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AH-F227A-MC

January 1980

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Document:	CZKEEA0 KE44A CIS INSTR EXER JAN 1980 bw
Order Number:	AH-F227A-MC
Revision:	000
Pages:	360
Original Filename:	CZKEEA0__KE44A__CIS_INSTR_EXER__AH-F227A-MC__JAN_1980_bw.pdf

OCR Text

CIS INSTR EXER

AH-F227A-MC

JAN 1980

CZKEEAO

copvrigHT 1980

EORORZD

FICHE10OF2

MADE
IN USA

CIS INSTR EXER

CZKEEAO

AH-F227A-MC

JAN 1980

2
FICHEZ QR

IN USA
MADE

copyricHT 1980

TOARED

1=0(T=79

10:59

PAGE 53

StQ@ CNo1

VNN ANAVVWN N

MACY1T 27(655)

—d e

.REM §

IDENTIFICATION
PRODJUCT

5152

CODE:

A(-F226A-M(

PRODUCT NAME:

CZKEEAD PDP-11

MAINTAINER:

BASE

AUTHOR:

BARRY S POLAND

SYSTEMS

(IS

INST EXERCISER

DIAGNOSTIC

ENGINEERING

D e

)

NN NNNNNNYNO

D e

b e

B e

sl e

OO
OO
NN
\lO\hbwm—'oogwgwgwm—agomwomb

(S IV IV [V, YW TV IV TV TV, IV LV, XV IV TV IV IV YV TV YW LV, AV RV, LV, RV, 1V, |

{? INST EXERCISER

THE INFORMATION TN THIS DOCUMENT IS
SUBJECT
TO
CHANGE WITHOUT
NOTICE
AND
SHOULD
NOT BE CONSTRUED AS A COMMITMENT BY DIGITAL

EQUIPMENT CORPORATION.
DIGITAL EQUIPMENT CORPORATION ASSUMES NO
RESPONSIBILITY FOR ANY ERRORS THAT MAY APPEAR [N THIS DOCUMENT.
NO RESPONSIBILITY IS ASSUMED
FOR
SOF TWARE ON EQUIPMENT THAT IS NCT
AFFILIATED COMPANIES.

(C)

OR
BY

RELIABILITY
DIGITAL
OR

OF
ITS

1979 BY DIGITAL EQUIPMENT CORPORATION

FOLLOWING ARE

DIGITAL
DEC

THE
USE
SUPPLIED

TRADEMARKS OF

PDP
DECUS

DIGITAL

UNIBUS
DECTAPE

EQUIPMENT

CORPORATION:

MASSBUS

POP=11 g%? INST EXERCISER
(ZKEEA.

MACYT1 27(655)

1-0CT=-79

10:59

5179

GENERAL
1.

1.
1.
1.
1.

2.0

NS
N
—

2KBBITRR iy

TABLE

PAGE

SEQ 0002

CONTENTS

[NFORMAT
JON
PROGRAM ABSTRA(CT

SYSTEM REQUIREMENTS

RELATED DOCUMENTS AND STANDARDS
DIAGNOSTIC HIERARCHY PREREQUISITES
ASSUMPT JONS

OPERATING

INSTRUCTIONS

SONEOR
FIPITS B8RRI

b md o

kb —

(VL IV IV IV, T TV, TV, IV LV, TV, TU LV, IV IV, [V, LV, [V IV, ]

518C
5181

NIRY
OO
oo~

2.1
.2
2.3
2.4

LOADING AND STARTING PROCEDURES
SPECJAL ENVIRONMENTS
PROGRAM OPTIONS
EXECUTION TIMES

3.0

ERROR INFORMATION

4.0

PERFORMANCE

4.1
4.2

AND

PROGRESS

REPORTS

PERFORMANCE REPORTS
PROGRESS REPORTS

5.0

REVISION HISTORY

6.0

PROGRAM

TABLE

CONTENTS

POP=11

(IS INST EXERCISER

IKEEA.P11
5210
521
5212
%13
5214
5215

5218
5219
5220
5221
522¢
5223
gggg

MACY11 27(655)

10:59

PAGE 55

SEQ 0003

1.0 GFNERAL INFORMATION
es=ssseeccecccccc—-e1.1

PROGRAM ABSTRA(T

THE CIS INSTRUCTION EXERCISER TESTS ALL CIS INSTRUCTIONS IN BOTH
REGISTER AND IN-LINE MODES.
EACH INSTRUCTION IS TESTED USING ALL
COMBINATIONS OF OPERAND DATA TYPES, IN EACH OF THE THREE POSSIBLE
PROCESSOR MODES (USER, SUPERVISOR, KERNEL), WITH MEMORY MANAGEMENT
ENABLED/DISABLED ,WITH D-SPACE ENABLED/DISABLED, IN AN INTERRUPT
ENVIRONMENT, FOR MANY CASES OF STRING LENGTH, STRING ADDRESS AND
STRING DATA.

5226
5227

THIS PROGRAM IS NOT DIRECTED AT ANY ONE (IS HARDWARE I[MPLEMENTATION
BUT RATHER IS INTENDED TO PROVIDE THOROQUGH INSTRUCTION

gggg

5230

1-0CT=79

EXERCISING FOR ALL PDP-11

1.7.7

(IS PROCESSORS.

STRUCTURE OF PROGRAM

5233
5234
5235
gggg

THIS DIAGNOSTIC OCCUPIES 2BK WORDS OF MEMORY AND IS COMPATIBLE WITH
XXDP, ACT AND APT.
IT CAN BE RUN STANDALONE UNDER XXDP, AND (AN BE (HAINED
UNDER XXDP, ACT AND APT
(REFERENCE XXDP USERS MANUAL FOR
DETAILS OF CHAINING PROCEDURE)
.

5238
5239
5240
5241
5242
5243
5244
524%
252%

THIS PROGRAM SETS UP FOR AND EXECUTES ONE CIS INSTRUCTION AT A TIME
AND THEN COMPARES RESULTS WITH EXPECTED RESULTS.
ERROR MESSAGES IDENTIFY
ALL OPERANDS AND STRING DATA ASSOCIATED WITH THE FAILING INSTRUCTION
TEST CASE.
THE PROGRAM IS STRUCTURED AS A SINGLE COMPLEX
OOP WHICH GETS REEXECUTED ONCE FOR EACH INSTRUCTION TEST CASE.
INSTRUCTION OPERANDS FOR EACH TEST CASE ARE EITHER EXTRACTED
FROM INPUT TABLES OR GENERATED USING A RANDOM NUMBER GENERATOPR,
EXPECTED RESULTS ARE COMPUTED IN THE LOOP BY EMULATING (IS
INSTRUCTIONS USING THE BASIC PDP=11 INSTRUCTIONS.

5248

8249

5250
5251
9252
%%
52564
5255
%
5257
5258
5259
5260
5261
5262
5263

1.1.2 DIAGNOSTIC INFORMATION

1.2 SYSTEM REQUIREMENTS
eeeeeecccccccacoa-1.2.1 HARDWARE REQUIREMENTS
eeseececccccccceee—--

PDP-11 PROCESSOR (WITH CIS CAPABILITY) WITH 28k OR MORE OF MEMORY
CONSOLE DEVICE {(LA30,LA36,VT50,ETC.)
PROGRAM LOAD DEVICE (PAPER TAPE, APT, ACT, DISK, MAGTAPE, ETC)
OPTIONAL HARDWARE
:
1 OR 2 KW11-P PROGRAMMABLE REAL TIME CLOCKS
1 MHZ OSCILLATOR

POP=11 CIS INST EXERCISER
(ZKEEA.PIT

MACY1T 27(655)

5264
5265

5266

XXDP USERS MANUAL
DEC STANDARD 168 (PDP11 EXTENDED INSTRUCTIONS)

5276

gs;g

1.4 DIAGNOSTIC HIERARCHY PREREQUISITES

TTTTTTmETEETEETEEETETETETETTTTTTTTTTT

ALL BASE PROCESSOR DIAGNOSTICS AND THE CIS DIAGNOSTIC
SHOULD BE RUN ERROR FREF BEFORE ATTEMPTING TO EXECUTE

5282

CIS INSTRUCTION EXERCI'SER.

5292
5293
5294
5295
2%
5297
5298
5299
5300
5301
5302
5303

THE HARDWARE OTHER THAN THE SUBSYSTEM BEINC TESTED IS ASSUMED TO WORK
PROPERLY. FALSE ERRORS MAY BF REPORTED IF THE PROCESSOR, MEMORY, ETC..

DO NOT FUNCTION PROPERLY.

2.0 OPERATING INSTRUCTIONS
e;esecccccccce———e—a-

2.1 LOADING AND STARTING PROCEDURES
| eesssceccccsec—ceeccccccc————e
2.1.1

5309

2?}?

5312
5313
g;}g

5316
5317

LOADING PRGCEDURES
eeeeemeemeeeeeeees

THIS PROGRAM MAY BE LOADED FROM PAPER TAPE USING THE ABSOLUTE LOADER.
IT MAY ALSO BE LOADED FROM ANY XXDP LOAD MEDIA.
THE PROGRAM IS
BOTH APT AND ACT COMPATIBLE AND CAN BE DOw* LINE _OADED

gggg

5306

THIS

1.5 ASSUMPTIONS

5288
5289

253?

SEQ 0004

1.3 RELATED DOCUMENTS AND 3STANDARDS

5272
5273
gs;g

5283
5284
5285

1
E
PAGE 55-1

essceccsseccccceecccce-

g%;?

5280
5281

10:59

1.2.2 SOFTWARE REQUIREMENTS

S
5268
5269

8279

1-0CT-79

INTO THE SYSTEM UNDER TEST FROM THE APT r. ACT HOST PROCESSOR.

2.1.2 STEPS FOR QUICK AND SIMPLE EXECUTION

TTmmmmmmmmmmmmmmmmmmeemmmmseeeees
THE DIAGNOSTIC CAN BE EXECUIED STANDALONE w! T HOUT READING THE REMAINDER OF THIS
DOCUMENT, AS FOLLOWS:
A) LOAD THE DJAGNOSTIC
B) START AT ADDRESS 200
G) GET END OF PASS MESSAGES OR ERRDR MESSAGES

2.1.3 STARTING PROCEDURE

INST EXERCISER

MACY11 27(655)

1-0CT=79

10:59

PAGE 55-2

SEQ 0005

THE NORMAL PROGRAM STARTING ADDRESS IS 200.
AN OPTIONAL STARTING
ADDRESS (204) PROVIDES FOR USER SELECTION OF INSTRUCTION(S) TC
TEST AND USER CONTROL OVER

TEST ENVIRONMENT.

AN OPTIONAL

STARTING ADDRESS (210) PROVIDES A QUICK VERIFY (ONLY) MCUE TAI_ORED

TO THE PROCESSOR TYPE UNDER TEST YO RUN IN LESS THAN 5 MINUTES
PER PASS AND PROVIDE A FAIR LEVEL OF MICROCODE C(OVERAGE (>80%).

STARTING ADDRESS = 200
STARTING AT ADDRESS 200 RESULTS IN EXECUTION OF

THE STANDARD

TEST SEQUENCE.
A Qv PASS IS RUN FIRST (SUBSET OF ALL TABLED
THIS QV PASS [S FOLLOWED BY A END OF Qv PASS INDICATION.
THEN ALL

TABLED

ARE EXECUTED

TEST

CASES

FOR ALL

INSTRUCTIONS

(APPROX 30 MINUTES ON AN 11/44)

FOLLOWED BY

AN END OF PASS INDICATION.
TESTING THEN PROCEEDS
MODE UNTIL THE OPERATOR TERMINATES EXECUTION.
CIS INSTRUCTION INTERRUPTABILITY

TEST CASES’.

IN A RANDOM

IS EXERCISED PROVIDED THE

SYSTEM UNDER TEST HAS EITHER A LINE TIME (CLOCK (KW1'-L TYPE)
OR A PROGRAMMABLE REAL TIME CLOCK (KW11-P).
THE PROGRAM
USES THE KW11-P @ 100kHZ IF BOTH (! OCK. EXIST.
PROCESSOR MODE (KERNEL,SUPERVISOR,USER) IS SELECTED RANDOMLY
PRIOR TO EXECUTION OF EACH CIS INSTRUCTION TEST CASE. MEMORY MANAGEMENT

IS ENABLED WITH THE D=-SPACE ENABLE/DISABLE STATE
SELECTED RANDOMLY PRIOR TO EACH TEST CASE. MODE IS SWITCHED TO
THE TEST MODE AND MEMORY MANAGEMENT IS TURNED ON JUST PRIOR TO
EXECUTION OF THE CIS INSTRUCTION UNDER TEST.
DURING INTERRUPT
SERVICE AND IMMEDIATELY FOLLOWING THE COMPLETION
OF THE CIS INSTRUCTION EXECUTION THE TMODE IS SWITCHED BACK
TO KERNEL AND MEMORY MANAGEMENT

SHUT OFF.

TABLED TEST CASES ARE EXHAUSTED FOR A GIVEN INSTRUCTION BEFORE
TO TEST THE NEXT CIS INSTRUCTION.
AT THE START OF EACH NEW

INSTRUCTTON (NON-RANDOM MODE)

A MESSAGE

IS DISPLAYED AS A

PROGRESS INDICATOR IDENTIFYING THE CIS INSTRUCTION UNDER TEST.
A 'CONTROL T' ENTERED AT ANY TIME wWwILL CAUSE THE PROGRAM T0
DISPLAY THE INSTRUCTION UNDER TEST AND THE CURRENT INSTRUCTION

-0V

ww&
NN

1V, TV LV, TV, IV IV, IV IV, 1V, IV IV ]

RERRFEREE

COUNT.

THE FOLLOWING LIST

IDEMTIFIES THE ORDER IN

WHICH INSTRUCTIONS ARE TESTED (NON-RANDOM MODE) ANC THE
APPROXIMATE NUMBER OF TESTS EXECUTED FOR EACH INSTRUCTION
(AFTER

THE

PASS).

INSTRUCTION

# OF

LZb
L 3D
Mov(
LOCC
(MP(

8
8
354
36
362

MUVP

354

TESTS

PROCEEDING

POP=11

c%§ INST EXERCISER

(ZKEEA. P

5372
5373
5374
5375
5376
5377
5378
5379
5380
5381
5382

MACY11 27(655)

1-0CT=79

10:59

PAGE 55-3

SEQ 0006

MOvVT(
SKP(
MAT(

354
30
904

CVIPN
CVINP
CVTLP

226
568
170

ADDP
ADDN
SUBP
SUBN
CMPP
CMPN
ASHP
ASHN

1970
3872
1970
3746
502
1089
1972
3872

SCAN(C
SPANC

126
126

CVILN
CVTPL
CVTNL

323
53
99

MULF
DIVP

1993
1973

AFTER BEING STARTED AT LOCATICN 200 THE PROGRAM SHOULD
RESPOND AS FOLLOWS:

CZKEEAO PDP-11 (IS INSTRUCTION EXERCISER
QUICK VERIFY PASS TIME:
LESS THAN 5 MINUTES

L2D0

INST CT:

XX XXXXX

DIVP
INST CT: XX XXXXX
END OF QUICK VERIFY PASS
INST UNDER TEST WILL BE DISPLAYED
PASS TIME:
11/XX APPROX. XX MIN

L2D0

INST CT:

..........

XXXXX

DIVP
INST CT: XX
XXXXX
END OF PASS (EXECUTION OF TABLED TEST CASES COMPLETE)
ENTERING RANDOM TEST MODE
NO FURTHER END OF PASS MESSAGES WILL BE ISSUED
RANDOM # GENERATOR SEED CONSTANTS WILL BE PRINTED

EVERY 1024 CIS INSTRUCTION TESTS

RANDOM # GENERATOR SEED

XXXXXX ~ XXXXXX

XXXXXX

(UNTIL PROGRAM EXECUTION IS TERMINATED BY USER)
54625

POP-11 ( {? INST EXERCISER
rIKEEA. p

5426
5427
54,08
5629
5430
54317
5432

5433

5434
5435
5636
5437
5438
5439
5440
54641
5642
5443
5444
5445
5446
5447
5448
5449
5450
5451

5452
5453
5454
5455
5456

MACY11 27(655)

1=0(T-79
THE

SEQ 0007

INSTRUCTION COUNT DISPLAYED AT

TESTED.

THE

START

TESTING FOR

THE LOWER 5 DIGIT COUNT GETS

INCREMENTED ONCE PER (IS

INSTRUCTION TEST (I.E. ONCE PER (IS INSTRUCTION EXECUTED)
AND COUNTS FROM O TO 65,535 (DECIMAL).
THE UPPER 2
DIGIT COUNT GETS INCREMENTED ONCE PER 65,535 TESTS.
THE
INSTRUCTION COUNT

TESTING.

CONTROL

[S ZEROED AT

T MUST BE

THE START OF RANDOM MODE

USED

TO DISPLAY

THE

INSTRUCTION

COUNT

.
IN RANDOM MODE
IN XXDP (HAIN AND ACT CHAIN MODE
THE

END OF

PASS

INDICATION AND

TESTING TERMINATES AFTER

CONTROL

IS RETURNED

THE

RESPECTIVE MONITOR.
RANDOM MODE IS NOT ENTERED IN THESE (HAIN
MODES.
RANDOM TEST MODE IS ENTERED AUTOMATICALLY IN ALL OTHER

ENVIRONMENTS

(STANDALONE ,XXDP MANUAL ,ACT DUMP,APT).

"HE RANDOM # GENERATOR SEED CONSTANTS ARE DISPLAYED TO PERMIT
THE USER TO STOP AND LATER RESUME RANDOM TESTING FROM THE
TERMINATION POINT.

THIS

EXPLAINED BELOW UNDER

THE HEADING ''STARTING ADDRESS

214''.

STARTING ADDRESS = 204
STARTING AT ADDRESS 204 REQUIRES THE OPERATOR TO RESPOND

TO QUESTIONS TO SELECT INSTRUCTION(
MODE, AND TEST ENVIRONMENT.

)

FOR

TEST,

TEST

AFTER BEING STARTED AT LOCATIOM 204 THE PROGRAM SHOULD
RESPOND AS FOLLOWS:

CZKEEAO PDP-11

5458
5459

5475
5476
5477
5478
5479

PAGE 55-4

EACH INSTRUCTION IS CUMULATIVE FROM THE FIRST LZJDO CIS INSTRUCTION

5457

5460
5461
5462
5463
5464
5465
5466
5467
5468
5469
5470
5471
5472
5473
5474

10:59

(IS INSTRUCTION EXERCISER

TEST INTERRUPTABILITY OF (IS INSTRUCTIONS
RANDOM EXERCISE MODE (Y OR N)?

(Y OR N)?

ENTER INSTRUCTION TO TEST <ALL>

THE USER ANSWERS YES (Y)

TO THE INTERRUPTABILITY QUESTION

THE LTC IS SELECTED,

THE KW11-P WITH A 1 MHZ EXTERNAL OSCILLATOR 1S SELECTED,

THE PROGRAM WILL PROMPT FOR WHAT INTERRUPT SOURCE TO USE (LTC- LINE TIME
KW11-P @ 100KHZ ,KW11~P @10KHZ, KW11=-P WITH EXTERNAL 1 MHZ CSCILLATOR).

TO ASSURE

THE PROGRAM CONTROLS INTERRUPT TIMING

THAT MOST CIS INSTRUCTIONS ARE

INTERRUPTED ONCE.

EACH CIS INSTRUCTION WILL BE INTERRUPTED AND FORCED TO SUSPEND
EXECUTION AT ALL POSSIBLE SERVICE EXIT POINTS. USE OF THE
P-CLK WILL GREATLY INCREASE RUN TIME.

IF EITHER THE KW11-P @100KHZ OR THE KW11-P WITH EXTERNAL

OSCILLATOR IS SELECTED, THE PROGRAM WILL ASK WHETHER
OR NOT TO ALLOW AN INTERRUPT DURING THE CIS INST (DIVP = STATE DISTURBING

INSTRUCTION) NORMALLY EXECUTED WITHIN THE KW11-P INTERRUPT

SERVICE ROUTINE.

THE USER ANSWERS YES (Y)

MEMORY MANAGEMENT

TEST

TO THE RANDOM EXERCISE MODE QUESTION,

STATE,

PROCESSOR TEST MODE,

CLOCK,

POP=11 (IS INST EXERCISER
(IKEEA.PY

5480
5481
548¢
5483

MACY1T 27(65%)

1-0(T=79

10:59

PAGE

55-5

SEQ 0008

TEST OPERANDS AND STRING DATA FOR EACH CIS INSTRUCTION
TEST WILL BE DERIVED USING A RANDOM NUMBER GENERATOR.
A
NO (N) ANSWER WILL CAUSE EXECUTION OF CIS INSTRUCTION
TESTS WITH ALL

TEST OPERANDS AND

STRING DATA PROVIDED

FROM PROGRAM INPUT AND PARAMETER TABLES. FOLLOWING A (N) RESPONSE,
THE PROGRAM WILL PROMPT FOR PROCESSOR TEST MODE
(KERNEL
, SUPERVISOR,USER) AND MEMORY MANAGEMENT TEST STATE
(OFF ,ON WITH D SPACE ENABLED, ON WITH D SPACE DISABLED).

THE LAST QUESTION ENABLES THE USER TO SELECT ONE OR ALL (IS

INSTRUCTIONS FOR TEST.
TO SELECT A SINGLE INSTRUCTION FOR TEST
ENTER THE NMEUMONIC FOR THE DESIRED INSTRUCTION FROM THE INSTRUCTION
LIST ABOVE.
THE SAME QUESTION WILL BE REASKED IF THE INSTRUCTION
IS INCORRECTLY ENTERED.
TO SELECT ALL (IS
INSTRUCTIONS FOR TEST (THE DEFAULT CASE) SIMPLY RESPOND WITH
A CARRIAGE RETURN.

[F THE RANDOM MODE QUESTION IS ANSWERED YES (Y) AND THE INSTRUCTION(S)
FOR TEST IS ANSWERED 'ALL', THE ACTUAL INSTRUCTION UNDER
TEST ON ANY GIVEN TEST WILL BE

SELECTED AT

RANDOM.

STARTING ADDRESS = 210
STARTING AT ADDRESS 210 PROVIDES REPETITIVE GUICK VERIFY PASSES.

NOTE

THAT

THE

Qv PASS

DESIGNED

GIVE A FAIR LEVEL OF MiCROCODE COVERAGE
THAN 5 MINJTES PER PASS.

(>80%)

IN LESS

THIS QV MODE RESJLTS IN EXECUTION OF A SUBSET OF THE TABLED
TEST CASES.
THF SUBSET HAS BEEN VERIFIED TO PROVIDE AT LEAST
THE DESIRED 80X LEVEL OF COVERAGE.
NOTE, THE SUBSET OF TABLED TEST

CASES THAT GETS RUN IN QV MODE VARIES WITH PROCESSOR TYPE.

NOTE

THAT SOME

CIS INSTRUCTIONS MAY NOT BE EXECUTED AT ALL

IN QV MODE BECAUSE

ALSO

IT HAS BEEN DETERMINED THAT DUE TO COMMON

ROUTINES WITHIN THE MICROCODE IMPLEMENTATION IT IS POSSIBLE
TO GET THE 80% COVERAGE WITHOUT EXERCISING ALL INSTRUCTIONS.
THE

INSTRUCTION COUNTS LISTED UNDER THE NORMAL RUN MODE

(STARTING ADDRESS 200)

ABOVE DO NOT APPLY

IN QV MODE.

CIS INSTRUCTION INTERRUPTABILITY IS EXERCISED PROVIDED THAT

THE SYSTEM UNDER TEST HAS EITHER A LINE
PROGRAMMABLE REAL TIME CLOCK (KW11-P).
PROCESSOR

TEST MODE (KERNEL ,SUPERVISOR,

gEE;IgLALgOA?E

SELECTED RANDOMLY AS

TIME

USER)

[N THE

CLOCK OR A

AND MEMORY MANAGEMENT

°'STARTING ADDRESS - 200°

VE.

AFTER BEING STARTED AT LOCATION 210,
AS

FOLLOWS:

THE PROGRAM SHOULD RESPOND

CZKEAAD PDP-11 (IS INSTRUCTION EXERCISER
QUICK VERIFY PASS TIME:
APPROX. 3 MINUTES

POP=11

CIS INST EXERCISER

(ZKEEA. P11

5534
5535
5536
5537
5538
5539
5540
5541
5542
5543

5544
5545
5546

MACYTT 27(655)

1=0(T=79

10:59

PAGE 55-6

SEQ 0009

L200

INST CT: XX XXXXX

DIVP

INST CT: XX XXXXX

END OF QUICK VERIFY PASS

22220" MODE EXERCISING IS NOT

INVOKED DURING A QuilK VERIFY

STARTING ADDRESS - 214
STARTING AT ADDRESS 214 ALLOWS THE USER TO MODIFY RANDOM
NU?BEfilgggERATOR SEED CONSTANTS. THIS IS DESIRABLE IN 2
SITUA

IF THE USER DESIRES TO RUN IN RANDOM TEST MODE fOR
VERY LONG PERIODS OF TIME (DAYS, WEEKS, ETC), THE RANDOM
NUMBER GEN. SEED CONSTANTS PRINTED EVERY 1024 TESTS PROVIDE
FOR STOPPING AND LATER CONTINUING WITHOUT REPEATING PRIOR
TESTS RUN. (REMEMBER THAT THE RANDOM # GENERATOR USED IS
PSEUDO RANDOM - .E. THE SAME SEQUENCE OF RANDOM TESTS IS

EXECUTED EVERY TIME THE PROGRAM [S RESTARTED FROM THE
BEGINNING).
THE

SEED CONSTANTS ARE ALSO DISPLAYED WITH THE

ERROR REPORT.

FAILING TEST AT

STANDARD

THIS PERMITS THE USER TO START WITH THE
SOME

FUTURE

TIME.

AFTER STARTING AT 214 THE PROGRAM QUERIES FOR RANDOM
NUMBER SEED CONSTANTS:

ENTER THE 3 RANDOM NUMBER GEN.
AFTER THE

AS IF

THIRD

SEED

STARTED AT 204.

IS ENTERED

MODE QUESTION AND <CR>

T?EDgIRST
S

THE

SEED CONSTANTS:

PROGRAM WILL

CONTINUE

ANSWER YES TO THE RANDOM (XERC]SE
TO THE ENTER

INST TO TEST QUESTION.

TEST EXECUTED WILL BE GENERATED USING “HE NEW

2.2 SPECIAL ENVIRONMENTS
APT

THE CIS
HOWEVER

INSTRUCTION EXERCISER IS FULLY APT COMPATIBLE,
ITS OPERATION UNDER APT IS SOMEWHAT DIFFERENT

APT ARE

IDENTICAL

THAN THAT OF OTHER DIAGNOSTICS.
TO THE

THE FIRST 2 PASSES UNDER

TESTS RUN IN STANDALONE

- 1 QV PASS AND 1 FULL TABLED TEST CASE PASS.
SUBSEQUENT PASSES ARE NOT IDENTICAL
TO THE 2ND PASS BUT RATHER BL0OCKS OF 20,000
(OCTAL) RANDOM MODE TEST CASES. THAT IS, EACH PASS
(BEYOND THE FIRST) IS A UNIQUE SET OF RANDOM (IS

POP=11 CIS INST EXERCISER
(ZKEEA.P11

MACYT1 27(655)

55-7

SEQ 3010

THE

INFO RMATION RECORDED (AND SUBSEQUENTLY DISPLAYED)
BY APT O N ERROR INCLUDES TEST NUMBER AND FATAL ERROR
THE FATAL ERROR NUFBER SHOULD BE INTERPRETED AS
NUMBER.

5591
5592
5593

FOLLOWS:

9594
5595
5596
5597
5598

FAILING CIS INST (REF OCTAL CODING TABLE)
BITS 5-0
BIT &
INST TYPE (0O=REG, 1=IN LINE)
BIT 9
ACTIVE REGISTER SET
BITS 13-12 PROCESSOR MODE (11=USER,01=SUP,00-KERNEL)
BIT 14
INTERRUPT (1-INST WAS INTERRUPTED)

5599
5600
¢.3 PROGRAM OPTIONS

THE FOLLOWING (O NTROL CHARACTERS ARE RECOGNIZED BY
EXFRCISER DURING TEST EXECUTION:

CNTL T
CNTL C

CNTL D

5613

5614
5615
5616
5617
5618
5619
5620
5621
5622
5623
5624
5625

PAGE

INSTRUCT ION TEST CASES.

5588
5589
5590

5601
5602
5603
5604
5605
5606
5607
5608
5609
5610
5611
5612

10:59

1-0CT=79

CNTL E

(NTL N
(NTL O

THE

DISPLAY INST UNDER TEST AND TEST #

(RECOGNIZED ONLY IF PROGRAM WAS STARTED
AT 204). RESTART EXERCISER.
DISPLAY ALL TEST CASE OPERANDS AND RESULTS
SUBSEQUENT TO EACH CIS INST TEST. CONTINUE (WITHOUT
QUERY) TO NEXT TEST.
DISPLAY ALL TEST CASE OPERANDS AND RESULTS
SUBSEQUENT TO EACH CIS INST TEST.
QUERY FOR
CONTINUE.
CANCEL PRIOR CNTL D OR CNTL E REQUEST
CONTROL OVER PROGRESS INDICATION PRINTOUT
(1.E. INST AND INST CNT,; RANDOM NUMBER
GENERATOR SEED). ON -~ OFF TOGGLE.

2.4 EXFCUTION TIMES
THE

FIRST

PASS

R UN

TIME

(TABLED TEST CASES ONLY)

3626
5627

APPROXIMATELY:

5630
5631
5632
5633

AFTER THE FIRST PASS THE PROGRAM ENTERS RANDOM TEST MODE
AND EXECUTES RAN DOMLY GENERATED TEST CASES INDEFINITELY.

5628
5629

5634

5635
5636
5637
5638
5639
564C
5641

11744 ~ 30 MINUTES

IN Qv MODE

REFER

THE P ASS TIME

IS LESS THAN 5 MINUTES.

TO DOCUMEN TATION ABOVE

FOR DEFINITION OF

Qv MODE.

2.0 ERROR INFORMATION
IF THE COMPUTER HALTS WITHOUT ERROR DISPLAY THE FOL.OWING
LOCATIONS SHOULD GB$E§¥AMINED TO DETERMINE INFORMATION
ABOUT THE FAILIN

POP-11 (IS INST EXERCISER
(ZKEEA.P1T
5642
5643
564
5645
5646
5647
5648
5649
5650
5651
5652
5653
5654
5655
5656
5657
5658
5659
5660
5661
5662
5663
5664
5665
5666
5667
5668
5669
5670
5671
5672
5673
5674
5675

MACY11 27(655)

1-0(T=79

10:59

TINST

1
L
PAGE 55-8

===

(IS

SEQ 0011

INSTRUCTION UNDER

TEST

TRO = TRo === (IS INSTRUCTION OPERANDS

(LENGTHS,ADDRESSES,ET(C)

INFORMATION DISPLAYED UPON DETECTION OF AN ERROR DESCRIBES

THE COMFLETE ENVIRONMENT OF THE FAILURE.
ALL INSTRUCTION ERRORS
ARE DISPLAYED WITH ONE FORMAT.
THE FORMAT CONTAINS SLIGHT

VARIATIONS TO ACCOUNT FOR DIFFERENCES BETWEEN CHARACTER

AND DECIMAL

STRING INSTRUCTIONS.

(HARACTER STRING INSTRUCTION ERROR DISPLAY

ERROR #000001 ==~--—-ceemccoccecrcccccncn
e mc et ec e o ncc o e aonne
MOVC
INST CNT: 00 00004
INTR CNT:0010
REG SET:0
MODE:K
D IN:N
SL
SA
DL
DA
F
NZV(C

INPUT ~ RO-R6,CC/ 003760 111241 000054 111046 000344 155555 053444 1111
EXP OUT RO-R6,CC/ 002704 000000 000000 00GO00 000344 155555 053444 0000
ACT OUT RO-R6,CC/

EXP BUFFER
ACT BUFFER

000007

111246/ 057
100246/ 344

C=CONT.;R=REPEAT

1000

TEST;S-RESTART:D-DISPLAY MEMORY.H-REPEAT AND HALT AT (CIS?

DECIMAL STRING INSTRUCTION ERROR DISPLAY

ERROR #000002=============mmmmm=m
=== mmmmmmm—~o=m=e=m === =====ee=——=mae
ASHP
INST CNT: 00 00250
INTR CNT: 0000
REG SET:1
MODE:S
D EN:Y
SL

R,S

NZV(

INPUT _ RO-R6,CC/ 070000 110200 070000 110206 000005 155555 053444 0100
EXP OUT RO-R6.CC/ 000000 000600 070000 000206 000000 155555 053444 1011

ACT OUT RO-R6,CC/

SR(
EXP RESULT

0+
0+

1000

SIGN BYTE-OF
SIGN BYTE=0OF

ACT RESULT
0+
SIGN BYTE=OF
C=CONT.R=REPEAT TEST;S=RESTART ;D=DISPLAY MEMORY H=REPEAT AND HALT AT (iS?
THE WORD 'ERROR' FOLLOWED BY A COUNT OF THE NUMBER OF ERRORS WHICH
HAVE OCCURRED UP TO AND INCLUDING THIS TEST FAILURE AND A LONG
E;g&N?HgFNEQ?HES IS USED TO SEPARATE ONE TEST FAILURE DISPLAY
THE SECOND LINE OF THE ERROR REPORT IDENTIFIES THE CIS INSTRUCTION
THAT FAILED, A COUNT OF THE NUMBER OF CIS INSTRUCTIONS WHICH
HAVE EXECUTED, A COUNT OF THE NUMBER OF TIMES THE FAILING INSTRUCTION

TEST CASE WAS SUSPENDED DUE

TO INTERRUPT,THE ACTIVE REGISTER SET

(0 OR 1),

POP=11 (IS INST EXERCISER
(ZKEEA.P1

MACY11 27(655)

1-0C7-79

M1
PAGE 55-9

10:59

THE

TEST MODE

THE

THIRD LINE

THE

DESTINATION ADDRESS,

(MEMORY MGMT)

SEQ 0012

(KERNEL ,SUPERVISOR,USER),

AND WHETHER D SPACE

WAS ENABLED DURING CIS INSTRUCTION EXEC'TION.
GIVES HEADER LABELS

TO IDENTIFY REGISTER OR

IN=LINE OPERANDS FOR THE PARTICULAR CIS INSTRUCTION UrDER
TEST.
'SL' IDENTIFIES THE SOURCE LENGTH OPERAND; °DA' IDENTIFIES
END OF

THIS LINE.

ETC.

CONDITION CODE

LABELS ARE

INCLUDED AT

THE

THE FOURTH LINE DISPLAYS ACTUAL OPERAND VALUES AND CONDITION
CODES USED AS CIS INSTRUCTION INPUTS.
THE

FIFTH LINE DISPLAYS EXPECTED REGISTER AND

CONTENTS AT THE

COMPLETION OF

THE

ACTUAL

CONDITION CODE

CIS INSTRUCTION EXECUTION.

THESE EXPECTED VALUES ARE DERIVED BY EMULATION
AS NOTED ABOVE.
SIXTH LINE,

IF ANY OF

CIS

INSTRUCTION OUTPUT,

IS DISPLAYED ONLY

THE ACTUAL REGISTER OR CONDITION CODE OUTPUTS

DO NOT AGREE WITH THE EXPECTED VALUES.
ONLY THOSE SPECIFIC
RESULTS WHICH ARE NCT IN AGREEMENT ARE DISPLAYED.
THE REMAINING PORTION OF THE ERROR PRINTOUT VARIES WITH
THE CIS INSTRUCTION UNDER TEST.
SOURCE OPERANDS,EXPECTED
AND ACTUAL OPERATION RESULTS ARE DISPLAYED WITH EACH
NIBBLE REPRESENTED BY A HEXADECIMAL DIGIT.
SIGNS ARE DISPLAYED

IN SYMBOLIC FORMAT

(+,-) AND THE SIGN BYTE

TWO HEXADECIMAL HIBBLES.

"BUFFER XXXXXX*'

WITH ACTUAL CIS
WITH EMULATION.
?ngS?STEgD
OF

IS GIVEN

IS DISPLAYED ONLY WHEN THE BUFFER ASSOCIATED

INSTRUCTION EXECUTION DIFFERS FROM THAT ASSOCIATED
ONLY THE FIRST BYTE (STARTING FROM THE LOW
THE BUFFERS UNDER CONSIDERATION) IN DISAGREEMENT

THE LAST LINE DISPLAYED AS PART OF EACH ERROR REPORT PERMITS
THE USER SEVERAL OPTIONS RELATING TO HOW TO PROCEED FOLLOWING AN ERROR.

CONTINUE

THE ERROR HAD NEVER OCCURRED.
DISPLAY MEMORY (D) ALLOWS
THE USER TO DISPLAY ANY BYTES(S) IN MEMORY.
RESTART (S)
RETURNS CONTROL TO THE BEGINNING OF THE PROGRAM.
REPEAT
TEST (R) REPEATS THE FAILING TEST CASE.
THE SAME ERROR
MESSAGE WILL BE DISPLAYED AGAIN PROVIDED THE TEST FAILS

DURING THE REPEAT TEST.
THE

THE REPEAT AND HALT OPTION REPEATS

FAILING TEST BUT HALTS JUST PRIOR

TO EXECUTING

THE

CIS

INSTRUCTION UNDER TEST.
THIS MODE ALLOWS THE USER TO SINGLE
STEP THROUGH THE FAILING CIS MICROCODE USING CONSOLE COMMANDS.
4.0 PERFORMANCE AND PROGRESS REPORTS

PUP=11
(]S INST EXERCISE®
“IKEEA PV

MACY11 27(655) 1-0C"=79 10-59 PAgE ;5-10

2985
575C

NONE

2;2%

4,2 PROGRESS REPORTS

S
2525

SEQ 0013

e et
g;figéM0§ TESTING FOR EACH CIS INSTRUCTION TYPE (EXCEPT INE

252

THE

CIS

INSTRUCTION AND

TEST

COUNT IS DISPLAYED AT TH

2724

5760
et

IN RANDOM TEST MODE THE RANDOM NUMB ER GENERATOR

2728

2722

EST MOQE).

THE

NOTE, AS STATED IN SECTION 2.1.3 ABOVE THAT

Y TEST CASES ARE EXECUTED FOR EACH CIS INSTRUCTION.

CONSTANTS ARE DISPLAYED EVERY 1024 TESTS. If THEEED

DIAGNOSTIC IS TO BE RUN FOR A PROLONGED PERIOD IN THIS

2582

MODE,

THESE CONSTANTS PROVIDE A MECHANISM FOR STOPPING AND

7%l

FORE

TOVSEC JON 2.1.3 UNDER THE HEADING ' STARTING ADDRESS

ké;Eg CONTINQING THE DIAG AT ANY FUTURE TIME.

2785
2784

INSINUCTIONS ON HOW TO USE THE RANDOM # GENERATOR SEED
CONSTANTS,

2;98

5.0 REVISION HISTORY

537,27
2

§772

2552
§77%

€778

L §77¢

.
6.0
PROGRAM TAB LE OF CONTENTS

TEEEmEmEmEmEm
T T T T

214"

POP=11 CIS INST EXERCISER

CIKEEA.P1T
6211

MACY1T

27(655)

1-0C1-79

8 2
PAGE 57

10:59

SEQ 0014

.ENABL ABS,AMA

6326

LTITLE

PDP=-11 CIS_INST EXERCISER
Z«COPYRIGHT (C) 1979
*«DIGITAL EQUIPMENT CORP.
*«MAYNARD, MASS. 01754
.- %

' «PROGRAM BY BARRY POLAND

:*THIS PROGRAM WAS ASSEMBLED USING THE PDP=11 MAINDEC SYSMAC
. *PACKAGE

000001

160000

(MAINDEC-11-DZQAC-B1)
,AUG 29,1975,

- *

$TN="

$SWR=160000
.SBTTL

JHALT ON ERROR, LOOP ON TEST,

BASIC DEFINITIONS

001100
001100
000700
000600

;*INITIAL ADDRESS OF
STACK=
1100
KERSTK= STACK
SUPSTK= STA(CK-200
USESTK= STACK=-300

177776

pS=

177774

.EQUIV EMT ,ERROR
.EQUIV
10T, SCOPE
.EQUIV

INHIBIT ERROR TYPOUT

177776

PS,PSW

STKLMT= 177774

177772
177570
177570

PIRQ=
177772
DSWR=
177570
DDI1SP=177570

000011
000012
000015
000200

HT=
LF=
CR=
CRLF=

THE STACK POINTER #=x* 1100 w«
;;FIRST ADDRESS OF THE STACK
; cKERNEL STA(CK
;s SUPERVISOR STACK
;. USER STACK

;;BASIC DEFINITION OF ERROR CALL
;;BASIC DEFINITION OF SCOPE CALL

::PROCESSOR STATUS WORD
:;STALK LIMIT REGISTER

- *PROGRAM INTERRUPT REQUEST REGISTER
S SWITCH REGISTER

s *MISCELLANEOUS DEF INITIONS
1M
12
15
200

.. CODE
;. CODE
;. CODE
;. CODE

FOR HORIZONTAL TAB
LINE FEED
CARRIAGE RETURN
FOR CARRIAGE RETURN-LINF FEED

:*GENERAL PURPOSE REGISTER DEF INITIONS

000001

000002

000003

000004
000005

000006
000007

RO-

;s GENERAL REGISTER

R2-

¥4

;;GENERAL REGISTER

R1-

R3-

R6=
R7=
.EQUIV
.EQUlV
.EQUIV
.EQUIV
LEQUIV
LEQUIV

X6
X7
RO,R10
R1.RU1
R2,R12
R3,R13
R4 ,R14
RS5.R1S

Ré4=
RS5=

.EQUIV
.EQUIV
.EQuUlv

X4
x5

R6,SP
SP._KSP
SP,SSP

; ;GENERAL REGISTER

:;GENERAL REGISTER

;. GENERAL REGISTER
::GENERAL REGISTER
; ;GENERAL
: 2GENERAL
;. GFNERAL
2 ;GENERAL
:;GENERAL
; ;GENERAL
s :GENERAL
s ;GENERAI.

;:STACK POINTER
J:KERNEL STACK POINTER
;:SUPERVISOR STACK POINTER

Ed 72

—

;;USER STACK POINTER
. PROGRAM COUNTER

PRZ2=

100

PR3=
PR4=

140
200

PR6=
PR7=

300
340

PRS=

240

:sPRIORITY LEVEL

;:PRIORITY LEVEL
J;PRIORITY LEVEL
;;PRIORITY LEVEL
J:PRIORITY LEVEL
J:PRIORITY LEVEL

;*"'SWITCH REGISTER'' SWITCH DEFINITIONS
SW15=
100000
SWi4=
40000
SW13=
20000

SWi12=

10000

SWll=
SW10=
SW09=
SWO8-

4000
2000
1000
400

SwO1
Sw00=
LEQUIV
EQUIV
EQUIV
EQUIV

2
1
SW09,S5W9
SW08,Sw8
SW07.SW7
SWO06,SW6

SW07=
SW06=
SW05=
SW04=
Sw03=
Sw02=

200
100
40
20
10
4

SWOS5,Sw5S
SW04,SWé
SW03,Sw3
SW02,Sw?
SWO1,Sw1
SW00,Sw0

100000

040000
020000
010000
004000
002000
001000
000400
000200
000100
000040
000020

;*DATA BIT DEFINITIONS (BITOO TO BIT15)
BIT15
100000
8IT14
40000
B8IT13=
20000
BIT12
10000
BIT1
4000
BIT10=
2000
BIT09
1000
8I1T08= 400
BIT07=
200
BIT06
100
BIT0S
40
BIT04
20

NOWNESWN—=O

m-o
T

s
S

b
ed

SEQ 0015

N
S

ed
N

o
e

Y
b
Y
D

N
S

N
nd h
e

C
2
PAGE 57-1

N
S
e
S
N
N

e Nl
e L
b ed e
b
N
D

N
N

e
D ed

N
W

N
D
N
)

W
N

T
T
D e
T
d

N
N
N
M
M

SP,USP
R7,PC

10:59

;tPRIORle LEVEL DEFINITIONS
PRO=
JsPRIOR]ITY LEVEL
PR1=
40
JsPRIORITY LEVEL

EQUIV
EQUIV
EQUIV
EQUIV
EQUIV
EQUlv

NP NP N
N
D e
D ed

N
N

040000
020000
010000
004000
002000
001000
000400
000200
000100
000040
000020
002010
000004
000002
000001

N
D

100000

N
d

000000
000040
000100
000140
000200
000240
000300
000340

W
D

1-0CT=79

e T e N
e W T
T
T
e
) D ad ed b ed ed

27(655)
.EQUIV
.EQulv

N
N
N

e e
nd —d
N
e

W
N
W

N
ed mnd D

s
N
N
N

N
e N
D e
D

P
—

D ed

N
d D

e T

MACY11
INST EXERCISER
BASIC DEF INITIONS

POP=11

(IS

(ZKEEA.P1T
()
(1)
(1)
g

1)
1)
§ D)
)
(M
g D)
(M
(H

iINST EXERCISER
MACY11 27(655)
BASIC DEFINITIONS
000010
000004
000002
000001

(1)
E};

BIT03=
BIT02=
BIT01=
BIT00=

.EQUIV
.EQUIV
.EQUlv
.EQUIV
.EQUIV
.EQUIV
.EQUIV
.EQUIV

.EQUiv
.EQuIvV

1-0CT=79

10:59

PAGE 57-2

10
4
2
1

BIT09.BIT9
BITO8,BIT8
BIT07.BI1T7
BIT06.8BIT6
BIT05,BITS
BIT04.BIT4
BIT03,BIT3
BIT02,BIT2
BITO1,BIT]
BIT00,BITO

;*BASIC ''(PU'" TRAP VECTOR ADDRESSES

(1
(1)
(1
(1)
1)
(1)
(1)
(M
1)
D)

000004
000010
000014
000014
000014
000020
000024
000030
000034
000060

ERRVEC= &
RESVEC= 10
TBITVEC=14
TRTVEC= 14
BPTVEC= 14
JIOTVEC= 20
PWRVEC= 24
EMTVEC= 30
TRAPVEC-34
TKVEC60

;. TIME OUT AND OTHER ERRORS
;;RESERVED AND ILLEGAL INSTRUCTIONS
20T BIT
;s TRACE TRAP
; ;BREAKPOINT TRAP (BPT)
;. INPUT/0UTPUT TRAP (IOT) =«SCOPE++
; ;POWER FAIL
; JEMULATOR TRAP (EMT) ==ERROR%*
;. TRAP'' TRAP
;. TTY KEYBOARD VECTOR

(1)
(1

000114
000240

CACHVE(C=114
PIRQVE(C-240

;:CACHE ERROR INTERRUPT VECTOR
; ;PROGRAM INTERRUPT REQUEST VvECTOR

(1;
(

000064

000250

E};
(M
(1)
(D
)
(1)
(1)
E};

177740
177742
177744
177746
177750
177752

51;

(1)
(1)
(1)
(1)
(1)

(1)

QD)
g;;
(1

TPVEC=

MMVEC=

250

.SBTTL

CACHE

LOADRS
HIADRS
MEMERR
CONTRL
MAINT
HITMIS

= 177740
= 177742

.SBTTL

=
=
=
=

177744
177746
177750
177752

SIZELC = 177760
SIZEHI

- 177762

1727764

SYSTID

177764

CPUERR

;:TTY PRINTER VECTOR

; MEMORY MANAGEMENT VECTOR

REGISTER DEFINITIONS
;.LOWER 16 BITS OF ADDRESS THAT CAUSED ERROR
J;UPPER SIX BITS OF ADDRESS THAT CAUSED ERROR
;;CACHE ERROR REGISTER
::MEMORY CONTROL REGISTER
. sMEMORY MAINTENENCE REGISTER
;;HIT MISS REGISTER '1'° IMPLIES HIT IN CACHE

CPU REGISTER DEF INITIONS

177760
_
17776¢
177766

SEQ 0016

177766

;MEMORY SIZE REGISTER NUMBER TO PUT INTO A PAKR
;:T70 GET TO THE LAST 32 WORDS OF MEMORY
;oHIGH SIZE REGISTER, RESERVED FOR FUTURE USE
;o CURRENTLY ALL ZERO

;;SYSTEM ID REGISTER

;. CPU ERROR REGISTER HOLDS CONDITION THAT
;. THE TRAP TO ERRVEC (000004)

C(AUSED

— gt

ad 72/

hela]

POP-1
CZKEE

INST EXERCiSER
MACY11 27(655)
CPU REGISTER DEF INITIONS

(D
(M
1)
)

1)
QD)
)
1§ D)
)
M
(1)
N
(1)
(1)
(1)
(1)
(1)
(1M

(1)
(1)
(1)
(1)
QD)
(1)
M
(1)
(1)

.SBTTL

(1
(M
1N
(1
(M

(1)

(1)
(})
N

177572
177574
177576
172516

(})

MMRO=
MMR1=
MMR2=
MMR3=
.EQUIV
LEQUIV
LEQUIV
.EQUIV

177600
177602
177604
177606
177610
177612
177614
177616

MEMORY MANAGEMENT DEFINITIONS

(1)

STATUS REGISTER ADDRESSES

177572
177574
177576
172516
MMRO,SRO
MMR],SRI]
MMR2,SR?
MMR3,SR3

UIPDRO=
UIPDR1=
UIPDR2=
UIPDR3=
UIPDR4=
UIPDRS=
UIPDR6UIPDR?=

177600
177602
177604
177606
177610
177612
177614
177616

177620
17762
177624
177626
177630

UDPDRO=
UDPDR1=
UDPDR2=
UDPDR3=
UDPDR4=

177634
177636

UDPDR6= 177634
UDPDR7= 177636

1727632

177620
177622
177624
177626
177630

UDPDRS= 177632

;*USER '°'I'" PAGE ADDRESS REGISTERS
177640
177642
177644
177646
177650
177652
177654

177656

UIPARQO=
UIPaR1=
UIPARZ=
UIPAR3=
UIPAR&L=
UIPARS=
UIPARG=

177640
177642
177644
177646
177650
177652
177654

UIPAR?= 177656
J*USER 'D'' PAGE ADDRESS REGISTERS

(1M

(1)

;*USER 'D'' PAGE DESCRIPTOR REGISTORS

(})

(1)

PAGE 57-3

;*USER "'I'' PAGE DESCRIPTOR REGISTERS

E;;
(1)
(1)
(1
1)
(1)
Q)
(1N

10:59

;*MEMORY MANAGEMENT

E})

)

1-0CT-79

177660

177662
177664

UDPARQ= 177660
UDPAR1= 177662
UDPAR2- 177664

SEQ 0017

—

»
2

’

—t

S N

e T

o o

o N

TP B

e T

e
e

N
N

D
b

W
W

D
D

e T

D e d

T
S

D
b

Tt T

N
N

;*SUPERVISOR '‘I'" PAGE ADDRESS REGISTERS

D oD

172236

SDPDRO= 172220
SDPDR1= 172222
SDPDR2= 172224
SDPDR3= 172226
= 172230
SDPDRé4
SDPDRS= 172232
SDPDR6= 172234
SDPDR?7- 172236

Wen T

b el

W
N

d e

W
N

e md

N
S

D v

Ml N

172200
172202
172204
172206
172210
172212
172214
172216

172240
172242
172244
172246
172250
172252
172254
172256

SIPAR(O= 172240

SIPAR1=
SIPAR?Z=
SIPAR3=
SIPAR4=
SIPARS=
SIPARG=
SIPAR?7=

1722642
172244
172246
172250
17225¢
172254
172256

el el e Y e X

177666
177670
177672
177674
177676

;*SUPERVISOR 'D'* PAGE DESCRIPTOR REGISTERS

Nl W

P e ed

Sl S

D e

Nl N

Sl N

SIPDRO=
SIPDR1=
SIPDR2=
SIPDR3=
SIPDR4=
SIPDRS=
SIPDR6=
SIPDR7=

; *SUPERVISOR 'D'' PAGE ADDRESS REGISTERS

oD o

F 2
PAGF 57-4

D o

N
N

b
D

el el el ey ey e

W’ W
M

) e
D

el el

Nl N

10:59

;*SUPERVISOR "'1'" PAGE DESCRIPTCR REGISTERS

172260
172262

172264
172266
172270
172272
172274

172276

s N

UDPAR3=
UDPAR4G=
UDPARS=
UDPARG=
UDPAR7=

1-0CT-79

177666
177670
177672
177674
177676

SDPARQ=
SDPAR1=
SDPARZ2=
SDPAR3=
SDPAR4=
SDPARS=
SDPARG=
SDPAR?7-

172260
172262
172264
172266
172270
172272
172274
172276

J*KERNEL ''I"" PAGE DESCRIF1OR REGISTERS

b ey e eid

N
N

—

MACYIT 27(655)

MEMORY MANAGEMENT DEF INITIONS

NST EXERCISER

172300
172302

KIPDRO- 172300
KIPDR1= 172302

SEQ 0018

POP-11

(IS INST EXERCISER

(ZKEEA.PIT
M

(1)
(1)
(1)
Q)
l};
(

MACY1T 27(€55)
MEMORY MANAGEMENT DEF INITIONS
172304

172306
172310

172312
172314
172316

E})

)

1-0{T=-79

K]PDRS= 172312
KIPDR6= 172314
KIPDR7= 172316
J*KERNEL 'D'' PAGE DESCRIPTOR REGISTERS
KDPDRO=
KDPDR1=
KDPDR2=
KDPDR3=
KDPDR4=
KDPDRS=

E};

172336

KDPDR7= 172336

172334

:};
(1)
(1)

g )
1)
)
g};

172320
172322
172324
172326
172330
172332

KDPDR6= 172334

J*KERNEL °°I'' PAGE ADDRESS REGISTERS
172340

KIPARQO= 172340

172346

KIPAR3= 172346

172342
172344

172350
172352
172354
172356

E};
(1)
(1
1)
1)
(1)
(1)
(1
g};

SEQ 0019

KIPDR2= 172304

172320
172322
172324
172326
172330
172332

QD)

G 2
PAGE 57-5

KIPDR3= 172306
K ]PDR4= 172310

(1
(1)
(1)
(M
(M
(D
(1)

10:59

KIPAR1= 172342
KIPAR2= 172344

KIPAR4=
KIPARS=
KIPARG=
KIFPAR7=

172350
172352
172354
172356

;*KERNEL 'D'' PAGE ADDRESS REGISTERS
172369
172362
172364
172366
172370
172372
172374
172376

KDPARO=
KDPAR1=
KDPAR2=
KDPAR3=
KDPAR4=
KDPARS=
KDPARG=
KDPAR7=

172360
172362
172364
172366
172370
172372
172374
172376

E%;

.SBTTL

UNIBUS MAP REGISTER DEF INITIONS

(1
(1)

;*THE LOWER 16 BITS OF

(1)

g};

(1)
1)
(1

(1)
N

J*THE

170200
170202

170204
170206

UPPER 6 BITS OF

MAPLOO = 170200
MAPHOO - 170202

MAPLOT
MAPHO1

- 170204
- 170206

THE MAP REGISTERS ARE LABELED

THE MAP REGISTERS ARE

LABELED

'MAPLXX'

'MAPHXX'

POP=11 (1S INST EXERCISER
MACYTT 27(655)
1-0CT=79
(ZKEEA.PY
UNIBU' *AP REGISTER DEFINITIONS
N
N

170210
170212

()
)

17021¢
170220

(1)

(1)
(1)
)
(1)
Q3
1)

(1)
(1)
(V)
1)
(1)
(1)
(1)
(1)

(M
(1)
1)

(1)
@b
(1)
(1
(1)
@D
(1
(1)

)

1)
1)
()
(1)
(1)
(1)
(1)
(1)
(1
(1
&)
1)
1)
(1)
(1,
(1)
(1
(1
(1)
(1
(1
(1)
(1)

170222
170224
170226
170230
170232
170234

MAPLOZ
MAPHO?
MAFLO3
MAPHOZ
MAPLOG6
MAPHOL
MAPLOS
MAPHOS
MAPLO6
MAPHO6
MAPLO7

=
=
=
=
=
=
=
=
=
=
-

170210
170212
170214
170216
170220
170222
170224
170226
17023Q
170232
170234

170240
170242
170244
170246
170250
170252
170254

MAPL"0
MAPH10
MAPL 11
MAPHT1
MAPL1?
MAPH12
MAPL13

=
=
=
=
=
=
=

170240
170247
170244
170246
170250
170252
170254

MAPL1S
MAPH1S
MAPL16
MAPH16
MAPL17
MAPH17
MAPL20
MAPH20

=
=
=
=
=
=
=
=

170264
170266
170270
170272
170274
170276
170300
170302

MAPHZ2T
MAPL22
MAPHZ2?2
MAPL?23
MAPH23
MAPL24
MAPHZ24
MAPL2S
MAPH2S5
MAPLZ26
MAPH26
MAPLZ27
MAPH27
MAPL 30
MAPH30
MAPL31
MAPH31
MAPL32
MAPH32
MAPI 33
MAPH33
MAPL 34
MAPH34

=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=

170306
170310
170312
170314
170316
170320
170320
170324
170326
170330
170332
170334
170336
170340
170342
170344
170346
170350
170352
170354
170356
170360
170362

170214

170236

170256
170260
170262

170264
170266
170270
170272
170274
170276
170300
170302

170304

170306
170310
170312
170314
170216
170320
170320
170324
170326
170330
170332
170334
170336
170340
170342
170344
170346
170350
170352
170354
170356
170360
170362

MAPHO?7

170236

MAPH13 = 170256
MAPL14 = 170260
MAPH14 = 170262

MAPL21 = 170304

10:59

PAGE 57-6

SEQ 0020

b —-—
d

S
N

b
d

A N

D ed
ol

) N
)
N
P N
N
W
W
N
N
Nt Nt

170374
170376

170372

[
2
PAGE 57-7

SEQ 0021

MAPL 35 = 170364

MAPH3S =

170366

MAPL 36 - 170370
MAPH36 - 170372
MAPL37 = 170374
MAPH37 = 170376
.EQUIV MAPLOO,MAPLO
.EQUIV MAPHOO,MAPHO
LEQUIV MAPLO1 ,MAPLI
LEQUIV MAPHO1,MAPH’
.EQUIV MAPLOZ2 ,MAPL?2
.EQUIV MAPHOZ ,MAPH?2
.EQUIV MAPLO3 ,MAPL3
.EQUIV MAPH0O3 ,MAPH3
LEQUIV MAPLO4 ,MAPL 4
L.EQUIV MAPHO4 ,MAPHS
L.EQUIV MAPLOS,MAPLS
LEQUIV MAPHOS5 ,MAPH5
.EQUIV MAPLO6,.MAPLG
LEQUIV MAPHO6 ,MAPH6
L.EQUIV MaPLO7 ,MAPL?7
L.EQUIV MAPHO7 ,MAPH/

N
N
N

od
i

el
il

il
i

NN TN

il el
d
—

170364
170366
170370

10:59

W
N
n

N SN

NN PN PN PN PN PN PN PN -~

MACYTT 27(655)
1-00T-79
INST EXERCISER
UNIBUS MAP REGISTER DEF INITIONS

076175

170000
100000

174000
176000
177000
1774600
177600
177700

177740
177760
1777790
177777

177400
006000
004000
000000
125252
000020
000070
000100
000140
002000
004040
152525
022000

DIVPI-=076175
BS0==170000
B8500==100000

8352==174000

BS4==176000

B8S8==177000

BS16==177400
BS32-=177600
3564==177700
BS128==177740

BS256=-177760
BS512==177770
BSNULL==177777
BY==177400

MPG6000--006000
MP04000==004000
wb-=0

E0T==125252

MP020==000020
MP070==000070
MP0100==000100
MP0140==000140

MP02000==002000
MP04040==004040
DSCPTR==152525
MP02200==22000

JMASK

(176000)

THEN OFFSET

(6000)

POP=-11

(IS INST EXERCISER

(ZxEEA.P1T
(;)
Q)

TRAP (AT(HER

000000

1)
1

(1)

6361
6362
2%98

000200

000204
000210
000214

000137
000137
000137

6372

)
(1)

(1)
(1)
(1)

000220

000046

000052

6373

001100

6375

QP
D

QD)

(1)
(1

000024

000044

JMP

036710
036522
036504

a#START

JMP DVTST
JMP QVST
JMP SEEDST
AR A R

AR AR SR AR AR A AR R

AN RN R AR AR

LSBTTL
ACT11 HOOKS
JHOOKS REQUIRED BY A(CT1

$SVP(C=.

"100

Jc1)SET LOC.46 TO ADDRESS OF

. 52
.WORD
0
.~8SVPC

R R

AN R AR SRR R AR R R C RN P RR RN RN

PROGRAM

;SAVE P(C

.=46
ENDAD

AR A

;:JUMP TO STARTING ADDRESS OF

ENDAD

;22)SET LOC.52 TO ZERO
;2. RESTORE PC

RN R RN

AR R R AR RN RN R AR RN AR

RN AN I REN R

KRN R R AR R

R R AN

AR A AN NN AR P AR A AR AN N AR ANRRA AR RAANRN R AN AN AR AN NSNS

001100
001100

$APTHDR ;;POINT TO APT HEADER BLOCK
s ¥
;oRESET LOCATION COUNTER

;. SAVE CURRENT LOCATION
;.SET POWER FAIL TO POINT
;;FOR APT START UP

.44

AN R AR

AR AR R R AR A RN AR AR R R AN

JINTERFACE SPEC.
000060
001114
000170

(1)

001112

000016

001106
001110

000264
000000

$APTHD:
$HIBTS:
SMBADR:
$TSTM:

$PASTM:
SUNITM:
R

LSBTTL

.WORD
.WORD
_WORD

0
SMATL
120.

_WORD
_WORD

.WORD
A AN

APT

TO START OF

PROGRAM

;;POINT TO APT INDIRECT ADDRESS PNTR.
AR RN AR

JSETUP APT PARAMETER BLOCK AS DEFINED

001100
001100
001102
001104

(1)

;cSOF TWARE SWITCH REGISTER

STARTING ADDRESS(ES3)

000044

(1)
(1)
(1)
(1)

L8X=.
. 74
200

(1
(1;

INTERRUPTS

001100
000024
000200

f};

6380

036514

.SBTTL

WORD

SRR AR AR AN RN AR AN

(2)

(1)
(1)

TRAPS AND

.SBTTL
APT PARAMETER BLOCK
;SET LOCATIONS 24 AND 44 AS REQUIRED FOR APT

(2)

(n
(1)
(1}

SWREG:

000046
053076

000052
000000
000220

TO CATCH ILLEGAL

;*LOCATION O CONTAINS O TO CAT(CH IMPROPERLY LOCADED VE(CTORS
=174
DISPREG: .WORD
0
;. SOF TWARE DISPLAY REGISTER

)
ap
(1)

SEQ 0022

.=0

000174
000000
000000
000137

PAGE 57-8

TRAP CAT(HER

;*SEQUENCE

000176
000176

10:59

;*ALL UNUSED LOCATIONS FROM & - 776 CONTAIN A ''.+2 HALT"

A1)

({)

1-0CT-79

.SBTTL

QD)

(M
1)
(1)

MACY1T 27(655)

RN AR AN AN R R RN

IN THE APT-PDP11

DIAGNOSTIC

;2TWO HIGH BITS OF 18 BIT MAILBOX ADDR.
s JADDRESS OF APT MAILBOX (BITS 0-15)
J:RUN TIM OF LONGEST TEST

180.
J;RUN TIME IN SECS. OF 1ST PASS ON 1 UNIT (QUICK VERIFY)
O
;;ADDITIONAL RUN TIME (SECS) OF A PASS FOR EAMH ADDITIONAL
SETEND-SMAIL/2 ;.LENGTH MAILBOX~ETABLF (WCRDS)
N AR

AN A RN R P AR AR N R AR AR

MA]LBOX-E "ABLE

NN RNA N

RN AR

AR R AR AN NN RN

UN]T

POP=-11 CIS INST EXERCISFR
MACY1 27(655)
CZKEEA.P11
APT WA BOX-ETABLE
)
(1)

(1)

(1)
(1)
(1)
(2)
(3)

(3)

(1)
(1)
(1)
(1)
(1)
(1)
(1)
(1)
(1)

(1)
(1)

N
o
Nt
ot N

001134
001134
001135
001136
001140
001142

000
000
000000
0000C0
000000

001130
001132

$MSGTY:
SFATAL:
$TESTN:
$PASS:
$DEVCT:
SUNIT:

000000
000000

o
N
N
N
N

AENV
AENVM
ASWREG
AUSWR
ACPUOP

AMSGAD
AMSGLG

001144

001145

000

;:MESSAGE TYPE CODE
;:FATAL ERROR NUMBER
;:TEST NUMBER
;:PASS COUNT
;;DEVICE COUNT
::1/0 UNIT NUMBER

;:MESSAGE ADDRESS
;;MESSAGE LENGTH

:;APT ENVIRONMENT TABLE
:;ENVIRONMENT BYTE
::ENVIRONMENT MODE BITS
;;APT SWITCH REGISTER
;:USER SWITCHES
;:CPU TYPE.OPTIONS
BITS 15-11=CPU TYPE

11/70=06,PDQ=07,0=10

o
$MAMS1:

BIT
8=MEMORY MANAGEMENT
;:HIGH ADDRESS,M.S. BYTE

o x
oTM
$MADR1:

SETEND:

—

::APT MA]LROX

BIT 10=REAL TIME CLOCK

S
i*

000000

SEQ 0023

o *

$MTYP1:

001146

PAGE 57-9

11/064=01,11705=02,11/20=03,11/40=04,11/45=05

$ETABLE:
$ENV:
.BYTE
$ENVM:
.BYTE
$SWREG: .WORD
$USWR:
.WORD
$CPUOP: .WORD
i

.WORD
.WORD

Nl N

AMSGTY
AFATAL
ATESTN
APASS
ADEVCT
AUNIT

mmd N

.EVEN
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD

$MSGAD:
$MSGLG:

Nt Nt N

000000
000000
000000
000000
000000
G00000

10:59

BIT

.BYTE

.WORD

AMAMS1

AMTYP1

AMADR1

O9=FLOATING POINT PROCESSOR

;:MEM.

TYPE,BLKA1

MEM.TYPE BYTE
-(HIGH BYTE)
900 NSEC CORE=001

300 NSEC BIPOLAR=002
500 NSEC MOS-003
;:HIGH ADDRESS,BLK#1

MEM.LAST ADDR.=3 BYTES,THIS WORD AND LOW OF ''TYPE'' ABOVE

CMEXIT

"ttl’tttk*‘*'ttitttl’t'fifiitfit*tttttttflttfifi\‘tfi*ttttt'kttttttttttfitt

1
g
(1)

001114
001116
001120
001122
001124
001126

SMA]IL :

638

QA1

Nl N

@]
1
(1)

o N

Q1
O

(1)

Nl M

1
(1)

Ml N

(1)
(1)
(1)
(1Y
(1)
(1)
(1

e Nt N

(1)
(1)

(1)
(1)
(1)
(1©
(1
(1)

001114

*=0CT-79

001150

112737

001156
001764
001166
001174
001174

010046

001200
001204
001206
001214
001216
001224
001226
001232
001240

105737
001450
122737
001031
132737
001425
017600
062766
005737

001176

001244
001246

112737
000403
112737
010146

001375
010037

000001

001414

000001

001414

000001

001412

.SBTTL
$ATY1:

$ATY3:
$A4TY4:
SATY(:

000001

001134

000100

001135

000004
000002

000004

001130

1%:

ERROR

MOVB
BR
MOVB

#1,8MFLG
$ATY(
#1,8FFLG

;TO TYPE A MESSAGE

MOV

RO,-(SP)

;.PUSH RO ON STACK

"ST8
8tQ
CMPB
BNE
B1T8
BEQ
MOV
ADD
TST

$MFLG
5%
HAPTENV, SENV
3%
#APTSPOOL
, $ENVM
3s
@4 (SP) RO
#2,4(SP)
$MSGTYPE

;SHOULD TYPE A MESSAGE?
;IF NOT:
BR
;OPERAT ING UNDER APT?
;IF NOT:
BR
; SHOULD SPOOL MESSAGES>
;1F NOT:
BR
JGET MESSAGE ADDR.
;BUMP RETURN ADDR.
;SEE IF DONE W/ LAST XMISSION?

MoV

001412

001114

APT COMMUNICATIONS ROUTINE
MOVB
#1,8FFLG
;TO REPORT FATAL

BNE
MOV

R1,-(SP)

1%
RO, $MSGAD

;TO ONLY REPORT FATAL ERROR
;.PUSH R1

ON STA(CK

JIF NOT:
WAIT
JPUT ADDR IN MAILBOX

INST EXERCISER
MACY11 27(6595)
APT COMMUNICATIONS ROUTINE

001376

Nl N

001130
001132
000004

001114

000004
000002

001324
000004

S
N

N
S

177776
110156

5%:

QI S R

001416
005737
001413
005737
001375

N
N
N

e R

e N

001414

10%:

001134
001114

000004
000002
001114
001414
001413
001412

11%:

001116
000004
12%:

SEENSEN PV TV P S

I I

I R D S

105737

3%:

N
W

57-10

SEQ 0024

;FIND END OF MESSAGE

gg.SMSGTYPE

2SUB START OF MESSAGE
;GET MESSAGE LNGTH IN WORDS
JPUT LENGTH IN MAILBOX
JTELL APT TO TAKE MSG.

MOV

@4 (SP) ,4%

:PUT MSG ADDR IN JSR LINKAGE

JSR

177776,=(SP)
SC.STYPE

2:PUSH 177776 ON STACK

TSTB
BEQ
TST
8EQ

$FFLG
12%
$ENV
12%

;SHOULD REPORT FATAL ERROR?

BNE
SUB
ASR
BR

ADD
MOV

.WORD

TST
BNE
MOV
ADD
INC
CLRB
CLRB
CLRB
MOV

#2,4(SP)

SMSGTYPE
118

26 (SP) ,$FATAL
#2,4(SP)
$MSGTYPE
$FFLG
$LHLG
$MFLG
(SP)+,R1
(SP)+,R0

-BUMP RETURN ADDRESS

SCALL TYPE MACRO

JIF

NOT:

JRUNNING UNDER APT?
BR
;IF NOT:
JFINISHED LAST MESSAGE?
WAIT

JIF NOT:

;GET ERROR #
;BUMP RETURN ADDR.
;TELL APT TO TAKE ERROR
;CLEAR FATAL FLAG
;CLEAR LOG FLAG
;CLEAR MESSAGFE FLAG
;:POP STACK

INTO R1

;.POP STACK INTO RO
JRETURN

W
e T

S
v N M N

e r e N
Y

(U
N N

[o <0 Y

PAGE

+
(RO)
2%
$MSGAD RO
RO
RO,$MSGLGT

TSTR

Moy
RTS

001410

10:59

1-0(T=-79

MOV
MOV

2%:

105720

N N

001252
001254

Qi g

e Ve

POP=11 CIS
CZKEEA. P11

001412

001413

001414

tMF G:
$LTLG:
$FFLG:

.BYTE

.BYTE
.BYTE
.EVEN
APTSIZE-200
APTENV=001
APTSPOOL=100
APTCSUP-040

0
0
0

JMESSG.

FLAG

;LOG FLAG
;FATAL

FLAG

"ttt‘t‘itit*ttttt!ttt'lt!l*'flfi‘fifi.t.t.'ktilt‘tt*t.itt'.‘.Qtfi.tt.

POP-11 CIS INST EXFRCISER
(ZKEEA.P11

6384
6385
6386
6387
6388
6389
6390
6391
6392
6393

001416
001420
001422
001426

MACY1T 27(655)

GLOBAL DATA SECTION

000000
000000
000000
000000

1-0CT=-79

10:59

PAGE

.SBTTL

GLOBAL DATA SECTION

.SBTTL
TOTTCH:
T0TTC:
INVTC:
REDTC:

TEST

.WORD
.WORD
.WORD
.WORD

0
0
0
0

COUNTS

57-11

sJTEST COUNT MULTIPLIER
;TOTAL TEST COUNT
JINVALID TEST COUNT
JREDUNDANT TEST (OUNT

SEQ 0025

1-0CT=79
10:59
POP=11 CIS INST EXERCISER
MACY1T 27(655)
CICEEA.P1Y
INPUT TABLE ENTRY TYPE DISPAT(H TABLE

6396
6397
6398
6399
6400
6401
6402
6403
€404

PAGE

57-12

INPUT TABLE ENTRY TYPE DJISPAT(H TABLE
.SBTTL
;JINPUT TABLE ENTRY TYPE DISPAT(H TABLE.

001426
001426

001430
001432
001434

040622
040772

000000
0G0000

1TYPE:

.WORD
.WORD
.WURD
.WORD

TYPEQ
TYPE1
0
0

SEQ 0026

POP=-11 (IS INST EXERCISER
MACY11 27(655)
1-0(T~ 79
(ZKEEA.P1
POINTERS TO CIS INST FLOW TABLES

6406

SBTTL

&8;

6409
6410
6411
6412
6413
6414
6415
6416
6417
6418
6419
6420
6421
6422
6423
6424
6425
64626
6427
6428
6429
6430
6431
64632
6433
6434
6435

6436

6437
6438

10:59

PAGE

57-13

POINTERS TO CIS INST FLOW TABLES

;POINTERS TO CIS INSTRUCTION £LOW TABLES.
001436
001436
001440
001442
001444
001446
001450
001452
001456
001456
001460
001462

001464
001466
001470
001472
0016474
001476
001500
001502
001504
001506
001510
001512
001514
001516
001520
001522
001524

000000
006330
006330
006410
006772
006772
007130
007130
006472
006554
007040

007040
006636
007340
007212
007212
006712
007270
007040
007040
006636
007340
007040
007040
006712
007270
007607
007402

INO:

.WORD
.WORC
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD

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

0
XMOV(
XMOVR(
XMOVT(
XLOCC
XSKP(
XSCANC
XSPAN(
XCMP(
XMAT(HC(
XADDN
XSUBN
XCMPN
XCVTNL
XCVTPN
XCVTNP
XASHN
XCVTLN
XADDP
XSUBP
XCMPP
XCVTPL
XMULP
XDIVP
XASHP
XCVTLP
XxLZ2D
XL 3D

SEQ 0027

POP=11 CIS INST EXERCISER
C(ZKEEA.P11

27(655)

1-0CT=- 79

10:59
FLOW COMMAND DISPAT(H TABLE

MACY'1

FLOW COMMAND

.SBTTL

6440

PAGE

051000

05370¢
05323¢
053236

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

COL=222a0 2000000000
DOWNSB WA= ONOWNME
W —=O

001556
00°560
001562
001564

053236
061612
042022
042122
042172
042300
042406
042516
045502
045536
045734
047700

FLCDIS:

2inlalalnialnlsininininlnlalnin

001526
001526
001530
001532
001534
001536
001540
001542
001544
001546
001550
001552
001554

TTHTT
AT
AT

;FLOW COMMAND DISPAT(H TABLE

SEQ 0028

DISPAT(H

TABLE

JFLOW COMMANDS 16,8 17 ARE UMNUSED.

POP=11 (IS
(ZXEEA.P1

INST EXERCISER

PARAME TER

6463

6467
6468
6469
6470
6471
6472

6473
6474
6475
6476
6477
6478
6479
6480
6481
6482
6483
6484
6485
6486
6487
6488

POINTERS

1-0(T=79

001566
001566

001570
001572
001574
001576
001600
001602
001604
001606
001610
001612
001614
001616
001620
001622
001624
001626

001630
001632
001634
001636

000000
000000
000000

000000

000000
000000
000000

000000
000000
000000
000000
000000

PTP:
PTPO1:
PTPO2:
PTPO3:
PTPOG:
PTPCS:
PTPO6:
PTPQ7:
PTP10:
PTP11:
PTP12:
PTP13:
PTP14:
PTP15:

oT1P16:

PTP17:
PTP20:
PTP21:
PTP22:
PTP23:

PTP24

.WORD
.WORD
. WORD

10:59

PAGE 58-1

PARAMETER

TABLE

JPARAMETER TABLE POINTERS
eolelolololelolelelalolololololeololololol
)

6465

TABLE

27(655)

.SBTTL

6464

6466

MACY'T

POINTERS

SEQ 0029

POP=11 CIS INST EXERCISER
(ZKEEA.P11
6450
&g;

6494
6495
6496
6497
6498
6499
228?
6502
6502
6517
6518
6519
6520
6521
€522
6523
6524
6525
6526
6527

6528

6529
6530
6531
6532
6533

6534

6535
6536
6537
6538
6539
6540
6547
6542
6543
6544
6545
6546
6547
6548
6549
6550

MACY11 27(655)
1=-0CT=79
MISCELLANEOUS CONSTANTS

10:59

E
3
PAGE 59

SEQ 0030

.SBTTL
MISCELLANEOUS CONSTANTS
JMISCELLANEOUS CONSTANTS

001640
001642
001644
001646
001650
001652
001654«

130000
002000
010000
140000
002000
020000
002000

TBADR:
TBLEN:
RTBLEN:
EBADR:
EBLEN:
TPERP:
PSEED:

.WORD
.WORD
.WORD
.WORD
.WORD
.WCRD
.WORD

001656

000024

IPNU.

.WORD 24

001660
001662
001664
001666
001670
001672
001674
001676
001700

000001
000002
177776
177570
177560
000240
000000
000405
000403

INCSQ1: ,WORD 1
INCSQ2: .WORD 2
TPSW:
.WORD
177776
DISPR:
.WORD 177570
TKS:
177560
KNOP:
NOP
KHALT:
HALT
KBRS :
.WORD 405
KBR3:
.WORD 403

001704
001706
001710

123321
000002
000001

NOTREG:
EL74:
ELGG:

177562

TKB:

001702

001712

001714
001716

0017220
001722
001724
001726
001730
001732
001734
001736
001740

000402

177564
177566
000015
000012
000057
000010
00000/
177777
11111
122222
133333
144444
155555
120606
177570
177570

KBRZ:

130000
2000
10000
140000
2000
20000
2000

.WORD 402

.WORD 123321
.WORD 2
.WORD 1

177562

TPS:
177564
TPB:
177566
(R
15
LF
12
SL=
57
BS=
10
MFPT=
7
PATO:
.WORD 177777
PAT1:
.WORD 111111
PAT2:
.WORD 122222
PAT3:
.WORD 133333
PATS:
WORD 144444
PATS:
.WORD 155555
IXLTB1: .WORD XLTBL1
SWR:
.WORD DSWR
DISPLAY: .WORD DD]SP

JTEST BUFFER STARTING ADDRESS
JTEST BUFFER LENGTH
JRANDOM MODE TEST BUFFER LENGTH
JEMULATION BUFFER STARTING ADDRESS
JEMULATION BUFFER LENGTH
;4 OF TESTS PER APT PASS [N RANDOM MODE
J# OF TESTS TO EXECUTE IN PANDOM MODE

;4 OF INPUT PARAMETERS PER INPUT
.
TABLE ENTRY.
;INCREMENT SEQUENCE WORD 1
s INCREMENT SEQUENCE WORD 2
;PSW
;CONSOLE SWITCH AND DISPLAY REGISTER

JPATTCRN LOADED INTO REG SET NO SELECTED FOR TEST
;11/74 PROCESSOR TYPE
:11/44 PROCESSOR TYPE
;
BETWEEN PRINTING OF RNG SEED.
;NOTE: ONLY 1 BIT IS ALLOWED TC BE

JADDRESS OF SWITCH REGISTER
;ADDRESS OF

DISPLAY REGISTER

SET

IN PSEED.

6565
6566
6567
6568
6569
6570
6571
6572
6573
6574
6575
6576
6577
6578
6579
6580
6581

6582
6583
6584
6585

6586
6587
6588
6589
6590
6591
6592
6593

659
6595
659
6597
6598
6599
6600
6601
6602

6603
6604
6605

—

_lm

INST EXERCISER

MACYTT 27(655)

1-0(T-79

MISCELLANEOUS CONSTANTS

LSBTTL

10:59

001742
001744
001746
001750
001752
001754
301756
001760
001762
001764
001766
001770
001772
001774
001776

FLOPTR:

ESEED:
DENS:
N2OOM:

TSIPSW:
TBEND
:

SBR:

RANDOM:
CTACTM:
:
PMASK

IMSK:

RANDTA:

LIMSTG:

RNIB:

STRNC:
STRP1:
STRP?:
SXRNC:
SXRF1:
SXRP2:
SYRNC:
SYRP1:

.WORD
.WORD

.WORD
. WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WCRD
.WORD
.WORD
.WORD
.WORD
.WORD

SYRP?:

SWRNC(:

SWRP1:
SWRP2:
SVRNC:
SVRP1:
SVRP2:
JCCR:
SPCV:

TPRECS:
NOERDS:
PROGD:
SURLEN:

.
.

REGSET:

SURADR:

ERRCT:
ERRS:

.
.

TWOSETS:.

FSAVRS:
FSAVRG:

FSAVR3:
FSAVRZ:

F SAVR1
:
FSRUN:

MSEED:

NBLKS:
TRA:

TRL
:

F
3
PAGE 40

MISCELLANEOUS VARIABLES

;MISCELLANEOUS VARIABLES

.
.

OOOOCOOOOOOCOOOCOCOODOVDOOCCOOOOOOCOOOOODOPOULOOOOOO0O0O

6552
6553
6554
6555
6556
6557
6558
6559
6560
6561
6562
6563
6564

—

PDF-11
(ZKEEA.

77617

SEQ 0031

6606
6607
6608
6609
6610
6611
6612
6613
6614
6615

INST EXERCISER

000000
000000
000000
000000
0006090
000000
000000

6617

INPTP:

PTPTR:

:
SPHAND
EMPTR:
ERRCC:
ERRREG:
ERRBUF:
:
ERRSTK
PT3:

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

000000
000000
000000
000000

MMFLG:
:
MODE

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

000000
000000

DEN:
NMODES:

. WORD
.WORD

6636
6637
6638
6639

STGLN:
STGAD:
SAVSL:
SAVSA:
SAVSGL:
SIGN:

1-0(T1-79

000000
000000
000000
000000

TRPLOC:
HLTLOC:

AEADR:
AEDTA:

.WORD
.WORD
. WORD
.WORD
.WORD

QRYFLG:
QVMODE:

.
.

OO0 OOOOOOOOOOOOOOOCOVOOOCOOOOD

€68

6629
6630
6631
6632
6633
6634
6635

STGDS1:
STGDS?:

VIP:
PTWI:
FATAL:

6618
6619

6625
6626
6627

27(655)

MISCELLANEOUS VARIABLES

6616

6620
6621
6622
6623
6624

MACY11

OO OOCOODOOCOOOCOOOOOOOCO

(ZKEEA. p

—wn

—

PDP-11

000000
000000
000000
000000

000000
000000
000000
000000
000000

IRXLT:

EMADR:
EMDTA:

MMSTAT:
PTQvV:

[COMPC:

RLL:
RUL
:

BAD:
TSP:

NXFLD:
TTRO:
TTR1:
TTRZ:

TTR3:

TTRG:
TTRS:
TTR6:
TEROR:
TERIR:
TERZ2R:

TER3R:

10:59

PAGE

60-1

SEQ 0032

;11734 TYPE PROCESSOR fLAG
JWHEN NON Z[RO, TESTING WITH MEMORY MGMT

;PROCESSOR MCDE USED FOR CIS INST

.
(O=KERNEL ,1=SUPERVISOR, 3=USER)
;D=-SPACE ENABLED(1)/DISABLED
(0)
;# OF

;

PROCESSOR MODES

ON MA(CHINE

(I.E. KERNEL,SUP,USER)

TEST

UNDER

TEST

000000
000000
000000
000000
000000
000000
003000
000000
000000
000000
000000
000000
043632
043664
043666
043774
044004
044050
002326
002326
600000
= O=CNOWVNEBWN
DWW
SO\
WD) O NN N
W

175

d
D
D
e
b
h
—d
e
ed
b
o
ed
b e d
)
md
ed
e
D
D
b
b
b md ad

002370

27(655)

TER4R:
TERSR:
TERGR:
TERR:
RPTFLG:
FILLSZ:

oc~IC:
TWl:
TW2:

PRTSGN:

STGDIG:
STGTYP:

1-0CT=79
.WORD
. WORD
. WGRD
. WORD
. WORD
. WORD
. WORD
.WORD
. WORD
.WORD

TYPTAR:

TYPSP:

NEGTARB:

NEGTRT: .

POSTAB: .

POSTBY: .

10:59

H
3
PAGE 60-2

[eololelolelololelelelels]

002256
002260
002262
002264
002266
002270
002272
002274

MACY11

MISCELLANEOUS VARIABLES

CIKEEA. P

INST EXERCISER

TYPSZ
TYPUZ
TYPTO
TYPLO
TYPTS
TYPLS
TYPSP
TYPSP

. SIGNED ZONED
JUNSIGNED ZONED

QO [ YNV QU
QS QU W
U QT U
U
QU S QU S
P
(T S
(DU (R U
g
i Sy (M (U QI N Qe
oo~ =2 =000 OOQOOOQONMNIMNIN
= — =22 DANNININ)
- D D b
N
N — O—=ONONEWN
DWW
2O NN
WOV
2O NN
S Wt

C }%

22 e D
S NNV
D
22
KX =S =2O0O0QQOOONNIMNVNI

PDP=11

;=0

s TRAILING OVERPUNCH

;LEADING OVERPUNCH
s TRAILING SEPARATE

JLEADING SEPARATE
;RESERVED

;RESERVED
;-1

-2
-3

;=4

SEQ 0033

POP=-11 Cls
(ZKEEA. P11

6714
6715

6716
6717
6718
6719
6720
6721
6722

INST EXERCISER

002371
002372
002373
002374
002375

6723
6724
6725
6726
6727
6728
6729
6730
6731
6732
6733
6735

6736
6737
6738

6739

6740
6741
6742

6743
6744
6745

6746
6747
6748
6749
6750
6751
6752

6753
6754
6755
6756
6757
6758
6759
6760
6761
6762
6763
6764
6765

002440
002442
002444
002446

27(655)

1-0CT7=-79

MISCELLANEOUS VARJABLES

063
064
065
067

070
071
133
061
062
063
064
065
066
067
070
on
045004

000006
000006
000006

070000

000000

002450
002452
002454
002456
002460
002462
002464
002466
002470
002472
002474
002476
002500
002502

000000
000000
000000

002504
002506

120000
000000

POSTRZ:

ONEBREY:
DECINS:
SITYPE:

;+3

065
066
067

;+5
J+6
17

071
133
061
062
063
064
065
066
067
070
071

:+9
;+0
X3
;42
;+3
AL
;+5
;46
;47
;+8
;49

EISTG

JUNSIGNED ZONED

S2TYPE:
S3TYPE:

TYPFLD:
MIXTYP:

PKPTW:

NDESC:
IPM:
ACINST:

PZCODE
:

SAVPIR:
:
SAVSRF
INSRC1:

INSRC(C2:
LANDS

;+8

;SIGNED ZONED

PTYPTO
PTYPLO
PTYPTS
PTYPLS
TYPSP
6YPSP

.
.

SEQ 0034

063

PTYPSZ

PTVYPTA:

PAGE 60-3

0790

ONE INS:

003076

10:59

064

066

045500
044646
045014
045024
045040
002326
002326
000000
000000

6734

MACYTT

;TRAIL ING OVERPUNCH
JLEADING OVERPUN(CH
;TRAILING SEPARATE
;LEADING SEPARATE
JRESERVED
;RESERVED

0
6
6
6

070000
0

JMANUALLY SET
.
;

0
0
0
0
0
0
0
0

0
BUF SR1
0
BUF SR?
120000

;SRC1

TO ANY NONZERO vALUE

TO CAUSE TESTING OF
WITHIN INST.
NOTE:

GREATLY

MIXED DATA TYPES
THIS WILL

INCREASE RUN TIME.
. .!

STRING SAVE BUFFER DESCRIPTOR

;SRC2 STRING SAVE BUFFER DESCRIPTOR

CIS

(ZKEEA.P11

EXtRCISER

MACY11

PROGRAMMABLE

27(655)

1-0CT=79

LSBTTL

PROGRAMMABLE

000104
000106
172540
172542
172544
000000
172550
172552
172554
000004

PCLKIV:
PCLK1P:
FCI1CSR:
PC1CSB:
PC1CTR:
PCLK2V:
PC2CSR:
PC2CSB:
PC2CTR:
TIMOUT:

000000
000000
000000
000000
000240
000240
000240
000000
000000
001000

PROGCT:

LATCT:
LATEN:
INTCT:
KNOP1:
KNOP2:
KNOP3:
INTRVL:
STOPLA:

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

000000
000000
000000
000000
060000
000000
000000
000000
000100

STATPS:

.WORD

000000
000000
00000C
000000
006000
000000
000000

SGPRO:
SGPR1:
SGPR2:

.WORD
.WORD
.WORD

SGPR4:
SGPRS:
SGPR6:

,WORD
.WORD
.WORD

MAX]VL:

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

.WORD

.WORD
_.WORD
.WORD
.WORD

STATRS5:

.WORD

STATR6:

SCSIK:

SGPR3:

172540
172542
172544
000
172550
172552

(CLOCK

SEQ 0035
CONSTANTS

JP=CLK 1

P=CLK 2

172554

.WORD

STATRO:
STATR1:
STATR2:
STATR3:
STATR4:

104
106

PAGE 60-4

;PROGRAMMABLE CLOCK CONSTANTS

.WORD
.WORD

BLKW

.WORD

1000
OOOOOO

002510
002512
002514
002516
002520
002522
002524
002526

10:59

CLOCK CONSTANTS

6767
6768
6769
6770
6771
6772
6773
6774

INST

D64

OCOOOOO

PDP=11

s IF NONZERO & LATENCY EXCEEDS THIS VALUE PROGRAM HALTS
JUSER DEF INED MAXIMUM INTERVAL ALLOWED

MACYT1 27(655)
1-0CT=79
? INST EXERCISER
LINE TIME CLOCK CONSTANTS

10:59

PAGE 60-5

LINE TIME CLOCK CONSTANTS
.SBTTL
SLINE T] ME CLOCK CONSTANTS
LTCIV:
.WORD
100
.WORD 102
LICIP:
WORD 177546
LKS:
LCNT:
VLCNT:

:
KNOPS

0
.WORD 0
. WORD 840

LTCDLY: .

SEQ 0036

POP=11 (IS INST EYERCISER
MACYT1 27(655)
1-0CT=79
(IKEEA P11
LINE TIME CLOCK CONSTANTS
LSBTTL

10:59

PAGE 61

SEQ 0037

SOURCE STRING STORAGE BUFFER

;SOURCE STRING STORAGE BUFFER = USED BY ERROR PRINTOUT ROUTINES
003034
003035
003075
003076

003136
003137
003140
003141
003142
003143
003144
003145

000

000
000040

000
000
000
000
000
000
000

O
“D32
O
“D3?

BUFSR2:

.BYTE
.BLKB
LBYTE
.BLKB

PBO:
PR1:
PR?:

BYTE
.BYTE
.BYTE

0
0
0

PR :
PRS:
PR6:
PR7:

.BYTE
.BYTE
BYTE
.BYTE

0
0
0
0

BUFSR1:

PBR3:

.BYTE

;ST BUFFER
:S2 BUFFFR

.DISPLAY BUFFER

POP=-11 CIS INST EXERCISER
(ZKEEA.P11
SOURCE

1-0CT=-79
MACY11 27(655)
STRING STORAGE BUFFER

10:59

PAGE 67-1

;DESCRIPTORS AND DESTINATION BUFFER FOR INTERRUPTABILITY SERVICE

003146
003150
003152
003154
003156

000012

003244
000020
003156
000031

ROUTINE DIVPI

DIVDS:
DIVvDD:

DESTBUF:

INST.

.WORD 12
.WORD SSTGZ
.WORD 20

.WORD DESTBUF

.BLKW 31

JSOURCE 1 8 2 DESC
JDESTINATION DESC

SEQ 0038

POP-11 CIS INST EXERCISER
MACY11 27(655)
PRE=SPECIFIED STRINGS
CZKEEA. P11

1-0CT=79

10:59

N 3
PAGE 612

PRE=-SPECIFIED

.SBTTL

;PRE=-SPECIFIED STRINGS

SEQ 0039

STRINGS

001

§STG1:

.BYTE 001

003244
003246
003250

012002
101564

$STG2:

.WORD 012002
"WORD 101564

JPACKED 2,147,483,648

003252
003254
003256

024404
063511
046051

SSTG2A:

.WORD 024404
.WORD 063511
"WORD 046051

;PACKED 4,294,967,296

+MAX = 2

003260
003262
003264

112102
07122€
006224

$STG2B:

WORD 112102
.WORD 071226
-WORD 006224

JPACKED 42,949,672,940

+MAX « 20

003266
003270
003272
003274
003276

000402
003404
034064
003003
034164

$ST63:

.WORD
-WORD
.WORD
-WORD
-WORD

JIONED 2,147,483,648

+MAX+]

0033C)
0033,
007,04

012002

SSTG4:

.WORD 012002

JPACKED 2,147 483,647

+MAX

;IONED 2,147,483,647

+MAX

002240
003241
003242
003243

003306
003310
003312
0C3314
003316

001
007
000

106144

101564

000402

+MAX+1

.WORD 106144

076144

003404

BYTE 001
-BYTE 007
.BYTE 000

000402
003404
034064
003003
034164

.WORD 101564

.WORD 076144
$STGS:

034064

.WORD 000402

-WORD 003404
.WORD 034064

003003
033564

-WORD 003003
"WORD 033564

003320
003322
003324

012002

$SSTG6:

.WORD 012002

;PACKED

=2,147,483,648

-MAX

003326
605330
003332
003334
003336

000402
003404
034064
003003
074164

$STG7:

.WORD
-WORD
-WORD
-WORD
“WORD

;IONED

<=2,147,483,648

-MAX

003340
003342
003344

012002
101564

SSTG10:

.WORD 012002
"WORD 101564

JPACKED

000402

SSTG11:

.WORD 000402

;IONED

003346
003350
003352
003354

101564
106544

116544

003404

034064
003003

"WORD 101564
"WORD 106544

000402
003404
034064
003003
074164

=2,147,483,645

-MAX-1

"WORD 116544

-WORD 003404

-WORD (034064
.WORD 003003

=2,147,483,649

-MAX-1

MACYT1 27(659)
POP-11 CIS INST EXERCISER
PRE~SPECIFIED STRINGS
(ZKEEA.P11
6910
6911
6912
6913
6914
6915
6916
6917
6918
6919
6920
6921
6922
6923
6924
6925
6926
6927
6928
6929
6930
6931

003356

074564

003360
003362

032022
074126
021621
063505
011211
00006+

1-0(T- 79

SSTG12:

110410

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

032022
0746126
021621
063505

STRINYS
12345 67891234567891234000891233

;PA (KED

110410

036043
000000
000000
000000
000000
000000
000000
000000
106610

JPACKED STRING

.TGi12C:

.WORD
.WORD
-WORD
- WORD
.WORD

000100
000060
000000
000000
000000
000000
000000
006400

;PACKED

SSTG13:

001001

sZONED STRING

003476
STG13R:

000000

SFQ 0040

01121
00006«

002003

003005
004007
000411
101602
072564
073566
034470
031061
002003
000000
004000
000411
001402
000063

000000
000000

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

STG12B:

003500

PAGE 61-3

. WORD 074564

036043

003510
003512
003514
003516

10:59

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

000000
000000
000000
000000
000000
000000
000000
000000

. 000888~
STRING

;. 4000000000000000000000000000000~

;

1234567891234567891234000891233

;ZONED STRING

MACYTT 27(655)
PDP=-11 (IS INSY EXERCISER
(ZKEEA PN
PRE-SPECIFIED STRINGS
6964
6965
6966
6967
69568
6969
6970
6971
6972
6973
6974
6975
6976
6977
6978

6979
6980
6981
6982
6983
6984
6985
6986
6987
6988
6989
6990
69N
6992
6993
6994
6995
6996
6997
6998
6999
7000
7001

7002

1-0(T- 79

10:59

PAGE

61-4

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

000000
000000
000000
000000
000000
000000
004000
074010

STG13C:

.WORD
.WORD
.WORD
.WORD
.WORD
. WORD
.WORD
.WORD
.WORD
.WORD
. WORD
.WORD
.WORD
.WORD
.WORD
.WURD

000004
000000
200000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000160

042006
050044
046224

SSTG14:

. WORD 042006
.WORD 050044
.WORD 046224

JPACKED STRING 3x2++31
;6442450944 ¢+

042006
050044
046624

SSTG15:

.WORD 42006
.WORD 50044
.WORD 46624

:PACKED STRING 3x2#+31 $6442650944 -

000000
000000
000000
¢
03606

SSTG16:

.WORD
.WORD
.WORD
. WORD

003520
003522

074010
00004
000000

000000
000000
000000
000000
000169

000000
000000
000000
036063

. 000888;ZONED STRING
. «0000000000000000000000€0000000~

JPACKED STRING

. 000000000000333+

SEQ 0041

EXERCISER

POP-11

TEST

(ZKEEA.

MACY1T 27(655)

1-0(T-79

AND EMULATION OPERANDS

LSBTTL

000000
000000
00000C

000000
000000
000000

000000

?RN:
TRO:

.WORD 0

TR2:
TR3:

"WORD 0
"WORD 0

TR1:

TRG :

TRS:
TR6:

TCC:
STEST

000000

7026
7027
7028
7031
7032
7033
7034
7035
7036
7037
7038

7039
7040
7041
7042
7043
7044
7045
7046

7048
7049
7050
7051
7052
2053

003650
003652
003654
003656
003660

000000

000000
000000
000000
000000
000000

-WORD 0

-WORD 0
"WORD 0
"WORD 0
RESULTS - REGISTERS

TROR:

.WORD 0

TR2R:
TR3R:
TR4R:
TRSR:
TR6R:

.WORD
.WORD
.WORD
.WORD
.WORD

TRTIR:

PAGE 67

.WORD 0

0
0
0
0
0

;TEST RESULTS ~ CONDITION CODES
003662

000000

TCCR:

.WORD O

:EMULATION OPERANDS
003664
003664
003666
003670
003672
003674
003676
003700

000000

000000
000000
000000
000000
000000
000000

éPN:
ERO:
ER1:
ER2:
ER3:
ER& :
ERS:
ERG:

.WORD 0
"WORD
"WORD
"WORD
"WORD
-WORD
"WORD

0
0
0
0
0
0

;EMULATION RESULTS = REGISTERS
003702
003702
003704
003706
003710
003712
003714
003716

000000

000000
000000
000000
000000
000000

7054

7055
7056

iRNR:

TEST AND EMULATION OPERANDS

STEST OPERANDS
000000

10:59

ERNR:
EROR:

.WORD 0

ER2R:
ER3R:
ER4GR:
ERSR:
ER6R:

.WORD
.WORD
.WORD
.WORD
.WORD

ER1R:

.WORD 0

C
0
O
0
0

;EMULATION RESULTS - CONDITION CODES
003720

000000

ECCR:

.WORD 0

SEQ 0047

POP-11 (IS INST EXERCISER
MACY11 27(655)
1=-0CT=79 10:59
(ZKEEA.P11
OCTAL CODING FOR EACH CIS INSTRUCTION
7058
7059
7060
7061
7062
7063
7064
7065
7066

7067
7068
7069
7070
7071
7072
7073
7074
7075
7076

7077
7078

7079
7080
7081
7082
7083
7084
7085

7086

7087

7088

.SBTTL

t 4

PAGE 62-1

SEQ 0043

OCTAL CODING FOR EACH CIS INSTRUCTION

JOCTAL CODING FOR EACH CIS INSTRUCTION
000000

076030
076031
076032
076040
076041
076042
076043
076044
076045

076050
076051
076052
076053
076054
076055
076056
076057
076070
076071
076072
076073

076074
076075
076076
076077
076020
076060

OINST:

.WORD 0

5 0 = UNASSIGNED

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

;12
;13
;14
;15
:16
;17
;20
;21
;22
;23
.24
;25

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

76030
76031
76032
76040
76041
76042
76043
76044
76045

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

76055
76056
76057
76070
76071
76072
76073
76074
76075
76076
76077
76020
76060

76050
76051
76052
76053
76054

;1
;&
; 3
;4
;5
; 6
. 7
216
;11

= MovC
= MOVRC
- MmoviC
- LocCC
= SKPC
= SCANC
= SPANC
- CMPC
= MATCHC

;26
;27
.30
;31
;32
;33

- MULP
- DIvP
- ASHP
= CVILP
= L2DR
- L3DR

=
=
=
=
=
~
=

ADDN
SUBN
(MPN
CVINL
CVIPN
CVINP
ASHN
CVILN
ADDP
SWBP
(MPP
CVTPL

MACY11 27(655)
*=0CT=79
POP=11 (IS INST EXERCISER
(IKEEA.P1"
CONDITION CODE USAGE RECORD

7114

7115
7116
7117
7118
/19
7120
7101
S

Se
Y
S

) PR T
T
Y
I

8,0,
8,
. 0,8,
8

;

—O

STATE EXERCISED, LOW & BITS OF HIGH BYTE = '0°' STATE EXERC

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

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

'1°'

e e ]
W2 ONOWN S

. WORD

7106
7107
7108
7109
7110
7111
7112
7113

SEQ 0044

(A 1A 1A ] 2 T e
e
W
2O NONE

7103
7104
7105

;LOW & BITS OF LOW BYTE -

CCREC:

CONDITION CODE USAGE RECORD

.SBTTL

——

7102

PAGE 62-2

;CONDITION CODE USAGE RECORD

OO == O—=OQ W

7090
7091
7092
7093
7094
7095
7096
7097
7098
7099
2100
7107

10:59

.24

UNASSIGNED
MOV
(
MOVR(
MOVT(
LOCC
SKP(
SCAN(
SPANC
CMP(
MATCHC
ADDN
SUBN

CMPN
CVTNL
CVTPN
CVINP

ASHN

CVILN

ADDP

suBpP
CMPP
CVTRL
MULP
DivP
ASHP

CVILP

LZDR

L3DR

(IS

(JKEEA.P1T

INST EXERCISER
MACY1T 27(655)
INTERRUPT _ATENCY TABLE

7123

7144

7145
71646
7147
71648
7149
7150
71517
7152
7153

SEQ 0045

INTERRUPT LATENCY TABLE

.SBTTL

; INTERRUPT LATENCY TABLE (WORST CASE VALUE FOR GIVEN INST)

004132

004134
004136
004140

004142
004144

004146

004150
004152
004154
004156
004160
004162
004164
004166
004170

000000

000000
000000
000000
000000
000000
00000C

.ATEND:

W= O NN

WY —

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

. WORD
. WORD
.WORD
.WORD
.WORD
.WORD
.WORD
+WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
-WORD
.WORD
.WORD
.WORD

004106
004110
004112
004114
004116
004120
004122
004124
004126
004130

.WORD 0

ILATEN:

004102
004104

S ONO N

7142
7143

PAGE 62-3

b 22—

7138

7139
71640
7141

10:59

N)md

7124
7125
7126
7127
7128
7129
7130
7131
7132
7133
7134
7135
7136
7737

1=0(T=79

QOO OOQOOOOOODOOOOOOO
QOO OOTC OO

POP=11

UNASSIGNED

MOV
(
MOVR(
MOVT(

LOCC
SKP(

SCANC

SPANC

CMP(
MATCHC
ADDN
SUBN
CMPN
CVTINL

CVIPN
CVINP

ASHN

CVILN
ADDP
SUBP
(MPP

CVTPL
MULP
DIVP

ASHP
CVILP

LZDR

L3DR

7167

7168
7169
7170

717
7172
7173
7174
7175
7176
7177
7178
717G
7180

7181
7182
7183

006144
000064
006160
006240
006240
006266
006222
006174
006174
006312
006210
006240
006240
006266
006222
006240
006240
006312
006210

MSPAN(C
MCMP(
MMTCHC
MADDN
MSUBN
MCMPN
MCVTNL
MCVTPN
MCVTNP
MASHN
MCVTLN
MADDP
MSuBP
M(MPP
MCVTPL
MMULP
MDIVP
MASHP
MCVTLP

—=O

O
NP

NS W

IR
TIE WO
T

MMOV
(
MMOVR(
MMOVT(
MLOCC
MSKP{
MSCANC

W) 2O NO

7166

MINST:

LNV 2 O NO NS

7764
7165

000000
006064
006064
006100
006134
006134
006144

SEQ 0046

RANDOM EXERCISE MODE MASK
MODE MASK TABLE POINTERS

SBTTL

JRANDOM EXERCISE

7155

7156

7157
7158
7159
7160
7161
7162
7163

MACYTT 27(655)
1-0CT=79
10:59
PAGE 62-4
INST EXERCISER
RANDOM EXERCISE MODE MASK TABLE POINTERS

POP=-11 (IS
(IKEEA, P

TABLE

UNASSIGNED
MOV
(
MOVR(
MOVT(
LOCC
SKP(
SCANC
SPANC
CMPC
MAT (CHC
ADDN
SUBN

CMPN
CVINL
CVIPN
CVINP

ASHN

CVTLN

ADDP

SUsP

CMPP
CVTPL
MULP
DIVP
ASHP

CVILP

POINTERS

CZKEEA

7185
7186
7187
7188
7189
7190
7191
7192
7193
7194
7195
7196
7197
7198
7199
7200
7201
7202

7203
7204
7205
7206
7207
7208
7209
7210

7211

7212

7213
7214
7215
7216

7217

7218
7219
722C
7221

POP=11

MACYTT 27¢(655)
INST EXERCISER
DECIMAL INST DATA TYPE

1=0CT-79

10:59

CONTROL WORDS

.SBTTL

DECIMAL

004210

DECTYP:

.WORD DECTTB-50

001400
002000
001400
002000
001000
002000
000400
002000
001006
004006
001060
003060
001000
002000
000400

DECTTR:

.wORD
.WORD
. WORD
. WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WCRD

PAGE 62-5

SEQ 0047

iNST DATA TYPE (ONTROL WORDS

;DECIMAL INSTRUCTION DATA TYPE (ONTROL WORDS

002000
001400

001777
0014090
001777
001000

001777
000400
001777
001400
001777
001400
001777
001000
001777
000400
001777

.WORD
.WORD
.WORD
.wORD
.WORD
.WORD
. WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD

1400

;ADDN

1600

: suBN

1000

. CMPN

2000
2000

2000

SCVINL

;CVTPN
;CVTINP
s ASHN

;sCVILN
;ADDP
;SUBP

; (MPP

;CVTIPL

JMULP
:DIVP
s ASHP

JCVTLP

NDESC ,PKPTW
IPM, SXTYPE

POP=11 (1S INST EXERCISER

CIZKEEA.P1T

TYPE O

7223

7227
7228
7229

004360

004362
004363
004364

004365
004366
004367
004370
004371
004372
004373
004374
004375
004376

7261
7242
7243
72644
7245
7246
7247
7248
7249
7250
7251
7252

004400
004401
004402
004403
004404
004405
004406
004497
004410
004411
004412
004413

7253

7254
7255
7256
7257
7258
7259
7260
7261
7262
7263
7264

7265
7266
7267
7268
7269
7270
7271
7272
7273
7274
7275

7276

10:59

TYPE O

PAGE 62-6
INDIRECTLY SPECIFIED PARAMETERS

;TYPE O ENTRY = INDIRECTLY SPECIFIED PARAMETERS

7230
7231
7232
7253
7234
7235
7236
7237
7238
7239

7240

1=-0CT=79

INDIRECTLY SPECIFIED PARAMETERS
.SBTTL

;Sgg

7226

MACY11 27(655)

004377

004414

004415
004416
004417
004420
004421
004427
004423
004424
004425
004426
004427

004430
004431
004432
004433
004434
004435
004436
004437
004440
004441
004442

004443

000000

C0s
000
006

000
006
015
004
000
004
000
006
on
006

011

006
on
006
oM
007
012
007
012
N06
on
003
000

005

000
005
000
006
000
000
000
007
012
007
012

Q0¢
011
003
000
007
012
007
012
006
000

000

INSTID:

.WORC O
BYTE 6
EYTE O
.BYTE 6

BYTE
BYTE
.BYTE
BYTE
BYTE
.BYTE
.BYTE
.BYTE
LBYTE
.BYTE

O
6
15
4
O
&
O
6
11
6

.BYTE
BYTE
.BYTE
BYTE
.BYTE
BYTE
BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE

6
11
6
11
7
12
7
12
6
11
2
O

.BYTE
BYTE
BYTE
.BYTE
BYTE
.BYTE
.BYTE
.BYTE
.BYTE
BYTE
BYTE

O
5
0
6
O
0
0
7
12
7
12

.BYTE 11

.BYTE 5

.BYTE
BrTE
.BYTE
.BYTE
BYTE
.BYTE
.BYTE
.BYTE
.BYTE
BYTE
BYTE

6
11
3
O
7
12
7
12
6
O
0

.BYTE O

JUNASSTGNED
JMOvC

sMOVRC
JMovT(

.LOCC
2 SKPC
s SCANC
: SPANC
s CMP(

sMATCHC
s ADDN

s SUBN
; CMPN
;CVTNL

;CVIPN
;CVINP
JASHN
sCVILN
;ADDP

;SUBP

. CMPP
SCVTPL
JMULP
;DIVP
sASHP
JCVILP

SEQ 0048

POP=11 CIS INST EXERCISER
ASCII
(ZKEEA.P11

MACY11 27(655)

7285
7286
7287
7288
7289
7290
7291
7292
7293
7294
7295
7296
7297
7298
7299
7300
7301
7302
7303
7304
7305
7306
7307
7308
7309
7310
7311
7312
7313
7314
7315
7316
7317
7318
7319
7320
7321
7322
7323
7324
7325
7326
7327
7328
7329
7330
7331
7332

10:59

TABLE FOR CIS INST NMEUMONICS

7278

7279
7280
7281
7282
7284

1-0CT-79

ASCII

.SBTTL

PAGE 63

TABLE FOR CIS

SEQ 0049
INST NMEUMONICS

SASCI1 TABLE FOR CIS INSTRUCTION NMEUMONICS
0044l4
004444
004452
004454
004462
004464
004472
004474
004502
004504
004512
004514
004522
004524
004532
004534
004542
004544
004552
004554
004562
004564
004572
004574
004602
004604
004612
004614
004622
004624
004632
004634
004642
004644
004652
004654
004662
004664
004672
004674
004702
004704
004712
004714
004722
004724
004732
004734
004742
004744

047515
072230
047515
072304
047515
072360
047514
072434
047514
072510
047514
072564
046503
072640
046503
072714
04¢503
072770
047515
073044
047515
073120
047515
073174

047515
073250
047515
073324
047515
073400
045523
073454
045523
073530
045523
073504
040515
073660
040515
073734
040515
074010
041523
074064
041523
074140
041523
074214
050123

ASZINS:

LASCIT

/MOV(/<0><0>

041526

000000

041526

000061

047526

000062

041503

000000

041503

000061

041503

000062

041520

000000

041520

000061

041520

000062

051126

000103

051126

030503

051126

031103

052126

000103

052126

030503

052126

031103

041520

000000

041520

000061

041520

000062

041524

000000

/SKPC1/<0>
JASCIT
.WORD ISKP(C1
/7SKPC2/<0>
JASCID
.WORD ISKP(C?2
/MAT(C/<0><0>
JASCII

041524

000061

JASCIT

041524

000062

047101

000103

/MAT(C2/<0>
LASCII
.WORD IMAT(C2
/SCANC/<0>
LASCII

047101

030503

047101

031103

047101

000103

.WORD IMOV(C

/MOVCT1/<D>
LASCIT
.WORD IMOV(1
/MOVC2/<0>
LASCIT
.WORD IMOV(C?
/7LOCC/<0><0>
JASCIT
.WORD ILOCC

/L0CC1/<0>
JASCII
JLOCC1
.WORD
/LCCC2/<0>
JASCIL
.WORD 1LOCC2
/7CMPC/<0><0>
JASCIT
.WORD 1CMP(C

/CMPC1/<0>
LASCIT
.WORD ICMP(1
/CMPC2/<0>
LASCIT
.WORD ICMP(C?2
/MOVRC/<O>
JASCIT
.WORD IMOVR
/MOVRC1/
JASCII
.WORD IMOVR1
LASCII
/MOVRC2/
.WORD IMOVRZ
/MOVT(C/<0>
LASCII
.WORD IMOVT
/MOVTCY/
LASCIT
.WORD IMOVT1

/MOVTC2/
LASCIT
.WORD IMOVT?
/7SKPC/<0><0>
JASCIT
.WORD

1SKP(

.WORD IMAT(C

/MATC1/<0>

.WORD ISCAN

/SCANC1/
LASCII
.WORD ISCAN1
/SCANCZ/
LASCII
.WORD [SCAN?2
/SPANC/<0>
LASCII

POP=11 CIS INST EXERCISER
7333

004752

004754
004762
004764
004772
004774
005002
005004

73642
7343

005014
005022
005024
005032
005034
005042
005044
005052
005054

7341

7344
7345
7366
7347
7348
7349
7350
7351
7352
7353
7354
7355
7356
7357
7358
7359
7360
7361
7362
7363
7364
7365
7366

7367

7382

7386

005012

005062

005064
005072

005074
005102
005104
005112

005114
005122
005124
005132
005134
005142
005144
005152
005154
005162

005254

005274

1-0CT-79

047101

030503

047101

0371103

.WORD ISPAN
LASCII
/SPANC1/
.WORD ISPAN1

050124

000116

050124

030516

047124

000120

047124

03052y

047124

031120

046124

000120

046124

030520

046124

031120

046124

000116

046124

030516

050124

000114

050124

030514

050124

031114

050124

031514

LASCII
/CVTLP1/
.WORD ICLP1
LASCII
/CVTLP2/
.WORD ICLP?
/CVTLN/<O>
LASCII
.WORD ICLZ
LASCII
/CVILN1/
.WORD ICL21
LASCII
/CVTPL/<0>
.WORD ICPL
LASCII
/CVTPLY/
.WORD ICPL1
LASCII
/CVTIPLZ/
.WORD ICPL?
LASCII
/CVvTPL3/

047124

000114

LASCII

047124

030514

047124

031114

050104

000000

050104

000061

050104

000067

050104

000063

050104

000064

047104

000000

047104

000061

047104

000062

ASCII

(7KEEA.P1T
7334
7335
7336
7337
7338
7339
7340

MACY11 27(655)

074270
050123
074344
050123
074420
053103
074474
053103
074550
053103
074624
053103
074700
053103
074754
053103
075030
053103
075104
053103
075160
053103
075234
053103
075310
053103
075364
053103
075440
053103
075514
053103
075570
053103
075644
053103
075720
053103
075774
042101
076050
042101
076124
042101
076200
042101
076254
042101
076330

042101

10:59

TABLE FOR CIS INST NMEUMONICS

LASCIT
/SPANC2/
.WORD ISPAN2

/CVIPN/<0O>
LASCI1
.WORD ICPZ
LASCII
/CVIPN1/
.WORD ICPZ1
/CVINP/<O>
LASCI1
.WORD ICZP

LASCII
/CVINP1/
.WORD ICZP1
LASCII
/CVINP2/
.WORD 1CZP2
/CVTLP/<0>
LASCII
.WORD ICLP

.WORD ICPL3

/CVTINL/<0O>

.WORD [CZL

LASCII
/CVINL1/
.WORD ICZL1
LASCII
/CVINLZ/
.WORD ICZL?2
LASCI1
/ADDP/<0><0>
.WORD IADDP

LASCII
/ADDP1/<0>
.WORD JADDP1
LASCI1I
/ADDP2/<0>
.WORD JADDP2
.ASCII
/ADDP3/<0>
.WORD IADDP3
LASCII
/ADDP4/<0>
.WORD ]ADDP4
.ASCII
/ADDN/<0><0>
.WORD 1ADDN

PAGE 63-1

LASC!I
/ADDN1/<0>
.WORD [ADDN1
LASCI1
/ADDNZ2/<0>

SEQ 0050

PDP=11

(IS

(ZKEEA.P11
7387

7388

7389

7390
7391
7392
7393
7394
7395
7396
7397
7398
7399
7400
7401
76402
7403
7404
7405
7406
7407
7408
7409
7410
76411
7412
7413
7414
7415
7416
7417
76418
7419
7420
7421
7422
7423
7424
7425
7426
7627
7428
7429
7430
7431
7432
7433

INST

EXERCISER

ASCJ]]

076534
042101
076610
042101
076664
052523
077014
052523
077070
052523
077144
052523
077220

7434
7435

7436
7437
7438
7439
76440

051501

MACY11 27(655)

10:59
1-0CT-79
TABLE FOR CIS INST NMEUMONICS

.WORD IA DDN?
/ADDN3/<0>
LASCII
.WORD IA DDN3
/ADDN&/<0>
LASCII
JADDN4
.WORD
/SURP/<0><0>
.ASCII
.WORD SUBP
/SUBP1/<0>
LASCII
.WORD IS UBP1
/SUBP2/<0>
LASCII
.WORD IS UBP?2
/SUBP3/<0>

047104

000063

047104

000064

050102

000000

050102

000061

050102

000062

050102

000063

050102

000064

047102

000600

047102

000061

047102

000062

047102

000063

047102

000004

050120

000000

050120

000061

050120

000062

/SUBRP4L/<0>
.WORD IS UBP4
/SUBN/<0><0>
LASCII
.WORD IS UBN
/SUBN1/<0>
LASCII
.WORD IS UBN1
/SUBNZ2/<0>
LASCII
.WORD IS UBNZ
/SUBN3/<C>
.ASCII
.WORD IS UBN3
/SUBNS /<0>
LASCII
.WORD IS UBNé&
/CMPP/<0><0>
.ASCII
.WORD [CMPP
/CMPPT /<>
.ASClI
.WORD ICMPP1
/CMPP2/<0>
LASCII

050120

000063

.ASCI!

050120

000064

047120

000000

047120

000061

/CMPP4L/<0O>
.ASCII
.WORD ICMPP4
/CMPN/<0><0>
.ASCII
.WORD 1CMPN
/CMPN1/<0>

047120

000062

.ASCl1

047120

000063

047120

000064

050110

000000

050110

000061

050110

000062

047110

000000

047110

000061

.WORD 1(CMPP?

/CMPP3/<0>

.WORD ICMPP3

-WORD ICMPN1

/CMPN2/<0>

.WORD ICMPN2
/CMPN3/<0>
LASCII
<WORD [CMPN3
/CMPN4/<0>

-WORD I CMPN&

PAGE 63-2

/ASHP/<0><0>
.WORD ]A SHP
/ASHP1/<0>
.ASCI1
.WORD ]A SHP1
/ASHP2/<0>
LASCII
]A
.WORD
SHP?2
/ASHN/<0><(0>
LASCII
.WORD ]A SHN
/ASHN1/<0>
LASCII

SEQ 0051

POP=11 CIS
(ZKEEA.P11
7641
7642
7643
7644

74645
74646
7647
7648

74649
7450
7451
7452
7453
7454
7455
7456
7457
7458
7459
7460
7661
7462

INST EXERCISER
ASCII

005632
005634

005642
005644

005652
005654

005662
005664

00567°2
005674

101054

047110

000062

052515

050114

000000

052515

050114

000061

052515

050114

000062

052515
101410
052515

050114

000063

050114

000064

052515

050114

000065

052515

050114

000066

052515

050114

000067

044504

050126

000000

050126

000061

044504

050126

000062

044504
102150
044504

050126

000063

050126

000064

044504

050126

000065

050126

000066

000104

000000

000104

000000

101130

101204

101260

101334

101464

101540
101614

101670

7463

7465

102074

7466
7467
7468
7469
7470

7671
7472
7473
7475
7476
7477
7478
7679
7480
7481
7482

102224

1-0CT=79

10:59
TABLE FOR CIS INST NMEUMONICS

051501

101744
044504
102020

7664

MACY11 27(655)

N &
PAGE 63-3

.WORD JASHN1
ZASHNZ/<0O>
JASCIT
.WORD JASHNZ
/MULP/<0><0>
JASCII
.WORD IMULP

/MULP1/<O>
JASCIT
LWORD IMULPI
/MULP2/<0>
LASCIT
.WORD IMULP?2
/MULP3/<0O>
JASCII
.WORD IMULP3
/MULP4L/<O>
JASCII
.WORD [MULPS
/MULPS/<0>
JASCIT
.WORD IMULPS
/MULP6/<0>
LASCIT
.WORD IMULP6
/MULP7/<0>
JASCII
.WORD IMULP?7
/DIVP/<0><0>
LASCII
.WORD IDIVP

/DIVP1/<0>
JASCII
.WORD IDIVP1
/DIVP2/<0>
JASCII
.WORD IDIVP2
/DIVP3/<0O>
LASCII
.WORD IDIVP3
/DIVP4/<0>
JASCII
.WORD IDIVP4
/DIVPS/<0>
JASCII
.WORD IDIVPS
/DIVP6/<0>
LASCIT
.WORD IDIVP6
/L2D/<0><0><0>
LASCIT
.WORD ILZ2D
/L3D/<0><0><0>
JASCIT
LWORD IL3D
.WORD 0
.WORD 0
.WORD 0
.WORD 0

SEQ 0052

1-0CT-79
MACYTT 27(655)
POP=11 (IS INST EXERCISER
RANDOM EXERCISE MASK TABLES
(ZKEEA.P1

7484

.SBTTL

7485
7486

7487
7488
7489
76490
7491
7493
7494
7495
2496
7504
7505
7506
7507
7508

7509
7510
7512

7513
7514
7515
7523
7524
7525
7526
7527
7528
7529
7530
7531
7532
7533

10:59

PAGE 63-4

RANDOM EXERCISE MASK

SEQ 0053
TABLES

"RANDOM EXERCISING MASK TABLES
006064
006064
006064
006064
006066
006070
006072
006076
006076

006
006
006
006

0061
006120
006122
006124
006126
006130
006132

174000
176000
174000
174000
177400

MMOV(:
MCMP(:
:
MMOVRC(

125252

174000
176000
174000

002000
177400
1727777
177777

177777
177777
1727777
177777
177777

022000
125252

.WORD
.WORD
.WORD
.WORD
.WORD

BS/?
BS4
BS?
BS?2
BY

JIP1 MA SK
- 1P2
;1IP3
;[P
;s IPS

(LEN)
(ADR)

.WORD BSZ
.WORD BS54

;1P MASK
J1P2
;IP3
;IP4
JIPS

(LEN)
(ADR)
(LEN)
(ADR)
(FILL?

.WORD EOT7

MMOVTC:

.WORD BS?2
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD

MP02000
BY
BSNULL
BSNULL
BSNULL
BSNULL
BSNULL
BSNULL
BSNULL
MPQ2200

.WORD EOT

J1P6

(LEN)
(ADR)

(FILL)

J1P7
2IP10
JIPM
JIP12
;P13
;IP14
;1P15

(TABLE

ADR)

1-0CT-79
MACYT1 27(655)
POP=11 CIS INST EXERCISER
RANDOM EXERCISE MASK TABLES
(ZKEEA.P11

7535
7536
7537
7538

()

PAGE €4

SEQ 0054

'RANDOM EXERCISE MASK TABLES (CONTINUED)

7539

7540

7542

174000
174000
177400
125252

7543
7549
7550

7551

7552
7553
7554
7555
7557
7558
7564
7565
7567

7575
7577
7578
7579
7580
7588
7589

10:59

174000
174000
177400

MLOCC:
MSKPC(:

MSCANC:
:
MSPANC

177400

174000
125252

006160

006170
006172

177000
176000
174000
174000
177400
125252

MMTCHC:

.WORD
.WORD
.WORD
.WORD

BSZ
RS2
BY
EOT

. WORD BS2
.WORD BS?
.WORD 8Y
8Y
.WORD BS2
.WORD EOT

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

BS8
BS4
BS2
BSZ2
BY
EOT

;1P MASK
JIP2
;1P

(LEN)
(ADR)

;1P

(LEN)
(ADR)
(TABLE LEN)
(TABLE MASK?

JIP2
;IP3

MASK

s IP4

;IPS

JIP MASK
JIP2
:IP3
;P4
;1PS

(CHAR)

(TABLE

(LEN)

(ADR)
(LEN)
(ADR)

(DATA)

ADR)

POP=-11 (IS
(ZKEEA.P11

INST EXERCISER

7595

7640

27(655)

RANDOM EXERCISE MASK

7591
7592
7593
7594
7596
7597
7599
7604
7606
7611
7612
7613
7614
7615
7616
7617
7618
7620
7625
7626
7627
7628
7629
7631
7636
7637
7638
7639

MACY11

1-0(T- 79

10:59

TABLES

PAGE

SEQ 0055

*RANDOM EXERCISE MODE MASK TABLES (CONTINUED)
006174
006174
006176
006200
006202
006206

177740
176000
177740

MCVTNP:

MC(VTPN:

004000
152525
125252

000000
060000
177740
174000
125252

177740
174000
152525
177777

1727777
177400

125252

MCVTLP:

MCVTLN:

MCVTPL:

MCVTNL:

.WORD BS128
.WORD BS4
. WORD BS128
.WORD MP04000
.WORD DSCPTR
.WORD EOT

.WORD
.WORD
. WORD
.WORD
.WORD

.WORD
.WORD
.WORD
.WORD

WD
WD

BS128
BSZ
EoT

BS128
BS2

DSCPTR
BSNULL
.WORD BSNULL
WORD 8Y
-WORD EOT

;1P MASK

JIP2
;IP3%
JIP4

JIPS

(LEN)
(ADR)
(LEN)
(ADR)
(DESC POINTER)

MASK

(LONG=H4iGH)
(LONG-LOW)
(LEN)
(ADR)

MASK

;IP3

(LEN)
(ADR)
(DESC

J1PS
s IP6

(DATA)

;1P

s IP2
;IP3

1PG

;IR

JIP2

:IP4

POINTER)

PDP-11

Cl ?

(ZKEEA. P

7642
7043
7644
7645

7646
7647
7648
7645
7650
7651
7652
7653
7655
7656
7657
7658
7659
7668
7669
7670
7671
7672
7673
7674
7675
7676
7677
7679
7680
7681

7688

7689
7690
7691
7692

7693

MACY1T 27(655)

1-0CT=-79
RANDOM EXERCISE MASK TABLES

INST EXERCISER

10:59

PAGE 66

SEQ 0056

*RANDOM EXERCISE MODE MASK TABLES (CCNTINUED)
006240
006240
006240
006240
006240
006240
006240
006242
006244
006246
006250
006252
006254
006256
006260
006262
006264
006266
006266
006266
006270
006272
006274

006276
006300
006302
006304
006306
006310

MADDP:
:
MADDN
MSURP:
MSUBN
:
MMULP:

177740
177000

MDIVP:

177740

002000
177740
004040
152525
177777
177777
152525
125252

177740
176000
177740
004000
177400
152525
177777
127777
152525
125252

MCMPN:
MCMPP:

.WORD BS128
.WORD BS8
.WORD BS128
mMP02009
.WORD BS128
.WORD MP04040
DSCPTR
.WORD BSNULL
L
.WORD BSNUL
.WORD DSCPTR
.WORD EOT

.WORD BS128
BS4
.WORD BS128
.WORD MP0U4000
.WORD BY
.WORD DSCPTR
.WORD BSNULL
L
. WORD BSNUL
.WORD DSCPTR
.WORD EOT

;IP1 MASK

;IP2
;IP3

;IPG

(LEN)
(ADR)
(LEN)

(ADR)

JIP7

(LEN)
(ADR)
(DESC POINTER)

JIPN
JIP12

(DESC POINTER)

LIPS

;IP6

:1P10

:TPT

MASK

;1P6

(LEN)
(ADR)
(LEN)
(ADR)
(DATA)
(DESC POINTER)

JIPN

(DESC

;1P2
;1P3

s IP4

;IPS

;JIP7
JIP10

PUINTER)

MACY1T 27(655)
1-0CT=79
POP=11 (IS INST EXERCISER
RANDOM EXERCiSE MASK TABLES
(ZKEEA.P11

10:59

PAGE 67

SEQ 0057

7695

696

7697
7698
7699
7700
770

*RANDOM FXERCISE MODE MASK TABLES (CONTINUED)

177740

176000
170000

177740

004000
152525

12525¢

MASHP:
MASHN:

.WORD
.wORD
.WORD
.WORD
. #JORD
.WORD
.WORD

BS128
8S4
8sS0
BS128

MPO4000
DSCPTR

EOT

;IP1 MASK
JIP2
:IPZ
. IP4
;1PS
;1P6

(LEN)
(ADR)
(RD,SC)
(LEN)
(ADR)
(DESC POINTER)

POP=11 (IS
(ZKEEA.P11

INST EXERCISER

7746
7767
7748
7749
7750
7751
7752
7753
7754

006330
006330
006330
006332
006334

7756
7757
7758
7759
7760
7761
762
7763
7764
7765
7766
7767
7768
7769

006340
006342
006344
006346
006350
006352
006354
006356
006360
006362
006364
006366
006370
006372

7771

006376

7755

7770

7772

7773
7774
7775
7776

7777

MACY1T 27(655)

1=0CT=79

RANDOM £ XERCISE MASK TABLES
LSBTTL

10:59

G 5
PAGE 68

SEQ 0058

CIS INST FLOW TABLES

:CIS INSTRUCTION FLOW TABLES

006336

006374

006400

006402
006406
006406

151600

010160
010207
010302
010504
020403
031001
031303
041001
041323
051300

XMOV( :
XMOVRC( :

)
.WORD 151600
.WORD 010100
.WORD 010201

.WORD
.WORD
.WORD
.WORD
.WORD

010302
0190504
020403
031001
031303

001312
07060"
001007

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

001300
000000
007000

.WORD 001300
.WORD 000000
.WORD 007000

140000

.WORD

060000
071123

100000
111300
122400

137000

041001
041323
051300
060000
071123
001312
070601
001007

;MOVC FLOW TABLE S1=SR(C, S2=DST
JMOVRC FLOW TABLE S1=SR(, S2-DST
JLOAD SPECIAL HANDLING WORD FROM PTP16
;LOAD TRO FROM PTPO1
;LOAD TR1 FROM PTPQ?2

;LOAD TR FROM PTPO3
;LOAD TR4 FROM PTPOS
;GENERATE TR3 FROM PTPO4
;VERIFY THAT S1.ADR-S1.SURR.LEN >=20
JVERIFY THAT S2.ADR-S2.SURR.LEN >= 20

;VERIFY THAT S1.ADR+S1.LEN+S1.SURR.LEN < TBLEN
JVERIFY THAT S2.ADR+S2.LEN+S2.SURR.LEN < TBLEN
JADD TEST BUFFER ADDRESS TO TR! AND 1KR3
JINITIALIZE TEST BUFFER
; INSERT S2 € S2.SURR STRINGS IN TEST BUFFER

JINSERT S1

& S1.SURR STRINGS IN TEST BUFFER

.WORD 100000
.WORD 111300
.WORD 122400

;COPY TEST BUFFER INTO EMULATION BUFFER
;SETUP EMULATION OPERANDS & EMULATE INST
JSETUP (C & REGS AND EXECUTE CIS INST.

.WORD

; COMPARE RESULTS

137000

140000

;UPDATE PTRS FOR NEXT

TEST CONDITION.

RETURN TO START EXECUTING NEXT

TEST

CONDITION.

——

POP=11 (IS
(ZKEEA. P11
7779

7780

7781
7782
7783
7784
7785
7786
7787
7788
7789
7790
7791
7792
7793

INST EXERCIGFR

006410
006410
006412
006414
006416

006422

151600
010100
010201
010302
010504
011505
020403

MACY11 27(655)

1-0(T=79

CIS INST FLOW TABLES

XMOVTC:

10:59

PAGE 69

SEQ 0059

;MOVRC FLOW TABLE S1=SRC. S2-DST

JLGAD SPEC AL HANDL ING WOPD FROM PTP16

.WORD

;LOAD TRO FROM PTPO1
;LOAD TR1 FROM PTPO?

;LOAD TRZ2 FROM PTPQ3

;LOAD TR4 FROM PTPQOS

JLOAD TRS5 FROM PTP1S5 (TRANSLATION TABLE)

;GENERATE TR3 FROM PTPO4
;VERIFY THAT S1.ADR-S1.SURR.LEN >-20
JVERIFY THAT S2.ADR-S2.SURR.LEN >= 20
;VERIFY THAT S1.ADR+S1.LEN+S1.SURR.LEN < TBLEN

;VERIFY THAT S2.ADR+S2._EN+S2.SURR.LEN < TBLEN

;ADD TEST BUFFER ADDRESS TO TR1 AND TR3
JINITIALIZE TEST BUFFER
s INSERT S2 € S2.SURR STRINGS IN TEST BUFFER

7794

(795
7796

;INSERT S1

7797
7798

7799
7800
7801
7802
7803
7804
7805
780¢
78C”

& S1.SURR STRINGS IN TEST BUFFER

;COPY TEST BUFFER INTO EMULATION BUFFER
JSETUP EMULATION DPERANDS & EMULATE [NST
;SETUP (C & REGS AND EXECUTE CIS

140000

; COMPARE RESULTS

;JUPDATE PTRS FOR NEXT
;

RETURN TO START

INST.

TEST CONDITION.

EXECUTING NEXT

TEST

CONDITION.

POP=11 (IS
JKEEA. P

INST EXERCISER

MACY1T 27(655)
1-0CT~ 79
CIS INST FLOW TABLES

10:59

PAGE

SEQ 0060

7809

7810
7811

7812
7813
7814

7815
7816
7817
7818
7819
7820
7821

7822
/823
7824
7825

7826
7827
7828
7829
7830

006472
006472
006474
006476
006500
006502
006504
006506
206510
006512
006514
006516
006520
006522
006524
006526

151500

010100
010201
010302
010504
020403
031001
031303
041001
041323
051300
060000
071123
001312
070601

001007
100000

111300
122400

001300

7831
7832
7833
7834

000000
007000

7836

140000

7835
7837

131370

007000

:
XCMPC

.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD 140000

;CMPC FLOW TABLE S1=SR(C1,

S2=SR(/

;LOAD SPECIAL HANDL ING WORD FROM PTP15
;LOAD TRO FROM PTPO1
;LOAD TR1 FROM PTPO?2
;LOAD TR2 FROM PTPQ3
;LOAD TR4 FROM PTPOS
;GENERATE TR3 FROM PTPO4
JVERIFY THAT S1.ADR~S1.SURR.LEN >=20
;VERIFY THAT S2.ADR-S2.SURR.LEN >= 20

JVERIFY THAT S1.ADR+S1.LEN+S1.SURR.LEN < TBIEN
;VERIFY THAT S2.ADR+S2.LEN+S2.SURR.LEN < TBLEN

;ADD TEST BUFFER ADDRESS TO TR1 AND TR3
JINITIALIZE TEST BUFFER
s INSERT S2 & S2.SURR STRINGS IN TEST BUFFER

;INSERT S1 € S1.SURR STRINGS IN TEST BUFFER
;COPY TEST BUFFER INTO EMULATION BUFFER
JSETUP EMULATION OPERANDS & EMULATE INST

JSETUP CC & REGS AND EXECUTE CIS INST.

; COMPARE RESULTS
JUPDATE PTRS FOR NEXT
;'

RETURN

TO START

TEST

CONDITION.

EXECUTING NEXT

TEST

CONDITIOA.

POP=11 (IS INST EXERCISER
(ZKEEA.P*1
7839

MACY11 27(655)
1-0(T-79
CIS INST FLOW TABLES

7840

006554

7843
7844
7845
784€
7847
7848
7849
7850

006560
006562
006564
006566
G06570
006572
006574
006576

010102
010203
010504
020401
031301
031003
041301
041023

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

7853

006604

070623

.WORD 070623

7855

006610

071101

.WORD 071101

7841
7842

7851
7852
/854

7856
7857
7858
7859
7860
7861
7862
7863
7864

7865
7866

006554
006556

006600
006602
006606

006612
006614
006616
006620
006622
006624
006626
006630
006632

006634

151500
010300

051300
060000
001007

001312
100000
111300
122000
001300
000000
0€0170
131370
001700

140000

XMATCHC :

10:59

.WORD 151500
.WORD 010300

010102
010203
010504
020401
(31301
031003
041301
041023

.WORD 051300
.WORD 060000
.WORD 001007

.WORD
.WORD
.WORD
.WORD
.wORD
.WORD
.WORD
.WORD
.WORD

001312
100000
111300
122000
001300
000000
000170
131370
001700

.WORD 140000

J
5
PAGE 71

SEQ 0061
JMATCHC FLOW TABLE S1

SRC,

SZ2-0BJ

;LOAD SPECIAL HANDL ING WORD FROM PTP15
;LOAD TRO FROM PTPO3

;LOAD TRZ2 FROM PTPO1
;LOAD TR3 FROM PTPO2
;LOAD TR4 FROM PTPOS
;GENERATE TR1 FROM PTPQO4
;VERIFY THAT S1.ADR=~S1.SURR.LEN >=20
;VERIFY THAT S2.ADR-S2.SURR.LEN >= 20
JVERIFY THAT S1.ADR+S1.LEN+S1.SURR.LEN < TBLEN
;VERIFY THAT S2.ADR+S2.LEN+S2.SURR.LEN < TBLEN
JADD TEST BUFFER ADDRESS TO TR1
JINITIALIZE TEST BUFFER

AND TR3

;INSERT

TEST BUFFER

;INSERT S2 & S2.SURR STRINGS IN TEST BUFFER
ST

& S1.SURK STRINGS

;COPY TEST BUFFER INTO EMULATION BUFFER
JSETUP EMULATION OPERANDS & EMULATE INST
JSETUP CC & REGS AND EXECUTE Ci13 INST.

s COMPARE RESULTS

JUPDATE PTRS FOR NEXT TEST CONDITION.
;
RETURN TO START EXECUTING NEXT TEST CONDITION.

POP=11 (IS INST EXERCISER
(ZKEEA.P11

MACY11 27(655)
1-0CT=79
CIS INST FLOW TABLES

10:59

7868

7869

7870
7871
7872
7873
7874
7875
7876
7877
7878

006636
006636
006636
006640
¢
006644
006646
006650
006652

151500
010110
010201
010312
010504
020403
031001

7881
7882
7883

006660
006662
006664

041323
051300
060000

7879
7880

7884
7885
7886
7887
7888
7889
7890
7891
7892
7893
7894

006654
006656

006666
006670
006672
006674
006676
006700
006702
006704
006706
006710

031303
041001

075123
074601
100000
111300
122000
001300
000000
007000
137000
140000

XCMPP :
XCMPN:

PAGE 772

SEQ 0062
!

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

151500
010110
010201
010312
010504
020403
031001

.WORD 031303
.WORD 041001

.WORD 041323
.WORD 051300
.WORD 060000
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.wORD

075123
074601

100000
111300
122000
001300
000000
007000
137000
140000

;CMPP FLOW TABLE S1=SR(1, S2-SR(Z2
JCMPN FLOW TABLE S1=SRC1, S2 SR(Z
JLOAD SPECIAL HANDL ING FROM PTP15
;LOAD TRO FROM PTPO1
;LOAD TR1 FROM PTPQ?
;LOAD TR2 FROM PTPQ3
;LOAD TR4 FROM PTPOS
;GENERATE TR3 FROM FTPO4
;VERIFY THAT S1.ADR-S1.SURR.LEN >=20

;VERIFY THAT S2.ADR-S2.SURR.LEN >= 20
;VERIFY THAT S1.ADR+S1.LEN+S1.SURR.LEN <

TBLEN
JVERIFY THAT S2.ADR+S2.LEN+S2.SURR.LEN < TBLCN
;ADD TEST BUFFER ADDRESS TO TR1 AND TR3
JINITIALIZE TEST BUFFER
JINSERT S2 & S2.SURR STRINGS IN TEST BUFFER
JINSERT S1 & S1.SURR STRINGS IN TEST BUFFER
;COPY TEST BUFFER INTO EMULATION BUFFER
;SETUP EMULATION OPERANDS & EMULATE INST
;JSETUP (C & REGS AND EXECUTE CIS INST.

; COMPARE RESULTS
JUPDATE PTRS FOR NEXT TEST CONDITION.
;s
RETURN TO START EXECUTING NEXT TFST

(ONDITION.

PDP-11 CIS
(ZKEEA.P1Y
7897
7898
7899

7920
7922
7924,

INST EXERCISER

006712
006712
006712
006714
006716
006720
006722
006724
006726
006730
006732
006734
006736
006740
006742
006744
006746
006750
006752
006754
006756
006760

006762
006764
006766
006770

151500
010110
010201
010422
010304
020503
031001
031303
041001

MACY11 27(655)
CIS

1-0CT~ 79

INST FLOW TABLES

10:59

XASHP:
XASHN:

SEQ 0063

;LOAD SPECIAL HANDL ING rROM PTP15
;LOAD TRO FROM PTPO1
;LOAD TR1 FROM PTPQ?
;LOAD TR2 FROM PTPQ4
;LOAD TR4 FROM PTPO3
;GENERATE TR3 FROM PTPO5
;VERIFY THAT SRC.ADR-SRC.SURR.LEN >= 20
sVERIFY THAT DST.ADR-DST.SURR.LEN >= 20

JVERIFY THAT SRC.ADR+SRC.LEN+SRC.SURR.LEN <TBLEN

sVERIFY THAT DST.ADR+DST.LEN+DST.SURR.LEN <TBLEN

051300
060000
071123
001312
074601

;ADD TEST BUFFER ADDRESS TO TR1

& TRS

JINITIALIZE TEST BUFFER
s INSERT DST & DST.SURR STRINGS IN TEST BUFFER

s INSERT SRC IN TST BUFFER
;COPY TEST BUFFER INTO EMULATION BUFFER
;SETUP EMULATION OPERANDS & EXECUTE INST
JSETUP CC & REGS AND EXECUTE CIS INST

100000
111300
122400
001300
000000

007000

140000

JASHP FLOW TABLE
JASHN FLOW TABLE

041323

133700
007000

PAGF

; COMPARE RESULTS
140000

JUPDATE PTRS FOR NEXT

TEST

CONDITION

AND RETURN TO START EXECUTING NEXT
TEST

CONDITION

POP=11 (IS
C(ZKEEA P11

INST EXERCISER

150700
010100
010201

010304
030601
040601
051000
060000
070401
000605

100000
111000

121400
001000
000000
000170
131700
001700
140000

1-0CT=-79
MACY11 27(655)
CIS INST FLOW TABLES

XLOCC:
XSKPC:

10:59

PAGE

SEQ 0064

;LOCC FLOW TABLE
150700
010100
010201

010304
030601
040601
051000
060000
070401
000605

;SKPC FLOW TABLE

JLOAD SPECIAL HANDL ING WORD FROM PTP(O7
;LOAD TRO FROM PTPO1]
;LOAD TR1 FROM PTPO?2
;LOAD TR4 FROM PTPO3
JVERIFY THAT SRC.ADR-SRC.SURR.LEN >-20
;VERIFY THAT SRC.ADR+SRC.LEN+SRC.SURR.LEN < TBLEN
JADD TEST BUFFER ADDRESS TO TR1
;INITIALIZE TEST BUFFER
s INSERT SRC & SRC SURR STRINGS IN BUFFER

100000
111000
121400
001000
000000

;COPY TEST BUFFER INTO EMULATION BUFFER
;JSETUP EMULATION OPERANDS & EMULATE INST.
JSETUP CC & REGS AND EXECUTE CIS INST

131700

; COMPARE RESULTS

000170
001700
140000

JUPDATE POINTERS AND RETURN FOR NEXT

;

TEST

CONDITION.

oDP-11 CIS INST EXERCISER

(ZKEEA.P11
7953
7954

7955
7956
7957
7958
7959
7960
7961
7962
7963
7964
7965
7966
7967
7968
7969
7970
7971
7972
7973
7974
7975
7976
7977
7978
7979
7980
7981
7982
7983
7984
7985
7986
7987
7988

7989

007040

007040
007040
007040
007040
007040
007040
007042
007044
007046
007050
007052
007054
007056
007060
007062
007064
007066
007070
007072
007074
007076
007100
007102
007104
007106
007110
007112
007114
007116
007120
007122
007124
007126

MACY11 27(655)

1-0CT-79

I INST FLOW TABLES

10:59

XADDP :

152100
010110
010207
010322
010534
010605
020403
031101
031403
031705
041101
041423
041745
051350
060000
071545
001716
074701
075223
100000
111350
123000
001350
000000
007000
135700
007000
140000

XADDN:
XSUBP:
XSUBN:
XMULP :
XDIVP:

N 5
PAGE 75

SEQ 0065
JADDP FLOW TABLE

.WORD
.WGRD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD

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

152100
010110
010201
010322
010534
010605
020403
031101
031403
031705
041101
041423
041745
051350
060000
071545
001716
074701
075223
100000
111350
123000
001350
000000
007000
135700
007000
140000

;ADDN FLOW TABLE
;SUBP FLOW TABLE
;SUBN FLOW TABLE
JMULP FLOW TABLE
;DIVP FLOW TABLE
;LOAD SPECIAL HANDLING FROM PTP21
;LOAD TRO FROM PTPQ1
;LOAD TR1 FROM PTPO?2
;LOAD TRZ2 FROM PTPQ3
;LOAD TR4 FROM PTPOS
JTYPE O USE ONLY - LOAD TR5 FROM PTPO6
;GENERATE TR3 & TRS FROM PTPQ4
;VERIFY THAT SRC1.ADR=-SRC1.SURR.LEN >= 20
JVERIFY THAT SRC2.ADR-SR(CZ2.SURR.LEN >= 20
;VERIFY THAT DST.ADR-DST.SURR.LEN >=20
;VERIFY THAT SRC1.ADR+SRC1.LEN+SRC1.SURR.LEN < TBLEN
JVERIFY THAT SRC2.ADR+SRC2.LEN+SRC2.SURR.LEN < TBLEN
JVERIFY THAT DST.ADR+DST.LEN+DST.SURR.LEN < TBLEN
JADD TEST BUFFER ADDRESS TO TR1,TR3, & TRS
JINITIALIZE TEST BUFFER
;INSERT DST & DST.SURR STRINGS IN TEST BUFFER
; INSERT SRC1 IN TEST BUFFER
;INSERT SRCZ IN TEST BUFFFER
;COPY TEST BUFFER INTO EMULATION BUFFER
;SETUP EMULATION OPERANDS & EMULATE INST
;SETUP CC & REGS AND EXECUTE CIS INST.

. COMPARE RESULTS
;JUPDATE POINTERS FOR NEXT TEST CONDITION
;
AND RETURN TO START EXECUTING NEXT
;
TEST CONDITION

POP-11

CIS INST EXERCISER

(ZKEEA.P11

007130
007130
007130
007132
007134
007136
007140
007142
007144

8014

8015
8016
8017
8018

8C19

007146
007150
007152
007154
007156
007160
007162
007164
007166
007170
007172
007174
007176
007200
007202
007204
007206
007210

MACY11 27(655)
CIS

1-0(CT- 79

INST FLOW TABLES

10:59

PAGE

SEQ 0066
JSCANC FLOW TABLE

XSCANC:
:
XSPANC

JSPANC FLOW TABLE

;LOAD SPECIAL HANDL ING WORD FROM PTP15
;LOAD TRO FROM PTPO1
;LOAD TR1 FROM PTPO?
;LOAD TR2 FROM PTPQ3
;LOAD TR3 FROM PTPO3 (TR2 & TR3 CONTAIN TABLE LEN)
;LOAD TR4 FROM PTPO4
:GENERATE TR5 FROM PTPOS
JVERIFY THAT SRC.ADR - SRC.SURR.LEN > - 20.
;VERIFY THAT TABLE.ADR - TABLE.SURR.LEN > = 20
JVERIFY THAT SRC.ADR+SRC.LEN+SRC.SURR.LEN<TBLEN
JVERIFY THAT TABLE.ADR+256+TABLE SURR LEN<TBLEN

JADD TEST BUFFER ADDRESS TO TR1 AND TRS

JINITIALIZE TEST BUFFER
;INSERT TABLE & TABLE SURR IN BUFFER
s INSERT SRC & SRC SURR STRINGS IN BUFFER
;COPY TEST BUFFER INTO EMULATION BUFFER
;SETUP EMULATION OPERANDS € EMULATE INST
.SETUP CC REGS & EXECUTE CIS INST

; COMPARE RESULTS
140000

140000

JUPDATE PTRS FROM NEXT TEST CONDITION

POP=11 CIS INST EXERCISER
(ZKEEA.P11

007212
007212
007212
007214
007216
007220
007222
007224
007226
007230
007232
007234
007236
007240
007242
007244
007246
007250
007252
007254
007256
007260
007262
007264
007266

151400
010310

010201
010322

140000

MACY1T 27(655)
CIsS

1-0(T=-79

10:59

INST FLOW TABLES

XCVIPN:
XCVINP:

PAGE

SEQ 0067

JCVIPN FLOW TABLE
JCVINP FLOW TABLE

.WORD
.WORD
.WORD
.WORD

JLOAD SPECIAL HANDLING “ROM PTP14

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

JVERIFY THAT SRC.ADR-SRC.SURR.LEN>-20
;VERIFY THAT DST.ADR-DST.SURR.LEN>=20

.WORD

;LOAD TRO
;LOAD TR1
;LOAD TR2
;GENERATE

FROM PTPQi
FROM PTPQO?2
FROM PTPOX
TR3 FROM PTPO4

;VERIFY THAT SRC.ADR+SRC.LEN+SRC.SURR.LEN<TBLEN
;VERIFY THAT DST.ADR+DST.LEN+DST.SURR.LEN<TBLEN

;ADD TEST BUFFER ADDRESS TO TR1 g TR3

JINITIALIZE TEST BUFFER
;INSERT DST & DST SURR STRINGS IN BUFFER
s INSERT SRC

STRING IN BUFFER

;COPY TEST BUFFER INTO EMULATION BUFFER

;SETUP EMULATION OPERANDS & EMULAT INST.
;SETUP CC REGS & EXECUTE CIS INST.

; COMPARE RESULTS
140000

JUPDATE

PTRS FROM NEXT

TEST

CONDITION

POP=11 (IS
CIKEEA.P1

INST EXERCISER

8050
8051
8052
007270
8053 007270
151000
8054 007270
8055 007272 010102
8056 007274
010203
8057 007276 010310
8058 007300 010401
8059
030701
8060
040701
8063+—06733¢— 551000
007310
007312
007314
007316

007336

140000

1-0( T~ 79
MACYTT 27(655)
CIS INST FLOW TABLES

XCVTLP:
XCVTLN:

10:59

PAGE

SEQ 0068

;CVTLP FLOW TABLE

.WORD
. WORD
.WORD
.WORD
. WORD

. WORD
. WORD
.WORD
.WORD
. WORD
. WORD
.WORD
.WORD
.WORD
.WORD
.WORD 007000
.WORD 140000

JCVILN FLOW TABLE
;LOAD SPECIAL HANDL ING FROM PTPI1Q

JLOAD
;LOAD
:LOAD
:LOAD

TRZ2
TR3
TRO
TR1

FROM PTPO1
FROM PTPC2
FROM PTPO3
FROM PTPO4

JVERIFY THAT DST.ADR-DST.SURR.LEN>-20
;VERIFY THAT DST,.ADR+DST.LEN+DST.SURR. EN<IB[EN

JRDD TEST BUFFER ADDRESS

JINITIALIZE

TEST BUFFER

TR1

s INSERT DST & DST SURR STRINGS IN BUFFER
;COPY TEST BUFFER INTO EMULATION BUFFER

;SETUP EMULATION OPERANDS & EMULATE INST
JSETUP (CC REGS & EXECUTE CIS INST

; COMPARE RESULTS
JUPDATE

PTRS FOR NEXT

TEST

CONDITION

PDP-1Y

(IS

CZKEEA.PY?

80/8
8079
8080
8081

INSTY

EXERCISER

007340

007340
007340
007342
007344
007346
007350
007352
007354
007356
007360

007362
007364
007366
007370
007372
007374
007376
007400

1-0(T=-79
MACYTT 27(455)
(IS INST FLOW TASBLES

10:59

150700

010110
010201
010604
030501
040501
051000
060000
074301
100000

111000
122000

001000

007300
007000
137000
40000

SEQ 0069

;JCVIPL FLOW TABLE

XCVTPL:

XCVTINL:

PAGE

JCVINL FLOW TABLE

JLOAD SPECIAL HANDLING FROM PTPQO7
;L0AD TRO FROM PTPO1
;LOAD TR1 FROM PTPO?
;LOAD TR4 FROM PTPO6
;VERIFY THAT SRC.ADR-SRC.SURR.LEN.+20
JVERIFY THAT SRC.ADR+SRC.LEN+SRC.SURR.LEN<TBLEN
JADD TEST BUFFER ADDRESS TO TR1
JINITIALIZE TEST BUFFER

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

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

JINSERT SRC

STRING IN TEST BUFFER

;COPY TEST BUFFER INTO EMULATION BUFFER

;SETUP EMULATION OPERANDS & EMULATE [INST.
;SETUP (C REGS & EXECUTE (IS INST

140000

; COMPARE RESULTS
JUPDATE PTRS FOR NEXT

TEST

(ONDITION

POP-11 CIS INST EXERC]ISER
CIKEEA P11

8102

8103

—_

D
D

00 00 00 0o 00 00

007402
007402
007402
007404
0076406
0C7410
007412
007414
007416
007420
007422
007424
007426
007430
007432

010100
010201
010302
010403
010504
010605
060000
020700
100000
110000
120000
137000
140000

MACYTT 27(655)
1=0(T=79
CIS INST FLOw TARLES
xL2D:
xi.3D:

‘

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

10:59

010100
010201
010302
010403
010504
010605
060000
02070C
100000
110000
120000
137000
140000

PAGE B0

SEQ 0070

;.¢DR FLOW TABLE
;< 30R FLOW TABLE
;LOAD TRO FROM PTPC1
;LOAD TR1 FROM PTP(O?
;LOAD TRZ2 FROM PTPQ3
;LOAD TR3 FROM PTPO4
;LOAD TR4 FROM PTPOS
;LOAD TRS FROM PTPO6
JINITIALIZE TEST BUFFER
;GENERATE TRN FROM PTPO?7
;COPY TEST BUFFER INTO EMUL. BUFFER
JSETUP EMUL. OPERANDS & EMUL INST.

;SETUP (C & REGS & EXECUTE (IS INST.
; COMPARE RESULTS
JUPDATE

PTRS FOR NEXT

TEST

CONDITION.

POP=11 (IS
JKEEA.PM

INST EXERCISER
MACY1T
GLOBAL TEXT SECTION

.SBTTL

1-0(T-79

10:59

PAGE 80-1

GLOBAL TEXT SECTION

; FORMAT STATEMENTS USED IN PRINT CALLS

8120
8121
8124

0406445

000103
0460445

8125

041522
045
052126
040445
000103
040445
000103
040445
041516
045
047101
040445
000103
040445
000103
040445
000116
040445
000116
040445
000116
040445
046116
045
050124
040445
050116
045
047110
045
046124
040445
000120
040445
000120
040445
000120
040445
046120

8126

8127
8128
8129

8130

8131
8132
8133
8134
8135
8136

8137
8138
8139
8140

8141

8142

8143
8144
8145

8146

8147

27(655)

007742

45
050110

MESSAGES

066440

053117

AMOVC:

LASCIZ

/%A mov(/

046440
000
020101
000103
066040

053117

AMOVR(C:

.ASCIZ

/%A MOVRC/

047515

AMOVT(:

.ASCIZ

/%A MovTC/

041517

ALOCC:

.ASCIZ

/XA LOCC/

051440

050113

ASKPC:

,ASCIZ

/XA SKP(/

051440
000
020101
000103
041440

040503

ASCANC:

.ASCIZ

/%A SCANC/

050123

ASPANC:

.ASCIZ

/%A SPANC/

050115

ACMPC:

.ASCIZ

/%A cMPC/

066440

052101

AMAT(CHC
: LASC]Z

/%A MAT(/

040440

042104

AADDN:

.AS(C]Z

/%A ADDN/

051440

041125

ASUBN:

.AS(CIZ

/%A SUBN/

0461440

050115

ACMPN:

_ASCIZ

/%A CMPN/

041440
000
020101
000116
0461440

052126

ACVINL:

.ASCIZ

/%A CVINL/

053103

ACVTPN:

.ASCIZ

/%A CVIPN/

052126

ACYINP:

_AS(C]Z

/%A CVINP/

051501

AASHN:

_ASCIZ

/%A ASHN/

053103

ACVTLN:

.ASCIZ

/XA CVTLN/

040440

042104

AADDP:

_ASCIZ

/%A ADDP/

051440

041125

ASUBP:

ASCIZ

/%A SuBpP/

041440

050115

ACMPP:

_ASCIZ

/XA CMPP/

041440
000
020101
000
020101
000
020101
000

052126

ACVTPL:

.ASCIZ

/XA cvrpeL/

052515

AMULP:

_ASCIZ

/%A MULP/

044504

ADIVP:

_ASCIZ

/%A DIVP/

051501

AASHP:

_ASClZ

/TA ASHP/

SEQ 0071

POP=11 (IS
"IKEEA.P1T

8148
8149

8150

8151
8152

8153

8154

8155

8156

INST EXERCISER
MACY11
GLOBAL TEXT SECTION

007745
007752
007756
007764
007770
007776

045
046124
040445

010002
010010
010016

051445
046123
051501
040445
022465
032523
031123
053132
051445
046123
051501

047445
040445
047445

040445
022465
032523
033123
030523
053132
051445
046123
051501
022463
022522
047101
000116
051445
046123
051501
022463
022£13
022524
047101
000116
051445

1=-0(T=79

10:59

PAGE 80-2

053103

ACVILP:

LASCIZ

/%A CVTLP/

042062

ALZ2D:

LASCIZ

/%A L2DX01/

042063

AL3D:

LASCI2Z

/%A L3DX01/

031462
051445
022501
046104
042101
040445
022464
022503
031462
051445
022501
046104
042101
040445
040445
022465
022503
031462
051445
0e2501
041501
031123
053132

040445
022465
032523
051445
022501
022506
047101
000116
040445
022465
032523
051445
022501
022506
022524
047101
000116
040445
022465
031123
040510
022461
022503

FORM1:

LASCIZ

/%S23XASLASSXASALSSXADL XSSXADAXSSXAF XS24 XANZ VI IN/

FORM?:

LASCIZ

/XS23XASLASSXASAYSSZADL
XSS5XADAXSSTAF XSO6XATIST15XANZ VI AN/

F ORM3:

LASCIZ

/XS23XASLASSXASAYS2IXACHARYS2
1 XANZVC AN/

031462
051445
022501
046501
031523
030523
053132

040445
022465
031123
051501
040445
022465
022503

FORM4:

LASCIZ

/XS23XASLASSXASATS23TAMASK
IS SXATES 1 SXANZ VI AN/

031462
022514

040445
032123
022501
031123
040445
032123
031123
053132

F ORMS:

LASCIZ

/%S23%ASTLYSLZASTAXSGTAS2L
XSLXASCAYSLXAF XS2LXANZ VI AN/

040445
022465
032523
051445
022501
047101

F ORM6:

LASCIZ

/%XS23XASLASSTASAXSSXAOL
XSS XACALS32XANZV( IN/

020101
000120
046040
000061
046040
000061

8157

022465
031523

27(655)

047501
022462

SEQ 0072

POP=-11

(IS INST EXERCISER

MACY11

010422
010430
010436
010444
010452
010460
010466
010474
010502
010510
010516
010524
010532
070540
010546

000116
040445
032123
022501
031123
040445
032123
051445
022501
047101
000116
040445
032123
022501
031123

rZKEEA. P11

8159

8160

8161

)
— e

8164

b —nd

8163

8162

010554
010562
010570
010576
010602
010610
010616
010624
010632
010640
010646
010654
010656
010664
010672
010700
010706
010714
010722
010730
010736
010744
010752
010760
010766
010774
011002
oleleloleldlelolololelel

B158

GLOBAL TEXT SECTION

053132
051445
030523
040445
032123
022516
031123
040445
022465
030523
053132
051445
030523
040445
032123

022514
031123
022462
022503
051445
046123
051501
040445
032123
022514
047101
000116
051445
046123
051501
040445
022465
031523
053132
051445
046123
051501
040445
022465
032523
022523
047101

022503
031462
022514
030523
040445
032123
022501
046104
042101
022464
022503
031462
022514
030523
040445

0321c3
022501
047101
000116
031462
051445
022501
027104
040445
031523
053132
031462
051445

022501
046104
042101
022462
022503
031462
051445
022501
046104
042101
040445
031123
053132

27(655)

1=-0(T=-79

10:59

I
6
PAGE 80-3

FORM?:

_ASTIZ

/%S23XASTLXSLXASTARSLTAS2L
XS4 TAS2AXSLXADL XSSTADARS14XANZ VI IN/

FORME:

_ASCIZ

/X%S23XASTLASLXASTAXSLXAS2L XSLRAS2AXS32XANZVCAN/

0460445
022465
032523
022510
027104
022462
022503

FORMY9:

_ASCIZ

/XS23XASLXSSTASAZSSIAD.HXS4LXAD.LXS32XANZVIIN/

040445
022465

FORMIO0:

.ASCIZ

/XS23XASLXSSYTASAXSSIADLXSSXADAXS32XANZVCIN/

FORM11:

ASCIZ

/XS23XASLXSSXASAXSSXADLZSSXADAXSSZAR, SXS22XANZVCAN/

040445
031523
053132

032523
051445
022501
047101
000116
040445
022465
032523
051445
022501
026122
022462
022503

012
020
026
034
042
050
056
064
066

051445
046104
042101
040445
032123
022514
047101

031462
051445
022501
027123
040445
031523
053132

040445
022465
032523
022510
027123
022462
022503

FORM12:

.ASCIZ

/%S23%ADLXSSTADAXSSXAS
. HIS4XAS.LXS32XANZVCIN/

040445

044440

050176

INREG:

.ASCIZ

+XA INPUT

026460

033122

041454

052125

020040

051040

RO=R6,((C/ +

SEQ 0073

8173
8174

8775

8176

05013

EMOUT:

LASCIZ

+X%A EXP OUT RO=-R6,C(C/ +

FORM'3:

_ASCIZ

/X06XS1X06XST1X06XS1X06XS1206XS1X06%ST1X06XST1XY4IN/

FORM14:

_ASCIZ

/X06XS1X06XS1X06XS1X06%S1%06%S12062S1306XS1XY4
AN/

ACOUT:

L.ASCIZ

+XA ACT OUT RO-R6,(C/ +

030523

FORM1S5:

.ASCIZ

/X06%S1/

000

FORM16:

.ASCIZ

/XS7/

FORM18:
EBUFO:

.ASCIZ
.ASCIZ

/%v4/
+ANXA EXP BUFFER X06XA/ %03AN+

ABUFO:

.ASCIZ

+XA A(CT BUFFER X06%A/ %03+

QDISP:

(ASCIZ

<(R><LF>/(=CONT.;R=REPEAT TEST;S=RESTART;D=DISPLAY MEMORY H=RFPEAT & HAL

WN)
— —

o
N

b D b D b

V\limmb

030523

10:59

SEQ 0074

A"
%

N
(=

o
o

N
£~

&~
~
~
H

b D

030523

047445
047445
047445
047445
054445
040445
047440
026460
027503
047445

022466
022466
022466
022466
022464
040440
052125
033122
000040
022466

030523
030523
030523
030523
000116
052103
051040
041454

033523

022466

N AN N NI NINININ)
—
NN
S
N
—

047445

(9,]

8171
8172

+%A INPUTS [N MEMORY/ +

0226466

(=]

8170

_AS(CIZ

047445

NN NN NN

8169

INMEM:

0404465

T 3 VIvES

8168

0501
Q4711
05111

000040
044440
020123
046505
000040
042440

8167

27(655)

027503
0460445
052125
046440

1=-0CT=79

J
6
PAGE 80-4

MACY11

GLOBAL TEXT SECTION

OSZ?%?

401
011405
011412
011420
011426
011434
011442
011450
011456
011464

045
045
054105
043106

032131
022516
020120
051105

0417040
020122
027888

043125
047445
022440

000
020101
052502
022440
020057
000116
052103
042506
022466
031517

011473
011500
011506
011514

015
047117
051075
020124

041412
027124
050105
042524

041475
051073
040505
052123

8166

INST EXERCISER

v @i GurunrGrurnr Sy Gur Guu Qhur G GharSurGuur Guur Gaur SuurGhur G- Siar Guur Qe Gans Gunr Sy ghunrSumr Gunr S Siur Snr G G
Giar G
— e
b nd o md e ed ) e
D b D e
d oD ) e cmd b e e
b b o
D d D ok b b
o D

8165

ololelelolelelololololalalolelolslolelnlololololololololalslolololols)

PDP-1 1 CIS
(ZKEEA.P11

011522
011530
011536
071544
011552

033117
047445
040445

051473
040524
042075
054501
051117

033123
000

040445
022463
0640440

051075
(©52122
051511
046440
035531

022461

051505
042073
046120
046505
036510

FORM17:

_ASCIZ

/%S61%Y4/

WAL

b
d
D cd
d

b
d
D
nd
od

OOOOOOO

(IZKEEA. P11

N
O~
o
OWONJ‘&

INST EXERCISER
MACY11
GLOBAL TEXT SECTION

CIS

042520
044040
052701
044440
000
022516
044440
054105
047511

n)
= —

POP=11

27(655)

1-0CT-79

10:59

K
PAGE 80-5

SEQ 0075

052101
046107
0461440
051516

041501
051516
041505
020116
0466440
044124
020064
047440
041501

STKM1:

LASCIZ

/XNXACIS

INST EXECUTION USED MORE

8178

044503
052123
052503
042040
054517
047117
020123
051117
051440
051053

STKMZ:

LASCIZ

/XNXACIS

INST EXECUTION DESTROYED (ONTENTS OF

8179

052101
047524
041517
042105

cIsa:

LASCIZ

/ANZATRAP TO

8177

10 OCCURRED ON (IS

THAN 64 LO(S ON STACKIN/

INST

IN TEST #1,

044503

052116
8180

8184

)
b cd
ed and

81832

—

8182

8181

020124

052123
062524
027061
044503
042522
022477

040445
052040
000060
040445
052040

051124
020117

MMVMSG:

LASCIZ

/XNXATRAP TO 250/

051124
020117

TRAPS:

LASCIZ

/AINXATRAP TO 4/

040445
052040
000
022516
051117
000124
040445
047111

051124
02017

TRAP10:

LASCIZ

/INXATRAP TO 10/

042501
044040

HL TMSG:

LASCIZ

/INXAERROR HALT/

044503
052123
047516
044513

NOPROG:

LASCIZ

/ANZACIS

020123
040515

INST

WORD AT STACK+2ZIN/

IS NOT MAKING PROGRESSZIN/

IS CISP PRESENT?2IN/

POP=11 CIS
(ZKEEA.P1T

INST EXERCISER
MACY1T
GLOBAL TEXT SECTION

27(655)

1-0CT=79

10:59

PAGE 80-6

SEQ 0076

050040

047522
022523

040445
041516

040514
020131
051523
000110
052101
040445
042504
0460445
047105
0460445
052123
060445
052123
042045
042045

LATEXC:

LASCIZ

/INKALATENCY EXCESSIVEXN/

:
TRPINF

.ASCIZ

/%A

8187

047105
047111
052103
047524
020124
020076

ASK:

LASCIZ

/ANXAENTER

8188

051101
020115
044503
062117

ASKRM:

LASCIZ

/XNXARANDOM EXERCISE MODE

050101
051523
051505
042504
042513
051454
026126
051105
000
046501
020131
042507
024040
026106

:
ASKMOD

LASCIZ

/XNXAPROCESSOR

ASKMM:

LASCIZ

/ INYAMEMORY MANAGEMENT

8185

8186

012232
012240
012266
012250
012256
012264
012272

043516
051107
000116
047045
042526

054105
0531
040445

051505

AT :%06%A

MODE:%01%A

D-EN:XB1¥A

INST:X06XA

INSTRUCTION TO TEST <ALL>

(Y OR N)

INST CT:ZD2XST1XADSIN/

047640
037440
8189

8190

050123
047105

026104

012710

037451

020040

050123
044504
042105
000

TEST MODE

(K=KERNEL,S=SUPV,U=USER)?

(N=0OFF ,D-D-SPACE

ENABLED,H=D-SPACE

DISABLED)?

POP-11 CIS INST EXERCISER
MACY1T
(ZKEEA.P11
GLOBAL TEXT SECTION

8191

8192

8193

8194

012715
012722
012730
012736
012744
012752
012760
012766
012774
013002
013010
013016
013024
013030
013036
013044
013052
013060
013066
013074
013102
013110
013116
013124
013132
013140
013143
013150
013156
013164
013172
013200
013206
013214
013222
013230
013236
013244
013252
013254
013262
013270

8195

013370
013376

045
051505
042524
040524
054524
044503
052123
047511
053513
051040
042522
020131
020051
047045
051124
041522
046075
045475
020120
044113
053513
040040
026132
030461
052130
037451
045
046114
052116
052120
044124
020123
042440
042524
044522
051117
047111
051105
000077
047045
023516
052123
047105
047040
047062
030461
045
047101
051505
042524
040524
054524
020117
000113

1-0CT=-79

10:59

PAGE 80-7

SEQ 0077

ASKINT:

LASCIZ

/XNXATEST

047111
052517
051050
047054
026461
030060
036503
050055
044113
053513
042440
041523

ASKSRC:

LASCIZ

/XNXAINTR SOURCE

040501
044440
052522
020107
044503
052123
052503
052504
047040
020114
051440
042503

:
ASKDI

.ASCIZ

/ANZAA LOW INTERRUPTING THE CIS

040503
042524
052101
026440
020104
053513
000
041501
052040
047111
050125
044514
047040
041517

:
NOLAT

LASCIZ

/XNZACAN'T

TEST LATENCY = NEED 2ND Kwl1-pP/

NOINT:

LASCIZ

/ANSACAN'T

TEST

022516
020124
051122
044502
047440
020123
052522

046103

27(655)

INTERRUPTABILITY OF

CIS

INSTRUCTIONS

(KW11-P REQUIRED)

(Y OR N

(R=LTC,N-KW11~P @100KHZ,(=KW11=-P @10KHZ,Y-KW11-P EXT OS

INST EXECUTED DURING NORMAL

INTERRUPTABILITY = NO CLOCK/

INTR SERVICE

PDP=11 CIS INST EXERCISER
MACY11 27(655)
(ZKEEA.P1T
GLOBAL TEXT SECTION
8196

8197

8198

8199
8200

8201

8202

8203
8204

8205

1-0(T=-79

10:59

PAGE 80-8

SEQ 0078

013400
013406
013414
013422
013430
013436
013444
013452
013460
013466
013474
013502
013505
013512
013520
013526
013534
013542
013544
013552
013560
013566
013574
013602
013610
013616
013624
013627
013634
013642
013650
013656
013664
013672

047045
052111
020116
047515
040440
044514
020124
020116
047111
0641505
044523
047045
045
051511
020124
042105
041101
000116
047045
042516
045503
020114
042523
020122
051122
047523
047045
015
024122
047445
051445
051445
051445
051883

0460445
044103
044503
052504
052103
042513
051511
044124
047503
020124
044524
000
022516
044440
040506
052040
051117

053523
047440
020123
042514
020123
044440
044440
020105
051122
047520
047117

SWNG:

_ASCIZ

/XNXASWITCH ON (IS MODULE ACTS LIKE IT IS IN THE INCORRECT POSITIONZIN/

04150 g
05151
04611 1
02011 7
022524

NOABO:

.ASCIZ

/ZNXACIS

040445
041440
053440
042502
020104
047111
050125
051125
000
040412
024523
022466

044514
047514
046111
052440
047506
042526
020124
042503

kWI1TL:

_ASCIZ

/AINXALINE CLOCK WILL BE USED FOR INTERRUPT SOURCEXN/

042104
000077
027501

AST:

LASCIZ

<CR><LF>/ADDR(S)?/

FORMI9:

_ASCIZ

+X06X%A/%S3%03%S2%03%S2%03%S2%03+

013701
013706
013714
013722
013730
013736
013744
013752
013760
013765
013772
014000
014006
014014
014020
014023
014030
074036
014040

045
020040
020040
030440
020062
020040
020040
020040
033440
045
022463
022463
022463
022463
047045
045
051123
000063
047045

020101
020040
020060
020040
020040
020040
032440
020066
047045
031123
031123
031123
031123
000116
000
022516
022503

020040
020040
020040
020040
031440
020064
020040
020040
000
047445
047445
04745
047445

ADDHDR:

.ASCIZ

/XA

FORM20:

.ASCIZ

/%52%03%S2%03%S2%03%S2%03%N/

FORM21:
FORM22:

.ASCIZ
.ASCIZ

/IN/
/INXA SR(CXS13/

040445

051440

FORM23:

_ASCIZ

/XNXA SRC1%S12/

022463
022462
022462
022462

031517
031517
031517
031517

020101
030523

INST FAILED TO ABORTZN/

7%N/

POP=11 Cl ?
CZKEEA P

8206

8207

8208

8209
8210

8213
8216

8217
8218

8219

MACY11
INST EXERCISER
GLOBAL TEXT SECTIOM

0146046
014054
014056
014064
014072
014074
0146102
014110
014116
0146117
014124
014132
014140
014142
014146
014154
014162
014170
014176
014202
014210
014216
014222
014226
014233
014240
014246
014254
014262
014270
014276
014304
014312
014320
014322
014330
014336
014341
014346
014354
014362
014370
014376
014404
014412
014420
014426
01443%
014442
014450
014456
014464
014472
014500

041522
000062
047045
041522
000062
047045
050130
046125
000
045
041501
052523
000064
040445
051445
051516
035124
030523
040445
040445
047107
036505
040445
0460445
045
047045
040522
021440
051105
051440
032523
031123
031123

020116
042105
051511
042523

042523
035124
047045
035120
020101
051040
022440
022461
022461
022461
022461

27(655)

1-0CT=-79

10:59

PAGE 80-9

SEQ 0079

022461

030523

040445
022462

051440
030523

FORM24:

LASCIZ

/XNXA SR(2%S12/

040445

042440

FORM?ZS:

LASCIZ

/AINXA EXP RESULTXS4/

022516
020124
052114

020101
042522
051445

FORM2G:

/AINJA ALT RESULTXS4/

FORM27:
FORM30:

.
.

/XA /
/XS2XAINST CNT:XD2XS1%D5/

FORM31:
FORM3?2:

.
.

/XAl/
SIGN BYTE-(/
/%A

FORM33:
FORM34:
FORM3S:

.
.
.

/XA)/
/XA +/
/XA =/
/ AININXARANDOM # GENERATOR SEEDXS5%06%S2Z06XS2X06XN/

051105
022443

FORM37:

LASCIZ

/XINZAERROR #%D6/

042501
044440
051525
043505
020122
052440
042523
000061
054105
022466
052103
032522
051445
051445
051445

FORM38:

LASC17

/XNIAFRROR

F ORM39:

LASCIZ

/AINXAEXP
: X06%A

051040
0225264

000040
022462
020124
042045
042045
000111
020040
041040
000050
000051
025440
020101
047045
042116
043440
052101
042505

047445

047445
047445

040445
020122
000
022516
051117
047125
051040
042524
035124
020104
047445

040445
047445

040440
026460

033117
033117
033117
033117
033117

051505
032123

044501
047103
022462
000065

044523
052131
000
000055
040445
0646517
047105
051117
022504
022466
022466
022466

051445
051445

FORM36:

IN UNUSED REGISTER SET:

USED SET:X01/

ACT RO-R5 X06%S1%06%S1X062S1206%S1X06%S1206/

PDP-11
(ZKEEA,

MACY11
%% INST EXERCISER
GLOBAL TEXT SECTION
022461
045
051124
022472
051040

8220

033117
020101
041440

8221

8222

040445
022465
032523
051445
022466
055116
000
022516
044440
041525
053440
051525
042105
042523
020105
051122

8223

000
047111
052116
040445
051440
030517
042117

27(655)

1-0CT-79

10:59

PAGE 80-10

SEQ 0080

FORM4GO:

LASCIZ

/%A

INTR CNT:XD4XA REG SET:X01%A MODE:/

042040
000
022463
0325¢3
051445
022462
031522
051101
040445
022465
032523
041526

FRM4OA:

LASCIZ

/XA

D=EN:/

FORM4LT:

.ASCIZ

/%S23XAROXSSXARTZSSZARCXSSXARIXSSXARG
XSS ZARS XSS XARGXSSXANZ VI AN/

041501
051516
044524
051501
042520
052040
053122
047111
050125

:
FORMSL?

LASCIZ

/XNXACIS

INSTRUCTION WAS

SUSPENDED

TG SERVICE

INTERRUPT/

8224

0460445
044502
064123
044040
042502
052105
053440
052117

051520
020124
052517
053101
047105
041040
051501
047045

FORM4
3:

LASCIZ

/AINZAPSW BIT 8 SHOULD HAVL BEEN SET BUT WAS NOTZN/

8225

022516

FORMG4:

LASCIZ

/XNZABIT 8 OF

PSW SET WITH PC < CIS INST PC/

052123

041101
047440
020127
044527
020103
020123
050040

040445
041505
052101
044440
040502
052440

052523
020124
041440
051516
045503
020120

FORM4S:

LASCIZ

/XNXASUSPECT

THAT

\fl‘\wwf\)—‘-‘g
oo

b e

LV LV, (W AV, JV, LV, |

)

eGur Gy Gur G

8226

(LR

olelolelolelele]

015076

020124
042105

(IS

INST BACKED UP PC

TOO FAR/

POP=-11

(IS

(IKEEA.P1T

8227

INST EXERCISER
MACYTT
GLOBAL TEXT SECTION

047520
043040
045
044127
044530
052040
053122
047111
050125
015244
047045
MU5252-.020123
041440
052105
052125
041040
051440
051440

8229

8230

8231

8232
8233
8235

8240

0715624
015632

041511
044522

052040
051101
022516
047105
044524
020117
041511
042524
022524
040445
047111
046517

042105

052105

022516
044514
051511
051124
047117
046120
053440
041520
022516
044517
020107
026516
047440
042116
044124
040510
052130
022524
040412
024523
000
005015
042412
020106
024040
052125
043117
042514
052123
051505
046120
000
042412
020106
020113
054506

047517
000
004501
042440
043516
042523
020105
051122
000116
044503
052123
046120
041040
053523
034040
046114
047045

044501
042516
044440
041525
041440
052105
052111
000
020101
052116
052101
044514
042520
020123
051105
020116
044440
000116
042104
000077
000
042116
040520
054105

27(655)

1-0CT7-79

10:59

PAGE 80-11

SEQ 0087

FORM4LG:

LASCIZ

/ANZA

WHEN EXITING TO SERVICE

7:
FORMSL

LASCIZ

/ANZACIC

FORM4S:

LASCIZ

/AINJAIN=LINE

FORM4O:

LASCIZ

/INXA

QUES:

LASCIZ

/?/<CR><LF>/ADDR(S)?/

:
XCRLF
:
SLCRLF
ENDP:

LASCIZ
LASCIZ
LASCIZ

<CR><LF>
<SLO<CR><LF>
<CR><LF>/END OF

ENDQP:

LASCIZ

<CR>XLF>/END OF QUICK VERIFY PASS/

INST

INTERRUPTZIN/

COMPLETED BUT PSW BIT 8 STILL

CIS

INSTRUCTION COMPLETED WITH PC/

POINTING AT

PASS

IN-LINE

OPERANDS RATHER

(EXECUTION OF

047511
052040

020104
041449
041440
052105

042116
052521
042526

050040

SETIN/

TABLED

THAN NEXT

TEST

CASES

INSTXN/

(OMPLETEY/

PDP-11

CIS

(ZKEEA. P11

8241

8242

8243

8245

8250

8251

8252

MACY11
INST EXERCISER
GLOBAL TEXT SECTION

015640
015644
015652
015660
015666
015674
015702
015710
015716
015724
015732
015740
015746
015754
015756
015764
015772
016000
016006

016014
016022
016030
016033
016040
016046
016054
016062
016070
016076
016104
016112
016116
016124
016132
016140
016146
016154
016157
016164
016172
016200
016206
016213
016220
016226
016234
016242
016250
016256
016264
016272
016274

016302
016310

051501
005015
052440
052040
044527
020105
040514
052101
051440
047440
052123
047506
044103
000124
005015
020113
054506
020123
020072
047522
046440
051505
045
052116
051040
020115
051105
020056
041440
047101
022440
005015
052040
030440
040440
020130
047111
015
051105
040522
052040
047515
015
052506
020122
043117
020123
043501
046111
044440
000104
005015
046517
047105

000123
047111
042116
051505
046114
044504
042531
052040
040524
020106
047111
020122
044440

27(655)

"=-0CT-79

10:59

PAGE 80-12

SEQ 0082

052123
051105
020124
041040
050123

©SHDR:

.AS(CIZ

<CR><LF>/INST UNDER TEST wiLl

052521
042526
050040
044524
040440
0277130
047111
000
022516
051105
047101
052516
043440
042523
047117
051524
000116
040520
046511
027461
050120
030063
000
042412
047111
042116
051505
042504
047012
052122
047105
050040
042515
051505
020114
051523

061511
044522
051501
042515
050120
031440
052125

QVHDR:

.ASCIZ

<CR><LF>/QUICK VERIFY PASS TIME:

042501
031440
047504
041115
047105
042105
052123
020072

ACCSEED:.ASCIZ

/XNXAENTER 3 RANDOM NUMBER GEN.

051523
035105
032064
047522
046440

FSHDR1:

.ASCIZ

<CR><LF>+PASS

052116
020107
046517
020124
000
020117
042510
020104
051501
051523
053440
042502
042525

FSHDR2:

.ASCIZ

<CR><LF>/ENTERING RANDOM

FSHDR3:

.ASCIZ

<CR>XLF>/NO FURTHER END

040522
021440
051105

042116
043440
052101

FSHDR4:

ASCIZ

<(R><LF>/RANDOM # GENERATOR

BE DISPLAYED AT

THE

START OF

020104
042510
052122
042524
020107
040505
051516

TIME:

11/44 APPROX

TEST

APPROX.

3 MINUTES/

SEED CONSTANTS:

2N/

30 MIN+

MODE/

PASS MESSAGES WILL

SEED

CONSTANTS WwiLL

ISSUED/

PRINTED/

TESTING FOR E

POP=11 (IS
CZKEFA P

INST EXERCISER
MACY1Y
GLOBAL TEXT SECTION

016316
016324
016332
016340
016346
016354
016360
016366
016374
016402
016410
016416

8257

016424
016427
016434
016442
016450

016456
016464

8258

8260

8265

8266
8267

016472
016500
016506
016514
016522
016527
016534
016542
016550
016551
016556
016564
016572
016600
016606
016614
016622
016625
016632
016640
016646
016654
01666<
016670
016676

051117
020104
040524

044527
020105
042524
005015
053195
030061
051511
051124
047117
051524
045
026455
026455
026455
026455
026455
026455
026455
026455
026455
026455
045
026455
026455

051440
047503
052116
046114
051120
000104
020040
051105
032062
044440
041525
052040
000
026501
026455

026455
026455

N26455

026455
026455
026455
026455
026455
047045
022516
026455
026455
041412
030101
030455
020123
052522
020116
044503
000
030412
052040
042515
052115
054523
052440
052040

27(655)

1=077=79

10:59

PAGE 80-13

SEQ 0083

062505
05151¢
020123
041040
047111
020040
020131
041640
051516
044524
051505

F SHDRS¢

JASCIZ

026455
026455
026455
026455
026455
026455
026455
026455
026455
026455

DASH:

LASCIZ

SDASH:

LASCIZ

PNAME:

LASCIZ

<CR><LF>/CIKEEAQ PDP=11

MPT34:

LASCIZ

<CR><LF>+11/34

000
026501
026455
026455

045532

050040

<CR><LF>/

EVERY

1024

(IS

INSTRUCTION TESTS/

(IS INSTRUCTION EXERCISER /

020061
047111
052103
054105
042523

027461
050131
020115
047440
052123
042116
051505

TYPE

MEM MGMT

ON SYSTEM UNDER

TEST+

1=0CT=79

10:59

6 7
PAGE 80-1¢

SEQ 0084

gggg

.SBTTL

8271
8272
8273
gs;g

.SRTTL
CIS EMULATOR
: FUNCTIONAL DESCRIPTION:
:
CIS EMULATOR
CONTAINS ROUTINES TU EMULATE EACH OF THE
:
CIS INSTRUCTIONS USING STANDARD PDP=11 INSTRUCT]ONS

8276
8277
8278

:
:
:

INPUTS:

gsg}

IMPLICIT

8283
8284
gsgg

: OUTPUTS:
:
:

8287
8288

gggg

; SUBORDINATE ROUTINES USED:

ggg;

FUNCTIONAL

8293
829

:
:

CALLING SEQUENCE-

gggg

gsgg

8300

CIS INSTRUCTION TO EMULATE
CIS INSTRUCTION OPERANDS (LENGTHS,ADDRESSES,ET(C)
STARTING ADDRESS FOR REGISTER RESULTS

8295
8296

8299

GLOBAL SUBROUTINES SECTION

ADDRESS FOR CONDITION CODE RESULTS
INPUTS:

CHARACTER OR DECIMAL

CONDITION CODES
GENERAL PURPCSE REGISTERS
STRINGS IN EMULATION BUFFER

IMPLICIT OUTPUTS:

SIDE

EFFECTS:

:
:

177776

STRINGS SETUP IN EMULATION BUFFER

JSR PC,EMULATE
XX XXXX
YYYYYY
122222

WWWWWW

.EVEN

EPSW -

177776

;OCTAL ENCODING OF CIS INST
;POINTER TO REGISTER OPERANDS
;POINTER TO REGISTER RESULTS
:POINTER TO CONDITION CODE

RESUL'S

N TM

PDP=11 (IS INST EXERCISER
MACY11 27(655)
CIKEEA.P1*
GLOBAL SUBROUTINES SECTION

(IS

(ZKEEA. P11

8302
8303
8304
8305
8306
8307
8308
8309
8310
8311
8312
8313
8314
8315
8316
8317
8318
8319
8320
8321
8322
8323

8324
8325
8326
8327
8328
8329

8330
8331
8332
8333
8334
8335
8336
8337

INST EXERCISER

016700
016704
016710
016714
016720
016724

016730
016734
016736
016742
016746
016752

016756
016760
016764
016766
016770
016772
016776
0170C¢C
017004
017010
017014
017020
017024
017026
017032
017034
017040
017044
017050
017054
017060
017064
017070

— md
— ) b e ol b
oogoooooo
N—mo?ooog
OOV
LN
—

POP=11

017072
017074
017076
017700
017102
017104
035744

MACY11 27(655)

1=-0(T=79

INSTRUCTION DECODER

017110

017142
017264
017106
017120
017112
017136
000046
017072
017074
017076
017100
017102
017104

H 7
PAGE 87

.SBTTL
MOV RO,ESTORE
Mov R1,ESTORE
+¢
+4
Mov R2.,ESTORE
MOV R3,ESTORE+6
MOV R4 ,ESTORE+10
MOV RS,FSTORE+1?2
(LR EZDF
MOV (SP) ,RO
+ EINST
MOV (RN)
(RU)+ EIRSTK
(RO) +,EORSTK
(RO)
+ ,EOPSW
RO, (SP)

EMULAT:

017110
017112
017114
017116
017140

10:59

'$:

2%:

#ELISTA,RO
TST (RO)

INSTRUCTION DECODER

;SAVE OLD REGISTER VALUES

;CLEAR ZERO DIVIDE FLAG
;GRAB DATA POINTERS
;CIS INSTRUCTION BEING CALLED
;FAKE INPUT GPRS
:FAKE OUTPUT GPRS

;FAKE

PSW

;SUB RETURN ADDRESS

;C1S COMMAND LIST POINTER

JEXIT IF INSTRUCTION CANT DECODE
JELSE CONTINUE SEARCH

(MP EINST. (RO)+
1%

;100K AT

(RO) ,EROUT
#€0,R0O
EIRSTK ,R1
MOV (R1)+,(RO)+
NEG+2,RO

JHOLD ADDRESS WHILE I FIND THE DATA
;POINTER TO EMULATE GPRS

NELISTA+2
RO
#ELISTB,RO

3%:

SEQ 0085

PC.,aEROUT

ESTORE ,RO
ESTORE+2.R1
ESTORE+4
,R2
ESTORE+6,R3
ESTORE+10,R4
Egronfo12,Rs

TABLE FOR MAT(H

JKEEP TRYING
;AT LAST, SO FIND HANDLER FOR
JHANDLER ADDRESS IN TABLE B

JPOINTER TO REGISTER DATA

JBEAM OVER THE DATA

JEXIT LOOP AFTER R6 LOADED

JELSE LOAD NEXT
JEXECUTE EMULATED (IS INSTRUCTION
JON RETURN RESTORE REGISTERS

JRETURN TO MAIN PROGRAM

DATA STORAGE

ESTORE:
EROUT:
EINST:
EIRSTK:
EORSTK:
EOPSW:
€EO0:

ELIS?A:

076067
0760670

017254

676071
076072
076073
076074
076075

10:59

PAGE

.SBTTL
-BLKW
.WORD
- WORD
.WORD
WORD
- WORD
.WORD
.WORD
- WORD
.WORD
- WORD
.WORD
.WORD
- WORD
"WORD 076020
olololeololelolelololelelole

000006
000000
000000
000000
000000
000000
000000

MACY11 27(655)

AN
W
=

INST EXERCISEr

mmmmmm

POP=11 C IS
CZKEEA P

1=0(T=79

“WORD
"WORD
"WORD
"WORD
“WORD
"WORD
“WORD
"WORD
"WORD
"WORD
"WORD
.WORD
TWORD
"WORD
"WORD
.WORD
"WORD
"WORD
"WORD
"WORD
"WORD
“WORD
"WORD
"WORD
"WORD
“WORD
TWORD
"WORD
[WORD
"WORD
"WORD
"WORD
"WORD
"WORD
"WORD
"WORD
"WORD
[WORD

076021
076022
076023
076024
076025
076026
076027
76030
76031
76032
76040
76041
76042
76043
76044
76045
76050
76051
76052
76053
76054
76055
76056
76057
076060
076061
076062
076063
076064
076065
076066
076067
76070
76071
76072
76073
76074
76075

81-1

SFQ 0086
DATA STORAGE

PDP=11 (1S
(ZKEEA.P1

RRER S ITIITII
.V} S RESBRIRROR = OO0 N

NS NN —

RRRRRXETTRE

8393
8394
8395
8396
8397
8398
8399

INST EXERCISER

017256
017260
017262
017264
017266
017270
017272
017274
017276
017300
017302
017304
017306
017310
017312
017314
017316
017320
017322
017324
017326
017330
017332
017334
017336
017340
017342
017344
017346
017350
017352
017354
017356
017360
017362
017364
017366
017370
017372
017374
017376
017400
017402
017404

076076
076077
000000
035752
036056
036064
036072
036100
036114
036130
036174

017406
020112
017630
021002
021034
020724
020646
020334
020536
023146
023214
032050
026522
027266
027700
030452
024724
036234
036310

036316
036324
036332
036340
036346
036426
023136
023154
031774
026530
032634
034€76
030376

024732

MACY1T 27(655)

1-0CT=~79

DATA STORAGE

EcISTR:

10:49
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD

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

PAGE

76076
7607~
0
ELZ2DO
ELZ2D1
ELZ2DZ
EL2D3
EL2D4
ELZ2DS
ELZ2D6
©L2D7

EMOV(
EMOVRC
EMOVT(
ELOCC
ESKPC
ESCN(
ESPNC
ECMP(
EMT(H(
EADDN
ESUBN
ECMPN
ECVTNL
ECVIPN
ECVTNP
EASHN
ECVTLN

EL3DC
EL3D1
EL3D?
EL3D3
EL3D4
EL3DS
EL3D6
EL3D7

EADDP
ESUBP
E(CMPP
ECVIPL
EMULP
EDIVP
EASHP
ECVTLP

81~/

SeEQ 0087

8448
8449
8450
8451
8452

8453
8454
8455
8456
8457
8458
8459
8460
8461
8462
8463
8464

8465

8466
8467

8468
8469
8470
8471
8472

8473

8474
8475
8476
8477
8478
8479
8480
8481
8482
8483
8484

10:59

PAGE

81-3
MOVE

STRING

sFIND END OF SOURCE STRING

EMOVC(:

013700
063700
013701

SEQ 0088

sFIND END OF DEST. STRING

063701
023737

sWICH STRING

017124

101003
103416
010102

s SOURCE
sDEST.
sTHEIR

177422

2%:
3%:
A ¥

017126
EBACK:

017122
017126

1$:

EFORWD:

017122

1%:

177776

2%:

017124

177270

ADD E0.R2
CLR @EORSTK

CMP E1,E3

BLO EFORWD
MOV E1.R3

MOV E3 R4
CMP R4 ,R2

BEQ EFILL

MOVB (R3)+,(R4)+
BR 1%
MOV R2,R3
CMP E1,RO
BEQ EFILL
MOVB -(R0O),-(R3)
BR 1%

BEQ 2%
MOVB E4, (R2)+

017130

017114

MOV R3.@EORSTK
BR 4%
MOV E3,R2

(MP R1,R2

EFILL:

017120

SAME

= REAL END
sDEST USED END
;CALCULATE # OF (HARS

017120
017124
017126
017120
177404
017122

THE

IS LCNGER

;SHORTEN SOURCE STRING

017122
017124

BR EFIL.

MOV EORSTK,RO
TST

(LR
CLR
CLR
MOV
MOV
CMP

(RG)+

(RO)+
(RO)+
(RO)+
E4, (RO)+
ES, (RO)
EOQ,E2

MOV EPSW,at OPSW
RIS PC

NOT

TRANSFERRED.

s SAVE RESULT

JUSED END < REAL END

JALL CHAR.

TRANSFERED TO DEST.

;WICH STRING

;DEST STRING IS

IN HIGH (CORE

;START ADDRESS OF SOURCE
;START ADDRESS OF DEST.
;IESTRANSFER COMPLETE ?
;Y

;XFER CHAR.

;DEST STRING POINTER
;1S XFER COMPLETE ?
JYES
;XFER CHAR.

JADD FILL CHARS.
JXFER FILL
;RETURN CLEAN UP
n

8447

MOVE

1-0CT-79
STRING

8440
8441
8442
8443
8444
8445
8446

017406
0174612
017616
017422
017426
017434
017436
017440
017442
017444
017450
017454
017456
017462
017466
017472
017474
017500
017504
017510
017516
017520
017524
017530
017532
01753
017536
017540
017542
017546
017550
017552
017554
017556
017560
017564
017566
017572
017574
017576
017600
017602
017606
017612
017620
017626

27(655)

8438
8439

MACY11

Wwn

(ZKEEA.P I

INST EXERCISER

pol

(IS

AS)

PDP-11

0
0
0

RS
:
JSET PSW CC BITS
JSTORE

RESULT

COMPLETE

STRING

POP=11

( {% INST EXERCISER

CIKEEA.P

8486

8487
8488

8489
8490
8491
8492
8493
8494
8495
8496
8497
8498
8499
8500

017630
017634
017640
017644
017650
017656
017660
017662
017664
017666
017672
017676
017700
017704
017710
017714
017716
017722
017726
017732
017740
017742
017746
017752
017754
C17756
017762
017766
017774
020000

013700
063700
013701
063701
023737

1=-0CT=79
10:59
MACY11 27(655)
MOVE STRING TRANSLATE

017124

JWHICH STRING

2 SOURCE
sDEST,

IS LONGER

; SAME

017122

;SHORTEN SOURCE STRING

1%:

017124

017120
017124

177200
2%:

017126
017120
177162

017122

3%:

A ¥

017126

017122
017126

EMTR(K:
1%:

BR 4%
MOV E3,R?2
ADD EO,R2

CLR QEORSTK

(MP E1,E3

BLO EMTFRD

MOV E1,R3
MOV E3.R4
CMP R4 ,R2

BEQ EMTFIL

MOVB (R3)+,TEMP
CLRB TEMP+1
ADD ES,TEMP

017136

017136
017137
017132
177102

+
MOVB aTEMP,(R4)

EMTFRD:

1%:

017136

017130
017114

017130
017132
017120
177776

BR 1%
MOV R2.R3
(M ET1.RO

BEQ EMTF
]I

EMTF]IL:

000207

TRANSLATE

JFIND END OF SOURCE

010102

013720
013710
023737
013777

STRING

JFIND END OF DEST.

101003
103416

013700

SEQ 0089
MOVE

FMOVT(:

017122

020102
020110

PAGE 82

2%:

017124

177006

MOVB -(RO) ,TEMP
CLRB TEMP+1
ADD ES,TEMP
MOVB QTEMP,-(R3)
BR 1%
CMP R1,R2
BEQ 2%
MOVB E4,(R2)+
BR EMTF]L
MOV EORSTK,RO
TST (RO)+
CLR (RO)+
CLR (RO)+
CLR (RO)+
MOV E4, (RO)+

MOV ES, (RO)
(MP EQ,E2

MOV EPSW,3EOPSW
RTS PC

s CALCULATE NO. OF CHARS.
NOT TRANSFERRED
;
;STORE RESULT
JMARK REAL

END OF

DEST

JWHO'S HIGHER IN MEMORY

;MOVE FORWARD
;START OF SOURCE
;START OF DEST.
:fEER COMPLETE YET

sCAL.

INDEX INTO TABLE

;JMOVE TABLE VALUE

TO DEST.

;DEST MOVE POINTER
JXFER COMPLETE °

;CAL INDEX INTO TABLE
.MOVE

TABLE VALUE

;COMPLETE
JYES

JXFER FILL

JRETURN CLEAN UP

;RO

:R1

JR2 = 0
:R3 =0

R4 - R4
RS = RS

JSET CC BITS

JRETURN STATUS

INTO DEST.

NNLO

013702
013703

163703
010377
000405
010102
163702
005077
023702
103407
013703
010204

1%:

017122

163737

2%:

017120

3%:

176674

017122

4%:

017122

EMRBKD:
1%:

BR 4%
MOV R1,R2
suB EO,R2

CLR REORSTK

CMP
BLO
MOV
MOV
CMP

E1,R2
EMRFWD
E1,R3
R2,R4
R4 ,R1

BEQ EMRFIL

MOVB (R3)+,(R4)+
BR 1%
(MP R1,R2

EMRFWD:

BEQ EMRFIL

MOVB -(RO) ,-(R1)
017126

:
EMRFIL

BR EMRFWD

2%:

017130

017114

020324
020332

177776

STRING
SOURCE

;sFIND END OF

DEST.

WHICH STRING

s SOURCE
;DEST.

1%:

017124
176564

MOV E3,R3
CMP R3,R2
BEQ 18
MOVB E4, (R3)+
BR 2%
MOV EORSTK,RO
TST

CLR
CLR
CLR
MOV
MOV
CMP

(RO)+

(RO)+
(RO)+
(RO)+
E4, (RO)+
E5. (RO)
EO,E2

MOV EPSW,aEOPSW
RTS PC

IS LARGER

+ SAME

; SHORTEN SOURCE
sDEST. REAL START
s CALCULATE NO OF CHARS
2

176710

017130
017132
017120

MOVE REVERSE
;FIND END OF

NOT

TRANSFERRED

;STORE RESULT

JMARK REAL

START OF

JALL CHARS.

DEST.

TRANSFERED

;WHO'S IN HIGH MEMORY

;MOVE FORWARD

;SOURCE START POINTER

sDEST. START POINTER
;XFER COMPLETE

JYES
;XFER CHAR.

JXFER COMPLETE
S YES

;XFER CHAR.

;JADD FILLER
JFILL COMPLETE
JYES
JXFER FILL
JRETURN CLEAN UP

013702
000421
010037

017124

101004
103421

SEQ 0090

nnunn

020214
020220
020224
020226
020232
020234

EMOVRC(:

0
W

020206
020210

013700
063700
013701
063701
023737

PAGE 83

020112
020116
020122
020126
020132
020140
020142
020144
020150
020152
020156
020164
020170
020174
020200
020204

£3%

8541
8542
8543
8544
8545

1-0CT-79
10:59
MOVE REVERSE STRING

NP OMNOHIWNO

CZKEEA.P

MACY11 27(655)

MmO mpr-a2mmmm

( {? INST EXERCISER

POP=-11

RO
0
0
0
R4

;RS = RS

JSET CC BITS

JRETURN TO USER

POP=-11 CIS INST EXERCISER
CZKEEA.P11

8589
8590
8591
8592

020334

8593
8594
8595

013700
063700
013701
063701

8596
8597
8598

MACY11 27(655)

1-0CT=-79

COMPARE STRING

017120
017122
017124
017126
017122
017126

ECMPC:

1%:

10:59

7
N
PAGE 83-1

LSBTTL
MOV EO,RQ
ADD E1,R0O
MOV EZ2.R1
ADD E3.R1
MOV E1,R2
MOV E3,R3
CMP RO,R2
BEQ ENDA

CMP R1,R3

177776

BEQ ENDB
(MPB (R2),(R3)
MOV EPSW,aEOPSW

176512

:
ECMOUT

017114

EMATOT:

CMPB (R3)+,(R2)+
BEQ 13
DEC R3
DEC R2
SUB R3.R1
SuB RZ2.RO
MOV EORSTK,R4
MOV RO, (R4)+

MOV R2.,(R4)+
MOV R1, (R4)+

MOV R3,(R4)+

MOV E4, (R4)+

ENDA:

177776

176436

017130
177776
017130

176422

1%:

ENDR:

017130
177776
017130
020532
020534

000727

176372

SEQ 0091
COMPARE STRING

;CAL. END OF SCR1

;CAL. END OF SCRZ
;START OF SCR1

;START OF SCRZ
JEND OF SCR1

;YES

JEND OF SCR2
;YES

“SET CC BITS

*STORE STATUS
;FIND NON MATCHING CHARS.
JKEEP TRYING
;ADJ SCR1 POINTER

;ADJ SCR2 POINTER
;NO. OF CHARS. LEFT IN SCRZ
;NO. OF CHARS. LEFT [N SCR1
JREGISTER DUMP POINTER
JRO = SCR1 LEN
;R1 = SCR1 START
;R2 = SCR2 LEN
;R3 = SCRZ2 START

MOV ES, (R4)+

!R4 = R4
;RS = RS

CMP R1,R3

JEND SCR2 72

RTS PC

BNE 1%
MOV EPSW.,3EOPSW
BR ECMOUT
CMPB E4, (R3)
MOV EPSW,a3EOFSW
(MPB E4, (R3)+
BEQ ENDA
DEC R3
BR ECMOUT
(MP RO,R2
BEQ ECMOUT
(MPB (R2) ,E4
MOV EPSW,aEQOPSW

CMPB E4,(R2)+

BEQ ENDB

DEC R2

BR ECMOUT

;YES - STORE STATUS

;SET CC BITS
s STORE RESULT
JFIND NON MATCHING CHARS.

JKEEP TRYING

;ADJ SCR2 POINTER
JEND SCR1

;YES

;SET CC BITS
;SAVE RESULT
;FIND NON MATCHING CHARS.

;KEEP TRYING
;ADJ

POINTER

PDP-11

CIS

CZKEEA. P11

INST EXERCISER

MACY1T 27(655)

1-0(T1-79
MATCH STRING

020536
020542
020546
020552

10:59

PAGE

83-2

SEQ 0092
MATCH STRING

;CALCULATE END OF SR(

FMT(CHC:

;CALCULATE END OF 08J

177776

020420

176254

R1,R3
3S
R2, 020632
005700
EPSW,at 0PSW
EMATOT

;START OF SRC
;START OF 0BJ
;SAVE START OF

SR(C

:O?g FOUND IN STRING?
.Y

JSAVE RESULT

TST

INST EXERCISER

020646
020652
020656

020662

1-0CT-79
10:59
PAGE 83-3
SEARCH FOR NON GROUP (HARS.

013700
063700
013701
020100
001476

ESPNC(:
1%:

112137
105037

020704
020710
020714
020716
020720

063737

117702
133702
001362
005301
000137

T
¥

MACY1T 27(655)

017136

021062

.SBTTL
MOV E1,RO
ADD EQ,RO
MOV E1,R1
(MP R1,RO
BEQ ESPND
MOVB (R1)+,TEMP
CLRB TEMP+1
ADD ES,TEMP
MOVB aTEMP, R?
BITB E4,R2
BNE 1%
DEC R1
JMP ESPND

SEC 0093
SEARCH FOR NON GROUP (HARS.

s CALCULATE END OF SOURCE

;START OF SOURCE
;COMPLETE
JYES
;TABLE OFFSET

JLOWER BYTE ONLY

;TABLE DATA
JAND MASK

;IF - C END SEARCH
;ADy

POINTER

POP=11 CIS
(ZKEEA, PN

POP=11 (IS INST EXERCISER
(ZKEEA.P11

8677
8678

020724

020730
020734
020740
020742
020744
020750
020754
020762
020766
020772
020774
020776

013700
063700
013701
020100
001447
112137
105037

063737

133/82117702

001762
005301
000137

MACY1T 27(655)
1=0CT=-79
10:59
SEAR(CH FOR GROUP (HARS.

017136
017177
017132

176150
077130

021062

SCAR(CH FOR GROUP (HARS.

MOV E1,R0O

1%:

ADD
MOV
(MP
BEQ

MOVB

017136

SEQ 0094

.SBTTL

FSCONC:

017122
017120
017122

U 38
PAGE 8$-«

;CALCULATE END OF SOUR(E

EO,RO
E1,R1
R1,RO
ESPND

;START OF

(R1)+,TEMP

CLRB TEMP+1
ADD ES,TEMP

MOVB TEMP R2
BITB E4,R2
BEQ 1%
DEC R1

JMP ESPND

—

SOURCE

;COMPLETE ?
JYES
;TABLE OFFSET
JLOWER BYTE ONLY
; TABLE DATA

;AND MASK
;IF <>0 END SEARCH
;ADU POINTER

POP=11 ( {? INST EXERCISER
(ZKEEA.P

8692
8693
8694
8695
8696
8697
8698
8699
8700

8701

013700

017122

063700
020001
001421
122137
001373
005301
000137

017120

10001

017130

021062

MACY11 27(655)
LOCC

INSTRUCTION

1-0(T-79

ELOCC:

18:

10:59

I35

PAGE

LSRTTL
MOV E1,RO
MOV RO,R1
ADD EQ,RO
(MP RO,R1
BEQ ESPND
(MPB (R1)+,E4
BNE 1%
DEC R1
JMP ESPND

83-5

SEQ 0095

LOCC

INSTRUCTION

; CALCULATE END ADDRESS
;SEARCH POINTER

:Hgg SEARCH FAILED
;Y

;LOOK FOR CHAR.
NOT FOUND YET
;ADJUST POINTER
<RETURN

PDP=11 (]IS
(ZKEEA. P11

8703
8704
8705
8706

8707

8708
8709
8710
8711

8712
8713
8714
8715
8716
8717

8718
8719
8720
8721
872¢

INST EXERCISER

02103%
021040
021042
021046
021050
021052

013700
010001
063700
020001
001404
122137

001773
005301
160100

01370¢
010022
010122
013722
013722
013722
013722

005700
013777
000207

MACYTT 27(655)
1-0CT=79
SKPC INSTRUCTION

17122

£SKP( :

017120

1%:

17130

ESPND:

017114«
017124
017126
017130
017132
177776

175772

10:59

F 8

PAGE 83-6

LSBTTL
MOV E1,RO
MOV RO,R1
ADD EOQ,RO

SEQ 0096
SKPC

INSTRUCT]ION

;CALCULATE END ADDRESS
;START ADDRESS

(MP RO,R1
BEQ ESPND

sSEARCH FOR PASS
JFOUND IT
;LOOK FOR NOT (HAR.

SUB R1,R0

sNO. OF (HARS.

(MPB (R1)+,E4
BEQ 1%
DEC R1
MOV
MOV
MOV
MOV
MOV
MOV
MOV
1ST

EORSTK,R?
RO, (R2)+
R1,(R2)+
EZ2, (R2)+
E3,(R2)+
E&4,(R2)+
ES,(R2)+
RO

MOV EFPSW.,aEOPSW
RTS PC

JREGISTER DUMP POINTER

;RO = LEN

;R1 = POS.
JR2 = R2

;RS - R3
;R4 = R4
;RS = RS

;SET CC BITS

sSTORE RESULTS

INST EXERCISER

MACYT1

8724
8725
8726
8727
8728
8729
8730
8731
8732
8733
8734
8735

TR
IR TREFEYR)

3232322802202

ROUTINE

8757
8758
8759
8760
8761
8762

8763

8764

8765

8766

8767

8768
8769

8770
8771
8772
8773
8774
8775
877€
8777

SEQ 0097
DIGIT

2222RRRRRRR2

2202222

(SIGN)

INPUTS: RO - STRING ADDRESS
R1

= TYPE & POSITION OF

RETRIEVER

R22R2ARRRRER

TO RETREIVE A PACKED OR ZONED DIGIT

(GR

2Rl

SIGN)

€ROM A DEfIMAL

STRING.

DIGIT REQUESTED WITHIN STRING

ELSD = TYPE & STRING LENGTH

QUTPUT: ERSNEG

EODD = ODD SIZE

INDICATOR

SIGN (IS SIGN WAS REQUESTED)

0 IF REQUEST IS FOR UNSIGNED STRING SIGN.

R2 ~ REQUESTED DIGIT (O IF SIGN WAS REQUESTED)
SGNBYT = SIGN BYTE IF SIGN WAS REQUESTED
RO,R1,ELSD,EODD RETURNED UNDISTURBED

8737
8738
8739

875¢
8753
8754
8755
8756

PAGE

.SBTTL
S

8736

8740
8741
8742
8743
8744
8745
8746
8747
8748
8749
8750
8751

1-0CT=-79
10:59
27(655)
DIGIT (SIGN) RETRIEVER

:
USAGE

(MSD MOST

SIGNIFICANT

TO REQUEST MSD

'
"

SET R1

SET R1
LSD
SIGN SET R}

DIGIT;LSD LEAST

SIGNIF

- 0
= STRING LENGTH =1

DIGIT

STRING LENGTH

S 2222238822222
R RRARRRR2RSRARRRRRRRRRRRRRRRRNERRERERRR R}

021126
021132
021134
021140
021142
21146

026056

021150
021154
021160
021164
021170
021172
021174
021200
021204
021212
021216
021222
021226
021230
021234
021236
021240
021244
021250
021252
021256
021264
021266

031664
031666
070000
024646

TST

EPAK

;PACKED

JSR PC,EFNDTZ

. JONED

JSR PC,EF INDT
RTS PC

JPACKED

BM]

021352
021150

1%:

2%:

BR 2%

;PACKED STRING DIGIT RETRIEVER

EFINDT:

MOV RO, ETMPRO
MOV R1,ETMPR]
BIC #070000,R1

10%:

024630

INC R1
MOV R1,EF INDA

JNUMBER [S EVEN
;FIND WORD TO NIBBLF

108

ASR EF INDA

#1,EFINDA
EF INDA
RO,
EF INDA ,RC
lg,R1
1

177760

4%:

024664

005037

024616

031666

;JADD OFFSET TO POSITION
JPLACE IN RO FOR USE
;JWHICH BYTE

MOVB 1(R0O),R2

;GRAB BYTE

MOVB

;GRAB LOWER BYTE

BR 2%

’%:

INPUT REGISTERS

;CLEAR TYPE FIELD
JPOSITION CORRECT FOR ODD SIZE NUMBERS

BIC
ADD
MOV
BIT
BEQ

024722
000001

ZONED

TST EODD

BM]

024630

;SAVE

(R0O) ,R?

MOVB R2,SGNBYT
BIT #1,R1

BEQ 38
BIC #177760,R2
(MPB ELSD,ETMPRY
BNE 5%
(LR ERSNEG

;SAVE

SIGN BYTE

FOR POSSIBLE

JWHICH NIBBLE
JHIGH
JLOwW
JREQUEST FOR SIGN?
JBRANCH [F

ERROR PRINT

POP=11 (] ?
CZKEEA.PI

(IS
(ZKEEA. P11

INST

8778
8779
8780

021272
021276
021300
021304
021306
021314
021316
021324
021326
021332
021336
021340
021342
021344
021346
021350

020227

021352
021356
021362
021370
021374
021402
021404
021412
021414
021422
021424

010037
010137

8781
8782
8783
8784
8785
8786
8787
8788
8789
8790
8791
8792

8793

8794
8795
8796
8797
8798

EXERCISER

1-0(T=-79
10:59
MACY11 27(655)
DIGIT (SIGN) RETRIEVER

000013
000015
000160

031667

177777

024€16

031664
031666

6% :
5%

13 ¥

000740

122737
001405
122737
00141
000415

000040

031667

000060

031667

021426
021432

005337

024664
024654

021440
021544

021436

001010
004737
000407

021446
021446

005701

02145C
021452
021456

001003
004737
000402

021460
021462
021464
021470
021474
021500
021506
021510
021510

060100

123737

001442

123701

111002

042702
013700
013701
013737
000207
105737
001020

84-1

(MP
BEQ
(MP
BNE

R2,#13
7%
R2,#15
6%
CMPR #160,ETMPR1+1
BEQ 63
MOV #177777 .,ERSNEG
(LR R2
MOV ETMPRO,RO
MOV ETMPR1.R1
RTS PC

ASR R?
ASR R2

;ZONED STRING DIGIT RETRIEVER
EFENDTZ:
MOV RO, ETMPRO
024656

013737
042701

SEQ 0098

;1S RETRIEVED SIGN NEG (1011)?
JBRANCH [F YES

;1S RETRIEVED SIGN NEG (1101)?

JBRANCH [F NO

;IS INST UNSIGNED PA(CKED?
sBRANCH [F YES
JSET NEG FLAG
JRESTORE REGISTERS

!RETURN
:SELECT UPPER NIBRBLE

ASR R?
ASR R2
BR 4%

031654
031666
024664
070000
024664

021514

7%:

PAGE

MOV R1,ETMPR1
MOV ELSD,ESLSD

8IC #070000,R1

031666

C(MPB ELSD,FTMPRI1

6%:

:TYPE

CMPB ELSD,R1

2%:
024664

TRAILING OVERPUNCH

JSR _P(,DECZO

ST R

;TYPE = LEADING OVERPUNCH
;IS DIGIT REQUESTED PART OF ENCODED

JSR P(C,DECZO

177760

1S BIGIT REQUESTED PART OF THE
ENCODED SIGN DIGIT?
:
:BRANCH IF NO
:DECODE JVERPUNCH BYTE FOR DIGIT

BR 2%

3%:

0246664

DEC ELSD

BNE 3%

021764

031664
031666
024656

JBRANCH IF YES
;1S DESC TYPE TRAILING OVERPUN(HY
JBRANCH [F YES
;1S DESC TYPE LEADING QVERPUN(CH?
JBRANCH [F YES

BR 2%
5%:

JREQUEST FOR SIGN?

BEQ 18
CMPB #040,ETMPR]
+1
BEQ 4%
CMPB #0€0,ETMPR1+1
BEQ 5%
BR 3%

BNE 3%

021764

;SAVE REGISTER

ADD R1,R0O
MOVB (RO) ,R?
8I1C #177760,R2
MOV ETMPRO,RO
MOV ETMPR1,R1

SIGN DIGIT?
;
sBRANCH IF NO
;DECODE OVERPUNCH BYTE

;BYTE ADDRESS

;DATA
;MASK OFF

JUNK

JRESTORE REGISTER

MOV ESLSD,ELSD

1%:

RTS PC

TSTB ELSD

BNE

10$

REQUESTED
RING LEN - 0?
H IF NO

PDP=1"

POP=11 CIS INST EXERCISER
(ZKEEA.PIT

8832
8833
8834
8835

021516
021524
021526
0231532

122737
001002
000137
122737

000100

021710

000°20

MACY1T 27(655)
DIGIT

1-0C7=79

(SIGN) RETRIEVER

031667

10:59

103%:

PAGE 84-2

(MPB #100,ETMPRT+1
BNE 103$
JMP 148
+1
(MPB #120,ETMPRT

SEQ 0099
JTYPE

001002
000137
005037
000137

021556
021564
021566
021570
021572
021576

122737
001022
060100
114002
010237
042702
020227
001404
005037
005002
000722

000000

012737
005002
000715

177777

024616

101%:

000020

031667

11%:

021616
021620
021626
021630
021632
021640
021642

021644

021650
021652
021660
021662
021664
021€70
021672

021674
021702
021704
021706
021710
021716
021720
021722
021726
021732
021734
021736

021744
021746
021750

122737

001004
060100
114037
000757
122737
001005
005301
004737
005002
000674
122737

001002
005001
000766
122737
001007
060100
111037
121027
001326

021736
024722
021610

114037

031667

10%:

CLR SGNBYT

1008%:

000040

031667

021764

000060

12%:

120%:

031667

" 3%:

CMP R2,#160
gEQ 10718
CLR ERSNEG

CLR R2
BR 2%

MOV #177777 ,ERSNEG
CLR R2
BR 2%
(MPB #020,ETMPRI+1
BNE 12%

031667

024722
000055

024722

031667

15%:
115%:

;SAVE SIGN BYTF
;LOOK ONLY AT SIGN
JIS IT (0111) NEGATIVE
JBRANCH [IF

YES

JSET SIGN FLAG TO +

;SE1

SIGN FLAG TO

'-'

;IS TYPE = UNSIGNED ZONED’
;BRANCH IF NG

MOYB -(RO),SGNBYT
BR 100%
+1
CMPB #040,ETMPR1
BNE 13%

;1S TYPE - TRAILING QOVERPUNCH?
JBRANCH IF NO

CMPB #060,ETMMPR1+1
BNE 14%

;1S TYPE - LEADING OVERPUNCH?
sBRANCH [F NO

DEC R1
JSR PC,CECZ0
(LR R?
BR 2%

CLR R1

000100

JRETURN SIGN AT 'A-1'
:CLEAR SIGN BYTE FOR POSSIBLE ERROR PRINT
;1S TYPE ~ SIGNED ZONED?
;BRANCH IF NO
;FORM SIGN ADDRESS

ADD R1,R0O

024722

THAT OCCUPIES MEMORY.
M
JBRANCH IF NO

CMPB #000,ETMPR1+1
BNE 118

BIC #177417,R2

024616

O LEN ZONED STRING THAT

JRETURN + SIGN

MOVB -(R0O) ,R2
MOV R2,SGNBYT

024722
177417
000160

SEPARATE®

JMP 1008

ADD R1,RO

000120

000000

102%:

BNE 102%
JMP 153

TRAILING

;BRANCH IF NO
;RETURN SIGN AT ‘A’
;IS STRING TYPE LEADING SEPARATE?
:NOTE: SEPARATE TYPE ARE THE ONLY

;

021540
021542
021546
021552

BR 1203
+1
CMPB #100,ETMPR1
BNE 15%
ADD R1,RO
MOVB (R0O),SGNBYT
(MPB (RO) ,#55
BNE 100%
BR 101%

T
(MPB #120,ETMPR+1
BEQ 115%
T
RAL

MOVB -(R0O),SGNBY!

. SAVE

SIGN BYTE

;1S TYPE = TRAILING SEPARATE
;BRANCH [F NO
;FORM ADDRESS OF SIGN
;JSAVE

SIGN BYTE

;1S SIGN = *=!
;BRANCH [F NO

;IS TYPE=LEADING SEPARATE
;ILLEGAL

ZONED DATA TYPE

POP=-11 CIS INST EXERCISER
(ZKEEA.P1Y

021754
021760
021762

121027

001313
000716

MACY1T 27(655)
1-0CT=79
10:59
DIGIT (SIGN) RETRIEVER

J
8
PAGE 84-3

CMPB (RO) ,#55
BNE 100%
BR 10"$

000055

SEQ 0100

;IS SIGN JBRANCH [F

'='

:SUBROUTINE TO DECODE ZONED OVERPUNCH SIGN DIGIT BYTE
DECZ0:

060100
111002

010237
042702
0202¢7
001014

024722
177417
0001690

032702
001403
005037
000403
012737
005002
000207
020227
001014

000002

032702
001356
012737
042702

000010

111002

ADD R1,R0O

MOVB (R0O),R2
MOV R2,SGNBYT

BIC #177417.R2
CMP R2.,4160

5%:

024616
177777

024616

000120

177777
177760

2%:
3%
1%:

024616

177760
000100

6%:

0023C0

61%:

000012

000010

000207

024616

62%:

;SAVE SIGN BYTE FOR POSSIBLE ERROR PRINTOUT

;LOOK AT HIGH NIRBLE

;1S HIGH NIBBLE A 7

;BRANCH ]F NO

;DIGIT = 0
;1S SIGN + OR JBRANCH

MOV #177777 ,ERSNEG
(LR R2
RTS PC

CMP R2,#120
BNE 4%
MOVB (RO) ,R2
BIT #10,R2
BNE 5%
MOV 8177777 ,ERSNEG
BIC #177760,R2

RTS P(C

CMP R2,4100
BEQ 61%

;1S HIGH NIBBLE A 5?
JBRANCH [F NO

;1S DIGIT = 0?

JBRANCH IF YES
;DIGIT IS NEG

;IS HIGH NIBBLE A 3?
;BRANCH IF NO
;SIGN IS POSITIVE

;DIGIT = LOW NIBBLE OF BYTE

;1S HIGH NIBBLE A 4?

ST PRTSGN

;DECIMAL PRINTING IN PROGRESS?

HALT

MIDDLE OF ERROR PRINTCUT)
.
JILLEGAL ENCODING OF OVERPUNCH DIGIT

BNE 62%

177760

1727777

CLR ERSNEG
BR 38

BNE 6%
CLR ERSNEG
MOVB (RO) ,R2
BIC #177760,R2

024616

022132
022134
022136
022142
022146
022150
022156
022162
022164
022166
022172

BIT #2.R2
BEQ 2§

ADD #7.R2
RTS PC
cMP R2,4060

000007
000060

022130

BNE 18
MOVB (RO) ,R2

JFIND DIGIT BY DECODING
;DIGIT RETURNED IN RZ2; SIGN IN ERSNEG
;GET ENCODED BYTE

MOVB (RO) ,R2

BIC
CMP
BLO
MOV
B8IC
DEC

#177760,R2
R2 #12
62%
#177777 ,ERSNEG
#10,R2
R2

RTS PC

(LR ERSNEG

RTS PC

JBRANCH IF

YES

(DONT WANT

;1S DIGIT POSITIVE?
;BRANCH [F YES

TO HALT

POP=11

CIS

(ZKEEA.P11

INST EXERCISER

MACY1T 27(655)
1-0(T=-79
10:59
DIGIT (SIGN) PUSHER

8341

K
8
PAGE 84-4

LSBTTL

89‘.2

SEQ 0101
DIGIT

(SIGN) PUSHER

:"..".'.""Q'Q"'Q'.Q"t-Qifi"'fi"fi."'fi"ifi.fi"tt"."fi'.""fi‘t".'.'"

8943

;

ggzg

JROUTINE

8946

;

8950
8951

;

8947
8548
8949

:
;
;

ggg%

TO PUSH A PACKED OR ZONED DIGIT

(OR SIGN)

INPUTS: RO = STRING ADDRESS

RY = TYPE & POSITION OF WHERE
ELSD = TYPE & STRING LEN
EODD = ODD SIZE INDICATOR

ONTO A DECIMAL

STRING

TO STORE DIGIT IN STRING

ERSNEG = SIGN IF SIGN IS TO BE STORED
(EXCEPT 1111 IS ALWAYS STORED FOR UNSIGNLD PACKED STRINGS)

RZ2 = DIGIT

TO PUSH INTO STRING

8954

;

OUTPUT: ERSNEG ~ O TOR UNSIGNED STRINGS SIGN

8957
8958
8959
ggg?

;
;
;
M

USAGE:

8%2

:'.'.".'Q*"t.Q.'.Q."fi."t"fi.‘fi'.fi'*"*"'.'fit"'fi"Q*Q"'fl'""..fifi“'fifi'.

gggg

8963
8964
8965
8966
8967
8968
gggg

022174
022200
022202
022206
022210
022214

005737
100403
004737
000402
004737
000207

026056

8971
8972
8973

022216
022222

010037
010137

031664
031666

8975
8976
8977
8978
8979
8980
8981
8982
8983
8984
8985
8986
8987
8988
8989
8990
8991
8992
8993
8994

022232
022236
022242
022244
022246
022252
022256
022262
022266
022274
022276
022304
022306
022312
022316
022320
022324
022326
022332
(022334

010237
005737
100401
005201
010137
006237
063700
042702
123737
001021
122737
001005
112702
005037
000410
005737
001403
112702
000402
112702

031670
074646

8974

022226

042701

RO,R1,ELSD,EODD,R2 RETURNED UNDISTURBED

:
EPUSH:

022452
022216

1%:
2%:

B8IC #O?OOOO.R1

024630
024630
024630
177760
024664

(031666

000160

031667

10%:

000017
024616

7%:

000015

000014

TST EPAK
Ml 1%
JSR P(C,EPUDTZ
BR 2%
JSR PC,EPUTDT
RTS PC

JPACKED STRING NIBBLE PUSHER
EPUTDT:
MOV RC,ETMPRO
MOV R1,ETMPR1

070000

024616

TO PUSH MSD
SET R1 - 0
'
LSD
SET R1 = STRING LEN - 1
v
"
SIGN SET R1 - STRING LEN
IF STRING LEN = O THEN STORED BYTE

6%:

MOV RZ2,ETMPR?
TST EODD
8Ml 10%
INC R
MOV R1,EF INDA
ASR EF INDA
ADD EF INDA,RO
BIC #177760,R2
CMPB ELSD,ETMPRI
BNE 5%
(MPB #160,ETMPR1+1
BNE 7%
MOVB #17.R2
CLR ERSNEG
BR S$
TST ERSNEG
BEQ 6%
MOVB #15,R2
BR S%
MOVBR #14,R?2

0.SIGN

cJONED OR PACKED STRING?

s ZONED
;PACKED

;SAVE REGISTERS

:CLEAR TYPE FIELD
;POSITION CORRECT FOR ODD SIZE NUMBERS
;FIND WORD TO NIRBLE

;MASK JUNK FROM DATA
JREQUEST TO INSERT SIGN?
;BRANCH [F NO
JUNSIGNED INST?
:BRANCH [F NO
JYES = STORE (1111)
:SET SIGN FLAG TO POSITIVE

;STORE + SIGN?
IBRANCH [F YES

;STORE MIN 5 SIGN

JSTORE POSITIVE SIGN

POP=11 (IS
(ZKEEA.P11

8995
8996
8997
8998

INST EXERCISER

MACY1T

010237
012737
032701

024647

022340
022344
022352
022356

017136
000017
000001

017136
017136
017136
017136
000360
024642
017136
024646

1-0(T=79
10:59
27(655)
DIGIT (SIGN) PUSHER

5¢:

2%:

022452
022456
022462
022466
022472
022476
022502
022510

022512
022514
022516
022522
022526

010037
010137
042701
010237
042702
052702
123737
001411
060100
110210
013700
013701
013702

3%:

BNE 2%

;LOW
JPOSITION FOR HIGH NIBBLE

MOV #360,EMASK
BICB EMASK, (RO)
BISB TEMP, (RO)

;NIBBLE MASK
;CLEAR NIBBLE BEFORE LOAD
;LOAD NIBBLE
;IF NUMBER IS EVEN LENGTH

TEMP
TEMP
TEMP
TEMP

CLR
DEC
BEQ
MOV
MOV
MOV

TEMP
R1
48
ETMPRO,R0
ETMPR1.RI
ETMPRZ.R2

s ZJONED STRING DIGIT PUSHER

EPUDTZ:

MOV RO, ETMPRO
MOV R1,ETMPR1

MOV R2,ETMPR?

BIC #177760,R2
BIS #60,R2

031666

031664
031666
031670

2%:

024664

1%:

000100

031667

000120

031667

024616

100%:
4%

031667

3%:

024616

CMPB ELSD,ETMPRI
BEQ 1%
ADD R1,RO
MOVB RZ, (RO)
MOV ETMPRO,RO
MOV ETMPR1,R1
MOV ETMPRZ,RZ
RTS PC
TSTB_ELSD

BNE 3%
CMPB #100,ETMPR1+1
BNE 100%
BR 148
CMPB #120,ETMPR1+1
BNE 43
BR 16%

CLR_ERSNEG
BR 2%
+1
CMPB #000,ETMPR1
BNE 5%
TST ERSNEG

000003

022624

000007

JAND THIS IS LAST DIGIT
s THEN CLEAR UNUSED NIBBLE
JRESTORE REGISTERS

;SAVE REGISTER

BIC #07000G,R1

177760

000000

JWHICH NIBBLE

DATA

.LOW NIBBLE MASK

RTS PC

031664
031666
070000
031670

000060
026664

BIT #1.R1

TST EODD

031664
031666
031670

SEQ 0102
;HOLD

MOV #17.EMASK

BM] 3$

017136

022450

MOV R2,TEMP

ASL
ASL
ASL
ASL

024642

PAGE 84-5

JMASK OFF JUNKK
sADD JUNK

sREQUEST TO PUSH SIGN?
JBRANCH [F YES
;WORD ADDRESS
;DEPOSIT DATA
JRESTORE REGISTER

;1S STRING 0 IN LEN

;BRANCH IF NO
;1S SIGN = TRAILING SEPARATE

JPUSH TRAILING SEP SIGN INTO ‘A’

;1S STRING TYPE = LEADING SEPARATE

;BRANCH IF NO
;PUSH LEADING SEPARATE SIGN INTO 'A-1'
;IS TYPE=SIGNED ZONED
;BRANCH IF NO
;WHAT

SIGN

TO BE

STORED

;STORE + SIGN
6%:
7$:

MOVB #7,R?
ADD R1,RO

;STORE - SIGN

;FORM SIGN BYTE

ADDRESS

PDP=11

CIS

(ZKEEA.P11
9049
9050
9051
9052
9053
9054
9055
9056

9057

9058

INST EXERCISER

022626
022632
022634
022636
022640
022642
022644
022646
022654
022656
022660
022666
022670
022672
022674
022700
022704
022706
022712
022714

142740
006302

MACY1T 27(655)
1-0CT=79
10:59
DIGIT (SIGN) PUSHER

BICB #360,-(R0O)

000360

ASL
ASL
ASL
ASL

000020

031667

5%:

000040

031667

10$%:
15%:

000060
024616

13$:
12%:

031667

11%:

MOVB -(R0O) ,RZ

;PICKUP DIGIT TO BE ENCODED WITH SIGN

ADD R1,RO

BIC #60,R2

060100
005737
001003
112710
000654
112710
000651

022774
023002
023004
023006
023010

001401
000000
005300
000760

122737

001012

122737

000100

031667

024616

164%:
21s:

000053
000055

000120

17%:

031667

16%:
20$:

;IS TYPE = UNSIGNED ZONED
;BRANCH IF NO

;SIGN =3
;IS TYPE = TRAILING OVERPUNCHED?

;STRIP JUNK THAT WAS PREVIOUSLY ADDED.

;1S SIGN NEGATIVE?

ADD #OPEPTB,RZ
MOvB (R2), (RO)

;BRANCH IF YES
JENCODE DIGIT WITH + SIGN
;STORE ENCODED BYTE IN STRING.

ADD #OPENTB,RZ

JENCODE DIGIT WITH = SIGN

BR 2%

BR 133
CMPR #260,ETMPR1+1
BNE 14

BR 15%

022740
022746
022750
022752
022756
022760
022764
022766
022772

;CLEAR POSITION FOR SIGN

JSHIFT SIGN INTO HIGH NIBBLE POSITION

. INSERT SIGN

INC RO

022736

SEQ 0103

BISB RZ2,(RO)
BR 2%
CMPB #020,ETMPR1+1
BNE 10%
BR 4%
CMPB #040,ETMPR1+1
BNE 11%

BNE 12%

024710
000060

R2
RZ
R2
RZ

TST ERSNEG

024676

022716
022722
022724
022732
022734

M 8
PAGE 84-6

+1
CMPB #100,ETMPR1
BNE 16%
ADD R1,RO
TST ERSNEG

BNE 7%
MOVB #4053, (RO)
BR 2%

;STORE ENCODED BYTE IN STRING.
;1S TYPE = LEADING OVERPUNCH?
JBRANCH [F NO

;ADJUST RO TO ENABLE USE
OF

TRAILING OVERPUNCH ROUTINE

;1S TYPE=TRAILiING SEPARATE?
JBRANCH IF NO
;1S SIGN NEGATIVE?
JBRANCH IF YES
JSTORE + SIGN

MOVB #055, (RO)

;STORE -~ SIGN

CMPB #120,ETMPR1+1
BEQ 20%

;1S TYPE = LEADING SEPARATE?
JBRANCH [F YES
;ILLEGAL ZONED DATA TYPE

BR 2%

HALT

DEC RO
BR 21%

PDP-11 CIS INST EXERCISER

CZKEEA.PI
9095
9096
9097
9098
9099
9100
9101
9102
9103
9104
9105
9106
9107

023012
023020
023026
023026
023032
023034
023040
023042
023046
023052
023056
023060

063737
005737
001410
105737
001403
005337
000402
005237
005037
005737
100006
062737

9109
9110
9111

023074
023102
023104
023120
023126
023134

9108

9112

N 13
14
12

023066

023112

024624
024622

MACY11 27(655)

DECIMAL ADDER

024626

024626
024626
024622
024626

2%:
1%:

024626

023727
101411
062737

024626

000011

000006

024626

112737
053737
000207

000377
024626

024622
024640

042737

EDCAD:

024623

000012

112737

1-0CT=79

000377

177760

024623

024626

10:59

PAGE 84~7

LSBTTL
ADD EDCOPA.EDCOPB
TST ECARRY
BEQ 1%
TSTR ECARRY+1
BEQ 2%
DEC EDCOPB
BR 1%
INC EDCOPB
CLR ECARRY
TST EDCOPB
BPL 3§
ADD #12,EDCOPR

DECIMAL ADDER
;ADD TWO SOURCE DIGITS
"ANY CARRY OR BORROW
*NO
:WHICH ONE

CMP EDCOPB, 417
BLOS 4$
ADD #6,EDCOPB

*1S RESULT > 9
*NO
*CONVERT TO DECIMAL

MOVB #377.ECARRY
BIS EDCOPB,EADSUM
RTS PC

JRESULT = O INDICATOR

MOVB #377 ECARRY+1

BIC #177760,EDCOPR
4%:

SEQ 0104

: BORROW
: CARRY
JRESET CARRY/BORROW FLAG
;1S RESULT NEGATIVE
*NO
JMAKE VALUE POSITIVE

"SET BORROW FLAG

9118
9119
9120
NN
9122
9123
9124

9125
9126

9127
9128
9129
9130
NN
9132
9133

9134
9135
9136
9137
9138
9139
9140
9141

9142
9143
9144

9145
9146
9147
9148
9149
9150
9151
9152
9153
9154
9155
9156
9157
9158
9159
9160
9161
9162
9163
9164
9165
9166
9167
9168
9169
9170
9171

INST EXERCISER

023136
023144

012737
000430
005037
000425
012737
012737
005037
032737
001411
012737
000405
005037
012737
005037
005037
005037
013737
013737
013737
032737
001403
012737
032737
001403
012737
032737
001403
012737
013700
013701
013737
013737
004737

005037
005737
001007
005737
001407
012737
000403
005737
001771
013700

013701
013737
013737
004737
005027
005737
001403
012737

177777

026056

ADDP ,ADDN, SUBP, SUBN

BR EADSUB
CLRk EPAK
BR EADSUB

;INDICATE ZONED MODE

;INDICATE PACKED MODE

017120

8IT #1,E0

;IS NUMBER ODD LENGTH

024646

MOV #177777,E0DD

1772777

024660

ESUBP:

CLR EODD

BEQ EADSUB

BR EADSUB
CLR EPAK
MOV #177777 ,ESUBF

ESUBN.
EADSUB:

CLR EAODD
(LR EBODD
CLR ECODD

024670
024672
024674
017120

MOV
MOV
MOV
BIT

EOQ,TEO
E2,TE?2
E4,TE4
#1,E0

BEQ 103
MOV #177777 ,EAQDD

177777
000001

024650
17124

10%:

BIT #1,E2

1727777

000001

024652
017130

11%:

BIT #1,E4

177777

024654

12%:

024664
024646

BEQ 11$
MOV #177777,EBODD

BEQ 12%
MOV #177777,ECODD
MOV E1,RO

MOV EQ,R1
MOv EO,ELSD
CLR ESI

<NO

;INDICATE ZONED MODE
JSET SUBTRACT FLAG
;ODD SIZE INDICATORS

;SAVE STRING LEN WORDS
;IF ODD SIZE SET INDICATOR
;EVEN NO. OF DIGITS
;SHOW ITS ODD
;IF ODD SIZE SET INDICATOR
;EVEN NO. OF DIGITS
JSHOW ITS ODD
:*8 RESULT ODD LENGTH

;SET ODD INDICATOR
;FIND SIGN OF

SR(1

TST ESUBF

s SUBTRACT INST?

TST ERSNEG

;1S SIGN NEGATIVE
;BRANCH [F NO
;SET NEGATIVE INDICATOR

BNE 1%
024606

JSET SUBTRACT FLAG

MOV EAODD,EODD
JSR P(C,ESNK

024616
3%:

024616

1%:

017126
017124
017124
024652
021126
024610
024616

2%:

177777

INSTRUCTIONS

;INDICATE PACKED MODE

MOV #177777 ,EPAK
MOV #177777,ESUBF

026056
024660

177777

SEQ 0105

.SBTTL

MOV #177777 ,EPAK

EADDP:

EADDN:

177777
177777
024646
000001

017122
017120
017120
024650
021126
024606
024660

1-0CT=-79
10:59
PAGE 84-8
ADDP ,ADDN, SUBP, SUBN INSTRUCTJONS

026056

026056
177777
024650
024652
024654
017120
017124
017130
000001

MACY11 27(655)

BEQ 28

MOV #177777 ,ES1

BR 2%

JBRANCH IF

YES

BEQ 3%

TST ERSNEG

;SUBT INST
= IS SIGN NEGATIVE
JBRANCH IF NO TO SET NEG. iNDICATOR
;NOTE: FOR SUBT, THE SIGN OF SRC1

mov E3,R0O

“FIND SIGN OF SRC2

IS INVERTED AND THE ADD IS USED.

024664
024646

024610

BEQ EADSB]
MOV #177777,ES¢

;IS SIGN NEGATIVE?
;BRANCH

JSET NEGATIVE

INDICATOR

i
¢]

POP-11 C IS
CZKEEA. P IR

POP=11 CIS INST EXERCISER
CZKEEA.P11
9172
9173
9174
9175
9176
9177

9178
9179
9180

9181
9182

023474
023500
023504
023510
023516
023520
023524
023532

023534
023540

MACY11 27(655)

026066
Q24612
024614
024606

024610

017124
017120

077124

113703
113704
113705

017120
017120
017124

123704
001470
005037
005037
005704

017120
,
024602
024604

013700
010401
013737
013737
013737
105037
053701
004737
010237
005705
100424
013700
010501
013737
013737
013737

017122

053701
004737
010237
023737

024666
021126
024604
024602

160304
160305

100424

105037

101004
103412
005204

005205
000705
012737
013737
000412
012737
013737
000403
013737
005037

017120
024650
017120
024666
024666
021126
024602

EADSR1:

024666

c 9
PAGE 84-9

SEQ 0106

CLR EVISSV
CLR EANEG
(LR EBNEG
(MP ES1,ES2
BEQ EADAD
MOVB E2.R3
(MPB EO.E2

RESET
RESET

68:

LIKE SIGNS ADD
UNL [KE SIGNS SUBTRA(T
wHO IS LONGER

MOVB EO,R3
MOVB EQ.R&
MOVB E2,RS

MAXIMUM LENGTH

(MPB_E0, RS
BEQ EAIS
CLR EOPA
(LR EOPR
TST Ré

EXIT HERE INDICATES
RESWT - 0

POSITION OF

SUB R3,R¢
SUB R3RS

024664
024646
024666

MOV E1,RO
MOV Ré4.R1
MOV EO,ELSD
MOV EAODD,EODD
MOV EO, TEMPE
CLRB_TEMPE
BIS TEMPE,R1
JSR PC,ESNK
MOV R2.EOPA
1ST RS
BMI 48
MOV E3,RO
MOV RS.R1
MOV E2,ELSD
MOV EBODD ,EODD
MOV E2, TEMPE

024604

BIS
JSR
MOV
CMP

(LRB_TEMPE

43:

177777
024606

024614
024616

EAIS:

177777
024610

024612
024616

EBIS:

024606
024640

024616

EADAD:
EADAD1:

TEMPE,R1
PC,ESNK
R2,EOPS
EOPA,EOPR

BHI EAIS
BLO EBIS
INC R&

INC RS
BR 68
MOV #177777 ,EBNEG
MOV ES1,ERSNEG
BR EADAD1
MOV #177777 EANEG
MOV ES2, ERSNEG
BR EADAD1
MOV EST,ERSNEG
CLR EADSUM

SCR!

SCRZ

START POSITION

RESET DATA REGS

IS POSITION OF

BMl 2%

024664
024646
024666

RESULT SIZE INDICATOR
SUBTRA(T fLAGS

ADD OR SUBTRA(CT DISPAT(H

BLO 18

017126

017124
024652
017124

10:59

ADDP,ADDN,
SUBP, SUBN INSTRUCTIONS

005037
005037
005037
023737
001527
113703
123737
103402

1-CCT=79

SCRY

VALID

GIT A OPERAND

SET

TYPE

DATA FOR

1S POSI.

ELD

OMPARE

ON OF

STR2 VALID

GIT B rFRANG

SIT

TYPE FIELD

DATA FOR (OMPARE

WwHO IS LARGER
A IS

IS
B
OH NO THEIR THE
MAKE B NEGATIVE

A IS NEGATIVE

MAKE

A NEGATIVE

[F B IS NEGATIVE

;51 GN OF RESULT

SAME

THEN RESULT

;RESULT =0 INDICATOR

PDP-11 CIS
CZKEEA PN
9226
9227
9228
9229
9230
9231

INST EXERCISER

MACY11

013737
012700
005040
020027
001374
012793
005037
005037
005037
103337

024662

024010
024016
024022
024024
024030
024032
024036

100005

005237
005037

000404
004737
010237
105337
100006

005737
001077
005037
000404
004737
010237
005737
100004

1%:

024620

024626
024230
026626
02¢612

024626
024626
024262

024176
024176
024202
024206
024214
024222
024226

013700
013701
013737
013737
004737
000207

017122
017120
024650
024670
021126

024230
024230
024236
024242
024246
024254
024260

013737
013700
013701
013737
004737
000207

024652
017126
017124
024672
021126

024262
024266
02427¢

004737
005237
005737

023012
026062
024626

000724

208: :

_————

024176
024624
017124

005137
005237
004737

MOV ERSNEG, SAVSGN
MOV #EVRTAB+*D40,R0
CLR =(RO)

3.
4$:

6$:
EGTOPA.

024646
024664

MOV #EVRTAB+~D40,R3
CLR ECARRY

(LA ENOA

_35511—5
INC ENOA
(LR EDCOPA
BR 2%

JSR PC.EGTOPA

MOV RZ2.,EDCOPA
DECR E2
BPL 33

——

*A DIGIT POINTER

COM EDCOPA
INC EDCOPA
TST EBNEG

BPL 6%
COM EDCOPB

INC EDCOPB
JSR PC,EADIT

BR 20%

MOV E1,RO
MOV EO.R1
MOV EAODD,EODD

MOV EBODD.EODD

:GIT A OPERAND

;SAVE VALUE
:B DIGIT POINTER

*NO

LYES
:WANT B COMPLEMENTED

S YES
;ADD DIGITS STORE RESULT
:SUBROUTINE TO GET 'A' OPERAND
“START ADDRESS OF NUMBER
‘DIGIT OF NUMBER
;CALL ROUTINE

TO RETRIEVE DIGIT

:SUBROUTINE TO GET

'B' OPERAND

MOV E3.RO
MOV E2.R1

:START ADDRESS OF NUMBER
*DIGIT OF NUMBER

JSR PC.ESNK

:CAIL ROUTINE

JSR PC,EDCAD

:ADD TWO DECIMAL DIGITS

TST

“SAVE

RTS PC

INC EVTPAS

EDCOPB

—

:NO DIGITS LEFT
DIGIT - 0

TST EANEG

BPL 5%

MOV TE2,ELSD

EADIT:

R rRaM
T LA
A
L

;GIT B OPERAND
*SAVE VALUE
*WANT A COMPLEMENTED

JSR PC.ESNK

024664

:DEST. POINTER
*RESET CARRY

NO DIGITS LEFT

MOV TEQ,ELSD

EGTOPB:

:SAVE SIGN OF RESULT
*CLEAR DATA AREA

TST ENOA

BNE EXT
CLR EDCOPB
BR 48
JSR PC.EGTOPB
MOV R2.EDCOPR

RTS PC

024646

SEQ 0107

CMP RO,#EVRTAR

BNE 21§

024620
024624

024624
024624
024614

024174

21%:

025662
024622
026062
024620
01710

1-0CT=79
10:59
PAGE 84-10
ADDP,ADDN,
SUBP, SUBN INSTRUCTIONS

025612

005137
005237
005737
100004

9279

024616
G25662

271655)

TO RETRIEVE DIGIT

‘BUMP PASS COUNTER
POSITION OF

LAST

VALID DIGIT

gl? INST £XERCiSER
(/KEEA.PY

POP=11

9280
9281
9282
9283

9284
9285
9286

9287
9288
9289
9290
92N
9292
9293
9294
9295
9296

9297

9298
9299
9300
9301
9302
9303
9304

9305
9306
9307
9308
9309
9310
9311
9312
9313
9314
9315
9316
9317
9318
9319
9320
9321
9322

9323

9324
9325
9326
9327
9328
9329
9330
9331

024276
024300
024306
0264312
024314
024320
024324
024326
024332
024336
024344
024350
024354
026356
024362

001403
013737
113743

000207
005037
105737
100007

026062
024626

000001

013700
013701
114302
005702
001403
012737
013737
013737
004737
000752
013701
013737
013737
005737
001002
005037
013700
013737
004737
0050727
005737
001407
005737

017132
017130

105337
100423

100007

024674
022174

024674
024662
024674
026066
024616
017132
024654
022174
172416
031702

JINITIALIZE NONZERO DIGIT STORED INDI(ATOR TO ZE

BPL 18
MOVB #1,-(R3)
INC EVTPAS

JADD CARRY TO WORD
;BUMP PASS COUNTER

MOV £4.R1
MOVB -(R3),R2
TST R2
7%:

02461¢€
024664

BEQ 7%
MOV #177777 ,ENZ1]
MOV ECODD,EODD
MOV TE4,ELSD
JSR PC ,EPUSH

BR 2%

024645
EXTT:

172364
026066

052777
013702

0000072
017114

172346

;STORE POSITION

;ADDRESS OF DATA

;L?gT TRANSFER COMPLETE
;Y

;START ADDRESS OF

DEST.

;DIGIT POSITION
;DATA TO DEPOSIT
sCHECK DIGIT BEING STORED IN DST

;DIGIT NOT - O, SET

JCALL ROUTINE

INDICATOR

YO PUSH DIGIT ONTO DST STRING

;IF ZERO,

CLR ERSNEG

;SET POSITIVE
;START OF DEST.

MOV ES,RO

MOV ECODD,EODD
JSR PC,EPUSH
CLR aEOPSW

SIGN

;SAVE SIGN
JRESET EMULATE PSW

TST ENZI

JIF - O SET Z BIT & SKkIP OVER SETTING OF N BIT.

TST ERSNEG

JIF

BPL 2%
BIS #10,93E0PSW
BR 2%
BIS #4,aE0PSW
CMPB TE4 ,EVTSSYV
BHIS 4%
8IS #2.,3E0PSW
MOV EORSTK,R?
CLR (RQ)¢+

CLR (R2)+

024674
017132
024660

FROM LAST ADD

TST EVTSSV

BEQ 1%

0264616

CARRY

JPOSITION OF SIGN
;SETUP ERSNEG WITH RESULT SIGN

MOV TE4.R1

MOV TE&4,ELSD

10%-

;zgY

MOV SAVSGN,ERSNEG

BNE 108

000004
024674

000207

CLR ENZ1]

RTS PC

BM] 38
MOV ES5.RO

172374

013722
013722
005037

;SAVE POSITION
;SAVE RESULT

MOV EVTPAS,EVTSSYV
MOV #EVRTAB+“D40,R3
DECB E4

031702
024646
024664

SEQ 0108

MOVB EDCOPB,-(R3)

MOV EVTPAS,EVTSSV

TSTB ECARRY

017130

000010

005022
005022
005022
005022

1%:
EXT:

052777
000403
052777
123737
103003

BEQ 1%

026066

026046

177777
024654

1-0CT=-79
10:59
PAGE 84-11
ADDP ,ADDN,
SUBP, SUBN INSTRUCTIONS

031702
024622

112743
005237
013737
012703

MACY11 27(655)

CLR
CLR
MOV
MOV

(R2)+
(R2)+
TE4,(R2)+
ES,(R2)+

CLR ESUBF

RTS P(

(<) SET N BIT

;SET N BIT
;COMP. LENGTH FOR OVERFLOW
JFIND LENGTH OF RESULT
JSET OVERFLOW
JREGISTER UNLOAD

;RO = 0
:R1 -0

;R - 0

;R3 =0

;R4 - R4
;RS - RS

sCLEAR SUBTRA(T FLAG

POP=11

C IS INST EXERCISER

LIKEEA. p 11

ENPA:
EOPR:
EST:
£Se:

.WCRD
.WORD
.WORD
.WORD

O
0
(
0

ERSNEG:
ENOA:
ECARRY:
EDCOPA:
EDCOPR:
EF INDA:
ESGNA:

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

0
0
0
0
0
0
0

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

0
0
0
0
0
0
0

E SUBF :
SAVSGON:
ELSD:

.WORD 0
.WORD 0
.WORD 0

.WORD O
.WORD 0

TES:

.WORD 0

—d —d

md ——d

—h

OPEPTR:

.WORD 0

TEMPE:
TEQ:

TEZ:

PAGE 84 -12

.WORD 0
JWORD 0

EMASK :
TEMPI :
EODD:
EAODD:
EBODD :
ECODD:
ESLSD:

—

10:59

ADDP ,ADDN,
SUBP ,SUBN INSTRUCTJONS

ESGNRB:
ESGNC:
EADSUM:

Q NN
B D=2
O
o N2 OOV
WO~

9349
9350
9351

1=0CT=79

EANEG:
EBNEG:

9348

024602
024604
024606
024610
024612
024614
024616
024620
024622
024624
024626
0246630
024632
024634
024636
024640
024642
024644
024646
024650
024652
024654
024656
024660
024662
024664
024666
024670
024672
024674
024676
024676
024677
024700
024701
024702
024703
024704
024705
024706
024707
024710
024711
024712
024713
024714
024715
024716
024717
024720
024721
024722

C
o

9333
9334
9335
9336
9337
9338
9339
9340
9341
9342
9343
9344
9345
9346
9347

MACYT1 27(655)

QPENTR:

SGNBYT:

.WORD 0
.WORD 0

.WORD 0

BYTE
BYTE
BYTE
.BYTE
BYTE
.BYTE
.BYTE
BYTE
BYTE

173
101
102
103
104
105
106
107
110

.BYTE
BYTE
BYTE
BYTE
BYTE
.BYTE
.BYTE
BYTE

113
114
115
116
117
120
121
822

BYTE 1N
_BYTE 175
BYTE 112

.WORD

:ngRPUNCH SIGN DIGIT (PREFERRED ENCODINGS)
R

;42
;43
L)
;*S
;6
R4

SEQ 0109

POP-11

(1S

(ZKEEA. p1°

9386
9387
9388
9389
9390

9391
9392

9393
9394
9395
9396

9397
9398
9399
9400
9401
9402

RRLRRE R 2RER RERRRR

S WD
B VR AREN48] SHEE NOVWN

9411

INST EXERCISER

MACY1T

1-0CT7=-79
10:59
27(655)
CVTLP,Z INSTRUCTIONS

;

:
024724
024730

024732
024740
024744
024750

024754
024760
024764
024772
024774
025002
025006
025C12
0259016
025020
025024
025026
025032
025034
025036
025044
025046
025050
025054
025056

025062

025064
025072
025074
025076
025102
025104
025106
025112
025116
025124
025126
025130
025132

025134
025136

025142
025150
025152
025156

025162
025166
925172
025174

005C37
000403
012737
005037
005037
005037
005037
005037
032737
001403
012737
012700
013702
013703
005040
022700
001374
005C37
005702
100026
112737

005103
005102
022703
001007
022702

026056

177777
025626
017124
017126

024646

017120
10%:
1%:

026060

177777

077777
026064

100009

026062
026062

025152
000004

024622
025624
026062
026070

BEQ 10$
MOV #177777 ,EODD

MOV #EVRTAB+14,RO
MOv EZ2.R2

MOV E3,R3
CLR =(RO)

5§

000174

026062

4%:

EVRTAD:

;JONED FORMATED OUTPUT

JPACKED FORMAT QUTPUT
JRESET ODD INDICATORS

;IF ODD SET ODD FLAG
JEVEN NO. OF DIGITS
;SET ODD FLAG
;CLEAR DATA TABLE
;DATA TO BE

CONVERTED

CMP #EVRTAB,RO

ECBEAR COMPLETE

CLR EVTSGN
TST R2
BPL 2%
MOVB #377 ,EVTSGN

*CLEAR OLD SIGN INFO
;18 DATA NEGATIVE

BNE 1%

000001

SEQ 0110

IN EITHER PACKED OR ZONED FORMAT.

026060

177777

CLR EPAK
BR ECVT
MOV #177777 ,EPAK
CLR EODD
CLR EVTSSV
CLR EDCOPA
CLR EDCOPB
CLR ESCF
BIT #1,EOQ

025612

000377

SBTTL
CVTLP,Z INSTRUCTIONS
CONVERT LONG FORMAT NUMBERS INTO DECIMAL

026056
177777
024646
026066
024624
024626
026064
000001

PAGE

COM R3
COM R2
,R3
(MP #177777
BNE 6%
,R2
(MP 077777
BNE 6%
MOV #177777 ,ESCF
BR 3%
cCC
ADD #1,R3

BCC 3%
INC R2
BIC #100000,R2
CLR
(MP
BEQ
CcC
ROR

EVTPAS
EVTPAS #*D12¢4
EVTWRP

ROR R3
BCC 43
JSR PC,EVRTAD
ADD #4 ,EVTPAS

BR 5%

CLR ECARRY
MOV #EVRTAB+12,R0
R4
MOV EVTPAS
RS
ADD #EVTABA,

MOV (R&4)+,R1
ADD

(R4) ,R1

N
“YES

SAVE

*NEGATE DATA

SIGN

;CHECK FOR SPECIAL CASE = MOST NEG 4.
JBRANCH IF THIS IS NOT THE SPECIAL CASE
;FOR MOST NEG # SRC 4IGH -100000, SRC LOW
JBRANCH [F NOT THE SPECIAL CASE
JSET SPECIAL CASE FLAG

;BRANCH IF NO CARRY FROM FIRST WORD

JYES

;CLEAR SIGN BIT

JRESET PASS COUNTER

;31 PASSES COMPLETE YET
JWRAP UP ROUTEEN

;CLEAR CC BITS FOR 32 BIT SHIFT
JSHIFT LOB INTO R3
JSHIFT LOB FOR VALUE

JIF NOT SET BIT HAS NO VALUE
;ADD BIT VALUE TO DECIMAL MNUMBER
;BUMP PASS COUNTER
;NEXT PASS
;RESE1 CARRY/BORROW FLAGS
;A OPERAND POINTER

JTABLE OFFSET
;TABLE START ADDRESS

;START ADDRESS OF

DATA

;END ADDRESS OF DATA

9440
941
96462
9443
9444
9445
9446

94647
48
9449
9450
9651
9452
9453
9454
9455
9456
9457
9458
9459
3460
9461
9462
9463
9464
3465

025176
025200
025204
025210
025214
025220
0252264
025226
025230
025234

MOV

026066
0246624
024626
023012
024626

1%:

025236
025240
025244
025250
025254
025260

’s.

026066
024624
024626
023Ci2
024626

017120
017120
026054
017120
000377
017122

025346
025350
025354
025356
025360
025364
025366
025372
025376
025400
025404
025406

024616

Ev wRF:

024664
026054

1%:

;NO

TSTB ECARRY

BM]

025426

001425
00573%7
001422

026064

013737
013701
005301
013700

017120
017120
017122

INC EVTSSV
MOVB -(R0).EDCOPA
CLR EDCOPB
.SR PC,EDCAD
MOVB EDCOP8, (RO)
BR 2%
CLR ENULL
MOV EVTSGN,ERSNEG
MOV WEVRTAB+12,R4
MOVB EOQ.R]
SUB R1,R4
MOV EO.ELSD
MOV EQ,EPOPS

JFIND B OPERAND
.SAVE RESULT
;1S THIS LAST DIGIT

;ANY CARRY

cYES

;A OPERAND
;NO B OPERAND
;ADD

THE

CARRY

:SAVE RESULT

JRESET RESULT = O

INDICATOR

sSETUP SIGN INDICATOR
;sSETUFP POINTER TO CONVERT RESULT

;SETUP POINTER TO LEAST SIGN. DIGIT

MOV EOQ,R1

JSETUP POSITION OF # TC INSERT - O

MOV E1,R0
CLR R2
(MP R&4,HEVRTAB

;SETUP ADDRESS OF # TO LOAD
;SETUP DATA TO LOAD

BIS R2,ENULL

INC Ré
JSR PC,EPUSH
CMPB R1,EPOPS
TST

ESCF

8EQ 3$

017120

BNE 3$

026064
3%

025416
025420

025430
025434
025436
Ceounk
025450
025452

DEC R4
BNE 18

.FIND A OPERAND

MOVB (R4),R2

022174
026054

105737

sJNO. OF DIGITS

BLO 1%

026052

025422

SEQ 0111

;ADD

BIC #377.R1
2%:

]

MOVB -(R0) ,EDCOPA
MOVB -(R1) .EDCOPB
JSR PC,EDCAD

DEC EPOPS

025612

025410
025414

(R&) R4

MOV R4, EVTSSV

RTS

026052
026060
025624
017120

H
9
PAGE 85-

MOVB EDCOPS, (RO)

024622

966

9467
9468
9469
9470
971
9472
9473
9474
3475
9476
977
3478
9479
9480
9481
9482
9483
9484
9485
9486
9487
94,88
9489
9490
9491
9492
34,93

1-0(T=-79
MACY11 27(655)
10:59
CVTLP,Z INSTRJUCTIONS

INST EXERCISER

EVIXT:

BR EVIXT

CMP R1,EO

BEQ EVIXT
INC R1
BR 2%
TSTB EO

BEQ 5%
C24664

;CALL ROUTINE TO PUSH DIGIT INTO STRING
JREADY TO PUSH SIGN?
sBRANCH [F NO
;SPECIAL CASE?
JBRANCH IF NO
JWORK WITH SPECIAL CASE BEFORE INSERTING SIGN.
JALL DIGITS PLUS SIGN PUSHED?
JBRANCH IF YES
JRETURN TO PUSH NEXT DIGIT

;1F DST.LEN=0O ,DON'T BOTHER TESTING
FOR SPECIAL CASE.
;.

TST ESCF

;SPECIAL CASE?
;BRANCH [F NO.

DEC R1

JSET R1=DST.LEN-1,
; INCREMENT LEASTM SIGN DIGIT TO 8.

BEQ 5%
MOV EQ,ELSD
MOV EO.R1

(MOST NEG #).

PDP=11 (IS
"IKEEA. P11

POP=11 ( ] ?
"IKEEA.P
:

3494
9495
ode)

94,97

9498
9499
9500
9501
9502
9503
9504
9505
9506
9507
9508
9509
9510
9511
9512
9513
9514
9515
9516
9517
9518
9519
9520
9521
9522
9523
9524
9525
9526
9527
9528
9529
9530

9531
9532
9533
9534
9535
9536
9537
9538
9539

9540
9541
9542

9543

9544
9545

9546
9547

INST EXERCISER

025456
025462

025466
025470
025476

025514
025520

012702
004737
005201
012737
004737
005077
005737
001407
105737

MACYTT

10:59
1-0(71-79
27(655)
CVTLP,Z INSTRUCTIONS

85-2

MOV #10,R?

177777

INC RY
MOV #177777 ,ERSNEG

022174

0246°6

7%:
5¢:

171410

02605¢2

000004

017114
017120
017122

171356

026066

171340

017130
017132

JSR P(C,EPUSH
CLR QEOPSW
TST ENULL

oCALL ROUTINE TO PUSH NEG SIGN INTO DEST.
JINIT EMULATE FPSW
JIF - 0 SET Z BIT. SKIP SETTING OF N BIT

TSTE _ERSNE G

JIF

RTS PC

EVRTAR:
:
ENULL
EPOPS:
EPAK
:

EVISGN:
EVTPAS:
ESCF:
EVTISSV:
EVTABA:

000007

;CALL ROUTINE

BPL 2%
BIS #10,3E0PSW
BR 2%
BIS #4,3E0PSW
C(MPB EQ,EVTSSY
BHIS 4%
BIS #2,aEOPSW
MOV EORSTK,RZ
MOV EOQ, (R2)+
MOV E1,(R2)+
CLR (R2)+
CLR (R2)+
MOV E&, (R2)+
MOV ES. (R2)

171366

SEQ 0112

JSR P(C,EPUSH

BEQ 1%

024616
000010

026354
026362
026370

000010

022174

017120

026070
026074
026100
026104
026110
026114
026120
026124
026130
026134
026140
026144
026150
026154
026160
026164
026170
026174
026200
026204
026210

PAGE

.WORD
.BLKB
.WORD
.WORD
.WORD
.wWORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD

0
“D160
0
0
0
0
0
0
0O
E00,1
E01,1
EO02,1
EO03,1
E04,°2
EO0S,?2
E06,2
EQ7,3
E08,3
E09,3
E10,4
E11,4
E12,4
E13,4
E14,5
E15.5
E16.5

.WORD E17,6
.WORD F18,6
.WORL E19,6
£20.7

TO PUSH THE 8 INTO DFST.

;INSERT NEGATIVE SIGN

(=) SET N BIT

JSET N BIT
JSET Z BIT
;SET OVERFLOW
JREGISTER UNLOAD

;RO =RO
;R1 - R1
JRE = 0

:R3 =0

;R4 = R4
;RS = RS

sMUST PRECEDE EVRTAB.

002
004
010
001
003
006
001
002
005
001
004
002
010
004
006
010
002
001
010

Y
R

== =000

Y
LI

N
N

.WORD
. WORD
.WORD

85-3

000067
000007
000007
000010
000010
000010
000011
000011
000011
000012

[

026377
026406
026415
026424
026434
026444
026454
026465
026476
026507
001

PAGE

9550
9551
9552
9553
9554
9555
9556
9557
9558
9559

026214
026220

1-0C7=79
10:59
MACY11 27(655)
CVILP,Z INSTRUCTIONS

WAL NLRNLNLNLNLNLNONY
O V00 NOANIN
NN —

9548
9549

M7
T EXERCISER

mmmmmmmmmmrm

POP=-11 (1 §
(ZKEEA.PY

EQ0:

€E01:

002

EQ2:
£EO03:
E0&4:
EOQS:
E06:
€07:
EO8:
EQ9:
€10:

004

E11:

“D2,4D0,“D4,*D8

E12:

“D4,~D0,*D9,“D6

E13:

“D8,4D1,4D9,*D2

003

E14:

“D1,%D6,%D3,D8,“D4

007

E15:

“D3,4D2,4D7,%D6,D8

006
003
001
000
002
001
005
002
001
010

005

E16:

“D6,“D5,%D5.4D3,D6

001

E17:

“D1.,4D3,4D1,%D0,4D7,4D2

002
004

E18:

D4
*D2,%D6,4D2,*D1,4D4,

E19:

“D5,4D2,*D4,.*D2.*D8,*D8

E20Q:

“D1.%D0,*D4,*D8,4D5,%D7,“D6

002

011
005

E2T:

“D2,400,4D9.°D7,D1,7D5,*D2

9580

011
000

E22:

D4
.BYTE “D4,*D1,%D9,D4,“D5,*D0,

9581

010
000

E23:

.BYTE “p8.“D3.%D8,*D8,*D6,%D0,“D8

9582

007
002

E24:

.BYTE “D1,4D6,4D7.%D7,%D7,%D2.%D1,%D6

9560
9561
9562
9563
9564
9565
9566
9567
9568

9569
9570

571
9572

9573
9574

9575
9576

9577
9578

9579

003
006

016
006

010
004

007

SEQ 0113

POP-11 CIS INST EXERCISER

MACY1T 27(655)

(ZKEEA.P11

9583
9584
9585

9586
9587
9588

9589

026432

026434
026437

001

003
005

026442
026444
026447
026452

003
006
000
006

026457
026462
026465
026470
026473
026476

002
007
002
004
004
005

02645+

026507
026504
026507
026512
026515
026520

001

010
011
001
003
001
004
006522

CVTILP,Z

006

003
004

002
007
010
0C4
003

001
002
006
003
005
003

097
001
000
007
010

1-0CT=79

10:59

INSTRUCTIONS

PAGE 85-4

005
004

E25:

.BYTE “D3,%D3,4D5,*D5,4D4,*D4,*D3,
D2

001
010

EZ26:

.BYTE “D6,%D7,%D1,4DC,*D8,*D8,*D6,*D4

004

E27:

.BYTE “D1,%D3,4D4,*D2,*D1,D7,%D7,4D2.
D8

EZ28:

.BYTE “D2,*D6,“D8,D4,*D3,%D5,*D4,*DS,
D6

EZ29:

.BYTE “D5,%D3,%D6,D8,4D7,%D0,*D9,D1,4D2

E30:

.BYTE ~D1,%D0,*D7,*D3,~D7,4D4,*D1,%D8,%D2,
D4

007
010
010
005
006
006

000
002
007
004
002

.EVEN

SEQ 0114

POP=11 (IS INST EXERCISER
(ZKEEA.P11

1-0CT=79
10:59
PAGE 85-5
CONVERT PACKED OR ZONED TO LONG

026522

026552
026556
026564
026566

026574
026600
026606
026612
026616
026622
026626
026630

005037
000403
012737

ZONED FORMAT INTO LONG

001403
012737

ECVINL

026056
177777
027262
024646

026056

026052
000001

017120

177777

024646

013701
013737

SEQ 0115

.SBTTL
CONVERT A NUMBER THAT

CONVERT PACKED OR ZONED TO LONG
[S IN EITHER PACKED OR
(CVTPL,CVTNL)
FORMAT.

CLR EPAK

;JONED FORMAT [NPUT

MOV #177777.EPAK

JPACKED FORMAT

BR EZL1

ECVIPL:
EZL1:

CLR EFLO
CLR R3

B8I1T #1,EOQ
BEQ 1%

JRESET NULL INDICATOR
;1S SOURCE ODD OR EVEN NO. OF DIGITS
;égg EVEN

CLR EODD

MOV #177777 ,E0DD

1%:

024664

FIND SIGN OF

MOV
MOV
MOV
JSR

EOQ.R1
EO,ELSD
E1.RO
PC,ESNK

NUMBER

;1S SIGN NEGATIVE?
sBRANCH [F NO

TST ERSNEG

177777

BEQ EZLZ
MOV #177777 ,ES1

024606

JYES

CONVERTER
CLEAR RESULT

027264

026644

042737
013737
123737
001474
013701

000377
017120
027264

027264
024664
017120

050237
000257
006104
006103
103003

012737
010337
010437
000257
006104
006103
103003

012737

027264
017122
021126
027264
026052

177777
017136
024644

177777

BIC #377.,ECOUN

10%:

2%:

MOV EOQ,ELSD
CMPB ECOUN.EO
BEQ EZLE
MOV ECOUN.R1
MOV E1,RO
JSR PC.,ESNK
INC ECOUN

BIS R2.ENULL
ccc
ROL R4

027262

3%:

ROL
BCC
MOV
MOV
MOV

R3
3%

#177777 ,EFLO
R3,TEMP
Ré4,TEMPI

ccC
ROL R4

027262

SET

NEGATIVE

FLAG

TO LENGTH

RESULT = (RESULT*10)+DIGIT<MSD+COUNT>
NEXT COUNT
MOV EO,ECOUN
JRESET COUNT(UPPER BYTE OF

017120

—

013737

FOR COUNT

026636

026652
026660
026666
026670
026674
026700
026704
026710
026714
026716
026720
026722
026724
026732
026736
026742
026744
026746
026750
026752

sSETUP POSITION OF SIGN
;SETUP POSITION OF LEAST SIGN DIGIT.
;SETUP ADDRESS OF STRING
;CALL ROUTINE TO FIND SIGN

CLR EST

012737

INPUT

JRESET OVERFLOW
JRESET ODD LENGTH INDICATOR
sCLEAR RESULT DATA AREA

CLR R4
CLR CNULL

fMMse s, 0,

9591
9592
9593
9594
9595
9596
9597
9598
9599

MACY11 27(655)

ROL R3
BCC 4$

MOV

177777 ,EFLO

CONTAIN TYPE)

:CQQVERSION COMPLETE
Y

ECOUN MUST

YET

JPOSITION OF SOURCE
;START ADDRESS OF SOURCE
;CALL ROUTINE TO FIND DIGIT
;BUMP COUNTER
;DIGIT SUM FOR NULL TEST
JMULTIPLY RESULT BY 10
JANY BIT

SHIFTED OUT

IS OVERFLOW

;TEMP DATA HOLD FOR MULTIPLY

POP-11 CIS INST EXERCISER

CZKEEA.P1
9645
9646
9647
9648
9649
9650
9651
9652
9653
9654
9655
9656
9657
9658
9659
9660
9661
9662
9663
gggé
9666
9667
9668
9669
9670
9671
9672

9673
9674
9675
9676
9677
9678
9679
9680
9681
9682
9683
9684
9685
9686
9687
9688
9689
9690
9691
9692
9693
9694
9695
9696
9697
9698

026760
026762
026764
026766
026770
026776
027002
027004
027006
027012
027014
027022
027026
027030
027036
027040
027042
027046
027050
027056

000257
006104
006103
103003
012737
063704
103007
000257
062703
103003
012737
063703
103003
012737
060204
103307
062703
103304
012737
000700

027060

005703

027062
027064
027066
027070
027074
027076

100013
005704
001006
032703
001003
005737

027104
027112
027116
027122
027126
027132
027134
027136
027140
027142
027150
027152
027156
027160
027162
027164
027166
027172
027174

012737
005077
005737
001403
052777
005704
001006
005703
001004
052777
000412
005737
100007
005103
005104
000257
062704
103001
005203

027102

027176
027200
027202
027210

100403

005703
100003
052777
032777

MACY11 27(655)

1-0CT-79

027262

5%:

000001
177777
017136

027262

177777

027262

6%:
8%:

000CO01

177777

027262
.
EZLE:

cCcC
ROL Ré
ROL R3
B8(C 5%
MOV #177777,EFLO
ADD TEMP1,RS
BCC 6%
ccc
ADD #1,R3
BCC 6%
MOV ¥#177777.,EFLO
ADD TEMP,R3
8CC 83
MOV #177777,EFLO
ADD RZ,R4
BCC 108
ADD #1,R3
BCC 108
MOV #177777 ,EFLO
BR 10%
SET CC BITS ,
TST R3

BPL
TST
BNE
BIT
BNE
TST

077777
024606
177777
170000
027262

027262

000002

167764

000004

167746

024606

7%:
6%:

1%:

5%:

000001

2’%:
000010
000004

PAGE 85-6

CONVERT PACKED OR ZONED TO LONG
4%:

177777
024644

10:59

167706
167700

3%:

6%
R4
7%
#77777,R3
7%
ES?

BMI 6$

R3
3%
#10,aE0PSW
#4,3EOF3SW

JCOMPLETE MULTIPLY

;ADD NEW DIGIT

SET RESULT REGISTERS
JBIT 32= 1 IS OVERFLOW EXCEPT IF
; ALL OTHER 31 BITS = 0 £ SRC WAS NEGATIVE
;BRANCH IF OK
JALL OTHER 31 BITS = 07
;BRANCH IF NO

MOV #177777,EFLO
(LR QEOPSW
TST EFLO
BEQ 18
BIS #2,aE0PSW
TST R4
BNE 5%
TST R3
BNE 5%
BIS #4 ,aEOPSW
BR 2%
TST ES?
BPL 2%
COM R3
COM Ré
ccc
ADD #1,Ré&
BCC 2%
INC R3

TST
BPL
BIS
BIT

SEQ 0116

;BRANCH IF NO
;WAS SRC NEGATIVE?
JBRANCH IF YES
;ELSE OVERFLOW
JRESET PSW
;ANY OVERFLOW
;NO
;SET v BIT
JWAS RESULT
O
;NO
;NO
;SET Z BIT
WHAT SIGN
;POSITIVE
; COMPLEMENT VALUE

JSET N BIT BASED ON SIGN OF RESULT
;IF RESULT SIGN -+ BRANCH
;JSET N BIT
JWAS DST
O

POP=-11 CIS INST EXERCISER
(ZKEEA.P11

9699

9700

9701
5702
9703
9704
9705
9706
9707

9708

9709

9710
9711
9712

027216
027220
027224
027226
027234
027240
027242
027244
027246
027250
027254
027260
027262
027264

001006
005737
100003
052777
013700
005020
005020
010320
010420
013720
013720
000207
000000

000000

MACY?1 27(655)

1-0(T=-79

PAGE 85-7

SEQ 0117

CONVERT PACKED OR ZONED TO LONG

024606
000001
017114

10:59

167662

4%:

017130
017132
EFLO:
ECOUN:

BNE
TST
BPL
BIS

€S
43

#1,3E0PSW

MOV EORSTK,RO

+
(RO)
+
(RO)
MoV R3,(R0O)+
CLR
CLR

MOV
MoV
MOV
RTS

R4, (RO)+
E4, (RO)+

ES,(RO)+

.WORD 0
.WORD 0

JYES
:ng WAS SOURCE NEGATIVE

“YES , THEN SET C BIT
"REGISTER SAVE

;RO =
JR1 =0

;R2 = DST HIGH

;R3 =
DST LOW
;R4 - RS
;RS - RS

CIS INST EXERCISER

(ZKEEA. P11

9714
9715
9716
9717
9718
9719
9720
9721
9722
9723
9724
9725
9726
9727
9728
9729
9730
9731
9732
9733
9734
9735
9736
9737
9738
9739
9740
9741
9742
9743
9744
9745
9746
9747
9748
9749
9750
9751
9752
9753
9754
9755
9756
9757
9758
9759
9760
9761
9762
9763
9764
9765
9766
9767

027266
027274
027300
027304
027310
027316
027324
027330
027336
027340

012737
005037
005037
005077
013737
013737
005037
032737
001403

177777
026066
026052
167606
017120
017124
024646
000001
1727777

030310

MACY1T 27(655)
1-0CT-79
10:59
CONVERT PACKED TO ZONED
026056

.SBTTL
MOV #177777,EPAK

ECVTPN:

CLR
CLR
CLR
MOV
MOV
CLR

024624
024626

EPZ1:

JSR PC,EFMSD

(LR R2

024624
000001
017122
024624
017120
021150
024626

167526

024664
1%:

017126
024626
017124
022452

017122
017120
017120
021150
024606
024616

EPZE:

TST

000004

167350

024606

027572
027576
027604
027610
027614

005737

000010
024606
017124
017124
017126
022452
024616

ERSNEG

TST EMSDP

2%:

3%:

167332
024616

¢%:

. YES

YET

;DIGIT POSITION
;IS DIGIT ZERO

JSAVE DIGIT
;LOOP TILL COMPLETE
;START ADDRESS OF SOURCE
;JPOSITION OF SIGN

BEQ 2%

024606

;RESET END OF SOURCE FLAG
:START ADDRESS OF SOURCE
JPOSITION OF DIGIT

BR EPZ1
MOV E1,RO

MOV EDCOPB,R1
MOV EZ2,ELSD
JSR PC,EPUDTZ

CLR ESI

177777
026052

;POSITION OF LAST NON ZERO DIGIT STORED.
;START ADDRESS OF DEST
;POSITION OF DIGIT

JSR PC,EFINDT

030372

;OF DIGITS
JITS EVEN
;1TSS ODD
sDETERMINE POSITION OF MOST SIGN SRC DIGIT

MOV E3,RO

MOV EVTSSV,ENULL

MOV EQ,R1
MOV EO,ELSD

024664

;IS SOURCE ODD OR EVEN NUMBER

;GRAB DIGIT
SEND OF DEST.

BEQ 2%

024664

;SET PACKED MODE INDICATOR
JRESET PASS COUNTER
JRESET NULL INDICATOR
JRESET EMULATE PSW
;START POSITION OF SOURCH
;START POSITION OF DEST.

JSR PC,EF INDT
DECB EDCOPB
BMI EPZE

#1,3E0PSW
E1,RO
EDCOPA ,R1
EOQ,ELSD

TST R2

2%:

CONVERT PACKED TO ZONED

:E?g OF SOURCE YET

INC EVTSSV

026052

SEQ 0118

DECB EDCOPA
BM] 18

BIC
MOV
MOV
MOV

026066
026066

EVTSSV
ENULL
aEOPSW
EQ,EDCOPA
E2,EDCOPB
EODD

BIT #1,E0
BEQ EPZ1
MOV #177777 ,EODD

017120
024646

B 10
PAGE 85-8

BEQ 23
MOV #177777,E31
TST ENULL

BNE 3%
BIS #4,’EOPSW
BR 6%
TST EST

BEQ 6%
BIS #10,aE0PSW
MOV ES1,ERSNEG

024664
TST ERSNEG

;GRAB SIGN
JRESET SIGN fLAG

;IS SOURCE NEG?
JBRANCH I[F NO

;IF SRC IS ZERO AND NEG TREAT T AS POSITIVE

;SET NEGATIVE FLAG
:HSS RESULT STORED ZERO
;N

;SET Z BIT
;SKIP SETTING OF N BIT
;SIGN OF RESULT
JPOSITIVE
;SET N BIT
;SETUP SIGN OF RESULT
;POSITION OF SIGN

;START ADDRESS OF DEST.
;INSERT SIGN IN DST STRING

;WAS SIGN STORED POSTITIVE? (UNSIGNED)

POP=11

(ZKEEA.P

9768
9769
9770
9771
9772

9773
9774
9775
9776
9777

9778
9779

9780

027620
027622
027630
027636
027640
027646
027652
027654
027656
027662
027666
027672
027676

001003
042777
023737
101403

052777
013702
005022
005022
013722
013722
013722
013722
000207

000010
030372
000002
017114

MACY1T 27(655)

10:59
CONVERT PACKED TG ZONED

167266

026052
167250

1-0CT-79

4%:
5%

PAGE

BNE 4%
BIC #10,af0PSW

85-9

CMP EMSDP,ENULL

BLOS 5%
BIS #2,3E0PSW
MOV EORSTK,RZ
(LR (R2)+
CLR (R2)+
MOV EZ2, (R2)+

MOV E3,(R2)+
MOV E4, (R2)+
MOV ES,(R2)+
RTS PC

( {? INST EXERCISER

SEQ 0119

JBRANCH [F NO
;CLEAR PSW N BIT
JCAN DEST. CONTAIN ALL DIGITS
JYES
JSET v Bl7
;SAVE REGISTERS
;RO
O
R1T -0
JR2 = R2
;R3 = R3
JR4G

= R4

;RS - RS

POP=11

POP-11

CIS INST EXERCISER

(ZKEEA.P

9782
9783

9784

9785
9786

027700
027704
027710
027714
027720

005037
005037
005037
005077
013737
013737
005037
032737
001403
012737
004737
005002
105337
100414

042777
013700
013701
013737

MACY11

1-0CT-79
10:59
27(655)
CONVERT ZONED TO PACKED

.SBTTL
CLR EVTSSV
CLR EPAK
CLR ENULL
CLR QEOPSW

ECVINP:
026066
026056
026052
167176
017120 024624
017124
024626
026646
00000+ 8171 24——
177777
030310

024646

MOV EQ,EDCUPA
MOV E2,EDCOPB
CLR EODD

BIT #1,E2

BEQ EZP]
MOV #177777,EQDD

EZP1:

024664
1¢:

026066

026066
017126
024626
017124
022216

017122
017120
017120
021352
024606
024616

024606

000004

166740

3%:

024606

030204
030212
030216
030222

013737

000002
017124
017126
024606

2%:

166722

026052
166704

024616

5%:

ODD OR EVEN # Qf DIGLIS.

JRESET END OF SOURCE FLAG
;START ADDRESS OF CSOURCE
;POSITION OF DIGIT
;GRAB DIGIT
JEND OF DEST.

MOV EVTSSV,ENULL

;SAVE POSITION OF LAST NON ZERO DIGIT STORED.

E3,RO
EDCOPB,R1
EZ2,ELSD
PC,EPUTDT

YET

;PASS COUNTER
;1S DIGIT ZERO
;START ADDRESS OF

;POSITION OF DIGIT

DEST.

;SAVE DIGIT

;LOOP TILL COMPLETE
;START ADDRESS OF

;POSITION OF SIGN

SOURCE

JSR PC,EFNDT?
CLR EST
TST ERSNEG

:RESET SIGN FLAG
;ég SOURCE NEG?

TST EMSDP

“IF SOURCE IS ZERO AND NEG TREAT IT AS POSITIVE

TST ENULL

;SET NEGATIVE FLAG
;zgs RESULT STORED ZERO

BEQ 2%

177777
026052

;1S DEST.

JYES

MOV EO,ELSD

024664

SCUR(E

sSTART POSITION OF DEST.

JSR PC,EFNDTZ
DECB EDCOPB
BM] EZPE
INC EVTSSV
TST R2

MOV E1,.RO
MOV EQ,R1

030372

000010
030372

1%
#1,’EOPSW
E1,R0
R1
EDCOPA
EO,ELSD

BR EZP1

EZPE:

;START POSITION OF

JEND OF SOURCE YET

MOV
MOV
MOV
JSR

024664

TO PA(KED

JRESET PASS COUNTER
= ZONED
JMODE
JRESET NULL INDICATOR
JRESET EMULATE PSw

DECB EDCOPA

BEQ 2%

026052

CONVERT ZONED

JSR PC,EFMSD

BM]
BIC
MOV
MOV
MOv

167116

SEQ 0120

;ITS EVEN
;1TSS 0DD
JFIND POSITION OF MOST SIGNIFICANT SOURCE DIGIT

CLR R2

024624
000001
017122
024624
017720
021352
024626

D 10

PAGE 85-10

BEQ 2%
MOV #177777 ,ES1

BNE 3%
8IS #4,3E0PSW
BR 4%
TST EST

BEQ 4%
BIS #10,aE0PSW

CMP EMSDP,ENULL

BLOS 5%
BIS #2,3E0PSW
MOV EZ2.R1
MOv E3,RO

MOV EST,ERSNEG

‘SET 7 BIT
:SET SIGN Of RESULT
JPOSITIVE
JSET N BIT
;CAN DEST. CONTAIN ALL DIGITS
;YES
:SET v 8IT
JPOSITION OF SIGN
:START ADDRESS OF NUMBER

PDP-11
CZKEEA.

9836

9837
9838
9839
9840

9841
9842
9843
9844
9845

9846
9847

9848

INST EXERCISER

MACYT!T

013737

017124
022216
0246616

024664

000010
017114

166640

1-0C7=-79
10:59
27(655)
CONVERT ZONED TO PACKED

1%:

E 10

PAGE 85-11

MOV E2ELSD
JSR PC,EPUTDT
TST ERSNEG
1%
#10,aE0PSW

EORSTK ,R2
+
(R2)
+
(R2)

E2.(R2)+
E3,(R2+
€4, (R2)+

ES,(R2)+
PC

SEQ 0121
. SAVE SIGN
JWAS SIGN STORED POSITIVE?

:BRANCH [F NO
;CLEAR PSW N BIT
;SAVE REGISTERS

JRO =0

:R1
JR2
;R3
;R4

=0
= R2
= R3
= R4

:R5 - RS

(UNSIGNED)

(1 ? INST EXERCISER

POP=-11
(ZKEEA.P1

9850
9851
9852

9853

9854
9855
9856
9857
9858
9859
9860
9861
9862
9863

9864
9865
9866
9867

005037
005037
013700
013701
013737
005301

030374
030372
017122
017120
017120

021126
030374

030356
030360
030366
030370

004737
005237
005702
001767
013737
000763
000207

030372
030374

000000
000000

020310
030314
030320
030324

030330
030336
030340
030342
030344
030350
030354

105701
100412

030374

MACY11 27(655)

(ONVERT

1-0(T=79

ZONED

EFMSD:

10:59

TO PACKED

F10

PAGE 85-12

CLR ESDC
CLR EMSDP

MOV E1,RO
MOv EOQ,R1

024664

1%:

MOV EQ,ELSD
DEC R1
TSTB R1

BM] 2%

JSR P(,ESNK

INC ESDC

TST R2

BEQ 1%

MOV ESDC,EMSDP

030272
2%:
EMSDP:
ESDC:

BR 1%

RTS PC

.WORD 0
.WORD 0

SEQ 0122

;SET RO=SRC.ADR

;SET R1=SR(C.PTR

; .OOKED AT ALL SRC DIGITS YET?
JBRANCH [F YES
JGET NEXT SRC DIGIT
; INCREMENT DIGIT COUNTER
;1S DIGIT ZERO (NON=SIGNIFICANT)
;BRAN(H [F YES
;SAVE

POSITION OF

DIGIT

POP=11 (! ?
IKFEA. P1

9869
9870
9871
9872
9873
9874
9875
9876
9877
9878
9879
9880
9881
9882
9883
9884

INST EXERCISER

030376

012737
005037
005037
032737
001403
012737
032737

1727777

MACY11 27(655)

026056

031672
031674
000001

017120

177777
000001

031672
017124

177777

031674

CLR EODDS
CLR EODDD

1%:

EASHN:
EASH:

1¢:

013737

005002
012737
004737
105304
005305
000754

042703
113700
060003
042703

013700
042700
060003
122703

032632

024664

177777
022174

024646

ODD LENGTH?

YES = SET ODD

IS DST ODD

INDICATOR

IN LENGTH?

;JONED STRING?

YES-SET

INIT.

;BRANCH

ODD

CARRY

INDICATOR

[NDICATCR

SCR.PTR TO SRC.LEN-1
IF

;MAKE RESULT DATA TYPE

TRAIL ING SEPARATE

JINITIALIZE RESULT PTR TO 127+31+1(MAX SHIFT (T

BIS #237.R&

MOV R&.ETLSD
DECB Ré

TST RS

JINITIALIZE SHIFT # TO SHIFT COUNT
JSHIFT COUNT?
;JPOSITIVE OR ZERO - SHIFT IN DIRECTION OF

BLE ESISRC

“1S SHIFT # <=0?

BM]

EASHR

BEC EDETSN

025612

IS SRC

TST EPAK

CMPB #377 R4

000377

, INDICATE ZONE MODE
INIT. N CLEAR INDICATOR
INIT. NON ZERO INDICATOR

MOVB E4 RS

017130

ASHP ,ASHN [NSTRUCTIONS
INDICATE PACKED MODE

BEQ EASH
MOV #177777.E0DDD
BR EASH
CLR EPAK
CLR ENCC
CLR ENZI
CLR ETNZI
CLR ECARRY
MOV EO,R3

BIC #377.,R4

SEQ 0123

#1.€0
18
#177777.E0DDS
#1.E2

BNE 2%
MOV #40237,R4
BR 3%
MOV E2,R4

017124
000377
000237
032632

003476
122704
001555
012700
010401

BIT
BEQ
MOV
BIT

DECB R3

040237

030552
030554
030560
030562
030566
030570
030576
030600
030606
030612
030614
030616

G 10
PAGE 85-13

LSBTTL
MOV #177777.EPAK

EASHP:

026056

030546
030550

10:59

ASHP ,ASHN INSTRUCTIONS

026056
031700
031702
031704
026622
017120

9885
9886
9887
9888
9889

1=-0CT=-79

LEAST TO MOST SIGNIFICANT DIGITS

SHIFT #>0; IS RESULT.PTR=0?
IF RESULT.PTR<O BRANCH TO (OPY RESULT

MOV #EVRTAB,RO

RESULT.PTR DOES NOT=0. PUSH A ZERO
DIGIT INTO THE DESTINATION.

CLR R2
MOV #177777 ,E0DD

SET RO=RESULT.ADR, R1=RESULT.PTR, R2-0

MOV R4 R
MOV ETLSD,ELSD

JSR PC,EPUSH
DECB R&

CALL ROUTINC

TO PUSH THE C DIGIT

INTO DST.

[NTO RESU T,

DEC RS
1%
BR
177400

017130

177400

EASHR:

BIC #177400,R3
MOVB E4,RO
ADD RO,R3

BIC #177400.R3

017120
000377

MOV EQ,RO

000177

cMPR #177.R3

BIC #377.R0O
ADD RO,RS$

SHIFT COUNT

IS NEGATIVE

GET SHIFT COUNT
ADD SHIFT COUNT

(NEGATIVE)

TO SRC.PTR

CHECK FOR SPECIAL CASE WHEN SRC.LEN=0 AND
SHIFT (NT-=128(200).

CI?

(ZKEEA P1

INST EXERCISER

MACY11 27(655)

1-0CT=-79

030654
030656

e ¥

017122
017120

024664

031672
021126
017131

024646

013700
01C301
013737
013737
004737
063702
022702

026622
1%:

ESISRC:

000377

000001

024664
024646

2%:
3%

031706

024664
024646

JSHIFT SRC LiGl

;IS RESULT.PTR <0?

IN R?

INTO DST.

JYES = BRANCH TO COPY RESULT INTO DEST
;NO - IS SRC.PTR <0?

JNO -~ FIND SRC DIGIT TO SHIFT INTO RESULT

;SET RO=SRC.ADPR, R1=SRC.P'R

;CALL ROUTINE TO FIND SRC DIGIT

;ADD

CARRY

TO DIGIT

;DIGIT OVERFLOW?
;1F _NO BRANCH

FOUND

;OVERFLOW - SET CARRY & SET DIGIT=0

BR 3$
CLR
MOV
MOV
MOV

ECARRY
#EVRTAB,RO
R&,R1
ETLSD,ELSD

sPUSH DIGIT FOUND INTO RESULT.
JSET RO-RESULT.ADR, R1-RESULT.PTR, R2 CONTAINS D

JSR ©C,EPUSH

;CALL ROUTINE TO PUSH DIGIT INTO RESULT

BEQ 1%

;1S DIGIT PUSHED=0?
;NO~-SET NON ZERO INDICATOR
;DECREMENT SRC.PTR

BIC #177760.R2
1%:

CASE.

sNO=SET CARRY

MOV #177777.E0DD

031704

TO DIGIT FOUND

;IS RESULT LESS THAN 10

MOV #1,ECARRY

024622

000137

JADD RND.DGT

CMP #11,R2

CLR R2

SPECIAL

sCALL ROUTINE TO FIND DIGIT

BR ESISR(
CLR ECARRY

BHIS

1S THE

;SET RO=SRC.ADR,R1=SRC.PTR+1

MOV EODDS,EODD
JSR PC.,ESNK
ADD ECARRY,R2

177777

MOV R3,R1

MOV E1,RO
MOV R3.R1
MOV EC.ELSD

—r

177777
022174
177760

JIF SRC PTR IS <=1 FILL DST WITH ZFRO
sJFIND MOST SIGNIFICANT DIGIT TO BE
SHIFTED OuT
;

BEQ EDETSN
TSTB R3
BM] EFILZ

024622
025612

032632

BNE EFILZ
MOV E1.RO

THIS

JBRANCH IF SRC PTR IS POSITIVE

(MPR #377 R4

017122
017120
031672
021126
024622
000011

JBRANCH IF

MOVB E4+1,R0
ADD RO,R2
(MP #12,R2
BHI 1%
MOV #1,ECARRY

024622
122704
001457
105703
100453

BEQ EF]LZ
TSTB R3

MOv EODDS,EODD
JSR PC,ESNK

030750
030750
030754
030756
030760

SEQ 0124

MOv EO,ELSD
INCB R1

000012

000001

PAGE 85-14

8PL 2%
(MPB #-1,R3

177777

030734
030742
030744

H 10

10:59

ASHP ,ASHN INSTRUCTIONS

laa

POP-11

JMASK OFF

MOV #177777 ,ETNZI
DECB R3

;DECREMENT RESULT.PTR

DECB R4
BR ESISRC

JMP EFILLZ

ALL BUT DIGIT PUSHED

.DE TERMINE SIGN & STORE WITH RESULT
:NO TE:

THERE

EXIST

TWO CASES

:&%k DIFFER FROM THE

IN WHICH THE

SRC SIGN.

DST

SIGN

THESE CASES ARE

1)SRC SIGN = =,SHIFT RIGHT,AND RESULT(ETNZI)=0

POP=11 (IS
(ZKEEA.P11

9977

9978
9979
9980
9981
9982
9983
9984
9985
9986
9987
9988
9989

9990

9N
9992
9993
9994
9995
9996
9997
9998
9999
10000
10001
10002
10003

10004
10005
10006

10007
@}

b
b

b
b med
d el
— e

OBV NONEBWN=O Velo ENTe JV.P NV

—d

b ad

D =D

b —d =D —t el

D cd

d —d

D —md

SISISISISISISISISES 833333838% :

10008

10030

INST EXERCISER

031114
031120
031124
031132
031140

013700
013701
013737
013737
004737

031144
031150
031152
031160
031162
031166
031170
031174
031176
031202
031206
031214
031216
031224
031230
031232
031234
031236
031240
031244
031244
031250
031254
021262
031270

005737
001035
032737
001403
005037

031274
031274
031300
031304
031310
021312

031316
031320
031322
031324
031330
031332
031336
031342
031344
031346
031354
031362
031366
031370
031374

000426
105737
001421
013700
013701
013737
105301

013737
004737
005702

001004
105701
001366
005037

012700
013701
013737
012737
004737
005037
113701

005737
001405
012704
006201
005201
000402
012704
160104

000200

017130

2%:

017120

031672
021126

85-15

MOV EODDS,EODD
JSR P(,ESNK

024616

017122
017120
017120

110

PAGE

MOv E1,R0O
MOv EOQ,R1
MOV EOQ,ELSD

TST

024664

3%:

024646

EINZI

BNE 18
BIT #200,E4
BEQ 2%
CLR ERSNEG
BR '$

025612
032632
032632

177777
022174

017124
031674
026056
177400

040000

;BRANCH [F

YES

JSHIFT RIGHT?

sNO

JMAKE SIGN POSITIVE

(CASE

1 NOTED ABOVE)

SRC

DIGIT

;IS DIGIT = 0?
JBRANCH IF NO
JALL DIGITS IN SRC TESTED”?
JBRANCH IF NO
;CASE 2 NOTED ABOVE
JSTORE SICN WITH RESULT

MOV #177777.EQDD
JSR PC,EPUSH

CLR ENZI

;COPY RESULT INTO DESTINATION
;CLEAR NON ZERO INDICATOR
OF

RESULT TO COPY.

TST EPAK

*PACKED INST?

ASR R1

sCALCULATE # OF BYTES OCCUPIED BY DST

BEQ 1%
MOV #EVRTAB+120.,R4
INC R1
BR 4$
MOV #EVRTAB+237.R4
SUB R1.Ré
MOV E2.R1

BIC #377,R1
MOV R1,RS
024664
024646

;CALL ROUTINE TO FIND SRC SIGN
;SIGN RETURNED IN ERSNEG
JNON ZERQ INDICATOR SET?

MOV ETLSD.ELSD

MOVB E2.R1

026051

013737
013737

MOV #EVRTAB,RO
MOV ETLSD,R1

ECRID:

025732

SIGN DIGIT

;FIND

CLR ERSNEG

031702
017124
026056

JSETUP PTR TO SION
JSETUP PTR TO LEAST

MOV EODDS,EGDD

BNE 2%

024664
024646

2)SRC SIGN = =, SHIFT=LEFT,AND SR(C MAGNITUDE O
;SETUP SR(C ADR

;SRC MAGNITUDE = 0
0)
JBRANCH IF YES (SRC.LEN
DR
SRC.A
P
;SETU
JSETUP PTR TO SIGN
;SETUP PTR TO LEAST SIGN DIGIT

JSR P(,ESNK
TST R2
BNE 1%

024616

SEQ 0125

TSTB EO

BEQ 4%
MOV E1.RO
MOV EOQ,R1
MOV EQ,ELSD
DECB R1

TSTB R1

017124
000377

005737
001007
042701
052701

1-0(T7-79
10:59
ASHP ,ASHN INSTRUCTIONS

27(655)

024664
024646

013701
042701
010103

010400

MACY1T1

MOV R4 .RO
MOV E2.ELSD

MOV EODDD,EODD
TST EPAK

BNE 5§
BIC #177400,R1
BIS #40000,R?

"BRANCH IF
# OF

BYTES=# OF

DIGITS/2 +1

JSETUP POSITION POINTER TO ZERO

;SAVE DATA TYPE FlELD
sSETUP 'FROM'' ADDRESS
;SETUP POINTER TO LEAST SI!IGN DIGIT
sZONED RESULT?
sBRANCH IN NO
;JONED RESULT DATA TYPE

TRAILING

SEPARATE

PDP=11 gIS INST EXERCISER
(ZKEEA.P11

10031

031400
031406
031412
031416
031422
031426
031432
031434
031440
031442
031444
031452
031456
031460
031462
031464
031464
031470

031474
031476
031504
031506
031512
031514
031522
031522
031526
031532
031534
031536
031540
031544
031550
031554
031560
031562
031566
031572
031600
031606
031612
031614
031616
031620
031622
031624
031626
031634
031640
031642
031644
031650
031654

112737
004737
013700
105037

050337
042701

050301
004737
005702
001403
012737
020137
001402
005201
000730
005077
005737
001004
052777
000406
005737
001403
052777
113700

012704
160004

001437
005304
012700
013701
042701
005737
001004
042701
052701
012737
013737

000100
021126
017126
024665
024664

MACY1T

27(655)

1-0CT=79

ASHP ,ASHN

024665

INSTRUCTJONS

5%:

MOVR #100,ELSD+1
JSR P(,ESNK
MOV E3.RO
CLRB ELSD+1
BIS R3,ELSD

BIS R3,R1

022174

017124

J 10
PAGE 85-16

JSR PC.EPUSH
1ST R2

031702

BEQ 3$
MOV #177777.ENZ]
CMP R1,E2
BEQ ESCC

INC R]
BR 2%
ESCC:

165426

CLR QEOPSW

031702
000004

TST ENZI

165412

024616

000010

1%:

165374

017124
000237

’%:

025612
017124
000377
026056

177777

032632
021126

BNE 18
BIS #4,3E0PSW
B8R 2%
TST ERSNEG

BEQ 2%
BIS #10,3E0PSW
MOVB E2,RC
MOV #237.R4
SUB RO.R&
BEQ 6%
DEC R4
MOV #EVRTAB.RO
MOV E2,R1

BIC #377.R1
TST EPAK

BNE 3%
BIC #177400.R1
BIS #40000,R1

177400

040000

SEQ 0126

cCALL ROUTINE TO GET RESULT DIGIT

;SETUP 'TO' ADDRESS (I.E. DST)

BIC #177400.R1

177400

177777

10:59

024646
024664

;CALL ROUTINE TO PUSH RESULT DIGIT INTO DST
;WAS DIGIT PUSHED NON ZERO?
JBRANCH [F NO

;SET NON ZERO INDICATOR

;COPY DONE?
JBRANCH IF YES
JUPDATE PTR AND RETURN TO COPY NXT DIGIT

sSET CONDITION CODES
JRESET EMULATION PSW

JSET Z BIT IF NON ZERO INDICATOR-0.

;1S SIGN NEGATIVE?
JBRANCH

;SET N BIT
sDETERMINE V BIT
sCALCULATE # OF

DIGITS OF RESULT

;YES

= WERE

SIGNIFICAN!

;

NOT

;

THAT WOULD NOT

ANY

FIT

IN DEST.

;ZONED RESULT?
.BRANCH [F NO
;ZONED RESULT DATA TYPE -TRAILING SEPARATE

MOV #177777.E0DD
5%:

MOV ETLSD,ELSD

JSR Pg.es~x

;

CALL ROUTINE
NOT STORED.

TO FIND RESULT DIGIT

;GO SET OVERFLOW - v BIT

165262

DIGITS

STORED?

6%:

BIS #2,at0PSW
MOV EORSTK,R?
CLR (R2)+
CLR

(R2)+

MOV E2,(R2)+
MOV E3,(R2)+
CLR (R2)+

;SET v BIT

JREGISTER UNLOAD

:RO=0

:R1=0
;R2-R2
:R3=R3
JR4-0

10085

031656
031662

013722
000207

MACY1T1 27(655)

RTS PC

ETMPRO:
£ TMPR1:
ETMPR?:

bwnfiu-acfizon

d
d
d
d
d
b

— d b el b

—_—

d
d
d ——d
b
)
—

eolelolololoelole]

031702
031704

031746
031750
031752
031760
031762
031766
031770

001426
012700
010401
013702
013737

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

012737
004737
005702
001403
012737

105304
005037
000747

000137

EFILLZ:

000377

CMPB #377 ,Rs
BEQ 1%

025612

024622
032632

177777

022174

K 10
PAGE 85-17

MOV E5,(R2)+

017132

EODDS:
:
EODDD
ESGN:
ENCC:
ENZI:
ETNZ]:

122704

10:59

ASHP ,ASHN INSTRUCTiONS

000000
000000

031706
031706
031712
031714
031720
031722
031726
031734
031742

1-0CT=-79

MOV
MOV
MOV
MOV

024664
024646

#EVRTAB,RO
R4 ,R1
ECARRY,R?
ETLSD, ELSD

MOV #177777 ,£0DD
JSR PC,EPUSH
TST R2

177777

024622
031114

031704

2%:
1¢:

SEQ 0177
;R5-RS

OOCODOOOOO

POP=-11 CIS INST EXERCISER
(ZKEEA.P11

BEQ 2%
MOV 177777 ,ETNZ]
DECB R4

CLR ECARRY
BR EFILLZ
JMP EDETSN

;PAD REMAINING RESULT WITH ZERO DIGITS

;IS RESULT.PTR <0?
;1F

YES BRANCH

JPUSH A ZERO DIGIT

INTO RESULT.

;SET RO=RESULT.ADR, R1=-RESULT.PTR, R2=0

;CALL ROUTINE TO PUSH ZERO + CARRY
DIGIT INTO RESULT.
;

JWAS DIGIT PUSHED = 0?
sBRANCH [F YES
sDIGIT PUSHED NOT = O,;SET NONZERO INDICATOR

INST EXERCISER

012737
005037
005037
032737
001403
012737
032737

032050

032054
032060

013703
042703
013704

177777
032622

MACY1T 27(655)
1-0CT=79
10:59
CMPF ,CMPN INSTRUCTIONS

026056

032624
000001

017120

177777
000001

032622
017124

177777

032624

.SBTTL
MOV #177777,EPAK
CLR EODDS1
CLR EODDS?

E(CMPP:

1%:

;IS SRC NUMBER ODD LENGTH?

MOV #177777 ,EODDS?

JYES = SET ODD INDICATOR

MOV 4177777 ,E0DDS?2

;JYES SET ODD INDICATOR

BIT #1,E2
BEQ ECMP

;IS SRC2 ODD LENGTH?

ECMPN:

017120
000377
017124
000377
032626
032630
017122

ECMP:

MOV EQ,R3

;INITIALIZE SRC.PTY TO O

MOV E2,R4

JINITIALIZE DST.PTR TO O

BIC #377.R3

BIC #377.R4

1%:

024664
024646

2%:
3%:

017124
024664
024646

017124

032620

005077
023737

164642

032616

BNE 2%
INC R3
MOV R3.ELSIM
BR 1%
MOV EQ.RS
SUB R3.R5

4$:

032620

JFIND MOST SIGNIFICANT DIGIT IN SRC1
;SET RO-SRC1.ADR, R1 SRC1.PTR
JREACH END OF SRC1 STRING?
;1F YES BRANCH

sCALL ROUTINE TO FIND SRC DIGIT

;1S SRC1 DIGIT=0?
; 1F NO BRANCH

;UPDATE SRC1.PTR TO NEXT DIGIT
;SAVE SRC1.PTR

MOV E3.R0

CMPB Ré,E2
BEQ 4$

;IF YES BRANCH

MOV R&.R1

E2,ELSD
EODDS2,EODD
PC.ESNK
R2
4$
R
R4 ,ELS2M

BR 3%

MOV E2.RS

SUB R4 .RS

MOV R5.,ES2NSD
ECNSD:

;INDICATE ZONED MODE

;CALCULATE # OF SIGN DIGITS IN SRC1
JSAVE # OF SIGN DIGITS IN ESINSD
JFIND MOST SIGNIFICANT DIGIT IN SRCZ2

MOV RS.ESINSD

MOV
MOV
JSR
TST
BNE
INC
MOV

032630

010537

R3.ELSIM
R&.ELS2M
E1.RO
R3.R1

MOv EODDS1,EODD
JSR PC.ESNK
TST R2

032616
017126

017124
032624
021126

MOV
MOV
MOV
MOV

CMPB R3,EO
BEQ 2%
MOV EO,ELSD

017120

101052

;INDICATE PACKED MODE

026056

032626

032250
032250
032254
032262

CMPP,CMPN INSTRUCTIONS

BR ECMP
(LR EPAK

017120
032622
021126

160405

SEQ 0178

BIT #1,EOQ
BEQ 18

017120

032242
032244

L 10
PAGE 85-18

CLR oEOPSW

(MP ESINSD,ESZNSD
BHI 5%

;SET RO=SRC2.ADR, R1=SR(2.PTR
JREACH END OF SRCZ2 STRING?

;CALL ROUTINE TO FIND SRC DIGIT

;1S SRC2 DIGIT=0
s IF NO BRANCH

JUPDATE SRC2.PTR TO NEXT DIGIT
;SAVE SRC2.PTR
;CALCULATE # OF SIGN DIGITS IN SR(C?2
JSAVE # OF SIGN DIGITS IN ESZNSD

;COMPARE # OF SIGN DIGITS IN SRC1
;

VERSUS

SR{

JBRANCH IF SR(1 HAS MORE SIGN DIGITS

PDP-11 CIS INST EXERCISER
(ZKEEA.P11
10170
10171
10172

10173
10174

032264
032266

032272
032274

103457

005737
001500
013703
013704
013700
010301
013737
013737

032374
032376
032402

032424
032430
032434
032436

032440
032440
032444
032450
032454
032460
032462

TST ESINSD

BEQ 3%

017120
032622
021126
032614
017126

024664
024646

MOV
MOV
MOV
MOV
MOV
MOV

017124
032624
021126
032614

024664
024646

MOV
MOV
MOV
MOV
MOV

032626
032630
017122

A¥

JSR PC,ESNK

5%:

032562
024616

6%:

INC R4
BR 4%
JSR PC,EGS1S
TST ERSNEG

BNE 2%
BR 1%

7%:

1646414

;

JSRCT & SRC2 CONTAIN THE SAME #

OF SIGNIFICANT DIGITS

;BOTH SRC'S CONTAIN NO SIGNIFICANT DIGITS
;SETUP SRC1.PTR
;SETUP SR(2.PTR
JGET A SRC1 DIGIT

sSAVE

SRC1

DIGIT

;GET A SRCZ DIGIT

s COMPARE DIGITS
JBRANCH IF SRC1 DIGIT IS BIGGER

JBRANCH IF SRCZ DIGIT IS BIGGER
;DIGITS EQUAL - ALL DIGITS CHECKED?
JBRANCH IF ALL CHECKED - I.E. ALL
DIGITS ARE EQUAL

JCHECK SIGN OF SR(1
;IS SRC1 NEG?
JBRANCH IF YES
;SRC1 IS POSITIVE

JSR PC.EGS1S

; COMPARE SIGNS
;GET SRC1 SIGN

CMP ERSNEG,RS
BEQ 3$
BR 5%

000004

JBRANCH IF SRC2 HAS MORE SIGN DIGITS

BNE 1%
BR 2%

TST ERSNEG

JSR PC,EGS2S

164424

SEQ 0129

;CHECK SIGN OF SRC(CZ2
;IS SRC2 NEGATIVE?
JBRANCH IF YES
;SRC2 IS POSITIVE

JSR PC,EGSZS

MOV ERSNEG,RS

000010

017130
017132

R2,ES1D
E3.RO
R4 ,R1
E2,ELSD
EODDS2,EODD

JSR P(C,ESNK

032530
024616

017114

ELSIM,R3
ELS2M,R4
E1,RO
R3,R1
EO,ELSD
EODDS1,EODD

CMP ESID,R2
BHI 5%
BLO 6%
INC R3
CMPR R3,ESTINSD
BEQ 7%

032530
024616
032562
024616

052777
000403
052777
013702
005022
005022
005022
005022
013722
013722

M 10

PAGE 85-19

BLO 6%

032616

032404
032406
032410
032414
032420
032422

032464
032472
032474
032¢n"?
032.u0
032510
032512
032514
032516
032522

1-0C1-79
10:59
MACY1T 27(655)
C(MPP,CMPN INSTRUCTIONS

BIS #10,3E0PSW
BR 1%
8IS #4,aEOPSW
MOV EORSTK,RZ
(LR (R2)+
CLR (R2)+
CLR (R2)+
(LR (R2)+
MOV E4, (R2)+
MOV ES, (R2)+

;SAVE IT IN RS
JGET SRCZ2 SIGN
;SIGNS =?

JBRANCH IF YES
;SIGNS NOT EQUAL

;SRC2>SRC1 SET N BIT.
;SRC2=SRC1 SET Z BIT

SREGISTER UNLOAD

;RO=0
:R1=0

;R2=0
:R3=0

JR4=R4

;R5-RS

POP-11 (IS
(ZKEEA.P11
10224
10225
10226

10227
10228
10229
10230

10231
10232
10233
10234
10235
10236
10237
10238
10239
10240
10241
10242
10243
10244
10245
10246
10247

INSY EXERCISER

032526

000207

032530
032534
032540
032546
032554
032560

013700
013701
013737
013737
004737
000207

017122
017120
017120
032622
021126

032562
032566
032572
032600
032606
032612

013700
013701
013737
013737
004737
000207

017126
017124
017124
032624
021126

032614
032616
032620
032622
032624
032626
032630
032632

000000
000000
000000
000000
000000
000000
000000
000000

MACY11

27(655)
1-0CT-79
10:59
CMPP,CMPN INSTRUCTIONS

N 10

PAGE 85-20

SEQ 0130

RTS PC

EGS1S:
024664
024646

EGS?ZS:
024664
024646

MOV
MOV
MOv
MOV

E1,RO
EO,R1
EO,ELSD
EODDS1,EODD

TO GET SRC1

SIGN

;SET RO=SRC1.ADR,R1=SRC1.PTR

JSR PC,ESNK
RTS PC

;CALL ROUTINE TO FIND SRC1 SIGN

MOv E3,RO

JROUTINE TO GET SRCZ2 SIGN

MOV E2.R1

MOV EZ2,ELSD
MOv EODDSZ,EODD
JSR PC,ESNK

RTS PC

ESID:
ESINSD:
ESZNSD:
EODDS1 :

.WORD
.WORD
.WORD
.WORD

ELSIM:
ELS2M:
ETLSD:

.WORD 0O
.WORD 0
.WORD 0

EODDS?:

JROUTINE

0
0
0
0

.WORD 0

;SET RO=SR(CZ2.ADR,R1=SR(C2.PTK

;CALL ROUTINE TO FIND SRC2 SIGN

PCP-11 CIS
CZKEEA. P11

INST EXERCISER

1 27(655)
MACY
1-0(T=79
MULP INSTRUCTICN

10249

10250
10251
10252
10253
10254
10255
10256
10257
10258
10259
10260

10261
10262

10263
10264
10265
10266

10267
10268
10269

10270
10271
10272
10273
10274

033676
034664
033760
034034

032676
032700
032704
032712
032720
032726
032734
032742
032750
032756
032764
032772

EMULP:

MULP INSTRUCTION

JSR PC,ERSAV
CLR EMVBR

s SAVE MULP CALL PARAMETERS

034344

034104
000004

BIT #4 ETOPSW
BNE EPMID

034344

BIT #4 ETCPSW
EeNE EPMJD

017124
034306
034614

017126
034662
034660
017120
017122
017130
017132
017114
017116

034334

177777

024646

021126
024616

1%:

;1S MULP SR(C2=0?

(LR E2
MOV #EZDSC.E3
MOV #EXTBP,EVXTRP

;FORM 1x,2X,3x, ETC

034366

000001
001532

034366
034566

000040
034346

017120
017122
017124
017126
034662
034660

DST=E(NIXT TABLE

MOV REVXTBP,ES

MOV ETOPSW,3EVXTVR

CMP QEVXTBP #E1XT
BNE 2%
BIT #1,ESR2
BEQ 31$
Mov3:177777.eooo
CLR
MOV
MOV
MOV

ESRZ,ELSD

BEQ 2%

BITB #1,E1XT+20

BEQ 48
BICB #1,E1XxT+20
BR 2%
BISB #1,E1XT+20
CMP QEVXTBP AEIXT
BEQ EISP
MOV #40,EO
MOV #E1XT,E1
MOV #40,E2

MOV QEVXTBP,E3
ADD #2,EVXTBP
ADD #2, EVXTVB
BR 1%

EPMID:

;CLEAR ALL BUT Vv BIT FROM ADDP
.
RESULT PSW; SAVE Vv BITS IN TABLE.
JFIRST

TABLE

;sBRANCH IF

ENTRY

FORMATION?

;WORK ON TABLE ENTRY SIGNS

EODD
ESR3,RO
ESRZ.R1

JSR PC,ESNK

4%:
2%:

TABLE

USE ADDP - SRC1=MULT.SRC1
SRC2=PREVIOUS ADDP DST

MOV #40,E4

TST ERSNEG

000001

MOV ESRO.EQ
MOV ESR1,E1

BIC #177775,ETOPSW

0246064

034366

JINITIALIZE TEMPORARY RESULT BUFFER (ERTZ2) TO O+
;IS MULP SR(C1=0?

JSR PC,ETSTS?

MOV #ETRSTK,EORSTK
MOV #ETOPSW,EOPSW
JSR PC,EADDP

31%:
3$:

000001

JINITIALIZE MULP v-BIT RESULT

MOV #EXTVB,EVXTVR

034344
001646
034346

000001

SEQ 0131

.SBTTL

000004

034336
034334
034334

033202

B 1

PAGE 86

JSR PC,EIRTZ2
JSR P(C,ETSTSI

024646

033106
033114
033116
033124
033132
033134
033142
033150
033156
033164
033172
033200

10:59

BR EMID

;CALL ROUTINE TO GET MULP.SRCZ SIGN
sIF THIS SIGN IS POSITIVE THEN
;
LEAVE TABLE SIGNS = MULP.SRC1

;MULP.SRC2 SIGN = NEG; MAKE TABLE
;

SIGM

SIGNS = COMPLEMENT OF MULP.SRC1

JALL TABLE ENTRIES FORMED?
JBRANCH [F YES

;UPDATE ADDP SR(Z TO (URRENT
DST POINTER
;.
;UPDATE TABLE POINTERS
JRETURN TO FORM NEXT ENTRY,

SIGN

034334

177777

024646

024646
024646
034334
034666
034612

034665
034612
024646

034336
034334
034612
021126

10321

10322

034660
034660
034636
034662
034662
034614

10323
10324
10325
10326
10327
10328
10329
10330
10331
10332

10333

10334
10335
10336
10337
10338

EISP:

034610
000001

=
L
X

005037
032737

-—

033204
033210
033216

27(655)
1-0CT=-79
MULP INSTRUCTION

—

10303
10304
10305
10306
10307
10308
10309
10310
10311
10312
10313
10314
10315
10316
10317
10318
10319
10320

MAZY11

POP=11 (IS INST EXERCISER
(ZKEEA.P1

10343

10345

024664

034662
017120
017122
017130
017124
017126
017114
017116

10346
10347
10348
10349
10350

10351
10352
10353

10354

10355
10356

JINITIALIZE SHIFT POSITION TO ZERO

CLR EODD
MOV EODD, SEODD

; SAVE EODD

MOV ESR2.EMS2D
MOV SEODD,EODD
DECB EMS2D

;BRANCH IF NO MORE MULP.SR(CZ2 DIGITS TO WORK ON

JSR PC,ESNK
TST R2

;CALL ROUTINE TO GET NEXT SR(CZ DIGIT

BEQ 2%
DEC R2
MOV R2.EVXTVR

;BRANCH IF DIGIT =0

ADD
MOV
ASL
ADD

;SETUP POINTER INTO v=BIT TABLE
JINDEX INTO 1X,2X,ETC TABLE USING

033550
033554

005237
000635

034610

033556
033564
033572

012737
012737
005037

000037
034176
017130

EVXTVB

#EXTVB,EVXTVR
RZ.,EVXTRP
EVXTBP
#EXTBP,EVXTRP

JMULTIPLY TABLE VALUE BY PROPER
; POWER OF TEN INDICATOR BY SHIFT
; POSITION
; USE ASHP - SRC=TABLE VALUE

#ETRSTK,EORSTK
MOV #ETOPSW.EOPSW
JSR PC,EASHP

DST-ERT1

#ERT1,E3

BIC #177775.ETOPSW
8IS
BIS
MOV
MOV

ETOPSW,EMVBR
FEVXTVB,EMVAR
#37,E0
#ERT2,E1

#37.E2
#ERT1,E3
#37.E4
#ERT2.ES

MOV #ETRSTK,EORSTK
MOV #ETOPSW.EOPSW
JSR PC,EADDP

BIC #177775.ETOPSW
BIS ETOPSW,EMVARR
2%:

EMID:

NEXT SRCZ DIGIT

#40,EQ
QEVXTBP,E1
ESPOS,E4
#37.E2

MOV
MOV
MOV
MOV
MOV
MOV

034344

JINITIALIZE MULP.SRC2 POINTER

JRESTORE EODD

BMI EMID

MOV
MOV
MOV
MOV

042737
053737

SEQ 0132

CLR ESPOS

BIT #1_ESR?
BEQ 10$
MOV #177777.E0DD
BR 118

ASL

034660

034344
034664

033506
033514
033522
033530
033534
033542

cNn
PAGE 86-1

MOV ESR3.RO
MOV ESR2.ELSD
MOV EMS2D,RI

10339
10340
10341
10342

10344

10:59

INC ESPOS
BR 1%

MOV #37,E0
MOV #ERTZ.E1
CLR E4

SHFT.CT=SHFT.POSITION

JWORK ON V BIT
; 'OR' ASHP V BIT WITH RESULT Vv BIT.

;

'OR' TABLE V BIT WITH RESULT Vv BIT

JADD SHIFTED VALUE TO RESULT

; USE ADDP - SRC1=ERTZ2
SRC2=ERT]
DST= ERTZ

;WORK ON v BIT

;'OR' ADDP V BIT WITH RESULT
;INCREMENT SHIFT POSITION FOR NEXT

; MULP SRCZ DIGIT.

;MOVE RESULT INTO MULP DST

; USE ASHP - SR(=ERT?2

DST-MULP.D3T

CIS

(ZKEEA. P11
10357
10358

10359

10360
10361
10362
10363
10364
10365
10366
10367
10368
10369
10370
10371
10372

10373

INST EXERCISER

033576
033602
033610
033616
033624
033632
033636

005037
013737
013737
013737
013737
004737
053777

017132
034340
034342
034324
034326
030376
034664

033644

013702

017114

033650
033656
033664
033670
033674

016262
016262
005062
005062

000004
000006
000004
000006

000207

MACY1T

1-0(T7-79
27(655)
MULP INSTRUCTION

10:59

CLR
MOV
MOV
MOV
MOV

D N

PAGE

86-2

EXMD:

00001
00001

SEQ 0133

SHFT.CT-0

ESR4,

ESRS5,E3

ESOSTK ,EORSTK
ESOPSW,EOPSW

JSR PC,EASHP
BIS EMVBR,3EOPSW

POP=11

MOV EORSTK,RZ2

MOV 4(R2) ,10(R2)
MoV 6(R2),12(R2)
CLR 4(R2)

CLR 6(R2)

RTS PC

;MULP CONDITION CODE RESULTS:

; N,Z, AND C FROM LAST ASHP
; V.= "OR'" OF ALL PREVIOUS V'S

JREGISTER UNLOAD - NEEDED BECAUSE

JOUTPUTS FOR ASHP ARE R2 AND R3

:g?fzSAS THOSE FOR MULP AND DIVP ARE R4 AND RS.
;R5=R3
;R2=0
;R3O

JEXIT MULP EMULATION ROUT INE

10393
10394
10395

10396

10397
10398
10399
10400
10401
10402
10403
10404
10405
10406
10407
10408
10409
10410
10411
10612

10413

033760
033764
033772
033776
034004
034012
034020
034026
034032

000207

d
id
d ol
b —
—

G Gy

005037
12737
005037
012737
012737
012737
012737
004737

NN n PN
—= —
oo &»H OO
&

10381

10382
10383
10384
10385
10386
10387
10388
10389
10390
10391
10392

034324
034326
034330
03433¢
034334
034336
034340
034342

033676
033704
033712
033720
033726
033734
033742
033750
033756

i Sar i

10375
10376
10377
10378
10379
10380

MACY11

NN NNNNNWN

(ZKEEA, P11

INST EXERCISER

leleloleoleolole
el

CIS

PDP=11

017122
034176
034310
034344
030376

005037
012737
013737
013737
012737
012737
004737
000207

017124
034306
034330
034332
034310
034344
031774

005037
012737
013737
013737
012737
012737
004737
000207

017124
034306
034334
034336
034310
034344
031774

27(655)
1-0CT=79
10:59
MULP/DIVP SUBROUTINES

FRSAV:

EIRTZ:

017126
017114
017116

_
017126
017120
017122
017114
N17116

LSBITL

SEQ 0134
MULP/DIVP SUBROUTINES

MOV
MOV
MOV
MOV
MOV
MCV
MOV
MOV

EORSTK,ESOSTK
EOPSW,ESOPSW
EQ,ESRO
E1,ESR1
E2,ESRZ2
E3,ESR3
E&4,ESRG
ES5,ESRS

(LR
MOV
CLR
MOV
MOV
MOV
MOV

EO
#EZDSC.E1
E4
#37.,E2
#ERTZ2,E3
#ETRSTK,EORSTK
#ETOPSW,EOPSW

INITIALIZE ERTZ BUFFER TO U+

(LR
MOV
MCV
MOV
MOV
MOV

E2
#EZDSC,E3
ESRO.EO
ESR1.E1
#ETRSTK,EORSTK
#ETOPSW, EOPSW

; COMPARE MULP/DiVP SR(C1 WITH O.

(LR
MOV
MOV
MOV
MOV
MOV

E2
#EZDSC.E3
ESRZ.EO
ESR3.E1
#ETRSTK,EORSTK
#E TOPSW,EOPSW

; COMPARE MULP/DIVP SRC2 WITH 0.

RTS

;SAVE MULP/DIVP CALL PARAMETERS
JTHIS

;

PERMITS

CALLING

OTHER

EMULATION ROUTINES WHILE
IN THE MULP/DIVP EMULAT]ON.

RIS PC

017124

017126
017120
017122
017114
017116

EN
PAGE 86-3

;

USE ASHP -

SRC.LEN O
SHF~.CT=0
DST.LEN=31
DST.ADR-ERTZ2

JSR PC,EASHP
RTS PC

ETSTST:

;

USE CMPP - SR(Z.LEN-O
SRCT.LEN=MULT.SRC1.LEN
SRC1.ADR-MULP.SR(1.ADR

JSR PC ,ECMPP
RTS PC

ETSTS2:

JSR PC,ECMPP

;

USE (MPP - SR(CZ2.LEN=0

SRC1.LEN=MULP.SRCZ.LEN
SRC1.ADR-MULP.SR(2.ADR

F1N
1-0(T=79
10:59
PAGE 86-4
27(655)
MULP/DIVP VARIABLES AND BUFFERS
LSBTTL

£
S NN

RRR

10446
10447
10448
10449
10450
10451
10452

—

d —

e ieldloleoleoleololo
o o, Yo 5 RTINS QY

NN,

J
&
O
P
9
&
O
&

b ——d ——d —

.WORD ESXT

.WORD E6XT

EXTVR:
EVXTVR:
EVXTRP:
EMVRR:
SEODD:

034674

0000C0

EHS2SN:
ESSISN:
ESUB(T:

. WORD
.BLKW
.WORD
.WORD
.WORD
.WORD
. WORD
.WORD
.WORD

—

.WORD E7XT
.WORD E8XT

10456

10460

. WORD
.WORD E4XT

10453
10454
10455

10457
10458
10459

.WORD EIXT
. WORD

DOOOOOO— m
—_
O

b
—

EXTRP:

10445

EMS2D:

ESPOS:

NeSe

10443

—

10441

SR(C1
SR(1
SRC1
SRC1
SRC1
SRC1
SRC1
SR(C1
SRC1

—

d ——d

E6XT:

E7XT:
E8XT:
EOXT:

ESXT:

.BLKW

.BLKW
.BLKW
.BLKW
.BLKW
.BLKW
.BLKW
.WORD
.WORD

—d

E3XT:

E4LXT.

EIXT:
ESXT:

SRC1.LEN
SRC1.ADR
SRC2.LEN
SR(2.ADR

JMULP/DIVP DST.LEN
;JMULP/DIVP DST.ADR

—

ESR4:
ESRS:
ETOPSW:

JMULP/DIVP
;MULP/DIVP
:MULP/DIVP
;MULP/D]VP

(oo s I pn S pIE S

ESRD:
ESR1:
ESR2:
ESR3:

WD
x>

EZDS(:
ETRSTK:
ESOSTK:
ESOPSW:

.BLKW
.BLKW
.BLKW
.BLKW
.BLKW
.WORD
.BLKW
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.BLKW
.BLKW

MULP/DIVP VARIABLES AND BUFFERS

ERTT:
ERTZ:
ERT3.
ERTS:
ERTS:

SEQ 0135

b B

MACY11

OO NN
NN =

RRRR RRRRERREEY
RRRRRRIRRRRPRR
OV~
t\wgw
NN
=2 OV~

PDP-11 (IS INST EXERCISER
(ZKEEA. P11

;V=-BIT

TABLE

POP-11 (IS
{IKEEA.P1

INST EXERCISER

MACYN

27(655)

DIVP INSTRUCTION

10462

10495

10496
10497
10498
10499
10500

10501

10502
10503

10504

10505
10506
10507
10508
10509
10510
10511

10512
10513
10514
10515

177767

034344
034104

EDIVP:

10:59

¢ N
PAGE 86-5
DIVP INSTRUCTION

JSR PC,ERSAV
CLR EZDF
CLR ESPOS

;CLEAR ZERO DIVIDE FLAG

BIT #4 ETOPSW

034324

BNE E1XZD
BIC #177767 ,ETOPSW

034344
034672

YES

ETOPSW,ESSZSN

;SAVE SRCZ2 SIGN

177767
034344

034344
034670

034776
035004
035012
035016
035022
035030
035036
035042

013737
013737
005037
005037
012737
012737
004737

017129
07122

MOV ESRO,EOQ
MoV ESR1,E1

142737

034330
034332
017130
017132
000040
034220
030376
000001

035050
035056
035064
035070
N35074
035102
035110
035114

013737
013737
005037
005037
012737
012737
004737

034334
034336
012130
017132
000037
034242
030376

017120
017122

MOV

017124
017126

000001

034261

MoV #37,€2
MOV #ERT4 E3
JSR PC,EASHP

035122

012737
012737
012737
012737
012737
012737
004737
032777
001030
012737
012737
012737
012737
012737
004737
005237
000724
000137
000137

000040
034220
000037
034242
000037
034154
023154
000010

017120
017122
017124

000040
034220
000001
000040
034220
030376
034410

017120
017122
017130
017124
017126

035130
035136
035144
035152
035160
035166
035172
035200
035202
035210
035216
035224
035232

035240
035244
035250
035252
035256

142757

035610
035674

N4 ETOPSW

#177767 ,ETOPSW

#40,E2
WERT3,E3

PC,EASHP

BICB #1,a#ERT3+20

ESRZ,EC
MGV ESR3,E1
CLR Eé
rLR ES

BICB #1,a#ERT4+17

EPOSS1:

MOV #60,E0
MOV #ERT3,E1
MOV #37,E2

MOV NERTG E3
MOV #37 ,E4
MOV N#ERT1,ES
PC,ESUBP
#10,aEO0PSW
EPOSD

017126
017130
017132
161716

#ERT3,E1
” ,E4
#40,E2
#ERT3ES

PC,EASHP

ID:
ID:

'BRANCH IF YES

;JBRANCH [F

042737
013737

034240

JINITIALIZE TEMPORARY RESULT BUFFER (ERTZ) TO O
;1S DIVP SRC1 = 0?

EIDID

034344

017124
017126

;CLEAR SHIFT POSITION

SIGN

PC,ETSTSZ2

000004

(LR
CLR
MOV
MOV
JSR

JSAVE DIVP CALL PARAMETERS

;SAVE SRC1

MOV ETOPSW,ESS1ISN

JSR
BIT
BNE
BIC
MOV

034746
034752
034760
034762
034770

SEQ 0136

.SBTTL

JSR PC,EIRT?
JSR PC,ETSTSI

——

10490
10491
10492
10493
10494

033676
035744
034610
033760
034034
000004

—

10489

004737

x O

10473
10474
10475
10476
10477
10478
10479
10480
10481
10482
10483
10484
10485
10486
10487
10488

034676

mmm

10463
10464
10465
10466
10467
10468
10469
10470
10471
10472

1-0(7-79

INC ESPOS
BR EPOSS’
JMP EDID
JMP EXZD

;1S DIVP SR(2=0?

IMOVE DIVP SRC1

INTO ERT3
;. USE ASHP - SR(C = DIVP.SR(1
DST = ERT3
;
SHFT.CT=0

JMAKE ERT3 SIGN = «

;MOVE DIVP SR(C2 INTO ERT4
; USE ASHP - SR(C - DIVP SR(?2
DST = ERT4
;
SHFT.CT = 0

JMAKE ERT4 SIGN +

:SHIFT DIVP SRC1 LEFT UNTIL SRC2 - SRC1(SHIFTED)
;IS NEGATIVE. NOTE: LEN-40 IS LEGAL FOR EMUL.
;SUBTRACT ERT3 FROM ERT4

; USE SUBP - SR(C1 = ERT3
SRC2 = ERT4
;
DST =

ERM

21S RESULT NEGATIVE?
JBRANCH IF YES
JSHIFT DIVP SRC1 LEFT 1 PLACE

; USE ASHP - SR( = ERT3
DST = ERT3
:
SHFT.CT =1
;

NOTE - LEGAL FOR EMULATOR.

; INCREMENT SHIFT PCSITION

POP-11 Cl ?
(IKEEA. P1
10516

INST EXERCISER

MACY1T 27{655)
1=-0CT=79
DIVP INSTRUCTION

10:59

H 1
PAGE 86-6

10517
10518

035262
035266

005737
001550

034610

10520
10521
10522
10523
10524

012737
072737
012737
012737
012737
004737

000040

10525

035270
035276
035304
035312
03532C
035326

10527

035332

005037

034674

012737
012737
012737
012737
012737
012737
004737
032777
001003
005237
000745

00040
034220
000037
034242
000037
034242
023154
000010

10539

035336
035344
035352
035360
035366
035374
035402
035406
035414
035416
035422

035424
035432
035440
035446
035454
035462
035470

012737
012737
012737
012737
012737
012737
004737

000040

035474
035502
035510
035516
035524
035532
035536
035542
035546

012737
012737
012737
012737
012737
004737

000037
034176
000001
000037
034176
030376
034674
034674
034674
034674
034674
034610

017120
017122
017130

MOV #37.E0
MOV #ERT2.E1T
MOV #1,E4

017126

MOV #ERT2.E3

034670

034672

10519

10526

10528
10529
10530
105
10532
10533
10534
10535
10536
10537
10538

10540
10541

10542
10543
10544
10545

1054¢€

10547
10548
10549
10550
10551
10552
10553
10554
10555
1C556
10557
10558
10559
10560
10561
10562
10563
10564
10565
16566
10567
10568
10569

034220
000377
000040
034220
030376

017120
017122
017130

EPCSD :

TST ESPOS
BEQ EDID

JSHIFT POSITION - G”

EDIVL:

MOV #40,EQ
MOV #ERT3,E1
MOV #377.E4

;REPOSITION ERT3 BACK 1 PLACE (RIGHT)

MOV #ERT3.E3

*NOTE - THIS 1S LEGAL FOR EMULATOR

CLR ESUBCT

;CLEAR SUBTRA(CT COUNTER

MOV
MOV
MOV
MOV
MOV
MOV

;SUBTRACT DIVP SRCT(SHIFTED) FROM DIVP SR(CZ2
;. USE SUBP - SR(C! = ERT3
SR(Z = ERT¢
:

017124

MOV #40,E2

017126

JSR PC.EASHP

017120
017122
017124
017126
017130
017132

1%:

#40,E0
#ERT3.E1
#37.E2
WERT4,E3
#37.E4
WERT&,ES

JSR PC,ESUBP
BIT #10,3E0PSW
BNE ESRTD

161502

034674

034220
000037
034242
000037
034242
023136

INC ESUBCT
BR 1%

017120
017122
017124
017126
017130
017132

ESBID:

000001

034215

035630
035616
035624
035630

012737
012737
005037
005037

000037
034176
017130
017132

017120
017122

#40.E.
#ERT3.E1
#37.E5
#ERT4.E3
#37.E«
#ERT&,ES

MOV #37.E2
JSR
ASL
ASL
ASL
ASL

034215

152737

MOV
MOV
MOV
MOV
MOV
MOV

JBRANCH [F

YES

; USE ASHP - SR(C = ERI3

DST = ERT3
SHFT.(T==1

DST -

ERT4

;1S RESULT OF SUBP POSITIVE?
sBRANCH [F NO
; INCREMENT SUBTRACT COUNTER

;BACKUP TO LAST POSITIVE RESULT FROM SuUBP
. USE ADDP - SR(] = ERT3
SRC2 = ERTS
DST = ERT4

JSR PC,EADDP

017124

035600
035602

SEQ 0137

]

EDID:

PC,EASHP
ESUBCT
ESUBCT
ESUBCT
ESUBCT

;STORE SUBTRACT COUNTER IN RESULT(ERT?Z)
JSHIFT RESULT,

THEN ENTER DIGIT

; USE ASHP - SR(C = ERTZ

DST=ERTZ2

SHFT.CT=1

o INSERT SUBTRACT COUNTER IN RESULT

BISB ESUBCT,a#ER"2+17
DEC ESPOS
BNE EDIVL
CMP ESS2SN,ESSTSN
BEQ EDID
BISB #1,3#ERT2+17

;1S SHIFT POSITION=0? BRANCH IF NO
;DIVP SRC1 SIGN = DIVP SR(CZ SIGN?
;BRANCH [F YES
;NG - MAKE SIGN IN ERT2 NEGATIVE

MOV
MOV
CLR
CLR

JMOVE RESULT |NTO DST
; USE ASHP = SR( = ERT?2
DST = DIVP.DST
SHFT.CT - 0

#37.E0
WERT2.E1
Eb
ES

;DECREMENT SHIFT POSITION

”

10585

10586
10587
10588

10589

10590

10591

10592
10593

1-0CT=-79

DIVP INSTRUCTION

034340
034342
034324
034326
030376
033644

035674
035702

013737
052777

03632¢
000003

017136

035710

012737

177777

035744

b
b
—_—

b
b

161206

10:59
MOV
MOV
MOV
MOV
oSR
JMP

— 2PNy
(¢ 3 S¥ o ¥ 8

013/37
013737
013737
013737
004737
000137

035634
035642
035650
035656
035664
035670

NNNN

10570
10571
10572
10573
10574
10575
10576
10577
10578
10579
10580
10581
10582
10583
10584

MACY1T 27(€55)
QOO0

CIKEEA, P

INST EXERCISER

—a

(l S

—t

POP-11

EXZD:

I N
PAGE 86-7

ESR4,E?2
ESRS.,E3
ESOSTK,EQRSTK
ESOPSW,EOPSW
P(C ,EASHP
EXMD

MOV ESOPSW,EOPSW

BIS #3,aE0PSW

MOV #177777 ,EZDF

035716

013737

034332

035746

MOV ESR',EZDBEG

035724
035732
035736
035742

013737

034330
035750
035750

035750

MOV ESRO,EZDEND

035744
035746
035750

000000
000000
000000

JEXIT DIvP

JEXIT FROM DIVIDE BY 2ERO

JSET v & C COND. CODES

JSET ZERO DIVIDE FLAG TO SIGNAL

;

TABLE

TO {OMPARE

OF DST STRING
;
;CONTENTS OF DST STRING UNPREDICTARLE

RTS PC

JRESULTS

.WORD 0
.WORD C
.WORD 0

DRIVER NOT

5
ANYTHING EXCEPT v £ C COND. (CODE
;SAVE POINTER TO START & # OF BYTES

ASR EZDEND

INC EZDEND

EZDF :
EZDBEG:
t ZDEND:

SEQ 0138

AFTER ZERO DIvVP

POP=11

Ci S

(ZKEEA. P11

10595
10596
10597
10598
10599

INST EXERCISER

017120
000002
017124
000002
017114
017120
017122
017124
017126
017130
017132
017134
000017

10601
10602
10603
10604
10605

b b ——
e
e
—

OO o~V
B Wn

FRE
KKK &
X&
NON)
—
12N

—

- —

d —nd

b Y

10606
10607
10608
10609
10610
10611

10625
10626
10627

10628

10629

013701
000735

017122

G13701
000732

017:24

013701
060727

017126

013701
062737
000721

017130

10631
10632
10633
10634
10635
10637
10638
10639
10640
10641
10642
10643
10644
10645
10646
10647
10648

LOAD DESCRIPTORS

EL2DO:
ELZ:

017120

035752

10600

10622

MACY11 27(655)

000004

017132
00C004

017122
017126

017124
000002
017134
036006
013701

047466

110:59

MOV

MOV
MOV

MOV
MOV
MOV
MOV
MOV
MOV
RTS

161042

ELZDT:

SEQ 0139
LOAD DESCRIPTORS

(R1)+,R2

;GET REGISTER POINTER
:GET ADDRESS OF DESCRIPTOR

(R1) ,R2
(R2) ,E2
2(R2) ,E3
EORSTK,RO
EG.(RO)+
E71,(RO)+
€2, (RO)+
E3,(RO)+

;RO=RO
;R1-R1
;R2=R2
;R3-R3

MOV (R2) ,EO
MOV 2(R2) ,E1
MOV
MOV

EXL2:

J 1
PAGE 87

.SBTTL

MoV
MOV

MOV

£64,(RO)+

ES,(RO)+

E6,(RO)+

#17,3EGCPSW

:LOAD 1ST WORD OF DESC INTO EO
;LOAD 2ND WORD OF DESC INTO E!
;GET ADDRESS OF NEXT DESC
;LOAD 1ST WORD OF DESC INTO E 2
;LOAD ZND WORD OF DESC INTO E 3

;RETURN CLEAN UP

;R4=R4
:R5=RS
;R6-R6

;SET ALL COND. (ODE BITS.

MOV E1.R1

BR ELZ2

EL2DZ:

MOV E2.R1

BR ELZ

EL2D3:

EL2DG:
017130

MOV E3.R1
BR ELZ2
MOV E4.R1
ADD AL

BR ELZ

EL2DS:
017132

MOV £E5.R?
ADD #4 ES

BR ELZ

EL2D6:

017134
017120
000002

i=-0(T=79

017122

MOV E6.R1
MOV (R1)+,R2
MOV (R2) ,EO
MOV 2(R2) E1
MOV (R1)+,R2

MOV (R2) ,E2
MOV 2(R2) ,E3

017126

MOV R1,E6

JMP FXLZ

EL2D7:

MOV

TINST+2,R1

JNOTE :L2D6 UPDATES R6

(POPS STA(K)

POP=11 (IS
(ZKEEA.P11
10649
10650
10651
10652

10653

10654

10655

10656

INST EXERCISER

011137
016137
013701
011137
016137
000137

017120
000002
047470
017124
000002
036006

MACYTT 27(655)
1=-0CT=79
LOAD DESCRIPTORS

017122
017126

10:59

K 11
PAGE 87-1

MOV (R1) ,EOQ
MOV 2(R1) E1

MoV TINST+4 ,R"
MOV (R1) ,E2
MOV Z2(R1) ,E3

JMP EXLZ

SEQ 014C

POP=11 CIS
(ZKEEA.P1T
10658

10659

10660
10661
10662
10663
10664
10665
10666
10667
10668
10669
10670
10671

INST EXERCISER

036234
036240
036242
036246
036254
036256
036262
036270

013701
012102
011237
016237
012102
011237
016237
011102
011237

016237
000137

LOAD DESCRIPTORS

EL3DO:
EL3:

017120
017120
000002

017124
000002

017130
000002
036006

013701
000751

017122

013701
000746

017124

013701
000743

0171256

013701
000740

017130

013701

017132

000735

MACY11 27(655)

0177122

1-0CT=-79

10:59

PAGE

MOV £0,R1
MOV (R1)
¢+ ,R2
MOV (R2) ,EOQ
MOV 2(R2) E1

MOV (R1) +,R¢
MOV (R2) ,E2
MoV 2(R2) ,E3

017126

MOV (R1) ,R2
MOV (R2) ,E4
MOV 2(R2) ,ES

C17132

JMP EXLZ

:
EL3D

;GET REGISTER POINTER
;GET ADDRESS OF DESCRIPTOR
JLOAD 1ST WORD OF DESC INTO EO

JLOAD 2ND WORD OF DESC INTO E1
;GET ADDRESS OF NEXT DESC

;LOAD 1ST WORD OF DESC INTO
;LOAD 2ND WORD OF DESC INTO
;GET ADDRESS OF NEXT DESC
;.0AD 1ST WORD OF DESC INTO
JLOAD ZND WORD OF DESC INTO

E2
E3
E4
ES

MOV E1.R1

EL3DZ:

MoV E2.R1

BR EL3

EL3D3:

MOV E3.R1

BR EL3

EL3D4:

RT
MOV E.4

BR EL3

EL3DS:

MOV E5.R1

BR EL3

EL3D6:

MOV E6,R1

MOV
MOV

(R1)+,R2
(R2) ,EO

MOV
MOV
MOV
MOV
MOV
MOV
MOV
JMP

(R1)+,R2
(R2) ,E2

017120
000002

017122

MOV 2(R2) ,E1

017124
000002

017126

2(R2) ,E3

047466
017120
000002
047470
017124
000002
047472

SEQ 0141

BR EL3

017134

017130
000002
017134
036006

017132

EL3D7:

017122
017126

MOV
MOV
MOV
MOV
MOV
MOV

(R1)+ _R2
(R2) ,E&

2(R2) ,ES

R1,E6

EXLZ

TINST+2,R1
(R1) ,EOQ

2(R1) E1

TINST+4 ,R1
(R1) ,E2

2(R1) E3

MOV TINST+6,R1

;NOTE :L2D6 UPDATES R6 (POPS STA(K)

POP=-11 CIS INST EXERCISER

CZKEEA.P1]
10712
10713

}8;}2

036466
036472

036500

011137
016137

000137

017130
000002

036006

MACY11 27(655)

LOAD DESCRIPTORS
017132

1-0CT-79

10:59

MmN

PAGE 88-1

MOV (R1) ,E4
MOV 2(R1) ,ES

JMP EXLZ2

SEQ 0142

PDP=11

cl S
(ZKEEA. P1 1

INST EXERCISER
CIS

10717
10718
10719
10720
10722

10723
10725
10731
10732
10733
NS
ot N
N
N
N
N
o
Nl
N
N
"
N
N
"t N

—
-—

10:59

INSTRUCTION TEST LOOP

PAGE 88-2

.SBTTL

CIS INSTRUCTION TEST LOOP
ggvok}§¥777.ESEED

SEQ 0143

012737
000476
012737

177777

001744

SEEDST:

177777

001750

START:

MOV #177777 ,N20OM

;SET FLAG TO INDICATE THAT PROG WAS

012737
005037
005037
012706
012737
012737
012737
012737
013746
013746
012737
005777
000407
012737
012737
022626
012637
012637
005037

177777
001746

002206

QvST:

MOV #177777,QVMODE

;SET QVMODE FLAG

132737

001403
012737

d Nt

1-0CT-79

1643120

000176
000174

JSET ENTER RNG SEED FLAG

;STARTED AT LOC 200

000034
000036
000024
000026

CLR DENS
;CLEAR DON'T ENTER NORMAL RNG SEED FLAG.
CLR STESTN
:CLEAR TEST COUNT
MOV
HSTACK,SP
;sSETUP THE STACK POINTER
MOV
N#STRAP ,3#TRAPVEC ;. TRAP VECTOR FOR TRAP (CALLS
MOV
#340 ,@N¥TRAPVEC+2.LEVEL 7
MOV
N#SPWRDN, a#PWRVEC , ;POWER FAILURE VECTOR
MOV
#3640, a#PWRVEC+2 ;;LEVEL 7

000004

MOV
MOV

a#6,~(SP)
#6484

;.SET UP TIME OUT VECTOR

B8R

65%

;;BRANCH IF NO TIMEOUT TRAP OCCURS

001120

001736
001740

NST:

MOV
TST

64%:
65%:

000006
000004
001122
000200

001135

001136

001736

MOV
MoV
CMP
MOV
MoV
CLR
BITB

BEQ

MOV

a6 ,~-(SP)
aSWR

;- SAVE ERROR VECTOR

;;TRY TO REFERENCE HARDWARE

SWR

#SWREG, SWR
;cPOINT TO SOF TWARE SWR
#DISPREG,DISPLAY ;;POINT TO SOF TWARE DISPLAY REG
(SP)+,(SP)+
;sRESTORE STACK
(SP) +,a#6
;JRESTORE ERROR VECTOR
(SP)
+, a4

$PASS
HAPTSIZE ,$ENVM
38
#SSWREG, SWR

;s CLEAR PASS COUNT
; TEST USER SIZE UNDER APT
;s YES,USE NON-APT SWIT(CH
;sNO,USE APT SWITCH REGISTER

ket
teateatatetateataialalatale)

= =2 AONVNININONIPNONININ)
= =

(1)

MACY11 27(655)

10734

10735
10736
10737

10738

10739

10740
10741
10742
(1)
(1)
(1)
(1)

(2)
(2)
(2)
(2)
(2)
(2)
(2)
(2)
(2)
(2)
(1
(M

036670
036676
036702
036706
036710
036714
036720
036724
036732
036740
036746
036754
036760
036764
036772
036776
037000
037006
037014
037016
037022
037026

037032

012737
005037
005037
000462
005037
005037
012706
012737
012737
012737
012737
013746
013746
012737

005777
000407
012737
012737
022626
012637
012637
005037
132737

177777

001660

002074

MOV ¥#177777
,F SRUN
CLR INCSQ1

001662
002206
001746
001100
110536
000340
110562

000340
000004
000006
037000

142740

000176
000174
000006
000004
001122
000200

CLR INCSQ?

DVIST:

000034
000036
000024
000026

001736
001740

001135

MOV

#3640, aNTRAPVEC+2;LEVEL 7

MOV
MOV

#3640 ,@NPWRVEC+2 ;;LEVEL 7
a#6 - (SP)
;s SAVE ERROR VECTOR

MOV

65%:

;PRIOR TO EACH TEST, BUFFERS WILL BE

INITIALIZED TO ZERO

CLR DENS
JCLEAR DON'T ENTER NORMAL RNG SEED FLAG
MOV
#STACK,SP
;sSETUP THE STACK POINTER
MOV
N#S$TRAP ,a#TRAPVEC ;.TRAP VECTOR FOR TRAP (CALLS

MOV

64%:

NO QUESTIONS ASKED ~ EXERCISES FIXED TABLE TEST
CONDITIONS FIRST THEN ENTERS RANDOM MODE TESTING

BR COMST
(LR QVMODE

MOV

C00004

;
:

TST
BR
MOV
MOV
MP
MOV
MOV
(LR

BITB

N#SPWRDN
, a#PWRVEC ;POWER FAILURE VECTOR
a#6,-(SP)

#6483 .4

;;SET UP TIME OUT VECTOR

(SP)
+ a4
$PASS
NAPTSIZE ,$ENVM

;:CLEAR PASS COUNT
; TEST USER SIZE UNDER APT

aSWwR
s TRY TO REFERENCE HARDWARE SWR
65%
;oBRANCH IF NO TIMEOUT TRAP OCCURS
#SWREG, SWR
;.POINT TO SOF TWARE SWR
#DISPREG,DISPLAY ;;POINT TO SOF TWARE DISPLAY REG
(SP)+,(SP)+
;;RESTORE STACK
(SP)+,a#6
;;RESTORE ERROR VECTOR

1)
(V)
(1)

037040
037042
037050

001403
012737

10744
10749

037050

005037

002074

037072

005077
012737
005037
076001

037112
000012

10743

10750
10751
10752
10753
10754
10755
10756
10757
(6)

(3)

(4)
10758

10759
10764
10765
10766
(6)

(3)

(4)

10767
10768
10769
10770
10771
10772
10773
10774
10775
10776
10777
10778
10779
10780
10781
10782
10783
16784
10786
10787
10788
10789
10790
10791
10792
10793
10794
10795
10796

037074
037074
037100
037102
037106
037110
037112
037116
037120
037120
037124
037126
037132
037136
037140
037142
037144
037150
037154
037156
037160
037162
037166
037172
037174
037176
037200
037204
037212
037216
037224
037230
037236
037242
037250
037254
037260
037266
037270
037274
037276

012746
010600
004737
200000
000761

001136

142604

012746
010600
004737
004737
000770
000240
000240
012637

016033

000761
000240
000240
012637
004737

000010

22%:
111%:

BR COMST

TST ESEED

BEQ 2%

;THIS INST SHOULD TRAP TO LOC 10 IF
;
SWITCH POSITION IS OK; OTHERWISE
s

IT WILL ACT LIKE A °NOP',

JINDICATE THAT SWITCH POSITION IS INCORECT

;GET NEW SEED

JBRANCH IF NO

CONSTANTS?

PRINTB #ACCSEED ;PRINT MESSAGE:
MOV
#ACCSEED,~(SP)

MOV
SP,RO
JSR PC.FPRINT
JSR PC,ACCOCT
BR 1118
NOP
NOP

ENTER RNG

SEED

CONSTANTS

GET OCTAL SEED
;<CR> RETURN

s XXXXXX<CR> RETURN
S XXXXXX<=> RETURN

MOV (SP)+,RNCON ; INSERT FIRST SEED CONSTANT
JSR PC,ACCOCT
;GET SECOND SEED
BR 111%
NOP
NOF

063546
064776

MOV (SP)+,RP1
JSR PC,ACCOCT
BR 111%

s INSERT SECOND SEED CONSTANT
;GET THIRD SEED

MOV (SP)+,RP2

;INSERT THIRD SEED CONSTANT

NOP
NOP

MOV #177777 ,DENS:SET DON'T ENTER NORMAL SEED FLAG

001746

000250

CLR
MOV
CLR
MOV

000004

MOV #HLTSER,a#tRRVE(

;SETUP TIMEOUT INST.

JSR PC,SIZEPT

;SETUP PROCESSOR DEPENDENT CONSTANTS
JIF IN ACT CHAIN MODE SKIP PRINTING OF PROG TITLE

000010

053076

104400

;SET PROCESSOR PRIORITY TO ZERO
;CHECK FOR SWITCH ON CIS MODULE TO BE IN CORRECT POSITIO

HALT

063544
064776

001122

CLR aTPSW
MOV #22% ,a#RESVE(
CLR Q#RESVE(+2
76001

RESULTS IN DIALOG WITH USER TO DETERMINC
EXACT RUN MODE DESIRED.

MOV
SP RO
JSR PC,FPRINT

065304
064776

063550
177777
001744
056566

CLR FSRUN

SEQ 0144

2 YES,USE NON-APT SWIT(CH
;cNO,USE APT SWITCH REGISTER
;
;

PRINTB #SWNG
MOV
#SWNG,
- (SP)

065304
001744

004737

COMST:

013400

005737
001437

3s
SWR
#$SWREG,

BEQ
MOV

001736

8 12
PAGE 88-3

10:59

2%:

ESEED
#ILLSER,Q#RESVEC
Q#RESVEC+2
#MMVIOL ,a#MMVEC

CLR a#MMVE(C+?2

CLR @WERRVEC+2

1%:

CMP aa42 ,#ENDAD
BEQ 14%
TST S$PASS

BNE 14%
TYPE

JSETUP ILLEGAL

INST TRAP (CAT(CHER

;SETUP MEMORY MANAGEMENT TRAP CATCHER
TRAP VECTOR

;IDENTIFY PROGRAM ON 1ST PASS ONLY

POP=11 (IS INST EXERCISER
MACYTT 27(455)
1-0CT-79
CZKEEA P11
CIS INSTRUCTION TEST LOOP

POP=11

CIS INST EXERCISER

(ZKEEA.P11
10797

10798
10799
10800
10801
10802
10803
10804
10805
10806
10807
10808
10809
10810
10811
10812
10813
10814
10816
10817
10819
10820
10821
10822
10823
10824
10825
10826
10827
10828
10829
10830
10831
(6)
(3)
(4)
10832
10833
10834
10835
10836
10837
(6)
(3)
(4)
10838
10839
(6)
(3)
(&)
10840
10841
10842
10843

037300

CIS

016551

1-C(T-79

INSTRUCTION TEST LOOP

0373C2
037306
037314
037322
037330
037336
037342
037346
037352
037356
037362
037366
037372
037376
037402
037404
037406
037412
037416
037420
037426
037434
037 42
037450
037454

005037
012737
012737
012737
012737
005037
005037
005037
005037
005037
005037
005027
004737
013700
005100
005200
010037
005737
001011
013737
013737
013737
012737
005737
001434

037456
037462
037466
037472
037474
037474
037500
037502

004737
000137
005737
001005

062312
037530
001122

012746
010600
004737

013544
065304

037506
037212
037516
037524
037530
037530
037534

004737
004737
012777
000137

062234
062256
062044
040306

012746
010600
004737
000137

013325

012746
010600
004737
004737
000137
000137
000137

012715

037536
037542
037546
037546
037552
037554
037560
037564
037570
037574

MACY11 27(655)

002464
000207
000414
000403
000403
002054
002162
003024
002540
002132
001760
002042
055032
001654

061174
047372
047424
047434

14%:

002976
001746
063552
063554
063556
072100
002074

065304
040306

065304
064460
040076
037604
040076

063544
063546
063550
072076

61%:

31%:

1038:

143272
32%:

13%:

10:59

c 12
PAGE 88-4

PNAME

CLR
MOV
MOV
MOV
MOV
CLR
CLR
CLR
CLR
CLR
CLR
CLR
JSR
MOV
COM
INC
MOV
TST
BNE
MOV
MOV
MOV
MOV
TST
BEQ

ONEINS
#207,D]
#414,TOLTC
#403,TOPC?2
#403,TOPC1T
ERRCT
DEN
LCNT
LATEN
FATAL
RANDOM
NOERDS
PC,SETPAR
PSEED,RO
RO
RO
RO,MSEED
DENS
61%
KRNCON,RNCON
KRP1,RP1
KRPZ2,RP?
#IL2D,INPTBL
FSRUN
13%

JSR PC,LTCP
JMP 328
TST $PASS
BNE 103$
PRINTB #KW11L
MOV
#KW11L,-(SP)
MOV
SP,RO
JSR PC,FPRINT
JSR PC,LTCSUP
JSR PC,LTCCNT
MOV ALTCIS,aLTCIV
JMP FDIALG
PRINTB #NOINT
MOV
#NOINT
- (SP)
MOV
SP,RO

JSR PC,FPRINT
JMP FDIALG
PRINTB WASKINT
MOV
HASKINT ,=(SP)
MOV
SP,RO
JSR PC,FPRINT
JSR PC,YORN
JMP ARMQ
JMP 5%
JMP ARMQ

SEQ 0145

; TYPE PROGRAM NAME

;CLEAR SINGLE INST TEST FLAG
;INHIBIT INTERRUPT DURING INTR SERVICE DIVPI
JINHIBIT LTC TURN ON
JINHIBIT LATENCY & INTERRUPTABILITY TURN ON
;CLEAR ERROR COUNT
;CLEAR D=SPACE ENABLE FLAG
CLEAR LTC COUNT
;CLEAR LATENCY TESTING FLAG
;CLEAR FATAL ERROR INDICATOR
;CLEAR RANDOM EXERCISE MODE FLAG
;CLEAR 'NO-ERROR DISPLAY' SWIT(H
JSETUP PAR'S (MEM MGMT)
;FORM RNG PRINT SEED MASK

JENTER NORMAL SEED?
;BRANCH IF NO
JINITIALIZE RANDOM # GENERATOR
JINITIALIZE INPUT TABLE POINTER
JFIELD SERVICE TYPE RUN
sBRANCH IF NO TO ENTER DIALOC WITH USER
;DETERMINE IF LINE CLOCK IS AVAILABLE FOR
; FIELD SERVICE TYPE RUN
;IS LTC ON SYSTEM?
;NO = CANT TEST INTERRUPTABILITY
JIDENTIFY INTR SOURCE ON 1ST PASS
;INDICATE

THAT LINE CLOCK WILL BF USED

;FOR INTERRUPT SOURCE.
JSYNC UP TO LTC
;DETERMINE COUNT PER CLOCK TICK
sSETUP LTC INTR VECTOR
;SKIP OVER DIALOG WITH USER
JPRINT
CANT TEST INTR MESSAGE

JASK IF

INTERRUPTABILITY MODE

IS DESIRED?

JACCEPT ASCIZ FROM TTY
;N RESPONSE
.Y RESPONSE
;R OR H RESPONSE (ILLEGAL HERE)

10844
10845
10846
(6)

(3)
(4)

10847
10848
10849
10850

10851

10852
10853
10854

10855

10856

10857
10858
10859
10860

10861
10862
10863
10864

10865

10866
10867
10868
10869
10870
10871
10872
10873
10874
10875
10876
10877
10878
10879
10880
10881
10882
10883
10884
10885
10886
(6)

(3)

(4)
10887
10888
(6)

(3)

(4)

MACY1T 27(655)
1-0C7-79
INSTRUCTION TEST LOOP

037600

000137

040076

037604
037604
037610
037612
037616
037622
037626
037632
037636

012746
010600
004737
004737
000137
000137
00137
000137

013030

037642
037642
037646
037652

004737
000137
004737

061602
040002
061716

037656
037662

000137
000137

040020
040032

PRINTB #ASKSR(

MOV
MOV

#ASKSR(C,=(SP)
SP,R0

JMP 539
JMP 5498
JMP 55%

57%:

JSR PC,PCICK
JMP MNOP(1
JSR PC.PC2(K
JMP MNOP(?
JMP ADIQ

53%:

004737

061602
040002
000006

061716
040020
000006
040032

004737
000137
004737
004737
012777
000137

062312
040002
062234
€ ,2256
062044
040076

037760
037760
037764
037770
037776

004737
000137
052777
000137

061602
040002
000002
040076

142610
142602

JMP MNOP(2
BIS #6,aPC2CSR

JSR PC,PC2CK
JMP ADIQ

143042

142516

000137

012746
010600
004737

013325
0653204
040076

013254
065304

JSR PC,PC1CK
JMP MNOPC(C1
BIS #2,3PC1CSR
JMF ARMQ

MNOLTC:

012746
010600
004737

JSR PC,LTCP
JMP MNOL TC
JSR PC,LTCSUP
JSR PC,LTCCNT

MOV #LTCIS,aLTCIV
JMP ARMQ

55%:

MNOP(C1:

;ASK FOR

(ILLEGAL

INTERRUPT

HERE)

SOURCE

JACCEPT ASCIZ
;(N) KW11-P @100KHZ
2(Y) KW11=-P EXT 0SC
;(R) LINE TIME CLOCK
;(0) KW11-P 310KHZ

JMAKE KW11-P 8100KHZ THE

INTERRUPT

;CHECK FOR (8 SETUP) P~(CLK 1

sNOT PRESENT ON SYSTEM RETURN

;P=CLK EXISTS RETURN - (HECK FOR
;
FOR LATENCY TESTING
JNOT PRESENT ON SYSTEM RETURN

(& SETUP)

;2ND PCLK EXISTS

PRINTB ANOINT
MOV
#NOINT ,-(SP)

INTERRUPT SOURCE

;CHECK FOR (& SETUP) P-CLK ON SYSTEM

;NOT PRESENT ON SYSTEM RETURN

JSET PCLK 1 FOR EXTERNAL OSCILLATOR
sCHECK FOR 2ND P-(CLK FOR LATENCY TESTING
sNOT PRESENT RETURN

;SET PCLKZ2 FOR EXTERNAL 0SC
JMAKE LINE TIME CLOCK THE INTR SOURCE
JCHECK FOR LTC ON SYSTEM
;NOT PRESENT RETURN
sSYNC UP TO LTC
sDETERMINE COUNT PER CLOCK TICK
JSETUP LTC INTR VECTOR
;MAKE KW11-P @10KHZ THE

INTERRUPT SOURCE

JCHECK FOR P-CLK ON SYSTEM
;NOT PRESENT RETURN

JSET PCLK FOR 10KHZ (NO LATENCY TESTING)

JPRINT

CANT

TEST

INTERRUPTABILITY MESSAGE

JPRINT

CANT

TEST

LATENLY MESSAGE

MoV
SP,R0
JSR PC,FPRINT
MNOP(2:

SOURCE

JMAKE KW11-P WITH EXTERNAL OSCILLATOR THE

JSR PC,PC1CK
JMP MNOP(1
BIS #6,aPCI1CSR

54%:

SEQ C146

;C RESPONSE

JSR PC,FPRINT
JSR PC,YORN
JMP 528

065304
064460
037642
037666
037726
037760

037726
037726
037732
037736
037742
037746
037754

040002
040002
040002
040006
040010
040014
040020
040020
040024
040026

D 12
PAGE 88-5

JMP ARMQ

037666

037666
037672
037676
037704
037710
037714
037722

10:59

JMP ARMQ
PRINTB #NOLAT
#NOLAT ,-(SP)
MOV

MOV
SP,RO
JSR PC,FPRINT

2ND PCLK

POP-11 CIS INST EXERCISE R
CZKEEA, P
CIS

POP-11

( IS

CIKEEA.P n

MACYTT 27(655)
1-0CT-79
CIS INSTRUCTION TEST LOOP

10889
(6)
(3)
(4)

040032
040032
040036
040040

012746
01060C

004737

065304

10891
10892
10893
10894
10895
10896
10897
10898
10899
10900

0460044
040050
040054
040060
0460064
040070

004737
000137
000137
000137
000137
013737

066460
040076
040070
040076
040076
001672

10890

012746
010600
004737
004737
000137
000137
000137
000137
012737
012737
000436

(6)
(3)
(4)
10903
10904
10905
10906
10907
10908
10909
10910
10911
(6,

012746

010600
004737
004737
000770

4)
10912

10913

10914
(6)
(3)
(4)
10915
10916
10917
10918
10919
10920
10921
10922
10923
10924

(6)
3

10927

ADIQ:

013143

E 12
PAGE 88-6

PRINTB #ASKDI

#ASKD] ,=(SP)
MOV
MOV
SP,R0
JSR P(,FPRINT
JSR P(C,YORN
JMP ARMQ

JMP 18

061174

1%:

JMP ARMQ
JMP ARMQ

MOV KNOP,D]

040270

ARMQ:

012455

MOV

177777

072022

JSR PC,YORN

001760
072076

3%
’%:

012523

JMP
JMP
JMP
JMP
MOV

;
INST EXECUTED ON NORMAL
JACCEPT ASCIZ FROM TTY

;N RESPONSE
;Y RESPONSE

;ILLEGAL RESPONSE
JILLEGAL RESPONSE

;OVERWRITE 'RTYS PC' TO ALLOW P=-(LK
:
INTERRUPT DURING (IS INST EXECUTED

RANDOM EXERCISE

MODE

DESIRED?

JACCEPT ASCIZ FROM TTY

;N RESPONSE

;Y RESPONSE

JR OR H RESPONSE

(ILLEGAL

HERE)

(ILLEGAL HERE)

SP,RO

PRINTB #ASKMM

012406

MOV

065304
067560
002456

JSR
JSR
TST
BEQ

MOV
MOV

W#ASKMM,
- (SP)
SP,RO

JMP 23%

23%

PC,FPRINT

BR 2%

012746

002156

HASKMOD
, - (SP)

JSR PC,FPRINT
JSR PC,YORN

22%:

JASK

;ASK FOR PROCESSOR TEST MODE

MOV

012607

002162

WITHIN NORMAL P-CLK INTERRUPT SERVICE ROUTINE.

PRINTB #ASKMOD

BR 1%

012746
010600
004737
004737
000137
000137
000137
000137
000406
012737
000402
005037

177777

2%
38
1%
18
#177777 ,RANDOM

JSR P( ,KSORU

065304
064460
040242
040232
040246
040172

INTR SERVICE ROUTINE

MOV #1DUM, INPTBL

ISR

0%:

INTERRUPT DURING CIS

. C RESPONSE
;SET RANDOM FLAG
JSET INPUT TABLE POINTER TO DUMMY INPUT TABLE

MOV

065304
057046

USER ALLOWS AN

SP,RO

JSR P(C,FPRINT

064460
040152

#ASKRM,
- (SP)

e 0}

065304

040134
040246
040246

PRINTB #ASKRM

SEQ 0147

JASK

10901
10902

4)
10925
10926

10:59

INST EXERCISER

JMP 22%
JMP 18
JMP 20%
BR 1%

JACCEPT

ASCIZ

FROM

TTY AND

JASK

FOR MEM MGMT

TEST

;N RESPONSE - MEM MGMT OFF
;D RESPONSE - D SPACE ENABLED
;H RESPONSE - D SPACE

MOV #177777 ,DEN

JSET D ENABLED FLAG

CLR MMFLG

;SET NO MEM MGMT FLAG
JASK FOR SPECIFIC INST

MOV

MODE

DISABLED

s ILLEGAL RESPONSE =~ ASK AGAIN

BR 1$

PRINTB

SETUP MODE

JJLLEGAL CHAR RETURN - ASK AGAIN

#ASK

#ASK ,~(SP)

TO TEST

SP,RO

PC,FPRINT
PC,ACASZ
ACINST
FDIALG

JACCEPT ASCIZ FROM TTY
JDEFAULTED TO ALL INSTRUCTIONS?
;BRANCH [F YES

WORD

PDP=~11 (]S
(ZXEFA.P1T
10928

INST EXERCISER
MACY1T 27(655)
1-0CT-79
CIS INSTRUCTION TEST LUUP

10929
10930
10931
10932

040272

(04737

040276
040300
040306

000763
012737
013737

10934

040320

10933

040314

005037

10935
10936
10937
10938
10939
10940
10941

040324
040330
040334
040336
040344
040350
040354

005037
005037
005002
013737
012700
012701
005202

10943
10944
10945
10946
10948

040360
040362
040364
040370
040372

020001
103774
005737
001426
023727

10942

10949
10950
10951
10952
10953
10954
10955

10956
10984
10985
10987
10989

}8338

10993
10994

040356

040400
040402
040406
040410
040412
040414
040416

040420
040422
040424
040426
040434

040442

040446

005037

067456
177777
072076
001420

002464
002134

001422
001424

047444
11%:

002074
000042

053076

002206
3
1%:

015644
104400
016116
012737
042737

071454
000007

005037

04157¢

004737

FDIALG:

10%:

063370

BR 1%
MOV #177777,0NE
INS
MOV INPTBL,INPTP

CLR TOTTIC

CLR TOTTCH

110220

001412
005737
001403
104400
015756
000404
104400

002142
047464

15%:

CLR
CLR
CLR
MOV
MOV
MOV
INC

INVTC(
REDTC
R2
KNOP,PRE
INS
#xLTBL1,RO
#ELTBL,R1
RZ

CMP RO,R1
BLO 11%
TST FSRUN
BEQ NITE
CMP @442 ,#ENDAD
BEQ 15%
TST QVMODE
BEQ 1%
TYPE
QVHDR
BR 15%
TYPE
F SHDR
TYPE
F SHDR1
MOV #YL2D,EMPTR
BIC #7,TINST

JSR PC,IDINST

NITE:

040452
040456
040462
040466
040472
040476
040500
040504

005037
005037
005037
005037
005737
001436
004737
013700

11010

040514

001016

11013

040522

001013

11032

;LOOK FOR MAT(H BETWEEN INST ENTERED

JAND LIST OF CIS INST ASCII.
;NO MATCH RETURN
JMATCH = SET SINGLE INST TESTING FLAG
;INITIALIZATION

;ZERO COUNT OF

040510

040516

043700

005737

062404
001420

TESTS EXECUTED

s INSERT NOP BEFORE INST UNDER TEST.
JINJTIALIZE MOVTC TRANSLATION TABLES
;
AS FOLLOWS; 1 IN LOC O, 2 INLOC 1,

(LR MTYPE

JNORMAL FIELD SERVICE
;BRANCH IF NO
JIF IN ACT CHAIN MODE
;IF

ETC.

CLR
CLR
CLR
CLR
TST
BEQ
JSR
MOV

PZ2(ODE
PKPTW
DECINS
NDESC
RANDOM
2%
PC,SRNGST
TOTT(C,RO

002076

BIC MSEED,RO

002044

TST PROGD

TYPE RUN?
SKIF OVER PRINTING OF

HEADER

IN QVMODE PRINT QV MODE

;PRINT FIELD SERVICE HEADER
JPRINT PASS TIME MESSAGE
sCLEAR REGISTER FIELD

INFC

(FOR L2D DISPLAY ONLY)

;IDENTIFY INST UNDER TEST

;CONTROL IS PASSED TO THIS POINT WHENEVER
;
ALL TEST CONDITIONS FOR A GIVEN INPUT
;
;
;
;

002466
002450
002434
002452
007760

TOTAL

sZERO COUNT OF INVALID TESTS - TESTS ABORTED
;ZERO COUNT OF REDUNDANT TESTS - TESTS ABORTED.

;

10996
10997
10998
10999
11000
11001
11002
11003
11004
11005
11006
11007
11008

SFO 0148

MOVB RZ2.(RO)+

10995

11009

F 12
PAGE 88-7

JSR PC,SFC(CI

001416

001672
120606
121206

10:59

TABLE HAVE BEEN EXHAUSTED.

PRIOR

TO ENTRY TO THIS POINT, THE INPUT
TABLE POINTER (INPTP) HAS BEEN UPDATED
TO POINT TO THE NEXT INPUT TASLE
OF TEST CONDITIONS. IN RANDOM MODE
CONTROL IS PASSED HERE FOLLOWING EACH TEST.

JRUNNING IN RANDOM EXERCISE MODE’
;BRANCH [F NO
;SAVE RANDOM # GENERATOR STATE AT
JPRINT RANDOM # GEN SEED?

BNE

;BRANCH IF NO

BNE

JBRANCH IF

;PROGRESS DISPLAY?
NO

START OF

EACH TEST

PDP=-11

(]S

(IKEEA.P1T

11014
(3)

(8)

040524
040524
040530

040546
040552

005737

002464

040534
040540
040544

013700
016001
042701
006301
062701
000171

d =D e =D D
d
VD b D
)
d

b
b

012737
010001
062701
012702
010122
062701
022702

5
VO -JONHBWN=2O
VOOV
WO

g FEREZ

103372

005037
005037
011001
006301
062701

111137

005201
111137
005737

27(655)

1-0CT=-79

10:59

MOV
MOV

JPRINT 3 SEED CONSTANTS

6
, = (SP)
#FORM3

MOV
SP,RO
JSR P(C,FPRINT

3%:
1%:

TST

ONEINS

JSR
JSR
JSR
MOV

PC,GENRI
PC,LDINPT
PC,LDCON
INPTP,RO

BNE 1%

MOV 2(R0O) R1

0461572

000004
001570

TYPEOQ:

1%:

000002
001636

041574
041576

’%:

KRNCON,KRP1,KRP2 THEN RESTART AT LOC 204.

JSINGLE INST TESTING?
JBRANCH [F YES
;GENERATE NEXT RANDOM CIS INST TO TEST
;LOAD UP DUMMY [NPUT TABLE USING RANDOM # GCN.
sLOAD MISCELLANEOUS CONSTANTS USING RANDOM # GEN.
;RO POINTS

TO ENTRY

INPUT

TABLE

[N ENTRY TYPE WORD

JMP 3(R1)

;DISPAT(H ON INPUT TABLE ENTRY TYPE

MOV #177777 ,MTYPE
MOV RO,.R1

;INPUT PARAMETERS FULLY SPECIFIED IN INPUT TABLE ENTRY
JSET TYPE FLAG TO INDICATE TYPE O ENTRY
;SETUP PARAMETER TABLE POINTERS

ADD #4 ,R1
MOV #PTPO1,R2

;R1

POINTS TO IP1

JR2 POINTS TO TOP OF PARAMETER TABLE PuUINTER LIST

MOV R1,(R2)+

;LOAD PTP

CMP #PTP24
R?2
BHIS 1%

JALL PTP'S LOADED

ADD #2,R1

CLR ID1
CLR ID2
MOV (RO).,R1

INC R1

0461576
041574

;CLEAR QuUT ALL BUT TYPE BIT

ASL R1
ADD #INSTID,R1
MOVB (R1),ID1

004360
041574

;NOTE: TO USE SEED, LOAD 3 CONSTANTS INTO

BIC M177776.R1
ASL R1
ADD #ITYPE ,R1

001426
000000

041576
001566
000612
000606

SEQ 0149

RP1 .=(SP)
RNCON, - (SP)

MOV

062670
062730
063142
002134
000002
77776

177777

G 12
©AGt 88-8

PRINTB #FORM36 ,RNCON,RP1,RP2
RP2,~(SP)
MOV

065304

041574
001566
000640
000634
041576

040772

MACY11

CIS INSTRUCTION TEST LOOF

063550
063546
063544
014240

D
d
)
d
d
D
D
D e =D
d e ed ) D
d e
d e
d
)
d
D
b ok D e
D ek —h D
)
d
D
D
D o) e
d d D
b
b
— ad o
b ) e md
b ad ed emd ek D md

EXERCISER

013746
013746
013746
012746
010600
004737

b
D e

o
) e D
DD Db

D
D

D
s

b
D

OOCOQOO0O

AN
— — SN
S WA =N ~

(7)
(£)

INST

0461574

MOVB (R1),ID2
TST ID1
BEQ LDCOD
ASL ID1
ADD #PTP,]D1

041576

TST
BEQ
ASL
ADD

MOV @ID1,R1
MCV (R1).,aID1
ID2
LDLOD
IDZ
#PTP,ID?2

MOV alD2.R1
MOV (R1),aID2

;JBRANTCH

JUPDATE PTP CONTENTS FOR INDIRECTLY

;

SPECIFIED DATA DESCRIFPTORS.

;ID1 AND IDZ2 CONTAIN OFFSETS INTO PTP TABLE
JBRANCH IF OFFSET

0. NO UPDATE REQUIRED

JUSE OFFSET TO GET PTP ENTRY

JUSE ENTRY TO GET ADDRESS OF DATA DESC(RIPTOR
;BRANCH IF

SECOND OFFSET - 0

JHANDLE SECOND OFFSET SAME AS FIRST

B8R LDCOD
TYPE1:

:INPUT PARAMETERS SPECIFIED IN TABLES

POP-1"

(ZKEEA.

INST EXERCISER
CIS

11066

0100C1

062701
012702
012112
005712

17067

11068

001402
062712
062702
020227
002766

1-0CT=79

INSTRUCTION TEST LOCP

000004
001570

002272
002132

H 12

PAGE 88-9

SEQ 0150

MOV RO,R1

JSCTUP PARAMETER TABLE POINTERS

MOV #PTP0O1,RC

:R2 POINTS TO TOP OF PARAMETER TABLE POINTER (PTP) LIST.

ADD #4 ,R?

MOV (R1)+,(R”
TST

000002
000002
001640

10:59

BEQ
ADD
ADD
CMP
BLT

(R2)

2%
#2,(R2)
#2.R2

R2,APTP24+2
1%

Mov (RO) ,R1
MOV R1,0CTIC
MOV R1,FATAL
ASL R1

006301
062701
011137
011137
004737

003722
045676
047464
062550

ADD
MOV
MOV
JSR

004737

062574

JSR PC,RRNGSW

#OINST,R1
(R1),EINSTk
(R1),TINST
P(C,SRNGSW

;R1

POINTS

041070

o RBANNEREALERSRERFSR S

—l—d—.—l-—l—l—‘—ll—l—l—l—l-._l_j—l—‘—l—‘_l—ld
PUPNOPINON) = —d b ek e d od ed b ek b d d —d e b b =00
—
e ——d
W= =20

013701
006301
006301
063701
012137
113737
113737
011137
113701
042701
010137
113701

042701
006201
006201
006201
010137
113701

006301
006301
000301
010137
113701
006201
010137
005737

002272
004256
002274
002274
002275
002276
002276
177770
002436
002276
177707

002440
002276

002442
002277
002454
001760

MOV
ASL
ASL
ADD
MOV

OCTIC,R1
R1
R1
DECTYP,R1
(R1)+,Tw1

10 IP1

;LOAD PTP FROM [P

;PTP=0 ?

:YES - DON'T ADVANCE

;ADVANCE PTP TQ FIRST ENTRY
JUPDATE POINTER

:AbL PTP'S LOADED?
;N

;LOAD OCTAL CODING FOR CIS INST

UNDER TEST INTO EINST & TINST
;
JLOAD CODING FOR INST UNDER TEST INTO FATAL
;.

ERROR INDICATOR WORD

;SAVE STATE OF RANDOM # GEN. AS STATE W
;CONTROL IS PASSED TO THIS POINT TO EXECUTE
;

;

TO THIS POINT.

:
;
:

RRRRRRRRRRRRRRRRRRRRRR RRR

) e

N WNH=O
VO N

md
d

b
b
d
D

dd
)
—d
—

—ed

med e

)

) e

—d

BBIRIRICSS 323238 293

11001
010137
010137

MACYTT 27(655)

TEST CONDITION FOR GIVEN INPUT

TABLE. PARAMETER TABLE POINTERS
HAVE BEEN UPDATED TO PQOINT TO NEXT
TEST CONDITION PRIOR TO ENTRY

JRESTORE RANDOM # GEN
TO STATE W.
;LOAD # OF INST DESC INTO NDESC
;LOAD DATA TYPE (ONTROL WORDS
;

PKPTW,ZPM,SXTYPE

MOVB TW1.PKPTW
MOVB TW1+1,NDESC
MOV (R1),TW2
MOVB TW2.R1

JPKPTW

MOV R1,S1TYPE
MOVB TW2,R1

JSTTYPE IDENTIFIES 1ST STRING DESC DATA TYPE

BIC #177770.R1

IDENTIFIES

STARTING DATA

BIC #177707.R1

ASR R1
ASR R1
ASR R1
MOV R1,S2TYPE
MOVB TW2,R1
ASL R1
ASL R1
SWAB R1

MOV R1,S3TYPE
MOVB TW2+1,R1
ASR R1

MOV R1,ZPM
TST

RANDOM

. IN RANDOM EXERCISE MODE~

TYPE

FOR EACH

INST

TESTI

001447
023727

002436

000006

244
246
252
256
264
266
272
276
300
304

004737
010037
000404

063416
002436

004737
010037
023727

063444
002436
002440

004737
010037
000404
004737
010037
023727

063416
002440

041336

010037

—

222
224
232
234

—_Wn

RRRRRRRRRRRRRRRRRER

WWNWA

WUMANNNANES DSBS W
VIV
NNNOAOPrOQPOORRAONDO

MACYT"

o Xan

Mo
WWWWNINONRONINRDNRDNDONONY

b
A
D D
D ) DD
D
i D
N
DD
DA
g
D e
D d D D D ed D DD DD D D D
D b d ek =D e e D e e D e D D D
S
S
S
S
S
e b e
b e e cd e d md D e o
e ed d D e d D ed d D ed eed
e D ek omd e e o d o
D e e e D md ed e od d d =D ed D D =V d
O

INST EXERCISER

27(A55)

1-0CT=-79

CIS INSTRUCTION TEST LOOP

240

310
316
320
1324
041330
041332

103405

063444
002440
002442

3%:
000006

063416

002442

063444

5%:

002447

041342
061342
041346
041352
041354
041362
041364
041370
041274
041400
041402

4%:

001120
001760

005237
005037
005237
001002
005237

001122
001120
0014290

01377/
004737

001420
062500

101404

001120

2%:

001416
140252

BR 2%
JSR P(C,RZTYPE

MOV RO,STTYPE

005037
005037
012737
012737
005037
012700

002152

120402

120400
120602

TYPES

JSTORE IT IN S1TYPE

TYPE

JGET A RANDOM ZONED DATA TYPE
JSTORE IT IN S1TYPE

(MP S3TYPE ,#6

8LO 5%

JSR PC,RPTYPE
MOV RO,S3TYPE
BR NTCTS
JSR PC,RZTYPE
MOV RO,S3TYPE

;JCONTROL IS PASSED TO THIS POINT TO EXECUTE
THE GIVEN TEST CONDITION USING
:
;
THE NEXT DATA TYPE,
;INCREMENT TEST # IN APT MA]LBOX
JRUNNING IN RANDOM MODE?

BEQ 2%
CMP STESTN,TPERP
BLOS 2%
INC SPASS
CLR STESTN
INC TOTTC
BNE 18
INC TCTT(CH

JUPDATE TESTS EXECUTED COUNTER
JBRANCH IF TEST COUNT NOT - ZERO
JINCREMENT TEST COUNT OVERHLOW EVERY TiME

MOV TOTTC(C,aDISPR
JSR PC,SRNGSY

JSET TEST # INTO DISPLAY LIGHTS
;SAVE STATE OF RANDOM # GEN AS STATE Y.

JBRANCH [F NO
JHAS TEST # REACHED MAX PER APT PASS?
JBRANCH IF NO
; INCREMENT APT PASS (CUNTER

;

TEST COUNT (TOTT(C) EXCEEDS 177777 OCTAL.

;CONTROL
;

JSR
CLR
CLR
MOV

[S PASSED TO THIS

POINT TO REPEAT

THE PREVIOUS TEST USING THE SAME
TEST CONDITION & DATA TYPES.

; SETUP MICRO BREAK REG (11/74)
:(11/74 MICROBREAK - REPLACE WITH 013737)

NOP

11111
111111

STRING DATA

JSR P(C,RITYPE
MOV RQ,S2TYPE

NOP
062524
002140
002270

JRANDOMIZE

SEQ 0151

MCV RO,S2TYPE
BR 4%

RYC:

000240
000240
000240
004737

;GET A RANDOM PACKED DATA

INC $TESIN
TST RANDOM

001652

88-10

JSR P(C,RPTYPE
MOV RO,S'TYPE

NTCTS:

005237
005737
001410
023737

JBRANCH [F NO

?}TYPE,#G

C(MP S2TYPE &S
BLO 3%
JSR PC,RPTYPE

000006

PAGE

BEQ NT(TS
gMg
L

1%:

10:59

PC,RRNGSY
SPHAND
FILLS?
#111111,PRECSK

MOV #111111,PSTCSK
CLR ERRSTK
MOV #PRECSK+2,R0

177570)

JRESTORE RANDOM # GEN TO STATE Y.
;CLEAR SPECIAL HANDL ING REQUESTS

JINITIALIZE STACK OVERFLOW CONSTANTS
;CLEAR STA(CK ERROR FLAG.
STACK CONTENTS BEFORE EA" TEST
JINITIALIZE

F 3
(A
S BV, IV, [V, IV, [V, [V, IV, TV, IV} (VL

»
NN SNONNO
O 8\1
gg WNNN-‘-l—-go

—r—

(¥

d —d

d e

RRRRRRRRRRR RRRRRRRRRRRRR

he i}

Mo
WO YNNNVN-y

2SI IS R
80 SV SRS88RIR BRI 2ETEIRIREI

MYy
DS
DD
DD
DS D
D Db b D Db

NN
ANLNLPL AN NLNU PPNV NN VNNV
NONONININONININD
—d b =2 =d ) D = D —d =2
NOWVES
W N0 VNN EWN=OYV0N

~
A
D
=D
D
A
DD
Db
D
b ed
)
D
D
e
b e
D
D e
D
D ed
oD
e
md e
D e
d =
e
D o
e cd e e
) e
D o) ced cd
b e
— ed el

MACY1T 27(655)
1-0CT=79
CIS INSTRUCTION TEST LOOP

INST EXERCISER

020627
001403

10:59

J 12

PAGE 88-1i

SEQ 0152

120602

C?P gg,lPSTCSK

055555

M0V1:055555,(R0)4

002134

MOV INPTP,RO
MOV (RO),R1

;RO POINTS TO ENTRY IN INPUT
;SETUP POINTER TO PROPER (IS

001436
001742

ADD #INO,R1
MOV (R1) ,FLOPTR
MoV (RO) ,R1

;SETUP POINTER TO PROPFR ERRCR

;

TABLE

INSTRUCTION FLOW TABLE

MESSAGE HEADER

062701
011137

067730
002142

#INEM
R1
(R1) ,EMPTR

017701
006101
006101
006101
006101
006101
042701
006301
062701
000171

1460200

S:LOPTR,R1

JGET NEXT ENTRY FROM INST.

177760

#177760,R1

;-00K ONLY AT FLOW TABLE ENTRY COMMAND

001526
0000C0O

#FLODIS,R

.WORD 0
.WORD 0
.WORD 0

002074

;

FORM

INDEX

INIO FLOW DISPAT(H

041612

TABLE

sDiSPATCH ON FLOW COMMAND

;DVT TYPE RUN?
sBRANCH [F NO
JRESTART DVT TYPE

036710

FLOW TABLE

RUN

JFLOW COMMAND = 01 - COPY TEST OPERAND

041612
041616
041622
041630

004737
000137
032737
001067

063164
041600
000700

041632

004737

053242

041636

004737

053456

0461642
041646
041650
041654
041656
041660
041666

017711
010102
004737
005701
001454
012737
020127

140270

aPTPTR, (R1)

053440

PC,RF
3X

177777
000002

#177577,DEC1NS

PC,EXTBK

047464

NOCTC:

#100, TINST

;
FROM PARAMETER TABLE INTO TRN.
JHANDLE OPERATOR REQUESTS

JCNTL C RETURN FROM SUBROUTIINE.
sTHE IN-LINE TEST CASE ALWAYS FOLLOWS THE SAME
JREG TEST CASE - THEREFORE DO NOT REFILL THE TRNS
. BECAUSE SXTYPES ARE ALREADY UPDATEC FOR NEXT REG

;

TEST CONDITION.

;FORM PARAMETER TABLE POINTER FROM

s
PF1 FIELD OF FLOW TABLE ENTRY
;FORM TEST OPERAND POINTER FROM RF&4 FIELD

OF FLOW TABLE ENTRY.
;
;COPY TEST OPERAND FROM PARAMETER TASLE

;LOAD R1 WITH TWICE CONTENTS OF RF3 fIELD OF
FLOW TABLE ENTRY
;.
JBRANCH IF FIELD CONTAINS ZERO
JSET FLAG TO INDICATE THAT INST IS A DECIMAL
;1S TEST OPERAND PART OF 1S7T DECIMAL DES{
;

OPERAND FOR

INST?

INST.

PDP-11 (IS INST EXERCISER

(ZKEEA.P1
11228
11229
11230
11231
11232
11233
11234
11235
11236
11237
11238
11239
11240
11241
11262
11243
11244
11245

047672
041674
041700
041702
041704
041706
041770

11247
11248

11246

11249

11250

11251
11252
11253
11256

041712
041716
041720
041722
041726
041730
041734
041736
041740
041742

001013
013704
006304
006364
006304
006304

0461746
041752

042704
050412

107777

020127

000006

041762
041764
041770

001012
013704
006304

002442

041774

006304

041754

041756

11255

041772

11257

041776

11256
11258

11259
}}gg?

042000

042002
042006

1-0CT-79

CIS INSTRUCTION TEST LOOP

001013
013704
006304
006304
006304
006304
000304
042704
050412
000433
020127

041744

MACY11 27(655)

000304

000415

BNE 1%
MOV S1TYPE
R4
ASL Ré&
ASL Ré
ASL R4
ASL R4
SWAB R4

002436

107777
000004

1%:

BIC #107777,R4
BIS R4, (R2)
BR FCRIN
CMP R1,#4
BNC
MOV
ASL
ASL
ASL
ASL

002440

2%
S2TYPE
R4
Ré&
Ré4
Ré
Ré&

2%:

;'OR'

TYPE FIELD

SRC1

INTO TEST OPERAND

;IS TEST OPERAND PART OF /ND DECIMAL DESC
;
OPERAND FOR INST?
JBRANCH IF NO

;IS TEST OPERAND PART OF

SRCZ TYPE FIELD INTO TEST OPERAND

;
OPERAND FOR
;BRANCH IF NO

INST”

3RD DECIMAL DtSC

ASL Ré4
ASL Ré&

ASL R&

042704
050412

107777

062737

000002

SWAB R&

FCRIN:

;'OR"

ADD #2,FLOPTR

;JUPDATE

042022

11267
11268
11269
11270
11271
11272
11273
11274
11275
11276
11277
11278
11279
11280
11281

042022
042030
042032
042036
042040

032737
001367
005737
001410
004737

041572
053242

BIT
BNE
TST
BEQ
JSR

042044

004737

053456

JSR PC,RF4

042050
042054
042060

017711
000137
004737

140062
042010
053242

MOV @PTPTR, (R1)
JMP F(CRTN
JSR PC,PF1

042064

004777

140046

JSR PC,aPTPIR

042070

000137

042010

JMP F(RTN

041536

001742

BI1C #107777
R4
BIS R4, (R2)

11265

11266

CMP R1,46

BNE FCRTN
MOV S3TYPE
R4
ASL Ré

006304

000137

;BRANCH IF

;'OR'

BR FCRTN

042010

042016

SEQ 0153

BIC #1077/77
,Ré4
BIS R4, (R2)

11262

;}ng

K 12
PAGE 88-12

SWAB Ré

006304
000304

10:59

JMP XINST

FCO2:
000100

047464

1%:

DST TYPE FIELD INTO TEST OPERAND
FLOW TABLE POINTER TO NEXT COMMAND

;FLOW COMMAND = 02 ~ GENERATE
#100,TINST
FCRTN
MTYPE
1$
PC,PF1

FROM PARAMETER TABLE ENTRY.

TEST OPERAND

;SKIP THIS FLOW COMMAND FOR INLINE CASE
;BRANCH IF NOT TYPE O ENTRY
;FORM PARAMETER TABLE POINTER FROM
;5
PF1 FIELD OF FLOW TABLE ENTRY,
;FORM TEST OPERAND POINTER FROM
.
RF& FIELD OF FLOW TABLE ENTRY
;COPY TEST OPERAND rROM PARAMETER TABLE

;FORM PARAMETER TABLE POINTER FROM Pf1
;
FIELD OF FLOW TABLE ENTRY.
JEXECUTE PARAMETER TABLE ENTRY TO
s
GENERATE TEST OPERAND.

PDP-11 CIS INST EXERCISER
MACY1T1 27(655)
1-0CT-79
CZKEEA.PT1
CIS INSTRUCTION TEST LOOP
11282
11283
11284
11285
11286
11287

llggg

11290
11291
11292

042074
042100
042104
042106
042112

042116

005237
005737
001002
005337
005337

000137

001424
001420

REDNTC:

001416
001420

1$:

052326

042122

INC
TST
BNE
CEC
DEC
JMP

10:59

REDTC
TOTTC
IS
TOTT(CH
TOTTC

032737
001327
032737

053242

BIT
BNE
BIT
BNE
JSR

042146

004737

053456

JSR PC.RF4

11301
11302
11303
11304
11305
11306

042152
042154

011101
167701

137756

MOv (R1) ,R1
SUB @PTPIR,R1

042160
042164

020127
002475

000020

(MP R1,#20
BLT NXT(

;;%8;

042166

000137

042010

JMP FCRTN

11309
11310
1131
11312
11313
11314
11315
11316
11317
11318
11319
11320
11321
11322
11323
11324
11325
11326
11327
11328
11329
11330
11331
11332
11333
11334
11335

042172

11295
11296
11297
11298
11299

11300

001323
004737

000100

047464

000010

002140

#100,TINST
FCRTN
#10,SPHAND
FCRTN
PC,PF1

FCO&:

042172
042200
042202
042210
042212

032737
001035
032737
001031
004737

000100

047464

000001

002140

053242

BIT
BNE
BIT
BNE
JSR

042216

004737

053426

JSR PC,RF3

042222
042224
042230
042232

011101
005737
001402
043701

042236

002444

042242

060102

017702

137674

042244
.
042250

004737

053456

042252
042256
042260
042264

075737
0u1403
020237
000402

061102

2%:

MOV aPTPTR,RZ
ADD R1,R2

JSR PC,RF4
ADD

001760
001644

#7100, TINST
1%
#1,SPHAND
18
PC,PF1

MOV (R1) ,R1
TST DECINS
BEQ 2%
BIC TYPFLD,R1

002434

SEQ 0154

;JTEST CONDITION REDUNDANT - ABORT TEST.
;DID TEST -COUNT OVERFLOW ON LAST INCREMENT?
;BRANCH [F NO

NXTT(

FCO3:

042122
042130
042132
042140
042142

11293
11294

L 12

PAGE 88-13

(R1),R2

TST RANDOM
BEQ 3%
(MP RZ,RTBLEN
BR 4%

;FLOW COMMAND = 03 - VERIFY THAT STRING'S
;
LOWER ADDRESS LIMIT FALLS WITHIN TEST BUFFER.
JSKIP THIS FLOW COMMAND FOR INLINE CASF

sSPECIAL HANDL ING REQUEST?
;SKIP THIS FLOW COMMAND IF YES.
;FORM PARAMETER TABLE POINTER TO STRING
.
SURROUND LENGTH FROM PF1 FIELD OF FLOW
;
TABLE ENTRY.
;JFORM TEST OPERAND POINTER TO STRING.ADR fROM
RF4 FIELD OF FLOW TABLE ENTRY
sSUBTRACT STRING.SURR.LEN FROM STRING.ADR
;
TO GET STRING.SURR.ADR.
;STRING.SURR.ADR < 20
=-SKIP THIS TEST CONDITION
;
(20 ALLOWS SPACE FOR IN-LINE DESCRIPTORS AT BEGINNING

JFLOW COMMAND = 04 - VERIFY THAT STRINGS
;.
UPPER ADDRESS LIMIT FALLS WITHIN TEST
;
BUFFER.
JSKIP THIS FLOW COMMAND FOR INLINE CASE
s SPECIAL HANDL ING REQUEST
;SKIP VERIFICATION IF YES
;FORM PARAMETER TABLE POINTER TO STRING.SURR.LEN
;_
FROM PF1 FIELD OF FLOW TABLE ENTRY
;FORM TEST OPERAND POINTER TO STRING.LEN
;
FROM RF3 FIELD OF FLOW TABLE ENTRY

;1S INST A DECIMAL INST?
;BRANCH [F NO
;CLEAR TYPE FIELD SO AS NOT "0
;
DISTORT UPPER ADDRESS CALCULATION.
;RZ NOW CONTAINS SUM OF
;
AND STRING.LEN

STRING.SURR.LEN

;FORM TEST OPERAND POINTER TO STRING.ADR
;
_FROM RF4 FIELD OF FLOW TABLE ENTRY.
;R2 NOW CONTAINS STRING.ADR ¢ STRING.LEN
;
*+ STRING.SURR.ADR
;JRANDOM EXERCISE MODE?
;BRANCH [F NO.
;COMPARE ADDRESS WITH END OF RANDOM TEST BUFFER

POP=11 CIS INST EXERCISER
MACY11 27(655)
1-0CT-79
CZKEEA.P11
C1S INSTRUCTION TEST LOOP

1};;9

042266

020237

11338

042272

003032

11361
11342
11343
11364
11345
11346
11347

062300

;};28

1138

11349
11350
11351
11352
11353

042276

000137

001642
042010

10:59

CMP R2, TBLEN

;oosg é?IS7ADDRESS EXCEED TEST BUFFER

0$:

BGT NXTC

YYES = SKIP THIS TEST CONDITION

JMP FCRIN

FCOS:
032737
001022
004737

000100
053340

BIT #100, TINST
BNE ECOS
JSR PC,RF1

042314

063711

001640

ADD

004737

047464

053372

TRADR,

JSR PC,RF

(R1)

042326

020127

003624

C(MP R1,#TRN

042330
042332

001411
063711

001640

BEQ ECOS
ADD TRADR,

11356
11357
11358

042342
042346
042350

020127
001402
063711

003624

042010

ECOS:

11361
11362
11363
11364
11365
;}ggg

042360
042364
042370
042372
062376
042402

005237
005737
001002
005337
005337
000137

001422
001420

XTC:

11368
11369
11370
11371
11372
11373
11374
11375
11376
11377
11378
11379
11380
11381
11382
11383
11384
11385
11386
11387
11388
11389

062406

11354

11355

;;ggg

042336

042354

042406
042414
042416

042422

042426

004737

000137

(053426

JSR PC,RF3

001640

001416
001420
052326

1$:

(R1)

004737
013737

042434
042440
042442

005737
001404
063737

042450
042452
0426460
042464
042470
042474
042500
042502

000403
063737
013701
013702
013721
013721
012211
061221

042504
042510

023701
003373

000100

062644
062620
001640
001760
001644
001642
001640
001640
001660
001662

001754

047464

001754

4$:

001754
001754

28%:
3.

1%:

LENGTH

;FLOW COMMAND = 05 - ADJUST TEST OPERANDS
©
TO INCLUDE BASE ADDRESS OF TEST BUFFER.
“SKIP THIS FLOW COMMAND FOR INLINE CASE
;FORM 1ST TEST DPERAND POINTER FROM RF1

;

FIELD OF FLOW TABLE ENTRY

*ADD TEST BUFFER BASE ADDRESS TO OPERAND

SFORM 2ND TEST OPERAND POINTER FROM RF2

*
FIELD OF FLOW TABLE ENTRY
JIF R1 STILL POINTS TO #TRN THEN THERE WAS
>"
ONLY ONE TEST OPERAND TO BE UPDATED
SUPDATING COMPLETE
*ADD TEST BUFFER BASE ADDRESS TO OPERAND

:FORM 3RD TEST OPERAND POINTER FROM RF3
;

FIELD OF FLOW TABLE ENTRY.

C(MP R1,#TRN
BEQ ECO5
ADD TBADR, (R1)

;WAS THERE A THIRD ENTRY?
*NO - UPDATING COMPLETE
;ADD TEST BUFFER BASE ADDRESS

INC
TST
BNE
DEC
DEC
JMP

;TEST CONDITION INVALID - ABORT TEST
;DID TEST COUNT OVERFLOW ON LAST INCREMENT?
*BRANCH IF NO

JMP FCRIN

INVTC
TOTTC
1$
TOTTCH
TOTTC
NXTTC

FCO6:
032737
001402
00473?

SEQ 0155

042300
042306
042310

042320

M 12
PAGE 88-14

BIT #100,TINST
BEQ 4$
JSR PC.,RRNGSV

TO OPERAND

;FLOW COMMAND - 06 - INITIALIZE TEST BUFFER
©
TO AND INCREMENTING SEQUENCE.

JSR PC.,SRNGSV

RESTORE RANDOM # GEN TO STATE V
“SAVE RANDOM # GENERATOR STATE AS STATE V

TST RANDOM
BEQ 2%
ADD RTBLEN, TBEND

:RANDOM EXERCISE MODE?
*BRANCH IF NO
“THE BUFFER SIZE FOR RANDOM EXERCISE MODE

MOV TBADR, TBEND

BR 3$
ADD TBLEN, TBEND
MOV TBADR.R]
MOV TBADR.R2
MOV INCSQT, (R1)+
MOV INCSQ2.(R1}+
MOV (R2)+, (R1)
ADD (R2),(R1)+

(MP TBEND,R1
BGT 1%

IS FIXED AT 10000 BYTES.

:SETUP A POINTER TO END OF BUFFER
;POINT R1

& R2 TO START OF BUFFER

:LOAD THE FIRST TWO BUTFER LOCATIONS

:CONTENTS OF NEXT LOC = SUM OF
:
OF PREVIOUS 2 LOCATIONS.

CONTENTS

POP=11 (IS INST EXERCISER
MACY11 27(655)
1-0CT=79
(ZKEEA.PIT
CIS INSTRUCTION TEST LOOP
11390

042512

000137

042010

JMP F(RTN

10:59

PAGE

T2
88-15

SEQ 0156

POP=-11 (IS INST EXERCISER
(ZKEEA.P11
(IS

MACY1T

10:59

002272

000137

042010

101002

CLR SAVSRF
TSTY RANDOM
BEQ 1%
(MP oCTIC,#11

002472
001760
000011

BHI

053242

042560

004737

053426

JSR PC,RF3

042564
042570

010137
004737

002104
053456

MOV R1,TRL
JSR PC.RF4

010137
004737
004537
002136
002104
002102

002140

1%:

JSR PC, SRNGSX
JSR R5,ISTG
PTPTR
TRL
TRA

002472

002502
002500

002470

002476
177777
002474
062454
043072

002470
002270

5%:

005701

001050

A3Y:

FLOW

;POINTER

TO STRING DESCRIPTOR

JPOINTER TO STRING.ADR

SAVSRF

;SAVE STRING FOR ERROR PRINTOUT?

JSR
JSR
MOV
TsT
BEQ
MOV
MOV

PC,PF1
PC.RF3
R1.TRL
FILLS2
48
#INSRC2+2,SAVPTR
(R1),INSR(2

JYES

MOV
MOV
MOV
JSR
JSR

#INSRC1+2,SAVPTR
#177777 ,FILLS2
(R1), INSRC1

;SAVE STRING IN BUFSR1
;SIGNAL THAT BUFSR1 IS OCCUPIED.

RS.ISTG

s INSERT STRING IN SAVE BUFFER

BR 5%

PC ,RRNGSX

PTPTR
TRL

001742

FROM RF4 FIELD OF

TST

SAVPTR

(00002
137010
017777

;

» ;POINTER TO STRING.LEN

BEQ A3X

053242
053426
002104
002270

RANDOMIZING THE 'SEED' CONSTANTS USED
TO INITIALIZE THE ENTIRE BUFFER.

TABLE ENTRY.
.
:SAVE POINTER
;SAVE RANDOM NUMBER GEN. STATE X
;INSERT STRING IN TEST BUFFER

MOV R1,TRA

062430
043072

;
;

;SPECIAL HANDL ING REQUEST?
;SKIP INSERTING STRINGS IF YES
.FORM PARAMETER TABLE POINTER TO STRING
DESCRIPTOR FROM PF1 FIELD OF FLOW TABLE ENTRY
.
JFORM TEST OPERAND POINTER TO STRIMG.LEN
:
FROM RF3 FIELD OF FLOW TABLE ENTRY
;SAVE POINTER
;FORM TEST OPERAND POINTER TO STRING.ADR

BIT #20, SPHAND
BNE 2%
JSR PC,PF1

002102

MODE?

JBRANCH IF NO
;1S INST A CHAR STRING INST?
;BRANCH [F NO
;IN RANDOM MODE, NO CHAR STRINGS NEED 710 BE
:
INSERTED FOR CHAR TYPE INSTRUCTIONS.
RANDOM CHAR BYTES ARE DERIVED BY
;.

042554

000020

JRANDOM EXERCISE

JMP FCRTN

032737
001372
004737

SEQ 0157

JFLOW COMMAND = Q7 - INSERT STRING IN
TEST BUFFER.
s

005037
005737
0014C5
023727

042544
042552

042740

B 13

PAGE 89

FC07:

EIURRRURLEB
RN

¥
oW o AR AR AR 2R o P o
P L o o o R AP ol o
NN
D
Dt D
VS
W

N—‘OO@VO‘U‘J‘WN—'O%

408

1-0(T=-79

INSTRUCTION TEST LOOP

042516
042516
042522
042526
042530
042536
042540

27(45%)

- RESTORE

POINTER

TO STRING DESCRIPTOR

JRESTORE POINTER TO STRING LENGTH

JWHERE SHOULD STRING BE STORED?

;STORE STRING IN BUFSR?
;SAVE STRING LEN IN BUFFER DESCRIPTOR

;SAVE STRING LEN IN BUFFER DESCRIPTOR
JRESTORE RANDOM NUMBER GEN TO STATE

;POINTER TO STRING CFSCRIPTGR

;POINTER TO STRING LEN
JPOINTER TO STRING ADDRESS (EITHER BUFSR1 OR BUFSR2)

ADD #2,FLOPTR
MOV aF LOPTR,R1

;LOOK AT NEXT FLOW COMMAND®

TST

JIS IT - 0 - A CONTINUATICN OF THE 07
COMMAND?
.
JNO - DON'T INSERT SURROUND STRINGS

BI( 5?17777.R1
BNE 2%

MACYT1 27(655)
1-0CT=-79
POP=-11 (IS INST EXERCISER
C(ZKEEA.P11
CIS INSTRUCTION TEST LOOP

A
4
4
4

4
A

A
A

10:59

042742

004737

053242

042746
042754

013737
004737

002136
053314

002046

MOV PTPTR,SURLEN

042760
042766
042772
042774
043002
043010

017737
005737
001403

002434

137120

002104

MOV aTRL,TRL

070000
137074
002104
043072

002104
002104
002050

JSR P(,PF1

JSR PC,PF?
TST DECINS

3%:

137046

043072

137004

SURLEN
SURADR

002104
002104

MOV aTRA,TRL
SUB @SURLEN,TRL

JSR R5,1STG

PTPTR

465

SURLEN
SURADR
JMF FCRIN

042010
000002

4
4 69

SUB #2,FLOPTR
BR 1%

001742

471

013501
012137
011137
013501
011137
032737
001403
042737
013501
013137
013701
042737
042701
005701

4
4

A
4
A
4
4

002106
002110

002112
000002

002140

100000

002112

002114
002106

160000
017777

1%:

002106

020000

100000
120000

001770
044334

2%:

SEQ 0158

JYES -~ FORM PARAMETER TABLE POINTER
;
TO STRING.SURR.LEN

;FORM PARAMETER TABLE POINER TO SURR DATA
DESCRIPTOR
.
;FORM SURR.ADR (UPPER PORTION)
JINST = DECIMAL?
;BRANCH IF NO
JCLEAR TYPE FIELD FROM STRING LENGTH
;SURR.ADR = STRING.ADR

+ STRING.LEN

s INSERT UPPER HALF OF SURR STRING
;POINTER TO SURR.DATA DESCRIPTOR
JPOINTER TO SURR.LEN
;POINTER TO SURR.ADR
;FORM SURR STRING ADDRESS (LOWER PORTION)
;SURR.ADR = STRING.ADR - SURR.LEN
;INSERT LOWER HALF OF SURR STRING

JRESTORE FLOW COMMAND POINTER

JSUBROUTINE TC INSERT STRING IN TEST BUFFER.

;GET STRING DATA DESCRIPTOR
JGET STRING.LEN

;SPECIAL HANDLING REQUEST?
;BRANCH IF NO

JYES = STRIP BIT 15 FROM LENGTH
sSETUP STRING STARTING ADDRESS
;STRIP OFF

°'TYPE'

FROM 1ST WORD OF

sLOOK ONLY AT DESCRIPTOR TYPE

BEQ DSTYPO

;DATA DESCRIPTOR IS TYPE O.

DSTYP1
#040000,R1
DSTYP2
#060000,R1
DSTYP3
CMP #100000,R1
2%
CMP #120000,R1
BEQ 3%

;DATA DESCRIPTOR IS TYPE 1

BEQ
CMP
BEQ
(MP

060000

043224

MOV a(R5)+,R1
(R1)+,STGDS1
(R1),STGDS2
MOV a(RS)+,R1
(R1) ,STGLN
qZ.SPHAND
$
#100000,STGLN
MOV @(RS)+,R1
(R1) ,STGAD
STGDS1,R1
#160000,5STGDS1
#7777 .R1
TST R1

CMP #020000.R1

040000

000000
005037
000137

ADD aTRA,TRL
MOV #TRL,SURADR
PTPTR

4
4 61

BEQ 3%
BIC #070000,
TRL

JSR R5,1STG

)

€ 13

PAGE 89-1

HALT

CLR RANDTA
JMP DSTYP4

DATA DESCRIPTOR

;DATA DESCRIPTOR IS TYPE 2
;DATA DESCRIPTOR

IS TYPE

jDATA DESCRIPTOR IS TYPE 4
;DATA DESCRIPTOR IS TYPE

;*«DATA DESCRIPTOR NOT TYPE O ,1,2,3,4, OR S.

043230

02
03
04
05
06
07
08

043234
043234
043240
043242
043250
043254
043260

589

09
10
11
12

15
16
17
18
19

20
21
22
Sz

000137

045402

002434

043262

005737
001403
042737
013701
005737
001405
113721

043266
043272

005337
000770

002112

000137

045500

043300
043300
043304
043310
043312

013701
005737
001410
113721

002114
002112

043274

043316
043324
043330
043332

043336

063737
005337
000765
000137

070000
002114
002112

3s:

DSTYPO:
002112

002106

002110

002106
002112

2%:
DSTYP1:
1%:

002110

045500

2%:

DSTYPZ:

DEC STGLN
BR 1%

MOV STGAD,R1
TST STGLN
BEQ 2%
MOVB STGDSZ2, (R1) +

ADD STGDS1,STGDSZ2
DEC STGLN
BR 1$
JMP EISTG

043342
043346
043350
043356
043364
043370
043372
043376
043402
043406
043410
(43416

005737
001431
013737
013737
005737
001420
117721
005237
005337
001006
013737
013737

002106

043424

005337

002112

2%:

DEC STGLN

43
22

043430
043432

000755
000137

045500

3%:

BR 1%
JMP EISTG

043436

50
51
52
53

043446
043452
043454
043456

TN AT A AT N A AT
TA N

40
41
42

47
48
49

043436
043444
043446

002112

1%:

136512
002110
002106
002116
002120

022737
101070

010000

013701
000301
006201
006201

002112

002106
002110

002106

DSTYP3:
TYP3Z:

SEQ 0159

JALL BYTES OF STRING ARE IDENTICAL
sINST = DECIMAL?
;BRANCH IF NO
;CLEAR TYPE FIELD STRING LENGTH WORD
JR1 CONTAINS STRING STARTING ADDRESS
JENTIRE STRING BEEN INSERTED?
JYES
JNO - MOVE STRING DATA BYTE
;
TEST BUFFER LOCATION

INTO NEXT

JMP EISTG

002114

002116
002120

D 13

PAGE 89-¢

TST DECINS
BEQ 3%
BIC #070000,STGLN
MOV STGAD,R1
1ST STGLN
BEQ 2%
MOVB STGDS1,(R1)+

013701

002106
002110

10:59

JMP DSTYPS

043336

26
27
28
29
30
31
32
33
34
35
36
37
38
39

WA LA

S e e

S e

D e

)

D e

)

SR WS WIS W

)

POP=-11 (IS INST EXERCISER
MACY1T 27(655)
1-0CT-79
CZKEEA.P11
CIS INSTRUCTION TEST LOOP

MOV STGAD,R1
TST STGDS1
BEQ 3%
MOV STGDS1, SAVSL
MOV STGDSZ, SAVSA
TST STGLN
BEQ 3$
JYES
MOVB @STGDSZ2, (R1)+
INC STGDSZ2
DEC STGDS1
BNE 2%
MOV SAVSL,STGDS1
MOV SAVSA,STGDS?2

CMP #10000,STGDS1
BHI PTYP3P

MOV STGLN.R1
SWAB R1
ASR R1
ASR R1

;STRING BYTE N = STRING BYTE N-1 + INC.
JR1 CONTAINS STRING STARTING ADDRESS
JENTIRE STRING BEEN INSERTED?
JYES

;JNO FORM AND INSERT NEXT STRING BYTE

; INSERT BYTES FROM GIVEN STRING

;SET R1 TO STARTING ADDRESS OF STRING TO BE
;
FORMED IN TEST BUFFER.
;1S GIVEN STRING LENGTH = 0?
;YES - DON'T DO ANY INSERTING
;NO - SAVE STRING LENGTH IN CASE STRING
;.
TO BE FORMED IS LONGER THAN GIVEN STRING.
JENTIRE STRING BEEN INSERTED?
;NO ~ INSERT STRING BYTE FROM GIVEN STRING
JUPDATE GIVEN STRING ADDRESS TO NEXT BYTE
JALL BYTES IN GIVEN STRING USED?
JYES = STRING BEING FORMED IS LONGER THAN
;
GIVEN STRING. RESET STRING ADDRESS
s
BACK TO BEGINNING OF GIVEN STRING.
;DECREMENT COUNT OF # OF CHARACTERS YET
;
TO BE INSERTED.

JDECIMAL STRING - ALL DIGITS IDENTICAL

;IS FORMED STRING TO BE PACKFD OR ZONED DECIMAL?

s JONED
;GET STRING DESC.

TYPE FIELD

00000000
N N NN NNNNNN
N=O VNN
WNN=OO
SEUIETRERLTEGHIFAR 5=
KERIN2EBBIRARE

M)
.

IO~ NN NN

177740

MOV R1,STGTYP

s SAVE TYPE

MOV STGDST,SIGN

;STRIP OFF SIGN FROM DATA DESCRIPTOR WORD 1

BIC #177740,STGLN

BIC #177760.SIGN
ASR
ASR
ASR
ASR

STGDSI
STGDS1
STGDS1
STGDS1

;STRIP TYPE OFF

STRING LENGTH WORD

;GET AND RIGHT ADJUST ZONED DATA BYTE

;GOT ZONED DATA BYTE

(HIGH NISBLE & DIGIT)

MOV R2,STGDIG

JSAVE

IN STGDIG

BEQ TFS

;YES = NOTE:

BIC #177400,STGDST

043566

013701

002114

MOV STGAD,R1

043572
043576
043602
043606
043610
043614
043616
043622

113721
005337
005737
001371
013702
006302
062702
000172

002106
002112
002112

MOVB STGDS?T, (R1)+
DEC STGLN
TST STGLN

JENTIRE STRING BEEN INSERTED?

002304

;JYES = INSERT SIGN BYTE

002306

MOV STGTYP,R?
ASL R2
ADD #TYPTAB,R?C

043626

000137

044114

JMP TYP3P

043632

142741

000360

BICB #360,-(R1)

002124
002124
002124
002124
002124

ASL
ASL
ASL
ASL

oo
T

002106
177760
002106
002106
002106
002106

002112
0021¢24
002124

RIC #177770.R1

177770

002304

002106
177760
002302
002112

T A

177400

002106

O
T AL
NN

VA
OO
oo N

b
b

&
~

[o3°A

153711
000512

BIC #177760
RS
TST

STGLN

BNE 1%

JMP a(R2)

000000

000003

SIGN
SIGN
SIGN
SIGN

8158 SIGN, (R1)
BR EXTYP
BR EXTYP

000511

022737
001416
004737
032700
001403
012702
000402
012702
063702

002124

CMP #3,SIGN
BEQ 1%

063464
000001

JSR PC,RN
BIT #1,R0

002342

MOV _#NEGTB1,RZ

002330
002302

RIGHT ADJUSTED

MOV STGDS1,R2

DD
D e
DD
D
D s
e
b
D ed
b e e
D D e
)
D e
e
)
d e
d e
D
d
S
D
d
)
b D
d ed
D )
D e
b )
D e

ASR R1

ASR R

013702
042702
010237
005737
001535

) e D
) b e

)
D

SEQ 0160

043544
043550
043554
043560
043564

D
D
e
e
b =D e
d ) e
b ) d md ) ad
b emd cd D ed o
d
d
d
)
)
)
b
D

E 13

PAGE 89-3

042737

) ) e
ed e e

d
d

006201
006201
042701
010137

10:59

043536

d
— d e
— md e

MACY1Y 27(655)
1-0CT=-79
CIS INSTRUCTION TEST LOOP

EXERCISER

JUST

THE DIGIT

;STRING TO BE FORMED HAVE O LENGTH?
;

A ZERO LENGTH ZONED

STRING OCCUPIES NO MEMORY

MOV #NEGTAB,R?
ADD STGPIG,RZ

(ESCEPT

;SET R1 TO STARTING ADDRESS OF STRING
;.
TO BE FORMED IN TEST BUFFER.
sNO - INSERT NEXT ZONED DATA BYTE.

SEPARATE

sVECTOR TO APPROPRIATE STRING TYPE ROUTINE
TO ENTER SIGN BYTE.
;

;SIGNED ZONED
;CLEAR OUT THE HIGH NIBBLE OF LEAST
;

SIGNIFICANT

;'OR'"

STRING BYTE.

IN SIGN

JUNSIGNED ZONED =~ NO ACTION REQUIRED
;TRAILING OVERPUN(CHED
;IS SIGN = +?

JBRANCH [F YES
JRANDOMLY SELECT FROM 2 NEGATIVE SIGN TABLES

BEQ 3%

BR 2%

IN STGDS1.

JSIGN IS NEGAT VE

TYPES).

PDP=-11

(IS

INST

MACY11 27(655)
1-0CT=79
CIS INSTRUCTION TEST LOOP

EXERCISER

nr N_J..a_‘ — d D i e ) d
N -3 OV NN
NN 2O O 0o

043726
043730

A%,

Vnhunfl\ng:

~NO N S WNN—=O0
- OV

LS (VA LV R4 A%

b md d e
—d e e e

md —d o
ad =D )

D b o
d e e

D b
e e

b md
b )

b =D d b
b D e e

) —d o ed o h
) e
) e e

D d
e e

b
d

D oy
b i

e d
b od e

D d
D e

d e ed e
b b d e

d
i

RR R R R R R SR AR AANAAIRODRIRIRD

D
P

b
d

D
D

DD DD
D D ed D

A
—d_a
b _a D _a

O OO OO
ooooooroOrOrprOrOOOCOOOCOCOO o os>rocororrOr

(7kFFA_P11

044000
044002
044G04
044004
044012
044014
044020
044022
044026
044032

044034
044040
044042
0464046

111241

000467
004737
032700
001403
012702
000764
032700
001403
012702
000756
012702
000753

063464
000001
002366
000002

002354

002114

022737
001403

000003

000433
004737
032709
001403
112711
000423

013701

002114

044054
044056

005301
000752

0466114
0446114
044120
044102
044124
064126

002124

TYPTS:

000040

044050
044050

022737
001001

TYPLO:

063464
0092001

000053

0464060
044060
044066
044070
044072
044100
044102
044106
044110

000055

112711

000420

4%:

002400

613701
00520
000731

112711

1%:

2%:
TYPLS:

10:59

MOVB (R2),=(R1)
BR EXTYP
JSR PC,RN
BIT #1,R0
BEQ 4%
MOV _#POSTB1,R2

0023504

000004

002304

TFS:

002114

045500
002112

EXTYP:

TYPZP:

SEQ 0161

;COPY ENCODED SIGN FROM TABLE INTC STRING
;RANDOMLY SELECT FROM 3 POSITIVE

SIGN TABLES.

BR 2%
BIT #2.R0
BEQ 5%

MOV _#POSTBZ2,R?
BR 2%
MOV #POSTAB,R¢
BR 2%
MOV STGAD,R1
INC R1
BR TYPTO

CMP #3,SIGN
BEQ 1%
MOVB #055, (R1)
RR EXTYP
JSR PC.,RN

BIT #1,RO
BEQ 2%
MOvB #040, (R1)
BR EXTYP

JLEADING OVERPUNCHED
JSETUP POINTER TO MOST SIGN. BYTE OF STRING

;TRAILING SEPARATE

;1S SIGN +
JBRANCH IF YES
JSIGN = =; COPY SIGN BYTE

INTO STRING

JRANDOMLY SELECT BETWEEN 2 POSITIVE

SEPARATE

MOVB #4053, (R1)

;JSIGN - +;

MOV STGAD,R1

JLEADING SEPARATE
;SETUP POINTER TO BYTE BEFORE MOST SIGN.

BR EXTYP

DEC R1
BR TYPITS

000005

F13

PAGE 89-4

CMP #5,STGTYP
BNE 1%

BR TYPLS
CMP ¥4 ,STGTYP
BNE EXTYP
MOV STGAD,R1
BR TYPTS
JMP EISTG
MOV STGLN,R1
SWAB R1
ASR R1
ASR R1
ASR R1

;

DIGIT OF

(COPY SIGN BYTE

INTO BYTE STRING

STRING.

;0 LENGTH STRING

;IS STRING TYPE = LEADING SEPARATE?
;BRANCH [F NO

s INSERT SIGN AT 'A-1°
;1S STRING TYPE = TRAILING SEPARATE
JBRANCH [F NO

JINSERT SIGN AT

JPACKED

JGET STRING DESC.

‘A’

TYPE FIELD

SIGNS.

POP-11 CI1S INST EXERCISER

CZKEEA.PI
11662
11663
11664
11665
11666
11667
11668
11669
11670
11671

11672
11673

11674
11675
11676
1677
11678
11679
11680
11681
11682
11683
11684

11685

11686

11687
11688
11689
11690
11691
11692
11693
11694
11695
11696
11697
11698

}}932

11701

11702
11703
}};8?
11706
11707
11708
11709
11710
11711

11712
11713
11714
11715

064130
044132
064136
0464162
0464150
044156
046162
044164
044166
0464170

006201
042701
010137
0462737
113737
113701
006201
006201
006201
(006201

177770
002304
177740
002106
002106

042701
042737

050137
110137

002106
002110

044214

013701

002114

044220

005737

002112

044224
044226
044236
044236

001004
042737
000424
013737

044252

001003

044244

044254
044260
044262
044266
044272
0464275
044302
044304
044306
044314
044316
044324

044330

044334

044334
044342
044344

044350
044350
044354
044356
044360
044362

044364
04646366
044372
064376

1-0CT=79

C1S INSTRUCTION TEST LOOP

044172
044176

044204
0442106

MACY1T 27(655)

042737

177760
177417

002124

TST STGLN

002116

002110

002116

002106
002112
002112

002112
000007

002304

000017
002124

002124

032737
001002
000137

000002

002454

013701
000301
006201
006201
006201
006201
042701
010137
042737

002112

000137

BIS R1,STGDS?
MOVB R1,STGDS2
MOV STGAD.R1

002112

045500

3$:

BNE 38
BIC #177760.S1GN
BR INSIGN
MOV STGLN,SAVSL

BIC #177776,SAVSL

BNE

;SAVE TYPE
*STRIP TYPE OFF

STRING LENGTH WORD

“LOAD SIGN WITH DIGIT-SIGN BYTE
“FORM DIGIT-DIGIT BYTE
*RIGHT ADJUST DIGIT

;CLEAR OUT ALL BUT DIGIT
“CLEAR OUT ALL BUT DIGIT IN DATA DESCRIPTOR WORD 1
©STGDST NOW CONTAINS DIGIT-DIGIT BYTE
*SAVE 0000--DIGIT BYTE IN CASE STRING LENGTH
>
IS EVEN = I.E. MOST SIGNIF DIGIT BYTE CONTAINS
:
ONLY A SINGLE DIGIT.
“SET R1 TO STARTING ADDRESS OF STRING
:
TO BE FORMED IN TEST BUFFER.
“STRING TO BE FORMED HAVE ZERO LENGTH?
*NO
*YES - INSERT SIGN. NOTE: A ZERO LENGTH
*
PACKED STRING OCCUPIES 1 BYTE.
*STRING TO BE FORMED HAVE EVEN LENGTH>

SYES - BACKUP
*IS STRING TYPE UNSIGNED?
*BRANCH IF NO
SUNSIGNED PACKED STRING SIGN MUST
*INSERT SIGN

DSTYP4 :

:DECIMAL STRING - USER DEFINED DIG'T STRING

JMP EISTG

TYP4LZ:

002117

SEQ 0162

MOVB STGDS2, (R1)+
BR 2%
1%:
MOVB STGDS1, (R1)+
DEC -STGLN
28:
DEC STGLN
TST STGLN
8GT 1%
DEC R1
INSIGN: CMP #7,STGTYP
BNE 18
BIS #17.SIGN
1%:
MOVB SIGN, (R1)

045054

177770
002304
177740

G 13
PAGE 89-5

BIC #177760.R1
BIC #177417.STGDS?

002106

C02124

113721
000404
113721
005337
005337
005737
003367
005307
022737
001003
052737
113711

ASR R1
BIC #177770.R1
MOV R1,STGTYP
BIC #1777640,STGLN
MOVB STGDS1.SIGN
MOVB STGDS1.R]
ASR R1
ASR R1
ASR R1
ASR R1

002112

177760

177776

10:59

BIT #2,7PM
BNE TYP4LZ
JMP TYP4LP
MOV STGLN.RT
SWAB R1
ASR R1
ASR R1
ASR R1
ASR R1
BIC #177770.R1
MOV R1,STGTYP
BIC #177740,STGLN

:YES -

INSERT 0000-DIGIT BYTE

: INSERT NEXT PACKED DATA BYTE

;:ENTIRE STRING BEEN INSERTED?
*NO - CONTINUE INSERTING

(1111)

*1S FORMED STRING TO BE PACKED OR ZONED
*BRANCH IF 2ONED
: JONED
SGET STRING DESC.

:SAVE TYPE
“STRIP TYPE OFF

TYPE FIELD

STRING LENGTH WORD

RINVNOPNIND AL NINIADND) — — — —a
SR
o«ogmmmmmmmmmmbbbbbbbbbbwwwgw%wwwg
W=
OV
NO NS WNI 2OV
NN
W =200V
NOWVNEWN
=2OVO NN
NN 2OV
~NO

hoTal

m_s

Paline)

Mg
NNNNNN NN N NN NNNNNNVNNSNNNNNNNNNNNNNNNNNNNNNNNNNNYNYNNNNYYNNY

D ek
d
b

b
D
D
d

D
D
b
D o
D

D
D
)
)
)
D

D
D

d
D

b e

D
d

d e

d
D

D
D

D
d
b

D e
A

D
D

D e d
D

d
D
D

b ad
oD e

) md
D

b e

D ek

d
D
)

b
D

b and

D
d
ed

b e
D ad

d ed cd
o
o

b ed e
ek

id e
—d

INST EXERCISER
MACYTT 27(655)
1-0(T=79
CIS INSTRUCTION TEST LOOP

044404
046412
044416
044422
044426
044434
0444462

042737
013701
063701
010137
013737
013737
063737

010000
002114
002112
002432
002110
002106
002106

044450
044456
044460
044462
044466
044470
044476
044502
044506
044512
044516
044524
044530
044532
044536
044542
044544
044550
044552
044556
044560
044562
044566
044572
044576
044600
044606
044614

005337
005737
001403
004737
000416
117737
006237
006237
006237
006237
042737
005737
001002
000137
005737
001432
005737
001404
004737
110041
000420
117741
005337
005337
001011
013737
013737
063737

002110
001770

044626
044630
044634
044636
044642

000743
013702
006302
062702
000172

002106

002120
002116
002110

064714
135414
002124
002124
002124
002126
177760
002112

002124

044060
002112

4%:

5%
18

001770
045414
135322
002110
002106

002116
002120
002106

044622 005337 002112

38:

002106
002110
002110

2s:

002304
002412
000000

DEC STGDS2
TST RANDTA
BEQ 48
JSR PC,GETSGN
BR 5%
MOVB @STGDS2.SIGN
ASR SIGN
ASR SIGN
ASR SIGN
ASR SIGN
BIC #177760,SIGN
TST STGLN
BNE 18
JMP TFS
TST STGLN
BEQ WONSGN
TST RANDTA
BEQ 38
JSR PC,GRZDB
MOVB R0,-(R1)
BR 2%
MOVB @STGDS2,-(R1)
DEC STGDS2
DEC STGDST
BNE 28
MOV SAVSL,STGDS]
MOV SAVSA,STGDS2
ADD STGDS1,STGDS2

DEC STGLN

PTYPTO:
013701
114101
042701
010137
004737
013701
023727
001402
000137

002432

177760
002302
044714
002432
002304
043774

PTO:

000002

PAGE 89-6

#10000,STGDS1
STGAD,R]
STGLN,R1
R1,ONEBEY
STGDS2, SAVSA
STGDST.SAVSL
STGDS1.STGDS?2

BR 1%
WONSGN: MOV STGTYP,R2
ASL R2
ADD #PTYPTA,R2
JMP 3(R2)

044646
044646
044652
044654
044660
044664
044670
044674
044702
044704

BIC
MOV
ADD
MOV
MOV
MOV
ADD

10:59

H 13

EQ 0163

;STRIP OFF ALL BUT LENGTH
:INSERTION IS DONE FROM LS TO MS DIGIT
:FORM IN R1 ADDRESS WHERE FIRST BYTE IS TO BE INSERTED
:S5AVE PTR TO 1 BYTE BEYOND LS END OF STRING
:SAVE GIVEN STRING DESCRIPTOR WORDS
:
FORM IN STCDS2 ADDRESS WHERE FIRST BYTE IS TO BE
;

AKEN

;USE RANDOM SIGN?
;YES

;STRING TO BE FORMED HAVE O LENGTH?
:BRANCH IF NO
;ENTIRE STRING BEEN INSERTED?
:BRANCH IF YES
:USE RANDOM DATA?
:BRANCH IF NO
:GENERATE IN RO A RANDOM ZONED DATA BYTE
:INSERT BYTE
; INSERT NEXT BYTE
UPDATE POINTERS
:GIVEN STRING EXMAUSTED? BRANCH IF NO
:RESET POINTERS BACK TO BEGINNING OF GIVEN STRING

;DECREMENT COUNT OF # OF DIGITS TO BE INSERTED
*RETURN
*WORK ON INSERTING SIGN BYTE

;FIX UP _POINTERS TO ENABLE JSE OF
MOV _ONEBEY,R1
MOVB -(R1) ,R1
BIC #177760,R1
MOV R1,5TGDIG
JSR P(,GETSGN
MOV ONEBEY.R1
CMP STGTYP,#2
BEQ 1%
JMP TYPLO

TYP3Z ROUTINES.

GET LEAST SIGN DiGIT

;SAVE

IN STGDIG

;SETUP R1

TO ONE BYTE BEYOND STRING

POP=11

1-0CT-79
MACY11 27(655)
(IS INSTRUCTION TEST LOOP

INST EXERCISER

044710

000137

043666

1%:

044714
044720
044722
044726

005737
001415
004737
032700

001770

GETSGN:

012737
000417
012737
000413
013701

000007

002124

000003

002124

042701
006201
006201
006201
006201
010137

177617

044732
044734
044742
044744
044752
044754
044760
044762
044766
044770
044772
044774
0464776
045002

045004
045004
045610
045014
045014
045020

045024
045024
045030
045034

045040
045040

001404

114101

000207

063464
000001

002432
043632

117701

135074

000137

044654

004737

013701
000137

044714
002432
044004

004737
013701
000137

044714
002432
044050

013701
000301

002112

1¢:

013737

002112
002112
002112
002114
002106
002106

SEQ (164

TST

RANDTA

BEQ 19

BEQ 2%
MOV #7,SIGN
BR 3%
MOV #3.SIGN
BR 3%
MOV ONEBEY ,R1
MovB -(R1) ,R1

JUSE RANDOM SIGN?
JBRANCH [F NO
;GET A RANDOM »#
;USE LEAST SIGN BIT TO

PI(K A SIGN

;LS BIT = 1; MAKE SIGN NEG.

;LS BIT = O;MAKE 3IGN POS.
JSUBROUTINE

TO GET SIGN FROM INSERTED STRING

,R1
BIC #177417

3%:
PTYPSZ:

PTYPLO:

ASR
ASR
ASR
ASR
MOV
RTS

R1
R1
R1
R1
R1,SIGN
PC

MOV ONEBEY,R1
JMP TYPSZ

MOVB aSTGAD,R1
JMP PTO

PTYPTS:

PTYPLS:

TYPLP
.

JSR PC,GETSGN
MOV ONEBEY ,R1
JMP TYPTS
JSR PC,GETSGN
MOV ONEBEY,R1
JMP TYPLS

002112

002122

002116

;RIGHT ADJUST
;SAVE

'SIGN'

JINSERT SIGN TYPE SIGN

;INSERT LEADING OVERPUNCH SIGN
;GET MOST SIGN. DIGIT
JINSERT TRAILING SEPARATE SIGN
;GET SIGN TO INSERT

JINSERT LEADING SEPARATE SIGN

MOV STGLN,R1
SWAB R1
ASR R1
ASR R1
ASR R1
ASR R1

;GET STRING DESC.

MOV R1,STGTYP

. SAVE TYPE
JSTRIP TYPE OFF

BIC #177770.R1

177770
177740

2%:

I 13

PAGE 89-7

JMP TYPTO

JSR PC,RN

002124

013701
000137

10:59

BIT #1,R0O

002432

002304

gwmm—a—n
OO

00 0o00 00 00 0o 0o G0 00 Co 0o GO

00 OO OO

00 0o 00
00 00

NN NN NN NN

'\)NNN-A-A..A-;—»..;-A-A_._.%
g agRE IR
WA =OV0~N VN EWN—=O0V0N S8R EE38ege

NNNN

U
NP IS QUSP S WS QI WY QIS S S
W
I I W IS NP W
I
G
o
I S
R e
D
eI T
I
i
U
e RS R R
S
i
e
|
._A-—l-.h._l—j_‘—l—l—l—l_‘—A—l_;—l—l_l—J_{-—‘—l-—l..l_j-—A—.l_‘_a—d—l_a_j—)—)_l—d—l__\.-l_&—a_;—d_;—‘_‘—.&_a._‘_l_)—-I—l_.

CIS
(ZKEEA P

BIC #177740,STGLN
MGV
ASR
MOV
ADD
ASR
MOV

STGLN.SAVSG
STGLN
STGLN.R1
STGAD.R1
STGDST
STGDST,SAVSL

;PACKED -

SAVE

TYPF FIELD

STRING LENGTH WORD

STRING LENGTH

JINSERTION IS DONE FROM LS TO MS DIGIT
;FORM IN R1

ADDRESS WHERE

1ST BYTE

TO BE

INSERTED

INST EXERCISER

CIS

NN NN NN

WN=O V00NN

R R R R R R R R R R R PR Rt VD S oooooooooocomoooog

3
s

m ..

X0
S
G
e [ W

RRRRRRRR

VOO NP NBWN ~OVONONE
WO O

00 00 00 00 0o 0o

s [P QI W
N
N
S
P
S
S
S
N
S
S
S
S
N
S
S
S
N
S
S
S
S

N
S
S
N

i S|
Y

DD
D 2
D
DD
D
b
DB
D
D
D
=D
D e
b
D
D
bl
el el cd el
S
el
e
e
D
D
)
D
D
d
D
d
ed
h e
ik
— e

IS
n

0451464
045152
045160
045162
045166
045170
045174
045176
045202
045204
045206
045212
045216
045222
045226

013737
063737
005201
005737
100432
005737
001404
004737
110041
000420
117741
005337
005337
002011
013737

045240
045246
045252
045254
045262
045264
045270

063737
005337
000743
032737
001002
142721
013701

045232

045274
045276
045302
045310
045312
045316

045320
045324

013737

006201
063701
022737
001431
005737
001470

002110
002106

MOV STGDSZ, SAVSA
ADD STGDS1,STGDPS2
INC R
TST STGLN
BMI 3%
TST RANDTA
BEQ 5%
JSR P(,GRPDRB
MOVB RO,=(R1T)
BR 2%
MOVB aSTGDSZ2,-(R1)
DEC STGDS2
DEC STGDS1
BGE 2%
MOV SAVSL,S7GDS1

1%:

001770
045460
134676
002110
002106

5%:

002116
002120
002106
002112

002106
002110
002110

000001

002122

000360
002122
002114
000007

MOV SAVSA,STGDS?2

%
3%:
4%:

002304

001770

045330
045334
045336
045342
045344
045350
045352
045356
045360
045364
045366
045372
045400

000437

152711

000017

045402
045402
045410

012737
000137

177777
044334

000017
063464

ADD STGDS1,STGDS2
DEC STGLN
BR 1%
BIT #1,SAVSGL
BNE 4$
BICB #360, (R1)+
MOV SAVSGL ,R1
ASR
ADD
CMP
BEQ
TST
BEQ

R1
STGAD ,R1
#7,STGTYP
6%
RANDTA
EISTG

BICB #17,(R1)
JSR PC.RN

000001

000013

000002

7$:

900016
000004

10%:

000012

045414
045414
045420

002120
002110

002112

142711
004737
032700
001403
152711
000456
032700
001403
152711
000450
032700
001403
152711
000442

045374

1-0CT-79

INSTRUCTION TEST LOOP

10:59

6$%:

001770

DSTYPS:

BIT #1,R0
BEQ 7%
BISB #13,(R1)
BR EISTG
BIT #2,R0
BEQ 10%
BISB #16, (R1)
BR EISTG
BIT #4,R0
BEQ 63
BISB #12, (R1)
BR EISTG

063464
177740

SEQ 0165

;SAVE GIVEN STRING DESCRIPTOR WORDS
JFORM IN STGDS2 ADDRESS WHERE 1ST BYTE
;1S TO BE TAKEN TROM
JENTIRE STRING BEEN INSERTED?
JBRANCH IF YES
;USE RANDOM DATA?
JBRANCH IF NO
JGENERATE IN RO A RANDOM PA(CKED DATA BYTE
; INSERT BYTE
; INSERT NEXT BYTE

;UPDATE
POINTERS
;GIVEN STRING EXHAUSTED? BRANCH [F NO
JRESET POINTERS BACK TO BEGINNING OF GIVEN STRING
;DECREMENT COUNT OF # OF BYTES TO BE

;IS STRING TYPE UNSIGNED?
JBRANCH IF YES
;USE RANDOM SIGN?
JBRANCH IF NO

;CLEAR OUT FOR SIGN

;MAKE

SIGN NEGATIVE

JMAKE SIGN +

;OVERWRITE SIGN TO (*111)

MOV #177777 ,RANDTA
JMP DSTYPS

;DECIMAL STRING -~ RANDOM DATA & SIGN
. SET RANDOM DATA FLAG
JUSE DSTYP4 ROUTINES.

BR EISTG

IBSERTED

;1S STRING LENGTH ODD?
JBRANCH IF YES - DONE
;ZERO NIBBLE IN MOST SIGMN BYTE
s CALCULATE SIGN ADDRESS

BISB #17,(R1)

GRZDB:
004737
042700

J 13
PAGE 89-8

MACY11 27(655)

;SUBROUTINE TO GENERATE A RANDOM ZONED
JSKk PC,RN
BItC #BS128,R0

;DATA BYTE

IN RO.

JGET A RANDOM #,
;STRIP OFF ALL BUT LS NiBBLE

PDP-11 CIS INST EXERCISER

CZKEEA.P11
11878

CIS INSTRUCTION TEST LOOP

045424

020027

000011

11880

045432

042700

000010

}1332

045456

000207

11879

11881
11882
11883
11884

045430

045436
045442
045446
045452

101402

010037
004737
043700
053700

11887
11888
11889
11890
11891
11892

045460
045460
045464
045470
045472

004737
020027
101402
042700

l}ggfi

045500

000205

11893

045476

K 13

MACY11 27(655) 1-0CT=79 10:59 PAGE 89-9

001774
063464
001766
001774

CMP RO, #11

;VALID NIBBLE

BIC #10.R0

;CONVERT

BLOS
1%:

MOV
JSR
BIC
BIS

RO,RNIR
PC.RN
ZMSK,RO
RNiB,RO

RIS PC

GRPDB:

000207

045414
000231
000200

1%:

EISTG:

SEQ 0166

JSR PC,GRZDB
CMP RO, #4231
BLOS
1%
BI1C #200,R0
RTS PC

RTS RS

- 0 TO 11.

;BRANCH [F NIBBLE

IS VALID

INVALID NIBBLE

TO A VALID ONE

:SAVE NIRBLE
;GET ANOTHER RANDOM #
;MASK OFF ALL BUT ZONE FIELD
;OR - IN THE DECIMAL NIBRLE

;RETURN WITH ZONED DATA BYTE

IN RO

;SUBROUTINE TO GENERATE A RANDOM PACKED
:DATA BYTE IN RO.
;GET A RANDOM ZONED DATA BYTE
;HIGH NIRBLE MUST BE < 9
;BRANCH IF VALID
:CONVERT TO VALID

PDP-11 CIS INST EXERCISER
MACYi1 27(655)
1-0CT-79
CZKEEA. P11
{IS INSTRUCTION TEST LOOP
11887
11898
11899

045502

032737

11902
11903
11904
11905
11906
11907

045510
045512
045516
045522
045524
045530

001010
013701
013702
012122
023701
003374

11910
1191
11912
11913

045536

11900
119C1

}}ggg

11914

045502

045532

045536

10:59

FC10:

000137

000100

047464

001640
001646

BIT #100,TINST

1%:

001754

042010

2%:

BNE
MOV
MOV
MOV
(MP
B8GT

2%
TBADR,R1
EBADR,RZ2
(R1)+,(R2)+
TBEND,R1
1%

JMP FCRTN

FC11:
032737

000100

047464

BIT #100,TINST

11915
11916
11917
11918
11919
11920

045544
045546
045554
045562
045570

001060
013737
013737
013737
013737

003624
003626
003630
003632

003664
003666
003670
003672

BNE
MOv
MOV
MOV
MOV

11922

045604

013737

003636

003676

MOV TRS.ERS

11921

}}ggz
11925
11926
11927
11928
11929
11930
11931
11932

11933
11934
11935
11936
11937
11938

11939
11940
11941
11942

}1222

11945
11946
11947
11948
11949
11950

045576

045612

013737

003634

003640

003674

MOV

003700

F INFM
TRO,ERO
TR1,ER1
TRZ2.ER2
TR3,ER3

053340

JSR PC,RF1

045624
045630
045632

020127
001420
004737

003624

004737

045712
053372

CMP
BEQ
JSR
JSR

045642

020127

003624

(MP R1,#TRN

045646
045650

001411
004737

045712

BEQ EC1M
JSR PC_,ADJEOP
JSR PC,RF3

045660
045664
045666

020127
001402
004737

004737

053426

003624

045672
045676
045700
045702

R1,#TRN
EC11
PC,ADJEOP

PC,RF2

CMP R1,#TRN
BEQ EC11
JSR PC ,ADJEOP

145712

045672

EC11:

004737
000000
003664
003702

016700

JFLOW COMMAND = 10 - COPY TES1 BUFFER INTO
.
EMULATION BUFFER
;THE IN=LINE TEST CASE ALWAYS FOLLOWS
; THE SAME REGISTER TEST CASE - THEREFORE
. THEIR IS NO NEED TO REEMULATE.

:R1 POINTS TO START OF TEST BUFFER
:R2 POINTS TO START OF EMULATION BUFFER
;COPY NEXT WORD
;COPY COMPLETE ?
:NO

:YES

JFLOW COMMAND = 11 ~ SETUP EMULATION
:
OPERANDS IN ERO - ERS5 AND EMULATE
;
THE CIS INSTRUCTION UNDER TEST.
;THE IN-LINE TEST CASE ALWAYS FOLLOWS
:

. NEED TO REEMULATE.

THEIR

THE SAME
IS NO

.COPY ERN DIRECTLY FROM TRN

MOV TR6,ER6

004737

045654

SEQ 0167

TR4 ,ERG

045620

045636

L 13

PAGE 90

EINSTR:

JSR P(C,EMULATE
O
ERN
ERNR

;ADJUST ERN SPECIFIED IN FLOW TABLE ENTRY
.
TO ACCOUNT FOR EMULATION VERSUS TEST
.
BUFFER STARTING ADDRESS
:FORM POINTER TO FIRST TEST OPERAND TO
.
BE ADJUSTED.
;ANY OPERANDS TO BE ADJUSTED?
;BRANCH IF NO.
;ADJUST OPERAND

JFORM POINTER TO SECOND TEST GPERAND TQ
.
BE ADJUSTED.
:IF R1 STILL POINTS TO #TRN THEM THERE
;
WAS ONLY ONE OPERAND TO BE ADJUSTED.
;ADJUSTING COMPLETE
;ADJUST NEXT EMULATION OPERAND

;FORM POINTER TO THIRD TEST OPERAND TO
;
BE ADJUSTED.
:WAS THERE A THIRD OPERAND TO BE ADJUSTED?
JNO - ADJUSTING COMPLETE

JYES - ADJUST IT.

JEMULATION OPERANDS ALL SET.
JEMULATE CIS INST,
;CALL EMULATOR
;INSTRUCTION
;POINTER TO REGISTER OPERANDS
JPOINTER TO REGISTER RESULTS

POP=-11 CIS INST EXERCISER
MACY11 27(655)
1-0 (T-79
CZKEEA.P11
CIS INSTRUCTION TEST LOOP

V00~ wn

VNN vV

062701

045722
045726
045732

163711
063711
000207

FINEM-

162701

003624

045734
045742

SUB #TRN,R1

ADD #ERN,R1

001640
001646

SUB TBADR, (R1)
ADD EBADR, (R")
RTS PC

013737
013737
013737
013737
013737
001014
023727
001406
023727
001402
000137
000137
004737
006201
012702

d e
—

046076
046102
046104
046110
046114
046116
046124
046130
046134
046136
046142
046146
046152
046154

160102
062702
010237
005002
013703
005701
001410
010362
005301
062702
062703
000766
012737

004737
020127
001407
005337
011162
062702
000764
013762

003624
003626
003630
003632
003634

003636
000100

002230
002232
002234
002236
002240

002242
047464

047464

076027

047464

076067

046664
046730
053352

000005

MOV
MoV
MOV
MOV
MOV

001640

BNE
CMP
BEQ
CMP
BEQ
JMP
NONOP:
JMP
INLINE: JSR
ASR
MOV

2%:

047466
000002
000004
000001
053604
003624

002226

1%:
11¢:

001756
047466
(00002
001756

047466

TRO,TTRO
TR1,TTR1
TR2,TTR?
TR3,TTR3
TR4,TTRS

MOV TRS,TTRS
BIT #100, TINST

000400
001756

3$%:

SEQ 0168

JPOINTER

TO COND.

CODE

RESULTS

s SUBROUTINE TO UPDATE EMULATION OPERANDS
.
TO REFLECT EMULATION BUFFER STARTING ADDRESS.

JPOINT R1

TO EMULATION OPERAND RATHER THAN

TEST OPERAND.

;SUBTRACT QUT TEST BUFFER STARTING ADDRESS
JADD

IN EMULATION BUFFER STARTING ADDRESS

JFLOW COMMAND = 12 - SETUP REGISTERS (OR INLINE POINTERS

FC12:

013737
032737

ECCR
JMP F(CRTN

003664

045734

-0V

ZERIRELEE

042010

M3
PAGE 90-1

ADJEOP:

045712
045716

9532

D =D
d
)
D
d
D o
D
b ed
D
D e
D
d

003720
000137

045712

NoJoN olVoXNo Qo e}

)

045704
045706

10:59

INLINE
TINST 476027
NONOP
TINST,#76067
NONOP
REGOP
LTSTOP
PC,RF1IX
R1
#5.,R2

SUB R1,R2
ADD #400,R2
MOV RZ2,3SBR
(LR R2
MOV TBADR,R3
TST R1
BEQ 1%
MOV R3,TINST+2(R2)
DEC R1
ADD #2,R2
ADD #4,R3
BR 2%
MOV #1 _NXFLD

JSR PC,RFN
CMP R1,#TRN
BEQ 3%
DEC SBR
MOV (R1),TINST+2(R2)
ADD #2.R2
BR 118
MOV SBR,TINST+2(RZ2)

;
AND COND CODES AND EXECUTE CIS INSTRUCTION.
SAVE RESULTS.
;
;SAVE TRNS IN TEMPORARY STORAGE

JINST TYPE
JBRANCH IF

;GET # OF

(REG OR IN-LINE)?
INLINE TYPE

IN-LINE DESCRIPTOR POINTERS

;CALCULATE BRANCH TO INSERT MMEDIATELY
; FO_LOWING IN LINE DESCRIPTORS.
;SAVE BRANCH

INST

JBRANCH [F ALL IN-LINE PTRS HAVE BEEN INSERTED.
;s INSERT DESCRIPTOR POINTERS IN-LINE
;JUPDATE FOR NEXT IN-LINE PTR

JRETURN TO WORK ON NEXT IN~LINE PTR.
JINITIALIZE FIELD PTR TO SECOND FIELD
JGET NEXT FIZLD CONTENTS.
JALL OPERANDS INSERTED IN-LINE?
JBRANCH IF

YES

sMOVE REGISTER OPERAND INTO IN-LINE LOC
JUPDATE TO NEXT IN-LINE LOC
JRETURN TO WORK ON NEXT IN-LINE OPERAND
s INSERT BRANCH

PDP=-11

CIS

(ZKEEA.PI
12005

G
T S
S
S
JE

n) NININI
A NININ) n
o (olalolslelele]

12006
12007

INST

1-0CT-79
MACY1T 27(655)
EXERCISER
CIS INSTRUCTION TEST LOOP

046162
046170
046174
046200
046204
046206
046214

012737
060237
062702
022702
001404
013762
000767

046216
046224
046230
046234
046240
046244
046250
046252
046256
046260
046266
04627¢
046276
046300
046302
04€304
046310
046314
046320
046322
046326
046332
046336
046340
046342
046346
046352

062737
013702
013703

047466
002214
000002
000014

002214

001674

047466

000002
001640
001646
002226
053604
003624

001742

12%:

A ¥

L1%:

003632
047464

076157

047464

076177
43%:

000002
000002
000002

000002

42%:

000002

44%:

000004
000004

013703
005037
004737
005701
001415
020127
001407
062701
011113
162701
011163
062703
000757

001646
002226
053504

001742

5%:

000002
000002
000004

;LOOK AT NEXT FLOW COMMAND (=00)
JINITIALIZE POINTERS TO TEST & EMULATION BUFFERS

JSR PC,RFN

CMP
BEQ
(MP
BNE
CMP
BEQ
CMP
BNE
MOV
Mov
SUB

R1,#TRN
5%
R1,#4TR3
42%

TINST 476157
43%
TINST 476177
42%
(R1),(R2)
(R1),(R3)
#2,R1

MOV (R1),2(R2)
MOV (R1),2(R3)
BR 44$
MOV (R1),2(R2)
MOV (R1),2(R3)

MOV (R1),(R2)
MOV (R1),(R3)
ADD #4 ,R2
ADD #4,R3
BR 41%
ADD #2,FLOPTR
TST RPTFLG

CLR NXFLD
JSR PC,RFNX
TST R1

BEQ 63
CMP RY.#16
BEQ 52%

003702

ADD #ERNR,R1

MOV (R1), (R3)
SuB #2,R1

52%:

SEQ 0169

ADD #2,FLOF'TR

MOV TBADR,R?
MOV EBADR,R3
CLR NXFLD

MOV EBADR,R3

000016

90-2
SAVE BRANCH LOCATION FOR PC

BNE 6%

51%:

N 13

PAGE

MOV #TINST+2, ICOMP(
ADD RZ2,ICOMPC
ADD #2,R2
(MP #1464 ,R?
BEQ 4%
MOV KHALT,TINST+2(R2}
BR 12%

SUB #2,R1

000002

000002
002266

10:59

MOV (Ri),2(R3)

ADD #4.R3

BR 5%

CHECK ON IN=LINE INSTRUCTION COMPLETION
S INSERT HALTS FOLLOWING BRANCH

;JINITIALIZE FIELD PTR TO 1ST FIELD
JGET NEXT FIELD CONTENTS
;ALL BUFFER DESCRIPTORS FILLED?
JBRANCH IF YES

JFOR CVTLN & CVTLP THE MEMORY ORDER
OF THE LONG INTEGER LOW & HIGH
IS REVERSED FROM THE REGISTER ORDER

;COPY BUFFER DESCRIPTORS FROM REGISTER
. DESCRIPTORS.

;UPDATE BUFFER DESCRIPTOR POINTERS

JRETURN TO FILL NEXT DESCRIPTOR WORDS.
;LOOK AT NEXT FLOW COMMAND (=00)
;IS TEST BEING REPEATED??
(DONT UPDATE EMUL BUFFER
;BRANCH IF YES

DESCRIPTORS - THEY ARE ALREADY UP-TO-DATE).

JINITIALIZE POINTER TO EMULATION BUFFER.
JINITIALIZE FIELD PTR TO 1ST FIELD
JGET NEXT FIELD CONTENTS
;JALL RESULT EMULATOR BUFFER DESCRIPTORS UPDATED?
JBRANCH IF YES
;DESCRIPTOR TO BE UPDATED?
;BRANCH IF NO
;FORM POINTER INTO EMUL. RESULT STA(K

;COPY EMUL. RESULT INTO BUFFER
JUPDATE EMUL. BUFFER POINTER

JRETURN TO WORK ON NEXTM EMUL.

RESULT.

1-0(T1=-79
MACYTT 27(655)
(IS INST EXERCISER
(ZKEEA.PIT
(IS INSTRUCTION TEST LOOP

POP=1"

12059

12060

12061
12062
12063
12064
12065
12066

12067

R2SIRIKIR

b ed

(@)

b -

102

—t

—d b b

e amd —b
D cnd —d
o
b e
)
—

NONLRLALRNLNUALNI
D PONY

12068
12069
12070
12071
12072
12073
12074
12075
12076
12077
12078
12079
12080
12081
12082
12083
12084
12085
12086

046442
046450
046456
046464
046472
046500

001720
001722
001724
001726
001730
001732

00362¢
003626
003630
003632
003634
003636

6$:

046506

000002

001742

7$:

046514
046522
046530
046536
046544
046552

013737
013737
013737
013737
013737
013737

003702
003704
003706
003710
003712
003714

002246
002250
002252
002254
002256
062260

046560
046566
046574

013737
013737
013737
013737
013737
013737

00i720
001722
001724
001726
001730
001732

003702
003704
003706
003710
003712
003714

005037
004737
020127
001407
010102
062701
062702
011211

002226
053504
000016

8%:

9%:
91%:

003702
002246

000764
000137

046730

013737
013737
013737
013737
013737
013737

001676
001674
001674
001674
001674
001674

047466
047470
047472
067474
047476
047500

010637
022737

002224
076026

047464

10%:

003640

LTSTOP:

076066

047464

120602
120602

003716

003640
003720

REGOP:

003642

2%:

1%:

MOV
MGV
MOV
MOV
MOV
MOV

10:59

PATQ, TR0
PAT1,TR1
PAT2,TR?
PAT3,TR3

S€Q 0170

JINITIALIZE TRX'S TO #PATTERN

PAT4 ,TR4

MOV
MOV
MOV
MOV
MOV
MOV

EROR, TEROR
ERIR,TERIR
ERZR,TERZ2R
ER3R, TER3R
ER4R,TER4R
ER5R,TER5R

MOV
MOV
MOV
MOV
MOV
MOV

PATO,EROR

CLR
JSR
MP
BEQ
MOV
ADD
ADD
MOV

NXFLD

PAT1,ERIR

JOVERWRITE WITH APATTERN ALL ERNRS EX(EPT
; THOSE THAT (ONTAIN A REGISTER RESWLT.
;LOOK AT NEXT Fi.Ow COMMAND (=00)
;COPY ERNRS INTO TEMP SPACE AT TERNR

JOVERWRITE ERNR STA(K WlTH # PATTERN

PAT2,ERZR
PAT3 ER3R
PAT4 ,ER4R

PATS ,ERSR
PC ,RFNX

R1,#16
108
R1,R2
#ERNR R1
#TEROR,R?
(R2), (R1)

BR 91$
JMP LTSTOP

JINITIALIZE 1ELD PTR TO 1ST FIELD
JGET NEXT FIELD CONTENTS
JEND OF REGISTER RESULT LIST?

;BRANCH IF

YES

;COPY REGISTFR RESULT BACK INTO ERNR STA(K
. FOR TEMPORARY STORAGE.
SRETURN TO WORK ON NEXT REGISTER RESULT.

KBRS, TINST+2
KHALT,TINST
+4

KHALT ,TINST+6
KHALT,TINST+10
KHALT ,TINST+1?2
KHALT,TINST+14

MOV SP, TSP

90-3

PATS,TRS

ADD #2.FLOPTR

MOV
MOV
MOV
MOV
MOV
MOV

8 14

PAGE

#076026, TINST

BNE 28

MOV TR6,SP

MOV
MOV
MOV
MOV

#(CSTACK,ERG6R
#CSTACK,SP
SP,TR6
ECCR,TCC

CMP 4076066, TINST
BEQ 3$

;SAVE STACK POINTER

;IS INST A L2D6?
sBRANCH [F NO
;LOAD DESC 6 INST - USE TR6 CONTENTS AS SP

;1S INST A L3D6?
;BRANCH [F YES

;LOAD TR6 FOR INPUT REG DISPLAY
;SETUP CONDITION CODES

M
PNOPNOPNOPOLNININININ)
= e
e ed b s

D d D ol i e b

b d b d e e d d v D e d d d d e d e d de e
-

~nN SIS IAST AN TN T ST, 1 STV 1o 1 CT N T NN 1

P11

013701
042701

067022
047026
047030
047032
047036

001405
022701
001402
005137
004737

NONLNINLNVAIAINLNLNLNINLNU
NIV

005737
001403
012737

002160

b
b
b =
D

o
D
)
D
D
b
h
b
D

000000

047070

005737

002156

047076

004737

055744

001411

48
0475C?

BEQ
CMP
BEQ
COM
JSR

4$
#076060,R1
4$
TCC
PC,SELREG

MOV #NOP,TINRET
JSR PC,SELMD
TST MODE
BEQ 17$
MOV AHALT,TINRET

047502
17%:

TST MMFLG

BEQ 8%

JSR PC,SETPDR

SEQ 0171

;IS INST A L2D OR L3D?
JIF YES SETUP CONDITION CODES=EXPECTED CODES.

JOTHERWISE SETUP CC=COMPLEMENT OF EXPECTED CC.

;SELECT REGISTER SET AND SETUP CONTENTS OF
REGISTER SET NOT SELECTED.
;
JRESTORE NOP TO CIS INST RETURN POINT

JSELECT MODE & I/D ENABLES; LOAD MMR3 TO
REFLECT
;
;TEST MODE
JBRANCH [F
JLOAD HALT
(ALLOWS

D-SPACE ENABLE/DIS SELECTION
= KERNEL?
YES
AT INST UNDER TEST RETURN ADDRESS
TRAPPING BACK TO KERNEL MODE

AFTER CIS INST EXECUTION).
;
;IS MEMORY MGMT AVAILABLE?
JBRANCH IF NO
JSETUP MEM MGMT PDR'S
;JNOTE: PAR'S ARE SETUP AT BEGINNING OF PROG

. KERNEL ,USER & SUPV SPACES ARE ALWAYS MAPPED
047102
047110
047116
047120
047126
047134
047140
047144
047150
047154
047160

012737
012737
000406
012737
012737
013700
010037
013701
010137
013702
010237

003626
002564
003630
002566

MOV #NOP, TOMM
MOV #NOP.
TOF MM
BR 9%
MOV #403, TOMM
MOV #402. TOFMM
MOV TRO,RO
MOV RO,STATRO
MOV TR1.R1
MOV R1,STATR1
MOV TR2.R2
MOV R2,STATR2

047170
047174
047200

010337
013704
010437

002570
003634
002572

MOV R3,STATR3
MOV TRé.R4
MOV R4, STATRG

002574
002576
002160

MOV
MOV
TST
BNE
SUB

047204

047210
047214
047220
047224
047226

ESRAR2ES oo

Ty
T Gl P
G
QU
I G
U
G
[

003642
054332

047054
047060
047062

C 14
PAGE 90-4

CMP #076020,R1

076060

000240
055520

10:59

MOV TINST.R1
BIC #7,R1

076020

012737
004737

047164
150

022701

047464
000007

047042
047050

047074

1-0CT=79

CIS INSTRUCTION TEST LOOP

047006
047012

0467016

MACY11 27(655)

047234
047242
047250
047256
047264
047272
047274
047302
047304

013703

013705

010537
010637
005737
001003
162737
042737
0172737
042737
053737
022737
001004
052737
000407
022737

000240
000240

047446
047512

000403
000402
003624
002562

047446
047512

8$:

9% :

003632

TO SAME PHYSICAL MEMORY)

JALLOW MEMORY MANAGEMENT TURN ON
JALLOW MEMORY MANAGEMENT TURN OFF

JINHIBIT MEM MGMT TURN ON
;LOAD TEST OPERANDS INTO REGISTERS
;SAVE STATE OF C.SP

MOV TRS3.R3

003636

MOV TR5.RS

000006

002576

177760
132416
170017
003642
000001

003642
001752
001752
001752
002160

040000

001752

000003

002160

S%:

6%:

RS,STATRS
SP.STATRé
MODE
5$
#6,STATR6

BIC #177760.TCC
MOV aTPSW, TSTPSW
BIC #170017,TSTPSW
BIS TCC,TSTPSW
CMP #1.MODE
BNE 6$
BIS #040000,TSTPSW
BR 7%
CMP #3,MODE

;1S MODE = KERNEL?
sBRANCH IF NO
;JADJUST SAVED STACK POINTER TO ACCOUNT FOR
INTERRUPT STACK PUSH

(KERNEL = CIS

INST STA(CK)

SFORM PSW TO BE USED UPON ENTRY TO CIS INST
sTEST MODE = SUPERVISOR?
JBRANCH [F NO
;SET CURRENT MODE = SUPV IN TSTPSW
;TEST MODE

= USER?

SRR AR ERRNRRRERRRIEIZAES §

o ¢

1 WS TN 1 ST S TN TN TaN [N [y N1, N 1oV, U [ O R

— e ad b e e D D D d b d e e ) e d D D d d b ) D b d ) b d
b

CIS INST EXERCISER

D —
d
d
d e

NNNNNNNNVYO

)

d
D
D
)
D
nd
D
b e
d
b
e md
—t

) e
d
D
D
)
d
b md
—

D cd

)

YO
O VO O Y O O O 0 00 Q0 00 QO 00 Qo 0o 00 00

d red

d e

b
D e
)

D e

b ed

MNONV RN ALAJNL AL NI AL ALAL NI AR NI AN N AN NN NN NN ALNI N AL NN n

1-0CT=-79
MACYTT 27(655)
POP-11 g%? INST EXERCISER
CIS INSTRUCTION TEST LOOP

047312
047314
047322
047330
047334
047342
047346
0477 5%
0473

047366
047372
047374
047402
047406
047414

b =D b

~NO\N

P\~ cd ok ek

b w—d —
D
b e
) md
—)

000414

012737

047420
047422
047424
047426
047434
047436
047444
047446
047450
047456
047464
047466
047470
047472
047474
047476
047500
047502
047504
047512
047514
047520
047526
047534

AIALNLNLNLNLNLNDNY
IASTANT NI VT N1, N1, 1 V1 N

001015
052737
013777
013706
042777
013706
013737
005037
042737
005037

047540
047544
047550
047554

047560
047564
047572
047574
047576
047602
047604

1460000

001752
002576
140000

002224
001752
002542
040000
002534
003024
062234
000100
003026

10:59

001752

BNE 10%
BIS #140000,TSTPSW

132322

MOV STATR6,SP
BIC #140000,aTPSW

132334

002560
002132

MOV TSTPSW,aTPSwW

MOV TSP,SP
MOV TSTPSW,STATPS
CLR INTCT

BIC #40000,FATAL

133406

000001

133070

000101

133050

000001
001752

177572
132200

017737
000402
005037
013737

042737
010037
010137
010237
010337
010437
010537
032737
001404
006506
012637
000402
010637

BIS #100,aLKS
DEC VLCNT

BNE 1%
BR PREINS
BR TOP(1

BIS #001,aPC2(SR

JOVERWRITTEN WITH A NOP IF LTC IS USED FOR
_INTERRRUPT TESTING
5
JSYNC UP TO LTC

JENABLE LTC INTR

JKILL MOST OF
INTERRUPT
;

BIS #107,3PC1CSR

NOP

BR GO

BIS #1,a34MMR0

MOV TSTPSW,aTPSw

.WORD 0

120604

177572
120604
177760

MOV aTPSW,SAVKC(
BR CSCC

003662
003662

MOV SAVKCC.TCCR

CLR a#MMRO

BIC #177760,TCCR
MOV RO, TROR
MOV R1.TRIR
MOV R2.TR2R

TIME BEFORE EXPECTED

JOVERWRITTEN WITH A NOP

LATE~NCY

;TURN ON P-(CLK?2
;OVERWRITTEN WITH A NOP IF
;TURN ON P-CLK1

BR PRE INS

132154

003660

;CLEAR [NTERRUPT COUNT
;CLEAR INTERRUPT INDICATOR IN FATAL ERROR WORD

JRESET LTC COUNTER

NOP

003660

JBRANCH [F NO
;SET CURR MODE = USER IN TSTPSW
;MODE = USER + SUPV. SWIT(H TO TEST MODE
;SETUP TEST MODE R6
JSWITCH BACK TO KERNEL
;SETUP KERNEL MODE R6

MOV LCNT,VLCNT
JSR PC LTCSUP

HALT
HALT

003644
003646
003650
003652
003654
003656
030000

StQ 0172

;CLEAR PROGRESS COUNT

BR TINRET
HALT
HALT
HALT

000240

90-5

CLR PROGCT

BR TOPCZ
003026

)

PAGE

;TURN ON MEMORY MGMT

BIT #30000,a4PSwW
BEQ 48

MFP]

MOV (SP)+,TR6R

BR 5%

MOV SP,TR6R

JSET PSW TO DESIRED STATE (PRIOR TO THIS MODE KERNEL)
JEXECUTF CIS INST UNDER TEST.
;IF PROGRAM STOPS AT ANY ONE OF
;

THESE HALTS,

THEN THE CIS INSTRUCTION EXECUTION
RETURNED WITH INCORRECT PC.

JOVERWRITTEN WITH A HALT [F MODE = USER OR SUPV
JNOTE: HALT IS USED TO TRAP BACK TO KERNEL MODE
JSAVE CC RESULTS
;OVERWRITTEN WITH A NOP [F MEM MGMT [S AVAILABLE
;TURN OFF MEMORY MGMT

;SAVE REGISTES RESULTS

MOV R&.TR4R

MOV RS.TRSR

INTERRUPTABILITY IS B

JREPLACED WITH A HALT If OPERATOR REQUESTED
; 'HALT AT CIS INST'.
JOVERWRITTEN WITH A NOP IF MEM MGMT TEST STATE

MOV R3.TR3R
177776

IS BEING TESTED

JWAS PREVIOUS MODE

USER OR SUPV?

JBRANCH IF NO
JGET PREVIOUS MODE SP
;STORE PREVIOUS SP

1-0CT7=79
POP=-11 CIS INST EXERCISER
MACY1T 27(655)
(ZKEEA.P11
CIS INSTRUCTION TEST LOOP

12221

12222
12223
12224

12225
12226

12227
12228
12229
(6)
(3)

(4)
12230
12231
(6)

(3)

(4)
12232
12233

047610
047614

013706
006737

002224
054556

047620
047626
047630
047636
047640
047640

022737
001032
022737
001416

IRRRRR!

120400

IRRRRE!

120602

012746
010600
004737
000405

011704

012746
010600
004737
012737
000137

011613

04 7644

047646
047652
067654
047654
047660
047662
047666
047674

5%:

E 14

PAGE 90-6

MOV TSP,SP
JSR P(C,CKUREG
(MP #111111 ,PRECSK

BNE 2%
(MP 4171111,PST(CSK
BEQ 3%
PRINTB #STKM?2

MOV
MOV

065304

065304
177777
042010

10:59

SEQ 0173

JVERIFY THAT REG SET WHICH WAS NOT

;

SELECTED DID NOT GET (HANGED AND SWITCH TO
RFGISTER SET 0.
.
;DID CIS INST EXECUTION USE MORE THAN 64 STACK WORDS
JBRANCH [F YES
;DID CIS INST DESTROY LOC AT STACK + 2
JBRANCH

4STKM2,~(SP)
SP,RO

JSR PC,FPRINT

BR 1$

PRINTB #STKM1

002152

047700

1%:

= (SP)
#STKM1,
MOV
MOV
SP,RO
JSR PC,FPRINT

MOV #177777 .ERRSTK
JMP FCRTN

;SET STACK ERROR FLAG

JFLOW COMMAND - 13 - (COMPARE TEST RESULTS

FC13:

;

TO EMULATION RESULTS

INDICATE

ANY ERRORS.

047700
047704
047710
047714

00503/
005037
005037
004737

002144
002146
002150
053340

JSR PC.RF1

.FORM POINTER TO FIRST TEST OPERAND

047720

022701

003642

CMP HTRN+16,R1

. 1F OPERAND

047724
047726
047734

047736
047742

001446
032737
001030
004737
004737

047746
047752
047754
047760
047764
047770
047772
047776
050002
050006
050010
050014
050016
050024

022701
001433
004737
004737
022701
001424
004737
004737
022701
001415
004737
000412
062737
004737

003642

050030
050034

022701
001402

003642

000100

CLR ERRCC
CLR ERRREG
CLR ERRBUF

BEQ CCCK

047464

BIT #100,TINST

BNE ADJI
JSR PC,ADJR

050736
053372

JSR PC,RF2

CMP #TRN+16.R1
BEQ CCCK

050736
053426
003642

JSR 2C,ADJR

JSR PC,RF3
(MP #TRN+16,R1

050736
053456
003642
050736
000002
053340

001742

ADJI:

BEQ CCCK
JSR PC,ADJR
JSR PC,RF4
(MP #TRN+16,R1
BEQ CCCK
JSR PC,ADJR
BR CCCK
ADD #2,FLOPTR
JSR PC,RF1

(MP #TRN+16,R1

BEQ CC(K

TO BE ADJUSTED.

7 THEN ALL REQUIRED ADJUSTMENTS

HAVE BEEN COMPLETED
.
;DUNE?
JINST TYPE (REG OR INLINE)?

sNO - ADJUST SPECIFIED OPERANDS

;FORM POINTER TO 2ND TEST OPERAND
TO BE ADJUSTED.

;DONE?

;JNO - ADJUST AGAIN
JFORM POINTER TO 3RD TEST OPERAND TO BE ADJUSTED

;DONE?

;NO - ADJUST

;FORM POINTER TO 4TH TEST OPERAND TO BE ADJUSTED

;DONE?

;NC ~ ADJUST

;LOOK AT NEXT FLOW COMMAND (-00)
,FORM PTR TO INLINE
. TOC BE ADJUSTED.

; I[F OPERAND

;DONE?

TYPE

INST

REG OPERAND

7 THEN NO REG OPCRAND,

TO AD.UST.

POP-11 (I%
CZKEEA.PY
12269

12270

12271

12272
12073
12274
12275

12276
12277

12278
12279
12280
12281
12282
12283
12284

12285
12286
12287
12288
12289
12290
12291
12292
12293
122%
12295
1229
12297

12298

12299
12300
12301
12302
12303
12304

INST EXERCISER

050036

050042
050050
050054
050056
050064
050072
050076
050104
050106
050114
050120
050122
050130
050132
050140
050142
050150
050152

MACYT1 27(655)

1-0CT=79

CIS INSTRUCTION TEST LOOP

004737

042737
005737
001406

050736
177760

035744

050160
050162
050170
050172
050200
050202

050210
050212
050220

003662
00372C

177777

002144

003702

003644

003704

003646

003706

003650

003710

003652

003712

003654

003714

003656

003716

003660

177777

002146
002140

000004

050226
050230

003720

003662

CCCk:

"$:

#177760,ECCR

EZDF
19

#1464, TCCR
#14 ECCR
PC,RECCC

ECCR,TCCR

REGCK

REG(K:

#177777 ,ERRCC
EZDF
EZDBCK

EROR, TROR

REGERR

SEQ 0174

JNU ADJUST

JNOTE:
.

SPECIFIED OFERANC.

INLINE TYPE INST NEVER REQUIRE

THAT MCRE

THAN 1

OPERAND BE ADJUSTED.

;CILEAR OUT ALL BUT CONDITION CODES

;CONDITION UNDER TEST = DIVP BY 0?

;BRANCH iF NO
JMASK QUT ALL BUT C & v COND.

JRECORD CONDITION CODE USAGE
;CHECK CONDITION CODE RESULTS

;SET CONDITION CODE ERROR fLAG
JCONDITION UNDER TEST - DIvP By O?
JBRANCH IF YES
;CHECK REGISTER RESULTS

ER2R,TRC2R
REGERR

ER3R,TR3R

REGERR
ER4R, TR4R
REGERR

ERSR, TRSR

REGERR:

Ck :
BUF

REGERR
ER6R, TR6R
BUF (K
#177777 ,ERRREG
#4 , SPHAND
TFORE
TBADR,R1

EBADR ,R?

047434

000240

047372

000240

{gLTC,#NOP

047464

076026

0467464

076066

5;NST,#76026

2%:

TINST ,#76066
19
#6,R1

#6.R2

JREGISTER ERROR - SET REGISTER ERROR FLAG
s SPECIAL HANDL ING?

.IF YES SKIP BUFFER (HECK
;CHECK BUFFER RESULTS

;1S MODE - KERNEL?
JBRANCH [F NO

JINTERRUPTABILITY BEING TESTED?
;BRANCH IF YES
;BRANCH IF NO

;1S INST UNDER TEST A L2D6 OR L3D6

;YES -

SPECIAL

CASE

;L2D6 OR L3D6 WITH INTERRUPTABILITY TEST_MODE KERNEL.
;DUE TO THE INTERRUPT OCCURRING IMMEDIATELY
JAFTER THE L2D6 OR L3D6 INST WHEN RE POINTS
;TO TBADR

(TEST BUFFER),

THE FIRST 2 TO 3 WORDS OF
DONT (OMPARE

;TBADR WILL GET DESTROYED.
050316
050322

050324
050326

023701
101441

122122
001773

001754

CODES

ERIR,TRIR

MODE
1%
TOPC1,ANOP

000006
00G006

REGERR

001640
001646
002160

050234
050240
050244
050246
050254
050256
C50264
050266
050274
050276
050304
050306
050312

BIC
TST
BEQ
BIC
BIC
JSR

PAGE 90-7

JSR PC,ADJR

000014
000014
067664
003720

035744

10:59

'$:

(MP TBEND ,R1
BLOS TFORE

(MPB (R1)+,(R2)+

BEQ 1%

;FIRST 3 WORDS OF BUFFERS.
JREACH END OF BUFFER YET?

JYES
sNO - COMPARE NEXT WORD

MACY 1 27(655)
PDP=11 CIS INST EXERCISER
1-0CT=79
(ZKEEA P11
EST LOOP
CIS INSTRUCTI ON

050330

000421

050332
050336
050342
050346
050350
050354
050356

013701
013702
023701

001640
001646

020237

035746

101427

001005
063702
063701
000765

111237

005037
005737
001020
005737
001015
005737
001012
005737
001007
005037
005737
001017
000137

G 14
PAGE 90-8

SEQ 0175

BR BUFERR

001754

EZ2DB(K: MOV TBADR,R1

;CHECK BUFFER RESULTS - ZERQ DIVP (ASE

2%:

:REQCH END OF BUFFER YET?

035750
035750

122122

001763
012737
005301
005302
010137
010237
111137

10:59

002150

002174
002200
002176
002202
002056
002144

TFORE
:

TST

002002
002000
001776
014240

002234

;AT BEGINNING OF DST STRING?

JBRANCH

I+

JADJUST POINTERS TC END OF DST STRING
; COMPARE NEXT BYTE
JBUFFER ERROR - SET BUFFER ERROR fLAG

;CLEAR ERROR INDICATOR
. 1F COMPARISON HAS TURNED UP ERRORS
ENTER ERROR DISPLAY ROUTINE.

ERRREG

CISERR

TST ERRBUF

BNE CISERR
TST ERRSTK

BNE CISERR
CLR RPTFLG
TST NOERDS

JCLEAR THE REPEAT TEST FLAG
;DISPLAY EVEN THOUGH THERE WAS NO ERROR”

INC ERRCT
CLR QRYFLG
MOV #1,$MSGTY
MOV FATAL ,$SFATAL
MOV #177777 .ERRS

; INCREMENT ERROR COUNT
;ASSURE PRINTOUT ON ERROR
;SET APT MESSAGE TYPE T0O 1
;SET APT FATAL ERROR WORD
;SET ERROR INDICATOR

TST RANDOM

; IN RANDOM MODE ?

BNE NOER
JMP SWCP(

051000

013746
013746
013746
012746
010600
004737
013737
013737
013737

CLR ERRS

BNE

002266
002042

001760

BNE CISERR

002152

005737
001 3

;DON'T COMPARE ON DST STRING

(R1) ,AEDTA

MOVB (R2) ,EMDTA
TST ERRCC

002150

002054
002204
000001
002132
177777

BR 2%

MOVB

002146

005237
005037
012737
013737
012737

BLOS TFORE
CMP R2,EZDBEG
BNE 1%
ADD EZDEND,R?
ADD EZDEND,R1

CMPB (R1)+,(R2)+
BEQ 2%
BUFERR: MOV #177777 ,ERRRBUF
DEC R
DEC R¢
MOV R1,AEADR
MOV RZ,EMADR
1%:

177777

MOV EBADR,R?
CMP TBEND ,R1

CISERR:

001114
00 116
002056

NOER:

BEQ 40%

JBRANCH IF

.BRANCH IF
PRINTB #FORM36.,STRNC,STRP1,
STRP2
MOV
(SP)
=
STRP2,
MOV
STRP1,-$§P§
(SP
MOV
STRNC .#FORM36,
- (SP)
MOV

003624
003626
003630

40%:

MOV
SP,R(
JSR PC,FPRINT

MOV TTRO,TRO
MOV TTR1,TR]
MOV TTRZ,TR?2

RESTORE
;

YES

JPRINT 3 SEED CONSTANTS

TRN'S = NECESSARY

REQUESTS

THE REPEAT OF

[N CASE OPERATOR

IN-LINE

TEST

CONDITION.

POP-11 (IS
C(ZKEEA.P1 |

12373

12374
12375

12376
12377
12378
{7)
(6)
(3)

(4)
12379
12380
(6)

(4)
12381

(6)
(3)
(4)

12382
12383
12384
12385
12386
12387
12388
12389
12390
12391

12392
12393

12394
12395
12396
12397
12398
12399
12400
12401
12402
12403
12404
12405
12406
12407
12408
12409
12410
12411
12412
12413
12414
12415
12416

INST

050610
050616
050624
050632
050636
050640
050640
050644
050650
050652
050656
050660
050660
050664
050666
050672
050672
050676
050700
050704

MACYTT 27(655)
1-0CT1-79
(IS INSTRUCTION TEST LOOP

013737
013737
013737
005737
001410

002236
002240
002242
002056

013746
012746
010600
004737
000405

002C54
014322

010527

004737

065304
016427

050710
050714
050720

012746
010600
004737
004737
000137
000137
005737

050724
050726
050732

001402
000137
000137

010600

MOV “TRS.TRS
TST ERRS

PRINTB
MOV

MOV

1%:

2%:

065304
063560
041420
051000
002074

062701
163711

003624
003644
001640

050752

03273/

000100

050760
050762
050766
05077?2

001006

050776

000207

162701

062701
163711

:
3%

PRINTB

#DASH,
- (SP)
SP,RO
PC,FPRINT
PC., INSERR
RT(
SWOP(

JMP START
JMP DVTST

.EVEN

BIT #100, TINST

BNE

SUB #TRNR,R1
ADD #ERNR,R1
SUB EBADR, (R1)

1%:

RTS PC

FC14:

013701
042701
022701

047464
000097
076020

SWOP(:

DASHES

;REPEAT TEST RETURN
;NORMAL RETURN
JRESTART RETURN

;FIELC SERVICE OR DESIGN VERIF TYPE RUN?
;BRANCH IF DESIGN VERIF TYPE RUN

JRESTART FIELD SERVICE TYPE RUN
JRESTART DESIGN VERIF TYPE RUN

sSUBROUTINE TO SUBTRACT OUT BUFFER STARTING
;

SUB TBADR, {R1)

047464

JPRINT

#DASH

.SUB #TRN_R1
ADD #TRNR,R1

003644
003702
001646

051000

PRINTB #SDASH

- (SP)
#SDASH.,
MOV
MOV
SP,RO
JSR PC,FPRINT

MOV
MOV
JSR
JSR
JMP
JMP

;ERROR INDICATOR SET?
;BRANCH [F NO
JPRINT 'ERROR # XXXXxXx'

#FORM37
= (SP)

MOV
SP,RO
JSR PC,FPRINT
BR 2%

BEQ 3%

ADJR:

050736
050742
050746

#FORM37,ERRCT
ERRCT.~(SP)

TST FSRUN

050736

SEQ 0176

MOV TTR&. TR

BEQ 18

036514
036710

H 14
PAGE 90-9

MOV TTR3,TR3

003632
903634
003636

065304

012746

051000
051004
051010

10:59

EXERCISE R

ADDRESSES FROM SPECIFIED
RESULTS.

sSUBTRACT OUT TEST BUFFER STARTING ADDRESS
;
FROM TEST OPERAND
JNOTE: FOR INLINE CASE

;
:

THE

;POINT R1

TO EMULATION OPERAND RATHER THAT

TEST OPERAND.

"SUBTRACT OUT EMULATION BUFFER STARTING
. " "ADDRESS FROM EMULATION OPERAND.

;

TINST,R1

8IC #7,R1
CMP #076020,R1

EMULATION STEP WAS

SKIPPED. THEREFORE DONT 'RE' ADJUST
EMULATION OPERANDS.

JFLOW COMMAND - 14 - UPDATE
MOV

TEST AND EMULATION

FOR NEXT

TEST

CONDITION.

J1S INST - L2D OR L3D ?2?

POINTERS

PHP=11 LIS
" IKEEA, P11
12617
12418
12419
12420
12421

12622

12423
12424
12425
12426
12427
12428
12429
12430
126431
12432
12433
12434
12435
12436
12437
12438
12439
12440
12441
12442
12443
12644
12445
12446
12447
12448
12449
12450
12451
12452
12453
12454
12455
12456
12457
12458
12459
12460
12461
12462

12463

12464
12465
12466
12467
12468
12469
12470

INST EXtRCISER

051014
051016
051022
051024
051032
051034
051040
051042
051046
051050
051056

CIS

001437
022701
001434
032737
001030
005737
001027
005737
001424
032737

001020
023727
001420
023727
001533
023727
001406
000137
000137
000137
000137

MACY11

27(655)

1-0(T-79

INSTRUCTION TEST LOOP

BEQ
CMP
BEQ
BIT
BNE
TST

076060
140000

002140

001760

TST

000100

047464

002454

000001

002654

000002

JBRANCH

:140000,SPHAND

;SKIP INLINE AND ADDITIONAL DATA TYPE TESTING
JBRANCH [F YES

RANDOM

002454

000003

051734
052326

DECINS

BEQ 2%

BIT #4100, TINST
BNE 2 $
CMP IPM, A1
BEQ PACKED
CMP IPM 42

1%:

2%:
3%:

BEQ
CMP
BEQ
JMP
JMP
JMP
JMP

JONED

IPM, 43
3%

MIXDPZ
NXTTC
CFINL
MIXDZP

000001

002450

000006

002436

000007

002436

032737
001004
012737
000403
012737

000002

002450

000006

002440

000007

002440

3%:

051204
051212
051214
051222
051224

032737
001004
012737
000403

000004

002450

000006

002442

012737

000007

002442

051232
051236
051240

005737
001011
005137

002446
002450

BNE 61%
com PKPTW

051244
051250
051252
051256
051262
051266
051274
051276

005737

002450

TST PKPTW

051166
051174
051176

001002
000137

000137
005237
023727
001010
032737

000002

002450

(NO

INLINE

CASE)

JRANDOM EXERCISC MODE?

JBRANCH [F

; NOTE:

YES

IN RANDOM

EXERCISE MODE DATA TYPES ARE

SELECTED RANDOMLY FOR EACH TEST

JDECIMAL INST?
JBRANCH [F NO
JINLINE INST JUST TESTED

JBRANCH [F YES

21S

INST ZONED

,PACKED,

;BRANCH IF PACKED

CR MIXED?

;BRANCH IF ZONED
JBRANCH IF MIAED ZONED PACKED
JMIXED PACKED

ZONED

JSET STRING 1 DESC TYPE BASED ON BIT 0O
CONTENTS O+ PKPTW
;

2%:

BIT #2 ,PKPTW
BNE 3%
MOV #6,S52TYPE
BR 4%
mov #7,S2TYPE

;SET STRING 2 DESC TYPE BASED ON
BIT 1 [ONTENTS OF PKPTW
;

RIT #4 ,PKPTW
BNE 5%
MOV #6,S3TYPE

;SET STRING 3 DESC TYPE BASED

5%:

61%:

;

BIT 2 CONTENTS OF PKPTW

BR 6%

MOV #7,S3TYPE
TST MIXTYP

BNE 60%
JMP CFINL

000001

YES

BIT #1,PKPTW
BNE 1%
MOV #6,S1TYPE
BR 2%
0} #7,SVTYPE

6%:

002452

PACKED
:

052252

SEQ 0177

BNE 2%

002434

1 14
PAGE 90~10

:g76060.R1

032737
001064
012737
000403
012737
051156
051164

10:59

TYPSET
PKPTW

47
NDESC,
7$
#2 ,PKPTW

JMIX

TYPES WITHIN

INSTRUCTION?

;BRANCH [F YES
;NO-SWITCH ALL DESC FROM SIGNED

TO UNSIGNED (OR VICE VERSA)
;
JALL TYPES TESTED?
;BRANCH [F NO
LEXIT TO IN LINE TESTING

s CHANGE TO NEXT MIXED CASE
;1S THERE ONLY 1 DESC FOR THIS INST?
;BRANCH [F NO
JALL

TYPE MIXTURES

TFSTED?

CONDITICN.

1-0CT-79
MACY11 27(655)
POP=-11 CIS INST EXERCISER
CZKEEA.P11
CIS INSTRUCTION TEST LOOP

12486
12487
12488
12489
12490
12491
12492

12493
12494
12495
12496
12497
12498
12499

12500
12501

b
) ——d w—d
)
wd and
-

Nolo - NTo RV, PNV ],V

wvivauv o

d
e
)
e
el
—

rorRorPLNINDRONND

12502
12503

CMP NDESC,#?
BNE 8%
BIT #4,PKPTW
BR 62%

;ARE THERE 2 DESC.

8%:

CMP NDESC,43
8LQ 81%

023727
001004
032737
000763

002452

00000¢

000004

002450

051336
051344
051346

023727
001401
000000

002452

000003

051350
051356

032737
000137

000010
051304

051362

000137

051366
051372
051374
051402
051406
051412
051416

005737
001003
062737
005237
013701
042701
010137

051422
051426
051432
051434
051436
051440

012701
042701
006201
006201
006201
010137

002450
177707

MOV PKPTW,R1

002440

MOV R1,S2TYPE

051444
051450
051454
051456
051460
051462

013701
042701
006301
006301
000301
010137

002450
177077

MOV PKPTW,R1

002442

MOV R1,S3TYPE

051466
051472
051474
051502
051504
051510
051514
051520
051524

005737
001016
023727
001327
005037
005037
005037
005037
000137

002446

051530
051536

023727
001007

002452

HALT

FOR THIS INST?

;BRANCH IF NO
JALL TYPE MIXTURES TESTED?

JARE THERE 3 DESC FOR THIS INST?
;¥ OF DESCRIPTORS FOR INST UNDER TEST
DOES NOT MAKE SENSE.
;

81%:

BIT #10,PKPTW
JMP 623

041342

TYPSET:

JMP NT(CTS

JREPEAT

002446

JONED:

TST MIXTYP

MIX DATA TYPES WITHIN

BIC #177770.R1

JSET STRING 1 DESC TYPE FROM
BITS 0,1,2 OF PKPTW
;

000110
002450
002450
177770
002436

002450

12477
12478
12479
12480
12481
12482
12483
12684
12485

051316
051324
051326
051334

12476

SEQ 0178

JBRANCH [F NO
;CLEANUP FOR NEXT TES1 CONDITION
JEXIT TO TEST IN-LINE INST.

12475

90-11

BEQ TYPSET
CLR PKPTW
JMP CF INL

001426
005037
000137

002450
052252

J 14

PAGE

62%:

051304
051306
051312

12471
12472
12473
12474

10:59

BNE
ADD
INC
MOV

1%
#110,PKPTW
PKPTW
PKPTW,R1

MOV R1,S1TYPE

BIC #177707.R1
ASR R1
ASR R1
ASR R1

BIC #177077.,R1
ASL R1
ASL R1
SWAB R1

TST MIXTYP

BNE
CMP
BNE
CLR
CLR
CLR

00Ce66

002450
002436
002440
002442
052252

61%
PKPTW,#666
TYPSET
PKPTW
SI1TYPE
S2TYPE

CLR S3TYPE

0000017

6$1%:

TEST

CONDITION WITH A DIFFERENT

DATA TYPE.

;BRANCH [F YES

INST??

JSET STRING 2 DESC TYPE FROM
: BITS 3,4,5 OF PKPTW.

JSET STRING 3 DESC TYPE FROM
BITS 6,/,8 OF PKPTW,
;

JMIX TYPES WITHIN INST?

sBRANCH IF YES
JALL TYPES TESTED?
;sBRANCH IF NO

JMP CFINL

JEXIT TO TEST IN-LINE INST

41
(MP NDESC,

;1S THERE ONLY 1 DESC FOR THIS INST
JBRANCH [F NO

BNF

POP-11 gIS
(ZKEEA.P11
12525
12526
12527
12528
12529
12530
12531

MACY11 27(655)
1-0CT-79
INST EXERCISE R
CIS INSTRUCTION TEST LOOP
013701
042701
020127
000752

051556
051564
051566
051572
051576

002452

051630

023727
001022
013701
042701
020127
001267
062737
013701
042701
020127
001267
000725

051632
051640
051642

023727
001401
000000

002452

051644
051650
051654
051660
051662

002450
177770
000006

051730
051732

013701
042701
020127
001246
062737
013701
042701
020127
0012490
062737
013701
042701
020127
001226
000664

051734
051740
051744
051746
051754
051756
051764
051770
051774

005237
005737
001407
032737
001003
052737
013701
042701
010137

002450
002446

052000
052004
052010
052012
052014

013701
042701

002450

051670
051674
051700
051704
051706
051714
051720
051724

052016

006201
006201
006201
010137

177770

BIC #177770.R1

000006

000002

7%:

JALL

TYPES

CMP NDESC .42
BNE 8%

JARE

THERE 2 DESC FOR THIS

MOV PKPTW,R1

177770

CMP R1,46

ADD #2.PKPTW

002450

000003

MOV PKPTW.R1
BIC #177707.R1
CMP R1,4#60
BNE 11$
BR 128

8$:

81$:

002450

CMP NDESC,#3
BEQ 81%

MIXDPZ:

000006
002450

002450

177707

00244C

BNE 118
ADD #20,PKPTW
MOV PKPTW,R1
BIC #177077.R1
CMP R, 4600
BNE 11%
BR 12%

002450

002436

PKPTW,R1
#177770.R1
R1,46
TYPSET

JARE

THERE 3 DESC FOR THIS INST?

JBRANCH IF

YES

;# OF DESC FOR INST UNDER
;
NOT MAKE SENSE.

TEST

DOES

CMP R1,460

000007

177770

MOV
BIC
CMP
BNE

JALL TYPE MIXTURES TESTED?

ADD #2,PKPTW
MOV PKPTW.R1
BIC #177707.R1

000060

000020
002450
177077
000600

JBRANCH [F NO

INST?

BNE TYPSET

HALT

000002
002450
177707

TESTED?

BIC #177770,R}

00C006
002450
177707
000060

SEQ 0179

CMP R1,#6

BR 2%

002450

000002

K 14
PAGE 90-12

MOV PKPTW,R1

002450

051540
051544
051550
051554

10:59

1%:

INC
TST
BEQ
BIT
BNE
BIS
MOV

PKPTW
MIXTYP
1%
#7.PKPTW
1%
#6,PKPTW
PKPTW,R1

BIC #177770,R1
MOV R1,S1TYPE
MOV PKPTW.R1

BIC #177707.R1
ASR R1
ASR R1

ASR R1

MOV R1,S2TYPE

JALL

TYPE MIXTURES

TESTED?

JMIX

TYPES WITHIN INST?

JBRANCH IF NG
JYES - IF

PACK DATA TYPE O,(HANGE

JSET STRING 1 DESC TYPE FROM
;

BITS 0,1,2 OF PKPTW

;SET STRING 2 DESC TYPE FROM

BITS 3,4.,5 OF PKPTW

TO 6.

POP=11 CIS
CZKEEA.P1T
12579
12580
12581
12582
12583
12584
12585
12586
12587
12588
12589
12590
12591

12592
12593
12594
12595
12596
12597
12598
12599
12600
12601
12602
12603
12604
12605
12606
12607

12608

12609
12610
12611
12612
12613
12614
12615
12616
12617
12618
12619
12620

MACY11 27(655)

1-0CT=79

002450

000010

000006
000006
002440
052252

002450
002436

TST
BNE
CMP
BNE
MoV

002450

000066

INST EXERCISER
CIS

052022
052026
052030
052036
052040
052046
052054
052060

005737
001016
023727
001016
012737
012737
005037
000137

052064
052072
052074

023727
000761
000137

052100

005237
005737
001412
013701
042701

052104
052110
052112
052116
052122
052126
052130
052136
052142
052146

010137

INSTRUCTICN TEST LOOP

002446
60%:

61%:

051362

62%:

002450
002446

MIXDZP:

MIXTYP

61%
PKPTW,#10

62%

#0¢,PKPTwW
MOV #6,S1TYPE
CLR S2TYPE
JMP CFINL

INC PKPTW
TST MIXTYP

R1,#6
13
#2,PKPTW
PKPTW,R1

#177770.R1

052152
052156
052162
052164
052166
052170
052174
052200
052202
052210
052212
052220
052224
052232

013701
042701
006201
006201
006201
010137
005737
001016
023727
001016
012737
005037
012737
000137

002450

177707

PKPTW,
R1
#177707
,R1

002440
002446

R1,S2TYPE
MIXTYP

052236
052244
052246

022737
000761
000137

000100

052252

032737
001022
005737
001407
004737
042700
020027
001010
052737

000100

000066

000060
002436
000006
052252

002450

618

60%:

002440
002450

61%:

62%:

051362
047464

CFINL:

001760

063464
177770
000003
000100

JMIX

1%:

YES

JALL TYPES TESTED?
JBRANCH IF NO

JINITIALIZE S1TYPE & S2TYPE FOR NEXT TEST CONDITION
JEXIT

TO TEST

IN<LINE

INST

JMIX TYPES WITHIN INST??
JBRANCH [F NO
JYES - IF ZONED DATA TYPE-6,(HANGE

TO O.

BITS 0,1.2 OF PKPTW

JSET STRING 2 DESC TYPE FROM
BITS 3,4.,5 OF PKPTW

JMIX

TYPES WITHIN

INST?

JBRANCH IF YES
JALL TYPES TESTED?

#60 ,PKPTW
S1TYPE
#6,52TYPE
CFINL

JEXIT TO TEST IN~LINE

62%

JSET STRING 1 DESC TYPE fROM

PKPTW,#66

BRANCH [F NO

INST

CMP #100,PKPTW

BR 60%

JMP TYPSET

BIT #100, TINST
BNE NXTTC
TST RANDOM
BEQ 1%
JSR PC,RN

#177770.R0

0467464

TYPES WITHIN INST?

JBRANCH IF

R1,S1TYPE

002450

SEQ 0180

JMP TYPSET

#177770,R1

0024590

L 14

PAGE 90-13

CMP PKPTW,#66
BR 60%

BEQ 1%
PKPTW.R1

002450
177770
000006
000002
002450
177770
002436

10:59

RO,#3
NXTTC
#100, TINST

JINST TYPE (REG OR IN-LINE)?
JBRANCH IF IN-LINE TYPE
;RANDOM EXERC]ISE MODE?

JBRANCH IF NO
;GET A RANDOM #

;LOOK AT 3 LEAST SIGN BITS
:1F

THEY ARE = TO 3 (ARBITRARY CONSTANT)

THEN DO IN-_LINE

;SWITCH REG OP-CODE AT TINST TO IN-LINE OP-CODE.

PDP=-11 (IS INST EXERCISER
MACY11 27(655)
1-0CT-79
CZKEEA.P11
CIS INSTRUCTION TEST LOOP
12633
1263
12635

12636
12637
12638

12639
12640
12641

12642
12643
12644
12645

12646

12647
12648
12649
12650

052314
052322
052326

052334
052342
052346

052350
052354
052362

052737
000137
042737

042737
005737
001402

000100
041064
000100

000100
041572

000137
013737
063737

052646
001656
001656

052400
052404

013701
063701

002134
002126

052414
052416
052420

005711
001464
017137

052370
052374
052410

013703
062703

062701

002126
001566

002132

047464
002132

NXTTC:

002126
002126

1%:

UPTP:

10:59

BIS #100,FATAL
JMn NTC
BIC #100,TINST

BIC #100,FATAL
TST MTYPE
BEQ 1%
JMP RENITE
MOV IPNU,VIP
ADD IPNU.VIP

MOV VIP,R3
ADD #PTP,R3

MOV INPTP,R1
ADD VIP.RT

000002

ADD #2,R1

000000

002130

002130
002130

12656

052452

017102

000000

MOV a(R1) ,R2

052456

042702

052470
052470
052476
052502
052506
052510
052512
052516

017137
000337
113704
006304
005002
000337
042737

000000
002130
002130

12672
12673
12674
12675
12676
12677
12678
12679
12680
12681

052524
052530
052534

005337
005737
001402

002130
002130

052536
052540

060402
000771

052542
052542
052544

061102
062702

052552
052554

12682

12683
12684
12685

12686

052550

BEQ TNXP

037777

12662
12663
12664
12665
12666
12667
12668
12669
12670
12671

005702
001401
000647

BIC #037777.R2
TST R2
BEQ FLE
BR VLE

FLE:

002130
177400

002130

MOV @(R1),PTWI
SWAB PTW1
MOVB PTW1,R4
ASL Ré
CLR R2
SWAB PTW1
BIC #177400.PTwW1

002130
1%:

DEC PTW1
TST PTWI
BEQ GPTESZ
ADD R&4,R2
BR 1%

GPTESZ:

;R3 POINTS TO PARAMETER TABLE POINTER

*STRIP OFF TYPE AND ENTRY SIZE
‘# OF ENTRIES = 12
SYES - NO UPDATING. TRY NEXT PARAMETER
‘4 OF ENTRIES = 0?

002130

052462
052464
052466

;SETUP A POINTER TO LAST PARAMETER IN
:
INPUT TABLE ENTRY.

CONTAINS TYPE,SIZE, AND # OF ENTRIES

BIC #177400,PTW1
CMPB #1.PTW]
BEQ TNXF
TST PTWI

12657

;CLR IN=LINE FIELD IN FATAL ERROR INDICATOR
“IF TYPE = O THEN READY FOR NEXT INPUT TABLF ENTRY
*BRANCH IF TYPE NOT = 0

;PTW1

177400
000001

12658
12659
1522?

JSET IN=LINE FIELD IN FATAL ERROR INDICATOR WORD
*REPEAT TEST CONDITION WITH IN-LINE OPCODE.

POINTS TO 1ST ENTRY IN PARAMTERE TABLE

042737
122737
001452
005737
001447

SEQ 0181

;(R1)

052426
052434
052442
052444

052450

PAGE 90-14

TST (R1)
BEQ TNXP
MOV a(R1) ,PTWI]

12651
12652
12653
12654
12655

M 14

IN PARAMETER TABLE

:YES = NO UPDATING.

TRY NEXT PARAMETER

;PARAMETER TABLE CONTAINS MORE THAN 1 ENTRY.

SLOOK AT ENTRY TYPE

;FIXED LENGTH ENTRIES
*VARIABLE LENGTH ENTRIES

;PARAMETER TABLE CONTAINS FIXED
:
LENGTH ENTRIES.
JLOAD R4 WITH ENTRY SIZE IN WORDS
*CONVERT SIZE IN WORDS TO BYTES
:PTW1
.

CONTAINS # OF

PARAMETER TABLE.

ENTRIES IN

“CALCULATE SIZE OF PARAMETER TABLE
* SIZE = ENTRY SIZE X # OF ENTRIES
SCALCULATION COMPLETE ~ R2 ~ONTAINS SIZE
:
OF PARAMETER TABLE (MINUS 1 ENTRY)

ADD (R1).R2
ADD #2 R2

-UPDATE R2 TO CONTAIN ADDRESS OF
*
LAST ENTRY IN PARAMETER TABLE

001403

BEQ RESPTP

060413

ADD R4, R3)

:CURRENT PTP POINTS TO LAST ENTRY IN
©
PARAMETER TABLE.
RESET TO 1ST ENTRY
JSTILL MORE ENTRIES TO TRY [N PARAMETER

021302

000002

C(MP (R3).R2

;

TABLE.

UPDATE

PTP TO NEXT ENTRY,

POP=11 (IS INST EXERCISER
(ZKEEA.P11
CIS
12687
12688
12689
12690
12691
12692

12693
12694
12695
12696
12697
12698

12699
12700
12701
12702

12703
12704
12705
12706
12707
12708
12709
12710
12711
12712
12713
12714
12715

1-0CT-79
MACY11 27(655)
INSTRUCTION TEST LOOP

052556

000137

052562
052562
052564
052570

011113
062713
162737

000002

005737

002126

052576
052602
052604

052606
052606
052612
052614
052616

052620
052622
052624
052626
052630
052632
052634
052636
052640
052642

001421

JMP NTC

041064
RESPTP:

000002

002126

TNXP:

005304

ADD #2,(R3)
SuB #2,VIP

BEQ RFNITE

BR UPTP
002130

011102

005722
001376
005304
001374
021302
001754
011304
005724
001376
010413
000137

MOV (R1),(R%)

TST VIP

000671
113704

10:59

VLE:

1%:

2%:

041064

MOVB PTW1,R4
DEC R4
MOV (R1) ,R2
TST (R2)+

1$
R4
18
(R3) ,R2
BEQ RESPTP
MOV (R3) ,Ré

BNE
DEC
BNE
(MP
TST

(R4)+

BNE 2%
MOV R4, (R3)
JMP NTC

N 14
PAGE 90-15

SEQ 0182

;TRY NEXT

TEST

CONDITON FOR SAME

JRESET PTP BACK TO 1ST ENTRY

(IS

INST.

[N TABLE

;BACKUP TO NEXT PARAMETER TABLE POINTER
AND UPDATE

IT.

JALL TEST CONDITIONS ASSOCIATED WITH CURRENT
INPUT TABLE ENTRY EXERCISED.

JPARAMETER

TABLE

CONTAINS VARIJABLE LENGTH ENTRIES

JRG CONTAINS # OF ENTRIES IN PARAMETER TABLE
;DETERMINE ADDRESS OF LAST ENTRY [N PARAMETER TABLE

;R2 POINTS TO 1ST WORD IN PARAMETER TABLE

. SE ARCH FOR 0 WORDS
AT LAST ENTRY
sNO

YET?

JYES = IS CURRENT PTP POINTING TO LAST ENTRY?
:YE S - RESET PTP TO 1ST ENTRY

JNO = UPDATE PTP TO NEXT ENTRY.

;JTRY NEXT TEST CONDITION FOR
TABLE ENTRY.

SAME

INPUT

POP=11

(1S INST EXER(SER

“IKEEA.P1

12717
12718

052646
052¢46

12720
12721
12722
12723
12726

12728
12729

12719

12725
12726
12727

(IS

INSTRUCTION “FST {OOP

000137
013701
063237
063737
062737

040446
002134
001656
001656
000004

052712
052714

100764
0Q0S777

127214

BM] 3%
TST QINPTP

05737

002206

TST QVMODE

052652

052706

001402

005777

12737
12738

052726
052730

001406
013700

052722

052734

052742

(33760

001750

127222

002134

002212

12762

052744

021177

127164

127644
12745

052752
052756

005737
001023

002464

12743

12746
12747
12748

052750

052760
052764
052766

12749
12750
12751

052772
052774
0S3000

12755
12757
12759
12761
12762
12763
12764
12765
12766
12767
12768
12769
12770
12772
12773
12778
12780
12785
12786
12787
12788
12789

053012
053016
053022
053026
053026
053032
053036
053042
053046
053052
053054
053056
053060
053062
053064
053066
053072
053074
053076
053100
053102
053104

1%;22

RFN;TE:

052654
052660
052664
052672
052700

001440

12741

1=0(CT=79

001760

052720

}ggzg

272(655,

005737

12731

12736

MACYT

053004

001422

005737
001014
017701

006301
062701
011137

002136
002'34
0021%

2.
3%

000007

004737
000137
000137

063370
(40446
110722

005037
005037
005237
005037
005737
001403
104400
015611
0004C2
104400
015521
013700
001407
000005
004710
000240
000240
000240

001420
001416
001122
001120
002206

NITE
[NPTP
R
[PNU, INPTP
IPNU, INPTP
#4,INPTP

BEG S$

BEQ 4%
MOV INPTP RO

000002

BIT PTQV,2(R0O)
A ¥

BEQ 3%

(MP (R1),aINPTP

BEQ 1%

TST ONEINS
BNE DONE
TST
BNE
MOV
ASL
ADD
MOV

047464

PROGD
1%
aINPTP
R1

R1
#INEM,R1
(R1) ,EMPTR

BIC #7,TINST
1%:
5%:
DONE
:

1%:

000042

JMP
MOV
ADD
ADD
ADD

TST QINPTP

127142

042737

TST RANDOM

BEQ 2%

002044

067730
002142

10:59

2%:
ENDAD:

JSR PC,IDINST
JMP NITE
JMP PROBAH
CLR TOTTC
CLR TOTTCH
INC S$PASS
CLR STESTN
TST QVMODE
BEQ 1%
TYPE
ENDQP
BR 2%
TYPE
ENDP
MOV a#4?2,R0
BEQ HERE
RESET
JSR PC, (R0O)
NOP
NOP
NOP

B8 15

PAGE

SEQ 0183
;READY FOR NEXT INPUT TABLE
;RANDOM EXERCISE MODE?

ENTRY.

;BRANCH [F NO

;SAVE [NPUT TABLE POINTER

JUPDATE INPTP TO ST WORD OF NEXT ENTRY.
JNOTE: TO ELIMINATE AN INPUT TABLE FROM
; A TEST RUN SET THE FIRST WORD IN THE

INPUT TABLE TO 177777

JIF MINUS SKIP THIS TABLE
.GO ON TO PROBEAHEAD ABORT TESTS
JRUNNING [N Qv MODE?
;BRANCH [F NO
:LOOK AT EMNTRY TYPE WORD

.IS Qv MODE BIT ASSOCIATED WITH PROCESSOR
;
TYPE UNDER TEST SET IN ENTRY TYPE WORD®
JBRANCH IF NO (SKIP TABLE)
SNEXT INST FOR TESTING - CURRENT INST?
JBRANCH IF YES
JSINGLE INSTRUCTION "ESTING?
;BRANCH IF YES

;PROGRESS

DISPLAY?

;BRANCH IF NO
;SETUP PTR TO PROPER MESSAGE HEADER

;CLEAR REGISTER FIELD OF L3D INST OP CODE
(FOR PROGRESS DISPLAY ONLY)
;
JIDENTIFY NEXT INSTRUCTION TO BE TESTED

; INCREMENT PASS COUNTER [N APT MA]LBOX
J1F

IN Qv MODE

;TYPE

NORMAL

TYPE END OF Qv PASS

END OF

PASS

INDICATOR

POP=11 (IS
CZKEEA. P11

1-0(T-79
MACYTT 27(655)
CIS INSTRUCTION TEST LOOP

INST EXERCISER

12795
12797

12799

000137

036514

005737

00207¢

001445
005737
00141

12800

12801

12802
12803

005737

001404
005037
000137
000137
104400

:
HERE

10:59

C 15

PAGE

91-1

SEQ 0184

JMP START

002206

TST FSRUN
BEQ NFS
TST QVMODE

JNORMAL FIELD SERVICE RUN?
;BRANCH IF NO

001750

TST

;PROG STARTED AT LOC 200?
;BRANCH IF NO

8EQ

002206
037054
036522

016157

JRUNNING IN Qv MODE

JBRANCH [F NO

JPRINT

104400

ENTERING RANDOM MODE

HEADER

016213

104400

016274

104400

053232

016360
012737
012737
012737
012737
013737
000137
000137

036710

053236
053236

000137

042010

001660
001662
001760
072076
002134

#1,INCSQ1
#2,INCSQ2

#177777 ,RANDOM

#IDUM, INPTBL

NFS:

INPTBL, INPTP
NITE
JMP DVTST

FCOO:
FCRTN

JINITIALIZE BUFFER INITIALIZATION CONSTANTS
;SET RANDOM MODE FLAG
JPOINT TO DUMMY [INPUT TABLE

JFLOW COMMAND - OO0 -IGNORE FNTRY.

;SUBROUTINES TO EXTRACT VARIOUS DATA FIELDS FROM FLOW TABLE ENTRY.
053242

053242
053246
053252

053254
053260
053266
053272

;LOAD PTPTR WITH CONTANTS OF PTP

PF1:

SPECIFIED

017701
032701
001405
042701
012737
042701
006301
006301

126474

MOV aF LOPTR,R1

004000

004000
177777

170077

053312

062701
011137
000207

001566
002136

053314
053314
053320
053324

017701
042701
006301

126422
177700

002472

1%:

BIT
BEQ
BIC
MOV
BIC

1204000.R1

#004006C
,R1
#177777 ,SAVSRF
#170077
,R1
ASL R1
ASL R1
SWAB R1
ASL R1
ADD #PTP R

MOV

(R1) ,PTPTR

RTS PC

PFC:

R
MOV af LOPTR
BIC #}77700,R1
5L R

IN THE PF1

FIELD OF

FLOW

TABLE ENTRY.
;
;JFLOPTR POINTS TO FLOW TABLE ENTRY
;SAVE STRING INSERTED FOR POSSIBLE ERROR PRINTOUT?

JYES
sSET SAVE STRING FLAG
;STRIP OFF

ALL BUT DESIRED FIELD

JADJUST DESIRED FIELD TO BIT 0
JADD #

IN FIELD

TO TOP OF

PTP TABLE

;SAVE CONTENTS OF DESIRED PTP [N PTPTR

;SAME AS PF1

SUBROUTINE EXCEPT FOR FIELD.

POP=11

CIS

12852
12853
12854
12855
12856
12857
12858
12859
12860
12861
12862
12863

053326
053332
053356

CZKEEA. P11

INST EXERCISE R
CIS

062701
011137
000207

MACYTT 27(655)
1-0CT=79
INSTRUCTION TEST LOOP

001566
002136

053340

053340
053344
053350

004737
062701
000207

053372
053372
053376
053402

004737
062701
000207

053404
003624

126332
177077

053422
053424

017701
042701
006301
006301
000301
006301
000207

053426
053426
053432
053436

004737
062701
000207

053440
003624

017701

126276
177707

053440
053440
053444
053450
053452
053454

SEQ 0185

;LOAD R1 WITH ADDRESS OF TEST

JSR PC,RF1X

ADD #TRN,R1
RTS PC

RF1X:

R
MOV afF LOPTR
81C 4170777 ,R1
ASR R1
SWAB R1

ASL

OPERAND SPECIFIED.
.
GET FIELD ONE CONTENTS
;ADD

IN ADDRESS OF

TEST OPERAND

TABLE

JGET FIELD ONE CONTENTS FROM FLOW TABLE ENTRY
;FLOPTR POINTS TO FLOW TABLE ENTRY
;STRIP OFF ALL BUT DESIRED FIELD
JRIGHT ADJUST

FIELD

RTS PC

RF2:

JSR PC ,RF2X

;SAME AS RF1

SUBROUTINE EXCEPT FOR FIELD.

ADD #TRN,R1
RTS PC

RF2X:

R1
MOV af LOPTR
,R1
BIC #177077
ASL R1
ASL R1

JSAME

AS RFZX SUBROUTINE EXCEPT FGR FIELD.

SWAB R1

ASL R1
RTS PC

RF3:

RF 3X:

JSR PC ,RF 3X
ADD #TRN,R1
RTS PC
MOV
8IC
ASR
ASR

af LOPTR,R]
#177707
.R1
R1
R1

;SAME AS RF1

SUBROUTINE EXCEPT FOR FIELD

;SAME AS RF1X SUBROUTINE EXCEPT FOR FIELD

RTS PC

053456
053456
053462

053470
003624

053466

053470
053470
053474
053500
053502

126364
170777

91-2

RTS PC

053352
003624

017701
042701
006201
000301
006301
000207

D 15

PAGE

ADD #PTP,R1
MOV (R1) ,PTPIR
RF1:

053352
053352
053356
053362
053364
053366
053370

053404
053404
053410
053414
053416
053420

10:59

017701
042701
006301
000207

RF&:

RF&X:

JSR PC ,RF&X
ADD #TRN,R1
RTS PC

MOV af LOPTR,R1
8IC #177770,R1
ASL R1
RTS PC

;SAME AS RF? SUBROUTINE EXCEPT FOR FIELD

JSAME AS RF1X SUBROUTINE EXCEPT FOR FIELD

1-0CT-79
MACY11 27(655)
POP=-11 (] ? INST EXERCISER
CZKEEA.P1
CIS INSTRUCTION TEST LOOP

12906

12907
12908
12909
12910
12911
12912
12913
12914
12915
12916
12917
12918
12919
12920
12921
12922
12923
12924
12925
12926

12927
12928
12929
12930
12931
12932
12933
12934
12935
12936
12937
12938
12939
12940
12941
12942

053504
053504
053510
053516
053520
053524
053526
053534
053536
053542
053544
053552
053554
053560
053562
053570
053572
053576
053600
053602

002226
000001

INC NXFLD
(MP 1 NXFLD

002226

BNE 18

053352
000002

JSR PC,RF1X

002226

1%:

053404
000003

002226

2%:

002226

3%:

053440

000004
000401
005001
000207

05347C
9%:
10%:

BR 10%
CMP #2 NXFLD
BNE 2%
JSR PC,RF2X
BR 10%
CMP #3,NXFLD
BNE 3%
JSR PC,RF3X
BR 108

CMP 44 NXFLD
BNE 9%
JSR PC,RF&X
BR 10$
CLR R1
RTS PC

022737
001003
004737
000427
022737
001003
004737
000420
022737
001003

002226

000001

INC NXFLD

002226

CMP #1 NXFLD
BNE 18

053340
00000

JSR PC,RF1

002226

1%:

053372
000003

002226

2%:

053426
000004

002226

3%:

053456
012701
000207

003624

BR 10%
CMP #2 NXFLD
BNE 2%
JSR PC,RF2
BR 10$
CMP #3 NXFLD
BNE 3$
JSR PC,RF3
BR 10%
CMP #4 NXFLD
BNE 9%
JSR P(C,RF4

9%:
10%:

BR 10$

MOV #TRN,R?
RTS PC

FC15:

; TABLE ENTRY FIELD POINTED TO BY THE
; CONTENTS OF NXFLD+1.

;FIELD REQUESTED = 1?
;BRANCH IF NO
;EEITCONTENTS OF FIELD ONE.

;FIELD REQUESTED=?2?
JBRANCH IF NO

:GET CONTENTS OF FIELD 2
JEXIT
JFIELD REQUESTED = 37
JBRANCH IF NO
;GET CONTENTS OF FIELD 3
JEXIT
JFIELD RFQUESTED = 42
JBRANCH [F NO

:gE}TCONTENTS OF FIELD 4

JEX

JFIELD REQUESTED INVALID -~ RETURN O.

; CONTENTS OF NXFLD+1.
JFIELD REQUESTED = 1?

JBRANCH IF NO
;EE}TCONTENTS OF FIELD ONE PLUS TRN OFFSET.
JEX

JFIELD REQUESTED=2?
;BRANCH [F NO

;EE}TCONTENTS OF FIELD 2 PLUS TRN OFFSET.
JEX

;FIELD REQUESTED = 37
JBRANCH IF NO

:gE}TCONTENTS OF FIELD 3 PLUS TRN OFFSET.
JEX

JFIELD REQUESTED = 4

;BRANCH IF NO
JGET CONTENTS OF FLELD & PLUS TRN OFFSET.
JEXIT
JFIELD REQUESTED INVALID - RETURN #TRN.

JFLOW COMMAND - 15 ~ SETUP SPECIAL HANDL ING WORD
BIT O - 1 MEANS SKIP 04 FLOW COMMANDS
;
.
BIT1
1 MEANS 07 F.OW COMMAND IGNORE BIT 15
;

053706

004737

053242

SEQ 0186

;SUBROUTINE TO RETURN CONTENTS OF FLOW
; TABLE ENTRY FIELD PLUS TEST OPERAND TABLE
; OFFSET POINTED TO BY THE

RFN:

005237

E 15

PAGE 91-3

;SUBROUTINE TO RETURN CONTENTS OF FLOW

RFNX:

053604

12943

10:59

JSR P(C,PF1

;

BIT 2

STRING LENGTH

1 MEANS DON'T CHECX BUFFER RESULTS

;FORM PARAMETER

TABLE

POINTER

TO SPECIAL

HANDL ING REQUES

POP=11 C1S INST EXERCISER
MACYTT 27(655)
“=0CT=79
(ZKEEA.P1
CIS INSTRUCTION TEST LOOP
g0
12961

053772
053720

Gi7737
000137

126220
042010

00214C

10:59

MOV aPTPTR, SPHAND
JMP F(RTN

F 15
PAGE 91-4
;COPY SPECIAL

SEQ 0187
HANDL ING REQUEST

[NTO SPECIAL

HANDL ING WOK

1-0C7=79
10:59
POP=11 (IS INST EXERCISER
MACY11 27(6595)
CZKEEA.P"1
SETUP MACHINE DEPENDENT CONSTANTS
12964
12965
12966
12967
12968
12969
12970
12971
1297¢
12973
12974
12975
12976
12977
12978
12979
12980
12981
12982
12983
12984
12985
12986
12987
12988
12989
12990
12991

el w—d

) e

COOOOOO0O

NOWNE W~ O

s]
e
e
e

PAGE 91-°

SEQ (188

SETUP MACHINE DEPENDENT CONSTANTS

:SIZE FOR PROCESSOR TYPE = SETUP MACHINE DEPENDENT CCNSTANTS BASED UPON RESULT.
053724
053724

012737

054154

053732
053736
053740
053744

000012

053746

005037
000007
123700
001020
012737

053754
053762
053770

012737
012737
012737

053776

012737

000010

SIZEPT:

CLR Q#RESVEC+2

MFPT

(MPB EL764,RO
BNE 1%

001706
177777

002156

000003

002164
002060
002212

177777
000002

000003

MOv #3%,a#RESVE(

MOV #177777 ,MMFLC

MOV #3 NMODES
MOV #177777,TWOSET
MOV #2,PTQV

MOV #3,LTCDLY

003032

JSETUP RESERVED INST TRAP VE(TOR
. IN CASE MACHINE UNDLR TEST DOES NOT HAVE MFPT

;IS THIS AN 11/74?
JBRANCH IF NOT AN 11/74

JSET MEM MANAGEMENT FLAG SIGNALING THAT SYS

; UNDER TEST HAS 11/70 TYPE MEM MGMT

;PROC UNDER TEST HAS 3 MODES (K,S,U)
;PROCESSOR UNDER TEST HAS 2 REGISTER SETS

;I%wUT TABLE ENTRY TYPE WORD BIT 1

;

054004
054006
054012
054014
054022
054030
054034

054154
054156
054160
054166
054172
054176

000543

123700

001017
012737
012737
005037
012737

012737
000521
005037
012737

012737
012737
012737
012737

012737
012737
012737
012737
012737
000726

005726
005726
012737
005737
005737
C12737

001710
177777

1%:

002156
002164

000003
002060
000002

002212

000013

003032

002156
000240
000240
000240
000240
000406

000002

060110
060112
060134
060136
062044
056566
056570
056446
056450

11%:

2%:

;
.

ROUTINES - COUNT IS A MEASURE OF
TIME REMAINING BEFORE INTERRUPT FROM

;

INSTRUCTION UNDER TEST.

000004

177640
054234

000004

LTC WHEN STARTING EXECUTION OF

(IS

BR 4%
(MPB EL44,RO
BNE 2%

;IS THIS AN 11/44?

CLR TWOSET

;PROC UNDER TEST HAS 3 MODES
;INITIALIZE FOR SINGLE REGISTER SET
; INPUT TABLE ENTRY TYPE WORD BIT 2

MOV #177777 ,MMFLG
MOV #3 NMODES
MOV #2,PTQV
MOV #13,LTCDLY
BR 4%

CLR
MOV
MOV
MOV

MMFI
G
#NOP,PCIS2
#NOP,PC]S2+2
ANOP,PCIS1

JBRANCH IF NO
;SET MEM MGMT FLAG

; IDENTIFIES TABLE RUN IN Qv MODE FOR 11/44
JINITIALIZE COUNTER USED FOR LTC

;OVERWRITE ACCESS TO MEM MGMT RFGISTERS

MOV #NOP,ILLSER

MOV #NOP, ILLSER+?
MOV ANOP,HLTSER
MOV #NOP,HLTSER+?
MOV #2,NMODES
BR 1%

3%
172340

(1=RUN,0=SKIP)

MOV #NOP PCIS1+2
MOV #406,LTCIS

002164

054226

IDENTIFIES TABLE RUN IN Qv MODE FOR 13/74

JINITIALIZE COUNTER USED BY LINE TIME CLOCK
;

054042
054050
054052
054056
054064
054072
054100
054106
054114
054722
054130
054136
054144
054152
AN N WNWIWNINWN
N

.SBTTL

G 15

IST (SP)+
TST (SP)+
MOV #33$,a#ERRVE(
TST a#KIFARQ
TST a#UIPAROD

MOV #34%,a#ERRVE(

JMACHINE

;
;

TYPE

UNKNOWN - DEFUAULT

TO SINGLE

REG SET _NO MEM MGMT, 2 PROC MODES
AND A LTC DELAY OF 13

; (NEW MACHINES MAY REQUIRE
JEIX UP STACK

;IS THIS AN 11/34?

;IF SO NO TRAP HERE
;IF SO NO TRAP HERE

(K & u)

CHANGES HERE)

MACYT1 27(655)
1=0CT=79
10:59
POP=-11 CIS INST EXERCISER
P
S ETUP MACHINE DEPENDENT (CONSTANTS
(ZKEEA.P1T
13018

13019
13020
13021
13022
13023
13024
13025
13026
13027
13028
13029
13030
13031
13032
13033
13034

13035
13036
13037
13038
13039
13040
13041

054204

054210
056212
054220
054224
054226
054230
054232
056234
054236
054240
054242
054244

054246
054250
054252
054260
054266
054272
054300
054306
054314
054322
054330

005737
000720
012737
005737
000712
005726
005726
000707
005726
005726
000764

172240

054242

172360

000004

5%:

33¢:
348

35%:

005726
005726
104400

016625
012737
012737
005037
012737
012737
012737
012737
012737
000207

H TS

PAGE 91-6

TST @#SIPARO
BR 2%

MOV #35%,a#ERRVE(
TST a#KDPARD

BR 2%

177777

002060
000002
177777
000013
056566
056446

SO,

TRAP HERE

SFIX UP STA(K

TST
TST

(SP)+
(SP)+

JFIX UP STACK

TST
TST

(SP)+
(SP)+

SFIX UP STACK

BR 2%

BR 5%

MOV #177777 .MMFLG

;JTYPE ""11/34

TYPE MEMORY MANAGEMENT ON SYS UNDER

;PROC

11736

T1YPC

JRESTORE
JRESTORE

RESERVED INST TRAP CATCHER
HAIT SERVICE TRAP (AT(HER

CLR TWOSET
MOV #2.PTQV

002212

002154

003032
000010
000004

;IF

(SP)+
(SP)+

MPT 34
MOV #2 ,NMODE
S

002164
002156

;IF SO, TRAP HERE

TST
TST

TYPE

000002

SEQ 0189

4%:

MOV #177777.PT34
MOV #13,LTCDLY

MOV #ILLSER,¥RESVF(
MOV #HLTSER.R#ERRVE(
RTS

TEST®’

10:59

1-0CT-79
MACY11 27(655)
POP=11 (IS INST EXERCISER
(ZKEEA.P1
REGISTER SET SELECTION ROUTINES
13043
13044
13045
13046
13047
13048
13049
13050
13051

.SBTTL

JTEST #

054340

13073
13074

13075
13076
13077
13078
13079
13080
13081
13082
13083
13084
13085
13086
13087
13088
13089
13090
13091
13092
13093
13094
13095
13096

(TOTTC),

AND LOAD REGISTER SET WHICH WAS NOT

JSELECTED WITH A FIXED PATTERN <NOTREG>.

13055
13056
13057
13060
13061
13062
13063
13064
13065
13066
13067
13068
13069
13070
13071
13072

JSELECT REGISTER SET TO BE USED BASED ON LEAST SIGNIFICANI BIT OF

054332
054332

13058
13059

SEQ 0190

:1F PROCESSOR UNDER TEST HAS 2 REGISTER SETS

13052
13053

13054

115
PAGE 91-7

054336

005737
061506
032737

000001

054356

001041
052777
042737

054364
054370
054374
054400
054404
054410
054414
054422
054430
054436
054444
054450
054452
054460

013700
013701
013702
013703
013704
013705
042777
042777
042777
042737
005037
000441
042777
052737

001704
001704
001704
001704
001704
001704
004000
004000
004000
004000

054466

013700
013701
013702
013703
013704
013705
052777
052777
052777
052737
012737

001704
001704
001704
00170+
001704
001704
004000
004000
004000
004000
000001

054346
054350

054472
054476
054502

054506
054512
054516
054524
054532
054540
054546
054554

000207

SELREG:

002060

004000
007000

002052

004000
001000

TST TWOSET

;DOES MACHINE UNDER TEST HAVE 2 REG SFTS?

BIT #1,T07T7C

;PROCESSOR IS AN 11/74 - HAS 2 REG SETS,;USE
LEAST SIGNIF. BIT OF TEST COUNT TO LOAD
;

BEQ 1%

001420

125306
002132

BNE 2%
BIS #4000,TPSW
BIC #1000,FATAL

125242
126062
126362
000006

MOV
MOV
MOV
MOV
MOV
MOV
BIC
BIC
BI1C
BIC

NOTREG,RO
NOTREG,R1
NOTREG,R?2
NOTREG,R3
NOTREG,R4
NOTREG,RS
#4000,aTPSW
#4000,aPCLK1F
#4000,aLTCIP
#4000,a46

MOV
MOV
MOV
MOV
MOV
MOV
BIS
BIS
BIS
BIS
29!

NOTREG,RO
NOTREG,R1
NOTREG.R?2
NOTREG,R3
NOTREG,R4
NOTREG,.RS
#4000,aTPSW
#4000,aPCLK1P
#4000,aLTCIP
#4000,a46
gg.REGSET

125204
002132

125140
125760
126260
000006
002052

°2%:

JBRANCH [F NO
;

PSWBIT

(REG SET BIT).

;BRANCH TO USE REGISTER SET 1.
;JCIS INST WILL BE TESTED USING GPR SET O.
;INDICATE GPR SET O IN FATAl ERROR WORD

;LOAD SET 1 WITH PATTERN IN NOTREG.

:SET REGISTER SET TO O
;ASSURE CORRECT REGISTER USAGE ON INTERRUPT
.

(LR REGSET

;SET REG SET INDICATOR 1O O

BIC #4000,aTPSW
BI1S #1000,FATAL

;C1S INST WILL BE TESTED USING GPR SET 1.
JINDICATE GPR SET 1 IN FATAL ERROR WORD

;BRANCH TO RETURN

:L0AD SET O WITH PATTERN IN NOTREG.

JSET REGISTER SET 10 1
;ASSURE CORRECT REGISTER USAGE ON INTERRUPT
;SET REG SFTM

INDICATOR TO 1

SROUTINE TO VERIFY THAT REGISTER SET WHICH WAS NOT SELECTED

; (PROVIDED PROCESSOR UNDER TEST HAS 2) DID NOT GET CHANGED, AND

JSWITCH TO REGISTER SET O.
05455¢

(KUREG:

POP=11 (IS
(ZKEEA.P1

054556
054562
054564
054570
054572
054600
054604
054606
054612
054614
054620
056622
054626
054630
054634
054636
054642
054644
054646
054654
054656
054664
054666

leleloleololololole)
PGS
v gy g e

054666
054672
054674
054700

005737
001435
005737
001426
042777
020037
001030
020137
001025
020237
001022
020337
001017
020437
001014

020537

001011
000404
052777
000751
042777
000207
012746

154722
054724
054730
054730
054732
054734
054736
054740
054742
054744

054762

054764

000734

054766
054766
054772
05477¢

055002
055006

002052

004000
001704

125064

3%:

001704

BIC
C(MP
BNE
CMP

10:59

TWOSET
1§
REGSET
2%

#4000,aTPSwW
RO ,NOTREG
4$
R1,NOTREG

001704

TEST

HAVE

TWC REGISTER

SETS?

;DETERMINE WHICH REG SCT WAS IN USE
;BRANCH IF REG SET O WAS USED
JVERIFY CONTENTS OF REG SET O

RS, NOTREG

4$
BR 1%

BIC #4000,aTPSW

JSET REG SET TO ZERO

PRINTB AHLTMSG

004000

125000

012163

R4 NOTREG
4%

18:

2%:

002170

RTS PC

MOV
W#HL TMSG,
- (SP)
MOV
SP,RO
JSR PC,FPRINT
MOV #1008 HLTLOC
JSR PC,IDINFQ

PRINTB #FORM38,REGSET

002052
014341

MOV
MOV

065304

JSR PC,FPRINT

MOV

;RETURN

JIDENTIFY FAILING INST

REGSET,~(SP)
#FORM38,
- (SP)
SP,R0

PRINTB #FORM39 ,NOTREG,RO,R1,R2,R3,R4,RS
R5,-(SP)
MOV
0%
R4,~(SP)
MOV
R3,-(SP)
RZ,=(SP)
MOV
MOV
R1,-(SP)
RO,=(SP)
MOV

001704
014420

MOV
MOV
MOV

100%:

NOTREG,~(SP)
#F ORM39,
- (SP)
SP,RO

JSR PC,FPRINT
HALT

IDINFO:

JREGISTER SET ERROR;PRESS (ONTINUE SWITCH TO CONTINUE

BR 1%

002162
002160

;BRANCH IF NO

JVERIFY CONTENTS OF REG SET

125010

047464

JPROCESSOR UNDER

géS3:4000.8TPSU

0040C0

001420
001416

SEQ 0191

CMP R2,NOTREG
4$
R3,NOTREG
4%

BNE
CMP
BNE
(MP
BNE
CMP
BNE

001704

065304

J 15

PAGE 91-8

BNE 4$

001704

010546

010446
010346
010246
010146
010046
013746
012746
010600
004737
000000

054750
054754
054756

Nt N

004737

TST
BEQ
TST
BEQ

002060

065304
054762
054766

054706
054712
054712
054716

S
N
S
N

i Pl
S

SN S

S
i S

SN U
N

i
SN

S
i

i S
[

el S

NN AN NN NN NN N NN NN NN NN

13099

INST EXERCISER
MACY11 27(655)
1-0(T=79
REGISTER SET SELECTION ROUTINES

TESTING

PRINTB #TRPINF ,HLTLOC,MODE,DEN,TINST TOTTCH,TOTTC
MOV
TOT7C,~(SP)
MOV
TOTTCH,~(SP)

MOV
MOV
MOV

TINST,=(SP)

DEN,=(SP)
MODE
, = (SP)

MACY?1 27(655)
1=-0(T=79
POP-11 CIS INST EXERCISE R
REGISTER SET SELECTION ROUTINES
CZKEEA. P11
(7)
(6)
(3)
(4)

055012
055016
055022
055024
055030

013746
012746
010600

004737
000207

002170
012300
065304

MOV
MOV
MOV

10:59

HLTLOC,=(SP)
#TRPINF ,=(SP)
SP,RO

JSR PC,FPRINT

RTS P(

K 15
PAGE 91-9

SEQ 0192

MACYT1 27(655)
1-0CT=79
C IS INST EXERCISER
MEMORY MANAGFMENT SUBROUTINES
CZKEEA P 11

10:59

POP-11

MEMORY MANAGEMENT

-y

055050
055052

005737

001002
000137
005737

002156

SUBROUTINES

055516
002154

’%:

055064
055072
055100
055106
055114
055122
055130

001142
005037
012737
012737
012737
012737
012737
012737
012737
012737

055136
055144
055152
055160
055166
055174
055202
055210

012737
012737
012737
012737
012737
012737
012737
012737

000000
000200
000400
000600

172240
172242

001400
177600

2254

055216
055224
055232
055240
055246
055254
055262
055270

012737
012737
012737
012737
012737
012737
012737
012737

000000
000200
000400
000600
001000
001200
001400
177600

055276

000000
000200

055342
055350

012737
012737
012737
012737
012737
012737
012737
012737

177600

172376

055356
055364

012737
012737

000000
000200

177640
177642

000200
000400
000600
001000
001200
001400
177600

177660
177662
177664
177666
177670
177672
177674
177676

001000
001200

001400

#0,a431PARO

#200, a¥S1PAR1

;1S THIS AN 11/34 TYPE PROCESSOR
(1.E. K, U MODES AND 18 BIT MEM MGMT)
;
JBRANCH IF YES
;CLEAR OUT D-SPACE ENABIES
;SETUP USER D PAR'S

;SETUP SUPERVISOR [ PAR'S

#400.3#SIPAR2

MOV
MOV
MOV
MOV
MOV
MOV
MOV
MOV

#0,a¥SDPARO
#200
., 3#SDPAR1
#40
. @¥SDPAR?
0
#600 . a¥SDPAR3

2360

MOV
MOV
MOV
MOV
MOV
MOV
MOV
MOV

#0, S#KDPARO

2276

3s:

sSETUP SUPERVISOR D PAR'S

#1000, a¥SDPARG

#1200
. a¥SDPARS
#1400 a#SDPARG

#177600, a¥SDPAR7

#2600, 3#XDPAR1

#4600

[

YES

#600.a#SIPAR3
MOV #1000, a#SIPARS
. a#SIPARS
MOV #1200
MOV #1400, a#SIPARG
MOV #177600, 3#SIPAR7

2262

JBRANCH IF

JMP 1%
TST PT34

MOV
MOV
MOV
MOV

AND KERNEL

& D SPA(CES

;DOES SYSTEM UNDER TEST HAVE MEMORY MANAGEMENT?

BNE 3$
CLR MMMR3
MOV #0, IMUDPARO
MoV #.00, 3MUDPAR]
MOV #4600, 3#UDPAR2
MOV #600, aMUDPAR3
MOV #1000, 3#UDPARS
MOV #1200, a#UDPARS
MOV #1400, 3#UDPARG
MOV #177600, a#UDPAR7

~ ~ NOONO~
&S n [T Wl V]

055056

172516
000000

;SETUP PAR'S FOR USER,SUPV,

TST MMFLG

BNt 2%

goaoooogwww
WA
—=20000~N g\l\l\ul\)—‘ STSHAETRARZE OO NN
(%!

055032
055036
055040
055044

“SETUP PAR'S

SETPAR:

O NNNNNNNN
[ASIASIANI,
V] ]
[AS1aV]1,S1,81,8
NNNONOTM
SO0

WSO VONONH WA

Gt
S
S
i
G
e
et gl
b pil Dl gl
b
b cand
d
d
emd e
d e
el e

vd md —md
ol cmd
e
—

055032

NINNNNNN
~No AN} [ASTANT
N1, ¥)
N W WINWWN

2OV~

Gl P
Pl P
e
B

SNNNNN

b —

SEQ 0193

'MEMORY MANAGEMENT SUBROUTINES

b Ta

d md ek

N AN N NN AN AN N N NN U

e d el b D e ——d P b ) b b e b amd e md d b ) e D d d ) = e e e ) D ) d D D d e d D d ) d D D d d ed d b

N N N N N U O N NN N NN N N N NN NN (NN N VN N NN NN N NN N VN

.SBTTL

—r e

L 15
PAGE 91-10

;SETUP KERNEL D PAR'S

S#KDPAR?

#600 a¥KDPAR3

#1000
, a#KDPARG

#1200
. SKDPARS
#1400 a#KDPARG

#177600,
a#x DPAR7

MOV #0,3#UIPARO
34U PAR]
MOV #200,

JSETUP USER | PAGE ADDRESS REGISTERS

POP=-11 CIS INST EXERCISER
MACY11 27(655)
1-0CT-79
(ZKEEA.P11
MEMORY MANAGEMEN( SUBROUTINES

10:59

M 15
PAGE 91-11

13186
13187

055372
055400

01 2737
01 3737

000400
000600

177644
177646

MOV #400,a#U1PAR2
MOV #600 a#UIPAR3

13189
13190

055414
055422

012737
012737

001200
001400

177652
177654

MOV #1200.a#UIPARS
MOV #1400, 34#UIPARG

13193

055436

012737

000000

172340

MOV #0,a#K]IPARO

13195
13196
13197
13198

055452
055460

012737
012737

000400
000600

172344
172346
172350
172352

MOV #400.a#KIPAR?
MOV #600.
34K IPAR3

};58?

055510

012737

177600

172356

MOV #177600,
34K PAR7

13188

}g}g%

13194

13199

13202
13203
13204

(55406

055430
055444

055466
055474
055502
055516

012737

012737
012737

012737
012737
012737

001000

177600

000200

001000
001200
001400

177650

MOV #1000, 34UIPARS

177656

Mov #177600,a#U1PAR7

172342

MOV #200,a#KIPAR1

;SETUP KERNEL

| PAR'S

MOV #1000, a4K1PAR4G
MOV #1200.34KPARS
MOV #1400 .a#K IPARG

172354

000207

SEQ 0194

RTS PC

1%582

*SELECT MODE AND D-SPACE ENABLE/DISABLE

13207

;BOTH MODE AND D-SPACE ENABLE ARE SELECTED RANDOMLY FOR EACH TEST

13209

JIF IN A DESIGN VERIFCATION TYPE RUN (ST @ 204) AND NOT RANDOM MODE

13208

“IF EXECUTING IN RANDOM MODE OR IN A NORMAL FIELD SERVICE TYPE RUN.

13210
13211
};g}g

13214
13215
13216
13217
13218
13216
13220
13221
13222
13223
13224
13225
13226
13227
13228
13229
13230
13231
13232
13233
13234
13235
13236
13237
13238
13239

-THEN THESE VARIABLES WERE SET VIA OPERATOR DIAGLOG ABOVE.
;REGARDLESS OF THE RUN TYPE, IF MEMORY MANAGEMENT IS AVAILABLE
* (MMFLG-NONZERO) THEN MMR3 IS LOADED TO PROPER D-SPACE STATE.
055520
055520
055524
055526
055532
055534

005737
001003
005737

002074

022737

000001

001443

055542
055544
055550
055552
055556

001003
005037
000422
004737
042700

055562
055566
055570
055576
055600

022700
001771
022737
001005
022700

055604
055606
055612
055616
055622
055626
055632

001002
052700
010037
005037
004737
032700
001403

SELMD:

001760

002164

10%:

002160
063464
177774

2%:

000002
000002

002164

000001

000002
002160
002162
063464
000001

6%
48

TST
BNE
TST
BEQ
CMP

FSRUN
10$
RANDOM

:NORMAL FFIELD SERVICE TYPE RUN?
*BRANCH IF YES
*RANDOM TESTING?

#1,NMODES

‘DOES SYSTEM UNDER TEST HAVE MORE THAN
:
PROCESSOR MODE?

11%

BNE 2%
CLR MODE
BR 4$
JSR PC.RN
BIC #177774.R0

CMP
BEQ
CMP
BNE
CMP

#2.R0O
2%
#2 ,NMODES
6%
#1.RO

BNE
81S
MOV
CLR
JSR
BIT
BEQ

63
#2.R0
RO.MODE
DEN
PC.RN
#1,R0
11§

*BRANCH IF NO
*BRANCH IF

ONE

YES

:GENERATE A RANDOM #
“USE BITS 1 & 0 TO SELECT MODE
* (I.E 00=KERNEL,01=SUPV,11=USER)
“ILLEGAL MODE (10)?
“YES - TRY AGAIN
*DOES SYSTEM UNDER TEST HAVE ONLY 2 PROC MODES?
*BRANCH IF NO
“ON 2 MODE MACHINE MODES ASSUMED TO BE
.
KERNEL ® USER
“BRANCH IF MODE IS LEGAL
“1F RANDOM MODE = SUPV THEN SWITCH IT TO USER
*MODE VALID - SET INTO MODE WORD

;GENERATE A RANDOM #
JUSE BIT O OF RANDOM NUMBER TO SELECT D ENABLE
;BRANCH TO DISABLE D SPACE

1-0C7=-79
POP=-11 CIS INST EXERCISER
MACY1T 27(655)
CZKEEA.P11
MEMORY MANAGEMENT SUBROUTINES
13240
132461
13242
13243
13244
13245
13246
13247
13248

055634
055642
055646
055650
055654
055656

13250
13251
13252
13253
13254
13255
13256
13257
13258
13259
13260
13261
13262
13263
13264
13265
13266
13267
13268

055676
055702
055704
055712
055714
055722
055724
055732
055734
055742

13270
13271
13272
13273
13274
13275
13276

055756
055760
055764

13249

13269

13277
13278

13279
13280
13281
13282
13283
13284
13285
13286
13287
13288
13289
13290
13291
13292
13293

012737
005737
001435
005737
001402
005037
000427

177777

002156

002162

002154
002162

MOV #177777 ,DEN
TST MMFLG

BEQ 18
TST PT34
BEQ 7%
CLR DEN

172516

7%:

002160

13%:

002162

000207

11%:

10:59

000004

172516

000003

002160

000001

172516

000002

172516

BR 1%
CLR a#MMR3
TST DEN

BEQ 1%

3%:

N 15
PAGE 91-12

SEQ 0195

;SET D ENABLE FLAG
JMEMORY MGMT AVAILABLE?
;NO = EXIT

111/34 TYPE MEM MGMT?
;BRANCH IF NO

;DISABLE ALL D- SPACES
JENABLE D SPACE IN MMR3?
;BRANCH IF NO
KERNEL?
;MODE SELECTED
JBRANCH IF NO
JENABLE KERNEL D SPACE
USER
;MODE SELECTED
JBRANCH IF NO
;ENABLE USER D SPACE
JMODE SLECTED = SUPERVISOR
JENABLE SUPERVISOR D SPACE

5%:
1%:

“SETUP PDR'S
055744

055744
055750

005737
001022

002154

055752

012700
005020
020027

172200

101774

172236

055766
055772
055774
056000

012700
005020
020027
101774

177620

056002
056006
056010
056014

012700
005020
020027

172320

056016
056022
056024
056030

012700
005020
020027
101774

177600

056032
056036
056¢ °
056044

012700
005020
020027

172300

101774

177636

172336

177616

172316

SETPDR:

TST PT34

BNE 8%

2%:

1%:

99$:

MOV #SIPDRO,RO

;11/34 TYPE MEM MGMT?

JBRANCH IF YES
JFIRST CLEAR ALL PDR'S

CLR (RO)+
CMP RO ,#SDPDR?7
BLOS 2%

;CLEAR SUPERVISOR PDR'S

MOV #UDPDRO,RO
CLR (RO)+
CMP RO,#UDPDR7
BLOS 1%

;CLEAR USER D-PDR'S

MOV #DPDRO.RO
CLR (RO)+
CMP RO, A#KDPDR7

;CLEAR KERNEL D-PDR'S

MOV #UIPDRO,RO
CLR (RO)+
(MP RO, #UIPDR7
BLOS 9%

;CLEAR USER [-PDR'S

BLOS 993
8$:

9%:

MOV #x |PDRO,RO
CLR (RO)+
CMP RD,#K1PDR7

BLOS 3§

;CLEAR KERNEL PDK'S

(ABORT ALL ACCESSES)

POP=1Y (IS
(IZKEEA. P11

13294
13295

FRERIRE 8
VOOW=O
-

~N) —_—aal

md
e
D
e
i
)
d
D
v
)
)
—

AN NN NN NN AN NN N NN W
N WWWWWWN

b —_

13296
13298
13299
13301

INST EXEP(lSE:E

MACYIT1

27(655)

MANAGEMENT

1-0(T7=79

SUBROUTINES

10:59

8 16

PAGE 91-13

SEQ 0196

;SETUP KERNEL MODE PDR'S
056046
056054
056062
056070
056076

056104
056110
056112
056120
056122
056130
056134
056136
056142
056144
056152
056154
056162
056170

012737
012737
012737
012737

012737
005737

001404
012737
000403
012737
005737
001021
005737

MOV
MOV
MOV
MOV
MOV

077406
077402
077402
077402
077402
002160
077406

172300

077402
002160

172300

31%:

002162

172336
172332
172320

012737

077406
0774606
077402

056176
056200
056206
056210

000443
022737

000001

002160

5%:

077402

172204

056216
056222

005737
001004

002162

056224
056232
056234
056242
056244

012737

077406

172212

077406

172232

:
6%

000003

002160

7%:

077402

177604

056252
056254

001015
012737

056262

005737

056266

05627¢
056276
056300

BNE 4%
MOV #77406,a#KIPDRS
BR 11%
MOV #77406,34KDPDK7
MOV #77406,3#KDPDRS
MOV #77602,34KDPDRO
BR 118

TST

DEN

MOV #77406,3#SIPORS
BR 11%
M0V1:77406,3fiSDPDRS

MOV #776402,aMUIPDR2
TST DEN

177612

012737

077406

177632

056306

005737

001760

056312
056314
056322
056324
056332
056334
056340
056342

001454

076032

047464

076132

047464

002160

;IF MODE= KERNEL & D-SPACE IS DISABLED

BNE 6%

077406

002162

TST MODE

MOV #776402,a#SIPDR2

002162

10%:

BNE 10%
MOV #77406,a#UIPDRS
BR 11$
MOV #77406,a#UDPDRS

"1$:

TST RANDOM

128

CMP #76032,TINST
208
CMP #76132,TINST
2C%:

120 TO 120k

;1S MODE = KERNEL®
JBRANCH [F YES

TST DEN

172312

SALLOW R/W ACCESS OF 1/0 PAGE
;
AND R ONLY ACCESS OF PHYSICAL ADDRESS

TST MODE

BEQ 31%
MOV 477406,
34K ]1PDRO
BR 32%
MOV #77402,a#K1PDRO
8NE 5%

077406

001016
012737

#77406,34KIPDR7
#77402,3#KIPDR4
#77402,34KIPDR3
#77402,
84K 1PDR2
#77402,8#KIPDR1

TST

BNE

12%

DEN

13%

TST MODE

;

THEN ALLOW R/W OF

STACK &

TEST BUFFER AREA

;IF MODE IS KERNEL & D-SPACE [S ENABLED
.

THEN SETUP KERNEL

;

AREA;

JALLOW R/W ACCESS OF

D-SPACE

PDRS

1/0 PAGE AND TEST BUFFER

R-ONLY ACCESS OF PHYS 0-20K

;SETUP SUPERVISOR MODE PDR'S
JBRANCH IF TEST MODE IS NOT SUPERVISOR
JALLOW R ONtY ACCESS OF SPACE

s CIS INST TO BE EXECUTED

INCLUDING

;IF D-SPACE IS NOT ENABLED ALLOW
;
R/W ACCESS OF TEST BUFFER AREA IN SUPERVISOR
i=SPACE

;D=SPACE IS ENABLED.; ALLOW R/W ACCESS
;
TO TEST BUFFER AREA [N SUPERVISOR D-SPACE
;SETUP USER MODE PDR'S
;BRANCH IF TEST MODE 1S NOT USER
JALLOW R ONLY ACCESS OF SPACE INCLUDING
CIS INST TO BE EXECUTED
;
;IF D=-SPACE IS NOT ENABLED ALLOW R/W
;

ACCESS OF

1 SPACE

TEST BUFFER AREA [N USER

;D-SPACE IS ENABLED.; ALLOW R/W ACCESS
;

TO TEST BUFFER AREA

[N USER D-SPA(CE

*ASSURE THAT XLATION BUFFER (MOVTC) S IN READABLE SPA(F
; IN RANDOM MODE?
JBRANCH IF NO
;IS INST UNDER TEST = MGVT(?
JBRANCH IF YES

;1S D=SPACE ENABLED?
JBRANCH [F YES
;1S MODE - KERNEL?

1-0CT=79
MACY1T 27(65%)
POP-11 CIS INST EXERCISER
(ZKEEA.P11
MEMORY MANAGEMENT SUBROUTINES

056346
056350

001436
022737
001004
012737
000426
012737
000422
005737

056444

002160

BEQ 128
CMP #1 . MODE

077402

172202

n0v10;7402.alSIPDR1

077402

177602

o
e

_._.‘_‘_a‘\wo—n_a_a_n._n_n—i—a

O=MNO~
v ONONSH W=

14%:

13%:

002160

077402

172322

00000

002160

077402

172222

077402

177622

15%:

16%.
12%:

056446

005037

177572

056452
056456
056450
056464
056472

021627

047504

162737

002166
000002

BR 12
MOV #77402,@#UIPDR1
BR 12%

012746

012126

056476
056500
056504
056504
056510
056514
056520
056524

056530
056534
056540

056542
056546
056550
056556
056560
056562

010600
004737

013746
013746
013746
013746
013746
013746
012746
010600
004737
000000
016637
005726
005726
000137

JKERNEL

;SUPERVISOR MODE ,D-EN ~ ALLOW RFAD OF

003662

(SP),TRPLOC

PRINTB #TRAP4

sTURN OFF

005037

177572

MOV
TOTTC,-(SP)
MOV
TOTTCH,~(SP)
TINST ,~(SP)
MOV
DEN,=(SP)
MOV
MODE ,~(SP)
MOV
TRPLOC,=(SP)
MOV
MOV
#TRPINF ,~(SP)
MOV
SP,R0
JSR PC,FPRINT
T
HAL
MOV 2(SP),TCCR
TST (SP)+

MEM MGMT - OVERWRITTEN WITH NOPS

JWAS HALT AT

CIS

INST RETURN LOC?

;BRANCH IF YES
;GET TRAP LOCATION
JPRINT

TRAP

TO LGC

JPRINT - ADDIT]IONAL

JSAVE (1S INST RETURN CONDITION CODES

(SP)+

JMP SUHRET

ILLSER: CLR a#MMRO

XLATION

iF NO MEM MGMT ON SYSTEM (REF SIZEPT ROUIINE)

“ILLEGAL INSTRUCTION TRAP SERVICE ROUTINE
056566

XLATION BJ

(USED FOR TRAPS CAUSED BY HALTS IN SUPERVISOR OR USER MODE

SUB #2,TRPLOC

TST

TO XLATI

JUSER MODE ,D-EN - ALLOW R-ONLY ACCESS OF

RTS PC

MOV

MODE ,D-EN - ALLOW R=-ONLY ACCESS

PRINTB #TRPINF,TRPLOC
,MODE ,DEN,TINST,TOTTIH,TOTT(

065304

047526

JUSER MODE~ ALLOW R-ONLY ACCESS TO XLATION BUFFER

MOV #77402,a#SDPDR1
BR 12%
MOV #77402,a#UDPDR1

#TRAPS ,-(SP)
MOV
MOV
SP,RO
JSR PC,FPRINT

001420
001416
047464
002162
002160
002166
012300

000002

YES = NO PDR (HANGE RFQUIRED FOR XLATION BUFF

;IS MODE = SUPERV]ISOR?
JBRANCH [F NO
JALLOW R=ONLY ACCESS TO XLATION BUFFER

BNE 153
MOV #77402,34KDPDR1
BR 12%

CMP (SP) ,ATINRET+?
BEQ 1%

065304

SEQ 0197

TST MODE

HLTSER: CLR a#MMRO

002166

91-14

JBRANCH [F

BNE 14§

SHALT SERVICE ROUTINE

056472

C 16

PAGE

000001

OI
e

13389
13390
13391
13392
13393
13394
13395
13396
13397
13398
13399
13400
13401
13402
13403
13404
13405
13406
13407
13408

10:59

;TURN OFF

MEM MGMT

- OVERWRITTEN w[TH NOPS

TRAP

~
~n

WNINWN
—
SCTLECEIFIR WA

(3)

4)
13446
(12)
an
A0
(9)

(8)
(7)
(6)

(3)

(4)
13447
13448

SLELRNLUN, 285

)

»
2

mMm.a

Pall
My

(6)

FERRER RpRp

LERREEERpey 2
'y

—

13443
13444
13445

MACY11 27(655)
1-0(T-79
INST EXERCISER
MEMORY MANAGEMENT SUBROUT INES

056572
056576

005737
001403

002154

056600
056604
056606
056614
056616
056622
056624
056624
056630
056632
056636
056640
056644

021627
001452
022737
00101
021627
001006

047504

012746
010600
004737
000000
011637
162737

056656
056660

012746
010600
004737

012144

013746
013746
013746
013746
013746
013746
012746
010600
004737
000000
000002
016637
005726

001420
001416
047464
00216¢
002160
002166
012300

056652
056652

056664
056664
056670
056674
056700
056704
056710
056714

056720
056722
056726
056730
056732
056740
056742
056744

005726
000137

000001

10:59

D 16
PAGE 91-15
;

TST PT34
BEQ 2%

001420

2$:

047466

M ,T0TTC

18
(SP) ,MTINST ¢2
BNE 1%
BNE

IF NO MEM MGMT ON SYSTEM (REF

;11734

(iP).‘YINRET*Z

PRINTB #(C1SQ

SEQ 0198
TYPE PROCESSOR?

;BRANCH [F NO
JNOTE:ON 11/34 HALT [N 'ISER MODE TRAPS TO 10 (NOT &)
JWAS HALT AT (CIS INST ReTURN LOC?
;BRANCH [F

YES

‘WAS ILLEGCAL INST TRAP DURING TEST #1
;JBRANCH [F NO
JWAS JLLEGAL INST THE CIS INST?
(ISP PRESENT? WARNING

MOV

065304

JSR PC,FPRINT
HALT
MOV (SP),TRPLOC

;GET LOCATION THAT CAUSED TRAP

PRINTB #TRAP10

sPRINT

002166
000002

MOV

00216¢€

1%:

065304

#TRAP10,-(SP)
SP.RO

TRAP

JSR PC,FPRINT

JPRINT ADDITIONAL TRAP |

PRINTB #TRPINF,TRPLOC
,MODE ,DEN, TINST TOTTCH, TOTTC

MOV
TOTTC,~(SP)
MOV
TOTTCH,-(SP)
TINST ,=(SP)
MOV
MoV
DEN,=(SP)
MOV
MODE ,-(SP)
MOV
TRPLOC,~(SP)
MOV
#TRPINF ,-(SP)
MOV
SP,RO
JSR PC,FPRINT

065304
000002

SP,RO

SUB #2, TRPLOC

MOV
MOV

003662

047526

HALT
RTI

MOV 2(SP),TCCR
TST (SP)+
TST (SP)+
JMP SUHRET

sSAVE CIS INST RETURN CONDITON CODES

*MEMORY MANAGEMENT VIOLATION TRAP SERVICE ROUTINE
056750
056754
056760
056766
056766
056772
056774

057014

005037
011637
162737

hHVIOL:

177572

002166
000002

002166

CLR a#MMR0
MOV (SP),TRPLOr
SUB #2,TRPLOC
PRINTB #MMVMSG

012746
010600
004737

065304

- (SP)
#MMVMSG,
MOV
MOV
SP,RO
JSR PC,FPRINT

013746
013746
013746
013746

001420
001416
047464
002162

MOV
MoV
MOV
MOV

012106

JBRANCH [F NO

JPRINT

012003

#C15Q,-(SP)

SIZEPT ROUTINE)

sTURN OFF MEM MGMT

JGET LOCATION WHICH CAUSED TRAP
sPRINT

MEMORY MANAGEMENT

PRINTB #TRPINF ,TRPLOC ,MODE ,DEN,TINST,TGTTCH,TOTTC

TOTTC,=(SP)
TOTTCH,=(SP)
TINST,=(SP)
DEN,-{SP)

V]OL

POP~1" CIS
(ZKEEA. P

INST EXERCISER

(8)
(7)

013746
013746
012746

(6)

(3)

(&)

RRRERREYS ~

2 FRPRRRP
R FEE AR

13463
13464
13465
175

13487

13489
13490

057020
057024
057030
057034
057036
057042
057044

MACY1T

27(655)

Y MANAGEMENT
MEMOR

1-0(T=-79
SUBROUTINES

065304

057156

105777
100375
117737

042737
004737

123727
001411
123727
001410
123727
001410
000414

00503/

E 16

PAGE

91-16

SEQ 0199

, - (SP)
MODE
MOV
TRPLO(C,=(SP)
MOV
#TRPINF ,-(SP)
MOV
MOV
SP,RO
JSR P(C,FPRINT

002160
002166
012300

T
HAL
RTI

TACCEPT ASCII
057046
057046
057052
057054
057062
057070
057074
057102
057104
057112
057114
057122
057124
057126
057132
057134
057142
057144
057152

10:59

kSORU:

122616

's:

122632
177600
064654
064672

064672
064672

064672

000123

064672

000125

OR L)

TSTB aTKS

BPL

MOVB aTkB,RCHAR

BIC #°C177,RCHAR
JSR PC,ECHAR
(MP8 RCHAR,#113
BEQ 63
CMPB RCHAR,#123

000113

BEQ 3$
CMPB RCHAR, #125
BEQ 4%
63

002160

(K,S,

000001

002160

000003
000002

002160

4%:

BR 5%

FROM TTY AND

JWAIT

SETUP MODE

WORD

FOR A (HARA(CTER

JREAD & SAVE (HAR

JGET RID OF

JUNK

;ECHO CHARACTER

ANY

;1S CHAR A ‘K
JBRANCH IF

YES

;BRANCH

YES

;1S CHAR AN 'S"
IF

;1S CHAR A ‘U’ ?
;BRANCH IF YES
;CHAR IS ILLEGAL :RETURN TO CALL +2
JSET MODE TO KERNEL (0)
;SET MODE WORD TO SUPERVISOR

MOV #3 ,MODE
ADD #2,(SP)
RTS

;SET MODE WORD TO USER

(3)

(TM)

10:59
1-0(T=-79
MACY11 27(655)
PDP=11 (IS INST EXERCISER
PROGRAMMABLE (LOCK SERVICE ROUTINE
(ZKEEA.P1T
13492

.SBTTL

PROGRAMMABLE

;NOTE: LOCATIONS 57670-6G070
EXECUTION OF

060120

PAGE 91-"7
CLOCK

SEQ 0200
SERVICE

ROUTINE

ARE RESERVED FOR STA(K USAGE DURING

CIS STACK PROBEAHEAD MEMORY MGMT ABORT

TESTS.

.=60100

: KW11-P (PROGRAMMABLE CLOCK) INTERRUPT SERVICE ROUTINES (ALWAYS ENTERED IN KERNEL MODE)
13502

PCIS3:

060100

13506

060106

060100

042777
000002

000001

13508

060110

005037

177572

13505

JP CLK SERVICE ROUTINE USED FOR INTR DURING
BIC #1,aPC1(SR

122406

PCISe:

(LR o#MMRO

o)
o

—

017737
042777
005077

122410
000001
122372

005037

177572

042777
004737
021627
001154
032766
001407
005237
052737
004737
004737
000504
005237
032766
001025

000001
061206
047464

122346

000400

000002

012746
0106900
004737
012737
004737
012746
010600
004737

(4)

EXECUTION OF °'STATE DISTURBING' DI PI
INSTRUCTION BELOW.

;TURN OFF

060274

012746
010600
004737

002542
040000
061040
061434
002534
000400

PCIS1:

014671

065304

014760
065304

CLR a#MMR0
BIC #1.aPC1CSR
JSR PC.SGPROG
CMP

INC

INTCT

BIS #40000,FATAL
4%:

000002

(SP) ATINST

BNE 1%
BIT #400.2(SP)
BEQ 4$

002132

JSR PC,RECLAT
JSR PC.STATCG

BR 5%

INC PROGCT

BIT #400,2(SP)
BNE 6%
ORINTB
MOV

012163
065304
060300
054766

MOV @PC2CTR,LAT(T
BIC #1,aPC2CSR
CLR aP(2(SB

002536
122374

002170

#HLTMSG
FHLTMSG,
~ (SP)

PCLK1

;P CLK INTR SERVICE ROUTINE USED WHEN
TESTING LATENCY
;
sTHIS

—

S N
QN
QU
S
N
N
S

W N AN (N N N NN
NN AN
(9,
(O
LV WL RV IV, LV, RV LW, TV, LV, |
n ==t
[a®]
D a2
e
W
OVO0O NN
NN —

13510

;
;

;
.

CLR

INSTRUCTION

TURNS OFF

MEMORY MANAGEMENT

THE CLR IS OVERWRITTEN WITH NOPS
(SEE SIZEPT ROUTINE).

NOT

11,464

;SAVE P-(CLK2 COUNTER FOR LATENCY (ALCULATION

;TURN OFF PCLKZ2

;CLEAR PCLKZ COUNTER
JNORMAL P (LK INTERRUPT SERVICE KOUTINE
;THIS CLR TURNS OFF MEM MGMT.

sTHIS CLR GETS OVERWRITTEN WITH NOPS [F NOT 1
JTURN OFF P-(CLK1
;SAVE GENERAL PURPOSE REGS 0-6
JINTERRUPTED THE TEST INST???

/44

JBRANCH IF NO

;1S PSW BIT 8 SET?

JBRANCH IF NO
JUPDATE INTERRUPT COUNT
;sSET INTERRUPT INDICATOR [N FATAL ERROR WORD
JRECORD LATENCY

JHAS THE °'STATE' OF CIS INST CHANGED?
sNO RETURN
JYES RETURN = UPDATE PRCGRESS (OUNT
;1S PSW BIT 8 SET?
JBRANCH [F

YES

MOV
SP,RO
JSR PC,FPRINT

MOv #1008, HLTLOC
JSR PC,IDINFO
PRINTB #F ORM4?

JIDENTIFY FAILING INST
JMSG: CIS INST WAS SUSPENDED TC SERVICE INTR

JSR PC,FPRINT
PRINTB #F ORM4 3

;MSG:

MOV
MOV

#FORM&2
, = (SP)
SP,RO

MOV

#FORM4
3, = (SP)

MOV
SP,RO
_SR PC.FPRINT

PSW BIT 8 SHOULD HAVE BEEN SET BUT WAS NOT

POP-11

CIS

CIKEEA, P11
13539

13540

13541
13542
13543

13544
13545
13546

" 3547

13548

1=0CT=79
10:59
MACY1] 27(655)
INST EXEKCISE R
PROGRAMMABLE CLOCK SERVICE ROUTINE

000000

060302
060302
060310
060314
060320
060322
060324
060326
060330
060336
060344
060352
060356
060364
060370
060372
060400
060404
060406
060414
060422

012737
004737
004737
076175
003146
003146
003152
042777
013777
013737
004737
013777
005737
001403
052777
005757
001403
052737
052777
000002

000001
002036
002040
061264
002552
002540

122156
122144
12040C

BIC #1,aPCICSR
MOV SPCV,aPCLK1V

122132

MOV INTRVL ,aPC1(5B

009001
002156

122124

BEQ 7%
BIS #1,aP(2(SR

000001
000001

177572
122072

060424
060430

005237
023737

002552
002552

002556

060436
060440
060440

103420

060444

000001
061316
061152

002552

6%:
11%:

HALT

MOV #1,INTRVL
JSR P(C,SAVST
<SR PC,DIC
DIVP]
DIVDS
DIVDS
DIVvDD

MOV

TPRE(CS,PRECSK

JSR PC ,RGPRO6
TST LATEN

7%:

8%:

14%:

5¢:

TST MMFLG

BEQ 8%
BIS #1,a4MMRO
BIS #1,aPC1CSR

PRINTB AHL TMSG

065304
060476
054766

JSR PC,FPRINT

012746
010600
004737
000000

012202

005737
001445
000702

002534

101054

032766

000400

JSR P(C,IDINFO
PRINTB #NOPROG
MOV
#NOPRGG,
= (SP)

1¢:

;RESTORE GENERAL PURPOSE REGISTERS 0-6
sSET INTERVAL

JLATENCY TESTING?
;BRANCH [F NO

;JTJURN ON P-(CLK2
;TESTING WITH MEM MGMT ON?
;BRANCH [F NO

;TURN ON MEM MGMT
;TURN ON P-CLK1

INTERVAL

;1S INTERVAL GREATEK THAN SOMF PRESET
MAXIMUM ALLOWED?
;.
JBRANCH [F NO

SP,RO

MOV #1018 HLTLOC

MOV

000002

JRESTORE 65TH STA(K WORD

#HLTMSG,
- (SP)

JIDENTIFY FAILING INST

SP,RO

JSR PC,FPRINT
HALT

;CIS INST DID NOT MAKE PROGRESS -

TST PROGCT

sHAS PROGRESS BEEN MACE ON THIS

BEQ 13%
BR 11%

001435
012746
010600
004737

MOV

o
;

INTERVAL TILL INTERRUPT EXCEEDS USCR
DEFINED MAXIMUM ALLOWED.

JBRANCH IF NO

JDISTURB INTERNAL

BH] 15%
BIT #400,2(SP)
BEQ 17%

PRINTB #HLTMSG

012163

MOV

065304

JSR PC,FPRINT

MOV

|F REQUESTED

;TURN OFF PCLK1
JRESTORE PCLK VECTOR

s INCREASE P-CLK1

MOV

12%:

JDISTURB INTERNAL CISP STATE BY
EXECUTING A DIVP IN=LINE INST.
;

INC INTRVL
CMP INTRVL ,MAX]IVL

012163

101%:

JSAVE CIS INST STATE
JALLOW INTERRUPT DURING THIS DIVPI

JRETURN FROM SERVICE

012746
010600
004737
012737
004737

065304

JINST IS IN A NEW PART QOF [TS OPERATION
TO MINIMUM = 1
INTERVAL
JSET P=CLK

RTI

BLO 12%

002170

SEQ 0201

;BIT 8 OF PSW SHOULD HAVE BEEN SET...
JPRESS CONTINUE TO PROCEED WITH TESTING

060300

100%:

G 16

PAGE 91-18

WHL TMSG,
= (SP)

SP,RO

STATE.

INST PREVIOUSLY?

THEN RETURN

FOR MORE PROGRESS
;.
JBRANCH IF INST ALREADY HAS (OMPLETED (PC>TINST)
;DID NOT REACH INST VYET.
;VERIFY THAT BIT 8 OF PSW IS NOTM SET.
;BRANCH IF BIT 8
0.

POP=11 (IS
(ZKEEA.P11
13584
13589
13586
(6)

(3)
(4)

13587
(6)
(3)
(4)

13588
(6)

(3)

(4)
13589
13590

13591
13592
13593
13594
13595
13596
13567
13598
13599

INST EXERCISER
MACY11 27(655)
1-0CT-79
10:59
PROGRAMMABLE (LOCK SERVICE ROUTINE

060534
060542
060546
060546
060552
060554
060560
060560
060564
060566
060572
060572
060576
060600
060604
060606

012737
004737

000102
054766

012746
010690
004737

015041

015114

JSR PC,IDINFO
PRINTB #FORM4L4

G
= (SP)
#FORML
MOV
SP,RO
MOV
JSR PC,FPRINT
PRINTB #FORMLS
, - (SP)
#FORM4S
MOV
MOV
SP,RO

012746
010600
004737
000000
042766

015373

06530«

JSR PC,FPRINT
PRINTB #FORM4LE
MOV
#FORMSG,
= (SP)

065304
000400

060626
060632
060634
060636

005237
013777
004737
005726
005726
000137

00935

060642
060646
060654
060656

004737
032737
001430
021637

061040
000100

060614
060620

MOV #102,HLTLOC

002170

065304

012746
010600
004737

061264

000002

121670

102%:

17%:

0467424
047464

15%:

4
0022

~ e NO AW~

WA a2t

012746
010600
004737

000000
004737
032766

065304

015403
065304

061264
000400

000002

JMSG:

THAT CIS

SUSPECT

sMSG:

WHEN SERVICING

JSR PC,RECLAT

BIT #100,TINST
BEQ 20$%

< (IS

INST BACKED UP

INST PC

TOO FAR

INTERRUPT

;BIT 8 OF PSW SET WITH PC < CIS INST PC.
JSUSPECT THAT CIS INST BACKED UP PC TOO FAR
;

WHEN SERVICING INTERRUPT.
CONTINUE

TO PROCEED WITH

JRETURN TO TURN ON PCLK=1

TESTING

JRESTORE REGISTERS
JEIX UP STACK POINTER

POINT

;RECORD LATENCY

;1S INST UNDER TEST AN IN-LINE
;JBRANCH IF NO

INST

JVERIFY THAT PC HAS BEEN ADJUSTED

TO NEXT INST

JBRANCH

TO POINT

IS OK

#Hl TMSG

JSR PC,IDINFO
PRINTB #FORM4LS

JIDENTIFY FAILING INST
JMSG: IN-LINE CIS INST COMPLETED WITH PC

JSR PC,FPRINT
PRINTB #FORM4S

JMSG:

MOV
MOV

#FORM4B,
- (SP)
SP,RO

MOV
MOV

#FORM4Y,
- (SP)
SP,RO

HALT

JSR P(C,RGPRO6

BIT #400,2(SP)

BEQ 16%
012163

PSW SET WITH PC

JMP TOP(?2

(SP)+
(SP)+

JSR PC,FPRINT

103%:
0%:

;MSG: BIT 8 OF

s INCREASE INTERVAL

= (SP)
NHL TMSG,
MOV
MOV
SP,RO
JSR PC,FPRINT
MOV #1038 ,HLTLOC

015325

JIDENTIFY FAILING INST

INC INTRVL
MOV INTRVL ,aPC1(SB
JSR P(,RGPRO6

PRINTB

002170

SEQ 0202

;PRESS

CMP (SP), 1COMP(

012763

001420

012746
010690

HALT

BIC #400,2(SP}

BHIS 20%

065304
060734
054766
012746
010600
004737

MOV
SP,RQ
JSR PC,FPRINT

TST
TST

103025

012746

H 16

PAGE 91-19

PRINTB #HLTMSG

MOV
MoV

#HLTMSG, =(SP)
SP.RO

POINTING AT

IN~LINE

OPERANDS RATHER

;
THAN NEXT INST.
JPRESS CONTINUE TO PROCEED WITH

TESTING

JRESTORE REGISTERS
;CIS INST COMPLETE - VERIFY THAT PSw BIT 8
;IS NOT SET

EXERCISER

MACY11

PROGRAMMABLE

gg’\

004737
012737
004737
012746
010600
004737
000000

163737

0057%7
001424
023737

&AA/‘\ gl
WS WO
00 v "
QRN

101020

000002
121470

SEQ 0203

JSR PC,FPRINT

JSR or,IDINFO

7
. = (SP)
#FORM4L
SP,RO

MOV
MOV

JSR PC,FPRINT

104%:

MALT

16$:

BIC #400,2(SP)
MOV #1,aPC1CSB
MOV #1.INTRVL

002552

002554

002536

012163

012737
004737

000169
054766

065304

012250

nNO
S
guuf\)

b
ek

002536

012746
010600
004737
000000
013701
006301
062701
021137

002272

101002

orN

=2
b

e
d

—d
e

b
b

e
-

—

002552
002554

v
S

—b

[ N6 J Y
N
NS OO

KRRER

061104

XRE &Y

Hor
O
Volo RNTo NV PNV LSRR @ RVoTe JNTe JV, RAYUNL VL] ~ N

N LR
~~ o~ ‘\?
mmmmwmmmmm§§§§§§§§§
3 REBRR

—

Qe
S
U
W
S
T
U
S S
L QD
U
O

I 16

PAGE 91-20

PRINTB #FORM47

065304

000400
000001
000001
060422

10:59

Mov #1048, HLTLOC

002170

015244

012746
010600

004737

—

SERVICE ROUTINE

SIDENTIFY FAILING INST
‘MSG:

CIS

INST COMPLETED BUT PSw BIT 8 STILL

;CIS INST COMPLETED BUT PSW BIT 8 STILL SET
*PRESS CONTINUE TO PROCEED WwlTH TESTING

:SET UP FOR NEXT PASS

JMP 14%

*ROUTINE

13633

13639

(LOCK

1-0C7=79

:KW11-P INTERRUPT SERVICE ROUTINE SUBROUTINES

INWNWN

nN—=O O 00

——

042766
012777
012737
000137

065304

061010
054766

27(655)

013711
000207

RECLAT:

000207

SUB INTRVL,LAT(T
TST STOPLA

CMP STOPLA,LATCT

BH! 2%

PRINTB #HLTMSG

MOv #100,HLTLOC

SIDENTIFY FAILING

1008:

28:

ggv g%TIC,R1

;RECORD LATENCY

ADD #ILATEN,R1

;FORM POINTER

BHI

"RECORDED FOR INST?
:"
*BRANCH IF NO

CMP (R1),LATCT

1¢:

060100
000001

121310

*1S LATENCY EXCESSIVE?

*BRANCH If NO

JSR PC,IDINFO
PRINTB #LATEXC
#LATEXC.~(SP)
MOV
MOV
SP,RO
JSR PC,FPRINT
HALT

004102
002536

002036
002040
121314

*BRANCH IF NO

JSR PC,FPRINT

002170

002536

:CALCULATE LATENCY
*STOP ON EXCESSIVE LATENCY?

= (SP)
#HLTMSG,
SP.RO

MOV
MOV

065304

121332
120400

INTERRUPT LATENCY

BEQ 2$

;ROUTINE

017737
013737
12777
000207
052777

TO RECORD

MOV LATCT, (R1)
R1S PC

;LATENCY

INST

EXCEEDED USER DEF INED

"MAXIMUM ALLOWABLE'

INTO

INST LATENCY

TABLE

*1S LATENCY BIGGER THAN THAT ALREADY

*SAVE NEW LATENCY

TO TURN ON P-CLK DURING DIVPI

VALUE

'STATE DISTURBING'

INST

DIC:

MOV aPCLK1V,SPCV

:SAVE CONTENTS OF P CLK

DI:

MOV #PCIS3.aPCLKIV
RTS PC
BIS #1,aPCI1CSR

“SETUP INTR VECTOR
SOVERWRITTEN WITH A NOP IF USER REQUESTS
STURN ON P=-CLK1
= ENABLE INTR DURING

MOV PRECSK,TPRECS

ors pe

*SAVE

CONTENTS OF

SUBSEQUENT

INTERR VECTOR

65TH STACK WORD

(STATE DISTURBING)

CIS

INST

SET

PDP=11 CIS
C(ZKEEA.P11

1-0CT-79
10:59
MACYTT 27(655)
INST EXERCISER
PROGRAMMABLE (LOCK SERVICE ROUTINE

& REIC2SEBLRIRIN

.a_n._a_n_g_a_a_a_a_;_ng_a
LALLRR
AR R G R
NONNNY

e eR
3 égegzguau:ua
SERREEEE
EagaeEeE

13662

—

13705

13707

J 16

PAGE 91-21

SEQ 0204

;ROUTINE TO SAVE GENERAL PURPOSE REGISTERS 0 THROUGH 6.
010037
010137
010237
010337
010437
010537
032737

003000
003002
003004
003006
003010
003012
039000

SGPRO6:

RO, SGPRO
R1,SGPR1
RZ.,SGPR?
R3,SGPR3
R4, SGPR&
RS, SGPRS

BIT :20000.PSU
BEQ

17777¢

;WAS PREV]IOUS MODE USER OR SUPV?

¢sBRANCH IF NO
JGET PREVIOUS MODE SP
;STORE PREVIOUS MODE SP IN SGPR6

MFP] SP
MOV (SP)+,SGPR6

003014

061256
061256
061262

MOV
MOV
Mov
MOV
MOV
MOV

003014

BR 2%

SP,SGPR6
RTS PC

1%:

MOV

2%:

*ROUTINE TO RESTORE GENERAL PURPOSE REGISTERS O THROJGH S
061264
061264

061270
061274
061300
061304
061310

013700
013701
013702
013703
013704
013705

061314

000207

RGPRO6:

003000
003002
003004
003006
003019
003012

MOV
MOV
MOV
MOV
MOV
MOV

SGPRO,RO
SGPR1,R1
SGPRZ ,R2
SGPR3 ,R3
SGPR4 R4

SGPRS ,R5

*ROUTINE TO SAVE
©

061316
061316
061324
061332
061340
061346
061354
061362
061370
061376
061402

016637
01373/
013737
013737
013737
013737
013737

013737
013700
062700

JNOTE NO NEED

RTS PC

000004
003000
003002
003004
003006
003010
003012
003014
003014
000006

002560
002562
002564
002566
002570
002572
002574
002576

STATE OF

TO RESTORE

R6 BECAUSE

[T HAS NOT

(ISP - STATE-STA(K POINTER,GENERAL PURPOSE REGISTER

CONTENTS € STACK CONTENTS.

SAVST:

MOV 4 (SP) ,STATPS
MOV SGPRQ,STATRO
MOV SGPR1,STATR]

MOV
MOV
MOV
MoV
MOV
MOV
ADD

;SAVE PSW STATE
;SAVE STATE OF GENERAL

SGPR2,STATR?2
SGPR3,STATR3
SGPR4 ,STATRS

SGPRS,STATRS

SGPR6,STATR6
SGPR6,R0O

#6,R0

JSAVE STACK CONTENTS

PURPOSE REGS 0-¢€

CHANGED.

PDP=11 (IS
CZKEEA.P11
13709

INST EXERCISER

061406
061412
061414
061420
061424
0614626
061430

061432

MACY11

PROGRAMMABLE

020027

120602

012702
012701
0146142
020100

003000
120602

103007

103375
000207

£7(655)

(LOCK

1-0C7=79

SERVICE

ROUTINE

10:59

KT8

PAGE 92

(MP RO, #(CSTACK
BHIS 1%

%.
1%:

MOV #SCSTK,RZ
MOV #CSTACK,R1

MOV =(R1),=(R2)
(MP R1,RO
BHIS 2%
RTS PC

SEQ 0205

;DID (IS INST PUSH ANYTHING ONTO STA(K?
JBRANCH [F NO

;COPY USED PORTION OF
SAVE AREA,
.

;ALL OF USED PORTION OF
;JBRANCH [F NO

*ROUTINE TO CHECK FOR A CISP STATE CHANGE
.

RETURNS

TO CALL

ON NO CHANGE;

STA(K INTO A

CALL+2 ON CHANGE

STACK (OPIED?

MACYTT 27(655)
1=0(T=79
10:59
POP=11 CIS INST EXERCISER
PROGRAMMABLE CLOCK SERVICE ROUTINE
(ZKFEA. PN
13722

1372%
13724

061634
061434

026637

000004

002560

STAT

" (MP 4(SP),STATPS

L 16
PAGE 93

SEQ 0206

;DID PSW (HANGE?

1-0CT-79
10:59
POP=-11 (IS INST EXERCISER
MACY11 27(655)
PROGRAMMAB|E (LOCK SERVICE ROUTINE
(ZKEEA.P11

13726

13727
13728

13729

13730
13731

061444
061452
061454

001054
023737
001050
023737

061462

001044

061442

003014

002576

003000

002562

BNE
CMP
BNE
CMP

STHASC
SGPR6,STATR6
STHASC
SGPRO,STATRO

BNE

STHASC

M 16

PAGE

SEQ 0207
JBRANCH IF YES
;DID STACK POINTER CHANGE?
JBRANCH IF YES
;DID ANY OF THE GENERAL PURPOSE REGISTER
JCONTENTS CHANGE?
;BRANCH [F RO CHANGED

POP-11 CIS
(ZKEEA.P11
13733
13734
13735
13736
13737
13738
13739
13740
13741
13742
13743
13744
13745
13746
13747
13748
13749
13750
13751
13752
13753
13754
13755
13756
13757
13758

INST EXERCISER
MACY11 27(655)
1-0CT-79 10:59
PROGRAMMABLE CLOCK SERVICE ROUTINE

061464
061472
061474
061502
061504
061512
061514
061522
061524
061532
061534
061540
061544
061550
061552
061556
061562
061564
061566
061570
061572
061574
061600
061602

023737
001040
025737
001034

023737
001030
023737
001024
023737
001020

003002

002564

003004

002566

003006

002570

003010

002572

003012

00257¢

(MP SGPR1,STATR1

120602

000207

000002

sBRANCH If R1 HAS (HANGED

BNE STHASC

sBRANCH IF R2 HAS CHANGED

BNE STHASC
CMP SGPR4,STATRS
BNE STHASC

;BRANCH IF R3 HAS CHANGED

C(MP SGPR3,STATR3

CMP SGPRS5,STATRS

003000

2%:

SEQ 0208

BNE STHASC

CMP SGPR2,STATR?Z

003014
000006
120602

8 1
PAGE 95

ADD #6,R0
CMP RO, #CSTACK
BHIS 1%
MOV #SCSTK ,R2
MOV #CSTACK,R1
(MP -(R1),-(R2)
BNE STHASC

CMP R1,RD
BHIS 2%

18:

BR NOSCHG

NOSCHG:

RTS PC

sBRANCH IF R4 HAS CHANGED

: BRANCH IF RS HAS CHANGED

;DID THE STACK CONTENTS CHANGE
;DID ANYTHING GEYT PUSHED ONTO THE STACK?
sBRANCH IF NO
;DID ANY OF THE INFORMATION ON THE STACK GET (CHANGED?
sBRANCH [F YES
JALL OF STACK CHECKED?
sBRANCH [F NO

STHASC: ADD #2,(SP)

:ROUTINE TO CHECK FOR AND SETUP P=(CLK 1

PC1CK:

STEST

FOR P~CLKS PRESENT

el 7]

POP-11 (1]
(ZKEEA.
P

INST EXERCISER

MACY11 27(655)

PROGRAMMABLE

1-0CT-79

CLOCK SERVICE ROUTINE

10:59

013701
011146
012721
011146
005011

061676

MOV
MOV
MOV
MOV
CLR

005777

120670

TST @PC1(SR

012777
005077
012777

060134
120656
000000

120656
120650

MOV #PCIS1,a8PLLK1V
CLR @PC1CSR
MOV #000,aPC1CSR

012777

000008

120644

MOV #1,3PC1(CSB

13774
13775
13776
13777
13778
13779
13780
13781

012737
013737

000001
002544

002552
047434

MOV #1, INTRVL
MOV KNOP1,TOPC1

062766
000402
005726
005726
013701
012661
012611
000207

000004

002532
000002

2%:

ADD 44,4 (SP)
BR 2%
ST (SP)+
TST (SP)+
MGV TIMOUT,R1
MOV (SP)+,2(R1)
MOV (SP)+, (R1)
RTS PC

013701

002532

PC2CK:

012721
011146
005011
005777
012737
012700
005020
020027
001374
012777
005077

062024

13773

13782
13783

13784
13785

13786
13787
13788
13789
13790
13791
13792
13793

13794

13795
13796
13797
13798
13799

011146

18:

120564
177777
004102

:ROUTINE

002540
126.

004172
060110
1c053C

120520

—

PAGE 96

13760
13761
13762
13763
13764
13765
13766
13767
13768
13769
13770
13771
13772

002532

TIMOUT,R1
(R1),=-(SP)
#1$,(R1)+
(R1),=-(SP)
(R1)

SEQ 0209

JSAVE TIME OUT VECTOR CONTENTS

JATTEMPT ACCESS P-CLK1
JPCLK1 IS RESPONDING

(SR

JSET UP P=CLK1 INTERRUPT SERVICE VECTOR
;CLEAR P-CLK1 CSR
;SET P-CLK1 FOR SINGLE INT,COUNT DOWN, 100k KZ
CLOCK, INT ENABLE
;
;SET COUNTER TO 1 (1 MICRO SEC INTERVAL
WITH 1 MHZ EXTERNAL CLOCK.
;
;SAVE INTERVAL SETTING
OVERURITE BRANCH TO ALLOW TURNING ON OF
PCLK1

PRIOR TO CIS

ADJUST STACK FOR

INST EXECUTION

'EXISTS RETURN'

JFIX UP STACK POJINTER

JRESTORE TIME OUT INTR VECTOR TO ORIGINAL STATE

TO CHECK FOR AND SETUP P-CLKZ

MOV TIMOUT,.R1

MOV (R1),-(SP)

MOV
MOV
CLR
TST
MOV
MOV
(LR
CMP
BNE
MOV
CLR

418, (R1)+
(R1),-(SP)
(R1)
@PC2CSR
#177777 ,LATEN
#ILATEN.RO
‘
(RO)+
RO, #LATEND+2
128
#PCIS2,aPCLK
1y
@PC2CSR

;SAVE TIME OUT VECTOR CONTENTS

JATTEMPT ACCESS OF

PCLK 2 (SR

JSET LATENCY TESTING FLAG
;CLEAR INTERRUPT LATENCY TABLE

. CLEAR P=(CLK2 (SR

T g g ges
W
= O

0o 0o

)
mad
el e
o
e
—d

d e

1=0(T=-79
10:59
MACYT1 27(65%5)
EXERCISER
PROGRAMMABLE CLOCK SERVICE ROUTINE

012777

000020

MOv #20,3PC2CSR

005077
013737

002546

120520

CLR aP({2(CSB
MOV KNOP2,TOP(2

062766
000402
005726
005726
013701
012661
012611
000207

00000¢

002532
000002

ADD #4,4(SP)

BP 2%
TST
TST

(SP)+
(SP)+

MOV TIMOUT,R1

MOV (SP)+,2(R1)

MOV

(SP)+,(R1)

RTS PC

PAGE

SEQ 0210
JSFET P=CLK2 FOR INT.
100KHZ CLOCK

DISABLE,

COUNT UP

“SET COUNTER "0 0

"OVERWRITE BRANCH TO ALLOW TURNING ON OF
PCLK2 PRIOR TO CIS

iINST EXECUTION

*ADJUST STACK FOR 'EXISTS RETURN'
SFIX UP STACK POINTER
;RESTORE

TIME

ORIGINAL

OUT

STATE

INTERRUPT

VECTOR

POP-11 (Z? INSTY EXERCISER
(ZKEEA, Pl
LINE

MACYTT 27(655)
1-0CT=-79
TIME CLOCK ROUTINES

10:59

PAGE 97-1

13815

LSBTTL

13822
13823
13824

S kWll=L (LINE TIME CLOCK) INTERRUPT SERVICE ROUTINE

13821

13825

13826
‘3827

13828

13829

062044

013746

177572

062050
062054
062060
062066

005037
012637
042777
004737

177572
002210
000100
061206

LTCIS:

LINE

SEQ 0211

TIME CLOCK ROUTINES

MOV @#MMRO,-(SP)

SSAVE MEM MGMT STATE ON STACK - OVERWRITTEN WITH A

CLR
MOV
BIC
JSR

STURN OFF MEM MGMT
"RESTORE STACK TOQ PROPER POINT
“TURN OFF LTC
*SAVE GENERAL PURPOSE REGS 0-6

SVMMRO
(SP)+,MMSTAT
#100,aLKS
P(C,SGPROG

S BRANCH (406) IF NCT A 11/34/44/74 (SEE SIZEPT ROUTINE)

PLP-11
IS
(ZKEEA. 1 P

13831
13832
13833
12834
13835
13836
13837
(6)

(3)

(4)
13838
13839
13840
(6)
(3)
(4)
13841
(6)
(3)

INST EXERCISER

062072
062076
062100
062104
062106
062114
062116

062116
062122
062124
062130
062136
062142
062142
062146
062150
062154
062154
062160
062162
062166

LINE

021627
001045
004737
000442
032766
001025
012746
010600
004737
012737
004737
012746
010600
004737

CLOCK ROUTINES

047464

000<Q0

062166
054766

- (SP)
#HLTMSG,
MOV
MOV
SP,R0
JSR PC,FPRINT
MOV #1008,HLTLOC
JSR PC,IDINFO
PRINTB #FORML?2

002170

002542
040000

065304

100%:

002132

061264
002156

002210

~ (SP)
#FORM42,
SP,R0O

MOV
Mov

065304

005237
052737
076175
003146
003146
03152
004737
005737
001403
013737

PAGE 98

PRINTB #HLTMSG

014671

014760

10:59

BIT #400,2(SF)
BNE 1%

000002

012163

065304

1=0CT=79

CMP (SP) ,ATINST
BNE EXLTCS
JSR PC,STATIG
BR EALTCS

0614634

012746
010600
004737
000000

000002

MACY1T 27(655)

TIME

1%:

EXLICS:
177572

1%:

JSR PC,FPRINT
PRINTB #F0ORM43
MOV
#FORM4L3,
- (SP)
[0}
SP,RO
JSR PC,FPRINT

SEQ 0212

;INTERRUPTED THE CIS INST UNDER TEST?
JNO = EXIT LTC SERVICE
JHAS

THE

STATE OF

CIS

INST

CHANGED?

sNO RETURN = EXIT LTC SERVICE

JYES PETURN = [S PSW BIT 8 SET?

JBRANCH IF YES

JIDENTIFY FAILING INST
JMSG: CIS INST WAS SUSPENDED TO SERVICE

JMSG: PSw BIT 8 SHOULD HAVE BEEN SET BUT WAS NOT

HALT

INC

INTCT

BIS #40000,FATAL
DIVPI
DIVDS
DIVDS
DIVDD

JUPDATE INTERRUPT COUNT
JSET INTR INDICATION IN FATAL ERROR WORD
;DiISTURB IMTERNAL CISP STATE BY
;

EXECUTING A DIVP IN-LINE

INST.

JSF PC,RGPRO6

JRESTORE GENERAL PURPOSE REGS 0-6

BEQ 18

JBRANCH [F NO

TST MMFLG

I;ICT)\I/ MMSTAT , a#MMRO

INTR

JTESTING WITH MEM MGMT
;TURN ON MEM MGMT
JRETURN FROM SERVICE

(IS INST EXERCISER
CZKEEA.P1T
LINE
POP=11

; g ; ké

13856
13857
13858
13859
13860

1=-0CT=79
MACY1T 27(655)
TIME CLOCK ROUTINES

10:59

PAGE

SEQ 0213

sLTC SYNC UP ROUTINE
062234
062234

005077

120562

(62240
062246
062250
062254

032777
001774
005077
000207

006200
120546

LTCSUP:
120554

18%:

CLR aLKS

sDISASLE

BIT #200,aLKS
BEQ 1%
CLR &LKS

JWAIT

RTS PC

INTERRUPTS; (LEAR MONITOR

FOR CLOCK SIGNAL

POP=-11 CIS
(ZKEEA, P11

INST

EXERCISE R

LINE

1-0C7-79
MACY11 27(655)
TIME CLOCK ROUTINES

13869

13870
13871

LTC

13872

052777
005237
000775
005077
163737
005726
005726
000207

13873
13874
13875
13876

13877

13878
1387y

13880
13881
13882
13883
13884
13885
13886
13887

120524

003032

120536

003024

- DETERMINE

iYCCNT:
1%:

LTCINT:

100

SEQ 0214

COUNT PER (LOCK TICK

JENABLE

CLR aLkS
SUB LTCDLY,LONT
TST (SP)+
TST (SP)+

:DISABLE LTC INTERRUPTS
; INTERRUPT RETURN

égC1ECNT

JCOUNT

INTERRUPTS

TILL LTC

INTERRUPTS

JFIX UP STA(K

RTS PC

LTCP:

002532

120466
120462

062272

TO CHECK

FOR LINE

120450

TIME

CLOCK ON SYSTEM

MOV TIMOLT,RI
MOV (R1),-(SP)

;SAVE TIME OUT VECTOR
sSETUP INTERRUPT VECTOR

TST aLKS

JATTEMPT ACCESS OF

CLR aLKS

JCLEAR LTC

MOV #18,(R1)+
MOV (R1),-(SP)
CLR (R1)

062364

062334
062340

H o1

PAGE

BIS #100,aLKS

JLYC - ROUTINE

13888

13389
13890
13891
13892
3893

000100
003024

10:59

MOV #LTCINT,aLTCIV

JsLYC

CSR

LTC

IS RESPONDING = SETUP LTC

INTR

VECTOR

PDP=11 (1. INST EXERCISER
MACY1T 27(655)
1=0(CT=79
rIKEEA P11
LINE TIME CLOCK ROUTINES

10:599

13895

06236

013737

003030

047372

MOV KNOP4L,TOLTC

13897
13898

062354
062362

062766
000402

000004

ADD #4,4(SP)
BR 2%

13896

13899
13900
13901
13902
13903
}%ggg
13906
13907
13908

13909
13910
13911
13912

062364
062366
062370
062374
062400
062402

005726
005726
013701
012661
012611
000207

1%:
002532
000002

2%:

062404

013737
013737
013737

063544
063546
063550

001776
002000
002002

13916
13917
13918
13919

062430
062430
062436
062444

013737
013737
013737

063544
063546
063550

002004
002006
002010

13922
13923

062454
062454

013737

002006

063544

13913
}%g}é

}%gsg

062426

062452

000207

SEQ 0215

;OVERWRITE BRANCH TO ALLOW TURNING ON OF

;

LTC PRIOR TO CIS

INST EXECUTION.

+ 4

JEFIX UP STACK POINTER
JRESTORE TIME OUT
;
ORIGINAL STATE

INTR VECTOR TO

SUBROUTINES

SRNGST -

062404
062412
062420

107

JADJUST RETURN TO CALL

TST (SP)+
TST (SP)+
MOV TIMOUT ,R1
MOV (SP)+,2(R1)
MOV (SP)+,(R1)
RTS PC

JRANDOM EXERCISE MODE
:

I 1

PAGE

MOV RNCON,STRN(
MOV RP1,STRP1
MOV RP2,STRP?

;SUBROUTINE TO SAVE RANDOM & GEN STATE
;AT START OF EACH TEST

RTS PC

SRNGSX :

MOV RNCON, SXRNC
MOV RP1,SXRP1
MOV RP2,SXRP?

JSUBROUTINE

TO SAVE

RANDOM # GEN.

JSUBROUTINE

TO RESTORE

STATE

RTS PC

RRNGSX :

MOV SXRNC ,RNCON

RANDOM & GEN STATE

POP=11 (]IS INST EXERCISER
(ZKEEA.P11
LINE
13925
13926

13927
13928
13929

13930

MACY11 27(655)

1-0CT-79

MOV SXRP1,RP1
MOV SXRPZ2,RP2

TIME

CLOCK ROUTINES

062462
062470
062476

012737
013737
000207

002006
002010

063546
063550

062500
062500

013737

063544

002012

10:59

PAGE 102

RTS PC

SRNGSY:

MOV RNCON, SYRN{

;SUBROUTINE TO SAVE RANDOM # GEN STATE v,

SEQ 0216

POP=11*C]S
(ZKEEA.P1

13932
13933
13934
13935
13936
13937
13938
13939
13940

13941
13942
13943
13944
13945
13946

13947

13948
13949
13950
13951
13952
13953
13954
13955
13956
13957
13958
13959
13960
13961
13962

MACY11 27(655)
1-0CT-79
LINE TIME CLOCK ROUTINES

INST EXERCISER

062506
062514
062522

062524
062524
062532
062540
062546

013737
013737

000207

013737
013737
013737
000207
013737
013737
013737
000207

063546
063550

002012
002014
002016

063544
063546
063550

002014
002016

063544
063546
063550

002020
002022
002024
»

013737
013737
013737
000207

002020
002022
002024

063544
063546
063550

013737
013737
013737
000207

063544
063546
063550

002026
002030
002032

013737
013757

002026
002030

063544
063246

10:59

K
1
PAGE 103

SEQ 0217

MOV RP1,SYRP1
MOV RP2,SYRP2
RTS PC
RRNGSY:

SRNGSW:

MOV
MoV
MOV
RTS

SYRNC ,RNCON

INE TO RESTORE RANDOM # GEN STATE
s SUBROUT

SYRP1,RP1
SYRPZ2,RP2

RNCON, SWRN(

INE TO SAVE RANDOM # GEN STATE W.
s SUBROUT

RP1,SWR:1
RPZ2, SWRP?

RTS PC

RRNGSW:

SWRNC
, RNCON

INE TO RESTORE RANDOM # GEN STATE
; SUBROUT

SWRP1.RP]
SWRP2 ,RP2

SRNGSV:

"RNCON, SVRNC

INE TO SAVE RANDOM # GEN STATE
; SUBROUT

RP1,SVRP1

g?Z;SVRPZ

RRNGSV:

-5

SVRNC ,RNCON
SVRP1,RP1

INE TO RESTORE RANDOM # GEN STATE
; SUBROUT

POP=11

CIS INST EXERCISER

CZKEEA.P11
13964

062660

LINE

013737

MACY11 27(655)

1-0CT=79

063550

MOV SVRPZ,RP?2

TIME CLOCK ROUTINES

002032

10:59

PAGE

104

SEQ 0218

POP=11 CIS INST EXERCISER

(ZKEEA.P1T
13966
13967

062666

MACY11 27(655)

LINE TIME C.OCK ROUTINES

000207

1-0CT-79
RTS PC

10:59

L
PAGE 105

SEQ 0219

POP-11 CIS INST EXERCISER
MACYT1 27(655)
1-0LT-79
RANDOM MODE SUBROUTINES
CZKEEA.P11
13969
13970
1397
13972
13973
13974

.SBTTL

13982

PAGE 105-1

SEQ 0220

RANDOM MODE SUBROUTINES

:SUBROUTINE TO GENERATE A RANDOM CIS INST AND LOAD ITS IDENTIFIER
; (REFERENCE THE OINST TABLE)

INTO THE FIRST WORD OF

THE DUMMY

JINPUT TABLE. THIS ROUTINE ONLY GENERATES CIS INSTS WHICH HAVE A NON-ZERO
JENCODING IN THE OINST TABLE.
ZERC OINST TABLE ENTRIES ASSCC WITH CIS INST
;NOT TO BE INCLUDED IN THE RANDOM EXERCISING.

13975

13976
13977
13978
13979
13980
13981

10:59

062670
062670
062674
062700
062702
062706

004737
042700
005200

020027
101370

063464
177740

000031

GENR]:

JSR PC,.RN
B8IC #8S128,R0

:GET A RANDOM #
JMASK OFF ALL BUT LEAST SIGNIF 5 BITS

(MP RO 43"
BH] GENR!

JVALID IDENTIFIERS = 1 T0 31
;BRANCH IF IDENTIFIER IS INVALID

INC RO

1-0CT-79
MACY11 27(655)
POP=-11 CIS INST EXERCISER
RANDOM MODE SUBROUTINES
CZKEEA.P11
13984

13985
13986
13987
13988

13989
13990
13991
13992

13993
13994
13995

062710
062714
062716
062722
062724
062726

010037
006300
062700
005710
001761
000207

MOV
ASL
ADD
TST
BEQ

072022

003722

RTS PC

106

SEQ 0221

JLOAD IMST IDENTIFIER INTO DUMMY INPUT TABLE

JVERIFY THAT GENERATED INST IS
;A MEMBER OF THE SET OF CIS INSTS
;TO BE RANDOMLY EXERCISED.
INPUT TABLE USING RANDOM NUMBER GENERATOR.

THE RANDOM EXERCISE MASK

TABLES

; (LENGTHS ,ADDRESSES,ETC) TO THE PROPER RANGE.
012702
013701
006301
062701
011101
012137
022737
001431
022737

072026
072022

001764
125252

001764

152525

001764

;SETUP POINTER INTO DUMMY TABLE

1%:

;GET MASK FOR GIVEN INPUT PARAMETER
;1S MASK=END OF MASK TABLE (EOT)
;BRANCH IF YES
;DOES MASK INDICATE THAT INPUT

MOV
ASL
ADD
MOV
MOV
CMP
BEQ

IDUM,R1
R1
AMINST
R1
(R1),R1
(R1)+,PMASK
#c 0T ,PMASK
IDFLD

CMP ADSCPTR,PMASK

002504
001764

2%:

063464

BNE 2%
(R2) +
MOV #RANDSC,
BR 1$
BIT #100000,PMASK
BNE 33
JSR PC,RN
BIC #BS4,RO
ADD PMASK,RO

176000

001764
063464
001764

IDFLD:

072074

000020

072022

000030

072022

14021

072033

000011

14033

000010
000003

072033

072056
002172

002172
072056

072022

TO LIMIT OPERANDS

(DINPT: MOV #IDUM+4 ,R2

004172

100000

14037
14038
14039
14040
14041
14042

RO, IDUM
RO
#OINST,RO
(RO)
GENRI

JROUTINE USES

PAGE

*ROUTINE T0 LOAD UP DUMMY

001003

14035

10:59

MOV RO, (R2)+
BR 1%
JSR PC,RN

2%:

3%:

IS A DESCRILPTOR POINTER?

;BRANCH IF NO
JFILL TABLE ENTRY WITH A RANDOM
;DESCRIPTOR PQINTER.
sMASK AND OFFSET?
JBRANCH IF NO(MASK ONLY).
:GENERATE A RANDOM #

:MASK WITH 176000

JADD IN OFFSET
;STORE INPUY PARAMETER

;GENERATE A RANDOM NUMBER

BIC PMASK,RO
MOV RO, (R2)+
BR 1%
CLR (R2)+
CMP R2,#]DUME

;MASK TO VALID RANGE
;STORE INPUT PARAMETER IN DUMMY TABLE

CMP
BEQ
CMP
BNE

;1S RANDOM MODE INST = ASHP OR ASHN?
sJBRANCH IF YES

BNE

1%:

;PARAMETER

IDFLD

#20,1DUM
1%
#30,1DUM
28

CMPB IDUM+11 411

BLOS 2%
BICB #10,1DUM+11
CMP #3,1DUM
BNE 3$
MOV IDUM+34, IRXLT
MOV #IRXLT,IDUM+34

;CLEAR REMAINDER OF DUMMY INPUT TABLE

;BRANCH [F NO

JYES - LIMIT ROUND DIGIT TO O - 9
;CONVERT INVALID DIGIT TO A VALID ONE
;1S RANDOM INST - MOVT(C
;BRANCH [F NO

JADJUST IP15 FOR PROPER LEVEL OF

INDIRECTING

RTS PC

JROUTINE TO LOAD MISCELLANEOUS CONSTANTS USING RANDOM NUMBER GENERATOR

(DCON:

004737

063164
063164
063170
063172
063200
063204
063206
063212
063214
063222
063230
063236
063240
063246

005737
001406
013737
005037
4
105777
1
3
117737
042737
023727
001453
023727
001003

164074
164075
14076
14077
14078
14079
14080
14081
14082
14083
14084
14085

063254
063256
063264
063266
063274
063302
063304
063312
063314
063322
063324
063332

000442
023727
001007
012737
012737
000427
023727
001004
012737
000417
023727
001003

14073

14086
14087

164088
14089
14090
14091
164092
14092
14094
14095
14096

063146
063152
063156
063162

010037
004737
010037
000207

ANDOM MODE SUBROUTINES

063464

063334
063340

063342
063350
063352
063356
063362
063366

005137
000410

023727
001004
005037
005037
062716
000207

ROUTINE

110520

MOV XOCHAR,RCHAR
CLR XOCHAR

7%:

064672
064672
000003

064672

000024

8%:

063370
064672

000004

177777
177777

002042
002204

064672

000095

177777

002042

064672

000017

3%:

5%:

6%:

002044

000004

SEQ 0222

;LOAD TEST BUFFER INCREMENTING SEWUFNCE
SEED WITH A RANDOM #

;DID TYPE ROUTINE

BEQ 7$

064672

116472
177600
064672

002042
002204

106-1

TO ACKNOWLEDGE OPERATOR REQUESTS
CNTL T - DISPLAY CURRENT TEST #(DECIMAL) THEN RETURN TO CALL+*6
CNTL C - RETURN TO CALL+2
CNTL D - SET DISPLAY AND NO QUERY SWITCH. THEN RETURN TO CALL + 6
CNTL E - SET DISPLAY SWITCH. THEN RETURN TO CALL + 6
CNTL N = CLEAR DISPLAY SWITCH. THEN RETURN TO CALL + 6
CNTL O - TOGGLE PROGRESS DISPLAY SWITCH. THEN RETURN TO CALL
OTHER = RETURN TO CALL+6
TST XOCHAR

116456

064672

RTS PC

Meose

004737

PAGE

MOV RO, INCSQ?

;

063250

10:59

JSR PC,RN
MOV RO, INCSQ1
JSR PC,RN

001660
063464
001662

110520
110520

1-0CT-79

063142

16044
14045
16046
[ 14047
16048
14049
146050
14051
14052
14053
14054
14055
14056
14057
14058
14059
164060
14061
14062
16063
16064
14065
14066
14067
16068
16069
164070
14071
164072

MACY11 27(655)

—

16043

INST EXERCISE:

POP-11 CIS
(ZKEEA.P11

BR 8%

TSTB aTKS

4%:

1%:

2%:
JROUTINE

MOVB @TKB,RCHAR

BIC #*C177,RCHAR

CMP RCHAR,#003
BEQ 2%
CMP RCHAR,#024
BNE 3%
JSR PC,IDINST
BR 1%
CMP RCHAR,#004
BNE 5%
MOV #177777 .NOERDS
MOV #177777.QRYFLG
BR 1%
CMP RCHAR,#005
BNE 6%
MOV #177777 ,NOERDS
BR 1%
CMP RCHAR,#017
BNE 4$
BR 1%
CMP RCHAR,#016
BNE 18
CLR NOERDS
CLR QRYFLG
ADD #4, (SP)

CHECK FIND A (CHAR

JNO = EXIT ROTINE
JREAD AND SAVT TTY ({HAR
GET RID OF JUNK IF ANY
;1S CHAR A (NTL (C?
JBRANCH IF YES
;IS CHAR A CNTL T2

;1S CHAR A CNTL D?

JSET DISPLAY SWITCH
;SET QUERY FOR DISPLAY BUFFER FLAG
;IS CHAR A CNTL E?
JBRANCH IF NO
JSET DISPLAY SWITCH
;1S CHAR A CNTL 0?

:BRANCH IF NO

:TOGGLE PROGRESS DISPLAY SWITCH

;1S CHAR A CNTL N?
:YES = CLEAR NO ERROR DISPLAY SWITCH
;CLEAR QUERY SWITCH

JRETURN TO CALL+6

RTS PC

TO DISPLAY

XON/XOFF

;CHAR THERETM

BPL 1%

COM PROGD

000016

JBRANCH [F NO

CURRENTM

[NST AND

TEST #

POP-11 CIS INST EXERCISER
MACY1T1 27(655)
1-0CT=-79
RANDOM MODE SUBRQUT INES
(ZKEEA.P11

063370
063370
063376
063376
063402
063404
063410
063414

012737

177777

001762

012746
010600
004737
004777

014020

000207

IDINST:

D 2
PAGE 106-2

MOV #177777,CTACT
PRINTB #FORMZ21

MOV
#FORM21,-(SP)
MOV
SP,RO
JSR PC,FPRINT
JSR P(C,aEMPTR

065304
116526

RTS PC

SEQ 0223

JSET CONTROL T ACTIVE FLAG

JPRINT A CRLF

:PRINT INST & TEST &

JROUTINE TO RANDOMIZE PACKED STRING DATA TYPE

(¥,

BRI
VOONO
NS WWN=O

kD
o
oD ad

2 3T 2P 2T 2F 2k 2P 3
2

b e

)
b e

PR oW W o

b
b

N
N S U S
U U
Y

146097
14098
14099
(6)

10:59

004737
032700
001403
012700
000402
012700
000207

063464
000001

:
RPTYPE

000007
000006

1%:
10%:

JSR PC,RN
B8IT #1.,R0
BEQ 1%
MoV #7,R0O
BR 10%
MOV #6.R0
RTS PC

;ROUTINE

004737
042700
020027
101371
000207

063464
177770
000005

RZTYPE:

JGET A RANDOM #

JUSE BIT O OF THE RANDOM # TQO SELECT BETWEEN
;

THE

TWO TYPES FOR PACKED STRINGS

TO RANDOMIZE

ZONED STRING DATA TYPES

JSR PC,RN
8IC #177770,R0
CMP RO #5

;GET

BHI RZTYPE
RTS PC

A RANDOM #

JUSE BITS 0,1 & 2 TO SELECT BETWEEN
;

THE 6

TYPES FOR ZONED STRINGS

JROUTINE TO GENERATE A PSEUDO RANDOM NUMBER
NONE

JINPUTS:

JOUTPUTS:

013700
000241
005337
006100
006100
063700
063700
010037
006100
006100
063700
006100
006100
010037
013700
000207
000000

063546

RN:

063544
063544
063550
063546
063550

063550
063546
RN(ON:

MOV
cLC
DEC
ROL
ROL
ADD
ADD
MOV
ROL
ROL
ADD
ROL
ROL
MOV
MOV
RTS

PSEUDO RANDOM VALUE IN RO

RP1,RO
RNCON
RO
RO
RNCON,RO
RP2,R0O
RO ,RP1
RO
RO
RP2.RO
RO
RO
RO,RP?2
RP1,R0O
P(C

.WORD 0

JRANDOM # GENERATOR SEEDS

(6,7).

1-0CT-79
MACY11 27(655)
PDP=11 CIS INST EXERCISER
RANDOM
(ZKEEA.P11
MODE SUBROUTINES
164148
164149
14150
1615
14152
14153

063546
063550
063552
063554
063556

001233

007622

RP1:
RP2:
KRNCON:
KRP1:
KRP?2:

.WORD
.WORD
.WORD
.WORD
.WORD

1233
7622
0
1233
7622

PAGE

106-3

SEQ 0224

MACY11 27(655)
POP=11 CIS INST EXERCISER
MESSAGE PRINT ROUTINES
CZKEEA.P1Y
14155
16156
16157
14158
16159
14160
14161
14162
14163
164164
16165
14166
164167
(6)
(3)
(4)
14168
164169
(6)
(3)
(4)
164170
(14)
(14)
(13)
(12)
(11)
(10)
(9)
(8)
(7)
(6)
(3)
(&)
14171
(6)
(3}
(4)
14172
(14)
(14)
(13)
(12)
(11)
(10)
(9)
(8)
(7)
(6)
(3)
(4)
14173
14174
14175

1-0CT=79

LSBTTL

10:59

PAGE

106-4

SEQ 0225

MESSAGE PRINT ROUTINES

sHeeaes

;ERROR MESSAGE PRINT ROUTINES

;
;

063560
063560
063564
06357
063574
063574
063600
063602
063606
063610
063610
063614
063616
063622
063622
063624
063630
063634
063640
063644
063650
063654
063660
063664
063670
063672
063676
063676
063702
063704
063710
06
063712
063716
063722
063726
063732
063736
063742
063746
063752
063756
063760
063764
063770
00377

004777
032737
001406

116356

000100

INSERR:

047464

RETURNS TO CALL +2 FOR REPEAT TEST

RETURNS

JSR

BIT
BEQ

PRINTB

TO CALL

;PRINT ERROR MESSAGL HEADER

#INMEM

JIN=LINE

- (SP)
#INMEM,
MOV
MOV
SP.RO
JSR PC,FPRINT

011114

012746
010600
004737

011066

MOV

065304

JSR PC,FPRINT

013746
013746
013746
013746
C1374¢
013746
013746
012746

010600
04737

012746
010600
004737
005046
153716

013746
013746
013746
013746
013746
013746
013746
012746
010620
001440

065304
11%:

003642
003640
003676
003674
003672
003670
003666
003664
011170

065304

PRINTB

MOV
12%:

PRINTB

(LR
BISB
MoV
MOV
MOV
MOV
MOV
MOV
MOV

MOV
1 81Y)

#INREG,-(SP)

SP.RO

#FORM13,ERQ,ER1,ER2,ER3,
ER4 ,ERS,TR6,<B,TC(>

-(SP)
TCC, (SP)
TR6,~(SP)
ERS,-(SP)
ER4 ,-(SP)
ER3,-(SP)
ER2,-(SP)
ERQ1,-(SP)
ERQ,-(SP)

#FORM13,-(SP)
SP,RO

JSR PC.FPRINT

PRINTB

#EMOUT

,~ (SP)
#EMOUT

065304

JSR PC,FPRINT

065304
002146

TYPE

12%

MOV

0037i0
003706
003704
003702
011250

;INST UNDER TEZST TYPE:
JBRANCH [F RCEGISTER TYPE

#INREG

011142

003720
003716
003714
003712

RETURN

PC.3EMPTR

#100,TINST
1%

012746
010600
004737
000405

005046
153716

+6 FOR NORMAL

MOV

PRINTB

CLR
BISB
MOV

SP,RO

fiFORT14.EROR,ER1R,ER?R,ER3R,ER4R,ERSR,ER6R,<B,ECCR>

-(SP
ECCR, (SP)
ER6R,-(SP)

MOV

ERSR,-(SP)

MOV
MOV

ER3R,-(SP)
ER2R,=(SP)

MOV

ER4R,=-(SP)

ERIR,=(SP)

MOV
EROR,~-(SP)
#FORM14 ,-(SP)
MOV
MOV
SP,RO
JSR P(,FPRINT
TET

EQRREG

:WAS

PRINTB

#ACOUT

JYES = PRINT OUT

BEQ

THERE

A REGISTER ERROR?
DISCREPANCIES

EXERCISER

POP=11
CZKEEA.

MESSAGE PRINT ROUTINES

012746
010600
004737
012701
012702
021122
001412
011137

(6)

(4)
16176
146177
14178
14179
14180
14181

(7
(6)
(3)

4)
14182
14183
6)

(3)

(4)
14184
14185

14193
14194
14195
(7)
(7)
(6)
(3)
4)
14196
14197
14198
14199
14200
(8)
(7)
(6)

(3)

(4)
14201

POON

(6)
(3)
4)
14192

R
R
R
AR
R
R
R
R
AR
AR
ERLRT
3 BEINERIRERIRNSREI
NSRRI ERS

(7)
(7)

£z B

4)
1419

064100

NORORY
N -~ b

14186
14187
14188
146189
14190
(6)
(3

MACYTT 27(€55)

011330

065304
003644
003702

002264
011356

0127646
010600
004737
020127
001424
062701
000751
005737
001431

011365

012746
010600
004737
005046
153716
012746
010600
004737
000413
005737
001410
005046
153716

5% :

MOV

2%:

000002
002144

011330

NFORM1S, TERR

TERR,
= (SP)
MOV
#FORM1S
= (SP)
MOV
SP,R0
JSR PC,FPRINT
BR
3
PRINTB #FORM16

MOV
#FORM16,
= (SP)
MOV
SP,RO
JSR PC.FPRINT
CMP
R1,#TR6R
BEQ
4%
ADD
#2,R1
BR
5%
TST
ERRCC
BEQ
6%
PRINTB

#ACOUT

PRINTB
CLR
BISB
MOV
MOV

#7ORM17,<B,T7(R>
~(SP)
TCCR,(SP)
NEORM17,~(SP)
SP,R0

PRINTB

#FORM18,<B, TC(R>

MOV

#FORM18,
- (SP)

MOV
#ACOUT
, = (SP)
MOV
SP,R0O
JSR PC,FPRINT

065304
003662
011371

065304
002144

G 2
PAGE 106-5

#ACOUT
, = (SP)
MOV
SP,RO
JSR PC,FPRINT
MOV
#TROR,R1
MOV
#EROR .R2
CMP
(R1),(R2)+
BEQ
23
MOV
(R1) , TERR
PRINTB

065304

065304
003660

10:59

48:

003662

065304
066242
002270
002150

013746

002202

MOY

012746
010600
004737

011405

MOV
#EBUFO,
- (SP)
MOV
SP,R0O
JSR PC,FPRINT

002200

065304

:NOT EQUAL - PRINT ACTUAL

;EQUAL - PRINT SPACES

;ALL REGISTERS COMPARED?
:BRANCH IF YES
:LOOK AT NEXT REGISTER
:WAS THERE A CONDITION CODE ERROR?
,
:YES - PRINT

ACTUAL

COND.

CODEY

-(SP)
TCCR,(SP)

010600
004737
004737
005037
005737
001422

6%:

; COMPARE ACTUAL WITH EMULATOR REGS.

JSR PC,FPRINT
BR
6%
TST
ERRCC
BEQ
6%
CLR
BISB

012746 911401

013746

SEQ 0226

MOV

002264

013746
012746
010600
004737
000405

1-0CT=79

MOV
SP,R0
JSR PC,FPRINT
JSR PC.PRNIB
CLR FILLS2
TST
ERRBUF
BEQ
LODT

;GO CHECK FOR POSSIBLE NIBBLE PRINTOUT.
;WAS THERE A BUFFER ERROR?

PRINTB

#EBUFO,EMADR,EMDTA

MOV

EMADR
, - (SP)

PRINTB

EMDTA,=(SP)

#ABUFO,AEADR,AEDTA

:YES PRINT

BYTE

FIRST BUFFER

DISCREPANCY.

POP=11 Cl ?
2KEEA. P

MACY1T 27(655)
INST EXERCISER
MESSAGE PRINT RCUTINES

013746
013746
012746
010600
004737

(8)
(?)
(6)

(3)

(4)
14202
14203
14204
16205
14206
146207
14208
14209
14210
14211
14212
14213

005737
001100

002176
00274
011442

065304
002204

104400

011473
004737
000137
000137
000137
000137
104400

013627
004737
000754

14214

14215

16216
(6)
(3)
(4)

127466
010690
J04737
04737
000763

14217
14218
14219
an
an
102
Ao
(9
(9
(8)
(8)
(7)

005046
153716
005046
153716

005046

153716
005046
153716
013746
012746
010600
004737

(6)

(3)

(4)

14220
(10)
g0
(9)
(9)
(8)
(8)
(7)

005046

064460
064452
064302
064456
064446

1%:

013701

065304
065230

2%:

003141

003137

003136
002222
013642

065304

064456

000207

000004
000004

s INHIBIT BUFFER QUERY?

ERMDON

JYES

JSR

PC,YORN

JMP
JMP
JMP
JMP

TYPE
AST

ERMDON
1%
LERMD
RTSUPY

;DISPLAY BUFFER?

JCONTINUE (C) RETURN
:DISPLAY MEMORY (D) RETURN
JREPEAT TEST (R) RETURN
JRESTART (S) RETURN
JPRINT

'ADDR(S)?'

JSR

PC ,RANGE

;GET

LODT

sNO MORE DISPLAY REQUESTED=-RETURN

PRINTB
MOV

#ADDHDR
#ADDHDR
, - (SP)

B8R

MOV
SP,RO
JSR PC,FPRINT
JSR
PC,FILLPB

RANGE

LOCATIONS

TO DISPLAY

;JPRINT BYTE HEADER

SFILL PRINT BUFFER

. RANGE EXHAUSTED RETURN

PRINTB
(LR

#FORM19,BAD,<RBR,PR0>,<B,PR1>,<B,PB2>,<B,PR3>
-(SP)

CLR
BISB
CLR
BIS8
CLR
BISB

-(SP)
PB2, (SP)
-(SP)
PB1, (SP)
-(SP)
PBO, (SP)

BISBR

PR3, (SP)

8AD ,-(SP)

#FORM19,-(SP)
SP,RO

PB7, (SP)

-(SP)
PB6, (SP)
~(SP)
P85, (SP)
BISB
-(SP)
CLR
PB4, (SP)
81S8
- (SP)
#FORM20,
MOV
MOV
SP,R0
JSR PC,FPRINT
BR
2%
(LR
BISB
CLR

003143

(4)
14221
14222

SEQ 0227

JSR PC,FPRINT
PRINTB
#FORMZ20,<B,PR4>,<R,PR5>,<B,PR&6>,<B,PR7>
-(SP)
CLR

003144

(3)

106-6

QRYFLG

MOV
MOV

003145

003142
013765

TST

MoV

065304

PAGE

BNE

BISB

003140

10:59

MOV
AEDTA,=(SP)
MOV
AEADR,-(SP)
MOV
#ABUFO,=(SP)
MOV
SP,R0
JSR PC,FPRINT

TYPE
QDJsSpP

064674

(7)
(6)

14223
14224

LODT:

1=-0CT=-79

ADD #4, (SP)
: ADD #4, (SP)
ERMDON
RTS PC
LERMD:

RTSUPV:

JRETURN TO RESTART AT LOC 'START’
JNORMAL RETURN TO CALL +6
JREPEAT TEST RETURN TG CALL <2

MACYT1 27(655)
POP=-11 CIS INST EXERCISER
MESSAGE PRINT ROUTINES
CZKEEA. P11

14240

10:59

PAGE

106-7

SEQ 0228

$SUBROUTINE TO ACCEPT Y,N,C,R,S,D OR H RESPONSE FROM TTY. RETURNS TO (ALL +2

064460
064460
064464
064466
064474
064502
064510
064512
064520
064522

001003
005037

064526

000407

105777
100375

117737

042737
023727
001450
023727

115204

—

14225
146226
16227
16228
14229
14230
14231
14232
14233
14234
14235
14236
14237
14238
14239

1=-0CT=-79

115220
177600

064672

064672
064672
000123

064672

000170

047444

ON N OR ( RESPONSE; CALL +4 ON A Y OR D RESPONSF;
AND CALL +10 ON AN S RESPONSE.

ORN:
$

TST8
BPL
MOvB

BIC
(MP
BEQ
MP
BNE
(LR

BR 10%

?;KS

JWAIT

aTKB,RCHAR
#4C177 ,RCHAR
RCHAR 4123
5%
RCHAR,#110
6%

JREAD & SAVE (HAR
;GET RID OF JUNK [Ff
;IS CHAR AN S ?
sBRANCH IF YES
;1S (HAR A H
JBRANCH [F NO

PRE INS

(ALL

+6 ON AN R OR H RESPONSE;

FOR A (HARA(CTER

sINSERT A HALT
; THE CIS INST

ANY

[MMEDIATELY BEFORE
UNDER TEST. THEN REPEAT

TEST.

POP=11 CIS INST EXERCISER
MACY11 27(655)
CZKEEA.P11
ME SSAGE PRINT ROUTINES
14242

14243

14244
14245
14246

14247
14248

14245
14250
14251
14252
14253

14254
14255

14256

14257
14258
14259
14260
14261
14262

530

023727
001011
013737
012737
005337
000426
023727

1-0CT7=79

10:59

064672

000122

6$:

001672
177777
002054

067444
002266

cMP
BNE 78

10%:

MOV #177777 .RPTFLG

064672

000131

7%:

064672

000104

064672

00C116

064672

000103

001672

047444

000004
000004
000004
064654

RCHAR,#122

MOV kNOP,PRE INS
DEC ERRCT

BR 4%
cMP
BEQ
cMP
BEQ 2%
CMP
8EQ
cMP
BNE 1%

PAGE

107

;IS C(HAR R
;BRANCH IF NO

JRESTORE NOP TO INST

SEQ 0229

IMMED BEFOR (IS

INST UNDER

;SET REPEAT TEST FLAG
SO THAT ERROR COUNT
;DECREMENT ERROR COUNT
OF TEST
REPEAT
ON
ADVANCE
DOESN'T
;

RCHAR, 4131
2%
RCHAR,#104

;IS CHAR = ¥

RCHAR #4116
118
RCHAR #4103

sNO - IS CHAR = N

TEST

;1S (HAR = D?

;1S (HAR = (?

MOV KNOngREINS

JRESTORE NOP TO INST IMMED BEFORE (IS INST UNDER TEST

ADD
ADD
ADD
JSR

JCHAR = Y OR D SETUP RETURN - CALL +4
JECHO CHARACTER - WAIT FOR

¥4, (SP)
4, (SP)
#4, (SP)
PC,ECHAR

JYES - RETURN - CALL

MACY1? 27(655)
POP=11 (]S INST EXERCISER
MESSAGE PRINT ROUTINES
CZKEEA.PIT
16264
14265
14266
14267
14268
14269

064652

000207

064654
064660
064662
064670

105777
100375
113777

000207

115034

064672

£ CHAR:

115026

1-0(T-79

10:59

RTS

T1STB
BPL
MOVB
RTS

aTPS
ECHAR

K 2
PAGE 108

RCHAR,3TPB
PC

PRINTER READY
;.
;LOAD CHAR TO BE TYPED INTO DATA REG.
;SUBROUTINE TO PRINT CHAR [N °'RCHAR’
JWAIT UNTIL PRINTER IS READY
;LOAD CHAR INTO DATA REG

SEQ 0230

MACY11 27(655)
POP=11 CIS INST EXERCISER
MESSAGE PRINT ROUTINES
CZKEEA.P1
14271
14272
14273
146274
14275
14276
14277
14278

064672

000000

RCHAR:

1-0C7-79

.WORD

10:59

PAGE

109

SEQ 0231

sSUBROUTINE TO GET RANGE OF LOCATIONS TO DISPLAV.
;
:

RETURNS TO CALL +2 ON NO MORE DISPLAY REQUESTED - USER
RESPONDED WITH ‘C°.

NORMAL RETURN IS TO CALL +4 WITH LOWER DISPLAY LIMIT
IN 'RLL' AND UPPER DISPLAY LIMIT IN 'RUL'.
RANGE:
;NORMAL RETURN = CALL +4.
PC,ACCOCT
JSR
JGET RANGE LOWER LIMIT
PC
RTS
JRETURN = EXIT DISPLAY
1%
BR
JRETURN - SINGLE LIMIT SPECIFIED
(SP)+ RLL
MOV
JNORMAL RETURN - SAVE LOMWER LIMIT
PC.ACCOCT
JSR
;GET RANGE UPPER LIMIT
PC
RTS
JRETURN = EXIT DISPLAY
B8R
2%
NORMAL RETURN - SAVE UPPER LIMIT
;

064776
002216
064776

002216
002216

002220

002220
000007
000007
000010

002216
002220
002220

000002

TYPE
QUES
B8R
MOV
MOV
B8R
MOV

1%:

2%:
3s:

BIC
BIC

ADD
ADD
RTS

JRETURN = TYPE? <CR><LF>«

RANGE
(SP)+ RLL
RLL,RUL

3$
(SP)+,RUL

#7 RLL
#7 ,RUL
#10,RUL
#2, (SP)
PC

;TRY AGAIN

;SINGLE LIMIT SPECIFIED -~ SAVE AS

;EXI?OTH LOWER & UPPER LIMIT
;SAVE UPPER LIMIT
JROUND OFF RANGE TO GROUP OF
;TEN BYTES.

JEXIT TO CALL +4

$SUBROUTINE TG ACCEPT OCTAL # FROM TTY. RETURNS TO CALL +2 ON INITIAL CR.
RETURNS TO CALL
LIMIT ON STACK.

ACCOCT:
114664

1%:

114700
177600
000015

2%:

000057

3s:

000602

000015

000002
000004

#15,(SP)+

JIS IT A 'CR'?

#2,SP

)

14321
14322
14323
14324

:CLEAR STORAGE FOR OCTAL #
;CHAR THERE?

000055

-(SP) 455
63
CMP (SP) MN57

BEQ 318
WP
BNE

(SP) 415
43

SLCRLF
MOV
MOV

4(SP),2(SP)

TYPE

RETURNS TO CALL

=(SP)
aTkS
1$
aTkB, -(SP)

#~C177,(SP)

000002

14317
14318
14319

+4 ON <CR> OR / WITH LIMIT ON STACK.

2(SP), (SP)

JNO = WAIT

;SAVE THE (HAR

;STRIP-OFF

THE ASCII

JYES - ECHO (R £ LF

;RETURN TO CALL +¢
;1S CHAR = *'=~!
;BRANCH IF YES
IS CHAR A / ?
;1S CHAR A <CR>?
SYES = ECHO/<CR> AND <LF>

;SWAP POSITION OF OCTAL #
JAND RETURN PC ON STA(CK

+6 ON <-> WITH

POP=11 (IS
CZKEEA.P11

16325
16326
14327
14328
16329
14330
14331
16332
14333

INST EXERCISER
MACY11 27(655)
MESSAGE PRINT ROUTINES

065076
065102

011666

000004
000002
000002

064672
064654

A ¥

000060

000067

M 2
PAGE 109-1

MOV
ADD
ADD

(SP)
.4 (SP)
#2,SP
#2.(SP)

RTS

MOV
JSR

(SP) ,RCHAR
PC.ECHAR

CMP
8LT
cMP

(SP) ,#60
58
(SP) .#67

:CHAR <0?
*BRANCH IF
“CHAR>7?

(SP)
(SP)

*SHIFT PRESENT DATA OVER TO
©7
"MAKE ROOM FOR NEW DIGIT

ASL

BIS

TSTB

13
#60, (SP) +
(SP)

-2(SP) . (SP)

aTksS

BPL 10$
MOVB aTKB,=-(SP)

BIC #4C177.(SP)+

6%:

000004

000716

‘UPDATE RETURN POINTER

;RETURN WITH OCTAL LIMIT ON STACK

ASL
ASL

5%:

SEQ 0232

BGT
BIC

10%:

10:59

1-0CT-79

BR 2%
TYPE
QUES
ADD

B8R

MOV
JSR
ggo

*ECHO CHAR ACCEPTED

YES

*BRANCH IF YES
*STRIP OFF ASCII

;SET IN NEW DIGIT
*CHAR THERE

‘NO
- WAIT
“SAVE CHAR
sTYPE

2<CR><LF>*

SECHO

'-°

#4,SP

(SP) ,RCHAR
PC.ECHAR

;§.4<sp>

:UPDATE RETURN POINTER

:SUBROUTINE TO FILL BYTE PRINT BUFFER. RETURNS TO CALL +2 WHEN DISPLAY REQUEST IS

023737
001421
013701
010137
012137
012137
012137
012137
062737
062716
000207

002216

002220

éILngHP%g;E (RLL=RUL). NORMAL RETURN TO CALL+4 WITH RLL=RLL +10 & PRINT BUFFER FILLED.

002216

002216
1%:

BEQ
MOV
MOV
MOV
MOV
MOV
MOV
ADD
ADD
RTS

RLL ,RUL

13
RLL.R1
R1,BAD
(R1)+,PB0
(R1)+,PR2
(R1)+,PB4
(R1)+,PB6
#10,RLL
zg,(SP)

;
NORMAL RETURN TO CALL +4
SETUP POINTER TO DISPLAY LOCS
SAVE BUFFER ADDRESS FOR PRINTOUT
;TRANSFER 10 BYTES AT DISPLAY
M
LOC ADDRESS TO PRINT
H
BUFFER.
JUPDATE LOWER LIMIT DISPLAY POINTER
;UPDATE RETURN POINTER

.EVEN

*SUBROUTINE TO TYPE FORMATED 'PRINTB' STATEMENTS
065304
065310
065314
065320
065324

010537
010437
010337
010237
010137

002062
002064
002070
002072

FPRINT:

MOV RS .F SAVRS
MOV Ré4.F SAVR4
MOV R3.,F SAVR3
MOV R2.F SAVR2
MOV R1.f SAVR1

;SAVE REGISTERS

POP-11 CIS INST EXERCISER
MACY11 27(655)
CZKEEA.P11
MESSAGE PRINT ROUTINES
14379
14380
14381
14382
14383
14384
14385
14386
14387
14388
14389
14390
14391
164392
164393
164394
14395
14396
164397
14398

065330
065332
065334
065340
065342
065346
065350
065354
065356
065362
065364
065370
065372
065376
065400
065404
065400
065412
065414
065420

012001
112102
020227
001774
020227
001426
020227
001432
020227
001443
020227
001446
020227
001452
020227
001463
020227
001512
020227
001524

14401
16402
164403
14404
14405
16406
14407
14408

065424
065426
065432
065434
0656440
0656442
065444
065450

112102
042702
012003
004737
000734
112102
022702
001730

14410
14411
164412
14413
164414
16415
164416
14417

065456
065460
065464
065470
065472
065500
065504
065506

001470
110237
104400
000764
012737
104400
000712
112102

065516
065522
065524

004737
000703
112102

066020

020227
103402
012702

000006

004737

066112

}2283

14409

14418
164419

164420
14421
14422

14423

065422

065452

065510
065514

(65526

14424
14425
14426

065532
065536
065540

14428

065546

14427

14429
14430
14431
14432

065544

065552
065554
065556

1%:

000045
000117
000101
000116
000131

000104
000123
000000
000102

000743

022702

042702
012003

042702

012003

000667
112102
042702

1-0CT-79

10:59

2%:

065714
3s:

000045

000000

JSETUP R1 AS POINTER INTO FORMAT STATEMENT
JGET NEXT FORMAT BYTE
;IS BYTE = X ?
;BRANCH IF YES
cI1S BYTE = 0 ?
(OCTAL)
sBRANCH IF YES
;1S BYTE = A 2
(ASCID)
sBRANCH IF YES
;1S BYTE = N ?
(CRLF)
;BRANCH IF YES
;1S BYTE = Y 2
(BINARY)
sBRANCH IF YES
;1S BYTE = D ?
(DECIMAL)
;BRANCH IF YES
;1S BYTE = S ?
(SPACE)
;BRANCH IF YES
;IS BYTE = 0 2
(END OF FORMAT STATEMENT)
;BRANCH IF YES
;1S BYTE =B ?
(BYTE)
;BRANCH IF YES

MOVB (R1)+,R2
BIC #177770,R2
MOV (RO)+,R3
JSR PC,POCT
BR 1%
MOVB (R1)+,R2
(MP #'X.R2
BEQ 1%

;SET R2 = COUNT OF # OF DIGITS TO PRINT

CMP #0,R2

5%:

BEQ 10%
MOVB R2,TDIG
TYPE ,TDIG
BR 3%
MOV ACRLF,TDIG
TYPE ,TDIG
BR 18
MOVB (R1)+,R2

6%:

JSR PC,PBIN
BR 1%
MOVB (R1)+ R2

066016
066016
000200
066016

177770

000005

066016

4S:

61%:
7$:

177770

SEQ 0233

MOV (RO)+,R1
MOVB (R1)+,R2
CMP R2,#'%
BEQ 1$
CMP R2.#'0
BEQ 2%
CMP R2 #'A
BEQ 3$
CMP R2,4'N
BEQ 4$
CMP R2.4'Y
BEQ 5%
CMP R2,#'D
BEQ 6%
CMP R2.#'S
BEQ 7%
CMP R2 40
BEQ 10$
CMP R2 #°'B
BEQ 118

BR 1%

177770

N 2
PAGE 109-2

BIC 177770 ,R2
MOV (RO)+,RS$
BIC #177770.R2
CMP R2,#6
8LO
618
MOV #5,R?2

¢BYTE = NONE OF THE ABOVE - IGNORE IT.

;SET R3 = WORD OF DIGITS TG PRINT
;CALL ROUTINE TO PRINT OCTAL DIGITS

sSET R2 = NEXT ASCII
;IS CHAR = %
sBRANCH IF YES

CHAR TO PRINT

SEND OF FORMAT BYTES?

;BRANCH IF YES
;YES = PREPARE TO EXIT ROUTINE
;CALL ROUTINE TO PRINT ASCII BYTE
sCALL ROUTINE TO PRINT CRLF
;SET R2 = COUNT OF # OF DIGITS TO PRINT

;SET R3 = WORD OF DIGITS TO PRINT

;CALL ROUTINE TO PRINT BINARY DIGITS

JSET R2 = COUNT OF DIGITS TO PRINT
;IF REQUEST IS TO PRINT MORE THAN 5 DIGITS
:
PRINT 5 INSTEAD

MOV (RO)+,R3

;SET R3 = WORD OF DIGITS TC_PRINT

BR 1%
MOVB (R1)+,R2

;.
AND PRINT DECIMAL DIGITS
;GET MOST SIGN DIGIT OF 1 OR 2 DIGIT
;
COUNT OF # OF SPACES TO PRINT

JSR PC,PDEC

BIC #177770,R2

;CALL ROUTINE TO CONVERT

(R3)

TG DECIMAL

POP-11 CIS INST EXERCISER
MACY11 27(655)
MES
CZKEEA.P11
SAGE PRINT ROUTINES
16433

000045

14435
16436
14437
14438

000000

14440

066014
000370
066014
000040
066016

164434

16441

14442
14443
14444
146445

CMPB (R1).4'%

BEQ 128
cMP8 (R1),40
BEQ 128

14477
14478
14479
14480
14481
14482
14483
14484
14485
14486

PAGE

109-3

SEQ 0234

;IS NEXT BYTE = X ?

ASL R2
MOVB (R1)+,0CNT

066014
066016

12%:

10%:

013701
000207
112102

042702
012003
042703
004737
000607

BICB #370,0CNT
BISB OCNT.R?
MOV #'
TYPE

,TDIG

,1DIG

JGET LEAST SIGN DIGIT INTO RZ

JPRINT A SPACE

SOB R2,12%

164446

16466
14467
14468
14469
14470
14471
14472
146473
14474
14475
14476

10:59

ASL R
ASL R2

14439

164447
14448
14449
14450
14451
14452
14453
14454
14455
14456
14457
14458
14459
14460
14461
14462
14463
14464
16465

1-0CT-79

002062
002064
002066
002070
002072

BR 1%
MOV (SP),=(R0)
MOV RO,SP
MOV FSAVRS.RS
MOV FSAVR& .Ré
MOV FSAVR3.R3
MOV FSAVR2.R2
MOV fSAVR1,R1
RTS PC

11%:

177770

MOVB (R1)+,R2
BIC #177770,R2

MOV (RO)+.R3

BIC #177400.R3

177400

065714

:SET R2

COUNT OF # OF

;SET R3

BYTE

DIGITS

TO PRINT

JSR PC,POCT

BR 1%

"SUBROUTINE TO CONVERT 4 BINARY # TO OCTAL (ASCII) AN TYPE T

SJENTER WITH R2 = # OF OCTAL DIGITS
R3 - BINARY #

000005

066014

POCT:

000006
066015
1%:

2%:

066015
177770
000060
066016
066016
066014

MOVB #5,0CNT

;SET THE ITERATION COUNT

MOVB RZ2,0MODE

;SUBTRACT # OF DIGITS TO TYPE FROM MAX ALLOWED
JSAVE IT FOR USE

NEG R2
ADD #6,R2

CLR R&
ROL R3

BR 3%
ROL R3

ROL R3
ROL R3
MOV R3,R4

BIC #177770,R4
BIS #'0,R4
MOVB R4,TDIG
7%:

TO TYPE

TYPE

,TDIG

DECB OCNT

BLT 6%

;ROTATE MSB INTO ''C*'
JFORM THIS DIGIT

JGET LSB OF THIS DIGIT
;TYPE

THIS DIGIT

;TYPE

THIS DIGIT

JBRANCH [F NO
JGET RID OF JUNK
JMAKE THIS DIGIT ASCI!
;SAVE FOR TYPING

;COUNT BY 1
sBRANCH IF DONE

POP-11 CI?
CZKEEA.P
14487

14488
14489
14490
14491
14492
14493
14494
14495
14496
14497
14498
14499
14500
14501
14502
14503
14504
14505
14506
14507
14508
14509
14510
14511
14512
14513
14514
14515
14516
14517
14518
14519
14520
14521
14522
14523
14524
14525
14526
14527
14528
14529
14530
14531
14532
14533
14534
14535
14536
14537
14538
14539
14540

MACY1T 27(655)
INST EXERCISER
MESSAGE PRINT ROUTINES

066010
066012

000754
000207

066014
066015
066016
066017

000
000
000
000

6%:

1-0CT=79

10:59

109-4

BR 2%

SEQ 0235

JBRANCH [F MORE TO DO

RTS kS

OCNT:
:
OMODE
DIG:

bUBROUTINE

TO CHANGE A BINARY # TO ASCII AND TYPE

ENTER WITH R%

112737
005402
062702
110237

PAGE

000017

066014

fiBIN:

000020
06605
000000

1%:

MOV #0,Ré
ROL

066015
177776
000060
066016
066016
066014

MOVB #17,0CNT
NEG R2
ADD #20,R2
MOVB RZ2,OMODE
CLR R4
ROL R3
R&

R4
BIC #177776
BIS #°'0,R4
MOV R&,TDIG

7%:

6%:

TYFE

,TDIG

DECB OCNT
BLT 6%
BR 1%
RTS PC

# OF

BINARY DIGITS

BINARY #

;SET THE

TYPE

ITERATION COUNT

sSUBTRACT # OF DIGITS TO TYPE FROM MAX ALLOWED
sSAVE IT FOR USE
;CLEAR THE OUTPUT WORD
;GET BINARY DIGIT
;TYPE

THIS DIGIT?

sBRANCH IF NO
;GET RID OF JUNK
JMAKE THIS BIT ASCII
;SAVE FOR TYPING
;TYPE THIS DIGIT
;COUNT 8Y 1
;BRANCH IF DONE
;BRANCH IF MORE TO DO

SUBROUTINE TO CONVERT A BINARY # TO DECIMAL (ASCII)
ENTER WITH R3 =
R = OF DECIMAL DIGITS TO TYPE

AND TYPE

DECIMAL DIGITS

066112
066114
066116
066122
066124
066126

066132

066140
066142
066144
066146
066150
066152
066156
066162
066164

010146
010046
012700
160200
005004
012705
005002
016401
160103
103402
005202

000774
060103
052702
005700

001402
005300
000401

éDEC:
000005

066252
066222

000060

MOV R1,-(SP)
MOV RO,=(SP)

MOV #5,R0
SuB R2,RO
R4

2%:
3%:

4%:
6%:

MOV #DBLX,RS
R2

MOV DTBL (R4) .R1

SUB R1,R3
BLO 4%
INC R2
BR 3%
ADD R1,R3

BIs #'0.R2
TST RO
BEQ 618
DEC RO

BR 62%

;SAVE R1
s SAVE RO
JRO CONTAINS # OF DIGITS TO SKIP BEFORE PRINTING
;ZERO CONSTANTS TABLE INDEX

SSETUP THE OUTPUT POINTER
;CLEAR THE BCD #
JGET THE CONSTANT
;FORM THIS BCD DIGIT
sBRANCH IF DONE

. INCREASE THE BCD DIGIT BY 1

;ADD BACK THE CONSTANT
sJMAKE THE BCD DIGIT ASCII
sPRINT

THIS DIGIT?

JBRANCH If YES
;DECREMENT SKIP COUNT

POP-11

C%? INST EXERCISER

C(ZKEEA.P
164541
14542
145643
145644
14545
14546
164547
14548
14549
14550
14551
14552
14553
14554
14555
14556
14557
14558
14559
14560
14561

MACY11 27(655)

MESSAGE PRINT ROUTINES

066166
066170
066172
066176
066200
066202
066204
066206
066210
066214
066216
066220
066222
066224
066226
066230
066232

110225
005724
020427
002755
003002
010302
000762
105015
104400
012600
012601
000207
023420
001750
000144
000012
000004

61%:
62%:

000010

8%:

066232

DIBL:

DBLK:

1-0CT-79

10:59

D 3
PAGE 109-5

MOVB RZ, (RS)+
TST (R4)+
CMP R4, #10
BLT 2%
BGT 8%
MOV R3,R2
BR 6%
CLRB (RS)
TYPE ,DBLK
MOV (SP)+,RO
MOV (SP)+.R1
RTS PC
10000,
1000.
100.

SEQ 0236

:PUT THIS CHAR IN THE QUTPUT BUFFER
:JUST INCREMENT
ING
:CHECK THE TABLE INDEX
;GO DO THE NEXT DIGIT
;G0 TO EXIT
;GET LSD
;GO CHANGE TO ASCII
;SET THE TERMINATOR
:NOW TYPE THE #
;RESTORE RO
;RESTORE R1
CEXIT

10.
.BLKW &

;SUBROUTINE TO DISPLAY DECIMAL STRING SOURCES AND RESULTS IN
;
DECIMAL FORM.
STRINGS TO BE DISPLAYED ARE IDENTIFIED BY
THE

}228%

CONTENTS OF PZCODE AS FOLLOWS:

14564
14565

;
:

BIT 0 =1
BIT 1 =1

14567
14568
14569
14570

:
:
:
;

BIT
BIT
BIT
BIT

14566

14571

14573
14574

;
;

14572

}22;2

BIT 2 = 1
3
4
S
8

DISPLAY ZONED SOURCE STRING
'
o
SRC1
"

-1
=1
=1
=1

"
"
"
PACKED

BIT 9 =1

BI111 =
BIT12 =

"
v

BIT10 = 1

;

BIT13 = 1

1
1

"
v
"
"'

"
"
"

SRC?2

DEST
DEST
DEST
SOURCE

SR(1

**
**
**
‘'

IN ER4,ERS)
IN ER2.ER3)
IN ERO,ER1)

(DESC
(DESC

IN ER4,ERS)
IN ERZ.ER3)

SR(C2

“

DEST

DEST
DEST

(DESC
(DESC
(DESC

"
**

(DESC IN ERO,ER1)

14577
14578

;
;

NOTE: ALL SOURCE STRINGS MUST BE STORED IN THE INPUT
SOURCE BUFFER DESCRIBRED BY THE DESCRIPTOR(S) AT

14581
14582
14583

;
;
;

IF THE DIVP BY O FLAG IS SET (EZDF) OR BIT 2 OF THE
SPECIAL HANDLING CODE IS SET (SPHAND) THEN THIS SUBROUTINE
RETURNS WITHOUT DISPLAYING ANY STRINGS.

PRNIB:

TST
BEQ 18
RTS PC

}2?;3

14586
14587

066242
066246

005737
001401

035744

14589

066252

032737

000004

005737
001001
000207

002466

14588

14590
14591

14592
14>93
14594

066250

066260
066262

066264
066270
066272

000207

001401
300207

002140

1%:
2%:

INSRC1 AND INSRC?2.

EZDF

BIT #4,SPHAND
BEQ 2%
RTS PC

1S1 P2CODE
BNE 3%
RTS PC

;1S TEST CONDITION A

*DIVIDE BY ZERQ'

SYES = EXIT WITHOUT DISPLAYING ANY BUFFER STRINGS

;1S SPECIAL HANDLING BIT 2 SET?

SYES = EXIT WITHOUT DISPLAYING ANY BUFEER STRINGS.

;ARE ANY STRINGS TO BE DISPLAYED?
;NO = EXIT WITHOUT

DISPLAY,

PDP-11

CIS

(ZKEEA.P11
14595
14596
14597
14598
14599
14600
14601
14602
14603
14604
14605
164606
14607
14608
14609
14610
14611
14612
14613
14614
14615
14616
14617
14618
14619
14620
14621
14622
14623
14624
14625
14626
(6)
(3)
(4)
14627
14628
14629
14630
14631
14632
14633
14634
14635
14636
14637
(6)

INST

EXERCISER
MACY11 27(655)
ME SSAGE PRINT ROUTINES

1-0CT1-79

005037
032737

CLR
BIT
BEQ
JSR
BIT
BEQ
JSR
BIT
BEQ

026056
000001

002466

066462
000002

002466

066512
000004

026056
002466

6%:

066462
001000

002466

7%:

066512
002000

002466

10%:

066602
000070

0024¢6

11%.

026056
066672
034000
177777
066672

014023

002466

12%:

026056

047464
177700
000052

13%:
SN:

SIN:

00007¢

(4)
14638

014040

(&)

012746
010600
004737

1%:

065304

JSR
MOV
BIT
BEQ
JSR

2%:

PAGE

EPAK

#1,P2C0ODE

43
PC,SN
fig.PZCODE

PC.SIN
#4.P2CODE

63
PC,S2N

. EPAK
177777

#400,P2CODE
78
PC.SN
BIT #1000,PZCODE
BEQ 108
JSR PC,SIN

BIT
BEQ
JSR
BIT
BEC
CLR
JSR
BIT

BEQ

MOV

065304
002474
002476
067060

014056

14639
(6)
(3)

5%:

066602
177777
000400

012746
010600
004737
000405

(3)

002466

4$:

10:59

#2000,P2CODE
11%
PC,S2N

#70,PZCODE

12%
EPAK
PC.DN
#34000,P2CODE
138
8177777
. EPAK
PC,DN

109-6

SFQ 0237

JPRINT A ZONED SR(C STRING

JYES
JPRINT A ZONED SRC1 STRING?
JYES
JPRINT A ZONED SRCZ2 STRING?
JYES
JPRINT

A PACKED

SOURCE

JPRINT

A PACKED

JPRINT

A PACKED SRCZ2 STRING?

JPRINT

S YES
A ZONED

JPRINT

A PACKED

:YES

SRC1

STRING?

JYES

DEST.

JYES

DEST.

STRING?

JSR
RTS PC

S YES
JEXIT DECIMAL CISPLAY SUBROUTINE.

PRINTB #FORM22
#FORM22,~(SP)
MOV
MOV
SP,RO
JSR PC,FPRINT
MOV INSRC1,R1
MOV INSRC1+2,R0
JSR PC,DECPRT
RTS PC
MOV TINST ,R1
8I1C #177700,R1
cMP R1,452
BEQ 1%
(MP R1.,#72

JPRINT

BNE 2%
PRINTB #°0RM24

#FORM24 ,-(5P)
MOV
MOV
SP,R0
JSR PC,FPRINT

BR 3%

PRINTB #FORM23
MOV
#FORM?23,-(SP)
SP,R0
MOV
JSR PC.FPRINT

'SR(C'

;LOAD R1 WITH STRING LEN
;LOAD RO WITH STRING ADD
sPRINT DECIMAL DIGIT STRING

;IS INST = (MPN?
;BRANCH ] F YES
oIS INST = (MPP?
;BRANCH | F NO

JPRINT

°SR(C?’

SJPRINT 'SRCT'

PDP-11 (IS
(ZKEEA.P1
14640
14641
146642

146643

14644

14645

14646

14647
164648
14649

14650
(6)

(3)
(&)

14651
14652
(6)

(3)

INST EXERCISER
MESSAGE

066564
066570
066574
066600

013701
013700
004737
000207
013701
042701
020127
001403
020127
001006

14664

14665
14666
14667
14668
14669
14670
14671
(6)

(3)

(4)

14672
14673
14674
14675
14676

14677
14678
14679
14680
14681

PRINT ROUTINES

3%:

047464
177700
000052

SON:

012746

014056

012746

014117

032737

065304
020040

001405

013701
013700
000415
032737
001405
013701
013700
000404

065304
020040

2%:

3%:

DN:

002466

"%:

2%:

003674
003676
067060

RTS PC

BNE 28

PRINTB #FORM23

MOV

,
- (SP)
#FORM23

MOV
SP.RO
JSR PC,FPRINT
8R 3%

PRINTB #FORM24

, - (SF)
#FORM24
MOV
MOV
SP.RO
JSR PC,FPRINT
MOV INSRC2,R1
MOV INSR(C2+2.RO
RTS PC

PRINTB #FORM2S

MOV
MOV

002466

S
, = (SP)
#FORM2
SP.RO

JPRINT

DECIMAL

DIGIT

STRING

;1S INST =
sBRANCH [F
;IS INST =
;BRANCH [F

(MPN?
YES
(MPP?
NO

JPRINT 'SRC1'

JPRINT

*SR(Z2’

JLOAD R1 WITH STRING LENGTH

JLOAD RO WITH STRING ADD
JPRINT

DECIMAL

DIGIT

;PRINT

°'EM RESULT'

STRING

JLOAD R1 WITH STRING LEN
;LOAD RO WITH STRING ADDRESS

JSR PC.DECPRT
PRINTB #F ORM26

JPRINT DECIMAL DIGIT STRING
JPRINT 'ACT RESULT'

BEQ 1%
MOV ERO.R1
MOV ERT.RO
BR 4$
BIT #10020.PZCODE
BEQ 2%
MOV ER2,R1
MOV ER3.RO
BR 4$
MOV ER4,R1
MOV ERS.RO

.~ (SP)
#FORM26
SP.RO

JSR PC,FPRINT

1°%:

;LOAD R1 WITH STRING LEN
JLOAD RO WITH STRING ADD

BIT #20040,PZCODE

BIT #20040,P/CODE

002466

SEQ 0238

MOV TINST,R1

BIC #177700.R1
CMP R1,452

MOV
MOV

002230
002232

002234
002236

MOV INSRC1+2,R0

JSR PC,FPRINT

002466

003670
003672

010020

MOV INSRC1,R1

JSR PC.DECPRT

003664
003666
010020

F
3
PAGE 109-7

CMP R1,472

065304
002500
002502
067060
014074

10:59

BEQ 18

065304

012746
010600
004737
032737
001405
013701
013700
000415
032737
001405
013701
013700
000404
013701
013700
004737

1-0CT=-79

JSR PC,DECPRT

000072
014040

010600
004737

27(655)

002474
002476
067060

012746
010600
004737
000405

(4)

14653
14654
14655
14656
14657
(6)
(3)
(4)
14658
14659
14660
14661
14662
14663

MACY11

BEQ 11$
MOV TTRO,R1
MOV TTR1.RO
BR 448
BIT #10020.PZCODE
BEQ 22%
MOV TTR2.R1
MOV TTRZ.RO
BR 448

JLOAD R1 WITH STRING LEN
;LOAD RC WITH STRING ADDRE SS

POP=-11

(IS

(ZKEEA.P11
14682
14683
14684
14685
14686
14687
14688
14689
14690
1469
14692
146693
146694
14695
146696
14697
14698
14699
14700
14701
14702
14703
14704
14705
14706

14707
14708

14709

(&)
14710
14711
14712

14713

14714
14715
14716

14717
14718
14719
14720
14721
14722

MACY 1 27(655)
MESSAGE PRINT ROUTINES

INST EXERCISER

067042
067046
067052
067056

013701
013700
004737
000207

649

10:59

PAGE

109-8

SEQ 0239

MOV TTR4,R1

MOV TTRS,RO

JSR PC,DECPRT

RTS PC

JPRINT DECIMAL DIGIT STRING

SUBROUTINE TO PRINT A DECIMAL STRING OF
LEAST SIGNIFICANT DIGIT, SIGN.

INPUT:

DIGITS.; MSD FIRST

....

EPAK=0 FOR ZONED STRING;177777 FOR PACKED

RO=STRING ADR
R1=STRING LEN

NOTE: ROUTINE PRINTS 'O +' FOR ZONED STRINGS Of
ZERDO LENGTH (EXCEPT SEPARATE TYPE).

012737
010003
005037
032701
001403
012737
010137
110137

012702
163702
001002

177777

177777
024664
002100
000037
002100

012702

000001

012746
010609
004737
005302
001371

014142

105701
001017

DECPRT: MOV #177777 ,PRTSGN
MOV RO,R3

CLR EODD
8IT #1,R1

024646

1%:

11%:

065304
3%:

005737
001407

026056

005237
012737
000405

024664

005201

002300

024646
000001

177777

067402

14723
14724

14725
14726
14727
14728
14729
14730
14731
14732

22%:

002240
002242
067060

1-0(T1-79

5¢:

7%:

021126

12%:

;1S STRING ODD IN LENGTH
JSET ODD INDICATOR
;DETERMINE # OF

BLANK DIGITS

TSTB R1

;STRING LENGTH = 07

BNE 4%

EPAK

INC ELSD
MOV #177777,E0DD
BR 4$
LR R2
JSR RS,CONVN
DIGTBL
BR 12%

MOV R3,R0

CLRB R1
JSR P(,ESNK

JSR R5,CONVN
DIGTBL

024664

IN PROGRESS tLAG

JPRINT THE BLANKS

6lQ 5%
INC R1
02464¢F

;SAVE RO IN R3

PRINTB #FORM?7

#FORM?27 ,-(SP)
MOV
MOV
SP RO
JSR P(C,FPRINT
DEC RZ
BNE 11%
TST

(%:

021126
067402

BEQ 18
MOV #177777 ,EODD
MOV R1,ELSD
MOVB R1,NBLKS
MOV #37,R2
SUB NBLKS,R2
BNE 118
MOV #1,R2

JSET PRINTING

INCB R1
CMP8 R1,ELSD
BNE 7%
JSR PC,ESNK

TG PRINT

JBRANCH IF NO

;STRING PACKED?

JBRANCH [F NO
JYES = SFT LEN

;IONED = ZERO LENGTH
JPRINT O
CEX]T
JRESTORE RO
JGET NEXT DIGIT

;CONVERT NIBBLE & PRINT HEX DIGIT

;CALL ROUTINE

TO FIND SIGN

POP=-171 ( IS
(ZKEEA.P IR

INST EXERCISER
MACY11 27(655)
MESSAGE PRINT ROUTINES

14733
14734
14735
14736
14737
(6)

(3)

(4)
14738
14739
(6)

(4)
14740
6)

005737
001006

026616

012746
010600
004737
000405

014226

014233
065304

012746

014202

2%:

33%:

14747
14748
14749
14750
14751
14752
14753
(6)
3
(4)
14754
14755
14756
14757
14758
14759
14760
14761
14762
14763
14764
14765
14766
14767
14768
(6)

4)
14769
14770
14771

012746

010600
004737
005037
000207

PC,FPRINT
SGNBYT ,R?2
R2
R?2
R2
R?2

177760
067402

JBRANCH [F

YES

JPRINT +

JPRINT -

JPRINT

(°

;GET HIGH NIBBLE OF

SIGN BYTE

;CONVERT NIBBLE & PRINT HEX DIGIT

MOVB SGNBYT,R?
BIC #177760,R2
JSR R5,CONVN

;GET LOW NIBBLE OF

DIGTBL
PRINTB #FORM33

,
- (SP)
#FORM33

014222

MOV

065304
002300

JSR PC,FPRINT
CLR PRTSGN

MOV
6$%:

SEQ 0240

é?érgs,CONVN
L

024722
067436

PRINTB #FORM35
5
, - (SP)
#FORM3
MOV
MoV
SP,RO
JSR PC,FPRINT
PRINTB #FORM3?
- (SP)
#FORM32,
MOV
MOV
SP,R0

81C #177760,R2

177760
067402

109-9

;1S SIGN NEGATIVE

BR 33$

JSR
MOV
ASR
ASR
ASR
ASR

;SIGN RETURNED IN ERSNEG (0=+,/ 0 =)
JSIGN BYTE RETURNED [N 'SGNRYT'

PRINTB #FORM34
MOV
#FORM34
, - (SP)
MOV
SP,RO
JSR_PC,FPRINT

14743
14744
14745
14746

PAGE

BNE 2%

065304
024722

4}
14741
14742

10:59

TST ERSNEG

065304

012746
010600
004737

1-0CT=-79

;CONVERT NIBBLE & PRINT HeX DIGIT
JPRINT

'35

SP,RO

RTS PC

: SUBROUT INE

SIGN BYTE

TO CONVERT NIBBLE

AND PRINT

CHARACTER.

JYES = CLEAR PRINTING FLAG

(IN R2)

TO A PRINTABLE

(HARA(TER

INPUT PARAMETER FOLLOWS CALL ~ CONVERSION TABLE ADDRESS

067402
067402
067404
067406
067410
067414
067414
067420
067422
067426
067430

010046
012500
060200
111037

012746
010600
004737
012600
000205

EONVN:

MOV RO,-(SP)

;SAVE RO

ADD R2,R0O
MOVB (RQO) ,ANIB+?

;INDEX INTO TABLE
;s TRANSFER PRINT (HAR FROM TABLE

MOV (R5)+,RO
067434

067432

PRINTB #ANIB
MOV
#ANIB,~(SF)

065304

JSR PC,FPRINT

MOV
MOV

cGET ADDRESS OF CONVERSION TABLE
JPRINT

CONVERTED NIBBLE

SP,R0

(SP)+,RO

RTS RS

JRESTORE RO
JEXIT

TO ASCIZ PRINT STREAM,

14772
14773

14774
16775
14776
14777
14778
14779
14780
14781
14782
14783
14784
14785
14786
14787
14788
14789
14790
1479
14792
14793
14794
14795
14796
14797
14798
14799
14800
14801
14802
14803
14804
14805
14806
14807
14808
14809

14810

14811
14812
14813
14814
14815
14816

14817
14818
14819
14820
14821
14822
14823
14824
14825

067432
067433
067434
067435

0674636
067437

067440
067441
067442
067443
067444
067445
067446
067447
067450
067451
067452
067453
067454
067455

045

BYTE
BYTE
.BYTE
.BYTE

ANIB:

101

000
000
060
061
062
063
064
065
066
067
070
071
101

1-0CT-79

DIGTRL:

10:59

PAGE

045
101
000
000

109-10

SEQ 0241

A
JPRINT

(CHAR

;ZERO BYTE
TMOAI
P> O
NN
NN
O

MACY11 27(655)
POP-11 ng INST EXERCISE R
MESSAGE PRINTM ROUTINES
(ZKEEA.P1T

102
103
104
105
106

INE TO SEARCH FOR A MAT(H BETWEEN ENTERED INST
* SUBROUT

"AND

067456
067462
067464
067466

067472

067474
067500
067502
067510
067512
067514
067522
067524

012701
005711
001434
021137

001403
062701
000770
026137

067530
067532
067536
067542
067544

001401
000770
026137
001364
005737
001405
016100
011037
000403
016137

067552
067556

062716
000207

TABLED ASCI]

SFCI:

004444

1%:

002456

000002

002460

000004

002462

BEQ NOMT(CH
CMP (R1) ,ACINST
ADD #10,R1
BR 1$
CMP 2(R1) ,ACINST+2

BFQ 3%
BR 118

CMP 4(R1) ,ACINST+4
BNE 11%

001760

TST RANDOM

A ¥

BEQ 4$
MOV 6(R1),RO
MOV (RO),iDumM
BR MT(CH
MOV 6(R1),INPTBL

MTCH:
NOMT(CH:

RTS PC

000006
072022

000002

MOV #ASZINS,R1
TST (R1)

BEQ 2%

000010

000006

LIST OF

072076

ADD #2, (SP)

CIS

INSTRUCTIONS.

;JREACHED END OF TABLED ASCII LIST?
;BRANCH [F YES
;DO 1ST TWO CHARS MAT(H TABLED INST?
;BRANCH IF YES
;JUPDATE TO NEXT TABLED INST
JRETURN TO CONTINUE SEARCH
;DO 2ND GROUP OF 2 CHARS MAT(H
;BRANCH IF YES

;D0 3RD GROUP OF 2 (HARS MATCH

;BRANCH [F NO
;RANDOM EXERCISE MODE?
;BRANCH [F NO

;LOAD OCTAL CODING FOR CIS INST INTO DUMMY [NPUT TABLE
JMATCH FOUND -~ RETURN TO CALL

+ &

;SAVE DESIRED INST INPUT TABLE ADDRESS
JIN INPTBL.

;NOC MATCH - RETURN TO CALL + 2

:SUBROUTINE TO ACCEPT ASCII CHARS (6MAX,LESS+CR) FROM TTY,

; STORES ASCII CHARS 2 PER WORD IN ACINST ACINST+2, AND ACINST+4.
067560

005037

002456

ACASZ:

CLR ACINST

MACY11 27(K55)
POP-11 CIS INST EXERCISER
ME SSAGE PRINT ROUTINES
CZKEEA. P11
14826
14827
14828
14829
14830
14831
14832
14833
14834
14835
14836
14837
14838
14839
14840
14841

067564

005037
005037
012701

112064

064672

1%:

064672
064672
000015

064672

14842

14843
14844
14845
14846
164847
14848
14849
14850

14851
14852
14853
14854
14855

BPL 18
MOVB aTKB,RCHAR

:READ AND SAVE

TSTB @TKS

CMPB RCHAR.#15
BEQ 2%
MOVB RCHAR, (R1)+
JSR PC,ECHAR
CMP #ACINST+6.R1
BNE 18
MOVB #15,RCHAR
JSR PC,ECHAR
RTS PC

"FOR EACH

053711

000207

RECCC:

002272
004012
003720
003720
002034

170377
002034

002034

‘WAIT FOR A CHAR

CHAR

“GET RID OF JUNK IF ANY
*IS CHAR A (R?
*BRANCH IF YES
*SAVE CHAR

SECHO 6TH CHAR
:6 CHARS ENTERED?
*BRANCH IF NO TO LISTEN FOR NEXT (HAR

“ECHO A CR
"ECHO CR

TO RECORD WHICH CONDITION CODE STATES ARE EXERCISED

INSTRUCTION.

?gv ggrxc.n1
L

002035

SEQ 0242

;CLEAR OUT STORAGE AREA
“SETUP REG POINTER TO STORAGE AREA

:SUBROUTINE

013701
006301
062701
113737
153711
005137
042737

3
J
PAGE 109-11

CLR ACINST+4
MOV #ACINST,R?

BIC #C177.RCHAR

064672
064654
002464
000015
064654

10:59

CLR ACINST+?2

002460
002462
002456
112100
177600

1-0CT=-79

ADD #CCREC.R
MOVB ECCR,Z2CCR+1
BISB ECCR. (R1)
COM ZCCR

BIC #170377.7CCR
g%g ggcn.<a1>

:FORM POINTER

INTO TABLE OF

SL0G CC

*1°*

STATES EXERCISED

:LOG CC

STATES EXERCISED

COND.

CODE USAGE

POP=11 Cl S INST EXERCISER
MACY11 27(655)
CZKEEA. P
ME SSAGE PRINT ROUTINES
14857
14858

14859
14860
14861
14862
14863
14864
140>
14866
14867
14868
14869
14870
14871
14872
14873
14874
14875
14876
14877
14878
14879
14880
14881
14882
14883
14884
14885
14886
14887
14888

1-0CT-79

10:59

K
3
PAGE 110

;POINTERS 10 CIS INSTRUCTION ERROR MESSAEGE HEADER ROUTINE
000000
070020
070054
070110
070144
070200
070234
070270
070324
070360
070414
070456
070520
070562
070624
070666
070730
070772
071034
071076
071140
071202
071244
071306
071350
071412
0714654

071514

iNEM:

YMOV(
YMOVR({
YMOVT(
YLOCC
YSKP(
YSCANC
YSPANC
YCMP(
YMATCHC
YADDN

YSUBN
YCMPN
YCVTNL
YCVIPN
YCVINP
YASHN
YCVTLN
YADDP
YSUBP

YCMPP
YCVTP.
YMULP
YDIVF
YASHP
YCVILP

YL2D
yL3p

SEQ 0243

MACY1T 27(655)
POP=11 CIS INST EXERCISER
CZKEEA. P11
ERROR MESSAGE HEADERS
14890
14891
14892
14893
14894
(6)

(3)

(&)
14895
14896
14897
(6)

(3)

(4)
14898
14899
14900
(6)
(3)
(4)
149501
14902
14903
(6)
(3)
(4)
14904
14905
14906
(6)

(3)

(4)
14907
14908
14909
(6)
(3)
(4)
14910
14911
14912
(6)
(3)
(4)
14913
14914
14915
(6)

(3)

(4)
14916
14917

14918
6)

1-0CT=-79

10:59

PAGE

111

SEQ 0244

ERROR MESSAGE HEADERS

.SBTTL

JERROR MESSAGE HEADERS

YMOVC:
012746
010600
004737
004737
000405

007434
065304
071554

01274¢
010600
004737
000207

010002

012746
010600
004737
004737
000405

007644

012746

010002

065304

1%:

007455

065304
071554

PRINTB
MOV
MOV

1%:

YLOCC:

007466
065304
071554

010150
1$:

YSKP(:

;PRINT TEST #
JCNTL-T RETURN
;NORMAL RETURN

#AMOVR(
#AMOVRC
, - (SP)

;JPRINT

TEST »

PRINT8B
#F ORM1
#FORM1,-(SP)
MOV
MOV
SP,RO
JSR PC, FPRINT
RTS
PC

#AMOVTC
PRINTB
#AMOVTC,=(SP)
MOV
MOV
SP,RO
JSR PC, FPRINT
PC,PRNTIQ
JSR

BR 18

010062

007476

#F ORM1
PRINTB
#FORM1,-(SP)
MCV
MOV
SP.R0
JSR PC, FPRINT
PC
RTS

SP,RO
JSR PC, FPRINT
PC.PRNTIQ
JSR
BR 1%

YMOVTC(C:

065304

SP,RO

BR 1%

065304
071554

065304

#AMOV
(
#AMOVC
, - (SP)

JSR PC, FPRINT
PC,PRNTIQ
JSR

YMOVR(:

065304

PRINTB
MOV
MOV

JPRINT TEST #

#F ORM?
PRINTB
#FORMZ,~(SP)
MOV
MOV
SP,RO
JSR PC, FPRINT
PC
RTS
PRINTB
#ALOCC
#ALOCC,=-(SP)
MOV
MOV
SP,RO
JSR PC, FPRINT

JSR
BR 18

PC.PRNTIQ

PRINTB

#ASKP(

PRINTB
#F ORM3
#FORM3,
- (SP)
MOV
MOV
SP,RO
JSR PC, FPRINT
PC
RTS

MOV

#ASKPC,=(S5P)

JPRINT TEST #

MACY11 27(655)
POP=-11 CIS INST EXERCISER
CZKEEA.P1N
ERROR MESSAGE HEADERS

1-0CT-79

(3)
(&)
14919
14920
14921

MOV

070204
070206
070212
070216
070220

010600
004737
004737
000405
012746
010600
004737
00020/
0127646
010600
004737
004737
000405
012746
010600
004737
000207

065304
071554

007506

012746
010600
004737
000207

010216

012746
010600
004737
004737
000405

007530

012746
010600
004737
004737
000405

012746

PRINTB

#ASCANC

1%:
RTS
:
YSPANC
PRINTB

MOV

TEST #

JPRINT

TEST

JPRINT

TEST #

;PRINT

TEST #

JPRINT

TEST &

N#ASCANC,
= (SP)

PC,PRNTIQ

#FORM4

#ASPAN(

H#ASPANC
, - (SP)

SP,R0

JSR PC,FPRINT
PC.PRNTIQ
JSR
BR 1%
PRINTB
#FORM4
#FORM4 ,~{SP)
MOV

1%:

MOV

SP.RO

PRINTB

#ACMP(

JSR PC,FPRINT
RTS
PC

#ACMPC,-(SP)
MOV
MOV
SP,RO
JSR PC,FPRINT
PC.PRNTIQ
JSR

065304
071554

010272
1%:

YMAT(CHC:

BR 1%
PRINTB
MOV
MOV

#FORMS
, - (SP)
#F ORMS
SP,RO

PRINTB

#AMAT(HC

MOV

SP RO

JSR PC,FPRINT
RTS
P

007540

MOV

065304
071554

JSR PC,FPRINT
PC.PRNTIQ
JSR

010356

JPRINT

, - (SP)
#FORMS
MOV
SP,RO
JSR PC,FPRINT

YCMP(:

065304

RTS

JSR
BR 1%
PRINTB
MOV

065304
071554

065304

SP,RO

MOV
SP.RO
JSR PC,FPRINT

010216

007517

SEQ 0245

MOV
#FORM3,-{SP)
MOV
SP,RO
JSR PC,FPRINT

MOV

065304
071554

012746
010600
004737
004737
000405

012746
010600
004737
000207

1%:

YSCANC:

065304

M 3
PAGE 111-1

JSR PC,FPRINT
PC.PRNTIQ
JSR
BR 1%
PRINTB
#FORM3

010150

065304

10:59

HAMATCHC,=(SP)

BR 1%

PRINTB #F ORM6

MOV

,
= (SP)
#FORMG

POP=11 CIS INST EXERCISER
MACY11 27(655)
CZKEEA P11
ERROR MESSAGE HEADERS

(3)

(4)
14946
14947
14948
(6)

(3)

(4)
14949
14950
14951
(6)

(3)

(4)
14952
14953
14954
14955
6)
(3)
(4)
14956
14957
14958
(6)

(3)

(4)
14959
14960
14961
14962
(6)

(3)

(4)
14963
14964
14965

070404
070406

070412
070414
070414
070414
070420
070422

010600
004737
000207

065304

012746
010600
004737
004737
000410

007550

012746
010600
004737
012737
000207

010430

012746

1%:

YADDN:

002466

1%:

065304
071554

012746
010600
004737
004737
000410

007570

012746
010600

010524

065304
000016

002466

1%:

PRINTB

#AADDN

002466

RTS

YCVINL:

007600
065304
071554
010602

TFST

;SET PRINTCODE

TO DISPLAY ZONED SRC1,SR(CZ2,DST

PRINTB

#ASUBN

MOV
#ASUBN,
- (SP)
MOV
SP,RO
JSR PC,FPRINT
PC.PRNTIQ
JSR

JPRINT

#FORM?7
- (SP)
#FORM/
SP,R0
JSR P(C,FPRINT
MOv #000016,PZCODE

;SET PRINTCODE TO DISPLAY ZONED SRC1,SRCZ2,DST.

RTS

PRINTB
MOV

#ACMPN
HACMPN,
- (SP)

RTS

TEST

SP,RO

Mov #000006,PZCODE
PC

PRINTB
#ACVINL
MOV
N#ACVINL ,-(SP)
[0)%
SP,R0
JSR PC,FPRINT
PC.PRNTIQ
JSR
BR 1%
PRINTB
#FORM9

MOV
MOV

002466

JPRINT

JSR PC,FPRINT
PC,PRNTIQ
JSR
BR 1$
PRINTB
#FORM8
MOV
#FORM8B
- (SP)
MOV
SP,RO
JSR PC,FPRINT

1%:

SEQ 0246

#FORM?7 ,-(SP)
SP,RO

MOv #000016,PZCODE

MOV

065304
071554

065304
000001

BR 1%
PRINTB
MOV
MoV

YCMPN:

065304
000006

RTS

JSR PC,FPRINT

007560

010430

N 3
PAGE 111-2

MOV
SP,RO
JSR PC,FPRINT

MOV
MOV

YSUBN:

012746
010600
004737
012737
000207

10:59

- (SP)
#AADDN,
MOV
MOV
SP,RO
JSR PC,FPRINT
PC.PRNTIQ
JSR
BR 18
PRINTB
#FORM?

065304
071554

065304
000016

1-0(T-79

JPRINT TEST #

;SET PRINTCODE

JPRINT

TEST

TO DISPLAY ZONED SRC1,SRCZ.

#FORM9
- (SP)
SP,R0

JSR PC,FPRINT

mMOv #000001,PZCODE

;SET PRINTCODE

TO DISPLAY ZONED SRC.

POP-11

CIS

CZKEEA. P11

14974
14975

14976

(6)
(3)

(4)

14977
14978
14979
(6)
(3)
(4)
14980

14981
14982
14983

(6)
(3)

(4)
14984
14985
14986
(6)

(3)

MACY11 27(655)
INST EXERCISER
ERROR MESSAGE HEADERS

070622
070624
070624
070624
070630
070632
070636

000207

012746

010600
004737

004737
000410
012746

RTS
1%:
YCVTPN:

012746
010600
004737
004737
000410
012746

007622

065304
071554
010656

(&)
14991
14992
14993
(6)

065304
071554

(4)
164994
14995
14996
14997
(6)

065304
000021

(4)
14998
14999
15000
(€)

065304
071554

(4)
15001
15002
15003

065304

(3)

1%:

YCVINP:

065304
010001

(3)

002466

s
YASHN:

010730
002466

JSR
BR 1%

PC.PRNTIQ

1%:

007643

011012
002466

mov #000420,P2ZCODE
RTS

PRINTB

#ACVINP

HACVINP,~(SP)
MOV
MOV
SP,RO
JSR PC,FPRINT
PC.PRNTIQ
JSR
BR 1$
PRINTB
#FORM10
- (SP)
#FORM10,
MOV
MoV
SP,RO
JSR PC,FPRINT
MOv #010001,PZCCDE
RTS

PRINTB

#AASHN

YAbDP:

mov #000021,PZCODE
RTS

PRINTB

#ACVTLN

W#ACVTLN,=(SP)
MOV
MOV
SP,RO
JSR PC,FPRINT
PC.PRNTIQ
JSR
BR 1%
PRINTB
#FORM1?2
- (SP)
#FORM12,
MOV
MOV
SP,RO
JSR PC,FPRINT

MOv #000040,PZCODE
RTS

SEQ 0247

JPRINT

TEST &

#FORM10

JSR PC,FPRINT

YCVTLN:

000040

#ACVTPN,=(SP)

,
~ (SP)
#AASHN
MOV
MOV
SP,R0
JSR PC,FPRINT
PC.PRNTIQ
JSR
BR 1%
PRINTB
#FORM11
MOV
#FORM11,-(SP)
MOV
SP.RO

007633

111-3

#A(CVIPN

MOV

PRINTB

MOV
#FORM10,
- (SP)
MOV
SP,RO
JSR PC,FPRINT

010656

065304
000420

PAGE

MOV
SP,RO
JSR PC,FPRINT

065304
071554

(4)
14987
14988
14989
14990
(6)

(3)

PRINTB

007611

10:59

1-0CT-79

JSET PRINTCODE TG DISPLAY PACKED SRC AND ZONED DST.

JPRINT

TEST

;SET PRINTCODE TO DSIPLAY ZONED SRC AND PACKED DST.

JPRINT

;SE1

TEST

PRINTCODE TO DISPLAY ZONED SRC,DST.

JPRINT

TEST #

;SET PRINTCODE

TO DISPLAY ZONED DST.

MACY11 27(655)
POP-11 CIS INST EXERCISER
(ZKEEA.P11
ERROR MESSAGE HEADERS
15004

(6)
(3)
(4)

071034
071034
071040
071042
071046
071052
071056
0,054
071060

012746

PRINT3

10:59

PAGE

MOV

065304
071554

JSR PC,FPRINT
PC,PRNTIQ
JSR
BR 1%
PRINTB #FORM?
MOV
#FORM?
- (SP)
MOV
SP,RO
JSR PC,FPRINT

MOV

010430

065304
007000

002466

1%:

007664

065304
071554
010430

065304
00700C

002466

1%:

YCMPP:

007674

010524

065304
003000

002466

1%:

YCVTPL:

007704

010602

065304
000400

YMULP:

007715

TEST #

;SET PRINTCODE TO DISPLAY PACKED SRC1,SRCZ, AND DST.

PRINTB
#ASUBP
MOV
#ASUBP
, - (SP)
MOV
SP,R0
JSR PC,FPRINT
PC,PRNTIQ
JSR

JPRINT

RTS

BR 1%
PRINTB
#FORM7
MOV
#F ORM?7 ,-(SP)
MOV
SP,R0
JSR PC,FPRINT
MOv #007000,PZCODE
RTS

PRINTB

#ACMPP

MOv #003000,PZCODE
RTS

PRINTB

#ACVTPL

MOv #000400,PZCODE
RTS

PRINTB

MOV

TEST #

;SET PRINTCODE TO DISPLAY PACKED SRC1,SRCZ,AND DST.

JPRINT

TEST #

;SET PRINTCODE

JPRINT

TO DISPLAY PACKED SRC1, AND SR(Z.

TEST #

SP,RO

JSR PC,FPRINT

1%:

JPRINT

Mov #007000,PZCODE

MOV
002466

SEQ 0248

SP,RQ

N#ACVTPL ,-(SP)
MOV
MOV
SP,RO
JSR PC,FPRINT
PC,PRNTIQ
JSR
1%
BR
PRINTB
#FORM9
MOV
#FORM9,~(SP)

065304
071554

111-4

#AADDP
, - (SP)

, - (SP)
#ACMPP
MOV
MOV
SP,RO
JSR PC,FPRINT
PC.PRNTIQ
JSR
BR 1%
PRINTB
#FORMS8
#FORM8,-(SP)
MOV
MOV
SP.RO
JSR PC,FPRINT

065304
071554

#AADDP

007654

YSUBP:

071140
071144
071146
071152
071156
071160
071160
071164
071166
071172
071200
071202
071202
071202
071206
071210
071214
071220
071222
071222
071226
071230
071234
071242
071244
071244
071244

1-0CT-79

#AMULP

#AMULP ,=(SP)

JSET PRINTCODE TO DISPLAY PA(CKED SRC.

MACY11 27(655)
PDP-11 CIS INST EXERCISER
CZKEEA.P11
ERROR MESSAGE HEADERS
(3)

(&)

15033
15034
15035
(6)

(3)

(&)
15036
15037
15038
15039
(6)

(3)
(4)

15040
15041
15042
(6)
(3)
(4)
15043
15044
15045
15046
(6)
(3)
(4)

15047
15048
15049
(6)

(3)

(4)
15050
15051
15052
15053
(6)
(3)
(4)

15054

15055
15056
(6)
(3)
(4)
15057
15058
15059
15060
(7)
(6)
(3)

071250
071252
071256
071262
071264
071264
071270
071272
071276
071304

010600
004737
004737
000410

065304
071554

012746

010430

065304
007000

007725

012746

010430

D
PAGE

mMOv #007000,PZCODE

002466

RTS

PRINTB

#ADIVP

#ADIVP,=(SP)
MOV
MOV
SP,RO
JSR PC,FPRINT
PC.PRNTIQ
JSR
BR 18§
PRINTB #FORM?7

065304
071554

065304
007000

10:59

MOV
SP,RO
JSR PC,FPRINT
PC.PRNTIQ
JSR
BR 1%
PRINTB AFORM/
#FORM?7 ,-(SP)
MOV
MOV
SP,RO
JSR PC,FPRINT

YDiVP:
012746
010600
004737
004737
000410

1-0CT=-79

MOV
MoV
002466

s
YASHP:

JSR PC,FPRINT

PRINTB

012746
010600
004737
004737
000410

065504
071554

012746

010730

JSR P(C,FPRINT
PC,PRNTIQ
JSR
BR 18§
PRINTB
#FORM11
MOV
#FORM11,~(SP)
MOV
SP,RO
JSR PC,FPRINT

002466

1%:

YCVTILP:

012746
010600
004737
004737
000410

012746

007745

PRINTB

#A(CVILP

MOV
MOV
002466

15
yLeD:

Je7464
007756

RTS

PRINTB

011012

065304
020000

MOV #010400,PZCODE

BR 1%

PRINTB #AL2D,TINST
MOV
TINST,~(SP)

MOV

TEST #

sSET PRINTCODE TO DISPLAY PACKED SR(C1,SRCZ2., AND DST.

JPRINT

TEST #

;SET PRINTCODE

JPRINT

TO DISPLAY PACKED SRC,DST.

TEST &

#FORM12,-(SP)
SP,RO

JSR PC,FPRINT

MOV

JPRINT

#FORM12

MOv #020000,P2CODE
RTS

JSET PRINTCODE TO DISPLAY PACKED SRC1,SRCZ2, AND DST.

SP,RO

MOV
RACVTLP,=(SP)
MOV
SP.R0
JSR PC,FPRINT
PC.PRNTIQ
JSR

065304
071554

#AASHP

MOV

065304
010400

TEST

, - (SP)
#AASHP

007735

MOV

JPRINT

#FORM? ,-(SP)
SP,RO

MOv #007000,PZCODE
RTS

SEQ 0249

#AL2D ,-(SP)
SP.RO

;SET PRINTCODE

TO DISPLAY PACKED DST.

CIS INST EXERCISER
MACY11 27(655)
C(ZKEEA P
ERROR MESSAGE HEADERS
PDP-11

(4)
15061
15062

15063

(6)
(3)
(@)
15064
15065
15066
(7
(6)
(3)

(4)
15067
15068
15069
(6)

(3)

(4)
15070
15071
15072

15073
15074
15075

15076
15077
15078
15079
(6)

(3)

071466
071472
071476
071500
071500
071504
071506
071512
071514
071514
071514
071520
071524
071526
071532
071536
071540
071540
071544
071546

071552

004737
004737
000405

012746
010600
004737

000207

1-0CT=-79

10:59

065304
071554

JSR PC,FPRINT
JSR PC,PRNTIQ
BR 1%

014573

MOV
MOV

PRINTB

065304

1%:

YL3D:

013746
012746
010600
004737
004737
000405

047464
07770

012746
010600
004737
000207

014573

111-6

SEQ@ 0250

#FORM41

#FORM4LT ,~(SP)
SP,RO

JSR PC,FPRINT

RTS PC

PRINTB #AL3D,TINST
TINST ,=(SP)
MOV

MOV
MOV

065304
071554

PAGE

#AL3D,-(SP)
SP,RO

JSR PC,FPRINT
JSR PC,PRNT]Q
BR 18

065304

1%:

PRINTB
#FORM41
MOV
#FORM41,-(SP)
MOV
SP,R0O
JSR PC,FPRINT
RTS P(

*SUBROUTINE TO PRINT CURRENT TEST # (TOTT()
071554

032737

071562
071564
071564
071570
071572
071576
071576
071602
071606
071612
071614
071620
071624
071626
071626
071632

001405

071636
071642
071644
071650
071654
071660
071662
071670
071672
071700

012746
010600
004737
013746

000100

047464

PRNTIQ: BIT #100,TINST
BEQ 1%
PRINTB

#FORM31

MOV

SP,RO

MOV

014176
065304

1%:

001420
001416
014146

JBRANCH [F NO
JPRINT
]

JSR PC,FPRINT
PRINTB
#FORM30,TOTTCH,TOTTC
MOV
TOTTC,-(SP)

MOV
MOV
MOV

065304
001762

#FORM31,~(SP)

;SUBROUTINE TO PRINT I ON END OF IN-LINE OPCODE
; NEUMONIC AND TEST NUMBER.
;1S OPCODE UNDER TEST AN IN-LINE TYPE?

BNE 3%

sCNTL-T REQUEST

BRANCH IF

PRINTB #FORM4LO,
INTCT ,REGSET
REGSET,=(SP)
MOV
MOV
INTCT,
= (SP)

MOV
#F ORM4LO,
- (SP)
MOV
SP.RO
JSR PC,FPRINT
ADD #2, (SP)
ézg TgDE

065304
000002
002160
000113

066016

000001

002160

4$:

TEST #

TOTTCH,~(SP)
- (SP)
#FORM30,
SP,RO

JSR PC,FPRINT
TST CTACT

002052
002542
014513

JPRINT

MOVB #113,TDIG
BR 108
(MP #1,MODE
BNE 5%

YES

JPRINT

ACTIVE?
INTERRUPT

;FORM ASCI] MODE

JKERNEL MODE

(K)

COUNT AND REG SET

CHARACTER

POP=11 (IS
(ZKEEA.P11

(3)
(4)

22222222
232552338

—

)

15091
15092
15093
15094
15095
15096
(6)

(6)
(3)
(4)

INST EXERCISER
MACY11 27(655)
ERROR MESSAGE HEADERS

071702
071710

071712
071720
071722
071724
071724

071730
071732
071736
071742
071744
071752
071754
071762
071764
071766

071766
071772
071774

15105
15106
(6>

072000
072002
072002

07
08

072014
072020

112737
000403
112737
104400

000123

066016

000725

066016

066016
012746
010600
004737
005737

10%:

000131

066016

€%:

11%:

3¢%:

2%:

SEQ 0251

JSUPERVISOR MODE
JUSER MODE
JPRINT

(S)

(U)

D EN

SP,R0

BNE 6%
MOVB #116,TDIG
BR 118

JPRINT Y OR N

MOVB #131,1DIG
TYPE
TDIG
PRINTB #FORM?21

MOV
MOV

065304

065304
001762

TDIG

TST DEN

066016

014020

TYPE

JSR PC ,FPRINT

000116

012746
01C600
004737
005037

PAGE 111-7

MOVB #123,1D1G
BR 10%
MOVB #125.1DIG

MOV

065304
002162

014020

10:59

PRINTB #FRM4LOA
#FRM4LOA, ~(SP)
MOV

014561

012746
010600
004737
000405

000207

S%:

1=-0(T=-79

#FORM21,~(SP)
SP,RO

JSR PC,FPRINT
ER 2%

PRINTB #FORM21

#FORM21,=(SP)
MOV
MOV
SP,RO
JSR PCFPRINT
CLR CTACT
RTS 9C

.EVEN

JPRINT (RLF

JPRINT

(RLF

JCLEAR CNTL=T FLAG

POP=11 (IS INST EXERCISER
MACY11 27(655)
(ZKEEA.P1T
ERROR MESSAGE HFADERS
15116

15117

42}13
072022
072024
072026
072030
072032
072034
072036
072040
072042
072044
072046

000000
Q00000
000000
000000
000000
000000
000000
000000
000000
000000
000000

15132
15133
15134
15135
15136
15137
15138

072052
072054
072056
072060
072062
072064
072066

000000
000000
000000
000000
000000
000000
000000

072074

000000

15139
15140

12}2;

10:59

TABLE

PAGE

4
113

LSBYTL

DUMMY

INPUT

(FOR RANDOM MODE)

[DUM:

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

0
0
0
0
0
0
0
0
0
0
0

s INST
JTYPE =
JIP]
;1P2
J1P3
;1P&
;IPS
;IP6
;1P7
JIP10
JIPN

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

0
0
0
0
0
O
0

;IP13
;IP14
JIP15
JIP16
JIP17
;1P20
JIP21

.WORD

;1P24

;DUMMY INPUT TABLE = USED ONLY IN RANDOM EXERCISE MODE

15120
15121
15122
15123
15126
15125
15126
15127
15128
15129
15130
15131

1-0CT=-79

072050

072070
072072

GO0000

0C0000
000000

WORD

IDUME:

.WORD
.WORD

O
C

JIP12

;1P22
;P23

SEQ 0252

POP=-11 (I? INST EXERCISER
MACY1T 27(655)
1-0CT=79
MODE)
RANDOM
(FOR
TABLE
[NPUT
(ZKEEA.PT
DUMMY
15144
15145

15146
15147
15148

15149

LSBYTL

10:59

(IS INST INPUT TABLES
S
TABLE
:INPUT

072076

000000

INPTBL: .WORD O

PAGE 114

SEQ 0253

POP=11 (IS5 INST EXERCISER
MACY1Y
(ZKEEA.P1Y
L2D TABLES

27(655)

1=0LT=-79

10:59

4
I
PAGE “14-1

;2;2;

.SBTTL

}g}gz

SENTRY 0.1 =~ INSTRUCT!ON UNDER TEST = LZDR

15155
15156
15157
15158
15159
15160
15161
15162
15163
15164

072100
072102
072104
072106
072110
072112
072114
072116
072120
072122

000032
090003
107474
107504
107514
107524
107534
107544
107554
000000

}2};9

072152

000000

15165
15166
15167
15168
15169
15170
15171
15172
15173
15174
15175
15178

072124
072126
072130
072132
072134
072136
07214C
072142
072144
072146
072150

IL2D:

000000
000000
000700
000,00
000000
000000
000000
000000
000000
000000
000000

L2D TABLES

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

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

32
3
153
T5¢4
T55
T56
T57
T60
T161
0

JINST=L2DR; NOTE:R IS CALCULATED USING IP7.
JTYPE = 1(BIY 0);11/44 Qv TABLE(BIT * 1)
;IP1 - RO PATTERN
;IP2 = R1 PATTERN
;IP3 - R2 PATTERN
;IP& - R3 PATTERN
;IPS - R4 PATTERN
;iP6 = R5 PATTERN
;IP7 - DESC ADDRFSS
21P10

0
0
0
0
0
0
0
0
0
0
C

1PN
;1P12
;IP13
;IP14
;IP1S
;IP16
JIP17
;P20
JIP21
J1P22
;1P23%

.WORD 0
;TOTAL

# OF

TESTS

;P24

SEQ (254

MACY1?
L3D TABLES

EXERCISER

27(655)

1-0(T=79

LSBTTL

& ?000
VIN)
— SEBLRIRIACSEBRIRIR

D
D
d
d
D
d
d
D
D
D
D
b
D
d
kb
b ed o
b

WALV, LV, [V, TV RV, LV, IV TV, RN RV IV, TV LWL [V, LV, LV, TV, [V, LV, LV V|
ANINININ) N—J—J-—l-)—l—l—‘_‘-fl-fl_‘—l-—l_l_l—‘-‘

15205

15207

&
J
PAGE 115

SEQ 0255

L3D TABLES

JENTRY 0.2 = INSTRUCTION UNDER TEST = L3DR

15182

10:59

072154
072156
072160
072162
072164
072166
072170
072172
072174
072176
072200
072202
072204
072206

072210
072212
072214
072216
072220
072222
072224
072226

000033
000003
107474
107504

107514
107524
107534

107544
107554

000060

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

IL3D:

.WORD 33
.WORD 3
.WORD 153

JINST=L3DR; NOTE:R IS CALCULATED USING IP7.
JTYPE = 1(BIT 0):1174644 Qv TABLE(BIT 1-1)
:IP1 - RO PATTERN

.WORD T55
.WORD 156
.WORD T157

;IP3 - R2 PATTERN
;IP4 - R3 PATTERN
;IPS = R4 PATTERN

.WORD 0

;IP10

.WORD T54

;1P2 = R1

.WORD T60
.WORD T61

;IP6 = RS PATTERN
;IP7 - DESC ADDRESS

.wORD 0
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD

;1PN

0
0
0
0
0
0
0
0
0
0
0

;TOTAL & OF TESTS

PATTERN

JIPTe
;1P13
JIP14
JIP1S
:IP16
JIP17
JIP20
JIP21
JIP22
JIP23
;1P24

MACY'T

TABLES

27¢655)

1-0(T-79

10:59

PAGE

115-°

SEQ 0256

MOVC TABLES
.SBTTL
JENTRY 1 = INST UNDER TEST = MOv(

J INST=MOV(

JTYPE

= 1(BIT 0);11744 Qv

:}g} = SRC.LEN
- SRC.ADR
.
DST.LEN
=
;IP3

TABLE(BIT

1=1)

;IP4& - DST.ADR

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

JIPS = FILL
;IP6 - SRC DATA
;IP?7 = SRC SURR DATA

2IP10 - SRC.SURR.LEN

;IP11 - DST DATA
;IP12 = DST SURR DATA
;IP13 - DST.SURR.LEN

S NN

072260
072262
072264
072266
072270
072272
072274
072276
072300
072302

iMOVC:

072230
072232
072234
072236
072240
072242
072264
072246
072250
072252
072254
072256

00000080—4—4—‘—‘—4

S
G
W
U
U
N
P

IV VIV IV, IV, [, [V TV, IV, [V, |
NS IS 1aS 1 SN ST ST N [N N1,V

IS INST EXERCISER
1M
MOV(

:IP14 - SEPARATION CONSTANT
;IP15 = (TRANSLAT]ON TABLE FOR MOVTC(C)

;IP16 = SPECIAL HANDL ING
JIP17
:1P20

J1P21
;1P22
:1P23
;IP24

JTHIS TABLE EXERCISES ALL COMBINATIONS OF

THE FOLLOWING VARIABLE ASSIGNMENTS:

SOURCE LENGTH - 0,1,300
DESTINATION LENGTH - 0,1,5
SOURCE ADDRESS = 200 (RELATIVE TO START OF TEST BUFFER)
DESTINATION ADDRESS ~ NO OVERLAP OF SOURCE & DEST. STRINGS:SOURCE
NO OVERLAP OF SOURCE & DEST. STRINGS;SOURCE
SOURCE & DEST. STRINGS ADJACENT; SOURCE ADD
SOURCE & DEST. STRINGS ADJACENT; SOURCE ADD

ADD < DEST. AD
ADD > DEST. AD
< DEST ADD
> DEST ADD

SOURCE STRING PARTIALLY OVERLAPS DEST STRING; SRC ADD < DE
SOURCE STRING PARTJALLY OVERLAPS DEST STRING; SRC ADD > DE
COMPLETE OVERLAP OF SOURCE AND DEST STRINGS: SOURCE ADD
SOURCE DATA - INCREMENTING SEQUENCE; INC=1,START # = 1,

‘TOTAL # OF TEST CONDITIONS

“TOTAL # OF

TESTS =

REG.

48
1 INLINE)4B = 96

POP=11 CIS INST EXERCISER
(ZKEEA.P11
Mov(
15254
15255
15256
15257
15258
15259
15260
15261
15262
15263
15264
15265
15266
15267
15268
15269
15270
15271
15272

15273

15274
15275
15276
15277
15278
15279
15280
15281
15282
15283
15284
15285
15286

15287
15288
15289
15290

MACY11 27(655)

TABLES

1-0CT-79

&
L
PAGE 115-2

10:59

SEQ 0257

;ENTRY 2 = INST UNDER TEST = MOV(
072304
072306
072310
072312
072314
072316
072320
072322
072324
072326
072330
072332
072334
072336
072340
072342
072344
072346
072350
072352
072354
072356

IMOVCY: .WORD

- INST=MOV(C

.WORD 3
.WORD
TI1A
.WORD
T2AA
.WORD
T1A

WORD
.WORD
.WORD
.WORD
.WORD
.WORD

T4A
T5
T6A
TO
TO
70

;IP4 - DST.ADR
JIPS = FILL
;IP6 = SRC DATA
;IP7 = SRC SURR DATA
;IP10 - SRC.SURR.LEN
;IP11 -~ DST DATA

LWORD
.WORD
.WORD
.WORD
WORD
.WORD
.WORD
.WORD
.WORD

T14

;IP14 - SEPARATION CONSTANT
;IP15 = (TRANSLATION TASLE FOR MOVT()
;IP16 - SPECIAL HANDLING
;1P17
:1P20
2 1P21
;1P22
;1P23
;1P24

.WORD
.WORD

;THIS

;

JTYPE = 1(BIT 0);11/44 Qv TABLE(BIT 1=1)
;IP1 - SRC.LEN
;IP2 - SRC.ADR
;IPS - DST.LEN

TABLE

TO
T0

:IP12 = DST SURR DATA
;IP13 - DST.SURR.LEN

TSPA
0
O
0
0
0
0

EXERCISES ALL

COMBINATIONS OF

FOLi OWING VARIABLE

ASSIGNMENTS:

SOURCE LENGTH - 0,1,2,3,4,5,11,20

DESTINATION LENGTH - 0,1,2,3, 4,5,11,20

SOURCE ADDRESS - 200,201 (REL ATIVE TO START OF TEST BUFFER)
DESTINATION ADDRESS = SOURCE STRING PARTIALLY OVERLAPS DEST STRING.
= SOURCE

STRING PARTIALLY OVERLAPS DEST

SOURCE DATA - INCREMENTING SEQUENCE;

“TOTAL # OF TEST CONDITIONS = 256
“TOTAL # OF
.

THE

TESTS -

REG.)256 = 256

INC=1,START#-0

STRING:

SRC ADD < DE

SRC ADD > DE

POP-11 CIS INST EXERCISER
MACY11
MOVC TABLES
CZKEEA.P

IMOVC2:

BRERIROLERY 2%
LNNWWWWLNWWWWLN

)

b end

D d ed o

b e ad

h d o

)

(W T IV IV TV JU, JV, [V, RV, LV LV AV LV, TV LV LV, LV TV LV VL LV LV, LV, [V LV, LV LV LV, LV, [V, 1V, ]
WWNINWNINW
—
d b e
d d d d ed
AN
AV
NN = OV NOWVIS~WN—=0O

1-0CT=79

10:59

PAGE 115-3

SEQ 0258

;ENTRY 3 - INST UNDER TEST = MOV(

15292
15293
15294
15295

27(655)

.WORD

201
000011
224
377

;IP2
:1P3
1P%
$IPS

LWORD
.WORD

T6+2
240
0
252
360
0
0
0
3
0
0
0
0
0
0

.WORD
.WORD
.WORD
.WORD

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

;THIS

s INST=MOV(

0
100010

.WORD
.WORD
.WORD
.WORD

072420
072422
072424
072426
072430
072432

.WORD
.WORD

TABLE

EXERCISE

;TYPE = 0
:1P1 - SRC.LEN

SRC.ADR
DST.LEN
DST.ADR
FILL
;1P6 ~ SRC DATA
;IP7 = SRC SURR DATA
;IP10 - SRC.SURR.LEN
;IP11 - DST DATA
2IP12 - DST SURR DATA
;1P13 - DST.SURR.LEN
;IP14 ~ SEPARATION (ONSTANT
JIP15
;IP16 = SPECIAL HANDLING
J1P17
;1P20
;1P21
;1P22
;1P23
J1P24

THE

FOLLOWING

=
-

TEST

CONDITION:

SOURCE LENGTH - 100010

DESTINATION LENGTH - 11

SOURCE ADDRESS - 201 (RELATIVE TO START OF TEST BUFFER)
DESTINATION ADDRESS = 224 (RELATIVE TO START OF TEST BUFFER)
SOURCE DATA = INCREMENTING SEQUENCE;

INC=1,START # = 1.

:THIS TEST WAS ADDED TO EXERCISE & TEST THE MOVC V-BIT OPERATION
;TOTAL # OF

TESTS =

REG.

INLINE)- 2

PDP=-11 (IS INST EXERCISER
MACY11 27(655)
CZKEEA.P1T
LOCC TABLES
15329

15330
}ggé}

WN=O V0NN
W =
W= OV

g §&&&§&&&&‘&&‘&&&‘&Kfl&d&fififlfiflfl

b
D nd
b
d —d
D
d
d
d
D e
D e
d
D
d
b
b
D
)
b
D

VAV ROV (VL RV LW, O, [V, RV QU LV IV LV, AV LV RV LU RV [V RV LV, RV RV, IV, |

15333
15334
15335
15336
15337
15338
15339
5340

1-0CT-79

N &
PAGE 116

10:59

SEQ 0259

.SBTTL

LOCC

TABLES

ILOCC:

.WORD _ 4
.WORD 3
WORD
TL1C
.WORD
T2
LWORD
T15
.WORD
T6
.WORD
17
.WORD
T10

s INST=LOCC
;JTYPE = 1(BIT 0),;11/44 Qv TABLE(BIT
;IP1 < SRC.LEN
;1P2 = SRC.ADR
:IP3 - (HAR
;IP4 = SRC DATA
;IP5 = SRC SURR DATA
;1P6 = SRC.SURR.LEN

_WORD
WORD
"WORD
"WORD
"WORD
_WORD
_WORD

1P16
11P17
*1P20
S 1P21
FIP22
S 1P23
“1P24

;
SJENTRY & - INSTRUCTION UNDER TEST = LOCC
(072434
072436
072440
072442
072444
072446
072450
072452

072454
072456
072460
072462
072464
072466
07240

072472
072474
072476
072500
072502
072504
072506

000004
000003
102752
103012
104114
103734
103766
104004

102436
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000

WORD
WORD
"WORD
WORD
WORD
"WORD
"WORD

;THIS

TABLE

10
0
0
0
0
O
0
0
0
0
0
0
0
0

EXERCISES ALL

COMBINATIONS OF

THE

FOLLOWING VARIABLE

SOURCE ADDRESS = 200 (RELATIVE TO START OF
CHAR - 004,375,240

TEST BUFFER)

SOURCE DATA - INCREMENTING SEQUENCE.INC=1,START#-1

‘TOTAL # OF TEST CONDITIONS = 9
TESTS -

1P7 - SPECIAL HANDLING
*1P10
1P
1P12
1P13
2 1P14
1P1S

SOURCE LENGTH - 0,1,300

“TOTAL # OF

REG.

INLINE)9

ASSIGNMENTS:

POP=-11 CIS INST EXERCISER
MACY11
CZKEEA.P11
LOCC TABLES

27(655)

1-0CT=-79

10:59

B 5§
PAGE 116-1

SEQ 0260

JENTRY 5 - INSTRUCTION UNDER TEST = LOCC
ILOCCT:

.WORD
&
.WORD 3
LMWORD
TI1A
.WORD
T2AA

—

072554
072556
072560
072562

T15A
T6A
10
TO
TSPA
O

;IP3 JIP4 =
;IPS =
;IP6 =
;1P7 =
:IP10

WORD

;IP13

0
0

.WORD
. WORD
.WORD
LMWORD
.WORD
.WORD
. WORD

0
0
0
O
O
0
0

.WORD

;THIS

JINST=LOCC
JTYPE = 1(BIT 0);:11/744 Qv TABLE(BIT 1-1)
JIP1 = SRC.LEN
;IP2 = SRC.ADR

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

.WORD
.WORD

FRELRRE

(O LV LV IV, LV IV LV AV LV, IV, ]
WW

072510
072512
072516
072516
072520
072522
072524

TABLE

JIP11
JIP12

JIP14
:IP1S
JIP16
JIP17
:1P20
s IP21
1P22

EXERCISES ALL

(CHAR
SRC DATA
SRC SURR DATA
SRC.SURR.LEN
SPECIAL HANDL ING

:IP23
JIP24

COMBINATIONS OF

THE

FOLLOWING VARIABLE

SOURCE LENGTH - 0,1,2,3,4,5,11,20
SOURCE ADDRESS - 200,201 (RELATIVE TO START OF
CHAR - 004
SOURCE DATA -~ INCREMENTING SEQUENCE;

“TOTAL # OF TEST CONDITIONS = 16

“TGTAL # OF TESTS = (1 REG.)16 - 16

ASSIGNMENTS:

TEST BUFFER)

INC=1,START # =0

MACY11
PDP-11 CIS INST EXERCISER
(ZKEEA.P11
LOCC TABLES

PAGE

116=2

SEQ 0261

s INST=LOCC
0

100011

SRC.LEN
SRC.ADR
CHAR
SRC DATA DESCRIPTOR ADR
SRC SURR DATA DESCRIPTOR ADR
SRC.SURR.LEN
SPECIAL HANDL ING

T6+2

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

072630
072632
072634
072636

QOOOOCOCOOOOOOOWOO

10:5%

201
2

DO
~NO NS W n

D
e
md
e
e
D
d
D

fLocc2: .WORD

) e
e
—

1-0C7=-79

“ENTRY 6 = INSTRUCTION UNDER TEST = LOCC

ViAW
H
A Z aE 2k 3 2 X 2%

15404
15405
15406
15407
15408
15409

27(655)

sTHIS TABLE EXERCISE THE FOLLOWING TEST CONDITION:
SOURCE LENGTH - 100011
ESXQCE SggRESS - 201 (RELATIVE

TO START OF

SOURCE DATA ~ INCREMENTING SEQUENCE;

INC=1,

TEST BUFFER)
START#=1

STHIS TEST WAS ADDED TO EXERCISE & TEST THE LOCC V-BIT OPERATION
;TOTAL

# OF

TESTS =

REG.

INLINE)

POP-11 CIS INST EXERCISER
MACYTT 27(655)
CZKEEA.P11
(MPC TABLES
15441
15442

LSRTTL
.

}gzzz

10:59
(MPC

D
S
PAGL 117

SEQ 0262

TABLES

;ENTRY 7 - INSTRUCTJON UNDER TEST = (MP(

15445
15446
15447
15448

072640
072642
Q72644
072646

000010
000003
102752
103012

15454
15455
15456
15457
15458
15459
15460
15461
15462
15463
15464
15465
}gzgg

072662
072664
072666
072670
072672
072674
072676
072700
072702
(072704
(072706
072710
072712

104004
105050
104036
104054
104070
102436
000000
000000
000000
000000
000000
000000
000000

15449
15450
15451
15452
15453

1-0CT=79

072650
072652
072654
072656
072660

ICMPC:

102772
103656
103716
105050
102436

.WORD
.WORD
.WORD
.WORD

L.WORD
.WORD
.WORD
.WORD
.WORD

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

.WORD

10
3
TL1C
T?
TL2C
T411
TS11
T20
T0

T10
120
T12
T13
T14
T0
0
0
0
0
0
0
0

SINST = CMPC
JIYPE = 1(BIT 0):11/644 Qv TABLE(BIT 1
:1P1 = SRC1.LEN
;P2 = SRC1.ADR
;IP3 = SRC2.LEN
:1P4 - SRC2.ADR
JIPS = FILL
JIP6 = SRC1.DATA
:IP?7 = SRC1.SURR.DATA
;IP10
;1P11
:IP12
;IP13
:IP14
:IP15S
;P16
:1P17
JIP20
JIP21
2 IP22
:IP23
2 IP24

=
=
=
=
-~
-

SRC1.SURR.LEN
SRCZ2.DATA
SRC2.SURR.DATA
SRC2.SURR.LEN
SEPARATION CONSTANT
SPECIAL HANDL ING

%%223

;THIS TABLE EXERCISES ALL COMBINATIONS OF THE FOLLOWING VARIABLE ASSIGNMENTS:

15470

15472
15473
15474
15475

;
;
:
;

15478

;TOTAL # OF

15471

122;9

122;3

15481

SOURCE

LENGTH - 0.1.,300

SOURCE 2 LENGTH - 0,1.,5

;

SOURCE 2 DATA - ALL STRING CHARS IDENTICAL = 127

SOURCE 1 ADDRESS - 200 (RELATIVE TO START OF TEST BUFFER)
SOURCE 2 ADDRESS - NO OVERLAP OF SOURCE STRINGS
FILL CHAR - 201,377,127
SOURCE 1 DATA - ALL STRING CHARS IDENTICAL = 127

TEST CONDITIONS = 27

:TOTAL # OF TESTS = (1 REG. + 1 INLINE)27 = 54

POP=11 CIS
(ZKEEA.P11
15483
15484
15485
15486
15487
15488

15489
15490
15491
15492
15493
15494
15495
15496
15497
15498

15499
15500
15501
15502
15503
15504

MACY11

TARLES

27(655)

1-0LT-79

10:59

072714
072716
072720
072722
072724
072726
072730
072732
072734
072736
072740
072742
072744
072746
072750
072752
072754
072756
072760
072762
072764
072766

ICMPC1:

.WORD 10

.WORD 1
.WORD TLZ21C
.WORD T2

.WORD TL22C
.WORD T4
.WORD T5

.WORD
.WORD
.WORD
WORD
.WORD
.WORD
.WORC
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD

SEQ 0263

T6
17
T10
T6
T12
T13
T14

JINST
:TYPE

;IP1 = SRCT1.LEN
JIP2 = SRC1.ADR
;1P3 = SR(2.LEN
;IP4 - SRC2.ADR
JIPS = FILL
;IP6 - SRC1.DATA
;IP7 = SRC1.SURR.DATA
JIP10 - SRC1.SURR.LEN
;1P11 = SRC2.DATA
JIP12 = SRCZ2.SURR.DATA
;IP13 - SRC2.SURR.LEN

JIP14

TO
0
0
0
0
0

(MPC

;IP1S
;IP16

SEPARATION CONSTANT

SPECIAL HANDL ING

JIP17
;1IP20
;1P21

J1P22

;IP23
IP24

0
0

JTHIS TABLE EXERCISES ALL COMBINATIONS OF
[

;

THE FOLLOWING VARIABLE ASSIGNMENTS:

1 LENGTH - 1,5
SOURCE 2 LENGTH - 1, S
SOURCE

SOURCE 1 ADDRESS - 200 (RELATIVE TO START OF TEST BUFFER)

SOURCE 2 ADDRESS - NO OVERLAP OF SOURCE & DEST. STRINGS.SOURCE ADD < DEST. ADD
- NO OVERLAP OF SOURCE & DEST. STRINGS;SOURCE ADD > DEST. AD
SOURCE & DEST. STRINGS ADJACENT; SOURCE ADD < DEST ADD

md
d e
D d e

D md

SOURCE & DEST.

FILL

CHAR - 377

STRINGS ADJACENT. SOURCE ADD > DEST ADD

SOURCE STRING PARTIALLY OVERLAPS DEST STRING: SRC ADD < DE
SOURCE STRING PARTIALLY OVERLAFS DEST STRING: SRC ADD > DE
COMPLETE OVERLAP OF SOURCE AND DEST STRINGS: SOURCE ADD -

SOURCE 1 DATA - INCREMENTING SEQUENCE;
SOURCE 2 DATA - INCREMENTING SEQUENCE;

ek ed
e
— e

527

PAGE 118

;ENTRY 8 ~ INSTRUCTION UNDER TEST = (MPC

) —d

VLIV, AV, IV T LV IV IV IV IV, IV TV RV, [V LV, 1V, 1V, IV 2%,
VA AN VIV i
(o]
DS IAS 1ST,V
o V] PON) =2 =
—d md od b —d —
(e SV, PNPV,
V] 2OV
NOANIEWN—=O0

15508

INST EXERCISER
(MP(C

;TOTAL

sTOTAL

# OF

TEST
TESTS

CONDITIONS - 26
(1 REG + 1 IN-LINE)26 -

INC-1,START #
1
INC=1,START # -1

POP=-11 CIS INST tXERCISER
(ZKEEA.P11
(MPC

MACY1T 27(655)

1-0C7=79

10-59

PAGE

118-1

SEQ 0264

TABLES

.WORD
.WORD
.WORD
.WORD
.WORD

10
3
T1A
TZ2AA
T1A
T4A
TS5
T6A
T0
TO
T6A
TO
TO

544

w
&H

icMPc2:

.WORD TSPA

561

15567
15568

JINST = CMPC
JTYPE = 1(BIT 0):11744 Qv TABLE(BIT 1=1)
;IP1 = SRCT1.LEN
:1P2 = SRC1.ADR
JIP3 = SRCZ.LEN

JIP4 = SRC2.ADR
JIPS = FILL
;IP6 = SRC1.DATA
;IFP7 = SRC1.SURR.DATA
;IP10 = SRC1.SURR.LEN
;I1P11 - SRC2.DATA
JIP12 - SRCZ2.SURR.DATA
JIP13 = SRC2.SURR.LEN

.WORD T14

JIP14& - SEPARATION CONSTANT

;IP15 = SPECIAL HANDL ING

.WORD 0
.WORD 0
.WORD 0

.WORD
.WwORD
.WORD
.WORD

:IP16
JIP17
:1P20
J1P21
1P22
;IP23
;P24

O
0
0
0

JTHIS TABLE EXERCISES ALL

COMBINATIONS OF

THE FOLLOWING VARIABLF ASSIGNMENTS:

SOURCE 1 LENGTH - 0,1,2.3,4,5,11,20
SOURCE

1 ADDRESS - 200,201

(RELATIVE TO START OF

TEST BUFFER)

SOURCE 2 ADDRESS - SOURCE STRING PARTIALLY OVERLAPS DEST STRING, SRC ADD < DEST
.
CHAR - 006
- SOURCE STRING PARTIALLY OVERLAPS DEST STRING; SRC aDD > DE

—

|V,
W

15565

—

000010

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

T
¥, ] VNI
S B
o (o SV
1% N VNN
20\0\
= O000
W
OV~ o VB W

d
b
D
b
b
b
D oD
D
b
d
D
d
b
D
d
e
b
md

RV RV (U, LU IV RV QU LV RV IV, TV RV IV, LV [V, TV, LV LV, RV U, IV, [V, IV, IV,

ol =D e
b
h
md
) b e
—
—

072770
072772
072774

(9] (W RV, IV LV RV
4 N VAR

b —D

JENTRY 9 ~ INSTRUCTION UNDER TEST = (MPC

SOURCE 1 DATA -~ INCREMENTING SEQUENCE:
SOURCE 2 DATA = INCREMENTING SEQUENCE;

“TOTAL # OF TEST CONCITIONS = 256
;TOTAL

& OF

TESTS

REG.)256 = 256

INC=1,START # -0
INC-1,START # -0

POP=11 (IS
(ZKEEA.P11

INST EXERCISER
MOVR(C

MACY1T 27(655)

TABLES

1-0(T=79

10:59

PAGE

119

SEQ 0265

15570

LSBTTL

15572

SENTRY 10 = INSTRUCTION UNDER TEST = MOVR(

1551

15572

15574

589

9594

073044
073046
073050
073052
073054
073056
073060
073062
073064
073066
073070
073072
073074
073076
073100
073102
073104
073106
073110
073112
073114
073116

000002
000003

IMOVR:

102752

MOVRC

_WORD _ ¢
.WORD 3

; INST=MOVR(

WORD
.WORD
.WORD
WORD
.WORD
WORD

;1P2 = SRC.ADR
;1P3 - DST.LEN

WORD

1030 ¢
102772
103046
103704
103734
103766
104004
104020
104036

.WORD
.WORD
.WORD

104054

.WORD

104070

LWUORD
.WORD
.WORD

102436

000000
000000
000000
000000
000000
000000

TABLES

.WORD
.WORD
.WORD
.WORD
WORD
.WORD

JTYPE

1(BIT 0);11/44 Qv TABLEBIT

;IP1 = SRC.LEN

TLIC

T2
TLZ2C
T4
TS
TG
17

;1P4 - DST.ADR

JIPS = FILL
;IP6 - SRC DATA
;IP7 = SRC SURR DATA
2IP10 - SRC.SURR.LEN
;IP11 - DST DATA
;IP12 - DST SURR DATA
DST.SURR.LEN
JIP13
SEPARATION CONSTANT
JIP14
S
;IP1

T10
TN
T1?2

T13

T4
0
TO

JIP16
JIP17
:1P20
JIP21

O
O
0
O
0
O

SPECIAL

HANDL iNG

s 1P22

;1P23
J1P24

;THIS TABLE EXERCISES ALL COMBINATIONS OF

THE FOLLOWING VARIABLE ASSIGNMENTS:

SOURCE LENGTH - 0,1,300
DESTINATION LENGTH - 0,1.5
SOURCE ADDRESS = 200 (RELATIVE TO START OF TEST BUFFER)
DESTINATION ADDRESS - NO OVERLAP OF SOURCE & DEST. STRINGS:SOURCE ADD < DEST. AD
=~ NO OVERLAP OF SOURCE & DEST. STRINGS;SOURCE ADD > DEST. AD
SOURCE & DEST. STRINGS ADJACENT.; SOURCE ADD < DEST ADD
SOURCE & DEST. STRINGS ADJACENT; SOURCE ADD > DEST ADD
SOURCE STRING PARTIALLY OVERLAPS DEST STRING; SRC ADD < DE
SOURCE STRING PARTIALLY OVERLAPS DEST STRING: SRC ADD > DE
COMPLETE OVERLAP OF SOURCE AND DEST STRINGS; SOURCE ADD =
SOURCE DATA - [NCREMENTING SEQUENCE; INC=1,START # = 1,

STOTAL # OF TEST CONDITIONS

STOTAL

# OF

TESTS

REG.

48
+

INLINE)

POP=11 CIS INST EXERCISER
(IKEEA.P
MOVRC
P11

18615
15616
15617
15618

15619
15620
15621
15622
15623
15624
15625
15626
15627
15628
15629
15630

15631
15632
15633
15634
15635
15636
15637
15638
15639
15640
15641

15642
15643
15644
15645
15646
15647
15648

MACY1T
TABLES

27(655)

10:59

PAGE

119~

SEQ 0266

SENTRY 11 = INSTRUCTION UNDER TEST = MOVR(
07320
073122
073124
073126
073130
073132
073134
073136
073140
073142
073144

IMOVR1: .WORD

; INST=MOVR(

JTYPE

1
T1A
12AA
T1A
T4A

;IP2 = SR(C.ADR

JIP3

;1P

;IPS

1P?7

;IP10
JIPN

JIP12

073146
073150
073152
073154
073156
073160
073162
073164
073166
073170
073172

JIP1 = SRC.LEN

. IP6

J1P13

JIP14

;1P1S

J1IP16
JIP17
:1P20
JIP21

DST.LEN
DST.ADR

FILL

SRC DATA
SRC SURR DATA
= SRC.SURR.LEN
- DST DATA
DST SURR DATA
DST.SURR.LEN
SEPARATION CONSTANT

SPEC]AL HANDL ING

;1922
J1P23

.WORD
.WORD
.WORD

:IP24

JTHIS TABLE EXERCISES ALL COMBINATIONS OF

THE FOLLOWING VARIABLE ASSIGNMENTS:

- 0,1 2 3 6,51 20
SOURCE LENGTH
2.5, 4, 5.11,20

DESTINATION LENGTH —

SOURCE ADDRESS - 200, 201

(RELATIVE T0 START OF

DESTINATION ADDRESS ~ SOURCE
- SOURCE
JTOTAL

# OF

JTOTAL # OF

TEST

(ONDITIONS

TESTS -

256

(° REG.)256 = 256

TEST BUFFER)

STRING PARTIALLY OVERLAPS DEST
STRING PARTIALLY OVERLAPS DEST

SOURCE DATA -~ INCREMENTING SEQUENCE;

15649

1565C
15651
15652

1=0(CT=-79

INC-1,START# 0

STRING:
STRING:

SRC ADD<DEST
SRC ADD>DEST

(IS
{ IKEEA P11

INST EXERCISER
MOVRC

15654

15655
15656

15657
15658
15659
15660

15661
15662
15663
15664
5665
15666
15667
15668
15669
15670
15671
15672
15673

15674
15675
15676
15677
15678
15679
15680
15681
1568
15683

15684
15685
15686
15687

15688
15689
1569C

MACY1T
TABLES

27(655)

10:59

1=0(T-79

PAGE

119-¢

SEQ 0267

SENTRY 12 = INSTRUCTION UNDER TEST = MOVR(
73174
073176
073200
073202
073204
073206
073210
073212
073214
073216
073220
073222
073224
073226
073230
073232
073234
073236
073240
073242
073244
073246

000002
000000
100100
100000
000111
000100
000376
103736
000240
000000
000255
000366
000000
000000
000000
000037
000000
000000

IMOVR2:

000000
000000
000000
sTHIS

.WORD
.WORD
.WORD
. WORD
. WORD
. WORD
.WORD
. WORD
. WORD
. WORD
.WORD
. WORD
. WORD
.WORD
. WORD
. WORD
.wORD
.WORD
.WORD
.WORD
.WORD
.WORD

TABLE

2
0

; INST=MOVR(C
JTYPE = 0

100100
100000

:IP1 = SRC.LEN
;1P2 = SRC.ADR

;1P3 - DST.LEN

000111
100

;IPs = DST.ADR

376
T6+2
240
0
255
366
0

JIPS = FiLL
;IP6 = SRC DATA
;IP7 = SRC SURR DATA
;IP10 = SRC.SURR.LEN
2IP11 - DST DATA
;IP12 - DST SURR DATA
;IP13 - DST.SURR.LEN
SEPARATION (ONSTANT
JIP14
:IP1S

OOOOOOWOO

POP-11

EXERCISE

;P16

JIP17
;1IP20
J1P21

SPECIAL

HANDL ING

;P22
;1P23

J1P24
THE

FOLLOWING

TEST

CONDITION:

SOURCE LENGTH - 100100
DESTINATION LENGTH = 111

J
;

SOURCE ADDRESS - 100000 (RELATIVE TO START OF TEST guMFER)
DESTINATION ADDRESS - 100 (RELATIVE TO START OF TES ?UFFER)
SOURCE DATA =~ INCREMLNTING SEQUENCE. INC=1,START #

STHIS TEST WAS ADDED TO EXERCISE & TEST THE MOVRC V-fIT OPERATION
JTCTAL & OF TESTS

(1 REG.

+ 1

INLINE)

POP-11

(IS INST EXERCISER
MACYT1 27(655)
(ZKEEA.P1]
MOVT( TABLES

LSBTITL

15692

15693
15694
15695
15696
15697
15658
15699
15700
15701

1702
15703
15704
15705
15706
15707

1-0CT=-79

§
J
PAGE 120

10:59

SEQ 0268

MOVTC TABLES

;ENTRY 13 = INSTRUCTION UNDER TEST = MOVT(C
IMOVT:

073250
073252
073254
073256
073260
073262
073264
073266
073270
073272
073274
073276

073310
073312
073314
073316
073320
073322

.WORD
.WORD

3
1

s INST=MOVT(C
JTYPE = 1

.WORD
LWORD

T2
TLZC

;192 = SRC.ADR
;IP3 - DST.LEN

WORD

WORD
.WORD
. WORD
LWORD
MWORD
.WORD

LWORD
.WORD

.WORD
. WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
LWORD

000000
;THIS

;
;

TABLE

TLIC

;IP1

T4
TS
T6
17
T10
T11

;IP4 - DST.ADR
JIPS - FILL
;IP6 - SRC DATA
;IP7 = SRC SURR DATA
;IP10 = SRC.SURR.LEN
;IP11 - DST DATA

T12
T13
T14
T24
T0
O
C
O
0
O
O

;IP12 - DST SURR DATA
;IP13 - DST.SURR.LEN

;IP14 - SEPARATION CONSTANT
;IP15 = TRANSLATION TABLE
;IP16 = SPECIAL HANDL ING
JIP17
:1P20
;1P
;1P2e
:1P23
JIP24

EXERCISES ALL

COMBINATIONS

THE

FOLLOWING VARIABLE

ASSIGNMENTS:

SOURCE LENGTH - 0,1,300
DESTINATION LENGTH - 0,1,5
SOURCE ADDRESS =~ 200 (RELATIVE TO START OF TEST BUFFER)
DESTINATION ADDRESS - NO OVERLAP OF SOURCE & DEST. STRINGS.;SOURCE ADD < DEST. AD
NO OVERLAP OF SOURCE & DEST. STRINGS.SOURCE ADD > DEST. AD
SOURCE & DEST. STRINGS ADJACENT; SOURCE ADD < DEST ADD
SOURCE & DEST. STRINGS ADJACENT,; SOURCE ADD > DEST ADD
SOURCE STRING PARTIALLY OVERLAPS DEST STRING: SRC ADD < DE
SOURCE STRING PARTIALLY OVERLAPS DEST STRING:

COMPLETE OVERLAP OF SOURCE AND DEST STRINGS:
SOURCE DATA = INCREMENTING SEQUENCE; INC=1,START # = 1.
TRANSLATION TASLE

DATA =

“TOTAL # OF TEST CONDITIONS = 48
‘TOTAL

= SRC.LEN

# OF

TESTS

REG.

IN LOC

INLINE)

48 - 96

INLOC

ETC

SRC ADD > DE

SOURCE ADD

POP=11

(IS INST ExERCISER
MACY11 27(655)
(ZKEEA.P11
MOVTC TABLES
15737
15738
15739
15740
15741
15742
15743
15744
15745
15746
15747
15748
15749
15750
15751
15752
15753
15754
15755
15756
15757
15758
15759
15760
15761

15762
15763
15764
15765
15766
15767
15768
15769
15770
15771
15772
15773
15774
15775

1=-0CT=79

K
5
PAGE 120-1

10:59

SEQ 0269

JENTRY 14 = INSTRUCTION UNDER TEST = MOVTC(C
073324
073326
073330
073332
073334

073336
073340
073342
073344
073346
073350

000003

IMOVT1:

102462
103030
102462
103310
103704
103756
102436
102436
102636
102436
102436

.WORD

T1A

JINST=MOVT(
JTYPE = 1(BIT 0);:°1/744 Qv TABLE(BIT
;IP1 = SRC.LEN

.WORD

T1A

;IP3 - DST.LEN

.WORD

.WORD
. WORD
. WORD

. WORD
.WORD
.WORD
.WORD
.WORD

104070
105234
102706

073370
073372
073374
073376

.WORD
3
.WORD 3

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

000000
000000
000000
000000
000000
000000
JTHIS

N
;

;
;

TABLE

T2AA

;1P2 - SRC.ADR

T4A
TS
T6A

;IP& - DST.ADR
:IPS - FILL
;1P6 - SRC DATA

T0
10
10
10
10

;IP7 = SRC SURR DATA
;IP10 = SRC.SURR.LEN
;IP11 - DST DATA
;IP12 - DST SURR DATA
;1P13 = DST.SURR.LEN

T14
T24
TSPA
0
0
0
O
0
0

JIP14 - SEPARATION CONSTANT
;IP15 = TRANSLATION TABLE
;1P16 = SPECIAL HANDL ING
:IP17
;1P20
JIP21
:1P22
;IP23
1P24

EXERCISES ALL

COMBINATIONS OF

THE

FOLLOWING VARIABLE

ASSIGNMENTS:

SOURCE LENGTH - 0,1.2.3.4,5,11,20
DESTINATION LENGTH - 0,1,2.3.4,5,11,20

SOURCE ADDRESS - 200,201 (RELATIVE TO START OF TEST BUFFER)
DESTINATION ADDRESS ~ SOURCE STRING PARTIALLY OVERLAPS DEST STRING;SRC ADD<DEST
= SOURCE STRING PARTIALLY OVERLAPS DEST STRING;
SOURCE DATA - INCREMENTING SEQUENCE; INC=1,START#=0
TRANSLATION TABLE

DATA -

1TOTAL # OF TEST CONDITIONS = 256
CTOTAL # OF

"ESTS =

REG.)256

IN LOC O,

256

IN LOC

ETC

SRC ADD>DEST

POP=-11

CIS INST EXERCISER

CZKEEA.P1

MOVTC

073400

000003

15782
15783
15784
15785
15786
15787

073406
073410
073412
073414
073416
073420

000201
000011
000225
000375
103736
000240

15792
15793
15794
15795
15796
15797
15798
15799

}238?

PAGE

120-2

SEQ 0270

SENTRY 15 = INSTRUCTION UNDER TEST = MOVT(

15779

15788
15789
15790
15791

10:59

TABLES

?2;;;
15780
15781

1-0CT=-79

MACY1T 27(655)

073402
073404

073422
073424
073426
073430
073432
073434
073436
C73440
073442
073444
073446
073450
073452

IMOVT2:

000000
100010

000000
000254
000355
000000
000000
001734
000003
000000
000000
000000
000000
000000
000000

.WORD

s INST=MOVT(

O
100010

JTYPE = 0
;IP1 < SRC.LEN

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

0
254
355
O
O
IXLTR1
3
O
O
O
O
O
O

JIP10
;IP11
;IP12
;IP13
;IP14
;IP15
;IP16
J1P17
:1P20
1P
;1P22
;1P23
s 1P24

LWORD
.WORD
.WORD
.WORD
MWORD
.WORD
f

.WORD
.WORD

THE

FOLLOWING

=
=
-~
=

;THIS

15804
15805
15806
15807
15808
}gg?g

}gg};

;THIS TEST WAS ADDED TO EXERCISE & TEST
JTOTAL & OF TESTS - (1 REG. + 1 INLINE)

15812

EXERCISE

;1P2
;IP3
;1P4
JIPS
;1P6
;IP7

1228%

TABLE

201
000011
225
375
T6+2
240

TEST

SRC.ADR
DST.LEN
DST.ADR
FILL
SRC DATA
SRC SURR DATA

SRC.SURR.LEN
DST DATA
DST SURR DATA
DST.SURR.LEN

SEPARATION CONSTANT
TRANSLATION TABLE
SPECIAL HANDL ING

CONDITION:

SOURCE LENGTH = 100010
DESTINATION LENGTH - 11
SOURCE ADDRESS =~ 201 (RELATIVE TO START OF TEST BUFFER)
DESTINATICON ADDRESS = 225 (RELATIVE TO START OF TEST BUFFER)
SOURCE DATA - INCREMENTING SEQUENCE: INC=1,START # = 1.
TRANSLATION TABLE DATA = 1 IN LOC 0, 2 IN LOC 1, ETC
THE
2

MOVT(C

v-BIT OPERATION

POP-11 CI? INST EXERCISER
MACY11 27(655)
CZKEEA.P
SKP(C TABLES
15815

LSRTTL

}gg}?
073454
073456
073460
073462
073464
073466
073470
073472
073474
073476

000005
000001
102752
103012
105250
105274
103766
104004
102436
000000

15830

073504

000000

15831

15832
15833
15834

15835
15836
15837
15838

}ggzg

10:59

PAGE 121

SKP(C TARLES

073500
073502

073506

073510
073512
073514

073516
073520
073522
(073524
073526

ISKPC:

000000
000000

.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
LWORD
.WORD
.WORD
MWORD

5
1
TLIC
T2
125
T26
17
T10
10
O

;INST=SKP(C
JTYPE =1
;IPT = SRC.LEN
;IP2 - SRC.ADR
;IP3 - CHAR
;IP4 - SRC DATA
;IPS < SRC SURR DATA
;IP6 = SRC.SURK.LEN
JIP7 = SPECIAL HANDL ING
J1P10

.WORD

;IP13

.WORD
WORD

000000

.WORD

000000
000000
000000

000000
000000
000000
000000
000000

0
O

WORD
WORD
WORD

O
O
O

WORD

LWORD
LWORD
.WORD
WORD

;1PN
JIP12
JIP14

;IP1S
JIP16
JIP17

O
O
0
O

;1P24

JTHIS

15843

;

SOURCE LENGTH - 0,1,300

15846

(HAR - 001,240

15847

15848
15849

M
.

;

TABLE EXERCISES ALL

;1P20
;1P21
:IP22
;1P23

}553212

15844
15845

SEQ 0271

;ENTRY 16 = INSTRUCTION UNDER TEST = SKP(

15818
15819
15820
15821
15822
15823
15826
15825
15826
15827
15828
15829

1-0CT=-79

COMBINATIONS OF

THE

FOLLOWING VARIABLE

SOURCE ADDRESS =~ 200 (RELATIVE TO START OF TEST BUFFER)
SOURCE DATA - CHARACTERS FROM STRING = 001,001,007

;TOTAL # OF TEST CONDITIONS = 6
;TOTAL # OF TESTS (1 REG + 1 INLINE)6 = 12

ASSIGNMENTS:

—

POP=11 (IS
(ZKEEA. P

INST EXERCISER
SKPC

15854

15855
15856
15857
15858
15859.
15860
15861
15862
15863
15864
15865
15866
15867
15868
15869
15870
15871
15872
15873
15874
15875
15876
15877
15878
15879
15880
15881
15882
15883
15884
15885

27(655)

1-0CT=79

10:59

SEQ 0272

;ENTRY 17 = INSTRUCTION UNDER TEST = SKP(

15852

15853

MACY11

TABLES

N S
PAGE 121-1

073530
073532
073534
073536
073540
073542
073544
073546
073550
073552
073554
073556
073560
073562
073564
073566
073570
073572
073574
073576
073600
073602

000005
000001

ISKPC1:

102462
103030

.WORD
.WORD

105266

.WORD

103756
1024 36

.WORD
.WORD

102436
102706
000000
000000
000000

.WORD
.WORD
.WORD
.WORD
.WORD

000000
000000
000000
000000
000000
000000
000000
000000
000000

000000

.WORD
.WORD

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

;THIS

H
:

. WORD

TABLE

5
1

s INST=SKP(
JTYPE = 1

T1A
T2AA
T25A

2IP1 - SRC.LEN
2IP2 = SRC.ADR

;1P3 - CHAR

T6A
1O

;IP4 - SRC DATA
;IP5 = SRC SURR DATA

TO
TSPA

;IP6 = SRC.SURR.LEN
;IP7 = SPECIAL HANDL ING
;1°10
;IPN
JIP12

0
O
0
0
0
0
0
0
0
0
0
0

;IP13
JIP14
J1P15
;1IP16
;1P17
:1P20
;P21
;1P22
;P23

EXERCISES

ALL

THE

FOLLOWING

VARIABLE

SOURCE LENGTH - 0,1,2,3,4,5,11,20
SOURCE ADDRESS - 200,201

CHAR - 007
SOURCE DATA - INCREMENTING SEQUENCE.

“TOTAL # OF TEST CONDITIONS - 16
“TOTAL

2 1P24

COMBINATIONS

# OF

TESTS =

REG.)16 -

INC-1,START # -0

ASSIGNMENTS:

CZKEEA.P11

SKPC

15887
15888
15889
15890
15891
15892

ISKPC2:

15894
15895
15896
15897
15898
15899
15900

D
b
b
D =
e

D ah e
b

VO NOWVMEWN=0O

00 OV VOV VOO0

o IAaAL

15909

TABLES

1-0CT-79

10:59

B ¢
PAGE 12'-2

SEQ 0273

CENTRY 18 - INSTRUCTION UNDER TEST = SKP(C

15893

P
S QU
G

MACY11 27(655)

000000

.WORD
.WORD
LWORD
.WORD
.WORD
LWORD
WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
WORD
WORD
.WORD
WORD
.WORD
.WORD
WORD
.WORD
.WORD

s INST=SKPC
JTYPE = 0
2IP1 = SRC.LEN
;1P2 = SRC.ADR
;1P3 - (HAR
;IP4 = SRC DATA
;IP5 = SRC SURR DATA
;IP6 = SRC.SURR.LEN
;IP7 = SPECIAL HANDL ING
:IP10
1PN
;1P12
;1P13
;IP14
:1IP15
JIP16
J1P17
:1P20
;1P21
: IP22
:1P23
JIP24

5
0
100111
203
3
T6+2
0
0
3
0
0
O
0
0
O
0
0
0
0
0
O
O

;THIS TABLE EXERCISE THE FOLLOWING TEST CONDITION:
SOURCE LENGTH - 100111
SOURCE ADDRESS - 203
CHAR - 003

SOURCE DATA - INCREMENTING SEQUENCE;

INC=1, START # = 1.

STHIS TEST WAS ADDED TO EXERCISE & TEST THE SKPC V-BIT OPERATION.
;TOTAL # OF

TESTS -

REG.

+ 1

INLINE)

POP-11 (IS INST EXERCISER

POP-11

CIS INST EXERCISER

CZKEEA.P1]

MACY11 27(655)

MATCHC TABLES

1-0(T=-79

10:59

C
6
PAGE 122

;gggg

.SRTTL

}gggg

:ENTRY 19 -~ INSTRUCTION UNDER TEST = MATCHC

15928
15929
15930
15931

073660
073662
073664
073666

000011
000003
102752
103012

15933
15934
15935
15936
15937
15938
15939
15940
15941
15942
15943
15944

073672
073674
073676
073700
073702
073704
073706
073710
073712
073714
073716
073720

103366
103704
105050
102436
104004
105050
104036
104054
104070
102436
000000
000000

073732

000000

15932

15945
15946
15947
15948

123?8

073670

073722
0737246
073726
073730

IMATC:

102772

MATCHC TABLES

.WORD
.WORD
.WORD
.WORD

11
3
TL1C
T2

JINST = MATCHC
TYPE = 1(BIT 0):11/44 Qv TABLE(BIT 1-1)
;IPT - OBJ.LEN
;1P2 - OBJ.ADR

LWORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD

T4]
TS
T20
TO
T10
T20
T12
T13
T14
TO
0
0

;IP4 - SRC.ADR
:IPS = UNUSED PORTION OF REGISTER 4
;IP6 - 0BJ.DATA
;IP7 = 0BJ.SURR.DATA
;1P10 - OBJ.SURR.LEN
;IP11 - SRC.DATA
;IP12 = SRC.SURR.DATA
:IP13 - SRC.SURR.LEN
:IP14 - SEPARATION CONSTANT
:IP1S - SPECIAL HANDL ING
:1P16
J1P17

LWORD TLZ2C

000C00
000000
000000
000000

SEQ 0274

.WORD
.WORD
.WORD
.WORD

JIP3 = SRC.LEN

0
0
0
0

J1P20
J1P21
;1P22
:1P23

.WORD 0

S IP24

}232}

:THIS TABLE EXERCISES ALL COMBINATIONS OF THL FOLLOWING VARIABLE ASSIGNMENTS:

15953
15954
15955
15956
15957
15958
15959

;
;
;
;
;
:

OBJECT
SOURCE
OBJECT
SOURCE

15960
15961
15962
15963

}gggg

;
;
:
:

- SOURCE STRING PARIIALLY OVERLAPS DEST STRING: SRC ADD < DE
- SOURCE STRING PARTIALLY OVERLAPS DEST STRING; SRC ADD > DE
~ COMPLETE OVERLAP OF SOURCE AND DEST STRINGS:; SOURCE ADD OBJECT DATA - ALL STRING CHARACTERS IDENTICAL =
127

15966
15967
15968

:TOTAL # OF
:TOTAL # OF
;

LENGTH - 0.1.300
LENGTH - 0,1.5
ADDRESS - 200 (RELATIVE TO START OF TEST BUFFER)
ADDRESS - NO OVERLAP OF SOURCF & DEST. STRINGS;SOURCE ADD < DEST. ADD
- NO OVERLAP OF SOURCE & DEST. STRINGS;SOURCE ADD > DEST. AD
- SOURCE & DEST. STRINGS ADJACENT; SOURCE ADD < DEST ADD
~ SOURCE & DEST. STRINGS ADJACENT; SOURCE ADD > DEST ADD

SOURCE DATA - ALL STRING CHARACTERS IDENTICAL = 127
TEST CONDITIONS
TESTS =

POP-11 CIS
(ZKEEA.P11

INST EXERCISER
MATCHC

15970
15971
15972

15973
15974
15975
15976
15977
15978
15979
15980
15981
15982

15983

15984
15985
15986
15987
15988
15989
15990
15991
15992
15993
15994
15995
15996
15997
15998
15999
16000
16001
16002

MACY11 27(655)

1-0C7-79

FABLES

10:59

PAGE

123

SEQ 0275

SENTRY 21 = INSTRUCTION UNDER TEST = MATCHC
073734
073736
073740
073742
073744
073746
073750
073752
073754
073756
073760
073762
073764
073766
073770
073772
073774
073776
074000
074002

IMATCT:

JINST

.WORD 11

:TYPE

MATCHC
1(BIT 0);11/44 Qv

JIP1 - 0BJ.LEN

.WORD T1A

TABLE(BIT

1-1)

;1P2 - 0BJ.ADR
;IP3 = SRC.LEN

;IP4& - SRC.ADR
JIPS -

;1P6 - 0OBJ.DATA

JIP7 - 0BJ.SURR.DATA
JIP10 - 0BJ.SURR.LEN
;IP11 - SRC.DATA
;1P12 = SRC.SURR.DATA
JIP13 - SRC.SURR.LEN

;IP14 - SEPARATION CONSTANT

JIP15 - SPECIAL HANDL ING
:IP16

JIP17
;1P20
JIP21
s 1P22
;1P23
;1P24

074004
074006

JTHIS

TABLE

EXERCISES ALL

COMBINATIONS OF

THE

FOLLOWING VARJABLE

ASSIGNMENTS:

OBJECT LENGTH - 0,1,2,3.4,5.11.,20

SOURCE LENGTH - 0,1,2,3,4,5,11,20

OBJECT ADDRESS -~ 200,201 (RELATIVE TO START OF TEST BUFFER)
SOURCE ADDRESS - NO OVERLAP OF SOURCE & DEST. STRINGS.SOURCE ADD < DEST. ADD
- NO OVERLAP OF SOURCE & DEST. STRINGS,SOURCE ADD > DEST. AD

- SOURCE & DEST. STRINGS ADJACENT; SOURCE ADD < DEST ADD
- SOURCE & DEST. STRINGS ADJACENT; SOURCE ADD > DEST ADD

= SOURCE STRING PARTIALLY OVERLAPS DEST STRING; SRC ADD < DE
=~ SOURCE STRING PARTIALLY OVERLAPS DEST STRING; SRC ADD > DE
= COMPLETE OVERLAP OF SOURCE AND DEST STRINGS; SOURCE ADD =
OBJECT DATA =~ INCREMENTING SEQUENCE: INC=1,START # = 0
SOURCE DATA - INCREMENTING SEQUENCE. INC=1; START # =1

STOTAL # OF TEST CONDITIONS = 896

“TOTAL

# OF

TESTS

REG.)B96 - 896

POP-11 £%§ INST EXERCISER

(2KEEA.

MATCHC TABLES

16016

PAGE 123-1

SEQ 0276

;ENTRY 22 ~ INSTRUCTION UNDER TEST = MATCHC

16019
16020
160217
16022
16023
16024
16025
16026
16027
16028
16029
16030
16031
16032

074010
074012
074014
074016
074020
074022
074024
074026
074030
074032
074034
074036
074040
0/4042

16035
16036

074050
074052

16039
}2829

074060
074062

16037
16038

10:59

1281;

16033
16034

1-0CT=79

MACY1T 27(655)

000011
000000
000020
000100
100020
000201
000000
103736
000000
000000
103736
000000
00000C
000000

074044
074046

000003
000000

074054
074056

000000
000000

IMATC2:

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

11
0
20
100

JINST = MATCHC
JTYPE = 0
;IP1 - OBJ.LEN
;I1P2 - 0BJ.ADR
;IP3 - SRC.LEN
;IP4 - SRC.ADR
JIPS - 0
;IP6 - 0OBJ.DATA
;IP7 - 0BJ.SURR.DATA
JIP10 - OBJ.SURR.LEN
;IP11 - SRC.DATA
:IP12 - SRC.SURR.DATA
:IP13 -~ SRC.SURR.LEN
:IP14 - SEPARATION CONSTANT

100020

201
0
T6¢?
0
0
T6+2
0

0
.WORD 3
.WORD 0

000000
000000

;1P1S = SPECIAL HANDL ING
JIP16

.WORD 0
.WORD 0

:IP17
:1P20

.WORD 0
.WORD 0

000000
000000

;1P
JIP22

.WORD 0
.WORD 0

1P23
s IP24

1282%

JTHIS

16044
16045
16046

;
;
;

OBJECT LENGTH - 20
SOURCE LENGTH - 100020
OBJECT ADDRESS - 100 (RELATJVE

16048

;

OBJECT DATA - INCREMENTING SEQUENCE;

16051
1605¢
16053

;THIS TFST WAS ADDED TO EXERCISE & TEST
JTOTAL # OF TESTS
(1 REG, + 1 INLINE)
;

16047

}28?8

;

TABLE

EXERCISE

THE

FOLLOWING

SOURCE ADDRESS = 201

TEST

CONDITION:

TO START QOF

TEST BUFFER)

(RELATIVE TO START OF TEST BUFFER)

SOURCE DATA = INCREMENTING SEQUENCE;

INC=1,

START # -

INC=1, START # - 1

THE MATCHC N-BIT OPERATION.
- 2

POP-11 (IS INST EXERCISER
(ZKEEA.P11
16055
16056
16057
16058
16059
16060
16061
16062

16063

16064
16065
16066
16067
16068
16069
16070
16071
16072
16073
16074

16075

16076
16077
16078
16079
16080
16081

SCANC

MACY11 27(655)

TABLES

1-0CT=79

.SBTTL

10:59

PAGE 124

SEQ 0277

SCANC TABLES

ZENTRY 23 = INSTRUCTION UNDER TEST = SCANC
074064
074066
074070
074072
074074
074076
074100
074102
074104
074106
074110
074112
074114
074116

ISCAN:

JINST = SCANC

.WORD T6

;IP6 = SRC.DATA

.WORD
LWORD
.WORD
.WORD
.WORD
.WORD

3
TL1C
T2
T27
T30
T31

LWORD
.WORD
.WORD
.WORD
.WORD

T12
T13
T32
T7
T10

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

074120

074122

074124
074126
074130
074132
074134
074136

.WORL 6

000000

JTYPE = 1(BIT 0);11/746 Qv TABLE(BIT
;IP1 = SRC.LEN
;IP2 = SRC.ADR
;IP3 - TABLE LEN (256 BYTES)
J1P4 - MASK
:1PS -~ TABLE ADR

;

T14
T0
0
0
0
0
0
0
0

;IP14 - SEPARATION CONSTANT
;1P1S < SPECIAL HANDL ING
JIP16
J1P17
;1P20
;1P21
P22
;IP23
JIP24

THE FOLLOWING VARIABLE ASSIGNMENTS:

SOURCE LENGTH - 0,1,300

SOURCE ADDRESS =~ 200 (RELATIVE TO START OF

MASK - 0,1,377
TABLE

ADDRESS - NO OVERLAP WITh SOURCE

TABLE

DATA - ALL

TEST BUFFER)

STRING

- OVERLAP - TABLE ADDRESS=SOURCE ADDRESS
SOURCE DATA - INCREMENTING SEQUENCE; INC=1, START # =1
BYTES

IDENTICAL

16098

“TOTAL

# OF

TESTS

= 0

-~ ALL BYTES IDENTICAL = 377
- INCREMENTING SEQUENCE; INC

"TOTAL # OF TEST CONDITIONS = 54
16097

JIP7 = SRC.SURR DATA
JIP10 = SRC.SURR.LEN
;1P11 - TABLE DATA
;IP12 - TABLE SURR DATA
;1P13 -~ TABLE SURR LEN

;THIS TABLE EXERCISES ALL COMBINATIONS OF
;

REG.

INLINE)S4

108

START #

POP-11

(IS

(ZKEEA.P

INST EXERCISER

SCANC TARBLES

d
)
i
d
)
d
)
d e
iy —d
—

NN ny —t d d d D e b d b b O
W)
= o OO NONEB WO

b
——d
d
)
)
d
)
b
d
— —_—— —
b
—

(oo
Y o)) oo~ ooooorOrOr
O OO

16100

16124
16125

16126
16127
16128

MACYT1T1

27(655)

1=-0(T=79

PAGE

124-1

SEQ 0278

CENTRY 24 = INSTRUCTION UNDER TEST = SCANC
074140
074142
074144
074146
074150
074152
074154
074156
074160
074162
074164
074166
074170
076172
074174
074176
074200
074202
074204
074206
074210
074212

000006
000003
102462
103030
105312
105346
105354

ISCAN1:

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

103756
102636
102436
103756
102436
102436
104070
102706

000000
000000
000000
000000
000000
000000
000000

THIS

;

TABLE

6
3
TI1A
T2AA
T27
T30A
T31A
TG6A
TO
TO
T6A
T0
T0
T14
TSPA
0
O
0
0
0
0
0

JINST = SCANC
JTYPE = 1(BIT 0):11/44 Qv TABLE(B[T
;IP1 = SRC.LEN
;IP2 = SRC.ADR
JIP3 - TABLE LEN (256 BYTES)
JIP4 - MASK
;IPS - TABLE ADR
;IP6 - SRC.DATA
;1P7 - SRC.SURR DATA
;IP10 = SRC.SURR.LEN
;IP11 - TABLE DATA
;1P12 - TABLE SURR DATA
;IP13 -~ TABLE SURR LEN
:1P14 - SEPARATION CONSTANT
;IP1S = SPECIAL HANDL ING
:1P16
J1P17
:1P20
(1P
1 IP22
IP23
J1P24

EXERCISES

ALL

CO?B%
T%O?? gs THE

SOURCE LENGTH - 0,1,

SOURCE ADDRESS - 200,201
MASK - 252

16129

16130
16131

16132
16133
16134
16135
16136

10:59

(RELATIVE

TEST BUFFER)

TABLE

ADDRESS - NO OVERLAP WITH SOURCE

TABLE

DATA - INCREMENTING SEQUENCE;INC-1,START #=0

STOTAL # OF TEST CONDTIONS = 16

STOTAL

FOLLOWING VARIABLE ASSIGNMENTS:

TO START OF

SOURCE DATA - INCREMENTING SEQUENCE.

TESTS

REG.)

1.1)

STRING

INC=1,START #=0

POP=11 (IS
(ZKEEA, P11

INST EXERCISE R
SCANC

16138

16153
16154

16155
16156
16157
16158
16159
16160

16161
16162

16163

16164
16165
16166
16167

16168
16169
16170
16171
16172

16173
16174
16175

124=2

1SCAN2: .WORD 6

SEQ 0279

JINST = SCANC

JTYPE = 0

.WORD 0
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD

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

074266

;IP1 - SRC.LEN
;P2 = SRC.ADR
;IP3 -~ TABLE LEN (256 BYTES)
;IP4 - MASK
:IPS - TABLE ADR
;IP6 - SRC.DATA

100040
110

256
377
200

T6+2
0
0
+

16150
16151
16152

PAGE

;IP7 ~ SRC.SURR DATA

;IP10 - SRC.SURR.LEN
TABLE DATA
JIPI
TABLE SURR DATA
JIP12

16149

076214
076216
076220
076222
074224
074226
074230
076232
07623
076236
076240
076242
076244
076246
076250
074252
076254
074256
074260
076262
074264

16747
16148

10:59

16146

1=0CT=79

OOOOOOOWNWOOO —

16142
16143
16144
16145

TABLES

27(655)

CENTRY 25 = INSTRUCTION UNDER TEST = SCANC

16139

16140
161461

MACY1T

;IP13
:IP14

J1P15S

J1IP16

TABLE SURR LEN
SEPARATION CONSTANT

SPEC IAL HANDL ING

J1IP17
:1P20
JIP21
IP22

JI1P23

THE FOLLOWING VARLABLE ASSIGNMENTS:

SOURCE LENGTH - 100040
SOURCE ADDRESS - 10
MARK - 377

TABLE ADDRESS - 200 (RELATIVE TO START OF TEST BUFFER)
SOURCE DATA = INCREMENTING SEQUENCE; INC=1,START#=1
:
TABLE DATA - ALL BYTES IDENTICAL = 377

STHIS TEST WAS ADDED TO EXERCISE & TEST THE SCANC N~BIT OPERATION.

;TOTAL

# OF

TESTS

1 1P24

;THIS TABLE EXERCISES ALL COMBINATIONS OF

;
:
:

’ .,

REG.

INLINE)
=2

POP=-11 (1S INST EXERCISER
MACY1T 27(655)
(ZKEEA.P1Y
SPAN(C TABLES
16177

.SBTTL

16179

16178

}g}g?

074270
07427¢
074274
074276

000007
000001
102752
103012

16189
16190
16191

074306
074310
074312

103734
104036
104054

16192

16193
16194
16195
16196

16197
16198
16199
16200
16201
16202

12582

10:59
SPANC

074300
074302
(0764304

074314

074316
074320
0764322
074324
074326
074330
074332
074334
074336
074340

074342

[SPAN:

105312
105326
105402

.WORD
.WORD
.WORD
.WORD

7
1
TLIC
T2

JINST = SPANC
JTYPE = 1
;IP1 = SRC.LEN
;P2 = SRC.ADR

.WORD 127
.WORD T30
.WORD T31

JIP3 - TABLE LEN (256 BYI1ES?
;1P4 - MASK
;1IPS - TABLE ADR

.WORD T6&
.WORD T72
.WORD T1

105442

103766
104004
104070
102436

.WORD

T32

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

0
0O
0
0
0
0

.WORD
.WORD
.WORD
.WORD

000000
200000
000000
000000
000000
000000

000000

;1P6 = SR(C.DATA
;IP?7 = SRC.SURR DATA
;IP10 = SRC.SURR.LEN
;IP11

T?7
T10
T14
TO

;IP12
;IP13
;P14
;1P1S

J1P16
J1P17
:1P20
1P
J1P22
;1P23

.WORD 0

16207
16208
16209

;
;
;

16211

;

16214
}gg}g
16217

}gg}g

16220

;
M

;
:

=
=
=

TABLE DATA

TABLE SURR DATA
TABLE SURR LEN
SEPARATION CONSTANT
SPECIAL HANDL ING

(OMBINATIONS OF

SOURCE LENGTH ~ 0,1,300
SOURCE ADDRESS =~ 200 (RELATIVE
MASK - 0,1,377
TABLE

1P24

;THIS TABLE EXERCISES ALL

16212
16213

SEQ 0280

TABLES

%2582

16210

6
I
PAGE 125

JENTRY 26 = INSTRUCTION UNDER TEST = SPAN(

16182
16183
16184
16185

16186
16187
16188

1=0CT=79

THE

TO START OF

ADDRESS =~ NO OVERLAP WITH SOURCE

;"OTAL # OF

STRING

INC=1,

- ALL BYTES IDENTICAL = 377
- INCREMENTING SEQUENCE; INC=1,

TEST CONDITIONS = 54

TESTS

TEST BUFFER)

- OVERLAP - TABLE ADDRESS=SOURCE

SOURCE DATA = INCREMENTING SEQUENCE;
TABLE DATA - ALL BYTES IDENTICAL = 0

JTOTAL # OF

FOLLOWING VARJABLE ASSIGNMENTS:

(1 REG.

+ 1

INLINE)S4-108

ADDKESS

START # -1

PHP=11 CIS
(ZKEEA. P11
16222
16223
16224
16225
16226
16227
16228
16229
16230
16231
16232
16233
16234
16235
16236
16237
16238
16239
16240
16241
16242
16243
16244
16245
16266
16247
16248

16249
16250
16251
16252
16253
16254
16255
16256
16257
16258

INST EXERCISER
SPANC

MACY?T

TABLES

27(655)

1=-0(T-79

10:59

J
6
PAGE 125-1

SEQ 0281

SENTRY 27 - INSTRUCTION UNDER TEST = SPANC
074344
074346
074350
074352
0746354
074356
074360
074362
074364
074366
074370
074372
074374
074376
074400
074402
074404
074406
07441C
074412

ISPAN1:

: INST
;TYPE

.WORD 7

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

?PANC

sIP1 = SRC.LEN

T1A

;1P2 - SRC.ADR
;1P3 -~ TABLE LEN (256 BYTES)
;P4 - MASK
;IPS = TABLE ADR
;IP6 - SRC.DATA
:1P? = SRC.SURR DATA
;IP10 = SRC.SURR.LEN
;IP11 - TABLE DATA
;IP12 - TABLE SURR DATA
:IP13 - TABLE SURR LEN

T2AA

127
T30A
T31A

T6A

;1P14 - SEPARATION CONSTANT
;IP1S = SPECIAL HANDL ING
JIP16
JIP17
:1P20
JIP2

:IP22

:1P23
s 1P24

074414
074416

JTHIS TABLE EXERCISES ALL COMBINATIONS OF THE FOLLOWING VARIABLE ASSIGNMENTS:
:
SOURCE LENGTH - 0,1,2,3.4,5.,11.20

;

aggzcs 323"555 - 200,201

TEST BUFFER)

TABLE ADDRESS = NO OVERLAP WITH SOURCE STRING

SOURCE DATA - INCREMENTING SEQUENCE:
TABLE

DATA -

# OF

TESTS

INC=1.START # 0

INCREMENTING SEQUENCE;INC

“TOTAL # OF TEST CONDTIONS = 16

JTOTAL

(RELATIVE TO START OF

1.START #-0

POP=11 (IS INST EXER(ISER
MACY1T1 27(655)
(ZKEEA.P1T
SPANC TABLES
16260
12525
074420
074422
074424
074426

000007
000000
100040
000110

16268

074432

0000060

074444
074446

074460
074462

105450
000000
000000
000000
000003
000000
000000
000000

074466
(074470
074472

000000
000000
000000

16269
16270
16271
16272
W273
16274

16275
16276
16277
16278
16279
16280
16281

16282
16283
}gsgé

10:59

PAGE 125=2

SEQ 0282

:
SENTRY 28 - INSTRUCTION UNDER TEST = SPANC

16263
16264
16265
16266

16267

1=0CT=79

024430

074434
074436
074440
074442
074450
074452
074454
074456
074464

1SPANZ:

000256

.WORD
.WORD
.WORD
.WORD

.WORD

000200
103736
000000
000000

.WORD
.WORD
.WORD
.WORD

7
0
100040
110
256
0
200
T6+2
0
0

.WORD T32+6
.WORD 0

.WORD 0
.WORD 0
.WORD 3
.WORD 0

.WORD O
.WORD 0

000000

.WORD 0

.WORD 0
.WORD 0
.WORD 0

;INST = SPANC
JTIYPE = 0
;IP1 - SRC.LEN
;IP2 = SRC.ADR
:IP3 - TABLE LEN (256 BYTES)
;P4 = MASK
:IPS - TABLE ADR
:IP6 - SRC.DATA
:IP7 = SRC.SURR DATA
:1P10 - SRC.SURR.LEN
:IP11 - TABLE DATA
:IP12 - TABLE SURR DATA

;IP13 - TABLE SURR LEN
:IP14 - SEPARATION CONSTANT
;1P15 = SPECIAL HANDLING
JIP16

;1IP17
:1P20
s 1P21

J1P22
:1P23
:1P24

125%3

:THIS TABLE EXERCISES ALL COMBINATIONS OF

16288
16289
16290

:
;
:

SOURCE LENGTH - 100040
SOURCE ADDRESS - 10
MARK - 377

}gggz

;

TABLE DATA - ALL BYTES IDENTICAL = 377

16291
16292

16295
16296
16297

;
;

THE FOLLOWING VARIABLE ASSIGNMENTS:

TABLE ADDRESS - 200 (RELATIVE TO START OF TEST BUFFER)
SOURCE DATA - INCREMENTING SEQUENCE; INC=1,STARTA=1

:THIS TEST WAS ADDED TO EXERCISE & TEST
sTOTAL # OF TESTS - (1 REG. + 1 INLINE)

THE
2

SCANC N-BIT OPERATION.

MACY11
POP=11 CIS INST EXERCISER
(ZKFEA. P11
CVIPN TABLES
16299

16300
16301
16302
16303
16304

16305

16306
16307
16308
16309
16310
16311
16312
16313
16314
16315
16316
16317
16318
16319
16320
16321
16322
16323
16324
16325
16326
16327
16328
16329
16330
16331
16332
16333
16334
16335
16336
16337
16338
16339
16340

27(655)

1-0(T=- 79

10:59

PAGE

126

SEQ 0283

CVIPN TABLES

.SBTTL

TENTRY 29 - INSTRUCTION UNDER TEST = CVIPN
074476
076476
074500
074502
074504
074506
074510
074512
074514

000016
000001

1CPZ:

.WORD 16

JINST=CVIPN
JTYPE = 1

12
1332

;IP2 = SR(C.ADR
:IP3 - DST.LEN

$IP1 = SRC.LEN

350

105526
103012
105546
105634
105712
103766

134

:IP4 - DST.ADR

:IP6 - SRC SURR DATA

;IP10 -~ DST DATA

135

:IP5 = SRC DATA

T10

074516
074520
074522

074524
074526
074530
074532
074534
074536
074540
074542
074544
074546

:1P?7 = SRC SURR LEN

T12
T13

;IP11 = DST SURR DATA
:IP12 = DST SURR LEN

:IP13 = SEPARATION CONSTANT

T14

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

000000

10
0
0
0
0
0
0
0
0

:IP14 - SPECIAL HANDL ING
;1P1S
JIP16
;1P17
:1P20
1P
;IP22
;1P23
1P24

;THIS TABLE EXERCISES ALL COMBINATIONS OF

;
:

;
;

SOURCE LENGTH - 0,1,37
DESTINATION LENGTH - 0,1,37

SOURCE ADDRESS - 201 (RELATIVE TO START OF TEST BUFFER)
DESTINATION ADDRESS ~ NO OVERLAP OF SOURCE & DESTINATION STRINGS
= SJURCE & DESTINATION STRINGS ADJACENT
SOURCE DATA - ALL DIGITS IDENTICAL = 3. SIGN +
- ALL DIGITS IDENTICAL = 8; SIGN - ALL DIGITS IDENTICAL = 0; SIGN -

STOTAL # OF TEST CONDITIONS = S&
STOTAL

THE FOLLOWING VARIABLE ASSIGNMENTS:

# OF

TESTS

(2 DATA

TYPES

IN LINE)S4-162

Cl ?
CZKEEA P1

PDP=11

16342
16343
16344
16345
16346
16347
16348

16349

16350
16351
16352
16353
16354
16355
16356
16357

INST EXERCISER

MACY11 27(655)

CVIPN TABLES

1-0CT=-79

10:59

PAGE 126-1

SEQ 0284

;ENTRY 30 - INSTRUCTION UNDER TEST = (VTPN
074550
074552
074554
074556
074560
074562
074564
074566
074570
074572
074574
074576

000016
000001
102462
103022
102462

I1CPZ1:

074600
074602
074604
074606
074610
074612
074614
074616
074620
0764622

.WORD
.WORD
.WORD
LWORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD

16
1
T1A
T2A
T1A
T34A
TP19
TO
TO
T0
TO
TO
T14
TSFA
0

;INST=CVTPN
;TYPE = 1
;IP1 = SRC.LEN
;IP2 - SRC.ADR
;IP3 - DST.LEN
;IP4 - DST.ADR
;IPS = SRC DATA
;IP6 = SRC SURR DATA
;IP7 = SRC SURR LEN
;IP10 - DST DATA
;IP11 = DST SURR DATA
;IP12 = DST SURR LEN
;IP13 - SEPARATION CONSTANT
:IP14 ~ SPECIAL HANDL ING
;P15

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

0
0
0
0
0O
O

:IP17
:1P20
J1P21
;IP22
:1P23
JIP24

.WORD 0

sTHIS

;
;

4
:
H

:IP16

TABLE EXERCISES ALL

COMBINATIONS OF

THE

SOURCE LENGTH - 0,1,2,3,4,5,11,20
DESTINATION LENGTH - 0,1,2,3,4,5,11,20

FOLLOWING VARIABLE

ASSIGNMENTS:

SOURCE ADDRESS - 201 (RELATIVE TO START OF TEST BUFFER)
DESTINATION ADDRESS = NO OVERLAP OF SOURCE & DESTINATION STRINGS
SOURCE DATA - DIGITS FROM STRING - 1234567891234567891234000891233; SIGN +

“TOTAL # OF TEST CONDITIONS = 64
STOTAL # OF

TESTS =

REG.)64 - 64

MACY11
POP=11 CIS INST EXERCISER
C(ZKEEA.P11
CVINP TABLES
16380
16381
16382
16383
16384
16385
16386
16387
16388

16405
16407
16408
16409
16410
16411
16412
16413
16414
16415
16416
16417
16418
16419

27(655)

1-0CT-79

.SBTTL

10:59

PAGE 127

SEQ 0285

CVINP TABLES

SENTRY 31 - INSTRUCTION UNDER TEST = CVINP
074624
074626
074630

ICZP:

074632
074634
074636
074640
074642
074644
074646
074650
074652
074654

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

17
3
7331
T2
T332
T36
T137
T7
T10

JINST=CVINP
JTYPE = 1(BIT 0);11/44 Qv TABLE(BIT 1-1)
*IP1 - SRC.LEN
;1P2 = SRC.ADR
;IP3 - DST.LEN
;IP4 - DST.ADR
;IP5 = SRC DATA
;1P6 = SRC SURR DATA
;IP7 = SRC SURR LEN

.WORD
.WORD
.WORD
.WORD
.WORD

T12
T13
T14
TO
0

:IP11
$1P12
:IP13
;IP14
JIP3S

.WORD
.WORD
.WORD
.WORD

0
0
0
0

.WORD T11

074656
074660
074662
074664
074666
074670
074672
074674
074676

$IP10 - DST DATA

.WORD 0
.WORD 0

TABLE

DST SURR DATA
DST SURR LEN
SEPARATION CONSTANT
SPECIAL HANDL ING

JIP16
JIP17

2 IP20
;1P21
2 1P22
;1P23

.WORD 0O

;THIS

=
-

JIP24

EXERCISES ALL

COMBINATIONS OF

THE

FOLLOWING VARIABLE

SOURCE LENGTH - 0,1,37
DESTINATION LENGTH - 0,1,37
SOURCE ADDRESS - 200 (RELATIVE TO START OF
DESTINATION ADDRESS = NO OVERLAP OF

ASSIGNMENTS:

TEST BUFFER)

SOURCE & DESTINATION STRINGS

- SOURCE & DESTINATION STRINGS ADJACENT
SOURCE DATA - ALL DIGITS IDENTICAL = 3; SIGN +; HIGH NIBBLE
= ALL DIGITS IDENTICAL = 8;
= ALL DIGITS IDENTICAL = 0;

;TOTAL # OF
;TOTAL # OF

TEST CONDITIONS = 54
TESTS = (6 DATA TYPES

SIGN =-;
SIGN =;

IN LINE)S4 -

378

HIGH NIBBLE
HIGH NIBBLE

- 8
1

16437
16438
16439
16440
16441
16442
16443
16444
16445
16446
16447
16448
16449
16450
16451

16452
16453
16454
16455
16456

1-0CT-79

10:59

PAGE

127-1

SEQ 0286

;ENTRY 32 - INSTRUCTION UNDER TEST = CVINP

16421

16422
16423
16424
16425
16426
16427
16428
16429
16430
16437
16432
16433
16434
16435
16436

27(655)

074700
074702
074704
074706
074710
074712
074714
074716
074720
074722
074724
074726
074730
074732
074734
074736
7’4740
074742
074744
074746
074750
07475¢

000017
000001

ICZP1:

102462
103022
102462
106142
106340
102636
102436
102636
102436

.WORD 17
.WORD 1
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD

102436

.WORD

104070

s INST=CVINP
;JTYPE =1

T1A
T2A
T1A
T36A
71219
TO
TO
TO
TO

;IP1 = SRC.LEN
;1P2 = SRC.ADR
;1P3 - DST.LEN
;IP4& - DST.ADR
;IP5 = SRC DATA
;IP6 = SRC SURR DATA
;IP7 = SRC SURR LEN
IP10 - DST DATA
;IP11 ~ DST SURR DATA

:1P12 - DST SURR LEN

.WORD T14

102706
000000
000000

:1P13 - SEPARATION CONSTANT

.WORD TSFA
.WORD 0
.WORD 0

000000
000000
000000
000000
000000
000000

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

;IP14 -~ SPECIAL HANDL ING
JIP15
JIP16

0
0
0
0
0
0

:1P17
;1P20
;1P21
;1P22
;1P23
Br

JTHIS TABLE EXERCISES ALL COMBINATIONS OF

:
:

;

SOURCE LENGTH - 0,1,2,3,4,5, 11 .20
DESTINATION LENGTH - 0,1,2,3,4.5,11,20

SOURCE ADDRESS - 201 (RECATIVE TO START OF TEST BUFFER)

DESTINATION ADDRESS - NO OVERLAP OF SOURCE & DESTINATION STRINGS

SOURCE DATA - DIGITS FROM STRING= 1234567891234567891234000891233; SIGN +

“TOTAL # OF TEST CONDITIONS = 64
;TOTAL

THE FOLLOWING VARIABLE ASSIGNMENTS:

# OF

TESTS

DATA TYPE

IN REG MODE)64

MACY11
POP-11 C IS INST EXERCISER
CZKEEA. p 1
CVTNP TABLES

PDP=11 CIS INST EXERCISER
MACYT1
CZKEEA.P11
CVINP TABLES

16464

16465
16466
16467
16468
16469
16470
16471
16472
16473
16474
16475
16476
16477
16478
16479
16480

16481
16482
16483
16484
16485
16486
16487
16488
16489
16490
16491
16492

1-0CT=79

10:59

PAGE 128

SEQ 0287

;ENTRY 32A = INSTRUCTION UNDER TEST = CVINP
074754
074756
074760
074762
074764
074766
074770
074772
074774

075026

000017
000001
102506
103030
102506
106142

1C2P2:

106340
102436
102436
102436
102436
102436
104070
102436
000000
000000
000000
000000
000000
000000
000000
000000

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

.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
'WORD
;THIS

16458
16459
16460
16461
16462
16463

27(655)

;
;

TABLE

s INST=CVINP
JTYPE =1
2IP1 = SRC.LEN
;IF2 = SRC.ADR
;IP3 - DST.LEN
;iP4 - DST.ADR

1
T1B
T2AA
T18B
T36A
T219
TQ
TO
T0
T0

;IP5 = SRC DATA
;IP6 = SRC SURR DATA
;IP7 = SRC SURR LEN
;1P10 - DST DATA
;IP11 - DST SURR DATA
2IP12 - DST SURR LEN
;IP13 -~ SEPARATION CONSTANT
;IP14 -~ SPECIAL HANDL ING
JIP1S
;1IP16
JIP17
;1P20
;1P
2 1P22
;P23
t1p24

TO
T14
T0O
0O
0

0
0
0
0
0
0

EXERCISES ALL

COMBINATIONS OF

DESTINATION LENGTH - 1,2,3
SOURCE ADDRESS - 200,201

(RELATIVE

THE

FOLLOWING VARIABLE

TO START OF

ASSIGNMENTS:

TEST BUFFER)

DESTINATION ADDRESS = NO OVERLAP OF SCURCE & DESTINATION STRINGS
SOURCE DATA - DIGITS FROM STRING= 1234567891234567891234000891233; SIGN +

“TOTAL # OF TEST CONDITIONS = 18
“TOTAL # &

TESTS -

(6 DATA TYPES

IN LINE)18 =

126

POP=11 CIS INST EXERCISER
MACY11 27(655)
C(ZKEEA.P1]
CVILP TABLES
16494
16495

075030
075032

000031
000003

16500
16501
16502
16503
16504
16505

075036
075040
075042
075044
075046
075050

106476
105472
103012
104020
104036
104054

16506
16507
16508
16509
16510
16511
16512
16513
16514
16515
16516
16517
16518
16519

16520
16521
16522

16523
16524
16525
16526
16527
16528

16529

075034

075052
075054
075056
075060
075C52
075064
075066
075070
075072
075074
075076
07510C
075102

10:59

PAGE

129

SEQ 0288

CVTLP TABLES

.SBTTL

16496
16497
16498

16499

1-0CT-79

;ENTRY 33 - INSTRUCTION UNDER TEST = CVTLP
;
ICLP:
.WORD 31
s INST=CVTLP
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD

106416

102436
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000

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

JTYPE = 1(BIT 0);11/44 Qv TABLE(BIT

3
T40
T41
T33
T2
T11
T12
T13
T0O
0

=
=
=
=

2IP1
;IP2
:IP3
;IP4&
;IP5
;IP6

SRC.HIGH (R2)
SRC.LOW (R3)
DST.LEN (R&)
DST.ADR (RS)
DST DATA
DST SURR DATA

:IP7 = DST SURR LEN

JIP10 - SPECIAL HANDL ING

;1P
JIP12

0
0
0
0
0
0

;IP13

JIP14
:1P15S

JIP16
JIP17
;1P20
B:ral
J1P22
;1P23
1 1P24

.WORD 0O

.WORD 0
.WORD 0

;THIS TABLE EXERCISES ALL COMBINATIONS OF

;

THE FOLLOWING VARIABLE ASSIGNMENTS:

DESTINATION LENGTH - 0,1,20
DESTINATION ADDRESS - 200 (REATIVE TO START OF BUFFER)
SOURCE DATA HIGH - 0+,0- 77777+ ,77777-.5+

SOURCE DATA LOW = 0+,4+, p7777-

"TOTAL # OF TEST CONDITIONS = 45
;TOTAL

# OF

TESTS -

1-1)

(2 DATA TYPES +

INLINE)4&S

135

N
—

—b

POP-11 C
(ZKEEA. P

N
INST EXERCISER

(VTLP TARLES

16564
16565
16566

1-0CT=79

10:59

t 7
PAGE 130

SEQ 0289

;ENTRY 34 - INSTRUCTION UNDER TEST = (VTLP

16532

16533
16534
16535
16536
16537
16538
16539
16540
16541
16542
16543
16544
16545
16546
16547
16548
16549
16550
16551
16552
16553
16554
16555
16556
16557
16558
16559
16560
16561
16562
16563

MACY11 27(655)

ICLP1:

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

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

000000

31
3
T40A
T41A
T1A
TZ2A
T0
10
TO
TSPA

JINST=CVTLP
JTYPE = 1(BIT 0);11/744 Qv TABLE(BIT
JIP1 = SRC.HIGH (R2)
JIP2 = SRC.LOW (R®)
;IP3 - DST.LEN (R&)
;P4 - DST.ADR (RS)
:IPS = DST DATA
;IP6 = DST SURR DATA
;IP?7 = DST SURR LEN
JIP10 - SPECIAL HANDL ING

THE FOLLOWING VARJABLE ASSIGNMENTS:

;

DESTINATION LENGTH - 0,1,2,3,4,5,11,20

SOURCE DATA LOW - 77777~

DESTINATION ADDRESS - 201
SOURCE DATA HIGH = 0+

‘TOTAL # OF TEST CONDITIONS - 8
“TOTAL

# OF

TESTS

JIP1
JIP12
;1P13
JIP14
JIP1S
JIP16
JIP17
;1P20
;1P
;1P22
:1P23
r1P24

0
0
0
0
0
0
0
0
0
0
0
0

JTHIS TABLE EXERCISES ALL (OMBINATIONS OF

;
:

DATA

TYPE

IN REG MODF)8

PDP=11 CX?
(ZKEEA.PY

INST EXERCISER
MACYT1
CVTLP TABLES

16571
16572
16573
16574
16575
16576
16577
16578

16579
16580
16581
16582
16583
16584
16585
16586
16587
16588
16589
16590
16591
16592
16593
16594
16595
16596
16597
16598
16599
16600

16601

16602

1-0(T- 79

10:59

PAGE

131

SEQ 0290

;ENTRY 34A -~ INSTRUCTION UNDER TEST = CVTLP

16568

16569
16570

27(655)

075160
075162
075164
075166
075170
075172
075174
075176
075200
075202
075204
075206
075210
075212
075214
075216
075220
075222
075224
075226
075230
075232

ICLP?:

.WORD 31

3
T40B
T418

T16

12
10
10
T0

T0
0
.WORD 0
.WORD 0
.WORD 0
.WORD 0
.WORD 0
.WORD 0
.WORD 0
.WORD 0
.WORD 0
.WORD 0
.WORD 0

JINST=CVTLP

JTYPE = 1(BIT 0);11/744 Qv TABLE(BIT
JIP1 = SRC.HIGH (RZ)
JIP2 = SRC.LOW (R3)

:IP3 - DST.LEN (R4)

;IP4
;IPS
JIP6
;IP7

=
=
<

DST.ADR (RS)
DST DATA
DST SURR DATA
DST SURR LEN
;IP10 = SPECIAL HANDL ING
JIP1
JIP12

:1P13

2 IP14

:IP1S
;IP16
JIP17
;1P20
s 1P21
JI1P22
:1P23
1 IP24

STHIS TABLE EXERCISES THE FOLLOWING TEST CONDITION

DESTINATION LENGTH = 10

SOURCE DATA HIGH - 0,231,252

:
:

CESTINATION ADDRESS - 200

SOURCE DATA LOW - 120360.0.125

“TOTAL # OF TEST CONDITIONS - 9

“TOTAL # OF TESTS = (2 DATA TYPES + 1

IN=LINE)Q - 27

PDP=11

C1S INST EXERC]SER

(ZKEEA. P11

CVTLN TABLES

16504

075236
075236
075340
075242
075244
075246
075250
075252
075254

000021
000001
106416
106476
105472
103012
104020
104036
1046054

;gggg

075306

000000

}gggg

16632
16633
16634

075256
075260
075262
075264
075266
075270
075272
075276
075276
075300
075302
075304

IcLZ:

102436
C00000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000

132

SEQ 0291

CVTLN TABLES

.wORD
"WORD
"WORD
"WORD
"WORD
.WORD
"WORD
"WORD
"WORD

"WORD
"WORD
"WORD
"WORD
-WORD
-WORD
"WORD
"WORD
"WORD
-WORD
"WORD
"WORD

21
1
T40
T41
T33
T2
T11
T12
T13
TO
0
0
0
0
0
0
0
0
0
0
0

"WORD 0

:THIS

}gggg

16637
16638

STOTAL

16639

6 7

PAGE

SENTRY 35 = INSTRUCTION UNDER TEST = CVTLN

16607
16608
16609
16610
16611
16612
16613
16614
16615

’d

10:59

1=0CT=79

.SBTTL

12282

16616
16617
16618
16619
16620
16621
16622
16623
16624
16625
16626
16627

WACY11 27(655)

JTOTAL

TABLE EXERCISES ALL

SINST=CVTLN
STYPE = 1
*IP1 = SRC.HIGH (R2)
“1P2 - SRC.LOW (R3)
S1P3 - DST.LEN (R&)
“IP4 - DST.ADR (RS)
:IPS ~ DST DATA
“IP6 - DST SURR DATA
“1P7 - DST SURR LEN
“IP10 - SPECIAL
SiPNM
L1P12
‘IP13
YIP14
‘1P15
LIP16
11017
11P20
L1P21
L1P22
L1P23

HANDL ING

L1P24

COMBINATIONS OF

THE FOLLOWING VARIABLE ASSIGNMENTS:

DESTINATION LENGTH - 0,1,20
DESTINATION ADDRESS - 200 (RELATIVE TO START OF
SOURCE DATA HIGH - Q+,0-,77777+,77777=,5+

SOURCE DATA LOW - 0+,4+,77777-

# OF
# OF

TEST CONDITIONS
(6 DATA TYPES
TESTS

INLINE)4S = 315

TEST BUFFER(

POP~11

CIS

(ZKttA, P11

MACY11
INST EXERCISER
CvI+N TABLES

16450

16651
#16652
16653
16654
16655
16656
16657
16658
16659
16660
16661
16662
16663
16664
16665
16666
16667
16668
16669

075310
075312
075314

1cL2:

075316
075320
C75322
075324
075326
075330
075332
075334
075336
075340
075342
075344
075346
075350
075352
075354
075356
075360

10:59

PAGE

132-1

SEQ 0292

JINST=CVTLN

T2A

;P4 - DST.ADR (RS)

1
T40AA
T41AA
T1A

JTYPE = 1
JIP1 = SRC.HIGH (R?)
;1P2 - SRC.LOW (R3)
:IP3 - DST.LEN (R&)

JIPS5 - DST DATA

;1P6 = DST SURR DATA

T0
TSPA
0
0

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

075362

;IP?7 = DST SURR LEN
;1P10 - SPECIAL HANDL ING
JIPI
JIP12

0
0
0
0
0
0
0
0
0
0

:IP13
JIP14
:IP1S
JIP16
JIP17
:1P20
;IP21
;1P22
;1P23
1P24

JTHIS TABLE EXERCISES ALL COMBINATIONS OF

THE FOLLOWING VARIABLE ASSIGNMENTS:

DESTINATION LENGTH - 0,1,2,3,4,5,11,20
DESTINATION ADDRESS - 201 (RELATIVE TO START OF
SOURCE DATA HIGH - 5+

16670

16671

16672
16673
16674
16675

1-0CT=79

;ENTRY 36 - INSTRUCTION UNDER TEST = (VTLN

16641

16642
16643
16644
16645
16646
16647
16648
16649

27(655)

SOURCE DATA LOW =~ 4+

“YOTAL # OF TEST CONDITIONS = 8
“TOTAL

# OF

1ESTS

DATA

TYFE

IN REG MODE)8

TEST BUFFER(

POP=-11

(1S INST EXERCISER

r2KEEA.©"]

(VTPL

16677
}gg;g

075364

16682

075370

16683
16684
16685
16686
16687

16688
16689
16690
16691
16692
16693

16694
16695

16696

16697

16698
16699
16700

;g;g;

TABLES

1-0(T-79

10:59

PAGE

133

SEQ 0293

LSBTTL
CVTPL TABLES
SENTRY 37 = INSTRUCTION UNDER TEST = CVIPL

16680
16681

MACY11 27(655)

000025

075366

000003

075372
075374
075376
075400
075402

103012
105712
103766
104004
103704

105472

075406
075406
075410
075412
075414
075416

1024636
000000
000000
000000
000000
000000

075424

000000

(075420
075422

075426

075430
(075432
075434

07543¢

ICPL:

.WORD 25

JINST = CVTPL

.WORD 133

JIP1T = SRC.LEN (RO)

.WORD 3

TYPE

.WORD
.WORD
.WORD
.WORD

T2
T35
17
T10
.WORD T5

000000

:IP?7 - SPECIAL
:IP10
1P

0
0
0
0
0

P23
J1P22
;IF23

.WORD 0

;1P24

%6;%2

;THIS TABLE EXERCISES ALL COMBINATIONS OF

16705
16706
16707
16708

:
;
:

}g;?g

16711

16712

;

TOTAL

;TGTAL

HANDL ING

:IP20

.WORD 0
.WORD 0
.WORD 0

000000

THE FOLLOWING VARIABLE ASSIGNMENTS:

SOURCE LENGTH - 0.1
SOURCE ADDRESS - 200 (RELATIVE TO START OF TEST BUFFER)
SOURCE DATA - ALL DIGITS IDENTICAL = 3; SIGN +
- ALL DIGITS IDENTICAL = 8; SIGN -

- ALL DIGITS IDENTICAL = O; SIGN -

# OF

TEST

1-1)

;1P17

.WORD 0

000000
000000

TABLE(BIT

sIP12
;P13
JIP14
;P15
:IP16

.WORD 0

000000

1(BIT 0):11/44 Qv

;1P2 = SRC.ADR (R1)
;1P3 = SRC DATA
:IP4& - SRC SURR DATA
:IPS = SC SURR LEN
, IP6= UNMJISED PORTION OF REGISTER &

.WORD T0
.WORD 0
.WORD 0

.WORD
.WORD
.WORD
.WORD
.WORD

CONDITIONS - 9

TESTS -

(2 DATA TYPES + 1

INLINE)S = 27

POP=11 (IS INST EXERCISER
MACY11 27(655)
CZKEEA. P11
(vToL TABLES
16715
16716

;

}g;}g

JENTRY 40 -

16716
16720

075440
075442

000025
000003

16722

075446

103012

16729
16730

075464
075466

16736
16737
16738
16739

075502
075504
075506
075510

16721

16723
16724
16725
16726
16727
16728
16731
16732
16733
16734
16735

12;2?

1-0(T=-79

075444

[CPLY:

105512

JINST = CVIPL
JTYPE = 1(BIT 0):11/44 Qv TABLE(RIT

.WORD T2

;IP2 = SRC.ADR (R1)

.WORD T33A

107400
103766
104004
103704
102436
000000

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

T51
17
T10
TS
T0
0

075470
075472
075474
075476
075500

000000
000000
000000
000000
000000

.WORD
.WORD
.WORD
.WORD
.WORD

0
0
0
0
0
0
0
0O
0
0

000000
(000000

00000C
000000
000000
000000

000000

JIP1 - SRC.LEN (RO)

JIP1
;IP12

.WORD
.WORD
.WORD
.WORD

;1P20
;1P21
;IP22
;1P23

;THIS

TABLE

16744
16745
16746
16747
16748
16749
16750

;
;
:
;
;

16753

;TOTAL # OF

;1P24

EXERCISES ALL

COMBINATIONS OF

SOURCE LENGTH - 12
SOURCE ADDRESS = 200
SOURCE DATA - DIGITS
- DIGITS
- DIGITS
~ DIGITS
- DIGITS

# OF

THE

FOLLOWING VARIABLE

(RELATIVE TO START OF TEST BUFFER)
FROM STRING = 2,147,483,648+
FROM STRING = 2,147,483,647~
FROM STRING = 2,147,483,648FROM STRING = 2,147,483,649FROM STRING = 4,294,967,294+

TEST CONDITIONS = 6
TESTS

;IP13
JIP14
;IP1S
;IP16
;1P17

- DIGITS FROM STRING = 42,949,672,940+

JTOTAL

;IP3 = SRC DATA
;IP4 -~ SRC SURR DATA
JIP5 = SRC SURR LEN
JIP6= UNUSED PORTION OF REGISTER 4
;IP7 = SPECIAL HANDL ING
;IP10

.WORD 0
.WORD 0

.WORD

}2;?;

SEQ 0294

.WORD 25
.WORD 3

12;2%

16754
16755

7
J
PAGE 133-1

INSTRUCTION UNDER TEST = (VTPL

075650
(75452
Q75454
075456
075460
075462

075512

10:59

(2 DATA

TYPES

INLINE)6

ASSIGNMENTS:

POP=-11 (IS
(ZKEEA.P11
16757
16758
16759
16760
16761
16762

16763

16764
16765
16766
16767
16768
16769
16770

16771

16772
16773
16774
16775
16776
16777
16778
16779
16780
16781
16782
16783
16784
16785
16786
16787
16788
16789
16790

INST EXERCISER
CVIPL

MACY11 27(655)

TABLES

1-0CT=-79

10:59

K 7
PAGE 133-2

SEQ 0295

;ENTRY 41 = INSTRUCTION UNDER TEST = (VTPL
075514
075516
075520

ICPL2:

075522
075524
075526
075530
075532
075534
075536
075540

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

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

075542
075544
075546
075550
075552
075554
075556
075560
075562
075564
075566

25
3
T1A
T2A
TP19
10
T0
TS
TSPA
0

JINST = CVIPL
:TYPE = 1(BIT 0);11/44 Qv TABLEBIT 1
;IP1 = SRC.LEN (RO)
;IF2 = SRC.ADR (R1)
;1P3 = SRC DATA
;IP4 = SRC SURR DATA
;IPS = SRC SURR LEN
JIP6= UNUSED PORTION OF REGISTER 4
;1P7 - SPECIAL HANDL ING
J1P10

0
0
0
0
0
0
0
0
0
0
0
0

JIP1
JIP12
JIP13
JIP4
:IP15
;IP16
:IP17
:1P20
JIP21
;1P22
;1P23
JIP24G

JTHIS TABLE EXERCISES ALL COMBINATIONS OF

;

THE FOLLOWING VARJABLE ASSIGNMENTS:

SOURCE LENGTH - 0,1,2,3,4,5,11,20

SOURCE ADDRESS - 201 (RELATIVE TO START OF TEST BUFFER)

SOURCE DATA - DIGITS FROM STRING = 1234567891234567891234000891233. SIGN +

"TOTAL # OF TEST CONDITIONS - 8
“TOTAL

# OF

TESTS

DATA

TYPE

IN REG MODE)8

POP-11 ( IS
(ZKEEA.P n

INST EXERCISER

CVIPL

MACY11 27(655)

TABLES

1-0(T- 79

10:59

PAGE 134

SEQ 0296

:ENTRY 41A - INSTRUCTION UNDER TEST = CVTIPL
075570
075572
075574
075576
075600
075602
075604
075606
075610
075612
075614
075616
075620

§
kb

WV S W) = O 000 NOWVNS WO

D ok
b —d
b

[

EERERRES A

16808

16826

075622
075624
075626
075630
075632
075634
075636
075640
075642

000025
000003
105512
103012
106010
102436
102436
1C3704
102436

ICPL3:

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

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

;THIS

TABLE

25
3
T33A
T2
TP19A
TO
T0
T5
TO
0
0
0
0

JINST
:TYPE

CVvTPL
1(BIT 0);11/44 Qv TABLE(BIT

;IP1 = SRC.LEN (RO)
;IP2 = SRC.ADR (R1)
;IP3 = SRC DATA
;IP& = SRC SURR DATA
;IPS = SRC SURR LEN
;IP6= UNUSED PORTION OF REGISTER 4

;1P7 = SPECIAL HANDL ING
:IP10
JIPN
JIP12

:1P13

0
0
0
0Q
0
0
0
0
0

JIP14

:IP1S

:IP16
;P17
:1P20
s IP21
;IP22
;I1P23
;IP24

EXERCISES

THE

FOLLOWING

TEST

CONDITION

SOURCE LENGTH - 12
SOURCE ADDRESS - 200 (RELATIVE TO START OF TEST BUFFER)
SOURCE DATA = 3 X 2 »+ 31 = 6442450944 +
= 3 X 2 % 31 (=) - 6442450944 -

“TOTAL # OF TEST CONDITIONS = 2
STOTAL

# OF

TESTS

(2 DATA

TYPES

IN-LINE)

2 - 6

PDP-11 (IS
CZKEEA.P11
16828
16829
16830
16831
16832

16833
16834

16835
16826
16837
16838
16839
16840
16841
16842
16843
16844
16845
16846
16847
16848
16849
16850
16851
16852
16853
16854
16855
16856
16857
16858
16859
16860
16861
16862
16863
16864

INST EXERCISER
CVINL

MACY11 27(655)
TABLES

10:59

1=-0CT=-79

CVINL

LBTTL

PAGE

135

SEQ 0297

TABIES

:ENTRY 42 = INSTRUCTION UNDER TEST = CVTINL
075644
075646
075650
075652
075654
075656
075660
075662
075664
075666
075670
075672
075674
075676
075700
075702
075704
075706
075710
075712
075714
075716

1C2L:

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

.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
;THIS

TABLE

15
1
T33
T2
137
17
T10
TS
TO
0

;INST = CVINL
JTYPE = 1
JIP1 = SRC.LEN (RO)
;1P2 - SRC.ADR (R1)
;IP3 = SRC DATA
;IP& = SRC SURR DATA
;IPS5 = SRC SURR LEN
J1P6 - UNUSED PORTION OF REGISTER 4
;IP?7 = SPECIAL HANDL ING
:1P10

0
0
0
0
0
0
0
0
0
0
0
0

JIP1
JIP12
:1P13
JIP14
:1IP15S
;IP16
JIP17
:IP20
J1P21
;1P22
:1P23
IP24

EXERCISES ALL

COMBINATIONS

THE

FOLLOWING VARIABLE

SOURCE LENGTH - 0,1,20
SOURCE ADDRESS - 200 (RELATIVE TO START
3,
SOURCE DATA =~ ALL DIGITS IDENTICAL
- ALL DIGITS IDENTICAL
8;
- ALL DIGITS IDENTICAL = 0;
;TOTAL

;TOTAL

# OF

TEST

TESTS

CONDITIONS = 9
= (6 DATA TYPES

OF TEST
SIGN +;
SIGN ~-;
SIGN -;

INLINE)9 - 63

ASSIGNMENTS:

BUFFER)
HIGH NIBBLE

HIGH NIBBLE
HIGH NIBBLE

8
1

( IS INST EXERCISER
(ZKEEA.P IR
CVINL
POP=11

16866
16867
16868
16869
16870
16871
16872
16873
16874
16875
16876
16877
16878

16879

16880
16881
16882
16883
16884

16885

16886
16887
16888
16889
16890
16891
16892
16893

16894
16895
16896
16897
16898
16899
16900
16901
16902
16903
16904

MACY11 27(655)

TABLES

1-0CT-79

10:59

PAGE 135-1

SEQ 0298

YENTRY 43 - INSTRUCTION UNDER TEST = CVINL
075720
075722
075724
075726
075730
075732
075734
075736
075740
075742
075744
075746
075750
075752
075754
075756
075760
075762
075764
075766
075770
075772

000015
000001
105512

ICZLT:

.WORD 15
.WORD 1
.WORD T33A

103012
107442
103766
104004
103704
102436
000000
000000

.WORD
.WORD
.WORD
.WORD
.WORD
.WGRD
.WORD
.WORD

000000
000000
000000
000000
000000
000000
000000

WORD
WORD
WORD
WORD
WORD
WORD
WORD

000000
000000
000000
000000

.WORD
WORD
WORD
WORD

JTHIS

TABLE

JINST = CVINL
JTYPE =1
;IP1 <= SRC.LEN (RO)

T2
T5¢2
T7
T10
T5
T0O
0
0

;IP2 =
:IP3 ;IP4 =
2IPS5 =
;IP6 =
;IP7 =
;1P10
1PN

0
0
0
0
0
0

JIP16
JIP17
2 1P20
2 1P21
:1P22
;1P23

0
0
0
0

;1P12
;1P13
JIP14
;IP15

;1P24

EXERCISES ALL

COMBINATIONS

SOURCE LENGTH - 12
SOURCE ADDRESS - 200
SOURCE DATA - DIGITS
- DIGITS
- DIGITS
- DIGITS

THE

FOLLOWING VARIABLE

(RELATIVE TO START OF TEST BUFFER)
FROM STRING = 2,147,483,648+
FROM STRING = 2,147,483,647+
FROM STRING - 2,147,483,648FROM STRING = 2,147,483,649-

“TOTAL # OF TEST CONDITIONS = 4
“TOTAL # OF TESTS

SRC.ADR (R1)
SRC DATA
SRC SURR DATA
SRC SURR LEN
UNUSED PORTION OF REGISTER 4
SPECIAL HANDL ING

(& DATA TYPES + 1

INLINE)4 = 28

ASSIGNMENTS:

POP=11 (IS
(ZKEEA.P11
16906
16907
16908
16909
16910

16911
16912
16913

16914
16915
16916
16917
16918
16919
16920
16921
16922
16923
16924
16925
16926
16927
16928
16929
16930
16931
16932
16933
16934
16935
16936
16937
16938
16939

INST EXER(CISER
CvINL

MACYTT

TABLES

27(655)

1-0(T-79

10:59

PAGE

135-2

SEQ 0299

:ENTRY &4 - [NSTRUCTJON UNDER TEST = (CVTINL

075774
075776
076000
076002
076004
076006
076010
076012

[CZL2:

076014
076016

076020
076022
076024

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

15
1
T1A
TZ2A
1219
TO
T0
T5
TSPA
0

JINST = CVINL
JTYPE = 1
JIP1 = SRC.LEN (RO)
;IP2 - SRC.ADR (R1)
;IP3 = SRC DATA
;IP4& - SRC SURR DATA
;IPS = SRC SURR LEN
JIP6 = UNUSED PORTION OF REGISTER 4
;IP7 = SPECIAL HANDL ING
JIP10
JIP1
1P12
;IP13
JIP14
JIP1S
:IP16
JIP17
:1P20
JIP21
JIP22
:1P23
;1P24

.WORD 0
.WORD 0

.WORD 0

076026
076030
076032
076034
076036
076040
076042
076044
076046

.WORD
.WORD
.WORD
LWORD
.WORD
.WORD
.WORD

0
0
0
0
0
0
0

.WORD 0
.WORD 0O
;THIS

;

;
.

TABLE

EXERCISES ALL

COMBINATIONS OF

THE

FOLLOWING VARIABLE

SOURCE LENGTH - 0,1,2.3,4,5.,11,20

ASSIGNMENTS:

SOURCE ADDRESS - 201 (RELATIVE TO START OF TEST BUFFER)
SOURCE DATA = DIGITS FROM STRING = 1234567891234567891234000891233; SIGN +

“TOTAL # OF TEST CONDITIONS - 8
“TOTAL # OF

TESTS =

DATA TYPE

IN REG MODE)S8 - 8

16941
16942
16943
16944
16945
16946
16947
16948
16949
16950
16951
16952

16953

16954
16955
16956
16957
16958
16959
16960
16961
16962
16963
16964
16965
16966
16967
16968
16969
16970
16971
16972
16973
16974
16975
16976
16977
16978
16979
16980
16981

INST EXERCISER

ADDP TABLES

1-0CT-79

10:59

PAGE

136

C IS

CZKEEA P "

MACY11 27(655)

SEQ 0300

.SBTTL
ADDP TARLES
;ENTRY &5 - INSTRUCTION UNDER TEST = ADDP

076050

000022

076054
076056
076060
076062
076064
076066
076070
076072
076074
076076
076100
076102

102436
103012
102436
104260
102442
102436
105176
103766
104004
105176
105050
102436

076052

076104
076106
076110
076112

076114
076116
076120
076122

000003

IADDP:

104020
104036
104054
104070

102436
000000
000000
000000

s INST=ADDP

.WORD _ 22

.WORD 3
.WORD
LWORD
.WORD
WORD
WORD
.WORD
WORD
.WORD
.WORD
.WORD
.WORD
.WORD

TO
T2
TO
T16
XT1
70
T22
T7
T10
T22
120
TO

WORD
WORD
.WORD
.WORD

11
T12
T13
T14

.WORD
WORD
.WORD
.WORD

TO
0O
0
O

:TYPE = 1(BIT 0).11/44 Qv TABLE(BIT 1-1)

:1P1 - SRC1.LEN
:1P2 - SRC1.ADR
;IP3 = SRC2.LEN
;1P4 = SRC2.ADR
;IP5 - DST.LEN
;IP6 - DST.ADR - SPECIFIED BY T16 USED FOR IP4
;IP7 = SRC1 DATA
;IP10 - SRC1 SURR DATA
:IP11 = SRC1 SURR LEN
;1P12 = SRC2 DATA
21P13 - SRC2 SURR DATA
IP14 - SRC2 SURR LEN (LENGTH SET TO O SO

‘

AS NOT TO DESTROY ANY OF SRC1)

IP15 - DST DATA
:1P16 - DST SURR DATA
:1P17 - DST SURR LEN
;1P20 - SEPARAT]ION CONSTRANT

:IP21 - SPECIAL HANDL ING
;1P22
;1P23
;1P24

;THIS TABLE EXERCISES ALL COMBINATIONS OF THE FOLLOWING VARIABLE ASSIGNMENTS:

;
:
;
H

SOURCE 1 LENGTH - 0
SOURCE 2 LENGTH - 0
DESTINATION LENGTH - 0,1,5
SOURCE 1 ADDRESS = 200 (RELATIVE TO START OF TEST BUFFER)

SOURCE 2 DATA - ALL DIGITS IDENTICAL = 3; SIGNT +

:
;
;

SOURCE 2 ADDRESS,DEST ADDRESS - NO OVERLAP OF ANY OF THE 3 STRINGS
-~ SOURCE 2 STRINGS ALIGNED WITH DESTINATION STRING
= 3; SIGN +
IDENTICAL
DIGITS
SOURCE 1 DATA - ALL

ITOTAL
# OF

TEST CONDITIONS
= 6

TOTAL # OF TESTS = (2 DATA TYPES ¢ 1

INLINE)6 - 18

POP=11

POP=-11 (IS INST EXERCISER
MACY11 27(655)
(ZKEEA.P1
ADDP TARBLES

;ggg}
076124
076126
076130
076132

000022
000001
102436
103012

16991
16992
16993

076140
076142
076144
076146
076150
076152
076154
076156

10244¢
102436
105176
103766
104004
104774
105050
102436

16994

16995
16996
16997
16998
16999
17000
17001
17002
17003
17004
17005
17006
};88;

076134
076136

076160
076162
076164

076166
076170
076172
076174

076176

IADDP1:

D
8
PAGE 137

SEQ 0301

22
1
TO
T2

s INST=ADDP
JTYPE = 1
;IP1 = SRC1.LEN
;IP2 = SRC1.ADR

WORD
.WORD
.WORD
.WORD

XT1
TO
122
T7
T10
T17
T20
TO

;IP5 - DST.LEN
;IP6 = DST.ADR ~ SPECIFIED BY T16 USED FOR P4
;IP7 - SRC1 DATA
;IP10 = SRC1 SURR DATA
2IP11 = SRC1 SURR LEN
:1P12 = SRC2 DATA
;IP13 <~ SRC2 SURR DATA
;IP14 - SRC2 SURR LEN
(LENGTH SET TO O SO

104020
104036
104054

.WORD
.WORD
WORD

T11
T12
T13

000000

WORD

105066
104260

.WORD
WORD
WORD
.WORD

.WCRD
WORD
.WORD

.WORD
.WORD

WORD

104070
102436
000000
000000

.WORD
.WORD
.WORD
.WORD

1;%?3

;THIS

TABLE

17011
17012
17013
17014
17015
17016
17017
17018
17019
17020

:
;
H
:
;
;
;
;
;
:

17023
17024

;TOTAL # OF
JTOTAL # OF

};855

10:59

;ENTRY 46 = INSTRUCTION UNDER TEST = ADDP

16985
16986
16987
16988

16989
16990

1-0CT-79

121
T16

;IP3 - SRC2.LEN
;1P4 - SRC2.ADR

;

AS NOT

TO DESTROY ANY OF

;IP15 - DST DATA
;IP16 - DST SURR DATA
;1P17 - DST SURR LEN

T14
TO
0
0

SRC1)

;IP20 - SEPARATION CONSTRANT
;P21 = SPECIAL HANDL ING
;1P22
;1P23

;1P24

EXERCISES ALL

COMBINATIONS OF

THE

FOLLOWING VARJABLE

ASSIGNMENTS:

SOURCE 1 LENGTH - 0
SOURCE 2 LENGTH - 1,5
DESTINATION LENGTH - 0,1,S
SOURCE 1 ADDRESS - 200 (RELATIVE TO START OF TEST BUFFER)
SOURCE 2 ADDRESS, DEST ADDRESS - NO OVERLAP OF ANY OF THE 3 STRINGS
= SOURCE 2 STRING ALIGNED WITH DESTINATION STRING
SOURCE 1 DATA - ALL DIGITS IDENTICAL = 3. SIGN +
SOURCE 2 DATA - DIGTIS FROM STRING = 1234567891234567891234000891233; SIGN +
- ALL DIGITS IDENTICAL =_5; SIGN +
- ALL DIGITS IDENTICAL =3; SIGN -

- ALL DIGITS IDENTICAL = 0; SIGN +

TEST CONDITIONS = 48
TESTS - (2 DATA TYPES +

INLINE)48 =

144

;;85;
17029
17030
17031
17032
17033
17034
17035
17036
17037
17038
17039
17040
17041
17042
17043
17044
17045
17046
17047
17048
17049
17050

};82;

1-0CT=79

10:59

E 8
PAGE 138

SEQ 0302

;ENTRY 47 = INSTRUCTION UNDER TEST = ADDP
076200
076202
076204
076206
076210
076212
076214
07621€¢
076220
076222
076224
076226
076230
076232

000022
000001
105066
103012
102436
104260
102442
102436
104774
103766
104004
105176
105050
102436

076234
076236
076240
076242
0762446
076246
076250

104020
104036
104054
104070
102436
000000
000000

076252

IADDP2:

.WORD
.WORD
.WORD
LWORD
.WORD
.WORD
.WORD
WORD
.WORD
.WORD

LWORD
.WORD
.WORD

22
1
121
T2
10O
T16
XT1
TO
T17
17
T10
T2?2
.0
10

LWORD
.WORD
.WORD
.WORD
.WORD
.WORD
LWORD

T11
T12
T13
T14
10
O
O

.WORD

000000

.WORD

s INST=ADDP
STYPE
= 1
2IP1 = SRCY.LEN
;I1P2 = SRC1.ADR
2IP3 - SRC2.LEN
. IP4& - SRC2.ADR
;IP5 = DST.LEN
JIP6 - DST.ADR -~ SPECIFIED BY T16 USED FOR P4
;IP7 = SRC1 DATA
;IP10 = SRC1 SURR DATA
:1P11 = SRC1 SURR LEN
:IP12 - SRC2 DATA
;IP13 = SRC2 SURR DATA
:IP14 - SRC2 SURR LEN
(LENGTH SET TO 0 SO
:AS NOT TO DESTROY ANY OF SRr1)
*IP1S - DST DATA
21P16 = DST SURR DATA
“1P17 - DST SURR LEN
:1P20 - SEPARATION CONSTRANT
:1P21 = SPECIAL HANDL ING
J1P22
:1P23

J1P24

};%gz

;THIS TABLE EXERCISES ALL COMBINATIONS OF THE FOLLOWING VARIABLE ASSIGNMENTS:

17055
17056
17057
17058
17059
17060
17061
17062
17063
17064

:
:
:
;
;
;
:
:
;
;

17067
17068
17069

;TOTAL # OF
;TOTAL # OF

};822

SOURCE 1 LENGTH - 1,5
SOURCE 2 LENGTH - 0
DESTINATION LENGTH - 0,1,5S
SOURCE 1 ADDRESS - 200 (RELATIVE TO START OF TEST BUFFER)
SOURCE 2 ADDRESS. DEST ADDRESS - NO OVERLAP OF ANY OF THE 3 STRINGS
~ SOURCE 2 STRING ALIGNED WITH DESTINATION STRING
SOURCE 1 DATA - DIGITS FROM STRING = 1234567891234567891234000891233; SIGN +
- ALL DIGITS IDENTICAL = S; SIGN +
- ALL DIGITS IDENTICAL = 3: SIGN - ALL DIGITS IDENTICAL = Q; SIGN +

SOURCE 2 DATA - ALL DIGITS IDENTICAL = 3; SIGN +
TEST CONDITIONS =48
TESTS = (2 DATA TYPES

INLINE)LB -

146

[an
B 4]

POP=-11 Cl? INST EXERCISER
MACY11 27(655)
(ZxKEEA.PI
ADDP TABLES

POP=11 (IS
CZKEEA.P11

000022
000001
105102
103012
105120
104260
102642
102436
104774
103766

076310
076312
076314
076316
076320
076322
076324
076326

104020
104036
104054
104102
102436

1ADDP3:

104004
104774
105050
102436

.WORD

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

;INST=ADDP
JTYPE = 1

;

;IP1 = SRC1.LEN

1211
T2
1212

;IP2 = SRC1.ADR
;IP3 = SRCZ2.LEN
;1P4 - SRCZ2.ADR
JIPS ~ DST.LEN
;IP6 - DST_ADR - SPECIFIED BY T16 USED FOR [P4
;IP7 - SRC1 DATA
;IP10 = SRC1 SURR DATA

T16
T1P

;1PN = SRC1 SURR LEN
SRC2 DATA
J1P12
;1P13
SRC2 SURR DATA
(LENGTH SET
JIP14 - SRC2 SURR LEN
AS NOT TO DESTROY ANY OF SRC1)
;
IP1S = DST DATA

.WORD

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

000000
000G0C
000000

:
;
;
;
:

TABLE

;IP16

J1P17

;1P20

;1P21
;1P22
;1P23
JIP24

EXERCISES ALL

COMBINATIONS

THE

FOLLOWING VARIABLE

ASSIGNMENTS:

SOURCE 1 LENGTH - 1,37
SOURCE 2 LENGTH - 1,37

DESTINATION LENGTH - 0,1,37
SOURCE 1 ADDRESS - 200 (RELATIVE TO START QF TEST BUFFER)
SOURCE 2 ADDRESS, DEST ADDRESS = NO OVERLAP OF ANY OF THE 3 STRINGS
~ SOURCE 2 STRING ALIGNED WITH DEST STRING
SOURCE 1 DATA - DIGITS FROM STRING = 1234567891234567891234000891233; SIGN +

SOURCE 2 DATA

ALL DIGITS
ALL DIGITS
ALL DIGITS

IDENTICAL
IDENTICAL
IDENTICAL

ALL DIGITS
ALL DIGITS
ALL DIGITS

IDENTICAL
IDENTICAL
IDENTICAL

DIGITS FROM STRING =

STOTAL # OF TEST CONDITIONS - 3864
ZTOTAL

T0 0 SO

DST SURR DATA
DST SURR LEN
SEPARATION CONSTRANT
SPECIAL HANDL ING

# OF

TESTS

(2 DATA TYPES +

0726254
076256
076260
076262
076264
076266
076270
076272
076274
076276
076300
076302
076304
076306

5:
3.

SIGN +
SIGN -

. SIGN +
2 34567891234567891234000891233;
5. SIGN +
3. SIGN 0, SIGN »+

| B

:
BRINIRIRZES
(o AV, PNV,
S E Y o)

d —d =D
b
e
d
D
b
d o

b
b

b
bt
2

D e

b
D
d

d ed o

D =D

NN NNNNNNNNNNNNNNYN

SEQ 0303

:ENTRY 48 - INSTRUCTION UNDER TEST = ADDP

JTHIS

— il

F
8
PAGE 139

10 :59

1-0CT-79

17079
17080
17081
17082
17083
17084

TABLES

27(655)

17078

ADDP

MACY11

17071
17072
17073
17074
17075
17076
17077

INST EXERCISER

INLINE)384 -

1152

SIGN +

POP-11

(1S

CIKEEA.P1]

INST EXERCISER
MACY11 27(655)
ADDP TABLES

;;};g

10:59

G 8
PAGE 139-1

SEQ 0304

:ENTRY 49 = INSTRUCTION UNDER TEST = ADDP

17120
17121
17122
17123
17126
17125
17126
17127
17128
17129
17130
17131
172132
17133
17134
17135

076330
076332
076334
076336
076340
076342
076344
076346
(76350
076352
0763564
076356
076360
076362

000022
000003
102462
103022
102462
104142
102462
102436
106000
102436
102636
106000
102436
102436

12136

17137
17138

076364
076366

17139
17140

076370
076372

102636
102436

0763764
076376

102706
000000
000000

17147
};}zg

1=0(T-79

076400
076402

IADDP4:

.WORD
22
"WORD 3
"WORD
T1A
JWORD
T2A
WORD
T1A
"WORD
T16A
.WORD
TiA
.WORD
TO
"WORD
TF19
"WORD
TO
WORD
TO
"WORD
1P19
.WwORD
TO
"WORD
10
LWORD
"WORD
WORD
"WORD
.WORD
JWORD
WORD

102436
104070

000000

TO
1O
1O
T14
TSPA
0
0

"WORD

- INST=ADDP
TTYPE = 1(BIT ():31/44 Qv TABLE(BIT 1 1)
“IP1 - SRCI.LEN
-1P2 - SRC1.ADR
“1P3 - SRC2.LEN
1IP%4 - SRC2.ADR
21PS - DST.LEN
“1P6 - DST.ADR - SPECIFIED BY T16 USED FOR IP4
“1P? - SRC1 DATA
*1P10 - SRC1 SURR DATA
:1P11 = SRC1 SURR LEN
21P12 - SRC2 DATA
*1P13 - SRC2 SURR DATA
2IP14 - SRC2 SURR LEN
(LENGTH SET TO 0 SO
:"
AS NOT TO DESTROY ANY OF SRC1)
11P15 - DST DATA
“1P16 - DST SURR DATA

*1P17 - DST SURR LEN
“1P20 - SEPARATION CONSTRANT
S1P21 - SPECIAL HANDL ING
L1P22
11p23

L 1P24

};}2@

;THIS TABLE EXERCISES ALL (OMBINATIONS OF THE FOLLOWING VARIABLE ASSIGNMENTS:

17146

SOURCE

17148

DESTINATION LENGTH = 0,1.2.%.4,5.11,20

SOURCE 2 DATA - DIGITS FROM STRING = 1234567891234567891234000891233; SIGN +

17147
17149
1715
17151

};}2%

17154

HAFS:

:
:
:
:

STOTAL

LENGTH - 0,1.2.3,4.5.,11,20

SOURCE 2 LENGTH =~ 0.1.2.3.4.5.11.20

SOURCE 1 ADDRESS - 201 (RELATIVE TO START OF TEST BUFFER)
SOURCE 2 ADDRESS.DEST ADDRESS - NO OVERLAP OF ANY OF THE 3 STRINGS
SOURCE 1 DATA = DIGITS FROM STRING = 1234567891234567891234000891233;

# OF

TEST

CONDITIONS =

512

:TOTAL # OF TESTS - (1 DATA TYPE [N REG MODE)S12 - 512

;

SIGN +

PDP=11 (IS INST EXERCISER
MACY1T 27(655)
(ZKEEA.P11
ADDN TABLES
17158

.SBTTL

};}Zg
d
d od ed ad

PAGE 140

SEQ 0305

ADDN TABLES

JENYRY 50 = INSTRUCTION UNDER TFST = ADDN
076404
076406

000012
000001

076414
076416
0726420
076422
076424
0726426
076430
076432
076434
076436

102436
104632
102442
102436
106530
103766
104004
106530
105059
102436

076410
076412

102436
103012

12
1

.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
LWORD
.WORD
.WORD
.WORD

10
T2
TO
T162
XI?
T0
T4
17
T10
T4/
T20
TO

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

T11
TO
TO
T43
70
O
0
O

;IP1 = SRC1.LEN
;IP2 - SRC1.ADR

;IP3 - SRC2.LEN
.1P4& - SR(2.ADR
:IPS - DST.LEN
JIP6 - DST.ADR - SPECIFIED BY 716 USED FOR [P4
;IP7 = SRC1 DATA
;IP10 = SRC1 SURR DATA
;IP11 - SRC1 SURR LEN
2IP12 - SRC2 DATA
;1P13 = SRC2 SURR DATA
;IP14 - SRC2 SURR LEN
(LENGTH SET TO C SO
-

AS NOT

;IP15
;IP16
;IP17
;IP20
;IP21
;1P22
;1P23
Ly

=
=

d e
o

OOV

b ed
d
) od o
b e

D e

D md

;
;
.

)

;ThIS TABLE CXERCISES ALL COMBINATIONS OF
SOURCE

SR(1)

THE FOLLOWING VARIABLE ASSIGNMENTS:

LENGTH - 0

SOURCE 2 LENGTH - O
DESTINATION LENGTH - 0,1,5
SOURCE 1 ADDRESS = 200 (RELATIVE TO START OF TEST BUFFER)

SOURCE 2 ADDRESS.DEST ADDRESS = NO OVERLAP OF ANY OF THE 3 STRINGS
- SOURCE 2 STRINGS ALIGNED WITH DESTINATION STRING
SOURCE 1 DATA = ALL DIGITS IDENTICAL = 9; SIGN +; HIGH NIBBLE = 17
SOURCE 2 DATA = ALL DIGITS IDENTICAL = 9; SIGN +; HIGH NIBBLE -17

“TOTAL # OF TEST CONDITIONS = 6
“TOTAL

TO DESTROY ANY OF

DST DATA
DST SURR DATA
DST SURR LEN
SEPARATION CONSTRANT
SPECIAL HANDL ING

.WORD
.WORD

s INST-ADDN
JTYPE = 1

b ok =D

104020
102436
102436
106546
102436
000000
000000
000000

.WORD
LWORD

D e

076440
076442
076444
076446
076450
076452
076454
076456

IADDN:

D e

d e

D e

d e

OPOEMWMEOPODODMPONNNNNNNNNNOPTPAIAQPOTOR

10:59

d ed

D e

DD ad e

b —d

NN NN NNNNNNNNNYNNNNNNNNNNNVNNNNNNNNNNNNN

b =D

7161
62

1-0(T-79

# OF

TESTS

(6 DATA

TYPES

INLINE)6

POP=11

(IS INST EXERCISER

CZKEEA.P11

ADDN TABLES

};58?
076460
076462
076464
076466

000012
000001
102436
103012

17207
17208

Q76472
Q76474

104632
102442

17209
17210
12211
17212

17213
17214
17215

17216
17217
17218
17219
17220
17221
17222
17223

};Sgé

10:59

1-0CT-79

PAGE

14!

St 0306

:ENTRY 51 = INSTRUCTION UNDER TEST = ADDN

17202
17203
17204
17205

17206

MACY11 27(€55)

076470

076476
076500
076502
076504

076506
076510
076512

076514
076516
076520
076522
076524
076526
076530
076532

IADDN?:

105066

.WORD
.WORD
.WORD
.WORD

12
1
TO
T2

; INST=ADDN
JTYPE = 1
:1P1 - SRC1.LEN
:1P2 - SRC1.ADR

.WORD
.WORD

T16Z
XT1

:1P4 - SRCZ2.ADR
:IPS - DST.LEN

.WORD
.WORD

T37
120

.WORD

102436
106530
103766
104004

.WORD
.WORD
.WORD
.WORD

106252
105050

102436

.WORD

104020
104036
104054
104070
102436
000000
000000
000000

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

121

;1P3 - SRC2.LEN

TO
T42
17
110

;IP6 - DST.ADR - SPECIFIED BY
:1P7 = SRC1 DATA
:1P10 = SRC1 SURR DATA
:1P11 = SRC1 SURR LEN

:1P12 - SRC2 DATA
;IP13 - SRC2 SURR DATA

TN
T12
T13
T14
TO
0
0
0

(LENGTH

T16 USED FOR

;1P14

- SRC2 SURR LEN

:
_AS
;IP15
:1P16
:1P17
:iP20
:1P21
:1P22
:1P23

NOT TO DESTROY ANY OF SRC1)
- DST DATA
= DST SURR DATA
- DST SURR LEN
- SEPARATION CONSTRANT
= SPECIAL HANDL ING

SET

T0 0

IP4

; 1P24

1;g§g

:THIS TABLE EXERCISES ALL COMBINATIONS OF THE FOLLOWING VARIABLE ASSIGNMENTS:

17228
17229
17230
17231
17232
17233
17234
17235
17236

;
:
;
:
:
:
:
:
;

};Sgg

17239
17240

;

:TOTAL

SOURCE 1 LENGTH - 0
SOURCE 2 LENGTH = 1,5
DESTINATION LENGTH = 0,1,5
SOURCE 1 ADDRESS - 200 (RELATIVE TO START OF TEST BUFFER)
SOURCE 2 ADDRESS, DEST ADDRESS - NO OVERLAP OF ANY OF THE 3 STRINGS
= SOURCE 2 STRING ALIGNED WITH DESTINATION STRING
SOURCE 1 DATA - ALL DIGITS IDENTICAL = 9; SIGN +; HIGH NIBBLE - 17
SOURCE 2 DATA - ALL DIGITS IDENTICAL = 3; SIGN +; HIGH NIBBLE = 7
- ALL DIGITS IDENTICAL =8; SIGN -; HIGH NIBBLE = 8

- ALL DIGITS IDENTICAL = 0; SIGN =; HIGH NIBBLE = 1

# OF

;TOTAL & OF

TEST

CONDITIONS

TESTS =

- 36
(6 DATA TYPES

INLINE)36 -

)
25¢

POP=11 (IS INST EXERCISER
MACYYT 27(655)
(ZKEEA.P11
ADDN TABLES
}5523
4

17245
172646
17247
17248
17249

076534
076536
076540
076542
076544

000012
000001
1050%6
103012
102436

17251
17252
17253
17254
17255
17256
17257

076550
076552
076554
076556
076560
076562
076564

102442
102436
106252
103766
104004
106530
105050

17250

17258
17259
17260
17261
17262
17263
17264
17265
17266

};Sgg

076546

076566

076570
076572
076574
076576
076600
076602
076604

076606

104632

1=-0CT=79

10:59

J
8
PAGE 142

SEQ 0307

JENTRY 52 = INSTRUCTION UNDLR TEST = ADDN
:
IADDNZ: .WORD
.WORD
.WORD
.WORD
.WORD

12
1
121
T2
10

: INST=ADDN
TYPE = 1
JIP1 = SRCT1.LEN
;1P2 = SRC1.ADR
;IP3 = SRCZ.LEN

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

XT1
10
137
17
T10
T4?
120

“IPS - DST.LEN
;IP6 - DST._ADR ~ SPECIFIED BY
IP? - SRC1 DATA
21P10 = SRC1 SURR DATA
:IP11 = SRC1 SURR LEN
;IP12 = SRC2 DATA
;IP13 ~ SRCZ2 SURR DATA

.WORD
.WORD

T11
T12
T13
T14
ro
O
O

.WORD

102436

.WORD

104020
104036
104054
104070
102436
000000
000000

.WORD
.WORD
. WORD
.WORD
.WORD

000000

.WORD

11627

;1P4 - SR(C2.ADR

JIP14
:
AS
$IP15
1P16
:1P17
;IP20
J1P21
:1P22
;1P23

= SRC2 SURR LEN
(LENGTH SET
NOT TO DESTROY ANY OF SRC1)
~ DST DATA
- DST SURR DATA
= DST SURR LEN
- SEPARATION (ONSTRANT
= SPECIAL HANDL ING

JTHIS TABLE EXERCISES ALL COMBINATIONS OF

17271
17272
17273
17274
17275
17276
17277
17278
17279

:
N
;
.
;
M
N
;
:

1728¢
17283

JTOTAL # OF
;TOTAL # OF

10 0 SO

s 1P24

%;%gg

};gg?

1716 USED FOR IP4

THE FOLLOWING VARJABLE ASSIGNMENTS:

SOURCE 1 LENGTH - 1,5
SOURCE 2 LENGTH - 0
DESTINATION LENGTH - 0,1.,5
SOURCE 1 ADDRESS - 200 (RELATIVE T0O START OF TEST BUFFER)
SOURCE 2 ADDRESS, DEST ADDRESS - NO OVERLAP OF ANY QOF THE 3 STRINGS
- SOURCE 2 STRING ALIGNED W]ITH DESTINATION STRING
SOURCE 1 DATA - ALL DIGITS IDENTICAL = 3; SIGN +; HIGH NIBBLE = 7
- ALL DIGITS IDENTICAL = 8; SIGN -; HIGH NIBBLE = 8
- ALL DIGITS IDENTICAL = 0; SIGN -: HIGH NIBBLE - 1

SOURCE 2 DATA - ALL DIGITS IDENTICAL = 9; SIGN +; HIGH NIBBLE - 7
TEST CONDITIONS
36
TESTS
(6 DATA TYPES +

|NLINE)36 = 252

3
n nINNONY b d b e o b ) b o md
H W
=20 VO ~NONEB
NN —=O

d
b
)
d md md =D
D ad
) e
e
- —

~ NNNSNNNNNNANNYNNNN
N N NN NN WWWWINNWWN

17308

17325
17326
17327
17328
17329
17330
17331

1-0(CT-79

10:59

PAGE

143

:ENTRY 53 ~ INSTRUCTION UNDER TEST
076610
076612
076614
076616
076620
076622
076624
076626
076630
076632
076634
076636
076640
076642

000012

076644
076646
076650
076652
076654
076656
076660
076662

104020
102436
102436
106562
102436
000000
000000
000000

IADDN3:

102436

.WORD

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

12
1
21
T2
1212

s INST=ADDN
=

;IP1 = SRC1.LEN
;IP2 - SRC1.ADR
;1P3
SRC2.LEN

1162
T1P

JIP4

;IPS

;IP6

SRC2.ADR

DST.LEN
DST.ADR - SPECIFIED BY

;IP7 = SRC1 DATA
2IP10 - SRC1 SURR DATA
2IP11 = SRC1 SURR LEN

T16 USED FOR [P&

;1P12 - SRC2 DATA
;IP13 - SRC2 SURR DATA
;IP14 - SRCZ2 SURR LEN (LENGTH SET TO O SO

AS NOT TO DESTROY ANY OF SR(C1)
.
;IP1S = DST DATA

.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
TABLE

= A DDN

;TYPE

.WORD

;THIS

SEQ 0308

;IP16
JIP17
;1P20

J1P21

1P22

DST SURR DATA
DST SURR LEN
SEPARATION CONSTRANT
SPECIAL HANDL ING

:1P23
1 IP24

EXERCISES ALL

COMBINATIONS OF

THE

FOLLOWINC VARIABLE

ASSIGNMENTS:

SOURCE 1 LENGTH - 1,37
SOURCE 2 LENGTH - 1,37
DESTINATION LENGTH - 0,1,37
SOURCE 1 ADDRESS - 200 (RELATIVE TO START OF TEST BUFFER)
SOURCE 2 ADDRESS, DEST ADDRESS - NO OVERLAP OF ANY UF THE 3 STRINGS
=~ SOURCE 2 STRING ALIGNED WITH DEST STRING
SOURCE 1 DATA - ALL DIGITS IDENTICAL
3. SIGN +; HIGH NIBBLE = 7
ALL DIGITS
ALL DIGITS

SOURCE 2 DATA

IDENTICAL
IDENTICAL

DIGITS FROM STRING =
ALL DIGITS IDENTICAL
ALL DIGITS IDENTICAL

8:; SIGN = HIGH NIBBLE

23456789123456789123400089123) SIGN +
3.

SIGN +. HIGH NIBBLE
=

s.- SIGN -.- HIGH ~1eeLe

17290
17291
17292
17293
17294

27{655)

ADDN TABLES

17286

17287
17288
17289

MACY11

=24

INST EXERCISER

POP=11 (IS
(ZKEEA.P1]

DIGITS FROM STRING = 1234)6789’234567891234000891233 SIGN +
ALL
cTOTAL
;cTOTAL

# OF
# OF

DIGITS

TEST CON D IT] ONS
= 384
( 60D ATA TYPES
TESTS

IDENTICAL

+ 1

SIGN

INLINE)384
= 2688

HIGH N]IBB

POP-11

CIS INST EXERCISER

(ZKEEA. P11

NOVWN
S (NN = ([@]Ve]

o
g
P

=00

wwwg Fg
(O RV, LV, |

e
e
- —r

NNNW

D —

17333
17334
17335
17336
17337
17338

17353
17354
17355
17356

17357

17358
17359
17360
17361
17362
17363
17364
17365

17367
17368
17365
17370
17371

MACY11

ADDN TABLES

27(655)

10:59

1-0(T-79

PAGE

143-1

SEQ 0309

;ENTRY 54 ~ INSTRUCTION UNDER TEST = ADDN
076664
076666
076670
076672
076674
076676
076700
076702
076704
076706
076710
076712
076714
076716
076720
076722
076724
076726
076730
076732
076734
076736

103022
102662
104564
102462
102436
1063490
102636
102436
106340
102436
102436

.WORD _ 12
.WORD 3
LWORD
TIA
LWORD
T2A
.WORD
T1A
.WORD
T16ZA
.WORD
TIA
.WORD
TC
.WORD
1219
.WORD
TO
.WORD
TO
LWORD
TZ19
.WORD
TO
.WORD
TO

102436

LWORD

000012
000003

IADDN4:

102462

.WORD
.WORD
LWORD
.WORD
.WORD
.WORD
.WORD

102436
102436
104070
102706

000000
000000
000000

; INST=ADDN
JTYPE = 1(BIT 0);11/44 Qv TABLE(BIT *-1)
;IP1 = SRCY.LEN
;IP2 = SRC1.ADR
;IP3 - SRC2.LEN
;IP4 - SRC2.ADR
;IP5 = DST.LEN
;IP6 - DST.ADR ~ SPECIFIED BY T16 USED FOR [Pé4
;1P7 - SRC1 DATA
;IP10 = SRC1 SURR DATA
;IP11 = SRC1 SURR LEN
;IP12 = SRC2 DATA
;1P13 ~ SRC2 SURR DATA
;IP14 - SRC2 SURR LEN
(LENGTH SET TO 0 SN
AS NOT TO DESTROY ANY OF SR(C1)
:
;IP15 - DST DATA

TO
TO
T14
TSPA
O
0
0

;IP16
;1P17
;1P20
;1P21
;1P22
;1P23
;IP24

=
-

DST SURR DATA
DST SURR LEN
SEPARATION CONSTRANT
SPECIAL HANDL ING

;THIS TABLE EXERCISES ALL COMBINATIONS OF
;
:

;
;
H
;

SOURCE
1 LENGTH - 0,1,2,3,4,5,11,20
SOURCE 2 LENGTH - 0,1,2,3,4.5,11,20
DESTINATION LENGTH - 0,1,2,3,4,5,11,20

SOURCE
SOURCE
SOURCE
SOURCE

1 ADDRESS - 201

(RELATIVE TO START OF TEST BUFFER)

2 ADDRESS,DEST ADDRESS - NO OVERLAP OF ANY OF THE 3 STRINGS
1 DATA - DIGITS FROM STRING = 1234567891234567891234000891233;
2 DATA - DIGITS FROM STRING = 1234567891234567891234000891233;

“TOTAL # OF TEST CONDITIONS = 512
“TOTAL

THE FOLLOWING VARIABLE ASSIGNMENTS:

# OF

TESTS

DATA

TYPE

IN REG MODE)S12

512

SIGN +
SIGN +

POP=11

CIS INST EXERCISER

CZKEEA.P

17378
17379
17380
17381
17382
17383
17384
17385
17386

17387
17388
17389
17390
17391
17392

17393
1739%
17395
17396
};ggg

1-0CT=79

ADDN TABLES

};%;2
17375
17376
17377

MACYT1 27(655)

10:59

PAGE 144

SEQ 0310

;ENTRY S564A - INSTRUCTION UNDER TEST = ADDN
076740
076742
076744

076746
076750
076752
076754
076756
076760
076762
076764
076766

076770
076772
076774
076776
077000
077002
077004
077006
077010

077012

000012
000001
102520

IADDNS:

103030
102520
104564
104070
102436
106340
102436

.WORD
LWORD
.WORD

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

102436
106340

102436
102436
102436
104070
102436
000000
000000

T2AA
TI1C
T16ZA

:IP2 - SRC1.ADR
:IP3 - SRC2.LEN
:IP4 - SRC2.ADR
:IPS = DST.LEN
:IP6 - DST.ADR - SPECIFIED BY
:IP7 - SRC1 DATA
:IP10 - SRC1 SURR DATA

.WORD
.WORD
.WORD
.WORD

TO
TO

:IP13
:IP14
:
AS
;1P15
:1P16

.WORD
.WORD
.WORD
.WORD
.WORD

T14
TO
O
O
O

:1P20 - SEPARATION CONSTRANT
:1P21 - SPECIAL HANDL ING
:1P22
:IP23
:1P24

.WORD

000000

: INST=ADDN
;TYPE = 1
:IP1 = SRC1.LEN

T14
TO
7219
TO
TO
1219
TO
TO

.WORD
.WCRD

102436
102436

12
1
T1C

:IP11 - SRC1 SURR LEN
:IP12 - SRC2 DATA

- SRCZ2 SURR DATA
- SRC2 SURR LEN
(LENGTH SET TO 0 SO
NOT TO DESTROY ANY OF SRC1)
- DST DATA
= DST SURR DATA

:IP17 = DST SURR LEN

};233

:THIS

17401
17402
17403

:
:
:

SOURCE
1 LENGTH - 2.,4.6
SOURCE 2 LENGTH - 2,4.,6
DESTINATION LENGTH - 10

17405
17406

;
:

SOURCE 2 ADDRESS.DEST ADDRESS = NO OVERLAP OF ANY OF THE 3 STRINGS
SOURCE 1 DATA - DIGITS FROM STRING = 1234567891234567891234000891233;

174604

};28;

17409
17410
17411

;

TABLE EXERCISES ALL

T16 USED FOR P4

COMBINATIONS OF

THE FOLLOWING VARIABLE ASSIGNMENTS:

SOURCE 1 ADDRESS - 200,201 (RELATIVE TO START OF TEST BUFFER)

SIGN +

SOURCE 2 DATA - DIGITS FROM STRING = 1234567891234567891234000891233; SIGN +

;TOTAL # OF
:TOTAL # OF

TEST CONDITIONS - 18
TESTS = (6 DATA TYPES

IN~LINE)18 =

126

POP-11 CIS
CZKEEA. P11
17413
17414
17415
17416
176417
17418
17419

17420
17421
17422
17423
17424

17425
17426
17427
17428
17429
17430
17431
17432
17433
17434
17435
17436
17437
17438
17439
17440
17441
17442

17443

17444
17445
17646
17447
17448
17449
17450
17451
17452
17453

INST EXERCISER
MACY11 27(655)
SUBP TABLES

1-0CT=-79

.SBTTL

10:59

PAGE

145

SEQ 0311

SUBP TABLES

;ENTRY 55 = INSTRUCTION UNDER TEST = SUBP
077014
077016
077020
077022
077024
077026
077030
077032
077034
077036
077040
077042
077044
077046

000023
000001
102436
103012
102436
104260
102442
102436
105176
103766
104004
105176
105050
102436

077050
077052
077054
077056
077060
077062
077064
077066

104020
104036
104054
104070
102436
000000
000000
000000

ISUBP:

;THIS

:
.
;
:
;
;
;
;

.WORD
.WORD
LWORD
.WORD
.WORD
LWORD
.WORD
.WORD
.WORD
WORD
WORD
.WORD
WORD
.WORD

23
1
TO
T2
10
T16
XT1
TO
122
17
T10
T22
120
TO

WORD
LWORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD

T
T12
T13
T4
TO
0
0
0

TABLE

EXERCISES ALL

s INST=SUBP
LJYPE = 1
2IP1 = SRCY.LEN
;IP2 = SRC1.ADR
;IP3 - SRC2.LEN
;P4 - SR(2.ADR
;IP5 = DST.LEN
JIP6 - DST.ADR - SPECIFIED BY T16 USED FOR P4
;IP7 - SR(C1 DATA
;IP10 = SRC1 SURR DATA
;IP11 = SRC1 SURR LEN
:IP12 = SRC2 DATA
:IP13 - SRC2 SURR DATA
;IP14 - SRC2 SURR LEN
(LENGTH SET TO O SO
OF SRC1)
ANY
DESTROY
TO
AS NOT
;
;IP15
;IP16
;IP17
;1P20
;I1P21
;1P22
;1P23
JIP24

-~
-~
-

DST DATA
DST SURR DATA
DST SURR LEN
SEPARATION CONSTRANT
SPECIAL HANDL ING

COMBINATIONS OF

THE

FOLLOWING VARIABLE

ASSIGNMONTS:

SOURCE 1 LENGTH - 0
SOURCE 2 LENGTH = 0
DESTINATION LENGTH - 0,1,5
SOURCE 1 ADDRESS = 200 (RELATIVE TO START OF TEST BUFFER)
SOURCE 2 ADDRESS,.DEST ADDRESS - NO OVERLAP OF ANY OF THE 3 STRINGS
= SOURCE 2 STRINGS ALIGNED WITH DESTINATION STRING
SOURCE 1 DATA - ALL DIGITS IDENTICAL = 3. SIGN +
SOURCE 2 DATA - ALL DIGITS IDENTICAL = 3; SIGNT +

;TOTAL # OF
;JTOTAL # OF

TEST CONDITIONS = 6
TESTS = (2 DATA TYPES

INLINE)6

POP-11 CIS INST EXERCISER
MACY11
CZKEEA.P11
SUBP TABLES
17455
17456
};22;

077070
077072
077076
077076
077100
077102
077104
077106

000023
000001
102436
103012
105066
104260
102442
102436

176468
17469
176470
17471
17472
17473
17474
17475
17476
17477
17478

077112
077114
077116
077120
077122
077124
077126
077130
077132
077134
077136
077140

17479
17480

};23}

1-0(T-79

10:59

B 9
PAGE 146

SEQ 0312

;
;ENTRY 56 - INSTRUCTION UNDER TEST = SuBP

17459
176460
176461
17462
176463
176464
17465
17466

17467

27(655)

077110

077142

ISUBPT:

.WORD
LWORD
.WORD
LWORD
LWORD
.WORD
.WORD
.WORD «

23
1
TO
T2
T21
T16
XT1
TO

; INST=SUBP
;TYPE = 1
;IP1 = SRC1.LEN
;1P2 = SRC1.ADR
;JIP3 - SRC2.LEN
;1P4 - SRCZ2.ADR
;IPS ~ DST.LEN
;IP6 - DST,ADR - SPECIFIED BY T16 USED FOR [P4

103766
104004
104774
105050
102436

.WORD
.WORD
.WORD
.WORD
.WORD

17
T10
T17
120
TO

104020
104036
104054
104070
102436
000000
000000

.WORD
LWORD
.WORD
.WORD
.WORD
.WORD
LWORD

;I1P10
;I1P11
JIP12
;IP13
1P14
AS
IP1S
:IP16
:IP17
:IP20
;IP21

105176

.WORD

000000

WORD

1;2%2

;THIS

17485
17486
17487
17488
17489
17490
17491
17492
17493
17494

:
;
;
.
:
;
:
;
N
:

};232

;

17497
};233

TOTAL
;TOTAL

122

;IP?7 = SRC1

T
T12
113
T14
10
0
O

;1P22
;1P23

DATA

= SRC1 SURR DATA
= SRC1 SURR LEN
= SRCZ2 DATA
= SRC2 SURR DATA
~ SRC2 SURR LEN
(LENGTH SET TO 0 SO
NOT TO DESTROY ANY OF SRC1)
- DST DATA
= DST SURR DATA
- DST SURR LEN
= SEPARATION CONSTRANT
= SPECIAL HANDLING

:1P24

TABLE EXERCISES ALL

COMBINATIONS OF

THE

FOLLOWING VARIABLE ASSIGNMENTS:

SOURCE 1 LENGTH - 0
SOURCE 2 LENGTH - 1.5
DESTINATION LENGTH - 0,1.,5
SOURCE 1 ADDRESS - 200 (RELATIVE TO START OF TEST BUFFER)
SOURCE 2 ADDRESS., DEST ADDRESS - NO OVERLAP OF ANY OF THE 3 STRINGS
- SOURCE 2 STRING ALIGNED WITH DESTINATION STRING
SOURCE 1 DATA - ALL DIGITS IDENTICAL - 3.
S
SOURCE 2 DATA - DIGTIS FROM STRING = 1234567891234567891234000891(33 SIGN +
~ ALL DIGITS IDENTICAL =
5; SIGN
+
- ALL DIGITS IDENTICAL =3; SIGN -~

- ALL DIGITS IDENTICAL = 0; SIGN +

# OF
# OF

TEST CONDITIONS
= 48
1ESTS
= (2 DATA TYPES +

INLINE)48 =144

=20V

NOVNES W

ViV
PNON) = = ed —d b ed ed D d b

D ed

b e

D o)

17501
17502
17503
17504

D ad
D
(¥,

gV]
~

D
b

SUBP TABLES

077144
0771466
077150
077152
077154
077156
077160
077162
077164
077166
077170
077172
077174
077176

000023
000001
105066
103012
102636
104260
102442
102436

077200
077202
077204
077206
077210

104020
104036
104054
104070
102436
000000
000000
000000

104774
103766
104004
105176
105050
102436

ISuBP2: .WORD
.WORD
.WORD
MWORD
.WORD
WORD
.WORD
.WORD

.WORD
LWORD
.WORD
WORD
.WORD
.WORD

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

PAGE 147

SEQ 0313

23
1
T21
T2
7
T16
XT1
TO

; INST=SUBP
JTYPE =
2IP1 = SRC1.LEN
;I1P2 = SRC1.ADR
;IP3 - SRC2.LEN
;IP4 - SRC2.ADR
;IP5 = DST.LEN
;1P6 - DST.ADR - SPECIFIED BY T16 USED FOR P4

T17
T/
T10
T22
720
TO

;IP7 - SRC1 DATA
;IP10 = SRC1 SURR DATA
2IP11 = SRC1 SURR LEN
;IP12 - SRC2 DATA

;IP13 - SRC2 SURR DATA
;IP14 - SRC2 SURR LEN (LENGTH SET TO O SO
; AS NOT TO DESTROY ANY OF SRC1)
:IP15 - DST DATA

1M
T12
T13
T14
T0
0
0
0

;IP16 = DST SURR DATA

;IP17 = DST SURR LEN
;IP20 ~ SEPARATION CONSTRANT
;1P21 - SPECIAL HANDL ING
;1P22
;1P23
;P24

;THIS TABLE EXERCISES ALL COMBINATIONS OF

THE FOLLOWING VARIABLE ASSIGNMENTS:

D
b
D

DESTINATION LENGTH - 0,1,5

SOURCE 1 ADDRESS = 200 (RELATIVE TO START OF TEST BUFFER)
SOURCE 2 ADDRESS, DEST ADDRESS - NO OVERLAP OF ANY OF THE 3 STRINGS

533

- SOURCE 2 STRING ALIGNED WITH DESTINATION STRING

SOURCE 1 DATA - DIGITS FROM STRING = 1234567891234567891234000891233; SIGN +
- ALL DIGITS IDENTICAL = 5; SIGN +
- ALL DIGITS IDENTICAL = 3. SIGN - ALL DIGITS IDENTICAL = Q; SIGN +

SOURCE 2 DATA - ALL DIGITS IDENTICAL = 3. SIGN +

wmmm&mmmmm

o
e
e
D e
b
o
b e
d

10:59

SOURCE 1 LENGTH - 1,5
SOURCE 2 LENGTH - 0

NN NVNNNNNNNNY

1-0CT=-79

;ENTRY 57 - INSTRJUCTION UNDER TEST = SUBP

077212
077214
077216

)

EXERCISER

MACY11 27(655)

;TOTAL # OF
;TOTAL # OF
.

TEST CONDITIONS =48
TESTS = (2 DATA TYPES + 1

INLINE)48 = 144

POP=11 CIS INST
(ZKEEA.P11

POP=-11 CIS INST EXERCISER
MACY11
(ZKEEA.P11
SUBP TABLES
;;gzg

10: 59

1-0CT-79

PAGE

148

SEQ 0314

;ENTRY 58 = INSTRUCTION UNDER TEST
= SUBP

17547
17548

07722C
077222

000023
000001

17562
17563
17564
17565
17566
17567
17568
};ggg

077254
077256
077260
077262
077264
077266
077270
077272

17549
17550
17551
17552
17553
17554
17555
17556
17557
17558
17559
17560
17561

27(655)

077224
077226
077230
077232
077234
077236
0772640
077242
077244
077246
077250
077252

ISUBPB.

105102
103012
105120
104260
102642
102436
104774
103766
104004
104774
105050
102436

.WORD
.WORD

WORD
.WORD
LWORD
WORD
.WORD
.WORD
LWORD
.WORD
.WORD
.WORD
.WORD
.WORD

23
1

104020
104036

.WORD
.WORD

T11
T12

102436
000000
000000
000000

.WORD
.WORD
.WORD

T0
0
0
O

104054
104102

s INST=SUBP
JTYPE = 1

T2M
T2
1212
T16
TIP
TO
T17
17
T10
T17
T20
TO

.WORD
.WORD

;IP1 = SRC1.LEN
;1P2 - SRC1.ADR
;IP3 - SRC2.LEN
;1P4 - SRC2.ADR
;IP5 = DST.LEN
;IP6 - DST.ADR - SPECIFIED BY T16 JUSED FOR [P4
;IP7 = SRC1 DATA
:1P10 - SRC1 SURR DATA
2IP?1 - SRC1 SURR LEN
:1P12 - SRC2 DATA
;IP13 -~ SRC2 SURR DATA
JIP14 - SRCZ2 SURR LEN
(LENGTH SET TO O SO
;
AS NOT TO DESTROY ANY OF SR(1)
;1P15 - DST DATA
;IP16 = DST SURR DATA

T13
T14A

WORD

;IP17 - DST SURR LEN
;1P20 ~ SEPARATION CONSTRANT
;I1P21 = SPECIAL HANDLING
;1P22
2 1P23
;1P24

1;2;}

;THI. TABLE EXERCISES ALL COMBINATIONS OF THE FOLLOWING VARIABLE ASSIGNMENTS:

17573
17574
17575

:
.

SOURCE 1 LENGTH - 1,37
SOURCE 2 LENGTH - 1,37
DESTINATION LENGTH - 0,1,37

17577
17578
17579
17580
17581
17582
17583
17584
17585

;
;
;
:
;
;
:
:
H

SOURCE 2 ADDRESS, DEST ADDRESS -~ NO OVERLAP OF ANY OF THE 3 STRINGS
= SOURCE 2 STRING ALIGNED WITH DEST STRING
SOURCE 1 DATA - DIGITS FROM STRING = 1234567891234567891234000891233; SIGN +
- ALL DIGITS IDENTICAL = 5; SIGN +
- ALL DIGITS IDENTICAL = 3; SIGN - ALL DIGITS IDENTICAL = Q. SIGN
+
SOURCE 2 DATA - DIGITS FROM STRING = 1234567891234567891234000891233 SIGN +
- ALL DIGITS IDENTICAL = 5; SIGN
+
- ALL DIGITS IDENTICAL = 3: SIGN -

17576

};ggfi
17588
17589

;

;TOTAL
;TOTAL

SOURCE

ADDRESS -~ 200

(RELATIVE

TO START OF

TEST BUFFER)

- ALL DIGITS IDENTICAL = O; SIGN +

# OF
# OF

TEST CONDITIONS
= 384
TESTS
(2 DATA TYPES +

INLINE}384 - 1152

PDP-11

CIS INST EXERCISER

(ZKEEA.P11

SUBP "ABLES

17596
17597
17598

17599
17600

17601

17602
17603
17604
17605
17606
17607
17608

1-0CT-79

10:59

E 9
PAGE 148-1

SEQ 0315

;ENTRY 59 ~ INSTRUCTION UNDER TEST = SUBP

17592

17593
17594
17595

MACY11 27(655)

077274
077276
077300
077302
077304
077306
077310
077312
077314
077316
077320
077322
077324
077326

000023
000001

077330
077332
077334

102436
102436
102436
104070
102706
002000
000000
000000

077336

077340
077342
077344
077346

[SUBP4:

102462
103022
102462
104142
102462
102636
106000
102436
102436

.WORD

"WORD
"WORD
"WORD
"WORD
"WORD
"WORD

T1A
T16A
T1A
TO
TP19
TO

. WORD
"WORD
"WORD

"WORD
"WORD

106000
102436
102436

: INST=SUBP

1
T1A
T2A

JTYPE =1
“IP1 = SRC1.LEN
*1P2 - SRC1.ADR

10
TP19

“1P11 - SRC1 SURR LEN
11P12 - SRC2 DATA

*1P3 - SRC2.LEN
*1P4 - SRC2.ADR
“IPS - DST.LEN
11P6 - DST.ADR = SPECIFIED BY T16 USED FOR [P&
11P7 - SRC1 DATA
“IP10 - SRC1 SURK DATA

“IP13 - SRC2 SURR DATA

.WORD

"WORD

_WORD
"WORD
"WORD
"WORD
"WORD
"WORD
.WORD
"WORD

TO
10
TO
T14
TSPA
0
0
0

Y1P14 - SRC2 SURR LEN
1IP15
1]P16
“IP17
11P20
“1P21
L 1P22
J1P23
T1P24

THE FOLLOWING VARIABLE ASSIGNMENTS:

SOURCE

DESTINATION LENGTH - 0,1.2.%.4,5.11,20

LENGTH - 0.1,2.3.4.5.11,20

SOURCE 2 LENGTH = 0.1.2.3.4.5.11.20

SOURCE 1 ADDRESS - 201 (RELATIVE TO START OF TEST BUFFER)
SOURCE 2 ADDRESS,DEST ADCRESS = NO OVERLAP OF ANY OF THE 3 STRINGS
12345678912345678912340008912 33.
SOURCE 1 DATA - DIGITS FROM STRING
12345678912345678912340008912 33,
SOURCE 2 DATA - DIGITS FROM STRING

“TOTAL # OF TEST CONDITIONS
“TOTaL

TO 0 SO

DST DATA
DST SURR DATA
DST SURR LEN
SEPARATION CONSTRANT
SPEC!AL HANDL ING

STHIS TABLE EXERCISES ALL COMBINATIONS OF
1

(LENGTH SET

*""AS NOT TO DESTROY ANY OF SRC1)

# OF

TESTS

DATA

512

TYPE

IN REG MODE)S12

512

SIGN +
SIGN ¢

(ZKEEA.P I

SUBN TABLES

17641
17642
17643
17644
17645
17646
17647
17648
17649
17650
17651
17652
17653
17654
17655
17656
17657
17658
17659
17660
17661
17662
17663
17664
17665
17666
17667
17668
17669
17670
17671
1767¢

10:59

1-0CT=-79

PAGE 149

SEQ 0316

SUBN TABLES
SBTTL
;ENTRY 60 - INSTRUCTION UNDER TEST - SUBN

17632

17633
17634
17635
17636
17637
17638
17639
17640

MACY1T 27(655)

077350
07735¢
077354
077356
077360
077362
077364
077366
077370
077372
077374
077376
077400
077402

000013
000001
102436
103012
102436
104632
102442
102436
106530
103766
104004
106530
105C50
102436

077404
077406
077410
077412
077414
077416
077420

104020
102436
102436
106546
102436
000000
000000

077422

ISUBN:

000000

_WORD
.WORD
LWORD
.WORD
.WORD
.WORD
.WORD
WORD
LWORD
WORD
.WORD
.WORD
.WORD
WORD

13
1
TO
T2
TO
T162
XT1
TO
T4
17
T10
T4?2
720
TO

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

T11
TO
TO
T43
10
0
0

.WORD

JINST=SUBN
;TYPE = 1
;IP* - SRC1.LEN
;IP2 = SRC1.ADK
;1P3 - SRC2.LEN
;1P4 - SR(C2.ADR
;IP5 - DST.LEN
;IP6 - DST.ADR - SPECIFIED BY Ti6 USED FOR [P&
;IP7 = SRC1 DATA
;IP10 - SRC1 SURR DATA
;IP11 = SRC1 SURR LEN
;1P12 - SRC2 DATA
:IP13 - SRC2 SURR DATA
;IP14 - SRC2 SURR LEN (LENGTH SET 10 0 SO
; AS NOT TO DESTROY ANY OF SR(C1)
;IP15 - DST DATA
;IP16 = DST SURR DATA
:IP17 - DST SURR LEN
;1P20 -~ SEPARATION CONSTRANT
;P21 = SPECIAL HANDL ING
2 1P22
;1P23

J1P24

;THIS TABLE EXERCISES ALL COMBINATIONS OF

THE FOLLOWING VARIABLE ASSIGNMENTS:

SOURCE 1 LENGTH - 0
SOURCE 2 LENGTH - 0

DESTINATION LENGTH - 0,1,5
SOURCE 1 ADDRESS - 200 (RELATIVE TO START OF TEST BUFFER)

SOURCE 2 ADDRESS.DEST ADDRESS - NO OVERLAP OF ANY OF THE 3 STRINGS

~ SOURCE 2 STRINGS ALIGNED WITH DESTINATION STRING

17
SOURCE 1 DATA = ALL DIGITS IDENTICAL = 9; SIGN +; HIGH NIBBLE
SOURCE 2 DATA = ALL DIGITS IDENTICAL = 9; SIGN ¢; HIGH NIBBLE -1/
;TOTAL

;TOTAL
.

# OF

& OF

TEST CONDITIONS

TESTS -

(6 DATA TYPES +

INLINE)G6

POP=11 ¢ IS INST EXERCISER

( $$

(IKEEA.P

17674
17675
17676

172677
17678
17679
17680
17681

17682
17683
17684
17685
17686
17687
17688
17689
17690
17691
17692
17693
17694
17695
176%6
17697
17698
17699
17700
17701
17702
17703
17704
17705
17706
17707
17708
177009
17710
1771
17712
17713
17714
17715

MACYTT
INST EXERCISER
SUBN TAHBLES

27(655)

10:59

1-0C(T=-79

PAGE

150

SEQ 0317

;ENTRY 61 = INSTRUCTION UNDER TEST = SUBN
077424
077426
077430
077632
07734
077436
077440
077442
077444
077446
077450
077452
077454
077456

000013
000001

077460
077462
077464
077466
077470
077472
077474
077476

104020
104036
104054
104070

[SUBNT:

. WORD

1024 36
103012
105066
104632

JINST=SUBN

JIP1
;IP2
;IP3
;1P4
;IPS
:1P6

JTYPE

T2
121

1162

xT1
10
142

102642

102436
106530
103766

=
=
=
=
-

SRCY.LEN
SRC1.ADR
SRCZ2.LEN
SRCZ.ADR
DST.LEN
DST.ADR = SPECIFIED BY T16 USED *0OR [P4

;IP7 = SRC1 DATA

;IP10 = SRC1 SURR DATA

JIP1

104004

SRC1

SURR LEN

SRC2 DATA
SRC2 SURR DATA
SRC2 SURR LEN
(LENGTH SET
JIP14
;.
AS NOT TO DESTROY ANY OF SR(C1)
:1P1S - DST DATA
:IP16 = DST SURR DATA
JIP17 = DST SURR LEN
;1P20 -~ SEPARATION CONSTRANT
s 1P2 = SPECIAL HANDL ING

J1P12
;1P13

106252
105050
102436

102436
000000
000000
000000

10 O SO

;IP22

:1P23
IP24
;THIS

TABLE EXERCISES ALL

COMBINATIONS OF

THE

FOLLOWING VARIABLE

ASSIGNMENTS:

SOURCE 1 LENG'H - 0
SOURCE 2 LENGTH = 1.5
DESTINATION LENGTH - 0,1,5
SOURCE 1 ADDRESS - 200 (RELATIVE TO START OF

TEST BUFFER)
SOURCE 2 ADDRESS, DEST ADDRESS - NO OVERLAP OF ANY OF THE 3 STRINGS

- SOURCE 2 STRING ALIGNED WITH DESTINATION STRING

SOURCE 1 DATA = ALL DIGITS IDENTICAL = 9; SIGN +; HIGH NIBBLE = 17
.

SOURCE 2 DATA =~ ALL DIGITS IDENTICAL = 3, SIGN +; HIGH NIBBLE = 7
- ALL DIGITS IDENTICAL =8, SIGN -; HIGH NIBBLE = 8
- ALL DIGITS IDENTICAL = 0; SIGN =; HIGH NIBBLE = 1

STOTAL # OF TEST CONDITIONS = 36
“TOTAL # OF

TESTS -

(6 DATA TYPES + 1

INLINE)36 = 252

POP-11

it gt

heXan

(ZKEEA.

—wn

POP=11

INST EXERCISER

MACY'T 27(655)
SUBN TABLES

172717
17718
17719

17720

17721

17722
17723
177264

17725

17726
17727
17728
17729
17730
17731
17732
17733
17734
17735

17736
17737
17738
17739
17740
17761
17742
17743
17744
17745

17746

17747

17748
17749
17750
17791
17752
17753
17754
17755

17756
17757
17758
17759
17760

1=QCT=79

10:59

H
9
PAGE 151

SEQ 0318

SENTRY 62 = INSTRUCTION UNDER TEST = SUBN
077500
077502
077504
077506
077510
077512
077514
077516
077520
077522
077524
077526
077530
077532

000G13

077534
077536
077540
077542
077544
077546
077550
077552

104020
104036
104054
104070
102436
000000

000001
105066
103012
1024 36
104632

ISUBNZ2:

1024642

102436
106252
103766
104004

.WORD

JINST=SUBN

LWORD

.IP5 - DST.LEN

.WORD
.WORD

T4/
T20

L.WORD
.WORD
WORD
.WORD
.WORD
LWORD
.WORD
.WORD
LWORD

106530
105050
102436

.WORD

WORD
.WORD
.WORD
.WORD
.WORD
.WORD

000000
000000

.WORD
.WORD

1
T21
T2
TO
T162

JTYPE =
;IP1 = SRCY1.LEN
. IP2 = SRC1.ADR
;IP3 = SRC2.LEN
;IP4& - SRCZ2.ADR

TO
T37
17
T10

;IP6 - DST.ADR - SPECIFIED BY
;IP7 - SR(C1 DATA
;IP10 - SRC1 SURR DATA
;IP11 = SRC1 SURK LEN

;1P12 = SRC2 DATA
;IP13 = SRC2 SURR DATA

;IP14 - SRCZ2 SURR LEN

;1P15
;IP16
;IP17
;1P2C
;IP21
;1P22

O
0

=
=

T0 0 SO

2 1P23
;P24

THE FOLLOWING VARIABLE ASSIGNMENTS:

SOURCE 1 LENGTH - 1,5
SOURCE 2 LENGTH = 0
DESTINATION LENGTH - 0,1,5
SOURCE 1 ADDRESS - 200 (RELATIVE TO START OF TEST BUFFER)
SOURCE 2 ADDRESS, DEST ADDRESS - NO OVERLAP OF ANY OF THE 3 STRINGS
= SOURCE 2 STRING ALIGNED WITH DESTINATION STRING
SOURCE 1 DATA - ALL DIGITS IDENTICAL = 3; SIGN ¢; HIGH NIBBLE : 7
- ALL DIGITS IDENTICAL =
8: SIGN -: HIGH NIBBLE = 8
= ALL DIGITS IDENTICAL - Q; SIGN -; HIGH NIBBLE = 1
SOURCE 2 DATA - ALL DIGITS IDENTICAL = 9;

STOTAL # OF TEST CONDITIONS - 36
“TOTAL

[P4

DST DATA
DST SURR DATA
DST SURR LEN
SEPARATION CONSTRANT
SPECIAL HANDL ING

JTHIS TABLE EXERCISES ALL COMBINATIONS OF

;
:
;
:
;
;
;
;
J

(LENGTH SET

AS NOT TO DESTROY ANY OF SR(1)

;

T11
T12
T13
T4
TO
0

T16 JSED FOR

# OF

TESTS

(6 DATA

TYPES

INLINE)36 =

SIGN ¢;

252

HIGH NIBBLE

POP=11 (IS INST EXERCISER
MACYI1
CZKEEA.P11
SUBN TABLES

q;;g%
077554
077556
077560
077562
077564
077566
077570
Q77572
077574
077576

000013
000001
105102
103012
105120
104632
102642
102436
106302
103766

17775
17776
17777
17778
17779

077602
077604
077606

106302
105050
102436

077610

104020

17780
17781
17782
17783
17784
17785

};589

%;;gg
17790
17791
17792
17793
17794
17795
17796
17797
17798

17799
17800
17801
17802

077600

077612
077614
077616
077620
077622
077624

077626

ISUBN3:

104004

102436
102436
106562
102436
000000
000000

152

SEQ 0319

13
1
T2%1
T2
T212
T161
T1P
T0
T37A
T7

- INST=SUBN
STYPE = 1
“IP1 - SRC1.LEN
21P2 -~ SRC1.ADR
“IP3 ~ SRC2.LEN
“1P4 - SRC2.ADR
SIPS -~ DST.LEN
;IP6 = DST.ADR = SPECIFIED BY
;IP7 = SRC1 DATA
“IP10 - SRC1 SURR DATA

"WORD
.WORD
.WORD

T37A
T20
T0

. WORD

T11

*IP12
2IP13
;IP14
:
AS
;IP15

L1P24

110

'WORD
"WORD
.WORD
.WORD
WCRD
WORD

000000

;IP11

TO
TO
T43A
10
0
O

WORD

“IP16
“IP17
;IP20
;1P21
L1P22
11p23

= SRC1

;
;
;

17805

JTOTAL

T16 USED FOR

[P4

SURR LEN

- SRC2 DATA
- SRC2 SURR DATA
- SRC2 SURR LEN
(LENGTH SET
NOT TO DESTROY ANY OF SR(C1)
- DST DATA

10 0 SO

DST SURR DATA
DST SURR LEN
SEPARATION CONSTRANT
SPECIAL HANDL ING

;THIS TABLE EXERCISES ALL COMBINATIONS OF

;

17807

[

PAGE

.wORD
CWORD
CWORD
WORD
"WORD
.WORD
WORD
.WORD
. WORD
"WORD
.WORD

;;ggz
17806

10: 59

1-=-0CT=-79

CENTRY 63 = INSTRUCTION UNDER TEST = SUBN

17764
17765
17766
17767
17768
17769
17770
17771
17772
17773
17774

27(655)

THE FOLLOWING VARIABLE ASSIGNMENTS:

SOURCE 1 LENGTH - 1,37
SOURCE 2 LENGTH - 1,37
DESTINATION LENGTH - 0,1,37
SOURCE 1 ADDRESS = 200 (RELATIVE TO START OF TEST BUFFER)
SOURCE 2 ADDRESS, DEST ADDRESS = NO OVERLAP OF ANY OF THE 3 STRINGS
= SOURCE 2 STRING ALIGNED WITH DEST STRING
SOURCE 1 DATA - ALL DIGITS IDENTICAL = 3; SIGN +; HIGH NIBBLE = 7
- ALL DIGITS IDENTICAL = 8: SIGN -: HIGH NIBBLE = 8
- ALL DIGITS IDENTICAL = O:
=
SOURCE

- DIGITS FROM IDENTICAL
STRING = =1234567891234567891234000891233
SIGN +
3; SIGN +. HIGH NIBBLE =

2 DATA - ALL DIGITS
- ALL DIGITS
- ALL DIGITS

IDENTICAL = 8:
IDENTICAL = 0:

sxc~ -:
.

HIGH NIBBLE = s
HIGH NIBBLE =

- DIGITS FROM STRING = 1234567891234567891234000891233 SIGN +

# OF

;TOTAL # OF

TEST

TESTS

CONDITIONS

384

(6 DATA TYPES +

INLINE)384

2688

PDP=11

(IS

(ZKEEA.P11

INST EXFRCISEP
MACY1T
SUBN TABLES

27(655)

1-0CT=79

10:59

9
J
PASE 152-1

SEQ 0320

[o ] [o ] 00 0o 0N 0o 00 0o 00 00
no N jutr Puir Sttt Sui Sutr uiruird
o Nelo BNTo QU P JVII, 0]

S
S
S
S
N
N
J

~ NN NN N NNNNY

;ENTRY 64 =~ INSTRUCTION UNDER TEST - SUBN
077630
077632
077634
077636
077640
077642
077644
077646
0776590
077652
077654
077656
077660
077662

000013
000001

077664
077666
077670
077672
077674
077676
077700
077702

102436
102436
102436
104070
102706
000000

ISUBNG:

102462
103022
102462
104564
1024662
102436
106340
102436
102436

106340
102436

102436

.WORD

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

; INST=SUBN

JTYPE

;IP2 - SRC1.ADR

J1P3

IP4

;1PS

. IP6

SRC2.LEN
SRC2.ADR

DST.LEN
DST.ADR = SPECIFIED BY

;IP7 = SRC1 DATA
;IP10 = SRC1 SURR DATA
;1P11 = SRC1 SURR LEN
;IP12 - SRC2 DATA
;IP13 - SRC2 SURR DATA

JIP16

JIP17
;IP21
;IP21

1 IP22

T0 0 SO

SPECIAL HANDL ING

;1P22
J1P24

THE FOLLOWING VARIABLE ASSIGNMENTS:

SOURCE 1 LENGTH - 0,1,2,3,4.5, 11.20
SOURCE 2 LENGTH - 0,1,2,3,4,5, 11.20
DESTINATION LENGTH = 0,1,2,3,4, 5,11,20
SOURCE 1 ADDRESS - 201 (RELATIVE TO START OF TEST BUFFER)
SOURCE 2 ADDRESS,DEST ADDRESS - NO GVERLAP OF ANY OF THE 3 STRINGS
1234567891234567891234000891233.
SOURCE 1 DATA = DIGITS FROM STRING
1234567891234567891234000891233;
SOURCE 2 DATA - DIGITS FROM STRING

“TOTAL # OF TEST CONDITIONS = 512

JTOTAL

IP4

DST SURR DATA
DST SURR LFEN
SEPARATION CONSTRANT

;THIS TABLE EXERCISES ALL COMBINATIONS OF

T16 USED FOR

;IP14 -~ SRC2 SURR LEN
(LENGTH SET
AS NOT TO DESTROY ANY OF SRC1)
;5
:IP1S - DST DATA

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

000000
000000

JIP1 = SRC1.LEN

# OF

TESTS

DATA TYPE

[N REG MODE)S12

512

SIGN +
SIGN +

PDP=11 CIS INST EXERCISER
MACY11
CZKEEA.P11
CMPP TABLES

17849

1-0CT-79

.SBTTL

};ggg

17852
17853
17854
17855
17856
17857
17858
17859
17860
17861
17862
17863
17864
17865
17866
17867
17868
17869
17870
17871
17872
};g;B

27(655)

10:59

9
K
PAGE 153

SEQ 0321

CMPP TARLES

ENTRY 65 = INSTRUCTION UNDER TEST = (MPP
077704
077706
077710
Q77712
077714
077716
077720
077722
077724
077726
077730
077732
077734
077736
077740
077742
077744
077746
077750
077752
077754
077756

000024
000003
102436
103012
102436
106630
103704
105176
105050
102436
105176
103766
104004
106546
102436
000000
000000
000000
000000
000000
000000
000000

ICMPP:

.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORL

24
3
T0
T?
T0
T44
TS
T22
T20
TO
T22
T7
T10
T43
T0
0
0
0
0
0
0
0

;INST = CMPP
STYPE = 1(BIT 0):11/44 Qv TABLE(BIT
:IP1 - SRC1.LEN
;JP2 = SRC1.ADR
:IP3 = SRC2.LEN
:IF4 - SRC2.ADR
:IPS = UNUSED PORTION OF REG. 4
;IP6 - SRC1.DATA
:IP7 = SRC1,.SURR.DATA
:IP10 - SRC1.SURR.LEN
:IP11 - SRC2.DATA
;IP12 - SRCZ2.SURR.DATA
;IP13 = SRC2.SURR.LEN
:IP14 - SEPARATION CONSTANT
;JP15 - SPEC]AL HANDL ING
JIP16
;1IP17
:1P2D
s IP21
;IP22
:1P23
:IP24

[

%;%;z

:THIS TABLE EXERCISES ALL COMBINATIONS OF THE FOLLOWING VAR!ABLE ASSIGNMENTS:

17877
17878

;
;

17880
17881
17882

;
:
;

17879

;;ggz
17885
17886
17887

SOURCE 1 LENGTH - 0
SOURCE 2 LENGTH = 0

SOURCE 1 ADDRESS = 200 (RELATIVE 70O START OF

TEST BUFFER)

;

SOURCE 2 DATA - ALL DIGITS IDENTICAL = 3; SIGN +

SOURCE 2 ADDRESS - NO OVERLAP OF STRINGS
- ALIGNED SOURCE 1 = SOURCE 2 STRINGS
SOURCE 1 DATA - ALL DIGITS IDENTICAL = 3; SIGN +

;TOTAL # OF
;TOTAL # OF
;

TEST CONDITIONS - 2
TESTS - (2 DATA TYPES

INLINE)2 - 6

MACY11
PDP-11 CIS INST EXERCISER
(ZKEEA.P1?
"MPP TABLES
17889
17890
17891
17892

17893
17894
17895
17896

17897
17898
17899
17900

27(555)

1-0(T-79

1CMPP1: _WORD 24

077760
077762
077764
077766
077770
077772
077774
077776

3333 JIIIIT3IJ 3333

AN 1S 1,9],¥] PORINININD
= b wd 2 = 2 —d b
O~NONWN » W =O VNN
WN

SN
U
S
U
[ NN [

JINST = CMPP

JTYPE

T0
12
121
T44
TS
122
120
T0

17901

17929

SEQ 0322

JENTRY 66 = INSTRUCTION UNDER TEST = (MPP

17902
17903

17911

9
L
PAGE 153-1

10:59

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

000000
000000
000000
000000
JTHIS

;

TABLE

T45S

T10
T43
TO
0
0
0
0
0
0
0

;IP13
;IP14
:IP1S
:IP16
JIP17
:1P20
J1P21
;1P22
;IP23
JIP24

;

SOURCE 1 DATA SOURCE 2 DATA -

STOTAL # OF TE ST
STOTAL

COMBINATIONS

.
OF

THE

FOLLOWING VARIABLF

S0URCE 2 LENGTH = 1,5
1 ADDRESS - 200 (RELATIVE TO START OF TEST BUFFER)
SOURCE 2 ADDRESS ~ NO OVERLAP OF THE STRINGS

SOURCE

;

= SR(CZ2.SURR.LEN
- SEPARATION CONSTANT
- SPECIAL HANDL ING

LENGTH - 0

;

REG.

;IP11 = SRC2.DATA

;1P12 = SRC2.SURR.DATA

EXERCISES ALL

SOURCE

JIP1 - SRC1.LEN
;IP2 = SRC1.ADR
:IP3 = SRCZ2.LEN
;IP4 - SRC2.ADR
;IPS = UNUSED PORTION OF
;IP6 - SRC1.DATA
;IP7 -~ SRC1.SURR.DATA
:IP10 - SRC1.SURR.LEN

# OF

TE STS

ALL
ALL
ALL
ALL
ALL

DIGITS
DIGITS
DIGITS
DIGITS
DIGITS

CONDITIONS = 8
- (2 DATA TYPES ¢+

IDENTICAL
IDENTICAL
IDENTICAL
IDENTICAL
IDENTICAL

=
=
=
=
=

3;
3;
3;
0;
0;

SIGN
SIGN
SIGN
SIGN
SIGN

INLINE)8 - 24

+
+
+
=~

ASSIGNMENTS:

POP-11

CIS INST EXERCISER

CZKEEA.P11

(MPP TABLES

17931
};3%%

17934
17935
17936
17937
17638
17939
17940
17941
17942

17943
17944
17945
17946
17947
17948
17949
17950
17951
17952
17953
17954
};ggg

MACY11

27(655)

1-0CT-79

10:59

PAGE 153-2

;ENTRY 67 - INSTRUCTION UNDER TEST = CMPP

100034
100036
100040
100042
100044
100046
100050
100052
100054

100056
100060
100062
100064
100066
100070
100072
100074
100076
100100
100102
100104
100106

000024
000001
105066
103012
102436
106630
103704
106750
105050

TCMPP2:

102436
105176
103766
104004
106545
102436
000000
000000
000000
000000
000000
000000
000000

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

.WORD

.WORD
.WORD
.WORD
.WORD

.WORD
.WORD
.WORD

24
1
T21
T2
TO
T44
T5
T45
120

JINST = (MPP
JTYPE =1
;IP1 < SRC1.LEN
2IP2 = SRC1.ADR
;IP3 - SRC2.LEN
;1P4 = SRC2.ADR
;IP5 = UNUSED PORTION OF REG. 4
:IP6 =~ SRC1.DATA
;IP7 = SRC1.SURR.DATA

TO
T2¢
T7
T10
T43
TO
0
0
0
0
0
0
0

2IP10
:IP11
:IP12
;IP13
;IP14
;IP15
JIP16
:1P17
:1P20
;IP21
2 1P22
;1P23
:1P24

1;%%2

;THIS TABLE EXERCISES ALL

17959
17960

:
;

SOURCE 1 LENGTH - 1,5
SOURCE 2 LENGTH - 0

17964
17965
17966
}7967

H
H
:
:

SOURCE 2 DATA =~

17961
17962
17963

17969
1;3;?

SEQ 0323

:
:
;

=
=
-~
-

SRC1.SURR.LEN
SRC2.DATA
SR(C2.SURR.DATA
SRCZ2.SURR.LEN
SEPARATION CONSTANT
SPECIAL HANDLING

COMBINATIONS OF

THE

FOLLOWING VARIABLE ASSIGNMENTS:

SOURCE 1 ADDRESS - 200 (RELATIVE TO START OF TEST BUFFER)
SOURCE 2 ADDRESS = NO OVERLAP OF STRINGS
SOURCE 1 DATA =~ ALL DIGITS IDENTICAL = 3; SIGN +

;TOTAL # OF
JTOTAL # OF

ALL
ALL
ALL
ALL

DIGITS IDENTICAL
DIGITS IDENTICAL
DIGITS IDENTICAL
DIGITS IDENTICAL

TEST CONDITIONS =8
TESTS = (2 DATA TYPES

=
=
=
=

3.
0.
Q;
3.

SIGN
SIGN
SIGN
SIGN

INLINE)S - 24

+
+

POP=-11 CIS INST EXERCISER
MACY11 27(655)
CZKEEA.PY
(MPP TABLES
17973

];3;2

17976
17977
17978
17979
17980
17981
17982
17983
17984
17985
17986
17987
17988
17989
17990
17991
17992
17993
17994
17995
17996
};ggg

1-0CT-79

10:59

N 9
PAGE 153-3

SEQ 0324

JENTRY 68 - INSTRUCTION UNDER TEST = (MPP
100110
100112
100114
100116
100120
100122
100124
100126
100130
100132
100134
100136
100140
100142
100144
100146
100150
100152
100154
100156
100160
100162

000024
000001
105102
103012
105120
106630
103704
106750
105050
102436
106750
103766
104004
106546
102436

ICMPP3:

000000
000000
000000
000000
000000

_WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD

.WORD
.WORD
.WORD
.WORD
.WORD

000000
000000

24
1
1211
T2
T212
T44
T5
T45
120
TO
T45
T17
T10
T43
TO

;INST = (MPP
JTYPE =1
;IP1 = SRCY1.LEN
;IP2 = SRC1.ADR
;IP3 - SRC2.LEN
.IP4 - SRC2.ADR
;IP5 = UNUSED PORTION OF REG.
;IP6 = SRC1.DATA
;IP7 = SRC1.SURR.DATA
;IP10 -~ SRC1.SURR.LEN
2IP11 - SRC2.DATA
;1P12 - SRC2.SURR.DATA
:IP13 - SRC2.SURR.LEN
;IP14 ~ SEPARATION CONSTANT
:IP15 = SPECIAL HANDL ING

0
0
0
0
0

;IP16
;IP17
;1P20
s 1P21
;1P22

.WORD 0
.WORD 0

2 1P23
;1P24

;THIS TABLE EXERCISES ALL COMBINATIONS OF

THE FOLLOWING VARIABLE ASSIGNMENTS:

SOURCE 1 LENGTH ~ 1,37
SOURCE 2 LENGTH - 1,37

SOURCE 1 ADDRESS = 200 (RELATIVE TO START OF TEST BUFFER)
SOURCE 2 ADDRESS =~ NO OVERLAP OF STRINGS

18013

H
;
;
;
H
;
;
:

SOURCE 1 DATA SOURCE 2 DATA -~
-

18014
18015
18016

JTOTAL # OF
;TOTAL # OF
:

ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL

DIGITS
DIGITS
DIGITS
DIGITS
DIGITS
DIGITS
DIGITS
DIGITS

TEST CONDITIONS = 128
TESTS = (2 DATA TYPES +

IDENTICAL
IDENTICAL
IDENTICAL
IDENTICAL
IDENTICAL
IDENTICAL
IDENTICAL
IDENTICAL
1

=
=
=
=
=
=
=
=

3;
3;
0;
Q;
3;
3;
O;
O;

INLINE)128 -

SIGN +
SIGN SIGN +
SIGN SIGN +
SIGN SIGN +
SIGN 384

C {?

MACY11
INS® EXERCISER
CMPP TABLES

27(655)

1-0CT-79

B 10
PAGE 153-4

10:59

SEQ 0325

RIS PONP
'S
- —_

) cod ——d

ICMPP4:

WWNINON) n
OO o

d cod

SS8SS
SLISSIISSIISSIIISS
rrNONININ N NONINON

—_—

b e

b o

b ed

b e

wed

SENTRY 69 ~ INSTRUCTION UNDER TEST = (MPP

100234
100236

000000
;THIS

;

;
;

,WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD

TABLE

24
3
TI1A
T2A
TIA
T44A
T5
TP19
TO
TO
TP19
TO
TO
T14
TSPA
0
0
0
0
0
0Q
0

JINST = CMPP
;TYPE = 1(BIT 0);11/644 Qv TABLE(BIT 1
;IP1 = SRC1.LEN
;IP2 = SRC1.ADR
;IP3 = SRC2.LEN
;IP4 - SRC2.ADR
;IP5 = UNUSED PORTION OF REG. 4
;IP6 ~ SRC1.DATA
;IP7 = SRC1.SURR.DATA
2IP10 = SRC1.SURR.LEN
;IP11 - SRCZ2.DATA
;IP12 ~ SRC2.SURR.DATA
;1P13 ~ SRC2.SURR.LEN
;IP14 - SEPARATION CONSTANT
;IP15 - SPECIAL HANDLING
JIP16
;IP17
;1P20
;1P21
;1P22
;1P23
;1P24

EXERCISES ALL

COMBINATIONS OF

FOLLOWING VARIABLE

ASSIGNMENTS:

SOURCE 1 LENGTH - 0,1,2,3,4,5.11,20
SOURCE 2 LENGTH - 0,1,2,3,4,5,11,20
SOURCE 1 ADDRESS =~ 201 (RELATIVE TO START OF

TEST BUFFER)
SOURCE 2 ADDRESS - NO OVERLAP OF ANY OF THE STRINGS

SOURCE 1 DATA - DIGITS FROM STRING = 123456789123456789123400089123 3, SIGN ¢+
SOURCE 2 DATA - DIGITS FROM STRING = 123456789123456789123400089123 3.

“TOTAL # OF TEST CONDITIONS = 64
“TOTAL

THE

# OF

TESTS =

DATA TYPE

IN REG MODE)64

SIGN +

POP=11

CIS INST EXERCISER

(ZKEEA.P1
18C56
18057
18058
18059
18060

MACY11 27(655)

(MPN TABLES

1-0(T=79

10:59

C 10
PAGE 154

SEQ 0326

LSBTTL
(MPN TABLES
;ENTRY 70 = INSTRUCTION UNDER TEST = CMFN
100240
100242

000014
000001
102436
103012
102436
107032
103704
106530
105050
102436

ICMPN:

000000

_WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
LWORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD

14
1
T0
T2
TO
T46
TS5
T4?2
T20
TO
T4?
T7
T10
T14
TO
0
0
0
0
0
0
0

JINST = (MPN
JTYPE = 1
;IP1 = SRC1.LEN
;IP2 = SRC1.ADR
;IP3 - SRCZ2.LEN
JIP4& - SRCZ2.ADR
;IPS = UNUSED PORTION OF REG.
;IP6 = SRC1.DATA
;1P7 = SRC1.SURR.DATA
;I1P10 = SRC1.SURR.LEN
;IP11 - SRCZ2.DATA
;IP12 = SRCZ2.SURR.DATA
;IP13 = SRC2.SURR.LEN
;IP14 - SEPARATION CONSTANT
JIP15 = SPECIAL HANDL ING
JIP16
J1P17
;1P20
JIP21
;1P22
:1P23
;1P24

;THIS TABLE EXERCISES ALL COMBINATIONS OF

THE FOLLOWING VARIABIE ASSIGNMENTS:

;
:
;
:

SOURCE
SOURCE
SOURCE
SOURCE

:
;

SOURCE 1 DATA - ALL DIGITS IDENTICAL = 9; SIGN +; HIGH NIBBLE - 17
SOURCE 2 DATA - ALL DIGITS IDENTICAL = 9; SIGN +; HIGH NIBBLE -17

:
;
;

1
2
1
2

LENGTH - 0
LENGTH - 0
ADDRESS - 200 (RELATIVE TO START OF TEST BUFFER)
ADDRESS - NO OVERLAP OF STRINGS
= STRINGS ADJACENT
= STRINGS PARTIALLY OVERLAP
= STRINGS COMPLETELY OVERLAP

“TOTAL # OF TEST CONDITIONS =
“TOTAL
.

# OF

TESTS

(6 DATA TYPES

INLINE)

POP=-11 CIS INST EXERCISER
MACY11
CZKEEA.P11
(MPN TABLES
18098

}g?gg

100314
100316
100320

000014
000001
102436

18105

100324

105066

100322

18106
18107
18108
18109
18110
18111
18112
18113

100326
100330
100332
100334
100336
100340
100342
100344

18115

100350

18114

18116
18117
18118
18119
18120
18121
}g}g%

1-0CT-79

10:59

0 10
PAGE 154-1

SEQ 0327

;ENTRY 71 = INSTRUCTION UNDER TEST = CMPN

18101
18102
18103

18104

27(655)

100346

100352
100354
100356
100360
100362
100364
100366

ICMPNT:

103012

_WORD 14
.WORD 1
.WORD TO

;INST = CMPN
;TYPE = 1
;IP1 = SRC1.LEN

.WORD

:1P3 = SRC2.LEN

.WORD T?

107032
103704
106530
105050
102436
107254
103766
104004

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

102436

LWORD TO

104070

;IP2 = SRC1.ADR,

T21

T46
TS
T42
T20
TO
T47
T7
T10

:1P4 -~ SRC2.ADR
:IPS = UNUSED PORTION OF REG.
;IP6 ~ SRC1.DATA
:IP7 - SRC1.SURR.DATA
;IP10 - SRC1.SURR.LEN
;IP11 - SRC2.DATA
;IP12 = SRC2.SURR.DATA
:IP13 - SRC2.SURR.LEN

.WORD T14

000000
000000
000000
000000
000000
000000
000000

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

:IP14 - SEPARATION CONSTANT

;IP1S = SPECIAL HANDL ING

0
0
0
0
0
0
0

JIP16
JIP17
J1P20
:IP21
J1P22
:1P23
;P24

}%}%g

:THIS TABLE EXERCISES ALL COMBINATIONS OF

18126
18127
18128
18129

:
:
;
;

18130
18131
18132
18133
18134
18135
18136
}g}gg

18139

18140

;
:
;
:
;
;

SOURCE 1 LENGTH - 0
SOURCE 2 LENGTH - 1,5
SOURCE 1 ADDRESS = 200 (RELATIVE
SOURCE 2 ADDRESS - NO OVERLAP OF

SOURCE 1 DATA SOURCE 2 DATA -~
-

;TOTAL # OF

- STRINGS
- STRINGS
- STRINGS
ALL DIGITS
ALL DIGITS
ALL DIGITS
ALL DIGITS
ALL DIGITS

TESTM CONDITIONS

THE FOLLOWING VARIABLE ASSIGNMENTS:

TO START OF
STRINGS

TEST BUFFER)

ADJACENT
PARTIALLY OVERLAP
COMPLETELY OVERLAP
IDENTICAL = 9; SIGN
IDENTICAL = 8; SIGN
IDENTICAL = 8; SIGN
IDENTICAL = Q; SIGN
IDENTICAL = O; SIGN

“TOTAL # OF TESTS = (& DATA TYPES + 1 INLINE)

+; HIGH NIBBLE - 17
-; HIGH NIBBLE - 1
+; HIGH NIBBLE - 17
+; HIGH NIBBLE = !
-; HIGH NIBBLE
8

POP=11 (IS INST EXERCISER
MACY1T1
CZKEEA.P11
CMPN TABLES
18143

}%}2@

18146
18147
18148

18149
18150
18151
18152
18152
18154
18155
18156
18157
18158
18159
18160
18161
18162

18163

18164
18165
18166
}g}gg

27(655)

1=-0CT=79

10:%9

E 10
PAGE 154-2

SEQ 0328

SENTRY 72 = INSTRUCTION UNDER TEST = (MPN
100370
100372
100374

100376
100400
100402
100404
100406
100410
100412
100414
100416
100420
100422
100424

000014
000001
105066

103012
102436
107032
103704
107254
105050
102436
106530
103766
104004
104070
102436

100426
100430

000000
000000

100434
100436
100440
100442

000000
000000
000000
000000

100432

ICMPN2:

.WORD 14
.WORD 1
.WORD T21

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

:INST = CMPN
;TYPE = 1
:IP1 = SRC1.LEN

T2
T0
T46
TS
T47
T20
10
T&?2
T7
T10
T14
TO

;1P2 = SRC1.ADR
;IP3 - SRC2.LEN
:IP4 - SRC2.ADR
;IPS = UNUSED PORTION OF REG.
:IP6 - SRC1.DATA
;IP7 - SRC1.SURR.DATA
:IP10 = SRC1.SURR.LEN
:IP11 - SRC2.DATA
:IP12 - SRC2.SURR.DATA
:IP13 = SRC2.SURR.LEN
;IP14 - SEPARATION CONSTANT
;IP15 - SPECIAL HANDL ING

.WORD 0
.WORD 0

000000

:IP16
:1P17

.WORD 0
.WORD
.WORD
.WORD
.WORD

;1P20

0
0
0
0

;P21
:1P22
;1P23
s 1P24

}%198

;THIS

18171
18172

;
;

SOURCE 1 LENGTH - 1,5
SOURCE 2 LENGTH - 0

18174
18175
18176
18177
18178
18179
18180
18181

;
;
;
:
:
;
;
;

SOURCE 2 ADDRESS - NO OVERLAP OF STRINGS
- STRINGS ADJACENT
- STRINGS PARTIALLY OVERLAP
- STRINGS COMPLETELY OVERLAP
SOURCE 1 DATA - ALL DIGITS IDENTICAL = 8; SIGN
- ALL DIGITS IDENTICAL = 8; SIGN
- ALL DIGITS IDENTICAL = 0; SIGN
- ALL DIGITS IDENTICAL - 0; SIGN

18173

}3}3%

;

TABLE EXERCISES ALL

COMSINATIONS OF

THE

FOLLOWING VARIABLE

SOURCE 1 ADDRESS - 200 (RELATIVE TO START OF

ASSIGNMENTS:

TEST BUFFER)

-; HIGH NIBBLE
+; HIGH NIBBLE +; HIGH NIBBLE =
-; HIGH NIBBLE -

SOURCE 2 DATA - ALL DIGITS IDENTICAL = 9; SIGN +; HIGH NIRBLE

1R184

JTOTAL # OF

18186

;

18185

:TOTAL # OF

TEST CONDITIONS =

TESTS =

(6 DATA TYPES +

INLINE)

1
17
1
8

C %?

INST EXERCISER

MACYTT 27(655)

1=-0(T=-79

(MPN TABLES

10:59

PAGE 154-3

SEQ 0329

;ENTRY 73 - INSTRUCTION UNDFR TEST = (MPN
100444
100446
100450
100452

000014
000001
105102
103012

100456
100460
100462
100464
100466
100470
100472
100474
100476
100500

107032
103704
107254
105050
102436
107254
103766
104004
104070
102436

100454

1CMPN3:

.WORD
.WORD
.WORD
.WORD

14
1

T211
T2 |
_WORD 7212
.WORD T46
.WORD TS

105120

100502
100504
100506
100510

000000
000000
000000
000000

.WORD
-WORD
.WORD
_WORD
.WORD
_WORD
"WORD
"WORD
.WORD
.WORD
.WORD
"WORD

100516

000000

_WORD 0

100512
100514

;INST = CMPN
STYPE = 1
$1P1 = SRCI.LEN
:1P2 = SRC1.ADR

000000
000000

:1P3 - SRC2.LEN

:1P4 - SRC2.ADR
:IPS = UNUSED PORTION OF REG. 4
:1P6 - SRC1.DATA
*1P7 - SRC1,SURR.DATA
:IP10 - SRCi.SURR.LEN
:1P11 - SRC2.DATA
:1P12 - SR(2.SURR.DATA
*1P13 - SRC2.SURR.LEN
1P14 - SEPARATION CONSIANT
:IP15 - SPECIAL HANDL ING

T47
120
T0
T47
T7
T10
T14
TO
0
0
0
0

IP16
11P17

1P20
1 1P21

-WORD 0
_WORD 0

JTHIS

;
:
:
;

TABLE

1P22
1P23
1P24

EXERCISES ALL

COMBINATIONS OF

THE

FOLLOWING VARIABLE

ASSIGNMENTS:

SOURCE 1 LENGTH - 1,37
SOURCE 2 LENGTH - 1,37

SOURCE 1 ADDRESS - 200 (RELATIVE TQ START OF TEST BUFFER)
SOURCE 2 ADDRESS - NO OVERLAP OF STRINGS
= STRINGS ADJACENT
-~ STRINGS PARTIJALLY OVERLAP
- STRINGS COMPLETELY OVERLAP

;

SOURCE 1 DATA - ALL DIGITS IDENTICAL = 8: SIGN -, HIGH NIBBLE = 1

;
;

= ALL DIGITS IDENTICAL = Q. SIGN +; HIGH NIBBLE = 1
- ALL DIGITS IDENTICAL = Q; SIGN -; HIGH NIBBLE = 8

;

;
:
J

= ALL DIGITS

SOURCE 2 DATA - ALL DIGITS IDENTICAL = 8;

SIGN +;

HIGH NIBBLE = 17

SIGN ~; HIGH NIBBLE = 1

= ALL DIGITS IDENTICAL = 8. SIGN +; HIGH NIBBLE = 17
= ALL DIGITS IDENTICAL = Q; SIGN +; HIGH NIBBLE = 1
- ALL DIGITS IDENTICAL = 0O; SIGN -; HIGH NIBBLE - 8

“TOTAL # OF TEST (ONDITIONS = 256
“TOTAL

IDENTICAL = 8;

# OF

TESTS

(6 DATA

TYPES

INLINE)

832

POP=11 (IS INST EXERCISER
MACY1T
(ZKEEA.P1T
(MPN TABLES

;gg%g

1-0CT=-79

10:59

G 10
PAGE 154-4

SEQ 0330

:ENTRY 74 = INSTRUCTION UNDER TEST - (MPN

18238

100520

000014

18253
18254
18255
18256
18257
18258
}gggg

100556
100560
100562
100564
100566
100570
100572

000000
000000
Q00000
000000
000000
000000
000000

18239
18240
18241
18242
18243
18244
18245
18246
18247
18248
18249
18250
18251
18252

27(655)

100522
100524
100526
100530
100532
100534
100536
100540
100542
100544
100546
100550
100552
100554

000003
102462
103022
102462
107004
103704
106340
102436
102436
106340
102436
102436
104070
102706

ICMPNG:

_WORD 14

JINST = CMPN

.WORD 0
.WORD 0
.WORD 0

;JIP16
JIP17
:1P20

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

3
T1A
T2A
T1A
T46A
TS
T219
T0
T0
TZ19
T0
TO
T14
TSPA

.WORD 0

.WwORD 0
.WORD 0
.WORD 0

JTYPE = 1(BIT 0):11/44 Qv TABLE(BIT
JIF1 = SRCI1.LEN
;1P2 - SRC1.ADR
;IP3 - SRC2.LEN
:IP4 - SRC2.ADR
:IPS = UNUSED PORTION OF REG. 4
:IP6 - SRC1.DATA
;IP7 = SRC1.SURR.DATA
;IP10 - SRC1.SURR.LEN
;IP11 - SR(C2.DATA
;IP12 = SRC2.SURR.DATA
;IP13 - SRC2.SURR.LEN
;IP14 - SEPARATION CONSTANT
;1P15 = SPECIAL HANDL ING

1=1)

;1P21

J1P22
JIP23
JIP24

}g%g}

:THIS TABLE EXERCISES ALL COMBINATIONS OF THE FOLLOWING VARIABLE ASSIGNMENTS:

18263
18264

:
:

SOURCE 1 LENGTH - 0,1,2.3.4.,5.11,20
SOURCE 2 LENGTH - 0,1.2.3.4.5,11,20

}gggg

;

SOURCE 2 DATA - DIGITS FROM STRING = 1234567891234567891234000891233; SIGN +

18270
18271

:TOTAL
sTOTAL

18265
18266
18267

:
;
:

SOURCE 1 ADDRESS =~ 201 (RELATIVE TO START OF TEST BUFFER)
SOURCE 2 ADDRESS - NO OVERLAP OF STRINGS
)
SOURCE 1 DATA = DIGITS FROM STRING = 1234567891234567891234000891233;
# OF
# OF

TEST CONDITIONS = 64
TESTS
(1 DATA TYPE

IN REG MODE)64

- 64

SIGN +

TABLES

1-0CT=79

.SBITL

10:59

H 10

PAGE 155

SEQ 0331

ASHP TABLES

;ENTRY 75 = INSTRUCTION UNDER TEST = ASHP
,WORD 30
.WORD 1

LWORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD

TINM
T2
T50
T112
T34
T35B
120
TO
T11
T12
T13
T43
TO

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

0
0
0
0
0
0

s INST=ASHP
JTYPE = 1

;IP1 = SRC.LEN
;IP2 - SRC.ADR
;IP3 - RND.DGT,SHFT.CNT
JIP4 - DST.LEN
;IP5 - DST.ADR
;IP6 = SRC DATA
;IP7 = SRC SURR DATA
;IP10 = SRC SURR LEN
;IP11 - DST DATA
;1P12 - DST SURR DATA
;IP13 - DST SURR LEN
;IP14 - SEP CONST
JIP15 - SPECIAL HANDL ING

.WORD 0

JIP16

;P17
2 1P20
;1P21
;IP22
J1P23
iy

JYHIS TABLE EXERCISES ALL COMBINATIONS OF

SOURCE LENGTH - 0,1,37
DESTINATION LENGTH - 0,1,37
SOURCE ADDRESS - 200
DESTINATION ADDRESS = NO OVERLAP OF SOURCE & DESTINATION STRINGS
= STRINGS ADJACENT

SOURCE DATA =~ ALL DIGITS IDENTICAL = 8. SIGN - ALL DIGITS IDENTICAL = 0.

“TOTAL # OF TEST CONDITIONS = 540
“TOTAL # OF

TESTS =

(2 DATA TYPES + 1

COUNT =~

SHIFT

DIGIT,

O = WOWVO

ROUND

SIGN -

- DIGITS FROM STRING = 1234567891234567891234000891233; SIGN +
- DIGITS FROM STRING = 000888- DIGITS FROM STRING = 4000000000000000000000000000000~

;
:

THE FOLLOWING VARIABLE ASSIGNMENTS:

\np

IASHP:

ASHP

MACY11 27(655)

CXERCISER

INLINE}S540 -

1620

POP=11

(1S INST EXERCISER

(ZKEEA.P1T
18323
18324
18325
18326
18327
18328
18329
18330
18331
18332
18333
18334
18335
18336
18337
18338
18339
18340
18341

18342
18343
18344
18345
18346
18347
18348
18349
18350
18357
18352

18353

18354
18355
18356
18357

MACYTT 27(655)

1=-0CT=79

ASHP TABLES

10:59

183569

SEQ 0332

JENTRY 76 = INSTRUCTION UNDER TEST = ASHP
100650
100652
100654
100656
100660

000030
000001

JASHP1:

102462
103022
107354

_WORD 30

; INST=ASHP

.WORD 1
.WORD T1A
.WORD T2A

JTYPE =1
;IP1 = SRC.LEN
;1P2 = SRC.ADR

.WORD T50C

102462
105602
106000
102436
102436
102436
102436
102436
104070
102706
000000

;1P3 = RND.DGT,SHFT.(NT

.WORD T1A

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

;IP4 - DST.LEN

T34A
TP19
TO
TO
TO
T0
TO

;IPS = DST.ADR
;1P = SRC DATA
;IP7 = SRC SURR DATA
;IP10 = SRC SURR LEN
;IP11 = DST DATA
:IP12 = DST SURR DATA
;IP13 - DST SURR LEN

.WORD T14

;IP14 = SEP CONST

.WORD TSPA
.WORD
LWORD
.WORD
.WORD

000000
000000

;IP1S - SPECIAL HANDL ING

0
0
0
0

J1P16
:1P17
1 1P20
J1P21

.WORD 0
.WORD 0
.WORD 0
cTHIS

N
;

‘
;
;
;

TABLE

EXERCISE

;IP22
J1P23
JIP24
ALL

COMBINATIONS

THE

FOLLOWING

SOURCE LENGTH - 0,1,2,3,6,5,11,20
DESTINATION LENGTH - 0.1,2.3,4.5,11,20

SOURCE ADDRESS - 201

(RELATIVE TO START OF

DESTINATION ADDRESS = NO OVERLAP

VARIABLE

ASSIGNMENTS:

TEST BUFFER)

SOURCE DATA - DIGITS FROM STRING = 1234567891234567891234000891233; SIGN +

ROUND DIGIT,

SHIFT COUNT -

18358

18360

1 10
PAGE 155-1

“TOTAL # OF TESTS = 256

;,-1

MACY11
PDP=-11 CIS INST EXERCISER
ASH® TABLES
(ZKEEA. P11
18362
18363

18364

18365
18366
18367
18368
18369
18370
18371
18372
18373
18374
18375
18376
18377
18378
18379
18380
18381
18382
18383
18384
18385
18386
18387
18388
18389
18390
18391
18392
18393

10:59

PAGE

156

SEQ 0333

SENTRY 76A = INSTRUCTION UNDER TEST = A SHP
100724
100726
100730
100732
100734
100736
100740
100742
100744
100746
100750
100752
100754
100756
100760
100762
100764
100766
100/70
100772
100774
100776

0C0030
000003

IASHP?2:

102550
103022
10737C

.WORD 30
.WORD 3

s INST=ASHP
JTYPE = 1(BIT 0);11/44 Qv TABLE(BIT
;IP1 = SRC.LEN
JIP2 = SRC.ADR

.WORD TI1f
.WORD T2A
.WORD T50D

102606

;IP3

.WORD T1K

105602
106064

102436
10243¢
102436
102436
102436
104070

10243¢€

000000

;IP7 = SRC SURR DATA

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

T0
T0
T0
T0O
TO
T14

.WORD
.WORD
.WORD
.WORD

0
0Q
0
0

:IP1S
JIP16
JIP17
:1P20
;IP21

.WORD 0
.WORD 0O

;1P23
J1IP24

sTHIS

TABLE

EXERCISE

SRC SURR LEN
DST DATA
DST SURR DATA
DST SURR LEN
SEP CONST
SPECIAL HANDL ING

;IP10
JIPN
JIP12

;1P13

JIP14

.WORD 0

000000
000000

;1P22

ALL

COMBINATIONS OF

THE

FOLLOWING

SOURCE LENGTH - 20,16,17.,3
DESTINATION LENGTH - 20,16,17,1
SOURCE ADDRESS =~ 201 (RELATIVE TO START OF
DESTINATION ADDRESS = NO OVERLAP
SOURCE DATA ~ ALL DIGITS IDENTICAL
ROUND DIGIT,

18395

SHIFT

2.2

COUNT -

- 9;

“TOTAL # OF TEST CONDITIONS
# OF

TESTS

(2 DATA

TYPES

IN-LINE)

SIGN -

VARIABLE

TEST BUFFER)

JTOTAL

DST.LEN
JIPS
OST.ADR
JIP6 - SRC DATA

.WORD TO

000000
000000
000000
000000

RND.DGT, SHFT.(NT

s 1PG

.WORD T34A
.WORD TP99

18394

18396
18397
18398

1-0(T=79

27(655)

)

J 10

ASSIGNMENTS:

POP=11 (IS
(ZKEEA.P1T

EXERCISER

MACY11

ASHN TABLES

27(655)

1-0CT=79

LS8TTL

10:59

K 10

PAGE

157

SEQ 0334

ASHN TABLES

—)

gy
S

oS NO

SRRRRSSZSSSL

OIS oo

N = —d

G
Ghnr S
S
G

b phurind-Shur G
b
d
nd
—

d e

wd cand

md md

d —d

)

d amd

) —d

JENTRY 77 = INSTRUCTION UNDER TEST = ASHN
ololelelelolalalalelelololololololololelols]

R
n—

——

—

RR PRRRRREEERRY

Bimvanran
03

18400
18401
18402
18403
18404
18405
18406
18407
18408

INS”

000020
000001

JASHN:

.WORD 20
.WORD 1

s INST=ASHN
JTYPE =1

107310
102732
106170
106350
105050
102436

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

T50
T112
136
T378
T20
T0

;IP3 - RND.DGT,SHFT.CNT
;IP4 = DST.LEN
;IP5 = DST.ADR
;IP6 - SRC DATA
;IP7 = SRC SURR DATA
;TP10 = SRC SURR LEN

000000
000000
000000
000000
000000
000000

WORD
.WORD
.WORD
WORD
WORD
WORD

0
0
0
9
0
O

JIP17
2 1P20
2 1P21
;1P22
;1P23
;1P24

102712
103012

.WORD T111
.WORD T2

104020
104036
104054
106546
102436
000000

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

;IP1 = SRC.LEN
:1P2 = SRC.ADR

T11
T12
T13
T43
TO
Q

;IP11
21P12
:IP13
;P14
:1P15
JIP16

DST DATA
DST SURR DATA
DST SURR LEN
SEP CONST
SPECIAL HANDL ING

;THIS TABLE EXERCISES ALL COMBINATIONS OF

THE FOLLOWING VARJABLE ASSIGNMENTS:

SOURCE LENGTH - 0,1,37

DESTINATION LENGTH — 0,1,37

DESTINATION ADDRESS - NO OVERLAP OF SOURCE & DESTINATION STRINGS

SOURCE ADDRESS - 200

- STRINGS ADJACENT
SOURCE DATA - ALL DIGITS IDENTICAL = 8;
ALL DIGITS IDENTICAL = O:

SIGN -; HIGH NIBBLE
8
SIGN =: HIGH NIBBLE = 1

DIGITS FROM STRING = 123456789123%4567891234000891233; SIGN +

;
.

DIGITS FROM STRING = 000888-

DIGITS FROM STRING -~ 4000000000000000000000000000000~
ROUND DIGIT, SHIFT COUNT 2.02

;
;
;
;
JTOTAL

;TOTAL

# OF

& OF

TEST

TESTS

(ONDITIONS =

540

(6 DATA TYPES

9,2
5,-3
1,-3
0.5
+

INLINE)S40 =

3780

POP=11 CIS INST EXERCISER
MACY11
CZKEEA,.P11
ASHN TABLES

}gzég
101054
101056
101060
101062
101064
101066
101070
101072
101074
101076
101100

000020
000003
102462
103022
107340
102462
106142
106340
102436
102436
102436

18463

101104

102436

18464
18465
18466
18467
18468
18469
18470
18471

}gfi;%

101102

101106
101110
101112
101114
101116
101120
101122
101124

101126

102436

104070,
102706
000000
000000
000000
000000
000000
000000

JASHN1:

_WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD

)

10:59

20
3
T1A
TZ2A
T50A
TI1A
T36A
TZ19
T0
T0
TO

L 10
PAGE 157-1

SEQ 0335

;INST ASHN
JTYPE = 1(BIT 0);31/44 Qv TABLE(BIT
:IP1 - SRC.LEN
;1P2 - SRC.ADR
;IP3 = RND.DGT,SHFT.CNT
;IP4 - DST.LEN
;IP5 - DST.ADR
;IP6 = SRC DATA
;IP7 = SRC SURR DATA
;IP10 = SRC SURR LEN
:IP11 - DST DATA

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

000000

18476
18477
18478
18479
18480

:
;
;
.
;

18482
18483

.
:TOTAL

;

TABLE

EXERCISE

;IP13 - DST SURR LEN

T14
TSPA
0
0
0
0
O
0

;IP14 - SEP CONST
:IP1S - SPECIAL HANDL ING
JIP16
IP17
:1P20
s1P21
:1P22
J1P23

.WORD 0

:THIS

JIP12 = DST SURR DATA

.WORD TO

}gzgg

18481

1-0(T=-79

;ENTRY 78 = INSTRUCTION UNDER TEST = ASHN

18451
18452
18453
18454
18455
18456
18457
18458
18459
18460
18461
18462

27(655)

:1IP24

ALL

COMBINATIONS OF

THE

FO!I
! OWING VARIABLE

ASSIGNMENTS:

SOURCE LENGTH - 0,1,2,3,4,5,11,20
DESTINATION LENGTH - 0,1.2.3.4.5.11,20

SOURCE ADDRESS = 201 (RELATIVE TO START OF TEST BUFFER)
DESTINATION ADDRESS - NO OVERLAP
SOURCE DATA = DIGITS FROM STRING - 1234567891234567891234000891233;

ROUND DIGIT, SHIFT COUNT # OF

TESTS

§5,-1

SIGN +

POP=11 CIS INST EXERCISER
MACY11 27(655)
(ZKEEA.P11
ASHN TABLES

}gzgg
18487
18488
18489
18490
18491
18492
18493
18494
18495
18496
18497
18498
18499
18500
18501
18502
18503
18504
18505
18506
18507
}gggg

1-0CT-79

10:59

101130
101132
101134
101136
101140
101142
101144
101146
101150
101152
101154
101156
101160
101162
101164
101166
101170
101172
101174
101176
101200
101202

00002C
000003
102532
103022
107344
102542
106142
106340
102436
102436
102436
102436
102436
104070
102436
000000
000000
000000
000000
000000
000000

IASHNZ:

000000

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

20
3
T1D
TZ2A
7508
T1E
T36A
TZ19
TO
TOQ
TO
TO
T0O
T14
TO
0
0
0
0
0
0

s INST=ASHN
JTYPE = 1(BIT 0);11/44 Qv TABIE(BIT
;IP1 = SRC.LEN
21P2 = SRC.ADR
;1P3 - RND.DGT,SHFT.CNT
;IP4& = DST.LEN
;IP5 = DST.ADR
;IP6 = SRC DATA
;IP7 = SRC SURR DATA
;IP10 -~ SRC SURR LEN
:IP11 - DST DATA
;IP12 - DST SURR DATA
;IP13 - DST SURR LEN
;IP14 ~ SEP CONST
;IP15 - SPECIAL HANDL ING
;1P16
:1P17
;1P20
;1P21
2 1P22
;1P23

.WORD 0

;THIS TABLE EXERCISE ALL

18512
18513
18514

H
:
;

18519
18520
185¢1

SEQ 0336

;ENTRY 78A - INSTRUCTION UNDER TEST = ASHN

1%%}?

18515
18516
18517
18518

M 10
PAGE 158

:
:
:
;

1=1)

;1P24

COMBINATIONS OF

SOURCE LENGTH - 1,2
DESTINATION LENGTH - 2,3
SOURCE ADDRESS - 201

(RELATIVE

THE

FOLLOWING VARIABLE ASSIGNMENTS:

TO START OF

TEST BUFFER)

DESTINATION ADDRESS = NO OVERLAP
SOURCE DATA - DIGITS FROM STRING = 1234567891234567891234000891233;
ROUND DIGIT, SHIFT COUNT 7,-1
7, 2

;
JTOTAL # OF
:TOTAL # OF

TEST CONDITIONS - 8
TESTS (6 DATA TYPES +

IN-LINE)8

SIGN +

POP=-11

(IS INST EXERCISER

CZKEEA.P11

MULP TABLES

18523
101204

000026

18537
18538
18539
18540
18541

101232
101234
101236

105176
105050
102436

101206
101210
101212
101214
101216
101220
101222
101224
101226
101230

000003
102436
103012
102436
1044472
102442
102436
105176
103766
104004

IMULP:

SEQ 0337

.WORD

JINST=MULP

.WORD
.WORD
.WORD

122
T20
TO

;1IP12
:IP13
:IP14
:
AS
:IP15
:IP16
:IP17
:IP20
;1P21
:IP22
:1P23
;IP24

.WORD 3
.WORD
TO
.WORD
T2
.WORD
TO
.WORD
T161
.WORD
XT1
.WORD
TO
.WORD
122
.WORD
17
LWORD
T10

104020

LWORD

T11

101244

104054

.WORD

T13

.WORD

101242

18544

101246

104070

101252
101256
101256

000000
000000
000000

18546
18547
13223

N 10
PAGE 159

MULP TABLES

101240

18542

18545

10:59

ENTRY 79 - INSTRUCTION UNDER TEST = MULP

18526

18543

1-0(T-79

.SBTTL

}gggg

18527
18528
18529
18530
18531
18532
18533
18534
18535
18536

MACY11 27(655)

101250

104036

LWORD

T12

.WORD

102436

T14

.WORD
.WORD
.WORD

O
O
O

(TYPE = 1(BIT 0);11/44 Qv TABLE(BIT 1=1)
;IP1 = SRC1.LEN
;IP2 - SRC1.ADR
;IP3 = SRC2.LEN
;IP4 - SRC2.ADR
;IPS - DST.LEN
;IP6 - DST.ADR - SPECIFIED BY T16 USED FOR IP4
;IP7 - SRC1 DATA
:IP10 - SRC1 SURR DATA
;IP11 - SRC1 SURR LEN
= SRC2 DATA
= SRC2 SURR DATA
- SRC2 SURR LEN
(1 ENGTH SET
NOT TO DESTROY ANY OF SRC1)
- DST DATA
- DST SURR DATA
- DST SURR LEN
~ SEPARATION CONSTRANT
-SPECIAL HANDL ING

TO O SO

;gggq

;THIS TABLE EXERCISES ALL COMBINATIONS OF THE FOLLOWING VARIABLE ASSIGNMENTS:

18552

;

SOURCE

18554
18555
18556
18557
18558

;
;
;
;
:

DESTINATION LENGTH - 0,1,5
SOURCE 1 ADDRESS - 200 (RELATIVE TO START OF TEST BUFFER)
SOURCE 2 ADDRESS.DEST ADDRESS = NO OVERLAP OF ANY OF THE 3 STRINGS
- SOURCE 2 STRING ADJACENT WITH DESTINATION STRING
SOURCE 1 DATA - ALL DIGITS IDENTICAL = 3; SIGN +

18553

]gggg
.

18561
18562
18563

;

;
;

LENGTH - 0

SOURCE 2 LENGTH = 0

SOURCE 2 DATA - ALL DIGITS IDENTICAL - 3; SIGN +

:TOTAL # OF
:TOTAL # OF
:

TEST CONDITIONS = 6
TESTS - (2 DATA TYPES + 1

INLINE)E6

POP=11 CIS INST EXERCISER
MACYT1 27(655)
CZKEEA.PIT
MULP TABLES

1-0CT-79

10:59

B N
PAGE 160

SEQ 0338

18565

18566

;

}gggg
18569

18570
18571
18572
18573
18574
18575
18576
18577
18578
18579
18580
18581
18582
18583
18584
18585
18586
18587
18588
18589
18590
}gggg

JENTRY 80 = INSTRUCTION UNDER TEST = MULP

101260

000026

101314
101316
101320

104020
104036
104054
104070
102436
000000
000000
000000

101262
101264
101266
101270
101272
101274
101276
101300
101302
101304
101306
101310
101312

101322
101324
101326
101330
101332

000001
102436
103012
105066
104442
102442
102436
105176
103766
104004
104774
105050
102436

IMULP1:

.WORD

.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
LWORD

Y1
T12
T13
T14
10
O
O
O

LWORD
.WORD
.WORD
.WORD
LWORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD

;INST=MULP

1
TO
T2
T21
T161
XT1
TO
T22
17
T10
T17
T20
TO

;TYPE = 1
;IP1 - SRC1.LEN
;1P2 = SRC1.ADR
JIP3 = SRCZ2.LEN
;IP4 - SRC2.ADR
;IPS = DST.LEN
;IP6 - DST.ADR - SPECIFIED BY T16 USED FOR P4
:IP7 = SRC1 DATA
;IP10 = SRC1 SURR DATA
;IP11 = SRC1 SURR LEN
;IP12 - SRC2 DATA
;IP13 = SRC2 SURR DATA
;IP14 - SRC2 SURR LEN
(LENGTH SET TO 0 SO
;
AS NOT TO DESTROY ANY OF SRC1)
:IP1S - DST DATA
:IP16 - DST SURR DATA
JIP17 = DST SURR LEN
;1P20 - SEPARATION CONSTRANT
;IP21 =SPECIAL HANDL ING
;1P22
:1P23
:1P24

1%232

;THIS TABLE EXERCISES ALL COMBINATIONS OF

18595

;

SOURCE

18597
18598
18599
18600
18601
18602
18603
18604

:
;
;
;
;
;
;
.

DESTINATION LENGTH - 0,1,5
SOURCE 1 ADDRESS - 200 (RELATIVE TO START OF TEST BUFFER)
SOURCE 2 ADDRESS, DEST ADDRESS - NO OVERLAP OF ANY OF THE 3 STRINGS
- SOURCE 2 STRING ADJACENT WITH DESTINATION STRIN
SOURCE 1 DATA = ALL DIGITS IDENTICAL = 3; SIGN +
SOURCE 2 DATA - DIGTIS FROM STRING = 1234567891234567891234000891233; SIGN +
- ALL DIGITS IDENTICAL = S; SIGN +
- ALL DIGITS IDENTICAL =3; SIGN -

18596

}gggg
18607

18608
18609

;

;TOTAL

THE FOLLOWING VARIABLE ASSIGNMENTS:

LENGTH - 0

SOURCE 2 LENGTH - 1.5

- ALL DIGITS IDENTICAL = 0; SIGN +

# OF

;TOTAL # OF
;

TEST

TESTS

CONDITIONS = 48

(2 DATA TYPES +

INLINE)48 =

144

POP=-11 CIS INST EXERCISER
MACY11 27(655)
CZKEEA.P11
MULP TABLES
}gg};

18613
18614
18615
18616
18617
18618
18619
18620
18621
18622
18623
186246
18625
18626
18627
18628
18629

18630
18631
18632
18633
18634

122%2

1-0CT-79

;ENTRY 81

101334
101336
101340
101342
101344
101346
101350
101352
101354
101356
101360
101362
101364

000026
000001
105066
103012
102436
104442
102442
102436
104774
103766
104004
105176
105050

101370
101372
101374

101402
101404

101366

101376
101400
101406

IMULP2:

10:59

.WORD
LWORD

.WORD

104020
104036
104054

.WORD
LWORD
.WORD

T
T12
T13

000000
000000

.WORD
.WORD

0
0

WORD
LWORD
.WORD

.WORD
.WORD
.WORD
WORD
WORD
LWORD
.WORD
.WORD

104070
102436

s INST=MULP
;TYPE = 1
;IP1 = SRC1.LEN
;1P2 - SRC1.ADR
;1P3 - SRC2.LEN
;1P4 - SRC2.ADR
;IPS = DST.LEN
;IP6 - DST.ADR - SPECIFIED BY T16 USED FOR P4
;IP7 = SRC1 DATA
2IP10 = SRC1 SURR DATA
;IP11 = SRC1 SURR LEN
;iP12 = SRC2 DATA
;IP13 -~ SRC2 SURR DATA

.WORD
.WORD

000000

SEQ 0339

- INSTRUCTION UNDER TEST = MULP

26
1
T21
T2
TO
T161
XT1
T0
T17
17
T10
T22
T20

102436

c1n
PAGE 161

;IP14
.
AS
;IP15
2IP16

- SRC2 SURR LEN
(LENGTH SET
NOT TO DESTROY ANY OF SRC1)
- DST DATA
= DST SURR DATA
;IP17 - DST SURR LEN

T14
TO

.WORD

;IP20 - SEPARATION CONSTRANT
;IP21 = SPECIAL HANDL ING
;1P22
;1P23

;1P24

1%2%2

sTHIS TABLE EXERCISES ALL COMBINATIONS OF

18639

;
;
:
;
;
;
;
;

18652

SOURCE

TC O SO

THE FOLLOWING VARIABLE ASSIGNMENTS:

LENGTH - 1,5

SOURCE 2 LENGTH - 0
DESTINATION LENGTH - 0,1,5
SOURCE 1 ADDRESS - 200 (RELATIVE TO START OF TEST BUFFER)
SOURCE 2 ADDRESS, DEST ADDRESS - NO OVERLAP OF ANY OF THE 3 STRINGS
- SOURCE 2 STRING ADJACENT WITH DESTINATION STRIN
SOURCE 1

DATA - DIGITS FROM STRING = 1234567891234567891234000891233;

SOURCE 2 DATA -

ALL
ALL
ALL
ALL

DIGITS
DIGITS
DIGITS
DIGITS

“TOTAL # OF TEST CONDITIONS =48

IDENTICAL
IDENTICAL
IDENTICAL
IDENTICAL

=
=
=
=

5;
3;
Q;
3;

SIGN +
SIGN SIGN +
SIGN +

“TOTAL # OF TESTS - (2 DATA TYPES + 1 INLINE)48 = 144

SIGN +

PDP-11 CIS INST EXERCISER
MACY11
CZKEEA.P11
MULP TAKLES

}gggg

1-0CT-79

D N
PAGE 162

10:59

SEQ 0340

:ENTRY 82 ~ INSTRUCTION UNDER TEST = MULP

18657
18658
18659
18660

101410
101412
101614
101416

000026
000001
105102
103012

18662
18663
18664
18665
18666
18667
18668
18669
18670
18671
18672
18673
18674
18675
18676
18677
18678
}8679

101422
101424
101426
101430
101432
101434
101436
101440
101442

104442
102642
102436
104774
103766
104004
104774
105050
102436

18661

27(655)

101420

101444

101446
101450
101452
101454
101456
101460
101462

IMULP3:

105120

.WORD
.WORD
LWORD
LWORD

26
1
T2
T2

JINST=MULP
TYPE = 1
;IP1 = SRC1.LEN
;1P2 = SRC1.ADR

.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
LWORD
.WORD
.WORD

T161
T1P
TO
T17
17
T10
T17
T20
10

;1P4 - SR(C2.ADR
;IPS = DST.LEN
;1P6 - DST.ADR - SPECIFIED BY T16 USED FOR IP4
:IP?7 - SRC1 DATA
;IP10 = SRC1 SURR DATA
;IP11 - SRC1 SURR LEN
;IP12 - SRC2 DATA
;IP13 = SRC2 SURR DATA
:IP14 - SRC2 SURR LEN
(LENGTH SET TO 0 SO
:
AS NOT TO DESTROY ANY OfF SRC1)
2IP15 -~ DST DATA
21P16 = DST SURR DATA
:1P17 - DST SURR LEN
:1P20 ~ SEPARATION CONSTRANT
;IP21 = SPECIAL HANDL ING
J1P22
;1P23
:1P24

. WORD

104020

LWORD

104036
104054
104070
102436
000000
000000
000000

WORD
.WORD
.WORD
.WORD
.WORD
LWORD
LWORD

;IP3 = SRCZ.LEN

T11

T12
113
T14
T0
0
O
0

}ggg}

;THIS

18683
18684
18685
18686
18687
18688
18689
18690

;
;
;
:
;
;
;
;

SOURCE 1 LENGTH - 1,57
SOURCE 2 LENGTH - 1,37
DESTINATION LENGTH - 0,1,37
SOURCE 1 ADDRESS - 200 (RELATIVE TO START OF TEST BUFFER)
SOURCE 2 ADDRESS, DEST ADDRESS -~ NO OVERLAP OF ANY OF THE 3 STRINGS
SOURCE 2 STRING ADJACENT WITH DEST STRING
SOURCE 1 DATA - DIGITS FROM STRING = 1234567891234567891234000891233;: SIGN +
- ALL DIGITS IDENTICAL = S; SIGN +

18692
18693
18694
18695

;
:
;
;

SOURCE 2 DATA -

18691

}2239
18698
18699
18700

;

TABLE

1212

;TOTAL # OF
:TOTAL # OF
;

EXERCISES ALL

COMBINATIONS OF

THE

FOLLOWING VARIABLE

ASSIGNMENTS:

- ALL DIGITS IDENTICAL = 3; SIGN ALL DIGITS IDENTICAL
DIGITS FROM STRING =
ALL DIGITS IDENTICAL
ALL DIGITS IDENTICAL

= O;
123456789123456789123400089123).
= 5; SIGN +
= 3: SIGN -

- ALL DJGITS IDENTICAL = 0; SIGN +

TEST CONDITIONS = 384
TESTS - (2 DATA TYPES + 1

INLINE)384 = 1152

SIGN +

POP=11 (IS INST EXERCISER
MACY11
CZKEEA.P11
MULP TAB._ES
}gggg
101464
101466
101470

000026
000001
102462

18718
18719
18720
18721
18722
18723
18724
18725

101520
101522
1015264
101526
101530
101532
101534

}gggg

1-0CT=79

10:59

EMWN
PAGE 162-1

SEQ 0341

;ENTRY 83 ~ INSTRUCTION UNDER TEST = MULP

18704
18705
18706

18707
18708
18709
187210
18711
18712
18713
18714
18715
18716
18717

27(655)

101472
101474
101476
101500
101502
101504
101506
101510
101512
101514
101516

101536

IMULP4:

103022
102462
104142
102462
102436
106000
172436
102436
106000
102436
102436

.WORD
LWORD
L.WORD

.WORD
.WORD
LWORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD

26
1
T1A

: INST=MULP
STYPE = 1
:1P1 -« SRC1.LEN

102436
102436
102436
104070
102706
000000
000000

.WORD
.WORD
.WORD
.WORD
.WORD
.WCRD
.WORD

T0
TO
TO
T14
TSPA
0
O

>
AS
:1P15
:1P16
21P17
:1P20
:1P21
$1P22
11P23
2 1P24

000000

.WORD

T2A
T1A
T16A
T1A
TO
TP19
1O
10
TP19
(0
TO

:1P2 - SRC1.ADR
:1P3 = SRC2.LEN
:1P4 - SRC2.ADR
:1PS - DST.LEN
:1P6 - DST.ADR = SPECIFIED BY 716 JSED FOR P4
:IP7 - SRC1 DATA
:1P10 = SRC1 SURR DATA
“IP11 = SRC1 SURR LEN
*1P12 - SRC2 DATA
;1P13 = SRC2 SURR DATA
;1P14 = SRC2 SURR LEN
(LENGTH SET TO O SO
NOT TO DESTROY ANY OF SR(C1)
- DST DATA
= DST SURR DATA
= DST SURR LEN
~ SEPARATION CONSTRANT
= SPECIAL HANDL ING

%g;%g

:THIS TABLE EXERCISES ALL COMSINATIONS OF

18730
18731

;
;

18733
18734
18735

;
;
:

18732

}g;%g

18738
18739

18740

;

THE FOL! OWING VARIABLE ASSIGNMENTS:

SOURCE 1 LENGTH - 0,1,2.3. 4 s 11.20
SOURCE 2 LENGTH - 0,1 2 3.4,5.11,20

DESTINATION LENGTH = 0,1,2, 3 §,5.11,20

SOURCE 1 ADDRESS - 201 (RELATIVE TO START OF TEST BUFFER)
SOURCE 2 ADDRESS.DEST ADDRESS - NO OVERLAP OF ANY OF THE 3 STRINGS
SOURCE 1 DATA - DIGITS FROM STRING
= 1254567891234567891234000891233;

SIGN +

SOURCE 2 DATA - DIGITS FROM STRING = 1234567891234567891234000891235: SIGN +

STOTAL # OF
STOTAL # OF

TEST CONDITIONS = 512
TESTS = (1 DATA TYPE IN REG MODE)S12

INST EXERCISER
MACYTT
MULP TABLES

POP=11

CIS
CZKEEA. P11

[MULPS:

~
o

(¥,]

NOON

2223
o

ek
—

22030335050

102436

oaaa303a3535404

1544

102436
102436
102436
104070

PAGE

163

.WORD

SEC 03462

s INST=MULP

. WORD 3
T1H
.WORD
T2
.WORD
T1H
.WORD
T16A
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
. WORD
. WORD
.WORD

JTYPE

; IP7

21P10
:IP11
;IP12
;IP13

102706
000000
000000
000000

=
=
=
-

1(BIT 0):11/744 Qv

SRC1
SRC1
SRC2
SRC2

AS NOT

16 USED FNR

[P4

(LENGTH SET TO 0 SO

1P22

:I1P23
1 1P24

THE FOLLOWING VARIABLE ASSIGNMENTS:

SOURCE 1 LENGTH - 12,13,14,15
SOURCE 2 LENGTH - 12,13,14,15
DESTINATION LENGTH - 35
SOURCE 1 ADDRESS - 200 (RELATIVE TO START OF TEST BUFFER)
SOURCE 2 ADDRESS,DEST ADDRESS - NO OVERLAP OF ANY OF THE 3 STRINGS
SOURCE 1 DATA = DIGITS FROM STRING = 1234567891234567891234000891233 ;
SOURCE 2 DATA =~ DIGITS FROM STRING - 1234567891234567891234000891233;

“TOTAL # OF TEST CONDITIONS - 16
;TOTAL

SURR DATA
SURR LEN
DATA
SURR DATA

TO DESTROY ANY OF SRC1)
:IP1S - DST DATA
JIP16
DST SURR DATA
DST SURR LEN
JIP17
SEPARATION CONSTRANT
;P20
SPECIAL HANDL ING
JIP21
:

;THIS TABLE EXERCISES ALL COMBINATJONS OF
[

TARE(BIT

SRC1.LEN
SRC1.ADR
SRC2.LEN
SRCZ.ADR
DST.LEN
DST.ADR - SPECIFIED BY
SRC1 DATA

;IP14 - SRCZ2 SURR LEN

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

18772

18773
18774
18775
18776
18777
18778
18779
18780

10:59

1-0CT7-79

;ENTRY 83A - INSTRUCTION UNDER TEST = MULP
—d d cd wmd b b
b
—d d ad d i) D d ad b b d b —b
eolelolelelelelsBNeololololololelololalololole

18742
18743
18744
18745
18746
18747
18748
18749
18750
18751
18752
18753
18754
18755
18756
18757
18758
18759
18760
18761
18762
18763
18764
18765
18766
18767
18768
18769
18770
18771

27(655)

# OF

TESTS

DATA

TYPE

[N REG MODE)16

SIGN «
SIGN

POP-11 ( IS INST EXERCISER
MACY1T 27(655)
CZKEEA.P11
MULP TABLES

}g;g%
101614
101616
101620
1037622

000026
000003
102634
103012

18789
18790
18791
18792
18793
18794
18795
18796
18797
18798
18799
18800

101626
101630
101632
101634
101636
101640
101642
101644
101646

104142
102620
102436
106036
102436
102436
106050
102436
102436

18801

18802
18803
18804
18805
}gggg

10:59

SEQ 0343

;ENTRY 838 - INSTRUCTION UNDER TEST = MULP

18784
18785
18786
18787

18788

1-0CT-79

G N
PAGE 164

101624

101650
101652
101654
101656
101660
101662
101664
101666

IMULP6:

102662

102436
102436

.WORD
26
.WORD 3
.WORD
TIN
.WORD
T2
LWORD
T1Q
.WORD
T16A
LWORD
TIL
.WORD
TO
.WORD
TP19C
.WORD
T0
.WORD
10
.WORD
TP19D
.WORD
TO
.WORD
TO
.WORD
.WORD
.WORD
.WORD
.WORD

102436

104070
102706
000000
000000
000000

.WORD
.WORD
. WORD

INST=MULP
JTYPE = 1(BIT 0);:11/44 Qv TABLE(BIT
JIF1 = SRC1.LEN
;JP2 = SRC1.ADR

;IP3 - SRC2.LEN

TO
TO

;1P4 ~ SR(CZ2.ADR
;IPS - DST.LEN
;IP6 - DST.ADR - SPECIFIED BY T16 USED FOR [P4
;IP7 = SRC1 DATA
JIP10 = SRC1 SURR DATA
;IP11 = SRC1 SURR LEN
:1P12 - SR(C2 DATA
;1P13 - SRC2 SURR DATA
:IP14 - SRC2 SURR LEN
(LENGTH SET T0 0 SO
:
AS NOT TO DESTROY ANY OF SRC1)
;IP1S - DST DATA
;IP16 - DST SURR DATA

T14
TSPA
0
0
0

:1P20 - SEPARATION CONSTRANT
;1P21 - SPECIAL HANDL ING
;1P22
;IP23
IP24

:IP17 - DST SURR LEN

}8808

:THIS TABLE EXERCISES ALL COMBINATIONS OF

18810
18811
18812

;
;
;

18813
18814
18815

18816

18819

18820

THE FOLLOWING VARIABLE ASSIGNMENTS:

SOURCE 1 LENGTH - 3
SOURCE 2 LENGTH - 0.3
DESTINATION LENGTH - 35

SOURCE 1 ADDRESS - 200 (RELATIVE TO START OF TEST BUFFER)
SOURCE 2 ADDRESS.,DEST ADDRESS - NO OVERLAP OF ANY OF THE 3 STRINGS
SOURCE 1 DATA - ALL DIGITS IDENTICAL = 0; SIGN +
ALL DIGITS IDENTICAL

}gg}g

SOURCE 2 DATA - ALL DIGITS IDENTICAL
;TOTAL

1-1)

# OF

:TOTAL # OF

TEST

CONDITIONS

TESTS =

DATA

TYPE

= &4;

IN REG MODE)S4

SIGN +

SIGN +
&

POP-11 CIS INST EXERCISER
MACY11 27(655)
CZKEEA.P11
MULP TABLES

18822
101670
101672
1016764

000026
000001
102626

18830
18831
18832
18833

101702
101704
101706
101710

18837

18838
18839
18840
18841
18842
18843
18844
18845
18846
}ggzg

H 11

PAGE

165

:ENTRY 83C - INSTRUCTION UNDER TEST

18825
18826
18827

18834
18835
18836

10:59

;

}gggz

18828
18829

1-0CT=-79

101676
101700

101712
101714
101716

101720
101722

1017246
101726
101730
101732
101734
101736
101740
101742

IMULP7:

SEQ 0344
= MULP

.WORD
.WORD
LWORD

26
1
TIM

104220
104054
102436
106026

.WORD
.WORD
.WORD
.WORD

T16B
T13
T0
TP19B

;P2
;IP3
:IP4
:IPS
;IP6
:IP?7

102436

. WORD

;IP13 = SRC2 SURR DATA

103012
102625

.WORD
LWORD

102436
102436
106026

T2
TIM

.WORD
.WORD
.WORD

102436

TO
TO
TP198

.WORD

102436
102436
102436
102436
102436
000000
000000
000000

s INST=MULP
STYPE =1
;IP1 = SRC1.LEN

=
~
-~

SR(C2.ADR
DST.LEN
DST.ADR - SPECIFIED BY
SRC1 DATA

:IP14
:
AS
;IP1S
;IP16
;IP17
;P20
;1P21
:1P22
;1P23

TO
TO
10
TO
10
O
0
O

- SRC2 SURR LEN
(LENGTH SET
NOT TO DESTROY ANY OF SRC1)
- DST DATA
- DST SURR DATA
= DST SURR LEN
- SEPARATION CONSTRANT
- SPECIAL HANDL ING

:THIS TABLE EXERCISES ALL COMBINATIONS OF

18851

18854
18855
18856

;
;
;

}gggg

18859

18860

SOURCE

THE FOLLOWING VARIABLE ASSIGNMENTS:

LENGTH = 17

;
;

SOURCE 2 LENGTH = 17
DESTINATION LENGTH - S

SOURCE 1 DATA = SOURCE 2 DATA - 000000000000333+

SOURCE 1 ADDRESS - 200 (RELATIVE TO START OF TEST BUFFER)
SOURCE 2 ADDRESS - 200
DEST ADDRESS - NO OVERLAP WITH SOURCE STRINGS

:TOTAL # OF

TEST CONDITIONS =

10 0 SO

:1P24

}%ggg
18852
18853

T16 USED FOR IP4

:IP10 - SRC1 SURR DATA
:IP11 - SRC1 SURR LEN
:IP12 - SRC2 DATA

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

= SRC1.ADR
- SRC2.LEN

;TOTAL & OF TESTS = (2 DATA TYPES + 1

IN-LINE) 1

- 3

POP=11 ( {?
CZKEEA. p

MACY1T
INST EXERCISER
DIVP TABLES

18863
18864
18865
18866
18867
18868

1=0CT=79

.SBTTL

10:59

SEQ 0345

DIVP TABIES

;ENTRY 84 = INSTRUCTION UNDER TEST = DIVP
000027
000003

IDIVP:

102436
103012
102436
1044472
102442
102436
105176
103766
1046004
105176
105050
1024 36

18869
18870
18871
18872
18873
18874
18875
18876
18877
18878
18879

18880

18881
18882

18883

18884

18885
18886
18887
18888
18889
18890
18891
18892
18893
18894
18895
18896
18897
18898
18899
18900
18901
18902
18903

27(655)

1IN
PAGE 165-1

102016

104020
104036
104054
104070
102436
000000
000000
000000
sTHIS

.WORD

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

T11
T12
T'3
T14
TO
O
O
O

s INST= DIVP
= 1(BIT 0);11/44 Qv TABLE(BIT 1=%)
JIP1 - SRC1.LEN
J1P2 - SRC1.ADR
;1P - SRC2.LEN
JIP4 - SRC2.ADR
JIP5 - DST.LEN
JIP6 - DST.ADR = SPECIFIED BY T16 USED FOR [P4
;1P7 - SRC1 DATA
J1P10 = SRC1 SURR DATA
JIP1 = SRC1 SURR LEN
;1912 = SRC2 DATA

.WORD 3
.WORD
TO
.WORD
T2
.WORD
TO
T161
LWORD
XT?
.WORD
.WORD
TO
.WORD
T22
17
.WORD
.WORD
T10
.WORD
T22
.WwORD
T20

TABLE

:TYPE

P13 = SRC2 SURR DATA
JIP14 - SRCZ2 SURR LEN
(LENGTH SET T0O 0 SO

TO DESTROY ANY OF

SR(1)

JIP16 = DST SURR DATA

JIP1? = DST SURR LEN
;IP20 - SEPARATION CONSTRANT
JIP2T - SPECIAL HANDL ING

;IP22

:1P23
;IP24

EXERCISES

SOURCE

AS NOT

;

JIP1S - DST DATA

ALL

COMBINATIONS

THE

FOLLOWING

VARIABLE

ASSIGNMENTS:

LENGTH - 0

SOURCE 2 LENGTH = 0

;
:
;
;
:

DESTINATION LENGTH - 0,1,5

SOURCE 1 ADDRESS - 200 (RELATIVE TO START OF TEST BUFFER)
SOURCE 2 ADDRESS,DEST ADDRESS - NO OVERLAP OF ANY OF THE 3 STRINGS
- SOURCE 2 STRING ADJACENT W!TH DESTINATION STRING
SOURCE 1 DATA - ALL DIGITS IDENTICAL = 3. SIGN +
SOURCE 2 DATA - ALL DIGITS IDENTICAL = 3; SIGN +

“TOTAL # OF TEST CONDITIONS = 6
;TOTAL

# OF

TESTS

(2 DATA

TYPES

INLINE)S6 -

PDP=11

(IS INST EXERCISER

(ZKEEA.P11

DIVP TARLES

?3882
18907
18908
18909
18910
18911
18912
18913
18914
18915
18916
18917
18918
18919
18920
18921
18922
18923
18924
18925
18926
18927
18928
}gg%g
}%3%}

18933
18934
18935
18936
18937
18938
18939
18940
18941
18942

}ggzz

18945
18940

MACY'T

27(655)

1-0(T=79

10:59

J N

PAGE

166

SEQ 0346

;ENTRY B85 ~ INSTRUCTION UNDER TEST - DIVP
102020
102022
102024
102026
102030
102032
102034
102036
102040
102042
102044
102046
102050
102052

000027
000001
102436
103012
105066
104442
102442
102436
105176
103766
104004
104774
105050
102436

102054
102056
102060
102062
102064
102066
102070
102072

104020
104036
104054
104070
102436
000000
000000
000000

IDIVP1:

;THIS

;
;

.
.
.
;

;
;

_WORD
.WORD
WORD
WORD
.WORD
.WORD
.WORD
.WORD
.WORD
LWORD
.WORD
.WORD
.WORD
.WORD

27
1
TO
T2
T21
T161
XT1
TO
TZ22
T7
T10
T17
T20
TO

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

T
T2
T13
T4
TO
0
0
0

TABLE

JINST=D]VP
STYPE
= 1
JIP1 = SRCY1.LEN
;IP2 = SRC1.ADR
2IP3 - SRC2.LEN
. IP4 - SR(2.ADR
;IP5 = DST.LEN
;IP6 = DST.ADR = SPECIFIED BY T16 USED FOR P4
;IP7 = SR(C1 DATA
;IP10 = SRC1 SURR DATA
;IP11 - SRC1 SURR LEN
:1P12 - SRC2 DATA
;IP13 - SRC2 SURR DATA
;IP14 - SRC2 SURR LEN
(LENGTH SET TO 0 SO
;
AS NOT TO DESTROY ANY OF SR(1)
;1P15 - DST DATA
;IP16 = DST SURR DATA
:1P17 = DST SURR LEN
;1P20 - SEPARATION CONSTRANT
;1P21 = SPECIAL HANDL ING
;1P22
:1P23
;IP24

EXERCISES ALL

COMBINATIONS OF

THE

FOLLOWING VARIABLE

ASSIGNMENTS:

SOURCE 1 LENGTH - 0
SOURCE 2 LENGTH - 1,5
DESTINATION LENGTH = 0,1.,5
SOURCE1 ADDRESS = 200 (RELATIVE TO START OF TEST BUFFER)
SOURCE 2 ADDRESS, DEST ADDRESS =~ NO OVERLAP OF ANY OF THE 3 STRINGS
= SOURCE 2 STRING ADJACENT WITH DESTINATION STRIN
SOURCE 1 DATA - ALL DIGITS IDENTICAL =_3:
SOURCE 2 DATA - DIGTIS FROM STRING = 1234567891234567891234000891233 SIGN
- ALL DIGITS IDENTICAL =_5; SIGN +
- ALL DIGITS IDENTICAL =3; SIGN -

;TOTAL # OF
JTOTAL # OF

- ALL DIGITS IDENTICAL = O; SIGN +

TEST CONDITIONS = 48
TESTS - (2 DATA TYPES

INLINE)4S

144

POP=-11

(IS INST EXERCISER

CZKEEA.P1T
18949

102074

000027

18954
18955

102100
102102

105066
103012

18964

102124

18965
18966
18967
18968
18969
18970
18971

18972
18973
18974
18975
18976
18977
18978
18979
18980
18981
18982
18983
18984
18985
18986
18987

18988
18989

18990
18991

K 11

PAGE

167

SEQ 0347

JENTRY 86 - INSTRUCTION UNDER TEST = DJVP

18951
18952

18956
18957
18958
18959
18960
18961
18962
18963

MACY1T 27(6595)

10:59

DIVP TABLES

18950

18953

1-0CT=-79

102076

102104
102106
102110
102112
102114
102116
102120
102122

102126
102130
102132
102134
102136
102140
102142
102144
102146

000C01

:
IDIVPZ:

102436
104442
102442
102436
104774
1037¢€€
104004
105176
105050

102436
104020
104036
104054
104070
102436

000000
000000
000000
sTHIS

:
:
:
:
;
;
:
:
:

.WORD
.WORD
WORD
LWORD
.WORD
WORD
.WORD
WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD

27
1
T21
T2
TO
T161
XT1
TO
T17
T7
T10
T22
720
TO

cINST=DIVP
JTYPE = 1
;IP1 ~ SRC1.LEN
;IP2 = SRC1.ADR
;IP3 - SR(2.LEN
;IP4 - SR(C2.ADR
;IP5 = DST.LEN
;IP6 - DST.ADR - SPECIFIED BY 716 USED FOR [P4
;IP? - SRC1 DATA
;IP10 = SRC1 SURR DATA
;IP11 - SRC1 SURR LEN
;1P12 - SRCZ2 DATA
;1P13 - SRC2 SURR DATA
;IP14 - SRCZ2 SURR LEN
(LENGTH SET 10 0 SO

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

TN
T2
T13
T14%
TO
0
0O
0

;IP16
;IP17
;I1P20
;P21
;1P22
;1P23
JIP24

TABLE

EXERCISES ALL

SOURCE

AS NOT TO DESTROY ANY OF SR(C1)
;
;IP15 < DST DATA

COMBINATIONS

=
=
=

DST SURR DATA
DST SURR LEN
SEPARATION CONSTRANT
SPECIAL HANDL ING

THE

FOLLOWING VARJABLE

LENGTH - 1,5

ASSIGNMENTS:

SOURCE 2 LENGTH = 0
DESTINATION LENGTH - 0,1,5
SOURCE 1 ADDRESS - 200 (RELATIVE TO START OF TEST BUFFER)
SOURCE 2 ADDRESS, DEST ADDRESS - NO OVERLAP OF ANY OF THE 3 STRINGS
- SOURCE 2 STRING ADJACENT WITH DESTINATION STRIN
SOURCE 1 DATA - DIGITS FROM STRING = 1234567891234567891234000891233; SIGN +
- ALL DIGITS IDENTICAL = 5; SIGN +
- ALL DIGITS IDENTICAL = 3; SIGN - ALL DIGITS IDENTICAL = Q. SIGN +
SOURCE 2 DATA - ALL DIGITS IDENTICAL
3. SIGN +

;
:
: TOTAL # OF
s TOTAL # OF

TEST CONDITIONS =48
TESTS - (2 DATA TYPES

INLINE)4S =

144

CIS INST EXERCISER

(ZKEEA.P11

DIVP

SEQ 0348

102222

72N
4
1212

.WORD

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

104020
104036
104054
104070
102436
000000
000000

;
;
:
;

TABLE

1161
T1P
70
117
7
710

- SR72.ADR
;IPS = DS.LEN

TM
112

;IP15 - DST DATA

;

- DST.ADR - SPECIFIED BY

= SRC1 DATA
:1P10 = SRC1 SURR DATA
:IP11 - SRC1 SURR LEN

:IP12 - SRC2
;1P13 - SRC2
;IP14 - SRC2
AS NOT TO
;
JIP16
JIP17

713
114
10
0
0
0

.WORD
;THIS

;IP2 = SRC1.ADR
:1P3 = ZRC2.LEN

T17
120
10

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

000000

:IP1 = SRC1.LEN

:1P20
JIP21
11P22
:1P23
:1P24

EXERCISES ALL

T16 USED FOR

[P«

DATA
SURR DATA
SURR LEN
(LENGTH SET TO 0 SO
DESTROY ANY OF SR(C1)

DST SURR DATA
DST SURR LEN
SEPARATION CONSTRANT
SPECIAL HANDL ING

COMBINATIONS OF

THE

FOLLOWING

VARIABLE

ASSIGNMENTS:

SOURCE 1 LENGTH - 1,37

SOURCE 2 LENGTH - 1,37
DESTINATION LENGTH - 0,1,37
SOURCE 1 ADDRESS - 200 (RELATIVE TO START OF TEST BUFFER)
SOURCE 2 ADDRESS, DEST ADDRESS - NO OVERLAP OF ANY OF THE 3 STRINGS
SOURCE

SOURCE 2 DATA

;TOTAL # OF
JTOTAL # OF

- SOURCE 2 STRING ADJACENT WITH DEST STRING
SIGN +

DATA - DIGITS FROM STRING = 1234507891234567891234000891233
ALL DIGITS
ALL DIGITS

IDENTICAL
=
IDENTICAL

ALL DIGITS
ALL DIGITS
ALL DIGITS

IDENTICAL
IDENTICAL
IDENTICAL

ALL DIGITS IDENTICAL
DIGITS FROM STRING =

TEST CONDITIONS = 384
TESTS - (2 DATA TYPES

s ey

0: SIGN +
234567891234567891234000891273;
5.
3.
0;

INLINE)384 -

‘

102204
102206
102210
102212
102214
102216
102220

: INST=DIVP
STYRE = 1

103012
105120
104442
102642
102436
104774
103766
104004
104774
105050
102436

105102

.WORD
.WORD

102156
102160
102162
102164
102166
102170
102172
102174
102176
102200
102202

102154

.
IDIVP3:

000027
000001

102150
102152

=20

— o

) —

S88LRE

oo
VB
W =0

18999
19000
19001
19002
19003
19004
19005
19006
19007
19008
19009
19010
19011
19012
19013
19014
19015
190716
19017
}38}8

L 1
PAGE 168

10:59

1-0(T-79

18998

TABLES

27(655)

;ENTRY 87 =~ INSTRUCTION UNDER TEST = DIVP

18994

18995
18996
18997

MACY11

POP=-11

SIGN +
SIGN SIGN +
1152

SIGN +

POP=11 CIS INST EXERCISER
MACY11 27(655)
CZKEEA.P1]
DIVP TABLES

}382;
19043
19044
19045
19046

19047
19048
19049
19050
19051
19052
19053
19054
19055
19056

19057

19058
19059
19060
19061
19062
19063
19064
}9065

1-0CT-79

M 11
PAGE 168-1

10:59

SEQ 0349

;ENTRY 88 - INSTRUCTION UNDER TEST - DIVP
102224
102226
102230
102232

000027
000001
102462
103022

102240
102242
102244
102246
102250

102462
102436
106000
102436
102436

102234
102236

102252
102254

102256

102260
102262
102264

102266
102270
102272
1022764
102276

IDIVP4:

102462
104142

.WORD
WORD
"WwORD
"WORD

"WORD
"WORD

"WORD

TI1A
T16A
T1A
TO
TP19
TO
1O
TP19
TO
TO

.WORD
"WORD
"WORD

TO
10
TO

'WORD
"WORD
"WORD
"WwORD
"WORD

106000
102436

"WORD
"WORD

102436

102436
102436
102436

104070
102706
000000
000000
000000

27
1
T1A
T2A

'WORD
"WORD
WORD
"WORD
JORD

;

S INST=DIVP
STYPE = 1
*IP1 = SRC1.LEN
21P2 - SRC1.ADR

*1P3 - SRC2.LEN
*1P4 - SRC2.ADR

11PS - DST.LFN
“Ir6 - DST.ADR - SPECIFIED BY
*1P7 - SRC1 DATA
IP10 -"SRC1 SURR DATA
*1P11 - SRC1 SURR LEN

*1P12 - SRC2 DATA
“IP13 -~ SRC2 LJRR DATA
*1P14
*""AS
“IP15
“1P16
*1P17
11P20
*1P21
11P22
11p23
11P24

T14
TSPA
0
0
0

T16 USED FOR

- SRC2 SURR LEN
(LENGTH SET
NOT TO DESTROY ANY OF SRC1)

IP&

TO 0 SO

- DST DATA
~ DST SURR DATA
- DST SURR LEN

- SEPARATION CONSTRANT
- SPECIAL HANDL ING

19067

;THIS TABLE EXERCISES ALL

19070

19071

19072
19073
19074

}gg;g

:
:
:

DESTINATION LENGTH -

SOURCE 2 DATA - DIGITS FROM STRING = 1234567891234567891234000891233: SIGN +

SOURCE 2 LENGTH
- 0.1 2

THE

FOLLOWING VARIABLE ASSIGNMENTS:

211.20

0,1.2,3 §,5.11.,20

SOURCE 1 ADDRESS - 201 (RECATIVE TO START OF TEST BUFFER)
SOURCE 2 ADDRESS.DEST ADDRESS - NO OVERLAP OF ANY 9F THE 3 STRINGS
SOURCE 1 DATA - DIGITS FROM STRING = 1234567891234567891234000891233;

19077

*TOTAL # OF

19079

;

19078

COMBINATIONS OF

“TOTAL # OF

TEST CONDITIONS = 512
TESTS =

DATA TYPE

IN REG MODE)S12 = 512

SIGN +

POP-11 CIS INST EXERCISER
MACY11 27(655)
CZKEEA.P11
DIVP TABLES

}3833
102300
102302

000027
000003

19086
19087
19088
19089
19090
19091
19092

102306
102310
102312
102314
102316
102320
102322

19095

19093
19094

19096
19097
19098
19099
19100
19101
19102
19103
19104
}g}gg

10:59

N1
PAGE 169

SEQ 0350

;ENTRY 88A - INSTRUCTION UNDER TEST = DIVP

19083
19084

19085

1-0CT=79

.WORD
2’
.WORD 3

:INST=D]VP
:TYPE = 1(BIT 0):11/44 Qv TABLE(BIT 1-1)

103012
102564
104142
102564
102436
105034
102436

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

;IP2 = SRC1.ADR
;IP3 = SRCZ.LEN
;1P - SRC2.ADR
JIP5 = DST.LEN
;IP6 - DST.ADR - SPECIFIED BY T16 USED FOR IP4
;IP7 = SRC1 DATA
:IP10 = SRC1 SURR DATA

102330

102436

.WORD

102334
102336
102340
102342
102344
102346
102350
102352

102436
102436
102436
104070
102706
000000
000000
000000

102304

102324
102326
102332

IDIVPS:

102564

102436
105034
102436

LWORD

T16

.WORD
.WORD

TO
T17A

.WORD

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

T2
116
T16A
T1G
TO
T17A
T0

T0
TO

T0
T0
TO
T14
TSPA
0
O
0

:IP1 = SRC1.LEN

:IP11 - SRC1
;IP12 - SRCz

SURR LEN
DATA

:IP13 = SRCc SURR DATA

:IP14
:
AS
;IP15
:IP16
:IP17
;1P20
;1P21
J1P22
:IP23
;1P24

- SRCc SURR LEN
(LENGTH SET
NOT TC DESTROY ANY OF SRC1)
- DST DATA
= DST SURR DATA
- DST SURR LEN
~ SEPARATION CONSTRANT
- SPECIAL HANDLING

10 0 SO

1131182

:THIS TABLE EXERCISES ALL COMBINATIONS OF THE FOLLOWING VARIABLE ASSIGNMENTS:

19109
19110
19111
19112
19113
19114

;
;
:
;
:
:

19117
}g}}g

;TOTAL # OF
:TOTAL # OF

}g}}g

SOURCE 1 LENGTH - 11
SOURCE 2 LENGTH - 11
DESTINATION LENGTH =~ 11
SOURCE 1 ADDRESS = 200 (RELATIVE TO START OF TEST BUFFER)
SOURCE 2 ADDRESS.DEST ADDRESS - NO OVERLAP OF ANY OF THE 3 STRINGS
SOURCE 1 DATA - ALL DIGITS IDENTICAL = 7.0; SIGN = +

SOURCE 2 DATA - ALL DIGITS IDENTICAL = 7.0; SIGN +
TEST CONDITIONS - 4
TESTS = (1 DATA TYPE

IN REG MODE)4

POP-11 (IS INST EXERCISER
MACYY1 27(655)
CZKEEA.
DIVP TABLES

;g}g;

10:59

B 12
PAGE 170

SEQ 0351

:ENTRY 888 - INSTRUCTION UNDER TEST = DIVP

19123
19124
19125
19126

102354
102356
102360
102362

000027
000003
102672
103012

19132
19133
19134
19135
19136
19137
19138
19139
19140
19141
19142
19143
19144
}3}22

102376
102400
102402
102404
102406
102410
102412
102414
102416
102420
102422
102424
102426

19127
19128
19129
19130
19131

1-0CT=79

102364
102366
102370
102372
102374

IDIVP6:

102700
104142
10267°2
102436
106056

.WCRD
27
.WORD 3
.WORD
TIR
.WORD
T2

102436
102436
106056
102436
102436

LWORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD

T1S
T16A
TIR
TO
TP19E
TO
T0
TP19E
T0
TO

102436
102436
102436
104070
102706
000000
000000
000000

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

TO
TO
10
T14
TSPA
O
O
O

JINST=D]VP
TYPE = 1(BIT 0);11/46 Qv TABLE(BIT
:IP1 - SRC1.LEN
:1P2 - SRC1.ADR

;IP3
;IP4
;IPS
:1P6
;IP7

:IP10
;IP11
:IP12
;IP13
:IP14
:
AS
;1P15
:IP16
:1P17
:1P20
;1P21
;1P22
;1P23
:IP24

=
=
=

SRC2.LEN
SRC2.ADR
DST.LEN
DST.ADR - SPECIFIED BY T16 USED FOR [P&
SRC1 DATA

=~ SRC1 SURR DATA
= SRC1 SURR LEN
~ SRC2 DATA
- SRC2 SURR DATA
= SRC2 SURR LEN
(LENGTH SET
NOT TO DESTROY ANY OF SRC1)
- DST DATA
= DST SURR DATA
= DST SURR LEN
- SEPARATION CONSTRANT
- SPECIAL HANDL ING

}3}2;

:THIS TABLE EXERCISES ALL COMBINATIONS OF

19149
19150
19151
19152
19153
19154

:
:
:
;
;
;

19157
19158

;TOTAL # OF
:TOTAL # OF

}3}?2

19159

;

1-1)

TO 0 SO

THE FOLLOWING VARIABLE ASSIGNMENTS:

SOURLE 1 LENGTH - 11
SOURCE 2 LENGTH - 21
DESTINATION LENGTH - 11
SOURCE 1 ADDRESS =~ 200 (RELATIVE TO START OF TEST BUFFER)
SOURCE 2 ADDRESS.DEST ADDRESS - NO OVERLAP OF ANY OF THE 3 STRINGS
SOURCE 1 DATA - ALL DIGITS IDENTICAL = 7; SIGN - +

SOURCE 2 DATA - ALL DIGITS IDENTICAL = 7; SIGN +
TEST CONDITIONS = 1
TESTS = (1 DATA TYPE

[N REG MODE)1

POP=11 c1xs INST EXERCISER

(ZKEEA.P1Y

DIVP TABLES

19163

19164

19165
19166

19167

MAC/11 27(655)

1-0CT=79

:ENTRY 89 =

102430
102432
1092634

000000
000000
000600

.WORD 0
WOKD O

.WORD 0O

10:59

C 12

PAGE 171

SEQ 0352

D 12
POP=11 CIS INST EXERCISER
MACY11 27(655)
1-0CT=79
10:59 PAGE 172
CZKEEA.P1T
PARAME TER TABLES (LENGTHS,ADDRESSES,ET(C)
;g}gg

.SBTTL

}g};}

;PARAMETER TABLES

19174
19175
19176
19177

102436

PARAMETER TABLES

TO:

102436
102440

00040°
000000

102442
102442
102444
102446
102450
102452
102454
102456
102460

000403
000000
000001
000005
000000
000000
000000
000000

19190
19191
19192
19193
19194
19195
19196
19197
19198
]I g}g

102462
102464
102466
102470
102472
102474
102476
102500
102502
102504

000410
000000
000001
000002
000003
000004
000005
000011
000020
000000

T1A:

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

410
0
1
2
3
4
5
11
20
O

19201
19202
19203
19204
13582

102506
102510
102512
102514
102516

000403
000001
000002
000003
000000

T1R:

.WORD
.WORD
.WORD
.WORD
.WORD

403
1
2
3
0

19207
19208

102520
102522

000403
000002

T1C:

.WORD 403
.WORD 2

19210
}gg};

102526
102530

000006
000000

19178
19179
19180
19181
19182
19183
19184
19185
19186
19187
}3}33

19209

102524

.WORD 4017
.WORD 0
XT1:

000004

.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
_.WORD

403
O
1
5
O
0
0
O

.WORD 4

.WORD 6
.WORD 0

19213
19214
19215
}gg}?

102532
102534
102536
102540

000402
000001
000002
000000

T1D:

.WORD
.WORD
.WORD
.WORD

402
1
2
0

19218
19219
}gsgg

102542
102544
102546

000401
000002
000000

T1E:

.WORD 401
.WORD 2
.WORD 0

19222
19223

102550
102552

000404
000020

T1F:

.WORD 404
.WORD 20

SEQ 0353

(LENGTHS,ADDRESSES,ETC)

;DUMMY TABLE - USED WHEN AN INPUT PARAMETER
;
IS ALREADY SPECIFIED BY A PRECEDING INPUT PARAMETFR T
JALSO PROVIDES A SINGLE ENTRY - O TABLE

JFIXED LENGTH ENTRIES;1

WORD/ENTRY;3 ENTRIES

POP=11

(IS
(ZKEEA. P11

19224
19225
19226
19227
19228
19229
19230
19231
19232
19233
19234
19235
19236
19237
19238
19239
19240
19241
19242
19243
19244
19245
19246
19247
19248
19249
19250
19251
19252
19253
19254
19255
19256
19257
19258
19259
19260
19261
19262
19263
19264
19265

19266
19267
19268
19269
19270
19271
19272
19273
19274
19275
19276
19277

INST

EXERCISER

MACY11 27(655)

PARAMETER

TABLES

1-0CT=-79

(LENGTHS
, ADDRESSES,ETC)

000016
000017
000003
000000

.WORD 16

.WORD 17
"WORD 3
.WORD 0

000401
000011
000000

T16:

.WORD 401
-WORD 11
-WORD 0

000404

T1H:

.WORD 404

000012
000013
000014

000015
000000

"WORD 12
_WORD 13
-WORD 14
_WORD 15
-WORD 0

TIK:

102614
102616

000404
000020
000016
000017
000001

.WORD
-WORD
_WORD
_WORD
"WORD

102620
102622
102624

000401
000035
000000

TIL:

.WORD 401
-WORD 35
-WORD 0

102626
102630
102632

000401
000017
000000

TIM:

.WORD 401
_WORD 17
-WORD 0

102634
102636
102640

000401

TIN:

.WORD 401

102642
102644
102646
102650
102652
102654
102656
102660

000403
000000
000001
000037

TIP:

000000

.WORD
-WORD
“WORD
-WORD

102662
102664
102666
102670

000402
000000
000003
000000

T1Q:

.WORD
“WORD
-WORD
.WORD

402
0
3
0

102672
102674
102676

000401

TIR:

.WORD

401

102700
102702

000401
000021

000003
000000

10:59

404
20
16
17
1

“WORD 3
-WORD O

403
0
1
37

-WORD 0

000000
000000
000000

“WORD 0
-WORD 0
-WORD 0

000011
000000

-WORD 11
.WORD 0

T1S:

.WORD 401
_WORD 21

E 12
PAGE 172-1

SEQ 0354

19293
19294
19295
19296
19297
19298
19299
19300
19301
19302

19303

19304
19305
19306

19307
19308
19309
19310
19311
19312
19313
19314
19315

19316

19317
19318
19319
19320
19321

19322
19323
19324
19325
19326
19327
19328
19329
19330
19331

—=wun
o

2704
706
706
710
712
712

PORIRNININOND

jololololelolololola)

MACY!1

PARAMETER

714

2716

NN
NN
NN
&HSNO

hoXan]

D
-—

D
d
d
ud —d cd
D

19283
19284
19285
19286
19287
19288
19289
19290
19291
19292

19282

19278
19279
19280
19281

(ZKEEA.

INST EXERCISER

02726
102730

—

POP=11

102732
102732
102734
102736
102740
102742
102744
102746
102750
102752
102752
102754
102756
102760

000401

140000

102772
102772
102774
102776
103000
103002
103004
103006
103010

000403
000000
000001
000005
000000
000000
000000
000000

103012
103012
103014
103016
103020

000401
000200
000000
000000

103024

000401
000201

10:59

F 12
PAGE 172-2

SEQ 0355

.WORD 0
TSPA:

000000
00000
000037
000000
000000
000000
000000
000403
000000
000001
000037
000000
000000
000000
000000

1-0CT=79

(LENGTHS,ADDRESSES.ETC)

000403

102764
102766
102770

103022
103022

TABLES

000000

000403
000000
000001
000300
000000
000000
000000
000000

102762

27(655)

.WORD 401

.WORD 140000

.WORD

403

JFIXED LENGTH ENTRIES;!

WORD/ENTRY;3 ENTRIES

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

403
0
1
37
0
0
0
0

JFIXED LENGTH ENTRIES.1

WORD/ENTRY;3 ENTRIES

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

403
0
1
300
0
0
0
0

JFIXED LENGTH ENTRIES.1

WORD/ENTRY;3 ENTRIES

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

403
0
1
5
0
0
0
0

JFIXED LENGTH ENTRIES;1

WORD/ENTRY;3 ENTRIES

.WORD
.WORD
.WORD
.WORD

401
200
0
0

.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
T112:

TL1C:

Lec:

T2:

T2A:

0
1
37
0
0
0
0

.WORD 401
.WORD 201

POP=1"

CIS INST EXERCISER

PARAMETER

(ZKEEA.P11

19332
19333
19334
19335
19336
19337

MACY11

27(655)

TABLES

10:59
1-0(T7-~79
(LENGTHS,ADDRESSES,.ETC)

000000

103030

000402
000200
000201
000000

T2AA:

.WORD
.WORD
.WORD
.WORD

000401
000230
000000

T2R:

.WORD 401
.WORD 230
.WORD 0O

103034

103036

103040

103042

103044

103046
103046

040007
013701
063701
067701
010137
000207
000000
013701
163701
167701

010137
000207
000000

005737
001465
013701
3136

103224
103226
103230
103234
103236
103242
103246

063701
010137
000207
000000
005737
001452
013701
163701
010137
000207
000000
013701
013702
006202
160201
005701
001432
063701
010137
000207
000000

005737
001421
013701
013702
006202

172-3

SEQ 0356

.WORD 0

103026
103032

G 12

PAGE

003626
003624
076532
003632
003626
003630
076506
003632
003624

003626
003624
003632
003630
003626
003630
00363°
003624
003630

402
200
201
0

WORD
40007
MOV TR1,R1

TRO,R1
ADD aPTP14, R1
MOV R1,TR3
ADD

:VARIABLE LENGTH ENTRIES;? ENTRIES

“ENTRY 1; NO OVERLAP: TR3=TR1+TRO+SEP. CONSTANT

RTS PC

MOV TR1,R1
SuB TR2 ,R1
SuB aPTP14 R1
MOV R1,TR3
RTS PC

TST

TRO
1$

TR1,R1
TRO,R1
R1,TR3

JENTRY 2; NO OVERLAP;

TR3=TR1-TR2-SEP (ONSTANT

JENTRY 3; ADJACENT; TR3-TR1+TRO
JREDUNDANT WITH ENTRY 7 [F TRO=C

TR2
1%
TR1,R1
TR2 ,R1
R1,TR3

JENTRY &4; ADJACENT; TR3-TR1-TR?
;REDUNDANT WITH ENTRY 7 IF

TRZ2-0

JENTRY 5;

TR3 TR1+TRO-(TR2/2)

TRO,R1
TR2.R2

PART]JAL OVERLAP;

JREDUNDANT WITH ENTRY 7 [F

TRO-(TR2/2) O

003626
003632

003624
003626
003630

JENTRY 6; PARTIAL OVERLAP,

TR3 TR1-(TR2/2)

JREDUNDANT WITH ENTRY 7 [F

TRZ2/2 =0

JREDUNDANT WITH ENTRY 5 IF TRO=0Q

PDP=11

(IS

(2ktEa.P11
19386

19387

19388
19389

19390
19391
19392
19393
19394
19395
19396
17397
19398
19399
19400
19401
19402
19403
19404
19405
19406
19407

19408

[

RRRLY £RPRERERLY

AN —d el b —d e D D —d aed b
H W20 VNN WN—=O

19409

~NO

WNINONUN

RRLRY

——

19425

19431
19432
19433
19434
19435
19437
19438
19439

INST

103250
103252

103254

EXERCISER

PARAMETER

27(655)

TABLES

160201

010137
000207
000000
013737
000207

000002
042074

003632
1%:

163701

003624
003632
003¢24

JFIXUP STACK POINTER

.WORD 40002
MOV TRO,R1

JVARIABLE LENGTH ENTRIES.; 2 ENTRIES

;SKIP ENTRY

TEST

CONDITION - REDUNDANT

JENTRY 1; PARTIAL OVERLAP;

TR3=TR1+TRO-(TRZ2/2)

JENTRY 2: PARTIAL OVERLAP;

TR3=TR1-(TRZ2/Z)

SUB RZ,R1

TR1,R1

MOV R1,TR3
RTS PC

0
MOV
MOV
ASR
SUB
MOV

TR1,R1
TR2.RZ2
R2
R2.R1
R1,TR3

STS PC

T4]:

003632
003630
003626

ADD #2,SP
JMP REDNT(

ADD

003626
003630

003630

JENTRY 7; COMPLETE OVERLAP; TR3-TR1

MOV TRZ2,R?
ASR R2

003626
003632

003632
003624
076166
003626

MOV TR1,TR3
STS PC

003632

067701
010137
000207
000000
013701
163701
167701
010137
000207
000000
005737
001465
013701
063701
010137
000207
000000
005737
001452
013701

SEQ 0357

MOV R1,TR3

003624
003630

003032
003630
076212
003626

H 12
PAGE 172-4

875 PC

T4A:

040002
013701
013702
006202
160201
063701
010137
000207
000000
013701
013702

10:59

TST R2
BEQ 1$
SuB RZ,R1

003632
00362¢

1-0(CT=79

(LENGTHS,ADDRESSES,.ETC)

005702
001412

000000
062706
000137

103310
103310
103312
103316
103322
103324
103326
103332
103336
103340
103342
103346
103352
103354
103356
103362

MACY1T

40007
.WORD
TR3,R1
MOV

ADD TRZ2,R1
ADD @PTP14 ,R1
MOV R1,TR1

JVARIABLE LENGTH ENTRIES;7 ENTRIES
JENTRY 1; NO OVERLAP; TR1=TR2+¢TR3 +SEP., (ONSTANT

RTS PC

0
MOV TR3,R1
SuB TRO,R1
SUB aPTP14 ,R1

JENTRY 2; NO OVERLAP; TR1=TR3~TRO-SEP CONSTANT

MOV R1,TR1
RTS PC

TST TR2

BEQ
MOV
ADD
MOV

18
TR3,R1

TRZ2,R1
R1,TR1

JENTRY 3: ADJACENT;

TR1=TR3+TIR?

JREDUNDANT WITH ENTRY 7 If

TR2=0

RTS PC

TST

TRO

BEQ 1%
MOv TR3,R1
SuB TRO,R1

(ENTRY &: ADJACENT; TR1=TR3=TRQ
;REDUNDANT WITH ENTRY 7 [F TRO-0

(ZKEEA.P1

POP-11

INST EXERCISER

MACY11 27(655)

PARAMETER TABLES

1-0CT=79
10:59
(LENGTHS,ADDRESSES.ET()

19440
19441

010137
000207

003626

MOV R1,TR1

19443
19444

013701

003630
003624

0
MOV TR2,R1
MOV TROR2

19442

19445
19446
19447
19448
19449
19450
19451
19452
19453
19454
19455
19456
19457

000000

19463
19464
19465

19466
19467

19468

19469

19470
19471
19472
19473
19474
19475
19476
9477
19478
19479
19480
19481

19482

19482
19484

172-5

SEQ 0338

RTS P(

JENTRY 5; PARTIAL OVERLAP;

TR1=TR3+TR2-(TR0/?2)

MOV TR3,R!

JINTRY 6; PARTIAL OVERLAP;

TR1=TR3-/TR0/2)

ASR R2
ST R2

JREDUNDANT WITH ENTRY 7 [F

TRO/2 =0

ASR R2

JREDUNDANT WITH ENTRY 7 [F

TR2=-(TR0/2)-0

SUB R2,R1
TST R1

BEQ 1%

ADD TR3,R1
MOV R1,TR1

00363/
003626

RTS PC

003630
003632
003624

MOV TRO.R2

000002
042074

JREDUNDANT WITH ENTRY 5 [F

TRZ2=0

BEO 1$
SUB R2,R1
MOV R1,TR1

003626

003632

TR2

BEQ 1%

19458
19459

19460
19461
19462

112

PAGE

RTS PC

MOV TR3,TR]

003626

RTS PC

1%:

0
ADD #2,SP

JMP REDNT(

JENTRY 7; COMPLFTE OVERLAP;

TR1

TR3

JFIXUP STACK POINTER
;SKIP ENTRY TEST CONDITION = RtDUNDANT

T4]A:

.WORD 40001

MOV “R3,R1

003632
003630
075750
003626

ADD TRZ,R1
ADD aPTP14 ,R1

MOV R1,TR1
STS PC

T4175:

003626
003624
075722
003632

.WORD
4000’
MOV TR1,R1

ADD TRO,R1
ADD aPTP14
R

MOV RI,TR3
RTS PC

JVARIJABLE LENGTH ENTRY;1 ENTRY
JENTRY 1; NO OVERLAP; TR3=TR1+TRO+SEP.

(ONSTANT