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XX-845B9-68

December 1965

52 pages

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Document:	maindec-801-3a-d
Order Number:	XX-845B9-68
Revision:
Pages:	52
Original Filename:	https://svn.so-much-stuff.com/svn/trunk/pdp8/src/dec/maindec-801-3a/maindec-801-3a-d.pdf

OCR Text

-LJ

IDENTIFICATION

1.I

Maindec $01 -3A

1.2

PDP-8 Instruction Tesf (EAE Type 182)-Part 3A

I.3

July ig,19as

(

Ei==
Maindec 801-3A
Page 2
2.

ABSTRACT

ill-

ThisprogramisatestoftheExtendedArithmeticElementTypel82.Thefo|HowinginstrucJ_

tions are tested:
MQL, MQA, SHL, LSR, ASR, NMI, SCA

An attempt is made to detect and isolate errors to its most b:asiE fault and to the minimum

number of logic cards.

Multiply and divide are tested Maindec 801-38.

REQUIREMENTS

Storage
Memory Locations 108 -54108
3.2

Subprograms and/or Subroutines
High RIM Loader, H:gh B:nary Loader

3.3

Eciuipment

PDP-8, EAE Type 182, keyboclrd reader a`nd. teleprinter.
USAGE
Loading

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The PDP-8 Instruction TestEt]Part 3A, may now be I()aded as follows:

4.I.2

Set 77778 in the SWITCH RE.GISTER .

4.I.3

Press LOAD ADDRESS key,

4.1.4

Plcice Instruction Test Part 8A in the keyboard regder.

4.I.5

Press START key on the operator console.

4. I .6

Engage the keyboard reader.

4.2

Calling Sequence (Not AppliGqble)

4.3

Switch Settings

Set the SWITCH REGISTER keys to 50008 before starting the program .

Srartup and/or Entry
The starting addre§§ of the PDP-8 Part 3A lnst.ruction Test i!02008.
Set 02008 in the SWITCH REGISTER keys and press the LOAD ADDRESS key.

Maindec 801-3A
Page 3

_5
4.4.3

Set 50008 in the SWITCH REGISTER key.€ al.td prL`ss tlie START l<ey.

These initial switch settings will cause `rh€j prog!.am to pi.inr ei.I.or messages and halt on an

error.

See paragraph 4.6 for other switch options.

4,5

Errors in usage

Errors detected by the program cause tlie following:

Print erl.or information
Halt. on error

The following are typical examples of error print information:

NMIT

4.5 .I

NMl
SCAT
SCA

C(AC)

C(MQ)

000000000000

010101010101

010101010100
000000001100
000000001100

000000000000

NMIT =

Normalize and step counter test.

NM[=

C(AC) and C(MQ) after the NMl instruction was executed.

SCAT =

The correc+ count of the step counter after the normalize instruction was executed .

SCA=

The actual count in the step count.er as read into the AC by the SCA instruction after the
normalize instruction was executed.
Note that Bit 11 of AC in error.

4.5.2

SHIFT

C(AC) should equal 25258.

C(MQ)

001111001011

SHL0

000011100101

C(MQ)
1 00000000000

LSR0

000000000000

000111001011

C(AC)

SHIFT 11 =

Number of shifts to be executed .

C(MQ)

Original C(MQ),

Original C(AC) and C(MQ).

(The original C(AC) equal all O's.)

SHL

C(L), C(AC), and C(MQ) after the SHL instruct.ion was executed.

LSR

C(L), C(AC), and C(MQ) af+er the resul+s of +he SHL instruc+ions wet.e acted upon by the
LSR inst.ruction.

Note that B:t 3 of AC after a SHL instruct.ion is in error.I

4.5.3

C(AC) should equal 07458.

SHIFT 2
C(AC)

011111111111

C(MQ)
000000000000

C(AC)
ASR

111111111111

SHIFT 2 -

Number of sh:fts to be executed .

C(AC)

Original C(AC) and C(L).

(The original C(MQ) equal to all O's.)

Maindec 801-3A
Page 4

C(AC), C(L), and C(MQ) after the ASR instruction was execu+ed.

ASR=

Note that C(L) should equal a 0, C(AC) should'equal 07778,, C(MQ) should equal 60008
after the ASR inst.ruction was executed .

4.5.4

MQLT
AC

000000000011

0-AC

0000000000QI

MQLT =

MQL instruct.ion test with a link set to a 1.

AC=

The original C(AC) and C(L).

0-AC -

C(AC) and C(L) after +he MQL instruction was execJted.
Note that bit 11 of AC should equal 0.

MQLT I
AC
0

4.5.5

0-AC

000000000001
000000000001

MQL instruction test with a link cleared t.o a 0.

MQLTl =

The original -C(AC) cind C(L).

0-AC

C(AG) and`C(L) after :the. MQL instruction was executed .
Note +ha+ bit 1`1 of -AC should equal 0.

MQAT

4.5.6

AC
I
MQL)
MQA) 1

MQAT =
AC

000000000001

000000000000

MQA, MQL instructions test with a link se+ to a 1.

Original c(AC)and c(L).

MQL.MQA =JThe C(AC) and C(L) after the execution of an MQL instruction.
•,

Note that bit 11 of AC should equal a 1.

4.5.7

MQATI
AC
o

. MQL)

MQA)

MQAT1 =

!MQA,

1 ooooooooo`oo
011111111111

MQL instructionstestwith a linksetto,a I.

Original c(AC)andc(L).

MQL MQA = The C(AC) and C(L) after the execution of an MQL :nstructi6n followed by an MQA instruction.

Note that C(AC) should equal 40008.

Main.dec 801 -3A
Fag.e 5

~J
4.5.8

MQAT2
AC

MQ
MQVAc I

111111iiillo

00'000000000` 1
b'00o`0ooo0o'oo

MQAT2

MQA insirljc+ion. +e§+ .

Origincll C(AC) and C(L).

Original C(MQ).

MQVAC

The C(AC) and C(L) after the execut.:oh of ah MQA irisfrJctid.h .

Note that C(AC) should equal 77778.
4.5 .9

MQAT3
AC

MQAT3

111111ll11lb

0`00000000001

MQVAC 0

00000000'0000

MQA in5t.ruction tes+.
I

Original C(L) and C(At).

Original C(MQ).

NturN AIL

The C(AC) and the C(L) after .the execution .of ah ''MQA ihstructi'o'h .

Note that c(AC) shoul`d equal 77778.
4.5.10

The following table contains the test in.nemohl.c, starting `address, 'err6'r h'dH 'addressi, and

instructions rested .

Mnemonic

|nsfructiorns

MQLT
MQLTI

iv\QL
MQL

MQAT
MQATI
MQAT2
MQAT3

MQL,
MQL,
MQA
MQA

STEST

SHL,

STESTI

SHL, LSR

STEST2

ASR

STEST3

ASR

NORMT
NORMTI
NORMT2

NMl,
NMl,
NMI

Starting
Address

LSR

The module table (see paragraph 11.4) should be used after a visual check of the program
error printout.
4.5 .11

Table 1 should be used on testing MQAT, MQAT1, etc, latter determining which bit of the

AC and/or MQ is in error.

Maindec 801 -3A
Page 6

4.5.12

Table 1 should also be used on testing STEST1, STEST2, etc.

Afterdetermining which two

bits may be in error in the AC and/or MQ, reference Table 1 for the module :dentification of the two bits
in question .
4.5 .13

Table 2 should be used :n coniunct:on with Table 1 When a step count error may exist.

4.6

Recovery from such Errors

Press CONTINUE or set up one of the following switch register controls foHowed by pressing

the CONTINUE key.
4.6.I

SWITCH REGISTER keys 0, .1,. 2, 3 are used for error recovery as follows:

Switch 0 = Halt on error.

Switch 1 = Scope mode (repeat pattern and/or test).
Switch 2 = Print error information .
Switch 3 = Inhibit exiting current test.

4.6.2

Multiple switch settings are as follows:

Switches 0, 2 = Print error informal.ion and halt at error stop.
Switches I, 2 = Scopemode cind print error information .

Switches 0,2, 3 = Inhibit exiting current test, print error informcition and halt at error stop.

Switches 0,1,2 = Scope mode, print error information, and halt at error stop.
5.

RESTRI CTI ONS

Before running this test, all basic PDP-8 processor tests should have been I.un successfully.
DESCRI PTI ON

Discussion

The PDP-8 Instruction Test-Part 3A tests the following extended arithmetic element instruclions:

MQL, MQA, SHL, LSR, SCA, ASR, NMI

The extended arithmetic element is t.ested using patterns necessary to detect{and isolate
errors to the basic cause and minimum logic card involved.
a predetermined error halt.

If a failu,.re does occur, the test will stop at

Two look-up tables are provided for 'error repair methods containing the foll6wing information:

AC, MQ, and SC bit numbers
Processor logic drawing number
Logic board type
Logic board location
The progr
I.est and jump back to I

METHODS

starts at memory address 02008 and will print "8A" at the completion of the
lion 0200 to repeat the entire test. The t.est is assembled in binary format.
Not Appli€able)

Maindec 801 -3A
Page 7

FORMAT (Not Applicable)
EXECUTION TIME

35 sec .

PROGRAM
Program Listing
/EAE PART

INSTRUCTION

TEST

C A M = 7 62 i

SCA=7441
NMI =7411

ASR=7415
MQL = 7421
MQA = 7 581

LS R = 7 4 i 7
SHL=7415

/TEST SW 5

BACK,

agog

NEXT,

8©®®

XMQLT I '
XMQAT,

MQAT

XMQAT I,

CMA

/CR

CF!

PRXLOP
CMA

/LF

LF
PRXLOP

CRLF
©

/PRINT

LOOP `1
I

JMP

J
8054

.-i
I

PRXLOP

PLI NI( ,

@©55

3©56

•9 ,2) 5 7

•3©6©

/LINK

Maindec 801 -3A
Page 8

/PRINT
/PRINT

ONEP

ZEROR

ONE
ZERO

0NZER

/ONE

CMA

ONE

PRXLOP
I 0NZER
CMA

/ Z ER 0

ZERO
PF2XLOP

I
®877

®1 ®©

7242j

8145

®1©2

5146

®1©3

2146

81©4

741©

8105

5477

724®

718®

8111

7'©©4

5147

8113

743©

8114

5117

8115

4872

®116

51©3

7248
8141
4©46

512}5
©®®®

88®®
8©©8

®126
0127

8®®©
0©®®

8138

®215

ZEROR

MES S G ,

BITSTR

PRONE'

J
J
J

Z ER 0 R

CMA

PRONE

.-13
ONE

/ONE

PRXLOP
MESSG+4
/GOOD
/GOOD

AC
LINK

/BAD LINK
/BAD AC
/CARRIAGE RETURN

®212

8132
®133

8514
©524
®24©

®157

®3¢1

8148

0NE'

ZERO,

/LINE
/M

FEED

/SPACE

®145

2)8©®

®255

Tog

8145

7763

COUNTX,

®146

©©©0

STBCNT,

Zi£Z

¥ZZZ

#M&#2',

14®©

XMQAT5t

/I
/0

LINK,

/DASH

7763
8
0
MQAT2
MQAT6

Maindec 801-3A
Page 9

®152
©153

®326
STEST

2) I 5 4

9263

8157

CLA

CMA

JMP

PRNUM

LFTAC
RI TAG
R I I MQ ,

®163

LF"Q, a

®166

K]764,

]]64

®167

Xl(4®©,

4©®0

SETL

*©®1©
®®1©

®2)8®

ACIND'

®©11

®©®0

MQIND,

®©12

©©8©

XACNMI,

®®08

XMQNMI,

* @2 © 2)

MQLT,

/HOUSE

PHSE

KEEPING

GEN

®292

CLA

GENX

CMA

©Z04

ACP

8285

ACMA

/SET

LINK

/STORE AC

PATTERN

LXP

/STORE

LINK

ZACP

/LOAD

ONE

@287
®210
2j2 I I

/STORE AC

0212

RESULT

/STORE

9215
9216

/STORE LINK

LINK

RESULT

7777

®22®
®221

BACP
/AC

NOT

EQUAL

©®®®

9225
/LINK
NOT
/CONTINUE

EQUAL T0 A
TEST MQLT

/TEST SW2

76®4

ae6l

71©6

7©@4

4257

PMQLT

@255

77©4

CLA

8256

7®@4

743©

745©

7 4 Zl 2

®241

7 6 ,„ 4

0SR

/PRINT ERROR
/TEST SW ©

/HALT

ill.&LT

ERROR

ONE

8@®®

Maindec 801-3A
Page 10

/TEST Swl
MQLT+2
MQLT+I
CLL
Z

/PROGRAM

LOOP
/CONTINUE

PROGRAM

GENX

XPACF'+4
Z

BACK

Z
Z

XMQLTI
NEXT

MQLT+i

/PRINT

ROUTINE`

/RIGHT

ARRO`W

CRLF

L
T
Z

CRLF

SP2
AC

SP2
PLXP

Spl
IXP

SP2
I XPACP+2
SPI
I XPACP+3
I
8©8©

7249

CLA

CMA

213©6

2]152

A.ND

®3®7
051©

4846
724©

JMS

PRXLOP

CLA

CMA

AND

8312
9513

4®46
57®4

JMS

PRXLOP

JMP

Zj514

®©8©

9515

724®

CLA

CMA

AND

JMS

PRXLOP

932®

5714

JMP

®321

8®2)®

724fl

9323

8135

@324
G325

4©46
5721

/RETURN

SWITCH

ROUTINE

0322

-MQ,

PMQLT

Maindec 80]-3A
Page 1 1

95Z6

Spa,

CLA

AND

JMS

PRXLOP

CLA

CMA

8552
0333
9334

CMA

/SP

AND

JMS
JMP

AC,

PRXLOP

Spa

8337

CLA

CMA

93 4 21

AND

0541
©342
@343

JMS

PFixLOP

9544
8345
2'6 4 6

CLA

CMA

AN'D

JMS
JMP

Z
I

PF}XLOP
AC

©®®®

8647

724©

855@
©351

8156
4 2j 4 6

5746

8553

/SP

PLXP ,

®554
©555

/GOOD

LINK

9557
@56@
Z13 6 I

8362
9363
©564
©365
©366
@367

XPACP,

PACP

Pro
PBLXP
PBACP
MQLT

DCA

JMP

MQLT+17

BLXP

/BAD

CLA

JMS
JMP

®412

AND

/RIGHT

CLA
AND

DCA

JMS
JMP

/ACP

LINK

ARROW

Ma:ndec 801-3A
Page 12

PBACP'

CMA

AND

BACP

/BACP

DCA Z BITSTR
JMS Z MESSG

JMP

PBACP

HSEI
GEN

CLA

CMA

/CLEAR

LINK

GENX

ZACP
ZLXP

/STORE AC PATTERN
/STORE LINl{ TO A ZERO

ZACP

/LOAD

/STORE AC

RESULT

/STOF!E

LIN](

RESULT

/STORE

LIN}(

RESULT

©©©©

7777

BACP
/AC

NOT

/LINK

EQUAL

NOT

/CONTINUE

©®©©

EQllAL 'T0

TEST

ZEF30

`,-,

ITIQLTl

CLL
Z

GEN`X

XMQLTI

BACK

XMQAT

MQ L I I + i

/TEST SW2

CLA

RTL
HAL

SZL
JMP

XMQl+I

/PRINT

C`LA

0SR

/TEST swa

ERROR

HAL CLL

SzlHLT
CLA

0SR
RTL CLL
SZL
JMP MQLTl+2

/PROGRAM

JMP

/CONTINUE PROGRAM

MQl

MQLTl+I

LOOP;

Maindec 80l-3A
Page 13

CMA

XMQI

XONE+5

JMS

XCP+3

JMS

XONE

JMP
CP

JMS

XCP

©©

XONE,

8
/ONE

CLA

CMA

AND

46
24

JMS
JMP

Z PRXLOP
I XONE

PMQLT

DCA
JMP

ONE

Z BLXP
MQLTl+16

HSE2
GEN
CLA

CMA

GENX

ACP

DCA

CLA

CMA

DCA

LXP

/SET LINK
/STORE AC
/STORE

PATTERN

LINK

ONE

/STORE RESULT
/STORE

LINK

/STORE

LINK

/C0iTIPARE

/MQ

JMP HSE2+12
JMP PMQAT-5

DID

RESULT

ACP

NOT

®®®©

RESULT
WITH

EQUAl.

/LINK

7777

BACP

DID

NOT

EQUAL, A

ONE

Maindec 801-3A
Page 14

/TEST SW2

/PRINT

ERROR

/TEST SW8
SZL
HLT
CLA

/TEST §Wl

BTL

SZL
JMP
JMP
PMQAT,

MQA I+2
mQA I+I

/PB0GBAM LOOP
/CONT.INU'E PROGRAM

CIRLF

I YSP?+5
AT

IP MQAT
SZ
S I
S I
S I
S I
S I

Y)Spa+5
YSP2
YSP2
YSP2+l
YSP2

`-`

S I YSpa+2
S I YSP2+5
S I YSP2+4
S
S

§
S

CRLF

YSP2+5
YSP2+6
YSF2+5
YSP2+5
YSP2

JMP

SP2
AC

PLXP
SPI
PAOP
MQ

L
PBLXP
PBACP

Maindec 801-3A
Page 15

PRXLOP
A

TT
PRXLOP

CLA

CMA

AND

JMS
JMP

Z PRXLOP
I YA

DCA

BLXP

JMP RL2
188®

JMP HSE3

1®81

JMS
CLL

CLA

AND

GENX

I zj ®2
I 2j z' 5

GEN
CMA

/CLEAR

LINK

1®©4

DCA

ACP

I a 2j 5

DCA

LXP

/STORE AC PA'TTERN
/STORE LINK [T0 A ZERO

i ® 2) 6

CMA

18©7

AND

ACP

/LOAD AC

1 21 i 8

MQL

1©11

MQA

/LOAD MQ
/LOAD AC

1©12

DCA

/STORE RESULT

FRO,M
FROM
MQL,

MQA

1815
1014
1©15

/STORE

1©16

LINK

IRESULT

7777

1®17

/COMPARE ACP

1©2®

WITH

BACP

1©21

1022
1®23
1®24
1©25
/MQ

1212 6

DID

NOT

E:QUAL

1027
1 2) 6 a
1®61

1832
1833

MQAERI

NOPR+4

CLl-

1©34
1©35

1836

DCA
TAD

Z
Z

1®57

DCA

1848

GENX
XMQATI
BACK
XMQAT2
NEXT

1041

1©42

1045
1844
1®45

JMP

MQATl+I

/LINK

DID

NOT

EQUAL

ZERO

Maindec 80l-3A
Page 16

046
047
®59

76©4
71©6
78®4

MQAER] 'RTL

®51

742©

@52

5256

SNL
JMP

NOPR

056
854

4667
4670

®55

4671

JMS
JMS
JMS

I
I
I

Z156

76®4

CLA

®SR

F{AL

CLL

CLA

/TEST SW2

0SR

HAL

NOPR,

NOPFi+ll
NOPE+12
NOPR+15

;PRINT

mROF{

/TEST SW®

SZL
HLT

CLA 0SR
RTL CLL

/TEST Swl

SZL
JMP
JMP

MQATl+2
MQATl+I

/PROGRAM LOOP
/CONTINUE PROGRAM

PMQAT
XONE
MQAI

DCA
JMP

Z BLXP
MQATl+17

12®0
12®1

12®2
12©3
12©4
12©5
12©6
i 2 2j 7

/SET LINK
/COMPLEMENT

ZACP

/STORE AC

ZLXP

/STORE

GENX PATTERN
PATTERN

LINK

ONE

1218
1211

GENX

1212
1215

/LOAD ra

1214
1215

/LOAD

1216
1217

122®

1221

1222
1225
1224
1225
1226
1227
1230

WITH

/STORE RESIILT

COMPLEMENTED

GENX

MQA

Z BACP
SNL
C LF! L 4

/STORE

LINK

RESULT

®®88

Z SETL
Z BLXP

/STORE LINK

RESULT

7777

BACP

/AC

SHOULD

EQIJAL

MQAER2

/MQ

DID

CMA

1231

Z BLXP

1232
1255
1234

LNPR2+4

MQAE82

/LINK

DID

NOT

7777

INCLUSIVE

EQUAL

WITH

ONE

Maindec 801 -3A
Page 17

1241

1242
1243
1244
1245

lz46

MQ A Tzt I
CLA

1247

76®4

125®

71@6

MQAER2,

RTL CLL

1251

7®®4

HAL

1252
1253
1254
1255

742
525
466
427

/TEST SW2

0SR

SNL

LNPR2,

JMP

LNPR2

JMS
JMS

I XPMQAT
EMQAT2

1256

768

CLA

0SR

1257

71©

HAL

CLL

126©
261

745
74©2

HLT

/PRINT

ERROR

/TEST SW8

SZL
0LA

0SR

FZTL

Cl.L

/TEST Swl

SZL
;JMP
JMP

MQAT2+2
MQAT2+I
PMQAT

XPMQAT ,

1278

1271

1272
1275

EMQA T2 ,
JMS
AT5,
JMS

PTWO

Xspl+I

1274
1275
1276
1277
1388

JMS

XSPI

13®1

JMS I Xspl+4

13©2

JMS Z

13®3
13®4

Jug I Xspl+I

JMS I Xspl+2
JMS I Xspl+i
JMS I Xspl+3
JMS I

JMS

XSPI
CRLF

XSPI

15®7

JMS I Xspl+5
JMS I Xspl+i
JMS I Xspl+i

161©

CLA

1511

AND

1312

DCA

1385
13©6

CMA

GENX
ACP

Xspl+4

1313
1614
1615

1616

VOR

1517

1521

I Xspl+2
I Xspl+I
Xsp I+6

1322
1323

XSP i+7

1324

EMQAT2

152©

CRLF

JMS I

CRl?F

I Xspl+5

XSPI

/PROGRAM

LOOP

/CONTINUE

PR`OGBAM

Maindec 801-3A
Page 18

1530

PLXP

1531

PACP

1562
1533
1554

PBLXP
PBACP

1355
1536
1537
1340

/PRINT

CLA

CMA

AND

INCLUSI,VE 0R
t

INCOR

JMS Z PRXLOP
JMP I VOR

1341

1342

1543
1344
1345
1346
1347

CLA

/PRINT 2

AND

CLRL4,

155©

JMS
JMP
DCA Z BLXP
JMP RL4

* 14®®

MQAT6,

JMP HSE5
JMS GEN
CLL CLA CMA
AND

/CLEAR

LINK

GENX

/COMPLEMENT
14©6
14®7
1410

GENX

PATTERN

/STORE AC PATTERN
/STORE LINK TO A ZERO
AND

GENX

1411

/LOAD

1412
1413

/LOAD

RE
WITH

COMPLEMENTED

GENX

1414

/STORE RESULT

1415

MQA

1416
1417

1428

JMS

1421

DCA

1422

CLA

1423
1424
1425
1426

AND

JMP

1427

CMA

MQAER6

AND

1462
1433

SZA
JMP MQAER5
JMP NOPR3+4

1434

CLL

1455

GENX

1436

XMQAT5

1437

Z
Z
Z

BACK
XSCAT
NEXT

SHOULD

EQUAL

/MQ

DID

7777

NOT

INCLUSIVE

WITH

BLXP

1442
1443
1444
1445

/AC

7777

SZA

1451

1441

RESULT

CMA

146©

144®

/STORE LINK

MQAT5+i

/LINK

DID

NOT

EQUAL

ZERO

Maindec 801 -3A
Page 19

CLA

mQA ER 5 ,

1446
1447

76©4
7106

145®
1451

7®04
742©

HAL
SNL

1452
1453

5255
4666

1454

5271

JMP
JMS
JMP

1455

7694

1456

71®4

1457
146®
1461
1462
1463
14S4
1465
1466
1467
1478
|471
1472

743®
74©2
76®4
71©6
743©
52®2
52©1
©667
1455
127©
4277
72421

/TEST SW2

0SR

RTL CLL

:1NT

ERROR

/TEST SW®

NOPR3 ,

/TEST Swl

/PROGRAM LOOP
/CONTINUE PROG'RAM

MQAT5+2
MQAT3+I
PMQAT

APMQAT'

NOPR3
EMQAT2

JMS PTHREE

AMQAT3,
CLA

CMA

AND

APMQAT+I

DCA

APMQAT+2

JMP
AT3
XAT3 ,
PTHREE,

XAT5

CLA

CMA

AND

JMS
JMP

Z PRXLOP
I PTHREE

THREE

JMS

KPI
JMS

LEFTS,

STL

CLA

AND

CMA

GEN

/HOUSE KEEPING
/NumBER GENERATOR
/SET LINK
(N0 SHIFT GUARD)

GENX

MQL

/LOAD

SHL

/SHIFT LEFT
/NimBER oF sHIFTs

a
DCA

SNL
JMP

JMP

LFTAC

/STORE AC

SHIFTED LEFT

/CLEAR AND STORE LINK LFTAC
/SET AND STORE LINK LFTAC

CLLINK
STLINK

77©1

CLA

3165

LFTMQ

/STORE

LFTAC

/RESTORE AC
/SHIFT RIGHT

SHIFTED LEFT

7®4©

®162

7417
©8®®

5166

DCA

Z RITAC

/STORE AC SHIFTED RIGHT

7428
5349
5342

SNL
JMP
JMP

CLRINK
STRINK

/CLEAR AND ST\ORE LINK RITAC
/SET AND STOR,I LINK RITAC

77®1

MQA

CLA

3164
7®48

DCA

CMA

®347:

AND

LFTINK

7449
5255

SZA
JMP

SHERR

RITMQ

/STORE

SHIFTED

/LINK

EQUALS

ONE

RIGHT

ERROFi

Maindec 801 -3A
Page 20
CMA

AND

RITINK

SZA
JMP

SHEER

/LINK

EQUALS

ONE

ERROR

CMA

RITAC

SHERR

/RITAC

SHOULD

SHEF3R

/RITMQ

DID

NOT

EQUAL

GENX

SHEER
SH ERR+ 15

/RITMQ

I)ID

NO'T

EQUAL

GENX

0SR

/TEST SW2

EQUAL

®82)®

GENX

CMA

RITMQ

CLL

JMS

SH ERR+ 11
I PF3INT

NOP
MOP

NOP

CLA

/TEST SW®

HAL

SZL
HLT
CLA

/TEST Swl

RTL
SZL

52©2

76
77

52®1
2@8@

PRI.NT.
I(Pl'

JMP STEST+Z
JMP SHLLSFi

/PROGRAM LOOP
/CONTINUE TEST

PRINTS

178©

@@@8

17®1,
17®2
17©5

724©
©166
5351

CLA

8
CMA

AND
DCA

/MINUS
12
/STORE 12 COUNT

1784

3125

DCA

Z K7764
TWELVE
Z GENX

/DEARGENX

LEFTS

/CLEAR

COUNT

1785

32®6

I)CA

17©6

7948

CMA

17©7

AND

SNUM

171®

3161

DCA

1711

7®40

CMA

SHIFT

FOR

EXIT
STORE

LEFT

PRNUM

/STORE SHIFT
`

1712

9345

AND

RSUB

1713

3©31

DCA

1714

7©4®

CMA

1715
1716

AND

NSUB

DCA

1717

®346
3®32
522©

DCA

RIGHTS

172©

7®4Z'

CMA

1721

9356

AND

PRTAA

1722

3754

DCA

1726

578©

JMP I

BACK

PRTAA+I

Kpl

/SW3

REPEAT

/SW5

a TEST

TES,T

Maindec 801 -3A
Page 21

1724
1725

22©6
222®

INCSUB,

ISZ

1726
1727
1758

2161
2351
52©1

ISZ Z PRNUM
ISZ TWELVE
JMP SHLLSR

1731
1732

5752
24©®

JMP I
STESTl

ISZ

LEFTS

RIGHTS

/INCREMENT SHIFT COUNT LEFT
/INCFiEMENT

/CONTINUE

INCSUB+6

CLLINK,

DCA

JMP

LEFTS+5

DCA

LFTINK

JMP

LEFTS+5

STLIIIK,

SHIFT

COUNT

RIGHT

/INCREMENT SHIFT # T0 PRINT
/TWELVE SHIFT TESTS

/JMP

PROGRAM

NEXT SHIFT

LFTINK

/CLEAR

TEST

LFTAC

LINK

HITAC

LINK

CMA

/SET

CLRINK,

DCA

RITINK

LFTAC

LINK
/CLEAR

JMP RIGHTS+5
1742

72!4®

1745

3558

DCA

1744

5225

JMP RIGHTS+5

1745
1746

162)I
1724

RSUB,
NSUB9

1747
175©
1751

g©®®
8©®®
8©88

LFTINK,
RITINK,
TWELVE9

1752

2©44

SNUM,

TNUM

1755
1754

2895
2154

PRTAA,

PRTW
PRT

CMA

RITINK

SliLLSR
I NCSUB

2@@2

* 2 8 © 2i
PRINTS,
JMS Z CFiLF
JMS I Z12+15

28©®
2©©1

82j®g

2883

JMS I

SHLX+5

2®®4

JMP

2®05

2011

JMS Z CRLF
JMS I Z12+12
JMS I Z12+13
JMS I Z12+14
JMS I SHLX+I

2®12

JMS

2©13

CMA

2814

AND

2©15

DCA Z BITSTR
JMS Z MESSG
JMS Z CRLF.
JMS TENSP

2®©6

28@7
2® 12j

2816
22' 17
2@2@

PRNUM

SHLX+5

GENX

2©52

JMS I Z12+12
JMS I Z12+15
JMS
JMS
JMS
JMS I Z12+12
JMS I Z12+15
JMS I Z12+14
JMS I SHLX+I
JMS Z CRLF

2953

JMS

2©21

2922
2@23

2824
2®25
2©26
2®27
2©5®
22)51

STRINK,

SHLX

/SET RITAC

LINK

Maindec 801-3A
Page 22
JMS Z
JMP I

CRLF
PRINTS

SllLP
RPAR
AC

PTHREE
PTW0

Spl

JMS I
JMP I

SHLX+3
PRT

CLA

CMA

AND

FOUR

2©7

JMP FRET

2974
2975

AND

2®76

JMP PRET

CLA

CMA

FIVE

2877

CLA

CMA

21©8

AND

SIX

21®1

JMP PRET

2102

CLA

CMA

21©5

AND

SEVEN

2184

JMP FRET

2185
2106

2.i?Z
2111

2112
2113
2114
2115

2116
2117

212©
2121

ONZEF3

Maindec 801-3A
Page 23

2122
2123
2124
2125
2126
2127
215®
2'161

2132
2135

Z126

2154
2155

2)27
©27

SIX,
SEVEN'
EI GH I ,
NINE,

2136
2167

®264
©265
®266
©267
@27©
®271

PC
LPAFi

214®

2141

SHIFT

2143
2144
2145
2146
2147

CLA

CMA

AND

TCOUNT

DCA

SPACST

/STORE

JMS I SHLX+5
ISZ SPACST
JMP TENSP+4
JMP I TENSP
7765

215®
2151

2152

2153
2154

®®©®

22®©

®@@8

22®1
22®2

724®
¢14®

2205

4©46

22®4

56@®

8
CLA

CMA

AND

LPAREN

JMS
JMP

Z PRXLOP
I LPAR

CLA

LPAR EN ,
RPAREN'

SHLP'

CMA

AND

RPAREN

JMS
JMP

Z PFtxLOP
I RPAR

0258
212 51

CLA

CMA

AND

JMS

Z PRXLOP

CMA

AND

JMS
JMS

Z PRXLOP
I LX

JMS I

LX+3

MINUS

TEN

/PRINT

1©

SPACES

Maindec 801-3A
Page 24

CLA

CMA

AND I
JMS Z

LX+4
0NZER

JMS I

LX+6

CLA

CMA

AND Z

LFTAC

DCA Z BITSTR
JMS Z MESSG

JMS I
I
J
J
I
C

LX+3
LX+5
LX+3

CMA

LFTMQ

A
D

MESSG

Jug Z CRLF
JMS I LX
CLA

CMA

AND

JMS

CLA

CMA

AND

PRXLOP

JMS Z PRXLOP

JMS I
CLA

LX+3

CMA

AND

LX+6

JMS

0NZER

RITAC
BITSTR
MESSG

LX+5
LX+3
LX+6

JMS
JMS
JMP
L
©318

8322
R I T I N 1(
X P I XX

/HollsE KEEPING
I

CMA

T14X

NTST

GENN

SCP13,

MS I TXXX
MP SCP13

T14,

KKKNU

T14X+I

STORE NrixT TEST ADDREss
JUMP
/§ENERAT

Maindec 801-3A
Page 25

DCA NTST
JMS GENN

2411

2412
2413
2414
2415
2416
2417

2428

4303

2421

4772
5221
4767

2422

SCP14,

JMS I TXXX
JMP SCP14

T15,

JMS

I(KKNl]

AND
DCA

NTST

T14X+2

JMS

GENN

SCP15,

JMS I TXXX
JMP SCP15

T16,

JMS

2423
2424
2425

AND
DCA

NTST

2426

4393

JMS

GENN

2427
245@

4772
5227

SCP16,

JMS I TXXX
JMP SCP16

2431

4767

T17,

2452
2436
2434
2435

®556
5651
46©5
4772

JMS I
KKKNU
AND T14X+4

SCP17,

2456

KKKNU

T14X+3

DCA

NTST

JMS

GENN

JMS

JMP

SCP17

TXXX

Tl8,

JMS I KKKNU
AND T14X+5
DCA NTST
JMS GENN

Sop i 8 ,

JMS

TXXX

JMP Scpl8
Tl9'

JMS I KKKNU
AND T14X+6
DCA NTST

2447
2459
2451
2452
2453

3351
43©3
4772
5251
4767

2454
2455

AND
DCA

NTST

2456
2457

43®5
4772

JMS

GENN

JMS

2468

5257

2461

4767

2462

9362

2463
2464
2465

3351
43©3
4772

2466
2467

5265
4767

247B
2471

®566
3551

2472
2475
2474
2475

4583
4772
5273
4767

2476
2477

®364
3551

2589

4383

25©1
2592

4772
53®1

JMS

Scpl9,
T2®,

SCP2©,

GENN

JMS I TXXX
JMP SCP19
JMS

XKl{NU

T14X+7

TXXX

JMP SCP28

T2l,

JMS I KKKNU
AND T14X+l©
DCA NTST
JMS GENN

SCP21,

JMS

TXXX

JMP SCP2l

T22,

JMS

SCP22,

JMS

I
KI{KNU
AND T14X+ll
DCA NTST
JMS GENN

TXXX

JMP SCP22

T23,

JMS I KKKNU
AND T14X+12
DCA NTST
JMS GENN

SCP23,

JMS

I TXXX
JMP SCP23

Maindec 801-3A
Page 26
GENN '
CONTIN,

8
ISZ

/CONTINUE CURRENT

TEST

CLA
NCOMP,

AND
CMA

TAD

NGEN

CmA

/TST SW3

GENN

ISZ
ISZ
ISZ

K X I 2+2

JMP

NTST

KX 12+3
PRNUM

/INCREMENT SHIFT COUNTER LE:FT
/INCREMENT SHIFT COUNTER RIGHT
/INCREME:NT SHIFT NUMBER TO PRINT
I.(

KP I XX ,

TAB

KX12

DCA

TAB

KX12

DCA

TAD

PPPNUM

DCA

KX12+2

PRNUM

TAD PRTTA
DCA I PRZTA

JMP

PPPNUM,

PPNUM

l{KK,
NGEN'

ELEVEN ,

N TS I ,
I I 4X ,

2546
2547

©®®®
©®©®

255®
2551

®®©®
©0®©

2552

2497

2553

2415

T15

2554

2425

2555

2451

TIC
T17

2556
2557
256®

2457
2445
2455

2561

2461

T2®
T21

2562
2565

2467
2475

T22
T23

2564

620@

STEST2

2;::

!Ziz

#£?2?,

®©14

2567``
257®
2571

26®8
2..631
261-7``

KKKNU,

K I( I( N

2572

2610

TXXX,

T14

Tl8
Tl9

4©©®

RI TXXX
LFTXXX
TXXXX

KX12+3

KPIXX

/PRINT

NUMBERS

TO 23

Maindec 80l-3A
Page 27

PRTW

PRTT

CLA

/COMPARE CONSTANTS

CMA

KKKN+7

K,KKN+7

KXKN

/SCOPE

MODE RETllRN

FOR

TESTS

INI)IRECT

CMA

NGENX

/LOAD un
/LOAD AC 2525

(OCTAl.)

/SHIFT LEFT
LFTXXX ,

/STORE AC SHIFTED LEFT

LFTAC

/CLEAR AND STORE LEFT LINK
/SET AND `STORE LEFT LINK

/STORE
AND

MQ SHIFTED LEFT

/RESTORE AC

LFTAC

/SHIFT RIGHT
R I TXXX ,
DCA

/STORE AC

RITAC

SHIFTED RIGHT

/CLEAR AND STORE RIGHT LINK
/SET AND STORE RIGHT LINK

/STORE

LLIN

SHERRX

P
AND

CLL

EQUALS

ONE IN

ERROR

/LINK

EQUALS

ONE IN

ERROR

RITAC

SHERRX

/RITAC

SHOULD

EQUAL, ©8®©

/RITMQ

DID

NOT

EQUAL

NGEN

SHERRX /RITMQ
SH ERRX+ 15

I)ID

NOT

EQUA,L

NGEN

I. NGENX
C'MA

RITMQ

SHERRX

/LINK

RLIN

SHERRX
AND

MQ SHIFTED RIGHT

Main ec 801 -3A
Page 28
DCA I LLIN /CLEAR
JMP LFTXXX+5

LEFT

LINK

sToiE

CMA

DCA I LLIN /SET
JMP LFTXXX+5

LEFT

DCA I BLIN /CLEAR
JMP RITXXX+5

LINK

BIGHT

LINK \STbRE
I
I

CMA

/SET RICH? LINK

DCA
JMP

STORE

I RLIN
RITXXX+5

NGENX,

NGEN

K2525,

2525

LLI N ,
RLI N ,

LFTI NK
RI TI NK

N N EG '

STOREi

GENN

PRINTS
TI N UE ,.

CONTIN

SHERRX.

EST SW2

SHERRX+ 11
CMA

NGENX

GENX

TINUE-I

OSR

PST

S'WO

CLL

EST

COPE

SWI

MODE

ONTIN'UE

IYloDE

-TAPE

PA US E

/EAE PART

0F INSTRUCTION

JMS

0NEONE

TEST

*38®0
PPNUM'

JMP I PRT3 /5
JMS

0NEONE /I

JMP I
JMS

PRT5+i

0NEONE

Maindec 801-3A
Page 29

P I PRT5+2
S

0NEONE

P I
S

PRT3+5
/i

PRT3+4

0NEONE /i

P I
S

PRT5+5

0NEONE

P I

PRT5+6

S
A

TWOTW0

0NEONE

PRTT

TWOTWO

0NEONE

P I

/®

PRTT

TWOTWO

P I

PRTT

TWOTW0

P I PRT3 /3
/PRI N TONE

ONEONE'

0 N Z ER
0NEONE

PRT5 '

PR TT ,
TWOTWO9

SHIFT,

SS
Z

PBXLOP

SS+I
Z

PRXLOP

SS+2
Z

PRXLOP

SS+5
Z

PRXLOP

Maindec 80l-3A
Page 30
*52®0
S I ES T2 ,

JMS HSKK
JMS GENRR
CLA CLL

]

6::E£RA5]##D MQ

MQL
CMA

AND

XK4©©

/SET BIT

LFTAC

/STORE A

LFTMQ

/STORE

ASH

ASBSHF,

/SHIFT #

3287
S2l©

0©2'®

6162

DCA

3211

75Z'1

MQA

3212

3165

7428
527
527
724

DCA
SNL

5213
3214
6215
6Z16

JMP
JMP

SSINK+1
SSINK

CLA

CMA

AND Z

F PLACES

/CLEAR AND' STORE LINK
/SET AND STORE LINK
/AC

l.FTAC

CONTENtTS

CLL

CMA

TAD

ACCOMP

/AC

ASRERR

/ASH

ERROR

(AC

ERR\OFi)

ASRERR

/ASH

ERROR

(AC

ERROR)

COMPARE

CONSTANTS

CMA

Z
CMA
TAB

LFTMQ

/MQ

CLL
MQCOMP

/MQ

COMPARE

CONTENTS

CONSTANTS`

CMA

SZA
JMP ASRERR

BE
/ASH

ERROR

(MQ

ERR)OR)

/ASH

ERROR

(MQ

ERR)OR)

SZL
JMP

ASRERR

CLA

CMA

AND

SNA
JMP

ASRERR

JMP

TSSWO+4

LLLLNK
/LINK

ERROR

/AC

LINK

(DID

NOT

EQUAL

ONE)

CLA

CMA

AND

DCA

ACCOMP

ACIND

MQCOMP

mQIND

/AC AUTO

INDEX PATTERN COMPARE

/M®

I,'NDEX PATTERN COMPARE

AUTO

Z ASRSHF /INCREMENT SHIFT #
/INCREMENT ASR PRINT #
ISZ Z PRNUM
/INCREMENT TEST COUNT
ISZ ASREX
JMP I

GENRR

ISZ REEE
JMP STEST2
/TEST SW3

CLA 0SR
RTL CLL
HTL

SZLI

JMP STEST2
JMP

SSTEST

/REPEAT

TEST
/EXIT

NEXT PROGRAM

Maindec 801-3A
Page 31

SI NK ,

CMA

DCA

JMP

ASRSHF+7

ACCOMP

MQCOMP'

ASH EX ,

ASH EXX ,

775©

LLLLNK ,

L..FTI NKI

S S I ES I

STEST3

LLLLNK

MQA UT ,

MQA IJTX

AC A UT ,

ACAUTX

STPR'

A SR P N U+ i
TYPE
PRT
PFtTT
TYPRE
TYP E2
TYP EA

/STORE LINK

CLA

AND

CMA

ASREXX+ll

DCA

ASREXX+7

CMA

AND

ASREXX+I I

DCA

ASREXX+10

CMA

AND

ACAUT

DCA

ACIND

CMA

AND

MQAUT

DCA

MQIND

CMA

DCA

ASRSHF

CMA

AND

STPF}

DCA

PRNUM

CMA

AND

ASREXX

DCA

ASREX

NOP
MOP

ASH ERR ,

JMP

CLA

OSR

HSKK

RTL CLL
HAL
SNL
JMP TSSW©
JMS I ASREXX+6
JMS I ASREXX+12
JMS I ASREXX+15

/TEST SW2

/PRINT

ERROR

Maindec 801 -3A
Page 32

/TEST

SW®

/EF3ROR

I STEST2

/TEST
RTL

SZL
JMP STEST2+2
JMP STESTZ+I

/sCoPE ropE
/CONTINUE` MODE

CRLF
ASHI FT
ASHI FT+ I
Z

PRNUM

CBLF

ASHI FT+2
TYLPAFt

AsllIFT+4
TYRPAR

ASHIFT+I
TYPE

8
JMS Z

CRLF

JMS
JMS

I
I

ASHIFT+6
ASHIFT+2

JMS

TYLPAR

JMS

ASHIFT+4

JMS

TYRPAR

JMS I ASHIFT+6
JMS I ASHIFT+2
TYLPAR

ASHI F.I+ 7
I
Z

TYRPAR

CRLF

CMA

JMS Z
CLA

PRXLOP

CMA

AND

TYS

JMS

CLA

CMA

PRXLOP

AND

TYR

JMS

PRXLOP

JMS
JMS
JMS

I
I
I

ASHIFT+I
ASHIFT+I
ASHIFT+I

CLA

CMA

AND I
JMS Z

0NZEF3

TYLI

JMS

ASHIFT+I

CLA

CMA

AND

LFTAC

DCA Z BITSTR
JMS Z MESSG

Maindec 80l-3A
Page 33

JMS

ASHIF`T+I

JMS I
JMS I

ASHIFT+i
ASHIFT+i

S46©

724©

CLA

CMA

3461

®165

AND

5462

3147

5465
5464

4077
4936

DCA Z BITSTR
JMS Z MESSG
JMS Z CF!LF
JMP I TYPEA

ASHIFT,

TYLPAR,

SHIFT
SPI
PC
LPAR
AC

TYRPAR ,

RPAR

TENSP
MQ

TYR,

8323
9322

TYLI ,
KA3777,

3777

TYS,

®©®

MQAUTX,

ACAUTX,

LFTI "K

LFTMQ

Maindec 801 -3A
Page 34

*3608
ASRPNU,
TYI

TY i + i
TY I +2

TY I +3
TY1+4

TYl+5
TYl+6
TYl+7
TY I + I ©

TY I + I I

TY i + I 2
TY I + 15
TY I+14
TY I + I 5

TY I + I 6
TY I + i 7
TY i +2 ®
TY I +2 I

TYl+22
TY I +23
TYl+24
TY i+2 5
TY i +2 6

0NZER

ASHIFT+I

CMA

ACAUTX

Z BITSTR
Z

MESSG

TYPE2

0
CLA

CMA

JMS

0NZER

JMS

ASHIFT+I

CLA

CMA

AND

l{A5777

DCA Z BITSTR
JMS Z MESSG

JMP I

TYPES

I.-

Maindec 801-3A
Page 35

5646
3647
565©
5651

5®17
5®21
5®25
5©25

5652

5927

Zl8
Zl9

5655

3©51

Z2®

3654

3835

Z2l

3655

5@40

Z.22

3656

5045

7:2:i

5657

©®®8

366a
366L

T77T
T]]T

3662

TT7]

Z15
Z16
Z17

MQC LC ,

T77T

7777
7777
7777
7777
7777
7777
7777
7777

567a

1177

7777

3671

TT71

3672.

1]7]

7777
7777
3777

3665

7]]7

3664

777T

5665

]7]7

S666

77]T

3667

3673

3]]7

3674
3675

L7]7
fo]]7

1777
©777

36]6

b377

3677
3Tbto
37®1

QL77
bfo7]
8®37

®177

57®2

®©17

8®17

5795

8987

0©@7

57Z14

0©@5

®893

67©5

0®®1

® ® Zl I

67©6

©E'®©

0©0©

57©7

®080

@ 8 @ 2!

37121

EjB8©

@@©2)

5711

08©8

5712

@©@0

3713

ACCLC '

@®77

8©37

@©@©

0 8 2) a
0 '] © a
088©

3714

89®0

a 0 ,a a

3715

8®®®

0 ® '2) 0

3716

@gB@

8®®8

3717
572©

80®®
©g®8

8©©®

3721

®®@©

0@®8

3722

¢®8®

®8®©

8©@®

*40@@

S I ES T5 .
/SET LINK

T ES I 4+ 5

/AC

TEST PATTERN

LFTAC

/STORE AC

LFTMQ

/STORE

Maindec 80l-3A
Page 36
MP
MP

SXLINK+I
SXLINK /SET

/CLEAR AND
AND STORE LINK

k3 2MiFTAc

STORE

/Ac coNTEjTs

CMA

ACCHK

/AC

COMPAiE

AASREX

/ASH

ERROR

AASREX
Z

LINK

/ASH

ERROR

LFTMQ

(AC

/MQ

CONSTANTS

(AC

ERROR)

CONTENTS

CMA

MQCHK

/MQ

AASREX
/ASH

4fl 4 5
4®46

AASREX

AS3PR-5

ERROR

(iMQ

/AC

LINK

/LINK

(MQ

ERROR)

REROR)

ERROR

(DID

NOT

EQUAL

ZERO)

LIINK

CXSX
AASREX,

0SR

4.8 5 1

/TEST SW2

CLL

4©52
4©55
4©54

JMS AS5PFi
CLA 0SR
HAL CLL

4@55

4©56

/PRINT ERROR
/TEST SW®.

SZL

4©57
4®68
4©61

HLT
CLA

42! 62

RTL

4®63
4®64

/ERROR

HALT STEST3

/TEST Swl

SZIL

JMP STEST3+2
JMP STEST3+i

4965

4866

/ASH

CONSTANTS

SXLI NK ,

4©47
4©5©

ERROR

COMPARE

/SCOPE

MODE

/CONTI N UE -MODE

AS3PR ,

4@67
4@70
4®71

4®72

497S

ACCHK ,

4©74

MQCHK ,

4975

ASREXT,

0
0

4®76

TEST4,

N Q'R M T

/NORMALIZE

4977

TYP EA

418©

TYP E3
TYPE

41©1

4102

LI I NK ,

LFTINK

TEST

•-

Maindec 801 -3A
Page 37

111®3

S77T

3777

41©4

3495

41©5
4lz16

2154
3©6©

TYPRE
PRT
PRTT

4107

3673

ACCLC

411®

775®

715q'

4111

56®1

ASRPNU+I
MQCLC

4112

3657

4115

4114

724@

CLA

CMA

4115

AND

ACCHK

GNNN ,

ACIND

4116

5Z75

DCA

4117

7®4©

CMA

4122)

2'411

AND

4121

6274

DCA

MQCHK

4122

22©7

ISZ ASR3

4125

2161

4124

2275

ISZ Z PRNUM
ISZ ASREXT /INCREFTENT

MQIND

4125

5713

JMP

4126

2564

4127
413©
4131

52©©
76©4
7106

ISZ REEEE
JMP STEST3

4132

7906

4133
4134
4135

743®
52®0
5676

SZL
JMP
JMP

STEST3 /REPEAT
I TEST4

4136

4137

724®

CLA

414®
4141

AND
DCA

4142

7$4$

CMA

4143
4144

®3®4
57®6

AND
DCA

4145
4146

7©4®
Z)587

CMA

AND

TEST4+I I

4147

5®1©

DCA

415©

7®49

CMA

4151

®612

AND

4152
4155

3©11
7®4©

DCA
CMA

4154

5287

DCA

4155

704©

4156
4157

®511
5161

4169

72)4®

4161

4162
4165
4164

5275
5736
8888

CMA

TEST4+6
I
TEST4+7
TEST4+6
I
TEST4+10

ACIND

TEST4+14
Z

MQIND

ASR6

I ES I 4+ I 3
Z

PRNUM

AND TEST4+12
DCA ASREXT
JMP I HKEEP

REEEE.

AUTO

INDE:X PATTERN COMPARE

/MQ

AUTO

INDEX PATTERN COMPARE

/INCREMENT SHIFT #
/INCREMENT ASH PRINT
TEST

COUNT

GNNN

CLA 0SR
RTL CLL
RTL

HK EEP '

/AC

/TEST SW3

TEST

Maindec 801-3A
Page 38

/LOAD

ACNMIX

/LOAC

ACNMIN

/STORE

MQNMIN

/STORE

INDEXED

PATTERN

/STORE

SCAST

INDEXED

SCA\

COUNT

/6©®®

JMP

NMIERR

/AC

DID

NOT

EQUAL

6©©8

DID

NOT

EQUAL

6©©®

DID

NOT

EQUAL

®©®®

/MQ

•-I
/INDEXED STEP

NMIERR

/SC

ERROR

/SC

ERROR

/TEST

NMIERR+12

SCA

COUNT

FOR

/T0

EXIT

/CONTINUE

TEST

N MI ERR '

HS ENMI ,

JMS
CLA

I SCAST+ll
0SR

HAL

CLL

/TEST

SW2

/JUMP

/TEST

SW©

/TEST

Swl

ROUTINE

Maindec 801 -3A
Page 39

4274
4275

5®12

DCA

7©4©

CMA

0357

AND

MQNMIQ

3813
7 2j 4 a

DCA

xmQNMI

CMA

AND SCC23

6512

DCA

SCASTX

JMP

NORMT+I

CLA

0SR

52®1

76©4

EXI NMI ,

XACNMI

745®
52 a Zl

JMP

NORMT

JMP

SCAST,
NMIODD,

608®

®©27
88©©

SCC25,
SCASTX,

8©8®

ACNMIxi

21©0©

MQNMIX®

©©8©

MQNMIN,

®©®©

ACNMIN,

5©00
44©8

DECIMAL 25

/REPEAT ENTIRE TEST
/JMP T0 NEXT NMI TEST

/23

®©27

DECIMAL

8
NORMTI

PRNMI
GXEN,

8
CLA

CMA

AND

3513

DCA

7948

CMA

Z XACNMI
ACNMIX /STORE AC

AND

3514

DCA

7©4©
®512

CMA

AND

7®41

CIA

7©4©

CMA

3512
534©

DCA SCASTX
JMP EXEN

55©1

/STORE

SCAST+l®

7248

8312
744®
5721

START.ADDREss

6©®©

4555
724©

AUTo

ADDRESS

SZL

5717

4517

START

/TEST SW3i

RTL CLL
RTL

2188©

/MQ

AUTO

/SC

71®6
7©®6

/AC

ACNMIQ,
MQNMIQ,
EXEN,

PATTERN

XMQNMI

MQNMIX

/STORE

SCASTX

/SUBTRACT

/STORE

PATTERN

ONE

FROM

SCA

COUNT

DECREMENTED SCA

COUNT

ACNMI
MQNMI

CLA

CMA

AND

SCASTX

SZA
JMP I OXEN
JMP EXINMI

/PRINT
MS

MS I
MS I
MS I
MS I
MS I

MS I
MS I
MS I

CFZLF

SPR2+16
SPR2
SPR2
SPR2
SPR2+I

SPR2+2
SPR2+5
SPR2+4
MS I SPR2+5
MS I SPR2+I
MS I SPR2+2

R6UTINE

Maindec 801-3A
Page 40
JMS
JMS
JMS
JMS
JMS
JMS
CLA

CMA

AND I

SPR2+7

DCA

JMS

BITSTR
MESSG

JMS
JMS

CLA

CMA

AN'D I

SPR2+ll

DCA

BITSTF!

JMS
JMS

Z
Z

MESSG
CRLF

JMS I SPR2+17
JMS i SPR2
JMS I SPR2+l®
CLA

CMA

AND I SPR2+12
DCA Z BITSTR
JMS Z MESSG

JMS I
JMS I
CLA

SPR2
SPR2+10

CMA

AND I SPR2+16
DCA Z BITSTR
JMS Z MESSG
JMS Z CRLF

JMS I
JMS I

SPR2+2B
SPR2

CLA

CMA

AND

DC`A

SPH2+14
BITSTR

JMS

MESSG

JMS

CRLF

JMS I SPR2+2l
JMS I SPR2
JMS

CLA

CMA

SPFi2+l©

AND I SPR2+15
DCA Z BITSTR
JMS Z MESSG
JMS Z CRLF
JMP I PRNMI

SP2
PC
LPAR
AC

RPAR
TENSP
MQ

ACNMIX

SPI
MQNMIX

ACNMIN

-``

Maindec 801 -3A
Page 41

MQN MI N

SCASTX
SCAST
NMITPR
NMIXX

SCATXX
SCAXX

/SC22
/SC2 I

7777
7777
77.&

7774
777©
776©

774®
T 7 bqu

76®®

74®0
78®0
6©©©

9808

*468®
210

NMITPR,

JMS
JMS
JMP
PNORM,

CLA

AND

JMS
CLA

/SC

/SC
/SC
/SC
/SC
/SC
/SC
/SC
/SC
/SC
/SC
/SC

Maindec 801 -3A
Page 42

AND

N+I

z PRXLOP
CmA

N+2
PRXLOP
PNORM
XNOEMT,

462®

724®

4621

4622

4®46

4625

5617

4624

80@®

4625

42®4

4626

5624

46z7

2!ei©®

463©

4256

4651

4251

4652

5627

4633

4664

NMIXX,

scATxx,

8
JMS

PNORM

JMP

NMIXX

a
JMS
JMS
JMP

SCAXX,

4266
PSTEP,

JMS

PSTEP

JMP

SCAXX

8
CLA

CMA

AND

N+4

JMS

CLA

CMA

PRXLOP

AND

N+5

4644

4®46

JMS

4645
4646

7248
926.4

CLA.

CMA

AND

N+6

4647
465®

4©46
5636

JMS

PRXLOP

JMP

PSTEP

4651

218®©

PSTEPT'

PRXLOP

4652

7248

CLA

4655
4654
4655
4656
4657

AND

CMA

N+3
JMS Z PRXLOP
MP I PSTEPT

466®

®511

4661

®324

4662

®325

4663
4664

®3®3
93®1

*5®®©
NORMT i,

JMP
JMS

HSENM
GENNMI

CLA

CMA

AND

TST25+I

/LOAD

PATTERN

TST25+2

/LOAD

PATTERN

TST25+l©

/STORE

quoRMALIZED

MQL
CLA

CMA

AND I
NMI

DCA

MQA

DCA

TST25+ll

/STORE

NORMALIZED

L`1Q

Maindec 801 -3A
Page 43
TST25+12

/STORE SCA

COUNT

5©14

5726

5©15

724®

CMA

5©16

5®17

714®

CMA

5©28

1715

52)21

7©4®

5®22

744©

5®25
5®24

5552
7439

/AC

DID

NOT

EQUAL Z5Z5

5925

5332

/AC

DID

NOT

EQUAL 2525

5©26

7240

5$27

8725
/MQ

DID

NOT

EQUAL

©©©©

EQUAL

TST25+lg
TST25+I

5©3®

7440

5931
5®32
5933

5362
7249
9726

CMA

52)34

7140

CMA

5035
5936
5®57
594®

DEC 12

/DECIMAL

NMERR

/SC

NMERR

/SC DID NOT EQUAL 12
/REPEAT CURRENT TEST

NMEF!B

TST25+12

DID

NOT

5©41

5042
5043

TST25
NORMTl+2

5©44

5845

7 6©4

0SR

CLL

5©52

52®1

NORMT I+ I

5853

76©4

0SR

5®56
5®57

CLL

5®69

5723

5961

72©©

5314
7®8®
7940
®322
3321
1330

TST25

5q)T®

3TZT

5871

52®1

NORMT i+ i

5lB4
51©5

3716
5672

5©54
5©55

/TEST Swl

NORMTl+2
NMFLG

/TEST SW5

NOR MT I

NEXNMI

HSENM,

/CLEAR

TEST COUNTER

NM7776
NMFLG

DEC 12

TST25+13

GENNMI ,

CLA
ND

CMA
NMFLG

JMP PA2525 /GENERATE 2525
JMP PA2525+5
/GENERA¢E 5252
PA25Z5,

CLA

JMP

CMA
NM2525

/I.1Q PATTERN

I
I

TST25+I
TST25+2

GENNMI

2525

/AC

PATTERN

0©®©

PATTERN

Maindec 801 -3A

Page 44

51®6

CLA

5187

AND

NM5252

511®

DCA

5111

CMA

5112

DGA

5116

JMP

5114

80©®

TST25,

CMA

I
I

MQNMIX

ACNMIX

5117

N M2 52 5 ,

512©

NM5252,

2525
5252

NMFLG,

NMT]76,

7776

]T76

N EX N MI ,

TST25+2

MQNMIN

SCAST
SCASTX
0®14

PR»ml

5162

CLA 0SR
RTL CLL

5133
5164
5135
5136
5137

/TEST SW2

RAL
SNL

SKP
JMS
CLA
•RAL

514®

5141

I DECIZ+i
0SR
CLL

SZL

/TEST SWO

HLT
CLA

/TEST

5142
5145
5144
5145
5146
5147

0SR
RTL CLL
SNL
JMP NORMTl+2

515®

CLA

5151

52®©

7777

NORMT2

5131

PATTERN

ACNMIN

515©

5152

/AC

5116

5122
5123
5124
5125
5126
5127

5252

GENNMI

5115

5121

/MQ PATTERN

TST25+i

52®2

*52®®

S`Wl

/CONTINUE

DCA

TST25

/CLEAR

JMP

NORMTl+2

/SCOPE

CURRENT

TEST

COUNTER

/HOUSE KEEPING

NOR MT2 '

/PATTERN

GENER_ATOR

PAT,ZI
/MQ

PATTERN

5296

CMA

52®7

PAT8®

/AC

5211

SPAT®©

/STORE. \AC

NORMALIZED

PATTERN

5212
5215

SPAT2ll

/STORE

NORMALIZED

PATTERN

SCANM

/STORE ,SCA

PAT'TERN

521®

COUNT

SPAT©8

/AC

PATTERN
I

/CHECK

PATTERN

``-``

Maindec 801 -3A
Page 45

/TEST AC BITS

J
ND

/SPAT8©

NOT

EQUAL T0

CHKAC

MT2 ER

/SP_AT©®

NOT

EQUAL

Cl+KAC

/MQ

SPAT®l

PATTERN

/CHECK

PATTERN

/TEST

MQ BITS

/SPAT©l

NOT

EQUAL

CHKMQ

MT2 ER

/SPATgl

NOT

EQUAL

CHKMQ

SCANM

/SCA

CHKSCA

/CHECK

PATTERN

/SCANM

NOT

COUNT

PATTERN

SCA

EQUAL

;4©96 REPEATs

CHKSCA

cimF]ENT

TEST

/TEST Swl

NORMT2+2
PATCH
CLA

CMA

AND

TPFLAG

/JUMP

T0 SW3

/GENERATE

PATTERN

/GENERATE

®21©1

PATTEF}N

A I
JMP I

CHKSCA
GEX

CLA

CMA

AND

SCANM+l

/MQ

DCA

/STORE

PAT®l

PATTERN

(88©1)

PATTERN

CMA

/22

DECIMAL PLACES

/STORE AC
/STORE MQ
5393
53®4
53®5

7@4®
955®

55®6

334©
5655

5397

724®

5318

PATTERN
CHECK

/2©©®®

HKE,

/STORE

KEEPING

CLA

CMA

/HOUSE

TPFLAG+3
TPFLAG /LOAD

/7776

5611

3346

AND
DCA

5312

5645

DCA

AGAIN

5515

52@1.

JMP

NORMT2+I

CHECK

FLAG
/CHECK

TEST

COUNTER

(8®3®)

Maindec 801 -3A

Page 46
/TEST SW2

I TPFLAG+4
0SR
CLL

/PRINT ROUTINE
/TEST Swzl
\

SZL
HLT
JMP
CLA

NMTSI

0SR
CLL

/TEST

JMP

NORMT2

/CONTINUE

JMP

RTL
RTL
SZL

5354
5555
5356
5337

514

PATgl,

MQNMIX

513

PA"8,

ACNMIX

SPATB©,

ACNMIN

316

SPA"l ,

MQ N MI N

CHKAC ,

C HK MQ ,

C"SCA,

SCASTX

SCANM,

SCAST

AGAI N ,

TPFLAG9

SW3

TPFLAG+5

VI RE E "

0©26
2©®©

7776
PRNMI
PA TCH ,

E3A
ISZ TPFLAG
JMP
JMP

540@
54©1

54©2
54©6
54®4

5485
54216

54©7
541®
A

AASREX
AC

ACAUT
ACAUTX
ACCHK

ACCLC
ACCOMP
AC I N D
ACNMI

NORMT2+I
NMTS3

Maindec 801 -3A
Page 47

ACNMIN

MQCOMP

AC N M I Q

MQI N D

ACNMIX

MQL

ACP

MQLT

AGAIN

MQLTI

AMQAT5

MQNMI

APMQAT

MQNMIN

AS H I FT

MQNMIQ
MQNMIX

ASH

AS R ER R
AS R EX

MQI

AS F2 EX T

MT2 ER

AS F3 EXX

NCOMP

ASRPNU

N EX N MI

AS RS H F'

ASR3
AS 5 P R

NGEN

NINE

AT3

NMEF3R

NGENX

BACK

NMFLG

BACP

NMI7

BIGL
81 TS TR
BLXP

NMI ERR

NMI0DD

NMI TPR

CHK AC

NMIXX
NMTS I

CHKMQ

NMTS3

CHKSCA

N M2 .52 5

CLLI

NM5252
NM7776

CLLINK
CLR I NK

NNEG

CLRL4

NOPE

CONTIN

NOPR3

COUNTX

NORMT

NORMTI

NORMT2

NSUB

CFtLF

CRLI

NTST

CXSX

4©16

ONE

DEC 12

515®

ONEONE

EIGHT
ELEVEN

0NEP

ONZ ER

EMQAT2
EXEN

PACP
PATCH

EX I N MI

E3A

PAT©®
PAT©l

FIVE

PA252

FOUR

GENNMI

PBACP
PBLXP
PC
PLINK

GENRR

PLXP

GENX

PMQAT

SEX

PMQLT

GNNN

PNORM

GEN
GENN

GXEN

PPNUM

HKE

PPPNUM

Maindec 801 -3A
Page 48

SHL
SHLLSR
SHLP
SHLX

FRET
PRINT
PRINTS
PRNMI

SIX

PRNUM

SWUM

PRONE

PRT

SPACST

PRTAA

SPAT®®

PRTT
PRTTA

SPA T a i
SPR2
SPI

PRTW

PRT3

SP2

PRXLOP
PRZ TA

PSTEP
PSTEPT
PTHFi EE

PT0
PTW0
Q

REEE
F3EEEE

RI GH TS
RI TAG
RI TI NK
RI TMQ

RI TXXX

Jill N
RL2
RL4

ES
SS I NK

SS I ES I
ST ES I
ST ES I I
STEST2
STEST3
STLI NK

STPR
STRCNT
STRINX
SX
SX L I N I(
T
TC 0 U N I
TENSP

XNORMT

XONE

XPACP
XPMQAT

XSCAT

XSPI
YA

YSP2

TES I 4

ZEF30

RPAR
RPAREN

TH R E E
TI N UE

ZEF30F3

RSuB
RX

TNUM

SCA
SC A N M

TPFLAG
TSSW0

SC AS I

TS T2 5

SC AS TX
SCATXX
SCAXX

TT
TWELVE
TWO

SCC23

TWOTW0

SOP 13
SOP 14

TXXX

SOP 15
SOP 16

TYLI
TYLPAR
TYPE

SOP 17
SOP 18
SOP 19

SCP2g
SC P2 i
SCP22
SCP26
SETL

TXXXX

TYPEA

TYPE2
TY P E3
TYPRE
TYR

TYRPAR
TYS

SEVEN

TYI

SHERFi

SliERRX

T16
T14

SIT I F I

T14X

Maindec 80l-3A
Page 49

DIAGRAMS

Error Graphs for Functions
Table Number 1

AIR, NIf 3.
Bit 1 1

Bit 10

Bit 9

R111

(Module Type)

PE20

(Module Position)

'D182-O-2 (Drawing No.)

D182-0-2

Dl 82-0-2

R212

Rlll

PF22

PE21

PE20

'D 182-0-2

D182-0-2

D802

D 182-0-2

R212

R210

Rlll

PF21

PA16

PE2l

PE20

D182-0-2

P816

Bit 8

D182-0-2

D802

D182-0-2

R212

R210

Rlll

PF21

PA15

PE19

P815

Bit 7

D182-0-2

D802

D182-0-2

R212

R210

Rlll

PF20

PA14

PE18

P814

Bit 6

D182-0-2

D802

D182-0-2

R212

R210

Rlll

PF20

PA]3

PEl8

P813

Bit 5

D182-0-2

D802

D 182-0-2

R212

R2lo

Rlll

PA12

PEl8

PF19

P812

D182-O-2

D802

D182-0-2

Maindec 801 -3A
Page 50

Bit 4

R212

R210

PF19

PAll
PBll

Bit 3

Dl 82-0-2

D802

R212

R2lo

PF18

PA10

D182-O-2

PBIO

Bit 2

D182-0-2

D802

R212

R210

PF18

PAO9

P809

Bit 1

D182-0-2

D802

R212

R210

PF17

PAO8
PBO8

D182-0-2
Bit o

R212
PF17

D182-0-2

D182-O-2

AC, Link

11.4.2

Table Number 2
SC

Bit o

R205
PF25

D] 82-0-2
Bit I

R205

PF25

D182-0-2

Maindec 801-3A
Page 51

U
Bit2

Bits

Bit4

R205

R111

PF27

PE20

D182-O-2

R205

Rlll

PF27

PE20

D182-O-2

D182-0-2

R205

R111

PF27

PE20

D182-0-2