RESPOND TO
DATI,

DATIP,

JSR

CLR

BIT

#8ITO,

.WOorRD

000004

DRTO,

10%:

CLR
MOV
TSTB

118:

BNE
MOV
BISB

TST

BYIMES
Re
8208,
(R2)
118
(R2),
(RE),

AND DATOB.

$PRINT

;GO PRINT OUT

THE FOLLOWING MESSAGE.

:ADDRESS OF nessncs TO BE TYPED
:*BYTE MEMORY MAP:’
'SET UP TYPE OUT FLAG.

:SET_ADDRESS POINTER TO ZERO
2ISERRVEC ;SET TIME our VEC TO SERVICE NON-EX MEM.
bo DATI ONL
R2

CHECK FOR uoao ADDRESS.

(R2)
(R2)

an IF 0DD BYTE ADDRESS.
‘DO DATI, DATO. NOP FOR READ ONLY MAP
:00 DATI. DATIP,
DATOB... NOP FOR READ ONLY MAP.

:CHECK FOR Pasvious TYPOUT.

017552

BNE
JSR
.WORD

308
RS
FROM

SPRINT

:BR IF ALREADY TYPED “FROM’
:GO PRINT OUT THE FOLLONING MESSAGE.
ngggsss OF MESSRGE TO BE TYPED

021202

MOV
JSR
BR

R2,
PC’
29%

-(SP)
$TYPAD

:PUT THE DATR ON THE STACK
;DETERMINE THE PHYSICAL ADDRESS AND TYPE IT.
:GO TO RDDRESS POINTER UPOATE.

CMP

(SP)+

;POP TWO OFF STACK

208 :
017526

021154
c29%:
308:
017777
174622

TIME

ours COME

HERE

TST
BEQ
JSR
.WORD

RU
308
RS,
TO

DEC
MoV
JSR
INC
COM
INC
BEQ
BIT

R2
Re,
~(SP)
PC,
$TYPAD
RE
RO
Re
319
#MASKYK , Re

BNE
TST

109
MMAVA

$PRINT

CHECK FOR PREVIOUS TYPOUT.
:BR IF ALREADY TYPED "TO".
;GO PRINT OUT THE FOLLOWING MESSAGE.
RDDRESS OF MESSAGE TO BE TYPED

BRCK UP ONE BYTE.
iPUT _THE DATR ON THE STACK
;DETERMINE THE PHYSICAL ADDRESS AND TYPE 1IT.
;RESET ADDRESS POINTER
iRESET_PREVIOUS TYPOUT FLAG.
; UPDATE_ADDRESS POINTER TO NEXT BYTE.
SEXIT IF ZERO REACHED.
:CHECK FOR 4K BANK BOUNDRY.

:BR_IF
:CHECK

MORE THIS YK BANK.
IF MEM MGMT IS AVAILABLE.

CoJdMCED
0-124K MEMORY EXERCISER,
JowMCE Pll
10-JAN-78 12:56

007600

060000
172346
000200

s
s Bt Do Bt Pt

318

MOV
MOV
RDD
BR

328:
.SBTTL
H Y Il

k
‘%

SEQ 010S

:BR IF NO MEM MGMT

asKIPAR3’ cuscx FOR END OF LAST 4K BAMNK.
:XIT WHEN ALL DONME.

: CHECK PREVIOUS TYPE anc BEFORE EXIT.

BEQ

328

RS,
1O

SPRINT

*o PRINT OU
OLLOWING MESSAGE.
gooasss of n:ssncs T0 BE TYPED

DEC
MOV

R2
RE,

-(SP)

:BACK RDDRESS POINTER UP ONE BYTE.
:PUT THE DATR ON THE STACK

JSR
_WORD

021054

PRGE 23

860000
rvpsour
roaPOINTER.
REE
MEM MGMTRODPFSS
SAVE VIRTURL
IPAR3 acKIPnRé:RESET
Jsx
8200,
&8KIPRR3 . (PDATE nsn ncnr
c 0 NEXT YK BARMNK.
QR BACK
10$

TST

0006SH

'BR TO EXIT ¥r
TYPING ALL DONE,

STYPARD :DETERMINE THE PHYSICAL noonsss AND TYPE 1IT.
-% THIS ROUTINE 15 FOR DEBUG USE ONL

JSR
HALT

PC.

TIMOUT

‘T RUN THE MAIN PROGRAM RESTQRT nr

200 OR 204.

LOOP BACK AND DO RGRIN UPON CONTINUE.

MAP PARITY REGISTERS
YTz
z2z2z2xz222x31x:12222z:1z:2::2*1X2*222222222X222X22222 2224

SEARCH FOR PARITY REGISTERS PRESENT AND TYPE RDDRESSES OF THOSE FOUND
THAT ARE FUNCTIONAL AND HAVE CORRESPONDING PARITY MEMORY

;;llllilllllll!llllllllllll!lll!llll!lllllll!llllIll!lll!llillill

012704
032777
001036
012703
012737
Q42713
005773

QWNINYNY
oL£rnNoo
> so
b 8

8*&3@&?fl@0figwflwdgflflrflg

87600,

BEQ

172344
172346

Bt Pt Pt B
Pt Pt Bt (et Bt ot Bt Pt ot s Bt Pt Pt Bt P
s
Pt Bt Pt ot ot Pt e Pt (ot (s e
e
Bt

CHP

017426

004767
000000

108

BEQ

172346

318:

s Bt Bt Bt B

b
bt e bt b b b e e b b e = D D D O O 0 OO0 0O OO OO 000000000000 00000
- 0000000
[ e Ve XV XV eIV IV IV IV o IVa
RV ]
M@OOMMA
N NNNINNNNT
W~OWVONCN
LW
NLW~-O0ONTNLWN—~0OW

Bt B

1061
1062
1063
106

BOY

.6K VER
MACYI!l 30R(1052,
10-JAN-7?8
13:12
GET VALUE FOR SOF TWRRE SWITCH REGISTER

002276

000100

175060

GMPR:

002076

004110 000004
000001

000060

012324
ooo403

GMPRA:

025060

176130

oo4154

02SsSS1

004156
004180

00S014
000167

GMPRD

BIC

MOV

QSWR

sMPRO,

(R3)

:SET UP POINTER TO PARITY REG EXIST TRBLE.

:CHECK FOR INHIBIT PARITY SWITCH.

;BR IF INHIBIT PARITY

'SET UP TRBLE POINTER’

ocnpné ansnnvsc SET UP TIMEOUT TRAP ssnvxcs

TST

.thnR FLAG BIT IN TRBLF

o;s THI? MEMORY PRRIT¢ REGISTER EXIST.

IF IT DOESN’ T EXIST n TIMEODT

TIMEOUT

MOV

GMPRC:

CMP

(R3)+,

8l
(R3)+

CMP

CLR
CLR

MOV

TST
BNE

JSR

. WORD

GMPRD:

(SPY+,

BIS
CLR

CLR

000004

cnPCc

COMES HERE

BLO

017302
001156

BNE

#SW06,

002276

]

SMPRX,

MOV

iMPRB:

00C00!

MOV

BIT

CLR
NP

(R3)+
(R3)+

c
#n

'(R4)+

(SP)+

(R3)+

SMPRX

:SKIP TIMEOUT SERVICE CODE
;RESTORE STACK POINTER

:SET FLAG TO xnoxcnrs REGISTER NOT PRESENT
CLERR THE MAP...LO 6M4K.

i .. -HI BYK
;. .
AND THE MARSK

;ans WE CHECKED ALL REGISTERS?

;NO GO BACK TO CHECK NEXT ONE

se TERMINATOR IN PARITY REG EXIST TRBLE.

QERRTRP J#ERRVEC’

MPRX
npnns

nrh

(RY)

MANUAL

TRAP WILL GO TO ~GMPRBTM

;SAVE IT IN THE PARITY REG EXIST TRBLE.

SPRINT

RESTORE TRAPCATCHER

;ANY PARITY REGISTERS PRESENT”
ES - GO TEST CONTROLS PRESENT

co prINt OUT Tt& FOLLONING MESSAGE.

ADDRESS OF MESSAGE T0 BE TYPED

-"NO MEMORY PARITY REGISTERS FOUND”

: MAKE sune TRBLE IS CLERAR.

AND SKIP ALL CONTROLS TESTING

CZQMCED
0-124K MEMORY EXERCISER,
CZOMCE.P11
10-JAN-78 12:56

13:12

PRARGE 24

SEQ 0106

* 30003636 0 3 36 3 3 3 3 38 3 36 3 36 36 36 36 36 3 3 3 36 38 9 36 38 30 36 36 36 3 36 36 3 36 36 3 36 38 3 30 3 3 30 2 3 3 2 3 30 3 3 36 3 3 2 0 02 N

fiRP CORRESPONDENC; BETWEEN PRARITY REGISTERS AND MEMORY, AND TYPE RESULTS
INOTE THRT
Y HEHO Y IS NOT LOCATED CORRECTLY THAT IT IS IN ALL
PROBQBILITY
?UE
OF THE FOL ONING FRILU ES:
ING HRIT

WRONG PARITY DIDN’T CAUSE BAD PARITY TO BE WRITTEN

- PQRITY ENERATE OR DETECT LOGIC FRILED
- PARITY
RROR BIT FRILED Tg ?ST
- PRR TYy
BITS IN MEMORY LOCRTION FRILED
I.E. BIT STUCK AT GOOD PARITY VALUE

;
i

lllllI!llllllllllllillllllillllllll!lll!lll!!l!llll!l!lllllllll

004164
004170
0094176
004202
0842
0042
004214
004220

004767
012767
00S067
012702
8857 7
012702
004767

175346

MPAMEM:

JSR
MOV

CLRPAR
BITPT

MOV

oxqooo

CLR
TST

MMAVA

MOV
JSR

854000, R2
PC,
MMINIT

BEQ

0S4000
010020

BI?PT+2

IN}TIRL*%E
ALL PRRITY REGISTERS
;INITIAL

CLsnR HI sqx POINTE

ADR POINTER TO 14900.

SHSN F

nnpna

F NO

M MGMT

MEM MGMT

SET POINTER TO PAR2
;SET UP ALL MEMORY MGMT REGISTERS.

; lilllll!l!llllllli!!lllll!lIl}illl!llllllllllili!!l!!!llll!!lll

QET WRITE WRONG PARITY IN ALL REGISTERS
PS;

{¥
;%

THEN WRITE TEST LOCRTION VIR DATO
THEN CLERR WRITE WRONG PARITY

$ 5 SN0

004224
004230
004234
004240
004244
004246

1154
1155
1156
1157
1158
1159
1160
1161
1162
1163
1164
1165
1166
1167
ile8
1169

004eze
004274
004302
004304
004312
004314
0OQ43ec2
00432
004332
004334
004342
004350
004356
004364
004372
004378

oolele

o
£

004254
004256
004260
004266

MAPRB:

175310
175306
002076
000001

gERERERe
N*JUORKMVE

1146
1147
1148
1149
1150
{}51

1185

10-JAN-78

MAP PARITY MEMORY

.SBTTL

00
U=
o
~N
o
[N]

1114
1118
1116
1117
1118
1119
1120
lial
1122
1153
lleM
11es
1126
1127
1128
1129
1130
1131
1132
1133
1134
1135
1136
1137
1138
1139
1140
1141
1142
1143
1144
1145

ca9

MACY1l 30R(10S2)
16K VER
MAP PRRITY MEMORY

18:

23:
000000

00 00 030 0000 0600 06

CLR

BIT
BNE
MOV

8!,
38’
JsWWP,

J(R3)

MOV

(R2),

(R2)

J®dWP,

J(R3)

MOV

TST

BIC

007740

000000

070032

000006

077772

000006

S§:

BIT
BEQ
MOV
BR
MOV

007740

000000

6S:

07000C

000005

78:

002276

TST

BPL

BR
17

BEQ
MOV
g%g

B1S
BIS

ADD

CMP

#MPRO,

(R2)

a(R3)

$7740, @(R3)
S
$70032, 6(R3)

877772, 6(R3)
[
87740,

TEST LOCATION VIA DATI

3330000 06

B 30000

I 00 00 0 3

I 3

Q(R3)

S
$70000, 6(R3)
g{*g*
atgg)

s INITIALIZE TRBLE RDDRESS

:1S THIS Recxsrsn PRESENT?
'NO - GET
TNEXT ONE
YES - SET
WRITE WRONG PARITY

AND CLERR REST OF REGISTER

WRITE WRONG PARITY
'READ unong PARITY
:CLEAR WRITE WRONG PRRITY

ornenurs
CHECK TO SEE IF THIS
QSBSOL REGISTER GOT A PARITY

BRRNCH tr IT oxon T AND CHECK

IS IT A CORE PAR. REG.
aanncu IF NOT.
;IF IT 15 SET UP MASK
:AND BRANCH TO SET BITS.
:IF MOS SET
MASK
;AND_BRANCH_TO 3ET BIT
;IF ANY BITS
AR
ssr

:THEN CSR xs_n511
;IF MSI1-K €T MASK
SET FLAG IN MAP FOR THIS PARITY REGISTER

B8ITPT 'PHEHRP sSET FLAG IN PARITY MARP
exrpria PMEMAP+2’
8l

R3, '

:CLERR THE PARITY MEMORY MAP

PMEMAP+2

000000

3%:

PMEMAP

CLR

golele
000000

175150

000 0000 06 0

8 RERD

IN ALL REGISTERS.

#MPRX

:STEP UP TO NEXT REGISTER

:ARE WE DONE WITH TRBLE®

CZGMCED
0-124K MEMORY EXERCISER,
CZQMCE.P11
10:=JAN-78 12:56

1176
4y
?
1159
884985
479218

1172

004406

5767

16K VER
MACY1l 30R(1052)
MAP PRRITY MEMORY

REY

174174

73 BBHHE
RON%
§§§:§§ 8§§gg; i; }is

172344

002270

{{;5

000200

4S:

10- JAN-78

282

(rey

s200

sKIPAR2’

BLO

15T

MMAVA

g L

5}}g¢+2

108

13:12

PRAGE &5

SEQ 0107

CHECK FOR ANY MORE!
1:GO&0eRRBACKBabTO PRRITY

; gus g FSR

EM ncgr

15
1E NG HER
;upoaresganx POINTER...LO B4K.
;UPDATE PAR

TO NEXT 4K

BANK.

117?
H
100441
73 g gemry 17eaw oo
1180 004444 032737 000003 002260
1f8§ ngqgfi 88598"

en&
G
BIT
EN

}igg !g:;gg §é§g§g 138845 19§8§4 1322

HE R MU oo ogeie g

gNg

?2999,' MEMMAP ;ggcgg éSNE“2§I§¥éSTS---L° BUYK .

1187
1188
1189

004502
004510
004512

036767
001251
000740

BIT
BNE
B8R

BITPT+2,MEMMAP+2"
;.. . HI BYK.
)
18
;BRTMIF RANK EXISTS.
48
'BR 1F ANK DOESN’T EXIST.

1191

004832

1244

1190

1192
1133
i’qé

goqgéq
004524
88“@30
453%

000003

175040

175016

8 6767

175024

175002

062702
188327
1
7

020000
175010

11$:
108:

MAP
Eéh'x} ALL “DONE.
SIeR. w00 Tuls coog JERIE I psjick s
83, ISMPR1Y42
JIHE BIT T oxsnng ECC IN
133
;THE ngnr SN WWP THAT 15
83,

¥MPR1G4+2

*USED

THE

COMMAND

igprowe | (oLTE WROG PARITY,

airpr,

MEMMAP

;gueix

ADD
ASLB

#20000,
?ITPT

: UPDATE noonss§ POINTER TO NEXT BANK.
;ngv; POINTER
TO NEXT
BANK.

BPL

F BANK Exésrs.

‘B8R

IF BANK EXISTS.

‘BR

LOOK

FOR.

}égg

; ;l><llll!ll!!lllll*llllllilillllil!lillllllllllli!lllllillill!l*ll

1198

1506
Qousas oousesr Sida7e
}sgé 004546 025426
12C5

004650

012703

002076

1208

004662

022763

070032

1505 DQdceq ooipug 000001

1209
1210

004570
004672

001004
004567

1213

004600

000417

004576

026067

1214
1215
1219

004602
004610
004612

022763
001004
004567

1213

004620

000407

;Sga

004636

026lo4

iS{e
1220
1221
1222
1

1225

004616

004622
004630
004632

026106
022763
001003
GO4S67

THAP:
000006

19:

016660

077772

000006

3$:

016640

070000

J8R
.WORD

RE'
MThAP

SPRINT 55§22§$$
Lo PRINT-GUT-THE
FOLLOWING MEcaaoE -t
ggngsés“gg Y0 BE TYPED

MOV

$MPRO,

BRL

RUTO.

BNE
JSR

3
RS

CMP
JWORD

000006

4S:

016620

_WORD

004640

5§:

MX3
877772,
4$
RS

CMP
BNE
JSR

870032, 6(R3)

CMP
BNE
JSR

_WORD

}S{é

x ang WHICH CONTSOL REGISTERS CONTROL WHICH MEMORY

MX%

870000,
)
RS

MX5

SPRINT

B(R3)

SPRINT

&(R3)
SPRINT

;INITIQLIZ§ TABLE POINTER

LHECK IO PREsENT
S R 1S PRESENT.

)

;GO PRINT

OUT

THE FOLLOWING MESSAGE.

;GO PRINT QUT

THE FOLLOWING MESSAGE.

;588355398§T¢§ssncs TO BE TYPED
’

;528§E§SR?§YQESSQGE T0 BE TYPED
’
;GO

OUT

THE

FOLLOWING

MESSAGE.

;nggfifsa 82Rnsssncs T0 BE TYPED

.l.

(1]

CZQMCED
0-124K MEMORY EXERCISER,
CZGMCE. P11
10-JAN-78 [2:56

1226

004640

0046M4

02603S

1229

1230

004646

011346

1232
1233
1234
isgg

004650
004654
004660
004664

013746
004767
004567
026054

1237
1238
1239
1240
1241

004666
004670
004672
004676
004702

010300
005720
004767
062703
020327

1243
1244
1245
1246
1247

004710
004714

004567
001201

016542

004716
Q04724

022737
001006

070000

1249
1250
1251

004734
004742
004750

043737
022737
001031

002262
070000

001540
002274

1253
1254

004760
004766

3737
012705

002272
007276

001542

1256

004776

001004

1227
1228
1231

1242

004706

004567

16K VER
MACY11 30R(10S2)
MAP PARITY MEMORY

103722

016612

JSR

‘x

177776
017774
016572

013460
000010
002276

1255 004772 021537 002256

1259
1260

005010
005014

1261
1262
1263
1264

005026
005032

1266
iggg

005040
005042

1265

005016
0050

005034

005015
052737

022537
001366

005045
0S2737
004567
026142

005737

001002
000167

MOV

(R3)

SPRINT

2s:

002264

002256

000001
O0Ol16424

002266

007276

SEQ 0108

;GO PRINT OUT THE FOLLOWING MESSAGE.

; ADDRESS OF MESSAGE 10 BE TYPED
S"REGISTER AT"
SAVE (R3) FOR TYPEOUT

J8PSW,
PC,
RS’
MX2

-(SP)_
§TYPOC
SPRINT

;PUT THE PROCESSOR STATUS ON THE ~SYACK
:GO TO THE SUBROUTINE
;GO PRINT OUT THE FOLLOWING MESSAGE.
988§EsngF MESSAGE TO BE TYPED

MOV
TST
JSR
RDD
CMP

R3
(RO)+
PC
£10,
R3,

'SET UP RO FOR TYPMAP ROUTINE.
:UPDATE POINTER TO
MAP.
:GO TYPE THE MEMORY COVERED BY THIS REGISTER.
:UPDRTE T0 NEXT REGISTER IN TRBLE.
;RRE WE ALL DONE WITH TARBLE?

JSR
SCRLF

RS,

SPRINT

CMP
BNE

BIC

B1C
CMP
BNE

7%:

8IC

BIC
MOV

6S:

CMP

8%:

3§

JEMPR1Y+2, SPMEMAR :IF YES THEN CLEAR THE BITS IN

sMPR14+4’ JWPMEMAP’ ; THE PARITY MEMORY MAP
870000, 3&MPR1S
+s
- DO ug HAVE R MS11-K
qs
NO GO TO TESTS NOW.

JEMPR1G+2, aopnsnhp
(RS),fiOMPRlH

(RE)+,
68

7ST

“IF YES I _AM GOING TQ

duMPRIS+Y’ aopnennp+a
'CLERR THE PARITY INDICATORS
sMPRX,
RS
FOR THAY PORTION OF MEHOR

CMP
BNE

8NE
JMP

'BRANCH IF MORE REGISTERS

;THE REASON I'M OUTPUTTING THIS CRLF
115 TO GIVE THE PRINTER ENOUGH TIME TO
CFINISH PRINTING THE MEMORY MAP BEFORE THE RESET OCCURS.
#70000, asMPR14+6° : D0 WE HAVE MS11-K AT THIS ADDRESS
7$
. $F 'NO BRANCH

CLR
8IS
JSR
_WORD

TYPMAP
R3
#MPRX

BNE

CLR
BIS

000274

(RS)
81 JsMPRIY

:SEARRCH FOR THIS MS11-K

CSR IN

'AND IF ITS THERE DELETE IT

I#MPR1S ;SEARCH FOR MS]11-K csn IN
:THE AVAILABILITY TABLE

-(RS)
.l,

:AND CLEAR ITS ADDRESS FROM THE TABLE
J¥MPRIS :SET BITO IN RDORESS IN CSR TABLE
$PRINTTM :OUTPUT MESSARGE TO RUN MS11-K TEST.

RS
MXb

JUMPRX

:ARE THERE ANY PARITY REGISTERS T0 TEST?

CTRLS
MANUAL

'TIF SO TEST THE BITS IN THE REGISTERS,
:IF NO JUMP OVER REGISTER TESTS.

.SBTTL
TEST PARITY REGISTERS
!lllllll!lllll!llllll«l!I!*lill!lll!l!ll!ll!*!l!ll&lllllll!lll!!

1271

i SHOW THAT BITS
O

- 11, AND 15 OF EACH PARITY REGISTER PRESENT

1872

‘% CAN BE SET AND ¢LEARED

ig;g

HHR 2222222222222

1273

1278
1279
ieg0
1281

PAGE 26

MOV
JSR
JSR
_WORD

BLO

000001

1269
1270

1276
1877

13:12

WIHTOUT USING
R "TRAP“ INSTRUCTION AS CALLED FOR BY #¥SYSMACH¥

’

1252 004752 043737 002270 0DOIS40
005000
005002

Mmx|

10-JAN-78

;% THE NEXT TWO xnstnucrxo~s Pnbvxoe
AN INTERFACE TO THE STYPOC ROUTINE

1248 004726 043727 002260 001540

1257
1258

_WorD

EOS

005046
0050s2

005054
005060
005064
00S06e

012703
011302

062703
032702
001372
020327

002076

000010
000001
002276

THIS

CTRLS:
1s:

TS A ONCE ONLY TEST.

MOV
MOV

ADD
BIT
BNE
CMP

SMPRO,
(R3),’

10,
%1,
18’
R3,

2222X22X22X22X2 2222222222222 2222X222X2222 23
R3
Re

R3
R2

#MPRX

;LOAD INITIAL TABLE ADDRESS FOR
A POINTER
LOAD R2 WITH ADDRESS OF THIS PARITY REGISTER

upogrs POINTER TO NEXT PAR. REG. ADD.
:1S THIS REGISTER BEING USED?
:GO TO NEXT IF NOT
:ARE WE AT END OF TABLE

177776
000001

MACY1ll

RESCHK
-?1R3)
13

-2(RY),

10-JAN-78

648 :

JSR

SPRNT
SERROR

1743%82

2%:

BIT

RESRVD

(R2)
R1

R1
R1

SPRNTO
SERROR
R1

174312
013044
014366

67S:

JSR

3%:

ASL

000712

PC,

SEQ 0109

RESRVD ;GET HRQK FOR REGISTER WE ARE WORKING ON

013124
014446

669%:

PRAGE 27

;GO _TO NEXT TEST IF YES

JSR

13:12

(TEST HHSK FOR PQRITY REGISTER
:1IF = 0, THEN DO NOT_TEST

174372

65%:

005224

FOS

30A(1052)

PARITY REGISTERS

174406

[

VER
TEST

—

ooawmoogo}emg

16K

177776

0000000
0000
v i

[ela)

NN
0O
X
OO
MM
0o Bt s Pt e et s Bt Bt Pt Pt Pt ot Pt Bt P P P s Pt Pt Pt Pt Pt P @ Pt Pt Pt o Pt Pt Pt P Pt P Pt Pt Prat Pt Pt Pt Pt Pt Pt Pt (ot P Pt P Pt ot Pt Pt Pt
[N [V (00 G
G W) W () ) € () () G () () ) W W W W W
W W LI W
WL
RN n
W W W) WWLWRN MR NNN NN
N
=
P bt Pt pa ps e () o
OOWDPDWD
N n LWR-OWVONCNLWN—~OOVDNCNLWN-OW o]
—~OO0oNOCNLWh—
OONOCN LW

0-124K MEMORY EXERCISER,
10-JAN-78 12:56

SPRNT
SERROR

:LOAD RO WITH VALUE OF 1ST BIT TESTED
JINITIALIZE THE PARITY REGISTER

;RERD THE CONTENTS OF THE PARITY REGISTER

‘CLERR BITS WHICH ARE RESERVED
:CHECK OTHER
BITS - BRANCH IF OK

:SET UP VALUES
FOR ERROR PRINTING.
. ¥%% ERROR #%% (GO TYPE R MESSAGE)
TYPE CODE.
!ERROR
:1S THIS BIT RESERVED?
*YES - DON’T TEST

iNO - SET THIS PIT IN THE PARITY REGISTER
}READ & SAVE CONTENTS OF THE
PARITY REGISTER
'CLEAR THE PARITY REGISTER

!CLEAR BIT LOCATIONS THAT ARE RESERVED
: COMPARE T HE CHECK WC D WITH THE DATA RERD.
:BRANCH OVER ERROR CALL IF GOOD DATA.
;SET UP_VRLUES FOR ERROR PRINTING.
;%% ERROR %% (GO TYPE A MESSAGE)
!ERROR TYPE CODE.
;READ THE CONTENTS OF THE PARITY REGISTER

{CLEAR BITS WHICH ARE RESERVED
;CHECK OTHER BITS - BRANCH IF OK
:SET UP VALUES FOR ERROR PRINTING.
;%% ERROR ¥¥% (GO TYPE A MESSAGE)
ERROR TYPE CODE.

ROTATE TO GET NEXT BIT TO BE TESTED

RO
28
18

BRQNCH IF NOT DONE WITH ALL BITS
IAFTER TESTING FOR BIT 15 GO GET NEXT REGISTER.

< 363636 36 36 38 36 38 34 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 06 06 36 06 06 06 06 0636 06 00 0 6 6 36 36 36 36 36 36 30 30 30 36 30 36 36 36 36 36 36 30 30 3 2 36 00 ¥

i SHOW THAT RESET CLEARS BITS 0,2, AND 15 OF EARCH PARITY REGISTER PRESENT.
;l THIS IS A ONCE ONLY TEST
SRR

00Seek
005232
00Se34

012704

002076
000010
000001

177777
002276
002076
000010
000001

002276
00s31e

011201

RESCHK:
19:

MOV
M

BIT

$MPRO,
RY

;LORD INITIAL TRBLE RADDRESS FOR R POINTER

2%:

MOV

OO0

IS THIS REGISTER BEING USED
; BRANCH IF NO

d(R3)

000000

:SET ALL BITS TO A 1
;ARE WE AT THE END OF THE TABLE
:IF_YES THEN WE ARE READY TO TEST
RESET THE WORLD

:GET CONTENTS OF REGISTER

LZQHbEO
0-124K MEMORY EXERCISER,
CZGMCE.P11
10-JAN-78 12:56
1238

1333

1340
1341
1342
1343
1344
1345

ig:g

00S314

005316

00S3ee
005324
0053
00583
005336

005340

00S0le

042701

005701
001405
4767
Y767
0001

005340

000753

0QS342

012700

1351
00S3Se
1352 005354
1353
005356
1354 00S360
1355 005364
1356 005366
1357 005374

005021
005300
001375
10S767
00100S
016767
000167

1348

1349

16K VER
MACYll 30A(10S2)
TEST PARITY REGISTERS
CLR

077772

BIC

0l27a4

000014

1350 00S346 012701 001562
174172
173572
000402

174200

(R2)

Rl
65§
PC,
PC,
1

MANUAL:

MOV

18:

CLR
DEC
BNE
TSTB
BNE
MoV
JMP

(R1)+
RO
18
SELFLG
L1
STHPE
MANUL2

65%:

MOV

10-JAN-78

#77772, Rl

TST
BEG
JSR
JSR
.WORD

E4S:

014246

GOS

SPRNT

$ERROR

13:12

PRAGE 28

;CLEAR BITS NOT EFFECTED

SEQ 0110

BY RESET

:CHECK IF REST WERE CLEARED BY RESET
:BRANCH OVER ERROR CALL IF GOOD DRTA.
SET P VALUES FOR ERROR PRINTING.
%% ERROR ¥%¥ (GO TYPE A MESSAGE)
{ERROR TYPE CODE.
; BRANCH BACK TO CHECK NEXT REGISTER

OFSTQDR R1

LSTADR

;SET_COUNTER TO CLERR 12 WORDS.

:STARTING AT FSTADR.

:CLEAR THE LOCATIONS.
: COUNT.
:BR_IF MORE.
CHECK FOR SELECT PARAMETERS STARTLP.
:BR_IF _PARAMETERS T0O BE SELECTED.
;SET UP VIRTUAL LAS _ADDRESS.
:SKIP PARAMETER SEL.CTION SECTION.

CZQMCED
0O-124K MEMORY EXERCISER,
CZGMCE . P11
10-JAN-78 12:56

16K

VER
MACYll 30R(10S2)
10-JAN-78
USER PARAMETER SELECTION SECTION

13:12

PRGE

SEQ 0111

1358

.SBTTL

1360

'§ USER PARAMETER SELECTION SECTION IS ENTERED BY STARTING AT 204.

1359

1361

}353

§os:§§

1365

00S410

1324

1306
1367
1368

012700

8§q

88?88§

005412
005416

004567
026255

005003

369636 32 3 3 36 3 3 3 3

000001

fihNULx nex

SLR

016040

JSR
_WORD
%

1371

00S420

013746

1373

005430

042716

1375

005440

005067

1377
1378

005450
0058452

005503
020367

1380

005460

101006

1372

1374

1376

1379

005424

005434

005444

005456

004767

015654

005067

174074

062702

103403

177776

4Z2
74

100364
000507

0157/6

005476
005502
005504
005510
882215

030067
001003
030167
001561
016704

174022

015736

1333

005516

004567

015734

3%:

174016

?gs

1900

;%
00S524
005530

013746
004767

177776
015550

1401
1402

005534
005536
005540

005716

001010
005767

015710

1404

005546

CIE716

173412

005560

012667

179010

1403
1405

1406

1407
1408

1409
1410
1411

iN12
1413

005544

005552

005564
005570
008872
00SS74
005600

008802
00S606

00100S

016767

020467
101352

103403
021667
101346

032716
001404

173410

015664

118:

173774

017777

12%:

RS
FADME

E WKW NN W N W N W B WKW R R KRN TR E R

ssr

SQ"K POINTER.

R RR R

'éLt Sooness POINTER.

SPRINT

5 n?oa ; é g

;GO PRINT OUT THE
POLLOWING MESSAGE.
,nooR ngsflnggsnce T0 BE TYPED
‘*FIR

J8PSW,

CLR

SAVTSt

ADD

INSTRUCTION RS nttg OR BY

~(SP)

SRDOCT

s8i10,

(SP)

SAVTST+2

$20000, R2

HE PRO

¥%SYSMACH¥,

son svnrus ON" THE STACK

TO THE SUBROUTI

nnx; §UR§
RD RESS IS on A WORD BOUNDRY.
P INI

upoars nooness POINTER TO NEXT BANK.

ADC
CMP

R3
R3,

BH1I

BR IF PAST SELECTED noonsss

ASL
ROL

RO
R1

upoérs P31N§Ek 8

BIT
BNE
BIT
BEQ
MOV

RO,
MEMMAP cuecx IF ennx sxxsrs
4§
‘BR IF ennx EXISTS.
R1
MEMMAP+2' : CHECK HI 6&MK
17$
éa IF ADDRESS IN UN-MAPPED BANK.
§HIOCT, RY
'SAVE FIRST RDR HI BITS.

JSR

Lnbnss

BPL
BR

SHIOCT

;CHECK HI

ADDRESS BITS.

"BR IF NOT HI ENOUGH YET

1%
173

ncx T
cuscx NEXT BANK.
F OVERF

SPRINT

;GO PRINT OUT THE FOLLOWING MESSAGE.

'»°8§552085E2555“°E TO0 BE TYPED

THE NEXT TWO INSTRUCTIONS PROVIDE AN INTERFACE TO THE SRDOCT ROUTINE

WIHTOUT USING
A “TRAP* INSTRUCTION RS CALLED FOR BY #¥SYSMAC#*.
MOV
9¥PSW,
-(SP)_
;PUT THE PROCESSOR STATUS ON THE STRCK
JSR
PC
SRDOCT
: o T0 THE sgano
UTINE

157
BNE
TST

(SP)
118
SHIOCT

MOV

§TMP2,

MOV

(SP)+.

LSTADR

128
(SP),
10%

LSTADR

BNE
015674

PC,

. WORD

1396

1397
1398
1399

USING A " TRAP*

BLO

2%:

aaxro

JSR

CLR

1387
1388
1389
1390
iggé

iggg 005522 026342

MOV

174072

1385
80550
S466 686980
1384
006101
1385
1336

WIHTOUT

BIC
15:

3 3 3 I 3 3 3 W I WA W

E2 R 2222222222222
2

THE NEXT TWO INSTRUCTIONS PROVIDE AN Inrsnrncs TO THE SRDOCT ROUTINE

000001

020000

X2 XTI

Ré

CLR

1369
1370

USER PARAMETER SELECTION SECTION

[Z2 X222 T2

MOV

CMP
BH1
BLO
CMP
BHI

BIT
BEQ

118

§TMP3,

RY
108

HECK I€ AD
SELECTED (DEFAULT).
:BR IF NOT O (DEFAULT
;cnscx HI BITS.

(SP)

SHIOCT

$HIOCT

#MASKYK, LSP)
13%

'BR

_IF NOT O

(DEFAULT).

:SET UP DEFAULT LAST RDR.
;GET

THE DATA.

;CHECK FOR LARST ADR BELOW FIRST ADR.
'BB IF LAST BELOW FIRST.

!BR IF LAST ABOVE FIRST.
jCHECK FOR LAST BELOW FIRST.
:BR IF LAST BELOW FIRST,

:CHECK IF FIRST ADR ON BANK BOUNDRY.
!BR IF ON BOUNDRY.

CZOMCEQ

CZGMCE.®°11
1414

0-124K

010067

173754

005620

050067

173710

005614

1417
1418
1419

00Se24
005630
S634

1420
1421

10-JAN-78 12:56

00Se610

1415
1416

MEMORY EXERCISER,

005636
005640

010167

050167
020367
103404
101020
020267

16K

173752

VER

109

30A(1052)

10-JAN-78

13:12

USEK PARAMETER SELECTION SECTION
138:

173706
015620

MACY1]

148:

MOV

RO,

BIS

RO,

MOV
BIS
CMP
BLO
BHI
CMP

173730

RI,
R3
15¢

168
R2

FADMAP

;SET

SAVTIST

;SFT FLAG

LSTRDR

!BR _IF GONE PAST LAST ADR.
;cuscx FOR PAST LAST RADR.

FADMAP+2’

IN TEST MAP...LO B4K.

SAVTST+2’
HI B4K.
S$HIOCT ;EHECK FOR PAST LAST ADR.
'BR IF BELOW LAST ROR.

005644
00Se4e

10101S
062702

1425

005654

006300

ASL

BMI
BIT
BNE
BIT
BNE

178
RO
13¢
R1
134

BR IF OVERFLOW
MEMMAP :CHECK IF THIS BANK EXISTS.
‘BR IF BANK EXISTS.
MEMMAP+2' cuecx IF THIS BANK EXISTS.
;B8RIF BANK EXIST s

BIT
BNE

RO
20$

MEMMAP

1424

1426

005652
005656

005503
006101

1427
1428
1429
1430
1431

005660
005662
005666
005c?0
0056724

100415
030067
001354
030167
001351

1433
1434

005700
005704

030067
001010

1436

005712

1432
1435

1437
1438

1439

14490

005676

000754

173632
173620
173614

005714
005716

005726
004567

015534

026365

1441
1442
1443
1444
1445
1446

005724
005726
005732
005736
005742
005744

000606
010067
010167
005767
001404
042716

i::g
1450

1447

173636

030167

001005

005750

168:
17%:

208:
21%:

160000

ggg;ga

012667

040000

005760

004567

015472

173602

§S§:

1464

005766

013746

1456
1487
1458
1459
1460
1461
1462

005772
(005776
006002
006006
006010
006016
006024

004767
012667
005767
001406
042767
062767
062767

1464
1465
1466

006040
006046
006050

032767
001004
005067

‘¥

177776

015306
173606
172600
160000
040000
000002

173556
173550
173542

017777

173526

1463 006032 042767 000001 173534
1467

006054

005067

173526
173524

148

MEMMAP+2’

TST
JSR

(SP)+
RS

SPRINT

208

BADADR

R IF GONE PRST LAST ADR.
uponrs nooaess POINTER.
.HI

BITS.

64K

uponrs annx POINTER...LO BYK.

BNE

‘BR IF BANK DOESN’T EXIST.

:CHECK IF THIS BANK EXISTS.
:BR IF IT EXISTS.
: CHECK

THIS BANK EXISTS.

;B8R IF IT EXISTS.

'ADJUST THE STACK
;GO PRINT OUT THE FOLLONING nsssncs

:ADDRESS OF MESSAGE 10 BE TYPED

1*2QDDRESS IN UNMAPPED BANK?"

BR
MOV
MOV
TST
BEQ
BIC

MANUAL
:LOOP BACK TO THE BEGINNING.
RO,
LADMAP
:SET UP MAP FOR LRST RDDRESS.
R1
LADMAP+2’
MMAVA
:CHECK FOR MEMORY MANAGEMENT.
228
iBR _IF NO MEM MGMT.
160000, (SP)
no:usr FSTADR TO VITRUQL BANK 0.

MOV

(SP)+, ’ FSTADOR

ADD

. WORD

1452

16¢
#20000, R2

BIT

JSR

1453
1455

B8R

_WORD

173650
1736496
172644

062716

1451 005764 026422

ADC
ROL

005706

005722

158:

SEQ 0112

UP FIRST ADDRESS MAP.

1422
1423

020000

BHI
ADD

PARGE

#40C00, ' (5P)

SPRINT

TO VIRTURL BANK 2.

snvs FISRT ADDRESS OFF THE STACK.
;GO PRINT OUT THE FOLLOWING MESSRGE.

: ADDRESS OF MESSAGE_TO BE TYPED
“SELECT CONSTANT

THE NEXT TWO xusrnucrxons PROVIDE
AN INTERFACE TO THE SRDOCT ROUTINE

WIHTOUT USING
A “TRAP*
MOV

INSTRUCTION AS CALLED FOR BY %%¥SYSMACH*.

J8PSW,

-(SP)

PUT

THE Pnocssson STATUS ON

THE

ostro

LSTADR :MAKE SURE IT IS A WORD RDORESS.

STACK

JSR
MOV
MANUL2: TST
BEQ
BIC
ADD
31S:
ADD

PC
SRDOCT
(SP)+,
.CONST
MMAVA
318
#160000, LSTADR
oqoooo *LSTADR
LSTAROR

:GO
7O THE UBRO INE
;SAVE THE CONSTA
:CHECK IF MEM ncnr IS AVAILABLE.
iBR IF NO MEM MGMT.
ROJUST LSTADR TO VIRTUAL BANK O.
.VIRTUAL BANK 2.
RDJUST LAST ADDRESS UP ONE WORD.

BIT
BNE
CLR

cnnsxax LSTADR
START
Lnonnp

:CHECK IF LAST ADR IS ON BANK BOUNDRY.
'BR _IF NOT ON BOUNDRY
'CLEAR OUT THE LAST ADDRESS MAP.

BIC

CLR

LADMAP+2

CZQMCEC
0-124K MEMORY EXERC1SER,
CZQMCE.P11
10-JAN-78 12:586

JO9

16K VER
MACY11l 20A(1052)
10-JAN-78
USER PARAMETER SELECTION SECTION

13:12

PAGE 31

SEQ 0113

/RN /RN /RN /N /BN /RN /RN /RN /RN /RN /RN /RN /RN /RN /RN /RN /RN /RN

:*»

‘%

THE REST OF THE PROGRAM 1S POSITION INDEPENDENT CODE,

VAR YRS

1475

006080

YZAN YEAN YEAN YA

016706

1T CAN EXICUTE PROPERLY WHEN THE PROGRAM HAS BEEN RELO

72N YEAN YEAN VRN VERN VAN VAN VAN VAN VARY VAN VEAN

173536

1476
1477
1478

006064
006070
(006072

00S767
001403
052777

173526
000014

1480

006106

066767

172466

1483
1484
1485
1486

006124
006126
Q006134
006136

001406
032737
Q01002
004767

START1:

Q0OCblld4

004767

011362

1482 006120 00S767 172462

.
~

000001
006102

MOV

.STACK,

173520

TST
BEQ
BIS

CARSFLG’
15

172772

QbD

RELOCF " $LPADR

BEQ
BIT
BNE
JSR

TST1
#BITO,
TST1
PC,

1479 006100 012767 006060 173000 1%:
1481

SO THART

THIS IS DONE SO THAT THE FIRST TWO BANKS OF MEMORY CAN BE EXERCISED IN EXACTLY THE SAME MANNER AS THE REST OF MEMORY

177572

MOV
JSR

TST

;SET STACK POINTER

CHECK CACHE PRESENT FLAG
BRQNCH IF NO CACHE
dCASREG TURN OFF CARCHE

ISTARTI SLPADR INIT LOOP RDDRESS.

HNAVQ

MAMF

;SET UP_MEMORY PARITY ERROR VECTOR

&¥SRO

BRQNCH IF NO MEM MGMT.
CHECK IF MEM HGHT ENQBLED
BR IF MEM MGMT ENABLED.
SET UP MEM MGMT REGISTERS.

MMINIT

CHECK FOR MEMORY MANAGEMENT AVAILABLE.

0-124K MEMORY EXERCISER,
CZQMCEQ_
CZGMCE.P11
10-JAN-78 12:56
1487
1488
1489
1490
149}
1492
1493
1494
1495
1496
1497
1498
iggg

1501
1502
1503
1504
1505
1506
1507
1508
1509
1510
1511
1S12
1513
1S14
1515
1516
1517
1518
1519
1520
1521
1822
1523
1524
1525
1526
1627
1528
1529
1S3C
1531
1532,
1533

16K VER

10-JAN-78
MEMORY RADDRESS TESTS

MACY11 30A(10S2)

SECTIO N 1:

KO9

.SBTTL SECTION 1:

13:12

PAGE 32

MEMORY ADDRESS TESTS

o 363036 36 36 26 36 36 36 36 3 36 36 38 36 3 36 36 36 38 3 36 3 3 3 36 3 36 38 3% 36 36 36 3 36 36 36 3 3 36 336 38 3 36 3 3 3 3 3¢ 30 3 3 3% 36 3¢ 36 3 3 3% 3 % %

PETEST 1

P¥

S ¥

tx
‘¥

WRITE VALUE OF MEMORY ADDRESS INTO MEMORY

RO = DATA WRITTEN INTO MEMORY (SHOULD BE)

R1 = DATA READ FROM MEMORY (WAS)

R2 = VIRTURL RDDRESS
R3 = NOT USED

R4 = NOT USED

RS = BLOCK BOUNDRY BIT MASK.

?Q#Tlll!lfilfiilil!l!l!!ill!li!llllilllllll!lllllll!ii!lilllllllll

006142
006142
006146

004567
000001

012426

JSR

RS,

006150

000167

005604

IMP

TST32

006154
006160
006164
006166
006170
006172
006174
006200
006204
006206
006206
00e2le
006214
006216

004467
004767
010012
012201
020001
00140S
004767
004767
000002

062700
030S02
001363
004767

0ge212
007634

.WORD

18:
23:
BYS:

ecs

004467
004767
162700
014201
020001
001405
004767
004767
000002
0305C2
001364
004787

MOV
CMP
BEQ
JSR
JSR
WORD

BIT
BNE
JSR
;%

006222
006eee
006232
006236
006e40
006e42
006244
006250
006254
006256
006256
006260
006eb2

JSR
JSR
MOV

‘%

006602

3s:
43:

66S:
678
0073s2

RY,
PC,
RO
(R&)+,
RO
658
PC,
PC,
2
"2,

"MINIMUM BLOCK SIZE OF 1 WORDS
:

INITMM
PHYADR
(R2)
Rl
R1
SPRNT2
SERROR
RO

RS,
28
PC,

;GO TO SCOPE ROUTINE.

REQUIRED FOR THIS TEST

'SKIP TO NEXT TEST NHEN LESS THAN ONE BLOCK

UPWARDS WORD ADDRESSING.

ADD
006726

$SCOPE

MMUP

:"AVAILABLE FOR TEST

;INITIALIZE THE MEMORY ADDRESS POINTERS.
GET_PHYSICAL ADDRESS INTORO
*WRITE VALUE OF ADDRESS INTO noonsss

:GET THE DATA FROM MEMORY UNDER TEST
ICOMPARE THE CHECK WORD WITH THE onTn RERD.
'BRANCH OVER ERROR CALL IF GOOD DAT
:SET UP VALUES FOR ERROR PRINTING.
% ERROR %% (GO TYPE A MESSAGE)
"ERROR TYPE COOE.
;ADD %2 TO PHYSICAL RDDRESS

ICHECK FOR END OF A BLOCK
"BRANCH IF MORE IN CURRENT BLOCK.
:FIND NEXT BLOCK AND LOOP T0 18.

CHECK THRT VALUE OF MEMORY ADDRESS WAS WRITTEN CORRECTLY

DOWNWARDS

WORD

ADDRESSING.

JER

PC,

PHYADR

JSR

SUB
MOV
CHP
BEQ

INITDN

RO
RI
R1

JSR
JER
WORD

82,
-(R2),
RO
%)

PC,
PC,
2

SPRNTO
SERROR

BIT

RS,

BNE
JSR

4§’
PC,

MMDOWN

;INITIALIZE THE MEMORY RDDRESS POINTERS.

;GET PHYSICRL ADDRESS INTO RO

:DEC DATA BY 2
'GET THE DATAR FROM MEMORY
:COMPARE THE CHECK WORD WITH THE onrn READ.
:BRANCH OVER ERROR CALL IF GOOD DATA.
;SET UP VALUES FOR ERROR PRINTING.
:##% ERROR %¥% (GO TYPE A MESSAGE)
:ERROR TYPE CODE.
:CHECK FOR END OF R BLOCK.

'BRANCH IF MORE IN CURRENT BLOCK.
;FIND NEXT BLOCK AND LOOP TO S$TAGI.

SEQ O1iM
/

czonueo
CZQMCE.
P

o 124K MEMORY EXERCISER,
10-JAN-78 12:56

LO9g

16K VER
T2

MACY1l 30R(10S2)
10-JAN-78
13:12 PAGE 33
WRITE VALUE OF MEMORY ADDRESS INTO MEMORY

1634

; X Y22212222222222223:3122212222222222X2X2X222X22XXXSL2LLIX RIS

1536
1837

%
¥

1835

,irssT2

1538
1539
1540
1841

1842

TM
tx
P
x

1543

006266

1E45

006272

1544

1546

1547

1548
1549
1550
155]
1552
{gga

006266

006274

006300
006304
006306
006310
006312
006314

1225

’gg

1564
15€

17
]

004567

000000

094467

004767
110022
005200
030S02
001374
004767

006320

004467

"N6344

004767

030502

4
&

RO = DATA WRITTEN INTO MEMORY (SHOULD BE)
Rl = DATA RERD FROM MEMORY (WAS)

R2
R3
R4Y
RS

012302

006072

007514

?éra
%

18:
2%:

006630
;%

006324
006330
C06332
006334
006336
006340

=
=
=
=

VIRTUAL SDDRESS
NOT USED
NOT USED
BLOCK BOUNDRY BIT MASK.

R X2212222223222222222222222223222222XXX2XXX22XX2X22XLX222S TS

1555

15856
16567
1658
1559
1560
1561
1562
1563

WRITE VALUE OF MEMORY ADDRESS INTO MEMORY

SEQ 0115

004767
005300
114201
120001
001405
004767

000003
001365
004767

006504

007470

011742
013234

_WORD

RS,

$SCOPE

L'WARDS BYTE ADDRESSING.

JSR

ISR
MOVB
INC
BIT
BNE
JSR

RY,

PC,
RO,
RO
RS,
28
PC,

INITMM

PHYADR
(R2)+
R2

MMUP

;GO TO SCOPE ROUTINE.

*NO MINIMUM BLOCK SIZE REQUIRED THIS TEST.
; INITIALIZE THE MEMORY noonsss POINTERS.

;GET PHYSICAL ADORESS INTO RO
;WRITE VALUE OF RDDRESS INTO ADDRESS
1ADD ONE TO PHYSICAL ADDRESS
*CHECK FOR END OF AR BLOCK
"BRANCH IF MORE IN CURRENT BLOCK.
'FIND NEXT BLOCK AND LOOP TO 1§.

CHECK THAT VALUE OF MEMORY ADDRESS WARS WRITTEN CORRECTLY

:% DOWNWARDS BYTE ADDRESSING.
JSR
RY,
INITON
3%:
JSR
PC,
PHYARDR
4§
DEC
RO
MOVB
-(R2), Rl
CMPB
RO
R1
i
BEQ
65$
6YS:
JSR
PC,
SPRNTO

;GET PHYSICAL ADDRESS INTG RO
:DEC DATR BY 1
:GET THE DATA FROM MEMORY
:CHECK THE DATA...LO BYTE ONLY VALID.
'BRANCH OVER ERROR CALL IF GOOD DATA.
SET UP VALUES FOR ERROR PRINTING.

ecs

:ERROR TYPE CODE.

JSR

PC,

SERROR

BIT

RS,

_WORD

BNE
JSR

007256

JSR

4g
PC,

2222222222222

MMDOWN

;INITIALIZE THE MEMORY RDDRESS POINTERS.

;%%% ERROR #%¥% (GO TYPE A MESSAGE)
:CHECK FOR END OF R BLOCK.

"BRANCH _IF MORE IN CURRENT BLOCK.
:FIND NEXT BLOCK AND LOOP TO $TRGI.

22:2222222222XX2XXXXXXXT22222TXI2IIESSLLL LR

18, o
1573

irssr 3
WRITE 1'S COMPLEMENT VALUE OF ADDRESS INTO ADDRESS.
D%
RO = DATA WRITTEN INTO MEMORY (SHOULD BE)

1575
1876

y
tx

18724
1677

1578
1§79

1680

DOB362

1582

006366

1584

006370

1581

1583

1685
1586
1587
iS88
1589

(606362

006374
006400
00e402
006406
006410

R1 = DATA READ FROM MEMORY (WAS)

R4 = NOT USED

R2 = VIRTUAL ADDRESS
R3 = NOT USED

;¥
RS = BLOCK BOUNDRY BIT MASK.
lllll!!lll!!l&!ll!lllll}llllllllllllllllfil’!llllli&lllillllll!ll

004567

000000

004467

004767
005100
062700
010042
030502

012206

006434

13
:%

007420

18:

000002

2%:

JSR

WORD

RS,

$SCOPE

DOWNWARDS WORD ADDRESSING.

JSR

JSR
COM
ADD
MOV
BIT

RM,

PC,
RO
%2,
RO,
RS,

INITON

PHYRDR
RO
-(R2)
Re

;GO TO SCOPE ROUTINE.

'NO MINIMUM BLOCK SIZE REQUIRED THIS TEST.
;INITIALIZE THE MEMORY ADDRESS POINTERS.

GET PHYSICAL ADDRESS INTO RO
'COMPLEMENT THE ADR
‘42 TO DATA--ADR GOES DOWN SO COM GOES UP
:PUT DARTA INTO MEMORY
:CHECK FOR END OF A BLOCK.

CZQMCED

C2GMCE.P11

1590

iggé

1593
1584

1238
1?39
isqe
1233
1601

0-124K MEMORY EXERCISER,

006412

006414

006436

0C1405

006444

004767

1604

006450

1606

1607
1608
ig?g

004767

006452

006456
00646
006452

004767

000002

1+27Gu

J30S02
001364
004767

16K VER

01166
0131739

000002

;%
S E

35
43

64S:
65%:

006466

012102

1624

006474

004467

005672

1626

006504

110022

006500
006506
006510
006512

004767
030502
001375
004767

007370

006S16

004467

006522
(006526
006530

004767
112201
020001

1638
1639
1640

006534
006540
006544

004767
004767
000003

1642

006546

030502

1637 006532 001405

1€45

18:

23:

1634
1635
1636

1643
ib44

;FIND NEXT BLOCK AND LOOP TO 1§.

JSR

PC,

#2,

RS,
4$
PC,

SPRNT2
SERROR

MMUP

:SET UP VALUES FOR ERROR PRINTING

;%% ERROR #¥% (GO TYPE A MESSAGE)

:ERROR TYPE CODE.

: COUNT DOWN WITH nooasss

:CHECK FOR END OFA BLOCK
'BRANCH _IF MORE IN CURREL¥ BLOCK.
:FIND NEXT BLOCK AND LOOP TO 3§.

006546

006550
006552

ANK 8 INT

gonssgsaINA 4K BANK

RO = onrn WRITTEN INTO M no

Rl = DATA READ FROM MEMORY (un5)

HaT4;

006432

1631

1641

;BRANCH IF MORE IN CURRENT BLOCK.

HOULD

BE)

x
R2 = VIRTUAL RDDRESS
e
R3 = NOT USED
L
R4 = NOT USED
P
RS = BLOCK BOUNDRY BIT MASK.
o 3636 36 36 36 3 3 36 36 3 3 36 36 36 36 36 36 36 3 3 3 3 3 36 3 3 3 36 3 36 3 3 36 36 36 36 36 3 3 3 3¢ 3 3 36 3 3 3¢ 3 3 3% 3 % 3 ¥ 3 A K % ¥ X X%

004567
000000

MMDOWN

BEQ

BIT
8NE
JSR

006466
006472

1627
1628
iggg

PC,

R
e iESHPLEH
LT N?
aE T& R ORESE, INTO D~ | oI EReR
(R2) ' R1
ATA CH58
FR SRS
MORY ¥UND 5 Egrn RERD.
RO,
RI
ESH
QHE
?HE
654¢
:BRANCH OVER ERROR CALL IF cooo

SUB

;¥

1625

PRGE 34

égn
MOV
CMP
.WORD

1614

1623

13:12

lllil!!*lll!ll!lililliil!!llllllllll!ill*!{l*l*lll!!l!!llllllil

1613

1620

JSR

irssr Y

1621
1622

BNE

10-JAN-78

CHECK COMPLEMENT Enrn WRITTEN DOWN
upunnos WO o nooR SING.

1612

1615
1616
1617
1618
1619

30AR(10S2)

JSR

006462

1611

MACYl1l

WRITE 1'S COMPLEMENT VALUE OF RDDRESS INTO ADDRESS.

007220

006440

1605

001373

d0pd3q 885180
oRd7er 093379
882%30
°°533§
882434 8§85811

1602

1603

10-JAN-78 12:56

001366
DO4767

00S6S50

JSR
LWORD

RS,
O

JSR

RH,

MOVB

RO,

UPWARDS BYTE _ADDRESSING.

JOR

BIT
BNE
JSR
JSR

3%:
4$:

TSR
MOVB
CMP

011554
013040

B4S:

006372

INITMM

PC,

BANKNC

RS,
23
pPC,

R2
MMUP

(RE)+

co TO SCOPE ROUTINE.
NO MINIMUM BLOCK SIZE REQUIRED THIS TEST.

INITIQLIZE THE MEMORY ADDRESS POINTERS.

:GET_THE BANK NUMBER INTO RO

WRITE BANK # INTO ALL ADDRESSES

:CHECK FOR END OF
A BLOCK
"BRANCH I, MORE IN CURRENT BLOCK.
:FIND NEXT BLOCK AND LOOP TO 18.

CHECK THART DATR WRITTEN ABOVE CAN BE REARD
UPWARDS BYTE ADDRESSING.

007346

6SS:

$SCOPE

INITMM

; INITIALIZE THE MEMORY ADDRESS POINTERS.

PC!
(Ré)+

BANKNO
R1
R1

;GET THE BANK NUMBER INTO RO
!RERD THE DATA OUT OF MEMORY
:COMPARE THE CHECK WORD WITH THE onrn READ.

JSR
JSR
.WORD

PC,
PC.
3

SPRNT1
SERROR

;SET UP VALUES FOR ERROR PRINTING.
% ERROR #¥% (GO TYPE A MESSAGE)
:ERROR TYPE CODE.

BIT

RS,

s CHECK FOR END OF A BLOCK

BEG

BNE
JSR

sst
4$
PC,

MMUP

'BRANCH OVER ERROR CALL IF GOOD DR

:BRANCH IF MORE IN CURRENT BLOCK.
*FIND NEXT BLOCK AND LOOP TO 3%.

SEG 0116

CZAGMCED

CZQMCE.P11

0-124K MEMORY EXERCISER,

10-JAN-78

[2:56

16K VER

1646

1648

1647

1656
1667
1658
1659

1660
1661
1662
1663
1664
{Egg
1667
1668
1669

1670
1671
1672
1673
1674
1675
1676
1677

D ®
‘x
¥
P

DOBSSE

006556
006562

004567
000000

012012

006564

004467

006240

006570
006574
006576
006600
006602
006604
006610

006614
006620
006622
006624
006626
006630
006634
0C6E40

004767
005100
110042
030502
001375
004767
004467

004767
005100
114201
020001
001405
004767
004767
000003

1678
1679

006642
006642

030502

1681

006B46

004767

1680

006644

001366

007300

18:

;%
:¥

3s:

XTI
658:

006766

PAGE 35

SEQ 0117

INTO MEMORY

(SHOULD BE)

R2
R3
RY
RS

=
=
=
=

VIRTUAL RADDRESS
NOT USED
NOT USED
BLOCK BOUNDRY BIT MASK.

36 3 36 3 3 3 3 3 3 3 3 3 % 3 3 3 3 3 2 3 W 3 W 3 AWK W WA W AW W W RWE W E R W R IR LR E R LWL LR EEE KL EEE

4s:
011452
012794

13:12

WRITE 1'S COMPLEMENT OF BANK #.

RO = DATA WRITTEN

+é7s;

007030

007254

10-JAN-78

1'S COMPLEMENT OF BANK

Rl = DATA READ FROM MEMORY (WAS)

2%:

006214

NOS

30R(1052)

li!ll*ll!iIli!l!l!!§ll!!ll!«l!l!llll!!l!Ill!ill!lll!!**ll!l*!l*l

12"

1650
1651
1652
1653

1685

WRITE

;ir

1649

1654

MACY11

JSR
RS,
§SCOPE
.WORD
O
DOWNWARDS BYTE ADDRESSING.
JSR
RY,
INITON

JSR
COM
MOVB
BIT
BNE
JSR

PC,
RO
RO,
RS,
23
PC,

BANKNO

-(R2)
R2
MMDOWN

;G0 TO SCOPE ROUTINE.
:NO MINIMUM BLOCK SIZE REQUIRED THIS

TEST.

;INITIALIZE THE MEMORY ADDRESS POINTERS.

;GET THE BANK NUMBER INTO RO
'1'S COMPLEMENT OF BANK #
:PUT ('S COM OF annx 8 INTO MEMORY
:CHECK FOR END OF
R BLOCK.
'BRANCH IF MORE IN CURRENT BLOCK.
;FIND NEXT BLOCK AND LOOP TO I§.

CHECK THRT DARTA WRITTEN CAN BE RERD.
DOWNWARDS BYTE ADDRESSING.
JSR
RY
INITON
;INITIALIZE THE MEMORY ADDRESS POINTERS.

JSR
COM
MOVB
CMP
BEQ
JSR
JSR
.WORD

PC,
RG’
-(R2),
RO
65$
PC,
pC,
3

BIT

:CHECK FOR END OF A BLOCK

JSR

PC,

MMDOWN

:FIND NEXT BLOCK AND LOOP TO STAGI.

BNE

43’

BANKNO

RI
R1
SPRNTO
$ERROR

;GET THE BANK 8 INTO RO
'SET 1’S COMPLEMENT OF annx »
'READ DATA OUT OF MEMORY
'COMPARE THE CHECK WORD WITH THE DATA READ.
:BRANCH OVER ERROR CALL IF GOOD DATA.
:SET UP VALUES FOR ERROR PRINTING.
:x%¥ ERROR #%% (GO TYPE A MESSAGE)
:ERROR TYPE CODE.

:BRANCH IF MORE IN CURRENT BLOCK.

LZQ"LEO
O- 129 MEMORY EXERCISER,
CZOMNCE.PILI
10-JRAN-78 12:56

B10

16K VER
MaCYll 30A(1052.
10-Ja~-78 13:12
SECTION 2:
WORST CRSE NOISE TESTS

1682

.SBTTL SECTION 2:

1684
168S

l
;.

1683

H N Y Y Y2

1686

llllllllllll!lllll!lllllllllllllllll!l!Illlllllllll!li!llllllll

brssr 6

1690

1693
RET
1695

S n
e
;*

1689
1691
1692

006652

1699

006656

1701
1702
1703
1704
i;gg

006664
006670
006672
006674
006676

1712

1713
1714

006652

004567

011716

006660

016700

172724

0C0000

004467
010022
030502
001375
004767

006702

004567

882;&3

1717

006720

012201

1718
1719
1720
1721
1722

006722
006724
006726
006732
006736

1724

006740

1728
1729

1730

1731
1732
1733
1734

TSTER:

00SS502

18:

006246

006740

006742
006744

006750

006756
006760
00676M
006770

004457

020001
001405
004767
004767
000004

t&17:

011666

172674

005S4S2

NOT cho
NOT
USED
BLOCK BOUNDRY BIT MASK.

JSR

RS,

$SCOPE

;GO TO SCOPE ROUTINE,

.CONST,

:GET USER cous ANT

_WORD

JSR
MOV
BIT
8NE
JSR

RY,
RO,
RS,
18’
PC,

MOV

INITMM
(R2)+
R2

MMUP

*NO MINIMUM BLOCK SIZE REQUIRED THIS TEST.
G INITIALIZE THE MEMORY noonsss POINTERS.
;WRITE CONSTANT INTO MEMO
;cuscx FOR END OFR BLOCK
'BRANCH IF MORE IN CURRENT BLOCK.
'FIND NEXT BLOCK ANO LOOP TO 18.

READ MEMORY AND COMPARE TO CONSTANT.
THIS TEST SHOULD NOT BE RUN WITHOUT FIRST RUNNING TEST STN.

011400
012646

B4S:
658

030502

001366
004767

032777

001416
017746
042716
022726

JSR

RS,

$SCOPE

JSR

_WORD
MOV
MOV

006200

000400
172154
177740
000006

;GO TO SCOPE ROUTINE.

O
.CONST, RO

RY,

INITMM

'NO MINIMUM BLOCK SIZE REQUIRED THIS TEST.
IGET USER CONSTANT

(R2)+,

;GET THE

CMP
BEQ
JSR
JSR
_WORD

RO
654
PC,
PC,
4

BIT

RS,

BNE
JSR

:INITIALIZE THE MEMORY ADDRESS POINTERS.
DATA FROM MEMORY UNDER TEST

SPRNT2
SERROR

: COMPARE
CHECK WORD WITH THE onrn RERD.
:BRANCH OVER ERROR CALL IF GOOD DAT
;SET UP VALUES FOR ERROR PRINTING.
:#% ERROR ##% (GO TYPE A MESSAGE)
:ERROR TYPE CODE.

;CHECK FOR END OF A BLOCK

MMUP

*BRANCH IF MORE IN CURRENT BLOCK.
;FIND NEXT BLOCK nno LOOP ro 1§.

;% SPECIAL cnecx fo SEE IF TEST'6 IS SELECTED THRU THE SWR
172162

1735 006774 001007
006776 162767 000001 172076
1737 007004 162767 000030 172074

i736

DATR REARD
FROM MEMORY (WRAS)
VIRTUAL noonsss

-°l!llllllIilllIlIlll!lllll!llllllllllllllIlllillllllllllllllllll

{;ig

1727

nnr 1S USER SELECTABLE (DEFAULT
= 0).

Y2221z Y12z2211zx%¥*x*xz2z2z:1*::2232*:1*:xx2zx1z2::x2::2X2XXXX2XT2X22X2 X224

000000
016700

1725
1726

=
=
=
=
=

irssr
1 xnpoarnnr

006706
006710

1723

A CONSTANT INTO MEMCORY

THE

I!!!lllllllllllllllllill!lIllilI!llllllllillll!llllI!Illl!llill

1708
1709
1711

Rl
R2
R3
R4
RS

1707
1710

RO = oarn HRITTEN INTO MEMORY (SHOULD BE)

"
‘e

1697
1700

YYXXYIXXIXRXRXYIXXIXRIXIRYIRIZRXYRTIRXIRIYZXZZIXS

THESE TESTS WRITE MEMORY WORST CRSE NOISE TEST PATTERNS THROUGHOUT
MEMORY AND CHECK THAT THEY CRN BE MRITTEN AND RERD.

1688

1698

WORST CRSE NOISE TESTS

Yy IR

Illlill.lIl!Illlllllilll!ll!lllll.Illllillillllll!llllilIll!l!l

1687

1696

PRAGE 36

‘s
i

ALLOWS THE OPERATOR TO SwITCH BACK AND FORTH BETWEEN TESTS & AND 7
BY SIMPLY "TOGGLING” SWOO unsn su01
SW02, AND SWOSB ARE SET

BIT

BEQ
MOV
BIC
CMP

BNE
SUB
suB

#SW08,

aSWR

TST10
JSWR
-(SP)
c177?qo (SP)
(SP)+

K tHAT Lbop ON TEST BIT SET

aanncn IF NOT LOOP ON TEST
;GET SWITCH REGISTER DATA.
:CLEAR NON-TEST-NUMBER SWITCHS.
;CHECK IF TEST & IN SWITCHES.

Tsfl
*BRANCH IF NOT TEST &
§TSTNM
:RESET TEST NUM
aTéT? 1576, SLPnoksRESET LOOP ADR

SEQ 0118

CZQMCED

CZQMCE.PI11
{;gg

0-124K MEMORY EXERCISER,

007012

10-JAN-78 12:56

10-JAN=78_ 18?&51_ PAGE 37

READ MEMORY AND COMPARE TO CON
TSTBA

;GO TO TEST &

; X 1 222222222222 22:122222X2XX222:2222X2X2222X22222222222222T 224

1742

1743
1744

007014

1747

007022

007014
007020

004567
000000

011554

007026

004767

010550

016704

172606

1749 007032 012400
1750 007034 001420
1761
007036 004467 005330
1752
1753
1764
1765
1756
1757
1768
1759
1760
1761
1762
1763

MACY11l 0A(10S2)

1740

1748

000722

1741

1745
1746

16K VER

Cl0

007042
007044
007046
007050
007052
007056
007062
007064
007064
007066
007070
007074

010012
012201
020001
001405
004767
004767
000004
030502
001365
004767
000754

011254

012522

irssr 10
WORSE CASE NOISE (PARITY) WORD TESTING
% CHECK MEMORY WITH A SERIES OF PRTTERNS
lll!i!illlllll!!ll»ll«lllllllllll!l’lllll«lilllllllllllllllllli!ll
t&110:

JSR
LWORD

18:

2%:
BYS:
658
:

006054

MOV
JSR

MOV
BEQ
JSR

MOV
MOV
CMP
BEQ
JSR
JSR
_WORD
BIT
BNE
JSR
BR

RS,
O

$SCOPE

nppnr RY

CKPMER

;GO TO SCOPE ROUTINE.
INO MINTMUM BLOCK SIZE Rsouxnso THIS TEST.
INITIQLIZE PATTERN TABLE POINTER

:CHECK FOR NON-TRAP PARITY MEMORY ERRORS.

(n4)+ RO
csr THE DATA PRTTERN
15711’
IF END OF TRBLE.
RY,
INITMM :.BR
1N171RL12£
THE MEMORY noonsss POINTERS.

RO
(R&)+,
65$
PC,
PC,
4
RS,
23
pC,
1%

(R2)
RI
R1
SPRNT2

SERROR

R2
MMUP

:PUT DRTA PATTERN INTO MEMO
*GET THE DRTA FROM MEMORY unos TEST
:COMPARE THE CHECK WORD WITH THE DATA READ.
*BRANCH OVER ERROR CALL IF GOOD DATA.
ssr UP VALUES FOR ERROR PRINTING.
% ERROR #%% (GO TYPE A MESSAGE)
snnon TYPE CODE.
s CHECK FOR END OF A BLOCK.
'BRANCH IF MORE IN CURRENT BLOCK.
'FIND NEXT BLOCK AND LOOP TO 2§.
*BR BACK TO DO NEXT PATTERN

SEQ 0119

CZQMCED
0-124K MEMORY EXERCISER,
CZQMCE.P11
10-JAN-78 12:56

16K VER
T11

MACY11l 30AR(10S2)
10-JAN-7&6
13:12 PAGE 38
ROTATE R "0" BIT THROUGH R FIELD OF ONES.

SEQ 0120

1764

; l!l!ii!llllillllll!lll!!l!!!llll!ll!ll!!lllll!!lllll*lllll!!!ll»

176

lil!ll!!lllllill!lllll!«ll!!llillill!!llllllillll!ll!lll!lli!lll

1767

1768

1;93

007076

88; 86

004567

8?8988

011472

| N

1775

0071

16201

177776

1779
1281

007140
887144
7150

004767
04767
00000S

011166

1783
1784
i;gg

007152
007154
007156

030s02
001361
004767

i;;?
103302
1778 00;132
887 32 Bfi?wgé

1780
178c

007152

012434

007166
007170

1795

007176

004467

00S170

007204

004767

006744

007162

007172

1796

007202

1799

0072i4

1802

007822

1805

007234

1807
1808

007236
007240

004567

000000
00S0CO
004767

000261

011406

1806

téria:

#-1,

R
Le
’

JSR

egg
EQ

ES’
X3
PC,

MOV

JSR
_WORD

JSR
BIT
BNE
JSR

ROTATE

-2lrR2), RI

SPRNT2

PC,

SERROR

RS,
13
PC,

gg éflé"”" 8b8¢x SIZE REQUIRED THIS TEST.
T

ERISNéLén&“téfiiv
MLTESOVENTS
e 00RO
T It MRk,

MMUP

;GET RESULT

aannggelg
THE DATRA.
DATA READ
ganncn ovEfi’C'HBIT
ERESE :RSDSETTH
3 } GOOD
;SET UP VALUES FOR ERROR PRINTING.
. #%% ERROR ##% (GO TYPE A MESSAGE)
:ERROR TYPE CODE.

;C scx FOR ENB OF A BLOC
'BRANCH IF MORE IN CURRENT BLOCK.
:FIND NEXT BLOCK AND LOOP TO 1§.

ROTATE A “1” BIT THROUGH R FIELD OF ZEROS

18:

103002

007216
007220

020001
001405

807555
(07232

8847 7
000Ss

007234

030502

004767

001361
004767

011104

012352

RS,

SSCOPE

JSR

PC,

SETCON

JSR

63%:

O
RO

;GO TO SCOPE ROUTINE.

INO HINIHUH BLOCK SIZE REQUIRED THIS TEST.
SET CHECK WORD
;PUT THE CONTENTS OF RO IN ALL MEMORY

én*r g;
THE nenonv ADDRESS POINTERS.

ROTATE

-atna), R1

;GO ROTATE '1' BIT

RO
64d

JSR
_WORD

PC,

PC,
5

SPRNT2

: COMPARE THE CHECK uono WITH THE DATA READ.
gnnncu OVER ERROR CALL IF GOOD DATA.

SERROR

%% ERROR #%% (GO TYPE A MESSAGE)
'ERROR TYPE CODE.

BIT

RS,

:CHECK FOR END OF A BLOCK

SEC

JSR

MOV
CMP
BEQ
JSR

BNE
JSR

R4,

W K K® X

INITMM

BCC

BYS:

0O0S704

JSR

_WORD
CLR

006736

1788 007210 016201 177776
1803
1804

MOV

;GO TO SCOPE ROUTINE.

o 303336363636 36 3 36 36 3 3 3 3 36 3 36 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 I % 3 3 3 3 33 3 %A 3 333 3

1792
1793

1800
1801

$SCOPE

o 363636 36 3 96 36 36 36 36 36 36 36 36 36 3 36 3 3 3 3 3 3 36 3 3 3 36 3 36 3 3 36 36 36 3 3 36 36 96 3 3 3¢ 3 3 3 3 3 3 3 3 3 3 3 3 3 3% 3¢ % 3 % %

007162

1797

RS,

iTEST 12

1730
1794

63%:

005766

1788

1791

18:

ROTATEA “0” BIT THROUGH A FIELD OF ONES

JSR

.WORD

64S:

1787
1789

ta711:

1772727

i77h
Sl
ook
Goted
127§
BRZ1Ad
BBdHET
1774
08?135
767 007026
U

iTEST 11

638

13
PC,

MMUP

'c’

gsrRssgk

PSW

'C’

ET UP VALUES

IS
CLEAR

FOR

ERROR PRINTING.

*BRANCH IF MORE IN CURRENT BLOCK.
:FIND NEXT BLOCK AND LOOP TO 18§.

1765

e— P

1864

E10

10-JAN-78
MARCYL1l 30R(1052)
3 XOR 9 TEST PATTERN.

16K VER

T13

13:12

PRAGE 39

SEQ 012!

l!llill!!!!!lll!illll!l!**liillll!l!!l!illl!ll*llll!l!lll!ll*l!

’iTEST 13

SRR

007244
007244
007250

004567
000777

011324

0072s2

000167

000312

007256
007260
007264
007270
007274
007276
007300

005000

001374
004767

177777
00si0e
006726

t&713:

WORD

. 3X9:

18:

005644

9 TEST PATTERN.
3 XOR
FHHNR

77%

IMP

TST14

gbs

RO
.-1,
RY,

JSR
JSR
BIT
8NE
JSR

PC,
RS,

18
PC,

$SCOPE

R RN E R R RN

RR R

RS R RRNER

;GO TO SCOPE ROUTINE.

sMINIMUM BLOCK SIZE OF 256. WORDS

; REQUIRED FOR_THIS TEST
;SKIP TO NEXT TEST ?HEN LESS THAN ONE BLOCK
;

R3
INITMM
W3X9
R2

MMUP

AVAILABLE FOR_TES
G

INITIRLIZE THE MEMORY RDDRESS POINTERS.
'WRITE 256. WORD BLOCK WITH 3 XOR9 PAT.
:CHECK FOR END OF A BLOCK
:BRANCH _IF MORE IN CURRENT BLOCK.
:FIND NEXT BLOCK AND LOOP TO 1S.

o 363 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 3 363 36 3 36 36 3 3 3 3 38 3 3 3 38 38 36 3 3 3 30 36 36 3 3¢ 30 36 36 36 36 36 06 3¢ 3 3 N 2 3 3

’i

007304
007306

005000
004467
012704
0lee0l
020001
00140S
QC4767
G04767
000007

Pt Pt Pt ot P Pocs s ot Pt Pt Pt it Pt Pvt Pt Pt Pt et s Pt Pt Pt P

Pt Pt Pt Pt Pt Pt ot Pt Pt P Pt Pt Pt P Pt Pt Pt Pt Pt Pt s Pt Pt Pt P P Pt P

[1]0
](D0 a0 000D a0 GO €0 0 0O (D €D GO 0D (D (D €D GO 00 G A TD €D 00 0 (D (O N D (D (D (0@0 00 a0 00 b G0 aD € 00 A €D @0 D 0D €O AD €0 (D 00 (TM
oo oL L L L L L L L L LWWW W () G LI W WU NI
NI NI NI NN NY = = s bt bt e bt e b 0 O
wn = OVDNOCNLWN-ODONTUN
L WOV CUNLEWN=-OVONCNILWN—ODDONONEWL—~0OWD

CZQMCEQ
0-124K MEMORY EXERCISER,
10-JAN-78 12:56
CZGMCE. P11

012201
020001
001405
004767
004767
000007

0lee01
020001
00140S
004767

004767
000037

0lee0l

020001
00140S

DO4767
004767
000007

pg74ee
DO7424

005100
00S304
001335
00s100

005060
000100

CHECK 3 XOR 9 TEST PRTTERN WRITTEN ABOVE

ll!!lllll!!!iillillilill!lll!lil!!lllll!lllll!llll!ili*ll!l!*!l
RO
;SET _CHECK WORD
INITMM
RY
SINITIARLIZE THE MEMORY ADDRESS POINTERS.
#64.
Y
iSET 256. WORD COUNTER
11%:
129:
(R2)+,
Rl
;GET THE
TR FROM MEMORY UNDER TEST
W
WORD WITH THE DATA RERD.
COHPQRE HE CHECK
RO
R1
BRQNCH OVER ERROR CALL IF GOOD DATA.
65¢
SPRNT2
SET UP VALUES FOR ERROR PRINTING.
PC,
64S:
PC)
SERROR
il! ERROR *#% (GO TYPE A MESSAGE)
7
ERROR TYPE CODE.
658:
;GET THE DRTA FROM MEMORY UNDER TEST.
(R2)+,
Rl
RO
R1
:COMPARE THE CHECK WORD WITH THE DQTQ RERD.

66%:
67%:

689%:
69%:

678

PC,

SERROR

(R2)+,
RO

Rl
R1

PC,
PC.

SPRNT2
$ERROR

(R2)+,

694
7

708:
71%:

SPRNT2

71%
PC,
PC!
7

RO
R4
12%
RO

Rl
SPRNT2
$ERROR

:BRANCH OVER ERROR CALL IF GOOD DRT
:SET UP_VALUES FOR ERROR PRINTING.
(¥%% ERROR #%¥ (GO TYPE R MESSRGE)
{ERROR TYPE CODE.

;GET _THE DATA FROM MEMORY UNDER TEST

COHPQRE THE CHECK WORD WITH THE DATA RERD.
BRQNCH OVER ERROR CALL IF GOOD DATR.
SET UP VALUES FOR ERROR PRINTING.

l!l ERROR #x% (GO TYPE R MESSAGE)

ERROR TYPE CODE.

;GET _THE DATR FROM MEMORY UNDER TEST.

: COMPARE THE CHECK WORD WITH THE DQTQ RERD.
{BRANCH OVER_ERROR CALL IF GOOD DARTA
'SET UP_VALUES FOR ERROR PRINTING.
;%% FRROR %¥¥ (GO TYPE R MESSRGE)
'ERROR TYPE CODE.
; COMPLEMENT CHECK WORD

'DECREMENT 256. WORD COUNTER

:COMPLEMENT CHECK WORD

NN
[2]]

OO0

MCEOQ
0-124K MEMORY EXERCISER,
MCE.P11
10-JAN-78 12:56

86S

866
ggg

007426

007430
007432

030502

001330
004767

007436
007440

876
877

00Q74SM
007454

Bt Bt et Pt Pt 8t Pt Pt Pt ot Bt Pt Pt Pt Pt Pt Bt Pt Pt Pt Pt Pt et Pt Pt Pt Pt Pt Pt Pt et

878
879
880
881
882

883
e84

88S
886
887
888
889

007444
007450

007456
007460
007462
007466
0Q7472
007474
007474

Q00SS12

020001
001405
004767
004767
000007

007522
007524
007526
007530
007532
7536
007542

007544
007544

007546
007550
007552
007554
007556
007560
007562
007564

004726

000100
000004

010644
O0l2lle

004767

010620
012066

010574
012042

72%:

748

76%:
77%:

005303

001342
005100
005304
001335
005100
030502
001330
004767

23s:

758:

005100

00Si42
012201
020001
001405
J04767
004767
000007

eals:
ces:

73%:

Q0S100

000007

007520
007520

303
904
30S
306
907
908
908
910

11$
PC,

MMUP

PAGE 40

;CHECK FOR END OF R BLOCK

:BRANCH_IF MORE IN CURRENT BLOCK.
:FIND NEXT BLOCK AND LOOP TO 11§.

i CHECK, COM, CHECK, COM, CHECK 3 XOR 9 PRTTERN WRITTEN ARBOVE.
‘llll*l‘l‘lllli*lll<l>li‘llll‘!ll'l*illllllli!lilll!llil!lllllll*llil

012201

007516

832
833

901
902

012704
012703

00S142
012201
020001
001405
004767

007512

834
£35S
836
897
898
899
900

005000
004467

007476
007500
007502
007S04
007506

890

891

BNE
JSR

13:12

* 363636 3 36 36 3 36 08 36 36 3 36 36 3 36 3 3 36 3 34 3 3 36 3 3 36 3 3 3¢ 38 36 36 38 36 36 3 36 36 36 3 36 30 30 3 30 3 3% 36 96 306 3 3 3 3 3 o 3 3 ¥ 3 B

872
873

874
875

F10

MACY1l 30A(1052)
10-JAN-78
3 XOR 9 TEST PRTTERN.

BIT

869

870
871

16K VER
T13

005360

CLR
JSR

MOV
MOV
MOV

RO
RY

ISET 256 WORD COUNTER
iSET4 WORD COUNTER

(R2)+,

;GET THE DATR FROM MEMORY UNDER TEST.

RO
73%
PC,
PC,
7

CcoM

-(R2)
(R2)+,
RO
75$
PC,

JSR

pPC,

coM

.WORD

COM
MOV
cMP
BEQ
JSR
JSR
WORD

~(R2)
(R2)+,
RO
77$
PC,
PC,
7

DEC

BNE
COM
DEC
BNE
COM
BIT
BNE
JSR

INITIRLIZE THE MEMORY ADDRESS POINTERS.

RY
R3

cMP
BEQ
JSR
JSR
.WORD
COM
MOV
CcMP
BEQ
JSR

INITMM

T
",

23%
RO
RY
ccs
RO
RS
21$
PC,

R1
SPRNT2
SERROR

; COMPARE THE CHECK WORD WITH THE DRTR RERD.
:BRANCH OVER ERROR CALL IF GOOD DAT
:SET UP VALUES FOR ERROR PRINTING.
:*x% ERROR ##¥ (GO TYPE A MESSAGE)
;ERROR TYPE CODE.
; COMPLEMENT

Rl
R1
SPRNT2
SERROR

CHECK HORD

:COMPLEMENT TEST DATA
iGET _THE DATA FROM MEMORY UNDER TEST.
{COMPARE THE CHECK WORD WITH THE DQTQ READ.
:BRANCH OVER ERROR CALL IF GOOD DAT
iSET UP VALUES FOR ERROR PRINTING.

%% ERROR #%%

(GO TYPE A MESSAGE)

:ERROR TYPE CODE.

; COMPLEMENT CHECK HORD

Rl
R1
SPRNT2
SERROR

:COMPLEMENT TEST DATA
:GET_THE DATR FROM MEMORY UNDER TEST.
:COMPRRE THE CHECK WORD WITH THE DATA READ.
IBRANCH OVER ERROR CALL IF GOOD DATA.
iSET UP VALUES FOR ERROR PRINTING.
;¥#% ERROR ##% (GO TYPE A MESSAGE)
!ERROR TYPE CODE.
DECREHENT 4 WORD COUNTER

R2
MMUP

:BR IF_NOT_DONE.
:COMPLEMENT CHECK WORD
: DECREMENT 256. NORD COUNTER
:BR _IF _NOT_DONE.
i COMPLEMENT _CHECK NORD
:CHECK FOR END OF
A BLOCK.
;BRANCH IF MORE IN CURRENT BLOCK.
:FIND NEXT BLOCK AND LOOP TO 21§.

SEQ 012

DO DDD O DOL DD DDD D DD DD DD

(@}

£ £L£L £
bbbt b bt e b e
LLELELWWWWW W LWL WWNININ NN
e S tetatetatet
Emmmmwmmmmmmxz
OWwWONTNLWN—-OWm oo £ WO DONOCN LWNN—OOMNON LW—DDDNTNLW—

Ti4

PAGE Y41

SEQ 0123
2K NN

F NN NR

’irss 14
COMPLEMENT 3 XOR 9 TEST PATTERN
?g;liil{lill!llllllll!l¥l*l!!lllllllll}ll!illlll!illl&lll!lll!ll*
14:

007570
007570
007574

004567

007576

000167

000316

JMP

TST1S

007602
007606
007610
007614
007620
007622
007624

012700
005003
004467
004767
030502
001374
o04767

177777

MOV

8-1,

000777

011000

004556
0ooe402

JSR

_WORD

18:

005320

CLR
JSR
JSR
BIT
BNE
JSR

777

R3
RY,
PC,
RS,
18
PC,

SSCOPE

;G0 TO SCOPE ROUTINE.

'MINIM n

L OCK sxzs or 256. WORDS

;

REQU

FOR THIS TEST

TEST.
AV 6bn§Lg rgn

;SKIP TO NEXT TEST WHEN LESS THAN ONE BLOCK

INITMM
W3X9
R2
MMUP

ISET

:SET_COM
INITIRLIZE THE nenonv RADDRESS POINTERS.
'WRITE 256. WORD BLOCK WITH 3 XOR 9 PAT.
:CHECK FOR END OFR BLOCK
:BRANCH IF MORE IN CURRENT BLOCK.
JFIND NEXT BLOCK AND LOOP TO 1S.

s 323636362336 3 36 3 36 3 36 3 36 36 36 3 36 3 36 96 36 3636 36 36 36 36 36 3 38 3 3 3 3 3 34 36 36 3¢ 96 36 3 36 96 30 36 36 38 36 36 3 36 3 3 36 3 3 3 3 %

i
007630
007634
007640
007644
007644

177777
004532
000100

000007

CHECK COMPLEMENTED 3 XOR 9 TEST PATTERN WRITTEN ABOVE.

l!lll*!llllll!!!l§l§llll«ll!!!llllllll!lll!lllllli!l!lll*ll!l§l§

MOV

fég:

ccs

WORD

JSR
MOV

CMP
BEQ
JSR
JSR
_WORD

Pt Pt Pt Pt st Pt P

ser 256. WORD COUNTER

(R2)+,
RO

Rl
R1

GET THE DATA rRon MEMORY UNDER TEST.
Hs EHE WORD WITH THE onra READ.

654
PC,

PC,

(R2)+,

RO
678
PC,
PC)
7

(R2)+,

68%:

CMP
BEQ
JSR

RO
65$
PC,

cas

WORD

JSR
MOV

007750

#6%.,

MOV
CMP

MOV

005100
00S304
001335

BEQ
JSR

668
e7s

s-1,

JSR

64S:
012201

DO O OO OO0 DD DDD D D00

s Pt Bt Bt Pt et Pt Pt s Pt s Pt Pt Pt P Pt Pt Pt Pt Pt Pt Pt e Pt Pt

G10

MACY1l 30A(1052)
10-JAN-78_
13:12
COMPLEMENT 3 XOR 9 TEST PRTTERN

16K VER

s J0 306 366 36 3 36 36 36 38 36 36 36 36 36 36 36 96 36 36 36 36 36 36 36 36 36 36 3 34 36 36 30 3 3 36 96 06 3 36 36 36 3 3 3 33 U0

JOD

IR
O )

~NE
(o]
»]
st Pt Pt St Pt Pt Pt Pt Pt Pt Pt b 8 P P P Pt Pt Pt Pt

0-124K MEMORY EXERCISER,
P11
10-JAN-78 12:56

708:

CMP
BEQ
JSR

_WORD

JSR

COM

ggg

PC.

(R2)+,

RO
718
PC,

PC)

?gs

INITMM

SPRNT2

SERROR
Rl

? ? 92

NIT ALIZE

YTHE

MEMORY RDDRESS POINTERS.

eanncu OVER
ERROR CALL IF GOOD DAT
:SET UP VRLUES FOR ERROR PRINTING.

%% ERROR ##¥ (GO TYPE A MESSAGE)

'ERROR TYPE CODE.

;GET _THE

CATA FROM MEMORY UNDER TEST

SPRNT2

:COMPARE THE CHECK WORD WITH THE DATA READ.
'BRANCH OVER ERROR CALL IF GOOD DRTA.
;SET UP VALUES FOR ERROR PRINTING.
' ¥%% ERROR #¥* (GO TYPE A MESSAGE)
:ERROR TYPE CODE.

;GET_THE DARTA FROM MEMORY UNDER TEST.

R1
SERROR

R1
SPRNT2
SERROR
Rl

R1
SPRNT2

SERROR

:COMPARE THE CHECK WORD WITH THE DATA RERD.
:BRANCH OVER ERROR CALL IF _GOOD DATA.
;SET UP VALUES FOR ERROR PRINTING.
:#%# ERROR ##% (GO TYPE A MESSAGE)

"ERROR TYPE CODE.
:GET_THE

DARTA FROM MEMORY UNDER TEST

"COMPARE THE CHECK WORD WITH THE DATA RERAD.
'BRANCH OVER ERROR CALL IF GOOD DATA.
:SET UP VALUES FOR ERROR PRINTING.

%% ERROR *¥¥ (GO TYPE A MESSAGE)

'ERROR TYPE CODE.

: COMPLEMENT CHECK
WORD

:DECREMENT 25&. WORD COUNTER

C2QMCED

C2QMCE.PI11
1967
1968

0-124K MEMORY EXERCISER,

10-JAN-78 12:56

007752
007754

16K

VER

Ti4

005100
(030502

{33 885728 BBAEY oosen
19?7

197
1974
1375

.64

;;?3

1980

010004

1384

010016

012700

01“;64

177777

ooq378

1978
8?0000
815?83 888684
1979
010004

1986

1987

012201

010006
010010
010012

020001
001405
004767

010022

000007

010024

004767

010026
010030
010032
010034
(010036

00Si42
012201
020001
001405
004767

1994

81004

000007

1996
.397

010650
010052

005100
005142

1999
2000
2001

(10056
010060
010062

0:z0001
OC 1405
004767

2003

010072

000007

1995

1998

2002
004
2005

2006
2007
2008
2009
2010
2011
2012
2013

010042
(1005

Q10054

010066
010074
010074

010076
010100
010102
010104
010106
010110
010112
010114

010314

011562

COM
B%T

RO
RS‘

H10

1052)

10-JAN-78

13:12

COMPLEMEIT 3 XOR 9 TEST PATTERN

PRGE 42

SEQ 0124

: COMPLEMENT cnecx uoao
cggchF?R
E
ukR
K

aLocK.

PRGN BRCNSTER
B

004767

i CHECK, COM, CHECK, COM, CHECK COMPLEMENTED 3 XOR 9 PATTERN.
li!l!ili!lllillllli‘lillhlll!lllllll!lllllllilllll!l«lllilllill
MOV

Séi:
238:
72%:
73%:

005100

1988
1989
1990
1991
1892
1993

3JA

3 5 SHAEIR IR 3000 36 230 36 06 36 36 36 96 38 36 36 3 36 06 3% 36 30 36 36 36 3 30 3 30 38 30 0 0 3 30 3 3030 %% 30 3 3 36 3 30 2 3 3 3 38 30 % 3 3 % 3 % % R

{9;;

1981
1982
1983

MACY11l

010270

011536

748
75%:

012201

004767

MOV
MOV

010244

011512

76%:
77%:

C£OS030

s-1,

QET 5ubng 8UN?E

(R2)+,

:GET THE ?nrn FROM nsn ¥ND$R TEST.

#4, '

_WORD

COM

COM
MOV
CMP
BEQ
JSR

PC,

-(R2)
(R2)+,
RO
75¢
PC,

PC,

COM
COM

RO
-(R2)

CMP
BEQ
JSR

RQ
77$
PC,

WORD

JSR
DEC

BNE
COM
DEC
BNE
COM
BIT
BNE
JSR

SPRNT2
SERROR

JSR

.WORD

SET UP CHECK WORD.

éaxrnn

RO
73¢
pC,

JSR

§Zq

CMP
BEQ
JSR

MOV

005303

001342
005100
005304
001335
005100
030502
001330
004767

gss

(R2)+,

PC,

:COMPARE
YHE CHECK WOR
RTA REWD.
'BRANCH OVER ERROR CALL IF GOOD DATA.
SET UP VALUES FOR ERROR PRINTING.
:%%% ERROR #%%

(GO

:ERROR TYPE CODE.

TYPE A MESSAGE)

; COMPLEMENT CHECK uono

RI
R1
SPRNT2

$ERROR

R1
SPRNT2
SERROR

23%
RO
RY
22%
RO
RS
21$
PC,

CINITIRLIZE Tuscnenonv ARDDRESS POINTERS.

:COMPLEMENT TEST DRTA
'GET THE DATA FROM MEMORY UNDER TEST.
'COMPARE THE CHECK WORD WITH THE onTn READ.
'BRANCH OVER ERROR CALL IF GOOD DAT
;SET UP VRLUES FOR ERROR PRINTING.

:%%% ERROR #%%

(GO TYPE A MESSAGE)

'ERROR TYPE CODE.

: COMPLEMENT cuscx uoao
conp#snenr ng
HE

DATA

ROH nsnonv UNDER

TEST

'COMPARE THE CHECK WORD WITH THE DATA RERD.
'BRANCH OVER ERROR CALL IF GOOD DATA.
:SET UP VALUES FOR ERROR PRINTING.
;%%%

!ERROR

ERROR #%%

(GO TYPE R MESSAGE)

TYPE CODE.

oecnencnt 4 WORD COUNTER

:BR IF
NOT DONE.
COHPLEHENT CHECK WORD
: DECREMENT 256. uono COUNTER

R2
MMLF

:BR IF NOT DONE.
:COMPLEMENT CHECK WORD
:CHECK FOR END OF R BLOCK.
‘BRANCH IF MORE IN CURRENT BLOCK.
'FIND NEXT BLOCK AND LOGP TO 21§.

CZAMCEC

CZ2GMCE. P11

O- 124K MEMORY EXERCISER

10-JAN-78 12:5

2014

2019
2020
2021
2022
2023
2024
2025
2026
2027
2028
gggg

010120

010124
010126
010132
010136
010142
010146
010152
010154
010156

004567

000777
000167
012700
012703
004467
004767
030502
001374
004767

010450

000610
000401
177777
004224
006050

012700

000401

gggz

8{8563

012704

000100

2033

010202

012201

010214

004767

010166
010172

012703
004467

2040
2041
2042

010204
010206
010210

2044

010220

000007

2046

010222

012201

2047
2048
2048
2050
2051
2052

2053

010222

0200601
001405
004767

010224
010226
010230
010234
010240

020001
001405
004767
004767
000007

010242

012201

010242

2054
2065
2056
2057
2058

010244
010246
010250
010254
010260

020001
001405
004767
004767
000007

2060

010262

012201

2059

2061
2062
2063
2064
206S
2066

2067

2068
2069

MODIFIED 3 XOR 9 PATTERN FOR PARITY MEMORY

JSR

_WORD
IMP
MOV
MOV
JSR
JSR
BIT
BNE
JSR

777
TST16
#401,
#-1,
RY,
PC,
RS,
18
PC,

$SCOPE

RO
R3
INITMM
W3X9
R2
MMUP

;GO TO SCOPE ROUTINE.

'MINIMUM BLOCK SIZE OF 256. WORDS
. REQUIRED FOR THIS TEST.
:SKIP TQ NEXT TEST WHEN LESS THAN ONE BLOCK
: nvnanaLs FOR TEST
'SET UP PARITY “ALL 2EROSTM PATTERN
:SET_COM DATA REG
;INITIALIZE THE MEMORY RDDRESS POINTERS
"WRITE 256. WORD BLOCK WITH 3 XOR 9
PAT.
:CHECK FOR END OF A BLOCK
"BRANCH IF MORE IN CURRENT BLOCK.
'FINO NEXT BLOCK AND LOOP TO 1S.

X YY2212133221222221%222122X2%z2222222:23:22:2::2122:2X22X22222TL222222 222

010162

2045

18:

2034

2043

PAGE 43

X222 2222222222323 222 222223222222 XXX2X222222223222222222 %)

té11s:

004766

2032

2035
2036

13:12

1Y 2222222222222
222 2223222221222 2222222222223222222222 2

2031

2033

10-JAN-78

MODIFIED 3 XOR 9 PATTERN FOR PARITY MEMORY

57557 15

2016

2017 010120

MACY11 30A(1052)

T15
; X

2015

2018

16K VER

I10

010262

010264
010266
010270
010274
010300

(020001
001405
004767
004767
000007

010302

010046

010302

010304
010306

010300
012603

177777
004174

CHECK PARITY 3 XOR 9 PATTERN WRITTEN ABOVE.

ll!lllil!il*l!lill*lll!l!llil!lllIlllllllll!lllllll!!llll!lllli

MOV

{ég:

MOV
JSR

MOV

010116
011364

BYS:
658

010076
011344

668:
67S:

0100S6
011324

68$:
693
:

010036
011304

708 :
718:

CMP
BEQ
JSR
JSR

LWORD

MOV

CMP
BEQ
JSR
JSR
_WORD
MOV

CMP
BEQ
JSR
JSR
LWORD
MOV

#401,

#69.,

'SET 256. WORD COUNTER

(R2)+,

:GET THE DATR FROM MEMORY UNDER TEST

pC,

SERROR

s-1,
RY
RO
65$
PC,
7

(R2)+,

R1
SPRNT2

RO
67¢
PC,
PC,
7

(R2)+,

RO
634
PC,
PC,
7

(R2)+,

CMP
BEQ
JSR
JSR
_WORD

RO
71§
PC,
PC,
7

MOV

RO,

MOV
MOV

R3
INITMM

R3
(SP)+,

SPRNT2
JERROR
R1

:RESET PARITY "ALL ZEROSTM PATTERN.

"RESET PARITY ALL ONES PATTERN
:INITIALIZE THE MEMORY ADDRESS POINTERS.

'COMPARE THE CHECK WORD WITH THE DATA READ.
'BRANCH OVER ERROR CALL IF GOOD DATA.
:SET UP VALUES FOR ERROR PRINTING.
:#¥% ERROR ##% (GO TYPE A MESSAGE)

'ERROR TYPE CODE.

:GET THE DATA FROM MEMORY UNDER TEST.

:COMPARE THE CHECK WORD WITH THE onrn RERD.
:BRANCH OVER ERROR CALL IF GOOD DRT
:SET UP VALUES FOR ERROR PRINTING.
:ax% ERROR #¥% (GO TYPE A MESSAGE)
:ERROR TYPE CODE.
:GET THE DRTR FROM MEMORY UNDER TEST.

SPRNT2
SERROR

*COMPARE THE CHECK WORD WITH THE DATA RERD.
*BRANCH OVER ERROR CALL IF GOOD DATA.
;SET UP VALUES FOR ERROR PRINTING.
:#¥% ERROR %% (GO TYPE A MESSAGE)
'ERROR TYPE CODE.

:GET THE DATR FROM MEMORY UNDER TEST

SPRNT2
SERROR
-(SP)

RO
R3

:COMPARE THE CHECK WORD WITH THE onra RERD.
:BRANCH OVER ERROR CALL IF GOGOD DA
:SET UP VRALUES FOR ERROR PRINTING.
:%%#% ERROR %% (GO TYPE A MESSAGE)
:ERROR TYPE CODE.
;SAVE RO

:PUT R3 INTO RO
'PUT SAVED RO INTO R3

SEQ 0125

CZOHLEO
0-124K MEMORY EXERCISER,
CZGMCE.P11
10-JAN-78 12:56
2070

2071
2072
2073
20?4
20?5
2076
sg;g

010310

010312
010314
010316
010320
010222
010324
010326

00S304

001333
010046
0:0300
012603
030502
001324
004767

010332

012700

2084
2085

012703
004467
012704

2087

010352

012201

010364

004767

2031

010352

010354
010356
010360

2092

010370

2094

0i037c

2093

010372

(020001
001405
004767
000007

010374
011376
0
N0
01
.2
0l. TM
010410
010414

005142
012201
020001
001405
004767
004767
000007

2103

010416

00S100

010416

2104
210S
2106
2107
2108
2109
2110

010420
010422
010424
010426
010430
010434
010440

00S142
01220l
02000}
001405
004767
004767
000007

2lle

010442

012201

2111

010442

2113
2114
2115
2116
2117

010444
010446
010450
010454
010460

2119

010462

ellg

2le0
2lel
2122
2123
2l24
2125

0lo4ee

0l04e4
010466
010470
010472
010474
010500

00040l

177777
004024
000100
007746
011214

; COUNT 256.

-(SP)
RO

R3
Re

MMUP

WORDS

: BRANCH IF MORE
:SAVE RO
:PUT R3 INTO RO
PUT SAVED RO _INTO R3
:CHECK FOR END OF A BLOCK
:BRANCH_IF MORE IN CURRENT BLOCK.
:FIND NEXT BLOCK AND LOOP TO 11S.

(020001
001405
004767
004767
000007

007722
011170

004767
004767

c2es:

728:

749

768:
77%:

007656
Ollle4

78%:
7938:

005100

00S14e
012201
020001
001405

cls:

758:

007676
OI1l44

007632
011100

CHECK,

COM,

CHECK,

COM,

CHECK PARITY 3 XOR 9 PATTERN.

lll*iiiilllli!i*lllil**l‘!l‘lllflllllll*lilll*lllllll!llilll!llll!
MOV
401,
RO
;SET UP PARITY "ALL ZEROS” PATTERN.
MOV
8$-1,
R3
:SET_UP ALL ONES PATTE

73%:

005100

2095
2036
2097
2098
2099
2100
2101
2102

129
RO,
R3
(SP)+,
RS
114
PC,

o 3063 36 36 2 3 3 30 36 36 36 3 36 36 36 3 36 36 36 3 3 3 36 3 36 3 3 3 36 36 36 30 3 3 3636 06 3 3 3 36 2 36 3 36 36 36 3% 3 3 3 3¢ 3¢ 36 3 3 3¢ 3¢ 3¢ 3¢ 3 %

010336
010342
010346

2088
2089
2090

BNE
MoV
MOV
MOV
BIT
BNE
JSR

004616

2080

2086

MACY1l 30R(1052)
10-JAN-78
13:12 PRAGE 44
MODIFIED 3 XOR 9 PARTTERN FOR PRRITY MEMORY
DEC

2079

2081
2082
2083

16K VER
T1S

J10

808:

JSR
MoV

RY
INITMM
864, ,RY

;INITIALIZE THE MEMORY RDDRESS POINTERS.
{SET 256. WORD COUNTER

(R2)+,

;GET THE DATR FROM MEMGRY UNDER TEST

JSR

PC,

SERROR

comM

MoV

CMP
BEQ
JSR

.WORD

RO
73$
P,
7

COM
MoV
CMP
BEQ
JSR
JSR
.WORD

-(R2)
(R2)+,
RO
754
PC,
PC,
7

COM

COM
MOV
CMP
BEQ
JSR
JSR
.WORD
MOV

-(R2)
(R2)+,
RO
778
PC,
PC,
7
(R2)+,

CMP
BEQ
JSR
JSR
.WORD

RO
79$
PC,
PC,
7

COM

CcoM
MOV
CcMP
BEQ
JSR
JSR

-(R2)
(R2)+,
RO
818

PC,
PC,

SPRNT2

:COMPARE THE CHECK WORD WITH THE DQTQ RERD.
:BRANCH OVER ERROR CALL IF GOQD DAT
;SET UP VALUES FOR ERROR PRINTING.

;%% ERROR #%¥ (GO TYPE R MFSSAGE)

{ERROR TYPE CODE.

; COMPLEMENT CHECK WORD

Rl
R1
SPRNT2
SERROR

:COMPLEMENT TEST DATR
:GET _THE DATA FROM MEMORY UNDER TEST
:COMPARE THE CHECK WORD WITH THE DATA READ.
'BRANCH OVER ERROR CALL IF GOOD DATA.
:SET UP VRLUES FOR ERROR PRINTING.
:¥%% ERROR ##¥ (GO TYPE A MESSAGE)
{ERROR TYPE CODE.
; COMPLEMENT CHECK WORD

Rl
R1

RESTO E DATA
GET THE DRTA FROM MEMORY UNDER TEST.
: COMPARE THE CHECK WORD WITH THE DQTP RERD.

SPRNT2
SERROR

:BRANCH OVER ERROR CALL IF GOOD DRT
.SET UP VALUES FOR ERROR PRINTING.
;x#% ERROR #%¥ (GO TYPE R MESSAGE)
{ERROR TYPE CODE.

RI!

;GET THE DATR FROM MEMORY UNDER TEST

SPRNT2
SERROR

:COMPARE THE CHECK WORD WITH THE DRTR RERD.
:BRANCH OVER ERROR CALL IF GOOD DART
SET UP VALUES FOR ERROR PRINTING.
;%% ERROR #%¥ (GO TYPE A MESSAGE)
'ERROR TYPE CODE.
; COMPLEMENT CHECK WORD

Rl
R1
SPRNT2
$ERROR

:COMPLEMENT TEST DATA
:GET THE DATA FROM MEMORY UNDER TEST
COHPQRE THE CHECK WORD WITH THE DRTR RERD.
{BRANCH OVER ERROR CALL IF GOOD DRT

;SET UP VALUES FOR ERROR PRINTING.
:x%% ERROR #¥¥ (GO TYPE A MESSAGE)

SEQ 0126

CZQMCEC ~ 0-124K MEMORY EXERCISER,
CZGMCE.P11
10-JAN-78 12:56

2lee

010504

000007

2128
2129
2130
2131

010S06
010510
010Sle
010Si4

005100
005142
012201
020001

2133
2134
2135

010Se0
010Se4
010530

004767
004767
000007

2137
2138

010532
010534

01220l
020001

2140
2i41
2l4e

010540
010544
010550

004767
004767
000007

2144
2l4S
2146
2147

010552
010554
010556
010560

005100
005142
012201
020001

2127

2132

2136

2139

2l43

2l48

010506

010516

010532

010536

010552

00140S

001405

010S62- 001405

2149
2150
218l

010564 094767
010570 004767
010574- 000007

21583
2154
2155
2156

010568
0106
010602
010604

005100
00S142
0lee0l
020001

2158
2159
2160

010610
010614
010620

004767
004767
000007

2le2
2163

0l10eee
010624

012201
020001

2l16S
2166

010630
010634

004767
004767

cle8

010642

2171
2172

010646
010650

012201
020001

2174
2175
2176

010654
010660
010664

004767
004767
000007

2178
2179
2180
2181

010666
Cl10670
010672
010674

005100
00S142
01220l
020001

2152

2157
216l

2le4

2167
2169
2170

2173

2177

010576

010606
010622

0106e6

010640

010e4¢
010644

010652

010666

001405

00140S

000007

81%:

007606
0110S4

82%:
83%:

007566
011034

84%:
8SS:

007542
011010

86%:
87s:

007516
010764

88s:
89%:

007476
010744

30%:
91%:

00Ss100
005142

00140S

16K VER
T15

0074S2
010720

92s:
93§:

- K10

MACY11l 30R(10%52)
I0-JAN-78 13:12 PAGE 45
MODIFIED 3 XOR 9 PARTTERN FOR PARITY MEMORY

SEQ 0127

.WORD

; ERROR TYRE_ CODE.

comM
COM
MOV
cMP

RO
-(R2)
(R2)+,
RO

; COMPLEMENT CHECK WORD
; RESTORE DRTA
;GET _THE DRTA FROM MEMORY UNDER TEST.
; COMPARE THE CHECK WORD WITH THE DATR RERAD.

JSR
JSR
.WORD

PC,
PC,
7

SPRNT2
SERROR

MOV
cMP

(R2)+,
RO

Rl
R1

;GET _THE DATR FROM MEMORY UNDER TEST.
; COMPARE THE CHECK WORD WITH THE DATR KERD.

JSR
JSR
.WORD

PC,
PC,
7

SPRNT2
SERROR

;SET UP VALUES FOR ERROR PRINTING.
;##% ERROR #%% (GO TYPE R MESSAGE)
;ERROR TYPE CODE.

comM
CoM
MOV
CMP

RO
-(R2)
{R2)+,
RO

JSR
JSR
.WORD

PC,
PC,
7

COM
COM
MOV
CMP

RO
-(R2)
(R2)+,
RO

JSR
JSR
.WORD

PC,
PC,
7

SPRNT2
SERROR

;SET UP VALUES FOR
;##% ERROR #x% (GO
;ERROR TYPE CODE.

MOV
CMP

(R2)+,
RO

Rl
R1

;GET _THE DARTA FROM MEMORY UNDER TEST.
;COMPARE THE CHECK WORD WITH THE DATR RERD.

JSR
JSR

PC,
PC,

SPRNT2
SERROR

;SET UP_VALUES FOR ERROR PRINTING.
;x¥% ERROR #¥¥ (GO TYPE R MESSRGE)

COM
COM

RO
-(Re)

BEQG

BEQ

BEQG

BEQ

.WORD

834

85$

87$

83%

91$

Rl
R1

Rl
R1
SPRNT2
$ERROR

Rl
R1

;BRANCH OVER ERROR CALL IF GOOD DATR._
;SET UP VALUES FOR ERROR PRINTING.
; ##% ERROR ##%# (GO TYPE A MESSAGE)
;ERROR TYPE CODE.

= -

; BRANCH OVER ERROR CALL IF GOOD DATA.

; COMPLEMENT CHECK WORD
; COMPLEMENT TEST DARTA
;GET _THE DRTA FROM MEMORY UNDER TEST.
; COMPARE THE CHECK WORD WITH THE DATR RERD.

;BRANCH OVER ERROR CALL IF GOOD DRTA.
;SET UP VALUES FOR ERROR PRINTING.
; #x% ERROR #¥% (GO TrPE A MESSAGE)
;ERROR TYPE COOE.

; COMPLEMENT CHECK WORD
; RESTORE DATA
;GET _THE DATR FROM MEMORY UNDER TEST.
; COMPARE THE CHECK WORD WITH THE DATA READ.

; BRANCH OVER ERROR CALL IF GOOD DATR.
ERROR PRINTING.
TYPE A MESSAGE)

; BRANCH OVER ERROR CALL IF GOOD DRTA.
; ERROR TYPE CODE.

; COMPLEMENT CHECK WORD
; COMPLEMENT TEST DRTR

MoV
CMP

(R2)+,
RO

Rl
R1

;GET THE DATA FROM MEMORY UNDER TEST.
; COMPARE THE CHECK WORD WITH THE DATR READ.

JSR
JSR
.WORD

PC,
PC,
7

SPRNT2
SERROR

;SET UP VALUES FOR ERROR PRINTING.
;x#% ERROR #%% (GO TYPE R MESSAGE)
;ERROR TYPE CODE.

comM
COM
MOV
CMP

RO
-(R2)
(R2)+,
RO,

BEQ

934

Rl
Rl

; BRANCH OVER ERROR CALL IF GOOD DATA.

; COMPLEMENT CHECK WORD
; ReSTURE DRTA
;GET_THE DARTA FROM MEMORY UNDER TEST.
:COMPARE THE CHECK WORD WITH THE DRTA RERD.

~ oy

Mmm

MACYLl 30A(1052)
10-JAN-78
13:12
PAGE 46
MODIFIED 3 XOR 9 PATTERN FOR PARITY MEMORY

94§

004767
000007

95%:

818308

omt Pt

PC,

MQV
MOV

RQ,
R

DEC

_WORD

BNE
MOV
MOV
MOV
BIT
BNE
JSR

004206

33,

JSR

MOV

s Poms

s P

s Prmn Pt Pt Pt

mmmmhbhhbg
Lo
Lo

NN INNNNNNN

s Bt

0000000000000
0

818508 384783

(SP)+,

22%
RO,
R3
(5P)+,
RS
218
PC,

SPRNT2
SERROR

-(SP)
RO

-(SP)
RO
R3
2

MMUP

RANCH OVER

_ERRQR

SEQ 0128

IF G

DATA.

ET UP ONCDES PR ERRGRIPRINTING.

. ¥#% ERROR ¥¥% (GO TYPE A MESSAGE)

'ERROR TYPE CODE.
g
ut R3 INTO RO

‘PUT SAVED RO INTO R3

DECREMENT 256. WORD COUNTER

:BRANCH IF MORE.
:SAVE RO
'PUT R3 INTO RO
:PUT SAVED RO INTO R3
:CHECK FOR END OF A BLOCK
'BRANCH IF MORE IN CURRENT BLOCK.
SFIND NEXT BLOCK AND LOOP TO 21§.

o 363636 36 36 36 36 36 36 36 36 3 36 36 36 3 36 3 36 36 36 3¢ 36 36 36 3t 36 3¢ 36 36 36 36 36 3 3¢ 3 36 36 3¢ 36 30 36 36 26 36 36 36 36 30 36 36 3 3 3¢ 34 3¢ 3¢ 3¢ 3¢ % 3% 3% %

'irssv 16
COMPLEMENT PARITY 3 XOR 9 TEST PATTERN.
Ts#:;l!lll!!lilllllll*!!l‘lllllllll!ll!lllillll!i!!lll!lillllll!!

010742
010742
010746

004567
000777

007626

JESRD

;g’

010750

000167

000610

IMP

1ST17

012700
Q12703
004467
004767
030502
001374
004767

1777277
000401
003402

MOV

%-1

005226

18:

004144

MOV
JSR
JSR
BIT
BNE
JSR

s401,
RY,
PC,
RS,
18
PC,

$SCOPE

coNTg scots
ROUTINE. F

255

i "ANEOYREB-PGK FhEE FEST

WORDS

sxxp TO NEXT TEST NHEN LESS THAN ONE BLOCK

R3
INITMM
W3X9
R2
MMUP

;

RVRI%RBLE FOR TEST.

iSET

ALL

ONES PATTERN

'SET_UP PARITY “ALL ZERQS" PATTERN
INITIALIZE THE MEMORY ADORESS FOINTERS.
{WRITE 256. WORD BLOCK WITH 3 XOR 9 PAT.
:CHECK FOR END
OF A BLOCK
'BRANCH IF MORE IN CURRENT BLOCK.
:FIND NEXT BLOCK AND LOOP TO 1§.

< 3636 3636 36 3 36 36 36 36 36 3 36 3 3 36 3 3 3 36 3 36 36 3 36 36 36 36 36 36 36 36 36 3 36 36 3 3 3 36 3¢ 36 3630 36 36 30 38 00 36 3% 3 3 36 3% 36 3¢ 3 3 3¢ 3¢ 3¢

800000

0000000000000
oL
£ £ L WWWh
- —0
Lo
LnnoenoonLsLoLoL

e Bt bt
Pt

Pt ot Pt Pt Bt

{é§

Pt Bt D

e Pt P

Bt Pt Pocn P

e Pt Bt

MOV

2-1

JSR

MOV

MOV
MOV

007274
010542

s Pt Pt

e Bt Pt ot B
s

Pt P

177777
000401
003352
000100

CHECK COMPLEMENT PARITY 3 XOR 9 PATTER!' WRITTEN ABOVE.

*uunuuuuu“uuaunuunnn“u“nuunuu*nnu

BYS:
6cs

CMP
BEQ

JSR
JSR
.WORD
MOV

s e ot

00000000000 00000000

OO0

O DONCNLFWN—ODDNCN
LW

lgle]

NN
[2]]
= Js 4

N MMM
R N NN
RV
MM
PN
U 0 bt Dt Pt ot Pt Pt Pt Pt Pt Pt Pt Pt Pt Pt P Pt e
O VYD OO WD
DO
DA
0O TD D COW

n UMM NNV P LY NNV PSPV DTV
n AV AV LAV AV AV AN AW aa VI AV o WTa W o VT o VT g W1 W] 4 ¥ 1o ¥
n PINUNUNU NI NUNU N 4 b 4t be s s st Pt Pt P
@ NONLWNL—~OOD
NN L WO

2229

T1S

16K VER

0
0-124K MEMORY
.Pl1
10-JAN-78

000007

007254
010Se2

668 :

CMP
BEQ
JSR

675

WORD

JSR

SET UP ALL ONES PATTERN

s40l,

ssr JP PARITY “ALL Z2ER0S” PATTERN

6% ,

(R2)+,

sGET THE

PC,
PC,
7

SPRNT2
SERROR

+SET UP VALUES FOR ERROR PRINTING.
;##% ERROR %% (GO TYPE A MESSAGE)
'ERROR TYPE CODE.

(R2)+,

:GET_THE DATA FROM MEMORY UNDER TEST.

RO
654

RO
674
PC,

PC,

INITMM

SPRNT2

SERROR

*1 ALIZE THE nsnonv RDDRESS POINTERS.

S6. WORD COUNTER

ATA FROM nsnonv yno§a TEST

:COMPARE
THE CHECK WORD WITH THE DATA READ.
:BRANCH OVER ERROR CALL IF GOOD DATA.

:COMPARE THE CHECK WORD WITH THE onrn RERD.
:BRANCH OVER ERROR CALL IF GOOD DRTA.
:SET UP VALUES FOR ERROR PRINTING.

:%%% ERROR #¥¥* (GO TYPE A MESSAGE)

:ERROR TYPE CODE.

CZGMCED
0-124K MEMORY EXERCISER,
10-JAN-78 12:56
CZGMCE. P11

011064
011066

o~N
NWN’-—’-*’C? 9
DO‘INQU‘INgo‘SING‘NOU‘
o

P -0
s Pt Pt Pt Pt PP
e Pt
et Pt Pt
s Bt Pt Pt
Bt

689%:
69%:

70S%:
719:

nrLLrfwww

_—

Pt Pt Pt P [
s P

Pt P Pt Pt Pt P

st
Pt Pt

e P
e

Pt B
e Pt Pt ot et Dot P

et 5t Pt et Dt Dt ot Pt P

O0O00000DCOO000O0O00O00D o0

007234
010502

oy
g
L WLWNINININY
=== = O OO I NN
DN
oo LovooocposLsnnooL oo
L LOoLoL

}:r}:)rgmmmmmmmmmmmmmm»--s—h»— b=

0000000000000 000000D0DO000000

177777
000401
003202
000100

007124
010372

000007
005100
00S142
12201
20001
00140
ooM76/

007100
010346

ggoR

M10

10-JAN-78

13:12

PRGE 47

. WORD

(R2)+,

MOV

RO,

JSR
.WORD

CHECK,

SPRNT2

SERROR

Pé,

PC,
7
R3
(SP)+,
RG
12%
RO,
R3
(SP)+,
RS
118

PC,
00 NI

COM,

MOV

729:

748

JSR

MOV

OSPRNT2

SERNCH
ov:E ERESR SLE x} cooE 0399.
ssr UP VALUES FOR ERROR PRINTING.
ERRO

Enqog XER éco TYPE A MESSAGE)

£ COD

e?89 R
ETe
UPV E
Enkba PR?N??N%.
ATA FR n MEMORY

;%% ERROR ;;; (GO TYPE R MESSAGE)
:ERROR TYPE CODE.

-(SP)

;SAVE RO

RO
R3

-(SP)
RO
R3

MMLIP

'PUT R3 INTO RO
'PUT SAVED RO INTO R3
:COUNT 256. WORDS
:BRANCH IF MORE
:SAVE RO
:PUT R3 INTO RO
'PUT SAVED RO INTO R3
:CHECK FOR END OF A BLOCK
'BRANCH IF MORE IN CURRENT BLOCK.

'FIND NEXT BLOCK AND LOOP TO 11§.

U060
I 033000 0 300 0 3006 020 36 00 0 3006 300 36 000 36 00 000

COM

0401

#64. ,RY
(R2)+,

COM

COM
MOV
CMP
BEQ
JSR

-(Re)
(R2)+,
RO
75$
pC,

JSR

PC,

COM

MOV
CMP

(R2)+,
RO

.WORD

COM
769%:

RO
73%
PC,
PC.
7

BEQ
JSR

-(R2)

77¢
PC,

UND

SERROR

CHECK,

CMP
BEQ
JSR
JSR
.WORD

SEQ 0129

GETP;HE gnrn FROM MEMORY UNDER TEST.
MPARE
THE
CH
WORD
WITH THE
DATR READ.

gc,

S
?s
MOV

21
1

CHECK COMPLEMENTED PARITY 3 XOR 9 PATTERN.

;unuh*uiuuniun, S3E3J6 0606 3000 3 U I 00 0 06 06 06 00333

75%:

007054

qu
¢,

JSR

BN NI

73%:

00S100
00si4e
0i2201

éna)+,
0

JSR

003774

30AR(1052)

COMPLEMENT PARITY 3 XOR 9 TEST PATTERN.

MOV
MOV
DEC
BNE
MOV
MOV
MOV
BIT
BNE
&

Pt
P Pt Bt Pt Pt Pt Pt Pt ot Pt P
s Pt Pt ot Pt Pt Pt Pt Pt Pt Pt et Pt P Pee
0t Dt Pt et pe Pt Pt Pt Pt Pt Pt Pt ot P Pt Pt Pt et ot Pt Pt Pt ot et et Pt P

£
3
£

Pomn SV

8547 811872 8303
e

MARCY11

go;
M

012201
020001

2238
2239

16K VER
T16

INITMM

SPRNT2
SERROR

22NN R

;SET UP ALL ONES PATTERN

'SET UP PARITY "ALL ZEROSTM PATTERN

IN*T%RLIZE THE MEMORY RDDRESS POINTERS.
S6.

WORD COUNTER

;GET_THE DATA FROM MEMORY UNDER TES

:COMPARE THE CHECK WORD WITH THE onTn RERD.
'BRANCH OVER ERROR CALL IF GOOD DRT
+SET UP VALUES FOR ERROR PRINTING.
: %% ERROR %%% (GO TYPE A MESSAGE)
‘ERROR TYPE CODE.

: COMPLEMENT cuscx uono

Rl
R1

SPRNT2
$ERROR

:COMPLEMENT TEST DAT
:GET THE DARTAR FROM nsnonv UNDER TEST.
:COMPARE THE CHECK WORD WITH THE onrn RERD.
'BRANCH OVER ERROR CALL IF GOOD DRTA.
;SET UP VALUES FOR ERROR PRINTING.

:#%% ERROR #¥¥ (GO TYPE A MESSAGE)

:ERROR TYPE CODE.

s COMPLEMENT CHECK WORD

Rl
R1

SPRNT2

'RESTORE DATA
'GET_THE
:COMPARRE

DATA FROM MEMORY UNDER TEST
THE CHECK WORD WITH THE DATA READ.

:BRANCH OVER ERROR CALL IF GOOD DATA.
:SET UP VALUES FOR ERROR PRINTING.

CZQMZEQ
0-124K MEMORY EXERCISER,
CZGMCE.P11
10-JAN-78 12:56

2294

2295

011256

000007

011264

0lee0l

229

011264

2298
€299
2300
2301
2302

0lieed
011270
0l1e72
011276
011302

2297

2303

2304

011304

2305
2306
2307
2308
2309

011306
011310
011312
011314
011316

2311

011326

2310

004767

011262

011322

020001
00140S
004767
004767
000007

004767

000007

23l2

011330

2314
2315
2316
2317
2318
2319
2320

011332
011334
011336
011340
011342
011346
011352

005142
01220l
020001
001405
004767
004767
000007

23ce

011354

012201

2313

2321

2323
2324

011330

011354

€327

02000}
001405
004767
004767
000007

2329

0113?74

00S100

011374

2330
2331
2332
2333
2334
2335
2336

011376
011400
011402
011404
011406
0li4le
0li416

005142
0lee20!
020001
00140S
004767
004767
000007

2338

011420

005100

2337

011420

2339
2340
2341
2342
2343

0l14e2
011424
011426
011430
011432

005142
0le20l
020001
00140S
004767

234S

0li44e

000007

2344

2346

2347
2348

2349

011436
011444

0l1444
011446

011480

007034

010302

004767
Q012201
D20001

001405

78%:
79%:

007010

010256

80%:
818:

006764
010232

82s:
838:

006744
010212

84$:
85S%:

006720
010166

86%:
87%:

006674

010142

N10

M CYll 30R(10S2)
10-JAN-78
13:12_ PRGE 48
COMPLEMENT PARITY 3 XOR 3 TEST PATTEAN.

JSR
?7%:

005100

011356
011360
011362
011366
011372

2328

010322

005100

005142
0lee0l
020001
00140S
004767

16K VER
T16

88es:
898:

.WORD

MOV

PC,

SERROR

(R2)+4,

CMP
BEQ
JSR
JSR
.WORD

RO
7a$
PC,
PC,
7

CoM

CoM
MOV
CMP
BEG
JSR

-(R2)
(R2)+,
RO
81$
PC,

.WORD

JSR
CcoM

COoM
MOV
CMP
BEQ
JSR
JSR
WORD
MoV

PC,

(R2)+,

RO
85$
PC,
PC,

COM

COM
MOV
CMP
BEQ
JSR
JSR
.WORD

-(R2)
(R2)+,
RO
g7$
pPC,
PC,
7

COM

COM
MOV
CMP
BEQ
JSR

-(Ra)
(R2)+,
RO
89%
PC,

.WORD

MoV
CMP

BEG

PC.

(R2)+,
RO

914

;GET_THE DATA FROM MEMORY UNDER TEST.

SPRNT2

;COMPARE THE CHECK WORD WITH THE DATA READ.
BRRNCH OVER _ERROR CALL IF GOOD DARTA.
;SET UP VALUES FOR ERROR PRINTING.
;%% ERROR #%¥ (GO TYPE A MESSAGE)
{ERROR TYPE CODE.

Rl
R1

: COMPLEMENT TEST DAY
:GET_THE DRTA FROM MEHORY UNDER TEST.
:COMPARE THE CHECK WGRD WITH THE DATA READ.
BRQNCH OVER _ERROR CALL IF GOOD DARTA.
iSET UP VALUES FOR ERROR PRINTING.

SERROR

; COMPLEMENT CHECK NORD

SPRNT2

$ERROR

-{R2)
(R2)+,
RO
83%
PC,
PC,
7

chMP
BEQ
JSR
JSR
. WORD

JSR

;#%x ERROR %% (GO TYPE A MESSAGE)

‘ERROR TYPE CODE.

lll ERROR #¥% (GO TYPE A MESSAGE)

{ERROR TYPE CODE.

; COMPLEMENT CHECK WORD

RI
R1

SPRNT2
SERROR
Rl

R1
SPRNT2
SERROR

;RESTORE DRTR
GET THE DARTR FROM MEMORY UNDER TEST.
:COMPARE THE CHECK WORD WITH THE DATA RERAD.
:BRANCH OVER ERROR CALL IF GOOD DATA.
SET UF _VALUES FOR ERROR PRINTING.
;%% ERROR #¥% (GO TYPE A MESSRAGE)
;ERROR TYPE COOE.
;GET THE DATA FROM MEMORY UNDER TEST.

:COMPARE THE CHECK WORD WITH THE DATA RERD.
'BRANCH OVER ERROR CALL IF GOOD DATA.
iSET UP_VALUES FOR ERROR PRINTING.
:%x% ERROR #¥% (GO TYPE A MESSAGE)
:ERROR TYPE CODE.
; COMPLEMENT CHECK NORD

Rl
R1

SPRNT2
SERROR

:COMPLEMENT TEST DAT
:GET_THE DRTA FROM NEMORY UNDER TEST.
:COMPARE THE CHECK WORD WITH THE DATA RERAD.
!BRANCH OVER ERROR CALL IF GOOD DATR.
:SET UP_VALUES FOR ERROR PRINTING.
;%x% ERROR #¥¥ (GO TYPE A MESSAGE)
:ERROR TYPE CODE.
; COMPLEMENT CHECK WORD

Rl
R1
SPRNT2

SERROR

Rl
R1

;RESTORE DATA
:GET THE DATR FROM MEMORY UNDER TEST.
:COMPARE THE CHECK WORD WITH THE DATA RERD.
‘BRANCH OVER ERROR CALL IF GOOD DATA.
:SET UP VALUES FOR ERROR PRINTING.
:#x# ERROR ##¥¥

(GO TYPE R MESSAGE)

:ERROR TYPE CODE.

:GET _THE DATA FROTM MEMORY UNDER TEST.
:COMPRARE THE CHEC.. WORD WITH THE DATA RERD.

;BRANCH OVER ERROP CALL IF GOOD ORTA.

SEQ 0130

WWwwwww
n
[V, ]

©Q

X2
mm

P11l

0-124k MEMORY EXERCISER,
10-JAN-78 12:56

011452

004767

81}325

000007

011466

011464

004767

010122

005142
géaeox
0601
DO140S
004767
004767
060007

011510

00S100

011512
011514
011516
01152"
0115c¢
011626
011832
0115834

005142
012201
020001
(001405
004767
004767
000007

011836
011540
011842
011844
011846
011850
0115852
011554
011586
011560

010370
012603
005304
001213
010046
0106300
012603
030502
001204
004767

006630
010C76

006604

010052

JSR

als

"WORD

328 :
938

94§
95§.

010046

003364

MACY1l 30R(10S2:
IC JaN T8
13:12 PRGE 49
TOMPLEMENT PARITY 3 XOR 9 TEST PRTTERN.

908 :

00S100

011466
011472
01147
011474
011476
011502
811%?3

011534

006B5Y

16k VER
Ti6

Bll

PC,

ISR

PC.

COM

coM
MOV
CMP
BEQ
JSR
ISR
_WORD

-(R2)
\R2.+,
RO
93¢
PC,
pC’
7

COM

COM
MOV
CMP
BEQ
JSR
JSR
_WORD

-(R2)
(R2}+,
RO
954
PC,
pC,
7

MOV

RO,

MOV
MOV
DEC
BNE
MOV
MOV
MOV
BIT
BNE
JSR

R3
(5P)+,
RY
22%
RO,
R3
(SP)+,
RS
21$
PC,

SPRNT2

SERROR

:SETM UP VRLUES FOR ERROR PRINTING.

. s## ERROR ##8 (GC TYPE A TMESSAGE

'ERROR TYPE CODE.

; COMPLEMENT CHECK WORD

SPRNT2

SERROR

:COMPLEMENT TEST DRTA
TR FROM MEMORY UNDER TEST.
(GET
COHPGSE
HE
CHECK WORD WITH THE DATA RERD.
:BRANCH OVER ERROR CALL IF GOOO DATA.
'SET UP VALUES FOR ERROR PRINTING.
.##¥ ERROR ##% (GO TYPE A MESSAGE)
‘ERROR TYPE COOE.
: COMPLEMENT CHECK WORD

RI
Rl
SPRNT2
SERROR
-(SP)

RO
R3

-(SP)
RO
R3
R2
MMUP

:RESTORE DATA
'GET THE DATA FROM MEMORY UNDER TEST.
:COMPARE THE CHECK WORD WITH THE DATA READ.
:BRANCH OVER ERROR CALL IF GOOD DATA.
:SET UP VALUES FOR ERROR PRINTING.
:#s% ERROR ##¥ (GO TYPE A MESSAGE)

"ERROR TYPE CODE.
;SAVE RO

:PUT R3 INTO RO
'PUT SAVED RO INTQ R3
:DECREMENT 256. WORD COUNTER
:BRANCH IF MORE.
:SAVE RO
:PUT R3 INTO RO
:PUT SAVED RO INTO R3
:CHECK FOR END OF A BLOCK
'BRANCH IF MORE IN CURRENT BLOCK.
'FIND NEXT BLOCK AND LOOP TO 218.

SEQ 0131

CZGMCEQ
0-124K MEMORY EXERCISER,
10-JAN-78 12:56
czamMCE. P11

16K VER

T1?7
$ 5

9) RRTPeToBB FaRHY AROIRRKEMECKE RGTtaRP"OCCURS

—'-o-.-.

R 2N roPBFNSET
RS RS ToR 28 ENGRGER

£LhooL

167676

00gos40
005664
005714
000114

000011

105067
11270
11001
016703

32875

005713
001371

110

016963

046733
00S713
001374
016737
105412

fiegcs o000
167644
167622

118:
000114

ARE CORRECT
X

co TO SCOPE ROUTINE.
0 MINIMUM BLOCK SIZE Rsouxaso THIS TEST.

THE MEMORY RDDRESS POINTERS.
BANK HAS PARITY METMMORY.
gr ?¥RRENT
ax?pr PMEMAP ;gnegx
3
IF
R

JSR

BI
INC
JMP
JSR
JSR
CHMP
BNE
ADD

aSWR

SETCON

INITMM

23
BITPT+2, PMEMAP+2

RS,
R2
WWP
PC,
PC,
RS,
3s
a4

SETRE
CKPMER
#114
R2

cnscx FOR ANY PARITY MEMORY
:BR _IF NO PARITY MEMORY
:CHECK FORINHIBIT PARITY SWITCH.
:BR ; NOT ?E
'SKIP THIS
TEST IF NO PARITY nenonv PRESENT.
:2ERO TO BE PUT IN ALL nsnon
:ROUTINE TO #ono ALL MEMORY

:INITIALIZE

LHI 64K,

,gn ifF Pnflg g;

BLOCK.
END
:POINT TO
IFIRST noa or chr BLOCK
,SR 10 {
E
(svsn IF BANKO.
:SET ACTION ENRBL
:CHECK FOR ANY NON TRAP PARITY ERRORS
'CKECK IF POINTING TO PARITY ERROR VECTOR.
:BR_IF NOT AT VECTOR.
i SKIP PARITY VECTOR.

IMP

WWPBS

JSR
JSR

PC,
PC,

SPRNT
SERROR

;SET UP _VALUES FOR ERROR PRINTING.
'¥¥% ERROR ##% (GO TYPE A MESSAGE)

gLsa

QEEEG

CLEAR ODD/EVEN FLAG

MOVB
BEQ

.WORD

Eig
TST

$SCOPE

30603 0606 330

JSR

WWPB2 . n8v
MOV
108:

RS,
O

WHEN 1T 1S RERD

<11-5>)

MPRX
18
#SW06,
23
75120
RO

Bug

ecs

000 0 36 36 00 3 630 06 0 00 00 06 30000 00 000 30000000 30000

(CSR BITS

TST
BEQ
BIT
8EQ
JNP
CLR
BNE
BIT

BYS:

167670

JSR
_WORD

WWPBYT: BIT

3%:

167632
000252

MAKE SURE THE ERROR ADDRESS BITS

< 3633006066 030 06 0
T17:

WWPBLl:

006342
007664

167632

2s:

000004
0oostie

Dt s s e Pt Bt
Pt Bt e Bt pa s

167704

03030 0 0

WORSE CASE NOISE PARITY BYTE TESTING

18:
28:
167704

SEQ 0132

1) FORCE HRONG PARITY IN EACH BYTE OF PARRITY MEMORY

167332

oou312
002544
167712

PAGE SO

CHECK PARITY MEMORY WITH
A SERIES OF BYTE PRTTERNS

]

WWPBO:

oogee2

N NNNNNN
N NN NN
LW

N NNNNN
N N NN
£ noLoocs

B Pn Pt Bt Pt Pt P Pt Pt P Pt it Pt Pt ot Pt Pt Pt Pt it Gt ot Pt Pt Pt Pt Pt s Pt Pt o P
s et P Pt s e
Pt Dt e Dt Pt Pt et Pt Pt Pt et s Pt Pt s B Pt Pt P Pt e Pt Pt et Pt Bt Pt et Pt Pt Pt o P P Pt Pt P Pt

0000000000000 OO000O00000O0O0DO000000D0000D
000000
o

n
QO
O
n

e
e
e
e
e pt Bt
¢ o bt

OwONCN LW

P
rLLreecr

24,

000100

TESTING

BN EI I 00000 0T 0000 00 0T 0000000000000 00000 0030

P *

170S00

+1-*?

007004

ég-{an-7?

WORSE CRSE NOISE PARITY BYTE

L ¥TEST 17

004567
000000
005767
001404

Cll

MACY11l 39R(10S2)

(R2),
658

Sa)
8
néRx Ra

*CHECK FOR

BLOCK END.

*CHECK IF BYTE STILL CLEARED.
!BRANCH OVER ERROR CALL IF GOOD DATA.

{ERROR TYPE CODE.

PARITY BIT.

Hnrggxnfb 5557 LBE ?
nSv
:GET PARITY REGISTER TRBLE POINTER

WWP,g

:SET WRITE WRONG PARITY.

(R3}

cuscx FOR TABLE TERMINATOR.

(R334

BNE

108

ér
M R; REGS IN TRBLE.

MOVB

BIC

WWP

J(R3)+

.PBTRP,

J#PARVEC';SET UP VECTOR ron EXPECTED TRAP.

SET WRONG PARITY IN LOCQTION uno

MOV

TST
BNE

.MPRX,

(R3}
118

(R2)

;TE 3 Bnrn (EXCEPT PARITY) VIA DATOB.

ARITY

REG TABL

POIN ER.

;CLEAR WRITE WRONG PARIT
CHECK FOR TRBLE Tznnxnnron
-BR IF MORE PARITY REGISTERS.

MOV
;% DETECT
unonc PQRIT? VIA DATIP: DATOB SHOULDN’T
EXECUTE.
AND COM PARITY BIT.)

NEGB

R2)

:BATIP (DATOB

SHOULD HAVE TRRPPED TO0 PBTRP.

0-124K MEMORY EXERCISER
10-JAN-78 12:5
016737
004767
DO4767

000012
000562

16737

167626
006270
007562

MOV

000114

JSR

JSR
_WORD

BR
: ¥

PC,
12

ERROR

ip 2

WWPBY

167564
000001

218:

By
Be

agrt0!
B0 (A3

ooeele
007504

649:

006152
007450

23%:

65%:

003777

167302

006056
007354
000000

000010
167360
000001

' %%% ERROR #%% (GO
'ERROR TYPE CODE.

géna),

PC,
PC.

SPRNTO
SERROR

BR
BIT
BNE
BIT
BNE
JSR
JSR
_WORD

WWPBY
BITPT, 2(R3)
248
BITPT+2,H(R3)
4%
PC,
SPRNTP
SERROR
PC,
14

MOV

(SP)+

JSR
JSR

BLO

21$
13

RO, -(SP)

MOV
BIC
SWAB

R2
#3777,
RO

15T

MMAVA

BIC

RO
RO

-keseT THE

679:
2bs%:

STACK POINTER RFTER

mwm“%%fifi%fimm
S
¢ 17 DREaRRCERIER.
GET THE conrenrs
fiové 8?Ea YaonERT ReG.
SHE? ENS ?r TRBLE.
F nons REGISTERS.

;SET UP VALUES FOR ERROR PRINTING.
;;;; ERROR #%% (GO TYPE R MESSAGE)
'ERROR TYPE CODE.
'EXIT ARFTER ERROR.
;CHECK THEMAP FOR THIS REGISTER
'BR_IF THIS REGISTER CONTROLS THIS BANK.
iCHECK THE HI B4K
'BR IF THIS REGISTER CONTROLS THIS BANK.
:SET UP VALUES FOR ERROR PRINTING.
%% ERROR ##¥ (GO TYPE A MESSAGE)
'ERROR
:

TYPE CODE.

:PUSH RO ON STACK

¢£T THE nozasagpoxnrR
SS
‘CLERR LOW
:SHIFT& PLACES RIGHT
cuscx FOR MEM nch

25%

$177600, RO

'BR_IF NO MEM MGMT

:CLEAR BANK BITS

ADD
BIS
MOV

JuKIPARE, RO
sarrxs+airo RO
6(R
Reskv

;A00 MEM MGMT OFFSET
;SET ERROR nuo RE BIT IN CHECK WORD.
'GET APPROPIATE MASK
*CLERR PARITY
PARITY RREGc BITS
BITS RESERVED
FOR FUTURE.
RESERVED FOR FUTURE.
ksna

CMP

conpnae THE CHECK WORD WITH THE GATA RFRD.

BIC
RESvb
g
BIC
;NOTE: THE neovs xnsr flcrxon @ b6

663:

ERROR PRINTIN

TYPE A MESSAGE)

asPnRvsc -RESET PARITY VECTOR FOR unsxpscrso TRAPS.

Ra
. MPRX

BEQ

25%:

(SP)+,’

ASL
ASL

166426
177600
172344

ab
CMP

WORD

o4s:

010046

CMP

ngv
22%:

:RESET VECTOR FOR UNEXPECTED TRAPS.

QET EP VALUES FOR

EXPECTED PARITY MEMORY TRAPS COME HERE.

.PESRV,

000010
167542

SEQ 0133

:SKIP TRAP SERVICE.

MOV

167426

020001
00140S
004767
004767
00001S

@#PARVEC

PBTRP:

167434

842700

.PESRV,

PC,

167604

000000

o014

D11

MACY1l 30A(1052)
10-JAN-78
13:12
PAGE 51
WORSE CASE NOISE PARITY BYTE TESTING

16K VER
T1?7

BEQ
JSR
JSR
LWORD
CLR

ADD
CMP
BHI

MOV

BIT

678
PC,
PC.
15’

SPRNTP

SERROR

NOP'ED FOR UNMIXED MEMORY TYPES.

*BRANCH OVER ERROR CALL IF GOOD DATA.
,SET UP VALUES FOR ERROR PRINTING.
%% ERROR #¥¥ (GO TYPE R MESSAGE)
:ERROR TYPE CODE.
REG INC#UDING ACTION ENARBLE.
cbznn

J(R3)

cxb
uubaa
#8ITO,

AN BE

R3 —(sp)

MPRX

(R3)

Oponrs POINTER TO NEXT PARITY REG + MAP.
!BR IF END OF TABLE REACHED.
!CHECK IF NEXT REG EXISTS.
,CHECK FOR END OF TRBLE.

CZQMCEC
0-124K MEMORY EXERCISER,
CZaMCE. P11
10-JAN-78 12:56

2495

2496
2497
2498
2499
2500
2501
2502
2503
2504
2505

(12256

001370

012260
0l2264
012266
(012272
012276
012300
012302

017301
100365
004767
004767
000016
000757
111204

012304

111212

2507
2508

012306

012603

2510

012314

046701

2506

2509

2511
2512

012310

017301

000000
167176

042700
020001

000001

2515

012330

004767

005746

2616

012334

2517

012340

2519

0l2342

2518

2520
2621
2622
2623
2624
2625
2526

012342

012350
012352
012354
012356
012360
(012364
012370

001405

004767

000015

012773

0104.1
012600
120001
001405
004767
004767
000017

2527

012372

2529
2530
2631

012374
012376
012402

105712
012700
105167

012410
012414
0le4le
012420
0l2422
(0l2426
012432

000167
005202
030502
001402
000167
004767
004767

2528

2532

2533
2534
2635
2536
2537
2538
2539

012372

012406

:BR IF THIS PARITY REG DOESN’T EXIST.

00000!

005722
007214

BYSE:
000000

65%:

668 :
673
:

000253
167152

177240
002516
005044

MOV

J(R3I)

:READ THE PARITY REGISTER TO CHECK IT AGRIN.

CMP

:COMPARE THE CHECK WORD WITH THE DATA READ.

JSR

PC,

SPRNTP

:SET UP VRLUES FOR ERROR PRINTING.

RESRVD

‘CLEAR PARITY REG BITS RESERVED FOR FUTURE.

:NOTE: THE
RBOVE $AE,
xnsrnocrxon
(2 WORDS)
CAN BE NOP'ED FOR UNMIXED MEMORY TYPES.
BIC
RO
;CLEAR THE ACTION ENABLE BIT IN TEST DATA

WWPBY:

177316

WHICH DO ONLY DATOB TO oesr:nnrxon OF MOVB INSTRUCTIONS.
MOV
(SP)+,R3
. :POP STRCK INTO R3

BIC

007244

110012

100002

263

MOV
d(R3), RI
:SAVE _AND CHECK FOR ERROR FLAG.
8PL
268
:BR_IF NO ERROR FLAG.
683:
JSR
PC,
SPRNTP :SET UP VALUES FOR ERROR PRINTING.
JSR
PC,
SERROR %% ERROR ##¥ (GO TYPE A MESSAGE)
_WORD
16’
"ERROR TYPE cooe
B8R
ass
'BR_RFTER ERROR.
WWPB3: MOVB
RY
'GET THE
DATA FOR CHECKING.
% READING THE oqrn vxn DATI TO LHECK IT SHOULD CAUSE PRRITY ERROR, BUT
‘x ACTION ENQBLE IS NOT SET IN CONTROLING REG, SO NO TRAP SHOULD OCCURE.
MOVS
(R2)
RESTORE RIGHT PRRITY

:NOTE: THE naovs INQTRUCTION call
BE NOP’ED FOR PROCESSORS

012320
012324

012326

Ell

MACY1l 30A(1052)
10-JAN-78
13:12 PAGE 52
WORSE CASE NOISE PARITY BYTE TESTING

BNE

000000
006010
007306

2513

2514

16K VER
T17

BEQ

JSR

LWORL

MOV

30S:

PC,

1S5

SERROR

:BRANCH OVER ERROR CALL IF GOUD DATA.

' ¥%% ERROR ##% (GO TYPE A MESSAGE)

*ERROR TYPE CODE.

MOV
MOV
CMPB
BEQ
JSR
JSR
_WORD

RY
Rl
(SP)+,RO
RO
R1
678
PC,
SPRNTO
PC.
SERROR
17

21,

d(R3)

"GET DRTA READ FROM MEMORY FOR TESTING.
:-POP STACK INTO RO
énecx THE DAT
:BRANCH OVER ERROR CALL IF GOOD DRTA.
-SET UP VALUES FOR ERROR PRINTING.
:¥%% ERROR #%% (GO TYPE A MESSAGE)
'ERROR TYPE CODE.

MOVB

(R2)

:RESTORE DATA.

TS78
MOV
coMB
BPL

278:
WWPBS:

654

JMP
INC
BIT
BEQ
JINP
ISR
JSR

(R2)
$253
OEFLG

27%

WWPB2
R2
RS
30%
WWPB1
PC,
PC,

;CLEAR ALL BUT ACTION ENABLE.

‘DO A DATI TO BE SURE RIGHT PARITY.
:SET 0DD PARITY DATA.
CHECK IF DONE BOTH ODD AND EVEN PARITY.
"BR

R2
MMUP
MAMF

IF DONE BOTH EVEN AND 0DD.

LOOP BACK AND DO ODD(PARITY BIT CLR).
'MOVE POINTER TO NEXT MEMORY BYTE.
*CHECK FOR END OF BLOCK
'BR IF END OF BLOCK FOUND.
'LOOP BACK TO TEST NEXT BYTE.
*FIND NEXT BLOCK AND LOOP TO WWPBYT
:GO RESET PARITY REGISTERS.

SEQ 0139

CZGMCEQD
0-124K MEMORY EXERCISER,
CZQMCE.P11
10-JAN-78 12:56
2540

2542

(020000
010703
042703
004467

2551
2552
2553
eSS4
2555
2SS6
2557
2558
25589
2560
eSbl
2562
2563
2564
2s6S

012462
012464
012470
Q0led7e
(012476
012500
012502
012504
012506
012510
012512
012514
012516
012522
012526

012322
032703
001002
162703
030S02
001370
012603
012602
012300
012201
020001
00140S
004767
004767
000020

esb7

012530

032703

012456
0ie4s0

012530

2568
5293

012534
giggag

2571

012542

2572
257

012544
012546

RANDOM DATR

AR AR R R RS F AR R AR AR R R R RRR R AR AR RS

TESTING THRU PROGRAM CODE RELOTATION.

o 363636 336 36 36 96 96 9 36 3 38 36 36 36 36 3 96 36 36 3 36 36 363 3636 36 3 36 36 36 3 36 38 36 36 36 30 36 36 38 3 38 96 24 36 36 3 38 38 36 36 36 3t 3 2% 3 3 3 3 %

012436
0le43b
(Qleuwd2
Q0l2444
0levde
Q0ledse

eSeb

MACY11l 30R(1052)
10-JAN-78
13:12 PAGE 53
RANDOM DRTA TESTING THRU PROGRAM CODE RELOCATION.

iTEST c0

2543
es44
2S4S
2546
2547
2S48
2S49
eSS0

16K VER
120
S

2541

F11

004567

010246
010346

001002
162703

006132

007777
001714
007777
010000

005610
0070S6
007777

010000
002376

JSR

. WORD
RANTST: MOV
BIC
JSR
18:

cs:

33:
48

030s02

001360
0047687

t&t20:

64S:
£SS:

MOV
MOV

MoV
BIT
BNE
SuB
BIT
BNE
MOV
MOV
MOV
MOV
CHMP
BEG
JSR
JSR
. WORD
BIT

RS,

0
PC
877??,
RY,

Re,
R3

(Ré)+,
#7777,
39
#10000,
RS,
=4 3
(SP)+,
(SP)+,
(R3)+,
(R2)+,
RO
65$
PC,
PC,
20

SSCOPE

R3
R3
INITMM
-(SP)
-(5P)

(R2)+
R3

R3
Re
R3
R2
RO
Rl
R1
SPRNT2
SERROR

;G0 TO SCOPE ROUTINE.

NO MINIMUM BLOCK SIZE REQUIRED THIS TEST.
GET CURRENT PROGRAM COUNTER
POINT T0 BEGINNING OF CURRENT 2K BLOCK.
,INITIRLIZE THE MEMORY RDDRESS POINTERS.
s SAVE HEHORY POINTER.
;SRVE “DRATA” POINTER.

;MOV CODE INTQO TEST MEMORY.
CHECK FOR END OF "DRTA TABLE"
B ANCH IF MORE
RESET POINTER TO STRART OF *“RANDOM DATAR"
CHECK FOR END OF BLOCK
BRRNCH IF MOR
RE'ET “DATA* POINTER.
RESET MEMORY POINTER.
GET S/B DARTA
GET THE DATAR FROM MEMORY UNDER TEST
COHPRRE THE CHECK WORD WITH THE DATA RERD.
BRRNCH OVER ERROR CALL IF GOOD DRTR.
SET UP VRLUES FOR ERROR PRINTING.
l!l ERROR %% (GO TYPE A MESSRAGE)
ERROR TYPE CODE.

BNE
SuB

ss
10000, R3

47777,

;CHECK FOR END OF "DATA TABLE”

BIT

RS,

;sCHECK FOR END OF A BLOCK

BNE
JSR

43’
PC,

MMUP

BR IF MORE.
RESET POINTER TO TOP OF "DATAR TABLETM.
BRRNCH IF MORE IN CURRENT BLOCK.
FIND NEXT BLOCK AND LOOP TO 1%.

SEQ 0135

CZGMCEQ
0-124K MEMORY EXERCISER,
CZGMCE. P11
10-JAN-78 12:56

574
s78

16K

:RTEST 21

257

577
257

SES?

EVECUTE THE

CONTROL TO THE MAIN

2588

‘%

gggg

‘¥

012552

2602

012556

012552

004567

006016

012560

000167

0000S6

012564

000003

012703

010412

012704

000205

004467
010322
010412

001570

2616

012576
012602
012604
012606
012610
012612
012614
012616

2618

012626

2617

012574

010400

004542
012201

020001
001405
004767

012622

004767

2619
2620

012630
012630

010322

2622

012634

001363

2621

2623

012632

012636

THROUGHOUT MEMORY.

EXAMFLE

WHAT

THIS

INSTRUCTION TO RETURN

INSTRUCTION EXECUTION CHECKOUT

TEST

DOES

INSTRUCTION

PLACED

RELATION

AFTER

40002

000205

2ND PASS -

40002

010412

000205

ETC.,

olo412

INSTRUCTION

40000

TEST

40004

ETC.,

MEMORY:

CONTENTS OF MEMORY LOCATION

THERE

1ST PASS ~

THRU

EXECUTION

000205

ETC.

RO = Bnrn
WRITTEN ON TOP OF IUT ev THE IUT (SHOULD BE).
R1 =
DATA RERD
FROM nenonv (WAS)
R2 = ADDRESS OF IUT/DAT
R3 = INSTRUCTION UNDER TEST (IUT).
RY = RTS RS (CODE 20S)
i*
RS = BLOCK BOUNDRY BIT
MASK
ll!ll!!ll*l!lllllllill«l!l!lllll!llllllI!llll*ll*lllllill*l!l{l!

012570

2614
2615

THRU TEST ~,

L ¥
' ¥
‘¥
:¥
'¥
'x
:#

2600

2612
2613

PROGRAM FOR

MEMORY

2591
2592
2533
2534
2535
2596
2597

'MOV RY, (R2)’

LOCATION

;«l

2609
2610
2611

THIS

2585

2608

SEQ 0136

AN 'RTS RS’ (CODE aog) 13 PLACED’ RFTER THS "MOV'

‘¥

gggg

2607

5S4

RTI DATO THRU MEMORY

INSTRUC

5233

2603
260
2605
2606

xsc¥

¥
‘%

2582

2601

30R(1052)
10-JAN-78
13:12
PAGE
INSTRUCTION EXECUTION TESTS.

.SBTTL SECTION 3:
INSTRUCTION EXECUTION TESTS.
H Il!l!llll'llll!ll!llllllil!llllll!lll!lllll!lllllllliliiillllll!

2576

Sge
9

Gll

VER
MACY11l
SECTION 3:

000021

005504

006756

JSR

RS,

JMP

TST22

_WORD

DIDO:

MOV

1$:
2%:

64 :

$SCOPE

;GO TO SCOPE ROUTINE.

*MINIMUM BLOCK sxzs oF a WORDS

#010412,R3

: sou¥ ED F?R % E
0
TES
WHEN LESS THAN ONE
; nvnaneL
FOR TEST
{GET *MOV R4, (R2)" INSTRUCTION (IUT).

RY,

'SET UP

RY .
R3,
RY .

INITMM
(R2)+
(R2)

:INITIALIZE THE MEMORY ADDRESS POINTERS
;PUT IUT INTO FIRST LOC Q" BLOCK
'PUT 'RTS RS’ FO&L?HING IuT.

RO
654

:COMPARE THE CHECK WORD WITH THE onrn READ.
:BRANCH OVER ERROR CALL IF GOOD DAT

JSR

PC.

SERROR

MOV

R3,

BNE

JSR
MOV
MOV
JSR
MOV
CMP
BEQ
JSR
_WORD

JSR

RS
(R&)+,

PC,

-(R2)
RI

SPRNT3

JGET 'RT

BLOCK

BIT

002306

8205,

MOV

£SS:

030502

004767

téra::

Rrs!

5/B DRTA AFTER EXECUTION.

;GO EXECUTE THE IU
:GET THE DATAR FROM THE MEM ADR UNDER TEST.

ssr UP VALUES FOR ERROR PRINTING.
RROR #¥%

ERRO

(GO

TYPE CODE.

THF

RS’

(R2)+

;PUT

pC,

MMUP

"FIND NEXT BLOCK AND LOOP TO IS§.

*CHECK

:BRANCH

IUT

INTO

TYPE A MESSAGE)

FOR END
O
IF

L OCK

LOCATION.

IN CURRENT BLOCK.

CZQMCED
0-124K MEMORY EXERCISER,
CZEMCE.PL1
10-JAN-78 12:56

MACY1l

16K VER

EXECUTE DRTI,

T22

H1l

30A(1052)

10-JAN-78

13:12

DATOB (LOW BYTE)

PAGE S5

THRU MEMORY.

SEQ 0137

!i!!l!I’lillll!lli!llil!lll*!llllllll!lillllli!llllllllll!!!l!l

BB
B
W
GG
A
GG
W
B
WIS
WL
AL
BN
W WO
WO WL W

glzeyde
012642
012646

004567
000003

005726

012650

000167

000060

318680

12703
12704
012700
4467
10322
8 041

1041
0020
11060S
001476

*********l***********'

0os4i2
00bbbH

CONTROL TO THE MRIN PROGRAM FOR INSTRUCTION sxscurxon CHECKOUT.
THIS IS AN EXAMPLE OF WHAT THIS TEST DOES IN RELATION TO MEMORY:
MEMORY
LOCARTION
»

2ND PARSS -/
ETC.,

110605

000205

40002

000e20S

110412

40004

ETC.,

110605

000205

ETC.

RO = DATR WRITTEN ON TOP OF IUT BY THE

R1
R2
R3
R4
RS

=
=
=
=
=

CONTENTS OF MEMOFY LOCATION
AFTER INSTRUCTION EXECUTION

110462

4000

THRU TEST -

DATA READ FROM MEMORY (WRS).
ADDRESS OF IUT/DATA.
INSTRUCTION UNDER TEST (IUT).
RTS RS (CODE 205)
BLOCK BOUNDRY BIT MASK.

IUT

(SHOULD BE).

o 30063 3 36 06 06 36 36 36 30 3 36 36 30 36 3 36 36 96 3 3 3 3636 36 3 96 36 36 3 3 36 3 36 36 36 3 3 3 38 3 3t 36 3 3 3 3 36 3 3¢ 3 3 3 3 3 3 O 3 2 3 3

JSR

RS,

IMP

15723

MOV

#110412,R3

.WORD

DIDBL:
18:

64 :
ccs

§SCOPE

MOY

BEQ
JSR
ISR
LWORD

654
PC,
PC,
21

JSR

MOV
CMP

R3’

(R2)+

nvaaneLs FOR TEST

va Rq (R2)’

c T 'R
?g
5 *T n% %
U

INSTRUCTION (IUT:.

ATA RFTER EXSSE §
MORY AD
s POINTERS
FIRST LOC OF
B

S RS’FO&L?NING IUT.

SPRNT3

"BRANCH OVER ERROR CALL IF GOOD DRATA.
:SET UP VALUES FOR ERROR PRINTING.
:%%% ERROR %% (GO TYPE A MESSAGE)
:ERROR TYPE CODE.

-(R2)

SERROR
(R2)+

RS,

JSR

PC,

MMUP

;

BIT

BNE

REQUIRED FOR THIS

(R2)

(Ré)+
Rl
RO
R1

R3,

'MINIMUM BLOCK SIZE or 2 WORDS
:SKIP TO NEXT TEST NHEN LESS THAN ONE BLOCK

#205
R4
$110605,R0
RY,
INITMM

MOV

;GO TO SCOPE ROUTINE.
:

MOV
MOV
JSR

MOV

002214

INSTRUCTION
PLACED THERE

1ST Pflg? /4000

THRU TEST

t&122;

2%:

454

S 93 E 5085 385) xs PLREED AFTER9 8 8 573uc710n TO RETURN

EXECUT

85MPARE
HE ?
8" THE MEM ADR UNDER
TEST.
THE CHECK WORD WITH THE
DATA RERD.

;PUT THE IUT INTO THE NEXT LOCATION.

'CHECK FOR END OF
A BLOCK

!BRANCH_IF MORE IN CURRENT_ BLOCK.
!FIND NEXT BLOCK AND LOOP TO IS.

CZQMCED
0-1e4K MEMORY EXERCISER,
CZGMCE.P11
10-JAN-78 12:56
ee?3

2674

cb7s
2676
2677
gg;g

o 3633 36 3 36 3 06 36 36 36 36 36 36 36 36 36 36 36 36 36 6 36 36 36 36 96 36 36 36 36 36 36 36 3 36 3 36 3 35 36 36 36 36 3 36 3 36 36 2 3 3 3 3 3 2 2 2 2 2 2 2 %

,l
;%
;%
;%

; ®
;¥

;¥

2686

1 3

269l

012734

012740

004567

000003

00S634

000167

000064

2704
2705
2706
2707
2708
2709
2710
2711
2712
2713
2714
2715

012746
012752
012756
012762
012766
012770
012772
012776
013000
013002
013004
013006

012703
012704
012700
004467
010322
010412
00-S62
005302
0iee0l
020001
001408
004767

110342
000205
161342
001404

2717

013016

000621

2719

013020

2718

2720
72l
2722

ETC.,

013012

013020

013022
013024
013026

110342

40002

000205

40002

110342

40004

ETC.,

000205

CONTENTS OF MEMORY LOCATION

AFTER INSTRUCTION EXECUTION

161342

000205

161342

000205

ETC.

RO = DATA WRITTEN ON TOP OF IUT BY THE IUT (SHOULD BE).

;#
Rl = DATA READ FROM HEMORY (WRS)
.
;%
Re2 = ADDRESS OF IUT/DRT
;%
R3 = INSTRUCTION UNDER TEST (IUT).
;#
R4 = RTS RS (CODE 20S5)
;!
RS = BLOCK BOUNDRY BIT MASK.
o 3 36 3 26 06 36 36 36 36 36 38 36 36 36 36 96 36 36 36 36 36 36 36 36 36 36 36 36 36 36 3 36 3 36 3 36 36 3 2 3 36 3% 3% 36 36 36 36 36 3 36 36 36 36 36 36 36 3% 3% 3¢ 3 3 3 %

012742

2716

2702

2703

THRU TEST -

PLACED THERE

40000

2ND PRSS /

;%
; *

Sggg

2701

1ST PASS /

THRU TEST ,

H %

gggg

INSTRUCTION

LOCRTION

; »*

Sggg

2700

MEMORY

2683

2698

EXECUTE DATI, DATOB (HIGH BYTE) THRU MEMORY.

EXECUTES THE INSTRUCTION' *MOVB R3,-(R2)’ THROUGHOUT MEMORY
AN ’'RTS RS’ (CODE 20S) IS PLACED AFTER THE 'MOVB’ INSTRUCTION TO RETURN
CONTROL TO THE MARIN PROGRAM FOR INSTRUCTION EXECUTION CHECKOUT
THIS IS AN EXAMPLE OF WHAT THIS TEST DOES IN RELATION TO MEMORY :

s *

gggé

eb99

MACY1l 30R(1052)
10-JAN-78
13:12 PAGE S6
EXECUTE DARTI, DATOB (HIGH BYTE) THRU MEMORY.

iTET 23

2680

2632
2693
2694
2695
2696
2697

I11

16K VER
123

004767

177776

00S31M

006566

00clle

JSR

RS,

JMP

TSTeN

. WORD

§SCOPE

JSR

.WORD

MOV

BIT
BNE
JSR

PC,

R3,

RS,
29
PC,

;GO TO SCOPE ROUTINE.

,MINIHUM BLOCK SIZE OF 2 WORDS
;

REQUIRED FOR_THIS TEST.

AVRILABLE FOR TEST.

SKIP TO NEXT TEST WHEN LESS THARN ONE BLOCK

DIDBH: MOV
#110342,R3
MOV ~— ~1885‘
"RY
MOV
8l 1342,R0
JSR
R4,
INITMM
18:
MOV
R3,
(R2)+
cs:
MOV
RY,
(R2)
JSR
RS,
-2(R2)
DEC
Re
MOV
(R2)+, Rl
CMP
R1
BEQ
65%
648
JSR
PC,
SPRNT3
659%:

010322

030502
001361
004767

ta123:

$ERROR
(R2)+

MMUP

GET ’HOVB R3 -(R2)' INSTRUCTION (IUT).
GET 'Rg
SET UP S/B DATR AFTER EXECUTION.
INITIRLIZE THE MEMORY RDDRESS POINTERS.
PUT IUT INTO FIRST LOC OF BLOCK
PUT RTS RS’ FOLLOWING IUT
GO EXECUTE THE IUT
QDJUST R2 TO POINT TO MAUT
GET THE DRTA FROM THE MEM ADR UNDER TEST.
COMPRRE THE CHECK WORD WITH THE DATR RERD.
BRQNCH OVER ERROR CALL IF GOOD DRTA.
SET UP VALUES FOR ERROR PRINTING.
ill ERROR xx% (GO TYPE R MESSRAGE)

ERROR TYPE CODE.

;PUT THE IUT INTO THE NEXT LOCATION.

CHECK FOR END OF A BLOCK
BRRNCH IF MORE IN CURRENT BLOCK.
FIND NEXT BLOCK AND LOOP TO 18.

SEQ 0138

CZQMCED
0-124K MEMORY EXERCISER,
CZQMCE. P11
10-JAN-78 12:56
ered

CJ11

16K VER
Teu

MACY1l 30A(1052)
10-JAN-7?8
13:12 PAGE 57
EXECUTE DATI, DATIP, DATO THRU MEMORY.

SEQ 0139

X Y2 X212222222222222:32222222222122XX222222222222222322222223222 2]

2724

iresr 24

2726
2727

‘¥
:%

2725

EXECUTE DATI, DATIP,

DATO THRU MEMORY.

‘%

EXECUTES THE INSTRUCTION’’NEG (R2)' THROUGHOUT MEMORY.

S;gg

‘%

THIS IS AN EXAMPLE OF WHAT THIS TEST DOES IN RELATION TO MEMORY:

2730

H ¥

gzgé
4

szgg

‘%

2736

S;gg

2741

2742
2743

2748

2750
2751

2752

2753
2?54

2755
2756
27567

2758
2?59
2760
2761
2762
2763

2764
276S
2766
2767

2768

2769
2?70
2’71

013032

004567

00S536

013040

000167

000060

013044

012703

005412

013050
013054
013060

013064
013066
013070
013072
013074
013076
013100
013104
013110

013112

013114
013116
013120

40002

000205

2ND PASS /

40002

0os412

ETC.,

00s412

40004

ETC.,

000205

CONTENTS OF MEMORY LOCATION

AFTER INSTRUCTION EXECUTION
172366

000205

172366

000205

ETC.

‘¥

RO = onrn WRITTEN ON TOP OF IUT av THE IUT (SHOULD BE).

‘¥

R3 = INSTRUCTION UNDER TEST (IUT).

Rl = DATA READ FROM HEMORY
R2 = ADDRESS OF IUT/DATA

(WRS)

‘%
RY = RTS RS (CODE 20S)
;#
RS = BLOCK BOUNDRY BIT MRSK.
< 3363636 3 3 3 3 3 3 3 3 3 36 3 3 3 3 36 36 36 3 3 3 3 3 3 3 36 36 3 3 3 3 3 3 3 3 3 3 3 3 3 36 3 3 I 3 3 3 3 2 3 3 3 3 3 ¥ 3 X % X%

013022

013036

40000

‘¥
‘x

2744

PLACED THERE

1ST PASS /

THRU TEST THRU TEST -

INSTRUCTION

LOCARTION

‘%

; %

S;gg

2749

MEMORY

2733

2745
2746
2747

AN 'RTS RS’ (CODE 205) IS PLACED AFTER THE 'NEG’ INSTRUCTION TO RETURN
CONTROL TO THE MAIN PROGRAM FOR INSTRUCTION EXECUTION CHECKOUT.

000003

012704
012700
004467

000205
172366
001306

004767
004767
000021

005222
006474

010322
010412
004542
12201
20001
001405

002024

JSR

RS,

JMP

157125

MOV

#005412,R3

; AVAILABLE FOR TEST
"GET 'NEG (R2)’ INSTRUCTION (IUT).

MOV
MOV
JSR
MOV
CMP
BEQ

R3,
RY,
RS
(R2)+,
RO
654

;PUT IUT INTO FIRST LOC OF BLOCK
:PUT *RTS RS’ FOLLONING IuT.
:GO EXECUTE THE IUT
:GET_THE DATA FROM THE MEM_ADR UNDER TEST.
: COMPARE THE CHECK WORD WITH THE DATA RERD.
*BRANCH OVER ERROR CALL IF GOOD DATA.

MOV

R3,

_WORD

DIPDO:

18:
23:
B4S:
65%:

010322

030502
001363
004767

+&124:

MOV
MOV
JSR

JSR
JSR
LWORD
BIT
BNE
JSR

$§SCOPE

RS,
23
pPC,

:MINIMUM BLOCK SIZE OF 2 WORDS
!

REQUIRED FOR THIS TEST.

'SKIP TO NEXT TEST WHEN LESS THAN ONE BLOCK

#205,
R4
8172366, R0
RY,
INITMM

PC,
PC.
21

;GO TO SCOPE ROUTINE.

(R2)+
(R2)
-(R2)
Rl
R1

SPRNT3
SERROR
(R2)+

MMUP

:GET ’RTS RS’
"SET _UP 5/B DATA AFTER EXECUTION.
;INITIALIZE THE MEMORY ADDRESS POINTERS

:SET UP VALUES FOR ERROR PRINTING.
:##% ERROR #%% (GO TYPE R MESSAGE)
:ERROR TYPE CODE.

;PUT THE IUT INTO THE NEXT LOCATION.

ICHECK FOR END OF A BLOCK
"BRANCH IF MORE IN CURRENT BLOCK.
'FIND NEXT BLOCK AND LOOP TO 1S.

CZQMCED
0-124K MEMORY EXERCISER,
CZGMCE. P11
10-JAN-78 12:56

K1l

1BK VER
T2s

MACY11 30A(1052)
10-JAN-78
13:12 PAGE S8
EXECUTE DRTI, DATI, DATIP, DATOB (LOW BYTE) THRU MEMORY.

SEQ 0140

er’e

; Y 2212122221222

2775

!¥

AN 'RTS RS’ (CODE 205) 1S PLACED AFYER THE axce' INSTRUCTION TO RETURN

THIS IS AN EXAMPLE OF WHAT THIS TEST DOES IN RELATION TO nsnonv:

2773
Fhed]
2776

S;;g

X’

2779

]

;‘l

‘¥

szga

’

2785

‘x

_gzg%\
S?SS

2790

s .

2791
2792
2793
2794
2795
2796

2797 013124

26806

2807

005444

013132

000167

000060

013136

012703

013152

004467

013112
013146

013156

2810
2811

013164
013166

012704
012700

010322
004542

2812
2813

013170
013172

001405
004767

2815

013202

000021

013204

010322

2817

2818
2819
2820

013176
013204

013206
013210
013212

142242

000205
142000
001214

010412

013162

2816

<. _

030502
001363
004767

006402

40002

ETC.,

PLACED THERE

142242

40002

000205
142242

40004

ETC.,

006205

CONTENTS OF MEMORY LOCATION

AFTER INSTRUCTION EXECUTION

142000

0006205
142000

000205

ETC.

RO = DATA WRITTEN ON TOP OF IUT BY THE IUT (SHOULD BE).

ix
R1 = DATA READ FROM MEMORY (WAS).
:%
R2 = ADDRESS OF IUT/DATA.
i®
R3 = INSTRUCTION UNDER TEST (IUT).
‘¥
RY = RTS RS (CODE 205)
;#° RE = BLOCK BOUNDRY BIT MASK.
!*il!i!“ll!llllllllllllllll*llllll!llllllll!lll*llll!llll!*ll!

DPDBL:

18:

BYS:
658

001732

2ND PRSS -/

28:

005130

40000

THRU TEST ,

012201
020001

004767

1ST PASS -/

THRU TEST ~,

+&125:

INSTRUCTION

LOCRTION

‘%

004567
000003

013160

2814

013124
013130

2809

MEMORY

‘x

2782

2804
2805

CONTROL TO THE MAIN PROGRAM FOR INSTRUCTION EXECUTION CHECKOU

‘¥

S;g?

2798
2799
2800
2801
2802
2803

z:22222222212x222:2:222222XX222TX2X22X22222222 LS

irssr 25
EXECUTE DATI, DATI, DATIP, DATOB (Lou BYTE) THRU MEMORY.
' EXECUTES THE INSTRUCTION'BICB [R2)+,-{R2)’ THROUGHOUT MEMORY

JSR
.WORD

RS,
3

$SCOPE
ST

JMP

TST26

MOV

#142242,R3

JSR

INITMM

MOV

RY.

(R2)

MOV
CMP

(R2)+,
RO

RI
R1

PC.

SERROR

MOV
MOV

MOV
JSR

#20S,
R4
# 192000, RO

R3,

BEQ
JSR

654
PC,

_WORD

JSR

MOV

BIT
8NE
JSR

R3,

RS,
23
PC,

(R2)+

-(R2)

SPRNT3
(R2)+

MMUP

co T0 SCOPE ROUTINE.
*MINIMUM BLOCK sxzs or 2 WORDS
~ : REQUIRED FOR_THIS TEST
SKIP TO NEXT TEST WHEN LESS THAN ONE BLOCK
: AVAILABLE FOR TEST
IGET BICB (Re3+,-(RE)’ INSTRUCTION (IUT).

IGET 'RTS RS’
-.
{SET UP S/B DATA AFTER EXECUTION,

:INITIARLIZE THE MEMORY ADDRESS- POINTERS

;PUT IUT INTO FIRST LOC OF a 0CK
:PUT 'RTS RS’ FOLLOWING IUT
;co EXECUTE THE IUT

'GET THE DATA FROM THE MEM _ADR UNDER TEST.
:COMPARE THE CHECK WORD WITH THE DATA RERD.

'BRANCH OVER ERROR CALL IF GOOD DATA.
:SET UP VALUES FOR ERROR PRINTING.

%% ERROR #%%

(GO TYPE A MESSAGE)

*ERROR TYPE CODE.

;PUT THE IUT INTO THE NEXT LOCATION.

'CHECK FOR END OF
A BLOCK
"BRANCH IF MORE IN CURRENT BLOCK.
'FIND NEXT BLOCK AND LOOP TO 1S.

0-124K MEMORY EXERCISER,
10-JAN-78 12:5b

16K

L1l

MACY11l 30A(1052)_
_10-JAN-78
13:12
PRAGE 59
EXECUTE DARTI, DATI, DATIP, DATOB (HIGH BYTE)

VER
T26

THRU MEMORY.

B
E
B
A
A
W
B
G
W
W
W
WG
R
W
GG
WY
WO WIWE

U'P ********W************#

GE;:;;;H{*MH“iuullnll»nln*uunnuu&uunuunun

EXECUTE DRTI,

DATI,

DATIP,

DATOB

(HIGH BYTE) BHRU MEMORY.

EXECUTES THE INSTRUCTION ’BISB (R2)+ IR2)’ "THROUGHOUT MEM
AN 'RTS RS’ (CODE 205) IS PLACED AFTER THE *BISB’ INSTRUCTION TO RETURN
CONTROL
THIS

TO THE MRIN PROGRAM_FOR %N TRUCTION EXECUTION CHECKOUT.

AN EXAMPLE OF WHAT

MEMORY

TEST

ETC.,

IN RELATION TO MEMORY:

CONTENTS OF MEMORY LOCATION

AFTER INSTRUCTION EXECUTION
157212
000205

15eele

40004

ETC.,

DOES

152el2
000205

40002

PLACED THERE

/40000
/40002

2ND PASS s

THRU

INSTRUCTION

LOCARTION
1ST PASS
THRU TEST

THIS

167212

000205

ETC.

DATA WRITTEN ON TOP OF IUT BY THE IUT

DATA _READ FROM MEMORY (WARS).
ADDRESS OF IUT/DATA.
INSTRUCTION UNDER TEST (IUT).
RTS RS (CODE 20QS)
BLOCK BOUNDRY BIT MASK.

(SHOULD BE).

l!llllllfllllllll’l‘l!lll!ll*l’l!li*llllll!lll!ll‘lll!l!!i!’!ll!ill!!*

004567
000003

005352

JSR

RS,

000167

000062

IMP

TST27

}SKIP T NEXT TEST WHEN LESS THAN ONE BLOCK

152212
000205
157212
00l1lee

MOV

$152212,R3

#205,

'RY

JGET

JSR

RY,

INITMM

[INITIALIZE THE MEMORY ADDRESS POINTERS.

_WORD

MOV

R3,
RY’
RS,
R2
(R2)+,

8EQ

654

000021

010322
030502
001362
po4767

001636

JSR

ISR

PC,
PC.

JWORD

MOV

R3,

BIT
BNE
JSR

$SCOPE

¥153512, RO

MOV
MOV
JSR
DEC
MOV

CHP

00S034
006306

RS
2%
pC,

(R2)+
(R2)
-(R2)

;GO TO SCOPE ROUTINE.

MINIMUM BLOCK SIZE OF 2 WORDS
!

REQUIRED FOR_THIS TEST

"AVAILABLE

FOR TEST.

'BISB_(R2)+,(R2)’

'GET 'RTS RS’

INSTRUCTION (IUT).

'SET UP S/B DATA AFTER EXECUTION.

:PUT IUT INTO FIRST LOC OF BLOCK
PUT "RTS RS’ FOLLOWING IUT.
THE TU
O_EXECUTE
co
o BSINT 0 1UT.
RET THE DATA FROM THE MEM_ADR UNDER TEST.

conpnnz THE CHECK WORD WITH THE DATA RERAD.

SPRNT3

:SET UP VALUES FOR ERROR PRINTING.

SERROR

(R2)+

MMUP

! BRANCH OVER ERROR CALL IF GOQD DATA.
.¥%% ERROR x¥¥ (GO TYPE A MESSAGE)

'ERROR TYPE CODE.

;PUT THE IUT INTO THE NEXT LOCATION.

!CHECK FOR END OFR BLOCK
!BRANCH IF MORE IN CURRENT BLOCK.
'FIND NEXT BLOCK AND LOOP TO IS.

SEQ Ol4l

CZOMCEO
0O-124K MEMORY EXERCISER,
CZGMCE. P11
10-JAN-78 12:56

16K VER
MACY1) 30R(1052)
SECTION 4:MOS TESTS

M1l

10-JAN-78

2871

.SBTTL SECTION 4:MOS TESTS

28;3

’:

2872

13:12

PAGE 60

SEQ 0142

lll!llil!ll!lll!liil!lllll!!ll&{llllllliili!il!llllfil!i!l*i!l!l

7
597

TEST IS ng Hfi" * TR8MOS MEMORIES,

&(% 06
U
ARSI
o eSo? 15
; 8 AN
9 ?EoBIERES
RE SNRSPED
10 179400 oo
2 8 ?HE
»

2880
2881
2882
2883

;%
:x
a
x
‘%

BOTTOM ERCH LOCATION 1S RERD ron 17?400 THE BYTES ARE SWAPPED TO
820377 ngg Rensno Gg
CONFIRM
T
*b THS TOP ADQRESS QF THE
N ST ernc nr
M
EACH LOCAYION IS
RERD
FOR 000377,THE BYTE" SWAPPED TO 177400 nno THE LOCATION REREARD TO

2885

% WARD

2878
2879

% ADDRESSED
RERERD TO conrtnn
THE WRITE.THIS IS REPERTED FOR EVERY LOCRTION
DOWNWARD UNTIL THE BOTTOM 1S REACHED. STARTING AT THE

2884

;% CONFIRM THE WRITE. LASTLY STARTI''G FROM THE TOP AND ADDRESSING DOWN-

288

Sgge

2889
2830
2891
2892
2893
2894
289S

2P96

2897

2838
2899
2900
2901
2902
agoa

; ¥4K

2908
2309

2910

2911

2912

2913

BANK

LOCAT SN }3 5 P

013312

013316
013320
813324
013330
013332
oigaas

004567

000000
004467
10267
0050603
012700
oxgoea

005256

001046
166264
000377

013346
013350
81335
061338
013362
813364

020C01
001405
04767
04767
000010

té127:

18:

2%:

3%:
004754

006222

LY
658

JSR

RS,

O
RY,
INITMM
Rg,TEHP
R
#000377, RO
go553"

CMP
BEQ

BNE
MOV
JSR

JSR

a?
-(Ra) R1

.WORD

SWAB

MOV

011201

MOV

2917
2918
2919
2920

013374
013372
013402
013406

001405
004767
004767
000010

BEQ
JSR
JSR
_WorRD

678
PC,
PC,
10’

013410

000300

SWAB

013422

001010

2921

013410

2923
2924
2925

013412
013414
013416

2926

T? 000377 AND THE

R. _RTED FOR EVERY

020001

005703
001403
020327

CMP
004730

006176

669 :
67%:

000003

TST
BEQ
CHP
BNE

R1
SPRNT2

SERROR

;GO TO SCOPE ROUTINE.

*NO MINIMUM BLOCK SIZE REQUIRED THIS TEST.
:INITIALIZE THE MEMORY ADDRESS PCINTERS.
2 5 BANK srnnr*nc RDDRESS
LEAR PASS
C
:SETUP TO WRITE PATTERN
TWRIT PflTTERN

Eonr
NUE unxrxnc IF NO.
:GET DATA_WRITEN

:COMPARE THE CHECK WORD WITH THE DATA READ.
gnqncu OVER ERRSR bb
If ?099 gnrn
ET UP VALUE
RP
. ®##% ERROR #%% (GO TYPE A MESSAGE)
:ERROR TYPE CODE.

SWAP BYTES OF DATA
RO (RE) sWRITE sbnppso
WORD

013370

013372

§SCOPE

_WORD
JSR
MOV
CLR
MOV
g?¥

2915

2922

THIS

e
RO=DATA WRITTEN INTO MEMORY(SHOULD BE)
ix
Ré:DRTQ Reng ann MEMORY (WAS)
"%
R2=VIRTURL
RDDRESS
tx
R3=TIMES THROUGH COUNTER
%
R4Y=NOT USED
;
RS=BLOCK BOUNDRRY BIT MASK.
R Y2222 2122222222222222222%2222222:::21:2x222X2X22X2X222LXX22S
22222 2L

013364
000300
2919 013366
010012

2919

TNE gvreg §unpps

CONFIRM THE W

; *

308 81§3q
881395
013344 014201

2906
2907

EACH

‘% [ OCATION

(R2),R

R3
33
R3, #3
6%

SPRNT2
SERROR

:GET DATA_WRITEN

:COMPARE THE CHECK WORD WITH THE onrn READ.

!BRANCH OVER ERROR CALL IF GOOD DAT
:SET UP VALUES FOR ERROR PRINTING.
:¥%% ERROR #%# (GO TYPE A MESSAGE)

:ERROR TYPE CODE.

:PUT DATA BACK TO ORINGINAL

:IF ON PRSS O OR PASS 3
:WE ARE ADDRESSING ooun
:IF ONPASS T OR2 GO
T
: UPWARD

CZOMCEO
0-124K MEMORY EXERCISER,
CZQMCE.P11
10-JAN-78 12:56
2927

013424

2928
2929
2330
2931

013426
013430
013432
013436

2933
2334
2935
2936
2937
2938
2939
2940
2941
2942

013442
DI13444
013450
013452
013454
013456
013460
013462
013466
013472

2932

2943
2944
2945

2946
2947
2948
2949
2950
295.
sggg

013440

013474
(013474
(013476

013500
013502
013506
N13510
013514
013516
013522

030%0e2

001346
005203
022703
001427

16K

VER
127
cS:

BIT

000004

000300

000404
(062702
030502
001411
011201
020001
001405
004767
004767
000010

000002

69:
79:

00464Y
006112

689%:
69%:

B8%:

166100
000650
001422

2954

9s:

PARGE &1

;DONE A PARSS”?

33
R3
24, R3
99

IF NO CONTINUE
IF YES INCREMENT PASS COUNTER
RRE WE DONE ALL PASSES FOR THIS 4K~?
,IF YES BRANCH

BR
ADD
BIT
BEG
MOV
CMP
BEQ
JSR
JSR
. WORD

43
#2,R2
RS R2
gs’
(R2},R1
RO
R1
69¢
PC,
SPRNT2
PC
$ERROR
10’

GO TO STRART OF ADDRESS UP
UPDRTE TO NEX¥T RDDRESS
DONE A PRSS
IF YES BRANCH
GET DATA WRITTEN
COMPRRE THE CHECK WORD WITH THE onTn RERD.
BRRNCH OVER ERROR CALL IF GOOD DAT
SET UP VALUES FOR ERROR PRINTING.
lll ERROR #x% (GO TYPE R MESSAGE)
ERROR TYPE CODE.

BR
INC

4
R3

;s INCREMENT

SWAB
CMP
BNE
MOV
B8R
JSR
JSR

000002

R5,R2

13:12

BNE
INC
CMP
BEQ

SWAB

000733
005203

000300
020327
001316
016702
000757
004467
004767

N1l

MACY1]l 30R(1052)
10-JAN-7?8
MARCHING 1°’S AND 0°’S.

RO
R3, 82
39
TEMP,R2
78
RY, INITMM
PC MMUP

sELSE SET UP NEW READ WORD

PASS COUNTER

SET UP NEW RERD
WORD
RCDRESSING up?
IF NO GO TO DOWN SEGQUENCE
IF YES RESET RDDRESS TO START
GO T0 UP SEQUENCE
INITIRLIZE MEMORY RDORESS POINTERS
UPDRTE TO NEW BANK IF EXISTS

2956

THESE TESTS NRITE A CHECKERBOARRD THROUGHOUT MEMORY,STALL

ggég

,* DETERIORATE BETWEEN REFRESH CYCLES.

295s

2957

¥
D ¥
P ®
]
,l
;

2362

2967

2968

2369
2970
237
2972
2973
€974
2975
2976
23?7
29?8
2979
2980
2981
2982

WRITE CHECKERBOARD STRRTING WITH ’1252S2° DRTA.

l FOR 2 SECONDS THEN CHECK PATTERN TO VERIFY DATA DID NOT

2960
2961
2963
2964
296%
2966

0600 0000 36 30 06 06 36 06 06 06 36 30 3636 36 6 36 36 06 36 36 36 38 36 36 6 36 36 36 36 36 36 36 36.38 36 36 6 36 36 36 36 36 36 36 36 36 6 36 6 3 36 36 36 3 3¢

iTEST 30

013526

013532
013534
013540
013544
(01354
013SS
013552
013554
013560
013562

013566
013570
(013572
013574

004567

000000
004467
012700
(010022
00510
03050
001374
004767
005003
012704

005303
001376
005304
001374

005042

000632
125252

RO=DATA WRITTEN INTO MEMORY(SHOULD BE)
R1=DATA READ FROM MEMORY (WRS)

R3=SMALL LOOP COUNTER FOR STALL
R4Y4=NUMBER OF TIMES SMALL LOOP DONE
RS=BLOCK BOUNDARY BIT MRSK.
BN I3 000006
0 IR
RN

+4730:

19:

C .370
DOOOYE

Re=VIRTURL RDDRESS

JSR

. WORD
JSR
MOV
MOV
COM
BIT
BNE
JSR
CLR
MOV

DEC
BNE
DEC
BNE

RS,

0
RY
8125252
RO
RO
RS,
19
PC,
R3
846,

R3
23
R4
23

SSCOPE

INITMM
,RO
, (R2)+
R2
MMUP
R4

;GO TO SCOPE ROUTINE.

NO MINIMUM BLOCK SIZE REQUIRED THIS TEST.
INITIRLI’E THE MEMORY ARDDRESS POINTERS
SETUP DARTA PATTERN
NRITE A WORD
COHPLEHENT DATA
CHECK FOR END OF A BLOCK
BRRNCH IF MORE IN CURRENT BLOCK.
FINO NEXT BLOCK AND LOOP 10 18.
SET UP COUNTER FGOR STAL
DO LOOP 46 TIMES OR 2 SEC TOTAL.

SEQ 0143

oM ED
O-124x MEMORY EXERCISER,
couwMCE Pl
10-Jan-78 12:56

2983

gggg 813576
O{ggoag 004467
012700 000S”C
125252

298§
298:

8136%
1361

2988
23289

013612
(0l361l4

2991

013N

2992

013620
013626

2993

(0l326

2393S
29%
29s?

(013632
013634

2994

013630

00140S
004767
767

004512

00S760

013640

3002

013644

3003

65%:

00S100

030502

001365
004767

001310

013640

004567

004730

Q13646

004467

000520

(000000

3005

013656

3007
3008

013662
013664

030502
001374

3010

013672

806003

3009
3011

013660

013666
013674

3012
3013
3014
3015

013700
013702
013704
013706

3019

013720

3016

013710

Q10022

005100

004767

001256

12704

000046

004467

0004S6

005303
001376
00S304
001274

ggig 8{%;%3 012700 052525
3020
3021
3022
3023
3024

013722
013724
013726
013732
013736

MOV
cmp

(R21+,
RO

BEQ
JSR

013740
013740

005100

3028
3029

013744
013746

(001365
004767

013742

3
PC,
PC,
Y

JSR

. WORD

com

JSR

. WORD

JSR
18:

MOV

COM

BITY
8NE

JSR

cs:

3%
64S:

;CHECK FOR END OF
R BLOCK

R RN R

RS,

R AR R RN

RRER RN

;GO TQ SCOPE ROUTINE.

INITMM

INITIALIZE THE MEMORY ADDORESS POINTERS.

RS,
18

RN E RN RN

SSCOPE
(R2)+

PC,

MMUP

846,

R3
c$
RY
ES

JSR

R R AR R R AR

RO,

DEC
BNE
DEC
BNE

MOV

R R

lOSBS?S RO
R3

MOV

BRMCH IF MORE IN CURRENT BLOCK.
:FIND NEXT BLOCK AND LOOP TO 1S.
A
T T Y T T S S T L

WRITE CHECKERBOARL STRARTING WITH 0682525 DRTA

CLR

,NO MINIMUM BLOCK SIZE REQUIRED THIS TEST,

;SETUP DATA PRTTERN
;WMRITE A WORD

;CHECK FOR END OF A BLOCK.
;BRANCH IF MORE IN CURRENT BLOCK.

;FIND NEXT BLOCK AND LOOP TO 1S.
;SET COUNTER FOR LOOP

;00 LOOP 46 TIMES OR 2 SEC.

TOTAL

IOQESES RO

INITMM

INI PRTTERN FOR CHECKING

(R2)+,

;GET THE DATR FRCM MEMORY UNDER TEST

cMP
BEQ
JSR
JSR
. WORD

RO
658
PC,
PC
)

COM

B8NE
JSR

39
PC,

BIT

001176

aam:u OVER ERROR CALL IF GOOC ORT&
SEY UP VRLUES FOR ERROR PRINTING.
;#8% ERROR #a8 (GO TYPE R MESSRGE)
ERR
TYPE CODE.

SERROR

RO
RS,

TR FROM MEMORY MR
TES”®.
HE CHECK WOGD 4]
DfiYfl RERD

SPRNT2

658

030S0e

; g&

MOV

004400
005646

Rl
Rl

012201l

020001
001405
004767
004767
000006

30eS
3026

3027

INITMM INITIAL]ZE THE MEMORY RDURESS POINTERS.
uésesa RO
SINIT DARTR FOP CHECKING

BNE
33
JSR
PC
MMUP
T T T T T L h L Ly

StEd Ol

JSR
MOV

BIT

3004 013652 012700 052525
3006

6M4S:

MACYLli 30R 1082,
(- -~-78
13:12 PAGE b2
WRITE CHEKERBOARD STRRTING MWITH '126252°' DATW.

iTEST 31

3000

3001

012201
020001

2998
2999

lbn VER
30

RS,

INITIALIZE THE MEMORY RDDRESS POINTERS.

SPRNTZ2
SERROR

COHPRRE THE CHECK WORD witm THE DARTA RERD.
BRRNCH OVER ERROR CARLL IF GOOD DRTA.
SET UP VAL'JES FOR ERROR PRINTING.
Ml ERROR =x% (GO TYPE A MESSAGE)
ERROR TYPE CODE.

;CHECK FOR END OF A BLOCK

MMUP

BRQNCH IF MORE 1IN CURRENT BLOCK.
FIND NEXT BLOCK AND LOCP TO 18.

CZQMCEQD
0-124K MEMORY EXERCISER,
CZQMCE.P11
10-JAN-78 12:56

383?

16K VER
DONE:

013752

Cle

MACY11 30R(1052)
10-JAN-78
13:12
PAGE 63
RELOCRTE PROGRAM AND REPERT ALL TESTS.

bgngL DONE :

137

ySe?

004616

ISR

0137

005067

165204

15732:

CLRB

3833 §1§7§§ 880380

SEQ 0145

RELOCATE PROGRAM AND REPEAT ALL TESTS.
RS

$SCOPE

;GO

LWORD

gggg agggga 69§9§§ {B3¢AE 1ess3e 1s:

83?

BRETRE savrsT EEEg ¥E fig"flggfiS 1N TEST GRER.

B
GIB0 Rply oo s e
gg:g §}3gao § §7?7 000003 164554

BEQ

ERE

fly
sse
Qe il aol ReotTo
qg
PRGMAP 5825§§ fisr ?3°§?Qs¥"
rxnsr ex

3045
3046
3047
3048

BNE
7578
BNE
JSR

1
JESENV
c$
PC

RELTOP

RELO

3034

3038
14003 6767 164600 165530
3039 014006 0GCI1434

3044

3828
3051

@140

014034
014036
014042
814044

14050

000167

002354

172004

3s:

014060

005737

000042

002746

4§:

gggg

81:893

004767

003142

Eg:

004567
001201

007360

)

3056
3057

014064

014072
014076

004767

001224

3052
3053

0l40S4

osgag ooge42

001014
105737
001011
004767

001402

gx?

TST

IMP
JSR

srx¢ss

Ssser xrganrxon
COUNTER FOR RESTARTING TEST.

53cnap+a snvrsr+é
CHECK HI 23«
gkF PROG NOT I" E 2 ?5 TE ;8.

Jny2

STARTI

842

JSR

PC,

RESLDR

RS
SCALF

SPRINT

JSR
.WORD

Bil¥en

:CHECK FOR A ACT11.

7587

BEQ

8 ?N? fi 9588 Q?zs REQUIRED THIS TEST.

;gn IF A ncrx%.
:CHECK FOR AP
s IF RPT DO _NOT_RELOCATE
;REL 3cnrs PROGRAM TO TOP OF MEMORY.

:LOOP

BACK AND RUN ALL TESTS AGRIN.

s RELOCATE PROGRAM BACK

JTEST FOR XXDP

TO FIRST BK.

*IF NOT RUNNING UNDER MON. DONT

;RESTORE LORDERS.

;GO PRINT OUT THE FOLLOWING MESSAGE.
:ADDRESS OF MESSAGE TO BE TYPED

CZQMCED

C2QMCE.P11

0-124K MEMORY EXERCISER,

10-JAN-78 12:56

16K VER

D12

MACY1l 30A(1052)

DONE:

10-JAN-78

13:12

PAGE 64

RELOCATE PROGRAM AND REPERT ALL TESTS.

gggg

HH P Y Y2 12222z22:2%2222:12322X222222X2XX2XTP2222IL2222X22222222 22222 L)

382?

.SBTTL

3865

: SURBEVEND ;Hgs R ffluéag RRAXX IS A DECIMAL NUMBER)

3064
3065

1363 014100

014100

000240

3070
3071

014106
014112

005267
042767

387

3074
307

3076

014102
141

141

014124
014126

014130

005067

887

SEOP:
165062

165100
100000

3080

3081

Qi4idg
01414

165072

seoPcT:

000001

SENDCT:

0
012737
L’

Quzey
16746

3082
83
3084

014146
014152

013746
004767

3086

01416

14241

3085
gggg

3083

Q14156
014164

014164

QO4se?

016700

3090

014170

001413

30
3093

141749
014176

00471
000240

30%
3096

Qid202
OI4204

309

3094

3097
3098
WWW WWLW WWW WWWWW

Pt Ps Pt Pt Pt Pt Pt Pt Pt Pt Pt Pt Pt Pt

b
= 0O OO0 OOO00O0
Wh— 0D O IFN ELR—0

3093

Qidiza

014200

014212
014214

Q14220

001402
004767

000167

014232
014240

040520
000

014241

165044

STIMES

INC
BIC

§PASS
»100000, SPASS

WSRD

DEC

BGT
MOV

¥ER

MOV

ASS

(PC)+

DOAGN
(PC)+,3(PC)+

SE g

}¥

177776
010220

007274
163652

PASS, - (SP)

RS,

SPRIN

MOV

_WORD

RESET
JSR
NOP

SEAULL

SDORGN

nooREs§
OF MESSAGE TO BE TYPED
SAVE

NOP
CMP

000046

003074

$DOAGN:

00S01S

047105

020104

377

000

021440

$§PASS

NTERFQCETO THE $TYPDS ROUTINE

BEQ
JSR

IMP

SENDMG: .ASCIZ

STARTI

OLLOWING HMESSAGE.

nessncs T0 BE TYPED

. GET MONITOR ADDRESS

; s BRANCH "}F No MONITOR
:1G0 70 MONITOR
,,snve ROOM

842, INY6

$DOAGN
PC,

o PRINT out 1

noonsss 0

i CLEAR THE WORLD

PC, (RO)

NOP

051523

s s YES
: :RESTORE COUNTER

SPRINT ;GO PRINT OUT THE FOLLOWING MESSAGE.

ISR

BEG
SENDAD:

171634

:LOOP?

WIHTOUT USING
8_
”TRQP" gnsrnugr
on ns gn%kgg OR BY #¥SYSMAC*¥
MOV
*P
HE PROCESSOR sr TUS ON THE STACK
JSR
PC,
STYP s
i
THE SUBROU
g

SGETY2:

000042

: ZERO_THE NUMBER OF ITERATIONS

xncnsnenr THE PASS NUMBER
,,oon ALLOWA NEG. NUMBER

% THE NEXT TWO INSTRUCTIONS
P ROYT

000240

000240
023737

NOP

JHORD

830005

014220

014224

PASS_NUNB

CLR

978 Btil36 BAAES oo7aie
3079

¥INCRE

'¥IF THERES
A nonxroa GO TO
I
:#IF THERE ISN'T JUMP TO sranrx

3068

3069

END OF PRSS ROUTINE

SAVLDR

>S
,,n E WE UNDER ACT1l OR XXDP

:IF ACT11 THEN RESTART
. :IF XXDP FIRST SAVE MONITOR
; RETURN#x
%%

<163¢12> /END PASE’N

.BYTE
.NULL CHARACTER STRING
SUBROUTINE ANo P ROUTIA SECTI ON
"SBTTL
.SBTTL MEMORY MANAGEMENT AND RODRESSING SUBROUTINES.

SENULL:

LTI
0 N I
I I
R

,‘

SET UP ALL THE MEM MGMT REGISTERS FOR NORHQL OPERRARTION.

%S POINTED TO BY PAR 7.
QRER
SSE DEVIgE SDBRESS

;#
;%

THE PROGRAM IS PO NT%D TO BY PARS O AND
THE MEMORY UNDER
IS POINTED TO BY PRRS 2 AND 3.

s *uuuiiniu!nnuunl;ui*iiu*nnunuuiuuuunuu

SEQ 0146

CZGMCEC
0-124K MEMORY EXERCISER,
CZGMCE.P11
10-JAN-78 12:56
3114

014244

3116
3117
3118

014252
014260
014266

3115

Ol4244

012737

172300

077406
077406
077406

172302
172304
172306

014310 012737 077406
3123
014316
005037 172340
3124 014322 012737 000200

172316

3119
3120
3121

3122

014274
014300
014304

3125

014330

3131
3132

014362
014370

3126
3127
3128
3129
3130

014334
014390
Q14344
014350
014354

012737
012737
012737

077406

16K VER
MACY1l 30A(1052)
10-JAN-78
13:12 PAGE 65
MEMORY MANRGEMENT AND ADDRESSING SUBROUTINES.

00S037
005037
005037

005037

005037
005937
005037
005037
012737

012737
000207

172310
172312
172314

172344

172346
172350
172352
172354
007600

000001

172356

CLR
CLR
CLR
CLR
MOV

014372
014400
014404
014406
014412

3149

0l4446

3151
3182
3183

014456
014462
014466

3169

012767
00S067

005002
016705
00S767
001514
0£05037
012702
036767
01015

000001
165142

177572

172344
040000
165110

165072

165102

165064

014450

062737

000200

172344

014470

00101l

006367
006167
100360

165062

8K IPAR2

MOV
RTS

.l,
PC

:MAP PAR2 INTO BANKO

acxxpnna
38K IPARY
3K IPARS
8K IPARE
#7600, d%KIPAR? ;MAP PAR7 INTO 1,0 BANK

J8SRC

;ENRBLE MEMORY MANAGEMENT
: RETURN

3165

014552

001505

014840
014546

0145549
014562
014566

014572

165074

016767
032705

165062
020000
172344
165006
165002
020000

165052
172346
165010
165004

062737
006367

000200
164762

172346

100473

1§:

165.02 2%:

165040

006167

164760

MEMORY ADDRESS POINTER INITIARLIZATION ROUTINES.

1fixrnn MOV
CLR

165060

000000

001004
036767
001405
016705
042767
013737
016767

3169

:SET KIPDR1 = RW UP 200 BLOCKS
:SET KIPDR2 = RW UP 200 BLOCKS
:SET KIPDR3 = RW UP 200 BLOCKS

oaoo 1¥4004UP+RW, 24K IPOR?
SET KIPDR? = RW UP 200 BLOCKS
ISKIPA
MAP
PARO
INTO
ahnxo
8200, 98KIPAR] nnP PARRI INTO BANKI

CLR

CLR
MOV
TST

036767

014500
014502
014510
014512
014516
014524
014532

3168

165144

014440

3156
3157
3158
3169
3160
3161
3162
3166
3167

JuK IPORY
38K I°DRS
38K IPORE

sSET KIPDRO = RW UP 200 BLOCKS

o J6 36363 3 3636 3 36 3 36 3 3 36 3 36 36 3 36 3 36 3 36 3 3 3 36 3 3 3 3 3 3 3 3 36 3 3 3% 3 3 3 3 3 3 3 3 ¥ W 3 3 3 % 3 3 3% 3 3 3 % ¥ %%

165174
164170

2155 014472 036767 165046

3163
3164

MOV

#2001 ¥400+UP+RW, 38K IPDRO

#200- 1 #400+UP+RW, 98K IPDR1
#2001 #400+UP+RW, 38K IPDR2
#200-1 ¥400+UP+RIW, 38K 1PDR3

o 3303 3 3 3 35 36 38 36 36 36 36 36 3 3 35 36 36 3 3 3 3% 36 36 3% 36 36 36 36 36 3 36 3 36 36 3 9% 3% 3 36 3 3 3 3 3 3 3 3 3 3¢ 36 3 2 B 3 3 % XXX %S

014416
014420
014424
014430
014436

3150

CLR
CLR
CLR

3143
3144
3.45
3146
3147

3148

MOV
MOV
MOV

172342

313S

3138
3139
3140
3141
3142

MOV

CLR
MOV

3136

3137

MMINIT:

3s:

u4S:

G%:

#BITO,
BITPT
BITPTi2
R2
BLKMSK, RS
MMAVA

BEQ
CLR
MOV
BIT
BNE

108
IsKIPAR2
840000, R2
BITPT,
TSTMAP

BNE

;SET POINTER TO BANKO
:CLERR HI 64K BANK POINTERS

;SET_ADDRESS POINTER T0 O
'RESET RS TO BLOCK MASK
'CHECK FOR MEM MGMT AVAILABLE

:BRANCH IF NO MEM MGMT
'SET UP 3RD PAR TO BRNKO
'RESET VIRTUAL ADR POINTER
,cnecx IFf THIS BANK TO BE TESTED
RANCH IF MATCH

BIT

BITPT+2, Tsrnnp+a -CHECK IN HI MARP

&DO

#200

28KIPAR2' ; UPDATE MEM MGMT,

BITPT,

{ ADMAP

RANCH IF MATCH

THIRD PAR.

ASL
ROL
BPL

gITrt
BITPT+2
18

BNE
BIT
BEQ
MOV
BIC
MOV
MOV
MOV
BIT

33
'BR IF LAST BANK
BITPT+2,LADMAP+2’ : CHECK IF LAST BANK.
4$
QR IF NOT LAST BANK.
LADMSK, RS
'SET MASK TO FIND LAST RDR
#20000° TMPLAD :MAKE SURE VIRTUAL LAST ADR IN BANK 2.
JnKIPAR2 anxxpnné. COPY cunnsnr PAR INTO FORTH PAR.
BITPT,
IMPP
;COPY BITPT...LO 6uK.
BITPTi2, THPPT+2 ... HI BYK.
#BIT13, RS
:CHECK FOR AR BLOCK SIZE OF BK.

A0D
ASL

oaoo
TMPPY

HALT

BIT

BEQ
ROL

BMI

218

TMPPT+2

208

0
PDATE LO POINTER TO NEXT BANK.
.H] POINTER.
'8RIF MORE.

FATAL ERROR!!!

NO YK BANK FOUND?

;CHECK IF LAST annx

'BRANCH IF NOT 8K

98KIPAR3' ;UP DATE FORTH PAR.
,OPD
ATE LO POINTER TO NEXT 4K BANK.
.HI POINTER.

'BR IF NO MORE.

SEQ 0147

mMm

gmmmommmmwmwwmmmmmm\a\l\a\a\a\hhhl\n
NOWNLWN—-OLONOCNLWN—-OWVONTNILW—0O
n—0w

G W W W W W

W W W W

U 0= s bt Pt s bt D Pt bt Pt ot Pt B Pt P
oW

W W W W) W W W W

ot Pt P Pt P P Pt

e e Pt Pt s Pt Pt P

(W W WHW W W W W W

OO0

NN
[=]]
XX

P11

0-124K MEMORY EXERCISER,

014574

164750

164726

164742

164720

164730

164760

014624
014632
014634
014640

036767
001455
016705
052767

164722
164740
020000

164752
164730

014650

036767

164670

164652

10S:

164646
164672

11S:

014646

014656
014660
014664
014670
014672
0146749
014702
014710
0i4712
014716
014720
Q147
014726
014734

OWVONON LW
[o

036767
1004

000447

001006
062702
106367
100367
000000
016767
036767
001021
032705
001423
106367
100416
036767

001412

8IT

6S:

7$:

020000
164624
164616

164574

000011
164600

164613
164630

112767
(036767
0OC1403
Q 6705
00402
012705
056767
(56767

015010
015012
015020
015022

001004
036767
001450
016702

164530
164536

228:

015030

016705

164552

INITDN:

015042

001411

015026

015034
015036
015044

136767

000445

005002
005767

164550

163544
067600

172344

012767

000400

164450

012767
066767
004767
000000

164466

015116
163472
000524

164452
164444

PAGE 66

;CHECK IF annx 70 BE TESTED.

TMPPT,
78

LADMAP

(CHECK IF
LAST BANK.
: BRANCH 1r A nnrcn

BIT

BITPT,

BNE
ADD
ASLB
BPL
HALT
MOV
BIT
BNE
BIT
BEQ
ASLB
BMI
BIT

218

TSTMAP

FINISH
U

;CHECK xr THIS BANK TO BE TESTED.

118
'BR_IF MATCH
#20000, R2
'UPDATE PHYSICAL ADR PNTR TO NEXT BANK.
BITPT
'UPDATE BANK POINTER TO NEXT BANK.
108
:BR_IF MORE BANKS.
FATAL ERRORI!! NO YK BANK FOUND?
BITPT, THPP
;COPY BANK POINTER
BITPT, LRDMRP 'CHECK IF LAST BANK.
12%
'BR IF LASTBANK
#8IT13, RS
:CHECK FOR 8K BLOCK SIZE.
218
: BRANCH_IF SHALLER BLOCK SIZE.
TMPPT
:POINT TO NEXT BAN
208
' BRANCH IF OVERFLOW
TMPPT, TSTMAP jCHECK IF BANK TO BE TESTED.

208

{BRANCH

IF NOT TO BE TESTED.

MOVB
BIT
BEQ
MOV
BR
MOV
BIS
BIS

811
FLAGBK
TMPPT, LADMAP
208
LADMSK, RS
21%
#MASKYK , RS
BITPT,
'TMPPT
BITPT$2, TMPPT+2

8NE
BIT
BEQ
MOV

22$
:BR IF FIRST BAN
BITPT+2,FADMAP+2’ ;: CHECK HI B4K.
INITEX
.BR IF NOT FIRST BAN
TMPFAD, R2
'RESET RDDRESS POINTER TO FIRST ADR.

MOV

BLKMSK,

BITPT,

'FADMAP

:SET BK
BLOCK SIZE FLAG.
:CHECK FOR LAST anmx
‘BR_IF NOT LAST BAN
‘RESET MRSK TO FIND LAST ADR.
:SKIP MASK RESET
'RESET MASK TO 4K BLOCK SIZE.
:SET TMPPT FOR FLAGING LAST BANK.
.

;CHECK IF FIRST noonsss NEEDS TO BE SET.

INITEX

sRESET RS TO CURRENT BLOCK MASK.

CLR
7ST

R2
MMAVA

MOV

oBITlS BITPT+2 ;SET POINTER TO TOP BIT

313

:INIT ADDRESS POINTER.
}CHECK FOR MEM MGMT

"BRANCH IF NO MEM MGMT

CLR

BIT

328

37500

2K IPAR2 :SET PAR TO TOP OF MEM

MOV

#8178,

BITPT

MOV

31§:

TSTMAP

TMPFT+2, LADMAP+2’ ; CHECK HI 64K
;B8R IF NOT LAST BANK.
218
LADMSK, RS
RESET MASK TO FIND LAST ADR
820000, TMPLAD
g
RE LRST ADDRESS 1S IN BANK 3.

BEQ

323:

TMPPT,

BIT
BEQ
MOV
BIS

BIT
BNE

BIT

164552

012737

000403

208 :
218:

164560

164474

015064

018074
015102
015110
015114

164554

100000

005067

015066

164536

128:

012767

018052

018056

017777
164552
164546

13:12

6S
'BRANCH IFA MATCH
TMPPT+2, TSTMAP+2' : CHECK FOR HI 64K BANKS.
c§
.BRANCH IF NO_MEMORY

BEQ

014736
014744
014752
014784
014760
014762
014766
014774

164620

10-JAN-78

BNE
BIT
BEQ

020000
164654
164644
164636

MACY1l 30R(1052)

MEMORY MANAGEMENT AND ADDRESSING SUBROUTINES.

001004
036767
176

146149
014622

036767

16K VER

014602
014604
814512

015002

W WWWWWWWWW
n oo
nn m._.y—.—...p—.p—p—.—.p—

10-JAN-78 12:56

F12

MOV
ADD
JSR
HALT

;BRANCH TO COMMON AREA

;SET UP BANK POINTER

$33§,"
MMORE
:SET “MMDOWN" EXIT ADDRESS.
RELOSF, MMORE
:ADD OFFSET
PC,
MMOOWN :ROUTINE TO SEARCH DOWNWARD FOR TOP MEM BANK
:FATAL ERROR''! NO MEM INDICATED IN MEM MAP ABOVE BK!

SEQ 0148

0-124K MEMORY EXEREISER
10-JAN-78 12:S

036767
001004
886?82

Gl2

MACY11l 30A(10S2)
10-JAN-78
13:12
PAGE b7
MEMORY MANAGEMENT AND ADDRESSING SUBROUTINES.

16K VER

1b4422

164456

164414

164450

33s:

000204

DOE

RAIGHY

EXIT WHEN

ALL MEMORY HRS

£EN DONE.

X 221222221212%22%2222222:22:22:32222222XXTX2XXTXXT2XT2XT2X2L2XT2ST
LTS

TMPPT,

LADMAP

;CHECK FOR_LRST BANK FLAG.

le44le
163406

012702
062737
006367
006167

040000
000200
164324
164322

036767

164312

164274

BIT

BITPT,

o
~N

BIT

|@]
W
o
~

uP:

016705
005767

164304

164266

036767
001004
036767

164272

164326

BIT
BEQ
BIT

BITPT+2, TSTMAP+2' ; CHECK IN HI MAP
18
é
ANCH IF NO MATCH
BITPT, LADMRP cuecx FOR
LAST BANK FLAG.

164264

164320

BIT

BITPT+2, Lnonnp+a cuccx

01670;
6
016767

64306
20000
164240

164276
164242

852;8;

SO0

036767

164174

164152

036767

164166

164144

370

036767

164154

164204

Hgg

036767

164146

164176

HIE

016705

164164

02000C

18:

MMAVA

HECK FOR ncn ncnr nvnILneLs

MOV

#40000, R2

RES

328

‘BRIF n%
L DONE.

ADD
ASL

164154

BMI

BNE

2%:
3s:

4s:

6%:
78:
8%:

208

#200
gITPt

N? }

M MGMT

RTURL non POINTER

JsKIPAR2’ UPDRTE MEM MGMT,
THIRD PAR.
flPDATE LO POINTER TO NEXT BANK.
BITPT+2
;...HI POINTER
2%

TSTMAP

‘CHECK IF

THIS BANK EXISTS

;BRANCH IF na CH

]F LAST BANK FLAG.

RANCH

BEQ
MOV

4
LADMSK,

R IF NOT LRST BANK.
E

MOV

BITPT¥2 THPPT42 ;.. .HI 64K

BNE

BIC
MOV
BIT
BEQ

c%:

'BR IF LAST BANK
108
rnppr+a LADMAP+2' : CHECK FOR Lnsr BANK FLAG.
0%
QR IF LAST BANK
eansx RS
RESET RS TO BLOCK MASK.

TST

ROL

172346
172346

052767
000467

BNE
BIT
BNE
MOV
BEQ

172344

FINDS NEXT EXISTING 4K BANK AND UPDRTES POINTERS.
GOE
Tg ADD R§s§ §
N "MMORE"TM IF MORE
g

164416

172344
000200
164206
164204

—

2 3 33K X %% %X

164366

013737
062737
006367
006167

£
n

;RETURN

1b442Y

164236

—

iBGT BETORN PC INTO “MMORETM

164374

164234

£
r

R3TAOR, R2ore

036767
g0liee
036767

RERSIRBRG
T FFF ER R RS TRRE ST RS

s st
s Pt Pt Pt Pt Pt

s P

s Pt Pt

i
NN
NN vy

s Pt e Pt Pt P [t ot Pt Pt Pt

s Pt Pt Pt ot Pt e Pt Pt

00000000000 0000000O0000000000000D000000000D

Pt 0t Pt ot Pt Dt Pt Pt

RTS

COMMON UPWARDS ADDRESSING ROUTINE

BITPT, LADMAP ;CHECK FOR_NON BOUNDRY LAST ACDR.
34s
'BR IF LAST BANK FLAG FOUND.
BITPT+2.LADMAP+2 :CHECK FOR NON BOUNDRY LAST RDDR.
INITEX
QR IF NO LAD FLG FOUND.

o 363636 35 36 36 36 36 36 36 3 36 36 36 36 36 36 3 3 36 3¢ 3 3 96 3 3 3 36 36 36 36 2 3 3 3 3 3 3 3 3 3 3 3 W 3 3 33 3

%
‘%

SEQ 0149

BIT
BNE
BIT
BEQ

INTiex: Mov

818085 1B4udE

3. wsws @rwewe

£ £ WIINY»—
oo Lo

CZGQMCED
CZGMCE.P

F LAST BANK FLAG.

$20000, TMPLAD nnx sune VIRTUQL LRST ADR IN BANK 2
BITPT,
TMPPT _ ;COPY BIT PT LO 64K
#BIT13,
318

'RS

:CHECK FOR A BLOCK SIZE OF 8K.
BRANCH IF NOT.

8200
PPt

d8KIPAR3 ;P
DRTE LOPosursn 10 NEXT 4K BANK.
,0

MOV

JuK IPAR2 asxxpnné.COPY
CURRENT PRR INTO FORTH PAR.
DATE FORTH PAR

ROL
BMI

TMPPT+2
308

ADD
ASL
BIT
BNE
BIT
BEQ
BIT
BNE
BIT
8EQ
MOV

gés

i HIP
‘BRIF NO MORE.

TMPPT, TSTMAP cuecx IF annx ro BE TESTED.
'BRANCH IFR MATCH
7%
TMPPT+2, TSTMAP+2' : CHECK FOR HI 649K BANKS.
ANCH IF NO MEMORY
Q
3;
TMPPT, LADMAP
cue K FOR LAST BANK FLAG.
'BRANCH IFA MATCH
8s
TMPPT+2, LADMAP+2’ ; CHECK HI &4K
318
éR IF NO LAST BANK FLAG.

LADMSK,

§§gooo THPLAD

RESET MASK TO FIND LAST ADDRESS.

ssr VIRTUAL ADR TO BANK 3.

0000000000 000O00000DOO000O00000D000D

oo
aaaaaaon g

106267
001407

BNE
BR

319
32%

164117

208 :

ASRB

FLAGBK

SLBB

QLaceK

21%:
228:

suB
RDD
ASLB

164066
164026
020000

164030

164076

164042
—

164034

164010

163766

163774

164030
163777
164014

Y S

000011
163760

164446

o
W
n

005767
000207

31%:

00000000

QoL£o00o
0o

e Y

1C-JAN-78

13:12

PAGE 68

TMPLAD,

:CHECK IF LAST ADR REACHED.

‘BR IF
MORE.
:BR IF ALL DONE.
;SHIFT 8K FLAG

ags

eg IF NOT ex BLOCK

#40000, R2
¥20000, R2
BITPT

‘BACK
UP BK.
: UPDATE PHYSICQL ADR PNTR TO NEXT BANK.
UPDRTE POIN

g§¥

PT,

218
BITPT,
238

TSTMAP

LADMAP

LADMSK, RS

BITPT,
THMPPT
#8IT13, RS

E E&E
ou RLL Fans
RANCH
HECK IF

SNB 1S REACHED.
QNK EXISTS.

BRRNCH IF NO
CHECK FOR LRST annx FLRG.
:BR
NO MATCH

'RES T MASK TO FIND LAST ADR.

:SET UP TMP POINTER.
CHECK FOR 8K BLOCK SIZE.

BEQ

318

BMI

308

BEQ
BIT
MOVB
BIT

308
BITPT,
01*
g1tAT,

ggv

5ngnsx RS

RESET MRSK TOFIND LAST RADR.

MOV

TMPPT

TMPPT,

308

RANCH BFNE"RLEERBLOCK SIZE.
OIN

TSTMAP

LADMAP

FLAGBK

LADMAP

aRnNcu IF OVERFLOW
CHECK IF BANK TO BE TESTED.
BRQNCH IF NOT TO BE TESTED.
CHECK FOR LAST BANK FLAG.
g ekoc FLAG.
HECK FOR LARST BANK FLAG.
'BR IF NO FLAG.

BIS

BITPT,

unnsxwx RS

sSET MASK TO
4

MO;

HMORE

;g?fiENRETURN RDDRESS TO LOOP.

BIS

'TMPPT _ :SET TMPPT FOR FINDING LAST ADR.

aITPTLa TMPPT+2
(SP)

s ¥ BEFORE FINAL EXIT CHECK FOR’'ANY NON-TRAP PARITY ERRORS.
328:
; CHECK FOR ANY PARITY REGISTERS PRESENT.

001744

338:

PC,
SIS
PC

RTS

CKPMER

HECK NONE
FOR PARITY MEMORY ERRORS.
:BRedl,

:STRAIGHT RETURN.

< 3000063600 00 06 06 96 3 3 36 36 00 36 06 36 36 36 36 30 36 36 30 6 36 3006 06 0606 06 06 0006 00 6 6 06 36 36 36 36 36 36 36 3 333 33330 200 30000

MEMORY DOWNWARDS ADDRESSING SUBROUTINE.

FINDS NEXT LOWER 4K BANK AND UPDRTES POINTERS

DOES STRAIGHT

[

BEQ
BIT
BEQ
MOV
MOV
BIT

BEQ

30%:

017777
163732

gn
1

BIT

164004

016716
000207

BEQ

ASLB

164016

e
e
e e
o et et
oo

23$:

;

00000000

WWWWWwWwWwWLww
WWWWwWwWwWwwWwWww
U 0 b=t P—s s st et P Pt bt Pume
ooV oCNLEWN—0O

CMP

164052

Hl2

MEMORY MANRGEMENT AND ADDRESSING SUBROUTINES.

108:

164107
040000
020000
164060

MACY1l 30A(1052)

164146

wh et whutiebut e

440

16K VER

et e

000

026702
001064
000474

0000

CZQMCED
0-124K MEMORY EXERCISER,
CZQMCE. P11
10-JAN-78 12:586

GOES TO fiDDRgSE i "MMORETM

IF MORE
B g

EXIT WHEN ALL MEMORY HRS

£EN DONE..

!llllllll*!llllll!*ll*!&llillilll!!llllli!lIll!l!!illlii*!llli!

163700

163722

163672

163714

fifiDONN BIT
BNE

163700

1$:

1£2712

2%:

BIT
BEQ
CMP
BNE
BR
TST

B%TPT

CHECK FOR FIRST ADR_FLAG.
iBR IF FIRST ADR IN THIS BANK.
BITPT+2,FADMAP+2’ cnscx ron FIRST ADR FLAG.
BR IF NO FLAG
23
TMPFAD, R2
:CHECK IF FIRST ADDRESS REACHED.
:BR IF nons
qg
10%
‘BR IF
ALL DONE.
MMAVA
* CHECK xr MEM MGMT IS AVAILABLE
1

FARDMAP

SEQ 01S0

o
w
£
£
o

172344

163604
163576

3%:

c3:
6%:

Pt P
P
s P
Pt

020000
163570

O
|=]
o

4s:

tmnuw\::g

060000

Pt o

163614

774

001004

06
12
16

016716
000207

163562

163544

163552

163574

163544

163566

163554
163536

MACYll

30A(1052)
63
g?DO

J8KIPARE

TPt+2

BITPT
109
BITPT,
4
]

000200
163636
163630

ot et P

[

»—-

oo oo nniiitnnininuninininiinnn
NNNNN NNNNNNNNNO
O
WM
t= = 0N~
£OLOLN
OO0 L£OL00 L

00142S

I12

10-JAN-78
13:12
PAGE &9
MEMORY MANAGEMENT AND RDDRESSING SUBROUTINES.

16K VER

0000000000000 0000000000

e oo Bt Bt

0-124K MEMORY EXERCISER,
10-JAN-78 12:56

163622

Pt Dt Pt Bt B

CZQMCEQ
CZQMCE.P

79%:

85:

10$

;BRANCH IF NOT

'LOWER MEM MGMT PAR_BY 4K
HOV POINTER TO NEXT LOWER BrRNK.
MAP.
LO

BR IF NO MORE.
:CHECK FOR BANK EXISTING
iBR IF BANK TO BE TESTED.
BITPT+E,TSTnRP+2 :CHECK FOR _BANK IN HI MAP.
33
;B8R IF NOT THERE.

60000,
73
020000

TSTMRP

:SET_ADR POINTER TO TOP OF BANK

‘GO TO COMMON EXIT
'BACK POINTER DOWN ONE BANK
'MOVE POINTER TO NEXT LOWER BANK
bs'
*BRANCH TO EXIT IF NO MORE MEM
TSTMAP
'CHECK IF BANK EXISTS
BITPT,
'BRANCH IF BANK DOESN'T EXIST
FADMAP
:CHECK IF FIRST ennx FLAG.
BITPT,
s
‘BR IF FIRST BAN
BITPT+2, FROMAP+2’ CHECK IF rxnsr BANK FLRAG.
93
QR IF NO FLAG FOUND.
FADMSK, RS
'SET UP RS TO FIND FIRST ADDRESS.
(S5P)
MMORE,
RE?E;NRETURN ADDRESS
PC

SEQ 01S!

’

.HI

MAP.

CZ2QMCED
0-124K MEMORY EXERCIStR,
CZQ MCE.P 11
10-JAN-78 1 2:5b6

16K VER

MACY1l

oo
00000

00000000000000000

i ¥

n
o

Pt Pt (o Pt Pt Pt Pt P

162554

TST

BEQ

MOV

&85

Pt P Pt Pt Pt Pt Pt Pt P

MOV
ASL

oo
00000
o
[+ o

163100

163072

18:

NLLLfLWww
noLnnoL
o

I3 00060 0

I I 000

R2
STAFO

SEQ 0182
TESTS.

300 00 06 00 30 00 30 3000 06 00606 00 30 06 30 06 00 36 06 00 00 30 3

6 30 00 20 2

IN RO

(BOTTOM

16 BITS).

sVITRUAL INTO RO
:CLEAR TEMP SAVE OF HIGH BITS

:CHECK FOR MEM MGMT nvnaneLs

'BRANCH IF NO MEM MGMT

R1,-(SP)

P-PUSH R1

J8KIPAR2, Rl
R1

R1
R1
Rl
R1
gInpo

ROL
RDD

$TMPO
R1

MOV
RTS

MMAVRA

ASL
ASL
ASL
ASL
ggt

:SAVE EXTRA BITS

(SP)+,R1
PC

;ADD SHIFTED PAR TO VIRTUAL

; POP srncx INTO R1
TRET

MOV

o8
012602
012601
000207

A I

F I I W I I I H I W I I

SUBROUTINE TO PUT BANK NUMBER INTO RO.

3 3 96 3 3 3 96 3 3 3 3 3 3 3 3 I 3 3 I % 3 3

18:

ON STACK

¢ET PAR TO BE ADDED TO VIRTUAL
*SHIFT IT & TIMES

3 3 3¢ 38 36 3 3¢ 3¢ 3 36 3 36 3 3 3 3 3 3 3% I 3 3 I I 3 I H I W W 3 3 3

éhnxno CLR

Lo L£ENNCNNON
L

Bt 4t Pt Pt Pt Pt Pt ot Pt e P P P ) ()
[N W=
— =00 NN

[aadeakeado ale
aloaloalople
aleals ple ol oo oo

s Pt
e
Pt
4 bt b

]

0000000

Pt Pt e e Pt Pt Pt Pt Pt Pt Pt Pt P Pt P

00000000000 0000

oocooooo

PRGE 70

333333333300 30 030 00 30 36 36 00 06 36 06 36 06 30 30 00 00 06 06 06 06 00 06 06 6 200 006 90 06 96 38 36 30 3030 30 30 30 000 00 00 00 00 08 20

AAYADR: MOV
CLR

172344

163436
163434

13:12

SUBROUTINE TO_CRLCULATE PHYSICAL RADDRESS AND PUT
BITS 16 AND 17 ARE IN STMPO.

’

163132

10-JAN-78

SUBROUTINES FOR RADDRESS AND WORSE CASE NOISE

§ g SRR IRIEIEI 0000 06 00

010200
0

J1la

SUBROUTINES FOR RDDRESS RAND WORSE CRSE NOISE TESTS.
.SBTTL

30R(1052)

I 3 I I

R1,~-(SP)
BItPT,
RI
BITPTi2,R2
Re

BCS
INCB
BPL
HALT

2s
RO
18

MOV
MOV

RTS

W AW

; INIT RO

W E W E W

X I W® K WE X E W® ¥ KE

W E KK E R E KX FE K EEEEEEEE

,,PUSH R1 ON STACK

R2,-(SP)

MOV
MOV
ASR

ROR

:iPUSH R2 ON STACK

¢ET BANK MAP POINTER...LO BYK.
LHI BYK.
SHIFT POINTER. . .HI
.LO

BR WHEN POINTER FOUND.
:COUNT BANKS.
:BR IF NOT OVERFLOW
:FATAL ERROR!'! NO POINTER FOUND.

(SP)+,R2
(5P)+ RI

;POP STACK
op srncx

3636 36 3 3 36 3 6 3 3 3 3 3 3 36 3 3 3 3 W 3 36 A 3 3 3 A 3 I

A W I W

3 W I W I K

INTO R2
INTO Rl
I W IE K E KK KWW WX KX KE K WE K E W E

& SUBROUTINE TO WRITE THE CONSTANT IN RO INTO ALL OF MEMORY.
ée¥ss;§l!§lll{!lii!l*l!ilillll!lll!lllll!!llli!!il!!lll!lll!!lfi*!
004467
010022
030502
00137S
004767
000207

176232

176776

2s:

JSR

MOV
BIT
8NE
g;g

RY,

RO,
RS,
2%
;E,

INITMM

(R2)+
R2
MMUP

;INITIALIZE THE MEMORY ADDRESS POINTERS.

MOV CONSTANT INTO MEMORY
:CHECK FOR END OF A BLOCK
:BRANCH IF MORE IN CURRENT BLOCK.
Sé?o
NEXT BLOCK ANG LOOP TO 1S.

CZGMCED
0-124k MEMORY EXERCISER,
10-JAN-78 12:56
CZGMCE.P1!

MACY11

13:12

PAGE 71

SEQ 01S3

= 203696 06 36 28 36 36 36 36 36 3 3t 36 3 36 3% 36 96 36 3 3 3 3 3 3 36 36 3 36 36 3 3 36 36 3 06 3 36 3 36 30 3 36 24 3 30 2 3 3 3 3 3 3 3 2 3 32 3 3 3 3

i ROUTINE TO ROTATE 'C’' BIT THROUGH A MEMORY LOCRTION.

Nt Nl Nl N

; (R2 )
; (RE )
; (R2 )
; (Re )
; (R2 )
; (R2 )
; (R2 )
; (R2 )
; (Re )
; (R2 )
; (R2 )
; (Re )
; (Re )
; (R2 )

IEIE NI

; (R2 )
(RE )
TU

000000

P
n

016236
016240

010322
010322

PN~

3450
3451
3452
3453
34§g~

016246
016250
016252
0lea254

010022
010022
010022
010022

o~~~

3456
3457

86256
010322
016260010322

3459
3460
3461
3462
3463
3464
3465
3466

016264

VVDD
DDVD
DDOD
VIV
VI VTV
TV VI T VoY)

016262

010382-

016266
016270
016272
016274
016276
016300

005304
001356
010046
010300
012603
000207

0103°2

e S

;ERCH LOOP WRITES 256.

RO, (R2)+

Nt Nt Nt
e

YO erore

RO (R2)+
RD(RE;I

010322
010322

00000000

#16. ,R4

DDODD
WWwww

DVDVD
0000

MOV

010022
010022
010022
010022

016242
(Olee44

OR 100000
OR 000000

fiéxe
cs:

000

RE RN R

SUBROUTINE TO WRITE 3 XOR 9 PATTERN INTO 2S56. WORD BLOCK.

0lbeee
016230
016232
016234

000020

DN
NN ll
202 (O o 1t Pt P Pt Pt Pt Pt Pt Pt Pt Pt e

i (R2 )

RN RN

R R

; (Rg)=
17??;6

RN
RDRIRD PRV NNV

ROLB

(R2)

Nt Nl Nl Nt Nt Nt Nl Nt N

hbrnrs ROLB

106112
106lle
106lle
106lle
106112
106112
106112
106112
106le2
106112
10611le
106112
106112
106112
106112
106112
106112
106122
000207

i R
e N
Y
e tatatatatatela
e Tl
O DDV DDDVDDVVD0000.00

016154
016156
016160
Clelee
0li6164
016166
016170
016172
016174
016176
016200
016202
016204
016206
0leel0
0legle
016214
016216
016220

012704

3458

10-JAN-78

SUBROUTINES FOR ADDRESS AND WORSE CASE NOISE TESTS.

0le22e

3448
3449

Kle

30AR(10S52)

0 0D
w Www

3413
3414
3418
3416
3417
3418
3419
3420
3421
3422
3423
3424
3425
3426
3427
34e8
3429
3430
3431
3432
3433
3434
343S
3436
3437
3438
3439
3440
3441
3442
3443
3444
3445
3446
3447

16K VER

-(SP)

; SAVE RO

:PUT R3 INTO RO
PUT SAVED RO INTO R3
ETURN

~ —

WORDS

it 2L

CZQMCED
0-124K MEMORY EXERCISER,
CZAMCE.P11
10-JAN-78 12:56

MACY11 30A(1052)
16K VER
RELOCARTION SUBROUTINES.

SBTTL

L12

13:12

10-JAN-78

PRGE 72

SEQ 0154

RELOCATION SUBROUTINES.

+ 303636 36 36 38 36 36 38 3t 36 3 36 36 36 36 36 36 3 3 3 36 36 3 3 3 36 36 36 36 e 38 3 36 38 36 36 3 3t 40 & 3 3 3 303 36 2 3 36 20 3 3 06 3 3 3 3 4 3 2 2 %

NN NON O OO
n
n

446

[N]

283

&>
% ~N

bt
- L Y=
wn
o

htLoc
4s:
020000

18:

020000

2%:

162562
162560
162546
162544
003222

3s:
026506
010346

00s0s2

£
o

G"G"U‘U"O‘U‘O"O"GI"U‘U"U‘G‘U"U‘U‘

erwtwiwfefeteretet ottt

00000000000 00000

WW
WW W
anunu nnonnnnnn
[ aHaV] Pt P Pt Dot Pt Pt P e
n—0o DO NCNLWN

€00

030167

uaooob RY

DEC
BNE
MOV

RY
1%
#20000,

MOV

(R3).

$BODAT

MOV

CMP
BEQ
MOV

(R
(R

Rs
R

(R2)+,

(R3)+

-(R2),’
38
(R2),

-(R3)

$GDDAT

MOV
MOV
JSR
.WORD
HALT

R2,
R3,
PC,

BR
DEC
BNE
JSR

4s
RY
23
RS

SPRINT

R3,

-(SP)

PRELOC

$GDADR
$B0OADR
SERROR
. FATAL

PC!
STYPRD
(SP)+,RY
(SP)+.R3
(SP)+,R2

; ;BUSH B2
ON
STACK
,,PU H R
TACK
iPUSH RY on STACK
R

i g 88 T}SN OF DESTINATION.

SET UP 8K COUNT
iMOV THE DATR
iCOUNT THE WORDS.
iBR_IF MORE,
SRESET THE COUNTER,
*CHECK THE DATR JUST MOVED.
:BR_IF DATA 0K
{GET SOURCE DATA.
:GET DESTINRTION DATR.
iGET SOURCE ADDRESS.
GET DESTINATION ADDRESS.

RROR ##% (GO TYPE R MESSAGE)
TYPE CODE.
RELOCATION FAILED.
"1

; ADJUST RETURN POINTER.

:GO BACK AND TRY AGRIN.
:COUNT WORDS.
:BR
MORE.
:GO_PRINT 2UT THE FO#LONING MESSAGE.

: ADDRESS O
; "PROGRAM RELOCRTED T0_ "

TVYPED

; PUT_THE DARTA ON THE STARCK

DETERgIg% T?E PH;SICQL ADDRESS AND TYPE IT.
PO

;:POP STACK INTO R3

STARCK INTO R2
'hPOP

illllll*!!!lilfll!lll!illlllllllil!llllll!lllill!lllli*!!}lilll!l
OF MEMORY.
RTS

’i

476

MOV

JSR
MOV
MOV
MOV

000205

010046
010146
005767
001465
012737
005000
012701
162737
006001
006000
103500

RY’ -(sp)

MOV

006502

-(
RS

MOV

MOV
MOV

.WORD

gla2e0e

022767
001401
000000

MOV
MOV

SuB

000004

~
o

—

Pt Pt Pt Pract P
e Pt Pt Pt
Pt
s Sns e Pt Pt Pt Pt Pt Pt Pt Pt Pt Pt Pt Pt
Pt Pt ot Pt Pt ft

000000

SDODDODDSODO(IDDDO
Pas Pt s e (O 1) 0=
O 0= pws bste s ps e

S IR
RARERE R AR RRRRR R R AR RRRRRRRRLS

oo oo o oo
o pdoadoadoadondsAN« 0 6 80‘0‘0"0‘0‘0‘0" oo
[RINIRINININIA RIRIAIN

DOOOOOOOOOCNO000C00000000000

i ROUTINE TO RELOCATE PROGRAM CODE

000003

162150

SUBROUTINE TO MOVE PROGRAM FROM BOTTOM TO TOP

< 3636 3 36 36 36 36 3 3 3 36 36 36 36 36 36 36 3 3¢ 36 36 36 36 36 36 36 ¥+ 38 36 36 36 36 36 36 38 36 3 36 36 3 3% 3 36 36 3 3 3 36 36 3 3 3 3 3¢ 3 3 3¢ 3 3 3 3¢ 3¢ 3%

RELTOP: ggg

HALT
MOV

MOV
TST

162140
007600

172346

100000
000200

172346

BEQ

MOV

108

87600,

suB

#200,

#BITIS,

ROR

BCS

30%

BIT

RI,

cuegg gunr THE PROGRAM IS NOW IN BANKS O AND 1.

s FATAL EPROR"' PROG SHOULD BE IN BANKS O AND !

RO, - (SP

MOV

PRGMAP

; ;PUSH RO ON STACK

R1 -(SP
MMAVA

CLR
ROR

163022

:'PUSH R1 ON STACK
J#KIPAR3
Rl

:SET PAR TO TOP or MEM

,1 IT BANK POINTER...LO B4k

anxrpana

LHI

64 K

ACK ooun ons BANK.

MOVE POINTER HI 64K

:..L0

BYK

MEMMAP+2 ;CHECK FOR BANK EXISTS.

CZOMCED
0-124K MEMORY EXERCISER,
CZQMCE. P11
10-JAN-78 12:56

016504
016506

001003
030067

016524

010146

01523
016540

00600
10345

016512

16K VER

163012

Biiéé“2 001764
81 046
737 172346 172344 3%:
016526
016534

81224
1
0165
016554
016556
016560
016562
016566
016570

016574
016576
016600
016606
016614

016620
016622

162737
006001

000200

380687
1063
030067
001764
052601
052600
030067
001044
004567

162760
162750

000000
040000
013737
013737

172344

4S:

5$:
6S:

162014
172340
172342

s¥

161764

012700

000400

108:

020000

118:

016626
016630
8{223”

005001
[627?01
003520

016646
016652

016654

162701
006200
6%8“11

016662

001762

016666
016670

006300
052600

016664

016672
812953

016700

067

030067
001401

000000

010167
004567
000000
000000
010167
060107

01%7 4

60109

016732

060137

010167

R1.-(SP)

4200,
R1

2#KIPAR2’ :BACK DOWN WITH LOW PAR.
é IFT POINTER.

R§,
6
RO,
(sp>+
(sp)+

MEMMAP+2’
HECK}r gnnx EXISTS. ..HI BYK.
a IF B
MEMMAP :CHECK IF snnx EXISTS .LO BYK.
‘BR_IF BANK DOESN’T EXIST.
Rl
05' sscono BANK POINTER.
RO
2 64K
PRGMAP cuscx FOR CONFLICT.
*ABORT IF DESTINATION OVERLAYS SOURCE.
RELOC
;GO RE OCATE PROGRAM.

ROR
BCS

17
NE
BIT
BEQ
BIS
BIS
BIT

MOV

000006
177370

MOV

161656
161646

000004

RO
90%

9ot

:PUSH R1 ON STACK

2. L0 BMHK
:
OVERFLOMW.

RS,
O
*SOURCE FIRST ADDRESS.
40000
‘DESTINATION FIRST ARDDRESS.
J#KIPAR2, 38K IPARD; RELOCATE LO annx
J8KIPAR3 JsKIPARI :RELOCATE HI BAN

PRGMAP+2 ;:RESET PROGRAM

oexrs

RO
11$

MEMMAP 'BR_IF
cmeéx NON-EXISTANT
?r TH&? BANK ennx
EXISTS.

MEMMAP

RO,

-(SP)

30¢

MAP.

:BR TO COMMON EXIT.

;SET PANK POINTER TO TOP_OF MEM.

CLR
SuB
ggg

R1
$20000, R!
ggs

!SET nQORESS POINTER T0 TOP.
'BACK DOWN ONE BAN
: MOVE POINTER ooun ONE BANK.

SUB
ASR
BC

#20000,
RO
90s$

'BACK DOWN Y0 NEXT BANK
nov POINTER DOWN ONE BANK.

ASL
BIS

128:

BR IF NO BANK FOUND.
Saxrpnaa
aonPnRé
cgp ROPARON STACK
(SP)

PROGRRM SHOULD NOW Bt EXICUTING OUT OF LAST TNO BANKS OF MEMORY.

BEQ

408

:BR IF AVAILABLE
cuecx FOR BANK EXISTS.

sUB
ROR

MOV

161704

SEQ 0155

MOV

0046

016702
016706
C.6712
016714
016716
016722
016726

162642

MEMMAP

PAGE 73

2s’

BIT
BEQ

020000

RO,

13:12

MOV
MOV

015638
69005 162660
016644 001771
016656

10-JAN-78

BEQ

JSR
_WORD
JWORD
MOV

010167

000473

BNE
BIT

BNE

177506
172344
172346

MACY11 30A(1052)

RELOCATION SUBROUTINES.

BIT
BEQ

118

RO
(SF)+,

RO
12$

HALT

PRGMAP

EF ? &g
s

F THIS

BANK EXISTS.

: ro START OVER IF NO LOWER BANK.

2 E 8 ?é ;
Es T
POIN
R
T BIT FOR

0 HI BANK.
BANK

CHECK FOR A Pnocnnn CONFLICT.
'BR IF NO CONFLICT

.FATAL ERROR'!'!

NOT ENOUGH MEMORY??

MOV
R1,
133
sSET DATA FOR RELOCATION SUBROUTINE.
JSR
RS,
RELOC
;GO RELOCATE THE PROGRAM TO TOP OF MEM.
LWORD
O
:SOURCE STARTING ADDRESS.
13%:
.WORD
O
"DESTINRTION STARTING RDDRESS.
MOV
R1,
RELOCF :SET RELOCATION FACTOR IN UNRELOCATED CODE.
ADD
R1
PC
:JUMP TO RELOCATED PROGRAM
;% PROGRAM NOW EXICUTING ouT OF TOP OF MEMORY
RADD

R1,

RDD

R1,

BIERRVEC ;ADJUST ERROR VECTOR.

MOV

R1!

ELOCF

E% ?T THE gTflgK PO}NTERTO TOP OF MEMORY.

:§

HE RELOCATION

FACTOR

CZOQMCEO

CZGMCE. P11

3579
3580
3581
3582
3583
3584

0-124K MEMORY EXERCISER,
10-JAN-78 [2:56

060137
060137
026727
001404
060167
060167

000024
000114
162166
162156
162154

3586
3587
3588
3589
3590
3591
3592

016736
016742
016746
016754
016756
0167
016766
016772
016776
017000
017002
017006
017010
017014

066721
005721
001776
024127
001371
010067
012601

161602

3594

017020

066716

161554

3585

3533

gggg

(017016
017024

16K VER

012600

000207

14$:

177777
30%:

13:12

PAGE 74

ADD
ADD
CMP
BEQ
ADD
RDD

RI,
R1.
SWR,
14s
Rl

ADD
TST
BEQ
CMP
BNE
MOV
MOV

RELOCF, (R1)+
(RI)+
168
-(R1), -1
158
RO
PRGMAP
(SP)+,R1

;ADD RELOCATION FACTOR TO noonessss IN TRBLE.
{CHECK FOR INTERUM TERMINATOR
:BR SO AS TO NOT MODIFY ZERO.
:CHECK FOR END OF TABLE.
'BR_IF MORE IN TABLE.
:SET NEW PROGRAM MAP...LO &4K.
;,POP STACK INTO Rl

ADD

RELOCF, (SP)

AoJusr RETURN RDDRESS.

RDD

158:
168:

161566

10-JAN-78

RELOCATION SUBROUTINES.

177570

062701 001622

N12

MACY1l 30A(1052)

MOV
RTS

JPURVEC;ADJUST POWER FAIL VECTOR.
I¥PARVEC :ADJUST PARITY ERROR VECTOR.
8177570 ¢
HECK FOR HARDWARE SWITCH REGISTER.
:BR _IF HARDWARE SWITCH REGISTER.
SWR
*ADJUST SOF TWARE SWITCH REGISTER.
DISPLAY ;ADJUST SOF TWARE DISPLAY REGISTER

snhorna R1

(5P)+ RO

'POINT TO THE RELATIVE RELOCATION TABLE.

:1POP STACK INTO RO
s

RETURN

-597

; o J636 3 36 3 36 3 3 36 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 33 3 3 3 3 3 3 3 3 3 3 3 3 9 % 3 3 3 3 3 3 U 3 2 3 33 I I W W 2 W WK XX % ¥

3599

o J6363 3 3 3 3 3 3 3 3% 3 3 3 3 3 3 3 3 3 3 3 3 9 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 I % 3 W 3 33 3 5 2 W WX X X KX ¥E

3598

3600
3601

017026
017034

032767
001401

000003

3603

017040

00S?67

161542

3606
3607
3608
3609
3610

017052
017060
017064
017066
017070

012737
004567
000000
040000
00S03?

000200
177216

3602 017036 000000
3604
3605

017044
017046

001417
005037

3611

017074

012737

32}3

017102

000444

3615

017104

016746

3612

3616
3617
3618
3619
3620
3621

017110
017114
017120
017122
017124

3623

017130

3622

017126

3624

017132

011667
004567
000000
000000
161607

012700

017136
017142
017144
017146
017152

166620
005720
001776
024027
001371

3632
3633
3634

017ie2
017166
017172

161637
161637
026727

3631

017184

01715

172340

000200

kéLo

BIT
BEQ

.3,
18’

18:

15T

nnnvn

MOV
JSR
WORD
.WORD
CLR

8200,
@#KIPAR3';SET PRR 3 Yo an
RS,
RELOC
bo MOVE 8K INTO enNKs 0 AND 1.
O
: SOURCE _STARTING ADDRESS.
40000
!DESTINATION srnnrrnc ADDRESS.
JuK IPARO
'RESTORE PAR O TO BANKO.

172346

172342

161470

;%
108:

000004
177162

HALT
BEQ
CLR

MOV

cuecx FOR PROGRAM ALREADY IN BANKS O OR 1.
IF NO CONFLICT

;s FATAL EkROR"' PIOGRAM ALREADY IN BANKS O OR 1!'!!!
:CHECK FOR MEM nc
MT.

10
aoxr R2

i BR xr NO n;
:SET
PAR
2 TO BR

8200

J8KIPAR]1 ' : RESTORE Pnn 1 TO BANK 1.

:BR TO COMMON EXIT.

MOV

RELOCF

-(SP)

;PUT RELOCATION FACTOR onro THE STARCK.

(5P)

sRESET THE STARCK POINTER

PROGRAM IS NOW EXICUTING
O T bF BANKSO AND
1

suB

001622

000002

218:
228:

177777

012600

MOV

RO, -tSP)

S8
TST
BEQ
CMP
=L

2(SP),
(RO)+
22%
-(RDY,
218

SuB
SuB
CMP

(§P))
(SP,.
SWR,

MOV

Moy

161637 00000

00002Y
000114
161742

PRGMAP

MOV
(SP
208
:SET DATR FOR RELOC SUBROUTINE.
JSR
RS,
RELOC
:GO MOVE THE PROGRAM BACK TO BANKS O AND 1.
208 :
LWORD
O
' SOURCE _STARTING ADDRESS.
WORD
O
'DESTINARTION STARTING RDDRESS.
SuB
(SP)
PC
:JUMP TO RELOCATED Pnocnnn
;% THE PROGRAM IS NOW EXICUTING'OUT OF BANKS O AND

161606

010046

3625
3626
3627
3628
3629
3630

172344

161546

SUBROUTINE TO RELOCATE PROGRAM BRCK TO BANKS O AND 1.

SUB

177570

sRADTAB, RO

(SP,+,R0

(5P),

'(RO)+

-1

PUSH RO ON STACK

ser UP POINTER TO RELATIVE ADDRESS TRBLE.

:RESET RDORESSES TO UNRELOCATED VALUES.
:CHECK FOR TERMINATORS.
:BR OVER TERMINATORS.
"CHECK FOR END OF TRBLE INDICATOR.
an xr MORE ADDRESSES IN TABLE.
,POP STRCK INTO RO

JRERRVEC' *ADJUST ERROR VECTOR.

Q#PWRVEC ;ADJUST PCWER FAIL VECTOR.
Q8PARVEC :ADJUST PARITY ERROR VECTOR.
177570 : CHECK FOR HARDWARF SWITCH REGISTER.

SEQ 0156

BN FEERRRY
HESS L53BRR

P11

D-12%x MEMORY EXERCISER,
10-JAN-78

12:56

017200

001404

017503

161667

161730

012767

161360
000033
1613S2

017202

01721

17214
017220
017226
017232

161667

15&19
005067
000207

16x VER

maCYl]l 30A.1062

30%

CLR
MOV
CLR

238
161354

.l an-"8

RELOCATION SUBROUT INES.

orQ

161732

B13

SuB

RTS

233

(SP),

SpP)

(5P 4

13:12

PRGE 7S

s€a 0187

:BR 1F MARDMARE SMITCHM REGISTER.

SADJUST SOFTWARE SWITCH REGISTER.

CISPLAY :ADJUST SOFTWARE DISPLAY REGISTER.

RE.OCF
’
PR
PREMAP +2
PC

"ROJUST RETURN RDDRESS.

:RESET RELOCATION FRACYOR.
ISET PROGRAM MRP TO POINT TO BAMNKS C AND 1.
i..
. H] BMK.
TRETURN.

;-ll!IllllQOlOl000l.ll!lQll!lll!llllllllllllI!llll!lllllll!llll!!

‘4 THIS SUBROUTINE MOVES THE LORDER AREA BACK TO THE “TOPTM OF MEMORY FROM
‘s
: %

017234

016700

017242

0000

017240

017244
017250
817252
17266
017262
81?2&5

301001

005767
0014062
005037
012701
012702
014140

177572
0~N0000
002734

2s:

162220

017306

005237

177572

005767

162000

017312

017314

017320
017322
017326

017330
01733

017340
017342

005767
001402

000207

040000

012737
011020

017342

000776
022626

017344
017352
017354

012737
010046
012702

017372

G(ub207

017360
017362
017364
017366

161302

001024
012700
010001

014041
005302
001375
512667

3s:

025060
002734
162126

HALT
15T
BEQ
CLR
MOV
MOV
MOV

ROUTIME

BNE
MOV

000004

MOV

3s:

MMAVA
oS
&SRO
#40000, R
81500.. R2
-(R1).,"
-(RO)Y

J8SR0O

8avLDR: TST

MOV
MOV
BR
cMP

MOV
MOV
MOV

MOV
DEC
BNE
MOV
RTS

;CHECK IF THE

'BR IF LORDER

.FATAL ERROR'!'!

INC

RTS

2%:

LMTMAD

18:

LMD,

DEC
INE
CLR
TST
BEQ

000004

THE BK

I X Y X X XXX I XXXXIXIZYIXEIYIXXIXXXYIXXIYITXYRXIYXIXRXRZRIRYXIXRXZRIXZR]

BNE

18:

005302
001375
005067

AESLDR: MOV

161336

17270
017272
017274
017300
017304

162260

WHENCE IT CRME.
THE LOADER RRER 1S SAVED AT THE END OF
PROGRAM CODE WHEN THE PROGRAM IS INITIALLY RUN,

LORDERS WERE SAVED.
RREAR WAS SAVED.

CAN'T RESTORE LORDER AREA IF IT WASN'T SAVED.

.CHECK FOR MEM MGMT.
:SKIP IF NO MEM MGMT.
;8é§aeL g;n MGMT.
:
£
BK, RSSUME PROG NOT RELOCATED.
:GET COUNTER,
:MOVE _THE LOADER RRER.

R2
3

:COUNT “OW LONG THE ARER IS.
:BR IF NOT MORE TO MOVE,

MMAVA
4

TCHECK FOR MEM MGMT.
"BR IF NO MEM MGMT

TO SRVE

LMAD

THE

4s
840000,

:CLEAR MONITOR SAVED FLAG
:ENQBLE MEM MGMT.

"RETURN.
LORDERS AT

THE END OF

BX.

:CHECK IF LORDERS MAVE BEEN SAVED ALRERDY.
:BRANCH IF ALREADY SA
:GET END OF 8K

RO
R1

‘GET END OF 8K

18
(SP)+,

(SP)+

‘KEEP SEARCHI
:RESTORE STACK POINTER

828, ISERRVEC
(ROY,
(RO)+

:SET UP TIMEOUT VECTOR
:SERRCH FOR END OF MEMORY

SERRTRP, JBERRVEC' :RESET TIMEOUT VECTOR.
i
RO
-(SP)
;5AVE LRST MEMORY ADDRESS (CONTIGUOUS)
#1800., R2
:SET UP WORD COUNTER

-(R9),"
R2
33
(SP)+,
PC

-(R1)

LMRD

;SAVE_THE LOADERS
:COUNT THE WORDS
:BRANCH IF MORE WORDS
:SAVE LAST MEMORY ADDRESS
"RETURN

,|
'

CZQMCED
0-124K MEMORY EXERCISER,
CZ2GMCE. Pll
10-JAN-78 12:56

16K VER

MACY11

10-JAN-78

13:1§

PARITY MEMORY TRAP SERVICE AND SUBROUTINES.
.SBTTL

3683

30A(1052)

Cl3

c S

PRARITY MEMORY TRRf

PAGE 76

SEQ 0158

_.~vICE RND SUBROUTINES.

IEIEI0 U000 0036 36 36 U6 3636 96 6 0 3 36 2% 3 36 396 3% U 3 30 U 36 3 3 3 3 B % AWM N

EWNENEREEEEER

' P??§5Y08$"35¥CHNEEPE§TED Engon TRAP SERVICE ROUTINE.

;. THEN SCAN MEMORY ?3 Es ?f SSR??Y EERSR 8R1LL SET AND REPORT LOCATION.
011667
g4se?
26445

406

010146

NN NNNNN O NNNNNINNYNY
NNNNNNNNNYN

434

444
Y46

464

o b3 06300 3636 36 36 36 35 36 90 96 3 36 9% 35 36 36 36 3 3 36 396 36 3 3 36 3% 3 36 3 9 3 % 3 3 3 3 3 3 W 3 AW NN

e4oes

PESRV: " HOVTM
PRINTo?unesgSczofik
OUT- THEFOLLON
MEceace. o TOR.WORD (P,
UNEXPTT SEDRDR O
ggonsgs
é NG? "E
MOV

182212
001374
004767

18:

002152

23:

¥
3
A€ POINTER 0 PRRITY REGISTERS.
CHEC THE
PRRITY REG FOR AN ERROR FLAG.
"BR IF THIS REGISTER SHOWS THE ERROR.

BNE

'BR IF MORE REGISTERS

004767
004767
000025
004767
000761

000610
002120

64S:

000216

012603
012601
00c0ce

(R3)

PC,

. WORD

§§?R TYPE CODE.

TST
BEQ

(R3)
ys

cuecx ron TABLE TERMINATOR.
:BR_IF NO MORE PARITY REGISTERS.

BPL
JSR
_WORD

2s
RS
MTOE

SPRINT

:BR IF N?
:GO PRIN
T THE FOLLOHING MESSAGE.
: ADDRESS OF MESSAGE TO BE TYPED
}“MORE THAN ONE ERROR FOUNC.TM

JSR
JSR

PC,
PC,

SPRNTQ
SERROR

;SET UP VALUES FOR ERROR PRINTING.
:### ERROR 4.; (co TYPE A MESSAGE)

- ##% ERROR #%% (GO TYPE AR MESSAGE)

NO’ REGISTER Inoxénreo ERROR

J(R3)+

_WORD
JSR
BR

25
PC,
2s

MOV

(SP)+,R3

MOV
RTI

SERROR

;CHECK FOR TRBLE TERMINATOR.

JSR

TST

004004

CTED MEMORY PRRITY TRAP.”

PUSH Rl on srncx

R3-(5P)
MPRX,
R3
J(R$
3s

s %% #ERROR® % #

00s713

Rl,-(SP)

MOV
MOV
TST
BMI
TST

808977

026536

E N W E NN EEEEEE

CHECK THE PRRITY REG FOR AN ERROR FLAG.

PSCAN

: ERROR TY:E S
;GO SCAN
MEMORY FOR BAD PARITY.
'GO LOOK FOR MORE ERRORS.
;POP STACK INTO R3

(SP)+.R1

: POP srncx INTO Rl
h

36363 36 36 3 3 36 3 3t 3 3 36 36 3 36 36 3 38 3 36 3% 3 3 36 36 36 36 36 3 % 3 3 3 3 3 3 3 3 3 % 3 3 W 3 3 3 3 3 33

3 3 % 3¢

% XN

Y 2122221222322222X222222222222222X2XX222X222XX2XS
Y2222 L

kourxne TO ENABLE PARITY ERR.R ACTION ON MA/MF PARITY MEMORIES
:THIS ROUTINE 1S MEANT TO CATCH UHEXPECTEDS
0000000000

e Pt

s ot Bt
Pt Pt Pen

WWWWWW
LW
NNNNNNNN

3711

Pt Pt s Pt Dot Pt ot Pt Pt Pt

Pt Dot Dot Pt P Pt Pt Pt

s Pt Pt ot Pt Pt Pt

00000000
0000000000

00000000

000

Pt
Pt Pme
NN
£

00S767
001434
032777
001030
005767
001410
032777
001004
026727
103415

162570

000100

bAMF:

161422

161054

000040

161404

162020

001000

TST

BEQ
BIT

BNE

TST
BEQ
BIT
BNE
CMP
BLO

MPRX

MAMF 2
osus

ANF2

;CHECK IF ANY PARITY REGISTERS EXIST.

JSWR

RELOCF
SETAE
#SWS
JSUR
SETAE
FSTADR, #1000
MAMF2

PEXIT IF NO PRRITY REGISTERS.
'CHECK FOR INHIBIT PARITY ERROR DETECTION.

'EXIT IF _NO PARITY

ERROR DETECTION

'CHECK IF Pnocnnn
LOCATED OUT OF BANK O.
'BR_IF PROG IN BANK 0.
{CHECK IF VECTORS PROTECTED.
'BR_IF VECTOR AREAR PROTECTED.
:CHECK FOR STARTING ADDRESS ABOVE THE VECTORS.
'EXIT IF VECTORS EXPOSED TO TESTING

CZGMCEDO

CZQMNCE. P11
3736

3;3?

0-124K MEMORY EXERCISER,

10-JAN-78 12:56

017546

0};554

016737

0?5037

162064

000116

16K VER

000114

3732
817?23 812903 162042
3740 017566 052733 000001
3241
3742

017572
017574

005713
001374

g;:g

017600

000207

3743

017576

3749

017602

005767

162470

3751

017610

032777

000100

3750

3752

37S3

017508

017616

017620

001437

001033

817&4
1764
017646

881 1
4767
004767

000422
001732

177776

s
BYS:

004767

000402

65%:

017654
! 4

017662

017666
017672
017674
017700
017702
017?04

000411

004767
000027
004767
005713
001351
012603

377e 017706 000207
3776
3777

:CHECKFOR END OF TABLE.
BR IF nons PARITY REGISTERS.

(SP)+,R3

?P
STRCK INTO R3

001712

000010

3s:

4s:
Y

JSWR

'BR_IF

'CHECK F

PARITY ncszsr;ns

INHIBIT

ITY ERROR CHECKING.

4§

"oy
BBL
BIT

SMERX,
A3
iGHECK
SET PRALTY
%“&“%E FOR AN ERROR FLAG.
$
T
HE
PORT
$BITO, a-2(R3) CHECK IF A TRnP SHOULD HAVE OCCURRED.

R3, -(SP)

BN
JS
JSR

gs
C,
PC,

.WORD

W W AW W R XA KX E %

;CHECK IF ANY PARITY REGISTERS EXIST.

BNE

MOV

000026

3775

RTS

#SWe,

004767

3774

(PR3}
MAMF 1

BEQ

8{;239

757
BHE

MOV

:SET PRRITY ERROR TRAP VECTOR

finrgnxrv
LEVEL O ON TRAP

.MPRX, 'R3
'cev
?Tv REGIgTER TABLE POINTER.
J(R3)+
;SET ncrxon ENRBLE BIT IN PARITY REG

BIT

161322

g;ga

3771

8AE

MOV

MPRX

000026

3766
3767
3768
3769
3770

@#PARVEC

BIS

bkpnsn 15T

017652

3765

PESRV,

25p9?§$g+a

SEQ 0159

SUBROUTINT TO CHECK PARITY REGISTERS FOR ERRORS THAT DIDN'T TRAP.

3761

3762

MOV

553

PAGE 77

o JE 36063636 3636 36 96 3 3 3 3 o X 3 063636 36 3636 3 3 3636 36 3 3 3 3 3 3 3 3 3 3 3 3% 3 3 3 W 2 5 W

010346

3720
Oireoe
ouepay
1ee00e
3722
Bio8S8
783333
3757 017632 032773 000001
375
378
3760

13:12

; lll!lllll!lllllllillllllilllillllllllllillllll!llllllllllll!!ll

3747

3748

SETAE:

MAMF2:

3746

10-JAN-78

PRRITY MEMORY TRAP SERVICE AND SUBROUTINES.

MAMF1:

012603

D13

MACY1l 30A(10S2)

JSR
JSR

JSR
_WORD
JSR
TST
BNE
MOV

RTS

'BR IF PARITY ;Rnon CHECKING INHIBITED.
: <PUSH R3

SPRNTQ
SERROR

R IF NO ACT s g 5
ET UP VALUES FOR ERROR PRINTING.
RROR *#% (GO TYPE A MESSAGE)

ERRO

TYPE CODE.

PC,

PSCAN

;GO SCAN ALL MEMORY FOR PARITY ERRORS.

PC,

SPRNTQ

;SET UP VALUES FOR ERROR PRINTING.

PC.
27
PC
(RY)
13

(SP)+,R3

SERROR

PSCAN

:x#% ERROR ##% (GO TYPE A MESSAGE)
‘ERROR TYPE CODE.
;GO SCAN ALL MEMORY FOR PARITY ERRORS.
"CHECK FOR TRBLE TERMINATOR.
:BR IF MORE.
: POP srncx INTO R3

TRET

1212132132222 222:122222222:3222223222XX222XXX322XT2X2
2SR

THIS SUBROUTINE WILL SCAN ALL OF MEMORY LOOKING FOR BAD PARITY

LOCATIONS IN ORDER TO RESTORE GOOD PARYTY

TYPE _QUT ALL LOCATIONS FOUND TO BE BAD,

AND WRITE BACK INTO THE

*l*l!llll*l}*llili*!**lllll!ll*l!l*!f!*}*l*ll**l*l*lll!l§§!li!l

CZAMCED

CZGMCE.PI11

0-124K nsnonv EXERCISER,

3779

017710

3785

Q017722

3780
> ]l
3 2
3783
3784
3786

3787
gzgg
:

10-JAN-78 12:56

017710
Q17712
017714
017716
017720

010046
010146
010246
010346
010446

017726

013746

017732
017736

013746

004567
026602

16K VER

MACY1l 30A(1052)

PSCAN:

000114

MO
MOV
MOV
MOV
MOV

RO, -(SP)
R1.-(5P}
R2. -(SP)
R3, -(SP)
RU’'-(5P)

MOV

aulle, -(SP)

MOV

000116

003520

JSR
_WORD

Moy
CLR

3794
3795

JSR
MOV

3793

017750

5004

017752
017756

004767
012737

000256
000116

3797

017770

005767

160612

3799

017776

013746

172344

3796 017764 005037 000116
3788

3800
3801

017774

(020002
020006

001406

005037
012702

172344
0406000

£
ol pho lei
3804 020020 030167 161502
gggg

ggggs:

001442

3807

020026

010146

3808

020030

111201

3010
05003 ouera3 1B157®
3811 020040 100024
iz
gone oo
3814 020046 005367
ggig

8588%5

005204

161040

3817

020054

004767

000210

3019 05006d
o00pg0 |oisel
8588 8 66%5%5

000114

3825
ggsg

020100
020104

3828
3829

020106
020112

004567
026644
00S073
005713

I7
Rl i
3832 020120 032702 017777
3833
3834

020124
020126

001341
012601

RS
SCANM

13:12

CLRPAR
Jsll4

MMAVA
J¥KIPAR2, - (SP)

BIT

)

MOV

R1,-(SP)

4s )

noy'
BPL

ghRRk,
k3
69

INC

JSR

PC,

3%:

s
64 :

BEQ
MOVB

:'PUSH a#114 ON svacx
:PUSH 38116 ON STA

;80 PRINT OUT THE FOLLOHING MESSAGE.
;goonsg§~8r"g§gg¢cgogoegg pnnr?v )
i

10$
(R2)

SET BIT POINTER
IQ FIRST BANK.

SINIT ERROR DETECTED FLAG

;CHECK FOR MEMORY MANAGEMENT.

daKIPAR2’
#40000, R2

STACK
STACK
STACK
STACK
STACK

CLEAR THE PARITY REGISTERS.
HALT IF ANOTHER PARITY TRAP.

an116

ON
ON
ON
ON
ON

PC
slle

CLR
MOV

RO
RI
R2
R3
R4

SEQ 0160

'INIT RDDRESS POINTER.

CLR
MOV

SPRINT

: sPUSH
:'PUSH
: 'PUSH
. 1PUSH
*:PUSH

PAGE 78

AsITO,
RO
R2

BEQ

CBR IF NO MEM MGMT

.PUSH a8KIPAR2 ON STACK

s INIT
' MGNT TO POINT TO BANK O.
:SET ADR POINTER TO PAR2.

Ty
R
e
MEMMAP+2’ : CHECK HI 64K MRP.

éR IF THIS BANK DOESN’T EXIST.

D
DEC
$ERTTL

PUSH R1 ON STACK

ksno THE LOCATION TO SEE IF IT HAS A PARITY ERROR.

e
P I R O RARI Ty ) REGISTERS.
’eR IF NO ERROR FLAG.

SHEK
EEE Tl SRR
:ADJUST ERROR COUNT.

LS SR

'SET FLAG TO INDICATE ERROR FOUND.
SPRNTQ

;SET UP VALUES FOR ERROR PRINTING.

ISR, BS
SERROR [yex
ERROR
¥a% (GO TYPE A MESSAGE)
5R?&3) (R2)
EEERIT THE Locnrxgg TO CLERR BAD PARITY.

QE;B

I
63

CLR
TST

3-2(R3)
(R3)

*CLEAR OUT THE PRRITY ERROR FLAG.
:CHECK FOR THE END OF REG ADR TRBLE.

3%
(SP)+,R1

'CHECK FOR END OF 4K BANK.
:BR IF MORE MEMORY THIS BANK.
::POP STACK INTO Rl

BPL
JSR
_WORD

003352
177776

asliv-(sp)

CLR
TST

ggs?

B
g
il
3824 020076 100005

10-JAN-78

PARITY MEMORY TRAP SERVICE AND SUBROUTINES.

3790 915549
Dbsog; |oooot
017746 005002

3792

E13

6S:

RS
PEWNC

$PRINT

e
#MASKYK , R2

BIT
BNE
MOV

SES
Lo THECPERLLY Fragn s cenveo.
'BR IF 1T IS OK.
:GO PRINT OUT THE FOLLOWING MESSAGE.
gggs ;3 EERSESE?EE ;8TBELEQREQ

8 15 nort EARLlYSEsLeTee

CZOHCEO
0-124K MEMORY EXERCISER,
CZQMCE.P11
10-JAN-78 12:56
3835

3836
3837
3838
3839
3840
3841
3842
3843
3844
3845
3846
3847
3848

020130

020132
020136
020142
020144
020152
020156
020122
(0201
(020ibd
(020170
020172
020174
020176

000402

062702
005767
001413
062737
012702
006300
006101
100313
012637
000402
106300
100306
005704

020000
160444
000200
040000

001003
004567
025652

003250

3853
3854

020210
(020214

012637
012637

000116
000114

020222
020224
020226
020230

012603
012602
012601
012600

3855

3856
3857
3858
3859

ggg?

020220

020232

0i2604

3867
3868
3869
3870
3871

020236
020242
0cl0c244
020246
020250

3873

020252

MOV
MOV

(SP)+,3#8116
(SP)+,a8114

,,POP STACK INTO d#l1l6
;POP STACK INTO a#ilY

MOV
MOV
MOV
MOV

(SP)+,R3
(S?)+,Re
(SP)+,R]
(SP)+,RO

; ;POP
; s POP
,,POP
; POP

MOV

020234

020252

020254

010346

016703
005713
001402
005033
000774

161366

012603

1%:

MOV

000207

RTS
.SBTTL

3878

3879

3881

(020256

010267

MOV

MOV
TST
BEQ
CLR
BR

2s:

3877

,,POP STRCK INTO R4

STACK
STRCK
STACK
STnCK

INTO
INTO
INTO
INTO

R3
R2
Rl
RO

000430

3885

(020270

020274
020300

014367

013367
0004GC2

160664

SPRNTQ:

MOV

3889

(020302

011367

160652

SPRNTP:

MOV

010267

160606

; :PUSH R3 ON STACK

CET PARITY REGISTER TABLE PQOINTER.
CHECK FOR THE TABLE TERMINATOR
B IF DONE ALL PARITY REGISTERS.
CLERR THE PARITY REGISTER.
BR FOR MORE

(SP)+,R3

; POP STRCK INTO R3

TRET

0 0 003000 00 00 060 0030 3006 36 0 6 30 636 30 36 00 36 30 3036 30 3606 30 06 0 6 36 36 30 06 30 0 36 36 00 00 00 0 0 6 0000 2

FOR ERROR PRINTOUT BY .SERROR 8 .SERRTYP ROUTINES FROM %¥SYSMAC %% .

020266

160662

MPRX
{(R3)
cs
d(R3)+
18

;i&&i4&1;ii;*&ilii&**!&*!*ii&i{&li*;ililli&*il!liiilll;i;ll;;ii

ggga

020306

160636

R3,-(35P)

THESE ROUTINES ARE USED TO TRANSFER DRTR TO COMMON TAG ARER (.$CMT”3)

éPRNT

3830

(SP)+,RY

BR IF ERRORS DETECTED.
GO PRINT QUT THE FOLLOWING MESCSAGE.
RDDRESS Of MESSAGE T0 BE TYPED

SUBROUTINES TO SET UP DATA FOR ERROR PRINTOUT ROUTINE.

BTN

3882 020262 005067 160636
3886
gggg

SPRINT

o 36 309636 36 96 36 36 36 36 36 36 36 3 36 36 36 36 36 36 36 36 36 96 36 36 36 36 36 36 36 36 36 36 36 36 36 36 96 36 36 36 36 26 36 38 36 36 36 36 36 3 3% 3 3 36 3 3 3 3¢ 3 2 %

&( RPAR:

3876

3880

cls
RS
NOPES

< 3636 36 36 36 36 36 36 36 36 36 36 36 36 3 3 36 36 36 36 36 36 36 3 36 36 36 36 36 36 3% 3 36 3 36 36 36 36 36 3 36 36 36 36 36 36 36 6 36 36 36 36 36 36 36 3 36 3 3 36 3 3% 3%

020234

gg;g

;BR TO CHECK FOR NEXT BRNK

#20000, Re
SKIP BANKS THAT RREN THERE.
MMAVA
CHECK FOR MEM MGMT
12%
BR IF NO MEM MGMT
#200
alKIPRRE -UPDATE MEM MGMT REG TO NEXT
4
240000,
;RESET ADDRESS POINTER TO sscmmnc OF BANK.
RO
UPDRTE BnNK POINTER.
R1
} 64K
18
BR I HORE BANKS.
(SP)+,38KIPARZ
POP STACK INTO I8KIPMkS
209%
;GO C Ck IF ANY ERRORS FOUND.
RO
UPDQTE POINTER TO NEXT BANK.
18
BR IF MORE BANKS.
RY
CHECK IF ANY PARITY ERRORS DETECTED.

hOUTINE TO CLERR ALL PRARITY REGISTERS PRESENT

3865

3872

c19:

118

PRARGE 79

BNE
JSR
WORD

RTS

3863

3866

172344

000207

3862
3864

ADD
TST
BEQ
RDD
MOV
ASL
ROL
BPL
MoV
BR
ASLB
BPL
TST

129:
209%:

020200
020202
020206

020210

10%:
118:

172344

3849
3850
3851

3852

F13

16K VER
MACY11 30A(1052)
10-JAN-78
13:12
PARITY MEMORY TRAP SERVICE RND SUBROUTINES.

MOV

CLR
BR

MOV
BR

SPRNTO: MOV

SGODRT

SGDADR

;SAVE THE ARDDRESS UNDER TEST.

-(R3)

$TMPO

;GET THE PARITY REGISTER RDDRESS.

(R3),

S$TMPO

SPRNTB

a(R3)$ STMPL
SPRNTO’

R2,

$GDADR

S OULD BE DRTR IS 0"

GET THE CONTENTS OF THE PARITY REG.
;GET THE PARITY REGISTER RDDRESS.

GET THE MEMORY RDDRESS BEING TESTED

SEQ 0161

Gl3

13:12
PRAGE 80
10-JAN-78
MACY11l 30A(1052)
CZQMCED
0-124K MEMORY EXERCISER, 16K VER
SUBROUTINES TO SET UP DATA FOR ERROR PRINTOUT ROUTINE.
CZGMCE.P11
10-JAN- 78 12:56

000414

020314
020320
020324

010267
005367
000407

SPRNT1:

020338

81 367

SPRNT3:
SPRNTZ:

$GOADR

$GDRDR

SPRNTR

10267

160554

Q0o

020350
020354

;BR TO COMMON SECTION.

SPRNTA

020312

10167
00207

R3,
R2'
82,
RO,
Eé'

SPRNTA:
SPRNTB:

SEQ 0le2

STMPO
$GDADR
$GDADR
SGODAT
$BDDAT

;GET THE MEMORY RDDRESS BEING TESTED

;ADJUST IT FOR_PRINTOUT
:BR TO COMMON SECTION.
EET
THE

DATA
I
8
MEMORY QD RESS BEING TESTED

RDJUST T_FOR PRINTOUT
iGET WHAT THE DATA SHOULD BE
IGET WHAT THE DRTA WAS
iRETURN TO ENTER ERROR ROUTINES

!llllilllllll!lllll!lllllll!!lllll!llll!lll!lilllllll!llll**!li

i
;¥

RO POINTS TO THE MAP UPON ENTERING THIS ROUTINE.

l*illll!«llll{ll»!l!ll!lllll*l!llill!!l!llillllllll{llllllllilllwl
(RO)
;CHECK IF ANY MEMORY IN MARP...LO B4K.

+¢PMAP: EST
000002

?(RU)

BR IF HEEORY IN MAP.

003062

BR IF MEMORY IN MAP.
GO PRINT OUT THE FOLLONING MESSAGE .
!ADDRESS OF MESSAGE TO BE TYPED
'EN?THEHORY FOUND."

020376
020400

NOMEM

SPRINT

18:

00e

000001

R
-1,

177277
2s:

BIT

81,

33:

010346
010446
006303
006104

RI ON STACK
R2 ON STACK
R3
STACK
R4
STACK

éET upP ennx POINTER.
.HI

64K

.LO BHK.

SET UP ADDRESS POINTER TO -1.

(RO)

,CHECK THE MAP FOR THIS BANK

1518

000001

002760

$PRINT

4s:

,,PUSH
:1PUSH
i ;PUSH
: 'PUSH

SPRINT

00300c

025453

2(R0O)

000002

000001

020476
020500
020500
020502
020504
020506

.HI
&

222

020370
020374

005710
001007
005760
001004

LO—-0——00

WWWWWwWWw
VoIV IV IV IV IV o IV IV )

020356

SUBROUTINE TO TYPE OUT A MAP OF YK BANK

I BITS OF RODRESS RS WILL.

;BR_IF THIS BQNK PRE

; CHECK MI g

;BR_IF THI
BRNK PRESENT
; CHECK FOR PREV]IOUS PRINTOUT
;BR_IF ALREADY TYPED *TO°
;BRCK UP TO LAST ADR OF PREVIOUS BANK.
.HI RDDRESS BITS.

GO PRINT QUT THE FOLLOHING MESSRAGE.
:ADDRESS OF MESSAGE TO BE TYPED
:GO_TO TYPE THE RDDRESS.
:CHECK FOR PREVIOUS TYPEOUT,
:BR_IF ALREADY TYPE “FROM'
POINT TO _FIRST ADDRESS OF THIS BANK.
.HI BITS OF RDORESS.

GO PRINT OUT THE FOLLOWING MESSAGE.
:ADDRESS OF MESSAGE TO BE TYPED
PUSH Ks O+ STACK

:'PUSH RY or STACK
C-BIT
*BIT 15 INTC
‘BIT 15 IN o ]Y.

CZQMCEQD

0-124K MEMORY EXERCISER,

CZQMCE .P11

3347
3948

3949
3950

3951
395

395

3954

J95S

10-JAN-78

020510
(20Sl2

12:56

16K VER

SUBROUTINES

006003
010446

Ql3746
004767

osogas

o]0]0]

0205eM

003

177776
004104

.BYTE

MOV

020830
020534
020540

013746
004767
00s

3964

(020542

(012604

3963

020541

020544
ggoggg

3968

020554

006301

3970
3971

020560
020562

103321
012604

020570
020572

012601
000207

3969

3972
3973

3974
gg;s

020556

020S64
020566

001

3965
336

336

177776
004070

(012603
2703
SS0M

R3
R4, -(SP)

RESTORE BITS 14-0.
;SAVE RY FOR TYPEOUT

PC,

S$TYPOS

R3,-(SP)

Y°E

RVE

HE SU
g

RDING ZEROS

.BYTE

,,TYPE LERDING ZEROS

MOV
ADD

(SP)+ R3
uaooob R3

POP STACK INTO R3
GPDRTE T8 NEXT

SHIFT POINTER...LO B4K.

B8CC
MOV

s
(SP)+,RY

BR IF MORE BANKS.
,,POP STACK INTO R4

69:

MOV
RTS

(SP)+,R1
PC

; POP STRCK INTO RI
h

.SBTTL

SCOPE HANDLER ROUTINE

cS:

006102

ADC
ROL

012603
012602

MOV
MOV

3979

PRAGE 81

WIHTOUT USING A "TRAP* INSTRUCTION RS CQLLED FOR BY %%SYSMACX#*.
MOV
JUPSW,
-(SP)
BT
SSOR
STRTUS ON THE STACK
JSR
PC,
3TYPOS
T0
HE
.BYTE
S
;TYPE S DIGI (S)

ASL

gg;z

13:12

T ROORE
4-0
THE NEXT TWO INSTRUCTIONS PROOIDE AN INTERFRCE To THE $TYPQS ROUTINE

MOV

020000

10-JAN-78

UP DATA FOR ERROR PRINTOUT ROUTINE.

WIHTOUT USING
A "TRAP" INSTRUCTION RS CALLED FOR BY #%SYSMAC*%,
MOV
J¥PSW,
-(SP)
-PHT
PRQC gSOR
STATUS ON THE STRCK

.BYTE

3957
3958

H13

:TYPE ADDRESS BITS 21-15
THE NEXT TWO INSTRUCTIONS PRMIDE
AN INTERFACE TO THE $TYPOS ROUTINE
JSR

3956 020526 010346

2959
3960
3961
3962

TO SET

ROR
MOV

20S14
20520

MARCY11l 30A(10S2)

(SP)+,RY

RY
R2

P STACK

INTO R4

B TS

.HI B4K.

(SP)+,R3
(SP)+,R2

,,POP STACK
;POP STACK

U000 0036336 63636060600 0606 38 36 36 36 36 06 36 36 3 36 36 36 36 36 36 36 26 S U6 0 U

INTO R3
INTO R2

I M

MMM NN HEERKEY

3980
3981
3982
3983

iTHIS R03T¥ E QgNTROLS THE
OPING OF SUBTESTS. IT WILL INCREMENT
lRND LORA
H
ST NUMBER(STSTNM) INTO THE DISPLAY REG. (DISPLAY(7:0>)
lRN
D LOAD
R FLAG (SERFLG) INTO DISPLRY<¢15:08>
!THE SHITCH OPTIONS PROVIDED BY THIS ROUTINE RRE:

3985
3986
3987
3988
3989
3990
3991
3992
3993

s #SWl1=1
; ¥SW09=1
; #SW0B=1
; #CALL
;¥
SCOPE

3984

3994

,!SHIH-l

020574
020574

013746

3995

020600

004767

3999
4000

0206l6

001117

020620

000416

177776

001524

&00

NHIBIT ITERRTIONS
LOOP ON ERROR
LOOP ON TEST IN SWR<M4:0>
; 1 SCOPE=10T

$SCOPE;
;%
THE NEXT TWO INSTRUCTIGNS PROVIDE RN INTERFRCE TO THE $CKSWR ROUTINE
%
WIHTOUT USING A “TRAP" INSTRUCTION RS CALLED FOR BY %%SYSMAC#
MOV
acpsu,
(SP)
;PUT THE PROCESSOR STATUS ON THE STQCK

3996 020604 012504
3997 020606 010S16
3998 (020610 032777 040000 160322 1$:

MOV
MOV
BIT

JSR

(RS)+ RY
RS
(SP)
lBiTlH JSWR

SCKSNR

GO TO THE SUBROUTINE

4001
4002

i IF UNNING ON THE *“XOR” TESTER CHANGE
: i THIS INSTRUCTION TO A "NOP" (NOP=240)

SRVE MINIMUM BLOCK MRSK NEXT TEST.
PUT RETURN PC ONTQ STACK, SIMULATE JSR PC.
;LOOP ON PRESENT TEST?

BNE
$OVER
:YES IF SWl4=]
- #8848 8START OF CODE FOR THE XOR TESTERcoc

$§xXTSTR:

SEQ 0163

CZQMCED
0-124K MEMORY EXERCISER,
CZQMCE. P11
10-JAN-78 .2:56
4003

02062

013746

4004
4005

020626
020634

012737
005737

4007

020644

000466

4006
4008

020640
020646

012637

000004

020646
177060

40le
4013
4014

4015
40lb

020656
020664
020666

16K VER
MACY1l 30A(1052)
SCOPE HANDLER ROUTINE

000400

5§

160254

53+, QWERRVEC 5 iRERIORN THE PRESENT. FEST

BIT
BEQ
MOV

#BITO8, 3SWR
2s
JSWR, - (SP)

160246

105767
O0Ci42l

160173

ig?g?g

160177

160163

gnga

ygg2

020722

032777

001000

160210

BIT

:gsg

858;35

863332

160152

160146

4026

0207 2

105067

160135

4029

020754

032777

004000

4023

4030
4031
4032

020730

020762
020764
020770

001404

001011
006767
001406

BIC
CMPB

020772

005267

160106

4036

021006

012767

000001

160070

4038
4039

021022
021026

105267
116767

160054
160050

160154

4041

021040

03T 051009 Oooogy BO01e6 160100
4o4o0

021014

021034

016767

011667

4042

021044

005067

4044

021056

016777

4043
404S

4oM6

4047

4048
4049
4050
4051
4052

4053
4054
4055
4056
4057
40S8

021050

000552

160046
160122

00000

021064

016716

160016

0210672

001432

021074
021100
021106
Q21112
021114

021122
021124
021130
021136
021142
021144

020516

000167
012767
005767
001404
126727

163002
006267

016767
005767
001430
032777

160146

160020

160056

157762

000021

160456
160426
157436

160426

000040

157766

S$OVER

FROM SWR

: 'STRIP AWAY UNDESIRED BITS
:1ON THE RIGHT TEST?

::BR IF YES

SERFLG
38

: 'HRS AN ERROR OCCURRED?
:BR IF _NO

#B1709, aSWR

:'LOOP ON ERROR?

ggCEsR,SLPQDR

:SET LOOP ADDRESS TO LAST SCOPE

gERMQX,SERFLG

;;gnxipezgons FOR THIS TEST OCCURRED”

QSV

ys:

CLRB

SERFLG

;s ZERO_THE ERROR FLAG

3$:

BIT

#BIT11,3SWR

D INMIBIT érsnnrxonsv

INC

$ICNT

"' INCREMENT ITERATION COUNT

MOV

#1,SICNT

P'REINITIALIZE THE

§TSTNM
§TSTNM,STESTN

:'COUNT TEST NUMBERS
> :SET TEST NUMBER IN APT MAILBOX

BNE
TST
BEQ

SOE

1%:

MOV

$§SVLAD:

INCB
MOVB

MOV

(SP), SLPADR

(SP) ) SLPERR

S8R IF YE
: *IF FIRST PASS OF PROGRAM
;e
INHIBIT ITERATIONS

K ORE 1TERATION REQUIRED o

;:SET

ITERATION COUNTER

NUMBER OF ITERARTIONS TO DO

:'SAVE SCOPE LOOP ADDRESS
: *SAVE ERROR LOOP ACDRESS

$TSTNM, aDISPLAY ;:DISPLAY TEST NUMBER

81, SERMAX

: 'CLERR THE ESCAPE FROM ERROR ADDRESS
SONLY ALLOW ONE(I)

ERROR ON NEXT TEST

SLPADR, (SP)

: :FUDGE RETURN RDDRESS

:BR IF START NEXT TEST.

RS,

NP
MOV
157
BEQ
CMPB

ENDINS
837777,
$PASS
2%
STSTNM,

MOV
TST
BEQ
BIT

FSTADR,
RELOCF
4g
#SWOS,

BHIS
ASR

2%:
3%:

SMACNT,STIMES

MOV

1§:

G LES,SIONT

SESCAPE

MOVB

SOVER:

18
§PASS
15

CLR

BEQ

160500

#SSWAMK , (SP)
(SP)+, stSTAM

: ;LOOP _ON SPEC. TEST?
1'BR_IF NO
:'SET DESIRED TEST NUM.

7S:

INSERT: CMP

000470
037777
160100

::1GO_TO THE NEXT TEST

:CLEAR THE STRCK RFTER A TIME OUT

MOV

160037

(SP)+, (SP)+

; ;RESTORE THE ERROR VECTOR

BEQ

160044

112767

021070

1578
BEQ

160222

4033

4037

BEQ

2%:

160156

(SP)+,98ERRVEC

P:SET FOR TIMEOUT
{:TIME OUT ON XOR?

6S:; ¥8888END OF CODE FOR THE XOR YESTERssuss

020704
020710

ggggég

;;SAVE THE CONTENTS OF THE ERROR VECTOR

Hov

CMP

4018
4013

3859

SEQ 0164

$SvLAD

000340
160200

001465

PAGE B2

042716
122667

020702

J8ERRVEC,-(SP)

13:12

#58, Q8ERRVEC
J817706C

020672
020676

4C1?

10-JAN-78

MOV
15T
MOV

022626

032777
001407
017746

MOV

000004

4010
0506eq O0Bass |ooood
4011 020656

I13

3s
BLKMSK

(SP)

BLKMSK

#21
TMPFAD

ASWR

:CHECK FOR LOOP ON TEST.

:JMP IF LOOP ON LAST TEST.
:SET 8K BOUNDRY MASK.
CHECK FOR PASS 0.
'BR _IF PRSS O
:CHECK IF IN SECTION 3.

'BR IF IN SECTION 3.
"RESET BOUNDRY TO HK.

:GET FIRST ADORESS.
:CHECK IF PRG RELOCATED.
:BR IF NOT RELOCATED.
'CHECK IF LOC 0-776 TO BE PROTECTEC.

AN
C2QMZE0

CZGMCE. P11
4059
4060
4oel
4062
4063

0O-124K MEMORY EXERCISER,
10-JAN-78 12:56

021152
021154
021162
02116M
021172

001424
026727
1063020
012767
06276,

406S
4066

021206
021210

101006
004567

4068
4069
4070
4071
4072

021216
021222
021224
Q021232

016716
000207
016767
016767

4076

851252

40ed

4067

4073
4074
4075

4Q?7?

021200
021214

026703

021240
021246
021254

016767
046767
046767

1866

001011

4078

021270

4080

021300

4079

026727

021276

005767

160404

001000

160372

160370

001000

000001

160272
157330
157324
157724

4034

4095

4086
4097

4098
4093

4100

4101
4102

4103
41049
4105

160222

160220

160156

046767
030467
O00I41Y

032767

160214
160212

160204

160152

017777

160176

160174

160120

046767
036767

160170
160146

160114
160156

021426
021434

036767
001404

160140

160150

160134

160120

021454
021460

026767
101406
005767
001017

005767
001014

160052

02i462

004567

001770

021462

4112
4113
4114

017777

021466

021470
021472

108

001004

026727
005046
116716

160056

157404

CLR

$PASS

sCHECK FOR FIRST PARSS

13%:
148

158:

TSTMAP

108

TSTMAP+2

TST
BEQ
BIT
BEQ

RY
208

INC

TMPFAD

RY
11

RY4

TMPFAD

'BR_IF NOT FIRST PRSS.

:CHECK IF FIRST TWO BANKS AVAILABLE.

"NOT TESTING FIRST 2 BANKS.
:CLR ALL BUT FIRST 2 BANKS.

:CHECK FOR A MINIMUM BLOCK SIZE.
'BR IF NO MIN BLOCK SIZE.

;CHECK IF FIRST ADR ON BLOCK BOUNDRY.
:BR IF FIRST ADR ON BLOCK BOUNDRY.

:ADJUST FIRST ADR TO END OF BLOCK.

'FIRST ADR TO FIRST ADR OF NEXT BLOCK.

BIT
BNE
BIC

#MASKYK, TMPFAD
11$
FADMAP,
TSTMAP

BIC

TMPLAD

:ADJUST LARST ADR DOWN TO NEXT BLOCK BOUNDRY.

BNE
BIC

12%
LADMAP,

TSTMAP

:BR_IF _NOT ON 4K _BOUNDRY.
:SKIP TESTING LAST BANK.

BIC
BIT
BEQ

BIT

128:

1*NO MEMORY TESTED"
'ADJUST RETURN RDR FOR ABORT.
i ABORT.
:GET LAST ADDRESS.
:GET TEST MAP, LO 64K.

BNE

BEQ

118:

:ADDRESS OF MESSAGE TO BE TYPED

SAVTSTY2, TSTMAP+2 :...HI BHK.
PRGMAP, tsTMAP :DON'T TEST OVER THE PROGRAM.
PRGMAP$2, TSTMAP+2

BIS

021410
021416

4109

4111

032767
001006
046767

001006
046767

4106

4110

160234

;CHECK IF GONE PRST LAST ADR.

MOV
BIC
BIC
15T

108:

0467

021400
021402

021436
021444
021446
021452

4107
4108

005704
001503

040467

021424

TMPLAD
TSTMAP

8177774, TSTMAP

021366

(021372

160264
160254
160250

(SP)

BIC

160230

021352
021360
021364

.TST32,
PC
LSTADR,
SAVIST,

180222

005267

4091
4032
4033

MOV
RTS
MOV
MOV

NOMiST

177774

160242

021334
Q21342
021344

:BR IF ENOUGH MEMORY.
;GO PRINT OUT THE FOLLOWING MESSAGE.

042767

0OI40S

030467
001416

4yngg
4 33
4030

SPRINT

LSTRDR, #1000

021316
021322

021330

48
RS

TMPFAD

BIT

4084
4085

021324

BHI
JSR

#1000

160232

160220

4087

FADMAP

CMP

4S:

PRGE 83

sBR_IF SW NOT SET.
:CHECK IF NOT BEING TESTED.
:BR IF ALREADY PROTECTED.
;RESET FIR?T ADDRESS..
;SET FLAG
IN FIRST BANK.

_WORD

160344
160270

13:12

Y
TMPFAD,
4§
81000,
#8170,

000003

005067

4086

160370

10-JAN-78

032767

021306

021312
021314

BEG
CMP
BHIS
MOV
BIS

160422
160344
160276

MACY1l 30R(1052)

SCOPE HANDLER ROUTINE

002242

4081

4082
4083

16K VER

BIC
BIT
BNE

BIT
BEQ

CMP
BLOS
TST

:CHECK IF FIRST ADR REACHED 4K BOUNDRY.
'BR IF NOT ON 4K BOUNDRY.
:DON’T TEST FIRST BANK.

FAOMAPY2, TSTMAP+2
RY
tMPLAD ;CHECK IF LAST ADR ON BLOCK BOUNDRY.
12¢
:BR IF ON BLOCK BOUNDRY.
#MASKYK, TMPLAD

;CHECK IF ADJUSTED TO YK BOUNDRY.

LADMAP42, TSTMAP+2
FADMAP, (ADMAP ;CHECK IF FIRST AND LAST IN SAME BANK.
138

:BR

IN SAME BANK.

FRAOMAP+2, LADMAP+2 ; .. .UPPER 64K,
148
;BR IF FIRST AND LAST NOT SAME BANK.
TMPFRD

TST
BNE

TMPLAD,
15%
1STMAP
168

TSTMAP+2
168

JSR

SPRINT

;GO PRINT OUT THE FOLLOWING MESSAGE.

(SP)

1“SKIPPING TTMST #”
:CLEAR THE WORD ON THE STACK.
:PUT THE DATA ON THE STACK.

BNE

_WORD

CLR
MOVB

SKPMES
-(SP)
$TSTNM,

LCHECK
"BR_IF
:CHECK
'BR_IF

IF ANY MEMORY LEFT.
NO MEMORY TO TEST.
IF ANY BANKS LEFT TO TEST!!

TEST MAP NOT EMPTY.

"CHECK FOR_ANY BANKS.
'BR IF TEST MAP NOT EMPTY.

"ADDRESS OF MESSAGE TO BE TYPED

SEQ 0165

rrfuvfurufuuL
DDOOOOODDODD%DODDO
R

it
£
NN
oo
£L
N —r—- 000

[=]
n

wn
~N
£

St g Sot ooy

CZQMCED
0-124K MEMORY EXERCISER,
CZGMCE. Pll
10-JAN-78 12:56

NDO‘IOI&SNgg‘U‘NQVO‘N

e
e
O
—

LSWWWWWWWWWIWN
N NNINICNUINUINE
LS LS L L L £ £ £

PN R

ol i

ol gV i

oV i

ol O

oS 8

N o

021476

013746
004767
003

16K VER

157362
160034

13:12

PAGE B84

SEG 0!86

J#PSW,
PC,

CBYTE

-(SP
STYPOS

;PUT_THE PROCESSOR STATUS ON THE STACK
GO _TO THE ? BROUT INE

(SP)
SLPADR

nerunn TO SKIP TEST.
:SKIP THE SKIP ON RETURN
RDJUST THE LOOP ADR PAST THE SKIP.

TYPE 3 pIGiTs.

TYPE LERDING ZEROS.

168:

BR
ADD
ADD

ENDINS
oH

218:

MOV
BIC
ASL

TMPFARD, ' RS
RS,
FADMSK
RS’

‘GET rmsr ADR.
:CLR MASK neove LOWEST BIT OF FIRST ARDOR.

#MASKYK , LADMSK
TMPLAD, 'RS

ssr MASK BITS
:GET LRST ADR.

2ng:

MOV

21s

BIC

RS,

ASL
BNE
ENDINS: RTS
SMXCNT:

onhsqu FADMSK :GET4K MASK

BNE

MOV
MOV

22%:

LADMSK

RS
22%
PC

novs LOMEST BIT UP ONE.
LOOP UNTIL OVERFLOW.

:CLR ALL MASK BITS ABOVE LOWEST BIT IN LAST ADR.
*MOVE LOWEST BIT OF LAST ADR UP ONE.
:LOOP UNTIL OVERFLOW
sxxr scops ROUTINE encx TO TEST.
AX.

NUMBER OF ITERATIONS

;% THE NEXT TWO INSTRUCTIONS PROVIDE RN INTERFARCE TO THE SCKSWR ROUTINE

177776
000Sa4y

021600

MOV
JSR

_BYTE

160024

000207

10-JAN-78

THE NEXT TWO INSTRUCTIONS PROVIDE AN INTERFACE TO THE S$TYPOS RGUTINE
WIHTOUT USING R "TRQP" INSTRUCTION AS CALLED FOR _BY x%%SYSMAC#%.

'
000004

K13

SCOPE HANDLER ROUTINE
:#
;%

177776
003122

MACY11 30A(1052)

WIHTOUT USING
A
”TRQP”

MOV

JSR

S4#PSU,

INSTRUCTION AS CALLED FOR_BY #%SYSMACH%.

(SP)

SCKSNR

.SBTTL ERROR HRNDLER ROUTINE

;PUT _THE PROCESSOR STATUS ON THE STRACK

;GO TO THE SUBROUTINE

00 2

iTHIS ROUTINE WILL INCREMENT THE ERROR FLRG AND_THE ERROR COUNT,
;#SAVE THE ERROR_ITEM NUMBER AND THE RDDRESS OF THE ERROR CALL
;%AND GO _TO SERRTYP ON ERROR
:#THE SWITCH OPTIONS PROVIDED BY THIS ROUTINE ARE:

;i %SW15=]

ON ERROR

P¥SW13=1

INHIBIT ERROR TYPEOUTS

¥SW10=1
,:ggeg=1

013746
004767
062716
105267

78:

021670

117767

~aa

MOV

JWPSW,

BEQ

JSR
ADD
INCB

MOV
BIT

157306
157276

BEQ

001606

157234
157234
000002
157222

ERROR

; ; ERROR=EMT AND N=ERROR ITEM NUMBER

SERROR
"%
THE NEXT TWO INSTRUCTIONS PROVIDE AN INTERFACE TO THE SCKSWR ROUTINE
}%
WIHTOUT USING
A_"TRAP® INSTRUCTION RS CALLED FOR BY ¥#SYSMAC#*.

177776
000S1Y
000002
157257

157250
002000

BELL ON ERROR
LOOP ON ERROR

18:

JSR
.WORD

PC,
8
SERFLG

-(SP)_

$CKSWR
(SP)

;PUT THE PROCESSOR STATUS ON THE STACK

;GO TO THE SUBROUTINE
'ADJUST POINTER PQST CODE WORD.
,,ssr THE ERROR FLAG

'DON’T LET THE FLRG GO TO ZERO

$TSTNM, aDISPLAY ::DISPLAY TEST NUMBER AND ERROR FLAG
} iBELL ON ERROR?
#BIT10, ASWR
18

RS
SBELL

SPRINT

‘NG

- SKIP

80 PRINT OUT THE FOLLOWING MESSAGE.
ADDRESS OF MESSAGE TO BE TYPED

INC

SERTTL

MOVB

aséRRPc SITEMB ;;STRIP AND SAVE THE ERROR ITEM CODE

MOV

(SP), SERRPC
82, SERRPC

:COUNT THE NUMBER OF ERRORS

' 'GET ADDRESS OF ERROR INSTRUCTION

e
Pt Pt P
e Pt P
et Bt Pt Pt Pt

NN ~N NNNNNNNNNNNO
Uvneg P d L LWWINNY
-0
Lo £ whoooccooocnnoe Lo

DOD%DODOOOOOOO
NON) UV Y UV
PV

s
e eP

[@]w]
[2V]2V) rrr

16K V R

MACY
HANDLE

167234

032777
00100S
004767
004567
001201

020000

6 2787
1007

000001

157276

004767
000
009
000777
005777
100005
000000

002044

157160

0000CH4

013746

177776
000342
001000

116767

RROR

000116
001540
20%:

157156

02e737
001001
00000C

p14174

SCALF

®APTENV, SENV
2

BYTE

B8PL

HAL T

13:12

PRGE 85

,,gxip TYPEQUT IF SET
P TYPEQUTS
460 T0 gssn UEBROR ROUTINE

PRINY

GUT TH

FOLLOWING MESSAGE.

ADDRESS OF MESSAGE TO BE TYPED
,,RUNNING IN APT MODE
!NO,SKIP APT ERROR REPORT

;15 1TEM NUMBER RS ERROR NUMBER
' 'REPORT FATAL ERROR TO APT

22%

: ;s APT_ERROR_LOOP

i $SKIP IF CONTINUE

JSWR

SEQ 0167

!!HALT ON ERROR

ALT ON ERROR!

THE NEXT TWO INSTRUCTIONS PROOIDE AN INTERFACE TO THE SCKSWR ROUTINE

WIHTOUT

USING
R “TRAP*

OOPSN

INSTRUCTION AS CALLED FOR_BY #%SYSMAC**.
PROCESSOR STATUS ON THE STARCK
;PUT. T

= (SP

SCKSNR

IBITOS dSWR
ptd
SLPERR, (SP)

3%:

SESCAPE
5%
SESCAPE, (SP)

000042

$PRINT

SITEMB,21$
PC,SATYY

157144

SERRTYP

MOVB
JSR
BR

157106
157164
016716

.WORD

~—

10-JAN-78

ROUTIN

PC,

BYTE

L13

309(1252)

1BIT13,ISUR

CMPB
BNE

157166

BIT
BNE
JSR

ISR

;¥

8DDDOD
oy

PR NP PP
PPl
i
il Gl g g 38 o o o
i o i 3 o o
Pt Pt Bt Pt e Bt Pt Pt Bt s Bt Bt Bn B Bee s B s Bt Bt Bt Pt B B s Pt Bt s e

DO IO OO OO O OODOUWDDODMOODDMO
NI NNNNYNNNNY
OONOCNILWN—0ODONTN LWU—ODONOCN LW~

O )
Mm

0
0-124K MEMORY EXERCISER,
P11
10-JAN-78 12:56

#SENDAD, Ju42
63

6%:

000207

:G0_TO

THE SUBROUTINE

,,’DOP ON ERROR SWITCH SET?
;
: ?UD&E
gTURN FOR LOOPING

,,SHE?KFOR RN ESCRPE RDDRESS
F NONE
: FUDGE RETURN ADDRESS FOR ESCAPE
; ;ACT-11 AUTO-RCCEPT?
,,BsgNCH IF NO

RTS

HH 363696 36 36 3 3 36 38 36 3 3 36 36 3 3 36 36 36 36 36 36 36 36 36 36 36 36 36 36 3 36 36 36 36 3 36 36 36 36 36 30 3 36 36 36 36 36 36 3 3 26 3 3¢ 36 3 36 36 3 3 3 3 R

.SBTTL

ERROR MESSAGE TYPEOUT ROUTINE

; #THIS ROUTINE USES THE “ITEM CONTROL BYTETM” (SITEMB) TO DETERMINE WHICH
IT THEN OBTAINS,
FROM THE "ERROR TABLE*" ($ERRTB),

;%ERROR IS TO BE_REPORTED.

022030
022030

004567

SERRTYP:

001422

SCALF

SPRINT

RO, - (SP)
@]
n
n
o
£
n

n e rren
o OONOCNIEW

:#AND REPORTS THE APPROPRIATE INFORMATION LONCERNING THE ERROR.
P o Po£o
£
nl o n

gle]

NN
[w]w]
TX

022046

156700
001007

157046

022050

016746

157042

R0
SITEMB,
RO

MOV

.%
‘¥

Y4e21

022054
022060
022064
De20s6

013746
004767
000513
Die?767

177776
00es?0
157024

157420

1%:

$ERRPC, - (SP)

GO PRINT OUT THE FOLLOWING MESSAGE.

ADDRESS OSVNESSQGE T0 BE TYPED
;

SARVE RO

:PICKUP THE ITEM INDEX
IF ITEN NUMBER IS 2ERO,

TYPE THE PC OF THE ERROR
stRRPc FOR TYPEOUT
,,sn

JUST

ERROR RDDRESS

THE NEXT TWO INSTRUCTIONS PROVIDE AN INTERFACE TO THE $TYPOC ROUTINE
WIMTOUT USING
A _"TRAP" INSTRUCTION AS CALLED FOR_BY *%SYSMACx®*.
A
MOV
JSR
BR
MOV

J#PSW,
PC
10
SERRPC,

-(SP)

$TYPOC

SVERPC

; PUT_THE PROCESSOR STATUS ON THE STACK
;GO TO THE SUBROUTI E

:SET UP OIRTunL PC FOR TYPEOUT.
ouT

CZO0MCEQ

CZQMCE.PI11
4227
4228
"
4
4331

4232

qsga
4o 34

usgg

0-124K MEMORY EXERCISER,

10-JAN-78 12:56

022074
022102
]
11

022112

85§Jfi§

855133

166767
005300
6

066700

2067
14

884887

156500

1bK VER

157522

000006

4245

S§:

004567
001201

4246

Q022164

012001

4247

Q22162
(022166

es:
4§ :

001276

010146
001451

4248 022170 066701 156404
4249

(022174

4251

022202

4253

(022206

4284

4255
4266

022204

012000

000426

02°°14

4259
4260

(Qe2222
022224

4261

4262
4263

022226

004767

013746

022232
022236
022246
022246
022250
022252
022256

004767
000417
122760
001004
013146
004767
000407

4272

022260

005046

022264

013746

022276
022300

005711
001404

4273

4274

4275
4276

022260

022262

427?
4278
4279

022270
022274
(022275

4282

022302

4280
4281

JSR

322R°
. WORD

RELOCF

13:12

PAGE 86

SEQ 0168

SVERPC

;MAKE VIRTUAL IF NOT ALREADY.
:ADJUST THE INDEX SO THAT IT WILL
:
WORK FOR THE ERROR TRBLE

: FORM TQBLE
PO;NTE

RS,

SPRINT

;GO PRIN? OUT THE FOLLOWING

RS
schL

$PRINT

;GO PRIN? our THE FOLLOWING MESSRGE.
:ADDRESS OF MESSAGE TO BE TYPED

0,+,28

MESSAGE.

_.WORD

MOV

R1,-(SP)

BEQ

ggz

JSR

JSR
. WORD

MOV

8SERLF

RROR nsssncs" POINTER
SKIP TYPEOUT IF NO or TER

SPRINT 8803RIN
uEQSGE
gncg~
ZOINTEQQSEES
HERE
§
09
*b
Bé
?
QEB
(RO)+,4S
PI%KUP
*DATA
Hsngsn" POINTER
32,
SPRINT ;GO PRINT ou7 THE93LL3u1NG MESSAGE.
@
A HERDER” POINTER GOES HERE
:SAVE Rl

(ROY+,R1

IF NO DARTR TO BE TYPED

s ADJUST #oinr

RO)+, RO

RELOC# RO

BNE

TST8

chxup “DATA TABLE®” POINTER

RELOCF R1

ADD
MOV

PICKUP “DRTA FORMATTM POINTER

sADJUST POINTER.

(RO)+

J(R1)

sCHECK THE

BR IF NO

save atRl

FORMAT

15 917 OCTAL

ga PEOUT

;% THE NEXT TWO INSTROCT ONS PRbOI AN INTERF CE TO THE STYPOC ROUTINE

‘%

177776

002434

100406
013146

4264
426S
4266
4267
4268
4269
4270
4271

6%:

013146

022220

4257

4258

105720

013746

ERRTB

MOV

001006

022210

ADD

4250 022176 066700 156376

4252

MOV
BEQ

3s:

022154
022160

SuB
DEC
ASL
ASL
ASL

:qSSe7 855 1 35 881381
8 9 001320
:Sag 082{:8 01§887
000006
4241 855145 884559 001304
4242
022152
000000
4243
4244

10-JAN-78

ERROR MESSAGE TYPEOUT ROUTINE

157412

001326

M1s5

MACY11 30R(10S2)

7%:

WIHTOUT USING A "TRAP" INSTRUCTION AS CALLED FOR BY #SYSMACHX.
MOV
J8PSW,
~-(SP
;PUT_THE
PROCESSOR STATUS ON THE STACK

JSR

PC,

BMI
MOV

srvpoc

1)+,

"P)

1GO TO

THE SUBROUTINE

;BRANCH IF NOT DECIMAL
SsAvl a(K1)+ FOR
TYPEOUT

;% THE NEXT TWO INSTRfiCTA Nc pROYIDE
AN INTERFACE TO THE STYPDS ROUTINE
‘%

177776

002140
177777

177777

17%:

002640
18%:

113116

WIHTOUT USING P _"TRAP"
sraucr*on
ns CALLED FOR BY %%SYSMACH%,
MOV
JWPSW,
-(SP,
PROCESSOR STATUS ON THE STACK

JSR
BR
CMPB
BNE
MOV
JSR
BR
CLR

MOVB

PC,
8%
#-1,
18%
J(R1)+,
PC,
83
-(SP)

A(R1)+,

§TYPD:

-1(RO)
-(SP)
§TYPAD

(SP)

:GO_TO THE SUBROUTINE
1SKIP
:CHECK FOR 18-BIT ADDRESS FORMAT.
:BR xr NOT 1°-BIT noonsss FORMAT.
;PUT THE DATM 1IN THE STACK
:DETERMINE HE PHYSICAL ADDRESS AND TYPE IT.
1SKIP
CLEQR THE WORD ON THE STRCK.

:PUT THE DATA ON THE STACK

:% THE NEXT TWO INSTROCTIONS PROVIDE AN INTERFRCE TO THE $TYPOS ROUTINE

177776

004767
003
001

002334

004567

001150

8%:

WIHTOUT USING A_“TRAP"
MOV

J4PSW,

INSTRUCTION AS CALLED FOR BY %%#SYSMAC#%.

-(SP

JSR
.BYTE
.BYTE

PC,
3
1

srvpos

JSR

RS,

$PRINT

TST
BEQ

(R1)
9g

THE PROCESSOR STATUS ON THE STACK

co TO THE SUBROUTINE
‘TYPE 3 DIGITS.
P TYPE LERDING ZEROS

PER ERE ANOTHER NUMBER?
‘BR IF
N

;GO PRINY OUT THE FOLLOWING MESSAGE.

CZOHCEO
0-124K MEMORY EXERCISER
CZGMCE. P11
10-JRAN-78 12:5
022306
022310

022326
000734

ee3le
c231y4
022316
022322
022324

g1ee01

Oc23e6

012600

004567
001201
000207
000011

16K

N13

VER
MACY11l 30A(1052)
10-JAN-78
ERROR MESSAGE TYPEOUT ROUTINE

93 :
10$:

001134

.WORD
BR

11%
6%

MOV
MOV

(SP)+,R1
sp : 0

JSR

.SBTTL

.EVEN
TTY INPUT

PRGE

: RDORESS OF MESSAGE
: LOOP

. WORD k
RTS
.ASCI2 /

118:

13:12

SPRINT

SEQ 01869
TO BE

TYPED

s RESTORE Rl
RESTORE RO

;GO PRIN OUT THE FOLLOWING MESSAGE.

! ADDRESS OF MESSAGE 1O BE TYPED
RETURN
: TRB cunhncrsn

ROUTINE

tl!llll!l‘llll‘ll*li!llllll!ll!illlllllllllllllll!!!llllllill!lll*

NRBL

LSB

060800 06 06000000 30 0600 06

022330
022336

4322

$CKSWR: CHMP

022406
Oee4lo

6 00

;1S THE SOFT-SWR SELECTED?

TSTB

38 °KS

,.cunn THERE?

MOV8
BIC
CMP
BNE

JSTKB, - (SP)
#$C17? (5P)
87 (SP}+
154

‘SAVE THE
,,srnxp-orr THE RSCII
,,xs ITA CONTROL G”
'NO, RETURN TO USER

15§

,,annucu IF YES

BPL

158

:1BRANCH IF NO

15%

:IF NO

oon T unxr AROUND

SAUTOB, 81

JSR

SPRINT

;GO PRINT OUT THE FOLLOWING MESSHGE.

001050

JSR

SPRINT

;GO0 PRINT QUT THE FOLLONING MESSAGE
.

155562

MOV

such

001056

022402

0036 0000 00 3

CMPB

156544

022374
0c2400
022402

0000 000000 00 00 000 30 00 00 30 00 6

8SWREG, SWR

BNE

156574
177600
ooo0Q7

022356
B223¥ke
0ce3eY
022372

022414

156602

156600

COONON LW

£ LfLrLL Lk
| [NINIRININININTNIA]
n U = e e e st Pt P 0 pe

000176

0000 00 00 00 00 0000000 00 00 36 6 000030 00 000

iSOFTNRRE SWITCH REGISTER CHANGE ROUTINE.
;#ROUTINE 1S ENTERED FROM THE TRAP HANDLER, AND WILL
; #SERVICE THE TEST FOR CHANGE IN SOF TWARE SWITCH REGISTER TRAP CALL
: ¥lHEN OPERATING IN TTY FLAG MODE-

1?7776
002230
0010eb

0c244e

013746
004767
004567
023273
005046
005046
105777
10037S

D2244y
0224s0

117746
042716

156476
177600

022454
0c2460
0ce4ee

0elee?
001006
00o4se?

0000es

000001

BEQ
SGTSWR

- WORD

198:
156502

000770

_WORD

sné

-(SP)

‘ADDRESS OF MESSAGE TO BE TYPED

:RDDRESS OF MESSAGE 10 BE TYPED
SAVE

suazc

FOR

TYPEOUT

THE NEXT TWO xnsrkucvxons PROVIDE AN INTERFRCE TO THE STYPOC ROUTINE

WIHTOUT

MOV

USING
A _“TRAP"

d8PSW,

JSR
JSR

CLR
CLR

~(SP)
-(SP)

. WORD

STYPOC
SPRINT

snheu

MOVB

dSTKB,

CMP
BNE

(SP), 825
108

CALLED

FOR

##SYSMAC#.

THE PROCESSOR STATUS ON THE STARCk

GO TO THE SUBROUTINE
:GO PRINT OUT THE FOLLOWING MESSAGE.

:RDDRESS OF MESSAGE TO BE TYPED
::CHAR

THERE’

::PICK

UP cuan

;1 IF NOT
- (SP}

81C17%, (5P)

RS,

PUT

. CLEAR COUNTER
PITHE NEW SWR

a$TKS

JSR

INSTRJCTION

-(SP)

7578

BPL

8IC
9s

SCATLG

:'ARE
WE RUNNING IN AUTO-MODE”

SPRINT

TRY RGAIN

::MAKE IT ?-BIT ASCII
;118 1T A CONTROL-U
BRANCH IF NOT

.40 PRINT OUT THE FOLLOWING MESSAGE.

S-i3% MEWORY EYERIISER.
Fil
10-JAN-"8 [2-Sb

.ba

JER
Ty

B1Y

v, 0% 1062
oINPT ACLTINE

LD Can-"8

(3-12

PaGE 88

€3 0170

922466

023250

000006

278

&0C
Be

_WORC

SCNT_o

;ACORESS OF

022476
0c>502
0c.504
ogesxg
G5y

021627 00001S
001323
00576k 00000
001403
166
000002

128:

.SP . 815

;1S IT R <ZR.°

4. 5P
118

:IYES, IS ;r THE FIRSTM ZmaR
;i BRARCH IF YES

322470
02247y

%7%

&c_gseo 852705
cSé‘O

02254
S6?
oe-sgg
120;
Be2s
126727
022540 001003
022542
012777

8525
8990;
2S5¢
62
02255k 021627
022562 ggz«eg
022564
022570
0c2S72
022576
022602
022604
0

026l
0226l

0coble

1627
0OM2726

00301S

00S76b
001403
006316
006316

006316

0S6bib

%gggg

000705

022624

004S67

022632

000°16

022630

001200

000”26
156377
000100

i5642C

erg

TS
BEQ

iig:
:

000001
156374

001142

15%:

000060
000067
000002

000002
177776

16$

. BRANCH IF MO

Z15P ), 3SR
5P
86,

UP STACK
CLEARR MNEW
(i. SAVE

JSR
. WORD
cmPB
BNE
MOV

RS
SPRINT
sch#r
$INTAG, 8!
15¢
8100, IS TKS

GO PRINT OUT THE FOLLOWING TMESSAGE
:ROORESS OF MESSAGE TO BE *VPEC
" RE-EMRBLE TTY KBO INTERR F-S*
:IBRANCH IF MNOT
(i RE-ENRBLE TTY KBC INTERRUPTS

crP
BGT
8:¢C

000060

ESSRGE T. BE " -PEC

S IGMORE PREVIOUS ITMPU”
SILET'S TRY It RGAIN

MOV
RDOD

RT]
JSR
cHP
BLY

168:

06, SP
194

! IRETURN
D ECHO CHAR
::CHAR ¢ Q0°
: | BRANCH ;r YES

PC. STYPEC

(S8), 860
18%

(SP), 867
860, (SP)+

DICHAR > 27
; ;BRANCH IF YES
;;srnp-orr RSCII

18%

178:

TSY
BEQ
RSL
ASL
ASL
Ih:

(5P)
2(SP)

‘1
ROOM FOR
MEW ONE
1 KEEP COUNT OF CHAR

SiGET THE NEXT ONE

JSR

BIS

000626

_WORD

.DSRBL

LS8

2(SP)
178
(SP)
(SP)

::1S TMIS THE FIRST CHAR
: :BRANCH IF YES
:INO, SMIFT PRESENT
D1
CHAR o&n 70 MAKE

-2(SP), (SP)

SQUES

SISET IN NEW CHAR

SPRINT

;GO PRINT OUT THE FOLLOWING MESSAGE.

‘ADDRESS OF MESSAGE TO BE TYPEC
;. SIMULARTE CONTROL-U

HI (Y S22 2222222222222

X22XXXX22X2XX22X2XXX222X2 222 XX 222224

:;INPUT A SINGLE CHARACTER FROM THE TTY

SESEE ROUTINE WILL INPUT A SINGLE CHARARCTER FROM THE TTY

‘e

022634

011646

022644

105777

022636

022650

0cebSe

022660
0226bb
022674
0ee6?6

016666

10037S

117766

042766
026627

001013
108777

000004

156274
156270

177600
000004

1586242

000002

SROCHR:
18:

000004

000004
000023

RDCHR

RETURN HERE

MOV

IS ON THE

STACK

D WITH PARITY BIT STRIPPED OFF

(SP), -(SP)

. ;PUSH DOMWN THE PC

4.5P},2(SP)

:.SAVE THE PS

1578

ISTKS

MOVE

JSTKB, 4(SP)

PIREAD THE TTY

BNE
7578

38
98 TKS

: 'BRANCH IF NO
;:WRIT FOR A CHRARRCTER

BPL

BIC
CMP
cs:

1 CHARACTER

:WRIT FOR

1A CHARRCTER

81CC 127> 4(SP)
4(SP), 823

:iGET RID oFf JUNK IF ANY
::1S IT A CONTROL-S”

CoQMCED

CZGMCE. P11

0-124 MEMORY EXERCISER,

10-JAN-78 12:56

4395

022702

10037S

4399

(22720

001366

4402

0227

062407

Y404

022742

16K VER

4400

BPL

BLT

CHP

4406

4407

022752

026627

000004

0UL217S

042766

000040

000004

003003

000002

cMP

BGT

4s:

4403

022744

000750

BNE

440l 022724 026627 00000 000140 3S:
0227

10-JAN-78

!3:12

PAGE B9

LO?PCUNYIL

1TS THERE

(R
s
CMP
(SP)+, 521
¥
A CONTROL-Q”

B8R

4405

022722

Cly

30R(10S2)

TTY INPUT ROUTINE

3% Bl WITe 19923
4398 022714 (e26e? 000021
4

MACYl]l

g;c

4(SF), 8140
4(SP), 8175

840, 4(SP)

,,xr nov DISCRRD IT

‘YES,

RESUME
‘1S 17
UPPER CRSE?
ANCH IF YES

,.xs IT A SPECIAL CHAR?
BRRNCH IF YES

'G0

PER CRSE

BACK

USER

llllll!llillllllllllllllllIlll“Illlllilllllllllllllllllll!llll

4408
4409

&ers ROUTINE WILL INPUT R STRING FROM THE TTY
. #CALL:

4411
::}s

Ly
‘a

4410

Y414

022754

010346

4416

022760

012703

022770

101467

4418

022756

4417

022764

4424

023004

4426

023012

4418

005046

023240

4427
4428

4429
4430

4435
4436

020327
103441

023240

4437
4438
4439

023046
023052
023060

004567
023236
005303

661357
4567

023238

001407

4442
4443

(023074
023100

004567
023236

4444

4445
4446

Y4y?
4448
4449
4450

023066
023102

023104

023110

033115
023116
023120
023122

000426

112767

000212

6S:

005016

122713

000025

004567
023250
000717

000340

001004

122713

000022

HE RUBOUT KEY

iGET_ADDRESS

urr R FULL?
YE

000142

8%:

2'1S IT A RUBOUT

(SP)

;13

68
8'\,98

MOV

RS,
9§’

SPRINT

8-1,(SP)

MOVB
JSR

(R3),9%
RS,
SPRINT

BR
TST

28
(SP)

CMP
BLO

BEQ

i
Pér "Soc
iYvpE
A
K SLASH

:80 PRINT OUT THE FOLLOWING MESSAGE.
'RDDRESS OF MESSAGE 10 BE TYPED
: ' BACKUP BY ONE

: 'STACK ENMPTY?
:iBR IF YES

:RODRESS OF MESSAGE TO BE TYPED

S:BR

8\, 98

RS,
9%

CHPB

825, (R3)

CMPB

822, (R3)

RS
SCATLU
18

P:SETUP TO TYPEOUT THE DELETED CHAR.
;80 PRINT OUT THE FOLLOWING MESSAGE.

16O READ ANOTHER CHAR.
: RUBOUT KEY SET?

SPRINT

(SP)

BNE

JSR
_WORD
BR

IF NO

THIS THE FIRST RUBOUT?

R3, sSTTYIN
4s

JSR
.WORD

CLR

18R

:SET THE RUBOUT KEY

DEC

MOVS

78:

8177, IR3)

BNE
MOVB

.WORD

53 :

000356

sSTTYINSB. ,R3

,,CLERR

4§

JSR
_WORD

000164
000400

000134

-5p)

BNE

TST

000741
005716

02306M

BLOS

;;RODRESS OF
FIRST cunnncren WILL BE ON THE STRCK
;;TE INATOR WILL BE
R BYTE OF ALL 0°S

;% THE NEXT TWO INSTRUCTIONS Pnbvxoc AN Nrsnrncs TO THE SRDCHR ROUTINE
;% WIHTOUT USING A _“TRAP“ INSTRUCTION RS RL%E OR BY ##SYSMAC#%.
MOV
ac SW, ~-(SP)
PUT THE PSO SOR STATUS ON THE STARCK
JSR
SROCHR GO TO THE sueaourx
MOVB
:¢)+ (R3)
::GET CHARACTE

005716

4440

Y44l

sSTTYIN, R3

CMPB

177777

023040
(023044

MOV

108:

012716

4433
44349

18:

000177

000134

R3,-(SP)

CLR

122713

001910
1127672

023032

4432

MOV

cMP

023014
(023016

4431

SROLIN:

2s:

001024

;i INPUTA STRING FROM THE TTY

RETURN HERE

023250

023010

023024
023030

RDL IN

022703

4419
4420
4421
022772 013746 177776
Yyc2 022776 004767 177632
4423 023002 112613
4425

: TYPE

IF NO

A BACK
§Lns

:80 PRINT ou HE FOLLOWING MESSRGE.
:ADDRESS
OF MESSAGE TO BE TYPED
:CLEAR THE RUBOUT KEY

,,IS CHARRACTER
A CTRL U"
SPRINT

JIBR

IF NO

:80 PRINT QUT THE FOLLOWING MESSAGE.
'ADDRESS OF MESSAGE TO BE TYPED
:.GO START QVER
"'1S CHARACTER R "tR""

SEQ 0171

CZAMCEQ
0-124K MEMORY EXERCISER,
CZQMCE. P11
10-JAN-78 12:5S6
Y451

yu52
4483
4454
4455
4y5
Y457

8 31

°8§8

31
(023132
853133
14
oagxqq
023146

13
004567
" §s5
Y4
8835

(023150

004567

0231

000700

4465
Y466
Y462

(023172
023176
053200

2723
1272
105063

4469
4470

023210
023212

001202
005726

4473
Y474y

023220
(023226

016666
012766

4476

023236

4458

4459

023150

Y460

023122

Y462
4463
Y464

023160
023164
023170

4461

001200

BNE

000320

000312

0960S2
000266

4468 023204 0049567

000246

4471
4472
4475

853514
3216

812503
0B1i64%6

023234

000002

4477
4478
4479
4480

023237
023240
(023250
023255

000
000010
052536
136

Y482

023270

4484

(023300

4481

4483

3382

023262

(023273

4g:

000302

111367
4567
023236

38:

020075

040

036440

0G0

047040

000040

000002
000004

SQUES

13:12

SPRINT

:CLEAR THE CHRARACTER
¢o PRINT our THE FOLLONING MESSAGE.
noong§ ? f ? E
GO PRINT OUT THE FOLLOWING MESSAGE.
' ADDRESS OF MESSAGE TO BE TYPED

1,60 PICKUP RNOTHER CHARCTER
SPRINT

(R3),9%
RS,
SPRINT
9§

;GO PRINT QUT THE FO Louxnc MESSAGE.

nooasss OF MESSAGE

TO BE TYPED

s CLERR THE BUFFER AND LOOP

: sc THE CHARRACTER
c PRINT OUT THE FOLLOWING MESSAGE.
:ADDRESS OF MESSAGE TO BE TYPED

:;CHECK FOR RETURN
;;LOOP IF
T RETURN
:
5
HE

_WORD
15T

SLF
(SP)+

: ADDRESS OF MESSAGE TO BE TYPED
,,CLEQN RUBOUT KEY FROM THE STACK

MOV
MOV

4(sP) 2(sP)
sSTTYIN, G(SP)

.BYTE

,,sronnce FOR ASCII CHAR. TO TYPE

<15>¢12>/SWR
=

RTI

BYTE
.BLKB_
.RSCIZ
.ARSCIZ

SPRINT co RINT our THE OLLONING MESSAGE.

(5P)+,R3
(5P), 1(5P)

O
8.
/%U-<15,<12>
/tG/¢15><1d>

,,RES ORE R3
ADJUST THE STACK AND PUT ADDRESS OF THE

FIRST ASCII CHARACTER ON IT

: RETURN

: ' TERMINATOR
' 'RESERVE 8 BYTES FOR TTY INPUT
: JCONTROL *U*”
,,CONTROL "c"

000
000012

S$MSWR:

.RSCIZ

053505

SMNEW:

.RSCIZ

.SBTTL

READ AN OCTAL NUMBER FROM THE TTY

4y4yg7

SEQ 0172

:BRANCH IF NO

STTYIN:
SCNTLU:
SCNTLG:

020122

PAGE 30

815, (R3)+
28
-1(R3)

MOV
MOV

9s:

0S3523

JSR

000

005015

JSR

CHPB
BNE
CLRB

177777

00S01S
006507

(R3)
RS
SCRLF
RS
$TYYIN
2s

MOVB
JSR
_WORD

10-JAN-78

CLRB
JSR
_WORD
JSR
_WORD
BR
.WORD

000015

000004
023240

D1Y

16K VER
MACY11 30R(1052)
TTY INPUT ROUTINE

NEW = /

Y 2222212222212 222%22z2222:2*222x22222::1*X22222X2XXT2X2TXTXXXTTXT22 L

4488
4489
4490
449]

*ETHIS ROUTINE WILL READ AN OCTAL (RSCII) NUMBER FROM THE TTY AND
:%CHANGE IT TO BINARY
:%THE INPUT CHARACTERS WILL BE CHECKED TO xnsunso THEY ARE LEGAL
: #0CTAL oxchs IF AN ILLEGAL CHARACTER IS READ
A “?* WILL BE TYPED

:333

lggEN BE RETYPED.

4y4q2

'%FOLLOWED BYA CRRRIAGE RETURN-LINE FEED. THE COHPLETE NUMBER MUST
1

443g
4436
::gg

(23304

Ol1EY46

4502
4503

023316
023320

010146
010246

4504

02330e
023314

023322

O0Ole666
010046

000004

000002

THE INPUT IS TERMINATED BY TYPINGR CRRRIAGE RETURN.

Ly
'x

RDOCT
RETURN HERE

; ;READ AN OCTAL NUMBER
:LOW ORDER BITS ARE ON TOP OF THE STACK

$RDOCT:

MOV

(SP),~(SP)

,,PROVIDE SPACE FOR THE

R1.-(SP)
R2. -(5P)

:PUSH R1 ON STACK
1PUSH R2 ON STARCK

4499

4500
4501

MOV
MOV

MOV
MOV
18:

P ¥

4(SP}, 2(SP)
RO, - (SP)

; 'HIGH ORDER BITS ARE IN SHIOCT

: INPUT
NUMBER
;' PUSH RO ON STACK

THE NEXT TWO INSTRUCTIONS PROVIDE AN INTERFACE TO THE $ROLIN ROUTINE

WIHTOUT USING A “TRAP" INSTRUCTION RS CALLED FOR BY 2%SYSMRC##.

czoncco
0-124K MEMORY EXERCISER,
CZQMCE. P11
10-JAN-78 12:56
4S07
4508

023322
023326

013746
004767

1772776
177422

4510

023334

010067

000102

4609 023332 012600
4511
4Sl2
4513
4514

4515

4516
4517
4518

023340
023342
023344
023346

00S00l
005002
112046
001420

122716

4519
4520
4521
4522
4523
4524
4525

023354
33
023362

003026
122716
002423

(23372
023374
(023376
023400

006102
006301
006102
042716

4527
4528

M
023410

005726

4S2h

4529

(023364
0233
023370

023404

023412

4530

023416

4532
4633
4534

34
023426
023430

4531

45635

023422

(023432

4536

023434

4538
4533

(023442
023444

4537

4S540
4S4]l

:g:g

062601

010166

010267

Cl2602

2s:

000060

023450

001200

000000
004567

000012

4S49

3229

4558

4559
4560
4561

: 'MAKE SURE THIS CHARACTER

000014
000006

000000

$HIOCT:

;IS AN OCTAL DIGIT

: } CLEAN TERMINATOR FROM STACK

MOV

R2’ SHIOCT

;%2

;;STRIP THE RSCII JUNK
,,QDD IN THIS DIGIT
* LOOP

R1, 12(SP)

(SP)+,R2

! 1SAVE THE RESUL

(SP)+ RI
(SP)+ RO

; ;POP STACK INTO Re
; ;POP STACK INTO Rl
,,POP ;;QCK INTO RO

TST

(SP)+

.,CLERN PRRTIRL FROM STARCK

JSR

RS,

LWORD
JSR

O
RS

_WORD

(000723

F ZERO GET ouT

28
(SP)+

(RO)

.WORD

SQUES

STACK

,,PICKUP THIS CHQRQCTER

BR
TST

(SP)4,R1

SEQ 0173

;o4

CLRB

‘AND SAVE

ROL
ASL
ROL
BIC

MOV
MOV
RTI

4s:

RO,SS’

$'7,(SP)
ys
R1
R2
RI
R2
RI1
R2
#tC7, (SP)

MOV

SPRINT
SPRINT

;:SET A TERMINATOR

;80 PRINT OUT THE FOLLOWING MESSAGE.
;GO PRINT OUT THE FOLLOWING MESSRGE.

QQDRESS
OF MESSARGE TO BE TYPED
RY AGRIN

: iHIGH ORDER BITS GO HERE

< 360636 363636 36 36 36 36 36 36 36 36 36 36 36 36 3¢ 36 36 30 36 36 06 2 06 36 30 06 06 06 00 06 06 30 006 0 90 36 36 30 30 36 38 36 30 30 36 30 36 30 30 36 36 36 3636 36 36 3

i SUBROUTINE TO _PRSS RELOCRTED 2%2?“?2 ADDRESSES TO THE STYPE ROUTINE.
:% CALL:
JSR
RS

4546

4S50
4551
4552
4553
4554
4555

#°0, (SP)

MOV

000032

Y4E4y4
4545

4547
4548

:!CLEAR DATA WORD

ADD
3%:

:PUT THE PROCESSOR STATUS ON THE

:GO_TO THE SUBROUTINE
};GET ADDRESS GF 1ST CHARACTER

R1
R2
(RO, +,-(SP)

ASL
ROL
ASL

177770

-(SP)
SRDLIN

CLR
CLR
MOVB
BEQ
BGT
CMPB
BLT

000067

aopsu

PRGE Sl

(s¢)+

CMPB

005726
105010

13:12

MOV

01260)
012600
000002

004567

023454

MOV
JSR

006301
006102
6301

023436
Q234€2

El4

10-JAN-78
16K VER
MACY11 30A(1052)
RERD AN OCTAL NUMBER FROM THE TTY

(023456

012567

023462

066767

(023470
(023474
023500

013746
004767
000000

023502

000205

000016

155112

177776
000004

<"ESSAGE VIRTUARL RDDRESS>
P ®
o 3636353 36 3 3 96 3 3 3 3 3 3 36 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 % 3 3 3 3 3 3 3 3% I W A 335 W W 2 K K ® X% X

000010

§ARINT: MOV
;%
‘%
18:

(RS)+

;GET H$ SESSQGE VIRTUAL RDDRESS.

MAKE 1
YSICAL.
RDD
RELOC
THE NEXT TWO INSTR
WIHTOUT USING
A
A “TRAP” INSTRUCTION AS CALLED FOR _BY %XSYSMAC#X.
MOV
J8PSW,
-(SP)
; PUT TH$ PROCESSOR STRTUS ON THE STRCK
JSR
PC,
STYPE
:GO TO THE SUBROUTINE
_WORD
O
Sg?figéNS THE PHYSICAL MESSAGE RDDRESS.

.SBTTL

RTS

0CTIONS PROVIDE AN INTERFACE TO THE STYPE ROUTINE

TYPE ROUTINE

o 363636363 36 3 3 3 36 36 36 36 36 36 3 36 3 3 36 36 3 36 36 36 3 36 36 36 36 3636 36 36 36 38 36 36 3% 3 3 3 3 38 3 3 36 36 30 36 36 36 3¢ 36 6 36 36 36 36 3 3¢ 3 B

'iROUTINE TO TYPE RSCIZ MESSRGE. MESSAGE MUST TERMINATE WITH A O BYTE.

; #THE

ROUTINE

WILL

INSERT
A
R NUMBER

OF NULL CHRARACTERS AFTER A LINE FEED.

C2GMCEOQ

CZGMCE. P11

0-124K MEMORY EXERCISER,
10-JAN-78 12:5S6

16K VER

MACY1l 30A(1052)

:ggg

: ¥NOTE L :
: ¥NOTE2:
;:NOTE3:

4567

: #CALL:

:ggg

‘:on

:%])

4571

4575
4576

(023504
023510

105767
100002

4256 023516
05314 909930
010046

4579
4680
4581

017600
122767

000002
000001

155472

023534

132767

000100

155463

010067

000004

023532

4S84

023542

00I40S

4586
4587
4588
4589

023550
(023554
023556
(023564

004767
000000
132767
001003

4591

023570

001005

4594

023576

06716

4S8s

4590

(023544

(023

4595
4536

(023602
023604

4598

(023612

4537
4599

4600

001011

000040

1120496

000002
122716

(023610

001431

(023616

001007

122716

TYPE

155441

STYPE:

TSTB
BPL

2%:
000002

3s:

000011

4g:

000200

STPFLG
1%

;1S THERE A TERMINAL?
:'BR IF YES

32lsP), RO
$QPTENY, SENV

:'GET ADDRESS OF ASCIZ STRING
: 'RUNNING IN 9°T MODE

3s
RO, -(SP)

BNE

62%

MOV
CMPB

62%

JSR
_WORD
B1T8
BNE

PC,SATY3
::SPOOL MESSAGE TO APT
O
: ' MESSAGE ADDRESS
$APTCSUP, SENVM ; :APT CONSOLE SUPPRESSED
60%
;1 YES,SKIP TYPE ouT

BNE

(RO)+,~-(SP)

: 'PUSH CHARACTER TO BE TYPED ONTO STACK

ADD

82, (SP)

'ADJUST RETURN PC

MOVB

RTI
CMPB

N0, GO CHECK FOR CONSOLE

RG,61$

:'SEYUP MESSRGE RDDRESS FOR APT

: 'RETURN
P 'BRANCH IF

$CRLF, (SP)

s sBRANCH IF NOT <CRLF>

(SP)+

::POP_(CR><LF>

BEQ

BNE

S§

ggsLF

RS,

JSR

PC,STYPEC

CMPB

177630

023636

004767

0000SE

5%:

6s:

ChPe
MOV

1)
8536e0 basaog ooooo!
4612 023662 004767 000032

78:

pECB
JSR

£§°0)
PC, STYPEC

607
05364e Doap o930
:283 023650 016746 155300
4613

:g}g

023666
023672

105367

000770

000072

:gig
4618

TST

DECB

SiBRIF IT ISN'T THE TERMINATOR

#HT, (SP)

88138?

4605

; 'NO,GO CHECK FOR APT CONSOLE

BEQ

00°726

ggggsg

i: HBGvg
CRE IF NO TERNINAL
:SAVE RO

#APTSPOOL
, SENVM ;;SPOOL MESSAGE TO APT

023620

3285

: sMESADR IS FIRST RDDRESS OF AN ASCIZ STRING
o

BRMOV

BITB
61%:
62%:

INSTRUCTION

,MESADR

TYPE

MESADR

MOV

000222

PAGE 92

SFILLC CONTRINS THE CHRRACTER TO FILL RFTER.

18:

023520
023524

4582

4583

155447

13:12

SNULL CONTAINS THE CHARACTER TO BE USED AS THE FILLER CHARACTER.
$FILLS CONTAINS THE NUMBER OF FILLER CHARACTERS REQUIRED.

USING A TRAP

4572

10-JAN-78

TYPE ROUTINE

4563
4564

4568

F1y

SPRINT

SEILLC,SPoe
$NULL, -(SP)
§CHARCNT

(HT»

EQUIV

80 PRINT OUT THE FOLLOWING MESSAGE.
GO TYPE THIS CHARACTER

i;5355
I8 T%HEFNEEtLEfingHRRS.'NEEDED
TIME FOR FILLERQOMARS.”

{ iD0ES A NULL NEED To BE TYPED? o srack

1:GO TYPE A NULL
;DO NOT COUNT AS A COUNT
:1LO0P

:HORIZONTAL TRB PROCESSOR
023674

112716

000040

8%:

MOVB

£’

. (SP)

;. ;REPLACE

TAB WITH SPACE

SEQ 0174

000002
00001S

000052

TYPE

gooolz

9¢ .

NN N=MN)—UNO00
=0 =

JSR

PC,$TYPEC

BITB
BNE
TST

155216

000002

:;LORD CHAR TO BE TYPED INTO DATA REG.

BNE
CLRB
BR

18
SCHRRCNT
STYPEX

: :BRANCH IF NO
| YES--CLERR CHARACTER COUNT
CEXTT

STYPEX
(PC)+
Q

:BRANCH IF YES
:COUNT THE CHARACTER
,,cnnnncrsa COUNT STORRGE

CMPB

BEQ
INCB
$CHARCNT:
. WORD

#CR, 2tsp

SLF,2(SP)

APT COMMUNICATIONS ROUTINE

llll»!ll!llllllll!!llil!lll!llill!l&!l!l!!lllillll!ii!lil!!!l*l»l»

000001

000360

§g¥¥g

MOVB

1 SFFLG

MOV

RO, - (SP)

BEQ

SATY3:

oV
TSTB

000346

155170
155161

CMPB
BNE
géga

1$:
2%:

000016
060004

gg:

0o0eel
000004
cocoo2

000004

R1 -(SP)
SMELG

MOV
EEEB

RO $MSGAD
é§0)+

BNE

; TO REPORT FATAL ERROR

,,TO TYPE R MESSAGE

::TO ONLY REPORT FATAL ERROR
; ;PUSH RO ON STACK

11PUSH R1_ON STACK
; ; SHOULD TYPETMA MESSAGE”
OR

NOT:
:IF

SAPTENV, SENV
,,OPERRTING UNDER RPT?
33
:IF NOT:
BR
lgPTSPOOL SENVM ,,SHOULD SPOSL MESSAGES?

34(59) RO
82, 4(SP)
SMSGTYPE
$MSGARD, RO

ésrnsssn E ADDR.
UMP RETURN ADDR.
,,SEE
IF
boue
W/ LAST XMISSION”
WRIT
F NOT:

,,P?T A DR
3

N nnégaox
F MESSAGE

:SUB START OF MESSAGE

ASR

,,GET MESSAGE LNGTH IN WORDS

ggv

g: $MSGTYPE

P TELL APT TO TAKE MSG.

MOV

3%:

81,SFFLG

MOV
ADD
TST

suB

155116

000004
0

,,IS CHARACTER A LINE FEED?

.SBTTL

lé*SgFLG

155066

IS CHARACTER A CARRIAGE RETURN?

RTS

ggve

155112
000004

SGET NEXT CHARACTER

$TYPEX:

MOVB

155126

: TYPEA SPACE

2(SP) asrpa

000366

000004

SEQ@ 017S

MOVB

$ATYl:

000004
000002
155120

PAGE 93

:WAIT UNTIL PRINTER 1S READY

000376

000100

13:12

§¥TPEC

CMPB

1§:

10-JAN-78

,,?RRNCH 5F NOT AT
T0
,,POP SPACE OFF STACK

000001
000001

000001

G1lY

87. SCHARCNT
qg’
(SP)+

STYPEC: ggla

177340
105767
001422
017600
062766

MACY1l 30W(1052)

ROUTINE

000014

NWNOW
QNN
Qoo~Nnm

D24 14y
024146
De4146
024152
024184
024180

000014
0co007

16K VER

155224

023770
023776

004767

0O r-r
=1t

023700
853?04
3712
023714
023716
023720
023724
023736
023734
023742
023744
023750
023752
023760
023762
023764
023766

o000
—O0WONOOr
e

OO0

Pllo 124k MEMORY EXERCISER,
10-JAN-78 12:56

RO, SMSGLGT

P1PUT LENGTH IN MAILBOX

MOV
ADD

FY(SP), 48
#2,.9(5P)

;s PUT MSG nooR IN JSR LINKAGE
UMP RETURN ADDRESS

JSR

PC,STYP

: *CALL TYPE MACRO

1578
BEQ

SLFLG
108

RDD

#2,9(SP)

MOV

_WORD

MOV

17?776, -(SP)

aq(sp)

: s PUSH 1??775 ON STACK
,,SHOULD LOG AN ERROR?
:IF NOT:
BR
:GET ERROR

,,eunp RETURN ADDR.

CZGMCEC
0-124K MEMORY EXERCISER,
C2QMCE. P11
10-JAN-78 12:56

ug*s
4676

ux;g
4yi7e

4682

024206

4684

024214

701
711

001344

026701

155300

i
e
qsrg Bin
854§08 881%55
468) 054504 000732
4623

46ES
:gg;

Q24ele

001402

(0e42le

005211

oe:eag

4688 SSMsSs
4689

4630
4631
4692

4693
4694
4695

469

6767 154772

024240
024242

001375
017667

000004

(24ebe

105067

000106

(024234

024250
024256
054293

4701

024304

4703

024302
024304

005767

062766
00S267
132067

105067
012601
012600
010046

016700

:;82

8233%2

81;37

4708
4709
4710

024330
024336
024394

4712

024350

054 15

4707 024324
4711

024346

66 700

010067

012767
012767
012600

024350

4715
4716
4717

3;{8

024356
024360
024362

ggzggg

005721
100402
005021

4720

024366

012600

4721
4722
4723
4724
4725

4726

4727
4728
4729

024352

024370
024372
024373
024374

000002
154722
00101

010046

0.2701

000774

6S:

MOV
TST

8% :

CMP

10%:
118:

12%:

000074

155200

001344
154662

154672

001344
000002

BEQ

108

18:

: sPOINT _TQ TABLE START
:'END OF TRBLE?

ibholth
PUIF
sS: el
BR
i ROYE ook Ina TR WORD
'

PUIF

TRBLE FULL?
SO:

BR -- NO MORE ROOM

fgch

;;?HOHB? Rssgnr FATAL ERROR?

BEQ

12%

:IF

118
Jd49(SP),SFATAL

S IF _NOT:
WAIT
::GET ERROR #

TST

75T

BNE
MOV

ADD
INC

CLRB

(R1)

SENV

$MSGTYPE

#2,4(SP)
SMEGTYPE

:'SET UP_NEW ENTRY

: 'BUMP ERROR COUNT

: 'RUNNING UNDER APT?
NOT:

:'FINISHED LAST MESSRAGE”

. . BUMP RETURN RDDR.
;s TELL APY TO TAKE ERROR

$FFLG

:'CLERR FATAL FLAG

SMFLG
(SP)+,R1
(SP)+.RO

' 'CLERR MESSAGE FLAG
: :POP STACK INTO Rl
::POP STRCK INTO RO

CLRB

SLFLG

RTS

MOV

RO, -(SP)

. sPUSH RO ON STACK

suB

égg

$APTR, RO

#3ASTAT, RO

; ;SET MESSAGE ADDR.
1 TELL APT TO TAKE STATS.
:'POP STACK INTO RO

MOV

RO, - (SP)

TST
8MI
CLR

(R1)+
23
(R1)+

MOV

RTS
.BYTE
.gvr
.BYT

000200

APTSIZE=200

000100
000040

APTSPOOL=100
APTCSUP=040

.EVEN

. :GET SIZE OF STAT TABLE

#SASTAT,SMSGAD
82, 3MSGHY
(SPY+,R0

RTS

'RETURN

;;sEEN5T 00351%957 COMMUNICATION

50 $MSGLG

MOV

:'CLEAR LOG FLAG

sgscrv

MOV

$MFLG:
$LFLG:
$FFLG:

000001

SEQ 0176

ggse

INC

(R1)+

PAGE 94

RO,

000207
000
000
000

024376

SAPTR,R!

13:12

MOV

MOV
MOV
MOV

$ATY?:

001344

S
qg' .
be

MOV
18:

#3ASTAT,R1
(R1)

T
£Q
B

CLRB
MOV
MOV
SATYE:

000207

4713

4719

154744

000207

024306

4704

000150

001413

024
024276
024300

4702

10?3?2

024232

4697
4698
4699
4700

010021

H1Y

16K VER
MACY!1 30R(1052)
10-JAN-78
APT COMMUNICATIONS ROUTINE

Ezésr MESSAGE LENGTH
!

'RETURN

: ;PUSH RO ON STACK

#$ASTAT,R1

*!GET

: 'KEEP CLEARING

(SP}+,R7

PC
O
0
0

START OF TABLE

:'END OF TABLE?
;i IF SO:
BR
: 'CLEAR ERROR COUNT

: sPOP STACK INTO RO

: 'RETURN
: 'MESSG. FLAG
11LOG
FLRG
*'FATAL FLAG

APTENV=001

HH EREEREEREEREEREELEEREREEERERRAERERER R

RERRARRE R

R RN ERRRERR

C2QGMCED
0-124K MEMORY EXERCISER,
CZQMCE.P11
10-JAN-78 12:56

I14

16K VER
MACY11l 30A(1052)
10-JAN-78
APT COMMUNICATIONS ROUTINE

4731

13:12

PAGE 95

:;gg

.SBTTL

4234
4735
4736

;#THIS ROUTINE IS USED TO CHANGE A 16-BIT BINARY NUMBER TO R 5-DIGIT
:#STIGNED DECIMAL (ASCII) NUMBER AND TYPE IT. DEPENDING ON WHETHER THE

:;gg

;:gg;eggeguslganggggégxr OF THE NUMBER.

4739

S %CALL:

3;:5

: XNUMBER IS POSITIVE OR NEGATIVE A SPACE OR A MINUS SIGN WILL BE TYPED

4740

4743

024376

4746

024402

010246

4749

024410

012746

024432

016700

4244
4745

4747
4748

024376
024400

024404
024406

4750
4251
4752
4763

024414
024420
(024422
024424

4765

024436

4764

47266

024442

$TYPDS:

010046
010146

010346
010546

0000SS

012703

024620

0003

1S4142

000001

18:

4760

38:

(024452

016001

4761

024460

002402

4764
024466
4765
024470
4766
024472
4767
024474
4768 ,024476
4769
024500
4770
024502
4771
024504

060105
005702
001002
105716
100407
106316
103003
116663

000001

4772

4773

4776

gg::gs

160105

888;93

S3:

052702

000040

024526

020067

155110

024532
024534
(024536
024540

103746
101002
010502
000764

4783

024546

116663

4784
4785
4786

4s:

0S2702

4277
4778
4779
4780

:;gé

02461C

024512
024516

gggggs
024554
024556
024560

000060

177777

6%:
7%

MOV
MOV

RO, - (SP)
R1,-(5P)

: :PUSH RO ON STACK
:'PUSH R1 ON STACK

8s:

177777

177776

::1GO TO THE ROUTINE

R2,~-(SP)

P1PUSH R2 ON STACK

820200, -(SP)

PSET BLANK SWITCH AND SIGN

R3.-(5P)
RS’ -(SP)

P'PUSH R3 ON STACK
1 'PUSH RS ON STACK

MOV
BPL
NEG
MOVB

20(SP) )RS
18
RS
%'- 1(SP)

PIGET THE INPUT NUMBE
$i1BR IF INPUT IS POS.
:MAKE THE BINARY NUMBER PJS.
J:MAKE THE ASCII NUMBER NEG.

MOV

#SDBLK, R3

1. SETUP THE OUTPUT POINTER

MOV

RELOCF, RO

ADD

RO,

MOV

$OTBL (RO),R1

BLT

4§

toRe
SUB

Ra (RO

R1,RS

:GET RELOCATION FACTOR.

!ADD_IN RELOCATION FACTOR.

R R EHE BCD NUMBER
T 0 A BLANK
:'GET THE CONSTANT

: 'FORM THIS BCD DIGIT
:'BR

IF DONE

égc

: *INCRERSE THE BCD DIGIT BY 1

ADD
TST
BNE
1578
BMI
ASLB
BCC
MOVB

R1,RS
R2
)
(SP)
73
(5P)
6%
1(SP),~1(R3)

: ;ADD BACK THE CONSTANT
: *CHECK IF BCD DIGIT=0
:'FALL THROUGH IF O
:'STILL DOING LEADING D’S”
:'BR_IF YES
:IMSD?
1'BR _IF NO
:'YES--SET THE SIGN

BIS

!'MAKE IT A SPRCE IF NOT ALREADY A DIGIT

8IS

CMP

iggggg

105013
012605
012603

. sPUT THE BINARY NUMBER ON THE STACK

MOV

000020

4769

024456

NUM, - (SP)

TYPDS

MOV
MOV

020200

016605
100004
00SH0S
112766

LEADING ZEROS WILL ALWAYS BE

MOV

728 Doqusy Oboes 000040
:;gg

CONVERT BINARRY TC DECIMAL AND TYPE ROUTINE

#'0.R
R

RO,

LEIGHT

BLO
BHI
MOV
BR

23
83
RS, R2
X

MOVB

-1(SP),-2(R3)

ggls
CLRB
MOV
MOV

égp>+

(R3)
(SP)+,RS
(SP)+.R3

:'MAKE THE BCD DIGIT ASCII

:CHECK THE TABLE INDEX

:GO DO THE NEXT DIGIT
1:G0 TO EXIT
PIGET THE LSD
!GO CHANGE TO ASCII

;;HQSI;HEOLSD THE FIRST NON-ZERO?

::YES--SET_THE SIGN FOR TYPING

:SET THE TERMINARTOR
:'POP STACK INTO RS
:POP STACK INTO R3

SEQ 0177

<ZOMCED
0-124K MEMORY EXERCISER,
C2GMCE.P11
10-JAN-78 12:56
4787
4788
4789

024562
024S64
024566

01eb0e
012601
012600

4790
4791
4792

024570
024574
024576

004567
(024620
Q016666

4794

(024606

000002

4793

4795
4796
4797
4798
4799

:gg?

024604

024610
0246le
024614
024616
(024620

012616

J14

1BK VER
MACY1l 30A(10S2)
10-JAN-78
13:12
CONVERT BINARY TO DECIMAL AND TYPE ROUTINE
MOV
MOV
MOV

176662
000002

JSR
. WORD
MOV

000004

023420
001750
000144
000012
000004

MOV
$OTBL:

$OBLK:

_SBTTL

RS
SPRINT
SDBLK
2(SP) ,4(SP)
(SP,+,(SP)

10000.
1000.
100.
10.
.BLKW

BINARY TO OCTAL

SEQ 0178

; s POP STACK INTO R2
,,POP STACK INTO Rl
; :POP_STACK INTO RO

¢0 PRINT QUT THE FOLLONING MESSAGE.
RDDRESS OF MESSRARGE TO BE TYPED
,,RDJUST THE STACK
; ; RETURN TO USER

(ASCII) AND TYPE

3636 366 36 36 36 3 3 3 36 3 3 3 38 36 3 36 3 36 3 3 3 36 3 36 3 3 36 3 3 3 36 3 3 36 36 3 3 3 36 3 36 3 3 3 3 3 3 36 3 3 3 3 3 2 3 3 X X 2 % %

4803
4804
:ggg

iTHIS ROUTINE IS USED TO CHANGE R 16-BIT BINARY NUMBER TO AR &6-DIGIT
!OCTRL (RSCI1) NUMBER AND TYPE IT.
!%AEEOS—--ENTER HERE TO SETUP SUPPRESS ZEROS AND NUMBER OF DIGITS TO TYPE

4807

R T
T )

4802

RTI

(SP)+,R2
(SP)+,R1
(SP)+,RC

PRAGE 96

. 3

4808

4809
4810

4811
48

S e

MOV

NUM, -(SP)

,,NUMBER T0_BE TYPED

.BYTE

,,N-l TO & FOR NUMBER OF DIGITS TO TYPE

*
¥

TYPOS
.BYTE

sCALL _FOR TYPEOUT

;;M=1

]

OR O

;;1=TYPE LEADING ZEROS
; 0=SUPPRESS LEADING ZEROS

: #STYPON----ENTER HERE TO TYPE OUT WITH THE SAME PARAMETERS RS THE LRST

; ¥3TYPOS OR

s %CALL:

LR
T

; #CALL¢

yg8ee
:gga
4825
4826

024630
024634

017646
116667

000000
000001

4828
4829

024646
(024652

062716
000406

000002

0ce46be

112767

4830

024642

000211

$STYPOS:

000173

STYPOC:

024670
024676
024700

112767
010346
010446

00000S

000156

STYPON:

4837

024710

005404

4839
4840

024716
024722

110467
116704

4835

(024702

000006

010546

4836 024704 116704 000147
4838

4841
4842

NUM, - (SP)

; ;NUMBER TO BE TYPED

;;CALL FOR TYPEOUT

024712

024726
(024732

062704

000006

016605
005003

000012

000134
000127

000167

MOV
TYPOC

NUM, -(SP)

; ;NUMBER TO BE TYPED
; ;CALL FOR TYPEOUT

MOV
MOVB

a(SP),-(SP)
1(SP),SOFILL

,,PICKUP THE MODE
LORD ZERO FILL SWITCH

ADD
BR

82, (SP)
STYPON

MOVB

26, SOMODE+1

MOVB

000001

4832
4833
4834

024654

112667

000213

*
*

112767

4g31

TYPON

iSTYPOC-—-ENTER HERE FOR TYPEOUT OF A 16 BIT NUMBER

4821

4827

MOV

STYPOC

(SP)+,3S0MODE+1

,,NUHBER OF DIGITS TO TYPE

#],80FILL

;;SET THE ZERO FILL SWITCH

MOVB
MOV
MOV

85, SOCNT
R3,~(SP)
RH -(SP)

;;SET THE
; ; SAVE R3
,,SRVE RY

NEG

MOVB

MOV

MOVB
ADD

MOVB
MOVB

MOV
CLR

' -(SP)

SOfiODE+1,RH
RH SOMODE
SD?ILL RY

12(SP),'RS
R3

; s ADJUST RETURN ADDRESS
;3SET FOR SIX(6)

DIGITS

ITERATION COUNT

;s SAVE RS

,,GET THE NUMBER OF DIGITS TO TYPE
; s SUBTRACT

IT FOR MAX.

ALLOWED

,,SnVE IT FOR USE
;GET THE ZERO FILL SWITCH

PICKUP THE INPUT NUMBER
,,CLERR THE OUTPUT WORD

CZQMCED
0-124K MEMNR’ tV_"C"SER,
CZQMCE.P11
10-JAN-7C 1216
4843
4844

024734
024736

006105
000404

4846
4847
4848

(024742
(024744
(024746

006105
006105
010503

4g84S

4849
4850
485]

4gS2
4853

4854
4855

4856
4857

4858
4859
4860
486l
4862

4863
4864
4865

(024740

(024750
024752
(024756

100017

024760
024764

042703
001002

(024770

001403

024766
024772
024774

(25000
025004
025010
025014
(025016

025022

005204
052703

052713
110367
004567
025752
105367
003346

002402
005204

4867

025032

012605

4869
4870

5036
025040

4868

025030

025034

4871
4872
4873
4874
4875
4876
4877

025046
025050
025052
025053
(025054
025055
S0

4879

(025060

4878

2s:

000060

000040
000042
176442

000032

7%:

6%:
000002

005727

4883

025110

005067

177746

4832
4893

4894

4895
4896
4897
4898

025116

(025116
025120
025122
025124

:'FORM THIS DIGIT

R3
$OMODE

i
LSB OF THIS DIGIT
;;TYPE THIS DIGIT?

BIC
BNE

#177770,R3
43

:1GET _RID OF JUNK
:TEST FOR O

BEQ

BIS
MOVB
JSR
.WORD
DECB

%' _R3
R3, 8%
RS,
8%
$OCNT

BLT
INC

6%
R4

INC
8IS

BGT
BR

MOV

SOMODE:

ERRTRP:

TST

,,suppasss THIS 0

SPRINT

,,nnxe ASCII IF NOT ALRERDY
SAVE FOR TYPING
¢o PRINT OUT THE FOLLOWING MESSAGE.
:ADDRESS OF MESSAGE TO BE TYPED
:SCOUNT BY 1
:BR IF MORE TO DO

:'BR _IF DONE
; § INSURE_LAST DIGIT ISN'T A BLANK
'GO
DO THE LAST DIGIT

(S5P)+,RS

,,RESTORE RS

(SP)+.RY

'RESTORE R4

(5P)+ R3
2(SP) . Y4(SP)

,,RESTO E R3
'SET THE STACK FOR RETURNING

O
O
O
O

,,RETURN
: 'STORAGE FOR ASCII DI
: S TERMINATOR FOR TYPE ROUTINE
,,ocrnL DIGIT COUNTER
P1ZERO FILL SWITCH

(SP)+. (SP)

(PC)+

2%:

HALT

3s:

CLR

$TMP3
SERROR

: 'NUMBER OF DIGITS TO TYPE

s CHECK IF PREV TRAP TO
4 REPORTED

:CONTRINS ERROR REPORTED FLAG
*BRANCH IF NOT REPORTED
:SET DOUBLE TRAP FLAG.
;SAVE THE BAD PC FOR TYPOUT
:%#% ERROR #¥¥ (GO TYPE R MESSAGE)
: ERROR TYPE CODE.
:SKIP
HALT
‘ERROR! SECOND TRAP TO
4 OCCURRED
*BEFORE FIRST WAS PRINTED

sRETURN TO PROGRAM AND TRY TO RECOVER

.SBTTL
_PHYSICAL noonsss TYPE ROUTINE
:%
ROUTINE TO TYPE
AR PHYSICAL ADDRESS

010046
010146
010246
010346

MOV
MOV
MOV
MOV

; ;DON’T_SUPPRESS ANYMORE 0’S
*MAKE THIS DIGIT ASCII

O
2%
1S
(SP),
PC,
31
33

RTI

;;BR IF YES

RY
%'0,R3

.WORD
BNE
INC
MOV
JSR
.WORD
BR

$TYPAD:

PAGE 97

ROL
DECB

MOV
RYI
.BYTE
BYTE
.BYTE
.BYTE
.WORD

1s:

000000

000002

RS
RS
RE,R3

13:12

; ;ROTATE MSB INTO "C"
:GO DO MSB

ERROR TRQP SERVICE ROUTINE

177770
154070
174502

0eS114

000004

$OCNT:
SOFILL:

0000GO
001010
005267
01167
0047w,
000031
000401

:gg?

ROL
ROL
MOV

ROL

MOV
MOV
8%:

025062
025064
025066
025072
025076
(025102
025104
025106

4g:

012604

012616
000002
000
009
000
000
000000

RS
33

TST

000743

012603
016666

ROL
BR

BPL

177770

4880
4881
4882
4883
4884
488
4886

4887
4888

3%:

000100

005704

025024
025026

48656

18:

00610S

006103
106367

K14

16K VER
MACY11 30A(1052)
10-JAN-78
BINARRY TO OCTAL (ASCII) AND TYPE

RO, -(SP)
R1,-(SP)
R2,-(SP)
R3,-(SP)

s sPUSH
:PUSH
::PUSH
:'PUSH

(18 BITS).

RO
RL
R2
R3

ON
ON
ON
ON

STACK
STACK
STACK
STACK

SEQ 0179

= SZQMCED
0-124K MEMORY EXERCISER,
CZQMCE. Pll
r0~JAN=78 12:56
-———

016602

4899
4900
4901
4902

L14

10-JAN-78
16K VER
MACY1ll 30AR(10S2)
PHYSICAL RDDRESS TYPE ROUTINE

--MOV
CLR

000012
153446

000001

177572

—
NOO—~=—0 L0000
on [oals alVa e ToVigNToats od o VIS g VY2010 aX ale ale of
£N = WU
= O
) = )=
e e e
Q0 0000000000000
000
£0 W
MR MNGIG) = 0= 00— b=s pt b e

BIT

81,

ROL

006101

S
N

MMAVA

BEQ
MOV

000006

160000

18:
2s:

006302

000003

3s:

ROL

02s317

#KIPARO, Rl
R1

86, RO

ADD

s60,

MOV

#3,R1

R3,
RS,
8%
R3

enancu IF NO MEM nch
CHECK IF MEM MGMT

:CLR ALL EXCEPT BITS 1
'SET
TO APPROPRIATE pnh

{GET conrsnrs OF PAR
'SET UP COUNTER
:SHIFT PAR
: SAVE OVERFLOW 9115
,counr SIX SHIFTS
:SAVE BANK BITS
: COMPUTE PHYSICAL RDDRESS
"MAKE _SURE CARRY ISN’T LOST!
'FIRST DIGIT TO R3
:DIGIT COUNT

8%
SPRINT

sDIGIT SHIFT COUNT

'MAKE IT AN ASCII DIGIT

:LORD DIGIT INTO MESSAGE
GO PRINT OUT THE FOLLOWING MESSAGE
,RDDRESS OF MESSAGE TO BE TYPED
LEAR
INDEX

osc DIGIT COUNT

MOV
MOV
MOV
MOV

(5P)+,R3
(5P)+ R2
(SP)+.R]
(SP)+.RO

s ;POP
1 'POP
,,POP
: ?

(SP)+.

RS
FIlL2

.BYTE
BYTE

O
O

RTS

.SBTTL

ENABLED

SHUFFLE BITS 13,14,15 INTO 1,2,3

DEC

JSR
_WORD

BRRNCH IF MEM ncnr NOT
:COPY VIRTUAL ADR

'PRINT FIRST DIGIT

R2
R3
R1
2%

MOV

8%:

#177761,

ASL
ROL
DEC
BNE

BNE

176144

J#SRO

(R1),
'Rl
86,
RO
RI
R3
RO
$180000, R2
RI,
R3
R2

MOVB
JSR
.WORD
CLR

176172

18
R2,

MOV
MOV
ASL
ROL
S08
BIC
RDD
ADC
ASL
MOV

000006

SEQ@ 0180

RECK POR—MEM_MGMT_AVATLABLE

R1
R1
Rl
R1

ADD

4s:

ROL
ROL
ROL
ROL

BIC

177761
172340

PRAGE 98

12(SP), R2
GET BASE ADDRESS
RI-~ = ~_ —SMWORKING 8 INDEX REGISTER

TST

BEQ

13:12

(SP)

$PRINT

Ao usT

STACK INTO
STACK INTO
STACK INTO
§Tncx

THE

ncx

R3
R2
R1
9

0 CLEAR DARTA

;GO PRINT OUT THE FOLLOWING MESSAGE.
nognsss OF MESSAGE TO BE TYPED
RETURN

SONE DIGIT MESSAGE BUFFER
!MESSARGE TERMINATOR

STANDARD PROGRAM MESSAGES

T
T
e T T ST
e R 2R
E 2222222222 2

ORRIOUS MESSAGE PRINTOUTS USED THRUOUT
: THE PROGRAM
025320
0ec32e

005015
024040

U060 0200006 00 06 06 00 00000 00000 006 06 3633

MMAMES:

.ASCIZ

U 000333

0 2000 33

<15)>¢12>'KT11 (MEMORY MANAGEMENT) AVAILABLE’

CZQMCEQD

4955
495
495
4958
4959

025334
8553“2
5350
025356
(025364

0S4S522
043501
024524
046111
000

4364
4965
49

02S410
0gS416
82?‘4

020105
0S4S2e
DO 28?

0O4e51S
O04e440

047S1S
0S0101

4968
4969
4970

025434
Q025442
025450

054Se4
0S1117
035120

Q40520
046440
020131
[8]8]0)

4972
4973

025460
025463

020115
o400

025520
025526

044506
033061

CZQMCE.P11

4363

436

4971

4978
4979

4980
:ggl

490

"4K MEMORY EXERCISER,

025453

025534
Ogggqg

255651

10-JAN-78 12:56

015

DOS01

0i5

020124
O44ie4

Q46440
046505
Q40440
041101

041012

043012

000
0475e4

47111

051522
020113

16K VER

MACYll

30R(10S2)

STANDARD PROGRAM MESSAGES

10-JAN-78

13:12

PAGE 99

047101
047105
040Ses
O4aSI4
0sS
15

MEMMES:

.RSCIZ

«<15><12>’MEMORY MAP:’

052l 31

BYTMES:

.RSCIZ

«15><12>'BYTE MEMORY MAP:’

044522

MTMAP:

.ASCIZ

<15><12>'PARITY MEMORY MAP:

047522

FROM:

LASCIZ

«<15>¢<12>’FROM

000040

T0:

.ASCIZ

.RSCIZ

<15><12>’INSUFFICIENT MEMORY...FIRST 16K NOT ALL THERE!'

046505
04051S

052523

INSUFF:

’

020124
047516

046101
051108

020114
020505

047012

020117

MTR:

.RSCIZ

<15>¢12>°NO PARITY REGISTERS FOUND’

4984
4985
4986
4987

025556
025564
025572
025600

040520
0S1040
042524
052517

044522
043505
051522
042116

0S4524
051511
043040
000

4989
4890
4991
4992
4993
4994

0cSbl2
02562
QcSkbeb
025634
025642
025650

040Se4
01
0e0lce
042527
046111
000012

052122
048101
020101
Q0giic2
051125

047111
HeosSa4
47520
040506
006505

0S1S0S

PWRMSG:

.ASCIZ

<15><12>'RESTARTING AFTER A POWER FRILURE’<15><12>

4996

0°"t60

005015
051101

047516

050040

NOPES:

.ASCIZ

<15><12>’NO PARITY ERRORS FOUND ON MEMORY SCAN’ (15> <12

PROREL:

.RSCII

<15><12>'PROGRAM NOW RESIDES BACK AT 0 TO BK®

.ASCIZ

«15><¢12>"HIT CONTINUE FOR NORMAL RUNNING'<15><l2~

4988

4995

025605

(25652

051012

0S2111

020131

4997
4998
Y399

QOcbbbb
(025674
025702

051105
(043040
047440

04752;
052517
020116

051522
042116
04215

S002

025724

005015

051120

043517

5007

025762

OEDOBg

047524

034040

5010

025776

041440

015

Q440l1e

0S2111

047117

044524

SEQ 0181

13:12

PAGE

100

SeQ 0182

047506
gueS22
047125
00s01S
MX]1:

.RSCIZ

(15> 12> 'REGISTER AT

0S1124
000
051117
o44s22

MXe2:

.RSCIZ

MX3:

.RSCIZ

<15>¢12>'CORE PARITY

g44s22

020i23
0s45e4

MXY:

.RSCI2

«15><¢12>'MOS PRRITY

°’

0S151S
Oo41440

030461
051123

MXS:

.RSCIZ

«15><¢12>'MS11-K CSR

’

045455
51117
0S150S

MX6:

.RSCIZ

*MS11-K

027056
o46440
020131
027104

NOMEM:

.RSCIZ

¢<15><12>
*NO MEMORY FOUND.'’

Q44412
040440
051101
051105
047440
0Se
0Sii1l
042104
020072

FRDMES:

.RSCII

<15><¢l1e>«l1e2r<12>
" INPUT ALL PRARAMETERS

.RSCIZ

«15><¢12>"FIRST RDDRESS:

0s21e3
042522
020040

LADMES:

.RSCIZ

«15><12>°'LAST ADDRESS:

BRDADR:

.RSCIZ

<15><¢12>’ ?ADDRESS

CONST:

.RSCIZ

«18>¢12>’SELECT CONSTANT:’

—OQ LU

8
O WwWwu— LNOLW
OO WANWGW— LoV

ZMN— 0N

onNO—00—0—0 F) L

10-JAN-78

043s0S
Oz201ee

020131

RZOBPR RREZR

026406
0264 14
026422
026430
026436
026444

N14

02010S
047516
051040
043S16

MACY1l 30A(1052)
16K VER
STANDRRD PROGRAM MESSAGES

Yset—

00S01S
o40se

(=}
QOO0
000
pa
nnnoQN~—
- OounonNh.
Noocoo
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Loon

9000
noun

AR
TZRA
£

—

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un — 0O~ L—U0N0O0oUN— |l 'Al
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NNNO
== N0N o

026004

e pot s P

e P P [,

OowO NN LW [

i
o 00000V 00000

CZQMCED
o0-12 4K MEMORY EXERCISER,
CZQMCE. P1!
10-JRAN-78 12:56

020072
037412

C 11490
047101

CONTROLS

’

MEMORY PRESENT!!

COMPLETELY

IN UNMARPPED BANK?'’

TEST

RUN DZMML...°

IN OCTAL.’

ISHES
C-idwe ETMORY EYERCISER, 16k iR
mACY ]
SHIE Pl
J0-J-"8 12:56
S ~ANOART
5367

gsg

;

13:12

PRGE 101

JNEYPT: A8CI2

(15 (12 "UMEXPECTED MEMORY PARITY EMROA®

)
PRELOC: .RSCIZ

.
.
1S (12> ‘PROGRAM RELOCATED T0

MTOE

LASCIZ

15, ¢(12>°'MORE THAN
ONE PARITY ERROR FOUND.

ggmx

SCANM:

_RSCIZ

<«15>¢12>° 'SCANNING MEMORY FOR BRD PARITY.'®

SR End EDE Bl p

PEWNC:

.RSCIZ

¢15>¢12>°PARITY ERROR WILL NOT CLEARR.®

1§
051505

020117

0S4s22
ON2Sa4

MNOMTST:

_RSCIZ

(1S <12>°'NO MEMORY TESTED.

015

0S1412

044513

SKPMES:

.ASCIZ

<15><12>"SKIPPING TEST ®

0ON2S4
000

052123

021480

FILL2:

.ASCIZ

<377 377

§10S

.SBTTL

ERROR REPORTING MESSRGES AND TRBLES.

€107

:h MESSAGE BLOCK FOR ERROR TABLE TYPEOUTS

Ss:.a‘*c
[5C~
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502

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000377

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02701
027024
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01
osgw
050
024465

gg:
0si1e2
052123
000056

0S2116
020101
024122

042040
0SI10S
051529

110
§114

§11s
S116
5117
6118

S119
€120
€121
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027012

027044

027052
027060
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047503

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3€5 Ci83

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020114
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02710

G101
5102

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041523

o-oasxg
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026724

026727

751
8385
1
4SSN

(1]2

5098

6099

;

1
1

6292
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€395

026602

geszs

BIS

Joa‘ége“ 10-JAe-78
<
S

Y Y Y 1YY

Y X

)

I XX XXX X:rxXXX:X:IXYYYXRIYXIXIXZITIXZ LT

XY XIXIIIXIXXIXXXXXZXXXXZXIXZXXZXZZIZZIXRIRIZZIXYTX;

Ohy:

.RSCIZ

0S1505

DOM2:

.ASC1Z

°'~DDRESS TEST ERROR(TST!-S).

040S24

DMy

LASCIZ

"CONSTANT DARTA ERROR(TSTE-10).

051511

pS2123
0S111?
02646l
052101
047522
033124

'PARITY REGISTER DATA ERROR.'
i

F~0NO0—n~-—0T-WW)1O~2—1~2O1NM~O—N~—T2m--0t]—~0ONTy—D~—0O—o~Wo.lntdL~“QNTIO0O—(—m>m~Y]3BN14%ow1o—O.~OVNie]O[W~LL¥QiYo]OMON—U~TYNmWXo-tT|ll=lb~%"[~}

aCmN0.UlwTamNIu%mNO—a&=mHu.mvW%myUhxamwmwquo1If.pil1f7w.%2aOw1~maO—m—q=~/wUIeNaNO—wN~-.D/mqxa1mel3a.2e/aSB0R2A1G13mammmwxQmma)
R~BUaN—deNs0>[~=agQW-472Nx.~}[b)+GEBNgR—tSXRITV(~¢o—Xwo4.QM2%Nl[]}[4+R—~BTNACS[()~—=a¢Qz845@[¥Ne2[b]]&)0ARWeNc—=dTOee [Y-~L=xQ49@[)—Naq}]d0SNE0NI—ST[~oraQo—.Iga40fNl}.mfig&gT[o-~.94@zVM=eA—[t)+*Catae—tn[[~Q-IWr4—731N')4]—ey~Ln4QW&@—[]N[+
o[Q-e] [§«V=} -n~d| —. W—_H —~ ~a- Lot
027074
02710§

9-7g(wzXxV34Yn]] WQSJX4ITM —f.H

123
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OO000MM

—LU&T4ITw4NRW&45N8Low=I4lUw=8lAI&=Lg9wN§mL&PwED=Ouo8&LBoElu—DdLN4wD&=Lbmooo &NoD=m—fBD)wRL=ls3&vUlReBNwoDclEIAUe=DN&Ld3oDlGwoAlmeowfAiL&oNnwoLedm)RdE—YYfsemPoo N,TwUGLDT3R&ePND3iwgTIL5&NoDIL4oN3NY%w=o7N&UPImSILw5B4Y&8Nel8(wET@]m>NAl&D-UweHRoAwNmbSoetwVaKgUe0Nl
Q44(Q[(>zQ7o~+)*] (Q-r z" Q2Q>@a) —XQ T— &-[+ "OQ "a @wQ&3[3}+ ](u¥—> —xS4V&)2[b]+ [dQQ owWxxe=n] (Wo[xR"7+24}] —9QQ @vzo-a-[
Qz(-x=-<"42}b ~wQ w944—[n[+ (wz-L-Vno.4 @Lo- w~-ox—nn~t eNw-8-tn|[ -T£—.~M1.M ([v-La@M|g]M! 7.T —].
CZANCED
O-124% MEMORY EXERCISER,
CZGMCE .P1I
10-JAN-78 12:S6

0304SS
0‘47522
024460
@052‘403

16K VER

0000S6
044524

30R(1] 0s2)
ERROR REPORTING MESS RGES
MRCYll

Cl S
0-%9!4-72
RBLES.

13:12
PRGE
102
SEQ 018%

DMS:

[T [ -[

CZaMCED
0-124< MEMORY EXERCISER,
CIGMCE.P11
10-JAN-78 12:56

16K VER
MRCY11l 30A(1052)
10-JAN-78
ERROR REPORTING MESSAGES AND TRBLES.

13:12

PAGE 103

S179

Y
1?7
4Sly
Sl6
S180
85;298
82%6‘40
8:*0
10
8381
3
Sigl
0ez
lg
1104
051505
EIQH

ggégzg

027642
76
7

1
052123
163
1

0SI1105
1561

5132

027677

104

0S2101

5194

027712

ITE
5186
S187
5188
1

197

5193

S19S
S19%%

S19?

857253

rad
77
77

7?7

027742
0277S0
027756
027764

5203

0e7?7S

S04
S20S

250%
s208

6209
5210
S2ll
52l

83*4 e3
16

S198
S199
S200
5201

§202

044522
0Slle
04

027772

027051

030002
030010

020115
4

030027

111

3300

030034
030042

122

021

ogeyia

gg;??

LASCIZ

°'MORE THAN ONE REGISTER INDICATED PARITY ERROR.

OM17:

.RSCIZ2

"DATA SHOULDN'T HAVE CHANGED WHEN PARITY ERROR TRAPPED(TST17)."

DM20:

.ASCIZ2

°“RANDOM DRTA ERROR(TSTZ20).

DM2l:

.ASCIZ

"INSTRUCTION EXECUTION ERROR(TST21-26).°

0Se2

DMe3:

.ASCIZ

°*PROGRRAM CODE CHRANGED WHEN RELOCRTED.’

DM2Y:

.RSCIZ

'TRAPPED,

DOMeS:

.ASCIZ

°“TRAPPED TO

DMeb:

.ASCIZ

'FAILED

4507
044440
101
11

020101

832 14
10

Y9
1

116

DM16:

1
4y

0Se0

0S4S5ed
1117
01
el

0O4ey40
832090
2108
033461

047101

047504

0S1Sle

0Slle4

000

0O40S04
1

030056

0O4iS2S
04440
ON4S24
051155

0O4NSed
042530
047117
0511&;

836122

8:;?65

(0O40S24
51117

047117
052503
042440
052050

2519 030072 O2946d doggce o10sS
s2l5

5216
6217
5218
5219
gsg?

0104
030112
030120
030126
838{33

Seee

030143

€ee?

0302

5223
5eed
S2esS
Seet
8228
5229

5230
Se3l

6232
5233
6234

11
041440
04210S
020116
040388

O0O40S10
0S3440
042522
o4esed

42504
043516
(042510
047514
027104

l1e4

040522

050120

030150
030186
030164
030172

042105
020124
043502
02012

030206
030214

044502
(02712

8 0217
02ed
030232
030237
030244

05110S

184
042108
030461
106
(020104

020054
047516
1511
040510

052502
051040
Q4esa4
020104

020124
000

042523

7822

04852
05204

027064
044501
047524

BUT NO REGISTER HAD ERROR BIT SET.®

020122
82

120
117

000
042514
052040

)

l1N4.°

TO TRAP.

SEQ 018§

CZQMCED
0-124K MEMORY EXERCISER,
C2GMCE .P11
10-JAN-78 12:56

0302Se
030257

o40Se2
0]

027120
o41s01

000
ouy4sey
040516
040527
051440

000
040522
052040
ooo

030326

ELS

13:12

10-JAN-78
ERROR REPORTING MESSAGES AND TRBLES.

16K VER

MACYll

30A(10S2)

DM27:

.RSCIZ

"(RCTION ENRBLE WASN'T

DM31:

.RSCIZ

¢(15,<¢12>'TRAPPED

PAGE

104

SEQ 0186

SET).”

°’

8333333383222 82232 2222222222222 222l

:ORTA COLUMN HERDINGS

sttt it sttt in st

;;lllill!llllillllll!lll!llllill**li!lll*lllllll!ll!illlll!!lilll

DH1:

.ASCIZ

'PC

REG

S/B

WAS’

OHe:

.ASCIZ

'V/PC

P/PC

S/B

DH12:

.ASCIZ

*V/PC

P/PC

s/B’

DH14:

.RSCIZ

'V/PC

P/PC

REG

MA’

DH1S:

.RSC1Z

'V/PC

P/PC

MAUT

REG

s/B

WAS’

0soo11
0sesll
0S1411
0s1501

DH21:

.RSCIZ

'v/PC

P/PC

IUT

S/8

WAS*

004503
051411

DH23:

.ASC1Z

'V/PC

P/PC

SRC MA

DST MA

S/B

. WAS’

DH2M:

.ASCIZ

*v/PC

P/PC

TRP/PC’

DHES:

.RSCIZ

'V/PC

P/PC

TRP/PC

REG

WAS®

050057
041520
053411

DHEb:

.ASCIZ

'V/PC

P/PC

REG

WARS®

043505

DH30:

.ASCIZ

*REG

WAS

WRS’

030333
030340

o41520
0S3411

0306€1

WAS’

CZQMCED
0-124K MEMORY EXERCISER,
CZGMCE.P 11
10-JAN-78 12:56
030666
030674

051501
o4gser

QYe4ll
000123

16K

F15

10-JAN-78
VER
MACY11l 30A(1052)
ERROR REPORTING MESSAGES AND TABLES.

13:12

PAGE 10S

Ste 0187

004501
303036 3 36 3 36 36 3 36 3 3 36 3 3 3 3 36 38 3 36 36 34 3636 3 36 36 3 3 3 3 3 3 36 30 36 3 36 96 3 30 38 3 36 38 36 36 3 3 34 3 30 20 08 36 3 3 2 % % 4

i DARTA FORMAT TABLE FOR ERROR PRINTOUT.
SRR RENNERR BRI

030700
030703
030704
030707

03073s

RN RN RN

b¢1

.BYTE

0,-i.0,n

DF2:

.BYTE

o,-1,-1,0,0

DF3:

.BYTE

o,-1,-1,-2,-2

DF14:

.BYTE

o,-1,-1,-1,0,0

DF21:

.BYTE

g,-:,0,-1,0,0

OF30:

.BYTE

-1,0,-1,-2

A R R R

R AR ERRRR AR ERRRAR AR RRRS

.EVEN

000001

= 32110

; THE LOADERS RRE SAVE HERE TO END OF 8K

.END

032110

ZOMCEQ

0-124K

MEMORY EXERCISER,

E5ance p11 0 e 16-TRN
D 15556
ABASE =
ACOWI =
ACOW2 =
ACPUOP=

ADDWO =
ADDWI =
ADDW10=
ADDWI1=
ADDW12=
ADDW13=
ADDW14=

000000
000000
000000
00000D

38y
384
384
384

425
427
428
399
429
430
439
440
441
442
443
44l
431
432
433
434
435
436
437
438
330
426
2426
395
3%
387
412
416
419
422
406
41y
417
420
392

000000
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000000
0O0000C
DOOO00
000000
00000C
000000
000000
0QOQO0I
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000

384
384
384

ARMTYP1=
AMTYP2=
AM~YP3=
AMTYP4=
APASS =
APRIOR=
APTCSU=
APTENV=
APTSIZ=
APT3P0=
ASWREG=
ATESTN=
AUNIT =
AUSWR =
AVECT1=
AVEC"2=

000000
00000G
D0000G
000000
00000C
000000
,
000040
000001
000200
00010Q
000000
000000
000000
000000
000000
DODOOC

384
384
384
384
384
384
384
4588
4177
876
4583
384
384
384
384
384
384

47298
4GBI
47268
4eS1
397
388
391
398
423
e

BITPT

001544

S22

1127%

ADDW1S=
ADDW2 =
ADOW3 =
ADDWY =
ADOWS =
ADOWS =
ADDW7 =
ADDW8 =
ADDWS =
ADEVCT=
RDEVM =
AE
=
RENV
=
RENVM =
AFATAL=
AMADRI=
AMADR2=
AMADR3=
AMADRY=
AMAMS1=

AMAMS2=

AMAMS3=
AMAMSY=

AMSGAD=
AMSGLG= 000000
AMSGTY= 000000

384
384
384
384
384
384
384

16K

384
384
384
384
384
384
384
384
384
384
384
1798
384
384
384
384
384
384
384
384

384

VER

MACY11

30A(1052)

G1S

10-JAN-78

CROSS REFERENCE TRBLE -- USER SYMBOLS

2512

.
3740

4BMI

47274

13:12

PAGE

107

SEQ 0188

393

386
407
415
418
421
3893

4728

1128x

1164

1165

1166

1167

117S%

1176%

1185

1187

1190

1193#

0 124K MEMORY EXERCISER,
10-JAN-78 12:Sb

2402
3307

3309

123

235

107%
106
105»
104%
leaes
103
102%
101

117
116
118
114

2460

3185%

3250#%

3314
3391

251

2462
3188

3252

3138%
3189

3254

3139

3204

3205

3256

1206

1362

1373

1463

3301

4171

65303
795

82l

752

757

4063

4olie
4022

4191

SEQ@ 0189

3262

1032

3921

1.8

4163
4029

2478

3216

3517

21?7

3998

iig:

3221

35580

?gg:

3141

3212

3244

1026

4963

ce2s
1748
1126
1451
388

1478%
2410
1201
50634
4627

933%

1476

1266
4Ss

12768
36l

930#*

906

3321
3794

4637

4yc98

4049%

YOSY*

3749
3865%

4637

864

719
774
724

52974
779
734

784
739

806
744

811
749

816
754

831

836

764
5307%

769

790

S301#

737

74e

S305#%
759

717
762

2494
767

7?7

Y474|

798

Eee7s

722

3258

108

3148

203

3341%

988

7?72

3146

PRGE

3340%

3264

800
729

13:12

3332

3191

398

10-JAN-78

3330

3164

SS1e

H1S

3315

100

1els
120%
119%
1188
1178
llb8

3390

3790
123
122
121
120
119

394

030474

3249#%

3757
113%
1128
111#
110%
109

108#%

et
DO NN LW

A
A A

R RN

A
A A A A

OLONCVNLWL—0O

e = =~ O O O O 000000

A A4
A A A

e T
T
L
e L
e
T
e L
e
e

ncLcw—-O

NV
T

v P

S T

00 0D 0O G0 (D €2 00 0O 00 D 00 00D (0 (D00 00 @ M M D DD M

000001

2404

3182

3356

MACY11l 30A(10S2)

CROSS REFERENCE TRBLE -- USER SYMBOLS

3163

3228

000001

16K VER

7e?

826k

5299

S2S6#

5259#
732

793

Seses

CZGMCEQ
0-124K MEMORY EXERCISER,
CZGMCE.PI11
10-JAN-78 12:56

DH23

030SesS

DHES
DH26
DH30
DIDBH

030606
030637
030661
012746

DH2Y4

DIDBL
DIDO
DIPDO
DISPLA
DISPRE

030S6S

012654
12564
013044
001142
000174

DMl
DM10

026754
027245

DM12

02735S

DMI1Y

027521

DM11l

DM13

DM1b

DM1?7

DM2
DMe0
DM21
DM23
oMey

DM25S
DM26

DMe?7

DM31
DMY
DMS
DM

DM?7

DT1S
DT2
D121
D123
DT24
DT2S
D126
DT30
D131
EMTVEC=
ENDINS
ERRTRP
ERRVEC=

S27es
S278s
52858
82
S290#

30A(1052)

I15

10-JAN-78

CROSS REFERENCE TABLE -- USER 5YMBOLS

13:12

PAGE

109

SEQ 0190

Se8bs

872

881%

3584%

3637%

YO4Y

H162#%

733

738

743

748

753

758

789

3675
Bb2*
3675%
3205

48798
873%
4003
3207

920#%
*
4004
3330

#*
931
4Y006#*
3332

4009*

*
Q57

%
997

1020%

1030+

1090*

1105%

H063*

4080

4091

4099

5109

027311
027431

027620

027677

027010
02777S
030027
030076
030143

S114s

030217

030237

030257

030313
027044
027102
027140

027204

DONE
013752
DPDBH
013230
OPDBL
013136
DSWR
= 177570
DTl
001646

DTl1e
DTINH

MACY11

16K VER

001674
001736

001720
001660
001736
001754
001772
002002
002016
002030
002042
000030
021570
025060
000004

FADMAP

001570

FADMES

0@262tS

863
768
783

7e8

8es

41344

1105
861
3671%
1415%

3354

3356

CZGMCEQ

CZGMCE . P11

0-124K MEMORY EXERCISER,

F&ADMSK

001566

FLAGBK
FROM
FSTADR
GMPR
GMPRA
GMPRB
GMPRC

001557
025453
001562
004046
004074
004110
004116

FILLE

GMPRD

GNS

026751

0041S6e
RNgEEE

HT
= 000011
IMPCHE= 177746

IMPCK
INITON
INITEX
INITMM

003246
015030
015142
014372

INSERT
021070
INSUFF
025470
IOTVEC= 000020

KIPARO=

KIPAR1=

172340

172342

KIPRAR2= 172344

KIPAR3= 172346
KIPRRY=
KIPARS=
KIPARG=
KIPAR?=
KIPDRO=
KIPDRl=

172350
172352
172354
172356
172300
172302

KIPDR2= 172304
KIPDR3= 172306
KIPDRY= 172310
KIPDRS= 172312
KIPDR6= 172314
KIPDR?= 172316
LADMARP
001602
LADMES
LADMSK

LODISP

LF
=
LMAD
LSTADR
MAMF
MAMF 1
MAMF 2
MANURL
MANUL1
MANULZ2
MAPMEM
MAPRB

10-JAN-78 12:56

026342
(001600

(001522

000012
001520
001574
017502
017566
017600
00S342
005400
006002
003300
oo4e24

MACY1l

30AR(1052)

3358

Ylo4»

4126%

g3
1039
G35
1006
10918
1090
109S

3197%
3941
1350
1086#
1103
1097
10994

3287
49718
1448%

3290%

3308%

3734

4055

1659
32318
1624

1669

1088
194

368
1868

5103#

308

4596
932%

29
1584
3229
1595

2707

2757

2806

1933

242

1688
3266
3&820

968
3339%
1062

1708
1718
1728
173
1558
1568

3127#%
3128%
3129%
3130%
237
3116#%

157%
1584
159
1608
1618
l162n
SH6#

3240

1394
5444

S08#»

37
S07s
SYls

1481
37408
3727
1112
1355
1357
Q31
1131

PARGE

110

SEQ 0191

1976

1633

20es

2036

2blx

988*
3371
106S

32128
1701

1715

2899

2084

2951

2210

3123%

3544 %

3610%

4gl12

1065
3526%
1066%

1174%
3529
3126%

1178
3544
3161%

2477
3605*

2855

1751

1772

1795

1820

1830

1873

ce2l

2269

2401

2548

2609

2658

3267%

3150%
3839%

3515

3161
3844»

3248#*

3266#%

3J144%
3800

3218%

3166%

3125%
3799

3518

3526

3545

3198

3226

3228

3230

4064

4071

2970

2983

3003

30186

3138

3407

49748

1668

1678

13:12

4637

920
1557
3210
1547

4O468
1008
131

10-JAN-78

1111»

919
1521
3208
1504

1922

J15

CROSS REFERENCE TABLE -- USER SYMBOLS

c38#s

4943

1bK VER

Y4 ]

3117#%
3118%
3119%
3120%
3121%
3122%
1442%

3242

SOS4s
3159

880#*

4631
3649
1356#
2539
3742
3729
1267
13628
14584#
945y
1i41n

3124#*

3545

3611%

3115

3256

1443%

3258

1466%

3275

1467 %

3155

3157

3174

3176

3189

3178

3200

3260

3279

3299

3311

4129%

4131=

4637
3660%
1406#%
37268

3667
1410

3681*
1421

1460%

1461%

l462%

14632

1464

3735
1336

37448
1349

1441

3277

3297

3307

3309

4097

4098

4099

4101

CZQMCEO
0-124K MEMORY EXERCISER,
CZQMCE.P11
10-JAN-78 12:56
MASKY4K= Q17777
MEMMARP
001524
MEMMES
MMAMES
MMRVR

025365
025320
000606

MMDOWN
MMINIT
MMORE
MMUP

015640
Ql4244
001554
015150

MMVEC =
MPAMEM
MPEND
MPPATS
MPRX

0002S0
004164
002074
0020S0
002276

MPRO
MPR1
MPRIO
MPRI1
MPR12
MPR13
MPR14
MPR1S
MPR2
MPR3
MPRY
MPRS
MPR6

002076
002106
002216
002226
002236
002246
002256
002266
002116
002126
002136
002146
002156

MFR8
MPR9

002176
002206

MPR?7

002166

MTMAP
MTOE
MTR
MX1
MXe
MX3
MX4
MXS
MX6
NOMEM
NOMTST
NOPES

025426
026536
25551
02603S
026054
026067
026106
0eelay
2bl42
026232
026703
025652

PRARVEC=

000114

OEFLG

PBTRP

PESRVY
PEWNC

PHYARDR
PIRQ
=
PIRQVE=

001560
012026

017374
026644

016020
177772
000240

K15

MACY11 30AR(10S2)
10-JAN-78
13:12
16K VER
CROSS REFERENCE TABLE -- USER SYMBO.S

PRGE

183%
230
3See
955
925
233
&gg?

959
S09#
3524
49604
49534
290
2474

984
946
3533

1058

1412

1464

3202

3313

3535

3558

3560

3802

3804

917 »
3142

3214

3245

3327

3368

1533
922
5288
1517
1926

1569
022
3222%
1553
1970

1591
1133
3223 ®#
1609
2013

1665
1486
3231%

3224

3330

2820

1629
2029
2870

1681
3ll4s
3316

1644
2077
2952

3359
1705
2197
2976

6
2cly
99

1762
2262
009

1086

110e

1106

1169

1241

1254
1330

272e

1448
1107
6174
S6S
563

3319

See
6364
6724
6764
6804
6844
6888
6928
640
b44s
6488
BSes
6564

e’?71

4?7

923x

1185

36S

1187

386

1190

1017%

1387

1023%

3513

S66
3826
1505
Y3
137%

SEQ 0192

3832
1389

4129

1435

1060
3603

11268
6068
6978

3726

37489
1089

1143

1208

1276

1321

1180
1182

1246
1250

1248
1252

1249
1853

1255
1259

1258#%
1262%

2439 ¥

2446%

3580%

3633%

3736%

1548

1558

1585

1596

3366

632s

6604

bb4s
6684
1203
3709
1103
1227
1235
1211
1217
1223
1264
3913
4067
3851
S338
1808
SeY4

111

49674
S077%
43834
S0l16%
S0194%
Sgels
S024s
50278
S030#
SO40#
S09Sse
4395

2421l*
2435%

24468

36894
S089s
1522

2531 *

3737

1265

1281

1327

1335

2394

L1S

CZGMCEO
0-124K MEMORY EXERCISER,
CZAMCE.P11
10-JAN-78 12:56
PMEMAP

001540

PRGMARP

000602

PRELOC

026506

S198

16K VER
MACYll 30R(10S2)
10-JAN-78
13:12
ROSS REFERENCE TABLE -- USER SYMBOLS

1141%

1142% _116b*®

1249%

1252%

12S3%

2402

2404

912%

3036

3038

3042

3507

3539

3547%

3565

1455

3083

3952

3960

3994

4117

4138

4157

323»

324#

B8S6H*

857%

3579%

3b63ex

3Jea3

3573%

3577%

3586

3594

3615

3639

3730

40S6

1289

1294

1293

1307

2479%

2480

2481

as10

s, o

aue

1416%

1417%

3036

3038

yora

4073

2456

2524

3887

3890

5073

e ——
PROREL
025724
PRO
= 00000Q
PR1
= 000040
PR2
= 000100
PR3
= 000140
PRY
= 000200
PRS
= 000240
PR&E
= 000300

353]%
S002s
.
bls
b2#
638
b4
6SH
bb#

3600

3640

364i¥

;gCRN ) éiggig

37?8.

3763

3768

37798

PWRMSG

Hégg

:sgg

4256

4263

PR7

= 000340

PSW

= 1777786
(25EDS

PWRVEC= 000024
RADTRAB

001622

RELOCF

000600

RELTOP
RELO

0Dlbu424
017026

RESRVD

001516

QEESET 8%2333
s g
RESTRR
RESTOR
REST1
REST2

000300
000304
000306
000324

253

HYls

1328

5598

55;?.
269

]

n -4
3048
276

1232

]

295#

3585

3541

cege

4248

201
202
227
e3l

SAVTST

001534

S1Ss

1001 #

SELFLG

001556

SCANM_
SELECT

SETRE
SETCON
SKPMES
SPRNT
SPRNTR
SPRNTB
SPRNTP
SPRNTQ

gggn;g
SPRNT2

i Bl

026602
002646

3788
199

S083s
gyes

017546
016134
026727
020256
020344
020350
020302
020270

2409
1771
4111
1291
3891
3883
2464
3712

3731
1794
S099s
1309
389S
39018
2485
3759

gggg?s
020332

S31is

iggs
1510

1939

3617

4250

4550

4754

34164

1797

Sh on S50

3607

913

1285%

127%
1774

BYY#

éggg
1602

1946

328

1002#%

g46*

910

1374%

1375#%

1342
3900+

a41?

38814

2498
3765

251%
3817

3889
3885

1720

1756

1563

1953

2led

2563

2909

2918

c2e84

407S

4322

4421

4507

4583

1354

37364
34064

ells
ee?s

1480

311

3733
2400

2108
2248

1398

4276

3570

561

RESVEC= 000010
ROTRTE
016154

1371

911%

4374

305*

3600%

2268
cces
2298
2338

289

296

3624

3507
3051

IR
SOS#

e74

899

SEQ 0193

1248%

3496

1167%

PRAGE 112

1675

1960

2133

2293

2940

2440
1779

1983

1802

1843

1850

1857

1880

1889

1898

200!

ai4e

2049

2056

2063

2090

2099

2309

2318

2325

2334

2343

2350

2359

2368

2140

2149

2989

3022

2300

1836

1992

2158
38964

216S

e2l7y

2183

eea?

2234

2241

CZQMCED
0-124K MEMORY EXERCISER,
CZQMCE.P11
10-JAN-78 12:56
SPRNT3
020326
SRO
= 177572
= 177574
SR1
SRe
= 177676

2o 2 B0T108

START
002640
STRRTA
002654
STARTL
00B0BO
STkLMY= 177774
SWR

SWREG
SW0

SW00
SW0l
SWg2
SW03
SWo4
SW0S
SWoe

SW07
SW08
SW03

SWl_
SW10
SWil
SWle

SW13

SWi4
SW1S
SW2~
SW3

SWd
Sws
SWe
SW7
SWg
SW9_

001140

=
=
=
=
=
=
=
=

000176
000001

000001
000002
000004
000010
000020
000040
000100

=
000200
=
000400
= 001000

= 000002
= 002000

=
=
=
=
=
=
=
=
=
=
=
=
=

TBITVE=
TEMP —
TIMOUT
TKVEC =
TMRP
TMPFAD
TMPLAD
TMPPT

004000
010000
020000
040000
100000
000004
000010
000020
000040
000100
000200
000400
001000

000014
001614
003576
000060
004536
001564
001576
001550

10
025463
TPVEC = 00006Y
TRAPVE= 000034
TRIVEC= 000014
TSTMAP
001530

M15

13:12
16K VER
MACY11l 30R(1052)
10-JRAN-78
CROSS REFERENCE TRBLE -- USER SYMBO.S

PRGE

113
SEQ 0194

2665
23s%

2715
2S1#

276M
921

2813
1021+

2863
1484

3837
3131#

%
3654

3663%

ce9

270

272

Se0

854

929

945

1016

1465

84S
14758

847#
1479

3049

3100

B44s
24

31b#%

289

402
871
95
3y
93
92
9]
30
89
88

360%

358

4058
1087
3040

2396

4058
835

416
4303

B63#%

865

871#

3583%

3634

3636%

4171
4319

4184

1018

3732
3728

3751

2900%
10168

2949
1078

H4348#*

4191

3209
3160%
3162%
3204#

3334
3179%
3163%
3240

4OSS*
3261%
3167%
3c4e

4060
3280#%
3168%
3262%

40e2*
283
3170
3263%

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16K VER
MACY1l 30A(10S2)
10-JAN-78
13:12
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5048

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1300

3154
4136
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16K VER
MACY1l 30A(10S2)
10-JAN-78
13:12
CROSS REFERENCE TRBLE -- MRCRO NAMES

1878
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0-124€ MEMORY EXERCISER,
CZQMCE.P11
10-JRAN-78 12:56
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0-124K MEMORY EXERCISER,
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10-JAN-78 12:5b
ERRORS DETECTED:

I16

16K VER
MACYli 30A(1052)
10-JRAN-78 13:12
CROSS REFERENCE TRBLE -- MACRO NAMES

PRAGE 123

SEQ 0203

c’oncs BIN czoncs LST/CRF 7SOL/NL : TOC=CZQMCE. SML., CZGMCE. P11

RUN-TIME: 22 29
2 SECONDS

RUN-TIME RATIO: 325,54=5.9
CORE USED:
39K
(77 PRGES)

J16