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MAINDEC-08-D1E

December 1971

50 pages

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Document:	maindec-08-d1eb-d
Order Number:	MAINDEC-08-D1E
Revision:
Pages:	50
Original Filename:	https://svn.so-much-stuff.com/svn/trunk/pdp8/src/dec/maindec-08-d1e/maindec-08-d1ec-d.pdf

OCR Text

IDENTIFICATION
MAINDECWOB-DlEC"D

PRODUCT CODE:
'

PRODUCT NAME:
.

PDPua,

8/I

EXTENDED

1971

DATE'CREATED:

NOVEMBER

MAINTAINER:

DIAGNOSTIC GROUP

AUTHOR:

MEMORY

CHECKERBOARD

RICHARDSON

VROBEL

ABSTRAC? .1

The FDR—8, 8/1 Extended Memory Checkerboard diagnostic is designed to provide worst

hall—select noise conditions in: order to determine the operational Status of

core

memory.

case

Four data

patterns, and their complements, are written and checked for error. The patterns provided will generate
the-worst case noise conditions for a PDP-8 or 8/1 equipped with standard or specially purchased core

stacks, and will test systems equipped with from 8K to 32K words of core memory.
‘

Automatic program

relocation is provided in order to test all memory stocks from each stack.

Teletype printoouts are provided for error identification. Also, the operator is given a degree
of control over the program bylvarious SR

Settings. These are explained in detail in Section 8.2.

REQUIREMENTS

2.i

Equipment
A standard PUP-8 or 8/1 equipped with at least 8prords at

2 2

core

memory.

Storage

The program occupies locations OOlO to 3334.

Preliminary Programs

2 3.

The Binary Loader must he in memory.

Also, all diagnostics for

basic 4K PDP—8 must have

been previously run successfully.

LOADING PROCEDURE

the tape

Turn oft the Teletype reader.

Set the SR, to 7777.

Press LOAD ADDRESS; then START.

Place the Binary tape in

When the program has been loaded, stop the computer, turn off. the reader, and remove

Teletype reader and turn

the reader.

4..

STARTING PROCEDURE

4 1

Starting Address

Start from

header sprintwout

4 2
e

address 200 to specify the amount'of

core

memory to teSt; SR settings, and to receive

Restarti ngAddress

Start from address 207 to change the test limits; SR settings, and to inhibit the header print-out.

4 3
a

Operator Action
Immediately after starting from address 200 or 207, the program will print TEST LIMITS.

The

Operator must thenSpecify, via the Teletype keyboard, the amount of core memory to test, followed by
a

carriage return,
The

following rules govern the amount of memory to test:

”a.

Type two oatai numbers, separating the numbers with a comma.

The first number signifies
0

the lowest order 4K stack to test,- the second signifies the highest order.

The program expects the 4K stocks to be numbered sequentially starting with a stack 0.

If the highest order stack to test is typed as'the first stack, the program will

interchange

the two values so as to make the second value the first to test.
V

After typing the second octal number, press the carriage return key to terminate the line.

The program will test the lowest and highest order 4K stack specified,

plus every stack

between, starting with the lowest specified.
f.

Any single stock, or two or more sequential stacks may be specified.

The stack containing'th‘e program may be included when specifying two or more stacks.

The stack containing the program will be tested after automatic program relocation takes place (see Section
T

5.3. I ).

If a typing error is made, press the RUB-OUT key.

All previous input is disregarded.
For the

Following examples

TEST LIMITS will be printed again.

assume

the program to be located in stock 0, and the program has

been started fromiaddressZOO or 207. The amount of core memory available is 32K.

Example A:

TEST LIMITS.

0, 7“;

( J denotes carriage return)

Example A indicates stocks 0, I, 2, 3, 4, 5, 6 and 7 will be tested.

Exompie 3:
TEST LTMTTS

?, O“;
The program wiii perform exeofly as Example A.

Exompie C:
'

TEST LIMITS

4,5,;
Only'sracks 4 and 5 M” be tested.
1

Example D:

TEST UMTTS

3,34)
Srock 3 More wiié beresred.
Exam pie E:
TEST LIMITS

(3,0 PROGRAM IS LOCATED IN HERD 0
TEST LIMITS

O,Tg
Exompie E shows The message primed by The program when a single stock is selecred which
currenfly coni‘oins the program. TEST LIMITS Ts prinred again, and the operator musf then correcr the fest
“mirea

Operorion of The program is unpredicorobie if The omouni‘ of memory seiecred for resting exceeds
The ocruoi amounr avoiTohie, he. , sefieei’ing 32K for tesi’ing on o: POP—.8 or 8/1 equipped with a maximum
of 28K.

‘.

493A

Seiup SR
After The rerr Timir is

The SR more? be ref to equeT

Specified, the program wiil print SETUP SR4, For. normal program operation,

GQOQS“

Frees The carriage reiurn key offer sewing The SR to 00-00.,

wiii‘ rhen run unrii shopped by The oéperororo

The program

Normal program operation is defined as performing oil four

checkerboard performs on oii of oveiiobie memory from every memory stock.

OPERATING PROCEDURE

5.i

Program and Operator Action
a.

Lead the program into stack 0 using the procedure described in Section 3.

to.

Set

The message TEST LIMITS will be printed.

the SR

to 200,- press

in Section 4.3.

LOAD ADDRESS, and then start.

Specify the limits, via keyboard, as described
i

.
.

The message SETUP SR will be

key.

printed. Set the SR to 00008’ and press the carriage return

‘

The program will perform all four tests on all of core

memory specified, after which, auto-

matic program relocation takes place.

5.2
.

Operational Switch Settings
Normal operation of the program requires the SR set to

00008.

Refer to Section 8.2,

applica—

tions, for switch settings provided for trouble-shooting.

5 3

Subroutine Abstracts

5. 3 .1

Program Relocation

Program relocation is governed entirely by the amount of core memory selected for testing.
Under certain conditions the program will not relocate at all, but will remain in the current 4K stack
to perform the tests

(see below). The program first relocates to the highest order 4K stack under test.

From there it relocates to the next lower stack

(after performing all four tests).

The program keeps re—

locating to the next lower stock until it reaches the lowest order stack under test. The testing and re»location cycle is
The

theta-3 repeated.

contents

‘

of the entire 4K stock are relocated.

other information to be carried with the

This enables the RIM Loader, and any

program.

The program provides a degree of protection for itself by recording the first error encountered
in any stock.

When a faulty stack is next in sequence to contain the program, the program will skip the

faulty stack and relocate to the first lower order stock which is error-free.

faulty, program relocation will not take place.

If all lower order stocks are

The tests will be run again from the current stock.

location will resume when an error—free stack is found.

Re-

Also, ihe program will no? relocoi‘e if may of fhe conditions described below exisi.
o.

Only one 4K srock is eelecred For resring.

SR 9 is on o i re inhihir relocorion (see Section 8.2.6},

The INSTRUCTIQN FIELD indioorors will indicate rhe correnl srock conroining'rhe program.

The Cheekerboord Patterns

5 3 2
.

Four resr porrerns, and iheir oomplemeni‘s, are used to fesi memory. All memory stocks, except"
ihe' one wii‘h the progrom,
.

oi SR 3,

ore

tes‘ied with one portern before the nexi res? is execured.

Any one, or ony combination, of the four tests may be run by placing one, or any combination,

4i, 5, or 6 on o l offer the messoge SETUP SR is printed. The rest specified by rhe mosr significonr

switch on o i will he exeeored first
ran

SR 3,

4, 5 and 6 oil on o 0 will enable all fesis to be run.

SR 3:

1,- 42 fees? 2; 5-: rear 3,; is: me 4,
The following steps ore performed by eoch of the four rests:

o.‘

Wrii‘e ihe poiiern once in all stocks seleered for resting; srorting with rhe lowest order srock

in.

Select? rhe lowesr order siock one perform a read, complemenr doio, wrire sestgrmrence once

eoeh looorion, unfil oil 4K hos been complemented.
c

Repeor sieo b 3i more times. The erock will end up with He pofiern originolly loociecii.

No error checking has been performed as yefo
.

Reed 4mword segments end complemeni‘ eooh segmenr 4 rimes; rhen reed eoch of ihe 4 words
i

and check for error.
e,

Afi'er checking i’he enrire 4K same-k for errors, repeat siep o ogoin.

ro’ndom period of rime airer reoding one checking every

4008 word block.

This rime sioll for o

The maximum sroll is 18.4 ms;

the minimum is 3 ps.

Serop ior rhe nexi‘ sequentiol 4K stock oncl repeat steps b ihr'ough ii,

When all selected siooks hove been Cherokee rhe nexi iesi in sequence is execui‘e‘d, oncl sreps
o

ihrouigh f repeo’reci. Progrorn relocorion takes place offer the Fourth rest is exeeuied in this monner.
The poirerns generored by each iesi‘ are shown below.

The matrices represent portions of one

birplone.
Tesi‘l:

Y'QXES

y-oxis
@

OOQOOOllQGil
x-oxisOOlifllQll
ilQOilOO

OSOQWiIGOlIOO

'2‘-

iiOOliOO

x~oxisilOOllQO
OOliOOli
OOllOOll

Test 2:

YWXES

y~axis

‘

000000110011

E11001100

11001100
x~axis110 0110 0
0300
400110011

00110011
x—axis

01110

011

'11‘0011100

Test'3y:
y-axis

y—axis

.00001'0011001

01100110

Xuaxis 0110 0110

10 011001

x-axis

,011001-10

10011001

030010011001

0.1100110

Test4:

y—axis

01100110’

0000

Y'GX15
10011001
10011001.

x-axisOl1-00110
_1OO110011

01100110

x-axis

01100110

0300V-10011001
'

'6.

ERRORS»

Starting the program from address 200 will give a header print-out after the SR has been setup.
The header identifies

the information printed when

I-FIELD
Where:

OCTALADR.

FIELD ‘1

data error is found.

GOOD

BAD

The header appears as:

TEST

octal number (0 to 7) indicating the 4K field containing

the error.
1

OCTAL ADR.

GOOD

=
_

the memory address which contains the incorrect data.

what the data in'octal, should have been.

This will

always equal 0000 or 7777’.
BAD
‘

TEST

the data as read.

This will equal. the good data except

for one or more bits complemented.
‘4‘ the number

(1 to 4) of the test ‘which detected the error.

After each error print-out the program continues on with the next sequential memory location.

Error Halts anal- Description

16.1

“0‘3an SR 0 0“ 9 l during an error-printwout 'will cause a halt at location 264i

Wess CONTINUE to resume testing.

7.;

’RESTRECTEONS

7.i

Starting Restrictions
Start From address; 200 to indicate the amount of core memory to test; to setup the SR and to

receive a header printwaut.

Starting tram 207 requires. the some operatar action, but no header will be prlntea.
7. 2

Operating Restrictions
Near:

MESCELLANEOUS

Execution Time
The time required to

pertarrn all four tests

on one

4K memory stack is approximately 26 seconds.

Applications

8 2
.

For operating convenience, and as an aid to troublenshooting, the SR may be used to control

the program.

The switch assignments and their effect on the program are described below.

Please note

that it is important that the program should be; haltedbefare changing the test selection switches.
switches are not seneea lay the program during

These

testing.

Halting the program with SR 0 is preferred, rather than with the STOP key.

Using the STOP

key may result in a halt while the program is in the process of relocating, which is disasteraus.
8.2..l
.

Halt alter lest or Errar

SR 0

Placing SR 0 on a l at any time while the-program is running will cause. a halt after the current
test

oampleted. The MB will equal 245! in the current stack containing the program.

ta resume testing,

Press CONTINUE

restart from 200 or 207 to enter new parameters.

Placing SR 0 an a l during an error'typewout will also cause a halt at location 246i

exactly as described in the above paragraph.

Proceed

8.2.2

Inhibit Error

Placing

Print~o7ut

SR I

‘

.
-

VV.

SR I an a I causes all error

print-outs to be inhibited. All other messages will

inhibited. The program will continue to recognize errors, but will not print any
2

not be

information. SR I may

be placed on a I or 0 while the program Is

running.

8.2.3

Bell anVVError-ISR .2

toring the TTY BELL whenever

SR 2 on a I causes the program

convenient when testing with power supply margins.

SR 2 has precedence

may be placed

the program Is running.

be on a I

SR 2

on a

or 0 while

error‘is detected. This is

SR I if

over

both should happen

Test Selection SR 3 throughé

8.2.4

Any one , or any combination of tests may be executed by placing any one or any combination
‘of SR 3 through 6 on a I. Test selections may be made only when starting from 200 or 207. SR 3 specifies
.

test

I, SR 4 test 2, SR 5 test 3, SR 6 test 4. The test

executed first.

specified by the most significant

on a

will be

,
.
.

_
,
,

For most PUP-85, SR 4 will provide the worst Case pattern.-

For most PDP—B/Is, SR 5 will
I

provide the Worst case pattern

‘

If all four switches are on a 0, all four tests Will be executedIn order starting with test I.

Program relocationIs not effected, regardless of the SR settings.

8.2.5

Inhibit Program RelocationSR
-

The program normally

relocates

automatically as Indicated by the INSTRUCTION FIELD

-Indi¢dtors. To retain the program In Its current 4K field, place SR 7 on a I at any time. Changing

SR 7 to a 0 will permit- relocation to resume.

8.2.6
,

SR 8”,, Stand 10 -Not Used.

Change TEST LIMITS and SR-V- SR II

8.2.7
‘

Placing SR II

on a

I will cause the program to

automatically restart from address 207. The

TEST LIMITS and SR may then be changed. SR II Is sensed

completed

all of memory under test.

only

after all

specified

tests have

been

Loop en Address

8 2 8
.

A subrouiine is provided whieh may be ueed to conrinuousiy icop en a singie ieeai‘ion,

group of censeeuiive ieeariem.

No error checking is performed.

immediareiy feiiows MW e wriief en each iocarion.

er en

The rouiine perform or reeri, arid

The ieop time between rwe reedr, er rwe wriree,

is approximai’eiy 22.5 per

Operaring Precedure:
9

Ser ihe iNSTRUCiiQN HELD swirciies re the current fieid, and We SR re i700.

Ser ihe DA‘i’A FIELD switches in equal me 4K field number m we.

Press LOAD AEDDRESS.

cit.

Sei rim SR re equei ii’le

Press START.

Press CQNTINUE.

wirh STOP»

m address of the group.

A heir wiii eeeur or i703.

Set the SR re equei

the m address ef the gmin.

The addres5(e) specified wiii be ioeped unrii stopped by fire operaror

SR 0 wiii her heir rhis reuiine.

Te resume normei epereiien, reeieri the program from 2-00 er 207 mi ihe currerir iieid.

9.;

PROGRAM erscrrrriew
The FDR-8.

memory noise

8/1 Exiended Memory Checkerbeerd diagnosric is designed re ereere worst case

condiriehs

four checkerbeerd pairerney

systems equipped wirh 8K in 32K wards of [memory The pregrem execures

pius their eempiemefirsi err each 4K memory iieid.

In addirion, rhe pregmm

euiemeriwliy reioeares From fieid re rear in erder re fesr a” 4K fieids frern every 4K iieidr

‘

Under

nermei operation, the emeunr ei eere mernery iesieci er ene flame is rim epecified by the opercrrer minus
fire 4K iieid cenreinirig ii’ie eregrem.
re specify rhe

A TTY keybeerri input reuiine is previded r0 enable rhe Operator

exeer number of @K fieies in be resred. A prinrweur is provided For each

error

derecred

by “we program.

Furrher eenrmi oi rive pregram i3 given re rhe epercrr-or by mecms ei rhe SR.

heir rhe pregrcrm,

inhibir errer minim-ems, seineriiure rhe TTY BELi... For errer indication, half after error

prinrwourfi reflect (my
ie

The operaror may

one er er

greee oi iesir, inhibir pregrem reioeerion,

and creqre an auremaric resrarr

change iriwe emeerri 0i memery re resi,
A smeii subreuiirze is previcied which wiii confinuousiy read and wrire any singie,

ei ieeeriens wirhirr any 4K iieicim

a. .“

Tire eperdrer must

specify

or a

the locations by means of Me SR.

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xPRINT [SEE

xu1e lv4. /.a

IUSE 11 ‘

16'

llfl

‘

@1 9

‘

1%
I

XR GR COUNT XKBNK MEMADR ROS MEMADR R03¢3
I

,;*4

TAD SEA JMS ISZ JMP JHS 152 JMP zsz JMP

COUNT FLCNY

I‘nznaa l'HEMADR FLCNT Mfifififlficgopa-nsmana

19'

XR OR

I‘XR OR” I'XR GR
11'

XR QR COUNT I-xKaNK
,

g*4i
LOOP 3'4,
H4 19
M26 H4 man 1009
11:1a
71o. 0:1 TAD DOA TAD DOA?AD” UNA ”ficfi -ISE JM? 15: SK? JMP18% 4M? TAD TAD DEA571TAa cmaszA JMS CLL110 521 JMS CLL TAD 521 JMS' STL‘ TADV CMA 521JMS Isz JMP JMS
'1

2’NOV9?1

R04;

V141 141% 74 % 4521 ‘2fi72 5253 4 7% 2122 same -212 5213

@923 1956 3572 156 3Q73 1 41 3274 152 : 7241 2fl74 5264.zaza_ 52 % 52¢1?3§21569' 3a1e 7125 1419 7143 74 9' ~4521' 7152“1416 741a4521 7159 141g 74 a 4521 7l22 141w' 7fl4Z 74 % '4521 2972 53 $ 4 7$

PALlE 14 3 14 4 14 5 14 6 14 7 _145@ 1451 ‘1452 14531454

145 '- 1456 -1457 146E 1461 .1462 1463 1464 1465 '146 “’ 1467 v14ia :147114721473‘1#$4*' 1475 1?761 47 ”1530 -1531 152 . '1563 1534 "15 5 15fi6 15 7 151% 151 1512 1513 *1514 1515 1516 1517 1523 ,1521 152 1523 1524 1525

fiLDPia

may

TEST

@RQGRAM

LAST

FE LE CAUSE

PROQAM FE LG rz€ga Acafi PHRSAGVRAEM DATA FE LS FE LS
{SAVE EATA
iQ NE
RAE
E
N
S
T
a
f
i
E
H
QSNE‘
HzfiHEST
EZEQS
ALL

FE LD

i915
Qkfi
3 19

{NQT iQ NE

ENS
FSR

ZREAE /§EAS

73$?ED

MEMAQ MifiAQ RD4¢3 CHECK

2&NQVQ?1
31%: £12 56§5 £12 526?

KEMCREMEN?

JEQUAE ia asw‘T #75 7 IBM z xz?
i

Tfi

CLA 7A3 EMA 35A QM? JMP

/R§UTENE fiéflfi CKBNK:
1

9DATA 5231 DNEWATA

/
¢
<
L
A
S
T
1
>
IEXIT IAD
SA7A EQNE
FXELQ
f§EAD

SAVE? SAVIF Cgé CBANK XTEMK CBAMK CBANK CBANK

FIELD

/AL

FIEL?
TS

IMCREHENT ICHANGE

FOR

@34

FiELfi

[RGUTZNE CBANK»
/

RE? DEA RD? Cifi 7A3 52% 4M? Jfis QM? ESE JMP

LASTl m

SET

SAViFa

IRQUTINE'TQ NXTBNK;

CLA RD? CIA TAD SEA JMP ISZ JMP RDF TAD TAD DCA C07

léflfi figfifl 72$E 1313 7fi£® 764% 5693 5 53

ag g 62 4 32 3 6214 7641 12 3 764% 56%? 5637 2 E7 56E? QEBE

Efififl 723% 6214 7fl41 1 24 7643 5235 ‘2 24 5242 6214 163% '1 2§ 3241 $231

léfifi 1681 lbflg 1&93 lbfié lé®5 léfié

16%? 161% lbl 1612 <1é13 1614 1515 1616 1617 162% 1621 162 1623

'1624 1625 1626 1627 163% 1631 1632 163 1634 1635 1636 1637 1643 1641
13!
Q3

EQUAL
FIELB
1:17
PAs

SR$=1
fiALT
HALT,
/CHEC xso /EXIT CHECK
SR

AND

E319

FIELD#
Ts fzo

DATA

ISAVE

xMAKE

AND

ION‘ADRES' READ.LOHER

LIME?
LXMIT. uFPER
SETUP

INST

LOOP

DATFLD KCDF .¢1 FEILD
ea

xmow

FIELS
FIELD
/TEST

</READ [WRITEV

FIRST: LASTiFIRSTi MEMAQR MEMADR MEMADR MEMADR LASTi CLA OVER MEMADR' HRLDP

TEST

/RESTQRE /EXIT

DATFLD KCDF }*1 CFLD
ma

I I

SNiTCH LAS SPA JMS JMP CLA ;RDF DCA RXF TAD DCA EDP CLA JMP
HERE OLA LAS_ DCA HLT LAS DEA TAD DCA TAD DCA TAD CIA TAD SNA JMP _!SZ JMP HLT. CLA TAD TAD DCA car CLA JMP'I
2~NOV~71 ICHECK
91756 4ISTART
OVER] WRLOP.
AFEILSI
'CFLD:
/

xRESTGRE_DATA

‘

72aa 76fl4 3123 7432 ,7634 ‘3 24 ‘1 23 312 152 35221 2 7241 1 24 765% s aé 212 5313‘ 74a2 flgfib 723% 1314 1 25 3 2? 6231 72%fl 572
‘

V141

PALlZ

7634 7 13 452? 5624

z za 72£z 6214 3914 52 4 1 25 325 62g;725% 5646

1646 <1647 165% 1651 [lé53 1653 1654 165 1656 1657

1796

‘1709 .1731 .1792 '17E3 1794' 1765i 1796 l7fi7” 1716 171; 17121713] ‘1714 1715 1716 ‘1717=' 172w 1721 172 1723 1724 1725 1726 .1727 173% 1731

EQRGR
LAS?
w1?H

OA?A
GOG

LEMK
I?

:93

5A8

ivlS
fiASE
$319

DATA

zgaaifia iSAVE
RSUTZfiE

ABfiRES FE Lfl fiELa

FE LS iLAST STORE
a

/RES?@§E l0fl$é /SAME {GQN’?
i

SCAD? XFiLD EAT?L9

ifABLE'PGENTER iRESTQRE [INCREMENT
{5&3

;§?a z

BEL
RIMS BEL

l5AVE /UC?AL QATA

PEIN?ER PfifiTER

Ta gz

7A8g5

TESTED

i332

KSfi

/SET

$
A

fiéT?:§ ERNRB ENTBL ERTBL ERNRD OATFLQ ERHRQ ERwRfl

iazwa

EPRNT DATFLD

FREQ?

NUMBEQ

/CRaLF~ /TEST
ER OR

EA: $369 16
LAST ch 3N2 LAST CLA 9&3
OLA 5%1 K2Q7 SNZ' CLA KCDF .‘1 $3
SEQ Cfié SSA 52L EMA BSA ?AD 35A 4M3 7A3 CIA TAB SNA 4M? $A§ 85A TAD SEA ?éfi SEA 4MP VAB DEA 7&0 ESE 'DCA LAS RTL SMA QM? TAD JMS' JMF LAS HAL SMA 4MP TAD TAD BCA CDF CLA JMP
m

afififlfi

29E3v$?l Ifiéiw? fiZE~ EQVRE;

1"be

Vl41

FIELD

PRENT

3H2:

3H1;

EREXT;

CRLF DATFLD
JMS; TAS RTR RA?

EPRNT;

252$ ga $ 743% 794% 3 é3 743 7a42 3 54 1913 3 65 4531 1314 7641 1365 765% 523 1&14 S é 132 7&4: 1&21 7&4a 523a 12 6 392 1&14 252 342 7&54 7396 7 9% 5242 1367 4346 5 1 7634 79 4 7 96 5254 1a14 1 25 3251 5231 7268 56m

4354 1914 7212 7913

Zflfifi 23%; 26%2 BE S 23 4 Zg fi ZE Q 2Q®7 ZElfi 2&1 2312 2&13 2614 ‘2Q15 ZElé 2gl7v 2&23 292; _262 2323 2a242a25 2826 2g27 zazg -2@31 23 2 2$3

2854 8M5 2%5 5&5?

2fl4l 2fl42 2343 2%4 2645' 2946 2w47 fizwsz2 51 2652‘ 2953

ASP:

NUMBER

5
-

[SPACE IOCTAL ISAVE /SPACE
ISPACE.5 xrzsr IPRINT
/SPACE
DECIMAL
xPfizwf /~8 ,IPRINT /°5 IPRINT - '

SR6 zoo

‘

1'19
PAGE

HAL?

‘.

IEX T:

ISPACE

‘

”<

[PRINY

;

‘_

1:”

.‘

V“/QIGIT

COUNTER

.IEXIT

[m4

*
I

_.
-

@1 9

“

'
-

;

K26$ PRER M14 LO P SPING OCADR CHAR PROCTL Miz LO P SPING so n CHAR PROCTL M5 LOOP SPING BAD CHAR PROCTL M5 LOOP SPING TNUM' PRER

XHLTCLA EREXT

TAD JMS' TAD VCA 4M5 TAD DCA JMS TAD ASCA JMS TAD DCA JMS TAD DEA JMS TAD DcA JMS 'TAD DCA 4M5 TAD JHS

VLAS SPA JHSJMP

SPACES,

5H3;

IPRINT SPINGI

2emov-71
4;

:14: 2142 4345 1 45 3s7a ”La 1365 3134 '432§ 1 41 3274 4315 1364 3134 4326 1361 ,3974 4315 1363 3134 4325 16613674 '4315lfiéz '4346
A

7634 7 12 4527 5246

K249

SPING
301 LOOP SPING¢2

TAD TLS TSF.‘JMP I52 JMP CLA JMP
.

-/PRINT0CTAL

LO P CHAR

‘

CL‘RAL

CHAR

TAU DCA TAD RTL DCA

PRSCTL; POSITN.
I

@6 9 137@ 6 46' sag; 53252974 5317 '72fifi 5715

39%@ 1953 3fl74 1 3s 3,134 3134

2115 211621 ? 4212%- 2121 .212 2123 2124 :2125

2125 2127 2135. 2131 '2152 213 ,2134

“Mm q M20
qux wzwm x

WN§H
w ¢m

aJmHh.wmw,wmfih

aux Eda

hxmz
mam

wm wx mwmu

kmxmx.

mfimm

.J%uom
«fixu mflmx mam a &904 zhwm a

mam a
flaw

meJ

mm“

mfimx m m fi mwmx m m m

meu

szmam “m wmw

m; m a a

mwmwm wuw .QMJMQ

mama @vma “wag m m m wn ownm

m flm «mam “mam avam w wm mw m mw m v wm mwam

@wfim nvflm amdm flmfim m flm m flm

mfidflm
\

”magma

.wam mom «pmqg «fim x uawm «Nfimx
m

MWN» wmaw wm m m fim NVfifi flvmw W%m am m mwmh owm

mam awmmfim

0%,mzmknamw “Marm

«Jo 04F a4“ «no “an uzw a»
V

armam Roux “fin “upwm Famu < Pnazw

hwm

wmu»
_

zomu

am mwm @Ju flaw mxw mfik mmwnxw
ma» Jam mzq m4» man mxw «JD M.axa m mxmz me mm» azw «Ju Raw
wx

fihaywxwm

mgmwu.ymwh
kmamh\ 0h.mwz«x0\ kwxwx mFHzNJ

kmm»

am mw

\
.

mwm &m %. mwflw @wmw“hm“. @vmw wmnm maw m m am &2 am m, mama :mwm mama,
wmwm m wm wmwm hmdm, a flm ”mam Nudw ma m vmwm m dm oeflm. hwflm ahflm “ham

ammm
..

a a mam» mmflfl mNH _mam» flame ,a om

vmawm flamm mam m m «QN . mam OQN

mszaom\_ mdomymx

LIMITS
1'21
PAGE

TEST

/PRINT

ICR: /CR.

2319

MAéK

LEGAL

1?Is

CGM A
éaa

Afi

ISEE sail

IGO<ACEP?‘INPU? IuA1?,?0§
AC

{MASK

TEST

xfiaszfzam IFXRST

QUESTEON

ZNPUT
XGET

LAs?

LEGAL

2N61,2733

633 $25?

FOR z?

IPRENT ‘IHAzT

[SEE gul

lMéSfi

/9K

xaoszfzou

fLAS?

was

NBH

'QUERY

paosaxm

Nam.xs'vzas? ZFXRST EQUAL

PROGRAM

HAS

‘

LAST
13:)
(as?

XFILD XCRLF XYLIM XCRL? KEVIN LEGAL CHAR HAL FERSTi KEYZN CHAR K254 g¢3 SLMTS*2 KEYZN LEGAL CHAR RAL LAST; FIRSTi LASTi OKAS
“NH

LOCLTiON

Jfis JMS JfiS JMS JMS JMS TAD AND CLL RTL DCA JMS TAD CIA 7A0 SNA JHP 4M5 JMP JMS JHS 7&3 éND CLL RTLDOA TAD CIA 7A0 SMA JMP CLA

2*MOVw71 SLMTSt

IF
a

IF Ir

ILAST

SEE

235: xvgs xwaw

FIELD

OVER

START

INC

[AND

ICURENT

/PRINT

INSFLQ' XLCAT SLMTS¢2

FIRSTi CHAR LASTi FIRSTI CHAR LASTi LA5T1 FIRSTl ALOK FIRS?1 CLé ALOK KEYIN
TAD DEA TAD .0CA YAD ‘DCA CLATAD CIA 7A0 SEA .JMP' TAD CIA TAD SEA 4MP JMS JMP JMS
I

GKASa

ALDK13

V141 32 % 4531 4547 4751 4547 4323 4314 1 34 213 7&24 72 6 3123 4323 1 34 7241 1353 7452 523 ' 434 521 439343i4 1 34 vzg s 713473263124 1 23 79$; 7562 5256 726a' 1l23 3134 1 24 3123 1 34' 3124' 729% 1 24 7041 1 23 74 2‘ 5273 1 23 ,7341 1216 764% 5273 4752 521 4363

PALIE 2 %? 2 1% 2 1 «2 12 2 13 2 14 2 15 2 16 2 17 2 2 2 21 2 2 2 23 2 24 2 25 2 26 2 27 2 39 2 3i 2 32 2 3 2 34 2 35 2 36 2 37 2 46 2 41 2 42 2 43 2 45 2 46 2 47

2 59 2 51 2 52 2 53 2 54 .2 5 2 56_ 2 57 2 62 2 61'2 62 2 63 2 64 2 65' 2 6 ,2 67 2 7a 2 71 2 72 @273

fiAQK

A_SK:§ QUES?§0%
$19; iPfizN? GViR
/%§% ififéfi?

1*2
QégE

zaga fig?

iéufiafifig

MARK

lg<fi (QUERY OVER
Egfig
.

QUERY

IPRINT

ZSTART

9
.

ggi

CHfiR X215

SLfiTS QUERY Skfifség

aw:

xgzfia KEYE§

-§%fi?5é2

3 3

KCfi KS? 4%? KQE UCA 7&3 4M3 Jfi?

$£§ CZé 7A3 SN; 4%? Jfig afifi

2aNGVw$z

fifiéfi fififi?

KEYENg

LEfiéL

LEéAL

I‘LEGAL ngYS¢2 XCRLF K27 XPER QUERY

saga K3? flak Cfiéfi K§?§ Kgég CLA SHéQ‘ KZSQ :LA,- EHAQ K3i§ Cfifi QUERY
?é§ 32% ?A3 EMA J39 ?A§ AND 63% ?&5 S%& 4%? ?&3 63¢ 7A3 SNA QM? ‘?A$ CEA ?%§ 'SNA Qfip JMS JfiP

kigéLa

QUERY:

TLIMT LOCAT 254.

JMS TAD JMS JMP

XTLXM: XLCAT: K254,

V;él $134 ?$41 1 43 74§E fiéfi? 4$§4 521 fifififi 6%32 6531 $3 5 6fi36 3&34 1 54 éfigé 5793

a g 13§4 7gfil 1xé4 v7é§ $2111 34 $1457341 1x42 759%5?14 1 34 7&41 1353 7é§3 '5714 1 34 7&4; 1143765% 5714 434 521 @B @ 4547 1 46 _4536 574 2445 243% 925%

PALZQ 2 74 2 7$ 2 7$ 2 7? E QE 23§1 23%2 253 23 4 239$ 236$ 23%? 2513 .231; 2312 23l3

2314 23;§ 23x5 2317232% ,23’2/232 2523 2324 23 5 .2325 2327 23 9 23 ; 2532 23 3 _23 423 5 '23 é23 7 2349 234; 2342 2343. 234 2345 2346 2347 235% 2351 ‘2352 2353
~

2%
6»

mix

PRéAM¢25

LIMITS

FXEkE
1’23
PAGE

/FLDN

TEST

Irwa

/CURENT

lQ NE xaxzv xa sz

i? /R f? f3

m-.iA J‘- :3- /3 {fig I?I! la IL xa IX
!«

3:19

y141

.PALlE

/T£RMINATOR IPRINT IDGNE
IF

IDONE

PROGRAM

INSFLD

FIELD

2fi¥QV9?1

gPRINY 62623 LQCAT:
/

K268 FLDN PRGAN. 12

12
I

LUCA? XPER PLGCT

$§QCT§

X I

CL& TAD RTR EAR ANS VAQ DCA TAB sea ?A9 SNA QM? 4H3 4H?
m

;

Pagan,

322 31?: 3%? 322 33$ Zfifl 31% 323 2&3 311 319 2&@ .33g.31; 395 314 3&4243
K

TAD'TSTL

CLA QCA TAD SNA JMP

FkEN.

TLIMTU FLINT:

'2493 fiflfifi 726% lfilé 7fl12 751% 613 1 42 '324 1217SE12 1412 743E‘2 569% 4536 5212 2417 3 23 @32 @317 @397 @32 aégi ezéa@31 53 3 fiZéfi 63:1 @316 324% fiSfié @31 @5 5 @314@3 4 @24E 9 3% @953
24@% 2491 2462 243 2434 24%5 246 2457 .2413 241 2412 2413 2414 2415 2416 2417 242% 2421 242 2423 2424 2425 2§2fi~ 2427243 2431 2432 243 2434 2435 2436 2437 24 a 24 1 24 2 24 3 24 4 2445

TLIMT

Efiflfi 7289 125? 3 12 1412 7456 5646
24 5 24 7 245@ -2451 ~2452 2453 2454

mag

4dwum

muw u
wmgw
wmqa

mflm

WK mx mx wx \ J» “x xx MN wx mx

mo»«zwmePx

w wm zm

“ka

\ w

mu«amx

w“

m wax wzm x
.m@w mJHm mafia .ameo
mm

meow
m

M”

mean

wu¢umx mzm x kxmzx

wxm \
ma

hzwm x

mam x
M@m gam a

aumoJ zmax snow ma,” m+. .m max mom a
.

m wwum mgu may «an mmw «mm mxw mgm mxw mm» «mm my? may «mm m4» «2m axn mamazn a«% «um mzj ma» «no may «2w azw. mxw mumwm cam
m

wmm mmm mmm wmm mam wwm ”Wm mam”an «mm mmm

Nfi

kzwmkx

mam u

.mu\

“Jmux mdwu

mam x wxMJm
mam amw

wzm mx

mxw

m aqu exam

x V\ a

m JMm
a

«gam a

.aoau
a

.QJMu

”way om W Nm m m wm wm m m mw vmma wvmm ¢amw fiamm mama Hana vmw m m m am

am a mwmw mWMfi mfim wwww m wh m m w w mmmm Ham” Wham Am w awn” mam» Nw¢a ava nuwm ova mam «9&6 v53»hwm¢ man“ was” mdvfl amvs dnhm an“? «mam sgom mnm flanm

@Hng m wm emwm wmwm mowm flnwm m ¢m w wm wowm mw m wfiwm nmvm mnwm wnwm mnwm mnwm

wmwm m vw @hwm wmwm w m am m. mwm m m wm m mam oam mwm a m afimm Nanm nfimm wdm mdm oamw hfimm am m am m N mN m m vm m m m owm nm m an m Hnm m m m nm

mmm

mx um km «« Jx

fix mx mm

MN .mx

mwm

mama.“
nwm ”mm«mm ”mm wwm mwm flaw @flM mmm m m_

«Mm mam wan mam

“monm

am m

mam wwm mww wmm

axw

m mxm wam g wmufim

avg» «awn mama @flm ¢®nm awam dwmw w m m m «m m flmw vamm mwmw Hm m wm m mmwa m m mfim m m mwm wflmw mama w mwmmmm w am

nga wm m m m @M N nm m mvm w m mvm m¢m v mm mwm ovm hwm m m wm m m m m m wm m m m cm m wm m m m Mom m m m m
,

mam x

ammd m qm mw

“mama

mu¢mwx kzm axmza x

.mux kflxwx

mgm x
wmwmx

m%m o«m&_ mx meaJ
flaw «mm mxw ma «mm. mfiwMmm axm mzw axn m4k «um
my

PmMFm.mw

wzwmax

mmnfi
w «m M\ M\ J\ 0\

dfia>ozam

mamax zhm»
H

Nfi
ma

m¢1

mam x zpmkm qu x m xmx
H

may «us 04% 42m 321 mzv arm mxw min

uzpmka

wmwm w mw w wm mwmw .wm w mwm w w amwh Nflmm .am w ,mam ,Hwa Vfim V m mv wm fl ma§m mava amvn ¢mmm ommv hamm xvmv anm
m fim «mam m wm. ”mam vmwm m wm emflm mwom afiom adwm Mdem maom waom .mflom oaom namm amom amnm m om m om VNON m aM&

R7RN1

Ra?gaw FiELfi szrug
3A7A iPEiNT

fifi

HERE
1‘26
PA$€

f?€$?éfi?

I8 ii. I?

#7 /E /S I?

CAR IAGE

iRESTQRE

7¥$£

xa mz

SR:

381?

fiAL?

322 3E1 3%3

32% 3E5 323 32%

ZwNGVa?1 fSTNa
!

9530:

HALT.

sawUfi 3%} XFiLGKE L? STSR i2 ;*3 XPER PSTSR

EXEG?

HL? 4%?
/

X?HQR;

asai
2z

I I

}¢4

XPER SETSR MCWA HTCR
1

$5? Ifi$ JMSvas ?AB BSA TAB SNA JMP AMS 4%? KRB KS? dfi? ”K38 JMS LAS

JMP DOA 4MP

zwaz? {AgYEfi SETSQa
/

P$?Sfia

N7§Ri

323 385 324 325 32% 24% .323

/1' STSR;

V341

2525 @324 23§5 @323 @324 @QEQ 2634asgz 93a: 5394 gaze gage 7432 5&41 2565

9 9% 4531 45:2 122339321412745% 5257 4536 5252 6536 6931 525 6936 45355645 75a4 3 3 525a 2676 $323 $395$324 @325 gaza 324% 3 23

géLlfi

2626 2527 2&3 2631 2&32 253 2534 2535 2636 2537 2&45 2641 2642 2643 2%4

2645 2646 2647 25 % 25 1 2652 2653 2654 265 2&56 2657 26 8 26 1 126 2 26 3 266 2b65 26 6 2667 2679 2671 2672 2673 2674 2675 2676 267

PIELE

ANOTHER

1e27
PAGE /R

/GET {$8;5

3:19

DATA

MAX,

RELOCATION

FDR

IRESTORE zaxr

FIELD

E_STAL RANTAB RANDEX CLA RANTADai TBLRAN RANDEX.VRANCON' RAL _RANCORNANDEX RANCONRANBEX“RANDEX RANDEX_.GENRflN aLéia
_

XFILD GENRAN LOOP LOOP 1.1 DATFLD KCDF g+1
I

322

JMS JMS 00¢ 15? JMP TAD TAD DEA CD? CLA JHP

I I

TAD CIA TAD SEA an? 7A9 ncAran CLL SZL TAD aca raa TADaca "TAD 152 JMP 1234 RANT 4321 1416 5363 éfibfl 3935 2572 3237

@214.

'1
8La

RANT 177

DETERMINE

2aMQVn71

STAL a

GENRAN;

RANTADa

RANTAB‘.TBLRANE K17 : </'v {ROUTINE

RANCON; .RANQEXIRANTBLa'

V141 3 2 saga 32 9 4531 4316 3974. 2574 5356 ‘1914 11253 13 6231' 729a 5792 @3 9 1354 79411342 7549:53 3' 135 . -3 42 1341, 7164 743 1 56 3 41 1742 1341 3742 1742' 2342 5716" 1234'27534321 5393 6365 3z35 2572 3237 @214 gage2753 2743 e17

Nigiév'

Yéfig
3EX3
_fi

EQRQRH?£BLE»PGZNTEQ'

F§ELQ

MQ¥E
V

FE LE gi ifl

MQVE
NEXT

?§EL§
Lfiwéa

EQR EQ?gfifi

ES?
g

$ES?E§ 725759 EGuAL OVER FDR 91? $5 ? FIELD NEW SURQEfi? TRY
CUR ENT iSETUP IFIRS? iLAS? {S7AR? 5K3? JE TU? ISET xgésv fia m gvasg
MOVE
CQREM?
N
E
X
?
,
S
A
%
E
iflfifl‘T MOVE
{ZS
isa?
zNEw ig fiTfiéG?
zszS? X?Mv
X
R
?
§
1‘szLB ERTB; ERNRQ €ZRS?1 LéS?1 CQA FEAQS g g a géfifi ENSFLD fi$5 wNfiLQC zwswg cgfi $3 1<.
.3

{

;

1925
fiAGE

a
.

Nifi?

f§XLQGKB§E$?3N

IN
{

iNQ

z fiaefi

IENTBLSERHRD¥1$ INITIALIZE/PDINTER&1
a

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