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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_gray.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

27(655)

1=0CT=79

10:59

PAGE

StQ 0001

MACY11

—

.REM §

IDENTIFICATION
PRODUCT

CODE:

AC=F226A-M(

PRODUCT NAME:

(ZKEEAO PDP-11

(IS

INST EXERCISER

MAINTAINER:

BASE SYSTEMS DIAGNOSTIC ENGINEERING
BARRY S POLAND

THE INFORMATION IN 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

NFANIANIIBEIE

il
i
D D

)

ViV
o N
LA

RESPONSIBILITY FOR ANY ERRORS THAT MAY APPEAR IN THIS DOCUMENT.

NO RESPONSIBILITY IS ASSUMED
FOR
SOFTWARE ON EQUIPMENT THAT IS NCT
AFFILIATED COMPANIES.

OR
BY

RELIABILITY
OF
DIGITAL
OR ITS
:

1979 BY DIGITAL EQUIPMENT CORPORATION

FOLLOWING ARE

DIGITAL
DEC

(C)

THE
USE
SUPPLIED

TRADEMARKS OF

PDP

DECUS

DIGITAL EQUIPMENT CORPORATION:

UNIBUS

DECTAPE

MASSBUS

11? INST EXERCISER

MACY11 27(655)

1-0CT=7%

10:59

TERF

ol
D

2
*d
g

e
D
d
il
e
)

CONTENTS

INFORMAT ION
PROGRAM ABSTRACT

SYSTEM REQUIREMENTS
RELATED DOCUMENTS AND STANDARDS

DIAGNOSTIC HIERARCHY PREREQUISITES

ASSUMPT IONS

OPERATING INSTRUCTIONS
2.1
S

Esd

—

0 OO OO

2.0

0N
oo~

5199

GENERAL
1

D e

1.0

Yoo

Vo vionviararsr
v
oo

TABLE

PAGE

2.4

LOADING AND STARTING PROCEDURES
SPECIAL ENVIRONMENTS

PROGRAM OPTIONS

EXECUTION TIMES

3.0

ERROR INFORMATION

4.0

PERFORMANCE AND PROGRESS REPORTS

4.1
4.2

PERFORMANCE REPORTS
PROGRESS REPORTS

5.0

REVISION HISTORY

6.0

PROGRAM

TABLE

CONTENTS

SEQ 0002

POP=11

(IS INST EXERCISER

MACY11 27(655)

CZKEEA.P11
5210
5211

5212
§13
5214

1-0CT=79

10:59

PAGE 55

1.0 GFNERAL INFORMATION
7 ededeedememeeeeeee

5215

5218
5219
5220
5221
5222
5223

1.1 PROGRAM ABSTRA(CT

—

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

gsgg

STRING DATA.

5226
5227
gggg

THIS PROGRAM IS NOT DIRECTED AT ANY ONE CIS HARDWARE IMPLEMENTATION
BUT RATHER IS INTENDED TO PROVIDE THOROUGH INSTRUCTION
EXERCISING FOR ALL PDP-11 CIS PROCESSORS.

5230

1.1.1

STRUCTURE OF PROGRAM

5233
5234
5235
gs%g

THIS DIAGNOSTIC OCCUPIES 28K WORDS OF MEMORY AND IS COMPATIBLE WITH
XXDP, ACT AND APT.
IT CAN BE RUN STANDALONE UNDER XXDP, AND CAN BE CHAINED
UNDER XXDP, ACT AND APT
(REFERENCE XXDP USERS MANUAL FOR
DETAILS OF CHAINING PROCEDURE)
.

5238
5239
5240
5241
5242
5043
5044
5245
oy

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
LOOP 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 GENERATOR.
EXPECTED RESULTS ARE COMPUTED IN THE LOOP BY EMULATING CIS
INSTRUCTIONS USING THE BASIC PDP-11 INSTRUCTIONS.

5248

BOGD

5250
5251
5252
553
5254
5255

5258
5259
5260
5261
5262
5263

B
R

1.1.2 DIAGNOSTIC INFORMATION

i TN

——————————

1.2 SYSTEM REQUIREMENTS
7 e
1.2.1 HARDWARE REQUIREMENTS

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, ET(C)
OPTIONAL HARDWARE:
1 OR 2 KWi11-P PROGRAMMABLE REAL TIME CLOCKS
1 MHZ OSCILLATOR

SEQ 0003

PDP=11 CIS INST EXERCISER
(ZKEEA.P11

R T

el T

1-0CT=79

5272
5273

DEC STANDARD 168 (PDP11 EXTENDED INSTRUCTIONS)

5276
25;;

1.4 DIAGNOSTIC HIERARCHY PREREQUISITES

5279

5280
5281
5282
5283
5284
5285

5288
5289
5290

THE HARDWARE OTHER THAN THE SUBSYSTEM BEINC TESTED IS ASSUMED TO WORK
PROPERLY. FALSE ERRORS MAY BE REPORTED IF THE PROCESSOR, MEMORY, ETC.,
DO NOT FUNCTION PROPERLY.

LOADING AND STARTING PROCEDURES

—

)

—

2
o

—

1 C

)

€.

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 LOADED
INTO THE SYSTEM UNDER TEST FROM THE APT 7« ACT HOST PROCESSOR.
—d

;

-—

3RS
D
o
—
—
——
e

NS WN—O

—

1.5 ASSUMPTIONS

2.0 OPERATING INSTRUCTIONS

5293

W NWWWWNWW

T e Sl RS

ALL BASE PROCESSOR DIAGNOSTICS AND THE (IS DIAGNOSTIC
SHOULD BE RUN ERROR FREE BEFORE ATTEMPTING TO EXECUTE THIS
CIS INSTRUCTION EXERCISEkK.

5292

NIV IV TV TV IV TV TW AV IV, IV )

XXDP USERS MANUAL

gs;g

5306

SEQ 0004

1.3 RELATED DOCUMENTS AND STANDARDS

ES;?

5301
5302
5303
5304

|
£
PAGE 55-1

10:59

1.2.2 SOF TWARE REQUIREMENTS

sL T

5264
5265
5266
OB
5268
5269

MACY11 27(655)

THE DIAGNOSTIC

CAN BE

DOCUMENT, AS FOLLOWS:

EXECUTED STANDALONE

WITHOUT

LOAD THE DJAGNOSTIC

GET END OF PASS MESSAGES OR ERROR MESSAGES

START AT ADDRESS 200

2.1.3 STARTING PROCEDURE

READING

THE

REMAINDER OF

TH!S

1S 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) TO
TEST AND USER CONTROL OVER TEST ENVIRONMENT.

AN OPTIONAL

STARTING ADDRESS (210) PROVIDES A QUICK VERIFY (ONLY) MCDE TAILORED
TO THE PRCCESSOR TYPE UNDER TEST TO RUN IN LESS THAN 5 MINUTES
PER PASS AND PROVIDE A FAIR LEVEL OF MICROCODE COVERAGE (>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 IS FOLLOWED BY A END OF QV PASS INDICATION.
THEN ALL TABLED TEST CASES FOR ALL INSTRUCTIONS

TEST CASES’.

ARE EXECUTED (APPROX 30 MINUTES ON AN 11/44) FOLLOWED BY

AN END OF PASS INDICATION.
TESTING THEN PROCEEDS IN A RANDOM
MODE UNTIL THE OPERATOR TERMINATES EXECUTION.

CIS INSTRUCTION INTERRUPTABILITY 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 @ 100KkHZ IF BOTH Cl.OCKS 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 MODE IS SWITCHED BACK
TO KERNEL AND MEMORY MANAGEMENT

IS SHUT OFF.

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

INSTRUCTION (NON-RANDOM MODE) A MESSAGE IS DISPLAYED AS A

NN NN N
WWN
NN

- OV~

3=y

FEROLEE

NN N NV

PROGRESS

INDICATOR IDENTIFYING THE

CIS

INSTRUCTION UNDER TEST.

A 'CONTROL T' ENTERED AT ANY TIME WILL CAUSE THE PROGRAM TO
DISPLAY THE INSTRUCTION UNDER TEST AND THE CURRENT INSTRUCTION
COUNT.
THE FOLLOWING LIST IDENTIFIES THE ORDER IN
WHICH INSTRUCTIONS ARE TESTED (NON-RANDOM MODE) ANC THE
APPROXIMATE NUMBER OF TESTS EXECUTED FOR EACH INSTRUCTION
(AFTER THE

Qv PASS).

INSTRUCTION
LD
L3D
MOvC
LOCC
CMP(
MOVR{

# OF TESTS
8

354
36
362
354

{? INST EXERCISER

MACY11 27(655)

1-0(T=79

10:59

PAGE

55-3

SEQ 0006

MOVT(
SKP(
MAT(
SCANC
SPANC
CVIPN
CVINP
CVILP
CVTLN
CVTPL
CVTNL
ADDP

354
30
904
126
126
226
568
170
323
53
99
1970

SuBP
SUBN
CMPP
CMPN
ASHP
ASHN
MULF
DIVP

1970
3746

ADDN

3872

502
1089
1972
3872
1993

1973

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

CZKEEAO PDP=-11 CIS INSTRUCTION EXERCISER

QUICK VERIFY PASS TIME:

L2D0

INST CT: XX XXXXX

LESS THAN 5 MINUTES

DIVP
INST CT: XX XXXXX
END OF QUICK VERIFY PASS
INST UNDER TEST WILL BE DISPLAYED ..........

PASS

L2D0

TIME:

11/XX APPROX.

INST CT: XX

XXXXX

XX MIN

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

(UNTIL PROGRAM EXECUTION IS TERMINATED BY USER)

PDP=11 (IS INST EXERCISER
(ZKEEA.P11

5426
5627
5428
5429
5430
5451
5632
5433

MACY11 27(655)

1=0CT=79
THE

10:59

H
1
PAGE 55-4

SEQ 0007

INSTRUCTION COUNT DISPLAYED AT THE START OF

TESTING FOR

EACH INSTRUCTION IS CUMULATIVE FROM THE FIRST LZDO CIS INSTRUCTION
TESTED.
THE LOWER 5 DIGIT COUNT GETS INCREMENTED ONCE PER (IS
INSTRUCTION TEST (I.E. ONCE PER CIS 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 IS ZEROED AT THE START OF RANDOM MODE

TESTING.

CONTROL

IN RANDOM MODE.

T MUST BE USED TO DISPLAY THE

INSTRUCTION COUNT

IN XXDP CHAIN AND ACT CHAIN MODE TESTING TERMINATES AFTER

THE END OF PASS INDICATION AND CONTROL IS RETURNED TO 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).
THE RANDOM # GENERATOR SEED CONSTANTS ARE DISPLAYED TO PERMIT
THE USER TO STOP AND LATER RESUME RANDOM TESTING FROM THE
TERMINATION POINT.

THIS

1S EXPLAINED BELOW UNDER

THE HEADING '‘STARTING ADDRESS
= 214''.

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

INSTRUCTION(S)

MODE, AND TEST ENVIRONMENT.

FOR TEST,

TEST

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

CZKEEAO PDP-11 CIS INSTRUCTION EXERCISER
TEST INTERRUPTABILITY OF

CIS

INSTRUCTIONS

RANDOM EXERCISE MODE (Y OR N)?
ENTER INSTRUCTION TO TEST <ALL>

THE USER ANSWERS YES (Y)

(Y OR N)’

TO THE INTERRUPTABILITY QUESTION

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

IF THE LTC IS SELECTED, THE PROGRAM CONTROLS INTERRUPT TIMING
TO ASSURE THAT MOST CIS INSTRUCTIONS ARE INTERRUPTED ONCE.

IF THE KW11-P WITH A 1 MHZ EXTERNAL OSCILLATOR 1S SELECTED,
EACH CIS INSTRUCTION WILL BE INTERRUPTED AND FORCED TO SUSPEND
EXECUTION AT ALL POSSIBLE SERVICE EXIT POINTS. USE OF THE
5471
5472
5473
5474
5475
5476
5477
5478
5479

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)

TO THE RANDOM EXERCISE MODE QUESTION,

MEMORY MANAGEMENT TEST STATE,

PROCESSOR TEST MODE,

PDP=11 (IS INST EXERCISER
(ZKEEA.P1T

MACY11

27(65%5)

1-0CT=79

10:59

1
I
PAGE 55-5

SEQ 0008

5480
5481
548¢
5483
5484
5485
5486
5487

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

5489
5490
5491
5492
5493
5494
5495
5496
5497

THE LAST QUESTION ENABLES THE USER TO SELECT ONE OR ALL CIS
INSTRUCTIONS FOR TEST.
TO SELECT A SINGLE INSTRUCTION FOR TEST

5488

5498

5499
5500
5501

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).

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 CIS
INSTRUCTIONS FOR TEST (THE DEFAULT CASE) SIMPLY RESPOND WITH
A CARRIAGE RETURN.

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 TO

GIVE A FAIR LEVEL OF MICROCODE COVERAGE (>80%)

wd
e
)
D
e
e
—d e

)

WN—=O

VIV
IV IV IV IVIVIV,
IV IV IV IV IV IV IV IV, |

THAN 5 MINUTES PER PASS.

IN LESS

THIS Qv MODE RESULTS IN EXECUTION OF A SUBSET OF THE TABLED
TEST CASES.
THE 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.
ALSO
NOTE THAT SOME CIS INSTRUCTIONS MAY NOT BE EXECUTED AT ALL
IN Qv MODE BECAUSE 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).

TIME

PROCESSOR TEST MODE (KERNEL ,SUPERVISOR, USER)

;EEL&AEOC?E SELECTED RANDOMLY AS IN THE

AFTER BEING STARTED AT LOCATION 210,
AS FOLLOWS:

CLOCK OR A

AND MEMORY MANAGEMENT

°'STARTING ADDRESS = 200'

THE PROGRAM SHOULD RESPOND

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

PDP=11 CIS INST EXERCISER

MACY11 27(655)

(ZKEEA.P11

1=0CT=79

10:59

PAGE 55-6

SEQG 0009

5534

L2D0

ggzg

DIVP
END OF QUICK VERIFY PASS

5535
5536
5537
5538

5541
5542
5543

INST CT: XX XXXXX
5
:
.
INST CT: XX XXXXX

RANDOM MODE EXERCISING IS NOT INVOKED DURING A QUICK VERIFY
PASS.

5544
5545

STARTING ADDRESS = 214
-

5548

NUMBER GENERATOR SEED CONSTANTS. THIS IS DESIRABLE IN 2

555i
5552

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

5546
5547

STARTING AT ADDRESS 214 ALLOWS THE USER TO MODIFY RANDOM

2215.8

SITUATIONS.

$558

5554
5555
5556

FOR STOPPING AND LATER CONTINUING WITHOUT REPEATING PRIOR
TESTS RUN. (REMEMBER THAT THE RANDOM # GENERATOR USED IS
PSEUDO RANDOM - 1.E. THE SAME SEQUENCE OF RANDOM TESTS IS

5557

EXECUTED EVERY TIME THE PROGRAM IS RESTARTED FROM THE

gggg

BEGINNING) .

5560

THE SEED CONSTANTS ARE ALSO DISPLAYED WITH THE STANDARD

5561

ERROR REPORT.

5564
gggg

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

gggg

Sggg

ENTER THE 3 RANDOM NUMBER GEN. SEED CONSTANTS:

5569

570
5571
5572
5573
5574
5575
5576
¢ i
b
5578
5579

5580
5581

THIS PERMITS THE USER TO START WITH THE

FAILING TEST AT SOME FUTURE TIME.

AFTER THE THIRD SEED IS ENTERED THE PROGRAM WILL CONTINUE

AS IF STARTED AT 204.
ANSWER YES TO THE RANDOM EXERCISE
MODE QUESTION AND <CR> TO THE ENTER INST TO TEST QUESTION.
THE FIRST TEST EXECUTED WILL BE GENERATED USING THE NEW

SEEDS.

N e R e

AT L

R A

2.2 SPECIAL ENVIRONMENTS
et s
APT

THE CIS INSTRUCTION EXERCISER IS FULLY APT COMPATIBLE,

HOWEVER ITS OPERATION UNDER APT IS SOMEWHAT DIFFERENT
THAN THAT OF OTHER DIAGNOSTICS.
THE FIRST 2 PASSES UNDER

5582
5583
5584
5585

APT ARE IDENTICAL TO THE 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 BLOCKS OF 20,000

5587

(BEYOND THE FIRST)

5586

(OCTAL) RANDOM MODE TEST CASES. THAT IS, EACH PASS
IS A UNIQUE SET OF RANDOM (IS

PDP=11 CIS INST EXERCISER
(ZKEEA.P11
5588
5589
5590

5591
5592
5593

5594
5595
5596
5597
5598
5599
5600
5601

5602
5603
5604
5605
5606
5607

MACY11 27(655)

1-0CT=79

10:59

PAGE 55-7

SEQ 0010

INSTRUCTION TEST CASES.
THE

INFORMATION RECORDED

(AND SUBSEQUENTLY DISPLAYED)

BY APT ON ERROR INCLUDES TEST NUMBER AND FATAL ERROR
THE FATAL ERROR NUMBER SHOULD BE INTERPRETED AS
NUMBER.
FOLLOWS:

BITS 5-0 FAILING CIS INST (REF OCTAL CODING TABLE)
BIT 6
INST TYPE (O=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)
2.3 PROGRAM OPTIONS
THE FOLLOWING CONTROL CHARACTERS ARE RECOGNIZED BY THE

EXERCISER DURING TEST EXECUTION:
CNTL T
CNTL C
CNTL D

CNTL E
CNTL N
(NTL O

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
{(I.E. INST AND INST CNT; RANDOM NUMBER
GENERATOR SEED). ON - OFF TOGGLE.

2.4 EXECUTION TIMES
THE FIRST PASS RUN TIME
APPROXIMATELY:

(TABLED

TEST

CASES ONLY)

11744 - 30 MINUTES
AFTER THE FIRST PASS THE PROGRAM ENTERS RANDOM TEST MODE
AND EXECUTES RANDOMLY GENERATED TEST CASES INDEFINITELY.

IN QV MODE THE PASS TIME IS LESS THAN 5 MINUTES.

REFER TO DOCUMENTATION ABOVE FOR DEFINITION OF

Qv MODE.

%.C ERROR INFORMATION

IF THE COMPUTER HALTS WITHOUT ERROR DISPLAY THE FOLLOWING
LOCATIONS SHOULD BE EXAMINED TO DETERMINE INFORMATION
ABOUT THE FAILING TEST.

POP=11 (IS INST EXERCISER
(ZKEEA.P11

MACY11 27(655)

1=0CT=79

5642

10:59

PAGE 55-8

SEQ 0011

ggzz

TINST === (IS

2222

TRO = TR6 === (IS INSTRUCTION OPERANDS

5647
5648
5649
5650
5651
5652
5653
5654
gggg
5657
5658

INSTRUCTION UNDER TEST

(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
VARIJATIONS TO ACCOUNT FOR DIFFERENCES BETWEEN CHARACTER
AND DECIMAL STRING INSTRUCTIONS.
CHARACTER STRING INSTRUCTION ERROR DISPLAY

5659
5660
5661
5662
5663
5664
5665
5666
5667

ERROR #000001
-~
MOVC
INST CNT: 00 00004
INTR CNT:0010 REG SET:0 MODE:K D EN:N
SL
SA
DL
DA
F
INPUT
RO=R6,CC/ 003760 111241 000054 111046 000344 155555 053444
EXP OUT RO=-R6,CC/ 002704 000000 000000 000000 000344 155555 053444
ACT OUT RO=R6,CC/
000001
EXP BUFFER
111246/ 057
ACT BUFFER
100246/ 344
C=CONT.:R=REPEAT TEST;S=RESTART:D=DISPLAY MEMORY;H=REPEAT AND HALT

5669
5670
gg;}

DECIMAL STRING INSTRUCTION ERROR DISPLAY

NZVC

1111
0000
1000
AT (CIS?

5673

5674

5675

gg;g

5678
5679
5680
5681
5682
5683

gggg

ERROR #000002====ASHP

INST CNT: 00 00250 SANTR
CNT 0000

REG SET 1

MODE:S

D EN:Y v
NZV

INPUT
RO=-R6,CC/ 070000 110200 070000 110206 000005 155555 053444 0100
EXP OUT RO-R6,CC/ 000000 000C00 070000 000206 000000 155555 053444 1011
ACT OUT RO-R6.CC/
1000
SRC
0+
SIGN BYTE=0F
EXP RESULT
0+
SIGN BYTE=0F
ACT RESULT
0+
SIGN BYTE=0F

C=CONT. ;R=REPEAT TEST;S=RESTART ;D=DISPLAY MEMORY;H=REPEAT AND HALT AT CiS?

5686
5687
5688
5689
ggg?

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
STRING OF DASHES IS USED TO SEPARATE ONE TEST FAILURE DISPLAY
FROM THE NEXT.

5692
5693
5694
5695

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 (O OR 1),

POP=11 (IS INST EXERCISER

CZKEEA.P11]

MACY11 27(655)

1-0CT=79

10:59

PAGE 55-9

5696

THE TEST MODE (KERNEL ,SUPERVISOR,USER), AND WHETHER D SPACE

5695
5700
5701
5702
2703

THE THIRD LINE GIVES HEADER LABELS TO IDENTIFY REGISTER OR
IN-LINE OPERANDS FOR THE PARTICULAR CIS INSTRUCTION UFDER
TEST.
'SL' IDENTIFIES THE SOURCE LENGTH OPERAND; ‘DA’ IDENTIFIES
THE DESTINATION ADDRESS, ETC.
CONDITION CODE LABELS ARE INCLUDED AT THE
END OF THIS LINE.

5705
3706

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

5708
5709
5710
F4)l

THE FIFTH LINE DISPLAYS EXPECTED REGISTER AND CONDITION CODE
CONTENTS AT THE COMPLETION OF CIS INSTRUCTION EXECUTION.
THESE EXPECTED VALUES ARE DERIVED BY EMULATION
AS NOTED ABOVE.

5713
5714
5715

THE SIXTH LINE, ACTUAL CIS INSTRUCTION OUTPUT, IS DISPLAYED ONLY
IF ANY OF THE ACTUAL REGISTER OR CONDITION CODE OUTPUTS
DO NOT AGREE WITH THE EXPECTED VALUES.
ONLY THOSE SPECIFIC

3697

(MEMORY MGMT) WAS ENABLED DURING CIS INSTRUCTION EXECUTION.

3716

RESULTS WHICH ARE NOT IN AGREEMENT ARE DISPLAYED.

5718
5719
5720
5721
5722
5723

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 IS GIVEN
AS TWO HEXADECIMAL HIBBLES.

5725
5726
5727
5728
$729

'"BUFFER XXXXXX' IS DISPLAYED ONLY WHEN THE BUFFER ASSOCIATED
WITH ACTUAL CIS INSTRUCTION EXECUTION DIFFERS FROM THAT ASSOCIATED
WITH EMULATION.
ONLY THE FIRST BYTE (STARTING FROM THE LOW
ADDRESS END OF THE BUFFERS UNDER CONSIDERATION) IN DISAGREEMENT
IS PRINTED.

5731
5732
5733
5734
5735

THE LAST LINE DISPLAYED AS PART OF EACH ERROR REPORT PERMITS
THE USER SEVERAL OPTIONS RELATING TO HOW TO PROCEED FOLLOWING AN ERROR.
CONTINUE (C) PROCEEDS TO THE NEXT INSTRUCTION TEST CASE AS IF
THE ERROR HAD NEVER OCCURRED.
DISPLAY MEMORY (D) ALLOWS
THE USER TO DISPLAY ANY BYTES(S) IN MEMORY.
RESTART (S)

5736

5737
5738
5739
5740
5741
3742
3744

5746

5747
5748

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 REPEAT AND HALT OPTION REPEATS
THE FAILING TEST BUT HALTS JUST PRIOR TO EXECUTING THE (IS

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

4.1 PERFORMANCE REPORTS
—————-

SEQ 0012

PUP=11EA.P1(IST INST EXERCISE’
(IxKF

MACY11 27(655) 1-0C7T=79 10:59 PAgE ;5-10

255
5750

NONE

2;2%

4.2 PROGRESS REPORTS

SEQ 0013

252
e
2728

THE CIS INSTRUCTION AND THE TEST COUNT IS DISPLAYED AT THE

gmg&O;EgSTING FOR EACH CIS INSTRUCTION TYPE (EXCEPT IN
MODE). NOTE, AS STATED IN SECTION 2.1.3 ABOVE THAT

5760
oy

IN RANDOM TEST MODE THE RANDOM NUMBER

2728

Y TEST CASES ARE EXECUTED FOR EACH CIS

2722

INSTRUCTION.

GENERATOR

CONSTANTS ARE DISPLAYED EVERY 1024 TESTS. IF YHEEED

Ay
ndy

DIAGNOSTIC IS TO BE RUN FOR A PROLONGED PERIOD IN THIS
MODE, THESE CONSTANTS PROVIDE A MECHANISM FOR STOPPING AND

A
272?

|
W
DING ''STARTI
‘
=
FOR INSTRUCTIONS
ON- HOW
TO USE THE RANDOM
# GENEngSgoggég
iy

{44

CONSTANTS.

2;?8

5.0 REVISION HISTORY

5771

§772

4
§77
5775

§77%

6.0 PROGRAM TABLE OF

CONTENTS
"

POP-11 (IS INST EXERCISER
(ZKEEA.P11

1-0C1-79

10:59

PAGE

SEQ 0014

.ENABL ABS,AMA
PDP=11 CIS_INST EXERCISER
LTITLE

;*COPYRIGHT () 1979

;*DIGITAL EQUIPMENT CORP.
"MAYNARD MASS. 01754

'PROGRAM BY BARRY POLAND

'THIS PROGRAM WAS ASSEMBLED USING THE PDP=11 MAINDEC
; *PACKAGE (MAINDEC=11-DZQAC-B1) ,AUG 29,1975.

S
N

000001

160000

SYSMA(

$TN=1
$SWR=160000

INHIBIT ERROR TYPOUT

BASIC DEFINITIONS

001100
001100
000700
000600

e
N
S

KERSTK= STACK

SUPSTK= STACK=200
USESTK= STACK=300
.EQUIV
.EQUIV

EMT,ERROR
10T,SCOPE

.EQUIV

PS,PSW

PS=

177776

177774
177772
177570
177570

PIRQ=
177772
DSWR=
177570
DDISP=177570

STKLMT= 177774

THE STACK POINTER #*x* 17100 %#«
::FIRST ADDRESS OF THE STACK
::KERNEL STACK

: *SUPERVISOR STACK
*:USER STACK

2 BASIC DEFINITION OF ERROR CALL
2:BASIC DEFINITION OF SCOPE CALL

::PROCESSOR STATUS WORD

::STALK LIMIT REGISTER

:'PROGRAM INTERRUPT REQUEST REGISTER
::SWITCH REGISTER

;*INITIAL ADDRESS OF
STACK=
1100

177776

.SBTTL

;;HALT ON ERROR, LOOP ON TEST,

.*MISCEL%?NEOUS DEF INITIONS

HT=

LF=
CR=
CRLF=

12
15
200

;:CODE

FOR HORIZONTAL

TAB

;. CODE LINE FEED
;. CODE CARRIAGE RETURN
;.CODE FOR CARRIAGE RETURN-LINF FEED

N
N
N
N
N
N
S
N
N
N
N
N
N
N
N

PN PN

N N PN P

N PN PN

NN PN SNPNPNPNPNPNNPNPNPNININANSNANINISNAN
NN AN AN TSN
AN AN
AN

dfl—l——l—‘_fl.—‘—l—l—-‘—l—l—l—l—l—l—l—.—l—l—l—‘—‘—-l-—‘—l—‘—J—l—‘_J—b—l—l—l—l—‘—l—l—.w—‘—‘-—.—‘—‘—l—l—-.-‘ad

6211
6326

MACY11 27(655)

: *GENERAL PURPOSE REGISTER DEFINITIONS

RO=

;

R2=

)¥

; ;GENERAL REGISTER

Ré4=

R1=

R3=
RS=
R6=
R7=

23
%5
%6
X7

.EQUIV

RO,R10

.EQUIV
.EQUIV
.EQUIV

R3,R13
R4,R14
RS5.R15
R6,SP

.EQUIV
.EQUIV

.EQUIV
.EQUIV
.EQUiv

;GENERAL REGISTER

; :GENERAL REGISTER

; ;GENERAL REGISTER

: ;GENERAL REGISTER

; ;GENERAL REGISTER
; :GENERAL REGISTER
; ;GENERAL REGISTER

: ;GENERAL REGISTER

R1,R11
R2,R12

: ;GENERAL REGISTER
: ;GENERAL REGISTER

SP,KSP
SP,SSP

;s STACK POINTER
;;KERNEL STACK POINTER
;. SUPERVISOR STACK POINTER

; :GENERAL REGISTER
; :GENERAL REGISTER
;. GENERAL. REGISTER

POP=11 CIS INST EXERCISER

(ZKEEA.P11

MACY11 27(655)
BASIC DEF INITIONS

(1)

.EQUIV

(})

.EQUIV

(1)

(1
(1

(1)
(1)
(1)
(N
(1)
1)
(};
(

1-0CT=79

10:59

SP,USP

R7,PC

.
PAGE 57-1

SEQ 0015

s sUSER STACK POINTER
; ;PROGRAM COUNTER

000000
000040
000100

;*PRIORITY LEVEL DEFINITIONS
PRO=
0
;;PRIORITY LEVEL O
PR1=
40
;PRIORITY LEVEL 1
PR2=
100
;;PRIORITY LEVEL 2

000200
000240
000300
000340

PR4=
PRS=
PRé=
PR7=

000140

PR3=

140

200
240
300
340

;sPRIORITY LEVEL 3
;;PRIORITY
;sPRIORITY
;;PRIORITY
;sPRIORITY

LEVEL
LEVEL
LEVEL
LEVEL

1)
(M)
(N
(1)

100000
040000
020000

;%' 'SWITCH REGISTER'" SWITCH DEF INITIONS
Sw15=
100000
SWi4=
40000
Swi13=
20000

(1)

004000

SWi1l=

(1)

(1)
(1
(1)
1
g
(1)
1)

qp)

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

010000

002000
001000
000400
000200
000100
000040
000020

000010
000004
000002
000001

Swo3=

10000

4000
2000
1000
400
200
100
40
20

Sw02=
Swo1=
Sw00=
.EQUIV
.EQUIV
.EQUIV
.EQUIV
.EQUIV

4
2
1
SW09,Sw9
SWO08,Sw8
SWO07,Sw7
SWO06, Swé
SWO5,Sw5

.EQUIV
.EQUIV

SWO3,Sw3
SW02, Sw2

.EQUIV

SWO00,Sw0

.EQUIV

g};

(1)

Sw10=
SW09=
sSw08=
Swo7=
Swo6=
SW05=
SWo4=

.EQUIV

(1)
(1)

(1)
(1
(1,
(1
(1)
(1)
(n
(1)
(1)
(1)
(1)
(1)

Swi2=

SWO04, SwWé4

SWO1,SwW1

100000
040000
020000
010000
004000
002000

;*DATA BIT DEFINITIONS
BIT15=
100000
BIT14=
40000
BIT13=
20000
BIT12=
10000
BIT11=
4000
BIT10=
2000

000100
000040
000020

BITO6=
BITOS=
BITO4=

001000
000400
000200

BIT09=
BITO8=
BITC7=

1000
400
200
100
40
20

(BITOQ TO BIT15)

4
5
6
7

INST EXERCISER
MACY11 27(655)
BASIC DEFINITIONS

000010

1-0CT=79

10:59

PAGE 57-2

SEQ 0016

BITO3=

000004
000002
000001

BITO2=
BITO1=
BITO0=

000004
000010

;*BASIC ''CPU'" TRAP VECTOR ADDRESSES
ERRVEC= &
;. TIME OUT AND OTHER ERRORS
RESVEC= 10
s ;RESERVED AND ILLEGAL INSTRUCTIONS

000014
000014
000020
000024

TRTVEC=
BPTVEC=
I0TVEC=
PWRVEC=

000060
000064
000114
000240

TKVEC=
60
TPVEC= 64
CACHVEC=114
PIRQVE (=240

000014

000030
000034

000250

177740
177742
177744
177746
177750
177752

4
2
1

BIT09.BIT9
BITO8,BIT8
BITO7,B1T7
BIT06.BIT6
BITO0S5,BITS
BIT04,BIT4
BIT03,BIT3
BIT0Z2.BIT?2
BITO1,BITI
BIT00,BITO

.EQuIvV
.EQUIV
.EQulv
.EQUIV
.EQUIV
.EQUIV
.EQUIvV
.EQUIV
.EQUiv
.EQUIV

TBITVEC=14

14
14
20
24

EMTVEC= 30
TRAPVEC=34

MMVEC=

250

.SBTTL

CACHE

LOADRS
HIADRS
MEMERR
CONTRL
MAINT
HITMIS

=
=
=
=

177740
177742
177744
177746
= 177750
= 177752

.SBTTL

BIT

;. TRACE TRAP
; :BREAKPOINT TRAP (BPT)
;s INPUT/OUTPUT TRAP (IOT)
; :POWER FAIL

;;EMULATOR TRAP (EMT)
;:"'TRAP'' TRAP

#*SCOPE**

**ERROR**

;. TTY KEYBOARD VECTOR
;:TTY PRINTER VECTOR
;;CACHE ERROR INTERRUPT VECTOR
; ;PROGRAM INTERRUPT REQUEST VECTOR

; MEMORY MANAGEMENT VECTOR
REGISTER DEFINITIONS

;;LOWER 16 BITS OF ADDRESS THAT CAUSED ERROR
;;UPPER SIX BITS OF ADDRESS THAT CAUSED ERROR
;:CACHE ERROR REGISTER
; sMEMORY CONTROL REGISTER
; :MEMORY MAINTENENCE REGISTER
;;HIT MISS REGISTER ""1"" IMPLIES HIT IN CACHE

CPU REGISTER DEF INITIONS

177760

SIZELC = 177760

17776¢

SIZEH]I

177764
177766

SYSTID =
CPUERR =

= 177762
177764
177766

:JMEMORY SIZE REGISTER NUMBER TO PUT

INTO A PAR

;:TO GET TO THE LAST 32 WORDS OF MEMORY

;sHIGH SIZE REGISTER, RESERVED FOR FUTURE USE

; ;CURRENTLY ALL ZERO

;2SYSTEM ID REGISTER
;:;CPU ERROR REGISTER HOLDS CONDITION THAT CAUSED

::THE TRAP TO ERRVEC (000004)

N
N

D
D

N
N

D
D
D

NI N
N

D e

N
N

D
D

N
N

D
D

N
N

172516

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

177572
177574
177576
172516
MMRO,SRO
MMR1,SR]
MMR2,SRZ
MMR3,SR3

177572
177574
177576

;*USER "'I'' PAGE DESCRIPTOR REGISTERS

D
e

MEMORY MANAGEMENT DEF INITIONS

N
N
N

) e
D

N
N

- —

N
N
N

)

£
¢
PAGE 57-3

177600
177602
177604
177606
177610
177612
177614
177616

UIPDRO= 177600
UIPDR1= 177602
UIPDR2= 177604

UIPDR3=
UIPDR4=
UIPDRS=
UIPDR6=
UIPDR?7=

177606
177610
177612
177614
177616

)

10:59

s *MEMORY MANAGEMENT STATUS REGISTER ADDRESSES

;*USER 'D'' PAGE DESCRIPTOR REGISTORS

.SBTTL

D
i
i

N
N

d
e

S
SN

) e

N
SN

i
d

177620
177622
177624
177626
177630
177632
177634
177636

N
N

il e

UDPDRO=
UDPDR1=
UDPDR2=
UDPDR3=
UDPDR4=
UDPDRS5=
UDPDRé=
UDPDR7=

;*USER ''I"* PAGE ADDRESS REGISTERS

N
N

D
D

N
SN

e
e

N
N

D o

N
N

177620
17762
177624
177626
177630
177632
177634
177636

177640
177642

177644
177646
177650
177652

177654
177656

UIPARQ=
UIPAR1=
UIPARZ=
UIPAR3=
UIPAR4=
UIPARS=
UIPARG=
UIPAR7=

177640
177642
177644
177646
177650
177652
177654
177656

;*USER 'D'' PAGE ADDRESS REGISTERS

i e

)

1-0CT=79

—

N PNSNNONPNTNNNONSNSNANSNNPNPNPNPNPONPNPNPONPNPNINPNP
NN NI NN
NN
NSNISNINTNINININSNIONPINONIN NN SN N

MACY11 27(655)
INST EXERCISER
CPU REGISTER DEF INITIONS

177660
177662
177664

UDPARQ= 177660
UDPAR1= 177662
UDPAR?2= 177664

SEQ 0017

D
D

SN
N
N

D
D

N
N
S

b e

pe
N
N

NS N

h
D
D

TN PN PPN PN PN TN
N PN PN

N
N

D
D

PN PN PN

NS N

P o

N PN

D
D
D

NI NI N
N

;*SUPERVISOR 'D'' PAGE DESCRIPTOR REGISTERS

SIPDRé=
SIPDR7=

SIPDR4=

SIPDRS=

177666
177670
177672
177674
177676

SIPDRO=
SIPDR1=
SIPDR2=
SIPDR3=

e
d

N PN PN PN PN PN PN

PAGE 57-4

172236

SDPDRO=
SDPDR1=
SDPDR2=
SDPDR3=
SDPDRé4=
SDPDRS=
SDPDR6=
SDPDR7=

172220
172222
1722264
172226
172230
172232
172234
172236

D
D

N PN PN

10:59

;*SUPERVISOR "‘I'" PAGE DESCRIPTCR REGISTERS

;*SUPERVISOR "'I'' PAGE ADDRESS REGISTERS

N
N
N
N
N

UDPAR3=
UDPAR4=
UDPARS=
UDPARG=
UDPAR7=

1-0CT=79

N
N

el
) - —
)

NN PN PPN PN
N

NP NP N

)

177666
177670
177672
177674
177676

172240
172242
172244
172246
172250
172252
172254
172256

SIPARO=
SIPAR1=
SIPAR2=
SIPAR3=
SIPAR4=
SIPARS=
SIPARG=
SIPAR7=

172240
172242
172244
172246
172250
17225¢
172254

172256

;*SUPERVISOR 'D'' PAGE ADDRESS REGISTERS

MEMORY MANAGEMENT DEF INITIONS

)
D

P~ PN P

NP N

)
D
)

NP N

P~ P

)

N
N

i
)
i

Nl N

P~ P~ P

MACYI1 27(655)

172260
172262

172264
172266
172270

172272
172274
172276

SDPARQ=
SDPAR1=
SDPARZ2=
SDPAR3=
SDPAR4=
SDPARS=
SDPAR6=

SDPAR7=

172260
172262
172264
172266
172270
172272
172274
172276

N
N

D e
s

I~~~

Nt N

NST EXERCISER

;*KERNEL ''I'" PAGE DESCRIP1OR REGISTERS
KIPDRO= 172300
KIPDR1= 172302

SEQ 0018

POP=11

(IS INST EXERCISER

(ZxEEA.P1T
N

1)
N
1
(1)
(};
(

MACY11 27(€55)
MEMORY MANAGEMENT DEF INITIONS
172304

KIPDR2= 172304

172312
172314
172316

KIPDRS= 172312
KIPDR6= 172314
KIPDR7= 172316

172306
172310

i})

)

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

1=0(T=79

172320
172322
172324
172326
172330
172332
172334
172336

KDPDRO=
KDPDR1=
KDPDR2=
KDPDR3=
KDPDR4=
KDPDRS=
KDPDR6=
KDPDR7=

172320
172322
172324
172326
172330
172332
172334
172336

;*KERNEL '‘I'' PAGE ADDRESS REGISTERS
172340
172342
172344

KIPARO= 172340
KIPAR1= 172342
KIPAR2= 172344

(1)
1)
(1)
(};

172350
172352
172354
172356

KIPAR4=
KIPARS=
KIPAR6=
KIPAR7=

172346

g};

(1)
(1
1)
(1)

KIPDR3= 172306
KIPDR4= 172310

(1)
(1)
(1)

(

PAGE 57-5

;*KERNEL 'D'' PAGE DESCRIPTOR REGISTERS

2};

10:59

KIPAR3= 172346

172350
172352
172354
172356

;*KERNEL 'D'' PAGE ADDRESS REGISTERS

KDPARO=
KDPAR1=
KDPAR2=
KDPAR3=

172360
172362
172364
172366

E};

.SBTTL

UNIBUS MAP REGISTER DEFINITIONS

(1)
(1)
2};

;*THE LOWER 16 BITS OF THE MAP REGISTERS ARE LABELED °"MAPLXX'
;«THE UPPER 6 BITS OF THE MAP REGISTERS ARE LABELED 'MAPHXX'

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

172360
172362
172364
172366
172370
172372
172374
172376

KDPAR4=
KDPARS=
KDPARG=
KDPAR7=

172370
172372
172374
172376

(1)

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

170200
170202
170204
170206

MAPLOO = 170200
MAPHOO = 170202
MAPLOT = 170204
MAPHO1 = 170206

SEQ 0019

POP=11 (IS INST EXERC]SER

MACY1T 27(655)
1=0CT=79
*AP REGISTER DEF INITIONS

(ZKEEA.P1]

UNIBU'

1
)

170210
170212

MAPL0O2 = 170210
MAPHO? = 170212

1)
(1)
(1)
(@B
(1)
&)
(1
1)

170216
170220
170222
170224
170226
170230
170232
170234

MAPHO3
MAPLO4
MAPHO4
MAPLOS
MAPHOS
MAPLO6
MAPHO6
MAPLO7

=
=
=
=
=
=
=
=

170240
170242
170244
170246
170250
170252

MAPL10
MAPH10
MAPL11
MAPH11
MAPL12
MAPH12

=
=
=
=

MAPH13
MAPL14
MAPH14
MAPL1S
MAPH1S5
MAPL16
MAPH16
MAPL17

=
=
=
=
=
=
=
=

(1)

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

@GP

170214

170236

170254

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

170256
170260
170262
170264
170266
170270
170272
170274

(1)

170314

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

(1)

170276
170300
170302
170304
170306
170310
170312

1703216

(1)
(1)
(1)

170320
170320
170324

(1)
(1)
(1)

170330
170332
170334

(1)

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

170326

170336
170340
170342
170344
170346
170350
170352
170354
170356
170360
170362

MAFLO3 = 170214

170216
170220
170222
170224
170226
170230
170232
170234

MAPHO7 = 170236
170240
170242
170244
170246
= 170250
= 170252

MAPL13 = 170254

MAPH17
MAPL20
MAPH20
MAPL21
MAPHZ2T
MAPL22
MAPH22

=
=
=
=
=
=
=

MAPL23 =

170256
170260
170262
17026%
170266
170270
170272
170274
170276
170300
170302
170304
170306
170310
170312
170314

MAPH23 = 170316

MAPL24 = 170320
MAPH24 = 170320
MAPLZ25 = 170324
MAPH2S = 170326

MAPL26 = 170330
MAPH26 = 170332
MAPL27 = 170334
MAPH27
MAPL30
MAPH30
MAPL31
MAPH31
MAPL32
MAPH3?2
MAPL.33
MAPH33
MAPL34
MAPH34

=
=
=
=
=
=
=
=
=
=
=

170336
170340
170342
170344
170346
170350
170352
170354
170356
170360
170362

10:59

PAGE 57-6

SEQ 0020

PDP=11

CIS INST EXERCISER

(ZKEEA.P11
(1)

{1
(1)

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

MACY11 27(655)
1-0CT=79
UNIBUS MAP REGISTER DEFINITIONS
170364

MAPL35 = 170364

170372
170374
170376

MAPH36 = 170372
MAPL37 = 170374
MAPH37 = 170376
LEQUIV MAPLOO,MAPLQ
.EQUIV MAPHOO0 ,MAPHO
.EQUIV MAPLO1,MAPL1
LEQUIV MAPHO1,MAPH1
LEQUIV MAPLOZ2,MAPL?2
LEQUIV MAPHOZ2 ,MAPH?
LEQUIV MAPLO3,_MAPL3
.EQUIV MAPH03,MAPH3

170366
170370

(1)

(1)
(1)
(1)
g;)

L.EQUIV

MAPLO4 ,MAPL 4

.EQUIV
.EQUIV

MAPLOS,MAPLS
MAPHOS ,MAPHS

.EQUIV
.EQUIV
.EQUIV
.EQUIV

)

(1)
(1)
(1)

MAPLO6,MAPLG
MAPHO6E ,MAPH6E
MePL07 ,MAPL7
MAPHO7 ,MAPH?7

076175
170000
100000
174000
176000
177000
177400
177600
177700
177740
177760

:
DIVPI==076175
B8S0==170000
B8S00==100000
B32==174000
BS4==176000
BS8==177000
BS16==177400
BS32==177600
3S64==177700
BS128==177740
BS256==177760

6345
6346
6347
6348
6349
6350
6351
6352
6353

177777
177400
006000
004000
000000
125252
000020
000070
000100

BSNULL==177777
BY==177400
MP06000==006000
MP04000==004000
wD==0
EQOT==125252
MP020==000020
MP070==000070
MP0100==000100

6356

004040

6354
6355

6357
6358

000140
002000

152525
022000

SEQ 0021

MAPHO4 ,MAPH4

6332
6333
6334
6335
6336
6337
6338
6339
6340
6341
6342
6343

1777790

I 2
PAGE 57-7

MAPH3S5 = 170366
MAPL36 = 170370

.EQUIV

(1)
(1)

6344

10:59

BSS512==177770

MP0140==000140
MP02000==002000

MP04040==004040

DSCPTR==152525
MP02200==22000

:MASK (176000)

THEN OFFSET

(6000)

POP=11 (IS INST EXERCISER
(ZKEEA.P11
TRAP CATCHER
(;)

000000

(1)

(})

(1)

(1)
6361
6362

2%98

000174
000176

000000
000000

000200
000204
000210

000137
000137
000137

000214

000137

M
(1)
(1)

000220

000046

000052

6373
(1)
(1)
(1)

000026
000044

001100
000024
000200
000044
001100
001100

001100
001100
001102
001104

000000
001114
000170

(1)

001112

000016

s ~S~
N

INTERRUPTS

.SBTTL

0
O

:;SOFTWARE DISPLAY REGISTER
;;SOF TWARE SWITCH REGISTER

STARTING ADDRESS(ES3)

JMP
a#START
JMP DVTST
JMP QVST

036504

;:JUMP TO STARTING ADDRESS OF PROGRAM

JMP SEEDST
R

AR AR

TR AR AR A AR

.SBTTL
ACT11 HOOKS
;HOOKS REQUIRED BY ACT11

$SVP(C=.

.=$SVPC

IR RARA AR

AN R AR AR AR R AR RRR R AR

AR AR AR AR AR R

::2)SET LOC.52 TO ZERO
;:

R A AR RN RN AR AN

R AR A AR AP AR

.$X=.
.=24
200
.=44
$APTHDR
.=.8X

AR AR AR

001106
001110

000264
000000

$APTHD:
$HIBTS:
$MBADR:
$TSTM:
$PASTM:
SUNITM:

RESTORE PC

RAAA R RN IR RN AR AR

AR AR AR RA R AR

AR AR AR AR AR AR AR AR R AR

.SBTTL

AR AR RN

;;SAVE CURRENT LOCATION
;;SET POWER FAIL TO POINT TO START OF PROGRAM
:;FOR APT START UP
;:POINT TO APT INDIRECT ADDRESS PNTR.
;;POINT TO APT HEADER BLOCK
;;RESET LOCATION COUNTER

R AR AR AR R

AN AR AR RANRARRAA AR

AR RN AR A RRARR AR AR AR

IN THE APT=PDP11

0
SMAIL
120.

.WORD

SETEND- SHAIL/Z :;LENGTH MAILBOX~-ETABLE (WCRDS)

180.
0

AR AR AR AR AR AR AR R

DIAGNOSTIC

.WORD
.WORD
.WORD
.WORD
.WORD

;s1)SET LOC.46 TO ADDRESS OF ENDAD

.=32
.WORD

.=1100

:SAVE PC

.=46
ENDAD

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

;RUN TIME IN SECS. OF 1ST PASS ON 1 UNIT (QUICK VERIFY)
:*ADDITIONAL RUN TIME (SECS) OF
A PASS FOR EACH ADDITIONAL UNIT
AR

N
N
N
N

)

036514
036710
036522

.WORD
.WORD

; INTERFACE SPEC.

(1>
(1)
(1)
(1)

TRAPS AND

;SETUP APT PARAMETER BLOCK AS DEFINED

g};

6380

DISPREG:
SWREG:

(1)
(1)

TO CATCH ILLEGAL

*LOCATION1O CONTAINS O TO CATCH IMPROPERLY LOADED VECTORS

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

(2)

(1
(1)
(1>
(1)
(1)
(1)

; *SEQUENCE

000052
000000

001100

6375

TRAP (CATCHER

000046
053076

000220

SEQ 0022

.=0

(1
(M
(1)

J
¢
PAGE 57-8

10:59

;*ALL UNUSED LOCATIONS FROM 4 - 776 CONTAIN A ''.+2 HALT"

000174

6372

(1
(1)

1-0CT=79

.SBTTL

(1)

(1>
({)

MACY11 27(655)

APT MA]LBOX-ETABLE

AR R AR AN AR AR A AR RARA R AR R A AR

AR AN R R RN

POP-11

CIS INST EXERCISER

(ZKEEA.P11
(1)
(1)

(1)

001114

(1)

001130

(1)
(1)
(1)
(1>
(1>
(1)
(1)

(1)

(1)
(1)

(1)

(1)
(1)
(3)
(1)
(1)
(1)
(1N
(1)

(1)

9§D

MACY11 27(655)
APT MA!LBOX-ETABLE

001114
001116
001120
001122
001124
001126

000000
000000
000000
000000
000000
GOO00O

001132

000000

001134

000

001134

001135

000000

001142

000000

001144

001145

000

AMSGLG

.WORD

AMSGAD

$ENV:

.BYTE

AENV

$SWREG:

.WORD

ASWREG

$MTYP1:
i*

_BYTE

.WORD

.BYTE

AENVM
AUSWR

ACPUOP

AMAMST

AMTYP1

001146

;*
:
SMADR1:

000000

001150

SETEND:

PAGE 57-9

SEQ 0023

;sAPT MA]LBOX

;;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
11/04=01,11/05=02,11/20=03,11/40=04,11/45=05
11/70=06,PDQ=07,0=10
BIT 10=REAL TIME CLOCK
BIT
9=FLOATING POINT PROCESSOR
BIT
B=MEMORY MANAGEMENT
;:HIGH ADDRESS.M.S. BYTE

;. MEM. TYPE ,BLK#1

MEM.TYPE BYTE

(HIGH BYTE)

900 NSEC CORE=001

.WORD

AMADR1

300 NSEC BIPOLAR=002
500 NSEC M0S=003
;:HIGH ADDRESS,BLKA1
MEM.LAST ADDR.=3 BYTES,THIS WORD AND LOW OF ‘‘TYPE'' ABOVE

MEXIT

.'fi*"‘"ttititttttfi't!tflti'tfitfittl‘ttfitfitfi'ti'tifitfi'tlfii"'ttfit'tfi.

001150

112737

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

001156
001164
001166
001174
001174
001176
001200
001204
001206
001214
001216
001226
001226
001232
001240

010046
010146
105737
001450
122737
001031
132737
001425
017600
062766
005737

(1)

001246

010037

(1)

.WORD

$CPUOP:
i
s *
i
o
i
-t
$MAMST:

6381

(1)
(1)
(1)

$MSGLG:

$USWR:

§ D)

(1)
(1)
(1)
1
(1>
(1)

AMSGTY
AFATAL
ATESTN
APASS
ADEVCT
AUNIT

$ENVM:

000

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

$ETABLE :

000000

10:59

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

$MSGAD:

00C

001136

001140

SMAIL :

1-0CT=-79

001244

112737
000403
112737

001375

000001

001414

000001

001414

000001

001412

.SBTTL
$ATY1:

$ATY3:

$ATY4:
SATYC:

001412
000001

001134

000100

001135

000004
000002
001114

000004

001130

1%:

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

MOVB
BR
MOVB

#1,8MFLG
SATYC
#1,8FFLG

MOV
MoV
TSTB
BEQ
CMPB
BNE
BITB
BEQ
MOV
ADD
TST

RO,=(SP)
;:PUSH RO ON STACK
R1,-(SP)
;.PUSH R1 ON STACK
$MFLG
;SHOULD TYPE A MESSAGE?
5%
:IF NOT:
BR
HAPTENV, SENV
OPERATING UNDER APT?
3%
;IF NOT:
BR
#APTSPOOL
, SENVM :SHOULD SPOOL MESSAGES?
3%
:IF NOT:
BR
@4 (SP) ,RO
:GET MESSAGE ADDR.
#2,4(SP)
:BUMP RETURN ADDR.
SMSGTYPE
sSEE IF DONE W/ LAST XMISSION?

MOV

RO, $MSGAD

BNE

;TO TYPE A MESSAGE

;TO ONLY REPORT FATAL ERROR

JIF

NOT:

WAIT

;PUT ADDR IN MAILBOX

PDP=11 CIS INST EXERCISER
MACY11 27(655)
(ZKEEA.P11
APT COMMUNICATIONS ROUTINE
(1)
(1)

001252
001254

105720
001376

001262

006200

(1)

001256

(1)
(1)

001264
001270

(1)

163700

001130

010037
012737

001132
000004

001114

000004
000002

001324
000004

(1)
(1)
(1)

001276
001300
001306

000413
017637
062766

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

001320
001324
001326
001326
001332
001334
001340

004737
000000

(1)
(1)
(1)

001346
001350
001356

001375
017637
062766

(3)

(1)

(1)
(1)
(1)

(1)
(3)
(3)

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

6382

001314

001342

001364

001370
001374

001400

013746

105737
001416
005737
001413

005737

005237
105037
105037

105037

001404
001406

012601
012600

001412
001413
001414

000
000
000
001416

001410

2%:

177776

3%:

001134

001114

001414
001413

11%:
001116
000004

12%:

001412

000200
000001
000100
000040

$MFILG:
$LFLG:
$FFLG:

L ¢
PAGE 57-10

(RO)+
2%

sFIND END OF MESSAGE

$MSGAD ,RO

;SUB START OF MESSAGE

MoV
MOV

RO, $MSGLGT
#4 ,SMSGTYPE

;PUT LENGTH IN MAILBOX
JTELL APT TO TAKE MSG.

BR
MOV
ADD

5%
24 (SP) ,4%
#2,4(SP)

;GET MESSAGE LNGTH IN WORDS

;PUT MSG ADDR IN JSR LINKAGE
BUMP RETURN ADDRESS

JSR
.WORD

PC,$TYPE
O

177776,-(SP)

::PUSH 177776 ON STACK

TSTB
BEQ
157
BEQ

$FFLG
12%
$ENV
12%

;SHOULD REPORT FATAL ERROR?
;IF NOT:
BR
JRUNNING UNDER APT?
;IF NOT:
BR

11%
@4 (SP) ,$FATAL
#2.4(SP)

;IF NOT:
WAIT
;GET ERROR #
;BUMP RETURN ADDR.

$MSGTYPE

INC

$MSGTYPE

CLRB

$MFLG

RTS

.BYTE
.BYTE
.BYTE
.EVEN

0
0
0

BNE
MOV
ADD

CLRB
CLRB
MOV
MOvY

000207

10:59

SuB

MOV

4%:
5%:
108:

001414

000002

TSTB
BNE
ASR

110156

000004

1=0CT=79

APTSIZE=200
APTENV=001
APTSPOOL=100
APTCSUP=040

;CALL TYPE MACRO

;FINISHED LAST MESSAGE?

;TELL APT TO TAKE ERROR

$FFLG
$LFLG

;CLEAR FATAL FLAG
.CLEAR LOG FLAG

(SP)+,R1
(SP) +,R0

:;POP STACK INTO R1
;:POP STACK INTO RO

;CLEAR MESSAGE FLAG
;RETURN

;MESSG. FLAG
;LOG FLAG
;FATAL FLAG

"I’."""ttfi"*fit.fi".t'fi.!Q."'t‘...t'Q'.t'fi"".i.fi.fl"t‘fit.i".l

SEQC 0024

MACY11
PDP=11 CIS INST EXERCISER
(ZKEEA.P1T
GLOBAL DATA SECTION

001416
001420
001422
001424

000000
000000
000000
000000

27(655)

1-0CT=79

10:59

M
PAGE

.SBTTL

GLOBAL DATA SECTION

.SBTTL

TEST COUNTS

TOTTCH: .WORD 0
TOTTC:
.WORD 0
INVTC:
.WORD 0
REDTC:

57-11

SEQ 0025

sTEST COUNT MULTIPLIER
;TOTAL

TEST COUNT

sINVALID TEST COUNT
JREDUNDANT TEST COUNT

MACY11 27(655)
1-0CT=-79 10:59
POP=11 CIS INST EXERCISER
(Z<EEA.P1T
INPUT TABLE ENTRY TYPE DISPATCH TABLE
6396
6397
6398
6399
6400
6401
6402
6403
6404

.SBTTL

N 2
PAGE 57-12

INPUT TABLE ENTRY TYPE DISPAT(CH TABLE

;INPUT TABLE ENTRY TYPE DISPAT(CH TABLE.
001426
001426
001430
001432
001434

040622
040772

1TYPE:

.WORD TYPEOQ
.WORD TYPE1
.WORD 0
.WORD 0

SEQ 0026

1-0(T~ 79
MACY1T 27(655)
POP=11 CIS INST EXERCISER
P11
POINTERS
TO
CIS
INST
FLOW
TABLES
(ZKEEA.

6406
6407
6408
6409

SBTTL

10:59
POINTERS

PAGE

57-13

TO CIS

INST FLOW TABLES

JPOINTERS TO CIS INSTRUCTION FLOwW TABLES.

RRLZRRRLLLR >

NN
N — OVONOWNESWN
=o

iNO:

0
XMOV(

XMOVR(
XMOVTC

XLOCC

007340
007040
007040
006712
007270
007402
007402

XSKP(
XSCANC
XSPANC
XCMP(
XMATCHC
XADDN
XSUBN
XCMPN
XCVTNL
XCVTPN
XCVTNP
XASHN
XCVTLN
XADDP
XSuBP
XCMPP
XCVTPL
XMULP
XDIVP
XASHP
XCVTLP

XL2D

XL 3D

SEQ 0027

PDP=11 CIS INST EXERCISER
(ZKEEA.P11

6440
&2;

S 3

PAGE 58

SEQ 0028

.SBTTL
FLOW COMMAND DISPAT(H TABLE
;FLOW COMMAND DISPAT(CH TABLE

6443
6444
6445
6446
6447
6448
6449
6450
6451
6452
6453
6454
6455

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

6457
6458
zgg

001560
001562
001564

6456

MACY11 27(655)
1-0CT=-79 10:59
FLOW COMMAND DISPAT(H TABLE

001556

053236
041612
042022
042122
042172
042300

042406
042516
045502
045536
045734
047700
051000
053706
05323¢€
053236

FLODIS:

.
.WORD
.WORD
.WORD
WORD
WORD

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

FCO0
FCO1
F (02
FCO3
F (04
FCO5

FCO6
F(CO7
FC10
FC11
FC12
FC13
FC14
FC15
FCO0
FCOQ

;FLOW COMMANDS 16,8 17 ARE UNUSED.

MACY11 27(655)
1=0(T=79
PDP=11 CIS INST EXERCISER
PARAME TER TABLE POINTERS
(ZXEEA.P11

6463

PTP:
PTPO1:
PTPO2:
PTPO3:
PTPO4:
PTP(CS:
PTPO6:
PTPQ7:
PTP10:
PTP11:
PTP12:
PTP13:
PTP14:
PTP1S:
PTP16:

PTP17:
PTP20:
PTP21:
PTP22:

PTP23:
PTP24:

[elelolololalololelelololololelelelsls
el

;PARAMETER TABLE POINTERS
001566
001566
001570
001572
001574
001576
001600
001602
001604
001606
001610
001612
001614
001616
001620
001622
001624
001626
001630
001632
001634
001636

PAGE 58-1

PARAMETER TABLE POINTERS

SBTTL

6464

6465
6466
6467
6468
6469
6470
6471
6472
6473
6474
6475
6476
6477
6478
6479
6480
6481
6482
6483
6484
6485
6486
6487
6488

10:59

SEQ 0029

POP-11 CIS INST EXERCISER
CZKEEA. P11

6490

MACY11 27(655)

1-0CT- 79

10:59

MISCELLANEOUS CONSTANTS

PAGE

SEQ 0030

MISCELLANEOUS CONSTANTS

.SBTTL

JMISCELLANEOUS CONSTANTS

6491
6492
6494
6495
6496
6497
6498
6499
6500
6501
6502

TBADR:

.WORD

EBADR:
EBLEN:

.WORD 140000
.WORD 2000

RTBLEN:
TPERP:

PSEED:

6502
6517
6518
6519
6520

111111
122222
133333
144444

155555
120606

177570
177570

.WORD 2000

INCSQT:
INCSQ2:
TPSW:
DISPR:

.WORD 1
.WORD 2
.WORD
177776
.WORD 177570

177560

KNOP :
KHALT:

NOP
HALT

EL74:

.WORD 2

ELGG:

001720
001722
001724
001726
001730
001732
001734
001736
001740

.WCRD 20000

.WORD 24

KBRS :
KBR3:
KBRZ:
NOTREG:

000015
000012
000057
000010
000007
177777

2000

.WORD 10000

IPNU:

TKS:

177562
177564
177566

.WORD 130000

TBLEN:

.WORD
.WORD
.WORD
.WORD

.WORD 1

TKB:

177562

(R=
LF=
SL=
BS=

15
12
ST
10

PATS:
PATS:

.WORD
.WORD

TPS:
TPB:

MFPT=
PATO:
PAT1:
PAT2:
PAT3:

IXLTB1:

405
403
402
123321

;TEST BUFFER STARTING ADDRESS

;TEST BUFFER LENGTH
;RANDOM MODE TEST BUFFER LENGTH
;EMULATION BUFFER STARTING ADDRESS
;EMULATION BUFFER LENGTH
;4 OF TESTS PER APT PASS IN RANDOM MODE
;# OF TESTS TO EXECUTE IN RANDOM MODE

:# OF INPUT PARAMETERS PER INPUT
TABLE ENTRY.
*
" INCREMENT SEQUENCE WORD 1

:gQSREHENT SEQUENCE WORD 2

“CONSOLE SWITCH AND DISPLAY REGISTER

JPATTERN LOADED

INTO REG SET NO SELECTED FOR

211/74 PROCESSOR TYPE
:11/44 PROCESSOR TYPE

;

BETWEEN PRINTING OF RNG SEED.

sNOTE:

ONLY 1 BIT

IS ALLOWED TC BE

177564
177566

4
.WORD
.WORD
.WORD
.WORD

.WORD

SWR:
. WORD
DISPLAY :.WORD DDISP

;ADDRESS OF
;ADDRESS OF

SWITCH REGISTER
DISPLAY REGISTER

SET

TEST

IN PSEED.

6552
6553
6554
6555
6556
6557
6558
6559
6560
6561
6562
6563
6564
6565
6566
6567
6568
6569
6570

6571
6572
6573
6574
6575
6576
6577
6578
6579

6580
6581
6582

6583
6584
6585
6586
6587

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

FLOPTR:

ESEED:
DENS:
N2OOM:
TSTPSW:
TBEND:

.WORD

.WORD
.WORD
_WORD
.WORD
.WORD

SBR:

.WORD

CTACT:

.WORD

IMSK :

.WORD

RANDOM:
PMASK:

RANDTA:

LIMSTG:
RNIB:

STRNC:
STRP1:
STRP2:
SXRNC:
SXRP1:

SXRP2:

SYRNC:

SYRP1:
SYRP2:

SWRNC:

SWRP1:
SWRP2:
SVRNC:
SVRP1:
SVRP2:
ZCCR:

.WORD
.WORD

.WORD

.WORD
.WORD
.WORD
.WORD
.WORD

.WORD

.WORD
.WORD
.WORD

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

.WORD
.WORD
.WORD
.WORD

6591
6592

6594
6595
6596
6597
6598
6599

FSAVR3:
FSAVRZ2:

.WORD
.WORD
.WORD

6593

.WORD
.WORD
.WORD
ERRCT:
.WORD
ERRS:
.WORD
TWOSETS
: . WORD
FSAVRS: .WORD
FSAVR4: .WORD
FSAVR1:

FSRUN:
MSEED:

NBLKS:
TRA:
TRL :

F
3
PAGE 40

MISCELLANEOUS VARIABLES

SPCV:
TPRECS:
NOERDS:
PROGD:
SURLEN:
SURADR:
REGSET:

6588
6589
6590

10:59

sMISCELLANEOUS VARIABLES

.WORD
.WORD

.WORD

. WORD
. WORD

elslelelolalololslolaololaleololeololalelelolalelololslololeoleololalslolelolsolelel
lolslolslslols ool

POP=11 CIS INST EXERCISER
(ZKEEA P11

776417

SEQ 0031

PDP=11 CIS INST EXERC!ISER
MACY11 27(655)
1-0CT=79
(ZKEEA.P11
MISCELLANEOUS VARIABLES
6606
6607
6608
6609
6610
6611
6612
6613

6614
6615
6616
6617
6618
6619
6620
6621
6622
6623
6624
6625
6626
6627
6628
6629
6630
6631
6632
6633
6634
6635
6636
6637
6638
6639
6640
6641
6642
6643
6644
6645
6646
6647
6648
6649
6650
6651
6652
6653
6654
6655
6656
6657
6658
6659

002106
002110
002112
002114
002116
002120
002122
002124

002126
002130
002132
002134
002136
002140
002142
002144
002146
002150
002152
002154
002156
002160

000000
000000
000000
000000
000000
000000
000000
000000

STGDS1:
STGDS2:
STGLN:
STGAD:
SAVSL:
SAVSA:
SAVSGL:
SIGN:

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

VIP:
PTW1:
FATAL:
INPTP:
PTPTR:
SPHAND:
EMPTR:
ERRCC:
ERRREG:
ERRBUF:
ERRSTK:
PT34:
MMFLG:
MODE :

002162
002164

000000
000000

DEN:
NMODES:

.WORD 0
.WORD 0

002166
002170
002172
002174
002176
002200
002202
002204
002206
002210
002212
002214
002216
002220
(002222
002224
002226
002230
002232
002234
002236
002240
002242
002244
002246
002250
002252
002254

000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
00C000
000000

TRPLOC:
HLTLOC:
IRXLT:
AEADR:
AEDTA:
EMADR:
EMDTA:
QRYFLG:
QVMODE:
MMSTAT:
PTQV:
ICOMPC:
RLL:
RUL :
BAD:
TSP:
NXFLD:
TTRO:
TTR1:
TTR2:
TTR3:
TTRG:
TTRS:
TTRG:
TEROR:
TERTR:
TER2R:
TER3R:

.WORD 0
.WORD 0
.WORD 0
.WORD 0
.WORD
0
.WORD 0
.WORD 0
.WORD 0

0O
0
0
0
0
0
0
0
0
0
0
0
0
0

.WORD 0

.WORD 0
.WORD 0
.WORD 0

.WORD 0

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

G 3
PAGE 60-1

0O
0
0
0
0
0
0
0

000000
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

10:59

0
0
0
0
0
0
0
0
0
0
0
0
0
0
0

:11/34 TYPE PROCESSOR FLAG
:WHEN NON ZERO, TESTING WITH MEMORY MGMT ON
;PROCESSOR MCDE USED FOR CIS INST TEST
;
(O=KERNEL,1=SUPERVISOR,
3=USER)
:D=-SPACE ENABLED(1)/DISABLED(0)
:# OF PROCESSOR MODES ON MACHINE UNDER TEST
; (I.E. KERNEL,SUP,USER)

SEQ 0032

POP=11 (IS INST EXERCISER

CZKEEA.P1]
6660
6661
6662
6663
6664
6665
6666
6667
6668
6669
6670
6671
6672
6673
6676
6675
6676
6677
6678
6679
6680
6681
6682
6683
6684
6685
6686
6687
6688

002256
002260
002262
002264
002266
002270
002272
002274
002276
002300
002302
002304
002306
002310
002312
002314
002316
002320
002322
002324
002326
002330
002331
002332
002333
002334
002335
002336
002337

6692
6693
669

002343
002344
002345

6689
6690
6691

6695
669
6697
6698
6699

6700
6701
6702
6703
6704
6705
6706
6707
6708
6709
6710
6711
6712
6713

002340
002341
002342

002346
002347
002350
002351
002352
002353
002354
002355
002356
002357
002360
002361
002362
002363
002364
002365
002366
002367
002370

MACY11 27(655)

MISCELLANEOUS VARIABLES

000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000

000000
043632
043664
043666
043774
044004
044050
002326
002326
000000
175
112
113
114
118
116
117
120
121
122
135
112
113
114
115
116
117
120
121
122
173
101
102
103
104
105
106
107
110
111
060
061
062

TERGR:
TERSR:
TERGR:
TERR:
RPTFLG:
FILLS2:
OCTIC:
TWl:
TW2:
PRTSGN:
STGDIG:
STGTYP:
TYPTAB:

TYPSP:
NEGTAB:

NEGTB1:

POSTAB:

POSTB1:

1-0CT=79

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

.WORD
.WORD
-WORD
.WORD
-WORD
“WORD
"WORD
“WORD
"WORD
HALT
.BYTE
-BYTE
-BYTE
"BYTE
-BYTE
-BYTE
-BYTE
BYTE
-BYTE
-BYTE
.BYTE
-BYTE
"BYTE
"BYTE
-BYTE
‘BYTE
BYTE
BYTE
-BYTE
-BYTE
.BYTE
"BYTE
-BYTE
.BYTE
-BYTE
-BYTE
"BYTE
-BYTE
"BYTE
"BYTE
.BYTE
"BYTE
BYTE

10:59

H 3
PAGE 60-2

0
0
0
0
0
0
0
0
0
0
0
0
TYPSZ
TYPUZ
TYPTO
TYPLO
TYPTS
TYPLS
TYPSP
TYPSP

. SIGNED ZONED
*UNSIGNED ZONED
;TRAILING OVERPUNCH
*LEADING OVERPUNCH
:TRAILING SEPARATE
LEADING SEPARATE
*RESERVED
*RESERVED

175
112
113
114
115
116
117
120

;=0
i1
=2
-3
=4
:=5
=6
-7

112
113
114

ot
=2
-3

121
122
135

115
116
117
120
121

122
173
101
102
103
104
105
106
107
110
111
060
061
062

;-8
=9
=0

=4
:=5
=6
=7
;-8

-9
140
“e1
142
i3
teh
145
Fe6
“e7
;48
249
;40
“e1
42

SEQ 0033

PDP=11 CIS INST EXERCISER

(ZKEEA.P1T

6714
6715
6716
6717
6718
6719
6720
6721
6722
6723
6724
6725
6726
6727
6728
6729
6730

6731
6732
6733

MACY11 27(655)

MISCELLANEOUS VARIABLES

002371

1-0(T~ 79

POSTRZ2:

:+3
;%6
:+5
;+6
47
;+8

071

;49

S2TYPE:
S3TYPE:

TYPFLD:

MIXTYP:

ACINST:

6755

ONEINS:

6758
6759

SAVPTR:
SAVSRF:
INSRC1:

6760

6761
6762
6763

6764
6765

.
.
.

PKPTW:
NDESC:

6751
6752
6753

6756
6757

PTYPSZ

;SIGNED ZONED

EISTG

JUNSIGNED ZONED

PTYPTO

ONEBEY:
DECINS:
SITYPE:

IPM:

PZCODE:

INSRC2:
RANDSC
:

.
.
.

SEQ 0034

;49
:+0
;¢
;¢
;+3
J+4
;45
;46
i
:+8

066
.BYTE 067
.BYTE 070

PTYPTA:

063
064
065
066
067
070
.BYTE 071
133
.BYTE 061
062
063
064
.BYTE 065

6737

6754

PAGE 60-3

.BYTE
.BYTE
.BYTE
.BYTE

6734
6735
6736

6738
6739
6740
6741
6742
6743
6744
6745
6746
6747
6748
6749
6750

10:59

;TRAILING OVERPUNCH

PTYPLO
PTYPTS
PTYPLS
TYPSP
BYPSP

;LEADING OVERPUNCH
;TRAILING SEPARATE
;LEADING SEPARATE
;RESERVED
;RESERVED

0
6
6
6
070000
0

JMANUALLY SET TO ANY NONZERO VALUE

5
.

TO CAUSE

TESTING OF MIXED DATA TYPES

WITHIN INST.
NOTE: THIS WILL
GREATLY INCREASE RUN TIMg!'!'!!

0
0
0
0
0
0
0
8
0
BUF SR1
0
BUF SR?2
120000

;SRC1

STRING SAVE BUFFER DESCRIPTOR

;SRC2 STRING SAVE BUFFER DESCRIPTOR

MACY11 27(655)
1-0CT=79
PDP=11 CIS INST EXtRCISER
PROGRAMMABLE CLOCK CONSTANTS
(ZKEEA.P11

6784

6785
6786
6787
6788
6789
6790
6791

002510
002512

PCLK1V:
PCLKT1P:
PC1CSR:

.WORD
.WORD
.WORD

PCLK2V:
PC2CSR:
PC2CSB:
PC2CTR:
TIMOUT:

.WCRD
.WORD
.WORD
.WORD
.WORD

PC1CSB:
PC1CTR:

PROGCT:

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

STOPLA:
MAXIVL:
STATPS:

STATRO:
STATR1:
STATR2:
STATR3:
STATR4:
STATRS:
STATR6:
SCSIK:

OCK CONSTANTS

CLOCK

SEQ 0035
CONSTANTS

;P=CLK 2

.WORD

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

.WORD
.WORD 1000
.WORD

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

BLKW

.WORD
.WORD
.WORD

SGPR4:

.WORD

SGPR6:

.WORD

SGPRS:

P=CLK 1

.WORD
.WORD

SGPRO:
SGPR1:
SGPR2:

SGPR3:

PAGE 60-4

PROGRAMMABLE

.WORD
.WORD

[ielelelolololele

6782

6783

.SBTTL

; PROGRAMMABLE

D64

OCOOOOO

6767
6768
6769
6770
6771
6772
6773
6774
6775
6776
6777
6778
6779
6780
6781

10:59

;IF NONZERO & LATENCY EXCEEDS THIS VALUE PROGRAM HALTS
;USER DEF INED MAXIMUM INTERVAL ALLOWED

1115 INST EXERCISER
MACY11 27(655)
1=0CT=79
LINE TIME CLOCK CONSTANTS
.SBTTL

003016
003020
003022
003024
003026
003030
003032

000100
000102
177546
000000
000000
000240

000000

10:59

LINE TIME CLOCK CONSTANTS

;LINE TIME CLOCK CONSTANTS
LTCIV:
.WORD 100
LTCIP:
.WORD 102
LKS:
.WORD 177546
LCNT:
.WORD 0
VLCNT:
.WORD 0
KNOP4:
.WORD 240
LTCDLY:

PAGE 60-5

.WORD 0O

SEQ 0036

PDP=11 (IS INST EXERCISER
(ZKEEA.P11
LINE

10:59

L
3
PAGE 61

SEQ 0037

SOURCE STRING STORAGE BUFFER

.SBTTL

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

003136
003137
003140
003141
003142
003143
003144
003145

BUF SR1:

BUF SR2:

.BYTE
.BLKB
.BYTE
.BLKB

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

0
“D32
0
“D32

;S1 BUFFER

;S2 BUFFER

OCOOOOOOO

6824
6825
6826
6827
6828
6829
6830
6831
6832
6833
6834
6835
6836
6837
6838
6839

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

.DISPLAY BUFFER

1 =0CT=79
MACY11 27(655)
PDP=11 CIS INST EXERCISER
(ZKEEA.P11
SOURCE STRING STORAGE BUFFER

10:59

PAGE 6'-1

;DESCRIPTORS AND DESTINATION BUFFER FOR INTERRUPTABILITY SERVICE
;

003146
003150
003152
003154
003156

000012
003244
0000
003156
000031

ROUTINE DIVPI

6IVDS:
DIVDD:

INST.

.WORD 12
.WORD SSTG2
.WORD 20

WORD DESTBUF

: .BLKW 31
DESTRUF

;SOURCE 1 & 2 DESC
;DESTINATION DESC

SEQ 0038

PDP=11 CIS INST EXERCISER
MACY11 27(655)
PRE=SPECIFIED STRINGS
(ZKEEA.P1T

6856

1-0CT=79

10:59

N 3
PAGE 61-2

SEQ 0039

PRE=SPECIFIED STRINGS

.SBTTL

;PRE=SPECIFIED STRINGS

001

§STG1:

.BYTE 001

012002

$STG2:

.WORD 012002

JPACKED 2,147,483,648

024404
063511
046051

SSTG2A:

.WORD 024404
-WORD 063511
-WORD 046051

;PACKED 4,294,967,29

+MAX * 2

112102

SSTG2R:

WORD 112102

;PACKED 42,949,672,940

+MAX * 20

000402
003404
034064
003003

$STG3:

.WORD
-WORD
-WORD
-WORD

;IONED 2,147,483,648

+MAX+1

012002
101564
076144

SSTG4:

.WORD 012002
-WORD 101564
-WORD 076144

sPACKED 2,147 .483,647

+MAX

000402

SSTGS:

.WORD 000402

;ZONED 2,147 ,483,647

+MAX

.WORD 012002

;PACKED

-MAX

.WORD
-WORD
-WORD
-WORD

;IONED

001
007
000
101564
106144

07122€
006224

034164

003404

-BYTE 001
.BYTE 007
"BYTE 000
"WORD 101564
-WORD 106144

.WORD 071226
-WORD 006224
000402
003404
034064
003003

-WORD 034164

034064
003003
033564

.WORD 003404

-WORD 034064
-WORD 003003
"WORD 033564

012002

SSTG6:

000402
003404
034064
003003

SSTG7:

012002

SSTG10:

.WORD 012002

JPACKED

000402
003404
034064
003003

SSTG11:

.WORD
-WORD
-WORD
.WORD

;ZONED

101564
106544

074164

101564
116544

+MAX+1

-WORD 101564
-WORD 106544

000402
003404
034064
003003

=2,147,483,648

-MAX

-WORD 074164

-WORD 101564
"WORD 116544

000402
003404
034064
003003

=2,147,483,649

-MAX-1

POP=11 CIS INST EXERCISER
MACY11 27(655)
PRE-SPECIFIED STRINGS
(ZKEEA.P1T

074564

003360
003362
003364
003366
003370

032022
074126

10:59

PAGE 61-3

SEQ 0040

074564

$STG12:

STG12B:

032022

;P CKED STRINC

1234567891 234567891234000891233

;PACKED

STRING

; 000888~
-4

003356

6910
6911
6912
6913
6914
6915
6916
6917
6918
6919
6920
6921
6922
6923
6924
6925
6926
6927
6928
6929
6930
6931
6932
6933
6934
6935

1-0CT =79

;PACKED STRING
: 4000000000000000000000000000000~

Gi2C:

000000
000000
006400

SSTG13:

001001
002003
003005
004007
000411

;ZONED STRING

1234567891234567891234000891233

101602

072564
073566
034470

;ZONED STRING

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

6964
6965

6966

1-0(T~ 79

PAGE 61-4

SEQ 0041

000000
000000

003520
003522

6967
69568
6969
6970
6971
6972
6973
6974
6975

10:59

004
074010
V00004
000000

074010
STG13C:

.WORD 000004

000000

; 000888~
;JONED STRING

; 40000000000000000000000C0000000~

000000
000160

003622

042006
050044
046224

SSTG14:

042006
050044
046624

SSTG15:

000000
000000
000000
036063

SSTG16:

042006
050044
046224

JPACKED STRING 3x2*#31

42006

;PACKED STRING 3x2%#*31 =
16442450944 -

50044

46624

. WORD 000000

000000
000000
036063

6442450944 +

;PACKED STRING

; 000000000000333+

POP=11 Cl S INST EXERCISER
MACY1T 27(655)
1-0CT=79
TEST AND EMULATION OPERANDS
CZKEEA P11

7019
7020
7021
7022
7023

7024
7025
7026
7027

000000
000000
000000
000000
000000
000000
000000

7030
7031
7032
7033
7034
7035
7036

7037
7038
7039
7040
7041
7042
7043
7044
7045
7046

7047

7048
7049
7050
7051
7052

7053

7054
7055

7056

elelsleolelelels)]

TRNR:

TROR:
TR1R:
TR2R:
TR3R:
TR4R:
TRSR:
TR6R:

.WORD

;TEST RESULTS

7028

7029

REGISTERS

;TEST RESULTS
OCOOOOOO

7015

7016
7017
7018

000000

TCCR:

CONDITION CODES

. WORD 0

;EMULATION OPERANDS
000000
000000
000000
000000
000000
000000
000000

ERN:

ERO:
ER1:
ERZ:
ER3:
ERG:
ERS:
ER6:

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

loleloleololele)

7014

TRN:

TRO:
TR1:
TR2:
TR3:
:
TR
TRS:
TR6:
TCC:

PAGE 62

TEST AND EMULATION OPERANDS

LSBTTL

;TEST OPERANDS

000000
000000
000000
000000
000000
000000
000000
000000

JEMULATION RESULTS = REGISTERS
000000
000000
000000
000000
000000
000000
000000

ERNR:

EROR:
ER1R:
ERZR:
ER3R:
ER4R:
ERSR:
ER6R:

.WORD
.WORD
.WORD
.WORD

OCOOTOOO

7004
7005
7006
7007
7008
7009
7010
7011
7012
7013

10:59

sEMULATION RESULTS = CONDITION CODES
000000

ECCR:

.WORD 0

SEQ 0042

1-0CT=79
10:59
MACY11 27(655)
PDP=11 CIS INST EXERCISER
CZKEEA.P1T
OCTAL CODING FOR EACH CIS INSTRUCTION

7088

076072
076073
076074

076075
076076
076077
076020
076060

76060

=S ONO VNS WN—=ONOWN
S W —

NN,
S.

8,8,
N,
SeNe

e e

76031
76032
76040
76041
76042
76043
76044
76045
76050
76051
76052
76053
76054
76055
76056
76057
76070
76071
76072
76073
76074
76075
76076
76077
76020

0 = UNASSIGNED

076053
076054
076055
076056
076057
076070
076071

0
76030

7077

7078
7079
7080
7081
7082
7083
7084
7085
7086
7087

076044
076045
076050
076051
076052

OINST:

7076

000000
076030
076031
076032
076040
076041
076042
076043

7064
7065
7066
7067
7068
7069
7070
707
7072
7073
7074
7075

OCTAL CODING FOR EACH CIS INSTRUCTION

POND) =

7063

SEQ 0043

;OCTAL CODING FOR EACH CIS INSTRUCTION

7061
7062

.SBTTL

7058
7059
7060

PAGE 62-1

MOV
(
MOVR(C

MOVTC
LOCC
SKPC

SCANC
SPANC
CMPC

MATCHC
ADDN

MACY11 27(655)
1=0CT=79
Cl ? INST EXERCISER
(ZKEEA P1
CONDITION CODE USAGE RECORD

PDP=11

BN BN B

= UNASSIGNED
= MOv(
= MOVR(
MOVT(
LOCC
SKPC
SCANC
SPANC
CMP(

8sBs

AL .

LI
N

.WORD

L N e

e R

=S OV NS
W

7095
7096
7097
7098
7099
7100
710?
7102
7103
7104
7105

CCREC:

7094

SEQ 0044

CONDITION CODE USAGE RECORD
oM PININ)
b b ed d d d o =
WW
2O NO NS W)= O NN SN —= O

7093

S.v.n,

7092

.SBTTL

PAGE 62-2

;CONDITION CODE USAGE RECORD
.LOW & BITS OF LOW BYTE = '1' STAT 3 EXERCISED,; LOW & BITS OF HIGH BYTE = '0' STATE EXERC
OQO=—=0O0—20OW—=
== =22 a0OW—=—=WNOWWWWOOOO

7090
7091

10:59

MATCHC
ADDN

SUBN
CMPN
CVTNL
CVTPN
CVTNP

ASHN

CVTLN

ADDP

SUsP
CMPP
CVTPL
MULP
DIvP
ASHP

CVTLP

LZDR
L3DR

PDP=11 (IS INST EXERCISER
MACY11 27(655)
1=0(T=79
CZKEEA.P11
INTERRUPT LATENCY TABLE
7123
;}5@
004102
004104
004106
004110
004112
004114
004116
004120
004122
004124
004126
004130
004132

000000
000000
000000
000000
000000
000000
000000
000000
000000
0000CO
000000
000000
000000

7141
7142

004140
004142

000000
000000

7143
7144

7145
7146

7147
7148

7149
7150
7151
7152
7153

G 4
PAGE 62-3

SEQ 0045

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

7126
7127
7128
7129
7130
7131
7132
7133
7134
7135
7136
7137
7138

7139
7140

10:59

004134
004136

004144
004146

004150
004152

004154
004156

004160
004162
004164
004166

(04170

ILATEN:

000000
000000

0
0
0
0
0
0
0
0
0
0
0
0
0

WORD 0
WORD 0

000000
000000

WORD 0
WORD 0

000000
000000

WORD 0
WORD 0

000000
000000

000000
000000
000000
000000
00000C

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

WORD 0
WORD 0

LATEND:

WORD
WORD
WORD
.WORD
.WORD

0
0
0
0
0

: 0
. 1
: 2
; 3
;4
: 9
; 6
; 7
;10
111
;12
;13
;14

=
=
=
=
=
=
=
=
=
=
=

UNASSIGNED
Mov(C
MOVRC
MOvTC
LOCC
SKP(
SCANC
SPANC
CMPC
MATCHC
ADDN
SUBN
(MPN

;15 = CVINL
;16 = CVIPN

:17 = CVINP
:20 - ASHN

:21 = CVILN
:22 = ADDP

;23 - SUBP
;26 = (MPP

;25 = CVIPL
:26 = MULP

;27
130
:31
;32

=
=
=
:33 -

DIVP
ASHP
CVILP
L2DR

L3DR

H
&4
1-0CT =79
10:59
PAGE 62-4
MACY11 27(655)
CIS INST EXERCISER
(ZKEEA, P11
RANDOM EXERCISE MODE MASK TABLE POINTERS

PDP=11

SEQ 0046

7155

RANDOM EXERCISE MODE MASK
SBTTL
RANDOH EXERCISE MODE MASK TABLE POINTERS

7158
7159
7160
7161
7162
7163
7164
7165

MINST.

AN
R
N
D
O
NN U
N
N

I
O
AN IO D
I
IR I

MDIVP
MASHP
MCVTLP

LI I

7183

MASHN
MCVTLN
MADDP
MSUBP
MCMPP
MCVTPL
MMULP

W N=ONONHWN—=ONOWN
S W —

[4)4
7172
7173
7174
7175
7176
7177
7178
717%
7180
7181
7182

MMT CHC

MADDN
MSUBN
MCMPN
MCVTNL
MCVTPN
MCVTNP

7168
7169
7170

MCMP(

7167

7166

PR
L IR I

MMOVC
MMOVR(
MMOVTC
MLOCC
MSKP{
MSCANC
MSPANC

no A LN L

7156
7157

TABLE POINTERS

UNASS IGNED
MOV
(
MOVRC
MOVTC
LOCC
SKP(
SCANC
SPANC
CMPC
MAT(CHC
ADDN

MACY11 27(655)
1=0CT=79
10:59
CIS INST EXERCISE R
CZKEEA. P11
DECIMAL INST DATA TYPE CONTROL WORDS

PDP=11

7185

7186
7187
7188
7189
7190
719
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
7220
7221

4
I
PAGE 62-5

.SBTTL

DECIMAL

DECTYP:

.WORD DECTTBR=50

DECTTR:

. wORD 1400

;ADDN

1400

; SUBN

SEQ 0047

iNST DATA TYPE CONTROL WORDS

;DECIMAL INSTRUCTION DATA TYPE CONTROL WORDS

2000

: CMPN
s CVTNL

;CVIPN
sCVINP
;ASHN

002000

001400
001777
001409

001777
001000
001777
000400
001777
001400
001777

001400
001777
001000
001777
000400
001777

sCVTLN
;ADDP
; SUBP

; CMPP
;CVTPL
sMULP

;DIVP
s ASHP

;CVTLP

NDESC,PKPTW
IPM,SXTYPE

PDP=11 CIS INST EXERCISER
TYPE O
CZKEEA.P11

7230
7231
7232
7233
7234

7235
7236

7237

004360
004362
004363
004364

004365
004366
004367
0064370
004371

004372
004373

0043764

000000
006
000
006

000
006
015
004
000

004
000

006

7038
7239

004375
004376

011
006

72641
7242
72643
7244
7245
7246

004400
004401
004402
004403
006406
004405

006
011
006
on
007
012

7248
7249
7250
7251
7252

004407
004410
004411
004412
004413

7240

7247

7253
7254
7255
7256

7257

7258
7259
7260

004377

004406

004414
004415
004416
004417

004420

004421
004422
004423

011

007
012
006
011
003
000

005
000
005
000
006

000
000
000

7261
7262
7263
7264

004426
004425
004426
004427

007
012
007
012

7266
7267
7268
7269

004431
004432
004433
004434

011
003
000
007

7265

7270
7271
7272
7273
7276
7275
7276

1=0CT=79

10:59

INDIRECTLY SPECIFIED PARAMETERS

PAGE 62-6

TYPE O
INDIRECTLY SPECIFIED PARAMETERS
" SBTT L
;TYPE O ENTRY = INDIRECTLY SPECIFIED PARAMETERS

7223

7224

7225
7226
7227
7208
7229

MACY11 27(655)

004430

004435
004436
004437
004440
004441
004442
004443

006

012
007
012
006
000

000
000

INSTID:

.WORD 0

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

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

JUNASSIGNED

sMOV(C

;MOVR(

6
15

;MOVTC

.Locc

; SKPC

0
0
6

11
6
11

11
?1

i
12
7
12
6
11
2
0
5
0
5

0
0
0

s SCANC
: SPANC

;CMPC
JMATCHC
;ADDN
; SUBN
;CMPN

;CVTINL
:CVIPN

;CVTINP
;JASHN

;CVTILN

'§

;ADDP

7
12

; SUBP

6
1
3
0

7
12
7
12
6

0
.BYTE 0
BYTE 0

; CMPP

JCVTPL
sMULP

;DIVP

;ASHP

JCVTLP

SEQ 0048

CIS INST EXERCISER
ASCII
CZKEEA. P11

PDP=11

MACY11 27(655)

1-0CT=79

10:59

TABLE FOR CIS INST NMEUMONICS

7278
7279
7280
7281

.SBTTL

PAGE 63

ASCII TABLE FOR CIS INST NMEUMONICS

JASCII TABLE FOR CIS INSTRUCTION NMEUMONICS
ASZINS:

047515
072230
047515

041526

000000

041526

000061

LASCII
/MOVC/<0><0>
.WORD IMOVC
/MOVC1/<0>
LASCIT

047515

047526

000062

LASCII

/MOV(C2/<0>

047514

041503

000000

LASCII

/LOCC/<0><0>

047514
072510
047514

041503

000061

041503

000062

LASCII
/LOCC1/<0>
.WORD ILOCC1
LASCII
/LCCC2/<0>

046503

041520

000000

LASCII

046503
072714
046503
072770
047515

041520

000061

041520

000062

051126

000103

047515
073120
047515
073174
047515
073250
047515
073324
047515

051126

030503

051126

031103

052126

000103

052126

030503

052126

031103

LASCII
/MOVRC1/
.WORD IMOVR1
LASCII
/MOVRC2/
.WORD IMOVRZ2
/MOVT(C/<0>
LASCII
.WORD IMOVT
LASCII
/MOVTC1/
.WORD IMOVT1
LASCII
/MOVTC2/

045523

041520

000000

LASCII

045523
073530
045523

041520

000061

041520

000062

040515

041524

000000

040515

041524

000061

040515
074010
041523

041524

000062

047101

000103

041523
074140
041523
074214
050123

047101

030503

047101

031103

047101

000103

072304

072360
072434

072564

072640

073044

073400
073454

073504

073660

073734

074064

.WORD IMOVC1

.WORD IMOV(C2
.WORD ILOCC

.WORD ILOCCZ2

/CMPC/<0><0>

.WORD I1CMPC

LASCII
/CMPC1/<0>
.WORD ICMPC1
LASCII
/CMPC2/<0>
.WORD ICMPC2
LASCII
/MOVRC/<0>

.WORD IMOVR

.WORD IMOVTZ2
.WORD

/SKPC/<0><0>

ISKPC

LASCII
/SKPC1/<0>
.WORD ISKP(1
LASCII
/SKP(C2/<0>

.WORD ISKP(C2
LASCII

/MAT(C/<0><0>

LASCII

/MATC1/<0>

.WORD IMATC

.WORD IMAT(1

LASCII
/MAT(C2/<0>
.WORD IMAT(CZ2
LASCII
/SCANC/<0>

.WORD ISCAN

LASCII
/SCANC1/
.WORD ISCANI1
LASCII
/SCANC2/
.WORD ISCANZ2
LASCII
/SPANC/<0>

SEQ 0049

PDP=11 CIS INST EXERCISER
MACY11 27(655)
1-0CT=79 10:59
ASCII TABLE FOR CIS INST NMEUMONICS
CZKEEA.P11

7333
7334
7335
7336
7337
7338
7339
7340
7341

004752

074270
050123
074344
050123
074420
053103
074474
053103
074550
053103

L &
PAGE 63-1

.WORD ISPAN
/SPANC1/
LASCII
.WORD ISPAN1
/SPANC2/
LASCII

047101

030503

047101

031103

050124

000116

05012¢

030516

047124

000120

047124

030520

047124

031120

046124

000120

046124

030520

046124

031120

046124

000116

046124

030516

050124

000114

050124

030514

050124

031114

050124

031514

047124

000114

047124

030514

047124

031114

050104

000000

.WORD ICZL?2
/ADDP/<0><0>
LASCII

050104

000061

LASCII

050104

000062

050104

000063

050104

000064

.WORD JADDP3
/ADDP4/<0>
.ASCI1

047104

000000

JASCII

047104

000061

047104

000062

/ADDN1/<0>
LASCII
.WORD IADDN1
/ADDN2/<0>
LASCI1

.WORD ISPAN2
/CVIPN/<0>
LASCII

.WORD ICPZ
/CVTPN1/
LASCII
.WORD ICPZ1
/CVTNP/<0O>
LASCII

.WORD ICZP2
/CVTLP/<0>
JASCII
.WORD ICLP
/CVTLP1/
.ASCII

.WORD ICLP1
/CVTLP2/
LASCII
.WORD ICLP2
/CVTLN/<O>
JASCII
.WORD ICLZ
/CVTLN1/
LASCII

.WORD ICLZ1
/CVTPL/<0>
JASCII
.WORD ICPL

/CVTPL1/
JASCII
.WORD ICPL1
/CVTPL2/
JASCII
.WORD ICPLZ2
/CVTPL3/
JASCII
.WORD ICPL3
/CVTNL/<0>
JASCII
.WORD ICZL
/CVINL1/
LASCII
.WORD ICZL1
.ASCII
/CVINLZ2/

.WORD IADDP

/ADDP1/<0>

.WORD IADDP1
/ADDP2/<0>
.ASCII
.WORD IADDP?2
/ADDP3/<0>
LASCII
.WORD ]ADDP4

/ADDN/<0><0>

.WORD IADDN

SEQ 0050

MACY11 27(655)

1-0CT=79

047104

000063

SASCI1

047104

000064

050102

000000

050102

000061

050102

000062

050102

000063

050102

000064

047102

000000

047102

000061

047102

000062

047102
047102

000063
;
000064

050120

000000

050120

000061

050120

000062

050120

000063

050120

000064

047120

000000

047120

000061

047120

000062

047120

000063

047120

000064

050110

000000

050110

000061

050110

000062

047110

000000

047110

000061

PDP-11 CIS INST EXERCISER
[
(ZKEEA.P1T
ASCI1

7387
7388
7389
7390
7391
7392
7393

005302

005304

076534
076610
042101
076664
042101

052523
077014
052523
077070
052523
077144
052523
077220
052523
077274
052523
077350
052523
077424
052523

077500

052523
077554
052523
077630
046503

077704
046503
077760
046503
100034
046503
100110
046503
100164
046503
100240
046503
100314
046503
100370
046503
100444
046503
100520
051501
100574
051501
100650
051501
100724
051501
101000
051501

10:59

TABLE FOR CIS INST NMEUMONICS

.WORD IADDN2
/ADDN3/<0>
-WORD IADDN3
/ADDN4/<0>
"ASCI1
-WORD IADDNé

CASCII
/SUBP/<0><0>
- WORD
"ASCII /SUBP1/<0>
-WORD 1SUBP1
/SUBP2/<0>
LASCI1
-WORD 1SUBP2
/SUBP3/<0>
"ASCII
-WORD 1SUBP3
/SUBP4/<0>
CASCII
-WORD 1SUBP4
TASCI1
/SUBN/<0><0>
-WORD ISUBN
/SUBN1/<0>
"ASCII
-WORD ISUBNT
CASCI1
/SUBN2/<0>

-WORD ISUBN2

/SUBN3/<0>
CASCII
-WORD ISUBN3
CASCII
/SUBN4/<0>
"WORD ISUBNé
"ASCI1
/CMPP/<0><0>

.WORD 1CMPP
CASCII
/CMPP1/<0>
-WORD 1CMPP1
JASCI1
/CMPP2/<0>
-WORD 1CMPP2
LASCII
/CMPP3/<0>
-WORD ICMPP3
CASCII
/CMPP4/<0>
-WORD 1CMPP4
CASCII
/CMPN/<0><0>
-WORD 1CMPN
CASCII
/CMPN1/<0>
-WORD
1
CASCII
/CMPN2/<0>
-WORD ICMPN2
.ASCII
/CMPN3/<0>
-WORD 1CMPN3
CASCII
/CMPN4/<0>
-WORD ICMPNé
CASCII
/ASHP/<0><0>
.WORD IASHP
CASCI1
/ASHP1/<0>
-WORD IASHP1
ASCII
/ASHP2/<0>
-WORD IASHP?
CASCII
/ASHN/<0><0>
-WORD IASHN
CASCII

PAGE 63-2

/ASHN1/<0>

SEQ 0051

PDP=11 CIS INST EXERCISER

ASCII

(ZKEEA.P1T
7441
7442
7443
7444

7445

7446
7447
7448
7449
7450
7451
7452

7453
7454,
7455
7456

7457
7458

7459

101054
051501
101130
052515
101204
052515

MACYT1 27(655)

1-0CT=79

10:59

TABLE FOR CIS INST NMEUMONICS

047110

000062

050114

000000

.WORD JASHN1
/ASHN2/<0>
LASCII
.WORD JASHNZ
/MULP/<0><0>
LASCII

050114

000061

ASCII

050114

000062

050114

000063

050114

000064

/MULP2/<0>
LASCII
.WORD IMULPZ2
/MULP3/<0>
LASCII
.WORD IMULP3
/MULP4G/<0>
LASCII

050114

000065

050114

000066

050114

000067

050126

000000

.WORD IMULP4
/MULPS/<0>
LASCII
.WORD IMULPS
/MULP6/<0>
LASCII
.WORD IMULP6
/MULP7/<0>
ASCII
.WORD IMULP7
LASCII
/DIVP/<0><0>

050126

000061

LASCII

050126

000062

050126

000063

050126

000064

/DIVP2/<0>
LASCII
.WORD IDIVP2
LASCII
/DIVP3/<0>
.WORD IDIVP3
ASCII
/DIVP4/<0>

050126

000065

050126

000066

000104

000000

000104

000000

/nu%p1/<0>

.WORD IDIVP

/DIVP1/<0>

.WORD IDIVP1

.WORD IDIVP4
LASCII
/DIVPS/<0>
.WORD IDIVPS

ASCII

/DIVP6/<0>

.WORD IDIVP6
JASCIT
/7L2D/<0><0><0>

.WORD ILZ2D
LASCII
/L3D/<0><0><0>
.WORD IL3D
.WORD 0
.WORD 0
.WORD 0

.WORD 0

PAGE 63-3

SEQ 0052

1-0CT=79
MACY11 27(655)
POP=11 C IS INST EXERCISER
P11
RANDOM EXERCISE MASK TABLES
(ZKEEA.
7484
7485
7486
7487

.SBTTL

10:59

PAGE 63-4

RANDOM EXERCISE MASK

SEQ 0053
TABLES

*RANDOM EXERCISING MASK TABLES

b
b

REXRN

SCEEEE

N — =

ab cod

006064
006064
006064
006064
006066
006070
006072
006074
006076

:
MMOVC
:
MCMP(
MMOVRC(:

BS?2
BS4

BS2

174000
176000
174000

MMOVTC:

- 1P2

;IP3

B8S?2

s 1P4

BS?2

;IP1 MASK

BY
EOT

125252

:1P1 MASK

;IPS

177777
177777
177777
177777
177777
177777
177777

BS4
BS2
MP02000
BY

;IP2
;IP3
;IP4
:IPS

BSNULL
BSNULL
BSNULL
B8SNULL
BSNULL

L IP7
;IP10
;1P
;IP12
:IP13

125252

MP02200
EOT

:IP1S

002000
177400

022000

BSNULL

J1P6

:IP14

(LEN)

(ADR)

(LEN)

(ADR)
(FILL)

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

(TABLE

ADR)

1-0CT=79
MACY11 27(655)
POP-11 CIS INST EXERCISER
RANDOM EXERCISE MASK TABLES
CZKEEA. P11

7535

7536
7537
7538
7539
7540
7542
7543
7549
7550
7551
7552
7553
7554
7555
7557
7558
7564
7565
7567
7572
7573
7574
7575
7577
7578
7579
7580
7588
7589

10:59

PAGE €4

SEQ 0054

*RANDOM EXERCISE MASK TABLES (CONTINUED)

174000

MLOCC:
MSKPC(:

174000
177400

006160

006170
006172

177000
176000
174000
174000
177400
125252

;IP1 MASK
JIP2
;IP3

(LEN)
(ADR)
(CHAR)

BS2
BSZ

:IP1 MASK
JIP2
;IP3
s IP4
:IPS

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

;IP1 MASK

(LEN)
(ADR)
(LEN)
(ADR)
(DATA)

BY
EOT

125252

174000
174000
177400
177400
174000
125252

BS?2
BS?2

MSCANC:
MSPANC:

BSZ
EOT
MMTCHC:

BS8
BS4
BS2
BSZ
EOT

;IP2
:IP3
;IP4

s PS5

PDP=11 CIS INST EXERCISER
MACY11 27(655)
1=0CT=79
RANDOM EXERCISE MASK TABLES
CZKEEA. P11

7591
7592
7593
7594
7595
7596
7597

10:59

PAGE 65

SEQ 0055

:RANDCM EXERCISE MODE MASK TABLES (CONTINUED)
177740
176000
177740

MCVTNP:

MCVTPN:

004000
152525
125252

000000
000000
177740
174000
125252

177740
174000
152525
177777
177777
177400
125252

.WORD BS128

.WORD
.WORD
.WORD
.WORD

BS4
BS128
MP04000
DSCPTR

.WORD EOT

MCVTLP:
MCVTLN:

.WORD WD

MCVTNL:

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

:IP1 MASK

(LONG=HIGH)
(LONG=LOW)
(LEN)

JIP2
;IP3
I1P4
:IPS

.WORD WD
.WORD BS128
.WORD BS?2

JIP2
;IP3
s IP4

.WORD BS128
.WORD BS?2

;IP1 MASK
;IP2

.WORD EOT

MCVTPL:

;IP1 MASK

.WORD DSCPTR
.WORD BSNULL
.WORD BSNULL
.WORD BY

.WORD EOT

:IP3
. IP4
IPS
s 1P6

(ADR)

(LEN)
(ADR)
(DESC POINTER)

(DATA)

1=0CT=79
MACY11 27(655)
POP=11 C {? INST EXERCISER
RANDOM EXERCISE MASK TABLES
CZKEEA.P
7642
7643
7644
7645

7646
7647
7648
7649
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

10:59

PAGE 66

SEQ 0056

:RANDOM EXERCISE MODE MASK TABLES (CONTINUED)

177740
177000
177740
002000
177740
004040
152525
177777
177777
152525
125252

177740
176000
177740
004000
177400
152525
177777
177777
152525
125252

MADDP:
MADDN:
MSUBP:
MSUBN
:
MMULP:
MDIVP:

BS128

BS128
MP02000
BS128
MP04040
DSCPTR
BSNULL
BSNULL
DSCPTR
EOT

;IP1 MASK
JIP2
:IP3

s IP4

:IPS
s IP6
D IP7

:IP10

;1P
:IP12

BS128

:IP1 MASK

BS128
MP04000

;IP3

DSCPTR
BSNULL

BSNUL
L
DSCPTR

EOT

;IP2

:IPS

. IP6

JIP?
:1P10
JIP1

(LEN)
(ADR)
(LEN)

(ADR)

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

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

POINTER)

POP=11 (IS INST EXERCISER

(ZKEEA.P11
7695
7696
7697
7698
7699
7700
7701
7702

MACY11 27(655)

RANDOM EXERCISE MASK

1=0(T=79

TABLES

10:59

F S
PAGE 67

SEQ 0057

*RANDOM FXERCISE MODE MASK TABLES (CONTINUED)
006312
006312
312

MASHP:

177740
176000
170000

177740
004000
152525

12525¢

:
MASHN

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

;IP1 MASK
3 [P
9

JIP4

;1PS

JIP6

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

POP=11 (IS INST EXERCISER
(ZKEEA.P11
7766
7747
7748
7749
7750

7764
7765
7766

006360
006362
006364

7767
7768
7769
7770
7771
7772

7773
7774

7775
7777

RANDOM EXERCISE MASK TABLES
LSBTTL

7757
7758
7759
7760
7761
7762

7763

1-0CT =79

10:59

PAGE 68

SEQ 0058

CIS INST FLOwW TABLES

;CIS INSTRUCTION FLOW TABLES

006330
006330
006330
006332
006334
006336
006340
006342
006344
006346
006350
006352
006354

7751
7752
7753
7754
7755
7756

MACY11 27(655)

006356

006366
006370
006372
006374

151600
010100
010207
010302
010504
020403
031001
031303
041001
041323
051300

060000

071123
001312
070601

001007
100000
111300
122400

006376
006400

001300
000000

006406

140000

006402
006404

007000
137000

:
XMOV(:
XMOVR(:

.WORD
-WORD
- WORD
-WORD
-WORD
-WORD
-WORD
- WORD
-WORD
-WORD
-WORD

-WORD

- WORD
- WORD
- WORD

151600

010100
010201
010302
010504
020403
031001
031303
041001
041323
051300
060000
071123
001312
070601
001007

- WORD
-WORD 100000
-WORD 111300
- WORD 122400

- WORD 001300
-WORD 000000

-WORD 007000
- WORD 137000

-WORD 140000

;MOVC FLOW TABLE S1=SRC, S2=DST
;MOVRC FLOW TABLE S1=SR(C, S2=DST
;LOAD SPECIAL HANDL ING WORD FROM PTP16
;LOAD TRO FROM PTPO1
;LOAD TR1 FROM PTPQ?2
;LOAD TRZ FROM PTPQ3
;LOAD TR4 FROM PTPOS5
;GENERATE TR3 FROM PTPO4
;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
;VERIFY THAT S2.ADR+S2.LEN+S2.SURR.LEN < TBLEN

JADD TEST BUFFER ADDRESS TO TR1 AND 1r3

JINITIALIZE TEST BUFFER

;INSERT S2 & S2.SURR STRINGS IN TEST BUFFER
:INSERT S1 & S1.SURR STRINGS IN TEST BUFFER

:COPY TEST BUFFER INTO EMULATION BUFFER

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

; COMPARE RESULTS

;JUPDATE PTRS FOR NEXT

TEST CONDITION.

RETURN TO START EXECUTING NEXT

TEST

(ONDITION

POP=11 (IS INST EXERCISER
(ZKEEA.P1T
7779

7780

7781

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

10:59

XMOVTC:

PAGE 69

SEQ 0059

;MOVRC FLOW TABLE S1=SR(C, S2=DST
;LOAD SPECIAL HANDL ING WORD FROM PTP16
;LOAD TRO FROM PTPO1
;LOAD TR1 FROM PTPQ2
;LOAD TR2 FROM PTPO3
;LOAD TR4 FROM PTPOS
;LOAD TR5 FROM PTP15 (TRANSLATION TABLE)
;GENERATE TR3 FROM PTPO4
;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

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

JADD TEST BUFFER ADDRESS TO TR1 AND TR3
JINITIALIZE TEST BUFFER

001312
070601
001007

JINSERT S2 & S2.SURR STRINGS IN TEST BUFFER
;INSERT S1 & S1.SURR STRINGS IN TEST BUFFER

100000
111300
122450

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

137000
140000

s COMPARE RESULTS

001300
000000
007000

;UPDATE PTRS FOR NEXT
RETURN TO START

TEST CONDITION.

EXECUTING NEXT

TEST

CONDITION.

PDP=11 (IS INST EXERCISER
C2KEEA.P11

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

10:59

PAGE 70

SEQ 0060

7809

7810

7811
7812

7813
7814
7815
7816
7817
7818
7819
7820

7821
7822

7823
7824
7825

006472
006472

006474
006476
006500

006502

006504
006506

006510

010504

020403
031001

031303

041001

006520
006522
006524

060000
071123
001312

006514
006516

006526

7828
7829
7830
7831
7832
7833
7834
7835
7836

006532
006534
006536
006540
006542
006544
006546
006550
006552

7837

010100
010201
010302

006512

7826

7827

151500

006530

041323
051300

070601

001007
100000
111300
122400
001300
000000
007000
131370
007000
140000

XCMPC:

.WORD 151500

;CMPC FLOW TABLE S1=SR(C1, S2=SR(Z
;LOAD SPECIAL HANDL ING WORD FROM PTP15

.WORD 010100
.WORD 010201
.WORD 010302

;LOAD TRO FROM PTPO1
;LOAD TR1 FROM PTPQ2
.LOAD TRZ2 FROM PTPO3

.WORD 020403
.WORD 031001

GENERATE TR3 FROM PTPO4
;VERIFY THAT S1.ADR=S1.SURR.LEN >=20

.WORD 041001

;VERIFY THAT S1.ADR+S1.LEN+S1.SURR.LEN < TBLEN

.WORD 010504

.WORD 031303

.WORD 041323
.WORD 051300

.WORD 060000
.WORD 071123
.WORD 001312

LOAD TR4 FROM PTPO5

:VERIFY THAT S2.ADR-S2.SURR.LEN >= 20

;VERIFY THAT S2.ADR+S2.LEN+S2.SURR.LEN < TBLEN
;ADD TEST BUFFER ADDRESS TO TR1 AND TR3
JINITIALIZE TEST BUFFER
;INSERT S2 & S2.SURR STRINGS IN TEST BUFFER

.WORD 070601

;INSERT ST

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

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

.WORD 001007
100000
111300
122400
001300
000000
007000
131370
007000
140000

& S1.SURR STRINGS IN TEST BUFFER

; COMPARE RESULTS
;UPDATE PTRS FOR NEXT TEST CONDITION.
;
RETURN TO START EXECUTING NEXT TEST CONDITION.

POP=11 ( IS INST EXERCISER
(ZKEEA.P |

7839

7840
7841
7842
7843
7844
7845
7846
7847
7848
7849
7850
7851
7852
7853
7854
7855
7856

7857
7858

7859

7860
7861
7862
7863
7864
7865
7866

006554
006554
006556
006560
006562
006564
006566
006570
006572
006574
006576
006600
006602
006604

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

10:59

PAGE

SEQ 0061
;MATCHC FLOW TABLE S1=SR(C,

XMAT(CHC:

S2=0BJ

;LOAD SPECIAL HANDL ING WORD FROM PTP15
;LOAD TRO FROM PTPO3
;LOAD TR2 FROM PTPO1
;LOAD TR3 FROM PTPQ2
;LOAD TR4 FROM PTPOS
;GENERATE TR1 FROM PTPO4
;VERIFY THAT S1.ADR-S1.SURR.LEN >=20
;VERIFY THAT S2.ADR-S2.SURR.LEN >= 20

001007
071101
001312
100000
111300
122000
001300
000000
000170
131370
001700
140000

;VERIFY THAT S1.ADR+S1.LEN+S1.SURR.LEN < TBLEN
;VERIFY THAT S2.ADR+S2.LEN+S2.SURR.LEN < TBLEN
;ADD TEST BUFFER ADDRESS TO TR1 AND TR3
JINITIALIZE TEST BUFFER
;INSERT S2 & S2.SURR STRINGS IN TEST BUFFER
;INSERT S1 & S1.SURR STRINGS IN TEST BUFFER
;COPY TEST BUFFER INTO EMULATION BUFFER
;SETUP EMULATION OPERANDS & EMULATE INST

;SETUP CC & REGS AND EXECUTE Ci5 INST.

; COMPARE RESULTS
;UPDATE PTRS FOR NEXT TEST CONDITION.
;

RETURN TO START EXECUTING NEXT

TEST

CONDITION.

PDP=11 CIS INST EXERCISER
(ZKEEA.P11

MACY11 27(655)

1-0CT=79

CIS INST FLOW TABLES

10:59

K
2
PAGE 72

SEQ 0062
1

;CMPP FLOW TABLE S1=SR(C1, S2=SR(Z

XCMPP:
XCMPN:

;CMPN FLOW TABLE S1=SR(C1, S2=SR(?

;LOAD SPECIAL HANDL ING FROM PTP15
;LOAD TRO FROM PTPO1
;LOAD TR1 FROM PTPQO2
;LOAD TR2 FROM PTPO3
;LOAD TR4 FROM PTPOS
;GENERATE TR3 FROM FTPO4
JVERIFY THAT S1.ADR=-S1.SURR.LEN >=20

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

060000

075123

074601
100000
111300
122000

001300
000000
007000
137000
140000

:VERIFY THAT S1.ADR+S1.LEN+S1.SURR.LEN < TBLEN
;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
s INSERT S1 & S1.SURR STRINGS IN TEST BUFFER
;COPY TEST BUFFER INTO EMULATION BUFFER
;SETUP EMULATION OPERANDS & EMULATE

INST

;SETUP (CC & REGS AND EXECUTE CIS INST.

; COMPARE RESULTS
;UPDATE PTRS FOR NEXT TEST CONDITION.
;s

RETURN TO START EXECUTING NEXT

TEST

CONDITION.

PDP=11 CIS INST EXERCISER
(ZKEEA.P1T

7896

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

10:59

006712
006712
006712
006714
006716
006720
006722

PAGE 73

SEQ 0063
;ASHP FLOW TABLE
sASHN FLOW TABLE

;LOAD SPECIAL HANDL ING FROM PTP15
;LOAD TRO FROM PTPO1
;LOAD TR1
LOAD TR2
;LOAD TR4
GENERATE

FROM PTPQ2
FROM PTPO4
FROM PTPO3
TR3 FROM PTPO5

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

:VERIFY THAT DST.ADR-DST.SURR.LEN >= 20

;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 & 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
sSETUP CC & REGS AND EXECUTE CIS INST

007009

140000

7924

; COMPARE RESULTS

;UPDATE PTRS FOR NEXT TEST CONDITION

AND RETURN TO START EXECUTING NEXT
TEST

CONDITION

PDP=11 CIS INST EXERCISER
CZKEEA.P11

150700
010100
010201

MACY11 27(655)

1-0CT- 79

CIS INST FLOW TABLES

XLOCC:
XSKPC:

10:59

.WORD 150700
.WORD 010100

051000

.WORD 010201
.WORD 010304
.WORD 030601
.WORD
.WORD

070401
000605

.WORD
.WORD

010304
030601
040601

100000

111000
121400
001000

000170
131700
001700
140000

.WORD
.WORD

.WORD
.WORD
.WORD

M 5
PAGE 74

SEQ 0064

;LOCC FLOW TABLE
;SKPC FLOW TABLE
;LOAD SPECIAL HANDL ING WORD FROM PTPO7

;LOAD TRO FROM PTPO1
;LOAD TR1 FROM PTPQO2
;LOAD TR4 FROM PTPO3
;VERIFY THAT SRC.ADR=-SRC.SURR.LEN >=20

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

;ADD TEST BUFFER ADDRESS TO TR1
;INITIALIZE TEST BUFFER

s INSERT SRC & SRC SURR STRINGS IN BUFFER

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

.WORD

.WORD
WORD
WORD 001700
WORD 140000

; COMPARE RESULTS

;UPDATE POINTERS AND RETURN FOR NEXT
;

TEST CONDITION.

PDP=11 CIS INST EXERCISER
CZKEEA.P1T
7953
7954

007040

7959

007040

7955
7956
7957
7958
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

10:59

XADDP :

007040
007040
007040
007040
007040
007042

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

XDIVP:

;ADDN FLOW
:SUBP FLOW
;SUBN FLOW
sMULP FLOW
.WORD 152100
.WORD 010110

007044
007046
007050
007052
007054
007056
007060
007062
007064
007066
007070
007072
007074

010201
010322
010534
010605
020403
031101
031403
031705
041101
041423
041745
051350
060000

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

007102

074701

.WORD 074701

007076
007100

007104
007106
007110
007112
007114
007116
007120
007122
007124
007126

071545
001716

075223
100000
111350
123000
001350

007000
135700
007000
140000

SEQ 0065
;ADDP FLOW TABLE

XADDN :
XSUBP:
XSUBN:
XMULP :
152100
010110

N 5
PAGE 75

010201
010322
010534
010605
020403
031101
031403
031705
041101
041423
041745
051350
060000

.WORD 071545
.WORD 001716
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD

075223
100000
111350
123000
001350
000000
007000
135700
007000
140000

TABLE
TABLE
TABLE
TABLE

;DIVP FLOW TABLE

;LOAD SPECIAL HANDLING FROM PTP21
;LOAD TRO FROM PTPO1
;LOAD TR1 FROM PTPQ2
;LOAD TR2 FROM PTPO3

;LOAD TR4 FROM PTPOS
;TYPE O USE ONLY = LOAD TR5 FROM PTPO6
;GENERATE TR3 & TR5 FROM PTPO4

;VERIFY THAT SRC1.ADR-SRC1.SURR.LEN >= 20
;VERIFY THAT SRC2.ADR-SRC2.SURR.LEN >= 20
;VERIFY THAT DST.ADR=DST.SURR.LEN >=20
;VERIFY THAT SRC1.ADR+SRC1.LEN+SRC1.SURR.LEN < TBLEN
;VERIFY THAT SRC2.ADR+SRC2.LEN+SRC2.SURR.LEN < TBLEN
;VERIFY THAT DST.ADR+DST.LEN+DST.SURR.LEN < TBLEN
;ADD TEST BUFFER ADDRESS TO TR1,TR3, & TRS
;INITIALIZE TEST BUFFER
s INSERT DST & DST.SURR STRINGS IN TEST BUFFER

;INSERT SRC1

IN TEST BUFFER

s INSERT SRC2 IN TEST BUFFFER
;COPY TEST BUFFER INTO EMULATION BUFFER
;SETUP EMULATION OPERANDS & EMULATE INST
;SETUP CC & REGS AND EXECUTE CIS INST.

; COMPARE RESULTS
;UPDATE POINTERS FOR NEXT TEST CONDITION

;
;

AND RETURN TO START EXECUTING NEXT
TEST CONDITION

PDP=11 CIS INST EXERCISER

(ZKEEA.P11
7991

7992

7993
7994
7995
7996
7997
7998
7999
8000
8001
8002
8003
8004
8005
8006
8007
8008

8009
8010
8011
8012
8013
8014
8015
8016
8017
8018

8019

007130

007130
007130
007132
007134
007136
007140
007142
007144
007146
007150
007152
007154
007156
007160
007162
007164

007166
007170
007172
007174
007176
007200
007202
007204
007206
007210

MACY11
27(655) 1-0CT=79 10:59 PAGE ?6
CIS INST FLOW TABLES
XSCANC:

151500
010100
010201
010302
010303
010404
020505
031001
031305
041001
041325
051500
060000
071125
070601
001007
100000
111500
122000

001500

000170
131570
001700
140000

XSPANC :

SEQ 0066
;SCANC FLOW TABLE

.WORD 151500
WORD 010100
WORD 010201
wORD 010302
.WORD 0103C3
.WORD 010404
.WORD 020505
.WORD 031001
.WORD 031305
.WORD 041001
.WORD 041325
.WORD 051500
.WORD 060000
.WORD 071125
.WORD 070601
.WORD 001007
.WORD 100000
.WORD 111500
.WORD 122000
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD

001500
000000
000170
131570
001700
140000

sSPANC FLOW TABLE
;LOAD SPECIAL HANDLING WORD FROM PTP15
;LOAD TRO FROM PTPO1
;LOAD TR1 FROM PTPOZ2
;LOAD TR2 FROM PTPQ3
;LOAD TR3 FROM PTPQ3 (TR2 & TR3 CONTAIN TABLE LEN)
;LOAD TR4 FROM PTPO4
;GENERATE TR5 FROM PTPOS
;VERIFY THAT SRC.ADR - SRC.SURR.LEN > = 20.
;VERIFY THAT TABLE.ADR - TABLE.SURR.LEN > = 20
;VERIFY THAT SRC.ADR+SRC.LEN+SRC.SURR.LEN<TBLEN
JVERIFY THAT TABLE.ADR+256+TABLE SURR LEN<TBLEN
;ADD 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
;UPDATE PTRS FROM NEXT TEST CONDITION

POP-11

(I S INST EXERCISER

(ZKEEA.P11
8021
8022

8023
8024
8025

8026
8027
8028

8030
8031
8032
8033
8034
8035
8036
8037
8038
8039
8040
8041
8042
8043
8044
8045
8046
8047

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
010110
010201
010322

020403
030701
031203
040701
041223
051300
060000
071023
001211
074501
100000
111300
122
001300

007000
133700
007000
140000

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

XCVTPN:
XCVTNP:

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

10:59

151400
010110
010201
010322

020403
030701
031203
040701
041223
051300
060000
071023
001211
074501
100000
111300
122000
001300
000000
007000
133700
007000

.WORD 140000

C 6
PAGE 77

SEQ 0067

;CVIPN FLOW TABLE
;CVINP FLOW TABLE
;LOAD SPECIAL HANDLING FROM PTP14

;LOAD TRO FROM PTPO1
;LOAD TR1 FROM PTPQ2
;LOAD TR2 FROM PTPO3

;GENERATE TR3 FROM PTPO4
;VERIFY THAT SRC.ADR=-SRC.SURR.LEN>=20
;VERIFY THAT DST.ADR-DST.SURR.LEN>=20
;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 & TR3
JINITIALIZE TEST BUFFER
s 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
;UPDATE PTRS FROM NEXT TEST CONDITION

PDP=11 CIS INST EXERCISER
(ZKEEA.P1T

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

10:59

PAGE

SEQ 0068

;CVTLP FLOW TABLE
;CVTILN FLOW TABLE
;LOAD SPECIAL HANDL ING FROM PTP10
;LOAD TR2 FROM PTPO1
;LOAD TR3 FROM PTP(O2
;LOAD TRO FROM PTPQ3
;LOAD TR1 FROM PTPO4

XCVTLP:
XCVTLN:

*VERIFY THAT DST.ADR=DST.SURR.LEN>=20
VERIFY THAT DST.ADR+DST.LEN+DST.SURR. EN<IBLEN

TDD TEST BUFFE

ESS

sINITIALIZE IE;T BUFFER

TR1

s INSERT DST & DST SURR STRINGS IN BUFFER
;COPY TEST BUFFER INTO EMULATION BUFFER
;SETUP EMULATION OPERANDS & EMULATE INST
;SETUP (C REGS & EXECUTE CIS INST

; COMPARE RESULTS
00733(»

140000

;UPDATE PTRS FOR NEXT

TEST CONDITION

POP=11

(I ?

(ZKEEA.P1

INST EXERCISER

1-0CT= 79
MACY11 27(455)
CIS INST FLOW TABLES

10:59

PAGE 79

SEQ 0069

;CVIPL FLOW TABLE

:
XCVTPL
XCVTNL:

;CVINL FLOW TABLE
;LOAD SPECIAL HANDL ING FROM PTPQ7
;LOAD TRO FROM PTPO1
;LOAD TR1 FROM PTPQO2
;LOAD TR4 FROM PTPO6

;VERIFY THAT SRC.ADR=-SR(C.SURR.LEN.+20

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

;ADD TEST BUFFER ADDRESS TO TR1
JINITIALIZE TEST BUFFER
s INSERT SRC STRING IN TEST BUFFER
;COPY TEST BUFFER INTO EMULATION BUFFER
;SETUP EMULATION OPERANDS & EMULATE INST.
;SETUP (C REGS & EXECUTE (IS INST

137000

140000

; COMPARE RESULTS

;UPDATE PTRS FOR NEXT

TEST CONDITION

PDP=11 CIS INST EXERCISER
(ZKEEA.P1T

8102
8103

007402
007402
007402
007404
007406
007410
007412
007414
007416
007420
007422
007424
007426
007430
007432

010100
010201

MACY11 27(655)

1=0(CT~ 79

CIS INST FLOW TABLES

10:59

SEQ 0070

;L2DR FLOW TABLE
;L3DR FLOW TABLE
;LOAD TRO FROM PTPQ1
;LOAD TR1 FROM PTPO?
;LOAD TR2 FROM PTP(Q3
;LOAD TR3 FROM PTPO4
;LOAD TR4 FROM PTPOS
;LOAD TRS FROM PTPO6
SINITIALIZE TEST BUFFER
;GENERATE TRN FROM PTPO7

XL2D:
XL3D:

010302
010403
010504
010605
060000
020700

;COPY TEST BUFFER INTO EMUL. BUFFER

100000
110000

137000
140000

F 8

PAGE

JSETUP EMUL. OPERANDS & EMUL INST.
;SETUP (C & REGS & EXECUTE CIS INST.

140000

; COMPARE RESULTS
;UPDATE PTRS FOR NEXT

TEST CONDITION.

PDP=11 (IS
(ZKEEA.P11

INST EXERCISER
MACY11
GLOBAL TEXT SECTION

.SBTTL

8120

8123
8124
8125

27(655)

FORMAT

1=0(T=79

10:59

G 6
PAGE 80-1

GLOBAL TEXT SECTION
STATEMENTS USED

IN PRINT CALLS

066440

053117

ingeg?GE?ASCIZ /%A MOV(/

040445
22

046440
000

053117

AMOVR(C:

.ASCIZ

/%A MOVR(/

020101
000103
046040

047515

AMOVTC:

.ASCIZ

/%A MOVTC/

041517

ALOCC:

.ASCIZ

/%A LOCC/

8127

5
052126
040445

8128

040445

051440

050113

ASKPC:

.ASCIZ

/%A SKP(/

8129

040445

040503

ASCANC:

.ASCIZ

/%A SCANC/

8130

050123

ASPANC:

.ASCIZ

/%A SPANC/

8131

045
047101
040445

051440
000
020101
000103
041440

050115

ACMPC:

.ASCIZ

/%A CMP(/

8132

040445

046440

052101

AMATCHC:
. ASCIZ

/%A MATC/

8133

040445

040440

042104

AADDN:

.ASCIZ

/%A ADDN/

8134

040445

051440

041125

ASUBN:

_ASCIZ

/%A SUBN/

8135

040445

041440

050115

ACMPN:

_ASCIZ

/%A (CMPN/

8136

040445

052126

ACVTNL:

.ASCIZ

/%A CVTNL/

8137

053103

ACVTPN:

.ASCIZ

/%A CVIPN/

8138

045
050124
040445

052126

ACVTINP:

_ASCIZ

/%A CVINP/

8139

045

051501

AASHN:

_ASCIZ

/%A ASHN/

8140

053103

ACVTLN:

.ASCIZ

/%A CVTLN/

8141

045
046124
040445

041440
000
020101
000116
041440
000
020101
000
020101
000116
040440

042104

AADDP:

_ASCIZ

/%A ADDP/

8142

040445

051440

041125

ASUBP:

_ASCIZ

/%A SUBP/

8143

040445

041440

050115

ACMPP:

_ASCIZ

/%A (MPP/

8144

040445
046120
045
050114
045
050126
045
050110

041440
000
020101
000
020101
00 0
020101
000

052126

ACVTPL:

.ASCIZ

/%A CvTPL/

052515

AMULP:

_ASCIZ

/%A MULP/

044504

ADIVP:

_ASCIZ

/%A DIVP/

051501

AASHP:

_ASCIZ

/%A ASHP/

8126

8145
8146

8147

SEQ 0071

PDP=11 CIS
(ZKEEA.P11

8148
8149

8150

8151
8152

MACY11
INST EXERCISER
GLOBAL TEXT SECTION

007745
007752
007756
007764
007770
007776

045
046124
040445
047445
040445
047445

020101
000120
046040
000061
046040
000061

010002

051445
046123
051501
040445
022465
032523
031123
053132
051445

031462
051445

010010
010016

010024

8153

8154

031123
053132
8155

031462
051445

053132
8156

031462

27(655)

1=0(T=79

10:59

PAGE 80-2

053103

ACVTILP:

(ASCIZ

/%A CVTLP/

042062

ALZ2D:

(ASCIZ

/%A L2D%01/

042063

AL3D:

.ASCIZ

/%A L3D%01/

040445
022465
032523
051445
022501
022506
0471017
000116
040445
022465
032523
051445
022501
022506
022524
047101
000116
040445
022465
031123
040510
022461
022503

FORM1:

LASCIZ

/%S23XASLASSKASALSSXADL
XSS AADALSSXAF XS24 XANZVC AIN/

FORM?:

LASCIZ

/%S23XASLASSXASAXSSXADL
2SS XADAXSSXAF XSEXATZST15XANZ VI AN/

FORM3:

LASCIZ

/ %S23XASLASSHASAYS2ZXACHARXS2
1 XANZVC AN/

040445
022465
031123
051501
040445
022465
022503

FORM4:

LASCIZ

/%S23XASLASSXASAXS23XAMASK
XS 3XAT XS 15 ZANZ VI AN/

040445
032123

F ORMS:

LASCIZ

/%S23AASTLASLXASTAXSLXASOL
XSLXASCAXSLXAF XSCLUANZ VI AN/

040445
022465
032523
051445
022501
047101

FORM6:

LASCIZ

/%S23XASLASSRASAXSSXAOL
XSS XAQAXS32XANZ VI AN/

022501
031123
040445
032123
031123
053132
8157

031523

022462

SEQ 0072

PDP=11

CZKEEA. [

8158

MACY11 27(655)
INST EXERCISER
GLOBAL TEXT SECTION

053132
051445
030523

022503

8159

8160

031523
053132
8161

031462
051445

8162

053132
8163

8164

026460

000116
040445
032123
022501
031123
040445
032123
051445
022501
047101
000116
040445
032123
022501
031123
040445
031523
053132

1-0(T=79

10:59

PAGE 80-3

SEQ 0073

FORM?7:

LASCIZ

/%S23XASTLASLXASTAXSLRAS2L
XS4 RAS2ALSLXADL XSSRADAZS 14 %ANZ V( AIN/

FORME:

LASCIZ

/%S23%ASTLASLXASTAXSLRAS2L
XS4 XASCAXS32XANZ VC AN/

040445
022465
032523
022510
027104
022462
022503

FORMY:

LASCIZ

/%S23UASLASSXASAXSSAAD
. HXS4XAD . L XS32XANZV AN/

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

FORM10:

LASCIZ

/%S23XASLUSSRASAXSSZADL
XSS XADALS32XANZV AN/

FORM11:

LASCIZ

/%S23XASLASSXASAZSSRADL
XSSXADAXSSZAR , SXS22XANZ VL AN/

FORM12:

LASCIZ

/%S23XADLXSSRADARSSXAS
. HASLXAS . LXS32XANZV( AN/

INREG:

LASCIZ

+%A INPUT

031462
051445
022501
027123
040445
031523
053132

040445
022465

044440
020040
033122

050116
051040
041454

032523

022510

027123
022462
022503

RO=R6,(C/

INST EXERCISER
MACY11 27(655)
GLOBAL TEXT SECTION

8171
8172

PAGE 80-4

_ASCIZ

+%A INPUTS IN MEMORY/ +

050
05104
041454

EMOUT:

LASCIZ

+%A EXP OUT RO-R6,CC/ +

030523

FORM13:

_ASCIZ

/%06XS1%06%STX06%XS1X06%S1%06XST1X06%S1X06XST1XYLAIN/

052103

ACOUT:

.ASCIZ

+XA ACT OUT RO-R6,CC/ +

000040
022466

030523

FORM15:

.ASCIZ

/%06%S1/

033523
033568

000
022461

FORM16:
FORM17:

.ASCIZ
.ASCIZ

/%S7/
/%S61%Y4/

»H

—_—

040440

040445

—

/%06%S1%06%S1%06%S1206%S1%06%S1206%S1%06%S1%XY4
AN/

_ASCIZ

FORM14:

030523

022466

047445

SEQ 0074

N
W

INMEM:

(]

050
047
051

N
N

\V,]

10:59

047445

8170

000040
044440
020123
046505
000040
042440
052125
033128
00004
022466

1=0CT=79

o
W

8169

S8 g \h\hw §uwww
G R SN

8168

047445

Q
P

8167

040445
047440
026460

~
~
~

8166

027503
040445
052125
046440

N
~

8165

R N IR NS N R R I T g = S

PDP=1
(ZKEE

8173
8174

401
405
1412

045
045
054105

032131
022516
020120

000
020101
052502

FORM18:
EBUFO:

.ASCIZ
.ASCIZ

/XY4/
+%N%A EXP BUFFER X06XA/ %03%N+

8175

011442

040445

040440

052103

ABUFO:

.ASCIZ

+X%A ACT BUFFER X06%A/ %03+

011464

027501
000
015
047117
051075

022440

031517

041412
027124
050105
042524
051075
(052122
051511

041475
051073
040505
052123
051505
042073
046120

QDISP:

.ASCIZ

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

011473
011500
011506
14
2
0
36
b

b wsd

lelelelelele

8176

44
52

020124

051473
040524
042075

054501
051117

046440
035531

046505
036510

756
1764
011772

N
o

WoOoOwm

- NO

VO —
oONHnoO

/XNXACIS INST EXECUTION USED MORE THAN 64 LOCS ON STACKIN/

8?3?8%

STKMZ2:

.ASCIZ

/%NXACIS INST EXECUTION DESTROYED CONTENTS OF WORD AT STACK+2%N/

—>

~
&S
o

wvh

052116

042530

053440
052101
045388

051117
051440
051053

8179

012003
012010
012016
012024
012032
012040
012046
012054
012062
012070
012076

045
040522
030440
052503
047440
020123
044440
052123
044440
050123
042523

022516
020120
020060
051122
020116
047111
020116
021440
020123
050040
052116

052101
047524
041517
042105
044503
052123
042524
027061
044503
042522
022477

CISQ:

.ASCIZ

/%INXATRAP TO 10 OCCURRED ON CIS INST IN TEST #1.

8180

012106
012114

047045
050101

051124
020117

MMVMSG:

.ASCIZ

/XNXATRAP TO 250/

8181

26
Gk

047045
050101

040445
052040
000060

040445
052040

051124
020117

TRAP4:

_ASCIZ

/XNXATRAP TO 4/

8182

44
25

047045
050101

040445
052838

051124
020117

TRAP10:

.ASCIZ

/ANXATRAP TO 10/

051122

022516
051117

042501
044040

HLTMSG:

.ASCIZ

/XNXAERROR HALT/

047045

040445

044503

NOPROG:

.ASCIZ

/XNXACIS INST

8183
8184

000064

020123
044440
020124

SEQ 0075

_ASCIZ

042524

—

STkM1:

051124

PAGE 80-5

041501
051516
041505
020116
046440
044124
020064
047440
041501

051505

043117
020104
040524

10:59

N -

052123

1=0CT=79

052101
046101
041440
051516

052503
042040
054517
047117
020123

n
2

042440

033040

—_

?V’
.

020116

—

047101

047511
042105

(olele]

¥, ]

L=
NN [0, - g

052125
051525

044040
052701
044440
000
022516
044440

KR
3 R

(¥,|

299SR

L2999

045
051511

o
o
no
~
oN

NI ‘w o~
AR ~R [S1,¥]

NN
Vs
on

il oy =
i
D
d ] D wd e
o
i
— i

il
)

i
)

8178

023040
020124
051511

E2TERR P
8-S

D
D
it
)
D
il

S aid
) e

D
)

i
)

D
)

8177

o> oo
—
d

i ol
) il

D
e

eololelololololelelelololololeololololelololslsls]

) e}
d

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

047111
020123
040515

052123
047516
044513

IS NOT MAKING PROGRESSXN/

IS CISP PRESENT?2%N/

MACY11
PDP=11 Cl ? INST EXERCISER
CZKEEA P1
GLOBAL TEXT SECTION

012232

012240
012246
012250

043516
051107

050040
051505

047522
022523

040445
041516
042503
022505
004

040514
020131

10:59

PAGE 80-6

27(655)

1-0CT=79

LATEXC:

LASCIZ

/AINXALATENCY EXCESSIVEAN/

:
TRPINF

.ASCIZ

/%A

AT:%06%A

SEQ 0076

MODE :X01%A

D-EN:%B1XA

INST:%06%A

INST CT:ZD2%ZS1XDS%IN/

042045
8187

047105
047111
052103
047524
020124
020076

ASK:

LASCIZ

/%NXAENTER INSTRUCTION TO TEST <ALL>

8188

051101
020115
044503
042117
047440

ASKRM:

LASCIZ

/XNXARANDOM EXERCISE MODE

050101
051523
051505
042504
042513
051454
026126
051105
00

:
ASKMOD

LASCIZ

/ANXAPROCESSOR TEST MODE

ASKMM:

LASCIZ

/XNXAMEMORY MANAGEMENT

(Y OR N)

037440
8189

8190

012710

037451

020040

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

(N=0OFF ,D=D-SPACE ENABLED,H=D-SPACE DISABLED)?

PDP=11 CIS INST EXERCISER
MACY11 27(655)
CZKEEA.P1
GLOBAL TEXT SECTION

8191

012715
012722
012730
012736
012744
012752

045
051505
042524
040524

022516

052101
047111

1-0CT=79

10:59

M 6
PAGE 80-7

ASKINT:

LASCIZ

/ANXATEST

8192

ASKSRC:

LASCIZ

/ANXAINTR SOURCE

8193

:
ASKDI

.ASCIZ

/ANZAA_LOW INTERRUPTING THE CIS INST EXECUTED DURING NORMAL

8194

NOLAT:

LASCIZ

/ANXACAN'T TEST LATENCY = NEED 2ND KW11-P/

8195

NOINT:

LASCIZ

/AINXACAN'T

013376

INTERRUPTABILITY OF

SEQ 0077

TEST

CIS INSTRUCTIONS

(KW11-P REQUIRED)

(Y OR N

(R=LTC ,N=KW11-P @100KHZ,C=KW11=-P @10KHZ,Y=KW11-P EXT 0S

INTERRUPTABILITY = NO CLOCK/

INTR SERVICE

PDP=11 C :

CZKEEA.P

INST E{ERCISER
MACY11 27(655)
OBAL TEXT SECTION

047045
052111
020116

040445
044103
044582

053523
047440
020123

013466
013474

041505
044523

020126
044388

047520
047117

8197

013505
013512
013520
013526
013534

045
051511
020124
042105
041101

022516
044440
040506
052040
051117

8198

013544
013552
013560
013566
013574
013602
013610

047045
042516
045503
020114
042523
020122
051122

013627
013634
013642
013650
013656
013664
013672

819%

8200

8201

8202

8203
8204
8205

10:59

PAGE 80-8

SEQ 0078

SWNG:

.ASCIZ

/INZASWITCH ON CIS MODULE ACTS LIKE IT IS IN THE INCORRECT POSITIONZN/

041501
051516
046111
020117
022524

NOABO:

.ASCIZ

/INZACIS INST FAILED TO ABORTZN/

040445
041440
053440
042502
020104
047111
050125

044514
047514
046111
052440
047506
042524
020124

KWI11L:

.ASCIZ

/INXALINE CLOCK WILL BE USED FOR INTERRUPT SOURCEZN/

015
024122
047445
051445
051445
051445
051883

000
040412
024523
022466
022463
022462
022462
022462

042104
000077
027501
031517
031517
031517
031517

AST:

.ASCIZ

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

FORM19:

.ASCIZ

+X06%A/%S3%03%S2%03%S2%03%S2%03+

013701
013706
013714
013722

045
020040
020040
030440

020101
020040
020060
820048

020040
020040
020040
020040

ADDHDR:

.ASCIZ

/%A

013736
013744

020040
020040

020040
832440

020064
020040

013760
013765
013772

033440
045
022463

000
047445
047445
047445
047445

FORM20:

.ASCIZ

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

014023
014030

045
0866%%

047045
031123
031123
031123
031123
000116
000
022516
022503

FORM21:
FORM22:

_ASCIZ
.ASCIZ

/2IN/
/XNXA SRC%S13/

047045

040445

051440

FORM23:

_ASCIZ

/XN%A SRC1%S12/

013616

8199

1-0CT=79

014000
014006
014014
014020

014040

047523

022463
022463
022463
047045

051125

042503

020101
030523

7%N/

POP=11 CIS INST EXERCISER
MACY11 27(655)
(ZKEEA.P11
GLOBAL TEXT SECTION

041522
000062
047045
041522
000062
047045
050130
046125
000
045
041501
052523
000064
040445
051445

1-0CT=79

10:59

PAGE 80-9

022461

030523

040445
022462

051440
030523

FORM24:

LASCIZ

/ANRA SR(2%S12/

040445
051040
022524

042440
051505
032123

FORM?2S:

LASCIZ

/%NXA EXP RESULTZ%S4/

022516
020124
052114

020101
042522
051445

FORM26:

/AIN%A ACT RESULTXS4/

FORM27:
FORM30:

.
.

/%A /
/XS2XAINST CNT:XD2XS1%D5/

FORM31:
FORM32:

.
.

/%A1/
/%A
SIGN BYTE=(/

FORM33:
FORM34:
FORM3S:

FORM36:

.
.

/%A)
/
/XA +/

FORM37:

.ASCIZ

/XNXAERROR #%D6/

8218

FORM38:

LASC1Z

/%NXAFRROR IN UNUSED REGISTER SET: USED SET:X01/

8219

FORM39:

.ASCIZ

/ANXAEXP
: X06%A

8206

8207

—d

N —

(o JV,
P YWY

8'\)

8208

014046
014054

044523
052131
000
000055
040445
046517
047105
051117
022504
022466
022466
022466

8217

051105
022443

022461

051445
051445
051445
051445
051445

/XA =/
/ ANINXARANDOM # GENERATOR SEEDXSS5X06XS2%X06XS2%X06%N/

ACT RO-R5 %06XS1X06%S1%06%XS1%06%S1%06%S1%06/

SEQ 0079

014506

022461
045
051124
022472

033117

000

047111

1-0CT=79

10:59

PAGE 80-10

SEQ 0080

FORM4O:

LASCIZ

/%A INTR CNT:XD4%A REG SET:%01X%A MODE :/

8221

FRM4OA:

LASCIZ

/%A

8222

1:
FORMA

LASCIZ

/%S23%XAR0%SSXART
XSS ZAR2XSSXAR3XSSXARL XSS XARS XSS XARG LS SXANZVC AN/

8223

FORM4?:

LASCIZ

/XNXACIS

8220

8224

W)
— —
FENROR
v

no &~

b
i

i
i

b
i

el
b cnd

b o
- ed

eolelelelelelele

042105

INTERRUPT/

050125

040445

051520
020124
052517
053101
047105
041040

FORM43:

LASCIZ

/%NZAPSW BIT 8 SHOULD HAVE BEEN SET BUT WAS NOTZN/

FORM44:

LASCIZ

/ANZABIT 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

022516

(WL RW AV W LW AV AV, LV, ]

8226

INSTRUCTION WAS SUSPENDED TO SERVICE

051122

052117
8225

D=EN:/

051501
047045

THAT

(IS

INST BACKED UP PC

TOO FAR/

'l
]

POP=11 CIS INST EXERCISER
MACY11 27(655)
(ZKEEA. P11
GLOBAL TEXT SECTION

8227

8228

015160
015166
015173
015200
015206
015214

047520

052040
051101
022516

047105

047517
000
004501

044524
020117
041511
042524
022524
060445

015244

1-0CT=-79

10:59

PAGE 80-11

SEQ 0081

FORM&G:

LASCIZ

/%INXA

WHEN EXITING TO SERVICE

INTERRUPTZN/

FORM47:

LASCIZ

/AINZACIS INST CO‘PLETED BUT PSW BIT 8 STILL SETIN/

FORM4S:

LASCIZ

/ANXAIN=LINE CIS INSTRUCTION COMPLETED WITH PC/

FORM4S:

LASCIZ

/%NXA

QUES:

LASCIZ

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

:
XCRLF
:
SLCRLF
ENDP:

.ASCIZ
LASCIZ
LASCIZ

<CR><LF>
<SL><CR><LF>
<CR><LF>/END OF

PASS

(EXECUTION OF

ENDQP:

LASCIZ

<CR>XLF>/END OF

QUICK

VERIFY PASS/

sad

8229

8230

8231
8232
8233
8235

8240

015310
015316
015324
015325
015332
015340
015346
015354
015362
015370
015376
015403
015410
015416
015424
015432
015440
015446
015454
015462
015470
015476
015504
015512
015515
015521
015526
015534
015542
015550
015556
015564
015572
015600
0715606
015611
015616
015624
015632

052105

022516
044514
05151
051124
047117
046120
053440

024505
C15

047440
041511
044522

POINTING AT

IN-LINE OPERANDS RATHER THAN NEXT

052105

042116
052521
042526
050040

~Amn

POP=11 CIS INST EXERCISER
MACY11 27(655)
CZKEEA.P1T
GLOBAL TEXT SECTION

TABLED

TEST

INSTZN/

CASES COMPLETE)/

8241

015640

051501

000123
047111

052123
051105

1=0(T=79

10:59

PAGE 80-12

SEQ 0082

ESHDR:

.ASCIZ

<CR><LF>/INST UNDER TEST WILL BE DISPLAYED AT THE START OF TES?ING FOR E

QVHDR:

.ASCIZ

<CR><LF>/QUICK VERIFY PASS

047111
020122
044440
052521

8242

TIME:

APPROX.

3 MINUTES/

052125
8243

ACCSEED:.ASCIZ

/ANZAENTER 3 RANDOM NUMBER GEN.

051523
035105
032064
047522
046440

FSHDR1:

.ASCIZ

<CR><LF>+PASS

FSHDR2:

.ASCIZ

<CR><LF>/ENTERING RANDOM

FSHDR3:

.ASCIZ

<CR>XLF>/NO FURTHER END OF

020114
051523

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

040522
021440
051105

042116
043440
052101

FSHDR4:

.ASCIZ

<CR><LF>/RANDOM # GENERATOR

041440
047101
022440
005015
052040
030440
040440
020130
047111
015
051105
040522
052040
047515
015
052506
020122

8245

8250

8251

8252

042501
031440
047504
041115
047105
042105
052123
020072

016242
016250
016256
016264
016272
016274
016302
016310

043117
020123
043501

046111
044440
000104
005015
046517
047105

TIME:

11/44

APPROX

SEED CONSTANTS:

2ZN/

30 MIN+

TEST MODE/

PASS MESSAGES WILL BE

SEED

CONSTANTS WILL

ISSUED/

PRINTED/

[an
B ¢]

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

PDP=11

MACYT1 27(655)

CIS INST EXERCISER
GLOBAL TEXT SECTION

(ZKEEA, P11

8257

8258

8260

8265

8266
8267

016316
016324
016332
016340
016346
016354
016360
016366
016374
016402
016410
016416
016424
016427
016434
016442
016450
016456

051117
020104
040524
044527

051440
047503
052116
046114
051120
000104
020040
051105
032062
044440

041525

052040
000
026501
026455
026455
026455
N26455
026455
026455
026455

016464
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

051105
020122

032063
020105
043515
020116
046505
051105
000124

042515
052115
054523
052440
052040

10:59

PAGE 80-13

SEQ 0083

042505
05151¢
020123
041040
047111
F SHDRS:

LASCIZ

<CR><LF>/

026455
026455
026455
026455
026455
026455
026455
026455
026455
026455
000
026501
026455
026455

DASH:

LASCIZ

/YA=mmmmmmmm
e
e
e eee

SDASH:

LASCIZ

/ANIA=

045532

PNAME
:

LASCIZ

<CR><LF>/CZKEEAQ PDP=11

027461
050131
020115

MPT 34 :

LASCIZ

<CR><LF>+11/34

020040

020131

EVERY 1024 (IS INSTRUCTION TESTS/

041440
051516
044524
051505

050040
020061
047111
052103
054105
042523

052123

1=0CT=79

047440
052123
042116
051505

e AN/

=== mmmmmmmmm /

TYPE

CIS

MEM MGMT

INSTRUCTION EXERCISER /

ON SYSTEM UNDER

TEST+

PDP=11 ( I S
(ZKEEA.PI

MACY11 27(655)
INST EXERCISER
GLOBAL SUBROUTINES SECTION

8269
8270
8271
8272
8273
8274

.SBTTL

8275
8276
8277
8278
8279

SEQ 0084

GLOBAL SUBROUTINES SECTION

.SBTTL
;

G 7
PAGE 80-14

10:59

1=0CT=79

CIS EMULATOR

FUNCTIONAL DESCRIPTION:

CIS EMULATOR

INPUTS:

CONTAINS ROUTINES Tu EMULATE EACH OF THE
CIS INSTRUCTIONS USING STANDARD PDP=11 INSTRUCTIONS

CIS INSTRUCTION TO EMULATE

CIS

INSTRUCTION OPERANDS

(LENGTHS,ADDRESSES.ETC)

STARTING ADDRESS FOR REGISTER RESULTS

ADDRESS FOR CONDITION CODE RESULTS

IMPLICIT

INPUTS:

OUTPUTS:

CHARACTER OR DECIMAL STRINGS SETUP IN EMULATION BUFFER

CONDITION CODES
GENERAL PURPOSE REGISTERS
STRINGS IN EMULATION BUFFER

IMPLICIT QUTPUTS:
SUBORDINATE ROUTINES USED:
FUNCTIONAL

;

SIDE

EFFECTS:

CALLING SEQUENCE:

JSR PC,EMULATE
XXXXXX
YYYYYY

;OCTAL ENCODING OF CIS INST
;POINTER TO REGISTER OPERANDS

Wil

sPOINTER TO CONDITION CODE

227727

177776

.EVEN

EPSW =

177776

;POINTER TO REGISTER RESULTS

RESULTS

017110
017112
017114
017116

OoOWVSHWwN
—

8WWWWWWW

NNNONNNNNNYN

d
d
D
D
O

017072
017074
017076
017700
017102
017104
035744

016742
016746
016752
016756
016760
016764
016766
016770
016772
01677

016730
016734
016736

— o

016700
016704
016710
016714
016720
016724

0008000000

PDP=11 CIS INST EXERCISER
(ZKEEA. P11

017140

017110

017142
017264
017106
017120
017112
017136

017070

000046
017072
017074
017076
017100
017102
017104

MACY11 27(655)

1-0(T=79

10:59

INSTRUCTION DECODER

H 7
PAGE 87

.SBTTL

EMULAT:

MOV RO,ESTORE
MOV R1,ESTORE
+2
R2,ESTORE
+4

SEQ 0085
INSTRUCTION DECODER

;SAVE OLD REGISTER VALUES

R3,ESTORE
+6

R4 ,ESTORE+10
R5,FSTORE+1?2
EZDF
(SP) ,RO
(RN)+ EINST
(RU)+ ,EIRSTK
(RQ) +,EORSTK
(RO)
+ ,EOPSW
RO, (SP)
1%:

2%:

HELISTA
RO
(RO)

:GRAB DATA POINTERS
sCIS INSTRUCTION BEING CALLED
;FAKE INPUT GPRS
;FAKE OUTPUT GPRS
;FAKE

PSW

;SUB RETURN ADDRESS
;CIS COMMAND LIST POINTER

SEXIT IF INSTRUCTION CANT DECODE

JELSE CONTINUE SEARCH

EINST, (RO) +

;LOOK AT TABLE FOR MAT(CH
;KEEP TRYING

HELISTA+2,R0O
#ELISTB,RO

3%:

;CLEAR ZERO DIVIDE FLAG

(RO) ,EROUT
#E0,RO
EIRSTK,R1
(R1)+,(R0O)+
#E6+2 RO
3s
PC,aEROUT

ESTORE ,RO
ESTORE+2,R1
ESTORE+4
,R2
ESTORE+6,R3
ESTORE+10,R4
gg!ORE*l?,RS

;AT LAST,

SO FIND HANDLER FOR

;HANDLER ADDRESS IN TABLE B
;HOLD ADDRESS WHILE I FIND THE DATA
;POINTER TO EMULATE GPRS
JPOINTER TO REGISTER DATA
;BEAM OVER THE DATA
SJEXIT LOOP AFTER R6 LOADED
JELSE LOAD NEXT
JEXECUTE EMULATED CIS INSTRUCTION
;ON RETURN RESTORE REGISTERS

JRETURN TO MAIN PROGRAM

CIS INST EXERCISER

PDP=11
CZKEEA. P

MACY11 27(655)

DATA STORAGE

ESTORE:
:
EROUT
ST:
EIN
EIRSTK:
EORSTK:
EOPSW:
WY N
[ XV, P

mmmmmm

EV:

TEMP:

ELISTA:

076032

017244
017246
017250
017252
017254

076071
076072
076073
076074
076075

1-0(T=79

10:59

PAGE 81-1

SEQ 0086
DATA STORAGE

POP=11 C 1‘ ? INST EXERCISER
CZKEEA "

8393
8394
8395
8396
8397
8398

017256
017260
017262

076076
076077
000000
035752

017272
017274
017276
017300

MACY11 27(655)

1=0CT=79

DATA STORAGE

10:59

f
d
PAGE 81-2

76076
76077

ELISTR:

0
EL2DO
EL2DT
EL2D?
EL2D3
EL2D4
EL2DS
EL2D6
£L2D7

EMOVC
EMOVRC(
EMOVTC
ELOCC
ESKPC
ESCNC
ESPNC
ECMPC
EMTCHC
EADDN
ESUBN
ECMPN
ECVTNL
ECVTPN
ECVTINP
EASHN
ECVTLN

RRR
REEERRRRERS=
RURZ OOV NOVIESWN

8410

EL3DC
EL3D1
EL3D2
EL3D3
EL3D4
EL3DS
EL3D6
EL3D7

8425

EADDP
ESUBP
ECMPP

024732

ECVTPL
EMULP
EDIVP
EASHP
ECVTLP

SEQ 0087

PDP=11 CIS INST EXERCISER
CZKEEA.P1T

8438
8439
8440
8441
8442
8443
8444
8445
8446
8447
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

017406
017412
017416
017422
017426
017434
017436
017440
017442
017444
017450
017454
017456
017462
017466

017472
017474
017500
017504
017510
017516
017520
017526
017530
017532
017534
017536
017540
017542

017546

017550
017552
017554
017556
017560
017564
017566
017572
017574
017576
017600
017602
017606
017612
017620
017626

013700
063700
013701
063701
023737
101003
103416
010102
000420
013700
063700
010102
013703
163703
010377

017122
017120
017126
017124
017120

013702
063702
005077
023737
103410
013703
013704
020402
001410
112324
000774
010203
023700

017126
017120
177404
017122

000406

001402

114043
000773
020102
001403
113722
000773
013700
005720
005020
005020

005020
013720
013710
023737
013777
000207

MACY11 27(655)

1-0CT=79

MOVE STRING

EMOVC:

017124

017122
017124

017120
017124
177422
2%:
:
017126

017122
017126

3%:
4%:

EBA(K:
1$:

EFORWD :

017122

1$:

EFILL:

017130
017114

2%:

017130

017132
017120
177776

017124
177270

10:59

PAGE 81-3

SEQ 0088

.SBTTL
MOV E1.RO
ADD EQ,RO
MOV E3.R1
ADD EZ2.R1
(MP EQ.E2
BHI 1%
BLO 2%
MCV_R1,R2
BR 3%
MOV E1.RO
ADD EZ2.RO
MOV R1,R2
MOV EOQ,R3
SUB E2,R3
MOV R3,QEORSTK

MOVE STRING
sFIND END OF SOURCE STRING

MOV E3.R2
ADD EO,R2
CLR QEORSTK
CMP E1.E3
BLO EFORWD
MOV E1.R3
MOV E3.R4
CMP R4 ,R2
BEQ EFILL
MOVB (R3)+,(R4)+
BR 1%
MOV RZ,R3
CMP E1,RO

;USED END < REAL END

BR 4%

BEQ EFILL

MOVB -(RO) ,-(R3)
BR 1%
(MP R1,R2
BEQ 2%
MOVB E4, (R2)+
BR EFILL
MOV EORSTK,RO
TST (RO)+
CLR (RO)+
CLR (RO)+
CLR (RO)+
MOV E4.(RO)+
MOV ES. (RO)
(MP EQ,E2
MOV EPSW,aEOPSW
RTS PC

;FIND END OF DEST. STRING
;WICH STRING IS LCNGER
;SOURCE
;DEST.
;THEIR THE SAME
;SHORTEN SOURCE STRING
;DEST USED END = REAL END
;CALCULATE # OF CHARS
; NOT TRANSFERRED.
;SAVE RESULT

;ALL CHAR.

TRANSFERED TO DEST.
;WICH STRING IS IN HIGH CORE
;DEST STRING IS
;START ADDRESS OF SOURCE
;START ADDRESS OF DEST.
;IS TRANSFER COMPLETE ?
s YES
;XFER CHAR.

;DEST STRING POINTER
;IS XFER COMPLETE ?
sVES
;XFER CHAR.
JADD FILL CHARS.

sXFER FILL
JRETURN CLEAN UP
;RO = RO
:R1 =0
:R2 =0
:R3 =0
;R4 = R4
;RS = RS
;SET PSW CC BITS
;STORE RESULT

TO COMPLETE STRING

POP=11 CIS INST EXERCISER
(ZKEEA.P1T

017122
017120
017126
017124
017120

SEQ 0089
MOVE STRING TRANSLATE

;FIND END OF SOURCE

EMOVTC:

;FIND END OF DEST.
017124

sWHICH STRING IS LONGER

. SOURCE
sDEST.

; SAME

;SHORTEN SOURCE STRING

18:

;CALCULATE NO. OF CHARS.
;

017122

017122
017126

017136
017137
017132
177136

177102

4%:

EMTBCK:
1%:

017136

1%:

MOV E1.R3
MOV E3.R4
(MP R4 ,R2
BEQ EMTFIL
MOVB (R3)+,TEMP
CLRB TEMP+1
ADD ES5,TEMP
BR 1%
MOV R2,R3
CMP E1,RO
BEQ EMTFIL

CLRB TEMP+1
ADD E5,TEMP
MOVB QTEMP,-(R3)
BR 1%

017136

017130
2%:

017114

01
0 17132
0 ;7120
177776

CMP E1,E3

BLO EMTFRD

MOVB -(RO) ,TEMP

EMTFIL:

0
020070
020074
020102
020110

CLR @EORSTK

MOVB QTEMP, (R4) +

EMTFRD:

017122

017136
017137
017132

3%:

017126

BR 4%
MOV E3.R2
ADD EO,R2

017124

177006

MOVB E&4,(R2)+
BR EMTFIL
MOV EORSTK,RO
TST (RO)+
CLR (RO)+
CLR (RO)+
CLR (RO)+
MOV E&4, (RO)+

;MARK REAL END OF

DEST

JWHO'S HIGHER IN MEMORY

;MOVE FORWARD
;START OF SOURCE
;START OF DEST.

;XFER COMPLETE YET
YES

*CAL. INDEX INTO TABLE
;MOVE TABLE VALUE TO DEST.

;DEST MOVE POINTER
;XFER COMPLETE ?

;CAL INDEX INTO TABLE
;MOVE TABLE VALUE INTO DEST.
:COMPLETE
JYES
XFER FILL

JRETURN CLEAN UP
:

2%:

NOT TRANSFERRED

;STORE RESULT

nmouuwnnn

8489
8490
8491
8492
8493
8494
8495
8496
8497
8498
8499
8500
8501

017630
017634
017640
017644
017650
017656

PAGE 82

Pl
W

8486
8487
8488

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

0
0
0

:RS = RS
JSET CC BITS
JRETURN STATUS

MACY11 27(655)

POP=11 C {? INST EXERCISER
CZKEEA.P

10:59

MOVE REVERSE STRING

CMP

1$:

017122

MOV R

SUB E

MDD
N—==O

017124

NEEE

020132
020140

MOV E1,R0
n-—=mmm m
WO
Wo

020122
020126

PAGE 83

EMOVRC :

020112
020116

>
o
<o

8541

1-0CT=79

017120
176674

017122

2%:

BR 4%
MOV R1,.R2

3$:

CLR @EORSTK

4%:

EMRBKD :

017122

CMP E1,R2

MOV E1.R3
1$:

CMP R4 ,R1
BEQ EMRFIL

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

EMRFWD:

BEQ EMRFIL

MOVB -(RO) ,-(R1)

017126

EMRFIL:

BR EMRFWD

2%:

017130

017114

1%:

]

020332

MOVE REVERSE STRING

;FIND END OF SOURCE

;FIND END OF DEST.
JWHICH STRING IS LARGER
s SOURCE
;DEST.
; SAME
s SHORTEN SOURCE
sDEST. REAL START
;CALCULATE NO OF CHARS
:

176710

0 7130
0 7132
0 1 7120
177776

SEQ 0090

017124
176564

NOT TRANSFERRED

sSTORE RESULT

;MARK REAL START OF DEST.

;ALL CHARS. TRANSFERED
;WHO'S IN HIGH MEMORY
;MOVE FORWARD
;SOURCE START POINTER
;DEST. START POINTER
:XFER COMPLETE

V€S
;XFER CHAR.

;XFER COMPLETE

JYES

;XFER CHAR.

MOV E3.R3
CMP R3,R2
BEQ 1%
MOVB E4, (R3)+

;ADD FILLER
JFILL COMPLETE
sYES

MOV EORSTK,RO
TST (RO)+

JRETURN CLEAN UP

BR 2%

CLR
CLR
CLR
MOV
MOV
CMP
MOV

(RO)+
(RO)+
(RO)+
E4.(RO)+
E5, (RO)
EO,E2
E?SU.QEOPSU

JXFER FILL

:
= RO
;RO

:R1

= 0
;R

;R3 =0
;R4 = R4
;R 5 =RS

3SET CC BITS
JRETURN TO USER

PDP=11 CIS INST EXERCISER
CZKEEA.P1

8589
8590

020334

013700

8591
8592
8593
8594
8595
8596
8597
8598
8599
8600
8601
8602
8603
8604

020340
020344
020350
020354
020360
020364
020366
020370
020372
020374
020376
020404
020406
020410

063700
013701
063701
013702
013703
020002
001427
020103
001445
121213
013777
122322
001766
005303

8606
8607

020414
020416

160301
160200

8605

8608

020412

020420

8609
8610

020424
020426

8612
8613
8614
8615
8616
8617
8618
8619
8620
8621
8622
8623
8624
8625
8626
8627
8628
8629
8630
8631
8632

020432
020434
020440
020444
020446
020450
020452
020460
020462
020466
020474
020500
020502
020504
020506
020510
020512
020516
020524
020530
020532

8611

8633

020534

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

017120

177776

1%:

176512

005302

013704
010024
010224

ECMOUT :

017114

EMATOT :

010124

010324
013724
013724
000207
020103
001004
013777
000755
123713
013777
123723
001762
005303
000743
020002
001741
121237
013777
123722
001766
005302

000727

N 7
PAGE 83-1

. SBTTL
MOV EO.RO

ECMPC:

017122
017124
017126
017122
017126

10:59

ADD E1,RO
MOV EZ2.R1
ADD E3,R1
MOV E1.R2
MOV E3,R3
CMP RO,R2
BEQ ENDA
CMP R1,R3
BEQ ENDB
CMPB (R2), (R3)
MOV EPSW,aEOPSW
CMPB (R3)+,(R2)+
BEQ 1%
DEC R3
DEC R2

ENDA:
177776

176436

017130
177776
017130

176422

1%:

ENDB:
017130
177776
017130

176372

COMPARE STRING
;CAL. END OF SCR1
;CAL. END OF SCRZ
;START OF SCR1
;START OF SCRZ
END OF SCR1
; YES
END OF SCR2
; YES
:SET CC BITS
:STORE STATUS
;FIND NON MATCHING CHARS.
;KEEP TRYING
;ADJ SCR1 POINTER
;ADJ SCR2 POINTER

SUB R3,R1
SuB R2,R0O

:NO. OF CHARS. LEFT IN SCR?
;NO. OF CHARS. LEFT IN SCR1

MOV RO, (R4)+
MOV R2, (R&4)+

:RO = SCR1 LEN
:R1 = SCR1 START

MOV EORSTK
R4

MOV R1,(R4)+
017130
017132

SEQ 0091

MOV R3, (R4)+
MOV E4,(R4)+
MOV ES5.(R4)+
RTS PC
CMP R1,R3
BNE 1%
MOV EPSW,aEOPSW
BR ECMOUT
CMPB E4, (R3)
MOV EPSW,aEOPSW
CMPB E4, (R3)+
BEQ ENDA
DEC R3
BR ECMOUT
CMP RO,R2
BEQ ECMOUT
CMPB (R2) ,E4
MOV EPSW,aEOPSW
CMPB E4, (R2)+
BEQ ENDB
DEC R2
BR ECMOUT

;REGISTER DUMP POINTER

:R2 = SCR2 LEN

;R3 = SCR2 START
;R4 = R4
;RS = RS
;END SCR2 ?
;YES = STORE STATUS

;SET CC BITS
sSTORE RESULT
;FIND NON MATCHING CHARS.
;KEEP TRYING
;ADJ SCR2 POINTER
END SCR1
YES
:SET CC BITS
:SAVE RESULT
:FIND NON MATCHING CHARS.
JKEEP TRYING
;ADJ POINTER

020536
020542

013700
063700
013701
063701
013702
013703
010204
020103
001411
020200
013777
000137

MACY11 27(655)

1-0CT=79
MATCH STRING

EMTCHC:

017120
017122
017124
017126
017122
017126

177776
020420

176254

10:59

PAGE 83-2

.SBTTL
MOV EOQ,.RO
ADD E1,R0O
MOV E2.R1
ADD E3.R1
MOV E1,R2
MOV E3,R3
MOV R2.R4
(MP R1,R3
BEQ 3%

(MP R2, 020632

MOV EPSW,@EOQPSW
JMP EMATOT

SEQ 0092
MATCH STRING
;CALCULATE END OF

SRC

;CALCULATE END OF 0BJ
;START OF SRC

005700

;START OF 08BJ
:SAVE START OF SRC
;0BJ FOUND IN STRING?
:
;SAVE RESULT

TST RO

PDP=11 CIS INST EXERCISER
CZKEEA.P1T

020646

176226

017130
021062

ESPNC:
1%:

017136

.SBTTL
MOV E1,RO
ADD EO,RO
MOV E1,R1
(MP R1,RO
BEQ ESPND

MOVB (Ri)+,TEMP
CLRB TEMP+1
ADD ES,TEMP
MOVB QTEMP,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
s YES
sTABLE OFFSET
:LOWER BYTE ONLY

;TABLE DATA

;AND MASK
;IF = 0 END SEARCH
;ADJ POINTER

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

017122
017120
017122
017136
017137
017132

020720

MACY11 27(655)

PDP=11 CIS INST EXERCISER
(ZKEEA. P11

PDP=11 CIS INST EXERCISER
(ZKEEA.P1]
8677
8678
8679
8680

020724
020730
020734

013700
063700
013701

8682
8683
8684
8685
8686

020742
020744
020750
020754
020762

001447
112137 017136
105037 017137
063737 017132
1177Q2_176150

8688
8689
8690

020772
020774
020776

001762
005301
000137

8681

020740 020100

B6B7 " 020766

133702

017122
017120
017122

077130
:
021062

MACYT1 27(655)
1-0CT=79
10:59 PAGE 83-4
SEARCH FOR GROUP CHARS.

ESCNC:

18:
017136
_

SEQ 009%

.SBTTL
MOV E1,R0
ADD EQ,RO
MOV E1.R1

SCARCH FOR GROUP CHARS.
;CALCULATE END OF SOUR(E

BEQ ESPND
MOVB (R1)+,TEMP
CLRB TEMP+1
ADD ES, TEMP
MOVB ATEMP,R2

:YES
:TABLE OFFSET
:LOWER BYTE ONLY
:TABLE DATA

;START OF SOURCE

(MP R1.RO

BITB E4,R2
BEQ 18
DEC R1
JMP ESPND

:COMPLETE ?

—

AND MASK

*IF <>0 END SEARCH
;ADJ POINTER

POP=11 CIS INST EXERCISER
(ZKEEA.P1T
8692

8693
8694
8695
8696
8697
8698
8699
8700

8701

013700
€10001
063700
020001
001421
122137

021026
021030

001373
005301
000137

017122
017120

MACY11 27(655)
LOCC

INSTRUCTICN

1=0(T=79

10:59

.SBTTL
MOv E1.RO
MOV RO,R1

ELOCC:

1%:

ADD EOQ,RO

(MP RO,R1

017130

BEQ ESPND
(MPB (R1)+,E4

021062

DEC R1
JMP ESPND

BNE 1%

PAGE 83-5

SEQ 0095
LOCC

INSTRUCTION

;CALCULATE END ADDRESS
;SEARCH POINTER

:Hgg SEARCH FAILED

;LOOK FOR CHAR.
JNOT FOUND YET
JADJUST POINTER
sRETURN

POP=11 (IS INST EXERCISER
(ZKEEA.P1T

8703

8704

8705
8706

8707

8708
8709
8710
8711

8712
8713
8714
8715
8716

8717
8718
8719
8720
8721
8722

021034
021040

013700

MACY11 27(655)
1-0(T=79
SKPC INSTRUCTION

017122

ESPND :

017114

017124
017126
017130
017132
177776

SBTTL

1%:

17130

175772

PAGE 83-6

MOV E1,RO
MOV RO,R1

ESKPC:

017120

10:59

ADD E0.RO
(MP RO,R1

BEQ ESPND
(MPB (R1)+,E4
BEQ 1%
DEC R1
SUB
MOV EORSTK ,R2
MOV RO, (R2)+
MOV R1,(R2)+
MOV
MOV
MOV
MOV
TST
MOV
RTS

E2,(R2)+
E3,(R2)+
E4,(R2)+
E5,(R2)+

RO
EFPSW,aEOPSW
PC

SEQ 0096
SKPC

INSTRUCTION

s CALCULATE END ADDRESS
;START ADDRESS

;SEARCH FOR PASS
sFOUND IT
;LOOK FOR NOT (HAR.
;NO. OF CHARS.

JREGISTER DUMP POINTER
;RO = LEN

;R1 = POS.
JR2 = R2

;R3 = R3

;R4 = R4

RS = RS

“1SET CC BITS

"STORE RESULTS

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

PDP=11 CIS INST EXERCISER
(ZKEEA.PIT
8724
8725
8726
8727
8728
8729
8730
8731
8732
8733
8734
8735
8736
8737
8738
8739
8740
8741
8742
8743
8744

G 8
PAGE 84

SEQ 0097

.SBT TL

DIGIT

(SIGN)

RETRIEVER

AR ARRARAARARAAARARAAARAAAAAARAAARANARRAAAAARAARAAAAAARARAAARARAR
AR
R RS

ROUTINE

TO RETREIVE A PACKED OR ZONED DIGIT

(GR SIGN)

FROM A DECIMAL

STRING.

INPUTS: RO = STRING ADDRESS
R1

= TYPE & POSITION OF DIGIT REQUESTED WITHIN STRING
= TYPE & STRING LENGTH
= ODD SIZE INDICATOR

OUTPUT: ERSNEG

SIGN (IS SIGN WAS REQUESTED)

0 IF REQUEST IS FOR UNSIGNED STRING SIGN.

R2
= REQUESTED DIGIT (0 IF SIGN WAS REQUESTED)
SGNBYT = SIGN BYTE IF SIGN WAS REQUESTED
RO,R1,ELSD,EODD RETURNED UNDISTURBED

USAGE:

;
H

(MSD=MOST SIGNIFICANT DIGIT;LSD=LEAST SIGNIF DIGIT)

TO REQUEST MSD

.
-

SET R1

= 0

LSD SET R1 = STRING LENGTH =1
SIGN SET R1 = STRING LENGTH

:'fi..."'."Q..l.t.tt.'tit"'t..'.Qfi"...'Q'...'."l.."'.'.‘.l"t.t"t.fi't"..'

021150

010037

021154
021160
021164

021170
021172
021174
021200
021204
021212
021216
021222
021226
021230
021234
021236
021240
021244
021250
021252

021256
021264
021266

010137
042701
005737

100401
005201
010137
006237
042737
060037
013700
032701
001403
116002
000407
111002
110237
032701
001433
042702

123737
001020
005037

026056

ESNK :

021150

1%:

2%:
;PACKED

031664

EFINDT:

031666
070000
024646
024630
024630
0000
024630
024630
000002

10%:

024630

JSR PC,EFNDTZ

: ZONED

JSR PC,EFINDT

;PACKED

BR 2%

RTS PC

MOV RO,ETMPRO
MOV R1,ETMPR1

;SAVE

éa} EggD

JPOSITION CORRECT FOR ODD SIZE NUMBERS

;CLEAR TYPE FIELD

INC R1

;NUMBER IS EVEN

MOV R1,EF INDA
ASR EF INDA

BIC #1,EF INDA
ADD RO,
EF INDA
MOV EF INDA RO

1%:

2%:

031666

4%:

INPUT REGISTERS

BIC #070000,R1

géf :2.R1

024722
000001

024616

;PACKED OR ZONED

STRING DIGIT RETRIEVER

000001

177760
024664

TST EPAK

BMI

021352

005737
100403
004737
000402
004737
000207

021126
021132
021134
021140
021142
021146

;FIND WORD TO NIBBLE
;ADD OFFSET TO POSITION
;PLACE IN RO FOR USE
JWHICH BYTE

MOVB 1(R0O) ,R2
BR 2%

:GRAB BYTE

MOVB R2,SGNBYT
BIT #1,R1
BEQ 3%

;SAVE SIGN BYTE FOR POSSIBLE ERROR PRINT
;WHICH NIBBLE
JHIGH

MOvB

(RO) ,R?2

BIC #177760,R2

(MPB ELSD,ETMPR?

BNE 5%

CLR ERSNEG

.GRAB LOWER BYTE

JLOW

JREQUEST FOR SIGN?

sBRANCH [F NO

PDP=11 CIS INST EXERCISER
(ZKEEA.P1T

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

020227

MACY11 27(655)
DIGIT

1-0CT=79

10:59

(SIGN) RETRIEVER

PAGE 84-1

CMP R2,#13

000013

BEQ 7%
(MP R2, 415
BNE 6%
CMPB #160,ETMPRT+1
BEQ 6%
MOV #177777 ,ERSNEG
CLR R2

000015
000160

031667

177777

024616

031664
031666

MOV ETMPRO,RO

MOV ETMPR1,R1
RTS PC

ASR R?
ASR R2
ASR R2
ASR R2
BR 4%

021352
021356
021362
021370
021374
021402
021404
021412
021414
021422
021424
021426
021432

005337

021436
021440
021544

001010
004737
000407

021446
021446

005701

021450
021452
021456

001003
004737
000402

123701

;ZONED STRING DIGIT RETRIEVER

- 031664
031666
024664
070000
024664

024656

000040

031667

000060

031667

EFNDTZ:

024664
024664

BIC #070000,R1

CMPB ELSD,ETMPR1

6%:

4%:

021764

3%:

105737
001020

024664

DEC ELSD

;BRANCH IF NO
;IS INST UNSIGNED PACKED?
JBRANCH IF YES
;SET NEG FLAG

JRESTORE REGISTERS

JRETURN
JSELECT UPPER NIBBLE

;SAVE REGISTER

2%:

1%:

;BRANCH IF YES

;1S DESC TYPE TRAILING OVERPUN(CH?

;BRANCH IF YES
;1S DESC TYPE LEADING OVERPUNCH?
;BRANCH IF YES
TYPS =

TRAILING OVERPUNCH

s 1S

BNE 3%

JSR _PC,DECZO

‘BRANCH IF NO
:DECODE OVERPUNCH BYTE FOR DIGIT

TST R1

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

ADD R1,RO
MOVB (RO) ,R2

B8IC #177760,R2
MOV ETMPRO,RO
MOV ETMPR1,R1
MOV ESLSD,ELSD

024664

JREQUEST FOR SIGN?

CMPB ELSD,R1

BNE 3%
JSR_PC,DECZO
BR 2%

021764

177760
031664
031666
024656

BEQ 1%
(MPB #040,ETMPR1+1
BEQ 4%
CMPB #060,ETMPR1+1
BEQ 5%
BR 3%

BR 2%
5%:

042702
013700
013701
013737
000207

;1S RETRIEVED SIGN NEG (1011)?
;BRANCH IF YES
;1S RETRIEVED SIGN NEG (1101)?

MOV ELSD,ESLSD

031666

060100
111002

MOV RO, ETMPRO
MOV R1,ETMPR1

SEQ 0098

RTS PC

TSTB ELSD

BNE

10%

IGIT REQUESTED PART OF
ENCODED SIGN DIGIT?

SIGN DIGIT?
;
;BRANCH IF NO
;DECODE OVERPUNCH BYTE

;BYTE ADDRESS
DATA
sMASK OFF

JUNK

JRESTORE REGISTER

SIGN R EQUESTED
IS S T R ING LEN = 07
BRAN C H IF NO

THE

PDP=11 CIS INST EXERCISER
CZKEEA.P1I

8832

8833
8834
8835
36

021516
021524
021526
021532

122737

MACY11 27(655)
DIGIT

000100

031667

021710
00012

031667

1-0CT=79

10:59

(SIGN) RETRIEVER

103%:

PAGE 84-2

+1
CMPB #100,ETMPR1
BNE 103%
JMP 14%
+1
(MPB #120,ETMPR1

SEQ 0099
;TYPE

:
021540
021542
021546
021552

021556
021564
021566
021570
021572
021576
021602
021614
021616

021620
021626
021630
021632
021640
021642
021644
021650
021652

021736
024722
021610
122737
001022
060100
114002

021736
021744
021746

021750

031667

10%:

010237
042702
020227
001404
005037
005002

024722

012737

177777

024616

101%:

000020

031667

11%:

000160
024616

100%:

031667

021764

122737
001002
005001
000766
122737
001007
060100
111037
121027
001326
000731

12%:

120%:

000060

031667

13%:

000100

031667

14%:

024722
000055
000120
024722

CMPB #000,ETMPR1+1
BNE 118
ADD R1,RO
MOVB -(RO) ,R2
MOV R2,SGNBYT

CMP R2,4160
BEQ 107$
CLR ERSNEG

CLR R2
BR 2%

MOV #177777 ,ERSNEG
CLR R2
BR 2%
+1
CMPB #020,ETMPR1
BNE 12%
ADD R1,R0O

024722
000040

CLR SGNBYT
JMP 1008

BIC #177417.R2

177417

000722

021€70
021672

021674
021702
021704
021706
021710
021716
021720
021722
021726
021732
021734

000000

102%:

BNE 102%
JMP 15%

031667

15%:
115%:

TRAILING SEPARATE?

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

O LEN ZONED STRING THAT
THAT OCCUPIES MEMORY.

;BRANCH IF NO

JRETURN SIGN AT

'A-1'

;CLEAR SIGN BYTE FOR POSSIBLE ERROR PRINT

JRETURN + SIGN

;1S TYPE = SIGNED ZONED?
;BRANCH IF NO
:FORM SIGN ADDRESS
;SAVE SIGN BYTE
;LOOK ONLY AT SIGN

;IS IT (0111) NEGATIVE
sBRANCH IF YES
sSET SIGN FLAG TO +

;SET SIGN FLAG TO '-'
;IS TYPE = UNSIGNED ZONED?
;BRANCH IF NO

MOVB -(RO) ,SGNBYT
BR 100%
CMPB #040,ETMPR1+1
BNE 13%
DEC R1
JSR PC,PECZO
CLR R2
BR 2%

;SAVE SIGN BYTE

CMPB #060,ETMPR1+1
BNE 14%
CLR R1
BR 120%
CMPB #100,ETMPRT+1
BNE 15%
ADD R1,RO
MOVB (R0O),SGNBYT
CMPB (RO) ,#55
BNE 1008
BR 101%
(MPB #120,ETMPR1+1
BEQ 115%

;1S TYPE = LEADING OVERPUNCH?
;BRANCH IF NO

HALT

MOVB =(R0O),SGNBYT

;1S TYPE = TRAILING OVERPUNCH?
sBRANCH IF NO

;1S TYPE = TRAILING SEPARATE
;BRANCH IF NO
;FORM ADDRESS OF

:SAVE SIGN BYTE

SIGN

;1S SIGN = '~
;BRANCH IF NO

;IS TYPE=LEADING SEPARATE

;ILLEGAL ZONED DATA TYPE

PDP=11 CIS INST EXERCISER
CZKEEA.P11
8886
8887
8888
8889

021754
021760
021762

121027
001313
000716

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

000055

CMPB (RO) ,#55
BNE 1008
BR 101$

ggg%

SEQ 0100
;IS SIGN = '=*
“BRANCH IF NO

*SUBROUTINE TO DECODE ZONED OVERPUNCH SIGN DIGIT BYTE

8894
8895
889
8897

021764

021770

010237

024722

8899
8900
8901
8902
8903
8904
8905
8906
8907
8908
8909
8910
8911
8912
8913
8914
8915
8916
8917
8918
8919
8920
8921
8922
8923
8924
8925
8926
8927
8928
8929
8930
8931
8932
8933

022000
022004
022006
022010
022014
022016
022022
022024
022032
022034
022036
022042
022044
022046
022052
022054
022062
022066
022072
022074
022100
022102
022106
022110
022114
022116
022122
022124
022130

020227
001014
111002
032702
001403
005037
000403
012737
005002
000207
020227
001014
111002
032702
001356
012737
042702
062702
000207
020227
001006
005037
111002
042702
000207
020227
001404
005737
001016

000160

022132
022134
022136
022142
022146

000000
111002
042702
020227
103407

021766

8898 021774

8934
8935
8936
8937
8938
8939

J
8
PAGE 84-3

022150
022156
022162
022164
022166
022172

060100
111002

042702

012737
042702
005302
000207
005037
000207

DECZ0:

ADD R1,RO
MOVB (RO) ,R2

MOV R2,SGNBYT

177417

BIC #177417,R2

000002

024616

177777

024616

000120

2%:
3§
1%:

000010

177777
177760
000007

024616

000060

4%:

024616
177760
000100

6$:

0023C0

:
177760
000012

177777
000010
024616

61$:

024616

628 :

CMP R2,#160
BNE 1%
MOVB (RO),R2
BIT #2,R2
BEQ 2§
CLR ERSNEG
BR 3%
MOV #177777 ,ERSNEG
CLR R2
RTS PC
CMP R2.#120
BNE 4$
MOVB (RO) ,R2
BIT #10.R2
BNE 5%
MOV #177777 .ERSNEG
BIC #177760.R2
ADD #7.R2
RTS PC
CMP R2,#060
BNE 6$
CLR ERSNEG
MOVB (R0) ,R2
BIC #177760.R2
RTS PC
CMP R2,#100
BEQ 61$
TST PRTSGN
BNE 62%
HALT
MOVB (RO).R2
BIC #177760,R2
CMP R2 412
BLO 62%
MOV #177777.ERSNEG
BIC #10,R2
DEC R2
RTS P(
CLR ERSNEG
RTS PC

;FIND DIGIT BY DECODING
:DIGIT RETURNED IN R2; SIGN IN ERSNEG
*GET ENCODED BYTE
“SAVE SIGN BYTE FOR POSSIBLE ERROR PRINTOUT

*LOOK AT HIGH NIBBLE
*IS HIGH NIBBLE A 7
*BRANCH IF NO
SDIGIT = 0
©IS SIGN + OR *BRANCH IF -

;1S HIGH NIBBLE A 5?
*BRANCH IF NO
;IS DIGIT = 0?
*BRANCH IF YES
*DIGIT IS NEG

;1S HIGH NIBBLE A 3?
*BRANCH IF NO
*SIGN IS POSITIVE
:DIGIT = LOW NIBBLE OF BYTE
;1S HIGH NIBBLE A 4?

;:DECIMAL PRINTING IN PROGRESS?
*BRANCH IF YES (DONT WANT TO HALT IN
.
MIDDLE OF ERROR PRINTCUT)
*ILLEGAL ENCODING OF OVERPUNCH DIGIT
:1S DIGIT POSITIVE?
“BRANCH IF YES

PDP=11 CIS INST EXERCISER
(ZKEEA.P1T

K 8
PAGE 84-4

MACY11 27(655)
1-0CT=79
10:59
DIGIT (SIGN) PUSHER

8941
8942
8943
8944
8945
8946
8947
8948
8949
8950
8951

.SBTTL

SEQ 0101
DIGIT

(SIGN) PUSHER

:'tt."'t'.t...."'Qtt..!'t.fitt.QQQ..t'.fi'...'.'.."tfit"...Q..'t.'tt.tt...'

:ROUTINE TO PUSH A PACKED OR ZONED DIGIT (OR SIGN) ONTO A DECIMAL STRING
INPUTS: g? = STRING ADDRESS
nn

own
oo

TYPE & POSITION OF WHERE

TYPE & STRING LEN
ODD SIZE INDICATOR

TO STORE DIGIT

IN STRING

ERSNEG = SIGN IF SIGN IS TO BE STORED
(EXCEPT 1111 IS ALWAYS STORED FOR UNSIGNED PACKED STRINGS)
RZ = DIGIT TO PUSH INTO STRING

8952
8953
8954
8955
8956
8957
8958
8959

: ERSNEG = O FOR UNSIGNED STRINGS SIGN
OUTPUT
RO,R1,ELSD,EODD,R2 RETURNED UNDISTURBED
:
USAGE
.

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

;tttt'fitttt.ttt...t.tt.t't"Q'QttQ.t!t.i".t"i'fi..iltfitttfifii"t".'ii.'tt't

022174
022200
022202
022206
022210
022214

005737

EPUSH:

026056

TST EPAK

022452
000207

022216

1%:

2%:

BM] 1%
JSR PC,EPUDTZ
BR 2%
JSR PC,EPUTDT
RTS PC

;PACKED STRING NIBBLE PUSHER

022216
022222

EPUTDT:

MOV RO,
E TMPRO
MOV R1.ETMPR1

031666

000160

031667

10%:

024616
000015
112702

000014

6%:

s SAVE REGISTERS

TST EODD

;POSITION CORRECT FOR ODD SIZE NUMBERS

8MI 108
INC R1
MOV R1,EF INDA
ASR EF INDA

ADD EF INDA,RO

7%:

;PACKED

;CLEAR TYPE FIELD

BIC #177760.R2

000017
024616

; ZONED

BIC #070000,R1
MOV R2,ETMPR?2

024630
024630
024630
177760
024664

;/ONED OR PACKED STRING?

CMPB ELSD,ETMPR1
BNE 5%
CMPB_#160,ETMPR1+1
BNE 7%
MOVB #17,R2
CLR_ERSNEG
BR 5%
TST ERSNEG

MOVB #14 ,R2

;FIND WORD TO NIBBLE
sMASK JUNK FROM DATA
sREQUEST TO INSERT SIGN?
;BRANCH IF NO
JUNSIGNED INST?
sBRANCH IF NO

;YES = STORE (1111)
;SET SIGN FLAG TO POSITIVE
;STORE + SIGN?
;BRANCH IF YES
:STORE MIN.S SIGN
;STORE POSITIVE SIGN

PDP=11 CIS INST EXERCISER
CZKEEA.P1T

010237

017136
000017

000001

1-0CT=79
10:59
MACY11 27(655)
DIGIT (SIGN) PUSHER
5%:

(%:

024642

2%:

MOV R2,TEMP

MOV #17,EMASK

9014

022450

9017
9018
9019
9020
9021

022452
022456
022462
022466
022472

9022
9023
9024
9025

9026
9027
9028
9029

9030

031664
031666
031670

MOV #360,EMASK
BICB EMASK, (RO)
BISB TEMP, (R0)

sNIBBLE MASK
;CLEAR NIBBLE BEFORE LOAD

TEMP
TEMP
TEMP
TEMP

022532
534

;LOAD NIBBLE
;IF NUMBER IS EVEN LENGTH
;AND THIS IS LAST DIGIT
;THEN CLEAR UNUSED NIBBLE

JRESTORE REGISTERS

MOV R1.ETMPR1

;SAVE REGISTER

BIC #070000,R1
MOV R2,ETMPR2

031664
031666
031670

2%:

024664

1%:

000100

031667

000120

031667

100%:
4%:

031667

3%:

024616

sMASK OFF JUNKK

CMPB ELSD,ETMPR1
BEQ 1%
ADD R1,RO

sREQUEST TO PUSH SIGN?
sBRANCH IF YES

MOVB R2, (RO)

MOV ETMPRO,RO

MOV ETMPR1.R1
MOV ETMPR2.R2
RTS PC
TSTB ELSD

BNE 38
CMPB #100,ETMPR1+1
BNE 1008
BR 14$
CMPB #120,ETMPR1+1
BNE 4$
BR 16$
CLR gRSNEG

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

000003
000007

BIC #177760.R2
BIS #60,R2

031666

000000

022624

3$
TEMP
R1
4$
ETMPRO,R0
ETMPR1.R1
ETMPRZ.R2

:ZJONED STRING DIGI T PUSHER
MOV RO, ETMPRO

EPUDTZ:

024616

9048

BMI
CLR
DEC
BEQ
MOV
MOV
MOV

;POSITION FOR HIGH NIBBLE

RTS PC

031664

022476
022502
022510
022512
022514
022516
022522
022526

38:

sHOLD DATA
;LOW NIBBLE MASK

;WHICH NIBBLE
;LOW

TST EODD

017136

SEQ 0102

BIT #1.R1
BNE 28

ASL
ASL
ASL
ASL

024642

PAGE 84-5

6%:
7%:

MOVB #7,R2
ADD R1,RO

sADD JUNK

;WORD ADDRESS
;DEPOSIT DATA

;RESTORE REGISTER

;1S STRING O IN LEN
;BRANCH IF NO
;1S SIGN = TRAILING SEPARATE
;PUSH 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 IS TO BE STORED
;STORE + SIGN

;STORE = SIGN

sFORM SIGN BYTE ADDRESS

PDP=11 CIS INST EXERCISER
(ZKEEA.P11

022626

142740
2

1-0CT=79
10:59
MACY11 27(655)
PUSHER
DIGIT (SIGN)

000020

031667

5%:

000040

031667

10%:
158

TST ERSNEG

13%:

022714
024710

12%:

031667

11%:

022774

ADD A#OPEPTB,R?
MOVB (R2), (RO)

BR 2%

ADD #OPENTB,RZ

BR 13%
CMPB #060,ETMPR1+1
BNE 14$
INC RO

BR 15%

022736
022740
022746
022750
022752
022756
022760
022764
022766
022772

ASL R2
ASL R2
ASL R2
ASL R2
BISB R2, (RO)
BR 2%
CMPB #020,ETMPR1+1
BNE 108
BR 4%
CMPB #040,ETMPR1+1
BNE 11$
ADD R1,RO
MOVB -(RO) ,R2
BIC #60,R2

BNE 12%

024676

000060

BICB #360,-(R0)

000360

000060
024616

022716
022722
022724
022732
022734

PAGE 84-6

122737

001012
060100
005737
001003

000100
024616

112710
000654
112710
000651

000053

122737

000120

001401
000000
005300
000760

031667

14%:

21%:

000055

17%:

031667

16%:

20%:

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

BNE 7%
MOVB #053, (RO)
BR 2%
MOVB #055, (RO)
BR 2%

CMPB #120,ETMPR1+1
BEQ 20%
HALT

DEC RO
BR 21%

SEQ 0103

;CLEAR POSITION FOR SIGN

sSHIFT SIGN INTO HIGH NIBBLE POSITION

s INSERT SIGN
;1S TYPE = UNSIGNED ZONED
JBRANCH IF NO
JSIGN =3
;IS TYPE = TRAILING OVERPUNCHED?

;PICKUP DIGIT TO BE ENCODED WITH SIGN
;STRIP JUNK THAT WAS PREVIOUSLY ADDED.
;1S SIGN NEGATIVE?
;BRANCH IF YES
;ENCODE DIGIT WITH + SIGN
;STORE ENCODED BYTE IN STRING.
;ENCODE DIGIT WITH - SIGN
;STORE ENCODED BYTE IN STRING.
;1S TYPE = LEADING OVERPUNCH?
sBRANCH IF NO
sADJUST RO TO ENABLE USE
OF TRAILING OVERPUNCH ROUTINE
;
;1S TYPE=TRAILING SEPARATE?
;BRANCH IF NO
;1S SIGN NEGATIVE?
;BRANCH IF YES
;STORE + SIGN

;STORE - SIGN
;1S TYPE = LEADING SEPARATE?
sBRANCH IF YES
;ILLEGAL ZONED DATA TYPE

PDP=11 CIS INST EXERCiSER

CZKEEA.P1
9095
9096
9097
9098
9099
9100
9101
9102
9103
9104
9105
9106
9107

023012
023020
023024
023026
023032
023034
023040
023042
023046
023052
023056
023060

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

9109
10
9111

023074
023102
023104

9113
9114
g}}g

023120
023126
023134

9108 023066
9112

023112

024624
024622

MACY11 27(655)
1-0CT=79
DECIMAL ADDER
024626

024623
024626
024626
024622
024626

2%:
1$:

000012

024626

023727
101411
062737

024626

000011

000006

024626

112737
053737
000207

000377
024626

024622
024640

112737 000377

042737

EDCAD:

177760

024623

3%:

024626

10:59

N 8

PAGE 84~7

.SBTTL
ADD EDCOPA,EDCOPB
TST ECARRY
BEQ 1%
TSTB_ECARRY+1
BEQ 2%
DEC EDCOPB
BR 1%
INC EDCOPB
CLR ECARRY
TST EDCOPB
BPL 3%
ADD #12,EDCOPB

DECIMAL ADDER
sADD TWO SOURCE DIGITS
;ANY CARRY OR BORROW
;NO
;WHICH ONE

CMP EDCOPB,#11
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,EDCOPB

4%:

SEQ 0104

;BORROW
; CARRY
sRESET CARRY/BORROW FLAG
;1S RESULT NEGATIVE

:NO

sMAKE VALUE POSITIVE

.SET BORROW FLAG

1-0CT=79
10:59
PAGE 84-8
MACY11 27(655)
ADDP ,ADDN,
SUBP ,SUBN INSTRUCTIONS

012737
000430
005037
OOO‘%S
012737
012737

026056

177777

;INDICATE PACKED MODE
;SET SUBTRACT FLAG

017120

BIT #1,E0

;IS NUMBER ODD LENGTH

024646

MOV #177777 ,EODD

ESUBP:

CLR EODD

BEQ EADSUB
BR _EADSUB
CLR EPAK

ESUBN:

024670
024672
024674
017120

177777
000001

024650
017124

10%:

177777
000001

024652
017130

11%:

177777

024654

024660

MOV #177777 ,ESUBF

EADSUB:

CLR
CLR
CLR
MOV
MOV
MOV

12%:

024664
024646

BIT
BEQ
MOV
BIT
BEQ
MOV
BIT
BEQ
MOV

EAODD
EBODD
ECODD
EOQ,.TEO
E2,TE2
E&4,TE4

#1,E0
108
#177777 ,EAODD
#1,E2
11$
#177777 ,EBODD
#1,E4
12%
#177777 ,ECODD

MOV E1,RO

MOV EQ.R1
Mov EO,ELSD

3%:

MOV :177777,ES1

024616

1%:

TST ERSNEG

017126
017124
017124
024652
021126
024610
024616

2%:

001403
012737

177777

024606

;INDICATE ZONED MODE
;SET SUBTRACT FLAG
;ODD SIZE INDICATORS
;SAVE STRING LEN WORDS

;IF ODD SIZE SET INDICATOR
;EVEN NO. OF DIGITS

;SHOW ITS ODD

;I1F ODD SIZE SET INDICATOR
;EVEN NO. OF DIGITS
sSHOW ITS ODD
;1S RESULT ODD LENGTH
:NO

;SET ODD INDICATOR

;FIND SIGN OF SRC1

MOV EAODD ,EODD
JSR PC,ESNK

024616
177777

;INDICATE PACKED MODE

MOV #177777 ,EPAK
MOV #177777 ,ESUBF

026056

024660

026056
177777
024650
024652
024654
017120
017124
017130
000001

017122
017120
017120
024650
021126
024606
024660

ADDP ,ADDN,
SUBP , SUBN INSTRUCTIONS

s INDICATE ZONED MODE

EADDN:

026056
177777
177777
024646
000001

SBTTL

MOV #177777 ,EPAK

EADDP:

SEQ 0105

s SUBTRACT INST?
sBRANCH IF YES
;1S SIGN NEGATIVE
;BRANCH [F NO

:SET NEGATIVE INDICATOR

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

IS INVERTED AND THE ADD IS USED.

“FIND SIGN OF SRC2

024664
024646

024610

BEQ EADSBI
MOV #177777 ,ES2

;1S SIGN NEGATIVE?
;BRANCH IF NO
;SET NEGATIVE INDICATOR

EXERCISER

EADSB1:
024610

017124
017120

017124

017120
017120
017124

E§

017120

6%:

024602
024604

MOV R4 ,R1

JRESET RESULT SIZE INDICATOR
JRESET

SUBTRACT FLAGS

;ADD OR SUBTRACT DISPATCH
;LIKE SIGNS ADD
JUNLIKE SIGNS SUBTRA(CT
;WHO IS LONGER

JMAXIMUM LENGTH
JPOSITION OF SCR!
JPOSITION OF SCRZ
;START POSITION
JEXIT HERE INDICATES
JRESULT = 0

;RESET DATA REGS

;1S POSITION OF SCR1 VALID
;NO

;GIT A OPERAND

MOV EO,ELSD

024664

024646

024666

2%:

024664
024646
024666

MOV EAODD ,EODD
MOV EO, TEMPE
CLRB TEMPE
BIS TEMPE .R1
JSR PC(C,ESNK
MOV RZ2,EOPA
TST RS

BM]
MoV
MOV
MOV

4%
E3,.R0O
RS,R1
EZ2,ELSD

MOV EBODD ,EODD

MOV E2, TEMPE

CLRB TEMPE
BIS TEMPE ,R1
JSR PC,ESNK

024604

4%:

MOV RZ2,EOPB
CMP
BHI
BLO
INC

EOPA.,EOPB
EAIS
EBIS
R4

;DATA FOR

;1S POSI'

177777
024610

024612
024616

EBIS:

024606
024640

024616

EADAD:
EADAD1:

BR 6%

MOV #177777 ,EBNEG
MOV ES1,ERSNEG
BR EADAD1
MOV #177777 ,EANEG
MOV _ES2,ERSNEG
BR EADAD1
MOV ES1,ERSNEG
CLR EADSUM

SCRZ VALID

sSCT TYPE FIELD

AT A FOR COMPARE

I S LARGER

S
IS
NO THEIR THE

SAME

K EB NEGAT
] VE
A
IS
NEGATIVE
il

THEN RESULT

& NEGATIVE
E A
8 I S NEGATIVE

THEN RESULT

;

EAIS:

OMPARE

ON OF

024614
024616

F 'ELD

:GIT B r ERAND

INC RS

177777
024606

TYPE

;SET

000
012737
01373;
000412
012737
013737
000403
013737
005037

(MPB EO,R4

BEQ EAIS
CLR EOPA
CLR EOPB
TST R4

017126

017124
024652
017124

SUB R3,RS

BM] 2%

017122

017120
024650
017120
024666
024666
021126
024602

CLR EVTSSV
CLR EANEG
CLR EBNEG
CMP ES1,ES2
BEQ EADAD
MOVB EZ2.R3
(MPB EO,E2
BLO 1%
MmovB EOQ,R3
MOVB EOQ,R4
MOVB E2.RS
SUB R3,R¢

026066
024612
024614
024606

—

023500
023504

005037
005037
005037

M e

023474

GN OF RESULT
SULT =0 INDICATOR

(nl
-)

SEQ 0106

9174
9175

1=0CT=79
10:59
PAGE 84-9
ADDP ,ADDN, SUBP,SUBN INSTRUCTIONS

pol

9172
9173

MACY11 27(655)

PDP=11 CIS INST EXERCISER
CZKEEA.P11

PDP=11 CIS INST EXERCISER
CZKEEA.P11
9226

9227
9228

024010

024016
024022

013737

012700
005040

024616
025662

9229

024024

020027

025612

9231
9232
9233

024032
024036
024042

012703
005037
005037

025662
024622
026062

3235324052

105337

017120

9230 024030 9001374

9234

024056
024060
024064
024070
024072
024076
024102
024106
024110
024114
024116
024122
024124
024130
024134
024140
024142
024146
024152
024156
024160
024164
024170
024174

100005
005237
005037
000404
004737
010237
105337
100006
005737
001077
005037
000404
004737
010237
005737
100004
005137
005237
005737
100004
005137
005237
004737
000724

9261
9262
9263
9264

024176
024176
024202
024206

013700
013701
013737

MOV ERSNEG, SAVSGN
21%:

024214
024222
024226

°%:

024230
024626
024612

3%:

4$:

024624

024624
024614

5%:

024626
024626
024262

024670
021126

013737
013700
013701

024652
017126
017124

9274
gg;g

024254
024260

004737
000207

021126

9277
9278
9279

024262
024266
02427¢

004737
005237
005737

1%:

024672

023012
026062
024626

6%:

:
EGTOPA:

024646
024664

024646

MOV #EVRTAB+*D40,R3
CLR ECARRY
CLR EVTPAS

CLR ENOA

~=DETB TU

BR 2%
JSR PC,EGTOPA

MOV R2,EDCOPA
DECR EZ2
BPL 3%
TST ENOA
BNE EXT
CLR EDCOPB
BR 4%
JSR PC,EGTOPB
MOV R2.EDCOPR
TST EANEG
BPL 5%
COM EDCOPA

INC EDCOPA
TST EBNEG

BPL 6%
COM EDCOPB
INC EDCOPB
JSR PC,EADIT
BR 20%
MOV E1,R0
MOV EO.R1
MOV EAODD,EODD

MOV TEO,ELSD
JSR PC,ESNK
RTS PC

EGTOPR:

024664

MOV EBODD,EODD
MOV E3.RO
MOV E2.R1

MOV TE2,ELSD
EADIT:

SEQ 0107
:SAVE SIGN OF RESULT
*CLEAR DATA AREA

CMP RO,#EVRTAB

BPL 1%
INC ENOA
CLR EDCOPA

024626

013737
004737
000207

013737

208:

024620

024230
024230
024236
024242

024246

;

024176
024624
017124

017122
017120
024650

MOV #EVRTAB+4D40,R0
CLR =(RO)

BNE 218

024620
024624

9269
9270
9271
9272

9273

024662

024046 005037 024620

9236
9237
9238
9239
9240
9241
9242
9243
9244
9245
9246
9247
9248
9249
9250
9251
9252
9253
9254
9255
9256
9257
9258
3523

9265
9266
,gggg

D9
MACY11 27(655)
1-0CT-79 10:59 PAGE 84-10
ADDP ,ADDN,
SUBP, SUBN INSTRUCT IONS

:DEST. POINTER
“RESET CARRY
JRESET PASS COUNTER

“NO A QPERAND. FLAG
‘A DIGIT POINTER

S bled < i

:NO DIGITS LEFT
DIGIT = 0
;GIT A OPERAND
*SAVE VALUE
;B DIGIT POINTER
JNO DIGITS LEFT

;GIT B OPERAND
*SAVE VALUE
*WANT A COMPLEMENTED
*NO
1YES

sWANT B COMPLEMENTED
: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
;START ADDRESS OF NUMBER
“DIGIT OF NUMBER

JSR PC,ESNK
RTS PC

;CALL ROUTINE TO RETRIEVE DIGIT

JSR PC,EDCAD
INC EVTPAS
TST EDCOPB

;ADD TWO DECIMAL DIGITS
*BUMP PASS COUNTER
;SAVE POSITION OF LAST VALID DIGIT

sash

PDP=11 CIS INST EXERCISER
CZKEEA.P1T

9280

9281
9282

9283

024276

001403

026062
024626

MACY11 27(655)

BEQ 1%

026066

031702
024622

1%:
EXT:

024674
024662
024674
026066
024616
017132
024654
022174

JINITIALIZE NONZERO DIGIT STORED INDICATOR TO ZE

MOV #EVRTAB+“D40,R3
DECB_E4

BM] 3%
MOV ES5.RO

MOV E4.R1
MOVB -(R3) ,R2
TST R2
BEQ 7%

031702
024646
024664

7%:

3%:

02461€
024664

MOV #177777 ,ENZ1
mMOv ECODD ,EODD
MOV TE&4,ELSD
JSR_PC,EPUSH

BR 2%
MOV TE4,R1

MOV SAVSGN,ERSNEG
MOV TE4,ELSD
TST EVTISSV

BNE 10%
10%:

024645
EXT1:

172416

031702

CLR ERSNEG

MoV ES5,RO
MOv
JSR
CLR
TST

ECODD,EODD
PC,EPUSH
QEOPSW
ENZI

BEQ 1%

024616

TST ERSNEG

000010

172374

000004
024674

172364
026066

000002
017114

172346

024674
017132
024660

CLR ENZI

RTS PC

MOV EVTPAS,EVTSSV

017132
017130

177777

:SAVE POSITION
;SAVE RESULT

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

017130

SEQ 0108

MOvB EDCOPB,-(R3)

MOV EVTPAS ,EVTSSV

TSTB ECARRY

026066

024654
024674
022174

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

BPL 2%
8152:10,350PSU

BR
BIS #4,3EOPSW
CMPB TE4,EVTSSV

BHIS 4%
BIS #2,aE0PSW
MOV EORSTK,RZ2
CLR (R2)+
CLR (R2)+
CLR (R2)+
CLR (R2)+
MOV TE4, (R2)+
MOV ES,(R2)+
CLR ESUBF
.
RTS PC

;zgY CARRY FROM LAST ADD

;ADD CARRY TO WORD
;BUMP PASS COUNTER
;STORE POSITION
;ADDRESS OF DATA
:LégT TRANSFER COMPLETE
4 |

;START ADDRESS OF DEST.

;DIGIT POSITION

;DATA TO DEPOSIT
sCHECK DIGIT BEING STORED IN DST

;DIGIT NOT = 0, SET INDICATOR
;CALL ROUTINE TO PUSH DIGIT ONTO DST STRING
;POSITION OF SIGN
;SETUP ERSNEG WITH RESULT SIGN
;IF ZERO, SIGN = +

;SET POSITIVE
;START OF DEST.
;SAVE SIGN
JRESET EMULATE PSW
JIF = 0 SET Z BIT & SKIP OVER SETTING OF N BIT.

;IF

(=) SET N BIT

;SET N BIT

;COMP. LENGTH FOR OVERFLOW
JFIND LENGTH OF RESULT

;SET OVERFLOW
:SEGISBER UNLOAD

;RO =

:R1 =0
R = 0
;R3 =0

;R4 = R4
:RS = RS

"CLEAR SUBTRACT FLAG

PDP=11 CIS INST EXERCISER

CZKEEA. P11

9333
9334

000000
000000

MACY11 27(655)

1-0CT=79

ENPA:
EOPR:
EST:
ES2:
EANEG:
EBNEG:
ERSNEG:
ENOA:

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

0
0
0
0
0
0
0
0

EDCOPA:
EDCOPB:
EF INDA:
ESGNA:
ESGNB:

.WORD
.WORD
.WORD
.WORD
.WORD

0
0
0
0
0

.WORD 0

EADSUM:

.WORD 0

EMASK :

.WORD 0

TEMP1 :

.WORD 0

EBODD :

.WORD 0

EODD:
EAODD:

.WORD 0
.WORD 0

ECODD:
ESLSD:
ESUBF :

SAVSGN:
ELSD:

TEMPE:
TEQ:
TE2:
TES:
OPEPTR:

.WORD 0
.WORD 0
.WORD 0

.WORD 0

.WORD
.WORD
.WORD
.WORD

.WORD 0

0
0
0
0

BYTE 173
BYTE 101
BYTE 102

SNNN—A—A—D—I—D—AN—J—AO
N =ONO"NSH
WOV —=ON &

.BYTE 103

§—A—l—.—a—l—l—.—d—.~.-—l—l—l—l

.WORD 0

ESGNC:

PAGE 84-12

ADDP ,ADDN, SUBP,SUBN INSTRUCTIONS

ECARRY :

024650
024652
024654
024656
024660
024662
024664
024666
024670
024672
024674
024676
024676
024677
024700
024701
024702
024703
024704
024705
024706
024707
024710
0247M1
024712
024713
024714
024715
024716
024717
024720
024721
024722

10:59

OPENTB:

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

104
105
106
107
110
111
175
112
112
114
115
116

BYTE 117
.BYTE 120

.BYTE 121
BYTE 522

SGNBYT: .WORD

:OgERPUNCH SIGN DIGIT (PREFERRED ENCODINGS)
4

<42

;43
J+6
349
;+6
2ed
;+8
;49
;=0
=1

g
;=3
-4

-5

-¢
-7

;-8
;=9

SEQ 0109

PDP=11

CIS INST EXERCISER

(ZKEEA. P11

9386
9387
9388
9389
9390
9391
9392
9393
9394
9395
9396
9397
9398
9399
9400

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

PAGE

SEQ 0110

.SBTTL
CVTLP,Z INSTRUCTIONS
CONVERT LONG FORMAT NUMBERS INTO DECIMAL

IN EITHER PACKED OR ZONED FORMAT.

024724
024730
024732
024740
024744
024750
024754
024760
024764
024772
024774
025002
025006
025012
025016
025020
025024

CLR EPAK
BR ECVT

026056
177777

026056

000001

017120

177777
025626
017124
017126

024646

024646
026066
024624
024626
026064

ECVTLP:
ECVT:

18:

025612

MOV #177777 ,EPAK

sPACKED FORMAT OQUTPUT

BIT #1,EQ
BEQ 0%
MOV #177777 ,EODD

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

CLR
CLR
CLR
CLR
CLR

:
108

026060

EODD
EVTSSV
EDCOPA
EDCOPB
ESCF

MOV #EVRTAB+14,R0O

MOV
MOV
CLR
CMP
BNE

E2.R2
E3,R3
=(RO)
WEVRTAB,RO
1%
.

CLR EVTSGN
TST R2
BPL 2%

*NO

*CLEAR OLD SIGN INFO

;Lg DATA NEGATIVE

177777

(MP 2177777,R3

077777

,R2
(MP #077777

;CHECK FOR SPECIAL CASE = MOST NEG #.
;BRANCH IF THIS IS NOT THE SPECIAL CASE

026060

026064

6%:

000001
100000

026062
026062

3%:

000174

MOV #177777 ,ESCF
BR 3%
ADD #1,R3

BCC 3%
INC R2
BIC #100000,R2

CLR EVTPAS
S
., #*D124
(MP EVTPA
BEQ EVTWRP
ROR R2
ROR R3

025166
025172
025174

*CLEAR COMPLETE

*YES , SAVE SIGN

177777

025156
025162

JRESET ODD INDICATORS

MOVB #377 ,EVTSGN
COM R3

000377

025142
025150
025152

;ZONED FORMATED OUTPUT

025152
000004
024622
025624
026062
026070

BCC 4%
4%:

026062
EVRTAD:

JSR PC,EVRTAD
ADD #4 ,EVTPAS

BR 5%
CLR
MOV
MOV
ADD

MOV
ADD

ECARRY
#EVRTAB+12,R0
R4
EVTPAS
R4
#EVTABA,
(R4)+,R1
(R4) ,R1

*NEGATE DATA

;FOR MOST NEG # SRC 4IGH =100000,

;BRANCH IF NOT THE SPECIAL CASE
;SET SPECIAL CASE FLAG

SRC LOW = 0.

:B?QNCH IF NO CARRY FROM FIRST WORD
=¥

;CLEAR SIGN BIT
JRESET PASS COUNTER

;31 PASSES COMPLETE YET
;WRAP UP ROUTEEN
;CLEAR CC BITS FOR 32 BIT SHIFT
JSHIFT LOB INTO R3

JSHIFT LOB FOR VALUE
;IF NOT SET BIT HAS NC VALUE
;ADD BIT VALUE TO DECIMAL NUMBER
;BUMP PASS COUNTER
JNEXT PASS

;RESE1 CARRY/BORROW FLAGS
;A OPERAND POINTER
sTABLE OFFSET
;TABLE START ADDRESS

;START ADDRESS OF DATA

;END ADDRESS OF DATA

9440

3441
942

025176

943

01
010437

9445

026066

114037
114137

024624
024626

710

024626

;

024622

2%:

005237

026066

38:

005037
004737

024626
0230i2

004737

9644

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

114037
113710

023012

024624

013737

017120

005337

013700

026054
017120
000377
017122

020427

025612

050237

026052

004737

022174

120137

017120

026064

020137

017120

024616

105737

025426

001425
005737
001422
013737
013701
005301
013700

025430
025434
025436
0cH44s
025450
025452

BM] 3%
RTS PC

INC EVTSSV
MOVB =(R0) ,EDCOPA
CLR EDCOPB

DEC EPOPS

2%:

1%:

;ADD

;SAVE RESULT
;1S THIS LAST DIGIT
sNO
;ANY CARRY
;YES

;A OPERAND
;NO B OPERAND
;ADD THE CARRY
;SAVE RESULT

JRESET RESULT = 0 INDICATOR
;SETUP SIGN INDICATOR
;SETUP POINTER TO CONVERT RESULT
;SETUP POINTER TO LEAST SIGN. DIGIT

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

- (MP R4 ,A#EVRTAB

BLO 1%
MOVB (R4) ,R2
BIS RZ,ENULL
INC R4

JSR PC,EPUSH
TST

ESCF

BR EVTXT

(MP R1,EQ

BEQ EVTXT
INC R1
BR 2%
TSTB EO

BEQ 5%
C24664

;FIND A OPERAND
;FIND B OPERAND

MoV E1,R0O
CLR R2

BEQ 3%

EVIXT:

;NO. OF DIGITS

;SETUP POSITION OF

CMPB R1,EPOPS
BNE 3%

3%:

SEQ 0111

MOV EQ,R1

BIC #377.R1

026064

017122

TSTB ECARRY

CLR ENULL
MOV EVTSGN,ERSNEG

024664
026054

017120

017120
017120

DEC Ré
BNE 18

MOV #EVRTAB+12,Ré4
MOVB EO,R1
SUB R1,R4
MOV EO.ELSD
movB EQ,EPOPS

025416
025420
025422

MOV (R&) ,R&4
MOV R&,EVTSSV
MOVB =(R0O) ,EDCOPA
MOVB -(R1) .EDCOPB
JSR PC,EDCAD
MOVB EDCOPB, (RO)

BR 2%

EVTWRP:

026054

005737

JSR PC,EDCAD
MOVB EDCOPB, (RO)

024626

005037 - 026052
013737 026060
012704 025624
017120
113737

1%:

PAGE 85-1

# TC INSERT = 0

;CALL ROUTINE TO PUSH DIGIT INTO STRING
JREADY

TO PUSH SIGN?

;BRANCH IF NO
;SPECIAL CASE?
;BRANCH IF NO
;WORK WITH SPECIAL CASE BEFORE
JALL DIGITS PLUS SIGN PUSHED?
;BRANCH IF YES

INSERTING SIGN.

JRETURN TO PUSH NEXT DIGIT

;IF DST.LEN=0O ,DON'T BOTHER TESTING
FOR SPECIAL

CASE.

TST ESCF

;SPECIAL CASE?

DEC R1

JSET R1=DST.LEN-1.
*INCREMENT LEAST SIGN DIGIT YO 8.

BEQ 5%
MOV EOQ,ELSD
MOV EO,R1

JBRANCH [F NO.

(MOST NEG #).

PDP=11 CIS INST EXERCISER
(ZKEEA.PI

(ZKEEA.P

000010
022174
177777
022174
171410
026052

024616

7%:

5%:

#10,R2
P(C,EPUSH
R
#177777 ,ERSNEG

000010

171366

000004
017120

026066

cMPB EQ,EVTSSV
BHIS 4%
BIS #2,3EOPSW
MOV EORSTK,R2
MOV EO, (R2)4
MOV E1.(R2)+

CLR (R3)+

026370

D WWWRNININ
=

EEEEEEEEEEEEEEE

o
o

NOO O NNV

026210

EVTSGN:
EVTPAS:
ESCF:
EVTSSV:
EVTABA:

OVONO NS WN—=OVONONESWN—=O

EPAK:

mmmammmmmmmMmMmMmMmMmMmMMmMMmMMmMMmMM
OO OOOO00
NN== itk e b b b 0 2 O O OO0 OO0OOOO

RTS PC

EVRTAR:
:
ENULL
EPOPS:

TMm

;IF

CLR (R2)+
MOV E4, (R2)+
MOV ES. (R2)

9519

sCALL ROUTINE TO PUSH NEG SIGN INTO DEST.

TSTB ERSNEG

BIS #4,3EOPSW

171340

;CALL ROUTINE TO PUSH THE 8 INTO DEST.
s INSERT NEGATIVE SIGN
JINIT EMULATE PSW

BPL 2%
BIS #10,aE0PSW
BR 2%

171356

SEQ 0112

JSR P(C,EPUSH
CLR QEOPSW
TST ENULL

D
et
e
e
—

(s “ENTe XV F AW, ¥]

SEEREER

9511

MOV
JSR
INC
MOV

PAGE 85-2

BEQ 1%

024616

000002
017114
017120
017122

1-0CT=79
10:59
MACYT1 27(655)
CVTLP,Z INSTRUCTIONS

sJIF = 0 SET Z BIT; SKIP SETTING OF N BIT
(=)

SET N BIT

;SET N BIT
JSET Z BIT

;SET OVERFLOW

RsGISTER UNLOAD

=R0O
R1 = R1
R2 =0
;R3 =0

;R4 = R4
;RS = RS

sMUST PRECEDE EVRTAB!!

(IS INST EXERCISER

POP=11

N—==
=2 OO0

OV NN
NN —

026377
026406
026415
026424
026434
026444
026454
026465
026476
02650?

PAGE 85-3

026214
026220

mmmmmmmmmm

9548

J 9

1-0C7=79
10:59
MACY11 27(655)
CVTLP,Z INSTRUCTIONS
(PYLSTNSNS,
ST ST, NT,8]

PDP=11 CIS IMTT EXERCISER
C(ZKEEA.P11

010

002
002
004

“p2.,*D0,*Dé4,*D8

“D4.*D0,*D9.,*D6

011

“D8,“D1,%D9,*D2

003

“D1,%D6,*D3,“D8,*D4

007

“D3,4D2,*D7,*D6,“D8

005

“D6,“D5,%D5.*D3,*D6

001

“D1.,%D3,%D1,%D0,*D7,*D2

002
004

“D2,%D6,*D2,*D1,%D4,
D4
“D5.,4D2.,*D4,*D2,*D8,*D8

010
004

“P1,%D0,*D4,*D8,“D5,%D7,“D6

007

N=0O0O

9582

jeleloele)

9581

004

8o—n_a_n g

9580

011
005

E21:

“p2,%D0,D9.4D7,4D1,%D5,*D2

011
000

E22:

D4
.BYTE “D4,*D1,%D9,*D4,*D3,*D0,

010

E23:

.BYTE “p8.“D3,“D8,“D8,“D6,%D0,“D8

007
002

E24:

.BYTE “01.,%06,°D7,.°07,%07,%02.°D1,°D6

000

SEQ 0113

POP=11 CIS INST EXERCISER
(ZKEEA. P11

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

PAGE 85-4

‘D3,;DS.‘DS.‘DS.‘D&,“Dé.‘D3.‘DZ

9583

005
004

E25:

.BYTE

9584

001

E26:

“Dé
.BYTE *D6,*D7,*D1,*DC,*D8,“D8,*D6,

9585

E27:

.BYTE “D1,%D3,%D4,*D2,*D1,%D7,%D7,%D2,*D8

9586

E28:

.BYTE “D2,*D6,*D8,*D4,*D3,*D5,%D4,*DS,*D6

9587

E29:

BYTE

9588

E320:

D4
.BYTE “D1,%D0,*D7,%D3,%D7,*D4,*D1,"D8,"D2,

9589

010

004
026522

.EVEN

“D5,%D3,%D6,“D8,%D7,*D0,*D9,*D1,4D2

SEQ 0114

PDP=11 CIS INST EXERCISER
(ZKEEA.P1T

9591
9592
9593
9594
9595

L 9
10:59
1-0CT=79
PAGE 85-5
MACY11 27(655)
CONVERT PACKED OR ZONED TO LONG

SEQ 0115

.SBTTL
CONVERT PACKED OR ZONED TO LONG
CONVERT A NUMBER THAT IS IN EITHER PACKED OR
(CVTPL,CVTNL)
ICNED FORMAT INTO LONG FORMAT.

026522

005037
0004 03
012737
005037
005037
005003
005004
005037
032737
001403
012737

026056
177777

027262
024646
026052
000001

017120

177777

024646

013701
017120
013737 -077120
017122
021126
024606
024616
012737

026056

177777

gkRng?K

:ZONED FORMAT

ECVTPL:

MOV #177777,EPAK

;PACKED FORMAT INPUT

EZL1:

CLR EFLO
CLR EODD

1%:

024664

;CLEAR RESULT DATA AREA

CLR
BIT
BEQ
MOV

;RESET NULL INDICATOR
;1S SOURCE ODD OR EVEN NO. OF DIGITS
:ITS EVEN
:0DD

ENULL
#1,E0
1%
#177777,E0DD

FIND SIGN OF NUMBER

MOV EO,R1
MOV EO,ELSD
MOV E1,RO
TST ERSNEG

026644
026652
026660
026666
026670
026674
026700
026704
026710
026714
026716
026720
026722
026724

042737
013737
123737
001474
013701
013700
004737
005237
050237
000257

000377
017120
027264

027264
024664
017120

027264
017122
021126
027264
026052

EzL2:

BIC #377.,ECOUN
10%:

2%:

MOV EO,ELSD
CMPB ECOUN,EOQ
BEQ
MOV
MOV
JSR
INC

EZLE
ECOUN,R1
E1.RO
PC.,ESNK
ECOUN

BIS R2,ENULL
ccc
ROL R4

ROL R3

027262

024644

3%:

BCC
MOV
MOV
MOV

3%
#177777.EFLO
R3,TEMP
Ré&,TEMP1

ccc
ROL R4

ROL R3

177777

:CALL ROUTINE TO FIND SIGN
;1S SIGN NEGATIVE?

CONVERTER
CLEAR RESULT
FOR COUNT = 1 TO LENGTH
RESULT = (RESULT*10)+DIGIT<MSD+COUNT>
NEXT COUNT
MOV EO,ECOUN
:RESET COUNT(UPPER BYTE OF ECOUN MUST

027264

012737

:SETUP POSITION OF SIGN
!
:SETUP POSITION OF LEAST SIGN DIGIT.
:SETUP ADDRESS OF STRING

024606

017120

026732
026736

;RESET OVERFLOW
;RESET ODD LENGTH INDICATOR

BEQ EZL2
MOV #177777,ES1

013737

177777
017136

INPUT

Etg 22

éffi EgiESNK

026636

026742
026744
026746
026750
026752

ECVTNL:

027262

BCC 4%

#177777 ,EFLO

:BRANCH IF NO
:YES = SET NEGATIVE FLAG

CONTAIN TYPE)

:CONVERSION COMPLETE YET
:YES
;POSITION OF SOURCE
:START ADDRESS OF SOURCE
:CALL ROUTINE TO FIND DIGIT
:BUMP COUNTER
:DIGIT SUM FOR NULL TEST

:MULTIPLY RESULT BY 10

:ANY BIT SHIFTED OUT IS OVERFLOW
:TEMP DATA HOLD FOR MULTIPLY

PDP=11 CIS INST EXERCISER
(ZKEEA.P11
9645
9646
9647
9648
9649
9650
9651
9652
9653
9654
9655
9656
9657
9658
9659
9660
9661
9662
9663
966%645

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

9667

027060

005703

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

027062
027064
027066
027070
027074
027076
027102
027104
027112
027116
027122
027124
027132
027134
027136
027140
027142
027150
027152
027156
027160
027162
027164
027166
027172
027174
027176
027200
027202
027210

100013
005704
001006
032703
001003
005737
100403
012737
005077
005737
001403
052777
005704
001006
005703
001004
052777
000412
005737
100007
005103
005104
000257
062704
103001
005203
005703
100003
052777
032777

9666

9668

M9
MACY11 27(655)
1-0CT=79 10:59 PAGE 85-6
CONVERT PACKED OR ZONED TO LONG
6$:

177777
024644

027262

5%:

000001
177777
017136

027262

177777

027262

6%:
8%:

000C01
177777

027262

077777
024606

027262

000002

167764

000004

167746

024606

7%:
6%:

1%:

5%:

000001
2%:
000010
000004

167706
167700

;COMPLETE MULTIPLY

;ADD NEW DIGIT

SET CC BITS , SET RESULT REGISTERS

EZLE:

177777
170000
027262

cCC
ROL R4
ROL R3
BCC 5%
MOV #177777 ,EFLO
ADD TEMP1,Ré
BCC 6%
cCC
ADD #1,R3
BCC 6%
MOV #177777 ,EFLO
ADD TEMP,R3
BCC 8%
MOV #177777 ,EFLO
ADD R2,R4
BCC 108
ADD #1,R3
BCC 108
MOV #177777 ,EFLO
BR 108

SEQ 0116

3%:

TST R3

;BIT 32= 1

IS OVERFLOW EXCEPT IF

BPL 6%
TST R4
BNE 7%
BIT #77777 ,R3
BNE 7%
TST EST
BMI 6%
MOV #177777 ,EFLO
CLR QEOPSW
TST EFLO
BEQ 1%
BIS #2,3EO0PSW
TST R4
BNE 5%
TST R3
BNE 5%
BIS_#4,9EOPSW
BR 2%
TST ES?
BPL 2%
COM R3
COM R4
CCC
ADD #1,R4
BCC 2%
INC R3
TST R3
BPL 3%
BIS #10,aEO0PSW
BIT #4,3EOPSW

;BRANCH IF OK
;ALL OTHER 31 BITS = 0?
;BRANCH IF NO

; ALL OTHER 31 BITS = 0 & SRC WAS NEGATIVE

;BRANCH IF NO
;WAS SRC NEGATIVE?
;BRANCH IF YES
;ELSE OVERFLOW
;RESET PSW
sANY OVERFLOW
:NO
;SET Vv BIT
;WAS RESULT = 0
:NO
:NO
;SET Z BIT

;WHAT SIGN
sPOSITIVE
s COMPLEMENT VALUE

;SET N BIT BASED ON SIGN OF RESULT
;1F RESULT SIGN =+ BRANCH
;SET N BIT
JWAS DST = 0

PDP=11 CIS INST EXERCISER
(ZKEEA.P11

027216
027220
027224
027226
027234
027240
027242
027244
027246
027250
027254
027260
027262
027264

001006

005737

MACY11 27(655)
1-0CT=79 10:59 PAGE 85-7
CONVERT PACKED OR ZONED TO LONG

024606
000001
017114

167662

4%:

917130
017132

EFLO:
ECOUN:

BNE
TST
BPL
BIS
MOV
CLR
CLR
MOV
MOV
MOV
MOV

sVES

49
#1,3E0PSW

:NO
;YES , THEN SET C BIT
JREGISTER SAVE
RO =
;R1 =0

EST

EORSTK,RO
+
(RO)

+
(RO)
R3,(RO)+
R4, (RO)+
E4,(RO)+

ES,(RO)+

RTS PC

SEQ 0117

.WORD 0
.WORD 0

;AND WAS SOURCE NEGATIVE

;sR2
JR3
;R4
;RS

= DST HIGH
=
DST LOW
= R4
= RS

MACY11 27(655)

012737

026056

177777

1-0CT=79

CONVERT PACKED TO ZONED
.SBTTL

CLR
CLR
CLR
MOV
MOV
CLR
BIT
BEQ

017120
177777

024646

024664
18:

017122
017120

2%:

024664
EPZE:

024664

024616

177777

026052
000004

167350

024606

027572
027576
027604
027610
027614

000010
024606
017124
017124
017126
022452
024616

3%:

167332
024616

024664

6%:

YES

sRESET END OF SOURCE FLAG
;START ADDRESS OF SOURCE
;POSITION OF DIGIT
;GRAB DIGIT
;END OF DEST. YET
;YES
;DIGIT POSITION
;IS DIGIT ZERO

MOV EVTSSV,ENULL

;POSITION OF LAST NON ZERO DIGIT STORED.
;START ADDRESS OF DEST
;POSITION OF DIGIT

MOV E3.RO

MOV EDCOPB,R1
MOV E2,ELSD
JSR PC,EPUDTZ
BR EPZ1
MOV E1.RO
MOV EO.R1
MOV EOQ,ELSD
JSR PC,EFINDT
CLR EST
TST EMSDP

2%:

JSR PC,EFINDT
DECB EDCOPB
BMI EPZE
INC EVTSSV
TST R2

BEQ 2%

024606

;1S SOURCE ODD OR EVEN NUMBER

:5?0 OF SOURCE YET

18
#1,aEOPSW
E1,RO
R1
EDCOPA
EO,ELSD

TST ERSNEG

030372

;SET _PACKED MODE INDICATOR
JRESET PASS COUNTER
JRESET NULL INDICATOR
JRESET EMULATE PSW
sSTART POSITION OF SOURCE
;START POSITION OF DEST.

DECB EDCOPA

BEQ 2%

026052

CONVERT PACKED TO ZONED

JSR PC,EFMSD

BMI
BIC
MOV
MOV
MOov

167526

SEQ 0118

;OF DIGITS
;ITS EVEN
;1TS 0ODD
;DETERMINE POSITION OF MOST SIGN SRC DIGIT

CLR R2

026066

026066
017126
024626
017124
022452

EVTSSV
ENULL
@EOPSW
EOQ,EDCOPA
EZ2,EDCOPB
EODD
#1,E0
EPZ1

MOV #177777 ,EODD

EPZ1:

024624
000001
017122
024624
017120
021150
024626

B8 10

PAGE 85-8

MOV #177777 ,EPAK

ECVTPN:

024624
024626

030310

10:59

2%
MOV #177777 ,EST
TST ENULL

BIS #4,3EOPSW
6$
TST EST
BEQ 6%
BIS #10,3E0PSW
MOV ES1,ERSNEG

MOV E2.R1
MOV E2,ELSD
MOV E3.RO

JSR PC,EPUDTZ
TST ERSNEG

;SAVE DIGIT
;LOOP TILL COMPLETE
;START ADDRESS OF SOURCE
;POSITION OF SIGN
;GRAB SIGN

JRESET SIGN FLAG

;1S SOURCE NEG?
;BRANCH IF NO
;IF SRC IS ZERO AND NEG TREAT IT AS POSITIVE

sSET NEGATIVE FLAG

;WAS RESULT STORED ZERO
:NO

;SET Z BIT
;SKIP SETTING OF N BIT
:SIGN OF RESULT
sPOSITIVE
;SET N BIT
;SETUP SIGN OF RESULT
;POSITION OF SIGN

;START ADDRESS OF DEST.
; INSERT SIGN IN DST STRING
;WAS SIGN STORED POSTITIVE? (UNSIGNED)

(k]

EXERCISER

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

000010
030372
000002
017114

017124
017126
017130
017132

1-0CT=79
10:59
MACYTT 27(655)
CONVERT PACKED TO ZONED

167266

026052

167250

4%:

5%:

TT10

PAGE 85-9

SEQ 0119

BNE 4%
BIC #10,3E0PSW

;BRANCH [F NO
;CLEAR PSW N BIT

BLOS 5%
BIS #2,3E0PSW

;SET v BIT

CMP EMSDP,ENULL

MOV EORSTK,RZ2

CLR
CLR
MOV
MOV
MOV
MOV

(R2)+
(R2)+
E2,(R2)+
E3,(R2)+
E4,(R2)+
ES,(R2)+

RTS PC

;CAN DEST. CONTAIN ALL DIGITS
JYES
;SAVE REGISTERS

;RO
;R
;R2
;R3
;R4
;RS

=
=
=
=
=

0
0
R2
R3
R4
RS

PDP=11 CIS INST EXERCISER
(ZKEEA.P1

PDP=11 CIS INST EXERCISER
(ZKEEA.P11

9782
9783

027700
027704
027710

005037

026066
026056
026052
167176

MACY11 27(655)
1-0CT=79
10:59
CONVERT ZONED TO PACKED

.SBTTL
CLR EVTSSV
(LR EPAK
CLR ENULL
CLR QEOPSW
MOV EQ,EDCOPA
MOV E2,EDCOPB
CLR EODD
BIT #1,E2
BEQ EZP1

ECVINP:

017120
017124
024646

024624
024626

177777
030310

024646

00000+ Nri2ey——

MOV #177777 ,EODD
JSR PC,EFMSD

CLR RZ

024624
000001
017122
024624
017120

021352

DECB EDCOPA
BMI 1%

167116

BIC
MOv
MOV
Mov

024664

024626

1%:

026066

026066
017126
024626
017124
022216

017122
017120
017120
021352
024606
024616

026052
024664

024664

TST ERSNEG

BEQ 2%

TST EMSDP

177777
026052

024606

000004

166740

030222

000002
017124
017126
024606

JSR PC,EFNDTZ
DECB EDCOPB
BMI EZPE
INC EVTSSV
TST R2
BEQ 2%
MOV EVTSSV,ENULL

MOV E2,ELSD
JSR PC,EPUTDT
BR EZP1
MOV E1.RO
MOV EO,R1
MOv EO,ELSD
JSR PC,EFNDTZ
CLR ES1

:
EZPE

024606

052777
013701
013700
013737

#1,aEO0PSW
E1,RO
EDCOPA,R1
EO,ELSD

MOV E3,RO
MOV EDCOPB,R1

030372

000010
030372

D 10

PAGE 85-10

2%:

38:
166722

026052
166704

024616

4%:
5%:

BEQ 2%
MOV #177777 ,ES1
TST ENULL

BNE 3%
BIS #4,3EOPSW
BR 4%
TST EST

BEQ 4%
BIS #10,aE0PSW

CMP EMSDP,ENULL

BLOS 5%
BIS #2,aEOPSW
MOV EZ2.R1
MOV E3,RO
MOV EST,ERSNEG

SEQ 0120
CONVERT ZONED TO PACKED
;JRESET PASS COUNTER

;MODE = ZONED
JRESET NULL INDICATOR
;RESET EMULATE PSW
;START POSITION OF SOURCE

;START POSITION OF DEST.
;1S DEST. ODD OR EVEN # QF DJGLIS.

;ITS EVEN
;1TS ODD
sFIND POSITION OF MOST SIGNIFICANT SOURCE DIGIT
;END OF SOURCE YET

JRESET END OF SOURCE FLAG
;START ADDRESS OF SOURCE
;POSITION OF DIGIT
;GRAB DIGIT
;END OF DEST. YET
sYES
;PASS COUNTER

;1S DIGIT ZERO

;SAVE POSITION OF LAST NON ZERO DIGIT STORED.
;START ADDRESS OF DEST.
;POSITION OF DIGIT

;SAVE DIGIT
;LOOP TILL COMPLETE
;START ADDRESS OF SOURCE
;POSITION OF SIGN
JRESET SIGN FLAG
;IS SOURCE NEG?

:NO

;IF SOURCE IS ZERO AND NEG TREAT IT AS POSITIVE

;SET NEGATIVE FLAG
;WAS RESULT STORED ZERO
:NO

;SET Z BIT

;SET SIGN OF RESULT
;PCSITIVE
;SET N BIT

;CAN DEST. CONTAIN ALL DIGITS
s YES
;SET v 8IT

;POSITION OF SIGN

;START ADDRESS OF NUMBER

PDP=11 CIS INST EXERCISER
CZKEEA.P11

013737
004737
005737
001003
042777
013702
005022
005022
013722
013722
013722
013722
000207

MACY11 27(655)

10:59

CONVERT ZONED TO PACKED

017124
022216
024616

024664

000010
017114

166640

017124
017126
017130
017132

1-0CT=79

1%:

E 10
PAGE 85-11

MOV EZ2,ELSD
JSR PC,EPUTDT
TST ERSNEG
BNE 18
BIC #10,aE0PSW
MOV EORSTK,RZ
(LR (R2)+
CLR (R2)+
MOV E2, (R2)+
MOV E3,(R2)+
MOV E&4, (R2)+
MOV ES, (R2)+
RTS PC

SEQ 0121
sSAVE SIGN

;WAS SIGN STORED POSITIVE? (UNSIGNED)
;BRANCH [F NO

;CLEAR PSW N BIT
s SAVE REGISTERS

;RO
R1
;R2
;R3

=0
=0
= R2
= R3

;R4 = R4

;RS = RS

POP=11 CIS INST EXERCISER
(ZKEEA. P11

005037
005037
013700
013701
013737
005301

9850

105701
100412

030
030370

004737
005237
005702
001767
013737
000763
000207

030372
030374

000000
000000

10:59
1-0(CT=79
MACY11 27(655)
CONVERT ZONED TO PACKED

030374
030372

017122
017120
017120

EFMSD:

024664

CLR ESDC
CLR EMSDP
MOV E1,RO
1%:

MOV EO,R1
MOV EQ,ELSD
DEC R1
TSTB R1

BM] 2%

JSR P(C,ESNK

021126
030374
030374

PAGE 85-12

INC ESDC
TST R2

BEQ 1%

MOV ESDC,EMSDP

030372
2%:
EMSDP:
ESDC:

BR 1%

RTS PC

.WORD 0
.WORD 0

SEQ 0122

;SET RO=SRC.ADR
;SET R1=SRC.PTR
;LLOCKED AT ALL SRC DIGITS YET?
;BRANCH IF YES
JGET NEXT SRC DIGIT
s INCREMENT DIGIT COUNTER
;1S DIGIT ZERO (NON=SIGNIFICANT)
;BRANCH IF YES
;SAVE POSITION OF DIGIT

PDP=11 ( 1 ? INST EXERCISER
(ZKEEA.P1

9869

012737
005037

MACY11 27(655)

1-0CT=79

ASHP ,ASHN INSTRUCTIONS

177777
031672
031674
000001

017120

177777
000001

031672
017124

177777

031674

026056

026056
031700
031702
031704
024622
017120

.SBTTL

CLR EODDS
CLR EODDD

1%:

2%:

3%:

122703

017120
000377
000177

YES=SET ODD

INDICATE ZONE MODE
INIT. N CLEAR INDICATOR
INIT. NON ZERO INDICATOR

INIT.
INIT.

ZONED STRING?
SRANCH IF NO
MAKE RESULT DATA TYPE

TRAILING SEPARATE

JINITIALIZE RESULT PTR TO 127+31+1(MAX SHIFT (T+

BLE ESISRC

YIS SHIFT # <=0?

EDETSN
#EVRTAB,RO
R4 .,R1
ETLSD,ELSD

MOV #177777 ,EODD
JSR PC,EPUSH

DECB Ré&
DEC RS
BR
1%
EASHR:

POSITIVE OR ZERO = SHIFT

CLR R2

024646

CARRY INDICATCR
SCR.PTR TO SRC.LEN=1

MOV R4, ETLSD
DECB Ré
MOVB E4.RS
BM] EASHR
TST RS

CMPB #377 R4

024664

INDICATOR

BIS #237.R4

BEC
MOV
MOV
MOV

025612

013700
042700
060003

BIC #377.R4

INDICATOR

IS DST ODD IN LENGTH?

BEQ EASH

BNE 2%
MOV #40237.Ré4
BR 3%
MOV E2,R4

ODD LENGTH?

YES = SET ODD

TST EPAK

000377

177400

IS SRC

DECB R3

18:

017130

#1.£0
1%
#177777.E0DDS
#1.E2

MOV EO,R3

017130

177400

ASHP ,ASHN INSTRUCTIONS
INDICATE PACKED MODE

BR EASH
CLR EPAK
CLR ENCC
CLR ENZI
CLR ETNZI
CLR ECARRY

EASHN:
EASH:

017124
000377
000237
032632

042703
113700
060003
042703

BIT
BEQ
MOV
BIT

SEQ 0123

MOV 4177777 ,EODDD

040237

177777
022174

G 10

PAGE 85-13

MOV #177777.EPAK

EASHP:

026056

032632

10:59

BIC #177400.R3
MOVB E4,RO
ADD RO,R3

BIC #177400,R3

INITIALIZE SHIFT # TO SHIFT COUNT
SHIFT COUNT?

IN DIRECTION OF

LEAST TO MOST SIGNIFICANT DIGITS

SHIFT #>0;

IS RESULT.PTR=0?

;IF RESULT.PTR<O BRANCH TO COPY RESULT INTO DST.
RESULT.PTR DOES NOT=0. PUSH A ZERO
DIGIT INTO THE DESTINATION.

SET RO=RESULT.ADR, R1=RESULT.PTR, R2=0

;CALL ROUTINC TO PUSH THE O DIGIT INTO RESULT.

SHIFT COUNT

IS NEGATIVE

GET SHIFT COUNT
ADD SHIFT COUNT

(NEGATIVE)

TO SRC.PTR

MOV EQ,RO

BIC #377.,R0
ADD RO,R3

CMPB #177.R3

CHECK FOR SPECIAL CASE WHEN SRC.LEN=0O AND
SHIFT (NT==128(200).

POP=11 CIS INST EXERCISER
(ZKEEA.P11

1-0CT=79

°%:

017122
017120

024664

024646

017131

024622

1%:

ESISRC:

000377

031672
021126
024622
000011
000001

024664
024646

;NO=SET CARRY

;SET RO=SRC.ADR,R1=SRC.PTR+1
;CALL ROUTINE TO FIND DIGIT

JADD RND.DGT TO DIGIT FOUND IN RZ
;1S RESULT LESS THAN 10

JSHIFT SRC UiGITS INTO DST.

;IS RESULT.PTR <0?
;YES = 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.PTR

MOV EC,ELSD

MOv EODDS,EODD
JSR PC,ESNK
ADD ECARRY,R2

024622
2%:
3%:

024664
024646

CMP #11,R2
BHIS
2%
CLR R2
MOV_#1,ECARRY
BR 3%CLR ECARRY

MOV #EVRTAB,RO
MOV R4 ,R1

;CALL ROUTINE TO FIND SRC DIGIT
;ADD CARRY

;OVERFLOW = SET CARRY & SET DIGIT=0

;PUSH DIGIT FOUND INTO RESULT.

;SET RO=RESULT.ADR, R1=RESULT.PTR, R2 CONTAINS D

JSR ©C,EPUSH

BIC #177760.R2
BEQ 1%
1%:

MOV #177777 ,ETNZ]
DECB R3
DECB R&
BR ESISRC

JMP EFILLZ

FOUND

;IF NO BRANCH

MOV #177777.EODD

031704

TO DIGIT

;DIGIT OVERFLOW?

MOV ETLSD,ELSD

—r

031706

MOV #1,ECARRY
BR ESISRC
CLR ECARRY

sFIND MOST SIGNIFICANT DIGIT TO BE
SHIFTED OuT
;

MOV R3,R1

177777

;IF SRC PTR IS <=1 FILL DST WITH ZFRO

MOV E1.RO

177777

022174
177760

BNE EFILZ
MOV E1.RO
MOV R3,R1
Mov EO,ELSD
INCB R1
MOV EODDS,EODD
JSR PC,ESNK
MOVB E4+1,R0
ADD RO,R2

;BRANCH IF SRC PTR IS POSITIVE

BEQ EDETSN
TSTB R3
BMI EFILZ

024622
025612

032632

;BRANCH IF THIS IS THE SPECIAL CASE.

(MPB #377 R4

017122

SEQ 0124

BEQ EFILZ
TSTB R3

CMP #12,R2
BHI 1%

000012

017120

H 10
PAGE 85-14

BPL 2%
(MPB #-1,R3

177777

00000

10:59

ASHP ,ASHN INSTRUCTIONS

laa T

030654
030656
030660
030662
030666

MACY11 27(655)

;CALL ROUTINE TO PUSH DIGIT INTO RESULT
JMASK OFF ALL BUT DIGIT PUSHED
;1S DIGIT PUSHED=0?
sNO-SET NON ZERO INDICATOR
;DECREMENT SRC.PTR
;DECREMENT RESULT.PTR

.DE TERMINE SIGN & STORE WITH RESULT
JNOTE: THERE EXIST TwO CASES IN WHICH THE DST SIGN
:&%b DIFFER FROM THE SRC SIGN.

THESE CASES ARE

1)SRC SIGN = =,SHIFT=RIGHT
,AND RESULT(ETNZ1)=0

PDP=11 CIS
(ZKEEA.P11

9977
9978

9979

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

005737
001035
032737
001403
005037
000426
105737

001421
013700
013701

MACY11 27(655)
1-0(T=79
10:59
ASHP ,ASHN INSTRUCTIONS

MOV E1,RO
MOv EOQ,R1
MOV EO,ELSD

024664
024646

017130

024616

031672
021126

;

2%:

024664

3%:

024646

JNON ZERO INDICATOR SET?

gkR1§RSNEG

;MAKE SIGN POSITIVE

TSTB EO
BEQ 4%
MOV E1.,RO
MOV EOQ,R1
MOV EO,ELSD
DECB R1
MOv EODDS,ECDD

TSTB R1

025612
032632
032632

177777

022174

VONO
VNS WN=O

—
) —d —
)
)

006201
005201
000402
012704
160104
013701
042701
010103
010400

—

013737
013737
005737

10030

024646

031374

052701

CLR ENZI
MOVB E2,R1

1$:

48:

017124
000377

040000

MOV #EVRTAB,RO
MOV ETLSD,R1
MOV ETLSD.ELSD

TST EPAK

026051

177400

CLR ERSNEG

024664
024646

;BRANCH IF YES
JSHIFT RIGHT?
;NO

(CASE

NOTED ABOVE)

;SRC MAGNITUDE = 0
;BRANCH IF YES (SRC.LEN = Q)
;SETUP SRC.ADR
;SETUP PTR TO SIGN
;SETUP PTR TO LEAST SIGN DIGIT
JFIND SRC DIGIT
:1S DIGIT = Q?

;BRANCH IF NO

JALL DIGITS IN SRC TESTED?

:BRANCH IF NO

;CASE 2 NOTED ABOVE
;STORE SIGN WITH RESULT

JSR PC,EPUSH

025732

017124
031674
026056

BNE 3%

;SIGN RETURNED IN ERSNEG

MOV #177777.EODD
ECRID:

031702
017124
026056

)

g8888888888

p— Y———
]

10009

024664

;SETUP SRC ADR
;SETUP PTR TO SIGN
JSETUP PTR TO LEAST SIGN DIGIT

TST ETNZI

BNE 1%
(%:
1%:

2)SRC SIGN = =,SHIFT=LEFT,AND SRC MAGNITUDE=0

;CALL ROUTINE TO FIND SRC SIGN

JSR PC(C,ESNK
TST R2

024616

SEQ 0125

JSR PC,ESNK

BNE 1%
BIT #200,E4
BEQ 2%

;

017120

017122
017120
017120

MOV EODDS,EODD

031704
000200

I 10
PAGE 85-15

BEQ 1%
MOV #EVRTAB+120,Ré4
ASR R1
INC R1
BR 4$
MOV #EVRTAB+237.Ré4
SUB R1.R4

:COPY RESULT INTO DESTINATION
*CLEAR NON ZERO INDICATOR

OF RESULT TO COPY.

*PACKED

INST?

*BRANCH IF NO
:CALCULATE # OF BYTES OCCUPIED BY DST
Y
8 OF BYTES=# OF DIGITS/2 +1

MOV E2.R1

:SETUP POSITION POINTER TO ZERO

MOV R4 .RO
MOV E2.ELSD
MOV EODDD,EODD

“SETUP 'FROM'' ADDRESS
*SETUP POINTER TO LEAST SIGN DIGIT

BNE 5%
BIC #177400,R1
BIS #40000,R?

*BRANCH [N NO
“ZONED RESULT DATA TYPE = TRAILING SEPARATE

BIC #377,R1
MOV R1,R3
TST EPAK

-SAVE DATA TYPE FIELD

:JONED RESULT?

MACY11 27(655)

PDP=11 CIS INST EXERCISER
(ZKEEA.P11
10031
10032
10033
10034
10035

031400
031406
031412
031416
031422

10045

031462

10047
10048

031464
031464

10049
10050
10051
10052
10053
10054
10055
10056
10057
10058
10059
10060
10061
10062
10063

031470
031474
031476
031504
031506
031512
031514
031522
031522
031526
031532
031534
031536
031540
031544

112737

004737
013700
105037

050337
042701
050301
004737
005702
001403
012737
020137
001402
005201
000730

005077
005737
001004

000100
021126
017126
024665
024664
177400

177777
017124

J 10
PAGE 85-16

MOVB #100,ELSD+1
JSR PC,ESNK
MOV E3.RO
CLRB ELSD+1
BIS R3,ELSD

BIS R3,R1

JSR PC,EPUSH
R2

031702

3%:

ESCC:

165426

3$
MOV #177777 ,ENZ1
CMP R1,E2

BEQ ESCC

CLR QEOPSW

031702

017124
000237

TST ENZI

BNE 1%

165412

024616

000010

sCALL ROUTINE TO GET RESULT DIGIT

;SETUP 'TO' ADDRESS (I.E. DST)

1%:

165374

’%:

BR 2%
TST

ERSNEG

BEQ 2%

BIS #10,9E0PSW

MOVB E2,RC

MOV #237,Ré4

SUB RO,R4
BEQ 6%
DEC Ré&

MOV #EVRTAB,RO

MOV E2,R1

BIC #377.R1
TST EPAK

177400

024646
024664

;CALL ROUTINE TO PUSH RESULT DIGIT INTO DST
;WAS DIGIT PUSHED NON ZERO?
;BRANCH IF NO

;SET NON ZERO INDICATOR

;COPY DONE?
;BRANCH IF YES
;UPDATE PTR AND RETURN TO COPY NXT DIGIT

;SET CONDITION CODES

JRESET EMULATION PSW

;SET Z BIT IF NON ZERO INDICATOR=0.

BIS #4,aEOPSW

025612
017124
000377
026056
040000
177777
032632
021126

SEQ 0126

BIC #177400,R1

INC_R1
BR 2%

113700

001437
005304
012700
013701
042701
005737
001004
042701
052701
012737

024665

022174

000004

160004

10:59

ASHP ,ASHN INSTRUCTIONS

052777
000406
005737
001403
052777
012704

1-0CT=79

3%
5%:

BNE 3$
BIC #177400.R1
BIS #40000,R1

;1S SIGN NEGATIVE?

;BRANCH IF NO
;SET N BIT
;DETERMINE Vv BIT

sCALCULATE # OF DIGITS OF RESULT
;

THAT WOULD NOT FIT

;YES = WERE

ANY

NOT STORED?

IN DEST.

SIGNIFICANT

s ZONED RESULT?
.BRANCH IF NO
;ZONED RESULT DATA TYPE =TRAILING SEPARATE

MOV #177777.,EODD
MOV ETLSD,ELSD
JSR PS,ESNK

CALL ROUTINE TO FIND RESULT DIGIT

NOT STORED.

GO SET OVERFLOW - V B8IT

031650
031654

—

10083
10084

000002
017114
124
126

165262

4%:
6%:

DIGITS

BIS #2,aE0PSW
MOV EORSTK,RZ
CLR (R2)+

CLR (R2)+
MOV EZ2,(R2)+

MOV E3, (R2)+
(LR (R2)+

;SET v BIT
JREGISTER UNLOAD

:RO=0
:R1=0
;R2=R2
:R3=R3
:R4=0

PDP=11 CIS INST EXERCISER
(ZKEEA.P11
10085
}8839

MACY11 27(655)
1-0CT=79 10:59
ASHP ,ASHN INSTRUCTIiGONS

031656
031662

013722
000207

10088 031664

000000

E TMPRO :

.WORD 0

10091
10092

000000
000000

EODDS :
EODDD :

.WORD 0
.WORD 0

10089
10090

031666
031670

10093
1009
10095

031676
031700
031702

}8839

031672
031674
03170&¢

10106
10107
10108
10109
10110
10111
10112
10113
10114

031742

004737

122704

012737

005702
001403
012737
105304
005037
000747
000137

.WORD 0

EFILLZ:

CMPB #377.Ré

BEQ
MOV
MOV
MOV
MOV

025612
024622
032632

177777

022174

177777

024622
031114

024664

024646

031704

:R5=RS

.WORD 0
.WORD 0
.WORD 0

ETNZI:

000377

SEQ 0127

.WORD 0
.WORD 0

ESGN:
ENCC:
ENZI:

000000

001426
012700
010401
013702
013737

031746
031750
031752
031760
031762
031766
031770

ETMPR1 :
ETMPR2 :

000000
000000
000000

031706
031706
031712
031714
031720
031722
031726

031734

MOV ES,(R2)+
RTS PC

000000
000000

10098
10099
10100
10101
10102
10103
10104

10105

017132

K 10

PAGE 85-17

1%
#EVRTAB,RO
R4 ,R1
ECARRY,R2
ETLSD,ELSD

MOV #177777.EODD
JSR PC,EPUSH

2%:
1$:

IST R2
BEQ 2%
MOV #177777 ,ETNZ]
DECB R&4
CLR ECARRY
BR EFILLZ
JMP EDETSN

;PAD REMAINING RESULT WITH ZERO DIGITS
“IS RESULT.PTR <0?
:IF 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.
*WAS DIGIT PUSHED = 0?
*BRANCH IF YES
:DIGIT PUSHED NOT = 0;SET NONZERO INDICATOR

-d

MACY11 27(655)

012737
005037

177777

032622
032624
000001

026056

10:59

032622

177777

032624

017124

L 10
PAGE 85-18

.SBTTL

ECMPP:

017120

177777

000001

1-0CT=79

CMPF,(CMPN INSTRUCTIONS

Vo~

d
d
—

031774

18:

MOV
CLR
CLR
BIT
BEQ
MOV

#177777 ,EPAK
EODDSI
EODDS2
#1,E0
1%
#177777 ,EODDS1

BIT #1,E2
BEQ ECMP

MOV #177777 ,EODDS2

032050

026056

ECMPN:

032054

017120

ECMP:

WWWWWWWWW

s —_ -

D i

i
il
D

) il il
D

il il
i

i
i e
)

D caclh

Cl ? INST EXERCISER
P1

calh vl calh

i ol
i

sl w
s csb

i cnh
i i
ch
-

D adl ald cilh

(eolelololelolololelolololelololololololelols] o o

PDP=1
CZKEE

BR ECMP
(LR EPAK

MOV R3,ELSIM
MOV R&,ELS2M
MOV E1.RO

BNE 2%

017120

2%:

032616
017126

3%:

017124
017124
032624
021126

024664
024646

017124

032244

010537

032620

032250
032250
032254
032262

005077
023737
101052

1646472

032616

R3
MOV R3,ELSTM
BR 1%
MOV EQ.R5
SUB R3,R5
MOV R5,ESINSD
MOV E3.RO
MOV R4 ,R1
CMPB R4 ,E2
BEQ 4%
MOV E2,ELSD
MOV EODDSZ2,EODD
JSR PC,ESNK
TST R2

032630
4%:

ECNSD:

032620

;YES = SET ODD INDICATOR
;1S SRC2 ODD LENGTH?
;YES SET ODD INDICATOR
s INDICATE ZONED MODE

JINITIALIZE DST.PTR TO O

MOv EO,ELSD
MOV EODDS1,EODD
JSR PS,ESNK

032626

;1S SRC NUMBER ODD LENGTH?

MOV E2,Ré

017120
024664
024646

s INDICATE PACKED MODE

sINITIALIZE SRC.PTY TO O

BIC #377.R4

017120
032622
021126

CMPP ,CMPN INSTRUCTIONS

MOV EO,R3

BIC #377.R3

18:

SEQ 0128

BNE 4$
INC R4
MOV R4 ,ELS2M
BR 3%
MOV E2.R5
SUB R4 ,RS
MOV R5,ESZNSD
CLR QEOPSW

CMP ESTNSD,ES2NSD
BHI 5%

;FIND MOST SIGNIFICANT DIGIT IN SRC1
;SET RO=SRC1.ADR, R1=SRC1.PTR
;REACH END OF SRC1 STRING?
;IF YES BRANCH

sCALL ROUTINE TO FIND SRC DIGIT

;1S SRC1 DIGIT=0?
;IF NO BRANCH
;UPDATE SRC1.PTR TO NEXT DIGIT
;SAVE SRC1.PTR

;CALCULATE # OF SIGN DIGITS IN SRC1
;SAVE # OF SIGN DIGITS IN ESINSD
;FIND MOST SIGNIFICANT DIGIT IN SRCZ2
;SET RO=SRC2.ADR, R1=SR(CZ2.PTR
JREACH END OF SRCZ2 STRING?

:IF YES BRANCH

;CALL ROUTINE TO FIND SRC DIGIT
;1S SRC2 DIGIT=0
:IF NO BRANCH

;UPDATE SRCZ2.PTR TO NEXT DIGIT
:SAVE SRC2.PTR
;CALCULATE # OF SIGN DIGITS IN SRC?2
;SAVE # OF SIGN DIGITS IN ESZNSD
;COMPARE # OF SIGN DIGITS IN SRC1
VERSUS SR(?2
:

;BRANCH IF SRC1 HAS MORE SIGN DIGITS

BYRRREC
28 BRIRTRET2E I

032264
032266

005737

032272

001500

103457

il
) il

il
il
il o

1-0CT=79
10:59
MACY11 27(655)
CMPP,CMPN INSTRUCTIONS

TST ESINSD

032626
032630
017122

4%:

017120
032622
021126
032614
017126

024664
024646

017124
032624
021126
032614

024664
024646

il el
il clh
b
i
i
b

10199

032404
032406
032410
032414
032420
032422
032424
032430
032434
032436
032440
032440
032444

JSR PC,ESNK

MOV
MOV
MOV
JSR
CMP

032522

013722

CMPB_R3,ESINSD
BEQ 7%

032530
024616

5%:

032562
024616

6%:

INC R4
BR 4%
JSR PC,EGS1S
TST ERSNEG

BNE 2%
BR 1%

JSR PC,EGS2S
TST ERSNEG

BNE 1%
BR 2%
7%:

JSR PC,EGS1S
MOV ERSNEG,RS

JSR PC,EGS2S

CMP ERSNEG,RS
BEQ 3$
BR 5%

000010

164424

000004
017114

164414

017130
017132

R4 ,R1
EZ2,ELSD
EODDSZ2,EODD
PC,ESNK
§§1D.R2

BLO 6%
R3

032530
024616
032562
024616

052777
000403
052777
013702

3%
ELSIM,R3
ELS2M,R4
E1.RO
R3.R1
EO,ELSD
MOV EODDS1,EODD
BEQ
MOV
MOV
MOV
MOV
MOv

MOV R2,ES1D
MOV E3.RO

032616

032402

M 10

PAGE 85-19

BLO 6%

032616

s el e

i
sl
-

i
ol
i

)

il ol

(elelelolelelelelololelelelelololelelolalele)

PDP=11 CIS INST EXERCISER
C(ZKEEA.P11

BIS #10,9E0PSW
BR 1%
BIS #4,3EOPSW
MOV EORSTK,RZ
CLR (R2)+
CLR (R2)+
CLR (R2)+
CLR (R2)+
MOV E4,(R2)+
MOV E5, (R2)+

SEQ 0129

;BRANCH IF SRC2 HAS MORE SIGN DIGITS
:

;SRCT & SRC2 CONTAIN THE SAME #
OF SIGNIFICANT DIGITS

;BOTH SRC'S CONTAIN NO SIGNIFICANT DIGITS
;SETUP SRC1.PTR
;SETUP SRCZ2.PTR
;GET A SRC1 DIGIT

;SAVE SRC1

DIGIT

;GET A SRC2 DIGIT

; COMPARE DIGITS
sBRANCH IF SRC1 DIGIT IS BIGGER

;BRANCH IF SRCZ2 DIGIT IS BIGGER

;DIGITS EQUAL = ALL DIGITS CHECKED?

;BRANCH IF ALL CHECKED - I.E. ALL
DIGITS ARE EQUAL
.

;CHECK SIGN OF SRC1
;1S SRC1 NEG?
;BRANCH IF YES
sSRC1 IS POSITIVE

;CHECK SIGN OF SRCZ2
;1S SRC2 NEGATIVE?
;BRANCH IF YES
;SRC2 IS POSITIVE
; COMPARE SIGNS

;GET SRC1 SIGN
;SAVE IT _IN RS
;GET SRC2 SIGN
;SIGNS =?
;BRANCH IF YES

;SIGNS NOT EQUAL

sSRC2>SRC1 SET N BIT.

:SRC2=SRC1 SET Z BIT
JREGISTER UNLOAD

;R0O=0
:R1=0
:R2=0
:R3=0

;R4=R4

:R5=R5

PDP=11 CIS INST EXERCISER
(ZKEEA.P11

032526

000207

032530
032534
032540
032546
032554
032560

013700
013701
013737
013737
004737

017122
017120
017120
032622
021126

032562

013700
013701
013737
013737
004737
000207

017126
017124
017124
032624
021126

032614

EGS1S:
024664
024646

JROUTINE TO GET SRC1

MOv

JROUTINE TO GET SRC2 SIGN

RTS PC

EGS?2S:
024664
024646

ESID:
ESINSD:
ES2NSD:
EODDS1:
ELSIM:
ELS2M:
ETLSD:

SIGN

;SET RO=SRC1.ADR,R1=SRC1.PTR

;CALL ROUTINE TO FIND SRC1 SIGN

;SET RO=SR(C2.ADR,R1=SR(C2.PTR

PC,ESNK
PC

EODDS2:
032632

SEQ 0130

MOV
MOV
MOV EQ,ELSD
MOV EODDS1,EODD
JSR PC,ESNK

lelelelelelslsle]

032612

000207

N 10

PAGE 85-20

RTS PC

10224
10225
10226

MACY11 27(655)
1-0CT=79
10:59
CMPP,CMPN INSTRUCTIONS

;CALL ROUTINE TO FIND SRCZ2 SIGN

POP=11 CIS INST EXERCISER
C(ZKEEA.P11
10249
10250
10251

032634

‘

MACY11 27(655)
1-0CT-79
MULP INSTRUCTICN

033676
034664
033760
034034
000004

034344

034104
000004

034344

017124
306

017126

EMULP:

017116

MULP INSTRUCTION

JSR
CLR
JSR
JSR
BIT
BNE

;SAVE MULP CALL PARAMETERS
;INITIALIZE MULP v-BIT RESULT

PC,ERSAV
EMVBR
PC,EIRTZ2
PC,ETSTS1
#4,ETOPSW
EPMID

;1S MULP SR(2=0?

E2
MOV #EZDSC,E3

;FORM 1X,2X,3x, ETC TABLE
USE ADDP = SRC1=MULT.SRC1
;
SRC2=PREVIOUS ADDP DST
;

MOV ESRO.EQ
MOV ESR1.E1

000001

034334

BIT #1,ESR2

177777

024646

MOV ETOPSW,@EVXTVR

P ggvxraP.xE1xr

318
M0V3:177777.EODD

000001

034366

000001
001532

034366
034566

000040

017120
017122
017124
017126
034662
034660

034346
000040
001500
000002
000002

CLR
MOV
MOV
MOV

EODD
ESR3,RO
ESRZ2.R1
ESRZ2,ELSD
JSR PC,ESNK
TST ERSNEG

034366

4%:

2%:

BEQ 2%
BITB #1,E1XT+20
BEQ 4$
BICB #1,E1XT+20
BR 2%

BISB #1,E1XT+20

CMP QEVXTBP,H#EIXT

BEQ EISP

MOV #40,EQ
MOV #E1XT,E1
MOV #40,E2
MOV @EVXTBP,E3
ADD #2,EVXTBP
ADD #2,EVXTVB
BR 1%

EPMID:

DST=E (N)XT TABLE

MOV REVXTBP,ES
MOV #ETRSTK.EORSTK

BIC #177775,ETOPSW

000001

MOV #40,E4

034344
001646
034346

024664

;INITIALIZE TEMPORARY RESULT BUFFER (ERTZ2) TO O+
;IS MULP SRC1=0?

JSR PC,ETSTS2
BIT #4 ETCPSW
8NE EPMID

177775
034344
001644

021126
024616

SEQ 0131

.SBTTL

MOV #ETOPSW.EOPSW
JSR PC_EADDP

31%:
3%:

033202

B 1
PAGE 86

MOV #EXTBP.EVXTBP
MOV #EXTVB,EVXTVB
1%:

10302

10:59

BR EMID

;CLEAR ALL BUT Vv BIT FROM ADDP
;
RESULT PSW; SAVE VvV BITS IN TABLE.
;FIRST TABLE ENTRY FORMATION?
;BRANCH IF NO
;WORK ON TABLE ENTRY SIGNS

;CALL ROUTINE TO GET MULP.SRCZ SIGN
;IF THIS SIGN IS POSITIVE THEN
;
LEAVE TABLE SIGNS = MULP.SRC1 SIGM
;MULP.SRC2 SIGN = NEG; MAKE TABLE
;

SIGNS = COMPLEMENT OF MULP.SRC1

JALL TABLE ENTRIES FORMED?
;BRANCH IF YES

;UPDATE ADDP SR(CZ TO CURRENT
DST POINTER

*UPDATE TABLE POINTERS
:RETURN TO FORM NEXT ENTRY.

SIGN

PDP=11 CIS INST EXERCISER
(ZKEEA.P11
10303

005037
032737

MACY11 27(655)

1-0CT=79
MULP INSTRUCTION

034610
000001

034334

177777

024646

EISP:

034665
034612
024646

1%:

005237
000635

033556
033564
033572

012737
012737
005037

;INITIALIZE MULP.SRC2 POINTER
;RESTORE EODD

BMI EMID

;BRANCH IF NO MORE MULP.SRCZ2 DIGITS TO WORK ON

JSR ES.ESNK

;CALL ROUTINE TO GET NEXT SRC2 DIGIT

BEQ 2%
DEC R2
MOV R2,EVXTVB

;BRANCH IF DIGIT = 0

DECB _EMS2D

MOV #40,E0
MOV REVXTBP,E1
MOV ESPOS,E4

MOV #37.E2

MOV #ERT1,E3

MOV #ETRSTK,EORSTK
MOV #ETOPSW,EOPSW
JSR PC,EASHP

BIC #177775.ETOPSW
BIS ETOPSW,EMVBR
BIS BEVXTVB,EMVBR

MOV #37.E0

;SAVE EODD

;SETUP POINTER INTO vV-BIT TABLE

sINDEX INTO 1X,2X,ETC TABLE USING

;

MOV #ETRSTK,EORSTK
MOV #ETOPSW.EOPSW
JSR PC,EADDP

BIC #177775,ETOPSW

EMID:

NEXT SRC2 DIGIT

sMULTIPLY TABLE VALUE BY PROPER
; POWER OF TEN INDICATOR BY SHIFT
; POSITION
; USE ASHP - SRC=TABLE VALUE
:

;

SHFT.CT=SHFT.POSITION

DST=ERT1

;WORK ON V BIT
; 'OR® ASHP VvV BIT WITH RESULT Vv BIT.

; 'OR' TABLE Vv BIT WITH RESULT Vv BIT
;ADD SHIFTED VALUE TO RESULT
; USE ADDP = SRC1=ERT?2
:

2%:

017120
017122

MOV _SEODD,EODD

ASL EVXTBP
ADD WEXTBP,EVXTBP

034344
034664

000037
034176
017130

MOV ESRZ2,EMS2D

MOV R2,EVXTBP

034344
034664
034664
017120
017122
017124
017126
017130
017132
017114
017116

033550
033554

JINITIALIZE SHIFT POSITION TO ZERO

ASL EVXTVB
ADD #EXTVB,EVXTVR

034662
017120
017122
017130
017124
017126
017114
017116

SEQ 0132

CLR ESPOS
BIT #1,ESR2
BEQ 10%
MOV #177777 ,E0DD
BR 11%
CLR EODD

MOV ESR3.RO
MOV ESRZ2,ELSD
MOV EMS2D,R1

034660

042737
053737

PAGE 86~1

MOV EODD,SEODD

024664

033542

10:59

SRC2=ERT1
DST= ERTZ2

;WORK ON Vv BIT

BIS ETOPSW,EMVBR

;'OR" ADDP V BIT WITH RESULT

INC ESPOS
BR 1%

s INCREMENT SHIFT POSITION FOR NEXT

MOV #37,E0
MOV #ERTZ.E1

JMOVE RESULT INTO MULP DST

CLR E4

; MULP SRCZ2 DIGIT.

; USE ASHP = SR(=ERTZ2
:

DST=MULP.DST

10357
10358
10359
10360
10361
10362
10363
10364
10365
10366
10367
10368
10369
10370
10371

033576
033602
033610
033616
033624
033632
033636

005037
013737

017132

053777

034664

033644

013702

017114

10373

033674

10372

033650

033656
033664
033670

016262

000004
000006
000004
000006

1-0CT=79
MACY11 27(655)
MULP INSTRUCTION

10:59

D 1

PAGE 86-2

SEQ 0133

CLR ES

MOV
MOV
MOV
MOV ESOPSW,EOPSW
JSR PC ,EASHP
BIS EMVBR,aEOPSW
EXMD:

00001
00001

PDP=11 CIS INST EXERCISER
(ZKEEA.P1T

MOV EORSTK ,R2
MOV 4(R2) ,10(R2)
MoV 6(R2) ,12(R2)
CLR 4(R2)

CLR 6(R2)

RTS PC

SHFT.CT=0

;MULP CONDITION CODE RESULTS:
; N,Z, AND C FROM LAST ASHP
; V= "OR'" OF ALL PREVIOUS V'S
JREGISTER UNLCAD -~ NEEDED BECAUSE REGISTER

:OUTPUTS FOR ASHP ARE RZ2 AND R3

:g?ESSAS THOSE FOR MULP AND DIVP ARE R4 AND RS.
:R5=R3
;R2=0
:R3=0

JEXIT MULP EMULATION ROUTINE

MACYT1 27(655)
1-0CT=79
10:59
MULP/DIVP SUBROUTINES
NOON
OO

il
wnld <
il
)
anlh
il

e
i
ol
el
il
sd
-

NNNNNNNN

oleololelelelels]

10375
10376
10377
10378
10379

WWNINONON)
— —

PDP=11 CIS INST EXERCISER
(ZKEEA.P11

033756

033760
033764
033772
033776

034004
034012
034020

034324
034326
034330

ERSAV:

034332
034334
034336
034340
034342

017122

017124
034306
034330
034332
034310
034344
031774
017124
034306
034334
034336
034310
034344
031774

.SBTTL

MOV EORSTK ,ESOSTK
MOV EQPSW, ESOPSW
MOV EQ,ESRO

MOV
MOV
MOV
MOV
MOV

E1.ESRI
E2.ESR2
E3.ESR3
E&.ESRé
ES.ESRS

CLR
MOV
(LR
MOV
MOV
MOV
MOV

EQ
#EZDSC,ET
E4
#37,E2
#ERT2,E3
#ETRSTK,EORSTK
#ETOPSW,EOPSW

SEQ 0134
MULP/DIVP SUBROUTINES

;SAVE MULP/DIVP CALL PARAMETERS
;THIS PERMITS

;
.

CALLING OTHER

EMULATION ROUTINES WHILE
IN THE MULP/DIVP EMULATION.

RTS PC

EIRT2:

017124
017126
017114
030376

EN
PAGE 86-3

017116

;INITIALIZE ERT2 BUFFER TO U+
USE ASHP - SRC.LEN=0
;
SHFT.CT=0
DST.LEN=31

DST.ADR=ERT?Z

JSR PC,EASHP

RTS PC

017126
017120
017122
017114
017116

ETSTST:

CLR E2

MOV
MOV
MOV
MOV
MOV
JSR

#EZDSC,E3
ESRO.EQ
ESR1,E1
#ETRSTK,EORSTK
#E TOPSW, EOPSW
PC,ECMPP

CLR
MOV
MOV
MOV
MOV
MOV

E2
#EZDSC,E3
ESR2,EQ
ESR3,E1
#ETRSTK,EORSTK
#E TOPSW,EOPSi

; COMPARE MULP/DIiVP SRC1 WITH 0.
;

USE CMPP - SR(Z2.LEN=0
SRCT.LEN=MULT.SRC1.LEN
SRC1.ADR=MULP.SRC1.ADR

RTS PC

ETSTS2:
017126
017120
017122
017114
017116

JSR PC,ECMPP

RTS PC

; COMPARE MULP/DIVP SR(C2 WITH 0.
USE (MPP - SR(CZ2.LEN=0
.
SRCT1.LEN=MULP.SRCZ.LEN
:
SRC1.ADR=MULP.SR(Z2.ADR

]

> =

RN n

(o “RNTo AV} ~ WN=O0OVO~NO"VN

RRRR

b ch

CZKEEA.

A
la)

3
i

EXERCISER

MACY11 27(655)
1=0CT=79 10:59 PAGE 86-4
MULP/DIVP VARIABLES AND BUFFERS

LSBTTL

000011
000011
000011
000011
000011
000000
000006

000000
000000
000000
000000
000000
000000
000000
000000
000000
000011
000011
000011
000011
000011
000011
000011

000011
000011

000000
034346
034370
034412
034434

BLKW 11
BLKW 11
-BLKW 11
BLKW 11
BLKW 11
.WORD 0

ESOSTK :
ESOPSW:
ESRD:
ESR1:
ESR2:
ESR3:
ESR4:
ESRS:
ETOPSW:
EIXT:
E2XT:
E3XT:
E4XT:
ESXT:
E6XT:

.WORD 0
.WORD 0
.WORD 0
.WORD 0
.WORD 0
.WORD 0
.WORD 0
.WORD 0
.WORD 0
BLKW 11
BLKW 11
.BLKW 11
BLKW 11
BLKW 11
BLKW 11

E8XT:
EOXT:

BLKW 11
BLKW 11

E7XT:

ESPOS:

EMS2D:
EXTRP:

034456

BLKW 6

BLKW 11
.WORD 0

.WORD
.WORD
.WORD
.WORD
.WORD

JMULP/DIVP SRC1.LEN
;MULP/DIVP SRC1.ADR
:MULP/DIVP SRC2.LEN
;MULP/DIVP SRC2.ADR
;MULP/DIVP DST.LEN
;MULP/DIVP DST.ADR

;1 X
;2 X
: 3 X
; 4 X
¢ 3R
; 6 X
;

SRC1
SRC1
SRC1
SRC1
SK)
SRC1

7 X SRC1

; 8 X SRC1
;9 X SRC1

0
E1XT
EZ2XT
E3XT
Eé&XT

.WORD ESXT

034500
034522

.WORD E6XT
.WORD E7XT

034544

034566
000011
000000
000000
000000
000000
000000
000000
000000

MULP/DIVP VARIABLES AND BUFFERS

ERT1:
ERTZ:
ERT3.
ERT4:
ERTS:
EZDSC:

ETRSTK:

SEQ 0135

.WORD E8XT

EXTVB:
EVXTVR:
EVXTBP:
EMVRR :
SEODD :
ESS2SN:
ESST1SN:
ESUBCT:

.WORD E9XT
BLKW 11
.WORD 0
.WORD 0
.WORD 0
.WORD 0
.WORD 0
.WORD 0
.WORD 0

;V=BIT TABLE

1-0CT-79
MACYTT 27(655)
DIVP INSTRUCTION

(I? INST EXERCISER

(ZKEEA P1

G N
PAGE 86-5
DIVP INSTRUCTION

JSR
CLR
CLR
JSR
JSR
BIT
BNE
BIC

PC,ERSAV

;SAVE DIVP CALL PARAMETERS
;CLEAR ZERO DIVIDE FLAG
;CLEAR SHIFT POSITION

BIT
BNE
BIC
MOV

R4 ETOPSW

#4 ETOPSW

E1XZD

000004

034344

013737

177767

034344

034344
034670

013737
013737
005037
005037
012737
012737
004737

034330
034332
017130
017132
000040
034220
030376
000001

017120
017122

034240

BICB #1,a#ERT3+20

035050 013737
035056 013737
035064 005037
035070 005037
035074 012737
035102 012737
035110 004737
1427357
035114

034334
034336
017130
017132
000037

017120
017122

MOV
MGV
CLR
CLR
MoV

034344
034104

035036
035042

035122

035130
035136
035144
035152

10513

035256

142737

012737
012737
012737
012737
012737
012737
004737
032777
001030
012737
012737
012737
012737

034242
030376
000001

000040
034220

CLR ES

035610
035674

ESRZ,EC
ESR3,E1
Eé
ES5

#37 ,E2
MOV #ERTSL E3
JSR PC,EASHP

BICB #1,3#ERT4+17

034261
EPOSS1:

MOV #60,E0
MOV #ERT3,E!
MOV 437 ,E2
MOV WERTS E3
MOV #37 ,E4
MOV #ERT1 ,ES

PC , ESUBP

#10,3E0PSW
EPOSD
#40,E0
#ERT3,E1
#1,E4
#40,E2

161716

;INITIALIZE TEMPORARY RESULT BUFFER (ERTZ) TO O+
;IS DIVP SRC1 = 0?

“BRANCH IF YES
;SAVE SRC1 SIGN
;1S DIVP SR(2=0?
JBRANCH [IF YES

;SAVE SRCZ2 SIGN

;JMOVE DIVP SRC1 INTO ERT3
; USE ASHP - SRC = DIVP.SR(C1
:

MOV #40,E2
MOV W#ERT3,E3
JSR PC,EASHP

017126
017130
017132

034220
030376
034610

EIDID
#177767 ,ETOPSW
ETOPSW,ESS2SN

MOV ESRO,EOQ
MOV ESR1,E1
CLR E4

017124
017126

017120
017122
017124

#177767 ,ETOPSW

MOV ETOPSW,ESSTSN
JSR PC,ETSTSZ

017124
017126

SEQ 0136

.SBTTL

034344
034672

10504
10505
10506
10507
10508
10509
10510
10511
10512
10514
10515

10:59

177767

017120
017122
017130
017124
017126

PC ,EASHP

INC ESPOS

10502
10503

03434

—

10491
10492
10493
10494
10495
10496
10497
10498
10499
10500
10501

EDIVP:

—

10485
10486
10487
10488
10489
10490

033676
035744
034610
033760
034034
000004

x O

10462
10463
10464
10465
10466
10467
10468
10469
10470
10471
10472
10473
10474
10475
10476
10477
10478
10479
10480
10481
10482
10483
10484

PDP=11

BR EPOSS’
JMP EDID
JMP EXZD

DST = ERT3
SHFT.CT=0

;MAKE ERT3 SIGN = +

;MOVE DIVP SR(C2 INTO ERT4
; USE ASHP - SRC = DIVP SR(?Z
;

DST = ERT4
SHFT.CT = 0

JMAKE ERT4 SIGN +

;SHIFT DIVP SRCT 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 =

ERT

;1S RESULT NEGATIVE?
;BRANCH IF YES
JSHIFT DIVP SRC1 LEFT 1 PLACE

; USE ASHP - SR(C = ERT3
DST = ERT3
H
SHFT.CT =1
:

JNOTE - LEGAL FOR EMULATOR.

; INCREMENT SHIFT PCSITION

POP=11 CIS INST EXERCISER
(ZKEEA.
P11

10516
10517

035262
035266

034610

035270
035276

000040
034220
000377
000040
034220
030376

035326
035332

005037

034674

035336
035344
035352

012737
012737
012737
012737
012737
012737

000040
034220

MACY1T 27(655)

1-0CT=79
DIVP INSTRUCTION
EPCSD:

01 7120
017122
017130
017124
017126

H 1

PAGE 86-6

JSHIFT POSITION = 0?
;BRANCH IF YES

MOV #40,E0
MOV #ERT3,E1
MOv #4377 ,E4
MOV #40,E2
MOV #ERT3,E3

JREPOSITION ERT3 BA(K 1 PLACE (RIGHT)
; USE ASHP = SR(C = ERT3

CLR ESLBC(T

;CLEAR SUBTRACT COUNTER

MOV
MOV
MOV
MOV
MOV
MOV
JSR

sSUBTRACT DIVP SRCT1(SHIFTED)
ERT3
: USE SLBP = SR(1
SR(Z2
ERT4
=
DST
ERT4

JSR PC,EASHP

017120
017122
017124
017126
01713C
017132

18:

#40.EQ
#ERT3.E1
#37.E2
#ERT4,E3
#37.E4
WERT4,ES
PC,ESUBP

BIT #10,3E0PSW
BNE ESBTD
INC ESUBCT

034674

BR 1%

035424
035432
035440
035446
035454
035462
035470

012737
012737
012737
012737
012737
012737
004737

000040
034220

035474
035502
035510

012737
012737
012737
012737
012737
004737
006337

000037
034176
000001
000037
034176
030376
034674
034674
034674
034674
034674
034610

017120
017122
017130
017124
017126

034215

BISB ESUBCT,a#ERT2+17

034670

034672

CMP ESS2SN,ESSTSN

000001

034215

000037
034176
017130
017132

017120
017122

001403
152737
035610
035616
035624
035630

012737
012737
005037
005037

023136

017120
017122
017124
017126
017130
017132

ESBTD:

SEQ 0137

TST ESPOS

BEQ EDID

EDIVL:

161502

035422

10:59

MOV #ERT3,E1

MOV #37,E2

MOV #ERT4 ,E3
MOV #37.E«
MOV #ERT4,ES

DST = ERT3

SHFT.CT==1
OYE = THIS IS LEGAL FOR EMULATOR

FROM DIVP SR(CZ2

;IS RESULT OF SUBP POSITIVE?

;BRANCH IF NO

; INCREMENT SUBTRACT COUNTER
;BACKUP TO LAST POSITIVE RESULT FROM SuBP
; USE ADDP = SRC(1 = ERT3

SRC2 = ERT 4
DST = ERT4

JSR PC,EADDP

MOV #37.E0
MOV #ERT2.E1
MOV #1,E4

MOV #37.E2

MOV WERT2.E3

JSR PC,EASHP

ASL
ASL
ASL
ASL

ESUBCT
ESUBCT
ESUBCT
ESUBCT

DEC ESPOS
BNE EDIVL

BEQ EDID

BISB #1,a#ERT2+17
EDID:

MOv #37,€E0

MOV #ERTZ.E1

(LR E4

(LR ES

;STORE SUBTRACT COUNTER IN RESULT(ERT?2)

JSHIFT RESULT,

THEN ENTER DIGIT

= ERTZ2
i USE ASHP - SRC
DST=ERT2
SHFT.CT=1

2 INSERT SUBTRACT COUNTER IN RESULT

;DECREMENT SHIFT POSITION

;IS SHIFT POSITION=0? BRANCH IF NO
;DIVP SRC1 SIGN = DIVP SRCZ SIGN?
sBRANCH [F YES
;NC = MAKE SIGN IN ERT2 NEGATIVE
;MOVE RESULT INTO DST
; USE ASHP - SR( = ERT?2

DST = DIVP.DST
SHFT.CT = 0

POP-11 CIS
C(ZKEEA. P
10570
10571
10572
10573
10574
10575
10576
10577
10578
10579
10580
10581
10582
10583
10584

INST EXERCISER

MACYTT1 27(€55)
1-0CT=79
DIVP INSTRUCTION
017124

10:59

MOV
MOV
MOV
MOV
JSR
JMP

017126
017114
017116
035670

re—

I N

PAGE 86-7

SEQ 0138

ESR4 E2

ESRS,E3

ESOSTK ,EORSTK

ESOPSW,EOPSW

PC ,EASHP

EXMD

JEXIT DIVP

035674
035702

013737
052777

034326
000003

017136

035710

012737

177777

035744

MOV 177777 ,EZDF

;SET ZERO DIVIDE FLAG TO SIGNAL
;
TABLE DRIVER NOT TO (OMPARE

035716

013737

034332

035746

MOV ESR1,EZDBEG

035724
035732
035736
035742

013737
006237
005237
000207

034330
035750
035750

035750

MOV ESRO,EZDEND
ASR EZDEND

;SAVE POINTER TO START & # OF BYTES
OF DST STRING
;
;.

RTS PC

¢RESULTS

035744
035746
035750

000000
000000
000000

161206

EXZD:

MOV ESOPSW,EOPSW
BIS #3,9E0PSW

INC EZDEND

EZDF :

EZDBEG:
EZDEND:

.WORD 0

.WORD C
.WORD 0

;EXIT FROM DIVIDE BY ZERO

;SET vV & C COND. CODES

;

ANYTHING EXCEPT v & C COND.

CODE

;CONTENTS OF DST STRING UNPREDICTABLE
AFTER ZERO DIVP

i
D
D
)
)
e
—

VONOWN
B WN=O

i
)
—

)

R R R R R RS R PR RRR2RR 2855555555
:
RPR R
R RS R G a R ERRRERRRR

10608

10648

MACY11 27(655)

LOAD DESCRIPTORS

017124
000002
017114
017120
017122
017124
017126
017130
017132
017134
000017

013701
000735

017122

013701
000732

017124

01370
060727

017126

013701
062737
000721

017130
000004

017132
00C004

017124
000002
017134
036006
013701

047466

J 1
PAGE 87

017126

SEQ 0139
LOAD DESCRIPTORS

;GET REGISTER POINTER
;GET ADDRESS OF DESCRIPTOR
;LOAD 1ST WORD OF DESC INTO EO
;LOAD 2ND WORD OF DESC INTO E1
;GET ADDRESS OF NEXT DESC
;LOAD 1ST WORD OF DESC INTO E
;LOAD ZND WORD OF DESC INTO E
JRETURN CLEAN UP

017122

EXLZ:

;RO=R0O
;R1=R1
;R2=R2
;R3=R3

E6. (RO)+

#17 ,RECPSW

161042

RTS PC

EL2DT:

;R4=R4
:R5=RS
;R6=R6

JSET ALL COND. CODE BITS.

MOV E1.R1

BR ELZ

EL2D?:

MOV E2.R1

BR ELZ

EL2D3:

MOV E3.R1

BR EL?2
EL2D4:

017130

MOV E4 R
ADD #4 E4

BR ELZ2

EL2DS:
017132

MOV E5.R1
ADD #4 ES

BR ELZ2
EL2D6:

017134
017120
000002

10:59

EL2DO:
ELZ:

017120

017120
000002

1=0CT=79

—

035752
035756

PDP=11 CiS INST EXERCISER
(ZKEEA.P1T

017122

MOV
MOV (R1)+,R2
MOV (R2) ,EO
MOV 2(R2) E]
MOV (R1)+ ,R2

MOV (R2) ,E2
MOV 2(R2) ,E3
MOV R1,E6
JMP EXLZ

017126

EL2D7:

,R1
MOV TINST+2

sNOTE :L2D6 UPDATES R6 (POPS STA(CK)

PDP=11 CIS INST EXERCISER
(ZKEEA.P1T
10649
10650
10651
10652
10653
10654
10655
10656

011137
016137
013701
011137
016137
000137

017120

MACY1T1 27(655)
1=0CT=79
LOAD DESCRIPTORS

0i7122

017126

10:59
MOV
MOV
MOV
MOV
MCv
JMP

K 11
PAGE 87-1

(R1) ,EO
2(R1) E1
TINST+4
R
(R1) ,E2
2(R1) ,E3

EXLZ

SEQ 014C

PDP=11 CIS INST EXERCISER
(ZKEEA. P11

10660

10661
10662
10663
10664
10665
10666
10667
10668
10669
10670
10671
10672
10673
10674
10675
10676
10677
10678
10679
10680
10681
10682
10683
10684
10685
10686
10687
10688
10689
10690
10691

036234
036240

036242
036246
036254
036256
036262

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

017125

015701
000740

017130

017122
017126
17132

EL3DT:

EL3D2;
EL3D3:

EL3D4:

EL3DS:

EL3D6:

017120
000002

017122

017124
000002

017126

047466
017120
000002
047470
017124
000002
047472

10:59

MOV
MOV
MOV
MOV
MOV
MOV
MOV
MOV
MOV
MOV
JMP

L 1

PAGE 88

SEQ 0141

(R1)+,R2

;GET REGISTER POINTER
;GET ADDRESS OF DESCRIPTOR

(R1)+,R2

;GET ADDRESS OF NEXT DESC

EO,R1

(R2) ,EO
2(R2) ,E1

(R2) ,E2
2(R2) ,E3
(R1) ,R2
(R2) ,E&
2(R2) ,ES
EXL2

;LOAD 1ST WORD OF DESC INTO EO
;LOAD 2ND WORD OF DESC INTO E1
;LOAD 1ST WORD OF DESC INTO E2
;LOAD 2ND WORD OF DESC INTO E3
;GET ADDRESS OF NEXT DESC
;LOAD 1ST WORD OF DESC INTO E4
;LOAD 2ND WORD OF DESC INTO ES

MOV E1.R1
BR EL3

MOV E2.R1
BR EL3
MOV E3.R1
BR EL3
MOV E4 ,R1

MOV E5.R1

BR EL3

017134

017130
000002
017134
036006

1=-0CT=79

BR EL3

017132

_— i
)
D

10658

10659

MACY11 27(655)

E6,R1
(R1)+,R2
(R2) ,EO
2(R2) ,E1

017132

sNOTE :L2D6 UPDATES R6 (POPS STACK)
EL3D7:

017122
017126

TINST+2,R1
(R1) ,EOQ

2(R1) E1

TINST+4
R1

PDP=11 CIS INST EXERCISER
CZKEEA.P1
10712
10713
10714
10715

036466
036472
036500

011137
016137
000137

017130
000002
036006

MACY11 27(655)
1-0CT=79
LOAD DESCRIPTORS
017132

10:59

M1
PAGE 88-1

MOV (R1) ,E4
MOV 2(R1) ,ES

JMP EXL?2

SEQ 0142

PDP=11 cl S INST EXERCISER
MACY11 27(655)
1-0CT=79
CZKEEA. P1
CIS INSTRUCTION TEST LOOP

10:59

]

10717
10718
10719
10720
10722

.SBTTL

10723

177777

001744

SEEDST: MOV #177777 ,ESEED

177777

001750

START:

012737
005037
005037
012706
012737
012737
012737
012737
013746
013746
012737
005777

177777

002206

QVST:

0004

012737

000034
000036
000024
000026
000006
036620
143120

000004

000176
000174

001736
001740

001135

001136

001736

177777
001660

3%:

002074

DVTST:

037032

000006
000004
001122
000200

#STACK,SP
;:SETUP THE STACK POINTER
#STRAP,a#TRAPVEC ;;TRAP VECTOR FOR TRAP CALLS

MOV
MOV
MOV
MOV
MOV

#SPWRDN
, a#PWRVEC ; ;POWER _FAILURE VECTOR
#340,4PWRVEC+2 ;;LEVEL 7
a#6,-(SP)
;s SAVE ERROR VECTOR
a#6,~(SP)
H64S .4
;.SET UP TIME OUT VECTOR

#340,a#TRAPVEC+2;LEVEL 7

aSWR

65%

MOV
MOV
CLR
BITB
BEQ
MOV

(SP)+,a#6
(SP)+, a4
$PASS
HAPTSIZE ,$ENVM
3%
#SSWREG, SWR

MOV
MOV
CMP

001736
001740

65%:

001135

s ;BRANCH IF NO TIMEOUT TRAP OCCURS

#SWREG, SWR
:sPOINT TO SOF TWARE SWR
#DISPREG,DISPLAY ;;POINT TO SOF TWARE DISPLAY REG
(SP)+,(SP)+
;sRESTORE STACK

;;RESTORE ERROR VECTOR

;;CLEAR PASS COUNT
;;TEST USER SIZE UNDER APT
s YES ,USE NON-APT SWITCH
2 :NO,USE APT SWITCH REGISTER
;

NO QUESTIONS ASKED - EXERCISES FIXED TABLE TEST

CONDITIONS FIRST THEN ENTERS RANDOM MODE TESTING

:PRIOR TO EACH TEST, BUFFERS WILL BE

INITIALIZED TO ZERO

BR COMST
CLR QVMODE
CLR DENS
:CLEAR DON'T ENTER NORMAL RNG SEED FLAG
MOV
#STACK, SP
2:SETUP THE STACK POINTER
MOV
#STRAP.#TRAPVEC ::TRAP VECTOR FOR TRAP CALLS

#340, a#TRAPVEC+2;
LEVEL 7

MOV

#SPWRDN, a#PWRVEC ; ;POWER FAILURE VECTOR

MOV

#6484

;:SET UP TIME OUT VECTOR

658

**BRANCH IF NO TIMEOUT TRAP OCCURS

TST

64%:

;:TRY TO REFERENCE HARDWARE SWR

MOV
MOV
MOV

C00004

;STARTED AT LOC 200
:SET QVMODE FLAG

MOV
MOV

MOV

000026

000176
000174

;CLEAR DON'T ENTER NORMAL RNG SEED FLAG.
sCLEAR TEST COUNT

CLR INCSQ1

000034
000036

142740

MOV #177777,QVMODE
CLR DENS
CLR STESTN

CLR INCSQ2

002206

000006
037000

;SET FLAG TO INDICATE THAT PROG WAS

MOV #177777
,F SRUN

001662

sSET ENTER RNG SEED FLAG

MOV #177777 ,N2OOM

TST

65%:

000006
000004
001122
000200

BR DVTST

MOV

64%:

SEQ 0143

CIS INSTRUCTION TEST LOOP

012737
000476
012737

NST:

N 11
PAGE 88-2

B8R

#340, a4PWRVEC+2 ;:LEVEL 7
a6, =(SP)
:SAVE ERROR VECTOR
a6 . -(SP)
ASWR

*:TRY TO REFERENCE HARDWARE SWR

MOV
MOV
CMP
MOV

#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

CLR
BITB

$PASS
WAPTSIZE,$SENVM

MOV

+. a4
(SP)

::CLEAR PASS COUNT
;:TEST USER SIZE UNDER APT

037040
037042
037050

001136

037050

002074
142604

037112
000012

037072
037074
037074
037100
037102
037106
037110
037112
037116
037120
037120
037124
037126
037132
037136
037140
037142
037144
037150
037154
037156
037160
037162
037166
037172

012746
010600
004737
000000
000761
005737
001437

012746
010600
004737
004737
000770
000240
000240

COMST:

000010

CLR aTPSW
MOV #22%,a#RESVE(
CLR Q#RESVE(+2

PRINTB #SWNG

065304
22%:

001744

111%:

016033

- (SP)
#SWNG,
MOV
MOV
SP.RO
JSR PC,FPRINT
HALT
BR _COMST

SEQ 0144

YES ,USE NON-APT SWITCH

;
;

RESULTS IN DIALOG WITH USER TO DETERMINC
EXACT RUN MODE DESIRED.

;:NO,USE APT SWITCH REGISTER

;SET PROCESSOR PRIORITY TO ZERO
;CHECK FOR SWITCH ON CIS MODULE TO BE IN CORRECT POSITIO
;THIS INST SHOULD TRAP TO LOC 10 IF
;
SWITCH POSITION IS OK; OTHERWISE

IT WILL ACT LIKE A *'NOP°.
;
;INDICATE THAT SWITCH POSITION IS INCORECT

TST ESEED

;GET NEW SEED CONSTANTS?

PRINTB #ACCSEED

;PRINT MESSAGE:

BR 111$%

s <CR> RETURN

BEQ 2%

;BRANCH IF NO

ENTER RNG SEED CONSTANTS

065304
064776

MOV
#ACCSEED,=-(SP)
MOV
SP,RO
JSR PC,FPRINT
JSR PC,ACCOCT
;GET OCTAL SEED

063544
064776

NOP
s XXXXXX<CR> RETURN
NOP
s XXXXXX<=> RETURN
MOV (SP)+,RNCON ; INSERT FIRST SEED CONSTANT
JSR PC,ACCOCT
;GET SECOND SEED

BR 111%
NOP
NOP

063546
064776

;INSERT SECOND SEED CONSTANT
;GET THIRD SEED

MOV (SP)+,RP2

:INSERT THIRD SEED CONSTANT

MOV #177777 .DENS:SET DON'T ENTER NORMAL SEED FLAG

001746

000010

2%:

000004
053076
001122

MOV (SP)+,RP1
JSR PC,ACCOCT
BR 111%
NOP
NOP

000250

104400

CLR FSRUN

76001

013400

063550
177777
001744
0565?6

037270
037274
037276

3%
#$SWREG, SWR

BEQ
MOV

001736

B 12
PAGE 88-3

10:59

1%:

CLR ESEED
MOV #ILLSER,a#RESVEC

;SETUP ILLEGAL INST TRAP CATCHER

MOV #MMVIOL LOAMMVEC

;SETUP MEMORY MANAGEMENT TRAP CATCHER

CLR @#RESVEC+2

CLR
MOV
CLR
JSR
CMP
BEQ
TST
BNE

TYPE

+
Q#MMVEC+?2
#HLTSER,a#ERRVEC
;SETUP TIMEOUT INST. TRAP VECTOR
Q#ERRVEC+2
PC,SIZEPT
;SETUP PROCESSOR DEPENDENT CONSTANTS
aw4?2 ,#ENDAD
;IF IN ACT CHAIN MODE SKIP PRINTING OF PROG TITLE
14%
$PASS
;IDENTIFY PROGRAM ON 1ST PASS ONLY
14%

(e
B 5]

MACY11 27(655)
1-0CT=79
IS INST EXERCISER
1"
CIS INSTRUCTION TEST LOOP

061174
047372
047424
047434

14%:

ONOASB W=D

CEEEEEEE :

d i
D
D
e
D
i
d
d
)
—

012746
010600
004737

013544

065304

037506
037212

004737
004737
012777
000137

062234
062256
062044
040306

012746
010600
004737
000137

013325

037554
037560
037564
037570
037574

012746
010600
004737
004737
000137
000137
000137

MOv
MOV
MOV
MOV

#207,D1
#414,TOLTC
#403,TOPC2
#403,TOPC1

ERRCT
DEN
LCNT
LATEN
FATAL
RANDOM
NOERDS
PC,SETPAR
PSEED,RO
RO
RO
MOV RO,MSEED

BNE 61%

61%:

MOV
MOV
MOV
MOV

KRNCON,RNCON
KRP1,RP1
KRP2,RP2
#1L2D, INPTRL

TST FSRUN

BEQ 13%
062312
037530
001122

—

063544
063546
063550
072076

004737
000137
005737
001005

(3)

CLR ONEINS

TST DENS

001011
013737
013737
013737
012737
005737
001434

037456
037462
037466
037472
037474
037474
037500
037502

SRR

10831

c 12

065304
040306

012715

31%:

JSR PC,LTCP

32%:

sINHIBIT LATENCY & INTERRUPTABILITY TURN ON
;CLEAR
;CLEAR
sCLEAR
;CLEAR
;CLEAR

ERROR COUNT
D=SPACE ENABLE FLAG

LTC COUNT
LATENCY TESTING FLAG
FATAL ERROR INDICATOR

;CLEAR RANDOM EXERCISE MODE FLAG

;CLEAR 'NO-ERROR DISPLAY' SWITCH
;SETUP PAR'S (MEM MGMT)
;FORM RNG PRINT SEED MASK

;ENTER NORMAL SEED?
;BRANCH IF NO
;INITIALIZE RANDOM # GENERATOR
JINITIALIZE INPUT TABLE POINTER
;FIELD SERVICE TYPE RUN
;BRANCH IF NO TO ENTER DIALOG WITH USER
sDETERMINE IF LINE CLOCK IS AVAILABLE FOR
; FIELD SERVICE TYPE RUN

;INDICATE THAT LINE CLOCK WILL BE USED

JSR PC,LTCSUP
JSR PC,LTCCNT
MOV ALTCIS.,aLTCIV
JMP FDIALG
PRINTB #NOINT
MOV
#NOINT
- (SP)

PRINTB #ASKINT

MOV

JMP 5%

JMP ARMQ

;FOR INTERRUPT SOURCE.

sSYNC UP TO LTC
sDETERMINE COUNT PER CLOCK TICK
sSETUP LTC INTR VECTOR
;SKIP OVER DIALOG WITH USER
sPRINT

CANT TEST

INTR MESSAGE

SP,RO

JSR PC,FPRINT
JMP FDIALG

#ASKINT ,=(SP)

JASK

INTERRUPTABILITY MODE

IS DESIRED?

SP,RO

JSR PC,FPRINT
JSR PC,YORN
JMP ARMQ

040076

;CLEAR SINGLE INST TEST FLAG
s INHIBIT INTERRUPT DURING INTR SERVICE DIVPI
sINHIBIT LTC TURN ON

PRINTB #KW11L

MOV

13%:

: TYPE PROGRAM NAME

TST $PASS

MOV
#KW11L,=(SP)
MOV
SP,RO
JSR PC,FPRINT

143272

SEQ 0145

;IS LTC ON SYSTEM?
;NO = CANT TEST INTERRUPTABILITY
;IDENTIFY INTR SOURCE ON 1ST PASS

32%

BNE 103$

103%:

PAGE 88-4

PNAME

CLR
CLR
CLR
CLR
CLR
CLR
CLR
JSR
MOV
COM

10808

037454

10:59

JACCEPT ASCIZ FROM TTY
;N RESPONSE
;Y RESPONSE
;R OR H RESPONSE

(ILLEGAL HERE)

1-0CT=79
MACY11 27(655)
PDP=11 ClS INST EXERCISER
CZKEEA.P1
CIS INSTRUCTION TEST LOOP

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

037600
037604

037604
037610
037612
037616
037622
037626
037632
037636
037642
037642
037646

000137

040076

012746
010600
004737
004737
000137
000137
000137
000137

013030

v ¥

065304
064460
037642
037666
037726
037760

037652

004737
000137
004737

061602
040002
061716

037656
037662

000137
000137

040020
040032

52%:

10:59

D 12
PAGE 88-5

JMP ARMQ

;C RESPONSE (ILLEGAL HERE)

PRINTB #ASKSR(C

sASK FOR INTERRUPT SOURCE

MOV
#ASKSRC,=(SP)
MOV
SP,RO
JSR PC,FPRINT
JSR PC,YORN
JMP 52%
JMP 53%
JMP 54%
JMP 55%

037666
037672
037676
037704
037710
037714
037722

004737
000137
052777
004737
000137
052777
000137

061602
040002
000006
061716
040020
000006
040032

037726
037726
037732
037736
037742
037746
037754

004737
000137
004737
004737
012777
000137

062312
040002
062234
(52256
062044
040076

037760
037760
037764
037770
037776

004737
000137
052777
000137

061602
040002
000002
040076

012746
010600
004737
000137
012746
010600
004737

013325
065304
040076
013254

065304

142602
54%:

143042
55%:

142516
MNOLTC:
MNOPC1:

;(N) KW11-P @100kHZ

s(Y) KW11=P EXT 0SC
;(R)

LINE

TIME

CLOCK

;(0) KW11-P @10kHZ

JMAKE KW11=-P @100KHZ THE INTERRUPT SOURCE
;CHECK FOR (8 SETUP) P-(CLK 1
sNOT PRESENT ON SYSTEM RETURN
;P=CLK EXISTS RETURN = CHECK FOR (& SETUP) 2ND PCLK

JMP MNOP(?2
JMP ADIQ

sNOT PRESENT ON SYSTEM RETURN
;2ND PCLK EXISTS

FOR LATENCY TESTING

JMAKE KW11=P WITH EXTERNAL OSCILLATOR THE

JSR PC,PC1CK
JMP MNOPC1
BIS #6,aPC1CSR
JSR PC,PC2(K
JMP MNOP(Z2
BIS #6,aPC2CSR
JMP ADIQ

142610

sACCEPT ASCIZ

JSR PC,PC1CK
JMP MNOPC1
JSR PC,PC2(K

53%:

037666

SEQ C146

JSR
JMP
JSR
JSR
MOV
JMP

PC,LTCP
MNOLTC
PC,LTCSUP
PC,LTCCNT
#LTCIS,aLTCIV
ARMQ

JSR
JMP
BIS
JMP

PC,PC1CK
MNOPC(C1
#2,aPC1CSR
ARMQ

INTERRUPT SOURCE
;
;CHECK FOR (& SETUP) P-CLK ON SYSTEM
sNOT PRESENT ON SYSTEM RETURN

;SET PCLK 1 FOR EXTERNAL OSCILLATOR
;CHECK FOR 2ND P-CLK FOR LATENCY TESTING
sNOT PRESENT RETURN

;SET PCLK2 FOR EXTERNAL 0SC
sMAKE LINE TIME CLOCK THE INTR SOURCE
sCHECK FOR LTC ON SYSTEM
sNOT PRESENT RETURN
sSYNC UP TO LTC
;DETERMINE COUNT PER CLOCK TICK
;SETUP LTC INTR VECTOR

sMAKE KW11-P @10KHZ THE INTERRUPT SOURCE
sCHECK FOR P=CLK ON SYSTEM
sNOT PRESENT RETURN

;SET PCLK FOR 10KHZ (NO LATENCY TESTING)

PRINTB #NOINT

JPRINT

CANT

TEST

MNOP(C2: PRINTB #NOLAT

JPRINT

CANT

TEST LATENCY MESSAGE

MOV
#NOINT ,-(SP)
MOV
SP,RO
JSR PC,FPRINT
JMP ARMQ
MOV
#NOLAT ,-(SP)
MOV
SP.RO
JSR PC,FPRINT

INTERRUPTABILITY MESSAGE

Fan
B 21

MACY11 27(655)
1-0CT=79
PDP=11 CIS INST EXERCISER
CZKEEA.P1T
CIS INSTRUCTION TEST LOOP

PDP=~11 CIS INST EXERCISER

MACY11 27(655)
1-0CT=79
CIS INSTRUCTION TEST LOOP

CZKEEA.P
10889
(6)
(3)
(4)
10890
10891
10892
10893
10894
10895
10896
10897

040032
040032
040036
040040

012746

ADIQ:

013143

#ASKDI,=(SP)

JSR PC,YORN
JMP ARMQ

JMP 1%

000137

061174

1%:

JMP ARMQ
JMP ARMQ

MOV KNOP,DI

10898

10899
10900
10901
10902
(6)

(3)

(4)
10903

ARMQ:

012455

065304

;
INST EXECUTED ON NORMAL INTR SERVICE ROUTINE
;ACCEPT ASCIZ FROM TTY

;N RESPONSE
;Y RESPONSE

; ILLEGAL RESPONSE
; ILLEGAL RESPONSE

;OVERWRITE 'RTS PC' TO ALLOW P-CLK
INTERRUPT DURING CIS INST EXECUTED
;

2%:

065304
057046
20%:

065304
064460
040242
040232
040246
040172

002156

012406
065304
067560
002456

;ASK IF RANDOM EXERCISE MODE IS DESIRED?

JSR PC,FPRINT
JSR PC.YORN

JACCEPT ASCIZ FROM TTY

MOV #1DUM, INPTBL

(ILLEGAL HERE)
C_RESPONSE
.
;SET RANDOM FLAG
;SET INPUT TABLE POINTER TO DUMMY INPUT TABLE

PRINTB #ASKMOD

;ASK FOR PROCESSOR TEST MODE

#ASKRM,
= (SP)
SP,RO

2%
3%
18
18
#177777 ,RANDOM

BR 1%

MOV
MOV

#ASKMOD
, = (SP)
SP,RO

JSR PC,FPRINT
JSR PC.KSORU

012607

177777

PRINTB #ASKRM

MOV
MOV

JMP
JMP
JMP
JMP
MOV

001760
072076

012523

10926
10927

JASK IF USER ALLOWS AN INTERRUPT DURING CIS

WITHIN NORMAL P-CLK INTERRUPT SERVICE ROUTINE.

072022

10924

SEQ 0147

SP,RO

JSR PC,FPRINT

064460

040044

E 12
PAGE 88-6

PRINTB #ASKDI

MOV

065304

10:59

BR 2%

PRINTB #ASKMM

MOV
MOV

HASKMM,
- (SP)
SP,RO

JSR PC,FPRINT
JSR PC.YORN

JMP 23§

002162

22%:

23%:

JMP 22%
JMP 18
JMP 20%
BR 1%
MOV #177777 ,DEN
BR 1%
CLR MMFLG

PRINTB

#ASK

MOV
#ASK ,~(SP)
MOV
SP,RO
JSR PC,FPRINT
JSR PC ,ACASZ
TST ACINST

BEQ FDIALG

;N RESPONSE
;Y RESPONSE
;R OR H RESPONSE

(ILLEGAL HERE)

JACCEPT ASCIZ FROM TTY AND SETUP MODE WORD
;ILLEGAL CHAR RETURN = ASK AGAIN
;ASK FOR MEM MGMT TEST MODE

;N RESPONSE = MEM MGMT OFF
;D RESPONSE = D SPACE ENABLED
sH RESPONSE - D SPACE DISABLED
;ILLEGAL RESPONSE - ASK AGAIN
;SET D ENABLED FLAG

;SET NO MEM MGMT FLAG
;ASK FOR SPECIFIC INST TO TEST

JACCEPT ASCIZ FROM TTY
sDEFAULTED TO ALL INSTRUCTIONS?
;BRANCH [F

YES

POP=11 CIS INST EXERCISER
MACY1? 27(655)
1-0CT=79
(ZXEEA.P11
CIS INSTRUCTION TEST LOOP

040272

004737

040276
040300

000763
012737
013737
005037

067456
177777
072076
001420
001416
001422
001424

002464

002134

BR 1%
FDIALG:

MOV #177777,0NE
INS
MOV
CLR
CLR
CLR
CLR

INPTBL, INPTP
TOTTC
TOTTCH
INVTC
REDTC

CLR R2

INS
MOV KNOP,PRE

MOV #XLTBL1,RO
11%:

002074

001403

F 12
PAGE 88-7

JSR PC,SFCI

047444

000042

10:59

MOV #ELTBL,R1

INC R2
MOVB R2.(RO)+
(MP RO,R1
BLO 11%
TST FSRUN

BEQ NITE
CMP a#42 ,#ENDAD

053076

BEQ 15%

002206

TST QVMODE

BEQ 1%

104400

SFO 0148

;LOOK FOR MAT(H BETWEEN INST ENTERED
JAND LIST OF CIS INST ASCII.
;NO MATCH RETURN
sMATCH = SET SINGLE INST TESTING FLAG
;INITIALIZATION
;ZERO COUNT OF TOTAL TESTS EXECUTED
;ZERO COUNT OF INVALID TESTS = TESTS ABORTED
;ZERO COUNT OF REDUNDANT TESTS = TESTS ABORTED.
s INSERT NOP BEFORE INST UNDER TEST.
sINITIALIZE MOVTC TRANSLATION TABLES
;

AS FOLLOWS:;

JNORMAL

104400

18:

104400

10%:

015644

016116
012737
042737
004737

071454
000007
063370

005037

04157¢

NOWNES

WA
-

CEEEREEEE
e hurd

lolele)

ol wd
) e
i
)

) — —d el

i
D
)
b

el e
—

D
i
-

FIELD SERVICE

TYPE

1, ETC.

RUN?

;BRANCH IF NO
;IF IN ACT CHAIN MODE SKIF OVER PRINTING OF HEADER

;IF

IN QVMODE PRINT QV MODE

002142
047464

15%:

BR 15%
TYPE
F SHDR
TYPE

F SHDR1

MOV #YLZD,EMPTR
BIC #7,TINST
JSR PC,IDINST

NITE:

CLR MTYPE

JPRINT FIELD SERVICE HEADER INFC
;PRINT PASS

002466
002450
002434

002452

001760

062404

001420
002076
002044

CLR
CLR
CLR
CLR
TST

PZCODE
PKPTW
DECINS
NDESC
RANDOM

BEQ 2%

JSR PC,SRNGST

MOV TOTTC,RO
BIC MSEED,RO
BNE 3%
TST

BNE

PROGD

TIME MESSAGE

;CLEAR REGISTER FIELD (FOR L2D DISPLAY ONLY)
IDENTIFY INST UNDER TEST

;CONTROL IS PASSED TO THIS POINT WHENEVER
ALL TEST CONDITIONS FOR A GIVEN INPUT
:

TABLE HAVE BEEN EXHAUSTED.
PRIOR
TO ENTRY TO THIS POINT, THE INPUT
TABLE POINTER (INPTP) HAS BEEN UPDATED
TO POINT TO THE NEXT INPUT TASBLE
OF TEST CONDITIONS. IN RANDOM MODE
CONTROL IS PASSED HERE FOLLOWING EACH TEST.

10999

001013

IN LOC O, 2 IN LOC

TYPE
QVHDR

015756
000404

005037
005037
005037
005037
005737

JRUNNING

IN RANDOM EXERCISE MODE?

;BRANCH IF NO
: SAVE RANDOM # GENERATOR STATE AT START OF EACH TEST
;PRINT RANDOM # GEN SEED?

;BRANCH IF NO

;PROGRESS DISPLAY?

;BRANCH IF NO

MACY11 27(655)
1-0CT=79
PDP=11 CIS INST EXERCISER
(ZKEEA.P11
CIS INSTRUCTION TEST LOOP
11014

013746
013746
013746
012746
010600
004737

(8)

012737
010001
062701
012702
010122
062701
022702

WRZSVEBNON
R WSO D

042701
006301
062701
000171

103372

005037
005037

RP1,=(SP)

MOV

, = (SP)
#FORM36

065304

JSR PC,FPRINT

MOV

3%:

002464

062670
062730
063142
002134
000002
177776

18:

041572

000004
001570
000002
001636

JSR PC,GENRI
JSR PC,LDINPT
JSR PC,LDCON

2%:

041574

041576

TYPE:

;NOTE:

;

TO USE SEED, LOAD 3 CONSTANTS INTO

KRNCON,KRP1,KRP2 THEN RESTART AT LOC 204.

;SINGLE INST TESTING?
sBRANCH IF YES
;GENERATE NEXT RANDOM CIS INST TO TEST
;LOAD UP DUMMY INPUT TABLE USING RANDOM # GEN.
;JLOAD MISCELLANEOUS CONSTANTS USING RANDOM # GEN.
;RO POINTS TO ENTRY IN INPUT TABLE

;CLEAR OUT ALL BUT TYPE BIT IN ENTRY TYPE WORD

ADD #ITYPE ,R1
JMP @(R1)

;DISPATCH ON INPUT TABLE ENTRY TYPE

MOV #177777 ,MTYPE
MOV RO.R1

;INPUT PARAMETERS FULLY SPECIFIED IN INPUT TABLE ENTRY
;SET TYPE FLAG TO INDICATE TYPE O ENTRY
;SETUP PARAMETER TABLE POINTERS

MOV #PTPO1,R2
MOV R1,(R2)+

;R2 POINTS TO TOP OF PARAMETER TABLE PUINTER LIST
;LOAD PTP

ADD #2,R1

CMP #PTP24 ,R?
BHIS 1%

041574
041576

041576
001566
000612
000606

TST ONEINS

BNE 1%

ADD #4 ,R1

3 SEED CONSTANTS

SP,RO

ASL R1

TYPEO:

;PRINT

RNCON, = (SP)

MOV INPTP,RO
MOV 2(RO) ,R1
BIC #177776,R1

001426
000000

041574
001566
000640
000634
041576

QOO0

: iwf\)-‘g

MOV

177777

SEQ 0149

PRINTB #FORM36,RNCON,RP1,RP?2
RP2,=(SP)
MOV

041576
041574

040772

G 12
PAGE 88-8

063550
063546
063544
014240

004360
041574

vionanaoa i

S
N Y Y
N
YU WU U
T YR W
W
TY
Y
NN
W
YR N
(RN Y O
YRS YT N N Y
R
R

005737

ole JiNle AV, ]

I
O
———
S R Y
QO — —————— _—

e
A
R

e
g

OOSOOOOOOOOOOOOOOA
°:°°°°????9????? 2 KRR
L&A RAKZ

W
RN NINNINIA)
= —

(7)
(%)

10:59

CLR ID1
CLR ID2
.
MOV (RO),R1
ASL R1
ADD #INSTID,R1
MOVB (R1),1D1
INC R1
MOVB (R1),1D2
TST ID1
BEQ LDCOD
ASL ID1
ADD #PTP,ID1
MOV @ID1,R1
MCV (R1).,aID1
TST ID2
BEQ LDCOD
ASL IDZ
ADD #PTP,ID?2
MOV alDZ2.R1
MOV (R1),aID2
BR LDCOD

;R1 POINTS TO IP1

JALL PTP'S LOADED
;BRANCH IF

JUPDATE PTP CONTENTS FOR INDIRECTLY
SPECIFIED DATA DESCRIPTORS.

;ID1T AND ID2 CONTAIN OFFSETS INTO PTP TABLE

;BRANCH IF OFFSET = 0. NO UPDATE REQUIRED

fUSE ENTRY 10 GET ADDRESS
OF DATA DESCRIPTOR
;BRANCH IF SECOND OFFSET = O
JHANDLE SECOND OFFSET SAME AS FIRST

:INPUT PARAMETERS SPECIFIED IN TABLES

—

POP=11 CIS INST EXERCISER
MACY11 27(2?5)
1-0CT=79
CZKEEA.P11
CI1S INSTRUCTION TEST
LOOP
11066
11067

11068

11069
11070
11071
11072
11073
11074

}}8;2

11077
11078
11079

11080
11081
11082
11083
11084

}18%2

040772
040774

041000

041004
041006
041010
041012
047016
041022

041026

010001
062701

012702

012112
005712
001402
062712
062702
020227

002766

041030
041032
041036

011001
010137
010137

041042

006301

041060

004737

041044
041050
041054

000004

001570

000002
000002
001640

062701
011137
011137

003722
045676
047464

004737

062574

041070
041074
041076
041100
041104
041110
041116
041124
041130

013701
006301
006301
063701
012137
113737
113737
011137
113701

002272

004256
002274
002274
002275
002276
002276

11104

041140

010137

002436

042701

177707

11105

11106

11107
11108
11109
11110
11111
11112
11113
11114
11115
11116
11117
11118
11119

041144

041150

041154
041156
041160
041162
041166
04172
041174
041176
041200
041206
041210
041212
041216

042701

113701

006201
006201
006201
010137
113701
006301
006301
000301
010137
113701
006201
010137
005737

177770

002276

002440
002276

002442
002277

002454
001760

H 12

PAGE 88-9

LDCOD:

:SCTUP PARAMETER TABLE POINTERS
*R1 POINTS TO IP1

MOV
TST
BEQ
ADD
ADD
CMP

*LOAD PTP FROM IP
PTP=0 ?
“YES = DON'T ADVANCE IT
:ADVANCE PTP TO FIRST ENTRY
“UPDATE POINTER
:ALL PTP'S LOADED?

MOV #PTPO1,RZ

;R2 POINTS TO TOP OF PARAMETER TABLE POINTER (PTP) LIST.

(R1)+,(R2)
(R2)
2%
#2,(R2)
#2.R2
R2.APTP24+2

MOV (RO),.R1
MOV R1,0CTIC
MOV R1.FATAL
ASL R1

ADD #OINST,R1
MOV (R1,EINSTR
MOV (R1).TINST
NTC:

002450
002452

SEQ 0150

MOV RO,R1
ADD #4.,R1

BLT 18

062550

041064

041134

2% :

002272
002132

11087
11088
11089
11090
11091
11092
11093
11094
11095
11096
11097
11098
11099
11100
11101
11102

11103

1%:

10:59

*NO

:LOAD OCTAL CODING FOR CIS INST
*
UNDER TEST INTO EINST & TINST
:LOAD CODING FOR INST UNDER TEST INTO FATAL
2
ERROR INDICATOR WORD

JSR PC,SRNGSW

;SAVE STATE OF RANDOM # GEN. AS STATE W

JSR PC,RRNGSW

;CONTROL IS PASSED TO THIS POINT TO EXECUTE
:
NEXT TEST CONDITION FOR GIVEN INPUT
TABLE. PARAMETER TABLE POINTERS
HAVE BEEN UPDATED TO POINT TO NEXT
TEST CONDITION PRIOR TO ENTRY
;
TO THIS POINT.
“RESTORE RANDOM # GEN
TO STATE W.
*LOAD # OF INST DESC INTO NDESC
*LDAD DATA TYPE CONTROL WORDS
© " PKPTW,ZPM,SXTYPE

MOV OCTIC,R1
ASL R1
ASL R1
ADD DECTYP,R1
MOV (R1)+,Tw1
MOVB TW1,PKPTW
MOVB TW1+1,NDESC
MOV (R1),TW2
MOVB TW2.R1

BIC #177770.R1
MOV R1,S1TYPE
MOVB TW2,R1

;PKPTW IDENTIFIES STARTING DATA TYPE

:STTYPE

IDENTIFIES 1ST STRING DESC DATA TYPE

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

FOR EACH INST

:IN RANDOM EXERCISE MODE
?

TESTI

St
VIV IV I IV IV IV IV LV, Pk 2

20 2k

D e e e e d e D e D el b e D D D e
D cd e e e e e D e e ed D D d e e e
e o e e e ed d e e o e
e d D d e e e e e e o e

=¢

—

Mo
rororonoroNoNroNNY

AN YITEIRARARZEGEIFRRAN
L8 o IS G RAN SO BEINERRURZEBBNE R RGNS

XD
MY
D e D D e
e Db DD b b D D DD D D D D D D a
D e e e e e e e e e D ed e D D b b D b e oD DD a

~N 3
e
e 8 g
g
e
e e e g
e
P
P
————————
Y
S
ST ST SO YO YT YO YT T S YO Y
S
N

EXERCISER

MACY1T 27(655)

1-0CT=79

001447
?8§ZS§

000006

BEQ NTCTS
grg §1TVPE.16

;BRANCH [F NO
;RANDOMIZE STRING DATA TYPES

;GET A RANDOM PACKED DATA TYPE
;STORE IT IN S1TYPE

000006

JSR PC,RPTYPE
MOV RO,S1TYPE
BR 2%
JSR PC,RZTYPE
MOV RO,S1TYPE
CMP S2TYPE ,#56

CIS INSTRUCTION TEST LOOP

004737
010037
000404
004737
010037
023727
103405

002436
063416
002436
063444
002436
002440

004737
010037
0004
004737
010037
023727

063416
002440

004737
010037

063416
002442

103405

000404
004737

010037

063444
002440

002442

2%:

3%:

000006

4%:

10:59

I 12
PAGE 88-10

013777
004737

5%:

002442

001120
001760

001652

001122
001120
001420

2%:

001416
001420
062500

JSR PC,RPTYPE
MOV RO,S2TYPE
BR 4%
JSR PC,RZTYPE
MOV RO,S2TYPE
CMP S3TYPE ,#6
BLO 5%

BR NTCTS
JSR PC,RZTYPE

MOV RO,S3TYPE

140252

1%:

;CONTROL
=

062524
002140
002270
111111
111111
(002152
120402

120400
120602

IS PASSED TO THIS POINT

TO EXECUTE

THE GIVEN TEST CONDITION USING

THE NEXT DATA TYPE.
3
:INCREMENT TEST # IN APT MAILBOX
;RUNNING IN RANDOM MODE?
;BRANCH IF NO
:HAS TEST # REACHED MAX PER APT PASS?

INC $TESTN
TST RANDOM
BEQ 2%
CMP STESTN,TPERP
BLOS 2%
INC $PASS
CLR STESTN
INC TOTTC
BNE 1%
INC TCOTTCH

;UPDATE TESTS EXECUTED COUNTER
;BRANCH IF TEST COUNT NOT = ZERO
; INCREMENT TEST COUNT OVERFLOW EVERY TIME

MOV TOTTC,aDISPR
JSR PC,SRNGSY

;SET TEST # INTO DISPLAY LIGHTS
;SAVE STATE OF RANDOM # GEN AS STATE Y.

RTC:

000240
000240
000240
004737
005037
005037
012737
012737
005037
012700

;GET A RANDOM ZONED DATA TYPE
:STORE IT IN S1TYPE

JSR PC,RPTYPE
MOV RO,S3TYPE

063444

001120

SEQ 0151

BLO 3%

NTCTS:

005237
005737
001410
023737
101404
005237
005037
005237
001002
005237

;BRANCH IF NO
: INCREMENT APT PASS COUNTER

TEST COUNT (TOTTC) EXCEEDS 177777 OCTAL.

;CONTROL

NOP
NOP
NOP
p
JSR PC,RRNGSY
CLR SPHAND
CLR FILLS2
MOV #111111,PRECSK
MOV #111111,PST(CSK
CLR ERRSTK
MOV #PRECSK+2,R0O

IS PASSED TO THIS

POINT TO REPEAT

THE PREVIOUS TEST USING THE SAME
2
TEST CONDITION & DATA TYPES.
3
;SETUP MICRO BREAK REG (11/74)
:(11/74 MICROBREAK - REPLACE WITH 013737)
¢
"
.
ek
f ety
+§
i
o
'
e Y77770)
:RESTORE RANDOM # GEN TO STATE Y.
;CLEAR SPECIAL HANDL ING REQUESTS
JINITIALIZE STACK OVERFLOW CONSTANTS

:CLEAR STACK ERROR FLAG.
JINITIALIZE
STACK CONTENTS BEFORE EACH TEST

oO~NONWVISS
N—‘OOO\IO‘V\I\WN—‘OS 8 S&&ER QRSB ERIRERIN28BEIR RET 983\‘\1\1\)‘4

m.-a

)

e cd

n INSANIASIAS
LS LNV LN LN N LN T N1, N 1,81, N]
non PONIND = = = b e D d e =D =
SW

D e

SL L

) P

d e

)

D i e

e O S
oo

d D

D o

D e

—_— e

~
e ) i i D D D e D D ) cnd D D ) ) ) D D D D ) D D ) D D D D D ) D D D D ) d D D e e i D i el i

—

) e

— i i i ) D

CIS INST EXERCISER
MACY11 27(655)
1-0CT=79
Pil
CIS INSTRUCTION TEST LOOP

061466
041472

041474
041500
041502
041506

041510
041512
041516

041522

041524
041526
041532

020C27
001403

012720
000772
C13700
011001
006301
062701
011137

011001

006301
062701
011137

041536
041536
041542
041544
041546
041550
041552
0641554
041560
041562
041566
041572
041574
041576

017701
006101
006101
006101
006101
006101
042701
006301
062701
000171
000000
000000
000000

041600

005737

041604
041606

001006
000137

120602

1%:

055555
002134

2%:

10:59

MOV 4055555,
(RO) +
BR 1%
MOV INPTP,RO
MoV (RO) ,R1
ASL R1
ADD #INO,R1
MOV (R1),FLOPTR

067730
002142

ASL R1
ADD #INEM,R1
MOV (R1),EMPTR
XINST:

177760
001526
000000

MTYPE:
ID1:
ID2:

002074

CTLC:

036710

041612

SEQ 0152

CMP RO,#PST(SK
BEQ 2%

001436
001742

140200

J 12
PAGE 88-11

;RO POINTS TO ENTRY IN INPUT TABLE
;SETUP POINTER TO PROPER (IS
;
INSTRUCTION FLOW TABLE

MOV (RO) ,R1

;SETUP POINTER TO PROPER ERROR

MOV aF LOPTR,R1
ROL R1
ROL R1
ROL R1
ROL R1
ROL R1
BIC #177760,R1
ASL R1
ADD #FLODIS.R1
JMP a(R1)
.WORD 0
.WORD 0
.WORD 0

JGET NEXT ENTRY FROM INST. FLOW TABLE
:

TST FSRUN

;DVT TYPE RUN?

BNE NOCTC
JMP DVTST

FCO1:

. MESSAGE HEADER

;LOOK ONLY AT FLOW TABLE ENTRY COMMAND
;
FORM INDEX INTO FLOW DISPATCH TABLE
;CISPATCH ON FLOW COMMAND

;BRANCH IF NO
;RESTART DVT TYPE RUN

;FLOW COMMAND = 01 - COPY TEST OPERAND
INTO TRN.

063164
041600
000700

041632

004737

053242

JSR PC,PF1

;FORM PARAMETER TABLE POINTER FROM

041636

004737

053456

JSR PC,RF4

;FORM TEST OPERAND POINTER FROM RF&4 FIELD

041642
041646
041650
041654
041656
041660
041666

017711
010102
004737
005701
001454
012737
020127

140270

MOV
MOV
JSR
TST
BEQ
MOV
CMP

053440
177777
000002

002434

NOCTC:

PC,EXTBK
(TLC
#100,TINST
FCRTN

FROM PARAMETER TABLE

004737
000137
032737
001067

047464

JSR
JMP
BIT
BNE

;

041612
041616
041622
041630

aPTPTR, (R1)
R1,R2
PC,RF3X
R1
FCRIN
#177777 ,DECINS
R1,42

;HANDLE OPERATOR REQUESTS
sCNTL C RETURN FROM SUBROUTIINE.
;THE IN-LINE TEST CASE ALWAYS FOLLOWS THE SAME
;REG TEST CASE - THEREFORE DO NOT REFILL THE TRNS
; BECAUSE SXTYPES ARE ALREADY UPDATEC FOR NEXT REG

; TEST CONDITION.

;

PF1

FIELD OF FLOW TABLE ENTRY

;

OF FLOW TABLE ENTRY.

;COPY TEST OPERAND FROM PARAMETER TASLE

;LOAD R1 WITH TWICE CONTENTS OF RF3 FIELD OF
;
FLOW TABLE ENTRY
;BRANCH IF FIELD CONTAINS ZERO
;SET FLAG TO INDICATE THAT INST IS A DECIMAL
;IS TEST OPERAND PART OF 1ST DECIMAL DESC
OPERAND FOR INST?

INST.

POP=11

CIS INST EXERCISER

MACY11 27(655)
1-0CT=79
CIS INSTRUCTION TEST LOOP

CZKEEA.P11
11228

11229

11230

041672

041674

041700

006304

041712
041716

042704
050412

11231
11232
11233
1123,

041702
041704
041706
041710

11237
11238
11239
11240
112641
11242
11243
11264
11245
11246
11247
11248
11249

041720
041722

11235
11236

001013

013704

006304
006304
006304
000304

000433
020127

041746
041752

0462704
050412

107777

041756

020127

000006

041762
041764
041770
041772
041774
041776
042000
042002

001012
013704
006304
006304
006304
006304
000304
042704

11262

042010

062737

11265

0462022

11250

11251
11252
11253
11254

11255

11256

11257
11258
11259
11260

11263
11266
11267
11268

11269
11270
11271
11272
11273
11274
11275
11276
11277
11278
11279
11280
11281

041754

042006
042016

000304

000415

050412
000137

BIC #107777.Ré4
BIS R4, (R2)
1%:

SRC1

BIC #107777.R4
BIS R4, (R2)

;'OR"

SRC2 TYPE FIELD INTO TEST OPERAND

CMP R1.,4#6

:1S TEST OPERAND PART OF 3RD DECIMAL DESC

BNE FCRTN
MOV S3TYPE,Ré
ASL Ré&
ASL R4
ASL Ré
ASL R4
SWAB R&
BIC #107777.Ré4

:'OR' DST TYPE FIELD INTO TEST OPERAND

28
S2TYPE .Ré
R4
R4
R&
R&

TYPE FIELD INTO TEST OPERAND

_
;1S TEST OPERAND PART OF Z2ND DECIMAL DESC
;
OPERAND FOR INST?
*BRANCH IF NO

SWAB R4

2%:

107777

BR FCRTN

BIS R4, (R2)
001742

FCRTN:

ADD #2,FLOPTR

JMP XINST

FC02:
000100

;BRANCH IF NO

;"OR"

BR FCRIN
CMP R1.,#4

BNE
MOV
ASL
ASL
ASL
ASL

002442

041536

SEQ 0153

ASL R4
ASL R4
ASL R4
SWAB R

002440

000002

PAGE 88-12

ASL Ré

000004

001013
013704
006304
006304
006304
006304

MOV S1TYPE ,Ré

107777

041726
041730
041734
041736
041740
041742
041744

BNE

002436

10:59

K 12

047464

;UPDATE FLOW TABLE POINTER TO NEXT COMMAND

:FLOW COMMAND = 02 - GENERATE TEST OPERAND

042022
042030
042032
042036
042040

032737
001367
005737
001410
004737

041572
053242

BIT
BNE
TST
BEQ
JSR

042044

004737

053456

JSR PCRF4

042050
042054
042060

017711
000137
004737

140062
042010
053242

MOV @PTPTR, (R1)
JMP FCRTN
ISR PC,PF1

042064

004777

140046

JSR PC,aPTPTR

042070

000137

042010

JMP FCRIN

1$:

;
OPERAND FOR INST?
“BRANCH IF NO

#100, TINST
FCRTN
MTYPE
18
PC,PF1

;
FROM PARAMETER TABLE ENTRY.
“SKIP THIS FLOW COMMAND FOR INLINE

CASE

:BRANCH IF NOT TYPE 0 ENTRY
*FORM PARAMETER TABLE POINTER FROM
>
PF1 FIELD OF FLOW TABLE ENTRY.
FORM TEST OPERAND POINTER FROM
>
RF4 FIELD OF FLOW TABLE ENTRY
*COPY TEST OPERAND FROM PARAMETER TABLE

:FORM PARAMETER TABLE POINTER FROM PF1
*
FIELD OF FLOW TABLE ENTRY.
*EXECUTE PARAMETER TABLE ENTRY TO
>
"GENERATE TEST OPERAND.

~
£

REDNTC:

001416
001420
052326

1%:

000100

047464

000010

002140

b
e

-t

n
n

b
b

#100, TINST
FCRTN
#10, SPHAND

N
n

n
N

;.
LOWER ADDRESS LIMIT FALLS WITHIN TEST BUFFER.
;SKIP THIS FLOW COMMAND FOR INLINE CASFE

PC.PF1

053456

PC.RF&

;
SURROUND LENGTH FROM PF1 FIELD OF FLOW
TABLE ENTRY.
;
;FORM TEST OPERAND POINTER TO STRING.ADR FROM

167701

137756

(R1) ,R1
aPTPTR,R1

;SUBTRACT STRING.SURR.LEN FROM STRING.ADR

020127
002475

000020

000137

042010

R1,420
BLT NXTC
FCRTN

;

RF& FIELD OF

FLOW TABLE ENTRY

TO GET STRING.SURR.ADR.

sSTRING.SURR.ADR < 20
=SKIP THIS TEST CONDITION
;
(20 ALLOWS SPACE FOR IN-LINE DESCRIPTORS AT BEGINNING

;FLOW COMMAND = 04 - VERIFY THAT STRINGS
gfi?E?RADDRESS LIMIT FALLS WITHIN TEST
:
:}OO.TINST

:SKIP THIS FLOW COMMAND FOR INLINE CASE

000001

002140

#1,SPHAND

PC.PF1

;SPECIAL HANDLING REQUEST
;SKIP VERIFICATION IF YES
;FORM PARAMETER TABLE POINTER TO STRING.SURR.LEN

053426

PC.RF3

;FORM TEST_OPERAND POINTER TO STRING.LEN

002434

(R1) ,R1
DECINS

002444

TYPFLD ,R1

004737

017702
060102

137674

004737

053456

0N5737
0v1403
020237
000402

;

047464

053242

011101
005737
001402
043701

;FORM PARAMETER TABLE POINTER TO STRING

000100

032737
001035
032737
001031
004737

061102

o R NTe AV P SV NE

RORZS

;TEST CONDITION REDUNDANT = ABORT TEST.
;DID TEST ‘COUNT OVERFLOW ON LAST INCREMENT?
;BRANCH IF NO

;FLOW COMMAND = 03 - VERIFY THAT STRING'S

FCO&4:

BNE
DEC
DEC
JMP

TCOTTC
1%
TOTTCH
TOTTC
NXTTC

053242

0111017

RRSIIKKK
WWWWWW

INC REDT(

TS T

SEQ 0154

sSPECIAL HANDL ING REQUEST?
;SKIP THIS FLOW COMMAND IF YES.

WWWWWWWWWW

001424
001420

L 12
PAGE 88-13

FCRTN

004737

&%
% &

032737

s
D e d D
J——
P
D e
e D e
Y
——
Y
D e e e d D el e
(O WU Y
R
Y
O
Y
S
e D e
)
TN
T (U
Y
—
RN

005237
005737
001002
005337
005337
000137

10:59

FCO3:

e
D
R

D D D D
R

D D D D D
D D D
g e
e

L
S R
g VOO WNSWN=O SRR
R RAREL

PDP=11 CIS INST EXERCISER
MACY11 27(655)
1-0CT=79
CZKEEA.P11
CIS INSTRUCTION TEST LOOP

2%
2%:

aPTPTR,R2
R1.R2
PC.RF4

(R1) ,R2

001760

001644

RANDOM

3%
22.RTBLEN

;

FROM PF1

FIELD OF FLOW TABLE ENTRY

;

FROM RF3 FIELD OF FLOW TABLE ENTRY

;1S INST A DECIMAL INST?
;BRANCH IF NO

;CLEAR TYPE FIELD SO AS NOT 70
;

DISTORT UPPER ADDRESS CALCULATION.

;R2 NOW CONTAINS SUM OF STRING.SURR.LEN
AND STRING.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

sRANDOM EXERCISE MODE?
sBRANCH IF NO.
;COMPARE ADDRESS WITH END OF RANDOM TEST BUFFER

1-0CT=79
MACY11 27(655)
PDP=11 CIS INST EXERCISER
CZKEEA. P11
CIS INSTRUCTION TEST LOOP

RRERRRRERER WW
o&
Ut ST NS N R
Y

042266

020237

001642

CMP R2, TBLEN

042272
0462274

003032
000137

042010

$$:
1%:

BGT NXTC
JMP FCRTN

042300
042300
042306
042310

032737
001022
004737

053340

BIT #100,TINST
BNE ECOS
JSR PC,RF1

042314
042320

063711

001640

ADD TBADR, (R1)

042324

020127

003624

CMP R1,#TRN

042330
042332
042336

001411
063711

001640

BEQ ECOS
ADD TBADR, (R1)

IR AT

VA Avh G

wvivywnunvunaunanaononun

WWWWWWWWWW

SEERFEREREE
JSJYNANANIIS
WWWWWWWWWNW
NNNNNYN ~N

004737

000100

005237
005737

001422
001420

JSR PC.RF3

001640
042010

ECOS:

NXTC:

001416
001420
052326

1%:

CMP
BEQ
ADD
JMP

R1,4TRN
ECOS
TBADR, (R1)
FCRIN

INC
TST
BNE
DEC
DEC
JMP

INVTC
TOTTC
18
TOTTCH
TOTTC
NXTTC

032737
001402
004737
004737
013737
005737
001404
063737
03
063737
013701
013702

000100
062644
062620
001640
001760
001644
001642
001640
001640

001754

4$:

001754
001754

2%:
3%

001660
001662

061221

023701
003373

047464

001754

BIT #100,TINST
BEQ 4$
JSR PC,RRNGSV
JSR PC,SRNGSV
MOV TBADR, TBEND
TST RANDOM
BEQ 2%
ADD RTBLEN, TBEND
BR 3%
ADD TBLEN, TBEND
MOV TBADR.R1
MOV TBADR.R2

MOV INCSQi, (R1)+
1%:

M 12

PAGE 88-14

SEQ 0155

;DOES THIS ADDRESS EXCEED TEST BUFFER
?
_LENGTH
;
;YES = SKIP THIS TEST CONDITION

;FLOW COMMAND = 05 = ADJUST TEST OPERANDS
;_TO INCLUDE BASE ADDRESS OF TEST BUFFER.
;SKIP THIS FLOW COMMAND FOR INLINE CASE
;FORM 1ST TEST OPERAND POINTER FROM RF1
FIELD OF FLOW TABLE ENTRY
;
;ADD TEST BUFFER BASE ADDRESS TO OPERAND
;FORM 2ND TEST OPERAND POINTER FROM RF2
FIELD OF FLOW TABLE ENTRY
;
;IF R1 STILL POINTS TO #TRN THEN THERE WAS
;
ONLY ONE TEST OPERAND TO BE UPDATED
;UPDATING COMPLETE
;ADD TEST BUFFER BASE ADDRESS TO OPERAND

;FORM 3RD TEST OPERAND POINTER FROM RF3

FIELD OF FLOW TABLE ENTRY.
:
;WAS THERE A THIRD ENTRY?
sNO = UPDATING COMPLETE
;ADD TEST BUFFER BASE ADDRESS TO OPERAND
sTEST CONDITION INVALID - ABORT TEST

;DID TEST COUNT OVERFLOW ON LAST INCREMENT?
;BRANCH IF NO

;FLOW COMMAND = 06 = INITIALIZE TEST BUFFER

FCO6:

013721
012211

JSR PC,RF2

053426
003624

001002
005337
005337
000137

047464

053372

020127
001402
063711
000137

013721

—
D
B

D
— i
e

D D d D e
o e

d e
S

D
D
e e

D e e

e
D Dl D
e e

D e d
Jr Y
Y

D e
D D
N S Y

D D D D
N Y N S

FCOS:

DD
P

11336
11337

10:59

MOV INCSQ2.(R1)+
MOV (R2)+, (R1)

ADD (R2).,(R1)+

CMP TBEND,R1
BGT 1%

TO AND INCREMENTING SEQUENCE.

JRESTORE RANDOM # GEN TO STATE Vv

;SAVE RANDOM # GENERATOR STATE AS STATE V
;RANDOM EXERCISE MODE?

;BRANCH IF NO
;THE BUFFER SIZE FOR RANDOM EXERCISE MODE

;

IS FIXED AT 10000 BYTES.

;SETUP A POINTER TO END OF BUFFER

;POINT R1 & R2 TO START OF BUFFER
;LOAD THE FIRST TWO BUFFER LOCATIONS
sCONTENTS OF NEXT LOC = SUM OF CONTENTS
;
OF PREVIOUS 2 LOCATIONS.

PDP=11 CIS INST EXERCISER
MACY11 27(655)
1-0CT=79
(ZKEEA.P1T
CIS INSTRUCTION TEST LOOP
11390

042512

000137

042010

JMP F(RTN

10:59

PAGE

12
88-15

SEQ 0156

POP=11 CIS INST EXERCISER
MACY11 27(655)
1-0CT=79
CZKEEA.P1]
CIS INSTRUCTION TEST LOOP
11392
11393
11396
11395
11396
11397
11398
11399
11400
11401
11402
11403
11406
11405
11406

042516

10:59

FCO7:

042516
042522
042506
042530
042536
042540

005037
005737
001406
023727
101002
000137

002472
001760

042544
042552
0425564

032737
001372
004737

000020
053242

BIT #20,SPHAND
BNE 2%
JSR PC,PF1

042560

004737

053426

JSR PC,RF3

11410
11411
11412
11413
11414
11415
11416
11417
11418

042564
042570

010137
004737

002104
053456

MOV R1,TRL
JSR PC,RF&

042574
042600
042604
042610
042612

010137
004737
004537
002136
002104

002102
062430
043072

11421

042616

005737

002472

11423
11424
11425
11426
11427
11428
11429
11430
11431
11432
11433

042624
042630
042634
042640
042644
042646
042654
042660
042662
042670
042676

004737
004737
010137
005737
001406
012737
011137
000410
012737
012737
011137

053242
053426
002104
002270

11435
11436
11437

042706
042712
042714

004537
002136
002104

043072

11440
11441
11442
11443

042720
042726
042732
042736

062737
017701
042701
005701

(00002
137010
017777

11445

042740

001050

11407
11408

11409

11419
11422

042614

042622

002272

000011

042010

002140

11444

042716

;
28:

1$:

002102

001436

CLR
TST
BEQ
CMP
BH]
JMP

TRA

TST SAVSRF

BEQ A3X

002502
002500

002470

002476
177777
002474

002470
002270

4$:

5% :

002470

JSR PC,PF1
JSR PC,RF3
MOV R1.TRL
TST FI(LS2
BEQ 4$
MOV #INSRC2+2,SAVPTR
MOV _(R1),INSR(?2
BR 5%
MOV WINSRC1+2,SAVPTR
MOV #177777 FILLS2
MOV (R1), INSRC1

JSR PC,RANGSX

JSR R5.1STG
PTPTR
TRL

SAVPTR

001742

A3X:

ADD
MOV
BIC
TST

#2,FLOPTR
@F [OPTR,R1
#017777.R1
R

BNE 2%

SEQ 0157
:FLOW COMMAND = 07 = INSERT STRING IN
*
TEST BUFFER.

SAVSRF
RANDOM
1%
OCTIC, 411
1%
FCRTN

|
MOV R1,TRA
JSR P . SRNGSX
JSR RS.1STG
PTPTR
TRL

11434 042702 004737 062454

Hzgg

B13

PAGE 89

:RANDOM EXERCISE MODE?
*BRANCH_IF NO
1S INST A CHAR STRING INST?
*BRANCH IF NO
:IN RANDOM MODE, NO CHAR STRINGS NEED TO BE

:"
INSERTED FOR CHAR TYPE INSTRUCTIONS.
:
RANDOM CHAR BYTES ARE DERIVED BY
:
RANDOMIZING THE ‘SEED' CONSTANTS USED
:
T0 INITIALIZE THE ENTIRE BUFFER.
*SPECIAL HANDLING REQUEST?
:SKIP INSERTING STRINGS IF YES
:FORM PARAMETER TABLE POINTER TO STRING
:
DESCRIPTOR FROM PF1 FIELD OF FLOW TABLE ENTRY
FORM TEST OPERAND POINTER TO STRING.LEN

FROM RF3 FIELD OF FLOW TABLE ENTRY

:SAVE POINTER
;FORM TEST OPERAND POINTER TO STRING.ADR
:
FROM RF4 FIELD OF FLOW
:
TABLE ENTRY.
;SAVE POINTER
SAVE RANDOM NUMBER GEN. STATE X
*INSERT STRING IN TEST BUFFER
*POINTER TO STRING DESCRIPTOR
\ :POINTER TO STRING.LEN

*POINTER TO STRING.ADR

, sSAVE STRING FOR ERROR PRINTOUT?

\ YES - RESTORE POINTER TO STRING DESCRIPTOR
JRESTORE POINTER TO STRING LENGTH

:WHERE SHOULD STRING BE STORED?
:STORE STRING IN BUFSR2
*SAVE STRING LEN IN BUFFER DESCRIPTOR
:SAVE STRING IN BUFSR1
SIGNAL THAT BUFSR1 IS OCCUPIED.
*SAVE STRING LEN IN BUFFER DESCRIPTOR

RESTORE RANDOM NUMBER GEN TO STATE X.
*INSERT STRING IN SAVE BUFFER
*POINTER TO STRING DF SCRIPTCR
*POINTER TO STRING LEN

JPOINTER TO STRING ADDRESS (EITHER BUFSR1 OR BUFSR2)
:LOOK AT NEXT FLOW COMMAND?
;IS IT = 0 = A CONTINUATICN OF
* " COMMAND?

THE 07

JNO = DON'T INSCRT SURROUND STRINGS

PDP=11 CIS INST EXERCISER
MACY11 27(655)
1-0CT=79
CZKEEA.P11
CIS INSTRUCTION TEST LOOP

10:59

c 13

PAGE 89-1

11446
11447
11448

042742

004737

053242

042746

013737

002136

002046

MOV PTPTR,SURLEN

JSR PC,PF2

:FogS?MRIPTmTER TABLE POINTER TO SURR DATA

11451
11452
11453
11454
11455
11456
11457

042760
042766
042772
042774
043002
043010
043016

017737
005737
001403
042737
067757
012737
004537

137120
002434

002104

070000
137074
002104
043072

002104
0021046
002050

MOV
TST
BEQ
BIC
ADD
MOV
JSR

;FORM SURR.ADR (UPPER PORTION)
s INST = DECIMAL?
sBRANCH IF NO
;CLEAR TYPE FIELD FROM STRING LENGTH
;SURR.ADR = STRING.ADR + STRING.LEN

11459
11460
11461
11462

043024
043026

002046
002050
017737
167737

1112158 042754

11458

043022

004737 053314

002136

11463
11464
11465
11466
11467
11468

043030
043036
043044
043050
043052
043054
043056
043062

004537
002136
002046
002050
000137
162737

11471
11472
11473
11474
11475
11476
11477
11478
11479
11480
11481
11482

043072
043072
043074
043100
043104
043106
043112
043120
043122
043130
043132
043136

013501
012137
011137
013501
011137
032737
001403
042737
013501
017137
013701

11484
11485
11486
11487
11488
11489
11490

043150
043154
043156
043160
043164
043166
043172

042701
005701
001426
022701
001445
022701
001461

Hl(:gg

11483

11491

11492
11493
11496
11495
11496
11497
11498
11499

043070

043142

043174

043200
043202
043206
043210
043214
043216
043220
043224

000772

042737

022701

001516
022701
001404
022701
001405
000000
005037
000137

137046
137004
043072

042010
000002

JSR PC,PF1

3%:

PTPTR

SURLEN
SURADR
MOV @TRA,TRL
SUB @SURLEN,
TRL

002104
002104

001742

1%:
2%:

ISTG:
002106
002110
002112
000002

002140

100000

002112

002114
002106

160000

017777

1%:

002106

JSR R5,ISTG
PTPTR
SURLEN
SURADR
JMP FCRTN
SUB #2,FLOPTR

BR 1%
MOV
MOV
MOV
MOV
MOV
BIT
BEQ
BIC
MOV
MOV
MOV

@(RS5)+,R1
(R1)+,STGDS1
(R1),STGDS?2
@(R5)+,R1
(R1),STGLN
#2,SPHAND
18
#100000,STGLN
@(RS5)+,R1
(R1),STGAD
STGDS1,R1

BIC
TST
BEQ
CMP
BEQ
CMP
BEQ

#17777 ,R1
R1
DSTYPO
#020000,R1
DSTYP1
#040000,R1
DSTYP2

BIC #160000,STGDS1

020000
040000

060000

CMP #060000,R1

100000
120000
001770
044334

@TRL,TRL
DECINS
3%
#070000,TRL
@TRA,TRL
#TRL ,SURADR
R5,ISTG

2%:

BEQ DSTYP3
CMP #100000,R1
BEQ 2%
CMP #120000,R1
BEQ 3%
HALT
CLR RANDTA
JMP DSTYP4

;YES = FORM PARAMETER TABLE POINTER
;
TO STRING.SURR.LEN

s INSERT UPPER HALF OF SURR STRING
;POINTER TO SURR.DATA DESCRIPTOR
;POINTER TO SURR.LEN

;POINTER TO SURR.ADR

;FORM SURR STRING ADDRESS (LOWER PORTION)
sSURR.ADR = STRING.ADR = SURR.LEN
s INSERT LOWER HALF OF SURR STRING

;RESTORE FLOW COMMAND POINTER

;SUBROUTINE TC INSERT STRING IN TEST BUFFER.
;GET STRING DATA DESCRIPTOR
;GET STRING.LEN

;SPECIAL HANDLING REQUEST?
;BRANCH IF NO
;YES = STRIP BIT 15 FROM LENGTH
;SETUP STRING STARTING ADDRESS

;STRIP OFF 'TYPE' FROM 1ST WORD OF DATA DESCRIPTOR
;LOOK ONLY AT DESCRIPTOR TYPE

;DATA DESCRIPTOR IS TYPE 0.
;DATA DESCRIPTOR IS TYPE 1
;DATA DESCRIPTOR IS TYPE 2
;DATA DESCRIPTOR IS TYPE 3
:
;DATA DESCRIPTOR IS TYPE 4

;DATA DESCRIPTOR IS TYPE 5
;**DATA DESCRIPTOR NOT TYPE 0 ,1,2.3.4. OR 5.

SEQ 0158

MACY11 27(655)
1-0CT=79
POP=11 CIS INST EXERCISER
CZKEEA.P1T
CIS INSTRUCTION TEST LOOP
11500
11501
11502
11503
11504
11505

11506
11507
11508

11509
11510
11511
11512

11513

11514
11515
11516
11517
11518
11519

11520

043230
043234
043234
043240
043242

043250
043254
043260

043262

043300
043300
043304
043310
043312

11543
11544
11545

11546
11547
11548
11549
11550
11551
11552
11553

002434

113721

070000
002114
002112

DSTYP1:
1%:

013701

002114

043342
043346
043350
043356

005737
001431
013737
013737
005737
001420

002106

002110

002106
002110
002112
002110
002106

013737
013737

002116
002120

043424

005337

002112

043430
043432

000755
000137

045500

022737

010000

013701
000301
006201
006201

002112

043376
043402
043406
043410
043416

043436
043436
043444
043446
043446
043452
043454
043456

101070

sALL BYTES OF STRING ARE IDENTICAL
s INST = DECIMAL?

TST STGLN

;CLEAR TYPE FIELD STRING LENGTH WORD
;R1 _CONTAINS STRING STARTING ADDRESS
:sgglRE STRING BEEN INSERTED?

2%:

DSTYP2:

MOV STGAD,R1
TST STGLN

BEQ 2%
MOVB STGDSZ2, (R1)+

MOV STGAD,R1

3%:

002106

MOV STGDSZ2,SAVSA
TST STGLN

:YES
BEQ 3%
MOVB aSTGDS2, (R1)+

INC
DEC
BNE
MOV
MOV

2%:

DSTYP3:
TYP3Z:

:sgglRE STRING BEEN INSERTED?

JNO FORM AND INSERT NEXT STRING BYTE

JMP EISTG

MOV STGDS1,SAVSL

002106
002110

;STRING BYTE N = STRING BYTE N-1 + INC.
sR1 CONTAINS STRING STARTING ADDRESS

BR 1%

BEQ 3%
1%:

;NO = MOVE STRING DATA BYTE INTO NEXT
TEST BUFFER LOCATION
;

JMP EISTG

TST STGDS1

002116
002120

sBRANCH IF NO

BR 1%

ADD STGDS1,STGDS2
DEC STGLN

136512

117721
005237
005337
001006

TST DECINS

DEC STGLN

2%:

SEQ 0159

JMP DSTYPS

BEQ 2%
MOVB STGDS1,(R1)+

013701
005737
001410
113721

D 13

PAGE 89-¢

BEQ 3%
BI1C #070000,STGLN
MOV STGAD,R1

002112

045500

043336

043
043370
043372

DSTYPO:

002112

045500

043336

3%:

002106

063737
005337
000765
000137

043316

11526
11527
11528
11529
11530
11531

11535
11536
11537
11538
11539
11540
11541
11542

005737
001403
042737
013701
005737
001405

043274

043324
043330
043332

11532
11533
11534

045402

043266
043272

11521
11522
11523
11524

11525

000137

10:59

STGDSZ2
STGDS1
2%
SAVSL,STGDS1
SAVSA,STGDS2

DEC STGLN

BR 1%

s INSERT BYTES FROM GIVEN STRING
;SET R1 TO STARTING ADDRESS OF STRING TO BE

FORMED IN TEST BUFFER.
;IS 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.
;ENTIRE STRING BEEN INSERTED?
:NO = INSERT STRING BYTE FROM GIVEN STRING

;UPDATE GIVEN STRING ADDRESS TO NEXT BYTE

;ALL BYTES IN GIVEN STRING USED?
;YES = STRING BEING FORMED IS LONGER THAN
:
GIVEN STRING. RESET STRING ADDRESS
;
BACK TO BEGINNING OF GIVEN STRING.
;DECREMENT COUNT OF # OF CHARACTERS YET
:

TO BE

INSERTED.

JMP EISTG

CMP #10000,STGDS1
BHI PTYP3P
MOV STGLN.R1
SWAB R1
ASR R1
ASR R1

;DECIMAL STRING = ALL DIGITS IDENTICAL
;1S FORMED STRING TO BE PACKED OR ZONED DECIMAL?

s ZONED
;GET STRING DESC.

TYPE FIELD

PDP=11

MACY17 27(655)
1-0CT=79
CIS INSTRUCTION TEST LOOP

CIS INST EXERCISER

(ZKEEA.P1T
11554
i

33 ANV
SRR VAR A

006201

002106
177760
002302
002112

013701

002114

113721

002106
002112
002112

°a
o

MOV R1,STGTYP

. SAVE TYPE

MOV STGDS1,SIGN

;STRIP OFF SIGN FROM DATA DESCRIPTOR WORD 1

BIC #177740,STGLN
ASR STGDS1
ASR STGDS1
ASR STGDS1

;GET AND RIGHT ADJUST ZONED DATA BYTE

002106

BIC #177400,STGDS1

;GOT ZONED DATA BYTE

BIC #177760,SIGN
ASR STGDS1

MOV STGDS1,R2

BIC #177760.R2
MOV R2,STGDIG
TST STGLN
BEQ TFS

MOV STGAD,R1
1%:

MOVB STGDS1, (R1)+
DEC STGLN
TST STGLN

BNE 1%
MOV STGTYP,R2

ASL R2
ADD #TYPTAB,RZ2
JMP a(R2)

002306
000000
000137

044114

PTYP3P:

JMP TYP3P

000360

TYPSZ:

BICB #360,-(R1)

002124
002124
002124
002124
002124

ASL SIGN
ASL SIGN

TYPUZ:

000003

002124

TYPTO:

063464
000001

8ISB SIGN, (R1)
BR EXTYP
BR EXTYP

3%:
2%:

;STRIP TYPE OFF

;

STRING LENGTH WORD

RIGHT ADJUSTED

;YES = NOTE: A ZERO LENGTH ZONED

;
STRING OCCUPIES NO MEMORY (ESCEPT SEPARATE TYPES).
;SET R1 TO STARTING ADDRESS OF STRING
TO BE FORMED IN TEST BUFFER.
;.
sNO = INSERT NEXT ZONED DATA BYTE.

:ggrxas STRING BEEN INSERTED?

*YES - INSERT SIGN BYTE
JVECTOR TO APPROPRIATE STRING TYPE ROUTINE
:

TO ENTER SIGN BYTE.

;SIGNED ZONED
;CLEAR OUT THE HIGH NIBBLE OF LEAST
SIGNIFICANT STRING BYTE.

;'OR'

IN SIGN

JUNSIGNED ZONED = NO ACTION REQUIRED
s TRAILING OVERPUNCHED

;1S SIGN = +?
sBRANCH IF YES

BIT #1,R0
BEQ 3%
MOV _#NEGTB1,R2
BR 2%
MOV #NEGTAB,R?

;SIGN IS NEGAT]VE

ADD STGDIG,RZ

(HIGH NIBBLE & DIGIT)

IN STGDS1.

;SAVE JUST THE DIGIT IN STGDIG
;STRING TO BE FORMED HAVE O LENGTH?

CMP #3,SIGN
BEQ 1%
JSR PC,RN

002342

002330
002302

SEQ 0160

002112
002124
002124

002304

o
oo
i
i
vV

D el
d e
D
D
D d
D e
D d e e
e e e
D
D
) D D
o
D

D el
e
D ch
D e
D

i )
d D e
—
)
— e o

BIC #177770.R1

v o
oo

013702
042702
010237
005737
001535

002106
177400

E 13

PAGE 89-3

ASR R1
ASR R1

177770

D
D

)
d

D
D

d
d

D
D

D e
D e

D
D

SSZ2S
%\A
WA = BRIR G R 2EBEIRRRARN
2B IRV AN

)
D

D D
D e

d D
D D

D
D

D
d

D
D

) o
D D

D
D

D i
e

D D
d e

555

10:59

sRANDOMLY SELECT FROM 2 NEGATIVE SIGN TABLES

]

pall]

111241

NI NS WN 2O

D e
D i o

lrOOMONON

D i

000001

002366
000002

002400

002354

013701
005201
000731

) ol e

10:59

MOVB (R2),=(R1)
BR EXTYP
JSR PC,RN

BIT #1,R0
BEQ 4%
MOVZ:POSTB1.R2

D e
D e
) o
) —
—d

= OVONONBWN=OVRNTWVNEH
W=

112711

000055

MOV STGAD,R1

INC R1

063464
000001

JSR PC,RN

112711
000420

000053

013701

002114

MOV STGAD,R1

005301
000752
000005

002114

045500

000301

BR EXTYP

DEC R1
BR TYPTS

000004

064114
044114
044120
044122
044124
044126

CMP #3,SIGN
BEQ 1%
MOVB #055, (R1)
BR EXTYP

000040

044110

SIGN TABLES.

MOV _#POSTAB,R?
BR 2%

112711

022737

;RANDOMLY SELECT FROM 3 POSITIVE

BIT #1,R0
BEQ 2%
MOVB #040, (R1)
BR EXTYP
MOVB #053, (R1)

000423

D o
)
d e
D
d
D
— e

D e e

)

i sl i e ol D il i ) il il i D i wd b

000003

000433
004737
032700
001403

;COPY ENCODED SIGN FROM TABLE INTC STRING

;LEADING OVERPUNCHED
;SETUP POINTER TO MOST SIGN. BYTE OF STRING

BR TYPTO

022737
001403

SEQ 0161

BIT #2.R0
BEQ 5%
HOVZ:POSTBZ.RZ

)

625

002114

F 13

PAGE 89-4

AT
S 38 S A A
e S

) e

[ O P D

onOn oo

D D i i D il lh D D D i i B il ) D e D il i ol il WD il il il il D il D

063464

D Pt

il D ol D ol b

1=-0CT=79
MACY11 27(655)
? INST EXERCISER
CIS INSTRUCTION TEST LOOP

002112

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

;TRAILING SEPARATE

;1S SIGN +
;BRANCH IF YES
;SIGN = =; COPY SIGN BYTE INTO STRING

;RANDOMLY SELECT BETWEEN 2 PCSITIVE SEPARATE SIGNS.

;SIGN = +;

COPY SIGN BYTE

INTO BYTE STRING

;LEADING SEPARATE
sSETUP POINTER TO BYTE BEFORE MOST SIGN.
;

DIGIT OF

STRING.

;0 LENGTH STRING
;IS STRING TYPE = LEADING SEPARATE?
;BRANCH IF NO
; INSERT SIGN AT ‘'A-1'
;IS STRING TYPE = TRAILING SEPARATE
;BRANCH IF NO
‘A'
; INSERT SIGN AT

;PACKED

;GET STRING DESC.

TYPE FIELD

PDP=11 CIS INST EXERCISER

MACY11 27(655)
1-0CT=79
CIS INSTRUCTION TEST LOOP

CZKEEA.P11

D
D

(o Yo Yo o o No Yo Yo Yo
NNNNY ~
o
&
V\I\J\I\J\I\I\JBI\J o
333332332 o & 1 3EIRIR2R2 8 0 BERSREREEIIINININY S0
I8IK SR&RS Q
B WN=O

_—t D
D D

D
D

i
i
i

il
D
i

d e

i
D i
D

d
D
d

002106

177760
17746417

013701

002114

005737

002112

B il
il

177740
002106

002106
002110

MOV R1,STGTYP

BIC #177740,STGLN

002112
002124

MOVB STGDS1.SIGN
MOVB STGDS1.R1
ASR
ASR
ASR
ASR

BIS R1,STGDST
MOVB R1,STGDS2
MOV STGAD,R1
TST STGLN

002112

002116
002116

BNE 3$
BIC #177760.SIGN
3%:

BR INSIGN
MOV STGLN, SAVSL

1%:

BNE 18
MOVB STGDS2, (R1)+
BR 2%
MOVB STGDS1,(R1)+

002110
002106
002112
002112
002112

2%:

000007

002304

000017
002124
045500

002124

032737
001002
000137

000002

002454

013701

002112

177740

BIC #177776,SAVSL

DEC -STGLN
DEC STGLN

1%:

DSTYPG:

TST STGLN

BGT
DEC
INSIGN: CMP
BNE

1%
R]
#7,STGTYP
1%

BIS #17,SIGN
MOVB SIGN, (R1)
JMP EISTG

BIT #2,7PM

BNE TYP4?Z
JMP TYP4P

045054

177770

R1
R1
R1
R1___

BIC #177760.R1
BIC #177417.STGDS1

002106

C02124

002304

SEQ 0162

ASR R1

177760
177776

002304

G 13

PAGE 89-5

BIC #177770.R1

177770

110137

D e

042737
050137

D o

042701

113701
006201
006201
006201
006201

i
i
il

i
D
i

)
d
d

D
i
i
i

044164
044166
044170
044172
044176

006201
042701
010137
042737
113737

D
i

D e

)
il

D
d

il
o wl wd

e
i

il o
il

e
—

—d

044130
044132
044136
044142
044150
044156
044162

il S

D e

il cn

$35038

11662

10:59

TYP4GZ:

MOV STGLN,R1
SWAB R1
ASR
ASR
ASR
ASR

;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 B8UT 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.
;
;zéRING TO BE

FORMED HAVE

ZERO LENGTH?

;YES = INSERT SIGN. NOTE: A ZERO LENGTH
;
PACKED STRING OCCUPIES 1 BYTE.
;STRING TO BE FORMED HAVE EVEN LENGTH?
JYES = INSERT 0000-DIGIT BYTE

s INSERT NEXT PACKED DATA BYTE

JENTIRE STRING BEEN INSERTED?
;NO = CONTINUE INSERTING
;YES = BACKUP
;1S STRING TYPE UNSIGNED?
;BRANCH IF NO
JUNSIGNED PACKED STRING SIGN MUST = (1111)
s INSERT SIGN
;DECIMAL STRING = USER DEFINED DIG'T STRING
;1S FORMED STRING TO BE PACKED OR ZONED
;BRANCH IF ZONED

; ZONED

;GET STRING DESC.

TYPE FIELD

R1
R1
R1
R1

BIC #177770,R1
MOV R1,STGTYP

BIC #177740,STGLN

;SAVE TYPE

JSTRIP TYPE OFF

STRING LENGTH WORD

il
b
)

NISeENE
VS wr\a—-8~ooowo~

1-0CT=79

044404

042737

010000

002106

8IC #10000,STGDS1

;STRIP OFF ALL BUT LENGTH

044416
044422
044426
044434
044442

063701
010137
013737
013737
063737

002112
002432
002110
002106
002106

002120
002116
002110

ADD
MOV
MOV
MOv
ADD

;FORM IN R1 ADDRESS WHERE FIRST BYTE IS TO BE INSERTED
;SAVE PTR TO 1 BYTE BEYOND LS END OF STRING
;SAVE GIVEN STRING DESCRIPTOR WORDS
:
;FO?:KéN ?;8&52 ADDRESS WHERE FIRST BYTE IS TO BE

044450
044454
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
044622
044626
044630
044634
044636
044642

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
005337
000743
013702
006302
062702
000172

002110
001770

m.a

NNNNN8 omNo B

X2
m
g

——y
NNN
Y
R

N
N
U
O
Y
YU O
U
R
R
O
G
— P
N
N
R
A
T
S U
Y
T
S
NNVNNNNNNNY NNNNNN NNNNNNNNNNNNNNNYNN
NANNNNNNNNNNNNYN
o
RN
(o o o o NV IV IV IV, wvi
oy ey
VIS
WA
=
(%,] S ANNN=O VOOV W
VO NOWVN
W =
V0N

(e]

~N
O
N
O
- A
I
g
g
g
G
——
U
O
Y
S
O
Y
Y
YU Y
G
N YOS YT N Y
QO
T YO Y
YO YT
YO VR
N

MACYT1 27(655)

044412

CIS INSTRUCTION TEST LOOP

013701

002114

044714
135414
002124
002124
002124
002124
177760
002112

002124

044060
002112
001770

045414
135322
002110
002106
002116
002120
002106
002112

002106
002110
002110

002304
002412
000000

044646

044646
044652
044654
044660
044664
044670
044674
044702
044704

10:59

H 13
PAGE 89-6

IS INST EXERCISER

MOV STGAD,R1

STGLN,R1
R1,ONEBEY
STGDSZ2, SAVSA
STGDS1,SAVSL
STGDS1,STGDS?

DEC STGDS2
TST RANDTA
BEQ 4%
JSR PC,GETSGN
BR 5%
4%:
MOVB @STGDSZ2,SIGN
ASR SIGN
ASR SIGN
ASR SIGN
ASR SIGN
BIC #177760,SIGN
5%:
TST STGLN
BNE 1%
JMP TFS
1%:
TST STGLN
BEQ WONSGN
TST RANDTA
BEQ 3%
JSR PC,GRZDB
MOVB RO,=(R1)
BR 2%
3%:
MOVB aSTGDSZ2,-(R1)
DEC STGDSZ
DEC STGDS1
BNE 2%
MOV SAVSL,STGDS]
MOV SAVSA,STGDS?2
ADD STGDS1,STGDS2
2%:
DEC STGLN
BR 1%
WONSGN: MCV STGTYP,RZ2
ASL R2
ADD #PTYPTA,R2
JMP a(R2)
PTYPTO:

013701
114101
042701
010137
004737
013701
023727
001402
000137

002432
177760
002302
044714
002432
002304

043774

PTO:

000002

MOV ONEBEY ,R1
MOVB -(R1) ,R1
BIC #177760,R1
MOV R1,5TGDIG
JSR P(,GETSGN
MOV ONEBEY ,R1
CMP STGTYP
42
BEQ 1%
JMP TYPLO

EQ 0163

s INSERTION IS DONE FROM LS TO MS DIGIT

;

;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
s INSERT NEXT BYTE
;JUPDATE POINTERS
;GIVEN STRING EXHAUSTED? BRANCH IF NO
JRESET POINTERS BACK TO BEGINNING OF GIVEN STRING
;DECREMENT COUNT OF # OF DIGITS TO BE
JRETURN
JWORK ON INSERTING SIGN BYTE

;FIX UP POINTERS TO ENABLE USE OF
;
TYP3Z ROUTINES.

;GET LEAST SIGN DIGIT
;SAVE

IN STGDIG

;SETUP R1

TO ONE BYTE BEYOND STRING

INSERTED

)

) i il

)

D o

D i) D

044710

000137

043666

1%:

044714
044720
044722

005737
001415
004737

001770

GETSGN:

063464
000001

002124

1776417

2%:
1%:

SR
PR R R AR 3&3

WN=O

002432
043632

117701
000137

135074
044654

004737
013701
000137

044714
002432
044004

004737
013701
000137

044714
002432
044050

013701
000301

002112

3%:
PTYPSZ:

PTYPLO:

PTYPTS:

PTYPLS:

TYPLP:

177770

1777640

002112

WN =O VNN

b and axd e
ah auh

b eul

b cub

00 0o 0o Co Co Co 0o Co 00 0o

0o Co
non

002124

013701
000137

013737

002114
002106
002106

TST RANDTA

BEQ 1%

;USE RANDOM SIGN?
;BRANCH IF NO
;GET A RANDOM #
;USE LEAST SIGN BIT TO

PICK A SIGN

;LS BIT = 0;MAKE SIGN POS.

MOV ONEBEY,R1
MOVB -(R1) .R1

;SUBROUTINE TO GET SIGN FROM INSERTED STRING

BIC #177417.R1

i i i

D i

~ NN

D D i i

D i il

D i

D i
D i i

D D il ch D i

o o

D D i i

D i
D i

i i cd D

D i d

D i
i

D D ol

i il i o wd cnd
i el

) i il i

e
-

i i o

e ol il e

010137
000207

SEQ 0164

;LS BIT = 1; MAKE SIGN NEG.

i e e

) D

000003

113

PAGE 89-7

JMP TYPTO

JSR PC.RN

002124

002432

10:59

BI7T #1,R0

000007

D D

D i

S D i

3\l\l\l\l\l\l\l
CONONWVIESS
WY

771

NNNNNNNYN

D D il

1=0CT=79
MACY11 27(655)
PDP=11 CIS INST EXERCISER
(ZKEEA.P11
CIS INSTRUCTION TEST LOOP

002112

002122

002116

ASR
ASR
ASR
ASR
MOV
RTS

R1
R1
R1
R1
R1,SIGN
PC

MOV ONEBEY,R1
JMP TYPSZ
MOVB aSTGAD,R1
JMP PTO
JSR PC,GETSGN
MOV ONEBEY,R1
JMP TYPTS
JSR PC,GETSGN
MOV ONEBEY,R1
JMP TYPLS

MOV STGLN,R1
SWAB R1
ASR R1
ASR R1
ASR R1
ASR R1

BIC #177770.R1
MOV R1,STGTYP

BIC #177740,STGLN
MOV
ASR
MOV
ADD
ASR
MOV

STGLN,SAVSGL
STGLN
STGLN.R1
STGAD.R1
STGDS1
STGDS1,SAVSL

sJRIGHT ADJUST

;SAVE SIGN IN 'SIGN'
s INSERT SIGN TYPE SIGN

s INSERT LEADING OVERPUNCH SIGN
;GET MOST SIGN. DIGIT
s INSERT TRAILING SEPARATE SIGN
JGET SIGN TO INSERT

s INSERT LEADING SEPARATE SIGN

;GET STRING DESC.

;SAVE TYPE
;STRIP TYPE OFF
JPACKED = SAVE

TYPE FIELD

STRING LENGTH WORD

STRING LENGTH

;INSERTION IS DONE FROM LS TO MS DIGIT

JFORM IN R1

ADDRESS WHERE

1ST BYTE

IS TO BE

INSERTED

——

24N

m .

XD
m

D
_—

00 0o 00 00 0o 0O 0o Co 00 00 0O

233 33 3t driiar iR

013737
063737
005201
005737

002110
002106

005737
001404
004737

001770

100432

D
D
D e

e e e e e e e e e e e e e D e D e e e
00 0o 0o 0o 0o 0o 0o 0o 00 0O

FRRERERES

unnunvnA}Quununu1
NVONOWNEWN=O
o0

000001

002122

2%:
3%:
4%:

7%:

10%:

000012

045414
045420

ASR R1
ADD STGAD,R1

000017

6%:

001770

DSTYPS:

063464

177740

;SAVE GIVEN STRING DESCRIPTOR WORDS

;FORM IN STGDS2 ADDRESS WHERE 1ST BYTE
;IS _TO BE _TAKEN FROM
JENTIRE STRING BEEN INSERTED?
CH IF YES
;

;USE RANDOM DATA?
;BRANCH IF NO
;GENERATE IN RO A RANDOM PACKED DATA BYTE
s INSERT BYTE
s INSERT NEXT BYTE

;UPDATE POINTERS
;GIVEN STRING EXHAUSTED? BRANCH IF NO
JRESET POINTERS BACK TO BEGINNING OF

;IS STRING LENGTH 0ODD?
;BRANCH IF YES = DONE
;ZERO NIBBLE IN MOST SIGH BYTE
;CALCULATE SIGN ADDRESS

;IS STRING TYPE UNSIGNED?
;BRANCH IF YES

BISB #13,(R1)

;MAKE SIGN NEGATIVE

BIT #2,R0
BEQ 108
BISB #16,(R1)

JMAKE SIGN +

BISB #12,(R1)

;MAKE SIGN +

BISB #17,(R1)

;OVERWRITE SIGN TO (1111)

MOV #177777 ,RANDTA

;DECIMAL STRING - RANDOM DATA & SIGN
:SET RANDOM DATA FLAG
;USE DSTYP4 ROUTINES.

BR EISTG

BR EISTG
BIT #4,R0
BEQ 6%
BR EISTG
BR EISTG

JMP DSTYP4

GIVEN STRING

;DECREMENT COUNT OF # OF BYTES TO BE IBSERTED

BICB #17,(R1)

GRZDRB:

004737
042700

SEQ 0165

;USE RANDOM SIGN?
;BRANCH IF NO
;CLEAR OUT FOR SIGN

JSR PC.RN
BIT #1,R0
BEQ 7%

000004

044334

BICB #360, (R1)+
MOV SAVSGL,R1

BEQ EISTG

000016

177777

ADD STGDS1,STGDS2
DEC STGLN
BR 1%
BIT #1,SAVSGL
BNE 4$

TST RANDTA

000002

012737
000137

MOVB RO,=(R1)
BR 2%
MOVB @STGDS2,~(R1)
DEC STGDS2
DEC STGDS1
BGE 2%
MOV SAVSL,S7GDS1
MOV SAVSA,STGDSZ2

CMP #7 ,STGTYP
BEQ 6%

002304

000013

e e
— e e

002106
002110
002110

860001

QIR

D D

e e

002116
002120
002106
002112

000017

045402

TST STGLN

BMI 3%

JSR P(C,GRPDB

001770

045374
045400

ADD STGDS1,STGDS2
INC R1
TST RANDTA

5%:

J 13

PAGE 89-8

BEQ 5%

045460

002114
000007

045414

1%:

000360
002122

045402
045410

002112

10:59

MOV STGDSZ2, SAVSA

002120
002110

134676
002110
002106

Db d D e

D D D

(T Y

Y QO

D D

)

MACY11 27(655)
1-0CT=79
INST EXERCISER
CIS INSTRUCTION TEST LOOP

;SUBROUTINE TO GENERATE A RANDOM ZONED
JSk PC,RN

BIC #BS5128,R0

;DATA BYTE

IN RO.

JGET A RANDOM #.

;STRIP OFF ALL BUT LS NIBBLE

PDP-11 CIS INST EXERCISER
MACY11 27(655)
1=0CT=79
CZKEEA.P11
CIS INSTRUCTION TEST LOOP
11878

11879

11880
11881
11882
11883
11884

”ggg

045424

020027

000011

045432
045436
045442
045446
045452

042700
010037
004737
043700
053700

000010
001774
063464
001766
001774

045430

045456

11887

045460

11889
11890
11891
11892
11893
‘Hgg‘so

045460
045464
045470
045472
045476
045500

11888

101402

000207

;VALID NIBBLE = 0 TO 11.

BIC
MOV
JSR
BIC
BIS

;CONVERT INVALID NIBBLE TO A VALID ONE
;SAVE NIBBLE
;GET ANOTHER RANDOM #
;MASK OFF ALL BUT ZONE FIELD
;OR = IN THE DECIMAL NIBBLE

#10,RO
RO,RNIB
PC RN
ZMSK,RO
RNIB,RO

RIS PC

GRPDB:
004737
020027
101402
042700
000207
000205

045414
000231
000200

1$:

EISTG:

K 13

PAGE 89=9

CMP RO, #11

BLOS
1%:

10:59

sBRANCH IF NIBBLE IS VALID

JRETURN WITH ZONED DATA BYTE IN RO

;SUBROUTINE TO GENERATE A RANDCM PACKED
JSR PC,GRZDB
CMP RO, 4231
BLOS
1%
BIC #200,R0
RTS PC
RTS RS

;DATA BYTE IN RO.

;GET A RANDOM ZONED DATA BYTE
JHIGH NIBBLE MUST BE <=9
;BRANCH IF VALID
;CONVERT TO VALID

SEQ 0166

1-0CT=79
PDP=11 CIS INST EXERCISER
MACY11 27(655)
CZKEEA.P11
CIS INSTRUCTION TEST LOOP
11897
11898
11899
11900
119C1
11902
11903
11904
11905
11906
11907
11908
11909
11910
11911
11912
11913
11914
11915
11916
11917
11918
11919
11920
11921

11922
11923
11924
11925
11926
11927
11928
11929
11930
11931
11932
11933
11934
11935

11936
11937
11938
11939
11940
11941
11942
11943

11944
11945
11946

11947
11948
11949

11950

045502

032737

045510
045512
045516
(045522
045524
045530
045532

001010
013701
013702
012122
023701
003374
000137

000100

001640
001646

001754
042010

045536

032737

045544
045546
045554
045562
045570

001060
013737
013737
013737
013737
013737
013737
013737

000100

003624
003626
003630
003632

SEQ 0167

EMULATION BUFFER
.
sTHE IN=<LINE TEST CASE ALWAYS FOLLOWS
; THE SAME REGISTER TEST CASE = THEREFORE
;

THEIR IS NO NEED TO REEMULATE.

TBADR ,R1

;R1 POINTS TO START OF

TBEND ,R1
1%

:58PY COMPLETE ?

1%:

EBADR ,R2
(R1)+,(R2)+

2%:

FCRTN

TEST BUFFER

;R2 POINTS TO START OF EMULATION BUFFER
s COPY NEXT WORD

YES
;FLOW COMMAND = 11 = SETUP EMULATION
; OPERANDS IN ERO - ER5 AND EMULATE

FC11:

045536

045604
045612

BIT #100, TINST

047464

L 13

PAGE

;FLOW COMMAND = 10 = COPY TEST BUFFER INTO

FC10:

045502

045576

10:59

047464

#100, TINST

F INEM

003664
003666
003670
003672
003674
003676
003700

TRO,ERO
TR1,ER1
TR2,ER2
TR3,ER3
TR4 ,ER4
TRS ,ERS

THE CIS

INSTRUCTION UNDER TEST.

;THE IN<LINE TEST CASE ALWAYS FOLLOWS THE SAME
; REGISTER TEST CASE = THEREFORE THEIR IS NO

; NEED TO REEMULATE.

;COPY ERN DIRECTLY FROM TRN

TR6,ER6

;ADJUST ERN SPECIFIED IN FLOW TABLE ENTRY
;

045620

004737

053340

045624
045630
045632
045636

020127
001420
004737
004737

003624

045642

020127

003624

MP R1,#TRN

045646
045650
045654

001411
004737
004737

045712
053426

BEQ ECT
JSR PC.ADJEOP
JSR PC.RF3

045660
045664
045666

020127
001402
004737

045702

CMP R1,4#TRN

BEQ EC

045712
053372

JSR PC,ADJEOP
JSR PC.RF2

003624

CMP R1,#TRN
BEQ ECT
JSR PC,ADJEOP

045712

EC11:

045672

045672
045676
045700

JSR PC.RF1

004737
000000
003664
003702

016700

EINSTR:

;

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
;FORM POINTER TO SECOND TEST OPERAND TO
; BE ADJUSTED.

sIF R1 STILL POINTS TO #TRN THEN THERE

;
WAS ONLY ONE OPERAND TO BE ADJUSTED.
sADJUSTING COMPLETE
sADJUST NEXT EMULATION OPERAND
;FORM POINTER TO THIRD TEST OPERAND TO
; BE _ADJUSTED.
;WAS THERE A THIRD OPERAND TO BE ADJUSTED?
;NO - ADJUSTING COMPLETE
;YES = ADJUST IT.
JEMULATION OPERANDS ALL SET.

SR PC,EMULATE

ERN
ERNR

JEMULATE CIS INST.

;CALL EMULATOR

s INSTRUCTION
;POINTER TO REGISTER OPERANDS
;POINTER TO REGISTER RESULTS

1=0CT=79
PDP=11 CIS INST EXERCISER
MACY11 27(655)
CZKEEA.P1
CIS INSTRUCTION TEST LOOP

045704
045706

045734

D e
D i

D D e
D
D e il i

045712
045716
045722
045726
045732

042010

F INEM:

045734
045742

162701

ECCR
JMP FCRTN

062701

163711

063711

000207

SUB #TRN,R1

ADD #ERN,R1

001640
001646

SUB TBADR, (R1)
ADD EBADR, (R7)

RTS PC

TO REFLECT EMULATION BUFFER STARTING ADDRESS.

;POINT R1 TO EMULATION OPERAND RATHER THAN

TEST OPERAND.

;SUBTRACT OUT TEST BUFFER STARTING ADDRESS
;ADD IN EMULATION BUFFER STARTING ADDRESS

TRO,TTRO
TR1,TTR]

;

AND COND CODES AND EXECUTE CIS INSTRUCTION.

SAVE RESULTS.

;SAVE

TRNS IN TEMPORARY STORAGE

TR2,TTR2
TR3,TTR3

D
D D
D D D
D i i

D i

TR4,TTR4

d
D

076067
046664
046730
053352

D
D
D
) i

;

013737
013737
013737

)
D
D

;POINTER TO COND. CODE RESULTS

JFLOW COMMAND = 12 = SETUP REGISTERS (OR INLINE POINTERS

FC12:

076027

SEQ 0168

s SUBROUTINE TO UPDATE EMULATION OPERANDS

003624
003664

047464

012702
160102

TR5,TTRS

#100, TINST

INL INE
TINST 476027

TINST 476067

NONOP
JMP REGOP
NONOP:
JMP LTSTOP
PC.RF1X
INLINE:
ASR R1

SUB R1,R2

#400,R2

000400
001756
2%:

d e e
i b s
D
b

000002
000004

i
d d
il
e
—

000764
013762

#2,R2
D :4.R3
002226

} $:

1%:

001756
047466
(00002
001756

MOV R2,S3AR
R2
MOV TBADR,R3
TST R
1%

g?.TINST+2(R2)

047466

000001
053604
003624

MOV
JSR
CMP
BEQ
DEC

#1,NXFLD
PC.RFN
R #TRN
3$
SBR

MOV (R1),TINST+2(R2)

ADD #2.R2

047466

s INST TYPE (REG OR IN-LINE)?
sBRANCH IF INLINE TYPE

NONOP

MOV #5,R2

000005

001640

D D
D i

D D d
i D i i

Mm13

PAGE 90-1

ADJEOP:

VO VOOV OOVOOO
NNNNNNNNY

D
i

003720
000137

045712

D D d D
i i
) D

FRENFRRRRLY
28 34 S0 &

d
)

D
s =D
D i s

11951
11952
11953
1954
955
956
957
958

10:59

3%:

BR 11$
MOV SBR,TINST+2(R2)

;GET # OF IN-LINE DESCRIPTOR POINTERS

s CALCULATE BRANCH TO INSERT IMMEDIATELY
; FOLLOWING IN LINE DESCRIPTORS.
;SAVE BRANCH INST

;BRANCH IF ALL IN-LINE PTRS HAVE BEEN INSERTED.
s INSERT DESCRIPTOR POINTERS IN-LINE
;UPDATE FOR NEXT IN-LINE PTR
JRETURN TO WORK ON NEXT IN-LINE PTR.
JINITIALIZE FIELD PTR TO SECOND FIELD
sGET NEXT FIELD CONTENTS.
sALL OPERANDS INSERTED IN-LINE?
;BRANCH IF YES

sMOVE REGISTER OPERAND INTO IN-LINE LOC
sUPDATE TO NEXT IN-LINE LOC

JRETURN TO WORK ON NEXT IN-LINE OPERAND

; INSERT BRANCH

MACY11 27(655)
1-0CT=79
PDP=11 CIS INST EXERCISER
CZKEEA.P11
CIS INSTRUCTION TEST LOOP
12005

o
NN RO

e
e
e

d e

D e

SRRRN SRRRREEEEEINEY

ST ~ OMJ‘WN-‘S WONO
NS WN=O

12006
12007

12031

12035

SRR

36
12037

12040

046162
046170
046174
046200
046204
046206
046214

012737

047466
002214
000002
000014

002214

001674

047466

000002
001640
001646
002226
053604
003624

001742

12%:

4%:

41%:

CMP #14 ,R2

076177

SEQ 0169

s SAVE BRANCH LOCATION FOR PC
CHECK ON IN=-LINE INSTRUCTION COMPLETION
;
s INSERT HALTS FOLLOWING BRANCH

ADD #2,FLOPTR
MOV TBADR,R?

;LOOK AT NEXT FLOW COMMAND (=00)
JINITIALIZE POINTERS TO TEST & EMULATION BUFFERS

CLR NXFLD
JSR PC,RFN

JINITIALIZE FIELD PTR TO 1ST FIELD
JGET NEXT FIELD CONTENTS
sALL BUFFER DESCRIPTORS FILLED?
;BRANCH IF YES
sFOR CVTLN & CVTLP THE MEMORY ORDER
; OF THE LONG INTEGER LOW & HIGH

CMP §1.JTRN
$

047464

42%

CMP TINST 476157
438
CMP TINST 476177
43%:

000002
000002
000002
000002
000002
000002

;

IS REVERSED FROM THE REGISTER ORDER

42%

MOV (R1),(R2)
MOV (R1),(R3)
SuB #2,R1
MOV (R1),2(R2)
MOV (R1),2(R3)
BR 44$
MOV (R1),2(R2)
MOV (R1),2(R3)
SuB #2,R1

;COPY BUFFER DESCRIPTORS FROM REGISTER
; DESCRIPTORS.

MOV (R1),(R2)
44%:

000004
000004

053504

ADD #2,R2

CMP R1,4#TR3
076157

001646
002226

MOV #TINST+2,1COMPC
ADD RZ2,ICOMPC

MOV EBADR,R3

047464

N 13
PAGE 90-2

BEQ 4%
MOV KHALT,TINST+2(R2}
BR 12%

003632

000002
002266

10:59

001742

5%:

MOV (R1),(R3)
ADD #4,R2
ADD #4,R3
BR 41%
ADD #2,FLOPTR

BEQ
CMP
BEQ
ADD
MOV

JRETURN TO FILL NEXT DESCRIPTOR WORDS.
;LOOK AT NEXT FLOW COMMAND (=00)
;1S TEST BEING REPEATED??
;BRANCH IF YES (DONT UPDATE EMUL BUFFER
DESCRIPTORS = THEY ARE ALREADY UP-TO-DATE).
;
sINITIALIZE POINTER TO EMULATION BUFFER.
sINITIALIZE FIELD PTR TO 1ST FIELD
sGET NEXT FIELD CONTENTS
sALL RESULT EMULATOR BUFFER DESCRIPTORS UPDATED?
sBRANCH IF YES
;DESCRIPTOR TO BE UPDATED?
;BRANCH IF NO
:FORM POINTER INTO EMUL. RESULT STACK
;COPY EMUL. RESULT INTO BUFFER

ADDka.Rs

;UPDATE EMUL. BUFFER POINTER

TST RPTFLG

BNE 6%

51%:

000016

003702
000002
52%:

;UPDATE BUFFER DESCRIPTOR POINTERS

MOV EBADR,R3
CLR NXFLD
JSR PC,RFNX
TST R1

6%
R1,416
528
#ERNR,R1
(R1),(R3)
#2 R
MOV (Ri),2(R3)

JRETURN TO WORK ON NEXT EMUL.

RESULT.

1-0(T-79
MACY11 27(655)
POP=11 (IS INST EXERCISER
CZKEEA.P1T
CIS INSTRUCTION TEST LOOP

066442

013737

0017;%

6$:

0017

—

SRBIIIY S

d e

) i

)

c ISISIIIR 23 ERETRER53

12059

013737
013737

MOV
MGV
MOV
MOV

10:59

PATO,TRO

PAT1,TR1
PAT2,TR?2

SEQ 0170

JINITIALIZE TRX'S TO #PATTERN

PAT3,TR3

MOV PAT4,TR4
MOV PATS,TRS

062737

7%:

ADD #2 ,FLOPTR

013737
013737
013737
013737
013737
013737

EROR, TEROR
ERIR,TERIR
ERZ2R,TERZR

JOVERWRITE WITH #PATTERN ALL ERNRS EXCEPT
;

THOSE

THAT CONTAIN A REGISTER RESULT.

;LOOK AT NEXT Fi.OWw COMMAND (=00)
;COPY ERNRS INTO TEMP SPACE AT TERNR

ER3R,TER3R

ER4R,TER4R

ER5R,TERSR

013737

8%:

PATO,EROR
PAT1,ERIR
PAT2 ,ER2R
PAT3,ER3R

;OVERWRITE ERNR STACK WITH # PATTERN

NXFLD

JINITIALIZE <IELD PTR TO 1ST FIELD
sGET NEXT FIELD CONTENTS
;END OF REGISTER RESULT LIST?
;BRANCH IF YES

PAT4 ,ER4R
PAT5 ,ER5R

:
9%
91%:

PC ,RFNX

R1,M6

108

R1,R2
#ERNR ,R1
#TEROR,R2
(R2),(R1)

062702
011211

000764
000137

12102

B 14

PAGE 90-3

:
108

013737
013737
013737
013737
013737
013737

001674
001674

047466
047470
047472
047474
047476
047500

010637
022737

002224
076026

047464

076066

047464

120602
120602

003716

003640
003720

003642

MOV
MOV
MOV
MOV
MOV
MOV

KHALT,TINST+12
KHALT,TINST+14

CMP #076026,TINST

2%:

1%:

JRETURN TO WORK ON NEXT REGISTER RESULT.

KBRS5,TINST+2
KHALT,TINST+4
KHALT,TINST+6
KHALT,TINST+10

LTSTOP: MOV SP,TSP

3%:

003640

013737

REGOP:

BR 91%
JMP LTSTOP

;COPY REGISTER RESULT BACK INTO ERNR STACK
; FOR TEMPORARY STORAGE.

BNE 2%

;SAVE STACK POINTER

*IS INST A L2D6?
*BRANCH IF NO

HOV1IR6.SP

“LOAD DESC 6 INST = USE TR6 CONTENTS AS SP

CMP #076066, TINST

;1S INST A L3D6?

BEQ 3%
MOV
MOV
MOV
MOV

#CSTACK,ER6R
#CSTACK,SP
SP,TRé
ECCR,TCC

;BRANCH IF YES

;LOAD TR6 FOR INPUT REG DISPLAY
;SETUP CONDITION CODES

BUENRUKLEYRVERREN
NS @I rrm >

x
m

D o
D e
)
D
i
D
D
D
e
i
D
e
i

013701
042701

047464
000007

MOV TINST,R1
BIC #7,R1

001405
022701
001402

076060

BEQ 4$
CMP #076060,R1
BEQ 4$

022701

076020

005137
004737

003642
054332

012737
004737

000240
055520

005737

002160

012737

000000

005737

002156

004737

055744

001403

48:
047502

PAGE 90-4

“:1F YES SETUP CONDITION CODES=EXPECTED CODES.

COM TCC
JSR PC,SELREG

;OTHERWISE SETUP CC=COMPLEMENT OF EXPECTED CC.
*SELECT REGISTER SET AND SETUP CONTENTS OF
*" REGISTER SET NOT SELECTED.
*RESTORE NOP TO CIS INST RETURN POINT
*SELECT MODE & I/D ENABLES; LOAD MMR3 TO
:
REFLECT D-SPACE ENABLE/DIS SELECTION
*TEST MODE = KERNEL?

MOV #NOP,TINRET
JSR PC,SELMD

TST MODE

BEQ 17%

047502

001411

MOV AHALT,TINRET
17$:

&\h\h\h\h\fl\hbbb
Ml‘WN—‘OOQ\Ig
~

1%,

;1S INST A L2D OR L3D?

CMP #076020,R1

*BRANCH IF YES

TST MMFLG

“LOAD MALT AT INST UNDER TEST RETURN ADDRESS
*
(ALLOWS TRAPPING BACK TO KERNEL MODE
: AFTER CIS INST EXECUTION).
*1S MEMORY MGMT AVAILABLE?

JSR PC,SETPDR

*SETUP MEM MGMT PDR'S

d
d
D e
D
b
ki
cd
e
b

-d b

h
i
i
D i

10:59

BEQ 8%

*BRANCH IF NO

*NOTE: PAR'S ARE SETUP AT BEGINNING OF PROG

* KERNEL,USER & SUPV SPACES ARE ALWAYS MAPPED

d e
i
e
— el

O
o
e
N
i
B

SLASTASTSTSTNTNTAS
N IS S TN TN N T R TS LS TAS TN TS LN LS NS LN S 1,8 ]

b i

ESLSLNTNTAS
LN NN TS TAS AN 1N [N ]

i ccd i
i
i
i
i
—

EXERCISER
MACY11 27(655)
1-0CT=79
CIS INSTRUCTION TEST LOOP

C 14

012737
%gzgg

000240
000240

047446
047512

012737
012737
013700
010037
013701
010137

000403
000402
003624
002562
003626
002564

047446
047512

010237

002566

013702

013703

010337
013704
010437

013705

010537
010637
005737

001003

8$:
9% :

003630

MOV #403, TOMM
MOV #402. TOFMM
MOV TRO,RO
MOV RO,STATRO
MOV TR1,R1
MOV R1,STATR1

* TO SAME PHYSICAL MEMORY)
*ALLOW MEMORY MANAGEMENT TURN ON
*ALLOW MEMORY MANAGEMENT TURN OFF
;INHIBIT MEM MGMT TURN ON

:LOAD TEST OPERANDS INTO REGISTERS
“SAVE STATE OF CiSP

MOV TR2.R2

MOV R2,STATR2

003632

MOV TR3.R3

002570
003634
002572

MOV R3,STATR3
MOV TR&,Ré4
MOV R4 ,STATR4

003636

Mmov TRS.RS

002574
002576
002160

MOV RS,STATRS
MOV SP.STATR6
TST MODE

162737

000006

002576

042737
017737
042737
053737
022737

177760
132416
170017
003642
000001

003642
001752
001752
001752
002160

0527(3);

040000

001752

022737

000003

002160

001004

MOV ANOP, TOMM
Bnqusmop.rwm

BNE 5$

SUB #6,STATR6

5%:

BIC
MOV
BIC
BIS
CMP

#177760.TCC
RTPSW,TSTPSW
#170017.TSTPSW
TCC,TSTPSW
#1,MODE

BNE 6$

8157:040000.TSTPSU
6$%:

CMP #3,MODE

;1S MODE = KERNEL?

*BRANCH IF NO

*ADJUST SAVED STACK POINTER TO ACCOUNT FOR
INTERRUPT STACK PUSH (KERNEL = CIS INST STACK)
*
*FORM PSW TO BE USED UPON ENTRY TO CIS INST

;TEST MODE = SUPERVISOR?

*BRANCH IF NO

*SET CURRENT MODE = SUPV IN TSTPSW

;TEST MODE = USER?

SEQ 0171

PDP=11 CIS INST EXERCISER
MACY11 27(655)
1-0CT=79
CZKEEA.P11
CIS INSTRUCTION TEST LOOP
12167

047312

12168
12169
12170

047314
047322
047330

12172
12173
12176
12175
12176
12177
12178
12179

12181

047406

12171

12180

12182
12183
12184
12185
12186
12187
12188
12189
12190
12191
12192

12193
12194
12195
12196
12197
12198
12199
12200
12201
12202

12203

12204

052737
013777
013706

140000
001752
002576

047342
047346
04754
04730
047366
047372

013706
013737
005037
042737
005037
000414

002224
001752
002542
040000
002534

047374
047402

013737
004737

003024
062234

047414

005337

003026

047334

047444

000240

047446

000403

047436

047450
047456
047464
047466
047470
047472
047474
047476
047500
047502

047504

12209
12210
12211
12212
12213

047534
047540
047544
047550
047554

12215

047564

12216
12217
12218
12219
12220

052777

001375
000410
000403
052777
000403

047512
047514
047520

12214

042777

047420
047422
047424
047426
047434

12205
12206
12207

12208

001015

000100

002560

003026

133406

133050

052737
013777
000000
000405
000000
000000
000000
000000
000000
000240

000001
001752

177572
132200

017737

132154

042737

047560

010537

010037
010137
010237
010337
010437

032737

001404
006506
012637
000402
010637

177572
120604
177760
003644
003646
003650
003652
003654
003656

030000

108:

120604
003662
003662

BIS #100,aLKS
DEC VLCNT

BNE 18
BR PREINS
TOPC2:
BR TOPC1
BIS #001,aPC2CSR
TOPC1:
BR PREINS
BIS #101,aPC1CSR
PREINS: NOP
TOMM:

BR GO

BIS #1,34MMRO
MOV TSTPSW,aTPSW
.WORD 0
BR TINRET
HAL
T
HALT
HALT
HALT
HAL
T
TINRET: NOP

GO:
TINST:

TOFMM:

MOV @TPSW, SAVK(C(

sSET CURR MODE = USER IN TSTPSW
JMODE = USER + SUPV; SWITCH TO TEST MODE
:SETUP TEST MODE Ré

:SWITCH BACK TO KERNEL

:SETUP KERNEL MODE R6

:CLEAR INTERRUPT COUNT
;CLEAR INTERRUPT INDICATOR IN FATAL ERROR WORD
:CLEAR PROGRESS COUNT
;OVERWRITTEN WITH A NOP IF LTC IS USED FOR
:
INTERRRUPT TESTING
JRESET LTC COUNTER
*SYNC UP TO LTC

:ENABLE LTC INTR

JKILL MOST OF TIME BEFORE EXPECTED
;s
INTERRUPT
;OVERWRITTEN WITH A NOP IF LATE~NCY IS BEING TESTED
:TURN ON P=CLK2
JOVERWRITTEN WITH A NOP IF INTERRUPTABILITY IS B

:TURN ON P=CLK1

JREPLACED WITH A HALT IF OPERATOR REQUESTED
; "HALT AT CIS INST'.
JOVERWRITTEN WITH A NOP IF MEM MGMT TEST STATE = ON
STURN ON MEMORY MGMT
JSET PSW TO DESIRED STATE (PRIOR TO THIS MODE=KERNEL)
JEXECUTE 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 IF MODE = USER OR SUPV

JNOTE: HALT IS USED TO TRAP BACK TO KERNEL MODE
:SAVE CC RESULTS

MOV
MOV
MOV
MOV
MOV

;SAVE REGISTER RESULTS

RO, TROR
R1,TRIR
RZ,TRZR
R3,TR3R
R4, TR4R

BIT #30000,a#Psw

4%:

;BRANCH IF NO

;OVERWRITTEN WITH A NOP IF MEM MGMT IS AVAILABLE
:TURN OFF MEMORY MGMT

MOV RS, TRS5R

177776

SEQ 0172

BR CSCC
CLR a#MR0
MOV SAVKCC,TCCR

CSCC:
SUHRET: BIC #177760,TCCR

003660
003660

MOV TSP,SP
MOV TSTPSW,STATPS
CLR INTCT
BIC #40000,FATAL
CLR PROGCT
BR TOPC?2
MOV LCNT,VLCNT
JSR PC,LTCSUP

1%:

D 14
PAGE 90-5

BIS #140000,TSTPSW
MOV TSTPSW,aTPSW
MOV STATR6,SP

BIC #140000,aTPSW

TOLTC:

000101

000402
005037
013737

7%:

002132

133070

052777

BNE 108

132322

000001

047526

047572
047574
047576
047602
047604

140000

001752
132334

10:59

BEQ 4%
MFPI SP
MOV _(SP)+,TRé6R
BR 5%
MOV SP,TRé6R

;WAS PREVIOUS MODE USER OR SUPV?
;BRANCH IF NO
;GET PREVIOUS MODE SP
;STORE PREVIOUS SP

1-0CT=79
MACY1T 27(655)
POP=11 CIS INST EXERCISER
(ZKEEA.PT1T
CIS INSTRUCTION TEST LOOP

5%:

047610
047614

013706
004737

002224
054556

047620
047626
047630
047636
047640
047640
047644
047646
047652
047654
047654
047660
047662
047666
047674

022737

120400

LRRRRR

120602

012746
010600
004737
000405

011704

012746

011613
177777

042010

E 14

PAGE 90-6

MOv TSP,SP
JSR PC,(KUREG

(MP
BNE
CMP
BEQ

#111111 ,PRECSK
2%
#111111,PSTCSK
3%

PRINTB #STKM2

065304

10:59

2%:

002152

047700

1%:
3%:

MOV
MOV

#STKM2,
= (SP)
SP,RO

MOV
MOV

#STKM1,=(SP)
SP,RO

SEQ 0173

;VERIFY THAT REG SET WHICH WAS NOT

;
SELECTED DID NOT GET CHANGED AND SWITCH TO
; RFGISTER SET 0.
;DID CIS INST EXECUTION USE MORE THAN 64 STACK WORDS
;BRANCH IF YES
;DID CIS INST DESTROY LOC AT STACK + 2
;BRANCH IF NO

JSR1:C.FPRINT
BR
PRINTB #STKM1

JSR PC,FPRINT

MOV #177777 .ERRSTK
JMP FCRIN

:SET STACK ERROR FLAG
;FLOW COMMAND = 13 - COMPARE TEST RESULTS

FC13:

;

TO EMULATION RESULTS = INDICATE
ANY ERRORS.

047700
047704
047710
047714

005037
005037
005037
004737

002144
002146
002150
053340

JSR PC,RF1

;FORM POINTER TO FIRST TEST OPERAND

047720

022701

003642

CMP #TRN+16,R1

;IF OPERAND
= 7 THEN ALL REQUIRED ADJUSTMENTS

047724
047726
047734
047736
047742

001446
032737

047746

047752
047754
047760
047764
047770
047772
047776
050002
050006
050010
050014
050016
050024

001433

050030
050034

022701
001402

022701
001415
004737
000412
062737

004737

000100

CLR ERRCC
CLR ERRREG
CLR ERRBUF

BEQ CCCK

BIT #100,TINST

047464

050736
053372

BNE ADJI
JSR PC,ADJR
JSR PC,RF2

003642

CMP #TRN+16,R1

BEQ CCCK
JSR PC,ADJR

050736
053426
003642

000002
053340

003642

001742

ADJI:

;
HAVE BEEN COMPLETED
;DONE?
;INST TYPE (REG OR INLINE)?

;NO - ADJUST SPECIFIED OPERANDS
;FORM POINTER TO 2ND TEST OPERAND

;

TO BE ADJUSTED.

;DONE?

JNO - ADJUST AGAIN
:FORM POINTER TO 3RD TEST OPERAND TO BE ADJUSTED

BEQ CCCK
JSR PC,ADJR

:DONE?
;NO - ADJUST

JSR PC,RF4

050736

TO BE ADJUSTED.

JSR PC,RF3

CMP #TRN+16,R1

050736
053456
003642

;

CMP #TRN+16,R1
BEQ CCCK
JSR PC,ADJR
BR CCCK
ADD #2,FLOPTR
JSR PC,RF1

CMP #TRN+16,R1

BEQ CC(K

;FORM POINTER TO 4TH TEST OPERAND

TO BE ADJUSTED

;DONE?
;NC = ADJUST

;LOOK AT NEXT FLOW COMMAND (=00)
;FORM PTR TO

;

INLINE

TC BE ADJUSTED.

TYPE

INST REG OPERAND

:66~25ERAND = 7 THEN NO REG OPERANDS TO ADJUST.

1-0CT=79
PDP=11 CIS INST EXERCISER
MACY11 27(655)
(ZKEEA.P11
CIS INSTRUCTION TEST LOOP

12269
12270
12271
12272
12273
12274
12275
12276

050036

050042
050050
050054
050056
050064
050072
050076
050104

004737

042737
005737

050736
003720

000014
000014
067664
003720

003662
00372¢C

#177760,ECCR
EZDF
1%
#14,TCCR
#14 ,ECCR

003662

ECCR,TCCR

177777

002144

003702

003644

003704

003646

003706

003650

003710

003652

003712

003654

003714

003656

003716

003660
002146
002140

CCCK:

PC,RECCC

REGCK

REGCK:

#177777 ,ERRCC
EZDF
EZDBCK

EROR, TROR

REGERR
ER1R,TRIR
REGERR

SEQ 0174

JNU ADJUST SPECIFIED OFERAND

sNOTE:

INLINE TYPE INST NEVER REQUIRE

THAT MCRE THAN 1 OPERAND BE ADJUSTED.

;CLEAR OUT ALL BUT CONDITION CODES

;CONDITION UNDER TEST = DIVP BY 0?
sBRANCH iF NO

JMASK OUT ALL BUT C & v COND. CODES
JRECORD CONDITION CODE USAGE
sCHECK CONDITION CODE RESULTS
;SET CONDITION CODE ERROR FLAG
;CONDITION UNDER TEST = DIVP BY 0?
;BRANCH IF

YES

;CHECK REGISTER RESULTS

ERZR, TR2R

REGERR

ER3R,TR3R

REGERR

ER4R,TR4R
REGERR

ER5R, TR5R

REGERR

ER6R TR6R

REGERR:

BUF (K :

001640

BUF CK
#177777 ,ERRREG
#4 , SPHAND
TFORE
TBADR,R1

047434

000240

EBADR,R2
MODE
1%
TOPC1,ANOP

047372

000240

%gLTC,lNOP

047464

076026

047464

076066

000006
006006

F 14

PAGE 90-7

JSR PC,ADJR

177760

035744

050312

10:59

3%:

5;NST.#76026

;JREGISTER ERROR = SET REGISTER ERROR FLAG
;SPECIAL HANDL ING?
.IF

YES SKIP BUFFER CHECK

sCHECK BUFFER RESULTS

;IS MODE = KERNEL?
;BRANCH IF NO
s INTERRUPTABILITY BEING TESTED?
;BRANCH IF

YES

;BRANCH IF NO

;1S INST UNDER TEST A L2D6 OR L3D6

¥£NST,#76066

2%:

#6,R1
#6,R2

;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
8
9

(TEST BUFFER),

;TBADR WILL GET DESTROYED.
050316
050322

023701

050326

001773

i 050324
2

THE FIRST 2 TO 3 WORDS OF
DONT COMPARE
*FIRST 3 WORDS OF BUFFERS.
,-%écu END OF BUFFER YET?
:TO TBADR

101441
122122

001754

CMP TBEND ,R1
BLOS TFORE

(MPB (R1)+,(R2)+

BEQ %

*NO - COMPARE NEXT WORD

POP=11 CIS INST EXERCISER
MACY11 27(655)
1-0CT=79
CZKEEA. P11
CI1S INSTRUCTION TEST LOOP

050330

000421

050332
050336

013701
013702
023701

001640
001646
001754

EZDBCK: MOV TBADR,R1
MOV EBADR.R2
2%:
CMP TBEND .R1

020237
001005
063702
063701
000765

035746

CMP R2,EZDBEG
BNE 18
ADD EZDEND,R2
ADD EZDEND.R1
BR 2%

101427

333

339

10:59

BLOS TFORE

035750
035750

122122

1%:

002174
002200

005737

002144

001020
005737
001015
005737
001012
005737
001007
005037
005737
001017
000137
005237
005037
012737
013737

012737

177777

CMPB (R1)+,(R2)+

BEQ
BUFERR: MOV
DEC
DEC
MOV
MOV
TFORE:

002146

002150
002152
002266
002042
051000
002054
002204
000001
002132

177777

001760

013746
013746
013746

002002
002000
001776

010600
004737
013737
013737
013737

002150

002176
002202
002056

005737
001 13

012746

SEQ 0175

BR BUFERR

001763
012737
005301
005302
010137
010237

111137
111237
005037

G 14
PAGE 90-8

CISERR:

001114
001116

002056

MOVB (R1),AEDTA
MOVB (R2).EMDTA
CLR ERRS

TST ERRCC

BNE
TST
BNE
TST
BNE
TST
BNE
CLR
TST
BNE
JMP

CISERR
ERRREG
CISERR
ERRBUF
CISERR
ERRSTK
CISERR
RPTFLG
NOERDS
NOER
SWCPC

INC
CLR
MOV
MOV

ERRCT
QRYFLG
#1,8MSGTY
FATAL ,$FATAL

;AT BEGINNING OF DST STRING?
;BRANCH [F NO
;ADJUST POINTERS TC END OF

;CLEAR ERROR INDICATOR
. IF COMPARISON HAS TURNED UP ERRORS
;

ENTER ERROR DISPLAY ROUTINE.

;CLEAR THE REPEAT TEST FLAG
;DISPLAY EVEN THOUGH THERE WAS NO ERROR?
;BRANCH IF YES

TST RANDOM
BEQ 40%

; IN RANDOM MODE ?
;BRANCH IF NO

PRINTB #FORM36,STRNC,STRP1,STRP2

MOV
003624
003626
003630

40$:

MOV
JSR
MOV
MOV
MOV

STRING

;BUFFER ERROR = SET BUFFER ERROR FLAG

MOV #177777.ERRS

STRP2,=(SP)
STRP1.-(SP)
STRNC .- (SP)

DST

; COMPARE NEXT BYTE

s INCREMENT ERROR COUNT
sASSURE PRINTOUT ON ERROR
;SET APT MESSAGE TYPE TO 1
;SET APT FATAL ERROR WORD
;SET ERROR INDICATOR

MOV
MOV
MOV

014240
065304
002230
002232
002234

2%
#177777.ERRBUF
R1
R2
R1.AEADR
R2.EMADR

sCHECK BUFFER RESULTS - ZERO DIVP (CASE
;DON'T COMPARE ON DST STRING
:REQCH END OF BUFFER YET?

;PRINT 3 SEED CONSTANTS

#FORM36,
- (SP)

SP,R0
PC,FPRINT
TTRO.TRO
TTR1.TR1
TTR2.TR2

;RESTORE TRN'S = NECESSARY [N CASE OPERATOR
;
REQUESTS THE REPEAT OF AN IN=LINE TEST CONDITION.

POP=11 CIS INST EXERCISER
MACY11 27(655)
1-0CT=79
CZKEEA.P11
CIS INSTRUCTION TEST LOOP
12373
12374
12375
12376
12377
12378
(7)

050610
050616
050624
050632
050636
050640
050640

(4)
12379
12380
(6)
(3)
(4)
12381
(6)

050652
050656
050660
050660
050664
050666
050672
050672

(4)
12382
12383
12384
12385
12386
12387
12388

050700
050704
050710
050714
050720

(6)
(3)

(3)

}gggg

1239
12392
12393
12394
12395
12396
12397
12398
12399
12400
12401
12402
12403
126404
12405
12406
12407
12408
12409
12410
12411
12412

12413
12414
12415

12416

050644
050650

050676

050724
050726

050732

013737
013737
013737
005737
001410

013746

002236
002240
002242
002056

014322

004737
000405

065304

012746
010600
004737

016527

012746

016427

004737
004737
000137
000137
005737

065304
063560
041420
051000
002074

001402
000137

036514

000137

MOV
MOV
1%:

065304

2%:

JSR
JSR
JMP
JMP
TST

050736
-

ADJR:

050736
050742
050746

162701
062701
163711

001640

050752

032737

000100

050760

001006

050776

000207

050762
050766
050772

162701
062701
163711

003624
003644

051000
051004

051010

JMP DVTST
.EVEN

BIT #100,TINST
BNE

SUB #TRNR,R1
ADD #ERNR.RT
SUB EBADR, (R1)

1%:

051000

BEQ 3%
JMP START

SUB TBADR, (R1)

003644
003702
001646

RTS PC

FC14:
013701
042701

022701

047464
000007

076020

SWOPC:

;ERROR INDICATOR SET?
*BRANCH IF NO
:PRINT 'ERROR # XXXXXX'

;PRINT DASHES

SP,RO

PC,FPRINT
PC, INSERR
RT(
SWOP(C
FSRUN

,SUB #TRN,R1
ADD #TRNR,R1
047464

SEQ 0176

#FORMS37,=(SP)
SP,RO

JSR PC,FPRINT
BR 2%
PRINTB #SDASH
MOV
#SDASH,
- (SP)
MOV
SP,RO
JSR PC,FPRINT
PRINTB #DASH
MOV
#DASH,
- (SP)

MOV

036710

H 14

PAGE 90-9

MOV TTR3,TR3
MOV TTR&.TR&
MOV TTRS.TRS
TST ERRS
BEQ 1%
PRINTB #FORM37,ERRCT
MOV
ERRCT,=-(SP)

002054

012746
010600

010600

003632
003634
003636

10:59

;REPEAT TEST RETURN
;NORMAL RETURN
;RESTART RETURN
*FIELC SERVICE OR DESIGN VERIF TYPE KUN?
*BRANCH IF DESIGN VERIF TYPE RUN
;RESTART FIELD SERVICE TYPE RUN

*RESTART DESIGN VERIF TYPE RUN

;SUBROUTINE TO SUBTRACT OUT BUFFER STARTING
;
ADDRESSES FROM SPECIFIED TEST AND EMULATION
:
RESULTS.
;SUBTRACT OUT TEST BUFFER STARTING ADDRESS
:
FROM TEST OPERAND

NOTE: FOR INLINE CASE THE EMULATION STEP WAS
.'
:

SKIPPED. THEREFORE DONT
EMULATION OPERANDS.

'RE'

;POINT R1 TO EMULATION OPERAND RATHER THAT
*
TEST OPERAND.
;SUBTRACT OUT EMULATION BUFFER STARTING
*"
ADDRESS FROM EMULATION OPERAND.

;FLOW COMMAND = 14 - UPDATE POINTERS
MOV TINST,R1
BIC #7.R1

CMP #076020.R1

ADJUST

FOR NEXT TEST CONDITION.

;1S INST = L2D OR L3D ??

PDP=11

CIS

CZKEEA.P1
12417

12418

12419

12420
12421
12422
12423
12424
12425
12426
12427
12428
12429
12430
12431
12432
12433
12434
12435
12436
12437
12438
12439
12440

051014
051016
051022
051024
051032
051034
051040

12449

12450
12451
12452

12453
12454
12455
12456
12457
12458

12459

12460
12461
12462
12463
12464
12465
12466
12467
12468
12469
12470

001437

140000

002140

BNE 18

001760

TST RANDOM

BNE 2%

TST DECINS

000100

047464

002454

000001

002454

000002

002454

000003

051734

BEQ 2%

BIT #100, TINST

BNE 2%
CMP IPM, A1

BEQ PACKED
CMP IPM, 42
BEQ ZONED
CMP IPM, 43

BEQ 3%
1%:

000137
000137

052100

032737

000001

002450

000006

002436

012737

000007

002436

13:

051156
051164
051166
051174
051176

032737

000002

002450

2%:

000006

002440

000007

002440

3%:

051204
051212
051214
051222
051224

032737
001004

000004

002450

4%:

000006

002442

000007

002442

051232
051236
051240

005737
001011
005137

002446

051244
051250

001002

051276

10:59

2%:
3%:

JMP MIXDPZ

JMP NXTTC
JMP CFINL
JMP MIXDZP

PACKED: BIT #1,PKPTW

BNE 1%
MOV #6,S1TYPE

1 14

PAGE

BEQ 1$
CMP 1?76060.R1
BEQ
BIT #140000, SPHAND

076060

002434

12441

12442
12443
12444
12445
12446
12447
12448

MACY11 27(655)

1-0CT=79
CIS INSTRUCTION TEST LOOP

INST EXERCISER

90-10

SEQ 0177

;BRANCH IF

YES

(NO INLINE CASE)

;SKIP INLINE AND ADDITIONAL DATA TYPE

SELECTED RANDOMLY FOR EACH TEST CONDITICN.

;DECIMAL INST?
;BRANCH IF NO
sINLINE INST JUST TESTED
;BRANCH IF YES

;1S INST ZONED ,PACKED, CR MIXED?
;BRANCH IF PACKED
;BRANCH IF ZONED

;BRANCH IF MIXED ZONED PACKED
;MIXED PACKED ZONED

;SET STRING 1 DESC TYPE BASED ON BIT 0
;

CONTENTS OF PKPTW

BR 2%

MOV #7,S1TYPE

BIT #2 ,PKPTW
BNE 3%
MOV #6,S2TYPE
BR 4%
MoV #7,S2TYPE

;SET STRING 2 DESC TYPE BASED ON
; BIT 1 CONTENTS OF PKPTW

RIT #4 ,PKPTW
BNE 5%
MOV #6,S3TYPE
BR 6%
MoV #7,S3TYPE

;SET STRING 3 DESC TYPE BASED
; BIT 2 CONTENTS OF PKPTW

sMIX TYPES WITHIN INSTRUCTION?

002450

TST MIXTYP
BNE 61%
com PKPTW

005737

002450

TST PKPTW

000137
000137
005237
023727
001010
032737

052252
051362
002450
002452

000001

000002

002450

0004
012737

012737
000403
012737

5%:

6%:

CF INL

;BRANCH IF YES
sNO-SWITCH ALL DESC FROM SIGNED
TO UNSIGNED (OR VICE VERSA)
;
JALL TYPES TESTED?
sBRANCH IF NO
SEXIT TO IN LINE TESTING

47
NDESC
7%
#2 ,PKPTW

sCHANGE TO NEXT MIXED CASE
;1S THERE ONLY 1 DESC FOR THIS INST?
;BRANCH IF NO
JALL TYPE MIXTURES TESTED?

60%

60%:
61%:

TYPSET
PKPTW

TESTING

;BRANCH IF YES
sRANDOM EXERCISE MODE?
;BRANCH IF YES
; NOTE: IN RANDOM EXERCISE MODE DATA TYPES ARE

1-0CT=79
PDP=11 gIS INST EXERCISE R
MACY11 27(655)
CZKEEA.P1T
CIS INSTRUCTION TEST LOOP

001426
005037
000137

051316
051324
051326
051334

023727
001004
032737
000763

002452

000002

000004

002450

051336
051344
051346

023727
001401

002452

000003

051350
051356

032737
000137

000010
051304

051362

000137

002450
052252

SEQ 0178

BEQ TYPSET
CLR PKPTW
JMP CFINL

;BRANCH IF NO
;CLEANUP FOR NEXT TEST CONDITION
JEXIT TO TEST IN=LINE INST.

’$:

CMP NDESC, 42
BNE 8%
BIT #4,PKPTW
BR 62%

JARE THERE 2 DESC. FOR THIS INST?
;BRANCH IF NO

CMP NDESC,#3
BEQ 81%

JARE THERE 3 DESC FOR THIS INST?

8%:

000000

HALT

;ALL

;# OF

;

TYPE MIXTURES TESTED?

DESCRIPTORS

FOR

INST UNDER

DOES NOT MAKE SENSE.

TEST

81%:

BIT #10,PKPTW
JMP 62%

041342

TYPSET:

JMP NTCTS

JREPEAT TEST CONDITION WITH A DIFFERENT

002446

ZONED:

TST MIXTYP

;MIX DATA TYPES WITHIN INST??
;BRANCH IF YES

002450

013701
042701
010137

051422
051426
051432
051434
051436
051440

013701
042701
006201
006201
006201
010137

002450

002440

MOV R1,S2TYPE

051444
051450
051454
051456
051460
051462

013701

002450
177077

MOV PKPTW,R1
BIC #177077
,R1

010137

002442

MOV R1,S3TYPE

051466
051472
051474
051502
051504
051510
051514
051520
051524

005737

002446

051530
051536

023727
001007

000110

002450

—

051366
051372
051374
051402
051406
051412
051416

BNE 18

ADD #110,PKPTW
INC PKPTW
MOV PKPTW,R1

BIC #177770.R1
MOV R1,S1TYPE

MOV PKPTW,R1

BIC #177707.R1

177707

002450

005037
000137

J 14

PAGE 90-11

62%:

—

12492

051304
051306
051312

—

12471
12472
12473
12474
12475
12476
12477
12478
12479
12480
12481
12482
12483
12484
12485
12486
12487
12488
12489
12490
12491

10:59

ASR R1
ASR R1
ASR R1

ASL R1
ASL R1

DATA TYPE.

;SET STRING 1

;

DESC TYPE FROM

BITS 0,1,2 OF PKPTW

;SET STRING 2 DESC TYPE FROM
;

BITS 3,4,5 OF PKPTW.

;SET STRING 3 DESC TYPE FROM
;

BITS 6.7,8 OF PKPTW.

SWAB R1

000666

002450
002436
002440
002442
052252

002452

;

TST MIXTYP

JMIX TYPES WITHIN INST?

CMP
BNE
CLR
CLR

JALL

BNE 61%
$:
12%:

PKPTW,#666
TYPSET
PKPTW
S1TYPE

CLR S2TYPE
CLR S3TYPE

000001

61%:

;BRANCH IF YES
TYPES

TESTED?

;BRANCH IF NO

JMP CF INL

SJEXIT TO TEST IN-LINE INST

CMP NDESC,#1
7%

;1S THERE ONLY 1 DESC FOR THIS INST
JBRANCH IF NO

1-0CT=79
MACY11 27{655)
PDP=11 CIS INST EXERCISER
(ZKEEA.PTT
CIS INSTRUCTION TEST LOOP

vivvvvvanawna

051540
051544
051550
051554

013701

d
e
e
—

12540

051644
051650
051654
051660
051662
051670
051674
051700
051704
051706
051714
051720
051724
051730
051732

013701
042701
020127
001240
062737
013701
042701
020127

002450

JALL TYPES TESTED?

7%:

CMP NDESC .42
8%

;ARE

MOV PKPTW,R1

CMP
BNE
ADD
MOV

#2,PKPTW
PKPTW,R1

BIC #177707.R1
CMP R1,460

8%:

81%:

177770
000006

000002
002450
177707
000060

002450

000020
002450
177077
000600

002450

CMP NDESC,#3
BEQ 81%

000006
002450

002450

013701
042701

002450

177707

002440

;ARE THERE 3 DESC FOR THIS INST?
;BRANCH IF
;# OF

;

YES

DESC FOR

INST UNDER TEST DOES

NOT MAKE SENSE.

BNE TYPSET
ADD #2,PKPTW
MOV PKPTW,R1

BIC #177707.R1
CMP R1,#60
BNE 118
ADD #20,PKPTW
MOV PKPTW,R1

MIXDPZ:

002450

JALL TYPE MIXTURES TESTED?

BIC #177770.R1
CMP R1,46

CMP R1,#600
BNE 118
BR 12%

000007

002436

MOV PKPTW,R1

BIC #177077.R1

002450
002446

010137

;BRANCH IF NO

INST?

R1,46
TYPSET

HALT

177770

THERE 2 DESC FOR THIS

BIC #177770.R1

000003

002452

052016

000002

002450

023727
001401
000000

SEQ 0179

CMP R1,46

BR 2%

000002
002450
177707
000060

051632
051640
051642

051734
051740
051744
051746
051754
051756
051764
051770
051774

BIC #177770.R1

002450
177770
00C006

538

K 14
PAGE 90-12

MOV PKPTW,R1

002450
177770
000006
002452

051556
051564
051566

d e

i o

12525
12526
12527
12528

10:59

1%:

INC PKPTW

JALL TYPE MIXTURES TESTED?

TST MIXTYP

JMIX

BIC #177770.R1

;SET STRING 1 DESC TYPE FROM
BITS 0,1,2 OF PKPTW
;

BEQ
BIT
BNE
BIS
MOV

1%
#7.PKPTW
18
#6,PKPTW
PKPTW,R1

MOV R1,S1TYPE
MOV PKPTW,R1

BIC #177707.R1
ASR R1
ASR R1
ASR R1

MOV R1,S2TYPE

TYPES WITHIN INST?

;BRANCH IF NGO
JYES - IF PACK DATA TYPE=0,CHANGE IT TO 6.

;SET STRING 2 DESC TYPE FROM
BITS 3,4,5 OF PKPTW
:

POP=11 CIS INST EXERCISER
MACY11 27(655)
1-0CT=79
CZKEEA.P1T
CIS INSTRUCTICN TEST LOOP
12579

TST
BNE
CMP
BNE
MOV
MOV
CLR
JMP

10:59

MIXTYP
618
PKPTW, 410
62%
#0€&,PKPTW
#6,S1TYPE
S2TYPE
CFINL

002446

052054
052060

005737
001016
023727
001016
012737
012737
005037
000137

052064
052072
052074
052100
052104
052110
052112
052116
052122
052126
052130
052136
052142
052146

010137

002436

MOV R1,S1TYPE

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

MOV PKPTW,R1
BIC #177707.R1
ASR R1
ASR R1
ASR R1
MOV R1,S2TYPE
TST MIXTYP
BNE 61$
CMP PKPTW, #66
BNE 62%
MOV #60,PKPTW
CLR S1TYPE
MOV #6,S2TYPE
JMP CFINL

052236
052244
052246

022737
000761
000137

052252
052260

032737
001022
005737
001407
004737

000100

020027
001010
052737

000003

052022

002450

000010

000006
000006
002440
052252

002450
002436

023727
000761
000137

002450

000066

051362

628 :

005237
005737
001412
013701

002450
002446

MIXDZP:

020127

000006

062737

000002

042701

177770

042701

001003
013701

042700

608:

61%:

002450

177770

002450

SEQ 0180

JMIX TYPES WITHIN INST?

;BRANCH IF YES

;ALL TYPES TESTED?
;BRANCH IF NO

JINITIALIZE S1TYPE & S2TYPE FOR NEXT TEST CONDITION
JEXIT TO TEST IN-LINE INST

CMP PKPTW,466
BR 60%
JMP TYPSET
INC
TST
BEQ
MOV

PKPTW
MIXTYP
1%
PKPTW,R1

BIC #177770.R1

sMIX TYPES WITHIN INST??

;BRANCH IF NO
JYES - IF

ZONED DATA TYPE=6,(HANGE

IT TO O.

CMP R1,46

002450

BNE 18
1%:

002440
002446
002450

000066

000060
002436
000006
052252

002450

000100

002450

608:

002440

051362

61%:

628 :
047464

CFINL:

001760
063464

177770

000100

L 14

PAGE 90-13

ADD #2,PKPTW
MOV PKPTW,R1

BIC #177770.R1

1%:

;

BITS 0,1,2 OF PKPTW
;

;SET STRING 2 DESC TYPE FROM
;

BITS 3,4,5 OF PKPTW

JMIX TYPES WITHIN INST?

;BRANCH IF YES
JALL TYPES TESTED?
;BRANCH IF NO

JEXIT TO TEST IN=LINE INST

CMP #100,PKPTW
BR 60%
JMP TYPSET
BIT
BNE
TST
BEQ
JSR

#100,TINST
NXTTC
RANDOM
1%
PC,RN

BIC #177770.R0
047464

;SET STRIN 6 1 DESC TYPE FRCM

CMP RO, 43
BNE NXTTC
BIS #100, TINST

sINST TYPE (REG OR IN-LINE)?
sBRANCH IF IN-LINE TYPE
sRANDOM EXERCISE MODE?
;BRANCH IF NO
;GET A RANDOM #

;LOOK AT 3 LEAST SIGN BITS

;1IF THEY ARE = TO 3 (ARBITRARY CONSTANT) THEN DO IN-L INE
;JSWITCH REG OP-CODE AT

TINST

TO IN-LINE OP-CODE.

MACY11 27(655)
1-0CT=79
PDP=11 CIS INST EXERCISER
CZKEEA.P11
CIS INSTRUCTION TEST LOOP
052314

002132

052737

047464
002132

10:59

BIS #100,FATAL
NXTTC:

JMTM NTC

BIC #100,TINST
BIC #100,FATAL
TST MTYPE

BEQ 1%

002126
002126

1%:
UPTP:

002126
000002
052420
052426

000000

002130

042737
122737
001452
005737
001447
017102
042702
005702
001401
000447

177400
000001

002130
002130

BIC #177400,PTW1
CMPB #1,PTW1
BEQ
TST
BEQ
MOV

002130
000000
037777

#2,R1
(R1)
TNXP
@a(R1),PTWI1

TNXP
PTW1
TNXP
@(R1),R2

BIC #037777.R2

TST R2
BEQ FLE
BR VLE

017137

000000
002130
002130

052524
052530
052534

002130
002130

MOV a(R1) ,PTWI1
SWAB PTW1
MOVB PTW1,R4

002130

ASL R4

CLR R2
SWAB PTW1
BIC #177400,PTW1

002130
1%:

052536
052540

000002

SEQ 0181

JSET IN=LINE FIELD IN FATAL ERROR INDICATOR WORD
JREPEAT TEST CONDITION WITH IN-LINE OPCODE.

sCLR IN=LINE FIELD IN FATAL ERROR INDICATOR
;IF TYPE = 0 THEN READY FOR NEXT INPUT TABLE ENTRY
;BRANCH IF TYPE NOT = 0
;SETUP A POINTER TO LAST PARAMETER IN
.

INPUT TABLE ENTRY.

;R3 POINTS TO PARAMETER TABLE POINTER

;(R1)

POINTS TO 1ST ENTRY IN PARAMTERE

;PTW1

CONTAINS TYPE,SIZE, AND # OF

;
IN PARAMETER TABLE
;STRIP OFF TYPE AND ENTRY SIZE

TABLE

ENTRIES

;# OF ENTRIES = 1?
;YES = NO UPDATING. TRY NEXT PARAMETER
;# OF ENTRIES = 0?
;YES = NO UPDATING. TRY NEXT PARAMETER
;PARAMETER TABLE CONTAINS MORE THAN 1 ENTRY.
;LOOK AT ENTRY TYPE
sFIXED LENGTH ENTRIES
;VARIABLE LENGTH ENTRIES
LENGTH ENTRIES.

;LOAD R4 WITH ENTRY SIZE IN WORDS
;CONVERT SIZE IN WORDS TO BYTES

;PTW1 CONTAINS # OF ENTRIES IN
PARAMETER TABLE.

DEC PTW1

sCALCULATE SIZE OF PARAMETER TABLE

BEQ GPTESZ

sCALCULATION COMPLETE - R2 CONTAINS SIZE

TST PTWI1

ADD R4 ,R2
BR 1%
GPTESZ:

PAGE 90-14

;PARAMETER TABLE CONTAINS FIXED

FLE:

002130
177400

052554

MOV VIP,R3
ADD #PTP,R3
MOV INPTP,R1
ADD VIP,R1

017137

001464

052512
052516

052542
052542
052544
052550
052552

ADD IPNU,VIP

ADD
TST
BEQ
MOV

052470

JMP RFNITE
MOV IPNU,VIP

M 14

;

SIZE = ENTRY SIZE X # OF ENTRIES

OF PARAMETER TABLE (MINUS 1 ENTRY)

ADD (R1),R2

:UPDATE R2 TO CONTAIN ADDRESS OF

BEQ RESPTP

;CURRENT PTP POINTS TO LAST ENTRY IN

ADD R4, (R3)

sSTILL MORE ENTRIES YO TRY IN PARAMETER

ADD #2,R2
CMP (R3) ,R2

LAST ENTRY IN PARAMETER TABLE

PARAMETER TABLE.
TABLE.

RESET TO 1ST ENTRY

UPDATE PTP TO NEXT ENTRY.

POP=11 CIS INST EXERCISER
MACY11 27(655)
1-0CT=79
(ZKEEA.P1
CIS INSTRUCTION TEST LOOP
}Sggg

052556

000137

12689
12690
12691
12692
12693
12694
12695
12696
‘}gggg

052562
052562
052564
052570

011113
062713
162737

052576
052602

005737
001421

052604

000671

12699
12700
12701
12702

052606
052606
052612
052614

113704
005304
011102

12705

052622

12710
12711

052634
052636

12703
12704

12706
12707
12708
12709
12712
12713
12714

052616
052620

005722
001376

052624
052626
052630
052632

001374
021302
001754
011304

052640
052642

041064

JMP NTC
RESPTP:

000002
000002

002126

TNXP:

002126

MOV (R1),(R3)
ADD #2,(R3)
SUB #2,VIP
TST VIP
BEQ RFNITE
BR UPTP

002130

VLE:

1%:

005304

005724
001376
010413
000137

10:59

2%:
041064

N 14

PAGE 90-15

SEQ 0182

sTRY NEXT TEST CONDITON FOR SAME (IS INST.
;RESET PTP BACK TO 1ST ENTRY IN TABLE
;BACKUP TO NEXT PARAMETER TABLE POINTER

;

AND UPDATE 1IT.

JALL TEST CONDITIONS ASSOCIATED WITH CURRENT

;

INPUT TABLE ENTRY EXERCISED.

MOVB PTW1,R4
DEC Ré4
MOV (R1) ,R2

;PARAMETER TABLE CONTAINS VARIABLE LENGTH ENTRIES
;R4 CONTAINS # OF ENTRIES IN PARAMETER TABLE
;DETERMINE ADDRESS OF LAST ENTRY IN PARAMETER TABLE
;R2 POINTS TO 1ST WORD I[N PARAMETER TABLE

DEC Ré

;AT LAST ENTRY YET?

TST (R2)+
BNE 1%
BNE
CMP
BEQ
MOV

1%
(R3) ,R2
RESPTP
(R3) ,Ré

TST (R4)+
BNE 2%

MOV R4, (R3)
JMP NTC

;SEARCH FOR O WORDS

sNO
sYES = IS CURRENT PTP POINTING TO LAST ENTRY?
;JYES = RESET PTP TO 1ST ENTRY
sNO = UPDATE PTP TO NEXT ENTRY.

sTRY NEXT TEST CONDITION FOR SAME
:

TABLE ENTRY.

INPUT

POP=11 CIS INST EXERCISER
MACYT, 27(65S)
1=0CT=79
(ZKEEA.P1T
CIS INSTRUCTION “FST LOOP
12717

RFNLITE:

12718
12719
12720
12721
127
1272
12724
12725

10:59

TST RANDOM

BEQ 2%

002136
002134

2%:
3%:

00213%

052712
052714
052720
052722
052726
052730
052734
052742
052744
052750
052752
052756
052760
052764

JMP
MOV
ADD
ADD

NITE
P
INPTR1
IPNU, INPTP
IPNU, INPTP

ADD #4,INPTP
TST QINPTP

B8 15

PAGE

SEQ 0183
JREADY FOR NEXT

sRANDOM EXERCISE MODE?
JBRANCH IF NO

;UPDATE INPTP TO iST WORD OF NEXT ENTRY.
sNOTE: TO ELIMINATE AN INPUT TABLE FROM
; A TEST RUN SET THE FIRST WORD IN THE

002206
MOV INPTP,RO

BIT PTQV,2(RO)

000002

127164

(%:

002464

001420
001416
001122
001120
002206

CMP 1(;?1) .AINPTP
TST ONEINS

TST PROGD

BNE 18
MOV g{M’TP.m

127142

110722

BEQ 3%

BNE DONE

002044

063370
040446

INPUT TABLE TO 177777

;IF MINUS SKIP THIS TABLE

127214

067730
002142
000007

TABLE ENTRY.

;SAVE INPUT TABLE POINTER

;

002134
002212

INPUT

;GO ON TO PROBEAHEAD ABORT TESTS
JRUNNING IN Qv MODE?
;BRANCH IF NO
;LOOK AT ENTRY TYPE WORD
;IS Qv MODE BIT ASSOCIATED WITH PROCESSOR

:
TYPE UNDER TEST SET IN ENTRY TYPE WORD?
;BRANCH IF NO (SKIP TABLE)
sNEXT INST FOR TESTING = CURRENT INST?
;BRANCH IF YES
sSINGLE INSTRUCTION TESTING?
sBRANCH IF YES
;PROGRESS DISPLAY?
;BRANCH IF NO
;SETUP PTR TO PROPER MESSAGE HEADER

ADD #INEM
R1

MOV (R1) ,EMPTR

047464
1%:
5%:
DONE :

BIC #7,TINST

;CLEAR REGISTER FIELD OF L3D INST OP CODE

JSR PC,IDINST
JMP NITE
JMP PROBAH

;IDENTIFY NEXT INSTRUCTION TO BE TESTED

CLR TOTTC
CLR TOTTCH

INC $PASS
CLR STESTN
TST QVMODE

BEQ 1%

(FOR PROGRESS DISPLAY ONLY)

; INCREMENT PASS COUNTER IN APT MAILBOX
;IF

IN Qv MODE TYPE END OF Qv PASS INDICATOR

TYPE

ENDQP

1%:

000042

2%:
ENDAD :

BR 2%
TYPE

ENDP
MOV a#42,R0O
BEQ HERE
RESET

JSR PC, (RO)

NOP
NOP
NOP

;TYPE

NORMAL

END OF

PASS

INDICATOR

1-0CT=79
PDP=11 CIS INST EXERCISER
MACY1T 27(655)
(ZKEEA.P11
CIS INSTRUCTION TEST LOOP

12795
12797
12799
12800
12801
1280

000137

036514

005737
001445

002074

HERE
:

002206

001750
002206
037054
036522

10:59

c 15

PAGE 91-1

SEQ 0184

JMP START
TST F SRUN
BEQ NFS
TST QVMODE
BEQ 1%
TST N2OOM
BEQ 2%
QVMODE

sNORMAL FIELD SERVICE RUN?
;BRANCH IF NO
JRUNNING IN Qv MODE

;BRANCH IF NO

;PROG STARTED AT LOC 200?

;BRANCH IF NO

COMST

QvsT

TYPE
F SHDR2
TYPE
F SHDR3

JPRINT ENTERING RANDOM MODE HEADER

TYPE
F SHDR4
TYPE

F SHDRS
MOV #1,INCSQ1
MOV #2,INCSQ2

053226
053232

NFS:

053236
053236

FCOO:

MOV
MOV
MOV
JMP
JMP

#177777 ,RANDOM

#1DUM, INPTBL

INPTP
TBL
INP,
NITE
DVTST

JMP FCRTN

JINITIALIZE BUFFER INITIALIZATION CONSTANTS
;SET RANDOM MODE FLAG
;POINT TO DUMMY INPUT TABLE

;FLOW COMMAND = 00 -IGNORE ENTRY.

s SUBROUTINES TO EXTRACT VARIOUS DATA FIELDS FROM FLOW TABLE ENTRY.

053242
053242
053246

017701
032701

126474

004000

177777
170077

002472

1%:

001566
002136

053312

053314
053314
053320
053324

;LOAD PTPTR WITH CONTANTS OF PTP

PF1:

017701
042701
006301

126422
177700

SPECIFIED IN THE PF1 FIELD OF FLOW
TABLE ENTRY.

MOV aF LOPTR,R1
gég ng4000.R1

;FLOPTR POINTS TO FLOW TABLE ENTRY
;SAVE STRING INSERTED FOR POSSIBLE ERROR PRINTOUT?

BIC #004000,R1
MOV #177777,SAVSRF
BIC #170077,R1

JYES
;SET SAVE STRING FLAG
;STRIP OFF ALL BUT DESIRED FIELD

ASL R1
ASL R1
zngR?1

ADD #PTP,R1
MoV (R1),PTPTR
RTS PC

PF2:

;
;

MOV aF LOPTR,R1

BIC #177700,R1
SL R1

;ADJUST DESIRED FIELD TO BIT 0

;ADD # IN FIELD TO TOP OF PTP TABLE
;SAVE CONTENTS OF DESIRED PTP IN PTPTR

;SAME AS PF1 SUBROUTINE EXCEPT FOR FIELD.

1-0CT=79
MACY11 27(655)
PDP=11 (IS INST EXERCISER
(ZKEEA.P1
CIS INSTRUCTION TEST LOOP

12852

12853
12854

053326
053332
053336

062701
011137
000207

053340
053344
053350
053352

053370

053372
053372
053376
053402

053352
003624

017701

126364

042701
006201
000301
006301
000207

ADD #TRN,R1

;LOAD R1 WITH ADDRESS OF TEST
OPERAND SPECIFIED.
;
;GET FIELD ONE CONTENTS
;ADD IN ADDRESS OF TEST OPERAND TABLE

MOV a@F LOPTR,R1

sGET FIELD ONE CONTENTS FROM FLOW TABLE ENTRY
;FLOPTR POINTS TO FLOW TABLE ENTRY

RTS PC

RF1X:

BIC #170777.,R1
ASR R1

SWAB R1

;STRIP OFF ALL BUT DESIRED FIELD
JRIGHT ADJUST FIELD

RTS PC

017701
042701
006301
006301
000301
006301
000207

126332
177077

004737
062701

053440
003624

017701
042701
006201
006201

126276
177707

053456
053456
053462
053466

004737
062701
000207

(053470
003624

053470
053470
053474
053500
053502

017701
042701
006301
000207

126246
177770

000207

JSR PC,RF1X

ASL R1

053404
003624

053454

RTS PC

170777

004737
062701

000207

SEQ 0185

MOV (R1),PTPTR
RF1:

004737
062701
000207

D 15

PAGE 91-2

ADD #PTP,R1

001566
002136

053340

10:59

RF2:

JSR PC,RF2X

;SAME AS RF1 SUBROUTINE EXCEPT FOR FIELD.

ADD #TRN,R1
RTS PC

RF2X:

MOV @F LOPTR,R1

;SAME AS RFZ2X SUBROUTINE EXCEPT FOR FIELD.

,R1
BIC #177077
ASL R1
ASL R1
SWAB R1
ASL R1
RTS PC

RF3:

JSR PC,RF3X

;SAME AS RF1 SUBROUTINE EXCEPT FOR FIELD

ADD #TRN,R1
RTS PC

RF 3X:

MOV @F LOPTR,R1

;SAME AS RF1X SUBROUTINE EXCEPT FOR FIELD

.R1
BIC #1/77707
ASR R1
ASR R1

000207

RTS PC

RF&:

RF4X:

JSR PC,RF4X
ADD #TRN,R1
RTS PC

MOV @F LOPTR,R1

BIC #177770,R1
ASL R1

RTS PC

;SAME AS RF1

SUBROUTINE EXCEPT FOR FIELD

;SAME AS RF1X SUBROUTINE EXCEPT FOR FIELD

POP=11 CIS INST EXERCISER

C(ZKEEA.P11
12906

053504
053504
053510
053516
053520
053524
053526
053534
053536
053542
053544
053552
053554
053560
053562

005237
022737
001003

002226
000001

022737
001003
004737
000417
022737
001003
004737
000410
022737

000002

12925
12926
12927
12928

053572
053576
053600
053602

004737
000401
005001
000207

053470

053570

004737
000426

001003

002226

053352
002226

1%:

002226

2%:

002226

3$:

053404
000003
053440

000004

9%:

108:

053604
053610
053616

005237
022737

12938
12939
12940

053624
053626
053634

000427
022737
001003

12941
12942
12943
1294
12945
12946
12947
12948
12949
12950
12951

}ggg%

12954

12955

053620

053636
053642
053644
053652
053654
053660
053662
053670
053672
053676
053700

053704

INC NXFLD
CMP #1,NXFLD
BNE 18
JSR PC,RF1X
BR 10%
CMP #2 NXFLD
BNE 2%
JSR_PC,RF
2X
BR 10$
CMP #3 NXFLD
BNE 3%
JSR_PC,RF
3X
BR 10%
CMP 44 NXFLD
BNE 9%

JSR PC,RF4X
BR 10$
CLR R1
RIS PC

RFN:

12934
12935
12936

12937

001003
004737

004737
000420
022737
001003
004737
000411
022737
001003
004737
000402
012701

000207

002226
000001

002226

INC NXFLD
CMP #1,NXFLD
BNE 18

002226

BR 10$
CMP #2 NXFLD
BNE 2%

053340

]
00000¢

JSR PC,RF1

1%:

053372

000003
053426
|
000004

002226

28%:

3$:

053456

003624

053706

9%:

108:

E 15

PAGE 91-3

;SUBROUTINE TO RETURN CONTENTS OF FLOW
: TABLE ENTRY FIELD POINTED TO BY THE
: CONTENTS OF NXFLD+1.
;FIELD REQUESTED = 1?
:BRANCH IF NO
:GET CONTENTS OF FIELD ONE.
JEXIT
:FIELD REQUESTED=2?
;BRANCH IF NO
*GET CONTENTS OF FIELD 2
GEXIT
:FIELD REQUESTED = 3?
;BRANCH IF NO
:GET CONTENTS OF FIELD 3
JEXIT
:FIELD REQUESTED = 4?
:BRANCH IF NO

:GET CONTENTS OF FIELD 4
CEXIT
:FIELD REQUESTED INVALID - RETURN 0.

JSR PC,RF2
BR 10%

CMP #3 NXFLD
BNE 38
JSR PC,RF3
BR 10$
CMP #4 NXFLD
BNE 9%
JSR PC,RF4
BR 108
MOV ATRN,R!

RTS PC

FC15:

: TABLE ENTRY FIELD PLUS TEST OPERAND TABLE
: OFFSET POINTED TO BY THE
: CONTENTS OF NXFLD+1.

:FIELD REQUESTED = 1?
:BRANCH IF NO
:GET _CONTENTS OF FIELD ONE PLUS TRN OFFSET.

EXIT
sFIELD REQUESTED=2?
:BRANCH IF NO

:GET CONTENTS OF FIELD 2
JEXIT
:FIELD REQUESTED = 3?
:BRANCH IF NO
:GET CONTENTS OF FIELD 3
EXIT
:FIELD REQUESTED = 4?
:BRANCH IF NO
:GET CONTENTS OF FIELD 4
EXIT
;FIELD REQUESTED

004737

053242

PLUS TRN OFFSET.

INVALID - RETURN #TRN.

;FLOW COMMAND = 15 = SETUP SPECIAL HANDLING WORD
:

:
:
053706

SEQ 0186

;SUBROUTINE TO RETURN CONTENTS OF FLOW

12956
12957

12958
12959

10:59

RFNX :

12930 053604
12931
12932
12933

1-0CT=79

CIS INSTRUCTION TEST LOOP

12907
12908
12909
12910
12911
12912
12913
12914
12915
12916
12917
12918
12919
12920
12921
12922
12923
12924

MACY11 27(655)

JSR PC,PF1

BIT 0 = 1 MEANS SKIP 04 FLOW COMMANDS

BIT 1 =1 MEAN5 07 FLOW COMMAND IGNORE BIT 15
OF STRING LENGTH

:
BIT 2 = 1 MEANS DON'T CHECK BUFFER RESULTS
;FORM PARAMETER TABLE POINTER TO SPECIAL HANDL ING REQUES

POP=11 CIS INST EXERCISER
MACY11 27(655)
=0CT=79
(ZKEEA.P1T
CIS INSTRUCTION TEST LOOP

ie960

12961

05371

053720

G17737
000137

126220

042010

00214C

10:59

MOV @PTPTR, SPHAND
JMP F(RTN

PAGE 91-4

SEQ 0187

;COPY SPECIAL HANDLING REQUEST INTO SPECIAL HANDL ING WOR

1=-0CT=79
10:59
PDP=11 (IS INST EXERCISER
MACY11 27(655)
CZKEEA.PTT
SETUP MACHINE DEPENDENT CONSTANTS
12964
12965
12966
12967
12968
12969

12970
12971
12972
12973
12974
12975
12976

6 15

PAGE 91-°

SETUP MACHINE DEPENDENT CONSTANTS

.SBTTL

*SIZE FOR PROCESSOR TYPE = SETUP MACHINE DEPENDENT CCNSTANTS BASED UPON RESULT.
053724
053724

012737

054154

053732
053736
053740
053744
053746

005037

000012

012737

177777

002156

053754
053762
053770

012737
012737
012737

000003

002164
002060
002212

000010

SI1ZEPT:

CLR Q#RESVE(+?

MFPT

CMPB EL74,RO
BNE 1%
MOV #177777
,MMF LG

001706

177777
000002

MOV #3%,a#RESVEC

MOV #3,NMODES
MOV #177777,TWOSET
MOV #2.PTQV

;SETUP RESERVED INST TRAP VECTOR
. IN CASE MACHINE UNDER TEST DOES NOT HAVE MFPT

;IS THIS AN 11/74?

;BRANCH IF NOT AN 11/74
;SET 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
s INPUT TABLE ENTRY TYPE WORD BIT 1
.

053776

012737

000543
123700

001017
012737
012737
005037
012737

012737

SIS

054144
054152

000003

003032

001710

1%:

177777

002156
002164

000002

002212

000013

003032

002156
000240
000240
000240
000240
000406
000240
000240
000240
000240
000002

060110
060112
060134
060136
062044
056566
056570
056446
056450
002164

000003
002060

MOV #3,LTCDLY

11%:

2%:

BR 4%
(MPB _EL44,RO
BNE 2%

MOV #177777 ,MMFLG
MOV #3,NMODES
CLR TWOSET

MOV #2.PTQV

MOV #13,LTCDLY
BR 4%
CLR MMFLG

MOV
MOV
MOV
MOV
MOV

#NOP,PCIS2
#NOP,PCIS2+2
#NOP,PCIS1
#NOP ,PCIS1+2
#406,LTCIS

005726
005726
012737
005737

005737

C12737

;

ROUTINES = COUNT IS A MEASURE OF
TIME REMAINING BEFORE INTERRUPT FROM

LTC WHEN STARTING EXECUTION OF CIS
INSTRUCTION UNDER TEST.

;1S THIS AN 11/44?
;BRANCH IF NO
;SET MEM MGMT FLAG
;PROC UNDER TEST HAS 3 MODES
JINITIALIZE FOR SINGLE REGISTER SET
;INPUT TABLE ENTRY TYPE WORD BIT 2
;

IDENTIFIES TABLE RUN IN QV MODE FOR 11/44

sINITIALIZE COUNTER USED FOR LTC

;OVERWRITE ACCESS TO MEM MGMT REGISTERS

MOV #NOP,HLTSER
MOV #NOP,HLTSER+2

MOV 15.NMODE
S

3%:

TST
TST

(SP)+
(SP)+

054226

000004

MOV #33$,a#ERRVEC

054234

000004

MOV #34%,a#ERRVEC

172340
177640

(1=RUN,0=SKIP)

JINITIALIZE COUNTER USED BY LINE TIME CLOCK

MOV #NOP, ILLSER+?2

@ o o

ad o

)

e
e
B

054154
054156
054160
054166
054172
054176

IDENTIFIES TABLE RUN IN QV MODE FOR 171/74

MOV #NOP, ILLSER

NOWnNESHBWN—=O

—

13005

SEQ (188

TST a#KIFARQ
TST @#UIPARO

JMACHINE TYPE UNKNOWN - DEFUAULT TO SINGLE
REG ST .NO MEM MGMT, 2 PROC MODES (K & W)
:
; AND A LTC DELAY OF 13
. (NEW MACHINES MAY REQUIRE

;FIX UP STACK

;1S THIS AN 11/34?

;IF SO NO TRAP HERE
;IF SO NO TRAP HERE

CHANGES HERE)

MACY11 27(655)
1=0CT=79
10:59
POP=11 CIS INST EXERCISER
(ZKEEA.P11
SETUP MACHINE DEPENDENT CONSTANTS
13018

054204

13020

054212

13019

13021
13022
13023
13024
13025
13026
13027
13028
13029
13030
13031

13041

054210

054220
054224
054226
054230
054232
054234
054236
054240
054242
054244
054246

054330

005737
000720
012737
005737
000712
005726
005726
000707
005726
005726
000764
005726
005726

TST @#SIPARO

172240

054242
172360

000004

5%:
33%:
34%:

35%:

104400

016625
012737
012737
005037
012737
012737
012737
012737
012737
000207

000002
177777
002060
000002
177777
000013
056566
056446

H 1S

PAGE 91-6

TST @#KDPARD

BR 2%

;IF SO, TRAP HERE

TST
TST

(SP)+
(SP)+

JFIX UP STACK

TST
TST

(SP)+
(SP)+

sFIX UP STACK

TST (SP)+
TST (SP)+
TYPE

SFIX UP STACK

BR 2%

BR 5%

MPT 34
MOV #2 ,NMODES

002164
002156

002212
002154
003032
000010
000004

BR 2%
MOV #35%,a#ERRVEC

SEQ 0189

MOV #177777 .MMFLG

JTYPE

'"11/34

;PROC =

11/34

TYPE MEMORY MANAGEMENT ON SYS UNDER

TYPE

CLR TWOSET

MOV #2,PTQV

MOV #177777.PT34
4%:

MOV #13,LTCDLY

MOV #ILLSER,@#RESVEC
MOV #HL TSER.#ERRVE(
RTS PC

JRESTORE RESERVED INST TRAP (CATCHER
JRESTORE

HALT

SERVICE

TRAP (CATCHER

TEST''

1-0CT=79
MACY11 27(655)
POP=11 CIS INST EXERCISER
REGISTER SET SELECTION ROUTINES
(ZKEEA.P1T

10:59

115

PAGE 91-7

SEQ 0190

.SBTTL

;1F PROCESSOR UNDER TEST HAS 2 REGISTER SETS

sSELECT REGISTER SET TO BE USED BASED ON LEAST SIGNIFICANT BIT OF
sTEST #

(TOTTC), AND LOAD REGISTER SET WHICH WAS NOT

sSELECTED WITH A FIXED PATTERN <NOTREG>.

054332
054332
054336
054340

=0V~

— vl

)

) e

)

) —d

)

FRERRE

13059

13073

R
R
e

000001

001041

052777
042737

004000
001000

054364
054370
054374

013700
013701
013702
013703
013704
013705
042777
042777
042777

001704
001704
001704
001704
001704
001704
004000

054400
054404
054410
054414
054422

054430
054436
054444
054450
054452
054460

042737

005037
000441
042777
052737

013700
013701
013702
013703
013704
013705
052777
052777
052777
052737
012737
000207

SELREG:

002060

054346
054350
054356

054466
054472
054476
054502
054506
054512
054516
054524
054532
054540
054546
054554

005737
001506
032737

001420

TST TWOSET
BEQ 1%
BIT #1,70TTC

125306
002132

BNE 2 $
8IS #4000,aTPSW
BIC #1000,FATAL
NOTREG,RO
NOTREG.R1
NOTREG,R2
NOTREG,R3
NOTREG,R4
NOTREG,R5

125242
126062
126362

000006
125204

002132

2%:

#1000,FATAL

NOTREG,RO
NOTREG,R1
NOTREG,R2

;

PSW BIT 11

(REG SET BIT).

sBRANCH TO USE REGISTER SET 1.
sCIS INST WILL BE TESTED USING GPR SET 0.
;INDICATE GPR SET O IN FATAL ERROR WORD
;LOAD SET 1 WITH PATTERN IN NOTREG.

;SET REGISTER SET 10 O
JASSURE CORRECT REGISTER USAGE ON INTERRUPT

;SET REG SET INDICATOR TO 0
;BRANCH TO RETURN
;CIS INST WILL BE TESTED USING GPR SET 1.
;INDICATE GPR SET 1 IN FATAL ERROR WORD
;LOAD SET O WITH PATTERN IN NOTREG.

NOTREG,R3

NOTREG.R4

NOTREG,R5

125140
125760
126260
000006

002052

1%:

#6000,aTPSW
#4000,aPCLK
1P
#4000,aLTCIP
#4000, ax6
#1,REGSET

RTS PC

sSET REGISTER SET TO 1
JASSURE .CORRECT REGISTER USAGE ON INTERRUPT

;SET REG SET INDICATOR TO 1

*ROUTINE TO VERIFY THAT REGISTER SET WHICH WAS NOT SELECTED

s (PROVIDED PROCESSOR UNDER TEST HAS 2) DID NOT GET CHANGED, AND

;SWITCH TO REGISTER SET 0.

e
R

#4000,aTPSW
#4000,aPCLK1F
#4000,aLTCIP
#4000, a6
REGSET
BR 1%
BIC #4000,aTPSW

;DOES MACHINE UNDER TEST HAVE 2 REG SETS?
;BRANCH IF NO
JPROCESSOR IS AN 11/74 - HAS 2 REG SETS,USE
LEAST SIGNIF. BIT OF TEST COUNT TO LOAD
;

054556

(KUREG:

PDP=11 CIS INST EXERCISER
MACY11 27(655)
1-0CT=79
(ZKEEA.P11
REGISTER SET SELECTION ROUTINES
13097
13098
13099

13100
13101

13102
13103
13104
13105
13106
13107
13108
13109
13110
13111
13112
13113

13114
13115
13116
13117
13118
12119
(6)
(3)

(4)
13120
13121
13122
(7)
(6)
(3)
(4)
13123
(13)
(12)
(11)
(10)
(9)
(8)
(7)
(6)
(3)
(4)

054556
054562
054564

054570
054572

054600
054604
054606
054612
054614
054620
054622
054626
054630
054634
054636
054642

054644
054646
054654
054656
054664
054666
054666
054672

054674
054700
054706

054712
054712
054716

254722

%%}%g

054724
054730
054730
054732
054734
054736
054740
054742
054744
054750
054754
054756
054762

}g}sg

054764

13128

054766

(8)

055006

(12)
(11)
(10)
(9)

054766
054772
05477€¢
055002

005737
001435
005737

001426
042777

020037
001030
020137
001025
020237
001022
020337
001017
020437
001014
020537
001011

000404
052777
000751
042777
000207

002060

001704

001704
001704
001704
0040C0

125010

2%:

004000

125000

1%:

013746
012746
010600
004737

002052
014341

000000

3%:

001704

012163

010546
010446
010346
010246
010146
010046
013746
012746
010600
004737

125064

001704

012746
010600
004737
012737
004737

065304
054762

054766

4%:

002170

065304

001704
014420

065304

1008:

000734
013746
013746
013746
013746
013746

J 15
PAGE 91-8

TST TWOSET
BEQ 1%
TST REGSET

002052

004000

10:59

BEQ 2%
BIC #4000,aTPSW
CMP
BNE
CMP
BNE
CMP
BNE
CMP
BNE
CMP
BNE
CMP
BNE

RO,NOTREG
4$
R1,NOTREG
4$
R2,NOTREG
4$

;PROCESSOR UNDER TEST HAVE TWC REGISTER SETS?
sBRANCH IF NO
;DETERMINE WHICH REG SET WAS IN USE

;BRANCH IF REG SET O WAS USED
sVERIFY CONTENTS OF REG SET O

R3,NOTREG

4$
R4 ,NOTREG
4%
R5,NOTREG
4$
BR 1%
BIS_#4000,aTPSW
BR 3%
BIC #4000,aTPSW
RTS PC
PRINTB #HLTMSG

;VERIFY CONTENTS OF REG SET
JRETURN

MOV
H#HLTMSG,
- (SP)
MOV
SP,RO
JSR PC,FPRINT
MOV #1008 ,HLTLOC
JSR PC_IDINFO
JIDENTIFY FAILING INST
PRINTB #FORM38 REGSET
MOV
REGSET,~(SP)
MOV
#FORM38,
- (SP)
MOV
SP,R0
JSR PC,FPRINT
PRINTB #FORM39 ,NOTREG,RO,R1,R2,R3,R4
,R5
MOV
R5,-(SP)
MOV
R4 ,-(SP)
MOV
R3.-(SP)
MOV
R2,=(SP)
MOV
R1,=(SP)
MOV
RO,=(SP)
MOV
NOTREG,~(SP)
MOV
#F ORM39,
- (SP)
MOV
SP,RO
JSR PC,FPRINT

HALT

002160

IDINFO:

:RE?éé;?:GSET ERROR;PRESS CONTINUE SWITCH TO CONTINUE

PRINTB #TRPINF ,HLTLOC ,MODE,DEN,TINST
, TOTTCH,TOTTC

MOV
MOV
MOV
MOV
MOV

;SET REG SET TO ZERO

BR 1%
001420
001416
047464
002162

SEQ 0191

TOTTC,=(SP)
TOTTCH,=(SP)
TINST,=(SP)
DEN,=(SP)

MODE ,=(SP)

POP=11 g%? INST EXERCISER

(ZKEEA.
(7)
(6)
(3)
(4)

1%129

MACY11 27(655)

1=0CT=79

055012
055016
055022
055024
055030

013746
012746
010600
004737

000207

002170
012300
065304

MOV
MOV

10:59

HLTLOC,=(SP)
#TRPINF ,=(SP)

MOV
SP,RO
JSR PC,FPRINT
RTS PC

K 15
PAGE 91-9

SEQ 0192

—

e
—

L 15
PAGE 91-10

SEQ 0193

MEMORY MANAGEMENT SUBROUT INES

'MEMORY MANAGEMENT SUBROUTINES

D e

10:59

D
D D D
d
D e
D d i
D i
D
D
D i i e
D d
D
D
D
D e
D e
D
e
—

e I e I

e ) —_—

RET2B IR AN o SLESRARLE
BE IR A RUR LEEHIESRERESTEIRGR W

.SBTTL

(NN NN NN NN N W W N NN N NN NN NN W N W N W NN N NN NN W NN W NN NN NN NN NA NN ANWNAN NN

DSBS DD DD
b D d D e
e e ed e
e
e o e e
)
e e
e
) o
e e
d e e
e
D
e
e
o

EXERCISER
MACY11 27(655)
1-0CT=79
MEMORY MANAGEMENT SUBROUTINES

055032

055032
055036

‘SETUP PAR'S

005737
001002

SETPAR:

002156

TST MMFLG
BNE 28

055040
055044

000137
005737

055516
002154

055050
055052
055056

001142
005037
012737

172516
000000

177660

055072
055100

012737
012737

000400
000600

177664
177666

MOV #400.a4#UDPAR?
MOV #600 . a#UDPAR3

055114
055122
055130

012737
012737
012737

001200
001400
177600

177672
177674
177676

MOV #1200 .a#UDPARS
MOV #1400 .a#UDPARG
MOV #177600,a#UDPAR?

055136
055144
055152
055160

012737
012737
012737
012737

000000
000200
000400
000600

172240
172242
172244
172246

MOV
MoV
MOV
MOV

055174
055202

012737
012737

001200
001400

172252
172254

MOV #1200.a#SIPARS
MOV #1400 a#SIPARG

055064

012737

000200

055106 012737 001000

055166
055210

012737

001000

177600

2%:

JMP 18
IST PT34

BNE 3$
CLR a#MMR3

MOV #0,a#UDPARO

177662

MOV #200,a#UDPAR1

177670

172250

#0,a#5I1PARO
#200,a#SI1PAR1
#400.a#SIPAR?
#600.a#SIPAR3

172256

MOV #177600,a#S1PAR7

000000
000200
000400
000600

172260
172262
172264
172266

MOV #0,a#SDPARO
MOV #200,a#SDPAR1
MOV #400.a#SDPAR2
MOV #600 . a#SDPAR3

055254
055262

012737
012737

001200
001400

172272
172274

MOV #1200.a#SDPARS
MOV #1400 .a#SDPARG

055270

012737

001000
177600

172270

172276

000000

172360

MOV #0,a#KDPARO

055312
055320
055326
055334
055342
055350

012737
012737
012737
012737
012737
012737

000400
000600
001000
001200
001400
177600

172364
172366
1 72370
1 72372
1 72374
1 72376

MOV #400.a#KDPAR?
MOV #600 . a¥KDPAR3

055356
055364

012737
012737

000200

000000
000200

172362

1 7 7640
1 7 7642

:SETUP SUPERVISOR I PAR'S

:SETUP SUPERVISOR D PAR'S

MOV #177600,a#5DPAR7

012737

*SETUP USER D PAR'S

MOV #1000, a#SDPARG

055276

055304

:1S THIS AN 11/34 TYPE PROCESSOR
“"T(1.E. K, U MODES AND 18 BIT MEM MGMT)
*BRANCH IF YES
;CLEAR OUT D=SPACE ENABLES

MOV #1000, a#SIPARS

012737
012737
012737
012737

012737

“DOES SYSTEM UNDER TEST HAVE MEMORY MANAGEMENT?
‘BRANCH IF YES

MOV #1000, a#UDPARS

055216
055224
055232
055240

055246

;SETUP PAR'S FOR USER,SUPV, AND KERNEL | & D SPACES

mov #200, a#KDPAR1

:SETUP KERNEL D PAR'S

MOV #1000, a#KDPARG

MOV #1200 .a#KDPARS
MOV #1400 a#KDPARG

MOV #177600,a4%DPAR7
3%:

MOV #0,a#UIPARO
MOV #200,a# UIPART

JSETUP USER

PAGE

ADDRESS REGISTERS

POP=11 CIS INST EXERCISER
CZKEEA.P11

1-0CT=79

000400
000600

177644
177646

MOV #400,a4#UIPAR?
MOV #600.a#UIPAR3

001200
001400

177652
177654

MOV #1200.a4#UIPARS
MOV #1400 a#UIPARG

MEMORY MANAGEMENT SUBROUTINES

10:59

13186
13187

055372
055400

012737
012737

13189
13190

055414
055422

012737
012737

13193

055436

012737

000000

172340

MOV #0,a4K]1PARO

13195
13196

055452
055460

012737
012737

000400
000600

172344
172346

MOV #400.a#KIPAR2
MOV #600.a#K1PAR3

13198
13199
1558?

055474
055502
055510

012737
012737
012737

001200
001400
177600

13188

1;}3}
13194

13197

13202
13203

(55406

055430
055444

055466

055516

012737

001000

012737

177600

012737

M 15
PAGE 91-11

MACY11 27(655)

000200

001000

177650

MOV #1000, 34#UIPARG

177656

MOV #177600,a#UIPAR7

172342

mov #200,a#K IPAR1

172350

;SETUP KERNEL

I PAR'S

MOV #1000,
a#K IPARG

172352
172354
172356

000207

SEQ 019

MOV #1200.34KiPARS
MOV #1400 ,a#K1PARG
MOV #177600,
a4k 1PAR7
1%:

RTS PC

13204
]';)582

;
;SELECT MODE AND D-SPACE ENABLE/DISABLE

13207
13208

*BOTH MODE AND D-SPACE ENABLE ARE SELECTED RANDOMLY FOR EACH TEST
*IF EXECUTING IN RANDOM MODE OR IN A NORMAL FIELD SERVICE TYPE RUN.

13210
13211

:THEN THESE VARIABLES WERE SET VIA OPERATOR DIAGLOG ABOVE.
*REGARDLESS OF THE RUN TYPE, IF MEMORY MANAGEMENT IS AVAILABLE

13209

;IF IN A DESIGN VERIFCATION TYPE RUN (ST @ 204) AND NOT RANDOM MODE

}%5}%

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

; (MMFLG=NONZERO) THEN MMR3 IS LOADED TO PROPER D-SPACE STATE.
055520
055520
055524
055526
055532
055534

005737
001003
005737
001443
022737

055542
055544
055550
055552

001003
005037
000422
004737

063464

055562

022700

000002

055556

042700

055566
055570
055576
055600

001771
022737
001005
022700

055604
055606
055612
055616
055622
055626
055632

001002
052700
010037
005037
004737
032700
001403

SELMD:

002074

10%:

TST
BNE
TST
BEQ
CMP

28:

BNE 2%
CLR MODE
BR 4$
JSR PC,RN

001760
000001

002164

002160

177774

000002

002164

000001

000002
002160
002162
063464
000001

6%
48:

FSRUN
108
RANDOM
11%
#1,NMODES

;NORMAL FFIELD SERVICE TYPE RUN?
*BRANCH IF YES
*RANDOM TESTING?
*BRANCH IF NO
:
*DOES SYSTEM UNDER TEST HAVE MORE THAN
*
PROCESSOR MODE?
*BRANCH IF YES
:GENERATE A RANDOM #

BIC #177774
R0

“USE BITS 1 & 0 TO SELECT MODE

CMP #2,R0

*ILLEGAL MODE (10)?

BEQ
CMP
BNE
CMP

2%
#2 ,NMODES
6$
#1.R0

BNE
BIS
MOV
CLR
JSR
BIT
BEQ

6$
#2.R0
RO.MODE
DEN
PC.RN
#1.RO
11%

ONE

(I.E 00=KERNEL ,01=SUPV,11=USER)

“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
*IF RANDOM MODE = SUPV THEN SWITCH IT TO USER
*MODE VALID = SET INTO MODE WORD
:GENERATE A RANDOM #
*USE BIT 0 OF RANDOM NUMBER TO SELECT D ENABLE
;BRANCH TO DISABLE D SPACE

POP=11 CIS INST EXERCISER

MACY11 27(655)
1-0CT=79
MEMORY MANAGEMENT SUBROUTINES

CZKEEA.P11
13240

055634
055642
055646
055650

012737
005737
001435
005737
001403
005037
000427
005037
005737
001422
005737
001004

TST MMFLG

BEQ 1%
TST PT34
BEQ 7%

002154
002162

CLR DEN

172516
002162

7%:

002160

13%:

000004

172516

000003

002160

000001

172516

052737

000002

172516

000207

MOV #177777 ,DEN

002162

052737
000413
022737
001004
052737
000403

055742

177777
002156

10:59

38:

BR 1%

1$:

sSET D ENABLE FLAG
sMEMORY MGMT AVAILABLE?
;NO = EXIT

211734 TYPE MEM MGMT?
;BRANCH IF NO

CLR a#MMR3

;DISABLE ALL D-SPACES

BEQ 1%

sBRANCH IF NO
KERNEL?
;MODE SELECTED
NO
IF
H
sBRANC
;ENABLE KERNEL D SPACE

TST DEN

TST MODE

BNE 38
BIS #4,a#MMR3
BR 18
CMP gg.HODE
BNE

BIS #1,a4MVR3
5%:

N 15
PAGE 91-12

BR 1%
BIS #2,34MVR3
RTS PC

;ENABLE D SPACE IN MMR3?

USER
sMODE SELECTED
sBRANCH IF NO
;ENABLE USER D SPACE
sMODE SLECTED = SUPERVISOR
;ENABLE SUPERVISOR D SPACE

*SETUP PDR'S
055744
055744
055750

055752
055756
055760
055764

002154

172200

101774

172236

055766
055772
055774
056000

012700
005020
020027

177620

056002
056006
056010
056014

012700
005020
020027
101774

172320

056016

012700
005020
020027

177600

012700
005020
020027

172300

101774

177636

172336

177616

172316

SETPDR:

2%:

TST PT34
BNE 8%

MOV #SIPDRO,RO
CLR (RO)+
CMP RO,#SDPDR7

:11/34 TYPE MEM MGMT?

;BRANCH IF YES
;FIRST CLEAR ALL PDR'S (ABORT ALL ACCESSES)

;CLEAR SUPERVISOR PDR'S

BLOS 2%
1%:

MOV #UDPDRO,RO
CLR (RO)+
CMP RO, #UDPDR7

;CLEAR USER D-PDR'S

MOV #XDPDRO,RO

;CLEAR KERNEL D-PDR'S

BLOS 1§
99%:

CLR (RO)+

CMP RO, #XKDPDR7

BLOS 998
8%:
9%:

MOV #UIPDRO,.RO
CLR (RO)+
CMP RO, #UIPDR7

;CLEAR USER I-PDR'S

BLOS 9%
38:

MOV #KIPDRO.RO
CLR (RO)+

CMP RO, A#KIPDR7

8L0S 3%

;CLEAR KERNEL PDR'S

SEQ 0195

—d

FRIRIRER 89358

m.a

WWWWWWWW WWN NN W NN NN N NN NN NN NN NN

D b
i
D i
i
D e

077406
077402
002160

31%:

P
bqriviv &WW
FREEE ChO\ni! i
-

SEQ 0196

000443
022737
001016
012737

1PDR7
06,
34K
MOV #774
MOV #77402,a4K1PDR4
MOV #77402,a#K1PDR3
MOV #77402,a4K1PDR?

sALLOW R/W ACCESS OF 1/0 PAGE

TST MODE

;1S MODE = KERNEL’

BEQ 31%
MOV_#77406,a#KIPDRO
BR 328
MOV #77402,a4KI1PDRO
TST MODE

BNE 5%

TST DEN

e
it c
b

D ol
D
D
D i
d e
D

B 16
PAGE 91-13

MOV #77402,a#K1PDR1

002160

012737

d e

10:59

;SETUP KERNEL MODE PDR'S

002162

D
d e
— e

1-0CT=79
S INST EXERCISER
MACY11 27(655)
1
MEMOR Y MANAGEMENT SUBROUT INES

077406

172312

077406
077406
077402

172336
172332
172320

000001

002160

077402

172204

4%:

5%:

BNE 4%
MOV #77406,a#KIPDRS
BR 11%
MOV #77406,a4KDPDR7
MOV #77406,a4KDPDRS
MOV #77402 ,a#KDPDRO
BR 11%
CMP #1,MODE
BNE 7$

MOV #77402,a#SIPDR2

005737

002162

012737
00042°
012737
000421

077406

172212

077406

172232

6%:

000003

002160

7%:

012737

077402

177604

MOV #77402,a#UIPDR2

005737
001004
012737
000403
012737

002162
077406

177612

BNE 10%
H0V1:77406,30U1PDR5

077406

177632

005737

001760

001004

001454
022737

TST DEN

BNE 6%

TST DEN

076032

047464

076132

047464

002162
002160

MOV #77406,a#SIPDRS

BR 11%
H0v1l77406.3#SDPDRS

10%:

BR
11%
MOV #77406,a#UDPDRS

i1%:

TST RANDOM

20%:

BEQ 12%
CMP #76032,TINST
BEQ 20%
CMP #76132,TINST
BNE 12%
TST DEN

BNE 138

TST MODE

;

AND R ONLY ACCESS OF PHYSICAL ADDRESS

;20 1O 120k

;BRANCH IF YES

;IF MODE= KERNEL & D-SPACE IS DISABLED

;

THEN ALLOW R/W OF

STACK & TEST BUFFER AREA

;IF MODE IS KERNEL & D-SPACE IS ENABLED
;

THEN SETUP KERNEL D-SPACE PDRS

;

AREA; R-ONLY ACCESS OF PHYS 0-20k

JALLOW R/W ACCESS OF 1/0 PAGE AND TEST BUFFER

;SETUP SUPERVISOR MODE PDR'S
;BRANCH IF TEST MODE IS NOT SUPERVISOR
sALLOW R ONLY ACCESS OF SPACE INCLUDING
; CIS INST TO BE EXECUTED
;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 IN SUPERVISOR D-SPACE

;SETUP USER MODE PDR'S
;BRANCH IF TEST MODE IS NOT USER

sALLOW R ONLY ACCESS OF SPACE INCLUDING
CIS INST TO BE EXECUTED
;
;IF D=SPACE IS NOT ENABLED ALLOW R/W
ACCESS OF TEST BUFFER AREA IN USER
;
I SPACE
;

;D=SPACE IS ENABLED; ALLOW R/W ACCESS

;
TO TEST BUFFER AREA IN USER D-SPACE
sASSURE THAT XLATION BUFFER (MOVTC) IS IN READABLE SPACE

:IN RANDOM MODE?
;BRANCH IF NO
;1S INST UNDER TEST = MCVT(C?
;BRANCH IF YES

;1S D=SPACE ENABLED?
;BRANCH IF YES
;1S MODE = KERNEL?

MACY11 27(655)
1-0CT=79
MEMORY MANAGEMENT SUBROUTINES

?
§

~
b
i o

SEQ 0197 |

000001

002160

BEQ 128
CMP #1,MODE

;BRANCH IF YES = NO PDR CHANGE REQUIRED FOR XLATION BUFF
*1S MODE = SUPERVISOR?

%%Zsz

077402

172202

865Z§; 077402 177602 14%:

angv1c;7:.oz,usxpom

ggv,5;7‘°2"'”‘P°“’

*ALLOW R=ONLY ACCESS TO XLATION BUFFER

005737
001004
o127§§

002160
077402

172322

TST MODE
BNE 15%
ggv15;7402.a~xopon1

022737

000007

002160

o1273§

077402

172222

012737
000207

077402

177622

001004

KRR
FEERRERERRRS
38

C 16
PAGE 91-14

001436
022737

001004

8983

b
D e
-

10:59

EXERCISER

BNE 148

13$:

158:

16%:
128:

*BRANCH IF NO

:USER MODE- ALLOW R-ONLY ACCESS TO XLATION BUFFER
;KERNEL MODE ,D-EN = ALLOW R-ONLY ACCESS TO XLATI

CMP #1,MODE

BNE 168

Bn2v15;74oz,a~sopon1

:SUPERVISOR MODE ,D-EN = ALLOW READ OF XLATION BU

MOV #77402,a#UDPDR1
RTS PC

;USER MODE ,D-EN - ALLOW R-ONLY ACCESS OF XLATION

*HALT SERVICE ROUTINE
005037

177572

021627
001434
011637
162737

047504
002166
000002

012746

012126

MOV

004737

065304

JSR PC,FPRINT

013746
013746
013746
013746
013746
013746
012746
010600
004737
000000

001420
001416
047464
002162
002160
002166
012300

010600

-k
2 =2 N NON

O=NOY
O NONSWNN=O

056560
056562

016637
005726
005726
000137

HLTSER: CLR a#MMRO

002166

047526

CMP (SP) ,ATINRET+2
BEQ 18
MOV (SP),TRPLOC

:TURN OFF MEM MGMT - OVERWRITTEN WITH NOPS
> IF NO MEM MGMT ON SYSTEM (REF SIZEPT ROUTINE)
*WAS HALT AT CIS INST RETURN LOC?
*BRANCH IF YES
“GET TRAP LOCATION

PRINTB #TRAP4

:PRINT - TRAP TO LOC &

SUB #2, TRPLOC

MOV

#TRAPS
- (SP)
SP,RO

PRINTB #TRPINF , TRPLOC ,MODE ,DEN, TINST,TOTTCH,
TOTTC

065304

000002

(USED FOR TRAPS CAUSED BY HALTS IN SUPERVISOR OR USER MODE

003662

1%:

MOV
TOTTC,=(SP)
MOV
TOTTCH,
- (SP)
MOV
TINST,=(SP)
MOV
DEN,~(SP)
MOV
MODE
, - (SP)
MOV
TRPLOC,
= (SP)
MOV
#TRPINF ,~(SP)
MOV
SP,RO
JSR PC,FPRINT
HALT

MOV
TST
TST
JMP

2(SP),TCCR
(SP)+
(SP)+
SUHRET

:PRINT - ADDITIONAL

:SAVE CIS INST RETURN CONDITION CODES

“ILLEGAL INSTRUCTION TRAP SERVICE ROUTINE
056566

005037

177572

ILLSER: CLR a#MMRO

:TURN OFF MEM MGMT - OVERWRITTEN WITH NOPS

TRAP

-n

7
f;'\f\ 333 Egégggffflrfifffi
BIFARUKZ 32
~N

D
D

056572
056576

s D

INST EXERCISER

—

S W

-l
=
b

000

SN
O 00 N~
=

047504

012746
010600
004737

056700
056704
056710
056714
056720
056722
056726
056730
056732
056740
056742
056744

013746
013746
013746
013746
013746
013746
012746
010600
004737
000000
000002
016637
005726
005726
000137

000001

10:59

D 16

PAGE 91-15

; IF NO MEM MGMT ON SYSTEM (REF SIZEPT ROUTINE)
:11/34 TYPE PROCESSOR?

TST PT34

:BRANCH IF NO

BEQ 2%

001420

2%:

047466

PRINTB #CISQ

HALT
MOV (SP),TRPLOC

;JGET LOCATION THAT CAUSED TRAP

PRINTB #TRAP10

;PRINT

065304

#C15Q,-(SP)
MOV
MOV
SP,RO
JSR PC,FPRINT

002166
000002

SUB #2,TRPLOC

012144

JNOTE:ON 11/34 HALT IN '"ISER MODE TRAPS TO 10 (NOT &)
JWAS HALT AT CIS INST ReTURN LOC?
;BRANCH IF YES
:WAS ILLEGAL INST TRAP DURING TEST #1 ?
;BRANCH IF NO
JWAS TLLEGAL INST THE CIS INST?
;BRANCH IF NO
JPRINT CISP PRESENT? WARNING

CMP (SP) ,ATINRET+?
BEQ 3%
CMP #1,T0TTC
BNE 18
CMP ;%P).ITINSTOZ
BNE

012003

SEQ 0198

MOV

#TRAP10,-(SP)

TRAP TO 10

MOV
SP,RO
JSR PC,FPRINT

065304

PRINTB #TRPINF,TRPLOC
,MODE ,DEN, TINST,TOTTCH,TOTTC

001420
001416

JPRINT ADDITIONAL

TOTTC,=(SP)
MOV
MOV
TOTTCH,=(SP)
MOV
TINST,=(SP)
DEN,-(SP)
MoV
MOV
MODE ,-(SP)
MOV
TRPLOC,~=(SP)
#TRPINF ,=(SP)
MOV
MOV
SP.RO
JSR PC,FPRINT
HALT
RTI

MOV 2(SP),TCCR
TST (SP)+
TST (SP)+
JMP SUHRET

047526

;SAVE CIS INST RETURN CONDITON CODES

*MEMORY MANAGEMENT VIOLATION TRAP SERVICE ROUTINE
056750
056754
056760
056766
056766
056772

—_

Lraak SZLIRRLINLE

A
LR RN RRE
~~

021627
001452
022737
001011
021627

162737

—a

=d
add
-d

—
—

002154

012746
010600
004737
000000
011637

(12)
11) 056670
10) 056674

(7)

005737
001403

001006

13445

(6)

MACY11 27(655)
1=0CT=79
ME MORY MANAGEMENT SUBROUTINES

(11)
(10)
(9)
057014

005037
011637
162737

177572

002166
000002

MMV IOL :

CLR a#MMR0O
MOV (SP),TRPLOC

;TURN OFF MEM MGMT

PRINTB #MMVMSG

;PRINT MEMORY MANAGEMENT

SUB #2,TRPLOC

;JGET LOCATION WHICH CAUSED TRAP

012746
010600
004737

012106

MOV

065304

013746
013746
013746
013746

001420
001416
047464
002162

JSR PC,FPRINT
PRINTB #TRPINF ,TRPLOC ,MODE ,DEN,TINST ,TGTTCH,TOTTC
TOTTC,=(SP)
MOV
MOV
TOTTCH,=(SP)

MOV

MOV
MOV

#MMVMSG,
- (SP)
SP,RO

TINST,=(SP)
DEN,={SP)

VIOL

TRAP

PDP=11 CIS INST EXER(!SE:E
(ZKEEA.P11
(8)
(7)

MACY11 27(655)

1-0CT=79
MANAGEMENT SUBROUT INES

MOV
MOV
MOV
MOV

057020

(6)

(3)

E 16

PAGE 91-16

SEQ 0199

MODE ,~(SP)

TRPLOC ,=(SP)

#TRPINF ,=(SP)

SP,RO

JSR PC,FPRINT
HALT

(4)

13463
13464
13465
17 466
13467
13468
13469
13470
13471
13472
13473
13474
13475
13476
13477
13478
13479
13480
13481
13482
13483
13484
13485
13486
13487
13488
13489
13490

10:59

RTI

TACCEPT ASCII
KSORU:

122616

1%:

OR U)

FROM TTY AND SETUP MODE

WORD

TSTB QTKS

JWAIT FOR A CHARACTER

;READ & SAVE (HAR
;GET RID OF JUNK IF ANY

BPL 1%

122632
177600
064654
064672

064672
064672

MOVB aTKB,RCHAR

000113

064672

000123

064672

000125

CMPB RCHAR,#113
BEQ 6%
CMPB RCHAR,#123
BEQ 3$
CMPB RCHAR,#125
BEQ 4%

002160

057156

(K,S,

BIC #~C177.RCHAR
JSR PC,ECHAR

;ECHO CHARACTER

6%:

;1S CH4AR A ‘K’
;BRANCH IF YES
;1S CHAR AN 'S’
;BRANCH IF YES
;1S CHAR A 'U' ?
;BRANCH IF YES
;JCHAR IS ILLEGAL :RETURN TO CALL +2
;SET MODE TO KERNEL (0)

;SET MODE WORD TO SUPERVISOR (1)

000001

002160

3%:

000003
000002

002160

4%:

MOV #3,MODE
ADD #2,(SP)
RTS PC

;SET MODE WORD TO USER (3)

PDP=11 CIS INST EXERCISER
MACY11 27(655)
1=0CT=79 10:59
CZKEEA.P11
PROGRAMMABLE CLOCK SERVICE ROUTINE

13492
13494

;

}3323;

EXECUTION OF CIS STACK PROBEAMEAD MEMORY MGMT ABORT TESTS.

060100

.=60100

11;38(1)

13502 060100

PCIS3:

13503

13505
;?:’289

060100
060106

042777
000002

000001

13508

060110

005037

177572

13509

13510
13511
13512
13513
13514

122410
000001
122372

13517
13518
13519
13520
13521
13522
13523
13524
13525
13526
13527
13528

060134

005037

177572

060140
060146
060152
060156
060160
060166
060170

042777
004737
021627
001154
032766
001407
005237

000001
061206
047464

122346

000400

000002

002132

13530
13531
13532
13533
13534,
(6)

060206

060212
060214
060220
060226
060230
060230

004737

002542
040000
061040

13529

(3)
(4)

13535

13536
13537

(6)
(3)

gl.)
13538

(6)
(3)
(4)

052737
004737

002536
122374

061434

(LR awMMRO

MOV @PC2CTR,LATCT
BIC #1,aPC2CSR
CLR aPC2CSB
PCIS1:

4%:

CLR a#MMRO
BIC
JSR
CMP
BNE
BIT
BEQ
INC
BIS
JSR

#1.aPC1CSR
PC.SGPRO6
(SP) ,ATINST
18
#400.2(SP)
4$
INTCT
#40000,FATAL
PC,RECLAT

JSR PC,STATCG

012746

012163

060236

004737

065304

JSR PC,FPRINT

060250
060254

004737

054766

060242

010600

012737

002534
000400

060300

060254
060260

012746
010600

004737

065304

060266
060272

012746
010600

014760

060262
060266
060274

004737

014671

065304

000002

MOV
002170

INTERRUPT SERVICE ROUTINES (ALWAYS ENTERED IN KERNEL MODE)

:P CLK SERVICE ROUTINE USED FOR INTR DURING

BR 5%
INC PROGCT
BIT #400,2(SP)
BNE 6%
PRINTB #HLTMSG
MOV
#HLTMSG,=(SP)

060234

000504
005237
032766
001025

CLOCK)

BIC #1,aPC1CSR
RTI
PCIS2:

017737
042777
005077

060174
060202

KW11=P (PROGRAMMABLE

122406

060114
060122
060130

}gg}g

SEQ 0200

LSBTTL
PROGRAMMABLE CLOCK SERVICE ROUTINE
*NOTE: LOCATIONS 57670-60070 ARE RESERVED FOR STACK USAGE DURING

}33232

13504

PAGE 91-17

EXECUTION OF

*STATE DISTURBING' DI 'P]

INSTRUCTION BELOW.

;TURN OFF PCLK1

;P CLK INTR SERVICE ROUTINE USED WHEN

TESTING LATENCY

:THIS CLR INSTRUCTION TURNS OFF MEMORY MANAGEMENT
; THE CLR IS OVERWRITTEN WITH NOPS IF NOT 11/44
*
(SEE SIZEPT ROUTINE).
A
“SAVE P=CLK2 COUNTER FOR LATENCY CALCULATION
“TURN OFF PCLK2

*CLEAR PCLK2 COUNTER

JNORMAL P CLK INTERRUPT SERVICE ROUTINE
;THIS CLR TURNS OFF MEM MGMT.
;THIS CLR GETS OVERWRITTEN WITH NOPS IF NOT 11/44
“TURN OFF P=CLK1
*SAVE GENERAL PURPOSE REGS 0-6
;INTERRUPTED THE TEST INST???
*BRANCH IF NO
©1S PSW BIT 8 SET?
*BRANCH IF NO
*UPDATE INTERRUPT COUNT
:SET INTERRUPT INDICATOR IN FATAL ERROR WORD
*RECORD LATENCY

;HAS THE °'STATE' OF CIS INST CHANGED?

*NO RETURN
;YES RETURN = UPDATE PRCGRESS COUNT
“1S PSW BIT 8 SET?
*BRANCH IF YES

SP.RO

mov #1008, HLTLOC
JSR PC,IDINFO
PRINTB #FORM4&2

<IDENTIFY FAILING INST
MSG CIS INST UAS SUSPENDED TC SERVICE

JSR PC,FPRINT
PRINTB #F ORM4
3

:MSG: PSW BIT 8 SHOULD HAVE BEEN SET BUT WAS NOT

MOV
MOV

#FORMG2
, = (SP)
SP.RO

MOV
MOV

#FORM4
3, = (SP)
SP.RO

JSR PC,FPRINT

INTR

PDP-11 (IS INST EXERCISER
MACY11 27(655)
1=0CT=79 10:59
PROGRAMMABLE CLOCK SERVICE ROUTINE
CZKEEA.P1T
13539
13540
13541

13542
13543

13544
13545
13546
13547
13548
13549
13550
13551
13552
13553

000000

012737
004737
004737
076175
003146

100%:

000001
061316
061152

002552

6%:
118:

003146

005237
023737

000001
002036
002040
061264
002552
002540

122156
122144
12040C

JINST IS IN A NEW PART OF ITS OPERATION
TO MINIMUM = 1
INTERVAL
;SET P=CLK
;SAVE CIS INST STATE

JSR PC,SAVST
JSR PC,DIC
DIVPI
DIVDS
DIVDS
DIVDD

TO PROCEED WITH TESTING

JALLOW INTERRUPT DURING THIS DIVPI

;DISTURB INTERNAL CISP STATE BY

IF REQUESTED

EXECUTING A DIVP IN=LINE INST.

122132

JRESTORE 65TH STACK WORD
;RESTORE GENERAL PURPOSE REGISTERS 0-6
sSET INTERVAL

009001
002156

122124

BEQ 7%
BIS #1,aPC2(SR

;TURN ON P-CLK2

000001
000001

177572
122072

002552
002552

002556

TST LATEN

7%:

8%:

14%:

5%:

065304

sTESTING WITH MEM MGMT ON?

INC INTRVL
CMP INTRVL ,MAXIVL

; INCREASE P=CLK1 INTERVAL
;IS INTERVAL GREATER THAN SOME PRESET

BLO 12%

*BRANCH IF NO

MOV #1018 ,HLTLOC

MAXIMUM ALLOWED?

JSR PC,IDINFO

JIDENTIFY FAILING INST

= (SP)
#NOPROG,
MOV
MOV
SP.RO
JSR PC,FPRINT
HALT

101%:

;CIS INST DID NOT MAKE PROGRESS =

12%:

TST PROGCT

*HAS PROGRESS BEEN MACE ON THIS INST PREVIOUSLY?

BR 11%

*DISTURB INTERNAL STATE: THEN RETURN
FOR MORE PROGRESS
:BRANCH IF INST ALREADY HAS COMPLETED

1%:

BEQ 13%

BHI 15%
BIT #400,2(SP)
BEQ 17%

0121€3

sLATENCY TESTING?
;BRANCH IF NO

;BRANCH IF NO
;TURN ON MEM MGMT
;TURN ON P-(CLK1
JRETURN FROM SERVICE

BEQ 8%
BIS #1,a#MMRO
BI? #1,aPC1CSR

PRINTB #NOPROG

000002

;JRESTORE PCLK VECTOR

MOV
#HLTMSG,
- (SP)
MOV
SP,RO
JSR PC,FPRINT

002170

002534

000400

TST MMFLG

PRINTB #HLTMSG

012163

001435

012746
010600
004737

MOV #1, INTRVL

sPRESS CONTINUE

JSR PC,RGPRO6
MOV INTRVL,aPC1(SB

065304

101054

;BIT 8 OF PSW SHOULD HAVE BEEN SET!!!

MOV SPCV,aPCLK1V
MOV TPRECS,PRECSK

012202

032766

HALT

;TURN OFF PCLK1

065304
060476
054766

005737
001445
000702

SEQ 0201

BIC #1,aPC1CSR

103420

012746

G 16

PAGE 91-18

PRINTB #HLTMSG

= (SP)
#HL TMSG,
MOV
MOV
SP,RO
JSR PC,FPRINT

INTERVAL TILL INTERRUPT EXCEEDS USER
DEF INED MAXIMUM ALLOWED.

"BRANCH IF NO

;DID NOT REACH INST VYET.

:VERIFY THAT BIT 8 OF PSW IS NOT SET.
JBRANCH IF BIT 8 = 0.

(PCOTINST)

PDP=11 CIS INST EXERCISER
MACY11 27(655)
1-0CT-79 10:59
PROGRAMMABLE (LOCK SERVICE ROUTINE
(ZKEEA.P11
13584
13585
13586
(6)

(3)

(4)
13587

(6)
(3)

(4)
13588
(6)

(3)

060534
060542
060546
060546
060552
060554

012737
004737

000102
054766

012746
010690
004737

015041

13604
13605

13606
(6)
(3)

(4)
13607
13608
13609

~ BB

WO
aaaaals
e NO A WA=~

(6)
(3)

MOV #102,HLTLOC

015114

012746

015173

065304

065304
000400

00935
061264

000002

102%:

121670

138:

004737
032737
001430
021637

061040
000100

047464

158:

002214

012746
010600
004737
000000
004737
032766

PSW SET WITH PC < (IS

;MSG:

THAT CIS

002170

;MSG:

BIC #400,2(SP)

;BIT 8 OF PSW SET WITH PC < CIS INST PC.
;SUSPECT THAT CIS INST BACKED UP PC TOO FAR

, = (SP)
#FORM4LGE
MOV
MOV
SP.RO
JSR PC,FPRINT
HALT

INC INTRVL
MOV INTRVL ,aPC1(SB

015403

065304

INTERRUPT

WHEN SERVICING INTERRUPT.

;sPRESS

CONTINUE

TO PROCEED WITH

TESTING

; INCREASE INTERVAL
;RESTORE REGISTERS
JFIX UP STACK POINTER

JMP TOPC?2

JRETURN TO TURN ON PCLK=1

JSR PC,RECLAT

JRECORD LATENCY
;IS INST UNDER TEST AN IN-LINE INST
sBRANCH IF NO
;VERIFY THAT PC HAS BEEN ADJUSTED TO POINT
TO NEXT INST
;
JBRANCH IF PC IS OK

(SP)+
(SP)+

BIT #100,TINST
BEQ 20%

POINT

JSR PC,IDINFO
PRINTB #FORM48

JIDENTIFY FAILING INST
sMSG: IN=LINE CIS INST COMPLETED WITH PC

JSR PC,FPRINT
PRINTB #F ORM4S

;MSG:

MOV
MOV

#FORM4B,
- (SP)
SP,RO

MoV
MOV

#F ORM49
, - (SP)
SP.,RO

JSR PC,FPRINT

103%:

HALT

JSR PC,RGPRO6
BIT #400,2(SP)

BEQ 16%
012163

;

WHEN SERVICING

JSR P(C,RGPRO6

MOV #1038, HLTLOC

065304

000002

INST BACKED UP TOO FAR

= (SP)
#HLTMSG,
MOV
MOV
SP,RO
JSR PC,FPRINT

015325

061264
000400

SUSPECT

INST PC

PRINTB #FORM46

PRINTB AHLTMSG

012163

001420
012746
010620

sMSG: BIT 8 OF

BHIS 20%

065304
060734
054766

012746
010600
004737

S
, = (SP)
#FORM&L
MOV
SP,RO
MOV
JSR PC,FPRINT
PRINTB #FORM4S
, = (SP)
#FORM4S
MOV
MOV
SP,RO
JSR PC,FPRINT

CMP (SP) ,1COMPC

103025

012746

JIDENTIFY FAILING INST

TST
TST

047424

SEQ 0202

JSR PC,IDINFO

PRINTB #FORM44

065304

012746
010600
004737

(4)
13589
13590

13591
13592
13593
13594
13595
13596
13597
13598
13599
13600
13601
13602
13603

002170

H 16

PAGE 91-19

PRINTB #HLTMSG
MOV
#HLTMSG, =(SP)
MOV
SP.RO

POINTING AT

IN-LINE

THAN NEXT INST.

sPRESS CONTINUE

OPERANDS RATHER

TO PROCEED WITH

TESTING

JRESTORE REGISTERS
;CIS INST COMPLETE = VERIFY THAT PSw BIT 8
;

IS NOT SET

PDP=11

CIS INST EXERCISER

(4)
13618
13619
13620
(6)
(3)
(4)
13621
13622
13623
13624
13625
13626
13627
13628
13629
13630
13631
13632
13633
13634
13635
13636
13637
(6)
(3)
(4)
13638

060760
060764
060772
060776
060776
061002
061004
061010

004737
012737
004737

065304
061010
054766

012746

015244

061012
061020

042766
012777
012737
000137

13640
(€)

KERKR

(ZKEEA.P11

Voo~

13661

002170

Mov #1048, HLTLOC

CLOCK SERVICE ROUTINE

065304
000400
000001
000001
060422

I 16

PAGE 91=20

SEQ 0203

JSR PC,FPRINT

104$:

000002
121470
002552

10:59

16$:

JSR PC,IDINFO
PRINTB #F ORM4
7
, = (SP)
#FORM4L7
MOV
MOV
SP,RO
JSR PC,FPRINT
HALT

BIC #400,2(SP)
MOV #1,aPC1CSB
MOV #1. INTRVL

SIDENTIFY FAILING INST
*MSG: CIS INST COMPLETED BUT PSW BIT 8 STILL SET

:CIS INST COMPLETED BUT PSw BIT 8 STILL SET
“PRESS CONTINUE TO PROCEED WITH TESTING

:SET UP FOR NEXT PASS

JMP 14%

;KW11=P INTERRUPT SERVICE ROUTINE SUBROUTINES

*ROUTINE TO RECORD INTERRUPT LATENCY
163737

005737
001424
023737

BEQ 2%

CMP STOPLA,LATCT

BH! 2%

PRINTB #HL TMSG

s CALCULATE LATENCY
;STOP ON EXCESSIVE LATENCY?

;BRANCH IF NO

;IS LATENCY EXCESSIVE?

;BRANCH IF NO

012746
010600
004737
000000

012250

MOV

065304

100%:

JSR PC,FPRINT
HALT

JLATENCY EXCEEDED USER DEF INED

013701
006301
062701
021137

002272

2%:

ggt ggTIC.R1

JRECORD LATENCY

ADD #ILATEN,R1
CMP (R1) ,LATCT

;FORM POINTER INTO INST LATENCY TABLE
;IS LATENCY BIGGER THAN THAT ALREADY

101002
013711
000207

BHI

;BRANCH IF NO

NONSOO

N = =

e
b

o
(P
oF o &wum
nNo
s

b ——d —d

002536

SUB INTRVL,LATCT
TST STOPLA

— -

—
—

002554

RECLAT:

012163

—

002536

012746
010600
004737
012737
004737

061104

—

002552
002554

—

101020

065304
0001060
054766

017737
013737
12777
000207
052777

MOV

000207

SP,RO

JSR PC,FPRINT

002170

MOv #100,HLTLOC
JSR PC,IDINFO

PRINTB #LATEXC

002536

1%:

060100

002036
002040
121314

000001

121310

DIC:
DI:

JIDENTIFY FAILING

INST

#LATEXC,=(SP)

MOV

004102
002536

121332
120400

- (SP)
#HLTMSG,

MOV

JROUTINE

—

s
g&& cSs
FARANLE
BN AN

(4)
13641
13642

061026
061034

—

(3)

1-0CT=79

PROGRAMMABLE

SR FRKE

13639

MACY11 27(655)

SP,RO

MOV LATCT, (R1)
RTS PC

;

"MAXIMUM ALLOWABLE''

RECORDED FOR INST?

;SAVE NEW LATENCY VALUE

TO TURN ON P-CLK DURING DIVPI

MOV aPCLK1V,SPCV
MOV PRECSK,TPRECS

'STATE DISTURBING'

sSAVE CONTENTS OF P CLK INTERR VECTOR
;SAVE CONTENTS OF 65TH STACK WORD

MOV #PCIS3,aPCLK1V

sSETUP INTR VECTOR

BIS #1,aPC1CSR

sTURN ON P-CLK1

RTS PC
i

INST

JOVERWRITTEN WITH A NOP IF USER REQUESTS
;

SUBSEQUENT

= ENABLE

INTR DURING

(STATE DISTURBING)

CIS

INST

MACY11 27(655)
1-0CT=79
10:59
PDP=11 CIS INST EXERCISER
PROGRAMMABLE CLOCK SERVICE ROUTINE
(ZKEEA.P11
13662

)

wsd

$GPROG:

003000

GENERAL

SEQ 0204

PURPOSE REGISTERS O THROUGH 6.

RO, SGPRO
R1,SGPR1

RZ,SGPR2
R3,SGPR3

2
030000

R4, SGPR4

177776

BEQ

RS, SGPRS
:20000.PSN

MFP]

003014

MOV

003014

(SP)+,SGPRG

BR 2%

;WAS PREVIOUS MODE USER OR SUPV?

JBRANCH IF NO

;GET PREVIOUS MODE

;STORE PREVIOUS MODE SP IN SGPR6

SP,SGPR6
RTS PC

1%:

MOV

2%:

*ROUTINE TO RESTORE GENERAL PURPOSE REGISTERS O THROUGH 5
RGPRO6:

b o

EQQQQQQQQ
BB ISIAN SRRSEEERE

:ROUTINE
TO SAVE

J 16
PAGE 91-21

013700
013701
013702
013703
013704
013705

003000
003002
003004
003006
003019
003012

000207

MOV
MOV
MOV
MOV
MOV
MOV

SGPRO,RO
SGPR1,R1
SGPR2,R2

SGPR3,R3

SGPR4 ,R4

SGPRS5 RS

RTS PC

JNOTE NO NEED TO RESTORE R6 BECAUSE

[T HAS NOT CHANGED.

*ROUTINE TO SAVE
-

016637
013737
013737
013737
013737
013737
013737

013737
013700
062700

000004
003002

003004
003006
003010
003012
003014
003014
000006

002560
002562
002564
002566
002570
002572
002574
002576

STATE OF CISP = STATE=STACK POINTER,GENERAL PURPOSE REGISTER
CONTENTS € STACK CONTENTS.

SAVST:

MOV
MOV
MOV
MOV
MOV
MOV
MOV
MOV
MOV

4(SP) ,STATPS

SGPRO,STATRO
SGPR1,STATR1

;SAVE PSW STATE

;SAVE STATE OF GENERAL PURPOSE REGS 0-€

SGPR2,STATR?
SGPR3,STATR3
SGPR4 ,STATR4

SGPRS,STATR5
SGPR6, STATR6
SGPR6,R0O

ADD #6,R0

;SAVE STACK CONTENTS

PDP=11 CIS INST EXERCISER
MACY11 £7(655)
1-0CT=79 10:59
PROGRAMMABLE CLOCK SERVICE ROUTINE
C(ZKEEA.P1T
13709
13710

061406
061412
061414
061420
061424
061426
061430
061432

020027

120602

012702
012701
0146142
020100

093000
120602

103007

103375

000207

KT8

PAGE 92

(MP RO,#CSTACK

;DID CIS INST PUSH ANYTHING ONTO STA(K?

MOV #CSTACK,R1
MOV =(R1),=(R2)

BHIS 1%
MOV #SCSTK,R2
2%
1%:

SEQ 0205

C(MP R1,R0O

BHIS 2%

JBRANCH IF NO
{
;COPY USED PORTION OF STACK INTO A
SAVE AREA.

JALL OF USED PORTION OF

;BRANCH [F NO

RTS PC

*ROUTINE TO CHECK FOR A CISP STATE CHANGE
*

RETURNS TO CALL

ON NO CHANGE:

CALL+2 ON CHANGE

STACK COPIED?

PDP=11

(IS INST EXERCISER

(ZKEEA. P
13722

1372%

13724

061434

MACY11

27(655)

1=-0CT=79

PROGRAMMABLE ( LOCK SERVICE ROUTINE

026637

000004

002560

STATCG:

10:59

(MP 4(SP),STATPS

L 16
PAGE 93

SEQ 0206

;DID PSW CHANGE?

PDP=11 CIS INST EXERCISE R
MACY11 27(655)
1-0CT=79
10:59
PROGRAMMABLLE CLOCK SERVICE ROUTINE
(ZKEEA. P11

061452
061454

001054
023737
001050
023737

061462

001044

061442
061444

003014

002576

003000

002562

BNE
CMP
BNE
CMP

STHASC
SGPR6,STATR6
STHASC
SGPRO,STATRO

BNE STHASC

‘\

13726

13727
13728
13729
13730
13731

M 16
PAGE 94

SEQ 0207

;BRANCH IF YES
;DID STACK POINTER CHANGE?
;BRANCH IF YES
;DID ANY OF THE GENERAL PURPOSE REGISTER
s CONTENTS CHANGE?
;BRANCH IF RO CHANGED

POP=11 CIS iINST EXERCISER
MACY11 27(655)
1-0CT=79 10:59
PROGRAMMABLE CLOCK SERVICE ROUTINE
(ZKEEA.P1
13733

061464

023737

001040
023737
001034

003002

002564

003004

002566

003006

002570

003010

002572

003012

002574

120602

000002

sBRANCH IF R1 HAS CHANGED

BNE STHASC

;BRANCH IF R2 HAS CHANGED

S THASC
CMP SGPR&4,STATR4
BNE STHASC

;BRANCH IF R3 HAS CHANGED

CMP SGPR3,STATR3

CMP SGPR5,STATRS

BNE STHASC

MOV SGPR6.RO
ADD #6,R0O

CMP R?ilCSTACK

003000

2%:

1$:

SEQ 0208

CMP SGPR1,STATR1
BNE STHASC

CMP SGPR2,STATRZ2

003014
000006
120602

8 1
PAGE 95

MOV #SCSTK,R2
MOV #CSTACK,R1
CMP -(R1),=(R2)
BNE STHASC
CMP R1,RO

BHIS 2%

BR NOSCHG

.:BRANCH IF R4 HAS CHANGED

‘BRANCH IF RS HAS CHANGED

*DID THE STACK CONTENTS CHANGE

:DID ANYTHING GEY PUSHED ONTO THE STACK?
;BRANCH IF NO

;DID ANY OF THE INFORMATION ON THE STACK GET CHANGED?
;BRANCH IF YES
sJALL OF

STACK CHECKED?

;BRANCH IF NO

STHASC: ADD #2,(SP)

NOSCHG:

RTS PC

;ROUTINE TO CHECK FOR AND SETUP P-CLK

PC1CK:

sTEST

FOR P=CLKS PRESENT

PDP=11 CIS INST EXERCISER
MACY11 27(655)
1-0CT=79 10:59
PROGRAMMABLE CLOCK SERVICE ROUTINE
(ZKEEA.P11
13760
13761
13762
13763

061602
061606
061610
061614
061616

013701
011146
012721
011146
005011

061620

002532

PAGE 96

SEQ 0209
;SAVE

061676

MOV TIMOUT,R1
MOV (R1),=(SP)
MOV #18, (R1)+
MOV (R15,=(SP)
CLR (R1)

005777

120670

TST @PC1CSR

SATTEMPT ACCESS P=CLK1

061624
061632
061636

012777
005077
012777

060134
120656
000000

120656

061644

012777

061652
061660
061666
061674
061676

TIME OUT VECTOR CONTENTS

CSR

120650

MOV #PCIS1,aPCLK1V
CLR @PC1CSR
MOV #000,aPC1CSR

;PCLK1 IS RESPONDING
;SET UP P=CLK1 INTERRUPT SERVICE VECTOR
;CLEAR P-CLK1 CSR
;SET P=CLK1 FOR SINGLE INT,COUNT DOWN,100k HZ

00000¢

120644

MOV #1,@PC1CSB

:SET C(lNTER TO 1 (1 MICRO SEC INTERVAL

012737
013737

000031
002544

002552
047434

MOV 41, INTRVL
MOV KNOP1,TOPC1

062766
000402
005726
005726
013701
012661
012611
000207

000004

002532
000002

28:

ADD #4,4(SP)
BR 2%
TST (SP)+
TST (SP)+
MOV TIMOUT
R1
MOV (SP)+,2(R1)
MOV (SP)+.(R1)
RTS PC

013701

002532

PCOCK:

012721
011146
005011
005777
012737
012700

062024

011146

005020
020027
001374
012777
005077

1$:

120564
177777
004102

_CLOCK,

INT ENABLE

WITH1 MHZ EXTERNAL CLOCK.

;SAVE INTERVAL SETTING
OVER\RITE BRANCH TO ALLOW TURNING ON OF
PCLK1

PRIOR TO CIS INST EXECUTION

ADJUST STACK FOR 'EXISTS RETURN'
sFIX UP STACK POINTER

JRESTORE TIME OUT INTR VECTOR TO ORIGINAL STATE

;ROUTINE TO CHECK FOR AND SETUP P-CLK2
MOV TIMOUT,R1
sSAVE TIME OUT VECTOR CONTENTS

002540
128:

004172
060110
120530

;

120520

MOV (R1),=(SP)

MOV
MOV
CLR
TST
MOV
MOV

#18S,(R1)+
(R1),=(SP)
(R1)
@PC2CSR
#177777 ,LATEN
#ILATEN.RO

(LR (RO)+
CMP RO, #LATEND+2

BNE 128
MOV #PCIS2,aPCLK1V
CLR @PC2CSR

JATTEMPT ACCESS OF PCLK 2 CSR

JSET LATENCY TESTING FLAG
;CLEAR INTERRUPT LATENCY TABLE

;CLEAR P-(CLK2 CSR

PDP=11 CIS INST EXERCISER
MACY11 27(655)
1=0CT=79 10:59
(ZKEEA.P1
PROGRAMMABLE CLOCK SERVICE ROUTINE
13807

061774

012777

000020

13803
13804

062002
062006

005077
013737

13806
13807
13808
13809
13810
13811

062014
062022
062024
062026
062030
062034

062766
000402
005726
005726
013701
012661

13813

062042

000207

13802
13805

13812

062040

012611

D 1

PAGE 97

SEQ 0210

120522

MOV #20,aPC2CSR

JSET P=CLK2 FOR INT. DISABLE, COUNT UP

120520
002546

047424

CLR aP(2CSB
MOV KNOP2,TOP(C2

JSET COUNTER TO O
JOVERWRITE BRANCH TO ALLOW TURNING ON OF

000004

(00004

002532
000002

1%:
)
2%:

ADD #4,4(SP)
BR 2%
TST (SP)+
TST (SP)+
MOV TIMOUT,R1
MOV (SP)+,2(R1)

MOV (SP)+,(R1)
RTS PC

;

100kHZ CLOCK

PCLK2 PRIOR TO CIS INST EXECUTION

;ADJUST STACK FOR

'EXISTS RETURN'

JFIX UP STACK POINTER
JRESTORE TIME OUT
:
ORIGINAL STATE

INTERRUPT VECTOR TO

‘

POP=11 (IS INST EXERCISER
MACY11 27(655)
1<0(CT=79
(ZKEEA.PIN
LINE TIME CLOCK ROUTINES

}332;?

LSBTTL

11%:2',

13824

062044

013746

177572

13828
13829

062050
062054
062060
062066

005037
012637
042777
004737

177572
002210
000100
061206

13825
13826
13827

KWll=L

I:TCIS:
120734

10:59

PAGE 97-1

SEQ 0211

LINE TIME CLOCK ROUTINES
(LINE

TIME CLOCK)

INTERRUPT SERVICE ROUTINE

MOV a#MMRO,~(SP)

;SAVE MEM MGMT STATE ON STACK = OVERWRITTEN WITH A

(LR
MOV
BIC
JSR

sTURN OFF LTC
s SAVE GENERAL PURPOSE REGS 0-6

a#MMRO
(SP)+ MMSTAT
#100,aLkS
P(C,SGPRO6

; BRANCH (406) IF NCT A 11/34/44/74& (SEE SIZEPT ROUTINE)
sTURN OFF MEM MGMT
JRESTORE STACK TO PROPER POINT

POP=11 (IS INST EXERCISER
MACY11 27(655)
1-0CT=79
(ZKEEA.PI1
LINE TIME CLOCK ROUTINES

SPAN=OVO~NONW

sEsgE

[

e———

REE

TIRLIEEL FERRFFFRR

(4)

FERXEXEZK RRRRRRERR

062072
062076
062}00

062166

021627

047464

001045
004737
000442
032766
001025

000400
/
012163

004737

(54766

065304

012737

062166

005237
052737
076175
003146
003146
003152
004737
005737
001403
013737

002542
040000

002170

mov #1008 ,HLTLOC
JSR PC,IDINFO

PRINTB #FORM4?2

MOV
#FORM42
, = (SP)
MOV
SP.RO
JSR PC,FPRINT
PRINTB #FORM43

1008:

002132

061264
002156
002210

(SP) ,ATINST

PRINTB #HLTMSG

065304

177572

SEQ 0212

s INTERRUPTED THE CIS INST UNDER TEST?
sNO = EXIT LTC SERVICE
sHAS THE STATE OF CIS INST CHANGED?
sNO RETURN = EXIT LTC SERVICE

;YES RETURN - IS PSW BIT 8 SET?
;BRANCH IF YES

MOV
#HLTMSG,
= (SP)
MOV
SP,R0
JSR PC,FPRINT

065304
014760

000002

014671

012746
010600
004737
000000

PAGE 98

BNE EXLTCS
JSR PC,STATCG
BR EXLTCS
BIT #400,2(SF)
BNE 1%

061434

012746
010600
004737

CMP

10:59

MOV
#FORM43,-(SP)
MOV
SP.RO
JSR PC,FPRINT
HALT

1$:

INC INTCT
BIS #40000,FATAL
DIVPI
DIVDS
DIVDS
DIVDD
EXLTCS: JSR PC,RGPRO6
TST MMFLG
BEQ 1%
MOV MMSTAT
, 4MMRO

1%:

RTI

sIDENTIFY FAILING INST
sMSG:

CIS

INST WAS SUSPENDED

TO SERVICE

INTR

;MSG: PSW BIT 8 SHOULD HAVE BEEN SET BUT WAS NOT

sUPDATE INTERRUPT COUNT
;SET _INTR INDICATION IN FATAL ERROR WORD
;DISTURB INTERNAL CISP STATE BY
;

EXECUTING A DIVP IN-LINE

INST.

;RESTORE GENERAL PURPOSE REGS 0-6
JTESTING WITH MEM MGMT ON ?

;BRANCH IF NO

;TURN ON MEM MGMT
JRETURN FROM SERVICE

1-0CT=79
MACY11 27(655)
POP=11 (IS INST EXERCISER
CZKEEA.P1
LINE TIME CLOCK ROUTINES

10:59

PAGE

SEQ 0213

13856

sLTC SYNC UP ROUTINE
062234
062234

005077

120562

062240
062246
062250
062254

032777
001774
005077
000207

006200
120546

LTCSUP:
120554

1%:

CLR aLKS

;DISASLE INTERRUPTS; CLEAR MONITOR

BIT #200,aLKS

;WAIT FOR CLOCK SIGNAL

BEQ 1%
(LR aLKS
RTS PC

PDP=11 CIS INST EXERCISER
MACY11 27(655)
1-0CT=79
CZKEEA.P11
LINE TIME CLOCK ROUTINES
13869

}%33?
13872

;LTC
062256

13873
13874
13875
13876
13877
13878
13879
13880
13881
13882
13883

062256
062264
062270
062272
062276
062304
062306
062310

13885
13886
13887

062312
062312
062316

13891
13892
13893

0623
062334
062340

13888
13889
13890

052777
005237
000775
005077
163737
005726
005726
000207

000100
003024
120524
003032

120536

003024

10:59

PAGE 100

= DETERMINE COUNT PER CLOCK TICK

LTCCNT:

BIS #100,aLKS
INC LCNT
BR 1%
LTCINT: CLR aLKS
SUB LTCDLY,LCNT
TST (SP)+
TST (SP)+
RTS PC
1%:

:ENABLE INTERRUPTS
;COUNT TILL LTC INTERRUPTS
:DISABLE LTC INTERRUPTS
: INTERRUPT RETURN
:FIX UP STACK

: LTC = ROUTINE TO CHECK FOR LINE

062320
062324
062326

013701

002532

012721
011146
005011

062364

011146

005777
005077
012777

120466
120462
062272

LTCP:

MOV TIMOLT,R1

MOV (R1),=(SP)

MOV #18,(R1)+
MOV (R1),=(SP)

120450

SEQ 0214

CLR (R1)
TST aLkS
CLR aLKS

MOV #LTCINT.aLTCIV

TIME CLOCK ON SYSTEM

:SAVE

TIME OUT VECTOR

:SETUP INTERRUPT VECTOR

:ATTEMPT ACCESS OF LTC
:CLEAR LTC CSR
:LTC IS RESPONDING = SETUP LTC

INTR VECTOR

POP=11 (I, INST EXERCISER
MACY11 27(655)
1=0CT=79
CZKEEA.P11
LINE TIME CLOCK ROUTINES
13895
13896
13897
13898

13899
13900
13901
13902
13903

};ggg

13906
13907
13908
13909
13910
13911
13912
13913

}gg}g

13916
13917

13918
13919

10:59

062346

013737

003030

047372

MOV KNOP&,TOLTC

062354
062362
062364
062366
062370
062374
062400

062766
000402
005726
005726
013701
012661
012611

000004

ADD #4,4(SP)
BR 2%
TST (SP)+
TST (SP)+
MOV TIMOUT,R1
MOV (SP)+,2(R1)
MOV (SP)+,(R1)

062402

1%:
002532
000002

2%:

000207

1
I
PAGE 101

SEQ 0215

JOVERWRITE BRANCH TO ALLOW TURNING ON OF
s
OF LTC PRIOR TO CIS INST EXECUTION.
;JADJUST RETURN TO CALL + 4

;FIX UP STACK POINTER
JRESTORE TIME OUT INTR VECTOR TO
;
ORIGINAL STATE

RTS PC

JRANDOM EXERCISE MODE SUBROUTINES
3
062404
062404
062412
062420

062426

062430
062430

}%35?

062436
062444
062452

13922
13923

062454
062454

SRNGST :
013737
013737
013737

063544
063546
063550

001776
002000
002002

013737
013737
013737

063544
063546
063550

002004
002006
002010

013737

002004

063544

000207

MOV RNCON,STRNC
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?2

;SUBROUTINE

TO SAVE

RANDOM # GEN.

STATE

:SUBROUTINE

TO RESTORE RANDOM # GEN STATE

RTS PC

RRNGSX :

MOV SXRNC ,RNCON

1-0CT=79
POP=11 CIS INST EXERCISER
MACY11 27(655)
(ZKEEA.P1
LINE TIME CLOCK ROUTINES
13925
13926
13927

13928
13929
13930

062462
062470
062476

013737
013737
000207

002006
002010

063546
063550

062500
062500

013737

063544

002012

10:59

PAGE

102

MOV SXRP1,RP1
MOV SXRP2,RP2
RTS PC

SRNGSY:

MOV RNCON, SYRNC

;SUBROUTINE TO SAVE RANDOM # GEN STATE Y.

SEQ 0216

1=0CT=79
PDP=11%CIS INST EXERCISER
MACY11 27(655)
(ZKEEA.P11
LINE TIME CLOCK ROUTINES
13932
13933

062506
062514
062522

013737
013737
000207
013737
013737
013737
000207

013737

063546
063550

002012
002014
002016

002014
002016

063544
063546
063550

10:59

PAGE 103

SEQ 0217

MOV RP1,SYRP1
MOV RP2,SYRP?
RTS PC

RRNGSY:

SYRNC ,RNCON
SYRP1,RP1

;SUBROUTINE TO RESTORE RANDOM # GEN STATE

SYRP2,RP2

SRNGSW:

RNCON, SWRN(

;SUBROUTINE TO SAVE RANDOM # GEN STATE Ww.

RP1,SWRP1

2€Z.SURP2

013737
013737
013737
000207
013737
013737
013737
000207
013737
013757

RRNGSW:

SWRNC ,RNCON
SWRP1,RP1

;SUBROUTINE TO RESTORE RANDOM # GEN STATE W.

ggRPZ.RPZ
SRNGSV:

"RNCON, SVRNC

;SUBROUTINE TO SAVE RANDOM # GEN STATE V.

RP1,SVRP1
RP2SVRPZ

RRNGSV:

SVRNC R.NCFOV

SVRP1,RP1

;SUBROUTINE TO RESTORE RANDOM # GEN STATE V.

PDP=11 CIS INST EXERCISER
MACY11 27(655)
1-0CT=79
CZKEEA.P11
LINE TIME CLOCK ROUTINES
13964

062660

013737

002032

063550

10:59

MOV SVRP2,RP2

L 1
PAGE 104

SEQ 0218

SEQ 0219

’,

RTS PC

000207

PAGE 105

062666

10:59

£ 3

13966

13967

LINE TIME CLOCK ROUTINES

1-0CT=79

(ZKEEA.P1

MACY11 27(655)

Can

PDP=11 CIS INST EXERCISER

PDP-11 CIS INST EXERCISER
MACY11 27(655) 1-0LT=79
CZKEEA.P11
RANDOM MODE SUBROUTINES

10:59

PAGE 105-1

SEQ 0220

gggg

.SBTTL

13971

*SUBROUTINE TO GENERATE A RANDOM CIS INST AND LOAD ITS IDENTIFIER

;gg;g

*NOT TO BE INCLUDED IN THE RANDOM EXERCISING.

13972
13973
13974

*(REFERENCE THE OINST TABLE) INTO THE FIRST WORD OF THE DUMMY
*INPUT TABLE. THIS ROUTINE ONLY GENERATES CIS INSTS WHICH HAVE A NON-ZERO
*ENCODING IN THE OINST TABLE.
ZERC OINST TABLE ENTRIES ASSOC WITH CIS INST

13977

062670

13982

062706

13978
13979
13980
13981

RANDOM MODE SUBROUTINES

062670
062674
062700
062702

004737
042700
005200
020027
101370

063464
177740

000031

GENRI:

JSR
BIC
INC
CMP
BHI

PC.RN
#85128,R0
RO
RO, 431
GENRI

:GET A RANDOM #
*MASK OFF ALL BUT LEAST SIGNIF 5 BITS

:VALID IDENTIFIERS = 1 TO 31
sBRANCH IF

IDENTIFIER IS INVALID

MACY11 27(655)
1-0CT=79
RANDOM MODE SUBROUTINES

POP=11

CIS INST EXERCISER

13984
13985
13986
13987
13988
gggg

062710
062714
062716
062722
062724
062726

CZKEEA.P11

010037
006300
062700
005710
001761
000207

072022

MOV
ASL
ADD
TST
BEQ
RTS

003722

13991

13998
13999
14000
14001
14002
14003

14004

062730
062734
062740

062742
062746
062750
062754
062762
062764

012702
013701
006301

062701
011101
012137
022737
001431
022737

062772
062774
063000
063002
063010
063012
063016
063022

001003
012722
000763
032737
001010
004737
042700
063700

14019
14020
14021

063030
063032
063036

000747
004737
043700

14023
14024
14025
14026
14027
14028
14029
14030
14021
14032
14033
14034
14035
14036
14037
%’8%3

063044
063046
063050
063054
063056
063064
063066
063074
063076
063104
063106
063114
063122
063124
063132
063140

000741
005022
020227
001374
022737
001404
022737
001007
123727
101403
142737
022737
001006
013737
012737
000207

14022

063026

063042

14040

14042

RO, IDUM
RO
#OINST,RO
(RO)
GENRI
PC

:LOAD INST IDENTIFIER INTO DUMMY INPUT TABLE
;VERIFY THAT GENERATED INST IS
;A MEMBER OF THE SET OF CIS INSTS
*TO BE RANDOMLY EXERCISED.

JROUTINE USES THE RANDOM EXERCISE MASK TABLES TO LIMIT OPERANDS
* (LENGTHS ,ADDRESSES,ETC) TO THE PROPER RANGE.

14005
14006
14007
14008
14009
14010
14012
14017

14018

B 2
PAGE 106

*ROUTINE TO LOAD UP DUMMY INPUT TABLE USING RANDOM NUMBER GENERATOR.

13992
}gggz

13995
13996
13997

10:59

010022
010022

072026
072022
004172
001764
125252

001764

152525

001764

LDINPT: MOV #IDUM+4 ,R2
MOV IDUM,R1
ASL R1

;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

ADD
MOV
MOV
CMP
BEQ
CMP

#MINST,R1
(R1),R1
(R1)+,PMASK
#cOT ,PMASK
IDFLD
ADSCPTR,PMASK

063464
176000
001764

BNE 28
MOV #RANDSC, (R2)+
BR 1%
BIT #100000,PMASK
BNE 3$
JSR PC.RN
BIC #8S4,R0
ADD PMASK,RO

063464
001764

BR 1%
JSR PC.RN
BIC PMASK,RO

002504
100000

001764

2%:

MOV RO, (R2)+

3$:

MOV RO.(R§)+

IDFLD:

072074

000020

072022

000030

072022

072033

000011

1%:

000010
000003

072033
072022

2$%:

072056
002172

002172
072056

38:

8R 1%
CLR (R2)+
CMP R2,#1DUME
BNE IDFLD
CMP #20, 1DUM
BEQ 1%
CMP #30, IDUM
BNE 2%
CMPB IDUM+11,
411
BLOS 2%
BICB #10, IDUM+11
CMP #3, IDUM
BNE 3$
MOV IDUM+34, IRXLT
MOV #IRXLT,IDUM+34
RTS PC

;PARAMETER IS A DESCRICPTOR POINTER?
*BRANCH IF NO
*FILL TABLE ENTRY WITH A RANDOM
*DESCRIPTOR POINTER.
*MASK AND OFFSET?
*BRANCH IF NO(MASK ONLY).
*GENERATE A RANDOM #
*MASK WITH 176000
;ADD IN OFFSET

*STORE INPUT PARAMETER

:GENERATE A RANDOM NUMBER
JMASK TO VALID RANGE

;STORE INPUT PARAMETER IN DUMMY TABLE
;CLEAR REMAINDER OF DUMMY INPUT TABLE
;1S RANDOM MODE INST = ASHP OR ASHN?
*BRANCH IF YES
:BRANCH IF NO
*YES = LIMIT ROUND DIGIT TO O - 9

;CONVERT INVALID DIGIT TO A VALID ONE
;1S RANDOM INST = MOVTC
*BRANCH IF NO
*ADJUST IP15 FOR PROPER LEVEL OF INDIRECTING

JROUTINE TO LOAD MISCELLANEOUS CONSTANTS USING RANDOM NUMBER GENERATOR

063142

LDCON:

SEQ 0221

1-0CT=79
PDP=11 CIS INST EXERCISER
MACY11 27(655)
CZKEEA.P1
R ANDOM MODE SUBROUTINES

063464
001660
063464
001662

JSR PC,RN

MOV RO, INCSQ1
JSR PC.RN

MOV RO, INCSQ2

SEQ 0222

;LOAD TEST BUFFER INCREMENTING SEQUENCE
;

SEED WITH A RANDOM #

RTS PC

ROUTINE TO ACKNOWLEDGE OPERATOR REQUESTS
CNTL T = DISPLAY CURRENT TEST #(DECIMAL) THEN RETURN TO CALL+6
RETURN TO CALL+2
CNTL C
CNTL D
SET DISPLAY AND NO QUERY SWITCH. THEN RETURN TO CALL + 6
SET DISPLAY SWITCH. THEN RETURN TO CALL + 6
CNTL E
CNTL N
CLEAR DISPLAY SWITCH. THEN RETURN TO CALL + 6
TOGGLE PROGRESS DISPLAY SWITCH. THEN RETURN TO CALL +6
CNTL O
OTHER = RETURN TO CALL+6

0,08,

004737
010037
004737
010037
000207

PAGE 106-1

Mecsesensn,

14043
16044
14045
16046
[ 14047
14048
14049
14050
14051
14052
14053
14054
14055
14056
14057
14058
14059
14060
14061
146062
14063
16064
14065
146066
14067
14068
14069
14070
14071

10:59

110520

110520
110520

064672

116456

7%:

064672
064672
000003

8%:

000024

064672

000004

177777
177777

002042
002204

064672

000005

177777

002042

064672

000017

3s:

5%:

6%:

002044

064672
002042
002204
000004

TST XOCHAR

;DID TYPE ROUTINE XON/XOFF CHECK FIND A CHAR

MOV XOCHAR,RCHAR
CLR8§0CHAR
B8R
TSTB aTKS

CHAR THERE?

BEQ 7%

BPL 18

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 63
MOV #177777 ,NOERDS
BR 1%
CMP RCHAR, #017
BNE 4%
COM PROGD

000016

4%:

1%:
2%:
JROUTINE

BR 1%
CMP RCHAR,#016
BNE 1%
CLR NOERDS
CLR QRYFLG
ADD #4, (SP)

RTS PC

TO DISPLAY CURRENT

;BRANCH IF NO

- EXIT ROUTINE
READ AND SAVE TTY CHAR
;GET RID OF JUNK IF ANY

;IS CHAR A CNTL C?
;BRANCH IF YES
;IS CHAR A CNTL T?

;IS CHAR A CNTL D?

;SET DISPLAY SWITCH
sSET QUERY FOR DISPLAY BUFFER FLAG
;IS CHAR A CNTL E?
;BRANCH IF NO
;SET DISPLAY SWITCH
;1S

CHAR A CNTL 0?
CH IF NO

*TOGGLE PROGRESS DISPLAY SWITCH
;1S CHAR A CNTL N?

:YES - CLEAR NO ERROR DISPLAY SWITCH
;CLEAR QUERY SWITCH
JRETURN TO CALL+6
INST AND

TEST #

MACY11 27(655)
1-0CT=79
PDP=11 CIS INST EXERCISER
RANDOM MODE SUBRQUTINES
CZKEEA.P1
14097
14098
14099

012737

177777

012746
010600
004737
004777
000207

014020

001762

IDINST:

10:59

D 2
PAGE 106-2

MOV #177777,CTACT
PRINTB #FORMZ21

sSET CONTROL T ACTIVE FLAG
JPRINT A CRLF

JSR PC,REMPTR

JPRINT INST & TEST #

#FORM21,~(SP)
MOV
MOV
SP,RO
JSR PC,FPRINT

065304

116526

SEQ 0223

RTS PC

BOQNOW‘“‘WN—'OS

e
)
i

il sl D ) i
D ) i s i

) D
i i

PR R ol S O F o o o o

JROUTINE TO RANDOMIZE PACKED STRING DATA TYPE
004737
032700
001403
012700

063464
000001

012700
000207

000006

:
RPTYPE

000007
1%:
10%:

JSR PC,RN

BIT #1.R0O
BEQ 1%
MOV #7.R0O
BR 10%

101371
000207

063464

RZTYPE:

PC,RN

BIC #177770.R0

177770
000005

sUSE BIT 0 OF THE RANDOM # TO SELECT BETWEEN
;

THE

TWO TYPES FOR PACKED STRINGS (6,7).

MOV #6.R0O
RTS PC

;ROUTINE TO RANDOMIZE

004737
042700
020027

;GET A RANDOM #

CMP RO, 45

BHI RZTYPE

ZONED STRING DATA TYPES

;GET A RANDOM #

sUSE BITS 0,1 & 2 TO SELECT BETWEEN
;

THE 6 TYPES FOR ZONED STRINGS

RTS PC

JROUTINE

TO GENERATE A PSEUDO RANDOM NUMBER

LINPUTS:

NONE

;OUTPUTS:

kN:

PSEUDO RANDOM VALUE IN RO

MOV RP1,RO
DEC
ROL
ROL
ADD

RNCON
RO
RO
RNCON,RO

ADD RP2,RO
MOV RO,RP1
ROL RO
RO
ADD RP2,RO
RO
ROL RO

MOV RO,RP2
MOV RP1,RO
RNCON:

RTS PC
.WORD 0

s RANDOM # GENERATOR SEEDS

1-0CT=-79
MACY11 27(655)
PDP=11 CIS INST EXERCISER
R ANDOM MODE SUBROUTINES
CZKEEA.P11
14148
14149
14150
14151
14152
14153

063546
063550
063552
063554
063556

001233
007622

000000
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)
PDP=11 CIS INST EXERCISER
(ZKEEA.P11
MESSAGE PRINT ROUTINES
14155
16156
14157
14158
14159
14160
14161
14162
14163
14164

14165

14166

16167
(6)
(3)

(4)
14168
14169
(6)

(3)

.SBTTL

MESSAGE

PAGE

106-4

SEQ 0225

PRINT ROUTINES

ERROR MESSAGE PRINT ROUTINES
RETURNS TO CALL

RETURNS TO CALL

004777
032737
001406

116356
000100

012746
010600
004737
000405

011114

012746

011066

JSR

047464

065304

011142

065304

003720
003716
003714
003712

003710
003706
003704
003702
011250
065304
002146

+2 FOR REPEAT TEST

+6 FOR NORMAL RETURN

PC,aEMPTR

#100, TINST
11%

# INMEM

065304

14174
14175

10:59

> SN

011170

14173

1-0CT=79

11%:

12%:

;PRINT ERROR MESSAGL HEADER

s INST UNDER TLSTI TYPE:
:BRANCH IF RZGISTER TYPE
s IN=LINE TYPE

JSR PC,FPRINT
12%
BR
PRINTB
#INREG
#INREG,~(SP)
MOV
MOV
SP,RO
JSR PC,FPRINT
PRINTB
#FORM13,ERO,ER1,ER2,ER3,ER4 ER5,TR6,<B,TCC>

CLR
BISB
MOV
MOV
MOV
MOV
MOV
MOV
MOV

=-(SP)
TCC,(SP)
TR6,=(SP)
ERS,=(SP)
ER4 ,=(SP)
ER3,-(SP)
ER2,=(SP)
ER1,-(SP)
ERO,=(SP)

MOV
MOV

#FORM13,-(SP)
SP.RO

PRINTB

#EMOUT

JSR PC,FPRINT

, - (SP)
#EMOUT
MOV
MOV
SP,RO
JSR PC,FPRINT
PRINTB
#FORM14,EROR,ERTR,ER2R,ER3R
ER4R ERSR,ER6R,<B ECCR>
-(SP)
CLR
ECCR, (SP)
BISB
ER6R,=(SP)
MOV

MOV
ERSR,-(SP)
ER4R,=(SP)
MOV
MOV
ER3R,=(SP)
MOV
ER2R,=(SP)
MOV
ERIR,=(SP)
MOV
EROR,=(SP)
#FORM14 ,-(SP)
MOV
MOV
SP,RO
JSR PC,FPRINT
TST

ERRREG

;WAS

PRINTB

#ACOUT

JYES = PRINT OUT

BEQ

THERE A REGISTER ERROR?
DISCREPANCIES

PDP=11 CIS INST EXERCISER

C(ZKEEA.P1T

—‘J\"\Iflflg\l

063772
063776
064000
064004

(4)

14176
16177
14178
14179
14180
14181
(7)
(6)

MESSAGE PRINT ROUTINES

D ON) =

(6)

(3)

011330

sNOT EQUAL = PRINT ACTUAL

002264
011356

MOV

065304
003660

14193
14194
14195
(7)
(7)
(6)
(3)

(4)
14196
14197
14198
14199
14200

(8)

(7)
(6)
(3)
(4)

14201

002144

NOROR g INBREARSRRRE
RO NBEIIRRE

(4)
14192

5%:

2$%:

3%:

000002

R R R R RRRRRERRREL
AT

(3)

064200

1%:

011330

003662
011371

065304
002144

002202
002200
011405
065304

#FORM15, TERR
TERR,=(SP)

MOV

SP,RO

#FORM15,-(SP)

JSR PC,FPRINT
BR
3s

PRINTB

#FORM16

MOV

SP,RO

MOV

#FORM16,=(SP)

sJEQUAL = PRINT SPACES

JSR PC,FPRINT
CMP
R1,#TR6R

JALL REGISTERS COMPARED?

ADD
BR
gég

#2,R1
5%
ggRCC

;LOOK AT NEXT REGISTER
;WAS THERE A CONDITION CODE ERROR?

PRINTB

#ACOUT

PRINTB
CLR
BISB
MOV
MOV

#7ORM17,<B,TCCR>
-(SP)
TCCR, (SP)
#FORM17,-(SP)
SP,RO

BR
TST
BEQ
PRINTB
CLR
BISB
MOV
MOV

6%
ERRCC
6%
#FORM18,<B,TCCR>
-(SP)
TCCR, (SP)
#FORM18,~-(SP)
SP,RO

BEQ

JBRANCH IF

YES

;YES = PRINT ACTUAL

COND.

CODES

JSR PC,FPRINT

4%:

003662
911401

065304
066242
002270
002150

(R1) ,TERR

PRINTB
MOV

MOV
#ACOUT,=(SP)
MOV
SP,RO
JSR PC,FPRINT

065304

013746
013746
012746
010600
004737

SEQ 0226

MOV

(4)
14184
14185
14186
14187
14188
14189
14190
(6)
(4)
14191
(7)
(7)
(6)

G 2
PAGE 106=5

002264

011365

064100

10:59

;COMPARE ACTUAL WITH EMULATOR REGS.

065304
003644
003702

065304

(3)

1-0CT=79

MOV
#ACOUT ,=(SP)
MOV
SP,RO
JSR PC,FPRINT
MOV
#TROR,R1
MOV
#EROR ,R2
ggg
521).(R2)*

(4)
14182
14183
(6)

(3)

MACY11 27(€55)

6%:

JSR PC,FPRINT
JSR PC,PRNIB
CLR FILLS2
égg
ESS?UF

;GO CHECK FOR POSSIBLE NIBBLE PRINTOUT.
;WAS THERE A BUFFER ERROR?

PRINTB

L
#EBUFO,EMADR,EMDTA

;YES PRINT FIRST BUFFER

PRINTB

#ABUFO,AEADR,AEDTA

;

MOV
EMDTA,~(SP)
MOV
EMADR,
- (SP)
MOV
#EBUFO,~(SP)
MOV
SP.RO
JSR PC,FPRINT

BYTE

DISCREPANCY.

MACY11 27(655)
PDP=11 CIS INST EXERCISER
"ZKEEA.P11
MESSAGE PRINT RCUTINES

1=-0CT=79

10:59

H 2
PAGE 106=6

002176
002174
011442

MOV
MOV

AEDTA,=(SP)
AEADR,~(SP)

(4)
14202
14203
16204
14205
14206
146207
14208
14209
14210
14211
14212

065304

MOV

JSR PC,FPRINT

SP,RO

14214
14215
14216
(6)

(8)

(7)

(6)

(3)

MOV

LODT:

SEQ 0227

#ABUFO,=(SP)

TST

QRYFLG

TYPE
QDISP
JSR
JMP

JINHIBIT BUFFER QUERY?
JYES

PC,YORN
ERMDON

JMP
JMP

LERMD
RTSUPV

;DISPLAY BUFFER?
sCONTINUE (C) RETURN
;DISPLAY MEMORY (D) RETURN
JREPEAT TEST (R) RETURN
JRESTART (S) RETURN

064674

AST
JSR
BR

PC ,RANGE
LODT

013701

MOV

(4)
14217
14218
14219
an
n

065304
065230

JSR PC,FPRINT
JSR
PC.FILLPB
BR
1%

(10)
(9
(9

003140

14213

(3)

(8)
(8)
(7)
(6)
(3)

(4)
14220
(10)
(10)
(9
(9)

(8)
(8)
(7)
(7)
(6)
(3)
(4)
14221
14222
14223
14224

002204

BNE

JMP

1%:

TYPE

#ADDHDR

MOV

SP,RO

CLR

= (SP)
#ADDHDR,

;PRINT

'ADDR(S)?'

;GET RANGE OF LOCATIONS TO DISPLAY
sNO MORE DISPLAY REQUESTED-RETURN
;PRINT BYTE HEADER

sFILL PRINT BUFFER

:RANGE EXHAUSTED RETURN

#FORM19,BAD,<B,PB0>,<B,PB1>,<B,PB2>,<B,PB3>
-(SP)

B8ISB

PB3, (SP)

PRINTB

#FORM20,<B,PB4> ,<B,PR5>,<B,PB6>,<B,PR7>

BISB

PB7, (SP)

-(SP)
CLR
(SP)
PB2,
BISB
-(SP)
CLR
P81, (SP)
BISB
-(SP)
CLR
PBO, (SP)
BISB
BAD,-(SP)
MOV
#FORM19,-(SP)
MOV
MOV
SP,RO
JSR PC,FPRINT

003137
003136
002222
013642
065304

CLR

003145

-(SP)

-(SP)
(LR
PB6, (SP)
BISB
-(SP)
CLR
PB5, (SP)
BISB
-(SP)
CLR
PB4, (SP)
BISB
#FORM20,~(SP)
MOV
MOV
SP,RO
JSR PCFPRINT

003144

003143
003142
013765
065304
000004
000004

PRINTB

003141

ERMDON

RTSUPV:

ADD #4, (SP)

ERMDON: ADD #4,(SP)
RTS PC
LERMD:

JRETURN TO RESTART AT LOC °'START®
sNORMAL RETURN TO CALL +6
JREPEAT

TEST RETURN TO CALL

POP=11 CIS INST EXERCISER

(ZKEEA.P11
14225
14226
14227
14228
14229
16230

MESSAGE PRINT ROUTINES

105777

14233 064474

042737

14235

001450

14234

14236
14237

14238
14239

064464
064466

064502

064510

064512

064520
064522

1=0CT=79

10:59

T 72

PAGE 106=7

SEQ 0228

:
sSUBROUTINE TO ACCEPT Y,N,C,R,S.D OR H RESPONSE FROM TTY. RETURNS TO CALL +2
;
ON N OR C RESPONSE; CALL +4 ON A Y OR D RESPONSE; CALL +6 ON AN R OR H RESPONSE;
;
AND CALL +10 ON AN S RESPONSE.

064460
064460

16231
14232

MACYT1 27(655)

100375
117737

YORN:
1%:

115204

TSTB

aTKS

BIC

#~C177 ,RCHAR

BEQ

;BRANCH IF YES

PRE INS

;BRANCH IF NO
sINSERT A HALT IMMEDIATELY BEFORE

115220

064672

BPL
MOvB

023727

064672

000123

CMP

023727
001003

064672

000110

005037

177600 064672

047444

CMP

BNE
CLR

1%
aTKB,RCHAR

RCHAR,#123
RCHAR,#110
6%

JWAIT FOR A CHARA(TER

JREAD & SAVE (HAR

;GET RID OF JUNK IF ANY
;IS CHAR AN S ?

;1S CHAR A H
;

THE CIS INST UNDER TEST.

THEN REPEAT

TEST.

POP=11
CZKEEA.
142642
14243
14244
14245
14246
14247

MACY11 27(655)
EXERCISER
ME SSAGE PRINT ROUTINES

1-0CT=79

023727

CMP

064672

000122

6$:

001672
177777
002054

047444
002266

108:

064672

000131

064672

000104

064672

000116

064672

000103

001672

047444

000004
000004
000004
064654

7%:

10:59

J 2
PAGE 107

RCHAR, #122

BNE 7%
MOV KNOP,PRE INS

MOV #177777 .RPTFLG
DEC ERRCT

BR 4$
cMP
BEQ
cTMP
BEQ 2%
CMP
BEQ
cMP
BNE 18
ADD
ADD
ADD
JSR

;IS CHAR R
;BRANCH IF NO
JRESTORE NOP TO INST IMMED BEFOR CIS INST UNDER TEST
:SET REPEAT TEST FLAG
JDECREMENT ERROR COUNT SO THAT ERROR COUNT

;

DOESN'T ADVANCE ON REPEAT OF TEST

RCHAR, 4131
28
RCHAR
, #104

¥
=R
;IS CHA

RCHAR,#116
11$
RCHAR,#103

sNO = IS CHAR = N

MOV KNOP,PRE INS

SEQ 0229

¥4, (SP)
#4. (SP)
#4. (SP)
PC.ECHAR

;IS CHAR = D?

;IS CHAR = (?

JRESTORE NOP TO INST IMMED BEFORE CIS INST UNDER TEST

;YES = RETURN = CALL +2

sCHAR = Y OR D SETUP RETURN = CALL +4
;ECHO CHARACTER = WAIT FOR

PDP=11 CIS INST EXERCISER
MACY1? 27(655)
CZKEEA.P1
MESSAGE PRINT ROUTINES
14264
14265
14266
14267
14268
14269

064652

000207

064654
064660
064662
064670

105777
100375
113777

000207

1-0CT=79

10:59

K 2
PAGE 108

115034
064672

ECHAR:

115026

aTPS
ECHAR

RCHAR,aTPB
PC

;

SEQ 0230
PRINTER READY

;LOAD CHAR TO BE TYPED INTO DATA REG.
;SUBROUTINE TO PRINT CHAR IN 'RCHAR'
;WAIT UNTIL PRINTER IS READY
;LOAD CHAR INTO DATA REG

PDP=11 CIS INST EXERCISER
MACY11 27(655)
CZKEEA.P11
MESSAGE PRINT ROUTINES
14271

}zgg

064672

000000

RCHAR:

14274
14275
14276
14277

14278
14279 064674

064674
064700

004737
000207

064776

14283
14284
14285

064704
064710
064714

012637
004737
000207

002216
064776

14287
14288

064720
064722

104400
015476

14290
16291

064726
064732

012637
013737

14282 064702 000411

000763

14296
14295

064746
064754

042737
042737

}2%

064774

000207

002216
002216

000007
000007

064776

1%:

002220
002216
002220

28:
3$:

JNORMAL RETURN - SAVE LOWER LIMIT
*GET RANGE UPPER LIMIT
*RETURN = EXIT DISPLAY

*RETURN = SINGLE LIMIT SPECIFIED

*NORMAL RETURN - SAVE UPPER LIMIT
*RETURN = TYPE? <CR><LF>*

RANGE

:TRY AGAIN

B8R
MOV

3$
(SP)+,RUL

CEXIT
“SAVE UPPER LIMIT

BIC
BIC

ADD
ADD
RTS

064776
065000

005046
105777

114664

065006

117746

114700

065012

100375

042716

14312

065026

015512

14314

065034

000207

14317
14318

0650644
065050

021627
001403

14321

065060

“ ..

177600.

18t

(SP)+ ,RLL
RLL ,RUL
#7.RLL
#7 .RUL

#10.,RUL
cz (SP)

JSINGLE LIMIT SPECIFIED - SAVE AS
s
BOTH LOWER & UPPER LIMIT
*ROUND OFF RANGE TO GROUP OF
*TEN BYTES.

;EXIT TO CALL +4

000057

38:

104400

065070

016666

14323 065064

016616

000002
000004

-(SP)
aTkS

MOVB

@TKB,-(SP)

BPL

CMP
BNE
TYPE
2s:

14319 065052 021627 000015
14320 065056 001016
015515

CLR
1STB

XCRLF

14315 065036 024627 000055
14316 065042 001462

065062

LIMIT ON STACK.

BIC

14313 065030 062706 000002

14324

(SP)+ RLL
PC,ACCOCT
PC

MOV
MOV

ACCOCT:

14309 065016 022726 000015
14310 065022 001005
14311 065026 104400

14322

MOV
JSR
RTS

;SUBROUTINE TG ACCEPT OCTAL # FROM TTY. RETURNS TO CALL +2 ON INITIAL CR.
3
RETURNS TO CALL +4 ON <CR> OR 7/ WITH LIMIT ON STACK. RETURNS TO CALL +6 ON <=> WITH

14306 065004
14308

*GET RANGE LOWER LIMIT
*RETURN = EXIT DISPLAY

TYPE
QUES

14300
14301

14307

PC.ACCOCT
PC

14296 064762 062737 000010 002220
14297 064770 062716 000002

14304
14305

SEQ 0231

JSR
RTS

B8R

14292 064740 000402
14293 0647642 012637 002220

14302

L 2
PAGE 109

'
IN 'RLL' AND UPPER DISPLAY LIMIT IN 'RUL'.
RANGE :
;NORMAL RETURN= CALL +4.

14286 064716 000411

14303

.WORD

10:59

*SUBROUTINE TO GET RANGE OF LOCATIONS TO DISPLAY.
.
RETURNS TO CALL +2 ON NO MORE DISPLAY REQUESTED - USER
:
RESPONDED WITH 'C°.
*
NORMAL RETURN IS TO CALL +4 WITH LOWER DISPLAY LIMIT

14280
14281

14289 064724

1-0CT=79

318:

000002

78:

#~C177.(SP)

#15,(SP)+
2s

:CLEAR STORAGE FOR OCTAL #
:CHAR THERE?

‘NO- WAIT

*SAVE THE CHAR

*STRIP-OFF THE ASCII

*IS IT A 'CR'?

;YES = ECHO CR & LF

ADD

#2,SP

:RETURN TO CALL +2

cTMP
BEQ

-(SP) 455
6$

;IS CHAR = '='
*BRANCH IF YES

cTMMP
BNE

(SP) 415
48

;1S CHAR A <CR>?

2(SP), (SP)

:SWAP POSITION OF OCTAL #

RTS

CMP (SP) ,#57
BEQ 31%

TYPE

SLCRLF

MOV

4&(SP) ,2(SP)

SIS CHAR A / 2

:YES = ECHO/<CR> AND <LF>

sAND RETURN PC ON STACK

POP=11 CIS INST EXERCISER

CZKEEA.P11

MACY11 27(655 )
MESSAGE PRINT ROUTINES

1-0CT=79

000004
000002
000002

MOV
ADD
ADD
RTS
MOV

064672
064654

065

A ¥

000060

(SP) ,4(SP)
#2,SP
#2.(SP)
PC

(SP) ,RCHAR

6%:

:UPDATE RETURN POINTER
*ECHO CHAR ACCEPTED

*RETURN WITH OCTAL LIMIT ON STACK

P
8LT

(SP) ,#60
5%

:CHAR <0?
*BRANCH IF YES

BGT
BIC

13
#60, (SP)+

*BRANCH IF YES
*STRIP OFF ASCII

ASL
ASL

(SP)
(SP)

BIS

TSTB

(SP) , 467

(SPS

~2(SP), (SP)
@TKS

BPL 108
MOVB aTKB,~(SP)

BIC #°C177,(SP)+

5%:

SEQ 0232

PC,ECHAR

ASL

:
108

Mm 2
PAGE 109-1

JSR

cMP

000067

10:59

BR 2%

TYPE

QUES

*CHAR>7?

*SHIFT PRESENT DATA OVER TO
*

"MAKE ROOM FOR NEW DIGIT

;SET IN NEW DIGIT
*CHAR THERE

‘NO
- WAIT
*SAVE CHAR

sTYPE ?<CRO<LF>*

ADD
BR
MOV

#4,SP
18
(SP) ,RCHAR

;ECHO '=*

ago

g.l.(sm

:UPDATE RETURN POINTER

JSR

PC.ECHAR

:SUBROUTINE TO FILL BYTE PRINT BUFFER. RETURNS TO CALL +2 WHEN DISPLAY REQUEST IS

002220

F-ILLEBMCIEQIE (RLL=RUL). NORMAL RETURN TO CALL+4 WITH RLL=RLL +10 & PRINT BUFFER FILLED.

002216
1$:

BEQ
MOV
MOV
MOV
MOV
MOV
MOV
ADD
ADD
RTS

RLL .RUL

NORMAL RETURN TO CALL +4

RLL .R1
R1,BAD

SETlP POINTER TO DISPLAY LOCS
:SAVE BUFFER ADDRESS FOR PRINTOUT

#10,RLL

sUPDATE LOWER LIMIT DISPLAY POINTER

(R1)+,PB0
(R1)+,PB2
(R1)+,PB4
(R1)+,PB6

#2,(SP)
PC

:TRANSFER 10 BYTES AT DISPLAY
:
LOC ADDRESS TO PRINT
:
BUFFER.
;UPDATE RETURN POINTER

.EVEN

;SUBROUTINE TO TYPE FORMATED 'PRINTB' STATEMENTS
065304

065310
065314
320
065324

010537
010437
010337
010237
010137

FPRINT:

MOV R5,FSAVRS
MOV R4 .7 SAVR4

MOV R3,FSAVR3
MOV R2,FSAVR?
MOV R1,FSAVR1

:SAVE REGISTERS

MACY11 27(655)
PDP=11 CIS INST EXERCISER
CZKEEA.P11
MESSAGE PRINT ROUTINES
14379
14380
14381
I
14

14385

065340
065342

020227

1%:

000045

"
1-0CT=79

10:59

MOV (RO)+,R1
MOVB (R1)+,R2
CMP R2.#'%

000117

065346

000101

000116

N 2
PAGE 109-2
SETUP R1 AS POINTER INTO FORMAT STATEMENT
GET NEXT FORMAT BYTE

JISBYTE =% ?
;BRANCH IF YES
;IS BYTE = 0 ?
JBRANCH IF YES
;IS BYTE = A ?
H IF YES
s
;IS BYTE = N ?
:

000131

SEQ 0233

IF YES

(OCTAL)
(ASCID

(CRLF)

;IS BYTE = Y ?
H IF YES
H
;IS BYTE =D ?
H IF YES
’
;IS BYTE = § ?

(BINARY)

;IS BYTE = 0 ?
H IF YES
3
;IS BYTE =B ?

(END OF FORMAT STATEMENT)

H IF YES

(DECIMAL)

(SPACE)

(BYTE)

;BRANCH IF YES
BYTE = NONE OF THE ABOVE - IGNORE IT.

2%:

177770

065714
3s:

000045

000000
066016
066016

000200
066016

177770

5%:

066020

702

177770
000006
000005

00066
112102
042702

066112

6%:

JSR1I;C.P0CT
BR

MOVB (R1)+,R2
CMP #°'X.R2
BEQ 18
CMP #0_R2
BEQ 108
MOVB R2,TDIG

.
o

.
.

o
.

L
.

2
.

.
-

BIC #177770,R2
MOV (RO)+,R%
JSR PC.PBIN
BR 18

MOVB (R1)+,R2

BIC n7z76.n2

MOVB (R1)+,R2

BIC #177770,R2

SET R3 = WORD OF DIGITS TG PRINT

CALL ROUTINE TO PRINT OCTAL DIGITS

SET R2 = NEXT ASCII CHAR TO PRINT
IS CHAR = %

BRANCH IF YES
END OF FORMAT BYTES?
BRANCH IF YES

YES = PREPARE TO EXIT ROUTINE

CALL ROUTINE TO PRINT ASCII BYTE

CALL ROUTINE TO PRINT CRLF

BR 18
MOVB (R1)+,R2

61$:
7%:

177770

BIC #177770,R2
MOV (RO)+.R3

TYPE”.TDIG
BR
MOV #CRLF,TDIG
TYPE ,TDIG

066016

SET R2 = COUNT OF # OF DIGITS TO PRINT

MOVB (R1)+,R2

SET R2 = COUNT OF # OF DIGITS TO PRINT
.

SET R3 = WORD OF DIGITS TO PRINT
CALL ROUTINE TO PRINT BINARY DIGITS

SET R2 = COUNT OF DIGITS TO PRINT
IF REQUEST IS TO PRINT MORE THAN 5 DIGITS
PRINT 5 INSTEAD
SET R3 = WORD OF DIGITS TC_PRINT
CALL ROUTINE TO CONVERT (R3) TC DECIMAL
AND PRINT DECIMAL DIGITS

“GET MOST SIGN DIGIT OF 1 OR 2 DIGIT
COUNT OF # OF SPACES TO PRINT

MACY11 27(655)
POP=11 CIS INST EXERCISER
CZKEEA.P11
MESSAGE PRINT ROUTINES

BEQ 128
CMPB (R1) 40
BEQ 128

000000

066014
066016

112102

042702
012003
042703
004737
000607

12%:

002062
002064
002066
002070
002072

14483
14484
14485
14486

SEQ 0234

;IS NEXT BYTE = % ?

BICB #370,0CNT
BISB OCNT.R2
MOV #' ,TDIG
TYPE

,TDIG

;GET LEAST SIGN DIGIT INTO R2

sPRINT A SPACE

BR 1%
MOV (SP),=(RO)
RO .SP
RS
MOV FSAVRS
Ré
MOV FSAVR4
MOV FSAVR3,R3
MOV FSAVRZ,R2
MOV FSAVR1,R1
RTS PC

11%:

177770
177400

065714

MOVB (R1)+,R2

BIC #177770,R2
MOV (RO)+.R%
BIC #177400.R3

:SET R2

COUNT OF # OF

;SET R3

BYTE TO PRINT

DIGITS TO PRINT

JSR PC,POCT

BR 1%

"SUBROUTINE TO CONVERT A BINARY # TO OCTAL (ASCII) AN TYPE IT
SJENTER WITH R2 = # OF OCTAL DIGITS TO TYPE
R3 = BINARY #

14465

14471
14472
14473
14474
14475
14476
14477
14478
14479
14480
14481

SOB R2,12$

14463

14467

PAGE 109-3

ASL R?
ASL R2
ASL RZ2
MOVB (R1)+,0CNT

:
108

000207

10:59

CMPB (R1)
. 4'%

000045

066014
000370
06601 4
000040
066016

1-0CT=79

112737

000005

066014

POCT:

000006
066015

ADD #6.R2

MOVB R2,OMODE
1%:

2%:

066015

MOVB #5,0CNT
NEG R2

3%:

CLR R4
ROL R3
BR 3$
ROL R3
ROL R3
ROL R3
MOV R3.Ré4

ROL R&
DECB OMODE

BPL 7%
BIC #177770.R4
BIS #°'0,Ré4

177770

MOVB Ré.TDIG

7%:

TYPE

,TDIG

DECB OCNT

BLT 6%

;SET THE ITERATION COUNT
;SUBTRACT # OF DIGITS TO TYPE FROM MAX ALLOWED
;SAVE IT FOR USE
;ROTATE MSB INTO "'C**
;FORM THIS DIGIT

;GET LSB OF THIS DIGIT
;TYPE

THIS DIGIT

sBRANCH IF NO
;GET RID OF JUNK
JMAKE THIS DIGIT ASCII
:SAVE FOR TYPING
sTYPE THIS DIGIT

sCOUNT BY 1
;BRANCH IF DONE

PDP=11 CIS INST EXERCISER
MACY11 27(655)
CZKEEA.P11
MESSAGE PRINT ROUTINES

1-0CT=79

14487
}2233

066010
066012

000754
000207

BR 2%

14490
164491

066014
066015

000
000

}2232

066017

000

164492

066016

68 :
OCNT:
OMODE:
IG:

000

14495
14496

112737
005402
062702
110237
005004
006103
012704
0061
105337
100010
042704
052704
010437
104400
105337
002401
000755
000207

000017

066014

PBIN:

000020
066075
000000

1$:

066015
177776
000060
066016
066016
066014

7%:
6$:

14519
14520

.BYTE 0
.BYTE 0
.BYTE 0

BYTE 0

MOVB #17,0CNT
NEG R2
ADD #20,R2
MOVB R2,0OMODE
CLR R&
ROL R3
MOV #0,Ré4
ROL R&
DECB OMODE
BPL 7%
BIC #177776.R4
BIS #'0,Ré4
MOV R&,TDIG
TYPE ,TDIG
DECB OCNT
BLT 6%
BR 1%
RTS PC

14523
14524
14525
14526
14527

066112
066114
066116
066122
066124

010146
010046
012700
160200
005004

14529
14530
14531
14532
14533
14534
14535

066132
066134
066140
066142
066144
066146
066150

005002
016401
160103
103402
005202
000774
060103

14537

066156

066126

066152

066160
066162
066164

012705

052702

005700
001402
005300
000401

PDEC:
000005
066232

066222

000060

2%:

3$:

48:

6% :

R3 = BINARY #

:SET THE ITERATION COUNT
:SUBTRACT # OF DIGITS TO TYPE FROM MAX ALLOWED
“SAVE IT FOR USE
*CLEAR THE OUTPUT WORD
;GET BINARY DIGIT
*TYPE THIS DIGIT?
*BRANCH IF NO
*GET RID OF JUNK
*MAKE THIS BIT ASCII
*SAVE FOR TYPING
STYPE THIS DIGIT
:COUNT BY 1
*BRANCH IF DONE
*BRANCH IF MORE TO DO

suenourx~s TO CONVERT A BINARY # TO DECIMAL
;
ENTER WITH R3 =

}225}

14538
14539
14540

SEQ 0235

:BRANCH IF MORE TO DO

RTS FC

14499
14500
14501
14502
14503
14504
14505
14506
14507
14508
14509
14510
14511
14512
14513
14514
14515
14516

14536

c 3
PAGE 109-4

SUBROUTINE TO CHANGE A BINARY # TO ASCII AND TYPE
;
ENTER WITH R2 = # OF BINARY DIGITS TO TYPE

}223;

14528

10:59

(ASCII) AND TYPE

DECIMAL DIGITS

R2 = # or DECIMAL DIGITS TO TYPE

MOV
MOV
MOV
SUB
CLR

R1,=(SP)
RO.=(SP)
#5.RO
R2.R0
R4

MOV #DBLX,RS

CLR R2
MOV DTBL (R4) ,R1
SUB R1,R3
BLO 4%
INC R2
BR 3$
ADD R1,R3

8IS #'0.R2
TST RO

BEQ 618
DEC RO
BR 62%

:SAVE R1
*SAVE RO
:RO CONTAINS # OF DIGITS TO SKIP BEFORE PRINTING
*2ERO CONSTANTS TABLE INDEX
“SETUP THE OUTPUT PONTER

*CLEAR THE BCD #
*GET THE CONSTANT
*FORM THIS BCD DIGIT
*BRANCH IF DONE
*INCREASE THE BCD DIGIT BY 1
:ADD BACK THE CONSTANT

*MAKE THE BCD DIGIT ASCII
*PRINT THIS DIGIT?

*BRANCH If YES
*DECREMENT SKIP COUNT

MACY11 27(655)
PDP=11 CIS INST EXERCISER
CZKEEA.P1
MESSAGE PRINT ROUTINES
14541

61%:

110225

62%:

000010

8%:

066232

1-0CT=79

10:59

DBLK :

SEQ 0236

MOVB R2, (R5)+

;PUT THIS CHAR IN THE OQUTPUT BUFFER

TYPE

JNOW TYPE

TST (R4)+
CMP R4 ,#10
BLT 2%
BGT 8%
MOV R3,R2
BR 6%
CLRB (RS5)

;JUST INCREMENT
ING
;CHECK THE TABLE INDEX
;GO DO THE NEXT DIGIT
;GO TO EXIT
sGET LSD
:GO_CHANGE TO ASCII
;SET THE TERMINATOR

,DBLK

MOV (SP)+,RO
MOV (SP)+.R1
DTBL:

PAGE 109-5

THE #

;RESTORE RO
sRESTORE R1

RTS PC

JEXIT

10000.

1000.
100.

10.

.BLKW &

;SUBROUTINE TO DISPLAY DECIMAL STRING SOURCES AND RESULTS IN
;
DECIMAL FORM.
STRINGS TO BE DISPLAYED ARE IDENTIFIED BY
THE
CONTENTS OF PZCODE AS FOLLOWS:
;

BIT 0 =1

:
:

BIT 2 =1
BIT 3 =1

o
"

SRC2
DEST

(DESC IN ER4,.ERS)

BIT 5 =1

DEST

(DESC IN ERO,ERT)

DISPLAY ZONED SOURCE STRING

BIT 4 =1

BIT 8 =1

PACKED SOURCE

BIT10 = 1

BIT12 = 1

“n

:
:

BIT11 = 1

BIT13 = 1

DEST

SR(?

'’
o

(DESC

IN ERZ2.ER3)

DEST

(DESC IN ER4,ERS)

DEST

(DESC IN ERO,ERT)

DEST

(DESC IN ERZ.ER3)

NOTE: ALL SOURCE STRINGS MUST BE STORED IN THE INPUT
SOURCE BUFFER DESCRIBED BY THE DESCRIPTOR(S)

INSRCT AND INSRC2.

IF THE DIVP BY O FLAG IS SET (EZDF) OR BIT 2 OF THE
SPECIAL HANDLING CODE IS SET (SPHAND) THEN THIS SUBROUT INE

RETURNS WITHOUT DISPLAYING ANY STRINGS.

005737
001401
000207
032737
001401
000207

035744
000004

002466

TST

BEQ 1%

002140

EZDF

;IS TEST CONDITION A 'DIVIDE BY ZERO'

RTS PC

JYES = EXIT WITHOUT DISPLAYING ANY BUFFER STRINGS
;1S SPECIAL HANDLING BIT 2 SET?

RTS PC
1ST PZCODE

JYES = EXIT WITHOUT DISPLAYING ANY BUFFER STRINGS.

RTS PC

JNO = EXIT WITHOUT DISPLAY,

BIT #4,SPHAND
BEQ 2%

BNE 3%

JARE ANY STRINGS TO BE DISPLAYED?

’

MACY11 27(655)
PDP=11 CIS INST EXERCISER
CZKEEA.P1T
MESS AGE PRINT ROUTINES
14595
14596
14597
14598
14599
14600
14601
14602

14603

CLR EPAK
BIT #1,P2CODE
BEQ 4$

002466

4$:

066512
000004

002466

S%:

066602
177777
000400

026056
002466

6%:

BIT
BEQ
JSR
BIT
BEQ
JSR

066462
001000

002466

066512
002000

066602
000070

002466

066462
000002

177777
066672

014023

047464
177700
000052

065304

JSR PC.SN

#2.PZCODE
5%
PC,SIN
#4.PZCODE
6%
PC,S2N

MOV #177777.EPAK

SEQ 0237

JPRINT A ZONED SRC STRING?

:YES

JPRINT A ZONED SRC1 STRING?
sYES

;PRINT A ZONED SRCZ STRING?

s YES

7%:

81T #1000,PZCODE

;PRINT A PACKED SRC1

002466

10%:

BIT #2000,P2CODE

;PRINT

A PACKED SRCZ2 STRING?

002466

11%:

BIT #70,PZCODE

sPRINT

IYES
A ZONED DEST.

BIT #34000,PZCODE
BEQ 13%
MOV #177777.EPAK

;PRINT

A PACKED DEST.

JSR PC.DN
RTS PC

. YES
JEXIT DECIMAL DISPLAY SUBROUTINE.

PRINTB #FORM2?2

;PRINT

002466

12%:

026056
13%:
SN:

JSR PC,SN

BEQ 10$
JSR PC,SIN
BEQ 118
JSR PC,S2N

BEQ 12%

CLR EPAK
JSR PC.DN

MOV
MOV

- (SP)
#FORM22,
SP,R0

JSR PC,FPRINT

MOV INSRC1,R1
MOV INSRC1+2,R0
JSR PC,DECPRT

SIN:

RTS PC

s YES

BIC #177700.R1
CMP R1,4#72

JYES

;IS INST =
;BRANCH IF
;1S INST =
sBRANCH IF

CMPN?
YES
CMPP?
NO

JPRINT

2%:

JSRS:C.FPRINT
BR
PRINTB #FORM23

sPRINT *SRC1'

MOV
MOV

- (SP)
#FORMZ23,
SP,RO

STRING?

;LOAD R1 WITH STRING LEN
JLOAD RO WITH STRING ADD
;PRINT DECIMAL DIGIT STRING

1%:

#FORM24 ,-(5P)
SP,RO

STRING?

'SRC'

BNE 2%
PRINTB #F0ORM24

MOV
MOV

STRING?

s YES

MOV TINST,R1

CMP ?1.152

065304
014040

JPRINT A PACKED SOURCE

000072

014056

PAGE 109-6

BIT #400,P2CODE
BEQ 7$

065304
002474
002476
067060

012746
010600
004737

10:59

3s:

026056
000001

026056
066672
034000

012746
010600
004737
000405

1=0CT=79

'SRC2'

JSR PC,FPRINT

PDP=11 CIS INST EXERCISER
MACY11 27(655)
(ZKEEA.P1T
MESSAGE PRINT ROUTINES
14640
14641
14642

013701

14643

14644

14645

164646

14647
14648
14649
14650
(6)

(3
(4)

002474
002476
067060

3%:

047464
177700
000052

S2N:

014040

012746

014056

10600

10:59

PAGE

MOV INSRC1,R1
MOV INSRC142,R0
JSR PC,DECPRT

RTS PC

gIC #177700.R1
CMP R1,#52

18:

2%:

002500

CMP R1,472
BNE 28

PRINTB #FORM23

MOV

,
= (SP)
#FORM23

3%:

BR
PRINTB #FORM24

MOV
MOV

4
, = (SP)
#FORM2
SP,RO

JSR PC,FPRINT

MOV INSR(CZ2,.R1
MOV INSR(C2+2,R0
JSR PC,DECPRT

014074

012746

014117

065304
020040

DN:

002466

065304
020040

1%:

2%:
4%:

002234
002236

PRINTB #F ORM26

, = (SP)
#F ORM26
SP.RO

JSR PC,FPRINT

BIT #20040,PZCODE

002466

,
- (SP)
#FORMZ25
SP,RO

BEQ 1%
MOV ERO.R1
MOV ER1.RO
BR 4%
BIT #10020,PZCODE
BEQ 28
MOV ER2.R1
MOV ER3.RO
BR 4%
MOV ER4,R1
MOV ERS.RO
JSR PC,DECPRT

MOV
MOV

002230
002232
010020

PRINTB #FORM25

MOV
MOV

BIT #20040,PZCODE

003670
003672
003674
003676
067060

RTS PC

JSR PC,FPRINT

002466

003664
003666
010020

109-7

SEQ 0238

;LOAD R1 WITH STRING LEN
sLOAD RO WITH STRING ADD
;PRINT DECIMAL DIGIT STRING

;IS INST = CMPN?
sBRANCH IF YES
;IS INST = (MPP?
;BRANCH IF NO
JPRINT 'SRC1'

MOV
SP.RO
JSR}:C,FPRINT

065304

012746
010600
004737
032737
001405
013701
013700
000415
032737
001405
013701
013700
000404
013701
013700
004737

MOV TINST,R1
BEQ 18

000072
012746
010600
004737
000405

1=0CT=79

11%:

BEQ 118
MOV TTRO,R1
MOV TTR1.RO
BR 44%

BIT #10020,PZCODE
BEQ 22%
MOV TTR2,.R1
MOV TTR3,RO
BR 44%

;PRINT

'SR(2'

;LOAD R1 WITH STRING LENGTH

;LOAD RO WITH STRING ADD
;PRINT DECIMAL

;PRINT

DIGIT

STRING

'EM RESULT'

;LOAD R1 WITH STRING LEN
;LOAD RO WITH STRING ADDRESS

;PRINT DECIMAL DIGIT STRING

JPRINT 'ACT RESULT'

;LOAD R1 WITH STRING LEN
;LOAD RC WITH STRING ADDRESS

MACY11 27(655)
PDP=11 CIS INST EXERCISER
(ZKEEA.P11
MESSAGE PRINT ROUTINES
14682
14683

14684
14685
14686
14687
14688
14689
14690
14691
14692

013701

002240

22%:

004737

067060

64%:

14697

14698
14699
14700

14701
14702
14703
14704
14705

14706
14707
14708
14709
(6)

(3)

(4)
14710
14711

14712
14713
14714
14715
14716
14717
14718
14719
14720
14721
14722
14723
14724
14725
14726
14727
14728
14729
14730
14731
14732

10:59

PAGE

MOV TTR4,R1
MOV TTRS,RO
JSR PC,DECPRT
RTS PC

109-8

JPRINT DECIMAL DIGIT STRING

:SUBROUTINE TO PRINT A DECIMAL STRING OF DIGITS; MSD FIRST ....
:

LEAST SIGNIFICANT DIGIT, SIGN.
INPUT:
EPAK=0 FOR ZONED STRING;177777 FOR PACKED
RO=STRING ADR
R1=STRING LEN

14693

14694
14695
14696

1-0CT=79

NOTE: ROUTINE PRINTS 'O +' FOR ZONED STRINGS OF
ZERO LENGTH (EXCEPT SEPARATE TYPE).
067060

012737 177777 002300 DECPRT: MOV #177777 ,PRTSGN
005037
032701

024646
000001

012737
010137

177777
024664

110137

002100

163702
00

002100

012702

000001

012746
010600
004737
005302
001371

014142

005237
012737

024664
177777
067402

010300

118:

021126
067402

120137

024664

004737

021126

MOV #1,R2
PRINTB #FORM27
#FORM27 ,-(SP)
MOV
MOV
SP,RO
JSR PC,FPRINT
DEC R2
BNE 118

;IS STRING ODD IN LENGTH
;SET ODD INDICATOR
;DETERMINE # OF BLANK DIGITS TG PRINT

JPRINT THE BLANKS

:STRING LENGTH = 0?
;BRANCH IF NO

6CLQ 5%

;BRANCH IF NO

TSTB R1

INC R1
INC ELSD

02464€

;SET PRINTING IN PROGRESS FLAG

;SAVE RO IN R3

BNE 4%

TST EPAK

:STRING PACKED?

JYES = SET LEN =1

MOV #177777 ,EODD

BR 4$

LR R2
JSR RS, CONVN

;ZONED = ZERO LENGTH

BR 12%
MOV R3,.R0O
CLRB R1

JEXIT
JRESTORE RO

DIGTBL

4$:

004737
004537

CLR EODD
BIT #1.R1
BEQ 18
MOV #177777.,E0DD
MOV R1,ELSD
MOVB R1,NBLKS

MOV #37.R2
SUB NBLKS,R?2
BNE 11%

3%:

026056

004537

065304

005737

005002

024646

000037

012702

105701
001017

MOV RO,R3

JSR PC,ESNK

JSR RS, CONVN
DIGTBL

;PRINT 0

JGET NEXT DIGIT
;CONVERT NIBBLE & PRINT HEX DIGIT

INCB R1

CMPB R1,ELSD

12%:

BNE 7%

JSR PC,ESNK

;CALL ROUTINE TO FIND SIGN

SEQ 0239

MACY11 27(655)
POP=11 CIS INST EXERCISER
(ZKEEA.P1T
MESSAGE PRINT ROUTINES

1=0CT=79

10:59

PAGE

109-9

SEQ 0240

;SIGN RETURNED IN ERSNEG (0=+,/=0==)

067250
067254
067256
067256

005737
001006

024616

012746
010600
004737
000405

014226

PRINTB #FORM34

;PRINT

MOV
MOV

, - (SP)
#FORM34
SP.RO

2%:

;PRINT =

PRINTB #FORM3?2

;PRINT

012746

014202

004737
013702

065304
024722

JSR
MOV
ASR
ASR
ASR

042702
004537

177760
067402

BIC #177760,R2
JSR RS,CONVN

113702

024722

MOVB SGNBYT,R?
BIC #177760,R2
JSR R5,CONVN

000207

33%:

MOV
MOV

#FORM32 ,-(SP)
SP,RO

PC,FPRINT
SGNBYT,RZ2
R2
R2
R2
ASR R2
DIGTBL

177760
067402

DIGTBL
PRINTB #FORM33

014222
065304
002300

YES

PRINTB #FORM35

#FORM35,-(SP)
MOV
MOV
SP,RO
JSR PC,FPRINT

065304

012746
010600
004737
005037

:BRANCH IF

JSR_PC,FPRINT

BR 33%

012746
010600
004737

042702
004537
067436

014233

;1S SIGN NEGATIVE

BNE 2%

065304

;SIGN BYTE RETURNED IN 'SGNBYT'

TST ERSNEG

MOV
MOV
6%:

#FORM33,~(SP)
SP,RO

JSR PC,FPRINT
CLR PRTSGN
RTS PC

SUBROUTINE TO CONVERT NIBBLE

;GET HIGH NIBBLE OF SIGN BYTE

;CONVERT NIBBLE & PRINT HEX DIGIT

;GET LOW NIBBLE OF SIGN BYTE

;CONVERT NIBBLE & PRINT HEX DIGIT
JPRINT

*)°

sYES = CLEAR PRINTING FLAG

(IN R2)

TO A PRINTABLE CHARA(CTER

AND PRINT CHARACTER
INPUT PARAMETER FOLLOWS CALL - CONVERSION TABLE ADDRESS

010046
012500
060200
111037

012746
010600
004737
012600
000205

MoV (RS)+.RO

;SAVE RO
;GET ADDRESS OF CONVERSION TABLE

PRINTB #ANIB

;TRANSFER PRINT CHAR FROM TABLE
JPRINT CONVERTED NIBBLE

MOV RO,=-(SP)

067434

ADD R2.RO
MOVB (RO) ,ANIB+2

067432

MOV

065304

JSR PC,FPRINT

MOV

#ANIB,
- (SP)

SP,RO

MOV (SP)+,R0O
RTS RS

;INDEX INTO TABLE

;RESTORE RO

JEXIT

TO ASCIZ PRINT

STREAM,

000
000
DIGTBL:

.BYTE
BYTE
.BYTE
.BYTE

045
101
000
000

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

060
061
062
063
064
065
066
067
070
071
101
102
103
104
105
106

;PRINT CHAR
s ZERO BYTE
—=O

101

SEQ 0241

ANIB:

045

I
3
PAGE 109-10

NN,

067432

10:59

14772

14773
14774
14775
14776
14777

1-0CT=79

TMOODPB 0NN

MACY11 27(655)
PDP=11 CIS INST EXERCISER
CZKEEA.P1
MESSAGE PRINT ROUTINES

*SUBROUTINE TO SEARCH FOR A MATCH BETWEEN ENTERED INST
“AND TABLED ASCII LIST OF CIS INSTRUCTIONS.

004444

SFCI:
1$:

002456
11%:

000010

i
b
b

000403
016137

) -

062716
000207

£ES

ZEE

002460

2%:

000004

002462

3%:

001760

O 0o NOWVMSAWN=O

b
-

)

b o

SoobRo®m

14809

000002

#ASZINS.R1
(R1)
NOMTCH
(R1) ,ACINST

BEQ 2%
AD01#10.R1

BR 1%
CMP 2(R1) ,ACINST+2

BEQ 3%
BR 118

072076

48:

;REACHED END OF

:BRANCH IF YES

TABLED ASCII LIST?

;DO 1ST TWO CHARS MATCH TABLED INST?
;BRANCH IF YES
sUPDATE TO NEXT TABLED INST
JRETURN TO CONTINUE SEARCH
;DO 2ND GROUP OF 2 CHARS MAT(CH
;BRANCH IF YES

;DO 3RD GROUP OF 2 CHARS MATCH

CMP 4(R1) ,ACINST+4
BNE 11%

;BRANCH IF NO

BEQ 4%
MOV 6(R1) ,RO
MOV (RO) ,iDuM

;LOAD OCTAL CODING FOR CIS INST INTO DUMMY INPUT TABLE

TST RANDOM

000006
072022

000006

MOV
TST
BEQ
CMP

BR MTCH
MOV 6(R1),INPTBL

MTCH:
ADD #2,(SP)
NOMTCH: RTS PC

sRANDOM EXERCISE MODE?
:BRANCH IF NO

sJMATCH FOUND - RETURN TO CALL + 4
;SAVE DESIRED INST INPUT TABLE ADDRESS
:IN INPTBL.

sNO 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(655)
PDP=11 CIS INST EXERCISER
CZKEEA.P11
MESSA GE PRINT ROUTINES

1-0CT=79

10:59

CLR ACINST+2

1%:

064672
064672
000015

064672

CLR ACINST+4
MOV #ACINST,R1
TSTB @TKS

BPL 18

MOVB @TKB,RCHAR

BIC #*C177,RCHAR
CMPB RCHAR.#15
BEQ 2%
MOVB RCHAR, (R1)+
JSR PC,ECHAR
CMP WACINST+6,R1
BNE 18

2%:

MOVB #15,RCHAR
JSR PC,ECHAR

RTS PC

PAGE

109-11

;CLEAR OUT STORAGE AREA
sSETUP REG POINTER TO STORAGE AREA
;WAIT FOR A (CHAR

JREAD AND SAVE (HAR
JGET RID OF JUNK IF ANY
:1S CHAR A (R?
;BRANCH IF YES
;SAVE CHAR
JECHO 6TH CHAR
;6 CHARS ENTERED?
JBRANCH IF NO TO LISTEN FOR NEXT CHAR
JECHO A CR
JECHO CR

sSUBROUTINE TO RECORD WHICH CONDITION CODE STATES ARE EXERCISED
;FOR EACH INSTRUCTION.

RECCC:
002035

002034

MOV OCTIC.R1
ASL R1
ADD #CCREC,R1
MOVB ECCR,ZCCR+1
BISB ECCR, (R1)
COM ZCCR

;FORM POINTER INTO TABLE OF COND. CODE USAGE

BIS ZCCR,(R1)

;LOG CC "0 STATES EXERCISED

BIC #170377,2CCR
RTS PC

JLOG CC "1 STATES EXERCISED

SEQ 0242

MACY11 27(655)
PDP=11 CIS INST EXERCISER
CZKEEA.P1
MESSAGE PRINT ROUTINES
14857
14858
14859

1-0CT=79

10:59

K 3
PAGE 110

SEQ 0243

sPOINTERS TO CIS INSTRUCTION ERROR MESSAEGE HEADER ROUTINE

YMOV(
YMOVRC
YMOVTC
YLOCC
YSKP(
YSCANC
YSPANC
YCMP(
YMATCHC
YADDN
YSUBN
YCMPN
YCVTNL
YCVIPN
YCVTNP
YASHN
YCVTLN
YADDP
YSUBP
YCMPP
YCVTPL
YMULP
YDIVP
YASHP
YCVILP

YL2D
YL3D

071454
071514

INEM:

MACY11 27(655)
PDP=11 CIS INST EXERCISER
CZKEEA.P11
ERROR MESSAGE HEADERS

1-0CT=79

10:59

—

L 3
PAGE 111

SEQ 0244

.SBTTL
ERROR MESSAGE HEADERS
ERROR MESSAGE HEADERS
YHOVC.

012746
0600

007434

010002

012746
010600
004737

007444

004737
000405

065304

010002

012746
010600
004737
004737
000405

007455

012746

065304

1$:
YMOVTC:

1%:

010150
1%:
YSKPC(:

TEST #

JPRINT

TEST #

sCNTL=T RETURN
;NORMAL RETURN

#AMOVR(

, - (SP)
#AMOVRC
MOV
MOV
SP,RO
JSR PC,FPRINT
JSR
PC.PRNTIQ
BR 18
PRINTB #FORM1
#FORM1,-(SP)
MOV
MOV
SP,RO
JSR PC,FPRINT
RTS

PRINTB

#AMOVT(

;JPRINT TEST #

PRINTB #FORM?
#FORMZ2 ,~(SP)
MOV
MOV
SP,RO
JSR PC,FPRINT
RTS
PC
PRINTB

#ALOCC

#ALOCC,-(SP)
MOV
MOV
SP,RO
JSR PC,FPRINT
JSR
PC.PRNTIQ
BR 1%
PRINTB #FORM3

065304
071554

;JPRINT

BR 1%

007466

007476

#FORM1

#AMOVTC,=(SP)
MOV
MOV
SP.RO
JSR PC,FPRINT
PC.PRNTIQ
JSR

YLOCC:

012746

PRINTB

1$:
RTS
YMOVRC
:
PRINTB

010062

065304

PC.PRNTIQ

#FORM1,-(SP)
MoV
MOV
SP,RO
JSR PC,FPRINT

065304
071554

065304

JSR

BR 1%

065304
071554

012746
010600
004737
000207

#AMOV(
- (SP)
#AMOVC

MOV
SP,RO
INT
PC,FPR
JSR

065304
071554

012746
010600
004737
000207

PRINTB
MOV

MOV
MOV

#FORM3,~(SP)
SP.RO

RTS

PRINTB

#ASKP(

JSR PC,FPRINT

MOV

#ASKP(,=(SP)

:PRINT

TEST #

PDP=11 CIS INST EXERCISE'EI
MACY11 27(655)
CZKEEA.P11
RROR MESSAGE HEADERS

004737
004737

065304
071554

012746
0600
004737

010150

012746
010600
004737
004737

007506

065304

010216

004737

065304

JSR

BR 1%
PRINTB
MOV
MOV

007517

012746
0600
004737

010216

007530

004737
004737

065304
071554

012746

010272

004737

065304

PC.PRNTIQ

MOV
MOV

4
, - (SP)
#FORM
SP,RO

RTS

PRINTB

#ASPANC

PRINTB

1$:

007540

065304
071554

012746

010356

;PRINT

TEST #

;JPRINT

TEST #

sJPRINT

TEST #

#FORM4

JSR PC,FPRINT

MOV
MOV

HASPANC , - (SP)
SP,RO

JSR PC,FPRINT
PC.PRNTIQ
JSR
BR 1%
PRINTB #FORM4

1$:

MOV
MOV

#FORM4
- (SP)
SP,RO

PRINTB

#ACMPC

JSR PC,FPRINT
RTS
PC

MOV
MOV

#ACMPC - (SP)
SP.RO

JSR PC,FPRINT
JSR
PC.PRNTIQ

1%:

YMATCHC:

012746
0600
004737
004737

SEQ 0245

#FORM3
#FORM3 ,~(SP)
SP.RO

JSR
BR 1%

YCMPC:

012746

PC.PRNTIQ

MOV
#ASCANC
, - (SP)
MOV
SP,RO
JSR PC,FPRINT

065304
071554

065304

m 3
PAGE 111-1

JSR PC,FPRINT
1$:
RTS
PC
YSCANC:
PRINTB
#ASCANC

YSPANC:

012746
010600
004737
004737

10:59

SP.RO
MOV
JSR PC,FPRINT

065304
071554

012746

1-0CT=79

BR 1%
PRINTB #FORMS
MOV
#FORMS ,~(SP)
MOV
SP.RO
JSR PC,FPRINT
RTS

PRINTB

#AMAT(CHC

MOV
MOV

#AMATCHC ,=(SP)
SP,RO

JSR
BR 1%

PC.PRNTIQ

JSR PC,FPRINT

PRINTB

MOV

#FORM6

,
- (SP)
#FORM6

PDP=11 CIS INST EXERCISER
MACY11 27(655)
CZKEEA.P11
ERROR MESSAGE HEADERS

010600
004737
000207

065304

1%:

YADDN:

007550

012746

010430

002466

1%:

#AADDN
, = (SP)
#AADDN

SP,RO

002466

1%:

mov #000016,PZCODE
RTS

PRINTB

#ASUBN

010524

TEST #

;SET PRINTCODE TO DISPLAY ZONED SRC1,SRCZ2.DST

#ASUBN, - (SP)
SP.RO

PRINTB #FORM?
MOV
#FORM7 ,-(SP)
MOV
SP.RO
JSR PC,FPRINT
MOv #000016.PZCODE
RTS

PRINTB

#ACMPN

MOV
#ACMPN,
- (SP)
MOV
SP.RO
JSR PC,FPRINT
JSR
PC.PRNTIQ
BR 1%
PRINTB #FORM8
MOV
#FORM8,
- (SP)
MOV
SP,RO
JSR PC,FPRINT

065304
071554

sPRINT

, = (SP)
#FORM?7

JSR PC,FPRINT
PC.PRNTIQ
JSR
BR 1%

007570

;PRINT

TEST #

;SET PRINTCODE TO DISPLAY ZONED SRC1,SRCZ2,DST.

sPRINT

TEST #

mov #000006,PZCODE

;SET PRINTCODE TO DISPLAY ZONED SRC1,SRC2.

065304
071554

PRINTB
#ACVTNL
MOV
#ACVTNL ,~(SP)
MOV
SP.RO
JSR PC,FPRINT
JSR
PC.PRNTIQ

;PRINT

010602

MOV

002466

1%:

YCVTNL:

007600

070614

PRINTB
MOV

MOV
MOV

YCMPN:

065304
000006

TE% PC FESiz?

065304
071554

065304
000016

RTS

MOV

YSUBN:

007560

SP,RO

SEQ 0246

JSR PC,FPRINT

JSR PC,FPRINT
PC,PRNTIQ
JSR
BR 18
PRINTB #FORM?

010430

012746
010600
004737
004737
000410

10:59

MOV

065304
071554

065304
000016

1-0CT=79

N 3
PAGE 1112

065304
000001

RTS

BR 1%

PRINTB

002466

TEST #

#FORM9

#FORMS
, - (SP)

T?X PC rESiz?

mov #000001,PZCODE

;SET PRINTCODE

TO DISPLAY ZONED SRC.

POP=11 CIS INST EXERCISER
MACY11 27(655)
CZKEEA.P11
ERROR MESSAGE HEADERS
14974
14975
14976

(6)
(3)

070622
070624
070624

000207

070624
070630

012746
010600

14977

070636

004737

14979

070644

(4)

14978

(6)
(3)

070632

070642

004737

000410

065304

010656

14980

070656

012737

000420

(6)
(3)

070666
070672

012746
010600

007622

070700

004737

14981
14982
14983

070652

070664
070666
070666

(4)

070674

14985
14986

070704
070706

14984
(6)
(3)

070706
070712

(4)
14987
14988
14989
14990

070714
070720
070726
070730
070730

(4)

070736

(6)
(3)

14991

14992
14993

(6)
(3)

004737
000207

004737

000410

012746
010600

065304

012746
010600

007633

070742

004737

071554

070746
070750

004737

000410

012746
010600

010730

14994

070762

012737

000021

(6)
(3)

070772
070776

012746
010600

007643

071004

004737

071554

14995
14996
14997
(4)

14998

14999
15000

(6)
(3)
(4)

15001

15002
15003

070756

070770
070772
070772
071000

071010
071012

004737
000207

004737

000410

065304

012746
010600

011012

071024

012737

000040

071020

071032
071034

004737

000207

1%:
YCVTNP:

065304

:PRINT TEST #

#FORM10

#FORM10,~(SP)
SP,RO

mov #000420,P2CODE
RTS

PRINTB

#ACVTNP

MOV
MOV

:SET PRINTCODE TO DISPLAY PACKED SRC AND ZONED DST.

#ACVINP,~(SP)
SP,RO

JSR PC,FPRINT

JSR

BR 1%
PRINTB

MOV
MOV
002466

1%:
YASHN:

PC,PRNTIQ

:PRINT TEST #

#FORM10

#FORM10,-(SP)
SP,RO

JSR PC,FPRINT
MOv #010001,PZCODE
RTS
PC
PRINTB

MOV
MOV

:SET PRINTCODE TO DSIPLAY ZONED SRC AND PACKED DST.

#AASHN

#AASHN,
- (SP)
SP,RO

JSR PC,FPRINT

JSR

BR 1%
PRINTB

MOV
MOV

002466

PC,PRNTIQ
#FORM11

JSR PC,FPRINT

1%:
RTS
YCVTLN:
PRINTB

MOV
MOV

BR 1%
PRINTB

MOV
MOV

002466

PC,PRNTIQ

:PRINT TEST #

#FORM12

#FORM12,-(SP)
SP,RO

mov #000040,PZCODE
RTS

:SE7 PRINTCODE TO DISPLAY ZONED SRC,DST.

#ACVTLN,=(SP)
SP,RO

JSR PC,FPRINT

1%:
YADDP:

:PRINT TEST #

#ACVTLN

JSR PC,FPRINT

JSR

#FORM11,-(SP)
SP,RO

mov #000021,PZCODE

065304

071012
071016

PC,PRNTIQ

JSR PC,FPRINT

065304

070750
070754

(4)

002466

010656

070730
070734

#ACVTPN

JSR

PRINTB

SEQ 0247

#ACVTPN,=(SP)
SP,RO

MoV
MOV

071554

065304
010001

B 4
PAGE 111-3

MOV
MOV

BR 1%

065304

004737
012737
000207

10:59

JSR PC,FPRINT

071554

012746
010600

(4)

1%:
RTS
YCVTPN:
PRINTB

007611

070644
070650

1-0CT=?9

:SET PRINTCODE TO DISPLAY ZONED DST.

PDP=11 CIS INST EXERCISER
MACY11 27(655)
CZKEEA.P1T
ERROR MESSAGE HEADERS
15004

(6)

PRINT3

JSR PC,FPRINT
PC,PRNTIQ
JSR

002466

YSUBP:

065304
071554

NN
= = b

#ASUBP

002466

MOv #007000,PZCODE
RTS

PRINTB

JSR PC,FPRINT
JSR
PC.PRNTIQ
BR 1%
PRINTB #FORMS8
- (SP)
#FORM8,
MOV
MOV
SP.RO
JSR PC,FPRINT
1%:

YCVTPL:

mov #003000,PZCODE
RTS

PRINTB

#ACVTPL

MOV

SP,RO

MOV

065304
071554

JSR PC,FPRINT
JSR
PC,PRNTIQ
BR 1%
PRINTB #FORM9

065304
000400

MOV
002466

YMULP:

007715

;SET PRINTCODE TO DISPLAY PACKED SRC1,SRC2,AND DST.

sJPRINT TEST #

;SET PRINTCODE TO DISPLAY PACKED SRC1, AND SRCZ2.

#ACVTPL ,~(SP)
JPRINT

TEST #

~ (SP)
#FORM9,

?2% PC réfiifi?
1%:

sJPRINT TEST #

SP.RO

007704

010602

;SET PRINTCODE TO DISPLAY PACKED SRC1,SRCZ2, AND DST.

#ACMPP

065304
071554

002466

‘.

#ACMPP ,~(SP)

MOV

MoV

TEST #

#FORM?7

JSR PC,FPRINT

1%:

JPRINT

#FORM?7 ,-(SP)
SP,RO

007674

065304
003000

ONYW

PRINTB

010524

MOV
MOV

YCMPP:

RTS

BR 1%

010430

3
~

mov #007000,PZCODE

#ASUBP ,=(SP)
MOV
MOV
SP,RO
JSR PC,FPRINT
PC.PRNTIQ
JSR

007664

065304
00700C

SP,RO

BR 1%
PRINTB #FORM?
= (SP)
#FORM7
MOV
MOV
SP.RO
JSR PC,FPRINT
1%:

SEQ 0248

#AADDP

065304
071554

MOV

C &
PAGE 111-4

, = (SP)
#AADDP

MOV

065304
007000

ngOOJ\O

10:59

007654

010430

071244
071244
071244

1-0CT=79

mov #000400,PZCODE
RTS

PRINTB
MOV

#AMULP
#AMULP ,=(SP)

;SET PRINTCODE TO DISPLAY PACKED SRC.

1-0CT=79

(3)
(4)
15033
15034
15035
(6)
(3)
(&)

071250
071252
071256
071262
071264
071264
071270
071272

010600
004737
004737
000410

MOV
SP,RO
JSR PC,FPRINT
JSR " PC,PRNTIQ
BR 18
PRINTB #FORM?
MOV
WFORM?,=(SP)
MOV
SP.RO
JSR PC FPRINT

15037
15038
15039
(6)
(3)
(4)
15040
15041
15042
(6)
(3)
(&)

071304
071306
071306
071306
071312
071314
071320
071326
071326
071326
071332
071334

000207

15036

15043

071276

071340

065304
071554
|
010430

012746
010600
004737

065304

012737

007000

012746
010600
004737

007725

012746
010600
004737

010430

15045

065304

012737

007000

(3)
(4)
15047
15048

15049

(6)
(3)
(4)

071354
071356
071362
071366

007735

071370
071374
071376

012746
010600
004737

010730

071370

15050
15051
15052
15053
(6)

071402
071410
071412
071412
071412

(4)
15054
15055
15056
(6)
(3)
(4)

15058
15059
15060

15057
(7)
(6)
(3)

002466

065304

010400

12746

007745

071420
071426
071430
071432
071432
071436
071440

004737
004737
000410

065304
071554

012746
010600
004737

011012

071452
071454
071454

000207

071444

071454
071460
071464

10600

065304

012737
013746
012746
010600

1$:

065304
071554

012737
000207

020000

’

D47464
007756

RTS

002466

PRINTB #ADIVP
MOV
WADIVP,-(SP)
MOV
SP,RO
JSR PC,FPRINT
PC,PRNTIQ

1$:
YCVTLP:

MOV #007000,PZCODE

RTS

PRINTB
#AASHP
MOV
WAASHP,-(SP)
MOV
SP.RO
JSR PC,FPRINT
JSR__~
PC,PRNTIQ
BR 18
PRINTB #FORM11
MOV
#FORM11,-(SP)
MOV
SP.RO
JSR PC FPRINT
MOV #010400,PZCODE
RTS
PC

PRINTB
MOV

MOV

002466

#FORM?
#FORM?,=-(SP)
SP.RO
JSR PC,FPRINT

YASHP:

012746
010600
004737
004737
000410

MoV #007000,PZCODE

JSR _
BR 18
PRINTB
MOV
MOV

071350

071350
071350

1$:
YDIVP:

065304
071554

004737
000410

15044 071346 000207

15046
(6)

002466

10:59

D &
PAGE 111-5

PDP=11 CIS INST EXERCISER
MACY11 27(655)
CZKEEA.P11
ERROR MESSAGE HEADERS

PRINTB #AL2D,TINST

MOV
MOV
MOV

;SET PRINTCODE TO DISPLAY PACKED SRC1,SRC2, AND DST.

;PRINT TEST #

;SET PRINTCODE TO DISPLAY PACKED SRC1,SRC2, AND DST.

:PRINT TEST #

;SET PRINTCODE

TO DISPLAY PACKED SRC,DST.

SP RO

MOV #020000,PZCODE
RTS

;PRINT TEST #

#ACVTLP
#ACVTLP,=(SP)

JSR PC,FPRINT
JSR
PC.PRNTIQ
BR 1%
PRINTB #FORM12
MOV
#FORM12,-(SP)
MOV
SP.RO
JSR PC,FPRINT
1$:
YL2D:

SEQ 0249

TINST,=(SP)
#AL2D,=(SP)
SP.RO

;PRINT

TEST #

;SET PRINTCODE TO DISPLAY PACKED DST.

PDP=11 CIS INST EXERCISER
MACY11 27(655)
(ZKEEA.P11
ERROR MESSAGE HEADERS
(4)
15061
15062
15063
(6)
(4)
15064
15065
15066
(7)

071540
071540
071544
071546
071552

10:59

JSR PC,FPRINT
JSR PC,PRNTIQ
BR 1%

012746
010600
004737
000207

014573

= (SP)
#FORM4T
MOV
SP,RO
MOV
JSR PC,FPRINT

013746
012746
010600
004737
004737
000405

047464
07770

012746
010600
004737
000207

014573

PRINTB

065304

1%:
YL3D:

065304

1%:

SEQ 0250

#FORM41T

RTS PC

PRINTB #AL3D,TINST
TINST,=(SP)
MOV

MOV
MOV

065304
071554

PAGE 111-6

065304
071554

071466

(3)

1=0CT=79

#AL3D,=(SP)
SP,RO

JSR PC,FPRINT
JSR PC,PRNTIQ
BR 1%
PRINTB #FORM41
- (SP)
#FORM4T,
MOV
MOV
SP,RO
JSR PC,FPRINT
RTS PC

:SUBROUTINE TO PRINT CURRENT TEST # (TOTTC)
071554

032737

071562
071564
071564
071570
071572
071576
071576

001405
012746

000100

047464

PRNTIQ: BIT #100,TINST
BEQ 1%
PRINTB

MOV
MOV

014176

065304

1%:

001420
001416
014146

#FORM31,~-(SP)
SP.RO

;BRANCH IF NO
;PRINT
1

JSR PC,FPRINT
PRINTB #FORM30,TOTTCH,TOTTC
MOV
TOTTC,=(SP)
TOTTCH,=(SP)
MOV

MOV
MOV

065304
001762

#FORM31

sSUBROUTINE TO PRINT I ON END OF IN-LINE OPCODE
; NEUMONIC AND TEST NUMBER.
;1S OPCODE UNDER TEST AN IN-LINE TYPE?

- (SP)
#FORM30,
SP,RO

JSR PC,FPRINT
TST CTACT

BNE 3%

JCNTL=-T REQUEST ACTIVE?

;BRANCH IF YES

PRINTB #FORM4O,
INTCT ,REGSET
MOV
REGSET,~(SP)
INTCT,=(SP)
MOV

002052
002542
014513

MOV
#F ORM4O,
- (SP)
MOV
SP.RO
JSR PC,FPRINT
ADD #2,(SP)
ézg ngE

065304
000002
002160
000113

066016

000001

002160

4%:

:PRINT TEST #

MOVB #113,TDIG
BR 108
CMP #1,MODE
BNE 5%

JPRINT

INTERRUPT COUNT AND REG SET

;FORM ASCII MODE CHARACTER

;KERNEL MODE

(k)

PDP=11 CIS INST EXERCISER
MACY11 27(655)
(ZKEEA.P11
ERROR MESSAGE HEADERS

1-0CT=79

15091
15092
15093
15094
15095
15096
(6)
(3)
(4)
15097

MOVB #123,1D1G
BR 10%
MOVB #125,TDIG

15098
15099

15100
15101

15102
15103
15104
(6)
(3)

071702
071710
071712
071720
071722
071724
071724
077
071732
071736

112737
000403
112737
104400
066016

071752
071754

03
112737

071742
071744

012746
010600
004737
005737
001004
112737

071762
071764
071766
071766
071772

104400
066016

15105
15106
(6>
(3)

072000
072002
072002
072006

000405

15107
15108
15109

072014
072020

(4)

15110
1511
15112
15113

071774

072010

012746
010600

000123

066016

000125

066016

108:

014561

065304
002162
066016

000131

066016

012746
010600

014020

005037
000207

001762

065304

TYPE
TDIG
PRINTB #FRM4OA
MOV
#FRM4LOA
, - (SP)
MOV
SP,RO
BNE 6%
MOVB #116,TDIG

6%:

11%:

014020
065304

PAGE 111-7

JSR PC,FPRINT
TST DEN

000116

004737

5%:

10:59

SEQ 0251

s SUPERVISOR MODE
;USER MODE

(S)

(U)

JPRINT D EN

;PRINT Y OR N

BR 118
MOVB #131,TDIG

TYPE
TDIG
PRINTB #FORM21
MOV
#FORM21,-(SP)
MOV
SP,RO

;PRINT (RLF

JSR _PC,FPRINT

3%:

2%:

BR 2%
PRINTB #FORM21
MOV
#FORM21,=(SP)
MOV
SP,RO

JSR PC,_FPRINT

CLR CTACT
RTS PC
.EVEN

JPRINT

CRLF

;CLEAR CNTL=T FLAG

POP=11

(IS INST EXERCISER

MACY11 27(655)
ERROR MESSAGE HEADERS

(ZKEEA.P1
15116

15117

}2”3
15120
15121
15122
15123
15124
15125
15126
15127
15128
15129
15130
15131
15132
15133
15134
15135
15136
15137
15138
15139
15140
]lg}z;

1-0CT=79

10:59

.SBTTL

DUMMY INPUT TABLE

IDUM:

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

G 4
PAGE 113

(FOR RANDOM MODE)

;DUMMY INPUT TABLE = USED ONLY IN RANDOM EXERCISE MODE
072022
072024
072026
072030
072032
072034
072036
072040
072042
072044
072046
072050
072052
072054
072056
072060
072062
072064
072066
072070
072072
072074

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

IDUME:

0
0
0
0
0
O
0
0
0
0
O
0
O
0
0
O
O
0
0
0
O
O

JINST
JTYPE = 6
;1P
;IP2
;iP3
;IP4
:IPS
;IP6
:1P7
;IP10
JIPN
:1P12
:IP13
;IP14
P13
;IP16
;1P17
:1P20
:IP21
. 1P22
;1P23
:1P24

SEQ 0252

POP=11 C %? INST EXERCISER

MACY11 27(655)
1-0CT=79
MODE)
RANDOM
(FOR
TABLE
INPUT
DUMMY

CZKEEA P
15144
15145
15146

15147

15148

15149

LSBTTL

CIS INST

s INPUT TABLES
072076

000000

INPTBL: .WORD 0

10:59

INPUT

PAGE

TABLES

114

SEQ 0253

Ma
>
vivvwvynaig

SINARANIITE
VT ERER LT SH IVIS W=

10:59

&
1
PAGE 114-1

L2D TABLES

SENTRY 0.1 = INSTRUCT!ON UNDER TEST = LZ2DR

d
D o
i
i
i
i
i
i
i
D
D

D
) D
) ) e e D e
d d i it ) ) e
— e el e e e D i e

1=0(T=79

SBTTL

X v
Vi
i
v

IS INST EXERCISER
MACY11 27(655)
"
L2D TABLES

072100
072102
072104
072106
072110
072112
072114
072116
072120
072122
072124

000032
090003
107474
107504
107514
107524
107534
107544
107554
000000
000000

072132
072134
072136
07214C
072142
072144
072146
072150

000000
000000
000000
000000
000000
000000
000000
000000

072126
072130

072152

IL2D:

000000
000700

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

32
3
153
T54
TS5
T56
TS7
T60
T61
0
0

JINST=L2DR; NOTE:R IS CALCULATED USING 1P7.
STYPE = 1(BI1 0):11/44 Qv TABLE(BIT 1=1)
,1P1 - RO PATTERN
;IP2 = R1 PATTERN
;IP3 = R2 PATTERN
:IP4 = R3 PATTERN
:IPS = R4 PATTERN
:iP6 = RS PATTERN
;1P7 = DESC ADDRESS
“1P10
SIPN

WORD
WORD
WORD
WORD
WORD
WORD
WORD
.WORD

0
0
0
0
0
0
0
C

S1P14
:1P15
JIP16
L1P17
S1P20
L1P21
11P22
:1P2%

WORD 0
WORD 0

000000

1P12
11P13

.WORD 0
JTOTAL

# OF

TESTS

11P24

SEQ 0254

MACY1T1 27(655)
L3D TABLES

{? INST EXERCISER
15180
oo

23 mgwmwmmmmmwmmmmmmwwww\n
g ERBIRR
ROV 2EBEIRRRER

;INST=L3DR; NOTE:R IS CALCULATED USING IP7.
sTYPE = 1(BIT 0);11/44 Qv TABLE(BIT

;IP1 = RO PATTERN

;IP2 = R1 PATTERN
;IP3 - R2 PATTERN
;

= R3 PATTERN

= RS PATTERN

;IPS = R4 PATTERN
:IP7 = DESC ADDRESS

—

D e
i
D

.WORD 33
153
754
T55
156
157

il i

IL3p:

SEQ 0255

CENTRY 0.2 = INSTRUCTION UNDER TEST = L3DR

) i

e
e

15207

4
J
PAGE 115

L3D TABLES

.SBTTL

e
e
e
e
d

10:59

) i

e
e
e

1-0CT=79

072226
TS = 8

1=1)

TABLES

IMOVC:

D
i
)
i
b
il

wviw

b
b

1-0CT=79

10:59

PAGE 115-1

SEQ 0256

.SBTTL
MOVC TABLES
JENTRY 1 = INST UNDER TEST = MOVC

wm\h\h\fl\fl\h\.fl\fl\fl\h\fl\fl\fl
SIS IS LSS S TN TS LS RS [N
'f;“
w NNNNB
RN
S W=
WONOWVSWN=O
P

) s
D

MOVC

MACY11 27(655)

EXERCISER

.WORD _ 1
.WORD 3
.WORD
TLI1C
.WORD
T2
.WORD
TLZ2C
.WORD
T4
.WORD
T5
.WORD
T6
WORD
T7
WORD
T10
WORD
T
WORD
T72
.WORD
T13
.WORD
T14
.WORD
O
.WORD
TO
.WORD
O
.WORD
0
.WORD
0
.WORD
O
.WORD
0
.WORD
O

s INST=MOV(
sTYPE = 1(BIT 0);11/44 Qv TABLE(BIT 1=1)
:IP1 = SRC.LEN
;IP2 = SRC.ADR
;IP3 = DST.LEN
;IP4 = DST.ADR
;IPS = FILL
:IP6 = SRC DATA
:IP7 = SRC SURR DATA
;IP10 - SRC.SURR.LEN
:IP11 = DST DATA
;IP12 = DST SURR DATA
;IP13 - DST.SURR.LEN
;IP14 = SEPARATION CONSTANT
;IP15 = (TRANSLATION TABLE FOR MOVTC)
;IP16 = SPECIAL HANDL ING
:1P17
;1P20
:1P21
;1P22
;1P23
;1P24

sTHIS 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 = INCREMENTING SEQUENCE;

*TOTAL # OF TEST CONDITIONS = 48

INC=1,START # = 1,

“TOTAL # OF TESTS = (1 REG. + 1 INLINE)48 = 96

MACY11 27(655)
PDP=11 CIS INST EXERCISER
(ZKEEA.P1
Mov( TABLES

072304

SRR

i
D
R
D
O

10:59

4
L
PAGE 115<2

SEQ 0257

:ENTRY 2 = INST UNDER TEST = MOVC

viviviuiivviviviaviiiaiaiinaun v
N
pAl

15254
15255
15256
15257

1-0CT=79

IMOVC1:
)

.WORD
1
.WORD 3
.WORD
TI1A

: INST=MOV(C
JTYPE = 1(BIT 0);11/44 Qv TABLE(BIT 1=1)
:IP1 = SRC.LEN

.WORD

JIPS = DST.LEN

.WORD

T2AA

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

T4A
T5
T6A
TO
T0
T0
T0

;IP4 - DST.ADR
JIPS = FILL
;IP6 = SRC DATA
“IP7 = SRC SURR DATA
!P‘IO = SRC.SURR.LEN
1P11 - DST DATA
1P12 = DST SURR DATA

T14
0
TSPA
0
O
0
0
O
0

.1P14 - SEPARATION CONSTANT
:IP15 = (TRANSLATION TASLE FOR MOVT(C)
;IP16 = SPECIAL HANDL ING
;IP17
:1P20
;IP21
:1P22
;1P23
;IP24

.WORD

274
275
072356

.WORD
.WORD
.WORD
.WORD
LWORD
.WORD
.WORD
.WORD
.WORD

TI1A

:IPQ - SRC.ADR

IP13 = DST.SURR.LEN

;THIS TABLE EXERCISES ALL COMBINATIONS OF

THE FOLLOWING VARIABLE ASSIGNMENTS:

SOLRCELENGTH-O123451120

DESTINATION LENGTH -

2.%5.4 5.11,20

SOURCE ADDRESS - 200, 261 (RELATIVE 70 START OF TEST BUFFER)

DESTINATION ADDRESS = SOURCE STRING PARTIALLY OVERLAPS DEST STRING:
= SOURCE STRING PARTIALLY OVERLAPS DEST STRING;
SOURCE DATA = INCREMENTING SEQUENCE; INC=1,START#=0
TOTAL # OF TEST CONDITIONS
= 256
;TOTAL # OF TESTS = (1 REG. )256 = 256

SRC ADD < DE
SRC ADD > DE

PDP=11 CIS INST EXERCISER
MACY11 27(655)
CZKEEA.P1T
MOVC TABLES

i o

b and

D i
il

b e

D i

i
D i

S SREKNE

D ol

)

VONOVNSWN=O

i
WWWWWWWWWW

D i

i vl

BRERIREREEELILS

15292
15293
15294

1-0CT=79

10:59

M 4
PAGE 1153

;ENTRY 3 = INST UNDER TEST = MOVC

imovc2:

LWORD
.WORD

1
O

s INST=MOV(
;TYPE = 0

;IP14 = SEPARATION CONSTANT

.WORD
WORD
.WORD
LWORD
.WORD
WORD
.WORD
WORD
.WORD
.WORD
.WORD

100010
201
000011
224
377
Té6+2
240
O
252
360
O

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

0
3
0
O
0
O
0
0

WORD

sTHIS TABLE EXERCISE

;IP1 = SRC.LEN
;1P2 = SRC.ADR
;IP3 = DST.LEN
;IP4 = DST.ADR
;IPS5 = FILL
:IP6 = SRC DATA
:IP7 = SRC SURR DATA
;IP10 = SRC.SURR.LEN
:IP11 - DST DATA
:IP12 = DST SURR DATA
;1P13 - DST.SURR.LEN

:IP15
;IP16 = SPECIAL HANDLING
:1P17
:1P20
:1P21
:1P22
:1P23
:1P24
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.

+ 1

INLINE)= 2

SEQ 0258

PDP=11 CIS INST EXERCISER
MACY11 27(655)
CZKEEA.P1
LOCC TABLES
15329

.SBTTL

15330

N &
PAGE 116

(072434

000004

15345
15346
15347
15348
15349
15350
15351
15352
15353

072464
072466
072470
072472
072474
072476
072500
072502
072504

000000
000000
000000
000000
000000
000000
000000
000000
000000

072436
072440
072442
072444
072446
072450
072452
072454
072456
072460
072462

072506

000003
102752
103012
104114
103734
103766
104004
102436
000000
000000
000000

ILOCC:

.WORD

&
.WORD 3
WORD
TLIC
.WORD
T2
.WORD
T15
.WORD
T6
.WORD
17
.WORD
T10
.WORD
TO
WORD
O
.WORD
O
WORD
O

s INST=LOCC

.WORD

:IP24

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

000000

O
O
O
O
O
O
O
O
O

:TYPE = 1(BIT 0):11/44 Qv TABLE(BIT 1=1)
:IP1 = SRC.LEN
:1P2 = SRC.ADR
:IP3 = CHAR
:IP4 = SRC DATA
;IPS = SRC SURR DATA
;IP6 = SRC.SURR.LEN
;IP7 = SPECIAL HANDL ING
:IP10
JIPI
:IP12
:IP13
:IP14
:IP15
;IP16
;IP17
:1P20
;IP21
:1P22
:1P23

1§§§9

:THIS TABLE EXERCISES ALL COMBINATIONS OF

15358

SOURCE LENGTH - 0,1,300

15360

CHAR - 004,375,240

15359

}g;g}
15363
}gggg

SEQ 0259

ENTRY 4 = INSTRUCTION UNDER TEST = LOCC

15333

} ggglso

10:59

LOCC TABLES

}%%%5

15334
15335
15336
15337
15338
15339
15340
15341
15342
15343
15344

1-0CT=79

3
3

THE FOLLOWING VARIABLE ASSIGNMENTS:

SOURCE ADDRESS - 200 (RELATIVE TO START OF TEST BUFFER)
SOURCE DATA - INCREMENTING SEQUENCE;INC=1,STARTA#=1

:TOTAL # OF TEST CONDITIONS = 9
:TOTAL # OF TESTS = (1 REG. + 1 INLINE)9 = 18

]

g
X

— d

e
VIS
W) = g FEERRERLERII
&
ONOMJ‘WN—‘B
80?000
528

o
WWWWWANW

D ) D ad d D i

) i ) i ) ) D ) D e D e

) e

D D ) - D d d

IS INST EXERCISER
MACY11 27(655)
1"
LOCC TABLES

398

1-0CT=79

B 5
PAGE 116~1

10:59

SEQ 0260

;ENTRY 5 = INSTRUCTION UNDER TEST = LOCC
072510
072512
072514
072516
072520
072522
072526
072526
072530
072532
072534
072536
072540
072542
072544
072546
072550
072552
072554
072556
072560
072562

000004
000003
102462
103030
104134
103756
102436
102436
102706
000000
000000
000000
000000
000000
000000
00000N
000000
000000
000000
000000
000000
000000

ILOCCT:

;THIS

.WORD _ &
.WORD 3
WORD
TIA
WORD
T2AA
.WORD
T15A
.WORD
T6A
.WORD
TO
WORD
TO
.WORD
TSPA
.WORD
0
.WORD
0
.WORD
O
.WORD
0
.WORD
0
.WORD
0
.WORD
0
.WORD
0
.WORD
0
.WORD
0
.WORD
0
.WORD
0
.WORD
O

s INST=L0CC
sTYPE = 1(BIT 0);11/44 Qv TABLE(BIT 1=1)
;IP1 = SRC.LEN
;1P2 = SRC.ADR
;IP3 = CHAR
:IP4 = SRC DATA
;IP5 = SRC SURR DATA
;IP6 = SRC.SURR.LEN
:1P7 = SPECIAL HANDL ING
:IP10
JIPN
:1P12
;1P13
;IP14
:1P15
:1P16
:1P17
:1P20
:1P21
:1P22
:1P23
;1P24

TABLE EXERCISES ALL

COMBINATIONS OF

THE

SOURCE LENGTH - 0,1,2,3,4,5,11,20

SOURCE DATA = INCREMENTING SEQUENCE;

FOLLOWING VARIABLE

ASSIGNMENTS:

E%CE sgllzRESS - 200,201 (RELATIVE TO START OF TEST BUFFER)

STOTAL # OF TEST CONDITIONS = 16
“TOTAL # OF

TESTS =

REG.)16 =

INC=1,START # =0

PDP=11 CIS INST EXERCISER
MACY11 27(655)
CZKEEA.P11
LOCC TABLES
15404
}gzgg
072564
072566
072570
072572
072574

000004
000000
100011
000201
000002

15413

072600

000000

15415

072604

000003

15419

072614

15414

15416
15417
15418
15420
15421
15422
15423
15424
15425
15426
15427

} gzsg

10:59

]

PAGE 116=2

SEQ 0261

:
:ENTRY 6 = INSTRUCTION UNDER TEST = LOCC

15407
15408
15409
15410
15411
15412

1-0CT=79

072576
072602

072606
072610
072612
072616
072620
072622
072624
072626
072630
072632
072634

072636

ILOCC2:

103736

.WORD
WORD
WORD
.WORD
.WORD

&
O
100011
201
2

s INST=LOCC
JTYPE = 0
;IP1 = SRC.LEN
;IP2 = SRC.ADR
;IP3 = CHAR

WORD

;IPS = SRC SURR DATA DESCRIPTOR ADR

WORD

000000

WORD

000000
000000
000000

000000

WORD
WORD
WORD

O
0
O

WORD
WORD
.WORD
WORD
WORD
WORD
WORD
WORD

O
O
O
O
O
O
O
O

WORD

000000
000000
000000
000000
000000
000000
000000
000000

T6+2

WORD

:1P4 = SRC DATA DESCRIPTOR ADR
:IP6 = SRC.SURR.LEN

;IP7 = SPECIAL HANDL ING
:1P10
1P
:IP12

:1P13

;IP14
:IP1S
:IP16
J1P17
:1P20
:1P21
JIP22
:1P23

:1P24

}22%?

:THIS TABLE EXERCISE THE FOLLOWING TEST CONDITION:

15432
15433
15434

:
:
3

15437
15438

;THIS TEST WAS ADDED TO EXERCISE & TEST THE LOCC v-BIT OPERATION
:TOTAL # OF TESTS = (1 REG. + 1 INLINE) = 2

}gzgg

SOURCE LENGTH - 100011
SOURCE ADDRESS = 201 (RELATIVE TO START OF
CHAR - 002

TEST BUFFER)

SOURCE DATA = INCREMENTING SEQUENCE; INC=1, START#=1

POP=11 ( IS INST EXERCISER
MACY11
(ZKEEA.P 1"
(MP(C TABLES

27(655)

1-0CT=79

LSBTTL

15441

15442
15443
15444
15445
15446
15447
15448
15449
15450
15451
1545
1545

10:59

D 5
PAGE 117

SEQ 0262

(MPC TABLES

YENTRY 7 = INSTRUCTION UNDER TEST = CMPC
i CMPC:

.WORD
.WORD
LWORD
.WORD

10
3
TL1C
T2

JINST = CMPC
TYPE = 1(BIT 0);11/44 Qv TABLE(BIT 1=1)
JIP1 = SRC1.LEN
1P2 - SRC1.ADR

.WORD
.WORD
.WORD
.WORD

T411
T511
T20
TO

.IP4
JIPS
;IP6
;IP7

.WORD TLZ2C

1P3 - SRC2.LEN

.WORD T10

IP‘I = SRC2.DATA
IP12 = SRC2.SURR.DATA

.WORD T13

072712
THIS

SRC2.ADR
FILL
SRC1.DATA
SRC1.SURR.DATA

IP‘IO - SRC1 SURR.LEN

.WORD T20
.WORD T12
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD

=
=
=
=

.'IP13 - SRCZ.SLRR.LEN

T14
TO
0
0
0
0
0
0
0

;IP14 = SEPARATION CONSTANT
JIP1S = SPECIAL HANDL ING
;IP16
1P17
.IP20
;IP21
1 1P22
:IP23
1 IP24

TABLE EXERCISES ALL

COMBINATIONS OF

THE

FOLLOWING VARIABLE

SOURCE 1 LENGTH = o 300
=
SOURCE 2 LENGTH

SOURCE 1 ADDRESS - 206 (RELATIVE TO START OF TEST BUFFER)
SOURCE 2 ADDRESS - NO_QVERLAP OF SOURCE STRINGS

FILL CHAR = 201,377,127

SOURCE 1 DATA = ALL STRING CHARS IDENTICAL = 127
SOURCE 2 DATA - ALL STRING CHARS IDENTICAL = 127

;TOTAL

# OF

TEST

CONDITIONS

“TOTAL # OF TESTS = (1 REG. + 1 INLINE)27 = 54

ASSIGNMENTS:

MACY11 27(655)
PDP=11 CIS INST EXERCISER
(ZKEEA.P11
CMPC TABLES
15483

1-0CT=79

10:59

PAGE

118

SEQ 0263

;ENTRY 8 = INSTRUCTION UNDER TEST = (MPC
072714

TcMPCT:

.WORD
.WORD
.WORD
.WORD

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

10
1
TL21C
T2

JINST = CMPC
sTYPE = 1
;IP1 = SRC1.LEN
;IP2 = SRC1.ADR

TLZ22C
T4
TS
T6
17
T10
T6
T12
T13

;IP3 = SRC2.LEN
;IP4 = SRC2.ADR
;IPS = FILL
;IP6 = SRC1.DATA
;IP7 = SRC1.SURR.DATA
;IP10 = SRC1.SURR.LEN
;IP11 = SRC2.DATA
;IP12 = SRC2.SURR.DATA
;IP13 = SRC2.SURR.LEN

.WORD T14

.WORD TO

;IP14 = SEPARATION CONSTANT
;IP15 = SPECIAL HANDL ING

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

:IP17
:1P20
;IP21
s IP22
:1P23
;1P24

.WORD 0

;THIS
L

JIP16

0
0
0
0
0
0

TABLE EXERCISES ALL COMBINATIONS OF

THE

FOLLOWING VARIABLE ASSIGNMENTS:

SOURCE 1 LENGTH = 1,5
SOURCE 2 LENGTH - 1,5

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
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
FILL O = 397
COMPLETE OVERLAP OF SOURCE AND DEST STRINGS: SOURCE ADD =
SOURCE 1 DATA = INCREMENTING SEQUENCE:
SOURCE 2 DATA = INCREMENTING SEQUENCE;
;TOTAL # OF

;TOTAL # OF

TEST CONDITIONS = 26

TESTS = (1 REG + 1

IN-LINE)26 = 52

INC=1,START # =1
INC=1,START # =1

IS INST EXERCISER
MACY11 27(655)
(MPC TABLES

1=-0CT=79

10-59

PAGE 118-1

SEQ 0264

:ENTRY 9 = INSTRUCTION UNDER TEST = CMPC

072770

072772
072774
072776
073000
073002
073004
073006
073010
073012
073014
073016
073020
073022
073024
073026
073030
073032
073034
073036
073040
073042

000010

000003
102462
103030
102462
103310
103704
103756
102436
102436
103756
102436
102436
104070
102706
000000
000000
000000
000000
000000
000000
000000

1CMPC2: .WORD 10
:

.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.wWORD
.WORD
.WORD
.WORD

SINST = (MPC

3
T1A
T2AA
T1A
T4A
T5
T6A
TO
TO
T6A
TO
TO
T14
TSPA
0
0
0
0
0
0
0

;TYPE = 1(BIT 0);11/44 Qv TABLE(BIT 1=1)
:IP1 = SRC1.LEN
;IP2 = SRC1.ADR
:IP3 = SRC2.LEN
;IP4 = SRC2.ADR
IPS - FILL
; IP6 = SRC1.DATA
1P7 = SRC1.SURR.DATA
:1P10 - SRCi.SURR.LEN
:1P11 = SRC2.DATA
;1P12 = SR(CZ2.SURR.DATA
;1P13 = SR(C2.SURR.LEN
;IP14 - SEPARATION CONSTANT
;IP15 = SPECIAL HANDL ING
:IP16
JIP17
:1P20
:1P21
:1P22
;1P23
:1P24

;THIS TABLE EXERCISES ALL
:

COMBINATIONS OF

THE FOLLOWING VARIABLE ASSIGNMENTS:

SOURCE 1 LENGTH - 0 1.2 3
5 11,20

SOURCE 1 ADDRESS = éOOé01 (RELATIVE TO START OF TEST BUFFER)
SOURCE 2 LENGTH
=

5,11,20

SOURCE 2 ADDRESS - SOURCE STRING PARTIALLY OVERLAPS DEST STRING; SRC ADD < DEST
FILL
O = 008
= SOURCE STRING PARTIALLY OVERLAPS DEST STRING; SRC aDD > DE
LL

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

PDP=11 (IS INST EXERCISER
(ZKEEA.P11
MOVRC

MACY11 27(655)
TABLES

1-0CT=79

.SBTTL

15570

10:59

G 5
PAGE 119

SEQ 0265

MOVRC TABLES

;ENTRY 10 = INSTRUCTION UNDER TEST = MOVR(

000002
000003

IMOVR:

102752

s INST=MOVR(
JTYPE = 1(BIT 0);11/44 Qv TABLE(BIT 1=1)

.WORD
.WORD

;IP2 = SRC.ADR
;IP3 = DST.LEN

WORD

10301¢
10277

073100
073102
073104
073106
073110
073112
073114
073116

.WORD _ 2
.WORD 3

103046
103704
103734
103766
104004
104020
104036
104054
104070

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

102436

.WORD

000000
000000
000000
000000
000000
000000

TLI1C

;IP1 = SRC.LEN

T2
TLZ2C

T4
TS
T6
T7
T10
T11
T12
T13
T14

;IP4 = DST.ADR
JIPS = FILL
:IP6 = SRC DATA
;IP7 = SRC SURR DATA
;IP10 = SRC.SURR.LEN
:IP11 = DST DATA
;IP12 = DST SURR DATA
;IP13 - DST.SURR.LEN
;IP14 = SEPARATION CONSTANT

;IP16 = SPECIAL HANDL iNG

.WORD

WORD
WORD
WORD
WORD
WORD
WORD

0
0
O
0
0
O

;IP15

:IP17
:1P20
:1P21
;1P22
;1P23
:1P24

sTHIS 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
< DEST ADD
> DEST ADD

SOURCE STRING PARTIALLY OVERLAPS DEST STRING:
SOURCE STRING PARTIALLY OVERLAPS DEST STRING:

SRC ADD < DE
SRC ADD > DE

= COMPLETE OVERLAP OF SOURCE AND DEST STRINGS: SOURCE ADD =
SOURCE DATA = INCREMENTING SEQUENCE; INC=1,START # = 1.

“TOTAL # OF TEST CONDITIONS = 48
“TOTAL

ADD < DEST. AD

# OF

TESTS

REG.

INLINE)

= 96

$1S INST EXERCISER
MOVRC

MACY11 27(655)

1=0CT=79

TABLES

10:59

H S
PAGE 119-1

SEQ 0266

A A IAL ST E

HerRtESRREER

I
I
T
e
e

A AU

e R
e I
B

SENTRY 11 = INSTRUCTION UNDER TEST = MOVRC

15639

073120
073122
073124
073126
073130
073132
073134
073136
073140
073142
073144
073146
073150
073152
073154
073156
073160
073162
073164
073166
073170
073172

000002

IMOVR1:

102462
103030
102462

.WORD
.WORD
.WORD

2
1
T1A

:1NST=HOVRC
= 1
JTYPE
1P1 - SRC.LEN

.WORD

T1A

;IP3 = DST.LEN

JIPS = FILL

.WORD

WORD

T2AA

.IPZ - SRC.ADR

T4A

;IP4 - DST.ADR

WORD = T6A

103756

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

.WORD
.WORD
.WORD
.WORD
°THIS

TABLE

:1P6 = SRC DATA

10
10
10
10
10
T14
0
TSPA
0
0

:IP7 = SRC SURR DATA
;IP10 = SRC.SURR.LEN
;IP11 - DST DATA
;IP12 = DST SURR DATA
;IP13 = DST.SURR.LEN
;IP14 = SEPARATION CONSTANT
:IP15S
;IP16 = SPECIAL HANDL ING
JIP17
2 1P20

0
0
0
0

EXERCISES ALL

JIP2Y
;1P22
;1P23
1 IP24

COMBINATIONS OF

THE

FOLLOWING VARIABLE

ASSIGNMENTS:

SOURCE LENGTH
- 0,1.2.3.4,5.11 20

DESTINATION LENGTH - 0,1.2.%.4.5.11.,20
SOURCE ADDRESS - 200,201

(RELATIVE f0 START OF

TEST BUFFER)

DESTINATION ADDRESS = SOURCE STRING PARTIALLY OVERLAPS DEST
- SOURCE STRING PARTIALLY OVERLAPS DEST
SOURCE DATA - INCREMENTING SEQUENCE; INC=1,START#=0
YOYAL

# OF

sTOTAL # OF

TEST CONDITIONS
= 256

TESTS
= (1 REG.)256
= 256

STRING:
STRING:

SRC ADD<DEST
SRC ADD>DEST

POP=11

(IS INST EXERCISER

(ZKEEA.P11
15654
15655
15656

15657
15658

MOVRC

MACY1T

TABLES

27(655)

1=0(T=79

10:59

PAGE

5
119-¢

SEQ 0267

SENTRY 12 = INSTRUCTION UNDER TEST = MOVRC
073174
073176
073200

000002

IMOVR2:

100100
100000

000111
000100
000376

103736
000240

000255
000366
000000
000000

2
0
100100
100000
000111
100
376
T6+2
240
0
255
366
0
0

s INST=MOVRC(C
;TYPE = 0
JIP1 = SRC.LEN
;1P2 = SRC.ADR
;IP3 - DST.LEN
;IP4 = DST.ADR
JIPS = FiLL
;IP6 = SRC DATA
;IP7 = SRC SURR DATA
;IP10 = SRC.SURR.LEN
;IP11 - DST DATA
:IP12 = DST SURR DATA
;IP13 = DST.SURR.LEN
;IP14 - SEPARATION CONSTANT

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

37
0
0
0
0
O
0

;IP16 = SPECIAL HANDL ING
:1P17
:IP20
JIP21
JIP22
:1P23
;IP24

.WORD

000037
000000
000000
000000
000000
073246

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

000000
000000

sTHIS

TABLE

EXERCISE

:IP1S

THE

FOLLOWING

TEST

CONDITION:

SOURCE LENGTH - 100100
DESTINATION LENGTH = 111

:
:

SOURCE ADDRESS = 100000 (RELATIVE TO START OF

TEST BUFFER)

DESTINATION ADDRESS = 100 (RELATIVE TO START OF TEST BUFFER)
SOURCE DATA = INCREMCNTING SEQUENCE: INC=1,START # = 1.

:THIS TEST WAS ADDED TO EXERCISE & TEST THE MOVRC V-iI1T OPERATION
;JTCTAL # OF

TESTS =

REG.

INLINE)= 2

PDP=11 CIS INST EXERCISER
MACY11
CZKEEA.P1T
MOVTC TABLES

27(655)

1-0CT=79

10:59

J 5
PAGE 120

SEQ 0268

.SBTTL
MOVTC TABLES
;ENTRY 13 = INSTRUCTION UNDER TEST = MOVTC(
073250

000003
000001

IMOVT:

102752
103012

b
s ald
cud
D
-

s INST=MOVT(C
;TYPE = 1

.WORD

WORD

TLZ2C
T4

;IP3 < DST.LEN

WORD
WORD
WORD
.WORD
.WORD
.WORD

T7
T10
T
T12
T13
T14

103704
103734

WORD
.WORD

105234

.WORD

103766
104004
104020
104036
104054
104070

b asl

mflmmm\flmmmmmmm\fl‘fiwwm\fl‘
n
o VONONSWN=O 88V
VIS W

D ol

)

) il

103046

) i ol

3
1

LWORD
.WORD

102772

073322

_WORD
WORD

102436
000000
000000
000006
000000
000000
000000

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

TL1C
T2

;IP1 = SRC.LEN
;192 = SRC.ADR

;IP4& = DST.ADR

TS
T6

;IPS = FILL
;IP6 = SRC DATA

T24

;IP15 = TRANSLATION TABLE

;IP7 = SRC SURR DATA
:IP10 = SRC.SURR.LEN
;IP11 - DST DATA
;IP12 = DST SURR DATA
;IP13 - DST.SURR.LEN
;IP14 = SEPARATION CONSTANT

TO
0
O
0
0
0
O

;IP16 = SPECIAL HANDL ING
;1P17
;1P20
;1P21
;1P22
;1P23
:1P24

;THIS TABLE EXERCISES ALL COMBINATIONS OF THE FOLLOWING VARIABLE ASSIGNMENTS:

:
:
:
:
:
:

:
3

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

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 = INCREMENTING SEQUENCE: INC=1,START # = 1.
TRANSLATION TABLE DATA = 1

“TOTAL # OF TEST CONDITIONS
;TOTAL

ADD < DEST. AD
ADD > DEST. AD
< DEST ADD
> DEST ADD

# OF

TESTS =

REG.

48
+

]

IN LOC 0, 2 IN LOC

INLINE) 48 = 96

1, ETC

PDP=11 CIS INST EXERCISER
MACY11 27(655)
CZKEEA.P11
MOVTC TABLES

;g;gg
073324
073326
073330

000003
000003
102462

15744
15745
15746
15747
15748
15749
15750
15751
15752
15753
15754
15755
15756
15757

073336
073340
073342
073344
073346
073350
073352
073354
073356
073360
073362
073364
073366
073370

103310
103704
103756
102436
102436
102436
102436
102436
104070
105234
102706
000000
000000
000000

073376

000000

15758
15759

}2;2?

10:59

K 5
PAGE 120-1

SEQ 0269

:ENTRY 14 = INSTRUCTION UNDER TEST = MOVTC

15739
15740
15741

15742
15743

1-0CT=79

073332
073334

073372
073374

IMOVT1:

103030
102462

.WORD
3
-WORD 3
"WORD ~ T1A

s INST=MOVTC
STYPE = 1(BIT 0):11/44 Qv TABLE(BIT 1=1)
*IP1 = SRC.LEN

‘WORD
"WORD
.WORD
'WORD
.WORD
"WORD
WORD
"WORD
"WORD
"WORD
"WORD
WORD
WORD
WORD

T4A
TS
T6A
TO
TO
TO
TO
10
T4
T2
TSPA
0
O
O

*1P4 = DST.ADR
YIPS = FILL
*1P6 = SRC DATA
*IP7 = SRC SURR DATA
*IP10 = SRC.SURR.LEN
*IP11 = DST DATA
*IP12 - DST SURR DATA
*1P13 = DST.SURR.LEN
*1P14 - SEPARATION CONSTANT
*IP15 - TRANSLATION TABLE
21P16 = SPECIAL HANDLING
L1P17
1 1P20
11P21

WORD

.WORD
"WORD

000000
000000

WORD
WORD

T2AA
T1A

*1IP2 = SRC.ADR
+1P3 = DST.LEN

O
0

L1P22
L1P23

L 1P2%

}25%%

;THIS TABLE EXERCISES ALL

15764

15767
15768
15769

DESTINATION LENGTH -

:
:
:

DESTINATION ADDRESS ~ SOURCE STRING PARTIALLY OVERLAPS DEST STRING:SRC ADD<DEST
- SOURCE STRING PARTIALLY OVERLAPS DEST STRING: SRC ADD>DEST
SOURCE DATA - INCREMENTING SEQUENCE; INC=1,START#=0

TRANSLATION TABLE DATA = 1 IN LOC 0, 2 IN LOC 1, ETC

15765

15766

}2;;?

15772
}2;;2

COMBINATIONS OF

THE FOLLOWING VARIABLE ASSIGNMENTS:

SOURCE LENGTH = 0,1 2 3 4.5,11.20

0.1.2.%.4.5.11.20

SOURCE ADDRESS - 200, 261 (RELATIVE TO START OF TEST BUFFER)

*TOTAL # OF
STOTAL # OF

TEST CONDITIONS = 256
TESTS = (1 REG.)256 = 256

PDP=11 CIS INST EXERCISER
MACY11 27(655)
CZKEEA.P1
MOVTC TABLES

;g;;g
073400
073402

000003
000000

15782
15783
15784
15785
15786
15787
15788
15789
15790
15791
15792
15793
15794
15795

073406
073410
073412
073414
073416
073420
073422
073424
073426
073430
073432
073434
073436
C73440

000201
000011
000225
000375
103736
000240
000000
000254
000355
000000

073452

15796
15797
15798
15799

} ggggl)

10:59

L 5
PAGE 120-2

SEQ 0270

:ENTRY 15 = INSTRUCTION UNDER TEST = MOVT(C

15779
15780

15781

1-0CT=79

073404

073442
073444
073446
073450

IMOVT2:

.WORD
.WORD

3
O

s INST=MOVT(
JTYPE = 0

001734
000003
000000

.WORD
.WORD
.WORD
.WORD
LWORD
.WORD
.WORD
.WORD
.WORD
WORD
WORD
WORD
WORD
.WORD

201
000011
225
375
T6+2
240
O
254
355
O
O
IXLTBI1
3
O

:1P2 = SRC.ADR
;IP3 = DST.LEN
;IP4 = DST.ADR
:IPS = FILL
:IP6 = SRC DATA
;IP7 = SRC SURR DATA
:IP10 = SRC.SURR.LEN
:IP11 - DST DATA
:IP12 = DST SURR DATA
:IP13 = DST.SURR.LEN
:IP14 - SEPARATION CONSTANT
:IP1S = TRANSLATION TABLE
:IP16 = SPECIAL HANDL ING
1P17

000000

WORD

100010

.WORD

:
:

000000
000000
000000
000000

.WORD
.WORD
WORD
WORD

100010

O
O
O
O

;IP1 = SRC.LEN

:1P20
:IP21
:1IP22
:I1P23

1 IP24

1§ggg

:THIS TABLE EXERCISE

15804
15805
15806
15807
15808

3
:
:
:
:

15811
}gg}g

;THIS TEST WAS ADDED TO EXERCISE & TEST THE MOVTC V=BIT OPERATION
:TOTAL # OF TESTS = (1 REG. + 1 INLINE)= 2

}23?8

THE

FOLLOWING TEST

CONDITION:

SOURCE LENGTH - 100010
DESTINATION LENGTH = 11
SOURCE ADDRESS - 201 (RELATIVE TO START OF TEST BUFFER)
DESTINATION ADDRESS = 225 (RELATIVE TO START OF TEST BUFFER)
SOURCE DATA = INCREMENTING SEQUENCE; INC=1,START # = 1.

TRANSLATION TABLE DATA = 1 IN LOC O, 2 IN LOC 1, ETC

IS INST EXERCISER
MACY11 27(655)
1
SKPC TABLES

1-0CT=79

10:59

PAGE 121

SEQ 0271

&\flbwf\)—‘
SRERER

vivywvwvnnawnw

.SBTTL
SKPC TABLES
JENTRY 16 = INSTRUCTION UNDER TEST = SKP(
073454

000005

073460
073462

102752
103012

073456

073464
073466
073470
073472
073474
073476
073500
073502

073504
073506
073510
073512
073514
073516
073520
073522
073524

073526

ISKPC:

105250
105274
103766
104004
102436
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000

.WORD

s INST=SKPC

WORD
.WORD

TLIC
T2

;IP1 = SRC.LEN
;1P2 = SRC.ADR

WORD

WORD
.WORD
WORD
.WORD
.WORD
.WORD
WORD

T25
T26
17
T10
TO:
0
0

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

O
0
0
0
0
0
0
0
0

.WORD

STYPE = 1
;IP3 =
:IP4& =
;IP5 =
:IP6 =
;IP7 =

:1P10

CHAR
SRC DATA
SRC SURR DATA
SRC.SURR.LEN
SPECIAL HANDLING

:IP1
;IP12
;1P13
;IP14
;1P15
;IP16
:1P17
:1P20
;1P21
:1P22
:1P23
:1P24

;THIS TABLE EXERCISES ALL COMBINATIONS OF THE FOLLOWING VARIABLE ASSIGNMENTS:

SOURCE LENGTH - 0,1,300

E%CE B(A){AZZOCHARACTERS FROM STRING = 001,001,007

SOURCE ADDRESS - 200 (RELATIVE TO START OF TEST BUFFER)

“TOTAL # OF TEST CONDITIONS = 6
“TOTAL # OF

TESTS

REG + 1

INLINE)6 = 12

MACY11
POP=11 ( I ? INST EXERCISER
(ZKEEA.P1
SKPC TABLES

27(655)

1-0CT=79

N S

10:59

PAGE 121-1

SEQ 0272

;ENTRY 17 = INSTRUCTION UNDER TEST = SKP(
[SKPC1:

:THIS

.WORD

"WORD
.WORD
.WORD
"WORD
WORD
.WORD
WORD
WORD
WORD
WORD
WORD
WORD
WORD
WORD
WORD
WORD
WORD
WORD
WORD

T2AA
T2SA
T6A
TO
TO
TSPA
0
0
0
0
0
0
0
0
0
0
0
O
0

WORD
WORD

TABLE

: INST=SKPC

1
TIA

STYPE = 1
*IP1 = SRC.LEN

EXERCISES ALL

*1P2 =
:IP3 =
*1P4 2IPS =
:1P6 =
:1P7 =
11P10
*1P11
LIP12
1IP13
“1IP14
11PiS
LIP16
‘IP17
*1P20
L1P21
L1P22
:IP23
L 1P24

SRC.ADR
CHAR
SRC DATA
SRC SURR DATA
SRC.SURR.LEN
SPECIAL HANDLING

COMBINATIONS OF

THE

FOLLOWING VARIABLE

SOURCE LENGTH - 0,1,2.3.4.5.11.,20

3
:

CHAR = 007
SOURCE DATA - INCREMENTING SEQUENCE; INC=1,START # =0

SOURCE ADDRESS - 200,201

“TOTAL # OF TEST CONDITIONS = 16
“TOTAL # OF

TESTS =

REG.)16 = 16

ASSIGNMENTS:

CZKEEA.P11

MACY11 27(655)

SKPC TABLES

1-0CT=79

10:59

B ¢
PAGE 121-2

*ENTRY 18 = INSTRUCTION UNDER TEST = SKPC
000005
000000
100111

000203
000003
103736

ISKPC2: .WORD
.WORD
LWORD
.WORD
.WORD
WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD

.WORD

.WORD
.WORD
WORD
.WORD
.WORD
LWORD
.WORD
.WORD

e
—

d e

d b

Nole JaNTo AV, B QW LN -0

s
i
-

il i

vV
000V
VOV OO0 0

15909

5
0
100111
203

T6+2
0
0
3
0
O
0
0
O
0
0
O
O
0
O
0
0

s INST=SKP(
;TYPE = 0
;1P1 = SRC.LEN
;1P2 = SRC.ADR
;IP3 = CHAR
;IP4& = SRC DATA
;IP5 = SRC SURR DATA
SRC.SURR.LEN
s IP6
J1P7
SPECIAL HANDL ING
:IP10
JIP1
JIP12
:1P13
JIP14

:IP1S
JIP16
JIP17
:1P20
:1P21
:1P22
:1P23
:IP24

:THIS TABLE EXERCISE THE FOLLOWING TEST CONDITION:

:
:
H
3

SOURCE LENGTH = 100111
SOURCE ADDRESS - 203
CHAR - 003
SOURCE DATA = INCREMENTING SEQUENCE; INC=1, START # = 1.

:THIS TEST WAS ADDED TO EXERCISE & TEST THE SKPC V-BIT OPERATION.
;TOTAL # OF

TESTS = (1 REG. + 1

INLINE) = 2

SEQ 0273

POP=11 CIS INST EXERCISER

PDP=11 CIS INST EXERCISER

CZKEEA.P11

MACY11 27(655)

MATCHC TABLES

1-0CT=79

10:59

C 6
PAGE 122

1123515.

.SBTTL

}235‘7’

*ENTRY 19 = INSTRUCTION UNDER TEST = MATCHC

15928
15929
15930
15931
15932
15933

073660
073662
073664
073666
073670
073672

15942

073714

15934
15935
15936
15937
15938
15939
15940
1591
15943

15%4

15945
15%6
15947
15948
123‘58

073674
073676
073700
073702
073704
073706
073710
073712

000011
000003
102752
103012
102772
103366

IMATC:

103704
105050
102436
104004
105050
104036
104054
104070

000000

073722
073724
073726
073730
073732

000000
000000
000000
000000
000000

MATCHC TABLES
.WORD
-WORD
"WORD
.WORD
.WORD
"WORD

"WORD
"WORD
"WORD
"WORD
"WORD
"WORD
"WORD
.WORD

102436

073716

11
3
TLIC
T2

:INST = MATCHC
“TYPE = 1(BIT 0):11/44 Qv TABLE(BIT 1=1)
:IP1 = OBJ.LEN
:1P2 = 0BJ.ADR
*IP3 = SRC.LEN
*1P4 = SRC.ADR

TL2C

T4]
TS
T20
TO
T10
T20
T12
T13
T14

LIPS - musso PORTION OF REGISTER 4
11P6 = 0BJ.DATA
‘IP7 - UBJ SURR.DATA
*1P10 = 0BJ.SURR.LEN
*1P11 - SRC.DATA
2IP12 = SRC.SURR.DATA
*IP13 = SRC.SURR.LEN
*1P14 - SEPARATION CONSTANT

"WORD TO

*1IP15 = SPECIAL HANDL ING

-WORD 0

073720 000000

SEQ 0274

WORD

WORD
WORD
WORD
-WORD
"WORD

L1P16

LIP17

0
0
0
0
0

11P20
1 1P21
L1P22
11P23
1 1P24

}%3%12

:THIS TABLE EXERCISES ALL COMBINATIONS OF THE FOLLOWING VARIABLE ASSIGNMENTS:

15953
15954

:
:

OBJECT LENGTH - o 1 300
SOURCE LENGTH
=

:
:

SOURCE ADDRESS = NO OVERLAP OF SOURCE & DEST. STRINGS;SOURCE ADD < DEST. ADD
- NO OVERLAP OF SOURCE & DEST. STRINGS;SOURCE ADD > DEST. AD

OBJECT ADDRESS - éoé (RELATIVE TO START OF TEST BUFFER)

15956
15957

15955

15961
15962
15963
}g&g

3
:
:
:

15966

;TOTAL # OF TEST CONDITIONS =

}gggg

;TOTAL

SOURCE & DEST. STRINGS ADJACENT; SOURCE ADD < DEST ADD
SOURCE € DEST. STRINGS ADJACENT; SOURCE ADD > DEST ADD
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
SOURCE DATA = ALL STRING CHARACTERS IDENTICAL = 127
# OF

TESTS =

POP-11 CI1S INST EXERCISER
MACY11 27(655)
CZKEEA.P1
MATCHC TABLES
15970

15971

15978
15979
15980
15981

15982

15983
15984
15985
15986
15987
15988
15989

15990

15991
15992
15993
15994
}gggg

10:59

PAGE 123

SEQ 0275

}gg;%
15974
15975
15976
15977

1-0CT=79

ENTRY 21 = INSTRUCTION UNDER TEST = MATCHC
073734
073736
073740
073742

073744
073746
073750
073752

073754

000011
000003
102462
103030

102462
103366
102436
103756

102436
103734
102436
102436
104070
102706
000000

073776
074000
074002
074004
074006

000000
000000
000000
000000
000000

.WORD
.WORD
.WORD
.WORD

:INST = MATCHC
TYPE = 1(BIT 0):11/44 Qv TABLE(BIT 1=1)
:1P1 = OBJ.LEN
:1P2 = 0BJ.ADR

.WORD
.WORD
.WORD

11
3
T1A
T2AA
T1A
T4I
TO
T6A

.WORD
.WORD
WORD
WORD
WORD
WORD
WORD

TO
T6
TO
TO
T14
TSPA
0

+1P10
:IP11
:1P12
:IP13
:1P14
*1P15
“1IP16

WORD
WORD
WORD
WORD
WORD

0
0
0
0
0

.WORD

102436

073756
073760
073762
073764
073766
073770
073772

073774

IMATC1:

.WORD TO

000000

WORD

:IP3
:IP4
:IPS
;1P6

=
=

SRC.LEN
SRC.ADR
0
0BJ.DATA

1P7 - 0BJ.SURR.DATA
=
=
=
=
=

0BJ.SURR.LEN
SRC.DATA
SRC.SURR.DATA
SRC.SURR.LEN
SEPARATION CONSTANT
SPECIAL HANDL ING

L1P17
*1P20
:1P21
:1P22
:1P23
:1P24

112332

:THIS TABLE EXERCISES ALL COMBINATIONS OF

15999
16000

:
:

16001

16002
16003
16004
16005
16006
16007
16008
16009
128}?

16012

}gg}z

THE FOLLOWING VARIABLE ASSIGNMENTS:

OBJECT LENGTH - o 2 3 4 s 11 .20
SOURCE LENGTH
1.20

OBJECT ADDRESS - éoo 201 (RELATIVE TO START OF TEST BUFFER)

SOURCE DATA = INCREMENTING SEQUENCE; INC=1; START # =1

:
3
:
:
3
:
:
3

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

:TOTAL # OF TEST CONDITIONS = 896
:TOTAL # OF

TESTS =

(1 REG.)896 = 896

EXERCISER

MAT(CHC

MACY11 27(655)

TABLES

1-0CT=79

10:59

E 6
PAGE 123-1

SEQ 0276

YENTRY 22 = INSTRUCTION UNDER TEST = MATCHC
074010
074012
074014
074016
074020

000011
000000
000020
000100
100020
000201
000000
103736
000000
000000
103736
000000
000000
00000V
000003
000000
000000
000000
000000
000000
000000
000000

IMATC2: .WORD 11

JINST = MATCHC
JTYPE = 0
;IP1 = 0BJ.LEN
;I1P2 = 0BJ.ADR
;IP3 = SRC.LEN
;IP4& = SRC.ADR
JIP5 = 0
;IP6 = 0BJ.DATA
;1P7 = 0BJ.SURR.DATA
;IP10 - 0BJ.SURR.LEN
;IP11 - SRC.DATA
:IP12 = SRC.SURR.DATA
;1P13 - SRC.SURR.LEN
;IP14 = SEPARATION CONSTANT
;IP15 = SPECIAL HANDL ING
;IP16
J1P17
:1P20
:1P21
:1P22
;1P23
1 1P24

.WORD 0
.WORD 20
.WORD 100
.WORD 100020
.WORD 201
.WORD 0
.WORD T6+2
. WORD
.WORD 0
.WORD T6+2
.WORD 0
.WORD 0
.WORD 0
.WORD 3
.WORD 0
.WORD 0
WORD 0
WORD 0
WORD 0
WORD 0
WORD 0

;THIS TABLE EXERCISE THE FOLLOWING TEST CONDITION:
:

:
:

OBJECT LENGTH = 20
SOURCE LENGTH = 100020
OBJECT ADDRESS = 100 (RELATIVE TO START OF TEST BUFFER)
SOURCE ADDRESS = 201 (RELATIVE TO START OF TEST BUFFER)
OBJUECT DATA = INCREMENTING SEQUENCE:; INC=1, START #
SOURCE DATA = INCREMENTING SEQUENCE; INC=1, START #
1

STHIS TEST WAS ADDED
JTOTAL

# OF

TESTS =

TO EXERCISE & TEST

REG.

INLINE)

THE MATCHC N-BIT OPERATION.

= 2

POP=11 CIS INST EXERCISER
(ZKEEA.P11

6067

16055
16056
16057
16058
16059
16060
16061
16062
606
6064
6065
6066

16069
16070
16071
16072
16073
16074
16075
16076
16077
16078

MACY11 27(655)

SCANC TABLES

1=0CT=79

.SBTTL

10:59

PAGE 124

SEQ 0277

SCANC TABLES

"ENTRY 23 = INSTRUCTION UNDER TEST = SCANC
ISCAN:

.WORD
.WORD
.WORD
.WORD
.WORD

6
3
TLI1C
T2
T27

JINST = SCANC
JTYPE = 1(BIT 0);11/44 Qv TABLE(BIT
;IP1 = SRC.LEN
;1P2 = SRC.ADR
;IP3 - TABLE LEN (256 BYTES)

.WORD T30
.WORD T31

;IP4 - MASK
:1PS = TABLE ADR

.WORD T6

;IP6 = SRC.DATA

.WORD T12
.WORD T13
.WORD T32

;IP7 = SRC.SURR DATA
;IP10 = SRC.SURR.LEN
;IP11 - TABLE DATA

.WORD T7

;IP12 = TABLE SURR DATA

.WORD 0
.WORD 0
.WORD 0

11P22
:1P23
1 IP24

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

1=1)

T10
T14
TO
0
0
0
0

;1P13 -« TABLE SURR LEN
;IP14 = SEPARATION CONSTANT
;IP1S = SPECIAL HANDL ING
JIP16
JIP17
1P20
:1P21

;THIS TABLE EXERCISES ALL COMBINATIONS OF THE FOLLOWING VARIABLE ASSIGNMENTS:
SOURCE LENGTH - 0,1,300

SOURCE ADDRESS - 200 (RELATIVE TO START OF TEST BUFFER)

MASK = 0,1,377

TABLE ADDRESS = NO OVERLAP WITH SOURCE

STRING

- OVERLAP - TABLE ADDRESS=SOURCE ADDRESS
SOURCE DATA - INCREMENTING SEQUENCE; INC=1, START # =1

TABLE DATA - ALL BYTES IDENTICAL = 0

- ALL BYTES IDENTICAL = 377
- INCREMENTING SEQUENCE; INC=1, START # =1

STOTAL # OF TEST CONDITIONS = 54
STOTAL # OF

TESTS =

REG.

INLINE)S4=108

POP=11 C}? INST EXERCISER

MACY11 27(655)
SCANC TABLES

(ZKEEA.P

1=0CT=79

10:59

PAGE 124-1

SEQ 0278

8OQ\JOM5WN—‘°8

i
D

d
e

)
)

D e

D
b

e
e

il and cnld

b
e
b

—

il
)
il
)
asld
il
sl
i
)
il
i
il

coooooooororOrOr
O O OO

“ENTRY 24 = INSTRUCTION UNDER TEST = SCANC
074140
074142
074144
074146
074150
074152
074154
074156
074160
074162
074164
074166
074170
074172

074174
074176
074200
074202
074204
074206
074210
074212

000006
000003
102462
103030
105312

;

ISCANT:

6
3
T1A
T2AA
T27

s INST = SCANC
JTYPE = 1(BIT 0);11/44 Qv TABLE(BIT 1=1)
sIP1 = SRC.LEN
;1P2 = SRC.ADR
;IP3 - TABLE LEN (256 BYTES)

105354

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

T31A

;IP5 = TABLE ADR

102436
102436
103756
102436
102436
104070
102706
000000
000000
000000
000000
000000
000000
000000

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

TO
TO
T6A
TO
TO
T14
TSPA
0
0
0
0
0
0
0

;IP7 = SRC.SURR DATA
;IP10 = SRC.SURR.LEN
;IP11 - TABLE DATA
;IP12 = TABLE SURR DATA
;1P13 - TABLE SURR LEN
;IP14 - SEPARATION CONSTANT
;IP15 = SPECIAL HANDL ING
;IP16
JIP17
:1P20
;1P21
:IP22
;1P23
;1P24

105346
103756

T30A

;IP4 = MASK

.WORD T6A

;THIS

TABLE

;IP6 = SRC.DATA

EXERCISES ALL

COMBINATIONS OF

SOURCE LENGTH - 0,1,2,3,4,5,11,20

THE

FOLLOWING VARIABLE

ASSIGNMENTS:

gggRCE SggRESS - 200,201 (RELATIVE TO START OF TEST BUFFER)

TABLE ADDRESS = NO OVERLAP WITH SOURCE STRING

;

.
;

K =

SOURCE DATA = INCREMENTING SEQUENCE. INC=1,START #=0
TABLE DATA = INCREMENTING SEQUENCE;INC=1,START #=0

STOTAL # OF TEST CONDTIONS = 16
;TOTAL

# OF

TESTS

REG.)

POP=11 C{S INST EXERCISER
MACY1T 27(655)
CZKEEA.P11
SCANC TABLES
16138

PAGE 124=2

SEQ 0279

YENTRY 25 = INSTRUCTION UNDER TEST = SCANC

16141
16142
16143
16144

074214
074216
074220
074222

000006
000000
100040
000110

16150
16151
16152
16153
16154
16155
16156
16157
16158
16159
16160
16161

074236
074240
074242
074244
074246
074250
074252
074254
074256
074260
074262
074264

000000
105450
000000
000000
000000
000003
000000
000000
000000
000000
000000
000000

}212%

10:59

12128

16145
16146
16147
16148
16149

1=0CT=79

074224
074226
074230
074232
074234

074266

ISCAN2:

000256
000377
000200
103736
000000

.WORD
-WORD
-WORD
"WORD

"WORD
.WORD
.WORD
"WORD
.WORD

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

6
0
100040
110

256
377
200
T6+2
0

0
T32+6
0
0
0
3
0
0
0
-WORD 0
-WORD 0
"WORD 0

000000

SINST = SCANC
STYPE = 0
*IP1 = SRC.LEN
*1P2 = SRC.ADR

*IP3
“1P4
*IPS
1IP6
*IP7

*IP10
*IP11
*IP12
“IP13
“1P14
*IP15
‘1IP16
“1P17
1 1P20
L1P21
L1P22
11P23

"WORD 0

=
-

TABLE LEN (256 BYTES)
MASK
TABLE ADR
SRC.DATA
SRC.SURR DATA
SRC.SURR.LEN
TABLE DATA
TABLE SURR DATA
TABLE SURR LEN
SEPARATION CONSTANT
SPECIAL HANDL ING

i
-,

‘fi’p
.

1 1P2%

12}2@

;THIS TABLE EXERCISES ALL COMBINATIONS
OF THE FOLLOWING VARLABLE ASSIGNMENTS:

16166

}g};}

;

16167
16168
16169
16170

:
:
:
:

16173

*THIS

16175

16174

;TOTAL

SOURCE LENGTH = 100040

SOURCE ADDRESS - 10
MARK - 377
.
TABLE ADDRESS - 200 (RELATIVE TO START OF TEST BUFFER)
SOURCE DATA - INCREMENTING SEQUENCE; INC=1,STARTA=1

TABLE DATA - ALL BYTES IDENTICAL = 377

TEST WAS ADDED
# OF

TESTS

TO EXERCISE & TEST

REG.

THE

INLINE)=?

SCANC N-BIT OPERATION.

EXERCISER

POP-11

(ZKEEA.

SPANC

16177

16178
16179
16180
16181
16182
16183
16184
16185
16186
16187
16188
16189
16190
16191
16192
16193
16194
16195
16196
16197
16198
16199
16200
16201

MACYT1 27(655)

TABLES

1=0CT=79

LSBTTL

10:59

6
I
PAGE 125

SEQ 0280

SPANC TABLES

SENTRY 26 = INSTRUCTION UNDER TEST = SPANC

074270
074272

000007
000001

ISPAN:

102752
103012

.WORD 7
.WORD 1

S INST = SPANC
JTYPE = 1

.WORD 127
.WORD T30

;IP3 - TABLE LEN (256 BYTES)
;IP4 = MASK

.WORD TL1C
.WORD T2

105312
105326

105402
103734
104036
104054
105442
103766

104004
104070

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

T31
T€&
T72
T13
T32
T7

.WORD
.WORD
.WORD
.WORD

TO
0
0
0
0
0
0
O

;IP1 = SRC.LEN
;I1P2 = SRC.ADR

;IPS = TABLE ADR
;IP6 = SRC.DATA
;IP7 = SRC.SURR DATA
;IP10 = SRC.SURR.LEN
;IP11 = TABLE DATA
;1P12 = TABLE SURR DATA

.WORD T10
.WORD T14

102436
000000
000000
000000
000000
000000
000000
000000

.WORD
.WORD
WORD

WORD

;1P13 - TABLE SURR LEN
;IP14 = SEPARATION CONSTANT
;IP15 = SPECIAL HANDL ING
JIP16
J1P17
:1P20

s 1P21
;1P22
;1P23
;IP24

sTHIS TABLE EXERCISES ALL COMBINATIONS OF

:
:
:
:
H

H
:

THE FOLLOWING VARIABLE ASSIGNMENTS:

SOURCE LENGTH - 0,1,300
SOURCE ADDRESS - 200 (RELATIVE TO START OF TEST BUFFER)
MASK - 0,1,377
TABLE ADDRESS = NO OVERLAP WITH SOURCE STRING
= OVERLAP - TABLE ADDRESS=SOURCE ADDRESS

SOURCE DATA = INCREMENTING SEQUENCE;
TABLE DATA - ALL BYTES

IDENTICAL = 0

INC=1,

START # =1

- ALL BYTES IDENTICAL = 377
= INCREMENTING SEQUENCE; INC=1, START # =1

“TOTAL # OF TEST CONDITIONS = 54
“TOTAL # OF TESTS = (1 REG. + 1

INLINE)S4=108

PDP=11 {? INST EXERCISER
MACY11 27(655)
(ZKEEA.P
SPANC TABLES
16222

16240
16241
16242
16243
16244

16245
}ggzg
16248
16249
16250
16251

J 6
PAGE 125-1

SENTRY 27 = INSTRUCTION UNDER TEST = SPANC
074344
074346
074350
074352
074354
074356
074360
074362
074364
074366
074370
074372
074374
074376
074400

000007
000001
102462
103030
105312
105346
105354
103756
102436
102436
103756
102436
102436
104070
102706

074416

000000

074402
074404
074406
07441C
074412
074414

ISPAN1:

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

7
1
T1A
T2AA
T27
T30A
T31A
T6A
T0
TO
T6A
TO
TO
T14
TSPA

0
0
0
C
0
0

.WORD 0

s INST = SPANC
;TYPE = 1
;IP1 = SRC.LEN
1P2 - SRC.ADR
*1P3 - TABLE LEN (256 BYTES)
:IP4 - MASK
:IP5 = TABLE ADR
:IP6 - SRC.DATA
;IP7 = SRC.SURR DATA
*IP10 = SRC.SURR.LEN
:IP11 - TABLE DATA
*1P12 - TABLE SURR DATA
:IP13 = TABLE SURR LEN
:IP14 - SEPARATION CONSTANT
:IP1S = SPECIAL HANDL ING
:IP16
:1P17
:1P20
1P
:1P22
:1P23

:1P24

:THIS TABLE EXERCISES ALL COMBINATIONS OF THE FOLLOWING VARIABLE ASSIGNMENTS:
;
SOURCE LENGTH - 0,1,2,3,4,5,11,20
:
SOURCE ADDRESS - 200,201 (RELATIVE TO START OF TEST BUFFER)
:
MASK - 252

16252
16253

3
:

16256
16257

:TOTAL # OF
;TOTAL # OF

}2522

10:59

}gssz

16225
16226
16227
16228
16229
16230
16231
16232
16233
16234
16235
16236
16237
16238
16239

1=0CT=79

TABLE ADDRESS = NO OVERLAP WITH SOURCE STRING
SOURCE DATA - INCREMENTING SEQUENCE; INC=1,START #=0

TABLE DATA - INCREMENTING SEQUENCE;INC=1,START #=0
TEST CONDTIONS = 16
TESTS = (i REG.) = 16

SEQ 0281

POP=11 ( IS INST EXERCISER
(ZKEEA.P 1"
SPANC
16260
16261

MACY11 27(655)

TABLES

1-0CT=79

10:59

K 6
PAGE 125-2

SEQ 0282

'ENTRY 28 = INSTRUCTION UNDER TEST = SPANC
074420
074422
074424
074426
074430
074432
074434
074436
074440
074442
074444
074446
074450
074452
074454
074456
074460
074462
074464
074466
074470
074472

000007
000000
100040
000110
000256
000009
000200

ISPAN2:

103736
000000

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

s INST = SPANC

JTYPE = 0

0
100040

;IP1 = SRC.LEN
;IP2 = SRC.ADR
;IP3 - TABLE LEN (256 BYTES)
:IP4 = MASK
;IP5 = TABLE ADR
;IP6 - SRC.DATA
:IP7 = SRC.SURR DATA
;IP10 = SRC.SURR.LEN
;IP11 - TABLE DATA
;IP12 = TABLE SURR DATA
;IP13 - TABLE SURR LEN
:IP14 - SEPARATION CONSTANT
;IP15 = SPECIAL HANDL ING

110
25§
0
200

.WORD Té6+2
.WORD 0
. WORD

105450
000000
000000
000000
000003
000000
000000
000000
000000
000000
000000
000000

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

T32+6
0
0
0
3
0
0
0
0
0
0
0

:IP16
:IP17

:1P20

;THIS TABLE EXERCISES ALL COMBINATIONS OF

:
:

THE FOLLOWING VARIABLE ASSIGNMENTS:

SOURCE LENGTH = 100040

SOURCE ADDRESS - 10

MARK - 377

TABLE ADDRESS - 200 (RELATIVE TO START OF

SOURCE DATA - INCREMENTING SEQUENCE:

TEST BUFFER)

INC=1,STARTA=1

TABLE DATA - ALL BYTES IDENTICAL = 377

:THIS TEST WAS ADDED TO EXERCISE & TEST THE SCANC N-BIT OPERATION.
;TOTAL # OF

TESTS =

REG.

INLINE)=2

POP=11 CIS INST EXERCISER
MACY11
(ZKEEA.P1T
CVTPN TABLES

27(655)

1-0CT=79

.SBTTL

16299

16300

10:59

L 6
PAGE 126

SEQ 0283

CVTPN TABLES

JENTRY 29 = INSTRUCTION UNDER TEST = CVTPN
074474
074476

000016
000001
105526
103012

ICPZ:

16
1
T331
T2

s INST=CVTPN
JTYPE = 1
:IP1 = SRC.LEN
:1P2 = SRC.ADR

1056
105712

.WORD T34
.WORD T35

:IP4& = DST.ADR
.IPS = SRC DATA

104004

.WORD T10

105546

.WORD T332

103766
104020

074540
074542
074544
074546

.WORD
.WORD
.WORD
.WORD

104036
104054
104070
102436
000000
000000
000000
00000C
000000
000000
000000
000000

:1P3 - DST.LEN

.WORD 17

;IP6 = SRC SURR DATA

.WORD T11

:1P10 = DST DATA

.WORD T12
.WORD T13
.WORD T14
.WORD TO
.WORD 0
-WORD 0
.WORD 0
.WORD 0
.WORD 0
WORD 0
WORD 0
WORD 0

:1P7 = SRC SURR LEN

:IP11 - DST SURR DATA
;IP12 = DST SURR LEN
;IP13 - SEPARATION CONSTANT
:IP14 = SPECIAL HANDL ING
:1P15
:IP16
;1P17
:1P20
:1P21
;1P22
;1P23
;1P24

;THIS TABLE EXERCISES ALL COMBINATIONS OF THE FOLLOWING VARIABLE ASSIGNMENTS:

:
H
:
:
:
:

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
= SOURCE & DESTINATION STRINGS ADJACENT
SOURCE DATA - ALL DIGITS IDENTICAL = 3; SIGN +
- ALL DIGITS IDENTICAL = 8. SIGN =
= ALL DIGITS IDENTICAL = 0; SIGN =

*TOTAL # OF TEST CONDITIONS = 54

“TOTAL # OF TESTS = (2 DATA TYPES + 1

IN LINE)S4=162

PDP=11 CIS
INST EXERCISER
MACY11 27(655)
I
CZKEEA.P11
CVTPN TABLES

;ggzg
074550

16357

074602

16358

16359
16360
16361
16362
16363
16364
16365

M 6
PAGE 126-1

10:59

074552
074554
074556
074560
074562
074564
074566
074570
074572
074574
074576
074600
074604

074606
074610
074612
074614
074616
074620
074622

000016

000001
102462
103022
102462
105602
106000
102436
102436
102436
102436
102436
104070

icPZ1:

102706

000000

.WORD 16

: INST=CVTPN

"WORD TSFA

*IP14 - SPECIAL HANDL ING

“WORD
"WORD
"WORD
"WORD
"WORD
"WORD
-WORD
"WORD
“WORD
"WORD
"WORD
"WORD

1
T1A
T2A
T1A
T34A
TP19
TO
TO
TO
TO
TO
T14

STYPE = 1
*IP1 = SRC.LEN
*IP2 - SRC.ADR
*1P3 - DST.LEN
*1P4 - DST.ADR
*IPS = SRC DATA
*IP6 = SRC SURR DATA
*IP7 - SRC SURR LEN
:IP10 - DST DATA
*IP11 - DST SURR DATA
*IP12 - DST SURR LEN
*1P13 - SEPARATION CONSTANT

“WORD 0

000000
000000
000000
000000
000000
000000
000000

-WORD
-WORD
WORD
WORD
“WORD
WORD
“WORD

11P15

0
0
0
0
0
0
0

11P16
LIP17
11P20
LIP21
11P22
L1P23
L1P2%

}gggg

:THIS TABLE EXERCISES ALL COMBINATIONS OF

16370

THE FOLLOWING VARIABLE ASSIGNMENTS:

SOURCE LENGTH - 0,1.2,3.4,5,11.,20

DESTINATION LENGTH - 0.1.2.%.4.5.,11,20

}g%;g

SOURCE DATA = DIGITS FROM STRING = 1234567891234567891234000891233; SIGN +

16376

STOTAL # OF TEST CONDITIONS = 64

WW
NN
W

16371

SEQ 0284

;ENTRY 30 = INSTRUCTION UNDER TEST = CVTPN

16344

16345
16346
16347
16348
16349
16350
16351
16352
16353
16354
16355
16356

1-0CT=79

16377
16378

SOURCE ADDRESS = 201 (RELATIVE TO START OF TEST BUFFER)
DESTINATION ADDRESS = NO OVERLAP OF SOURCE & DESTINATION STRINGS

:TOTAL # OF
:

TESTS =

REG.)64 = 64

PDP=11 CIS INST EXERCISER
MACY11 27(655)
CZKEEA.P1
CVINP TABLES

16380

}g%

LSBTTL

)
074624
074626
074630
074632

000017
000003
105526
103012

16388
16389
16390

074636
074640
074642

106170
106252
103766

16393

074650

104036

074656
074660
074662
074664
074666
074670
074672
074674
074676

102436
000000
000000
000000
000000
000000
000000
000000
000000

16391
16392
16394
16395

16396
16397
16398
16399
16400
16401
16402
16403
}g‘agg

074634

074644
074646
074652
074654

10:59

N 6
PAGE 127

CVTNP TABLES

:ENTRY 31 = INSTRUCTION UNDER TEST = CVINP

16383
16384
16385
16386

16387

1-0CT=79

ICZP:

105546

.WORD
.WORD
.WORD
.WORD

17
3
T331
T2

.WORD T332

.WORD T36
.WORD T37
.WORD T7

s INST=CVINP
sTYPE = 1(BIT 0):11/44 Qv TABLE(BIT 1=1)
:IP1 = SRC.LEN
*1P2 = SRC.ADR

*1P3 = DST.LEN

:IP4 - DST.ADR
:IP5 = SRC DATA
:IP6 = SRC SURR DATA

104004
104020

.WORD T10
.WORD T11

*IP7 = SRC SURR LEN
“IP10 = DST DATA

104054
104070

.WORD T13
.WORD T14

1P12 = DST SURR LEN
“1P13 - SEPARATION CONSTANT

.WORD T12
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD

TO
0
0
0
0
0
0
0
0

“IP11 = DST SURR DATA

*1P14 = SPECIAL HANDL ING
:IP.S
:IP16
:IP17
:IP20
:IP21
:1P22
:1P23
:1P24

112289

:THIS TABLE EXERCISES ALL COMBINATIONS OF THE FOLLOWING VARIABLE ASSIGNMENTS:

16408
16409
16410
16411
16412
16413
16414

:
:
:
:
2
:
:

16417
16418

:TOTAL # OF TEST CONDITIONS = 54
:TOTAL # OF TESTS = (6 DATA TYPES + 1 IN LINE)S4 = 378

}z}g

16419

SOURCE LENGTH - 0,1,37
DESTINATION LENGTH - 0,1,37
SOURCE ADDRESS - 200 (RELATIVE TO START OF TEST BUFFER)
DESTINATION ADDRESS = NO OVERLAP OF SOURCE & DESTINATION STRINGS
- SOURCE & DESTINATION STRINGS ADJACENT
SOURCE 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

SEQ 0285

MACY11 27(655)

CVINP TABLES

1-0CT=79

10:59

8 7

PAGE 127-1

SEQ 0286

3 2R2RRRRRRRRRRRRRY

:ENTRY 32 = INSTRUCTION UNDER TEST = CVINP

¥ LERRURIEIRNR
TR

000017
000001

fczP1:

102462

103022
106142
106340

"WORD T1A

*IP1 = SRC.LEN

"WORD T1A

*1P3

*1P2 = SRC.ADR

"WORD T36A
"WORD TZ19

102436

074750
074752

; INST=CVTNP
STYPE = 1

"WORD T2A

102462

16439

.WORD 17
-WORD 1

.WORD TO

102436
102436
102436
102436
104070
102706
000000
000000
000000
000000
000000
000000
000000
000000

= DST.LEN

*1P4 = DST.ADR
*IPS = SRC DATA

*1P6 = SRC SURR DATA

.WORD TO
.WORD TO
"WORD TO
"WORD TO
"WORD T14
"WORD TSPA
-WORD
“WORD 0
-WORD 0
“WORD 0
WORD 0
“WORD 0
-WORD 0
“WORD 0

:1P7 = SRC SURR LEN
:IP10 = DST DATA
*IP11 - DST SURR DATA
*1P12 - DST SURR LEN
*1P13 - SEPARATION CONSTANT
*1P14 = SPECIAL HANDLING
1IP15
LIP16
LIP17
11P20
1 1P21
L1P22
11P23
L1P24

:THIS TABLE 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 - 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
“TOTAL # OF

TESTS =

DATA TYPE

IN REG MODE)64 = 64

EXERCISER

PDP=11 CIS INST EXERCISER
MACY11 27(655)
CZKEEA.P11
CVINP TABLES

}&gg
074754
074756

000017
000001

16463
16464
16465
16466
16467
16468
16469
16470

074762
074764
074766
074770
074772
074774
074776
075000

103030
102506
106142
106340
102436
102436
102436
102436

16471

16472

074760

075002

075004

102436

102436
000000
000000

16477
16478
16479
16480

075016
075020
075022
075024

000000
000000
000000
000000

;fig}

PAGE 128

SEQ 0287

075026

.WORD 17
.WORD 1

s INST=CVTINP
;TYPE =1

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

;1P2 = SRC.ADR
;IP3 = DST.LEN
;iP4 = DST.ADR
;IP5 = SRC DATA
:IP6 = SRC SURR DATA
;1IP7 = SRC SURR LEN
:IP10 = DST DATA
;IP11 = DST SURR DATA

.WORD T1B

:IP1 = SRC.LEN

T2AA
T1B
T36A
1219
TO
TO
TO
TO

.WORD TO

104070

075006
075010
075012

075014

ICZP2:

102506

16473
16474
16475

16476

10:59

;ENTRY 32A = INSTRUCTION UNDER TEST = CVINP

16460
16461
16462

1-0CT=79

:1P12 = DST SURR LEN

.WORD T14

000000

:1P13 = SEPARATION CONSTANT

.WORD TO
.WORD 0
WORD 0

:1P1% - SPECIAL HANDL ING
:1P15
:1P16

WORD
WORD
WORD
.WORD

:1P20
:1P21
:1P22
1P23

WORD 0

000000

0
0
0
0

.WORD 0

:1P17

;1P24

11‘62%2

;THIS TABLE EXERCISES ALL COMBINATIONS OF THE FOLLOWING VARIABLE ASSIGNMENTS:

16485
16486

:
:

SOURCE LENGTH - 1,2, 3
DESTINATION LENGTH =

16488
}zgg

:
;

DESTINATION ADDRESS = NO OVERLAP OF SCURCE & DESTINATION STRINGS
SOURCE DATA = DIGITS FROM STRING= 1234567891234567891234000891233 SIGN +

16487

16491
16492

SOURCE ADDRESS - 20C, 261 (RELATIVE TO START OF TEST BUFFER)

;TOTAL # OF TEST CONDITIONS = 18
JTOTAL # G TESTS = (6 DATA TYPES + 1

IN LINE)18 = 126

PDP=11 CIS INST EXERCISER

CZKEEA.P1
16494
16495
16496
16497
16498
16499

16500

16509
16510
16511
16512
16513
16514
16515
16516
16517
16518
16519

16520
16521
16522

16523
16524
16525
16526
16527
16528

16529

MACY11 27(655)

CVTLP TABLES

1-0CT=79

10:59

D 7
PAGE 129

SEQ 0288

.SBTTL
CVTLP TABLES
:ENTRY 33 = INSTRUCTION UNDER TEST = CVTLP
075030
075032
075034
075036

ICLP:

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

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

075
075052
075064
075066
075070
075072
075074
075076
07510C
075102

31
3
T40
T41
T33
T2
T11
T12
T13
TO

s INST=CVTLP
JTYPE = 1(BIT 0);11/44 Qv TABLE(BIT 1=1)
JIP1 = SRC.HIGH (R2)
JIP2 = SRC.LOW (R3)
:IP3 <« DST.LEN (R4)
;IP4& = DST.ADR (RS)
;IP5 = DST DATA
;IP6 = DST SURR DATA
:IP7 = DST SURR LEN
;IP10 = SPECIAL HANDL ING

0
0
0
0
0
0
0
0
0
0
0
0

JIP11
JIP12
:IP13
JIP14
JIP15
JIP16
JIP17
:1P20
;IP21
1 1P22
:1P23
;IP24

;THIS TABLE EXERCISES ALL COMBINATIONS OF

THE FOLLOWING VARIABLE ASSIGNMENTS:

;

DESTINATION LENGTH = 0,1,20

SOURCE DATA HIGH = 0+,0=,77777+,77777=,5+

;

DESTINATION ADDRESS - 200 (REATIVE TO START OF BUFFER)
SOURCE DATA LOW = 0+,4+,77777-

STOTAL # OF TEST CONDITIONS = 45
“TOTAL # OF

TESTS =

(2 DATA TYPES + 1

INLINE)4S = 135

PDP=11 C $ INST EXERCISER
MACY11 27(655)
(ZKEEA. [
CVTLP TABLES

1-0CT=79

10:59

E 7
PAGE 130

SEQ 0289

;ENTRY %4 < INSTRUCTION UNDER TEST = (VTLP
000031

16556

16557
16558
16559
16560
16561
16562
16563
16564
16565
16566

ICLP1:

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

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

075140
075142
075144
075146
075150
075152
075154
075156

31
3
T40A
T41A
T1A
T2A
T0
T0
TO
TSPA

s INST=CVTLP
JTYPE = 1(BIT 0);11/44 Qv TABLE(BIT 1=1)
;1P1 = SRC.HIGH (R2)
;1P2 = SRC.LOW (R3)
;IP3 = DST.LEN (R&)
;1P4 = DST.ADR (RS)
;IP5 = DST DATA
:IP6 = DST SURR DATA
;IP7 = DST SURR LEN
;1P10 = SPECIAL HANDL ING
;IP1
:1P12
;IP13
;IP14
2 IP15
;IP16
;1P17
:1P20
:1P21
:1P22
;1P23
:1P24

0
0
0
0
0
0
0
0
0
0
0
0

sTHIS TABLE EXERCISES ALL COMBINATIONS OF
:

;
:

DESTINATION LENGTH - 0,1,2,3,4,5,11,20

DESTINATION ADDRESS - 201
SOURCE DATA HIGH = 0+
SOURCE DATA LOW = 77777~

STOTAL # OF TEST CONDITIONS = 8
“TOTAL

THE FOLLOWING VARIABLE ASSIGNMENTS:

# OF

TESTS =

DATA TYPE

IN REG MODE)8 =

POP=11 CIS INST EXERCISER
MACY11 27(655)
(ZKEEA.P1T
CVTLP TABLES

PAGE

131

SEQ 0290

ENYRY 34A - INSTRUCTION UNDER TEST
= CVTLP

075202
075204
075206
075210
075212

16586
16587
16588
16589
16590
16591

075220
075222
075224
075226
075230
075232

.WORD 21

|
B
B

—
H

s INST=CVTLP
TYPE = 1(BIT 0);11/44 Qv TABLE(BIT 1=1)
SRC.HIGH (RZ)
SRC.LOW (R3)
DST.LEN (R4)
DST.ADR (RS>
DST DATA

DST SURR DATA
3
;IP7 = DST SURR LEN
IP10 - SPECIAL HANDL ING
IP11
L1P12
:IP13
L

16579
16580
16581
16582
16583

ICLP?.

—

075160
075162
075164
075166
075170
075172
075174
075176
075200

16571
16572
16573
16574
16575
16576
16577
16578

10:59

;THIS

OCOOCOOCTCOOOOOO

16568
16569
16570

1-0CT=79

JIP14

JIP1S

;IP16

:IP17

:1P20

;1P21

;1P22

;IP23
1 1P24

TABLE EXERCI SES

THE FOLLOWING TEST CONDITION

DESTINATION LENGTH = 10
CESTINATION ADDRESS - 200
SOURCE DATA HIGH
0,231,252

SOURCE DATA LOW - 1263600.125

“TOTAL # OF TEST CONDITIONS = 9
;TOTAL

# OF

TESTS =

(2 DATA TYPES + 1

IN-LINE)® = 27

POP=11 c#; INST EXERCISER
MACY11 27(655)
(ZKEEA.P
CVTLN TABLES
16604

LSBTTL

}6605

10:59

PAGE 132

075234
075236
075240
075242

000021
000001
106416
106476

16612
16613
16614
16615
16616
16617
16618
16619
16620
16621
16622
16623
16624
16625
16626
16627
}gggg

075246
075250
075252
075254
075256
075260
075262
075264
075266
075270
075272
075274
075276
075300
075302
075304
075306

CVTLN TABLES

075244

ICLZ:

105472

.WORD
.WORD
.WORD
"WORD

21
1
T40
T41

s INST=CVTLN
STYPE = 1
2IP1 = SRC.HIGH (R2)
21P2 = SRC.LOW (R3)

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

T2
T11
T12
T13
TO
0
0
0
0
0
0
0
0
0
0
0
0

:1P4 = DST.ADR (RS)
“IPS = DST DATA
“IP6 - DST SURR DATA
:1P7 = DST SURR LEN
*IP10 = SPECIAL HANDL ING
SIP11
“1P12
L1P13
S1P14
*1P15S
LIP16
11017
1 1P20
L 1P21
11P22
L1P23
1 1P24

.WORD T33

21P3 = DST.LEN (R&)

122%9

:THIS TABLE EXERCISES ALL

16632

;

DESTINATION LENGTH = 0,1,20

}gggg

;

SOURCE DATA LOW = 04,4+, 77777~

16633
16634

16637

16638

SEQ 0291

;ENTRY 35 = INSTRUCTION UNDER TEST = CVTLN

16607
16608
16609
16610

16611

1-0CT=79

;
:

COMBINATIONS OF

THE FOLLOWING VARIABLE ASSIGNMENTS:

DESTINATION ADDRESS = 200 (RELATIVE TO START OF
SOURCE DATA HIGH = 0+,0=,77777+,77777=,5+

“TOTAL # OF

;TOTAL # OF

TEST CONDITIONS = 45

TESTS = (6 DATA TYPES + 1

INLINE)4S = 315

TEST BUFFER(

MACY11
cl ? INST EXERCISER
CVTLN TABLES
|CZKEEA. Pl
PDP=11

16641
16642

16643
16644

16645

16646

16647
16648
16649
16650
|
16651
16652
1
16653
16654
16655
16656
16657
16658
16659
16660

16661
16662
16663
16664
16665
16666
16667
16668
16669

27(655)

10:59

H 7

PAGE 132=1

SEQ 0292

;ENTRY 36 = INSTRUCTION UNDER TEST = (VTLN
075310
075312
075314
075316

000021

ICLZ1:

102462
103022

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

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

21
1
T40AA
T41AA
T1A
T2A
TO
TO
TO
TSPA
0
0
0

JINST=CVTLN
JTYPE = 1
;IP1 = SRC.HIGH (R2)
;IP2 = SRC.LOW (R3)
;IP3 = DST.LEN (R4)
;IP4 - DST.ADR (RS)
;IPS5 = DST DATA
:IP6 = DST SURR DATA
;IP7 = DST SURR LEN
;IP10 = SPECIAL HANDL ING
;IP11
JIP12
;IP13

0
0
0
0
0
0
0

JIP14
:IP1S
:1P16
JIP17
: 1P20
;1P21
1 1P22

.WORD 0
.WORD 0

:IP23
JIP24

sTHIS 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

SOURCE DATA LOW = 4+

STOTAL # OF TEST CONDITIONS = 8
STOTAL

# OF

TESTS =

DATA TYPE

IN REG MODE)8 = 8

TEST BUFFER(

PDP=11 CIS INST EXERCISER
(ZKEEA.PIT
CVTPL

MACY11 27(655)

TABLES

1-0CT=79

10:59

7
I
PAGE 133

SEQ 0293

.SBTTL
CVTPL TABLES
ENYRY 37 = INSTRUCTION UNDER TEST
= CVTPL

16677
16678

000025
000003

ICPL.

105472
103012
105712

.WORD 25
.WORD 3

sINST = CVTPL
JTYPE = 1(BIT 0);11/44 Qv TABLE(BIT 1=1)

.WORD
.WORD
.WORD
.WORD
.WORD

;IP4& = SRC SURR DATA
;IP5 = SRC SURR LEN
. IP6= UNUSED PORTION OF REGISTER 4
;IP7 = SPECIAL HANDL ING
:IP10

.WORD T33
.WORD T2
.WORD T35

103766
104004
103704
102436
000000

000000
000000
000000
000000
000000
000000
000000
000000
000000

;IP1 < SRC.LEN (RQ)
;IP2 = SRC.ADR (R1)
;IP3 = SRC DATA

17
T10
T5
TO
0

.WORD 0
.WORD 0
.WORD 0
.WORD 0
.WORD 0
.WORD 0
.WORD 0
.WORD 0
.WORD 0

000000
000000
000000

;IP11
:1P12
:1P13
;IP14
;IP15
;IP16
;1P17
:IP20
;1P21

.WORD 0
.WORD 0
.WORD 0

;1P22
;1FP23
s IP24

;THIS TABLE EXERCISES ALL COMBINATIONS OF

THE FOLLOWING VARIABLE ASSIGNMENTS:

SOURCE LENGTH - 0,1,20
SOURCE ADDRESS - 200 (RELATIVE TO START OF TEST BUFFER)
SOURCE DATA - ALL DIGITS IDENTICAL = 3; SIGN +
- ALL DIGITS IDENTICAL = 8;
- ALL DIGITS IDENTICAL = 0;

“TOTAL # OF TEST CONDITIONS = 9
“TGTAL

# OF

TESTS

(2 DATA TYPES

SIGN SIGN -

INLINE)S = 27

S INST EXERCISER
CVTPL
-

MACY11 27(655)

TABLES

1=0(T=79

10:59

J 7
PAGE 133-1

SEQ 0294

JENTRY 40 = INSTRUCTION UNDER TEST = CVIPL

075440
075442
075444
075446
075450
075452
075454
075456

000025

000003
105512
103012

’

ICPLY:

107400

;INST = CVTPL

.WORD T33A
.WORD T2

;IP1 = SRC.LEN (RO)
;IP2 = SRC.ADR (R1)

.WORD 3

:TYPE = 1(BIT 0);11/44 Qv TABLE(BIT 1=1)

.WORD T51

103766

;IP3 = SRC DATA

.WORD T7

104004
103704
102436
000000
000000
000000
000000

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

000000

.WORD 0

000000
000000

075506
075510
075512

.WORD 25

;IP4 = SRC SURR DATA

T10
TS5
TO
0
0
0
0

;IPS = SRC SURR LEN
. IP6= UNUSED PORTION OF REGISTER 4
:IP7 = SPECIAL HANDL ING
:1P10
JIP1
:IP12
:1P13

.WORD 0
.WORD 0

000000
000000
000000
000000
000000

.WORD
.WORD
.WORD
.WORD
.WORD

000000

11IP14
:IP1S

JIP16

0
0
0
0
0

JIP17
:1P20
s1P21
:1P22
:1P23

.WORD 0
;THIS

TABLE

JIP24

EXERCISES ALL

COMBINATIONS OF

THE

FOLLOWING VARIABLE

SOURCE LENGTH = 12

:
:
:

SOURCE ADDRESS = 200 (RELATIVE TO START70F

SOURCE DATA = DIGITS FROM STRING = 2,147,483,648+
- DIGITS FROM STRING = 2,147,483,647+
- DIGITS FROM STRING = 2,147,483,648~

- DIGITS FROM STRING = 2,147,483,649- DIGITS FROM STRING = 4,294,967,294+
- DIGITS FROM STRING = 42,949,672,940+

“TOTAL # OF TEST CONDITIONS = 6
“TOTAL

TEST BUFFER)

# OF

TESTS

(2 DATA

TYPES

INLINE)6 =

ASSIGNMENTS:

PDP=11 CIS INST EXERCISER
MACY11 27(655)
CZKEEA.P11
CVTPL TABLES

}2;2;

10:59

K 7
PAGE 133-2

SEQ 0295

:ENTRY 41 = INSTRUCTION UNDER TEST = (VTPL

16759
16760
16761
16762
16763
16764
16765
16766
16767
16768
16769
16770
16771
16772
16773
16774
16775
16776

075514
075516
075520
075522
075524
075526
075530
075532
075534
075536
075540
075542
075544
075546
075550
075552
075554
075556

000025
000003
102462
103022
106000
102436
102436
103704
102706
000000
000000
000000
000000
000000
000000
000000
000000
000000

]lg;g?

075566

000000

16777
16778
16779

1-0CT=79

075560
075562
075564

ICPL2:

000000
000000
000000

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

25
3
T1A
T2A
TP19
10
TO
TS
TSPA
0
0
0
0
0
0
0
0
0

;INST = CVTPL
:TYPE = 1(BIT 0):11/44 Qv TABLE(BIT 1=1)
;IP1 = SRC.LEN (RO)
:IP2 = SRC.ADR (R1)
;IP3 = SRC DATA
:IP& = SRC SURR DATA
:IPS = SRC SURR LEN
:IP6= UNUSED PORTION OF REGISTER &
;IP7 = SPECIAL HANDL ING
:I1P10
JIPN
:IP12
:1P13
:1P14
:IP15
:IP16
JIP17
:1P20

WORD 0
WORD 0
WORD 0

WORD 0

;IP21
s 1P22
:1P23

:1P24

112;3%

:THIS TABLE EXERCISES ALL COMBINATIONS OF THE FOLLOWING VARIABLE ASSIGNMENTS:

16784

SOURCE LENGTH - 0,1,2.3.4,5.11,20

}2;3?

SOURCE DATA - DIGITS FROM STRING = 1234567891234567891234000891233; SIGN +

16785

SOURCE ADDRESS = 201

(RELATIVE

16788

:TOTAL # OF TEST CONDITIONS = 8

16790

16789

;TOTAL # OF

TESTS =

DATA TYPE

TO START OF

IN REG MODE)S8 = 8

TEST BUFFER)

MACY11
PDP=11 CIS INST EXERCISER
CZKEEA.P1T
CVTPL TABLES

;‘g;g%
075570

000025

16799
16800
16801

075602
075604
075606

102436
102436
103704

16803
16804
16805
16806
16807
16808
16809
16810
16811
16812
16813
16814
}g}g

1=0CT=79

10:59

L 7

PAGE 134

SEQ 0296

;ENTRY 41A = INSTRUCTION UNDER TEST = CVTPL

16794

16795
16796
16797
16798

27(655)

075572
075574
075576
075600

075610

(075612
075614
075616
075620
075622
075624
075626
075630
075632
075634
(075636
075640
075642

000003
105512
103012
106010

ICPL3:

102436

.WORD 25

s INST = CVTPL

.WORD TO
.WORD TO
.WORD T5

:IP4& = SRC SURR DATA
:IP5 = SRC SURR LEN
s IP6= UNUSED PORTION OF REGISTER 4

.WORD
.WORD
.WORD
.WORD

3
T33A
T2
TP19A

.WORD TO

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

0
0
0
0
0
0
0
0
0
0
0
0
0

JTYPE = 1(BIT 0);11/44 Qv TABLE(BIT 1=1)
;IP1 = SRC.LEN (RO)
:I1P2 = SRC.ADR (R1)
;IP3 = SRC DATA

;IP7 = SPECIAL HANDL ING

;1P10
:IP1
:1P12
;1P13
;IP14
:IP15
;IP16
;IP17
:1P20
:1P21
:1P22
;1P23
;1P24

‘%gg}g

;THIS TABLE EXERCISES THE FOLLOWING TEST CONDITION

16819
16820
16821
}%225

:
:
:

16824
16825

;TOTAL # OF
sTOTAL # OF

16826

SOURCE LENGTH = 12
SOURCE ADDRESS - 200 (RELATIVE TO START OF TEST BUFFER)
SOURCE DATA = 3 X 2 =« 31 = 6442450944 +
= 3 X 2 ** 31 (=) = 6442450944 TEST CONDITIONS = 2
TESTS = (2 DATA TYPES + 1

IN-LINE) 2 = 6

PDP=11 CIS INST EXERCISER
MACY11
CZKEEA.P11
CVTNL TABLES

27(655)

1-0CT=79

.SBTTL

10:59

M7
PAGE 135

SEQ 0297

CVTNL TABLES

;ENTRY 42 = INSTRUCTION UNDER TEST = CVTNL

ICZL:

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

.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
;THIS

15
1
T33
T2
T37
T7
T10
TS
TO
0

JINST = CVTNL
JTYPE = 1
;IP1 = SRC.LEN (RO)
;1P2 = SRC.ADR (R1)
;IP3 = SRC DATA
;IP4 = SRC SURR DATA
IPS = SRC SURR LEN
IP6 = UNUSED PORTION OF REGISTER 4
:1P7 - SPECIAL HANDL ING
:IP10

0
0
0
0
0
0
0
0
0
0
0
0

JIP11
;IP12
:IP13
JIP14
:1IP1S
JIP16
:1IP17
*1P20
.1P21
:1P22
:1P23
1 IP24

TABLE EXERCISES ALL COMBINATIONS OF

THE FOLLOWING VARIABLE ASSIGNMENTS:

SOURCE ADDRESS = 206 (RELATIVE TO START OF TEST BUFFER)

=
SOURCE LENGTH

:
:
:

SOURCE DATA - ALL DIGITS IDENTICAL = 3; SIGN +; HIGH NIBBLE
- ALL DIGITS IDENTICAL = 8: SIGN =; HIGH NIBBLE
- ALL DIGITS IDENTICAL = 0: SIGN =; HIGH NIBBLE

;

“TOTAL # OF TEST CONDITIONS = 9
;TOTAL # OF
-

TESTS =

(6 DATA TYPES + 1

INLINE)9 = 63

PDP=11 CIS INST EXERCISER
MACY11 27(655)
CZKEEA.P11
CVINL TABLES
16866

16867

10:59

N 7
PAGE 135-1

SEQ 0298

}68686869
16870
16871
16872
16873
16874
16875
16876
16877
16878
16879
16880
16881
16882
16883
16884
16885
16886
16887
16888
16889
16890
}ggg}

1-0CT=79

:ENTRY 43 = INSTRUCTION UNDER TEST = CVTNL
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
103012
107442
103766
104004
103704
102436
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
00G000
000000

ICZL1:

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

15
1
T33A
T2
TS52
T7
T10
TS
TO
0
0
0
0
0
0
0
0
0
0
0
0
0

sINST = CVINL
:TYPE = 1
:IP1 = SRC.LEN (RO)
:1P2 = SRC.ADR (R1)
:IP3 = SRC DATA
:IP4 = SRC SURR DATA
:IP5 = SRC SURR LEN
:1P6 = UNUSED PORTION OF REGISTER 4
:1P7 = SPECIAL HANDL ING
:1P10
:1P11
:1P12
:1P13
:IP14
:1P15
:1P16
:1P17
:1P20
:1P21
:1P22
:1P23
:1P24

1113‘%32

:THIS TABLE EXERCISES ALL COMBINATIONS OF THE FOLLOWING VARIABLE ASSIGNMENTS:

16895
16896
16897
16898
16899

:
:
:
:
2

16902

:TOTAL # OF TEST CONDITIONS = 4

}g%)
16903

SOURCE LENGTH = 12
SOURCE ADDRESS = 200 (RELATIVE TO START OF TEST BUFFER)
SOURCE DATA = DIGITS FROM STRING = 2,147,483,648+
- DIGITS FROM STRING = 2,147.,483,647+
- DIGITS FROM STRING = 2,147,483,648~

;TOTAL # OF TESTS =

- DIGITS FROM STRING = 2,147,483,649(6 DATA TYPES + 1

INLINE)4 = 28

MACY11 27(655)
PDP=11 CIS INST EXERCISER
CVTNL TABLES
CZKEEA.P1
16906

1-0CT=79

10:59

PAGE 135-2

SEQ 0299

;ENTRY &4 = INSTRUCTION UNDER TEST = CVTNL

075774
075776

ICZL2:

.WORD 15
.WORD 1
.WORD T1A

INS = CVINL
YPE = 1
1P1 = SRC.LEN (RO)

.WORD T2A
.WORD T219

.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
;THIS

:1P2 ~ SRC.ADR (R1)
:1P3 = SRC DATA

T0
TO
T5
TSPA
0
0
0
0
0
0
0
0
0
0
0
0
0

TABLE EXERCISES ALL

:1P4 =
:1PS =
;IP6 =
;1P7 =
;1P10
;IP1
;1P12
;1P13
:IP14
:IP15
;IP16
:1P17
:1P20
:IP21
:1P22
;1P23
:1P24

SRC SURR DATA
SRC SURR LEN
UNUSED PORTION OF REGISTER 4
SPECIAL HANDL ING

COMBINATIONS OF

THE

FOLLOWING VARIABLE ASSIGNMENTS:

SOURCE LENGTH - 0,1,2,3,4,5.1 1,20
SOURCE ADDRESS - 201 (RELATIVE TO START OF TEST BUFFER

= 1234567891234567891 234000891 233;
SOURCE DATA = DIGITS FROM STR ING

*TOTAL # OF TEST CONDITIONS = 8

*TOTAL # OF TESTS = (1 DATA TYPE IN REG MODE)8 = 8

SIGN +

MACY11 27(655)

AD DP TABLES

CZKEEA. P11

10:59

1-0CT=79

PAGE 136

SEQ 0300

.SBTTL
ADDP TABLES
‘ENTRY 45 = INSTRUCTION UNDER TEST = ADDP

16941

076116
076120
076122

n wvwn

—h

i
i
b e

076104
076106
076110
076112
076114

[olele]

076100
076102

b e

oleolels]

i cad cdd

2EoRoR0a088
RL

16942
16943
16944
16945
16946
1694

[ADDP:

.WORD

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

T2
TO
T16
XT1
TO
T22
17
T10
T22
T20
TO

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

TN
T12
T13
T14
TO
0
0
O

.WORD 3

: INST=ADDP

“TYPE = 1(BIT 0);11/44 Qv TABLE(BIT 1=1)
;IP1 = SRC1.LEN
;1P2 = SRC1.ADR
;IP3 = SRC2.LEN
:1P4 = SRC2.ADR
;IP5 = DST.LEN
;I1P6 = DST.ADR = SPECIFIED BY T16 USED FOR IP4
;1P7 = SRC1 DATA
:IP10 = SRC1 SURR DATA
:IP11 = SRC1 SURR LEN
:1P12 = SRC2 DATA
;1P13 = SRC2 SURR DATA
:IP14 - SRC2 SURR LEN (LENGTH SET TO O SO
; AS NOT TO DESTROY ANY OF SRC1)
;1P15 = DST DATA

:IP16 = DST SURR DATA
;1P17 = DST SURR LEN
:1P20 = SEPARATION CONSTRANT
;1P21 = SPECIAL HANDL ING
:1P22
:1P23
:1P24

;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

SOURCE 1 DATA = ALL DIGITS IDENTICAL = 3. SIGN +
SOURCE 2 DATA = ALL DIGITS IDENTICAL = 3. SIGNT +

“TOTAL # OF TEST CONDITIONS = 6

“TOTAL # OF TESTS = (2 DATA TYPES + 1

INLINE)6 = 18

Ll
<]

PDP=11 CIS INST EXERCISER

PDP=11 CIS INST EXERCISER
MACY11 27(655)
(ZKEEA.P11
ADDP TABLES

}gggz
076124
076126
076130
076132
076134
076136
076140
076142
076144

000022
000001
102436
103012
105066
104260
102442
102436
105176

16995

076150

104004

16996
16997

16998

16999

10:59

076146
076152
076154

076156

IADDP1:

103766

22
1
TO
T2
T21
T16
XT1
TO
T22

INST=ADDP
:
TYPE
= 1
IP1 = SRC1.LEN
:1P2 - SRC1.ADR
;IP3 = SRC2.LEN
;1P4 = SRC2.ADR
;IPS = DST.LEN
;IPé = DST.ADR = SPECIFIED BY T16 USED FOR [P4
;IP7 = SRC1 DATA

WORD

T10

:IP11 = SRC1 SURR LEN

.WORD

104774
105050

.WORD
.WORD

102436

.WORD

WORD
.WORD

TT
T12

17003
17004
17005
17006

076166
076170
076172
076174

104070
102436
000000
000000

.WORD
.WORD
.WORD
.WORD

T14
TO
0
0

076176

104054

.WORD

000000

.WORD

:1P12 = SRC2 DATA
:1P13 = SRC2 SURR DATA

104020
104036

076164

:1P10 = SRC1 SURR DATA

T17
T20

076160
076162

} ;88;

SEQ 0301

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

17000
17001

17002

D 8
PAGE 137

;ENTRY 46 = INSTRUCTION UNDER TEST = ADDP

16985
16986
16987
16988
16989
16990
16991
16992
16993

16994

1-0CT=79

:1P1%4 - SRC2 SURR LEN

:1P15 = DST DATA
:1P16 = DST SURR DATA

T13

:1P17 = DST SURR LEN

:IP20 = SEPARATION CONSTRANT
;1P21 = SPECIAL HANDL ING
:1P22
:1P23

;1P24

1;8(1)8

;THIS TABLE EXERCISES ALL COMBINATIONS OF

17011
17012
17013
17014
17015
17016
17017
17018
17019

:
:
:
:

17023

;TOTAL # OF

17020
};85‘1?
};8%15.

:
:
:
:

:
H

;TOTAL

(LENGTH SET TO 0 SO

AS NOT TO DESTROY ANY OF SRC1)

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. SIGN
+
SOURCE 2 DATA = DIGTIS FROM STRING = 1234567891234567891234000891233 SIGN +
3
- ALL DIGITS IDENTICAL =_5; SIGN

- ALL DIGITS IDENTICAL =3; SIGN
= ALL DIGITS IDENTICAL = O; SIGN +

# OF

TEST CONDITIONS = 48
TESTS =

(2 DATA TYPES

INLINE)4B =

144

;;ggg
076200
076202

000022
000001

17035
17036
17037
17038
17039
17040

076214
07621€¢
076220
076222
076224
076226

102442
102436
104774
103766
104004
105176

076234
076236
076240
076242
076244
076246
076250
076252

104020
104036
104054
104070
102436
000000
000000
000000

17041
17042
17043

17044
17045
17046
17047
17048
17049
17050
};825

10:59

E 8
PAGE 138

SEQ 0302

:ENTRY 47 = INSTRUCTION UNDER TEST = ADDP

17029
17030

17031
17032
17033
1703&

1-0CT=79

076204
076206
076210
076212

076230
076232

IADDP2:

105066
103012
102436
104260

.WORD
.WORD

22
1

.WORD
.WORD
.WORD
WORD
.WORD
.WORD

XT1
TO
T17
T7
T10
T2?

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

T11
T12
T13
T14
TO
O
O
O

.WORD
.WORD
.WORD
WORD

105050
102436

.WORD
.WORD

121
T2
TO
T16

~ ; INST=ADDP
JTYPE = 1

;IP1
;1P2
;IP3
:IP4

=
=
=
=

SRC1.LEN
SRC1.ADR
SRC2.LEN
SRC2.ADR

;IPS = DST.LEN
:IP6 = DST.ADR - SPECIFIED BY T16 USED FOR IP4
:1P7 = SRC1 DATA
:IP10 = SRC1 SURR DATA
:IP11 = SRC1 SURR LEN
:IP12 = SRC2 DATA

120
TO

;IP13 = SRC2 SURR DATA
:IP14 - SRC2 SURR LEN
(LENGTH SET TO 0 SO
:
AS NOT TO DESTROY ANY OF SRC1)
:IP1S
:IP16
:IP17
:1P20
:1P21
J1P22
:1P23
1 1P24

=
=
=
=

DST DATA
DST SURR DATA
DST SURR LEN
SEPARATION CONSTRANT
SPECIAL HANDL ING

1177'822

;THIS TABLE EXERCISES ALL COMBINATIONS OF THE FOLLOWING VARIABLE ASSIGNMENTS:

17055
17056
17057
17058
17059
17060

:
:
3
:
:
:

17062
17063
17064

17061

:
:

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 - DIGITS FROM STRING = 1234567891234567891234000891233; SIGN +

};822

17067

:TOTAL # OF

17068

- ALL DIGITS IDENTICAL = S;
- ALL DIGITS IDENTICAL = 3;
- ALL DIGITS IDENTICAL = 0;

SIGN +
SIGN =
SIGN ¢+

SOURCE 2 DATA - ALL DIGITS IDENTICAL = 3; SIGN +
TEST CONDITIONS =48

;TOTAL # OF TESTS = (2 DATA TYPES + 1

INLINE)4B = 144

TMM

PDP=11 CIS INST EXERCISER
MACY11 27(655)
CZKEEA.P11
ADDP TABLES

POP=11 CI1S INST EXERCISER
MACY11 27(655)
CZKEEA.P1
ADDP TABLES

};8;3
076254
076256
076260
076262

000022
000001
105102
103012

17078
17079

076266
076270

17080

17081
17082

17083
17084

17085
17086
17087
17088

17089
17090
17091
17092
17093
17094

};ggg

10:59

PAGE 139

SEQ 0303

:ENTRY 48 = INSTRUCTION UNDER TEST = ADDP

17073
17074
17075
17076

17077

1-0CT=79

076264

.WORD
.WORD
.WORD
.WORD

22
1
T211
T2

; INST=ADDP
STYPE = 1
:1P1 = SRC1.LEN
:1P2 = SRC1.ADR

104260
102642

JWORD
JWORD

T16
TP

104774
103766

.WORD
.WORD

:1P4 = SRC2.ADR
:1PS = DST.LEN
:1P6 = DST.ADR = SPECIFIED BY T16 USED FOR IP4

105120

076272

102436

076300
076302

104004
104774

076274
076276

076304
076306
076310

076312
076314
076316
076320
076322
076324

076326

[ADDP3:

.WORD

105050
102436
104020

104036
104054
104102
102436

000000

:1P3 = SRC2.LEN

SWORD
.WORD

.WORD
.WORD

T17
17
T10
T17
120
10

LWORD

111

:1P13
:1P14
:
AS
:1P15

1 1P24

.WORD
JWORD
JWORD
.WORD
.WORD
.WORD

00000

1212

.WORD

T12
T13
T14A
TO
0
0

:1P7 = SRC1 DATA
1910 ="SRC1 SURR DATA
:IP11 = SRC1 SURR LEN
:1P12 - SRC2 DATA

*1P16
:IP17
:1P20
:1P21
1 1P22
11P23

= 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 HANDL ING

1;%gg

:THIS TABLE EXERCISES ALL COMBINATIONS OF

17099
17100
17101
17102
17103
17104
17105
17106
17107
17108

:
:
:
:
:
:
:
:
:
;

17110
17111
17112
17113

:
:
:
:

17115
17116

“TOTAL # OF TESTS = (2 DATA TYPES + 1

17109

17114

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 = DIGITS FROM STRING = 1234567891234567891234000891233; SIGN +
- ALL DIGITS IDENTICAL = 5; SIGN +
- ALL DIGITS IDENTICAL = 3: SIGN - ALL DIGITS IDENTICAL = 0:

SOURCE 2 DATA = DIGITS FROM STRING = 1234567891234567891234000891233 SIGN +
- ALL DIGITS IDENTICAL = 5
- ALL DIGITS IDENTICAL = 3:
- ALL DIGITS IDENTICAL = 0:

“TOTAL # OF TEST CONDITIONS = 384

SIGN
+
SIGN
SIGN
+

INLINE)384 = 1152

bbbugw&wguwusgmmmmmwmmw—aa
m.a
NN
WA
=
NV
WN—=O Yo
»—

P11

—

Volo RNTe RV, P YV}N -0V
—3

— —

Wi \ n Fol

-l

VVV\J\[:‘\I\JV\J\J\I

) -

2F 2E aF 2k ok >

R S

—— O _——g—

R
Y
O Y
N
T
e e R
R
. e et
NNNNNNNNNNNNNNNNNNNNNNNNNNY
U
——
T SR Y
N
I

MACY11 27(655)

1=-0(T=79

ADDP TABLES

G 8
PAGE 139-1

10:59

SEQ 0304

:ENTRY 49 = INSTRUCTION UNDER TEST = ADDP

—"

€9

Cis INST EXERCISER

076330
076332
076334
076336
076340
076342
076344
076346
076350
076352
076354
076356
076360
076362

000022
000003
102462
103022
102462
104142
102462
102436
106000
102436
102436
106000
102436
102436

076364
076366
076370
076372
076374
076376
076400
076402

102436
102436
102436
104070
102706
000000
000000
000000

IADDP4:

.WORD _ 22
.WORD 3
.WORD
TI1A
WORD
T2A
.WORD
T1A
.WORD
T16A
.WORD
TiA
.WORD
TO
.WORD
TP19
.WORD
TO
.WORD
TO
.WORD
TP19
.WORD
TO
.WORD
TO
WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD

;THIS

:
:
;
:

TABLE

; INST=ADDP
JTYPE = 1(BIT 0);71/44 Qv TABLE(BIT 1=1)
:1P1 = SRC1.LEN
:1P2 = SRC1.ADR
:1P3 - SRC2.LEN
;IP4 - SRC2.ADR
;IP5 = DST.LEN
;IP6 = DST.ADR = SPECIFIED BY T16 USED FOR [P4
:1P7 = SRC1 DATA
:1P10 = SRC1 SURR DATA
;IP11 = SRC1 SURR LEN
:1P12 - SRC2 DATA
;IP13 = SRC2 SURR DATA
;1P14 - SRC2 SURR LEN
(LENGTH SET TO 0 SO
OF SRC1)
ANY
DESTROY
TO
NOT
AS
;
;1P15 = DST DATA
;IP16 = DST SURR DATA
;IP17 = DST SURR LEN
;1P20 - SEPARATION CONSTRANT
;1P21 = SPECIAL HANDL ING
;1P22
;1P23
;1P24

TO
TO
TO
T14
TSPA
0
0
0

EXERCISES ALL

COMBINATIONS OF

FOLLOWING VARIABLE

ASSIGNMENTS:

SOURCE 1 LENGTH - o 1 ,2.3.4.5.11,20
SOURCE 2 LENGTH
-

4
2.3°4°5.11.20

oesrqurxon LENGTH -6 1.2.%.4.5.11.20
SOURCE1 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; S IGN
+
SOURCE 2 DATA - DIGITS FROM STRING = 1234567891234567891234000891233: S IGN

*TOTAL # OF TEST CONDITIONS = 512
“TOTAL

THE

# OF

TESTS

DATA TYPE

IN REG MODE)S12 =

512

PDP=11 (IS INST EXERCISER
MACY11 27(655)
(ZKEEA.P1T
ADDN TABLES
17158

.SBTTL

};}28

17161
17162
17163
17164
17165
17166
17167
17168
17169
17170
17171
17172
17173
17174
17175
17176
17177
17178
17179
17180

17181
17182
17183
17184
17185
17186
17187
17188
17189
17190
17191
17192
17193
17194
17195
17196

17197

17198

1-0CT=79

10:59

PAGE 140

SEQ 0305

ADDN TABLES

;ENTRY 50 = INSTRUCTION UNDER TEST = ADDN
076404
076406
076410
076412
076414
076416
076420
076422
076424
076426
076430
076432
076434
076436

000012
000001
102436
103012
102436
104632
102442
102436
106530
103766
104004
106530
105050
1024

076440
076442
076444
076446
076450
076452
076454
076456

104020
102436
102436
106546
102436
000000
000000
000000

IADDN:

;THIS

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

12
1
TO
T2
TO
T162Z
XT1
1O
T4/
17
T10
T&?2
T20
TO

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

T
TO
TO
T43
TO
0
0
O

TABLE

s INST=ADDN
JTYPE = 1
:IP1 = SRC1.LEN
;IP2 = SRC1.ADR
;IP3 = SRC2.LEN
;1P4& = SR(C2.ADR
:IP5 = DST.LEN
;IP6 = DST.ADR - SPECIFIED BY T16 USED FOR [P4
;IP7 = SRC1 DATA
:IP10 = SRC1 SURR DATA
:IP11 = SRC1 SURR LEN
;I1P12 = 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
;IP16 = DST SURR DATA
;1P17 = DST SURR LEN
;IP20 = SEPARATION CONSTRANT
;1P21 = SPECIAL HANDL ING
;1P22
;1P23
;1P24

CXERCISES 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
SOURCE 1 DATA = ALL DIGITS IDENTICAL = 9; SIGN +; HIGH NIBBLE = 17
SOURCE 2 DATA = ALL DIGITS IDENTICAL = 9; SIGN +; HIGH NIBBLE =17

;TOTAL # OF
;TOTAL

# OF

TEST CONDITIONS = 6

TESTS =

(6 DATA TYPES

INLINE)6 = &2

POP=11

(I ? INST EXERCISER

MACY11 27(€55)
ADDN TABLES

CZKEEA.P1

17200
076460
076462

000012
000001

17206
17207

076470
076472

105066
10463

17208
17209
17210
17211
17212
17213
17214
17215

17216
17217
17218
17219
17220
17221
17222
17223
1724

10:59

PAGE 14!

s¢Q 0306

;ENTRY 51 = INSTRUCTION UNDER TEST = ADDN

17202
17203
17204
17205

1=0CT=79

076464
076466
076474
076476
076500
076502
076504
076506
076510
076512

076514
076516
076520
076522
076524
076526
076530
076532

TADDN?:

102436
103012

.WORD
.WORD

102442
102436
106530
103766
104004
106252
105050

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

102436

.WORD

104020
104036
104054
104070
102436
000000
000000
000000

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

12
1

; INST=ADDN
STYPE = 1

T21

:1P3 = SRC2.LEN
:1P4 = SRC2.ADR

TQ
T2

T16Z
XT{
TO

*IP1 = SRC1.LEN
:1P2 = SRC1.ADR

T37
120

:IPS = DST.LEN
:1P6 = DST,ADR = SPECIFIED BY
:1P7 = SRC1 DATA
:1P10 = SRC1 SURR DATA
:IP11 = SRC1 SURR LEN
:1P12 = SRC2 DATA
:IP13 = SRC2 SURR DATA

T11
T12
T13
T14
TO
0
0
0

:
AS
:IP15
:IP16
:1P17
:1P20
:1P21
:1P22
:1P23
:1P24

T42
T7
T10
TO

:1P14 - SRC2 SURR LEN

T16 USED FOR P4

(LENGTH SET

NOT TO DESTROY ANY OF SRC1)
= DST DATA
= DST SURR DATA
= DST SURR LEN
- SEPARATION CONSTRANT
= SPECIAL HANDL ING

TO 0 SO

17226

:THIS TABLE EXERCISES ALL COMBINATIONS OF THE FOLLOWING VARIABLE ASSIGNMENTS:

17228
17229
17230
17231

:
:
:
:

SOURCE 1 LENGTH = 0
SOURCE 2 LENGTH = 1,5
DESTINATION LENGTH = 0,1,5
SOURCE 1 ADDRESS - 200 (RELATIVE

17233
17234
17235
17236

:
:
:
:

- 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 =-: HMIGH NIBBLE = 8

17232

TO START OF

TEST BUFFER)

SOURCE 2 ADDRESS, DEST ADDRESS = NO OVERLAP OF ANY OF

17237

17239
17240

ITOTAL # OF
;TOTAL # OF

THE 3 STRINGS

- ALL DIGITS IDENTICAL = 0; SIGN =; HIGH NIBBLE = 1

TEST CONDITIONS = 36
TESTS = (6 DATA TYPES +

INLINE)36 = 25¢

PDP=11 CIS INST EXERCISER
MACY11 27(655)
CZKEEA.P11
ADDN TABLES

};522
076534
076536
076540
076542
076544
076546
076550
076552
076554
076556
076560

000012
000001
105086
103012
102436
104632
102442
102436
106252
103766
104004

17257

076564

105050

17258
17259
17260
17261
17262
17263
17264
17265
17266

};sgg

10:59

J 8
PAGE 142

SEQ 0307

:ENTRY 52 = INSTRUCTION UNDLR TEST = ADDN

17245
17246
17247
17248
17249
17250
17251
17252
17253
17254
17255

17256

1-0CT=79

076562

106530

076566

102436

076570
076572
076574
076576
076600
076602
076604

104020
104036
104054
104070
102436
000000
000000

076606

IADDN2:

.WORD
WORD
.WORD
.WORD
.WORD
LWORD
.WORD
.WORD
.WORD
.WORD
.WORD

12
1
121
T2
TO
T162
XTI
TO
T37
7 T10

.WORD

120

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

TM
T12
T13
T14
10
O
O

. WORD

.WORD

000000

.WORD

14?2
TO

: INST=ADDN
:TYPE = 1
;IP1 = SRC1.LEN
;I1P2 = SRC1.ADR
:IP3 = SRC2.LEN
:IP4 = SRC2.ADR
:IP5 = DST.LEN
:IP6 - DST.ADR - SPECIFIED BY
:IP7 = SRC1 DATA
;IP10 = SRC1 SURR DATA
;IP11 = SRC1 SURR LEN

T16 USED FOR IP4

;IP12 = SRC2 DATA

;IP13 - SRCZ2 SURR DATA

:IP14
:
AS
;IP15
:IP16
:IP17
:IP20
:1P21
:IP22
:1P23

= 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 HANDL ING

:1P24

%;%98

;THIS TABLE EXERCISES ALL COMBINATIONS OF THE FOLLOWING VARJABLE ASSIGNMENTS:

17271
17272
17273
17274
17275
17276
17277
17278
17279

:
:
3
:
3
3
:
2
:

17282

:TOTAL # OF

};gg?

17283

SOURCE 1 LENGTH = 1,5
SOURCE 2 LENGTH - 0
DESTINATION LENGTH - 0,1,5
SOURCE 1 ADDRESS = 200 (RELATIVE TD 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 = 0; SIGN =; HIGH NIBBLE = 1

SOURCE 2 DATA = ALL DIGITS IDENTICAL = 9; SIGN +; HIGH NIBBLE = 17
TEST CONDITIONS = 36

“TOTAL # OF TESTS = (& DATA TYPES + 1 INLINE)36 = 252

POP=11 CIS INST EXERCISER
MACY11 27(655)
CZKEEA.P11
ADDN TABLES

};gg(;
076610

000012

17290
17291
17292
17293
17294
17295
17296
17297
17298
17299
17300
17301

076614
076616
076620
076622
076624
076626
076630
076632
076634
076636
076640
076642

105102
103012
105120
104632
102642
102436
106302
103766
104004
106302
105050
102436

17302

17303
17304
17305
17306
17307
17308
17309
};g}?

11%]'%
17314
17315
17316
17317
17318
17319
17320
17321

17322

17323
17324
17325

076612

076644
076646
076650
076652
076654
076656
076660
076662

000001

IADDM3:

PAGE

143

SEQ 0308

104020
102436
102436
106562
102436
000000
000000
000000

.WORD

- INST=ADDN

WORD
WORD
WORD
WORD
.WORD
WORD
WORD
WORD
.WORD
"WORD
JWORD
.WORD

T211
T2
T212
T16Z
TIP
TO
T37A
17
T10
T37A
T20
T0

*IP1 = SRC1.LEN
*1P2 = SRC1.ADR
:IP3 = SRC2.LEN
*1P4 = SRC2.ADR
*IPS = DST.LEN
2I1P6 = DST.ADR = SPECIFIED BY T16 USED FOR IP4
*IP7 = SRC1 DATA
*IP10 - SRC1 SURR DATA
;IP11 = SRC1 SURR LEN
*1P12 - SRC2 DATA
2IP13 = SRC2 SURR DATA
:IP14 = SRC2 SURR LEN
(LENGTH SET TO 0 SO

.WORD
JWORD
.WORD
.WORD
WORD
WORD
WORD
WORD

TM
TO
T0
T43A
TO
O
O
O

:IP15
*IP16
;IP17
:IP20
:1P21
11P22
11P23
:1P2%

.WORD

:TYPE = 1

;

AS 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

:
;
3
:
:
:
:
:

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 = 0: SIGN =: HIGH NIBBLE = 1

- DIGITS FROM STRING = 12345678912%4567891234000891233; SIGN +

SOURCE 2 DATA - ALL DIGITS IDENTICAL = 3; SIGN +: HIGH NIBBLE = 7
- ALL DIGITS IDENTICAL = 8; SIGN =-: HIGH NIBBLE = 8

17326

17329
17330

;TOTAL # OF
;TOTAL # OF

};ggg

10:59

:ENTRY 53 = INSTRUCTION UNDER TEST = ADDN

17288

17289

1-0CT=79

- ALL DIGITS IDENTICAL = 0:

SIGN =: HIGH NIBBLE = 1

- DIGITS FROM STRING = 12345678912%4567891234000891233; SIGN +
TEST CONDITIONS = 384
TESTS = (6 DATA TYPES + 1

INLINE)384 = 2688

PDP=11 CIS INST EXERCISER
MACY11 27(655)
CZKEEA.P11
ADDN TABLES
};;;2
076664
076666
076670
076672
076674
076676
076700
076702
076704
076706
076710

000012
000003
102462
103022
102462
104564
102462
102436
106340
102436
102436

17348
17349
17350
17351
17352
17353

076716

102436

17354
17355

17356
};ggg

076712
076714

076720
076722
076724
076726

076730
076732

076734
076736

TADDNG:

106340
102436

17362

17363

17364
17365
17366

};ggg

17365
17370

L 8
PAGE 143-1

SEQ 0309

.WORD
12
“WORD 3
"WORD
TIA
‘WORD
T2A
"WORD
T1A
‘WORD
T16ZA
‘WORD
TI1A
.WORD
TO
"WORD
TZ19
WORD
TO
"WORD
TO

: INST=ADDN
“TYPE = 1(BIT 0):11/44 Qv TABLE(BIT 1=1)
*IP1 = SRC1.LEN
*1P2 - SRC1.ADR
*IP3 = SRC2.LEN
*1P4 - SRC2.ADR
*1IPS = DST.LEN
*1P& - DST.ADR - SPECIFIED BY T16 USED FOR IP&
*IP7 = SRC1 DATA
*IP10 = SRC1 SURR DATA
*IP11 - SRC1 SURR LEN

WORD

"WORD
WORD

TZ19
T0

102436
102436
102436
104070

LWORD
WORD
"WORD
JWORD

TO
TO
TO
T14

*IP14
*"
AS
*IP15
*IP16
*IP17
“1P20

000000

WORD
WORD

11P23
L1P2%

102706
000000
000000

"WORD
"WORD

11;;23
17361

10:59

:ENTRY 54 = INSTRUCTION UNDER TEST = ADDN

17335
17336
17337
17338
17339
17340
17341
17342
17343
17344
17345

1736
17347

1-0CT=79

TSPA
0
0

*IP12 = SRC2 DATA
*1P13 = 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

21P21 = SPECIAL HANDL ING
LIP22

:THIS TABLE EXERCISES ALL COMBINATIONS OF
.

SOURCE

THE FOLLOWING VARIABLE ASSIGNMENTS:

1 LENGTH
- o 1.2.3. 4 s 11 20

SOURCE 2 LENGTH
-

0.1.2.%.4

DESTINATION LENGTH <

SOURCE 2 DATA - DIGITS FROM STRING = 1234567891234567891234000891233: SIGN +

:
:
:

0.1, é 3 s 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;

*TOTAL # OF
;TOTAL # OF

TEST CONDITIONS = 512
TESTS = (1 DATA TYPE IN REG MODE)S512 = 512

SIGN +

PDP=11 CIS INST EXERCISER
MACY11 27(655)
ADDN TABLES
CZKEEA.P11
17373
17374

1-0CT=79

10:59

M 8
PAGE 144

SEQ 0310

;ENTRY 54A = INSTRUCTION UNDER TEST = ADDN
076740
076742
076744
076746
076750
076752
076754
076756
076760

IADDNS:

076772

076774

077010
077012

.WORD
LWORD
WORD

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

12
1
TIC
T2AA
TIC
T16ZA
T14
TO
7219
TO
TO
1219
TO
TO

s INST=ADDN
;TYPE = 1
;IP1 = SRC1.LEN
;1P2 = SRC1.ADR
;IP3 - SRC2.LEN
:IP4 = 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
;IP12 = SRC2 DATA
;IP13 = SRC2 SURR DATA
;IP14 - SRC2 SURR LEN
(LENGTH SET TO 0 SO

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

TO
TO
TO
T14
TO
0
0
O

:1P15
:1P16
:IP17
:IP20
;I1P21
:1P22
;1P23
:1P24

;

AS 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 THE FOLLOWING VARIABLE ASSIGNMENTS:

:
H

SOURCE

1 LENGTH = 2.4.6

SOURCE 2 LENGTH - 2.4,6
DESTINATION LENGTH = 10

SOURCE 1 ADDRESS = 200,201 (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; SIGN +

SOURCE 2 DATA - DIGITS FROM STRING

“TOTAL # OF TEST CONDITIONS = 18
“TOTAL # OF

TESTS =

(6 DATA TYPES + 1

1234567891234567891234000891233;

IN-LINE)18 = 126

SIGN +

PDP=11 CIS INST EXERCISER
MACY11 27(655)
CZKEEA.P1
SUBP TABLES
17413

.SBTTL

};2}2

077014
077016
077020
077022

000023
000001
102436
103012

17421

077026

104260

077024

077030

17427
17428
17429

077044
077046

105176
105050
102436

077050
077052
077054
077056
077060
077062
077064

104020
104036
104054
104070
102436
000000
000000

17430
17431
17432
17433
17434
17435
17436
17437

};2%3

077032
077034
077036
077040

077042

077066

ISUBP:

102436

17422

17423
17424
17425
17426

10:59

N 8
PAGE 145

SEQ 0311

SUBP TABLES

ENTRV 55 = INSTRUCTION UNDER TEST
= SUBP

17416
17417
17418
17419

17420

1-0CT=79

.WORD
WORD
WORD
.WORD

23
1
TO
T2

; INST=SUBP
STYPE = 1
:IP1 = SRC1.LEN
:1P2 = SRC1.ADR

LWORD

T16

*1P4 - SRC2.ADR

.WORD

102442

102436
105176
103766
104004

LWORD

XT1

.WORD
.WORD
.WORD

T20
TO

WORD
WORD
WORD
WORD

:IPS = DST.LEN

TO
T22
T7
T10

21P6 - DST.ADR = SPECIFIED BY T16 USED FOR IP&4
;IP7 = SRC1 DATA
:IP10 = SRC1 SURR DATA
:IP11 = SRC1 SURR LEN

122

LWORD
WORD
.WORD
.WORD
.WORD
WORD
.WORD

000000

:IP3 = SRC2.LEN

;IP12 = SRC2 DATA
:IP13 = SRC2 SURR DATA
2IP14 = SRC2 SURR LEN
(LENGTH SET TO 0 SO
:
AS
;IP15
:IP16
:IP17
:1P20
21P21
:IP22
:1P23

TN
T12
T13
T14
TO
O
0

WORD

:1P24

};22?

:THIS

17442

SOURCE

17444
17445
17446

:
:
3

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

17443

17447
17448

};223
17451
17452

:
:

TABLE EXERCISES ALL

NOT TO DESTROY ANY OF SRC1)
= DST DATA
= DST SURR DATA
= DST SURR LEN
-~ SEPARATION CONSTRANT
- SPECIAL HANDL ING

COMBINATIONS OF

THE

FOLLOWING VARIABLE ASSIGNMENTS:

LENGTH - 0

SOURCE 2 LENGTH - 0

SOURCE 1

- SOURCE 2 STRINGS ALIGNED WITH DESTINATION STRING
DATA - ALL DIGITS IDENTICAL = 3; SIGN +

SOURCE 2 DATA = ALL DIGITS IDENTICAL = 3; SIGNT +

:TOTAL # OF
;TOTAL # OF

TEST CONDITIONS = 6
TESTS = (2 DATA TYPES + 1

INLINE)6 = 18

PDP=11 CIS INST EXERCISER
MACY11 27(655)
CZKEEA.P11
SUBP TABLES
17455

17456

077070

000023

17462
17463

077076
077100

103012
105066

17464

17466

17467
17468
17469

17470
17471

17472
17473
17474
17475
17476
17477
17478
17479
17480
};235

SEQ 0312

*ENTRY 56 = INSTRUCTION UNDER TEST = SUBP

17459

17465

B 9
PAGE 146

10:59

};22;
17460
17461

1-0CT=79

077072
077074

077102

077104

000007
102436

104260

102436

077116
077120

104774
105050

077122

077124
077126
077130
077132
077134
077136
077140
077142

.WORD

: INST=SUBP

JWORD
JWORD

T2
T21

:1P2 = SRC1.ADR
:1P3 = SRC2.LEN

"WORD
"WORD

WORD

102442

077106

077110
077112
077114

[SuBP1:

1
TO

T16

"WORD

XT1

.WORD
WORD
WORD

T22
T7
T10

'WORD

"WORD < TO

105176
103766
104004

WORD
.WORD

102436

104020
104036
104054
104070
102436
000000
000000
000000

LWORD
WORD
WORD
"WORD
"WORD
WORD
WORD
JWORD

T17
T20
T11
T12
T13
T14
TO
0
0
0

STYPE = 1
:IP1 = SRC1.LEN

*1P4 = 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

21P12 = SRC2 DATA
:IP13 = SRC2 SURR DATA

$IP14 - SRC2 SURR LEN
(LENGTH SET TO 0 SO
*"
AS NOT TO DESTROY ANY OF SRC1)
*IP15 = DST DATA
*IP16 - DST SURR DATA
2IP17 = DST SURR LEN
21P20 - SEPARATION CONSTRANT
:1P21 = SPECIAL HANDL ING
11P22
11P23
1 1P24

};zgz

:THIS TABLE EXERCISES ALL COMBINATIONS OF

17485
17486
17487
17488
17489
17490
17491

:
:
:
:
:
:
:

17493
17494

:
;

17492

};232
17497
17498

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 srnxnc ALIGNED WITH DESTINATION STRING
SOURCE 1 DATA = ALL DIGITS IDENTICAL = 3:

SOURCE 2 DATA = DIGTIS FROM STRING = 1234567891234567891234000891e33 SIGN +

;

“TOTAL # OF
;TOTAL # OF

- ALL DIGITS IDENTICAL = s. SIGN
- ALL DIGITS IDENTICAL =3:
SIGN -

Z ALL DIGITS IDENTICAL = 0: SIGN +
TEST CONDITIONS = 48
TESTS = (2 DATA TYPES + 1

INLINE)4B =4144

EXERCISE?UBP

TABLES

1-0CT=79

10:59

PAGE 147

SEQ 0313

;ENTRY 57 = INSTRUCTION UNDER TEST = SUBP

077200

104020

—

e cd

)

BOQNOmwados

077172
077174
077176

D e e

077216

ISUBP2: .WORD
.WORD
WORD
WORD

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

104036
104054
104070
102436
000000
000000
000000

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

23
1
T21
T2

TO
T16
XT1
TO
T17
T7
T10
T22
T20
TO
TN

T12
T13
T14
TO
0
0
O

s INST=SUBP

JTYPE =1

;1P1 = SRC1.LEN
:1P2 = SRC1.ADR

:1P3 - SRC2.LEN

:1P4 - SRC2.ADR

:1PS = DST.LEN

:1P6 = DST.ADR = SPECIFIED BY T16 USED FOR IP4

:1P7 = SRC1 DATA
IP10 = SRC1 SURR DATA
1P11 = SRCT SURR LEN
IP12 = SRC2 DATA
1P13 = SRC2 SURR DATA

IP14 = SRC2 SURR LEN (LENGTH SET TO 0 SO
: AS NOT TO DESTROY ANY OF SRC1)
:IP15 = DST DATA
:IP16 = DST SURR DATA
:IP17 = DST SURR LEN
:1P20 = SEPARATION CONSTRANT
:I1P21 = SPECIAL HANDL ING
:1P22
:1P23
:1P24

;THIS TABLE EXERCISES ALL COMBINATIONS OF THE FOLLOWING VARIABLE ASSIGNMENTS:

D e

e
d
D e
b
— e

000023
000001
105066
103012

102436
104260
102442
102436
104774
103766
104004
105176
105050
102436

522

D d e

D D

D i

D e e

D d e

NNNNNNNNNNNNNNY

WAV IV IV AVAV IV IV IV IV TV IV TV

077144
077146

535

537
539

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
DATA
1
DIGITS FROM STRING = 1234567891234567891234000891233 SIGN +
SOURCE
- 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

TEST CONDITIONS =48

TESTS = (2 DATA TYPES + 1

INLINE)48 = 144

nle
o]

POP=11 CIS INST
(ZKEEA.P1

MACY11 27(655)

PDP=11 CIS INST EXERCISE'S?
CZKEEA.P1

MACY11 27(655)

ABLES

1=0CT=79

10:59

PAGE 148

SEQ 0314

2 RRRR SIRRIRCCR wvilNw
ESen baV
PR &Ol\
- PT
SRS

e
e
e
e
e
e
e
e

077254
077256
077260
077262
077264
077266
077270
077272

077252

—d
e
d e

559

l=lele]

i
VT
~ RARI

N
PR

NNNNNNNNY

;ENTRY 58 = INSTRUCTION UNDER TEST = SUBP

1susP3:

.WORD
WORD
WORD

23
1
2TM

s INST=SUBP
JTYPE = 1
;IP1 = SRC1.LEN

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

T16
TIP
TO
T17
77
T10
T17
120
TO

:1P4 = SR(C2.ADR
:1PS = DST.LEN
;IP6 = DST.ADR = SPECIFIED BY T16 USED FOR IP4
;1P7 = SRC1 DATA
1P10 = SRC1 SURR DATA
:1P11 = SRC1 SURR LEN
;1P12 = SRC2 DATA
;1P13 = SRC2 SURR DATA
IPM = SRC2 SURR LEN
(LENGTH SET TO 0 SO
; AS NOT TO DESTROY ANY OF SRC1)

.WORD
.WORD

T2
T212

WORD

.WORD

T14A

WORD
WORD

.WORD
.WORD
WORD
WORD

:1P2 - SRC1.ADR
:1P3 - SRC2.LEN

.'IP15 = DST DATA

T12
T13

;IP16 = DST SURR DATA
;IP17 = DST SURR LEN

:1P20 - SEPARATION CONSTRANT

TO
0
0
O

:1P21 = SPECIAL HANDLING
:1P22
;1P23
;1P24

sTHI: TABLE EXERCISES ALL 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
ALL DIGITS IDENTICAL
ALL DIGITS IDENTICAL
ALL DIGITS IDENTICAL

SOURCE 2 DATA = DIGITS FROM STRING =

17587
17589
17590

LI I

17585
;TOTAL # OF

ALL DIGITS IDENTICAL
ALL PIGITS IDENTICAL
ALL DIGITS IDENTICAL

TEST CONDITIONS =

384

;TOTAL # OF TESTS = (2 DATA TYPES + 1

nnun=umnn

= SOURCE 2 STRING ALIGNED WITH DEST STRING
SOURCE 1 DATA = DIGITS FROM STRING = 1234567891234567891234000891233 SIGN +
0. S
+
1234567891234567891234000891233; SIGN +
5;
3.
0;

SIGN +
SIGN =
SIGN +

INLINE)>384 = 1152

POP=11 C 1115 INST EXERCISER
MACY11
(ZKEEA.P
SUBP TABLES

077274

ISUBP4:

077324
077326

NN NN
o

7612

1-0CT=79

10:59

SEQ 0315

;ENTRY 59 = INSTRUCTION UNDER TEST = SUBP

17592

17593
17594

27(655)

E 9
PAGE 148 -1

077330
077332
077334

077336

077340
077342
077344
077346

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

23
1
T1A
T2A
T1A
T16A
T1A
TO
TP19
T0
T0
TP19
10
10

.WORD
.WORD
.WORD
.WORD

10
10
T0
T14

.WORD
WORD
.WORD
.WORD

; INST=SUBP
JTYPE = 1
;IP1 = SRC1.LEN
;IP2 = SRC1.ADR
;iP3 = SRC2.LEN
;1P4& = SRCZ2.ADR
;IPS = DST.LEN
;IP6 = DST.ADR = SPECIFIED BY T16 USED FOR [P4
;IP7 = SRC1 DATA
JIP10 = 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)
;IP15S =~ DST DATA
;IP16 = DST SURR DATA
;IP17 = DST SURR LEN
;IP20 = SEPARATION CONSTRANT

TSPA
O
O
O

JIP21 = SPEC!AL HANDL ING
J1P22
1P23
;1P24

;THIS TABLE EXERCISES ALL COMBINATIONS OF
;

SOURCE 1 LENGTH - 0,1,2.3.4.5.11,20
SOURCE 2 LENGTH - 0, 1:2:3.4°5 L,11,20
] ol®
DESTINATION LENGTH - 0,1,2.%, 4 aBe
SOURCE 1 ADDRESS - 201 (RELATIVE TO START OF TEST BUFFER)
SOURCE 2 ADDRESS,DEST ADDRESS - NO OVERLAP OF ANY OF THE 3 STRINGS
1234567891234567891234000891233. SIGN +
SOURCE 1 DATA - DIGITS FROM STRING
1234567891234567891234000891233; SIGN +
SOURCE 2 DATA = DIGITS FROM STRING

“TOTAL # OF TEST CONDITIONS = 512
;TOTAL

THE FOLLOWING VARIABLE ASSIGNMENTS:

# OF

TESTS =

DATA TYPE

IN REG MODE)S12 =

512

MACY11 27(655)

TABLES

10:59

1-0CT=79

PAGE 149

SEQ 0316

LSBTTL
SUBN TABLES
ENTRY 60 = INSTRUCTION UNDER TEST
= SUBN

g 2382
WOV NSN
R
P XA

.WORD
.WORD
.WORD
.WORD

13
1
T0
T2

; INST=SUBN
:TYPE =1
;IPY = SRC1.LEN
*1P2 = SRC1.ADR

.WORD
.WORD
.WORD

T162
XT1
T0

;IP4 = SRC2.ADR
“IPS = DST.LEN
IP6 - DST.ADR = SPECIFIED BY Ti6 USED FOR [P4

.WORD

.WORD
.WORD
.WORD

.WORD
.WORD

102436

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

.WORD

142

IPS - SRC2.LEN

IP? - SRC1 DATA

17
T10
T42

IP10 = SRCT SURR DATA
IP1 = SRC1 SURR LEN
1P12 - SRC2 DATA

IP14 = SRC2 SURR LEN

120

IP13 = SRC2 SURR DATA

(LENGTH SET 10 0 SO

AS NOT TO DESTROY ANY OF SRC1)

T11

IP1S - DST DATA

TO
T43
T0
0
0
0

“IP17 = DST SURR LEN
:1P20 = SEPARATION CONSTRANT
;IP21 = SPECIAL HANDL ING
:1P22
:1P23
:1P24

IP16 = DST SURR DATA

;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 DESTXNATION STRING

SOURCE 1 DATA = ALL DIGITS IDENTICAL = 9; SIGN +; HIGH NIBBLE
SOURCE 2 DATA = ALL DIGITS IDENTICAL = 9; SIGN +; HIGH NIBBLE °1/
"

n
P

.WORD

§ b

077422

ISUBN.

020

077404
07740¢
077410
077412
077414
077416
077420

—_—

077402

e T IR I

)

077350

;

17632

“TOTAL # OF TEST CONDITIONS = 6
“TOTAL # OF

TESTS = (6 DATA TYPES +

INLINE)6 = 42

~m
|

POP=11 C I ? INST EXERCISER
SUBN
(ZKEEA.P1

CZKEEA.P11

MACY11 27(655)

SUBN TABLES

10:59

1=0CT=79

PAGE 150

SEQ 0317

:ENTRY 61 = INSTRUCTION UNDER TEST = SUBN

11;2;45»
17676
17677
17678
17679

077424
0776426
077430
077432

000013
000007
102436
103012

17681

077436

104632

17683

077442

17685
17686

17680 077434

17682 077440

[SUBNT:

105066

.WORD
"WORD
CWORD
"WORD

13
1
TO
T2

- INST=SUBN
STYPE =
“IP1 = SRC1.LEN
*1P2 = SRC1.ADR

‘WORD

T162

*1P4 = SRC2.ADR

"WORD

102442

"WORD

XT1

"WORD

T&2

102436

"WORD

077446
077450

103766
104004

WORD
'WORD

17688
17689
17690
17691
17692

077454
077456

105050
102436

077460
077462

1769
17695
17656
17697
};ggg

077466
077470
077472
077474
077476

17684 077444

17687 077452

17693 077464

106530

106252

T21

'WORD

17
T10

T37

*IP3 - SRC2.LEN

*1PS = DST.LEN

“1P6 - DST.ADR - SPECIFIED BY T16 USED FOR IP&

“IP7 = SRC1 DATA

*IP10 - SRC1 SURR DATA
“IP11 - SRC1 SURR LEN

*1P12 = SRC2 DATA

JWORD
"WORD

T20
TO

104020
104036

LWORD
"WORD

T11
T12

*IP13 = SRC2 SURR DATA
“1P1% - SRC2 SURR LEN (LENGTH SET TO 0 SO
*" AS NOT TO DESTROY ANY OF SRC1)
*IP15 = DST DATA
“IP16 - DST SURR DATA

104070
102436
000000
000000
000000

"WORD
"WORD
WORD
WORD
WORD

T14
TO
O
O
O

*1P20 - SEPARATION CONSTRANT
21P27 = SPECIAL HANDL ING
L1P22
11P23
L 1P2%

104054

WORD

T13

“IP17 - DST SURR LEN

1;;%?

:THIS TABLE EXERCISES ALL COMBINATIONS OF THE FOLLOWING VARIABLE ASSIGNMENTS:

17702
17703
17704
17705

;
:
:
:

3;;};

;

17713
17714

TOTAL # OF TEST CONDITIONS = 36
:TOTAL # OF TESTS
= (6 DATA TYPES + 1

17706
17707
17708
17709
17710

:
:
:
:
:

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
INLINE)
36 = 252

~o
|

POP=11 C1S INST EXERCISER

EXERCISER
MACY11 27(655)
SUBN TABLES

1=-CCT=79

10:59

H 9
PAGE 151

SEQ 0318

SENTRY 62 = INSTRUCTION UNDER TEST = SUBN
000013
000001

ISUBN2:

105066

17750
17751
17752
17753
17754
17755
17756
17757
17758
17759
17760

s INST=SUBN
;TYPE =1

.WORD
.WORD
.WORD

T2
TO
T16Z

;1P2 = SRC1.ADR
;IP3 = SRC2.LEN
;1P4 - SRC2.ADR

T21

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

XT1
TO
137
17
T10
T4
T20
TO

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

T11
T12
T13
T14
TO
0
0
0

;IP1

= SRC1.LEN

;IP5 = DST.LEN
;IP6 = DST.ADR - SPECIFIED BY T16 USED FOR P4
;IP7 = SRC1 DATA
;IP10 = SRC1 SURR DATA
;IP11 = SRC1 SURR LEN
;1P12 = SRC2 DATA
;1IP13 = SRC2 SURR DATA
;IP14 = SRCZ2 SURR LEN
(LENGTH SET TO 0 SO

AS NOT TO DESTROY ANY OF SRC1)

;

;IP15
;IP16
;IP17
;IP20
;1P21
;1P22
2 1P23
s 1P24

=
=
=
=

DST DATA
DST SURR DATA
DST SURR LEN
SEPARATION CONSTRANT
SPECIAL HANDL ING

;THIS TABLE EXERCISES ALL COMBINATIONS OF

17748
17749

104020
104036
104054
104070
102436
000000
000000
000000

17747

077534
077536
077540
077542
077544
077546
077550
077552

IR IR

17746

077532

17735
17736
17737
17738
17739
17740
17741
17742
17743
17744
17745

17731
17732
17733

.WORD

103012
102436
104632

102442
102436
106252
103766
104004
106530
105050
102436

.WORD
.WORD

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
I
= ALL DIGITS
IDENTICAL = Q; SIGN =; HIGH NIBBLE = 1
I
SOURCE 2 DATA - ALL DIG ITS IDENTICAL = 9; SIGN +; HIGH NIBBLE = 17

STOTAL # OF TEST CONDITIONS = 3 6
“TOTAL

THE FOLLOWING VARIABLE ASSIGNMENTS:

# OF

TESTS =

(& DATA TYPES

INLINE)36 = 252

PDP=11 CIS INST EXERCISER
MACY11
(ZKEEA.P1T
SUBN TABLES

17764

17765
17766
17767
17768
17769
17770
17771
17772
17773
17774
17775
17776
17777
17778
17779
17780
17781
17782
17783

17784
17785
17786
17787
17788
17789
17790
17791
17792
17793
17794
17795
17796
17797
17798
17799
17800
17801
17802
17803
17804
17805
17806
17807

1-0CT=79

10:59

[

PAGE 152

SEQ 0319

;ENTRY 63 = INSTRUCTION UNDER TEST = SUBN

17762

17763

27(655)

077554
077556

ISUBN3:

077610
077612
077614
077616
077620
077622
077624
077626

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

13
1
T211
T2
T2712
1162
TIP
T0
T37A
17
T10
T37A
120
T0

;INST=SUBN
:TYPE =1
:IP1 = SRC1.LEN
;IP2 = SRC1.ADR
;IP3 = SRC2.LEN
;I1P4& = SRCZ2.ADR
;IP5 = 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 = SRCZ2 SURR DATA
;IP14 = SRC2 SURR LEN
(LENGTH SET TO 0 SO

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

T11
TO
T0
T43A
10
0
0
0

IP15
;IP16
;1P17
:IP20
;IP21
;IP22
:IP23
:1P24

AS NOT

=
=
=
=

TO DESTROY ANY OF

DST DATA
DST SURR DATA
DST SURR LEN
SEPARATION CONSTRANT
SPECIAL HANDL ING

SRC1)

;THIS TABLE EXERCISES ALL COMBINATIONS OF THE FOLLOWING VARIABLE ASSIGNMENTS:

2
b
3

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 =: uxcu NIBBLE - s
- ALL DIGITS IDENTICAL = 0: SIGN
-

- DIGITS FROM STRING = 1234567891234567891234000891233 SIGN +

;

:TOTAL

TOTAL

SOURCE 2 DATA = ALL DIGITS IDENTICAL = 3;

SIGN +; HIGH NIBBLE =

- ALL DIGITS IDENTICAL = 8: sxc~ ; chu NIBBLE B s
ALL DIGITS IDENTICAL
- DIGITS FROM STRING = 1

# OF

TEST

CONDITIONS
=

TESTS
=

384

(6 DATA TYPES

234567891234567891234000891233 SIGN +
0:

INLINE)384
= 2688

PDP=11 CIS INST EXFRCISER
MACY11 27(655)
CZKEEA.P17
SUBN TABLES
};ggg
077630
077632
077634
077636
077640
077642
077644
077646
077650
077652
077654

000013
000001
102462
103022
102462
104564
102462
102436
106340
102436
102436

17824
17825

077662

102436

17826
17827
17828
17829
17830
17831
17832

077656
077660

077664
077666
077670
077672
077674
077676
077700

106340
102436

102436
102436
102436
104070
102706
000000
000000

};ggz 077702 000000
};%gg
17837
17838

10:59

PASE

152-1

SEQ 0320

;ENTRY 64 = INSTRUCTION UNDER TEST
= SUBN

17811
17812
17813
17814
17815
17816
17817
17818
17819
17820
17821

17822
17823

1=0CT=79

iSUBNG:

.WORD
"WORD
‘WORD
‘WORD
"WORD
‘WORD
‘WwORD
WORD
‘WORD
"WORD
"WORD

13
1
TIA
T2A
T1A
T16ZA
TIA
TO
TZ19
TO
TO

: INST=SUBN
STYPE = 1
*IP1 = SRC1.LEN
*1P2 = SRC1.ADR
*IP3 = SRC2.LEN
*1P4 - SRC2.ADR
*IPS = DST.LEN
*1P6 - DST.ADR - SPECIFIED BY T16 USED FOR IP4
*1P7 - SRCi1 DATA
1p1o -"SRC1 SURR DATA
*1P11 = SRC1 SURR LEN

"WORD

1P14 - SRC2 SURR LEN
(LENGTH SET TO 0 SO
"
AS NOT TO DESTROY ANY OF SRC1)

‘WORD
"WORD

LWORD
‘WORD
"WORD
"WORD
.WORD
‘WORD
"WORD

WORD

TZ19
T0

*IP12 = SRC2 DATA
*IP13 = SRC2 SURR DATA

TO
TO
TO
T14
TSPA
O
0

1p1s
*1P16
*IP17
11P21
*1P21
L1P22
11P23

DST DATA
DST SURR DATA
DST SURR LEN
SEPARATION CONSTRANT
SPECIAL HANDL ING

L1P2%4

:THIS TABLE EXERCISES ALL COMBINATIONS OF THE FOLLOWING VARIABLE ASSIGNMENTS:
SOURCE 1 LENGTH - 0,1.2. 3 ,5.11.20
SOURCE 2 LENGTH = 0.1.2.3.4.5.11.20

17839

DESTINATION LENGTH - 0,1.2.%.4.5.11,20

};gzz

SOURCE 2 DATA - DIGITS FROM STRING = 1234567891234567891234000891233:

17840
17841
17842

17845

1;329

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;

“TOTAL # OF
“TOTAL # OF

TEST CONDITIONS = 512
TESTS =

DATA TYPE

IN REG MODE)S12 = 512

SIGN +

SIGN

PDP=11 CIS INST EXERCISER
(ZKEEA.P1T

MACY11 27(655)

CMPP TABLES

1-0CT=79

10:59

PAGE 153

SEQ 0321

CMPP TABLES
.SBTTL
:ENTRY 65 = INSTRUCTION UNDER TEST = CMPP

iCN’P:

17873

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

077756

24
3
TO
T2
TO
T44
T5
T22
T20
TO
T22
T7
T10
T43
TO

JINST = CMPP
JTYPE = 1(BIT 0);11/744 Qv TABLE(BIT 1=1)
;IP1 = SRC1.LEN
;P2 = SRC1.ADR
;IP3 = SRC2.LEN
;IP4 = SRC2.ADR
;IPS5 = 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

0
0
0
0
0

;1P20
;IP21
;IP22
;1P23
1 1P24

0
0

;IP16
:1P17

sTHIS TABLE EXERCISES ALL COMBINATIONS OF THE FOLLOWING VARIABLE ASSIGNMENTS:
.

SOURCE
SOURCE
SOURCE
SOURCE

1 LENGTH - 0
2 LENGTH = 0
1 ADDRESS = 200 (RELATIVE TO START OF TEST BUFFER)
2 ADDRESS = NO OVERLAP OF STRINGS
= ALIGNED SOURCE 1 = SOURCE 2 STRINGS
SOURCE 1 DATA - ALL DIGITS IDENTICAL = 3; SIGN +
SOURCE 2 DATA = ALL DIGITS IDENTICAL = 3;

*TOTAL # OF TEST CONDITIONS = 2
“TOTAL # OF

TESTS =

(2 DATA TYPES +

INLINE)2 = 6

SIGN +

POP-11 C IS INST EXERCISER
MACY11 27(555)
(ZKEEA.P 1
“MPP TABLES
17889
17890
17891
17892

17893
17894
17895
17896
17897

1CMPP1:

EEEFERE

)
i
) i

N
W N=O0OVONOVNHTWNN=O

33 LEET

i
i
) i
i
e
i
) i
)
D
)
D
il
il
b i
il

10:59

PAGE

153-1

SEQ 0322

JENTRY 66 = INSTRUCTION UNDER TEST = CMPP

17898

-l

1-0CT=79

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

2¢
1
TO
T2
T21
T44
T5
T22
T20
TO
T45
17
T10
T43
TO
0
0

s INST = CMPP
sTYPE = 1
;IP1 = SRC1.LEN
;IP2 = SRCi.ADR
:IP3 - SRC2.LEN
:1P4 = SRC2.ADR
;IP5 = UNUSED PORTION OF REG. 4
;IP6 = SRC1.DATA
;IP7 = SRC1.SURR.DATA
:IP10 = SRC1.SURR.LEN
2IP11 = SRC2.DATA
:1P12 = SRCZ.SURR.DATA
;1IP13 - SR(C2.SURR.LEN
;IP14 -~ SEPARATION CONSTANT
;IP15 = SPECIAL HANDL ING
;IP16
:1P17

.WORD 0
.WORD 0
.WORD 0

; 1P20
:1P21
:1P22
;1P23
;1P24

.WORD 0
.WORD 0

;THIS

TABLE

EXERCISES ALL

SOURCE
SOURCE
SOURCE
SOURCE
SOURCE
SOURCE

1
2
1
2
1
2

COMBINATIONS OF

THE

FOLLOWING VARIABLE

LENGTH = 0
LENGTH = 1,5
ADDRESS = 200 (RELATIVE TO START OF TEST BUFFER)
ADDRESS - NO OVERLAP OF THE STRINGS
DATA =~ ALL DIGITS IDENTICAL = 3; SIGN +
DATA = ALL DIGITS IDENTICAL = 3; SIGN +
- ALL DIGITS IDENTICAL = 3; SIGN = ALL DIGITS IDENTICAL = 0; SIGN +
- ALL DIGITS IDENTICAL = 0;

17928
17929

*TOTAL # OF TEST CONDITIONS = 8
;TOTAL # OF

TESTS =

(2 DATA TYPES +

INLINE)S

SIGN -

ASSIGNMENTS:

PDP=11 CIS INST EXERCISER
MACY11 27(655)
CZKEEA.P1
CMPP TABLES
17931
}gg%

10:59

M9
PAGE 153-2

SEQ 0323

;ENTRY 67 = INSTRUCTION UNDER TEST = (MPP

17934
17935
17936
17937
17638
17939
17940
17941
17942
17943
17944
17945
17946
17947
17948
17949
17950
17951

100034
100036
100040
100042
100044
100046
100050
100052
100054
100056
100060
100062
100064
100066
100070
100072
100074
100076

000024
000001
105066
103012
102436
106630
103704
106750
105050
102436
105176
103766
104004
106546
102436
000000
000000
000000

17953
17954
‘1177322

100102
100104
100106

000000
000000
000000

17952

1-0CT=79

100100

ICMPP2:

000000

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

24
1
T21
T2
TO
Té&4
T5
T45
T20
TO
T22
T7
T10
T43
TO
0
0
0

.WORD 0

.WORD 0
.WORD 0
WORD 0

s INST = (MPP
;TYPE =
:IP1 = SRC1.LEN
;IP2 = SRC1.ADR
;IP3 = SRC2.LEN
;IP4 = SRC2.ADR
;IP5 = UNUSED PORTION OF REG. 4
;1P6 = SRC1.DATA
;IP7 = SRC1.SURR.DATA
:IP10 = SRC1.SURR.LEN
:IP11 = SRC2.DATA
:IP12 = SR(C2.SURR.DATA
:1P13 = SRC2.SURR.LEN
;IP14 = SEPARATION CONSTANT
;IP15 = SPECIAL HANDLING
;IP16
:1P17
:1P20
:1P21

:1P22
;1P23
:1P24

}77322

sTHIS TABLE EXERCISES ALL COMBINATIONS OF THE FOLLOWING VARIABLE ASSIGNMENTS:

17959
17960
17961
17962

:
:
:
:

SOURCE
SOURCE
SOURCE
SOURCE

}7967

SOURCE 2 DATA - ALL DIGITS IDENTICAL = 3;

17963
17964
17965
17966

17969

]';96;(1)

:
:
:
:
-

1 LENGTH - 1.5
2 LENGTH - 0
1 ADDRESS = 200 (RELATIVE TO START
2 ADDRESS = NO OVERLAP OF STRINGS
SOURCE 1 DATA - ALL DIGITS IDENTICAL = 3:
= ALL DIGITS IDENTICAL = 3;
- ALL DIGITS IDENTICAL = Q;
= ALL DIGITS IDENTICAL = Q;

;TOTAL # OF TEST CONDITIONS =8
sTOTAL # OF

TESTS = (2 DATA TYPES + 1

OF TEST BUFFER)

SIGN +
SIGN SIGN +
SIGN =
SIGN +

INLINE)8 = 24

PDP=11 CIS INST EXERCISER
MACY11 27(655)
CZKEEA.P11
CMPP TABLES
17973

}%;g

10:59

N 9
PAGE 153-3

SEQ 0324

;ENTRY 68 = INSTRUCTION UNDER TEST = (CMPP

17976
17977
17978
17979
17980
17981
17982
17983
17984
17985
17986
17987
17988
17989
17990

100110
100112
100114
100116
100120
100122
100124
100126
100130
100132
100134
100136
100140
100142
100144

000024
000001
105102
103012
105120
106630
103704
106750
105050
102436
106750
103766
104004
106546
102436

17992
17993
17994
17995
17996
}%g

100150
100152
100154
100156
100160
100162

000000
000000
000000
000000
000000
000000

17991

1-0CT=79

100146

ICMPP3:

000000

_WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD

24
1
T211
T2
T212
T44
T5
T45
T20
TO
T45
17
T10
T43
TO

;INST = CMPP
JTYPE = 1
:IP1 = SRC1.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
;IP11 - SRC2.DATA
;1P12 = SR(C2.SURR.DATA
;IP13 = SRCZ2.SURR.LEN
;IP14 - SEPARATION CONSTANT
:IP15 = SPECIAL HANDL ING

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

0
0
0
0
0
0

:1P17
:1P20
:1P21
:1P22
;1P23
;1P24

.WORD 0

:1P16

‘%80007999

;THIS TABLE EXERCISES ALL COMBINATIONS OF

18001
18002

;
:

SOURCE 1 LENGTH - 1 37
SOURCE 2 LENGTH -

18004
18005
18006
18007
18008
18009
18010
18011
}%}%

:
:
:
:
:
:
:
:
:

SOURCE 2 ADDRESS = NO OVERLAP OF STRINGS
SOURCE 1 DATA = ALL DIGITS IDENTICAL = 3;
= ALL DIGITS IDENTICAL = 3;
= ALL DIGITS IDENTICAL = Q;
- ALL DIGITS IDENTICAL = Q;
SOURCE 2 DATA - ALL DIGITS IDENTICAL = 3;
= ALL DIGITS IDENTICAL = 3;
- ALL DIGITS IDENTICAL = Q;
= ALL DIGITS IDENTICAL = 0;

18003

18014

}%]'g

THE FOLLOWING VARIABLE ASSIGNMENTS:

SOURCE 1 ADDRESS = éOO (RELATIVE TO START OF TEST BUFFER)

;TOTAL # OF TEST CONDITIONS
= 128
;TOTAL # OF

TESTS
= (2 DATA TYPES + 1

SIGN +
SIGN SIGN +
SIGN =
SIGN +
SIGN SIGN +
SIGN -

INLINE)128 = 384

1-0CT=79

8 10
PAGE 153-4

10:59

SEQ 0325

;ENTRY 69 = INSTRUCTION UNDER TEST = (MPP

000024
000003

ICMPP4: .WORD 24
.WORD 3

103022

.WORD T2A

.WORD TIA

102462

;IP1 = SRC1.LEN

;1P2 = SRC1.ADR

.WORD T1A

106576
103704
106000
102436
102436
106000
102436

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

104070
102706
000000

.WORD T14
.WORD TSPA
.WORD 0

102436

;IP3 = SRC2.LEN

T44A
T5
TP19
TO
TO
TP19
TO

:1P4 = SRC2.ADR
;IP5 = UNUSED PORTION OF REG. 4
;1P6 = SRC1.DATA
:IP7 = SRC1.SURR.DATA
:IP10 = SRC1.SURR.LEN
;IP11 = SRC2.DATA
:1P12 = SRC2.SURR.DATA

.WORD TO

000000

:1P13 = SRC2.SURR.LEN

:1P14 - SEPARATION CONSTANT
:1P15 = SPECIAL HANDL ING
:1P16

.WORD 0

000000
000000
000000
000000
000000

WORD
WORD
WORD
WORD
WORD

;THIS

:1P17

0
0
0
0
0

:1P20
:1P21
:1P22
;1P23
;1P24

TABLE EXERCISES ALL

COMBINATIONS OF

THE FOLLOWING VARIABLE ASSIGNMENTS:

SOURCE 1 LENGTH - 0 2 3,64.5.11,20
SOURCE 2 LENGTH 2,3,4,5,11,20

SOURCE 1 ADDRESS = é01 (RELATIVE TO START OF TEST BUFFER)

SOURCE 2 ADDRESS = NO OVERLAP OF ANY OF THE_STRINGS
SOURCE 1 DATA - DIGITS FROM STRING = 1234567891234567891234000891233; SIGN
SOURCE 2 DATA - DIGITS FROM STRING
= 1234567891234567891234000891233; SIGN

*TOTAL # OF TEST CONDITIONS = 64
“TOTAL # OF

TESTS =

DATA TYPE

IN REG MODE)64 = 64

102462

s INST = CMPP
sTYPE = 1(BIT 0);11/44 Qv TABLE(BIT 1=1)

8823232223222232333323
SR N N SRS

—)

BBRRE 323

S i

2szaamufixgz;

BRBRRBRRBRR

C
POP-11
MACY11 27(655)
CIS INST EXERCISER
CZKEEA. P11
CMPP TABLES

POP=11 CIS INST EXERCISER

C(ZKEEA.P11

MACY11 27(655)

(CMPN TABLES

18056
}%gg

1-0CT=79

10:59

c 10

PAGE 154

SEQ 0326

.SBTTL
CMPN TABLES
ENTRY 70 = INSTRUCTION UNDER TEST
= CMPN

18059
18060
18061

100240
100242
100244

000014
000001
102436

18067
18068

100260
100262

105050
102436

18070

100266

106530
103766

.WORD T4?2
.WORD T7

:1P11 - SRC2.DATA
:1P12 = SRC2.SURR.DATA

18072
18073
18074
18075
18076
18077
18078
18079

100272
100274
100276
100300
100302
100304
100306
100310

104070
102436
000000
000000
000000
000000
000000
000000

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

;IP14 = SEPARATION CONSTANT
;1P15 = SPECIAL HANDL ING
:IP16
:1P17
:1P20
:1P21
:1P22
:1P23

18062
18063
18064
18065
18066

18069

18071

}%?

100246
100250
100252
100254
100256

100264

100270

100312

ICFPN:

103012
102436
107032
103704
106530

.WORD 14
.WORD 1
.WORD TO

;INST = CMPN
;TYPE = 1
sIP1 = SRC1.LEN

.WORD T20
.WORD TO

:1P7 = SRC1,SURR.DATA
:1P10 = SRC1.SURR.LEN

.WORD
.WORD
.WORD
.WORD
.WORD

104004

T2
TO
T46
T5
T42

.WORD T10

000000

T14
TO
0
0
0
0
0
0

.WORD 0

;IP2
;IP3
:IP4
;IP5
:1P6

=
=
=
=

SRC1.ADR
SRC2.LEN
SRC2.ADR
UNUSED PORTION OF REG. 4
SRC1.DATA

:1P13 - SRC2.SURR.LEN

:1P24

11%%

;THIS TABLE EXERCISES ALL COMBINATIONS OF THE FOLLOWING VARIABLE ASSIGNMENTS:

18084
18085
18086
18087
18088
18089
18090
18091
]lggg

:
:
:
:

18094

TOTAL # OF TEST CONDITIONS =

18095
18096

:
:
:
;

SOURCE
SOURCE
SOURCE
SOURCE

1 LENGTH - 0
2 LENGTH = 0
1 ADDRESS = 200 (RELATIVE TO START OF TEST BUFFER)
2 ADDRESS = NO OVERLAP OF STRINGS
= STRINGS ADJACENT
= STRINGS PARTIALLY OVERLAP
= STRINGS COMPLETELY OVERLAP
SOURCE 1 DATA = ALL DIGITS IDENTICAL = 9; SIGN +; HIGH NIBBLE = 17
SOURCE 2 DATA = ALL DIGITS IDENTICAL = 9; SIGN +; HIGH NIBBLE =17

;TOTAL # OF TESTS= (6 DATA TYPES + 1
;

INLINE)

Megvfl 27(655)
L

i CMPN1:

e
e

i
—

Lb
D DD Db
SIS INT,ST,8)Nt
VSN
=

D e
D e
D
D e
d
d
e
e
— e

b
D ad
-

ad
b
b
b
b

14
1
TO
T2

;INST = CMPN
:TYPE =
;IP1 = SRC1.LEN
IP2 = SRC1.ADR,

.WORD
.WORD
.WORD
.WORD

T46
TS5
T42
T20

;IP4
;IP5
;IP6
;IP7

*1P3 = SRC2.LEN"

SRC2.ADR
UNUSED PORTION OF REG. &
SRC1.DATA
SRC1.SURR.DATA

:IP11 = SRC2.DATA

.WORD T7

:1P12 = SRC2.SURR.DATA

.WORD 0

:1P21

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

T10
T14
TO
0
0
0

;IP13 = SRC2.SURR.LEN
;IP14 - SEPARATION CONSTANT
;IP15 = SPECIAL HANDL ING
;IP16
JIP17
:1P20

.WORD 0
.WORD 0
.WORD 0
;THIS

<
=
=
=

*IP10 - SRC1.SURR.LEN

.WORD T47

TABLE EXERCISES ALL

1 1P22
:1P23
:1P24
COMBINATIONS OF

THE FOLLOWING VARIABLE ASSIGNMENTS:

SOURCE 1 LENGTH - 0
SOURCE 2 LENGTH -

SOURCE 1 ADDRESS - éOO (RELATIVE TO START OF TEST BUFFER)
SOURCE 2 ADDRESS = NO OVERLAP OF STRINGS
= STRINGS ADJACENT
= STRINGS PARTIALLY OVERLAP
= STRINGS COMPLETELY OVERLAP
SOURCE 1 DATA = ALL DIGITS IDENTICAL = 9; SIGN
SOURCE 2 DATA = ALL DIGITS IDENTICAL = 8; SIGN
= ALL DIGITS IDENTICAL = 8. SIGN
- ALL DIGITS IDENTICAL = Q; SIGN
- ALL DIGITS IDENTICAL = 0; SIGN

18135

18137
18139
18140
18141

SEQ 0327

.WORD
.WORD
.WORD
.WORD

.WORD TO

W
&I ruw
BB=N

—2
=
—_—

_ s

0o 0o Co Co

b
i

00
Co 0o

D 10

PAGE 154-1

.WORD T21

18131

-y

10:59

sTOTAL
;TOTAL

# OF
# OF

TEST CONDITIONS =
TESTS = (6 DATA TYPES

INLINE)

+;
=;
+;
+;
=;

HIGH NIBBLE

HIGH
HIGH
HIGH
HIGH

NIBBLE
NIBBLE
NIBBLE
NIBBLE

Q0 — —3 —3 —
NN

320

18126

00
0o Lo

1-0CT=79

;ENTRY 71 = INSTRUCTION UNDER TEST = CMPN

0o 00 0o 0o Co(o To Jo Lo To To To Lo To Lo To To To Yo To To To To Jo 1o Jo]

3% &

(
POP=11
CIS INST EXERCISER
CZKEEA.P11
C

POP=11 CIS INST EXERCISER
MACY11 27(655)
CZKEEA.P11
CMPN TABLES
18143

}g}zg

100370
100372
100374
100376
100400
100402
100404
100406
100410
100412
100414
100416
100420
100422
100424
100426
100430
100432

000014
000001
105066
103012
102436
107032
103704
107254
105050
102436
106530
103766
104004
104070
102436
000000
000000
000000

18165
18166

100436
100440

000000
000000

}g}gg

E 10
PAGE 154-2

10:59

SEQ 0328

:ENTRY 72 = INSTRUCTION UNDER TEST = CMPN

18146
18147
18148
18149
18150
18151
18152
18153
18154
18155
18156
18157
18158
18159
18160
18161
18162
18163

18164

1-0CT=79

100434

100442

ICMPN2:

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

14
1

:INST = CMPN
JTYPE = 1
:IP1 = SRC1.LEN
:1P2 = SRC1.ADR
:IP3 = SRC2.LEN
:IP4 = SRC2.ADR
:IP5 = UNUSED PORTION OF REG. 4
:IP6 = SRC1.DATA
;IP7 = SRC1.SURR.DATA
:IP10 = SRC1.SURR.LEN
:IP11 - SRC2.DATA
:IP12 = SRC2.SURR.DATA
;IP13 = SRC2.SURR.LEN
:1P14 - SEPARATION CONSTANT
:IP15 = SPECIAL HANDL ING
1 IP16
JIP17
:1P20

T21
T2
TO
T46
TS
T47
T20
TO
T4?2
T7
T10
T14
TO
0
0
0
.WORD 0
.WORD 0

000000

:1P21

1 1P22
:1P23
1 1P24

WORD 0
WORD 0

000000

11311%

:THIS TABLE EXERCISES ALL

18171
18172
18173

:
:
:

SOURCE 1 LENGTH = 1,5
SOURCE 2 LENGTH - 0
SOURCE 1 ADDRESS - 200 (RELATIVE TO START OF

18175
18176
18177
18178
18179
18180
18181

:
:
:
:
:
;
3

- STRINGS
- STRINGS
- STRINGS
ALL DIGITS
ALL DIGITS
ALL DIGITS
ALL DIGITS

18184

:TOTAL # OF

18186

18174

}3}3%

18185

3
:TOTAL

COMBINATIONS OF

THE FOLLOWING VARIABLE ASSIGNMENTS:

SOURCE 2 ADDRESS = NO OVERLAP OF STRINGS

SOURCE

DATA =
-

TEST BUFFER)

ADJACENT
PARTIALLY OVERLAP
COMPLETELY OVERLAP
IDENTICAL = 8; SIGN
IDENTICAL = 8; SIGN
IDENTICAL = O; SIGN
IDENTICAL = 0; SIGN

=;
+;
+;
=;

HIGH
HIGH
HIGH
HIGH

NIBBLE
NIBBLE
NIBBLE
NIBBLE

=
=
=
=

1
17
1
8

SOURCE 2 DATA = ALL DIGITS IDENTICAL = 9; SIGN +; HIGH NIBBLE = 17
# OF

TEST CONDITIONS =
TESTS =

(6 DATA TYPES

INLINE)

.
.

POP=11 CIS INST EXERCISER
MACYT1 27(655)
CZKEEA.P1T
CMPN TABLES
18188

}g}gg

10:59

F 10
PAGE 154-3

SEQ 0329

;ENTRY 73 = INSTRUCTION UNDER TEST = (MPN

18191
18192
18193
18194
18195
18196
18197
18198
18199
18200
18201
18202
18203

100444
100446
100450
100452
100454
100456
100460
100462
100464
100466
100470
100472
100474

000014
000001
105102
103012
105120
107032
103704
107254
105050
102436
107254
103766
104004

18206
18207
18208
18209
18210
18211
}g%}%

100502
100504
100506
100510
100512
100514
100516

000000
000000

18204
18205

1-0CT=79

100476
100500

ICMPN3:

104070
102436

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

14
1
T211
T2
T212
T46
T5
T47
T20
TO
T47
T7
T10

s INST = CMPN
JTYPE = 1
;IP1 = SRC1.LEN
;IP2 = SRC1.ADR
;1P3 = SRC2.LEN
;IP4 = SRC2.ADR
;IP5 = UNUSED PORTION OF REG. &
;1P6 = SRC1.DATA
;IP7 = SRC1.SURR.DATA
;IP10 = SRC1.SURR.LEN
;IP11 - SRC2.DATA
;1P12 = SR(C2.SURR.DATA
;1P13 = SRC2.SURR.LEN

.WORD T14
.WORD TO

;IP14 = SEPARATION CONSTANT
;1P15 = SPECIAL HANDL ING

.WORD 0
.WORD 0

000000
000000
000000
000000
000000

.WORD
.WORD
.WORD
.WORD
.WORD

;IP16
:1P17

0
0
0
0
0

:1P20
;1P21
;1P22
;1P23
;IP24

1%3}2

;THIS TABLE EXERCISES ALL COMBINATIONS OF

18216
18217

:
:

SOURCE 1 LENGTH - 1,37
SOURCE 2 LENGTH - 1,37

:
:
:
H

SOURCE 2 ADDRESS =
=
=
=

18218

18223
18224
18225
18226
18227
18228

:
:
:
:
:

18219
18220
18221
18222

SOURCE 1 DATA =
=
=
=
SOURCE 2 DATA =

18232

;TOTAL # OF

18234

18233

FOLLOWING VARIABLE

ASSIGNMENTS:

SOURCE 1 ADDRESS - 200 (RELATIVE TQ START OF TEST BUFFER)

18229

}gg%?

THE

ALL
ALL
ALL
ALL
ALL
ALL

NO OVERLAP OF STRINGS
STRINGS ADJACENT
STRINGS PARTIALLY OVERLAP
STRINGS COMPLETELY OVERLAP

DIGITS
DIGITS
DIGITS
DIGITS
DIGITS
DIGITS

IDENTICAL
IDENTICAL
IDENTICAL
IDENTICAL
IDENTICAL
IDENTICAL

=
=
=
=
=
=

8;
8;
Q;
0;
8;
8;

= ALL DIGITS IDENTICAL = Q;

= ALL DIGITS IDENTICAL = 0;
TEST

(ONDITIONS = 256

SIGN
SIGN
SIGN
SIGN
SIGN
SIGN

=;
+;
+;
=;
=;
+;

SIGN +;

HIGH NIBBLE
HIGH NIBBLE
HIGH NIBBLE
HIGH NIBBLE
HIGH NIBBLE
HIGH NIBBLE

=
=
=
=
=
=

1
17
1
8
1
17

HIGH NIBBLE = 1

SIGN =; HIGH NIBBLE = 8

“TOTAL # OF TESTS = (6 DATA TYPES + 1 INLINE) = 832

MACY11
EXERCISER
(MPN TABLES

27(655)

1=0(CT=79

10:59

G 10

PAGE

154-4

SEQ 0330

SENTRY 74 = INSTRUCTION UNDER TEST = (MPN
ICMPN4:

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

14
3
T1A
T2A
T1A
T46A
TS
TZ19
TO
TO
TZ19
TO

JINST = CMPN
JTYPE = 1(BIT 0):;11/744 Qv TABLE(BIT 1=1)
;IF1 = SRC1.LEN
:1P2 = SRC1.ADR
;IP3 = SRC2.LEN
;1P4 = SRC2.ADR
;IPS = UNUSED PORTION OF REG. &
;IP6 = SRC1.DATA
;IP7 = SRC1.SURR.DATA
IP10 - SRC‘l SURR.LEN
“IP11 = SRC2.DATA
1P12 = SRC2.SURR.DATA

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

T14
TSPA
0
0
0
0
0
0
0

:IPM - SEPARATION CONSTANT
:1P15 = SPECIAL HANDL ING
:1IP16
JIP17
:1P20
1P21
;1P22
11P23
:IP24

.WORD TO

IP13 = SRC2.SURR.LEN

;THIS TABLE EXERCISES ALL COMBINATIONS OF

THE FOLLOWING VARIABLE ASSIGNMENTS:

1.20
SOURCE 1LENGTH-O1.23 .
2.3.4.5.1 1,20
SOURCE 2 LENGTH =

SOURCE

1 ADDRESS - é01 (RELATIVE TO START OF TEST BUFFER)

SOURCE 2 ADDRESS = NO OVERLAP OF STRINGS
1234567891234567891234000891233.
SOURCE 1 DATA = DIGITS FROM STRING
1234567891234567891234000891233;
SOURCE

2 DATA = DIGITS FROM STRING =

“TOTAL # OF TEST CONDITIONS = 64

“TOTAL # OF TESTS = (1 DATA TYPE IN REG MODE)64 = 64

SIGN +
SIGN +

CI? INST EXERCISER

ASHP TABLES

(ZKEEA.P]
18274

10:59

H 10
PAGE 155

SEQ 0331

ASHP TABLES

JENTRY 75 = INSTRUCTION UNDER TEST = ASHP
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD

.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
;THIS

TABLE

30
1
T111
T2
TS50
T112
T34
T35B
T20
TO
T11
T12
T13
T43
TO

; INST=ASHP
JTYPE = 1
;IP1 = SRC.LEN
;IP2 = SRC.ADR
:IP3 = RND.DGT,SHFT.CNT
JIP4 = DST.LEN
;IPS5 = 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

0
0
0
0
0
0
0

JIP16
JIP17
:1P20
s1P21
;IP22
:IP23
;IP24

EXERCISES ALL

COMBINATIONS OF

THE

FOLLOWING VARIABLE

ASSIGNMENTS:

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; SIGN =

IIo
n
T

I
B

“TOTAL # OF TEST CONDITIONS = 540

COUNT

SHIFT

ROUND DIGIT,

DIGITS FROM STRING = 1234567891234567891234000891233; SIGN +
DIGITS FROM STRING = 000888- DIGITS FROM STRING = 4000000000000000000000000000000~
O—=WOWNO

]

1ASHP:

18280
18281

1-0CT=79

.SBTTL

18275

18276
18277
18278
18279

MACY11 27(655)

LI I

PDP=11

“TOTAL # OF TESTS = (2 DATA TYPES + 1 INLINE)S40 = 1620

PDP=11 (IS INST EXERCISER
MACY11
ASHP TABLES
(ZKEEA.P1T
18323
18324
18325
18326
18327
18328
18329

27(655)

1=-0CT=79

10:59

110
PAGE 155-1

SEQ 0332

;ENTRY 76 = INSTRUCTION UNDER TEST = ASHP
000030

000001

[ASHP1:

.WORD 30

: INST=ASHP

STYPE = 1

.WORD 1

102462
103022
107354
102462
105602
106000

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

TI1A
T2A
T50C
T1A
T34A
TP19

;IP1
;1P2
:IP3
:1P4
:IPS
;1P

000000
000000
000000
000000
000000

WORD
.WORD
.WORD
.WORD
.WORD

0
0
0
0
0

:1P16
:1P17
1 1P20
:1P21
:1P22
:1P23

102436
102436
102436
102436
102436
104070
102706
000000

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

T0
TO
TO
TO
TO
T14
TSPA
.WORD 0

000000

;
;

TABLE

EXERCISE

SRC.LEN
SRC.ADR
RND.DGT,SHFT.CNT
DST.LEN
DST.ADR
SRC DATA

;IP7 = SRC SURR DATA
:IP10 = SRC SURR LEN
:IP11 = DST DATA
:1P12 = DST SURR DATA
:1P13 = DST SURR LEN
:1P14 = SEP CONST
:IP15 = SPECIAL HANDL ING

.WORD 0
;THIS

=
=
=
=
=
=

1 1P24
ALL

COMBINATIONS OF

THE

FOLLOWING VARIABLE

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
DESTINATION ADDRESS = NO OVERLAP

ASSIGNMENTS:

TEST BUFFER)

SOURCE DATA - DIGITS FROM STRING = 1234567891234567891234000891233;

ROUND DIGIT,

SHIFT COUNT =

;.‘;
1,

STOTAL # OF TESTS = 256

SIGN +

—

PDP=11 CIS INST EXERCISER
MACY11
ASHP 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

27(655)

18398

10:59

SEQ 0333

;ENTRY 76A = INSTRUCTION UNDER TEST = ASHP
100724
100726
100730

000030
000003

IASHP2:

102550
103022
107370
102606

.WORD 30
.WORD 3

s INST=ASHP
sTYPE = 1(BIT 0);11/44 Qv TABLE(BIT 1=1)

.WORD TI1F
.WORD T2A
.WORD T50D

;IP1 = SRC.LEN
;1P2 = SRC.ADR
;IP3 = RND.DGT,SHFT.CNT

.WORD T34A

;IP5 = DST.ADR

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

;1P17
:1P20
:1P21
;1P22
:1P23
s 1P24

.WORD TI1K

105602

106064
102436
1024 3¢
102436
102436
102436
104070
1024 3¢
000000

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

000000
000000
000000
000000
000000
000000

;THIS

TABLE

;IP4 = DST.LEN

TP99
TO
TO
TO
TO
TO
T14
TO
0

;IP6 = SRC DATA
:IP7 = SRC SURR DATA
;IP10 = SRC SURR LEN
:IP11 = DST DATA
;IP12 = DST SURR DATA
;1P13 - DST SURR LEN
;IP14 = SEP CONST
;IP15 = SPECIAL HANDL ING
;IP16

0
0
0
9
0
0

EXERCISE ALL

COMBINATIONS OF

THE

FOLLOWING VARIABLE

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 = 9;
ROUND DIGIT, SHIFT COUNT =
2,2

18394

18395
18396
18397

1-0CT=79

J 10
PAGE 156

“TOTAL # OF TEST CONDITIONS = 32
“TOTAL # OF

TESTS =

(2 DATA TYPES

TEST BUFFER)

SIGN =

IN-LINE)

32 = 96

ASSIGNMENTS:

PDP=11 CIS INST EXERCISER
MACY11 27(655)
(ZKEEA.P1T
ASHN TABLES

18400

.SBTTL

}gzg;

10:59

K 10
PAGE 157

SEQ 0334

ASHN TABLES

JENTRY 77 = INSTRUCTION UNDER TEST = ASHN

18403
18404
18405
18406
18407
18408

101000
101002
101004
101006
101010
101012

000020
000001
102712
103012
107310
102732

18410
18411
18412
18413
18414
18415
18416
18417
18418
18419
18420
18421
18422
18423
}g‘ig‘%

101016
101020
101022
101024
101026
1071030
101032
101034
101036
101040
101042
101044
101046
101050
101052

106350
105050
102436
104020
104036
104054
106546
102436
000000
000000
000000
000000
000000
000000
000000

18409

1-0CT=79

101014

IASHN:

106170

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

20
1
T111
T2
T50
T112

s INST=ASHN
JTYPE = 1
:IP1 = SRC.LEN
:1P2 = SRC.ADR
;IP3 = RND.DGT,SHFT.CNT
;IP4 = DST.LEN

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

T378
T20
TO
T11
T12
T13
T43
TO
Q
0
0
0
9
0
0

;IP6 = SRC DATA
:IP7 = SRC SURR DATA
;1P10 = SRC SURR LEN
:IP11 - DST DATA
;1P12 = DST SURR DATA
;1P13 - DST SURR LEN
;IP14 = SEP CONST
;1P15 = SPECIAL HANDL ING
:IP16
:1P17
:1P20
:1P21
:1P22
;1P23
:1P24

.WORD T36

;IP5 = DST.ADR

11%‘2.%9

;THIS TABLE EXERCISES ALL COMBINATIONS OF THE FOLLOWING VARIABLE ASSIGNMENTS:

18428
18429

:
:

SOURCE ADDRESS = 200

DESTINATION ADDRESS = NO OVERLAP OF SOURCE & DESTINATION STRINGS

= STRINGS ADJACENT
SOURCE DATA = ALL DIGITS IDENTICAL = 8; SIGN =; HIGH NIBBLE = 8
ALL DIGITS IDENTICAL = 0; SI GN -: HIGH NIBBLE == 1

3
3
s
:
3

DIGITS FROM STRING

12345678912%4567891234000891233; SIGN +

DIGITS FROM STRING = 000888~
DIGITS FROM STRING = 4000000000000000000000000000000~
ROUND PIGIT, SHIFT COUNT =
0.0
5,=2
9.2
3.-3
1.-3
0.5
I

18436
18437
18438
18439
18440
18441
18442
18443
18444
18445
18446

:
:
:
:
:

18430
18431
18432
18433
18434

SOURCE LENGTH - 0,1,37
DESTINATION LENGTH - 0,1,37

:
:
JTOTAL # OF TEST CONDITIONS = 540
;TOTAL # OF TESTS = (6 DATA TYPES + 1

INLINE)S40 = 3780

PDP=11 CIS INST EXERCISER
MACY11 27(655)
CZKEEA.PI
ASHN TABLES

}gzgg

1-0CT=79

10:59

L 10
PAGE 157-1

SEQ 0335

:ENTRY 78 = INSTRUCTION UNDER TEST = ASHN

18451
18452
18453
18454

101054
101056
101060
101062

000020
000003
102462
103022

18456

101066

102462

.WORD T1A

:IP4 = DST.LEN

18468
18469

101076
101100
101102
101104
101106
101110
101112
101114
101116
101120

102436
102436
102436
102436
104070,
102706
000000
000000
000000
000000

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

:IP10
:IP11
;IP12
:IP13
:IP14
:IP15
sIP16
:1IP17
:IP20
;IP21

18471
}g:;%

101124
101126

000000
000000

18455

18457
18458
18459
18460
18461
18462
18463
18464
18465
18466
18467
18470

101064

101070
101072
101074

101122

TASHN1:

107340

.WORD
.WORD
.WORD
.WORD

20
3
T1A
T2A

.WORD TS50A

106142
106340
102436

.WORD T36A
.WORD TZ19
.WORD TO

000000

TO
TO
TO
TO
T14
TSPA
0
0
0
0

WORD 0

WORD 0
WORD 0

: INST=ASHN
:TYPE = 1(BIT 0):11/44 Qv TABLE(BIT 1=1)
:IP1 = SRC.LEN
;1P2 = SRC.ADR

:IP3 = RND.DGT,SHFT.CNT

;IPS = DST.ADR
;IP6 = SRC DATA
:IP7 = SRC SURR DATA
=
=
=
=
=

SRC SURR LEN
DST DATA
DST SURR DATA
DST SURR LEN
SEP CONST
SPECIAL HANDL ING

:IP22

:1P23
:1P24

}g:;g

:THIS TABLE EXERCISE ALL COMBINATIONS OF THE FOL!.OWING VARIABLE ASSIGNMENTS:

18476
18477
18478
18479
18480

:
3
:
3
:

18483

;TOTAL # OF TESTS = 64

}gzg;

]

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 =

5,=1

SIGN +

PDP=11 CIS INST EXERCISER
MACY11 27(655)
(ZKEEA.P11
ASHN TABLES

}agg
18487
18488
18489
18490
18491
18492
18493
18494
18495
18496
18497
18498
18499
18500
18501
18502
18503
18504
18505
18506
18507
}gg%

1-0CT=79

10:59

M 10
PAGE 158

SEQ 0336

;ENTRY 78A = INSTRUCTION UNDER TEST = ASHN
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
000000

IASHNZ2:

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

20
3
T1D
T2A
T508B
T1E
T36A
TZ19
TO
TO
TO
TO
TO
T14
TO
0
0
0
0
0
0
0

;s INST=ASHN
JTYPE = 1(BIT 0);11/44 Qv TABLE(BIT 1=1)
;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
;IP12 = DST SURR DATA
;IP13 = DST SURR LEN
;IP14 - SEP CONST
;IP15 = SPECIAL HANDL ING
:1P16
:1P17
:1P20
;1P21
11P22
:1P23
;IP24

11%%%(1)

;THIS TABLE EXERCISE ALL COMBINATIONS OF

THE FOLLOWING VARIABLE ASSIGNMENTS:

18512
18513
18514
18515
18516
18517
18518
18519
18520
18521

3
SOURCE LENGTH - 1,2
:
DESTINATION LENGTH - 2,3
:
SOURCE ADDRESS = 201 (RELATIVE TO START OF TEST BUFFER)
DESTINATION ADDRESS = NO OVERLAP
3
SOURCE DATA = DIGITS FROM STRING = 1234567891234567891234000891233;
3
ROUND DIGIT, SHIFT COUNT =
7.,-1
:
*
:
;TOTAL # OF TEST CONDITIONS = 8
;TOTAL # OF TESTS (6 DATA TYPES + 1 IN-LINE)8 = 56

SIGN +

PDP=11 CIS INST EXERCISER
MACY11 27(655)
(ZKEEA.P11
MULP TABLES
18523

.SBTTL

}gg%g

18526
18527
18528
18529
18530
18531
18532
18533
18536
18535
18536
18537
18538
18539
18540
18541
18542
18543
18544
18545
18546
18547
}ggzg

1-0CT=79

10:59

N 10
PAGE 159

SEQ 0337

MULP TABLES

;ENTRY 79 = INSTRUCTION UNDER TEST = MULP
101204
101206
101210
101212
101214
101216
101220
101222
101226
101226
101230
101232
101234
101236

000026
000003
102436
103012
102436
104442
102442
102436
105176
103766
104004
105176
105050
102436

101240
101242
101244
101246
101250
101252

104020
104036
104054
104070
102436
000000

101254
101256

IMULP:

.WORD _ 26
.WORD 3
.WORD
TO
.WORD
T2
.WORD
TO
.WORD
T161
.WORD
XT1
.WORD
TO
.WORD
T22
.WORD
T7
.WORD
T10
.WORD
T2?2
.WORD
T20
.WORD
TO
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD

000000
000000

.WORD
.WORD

T11
T12
T13
T14
TO
0

0
0

s INST=MULP
: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
:1P6 - DST.ADR - SPECIFIED BY T16 USED FOR IP4
: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)
:IP15 = DST DATA
:IP16 - DST SURR DATA
:1P17 = DST SURR LEN
:1P20 - SEPARATION CONSTRANT
:1P21 =SPECIAL HANDL ING
;1P22
:1P23
:1P24

}gggq

:THIS TABLE EXERCISES ALL COMBINATIONS OF THE FOLLOWING VARIABLE ASSIGNMENTS:

18552
18553
18554
18555
18556
18557
18558

:
:
:
:
:
:
:

]gggg

18561
%ggg%

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 STRING ADJACENT WITH DESTINATION STRING
SOURCE 1 DATA - ALL DIGITS IDENTICAL = 3. SIGN +

SOURCE 2 DATA - ALL DIGITS IDENTICAL = 3. SIGN +

:TOTAL # OF
;TOTAL # OF

TEST CONDITIONS = 6
TESTS = (2 DATA TYPES +

INLINE)6 =

PDP=11 CIS INST EXERCISER
MACY11 27(655)
CZKEEA.P1
MULP TABLES

1-0CT=79

10:59

8 1

PAGE 160

SEQ 0338

"ENTRY 80 - INSTRUCTION UNDER TEST = MULP
000026
000001
102436

IMULP1: .WORD
LWORD
.WORD

105066
104442

.WORD
.WORD

103012

-h ol

276

320

.WORD

102442

102436

s INST=MULP
;TYPE = 1
;IP1 = SRC1.LEN

T21
T161

;IP3 = SRC2.LEN
;1P4 = SRC2.ADR

.WORD

XT1

.WORD

T22

.WORD

105176

26
1
TO

.WORD
.WORD
.WORD
.WORD
.WORD

17
T10
T17
T20
TO

104020
104036
104054
104070
102436
000000
000000
000000

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

T
T12
T13
T14
TO
0
0
O

:
:

;IPS = DST.LEN

103766
104004
104774
105050
102436

;THIS

;1P2 = SRC1.ADR

;IP6 = DST.ADR = SPECIFIED BY T16 USED FOR IP4
;IP7 = SRC1 DATA

:IP10 = SRC1 SURR DATA
;IP11 = SRC1 SURR LEN
;1P12 = SRC2 DATA
:IP13 = SRC2 SURR DATA
;1P14 - SRC2 SURR LEN (LENGTH SET TO 0 SO
: AS NOT TO DESTROY ANY OF SRC1)
;1IP15 - DST DATA
:IP16 = DST SURR DATA
:IP17 = DST SURR LEN
:1P20 - SEPARATION CONSTRANT
;I1P21 =SPECIAL HANDLING
:1P22
;1P23
: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 ADJACENT WITH DESTINATION STRIN
SOURCE 1 DATA = ALL DIGITS IDENTICAL = 3. SIGN +

SOURCE 2 DATA - DIGTIS FROM STRING = 1234567891234567891234000891233; SIGN +
= ALL DIGITS IDENTICAL =_5;

H
;

= ALL DIGITS IDENTICAL =3; SIGN = ALL DIGITS IDENTICAL = 0; SIGN +

*TOTAL # OF TEST CONDITIONS = 48
STOTAL # OF

SIGN +

TESTS =

(2 DATA TYPES +

INLINE)48 =

144

—

000026
000001
105066

IMULP2: .WORD
WORD
WORD

104442

WORD

103012
102436

WORD
.WORD

102442

102436
104774
103766
104004

10:59

cn
PAGE 161

SEQ 0339

105176
105050

104020
104036
104054
104070

102436

000000
000000
000000

s INST=MULP
;TYPE = 1
;IP1 = SRC1.LEN

T161

:1P4 - SRC2.ADR

T2
TO

XT1

.WORD

T22

.WORD

102436

26
1
T21

WORD

.WORD
.WORD
.WORD
.WORD

:1P2 - SRC1.ADR
:1P3 = SRC2.LEN
:1P5 = DST.LEN

TO
T17
17
T10

;IP6 = DST.ADR = SPECIFIED BY T16 USED FOR IP4
:IP7 = SRC1 DATA
:IP10 = SRC1 SURR DATA
:IP11 = SRC1 SURR LEN

:1P12 - SRC2 DATA

T20

:IP13 = SRC2 SURR DATA

:1P14 - SRC2 SURR LEN
;

:IP15 = DST DATA

.WORD

;IP21 = SPECIAL HANDLING

WORD
.WORD
.WORD

T12
T13
T14

;IP16 = DST SURR DATA
:1P17 - DST SURR LEN
;IP20 = SEPARATION CONSTRANT

0
0
0

;1P22
;1P23
;1P24

TR TN I

;THIS TABLE EXERCISES ALL COMBINATIONS OF

:
:
:

(LENGTH SET TG 0 SO

AS NOT TO DESTROY ANY OF SRC1)

WORD

.WORD
.WORD
.WORD

TETE TR

SEEuNNY Wb

—_—

) e

(eleleleleleleleBNelolelololelelelelelelelele]

VIS

NN =

FEGERaRsK28 g

F3EaERgEs R

1=0CT=79

;ENTRY 81 = INSTRUCTION UNDER TEST = MULP

' la]

-heN

—

i o

b o

b e

FERRERIER

ozt

m
PPV
B

S
~N
TM ¥
e e I
I e R
I
s e e e I I
P

EXERCISER
MACY11 27(655)
MULP TABLES

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 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 TEST CONDITIONS =48
“TOTAL # OF

TESTS =

(2 DATA TYPES

INLINE)48 =

144

PDP=11 CIS INST EXERCISER
MACY11 27(655)
CZKEEA.P11
MULP TABLES

}gggz
101410

000026

18660
18661

101416
101420

103012
105120

18662
18663
18664
18665
18666
18667
18668
18669
18670

18671

18672
18673
18674
18675
18676
18677
18678
}8679

10:59

D 1N
PAGE 162

SEQ 0340

;ENTRY 82 = INSTRUCTION UNDER TEST = MULP

18657

18658
18659

1-0CT=79

101412
101414

101422
101424
101426
101430
101432
101434
101436
101440
101442
101444
101446
101450
101452
101454
101456
101460
101462

000001
105102

IMULP3:

104442
102642
102436
104774
103766
104004
104774
105050
102436

.WORD

s INST=MULP

LWORD
.WORD

T2
T212

:1P2 = SRC1.ADR
:1P3 = SRC2.LEN

WORD
.WORD

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

104020
104036
104054
104070
102436
000000
000000
000000

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

1
T211

T161
TIP
TO
T17
T7
T10
T17
T20
TO
T11
T12
T13
T14
TO
0
0
O

;TYPE = 1
;IP1 = SRC1.LEN

:1P4 - SRC2.ADR
;IP5 = DST.LEN
;IPé = DST.ADR = SPECIFIED BY T16 USED FOR IP4
:1P7 = SRC1 DATA
:IP10 = SRC1 SURR DATA
;IP11 = SRC1 SURR LEN
:1P12 = SRC2 DATA
;IP13 = SRC2 SURR DATA
;1P14 - SRC2 SURR LEN
(LENGTH SET TO 0 SO

;

_AS NOT TO DESTROY ANY OF SRC1)

;1P15
:IP16
;IP17
;IP20
:1P21
:1P22
;1P23
;1P24

=
=
=

DST DATA
DST SURR DATA
DST SURR LEN
SEPARATION CONSTRANT
SPECIAL HANDL ING

118681

sTHIS TABLE EXERCISES ALL COMBINATIONS OF

18683
18684
18685
18686
18687
18688
18689
18690
18691
18692

H
:
:
:
:
:
:
:

18694
18695
}%gg

:
:
H

18693

18698
18699
18700

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_ADJACENT WITH DEST_STRING
SOURCE 1 DATA = DIGITS FROM STRING = 1234567891234567891234000891233; SIGN +
- ALL DIGITS IDENTICAL = 5; SIGN +
= ALL DIGITS IDENTICAL = 3; SIGN = ALL DIGITS IDENTICAL = 0.

SOURCE 2 DATA = DIGITS FROM STRING = 123456789123456789123400089123). SIGN +
= ALL DIGITS IDENTICAL = 5. SIGN
- ALL DIGITS IDENTICAL = 3: SIGN
= ALL DIGITS IDENTICAL = 0; SIGN

;TOTAL # OF TEST CONDITIONS = 384
JTOTAL # OF TESTS = (2 DATA TYPES + 1
:

INLINE)384 = 1152

POP=11 CIS INST EXERCISER
MACY11 27(655)
CZKEEA.P1]
MULP TABLES

}g;g%
101464
101466
101470
101472

000026
000001
102462
103022

18709

101476

104142

18710
18711

18712

101474

101500
101502

101504

SEQ 0341

18717

101516

102436

101520
101522
101524
101526
101530
101532
101534
101536

26
1
TIA
T2A

: INST=MULP
STYPE = 1
*IP1 = SRC1.LEN
*1P2 = SRC1.ADR

'WORD

T16A

*1P4 = SRC2.ADR

T1A

WORD

102436
172436
102436
106000

18718
18719
18720
18721
18722
18723
18724
18725
}gggg

EN
PAGE 162-1

.WORD
WORD
WORD
WORD

‘WORD

102462

101506
101510
101512

101514

IMULP4:

102462

18713
18714
18715

18716

10:59

:ENTRY 83 = INSTRUCTION UNDER TEST = MULP

18704
18705
18706
18707

18708

1-0CT=79

TI1A

'WORD

“1P6 = DST.ADR = SPECIFIED BY 716 USED FOR IP4

TP19

WORD
WORD
'WORD

T0
70
TP19

"WORD

102436
102436
102436
104070
102706
000000
000000
000000

*IPS = DST.LEN

"WORD

102436

*IP3 = SRC2.LEN
*1P7 = SRC1 DATA

1p1o -"SRC1 SURR DATA
*IP11 = SRC1 SURR LEN
*1P12 = SRC2 DATA

LWORD
JWORD
WORD
WORD
"WORD
WORD
WORD
WORD

TO
TO
TO
T14
TSPA
0
0
0

(LENGTH SET TO 0 SO

NOT TO DESTROY ANY OF SRC1)
= DST DATA
= DST SURR DATA
= DST SURR LEN
- SEPARATION CONSTRANT
= SPECIAL HANDL ING

}g;%g

;THIS TABLE EXERCISES ALL COMSINATIONS OF THE FOLI OWING VARIABLE ASSIGNMENTS:

18730
18731

:
:

18733

de
AVS

0o
Co Co

18732

18737

18738

18739

:
:

SOURCE 1 LENGTH = o 1 2 3 ,5.11.,20
SOURCE 2 LENGTH
4 5.11.20

DESTINATION LENGTH <b 1,2.%.4.5.11.,20
SOURCE
SOURCE
SOURCE
SOURCE

1
2
1
2

ADDRESS - 201 (RELATIVE TO START OF TEST BUFFER)
ADDRESS,DEST ADDRESS = NO OVERLAP OF ANY OF THE 3 STRINGS
1234567891234567891234000891233;
DATA = DIGITS FROM STRING
1234567891234567891234000891233;
DATA - DIGITS FROM STRING

;TOTAL # OF TEST CONDITIONS = 512
;TOTAL # OF

TESTS =

DATA TYPE

IN REG MODE)S512 = 512

SIGN +

POP=11 CIS INST EXERCISER
MACY11 27(655)
CZKEEA.P11
MULP TABLES

}g;:%

;
101540
101542
101544
101546

000026
000003
102572
103012

18754

101564

102436

18755
18756
18757
18758
18759

18760
18761
18762
18763
18764
18765
}g;gg

101550
101552
101554
101556
101560
101562
101566
101570
101572

101574

101576
101600
101602
101604
101606
101610
101612

10:59

PAGE 163

SEC 0342

:ENTRY 83A = INSTRUCTION UNDER TEST = MULP

18744
18745
18746
18747

18748
18749
18750
18751
18752
18753

1-0CT=79

IMULPS:

.WORD
26
.WORD 3
WORD
TI1H
WORD
T2

: INST=MULP
sTYPE = 1(BIT 0);11/44 Qv TABLE(BIT
;IP1 = SRC1.LEN
:1P2 = SRC1.ADR

102572
104142
102620
102436
106000
102436

WORD
.WORD
.WORD
.WORD
.WORD
.WORD

TIH
T16A
TIL
TO
TP19
TO

;IP3 = SRC2.LEN
:IP4 = SRC2.ADR
;IPS = DST.LEN
:IP6 = DST.ADR - SPECIFIED BY 16 USED FOR IP4
:IP7 = SRC1 DATA
:1P10 = SRC1 SURR DATA

106000
102436
102436

.WORD
.WORD
.WORD

TP19
TO
TO

;IP12
:IP13
:IP14
:
AS
:I1P15

.WORD

102436

.WORD

102436
102436
104070
102706
000000
000000
000000

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

TO
T0
T14
TSPA
0
O

:IP11 = SRC1

:IP16
:IP17
:1P20
:IP21
:1P22
:1P23
s 1P24

=
=
=

DST SURR DATA
DST SURR LEN
SEPARATION CONSTRANT
SPECIAL HANDL ING

:THIS TABLE EXERCISES ALL COMBINATIONS OF

18770
18771
18772
18773
18774
18775

:
:
:
:
3
2

18778

;TOTAL # OF

18779

SURR LEN

= SRC2 DATA
= SRC2 SURR DATA
= SRC2 SURR LEN
(LENGTH SET TO 0 SO
NOT TO DESTROY ANY OF SRC1)
= DST DATA

1%;23

}g;;g

1=1)

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; SIGN +

SOURCE 2 DATA = DIGITS FROM STRING = 1234567891234567891234000891233; SIGN +
TEST CONDITIONS = 16

;TOTAL # OF TESTS = (1 DATA TYPE IN REG MODE)16 = 16

POP=11 CIS INST EXERCISER
MACY11 27(655)
CZKEEA.P1
MULP TABLES

;g;g%
101614
101616
101620
101622

000026
000003
102634
103012

18791
18792
18793
18794
18795
18796
18797
18798
18799
18800
18801
18802
18803

101632
101634
101636
101640
101642
101644
101646

18804
18805
}%

10:59

SEQ 0343

:ENTRY 838 = INSTRUCTION UNDER TEST = MULP

18784
18785
18786
18787

18788
18789
18790

1-0CT=79

G 1
PAGE 164

101624
101626
101630

101650
101652
101654
101656
101660
101662
101664
101666

IMULP6:

.WORD
26
.WORD 3
.WORD
TIN
WORD
T2

: INST=MULP
:TYPE = 1(BIT 0);11/44 Qv TABLE(BIT
;IP1 = SRC1.LEN
:IP2 = SRC1.ADR

102436
106036
102436
102436
106050
102436
102436

LWORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD

102436
102436
102436
104070
102706

.WORD
.WORD

TO
TO

.WORD
.WORD
WORD
.WORD
WORD

T14
TSPA
O
O
O

:1P6 - 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)
:IP15 = DST DATA
:IP16 = DST SURR DATA
:IP17 = DST SURR LEN
:1P20 - SEPARATION CONSTRANT
:IP21 = SPECIAL HANDL ING

102662
104142
102620

.WORD
.WORD
.WORD

.WORD

000000
000000
000000

T1Q
T16A
TIL

1=1)

;IP3 = SRC2.LEN
:IP4 - SRC2.ADR
;IPS = DST.LEN

TO
TP19C
TO

TO
TP19D
TO
TO

:1P22
:1P23
1 1P24

}8808

:THIS TABLE EXERCISES ALL COMBINATIONS OF

18810

SOURCE 1 LENGTH - 3

18812
18813
18814
18815
18816

3
3
3
2

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 = &4; SIGN +

18811

}gg}g

18819

18820

THE FOLLOWING VARIABLE ASSIGNMENTS:

SOURCE 2 LENGTH - 0,3

SOURCE 2 DATA - ALL DIGITS IDENTICAL =

:TOTAL # OF

TEST CONDITIONS = 4
TESTS =

DATA

TYPE

IN REG MODE)4

SIGN +

EXERCISER
MACY11 27(655)
MULP TABLES

1-0CT=79

10:59

PAGE 165

SEQ 0344

NNNNNN

NOONSNO EEEEE
Ng.a_n_n_a

'S
v

D
-

d o

u%—‘ S58%8&

‘ENTRY 83C = INSTRUCTION UNDER TEST = MULP
000026
000001

IMULP7: .WORD
WORD

26
1

s INST=MULP
JTYPE = 1

104220
104054
102436
106026
102436
102436
106026
102436
102436

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

T16B
T13
TO
TP198
TO
TO

102436
102436
102436

WORD
.WORD
.WORD

TO
TO
TO

;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
;1P12 = SRC2 DATA
;IP13 = SRCZ2 SURR DATA
;IP14 - SRC2 SURR LEN (LENGTH SET TO 0 SO
AS NOT TO DESTROY ANY OF SRC1)
;
;1P15 = DST DATA
;IP16 = DST SURR DATA
;IP17 = DST SURR LEN

102436
000000
000000
000000

.WORD
WORD
.WORD
.WORD

TO
O
0
O

;IP21 = SPECIAL HANDL ING
;1P22
;1P23
;1P24

102626
103012
102626

LWORD
.WORD
WORD

102436

.WORD

TIM
T2
TIM

TP198
TO
TO

;1P20 = SEPARATION CONSTRANT

;THIS TABLE EXERCISES ALL

:
;
:

:IP1 = SRC1.LEN
:1P2 = SRC1.ADR
;IP3 = SRC2.LEN

COMBINATIONS OF

SOURCE 1 LENGTH = 17
SOURCE 2 LENGTH = 17
DESTINATION LENGTH = 5
SOURCE 1 ADDRESS - 200 (RELATIVE

THE

FOLLOWING VARIABLE

TO START OF

TEST BUFFER)

SOURCE 2 ADDRESS - 200
DEST ADDRESS = NO OVERLAP WITH SOURCE STRINGS
SOURCE 1 DATA = SOURCE 2 DATA - 000000000000333+

“TOTAL # OF TEST CONDITIONS = 1
“TOTAL # OF

TESTS =

(2 DATA TYPES +

IN-LINE)

ASSIGNMENTS:

PDP=11 CIS INST EXERCISER
MACY11 27(655)
CZKEEA.PIT
DIVP TABLES
18863
}gggg
101744
101746
101750
101752
101754
101756

000027
000003
102436
103012
102436
104442

18873
18874
18875
18876
18877
18878
18879
18880

101762
101764
101766
101770
101772
101774
101776

18881

102436
105176
103766
104004
105176
105050
102436

.WORD
.WORD
.WORD
LWORD
.WORD
.WORD
.WORD

.WORD

XT1

102000

104020

.WORD

:IP6 - DST.ADR - SPECIFIED BY T16 USED FOR IP4
:IP7 = SRC1 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 SRC1)

102004

104054

.WORD

T13

:IP17 = DST SURR LEN

102436

.WORD

:IP21

000000
000000

.WORD
.WORD

101760

18884

102006

18886

18887
}éé““é\;

SEQ 0345

sINST=D]IVP
JTYPE = 1(BIT 0);11/44 Qv TABLE(BIT
:IP1 = SRC1.LEN
;1P2 = SRC1.ADR
:IP3 = SRC2.LEN
:IP4 = SRC2.ADR

102002

18885

PAGE 165-1

.WORD
27
.WORD 3
.WORD
TO
.WORD
T2
.WORD
TO
.WORD
T161

18882

18883

10:59

.SBTTL
DIVP TABLES
:ENTRY 84 = INSTRUCTION UNDER TEST = DIVP

18866
18867
18868
18869
18870
18871

18872

1=0CT=79

102010

102012

102014
102016

IDIVP:

102442

104036

WORD

104070

WORD

.WORD

TO
T22
17
T10
T22
T20
TO
T12

T14

O
O

;IPS5 = DST.LEN

;IP15 = DST DATA

:IP16 = DST SURR DATA

;IP20 = SEPARATION CONSTRANT
1 IP22

= SPECIAL HANDL ING

:IP23
;IP24

}%33?

;THIS TABLE EXERCISES ALL COMBINATIONS OF

18892
18893
18894
18895
18896
18897
18898

3
:
:
.
2
;
:

18901
18902

:TOTAL # OF
:TOTAL # OF

}gggg

18903

1=1)

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 STRING ADJACENT WITH DESTINATION STRING
SOURCE 1 DATA = ALL DIGITS IDENTICAL = 3; SIGN +

SOURCE 2 DATA - ALL DIGITS IDENTICAL = 3; SIGN +
TEST CONDITIONS = 6
TESTS = (2 DATA TYPES +

INLINE)6 =

PDP=11 CIS INST EXERCISER
MACY11 27(655)
(ZKEEA.P1T
DIVP TABLES

;‘gggg

10:59

J 1
PAGE 166

102020

000027

18917
18918
18919
18920
18921
18922
18923
18924
18925
18926
18927
18928
133233

102044
102046
102950
102052

104004
104774
105050
102436

102022
102024
102026
102030
102032
102034
102036
102040
102042

102054
102056
102060
102062
102064
102066
102070
102072

000001
102436
103012
105066
104442
102442
102436
105176
103766

IDIVP1:

104020
104036
104054
104070
102436
000000
000000
000000

.WORD

JINST=DIVP

.WORD
.WORD
.WORD
.WORD

T10
T17
720
TO

;IP11
;IP12
;IP13
;IP14
;
AS
;IP15
;IP16
;IP17
;IP20
;1P21
:1P22
:1P23
;IP24

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

1
TO
T2
T21
T161
XT1
TO
TZ22
T7

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

JTYPE = 1
;IP1 = SRC1.LEN
;IP2 = 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

TN
T12
T13
T14
TO
0
0
0

11%?;?2

;THIS TABLE EXERCISES ALL

18933

SOURCE 1 LENGTH = 0

18935

DESTINATION LENGTH - 0,1,5

18934

18936
18937

:
}

18939

18938
18940
18941
18942

]Ig&l}.

18945
18946

SEQ 0346

;ENTRY BS = INSTRUCTION UNDER TEST = DIVP

18907

18908
18909
18910
18911
18912
18913
18914
18915
18916

1-0CT=79

:
:
:

= SRC1 SURR LEN
= SR(C2 DATA
= SRC2 SURR DATA
- SRC2 SURR LEN
(LENGTH SET
NOT TO DESTROY ANY OF SR(1)
- DST DATA
= DST SURR DATA
= DST SURR LEN
= SEPARATION CONSTRANT
= SPECIAL HANDL ING

COMBINATIONS OF

THE

TO O SO

FOLLOWING VARIABLE ASSIGNMENTS:

SOURCE 2 LENGTH = 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

= SOURCE _2 STRING ADJACENT WITH DESTINATION STRIN

DATA - ALL DIGITS IDENTICAL = 3.

SIGN +

SOURCE 2 DATA = DIGTIS FROM STRING = 1234567891234567891234000891233; SIGN +
= ALL DIGITS IDENTICAL =_5; SIGN +
- ALL DIGITS IDENTICAL =3; SIGN -

;TOTAL # OF
;TOTAL # OF

- ALL DIGITS IDENTICAL = 0; SIGN +

TEST CONDITIONS = 48
TESTS = (2 DATA TYPES + 1

INLINE)4B = 144

PDP=11 CIS INST EXERCISER
MACY11 27(655)
DIVP TABLES

C(ZKEEA.P11

o2SS
8 FRNSarno&R R8N

e R

e e e e

)

IDIVP2:

&H ~
~N

- —

N ro

—_—

— e D D D D D D D D D D D"
O00O00O0O0000O0 o000

18952

10:59

PAGE 167

SEQ 0347

;ENTRY 86 = INSTRUCTION UNDER TEST = DIVP

—_— e ) e D D D
o 000000

18949
18950
18951

1-0CT=79

K 1

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

27
1
T21
T2
TO
T161
XT1
TO
T17
T7
TI10
T22
120
TO

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

TN
T12
T13
T1%
TO
0
0
O

s INST=DIVP
JTYPE =1
:IP1 = SRC1.LEN
;I1P2 = SRC1.ADR
;IP3 = SRC2.LEN
;IP4 = SRC2.ADR
;IP5 = DST.LEN
;IP6 - DST.ADR = SPECIFIED BY 716 USED FOR P4
;IP7 = SRC1 DATA
;IP10 = SRC1 SURR DATA
2IP11 = SRC1 SURR LEN
;IP12 = SRC2 DATA
:1P13 - SRCZ SURR DATA
;IP14 - SRC2 SURR LEN
(LENGTH SET TO 0 SO
AS NOT TO DESTROY ANY OF SRC1)
;
;IP15 = DST DATA
;IP16 = DST SURR DATA
;IP17 = DST SURR LEN
;IP20 = SEPARATION CONSTRANT
;IP21 = SPECIAL HANDL ING
;1P22
;1P23
;1P24

sTHIS TABLE EXERCISES ALL COMBINATIONS OF

:
:
:
:
:

:
:

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 ADJACENT WITH DESTINATION STRIN
SOURCE 1 DATA - DIGITS FROM STRING = 1234567891234567891234000891233; SIGN +
= ALL DIGITS IDENTICAL = 5;
- ALL DIGITS IDENTICAL = 3;

SIGN +
SIGN -

= ALL DIGITS IDENTICAL = Q; SIGN +
SOURCE 2 DATA = ALL DIGITS IDENTICAL = 3; SIGN +

“TOTAL # OF TEST CONDITIONS =48

“TOTAL # OF

TESTS =

(2 DATA TYPES +

INLINE)48 =

144

PDP=11 CIS INST EXERCISER
MACY11 27(655)
CZKEEA.P11
DIVP TABLES
}gggg

1-0CT=79

102150

000027

IDIVPB. .WORD

18998

102154

105102

.WORD

18999
19000
19001

19002
19003
19004
19005
19006
19007
19008
19009
19010
19011
19012
19013
19014
19015
19016
19017
}3813

LN
PAGE 168

SEQ 0348

ENTRY 87 = INSTRUCTION UNDER TEST
= DIVP

18996

18997

10:59

102152

102156
102160
102162

102164
102166
102170
102172
102174
102176
102200
102202
102204
102206
102210
102212
102214
102216
102220
102222

000001

.WORD

103012
105120
104442

T211

*IP1

(TYFE = 1

T2
1212
T161

.WORD
.WORD
.WORD
.WORD
LWORD
WORD
.WORD
.WORD

104020
104036
104054
104070
102436
000000
000000
000000

;INST=DIVP

LWORD
.WORD
.WORD

102642
102436
104774
103766
104004
104774
105050
102436

TIP
TO
T17
17
T10
T17
T20
TO

LWORD
.WORD
.WORD
.WORD
.WORD
.WORD
WORD
.WORD

= SRC1.LEN

:1P2 = SRC1.ADR
:IP3 = ZRC2.LEN
:IP4 = SK72.ADR

;IPS = DSY.LEN
,
:IP6 - DST.ADR - SPECIFIED BY T16 USED FOR IP4
;IP7 = SRC1 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 SRC1)
*IP15 = DST DATA
*IP16 = DST SURR DATA
“IP17 = DST SURR LEN
:IP20 - SEPARATION CONSTRANT
:1P21 = SPECIAL HANDL ING
:IP22
:1P23
:1P24

TN
T12
T13
T14
TO
O
O
O

138%?

:THIS TABLE EXERCISES ALL COMBINATIONS OF

19022
19023
19024
19025
19026
19027
19028
19029
19030
19031
19032
19033
19034

:
:

19037

:TOTAL # OF

}gggg

}38§g

3
:
:
:
:
:
:
:

:
:

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 ADJACENT WITH DEST STRING
SOURCE 1 DATA - DIGITS FROM STRING = 1234567891234567891234000891233; SIGN +
- ALL DIGITS IDENTICAL = S5; SIGN +
- ALL DIGITS IDENTICAL = 3; SIGN - ALL DIGITS IDENTICAL = 0; SIGN +
SOURCE 2 DATA = DIGITS FROM STRING = 123456789123456789123400089127%3; SIGN +
- ALL DIGITS IDENTICAL = 5; SIGN +
- ALL DIGITS IDENTICAL = 3; SIGN -

:TOTAL # OF

- ALL DIGITS IDENTICAL = 0; SIGN +

TEST CONDITIONS = 384
TESTS =

(2 DATA TYPES +

INLINE)384 =

1152

—

P 4

-3N

]

POP=11 C
CZKEEA. [

EXERCISER
MACY11 27(655)
DIVP TABLES

10:59

1=0CT=79

PAGE 168-1

SEQ 0349

;ENTRY 88 = INSTRUCTION UNDER TEST = DIVP

IDIVP4: .WORD

;

JINST=D]IVP
JTYPE = 1

;IP1 = SRC1.LEN
;IP2 = SRC1.ADR
;IP3 = SRC2.LEN
;IP4 = SRC2.ADR

T1A

T2A

;IPS = 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
:1P13 - SRC2 5URR DATA

102256

:1P14 - SRC2 SURR LEN
(LENGTH SET TO 0 SO
:
AS NOT TO DESTROY ANY OF SRC1)

;1P15 - DST DATA
;IP16 = DST SURR DATA
;IP17 = DST SURR LEN
:1P20 = SEPARATION CONSTRANT
;I1P21 = SPECIAL HANDL ING
;1P22

102260
102262
102264
102266
102270
102272
102274
102276

:1P23
;IP24
;THIS

TABLE EXERCISES ALL

COMBINATIONS OF

THE

FOLLOWING VARIABLE

ASSIGNMENTS:

SOURCE 1 LENGTH = o 1 2 3 .5.11,20
11 .20
SOURCE 2 LENGTH

DESTINATION LENGTH -6 i é 3.4,5.11,20
SOURCE
SOURCE
SOURCE
SOURCE

;TOTAL

# OF

;TOTAL # OF

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; SIGN +
2 DATA = DIGITS FROM STRING = 1234567891234567891234000891233:

TEST

CONDITIONS = 512

TESTS =

DATA TYPE

IN REG MODE)512 = 512

SIGN +

PDP=11 CIS INST EXERCISER
MACY11
CZKEEA.P11
DIVP TABLES

NSO AROR

wwfi‘fi‘_’i‘_‘!§§8§

OO00000000O

RO ROR 10 RO R0 RO R RO R

0
02324
0

)

i teriurtar g gt

10:59

N 11
PAGE 169

iDIVPS: .WORD _ 27

SEQ 0350

102352

: INST=DIVP

-WORD 3
.WORD ~
WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD

T16
T2
116
T16A
T1G
TO
T17A
TO
TO
T17A

:TYPE = 1(BIT 0):11/44 Qv TABLE(BIT 1=1)
:IP1 = 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
- SRC1 SURR LEN
1P12 - SRCZ DATA

.WORD

:IP1% - SRCZ SURR LEN

.WORD
.WORD

D i
il o)
il

)

il il

i) il

00V VVOVOVOOVOOVVOVOVVOVOOV

1=0CT=79

;ENTRY 88A - INSTRUCTION UNDER TEST
= DIVP

ERRRERRCE

19081
19082
19083
19084
19085
19086
19087
19088
19089

27(655)

.WORD
.WORD
.WORD
.WORD
-WORD
.WORD
WORD

:IP13 - SRCZ SURR DATA
:

(LENGTH SET TO 0 SO

AS NOT TC DESTROY ANY OF SRC1)

:IP15 = DST DATA

TO
TO
T14
TSPA

:IP16
:IP17
:1P20
:1P21
:1P22
:1P23
: 1P24

0
0

=
=
=

DST SURR DATA
DST SURR LEN
SEPARATION CONSTRANT
SPECIAL HANDLING

;THIS TABLE EXERCISES ALL COMBINATIONS OF THE FOLLOWING VARIABLE ASSIGNMENTS:
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 +

sTOTAL # OF TEST CONDITIONS = 4
;TOTAL # OF

TESTS =

DATA TYPE

IN REG MODE)4 =

PDP=11 CIS INST EXERCISER
MACYY1 27(655)
(ZKEEA.P1
DIVP TABLES
;lg.}%;
102354
102356

000027
000003

19126
19127
19128
19129
19130

102362
102364
102366
102370
102372

19134
19135
19136
19137
19138
19139

102402
102404
102406

19131
19132
19133

19140
19141
19142
19143
19144
]lg} 22

10:59

B 12
PAGE 170

SEQ 0351

ENTRY 888 - INSTRUCTION UNDER TEST
= DIVP

19123
191264

19125

1-0CT=79

102360

IDIVP6.

.WORD _ 27
.WORD 3

s INST=DIVP
;TYPE = 1(BIT 0);11/44 Qv TABLE(BIT 1=1)

103012
102700
104142
102672
102436

.WORD
WORD
WORD
.WORD
WORD

T2
TI1S
T16A
TIR
TO

;1P2
:1P3
;IP4
;IP5
;IPé

106056
102436
102436

.WORD
.WORD
.WORD

TP19E
TO
TO

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

TO
TO
TO
T14
TSPA
0
0
O

;1P12
;IP13
;IP14
;
AS
;IP15
:IP16

102672

102374
102376
102400

106056
102436
102436

102410
102412
102414
102416
102420
102422
102424
102426

102436
102436
102436
104070
102706
000000
000000
000000

WORD

.WORD
.WORD
.WORD

TIR

TP19E
TO
TO

:1P1 = SRC1.LEN
=
=
=
=
=

SRC1.ADR
SRC2.LEN
SRC2.ADR
DST.LEN
DST.ADR = SPECIFIED BY T16 USED FOR P4

:1P7 - SRC1 DATA
:1P10 = SRC1 SURR DATA
:IP11 = SRC1 SURR LEN

= SRC2 DATA
= SRC2 SURR DATA
- SRC2 SURR LEN
(LENGTH SET TO 0 SO
NOT TO DESTROY ANY OF SRC1)
- DST DATA
= DST SURR DATA

;1P17 = DST SURR LEN
;IP20 - SEPARATION CONSTRANT
;1P21 = SPECIAL HANDLING
;1P22
;1P23
:1P24

113%%

;THIS TABLE EXERCISES ALL COMBINATIONS OF THE FOLLOWING VARIABLE ASSIGNMENTS:

19149
19150
19151
19152
19153
19154

:
:
:
:
:
:

19157
19158
19159

;TOTAL # OF
;TOTAL # OF
3

}g}gg

SOURCLE 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

IN REG MODE)1

= 1

POP=11 CIS INST EXERCISER
MACY11 27(655)
(ZKEEA.P1
DIVP TABLES
19163

19164

19165
19166
19167

1=0CT=79

;ENTRY 89 =

102430
102432
102434

000000
000000
000600

.WORD 0
.WOKD 8
.WORD

10:59

C 12

PAGE

171

SEQ 0352

D 12

PDP=11 CIS INST EXERCISER
MACY11 27(655)
1-0CT=79 10:59 PAGE 172
PARAMETER TABLES (LENGTHS,ADDRESSES.ETC)
(ZKEEA.P11

.SBTTL

SEQ 0353

PARAMETER TABLES (LENGTHS,ADDRESSES,ETC)

*PARAMETER TABLES

10:

102436

WN)
= 8@
O - Jst3vd Sdgat
EBIKRR OO0
iy

D
)

102436
102440

102442

b —
b b
-b

—_ e

102456
102460

102462
102464
102466
102470
102472
102474

2510

—_ a2 - -d
ad b -

h e

) e

00V
OOV OO 00 000 VOV VOOV VOO0
O

19178

2540

000401
000000
000403
000000
000001
000005
000000
000000
000000
000000
000410
000000
000001

:DUMMY TABLE - USED WHEN AN INPUT PARAMETER
.WORD 401
.WORD 0

XT1:

T1A:

000002

.WORD
WORD
.WORD
.WORD
.WORD
.WORD
WORD
_.WORD

403
O
1
S
O
0
O
O

.WORD 410
.WORD 0
.WORD 1
.WORD 2

000003
000004
000005
000011
000020

IS ALREADY SPECIFIED BY A PRECEDING INPUT PARAMETER T
;ALSO PROVIDES A SINGLE ENTRY = O TABLE
;

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

3
4
5
11
20
0

000403
000001
000002
000003
000000

T1R:

.WORD
.WORD
WORD
WORD
WORD

403
1
2
3
0

000403
000002
000004
000006
000000

TIC:

.WORD
.WORD
.WORD
.WORD
WORD

403
2
4
6
0

000402
000001
000002
000000

T1D:

.WORD
.WORD
.WORD
WORD

402
1
2
0

000401
000002
000000

T1E:

.WORD 401
.WORD 2
WORD 0

000404
000020

TIF:

.WORD 404
.WORD 20

JFIXED LENGTH ENTRIES:1 WORD/ENTRY;3 ENTRIES

TIM:

102634
102636
102640

TIN:

000402

T1Q:

102672
102674

T1R:

102676

000401
000011
000000

102700
102702

000401
000021

71854

000403

102642
102644
102646
102650
102652

102626
102630
102632

TiL:

102620
102622
102624

TIK:

—

OW—

102606
102610
102612
102614
102616

wviH WO

wv
N

102576
102600
102602
102604

NOOO

T1H:

572

T1G:

cdadadod

O00O0
o000

66
570

cdadead

1-0CT=79
10:59
(LENGTHS,ADDRESSES.ETC)

PARAMETER TABLES

562

adad

MACY11 27(655)

-—wu

—dp=s

INST EXERCISER

oo
NN

—

102670

POP=11 C
CZKEEA "

E 12

PAGE

172-1

SEQ 0354

F 12
POP=11 CIS INST EXERCISER
MACY11 27(655)
1-0CT=79 10:59 PAGE 172<2
PARAMETER TABLES (LENGTHS,ADDRESSES.ETC)
(ZKEEA.P1T
19278

102704

000000

000401
140000

82716
02722
02724
0
0
2732

102750

102752
102752
102754
102756
102760

102762

102764
102766
102770

102772
102772

103024

TSPA:

—_—

YYi2s

000000
000000

000403
000000
000001
000300
000000
000000
000000
000000
000403
000000
000001
000005
000000
000000
000000
000000
000401
000200
000000
000000

103022
103022

.WORD 0

000403
000000
000001
000037
000000
000000
000000
000000
000403
000000
000001
000037
000000
000000

000401
000201

SEQ 0355

.WORD 401
.WORD 140000
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
WORD
.WORD

403
O
1
37
O
O
O
O

;FIXED LENGTH ENTRIES:1 WORD/ENTRY;3 ENTRIES

LWORD
.WORD
.WORD
.WORD
.WORD
.WORD

403

;FIXED LENGTH ENTRIES:1 WORD/ENTRY;3 ENTRIES

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

403

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

403
O
1
S
O
O
O
O

.WORD
.WORD
.WORD
.WORD

401
200
0
O

.WORD
.WORD
TLIC:

TLeC:

T2:

T2A:

1
37
0
0
0
O

;FIXED LENGTH ENTRIES;1

WORD/ENTRY;3 ENTRIES

;FIXED LENGTH ENTRIES;1

WORD/ENTRY;3 ENTRIES

300
O
O
0
0

.WORD 401
.WORD 201

G 12
PDP=17 CIS INST EXERCISER
MACY11 27(655)
1=0CT=79 10:59 PAGE 172-3
CZKEEA.P11
PARAME TER TABLES (LENGTHS,ADDRESSES,ETC)
;gggg

103026

000000

19334
19335

103030
103032

000402
000200

T2AA:

19339
19340

103040
103042

000401
000230

T2B:

103046
103046

040007

103054
103060
103064
103070
103072
103074
103100
103104
103110
103114
103116
103120
103124
103126
103132
103136
103142
103144
103146
103152
103154
103160
103164
103170
103172
103174
103200
103204
103206
103210
103212
103214
103220
103224
103226
103230
103234
103236
103242
103246

063701
067701
010137
000207
000000
013701
163701
167701
010137
000207
000000
005737
001465
013701
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

19336
}8;;;

19341
19342
19343
19344

19345

19346
19347
19348
19349
19350
19351
19352
19353
19354
19355
19356
19357
19358
19359
19360
19361
19362
19363
19364
19365
19366
19367
19368
19369
19370
19371
19372
19373
19374
19375
19376
19377
19378
19379
19380
19381
19382
19383
19384
19385

103034
103036

103044

103050

.WORD 0

000201
000000

.WORD 402
.WORD 200
.WORD 201
.WORD 0

000000

013701

SEQ 0356

.WORD 401
.WORD 230
"WORD 0

T4:

003626

003624
074532
003632

003626
003630
076506
003632

003624
003626
003624
003632
003630
003626
003630
003632

003624
003630

003626
003632

003624
003626
003630

.WORD

40007

MOV TR1,R1

ADD
ADD
MOV
RTS
0
MOV
SUB
SUB
MOV
RTS
0
TST
BEQ
MOV
ADD
MOV
RTS
0
TST
BEQ
MOV
SUB
MOV
RTS
0
MOV
MOV
ASR
SUB
IST
BEQ
ADD
MOV
RTS
0
TST
BEQ
MOV
MOV
ASR

TRO.R1
aPTP14,R1
R1,TR3
PC
TR1,R1
TR2.R1
aPTP14,R1
R1,TR3
PC

TRO
1%
TR1.R1
TRO.R?
R1,TR3

:VARIABLE LENGTH ENTRIES;? ENTRIES

“ENTRY 1:; NO OVERLAP: TR3=TR1+TRO+SEP. CONSTANT

:ENTRY 2;

NO OVERLAP;

TR3=TR1=TR2=-SEP (ONSTANT

;ENTRY 3; ADJACENT; TR3=TR1+TRO
*REDUNDANT WITH ENTRY 7 IF TRO=0

TR2
1%
TR1.R1
TR2.R1
R1,TR3
PC

TRO,R1
TR2.R2
R2
R2.R1
R1
1%

:ENTRY 4; ADJACENT; TR3=TR1-TR2
*REDUNDANT WITH ENTRY 7 IF TR2=0

;ENTRY 5; PARTIAL OVERLAP;
“REDUNDANT WITH ENTRY 7 If

TR3=TR1+TRO-(TR2/2)
TRO=-(TR2/2)=0

;ENTRY 6; PARTIAL OVERLAP;
:REDUNDAMT WITH ENTRY S IF

TR3=TR1=(TR2/2)
TRO=0

TR1,R1
R1,TR3
PC

TRO
1%

TR1,R1
TRZ2.R2

*REDUNDANT WITH ENTRY 7 [F

TR2/2 =0

PDP=11 (
(ZKEEA.P

EXERCISER

19386
19387
19388
19389

005702
001412

PARAMETER

160201

010137
000207
000000

013737
000207
000000
062706
000137
103310
103310
103312
103316
103322
103324
103326

040002
013701
013702

=) o ls RNTe AW, F YWV 8 EE
AV LVE
[+ Q¥

RRRRRRR

DS LSSV
NN ],N)

i
) sl
D
-l o

19427

TABLES

103342
103346

H 12
PAGE 172-4

SEQ 0357

SUB R2.R1
MOV R1,TR3

003632
003626
000002
042074

STS PC

003632

MOV TR1,TR3

JENTRY 7; COMPLETE OVERLAP; TR3=TR1

ADD #2,SP
JMP REDNT(

sFIXUP STACK POINTER
;SKIP ENTRY TEST CONDITION = REDUNDANT

.WORD 40002

;VARIABLE LENGTH ENTRIES; 2 ENTRIES
SENTRY 1; PARTIAL OVERLAP; TR3=TR1+TRO=(TR2/2)

STS PC

1%:
T4A:

003624
003630

MOV
MOV
ASR
SUB
ADD

TRO,R1
TRZ.RZ2
R2
R2,R1
TR1,R1

MOV R1,TR3
STS PC

003626
003630

MOV TR1,R1
MOV TRZ,.RZ

003632

SUB RZ,R1
MOV R1,TR3

067701
010137
000207
000000
013701
163701

JENTRY 2; PARTIAL OVERLAP;

TR3=TR1-(TRZ2/2)

ASR R2
STS PC

.WORD _ 40007
MOV TR3,R1
ADD TRZ2,R1

;VARIABLE

LENGTH ENTRIES;7 ENTRIES

JENTRY 1; NO OVERLAP;

TR1=TR2+TR3

+SEP.

(ONSTANT

JENTRY 2; NO OVERLAP;

TR1=TR3-TRO-SEP CONSTANT

ADD @PTP14 ,R1
MOV R1,TR1
RTS PC

MOV
SuB
SUB
MOV

167701

163701

10:59

TST R2
BEQ 1%

TRl

010137
000207
000000
005737
001465
013701
063701
010137
000207
000000
005737
001452
013701

1-0CT=79

(LENGTHS,ADDRESSES.ETC)

003626
003632

103332
103336
103340

19410

MACY11 27(655)

TR3,R1
TRO,R1
aPTP14 ,R1
R1,TR1

RTS PC

TST TR2

BEQ 1%
MOV TR3,R1

ADD TRZ2,R1

MOV R1,TR1

JENTRY 3: ADJACENT;

TR1=TR3+TR?

JREDUNDANT WITH ENTRY 7 IF TR2=0

RTS PC

003624

003632
003624

TST

TRO

BEQ 1%
MOV TR3,R1
SuB TRO,R1

;ENTRY 4: ADJACENT; TR1=TR3=TROQ
*REDUNDANT WITH ENTRY 7 [F TRO=0

19440
19441
19442

19443

19444

19445

19446
19447
19448
19449
19450

19451
19452
19453
19454
19455
19456
19457
19458
19459
19460
19461
19462

19463

19464
19465

19466
19467

19468

19469

19470
19471
19472
19473
19474

PDP=11
(ZKEEA.

EXERCISER

PARAMETER TABLES

010137
000207
000000
0137017
013702
006202

10:59
(LENGTHS,ADDRESSES.ETC)

MACY11 27(655)

003626
003630
003624

160201

005701
001432
063701
010137
000207
000000
005737
001421
013701
013702
006202
005702
001412
160201

010137
000207
000000
013737
000207
000000
062706
000137
040001
013701

063701
067701
010137
000207
000000
040001
013701
063701
067701
010137
000207

1=0(T=79

MOV
RTS
0
MOv
MOV
ASR

R1,TR1
PC

TST
BEQ
ADD
MOV
RTS
0
TST
BEQ
MOV
MOV
ASR
TST
BEQ

R1
1%
TR3,R1
R1,TR1
PC

MOV
RTS
0
MOV
RTS
0
ADD
JMP

R1,TR1
PC

TRZ2,R1
TRO,R2
R2

I 12

PAGE

172-5

SEQ 0358

JENTRY 5; PARTIAL OVERLAP;

JREDUNDANT WITH ENTRY 7 [F

TR1=TR3+TR2-(TR0/2)
TR2=(TR0/2)=0

JENTRY 6;

TR1=TR3-(TR0/2)

SUB RZ,R1

003632
003626
003630

003632
003624

000002
042074

003626
1%:
T4]A:

003632
003630
075750
003626
e

9003626
003624
075722
003632

PARTIAL OVERLAP;

JREDUNDANT WITH ENTRY 5 IF TR2=0
JREDUNDANT WITH ENTRY 7 IF TRO/2 =0

SUB RZ2.R1

003626

003632

TR2
1%
TR3,R1
TRO,R2
RZ2
R2
1%

TR3,TR1
PC

JENTRY 7; COMPLETE OVERLAP;

#2,SP
REDNTC

JFIXUP STACK POINTER
;SKIP ENTRY TEST CONDITION = REDUNDANT

TR1=TR3

.WORD 40001
MOV 7R3,R1
ADD TRZ2.R1
ADD aPTP14,R1
MOV R1,TR1
RTS PC
0

.WORD
4000°
MOV TR1,R1
ADD TRO,R1
ADD @PTP14,R1
MOV R1,TR3
RTS PC

sVARIABLE LENGTH ENTRY;1 ENTRY
JENTRY 1; NO OVERLAP; TR3=TR1+TRO+SEP.

CONSTANT