Digital PDFs

AC-E929B-MC

September 1978

14 pages

Original

1.4MB

Document:	CXKWDB0-KW11-K
Order Number:	AC-E929B-MC
Revision:	0
Pages:	14
Original Filename:	http://bitsavers.org/pdf/dec/pdp11/xxdp/x11_listings/AC-E929B-MC_CXKWDB0-KW11-K_Sep78.pdf

OCR Text

•
KWDB DEC/Ill SVr;EM EXERCISER MODULE
IKWOBO.Pl1
12-0C1-78 12:06

MACYll 30A(1052)

12-0C1-78

16:46

PAGE 2

.REfe

IDENTIFICATION
PRODUCT CODE:
AC-E929B-MC
PRODUCT NAME:
CXKWDBO KWll-K MODULE
PRODUCT DATE:
SEPTEMBER 1978
MAINTAINER:
DEC/XII SUPPORT GROUP
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 RESPONSIBILITY FOR ANY ERRORS THAT
MAY APPEAR 1111 THIS MANUAL.
THE SOFTWARE DESCRIBED IN THIS DOCUMENT IS FURNISHED TO THE
PURCHASER UNDER A LICENSE FOR USE ON A SINGLE COMPUTER
SYSTEM AIIID CAlli BE COPIED (WITH INCLUSION OF DIGITALS
COPYRIGHT NOTICE) OIllLY FOR USE 1111 SUCH SYSTEM, EXCEPT AS MAY
OTHERWISE BE PROVIDED IN WRITING BY DIGITAL.
DIGITAL EQUIPMENT CORPORATION ASSUMES NO RESPONSIBILITY FOR
THE USE OR RELIABILITY OF ITS SOFTWARE ON EQUIPMENT THAT IS
NOT SUPPLIED BY DIGITAL.
COPYRIGHT ee) 1976,1978 DIGITAL EQUIPMENT CORPORATION

SEQ 0001

KWDB DEC/XII SYSTEM EXERCISER MODULE
XKWDBO.Pll
12-0CI-78 12:06

MACYll 30A(1052)

12-0CT-18

16:46

PAGE 3
SEQ

PAGE 2
1.0

ABSTRACT
THE KWD IS AN IOMOD THAT EXERCISES TRE KWIIK DUAL REAL TIME
CLOCK. ON START IT EXERCISES THE CSRS AND PRESET BUFFERS OF BOTH
CLOCKS. ON RESET AND AFTER EKDPASS L IT EXCERCISES EACH CLOCK
SEPARATELY AND TOGETHER AT EACH OF THEIR BASIC RATES.

2.0

REQUIREMENTS
HARDWARE: ONE KWI1-K
STORAGE:: KWD REQUIRES:
1. DECIMAL WORDS: 838
2. OCTAL WORDS: 1506
3. OCTAL BYTES: 3214

3.0

PASS DEFINITION
ONE PASS OF THE KWD MODULE CONSISTS OF GENERATING INTERRUPTS FOR
ONE SECOND AT EACH CLOCKS RATES, TOGETHER AND SEPARATE, UNTIL 60
SECONDS HAVE ELAPSED.

4.0

EXECUTION TIME
ONE PASS OF THE KWD MODULE RUNNING ALONE TAKES APPROXIMATELY
MINUTE.

5.0

CONFIGURATION REQUIREMENTS
DEFAULT PARAMETERS:
DEVADR: 170404, VECTOR 344, BRI: 6
DEVCNT: 1, SR1: 0
REQUIRED PARAMETERS:
NONE

ONE

0002

KWDB DEC/XII SYSTEM EXERCISER MODULE
XKWDBO.Pll
12-0C'1'-78 12:06

MACYll 30A(1052)

12-0CT-78

16:46

PAGE 4

SEQ 0003

PAGE 3
6.0

DEVICE/OUTPUT SET-UP:
GROUND SCHMITT TRIGGER INPUTS #1,2,3

7.0

MODULE OPERATION
TEST SEQUENCE:
1. (START) BIT EXERCISE CSR,PRESET REGISTER OF CLOCK A.
2. BIT EXERCISE CSR,PRESET REGISTER OF CLOCK B.
(RESTRT) COUNT TESTS USING INTERRUPTS COUNT INTERRUPTS WILL
OCCUR IN ONE SECOND AND ADVANCE THE TEST TO THE NEXT RATE.
AFTER A RATE HAS BEEN SELECTED A CHECK IS MADE TO SEE IF THE
OPERATOR HAS INHIBITED THAT RAfE FROM TEST. IF NOT
CONTROL
IS TRANSFERRED TO THE PARTICULAR RATE ROUTINE (LISTfD BELOW).
EACH RATE ROUTINE MUST PRELOAD THE BUFFER REGISTER OF CLOCKS
A AND B TO THE COUNT THAT WILL CAUSE IT TO INTERRUPT IN ONE
SECOND. AFTER THE BUFFER IS LOADED L THE CSR IS LOADED WITH
THE PROPER BITS THAT SELECT THE RAT~.
CLOCK B INTERRUPTS ALMOST IMMEDIATELY SINCE ITS BUFFER
REGISTER IS ONLY 8 BITS LONG AND CAN NOT HOLD A LARGE PRESET
NUMBER. WHEN CLOCK A INTERRUPTS IT CHECKS TO SEE IF CLOCK B
HAS INTERRUPTED IF NOT, IT REPORTS 1N ERROR.
A. COUNT TEST CLOCK A RATE IMRZ.
CLOCK B RATE 1 MHZ
B.
CLOCK A RATE: 100KHZ
CLOCK B RATE: 100KHZ
C.
CLOCK A RATE: 10KHZ
CLOCK B RATE: 10KHZ
D.
CLOCK A RATE: 1KHZ
CLOCK B RATE: 1KHZ
E.
CLOCK 1 RATE: 100HZ
CLOCK B RATE: 100HZ
F.
CLOCK A RATE: LINE FREQ.
CLOCK B RATE: LINE FREQ.
G.
CLOCK A RATE: PSEUDO RANDOM ~1 OF 3 RATES~
CLOCK B RATE: PSEUDO RANDOM 1 OF 3 RATES
CLOCK A RATE: OVERFLOW CLOCK B
H.

•
,

'>,

KWDB DEC/Xll SYSTEM EXERCISER MODULE
XKWDBO.P11
12-0CT-78 12:06

MACY11 30A(1052)

12-oCT-78

16:46

PAGE 5
SEQ

CLOCK B RATE: 1MRZ

0004

KWDB DEC/XII SYSTEM EXERCISER MODULE
XKWDBO.Pll
12-0CT-78 12:06

MACYll 301(1052)

12-0CT-78

16:46

PAGE 6

SEQ 0005

PAGE 4
8.0

OPERATION OPTIONS
VALID SRI VALUES
SRI BIT
ENABLE/DISABLE

FUNCTION
ENABLE TESTING 1MHZ
DISABLE TESTING 1MHZ
1
o
ENABLE TESTING 100KHZ
1
DISABLE TESTING 100KHZ
1
ENABLE TESTING 10KHZ
o
2
DISABLE TESTING 10KHZ
1
ENABLE TESTING 1KHZ
3
o
DISABLE TESTING 1KHZ
1
4
o
ENABLE TESTING 100HZ
DISABLE TESTING 100HZ
1
*ENABLE TESTING RANDOM
5
o
DISABLE TESTING RANDOM
1
ENABLE TESTING LINE FREQ
6
o
1
DISABLE TESTING LINE FREQ
*ENABLE TESTING OVERFLOW B
o
7
DISABLE TESTING OVERFLOW B
1
*NOTE: IF RANDOM RATE OR OVERFLOW B RATE IS SELECTED,
SRI BIT DISABLING 1 PARTICULAR RATE WILL BE IGNORED.

9.0

THEN

NON-STANDARD PRINTOUTS:
ALL PRINTOUTS HAVE THE STANDARD FORMATS DESCRIBED IN THE
DOCUMENT.

DEC/XII

MACYll 30A(1052)

SOFC :
HRDCNT:
SOFPAS:
"RoPlS:
SYSCBT:
RANIIUM:
CONFIC:

~m;

SiRO:

12-0CT-78

16:46

PAGE 7

16:46

PAGE 8

SEQ 0006

OPEII
OPEN
OPEN
~mi OPEN
SYR4:
OPEN
SiR5:
OPEN
SYR6:
OPEN
CSRA:
OPEN
S8IoR:
OPEN
ACSR:
OPEN
ERRTYP:
AS8:
OPEN
AWlS:
OPEN
RSTRT: RESTRT
WoTO:
OPEN
NoFR:
OPEN
INTR:
OPEN
IoNUM: 102
.REPT
.NLIST
SVR1:

mm:

KNOB DEC/XII SYSTEM EXERCISER MODULE
XKWo80.P11
12-0CT-78 12:06

~~~
~~~ 000224"

SPSIZ

MACY11 30A(1052)

.WORD
.LIST
.ENoR

12-0CT-78

~~~~~1** * ******* ****** **.**** ***** 1t **** *** *11 -II."..1t '* *.". ****llr *lir ****iI* ** ** ****

SEQ

0007

KWDB DEC/XII SYSTEM EX~RCISER MODULE
XK~DBO.Pl1
12-0CT-78 12:06
258
259
~~O
170404
26~ 000230 •
263

888m: mm
m 888m: mm
266

~!~

~76
271

mm:

gg81~~: gg8~l6

H<I 888112: 888~g~

000001
m
000000
888~~6: 8888g
g
00000
~U 888~g~:• 000000
000000
23! 000264
000~50'

1U 000266' 012767

ng
000274' 016767
~3~
000302' 016767

000010
171506
177502

m 888m: mm Ar;\m
~9~~ ggg~1~: g!~q8b 1~7~7~6~~41
mm mm
m 888m: mm
2 3
294
295

31~

~OO
3 g~

000330' 010067
000334' 062700

7
000002

g08m:
080360' 010067

177660

171612
171722
177730

RAnp:
OFF:
RANA:
RANB:
AIFLG:
BIFLG:
TRY:
START:

PAG~

SEQ

110436
344

ICLOCK
STATUS RilG.
ICLOCK
RUFFER REG •
COUIIT Rf.G.
I CLOCK
ICLOCK A INTERRUPT VICTOR.

346

364
366

0008

~g~WR~f.~·

ICLoCK R INTERRUPT VECTD~.

.'.ORD
.WORD
.WORD
.WORD
• WORD
.WORD

18 INTERRUPTS/ITERATIUN
IGfT R~SE AODll.
IGET HASf VECTOR AODR.

rmv

nmsm

ADO

m~ ~E,;~R

MaY

INO" FIX VECTOR ADDRESSES

~OV

MoV
ADD
MoV
ADO
MOV
ADD
~OV
ADD
MDV

~99ge~

000002
171624
000002

16:46

MOV
NOV

177650
000020

m
305
m

:~g~g

.'.ORO
• WORD
.WORD
.WORO
.WORO
SVECT: .WORD
RVECT2: •• ORD

000236 • 170436

000~5r

ASR:

12-0CT-7a

IMODULE REQUIRED REGISTERS - SET UP RY THIS NODULE.
.WORD
110404
;CLOCK
ST~TUS ~EG.

USR:
RRR:
RCR:

27 f

171

MACHI 30A(1052)

ADD
MOY

BASED ON ASR.

MaY

171634
171626
177624
177616

ADO
'-!DV

ADO

310

m
KWOB DEC/XII
XKWDBO.Pl1

m
316
317

EXERCISER MODULE
12-0CT-78 12:06

SYSTE~

000430' 005771

MACYl1 3DA(1052)
LOGI:

171570

TST

12-0CT-78
@ASR

mm mm

'hm

3~9

177350

o 0540' 104407

000000'
000000'

000556' 012767
000564' 104405

000025
000000' 000000

Og0534'

347
348

177314
177314
000000' 000000

000520' 005071

LOG2:

171424
171416

mm
jj8
888m: 8AUP mm
in 888m: 10440~
8°~m mm
m
mm
344

1$:

2$:

3S:

ff120512,ASTAT
AASTSRAT'@S'SRR

BKQ

~STAf:icSR

mm~nr.f:

CLR

IASR
EASR,ACSR
UQAKS
(lG3
RRIAKS:Rlgf~
CLR
ASTAT
~g~
A~~'mhp

~OV

IYES - GD TU NEXT TEST.
PETURK TO MONITOR ••••
CONTINUE AT KEXT INSTRUCTION.

ITE~PORAAY

ITH~N

ITRY CLKARING TH~ PITS
IREIO IT RACK.

mr'~~~~R~5~E~3~~'TO '.ONITOP ••••

ITMEN CONTINU~ AT NEXT INSTRUCTION.
IEXPECT Zf;RO CSR.
WCO~M~R'S ADOP.

~:LOGrC TEST ~3. ~AKE SURE CLOCK A CSR BITS

1:14,9,1,5,1, AND 0 CAN BE SET + CLEARED.

;GENE~ATE + FECORO PATTEk~ TO AE US~D.
ISFT THB~ IN CSR OF CLOCK A.
IROD THE" BftCK
IVES - ao TO "EXT TEST.
ITE~PURARV RETURN TO MONTTOR ••••
ITHER CONTINUE IT NEXT INSTRUCTICN.

359

000634'

us~n.

.*******~**,************,*11***.****************.***** **********

m
888m: 017767
81~~~~ mm mm LOG3:
m
358
177266

888m: mm mm mm
m
367 000650' 104405 000000' 000000
m

;GENERATE + ReCORD rATTE~N T{l EE
ISIT THE~ IN eSA OF CLnc~ A.

iREAO T'iEv RACK
10 ID THEY ALL S~;T?

~~~~~a'!~i!!'~~~~*******ltS~~*t~I~E2*I~*5~t!~********* **********

354
355

888m: 026767 mm 177260
~60
388m: mm 000000'
3g~ 000630' 104407
000000'

MOV
MOV

~~.

363
364

5FQ 0009

IADDRESS TUE CLOCK. IF SYS ERRCR
;OCCURS, THEN CLOCK DID NOT
lRETURN SLAVE-SYN ~Hf:~

;*15,13,8,6,3, AND 1 CAN PE SET + eLF.APED.

888888:

33~

; ~DDPESSED.

171550
171422

339
340

P~GE

;=LOGIC TEST #2. MAKE SURE CLIICK A CSR SITS

32b

335

16:46

1$ :

1010 THf;Y ALL SET?

~g~

~~~'mhp

!mO~~uw'S ADOP.

~*******i**'************'***************************** **********
;~~~~~'~~~!~~~~~~*******li~~~*~~l!~~~*~l~~~*t~l~~~~*** •• ********

KNOB DEC/XII SYSTEM EXERCISER MODULE
XKWDBO.Pll
l2-0C1-78 12:06

HACYll 301(1052)

12-0CT-78

11:46

PAGE 11

SBQ 0010

2$:

3$:

LDG4:

1$:

2$:

3$:

~:LOGrC TEST #5. MAKE SURE CLOCK B CSR BITS
;*7,5,3,1, AND 0 CAN BE SET. CLEARED.

LOG5:

1$:

KWDB DEC/XII SYSTEM EXERCISER MODULE
XKWDBO.P11
12-0CT-18 12:06

MACYll 30A(1052)

12-0CT-78

16:46

PAGE 12
SEQ 0011

iBR,CSRA
MOV
25 RRRTYP
·BIT STUCK
~******* **'~** •• ***.***~ •• *****************.****************~**

HOV

;~~!~f,~~2I~'~M~~*******1!~~~~~~*~~5*~!lt!a~*1~~~~~*~~!~~~*** •• *
~ABR

CLR
HOV
BEQ

ABR,ACSR
OC7

;TRY CLEARING THE BITS
;READ IT BACK.
;IF
BUFfER GOOD.

~~i!~SRA

S~~~5~~ i5g2.Bg~F~fiFFER REG.

a~ft~~~a~gI~
~&e

ZERO

$~H~CO~~~II~ijIU~¥ ~~X~O~A§~~UCTioN.

i2I** ** Il~,§~~IX~******i ~lt*~!~~~****** **** tr***** ****'11 *** *** *'1\*
III

;~2~~i,~§~I~,~~~~*******',~~tt~~*~§~*!*tf!~fR*I~*~~~!~**********

j:LOGIC TEST #1. HAKE SURE CLOCK A BUFfER
;·PATTERN 052525 CAN BE SET + CLEARED.

REG

~g~

!gtli~~l:~TAT

~~~¥E¥A~~ iNR~ij~~~RP~~T~EMc~aA~E USED.

KWDB DEC/XII SYSTEM EXERCISER MODULE
XKWDBO.P11
12-0CT-78 12,06
482 001316' 011761 176624 176416
8g14~1: f~6lt~ 116414 116410
186 Roli!o.

41,

MiCYll 30A(1052)

12-0CT-18

SEQ 0012

1~~~ !H~~ ~LLN~I+?TEST.

10!~S1 888888:

001440' 104405

PAGE 13

;READ THEM 8ACK

$TEMPORARY BETURN TO MONITOR ••••
;THEB CONTINUE AT NEXT INSTRUCTION.

118 8811;1= 81~~g~ ~Z8~~~ l~:~lg IS:

i!i

16,46

000000' 000000

III g811~~: 8A~li! l~~~~~ 116422 2S:
b~ 80 tl!2: tOhS7 8°8U8:

"ld IMil: 8hu! tlb~~ mm
~i~ 001512' 104405 000000' 000000

3S:

S:LOGIC TEST #8. MAKE SURE CLOCK 8 BOFFER REG
1"PATTERN 252 CAN BE SET • CLEARED.

~88

m mm mm lU~i8
88m~:

001542' 02671'
ORI550' 0014 ~

116336

LOGB:

1'6J32

il~ 80 ~~l: 184:" 888888:
1$'
88
m:
816767 176446 }'6318
00 510' 12167 000025
7631
51
;5 ,~' 001516' 104405 000000' 000000

m
m

in
534
535

116264

888888:
ll6~50
Ao8o~~

001650' 104405

000000' 000000

MOV

=8~

1252£ASTAT

ilA l@~HR

CMP
fSTAf,ACSR
BEQ
2S
BREAKS,BEGIN
BREAKS,BEGIN
MOV
BBR,CSR!

;RECORD BOFFER REG B ADDR

i~I***.*'i~'i~~II~ •••• **'~lI*~t~~~***** ••••••••• *••*••••••••••••

,~~~~~'~~i!~'~~~~.******"~~~t~~*~~~*t!lt~~!*~~~*t~I~~~*********

2$:

CLR
MOV
BEQ

tSBR
BBR,ACSR
OG9

,TRY CLEARING THE BITS
lREAD IT BACK.
1IF ZERO BUFFER GOOD.

3S:

CLR
MOV

ASTAT
BBR,CSRA

;EXPECT ZERO SUFFER.
;RECORD BUFFER REG ADDR.

3D~~~i:B~gl=

~tfi~:O@~CiICijIUI~ ~~x~o~~~¥HUCTiOH.

i~!*****lli'~~~I!~******i!II*~I~~~******************** **********
;~2!!t'!~~I~"~~~*******,,,~~~~~*~~~*~al~~2*1~*~~!~~** **********

KIIDB DEC/Xll SYSTEM EXERCISER MaDOLE
XKIIDBO.Pll
12-0CT-78 12:06

002116' 005067

88~l~~: 00~961

1161j6
1~6l 4

00~t12' 8Ao19t Ao~t g.

HACYll 301(1052)

CLR
CLR
MOV
JMP

12-0CT-1B

16:46

PAGE 14

;CLR FLAG INDICATING CLOCK A HAS INTERRUPTED.
;CLR FLAG INDICATED CLOCK B HAS INTERRUPTED.
;PICK UP OFFSET
.
,GO SET THE RATE • START TilE CLOCK.

IM~Tf~~~~V~~~Y(~AiTt!E~R~ypp.l~~~a~ l.~o~~RIog~N~al~ES

AN OFFSET OF A RATE VE WISH TO E~ERCISF.. THE OFFSET
IS STORED 1M Rl. WE INDEX "LISTP BY Rl (JMP ~LISTP(Rl)
TO GET THE ADDRESS OF THE RATE ROUTINE TO EXERCISE.

SEQ 0013

KNOB DEC/XII SYSTEM EXERCISER NODULE
XKWDBO.Pll
12-0CT-1B 12:06

12-0CT-7B

MACY11 30A(1052)

LISTP:

16: 46

.N8RD

RATED

:M8

Sf;Q 0014

hOINTER TO 1KHZ ROUTINE
;POINTER TO 100KHZ ROUTINE
;POINTER TO 10KHZ ROUTINE
1KHZ ROUTINE
~~mm
100HZ ROUTINE
$POINTER TO RANDOM ROUTINE
LINE FRRQ. ROUTINE
~8 FEED B TO A ROUTINE

mE~

.NORD
.IiORD
.WORD
.WORD
.WORD
.WORD

PAGE 15

RATh
RATE4
RATE5
RA1£6
RATE7

Hmm

TilE

RArEAL: .WORD

:~0888°g:

:~m

• 1i0RD
• 1i0RD
• WORD
• WORD
• IiORD
• WORD

-1 00 •
-1000 •

-100 •
o
-60 •

-3910 •
8'5

RUEBL: .IiORD
.WORD
.1i0RD
.WORD
.1I0RD
.1I0RD
.1I0RD
.1I0RD
.1I0RD

,i¥!¥~:~F~J¥~i:~~~!I~~L~~~~iE~~IYJM~EI~'~i~;~ijc~~DRATE.
RSAL:

KliDB DEC/XII SYSTEM EXERCISER MODULE
XKWDBO.Pll
12-0CT-78 12:06

.1I0~D

:~gR8

~8~

MACYll 30A(1052)
.NORD
.1I0RD
.IIORD

RUEO:

12-0CT-7B

16:46

PAGE 16
SEQ 0015

107

eLR
CLR
ASR
USR
HOY
ATEAL<Rl ),@AUR
MOV
.503 @ASR
MOV
RlTdLCRl),@BBR
MOV
#103,@9SR
EXIT S, BEGI /I

MODULE WAIT FOR INTERRUPT.

;*THIS ROUTINE PRESETS CLOCK A AND B FOR
'*100 KHZ RATE CLOCK A INTRS IN .5 SEC.! TWICE.
,.
CLOCK a INTRS IN L.56 HI LI SEC.
;*
RATEl:

MODULE WAIT t'OR INTERRUPT •

;*THIS ROUTINE PRESETS CLOCK A AND B FOR
,'10 KHZ RATE
CLOCK A INTRS IN 1.0 SEC.
)*
CLOCK B INTRS IN 25.6 MILLI SEC.

RUE2:

CLR
CLR
MOY
HOY
HOV
MOV
EXITS,BEGIN

•

'am
gtog~ ~:
~PRESET CgUNT IN CLOCK A.

f~I~~~Tc~gfi~TAiN CLOCK B.
;START CLOCK B.
'NOW WAIT FOR INTERRUPT.
;EXIT TO MONITOR. HODULE WAIT t'OR INTERRUPT •

"THIS ROUTINE PRESETS CLOCK A AND B FOR
"I KHZ RATE
CLOCK A INTRS IN 1.0 SEC.
*
CLOCK B INTRS IN 0.256 SEC.

KNDB DEC/XII SYSTEM EXERCISER MODULE
XKYDBO.Pl1
12-DCT-18 12:06

MACYll 30A(1052)

12-oCT-78

16:46

PAG! 17

SEQ 0016

RAU3:

~"D
NHv

NDV

=8:
MODULE WAIT FDR INTERRUPT.

RATE4:

CLR

IISR

=sJ

nU,fdi),UBR ~s¥I
,8
JIOW VA

~hV

EXITS, BEGIN

J:~2IgD:0~I'I~ PRESETS CLOCK

RUES:

3$:
4$:
5$:

IT:!N CLDCK B.
FOR INTERRUPT
;EXIT TO MONITOR. NODULE WAIT FOR IHTE~RUPT.

A + B FOR

JSR

PC,RANDDM

;GET 2 RAIDDP. NUMBERS.

GI~

Jl~~~~1~~1=4

~=t~~ ~2RB~aM~EAO< 10.

tI¥HBERSR~KfT BE 2, 4, D~I~ BUMBER ZERO?

IZ5

a~,RANA

rsT

RUB
itRANB

~tv

§ASR
;CL~AR CLOCK A
il~f Rl
;CL AR CLOCK B
RI L of[
;RECoRD THE OFFSET.
RATEA fR1)IIABR ;PRESET CLOCK A.
DiC~(R ),@ R
;START CLOCK A.
RATEfi~lRl),8BBR ;PRESET CLOCK B
RSAL(Rl),@BSR
;START CLOCK B

HDY
MDY
Moy
NDY
HOY
Moy

KNOB DEC/Xll SYSTEM EXERCISER MODULE
IKWDBO.Pll
12-oCT-78 12:06
002650" 104400 000000·

A.
TBiN CLOCK A.

§1'~ALIRl)"ABR I

MACYll 30A(1052)

12-oCT-78

~=~K~oItH5aB=ZERO

16:46

PAGE 18

EXIT$,BEGIN

SEQ 0011
;EXIT TO MoUToR. MODULE WAIT fOR INTERRUPT.

EXn$,BEGIN

;EXIT TO MDUTOR. MODULE WAIT FOR IIITERPUPT.

Jil

III 11II!i~ lilll! lIl~il: Illili

RATE6:

llJ 002714" 104400 000000"

~:THIS ROUTINE PRESETS CLOCK A + B FOR
;-FEED B TO 1 RATE
J:CLDCK A INTERRUPTS IN 1.0 SECS.

I~ ! ~! ! m~! ~!!:
III

III """ ...,,,, ""..
III j' Ill:

RATE7:

11II1i

175252

2: 88i7 t' 175216

IASR

;CLEAR CLOCK 1.
;CLEAR CLOCK B.
ANRoo~y
R,llfTIElLlsRRl)'@ABR;PRESETCLoCKl.
,&
;START CLOCK A.
MoDyV
A4 ,E~BL(Rl),@BBR )PRESET CLOCK B.
N
~ SR
)START CLOCK B.
;EXIT TO MoNITDR. MODULE WAIT FOR INTERRUPT.
EXIT$,BEGIN
6U~G

~:INTERRUPT SERVICE ROUTINE

..".. , ..,

Iil IIl l .I ;;;;;; ::::: :::
Ill121

CLR
CLR

000002

~: 81~~2~ l~~l~~ 1~~8~8

2$:

; "FOR CLOCK A.

AIFLG

IINDICATE CLOCK 1 HAS INTERRUPTEU

~rr,#2

,aRE WE RURIIIIIG IMHZ RATE?
JIFMn~! 1 ~ic. UP?
nl~
ALE~2~ ANDTHER COUNT.'
/lOu KHZ RATE?
HIS; ~~VIITED TIIICE?
oS--co6AT ONE MORE TIME.

tl
md
CMP

nG ,.20.

~FF,#4

FLG ,#2

IiI

=3:

BIFLG

~1sR,ASTAT

@BSR,ACSR

;H=~ ~h~fiK5V INTERRUPTED?
JIECORD CoNfENTS OF l·S CSR.
;9ECDRD CONrEnS OF R"S CSR.

NACYII 301(1052)

000000' 003106"

0~106' 012767
003114" 104405

000011 174772
000000" 000000

mm=

176732

000167

16:46

PACE 19

SEQ 0018

S~~~FRgL3~~ :DDR.
~BSR
,STOP CLOCK
~iRQ$;BEGiN;i$----------;-QUEUE-UP-TO-CONTiNUE-AT-i$-iND-RTy-----

MOV

003100' 000004

12-0CT-78
Bi~~CSRA

gH
B:
,--------------------------------------------------------------1$:

5$ :

003126" 000004
003134" 005077

000000' 003134'
6$ :
175064

003150' 000167

176704

mm:mm mm·

~2! * * *** III ,~f~I I~

*. '".*.

i! 2* 1~ 1~~ ~~~! * * * **., * * if .. * 'III'" ** .. It:lt * ** * lit" * **
~~~!~l'!~;!!l~~~~*******'!~~2~*~~~~~*~*t~I~§~*I2*!Yt~~~~~1;***.*
JMP

LOOP

~iRQ$:iiEGiii:6$----------)-QUEiiE-iip-TO-coiiTiNiiE-AT-6$-iiiii-iirl----

fLit-----isii------------;STiip-CLOCi(-i:---------------------------

CLR
~BSR
ENDIT$,BEGIN
JMP
LOOP

;STOP CLOCK B.

j~~~7~5RE~RArr ~~~¥AIA~NOF PASS

j:INTERRUPT SERVICE ROUTINE
,-FOR CLOCK B.

;.
INSERB: ~~~
RTI

;INOICATE CLOCK B HAS INTERRUPTED.
;STOP CLOCK B
iEXIT

BIFLG
@BSR

~:T"IS SUBROUTINE GENERATES

;*TWO RANDOM NUMBERS
S·CALL = JSR PC, RANDOM
~:RETURNS WITH NUMBERS IN RANOA AND RANOa

RANDOM: ADO
AOC
ADO
AOC
RTS

RiMA,RANB
RARA

m~,RANA

.EHD

KVOO DEC/XII SYSTEM EXERCISER MODULE
XKWD80.Pll
12-0CT-78 12:06
ABH
000226R
262#
291"
ACR
ACSR
AOOR
00OO06R
AOOR22:
258
AlFLG
gmggR
583*
ASB
ASR
08gm:
61
370
~W
57
75~'
ASTAT
000104R
25-•
9
UECT
AVECT2 OOO~~OR
304·
g8g la~
iWAS
245
B8R
000 34R
~97'
~6~
65"

smm

m, mm:
m,

~~~

U~f

~~ol

mIN

888m~

RW :: g°8!8
mY
8 8~
oITH
OO~O 0
BIT
:= 00
0 0
niH
~ g!1888
BIT 14 : D4 og~
G

m~5 :: ~008

BIT3

;;

80018

m~ =
~ 000
88810
00
: 000 00

BIT6
BIT7

m~
~ 8g o 8~
BREAK$: 10140

BRI
BR2
BSR

OOoon R

8m ~

Nm
= bi3i~}R
BVECT2 o
4

mm: bOOO~6R
~

~g31
~u
22

71t

~B
m
fBh~a
m

1~3

MiCYll 301(1052) 12-0CT-7S 16: 46 PAGE 21
CROSS REFERENCE TABLE -- USER SYMBOLS
450'
451
457
463'
464
469
679"
695·
7U'
727"
756"
772"
328
340'
35S359
371389"
464'
482'
483
495"
513514
800'
289
376
770·

805
315
661"
773-

3~6

301
305·

54 •
304
572-

g~f:

331

~65

58
3~nf
28

333
680·

450
545

452
561'

525"
729'
343
410

526
759348
423

336

342

534
777
814

793
846"

822

827

339"
693"

340
696"
835"
375'
480'

547

343
454
54B

361
455
559

39 9
~ 8'
91"

395
m*

401*
694"
819

4~5

468'
816-

543'
790362

482

488

402"
544-

~45

S5T*

917'

351*

358
125'
390
499'

364
728·
406*

557

345

709*

381"
481

420*

712"
398
483

494*

421

495

433'

011'

544

550

556*

367
435
49B
565

373
436
503
668

374

m
684

314
485

392
486

393
497

404
498

405
516

419714'
847'

130"

432'

432
76C*

361
424
491
559
833

560
937

362
466
560

313
467

402
690"
820·

407

379

700

569

m m m
m
m
1

7H·

327
677"

m: m: m ~~r
M. M· U~. mm. m.
m,
m* 3E a
Ilg M m ~41 m m
m
~h. m,
1
41

517
209
208

810
326·
664·
785-

SEQ 0019

481"
788·
390
526-

~95*
62"
75"

~8B*
66"
86"

m: m· m:

~1g:

426

7<;3·

KWOB DEC/XII SYSTEM EXERCISER MODULE
XKWDBO.Pll
12-0CT-10 12: 06
000100R
CSRA

1111

mHI~ t8~m
mg~: 83al~R
= 10440

~~8

HRDER

smm
8mn~
niiui
3~0 &
smn

HRDPAS

IEIC8HT
UHT
I RUM

nU~TE«a
IHSE v

lHTR

~STP

to&~

LOG3

LOG6

t8g~
t8g~

R
8g l~~:
°
r

mm=

88 oM
mmR

=gSii = fl~mR
IISGS = 1448i

:m ;
OFF

OPEN

0330

omiT: A8 JOR
~IRQ~ : 0
~Bf~P2; 8
~~TJO ; g oo~o

ogoy 8

PRTYI :
PRTY~ : 0 0 0
°80~40
P Y4
0 ° 00

puy ==

1111
73
~fi#

f¥ m
mH ;mm

&'m2 = mmR
RUB
000256R
M: f8UW
~ANH~M 000054R
ATEAL 08
RATEBL
0 ~6r
0 R

meO

Uus
~i 1131
RAni
414~

£4

~ ~~
E

TRT

r8f»
4~~

2~R

8 gM
00
8

·"!lltll
8888~ ~
= 000 4

gOOO~6R

888 ~»
8ggg 2

88°8J6»
oogo
~R
08 0~6R
SVR4
SVR5
SVR6
SYSeRT
DFD
VECTOR

8088
000074R
880076R
005~R

m = 888~~
m~DR 8i8
~mG
U
0

g 8

R
OlOR

SEQ 0020
430'

457*

469"

408'

500'

837

US: m=
336
534

~46'

~65.

377"

396"
162

408"
711

427"
793

439'

458'

470'

489"

~61
65

39B

410

429

441

460

472

491

503

5961/

id' 1"1.13

434

m
~~·I
W
3
m1
:~~

581

830

839

256#

m·
240

~~I

336

1.
m·
2U h~ m m m

m·
m

822

833

367
53 5

379

398

410

429

441

460

472

491

503

249

233
258#

234

235

236

237

238

240

!!II
3
2~8

58
58

KWDB DEC/XII SYSTEM EXERCISER MODULE
XKMDBO.Pl1
12-0CT-78 12:06
PRTY5
08r48
PRTY~ : 0
30
~~fY ;

gl31 m: m:

mm~ tli~A!
01 R
~l13
mhp- 301 2R

OVIDI
BNDITS:

MACYll 30A(1052l l2-0CT-18 16: 46 PAGE 22
CROSS REFERENCE TABLE -- USER SYMBOLS
426"
395'
407'
364'
562"

HACY 11 30A(1052) 12-0CT-18 16:46 PAGE 23
CROSS REFERENCE TAOLE -- USER SYMBOLS

l!lj

209

258#

78
219

568·
74O·
859#

143
749*

227
614

663

679

695

~~358
58

~5~1

~3A

g~i'

~n.

In 1!~31,1
5~~

568,

157

760

r~t~

~~8u
I

~51

284,

SEQ 0021

754
859·

859
861

860'
862"

m. m m

~56

m m

745"
758

580

861·

m
201

287

KWDB DEC/Xli SYSTEM EXERCISER MODULE
XKWDBO.Pll
12-0CT-7B 12:06

• A8S.

000000
003214

ERRORS DETECTED: 0
DEFAULT GL08ALS GENERATED:
~~~~8¥~~~W~B~/~~L~~~b:g~M=DDXCOM,XKWD80

RUN-tIME RATIO: 45/5=~.R
CORE USED: 7K (13 PAGES)

MACY11 30A(1052J 12-0CT-7B 16:46 PACE 24
CROSS REfERENCE TABLE -- U,SER SYMBOLS

SF.Q

0022