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AH-T854F-MC

September 1986

457 pages

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Document:	Micro Fiche Scan Name of device(s) tested: KDJ11-B/BF Test description: KDJ11-B CLUSTER DIAGNOSTIC MAINDEC Number or Package Identifier (after SEP 1977): COKDAFQ Fiche Document
Order Number:	AH-T854F-MC
Revision:	000
Pages:	457
Original Filename:	COKDAF0__KDJ11-B-BF__KDJ11-B_CLUSTER_DIAGNOSTIC__AH-T854F-MC__1986_gray.pdf

OCR Text

Micro

Fiche

Scan

Name of device(s)

tested:

KDJ11-B/BF

Test description:
KDJ11-B

CLUSTER

MAINDEC Number

DIAGNOSTIC

Package

Identifier

(after

SEP

1977):

COKDAFO0

Fiche

Document Part Number:

AH-T854F-MC

Fiche preparation date

unknown,

using copyright year:

1986

Image

resolution:

8-bit gray levels,
COPYRIGHT

(C)

max.

quality

for

1984-86 by dlilgliltlall

archiving

om——

mad

BB PSUSURAEEBRNRRRUNNBEEIGHEEUNES

oo v v e wn-

“OKDAFO «DJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

SEQ 0001

Page 2
.REM &

IDENTIFICATION

PRODUCT CODE:

AC-T853F-MC

PRODUCT NAME:

COXDAFO KDJ11-B CLUSTER DIAG.

PRODUCT DATE:

MARCH, 1986

MAINTAINER:

DIAGNOSTIC ENGINEERING

THE INFORMATION IN THIS DOCUMENT IS SUBJECT TO_ CHANGE WITHOUT
DIGITAL
NOTICE AND SHOULD NOT BE CONSTRUED AS A COMMITMENT BY
NO
ASSUMES
TION
CORPORA
NT
EQUIPME
EQUIPMENT CORPORATION. DIGITAL
T.
DOCUMEN
THIS
IN
APPEAR
MAY
THAT
RESPONSIBILITY FOR ANY ERRORS
LITY OF
NO RESPONSIBILITY IS ASSUMED FOR THE USE OR RELIABI
OR ITS
L
DIGITA
BY
ED
SUPPLI
NOT
IS
THAT
ENT
EQUIPM
ON
SOFTWARE
AFFILIATED COMPANIES.

COPYRIGHT (C) 1984,1985,1986 BY DIGITAL EQUIPMENT CORPORATION
THE FOLLOWING ARE TRADEMARKS OF DIGITAL EQUIPMENT CORPORATION:
MASSBUS
UNIBUS
PDP
DIGITAL
DEC

DECUS

DECTAPE

MACRO V05.03

Friday 28-Mer-86 13:30

ELERRARNZSILIRHRARLESE
28GR

COKDAFO KDJ11-B CLUSTER DIAG.

Page 3

TABLE OF CONTENTS

PROGRAM ABSRACT

SYSTEM REQUIREMENTS

LOADING AND STARTING PROCEDURES
SPECIAL ENVIRONMENTS
PROGRAM OPTIONS

EXECUTION TIMES
ERROR INFORMATION

Q22BE

LIST of SUBTESTS showing CACHE/APT dependency
10.

PROGRAM UPDATES AND MODIFICATIONS

SEQ 0002

COKDAFO KDJ11-B CLUSTER DIAG.
79

80
81
82
83
84
85
86

MACRO V05.03 Friday 28-Mar-86 13:30 Page 4
PROGRAM ABSTRACT

see special instructions for CACHE testing under APT

sss%

section 9.2, and EEROM testing under APT, section 9.

sss%¢

SEQ 0003

seae

This program tests out KDJ11-B CPU board, including the J11 chiE set,.
on-board cache, on-board ROM's, including 16 bit and the 8 bit
serial line unit, and line time clocks.

as the
The KDJ11-B is a PDP-11 CPU that incorporates the J1l chip set
has
It
e.
modul
bus
Q22
height
quad
a
is
It
heart of the processor.
hidden inside
on-board cache, some of the functionality of the cachetwoison-board
gete
in
ted
implemen
s
function
the
of
rest
the
and
the J11
called
RAM,
arrays. The storage capacity of the cache is 4K bytes ofcache with
data RAM's. The cache is_implemented as a direc’ mapped
address bits 21 through 13 stored in a different set of RAM's called
tag store.
The KDJ11-B also has two on-board ROM's. One of them, the 16-bit
The other
addressable ROM, contains the self-test and the boot codes.
hardware
with
area
base
the
s
contain
one,
sble
ROM, the 8-bit address
ly

parameters, optional bootstraps, optional UFD (User Friend

selection

lt)n

2T e

ext.
provides
The Serial Line Unit is implemented thru a Dlart chip which
back
éfi
l
interna
the standard console interface to the CPU. It has
a
60HZ,
mode and provides with three clock lines: 800HZ,
using those three lines
The line time clock functions are implemented
er is implemented in
regist
status
and the BEVENT line. The line clock

one of the gate arrays.

SYSTEM REQUIREMENTS

-1,
BN T. ]

Hardware Requirements
b
e

§wo-o-o-

#—
sv

tic) system desctiption area, and optional foreign language

To run successfully the diagnostic needs:
1. KDJ11-B CPU module
2. console terminal
3. at least 28K of memory

In DVT,

and st

exerciser is

one manufacturing (module assembly) the Q22 Bus
to check Q22 Bus logic.

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30 Page 5

SEQ 0004

125

3. LOADING AND STARTING PROCEDURES

i.gg

To start-up this program:

ig?

1. Boot XXDP+

2 3

132

igg

135
136
137
138

139

140
i:é
143

file for this program.

The starting address of thctaogrn is 200. arbitrary place after
program in an
Note: if trying to restartg register
s should be set up:
followin
HALT on Break
ent
managem
memmory
disable
to
17777572=0
save

17777520=1000
17777746=400

igg

UFD monitor.

HALT on Bre
to flush the cache

be run under the UFD monitor.
am is APT compatible. It can alsoprintou
The
ts occur. Refer
error
d
standar
the
of
cases none
In
in APT and under
res
procedu
running
on
ts
documen
to corresponding
s43%

151

132

to clear diz\ootuc mode (bit 8), but still

SPECIAL ENVIRONMENTS

i:g

146
147
148

"R NAME”, where name is the name of the BIN or BIC

ssss

under APT
see special instructions for CACHE testingsection
9.5

section 9.2, end EEROM testing under APT,

156
157

Wic.i. not running in UFD

ig%

bit 6 has to be set in the softwar

163

164

165
166
167
168
169

170
171
172

173
174
175

i;g
178

179

ssss

PROGRAM OPTIONS

158
159
160

sxxs

it is present in the system and
The Q22 Bus Exerciser is utilized if mode.
:

and on error are provided.set
capabilities of looping on test
S
test bit 7 has to be
RAM
data
cache
ive
extens
In order to run the register. To run the extensi
ve cache tag RAM test
switch
e
in the softwar
e switch register.
SWITCH REGISTER SELECTION:

BIT NUMBER
15
14
13
12
P
11
10
9

8
7
6

USE

HALT ON ERROR
LOOP ON PRESENT TEST
ERROR TYPEOUTS
EEROM subtest RUN switch
INHIBIT ITERATIONS
BELL ON ERROR
LOOP ON ERROR

LOOP ON TEST IN SWR<5-0>
DO EXTENSIVE TAG RAM TEST

DO EXTENSIVE DATA RAM TEST

Subtest number to loop on (BIT 8)
5-0
all but _the first 109 bytes of
#++ running with this test will
ctions in sect. 9.3

EERmnaota! be SURE to read instru

COKDAFO KDJ11-8 CLUSTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30 Page 6

SEQ 0005

igé

6. EXECUTION TIMES

igg

With them, it takes about 2 minutes.

187
188
189

amount of time of 1 minute for 1SMHZ
8K parts,
ortthKEERm r for
tuttumm the
20MHZ. version. IfThno
be sure
must
system
g
mm
multiply by 4.
allows adequate time for completion of this test!

7. ERROR INFORMATION

183

186

i.gg

Without extensive RAM tests, the diagnostic runs in under 15 seconds.
on, pass 1 takes an additional
In addition, when the EEROM test bit oJ-11,
to about 40 sec. for the

the first pass run time

numbers are given.
In the case of errors, a failing PC and testdata
are given.

194

195
ig_b,

d
receive
dand
cxpocto
ible,
is
it
Where
For an example, see section 8.

8. EXAMPLES

the program, the followi

2285

After booting XXDP+ and starting
murngn the terminal: will

+ KDJ11-B CPU DIAGNOSTIC - COKDAFO *

2282

SHR = XXXXXX

200

207
208
209
210
211
212

gfi
215
516
217

218
219

NEW =

where XXXXXX correspond to present software switch register
uttm"u
an operator can do one of the followi
Aftor
in a new software switch register setting ollouod
return or
carrn
bg
in cerriage return in which case the software

ngnmr will remain unchanged.
tout:
of error
E
ole TEST 7'STORE
ADDRESS ADDRESS
27

<21-16> <15-0>
Pc
000000
66600
105620

Note: this may not correspond to the actual Program Counter.

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V0S5.03 Fridsy 28-Mar-86 13:30 Page 7

223

SEQ 0006

224

9. PROGRAM DESCRIPTION

227

9.1 J11 CODE

ggg

attempt has been made to exercise all of the microcode.

225
226

This

228

238

240

241
243

244
245
246
2‘243

azgg
g

253
254

SEELE
L L S dud S

255

Jl1 chip set. It is broken
portion of the code tests out the differ
ent instructions in

into 3 pieces: CPU tests, which verify
tests, which
nt trap conditions; MUwhich
different modes and differe
do
tests,
FFP
and
MW;
of
ns
verify different functio
tions,
instruc
g‘pomt
different flootin
written in close relationship
This portion of the code_have been
though not all possible
even
re,
Therefo
de.
microco
J11
the
with
instructions in all possible addressing mode have been tested, an

229
230
231
232
233
234
235
239

9.2 CACHE CODE

tic verifies all cache functions.
This portion of the diagnos
are also included.

Da.a and tag RAM's tests
RRESS
SRR ERSRREE
RRRRRE
SEARERRARARRRRRRRRRRAREERRRERRERRRRREERRERRRRRRRRRRRRR
corresponding

RAM's tests the
: order to run extensive cache
Notein
r should be set. See section 5.
bits in the software switch registe
#2) should equal
in $USWR (sware
----In particuler, the number u%
-- (the exception
ation-install
at
the “first pass run time”

is when $USWR is set to

no condition applies)

TESTING CACHE FUNCTIONS UNDER APT

APT is facilitated
The testing of Cache related functions under
indicate the number
will
which
number
a
ing
contain
use of SUSWR
of passes with inclusive cache tests as follows:

(all numbers in decimal, SUSWR loaded by APT menager )

default
setting

$USWR = 0

one pass with all subtests followed by

of non-cache d-gu\dmt
continuous testing
is encountered
Bresk
APT
until
s
subtest

system must not BREAK in for this
(APT
to be
Time", now assumed
Runss
Pa
"Fi
approx 16 sec. )

$USWR < 16

only non-cache dependent tests will be run

$USWR = 16

same as $USWR = 0

$USWR > 16

APT

may break anytime

$USWR is divided by 16 (pass time ) to get a

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30 Page 8

SEQ 0007

number of passes which

include all subtests

274

passes,
(including cache) After this number of
e dependcontinuous testing with only non-cach
ent sub-tests is continued during which time
APT may break with no bad effects.
to bresk for a length of time
In this case, the APT setup must not. attempt
16 seconds per g:u. and the
nominal
The
seconds
in
s,
equal to $USWR content
added)
as tests mayof passes
10 secondsnal(which
time of about
actual pass
done
number
actual
The
tests.
additio
adding
margin
safty
a
allow
).
16
<
will be equal to SUSWR divided by 16, (if not 0, or

286

geoagseatnese
to break into the diormtic
s+s2% The guarrantee that APT will not attempt
APT system manager loading
the
d
provide
is
for a given number of secondssame number $USWR receive
d.
the
the variable $PASTM with
likely be receivedsssssss
will
tic”
diagnos
“hung
message
the
done,
If this is not IR RR R

275
276
277
g;g
280
281
282
283
%gg

$EERERERESRIRIRIN

287
288
289
290
291

9.3

ON-BOARD ROM AND EEROM CODE

These tests verify the checksums of the 16-bit ROM and the base

to
area of the 8-bit EEROM, and a write and read of 1's and 0's
e
multipl
by
d
affecte
be
EEROM
_The
.
each location of the
test
this
select
to
le
advissb
is
it
so
cycles)
m;gu. (>10,000
with

care.

The testing of the on-board EEROM is accomplished by the setti
the
of bit 12 in the software switch ngistcr. which will see that bit
this
that
noted
be
It should
EEROM test is run once. (Pass 1)
use in the SYSMAC macro $EOP, but is not so used
ay have another
on
am. The BCSR is also set for Halt on Break
within this
modes.
lone
stand-a
in
aid
g
during this test, as a troubleshootin
s+ WHEN RUNNING THIS TEST UNDER APT ##s

switch
the program with EEROM testtime
After loading and startingmtornf
the
i the test until

310

on, APT must not (break)

311

given in section 6, EXECUTION TIMES, has passsed.

gig

once at the begining or end of a script.

a way which would cause
This test should never be “scripted”_ inshould
be run instead
It
the test to be run multiple times.

314
315

g}g

320
321
322

323

R e

'
i
"

b&;m
except for the 109 (decimal)
The contents of the EEROM are lost, are
the
of
restored at the end
which
;znuntin, the SETUP isarea,
interrupted before these locations are retest. IT the test

stored, unpredictable results may occur.

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Page 9

Friday 28-Mar-86 13:30

9.4

SEQ 0008

LINE TIME CLOCKS CODE

This part of the program verifies the functions of all 4 clock
lines: 3 of them from the serial line chip (50HZ, 60HZ, 80OWZ)
>
and BEVENT line.
Note: in UFD mode only functions corresponding to Boot Rom
selection are checked.

9.5

SERIAL LINE UNIT CODE

These tests verify the functionality of the SLU chip utilizing the
maintenance mode of the chip.
9.6

Q228E CODE

These tests verify

DMA
interrupt arbitration of the KDJ11-B,

protocol, and cocxc functions related to the DMA activities,

FRRREL 3t 4 St ot

a3 33

including PMG counter.

i o, er oot aptens
s UMD,
T
i ST
oSee
e
ollowi
subject to the APT
are
which
s
subtest
FO..:..
performed E:QCO(DA

TEST NO

TEST NAME/FUNCTION

APT-CACHE sel

test 1
test 2
test 3
test 4
test 5
test 6
test 7

base instruction set tests =
check (cache) register access
CCR register bit test
force miss test
hit/miss register test pert 1
ister test
hit/miss
test
ion
all
byte

.............
yes
yes
yes
yes
yes
yes

test 10

PDR bit 15 (

test 11
test 12
test 14

test 15
test 16
test 17

test 20

test 21

test 22

test 23

) test

flush cache 2’.::“
unconditional bypass test
T
i
Rty
Wri
parity sbort mg" v

interrupt test
pari
miscelleneous parity test

memory system error

ister test

sssses
choe:rr¥ty aborts b.'l‘.:gkcd tion
ti-

data s

ing instruc

ram, tests

yy:
yes
e
yes
yes
yes
yes

yes

YOO

yes
yes

NOTES.

COKDAFO KDJ11-B CLUSTER DIAG.
376
377

378

MACRO V05.03 Friday 28-Mar-86 13:30 Page 10
test 24
test 25

test 26

381
382

test 27
test 30
test 31

386
387

test 35
test 36

g;g

SEQ 0009

tag store ram tests
standalone mode tests
moving inversions test data RAM
moving inversions for tag store

yes
yes

yes

PCR read/write bits ~
00
bcsr read/write bits

yes
.......
.......

.
EMETY
LKS interrupt priority ~

seeeees
.......

test 32
test 33
test 34

.......
16 bit ROM checksum
.......
=
8 bit EEROM checksum test
.......
test
mem
board
EEROM checker

test 37

line clock disable

390

test 40

unconditional clock interupts

test 43

maintenance

396

test 46

RCSR bit 7 and XCSR bit 7

= .......

399

test 50

RESET and interrupt enable

.......

408

test 61

383
384
385
391

392
393

394
395

gg;

400
401
402
403
404
405
%
409

410
411
412
413

:ig
416
417

420
421
422
423
424

test 41

test 42
test 44
test 45

test 47

resettingLKS

ister test

serial line unit registers
C_
XCSR bit 7

RESET and XCSR<2!0>

.......

line clock interrupts

HOB on
HOB on
note 1.0

.......

yes

.......

.......
eeseses

.......

only done pass 1

not CACHE dep, APT bresk sensitive |
done once in APT
first pass only

test 51
test 52
test 53
test 54
test 55
test 56
test 57

done once in APT
.......
interrupt priority for SLU
only once
done
.......
Break condition @
once in APT
done
.......
=
ion
overrun condit
on
HOB
.......
=
LED'S on test @
pass 1
than
other
APT,
mode,
chain
done
not
MEMORY mapping
.
.......
=
test
abort
on
uron?‘g
HOB disabled
yes
PARITY in standalone
DMA

test 60

DMA write hit cycles

test 62
test 63
test 64
test 65

DMA tag parity w/o standalone

yes

different levels of interrupts
Arbitration bet PIRG interrupt
power down test
arbitration between interrupt levels

|
not UFD, only if Q22BE found
not UFD, only if Q228E found
not UFD, only if Q228E found
not UFD, only if Q22BE found

not UFD, only if two Q22BE found
yes
PMG counter
test 66
es of july 1984, this is the list of subtests, any added subtests will require
editing of

this list....

is set
and then only if bit 12EEROM
be run in first
note 1. This test will. only
the
in
hing
everyt
Y
uilg DESTRO ary boots. and local
in the SWR... Rmry\i this test
... UFD area, second
except the first 109 allbytes...
running this test.
be restored after
need toadjuste
language area’'s would must
d accordingly when running under
be
The first pass run time

iK1
COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30 Page 11
10.
Version

SEQ 0010

PROGRAM UPDATES AND MODIFICATIONS

Howard L. Marshall
2-22-85
COKDADO
by Howard L. Marshall - denoted by "$$$"
1. Changes made
in comment lines of added or changed code, as of 2-22-85
Added subroutine "DETFPA” (determine floating point accelerator)
This subroutine is called just prior to the error macro for all
floating point errors. This subroutine prints 1 of 2 possible
error messages. they are:

A.) ERROR DETECTED IN FLOATING POINT ACCELERATOR CHIP.

B.) ERROR DETECTED IN J11 FLOATING POINT PROCESSOR.
ge is
Ofthezwoveerrormom . the error messathat
bit 8,
flag,
"FPA"
the
of
state
by
ed
determin
printed is
the
if
1
a
to
set
is
bit
this
register.
nce
maintena
the
in
floating poini accelerator chip is installed in the cpu board.
Otherwise, the bit is cleared which indicates that the

floating point accelertor chip is not installed. Based solely
if
on this determination, it is logical to assume that most
FPA

not all floating

to the
point errors can be attributedg point
processor

d.\ig.if the “FPA" bit is set or to the floatin
within the jl1 if the "FPA” bit is cleared.

Howard L. Marshall
13-MAY-85
by "$$$"
l - denoted
Marshal
L.
s
Howard
made byge
Chan
which used number
#1)
(test
Tests
MMU
22-Bit
in
Corrected error
word of RAM
157776 as virtual address_intended to address lastconjunc
tion
. This virtual address in
just below the I/0
l
in KPARG .ctu.ll; maps to physica
with a value of 1

Version COKDAEO

address 17767776 which is at 2046K (half-

into

1/om.

with
Changed thet virtual address to 147776 which when used76 which
177577
s
addres
al
asbove value in KPAR6, maps to physic
is in the 2044K page, the last non I/0 page address.

this test to
Modified test #53, Overrun condition test to allow
mini:t'thc
ing
igtm
al
termin
unoh
work -+ rly maé‘th;ooc
rom:
mum

baud rate,

#150000 to #175000.

Version COKDAFO

baud. Changed wait

21-Mar-86

Jeffrey P. Belanger (JPB)

error in
The latest version of the DCJ11-AB chip exposed anwith
the
ter
the diagnostic while testing a certain parame
the
ts
correc
n
ASH and ASHC instructions. This versio
problem. The contents of the following locations were
changed from 177737 to 177761:
26506,27262, and 27516

;

This allows both processors to bz tested without errors.

COKDAFO KDJ11-B CLUSTER DIAG.
490
491
492

167400
000300

MACRO V0S5.03 Friday 28-Mar-86 13:30 Page 12

.TITLE

SEQ 0011

$SWR=167400
$ SWRMK =300

COKDAFO KDJ11-B CLUSTER DIAG.

;*COPYRIGHT (C) MAR 86
;*DIGITAL EQUIPMENT CORP.
;*MAYNARD, MASS. 01754
¥

;#PROGRAM BY DIAG. ENG.

USING THE PDP-11 MAINDEC SYSMAC
:tTHIS PROGRAM WAS ASSEMBLEDC8),
OCT, 1982.
£

z:PACKAGE (MAINDEC-11-DZQAC-

493

000001

$TN=1

.SBTTL

OPERATIONAL SWITCH SETTINGS

SWITCH

i+
i
i*
i

i*
495
497

i*
i*

15
14
13
11

9
8

USE

250

LOOP ON ERROR
LOOP ON TEST IN SWR<5:0>

DO EXTENSIVE DATA RAM TEST

DO _EXTENSIVE TAG RAM TEST

&0‘

177572

#KT11 STATUS REGISTER ADDRESSES

SR1=
SR2=
SR3=

177574
177576
172516

;#USER “I" PAGE DESCRIPTOR REGISTERS

UIPDRO= 177600

UIPDR1= 177602
UIPDR2=
UIPDR3= 177606

UIPDR4= 177610
UIPDRS= 177612
UVIPDR6= 177614
VIPDR7=

;#USER “D" PAGE DESCRIPTOR REGISTORS

UDPDRO= 1
UDPDR1=
UDPDR2= 177624
UDPDR3= 177626

UDPDR4=
UDPDRS=
UDPDR6=
UDPDR7=

177630
177632
177634
177636

UIPARO=
UIPAR1=
UIPAR2=
UIPAR3=

177640
177642
177644
177646

BELL ON ERROR

.SBTTL MEMORY MANAGEMENT DEFINITIONS
;#KT11 VECTOR ADDRESS

MMVEC=

HALT ON ERROR
LOOP ON TEST
INHIBIT ERROR TYPEOUTS
INHIBIT ITERATIONS

;#USER "I" PAGE ADDRESS REGISTERS

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30 Page 12-1

MEMORY MANAGEMENT DEFINITIONS

172200
172202
172204
172206
172210
172212
172214
172216

UIPAR4= 177650
UIPARS= 177652
UIPAR6= 177654
UIPAR7= 177656
;#USER “D" PAGE ADDRESS REGISTERS
UDPARO= 177660
UDPAR1= 177662
UDPAR2= 177664
UDPAR3= 177666
UDPAR4= 177670
UDPARS= 177672
UDPAR6= 177674
UDPAR7= 177676
gtSlPERVIS(R »I* PAGE DESCRIPTOR REGISTERS
IPDRO= 172200
SIPDR1= 172202
SIPDR2= 172204
SIPDR3= 172206
SIPDR4= 172210
SIPDRS= 172212
SIPDR6= 172214
SIPDR7= 172216

172222
172224
172226
172230
172232
172234
172236

SDPDR1= 172222
SDPDR2= 172224
SDPDR3= 172226
SDPDR4= 172230
SDPDRS= 1
SDPDR6= 172234
SDPDR7= 172236

177650
177652
177654
177656
177660
177662
177664
177666
177670
177672
177674
177676

172220

*SUPERVISOR “D" PAGE DESCRIPTOR REGISTERS

§omao~ 172220

g.su'eavxsm “I* PAGE ADDRESS REGISTERS

172260
172262
172264
7
172270
172272
172274
172276

IPARO= 172240
SIPAR1= 1
SIPAR2= 172244
SIPAR3= 172246
SIPAR4= 172250
SIPARS= 172252
SIPAR6= 172254
SIPAR7= 172256
éagwamsoa "D* PAGE ADDRESS REGISTERS
ARO= 172260
SDPAR1= 172262
SDPAR2= 172264
SDPAR3= 172266
SDPAR4= 172270
SDPARS= 172272
SDPAR6= 172274
SDPAR7= 172276

172300
172302
172304
172306
172310
172312
172314

KIPDRO= 172300
KIPDR1= 172302
KIPDR2= 172304
KIPDR3= 172306
KIPDR4= 172310
KIPDRS= 172312
KIPDR6= 172314

172240
172242
172244
172246
172250
172252
172254
172256

;#KERNEL “I" PAGE DESCRIPTOR REGISTERS

SEQ 0012

COXDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30 Page 12-2

MEMORY MANAGEMENT DEFINITIONS

172316

KIPDR7= 172316
SKERNEL “D* PAGE DESCRIPTOR REGISTERS

17533

KDPDR7= 172336
KERNEL “I" PAGE ADDRESS REGISTERS

172320
175350
175354
17239
175330
175332
175334
172340
175342
179344
175346
172350
175352
175354
175356
172360
175362
172364
172366
498

17370
175372
175374
175376

001100
104000
000004
000011
000012
000015
000200
177776
177776
177774
177772
177570
177570

KDPDRO= 172320
KDPDR1- 172322
KDPDR2= 172324
KDPDRS= 172326
KDPDR4= 172330
KDPDRS= 172332
KDPDRG= 172334

KIPARO= 172340
KIPARL= 172342
KIPAR2= 172344
KIPARS= 172346
KIPAR4= 172350
KIPARS= 172352
KIPARG= 172334
KIPAR7= 172356
"#KERNEL D" PAGE ADDRESS REGISTERS
KDPARO= 172360
KDPAR1= 172362
KDPAR2= 172364
KDPAR3= 172366
KDPAR&= 172370
KDPARS= 172372
KDPARG= 172374
KDPAR7= 172376

"SBTTL BASIC DEFINITIONS
TACK= 1100
. sBASIC DEFINITION OF ERROR CALL
ERROR= EMT
P IBASIC DEFINITION OF SCOPE CALL
SCOPE= IOT
> sMISCELLANEOUS DEFINITIONS
L sCODE FOR HORIZONTAL TAB
11
W=
' *CODE FOR LINE FEED
12
LFe
FOR CARRIAGE RETURN
:'CODE
15
CR=
FOR CARRIAGE RETURN-LINE FEED
PiEODE
200
CRLF=
R STATUS WORD
PROCESSO
'
177776
ps=
PS
PoW=
+sSTACK LIMIT REGISTER
STKLMT= 177774
i 3ROCRAM INTERRUPT REQUEST REGISTER
PIRG= 177772
' HARDWARE SWITCH REGISTER
DSWR= 177570

{$INITIAL ADGRESS OF THE STACK POINTER 4+ 1100 sve

DDISP= 177570

J4GENERAL PLRPOSE REGISTER

%1
%2
3
w4

HARDWARE DISPLAY REGISTER
DEFINITIONS

- :GENERAL REGISTER

| GENERAL REGISTER
i GENERAL REGISTER
} i CENERAL REGISTER
| GENERAL REGISTER

000001
000003
000004

RI=
R2=
R3=
Ra=

000007
000006
000007
000000

i CENERAL REGISTER
%1
R1=
$¥STACK POINTER
%6
SP=
PROGRAM
w7
PC=
ONS
44PRIORITY LEVEL DEFINITIsPRIORIT
Y LEVEL 0
e

RS=
Re=

#5
%6

*GENERAL REGISTER
# {GENERAL REGISTER

SEQ 0013

.
e

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 12-3

BASIC DEFINITIONS

PR5=
PR6=

PR7=

140
200

240
300

340

*"SWITCH REGISTER"

15=
SWi4=
SWi3=
SWi2=

100000
40000
20000
10000

SW9=
SW8=
SW7=
SWe=
SW5=
SW4=
SW3=
SWe=

SW09
SW08
SWO7
SWo6
SWO5
SW04
SWo3
SW02

SWil=
SW10=
SW09=
SW08=
SWO07=
SWo6=
SWOS=
SWo4=
SWo3=
SWo2=
SWo1=
SW0o=

SHI'

; ;PRIORITY LEVEL 1

PRIWITY LEVEL 2
:PRIMITY LEVEL 3
;PRIORITY LEVEL 4

;PRIORITY LEVEL 5
Bl bd

PR3=
PR4=

100

; sPRIORITY LEVEL 6

PRIMITY LEVEL 7
sunéH DEFINITIONS

4000
2000
1000
400
200
100
40
20
10
4
2
1

SWo1

SWOO

lll)ATA BIT DEFINITIONS (BITOO TO BIT1S)

1
8IT15=
BIT14=
BIT13=
BIT12BIT11~

§§§

100000
040000
020000
010000
004000
002000
001000
000400
000200
000100
000040
000020
000010
000004
000002
000001
001000
000400
000200
000100
000040
000020
04,0010

PR1=

PR2=

10000

“~esRsgYSi

000040
000100
000140
000200
000240
000300
000340

BITO9
BIT08
BITO7

BITOS
BITO4

S I T

BN SRR

SEQ 0014

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V0S5.03 Friday 28-Mar-86 13:30 Page 12-4

SEQ 0015

BASIC DEFINITIONS
BIT3=
BITe=
BITi=
BITO=

000010

000001

BITO3
BITO2
BITO01
BITOO

;#BASIC “CPU” TRAP VECTOR ADDRESSES
;s TIME OUT AND OTHER ERRORS
ERRVEC= 4
; ;RESERVED AND ILLEGAL INSTRUCTIONS
RESVEC= 10
TBITVEC=14
TRTVEC= 14

:3"T" BIT
: sTRACE TRAP

PWRVEC= 24

: ;POWER FAIL

; ;BREAKPOINT TRAP (BPT)
: s INPUT/0UTPUT TRAP (IOT) #+SCOPEs#+

BPTVEC= 14
IOTVEC= 20

: ;EMULATOR TRAP (EMT) #+ERROR#**

EMTVEC= 30

:: "TRAP" TRAP
;3 TTY KEYBOARD VECTOR
;;TTY PRINTER VECTOR

TRAPVEC=34
TKVEC= 60
TPVEC= 64

i;PR(ERM INTERRUPT REQUEST VECTOR

PIRQVEC=240
.SBTTL

;FLAG FOR UFD

TRsP CATCHER

;#ALL UNUSED LOCATIONS FROM 4 - 776 CONTAIN A “.+2 HALT”
; #*SEQUENCE TO CATCH ILLEGAL TRAPS AND INTERRUPTS VECTORS
:#LOCATION O CONTAINS O TO CATCH IMPROPERLY LOADED
.=174
; ;SOFTWARE DISPLAY REGISTER
DISPREG: .WORD O
; s SOFTWARE SWITCH REGISTER
©
.WORD
SWREG:

000174

005037
000137
000220
012737
000137

UFDSET=

001160
004024

000777

004024

001160

.=220

CLR
JHP
MOV

$TMPO
SSTART
#777,4TMPO

@OSTART

.SBTTL ACT11 HOOKS
§ RRRARRRERRRARR SRR KRR ARRRRRRRRRRRRRRRERERRRRLERRERES
;HOOKS REQUIRED BY ACT11

:SAVE PC

$SVPC=.
--

;31)SET LOC.46 TO ADDRESS OF $ENDAD IN .$EOP

i%m

:32)SET LOC.52 TO ZERO

JMORD

‘354"

26T POMER FAIL T0 POINT TO START OF PROGRAM

i: RESTORE PC
" =$SVPC
_SBTTL APT PARAMETER BLOCK
H ‘.“““‘.‘.‘..““‘.“““.‘.‘.“‘..‘.“‘““.““..‘.‘...““
APT
44 AS REQUIRED FOR “‘..
PET LOCATIONS 24 AND
‘....“‘.‘..““
.“.“
““.‘
.“““
.“.‘
$ 3""‘“‘.““““.
33SAVE CURRENT LOCATION
“ix=.
500

"84

IFOR APT START UP

| IPOINT T0 APT INDIRECT ADDRESS PNTR.

$APTHOR . JPOINT TO APT HEADER BLOCK
1 IRESET LOCATION COUNTER
"e $X
F .“““““““‘.“““.““‘...‘“‘.‘..‘.“.““““.‘.““.“

000232
000232

ST PARAMETER BLOCK AS DEFINED IN THE APT-PDP11 DIAGNOSTIC

{INTERFACE SPEC.

$HIBTS: .WORD

. ;TWO HIGH BITS OF 18 BIT MAILBOX ADOR.

COKDAFO KDJ11-B CLUSTER DIAG.
|

APT PARAMETER BLOCK

000234 001200

000236 000000

000240 000000
000242 000000

000244 000052

MACRO V0S.03 Friday 28-Mar-86 13:30 Page 12-5

$MBADR: .WORD

$TSTM:

.WORD

$PASTM: .WORD
$UNITM: .WORD

.WORD

$MAIL

;;ADDRESS OF APT MAILBOX (BITS 0-15)
:sRUN TIM OF LONGEST TEST

SEQ 0016

ON 1 UNIT (QUICK VERIFY)
;3RUN TIME IN SECS. OF 1ST PASS
OF A PASS FOR EACH ADDITIONAL UNIT
“ADDITIM RUN TIME (SECS)
-ETABLE(WORDS)

$ETEND-$MAIL/2 ;;LENGTH MAILBOX

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30 Page 13

COMMON TAGS

.SBTTL

510

COMMON TAGS

H 30‘“““tt.‘t“‘.“‘“t‘.‘t“‘t“tt“‘t‘ttt‘.t‘t‘ttt‘.‘“tt.tt‘

{4THIS TABLE CONTAINS VARIOUS COMMON STORAGE LOCATIONS

001100

:#USED IN THE PROGRAM.

001100

$CMTAG:

001100 000000

001102
001103
001104
001106
001110
001112
001114
001
001116
001120
001122
001124
001126
001130
001132
001134
001135
001136
001140
001142

.=1100

LMORD

$TSTNM: .BYTE O
$ERFLG: .BYTE O
$ICNT: .WORD O
$LPADR: .WORD O
$LPERR: .MORD O
$ERTTL: .WORD O
$ITEMB: .BYTE O
$ERMAX: .BYTE 1
$ERRPC: .WORD O
$GDADR: .WORD O
$BDADR: .WORD O
$GDDAT: .WORD O
$BDDAT: .WORD O
'WORD O
O
MORD
$AUTOB: .BYTE O
$INTAG: .BYTE O
©
"WORD
.WORD DSWR
SWR:
DISPLAY: .MORD DDISP

000
000
000000
000000
000000
000000
000
001
000000
000000
000000
000000
000000
000000
000000
000
000
000000
177570
177570

$TKS:
$TKB:

001144 177560
001146 177562

177560
177562

001150 177564
001152 177566
000
001154

$TPS: 177564
$TPB: 177566
$NULL: .BYTE ¢

000002
001160 000000
001162 000000
001164 000000

.REPT 2
§TMPO: .MORD
$TMP1: .MORD
$TIMES: O

001155
001156
001157

001166 000000

88&;«3)

5&7)

001174
001175

077
015

001176

001200

$FILLS: .8YTE
$FILLC: .BYTE
$TPFLG: .BYTE

002
012
000

012

001200 000000
001202 000000
001204 000000
001206 000000
001210 000000
001212 000000
001214 000000

377

000

377

$ESCAPE : 0
$BELL:

$QUES:
$CRLF:

$LF:

2
12
O
O
O

:;START OF COMMON TAGS

: ;CONTAINS THE TEST NUMBER
: ;CONTAINS ERROR FLAG
: :CONTAINS SUBTEST ITERATION COUNT
: :CONTAINS SCOPE LOOP ADDRESS
: :CONTAINS SCOPE RETURN FOR ERRORS
: :CONTAINS TOTAL ERRORS DETECTED
: ;CONTAINS ITEM CONTROL BYTE
: ;CONTAINS MAX., ERRORS PER TEST
: ;:CONTAINS PC OF LAST ERROR INSTRUCTION
: :CONTAINS ADDRESS OF 'GOOD’' DATA
: :CONTAINS ADDRESS OF ‘BAD’' DATA
: ;CONTAINS 'GOOD’' DATA
: ;CONTAINS ‘BAD’ DATA
: :RESERVED--NOT TO BE USED
; ;AUTOMATIC MODE INDICATOR
: s INTERRUPT MODE INDICATOR
; ;ADDRESS OF SWITCH REGISTER
: ;ADDRESS OF DISPLAY REGISTER
::TTY KBD STATUS
::TTY KBD BUFFER

::TTY PRINTER STATUS REG. ADDRESS
::TTY PRINTER BUFFER REG. ADDRESS
: ;CONTAINS NULL CHARACTER FOR FILLS

D
: :CONTAINS @ OF FILLER CHARACTERS REQUIRE
FEED”
"LINE
A
AFTER
CHARS.
FILL
: :INSERT
:: "TERMINAL AVAILABLE" FLAG (BIT<07>=0=YES)
; sUSER DEFINED
: ;USER DEFINED
:;MAX. NUMBER OF ITERATIONS

: ;ESCAPE ON ERROR ADDRESS

.ASCIZ <207><377><377> ;;CODE FOR BELL

.ASCII /2/
.ASCII <15>

.ASCIZ <12>

: ;QUESTION MARK
: ;CARRIAGE RETURN

: iLINE

33 “.““t‘t‘.“‘.“.t“O.t“.t‘t#t‘t“..“t.‘.ttt‘ttt‘ttttt‘t‘tt
"SBTTL APT MAILBOX-ETABLE
H “t‘t“‘tt“tt‘tt“.tl#.“t‘tt“t“““‘ltt“t‘t“tttt“.‘tt‘t‘

$MAIL :

$MSGTY: .WORD
SFATAL: .WORD
$TESTN: .WORD
$PASS: .WORD
$DEVCT: .WORD
SUNIT: .WORD
SMSGAD: .WORD

; sAPT MAILBOX

AMSGTY
AFATAL
ATESTN

;;MESSAGE TYPE CODE
;;FATAL ERROR NUMBER
;;TEST NUMBER

AUNIT
AMSGAD

;:I/0 UNIT NUMBER
;:;MESSAGE ADDRESS

APASS
ADEVCT

;;PASS COUNT
;;:DEVICE COUNT

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V0S5.03 Friday 28-Mar-86 13:30 Page 13-1

SEQ 0018

APT MAILBOX-ETABLE

001216 000000

001220
001220
001221

000
000

001222 000000
001224 000000
001226 000000

$MSGLG: .WORD

$ETABLE:
$ENV: .BYTE
$ENVM: .BYTE

$SWREG: .WORD
$USWR: .WORD
$CPUOP: .WORD
%

001230

001231

000

AENV
AENVM
ASWREG

AUSWR
ACPUOP

; ;MESSAGE _LENGTH
: :APT_ENVIRONMENT TABLE
: sENVIRONMENT BYTE

: ;ENVIRONMENT MODE BITS
: ;APT SWITCH REGISTER
: {USER SWITCHES

éicpu TYPE , OPTIONS

TS 15-11=CPU TYPE

40=045
,11/45=0
11/04=01,11/05=02,11/20=03,11/

11/70=06.PD@=07,@=10
BIT 10=REAL TIME CLOCK

H
]

000

AMSGLG

{MAMS1: .BYTE
k3

$MTYP1: .BYTE
¥
i *

BIT
BIT

9=FLOATING POINT PROCESSOR
8=MEMORY MANAGEMENT

: sHIGH ADDRESS,M.S. BYTE

: sMEM. TYPE,BLK®1

HEM.TYPE BYTE

001232 000000

001234

000

000
001235
001236 000000
000
001240
000
001241
001242 000000
000
001244
000
001245
001246
001250
001252
001254
001256
001260
001262
001264
001266

000000
000000
000000
000000
000000
000000
000000
000000
000000

001274
001276
001300

000000
000000
000000

001270

000000

001272 000000
001302
001304
001306
001310
001312
001314
001316
001320
001322

000000
000000
000000
000000
000000
000000
000000
000000
000000

$MADR1: .WORD

iMaMs2: .BYTE
*

$MTYP2: .BYTE
$MAMS3: .BYTE
$MTYP3: .BYTE
$MADR3: .WORD
$MAMSA: .BYTE
$MTYP4: .BYTE

$MADR2: .WORD

$MADRS:
$VECT1:
$VECT2:
$BASE:
$DEVM:
$COM1:
$COM2:
$DDWO:
$ODW1:

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

$DOM4:
$DDWS:
$0DW6:

.
.WORD
.WORD

$DDM2:

-- (HIGH BYTE)

900 NSEC CORE=001
300 NSEC BIPOLAR=002
500 NSEC M0S=003

; sHIGH ADDRESS,BLK#1

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

; sHIGH ADDRESS,M.S. BYTE

2
.
,BLK#
EM
: sMTYPE
: sMEM.LAST ADDRESS,BLK#2
; ;HIGH ADDRESS,M.S.BYTE

#3
,BLK.
EM
: sMTYPE

: sMEM.LAST ADDRESS,BLK#3
HIGH

4
.
, BLK#
EM
: :MTYPE

; s MEM.

ADDRESS,

BLK#4

: : INTERRUPT VECTOR®1,BUS PRIORITY#1

INTERRUPT VECTOR#28US

PRIORITY#2

.WORD

$DDW3 : %
$00'7:
$DDW8:
$DDW9:
$DDW10:
$0DW11:
$DDW12:
$DDW13:
$DDW14:
$DDW15:

$SETEND:

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

CE DESCRIP

: 1DEVICE DESCRIPTOR WORD#11

ICE DE

: 1DEVICE DESCRIPTOR WORD#13
: DEVICE DESCRIPTOR WORD#14
: 1DEVICE DESCRIPTOR WORD#1S

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30 Page 14

SEQ 0019

ERROR POINTER TABLE

.SBTTL

_ERROR POINTER TABLE

;#THIS TABLE CONTAINS THE INFORMATION FOR EACH ERROR THAT CAN OCCUR.

INDEX NUMBER FOUND IN
;#THE INFORMATION IS OBTAINED BY USING THEWHICH
ITEM IN THE TABLE IS PERTINENT.
S
INDICATE
:4LOCATION $ITEMB. THIS NUMBER
IS ($ERRPC).
;#NOTEL:
; *NOTE2:
EM
i

i
i
i

$ERRTB:

DH
DT
DF

IF $ITEMB IS O THE ONLY PERTINENT DATA
EACH ITEM IN THE TABLE CONTAINS 4 POINTERS EXPLAINED AS FOLLOWS:
; sPOINTS TO THE ERROR MESSAGE
:sPOINTS TO THE DATA HEADER
; sPOINTS TO THE DATA
; ;sPOINTS TO THE DATA FORMAT

.SBTTL ERROR DEFINITIONS
;ITEM 1
;CPU ERROR
EM1
:TEST @, ERROR PC
DH1
DT1

;ITEM 2

;ITEM 3

;ITEM 4

;ITEM S

;ITEM 6

;ITEM 7

; $THP1, $ERRPC

EM2
DH1
DT1
0

;MMU_ERROR
; TEST #, ERROR PC
: $TMP1, $ERRPC

EM3
DH1
DT1
0

;FPP ERROR
:TEST @, ERROR PC

: $THP1, $ERRPC

;ERROR IN READ-WRITE BITS OF CCR

EM4
DH4
DT4

:TEST @, PC, EXPECTED DATA, RECEIVED DATA

EMS
DHS
DTS
0

iTEST @, PC, HIT/MISS, DATA IN CACHE, DATA IN MEMORY

EM6
DHS
DTS
0

EM7
DH7
D17
0

;ITEM 10

EM10
DH7
D17

;ITEM 11

EM11
DH7

: $TMP1, $ERRPC,R1,CCR

;FORCE MISS WRITES TO CACHE

:$TMP1, $ERRPC, R2, R1, $GDDAT

;FORCE MISS WRITE INVALIDATES CACHE

iTEST @, PC, HIT/MISS, DATA IN CACHE, DATA IN MEMORY

1 $TMP1, $ERRPC, R2, R1, $GDDAT
;UNEXPECTED PARITY INTERRUPT

:TEST #, PC, ADDRESS ACCESSED, MSER

: $TMP1, $ERRPC, $BDADR, MSER
;TAG PARITY ERROR

:TEST #, PC,

ADDRESS ACCESSED, MSER

: $TMP1, $ERRPC, $BDADR, MSER
;:DATA PARITY ERROR

;TEST @, PC, ADDRESS ACCESSED, MSER

r——

COKDAFO KDJII B CLUSTER DIAG.

MACKO V05.03 Friday 28-Mar-86 13:30 Page 14-1

ERROR WINITIU‘S
557 001430
558 001432

136062
000000

127317
135032
136062

000000

127345
135032
136062
000000

57
575 001464
576 001466
577 001470

127374
134646
136074
000000
127417
134733

581 001476
582 001500
583 001502

127453
134733

590 001514
591 001516

59§ 001520
593 001522
594
595 001524
596 001526

EM12

DH7
D17
0

;ITEM 13

EM13
DH7
DT7
0

;ITEM 14

EM1
DH4
DT14
0

;ITEM 1S

EM1S
DH5
DTS

;ITEM 16

DHS5
DTS
0

;ITEM 17

584

589

;ITEM 12

578 001472

3579
580 001474

8T7

136106
000000

DH4
D717
0

;ITEM 20

EM20
DH1
ng

;ITEM 21

EM21
DH1
gfl

;ITEM 22
1
T1

:ITEM 23
DT5

:ITEM 24

613 001562

SEQ 0020

, MSER
: $TMP1, $ERRPC, $BDADR

sLOW ane PARITY ERROR

ADDRESS ACCESSED, MSER

;$TMPL, isna#c.ssom MSER

;TEST @

;HIGH BYTE PARITY ERROR
sTEST #. PC, ADDRESS ACCESSED, MSER

1, $ERRPC, $BDADR, MSER

ED DATA, RECEIVED DATA
ERROR OATe PEYPECT
1 ERRBC SGOBAT TSTLOE
;FORCE nxss READS FROM CACHE

u:muss. DATA IN CACHE, DATA IN MEMORY

:TEST *

imfic R2,R1, $GDDAT

;FORCE m"s READS FROM CACHE AND MISS

HIT/HISS. DATA IN CACHE, DATA IN MEMORY

;TEST @

. $GDDAT

;om1.3em§c

;ERROR m RECORDING HITS IN HIT/MISS
EXPECTED DATA,

{TEST #

:om1.$mk $GDDAT,RECDAT

RECEIVED DATA

;uuresm»: ALLOCATES CACHE

smm.ism

&
;TEST

WRITE ane HIT DOES NOT RECORD HIT

sTEST ]

umx.impc

;BYTES REVERSED ON WRITE CYCLES

sTEnS'Y’ ¢,

sCMITIML BYPASS DOESN'T INVALIDATE CACHEIN MEMORY
HIT/MISS, DATA IN CACHE, DATA
TEST ¢

1 ieRRBC R2, R1. $GODAT

JHITS aecoaoeo AFTER FLUSHING CACHE
DT24

R OF HITS

NUMBE
1 $THPL, ieméc

iTEST @

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-2

ERROR DEFINITIONS
614
615 001564
616 001566
617 001570

618 001572
619
620 001574

130040
134621
136026
000000

;ITEM 25

;BYPASS DOESN’'T INVALIDATE CACHE

:TEST @, PC

: $TMP1, $ERRPC
;MSER DOES NOT CLEAR ON WRITE REFERENCE

:TEST @, PC

: $TMP1, $ERRPC

ERROR DON’THE%sg MISS
gegw

:mm imfic MSER,R3,0

629
630 001614

;PARITY moa DON’'T SET MSER WITH CCR<7>=0

: $TMP1, $ERRPC,nsek R3,0
zPARITY emoa IGNORED
@
;TEST

;$THPL, tempc

;PARITY moa IGNORED ON LOW BYTE

1 $THPL, iemc

;TEST &

;PARITY emoa IGNORED ON HIGH BYTE

aTEST ]

;om’x.imc

;PARITY mr LOGIC DOESN'T WORK

um’..iempc

;TEST @

T PROPERLY
;MSER NOT se

iTEST @
658 001672
659
660 001674

EXPECTED DATA, RECEIVED DATA

$THPL, ieanpc seoon MSER, 0

:PARITY INTEWT DOESN'T WORK

0‘
TEST

sNXM_AND mmv ABORT DIN'T HAPPEN

sTEST #

1 $THPL, iempc

669
670 001714

;PARITY ABORT NOT BLOCKED BY NXM TRAP

SEQ 0021

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30 Page 14-3

SEQ 0022

ERROR DEFINITIONS

672 001722

134621
136026
000000

675 001724
676 001726
677 001730
678 001732

130652
135214
136154
000000

680 001734
681 001736
682 001740
683 001742
684
685 001744
686 001746
687 001750
688 001752

130736
134621
136026

671 001716
672 001720
67

679

689

:TEST #, PC,

131055
134621
136026
000000

700 001774
701 001776

131137
135365
136200

;ERROR IN PARITY LOGIC
;TEST #, PC

;: $TMP1, $ERRPC

;ERROR IN CACHE DATA RAMS

;TEST #, PC, EXPECTED DATA, RECEIVED DATA, CACHE LOCATION
; $TMP1, $ERRPC,R1,RECDAT, $BDADR

;ERROR IN NXM IN STANDALONE MODE
;TEST &, PC

; $TMP1, $ERRPC

;HITS NOT RECORDED PROPERLY THRU HIT/MISS
;TEST #, PC

: $TMP1, SERRPC

;HIT RECORDED FOR A LOCATION NOT IN CACHE
:TEST @,

:TEST #,

LOCATION ACCESSED

;ERROR IN TAG STORE
#, PC, ADDRESS
:TEST

131314
135365
136212
000000

134621
136026

PC,

: $TMP1 , $ERRPC, KIPARG , $BDADR

000000

131427

LOCATION ACCESSED

;MISS RECORDED FOR A LOCATION THAT SHOULD BE IN CACHE

131227
135365
136200

131371
134646
136236
000000

PC,

: $TMP1, $ERRPC, KIPARG , $BDADR

000000

131337
134646
136224
000000

INSTRUCTION OPCODE

: $TMP1, $ERRPC, $BDDAT

000000

695 001764
696 001766
697 001770

698 001772
699

;MULTI-PROCESSOR HOOK INSTRUCTION DOESN'T CAUSE MISS

130764
135265
136164

131015
134621
136026
000000

: $TMP1, $ERRPC

000000

690 001754
691 001756
692 001760
693 001762
694

;TEST #,

,R
$BDAD
: $TMP1, $ERR1,PC

DH4
gTSl

;ITEM 52
8752

;ITEM 53

;ERROR PCR READ-WRITE

; TEST @

PC,

EXPEC

BITS

DATA, RECEIVED DATA

,
T ,PCR
PC
$GDDA
: $TMP1, $ERR

IN BCSR READ-WRITE BITS
;
:TEST @, PC, EXPECTED DATA, RECEIVED DATA

,R
T ,BCS
OC
$GDDA
: $TMP1 , $ERR

;RESET DOESN'T CLEAR BCSR<4>
DT1

A AL
RS S S
e T
T

;TEST #, PC
: $TMP1, SERRPC

COKDAFO KDJ11-8 CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-4

ERROR DEF INITIONS
728 002052

000000

730 002054
731 002056
732 002060
733 002062

131463
134621

729

734

;ITEM 54

EM54

DH1
ng

;ITEM S5

EMS5
DH1
ng

;ITEM 56
DH1
DTl
0

;ITEM 57

DH1
DTl
0

;ITEM 60

EM60
DH1
811

;ITEM 61

T
+ITEM 62

;CHECKSUM ERROR IN 16-BIT ROM

:TEST ¢, PC

: $THP1, $ERRPC

;CHCKSUM ERROR IN 8-BIT ROM

TEST ¢, PC

: $THP1, $ERRPC

; TIMEOUT neuom; LKS

;$THPL, lempc
;TEST #

;LKS<07> D(ES NOT BECOME 1

1$THPL, &enapc
;TEST #

;WRITE m DOESN’'T CLEAR LKS<07>

um1.iemc

;TEST #

;ILLEGAL LKS INTERRUPTS
;TEST #, PC

: $TMP1, $ERRPC

Paocsssoa INTERRUPTS DON'T CLEAR LKS<07>
oT1

;ITEM 63

iTEST @

nm1.ism¢c

;LKS READY DOESN'T GO LOW

:ITEM 64

;TEST #, PC

tOTFPl.‘ERRPC

;WRONG NUMBER OF LKS INTERRUPTS
DTl

;ITEM 65

:TEST #,

; $TMP1, $ERRPC
iLKS INTEWTS HAPPEN AT WRONG PRIORITY

D765

:ITEM 66

0‘ : PRIGITY
sTEST

;BCSR<12> DOES NOT DISABLES LKS
DTl

;ITEM 67

'TEST &, PC

: $TMP1, $ERRPC

SEQ 0023

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-5

SEQ 0024

ERROR DEFINITIONS
785 002204
786 002206
787 002210
788 002212
789
790 002214
791 002216

132200
134621
136026
000000

132235
134621
136026
000000

132266
134621
136026
000000
132322
135516
136154
000000
132360
134621
136026
000000

EM67
DH1
DT1
0

;ITEM 70

;ITEM 71

DH1
DT1
0

EM71
DH1
DT1
0

;ITEM 72

EM72

DH72
I'o)T41

;ITEM 73

;TEST &,

:$TMPL, $ERRPC
;RESET DOESN'T SET LKS<7>
;TEST #, PC
: $TMP1, $ERRPC

;RESET ooesm CLEAR LKS<06>
:TEST @

zom1.ieam

; TIMEOUT acnom; SLU REGISTERS
FAILED
'TEST #, PC, ADDRESS
: $TMP1, $ERRPC, $BDDAT
;XMIT READY DIDN'T GO LOW

DT1

;ITEM 74

;TEST &, PC

; $TMP1, $SERRPC
;RCSR DOESN'T BECOME 1

DT1

;ITEM 75
DH4
D175

;ITEM 76

TEST @,

| $THP1, SERRPC

;MRONG C-ARACTER RECEIVED
EXPECTED DATA,
;TEST @,

, $BDDAT
$GDDAT

: $TMP1, $EPRPC,

RECEIVED DATA

;RCSR<07> NOT CLEARED AFTER READING RBUF
DT1

;ITEM 77

T @, PC

i $THP1, JERRPC

;XCSR<07> NOT SET ON RESET

DT1

;ITEM 100
o7l

;ITEM 101

EM101
DH1
Tl
0

132661
134621

;BCSR<13> DOESN'T SET LKS<06>

;ITEM 102

EM102

TEST #,

| $THP1, ERRPC

NOT CLEARED ON RESET
sncsmov»

1 $THPL, impc

:TEST &

:SLU INTERR!PIS HAPPEN AT 4

umx.imc
;TEST @

;RESET DOES NOT CLEAR XCSR<6> AND RSCR<6>
;TEST @, PC

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-6

SEQ 0025

ERROR DEFINITIONS

8434 003342 00000
84

132743

845 002344

846

849

133016

851 002%: 134621
000000
835 003362 000000
850 002

854

855 002364
856 002366
857 002370

133066
135562
136304

8T1

;ITEM 103

EM103
DH1
DT1
0

;ITEM 104

EM104
DH1
DTl
0

;ITEM 105

EM105
DH105
DT105
0

inse
edl
002374 133141

;ITEM 106

i See 133217

;ITEM 107

860

861 002376
862 002400

135562
136304

865 002404
866 002406
867 002410
868 002412

134621
136026
000000

870 002414
871 002416
872 002420

133253
134621
136026

875 002424
876 002426
877 002430
g;g 002432

133315
134646
136272
000000

880 002434
881 002436
882 002440
ggz 002442

133373
135562
136304
000000

885 002444
886 002446
887 002450
ggg 002452

133456
135562
136304
000000

890 002454
891 002456
892 002460

133542
134621
136026

333 002462

000000

895 002464
896 002466
897 002470
898 002472

133563
135614
136314
000000

EM106
DH105
DT105
0

EM107
DH1
DT1
0

;ITEM 110

EM110
DH1
om1
0

;ITEM 111

EM111
DH4
gT?S

;ITEM 112

EM112
DH105
ngOS

;ITEM 113

EM113
DH105
DT105
0

;ITEM 114

EM114
DH1
oT1
0

;ITEM 115

EM115
DH115
87115

: $TMP1, $ERRPC

; TRANSMIT INTERRUPT DOES NOT CLEAR XCSR<07>
:TEST #,

; $TMP1, $ERRPC
;RECEIVE INTERRUPTS DON'T CLEAR RCSR<07>
;TEST @, PC
; $TMP1, $SERRPC

;BREAK CONDITION DOES NOT SET RBUF PROPERLY

;TEST #, PC, RBUF

; $TMP1, $ERRPC, RBUF

;RBUF WASN'T CLEARED ON NEXT CHAR.
:TEST &,

PC, RBUF

: $TMP1, $ERRPC, RBUF
:ERROR IN WRITING TO XCSR<0>
;TEST #,

: $TMP1, $ERRPC

;RESET DOES NOT CLEAR XCSR<00>
:TEST @, PC

: $TMP1, $ERRPC

;FIRST CHARACTER WAS NOT OVERRUN BY THE_SECOND

:TEST #, PC,

EXPECTED DATA,

: $TMP1, $ERRPC, $GDDAT, $BDDAT

RECEIVED DATA

;OVERRUN CONDITION DOES NOT SET PROPER BITS IN RBUF
:TEST ¢,

PC,

RBUF

: $TMP1, $ERRPC , RBUF
;RBUF WAS NOT CLEARED ON THE NEXT CHARACTER
;TEST #, PC, RBUF

; $TMP1, $ERRPC ,RBUF
;ERROR IN XCSR<2>
;TEST #, PC
: $TMP1, $ERRPC

;ERROR IN TAG STORE FROM STANDALONE MODE
:TEST @, PC, MSER, ADDRESS ACCESSED

: $TMP1, $ERRPC, $BDDAT , KIPAR6, $BDADR

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-7

SEQ 0026

ERROR DEFINITIONS

133633
134621

[

900 002474
901 002476

905 002504
906 002506

002512

000000

907 002510 136026

133714
134621

i e 1y
o e
915 002524
916 002526
917 002530
918 002532

134025
134621
136026
000000

920 002534
36
921

134123
134621

919

922

136026

Se
QS
925 002544 134151

3%6 002546

134621

928 002552

000000

002554

134203

7 002550

930

136026

1ietae
53 005588 000000
93‘ w

;ITEM 116

EM116
DH1
811

:DMA TAG PARITY DOES NOT SET MSER<4>
.TEST #, PC
: $TMP1, $ERRPC

;ITEM 117

;MSER<13>NOT SET IN STANDALONE MODE
:TEST #, PC
: $TMP1, $ERRPC

;ITEM 120

;DMA unm»: HITS DON'T INVALIDATE CACHE

EM117
DH1
gu

EM120

DH1

;ITEM 121

EM121
DH1
gu

;ITEM 122

EM122

DH1

;ITEM 123

EM123

DH1

;ITEM 124

EM124
DH1

;ITEM 125

EM125

DH1

;ITEM 126

EM126

DH1

;ITEM 127

EM127
DH1

;ITEM 130

EM130

DT130
0

DH1

;ITEM 131

EM131

;TEST #

; $TMPL, %Eanpc

:IN BLOCK MODE ON WRITE DMA HITS NOT EVERYTHING IS INVALIDATED
:TEST #, PC

: $TMP1, $ERRPC

;READ onA HIT IS MESSED UP
#

;TEST
%Eanpc
;$THPL,

;ERROR m DMA CYCLES FROM Q22BE
;TEST #

;smu.iempc

;PIRQ menams DON'T TAKE PRIORITY OVER @ BUS INTERRUPTS
;resr

TMPL, imc

mmmm»maoccm

iTEST @

mm.ienapc

;ERROR m INTERRUPTS FROM Q22BE

iTEST#

;mm iennpc

:eaam IN PMG COUNTER
;TEST @, PC

: $TMP1, $ERRPC

;uexvecreo TIMEOUT
s TEST
5£mpc
;$THPL,

;ERROR WRITING TO LKS<6>

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30 Page 14-8

SEQ 0027

ERROR DEFINITIONS
956 002626
957 002630
958 002632
959
960 002634
961 002636
962 002640
963 002642
964

;TEST #,

134621
136026
000020

; $THP1, $ERRPC
;MAINTENANCE REGISTER ERROR

134510
134621
136026
000000

;:TEST &,

: $TMP1, $ERRPC
: EEROM TYPE ERROR
:TEST @, PC

965 002644
966 002646
967 002650

: $TMP1, $ERRPC

369 20262

; ERROM WRITE/READ ERROR

:TEST #, PC,

ERROR COUNT, PATTERN, DATA READ, ADDRESS

: $TMP1, SERRPC, $ TMPO, RS, $BDDAT, $BDADR

.SBTTL

GLOBAL VARIABLES AND REGISTER NAMES

;REGISTERS FOR THE FIRST Q22BE
.WORD
.WORD
LWORD

O
O
O

.WORD
DATA:
.WORD
V@BE1:
.WORD
VAGPR1:
SIMGOA: .WORD

O
O
O
O

CSR1:
CSR2:
BA:

WC:

.WORD

;CONTROL/STATUS REGISTER 2
;DMA_ADDRESS FOR Q22BE

;WORD COUNT REGISTER
;DMA _DATA FOR Q22BE
;ADDRESS OF VECTOR FOR Q22BE
;PRIORITY
;STMULTANEUOS GO ADDRESS REGISTER

tl:éifl(il&‘flifl&i FOR THE SECOND Q228BE
O
.WORD
12:
O
.WORD
CSR22:

BA2:
WC2:

DATA2:
V@BE2:
VQPR2:

WORD
LWORD

.WORD
.WORD
.WORD

.WORD
BLKW
TIMOUT: .WORD

O
15.
O

000006

Q22EN:

.WORD

BCR=
BDR=
BCSR=
CCR=
HITMIS=

;CONTROL REGISTER 1 FOR Q22BE
;CONTROL/STATUS REGISTER 2
;DMA_ADDRESS FOR Q22BE
;WORD COUNT REGISTER

;:DMA DATA FOR Q228E
;ADDRESS OF VECTOR FOR Q22BE

O
O
O
O
O
O
O

TEMP:

000012

O
O

.WORD
LKSFL:
ACTCHS: .WORD
SAVPCR: .WORD
.WORD
SAVBR:

;CONTROL REGISTER 1 FOR Q228E

+PRIORITY

;ACTUAL CHECKSUM

;RESERVED FOR BLOCK MODE TRANSFER
;PRIORITY 7-4 FOR Q22BE

177524
177520

;BOOT/DIAGNOSTICS CONFIGURATION

;B00T/DIAGNOSTICS DISPLAY
:B0OT/DIAGNOSTICS STATUS
;CACHE CONTROL REGISTER

;HIT OR MISS REGISTER

COKDAFO KDJ11-8 CLUSTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30 Page 14-9

GLOBAL VARIABLES AND REGISTER NAMES
K

177734
177546
177750
177744
177522
177772
177562
177560
177566
177564

1012

1013
1014

1015
1016
1017

177734

;UNIBUS CONFIGURATION REGISTER

177772
177562

;PROGRAM INTERRUPT REQUEST
;RECEIVER DATA BUFFER

Lno=
MAIREG=
MSER=
PCR=

177546
177750
177744
177522

RCSR=
XBUF =
XCSR=

177560
177566
177564

PIR=
RBUF =

177766

CPEREG=

177766

MMRO=SRO
MMR1=SR1
MMR2=SR2
MMR3=SR3

177572
177574
177576
172516
120001
000000

SEQ 0028

m- 120001

;CLOCK STATUS REGISTER
;MAINTENANCE REGISTER
;MEMORY SYSTEM ERROR
;PAGE_CONTROL REGISTER

;RECEIVER STATUS REGISTER
; TRANSMITTER DATA BUFFER
; TRANSMITTER STATUS REGISTER
;CPU ERROR REGISTER
;MEMORY MANAGEMENT REG. 0
;MEMORY MANAGEMENT REG. 1
;MEMORY MANAGEMENT REG. 2
;MEMORY MANAGEMENT REG. 3

GLOBAL DATA SECTION

.SBTTL
e

; THE GLOBAL DATA SECTION CONTAINS DATA THAT ARE USED
; IN MORE THAN ONE TEST.

VECTOR DATA
;THESE LOCATIONS ARE USED IN MORE THAN ONE TEST TO STOREDIFFERE
NTLY
;WHEN THE TEST NEEDS TO HAVE AN ERROR CONDITION RESPOND
: .MORD

FLOAT:

SPSJ:
BTEXP:
BTRES:
COUNT :

POLPOOOLLOOOOOOOOOOOO0OO

SAVSWR :

SAVMR1: .
$

FLAG:
CCHPAS::
EEPAS:
SAVSUP :
SAVUSE :
SAVMRO: .

28%:885553333338338838

WORKING DATA.
;THESE LOCATIONS ARE USED IN MORE THAN ONE TEST TO STORE
TESTS
RAM
FOR
ADDRESS
LOW
;STORES
LOWADD: .
RAM TESTS

1044
1045

003012
003014

1
1043

;FROM THE DEFAULT RESPONCE.

SLOCOO: .WORD

;:STORES GOOD ADDRESS FOR
; CONTAINS TOTAL NO. OF EEROM ERRORS
;ADDRESS STORE FOR RAM TESTS
;ADDRESS STORE FOR RAM TEST

;USED TO STORE "FLAG" CONDITIONS
; flag-counter for control of Cache subtests
; flag-counter for control of EEROM subtest
;USED TO STORE SUPERVISOR STACK VALUE
;USED TO STORE USER STACK VALUE
;USED TO STORE MMU STATUS REGISTER O DATA

;USED TO STORE MMU STATUS REGISTER 1 DATA
;USED TO STORE MMU STATUS REGISTER 2 DATA

; SAVE SFTWRE SWTCH REG DURING_ EEROM TEST
;USED TO STORE VALUES FOR MMU TESTS

;USED TO STORE VALUES FOR MMU TESTS
:STORES SEQUENCE NUMBER FOR JUMP TESTS
;STORES STACK POINTER FOR JUMP TESTS

;STORES STACK POINTER FOR JUMP TESTS
;STORES EXPONENT DURING BIT TESTS
;STORES RECIEVED DATA FOR BIT TESTS
ERROR INDICATOR FOR FLOATING POINT TESTS

:RECIEVED FLOATING POINT EXCEPTION CODE

COKDAFO KDJ11-B CLUSTER DIAG.
GLOBAL DATA SECTION

1069 003132

RECST:

.BLKW

1073 003152 000000
1074 003154 000000

ALLCTR: .WORD
LOOPIN: .WORD

O
O

SAVPOS: .WORD

ig_’g 003142
1072

1077 003156 000000

1078 003160 000000
1080
1081 003162 000000
1082

108
1084
1085
1086
1087

003164

MASK: = .WORD

.STORES TEMPORARY BIT POSITIONS FOR RAM TESTS
'STORES BIT MASK FOR ERROR ISOLATION

O©

s VU00OTHIS IS IT. THE PROGRAM TEST LOCATION!!fttrsssnssnnnsss
0
1sTLOC: .
20,

:FPP REGISTER DEFINITIONS
ACO= %0
ACi= %1
AC2= %2
AC3= %3

000000
000001
000002
000003

;FPP INTERRUPT VECTOR

1093
1095

000244

FPVEC=244

1098

001000

STBOT=

1000

1102

;RECIEVED FLOATING POINT STAT

; SOME MORE TEMPORARY STORAGE FOR RAM TESTS

1075

1076

SEQ 0029

:DESTINATION ADDRESS FOR FLOATING POINT TESTS
RECDST: .BLKW 4
;THESE LOCATIONS ARE USED BY MORE THAN ONE TEST AS LOOP COUNTERS

§5838585000885585 808055

‘

MACRO V05.03 Friday 28-Mar-86 13:30 Page 14-10

003234

123456

000000
000001

TABL:

gSSSSS

TAB2:

1110 003254

003000

TAB3:

1114 003264

055555

TAB4:

1106 003244

000000

043243

1122 003304

——

w—

000000
000000

162400

000000
000000
000000
000000

TABS:

TABSA:

TAB6:

Ne e

p—

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30 Page 14-11

1130 003324
1131 003326

047050
010000

000000

TAB6A:

000000

TAB7:

1137 003342
1138 003344
1139 003346
1140 003350
1141 003352
1142 003354

000000
000200
000000
000000
000001
000400

1143 003364
1144 003366
1145 003370

030000
003000
000000

TAB10:

1147 003374
1148 003376
1149 003400
1150 003402
1151 003404
003412
1152 003414
003422

016400
000000
000000
000000
030000
000000
016100
000001

TAB11:

003362

TABS:

000000

000002

TAB11A:

000000

TABl12:
TAB13:

1132 003436 000000
1156 003432
1157 003434
003442
1158 003444
003446
1159
1160 003450
1161 003452
003454
1162
003456
1163
1164 003460
1165 003462
1166 003464
1167 003466
1168
003470
1169 003472

000001
030000
140000
030000
000000
000000
000000
024700
000000
000000
000000
025000
175363
123456
123456

TAB9:

003000

000000

TAB13B:
TAB14:

TAB1S:

TAB16:

TAB17:

TAB18:

1178 003524

100400

000000

TAB21:

000000

TAB22:

000000
000000

r-g‘ooo

1127 003316
1128 003320

§ §38a5nnnnaaasanes BANAE § 558853550 55sEERaRRERNIEE

GLOBAL DATA SECTION

30000,3000,2,0
16100,0,0,1

100200,0,0,0
100400,0,0,0

SEQ 0030

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-12

SEQ 0031

003532
1179 003534

TAB23:

003542
1180 003544
003552
1181 003554
003562

TAB24
:

TAB2S5:
TAB26:

1182 003564

003572
1183 003574

TAB27:

003602

1184 003604

TAB28:

1185 003614

TAB29:

1186 003624

TAB29A:

1187

{BSO 2

003612
003622

003632

1188 003634
003642

1189 003644
003652
1190 003654
003662
1191 003664
003672
1192 003674
003702
1193 003704
003712
1194 003714
003722
1195 003724
003732
1196 003734
003742
1197 003744
003752
1198 003754
003762
1199 003764
003772
1200 003774
004002

Bl £ 1

1201 004004

TAB31:
TAB32:

TAB33:
TAB34:

TAB4O:
TAB41:
TAB42:

177777

TABA3:

17777

TABAS:
TAB46 :

1mmmn

TABAT7:
TAB47A:
TABA4S:

124242

TAB49:

1202 004014

1203

1204

200,0,0,1

62400,0,0,0

1100,0,0,0
100600,0,0,0

1000,0,0,0
600,0,0,0

10100,0,0,0

10100,0,2000,0
500,0,0,0
100400,0,0,0

16000,0,0,0

11600,0,0,0
640,0,0,0
77600,0,0,0

100200,0,0,1
340,0,0,0

77.477777,177777,177776
577,-1,-1,-1

577,-1,0.0

173737,124242,052525, 12346
0,0,052525,12346

173737,124242,0,0
600,0,0,0

émLCP/mIN ROUTINE TO SAVE EMTULATOR AND PRIORITY
n FIRST TIME THROUGH ?
SAV30
SAV: 18T
: BRANCH IF BEEN HERE ALREADY
VMKOR
BNE

004112

177777
000100

§§§§§§9§§§§§§§§ 55555588

GLOBAL DATA SECTION

004116
000052

BIT
BEQ
MOV
BIT

#B8IT5,8652
VMKOR

1,UFDFLG

oafis 3952

ARE\EIN\FDNI!?

OT
HLEAVEIF'FLA
G

;3 SET UFD
;3 ARE WE IN QUIET MODE ?

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-13

SEQ 0032

GLOBAL DATA SECTION
004056
004060

001403
012737

004070
004074

005060
013737

004066

004102
004110
004112

004114

004116
004120
004122

104042

013737
000404
000000

177777
000042
000030
000032

004120

BEQ

15%:

004112
004114

MOV

+s SET QUIET MODE

42(RO)

;3 CLR XXDP+ "DRSERR"
;3 SAVE EMULATOR ADDRESS

EMT

MOV
E?V

30,SAV30
32,5AV32
VMKOR

CLR

.WORD
SAV30:
.WORD
SAV32:
UFDFLG: .WORD

000000

1$
#-1,UQUIET

VMKOR:

;3 GET ADDRESS OF XXDP DCA TABLE
:; SAVE EMULATOR PRIORITY LEVEL
:; GET AROUND TAG AREA
:; PUT EMULATOR INFO HERE
HERE
:3 PUT PRIORITY LOCATION
FLAG
MODE
LY
;3 USER FRIEND
;; UFD QUIET MODE FLAG

0
0
0
0

s o TR
kbR b kbR e
kb kR kRkkk
sRRkkk

1$:

1205 004122

.SBTTL

R RS R 2 S S A R 2 2 2 L L

INITIALIZE THE COMMON 7AC

;: ;CLEAR THE COMMON TAGS ($CMTA~0 ~°ZA
; sFIRST LOCATION TO BE CLEARED
#$CMTAG
MOV
; ;CLEAR MEMORY LOCATION
(R6)+
CLR
#SWR ,R6 ; ;DONE?
CcMP
.-6
;:LOOP BACK IF NO
BNE
#STACK SP
;3SETUP THE STACK POINTER
MOV

004122

000020
000022
000030
000032
000034
000036
000024
000026
140400

001115
001106
001110

: ;INITIALIZE A FEW VECTORS
MOV
MOV
MOV
MOV
MOV
MOV
MOV
MOV
MOV

000176
000174
001206

001140

001142

001221

001222

001140

004116

004120

, @9 TRAPVEC &AP_'VECTM FOR TRAP CALLS
#$TRAP

$340, 98TRAPVEC+2;
#$PURDN SOPURVEC 3 ;POMER_FAILURE VECTOR
SOPURVEC+2 LEVEL 7
PROGRAM COUNTER

P YSETUP END-OF-

: s INITIALIZE NUMBER OF ITERATIONS

CLR
CLR

ADDRESS

MOVB
MOV
MOV
:3SIZE FOR A
;:EQUAL TO A
MOV

MOV
MOV
MOV
cMP

000004
001140
001142
174622

004330

#$SCOPE
, S¢IOTVEC ; ;JOT VECTOR FOR SCOPE ROUTINE
$340,9¢I0TVEC+2 ;;LEVEL 7
#$ERROR SOEMTVEC ;: ;EMT VECTOR FOR ERROR ROUTINE
#340 BUEMTVEC2 ; ;LEVEL 7

SDSWR, SWR

:ogxsf“msnm

BNE

300024

BR
30000$: MOV

300014

RTI

2300014, (SP)
SWR

THE

OUT
CH
TIME
N
NO
IFA
; ;BR
RN
RETU
TRAP
FOR
ET
UP
:3:S

; sPOINT TO SOFTWARE SWR

MOV

3 DISPLAY
0051SPREG,

BITB
MOV

ASS
#APTSIZE , $ENVM
300034
SWR
#$SWREG,

Pi N0 USE APT SWITCH REGISTER

MOV

UFDFLG, UQUIET

JABORT IN UFD ON ERROR

30001$: MOV

30002¢: MOV
CLR

BEQ

30003$:

:13AND

ggv)o.uémvec

MACRO V05.03

Friday 28-Mar-86 13:30

INITIALIZE THE COMMON TAGS

; sFIRST TIME

001220

000001

001140

000176

000001

001220

001134

000001

CMPB

SENV,#1

B
30007%
#1,$AUTOB

:sSET AUTO-MODE INDICATOR

30004$

+sGET OVER THE ASCIZ

CMPB

000017

003032

177777

003032

208:

000001

003032

258:

003032

308:

35%:

: ;SOFTWARE SWITCH REG SELECTED?

300074

PEoryoalNOP

001224

; sBRANCH IF YES

BNE
GTSWR
BR

30006$: MOVB

:
300074

;: s ARE WE RUNNING UNDER APT?

<CRLF>+ KDJ11-B CPU DIAGNOSTIC - COKDAFO #<CRLF>

$ENV,#1

BNE
MOV
TST
BEQ

204
RO
$USWR,
RO
254

BIC
cLC

#17,R0

ROR
ROR
ROR
ROR
TST
BEQ
MOV
BR
MOV
BR
MOV
BR
MOV

nop

; sBRANCH IF NO
; sGET SOFT-SWR SETTINGS

RO
RO
RO
RO
RO
30$
RO, CCHPAS
354
#-1,CCHPAS
358
#1,CCHPAS
354
#0, CCHPAS

000042

005737

: ;BRANCH IF NO
30004$
BNE
T-117
;3AC
D
3942
,
$$ENDA
cMP
30004
; sBRANCH IF YES
BEQ
TYPE
300054
SfiTYPE ASCIZ STRING
SWITCH REGISTER
_SBTTL GET VALUE FOR SOFTWARE
;: sARE WE RUNNING UNDER XXDP/ACT?
TST
042
; ;BRANCH IF YES
30006
BNE

we We

004554

;CLEAR CPU ERROR REGISTER
;IN UFD QUIET MODE ?
;IF SO, SKIP PRINTOUT
:STORE LOCATION POINTER
;MAKE SURE TO PRINT NOT ONLY AT FIRST TIME

;3 TYPE nlcmNAME c.rlnc PROGRAM IF FIRST PASS?

140440

001446
104401

TYPE PROGRAM NAME

;POINT MMU TRAP VECTOR

022737

.SB(TL

;POINT PARITY ABORT
;AT _PRIORITY7

177777

SMMUTRP,
$340, 38252
39177766
081706, 9452
LOOP
$.+12,R1
#-1,(R1)

534000ite

005227
001052

MOV
MOV
CLR
BIT
BNE
MOV
MOV

004472

T ;POINT TO TIMEOUT ROUTINE
, 9ERRVEC
#TOU
©340, S0ERRVEC+2 ;AT _PRIORITY 7

012701
012711

SEQ 0033

MOV
MOV

1216 004460

1215 004456

000004
000006
000114
000116

012737
012737

137542
000340
137012
000340
137724
000340
177766
000100

1207 004400
1208 004406
1209 004414
1210 004422
1211 004430
1212 004436
1213 004444
1214 004450

Page 14-14

COKDAFO KDJ11-8 CLUSTER DIAG.

debug aid

runNN i 'u\dor APT?
default
work

no-APT ini:‘i‘gli;.tion
ation

I s G0efoult valus

setup default value

clear low order nibble
assure no unknowns

e ke
ime

is area subrouti

with

ral

to
divide. this test
altogether
determine skip

;residue = no. of desired passes
; continue on
; largest number no apt mode??

; normal default = 1
; no cache tests included
; debug aid

COKDAFO KDJ11-B CLUSTER DIAG.

GET VALUE FOR SOFTWARE SWITCH REGISTER

BIT
BNE

1244 004724 032737 000200 000052
1245 004732 001002

1246 004734 004737 137070

MACRO V05.03 Fridey 28-Mar-86 13:30 Page 14-15

JSR

;UFD MODE?
;:IF YES, BRANCH

#B8IT07,3952
LOOP

:SIZE FOR Q22BE

PC,Q22S12

1247 004740
1248
1250

LOOP:
.DSABLE AMA
T T T T T T T T T T T T TR R AR R AR AL A S
e

1251

PAARRRRARAREREAREERERRRRRERR

004740 000004

1252

AR ERRERRERERRRRRRRRRRRERRERRRRREERRRRRRRRRRERRRRRRRIRLRE0S

BEGIN BASE INSTRUCTION SET TESTING
3
e htrttettttttrtettttteon:
B
SRR SRR T S T T L L S Lt
e
e
Prrr erewewewe ey
P
FRSTST:

1254
1255

1256

1265 004742

;TEST BEQ BNE INSTRUCTIONS

1267

000277

1270 004744 000244
1271 004746 001401
1272 004750 001001
1273
1274

1275
1276

1277

1278 004752 104001

000257

1280 004756 000264
1281 004760 001001
1282 004762 001401

1283

1268

1279 004754

ScoPE

.SBTTL BASE INSTRUCTION SET TESTS RRRRRRRRRRRRRRRRRRRRRKRR
RS0
RR bRRRRR
RRRERRR

PERERRRARRE

1253

1269 004742

té11:

;THESE TWO INSTRUCTIONS ARE FUNDAMENTAL TO RECOGNIZING ERROR CONDITIONS
SCC
;CC=0100 - Z BIT CLEARED
CLZ
:*TEST INSTR -TRY TO CAUSE A BEQ ERROR
14
BEQ
;BRANCH IF GOOD
2%
BNE
;:THE Z FLAG DIDNT CLEAR OR BRANCH FAILED.
;FAILURE AT THIS LOCATION

;:COULD MEAN A BUS PROBLEM, MICRO JDE PROBLEM
;&Q&ITIW CODE PROBLEM OR JUST ABOUT ANYTHING

14:

2%:

;CPU ERROR

ERROR

-1

SEZ
BNE
BEG

;COND CODES = 0100 (ZERO)
;#TEST INSTR+ TRY TO BRANCH ON ZERO FLAG
;#*TEST INSTR+ BRANCH IF GOOD

ERROR

;CPU ERROR
;END OF TEST

ccC

;

;BRANCH FAILURE WITH Z BIT SET

1284 004764 104001
1285 004766

34:
45:

1297

TEST BRANCH ON
ettt i
L
T T
PATED IS FEASIBLE.
ANTICI
FORM
:fHIS IS A TEST TO SEE IF THE MODULE
;CC=0000
ccC
+*TEST INSTR%
2%
8CcC
;BRANCH CARRY CLEAR FAILED
;:CPU ERROR
-1
ERROR
1%:
;CC=1111
SEC
2%:
:*TEST INSTR#
4%
BCS

1295 004766

M2:

1298

1299 004766 000257
1300 004770 103001
1301

004772 104001
1
1303 004774 000261
1304 004776 103401
1305
1306 005000 104001

34:

iSO? 005002

4%:

fiu 005002

M3:

131
1314 005002

CARRY

005000

1315 005004 001005
1316
1317 005006 005010

ERROR

TEST DATA PATHS
RO
CLR

BNE
CR

1$
(RO)

; BRANCH CARRY SET FAILED
;CPU ERROR

;:TRY TO INSURE WE ARE TESTING
:THE DATA PATH AND NOT THE “CLR RO* INSTRUCTION
;FORCE LOCATION TO ZERO

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

BASE INSTRUCTION SET TESTS

BNE
TST
BEQ

1s
a0
2

ERROR

1318 005010
1319 005012
1320 005016

001003
005737
001401

1322 005020

104001

005022
005030
1330

012737
022737

cMP

BEQ

104001

ERROR

i331 005036
1

1335 005040

000000

Page 14-16

0
; TRY TO INSURE
;AGAIN, TRY TO INSlRE THAT 0=0
;BRANCH IF GOOD
sLOClTI(N 0 NOT SETUP PROPERLY
;CPU ERROR

TEST DATA PATHS - ONES AND ZEROS

MOV

001401

#125252, 390

#125252,3%0

SEQ 0035

;0=125252

;SEE IF DATA MADE IT

:BRANCH IF IF DATA IS GOOD

IERRM' EITHER THE BUS IS BAD,
;:OR THE MOV OR COMPARE
SINSTMTINS FAILED

;CPU ERROR

;END OF TEST

TEST DATA PATHS - DATA 0'S AND 1'S

MOV

052525

g:%

g:ooosészs

ERROR

FOR comecr DATA
TEST DAT
:;SETUP

;CPU ERROR

TEST DATA PATHS - 1'S

CLR

260

CMP
BEQ
ERROR

960.8177777
2%
+1

CoM

177777

860

RO BIT TESTS

MOV

177777
177777

cHP
14:

24:

34:

8177777,R0

RO, 8177777

,SET UP MEMORY LOCATION O = 111111

i TEST DATA
'BRANCH IF NO ERROR
iCPU ERROR

\RO=177777

:DOES RO=177777

oGOTGERROR

¥
#a
ERROR +1

;CPU ERROR

ERROR +1125252, RO
HOV

,CPU ERROR1RO=

CGR
%
BEQ

RO
RO,80
2%

C
BEQ

RO,8125252
3¢

oV
CH

RO,#52525

$52525,R0

1R0=0
'DOES RO=0
S GO, ON

iDOES RO=125252
TS GO, ON

— R0=52525
—e—'DOES

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30

Page 14-17

SEQ 0036

001401

104001

44:

177777
177777

BEQ

14:

2%:

3$:

4%:

177777
177777

1$:

2%:

34:

;YES GO _ON

NO GO TO ERROR

;CPU ERROR

«1

iR1=177777

;D0ES R1=177777

R1
24

i
#125252,R1

g%.uzsész
+1

#52525,R1

R1,#52525

BIT TESTS
8177777 ,R2

3 533 2333 533 B33

&PR2TS:

R1 BIT TESTS
#177777,R1
R1,8177777

&PR1TS:

3 2323 3333 2363

138
1390 005162

1383 005156
1384
1385 005160
1309 005162

BASE INSTRUCTION SET TESTS

tg.n‘n’m

4%:

GPR3TS:
012703
020327

177777
imrmm

R3 BIT TESTS

MOV

cHP

#177777,R3

R3,0177777

R3=177777

:DOES R3=177777

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30

BASE INSTRUCTION SET TESTS
1446 005326

1447
1448 005330

001401
1%:

1449 005332
1450 005334
1451 005340

1452

1453 005342
1454 005344
1455 005350
1456 005354
1457
1458 005356
1459 005360
1460 005364
1461 005370

2%:

3$:

1462

1463 005372
1464 005374

1468 005374

GPR4TS:

1465

1469

1470 005374
1471 005400
1472 005404
1473
1474 003406

1475 005410
1476 005412

012704

001401

1%:

104001
012704

2%:

001401

104001
012704

34:

001401

104001

4%:

GPRSTS:

012705
001401
104001

177777
177

14:

001401

005500

104001
012705

ERROR

R3
R3, 20
2%

CLR
cHP
BEQ

2%:

EouR o1os252./32

CMP
BEQ

R3,#12525
3%

MOV

o%zszs R3

CMP
BEQ

R3, #52525
4%

ERROR

R4 BIT TESTS

MOV
cHP
BEQ

177777
1mmmnm

104001
005004
02042
001401

BEQ

ERROR

$177777,R4
R4, #177777
1$
+1

CLR
cHP
BEQ

R4
R4, %0
24

MOV
cMP
BEQ

ERROR

#125252,R4
R4, #125252
34

P
BEQ

R4, #52525
'Y

ERROR

RS BIT TESTS

MOV
cHP
BEQ

#177777.RS
RS,8177777
13

ERROR

CLR
P
BEQ

ERROR

MOV

RS
2%

RS, #0
+1

#125252,RS

Page 14-18

SEQ 0037

S
GO ON
;:YE

NO GO TO ERROR

'R3=0

iDOES R3=0

G G010ERROR

;CPU ERR&

;R3=125252
;:DOES R3=125252
;YES GO ON
;NO GO TO ERROR
;CPU ERROR
;R3=52525
;DOES R3=52525
;YES GC ON

;:NO GO TO ERROR

;CPU ERROR

;R4=177777
:DOES R4=177777
;YES GO ON
6R GO TO ERROR
;CPU ERR
;R4=0

;DOES R4=0

GO ON

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mer-86 13:30

BASE INSTRUCTION SET TESTS
020527

005510 001401
ggb
1510 005512
1511 005514
005520

104001
012705
020527
001401

cHP

125252

BEQ
3:

052525
052525

MOV
cHP
BEQ

104001

ERROR

4%:

GPR6TS:

012706
020627

001401

A
14:

001401

104001
012706

24%:

125252

001401

1536 005570
1537 005572
1538 005576
1539 005602

1540
1541 005604
005606

104001
012706

34:

052525

001401
104001
012706

001000

PSUBTS:
012737

022737
001401

104001
005037
022737
001401

012737
022737
001401

104001

012737
022737
001401

000377
000357

177776

000000

000105

177776
177776

34:

RS, #52525

- —:DOES R5=52525

NO GO TO ERROR
ERROR
;CPU

0%2525 RS

:YES GO ON

;R6=177777
;:DOES R6=177777
:YES GO ON

8177777
77
01771
u

:NO GO TO ERROR

;CPU

ERROR

;CPU

:NO GO TO ERROR
;CPU ERROR

;CPU

MOV
CMP
BEQ

ERROR

MOV
cHP
BEQ

ERROR

MOV

#125252,R6
R6, #125252
38

ERROR

#STBOT,R6

$357.28177776

YESGo T0 ERROR
ERROR.
,CPU :PS=0
:YES GO ON

ERROR

9252,39177776
$252.38177776
43

:RESTORE SP

:DOES PS=357

$105,90177776
$105,80177776
3

BEQ

:NO GO TO ERROR

;DOES PS=0

00,30177776

-1

;R6=
:DOES R6=125252
GO ON
:YES

;PS=357 T BIT SHOULDN'T SET

¢377,90177776

MOV
cHP
BEQ

MOV
cMP

:NO GO TO ERROR

:DOES R6=52525

”1
-~
ERROR
90177776
CLR
cHP

:R6=0
:DOES R6=0
:YES GO ON

;R6=
:YES GO ON

#52525,R6
R6, 852525
4

PSW LOW BYTE BIT TESTS

BEQ
24%:

:NO GO TO ERROR

R6
R6, %0
24

ERROR

cHP

14:

:YES GO ON

CLR
CHP
BEQ

MOV

177776
177776

177776

MOV
CHP
BEQ

SEQ 0038

;DOES RS=125252

RS, #125252

R6 BIT TESTS

177777
177777

104001

Page 14-19

;CPU

iNO GO TO ERROR

=105
:YES GO ON

iDOES PS=105
NO GO TO ERROR

PS=252
;DOES PS=252
:YES GO ON

MACRO V05.03 Friday 28-Mar-86 13:30 Pege 14-20

COKDAFO KDJ11-B8 CLUSTER DIAG.
BASE INSTRUCTION SET TESTS

1568 005706 104CJ1

43:

1?9 005710

ERROR

;CPU ERROR

issgo 005710

MSPO:

1582

"t‘tt‘tttt‘ttt‘tt‘ttttttttttttttt“tttt‘t‘t
:THE INC, COM, CLR, AND DECREMENT INSTRUCTIONS ARE VERIFED.
WITH DATA

;

1583

1584 005710 005004
1585 005712 005104
1586 005714 005004
1587 %716 001401
1588 005720 104001
1589 005722 005104
1590 005724 005204
1591 005726 001401
1592

14:
24:

1594 005732

a$:

is”

MSPB

1593 005730 104001

13% 005732
160

005732
1602
1603 005734
1604 005736
1605 005740

005004
005104
105004
001401

1606
1607 005742 104001

;

1$:

2¢:

1608 005744 105304
1609 005746 100002
105104
1610 005750 001401

34:

1613 005754 104001
1614 005756

a$:

1619 005756

MSPC:

1615
1616

1621 005756
1622 005760
1623 005762
1624 005764
1625 005766

;

005004
005014
005114
005014
001401

1626
005772 005114
1628
005774 001403
1629

1$:

1627 005770 104001

005776 100002
1630
006000 005214
1631
006002 001401
1632

11634

006004 104001

1635 006006

¢LR
COM
CLR
BEQ
ERROR
CoM
INC
BEQ

ERROR

2¢:
:
38:

R4
R4
R4
24
+1
R4
R4
4

s INITIALIZE R4
| «TEST INSTRUCTION
:BRANCH IF R4 CLEARED
;CPU ERROR
#TEST COMPLIMENT INSTRUCTION
:«TEST INCREMENT INSTRUCTION
:BRANCH IF R4 =0
:COMPLIMENT OR INCREMENT FAILED
;CPU ERROR

TEST SINGLE OPS - EVEN BYTE OF CLRB, DECB, AND COMB

CLR
COM
CLRE
BEQ

R4
R4
R4
2¢

ERROR

DECB
8PL
coM8

R4
34
R4

ERROR

BEQ

611 005752
612

1620

0
TEST SINGLE OPERAND INSTRUCTIONS- MODEt‘t“t‘
ttt.ttt.‘ttt

;SETUP TEST REGISTER

:#TEST CLEAR BYTE INSTRUCTION
;BRANCH IF GOOD
:CLEAR EVEN BYTE FAILED
;CPU ERROR

T BYTE
i*TEST DECREMEN
:DECREMENT BYTE FAILED
m BYTE
| TEST cowurt
GOOD

H
:BRANCIF
:COMPLIMENT OR DECREMENT FAILED TO WORK
;CPU ERROR

TEST SINGLE OPS - MODE 1 CLRB, COMB, AND INCB

CLR
CLR
COM
CLR
BEQ

R4
(R4)
(R4)
(R4)
2%

ERROR

(R4)

COM

BEQ
B8PL
INC
BEQ

34
3
(R4)
4

ERROR

:SETUP TEST DATA

i*TEST INSTRUCTION
:BRANCH IF GOOD
1 FAILED
iMODEERROR
;CPU
| STEST INSTRUCTION
.(O)SHM.D -1

ION
:«TEST INSTRUCT
:BRANCH IF GOOD
:COM OR INC FAILED TO ALTER LOC O CORRECTLY
;CPU ERROR

SEQ 0039

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Fridesy 28-Mar-86 13:30 Page 14-21

SEQ 0040

BASE INSTRUCTION SET TESTS
MSPD:

gST SI?GLE OPS MODE1-EVEN BYTE-CLRB,COMB,INCB

CLR
COM

(R4)
(R4)

;SETUP TEST DATA

:BRANCHIF GOOD

CLRB

BEQ

tTEST INSTR\K:TI(N

ERROR

SCLEAR (0) EVEN BYTE FAILED
;CPU ERROR

INCB

(R4)

;tTEST INSTRUCTION
; TEST FLAGS

BMI
BEQ
coMs

34
34
(R4)

BEQ

;:BRANCHIF GOOD

ERROR

;CPU ERROR

INCB
INCB

z::

;*TEST INSTRUCTION

(R4)

CLRB

(R4)

(R4)
(R4)

;*TEST INSTRUCTION

xCUfl OR INCB FAILED

MSPEO:

TEST SINGLE OPS - ODD BYTE - CLRB, COMB, DECB

CLR
CLR
coM

R4
(R4)
(R4)

ERROR

-1

INC
CLRB
BEQ

1$:
680
1681 006074
1
006076
006100
1
1684 006102
1685
1686 006104
1687 006106
1688
1689

104001

INC

;POINT TO ODD BYTE

INCB
BPL
BEQ
INCB
BEQ

(R4)
24
24
(R4)
34

INC

g::

ERROR

(R4)

;L0C 0=1 0

;tTEST INSTRUCTION
;LOC 0=-1 0
;BRANCH IF ERROR
3

;*TEST INSTRUCTION
;BRANCH IF GOOD

;MODE 1,

ODD BYTE FAILED

;:CPU ERROR

1692 006106
1694 006106
1695 006110
1696 006112
1697 006114
1698 006116
1699 006120

DEC

lCLEM 0DD BYTE FAILED
;CPU ERROR
;POINT TO EVEN BYTE

coMB

100003
001402
105214
001401

R4
(R4)
1$

;SETUP TEST DATA
;POINT TO ODD BYTE
:#TEST INSTRUCTION
sBRANCH IF GOOD

MSPF:

005004
105104
005204
005014
005114
005024

TEST SINGLE OP - MODE 2 - CLR, COM, INC

CLR
coMB
INC
CLR

coM
CLR

R4
R4
R4
(R4)

(R4)
(R4)«

;R4=400
;400=0

400 -1
nTEST INSTRUCTION

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V0S5.03 Friday 28-Mar-86 13:30 Page 14-22

BASE INSTRUCTION SET TESTS
1700 006122

;BRANCH IF GOOD
;sMODE 2 CLEAR FAILED
;CPU ERROR

001401

;R4=400

;*TEST INSTRUCTION

;BRANCH IF FAILURE
;:R4=400

;*TEST INSTRUCTION
;BRANCH IF GOOD
;MODE 2 FAILURE
;CPU ERROR

TEST CLRg. coM8, DECB, MODE 2 - EVEN BYTE

CLR
coMs
INC
CLR
coM

CLRB
BEQ

ERROR

1747 006210

105104
005204

4
R4
R4

(R4)
(R4)

(R4)+
1%
1

DEC
DECB
BPL
DEC
coMs
BEQ

R4
(R4)+
24
R4
(R4)3¢

ERROR

-1

;:R4=400
;400=-1

+*TEST INSTRUC (DN
3BRANCH IF GOCL
;MODE 2 EVEN BYTE FAILED
;CPU ERROR
;*TEST INSTRUCTION
;BRANCH IF BAD
;POINT TO EVEN BYTE
;*TEST INSTRUCTION
;BRANCH IF

ooy T veN BYTE FAILED

iCPU ERROR

;R4=400

;400=-1 -1

;POINT TO ODD BYTE
;#TEST INSTRUCTION
;:BRANCH IF GOOD
:MODE 2,000 BYTE FAILED

1¢:

;:CPU

;POINT TO ODD BYTE
;400=1 0

;#*TEST INSTRUCTION
;:BRANCH IF MODE 2 FAILED

SEQ 0041

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30 Page 14-23

BASE INSTRUCTION SET TESTS
DEC
INCB
BEQ

R4
(R4)+
3

104001

ERROR

-1

CLR
CLR
coms
INC
CLR
8EQ

R4
(R4)
(R4)
(R4)
a(R4)+
1%

“w

1765 006250

005304
105224
001401
wn

1761 006242
1762 006244
1763 006246

1798

1$:

006312

ERROR

DEC
DEC
CoM
BPL
DEC
DEC
INC
BEQ

R4
R4
a(R4)+
24
R4
R4
a(R4)34

ERROR

-1

;POINT TO 0DD BYTE
3

;CPU

:0=400

;#TEST INSTRUCTION
:BRANCH IF GOJD
;MODE 3 FAILED, 400 SHOULD=0
;CPU ERROR
;R4=0

;*TEST INSTRUCTION
;BRANCH IF BAD
;REPOSITION POINTER
;#TEST INSTRUCTION
;:BRANCH IF
;MODE 3 FAILED
;CPU ERROR

1794

1797 006312
1798
1799

1800 006312
1801 006314
1802 006316
1803 006320

TEST CLR'Iu COMB, INCB - MODE 3, EVEN/ODD BYTE

005004
1
105101
1

CLR
CLR
coMB
INC
CLR
coM
CLR

R1
R1
R1
ER;)
R1)+
(R1)

coMs
INC

(R4)
(R4)

coMB
CLR

1813
1814 006344
1817 006352
1818
1819
1820

CLRB
BEQ
104001
10514
0052C4

1%:

ERROR

(R1)
(R4)

3(R4)~
14
+1

;R4=0

;R1=400

;400=-1
3

;402=000 377
3
3
:0=400

;#TEST INSTRUCTION 400=377 000
;BRANCH IF MODE 3 EVEN BYTE CLEARED
: mswmmxm FAILED
;CPU

l%g

;REPOSTION POINTER

ggcfl

gsl“)o

;#TEST INSRUCTION

DEC

R4
8(R4)+
34

;REPOSITION _INTER
;#TEST INSTRUCTION
;BRANCH IF GOOD

BEQ

SEQ 0042

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30 Page 14-24

BASE INSTRUCTION SET TESTS
1822

1823 006364
1824 006366

104001
005304

2%:

34:

iCPU ERROR

DEC
INC

R4
(R4)

;R4=401

DEC
DEC
CLRB

R4
R4
(R4 )~

ERROR

DEC

INCB
BNE
BEQ

44:
S$:

6%:
7%:

B . FAILED
3, EVEN
MODE

ERROR

DEC

DEC
coMs
DEC
DEC
INCB
BEQ

(R4 )+
4%
S$

;*TEST INSTRUCTION
;BRANCH TF 402 NEQ O
;R4=401
;401=0
;BRANCH IF GOOD
;00D BYTE FAILED

;CPU ERROR

-1

R4
a(R4)R4
R4
(R4 )+
7%

;R4=401
:403=377

-1

ERROR

;*TEST INSTRUCTION
;BRANCH IF GOOD

;:MODE3 0DD BYTE FAILED.

ERROR

MSPL:

006434

005004

TEST CLR,

CLR

R4
R4
(R4)
gfl)o
R4)
(R4).
-(R4)

;R4=400
3
;:400=-1
3
;802=1
;#TEST INSTRUCTION

ERROR

-1

;MODE 4 FAILED
;CPU ERROR

COM
BEQ
BMI

(R4)
2¢
24

;400=1
;BRANCH IF BAD
;BRANCH IF BAD

DEC
BEQ

-(R4)
34

:+*TEST INSTRUCTION
;BRANCH IF GOOD

coMs
INC

105104

CLR
coM
CLR
INC
CLR

BEQ

1$:

DEC

INC
INC

2%:

34:

COM, DEC - MODE 4

ERROR

-(R4)

R4
P

;BRANCH IF GOOD

;#TEST INSTRUCTION 400=-2

:R4=400

;MODE 4 FAILED

MSPM:

1882 006502

005004

105104

TEST COMB, INCB, CLRB - MODE 4, 0DD BYTE

CLR
comMs

R4
R4

SEQ 0043

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30 Page 14-25

BASE INSTRUCTION SET TESTS

1883 006504 005204
1884 006506 005044
1885 006510 105114
1886 006512 005224
1887 006514 005014
1888 006516 005124
005204
1889 006
105044
006522
1890
1891 006524 001401
1893 006526 104001
1894 006530 005204
1895 006532 005204
1896 006534 105144
1897 006536 005304
1898 006540 005304
1899 006542 105244
1900 006544 001401

1901

18:
2s:

1902 006546 104001
1903 006550 105344

34:
a$:

1905
1906 006554 104001
ioo'r 006556

6$:

1904 006552 001401

5%:

MSPN:

1914

;

igfi 006556

1915 006556 005004
1916 006560 005014
1917 006562 105114
1918 006564
1919 oossg
006570 001401
1920
im

006378 00n%04
1955
1924 006576 07204
1925 006600 ¢ .71

1926 006602
1927 006604 (.2204
1928 006606
ng 006610
1930 006612 001403
1931 006614

1932 006616 1
1933 006620 001401
1934
i

006624

ERROR
DECB

+
-(R4)

-(R4)

1
R4
R4
-(R4)
R4
R4
-(R4)
43

BEQ

ERROR

;R4=400
137620
:376=001 000
;400=1
iR4=403
: TEST INST. CLEAR ODD BYTE (401)
iBRANCH IF GOOD
iMODE 4 BYTE FAILED
;CPU ERROR
;R4=403
: TEST INST. 401=377
; TEST INST. 401=0

iBRANCH IF GOOD

:MODE 4 DD BYTE FAILED
:CPU ERROR
:#TEST INST.

;BRANCH IF GOOD

:MODE 4 DECREMENT ODD BYTE FAILED
:CPU ERROR

104001

TEST CLR, COM, INC - MODE S

CLR
CLR
coM8
INC
CLR
BEQ

34:

)
MSPO:

194

e R
R4
INC

;0=400
:#TEST INST. 400=0
;BRANCH IF GOOD
;w 5 FAILED
H

BEQ
INC
INC
DEC
BEQ
INC

24
R4
R4
8-(R4)
24
CR4)+

;RESET POINTER TO 0
i4TEST INST.BAD3761
;BRANCH IF
;REPOSITION POINTER
#TEST INST. 376=0
:BRANCH IF BAD
;02401 R4=2

ERROR

:CPU ERROR

CcoM

BEQ

2%:

R4
(R4)
(R4)
(R4)+
3-(R4)
18
hd

INGB

1938
1941 006624
mg

R4
-(R4)
(R4)
(R4)+
(R&)
(R4)+
R4

1909

1935 006622

INC
CLR
coM8
INC
CLR
COM
INC
CLR8
BEQ
ERROR
INC
ING
coM8
DEC
DEC
BEQ

8-(R4)

@-(R4)
33

TEST NEG MODE S

;-Tesrmsv 400= 0 376
IF GOOD
mooe s rm.so

SEQ 0044

COKDAFO KDJ11-B CLUSTER DIfG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-26

SEQ 0045

BASE INSTRUCTION SET TESTS
;R8=400

;R1=376
;R2=0
;0=0

:BRANCH IF GOOD
;NEG FAILED

ERROR

L
L

;400=-1
:376=0
;0=0

;CPU

; TEST RESULT OF NEGATE
;BRANCH IF GOOD
;RESULT OF NEGATE BAD
;CPU ERROR

54:
6$:

ig]rb' 006716

100401

1978 006720

104001

7%:

1981 006;%8

104001

9%:

;0=1
;0=-1

8%:

10%:

COM, INC - MODE 6

TEST CLR

g it~

anxzo—-

;R4=2

;R1=400

. — > resa Rt 503

T—

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30 Page 14-27

SEQ 0046

BASE INSTRUCTION SET TESTS
2003 006760
2004 006764

2010 007006

20{% 007012
20

2013 007014
2014 007016
2015 007022
2016
2017 007024
2018 007026
2019
2020

005064
001401
104001
005364
005164
001405
005264
005264
001401

104001
005261
001401

376(R4)
2$

000376

376(R4)
400(R4)
34
400(R4)
400(R4)

000376
000400

000400
000400

-2(R1)

177776

104001

CLR

comMs

CLR

(R4)

INC

comM
CLR
CLR
INC
BVS
BMI
BCS

1$
1s
2%

ERROR

3$:

000374

S¢:

ERROR

2(R4)
4%
»

NEG
BEQ

O(R4)
5S4

ERROR

-1

NEGB

374(R1)

BVS

BCS

BEQ
BPL

000374

(R4)
-(R4)
-(R4)
(R4 )+

2(R4)

DEC
BEQ
4%:

NEG

BEQ

2048 007076
2049 007102
2050

ERROR

INCB
BEQ

6%
6%
«

374(R1)

;400=0

;BRANCH IF GOOD
;CPU ERROR
;400=-1
;402=-1

;BRANCH IF BAD
;402=-2

;BRANCH IF GOOD

MODE 6 FAILED

;CPU ERROR
;400=0

;BRANCH IF GOOD
;INC MODE 6 FAILED
;CPU ERROR

;R1=0
;Ra=400

$400=-1
:376=0

:374-1 R4=376

:400=1
:NEGATE FAILED

IF GOOD
H
FAILED
;NEGATE
;CPU_ERROR
; TEST RESULT OF NEGATE
H
GOOD
NC
;BRAIF
;RESULT OF NEGATE FAILED
H CPU_ERROR

;#0=0

; BRANCH IF GOOD
;NEGATE FAILED

;CPU ERROR
:374=0 377
:

;BRANCH IF GOOD
iNEGATE FAILED
;CPU ERROR
:374=0

;BRANCH IF GOOD
;NEGATE FAILED

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Fridey 28-Mar-86 13:30 Page 14-28

BASE INSTRUCTION SET TESTS

2062 007132 104001

2063 007134
2064

8¢:

9¢:

2068 007134

MSPR:

2070
2071 007134
2072 007136
2073 007140
2074 007142
2075 007144
2076 007146
2077 007150
2078 007152
2079 007154
2080 007156
2081 007160
2082 007164

;

2069

005001
005004
105104
005204
005011
105111
005211
005211
005211
005014
005064 000002
005164 000002
2083 007170 005074 177400
2084 007174 001401
2085 007176 104001
2087 007200 005171 000000
2088 007204 100401
2089 007206 104001
2091 007210 005104
007212 005274 000401

2093 007216 001401

1%:

24:
3%:
4%:

2094 007220 104001

S$:

2096 007222

6%:

2098
2101 007222

3
MSPS:

2103

;

2102

005014
105102
005202
005012

2110 007236 005472 177400
2111 007242 103401
2112 007244 001401
gflz 007246

104001

2115 007250 005314
2116 007252 005474 000400
2117 007256 001403
2118 007260

;CPU ERROR
:

2065

2104 007222
2105 007224
2106 007226
2107 007230
2108 007232
2109 007234

ERROR

SEQ 0047

100401

2121 007266

104001

2120 007264 103401

coM
BMI
ERROR
COoM
INC
BEQ
ERROR

BCS
14:

24:

BEQ

ERROR

;402=-1
:BRANCH IF GOOD
;CPU ERROR

-1

;CPU ERROR

; BRANCH

402=0

GOOD

;MODE 7 FAILED

R4
(R4)
R2
R2
R2
(R2)

3-400(R2)
1%

;0=0
:

;R2=400
;400=0
B

(R4)
8+400(R4)
34

;0=-1

BMI

BCS

ERROR

;NEG OF 0=0

;BRANCH IF GOOD

DEC
NEG
BEQ
BVS

3$:

;INSTRUCTION FAILED

@0(R1)
4%
-1
R4
8401(R4)

TEST NEG MODE 7

CLR
CLR
CLR
come
INC
CLR

NEG

102402

2119 007262

TEST CLR, COM, INC - MODE 7
;R1=0
R1
CLR
.
R4
CLR
:
R4
coMB
:R4=400
R4
INC
(R1)
CLR
(R1)
coMB
(R1)
INC
(R1)
INC
;:0=402
(R1)
INC
:400=0
(R4)
CLR
3
2(R4)
CLR
;402=-1
2(R4)
coM
:402=0
8-400(R4)
CLR
;BRANCH IF GOOD
24
BEQ
ERROR
;CPU
-1
ERROR

;0=1
;BRANCH IF ERROR
:

;BRANCH IF GOOD
;:CPU ERROR

:NEGATE MODE 7 FAILED

COXDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30 Page 14-29

BASE INSTRUCTION SET TESTS
2123 007270

2124
2125
2128 007270
2129
2130

2131 007270
2132 007272
2133 007274
2134 007276
2135 007300
2136 007302
2137 007304
2138 007306
2139

TEST SImR%E OPERAND MODE 2 REG 7

CLR

005004

105104

coMs
INC

R4
R4

BEQ

CLR

.WORD

177777

001401
104001

ERROR

(R7)+

:R4=400

CLEAR NEXT LOCATION

-1

;SETLP INITIAL DATA

;CPU ERROR

;BRANCH IF GOOD

2140
2142

2144 007306
2145
2146
2147 007306
2148 007310

TEST TST KDE 0

SCC

CLZ

2149 007312
2150 007314
2151 007316

TST

BVS

BCS

14:
2%:

;CC=1011

stTEST INSTRUCTION

BMI
BEQ

14
24

;BRANCH IF ERROR
;BRANCH IF GOOD

DEC

iR4=-1

CLN

TST

BVS

ERROR
SCC

BCS
BEQ

BMI

ERROR

CLR

-1

;CPU ERROR

sTST MODE O FAILED
;CC=0111

;tTEST INSTRUCTION MODE 0
;BRANCH IF ERROR
;BRANCH IF GOOD
;CPU ERROR

;TST FAILED

;0=000 377

TSTB

;#TEST INSTRUCTION ON EVEN BYTE

BCS
BVS

1%
1%

:
:

coMs
SCC

CLN

BVS
14:

:R4=0

;CONDITION CODES =1111

BMI

ERROR

-1

;CC=0111

;BRANCH IF ERROR

;BRANCH IF GOOD

;CPU ERROR

SEQ 0048

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30 Page 14-30

BASE INSTRUCTION SET TESTS

2186 007376 005204
2187 007400 105704
2188 007402 001401

2%:

2191 007406

4%:

gi% 007404

104001

2192

34:

2196 007406

MSPV:

2198
2199 007406
2200 007410 005014
2201 007412 000277

;

2197

007414

000244

2204 007420
2205 007422
2206 007424
2207 w7‘g
2208 0074

103403
1
100401
001401
104001

2210 007432 005214

gi; 007450

TST

000277
005714

i TEST INSTMTIW
;BRANCH IF GOOD
;CPU ERROR

:TST FAILED ON BYTE

104001

INC

(R4)

;0=1

BEQ

(R4)
34

:BRNCH IF ERROR

3%:

2221
2224 007452

:
MSPX:

2226

2227 007452
2228 007454

005004
005014

2231 007462
2232 007464
2233 007466

000277
000244
105714

2229 007456 105114
2230 007460 005214

2234 007470 103403
2235 007472 102402
2236 007474 100401
2237 007476 001401

104001

1$:

2240 007502

005204

2§:

000277

102401
103001

SCC
TST

BVS
BCS
BPL

ERROR

3$
34

TEST TST m 1 BYTE

CLR
CLR

coms
INC

{R‘)
R4)
(R4)

BCS
BVS
BMI
BEQ

ERROR

(R4)
14
1$
1$
24
+1

INC

15718
BEQ
BMI

(R4)
34
34

SCC
CLZ
1518

mazsa 007500

22‘3 007506 105714
2243 007510 001403
2244 007512 100402

tTEST INSTRUCTION IN MODE 1

2%:

4%:

2225

;CC=1011

14:

102402
103401

100001

(R4)

;0=0

1$
14
14
24
1

001403

2220

2245 007514
2246 007516

1
;POINT TO

BCS
BVS
BMI
BEQ
ERROR

2219 007452

2241 007504

-1

TEST TST KDE |
CLR
(R‘)
CLR
SCC
CLZ

007416 005714

007434
007436
2213 007440
2214 007442
2215 007444
2216 007446

ERROR

R4
4

2193

2211
2212

INC
1STB
BEQ

SCC

BVS
BCcC

34
4%

:BRANCH IF ERROR

:BRAN:H IF GOOD
;CPU ERROR

; TEST INSTRUCTION

;BRANCH IF GOOD
;CPU ERROR
: TST FAILED MODE 1

;R4=0

;0=001 000

;CC=1011

+*TEST INTRUCTION
;BRANCH IF ERROR
i

;:BRANCH IF GOOD
;CPU ERROR

; TEST INSTRUCTION
;BRANCH IF ERROR
;BRANCH IF GOOD

SEQ 0049

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30 Page 14-31

BASE INSTRUCTION SET TESTS

gg:; 007520 104001

34:

2249 007522

44:

2250

2254 007522

MSPY:

2256

;

2255

005004
005024
005014
005114
005004

2264 007540 005724
2265 007542 103403
7544

102402

2268 007550
2269 007552
2270
2271 007554
2272 007556

001401
104001
005724
103403

14$:

2%:
38:

2278 007570

44:

2283 007570

MSPZ

2279

2290 007600

005004
005024
105144
005304

2% 007620 000277
007622 000250
2
2301 007624

00
2
2304 007632

BEQ
BMI
ERROR

3%
44
1

24:

SCC
CLN

TSTB

3%:

; TEST INSTRUCTION
;BRANCH IF ERROR
;:BRANCH IF GOOD
;CPU ERROR
;MODE 2 TEST FAILED
; TST LOC2

R4
(R4).
-(R4)
R4

(R4)1
1$

24
-1
(R4)+

BEQ

BMI
ERROR

4%
+1

BCS
BVS

103402
102401

:
;0=0
;e=-1
;R4=0

;:CPU ERROR
;MODE 2 FAILED

TEST TST MODE 2 BYTE

CLR
CLR
com
DEC

14:

001403

2305 007634 100401
2306 007636 104001
2307

24
-1
(R4)+
3

BEQ
ERROR

105724

:
;CC=1011

BEQ
ERROR
TST
BCS

BMI

100401

2298

1578
BVS

103402

2296 007614 001401
2297 007616 104001

BMI

CLZ

2292 007604 105724
2293 007606 102403
2295 007612

(R4)+
14

SCC

000277

2291 007602 000244
2294 007610

TST
BCS

BVS

102402

2274 007562 001401
2275 007564 100401
2276 007566 104001
2277

R4
(R4)+
(R4)
(R4)
R4

BVS

2267 007546 100401

2286 007570
2287 007572
2288 007574
2289 007576

TEST TST MODE 2

CLR
CLR
CLR
COM
CLR
SCC
CLZ

22223 007534 000277
007536 000244

7560

;CPU ERROR

-1

2251

2257 007522
2258 007524
2259 00
2260 00
2261 007532

ERROR

34
3$

3
;0=377 000
;R4=0
;CC=1011

:
;BRANCH IF ERROR
;BRANCH IF GOOD
;:CPU ERROR

;MODE 2 EVEN BYTE FAILED
;CC=0111
3

;BRANCH IF GOOD
;CPU_ERROR
;MODE 2 0DD BYTE FAILED

SEQ 0050

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V0S5.03 Fridey 28-Mar-86 13:30 Page 14-32

BASE INSTRUCTION SET TESTS

2308 007640

2313 007640

MSPAA:

2315

2309
23{0

2314

2316 007640
2317 007642
2318 007644
2319 007646
2320 007650
2321 007652
232§ 007654
2323 007656
2324 007660
2325 007662
2326 007664
2327 007666
007670
2
2329 007672
2330
2331 007674
007676
2
2333 007700
007702
2
2335 007704
2336 007706
2337 007710
2338 007712
2339 007714
2340 007716
2341 007720
234§
007722
2
2

2345

007724

005004
005014
105114
005214
005034
005004
000277
000244
005734
103403
102402
100401
001401
104001
005304
005304
005334
005004
000277
000250
005734
103403
001402
102401
100401

104001

1$:
24:

SCC

CLN

34:

T1ST
BCS
BEQ
BVS
BMI
ERROR

R4
(R4)
(R4)
(R4)
a(R4)+
R4

a(R4).
1$

1$
14
24
+1
R4
R4
a(R4)+
R4

a(R4)+
3$
34
34
44
1

2349 007724

MSPBB:

2351
007724 ggg“
2
14
007;%
2
105114
007
2

CLR

coMs
INC
CLR

2357 007736 105101
007740 005201
2
007742 005011
2

SCC

(R4)

(R1)

2360 007744

000277

007752
2
2364 007754
2365 007756
007760
2

103403
102402
100401
001401
104001

1$:

BEQ
ERROR

(R4)1
1$
1$
24
1

2368 007762

005304

2%:

DEC

2367

;CC=1011

: TEST MODE 3
;BRANCH IF ERROR
:
;:BRANCH IF GOOD
;CPU ERROR
;MODE 3 FAILED
;R4=0
;400=-1
;CC=0111

; TEST INSTRUCTION
:
;:BRANCH IF ERROR
:
;:BRANCH IF GOOD
;ERROR MODE 3
;:CPU ERROR

TEST TST MODE 3 AUTO-INC
R4
CLR
;0=0
(R4)
CLR
3
(R4)
coMB

INC

ggg %7732 m‘

2361 007746

;0=400
;R4=0

;400=0

2346

7734

TEST TST MODE 3

CLR
CLR
coMB
INC
CLR
CLR
ScC
CLZ
15T
BCS
BvVS
BMI
BEQ
ERROR
DEC
DEC
DEC
CLR

TST
BCS
BVS

;0=400
;R1=400
;400=0

;400=0
;ERROR IF CARRY
;ERROR IF OVERFLOW
;ERROR IF MINUS
;ERROR IF NOT EQUAL
;CPU ERROR
;CC SHOULD = 0100

SEQ 0051

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-33

SEQ 0052

BASE INSTRUCTION SET TESTS
2369 007764
2370 007766
2371 007770
2372 007772

2373

005304
005704
001401
104001

34:

2376

:SEE IF AUTO-INC WORKED
:ERROR IF R4 NE O

:CPU ERROR

;AUTO-INC FIALED

TEST TST :UJE 3 BYTE

005004
005014
105114
005214
005214
005001
105101

2390 010014
2391 010016
2392 010020
2393 010022
2394 010024
2395 010026
2396 010030
2397 010032
2398 010034

005011
005111
105011
105734
001403
103402
102401
100401
104001

1$:

005304

2%:

2401 010040

ERROR

BEQ

CLR
CLR
coMs
INC
INC
CLR
coMs
INC
CLR
CoM
CLRB

2382 007774
2383 007776
2384 010000
2385 010002
2386 010004
2387 010006
2388 010010

2399
2400 010036

F;|ST83:

2379 007774

2389 010012

TST

4%:

2374 007774
2875

2380
2381

DEC

005201

005304

TSTB

BEQ

BCS
BVS

3$:

R
(R4)
(R4)
(R4)
(R4)
R1
R1
R1
(R1)
(R1)
(R1)

a(R4)+

1s
1$

BMI

DEC
DEC
BEQ

R4
R4
43

ERROR

44:

;0=401

;R1=400

;400=377 000
;#% TEST INSTRUCTION

;ERROR IF EQUAL
;ERROR IF CARRY SET
;ERROR IR OVERFLOW
;BRANCH IF MINUS
CPU ERROR

;CC ERROR

cPU

;AUTO-ING FAILED

5aamt:H IF AUTO-INC WORKED

MST4:

005004

2414 010050

005014

2417 010056

000277

2419 010062
2420 010064

005744
103403

2423 010072
2424 010074
2425
2426 010076
2427 010100
2428
2429 010102

000244

TEST TST zms 4
R
CLR

CLR
INC
INC
scC

CLZ
TST

(R4)
R4
R4

BCS
BVS
BMI
BEQ

-(R4)
14
1$
1$
24

005704
001401

TST
BEQ

R4
44

104001

ERROR

-1

102402

001401
104001

ERROR

;0=0
;R4=2

;CC=1011
;#%TEST INTRUCTION

;ERROR IF CARRY
;ERROR IF OVERFLOW
IF MINUS
:
;BRANCH IF GOOD
CPU ERROR

;CC M

; INSURE CORRECT AUTO-DEC
;BRANCH IF GOOD AUTO-DEC
;:BAD AUTO-DEC
;:CPU ERROR

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V0S5.03 Friday 28-Mer-86 13:30 Page 14-34

BASE INSTRUCTION SET TESTS
44:

2430 010104
2431
2432

MST48:

2435 010104

2436

2437
2438 010104

2439 010106
2440 010110
2441 010112
2442 010114

2443 010116

005004
005014
005114
105114
000277
005204

105744
001403
103402
102401
100401
104001

2452 010136
2453 010140
2454 010142
2455
2456 010144
2457
2460 010144

105744
001401
104001

2463 010144
2464 010146
2465 010150

005004
005024
000277

2461
246¢

2468 010156

INC
INC

TSTB

BEQ

BCS
BVS

1$:

2%:
34:

R4
R4

-(R4)

14
14

BMI

TSTB

-(R4)

ERROR

BEQ
ERROR

;0=377 000
;R4=2
;#%TEST INSTRUCTION

;ERROR IF EQUAL TO O
;ERROR IF CARRY
;ERROR IF OVERFLOW
;BRANCH IF MINUS
;CPU_ERROR
;CC SHOULD EQUAL 0100
;#%TEST EVEN BYTE
:BRANCH IF GOOD
;:CPU ERROR
;CC SHOULD EQUAL 0100 AND R4=-1

hsTS:
TEST TST MODE 5

CLR

100401
001401
104001

2474 010170
2475 010172
24;9 010174

005704
001401
104001

;0=0, R4=2

CLZ
15T

8-(R4)

;CC=1011
; TEST INSTRUCTION

ERROR

ScC

103403

1%:

24:
3$:

BCS
BVS
BMI
BEQ

181

BEQ

13
14
1$
24

a
44

43:

2478 010176
2479
2480
2483 010176
2484
2485
2486 010176
2487 010200
2488 010202

005004
005014
105114

2490 010206
2491 010210
2492 010212

005034
005154
105134

(R4)-

CLR

005754

2470 010162
2471 010164
s’g 010166

SCC

005204

2445 010122
2446 010124
2447 010126
2448 010130
2449 010132
24%0 C10134
2451

TEST TSTRNDE 4 BYTE
“
CLR
CLR
(R4)
coM
(R4)
(R4)
coMs

:ERROR IF CARRY
;:ERROR IF OVERFLOW
;ERROR IF MINUS

;:BRANCH IF GOOD
CPU ERROR

;CC mué, SHOULD = 0100

;BRANCH IF AUTO-DEC WORKED
CPU ERROR

;AUTO-DEC FAILED

HSTSB:

2489 010204 083214

TEST TST MODE 5 BYTE
CLR

CLR
coMs
INC
CLR
coM
coMs

(R4)

(M;
(R4
3(R4)+
8-(R4)
a(R4)-

:0=400

. ;400=0, R4=2

:400-377 000 R4=2

SEQ 0053

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30 Page 14-35

BASE INSTRUCTION SET TESTS
2493 010214

105754
103403
100402
102401

TSTB

3-(R4)

(R4)-

104001

14:

BCS
BMI
BVS
BEQ
ERROR

005224
105754
100401

24:

INC

001401

34:

104001

4%:

;#+TEST INSTRUCTION

;ERROR IF CARRY
;ERROR IF MINUS
;ERROR IF OVERFLOW
;BRANCH IF GOOD
;:CPU ERROR

13
14
1$
2%

15718
BMI

a-(R4)
44

ERROR

;CC SHOULD = 0100
;0=401

;#xTEST INSTRUCTION
;BRANCH IF GOOD
;EVEN BYTE FAILURE

;CPU ERROR

HST6:
TEST TST MODE 6

CLR
CLR

coMB
INC
CLR
COM
TST
BCS
BVS
BMI

177400

1%:
2$:

3$:

BEQ

ERROR

CLR
TST
BEQ
EHI

R4
(R4)

;0=0

R4
R4
(R4)
(R4)
-400(R4)
1$
14
1$

;R4=400
;400=-1
:**xTEST LOCATION O
;ERROR IF CARRY
:ERROR IF OVERFLOW
;ERROR IF MINUS

;BRANCH IF ZERO

-1

R4
400(R4)
34
4:
*

4%:

;:CC ARE

;CPU ERROR

s
:TST LOCATION 400
;ERROR IF EQUAL
‘W IF MINUS

;CC ERROR

fiST7:
TEST TST MODE 7

CLR
CLR

005004
005014

coM
CLR
CLR

005014
005002

CLR
coMB

005004

105104
005204
005014
00577
103403
001401

100401

177402

INC
CLR
ST

BCS
BvVS
BEQ
BMI

R4
(R4)

(R4)»
(R4)
R2
R4
R4
R4
(R4)
8-376(R4)

14
14
14
2%

;0=-1
;2=0
;R2=0

:R4=400
:400=0
++*TEST LOCATION O

;ERROR IF CARRY
;ERROR IF OVERFLOW
;ERROR IF ZERO
;BRANCH IF GOOD

SEQ 0054

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-36

BASE INSTRUCTION SET TESTS
2554 010344
2555
2556 010346

2557 010350
2558 010354
2559 010356
2560 010360

gl
256

104001

14:

ERROR

005222
005774
100401
001401
104001

2%:

INC
TST
BMI
BEQ
ERROR

177402

34:

(R2)+

;CPU ERROR
;ERROR IN CC
;0=-2 R2=2

3-376(R4)

3$
as

;%% CHECK CONTENTS OF LOCATION 2
:ERROR IF MINUS
:BRANCH IF GOOD

;CPU ERROR
D = 0100
SHOUL
;CC

010362

2567

2568

2569
2570

.SBTTL #*kskkknkssss DOUBLE OPERAND TESTS #kskkikssssssssss

2573 010362
2574

MDMO:

TEST mve‘nooe 0

2581 010374
2582 010376
2583 010400

102401
100401

104001

14:

2585 010402
2586 010404
2587

005204
001375

2%:

CLR
CLR
COM
MOV
BEQ
BVS
BMI

R
R1
R1
R1,R4
18
18
24

INC

FPROR

BNE

:R4=0
sR1=-1
:#+TEST MOVE INSTRUCTION
;ERROR IF R4=0
;ERROR IF NSERFLOM
:BRANCH IF MINUS

;CPU ERROR
;CC SHOULD = 100-, R4 SHOULD=-1

;R4 SHOULD

:ERROR IF R4 NE O

2588

291 010406
2594 010406

98 810416

TEST ADD MODE ©

CLR

005004

CLR
C
A

BL®
s'c;

001403
1%:

24:
3$:

INC
BEQ

R1
R1
R1.R4
1$
1$
1$
24
o1

R4
43
o1

4%:

2615
2616 010436

005004

MODE 0
SUBST
TE
CLR

:R4=0

;%% .-TEST ADD OF R1 TO R4

IF
:
:ERROR IF CARRY
;ERROR IF OVERFLOMW
:BRANCH IF MINUS
;:CPU ERROR
;CC SHOULD = 1000 , Ré=-1

;R4 SHOULD =0
:BRANCH IF R4=0
;CPU ERROR

;R4 SHOULD = O

SEQ 0055

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30 Page 14-37

SEQ 0056

ssssssssssss DOUBLE OPERAND TESTS ssssssssssssssiss
005001
005201
160104

CLR
INC
SuB

R1
R1
R1,R4

8CC
BEQ
BMI

14
14
2%

CcoM
INC

R1
R1

ERROR

BVS

102403

14:
2%:

34:

ERROR

SUB
BEQ

;R1=1 R4=0

;#+TEST OF R4-R1, R4=-1

R1,R4
4%

4%:

iR1=

:GET TWO'S COMPLIMENT

:##TEST R4-R1 (1- 1= O

Rl=-1

BRANCH IF ZERO

;CPU
;CC SHOULD = 0100

MDM27:

; CC=0000

000257
012704
001401

BEQ

104001

14:

012701

2%:

001001
104001

34:

060104

44:

104001

5%:

005204
001375

6%:

A2 285 §33§ 33

2617 010440
2618 010442
2619 010444

; #%TEST MCOve

MINUS
NCH
ERATF

;CPU ERROR

;CC SHOULD = 1000

; ++TEST MOVE

;ERROR IF MINUS

;CPU

BRANCH IF NE O

iCC SHOULD = 0000

CPU ERROR
‘MOV FAILED

;R4+1=0

PERROR IF NOT ZERO

HBI00:
TEST BICk‘BIS MODE 0,0
CLR

coM
MOV
MOV

125252
052525

SEC
BIC

8CC

BVS

1¢:
2%:

BEQ
BPL

ERROR

CHP
BEQ

R4=-1

R4
#125252,R1
#052525,R2

A
:SETlP R1_TEST DATR1

R1,R4

;#+TEST BIC MITH CARRY SET

:R2=COMPLIMENT OF

;ERROR IF NO CARRY
;:ERROR IF OVERFLOW

1$
2%

-1

R4 ,R2
44

;ERROR IF O
;CPU

;CC

BRANCH IF PLUS

= 0001

;COMPARE CONTENTS OF R4 AND R2
;BRANCH IF EQUAL

S
COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30 Page 14-38

sasnssssssss DOUBLE OPERAND TESTS ssssssisidssddtsss

104001
005301
050201
100401

3%:
4s:

104001

54:

2685 010602 005201
2686 010604 005201
2687 010606 005201

6%:

2678 010570
2679
2680 010572
2681 010574
2682 010576
2683 010600
2684

2689

012701 125252
012704 100000
012702 052525
030401
001401
100401

104001

R1
R1
R1

:R1=0
;ERROR IF NE O

TEST BIT, CMP MODE 0,0

1%:

MOV
MOV
MOV
BIT
BEQ
BMI

#125252,R1
#100000,R4
#052525,R2
R4,R1
1s
2%

cHP
BEQ
BCC
BMI

R4,R1
34
34

CcHP
BEQ
BCS
BVS
BPL

R1,R4
54
54
5%
64

ERROR -1

020401
001402
103001
100401

2%:

020104
001403
103402
102401
100001

4%:

005004

6%:

CLR

74:

BEQ

104001

005204

3¢:

5%:

000277

030401

001401

2722 010676 104001
2723
2724 010700
2725

ERROR

ERROR +1

INC
SCC
BIT

R4
R4 ,R1

ERROR -1

8s:

;R1=125252
:R4=100000
:R2=052525
;#+TEST _OF BIT ,CC=1000
;ERROR IF EQ O
BRANCH IF GOOD
ERR&
;:CPU
;CC SHOULD = 1000
;3TEST 100000-125252=25252
EQUAL 0
:
;ERROR IF CARRY CLEARED
GOOD
maam
;CPU
;CC SHOULD = 0010
:125252-100000 = 25252
;ERROR 1F EQUAL
;ERROR IF CARRY
;ERROR IF OVERFLOM
BRANCH IF GOOD
Efl‘& =0001
:CPUSHOULD
;CC
iR4=1
;R4 t R] = &0

ERH& = 0101
:CPUSHOWLD
;CC

MM11:

010700

2731

s;g 010700 012704 000400
010704
2734 010710
2735 010712
2736 010714
2737 010716
2738 010720

INC
INC
INC

ERROR

;CPU ERROR
;R4 AND R2 SHOULD BE EQUAL
iR1=125251
;BIS 052525 AND 125251=177775
;BRANCH IF MIUS VALUE
;CPU
:BAD BIS OPERATION

MBCOO

2693 010612

2721 010674

-1
R1
R2,R1
64

BNE

2688 010610 001373

2696 010612
2697 010616
2698 010622
2699 010626
2700 010630
2701 010632
2702 010634
2703
2704 010636
2705 010640
2706 010642
2707 010644
2708 010646
2709
2710 010650
2711 010652
2712 010654
2713 010656
2714 010660
2715 010662
2716
2717 010664
2718 010666
2719 010670
2720 010672

ERROR
DEC
BIS
BMI

SEQ 0057

012701 000402
14
114
005011
105111
005002

TEST MOV, MOVB MODE 1,1 AND SIGN EXT ON MOVB TO GPR

MOV

MOV
CLR
CoM
CLR
cors
CLR

#400,R4
#402,R1
(R‘g
(R4
(R1)
(R1)
R2

:R4=400
iR1=402
i
:400=-1

:402=000 377
iR2=0

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30 Page 14-39

SEQ 0058

esssssssssss DOUBLE OPERAND TESTS stssssssssssbbbds

2739 010722 012703 000405
2740 010726 000277
2741 010730 011412
2742 010732 001403
2743 010734 102402
2744 010736 103001
2745 010740 100401
5746 010742 104001
2747
2748 010744 005212

001004
2749 010746 000257

1$:
2%:

577% 010760 104001
2756 010762 105213

2757 010764 001375
2759 010766 005002
2760 010770 111102

2758

010772 100005
2761
2762 010774 102404

34:

011006 104001
5768
27€% 11010

BEQ
BMI

3$
as

ERROR

(R1).(R3)
+1

(R3)

: CC=0000

'2405-377

;ERROR T
:BRANCH IF sooo
:CPU ERROR

:405=0

INGE
ERROR IF 405 NOT 0
38
BNE
TO GENERAL REGISTER.
ON A MOVB ZERO.
STGN EXTENSION OCCURS:INIT
[CHECK THAT
TO
R2
R2
CLR
:MOVE 377 10 R2
(R1),R2
MOVE
BE SET.

BPL
BVS

BCS

2763 010776 103403

2764 011000 022702 177777
2765 011004 001401
2766
2767

BNE

ccc
MOVB

2750 010750
2751 010752 111113

2752 010754 001401
2753 010756 100401

;R3=405
#405,R3
MOV
:CC=1111
SCC
:MOV 400 TO O ,0=-1
(R4),(R2)
MOV
{ERROR IF 0
1$
BEQ
:ERROR IF OVERFLOW
1%
BVS
:ERROR IF NO CARRY
13
BCC
IF GOOD
iBRANCH
24
BMI
:CPU ERROR
ERROR +1
:CC SHOULD =1001
:0=0
(R2)
INC
IF NOT 0
'ERROR

P
BEQ

S¢:
64:

54
54

3177777.R2
64

m 15 SHOULD
IERROR?
iV BIT~0LD BE CLEARED

ICARRY SI7 SHOULD BE UNAFFECTED

:TEST R2
:SIGN

THROUGH UPPER8me

HA
:ERROR! BYTE SHOULD

:SIGN EXTENDED THROUGH wvea BYTE

ERROR o1

CPU ERROR

TEST ADD MODE 1.1

;R4=400
iR1=402
:400=-25
1402224
;-25+24=-1
{ERROR IF 0
IF CARRY
{ERROR
{ERROR IF POSITIVE RESULT
s-1+120
:BRANCH IF GOOD
;CPU ERROR

77,

2774 011010
2775

MA11

2776

;

2786 011042 001401
2787 011044 104001

14:

2789 011046

24:

$794 011046

fs11

2777 011010 012704 000400
2778 011014 012701 000402
2779 011020 012714 177753
2780 011024 012711 000024
2781 011030 061114
2782 011032 001404
2783 011034 103403
2784 011036 100002
2785 011040 005214

2788

2790

2795

279

2797 011046 012704 000400
2798 011052 012701 000404

2799 011056 012714 000003

;

MOV
MOV
MOV
MOV
ADD
BEQ
8CS
B8PL
INC

BEQ
ERROR

#400, R4
R1
#-25.(R4)
#24,(R1)
(R1),(R3)
)
1%
14
(R8)
24
+1

,CC SHOWD = 1000

TEST SUB MODE 1,1

MOV
MOV
MOV

#400,R4
#404 .R1
#3,(R4)

;R4=400
:R1=404
;8400=3

COKDAFO KDJ11-U CLUSTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30 Page 14-40

sssessssssss DOUBLE OPERAND TESTS ssssissskssstsbik

2800 011062 012711 000006
2801 011066 000277
5802 011070 161411
2803 011072 001402
2804 011074 100401

2805 011076 103001
2806 011100 104001
2807

1%:

26:

161411
5808 011102 001375

zzooom 011104

2814 011106

MBB11:

2816

;

2824 011134 104001

1%:

2815

2817 011106 012704 000400
2818 011112 012701 000402
2819 011116 012714 052525
2820 011122 012711 125252
2821 011126 051411
2822 011130 001401
2823 011132 100401
2825

2826 011136 005211
2827 011140 001401

2¢:

2828 011142 104001
2&;3

2830 011144 005311
2831 011146 041411
2832 011150 001401
2833 011152 100401
ggg 011154 104001
2836 011156 005111
2837 011160 041114
2838 011162 001401

43:

2840

5%:

64:
7%:

104001

2841 011166

8s:

2846 011166

MBC11

2849 011166
2850 011172
2851 011176
011202
011206
2854 011210
2855 011212
2856 011214

SuB

(R4),(R1)

BCC
ERROR

BNE

24
+1

;8066
:CC=1111
16-3=
:ERROR IF 0
;ERROR IF MINUS
c

;BRANCH IF GOOD
;CPU ERROR
D = 0000

13-3=0 IF NOT 0
:ERROR

TEST BIC, BIS MODE 1,1

MOV
MOV
MOV
MOV
BIS
BEQ
BMI

#400, R4
#402.R1
0052525,(R4)
$125252.(R1)
(R&),(R1)
1$
24

;R8=400
iR1=402
;400052525
;402=125252
iR& VRL = -1
:ERROR IF 0
:BRANCH IF GOOD

INC
BEQ

(R1)
4

:402=0
:BRANCH IF GOOD

DEC
BIC
BEQ
BMI
ERROR
coM
BIC
BEQ

:402=-1
(R1)
iR1=
(R4),(R1)
;ERROR IF O
54
:BRANCH IF GOOD
64
;CPU
+1
;CC SHOULD = 1000
1402+
(R1)
:400=0
(R1).(R4)
:BRANCH IF GOOD
8¢

ERROR
ERROR

ERROR

;CPU

;CC SHOULD = 1000

;CPU
;CC SHOULD = 0100

;CPU

;CC SHOULD = 0100

012704
012714
012701
012711
000241
031411
103401
001401

5857 011216 104001

2858

¢6,(R1)
(R4),(R1)
1%
18

;

2811

2839 011164

MOV
SCC
SuB
BEQ
BMI

SEQ 0059

285, 011220 02141
2860 011222 001

000400
052525
000402
125252

;

18:

24:

CMP MODE 1.1

TEST BIT,

MOV
MOV
MOV
MOV
cLC
BIT
BCS
BEQ

$400,R4
2052525, (R4)
#402,R1
#125252,(R1)

cHP
BEQ

(R4),(R1)
33

ERROR

(R4),(R1)

1%
24

;R4=400
:400=
;R1-402
;402=
;CLEAR CARRY
: ##0525251125252=0
:ERROR IF CARRY
BRANCH IF GOOD

;CPU ERROR

:CC SHOWLD = 0100

1400-402=125253
:ERROR IF ZERO

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30 Page 14-41

SEQ 0060

sssssssssss: DL UBLE OPERAND TESTS ssssssskkkskhbbss
8CC
BVC

2861 011224
011226
2863 011230
2864 011232
2865

3$:
45:

2866 011234
2867 011236

S$:

2871

CLR
INC
BIT

(
(
(

BEQ

ERROR

TST

SCC

14:

24:

34:

7, PR

;400=1

;125252t1=0

;BRANCH IF GOOD
;CPU_ERROR
;CC SHOULD= 0100

6
«

#400,R4
#402,R1
%5,( R4)
(R1)+
(R1)
(R1)
-(R1)

MOV
BMI
BCC
BVS
BEQ

(R1)+,(R4)+
1
1
1$
24

INC
ADD
BEQ

-(R4)
(R4),(R1)
4

ERROR

D
;400=1 R4=400

ils -1 =0

;BRANCH IF GOOD

;:CPU ERROR
;CC SHOULD = 0100

YEST SUB MODE 2,2

012714

012711

2919
2920 011354
2921 011356

;CPU E
;CC SHOULD = 1000

TEST MOV MODE 2,2

MOV
MOV
MOV
CLR
CLR
COM

256

2893 011306
2894
2895 011310
2896
2897 011312
2898 011314
2899 011316
2900
2901 011320
2902
2903
2906 011320
2907
2908
2909 011320
2910 011

EBRA'CH IF GOOD

64:

2872 011246
2873
2874
2877 011246
2878
2879
2880 011246
2881 011252

2882

BMI

ERROR

;ERROR IF NO CARRY
;ERROR IF NO OVERFLOMW

3
3

177760
177750

14:

005241

162721

17771

2%:

MOV
MOV
MOV
MOV
SuB
BEQ
BVS
BCC
8MI

ERROR

INC
SuB

#400,R4
$402,R1
$177760, (R4)
$177750,(R1)
(R4)+,(R1)+
1
14
14
2¢
+1

-(R1)
#177771,(R1)+

;R4=400

;R1=402

;400=177760
;402=177750
:R1=177770
;ERROR IF ZERO
;ERROR IF OVERFLOW

;:ERROR IF NO CARRY

;CPU

BRANCH IF GOOD

;CC SHOULD=1000

1R1=1777771

;R1=0

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30 Page 14-42

sassssssssss DOUBLE OPERAND TESTS ssssssssssssdbiss

2922 011362 100401
2923 011364 001401

2924 011366 104001

38:

2926 011370

as:

292

MBB22:

2925
2927

2946

000400
2947 011370 012704 000402
012701
011374
2948

2949 011400 012702
011404 012714
2950
2951 011410 012711
2952 011414 012722
2953 011420 012722

011424 042421
2954
2955 011426 001401

BIC
BEQ

BPL
1%:

2958 011432 104001

2s:

011434 052421
2959
2960 011436 142421

2961 011440 005301
2962 011442 152421
2963 011444 100401

4s:

2966 011450 005214
2967 011452 001401

5%:

2969 011454 104001

2970 011456

6$:

2972
2975 011456

:
MBC22:

2971

012704
012701
012714
012721
012711

2983 011502 005741

2984 011504 132421
2985 011506 100401
2986 011510 001401

104001

2988 011514 132124
2989

2990 011516 001401
100401
2991 011
2992 011522 104001

2993
2994 011524 022421
001402

ERROR

BIS

000400
000402
125252
100001
100002

as:

no (R2)+
1.(R2)+

ms. CR1)+
zs

CR&)+,(R1)+

ERROR

;CPU ERR

;CCSHOULD = 0100

:R4=400
iR1=402

;R2=404
1400=303 001
;402=377 005
;m-zovo
=1

04
402-0740
:ERROR IF ZERO

:BRANCH IF GOOD
:CC SHOULD = 1000
:CPU ERROR
074
1404=074
1406=074

iR4=405 R1=406 R1=407
:1406=-1 R4=406
iBRANCH IF GOOD
1406 SHOULD=-1

:CPU ERROR

INC
BEQ

(R4)
64

;406 SHOULD=0
:BRANCH IF GOOD

ERROR

;CPU

TEST BIT, CMP MODE 2,2

:ERROR! 406 NE O

MOV
MOV
MOV
MOV
MOV

uoo a

£100002.(R1)

;R4=400
;R1=402
;400=125252
;402=100001
;404=100002

BMI
BEQ

1%
zo

{ERROR IF MINUS
.aamcu IF GOOD

BITB

2¢:

(R8)
muox
#177405.(R1)

(m)o (R1)+
(m)o (R1)+

1%:

#400,R
uoz ru

BICB
DEC
BISB

BMI

2965 011446 104001

2995 011526

-1

;ERROR IF MINUS
ésamcu IF GOOD

TEST BIC, axce BIS, BISB MODE 2,2

MOV
MOV

MOV
MOV
MOV
MOV
MOV

000404
141401
177405
000070
177777

2956 011430 100001
2957

2987 011512

ERROR

33
as

% 011370

2978 011456
2979 011462
011466
2980
2981 011472
2982 011476

BMI
BEQ

SEQ 0061

BITB

BEQ
BMI
ERROR

cHP

BEQ

(R4)
uzsész
#100001.(R1)+
-(R1)
1)+
(R4)+,(R
1

+#ANDED RESULT= 000
P;R1=

= 0100
.CC SHOWD
%+ ANDED RESULT = 200
(R1)+,(R4)s

IF EQUAL
:
;BRANCH IF GOOD
;CPU ERROR

;CC SHOULD= 1000 R4=402 R1=404
JRESULT =+l
m)o (Ri)e
IF EQUAL
:ERROR

COKDAFO KDJ11-8 CLUSTER DIAG.

MACRO V0S5.03 Friday 28-Mer-86 13:30 Page 14-43

sssassssssss DOUBLE OPERAND TESTS sssssssssssssssss
2996 011530
2997 011532
2998 011534
2999
3000 011536
3001 011540
3002 011542
3003 011544
3004

3005 011546
3006 011550
3007
3008
3011 011550

103001
100401
104001

S$:
6%:

005341
005741
022124
001401

7%:

104001

8%:

;ERROR IF NO CARRY
:BRANCH IF GOOD

BCC
BMI

S$
64

DEC
TST
cHP
BEQ

-(R1)
-(R1)
(R1)+,(R&)+
8s

FRROR

CRROR

SEQ 0062

:CPU ERROR
;CC SHOULD = 0000

:404-100001
;R4=404 R1=402
RESULT =0
:BRANCH IF GOOD

;CC SHOULD = 0100 R1=404 R4=406
:CPU ERROR

FS33.

3012

TEST SUB MODE 3.3

3013
3014 011550
3015 011552
3016 011556
3017 011562
3018 011566
3019 011572
3020 011576

CLR
MOV
MOV
MOV
MOV
MOV
MOV
SUB
BEQ

R4
#2,R1
#400,R2
#400, (R4)
9402, (R1)
#200. (R2)+
#54320, (R2)
(R4)+ .3(R1)+
1$

;R4=0
iR1=2
:R2=400
:0=400
:2=402
:400=200
:402=54320
- 200-54120
;54320
IF ZERO
:

ERROR

24
+1

1F GOOD
:
ERROR
:CPU

BEQ

5{»

3023 011606
3024 011610
3025 011612
3026
3027 011614
3028 011620
3029 011622
3030
3031 011624
3032 011630
3033
3034

1$:

054120

24:
3:

166150
166146

4s:

ERROR

CLR
CLR

#54120,(R2)
+1

IF CARRY

=0001

3 TEST R4 AUTO-INC AND RESULT
:BRANCH IF GOOD

:CPU ERROR
;CC SHOWD = 0100 R4=2 R1=4

;RESTORE VECTORS
:

3035
3038 011634

TEST CMP, BIT MODE 4,4

100001

MOV
MOV
MOV
MOV
cHP
BCS
BPL

104001

ERROR

012704
012701
012721
012724

173001

134144

103001
001401

«w

103401

N -

3039
3040
3041 011634

#400,R4
#402.R1
#125366, (R1)+
#173001,(R4)+
-(R8),-(R1)
14
24
1

INC
ING
SEC

R4
R1

BCC

BITB

BEQ

:R8=400
iR1=402
14022125366 R1=404
:400=173001 R4=402
1173001 - 125366=045603 CC=0000
:ERROR IF CARRY
:BRANCH IF GOOD
:BAD COMPARE

;CPU ERROR

;R1=403
iSET CARRY

-(R1),-(R4)

11731120

"INCORRECT COMPARE R4=400 R1=402

:C SHOULD REMAIN SET
BRANCH IF 600D

COXDAFO KDJ11-B CLUSTER DIAG.

MACRO V0S5.03 Friday 28-Mar-86 13:30 Page 14-44

stssnsssssss DOUBLE OPERAND TESTS #ssssssssssbhdssss

33:
as:

3057 011700 104001
3058 011702 005724

3059 011704 005201
3060 011706 124441

3061 011710 001401

5%:

3063 011712 104001

6$:
:

3064 011714
3065

MASS :

3"‘53050 011714

3070

3071 011714
011720
3072
3073 011724
3074 011730
3075 011734
3076 011740
3077 011744
3078 011746
3079 011750

012704
012724
012724

012724
012714
012701
065451
001402

;

000400
000001
177776
000400
000402
000410

100001

011752 103001
3080
3081 011754 104001

1$:

soa§

3083 011756 062704 000004
3084 011762 065154
3085 011764 001401

24:

3086 011766 104001
3087

38:

3088 011770

as:

3090
3093
3094

:
:

2089

3098
3099
3100

3{“ 011770

MB66 :

;

3104 011770 005004
3105 011772 012701 000400
3106 011776 012721 125252

3107 012002 012721 000001
3108 012006 012721 100000
012012 036461 000400
3109
3110 012020 001401
3112

;CPU ERROR
1R4=402
_

CMPB
ERROR

;CPU ERR

012022

104001

1%:

3113 012024 136461 000405 177772 2%:

3114 012032 001401

3115 012034 100401
3116
3117 012036 104001

3§:

1173
:BRANCH IF GOOD
&gw COMPARE

TEST ADD MODE 5.5

MOV
MOV
MOV
MOV
MOV
MOV
ADD
BEQ
BPL

#400,R
(é4)o
81,
$-2,(R4)+

ADD
ADD
BEQ

04 R4
a-(R1),8-(R4)
43

;400=1
:802=-2

;404=400
$406=402 R4=406
iR1=410
ile -2= -1
;:ERROR IF ZERO
:ERROR IF PLUS

2400, (R4)+
m)
nR
a-(m).a-(an
1%

14
2¢
BCC
ERROR 1

'BRANCH IF GOOD
ERROR
;CPU

ERROR +1

ERROR
;CPU
:CC SHOULD= 0100 R4=406 R1=402

:BAD ADD

;R4=410
;-1 +1=0
GOOD

:
B
3

TEST BIT,

CLR
MOV
MOV
MOV
MOV
BIT
BEQ

177774

iR1-403
- 1730

G
A T AR
S
;TEST DOP BIT(B) MODE 6.6
-

3095
3096
3097

3111

INC

+1
(R4)+
R1
-(R4),-(R1)

ERROR
ST

BEQ

3062

SEQ 0063

ERROR

BITB

BEQ

BITB MODE 6.6

R4
#400,R1
$125252,(R1)+
#1,(R1)+
©100000, (R1)+

4oom).-mu)
+1

405(R4),-6(R1)

as
BMI
ERROR 1

;R4=0

;
:400=125252
:402=1
1404=1000000 R1=406
402)=0
;(400)1(IF
:BRANCH
CC SHOULD = 0100
:(405)0(400)-200

:ERROR IF ZERO

IF GOOD
;eamcu
CC SHOULD = 1000
;CPU ERROR

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Fridey 28-Mar-86 13:30 Page 14-45

ssssssssssss DOUBLE OPERAND TESTS ssssssssrssssssss

as:

3118 012040

3119

3120

MS77:

3123 012040

3124

3125

3126 012040 012704
3127 012044 005001
3128 012046 012724
3129 012052 012724
3130 012056 012724
3131 012062 012711
3132 012066 005201
3133 012070 167471
3134 012076 001401
3135 012100 100401

000400
177776
177777
000400
000402
177372 000403

3136

3137 012102 104001

TEST 5UB MODE 7.7

;

14:

3138 012104 167174 177777 177776 2%:
3139 012112 001401
38
3140 012114 104001
3141
as:
3142 012116 005067 165656
3{3 012122 005067 165654
3145
3146

3149 012126

MRLO

3151

;

3150

3152
gx

012126 012704 125252
012132 000277

154 012134
3155 012136
3156 012140
3157 012142
3158 012146

006104
1
103003
022704 052525
001401

3159 012150 104001
3160

3161 012152 012704 125252

3162 012156
3163 012160
3164 012162
3165 012164
3166 012166
3167 012170
3168 012174
3169 012176
3170

000257
106104
103005
102004
100403
022704 125124
001401
104001

1§:

2s:

3171 012200

a$;

3176 012200
gig 012200 005004

MRLB1

3179

3180 012202 012714 052525

;

MOV
CLR
MOV
MOV
MOV
MOV
INC
SUB
BEQ
BMI

;
#400,R4
R1
#-2,(R4)+
¢-1,(R4)+
#400,(R4)+
#402,(R1)
R1
9-406(R4),3403(R1)
13
2¢

ERROR

;CPU

;CPU ERROR

SUB
BEQ

8-1(R1),3-2(R4)
as

CLR
CLR

0
2

ERROR

ROL
BVC
BCC
cMP
BEQ

R4
1
14
$052525,R4
2

MOV

#125252,R4

ERROR 1

cce
ROLB
BCC
BvVC
BMI
cHP
BEQ

ERROR

34
34
34
#125124 R4
4
1

1EST ROLR4ROLB MODE 1

CLR

MOV

CC SHOULD=1000

i-1 - -1 =0
:BRANCH IF GOOD

:ERROR ON SUBTRACT 400=0

;RESTORE VECTORS
.
;

TEST ROL, 1%@5 0

MOV
SCC

:400=-2
:402=-1
:404=400 R4=406
;0=402
iR1=1
go = =1 » -4
;ERROR ~IF ZERO
;BRANCH IF GOOD

#52525,(R4)

;R4=125252
;CC=1111 25 WITH CARRY SET
:R4=0525
;ERROR IF V CLEAR
;ERROR IF CARRY CLEAR
:SEE IF RO = EXPECTED
ERROR IF R4 NE EXPECTD

;CPU ERROR

:ROL FAILED, CC SHOULD=0011

:R4=125252

;CC=0000
;ERROR IF NO CARRY
;ERROR IF NO OVERFLOW
;ERROR IF MINUS
:SEE IF R4 = EXPECTED
BRANCH IF GOOD
;CPU
:ROLB FAILED, CC SHOULD=1011, R4=125125
;ROTATE EVEN BYTE

;R4=0

:0=52525

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30 Page 14-46

SEQ 0065

ssssssssssss DOUBLE OPERAND TESTS ssssssssssssddsss
3181 012206
3182 012210
3183 012212
3184 012214
3185 012216
3186 012222
3187
3188 012224
3189 012226
3190 012232
3191 012234

ROL
BPL
BVC
BCS

cHP
BEQ

ERROR

125252

1
1

( ;u ), #125252

MOV
INC

#125252,(R4)
R4

ROLB

(R4)

SCC

3192 012236

(R4)
1

BMI

BvVC

BCC

TEST ROL,

3229 012324
3227 012326
3228 012332
012334

R4
#100000, (R4)

ROL

(R4)+

ccC

“

BEQ

012306
3220
012310
3221
012314
3223 012316
3224 012320
3225 012322

ERROR

;

;#TEST INSTRUCTION
;ERROR IF NO CARRY
;ERROR IF NO OVERFLOW
;BRANCH_IF GOOD
ROL FAILED ,CCSHOULD= 0100

1$
14

24
+1

DEC
DEC
BNE
MOV

R4
R4
34
#4040, (R4)

;ERROR IN AUTO-DEC
:0=4040

(R4)+

;#+TEST_INSTURCTION

BCS

DEC
CMP
BEQ

R4
#04100,(R4)
Lt

;ERROR IF V

CLC
ROLB

BVS

004100

;##TEST INSTRUCTION
;ERROR IF RESULT IS POSITIVE
;ERROR IF NO CARRY
;ERROR IF V CLEAR

ROLB MODE 2

CLR
MOV
8CC
BvC

321

;CC=1111

*BRANCH IF GOOD
;CPU ERROR
;BAD ROLB ODD BYTE,CC SHOULD=1011

4%:

3213 012272
3214 012274
3215 012276

;R4=1

R4=0

3$:

100000

;ERROR IF PLUS
;ERROR IF NO OVERFLOW
;ERROR _IF CARRY
;SEE IF R4=EXPECTED
;BRANCH IF GOOD
;BAD ROL ,CC SHOULD=1010
;CPU ERROR
;0=125252

YERROR IF O NE EXPECTED

052652

3208
3209 012260
3210 012262
3211 012266
3212 012270

;#«TEST INSTRUCTION, 0=125252

ERROR

TEST ROL, ROLB MODE 3
4
CLR
#052525,(R4)
MOV
SCC

;ERROR IF CARRY SET

;SEE IF 0= EXPECTED RESULT
BRANCH IF GOOD

;CPU ERROR
;BAD ROL

;R4=0

;CC=1111

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V0S5.03 Friday 28-Mar-86 13:30 Page 14-47

SEQ 0066

sssssssrssss DOUBLE OPERAND TESTS sssssssssssssssss

3242 012346
3243 012352
354
3244

006137
100005
102004

000000

022714
001401

125253

103403

104001
012714
000261

ROL
BPL
BVC

BCS

#125252,(R4)

125252

;#+TEST IWTIM MODE 3 WITH PC

%0
1
14
1%
#125253,(R4)
24

;ERROR IF PL

zm IF NO OVERFLW
;ERROR IF CARRY

sCOPARE RESULT WITH EXPECTED
:BRANCH IF GOOD

;CPU

BAD ROL CC SHOWLD=1010

;0=125252
;CC=---1

;. #+TEST INSTRUCTION

ano0
34
34

106137
100402
103001
102401

44
+1

104001

TEST ROLPIIIE <

#2.R

000002
054321

054321.(R1)
-(R4)
1$

1$
14
#130643,(R1)
14
R4
24

130643

TEST R(l. MODE 5
“OOR‘)

nzsiss (R4)+

000400
123456

8-(R4)

047135

000400

H ERROR IF MINUS

;ERROR IF NO CARRY

;CPU ERR

BRAN:H IF OVERFLOW

;BAD ROL, CC SHOULD=1011

;R1=0

&s -:54321

suTEST INSTR\X:TI(N

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30 Page 14-48

SEQ 0067

sssssnssssss DOUBLE OPERAND TESTS sssssssssassssiss
3303

;

3304

3307 012514

MRL6:

3309

;

3308

3310 012514 012704 000400
3311 012520 005001
3312 012522 012711 032525
3313 012526 (00277
3314 012530 006164 177400
3315 012534 100405

3316 012536
3317 012540

TEST ROL MODE 6

3321 012550

104001

3324

#400,R4
R1
#32525,(R1)
-400(R4)
14

;R4=400

CcHP
BEQ

#65253,(R1)
24

*SEE IF CORRECT RESULT
'BRANCH If GOOD

ERROR

BCS
BVS

103404
102403

3318 012542 022711 065253
ggg 012546 001401
gggg 012552

MOV
CLR
MOV
SCC
ROL
8MI1

;R1=0

;0=32525

;#+TEST_INSTRUCTION
;ERROR IF MINUS

14
14

*ERROR IF OVERFLOW
6
BAD ROL MODE

MRL7

3327 012552

3328

;R4=400

;402=0

;0=100000

3336 012600
3337 012602
3338 012604

103004
102003
005737

3339 012610 001401

BVC
ST

000000

104001
334!1: 012612
012614

3344
3405 012614

$
MSW37:

334

3406

3407

3408 012614 012704 000400
3409 012620 012714 040700
3410 0

000337

;

3414 012640

000337

3417 012646

104001

3418 012650
3419

3420

3423 012650

3425

3424

#400, R4
#40700, (R4)

BNE

(R&)
fiwm
13

ERROR

;R4=400

;400= 101 300

;400 SHOULD = 300 101
;ERROR_IF MINUS
;SEE IF EXPECTED RESULT
;BRANCH IF BAD

5#400

TEST ROR MODE O

;CPU

@400

MRRO

CHECK

TEST SWAB MODE 37

BMI

MOV
MOV

SWAB

(00400

18
1%
300

ERROR o1

SWAB

000400

149101
523322
8
32“
001003
ofi‘ég
341
33:}2 012644 100401

BEQ

;#%TEST INSTRUCTION
H ERROR IF MINUS
O
R
ZER
O
NOT
IF R
;ER
Y
;ERROR IF NO
LOW
;ERROR IF NO

;CPU

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30 Page 14-49

ssssssssssss DOUBLE OPERAND TESTS sssssssssssssssss

3431 012666 001401

3432

3433 012670 104001

1$:

3434 012672
3436
3439 012672

3
MRRB1:

3435

3440

3441

3442 012672
2443 012674 012714 000001
3444 012700 000277
3445 012702 106014
3446 012704 103004
3447 012706 100003
3448 012710 022714 000200
3449 012714 001401

3450 012716 104001

1$:

3452 012720

24:

3454

3458 012720

MJ:

3451

3453

3456

3459

3460

3467 012744

104001

3468 012746 020127 012736
3469 012752 001401
3470 012754 104001

3471

ERROR

(R4)

1$
1$
#200,(R4)
24

ERROR

R1, OMJU2+2

2¢:

ERROR

MJU2A: CMP
BEQ

MJU2B: INC
37 003072
3472 012756
MOV
3473 012762 012701 012770
JMP
00013%
3474 012
.MORD
MJ2:
01301¢
3475 012
CMP
MJUL:
000001
3476 012772 023727 003072
BEQ
3477 013000 001401

S0SEQ
#MJ2,R1
a(R1)+
MJU3
@0SEQ, 41
MJUIA

MJULA: INC
3480 013004 005237 003072
MOV
3481 013010 012701 012734
JHP
3482 013014 000121
CMP
3483 013016 023727 003072 000003 MJU3: B8EQ
3434 013024 001401
ERROR

20SEQ
#MJU2,R1
(R1)+
90SEQ, 43
MJU3A

10400}

38:

3485 013026

104001

3479

Smm——

ROR MODE O FAILED

ERROR
:CPU RESULT
:BAD

TEST JMP - ALL MODES

18:

:BRANCH IF GOOD

;R4=0
:0=3
:CC=1111
:0=000200, NO
:ERROR IF NO CARRY
:ERROR IF PLUS
:CHECK RESULT
BRANCH IF GOOD

R4
#1,(R4)

#1,905EQ
#MJU1,R1
(R1)
P0SEQ, #2
MJU2A

3478 013002

;CPU ERR

TEST RORB MODE 1

CLR
MOV
sCC
RORE
BCC
B8PL
cHP
BEQ

MOV
MOV
JMP
CMP
BEQ

3461 012720 012737 000001 003072
2462 012726 012701 012772
000111
3463 012
3464 012734 023727 003072 000002 MN2:
3465 012742 001401

3466

BEQ

2%:

;R4=52525
:CC=0000
WITH CARRY
iR4 SHOULDNO= 25252
CARRY
:ERROR IF
iSEE IF R4= EXPECTED

952525 ,R4
R4
1$
#25252,R4

MOV
cce
ROR
BCC
P

3426 012650 012704 052525
3427 012654 000257
3428 012656 006004
3429 012660 103003
3430 012662 022704 025252

SEQ 0068

:SETUP TEST SEQUENCER
:SET MODE 1 JUMP ADDRESS
:4JMP MODE 1
:CHECK FOR CORRECT SEQUENCE
:BRANCH IF GOOD
:CPU

MODE 2 JUMP FAILED

sCHECK FOR AUTO-INCREMENT
:BRANCH IF GOOD

;CPU ERROR

:AUTO-INCR FAILED

:CPU

:UPDATE TEST SEQUENCER
:SETUP MODE 3 JUMP
:JUMP MODE 3
:MODED 3 DETINATION
: TEST FOR CORRECT SEQUENCE
BRANCH IF GOOD

:JMP OUT OF SEQUENCE

;CPU

;UPDATE SEQUENCE
:SETUP MODE 2 DESTINATION
1 JUMP MODE 2
: "TEST FOR CORRECT SEQUENCE
BRANCH IF GOOD

;JMP OUT OF SEQUENCE

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30 Page 14-50

SEQ 0069

ssssssssssss DOUBLE OPERAND TESTS stssssssskkbhbbks

012772

3491 013040
3492 013044
3493 013050
3494 013052
3495 013054
3496 013060

005237
012701
000141
000000
022701
001401

003072
013114

3499 013064
3500 013072

023727
001401

003072

3503 013076
3504 013102

005237
012701

003072
013145

33:33 013036 104001

g% 013074

3505 013106
506

3507 013112

3508 013114

3509 013120
ggfig 013122

3512 013124

3513 013132

ggig 013134

104001

000240
022701

013112

001401
104001

023727
001401

005237

3519
gggg 013150

013054

003072

ERROR

MJUSA:

CMP
BEQ

74%:

ERROR

MJUSB:

INC
MOV

000004

MJU4A:
MJU4B:

003072

013152

3
MJS:

013152 022737 000006 003072 MJU6:
001401

3526 013164
3527 013170
3528 013174
3529 013200

005237
012701
000171
013204

003072
013210
177770

3531 013204

022737

000007

3524 013162

3530 013202
3532 013212

35343533 013214
3535 013216
3536
3547
3548

10¢:

104001

000000
001401

012701

3551
3553 013222
013224

000040
012717
000240

003072

11%:

104001

3549 013216
3550

6%:

94:

013160

3523

S0SEQ
#MJU4+2,R1

352

012701
000151

INC
MOV
JMP
HALT
cMP
BEQ

8s:

104001

3516 013136

3517 013142
3518 013146

000005

104001

000005

MJU3B:

MJUS:

013150

000161

ERROR

#MJ2+2,R1
MJU38
o1

33:3; 013062

54:

CMP
BEQ

MJU3A:

013526

BEQ

gfi%&g%fii gfi% g 333 gfi% g

022701
001401

W’ I

3487 013030
3488 013034

-(R1)

; TEST AUTO-INCREMENT
;BRANCH IF GOOD
OR
;CPU_ERR
;AUTO-INCREMENT FAILED MODE 3
;UPDATE SEQUENCER
;SETUP DESTINATION MODE 4
;EXECUTE JUMP MODE 4

;CHECK AUTO-DECREMENT
;BRANCH IF GOOD AUTO-DEC

#MJS,R1

MJUSA
+1

45
PUSEQ,

MJUSB
o1

SUSEQ
#MJU6-5,R1
+S(R1)
, R1
#MJU4
MJU4A
o1

04
S4SEQ,

MJU4B

;CPU ERR
;AUTO-DEC FAIELD MODE 5

; TEST CORRECT SEQUENCE
;BRANCH IF GOOD SEQUENCE
;CPU ERROR
;JMP OUT OF SEQUENCE
;UPDATE SEQUENCE COUNT
;SETUP DESTINATION MODE6
;JUMP MODE 6
; TEST AUTO-DECR
BRANCH IF GOOD

;CPU ERROR

:MODE 4 AUTO-DEC FAILED
; TEST FOR CORRECT SEQUENCE
BRANCH IF CORRECT SEQUENCE
cPU

' INCORRECT JMP SEQUENCE

- UPDATE SEQUENCE

; TEST FOR CORRECT SEQUENCE
;CPU

BRANCH IF GOOD SEQUENCE

; TESTING OUT OF SEQUENCE

TEST THAT PRE-FETCH BUFFER CAN BE OVER WRITTEN
;SET UP R1 WITH ADDRESS OF ERROR
#1284 ,R1
MOV
32.
MOV
.WORD

; ROUTINE

(PC)+,(PC)

NOP

;MRITE THE NOP OVER THE JMP INSTRUCTION
;NOP INSTRUCTION

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Friday 28-Mer-86 13:30 Page 14-51

SEQ 0070

012717

000240

300244:

300254:
300264:

[
—-

§3E83E93

3 3
s

A
+

~p
D

;NOP INSTRUCTION

(R1)
; JMP
;WRITE THE NOP OVER THE JMP INSTRUCTION
;:NOP INSTRUCTION

(R1)
; JMP
;WRITE THE NOP OVER THE JMP INSTRUCTION
;NOP INSTRUCTION

7
A

~
+

;NOP INSTRUCTION
(R1)
P

;WRITE THE NOP OVER THE JMP INSTRUCTION
;sNOP INSTRUCTION

(R1)
; JMP
;WRITE THE NOP OVER THE JMP INSTRUCTION
;NOP INSTRUCTION

;JMP

(R1)

;WRITE THE NOP OVER THE JMP INSTRUCTION

;NOP INSTRUCTION

i JMP

(R1)

;WRITE THE NOP OVER THE JMP INSTRUCTION

)+,(PC)
7

300234:

(R1)
; JMP
;WRITE THE NOP OVER THE JMP INSTRUCTION

;NOP INSTRUCTION

300224:

:NOP INSTRUCTION

;WRITE THE NOP OVER THE JMP INSTRUCTION

300214:

(R1)
;JMP
;WRITE THE NOP OVER THE JMP INSTRUCTION

JHP

:
300204

et
*

30019¢:

30018¢:

A
*

30017%:

(R1)
i JMP
;WRITE THE NOP OVER THE JMP INSTRUCTION
:NOP INSTRUCTION
(R1)
i JMP
;WRITE THE NOP OVER THE JMP INSTRUCTION

(R1)
;JMP
;WRITE THE NOP OVER THE JMP INSTRUCTION

30016%:

30015¢:

538 35 -o..-§

300144 :

)+,(PC)

300134

;NOP INSTRUCTION

)+,(PC)

000240
00011
01271
000240
000111

30012%:

(R1)
i JMP
;WRITE THE NOP OVER THE JMP INSTRUCTION

)+, (PC)

7
+

012717

30011%:

;NOP INSTRUCTION

)+, (PC)

§3E83E83E83ESS

000111

30010%:

(R1)
;WRITE THE NOP OVER THE JMP INSTRUCTION

i JMP

)+, (PC)

000240
000111
012717
000240
000111
012717
000240
000111
012717
000240
000111
012717
000240
000111
012717
000240
000111
012717
000240
000111
012717
000240
000111
012717
000240
000111
012717
000240
000111
012717
000240
000111
012717
000240
000111
012717
000240

30009%:

012717

30008%:

.é..

000111
012717
000240
000111
012717
000240
000111
012717
000240
000111

e
e 55°55%55%%

esesssssssss DOUBLE OPERAND TESTS stsssssssksdsdks

)+,(PC)

;NOP INSTRUCTION
(R1)
P

;WRITE THE NOP OVER THE JMP INSTRUCTION

;NOP INSTRUCTION
(R1)
: JMP

;WRITE THE NOP OVER THE JMP INSTRUCTION
;NOP INSTRUCTION

s JMP

(R1)

:WRITE THE NOP OVER THE JMP INSTRUCTION

:NOP INSTRUCTION
(R1)
; JMP

;WRITE THE NOP OVER THE JMP INSTRUCTION
:NOP INSTRUCTION

i JHP

(R1)

;WRITE THE NOP OVER THE JMP INSTRUCTION
:NOP INSTRUCTION

COKDAFO KDJ11-B CLUSTER DIAG.

“ACRO V05.03

Friday 28-Mar-86 13:30

Page 14-52

SEQ 0071

300384
:
30039¢:

013530

012737
000117

MOV
MOV
ADD
MOV
ADD
S08

000111
000006

000000

003072

~
7
v

~
+

)
O

:NOP INSTRUCTION

sNOP INSTRUCTION
i JMP
(R1)

WITE THE NOP OVER THE JMP INSTRUCTION

7
~

:lRITE THE NOP OVER THE JMP INSTRUCTION

8
DeTaSTion
lflITE THE NOP OVER THE JMP INSTRUCTION
iNOP INSTRUCTION

; JHP

(R1)

58 DefRSTion
THE NOP OVER THE JMP INSTRUCTION

;WRITE
iNOP INSTRUCTION

J‘P
(R1)
;\vRITE THE NOP OVER THE JMP INSTRUCTION

s..l'P

)
(R1

HRITE THE NOP OVER THE P INSTRUCTION
‘NOP INSTRUCTTTM
(R1)
TP

TJUMP OVER ERWGR CALL

'ERROR! PRE-FETCH BUFFER WAS NOT
OVER WRITTEN

;CPU ERROR

THE OVER WRITTEN JMP INSTRUCTIONS FOR THE NEXT PASS.

032. ,R2
OMJUTE ,R3
¢10,R3
e111,(R3)
% ,R3
R2.130$

20, 96SEQ
(R7)

zSETtPIQASCG.NTER

UP R3 AS POINTER. $4$$
INS TABLE. $38
1st.TENP
T0WRIT
T
ET TOOREPOIN
DD OFFA;REST
JUMP
OVER

TEST JMP MODES 17,27,37,67,77

MOV
JP

(R1)

;WRITE THE NOP OVER THE JMP INSTRUCTION

991298

1284:

000040
013216

)o,

NOW RESTORE

012702
012703
062703
012713
062703
077205

:WRITE THE NOP OVER THE JMP INSTRUCTION

30037%:

SERITE THE NOP OVER THE JMP INSTRUCTION

:NOP INSTRUCTION
i JMP
(R1)

300364:

:NOP INSTRUCTION
i JMP
(R1)

:
300354

300344
:

30033$:

)..

(R1)

xIRITE THE NOP OVER THE JMP INSTRUCTION

)+, (PC)

:
300324

30031%:

i JMP

)+, (PC)

v
+

012717
000240

300304 :

000111

)+,

300294:

~
*

30028%:

SIS ER3E83EE3E83E83E83ESS

012717
000240
000111
012717
000240
000111
012717
000240

—
[
[

30027%:

000111

013410

isi it iiiiiia

ssssssssssss DOUBLE OPERAND TESTS sssssssssssssksss

;POINT TO NEXT OVER WRITTEN ADDR.

;D0 UNTIL R2=0

;SETUP TEST SEQUNCER

;JUMP MODE 17(SHOULD BE IN-LINE)

COXDAFO KDJ1° -8 CLUSTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30 Page 14-53

SEQ 0072

sssssnssssss DOUBLE OPERAND TESTS sssss+issssssnssd
3576

3577 013566
3578 013572
3579
3580 013574

005737
001401

013602

104001
005237
000127

3585 013606

000000

3581 013576

358
3584

3586
3587 013610
3588 013616
3589 013620
3590
3591 013622

3592 013626
3593 013632
3594 013640
3595 013642

3596
3597 013644
3598 013650
3599 013652
3600
3601 013656
3602
3603 013660
3604
3605 013662
3606 013670
3607 013672
3608
3609 013674

3610 013702
3611 013704

3612
3613 013706

3614 013712
3615

023727
001401
104001

005237
000137
023727
001401
104001
005237
000257
000177

"1..917:

003072

15:
2%:

003072
000401

P0SEQ

ERROR

BEQ
INC

JMP

S4SEQ

003072

000001

PS\P27: cHP
1¢:

003072
013674
003072

MJP27A:
000003

MJP67:

2%:

MJP67A:

003072

BEQ

ERROR

S4SEQ,
#1
MJP27A
+1

P9SEQ
FOMIP37
,
SUSEQ93
MJP67A

INC
ccc
JMP

S9SEQ
aMJP67B

013662

JMORD

MJPT7

cHP
BEQ

SUSEQ, 84
MJPTTE

cHP
BEQ

BSEQ, #2
MJP3TA

INC
JMP

OSEQ
MJPE7

001401
104001

005237
000167

003072

003072
177714

;UPDATE SEQUENCE NUMBER
;JUMP MODE 27
E

INC
JMP
CMP
BEQ

ERROR

ERROR! BAD JuMP

; (THE #401=BR UPDATED PC.2)

HALT

023727

;CPU E

#401

000000

023727
001412
104001

; CHECK SEQUENCE
;BRANCH IF GOOD

;CHECK IF CORRECT SEQUENCE

H
IN SEQUENCE
IFANC
{BR

ERROR
:CPU

: TEST OUT OF SEQUENCE

;UPDATE SEQUENCER

;CPU

sm MODE 37
;CHECK FOR CORRECT SEQUENCE
BRANCH IF IN SEQUENCE

; TEST OUT OF SEQUENCE

;UPDATE SEQUENCER

;INSURE ZBIT=0
; JUMP MODE 7
3

; TEST FOR CORRECT SEQUENCE
:CPU

SEQUENCE
NCH
IF IN
BRA

tTESTM(fSEQUENCE

; TEST FOR CORRECT SEQUENCE

;CPU

BRANCH IF IN SEQUENCE

:TESTMUSEW

;UPDATE SEQUENCER

6
; JUMP MODE

!61; 013716
362§ 013716

3625 013716
3722

003074
003076
000002
014036

TEST JSR ALL CUES

003076
003072

003072

MOV
MOV
SUB
MOV
MOV
CLR
coM
JSR
cHP

R6, 3¥SPS
R6, 30SPSJ
92.995PS)
#1.905€Q
#MJSR1 ,R1
R4
R4
R4,(R1)
#2,30SEQ

sSAVE STACK POINTER LOCATION

:SPSJ = R6 AFTER WCRI'ENT
:SETUP SEQUENCE COUNT
sSETlP INITIAL JUMP IN nooe 1
:RQ--1 TO BE SAVED ON STACK

+JSR MODE 1

; TEST FOR CORRECT SEQUENCE

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-54

SEQ 0073

shensssssnss DOUBLE OPERAND TESTS #ssssssksdhisbkid

3635 013762

001401

S$:

ggg 013764 104001
3638 013766
3639 013772
3640 013774
3641 014000
3642 014002
3643 014006
3644 014010

023706
001006
021627
001003
022704
001401
104001

003076

125252
014116

3646 014012
3647 014016
3648 014022
3649 014026
3650 014030
3651 014032
3652 014034

005237
013706
012701
005004
004431
000000
014202

003072
003074
014034

2654 014036
3655 014044

022737
001401

000001

003072

3658 014050
3659 014054
3660 014056
3661 014062
014064
3663 014070
3664 014072

023706
001006
021627
001003
022704
001401
104001

177777
013754

3666 014074
3667 014100
3668 014104
3669 014110
3670 014114

005237
013706
012704
012701
004421

003072
003074
125252
013754

3673 014116
3674 014124

022737
001401

000004

3677 014130
3678 014134
3679 014136
3680 014142
3681 014144
3682 014150
3683 014152

023706
001006
021627
001003
022704
001401
104001

3671
3672

g;z 014126

3685 014154
3686 014160
3687 014164

3688 014170
3689 014174
3690 014176
3691 014200

005237

MJSR2B8: INC
MOV
MOV
CLR
JSR
HALT
MJSRA: .WORD

a#SEQ
a#SPS ,R6
#MJSRA ,R1

MJSR1:

003076
052525

014264
003072

003074
000377
014202

CMP
BEQ

ERROR

003072

3
3

MJSR4:

#MJSR4 R4
MJSR28B
+1

;:MODE 2 JUMPED TO OQUT OF SEQUENCE
;VERIFY STACK DECRIMENT

;BRANCH IF STACK INCORRECT
;VERIFY CONTENTS OF STACK
;BRANCH IF DATA ON STACK INCORRECT
;:SEE IF CORRECT RETURN ADDRESS

R&%RAMH IF GOOD

;CPU ER

;JSR MODE 2 FAILED
;UPDATE SEQUENCE COUNTER
;RELOAD STACK POINTER
:SETUP JSR MODE 3
;DIFFERENT DATA TO R4
;JSR MODE 3

;LITERAL FOR JUMP MODE 3

MJSR3

#1,30SEQ
fli'SRIA
i

a¥SPSJ,R6

cPU

; TEST FOR CORRECT SEQUENCE
;BRANCH IF GOOD

ERROR

:MODE 1 JUMPED TO OUT OF SEQUENCE
;VERIFY STACK DECRIMENT
:BRANCH IF STACK INCORRECT
:VERIFY CONTENT OF STACK
:BRANCH IF DATA ON STACK INCORRECT
:SEE IF CORRECT RETURN ADDRESS
:BRANCH IF GOOD

;CPU ERROR

:JSR MODE 2 FAILED
;UPDATE SEQUENCE COUNTER
:RELOAD STACK POINTER
:SETUP R4 DATA
:SETUP MODE 2 JUMP ADDRESS
;*JUMP MODE 2

CMP
BEQ

ERROR

; TEST FOR CORRECT SEQUENCE
BRANCH IF GOOD

MJSR4A: CMP
BNE
CMP
BNE
CMP
BEQ
ERROR
104:

84SPSJ,R6

MJSR4B: INC
MOV
MOV

4SEQ

MJSRB:

MJSRS

MOV
JSR
HALT
.WORD

o rrehalbwns

;CPU E

856) ,#125252

MJSR1B: INC
MOV
MOV
MOV
JSR

9¢:

104001

013706
012704
012701
004451
000000
014350

2:SPSJ .R6

MJSR1A: CMP
BNE
cMP
BNE
CHP
BEQ
ERROR
84:

003076

MJSR2A
+1

MJSR2A: CMP
BNE
CMP
BNE
CMP
BEQ
ERROR
64:

7%:

332?9 014046 104001

BEQ

ERROR

104

(R6), 2052525

104
, R4
#MJSRG
MJSR4B
+1

0377%26

#MJSRB+2,R1
R4,8-(R1)

;MODE 4 JUMPED TO OUT OF SEQUENCE
;VERIFY STACK DECRIMENT
;BRANCH IF STACK INCORRECT
:VERIFY CONTENTS OF STAACK
o
i

;BRANCH IF DATA ON STACK INCORRECT
;SEE IF CORRECT RETURN ADORESS
BRANCH IF GOOD

;JSR MODE 4 FAILED
;UPDATE SEQUENCE COUNTER
;RELOAD STACK POINTER

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Fridey 28-Mor-86 13:30 Page 14-55

SEQ 0074

sssassssssss DOUBLE OPERAND TESTS #ssssssskssssssss
H

3692

32693

3694 014202
3695 014210

022737
001401

N00003

003072

11%:

332% 014212 1040C1
3698 014214
3699 014220
3700 014222
3701 014226
3702 014230
3703 014234

023706
001006
021627
001003
022704
001401

000000
014032

12%:

3706 014240
3707 014244
3708 014250
3709 014254
3710 014260
3711 014262

005237
013706
012704
012701
000257
004441

003072
003074
052525
014120

3714 014264
3715 014272

022737
001401

000006

g;%g 014274

3718 014276
3719 014302
3720 014304
3721 014310
3722 014312
3723 014316

023706
001006
021627
001003
022704
001401

003076

3726 014322
3727 014
3728 014
3729 014336
3730 014342
3731 014346

005237
013706
012704
012701
004471
014432

003072
003074
177773
014356
177770

g;g 014320

123456
014432

003072

‘

MJSR6:

001401

3738 014362
3739 014366
3740 014370
3741 014374

023706
001006
021627
001003

3743

001401

g‘%g 014360

373 014376

014402

g;:; 014404

3746 014406
3747 014412
3748 014416

022704

003076
000377

014176

005237
013706
012704

003072
003074
123456

;BRANCH IF DATA ON STACK INCORRECT
;SEE IF CORRECT RETURN ADDRESS
;BRANCH IF GOOD

;CPU ERROR

;JSR MODE 3 FAILED
;UPDATE SEQUENCE COUNTER
;RELOAD STACK POINTER
;SETUP R4 DATA
;SETUP JSR VECTOR
;CLEAR CONDITION CODES
;JSR MODE 4

; TEST FOR CORRECT SEQUENCE

CMP
BEQ

BRANCH IF GOOD

ERROR

ERROR
o-s§a4

MJSR7

MJSRSA: CMP
BNE
CcMP
BNE

39SPSJ,R6

ERROR

CMP
BEQ

ERROR

MJSRSB: INC
MOV
MOV

;MODE 6 JUMPED TO OUT OF SEQUENCE
;VERIFY STACK DECRIMENT
;BRANCH IF STACK INCORRECT
;VERIFY CONTENTS OF STACK
;BRANCH IF DATA ON STACK INCORRECT
;SEE IF CORRECT RETURN ADDRESS
;BRANCH IF GOOD
;CPU ERROR
;JSR MODE 6 FAILED
;UPDATE SEQUENCE COUNTER
;RELOAD STACK POINTER

R4,3 15%3i§1
@5, 34SEQ
MJSR5A
+1

164:

104001

:MODE 3 JUMPED TO OUT OF SEQUENCE
; VERIFY STACK DECRIMENT
;BRANCH IF STACK INCORRECT
;VERIFY CONTENTS OF STAACK

CMP
BEQ

15%:

104001

; TEST FOR CORRECT SEQUENCE
;BRANCH IF GOOD

ERROR

MJSR6B: INC
MOV
MOV
MOV
JSR
MJSRC: .WORD

:
3738
3734 014350 022737 000005 003072 MJSRS:
3735 014356

ERROR

MJSR6A: CMP
BNE
cHP
BNE
CHP
BEQ

14%:

104001

MJSR3B: INC
MOV
MOV
MOV
ccc
JSR

134:

104001

CMP
BEQ

MJSR3A: CMP
BNE
CMP
BNE
CMP
BEQ

003076

3‘7]8‘5 014236 104001

MJUSR3:

S
: BRANCH
;VERIFY CONTENTS OF STACK

164

(R6),#377

164
#MJSRB-2,R4
MJSRSB
+1

@9SPS,R6

#123456,R4

;BRANCH IF DATA ON_STACK INCORRECT
;SEE IF CORRECT RETURN ADDRESS

;CPU

BRANCH IF GOOD

:JSR MODE S FAILED

;UPUATE SEQUENCE COUNTER
;RELOAD STACK POINTER
;:SETUP DATA IN R4

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30 Page 14-56

SEQ 0075

012701
004461

014274
177770

3753 014432

022737

000007

37722 014442

104001

1749 014422
3773(1) 014426

3752
e

3754 014440

3757 014444

3758 014450
3759 014452
3760 014456
3761 014460
3762 014464

3;63 014466
3764

3765 014470

3766 014470
3767

001401

023706

001006
021627
001003
022704
001401

003072

17%:

MJSR7A:

003076
177773
014346

18%:

104001

013706

;

MJSR7:

MJSR7E:

003074

3768

g gfi%fi%fi% §§$ i

sesssstsssss DOUBLE OPERAND TESTS ssssssssssssstbss

3779 014524

3780
3781 014530

3782
014536
3783
014540
3784 014544
3785 014546
3786 014552
3787 014554
3788 014560
3789 014562
3790
3791 014564
3792 014570
3793 014574
3794 014600
3795 014604
3796
3797 014606
3798 014614

012737

010637
010637
162737
012704
004427

000001
003074
003076
000002

177777

003072
003076

000240

022737
001011
023706
001006
021627
001003
020427
001401

000001

005237

003072

003076

177777

014530

1%:

104001

012704
013706
004437

152525
003074
014666

023727

003072

000000
001011

023706
001006
021627
001003
020427
001401

MJR27A:

MJR278:
000003

HUR67:

003076
000125

014742

2%:

104001

005237

3
MJR27:

003072

3 3R3admAs 23338 gfi%fi%fi%fi% 3gasd

3772

R4, -10(R1)

; TEST FOR CORRECT SEQUENCE

#7,94SEQ

MJSR7A
+1

;CPV

m&gnmcu IF (000

N’.‘iPSJ .R6
18

'VERIFY CONTENTS OF STAACK

'BRANCH IF DATA ON STACK INCORRECT
YSEE IF CORRECT RETURN ADDRESS

184
#MJSR5-2,R4

I‘USR17E

;CPU E

BRANCH IF GOOD

:JSR MODE 7 FAILED
;REPLACE STACK

3¥SPS,R6

MJRA:

3771 014474

3773
3774 014474

;SETUP JSR VECTOR
; JUMP MODE 6

#MJSR6+10,R1

MJUR67A: INC

67, 77

;SETUP _SEQUENCER

;SAVE STACK ADDRESS
;SAVE STACK DECRIMENT ADDRESS

'SETUP R4 DATA

'EXECUTE A JSR MODE 27

;VERIFY COERRECT TEST SEQUENCE
; INCORRECT TEST SEQUENCE
;VERIFY STACK POINTER

;VERIFY R4 GOT LOADED ON THE STACK
;BRANCH IF INCORRECT STACK CONTENTS
;VERIFY CORRECT RETURN ADDRESS
BRANCH IF GOOD RETURN ADDRESS ON STACK

;CPU
:MODE 27 FAILED
;UPDATE SEQUENCER
;SETUP R4 TEST DATA
;RESET STACK POINTER
:JSR MODE 37

;VERIFY TEST SEQUENCE
INCORRECT TEST SEQUENCE
TACK DECRIMENT

; INCORRECT STACK DECRIMENT
;VERFIFY STACK WAS LOADED
;VERIFY RETURN ADDRESS
;CPU

BRANCH IF GOOD

;MODE 67 FAILED
;UPDATE SEQUENCER

CONDAFO KDJ11-B CLUSTER DIAG.

MACRO V0S5.03 Friday 28-Mar-86 13:30 Page 14-57

ssssssssssss DOUBLE OPERAND TESTS sésssssssssssssss

3808 014646 013706 003074
3809 014652 012704 000001
3810 014656 004477 000002

3811 014662
gg 014664

000000
014742

3814 014666

023727

3815 014674
3816 014676
3817 014702
3818 014704
3819 014710
3820 014712
3821 014716

gaag 014720

003072

001011
023706 003076
001006
021627 152525
001003
020427 014604
001401

MJR6A:
MJR6B:

000002

24:

104001

014732 012704 000125
3826
3807 014736 004467 177644
014742

3330 014750
3831 014752
3832 014756
3833 014760
3834 014764
3835 014766
3836 014772
33333 014774
393.23 014776
3841 014776

023727

003072

001011
023706 003076
001006
021627 000001
001003
020427 014662
001401
104003

013706 003074

384

000004

MJUR77:

24:
MJR77A:
H

MRTS

3848

;

3849 015002 012706 001000
3850 015006 012746 123456
3851 015012 012703 015022
3852 015016
3853 015020

022703

3857 015030

104001

3856 015026 001401

123456

RTS1:

;:DATA FOR MODE 77 JuvP

#2
P9SEQ,

;VERIFY TESTM SEQUENCE
; INCORRECT7 .7 SEQUENCE

24
a8SPSJ,R6
24
(R6),#152525
24
R4, $MJR278
MJR37A
+1

aosea

uzsé4
R4, MIR67

CMP

24
S4SEQ,

MOV

:SETUP R4 DATA
;JSR MODE 77

MJR77

MOV
JSR
BNE
CMP
BNE
CMP
BNE
cMP
BEQ
ERROR

;RESET STACK

24
R6
94SPSJ,
24
(ns) &1
m SMURGA
ruhn

;VERIFY §72” DECRIMENT
" ACK DECRIMENT
; INCORRECT
:VERFIFY STACK WAS LOADED
;VERIFY RETURN ADDRESS
;BRANCH IF GOOD

:CPU
;MODE 37 FAILED

;UPDATE SEQUENCER

sRELOAD STACK

SETLP R4 TEST DATA
;JSR MODE 6

;VERIFY TEST SEQUENCE
; INCORRECT TEST SEQUENCE
:VERIFY STACK DECRIMENT
; INCORRECT STACK DECRIMENT
;VERFIFY STACK WAS LOADED
; VERIFY RETURN ADDRESS

:BRANCH IF GOOD

;CPU ERROR
;MODE 77 FAILED

@4SPS,R6

;RESET STACK

TEST RTS AND RTS R6

MOV
MOV
MOV
CMP

BEQ

#5TBOT,R6
#123456, -(R6)
#RTS1,R3
R3
+1

$123456,R3

RTS6
+1

;INSURE VALID STACK

:SETUP TEST REGISTER
;SETUP_TEST PC
;CPU

uTEST INSTRUCTION

; INCORRECT PC ON RTS

;BRANCH IF GOOD
;CPU_ERROR
;REGISTER CONTENTS INCORRECT

:THIS TEST CHECKS AN UN-TESTED PLA TERM

3862 015032

010601

3865 015042

000206

3863 015034 012705 015046
3864 015040 010506
3866 015044

ERROR

3860

3861

BNE
CHP
BNE
CMP
BNE
CMP
BEQ

RTS
ERROR

000203
104001

3855 015022

CMP

20SPS ,R6
¢1,R4
R4 . GMJIREB

3846 015002
3847

HALT
.WORD

MJR37A: INC
MOV

3824 014722 005237 003072
3825 014726 013706 003074
3‘2'

MJR37:

MOV
MOV
JSR

SEQ 0076

104001

RTS6:

MOV

R6,R1

MOV
MOV

#1%,RS
RS,R6

ERROR

RTS

;SAVE STACK IN R1

;MOVE EXPECTED RETURN ADDR TO RS

;MOVE RETURN ADDR TO R6

;CPU ERROR

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V0S5.03 Fridasy 28-Mar-86 13:30 Page 14-58

sessssssssss DOUBLE OPERAND TESTS sssssssssssssssss

3867

3868 015046 021506
3869 015050 001401

3870 015052 104001

18:

3871

g;g 015054 010106

RTSE:

3876 015056

TSMMUO:

3877

cHP
BEQ

(RS).R6
RTSE

MOV

R1,R6

ERROR

;ERROR! RTS NOT EXECUTED
:CPU

MOV
MOV
cHP
BEQ

$40000, 38177776
$177771.R6
#177777.R6
1%

3883 015076

104001

ERROR

»1

3888 015110 104001

2s:

3889 015112 012706 125252
3890 015116 022706 125252
1 015122 001401
3893 015124

104001

3894 015126 012706 052525
3895 015132 022706 052525
3896 015136 001401

3899
3900 015146
3901 015154
015160
g;g‘s 015164

43:

3897

104001 000700
015140 012706
3898 015142

012737 140000 177776
012706 177777
022706 177777
001401

3905 015166 104001

3906 015170 005006
3907 015172 022706 000000
3908 015176 001401

5%:

012706 125252
022706 125252
001401
104001
012706 052525

68:

3910 01

3911 01
3912 015206
3913 015212
3914
gfi 015214
015216

104001

mvox& 022706 052525
1918 01
9

7%:

001401

104001 000600
015230 m

ox&z «%39 000700

3925 015252 005037 000600

RESTORE STACK

SETUP AND TEST KERNEL, SUPERVISOR AND USER STACKS

012737 040000 177776
012706 177777
022706 177777
001401

18:

;IS R6=315067
mgr IT IS THEN GO TO END OF TEST

:ERROR! WRONG ADDR IN R6

3878 015056
3879 015064
3880 015070
3881 015074

3884 015100 005006
3885 015102 022706 000000
3886 015106 001401

SEQ 0077

:SET PS TO SUP MODE
:INIT SUP STACK TO ALL ONES
:ARE ALL BITS SET
:YES GO ON
NO GO TO ERROR

;

:SET SUP STACK TO ALL ZEROES
:ARE ALL BITS CLEARED
:YES GO ON

CLR
cHP
BEQ

R6
#0,R6
24

MOV
CHP
BEQ

ERROR

#125252,R6
#125252.R6
3%

;CPU

ERROR

;CPU

MOV
cMP
BEQ

#52525,R6
952525,
43

MOV
MOV
MOV
cHP
BEQ

#177777.R6
#177777.R6
54

ERROR

NO GO TO ERROR

:SET SUP STACK TO ALTERNATING PATTERN
:IS SUP SP CORRECT
:YES GO ON
iNO GO TO ERROR

:SET SUP STACK TO ALTERNATING PATTERN
:IS SUP SP CORRECT
:YES GO ON
NO GO TO ERROR

;CPU ERROR
+1
ERROR #700,R6
;SETUP SUP SP
:SET PS TO USER MODE
#140000,52177776
:INIT USER STACK TO ALL ONES
R6
#0,R6
6%

ERROR

#125252,R6
$125252,R6
7
o1
#52525,R6

cHP

952525, R6

ERROR

BEQ

MOV

#600,R6

CLR

89700

CLR

80600

:NO GO TO ERROR

;CPU ERROR

:SET USER STACK TO ALL ZEROES
:ARE ALL BITS CLEARED
:YES GO ON

CLR
P
BEQ

MOV
cHP
BEQ
ERROR
MOV

{ARE ALL BITS SET
;YES GO ON

;CPU

NO GO TO ERROR

:SET USER STACK TO ALTERNATING PATTERN
:IS USER SP CORRECT
:YES GO ON
NO GO TO ERROR

1SET USER STACK TO ALTERNATING PATTERN

:IS USER SP CORRECT
:YES GO ON

NO GO TO ERROR

;CPU ERROR

;SETUP USER SP

iCLEAR FIRST WORDS OF SUP, KER, AND USE STACKS
V

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30 Page 14-59

SEQ 0078

ssssssssssss DOUBLE OPERAND TESTS sssssssssssssssss

(LR

0STBOT

001401

P
BEQ

8700.Ré
18

140000 177776 18:
019787
022706 000600
001401

MOV
CMP
BEQ

#140000,80177776
9600.R6
2%

'35 SUP SP
'YES GO ON
'NO GO TO ERROR
'SET PSW TO USE MODE
i1S USE SP CORRECT
'YES GO ON

104001

ERROR

3926 015276 005037 001000

3957 015562 004767 000054

012737 040000 177776 RET1:
3958 013566 022706
000700

3959 015274
015300
3930
3931
3932 01
3935 01
393 013312
015316
3935
393
3937 015320
3938 015322
3939 015396
3940 015332

10400

JSR

MOV

ERROR

' TEST KER, SUP, AND USE STACKS

IC.CHECK

SUP MODE
'SET PSW TOCORRECT

#40000,80177776
1

;CPU

'NO GO TO ERROR

CLR
CWP
BEQ

98177776
#STBOT.R6
38

;CPU

ERROR

;CPU

MTSO

395] 015360 001401
3

gEQ

ERROR

395 015376 001401
3957
104001
3958 01
005037 177776
3959 01
3%60 015406 G22716 015266
3%1 015412 001401

BEQ

24:

CLR
CHP
BEQ

3%4

3%:

RIS

.1
PC

;CPU ERROR
:RETURN

ERROR

;CPU ERROR

3941

3942 015334

3943 015336

3944 015336

005037 177776
022706 001000
001401
104001
000167

000206

26:
38

"SET PSW TO KER MODE
'35 KER SP CORRECT
'YES GO ON

a0 60 T0 ERROR

*ROUTINE TO CHECK STACKS AFTER TWO RTS STATEMENTS
3946
3947
.SET PSW TO SUP MODE
$40000,80177776
3048 015342 012737 040000 177776 CHECK: MOV
P TEST SUP, KER, AND USE STACKS
1
PC,CHECK
JSR
3949 015350 004767 000044
'15 SUP STACK CLEARED
#0.(SP)
CP
RET2:
3950 015334 022716 000000
iYES GO ON
3953

015362

104001

3984 015364 012737 140000 177776 1$:
3955 015372 022716 000000

104001
3963 015414
015416 000207

MOV
P

ERROR

#140000,80177776
£0,(5P)
2

98177776
ORET1,(SP)
3%

;CPU

NO GO TO ERROR
“SET PSW TO USE MODE
'35 USE STACK CLEARED
1YES GO ON
NO GO TO ERROR
YSET PSW TO KER MODE

'DOES KER STACK HAVE CORRECT DATA

$TES GO, ON

'ROUTINE TO CHECK STACKS AFTER ONE RTS
3066
,SET PSW TO USE MODE
#140000,8¢177776
3066 015420 012737 140000 177776 CHECK1: MOV
SUP, AND USE STACKS
KER,
$5JEST
2
PC,CHECK
JSR
3069 015426 004767 000044
CLEARED
STACK
USE
'15
40.(SP)
RET3: CMP
3970 015432 022716 000000
}YES GO ON
18
BEQ
3971 015436 001401
397
3973

015440

104001

3974 015442 005037 177776
3975 015446 022716 015266
3976 013452 001408

3978 015454

104001

14:

3979 015456 012737 040000 177776 2¢:
3980 015464 022716 015354
3981 013470 001401

CLR
CHP
BEQ

98177776
ORET1,(SP)
2§

ERROR

8400008177776
RET2,(SP)
3¢

MOV
CHP
BEQ

'NO GO TO ERROR
"SET PSW TO KER MODE
'35 KER STACK CORRECT
{YES GO ON

’

NO GO TO ERROR

'SET PSW TO SUP MODE
{YES GO ON

'35 SUP STACK CORRECT
'NO GO TO ERROR

COKDAFO KD.;)11-8 CLUSTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30 Page 14-60

sssresssssss DOUBLE OPERAND TESTS sssssssssssssssss

3983 015472 104001

3964 015474 000207

398
3988 015476 022716 015432
3989 01550> 001401
3990
3991 015504 10400

040000 177776 18:

3996 015522

104001

005037 177776
3997 01
022716 015266
3998 01
3999 015534 001401

4000

26:

4001 15536 104001

4002 01

012737 140000 177776 3%:

4003 015546 000207
4005 015550
4008 015550

4010

000277
4011 015550 000244
4012 015552
000000
40135 015554
4014 015560
4015 015562
4016 015564
4017 015566

4018

012704
100403
102402
103001
001401

015570 104001
4019
4020 015572 000277
4021 0155784
015576
402% 015602
4024 015604
4025 015606
4026 015610

000951
012704 100000
001403
102402
103401
100401

4027 015612 104001
4028

;

HTS0:
MMVCC:

18:

26:

38:

4029 015614
4030
4031

4s:

403

MBTCC:

4034 015614

4037 015614

005004

4038 013616 005104

4039 015620 000277
039504 000000
4045 o1
100403
o1
102402
043 o1

;CPU ERROR

'RETURN

'ROUTINE TO CHECK STACKS AFTER ZERO RTS
,IS USE STACK CORRECT
ORET3,(SP)
EHECK2: P
'YES GO ON
1%
BEQ
NO GO TO ERROR
5

012737
01
3992
39 5 015514 022716 015354
3994 015520 001401

3995

ERROR
PC+1
RIS

SEQ 0079

)

MOV
CHP
BEQ

#40000,38177776
oRET2.(SP)
2%

;CPU

ERROR

;CPU

ERROR

CLR
CHP
BEQ

ERROR

MOV

RTS

98177776
ORETL.(SP)
3%
1

#140000,80177776

'SET PSW TO SUP MODE
'35 SUP STACK CORRECT
'YES GO ON

NO GO TO ERROR

“SET PSW TO KER MODE
'35 KER STACK CORRECT
'YES GO ON

NO GO TO ERROR

;CPU

“SET PSW TO USE MODE

'RETURN

TEST MOV CONDITION CODES - ##0-

SCC
oLz

MOV
BMI
BvS
BCC
BEG

0.R4
1%
1%
1%
2¢

ERROR 1
SC

"WORD
MOV~
BEQ
BYS
BCS
BMI

ERROR

iCC=0101,
'ERROR I N FLAG
'ERROR IF V FLAG SET
'ERROR IF C FLAG CLEAR
'SKIP IF Z FLAG SET

CC SHOULD=0101

,CPU ERROR

251
$100000,R4

3§

3¢
38
&S

;CPU

COM

scc
BIT
BMI
BVS

;CC=0110
'R4=100000, CC=1000
'ERROR IF 2 SET
'ERROR IF V SET
'ERROR IF C SET
EXIT IF N SET

ERROR

'CC SHOULD= 1000

TEST BIT CONDITION CODES - ##0-

CLR

.'CC=1011
R4=0

‘Ré=-1

#0.R4
13
1¢

iy
| CC=0101IF N FLAG
'ERROR IF V FLAG SET
L J

MACRO V05.03 Friday 28-Mar-86 13:30 Page 14-61

COKDAFO KDJ11-B CLUSTER DIAG.

sssessssssss DOUBLE OPERAND TESTS ssssssssssstsiits

BCC

4044 015634 103001

4045 015636 001401

4048 015642

4049 015644
4050 015646
4051 015652
4052 015654
4053 015656
4054 015660
4055 015662

4056

BEQ

ERROR

1%:

4046 015640 104001
4047

SCC

2%:

000277

000251
032704 100000
001403
102402
103401
100401

.WORD
BIT

BEQ
BVS
BCS
BMI

ERROR

34:

104001

4057 015664

4059

w 015664

MBCCC:

4064
4065 015664
4066 01
4067 015670
4068 015672
4069 015674

;

4070 01
‘0;% 015702
4072 015704
4073 015706
4074 015710
4073

005004
005104
000277
000244
042704

100403
10%382
103001
001401

000277

4083 01

102402
103401
100401

BMI
BVS
BCC
BEQ

ERROR

1%:

104001

4077 015714

4084 01
4085

24:

000251
042704 077777
001403

MBSCC:

4093
4094 015736 005004

;

000277

SCC

.WORD

4097 015744 052704 000000
100403
4098 01
102402
4099 01
103001
4100 01
001401
4101 01

1¢:

104001

a1
4104 015762 000277
—

——

BIS
BMI
BVS
8CC
BEQ

26:

m—

———

scC

—

;ERROR IF N FLAG
;ERROR IF V FLAG SET
;ERROR IF C FLAG CLEAR
SKIP IF Z FLAG SET

;CC SHOULD=0101
iR4=-1
;CC=0110
;:CC=1000
;ERROR IF Z SET

V SET
:
;ERROR IF C SET
E'm&%XIT IF N SET

iCPU
;CC SHOULD= 1000

-1

246

iR4=-1
;
;CC=1011
;CC=0101

:CPU ERR&

34
34
44

#0,R4
1$
14
13
24

;CC=0110
:CC=1000
;ERROR IF Z SET
;ERROR IF V SET
;ERROR_IF C SET
EXIT IF N SET

;CC SHOULD= 1000

TEST BIS CONDITION CODES
R4
CLR

4096 015742 000246

—— . S———

251
e77777 R4
34

ERROR

% 015736

4088

;CPU E

-1

.WORD
BIC
BEQ

BVS
BMI

34:

104001

:CPU
;CC SHOULD=0101

1%
1%
13
2%

BCS

4%:

Clg 01

coM
SCC

4086 015736
4087

4095 015740

251
#100000,R4
34
34
3%
44

ERR&SIKIP IF Z FLAG SET

TEST BIC CONDITION CCDES - ##0R4
CLR
R4
coM
SCC
CLZ
#177777.R4
BIC

177777

4076 015712 005104

4078 015716
4079 015720
4080 015724
4081 015726
4082 015730

43:

4058

;ERROR IF C FLAG CLEAR

SEQ 0080

:R4=0
:CC=1001

;R4=0, CC=0101
IF MINUS
3
IF V SET
:
;ERROR IF C CLEAR
BRANCH IF GOOD

CPU
CC FAILED
i8IS

e
e e

——————

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V0S5.03 Friday 28-Mar-86 13:30 Page 14-62

SEQ 0081

sssnssssssss DOUBLE OPERAND TESTS ssssssssssssstbsk

4105 015764 000241

4106 015766 052704 100076

4107 015772 001403
4108 015774 102402
4109 015776 103401
4110 016000 100401

4111 016002 104001
4112

4113 016004

43:

2{}3 016004

MDCCC:

4114
4115

4120

4121 016004
4122 016010
4123 016012
4124 016014
4125 016016
4126 016020

012704 077777
000257
000261
005204
001403
100002

4127 016022 102001
4128 016024 103401
4129 016026 104001
4130
4131 016030

4132 016032
4133 016034
4134 016036
4135 016040
4136 016042
4137 016044
4138 016046

000257

005204
103413
102412
005304
1 1o
10

;

4141 016054
4142 016056
4143 016060
4144 016062

#100076,R4

ERROR

BEQ
BVS
BCS
BMI

33
34
33
4

;CC=1110

:R4=100076 cc-xooo

:ERROR IF Z SE
:ERROR IF V ser
:ERROR IF C SET
mgamcu IF GOOD

:CPU
:BAD BIS CC

TEST oec mc CONDITION CODES

1%:

BVC
BCS
ERROR

2%:

cee

INC
B8CS
BVS
DEC

BVS

BCS
SCC

7777.R4

R4
14
14

1$
24
+1

DEC

BEQ
BVC
BCC
8PL

ERROR

R4=77777
;CC=0001
:R4=100000, CC=0011
:ERROR IF ZERO
:ERROR IF POSITIVE
'ERROR IF V CLEAR
BRANCH IF GOOD

;CPU
;INC FAILED

R4
34
34
R4
34
3$

;R4=100001, CC=1000
:ERROR IF C SET
;ERROR IF V SET
:R4=100000, CC=1000
;ERROR IF V SET
;smon IF C SET

3$
3¢
3
4

;ERROR IF
;ERROR IF V CLEAR
;ERROR IF C CLEAR
BRANCH IF GOOD

1CC=0101
iR4=77777, CC=1011

_WORD 252
R4

oooz'n

001403
102002
103001
100001

CLC

MOV
cce
SEC
INC
BEQ
BPL

000252
4139 016050
016052 005304
4140

8IS

;CPU ERROR

4145 016064 104001

3$:

4147 016066

4149

:igg 016066

MCTSCC:

4161

H 3“".“‘.“.‘ t“"t‘t‘tt“.‘t“tt‘t‘ttttt.t"ttt“t“tt‘t““‘

4146

4148

;

‘162
4163 016066
4164 016070

000277
000244

:BAD CC

TEST CLR, TST, SWAB CONDITION CODES

;0100 - **x00 - *x00
SCC

4165 016072 005004

CLZ

CLR

;CC=1011

016100 103401
4168
4169 016102 001401
104001

B8CS
BEQ

1$
24

I}
IF GO(D
BRNCH

BMI

4166 016074 100403

BVS

4167 016076 102402
4170 016104

1%:

ERROR

;R4-0 €C=0100
i

;CPU

;BAD CC ON CLR

IF _MINUS

emoa IF v SET

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V0S5.03 Friday 28-Mar-86 13:30 Page 14- 63

SEQ 0082

ssssssssssss DOUBLE OPERAND TESTS #sssssssshsdbsisd
4172 016106
4173 016110
4174 016112
4175 016114
4176 016116
4177 016120
4178 016122
4179 016124
4180
4181 016126

2%:

005104
000277
005704
001403
102402
103401
100401
104001

3$:
4%:

4182 016130

4184 016134
4185 016136
4186 016140

Sé:

4187
4188 016142
4189

BEQ
BVS

R4
34
34

ERROR

BCS
BMI
SCC

SWAB

BMI

ERROR

;R4=-1

;CPU

'BAD TST CC

;CC=1111

1 CC=1000

R4
5
S

icC=1111
;CC=1000
'ERROR IF Z SET
'ERROR IF V SET
ERROR IF C SET
BRANCH IF GOOD

'ERROR IF V SET

"ERROR IF C SET
'BRANCH IF GOOD
;CPU ERROR

'BAD SWAB CC

MADCC:

TEST ADD CONDITION CODES
#77777,.R4
MOV
#1,R1
MOV

077777
000001

ccC

ADD

R4 ,R1

BCS
BEQ
BMI

1$
13
24

INC
ADD

R4
R4,R1

BEQ

BvC

14:

4205
4206 016170
4207 016172
4208 016174
4209 016176
4210 016200
4211 016202
4212
4213 016204
4214 016206
4215 016210
4216 016212
4217 016214
4218
4219 016216
4220
4221

24%:

ERROR

BVC
8CC

3$:
4%:

S5§:

ERROR

«1

34
34

-1

ADD

R4 ,R1

8CS
BMI

54
6%

BVS

ERROR

-1

6$:

‘R&=TTTT7
;R1=1

;CC=0000

'37777 + 1 = 100000 IN R1
'ERROR IF V CLEAR
{ERROR IF CARRY
JERROR IF 7 SET

;CPU ERR&!

{CC SHOULD =1010
:R4=100000

1100000 + 100000 = 0 IN Rl
;ERROR IF V CLEAR

IF o TM
e

:CPU ERROR

iCC SHOULD = 0111
:0 + 100000 = 100000
ERROR IF V SET

'ERROR IF

SET

BRANCH IF GOOD

;CPU
;CC SHOULD = 1000

MACCC:

4224 016216

4225

177777

TEST ADC CONDITION CODES
SCC

ADC
BMI
4232 016232

34
43

6$:

156

4226
4227 016216

scC
TST

BVS
BCS

4183 016132

4190
4193 016142
4194
4195
4196 016142
4197 016146
4198 016152
4199 016154

coM

BVS
BCC

#177777.R4

R4
14
1%
1$

iR4=177777

;CC=1111

;RQ-O CC=0101

2 o

MACRO V05.03 Friday 28-Mar-86 13:30 Page 14-64

sssessssssss DOUBLE OPERAND TESTS ssssssssssisstsss

4233 016234 001401

:g;; 016236

104001

4236 016240 012704 077777

i$:

2%:

4237 016244
4238 016246

000277
000242

4243 016260
222:; 016262

102401
104001

4246 016264

000277

43:

4251 016276

104001

5%:

4239 016250 005504
4240 016252 100003
4241 016254 103402
016256 001401

4247 016266 005504
4248 016270 102402
4249 016272 103401
4250 016274 100401
4252

4255

4258 016300

323 016300 ...704 077777
4261

38 016304

01677
4264 016°
4265 015
0163:+
4267 016216
% o1

4279 016342
4280 016346
4281 0
4282 01

4283 016356
4284 016360

005404
1
10
001401
100401
104001

104001

012704 077777
012701 170000
000257
020401

;

1%:

28:

34:

43:

MOV

#077777.R4

:R4=077777

ADC
BPL
BCS
BEQ

R4
34
3
34

;CC=1101

SCC

R4
5$
5%
6$

ERROR
SCC
cLV

BVS
ERROR

ADC
BVS
BCS
BMI

ERROR

a$
+1

104001

4209”l 016370 000257

4290 016372 005101
4291 016374 100403

6%:

;R4=100000 CC=1010
;ERROR IF PLUS
;:ERROR IF C SET
;ERROR IF ZERO
;BRANCH IF GOOD

;CPU ERROR
;BAD ADC CC SHOULD= 1000

CONDITION CODES
CMP COM
TEST NEG,8077777
iR&=T77777
.R4

MOV
cce
NEG
BVS
BCC
BEQ
BMI

R4
14
1
1$
2

CLR
ccc
NEG
BMI
BCS
BVS
BEQ

R4
R4
3
34
3
a$

'BAD NEGATE

MOV
MOV
cce
CHP

877777 R4
#170000,R1
R4,R1

'BAD NEG

BEQ
BMI

54
64

ERROR

BVC
BCC

102003
103002

4285 016362 001401
4286 016364 100401
4287 016366

MNCCCC:

000257

4270 016322 005004
4271 016324 000257
005404
3‘% o1
100403
01
103402
4274 01
102401
4275 01
4276 016336 001401
310 016340

BEQ

68:

:gz 016300

SEQ 0083

ERROR

cee

coM
BMI

5¢
5

R1
7

¢ £C=0000

£C=1001

' Ré=100001

;ERROR IF V SET
"ERROR IF C CLEAR
'ERROR IF 7 SET
dBRANCH TF G000
g
;:R4=0

cC-

$CC=0101

YERROR IF N SET
YERROR IF C SET

TF
EANCH_| G000

;CPU ERII&

R&=T7777
FR1=170000

; CC=0000

s 77777 - 170000 = 107777 CC= 1011
;ERROR IF V CLEAR
;ERROR IF C CLEAR
;ERROR IF ZERO
;:BRANCH IF GOOD
OR
ERR
;CPU
;:BAD CMP
LALLAL

COKDAFO KDJ11-B CLUSTER DIAG.

iR1=7777
;ERROR IF MINUS

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30 Page 14-65

SEQ 0084

sssessssssss DOUBLE OPERAND TESTS sssssssssssssbkss

4292 016376 001402

4293 016400 103001
4294 016402 102001

7%:

4295 016404 104001
4
4297 016406 000277
4298 016410 005101
016412 100401
4
016414 104001
4
4301

8%:

9¢:

4302 016416

10¢:

:% 016416

MSBCC:

4309

4303
4304

4310 016416
4311 016422
4312 016424
4313
4314 016430
4315 016432

012704 077775
000257
162704 137757
102003
100002

4316 016434 001401
4317 016436 103401

4318 016440 104001
4319
4320 016442 012704
4321 016446 000257

4322 016450
4323 016454
4324 016456
4325 016460
4326 016462
4327 016464
4328

1¢:

000005

162704 000012
103003
102402
001401
100401
104001

2%:

3¢

4329 016466

45:

:gg 016466

MSBCCC:

4336

4332

4337 016466 012704 100000

4347 016514

005604
102002
103401
100001
104001

4348
4349 016516 005004

8%6522 OOOZH
:3%2
4352 016524 005604

ERROR

;CPU
;BAD COM

SCC

COoM
BMI
ERROR

24:

R1
104
-1

;ERROR IF ZERO

;ERROR IF CARRY
mgim ¥ W

m&flm IF GOOD
;CPU E
;BAD COM

TEST SUB CONDITION CODES

$77775.R4
#137757.R4
14
le

ERROR

BEQ
BCS

14
2%

MOV
ccc

#5,.R4

ERROR

-1

SUB
8CC
BVS
BEQ
BMI

#12.R4
3%
34
34
44

;R4=T7775
; CC=0000
s 77775 - 137757
;TRY TO CAUSE AN ARITHMETIC OVERFLOW
;ERROR IF V CLEAR
;ERROR IF RESULT IS POSITIVE
;ERROR IF Z SET
BRANCH IF GOOD

;CPU
;BAD SUBTRACT
;R4=5
; CC=0000

;5-12=-5 AND SETS CARRY
;ERROR IF CARRY CLEAR
;ERROR IF OVERFLOW
;ERROR IF ZERO
m&anm IF GOOD

;CPU
:SUBTRACT FAILED

TEST SBC CONDITION CODES

MOV

BVS

1¢:

74
84

MOV
ccc
SuB
BVC
BPL

CCC
SBC

4338 016472 000257
4339 016474 005604
4340 016476 100006
4341 016500 102405
43‘§ 016502 000261

4343 016504
4344 016506
4345 016510
4346 016512

BEQ

B8CC
BvC

R4
1$

SEC
SBC
8vC
BCS
BPL

R4
1$
14
24

CLR

ERROR

&E
SeC

;R4=100000

#100000,R4

;CPU

;C=0000
;TRY TO SET V
;ERROR IF N CLEAR
;:ERROR IF V SET (HAVENT SET C YET)
;CC SHOULD = 1001
:TRY AGAIN TO SET V
;:ERROR IF V CLEAR
;ERROR IF C SET
BRANCH IF GOOD

;SBC FAILED
;R4=0

CC=1110
;:TRY TO CAUSE C FLAG FAILURE

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30 Page 14-66

ssssssssnsss DOUBLE OPERAND TESTS sesssssssssstbbhss

4353 016526 103410
4334 016530 102407
4355 016532 001006
000261
4356 016534 005604
4357 016536

4362 016550 104001
4363

33:
Y

4363 016552

MRLCC:

4371

4372 016552
4373 016556
4374 016560
4375 016562
4376 016564
4377 016566

012704 060000
000257
006104
103402
102001
100401

4380 016572
4381 016574
016576
4382
4383 016600

006104
103002
102401
100401

4378 016570 104001
4379

4384 016602 104001

4385

‘

18:
24:

38:

4386 016604
4387 016606
4388 016610
4389 016612
4390 016614

006104
102003
103002
100401
001001

104001

S$:

4393 016620
4394 016622
4395 016624
4395 016626

006104
102402
103401
100001

6$:

439] 016616

4392

4397 016630 104001

7¢:

4399 016632

8s:

4404 016632

MRRCC:

4398

4400
4401

4405

4406

4407 016632 012704 000003
4408 016636 000257
4409 016640 006004
4410 016642 103002
4411 016644 102001
4412 016646 100001

441% 016650 104001

3BC
BVS
BEQ
BMI

R4
38
3%
3%
4%

BCC

4364 016552

4365
4366

38
3%
3%

SEC

4338 016580 103003

4359 016542 102402
4360 016544 001401
4361 016546 100401

BCS
BVS
BNE

ERROR

(ERROR IF C SET
'ERROR IF V SET
'ERROR IF NOT ZERO
PSET CARRY
'NOW, O - CARRY = 177777

'ERROR IF CARRY CLEAR

'ERROR IF V SET
'ERROR IF ZERO
BRANCH IF GOOD

ERROR
;CPU
'SBC FAILED

TEST ROL CONDITION CODES

MOV
cce
ROI
BCS
BVC
BMI

ERROR

1%
1%
2%

R4
3%
3%
4%

ROL
BVC
BCC
BHI
BNE

R4
5%
58
5%
64

ROL
BVS
BCS
BPL

R4
7%
7%
8%

ERROR

;CPU ERROR
'ROL FAILED

ROR
BCC
BVE
BPL

ERROR

'Ré= 1000000000000071
"ERROR IF CARRY CLEAR
'ERROR IF V SET
BRANCH IF GOOD

;CPU ERROR

iBAD ROL

TEST ROR CONDITION CODES

MOV

;Ré= 0110000000000000
:CC=0000
‘Ré= 1100000000000000
'ERROR IF CARRY
*ERROR IF V CLEAR
'BRANCH IF GOOD

#60000,R4

ROL
BCC
BVS
BMI

cce

1$:

SEQ 0085

iBAD ROL

;CPU

‘R4 = 0000000000000001
"ERROR IF V CLEAR
'ERROR IF C CLEAR
'ERROR IF MIMUS
BRANCH IF GOOD
;R4=000000000000011
{ERROR IF V SET
*ERROR IF C SET
BRANCH IF GOOD

;CPU ERROR
'BAD ROL

43,Ré

\R&= 0000000000000011

R4
1%
1%
2%

1
iR4=
'ERROR IF NO CARRY
'ERROR IF V CLEAR
BRANCH IF GOOD

iCC= 0000

;CPU ERROR

COKDAFQO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30 Page 14-67

SEQ 0086

sansssssssss DOUBLE OPERAND TESTS sesssssssskstskss
4414
4415 016652
4416 016654
4417 016656
4418 016660
4419 016662
4420

2%:

ROR

BMI

ROR
BVC
BCS
BMI

R4
54
5%
64

ROR
BVS
BCS
BPL
ERROR

R4
7%
7%
84
+1

6%:
7%:

4431 016706

34
34

FAILED

;R&= 1000000000000000

:ERROR IF CARRY CLEAR
:ERROR IF V SET

BRANCH IF GOOD

;CPU ERROR

;:BAD ROR

;R4 = 1100000000000000
:ERROR IF V
:ERROR IF C SET
:BRANCH IF GOOD

;BAD ROR

;Ra= 011000000000000
:ERROR IF V SET
:ERROR IF C SET
:BRANCH IF GOOD
;CPU ERROR
:BAD ROR

XCBIT:

TEST C BIT WITH ROR/ROL

;
i

012701

045252

125252

052522

S TEST IS TO CHECK FOR A SLOW C BIT PATH INTERNAL TO THE J11 DATA CHIP

PROBLEM IS ONLY EXHIBITED ON EARLY MASK SETS (1590 AND 1593)
;INIT R1 WITH DATA
#52525,R1
MOV
THE C BIT
:CLEAR
cLe
2, C BIT =1
iR1=02525
Rl
ROR
€ BIT =0
525,
iR1=112
Rl
ROR
C BIT =1
52,
;R1=0452
R1
ROR
BIT SET
CARRY
IF
BRANCH
1t
8cs

2¢:

adsese.mi

£l

BEQ

MOV

#125252,R1

ROL
ROL
ROL

Rl
Rl
Rl

ERROR

cLe

BCS

4472
4474 016770
4475
4476
4477 016770
4478 016774
4479 016776
4480 017000

8%:

;

4460 016740
4461 016744

ERROR

S$:

4432
4433 016710
4434
4435
4438 016710
4447
4448
4449

4457 016730
4458 016734
4459 016736

ERROR

as:

4426
4427 016676
4428 016700
4429 016702
4430 016704

4450 016710
4451 016714
4452 016716
4453 016720
4454 016722
4455 016724
4456 016726

BCC
BVS

;ROR

;CPU

:IS DATA IN R1 = TO EXPECTED DATA?
BRANCH IF YES

:SET WP Rl

;CLEAR THE CARRY BIT

;R1=052524, C BIT =1
;R1=125251, C BIT =0
1R1=052522, C BIT =1

BRANCH If CARRY SET

052522, Rl

;CPU

ERROR

:CPU ERROR

ERROR

;IS DATA IN R1 = TO EXPECTED DATA?

MALCC:

;

TEST ASL CONDITION CODES

MOV

#60000,R4

ASL
BCS

R4
1%

cce

;Ré=_0110000000000000
)
1C=0 Ré= 1100000u. 3000
{ERROR IF CARRY

:CC=0000

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30 Page 14-68

SEQ 0087

sstsssssssss DOUBLE OPERAND TESTS #ssssssssssskstss
4481
4422
4435
4454
4485

017002
017004
017006

017010
4486 017012
4487 017014

4488 017016
4489 017020
4490
4491 017022

BVC

102001
100401
104001

14:
2%:

006304
103002
102401
100401
104001

34:
4%:

4492 017024
4493 017026

4494 017030

4495 017032
4496 017034
4497
4498 017036
4499 017040
4500 017042
4501 017044
4502 017046
4503
4504 017050

5%:
6%:

7%:

4512 017054

4513 017056
4514 017060
4515 017062
4516 017064
4517 017066
4518
4519 017070
4520 017074
4521 017076
4
017100
4523 017102
4524 017104
4525
4526 017106
4527 017110
4528 017112
4529 017114
Aggo 017116
4531
4532 017120
4533 017122
4534 017124
4535 017126
4536 017130
4537 017134
4538 017136
4539

BMI

ASL
BCC
BVS

R4
34
3$

ERROR

BMI
ASL
BvVC

8CC
BMI
BEQ

ERROR

R4
54

S5$

5%
64

«1

BCS
BPL

7%
8¢

ERROR

;ASL

FAILED
;C=1 R4= 1

;ERROR IF CARRY CLEAR
;ERROR IF V SET
;BRANCH IF GOOD

ASL
BVS

;ERROR IF V CLEAR
;BRANCH IF GOOD
OR
ERR
U
;CP

7¢

-1

8$%:

4505

4508 017050
4509
4510
4511 017050

:C=1 R4= 0000000000000000
:ERROR IF V CLEAR
:ERROR IF C CLEAR
:ERROR IF MINUS
:BRANCH IF GOOD
;CPU ERROR
;BAD ASL
;C=0 R4= 000000000000000

:ERROR IF V SET

GOOD
TF CH
ERAN

;CPU ERROR
;BAD ASL

MARCC:

TEST ASR CONDITION CODES

000341

MOV

#341,R4

ASR
8CC

R4
1%

BPL

CCC

BvC

14:

100001

24:

ERROR

BIS

34:
4%:

S¢:

64:

170016
74:

#100001,R4

BMI

ASR

BCS
BMI

54
6

8vC

ERROR

34
34

BCS

BPL
CcHP
BEQ

ERROR

BAD ASR

ASR

BvC

;ERROR IF NO CARRY
;ERROR IF V CLEAR
;BRANCH IF GOOD

-1

ASR
ERROR

; CC=0000
;R4= 0000000001110000

BCC
BVS

tge' 0000000011100001

;CPU

;:BAD ASR

74
#170016,R4
8%
1

;R4= 1110000000011100
;ERROR T V
;ERROR JF C SET
BRANCH TF GOOD

;R4= 1111000000001110
;ERROR IF V CLEAR
;ERROR IF C SET
;:ERROR IF PLUS
:SEE IF EXPECTED RESULT
;BRANCH IF GOOD

;CPU ERROR

;BAD ASR

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V0S5.03 Friday 28-Mar-86 13:30 Page 14-69

S5EQ 0088

ssshbsssssss DOUBLE OPERAND TESTS séssssss bssssiss
8%:

4540 017140
4541
4542
4545 017140
4546
4547
4548 017140
4549 017144
4550 017146
4551 017150

MSXTCC:

TEST SXT CONDITION CODES / -#0-

R1,R4

;RESTORE R4

.cc-uu
;R4=-1 CC=1001

;ERROR IF NO CARRY
;ERROR IF OVERFLOW

34:
4%:

MXRCC:

TEST XOR CGIJITIW CODES / #*0;R4=123456
#123456
MOV

123456
052525

MOV

cCcC

XOR
BVS

1%:

4587 017236

2%:

4600 017270

;ERROR IF MINUS
;ERROR IF OVERFLOW
;BRANCH IF GOOD
;CPU ERROR
;BAD SXT

:m IF PLUS

017230

459 017260
4597 017262
4598 017264
4599 017266

CC0000
R4-0 CC=0100

ERR(R IF ZERO

4564 017232
4505 017234

4593 017254
4594 017256
4595

.ERR(R IF CARRY

2%:

017226

4588 017242
4589 017244
4590 017246
4591 017250
4592 017252

14:

4553 017154

017156
4 55 017160
4556 017162
4557
4558 017164
4559 017166
4560 017170
4561 017172
4562 017174
4563 017176
4564 017200
4565 017202
4566 017204
4567 017206
4568
4569 017210
4570
4571
4574 017210
4575
4576
4577 017210
4578 017214
4579 017220
4580 017222
4581 017224

;SAVE CONTENTS

14
13
1
28
+1

455¢ 017152

R4=123456

#123456,R4
R4 ,R1

iR1=52525
=0000

#52525, fix

.u. m-mm

R1.Re

1%
I
|

#125252,R1

1T 76RO
RO
O RANC_TFH €000

CPU ERROR

.w XOR

;R1=125252

33
34

;cc-1111
R4=054321
{ERROIFR MINUS
{ERROR IF ZERO

34:

as
+1

:BRANCH IF GOOD
;CPU ERROR

45:

R4 ,R4

R1,R4

S$
5%
58
5¢

:ERROR IF CARRY CLEAR

:BAD XOR

;4=

IF OVREFLOW
'
{ERROR IF MINUS
:ERROR IF NO CARRY
{ERROR IF NOT ZERO

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Fridey 28-Mar-86 13:30 Page 14-70

ssssssssssss DOUBLE OPERAND TESTS sssssssssssssssss

4601 017272 022704 000000

4602 017276 001401
4603 017300 104001
4604

S$:

4605 017302

64:

4608

MSXT:

4606
4607

cHP

BEQ

#0,.R4

[ TS |

SEQ 0089

:SEE IF EXPECTED RESULT
BRANCH IF 500D

;CPU ERR(‘R
;:BAD XOR

& 017302

“2;

TEST SXT (SIGN EXTEND INSTRUCTION)

‘62

H ;““t“t".‘““"“‘.““‘“‘t‘.“‘.‘t“.“““““‘t“‘.‘ttt‘

4624 017302
4625 017304
4626 017306
4627 017310

: THE PR%EH IS ONLY EXHIBITED ON_EARLY MASK SETS (1590 OR 1593)
; TRASH R4
R4
R
;CC=0000
ccc
:CC=1001
MORD 271
14TEST INSTRUCTION
R4
SXT

;AN ADDITIONAL TEST IS INCLUDED TO_CHECK FOR A SLOW N BIT PATH
:ON A TRANSITION FROM ZERO TO ONE INTERNAL TO THE J11 DATA CHIP

005004
000257
000271
006704

4628 017312 102405

4629 017314 100004
4630 017316 001403
4631 017320 103002
017322
4633 017324 001401

BVS

4634 017326 104001

1$:

000277

24:

4635

4636 017330

4637 017332
4638 017334
4639 017336
4640 017342

000250
005004
012714 000055
006714

4641 017344 001005
4642 017346 1

4643 017350

103403

4644 017352 100402
4645 017354 005714
4646 017356 001401
4647 017360 108001

34:

gsg

;

177777
017362 012700
ugz
005004
4653 017366

4654 017370 006700
46
017372 005700
4657 017374 001401
4658 017376

4659 017400
4660 017402
4661 017406
4662
4663 017410
4664 017414

4665 017416

104001

005000
012704 177777
006700
022700 177777
001401
104001

43:
5%:

BPL
BEQ
BCC
INC
BEQ

ERROR
SCC

14
14
1$
R4
24
+1

:BRANCH IF OVERFLOW IS NOT CLEARED

:BRANCH TF N BIT EFFECTED
:BRANNCH 1F Z BIT EFFECTED
:BRANCH IF C BIT EFFECTED
;BRANCH IF R4 =0
;CPU ERROR

;CC SHOULD HAVE = 1101

CLN
CLR
MOV
SXT

R4
55, (R4)
(R4)

;CC=0111
; TRASH R4
;#TEST INSTRUCTION

BVS

:BRANCH IF OVERFLOW

BMI
TST
BEQ

ERROR

3
3$

33
(R4)
44
+1

:BRANCH IF BIT EFFECTED
;

:BRANCH IF N IS SET
:VERIFY INSTRUCTION WORKED
:BRANCH IF R4=0
;CPU ERROR

:SXT FAILED

NOW TEST FOR SLOW N BIT IN J11 DATA CHIP

MOV

¢-1,R0

BIT = 1
;R0=177777, NNBIT

CLR
SXT
ST

R4
RO
RO

;CLEAT THE
1 ##84TEST INSTRUCTION#++
:TEST N BIT TRANSITION 1 TO 0
;RO SHOULD = 0

ERROR

;CPU ERROR

BEQ

CLR
MOV
SXT
cP
BEQ

ERROR

RO
#-1,R4
RO
#-1,R0
68
1

;BRANCH IF OK

:CLEAR RO, N BIT = 0
iSET N BIT
:¢24TEST INSTRUCTION##+
:TEST N BIT TRANSITION O TO 1
RO SHOULD = 177777
:BRANCH IF OK
;CPU ERROR

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V0S5.03 Friday 28-Mar-86 17:30 Page 14-71

SEQ 0090

ssssssssssss DOUBLE OPERAND TESTS sssssssssssssssss
6%:

4666 017420

4668

r'txoa:

4670 017420

4671

s673 017420

4673

4674 017424

4675 017430
4676 017432
4677 017434
4678 017436
4679 017440
4680 017442
4681 017444
017450
017452

#133333 R4

:SETUP DATA

XOR

R4,R1

;«TEST INSTRUCTION

BCC
BVS

14
1%

:ERROR IF CARRY CLEAR
:ERROR IF V SET

cHP

1¢:
2%:

4686 017456
4687 017460
4688 017462

007643
34:

BEQ

ERROR

R1,#134570
24

rc?g

R1,R2

XOR

R4,R2

ERROR

BMI
BVS
BCS
CHP
BEQ

34
34
34
R2,87643
'n

TEST S0B

000555

14:

000010

34:
24:
4%:

MOV
SCC
BCC
BVC
BPL
BNE
S08
BCC
BVC
B8PL
BNE
JMP

ERROR

54:

2
2%
24
24
R4,1$
38
2
33
34
as
+1

P
BEQ

R4, %0
o

ERROR

:VERIFY CORRECT RESULT
BRANCH IF GOOD

;CPU ERROR
;BAD XOR

;«TEST INSTRUCTION

;ERROR IF MINUS
:ERROR IF OVERFLOW
:ERROR IF CARRY
BRANCH IF GOOD

;CPU ERROR
;BAD XOR

JHP

ERROR

:BRANCH IF PLUS TO ERROR
;ERROR IF ZERO

1%
1$

4%:

4700 017500
4701

:;83 017500

#7643 ,R1

8PL
BEQ
134570

;SETUP DATA

MOV
gcoz

133333

4684
4685 017454

4689 017464
4690 017466
4691 017470
017474
4693 017476
4694
4695 017500
4696
4698

TEST XOR

07643

;SETUP TEST COUNTER
;CC=17
;ERROR T' CARRY CLEAR
:ERROR .° NO OVERFLOM
;ERROR IF PLUS
;ERROR IF ZERO
:#TEST INSTRUCTION
;ERROR IF CARRY CLEAR
:ERROR IF NO OVERFLOW
;ERROR IF PLUS
;ERROR IF ZERO
6cru ERROR

,CC EFFECTED DURING TEST
écpu ERROR
;CC EFFECTED AFTER TEST

;IS R4 CORRECT
:YES GO ON
:CPU ERROR
ERROR
TO
;N0 GO

COKDAFO KDJ11-8 C.USTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30 Page 14-72

SEQ 0091

sssssnssssss DOUBLE OPERAND TESTS ssssssssssbbsssss

MMARK:

4729 017554

4731

4733 017554 012706 000700
4735 017560 012737 125252 000776
4734 017566 012705 017604

4738

4744

(SP)

;% TEST INSTRUCTION

SCC

000277

4741 017604 101002
4742 017606 100001
4743 017610 102401

/SETUP TEST STACK = 700
'SET UP NEW RS VALUE ON STACK
'PUT NEW PC IN RS

MOV

4737 017600 000116

4739 017602 104001

5P
#STBOT-100,
#125252,365TBOT-2
18RS

MOV
MOV
MOV

4735 017572 012746 006437
4736 017576

MARK INSTRUCTION TEST

.CPU ERROR

BHI
BPL
Bvs

28
2%
3

+
#125252,RS

;CPU

24:
Si.

ERROR
P
BEQ

4750 017628 020627 001000

4s:

CMP

SP,4STBOT

:m 017,22 104001
4751 017630 001401

4752

4753 017632 104001
4755 017634
4756 017680
4757 017644
4738 OlTeds

012746 052525
012746 006400
010605
004767 000004

4789 017652 000167 000006
4761 017656 000257
4762 017660 000205

158:

68:
5¢:

4763
4764
4765

4766 017662 104001

4777 017702

104001

4778 017704 022705 052525
4779 017710 001401

4780
4781 017712 104001
4782 017714

4784 017714

154

ERROR o1

MOV
MOV
MOV
JSR

CCC
RTS

ERROR

#52525,-(SP)
#6400,-(SP)
SP.RS
PC.S¢

R6,0STBOT
9§

9¢:

CMP

ERROR

#52525,RS

ERROR

10$:

ERROR

BEQ

'BAD CONDITION CODES ON MARK
:VERIFY RS
'BRANCH IF GOOD

;CPU ERROR

,VERIFY THAT STACK IS CORRECT

:BRANCH IF OK

;CPU ERROR

*MARK RETURNED CORRECTLY

,CLEAR THE CONDITION CODES
'RETURN TO MARK INSTRUCTION

'NEXT INSTRUCTION ON STACK IS THE RETURN
'7ROM THE JSR

;CPU ERROR

;CPU

' CONDITIONS CODES INCORRECT

\IS THE STACK CORRECT?
'BRANCH IF YES
ERROR! BAD STACK CLEANUP

'VERIFY THAT RS WAS LOADED PROPERLY.
'IF OK, GO TO NEXT TEST.

;CPU ERROR

XME100:

) BAD MARK SEQUENCE

;IS C OR Z BIT SET?
118 N BIT SET?
118 v BIT SET?

10§

! STACK WAS NOT CORRECT AFTER MARK

;SETUP EXPECTED RS
*MOVE MARK O INSTRUCTION ON STACK
'RS=ADDRESS OF INSTRUCTION
ILEAVE 68 ON STACK

CWP
BEQ

76:

;ERROR IF C OR Z BIT CLEAR
'ERROR IF N BIT CLEAR
*BRANCH IF V BIT SET

164

8$:

4774 017674 020627 001000
4775 017700 001401
4776

4772 017672 104001

BEQ

7%
7§
8%

168:

ERROR

BLOS
BMI.
BVC

4768 017664 101402
4769 017666 100401
4770 017670 102001

MARK INSTRUCTION SHOULD HAVE GONE TO 1$

ERROR

125252

4745 017612 104001
4786 017614 022705
4747 017620 001401

PINSERT MARK 37 INSTRUCTION ONTO STACK

#MARK.37.-(SP)

TEST CLEAR CONDITION CODES INSTRUCTION

i RS WAS NOT CORRECT AFTER MARK.

——

COKDAFO KDJ11-8 CLUSTER DIAG.

MACRO V0S5.03 Friday 28-Mer-86 13:30 Page 14-73

SEQ 0092

ssesssssssss DOUBLE OPERAND TESTS sssssssssssssssss

4788 017714 012737 030017
4789 017722 000257

177776

4794 017736

18:

4797 017736

XME101:

4795

4805 017756 104001
4806

18:

4807 017760

te102:

4811 017760

481% 017760 012737 030017 177776

4814 017766 000250
4815 017770 022737 030007 177776

4816 017776 001401
4817 020000

104001

18
{
£103:

4819 020002

4820

4853 020002

4824

4855 020002 012737 030017 177776

4826 020010 000242 030015 177776

4857 020012 022737

fe104:

4338 020024

020024 012737 030017 177776

4838 020032 000244 030013 177776
022737
4839
4840 020042 001401
4841 020044 104001
484>

4844

4849 020046 012737 030000

177776

020034 003277 030017 177776
022737
1
020064 001401
020066

4843 020046

4847 020046
4848

104001

'DID IT CLEAR ALL CONDITION CODE BITS

{YES GO ON
;CPU ERROR
iNO GO TO ERROR

TEST CLEAR C BIT INSTRUCTION

MOV
cLe
CH
BEQ

ERROR

#30017,90177776
#30016,88177776
18

CLN
CHP

#30017,88177776

BEQ

ERROR

1%
+1

#30007.88177776
;CPU

930017,80177776

CHP

930015,80177776

cLV

18
+1

JSETUP PSW

ON
" JESTIT INSTRUCTI
CLEAR NEGATIVE BIT
'DID
YES GO ON

'NO GO TO ERROR

TEST CLEAR V BIT INST (CLV)

MOV

JSETUP PSW
" TEST INSTRUCTION
'DID IT CLEAR CARRY BIT
'YES GO ON

ERROR
GO TOAR
'C BIT NOT CLE
;CPU ERROR

TEST CLEAR N BIT INST (CLN)

MOV

18:

1 020024

4854

18
+1

BEQ
ERROR

020020 001401
4859 020022 104001

48%

BEQ
ERROR

#30000,33177776

{SETUP PSW
' FEST INSTRUCTION

4801 017736 012737 030017 177776
017748 000241
480% 017786 022737 030016 177776
4804 017754 001401

4818

#30017,80177776

022737 030000 177776
4790 017754 001401

4791 017732
017734 104001
4792
P

MOV
cce

;SETUP PSW

P JEST INSTRUCTION

'DID IT CLEAR OVERFLOW BIT
;CPU

YES GO ON

'NO GO TO ERROR

TEST CLEAR Z BIT INST (CLZ)

PSW

$30017,80177776
ON
P YEST INSTRUCTI
Lz
BIT
ZERO
CLEAR
IT
'DID
430013,80177776
G
ON
GO
YES
18
BEQ
,CPU ERROR
ERROR 1
iNO GO TO ERROR
MOV

fe10s:
TEST SET CONDITION CODES INST (SCC)
:
TSETUP PSW
MOV . #30000,90177776

SCC

930017,96177776

ERROR

BEQ

INSTRUCTION

' JESTIT SET ALL CONDITION CODE BITS
'DID

1CPU

YES GO ON

'NO GO TO ERROR

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30 Page 14-74

SEQ 0033

seseesssssss DOUBLE OPERAND TESTS sssssssssnssstbds

18:

4855 020070

3
fe106:

4856

4859 020070

4860

4861 020070 012737 030000 177776

4862 090076 000261 030001 177776

4863 090100 022737
4865 020110 104001

fe107:

4871 020112

487% 020112 012737 030000 177776

4874 020120 000270 030010 177776

CMP

#30001,80177776

ERROR

SEN

#30010,86177776
1%

ERROR +1

4877 020132 104001

1%:

4879 020134

1E110:

4883 020134

4885 020134 012737 030000 177776

000262 030002 177776
4886 020142 022737

4887 020144

SEV

#30000,88177776

#30002,90177776

ERROR

104001

1%:

4891 020156

fe111:

4895 020156

4897 020156 012737 030000 177776
4898 020164 000264
4899 020166 022737 030004 177776

BEQ

4900 020174 001401

ERROR

4901 020176 104001
4902

- #30000,30177776
930004,88177776
18

1%:

4903 020200

4904

4907 020200
4908

4909 020200 012737 030000

177776

000243
022737 030014
001401
104001

177776

4910 020206 000277

000277
000245
022737 030012
001401
104001

'DID IT SET THE NEGATIVE BIT
YES GO ON

;CPU ERRORERROR
'NO GO TO

;SETUP PSW

S JEST INSTRUCTION

'DID IT SET THE OVERFLOW BIT
;CPU

YES GO ON

iNO GO TO ERROR

;SETUP PSW
ON
1 JEST INSTRUCTIZERO
BIT
*DID IT SET THE
YES GO ON

;CPU_ERROR
'NO GO TO ERROR

fe112:
TEST MULTIPLE CLEARS OF CC BITS
:
JINIT PSW
#30000,98177776
MOV
iSETUP PSW
sC
CLC CLV
'JEST
iPSW CORRECT?
YES GO ON

"WORD 243
tMP . $30014,30177776
1%
BEQ
ERROR

1$:

177776

JSETUP PSW

P TEST INSTRUCTION

TEST SET Z BIT INST (SEZ)

MOV
SEZ
TP

YES GO ON

iNO GO TO ERROR

TEST SET V BIT INST (SEV)

MOV

BEQ

4888 020152 001401

;CPU

- #30000,90177776

BEQ

4876 020130 001401

ON
JESTIT INSTRUCTI
''DID
SET THE CARRY BIT

TEST SET N BIT INST (SEN)

MOV

CHP

75 020122 022737

4920 020240

SEC

JSETUP PSMW

- #30000,8

1%:

4867 020112

4911 020210
4912 020212
491% 020220
4914 020222
4915
4916 020224
4917 020226
4918 020230
4919 020236

(SEC)
TEST SET C BIT INST
0177776

MOV

BEQ

4864 020106 001401

4889 020154

sCC
"WORD
tMP
BEQ
ERROR

;CPU
iNO GO TO ERROR
YSETUP PSM
i JEST CLC CLZ
245
'PSW CORRECT?
930012,80177776
YES GO ON
2%
1

;CPU

;:NO GO TO ERROR

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V0S5.03 Friday 28-Mar-86 13:30 Page 14-75

SEQ 0094

sssessssssss DOUBLE OPERAND TESTS sssssssssssksdsds
4922 020242

000246

022737
001401
104001

000277
20247
022737
001401
104001

4937 020310

4938 020312

4939

4940 020314

4941 020316
4
020320

4943

020326

4944 020330
4945
4946 020332
4947 020334
4948 020336
4949 020344
4950 020346
4952 020350

4953 020352
4954 020354

2%:

000277

000277
000251
022737
001401
104001
000277
000252

022737
001401
104001

000277
000253
022737
001401
104001

030011

177776

3$:

030010

000277
000255
022737
001401
104001
000277
000256

022737

001401
104001

SCC

246
#30011,3#177776 -

247

:%0010 , 177776

177776

+1
4%:

030006

251
+1

177776

001401
104001

iNO GO TO ERROR
:SETUP PSW

: TEST CLN CLC

;cgg EOMREWCT‘?

;CPU ERROR

030004

177776

8s$:
030002

;CPU

; TEST CLN CLC CLZ

255
;}0002 ,BR177776

177776

;PSW CORRECT?
YES GO ON

+1
9%:

030001

256
#30001,88177776
12‘

177776

030000

177776

030003

177776

YES GO ON

;NO GO TO ERROR
:
TUP PSW
;SE
; TEST CLN CLZ
254
;PSW CORRECT?
#30003,3#177776
;YES GO ON
*
;CPU_ERROR
:NO GO TO ERROR
;SETUP PSH

74:

030003

YES GO ON

;NO GO TO ERROR
;SETUP PSH
; TEST CLN CLC CLV
233
;PSW CORRECT?
330004 0177776

6%:

fe113:
022737

YES GO

;CPU_ERROR

;CPU

10¢:

012737
000263

; TEST CLC CLV CLZ
;PSW CCR&E‘CT?

:NO GO TO ERROR
;SETUP PSW
: TEST CLN CLV
252
;PSW CORRECT?
#30005,30177776

S5$:

030005

:SETUP PSW
+ TEST CLV CLZ
;PSW CORRECT?
; YES GO ON
;CPU ERROR
;NO GO TO ERROR
;SETUP PSW

g}OOOG LB9177776

177776

000277

000254
022737
001401
104001

SC
. WORD
CcMP
BEQ
ERROR

:SETUP PSW

; TEST CLN CLV CLZ
;SETUP PSW

;CPU

O TO ERROR
;:NGO

;I’S\S;T MULTIPLE SETS OF CC BITS
#30000,39177776
., WORD
cMP
BEQ
ERROR

263
:%0003.80177776
«1

YES GO ON

s INIT_PSW

: TEST SEC SEV
;PSW CORRECT?
GO ON
YES

;CPU ERROR

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30 Page 14-76

ssssssssssss DOUBLE OPERAND TESTS sssssssssssbkisss

4981
4982 020444
4983 020446
4984 020450
4985 020456

000257
000265
022737 030005 177776
001401

4986 020460 104001

4987
4988 020462 000257
4989 020464 000266

4990 020466
4991 020474
4992 020476
4993
4994 020500
4995 020502
4996 020504

14:

ERROR

24:

022737 030006 177776
001401

104001

000257
000267
022737 030007
4997 020512 001401

177776

S001 020520 000271
5002 020522 022737 030011 177776
S003 020530 001401

4%:

5004 020532 104001

5006 020534
S007 020536
5008 020540
S009 020546

5011
5012 020552
S013 020554
5014 020556
S015 020564
5016 020566
5017
S018 020570
5019 020572
5020 020574
5021 020602
S022 020604
5023
5024 020606
S025 020610
5026 020612
5027 020620
5028 020622

5029
S030 020624
S031 020626
5032 020530
5033 020636

S036 020642

5037

ERROR
ccc
LWORD
CMP
BEQ
ERROR

64:

ccC
JWORD
cMP
BEQ

74:
000257
000274
022737 030014 177776
001401

104001

000257

000275
022737 030015 177776

8%:

001401
104001

000257

000276
022737 030016 177776

ERROR

104001

ccC
WORD
CMP
BEQ

ERROR
ccC

.WORD
cMP
BEQ

ERROR

9%:

ccC

.WORD
CcMP

BEQ

001401

ERROR

S034 020640 104001

5035

ccc
.WORD
CMP
BEQ

ccC
JWORD
cMP
BEQ

000257
000273
022737 030013 177776
001401

10%:

266
#30006,3#177776
34

5§:
000257
000272
022737 030012 177776
001401

5010 020550 104001

;NO GO TO ERROR
;SETUP PSW
; TEST SEC SEZ
i
265
;PSW CORRECT?
#30005,a#177776
;YES GO ON
24

ccc
.WORD
CMP
BEQ

ERROR
3$:

4998 020514 104001
4999
5000 020516 000257

ccc
JWORD
CcMP
BEQ

;CPU ERROR

;:NO GO TO ERROR
;SETUP PSW
; TEST SEV SEZ

;PSW CORRECT?
;:YES GO ON
CPU ERR('fi
+1
;NO GO TO ERROR
;SETUP PSW
; TEST SEC SEV SEZ
267
;PSW CORRECT?
7776
#30007,a#17
YES GO ON

;CPU
;NO GO TO ERROR
;SETUP PSW
; TEST SEN SEC
271
:PSW CORRECT?
#30011,3#177776
;:YES GO ON
54
;:CPU ERROR
+1
;NO GO TO ERROR
;SETUP PSMH
; TEST SEN SEV
272
;PSW CORRECT?
#30012,3#177776
YES GO ON
64
+1

-1

;CPU

;NO GO TO ERROR
;SETUP PSW
; TEST SEN SEC SEV
273
;PSW CORRECT?
#30013,39177776
YES GO ON
74
;CPU ERR&!
-1
;NO GO TO ERROR
;:SETUP PSW
; TEST SEN SEZ
274
:PSW CORRECT?
#30014,3¢177776
YES GO ON
8%
ERR&?
;CPU
+1
;:NO GO TO ERROR
;:SETUP PSH
: TEST SEN SEC SEZ
275
;PSW CORRECT?
#3001S5,a#177776
;YES GO ON
94
ERROR
;CPU
-1
:NO GO TO ERROR
:SETUP PSM
; TEST SEN SEV SEZ
276
;PSW CORRECT?
#30016,8#177776
YES GO ON
104
;CPUGOERR&
+1
TO ERROR
;NO

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Fridey 28-Mar-86 13:30

Page 14-77

SEQ 0096

ssssssssssss DOUBLE OPERAND TESTS sssssssssssskssss
TE113A:

5042 020642
5043 020644
5044 020646

000257
002001
104001

5046 020650
5047 020652

003001
104001

5048

ccC
BGE
ERROR

24
+1

34
4%
+1

003401
000401
104001

2%:

5053 020662
5054 020664

002401
000401

5056 020670 000264

5%:

5057
5058 020672
ggzg 020674

003401
104001

5061 020676
5062 020700
gggz 020702

003001
000401
104001

74:

5065 020704
5066 020706
5067 020710
5068 020712

000257
000270
002401
104001

9¢:

5069

14
+1

14:

S049 020654
5050 020656
5051 020660

TEST SIGNED AND CONDITIONAL BRANCHES

5
6%
+1

6%:

7%
+1

8§%:

104
+1

10§:

5072
5073 020720

003401
104001
002001

114:

5075 020724

10400

12¢%:

124
134
+1

003001

13§:

14$
«1

5076
5077 020726

5079 020732
5080
5081 020734

104001

144:

000257

154:

020740

003401

5084 020742

5085
S086 020744
5087 020746
5088

000262

154

164%:

174

5089 020750

002001

17%:

5091 020754
35092
5093 020756

104001

18%:

184
194
+1

003001

19s:

104001

:
204

BGE SHOULD BRANCH

;ERROR; DIDN’'T BRANCH
BGT SHOULD BRANCH
-

'ERROR; DION'T BRANCH
=

;BLE SHOULDN'T BRANCH
BRANCH TO NEXT TEST

:ERROR; BLE SHOULD NOT HAVE BRANCHED
;BLT SHOULD NOT BRANCH

cPU

BRANCH TO NEXT TEST

'ERROR; BLT SHOULD NOT HAVEPSWBRANCHED
TSET THE Z BIT IN
BLE SHOULD BRANCH

;CPU

;BG
BRANCH TO NEXT TEST

;ERROR; BGT SHOULD NOT HAVE BRANCHED
;CLEAR ALL CC BITS IN PSW
;SET N BIT IN PSMW

;SHOULD BRANCH TO NEXT TEST

;CPU_ERROR

;ERROR; BLT SHOULD HAVE BRANCHED

SHOULD BRANCH TO NEXT TEST

;CPU

;BGE
BRANCH TO NEXT TEST

;ERROR; BGE SHOULD NOT HAVE BRANCHED
;CPU

;BGT SHOULD NOT BRANCH
ERR&SRAN:H TO NEXT TEST

;ERROR; BGT SHOULD NOT HAVE BRANCHED
;CLEAR ALL CC BITS
;SET V BIT IN PSW
BLE SHOULD BRANCH

164
«1

104001

002401
104001

5095 020762
5096

;:CPU

94
+1

114
+1

S070 020714
50;1 020716

+CLE/. ALL CC BITS IN PSW

5041

204
214
+1

cPy

HAVE BRANCHED
'ERROR: BGE SHOULD NOT
NOT BRANCH
"BCT SHOULD
oy e SRRNCH TO NEXT TEST

;ERROR; BGT SHOULD NOT HAVE BRANCHED

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-78

essesessssss DOUBLE OPERAND TESTS sesssssssssssssss

5097 020764 000257
3098 020766 000272
3099 020770 002001

218:

2102 020774 003001

22¢:

5100 020772 104001

3103 050776 104001

238:

3105 021000 003401

021002 000401
3106 021004
104001
5107
5108
5109 021006 002401
5110 021010 000401
104001

248:
258:

5111 021012

268:

5113 021014
5116 021014
5117

274
fE1ia:

272
228

BGT

238

ERROR

;CPU ERROR DIDN'T BRANCH

;CPU

248
BLE
554
BR
ERROR o1
268
BLT
578
BR
ERROR

;CLEAR ALL CC BITS
'SET N AND V BITS IN PSM
BGE SHOULD BR

'ERROR: BGE

BGT SHOULD BRANCH

'ERROR: BGT DIDN'T BRANCH

'BLE SHOULDN'T BRANCH

BRANCH TO NEXT TEST
:CPU ERROR
'ERROR; BLE SHOULD NOT HAVE BRANCHED
"BLT SHOULD NOT BRANCH
BRANCH TO NEXT TEST
;CPU

*ERROR: BLT SHOULD NOT HAVE BRANCHED

TEST NOP INST

MOV
MOV
MOV
MOV
MOV
MOV
MOV
MOV
MOV

#30000,80177776
#1.RO
92.R1
#3.R2
#4.R3
#5.R4
#6.RS
R6.88SLOCOO
#30017,B9EXPDAT

JINIT PSW
'INIT RO
‘INIT R1
{INIT R2
{INIT R3
{INIT R4
{INIT RS
iSAVE SP
iSETUP PSW

JSR
CH?
BEQ

PC.T114
R6.965L0COO

iCHECK PSW, AND GPR'S
iCHECK SP
0K GO ON

3138 021110 012737 030000 114146 1$:

MOV

#30000,30EXPDAT

020637 003012
142 021132
5143 021136 001401

CMP
BEQ

3118 021014
5119 021022
5120 021026
3151 021032
021036
5152
021042
515%
5154 021046
5155 021052
021056
5196

5157

012737
012700
012701
012702
012703
012704
012705
010637
012737

021064 000277
000240
128 021066
1070 000240
130 021072 000240

030000 177776
000001
000002
000003
000004
000005
000006
003012
030017 114146

SCC
NOP
NOP
NOP

131 021074 004767 000046
132 021100 020637 003012
133

021104 001401

134 021106 104001

5135

5137 021116
138 021120
139 021122
5140 021124
Si41 021126

000257
000260
000260
000260
004767 00014

5146 021142

2¢:

FINNOP

157216

BEQ
MOV

TAIl4
RO,400

021164 016700 157210

MOV

400,RO

000167

000104

3149 021146 023737 114146 177776 1114:
5150 021154 001405
5151 021156 010067

5152 021162 104001
3155

260
260
260
PC.T114
R6.995L0CO0

S147 021142

51
5154

cce
WORD
‘WORD
‘WORD
JSR .

ERROR

5144 021140 104001
5145

ERROR +1

021170 022700 000001

CMP

ERROR

TA114: CMP

{SET ALL CONDITION CODE BITS
ON
i TEST INSTRUCTI
' JEST INSTRUCTION
' TEST INSTRUCTION

;CPU ERRORERROR
iNO GO TO

LSETUP PSH

T2LEAR ALL CONDITION CODE BITS
"“JEST FOR NOP OPERATION
' TEST FOR NOP OPERATION
' JEST FOR NOP OPERATION
IQHECK PSU, AND GPR'S

iCHECK SP
0K GO ON
.CPU ERROR
'NO GO TO ERROR

SOEXPDAT,a#177776

#1,R0

;CHECK PSH
10K GO ON
SAVE RO

;CPU ERRORERROR

'NO GO TO
'RESTORE RO

'CHECK RO

S A S

112

CCC
WORD
BGE

SEQ 0097

COKDAFO KDJ11-8 CLUSTER DIAG.

MACRO V05.03

Fridey 28-Mar-86 13:30

Page 14-79

SEQ 0098

sssssssessss DOUBLE OPERAND TESTS sssssssssssssssss

5156 021174
S157 021176
5158

001401
104001

T8114:

022701
001401
104001

022702
001401
104001

TC114:

000003

BEQ
ERROR

TB114
+1

CMP
BEQ

#2,R1
T(1:114

CMP

#3,R2
T[{114

BEQ

022703
001401
104001

TD114:

CMP

#4 ,R3
1{114

022704
001401
104001

TF118:

CMWP
BEQ
ERROR

#5,R4

022705
001401
104001

T6114:

CMP

000207

TH114:

RTS

000240

FINNOP: NOP

BEQ
ERROR

T(13114

#6,R5

T’;u‘

*SELECT ALTERNATE REGISTER SETIN PS

156500
156472

*JEST TO SEE THAT BIT IS SET

cPu

IFIT'S SET GO TESTS REGISTERS

'ERROR! ALTERNATE REGISTER SELECT
177777

'BIT IN PS IS NOT SET

'WRITE ALL ONES TO ALTERNATE REG SET

14:

ICLEAR BIT 11 IN PS

156442
156434
CPY

2%:

{18 BIT 11 = 02
IF IT'S NOT ZERO

DID NOT CLEAR
:ERRM! BIT 11 SURE
THAT WE REALLY
MAKE

*UERE TALKING TO ALTERNATE REGISTERS.

;CPU ERROR

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30 Page 14-80

SEQ 0099

ssssssssssss DOUBLE OPERAND TESTS sssssssssssssssss

5215

5216 021354
S217 021356

005701
001401

38:

5220 021362
S221 021364

005702
001401

4s:

TST
BEQ

R2
54
+1

TST
rTq

E7HOR

R3
64
+1

ST
gEQ

R4
7%

ERROR

322{3 021360 104001

ERROR

522§ 021366 104001

«1

005703
001401

54:

5228 021376
5229 021400

005704
001401

6$:

S23c 021404
5233 02i%06
021410

005705
001401
104001

7%:

TST
BEQ
ERROR

8%:

MOV
CLR
CLR
CLR

#8IT11,PS

021370
5225 021372

%9 021374 104001

ERROR

ggg 021402 104001

5236 021412
5237 021420
5238 021422
5239 021424

012767
005000
005001
005002

004000

156356

CLR

llg 005003

005004
S241 0214
021432 005005
021434 042767
021442 012700
5245 021446 010001
5246 021450 010102
S247 021452 010203
S248 021454 010304
S249 021456 010405
5250 021460 052767
5251 021466 005700
021470 001401
021472 104001

021474
021476
5257 021500

005701
001401
104001

004000
177777

004000

CLR
CLR
8IC
MOV
MOV
MOV
MOV
MOV
MOV
BIS
TST
BEQ
ERROR

156334

156310

94:

005702
?Zgg 021502 001401

10¢:

005703
021510
3563
iZ 001401
&i 021

114

525; 021516 005704

12%:

5260 021
5261 021

5265 021514

5268 021520
5269 021522
5271 021524

104001

001401
104001

005705

134:

TST
BEQ
ERROR

TST

BEQ

8
+1

;CPU Em&i.
H

;CPU ERROR
H

;CPU ERROR
i

;CPU ERROR
:ERROR!

;ENABLE ALTERNATE REGISTER SET
jom-=- CLEAR-----

R2
RS
#8IT11,PS

;
:BACK TO PRIMARY GPRS

R3
R4

SENSURE THAT WRITES TO PRIMARY GPRS
:DO NOT EFFECT ALTERNATE GPRS

#177777.RO

RO,R1

R1,R2
R2.R3

H
H

R3.R4
R4 .RS

'RETURN TO ALTERNATE REGISTERS

#81T11,PS
RO
94
+1

104
+1

R2
114
+1

TST

;CPU ERROR
;ERROR!

- -E: -- -ALTERNAT
--i ----REGISTER

BEQ
ERROR

RO
R1

TST
BEQ

ERROR

;ERROR!

124
+1
134
+1

:SHOULD BE ALL 0'S

;CPU ERR&
;ERROR!

;CPU ERROR
H

;CPU ERR&?
H

,CPU ERROR
;

;CPU ERROR
H

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V0S5.03 Friday 28-Mar-86 13:30 Page 14-81

5EQ 0100

ssssssssssss DOUBLE OPERAND TESTS sesssssssssssssss

g;i 021526

021530
5274 021532
5275
5276 021532
5277
5278 021532
5279 021536

001401
104001

144:
ALROTS:

012700
001401

177777
177777

BEQ
ERROR

ALTERNATE REGISTER SET RO BIT TESTS
$177771,R0
;RO=177777
MOV
77
;DOES RO=177777
RO,#1777
CcHP
BEQ
ERROR

104001

1$
.1

RO
RO, #0
24
+1

14:
001401
104001

E
;CPU

104001

;CPU E

YES GO ON

;NO GO _TO ERROR
;R0=125252
;D0ES RO=125252
ON
GOS
; YE

#52525, RO

3$:

012700

:NO GO TO ERROR
RO=0

001401

YES GO ON

:D&S RO=0

#125252,R0
RO, #125252

2%:

012700

14
«1

RO, #52525

001401

104001
44:

ALRLTS:
012701
020127
001401

177777
177777

ALTERNATE REGISTER SET R1 BIT (ESTS

MOV
cMP
BEQ

$177777,R1
R1.8177777
13

CLR
cHP
BEQ

R1
R1,%0
2

ERROR

104001

005001
020127
001401
104001

14:

012701

2%:

ERROR

020127
001401
104001

MOY
CHP
BEQ

ERROR

34:

012701
020127
001401
104001

MOV
cHP
BEQ

ERROR

#125252,R1
R1, 8125252
3%
+1

#52525,R1
R1, 252525
43
+1

4s:

ALp21s:

021666
021666
5331 021672
5332 021676

012702
001401

177777
177

R1=177777

;:DOES R1=177777

;CPU

YES GO ON

;NO GO TO ERROR
;R1=0

;DOES R1=0
;CPU

;CPU

:CPU

YES GO ON

;:NO GO TO ERROR
;R1=125252
;:DOES R1=125252
YES GO ON

;NO GO TO ERROR
;R1=52525
:DOES R1=52525
YES GO ON

;NO GO TO ERROR

ALTERNATE REG] [STER SET R2 BIT TES;%

MOV
cMP
BEQ

$177777,R2
R2,0177777
14

;R2=177777

;DOES R2=177777
;YES GO ON

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Fridey 28-Mar-86 13:30 Page 14-82

SEQ 0101

stssssssssss DOUBLE OPERAND TESTS sssssssssssksssss

5338 021712

5339

5340 021714
5341 021720

Sflg 021724
334 021726

104001
005002
020227
001401
104001

14:

012702
020227
001401
104001

2%:

#125252,R2
R2,#125252
34
+1

3$:

gz:.oseézs

012702
020227
001401
104001

052525

R2,#0
2%
+1

#52525,R2
+1

;:NO GO TO ERROR

44:;

ALR3TS:
012703
020327
001401
104001

ALTERNATE REGISTER SET R3 BIT TESTS

iR3=177777

" 177‘}77

9177717

177777
177777

005003
020327
001401
104001

14:

012703
020327
001401
104001

24%:

012703
020327
001401
104001

3$:

iDOES R3=177777
;CPU

2%
+1

#125252,R3
R3,#125252

;CPU

001401
104001

177777
177777

:R3=52525

DGS R3=52525

001401
104001

012704
020427

2%:

YES GO ON

;NO GO TO ERROR

ALTERNATE REGISTER SET R4 BIT TESTS

BEQ
ERROR
1$:

; YES GO ON

;NO GO TO ERROR
;R3=125252
;DOES R3=125252
;YES GO ON
;CPU ERROR
:NC GO TO ERROR

012704

:NO GO TO ERROR

:D&S R3=0

;CPU

lums

i YES GO ON
R3=0

R3
R3,%0

5333 021700
5334
5335 021702
5336 021704
5337 021710

;R4=177777

R4, 0177'177
1777717
1%
’1

R4
R4,%0
2
+1

#125252,R4

R4, 9125252

:D(ES R4=177777

;CPU

YES GO ON

;NO GO TO ERROR
;R4=0

:DOES R4=0
;CPU

YES GO ON

:NO GO _TO ERROR
:R4=125252

;ooes R4=125252

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Friday 28-Mer-86 13:30 Page 14-83

SEQ 0102

ssssssssssss DOUBLE OPERAND TESTS ssssssssssssissssd

5394 022060
3395 022062
3397 022064
3398 022070
3399 022074
3300 022076
3401

022100
3406 022100

BEQ
ERROR

001401
104001
012704
020427
001401
104001

052525
052525

012705
020527
001401

177777
177777

4s:
f\uzsrs

340

5408 022100
3409 025104
5410 022110

S411 022112

5413 022114
3414 022116
5415 022122
5416 022128

000000

3418 022126
5419 022132
5420 022136

012705
020527
001401

125252
125252

5453 022142
3454 022146
3455 022152
5426 022154

012705
020527
001401
104001

052525
052525

3421 022140

3458 022156

26:

104001

042767

004000

012701
012702
012703
Q12137

155612

4$:

022374
022404
022412
177776

106704
su§ ozgg 023722 177776
001401
2u4d 023316 104001

18:

3448 022220
5447 022292

020423
001401

26:

3450

021127 177777

3%:

3448 022224
5451 022232

44
1

- ;R4=52528NO GO TO ERROR
*DOES R4=52525

;YES GO ON
;CPU ERROR
;NO GO TO ERROR

CLR
cHp
BEQ
ERROR

MOV
cHP
BEQ

#125252,RS
RS, 2125252

MOV
cHP
8EQ
ERROR

BIC

;nggsGgsa'x‘nm

IR777

£
o1
33

;CPU ERROR

:NO GO TO ERROR

;RS5=0

;CPU ERROR

:NO GO TO ERROR

R5=125252
:DOES R5=125252

;CPU

a3
+1

;:CPU

—
RS, #52525
#B81IT11,PS

:YES GO ON

8019 e
18
:DOES R5=52525
YES GO ON

:NO GO TO ERROR

:RETURN TO PRIMARY GEN PURPOSE REGS

fe11s:
TEST mvs‘rnm PROCCESSOR STATUS INST (MFPS)
;SETUP DESTINATION R4
CLR
'

5433 022164
5435 022164 005004
3437 022166
35438 022172
5439 020176
5440 022203

15:

#52525, R4
RA, 852525

.YES GO ON

ALTERNATE REGISTER SET RS BIT TESTS
:R5=177777
$177771,RS

MOV
cHP
BEQ

104001

005005
020527
001401
104001

MOV
cHP
BEQ
ERROR

104001

001363

022234 012701 022374
i
5454

MOV
MOV
MOV
MOV

STE115A,R1

.SETUP POINTERS TO TABLES

#TE115C,

(R1)+, 88177776

MFPS
BEQ
ERROR

oW
BEQ

g:.(lfl)o

cHp

90177776, (R2);|

1
(R1), 8177777

MOV

STE115A.R1

ERROR
ENE

P JEST INSTRUCTION

iCHECK el

,CPU ERROR

'NO GO TO ERROR

'gfg(o 34‘

:CPU ERROR
‘NO GO TO ERROR
‘ARE WE DONE
'NO GO TO 1%

LSETUP POINTERS TO TABLES

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-84

SEQ 0103

ssssesssssss DOUBLE OPERAND TESTS #sssssisrsskkhbibs

5455 022240
5456 022244
5457 022250
5458 022252
5459 022256
5460 022260
5461 022264

012702
012703
010605
011137
106706
023712
001401

5464 022270
5465 022272

020613
001401

022404
022412
177776

1018:

177776

010506

5471 022300
5472 022304
5473 022310
5474 022314
5475 022320
5476 022324
5477 022330
5478 022332
5479 022336

012701
012702
012703
005037
012704
012137
106724
023722
001401

022374
022404
022420
114146
114146
177776

R6,(R3)

103$:

MOV

R5.R6
#TE115A,R1

4s:

MOV
MOV
MOV
CLR
MOV
MOV
MFPS
cMP
BEQ

177776

020427
001401

114147

5%:

mw 022350 104001
5486 022352
5487 022356

023723
001401

114146

68:

smm 022360 104001
5490 022362

021127

177777

5493 022370

000167

000032

§.‘3§ 022366 001354
5494

5495
5496

ERROR

?“gg 022340 104001
5482 022342
5483 022346

7%:

cHP
BEQ

1?33

:SAVE STACK IN RS
:SETUP PSW
+ TEST INSTRUCTION
:CHECK PSW

CPU ERROR.

; CHECK R6

GO ON
OK

;CPU ERR&?

;NO GO TO ERROR
;RESTORE STACK

;SETUP POINTERS TO TABLES
B

‘INIT EXPECTED DATA HOLDER.

SEXPDAT

#EXPDAT,R4

(R1)+,38177776

(R4)-

2:177776. (R2)+1

Fed , 9EXPDAT+1

0 ON

:no GO TO ERROR

#TE1158,R2
#TE1150,R3

ERROR

'SETUP POINTER TO TEST LOCATION

:SETUP PSW
; TEST INSTRUCTION
;CHECK PSW
;0K GO ON
;CPU ERROR

;:NO GO TO ERROR
;CHECK R4
;CPU

0K GO ON

P
BEQ

S¢EXPDAT,(R3)+

ERROR

;NO GO TO ERROR
;CHECK TEST LOCATION

«1

;CPU

cHP

(R1),8177777

BNE

JMP

TE115F

;
:

5497 022374
5498 022376
5499 022400
5500 022402
5501 022404
5502 022406

030207
030000
030057
177777
030211
030004

TE115A: .WORD
-WORD
- WORD
- WORD
TE1158: .WORD
-WORD

5506 022416
5507 022420
5508 022422
5509 022424
gfi 022426

000057
000207
000000
000057
000240

-WORD
TE115D: .WORD
- WORD
-WORD
TE115F: NOP

om“ig ?7’7“50:%
3334
5505 022414 000000

ae177776,(R2)

CMP
BEQ

102¢:

R6,
821 ). 88177776
1024

55:2475 022274 104001
5469
5470

#TE1158,R2
OTE%SC R3

ERROR

54535“2 022266 104001

5468 022276

MOV
MOV
MOV
MOV
MFPS
cHP
BEQ

TE115C 'uono“
-WORD

0K GO ON

;:NO GO TO ERROR
;ARE WE DONE
;:NO GO TO 4%

COKDAFO KDJ11-8 CLUSTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30 Page 14-85

SEQ 0104

ssssssssssss DOUBLE OPERAND TESTS sessssssssssssids

TE1l6:

o514 022430
5515
5516
5517 022430
5518 022436
5519 022442
5520 022446
5521 022450

230000
022710
000136

3358

5524
5525 022454
526

177776

012737
012706
012701
012702

010103
004767

012737
012701
012702
012703
010104
004767

140000

022732
022722

140000
022704
022722
022732

#140000,3#177776
#600,R6
#TE1160,R1

;SET PSW TO USER MODE
;SETUP USER STACK
;SETUP POINTERS TO TABLES

PC,T116

' TEST INSTRUCTION AND CHECK PSW

#140000,3#177776

;SET PSW TO USER_MODE AND CLEAR CC BITS

#TE116D,R3

R4
:SAVE A _COPY OF R1 INTO
AND CHECK PSW

' YEST INSTRUCTION AND CHECK PSW
*AND SOURCE OPERAND

"AND SOURCE OPERAND

;SETUP POINTERS TO TABLES

#TE116A,R1
#TE116C,R2
R1,R4
PC,TAll6

; TEST INSTRUCTION
;AND SOURCE OPERAND

;SET PSW TO KERNEL MODE
;SETUP POINTERS TO TABLES

000060

177776
177412
000012

177776
$177412
#12,80177776

;SET _PSW TO KERNEL MODE
; TEST INSTRUCTION

177776

022710
022732

177776

1004
1

000130

1004:

T116:

; TEST INSTRUCTION AND CHECK PSW
;AND SOURCE OPERAND

;IS PSW CORRECT

;CPU

104001
24:

T N
S
s

YES GO ON

;NO GO TO ERROR

;MOVE_TEST DATA TO RS
+ TEST INSTRUCTION
;IS PSW CORRECT

(R1)+.RS
RS

1$:

177777

:SAVE A COPY OF R1 INTO R4

FIN116

001401

@9177776,(R2)+

177776

022305

021227

;SET PSW TO KERNEL MODE
;SETUP POINTERS TO TABLES

#30000, 38177776
#TE116A,R1
#TE116B,R2
#TE116D,R3
R1,R4
PC,TA116

005037

012105
106405
023722
001401
104001

177776

000110

030000
022704

000167

#30000,3#177776
#TE1160,R1
#TE1168,R2
R1,R3
PC,T116

#TE116C,R2
R1,R3

000106

012737
012701
012702
012703
010104
004767

106427
022737
001401
104001

177776

TEST MOVE TO PROCESSOR STATUS INST (MTPS)

(R3)+,RS

24
1

(R2),8177777

;CPU

YES GO ON

;:NO GO TO ERROR
;IS RS CORRECT
;CPU

YES GO ON

;NO GO TO ERROR
DONE
RE
WE
;A

COKDAFO KDJ11-8 CLUSTER DIAG.

MACRO V0S5.03 Friday 28-Mar-86 13:30 Page 14-86

SEQ 0105

sssssssssess DOUBLE OPERAND TESTS sesssssssssssssss

BNE

001364
000207

106421
023722
001401
104001

RTS

fa116:

177776

MTPS

14:

020104
001401
104001

2%:

005203
021227
001361
00020

34:

(R4)+,(R3)+
2

CMP
BEQ

R1,R4
34

INC
cMP
BNE

R3
(R2),#8177777
TA116

RTS

te116a: . BYTE

.BYTE
.BYTE
.BYTE
. WORD
.WORD
.WORD

.WORD
LWORD
TE116C: . WORD
.WORD
.WORD
.WORD
TE116D: . WORD
.WORD
.WORD
.WORD

FINL16:
te117:
000010
023054
177777
030000
030000

000010

177776
177776

cHP
BEQ

ERROR

177

2%:

-1

CPU

YES GC ON

iNO GO TO ERROR

SCHECK"TEST LOCATION
0K GO

CPU ERROR
'NO GO TO ERROR

"1 SOURCE OPERAND CORRECT
GO ON
YES

CPU ERROR

:MGOTOERRM

WORD
NT
TO NEXT
;POI
‘
;ARE WE_DONE
;NO GO TO TA116
;RETURN

377
0
252
125
30357
30000
30252

30105
177777
140017
140000
140012
140005
177777
177400
177652
177525

TEST MFPT (MOVE FROM PROCESSOR TYPE)
;SAVE VECTOR
8010, -(SP)

MOV
MOV
MOV
MOV
JMORD
cHP
BEQ

ERROR

1%:

s _TEST INSTRUCTION
;1S PSW CORRECT

CMPB
BEQ

ERROR

TE116B:

(R1)+

aP177776,(R2)+
14

ERROR

177777

;NO GO TO T11é
;RETURN

cHP
BEQ

ERROR

122423
001401
104001

T116

MOV

2TE117A, 8910
#177777.RO
$30000, 36177776
7
#30000, 80177776
13
o1

RO, 95
23
+1

#177777.R0

;SETUP VECTOR TO HANDLE POSSIBLE ILLEGAL INST TRAP
;INIT RO
;:SETUP PSW

; TEST INSTRUCTION
;IS PSW CORRECT
;CPU

YES GO ON

;NO GO TO ERROR
;IS RO CORRECT
;CPU

YES GO ON

;NO GO TO ERROR
;INIT RO

COKDAFO KDJ11-B8 CLUSTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30 Page 14-87

ssssssssssss DOUBLE OPERAND TESTS ssssssssssisssdss
5637 023016

000277
000007
022737
001401
104001

030017

SC
"WORD
cHp
BEQ

177776

ERROR

$30017,98177776
33
;CPU ERROR
+1
RO,E5
4%

020027

000005

34:

012637

000010

44:

MOV

(SP)+, 810

FINL1?

000167

ERROR

104001

fe117a. ERROR

000240

FIN117: NOP

fe120:
005037
005037
013746
013746

01273;

177766
177776
023134

154656

012767
012706
000000
104001
000167

022737
001401
104001

030000

177766

001401

023126

24:

022627

001401

140000

34:

012637
012637

FIN120:

te121:

iNO GO TO ERROR

:RESTORE VECTOR

;CPU_ERROR
160 TO ERROR IF TRAP TAKES PLACE

FINI20

;CPU

:IF NOTHING HAPPENED GO TO ERROR
:

$30000, 90177776
1%
+1

cHP

2200, 30177766

ERROR

BEQ

cMP

;INIT CPU ERROR KEG
s INIT PSW-SET KERNEL MODE
:SAVE VECTOR
:SAVE VECTOR
'SET UP VECTOR TO HANDLE ILLEGAL HALT
ISET UP VECTOR TO COME BACK IN KERNEL MODE
:SET IN USER MODE
;INITIALIZE THE USER STACK POINTER
TEST INSTRUCTION

20177766
177776
304, -(SP)
806, -(SP)
STEL120A, 304
986
$140000, PS
#600,R6

JMP

(SP)+ , #PROCNT

BEQ

(SP)+, #140000

BEQ

FIN120

MOV
MOV

(SP)+ .06
(SP)+. 904

ERROR

104001

;CPU_ ERROR

ERRM

104001

:IS RO CORRECT
YES GO ON

ERROR

;EIZOA: BEQ
P
1%:

iNO GO TO ERROR

TEST HALT (NOT KERNEL MODE)

CLR
CLR
MOV
MOV
MOV
CLR
MOV
MOV
HALT

ERROR

022737
001401
104001
022627

177776

;SET ALL CC BITS
:1S PSW CORRECT
YES GO ON

: TEST INSTRUCTION

P
BEQ

001401
104001

SEQ 0106

;IS PSW CORRECT/PREVIOUS MODE = USER?
YES GO ON

;CPU
iNO GO TO ERROR

: TEST CPU ERROR REGISTER
YES GO ON

:CPU
iNO GO TO ERROR

iDOES STACK CONTAIN CORRECT PC
YES GO ON

SCPU
:NO GO TO ERROR

:DOES STACK CONTAIN CORRECT PSW

YES GO ON

;CPU
:NO GO TO ERROR

'RESTORE VECTOR
iRESTORE VECTOR

TEST RESET

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Fridey 28-Mar-86 13:30 Page 14-88

esssssssssss DOUBLE OPERAND TESTS sssssssssssssssss

;

5707
5708
5709 023210
5710 023214

005767
001402

155772

S713 023222
5714 023230
5715 023236
5716 023244
5717 023250
5718 023256
5719 023260

012737
012737
012737
005037
023727
001401
104001

030340
160000
000077
177772
177772

5721 023262
5722 023270
5723 023276

012737
022737
001401

025000
025252

JHP

gz,u 023216 000167 000622

g_?,g 023300

5726 023302
023310
7
023316
28

g;%g 023320

077000
077314

177772
177772

C121A:

177772
177772

Cl21B:

C121C:
030357

5743 023360
S744 023366
S745 023370

022737
001401
104001

000000

S747 023372
5748 023400
S749 023402

022737
001401
104001

000000

177776
1%:

104001

000004
?5 023404 013702 000006

172516
177772

2%:
3%:

4%:

#77,398172516

C121A
+1

#25000, 39177772

MOV
CMP
BEQ

ERROR

C1218

;CLEAR PIRQ
:IS PIRQ CORRECT
YES GO ON

;CPU El
:NO GO TO ERROR

:MOVE AN ALTERNATING PATTERN TO PIRQ

;IS PIRQ C_PRECT
YES GO ON

;CPU Em&

:NO GO TO ERROR

;SETUP PIRQ
;IS PIRQ CORRECT
YES GO ON

;CPU
;NO GO TO ERROR

:SET ALL CC BITS
; TEST INSTRUCTION

;IS PSW CORRECT

#30357,80177776
13
.1

05RO, R1

;CPU
:NO GO TO ERROR

#0,9€172516

cHP
BEQ
ERROR

20,30177772

MOV

304 ,R2
396 ,R3
084,504

4;
*

000004

MOV

% 023422

012737

000340

000006

MOV

340, 906

?gg 023430 012737 140340 177776

MOV

#140340,30177776

023460

000277

177572
172516
177772

MOV
MOV
MOV

SCC

:NO GO TO ERROR

;IS MMR3 CORRECT
YES GO ON

:NO GO TO ERROR

;IS PIRQ CORRECT
YES GO ON

:NO GO TO ERROR

023552

160000
000077
077000

YES GO ON

;:CPU

012737

012737
012737
012737

;IS M¥0 CORRECT

;CPU

013703

S760 023436
S761 023444

;SAVE SRO IN R1.

:STRIP OFF UNDEFINED BITS 1-6 FROM MMRO

#0,R1

023410

gg 023414

YES GO ON

#176,R1

cHP
BEQ
ERROR

MOV

;SETUP MMRO

:SETUP MMR3

177772
39177772, 90

#77000, 80177772
#77314,80177772
c121€C

MOV
BIC
cHP
BEQ

;IF NOT: DO THIS TEST

#160000, 38177572

$25252. 90177772

SCC
RESET
CMP
BEQ
ERROR

;ARE WE IN APT MODE?
i:FIRST PASS??
:IF YES, DO IT
iELSE SKIP THIS TEST BECAUSE RESETS
:SCREW UP THE APT MONITOR.
{SETUP PSW TO KERNEL MODE

SAPTENV , $ENV
14
$PASS
1%
FIN122
230340, 90177776

MOV
CcMP
BEQ

ERROR

177572
000176
000000

5752

000000

MOV
MOV
MOV
CLR
cMP
BEQ
ERROR

ERROR

013701
042701
022701
001401

g;‘ 023356

1%:

104001

S731 023322 000277
5732 023324 000005
5733 023326 022737
001401
0233
104001
023336
S735
S737 023340
5738 023344
5739 023350
5740 023354

177776
177572
172516

104001

012737
022737
001401

CcMPB
BNE
TST
BEQ

SEQ 0107

2160000, 38177572

#77,90172516

#77000,86177772

:SAVE LOC 4 IN R2
{SAVE LOC 6 IN R3
VECTORS IN CASE AN ERROR CAUSES
;

EVENTS PRIQ
THObE.HINGAND_PR
L TRAS
A: INTELTRRUPTTS FROM
THE STACK IF A
H

:USER MODE MALT OCCURS.

:SETUP PSW TO USER MODE
;SETUP MMRO

SETUP MMR3

i SETUP PIRQ

;SET ALL CC BITS

MACRO V0S.03 Friday 28-Mer-85 13:30 Page 14-89

COKDAFO KDJ11-B CLUSTER DIAG.

SEQ 0108

ssssssssssss DOUBLE OPERAND TESTS sssssssssssssssss

5764 023462
3765 093464
2768 053472
3767 053478

000005
022737
001402
000000

177776

140357

5768 023476 104001
177572
2750 023500 013701
023504 042701 000176

3771
3772 023510
023514
3775
5774 023516

022701
001402
000000

160000

022737
001402

000077

S¢:

3779

3780 023534
3783 023536
5783 023544
5784 023546
5785 02355

000000

172516

5787 023552

000002

3789 023554
3790 023560
5791 023564
023570
023574
5793

005037
005037
010237
010337

177772

077314

177772
177776
000004
000006

5803 023612
5804 023616

3805 02
2806

3808 023626
5810

012705
012701
013737
004767
022137

001401
104001

5816 023660
Sa17 023662

001401
104001

5819 023664

077515

3822 023666

000167

3814
5815

5820
3831

000010
024024
030000
000054
177776

177776

000010
140000
000600

177776

a#177572,R1
#176,R1
#160000,R1
64
B

CLR
CLR
MOV
MOV

;NO GO TO ERROR

;USER MODE HALT OCCURRED; GO TO ERROR.
;CLEAR PIRQ
;CLEAR PSW

;177772
aeL77776

;RESTORE VECTORS TO PREVIOUS STATE

g%.&

18:

8. RS

;INIT COUNTER

$30000. 99177776
T125A
PC,

'INIT PSW
{"YEST INSTRUCTION

115 PSW CORRECT

(Ri)+. 86177776

SOB

RS, 18

38:

MOV
MOV
MOV

2140000, 90177776

;CPU

S UaETRUCTION

'1S PSW CORRECT
YES GO ON

FIN122

"REPEAT UNTIL ALL CASES ARE TESTED
:SETUP PSW TO USER MODE

T
2140017,90177776

RS,3$

YES GO ON

INO GO TO ERROR

98. RS

SOB

———

:SETUP POINTER TO DATA

#T1228,R1

24:

————

USER MODE HALT; WILL TRAP TO LOC 4

;CPU ERR&Q

MOV
MOV
MOV
JSR
e

000152

USER MODE HALT; WILL TRAP TO LOC 4

;IS PIRQ CORRECT
;YES GO ON
USER MODE HALT; WILL TRAP TO LOC 4

TEST SPL (SET PRIORITY LEVEL)

BEQ
ERROR

;SAVE MMRO IN R1
;CLEAR BITS 1-6 FROM MMRO
;IS MMRO CORRECT
;YES GO ON

;NO GO TO ERROR

JSR
e

USER MODE HALT; WILL TRAP TO LOC 4

;NO GO TO ERROR
;IS MMR3 CORRECT
;:YES GO ON
;

$77314,30177772
94

; TEST INSTRUCTION
;IS PSW CORRECT
;YES GO ON

;NO GO TO ERROR

CWP
BEQ
HALT
ERROR

ERROR

HALT

as:

—

#77,3#172516
74

RTI

6 004767 000020
022737 140017 177776

$140357,3#177776
S$

CMP
BEQ

BEQ
ERROR

077512
012705
012737
012706

BIC
P
BEQ
HALT

te122:

023630
093634
023642

5811
3812
3813

78:

FINI21:

5797 023574

023574
1 093600

68:

104001

022737
001403
000000
104001

ERROR
MOV
ERROR

5775 023520 104001
3777 023522
5778 023530

RESET
P
BEQ
HALT

"REPEAT UNTIL ALL CASES ARE TESTED

%
F9

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-90

SEQ 0109

ssssssssssss DOUBLE OPERAND TESTS sssssssssssssskss
000010

000007

f122a:

cMP

BNE

24:

SCC
SPL
BR
CcMP
BNE
SCC
SPL
BR
CcMP

34:

SPL
BR
cMP

14:

BNE
SCC

4%:

000003

S5$:

BNE
SCC
SPL
BR

7%:

005037
012
012701
012700
012021

kit £ BBt &

gysssssees
T

5860 024020

8%:

t1228:

177776
024230

1
8%

RS, #6
34

2
84
RS,#5
4%

3
8

:SET ALL CC BITS

;SET PRIORITY TO 2
; RETURN
FI'I) OUT WHAT COUNTER IS4%
:IF_NOT PRIORITY 3 GO 10
xSET ALL CC BITS
;SET PRIORITY T0 3
;RETURN

;IF_NOT PRIORITY S GO TO 6%

cMP
BNE

RS,#2
74

RTS

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

zIF NOT PRIORITY 2 GO TO 3¢

6¢

SPL
BR

SCC
SPL
BR
SCC
SPL

;SET ALL CC BITS
:SET PRIORITY TO O
;RETURN
FIN) OUT WHAT COUNTER_IS
zIF NOT PRIORITY 1 GO TO 2%
:SET ALL CC BITS
;SET PRIORITY T0 1
;RETURN
;FIND OUT WHAT COUNTER IS

FI'D OQUT WHAT COUNTER IS5%

4
8¢
RS5,#3

BNE

;FIND OUT WHAT COUNTER IS

:IF NOT PRIORITY O GO TO 1$

SPL
BR
CcHP

6
8%
7

;IF _NOT PRIORITY 4 GO TO
SET ALL CC BITS

SET PRIORITY TO 4
:RETURN
FI'D OUT WHAT COUNTER_ IS
:SET ALL CC BITS

;SET PRIORITY T0 5
;RETURN

;FIND OUT WHAT COUNTER IS
IF NOT PRIORITY 6 GO TO 74

ALL CC BITS
SET
SET PRIORITY TO 6
RET\RN
SET ALL CC BITS
;SET PRIORITY TO 7
;RETURN

30017
30057
30117
30157
30217

30317
30357

TEST TSTSET INSTRUCTION (MULTI PROCESSING INST)
+INIT PSM
17776
CLR

MOV

100¢$:

0
84
RS, #7
24

RS, %4

FIN122: NOP

te123:

CMP

BNE
ScC

SCC

6%:

RS5,#8.

MOV
MOV

#10. ns
#400.R

mzia
(RO)+, ta1)o

{INIT COUNTER

:SETUP DESTINATION

SOURCE
:SETUP TE
TABLES
'RELOCA

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30 Page 14-91

SEQ ©110

ssssssssssss DOUBLE OPERAND TESTS sssssssssssisdsss
077302
N13746
012737
005000
012701
012702
012703
010104

005262
007

001401
104001

000400
000410
000416
030000

177776

(R2)+,3#177776

2%
+1

005204

R4
R4
R4,R1
4

005204
020401
001401
104001

34
1

ERROR

;SETUP EXPECTED DATA

:IS R1 CORRECT

"NO GO TO ERROR

LSETUP EXPECTED DATA
'3¢ TEST LOCATION CORRECT

#1,(R3)

4%:

000001

(R%)+,-(R1)

GO ON
YES

177777
000010

54
'

S5§:

"POINT TO NEXT TEST LOCATION

#T123E,9010
7§o1
*

T123D:

T123E:
T123F:

;CPU

;ARE WE DONE
;NO GO TO 1$
;SETUP NEW VECTOR
TEST INSTRUCTION ILLEGAL MODE

;GO TO ERROR IF DIDN'T TRAP

dessasanes

T123C:

;

31).0111777

T123F

T1238:

000010

CPU ERROR
iNO GO TO ERROR

R1
R1

000032

YES GO ON

cPU

——
wwn
——

e &e

;SETUP POINTERS TO TABLES

7221

34:

000167

;INIT RO

$30000, 39177776

1$:

177776

001401
104001

021127
001345
012737
007201
104001

;SETUP NEW VECTOR

RO
#400,R1
#410.R2
#416.R3
R1,R4

RO, (R3)

#T1230, 3910

000010

24:

005201
005201

g gsessselsggEeERes 933

<0010

024254

8210, -(SP)

020013

052713
022341
001401
104001

;ARE WE DONE
:SAVE VECTOR

R3,100$

iy S INoAY X388 B

2544T L
E5E
£ 298 538
S

024070
5883 024072
024076
5885 024104
5886 024106
5887 024112
5888 024116
024122
5890 024
5891 0241
0241

;CPU_ERROR

;GO TO ERROR IF TRAPPED
;CLEAN UP STACK

'RESTORE VECTOR

e wE——

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30 Page 14-92

SEQ 0111

sebsbsssssss DOUBLE OPERAND TESTS ssssssssssissssss

te124:
H

000010

1s.

ST
5 it

4 hEctee

5959 024356

2%:

34:

4%:

177776

S$:

6%:

7%:

84:

177
024510

000010

104001

000167

000032
B

167604
000000
000001

f124n:

558 3 ggfi%fii §§3 2&322 §§3 gfi%g&&*fi*fi%fiééééfiéééé

100%:

177776

TEST WRTLCK (WRITE LOCK MULTI PROEESSI['GSUINST)
s INIT
9177776
:INIT COUNTER
#10. ,R3
:SETUP DESTINATION
#400.R1

CLR

#T124A,RO
(RO)+,(R1)+
R3,100$

;SETUP SOURCE
;RELOCATE TABLES
:ARE WE DONE

SIS‘RB

:SAVE VECTOR
;SETUP NEW VECTOW
:SETUP POINTERS TO TABLES
;

3210, -(SP)
#T124D, %10
#400,R1
#410,R2
#30000,3#177776
(R1),RO
R3, 2416

:SETUP PSW
;SETUP RO
:IS THIS THE FIRST TEST CASE

:YES GO T0 2%
:NO GO TO 3%
:SET C BIT

23
38

;:CLEAR C BIT
:SET V BIT

: TEST INSTRUCTION

7322

(R3)+, 80177776

S$
1

(R1),RO

64
+1

;IS PSW CORRECT

:YES GO ON
;CPU ERROR
;NO GO TO ERROR

;IS RO CORRECT
YES GO ON

;CPU
:NO GO TO ERROR

:SETUP EXPECTED DATA
B

:IS R2 CORRECT

R2,R4
7%
+1

(R1)+,-(R2)

8
o1

YES GO ON

;CPU
:NO GO TO ERROR

:IS TEST LOCATION CORRECT
YES GO ON

:CPU
:NO GO TO ERROR

:POINT TO NEXT TEST LOCATION
H

;ARE WE DONE
:NO GO TO 1§

(R1),8177777
1$

#T124E,3010
7{02

T124F

167604

0
1

:SETUP NEW VECTOR

TEST INSTRUCTION ILLEGAL MODE

:G0 TO ERROR IF DIDN'T TRAP

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30 Page 14-93

SEQ 0112

sssssssessss DOUBLE OPERAND TESTS #tsssssssssisssss

5998 024470 177777
5999 024472 177777
6000 024474 177777
6001 024476 177777
500 030011
024502 030004
6003
6004 024504 030000
6005 024506 104001
6007 024510
6008 024512

mozosu

T1248:
T124C:

T124D:

T124€:

O 3726
005 26

6011

6014 024520

6017 024524 012701
6019 024530 010137
6020 024534 062737
012703
6021 024542
024546 011102
6023 024550 000277
6024 024552 070261
6025 024556 026137
001401
6026 024
6027 024566

;

177776

122222

000002
000004 177776
24:

34:

6033 024600 026102 000010
6034 024604 001401
026177

&33 024620

104001

6038 024616 001401

000002

067330

4$:

MOV
MOV
ADD
MOV
MOV
SCC
MUL
CMP
BEQ

cHP
BEQ

ERROR

6056 024656 070561 000002

sRESTME VECTOR

: INIT PS

#TE125A,R1
ru SOEXPDAT
POINT T0_SOURCE
2. SOEXPDAT
;INIT R3 TO A KNOWN STATE
R3
ézazz
s INIT DESTINATI(N REG
uu) R2
;SET ALL CC BITS
; _TEST INSTRUCTION
2(R1),.R2
sIS PS CORRECT
4(R1).9#177776
GO ON
YES
24
CPU ERROR
+1
:m GO TO_ERROR
;IS R3 CORRECT
6(R1),R3
YES GO ON
3
;SETUP POINTERS TO TABLES

;CPU

;CPU ERROR

sNO GO TO ERROR
;IS SOURCE LOCATION OK

ERROR

BER

ADD
cHP
BNE

6054 024652 8&183
000277

(5P)+, 8810

2(R1),3EXPDAT

6049 024634 012701 024760

6055 024654

;GO TO ERROR IF TRAPPED
:CLEAN UP STACK

iSECOND PART

6051 024640 010102
6052 024642 012706 001000

(SP)+
(SP)+

;CPU_ERROR

10(R1),R2
as

6046
6050 024640

30000
+1

cMP
BEQ

5%:

30011
30004

suo GO TO ERROR
;IS R2 CORRECT
;:YES GO ON

6041 024622 062701 000012
6042 024626 020127 025206
6043 024632 001336
6044
6045

177777
177777
177777
177777

TEST MUL (MULTIPLY INST)
8177776
CLR

ERROR

104001

6037 024610

TST
ST

ERROR

104001

024576 104001

6035 024606

£125:

024760
1%:
114146
000002 114146

024570 026103 000006
6030 024574 001401

.WORD
'WORD
"WORD
ERROR

T124F: MOV

. 537 000010

6016 024520 005037

JMORD
.WORD
"WORD
‘WORD

#12,R1
R1,#F IN125
18

YES GO ON
;CPU
m GO TO _ERROR

;GO _TO NEXT TEST
;ARE WE_FINISHED

sm GO TO 1¢

;usm; 0DD REGISTER

7%:

MOV

#TE125A,R1

;SETUP POINTERS TO TABLES

MOV
MOV

R1,R2
#57BOT.R6

SCC

2(R1),RS

;INIT R6 TO A KNOWN STATE
;SETUP R4 VALUE
NATI(N REG
ESTI
$ INIT

MUL

:31)RS

;SET ALL CC BITS
; TEST INSTRUCTION

COKDAFO KDJ11-8 CLUSTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30 Page 14-94

ssssssssesss DOUBLE OPERAND TESTS sssssssssssssssss

6057 024662 026137 000004 177776
6058 024670 001401

P
BEQ

4(R1),30177776
8$

6060

6(R1),RS
94

6059 024672

104001

ERROR

SEQ 0113

;IS PS CORRECT
m&'zs GO ON

:CPU

;CPU ERROR

;CPU

:NO GO TO ERROR

;IS RS CORRECT
YES GO ON

6061 024674 026105 000006
6062 024700 001401

cHP
BEQ

6065 024704 020627 001000
6066 024710 001403
6067 024712 012706 001000

9%:

cHP
BEQ
MOV

R6, #STBOT
104
#STBOT,R6

TST

(R2)+

:NO GO TO ERROR
:POINT TO SOURCE OPERAND

;CPU ERROR

6063 024702 104001

6064

6068 024716

6071 024722 021261 000002
6072 024726 001401
6073 024730

6074

6076 024736 001401
6077 024740

108:

104001

6079 024742 062701 000012
6080 024746 020127 025206
6081 024752 001332

6084 024754 000167 000226

6087 024760 177777

6088 024762 177777

cHP
BEQ

(R2),2(R1)
11

CWP

R4, 84

ERROR

104001

6075 024732 020427 000004

6078

ERROR

104001

6069
6070 024720 005722

ERROR

114:

12¢:

BEQ

124

ADD
cHP
BNE

#12,R1
R1,#FIN125
7%

FIN12S

fe125A: .woRD

'WORD

177777

WORD
WORD
'WORD

O
1
O

6093 024772 006772
6094 024774 100000

JMORD
"WORD

6772
100000

174403

'WORD

174403

6089 024764
6090 024766
6091 024770

6095 024776
025000

6097

025002

000000
000001
000000
000011
000000

JWORD
'WORD

11
O

:NO GO TO ERROR

;IS R6 CORRECT
:YES GO ON
RESTORE SP

:IS SOURCE LOCATION OK
;YES GO ON

iNO GO TO ERROR

;IS R4 CORRECT

;CPU

YES GO ON

:NO GO TO ERROR

;
:ARE WE FINISHED
:NO GO TO 74

;MULTIPLICAND
sMULTIPLIER

sMULTIPLICAND
sMULTIPLIER

6099 m 177777
077777
6100

JMORD
"WORD

177777
77777

;sMULTIPLICAND
sMULTIPLIER

6105 025016 077777

JMORD

77777

sMULTIPLICAND

rrrszz':1
2{81 025026 000226
2{3

imzz
-WORD 226

6111 025030 173210
6112 025032 000000

JMORD
WORD

10
610
12
61
‘dos 025014

000456

6106

6113

000010
100001
177777

025034

000004

JWORD
'WORD
"WORD

"WORD

10
100001
177777

456

{MULTIPLIER

'WORD

173210
O
4

sMULTIPLICAND
{MULTIPLIER

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Friday 28-Mer-86 13:30 Page 14-95

SEQ 0114

025076
6133
6134
6135 025100
6136
025102
6137 025104
6138 025106

6139 025110

6141 025112
114
4§

116

61“ 025120
61‘5 025122
6146

6147 025124

6149 623188

6150 025132
6151 025134
6

6153

025136

000000
003251

6117 025042

OCOPOO OO&&O oo

6116

000000
000000

;MULTIPLICAND
;MULTIPLIER

sMULTIPLICAND
;MULTIPLIER

;MULTIPLICAND
sMULTIPLIER

;MULTIPLICAND
;MULTIPLIER

;MULTIPLICAND

;MULTIPLIER

6114 025036

6115 025040

58555 55555 58838 GUAGS 59888 5953 5888H BEEs BGGE B

sssessssssss DOUBLE OPERAND TESTS sssssssssssssssss

;MULTIPLICAND
;MULTIPLIER

;MULTIPLICAND

Mi TIPLIER

;MUL TIPLICAND
;MULTIPLIER

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30 Page 14-96

SEQ 0115

ssssssssssss DOUBLE OPERAND TESTS #ssssssssssssssss

6171 025174
6172 025176
025200
6173
6174 025202

6175 025204

6176 025206
6177
6180 025206

6181

mg 025206
6183 025212
6184 025214
6185 025220
6186 025224
6187 025232
6188 025240
6189 025242

000001
177777
000010
177777

177777

005037
005006
013705
013701
012737
012737
000277
071627

FIN125:
{
E126:

177776
000000
000002
000137 000000
025254 000002
000002

A126:

6190 025246 012706 001000

gigé 025252

104001

6193 025254 022737

000000

6194 025262 001403
6195 025264 012706 001000

2&% 025270

6198 025272
76
6199
6200
6201 025302
6202 025304
6203 025310

6212

025342

177776

104001

000000
000002
001000
000006
000047

104001

000277
071302
022737

6213 025350 001401

&; 025352

104001

gig 025362

104001

000002

6216 025354 022702 000006
6217 025360 001401

022703 000047
6220
6221 025370 001401
622 025372 104001

& w 005004
0127% 000004

000000
&?‘9% o°7°1u4227
022737 000007 177776

6228 gggxo
16 001401
6229

0177776
R6
@%0,RS
a¢2.R1
#137,380
802
¢TE126A,

MOV

#STBOT,.R6

SCC
DIV

ERROR

5%:

14
#STBOT,R6
+1

RS, 380
R1,392
#51BOT,R6
#6,R2
#47,R3

R2,R3
02.99177776

ERROR

cHP
BEQ

ERROR

43:

20,80177776

MOV
MOV
MOV
MOV
MOV
BEQ

#A126,R4
R4
R4,R6
24
#STBOT,R6

SCC
DIV

#6,R2
4
+1

#47,R3
53

CLR
gcocv

R4
#4,RS

DIV

cHP
BEQ

'SETUP NEW VECTORS
:SET ALL CC BITS

: TEST INSTRUCTION

;CPU

#0,R4

07.80177776
64

;RESTORE SP BEFORE GOING TO ERROR

;IF R7 ISN'T CORRECT GO TO ERROR
;IS PS CORRECT
;YES GO ON
;RESTORE SP BEFORE GOING TO ERROR
OR
ERR
;CPU
;:NO GO TO ERROR
;SETUP EXPECTED DATA
3

;IS R6 CORRECT
;YES GO ON

RESTORE SP BEFORE GOING TO ERROR

;CPU
;:NO GO TO ERROR
;RESTORE VECTORS

GPR

;SET ALL CC BITS
:

TEST INSTRUCTION

;IS PS CORRECT

BEQ

cHP

;INIT PSW
;INIT SP
:SAVE VECTORS

#2,R6

MOV
ASR
cHP
BEQ
MOV

ERROR

177776

;MULTIPLICAND
;MULTIPLIER

TEST DIV (DIVIDE INST)

BEQ
MOV

1%:

1
177777
10
177777
177777

CLR
CLR
MOV
MOV
MOV
MOV

TE126A: CMP

012704 025246
006204
001403
012706 001000

6205 025312 010537
6206 025316 010137
6207 025322 012706
6208 025326 012702
6209 025332 012703
6210 025336
6211 025340

;

JMORD
"WORD
"WORD
'WORD
"WORD

YES GO ON

;CPU

;:NO GO TO ERROR
;IS R3 CORRECT
;CPU

YES GO ON

;:NO GO TO ERROR
;INIT R4
:INIT RS
;:SET ALL CC BITS

; TEST INSTRUCTION
;IS PS CORRECT
;YES GO ON

COXDAFO KDJ11-8 CLUSTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30 Page 14- 97

SEQ 0116

sssessssssss DOUBLE OPERAND TESTS sssssssssssssssss

gsgg 025420

104001

6232 025422

022704

6233 025426

6234 025430
6235

6236 025432

6237 025436

104001

022705

#0,R4
7%
+1

#4 RS
8%
+1

6238 025440 104001
6239

6240 025442
6241 025446
6242 025452
6243 025454
6244 025456
6245 025460
6246 025466
6247 025470
62‘8 025474

012700
012705
005004
000277
071400
022737
001405
010067
104001

6250 025476
6251 025502
6252 025506
2522 025510

016700
022700
001401
104001

6255 025512
6256 025516
6257 025520

022704
001401
104001

6264

£
6267

6268

#4 ,RO
#10,R5

000010

152676

10%:

]

;SET ALL CC BITS

; TEST INSTRUCTION
:YES GO ON

;CPU ERROR
NO GO TO ERROR

;RESTORE RO
;IS RO CORRECT

;YES GO ON

;CPU ERROR

#2,R4

sNO GO TO ERROR
;IS R4 CORRECT

;CPU

YES GO ON

iNO GO TO ERROR

:CPU ERROR

#10,RS
R4

12%:

;SET ALL CC BITS

; _TEST INSTRUCTION
zIS PS CORRECT

#3,R4

#0.38177776

13&

YES GO ON

02,R4

13¢:

144
1

144

§§E§ 025600 012701
016103

sINIT R4

;SAVE RO

”.RS
124
o1

11%:

104001

6286 025612

;INIT RO

;INIT RS

022705
001401

010137

;NO GO TO ERROR

RO,400
+1

114

001401

6284

;YES GO ON

;CPU ERROR

;IS PS CORRECT

e el 000003 177776
022937

025566
6273
6274
6275 025570
6276 025574
6277 025576
6278
6279
6280

sNO GO TO ERROR
;IS RS CORRECT

;?,O#177776

éo
108

94:

YES GO ON

;CPU EI

0,R4

152704

205004

:CPU_ERROR
:NO GO TO_ERROR
;IS R4 CORRECT

177776

s
7
022704
81l e 104001

cHP
BEQ

78:

001401

25%3 025522 ggizgg
g0 g o
2523 025532 012705 000010

{ss.
114146

164:

338 &

[

001401

64:

000000

ERROR

#2,R5
154
+1

;CPU

YES GO ON

;NO GO TO ERROR

#TE1268,R1

;SETUP POINTERS TO TABLES

1,@0EXPDAT

;SAVE A COPY OF R1

i)
muSR3

;INIT R4

;:SAVE SOURCE

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Fridey 28-Mar-86 13:30 Page 14-98

SEQ 0117

6287

000002

6288 025616
6289 025622
6290 025624
6291 025630
6292 025636
6293 025640

016105
000277
071461
026137
001401
104001

6295 025642
6296 025646
6297 025650

026105
001401
104001

000010

025652
025656

026104
001401

000012

18%:

6303 025662

023701

114146

19¢:

6294

6301

025660

001403
104001

6307 025672

013701

6308 025676
6309 025702
ggig 025704

6313 025712

6314 025716
23%2 025722

6318 025724

026103
001403
104001

062701

639%
6324

005734
025736

6326

742

6325
632

025740

6335 025760
6337 025764

6339 025770
233:2 025772
6343

025774
025776

000014

000167

000316

177777
000000
000000

000001

g
g£
6333

025756

000004

000333

746 177777:
6 822§7so
177777
dg
6331 025752
633§ 025754

114146

021127
001330

6351 025730 177777
8351
028732 177777
6322

177776

17%:

104001

304 025666
6305 025670
6306

000004
000006

000012
177777

000000
177777

000000
177777
000002

000000
177777

000000
007642

20%:

21$:

MOV
SCC
DIV
CcMP
BEQ
ERROR

6(?1) 90177776

cMP
BEQ
ERROR

10(R1),R5
18%

55 5ubbhs huuEs mm v RSP 3 3R

ssssssssssss DOUBLE OPERAND TESTS #sssssissbbbsbbsk

12(R1),R4
1?3

BEQ

te1268: .

;INIT RS
;SET ALL CC BITS
: TEST INSTRUCTION

2(R1).,R5
4(R1).R4

17
+1

S#EXPDAT,R1
220
+*

S¥EXPDAT,R1

4(R1),R3
Zi.‘

;IS PS CORRECT
;YES GO ON

;CPU ERROR
;NO GO TO ERROR
;IS RS CORRECT
&YES GO ON

;CPU ERR
;:NO GO TO ERROR
;IS R4 CORRECT
;YES GO ON
R
CPU
ERRO
;
:NO GO TO_ERROR
;IS R1 CORRECT
YES GO ON

;CPU
;:NO GO TO ERROR

;:RESTORE CORRECT VALUE
;IS SOURCE CORRECT
;YES GO ON
;CPU_ERROR
:NO GO TO ERROR

; TRY TO RESTORE CODE

R3,4(R1)
#14 R1

(R1),#333

164

FIN126

177777
177777
177777

177777
177777

;DIVIDEND
;INIT RS
;ggxsoa

;INIT RS
;DIVISOR

;PSW

177777
0
177777
2

;DIVIDEND
:INIT RS
;DIVISOR
:PSW

0
7642

;DIVIDEND
;INIT RS

177777
0

0
177777

;RS RESULT
;R4 RESULT

;POINT TO NEXT LOCATION

DONE
RE
WE
;A
:NO GO TO 16$

B10

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30 Page 14-99

ssssssssssss DOUBLE OPERAND TESTS sesssssssssssssss

6344 026000
6345 026002
6346 026004
233:; 026006

007643
000004
007642
000000

.WORD
.WORD
.WORD
.WORD

7643
4
7642
O

;DIVISOR
:PSW
:RS RESUWLT
;R4 RESULT

6349 026010
6350 026012
6351 026014
6352 026016
6353 026020
233?5 026022

000000
000137
177543
000004
000137
000000

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

O
137
177543
4
137
O

; DIVIDEND
:INIT RS
;DIVISOR
:PSW
;RS RESULT
;R4 RESULT

6356 026024
6357 0260%8
026030
6359 026032
026034
6
6361 026036

007643
007643
000000
000000
000001

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

O
7643
7643
O
O
1

; DIVIDEND
+INIT RS
:DIVISOR
:PSW
;RS RESULT
;R4 RESULT

6363 026040
6364 026042
6365 026044
6366 026046
6367 026050
ggg 026052

100000
004376
010021
000012
004376
100000

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

00000
4376
10021
12
4376
100000

;DIVIDEND
;INIT RS
;DIVISOR
:PSW
;RS RESULT
;R4 RESULT

6370 026054

177700

A
SIS

177700

;DIVIDEND

;INIT RS
;DIVISOR
s:?l

6371 026056 170033
6372 026060 010021
026062 000010
4 026064 171307
63;2 026066 176024

170033
10021

LWORD
.WORD

171307
176024

177700
170033

.WORD
.WORD

177700
170033

;DIVIDEND
;INIT RS

6384 026104 000000
6385 026106 177777
6386 026110 000001

.WORD
LWORD
.WORD

O
177777
1

2
177777
O

; DIVIDEND
INIT RS
:DIVISOR

iPSH
;RS RESWLT
;R4 RESULT

77 026070
6378 026072

.WORD

LWORD
.WORD
. WORD

026074 167757
026076
6381 026100 171307
6382 026102 001754

.WORD
.WORD
.MORD
WORD

167757
O
171307
1754

;RS RESULT
;R4 RESULT

;DIVISOR
:PSW
;RS RESULT
;R4 RESULT

6387 026112
6388 026114
6389 026116

177777
000000

WORD
LWORD
.WORD

6391 026120
026122
026124
6394 026126
6395 026130
6396 026132

177777
045716
000001
000012
045716
177777

.WORD
.WORD
.WORD
.WORD
.WORD
LWORD

177777
45716
1

12
45716_
177777

;DIVIDEND
;INIT RS
;DIVISOR
:PSW
;RS RESULT
;R4 RESULT

6398 026134 000000
6399 026136
6400 026140 177770

.WORD
.WORD
.WORD

O
2
177770

; DIVIDEND
: INIT RS
;DIVISOR

SEQ 0118

Ci10

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30 Page 14-100

SEQ@

6401 026142
026144
6403 026146

000004
000002
000000

6405 026150
6406 026152
6407 026154
6408 026156
6409 026160
6410 026162

177777
177776
000010
000004
177776
000000

6412 026164

000001

6404

6411

6413 026166
6416 026174

177777

000002

177777

000023
“g 026230 016054

6434 026232
6435 026234

016537

6437 026240

010222

6440 026244

000000
000246

000333

FIN126:

fe127:

177776

2%:

177777
177776
10

;PSHW

;RS RESULT
;R4 RESULT

;DIVIDEND
+ INIT RS
;DIVISOR

177776

0
1

177777
177777

6054
%6537

10222
246
333

ae177776
#1,R2

R2,R2
#0,8€177776
14

cHP
BEQ

R2, %2
2

MOV

#100000,R2

ERROR

100000

2
0

ASH
cHP
BEQ

ERROR

1$:

TE'S!T ASH (ARITHMETIC SHIFT)

CL
MOV
SCC

177776
000001
000000

§ 533558 §uunas 35550 8anth 23aees M

ssssssssssss DOUBLE OPERAND TESTS ssssvssssssssssss

-1

;INIT PSW
;SETUP OPERAND
;SET ALL CC BITS
; TEST INSTRUCTION
;1S PS CORRECT
YES GO ON

:CPU
:NO GO TO_ERROR

;IS R2 CORRECT
YES GO ON

:CPU
;:NO GO TO ERROR

;SETUP R2

0119

D10

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-101

SEQ 0120

ssssssssssss DOUBLE OPERAND TESTS sssssssssssssstss

6463 026330
6466

6467 026332
6468 026336
6469 026340

6470

6471 026342
6472 026346
6473 026350
6474
6475 026352
6476
6477 026356
6478 026360
6479 026364
6480 026366
6481 026370
6482 026376
6483 026400
6484

6485 026402
6486 026406
6487 026410
6488

012703
000257
072203
022737
001401
104001

020327

001401
104001

000007

177776

3$:

000001

44:

020227
001401
104001
012701

MOV
ccc
ASH
cHP
BEQ
ERROR

000001

S$:

026446

6$:

010103
016102

000277

072211

026137

177776

001401
104001

026102
001401
104001

78:

020301
001402
104001

8%:

010301
021311
001401
104001
062701

020127
001346
000167

177761
077777
000005

000000

177700
017777
000000
07

9%:

000010
026706

10%:

000240

fe127a:

CcMP
BEQ

A S 3 §§3 2§3§§§§ g3 §3§

6460 026310
6461 026314
6462 026316
6463 026320
6464 026

#1,R3

;SETUP R3
:CLEAR ALL CC BITS
: TEST INSTRUCTION

R3,R2

;CPU ERROR

33.80177776

53.01

o1
R2, #0
5%
+1

#TE127A,R1

;;éspgochRECT

:NO GO TO ERROR

’%gsnéocgfiRECT

;CPU ERROR

:NO GO TO ERROR
;IS R2 CORRECT
;YES GO ON
;CPU ERROR
:NO GO TO ERROR
:SETUP POINTERS TO TABLES

R1,.R3

(R1),R2

: TEST INSTRUCTION

:SETUP R2

2(R1),R2

;gn15.00177776

ggax).aa

R3,R1
9%
+1

R3,R1

(R%),(R1)
10%
+1

#10,R1

:SET ALL CC BITS

;$gsvgocgsn£cr

.CPU ERROR

:NO GO TO ERROR
;$§Sngocgznecr

;CPU ERROR

:NO GO TO ERROR
;IS R1 CORRECT
YES GO ON
;CPU
:NO GO TO ERROR
;RESTORE R1

;IS SOURCE CORRECT

;:CPU

:NO GO TO ERROR
:SOURCE LOOKS INCORRECT

: INCREMENT POINTER

;ARE WE DONE

R1,#FIN127

:NO GO TO 6§

FIN127

177761
;7777

; SOURCE
;DEST

177700

37777

17777

YES GO ON

; SOURCE
;DEST

E10

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30 Page 14-102

6517 026466
6518 026470
6519 026472
026474
6

177700
100000
000010
100000

026476
6
026500
6
6524 026502
6525 026504

177777
100000
000010
140000

5855 5858

ssssssssssss DOUBLE OPERAND TESTS sssssssssssssbsss

: SOURCE
;DEST

177777
100000
10
140000

: SOURCE
;DEST

55 5554 5885 5d5 888 5AEE se8 55 5588

;“t“‘t““‘t“t.‘.“‘t““““‘t‘#tt‘.‘“t‘t‘t“““t.‘tt.jpb
rameter source was modified to test both the
;The following
J11-AB processor chips.
;:DCJ11-AA end
177761
177777
11

: SOURCE
;:DEST

177777

;"tt‘““..‘.‘tt““#“‘t.t“lt‘“‘t‘t‘tt‘ttt"t““t‘t“‘t

6554

6558
6559

026!
026554

000002
000200

7 026556
026560
026562

177717
1
000012

177706
102000

: SOURCE
;DEST

177710
17777
13
177400

: SOURCE
;DEST

177713
12

: SOURCE
;DEST

177707

7
0

0
50000

%70001

;DEST

200

177717

: SOURCE
;DEST

177740

: SOURCE
;DEST

1
12
100000
17777

1777711

;DEST

: SOURCE
;DEST

SEQ 0121

F10

COKDAFO KDJ11-B CLUSTER DIAG.

SEQ 0122

esesssesssss DOUBLE OPERAND TESTS sesssssssssssssss
000011

6577 026616
Gg ;0 026620

177764
100000
000010
177770

75 026614

177

177777
177764
100000
10
177770

: SOURCE
;:DEST

177750

; SOURCE
;DEST

6;74 026612

5535 5554 585 3955 388 5883 aAEE S

MACRO V05.03 Friday 28-Mar-86 13:30 Page 14-103

;DEST

: SOURCE
;:DEST

;DEST

: SOURCE
;DEST

FIN127: NOP

te130:
005037

01278%
0127

005004
000277
073401
023727
001401
104001

020127
001401

177776

000023
052525

177776

MOV
MOV

0237;‘1"6
952525 ,RS

ASHC

R1,R4

ERROR

CLR

cHP
BEQ

000012

14:

000023

cHP
BEQ

ERROR

104001

020427

TEST ASHC (ARITHMETIC SHIFT COMBINED)
s INIT PSW
arl
CLR

2%:

125250

cHP

lSETlP R1

;SETUP RS
1SETUP R4
;SET ALL CC BITS
; TEST INSTRUCTION
;IS PS CORRECT

aw177776,812
14

R1,423
2
1

R4, #125250

:CPU

; YES GO ON

xm GO TO_ERROR
;IS R1 CORRECT
;CPU

YES GO ON

:NO GO TO ERROR
;IS R4 CORRECT

610

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30 Page 14-104

SEQ 0123

ssssssssssss DOUBLE OPERAND TESTS sssssssssssssssss
3
+1

001401

104001

;CPU

YES GO ON

RS, #0

;NO GO TO ERROR
;IS RS CORRECT

104001

;CPU

012703
005002
012704

#52525,R3
R2
2164731
R4

34:

020527

001401

4%:

164731

073827 000023 000012

023727
001401
104001
020227
00140
104001

S5$:

020327

6$:

001401
104001

020427
001401
104001

012701

164731

027166

74:

8%:
94:

010104
016102

016103
000277
073211
023761
001401
104001

026102
001401
104001

026103
001401
104001
020401
001402
104001
010401
021114
001401
104001

177776

000010

000012

;SETUP R4

;SET ALL CC BITS
; TEST INSTRUCTION
;IS PS CORRECT

30177776,
012

177776

10¢:

114:

12%:

134:

5%
1

R2,90
68
o1

R3,
0
7%

R4, 8164731
8
o1

YES GO ON

;:NO GO TO ERROR
;SETUP R3
;SETUP R2

#23,R3

§§3§ 353 353 §§3 §§3§§§§§ § 38 IR 253 3

6633 026760
6634 026762
6635

YES GO ON

;CPU

;NO GO TO ERROR
;IS R2 CORRECT
YES GO ON

;CPU
;NO GO TO ERROR
;IS R3 CORRECT
YES GO ON

;CPU
;NO GO TO ERROR

;IS R4 CORRECT
GO ON
YES

CPU ERROR
'NO GO TO ERROR
v

:SET\.P POINTERS TO TABLES

#TE130A,R1

R1,R4

2(R1),R2

4(R1).R3

(R1),R2

0177776.6(R1)
104

;SAVE A COPY OF R1
R2
:SETUP
R3
TUP
;SE
;SET ALL CC BITS
; TEST INSTRUCTION
:1S PS CORRECT
GO ON
YES

«1

10(R1),R2
114
B

12(R1),R3
124
1

R4,R1

;CPU
;:NO GO TO ERROR
;IS R1 CORRECT

;CPU

134

R4,R1

;NO GO TO ERROR

(Ri),(R4)

1:0

YES GO ON

;CPU

?
H10

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V0S5.03 Friday 28-Mar-86 13:30 Page 14-105

ssssssssssss DOUBLE OPERAND TESTS sssssssssssssssss

6690
€691
6692 027150 062701 000014
6693 027154 020127 027576
gg 027160 001340

14%:

6696

6697 027162 000167 000410

6698

ADD
P
BNE

214 ,R1
R1,# IN130
93

JMP

FIN130

6700 027166 177700

fE130A: .MORD

177700

177777

WORD

177777

6699

6701 027170
6702 027172
6703 027174
6704 027176
g;g 027200
6707 027202

100125
177777
000010
100125
177777

6708 027204
6709 027206
6710 027210
6711 027212
g;g 027214

000001
000000
000000
000000
100000

6714 027216

177701

.WORD
.WORD
.WORD
.WORD
.WORD

.WORD
MORD
.WORD
.WORD
.WORD
.WORD

047777
100000
m#
11
000000

.MORD
.WORD
.WORD
JMORD
.WORD

6
6
6
6
6

177700
027240 W
027242 0256
027244 170000

.WORD
.WORD
. WORD
.WORD
.WORD

027246

6715 027220
6716 027222
6717 027,
6718 027
2;1, 0272

177706
67;0 027232 004256
027234

177711

100125
177777
10
100125
177777

1
O
O
O
100000
177701

47777
100000
117777
O

177706
LWORD 4256
LWORD

;NO GO TO ERROR
;POSSIBLE SOURCE CODE CORRUPTION
;GO TO NEXT TEST
;ARE WE DONE
;NO GO TO 9%

;DESTINATION WORD 1
;DESTINATION WORD 2
;TEST PSW
;RESULT WORD 1
;RESULT WORD 2

;DESTINATION WORD 1
;DESTINATION WORD 2
; TEST PSW
;RESULT WORD 1
;RESULT WORD 2
H

;DESTINATION WORD 1
;DESTINATION WORD 2
;TEST PSW
;RESULT WORD 1
;RESULT WORD 2

25677
170000

DESTINATION WORD 1
:DESTINATION WORD 2
; TEST PSW
;RESULT WORD 1
;RESULT WORD 2

177711

177700

;DESTINATION WORD 1
.WORD 65700
ION WORD 2
;DESTINAT
LWORD 12
PSW
TEST
;
.WORD 13
;RESULT WORD 1
.WORD 100000
;RESULT WORD 2
.WORD 12000
$ .“‘.‘..“‘.““.‘..‘“‘.““.‘.".““.“.‘.‘..‘..“““.‘”

2730

;:DCJ11-AR and

6729 027
027
6
6731 027254
6
027260
2

065700
000012
000013
100000
012000

6739 027262

parameter source was modified to test both the

:The following

177761

6740 027264 000000
6741 027266 000001

027270 000004
742
6743 027272 000000
6744 027274 000000
6745

WORD

WORD
WORD

11-AB processor chips.

177761

O
1

: SOURCE

;DESTINATION WORD 1
;DESTINATION WORD 2

; TEST PSMW
4
WORD
;RESULT WORD 1
O
WORD
;RESULT WORD 2
O
.WORD
L
e
T

SEQ 0124

110

COKDAFO KDJ11-B CLUSTER DIAG.

MACRC V05.03 Fridey 28-Mar-86 13:30 Pege 14-106

SEQ 0125

6747 027276
6748 027300
6749 027302
6750 027304
6751 027306
6752 027310
6753
6754 027312
6755 027314
6756 027316

177736

000000
000001
000000
040000
000000

177740
100000
000000
000011

177777
177777
177725
177777

6764

6765 027336
6766 027340
6767

6768 027342
6769 027344
6770 027346

177724
177777
174000
000011
100000
000000

177733
177777
157023

7366
6780 027370
6

6782
027372
027374
6783
6784 027376
6785 027400
6786 027402
6787 027404

6788
6789 027406
6790 027410
6791 027412
6792 027414
6793 027416

6794 027420
6795
6796 027422
6797 027424
6798 027426
6799 027430
6800 027432
6801 027434
6802

6803 027436

000012

114000

000000

177727
000000
177777
000013

5 555555 58555Y 98G5 Hausss saNuEs aGB%Es BGGES BGEEEe

sssesssessss DOUBLE OPERAND TESTS sssssssssssssstss
177736

: SOURCE
;DESTINATION WORD 1
;DESTINATION WORD 2
1
2

WORD
WORD
1
2

174000

;:SOURCE
1
;DESTINATION WORD
2
;DESTINATION WORD
; TEST PSW
;RESULT WORD 1

;sRESULT WORD 2

177733

177777

: SOURCE
;DESTINATION WORD 1

;DESTINATION WORD 2
; TEST PSW
;RESULT WORD 1
;RESULT WORD 2

177727

: SOURCE

157023
12
114000

177777
13

;DESTINATION WORD 1
;DESTINATION WORD 2
; TEST PSW
;RESULT WORD 1
;RESULT WORD 2

177717

; SOURCE

;TEST PSHW

177741
100000

: SOURCE
;DESTINATION WORD 1
;DESTINATION WORD 2
y
; TEST PSHW

‘1,77600

i7 777

100000
100000

0
10

177777
177777
177742

;DESTINATION WORD 1
;DESTINATION WORD 2
;RESULT WORD 1
;RESULT WORD 2

—

J10

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V0S5.03 Friday 28-Mar-86 13:30 Page 14-107

SEQ 0126

ssssssssssss DOUBLE OPERAND TESTS séssssssssssssiss

.WORD
.WORD
.WORD
.WORD
.WORD

37777
177777
5
O
O

;DESTINATION WORD 1
;DESTINATION WORD 2
; TEST PSW
;RESULT WORD 1
;RESULT WORD 2

6810 027452
6811 027454
027456
6812
6813 027460
6814 027462
6815 027464

.WORD
.WORD
.WORD
LWORD
.WORD
.WORD

177742
77777
177777
1
O
1

: SOURCE
;DESTINATION WORD 1
;DESTINATION WORD 2
; TEST PSW
;RESULT WORD 1
;RESULT WORD 2

6817 027466

.WORD
.WORD

177711
65600
12
3
O
12000

: SOURCE
;DESTINATION WORD 1

6804 027440
6805 027442
6806 027444
6807 027446
6808 027450
6809

037777

177777

6816

6818 027470
6819 027472

.WORD
.WORD
.WORD
.WORD
.WORD

177740

77777
177777
4
O
O

;DESTINATION WORD 2
; TEST PSW
;RESULT WORD 1
;RESULT WORD 2
; SOURCE

;DESTINATION WORD 1
;DESTINATION WORD 2
; TEST PSW
;RESULT WORD 1
;RESULT WORD 2

H “t‘tt‘.t.“‘“‘tt“.t‘.“‘t‘t‘.‘t“tt"tt.tttt.‘ttt“‘tt.‘”

;The following

;DCJ11-AA and
.WORD

parameter source was modified to test both the

DCJU11-AB processor chips.
177761

;DESTINATION WORD 1
;DESTINATION WORD 2
; TEST PSW
;RESULT WORD 1
;RESULT WORD 2

LWORD
MORD
LWORD
.WORD
.WORD

177777
177774
11
177777
177777

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

177747
100000
174000
10
177777
177700

; SOURCE
;DESTINATION WORD 1
;DESTINATION WORD 2
; TEST PSW
;RESULT WORD 1
;RESULT WORD 2

JWORD
.WORD

177753
6324

.WORD

.WORD
.WORD

1
O
146

: SOURCE
;DESTINATION WORD 1
;DESTINATION WORD 2

.WORD

177765

.WORD

.WORD
.WORD

.WORD

71002

102351
177231
11

L L

bttt

; TEST PSW

;RESULT WORD 1
;RESULT WORD 2
: SOURCE

;DESTINATION WORD 1
;DESTINATION WORD 2
; TEST PSW

IK10

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-108

SEQ 0127

ssssssssssss DOUBLE OPERAND TESTS sssssssssssssisss
6861 027572
6862

177760
116477

FIN130:
MSPAU:

. WORD
. WORD

177760
116477

;RESULT WORD 1
+RESULT WORD 2

TEST THAT AUTO DEC/INC OPERATIONS US{P:B SP ARE ON WORD BOUNDRYS

153314
000002

6872 027610
6873
6874 027612
6875 027614
6876 027616

SPAUL:

153276
153272
000004

CLR
MOVB
cHP
BEQ
ERROR
CLR
MOVB

MOVB

SPAU2:

153252
000776

SPAU3:

000774

SPAU3

MOV

#STBOT,R6

MOVB

-(R6),COUNT

MOVB

SPAUS :

000776

SPAU6:

001000

6910

691§ 027740

TEST AUTO-DEC

;VERIFY RESULT

;CPU ERROR

-(R6),COUNT

:BRANCH IF GOOD
;LOAD R6

: TEST AUTO-DEC

#774,R6
SPAU4

CLR
TSTB
cHP
BEQ

R6
(R6)+
R6, 82
SPAUS

; TEST AUTO-INC

MOV
TST8
cHP
BEQ

#STBOT,R6
-(R6)
$776,R6
SPAUG

;LOAD R6
; TEST AUTO-DEC
;VERIFY RESULT
:BRANCH IF GOOD

MOV

#STBOT,R6

:CPU ERROR

; TEST AUTO-INC ON SOP

;BRANCH IF GOOD
;CPU ERROR

;CPU ERROR

MTRY:

691
6914
6915 027740
6916 027744
6917
6918 027730

005067
012706

6920 027764
6921 027770

016701
016702

6919 027756

-(R6),COUNT

8776.R6

CMP
BEQ

ERROR

012706

#4,R6
SPAU2

;VERIFY RESULT
:BRANCH IF GOOD

ERROR

001000

:DOUBLE BYTE AUTO-INC

BEQ

MOVB

ERROR

SPAU4 :

(R6)+,COUNT

MOV

ERROR

001000
153232

;CLEAR SP
: TRY AUTOINC ON R6
:VERIFY AUTC INC BY 2
;BRANCH IF GOOD
:BAD AUTO-INC
;CPU ERROR
:CLEAR R6

;VERIFY RESULT
:BRANCH IF GOOD
E AUTO-INC
5
;BAD DOULE
;LOAD R6
#STBOT,R6

CMP
BEQ

001000

R6
(R6)s,COUNT
#2.R6
SPAUL
+1
R6

016767
012767

VERIFY YELLOW ZONE TRAP ON AUTO DEC OF R6
;INIT CPU ERROR REGISTER
CPEREG
CLR
;LOAD R6 WITH A VALUE THAT WILL
#150,R6
MOV

150022
000150
150030
030014

150156
150150

153034
150020

MOV
MOV
MOV
MOV

4,SL0CO0
4
#MTRYA
146,R1
144 ,R2

;CAUSE A YELLOW STACK TRAP(IE. <400)
;SAVE VECTOR
;SETUP THE STACK OVERFLOW TRAP POINTER
;SAVE VECTOR
:SAVE VECTOR

L10

COKDAFO KDJ11-B CLUST1ER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-109

SEQ 0128

sesssssnssss DOUBLE OPERAND TESTS sssssssssssskhbss
6922 027774
6923 030000
6924 030004
6925 030006
6926 030012
6927
6928 030014
6929 030014
6930 030022
6931 030024

6932 030030

6933 030032
6934
6935
6936 030034
6937 030034

016703
005067
005046
012706
104001

022767
001003
020627
001401
104001

150142
150142

MOV
CLR

001000

MOV

000010

CLR

ERROR

147744

MTRYA:

000142

cMP
BNE

14:

147726
152746
150074
150066

MTRYB:

;SAVE VECTOR
;JUST AS A PRECAUTION
;CAUSE A STACK OVERFLOW TRAP
-(R6)
0§TBOT .R6
;RESTORE R6 FOR ERROR CALL
;CPU ERROR
;OVERFLOW TRAP FAILED
142,R3
146

;WAS CPU ERROR REG SET PROPERLY?
;GO TO ERROR IF NOT
R6,#142
;VERIFY CORRECT DECRIMENT OF Ré
MTRYB
;BRANCH IF GOOD
1
;CPU ERROR
;R6 IMPROPERLY DECRIMENTED
;OR CPU ERROR REGISTER NOT CORRECT
#BIT03,CPEREG
14

CPEREG
4
SLOC00,

147736

R1,146

R2,144
R3.142

;CLEAR THE CPU ERROR REGISTER
;RESTORE VECTOR
:RESTORE ”VECTMS
"

#5TBOT,R6

001000

P;'ITRYH :
005067
012706

016767
012767

6967 030156

6968
6969 030160
6970 030160
6971 030164

6972
6973

030170
030176

147674
000400

147702

030126
150260

012706
104001

001000

005067
012705
012706
012767
064645
012706
104001

147634
001000

005067
012706

012767

000400
030160

152706
147672

MOV
CLR
CLR
MOV
TRYMA:

147602
000150
030206

012706
104001

001000

6977
030206
6978 030212
6979 030220
6980

005067
016767
012706

147554
152574

001000

STRYMA,4
376

~(R6)

#STBOT,R6
+1

TRYMB:

147606

;:NO OVERFLOW TRAP

;:CLEAR CPU ERROR REGISTER
:SETUP RS DATA
;SETUP OVERFLOW R6 DATA

-(R6), -

;CAUSE OVERFLOW TRAP
RESTORE R6 FOR ERROR CALL

;CPU

;:NO OVERFLOW TRAP

;:CLEAR CPU ERROR REGISTER
;SETUP OVERFLOW R6 DATA

CPEREG
#150,R6
4
#TRYMC,

-(RS), -(R6)

oimoi.ns
Ed

TRYMC:

;JUST AS A PRECAUTION
;CAUSE OVERFLOW TRAP
RESTORE R6 FOR ERROR CALL

CPEREG
#1000,RS

oiraof.ns

147564

;CPU

#400,R6

147634

001000

6974 030200

2375 030204

TEST STACK OVERFLOW TRAPS IN VARIOUS MODES
;CLEAR CPU ERROR REGISTER
CPEREG
CLR
OVERFLOW R6 DATA
;SETUP
#400,R6
MOV
4,5L0C00
:SAVE VECTOR
MOV

CPEREG
SLOC00, 4
#STBOT,R6

v €

; CAUSE OVERFLOW TRAP
RESTORE R6 FOR ERROR CALL

:m OVERFLOW TRAP

;CLEAR CPU ERROR REGISTER
;RESTORE VECTOR

M10

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30 Page 14-i10

SEQ 0129

ssssssssesss DOUBLE OPERAND TESTS ssssssssssssssiss
6981
6983
6985 030224
6986

P‘flLLO :
005067
012706
016767

012767

016767

6996 030270
6997 030274
6998

6999 030276
7000 030276
7001 030304
7
030312

788§ 030316

012767
000077
000240
012706
104001

016767
016767
005067
012706

;

147536

000400

147550
030270
147530
030276

152512
147450
001000

;SETUP FOR OVERFLOW TRAP
;SAVE VECTOR
;SETUP ILLEGAL TRAP VECTOR
;:SAVE VECTOR
;SETUP OVERFLOW TRAP VECTOR
;UNUSED INSTRUCTION TRAP

MOV

#STBOT,R6

;RESTORE R6 FOR ERROR CALL
:CPU
;sUNUSED INSTRUCTION TRAP

MOV
MOV
CLR
MOV

SLOCO1,4
10
SL0C00,
CPEREG
#STBOT.R6

MOV
MOV
MOV
77

MILLOA:

147500
147476

10 sn'.ggoo

283

152550
147540
152536
147520

001000

TEST STACK OVERFLOW ON ILLEGAL INST TRAP
;CLEAR CPU ERROR REGISTER
CPEREG
CLR

MILLOB:

NOP

ERROR

10
#MILLOA,
4,5L0Co01
SMILLOB,4
+1

;RESTORE VECTOR
;RESTORE VECTOR

;CLEAR CPU ERROR REGISTER
;RESTORE R6

MIOTO:
005067
012706
016767
012767
016767
012767
000004
000240
012706
104001

005067
012706
016767
016767

TEST STACK OVERFLOW ON IOT TRAP

CLR
MOV
MOV
MOV
MOV
MOV

147440
147462
030366

152452
147452

030374

147422

147432

'I&T,

IOTOA:

001000

147366
001000
152404
152374

I0T08:

147372
147400

CPEREG

2400, R6
20, SLOCOO
#I0TOA, 20
4,5L0C01
#10T0B,4

MOV

#STBOT,R6

CLR
MOV
MOV
MOV

CPEREG
#STBOT,R6
SLOCO1.4
SLOC00, 20

ERROR

:CLEAR CPU ERROR REGISTER
:SETUP STACK FOR OVERFLOW
:SAVE OLD IOT VECTOR
:SETUP ERROR ACTION ON IOT
:SAVE VECTOR
:SETUP CORRECT TRAP VECTOR FOR
: OVERFLOW

: TEST INSTRUCTION

;RESTORE R6 FOR ERROR CALL

;CPU ERROR
:FAILURE OF STACK OVERFLOM

;CLEAR CPU ERROR REGISTER
;RESTORE VECTOR
:RESTORE TRAP VECTOR

MEMTO:

005067
012706
016767
012767

016767
012767

147342

147374
147334

030472

TEST STACK OVERFLOW ON EMT TRAP
CLR

MOV
MOV

MOV

CPEREG

R6
#400,
30, SLOCOO

450000
SEMTOB,4

;SAVE OLD EMT VECTOR

;SETUP ERROR ACTION ON EMT
:SAVE_VECTOR
;SETUP CORRECT TRAP VECTOR FOR

N10

COKDAFO KDJ1i-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mer-86 13:30

Page 14-111

SEQ 017%C

7050 030472

7051 030472
7
030500
7053 030506
7054 030512
7055
7058 030516
7059
7060
7061 030516
7062 030522
7063 030526
7064 030534

7065 030542
7066 030550
7067
7068 030556

7069 0
7070 0

7071

030566

707
7073 030570
7074 030570
7075 030576

7076 030604
7077 030610
7078

001000

016767
016767
005067
012706

152314
152310
147254
001000

104001

147330
147276

; OVERFLOW
'"JEST INSTRUCTION

#STBOT.R6
-

SLOC00, 30
3L0C01.4
CPEREG

.RESTORE R6 FOR ERROR CALL

;CPU ERROR
'FAILURE OF STACK OVERFLOM

.RESTORE TRAP VECTOR
RESTORE VECTOR
.CLEAR CPU ERROR REGISTER

#5TBOT.R6

MTRPO:

005067
012706
016767
012767
016767
012767

104400
000240
012706
104001
016767
016767
005067
012706

TEST STACK OVERFLOW ON TRAP

CLR
MOV

147244
147302

147236
030570

152256
147272
152244
147226

MOV

CPEREG
#400,R6
34, 5L.0C00
$TRPOA, 34
4,5L0C01
#TRPOB, 4

;CLEAR CPU ERROR REGISTER
;SETUP STACK FOR OVERFLOW
:SAVE OLD TRP VECTOR
:SETUP ERROR ACTION ON TRP

#STBOT,R6

;RESTORE R6 FOR ERROR CALL

:SAVE VECTOR

:SETUP CORRECT TRAP VECTOR FOR
; OVERFLOW
: TEST INSTRUCTION

TRAP

TRPOA:

001000

152216
152212
147156
001000

147236
147200

TRPOB:

832 3%

7048 030470
7045

104000
000240
012706

333

7044
7045 030460
7046 030462
7047 030464

g0es §§§3

ssssssssssss DOUBLE OPERAND TESTS sssssssssssssssss

;CPU ERROR
:FAILURE OF STACK OVERFLOW

SLOC00, 34
SLOCO1,4

;CLEAR

CPEREG

#STBOT,R6

;RESTORE TRAP VECTOR
cg;ssvoae VECTOR

ERROR REGISTER

MBPTO:

000003
000240
012706
104001

030666

7100 030672

7101 030700

718§ 030706

71
7105

005067
016767
016767
012706

147146
000400
147164
030660
147140
030666

TEST STACK OVERFLOW ON BPT
CLR

152160
147154
152146
147130

BPTOA:

001000

147074
152114
152110
001000

BPTOB:

147114
147076

3336 §§§§ 3333

005067
012706
016767
012767
016767
012767

CPEREG

14 siflogoo

o8PTOB ., 4

;CLEAR CPU_ERROR REGISTER
;SETUP STACK FOR OVERFLOW
;SAVE OLD BPT VECTOR
;SETUP ERROR ACTION ON BPT
;SAVE VECTOR

;SETUP CORRECT TRAP VECTOR FOR
; OVERFLOW

; TEST INSTRUCTION

#STBOT,R6
+1

SLOCO1,4
#STBOT,RE

;CPU ERROR

;RESTORE R6 FOR ERROR CALL

;FAILURE OF STACK OVERFLOW

;CLEAR CPU ERROR REGISTER
;RESTORE TRAP VECTOR
;RESTORE VECTOR

Bll

COKDAFO KDJ11-8 CLUSTER DIAG.

MACRO V0S5.03 Fridey 28-Mer-86 13:30 Page 14-112

sssessssesss DOUBLE OPERAND TESTS sssssssssssssssss
3

MILAO:

7110
7111 030712 005067

147062
030760
147042

030766

;fig 030744

012767

7118 030752

005001

7121 030760

012706

001000

7124 030766
7125 030766
7126 030774

016767
01676],

152022
152012

7119 030754
7120 030756

;i%g 030764

000101
000240

104001

146760
7127 031002
;& 031006 012706 001000

152062
147052
12050

147032

ILAOA:

147010
147006

7131

ILBOB:

CLR
MOV
MILLBO:

7136

7137 031012 012706 000400
7138 031016 016767 146766 151766

031046

7147 031060

7148

005001

JSR
NOP

; TEST INSTRUCTION

#STBOT,R6

;RESTORE R6 FOR ERROR CALL

* OVERFLOMW

ERROR
;FAILURE OF STACK OVERFLOW
;RESTORE VECTOR

RESTORE TRAP VECTOR

;CLEAR CPU ERROR REGISTER

#STBOT,R6

7149 031062

7150 031062 016767 151726 146714
7151 031070 016767 151716 146712
;ig 031076 012706 001000

R5,R1

SLOCO1.4
SLOC00, 10
#STBOT,R6

;CPU ERROR

;OVERFLOW
: TEST INSTRUCTION
;RESTORE R6 FOR ERROR CALL

;FAILURE OF STACK OVERFLOW
;RESTORE VECTOR
;RESTORE TRAP VECTOR

MSTO:

031102

7160

7161 031102 016767

7167 031132

ILLBOB:

MOV
MOV
MOV

;SETUP ERROR ACTION ON ILL. OPCODE
:SAVE VECTOR
;SETUP CORRECT TRAP VECTOR FOR

#ILLBOA,10

4,5.0C01
Oh.LBGJ

#STBOT,R6

;:SETUP STACK FOR OVERFLOW
;SAVE OLD VECTOR

;

718 1110
1116
71
7164 031122
7165 031124
7166 031130

#400,R6
10,SL0OCO0

ILLBOA: MOV

ERROR

104001

7158

MOV
MOV

CLR

7144 031050 004501
7145 031
000240
012706 001000
7146 031

a,5L0c01
210808.4

TEST STACK OVERFLOW ON ILLEGAL JSR INST

MOV
MOV
MOV

7139 031024 012767 031054 146756
7140 031032 016767 146746 151754
7141 031040 012767 031062 146736

SETUP ERROR ACTION ILLEGAL OPCODE

{SAVE VECTOR
'2ETUP CORRECT TRAP VECTOR FOR

;i% 031012

7143

;SAVE OLD ILLEGAL INST. VECTOR

10,SLOCOO

7132

714§

;SETUP STACK FOR OVERFLOW

#400,R6

E;l-

016767
012767
016767

147050

000400

7113 030722
7114 030730
7115 030736

012706

e
28

030716

§§§%§ 33332

7112

TEST STACK OVERFLOW AND ILLEGAL JMP INSTRUCTION
;CLEAR CPU ERROR REGISTER
CPEREG
CLR

7106

;%g 030712

146676

151702

012767 031156 146666
%;“. 001002
46
012706 002002

005746

012706

004002

TEST FOR FALSE STACK OVERFLOW

MOV

MOV
MOV
TST
MOV
TST

MOV

4,5L0C00

#MSTOE , 4
01002.66
-(R6)
#2002 ,R6
-(R6)

#4002,R6

;SAVE VECTOR

;ANTICIPATE OVERFLOW ERROR
;SETUP LEGAL R6

:TRY TO CAUSE STACK OVERFLOW
:SETUP LEGAL R6
;TRY TO CAUSE STACK OVERFLOW
:SETUP LEGAL

Cll

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Fridey 28-Mer-86 13:30 Page 14-113

sessssssssss DOUBLE OPERAND TESTS sssssssssssssssss

7168 031136
7169 031140
7170 031144
7171 031146
7172 031152

7175 031154 000403 001000

7174 031136 012706

7175 031162 104001
7176
7177 031164 016767

7178 031172

ST
MOV
ST
MOV
ST

005746
012706 010002
005746
012706 100402
005746

012706

MSTOE:

MSTOEE

ERROR

MOV

151622 146612 MSTOEE: MOV

MOV

001000

7181

7184 031176

MTT:

7182

#STBOT.R6
SLOCOO,4

TEST T-BIT TRAPS
#STBOT,R6
14,5L0C0O
MOV

7191 031920 012767 031234 146566

MOV

7189 031210 012746 000020

7190 031214 012746 031232

MOV

RTI

000002

820,-(R6)

MTTA:

ERROR

7197 031234 022706 000774
7198 031240 001401

MTTB:

CMP
BEQ

9STBOT-4,R6
MTTD

7501 031244 021627 031232
7202 031250 001401

MITD:

CMP
BEQ

(R6),OMTTA
MTTE

7505 031254

MTTE:

MOV

SLOCOO,14

MOV

#STBOT,R6

104001

7199 031242 104001
7504

031252

7206 031254 016767 151532 146532
1208 031262

012706

001000

721§

7213 031266

7215

7516 031266 012706 001000
016767 146516 151512
7217 03

ERROR +1
ERROR

104001

1Py ggaén
;CPU

\VERIFY PC SAVED ON STACK
BRANCH IF GOOD

' INCORRECT PC ON STACK

\RESTORE VECTOR 14

JSETUP STACK
'SAVE OLD T-BIT VECTOR

OMTTSB.14

'SETUP NEW T-BIT VECTOR
CAUSE A T BIT SET IN PSW

1222 031320 104001

ERROR

MOV
RTT

7520 031310 012767 031326 146476
7521 03°316 000006

7228 031326 022706 000774

\VERIFY SP DECIRMENT
BRANCH IF GOOD

@STBOT,R6
1a,SL

920, -(R6)
OMTTSA,-(R6)

031324 104001

CAUSE A T BIT SET IN PSW

'SHOULD NEVER BE EXECUTED
iCPU ERROR
'DIDNT TAKE CORRECT TRAP

TEST T-BIT TRAPS WITH RTT

MOV
MOV

7225

;CPU

HTTS

012746 000020
7218 031
7219 031304 012746 031322
7224 031322 000240

'SETUP NEW T-BIT VECTOR

SMTTB.14
o1

104001

;SETUP STACK

'SAVE OLD T-BIT VECTOR
{PUSH T-BIT
"SETUP ERROR TRAP VECTOR

SMTTA, -(R6)
1

7508

"RESTORE VECTOR

MOV

ERROR

7198 031330

RESTORE R6 FOR ERROR CALL

:CPU
*STACK OVERFLOW ERROR

8STBOT.R6

.
7186
7187 031176 012706 001000
7188 031202 016767 146606 151602
7194
7195 031232
719%

YEXIT MODULE

7185

7192 03

JTRY TO CAUSE STACK OVERFLOW
'SETUP LEGAL R6
'TRY TO CAUSE STACK OVERFLOW
'SETUP LEGAL R6
'TRY TO CAUSE STACK OVERFLOW

-(R6)
210002.R6
-(R6)
#100802,R6
-(R6)

SEQ 0132

MTTSG: NOP

MTTSQ: ERROR
MTTSB:

CMP

9STBOT-4,R6

;PUSH T-BIT
'SETUP ERROR TRAP VECTOR

,CPU ERROR

'SHOULD NEVER BE EXECUTED

"RTT WILL EXECUTE THIS INSTRUCTION

WITH A T-BIT TRAP

,CPU ERROR

'DIDNT TAKE CORRECT TRAP

\VERIFY SP DECIRMENT

D11

MACRO V05.03 Friday 28-Mar-86 13:30 Page 14-114

COKDAFO KDJ11-B CLUSTER DIAG.

ssssssssssss DOUBLE OPERAND TESTS sssssssssssssstss

7229 031332 001401
;5:;:? 031334 104001

MTTSD:

7232 031336 021627 031324

7233 031342 001401

7234 031344

7235

BEQ
ERROR

MTTSD
1

BEQ

CMP

MTTSE

SLOC00, 14
#STBOT.R6

ERROR

104001

;BRANCH IF GOOD
iCPy Eaaéasp

;VERIFY PC SAVED ON STACK

(R6),#MTTSQ
+1

;CPU E

MTTSE:

MOV
MOV

7244

;

TEST OLD STATUS ON T-BIT TRAP

7245 031360
7246 031364
7247 031372
7248 031376
7249 031402
7250 031410
7251 031416
7252 031420

012706
016767
012746
012746
012767
012767
000277
000002

001000
146424 151420
000020
031424
031426 146404
000357 146360

7253 031422 104001
7254
7255 031424 104001

7256

MOV
MOV
MOV
MOV
MOV
MOV

#STBOT,R6
14,5L0C00
220,-(R6)
SMTTRA, -(R6)
SMTTRB. 14
#357,P$

ERROR

SCC
RTI

MTTRA:

CMP
7257 031426 026727 147344 000020 MTTRB: BEQ
7258 031434 001401
7259 031436

7260

ERROR

104001

7261 031440 012706 001000

7262 031444
7263 031450
7264 031454
7265 031462
7266 031470

012746
012746
012767
012767
000257

7268 031474

104001

7267 031472

7269

MTTRC:

104001

7274 031510

104001

MOV

MTTRD:

MTTRF:

728

7276 031512

;g;g 031520 012706 001000

mi 031524

mms
7286 031524 012706 001000

;SETUP STACK

;PUSH T-BIT
:SETUP ERROR TRAP VECTOR
:SETUP NEW T-BIT VECTOR
:CLEAR PRIORITY
:CLEAR CONDITION CODES

:DIDNT TAKE CORRECT TRAP

MOV

STBOT-2,8377
MTTRF
+1

SLOCOO, 14

#STBOT.R6

INST TRAP
TEST RESERVED
#STBOT,R6

7289 031544

000077

:BAD STATUS ON STACK

ERROR

7287 031530 016767 146254 151254

7288 031536 012767 031550 136244

;CPU

;VERIFY PSW ON STACK
BRANCH IF CORRECT STATUS

;CPU ERROR

MOV
MOV

:SHOULD NEVER EXECUTE
;CPU ERROR
:DIDNT TAKE CORRECT TRAP

MOV

MRT:

;CPU ERROR

ERROR

7277 031512 016767 151274 146274

#STBOT,R6

;SETUP STACK
:SAVE OLD VECTOR
:PUSH T-BIT
:SETUP ERROR TRAP VECTOR
:SETUP NEW T-BIT VECTOR
:SET PRIORITY AND COND C

0377, -(R6)
SMTTRD, -CR6)
SMTTRE. 14
#0,PS

CMP
7272 031500 026727 147272 000377 MTTRE: BEQ
7273 031506 001401
7275

;RESTORE VECTOR 14

MOV
MOV
MOV
MOV
ccc
RTI

000002

7270 031476

7271

000377
031476
031500 146332
000000 146306

STBOT-2, #20
MTTRC

:BRANCH IF GOOD

: INCORRECT PC ON STACK

7236 031346

7237 031346 016767 151440 146440
;ggg 031354 012706 001000
MTTR:
;zzg 031360

SEQ 0133

MOV

10, SLOC0O

oMRTB, 10

:SHOULD NEVER EXECUTE
;CPU ERROR
;CPU

;VERIFY OLD PSW ON STACK
BRANCH IF GOOD

;0LD PSW INCORRECT

;RESTORE VECTOR

;SETUP STACK
:SAVE OLD VECTOR

1SETUP NEW RESERVED VECTOR

Ell

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Fridey 28-Mar-86 13:30 Page 14-115

SEQ 0134

ssssssssssss DOUBLE OPERAND TESTS sssssssssssssssssd

031550
031554

022706
001401
104001

000774

MRTB:

7296 031560
7297 031564
7298 031566
7299

021627
001401
104001

031546

MRTE:

7301 031570
730z 031576

016767
012706

7
7293

;294 031556
295

7300 031570

7303

151216
001000

146212

001000

7311 031602

146176
031634
146150

7312 031606
7313 031614
7314 031622

7315 031626
7316 031630

7327 031670
7328
7329 031672
7330
7331 031674
7332 031702
7333 031704
7334

7335 031706

7336 031706

7337 031714
7338

MRTOB:

146130
146110

MRTOC:

104001

MRTOD:

026727
001401
104001

MRTOE:

016767
012706

147076

151100
001000

;VERFY PROPER PC ON STACK

;CPU

BRANCH IF GOOD

; INCORRECT PC ON STACK
;RESTORE TRAP VECTOR

SLOC00, 10
#STBOT,R6

ccc

147136

001000
031674
000357

BRANCH IF GOOD
U
;CP
;:BAD PC ON STAC“

1o S 000

MRTOA:

7319 031634

(R6),#MRTA

HITF

;CPU ERROR
;DIDNT TAKE CORRECT TRAP
;VERIFY SP DECRIMENT

"I’(E)\SIT OLD STATUS ON RESERVED INST TRAP
;SETUP STACK
;SAVE OLD VECTOR
MOV
;SETUP NEW VECTOR
gtsi'flm .10
MOV
;CLEAR PRIORITY AND COND C
CLR

151176
146166

7317 031632

7318

#S7B0T-4,R6

MRTE
+1

MRTF:

7306
7308 031602
7309

7310

MRTA:

104001

000357

146074

MRTOF :

g3 §§3 g “8es 3 3

7290 031546
7291

STBOT-2,#0

MRTOC
+1

#STBOT,R6

SMRTOE . 10

#357,PS
12

STBOT-2,#357

H}TG
+

SLOC00, 10
#STBOT,R6

;CPU ERROR
;DIDNT TAKE CORRECT TRAP
;VERIFY PSW ON STACK
BRANCH IF CORRECT STATUS
;CPU
;:BAD STATUS ON STACK
:SETUP STACK
;SET UP TRAP VECTOR
:SET PRIORITY
;SET CCNDITION CODES
;RESERVED INSTRUCTION
;CPU ERROR

;:DIDNT TAKE CORRECT TRAP
;VERIFY OLD PSW ON STACK
;CPU

BRANCH IF GOOD

;0LD PSW INCORRECT

;RESOTRE TRAP VECTOR

MTP:

7341 031720
001000

146104
031752
146032

TEST TRAP INST

MOV
MOV
MOV
CLR

151060
146074

oL
gsfin.u

ccC

MTPR:

TRAP
ERROR

;SETUP STACK
:SAVE OLD VECTOR

;SETUP NEW TRAP VECTOR
;CLEAR PRIORITY ABND COND C

;CPU ERROR

F11

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30 Page 14-116

SEQ 0135

ssssssssssss DOUBLE OPERAND TESTS sssssssssssksssss

022706 000774
7353 031756 001401

MTPB:

7356 031762 021627 031750
7357 031766 001401

7355

MTPQ:

7360 031772
7361 031772 016767 151014 146034
;332% 032000 012706 001000

MTPF:

7366

MTPO:

7351
7352 031752

7354 031760

104001

7359

7365

7363 032004

10
7372 032010
7373 032016
7374 032024

012706
016767
012767
005067

032034

104001

7375 032030
7376 032032

7378

000257
104400

CMP
B8EQ

(R6), #MTPR
MTPF

MOV
MOV

SLOC00, 34
#STBOT.R6

ERROR

7358 031770 104001

7370

CMP
BEQ

#STBOT-4,R6
MTPQ

001000
146020 150774
032036 146010
145746

;CPU

MTPOA:

MOV
MOV
MOV
CLR

#STBOT,R6
34, 5L0C00
MTPOB, 34
PS

ERROR

[
TRAP

MTPOC: MOV
7383 032050 012706 001000
MOV
145752
7384 032054 012767 032076
MOV
145706
000357
012767
7385 032062
SCC
7386 032070 000277
TRAP
104400
7387 032072

#STBOT.R6
SMTPOE . 34
“357,P§

CMP
7390 032076 026727 146674 000357 MTPOE: BEQ
7391 032104 001401
ERROR

STBOT-2, 9357
MTPOF

ERROR

7381 032046 104001

032106

104001

MTPOD:

7394 032110

7395 032110 016767 150676 145716
;ggg 032116 012706 001000

MTPOF:

7399
7400

:
)

MTPA:

;% 032122
7404

7405 032122
7406 032124
7407 032130
7408 032136
7409 032144
7410 032152
7411 032160

005003
012706
016767
016767
012767
012767
000167

001000
145700
145642
032174
032176
000012

150654
150650

145632
145654

:BAD PC ON STACK

:VERFY PROPER PC ON STACK
BRANCH IF GOOD

: INCORRECT PC ON STACK

;RESTORE VECTOR

TEST OLD STATUS SAVED ON TRAP

CMP
7379 032036 026727 146734 000000 MTPOB: BEQ
7380 032044 001401

104001

;VERIFY SP DECRIMENT
BRANCH IF GOOD

;

STBOT-2, 80

7388 032074

;DIDNT TAKE CORRECT TRAP

ERROR

MOV
MOV

SLOC00, 34
#STBOT.R6

;SETUP STACK
:SAVE OLD VECTOR
:SETUP NEW TRAP VECTOR
:CLEAR PRIORITY AND COND C

;CPU ERROR

:DIONT TAKE CORRECT TRAP

;VERIFY PSW ON STACK

:BRANCH IF CORRECT STATUS

;CPU ERROR

:BAD STATUS ON STACK

;CPU

;SETUP STACK
:SET UP TRAP VECTOR
:SET PRIORITY
:SET CONDITION CODES
ISSUE TRAP

:DIDNT TAKE CORRECT TRAP

:CPU

VERIFY OLD PSW ON STACK
BRANCH IF GOOD

:0LD PSW INCORRECT

;RESTORE TRAP VECTOR

TEST ALL TRAP OPCODES - SELF MODIFYING

CLR
MOV
MOV
MOV
MOV
MOV
JHP

R3
0STBOT,R6
34, 5L0C00
4,5L0C01
SMTPAH, 4
SMTPAA . 34
MTPAA

LSETUP REGISTER TO INDICATE OPCODE
:SETUP STACK
:SAVE OLD VECTOR
:SAVE IN CASE OF HALT
:SETUP HALT TRAP
:SETUP NEW TRAP VECTOR
:GO INTO LOOPING CODE

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30 Page 14-117

sessssssssss DOUBLE OPERAND TESTS stssssssssshsdsksk
7412

MTPAL:

7413 032164 000000

7414 032166 104001

7415
7416

m; 032170 000167 000002
7419 032174

7420
7421
mg 032176

104001

;& 032176 005203
7425 032200 012706
7426 032204 020327
7427 032210 001406
7428 032212 012767
7429 032220 060367
7430 032224 000757
;g% 032226
016767
7433 0
;:g 032234 016767
;:s 032242 012706

MTPAH:

MTPAA:

001000
000400
104400 177744
177740
150560 145600

MTPAE :

7439

;

7442 032246

MIOT

7442

;

7443

7445 032246 012706 001000
7446 032252 016767 145542 150532

7447 032260 012767 032272 145532
7448 osaz% 000004

7449 032270

104001

7453 0

104001

7450

7451 032272 022706 000774
7452 032276 001401
74

7455

032302 021627 032270

7456 032306 001401

7457 032310 104001

ERROR

JMP

MTPAA

ERROR

INC
MOV
cHP
BEQ
MOV
ADD
BR
MOV

MOV
MOV

150554 145542
001000

7440

HALT

;

7471 032

012706
016767
012767
005067

000257

001000
145464 150454
032356 :35454
145426

;RESTORE VECTORS

(R6), #MIOTA

MITO:

746 osagg
7468 032
7469 032336
7470 032344

34
SLOC00,

;SETUP STACK
:SAVE OLD VECTOR

;SETUP NEW IOT VECTOR

;CPU ERROR

:DIDNT TAKE CORRECT TRAP

;VERIFY SP DECRIMENT
BRANCH IF GOOD

;CPU ERROR STACK

ERROR

MIOTF

;CPU ERROR PC ON STACK

MOV

#STBOT.R6

ERROR

7464 032324

‘ERROR, EITHER CANT MODIFY LOCATION MTPAL
;0R TRAP INSTRUCTION FAILED

SL0CO01.4
#STBOT,R6

CMP

BEQ

ngg
7459 032312 016767 150474 145500 MIOTF: MOV
7465

;CPU ERROR

;GET NEXT OPCODE
;RESTORE STACK
:SEE IF LAST OPCODE
:BRANCH IF DONE
;TRAP OPCODE INTO LOCATION
:FORM TEST OPCODE
:EXECUTE TEST

MIOTB: CMP
BEQ

;4‘22 032320 012706 001000

:ATTEMPT 70 GO ON

TEST IOT TRAP

MOV
MOV

MOV

MIOTD:

;TRAP INSTRUCTION FAILED TO TRAP
:EXAMINE (*CCODE AT LOCATION MTPAL:

R3
#STBOT,R6
R3, #400
MTPAE
#104400,MTPAL
R3,MTPAL
MTPAL

#STBOT,R6
20, 5L0C00
#Mi0TB, 20
o1
#STBOT-4,R6
MIOTD

MIOTA:

SET TO A ZERO

;CPU ERROR

SLOC00, 20

;BAD PC ON

;VERFY PROPER PC ON STACK

BRANCH IF GOOD

: INCORRECT
;RESTORE VECTOR

TEST OLD STATUS ON IOT TRAP

MOV
MOV
MOV
CLR
GCC

#STBOT,R6
20, SLOC0O
oMiTOB, 20
PS

;SETUP ST
:SAVE OLD VECTOR
:SETUP NEW IOT VECTOR
:CLEAR PRIORITY AND COND C

H11l

COKDAFO KDJ11-8 CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-118

SEQ 0137

sssessssssss DOUBLE OPERAND TESTS sssssssssssssssss

7476 032364
7477 032366

7478
7479 032370

7480 032374
7481 032402

7482 032410
7483 032412
7484 032414
7485

;409 832416

748

104001

026727
001401
104001

001000
032416

026727

146354

001401

016767

012706

000000

MITOB:

STBOT-2,80
MITOC
«1

012706
012767
012767
000277
000004
104001

035426 104001

7489
7490 032430
7491 032430
7492 032436
7493
7495
7497 032442
7498
7499

146414

MITOA:

000357

145416
145366

SMITOE, 20

#357,P$
+1

MITOD:

150356

001000

000357

145362

STBOT-2,#357

MITOE:

MITOF
+1

MITOF:

;CPU ERROR

;DIDNT TAKE CORRECT TRAP
;VERIFY PSW ON STACK
BRANCH IF CORRECT STATUS
;CPU

;BAD STATUS ON STACK
;:SETUP STACK
;SET UP TRAP VECTOR
:SET PRIORITY
;SET CONDITION CODES

;CPU ERROR
;DIDNT TAKE CORRECT TRAP
;VERIFY OLD PSW ON STACK
;CPU

BRANCH IF GOOD

;:0LD PSW INCORRECT
;RESTORE VECTOR

SLOC0Q, 20
#STBOT,R6

TEST EMULATOR TRAP INSTRUCTION

001000
145356
032510

7301 03ee

#STBOT,R6

MITOC:

140776

(EMT)
:SETUP STACK
;SAVE CLD VECTOR
;SETUP_NEW EMT VECTOR
;SAVE TRAP VECTOR
;SET UP TO HANDLE EMT ERROR
P
ON ERROR
;TRA

META:

; CPUERR
ERRTN

#STBOT-4,R6
METD

METB:

000774

016757
016767
012706

150260
001000

(R6),#META

METD:

032500

145276
145264

150230
150216
145230

METF
+1

SLOCO1,34
SLOC00, 30
#STBOT,

METF:

TRAP
.DIDNT TAKE CORRECT
SP DECRIMENT
;VERIFY

cPU

30, 5L0C00

METOB, 30
34, 5L0C01
34
#$ERROR,

BRANCH IF

*BAD PC ON STACK

CPU

PC ON STACK
"VERFY PROPER

} INCORRECT PC ON STACK

TEST OLD STATUS ON EMT TRAP
#STBOT,R6

33338

7473 032354
7474
7475 032356

;RESTORE VECTOR
{RESTORE VECTOR

;SETUP STACK
;SAVE OLD VECTOR
:SETUP_NEW EMT VECTOR
:SAVE TRAP VECTOR
:SET UP TRAP VECTOR

111

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Fridey 28-Mer-86 13:30

esssssssssss DOUBLE OPERAND TESTS sssssssssssssssss

7534 032604 005067 145166
032610

7537
g’a’s 032616
032620
g‘«: 032622

METOA:

001062
000001
000001

;CLEAR PRIORITY AND COND C

TRAP
JMORD
MORD
WORD

562.
1
1

; CPUERR

EMT

CMP
mg oszsg 026727 146146 000000 METOB: BEQ
7543 032632 001401
ERROR

75475“5 032634

104001

7546 032636

012706

7549 032656

000277

7547 032642 012767 032672 145160
7548 032650 012767 000357 145120

METOC:

104400
104400
O36es 001064
733510032664

METOD:

032666
032670

001000

MOV

MOV
MOV
sCC

TRAP
TRA
.MORD

WORD
"WORD

000001
000001

CMP
146100 000357 METOE: BEQ
;fi 032672 026727
001401

7557 032700

nsom 032702

ERROR

104001

METOF :
;&o 032704
MOV
145122
1 032704 016767 150104
MOV
145110
;ss:g 032712 016767 150074
MOV
001000
032720 012706
7566
7567
7569 032724

:
3
M8T

fi‘ 032724 012706 001000
75 032753 016767 145060 150054
7574 032736 012767 032750 145050
7575 032744
032746

000003
104001

7578 032750

022706

032756

104001

760

021627

032766

104001

7579 032754 001401

764 001401

MBTA:

000774

M8TB:
MBTD:

7590

% 033002

8PT
ERROR

870

#STBOT.R6

SMETOE . 30
0357,P$
S64.
1
1

STBOT-2, 4357

METOF
+1

\VERIFY PSW ON STACK

'BRANCH IF CORRECT STATUS

;CPU ERROR
;BAD STATUS ON STACK
:SETUP_STACK
:SET UP_TRAP VECTOR
;SET PRIORITY
;SET CONDITION CODES

; CPUERR
ERRTN

.DIDNT TAKE CORRECT TRAP
oot

"VERIFY OLD PSW ON STACK
EnpdERANCH IF 600D

;

;0LD PSW INCORRECT

SLOCO1,34
SL0C00, 30
#STBOT.R6

;RESTORE VECTOR
;RESTORE VECTOR

CMP

14
#4878,
+1

#5TBOT-4,R6

BEQ

M8TD

BEQ

CMP

MBTF

MOV
MOV

SLOC00, 14
#STBOT.R6

ERROR

% 032770 016767 150016 145016 MBTF:
7387 032776 012706 001000

STBOT-2, 80
METOC

ERRTN

.DIDNT TAKE CORRECT TRAP

4L T80T R
noy 2 14,5000

MOV
MOV

ERROR

032746

SEQ 0138

CLR
ccc

070257

104000
gu” 032612
032614 104400

Page 14-119

(R6), #MBTA
+1

CPU

" INCORRECT PC ON STACK

"RESTORE VECTOR

J11

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28- .ar-86 13:30

Page 14-120

SEQ 0139

ssssssesssss DOUBLE OPERAND TESTS sssssssssssssssss
012706 001000
g97 033006
033002 0167
67 145002

7598 033014
7599 033022
7600 033026
7601 033030
7602 033032
7603
7604 033034

012767

033034
144750

TEST OLD STATUS ON BPT TRAP

147776

144772

145736

7605 033042
7606 033044
7607
7608 033046
7609 033052
7610 033060
7611 033066
7612
033070
7613 033072
7614
7615 033074
7616 033102

MOV
MOV
MOV
&2

ERROR

MBTOB:

cHP
BEQ

STBOT-2, %0
MBTOC

MOV
MOV
MOV

#STBOT,R6
SMBTOE , 14
#357,P$

MBTOD:

ERROR

MBTOE:

cHP
BEQ

STBOT-2, #357
MBTOF

ERROR

001000
033074
000357

145676

144734
144710

000357

MBTOC:

Bsgg

ERROR

016767
012706

147700
001000

012706
016767
012767
005001
000101
104001

001000

1g
18 i

022706
001401
104001

000774

033162

033144

033164

021627
001401
104001

7645 033166
7646 033174

016767
012706

7633
033140
7634 033142
7635 033144
7636

7640
7641 033156

7642

7643

7644
7647

033146

144700

MBTOF :

MOV

:CLEAR PRIORITY AND COND C

ERROR
;CPU
:DIDNT TAKE CORRECT TRAP

VERIFY PSW ON STACK
;BRANCH IF CORRECT STATUS

:CPU ERROR
:BAD STATUS ON STACK

;SETUP STACK
1SET UP TRAP VECTOR
:SET PRIORITY

:SET CONDITION CODES

;CPU ERROR
:DIDNT TAKE CORRECT TRAP
;CPU

:VERIFY OLD PSW ON STACK
BRANCH IF GOOD

:0LD PSW INCORRECT

;RESTORE VECTOR

SLOC00, 14

#STBOT,R6

TEST ILLEGAL JUMP INSTRUCTION TRAP

147660
144650

¢STBOT,R6
10, 5L0C00

:SETUP STACK
:SAVE OLD VECTOR

++TEST INSTRUCTIO

gva

MILD:

144614

MILF:

¢STBOT-4,R6
MILD

cHP
BEQ

(R6), SMILA
MILF

MOV
MOV

SLOC00, 10
#STBOT.R6

ERROR

:SETUP NEW ILLEGAL VECTOR

gldw.io

c
BEQ

ERROR

001000

;SETUP STACK
;SAVE OLD VECTOR
;SETUP NEW BPT VECTOR

MOV
MOV

ERROR

147620

MBTOA:

7617 033104

7618
7619 033106
7620 033106
7621 033114

BPT

#STBOT,R6
14,5L0C00
SMBTO08, 14

;CPU ERROR

:DIONT TAKE CORRECT TRAP

VERIFY SP DECRIMENT
BRANCH IF GOOD

;CPU
:BAD PC ON STACK
:CPU

;VERFY PROPER PC ON STACK
BRANCH IF GOOD

: INCORRECT PC ON STACK

;RESTORE VECTOR

? 033200

833200

7& 033212

012706
016767
012767

001000
144600
033234

TEST OLD STATUS ON ILLEGAL JUMP TRAP

147600

144570

MOV
MOV
MOV

#STBOT,R6
10, SLOC0O
#MiLO0B, 10

;SETUP STACK
iSAVE OLD VECTOR
:SETUP NEW ILLEGAL VECTOR

K11

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V0S5.03 Friday 28-Mar-86 13:30 Page 14-121

SEQ 0140

ssssssssssss DOUBLE OPERAND TESTS ssssssssssssisssss

7656 033220 005067 144552
7657 033224

000257

7660 033232
033234
7663
7663 033242
7664 033244
7665
7666 033246
7667 033350

104001
026727
001401
104001
MILOC:
012706 001000
012767 033274 144530

7670 033970

000101

7661

7668 033960 012767

7669 033266 000277

MILOA:
145536 000004 MILOB:

000357

144510

MILOD:

7671 033572 104001
767

7675

033274 026727 145476 000357 MILOE:

7674 033302 001401

7675 033304
2676

7678 033306 016767

7679 033314

012706

147500

001000

144474

MILOF

7685 033320

HIALL:

7688 033320 012706

001000

7689 033324 016767 144460 147460
7690 033332 012767 033346 144450
7691 033340
033342
7692

7693 033344

7694

005003
004303

7695 033346 022706 000774
769 033352 001401

7699 033356 021627 033344
7708

033366 016767

7704 033374

797

012706

CMP

147420

001000

144414

STBOT-2,4357

BEQ

MILOF

MOV

SLOCOO,10

;CPU ERROR
\VERIFY PSW ON STACK
BRANCH IF CORRECT STATUS
;CPU E

'DIDNT TAKE CORRECT TRAP
'BAD STATUS ON STACK

;SETUP STACK
'SET UP TRAP VECTOR
'SET PRIORITY

*SET CONDITION CODES

;CPU ERROR
*DIDNT TAKE CORRECT TRAP

"VERIFY OLD PSW ON STACK
BRANCH IF GOOD

:CPU
‘LD PSW INCORRECT

;RESTORE VECTOR

TEST ILLEGAL JSR INSTRUCTION TRAP

MOV

€STBOT,R6

CLR
JSR

R3
R3,.R3

MOV
MOV

MIALLD: C¥

MIALLF: MOV
MOV

.SETUP STACK

'SAVE OLD VECTOR
'SETUP NEW ILLEGAL VECTOR

10,5L0800
SMIALLB,10

(R6),@MIALLA

.CLEAR PRIORITY AND COND C

#STBOT.R6

#STBOT-4,R6
MIALLD

MIALLF
1

SLOCOO,10

;CPU ERROR

'DIDNT TAKE CORRECT TRAP

\VERIFY SP DECRIMENT
BRANCH IF GOOD

;CPU ERROR

'BAD PC ON STACK

\VERFY PROPER PC ON STACK
BRANCH IF GOOD

;CPU
' INCORRECT PC ON STACK

#STBOT.R6

"RESTORE VECTOR

;
MJST:

'
001000
012706
033400
;771
147400
144400
016767
033404
7714
6

ERROR

7708
7710 033400

7715

5CC

MIALLB: CMP
BEQ

104001

033364

#STBOT,R6
AMILOE.10
357,P%

BEQ

033362 001401

7701

MOV
MOV
MOV

ERROR

7697 033354 104001
7698

STBOT-2,%4
MILOC
+1

MIALLA: ERROR

104001

CMP
BEQ
ERROR

MOV

;

7687

ERROR

104001

7677 033306

005001

7659 033550

cce

7658 03

000101

033412 012767 033434

7 144352

144370

‘R
”.2%%"
:537
10.5L000
MOV
MOV

CLR

10
SMJSIB,

STACK
T“s“gwn
iSAVE OLD VECTOR
H

iSETUP NEW VECTOR

‘CLEAR PRIORITY AND COND C

L11

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30 Page 14-122

SEQ 0141

ssssssssssss DOUBLE OPERAND TESTS sssssssssssdissss

7717 033424

7718 033426
7719 033430

cee

000257

005003
004303

7720 033432 104001
7751
7753 033434 026727
775% 033442 001401
7754 033444 104001

MUSIA:

145336 000004 MJSIB:

7755

7756 033446 012706 001000
7757 033452 012767 033474
7758 033460 012767 000357

7759 033466 000277
77%0 033470

7731 033472

7732

144330
144310

004303

MJSIC:

7735 033478 026727 145276 000357 MJSIE:
7734 033502 001401
7735 033504

7736

104001

7737 033506

7738 033506 016767

7739 033514

012706

147300

001000

144274

77
774

R3
R3.R3

CMP
BEQ
ERROR

STBOT-2,94
MJSIC

MOV
MOV
MOV

#STBOT,R6
SMJSIE .10
#357,P%

JSR

R3.R3

CMP
BEQ

STBOT-2,#357
MJSIF

MOV

SLOC0O,10

ERROR

SCC
MJSID:

104001

QR
JSR

MJSIF:

ERROR
ERROR
MOV

;CPU ERROR
'DIDNT TAKE CORRECT TRAP
\VERIFY PSW ON STACK
:CPU E

BRANCH IF CORRECT STATUS

‘BAD STATUS ON STACK

;SETUP STACK
'3ET UP TRAP VECTOR
'3ET PRIORITY

*SET CONDITION CODES

;CPU ERROR

'DIDNT TAKE CORRECT TRAP

\VERIFY OLD PSW ON STACK
{BRANCH IF GOOD

;CPU ERROR

'OLD PSW INCORRECT

;RESTORE VECTOR

#STBOT.R6

7745 033520
7746

7747 033520 005067 144242
7748 033524 016767 144254 147260
7749 033532 012767 033554 144244
7750 033540 012767 030000 144230

oxxx:
1/0 TIME OUT TEST
-

18:

7736 033584 022767 000020 144204 2§:
7757 033562

7758 033564

001401

104001

033566 022627 033552

7760 033572

7761 033574

001401

104001

4s:

7762 033576 022627 030000

7763 033602

7764 033604

001401

104001

7765 033606 005067 144158
7766 033612 016767

147.74

144164

7770 033620

MOV

#30000,PS

S$:

ERROR

#2%.4
98177700

CMP

9BITO4,CPEREG

ERROR

BEQ

(SP)e.81$

BEQ

CWP

(SP)+,#30000

ERROR

BEQ

5S¢

CLR

CPEREG

MOV

SLOCOO,4

;CLEAR CPU ERROR REGISTER
i SAVE VECTOR
"3ET UP VECTOR TO HANDLE NXM
"INIT THE PSW TO A KNOWN STATE

*JRY TO ACCESS HARDWARE ADDRESS

'FOR GENERAL PURPOSE REG 0. THIS
"IS NOT IMPLEMENTED ON KDJil
CAUSE TIME OUT
;CPU ERROR
.15 CPU ERROR REGISTER CORRECT?

;CPU ERROR

“CHECK THAT STACK CONTAINS CORRECT ADDR.

1CPU
:CPU

115 THE PSW OK?
“CLEAR THE CPU ERROR REGISTER
'RESTORE VECTOR

ODDXX:

TEST
INST FETCH TRAP.“‘“““
00D ADDRESS/ILLEGAL“‘.“““
:
.‘.“.“‘.‘.“
“‘.“‘.
“‘.t..
F “.....‘.."..
KDJ11 SHOULD
THE
PC.
THE
IN
S
ADDRES
ODD
' $HIS PROGRAM GENERATES AN
4

7780
n‘l

7782 033620 005067 144142
7783 033624 016767 144154

CPEREG
4,SLOCOO

MOV
ST

7751 033546 005737 177700

7752
775%
7734
7755 033552 104001

CLR
MOV

'TRAP THROUGH ADDR

147160

CLR
MOV

CPEREG
4,5L0CO0

JINIT THE CPU ERROR REG
iSAVE VECTOR

M11

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30 Page 14-123

SEQ 0142

ssssssssssss DOUBLE OPERAND TESTS stsssssssssshiiss
7784 033632
7785 033640
7786 033646
7787 033652
7788 033656
7789 033662
7790
7791 033664
7792 033666
7793 033674
7794 033676
7795 033700
7796 033704

7797 033706
7798 033710
7799 033714
7800 033716
7801 033720
7802

012767
016767
005067
012746
012746
000002

104001
022767
001401

104001
022726
001401
104001
022726
001401
104001
005067

033666
144142

144134

7809 033740
7810 033744

7811
701;

7813 033750
7814 033752

MOV
CLR
MOV

030000
033665

ERROR

#B1706, CPEREG
38

CMP
BEQ

#18+1,(SP)+
44

030000

4%:

CMP
BEQ

#30000,(SP)+
5%

144042

S$:

CLR

CPEREG

144072

ERROR

033665

ERROR
ERROR

:SAVE VECTOR
; INIT VECTOR

6,SL0CO1
6
#30000, -(SP)

CMP
BEQ

000100

;SET UP VECTOR TO HANDLE ODD ADDR TRAP

#2%.4

RTI

;PUSH A KNOWN PSW ON THE STA(f'K

;PUSH AN ODD NUMBER ON THE STACK

;POP ODD_ADDRESS OFF STACK INTO PC
; SHOULD TRAP HERE
;CPU ERROR
;IS CPU ERROR REGISTER CORRECT?

;CPU ERROR

-1

;CPU ERROR

;IS STACK CONTENTS CORRECT?
;IS PSW CORRECT ON STACK?

;CLEAR CPU ERROR REG

AN INTERNAL REGISTER.
:W ME'LL TRY TO FETCH AN _INSTRUCTION FROM
SET BIT 6 IN THE CPU

7803

7804
7805
7806
7807 033724
7808 033732

MOV

144144
147146

; THIS SHOULD CAUSE A TRAP TO ADDR 4 AND
;ERROR REGISTER.

012767
012767
005067
000167

104001
016701
022767
001401
104001
022726
001401
104001

033752
144032
144026

144020

000100

144052
144046

64:
144002

7%:

177776

94
108:
143742
146762
146756

MOV
MOV
CLR
JHP
ERROR

143752
143746

11$:

874,4
#30340,6
PS
PS
+1

;CPU

MOV
cHP
BEQ

PS,R1
#81706,CPEREG
8%

BEQ

ERROR

022726

00141
1047 1
022701
01491
104,01
005067
016767
016767

ERROR
cMP

BEQ

ERROR
CWP

BEQ

ERROR
CLR

MOV
MOV

+1
#0,(S5P)+

;CPU

1
340,R1

;CPU

+1
CPEREG

;CPU

104

114

SLOC00,4
SLOCO1.6

;LOAD VECTOR WITH TRAP HANDLER ADDR
;LOAD VEC WITH PSW VALUE ON TRAP
;CLEAR THE PSW
;#kkkkdTEST INSTRUCTION##ss&s%%
;TRY INSTRUCTION FETCH FROM INTERNAL
REGISTER-- SHOULD TRAP VIA ADDR 4

;SAVE CONTE:TS OF PSW IN R1
;IS CPU ERROR REGISTER CORRECT?
;IS STACK CONTENTS CORRECT?

:IS STACK CONTENTS CORRECT?

;WAS PSW LOADED PROPERLY ON TRAP?
;CLEAR CPU ERROR REGISTER

;RESTORE L VECTOR
:

RXXX:

013767

012737

034070

7842 034074

034076

146744

;

143706
177700

@94, SLOCOO

CLR
CLR

CPEREG
PSW

777

7 143702

005737
104001

RED ZONE TRAP TEST

MOV

1%:

18T

ERROR

e VECTOR
Ve
THE STACK WITH 0DD ADDRESS.

@9177700

"2ET UP

;CPU E

;CLEAR THE CPU ERROR REGISTER
;CLEAR THE PSW
EACCESS NON-EXISTANT I/v ADDRESS

COKDAO KDJ11-B CLUSTER DIAG.

MACRO V0S.03 Friday 28-Mar-86 13:30

sstsssssssss DOUBLE OPERAND TESTS sssssssksbssstbss
7843 034076
7844 034102
7845 034104
7846 034106
7847 034112
7848 034114
7849 034116
7850 034122
7851 034124
7852 034126
7853 034134
7854 034136
7855 034140
7856 034144
7857 034150
7858 034156
;gzg 034162

022706
001401
104001
022726
001401
104001
022716
001401
104001
022767
001401
104001
005067
012706
016737
005037
005037

000000

24:

034074

000000

43:

000124 143632 S$:
64:
143622
001000
146636 000004
000000
000002

7862
7864

PIRXXX:

7865 034166

7866

7867 034166
7868 034174
7869 034202
7870 034206
7871 034212
7872 034220
7873

016767
012767
005067
005737
016767
000401

143612 146616
034222 143602
143560
177772
146574 143564

7876

7877 034224

000240
000242
034450
000340
001000

7879 034224
7880 034232
7881 034240
mg 034246
7883 034254

013767
013767
012737
012737
012703

7886 034260
7887
7888 034264
7889 034266
7890 034272

012704 034324
000237
005037 177772
023724 177772

146560
146554
000240
000242

PIR1:

;

18:

7894 034302 010337 177772

7895 034306 023724 177772

24:

7900 034314

104001

7901 034316 006303

34:

#0, 5P
34
+1
#18,(SP)+
a3
+1
#0,(SP)
5%
+1
#124, CPEREG
64
+1
CPEREG
#STBOT, SP
SLOCO0. 34
390
302

;IS R6 CORRECT?
BRANCH IF YES
:CPU
:IS DATA AT ADDR O CORRECT?
:BRANCH IF YES
;CPU ERROR
:IS PSW DATA IN ADDR 2 CORRECT?
:BRANCH IF YES
;CPU ERROR
:IS CPU ERROR REGISTER CORRECT?
:BRANCH IF YES
;CPU ERROR
:CLEAR CPU ERROR REGISTER
;RESTORE STACK
;RESTORE VECTOR
;RESTORE ADDR 0
:RESTORE ADDR 2

TEST PIRQ REGISTER RESPONSE

MOV
MOV
CLR
ST
MOV
BR

4,5L0C00
SPIRQNX , 4
CPEREG
OPIRQ
SLOC00, 4
PIRTEX

9 0143

;SAVE CONTENTS OF VECTORS
:SETUP INTERRUPT VECTOR
:CLEAR CPU ERROR REGISTER
:LOOK FOR REPLY FROM PIRQ
:RESTORE VECTORS
:IF IT RESPONDS, CONTINUE TESTING.
ERROR! NO RESPONSE FROM PIRQ REG

;CPU ERROR

TEST PIRQ REGISTER DATA

MOV
MOV
MOV
MOV
MOV

@0PIRQVEC , SLOCOO
@9PTRQVEC+2, SLOCO1
IR, aePIRQVEC
#PR7, 30PIRQVEC+2
21000,R3

;SAVE PIRQ VECTORS
"
;
:SET UP PIRQ VECTOR FOR UNEXPECTED INTERRUPT
;
:PUT 1000 IN R3: START TESTING

MOV
SPL
CLR
CHP

#PIRTBL,R4
7
PIRQ
@0PIRQ, (R4)+

:SET UP R4 AS A POINTER TO EXPECTED
PRIORITY LEVELS IN PIRTBL
:ENCODEDALLOW
INTERRUPTS.
:DON'T
:CLEAR OUT THE PIRQ
;IS PIRQ OK??

ERROR

MOV

2¢

R3,3PIRQ

CMP

29PIRQ, (RE)+

ERROR

BEQ

7897 034312 001401
7898
7899

CLR

BEQ

7891 034276 001401

7°9§
7893 034300 104001

ERROR

CHP
BEQ
ERROR
CMP
BEQ
ERROR
CLR
MOV
MOV
CLR

PIRTEX:

7875 034224

7884
7885

ERROR

cHP
BEQ

PIRGNX: ERROR

7874 034222 104001
7878

;

cHP
BEQ

Page 14-124

ASL

;BRANCH IF OK

ERROR; PIRQ REG WAS NOT CLEAR

;CPU ERROR
:SET A BIT IN PIRQ REGISTER

:COMPARE THE ENCODED PRIORITY BITS

NP,
T ok
T
:ERROR; ENCODED PRIORITY LEVELS ARE

:BITS IN PIRQ REG BY FLOATING
;A BIT THROUGH BITS 9-15.

;CPU E

NOT CORRECT

;FLOAT A “1 THRU BITS 9-15

Bl2

COKDAFQ KDJ11-B8 CLUSTER DIAG.

MACRO V0S.03 Fridey 28-Mer-86 13:30 Page 14-125

SEQ 0144

ssssssessses DOUBLE OPERAND TESTS sssssesssssssssss
7902 034320

7903 034322

7904

10337C
000410
PIRTBL:

BCC
BR

24
EXPIR1

.WORD
.WORD

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

7910 034336
7911 034340
7912
034342

7913

;IF CARRY BIT ISN'T SET, DO AGAIN.
;GO TO EXIT TEST.

1042
2104
4146
10210

20252

40314
100356

EXPIR1:

7914 034344

7915
7925
7926 034344
7927
7928

PIR2
H

TEST PIRQ REGISTER LEVEL ENCODING
D L

bihibohid

kit

PHIS TEST IS TO CHECK THAT THE HIGHEST PRIORITY LEVEL SET IN THE

PROGRAM INTERRUPT REQUEST BITS IS REFLECTED IN THE ENCODED PROGRAM

7929 034344
7930 034346
7931 034352
7932 034360
7933 034364
7934 034370
7935
7936 034374
7937
7938 034400
7939 034402
7940 034406
7941 034410

000237
005037
012767
012703
012704
010337
023724

7943 034416
7944 034420

001012
005737
001421
006003
042703
0C1364
005037

7945 034424

000761

7948 034426
7949
7950 034430
034436
034444

104001

79l§ 034412

177356

017210
001042

" INTERRUPT ACTIVE BITS.
SPL
CLR
MOV
MOV
MOV

177772

PIRQ
#1,FLAG

#177000,R3

#PITBL1,R4

MOV

R3,34PIRQ

177772

cHP

PIRQ, (R4)+

003030

BNE
TST

24
FLAG

1%:

177772

IF FLAG IS ZERO

24:

ERROR

PITBL1:

.WORD

177356,77314,37252,17210,7146,3104, 1042,0

ERROR

UNXPIR:

104001

:YES,

PIR2EX
R3

003030

037252
003104

;COMPARE PATTERN IN PIRQ WITH PATTERN IN
:EXPECTED PATTERN TABLE.
:G0 TO ERROR IF NOT THE SAME
:IS THIS THE LAST TIME THROUGH??

BEQ
ROR
BIC
BNE
CLR

000777

077314
007146
000000

;SHUT OFF INTERRUPTS
;CLEAR PIRQ REGISTER
;SETUP_END OF LOOP_ SIGNAL
;SET UP DESIRED PATTERN IN R3
;SETUP R4 AS A TABLE POINTER
:SET PATERN IN PIRQ REGISTER

#777,R3
1%
FFLAG

:SHIFT PATTERN TO RIGHT FOR NEXT TEST
:STRIP OFF BITS

8-0

:IF RS IS NOT = O GO DO THE NEXT PATTERN
:CLR THE FLAG TO INDICATE LAST
:TIME THROUGH THE LOOP
GO THROUGH LOOP ONCE MORE
ERROR; PATTERNS WERE NOT THE SAME

UNEXPECTED PIRG INTERRUPT

;CPU ERR(‘R

PIR2EX:

TEST PIRQ INTERRUPTS

: L
012703
012737

001000
034522

;

000240

bbb pipahividads

THIS TEST CHECKS THAT EACH PROGRAM INTERRUPT OCCURS PROPERLYNG REGISTER
R3 AS A WORKI
:
#1000 R3
MOV
INTERRUPT ROUTINE AT PIR VECTOR
UP
;SET
#PIRRTN,
20PTRQVEC
MOV

Cl2

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Friday 28-Mer-86 13:30 Page 14-126

SEQ 0145

ssssssssesss DOUBLE OPERAND TESTS sésssssssssssssss
7969 134464
7970 034472
7971 034474
7972 034476
7973 034502
7974
7975 034504
7976
7977 034506
7978 034510
7979 034514
7980 034516
7981 034520

012737
005004

MOV

000340 000242
177772

PI2:

177772
177772
177761
177742

(R4)+
R3,34PIRQ
0

: INCREMENT R4 BY 2
:SET _PIRQ TO INTERRUPT
;ENABLE INTERRUPT TO OCCUR

ERROR

-1

:CPU

ERROR

-1

:CPU

ASls
8CC
BR

PIRRTN: MOV
£LR
BIC
cHP
BNE
JMP

#4,SP

’

;INITIALIZE R4 AS EXPECTED DATA HOLDER.

ADD

PI3:

CLR

TST
BIS
SPL

PI1:

#340,30PIRQVEC.2

ERR&

! INTERRUPT DID NOT OCCUR

ERROR! INTERRUPT OCCURRED IN WRONG SEQUENCE

;CLEAN UP THE STACK

R3
PIl
PIR3EX

;SHIFT R3 TO LEFT FOR NEXT INTERRUPT
;END IF CARRY BIT IS SET
;ON TO THE NEXT TEST

aPIRQ,RS
PIRQ
#177761,RS
R4,R5
PI2
PI3

;MOVE THE CONTENTS OF PIRQ REG TO RS
;KILL PIRQ INTERRUPT.
;MASK OFF ALL BITS EXCEPT 1-4.
;0ID THE CORRECT LEVEL INTERRUPT OCCUR?
;IF NOT; GO TO ERROR.
;RETURN _FROM SUCCESSFUL INTERRUPT,GET
;READY FOR THE NEXT ONE.

PIR3EX:

PIR4

;

TEST PIRQ VS PSW INTERRUPT LEVEL

: *‘t&uuuonu““tnuuuuuuuuuonu“uuuu“uunu
:

8005 034546

8007

034552

034556

8008 034
8009 0
8010 034572

177772
177776
001000
034616
340
177772

S TEST IS TO ENSURE THAT PIRQ CANNOT INTERRUPT WHEN PSW INTERRUPT

;LEVEL IS SET TO&% THEM OUT.

1%:

177772
177772

28:

PIRS

i
T

CLR
CLR
SPL
MOV
MOV
MOV
MOV
ASL
BCC
CLR
B8R
CLR

ERROR

20PSW
7
#1000,R3
024 ,90PTRQVEC
$340, ROPTRQVEC+2
R3, 9PTRQ
R3
18
P0PIRQ
38
20PIRQ

-1

;CLEAR THE PIRQ
:CLEAR THE PSW.
:BLOCK INTERRUPTS FROM BEING SERVICED.
:USE R3 AS A WORKING REGISTER.
:SETUP INTERRUPT VECTORS
:
IN PIRQ.
;SET INTERRUPT LEVEL
:SHIFT A *1" LEFT TO INCREASE INTERRUPT
:PRIORITY LEVEL.
:IF C BIT NOT SET THEN DO IT AGAIN
IRQ
{ELSE CLEAR
;EXIT TEST.
;STOP PIRQ FROM INTERRUPTING.

;CPU Em

' 'NO INTERRUPTS SHOULD OCCUR.

TEST PIRQ INTERRUPTS OCCUR AT PROPER LEVEL
T

i
it tdviathiipiiriatbavhii

UPTS OCCUR AT THE PROPER LEVEL
a*HIS TEST ENSURES THAT INTERRLLY
STARTS INTERRUPTING
SET TO PRI6. THE PIRQ THEN LEVEL
;THE PRIORITY ! EVEL IS INITIA OCCUR
THE
3
UPTING
INTERR
THE
UNTIL
SHOULD
;AT PRI1. NO INTERRUPTSPSW.
THE
;
TR
BEEN
HAS
UPT
INTERR
OF
LEVEL
EACH
THE Y AFTER
INIT
OR
LEVEL
;PRI
PSW
THE CYCLE REPEATS UNTIL
:PSW PRIORITY LEVEL IS LOWERED ONE NOTCH, AND

D12

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30 Page 14-127

SEQ 0146

ssssssssssss DOUBLE OPERAND TESTS ssssssssssssrssss

8040 034624 005037
8041 034630 012737
8042 034636 012737
8043 034644 012705
8044 034650 012737
8045 034656 005004
8046 034660 012703
034664 012567
8047
8048 034670 005724

177772
034742 000240
000340 000242
035020

;PRIORITY LEVEL 0 IS REACHED. INTERRUPTS AT PSW PRIORITY LEVEL O WAVE BEEN DONE
sPREVIOUSLY.

000006 114144

001000

143106
8049 034672 010337 177772

8051 034676 013701 177776

177772
013702
034702
177437
042701
034706
034712 042702 177437

34:

MOV

MOV
BIC
BIC
cMP

034716 020102

034722 104001
034724 006303

BGE

as:

8061 034726 103360
034730 005337 114144
034734 001350

aossm 034736 000167 000072
%

R3, 30PIRQ

8069 034742
8070 034746
8071 034752
8072 034756
8073 034760
8074 034764
8075 034770
8076 034772

013746
005037
016601
011602
042702
042701
020102
100401

8079 034774

104001

177772
177772
000004
177437
177437

8080 034776 012602

8081 035000 042702 177761

108:

208:

MOV
MOV
MOV
BIC
8IC
cHP
BMI

CLR

ERROR

MOV

tg'c;

BEQ

8085

8086
8087 035010 104001
8088 035012 012716 034724

218:

8091 8% 000300
000240
%

PITBL2: .WORD
"WORD

8094 035026 000140

'ONLY EXECUTED
t IF NO
v
R2
IN
:SAVE
EXTRANEOUS BITS ¢' INTERRUPT
cumPIR@
HAS

;IF IT IS GO ON

$177437.R2

R1,R2

38
SODCOUNT
14

PIRSEX

iR1 SHOULD BE >= R2

! OCCURRED
F——

+ SHOULD HAVE INTERRUPTED.

cPU ERRi
:?gm A *1* LEFT UNTIL INTERRUPT LEVEL
:BRANCH BACK IF CARRY IS NOT SET
mmm PRIORITY LEVEL
iL
WE'RE DONE.
DCOUNT=
;IF
<

;JUP TO ENDa* THIS TEST.

;PIRQ INTERRUPT SERVICE ROUTINE

8084

035024 000200

iSETmmm LEVEL IN PIRQ.

wrfio
ums’/R1

+1
ERROR R3

ASL
BCC
DEC
BNE

JMP

% 035006 001401

°°’oaom 035016 000002

;CLR THE PIRQ
:SET UP INTERRUPT VECTORS
;
{SETUP RS A3 A TABLE POINTER.
INIT LOCATION DCOUNT:
:INITIALIZE R4 AS A COUNTER.
:USE R3 AS A WORKING REGISTER.
szn 10 PSW
MOVE mmuw
i; INCREMEN
R4T BY 2
;SAVE PS IN R1

8068

8077
8078

MOV

99PIRQ
210%,90PIRQVEC
+2
OPR7 . 9OPIRQVEC
opnél.z RS
@0DCOUNT
m
#1000,R3
(R5)+.PS
(R4)+

un-nINTERRlPTS HILL HAPPEN HERE#*%s#ss&%

8056 034720 002001
7

CLR
MOV
MOV
MOV
MOV
CLR
MOV
MOV
TST

SOPIRQ, -(SP)
30PIRQ
4(SP),R1
(sP),R2
8177437 .R2
$177437.R1
R1,R2
204
+1

(SP)+ ,R2

;}Tzéx.nz

214

+1
ERROR #43,(SP)
RTI

MOV

.WORD

JWORD

200
240

200

140

;SAVE PIRQ DATA ON STACK
PIRQ
: SHUT
:GET OLD PSW. SAVE IN R1.
;GET PIRQ FROM STACK.
:CLEAR UNMANTED BITS FROM R2
;CLEAR UNMANTED BITS FROM R1
:R2 SHOULD BE > R1.
: CHECK SEQUENCE OF

' PRIORITY OF INTERRUPT WAS NOT
m&um ENOUGH. SHOULDN'T HAVE OCCURRED.
;POP OLD PIRQ OFF THE STACK.

:CLEAR og EXTRANEOUS BITS.

:IF THEY ARE EQUAL, CLEAN UP STACK AND
zGET READY FOR THE NEXT INTERRUPT
ELSE

' INTERRUPT OCCURRED OUT OF SEQUENCE.

;CPU m&aPUT RETURN ADDRESS ON THE STACK.
;nsrum FROM INTERRUPT. RESTORE PSW.
;PRIORITY LEVEL 6
;PRIORITY LEVEL S

;PRIORITY LEVEL 4

'PRIORITY LEVEL 3

ElC2

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30 Page 14-128

SEQ 0147

ssssssssssss DOUBLE OPERAND TESTS sssssssssssssssss

8095 035030

8099 035032

809

000100
000040

.WORD

8098 035034
8099

PIRSEX:

8115 035034

PIR6

8114

;

8116
8117

100
40

;PRIORITY LEVEL 2

;PRIORITY LEVEL 1

TEST THAT PIRQS ARE SERVICED IN CORRECT ORDER

3 t‘ttl‘t‘.‘t‘ttt‘t“t“ttt“tt“.‘“..t“ttt“tt‘t‘t“‘.‘t“t"0

ARE SERVICED
4HIS TEST CHECKS THAT ALL PIRQ INTERRUPTS IS
NOT SERVICED

:IN THE CORRECT DECENDING ORDER. I.E. IR@6
:BEFORE IRQ7 ETC. THE PIRQ IS LOADED WITH ALL INTERRUPTS SIMULTANEOUSLY
INTERRUPT
:TURNED ON. THE PSW PRIORITY LEVEL IS THEN LOWERED TO 0. EACH RUPT
OCCURRS, THE PSW
INTER
AN
TIME
EACH
ORDER.
DECENDING
IN
SERVICED
iSHOULD BE

PIRQ FROM FURTHER INTERRUPTS.
‘15 LOADED WITH PRIORITY LEVEL 7 WHICH STOPS THEAND
THE PSW PRIORITY LEVEL
:AFTER A CORRECT INTERRUPT, AN RTI IS EXECUTED,
INTERRUPT TO OCCUR.
'RETRUNS TO ZERO ALLOWING THE NEXT LOWER ;CLEAR
OUT THE PIRQ

177772

8118 035034

035102
000340
177000
177772
000016

CLR
SPL
MOV
MOV
MOV
MOV
MOV

000240
000242

SPL

S9PIRQ
7
#10$ , 39PIRQVEC
#PR7 . 3OPIRQVEC+2
#177000,R3
R3,30PIRQ
#16,R4

:NO INTERRUPTS WILL BE SERVICED.
:SET UP VECTORS
;
:SETUP DESIRED PATTERN IN R3
:MOVE PATTERN IN R3 10 PIRQ.
:PRELOAD R4 AS A DECREMENTING COUNTER.
;LET THE PIRQ INTERRUPT

; xxkakssxsINTERRUPTS OCCUR HERE!!!#sssssssssshsshbsis

10$:

177772
177761

15¢:

8142 0351

8143 035134
8144
8145 035136

010337
000002
016737
016737

000777
177772
145650
145644

000240

BEQ

PIRGEX

ERROR

MOV
BIC
cMP
BEQ

S9PIRQ,R2
#177761.R2
R4,R2
15%

0%
ERROR
-(R4)
ST

;IS R4 ZERO? IT SHOULD BE. THIS
;INSTRUCTION SHOULDN’'T BE EXECUTED
;UNTIL ALL INTERRUPTS HAVE OCCURRED.
;G0 TO NEXT TEST.

;CPU

ERROR! ALL INTERRUPTS DID NOT OCCUR.

;SAVE THE PIRQ IN R2
;STRIP OFF EXTRANEOUS BITS.
;SHOULD BE EQUAL.
;SETUP FOR NEXT INTERRUPT.
ERROR! INTERRUPT WAS SERVICED OUT OF ORDER

;CPU ERR&

;DECREMENT R4 BY 2

;CHANGE PATTERN IN R3; LOWER INTERRUPT PRIORITY

ROR

R3,a%PIRQ

;LOWER INTERRUPT PRIORITY LEVEL.

SLOC00, a9PIRQVEC
SLOCO1,34PIRQVEC+2

;RESTORE VECTORS
=
H

BIC

PIRGEX: MOV
MOV

#777,R3

;:STRIP OFF UNNEEDED BiTS
:

.SBTTL MEMORY MANAGEMENT TESTS
e ttettttettetttitrssent
T
T
B
‘.‘.‘.0‘0“‘.0..
‘..““
.““..
“““““
;“t“““t".“‘t“...‘..“‘.““.
BEGIN MMU TESTING
:
.00“‘
;“‘t‘.‘t‘..““t“‘“.‘““"t"‘..“‘t‘.‘““‘.‘...“‘...‘..“.‘..‘
0“
.‘.‘.
“..O‘
‘.“‘.
‘.“.“
".t.“
“‘.‘.
““‘.“
““t““
{"t‘t“"..‘t.‘..
8160
8161 035152

005067

142610

SMMUL :

STATUS REGISTER TEST

CLR

CPEREG

;CLEAR CPU ERROR REGISTER

MACRO V05.03 Fridey 28-Mar-86 13:30 Page 14-129

MEMORY MANAGEMENT TESTS

CLR
CLR
MOV

88177572
@0FLAG
964,-(SP)

005005
013701
013701
013701
013701
012637
020527
001401
104002

CLR
MOV
MOV
MOV
MOV
MOV
C®
BEQ
ERROR

RS
@8177572.R1
@8177574.R1
96177576.R1
@0172516.R1
(SP)e+,a84
R5,%0
1%
+2

18:

TSMMu2:

8179 035236

8181 0
8182 0
8183 035246
8184 035252

005067
005037
005037
013746

142524
177572
003030
000244

8186 035262 013746
012737
8187 0
8188 035074 012737
012737
8189 0

8190 035310 005005

8191 035312 012700 172200
035316
8192
0
8193
8194 035324

8195

8196 0

8197 035334
8198 035340
8199 035342

005020
020027
001374

172400

012700 177600

005020
020027
001374
170127

177700

CLR

1%:

24:

000200

8211 035400

174005

3&%
8503
8208 035372
8209 035374
6
8210

172410
172510
172610
172710
174004

8212 035402 174500
170337 003062
8213 0
14

035410

012704

% 003401
3T
104002
8217 0

003062

8519 035424 021427 035402
001401

'CLEAR TIMEOUT FLAG

ILOAD ALL PARS AND PORS WITH ZERO

#172200.R0

'
:
:

#177600,R0

(RO)+

@FLOAT,RO

:LOAD ACO-ACS WITH O

:
:
:

"
:

(ROM
(ROY.

RO+

LDD
LD
LDD
LDD
STD

(RO),ACO
(RO).ACL
Enog.ucz
RO).AC3
ACO,AC4

;
:
:
"
:

MOV

#FLO,.R4

STD

DIVD
STST

B
218:

:SAVE TIME OUT VECTOR
:
1SETUP NEW TIME OUT VECTOR

iSETUP NEW FP VECTOR

RO,#177700
2%
200

CLR

.CLEAR CPU ERROR REGISTER
MU OFF
iCLEAR MMU TRAP FLAG
:SAVE FP VECTOR

@84,-(SP
8246,80244
92,8246
,
304
SADDTRP

C®
BNE
LDFPS

MOV

CLR
MOV

003052

'YES, GO TO ERROR

@#2d6, (SP)

(RO«
RO,$172400
18

CLR

8203 035356 005020

{CLEAR FLAG
| TEST MMRO
: TEST MMR1
: TEST MMR2
: TEST MMR3
{RESTORE VECTOR
:0ID WE TRAP
iNO. THEN BRANCH
ERROR
;MMU

CPEREG
98177572
S¢FLAG
30244, -(SP)

CLR
C¥
BNE

QR
aR

8201 035352 005020
005020
0
005020
012700

MOV

MOV~

8200 035346 012700 003052
8204 035360
8205 035362

CLR
CLR
CLR
MOV

MOV
MOV
MOV
MOV

000004
000246 000244
000002 000246
137720 000004

iSETUP NEW VECTOR

ADDRESS TEST OF PARS,PDRS, AND FP REGS
MOV

8185 035256 013746 000246

SADDTRP,3¢4

BEQ

:
:

(RO)s
#FLOAT,RO

ACO.ACS

'LOAD FEC WITH 4 AND FEA WITH #3%
'CHECK FEC FOR 4 AND FEA FOR 933

ACO.AC1
90FLO

"
2
(R4),934

;MU ERROR
:
H

177572
177574
177576
172516
000004
000000

8176 035236

3180

MOV

012737 137720 000004

s TURN MMU OFF
ICLEAR MMU TRAP FLAG
:SAVE OLD VECTOR

8175

005037 177572
005037 003030
013746 000004

8162 035156
8163 035162
8164 035166
8165 035172
8166 035200
8167 035202
8168 035206
8169 035212
8170 035216
8171 035222
8172 03
8173 035232
8174 035234

SEQ 0148

COKDAFO KDJ11-B CLUSTER DIAG.

G612

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO VO05.03 Fridey 28-Mar-86 13:30 Page 14-130

SEQ 0145

MEMORY MANAGEMENT TESTS

172400

8235 035474

012704

177600

8237 035502

072227

000010

6$:

000000

7%:

8244 035522
8245 0
8246 0
8247 035534
8248 035540
8249 035542
8250 035544

020427
001364
012704
012703
174014
172405
174013

177700
003062
003052

8261
gg:s 035602
035604
8264 035606
8265 8;;212
8266
16
8267 035620
8268
3333 035622

174005
172404
174013
012702
022327
001401
1

8274 035640
8275 035642
8276 035646
8277 035652

174004
012702
7
001401

000004
000000

S o
£8
012713 000005
027% 8§§2§g
035636 172413
000004
000000

104:

11$:

124:

MM ERR&R

R2,(R4)+

2:.0172400
#177600,R4
R1,R2

3838

9%:

%0
(R4),

5%
+2

#10,R2
80
(R4),

020427

#10,R2

R4, #177700
68
oFLO,R4

CHECK ACS FOR ALL ZEROES THEN LOAD A 6

SFLOAT,R3
ACO,(R4)

ACS,ACO
ACO. (R3)

o4 ,R2
(R3)+,90

94
o2

8233 035466

R1.R2

84
#FLOAT,R3

26, (R3)
(R3),AC0O
ACO,ACS

CHECK AC4 FOR ALL ZEROES THEN LOAD A 5

AC4,ACO
ACO, (R3)

#4,R2
(R3)+,90
150

S5¢:

;WRITE A UNIQUE NUMBER TO IT

4%:

;CHECK EACH PAR, PDR FOR O THEN

‘

000010
000000

#172200,R4
#1,R1

;MMU ERROR

010102
072227
021427
001401
104002

MOV
MOV
MOV

A3ad 330

5224 035440
8225 035444
8226 035446
8227 035452
8228 035456
3529 035460

22%:

#323833RR gfiié

w—

012704 172200
&225 035434 012701
000001

ERROR

2377 §§3§§§3§§232§ 3

104002

83233

8221 035432

CHECK ACO FOR ALL ZEROES THEN LOAD A 1

H12

COXDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30 Page 14-131

SEQ 0150

MEMORY MANAGEMENT TESTS

8280 035656
8281 035660
8282 035662

005302
001372
012713

8279

8283 035666
8284 035670
8285 035674

172413
012704
012702

13¢:

000001

003062
000004
144

154:

8295 035724
8296

012704

003062
16%:

17%:

8304 035752

012713

000003

8306 035760

012704

003062

ERROR

DEC

R2
124
#1,(R3)

BNE
MOV
LDD
MOV
MOV
STD
cMP
BEQ
ERROR

DEC
BNE
MOV
LDD
MOV
MOV

STD

CMP
BEQ

:MMU ERROR

(R3),ACO

:CHECK AC1 FOR ALL ZEROES THEN LOAD A 2

#FLO,R4

#4,R2

;

AC1,(R4)

(R4)+,80

15$
2

;MMU ERROR

R2
144

22,(R3)

(R3),AC1

CHECK AC2 FOR ALL ZEROES THEN LOAD A 3

e o

AC2,(R4)
(Ra)+,#0
1zs

104002

8278 035654

R2
164
#3,(R3)

*CHECK AC3 FOR ALL ZEROES THEN LOAD A 4

R2
AC3, (R4)
(R8)+,80
#4

184:

19¢:

012704

003062

8319 0.
8320

022714
001401

100204

gggg 036032 170127 000200
012704
012701

172200
000001

072227
022402

000010

020427

172400

GEgoagkegse

CHECK FPS FOR 100204 THEN LOAD IT WITH 200

8317 036014

:
204

:CHECK PDR, PAR FOR UNIQUE NUMBERS

23%:

:HHU Eflfléfl
24%:

112

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V0S5.03 Friday 28-Mar-86 13:30 Page 14-132

SEQ 0151

MEMORY MANAGEMENT TESTS

8359 036164
8360 036166
8361 036170
036174

005303
001372
012701
172404

8368 036210
8369 036214
8370 036220
1 036222

ACS, ACO
ACO. (R1)

(R1)+,%6
274
o2

000003

294

8384

005303

012703
022427
001401

304:
314:

;MU ERR&R
:
;
:G'ECK ACO FOR #1
M ERR&R

000001

TS SR

001372

012701
17411%

02212

001401
104002

334:

35¢:

003052

;MMU ERROR
H
)

:HHU ERRéR

32%:

000003

:MMU ERROR

iCHECK AC4 FOR #5

003052

000003

:CHECK ACS FOR #6

#3,R3

27%:
28%:

29%:

005303

00137%
02242
001401
104002

:gs; 036264
036266
8389 036272
gggg 036274

ACO, (R4)

104002

8374 036226
83
8376 036234
8377 036236
8378
8379
8380
8381 036250

gggz

R4§0177700
25
#FLOAT,R1
¢FLO,R4

003052
003062

174011
022127
001401
104002

012703
022127
001401

:
264

036176
8364 036200
8365 036204
8366 036206
836

177700

;MMU ERROR

012703
022127
001401
104002

(R4)+,R2

264
+2

8354 036150
8355 036154
8356 036160
8357 036162

#10,R2

005201
020427
001366
012701
012704
174014
172405
174011
022127
001401
104002

000010

$177600,R4
R1,R2

25%:

8342 036112
8343 036114
8344 036120
8345 036122
8346 036126
8347 036132
8348 036134
8349 036136
8350 036140
8351 036144
036146

8341

177600

®s

012704
010102
072227
022402
001401
104002

8335 036072
8336 036076
8337 036100
8338 036104
8339 036106
8340 036110

fHHU ERRéR
$
#FLOAT,R1

AC1,(R1)

(R1)+,82

{CHECK AC1 FOR 62
B

:HHU ERR%R

J12

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Fridey 28-Mar-86 13:30 Page 14-133

SEQ 0152

MEMORY MANAGEMENT TESTS

005303
001372
012701

174211
022127
001401
104002

012703

8410 036250
8411 036352

8412 036354

8413 036360
8414 036362
8415 036366
8416 036370
8417
8418 036372
8419 036376
8420 036402
8421 036404

8422

8423 036406

8424 036410
8425

005303
001372
012701
174311
022127
001401
104002
012703

022127

001401
104002

(R1)+,80
38¢
2

38¢:

003052

'CHECK AC2 FOR 43

(R1)+,43

AC2, (R1)

000003

;MMU ERROR

R3
374
#FLOAT,R1

394
2

;MMU ERROR

#3,R3

39%:
40%:

(R1)+,#0

414
2

414:

iCHECK AC3 FOR #4

003052

000003
000000

:HHU ERR%R

005303
001372
020527
001401
104002

012637
012637
012637

:IS TIME OUT FLAG 0
; YES GO ON

'NO GO TO ERROR

454
:

(SP)+, 84246
(SP)+,30244

000244
TSMMU3:

177572

172200
177777
172400
177600
177700
172200
177416

8450 036514

#3,R3

364:
37%:

14:

2%:

34:

;RESTORE TIME OUT VECTOR
;RESTORE FP VECTOR
i

WRITE ALL PARS/PDRS WITH ONES THEN ZEROS
;MU OFF
89177572
CLR
MMU_ABORT FLAG
;CLEAR
FLAG

§§3§23§§23§§E

8409

022127
001401
104002

000003
000000

¢4

8397 036312
8398 036314
8399 036316
8400
322

012703
022127
001401
104002

8392 036276
8393 036302
8394 036306
8395 036310
8396

#172200,R3
#177777,(R3)«

fi.mawo

#177600,R3
0777 (R3)+

gz.oufioo
©172200,R3

(R3)+,2177416

;LOAD ALL PARS AND PDRS WITH ONES
;
;
i
;

;
i

;CHECK SPDRS FOR ONES

;MU ERR&R

K12

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30 Page 14-134

SEQ 0153

8451

8452 036516
8453 036522
8454 036524
8455 036530
8456 036532

020327
001371
022327
001401
104002

172240

44:

177777

Ss:

8458 036534
8459 036540
8460 036542
8461 036546
g:gg 036550

020327
001371
022327
001401
104002

172300

6%:

177416

7%:

172340

8%:

022327
001401

17771

94:

020327
001371
012703

172400

10¢:

177600
177416

11$:

8465 036556
8466 036560
8467 036564
036566

8470 036570
8471 036574
8472 036576

8473 036602
8474 036606
gz;z 036610

020327
001371
104002

022327
001401
104002

8477 036612

020327

177640

12§:

8479 036620
8480 036624
8481 036626

022

177777

13%:

8478 036616

001371

104002
177700

172200
000000
172400
177600
000000
177700

14%:
15%:

164%:

172200
000000

17%:

172400

18%:

177600
000000

19%:

177700

:
204

£ gfi%fl% §§3§¥3§§23§§23 25323 §§3§23 2&323 3833 §§323

MEMORY MANAGEMENT TESTS
§§.0172240

'CHECK SPARS FOR ONES

(R3).,8177777

6%
*2

§§.0172300
(R3)+,2177416

8
+2

.MMU ERROR
H

' CHECK KPDRS FOR ONES

;MMU ERROR

R3,#172340
7%

;CHECK XPARS FOR ONES

(R3)+, 8177777

120

R3,#172400
94
#177600,R3

(R3)+,#177416
12%
+2

R3‘0177640
11

(R3)«, 0077777
14¢
+2

R3,#177700

134

#172200,R3
#0,(R3)+
R3. #172400

154§

#177600,R3

#0,(R3)+

R3. 177700

164

$172200,R3

(R3)+,80
18%
2

R3, #172400

%1;7600
R3
(R3)+,90
230

R3,#177700

194

;MMU ERROR
;

:CHECK UPDRS FOR ONES

;MU ERR&R
M

' CHECK UPARS FOR ONES
;MU ERROR
H

'LOAD ALL PARS AND PDRS WITH ZEROES

L12

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V0S.03 Friday 28-Mar-86 13:30 Page 14-135

SEQ 0154

MEMORY MANAGEMENT TESTS

8520

8522 037004
8523 037006
8524 037012
8525 037016
037022
7 037024

8528 037030
037034

005037
005067

012700
012720
012720

020027
001371
012720
012720
020027
001371
012720
012720
020027
001371
012720
012720
020027
001371
012700
012720
01272g

177572

172200
052404

172245

CLR

14:

2%:

172300
34:

4s:

S5$:

6$:

8536
8537 037070
8538 037074

8539 037100
8540

% 037102

74:

037106
8543 037112

8544 037114
8545

t5¢ oy

125012

8%:

1 037182
037134

172240

9%:

125252

10%:

8548 037124
8549

037140
037142

11%:

172300

124:

13%:

125012

TEST FOR ADJACENT SHORTS IN PARS/PDRS

14%:

3 §§323 gfi% gfi%fi% gfi% §§3§ Re33R92337 323733373337 3238

8519 036770

TSMMU4:

8510 036736
8511
036736
8512
8513 036742
8514 036746
8515 036752
16 036756
8517 036762
8518 036766

MU OFF

177572
FLAG

o1zso1ét?333

RO,
1‘ #172240

CLEAR MMU ABORT FLAG

;LOAD SPDRS WITH ALTERNATING PATTERN
e

2125252, (RO)+

#52525, (R0)+
gg.onésoo

€52404,(RO)+
#125012,(RO)+

0172&0

ouszszt(no»
RO)-

20.017é4oo

:LOAD SPARS WITH ALTERNATING PATTERN

'LOAD KPDRS WITH ALTERNATING PATTERN

' LOAD KPARS WITH ALTERNATING PATTERN
;

' LOAD UPDRS WITH ALTERNATING PATTERN

:LOAD UPARS WITH ALTERNATING PATTERN
:
i

#172200,R3

(R3)+, 052404

8¢
2

(R3)+,#125012

9
o2

g}.mzz‘o
(R3)+,#125252
118
+2

(R3)+,#52525
12%
o2

R3,#172300

104

(R3)+, 852404
13:

(R3).,#125012

:C"ECK SPDRS

;
‘
;MMU ERR&
i
‘
iCHECK SPARS
MU ERR&!
i
‘

:C'fCK KPDRS

¢
M1l2

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V0S5.03 Fridey 28-Mar-86 13:30 Page 14-136

MEMORY MANAGEMENT TESTS
001401

0228 037200 104002

8569
8570 037202
8571 037206
037210
037214

8574 037216

020327
001365
022327
001401
104002

020327

172340

176:

172400

177600

022327
001401
104002

052404

022327
001401
104002

125012

020327
001365
022327
001401
104002

177640

186:

19¢:

R3, #172340

208:

228:

CMP

BNE
MOV
C¥P
BEQ
CMP

177700

012700

172200

248:

184

164
#177600,R3
(R3)+,#52404
20%
+2

(R3)+,#125012

21%

CWP

R3, 9177640

BNE
CWP
BEQ
O

194
(R3)., 8125252
238
+2

(R3)+,#52525

BEQ

243

R3,#177700

BNE

224

172300

125012
052404
172340

27%:

284%:

172400
177600

MM ERRER
CHECK UPDRS

?'lliflfiéfl

:HHU Eafléfi
H

iCHECK UPARS
:MMU ERROR
H

;MU ERR&R
.
.

*REVERSE ALTERNATING PATTERN
125012

:CHECK KPARS
;MMU ERR6R

R3, #172400

BEQ

ERROR

020327
001365

ERROR

238:

134
17%

(R3)+, 9125252

(R3)+,#52525

ERROR

218:

fl'tlEfifibR

CMP

BEQ

ERROR

26%:

037412

OTM

BNE
CM¥P
BEQ

ERROR

052404
172240

S vt 333434343
EREREEEESryzEzEs

e
e

15¢:
168:

022327
001401
104002

410

154

ERROR

022327
001401
104002
001365
012703

BEQ

333337323733373233

8567 037176

SEQ 0155

;LOAD SPORS WITH REVERSE PATTERN

{RO)+

RO, #172240
254
¢

(RO)+
(RO)+

ao‘unsoo

26
#125012,(RO)+

{RO)+

:LO*D SPARS WITH REVERSE PATTERN
*LOAD KPDRS WITH REVERSE PATTERN
'LOAD KPARS WITH REVERSE PATTERN

' LOAD UPDRS WITH REVERSE PATTERN

N12

COXKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30 Page 14-137

SEQ 0156

8631 037450

001371

052525

125252
177700

012703 172200
Obgi 037452 022327
125012
86

8634 037456
8635 037462

001401

8638 037466
8639 037472
8640 037474

022327
001401
104002

052404

324:

037476
037502

020327
001365

172240

33¢:

037464

8643

8644 Og;gO‘

8645 037510
0649 037512
864

8648 037514
8649 03
86

104002

022327

001401
104002

104002

020327
001365
022327
001401
104002

037542
8658
8659 037546
8660 03

022327
001401
104002

35¢:

022327
001401

03
03
03
03
037540

8652
8653
8654
8655
8656

344:

172300

364:

125012

37%:

384:

172340

394:
40%:

8668 03;§ 0
8669 037574

g;o 037576
1
86;% 037600
8673
037604

001401

125252

41%:

172400

424:

104002

020327
001365

037612 012;g; 125012
";;
8676 037618 Oo1adl
8677 037620 104002
0633 037622 022327
8680 037626

001401

177600

43%:

444

oseszs (RO)+

$125252, (R0

RO, 2177700

303

#172200,R3

(R3).,#125012

328
W2

W
e

#125012, (RO)+

:
294

;LOAD UPARS WITH REVERSE PATTERN

125012
052404
177640

®s we

012720
012720
020027
001371
012720
012720
020027

8624 037416
8625 037422
8626 037
8627 0374
8628 037434
OGig 037440
037444
8630

&3 §§3§23 3 23 333 353 38373 gfi% §§323 353 §§3§ EELEEEEE

MEMORY MANAGEMENT TESTS

; CHECK SPDRS

;MMU ERR&R

(R3)+, 952404

334
2

ni;o17224o

(§3)o.052525
2

(R3)+,#125252
364
2

:CHECK SPARS

;MMU ERROR

M Eflfléfl

R3, #172300

344

(R3)+,#125012

38%
2

; CHECK KPDRS

(R3).+,#52404

39
2

R3,#172340
374

(R3)+,852525

a1
o2

(R3)+,#125252

423
+*2

n3§0172400
40
#177600,R3

(R3)+,#125012

a4t
+2

(R3).,952404

454

; CHECK KPARS

B1l3 KDJ11-8B CLUSTER DIAG. MACRO V0S5.03 Fridesy 28-Mar-86 13:30 Page 14-138
l COKDAFO
|

SEQ 0157

MEMORY MANAGEMENT TESTS
8681 037630
8682
8683 037632
8684 037636
8635 037640
8686 037644
8687 037646
8688

8689 037650
8690 037654

gfl 037656

92
8693 037660
8694 037664
8695
8698 037666
8699
8700 037666
8701 037674
8702 037700
8703 037704
8704 037710
8705 037714
8706 037716
8707
8708 037720
8709 037724
8710 037730

ERROR

104002

020327
001365
022327
001401

45%:

177640

177700

160000
143130
177572
000176
160000

005037

177572
177572
000176

8711 037734
8712 037740

47%:

;MMU ERROR
:
;MMU ERROR

48%:

cHP
BNE

R3,#177700
464

177572

120000
177572
000176
120000

8721
8722 037772

177572
000176

1¢:

177572

2%:

34:

172516

023727

001401

172516
172516

172516
000077
1$:

;

iCHECK UPARS

;
;

TEST MMRO ABORT BITS

#160000, 3177572
FLAG
89SRO, RO
#176,R0

ERROR

slag.usoooo

CLR
MOV

0177572
89SRO, RO

gg.oé

MOV

#176,R0

ERROR
MOV

BIC

95';
ERROR

177572

gglz)o.osaszs

MOV
CLR
MOV
BIC

BIC

4%:
TSMMUG:

177572
143000

8;12 037742

8716 037752
8717 037756
8718 037762
8719 0377
8720 037770

+2
(R3)e,0125252
483
+2

000000

87
8715 037744

’

ERROR
CHP
BEQ
ERROR

TSMMUS:

012737
005067
013700
042700
020027
001401
104002

R3,8177640

43§

104002

020327
001365

;MMU ERROR

BNE

464%:

022327
001401
104002

;LOAD MMRO<15:13>=111
:CLEAR MMU ABORT FLAG
iSAVE SRO IN RO
:CLEAR UNDEFINED BITS FROM SRO
i CHECK MMRO

i ERROR

;:LOAD MMRO=0
:SAVE SRO IN RO

{CLEAR UNDEFINED BITS FROM SRO

$176 RO

;CHECK MMRO

;MMU ERROR
2
SLOAD WRO<15:13>+101
#120000,88177572"
@0SRO, RO

gg.oizoooo
+2

:SAVE SRO IN RO

iCLEAR uoerm BITS FROM SRO.

;CHECK MMRO
i ERROR

MOV
MOV

#40000, 80177572
39SR0, RO

ERROR

BIC

#176,R0

0177572
877, 90172516
0172516, 877
1%
+2
39172516

sMMU OFF
FLAG
'CLEAR MMU ABORT
0>=77
MMR3<5:
:LOAD
;CHECK MMR3

FLAG

g:nzsxs.oo

iCLEAR UNDEFINED BITS FROM SRO.

;MMU ERROR

TEST MR3 BITS 5-0

CLR
CLR
MOV
cHP
BEQ
ERROR
CLR

sLOAD MMRO<15:13>=010
:SAVE SRO IN RO

;MU

:LOAD MMR3<5:0>=0

iCHECK MMR3
H

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-139

SEQ 0158

MEMORY MANAGEMENT TESTS
8742 040064
8743 040066
8744 040074
8745 040102
8746 040104
8747 040106
8748 040114
8749 040122
8750 040124
8751 040126
8754 040126

104002
012737
023727
001401
104002
012737
023727
001401
104002

000052
172516

172516

172516 2%:

000052

172516 3$:

000025

.
TSMM6A:

;

8755

8756 040126
8757 040132
8758 040136

177776

177776
177776
172516
000244
137362

177776

ERROR

MOV
g:t;

g:x‘lzsm.osa

ERROR

MOV

2:172516.025

ERROR

CLR
CLR
MOV
MOV
MOV
MOV
MOV
MOV
MOV
JSR
MOV
MOV
MOV
MOV
MOV
MOV
INC
MPI
cHP
CLR
MOV
cHP
BEQ

ERROR

177776

012737

1008:

001401
104002

135072 200$:

104002

24:

020327

001401
104002

005037
001401

MOV

CMP

:LOAD MMR3¢5:0>=25
;CHECK MMR3
H

;MMU ERROR

3177572
#140000, 99177776
R6 ,S#SAVUSE
100$
+2

$40000, 89177776

CMP

20244, 9135072

ERROR

BEQ

;MU OFF
:CLEAR MMU ABORT FLAG
:POINT TO USER SPACE
:INIT THE USER STACK POINTER
:SAVE USER SP
:POINT TO SUPERVISOR SPACE
:INIT THE SUPERVISOR STACK POINTER
:SAVE SUPERVISOR SP
:SETUP PSW
;INIT MU
;SETUP MMR3
:SAVE DATA AT TEST LOCATION
:PUT KNOWN DATA ON TOP OF STACK
:SETUP DATA AT TEST LOCATION
:SETUP UDPDRO TO ABORT
:SETUP POINTER TO TEST LOCATION
:TURN MMU ON
: TEST INSTRUCTION
;IS PSW CORRECT
YES GO ON

MU
:NO GO TO ERROR

cHP
BEQ

R3, 8246
33

CLR
cP
BEQ

99177776
(SP)+, 9135072
43

;TURN MMU OFF
{POINT T0 USER SPACE
:IS USER SP CORRECT
YES GO ON

:NO GO TO ERROR

;POINT TO SUPERVISOR SPACE

:IS SUPERVISOR SP CORRECT

R6, B¢SAVSUP

2004

ERROR

177776
135072

;MMU ERROR

0177572
FLAG
#140000, 39177776
#STBOT, 5P
R6, 38SAVUSE
#40000, 38177776
#STBOT, SP
R6, 88SAVSUP
#30000, 30177776
PC,MMU
#27,38172516
39244, -(SP)
8177777, -(5P)
£135072, 38244
#77400, UDPDRO
#244 R
0177572
(R3)s
#30010, 39177776

BEQ

ERROR

023727
001401

;CHECK MMR3

TEST MFPI (MOVE FROM PREVIOUS INST SPACE)

ERROR

177776

:LOAD MMR3<5:0>=52

225, 90172516

BEQ

1%:

;MMU ERROR

252, 90172516

YES GO ON

:NO GO TO ERROR
MMU

;IS TEST DATA OK
YES GO ON

:NO GO TO ERROR

;IS R3 CORRECT
YES GO ON

MU
iNO GO TO ERROR

;MJ

:SET PSW TO KERNEL MODE
;TS KERNEL STACK CORRECT
Em;”\‘res GO ON

D13

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-140

SEQ 0159

MEMORY MANAGEMENT TESTS
8802 040360
8803 040364
8804 040366
8805

021627
001401
104002

177777

012737
012737
012701
005237
006511

030017
173621

022737
001401
104002

005037
022627
001401
104002

177776
173621

021627
001401
104002

177777

012637

S$:

MOV
MOV
MOV
INC
WPI
cMP
BEQ

#30017, 30177776
2173621, 90244
$244 R1
3177572
(R1)
$30011,30177776
3004

177776

173621

:
3004

CLR
cHP
BEQ
ERROR
cHP
BEQ

0177572
30244, 0173621
3014
+2
R1,9244
3024

3014:

CLR
cHP

0177776
(SP)+, 8173621

ERROR

302%:

BEQ

ERROR

303%:

177572

000000

ERROR

CLR

9%:

:IS STACK CORRECT
YES GO ON

NO GO TO ERROR

:SETUP PSW
:SETUP TEST LOCATION
:SETUP R1
;TURN MMU ON
:TEST INSTRUCTION
;IS PSW CORRECT
:YES GO ON

;MMU ERROR
:NO GO TO ERROR

:TURN MU OFF
;IS TEST LOCATION CORRECT
:YES GO ON
;MMU ERROR
:NO GO TO ERROR
;IS R1 CORRECT
YES GO ON
MU
:NO GO TO ERROR

:SET PSW TO KERNEL MODE
;IS STACK CORRECT
YES GO ON

;MMU ERROR

;MU

04,90177776
64

90177572

R3, 20
7%

cHMP
BEQ

(SP)+,80
84

cHP
BEQ

(SP)+,#177777
9%

MOV

(SP)+, 30244

ERROR

:NO GO TO ERROR

P
BEQ

ERROR

8%:

3034

R3
9177572

ERROR

177

CLR
INC

cHP

74:

(SP), 8177777
3044

BEQ
6%:

cHP
BEQ

WPI

177776

022627
001401
104002

(SP), 8177777
5%

ERROR

000244

Hill

R
S

030011

020127
001401
104002

005037
020327
001401
104002

177776
000244

177572

177572
000244

005003
005237
006503
022737
001401
104002

P
BEQ

ERROR

005037
023727
001401
104002

8825 040462

4%:

:NO GO TO ERROR

;IS STACK CORRECT
YES GO ON

:NO GO TO ERROR

;SETUP SOURCE FOR NEXT TEST
:TURN MMU ON
: TEST INSTRUCTION

;IS PSW CORRECT
YES GO ON

;MM ERROR

:NO GO T0 ERROR

;TURN MMU OFF

:IS R3 CORRECT
YES GO ON

R0
:NO GO TO ERROR

;IS STACK CORRECT
YES GO ON

)
iNO GO TO ERROR

;IS STACK CORRECT
YES GO ON

MHU
:NO GO TO ERROR

:RESTORE TEST LOCATION

TEST MFPD (MOVE FROM PREVIOUS DATA SPACE)

E13

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-141

SEQ 0160

005037
37

177572
177776

177776
177776

172516

000244
136714

177776

157002

14:

100§ :

200§:

24%:

005037

001401
04002
021627
001401

34:

177776
157002

177777

4%:

104002

012737
012737
012701
0052
106511
022
001401

030017

103456

000244

177776

000244

177572

030011

177776

54%:

§§3§2§§§ 3&8 253& 353 §§8 332 §§3§§ §§$§2§§§§§§§§§§§§&E

MEMORY MANAGEMENT TESTS
:MMU OFF

aeL77572
FOFLAG
#140000, 39177776
R6,39SAVUSE
£40000,8¢177776

;CLEAR MMU ABORT FLAG
;POINT TO USER SPACE
;SAVE USER SP
;POINT TO SUPERVISOR SPACE
;SAVE SUPERVISOR SP
;SETUP PSW
;INIT MU
;SETUP MMR3

R6, 38SAVSUP

#30000, 30177776
PC,MMU

#27,30172516

;SAVE DATA AT TEST LOCATION
;PUT KNOWN DATA ON TOP OF STACK
;SETUP DATA AT TEST LOCATION
;SETUP UIPDRO TO ABORT
;SETUP POINTER TO TEST LOCATION

30244, -(SP)

8177777, -(5P)

2
, 96244
#15700
#77400, UIPDRO

2244 R3
39177572

;TURN MMU ON
; TEST INSTRUCTION
;IS PSW CORRECT

(R3)+
fioom.aomns

;YES GO ON

arlL77572
#140000,38177776
R6 ,¢SAVUSE

1gbo

$40000, 38177776

R6 , 38SAVSUP

89244, 4157002
24
2
R3,#246
34
+2

;POINT TO USER SPACE
;IS USER SP CORRECT
;MMU

YES GO ON

;:NO GO TO ERROR
;POINT TO SUPERVISOR SPACE

;IS SUPERVISOR SP CORRECT

;MU

YES GO ON

;:NO GO TO ERROR
;IS TEST DATA OK
;MU

YES GO ON

;NO GO TO ERROR
;IS R3 CORRECT
MU

YES GO ON

177776
gS"P )+, #157002

;NO GO TO ERROR
;SET PSW TO KERNEL MODE
;IS KERNEL STACK CORRECT

;MU

(SP),e177777

54
2

YES GO ON

;NO GO TO ERROR
;IS STACK CORRECT
;MU

YES GO ON

;NO GO TO ERROR
:SETUP PSH
;SETUP TEST LOCATION
i SETUP R1
; TURN MU ON
0177572
; TEST INSTRUCTION
(R1)
;IS PSW CORRECT
930011,98177776

#30017,88177776
#103456, 30244
#244 ,R1

YES GO ON

F13

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V0S5.03 Friday 28-Mar-86 13:30 Page 14-142

SEQ 0161

MEMORY MANAGEMENT TESTS

8919 041070
gggg 041072

005037
023727

001401
104002

177572
000244

8922 041074

020127

000244

8917 041056
8918 041062

8923 041100
8892‘925 041102

001401
104002

103456

300¢:

301%:

005037
022627

177776
103456

302%:

8931 041120

021627

177777

303¢:

8935 041130
8936 041136
8937 041144
8938 041150

012737
012737
8&;%%

030017
113672
000246
177572

177776
000244

030011

177776

8926 041104
8927 041110

8928 041114
gg(’) 041116
8932
8933

041124
041126

001401
104002
001401
104002

8939 041154
8940 041156
8941 041164
g:g 041166

106541
022737
001401
104002

8944 041170
8945 041174

005037
023727

8946 04

001401

177572
000244

001401
104002

8953 041216
041222

005037
022627

041226
041230

041232
041236

% 041240
8962 041242

8963 041244

8964 041250
8965 041252
8966 041260
8967 041262
8968

m 04
04

8971 041274

001401
104002

021627
001401

005237

106503
022737
001401
104002

113672

177776
113672

005037
020327

400§
:

001401
104002

;IS TEST LOCATION CORRECT
GO ON
YES

:WERR&

;NO GO TO_ERROR
;IS R1 CORRECT
;MMU

;NO GO TO ERROR
;SET PSW TO KERNEL MODE
;IS STACK CORRECT
GO ON
YES

nmmfin

ael177572
90244 ,8113672
421 4

4024:

wL77776

4024
2

;IS TEST LOCATION CORRECT

;MU

YES GO ON

;SET PSW TO KERNEL MODE
;IS STACK CORRECT
MU

6$:

YES GO ON

;:NO GO TO ERROR
;IS STACK CORRECT
;MU

YES GO ON

:NO GO TO ERROR

;SETUP SOURCE FOR NEXT TEST
;TURN MMU ON
; TEST INSTRUCTION
;IS PSW CORRECT

177572
64
2

YES GO ON

:NO GO TO ERROR
;IS R1 CORRECT

(SP)+,#113672

(SP) 8177777

YES GO ON

;NO GO TO ERROR
;TURN MMU OFF

R3
#4,88177776

177776

YES GO ON

:NO GO TO_ERROR
+IS STACK CORRECT
; YES GO ON
;MMU ERROR
;NO GO TO ERROR
#30017,88177776
;SETUP PSW
;SETUP TEST LOCATION
ouss;g.uzu
;SETUP R1
;TURN MMU ON
5:173572
; TEST INSTRUCTION
-(R1
:IS PSW CORRECT
#30011,38177776

4014:

4044
:

;TURN MMU OFF

(SP), 8177777

R1,¢244

403%:

177572

177572
000000

77776
(SP)+,#103456

4034
+2

177777

000004

’

4004
*2

104002

005003

R1, #8244

303¢
+2

geona
reai
8949 041206 020127 000244
8950 0412
8951 041214

80177572
99244,9103456
3(2)1 §

8177572

;NO GO TO ERROR
; TURN MMU OFF
;IS R3 CORRECT

R3,%0
74

YES GO ON

;NO GO TO ERROR

G613

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30 Page 14-143

MEMORY MANAGEMENT TESTS
022627
001401
104002

000000

74:

CcHP
BEQ
ERROR

8975 041310
8979 041314
8980 041316

022627
001401
104002

177777

8%:

cHP
BEQ

8982 041320

012637

000244

9%:

%SlflC:

8987 041324
005037
177776

012737
010637
012737
010637
012737
004767

177776
177776
172516

013746
012746
012746
012737
012767
01270.3’

136170

177776

022737
001401
104002

9009

9010 041454
9011 041460
9012
041466
9013 041472
9014 041474
9015

9016
9017

000244

041476
041504

9018 041510
9019 041512
9020
9021 041514
041522
041524

9025 041

9026 041
9027 041534
9028

041536
041542

9031 041
9032 041

005037
012737
020637
001401

177776

012737
020637

100¢:

001401
104002

120413

020327

24:

001401
104002

CLR
MOV
cHP
BEQ

0177572
#140000, 30177776
R6 ,@#SAVUSE
1004

MOV

CMP

#40000, 39177776

177776
mmm

34:

JHMU

20244, 0120413
24

R3, 9246
33

177776

(SP), 8177777

F
;
:CLEAR MMU ABORT FLAG
;POINT TO USER SPACE
:SAVE USER SP
:POINT TO SUPERVISOR SPACE
:SAVE SUPERVISOR SP
;SETUP PSW
;INIT MU
;SETUP MMR3
:SAVE DATA AT TEST LOCATION
:PUT KNOWN DATA ON STACK
:PUT TEST DATA ON STACK
:PUT KNOWN DATA AT TEST LOCATION
:SETUP UDPDRO TO ABORT
:SETUP POINTER TO TEST LOCATION
;TURN MU ON
: TEST INSTRUCTION
;IS PSW CORRECT
YES GO ON

:NO GO TO ERROR

MU OFF
;
POINT TO USER SPACE
:IS USER SP CORRECT
ON

:NO GO TO ERROR

:POINT TO SUPERVISOR SPACE

:IS SUPERVISOR SP CORRECT

R6, 9SAVSUP

2004
2

023727
001401
104002

005037

80177572
FLAG
$140000, 30177776
R6 ,9#SAVUSE
240000, 38177776
VSUP
R6
$30000, 38177776
MU
927, 39172516
-(SP)
#177777,-(5P)
#120413, -(SP)
#177777,80244
#77400, UDPDRO
2244 R3
30177572
(R3)+
#30010,39177776
13

ERROR

104002

;IS STACK CORRECT
YES GO ON
;MU ERROR
'NO GO TO ERROR
418 STACKCORRECT
;MU ERROR
'NO GO TO ERROR
'RESTORE TEST LOCATION

TEST MTPI (MOVE TO PREVIOUS INSTR%I%J SPACE)

ERROR

1$:

(SP)+,80
8%
2
(5P, 0177777
2
(SP)+,30244

CLR
CLR
MOV
MOV
MOV
MOV
MOV
JSR
MOV
MOV
MOV
MOV
MOV
MOV
MOV
INC
MTPI
cHP
BEQ

2% 3R 253

898

8974 041300
8975 041304
gg],g 041306

SEQ 0162

sMMU

YES GO ON

:NO GO TO ERROR

;IS TEST LOCATION CORRECT
YES GO ON

;MU m&!

iNO GO TO ERROR

;IS R3 CORRECT

YES GO ON

iNO GO TO ERROR

:SET PSW TO KERNEL MODE

:IS KERNEL STACK CORRECT
YES GO ON

sMMU ERR&

H13

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO v05.03

Friday 28-Mar-86 13:30

Page 14-144

SEQ 0163

012737
012746
012701
005237
006611

022737
001401
104002

030011

9044 041614
9045 041622
9046 041624

005037
023727
001401
104002

177572
000244

904§ 041610
9047

9048 041626

9049 041632
9050 041634
9051

9052 041636
041642
041646

%2 041650
a‘ 041652

041660
9059 041664

9060 041670
9061 041674
9062 041676
9063 041704
9064 041706
9065

020127
001401

000244

005037
021627
001401

177776
177777

177776

4%:

145121

BEQ

301%:

104002

302%:

104002

012737
012746
012701
005237
006641
022737
001401
104002

030017

005037
023727
001401
104002

177572

122347

177776

000246

177572

030011

177776

122347

005037
021627
001401

4004
:

401%:

020127
001401
104002

4024:

177776
1mmmnm

005037
020327
001401

4045:

177572

177572
%244 ,#145121
301¢
+2
R1,%244

-o

sm GO TO ERROR

;TURN MMU OFF

sIS TEST LOCATION CORRECT
MU

;MMU

177776

(SP), 8177777

3044
2

YES GO ON

zm GO TO ERROR
;SET PSW TO KERNEL MODE
sIS STACK CORRECT
;:YES GO ON
;MMU ERROR

g amms

;NO GO TO ERROR

;SETUP PSW

SET\P TEST DATA

'/ (SP)

1(
’/572

osoou.umns

it
*

177572
80244, 9122347
401%
o2
R1,9244

wés

0177776

(SP).0177777

-(SP)

;MU

;NO GO TO ERROR
;TURN MMV OFF

;IS TEST LOCATION CORRECT

3177572

R3,80
64

YES GO ON

;m GO TO_ERROR
;IS R1 CMRECT
MU

YES GO ON

mo GO TO _ERROR
:SET PSW TO KERNEL MODE
sIS STACK CORRECT
MU

YES GO ON

.no GO TO _ERROR

‘SETL;N‘P STACK FOR NEXT TEST
MU ON

177572
#4,98177776
S
2

S¢:

YES GO ON

zm GO TO_ERROR
;IS R1 CORRECT

: _TEST INSTRUCTION
;IS PSW CORRECT

177776

177572

BEQ

sSETg PSW

TO
GOO
;N

#30017,3#177776
145121, -(SP)
;SETUP TEST DATA
;SETUP R1
#244 ,R1
;TURN MMU ON
;177572
;TEST INSTRUCTION
(R1)
#30011,3#177776
;IS PSW CORRECT
;YES GO ON
3004
;:MMU ERROR
+2

404+
2

104002

005046
005237
006603
022737
001401
104002

S 2 3 §§8§2§§§ : 35 2 3 3% gfi

%034

9034
041552
9035 041560
9036 041564
9037 041570
9038 041574
9039 041576
9040 041604
9041 041606

030017
145121
000244
177572

33A323

MEMORY MANAGEMENT TESTS

YES GO ON

sm GO TO_ERROR
: TURN MMU OFF
IIS R3 CORRECT
;YES GO ON

113

COKDAFO KDJ11-8 CLUSTER DIAG.

MACRO V0S5.03 Friday 28-Mer-86 13:30 Page 14-145

SEQ 0164

9090 042006

104002

gg;g 042010

022627

9091

042014
9094 042016
9095

001401
104002

177777

6%:

7%:

012637

{’SH‘SD:
177776
177776

177776
172516
911
9114 042110
9115 042114
9116 0421%
9117 0421

000244
135450

9118 042134
9119 042140
9120 042142
9121 042150

177776

ERROR

cHP
BEQ

JEMORY MANAGEMENT TESTS

(SP)+,38244

9124 042154
9125 042160

177776

3157 Qasi7s

1%:

177776

100¢:

90177572
FFLAG
#140000, 30177776
R6 ,80SAVUSE
#40000, 38177776
R6 ,98SAVSUP
930000, 88177776
PC,MMU
027,99172516
20244, -(SP)
0177777, -(SP)
#100004 . -(SP)
#177777, 96244
€77400, UTPDRO
9244 ,R3
30177572
(R3)e
$30010,88: 77776
13

CLR

177572

MOV
cHP
BEQ

2004:

24:

34:

177776
1777

177776

YES GO ON

;NO GO TO ERROR

$140000, 981’7776
R6 ,99SAVUSE
1008
+2

040000, 30177776
R6, 20SAVSUP

ERROR

cMP

BEQ

ERROR

2004

20244, 100004
24

;RESTORE TEST LOCATION

;

; MU OF F
;CLEAR MMU ABORT FLAG
:POINT TO USER SPACE
:SAVE USER SP
:POINT TO SUPERVISOR SPACE
:SAVE SUPERVISOR SP
;SETUP PSW
;INIT MMU
;SETUP MMR3
:SAVE DATA AT TEST LOCATION
;PUT KNOWN DATA ON STACK
;PUT TEST DATA ON STACK
:PUT KNOWN DATA AT TEST LOCATION
;SETUP UIPDRO TO ABORT
:SETUP POINTER TO TEST LOCATION
;TURN MMU ON
: TEST INSTRUCTION
;IS PSW CORRECT
YES GO ON

:NO GO TO ERROR

)

;TURN MMU OFF

;POINT TO USER SPACE
;IS USER SP CORRECT
YES GO ON

‘NN RN TO ERROR

:POINT TO SUPERVISOR SPACE
;IS SUPERVISOR SP CORRECT
YES GO ON

M
:NO GO TO ERROR

:IS TEST LOCATION CORRECT
YES GO ON

;MU ERROR

;MMU

cHP
BEQ

R3, 9246
33

CLR
cHP
BEQ

0177776
(SP), 0177777
4%

MOV

#30017,80177776

ERROR

030017

;MU

MOV
cHP

BEQ

100004

;IS STACK CORRECT

TEST MTPD (MOVE TO PREVIOUS DATA SPACE)

ERROR

3120 042174

CLR
CLR
MOV
MOV
MOV
MOV
MOV
JSR
MOV
MOV
MOV
MOV
MOV
MOV
MOV
INC
MTPD
cHP
BEQ

ERROR

312123 042152

(SP)+, 8177777

;MMU ERROR
;:NO GO TO ERROR

iNO GO TO ERROR

IS R3 CORRECT
YES GO ON

:NO GO TO ERROR

:SET PSW TO KERNEL MODE
;IS KERNEL STACK CORRECT
YES GO ON

SMMU
:NO GO TO ERROR

;SETUP PSW

J13

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-146

SEQ 0165

MEMORY MANAGEMENT TESTS

9157 042310

005037

9158 042314
9159 042322

023727
001401

100737
000244
177572

030011

177572

000244

177776

100737

9162 042326
9163 042332
gigg 042334

020127
001401
104002

000244

9166 042336
9167 042342
9168 042346

005037
021627
001401

177776
177777

9171 042352
9172 042360
9173 042364
9174 042370
9175 042374
9176 042376
9177 042404

012737
012746
012701
005237
106641
022737
001401

030017
156711
000246
177572

177776

030011

177776

9181 042414
9182 042422

9185
9186

gig; 042434

9189 042436
9190 042442

9191 042446
319 042450

023727
001401

020127
001401

001401
104002

000244

106603
022737
001401

000004

005037
020327

177572
000000

9201 042474
%g 042500
042504
9204 042506
9205

3024

anL77776
(SP),#177777
3044
+2

156711

401%:

:
4024

4045:

177572
177776

S$:

; TURN MMU OFF
;IS TEST LOCATION CORRECT
GO ON
YES

MMU ERROR

iNO GO TO_ERROR
;1S R1 CORRECT
; YES GO ON
OR
_ERR
:MMU
:NO GO TO ERROR
;SET PSW TO KERNEL MODE
;1S STACK CORRECT
;MMU

YES GO ON

;NO GO TO ERROR
;SETUP PSW
;SETUP TEST DATA
#156711,-(SP)
;SETUP R1
$246,R1
; TURN MMU ON
2
3917757
TEST INSTRUCTION
;
-(R1)
;IS PSW CORRECT
#30011,39177776
400%
*2

400%:

YES GO ON

#30017,89177776

3044:

104002

001401
104002

#30011,38177776
3004
+2

R1,#244

302%:

177776
177777

9196 042460
9197 042462
9198 042470
9199 042472

: TURN MMU ON
; TEST INSTRUCTION
;IS PSW CORRECT

(R1)

3014
+2

301%:

000244

005046

005237

38177572

177572
80244, 9156711
4014
2

9194 042452

9195 042454

;SETUP TEST DATA

177572
%244, 4100737

:
3004

104002

005037
021627

#100737,-(SP)

9244 ,R1

| sareioen
042410 005037 177572
9180

MOV
MOV
INC
MTPD

353 §§3§i§' 353 2&3

012746
8‘1’5'2’01
37
106611
022737
001401
104002

9149 042260
9150 042264
9151 042270
9152 042274
9153 042276
9154 042304
gig 042306

R1,%244

;ML77776
(SP), 8177777
404
+2

-(SP)
177572

;MU

;NO GO TO ERROR
;:TURN MMU OFF
;IS TEST LOCATION CORRECT

sMMU

YES GO ON

:NO GO TO ERROR
;IS R1 CORRECT
MU

YES GO ON

;NO GO TO ERROR

;SET PSW TO KERNEL MODE
;IS STACK CORRECT

sMMU

YES GO ON

:NO GO TO ERROR

;SETUP STACK FOR NEXT TEST
; TURN MMU ON
; TEST INSTRUCTION
;IS PSW CORRECT
;:YES GO ON

R3
84,90177776
54
+2

177572
R3,80
6%
+2

YES GO ON

'1S R3 CORRECT
sMMU

YES GO ON

:NO GO TO ERROR

K13

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30 Page 14-147

SEQ 0166

MEMORY MANAGEMENT TESTS
177777

6%:

CcHP
BEQ
ERROR

74
2

012637

000244

7%:

MOV

(SP)+,a%244

fsmtn:

; YES GO ON
;MMU_ERROR
;:NO GO TO_ERROR

TEST NON-RESIDENT ABORT
3177572
CLR
FLAG
CLR
MOV
MOV
SAVMRO
CLR
SAVMR1
SAVMR2
PC,MMU

eote. (oP)

177776

#30000, 38177776
#200,R2

#77400, 3177600

;SAVE DATA AT TEST LOCATIONS

:Cl.EAR STATUS REGS SAVE AREAS

FINIT MU

'SETUP PSW
i

;SETUP FOR AN ABORT
;:CAUSE AN ABORT TO OCCUR AND
; THEN CHECK IF ABORT FLAG REGISTERED
;THIS EVENT AND CHECK IF STATUS REGS
;CONTAINED EXPECTED VALUES.
OCCURRED THEN GO TO ERROR
.

;SETUP FOR AN ABORT
;CAUSE AN ABORT TO OCCUR AND

;THEN CHECK IF ABORT FLAG REGISTERED
; THIS EVENT AND CHECK IF STATUS REGS
;CONTAINED EXPECTED VALUES.

;IF NO ABORT OCCURRED THEN GO TO ERROR

#220,R1

PC,MWU

140166

R3
#1,FLAG

177776

9100000 aognm

#1.98177572

177572

; OTHERWISE CONTINUE.
:

;INIT MU

:SETUP MMR1 EXPECTED DATA
: SETUP FLMO‘FUI AN ABORT
FOR AN ABORT (ILLEGAL MODE)

(R2)+, -(R1

ABORT OCCURRED BY
S
REGS
T FLAG AND STATU

PC, TSH7

140116
177572
177776

177776

SAVMRO
SAVMR1
SAVMR2
#22,R3

:i'i'i?nsvz
#20000, 80177776

(R2)+
PC,TSM7

MOV

#30000,39#177776

ONTINUE
ATUS REGS SAVE AREAS

1 EXPECTED DATA
AG FOR AN ABORT

§..

Sigces

ERROR
GO TOED
THENRR
OCCU

¥ ERERIBS
|2 zigzeeig

012701
004767
005003

#77404, 38177600
PC,TS7

177600

;MMU OFF
;CLEAR MMU ABORT FLAG

o%gg

o0
<

012737
004767

PC,TS7

;RESTORE TEST LOCATION

5§§§§§§§§§§§§§§§a
SECESESE
e;

177600

;IS STACK CORRECT

9208 042516
209

(SP)+,#177777

022627
001401
104002

9207 042514

R P

9206 042510

L13

COKDAFO KDJ11-8 CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-148

SEQ 0167

MEMORY MANAGEMENT TESTS

9267 042754
9268 042756

9269 042760

9270 042764
9271
9272 042770
73

000216
000214

000167

000154

012767

000001
000001

140026
177572

000000

140006

077400

177572

MOV
CLR

#77400,3%177600
90177572

;SETUP_FOR AN ABORT

MOV
MOV

(SP)e,R3
(SP)e.0216

:POP_THE STACK
;RESTORE DATA AT TEST LOCATIONS

TSIFIN

MFPI

MOV

140002

000022

#1.98177572
R7.R1

BEQ

oK7

OK7:

OKA7:

OKAY7:

SAVMRO

BEQ

OKA7

CMP
BEQ

SAVMRI,#22
OKAY7

CMP
BEQ

SAVMR2,R1
OKAY7A

ERROR

OKAY7A: CLR
CLR
CLR

137750
137746
137744

137716

022767
001401
104002
042737
022767

001401
104002

9315 043144
9316
9317 043146
9318
9319 043150

?’% 043152

020367
001401
104002
000207

040377
100000

137702

003042
137710

CLRB

ERROR

137764

(SP)+ 39214

MOV
MOV

ERROR

137774

TRY TO CAUSE AN ABORT
;

'ROUTINE TO CAUSE AND CHECK NONRESIDENT ABORTS
;SETUP FOR AN ABORT
#1.FLAG
MoV
fs7:

ERROR

140010
100000

MU OFF

(R2)e

100000, SAVMRO

SAVMRO
SAVMRL
SAVMR2

TLRN MMU ON

CAUSE AN ABORT

:DID AN ABORT OCCUR
IF YES GO ON

MU ERROR

.IF m GO _TO ERROR
;SETUP EXPECTED DATA
; _TEST MMRO FOR EXPECTED VALUE

9266 042750

177600

012737
005037
006522
012603
012637
012637

IF OK THEN CONTINUE

aMT OK THEN GO TO ERROR
; TEST MMR1 FOR EXPECTED VALUE
IF OK THEN CONTINUE

:'OT OK THEN GO TO ERROR
; TEST MMR2 FOR EXPECTED VALUE

9265 042742

IF OK THEN CONTINUE

N')T OK THEN GO TO ERROR

;CLEAR STATUS REGS SAVE AREAS
f

'RETURN
'ROUTINE TO CHECK IF A NONRESIDENT ABORT OCCURRED
;0DID AN ABORT OCCUR
fsmr: o®
#0.FLAG
TSHA:

RTS

BEQ
ERROR

TSMA
2

BIC

#40377,305AVMRO

cHP
BEQ

TSMB:

TSMC:

oooo6
- o

CMP
BEQ

R3,SAVMRL
TSHC

RIS

fs7FIN: NOP
T3MMUS:

TEST READ ONLY ABORTS

IF YES GO ON

:IF NO THEN GO TO ERROR
;SETUP EXPECTED DATA

ooy

: TEST MMRO FOR EXPECTED VALUE
IF OK THEN CONTINUE

;IF NO THEN GO TO ERROR
; TEST MMR1 FOR EXPECTED VALUE
IF OK THEN CONTINUE
i~y

"IF NOT OK THEN GO TO ERROR
"RETURN

M13

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

MEMORY MANAGEMENT TESTS
9324 043152

9325 043156

9326 043162
9327 043166

005037
005067
013746

9328 043172
9329 043176
3202

177572
137646
000244
000246
137644
137642
137640
074340

137564
177572

001401
104002

105067
022767
001401
104002

137546

020000

011026

020167
001401
104002

137522

012746
006622

MOV
MOV
MOV
MOV
MOV
MOV
MOV

#30000, 39177776
#244 R2
$77402, 39177600
#2846, -(SP)
#1,FLAG
#1.98177572
R7.R1

'SETUP PSW

137540

137530

24%:

030000

34:

177776

012637
012637

177572
137444
137452
137450
137446
074140
043674
043746
044016

4%:

:CLEAR STATUS REGS SAVE AREAS

;SETUP FOR AN ABORT
;PUSH DATA ONTO THE STACK
:SETUP FLAG FOR AN ABORT
;TURN MMU ON

(R2)+

#0,FLAG
1%

CLRB

SAVMRO

cHP
BEQ

$20000, SAVMRO
24

cMP
BEQ

#11026, SAVMR1
33

cHP
BEQ

R1,SAVMR2
a3

MOV
MOV
MTPI
MOV
MOV

#30000, 39177776
#2,-(SP)
(R2)+
(SP)+, 30246
(5P)+, 30244

ERROR

;CLEAR MU ABORT FLAG
;SAVE DATA AT TEST LOCATIONS

pe.my

cHP
BEQ

ERROR

022767
001401
104002

012737

;MMU OFF

ERROR

1¢:

‘DID ABORT OCCUR

'IF YES THEN GO ON

;MMU ERROR
i IF

NO THEN GO TO ERROR

172516

CLR
CLR
CLR
CLR
CLR
MOV
JSR
MOV
MOV
MOV
MOV
JSR

30177572
AG
SAVMRO
SAVMR1
VMR2
#30000, 89177776
MU
#PLFO,R3
#BNO, R1
#ABORTO,R2
926, 90172516
PC,15M9

;SETUP EXPECTED DATA

; TEST MMRO FOR EXPECTED VALUE
;IF OK THEN CONTINUE

;MMU ERROR
;OTHERWISE GO TO ERROR

; TEST MMR1 FOR EXPECTED VALUE
;IF OK THEN CONTINUE
;MMU ERROR
;OTHERWISE GO TO ERROR
; _TEST MMR2 FOR EXPECTED VALUE
IF OK THEN CONTINUE

;MU

;OTHERWISE GO TO ERROR

TEST PAGE LENGTH ERROR ABORTS

177776

SEQ 0168

0177572
FLAG
20244, -(SP)
- (SP)
20246,
SAVMRO
SAVMR1

MTPI

137544

022767

Page 14-149

CLR
CLR
MOV
MOV
CLR
CLR

Seh

177776
177600

010701
006622

Friday 28-Mar-86 13:30

SETUP PSW

STACK
:HEH DATA ONTOABORT
: TRY _TO CAUSE

;RESTORE DATA AT TEST LOCATIONS
;

MU OFF

;CLEAR MMU ABORT FLAG
;CLEAR STATUS REGS SAVE AREAS
:

;:SETUP PSW
;INIT MMU

;LET R3, R1, AND R2 POINT TO THE
;UPWARD EXPANSION TABLES
3

;DISABLE USER DATA SPACE
;TURN MMU ON

;00 RELOCATIONS FOR THE DIFFERENT
;VALUES OF THE PAGE LENGTH FIELD AND
;:BLOCK NUMBER. IF AN ABORT OCCURS

;CHECK TO SEE IF IT WAS SUPPOSED TO,

i
N13

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V0S5.03

Friday 28-Mar-86 13:30

Page 14-150

SEQ 0169

MEMORY MANAGEMENT TESTS
9383
9384
9385 043440

9386 043444
9387 043450
9388 "43454

012703
012701
012702
004767

MOV
MOV
MOV

044136

JSR

000030

;AND IF YES CHECK ABORT FLAG AND
:STATUS REGISTERS.

:LET R3, R1, AND R2 POINT TO THE
:DOWNWARD EXPANSION TABLES
;

oPLF1,R3
#BN1,R1
SABORT7,R2

iTURN MMU ON

PC, TSM9

:D0 RELOCATIONS FOR THE DIFFERENT

:VALUES OF THE PAGE LENGTH FIELD AND
:BLOCK NUMBER. IF AN ABORT OCCURS
:CHECK TO SEE IF IT WAS SUPPOSED 10,

;AND IF YES CHECK ABORT FLAG AND

9397 043470
9398 043474
9399 043500
043502

005037
012703
012701
011337
006521
012605

177572
044076
044146
177600

000167

000542
5

CLR
MOV
MOV
MOV
MFPI
MOV
JMP

:STATUS REGISTERS.

iMMU OFF
:POINT TO A VALUE WHICH SHOULD CAUSE
;AN ABORT IF MMU IS ON.
:SETUP UIPDRO
;D0 A RELOCATION
:POP THE STACK

0177572
#PLF1+10,R3
#B8N1+10,R1
(R3),3#177600
(R1)+
(SP)+,RS
TS9FIN

ROUTINE TO CAUSE AND CHECK PAGE LENGTH ERROR ABORTS

9411 043534

012337
010100
012767
012737
010704
530
021227
001007
012605
022767
001401
104002

000001
000001

137304
177572

000001

137254

000425
022767
001401
104002

105067
022767

001401
104002

022767
001401
104002
020467
001401
104002
005067
005067
005067

fsMo:

177600

137240

MOV
MOV
MOV
MOV

MOV
MFPI
cHP
BNE
MOV
cMP
BEQ

1$:

24:

137242
040000

000020

137234

137224

34:

4$:

5%:

137170
137176
137174

sMMU

SAVMRO

#40000, SAVMRO
4
.2

cMP
BEQ

$20, SAVMR1
S$

cMP
BEQ

R4, SAVMR2
64

CLR
CLR
CLR

FLAG
SAVMRO
SAVMR1

ERROR

64:

CLRB

CHP
BEQ

:SAVE PC
:00 A RELOCATION OPERATION
:WAS AN ABORT SUPPOSED TO OCCUR
:IF YES GO TO 2%
;POP THE STACK
:DID AN ASORT OCCUR
iNO GO 0%

:MMU ERR..
:YES GO TO ERROR
:

#0,FLAG
33

ERROR

137216

R7.R4
a(RO)+
(R2),90
24
(SP)+,RS
#1,FLAG
13

cHP
BEQ

ERROR

;SETUP UIPDRO
:SAVE A COPY OF R1
:SETUP FOR AN ABORT
;TURN MMU ON

(R3)+,80177600
R1,RO
#1.FLAG
01.90177572

:DID AN ABORT OCCUR
YES GO ON

;NO GO TO ERROR

:SETUP EXPECTED DATA

;MMU ERR

: TEST MMRO FOR EXPECTED VALUE
IF OK THEN CONTINUE

:NOT OK THEN GO TO ERROR
;MY

; TEST MMR1 FOR EXPECTED VALUE
IF OK THEN CONTINUE

:NOT OK THEN GO TO ERROR

sMMU

; TEST MMR2 FOR EXPECTED VALUE
IF OK THEN CONTINUE

:NOT OK THEN GO TO ERROR

:CLEAR MMU ABORT FLAG
:CLEAR STATUS REGS SAVE AREAS
;

B14

COXDAFO XDJ11-B CLUSTER DIAG.

MACRO V05.03 Fridey 28-Mer-86 13:30 Page 14-151

MEMORY MANAGEMENT TESTS

94?? 043674 070006

9452
9453
9454

043676
043700
043702

9456 043706
043710
9457
043712
9458
9459 043714

9460 0437%8
9461 04

g‘.‘bi 04

043724
9464 04
9465 04
9467 043734

3469
9470

070006
070006
013406
020006
004006
040006
070006
024006

004006

014006

012006
002006
001406
004006

002006
000406

Q374G 001006
42 ooiws

000777
013000
016000

seEsssssESseLEEt

i :
§§

9471 043744
9472
043746
9473
04

;
P

'HAVE ALL ENTRIES BEEN TRIED

(R3),#777

:NO REPEAT
*YES RETURN

TSM9
PC

:wmo EXPANSION TABLES
BLFO: .MORD 70006
" WORD
" WORD
" WORD

70006
70006

13406

" WORD
"WORD
" WORD
"WORD
"WORD
" WORD
' WORD
" WORD
" WORD
" WORD
" WORD
" WORD
" WORD
" WORD
" WORD
'm
" WORD

20006
04006
40006
70006
24006
04006

" WORD

817600

" WORD
" WORD
" WORD
.m
.WORD
" WORD
" WORD
"WORD

WORD
" WORD
" WORD
"WORD
" WORD
" WORD
ABORTO: .WORD
" WORD
WORD
" WORD
" WORD

14006
12006
02006
01406
04006
02006
00406
07406
01006

03406
7

013000

14000

000207

RTS

:POINT TO NEXT ENTRY

000777

CLR
INC
INC
INC
INC
M
BNE

:
at ekl

9447 043672

001307

137172

88 8

9446 043670

005067
005201
005201
005202
005202
021327

8
8

9440 043650
9441 043654
9442 043656
9443 043660
9444 043662
9445 043664

SEQ 0170

Cl4

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30 Page 14-152

133345

i
g :”H
gRegaRaRs
2gsdgadaag
EEEEE
T

ANSION TABLES

044120
044122
044124
044130

001416

044134

000

044140

ooo#

044136 oogagg
006000

016000
044146 904000
441
000000
1 wi
004000
044136
160 004000
044162
164

004000
000000

7 Wxg

000300

ou;n

170
9 044172
044174

044202

20016
00016
30016

]
:
:

00416
00016
03416

]

omg 001016

044142

.WORD
“WORD
- WORD
- WORD
-WORD
- WORD
'MORD
'MORD
JMORD

{28{2
ot 04016
.&
'MORD 02016

044112
044114
044116
0441

OO
OO O000

000001

9497 044070
9498 044032
9499 044034

g §885E5REEAAAAES

MEMORY MANAGEMENT TESTS

000000
000400
001000

000200

BN1

]

.-.

01016
416

000100

16000
904000
000000
004000
004000

)

004000
000000

000000
000400
001000

000300

000200

SEQ 0171

D14

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Fridey 28-Mar-86 13:30 Page 14-153

MEMORY MANAGEMENT TESTS

9554 044204
9555 044206
9556 044210
9557 044212
9558 044214
9559 044216
9560 044220
9561 044222
044224

000000
000000
000000
000000
000001
000001
000001
000000
000001

ABORT7: .WORD
WORD
‘WORD
MORD
WORD
WORD
WORD
'WORD
'WORD

O
O
O
O
1
1
1
O
1

9564
9565 044232
9566 044234
9567 044236
9568 044240
9569 044242
9570 044244
9571 044246
gjlg 044250

000001
000001
000001
000000
000000
000001
000000
000000

‘WORD
MORD
WORD
WORD
'WORD
‘MORD
WORD
'WORD
'MORD

1
1
1
O
O
1
O
O

000000
044226 000000
9ss”§ 044230

9574 044252 000240
9577 044254
9578

9579 044254 005037 177572
9580 044260 005067 136544
9581 044264 005067 136552
9582 044270 005067 136550
9583 ougg 005067 136546
004767 073246
9584 044
177776
005037
044304
9585
9586 044310 012702 020200
9587 044314 012737 077400 172302
gg ougg 012767 000001 136500
012737 000001 177572
044
gggo 044336 010701
1 044340 006522
gsg 044342 012704 100003
93 044346 004767 000202
9594
9595 044352 012737 030000 177776
9596 044360 004767 073166
9597 044364 012737 077400 177636
9598 044372 012702 160000
9599 044376 012767 000001 136424
9600 044404 012737 000001 177572
9601 044412 010701
106522
m% 044414 012704
100177
9603 044416
9604 044422 004767 000126
9605
9606 044426 012737 010000 177776
9607 044434 004767 073112
9608 044440 012737 077400 172212
9609 044446 012702 120000
9610 044452 012767 000001 136350
9611 044460 012737 000001 177572
044466 010701

'WORD OO

TSOFIN: NOP
TSMM10:
FUNCTIONAL TEST OF BITS <6:1> OF MMRO
:

CLR
CLR
CLR
CLR
CLR
JSR
CLR
MOV
MOV
MOV
MOV
MOV
WPI
MOV
JSR
MOV
JSR
MOV

MOV
MOV
MOV
MOV
MPD
MOV
JSR
MOV
JSR
MOV
MOV
MOV
MOV
MOV

0177572
FLAG
SAVMRO
SAVMR1
SAVMR2
PC, MU
177776
$20200,R2
$77400 . 90172302
#1,FLAG
01.90177572
R7.R1
(R2)«
9100003, R4
PC,T510
#30000,30177776
PC, MU
277400, 90177636

©160000,
#1,FLAG R2
01.98177572
R7.R1
(R2)s
#100177,R4
PC,T510
#10000, 80177776
PC, MY
977400, 90172212
#120000,R2
#1,FLAG
01.90177572
R7.R1

;MU OFF
MMU ABORT FLAG
;
:CLEAR STATUS REGS SAVE AREAS
;
;
;INIT M
:INIT PSW: PREVIOUS MODE = KERNAL

TO ABORT
;SETUP KIPDR1
FLAG FOR AN ABORT

:SETUP
:TURN. MMU ON
:SAVE PC
:D0 A RELOCATION VIA KIPAR1
;SETUP EXPECTED DATA
:CHECK IF AN ABORT OCCURRED AND
:IF YES CHECK BITS <6:1> OF MMRO.
:INIT PSW: PREVIOUS MODE = USER
;INIT MW
:SETUP UDPDR7 TO ABORT
;:SETUP FLAG FOR AN ABORT
:TURN MMU ON
:SAVE PC
A RELOCATION VIA UDPAR?
:DO
:SETUP EXPECTED DATA
:CHECK IF AN ABORT OCCURRED AND
:IF YES CHECK BITS <6:1> OF MMRO.
:INIT PSW: PREVIOUS MODE= SUPERVISOR
;INIT MU
:SETUP SIPDRS TO ABORT
zg‘t‘gs
PAGEFOR
05 AN ABORT
FLAG
:
;TURN MMU ON
:SAVE PC

El4

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-154

SEQ 0173

MEMORY MANAGEMENT TESTS
9613 044470

9614 044472
9615 044476

006522

012704
004767

MPI

MOV
JSR

100053
000052

(R2)+

MOV

;INIT PSW:SET ILLEGAL PREVIOUS MODE

#1.FLAG
#1.98177572

:SETUP FLAG FOR AN ABORT
;TURN MMU ON

020000

177776

9623 044520
9624 044
9625 044534

012767
012737
010701

000001
000001

136302
177572

9627 044540

012704

100105

9629 044544

004767

000004

JSR

PC,TS10

9632 044550

000167

000062

JMP

T1OFIN

9628

9630
9631
9633

073036
040000

:IF YES CHECK BITS <6:1> OF MMRO.

#20000, 38177776

012737

004767
012702

:SETUP EXPECTED DATA:ABORT, PAGE 0S
:CHECK IF AN ABORT OCCURRED

:TEST THAT ILLEGAL MODE CAUSES MMU ABORT

9620 044502

9621 044510
9622 044514

;D0 A RELOCATION VIA SIPARS

#100053, R4
PC,TS10

JSR
MOV

PC, MU
#40000, R2

MOV
MFPD
MOV

R7.R1
(R2)+
#100105,R4

MOV
MOV

;INIT MU
:SET UP ACCESS TO PAGE 2

:SAVE PC
:D0 A RELOCATION
:SETUP EXPECTED DATA:ABORT, ILLEGAL
: PROCESSOR MODE,

:CHECK IF AN ABORT OCCURRED AND

:IF YES CHECK BITS <6:1> OF MMRO.

:R(UTIE TO CHECK IF A MMU ABORT OCCURRED AND IF STATUS REG MMRO

;CONTAINS EXPECTED DATA
9637 044554
9638 044562

9641 044566

022767
001401

020467

000000

136246 T1510:
14:

136250

136240 2%:

CMP

20,FLAG

EFROR

BEN

9649 044610

020167

38:

136232

R4, SAVMRO

P
BEQ

922, SAVMR1
34

cHP
BEQ

R1,SAVMR2
a$

CLR

SAVMRO

CLR

SAVMR2

BEQ

ERROR

96§ 044620
044624
9654
9655 044630

005067
005067
005067

a$:

136216
136214
136212

cHP

ERROR

9648

PAGE 02

CLR

RTS

;DID AN ABORT OCCUR
YES GO ON

MU
;:NO GO TO ERRCR

0K GO O

;MU ERROR

MU
:NO GO TO ERROR

: TEST MMR0 "OR EXPECTED DATA

:NO GO TO ERROR

; TEST MMR1 FOR EXPECTED DATA
mfig‘ GO ON
: TEST MMR2 FOR EXPECTED DATA
;0K GO ON

;MU ERROR
:NO GO TO ERROR

SAVMR1

;CLEAR MMU STATUS REGS SAVE AREAS
3

;

;RETURN

'hU"IN:
TSMM11:

044636

9667 044660

044664

9671 044702

005037
005067

177572
136162
030000

012703

177610

012701

;

177776

177572
FLAG
930000, 39177776
#26,R1

;MU OFF
:CLEAR MMU ABORT FLAG
:SETUP PSW
:SETUP FIRST MMR3 VALUE

JSR
MOV
MOV

PC, ts11
#0.39177776
#2%,R1

: TEST ENABLE USER DATA SPACE BIT
;SETUP PSW
:SETUP FIRST MMR3 VALUE

00002

000023

TEST DATA SPACE BITS MMR3

CLR
CLR
MOV
MOV

177776

:%I‘)%O.RB

:POINT TO u:vop'ane

F14

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Fridey 28-Mar-86 13:30

Page 14-155

SEQ 0174

9672 044706
9673 044712
9674 044716
9675 044722

012703

012704
004767
012737
012701

012703
012704
004767

3 £3333333

MEMORY MANAGEMENT TESTS
172310

000024
000032
010000

177776

172210

000167

PC,TS11

210000, 82177776
#25,R1

#172210,R3
#22,R4

PC, TS11

;POINT TO KIPDR4
;SETUP SECOND MMR3 VALUE

; TEST ENABLE KERNEL DATA SPACE BIT
:SETUP PSW
;SETUP FIRST MMR3 VALUE
;POINT TO SIPDR4
;SETUP SECOND MMR3 VALUE
3 TEST ENABLE SUPERVISOR DATA SPACE BIT

T1IFIN

136010

1¢:

135766
177572

135746

9704 045064
9705
9706 045066

2%:

9707 045072

9708
9709 045074

#1,FLAG
#1.98177572

(R2)+

80, FL

R4, 88172516

#100000,R2

;SETUP FLAG FOR AN ABORT
;MMU ON
;00 A RELOCATION

;DID AN ABORT OCCUR
;:YES GO ON
;MMU ERROR
;:NO GO TO ERROR

:ENABLE DATA SPACE OF MODE UNDER TEST

:SETUP FLAG FOR AN ABORT
;MMU ON

:D0 A RELOCATION
:POP THE STACK
;:0ID AN ABORT OCCUR
GO ON
NO

177776

172516
172310

135644
177572

MMRL FUNCTIONAL TEST
MwL77S7C
CLR
FLAG
CLR
SAVMR1
PC,MMU

§33333333333345

045134
9723 045136
9724 045144

£100000,R2

ShetEas

;DISABLE DATA SPACE OF MODE UNDER TEST
;SETUP IPDR TO ABORT

f11FIN:

TSMM12:

9712 045074
9713
9714 045074
9715 045100

9716 045104
9717 045110
9718 045114
9719 045122
9720 045126
9721 045130

;INIT MU

177572

PC,MMU

136026

004767
010137

L 33388 §A9388EENL

;ROUTINE TO TEST ENABLE DATA SPACE BITS OF MMR3

#30000, 38177776
R4
#100200,

R4,R1

%68%01.5

02080172516
$77402hgmzuo

;CLEAR MMU ABORT FLAG
;CLEAR STATUS REG SAVE AREA
sINIT MU
+INIT PSW

;SETUP TEST LOCATIONS
:

;INIT MMR3

;SETUP KIPDR4 TO ABORT
;SETUP EXPECTED DATA FOR MMR1
;SETUP FLAG FOR AN ABORT
; TURN MMU ON
: SAVE PC
;00 A RELOCATION

;CHECK IF AN ABORT OCCURRED AND IF

G14

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-156

SEQ 0175

MEMORY MANAGEMENT TESTS

3731 045204 012703
012767
9;,‘.3!% 045210 012737

9734 045216
9737 045232

010767
112142
004767

9739 045236

012703

9738

9740 045242
9741 045250
9742
045256
9743 045262
9744 045264
9745
9746 045270
9747 045274
9748 045302
9749 045310
9750 045314
9751 045316
9752

135612
177572

135560
177572

012767
012737
010767
114125
004767
012703
012767
012737
010767
112125
004767

135526
177572

012703
012767
012737
010767
012542
004767

135474
177572

012703
012767
012737
010767
014225
004767

135442
177572

000167

022767

135410

001401
104002
001401
104002

026767
001401
104002

#175011,R3
#1,FLAG
o1.90177572
R7.SLOCOO
(Ri)s,-(R2)
PC,Tsi2
#6771 ,R3
#1,FLAG
#1.98177572
R7.SLOCOO
-(R1),(RS)+
PC,T512
#6411 ,R3
#1,FLAG
#1.98177572
R7.SLOCOO
(Ri)+,(RS)+
PC,Tsi2
#171025,R3
#1,FLAG
#1.98177572
R7.SLOCO0
(R5)+,-(R2)
PC,Tsi2
#12762,R3
#1,FLAG
21.98177572
R7.SLOCOO
-(R2),(RS)+
PC,TSi2

T12FIN

o
BEQ

#0.FLAG
1$

cHP
BEQ

R3, SAVMR1
24

cHP
BEQ

SLOCOO, SAVMR2
3§

CLR
CLR

SAVMR1
SAVMR2

;YES IF MMR1 EQUALS EXPECTED DATA
;SETUP EXPECTED DATA FOR MMR1
:SETUP FLAG FOR AN ABNRT
;TURN MMU ON
:SAVE PC

;00 A RELOCATION

;CHECK IF AN ABORT OCCURRED AND IF

;YES IF MMR1 EQUALS EXPECTED DATA

;SETUP EXPECTED DATA FOR MMR1
;SETUP FLAG FOR AN ABORT
; TURN MMU ON
;:SAVE PC
;00 A RELOCATION

;CHECK IF AN ABORT OCCURRED AND IF

;YES IF MMR1 EQUALS EXPECTED DATA
;SETUP EXPECTED DATA FOR MMR1
;SETUP FLAG FOR AN ABORT
; TURN MMU ON
3

;CHECK IF AN ABORT OCCURRED AND IF
;YES IF MMR1 EQUALS EXPECTED DATA
;SETUP EXPECTED DATA FOR MMR1
;SETUP FLAG FOR AN ABORT
;RN MMU ON
;¢ \WE PC

;DU A RELOCATION

;CHECK IF AN ABORT OCCURRED AND IF
;YES IF MMR1 EQUALS EXPECTED DATA
;SETUP EXPECTED DATA FOR MMR1
:SETUP FLAG FOR AN ABORT
;TURN MMU ON
:SAVE PC
;D0 A RELOCATION

;CHECK IF AN ABORT OCCURRED AND IF
;YES IF MMR1 EQUALS EXPECTED DATA

:ROUTINE TO CHECK IF AN ABORT OCCURRED AND IF MMR1 EQUALS EXPECTED DATA
B

020367

MOV
MOV
MOV
MOV
MOVE
JSR
MOV
MOV
MOV
MOV
MOVE
JSR
MOV
MOV
MOV
MOV
MOVB
JSR
MOV
MOV
MOV
MOV
MOV
JSR
MOV
MOV
MOV
MOV
MOV
JSR

fs12:

ERROR

1%:

135414

135352

135404

24:

ERROR

135372
135370

38:

RTS

;DID AN ABORT OCCUR
MU

YES GO ON

;:NO GO TO ERROR

; TEST MMR1 FOR EXPECTED DATA

sMMU

0K GO ON

;NO GO TO ERROR

; TEST MMR2 FOR EXPECTED DATA

0K GO ON

;NO GO TO ERROR

;CLEAR STATUS REG SAVE AREA

:RETUIN

H14

COXDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Friday 28-Mer-86 13:30 Page 14-157

SEQ 0176

MEMORY MANAGEMENT TESTS

9819 04
9820 045570
9821 045572
045574

9824 045576

021
001374
012703
012701
012702
0

013305
012737
006531
012604

005037
020504
001401

000333
046002
045750
046034
177776
000001

24:

177572

104002

021327
001360

34:

000111

177776

9834 045626
9835 045634

012737
012737

000027
000001

172516
177572

177572

4%:

$20,38172516
#PARAD1 ,R3

MU OFF
;CLEAR MMU ABORT FLAG
+ INIT PSW
:INIT MU
+INIT MMR3

;SETUP PARS WITH TEST VALUES

#PARVAL . R1

(R1)+,8(R3)+
ggx).osss

SET POINTERS TO ADDER PART A

#PHY1,R3
#VIR1,R1
#MODE1,R2

TEST TABLES.

; INIT PSW

(R2)+,39177776

:SAVE DATA AT PHYSICAL ADDRESS
;TURN MMU ON
;SAVE DATA AT RELOCATED VIRTUAL ADDRESS

a(R3)+,R5

01,39177572

ggbm
?(s
90177572
RS,R4
34
2

(R3),#111

"TURN MMU OFF

"1 DATA EQUAL TO EXPECTED

;ARE WE READY TO TEST DATA SPACE
:NO GO TO 24
;POINT TO DATA SPACE VALUES

R1
R1

(R2)+,98177776
3(R3)+,RS
927,30172516
01,90177572

)o
?(sg
90177572
T13FIN

TA AT PHYSICAL ADDRESS

A :&RELMTED VIRTUAL ADDRESS

OFF
RN
MU
; TU

;IS DATA EQUAL TO EXPECTED

RS,R4
44
2

YES GO ON

;NO IT IS AN ADDER ERROR

:AODER TEST PART A TABLES

PARADL :

A L

20‘

9815 045550
9816 04
9817 04
9818 04

012133

39177572

FLAG
29177776
PC,MMU

L L

w
-y

9808 04

14:

DL A S

e R e S SRS TSRS SR RSS2 A RS R S

:(EED 16 BITS OF MEMORY ADDRESSING)
172516

9809 04
9810 04
9811 04
9812 04
9813 045540
9814 045544

ADDER RELOCATION TEST PART A

ittt

#2332 ¢

045466

dgazs

005037

045462

9801

T12FIN: NOP
TSMM13:

3 §§3§§§§§§§22222%3 §§8§§§§§§§§§23§§§§§§&2

000240

55858

9788 045460
9798 045462
9799

{MMU

GO ON
YES

;NO IT IS AN ADDER ERROR

114

COKDAFO KDJ11-B CLUSTER DIAG.
9853 045676
9854 045700
gg 045702
045704
9857 045706
9858 045710
9859 045712
9860 045714
9861 045716
045720
045722
9864 045724
9865 045726
9866 045730
9867 045732
9868 045734
9869 045736
9870 045740
9871 045742
045744
9872
045746
9873
9874 04
9875 04!
9876 04
9877 04
9878 04576(
9879 0457c045766
o4
045772
9884 045774
9885 045776
”fi 046000

MACRO V05.03 Fridey 28-Mar-86 13:30 Page 14-158
172254
177652
177644
172246
177654
172250
177660
333
000000
000010
177777
177601
000010
000052
000070
000010
000010
000060
000000
000010
333
000000
025000
135224
017700

145252

.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
PARVA1: .WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.HORD
.WORD
.WORD
.WORD
VIR1:
.HORD
.WORD
.WORD
.WORD
.WORD

075000
142000
117700
000111
007000

.HORD
.MORD
.HORD
.WORD
LHORD
.HORD

04
075000
142000
117700
111
007000

.HORD
JHORD
.WORD
.WORD
.WORD
.WORD

006000
015124
000000
014000
012452
010000

172254
177652
177644
172246
177654
172250
177660
000333
000000
000010
177777
177601
000010

000070
000010
000010
000000
000010
000333
000000

017700

9887 046002 000000

9888 046004 006000
gg 046006 015%
046010
9891 046012 014000
gg 046014 012452
046016 010000

PHY1

9894 046020

.WORD

"WORD
.WORD
HORD

010000
209 046054 010000
017700

9896
9897
9898
9899 0460

9900 046034

9901 046036
%; 046040
046042
9904 046044
9908 046054
9909 046056

.WORD

145252

000000

910000

LHORD
.WORD

010000
017700
111
010000

010000

.MORD
.MORD
.HORD
.WORD

O
010000
O
010000

010000

.MORD
.WORD

Ml&l
01

Mm
030000
010000

MODE1:

.WORD

010000

010000
030000

SEQ 0177

J14

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-159

MEMORY MANAGEMENT TESTS

9910 (46060
9911 046062
3312 046064

9914 046066

010000
000111
030000

-WORD
-WORD
-WORD

t1sF:

9925 046066

Ts1822:
TEST 22718 BIT ADDRESS OPTION
i
itbibead
L bbb
L
T

9927

9930

9931

010000
111
030000

IS A 22 BIT OR AN
:é"ECK THE SOFTWARE SWITCH REGISTER TO DETERMINE IF THIS
AN 18 BIT SYSTEM.

046066 032777 000400 133044
046074 001405
046076 062737 000001 001204

9932 046104 000167 001422

;18 BIT ADDRESS SYSTEM. BIT 08 IN THE SWR=1 INDICATES
;IF WE'RE IN A 22 BIT SYSTEM WE CAN PERFORM SOME EXTRA TESTS.
;15 BIT 08 SET?
#BIT08,aSWR
BIT

BEQ
ADD

100%
#1,3¢$TESTN

JMP

TI4FIN

:BRANCH_IF ITS NOT
:KEEP TEST NUMBERS IN ORDER
:ADD 1 FOR THE TESTS WE'RE SKIPPING
1SKIP OVER THESE TESTS IF IT IS

'IF THIS IS A 22 BIT SYSTEM CHECK THE 22/18 BIT ADDRESS OPTION
B

9934
9937

G WE DO_THE FOLLOWING:
:TO TEST 22 BIT ADDRESSIN
22 BIT ADDRESSING MODE

9940

A. ENABLE

;

9938
9939

B. CLEAR ADDRESS 0

:
}

C. WRITE PHYSICAL ADDRESS 17000000 WITH ALL ONES
D. CHECK ADDRESS 0O

;IF ADDRESS O IS UNCHANGED (=0) OR A TIME OUT OCCURRED, IT INDICATES
;22 BIT MODE IS FUNCTIONING.
;IF ADDRESS O =177777 IT INDICATES THAT 22 BIT MODE IS NOT FUNCTIONING.

9941
9942
9943

9945 046110 013767 000004 134674 100$:
9946 046116 013767 000006 134670

9947 046124

012737 046204 000004

9951 046154
046162

012767
005067

MOV
MOV

MOV

012737 000340 000006
9948 046132
9949 046140 012767 000020 124350
9950 046146 012767 170000 124200

MOV
MOV
MOV

046166 012737 177777 140000
% 046174 005767 131600

MOV
ST

9957
9958 046200 001405
9959
9960 046202

9961 046204
046210
9964 046214
9965
9966 046230

104002

012706
005037
012737
042767
012767

000001
131612

MOV
R

131410

BEQ

18:

001000
177766
046254 000004 2%:
000020 124266
170000 124116

%7 046236 012737 177777 140000
9968

9969

9970 046244 022737 177777 000000

P75 046535 008087 131312
»

ERROR

MOV
CLR
MOV
BIC
MOV

MOV
P

@¢4,SLOCOO
@96.SL0CO1

;SAVE VECTOR
iSAVE VECTOR

2340, 306
#20,5R3
#170000,KIPARG

:ENABLE 22 BIT MODE ADDRESSING
1SET KIPARG FOR 1920-1924KW ADDR RANGE

1SET VECTOR FOR NXM TRAP

613,904

:ENABLE MMU
:CLEAR ADDR 0

#1,5R0
O

iHOVEALLONES 10 ADOR 17000000 VIA KIPARG
m
H
:ADDR O REMAINING CLEAR INDICATES

$177777,86140000
0

:THAT 22 BIT ADDRESS MODE IS

24
+2

#STBOT,SP
@90177766
33,904
#B81104,SR3
#170000,KIPARG

#177777,86140000
8177777,380

MMU

FURTHER TESTS SHOULD BE PERFORMED
SOME AT
ITH
:IF ADDR O =177777
m&am’ 22 BIT ADDRESS MODE BAD
:GOT HERE AS A RESULT OF NXM TRAP--sCLEAN UP THE STACK
:CLEAR CPU ERROR REGISTER
iSET UP VECTOR FOR NXM TRAP
iSET 18 BIT ADDRESSING MODE IN SR3
iSET KIPARG SO THAT BITS 18-21 SHOULD

ASSERTED IF 22 BIT ADR WAS ENABLED
'BE
ITRY TO WRITE ADDR 17000000 VIA KIPAR6

{ADDR O SHOULD = 177777. A TIME OUT

i10R ADDR O = ZERO INDICATES AN ERROR

I NN TEERORE ERROR.
80
'ERROR! 18 BIT ADDR OPTION IS N.G
H

—

K14

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-160

SEQ 0179

MEMORY MANAGEMENT TESTS
ERROR

104002

9974 046260

9975
9976
9977
9978

;MMU ERROR

;

; TEST ADDRESS BITS 18 THRU 21
i

000020
046332

9979 046262
9980 046270
9981 046276
046302
046310

131476

g
?iiifiiiifiiii
43 Steete: o&
iF B

010000
177777
131456

BIS

046374
131434
020000
177777
131414

005067

10010 046456

046464

#10000,KIPARG

;CLEAR ADDRESS 0
; TEST ADDRESS BIT 18
;WRITE ALL ONES TO ADDR 1000000

264,304

S$:

;SET UP FOR NXM TRAP

:ERROR! BIT 18 DID NOT ASSERT

0
64
sgo
¢

874,904

6$:

{WRITE ALL ONES TO ADDR 2000000

0
74
sgo

284,304

74:

;ERROR! BIT 19 DID NOT ASSERT

:SET UP FOR NXM TRAP

:CLEAR ADDR 0
:TEST ADDRESS BIT 20

:WRITE ALL ONES TO ADDR 4(,0000

:SET UP FOR NXM

;CLEAR ADDRESS 0

:TEST ADDRESS BIT 21
WRITE ALL ONES AT ADDR 10000000

£100000, KIPARG
#177777, 36140000
0
84

sgo

131074

SRO
9177766
#STBOT,R6
39SL0CO0, 304
39SL0CO1 . 396

8%:

003012
003014

TSMM14:

:TEST ADDR 0. SHOULD =0
;BRANCH IF ADDRESS 0 =0
DISABLE MMU BEFORE ERROR

:ERROR! BIT 20 DID NOT ASSERT

123676
140000

:TEST ADDR 0. SHOULD= ZERO
;BRANCH IF ADDRESS 0=
:DISABLE MMU BEFORE ERROR

2177777, 3#140000
+

177766
001000

;CLEAR ADDR 0
:TEST ADDRESS BIT 19

0
$40000, KIPARG

123740
140000

131066

:SET UP FOR NXM TRAP

2177777, 86140000

140000

i TEST ADDRESS 0. SHOULD = ZERO
:BRANCH IF ADDRESS 0=0
DISABLE MMU BEFORE ERROR

0
920000, KIPARG

131136
046500
131330
100000
177777
131310

;ENABLE 22 BIT ADDRESSING MODE

0
54
sgo

131200
046436
131372
040000
177777
131352

#8IT04,SR3

85‘ .4

#177777,39140000

140000

131242

005067

38
5gagaina

131506

4%:

ala

:CHECK ADDRESS 0. SHOULD = 0
:BRANCH IF ADDR 0 = O

DISABLE MMU

BEFORE ERROP

:ERROR! ADDR BIT 21 DID NOT ASSERT

ADDER RELOCATION TEST PART B

NEED 22 BITS OF MEMORY ADDRESSING)
3SRO
CLR

;DISABLE MMU
;CLEAR CPU ERROR REGISTER
:RESET STACK POINTER

:RESTORE VECTORS
;

; (uuuuuuu“nutuuuutuuuutanuuunuuuunuo

005037
013737
013737
012737

177572
131226
047244

003012
003014

CLR
MOV
MOV
MOV

CPEREG
394, 9#5L0C00
806, 395L0C01
P
, 304
ONXMTR

; TURN OFF MMU.

;CLEAR THE CPU ERROR REGISTER
:SAVE LOC 4 IN SLOCOO.
:SAVE LOC 6 IN SLOCO1.
;SET UP FOR TIMEOUT TPAP

344
39SL0C00,
396
24SLOCO1,
9177572
SFLAG
PC,MMU
#10000, 89177776
#20,3#172516
#1000, 34177746
R4
#PARVA3,
#VIR3,R1
(R4)+, 38172246
#1,90177572
#125252,-(SP)

CMP
BEQ
CLR

#125252,(SP)+
24
8177572

177776
172516
177746

177572

1¢:

MTPI
WPI

ERROR

24:

177572

000333

047330
047276

10076 047010
10077 047012
10078 047016
10079 047022
10070 047026
10081 047032
10082
10083
10084
10085 047036
10086
10087 047042
10088 047044
10089 047046
10090 047050
10091 047052
1
047054
1
047062
10094 047066

34:

000333
047414
047362
047446

000076

4%:

000111

012737

000027
177776

172516

; INIT MMR3
; TURN CACHE TEST FEATURE ON
;SET POINTERS TO INIT TABLES
3

;INIT SIPAR3
;TURN MMU ON

;PUSH BACKGROUND DATA ON TO THE STACK
;WRITE DATA TO PHYSICAL ADDRESS
;WRITE DATA AT PHYSICAL ADDRESS TO STACK
;IS DATA EQUAL TO EXPECTED

®0(R1)
a(R1)+

CLR
cHP
BNE
MOV
MOV
MOV
cMP
BNE
MOV
MOV
MOV
MOV
JSR

3177572
(R4),#333
1
#PARVA2,R4
SPARADZ ,R1
(R4)+,a(R1)+
(R1),8333
]
R4
#MODE2,
#VIR2,R1
SPARVA3,R2
#VIR3,R3
PC,T5i4

cHP
BNE
INC
INC
INC
INC
MOV

(R1),0111
44
R1
R1
R4
R4
927,80172516

MOV
MOV

;CLEAR MMU ABORT FLAG
;INIT MMU

(R4)+,88177776
#52525,-(SP)

;YES GO ON

2
KSR g 953

177572
003030
070664
010000
000020

:s 3
g i

MOV
MOV
CLR
CLR
JSR
MOV
MOV
BIS
MOV
MOV
MOV
MOV
MOV

GO TO 1$

POINTERS TO PAR INIT TABLES

000004
000006

;TURN ON THE MMU.
ATTEMPT TO ADDR. LAST MEMORY ADDR. $$¢$
S OF MEMORY NOT AVAILABLE#s#sss&s#
;RESTORE LOC 4
;RESTORE LOC 6
sMMU OFF

0147776
ST
sesassnssnssaslILL TRAP TO 4 IF 2 MEG

52g 3

003012
003014

147776

;:SET KER PDR6 FOR 4KW R/W ACCESS.
;ENABLE 22 BIT ADDRESSING.

#77406 ,KIPDR6
$20, 99SR3
#1,38SR0

W8 W

MOV
MOV
MOV

0050 046644

123476
172516
177572

013737
013737
005037
005037

10049 046636

077406
000020
000001

172340
077406
177500

;SET UP FOR TIMEQUT TRAP
;SET KER PARO FOR 1ST 4KW OF MEMORY.
;SET KER PDR FOR 4KW R/W ACCESS.
:SET UP KERNEL PAGE ADDR REG 6
;FOR HIGHEST 4K WORDS OF NON-I/0
;FOR 2 MEG WORDS OF MEMORY.

012767
012737
012737
005737

10042

2340, 396
FOKIPARO
#77406,KIPDRO
£177500, 39KIPARG

000006

10043
10044 046610
10045 046616
10046 046624
10047 046632
10048

123476
172354

MOV
CLR
MOV
MOV

000340

WE @

012737
005037
012767
012737

SEQ 0180

POINTERS TO ADDER PART B TABLES

10038 046562
10039 046570
10040 046574
10041 046602

Page 14-161

MEMORY MANAGEMENT TESTS

Friday 28-Mar-86 13:30

;WRITE DATA TO PHYSICAL ADDRESS AND THEN
;CHECK IF DATA AT PHYSICAL ADDRESS IS
;EQUAL TO EXPECTED AND IF NOT DETERMINE
:IF IT IS AN ADDER ERROR OR A MEMORY ERROR
;HAVE WE DONE ALL THE 22 BIT MODE I SPACE

MACRO V05.03

L14

COKDAFO KDJ11-8 CLUSTER DIAG.

;CASES
;:NO GO TO 4$

;POINT TO 22 BIT MODE D SPACE CASE

:INIT MMR3
;INIT PSW

;PUSH DATA ONTO STACK

M1l4

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-162

SEQ 0181

MEMORY MANAGEMENT TESTS

10095 047072

012737

000001

10097 047102
10098 047106
10099 047114

005037
012737
004767

177572
000020
000040

10102 047120
igiOS 047124

005037
004767

172516
000004

000167

000376

10096 047100

10100
10101

10105
10106
10107

10108 047130

106631

177572

21,30177572

172516

38177572
$20,39172516

; TURN

a(R1)+

;INIT MMR3

;:CHECK IF DATA AT PHYSICAL ADDRESS IS EQUAL

PC,T14

;70 EXPECTED AND IF NOT DETERMINE IF IT
;IS AN ADDER ERROR OR A MEMORY ERROR

;INIT MMR3 FOR 18 BIT MODE
;WRITE DATA TO PHYSICAL ADDRESS AND THEN

ae172516

PC,TS14

JMP

;WRITE DATA ;0 PHYSICAL ADDRESS

;CHECK IF DATA AT PHYSICAL ADDRESS IS
;EQUAL TO EXPECTED AND IF NOT DETERMINE IF
;IT IS AN ADDER ERROR OR A MEMORY ERROR

T14FIN

AT
:RGJTIPE TO WRITE DATA TO PHYSICAL ADDRESS AND TO CHECK IFEDATA
IF IT IS

;PHYSICAL ADDRESS IS EQUAL TO EXPECTED AND IF NOT DETERMIN
10113

10114 047134
10115 047140
10116 047146
10117 047152
10118 047154
10119 C47160

*AN ADDER ERROR OR A MEMORY

012437
012737
012746
006631
005037
012737

177776
000001
052525

My
177572 s
MOV

(N eeLTITIS
#52525, -(SP)

177572
010000

177776

MOV
MOV
MOV

#10000,30177776
(R2)e,80172246
#1,80177572

Ti4:

177572

MTPI
CLR

MFPI
P

10125 047212
10126 047216
10127 047222
1038 047224

006573
022726
001402
104002

10130 047226
10131 047230
10132
047232
10133
047236
10134
10135 047240
iggg 047242

000401
104002

10140 047244
047
10142
10143 047262
ig}:; 047270

125252

1¢:

005037
005203
005203
000207

177572

005037

177572

013737

003012
003014
177766

005037

10146 047274
10147

000006

10150 047276
10151 047300

177646
177650

BEQ
MFPI

2¢:

@0(R3)

23
S0(R3)

INN
IN

RTS

;TURN MMU OFF

;00 RELOCATION
;IS DATA EQUAL TO EXPECTED

L(SP)e

9125252,(SP)+
1%

CLR

;WRITE DATA TO PHYSICAL ADDRESS VIA STACK

@(R1)+
98177572

CMP
BEQ

ERROR

;INIT PSH
;TURN MMU ON
;WRITE DATA ONTO STACK

°2

@8177572

R3
RS

;YES GO ON
;WHAT TYPE OF ERROR IS IT

;:MMU ERROR

:IT IS A MEMORY ERROR

;IT IS AN ADDER ERROR
N
MMU OFF
:TUR

INON-EXISTANT MEMORY TRAP ROUTINE

MXMTRP: CLR
MOV
MOV
MOV
CLR

@0SRO
304
80SLOCO0,

ST14FIN,(SP)
@8SL0CO1,
8177766

RTT

*ADDER TEST PART B TABLES

PARAD2: .MORD

‘WORD

177646

177650

:RETLRN
;TURN OFF MU,

iSET UP STACK WITH RETURN ADDR.

;RESTORE LOC 4
;RESTORE LOC 6

iCLEAR TIME OUT INDICATION FROM
;CPU ERROR REGISTER.
:RETURN FROM TRAP; GO TO NEXT TEST.

N14

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30 Page 14-163

MEMORY MANAGEMENT TESTS

JMORD 177652
172240
'WORD 177640

177652

101
xox “g&e 172240
177640

'WORD
'WORD

101
10155 oomo 177642

10156 047312
10157 047314
10158 047316
10159 047320
10160 047322
10161 047324

172244
177644
172252
172352
177662
172242

10164 047332
10165 047334
10166 047336
10167 047340
10168 047342
10169 047344
10170 047346

137700
077700
176777
007600
167700
175700
177425

10172 047352
047354
10173
10174 047356
10175 047360
10176 047362
10177 047364
10178 04

173700
176700
077400
000333
070000
110000
1

101
10163

oagg 000333
157700
04

10171 047

10179 04

VIR2:

030000
030000

047422
047424

010000
030000

047432
10196
10197 047434
10198 047436

030000
010000
000000

10190 “733 030000
030000
10191 047
10192
10193

10194 047
10195 047

030000
010000

10199 omao 000111
030000

010000
1 omu
047446 160000
047450
047452

'WORD
'WORD
'WORD
.WORD
.WORD
"WORD
WORD

173700
176700
077400
333
070000
110000
1

.MORD
‘WOFLU
JWOFD
JWORD
'WORD

000000
030000
050000
052524
136000

333
157700

177220

000000

iu
-WORD
"WORD 030000

MODE2:

.WORD
.WORD

030000
030000

JWORD
"WORD

030000
030000

"WORD
'WORD

030000
010000

"MORD
.WORD

.WORD
"WORD
.WORD

JMORD
"WORD

010000
030000

030000
010000
000000

111
030000

"WORD 010000
160000

140000
100000

PARVA3: .WORD
'WORD
'WORD

140000
100000

007600
170000
176000

'WORD
'WORD
'WORD

007600
170000
176000

omg 176770

047456
1020 047460
10208 047462

137700
077700
176777
007600
167700
175700
177425

"WORD

000000

10188 047412
10189 047414

'WORD
'MORD
'WORD
'WORD
"WORD
'MORD
'WORD

JWORD

mgo 047372 000000
10181 047374 030000
047376 050000
10182
047400 052524
10183
047402 136000
10184

{8{‘5 &3‘“ 300 1
101” 04741 oso&o

172244
177644
172252
172352
177662
172242

WORD
PARVA2: .WORD

177220

177642

'WORD
'MORD
‘WORD
'MORD
"WORD
'WORD

MORD

176770

SEQ 0182

OlD

COKDAFO XDJ11-B CLUSTER DIAG.

TMMACRO V05.03

Fridey 28-Mer-86 13:30

Page 14-164

MEMORY MANAGEMENT TESTS

10209 047464
10210 047466
10211 047470
047472
10212
10213 047474
10214 047476
10215 047500
10216 047502

177552
177400
174000
177000
007500
000333
060000
060000

10218 047506
10219 047510
10220 047512
10221 047514
10222 047516
10223 047520

060700
060000
060000
060000
060024
060000

VIRS:

060700
060000
060000
060000
060024
060000

"WORD

"WORD
'WORD

060000
10224 04
10225 047524 060000
060000
10226 04
iozzo

"WORD
"WORD
"WORD
"WORD
"WORD
"WORD

.WORD

10217 047504 060000

10227 047530

'ORD
"WORD
MORD
.4ORD
'MORD

177552
177800
174000
177000
007500
333
060000
060000

JMORD
'WORD

'WORD

000333

10550

060000

060000
060000
060000
333

10231 047532

f14FIN:

102“

H ;t“‘t.t‘t‘t.ttt'*t‘t‘ttt.tt‘ttt‘t‘ttttttt‘tttttttttt‘tttttt‘ttt

10245

10247 047532
10248 047536
10249 047544
ot;gbsg
1
10251 04
omgs
1
047572
1
047576
1
047602
1
1
13;3

004767 070014
012737 177400
016767 130234
016767 000026
767 000001
005067 130174
005067 130200
005737 157776
000415

172354
133240
130224
130004

;
iWE

TEST NON-EXISTANT MEMORY TRAP
ASSUMING THA7 THE NON-EXISTANT MEMORY TIME OUT

1%:

JSR
MOV
MOV
MOV
BIS
CLR
CLR
ST
BR

PC, MU
8177400, 30KIPARG
4,5L0C00
24,4
#81700,SRO
CPEREG
PS
0157776
NXMF IN

;INIT THE MMU
:SET KIPAR6 TO RELOCATE TO HIGHEST MEMORY
:SAVE VECTOR
:LOAD VEC WITH ADDR OF TRAP HANDLER
;TURN ON THE MU
:CLEAR THE CPU ERROR REGISTER
;:CLEAR THE PSW
:ACCESS PHYSICAL ADDR 17757776
:IF IT DOESN'T TRAP MWE'LL ASSUME

cHP
BEQ
ERROR
cHP

#B81T05,CPEREG
34
+2
#1$,(SP)+

:IS CPU ERROR REGISTER CORRECT?

:FEATURE IS WORKING SINCE WE CAN'T GUARANTEE THAT
:THE SYSTEM BEING TESTED HAS A NON-EXISTANT MEMORY LOCATION.
;AT THIS TIME WE WILL ATTEMPT TO TEST THE NXM FUNCTION

047604 022767 000040 130154 2%:
1
10259 047612 001401
10260 047614 1
38:
10261 047616 022726 047602
047622 001401
1
047624
1
10264 047626 022726
10265 047632 001401
104002
1&6 04
10267 047636 005067
10268 047642 005067
ioass 047646 016767

108

10274 047654

000000
127730
130120
133140

BEQ
ERROR
cHP
as:
BEQ
ERROR
NXMFIN: CLR
CLR
MOV
130130
TSMM1S:

48
+2
#0,(SP)+
NXHF IN
+2
SRO
CPEREG
SLOC00, 4

PAGE WRITTEN BIT TEST

:THAT THIS IA A 4 MEGABYTE SYSTEM
:AND GO TO THE NEXT TEST

MMU

;IS CONTENTS OF STACK CORRECT?

;

:IS CONTENTS OF STACK CORRECT?

;

:TURN OFF THE MW
:CLEAR THE CPU ERROR REGISTER
:RESTORE THE VECTOR

Cl5

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30 Page 14-165

SEQ 0184

MEMORY MANAGEMENT TESTS

10276 047654

10277 047660
10278 047664
10279 047670
10280 047674
10281 047700
10282
10283
10284 047704
10285
10206

005037

050000
172200
000072

004767

177776

PC,T1S

MOV

#50000,36177776

JSR

PC,T1S

177776
170000
177600

CLR

80177776

MOV
JSR

#177600.R4
PC,TS15

JSR

PC,T1S

177776

000110

CLR

*DO RELOCATIONS AND TEST KDPDRS FOR

'PAGE WRITTEN BIT BEING SET AND IF NOT
*SET GO TO ERROR
'INIT PSW

'SET POINTER TO SPDRS
'D0 RELOCATIONS AND TEST SIPDRS FOR
*PAGE WRITTEN BIT BEING SET AND IF NOT
*SET GO TO ERROR

‘D0 RELOCATIONS AND TEST SOPDRS FOR
*PAGE WRITTEN BIT BEING SET AND IF NOT
"SET GO TO ERROR

*INIT PSW TO A KNOWN STATE
{INIT PSW

#170000,80177776

"SET POINTER TO UPDRS
*D0 RELOCATIONS AND TEST UIPDRS FOR
*PAGE WRITTEN BIT BEING SET AND TF
*NOT SET GO TO ERROR
'DO RELOCATIONS AND TEST UDPDRS FOR
*PAGE WRITTEN BIT BEING SET AND IF NOT
'SET GO TO ERROR

*INIT PSW TO A KNOWN STATE

98177776

012704
004767

MOV

JSR

PC,TISA

012704
004767

000142

172200

MOV
JSR

#172200,R4
PC,TISA

iSET POINTER TO KPORS

#172300,R4

'EXPLICITLY WRITE TO KPDRS AND TEST
*FOR PAGE WRITTEN BIT BEING CLEARED
"AND IF NOT CLEARED GO TO ERROR
'SET POINTER 1O SPDRS
"EXPLICTTLY WRITE TO SPDRS AND TEST
*FOR PAGE WRITTEN BIT BEING CLEARED
PAND IF NOT CLEARED GO T ERROR
iSET POINTER TO UPDRS

#177600.R4

004767

177600
000132

MOV

JSR

PC,TISA

000167

000154

TISFIN

012704

'NOT SET GO TO ERROR

#172200,R4
PC,TS15

000136

MOV

'D0 RELOCATIONS AND TEST KIPDRS FOR
*PAGE WRITTEN BIT BEING SET AND IF

PC,TS15

JSR
MOV
JSR

;MMU OFF
;CLEAR MMU ABORT FLAG
TINIT MU
LINIT PSW
*SET POINTER TO KPDRS

3177572
FLAG
PC,MW
@ei77776
#172300.R4

177776
172300
000152

005037

10313 050004

JSR

000160

10287 047710
10288 047716
10289 047722

CLR
CLR
JSR
CGR
MOV

177572
133144
067662
177776
172300
000114

PEXPLICITLY WRITE TO UPDRS AND TEST

*FOR PAGE WRITTEN BIT BEING CLEARED
YAND IF NOT CLEARED GO TO ERROR

*ROUTINE TO DO RELOCATIONS AND TEST IPDRS FOR PAGE WRITTEN BIT BEING

YSET AND IF NOT SET REPORT AN ERROR

012737
011111

001401
104002

062701

000001

172516
177572

fs15:
1:

177572
077506

.SET POINTER TO VIRTUAL ADDRESS

CLR

MW177572

:TURN MMU OFF

BEQ

2¢

ADD

$20000,.R1

MOV
MOV
MOV

26:

ERROR

‘INIT MR3
iTURN MMU ON
‘D0 A RELOCATION

$20,90172516
#1,00177572
(Ri),(R1)

*IS DATA EQUAL TO EXPECTED

(R4)+,077506
+2

ERRQ

OK GO ON

oGINT TO NEXT VIRTUAL ADORESS

D15

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Fridey 28-Mar-86 13:30

Page 14-'66

SEQ 0185

MEMORY MANAGEMENT TESTS
10
ig

050064
050066

001361
000207

160000

xogg 050060 020%7

RTS

;NO GO TO 1%
;RETURN

14
PC

;ROUTINE TO DO RELOCATIONS AND TEST DPDRS FOR PAGE WRITTEN BIT BEING SET

10337
10338
10339
10340 050070

10341 050072
050076
1

R1, 2160000

T
;AND IF NOT SET REPORAN

{15:
000001

172516
177572

18:

177572

077506

R
ADD
MOV
MOV
MOV
MTPD
CLR
P
BEQ

R1
92,R4
oT,99172516
01.90177572
(Ri),-(SP)
(R1)
98177572
(R4).,877506
2%

ADD

#20000,R1

ERROR

28:

160000

C®
BNE
RIS

;SET POINTER TO VIRTUAL ADDRESS
'POINT 10 FIRST DPDR
INIT R3S
iTURN MU ON
iPUSH DATA ONTO THE STACK
iDO A RELOCATION
ITURN MU OFF
i1S DATA EQUAL TO EXPECTED
0K GO ON

;MU ERROR

iNO GO TO ERROR

:POINT TO NEXT VIRTUAL ADDRESS

iARE WE DONE
iNO GO TO 1%

RI1,#160000
18
PC

iRETURN

*ROUTINE TO EXPLICITLY WRITE TO PDRS AND TEST PAGE WRITTEN BIT FOR BEING

{CLEARED AND IF NOT CLEARED REPORT AN ERROR

f1sa:
18:

077406

26:
TA1SFIN:

fsmue:
:

172516

000010
000014
000016

BEQ

ERROR

I
%
BNE

R2
R2,820
18

MOV
P

RTS

172516

;CLEAR COUNTER

i00 AN EXPLICIT WRITE TO POR
{15 DATA EGUAL TO EXPECTED
0K GO ON

;MU ERROR

iNO GO TO ERROR

; INCREMENT POINTER
iARE WE DONE
iND GO TO 1%
iRETURN

TEST CSM (CALL SUPERVISOR MODE)
@8177572
CLR
9OFLAG
CLR
STMMIGE,R4
MOV
PC,MW
JSR

MOV

#37,98172516

MOV
MOV

9614.-(SP)
916, -(SP

CLR
MOV

MOV

ROV

MORD

ERROR
000010

(R4),(R4)
(R4)+,877406

TSMIGA: MOV

MOV

:
:

{SETUP NEW VECTORS

.9910

#137,9014

oA 9016
7014
2

TMMI6C,010

#27,90172516

ENABLE CSM INSTRUCTION

iSET PS TO KER
iSAVE VECTORS

@9177776
8810,-(SP)

M OFF
ICLEAR MMU ABORT FLAG
{INIT R4
SINIT MW

" TEST INSTRUCTION

iGO TO ERROR IF NOT TRAPPED
LSETUP NEW VECTOR

iDISABLE CSM INSTRUCTION

E15

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-167

SEQ 0186

050304
10
10393 050312
10394 050314
395
10396 050316
324

012737
007014
104002

140000

012737
012737
005037
007014

050474

050342

012737

000037

10404 050356

012706

000700

10406 050370
4
10407
10408
10409 050404

012706
012737
000277
007024

000600
000014

1C400 050340

10415 050414

177776

000010
172516

TSM168B:

104002

042737

172516
177776

TSM16C:

177776
000010
TSM160D:

007777

177776
177776

{’MIGB :

050440

10424 050452

10425

000167

177624

022737

030000

177776
177776

TTMM16C:

;MU

#TMM16D, 9610

000167
042737
022737

001401

177622
007777

000000

177776
177776

TMM16D:

7214

000167

10442 050530

000167
022737

177616

000364
070017

TMM16E:
TMM16F:

177776

TMM16A:

#37,80172516

#40000,8¢177776
#700,R6
#140000, 39177776
#600,R6

10447

050546

020627

000572

1$:

7024
+2

:SET PS TO SUP MODE
;INIT SUP SP
;SET PS 10 USER MODE
;INIT USER SP
;SETUP NEW VECTOR

TM16A

fi).ui‘rms

(SP)+
(5P)+
TSM16A
o771, 99177776
#30000, 30177776

:SET ALL CC BITS
a TEST INSTRUCTION

;GO TO ERROR IF NOT TRAPPED
CLEAR UNMANTED BITS

#7777, 90177776

‘\IrgspéommcT

;MU ERROR

:NO GO TO ERROR

:CLEAN UP STACK
;CONTINUE TESTING
:CLEAR UNMANTED BITS
;IS PS CORRECT
YES GO ON

(SP)+
(SP)-+
TSMi6B
87777,90177776
20,90177776

:NO GO TO ERROR

;CLEAN UP STACK
:
;CONTINUE TESTING
:CLEAR UNWANTED BITS
;IS PS CORRECT
YES GO ON

;MU

gg;o

:NO GO TO ERROR

:CLEAN UP STACK
iV

TSM16C
136430
.

R6, 9572

;:CONTINUE TESTING
TEST LOCATION

:GO TO ERROR IF DIDN'T ABORT

;IS PS CORRECT

#70017,30177776
24

TEST INSTRUCTION

;GO TO ERROR IF NOT TRAPPED
;ENACLE CSM INSTRUCTION

#14,3810

;SET PS TO KER MODE

1$:

;SETUP NEW VECTOR

;DISABLE CSM INSTRUCTION

30177776

104002

:SET PS _TO USER MCOE
mresw INSTRUCTION

;GO TO ERROR IF NOT TRAPPED

#27,38172516

050470
1
10431 050474
10432 050502
1

7014

1%:

10433

14:

3} 3 §§§§§§§§§ ggfiéé gsé

MEMORY MANAGEMENT TESTS

mges GO ON

:NO GO TO ERROR

;IS SP CORRECT
:YES GO ON

F15

COXKDAFO KDJ11-B CLUSTER DIAG.

MACRO V0S5.03 Friday 28-Mar-86 13:30 Page 14-168

SEQ 0187

MEMORY MANAGEMENT TESTS
.2

10451 050556
050562
10452

020427
001401

050566
10455
10456 050574

023727
001401

10459 050600

2%:

g:.nmxse»z

3$:

@0TMM16E , #156430

104002

156430

001401

10467 050620

10471 050630

10473 050642
10474 050646

156430

10478 050660

704

10483 050706

10486
10487 050720
10490
10491 050730

050406

022627

6$:

012706

78:

001401
104002

177776

012737

020627
001401

104002

012737

012737
012737
010701
007014

050526

000001

001401
104002

84:

177572

003030

022737

023701

121320

000016
003030

9¢:

003046

023727
001401
104002

003042

050742
10495
10496
050750
10497 050756
10498 050762
10499 050770

012737
012737
012706
012737
012706

000037

172516
177776

1
1
051014
10505 051016

045712
104002

100041

10492 050736

(SP)+,#TSM16D

5¢:

104002

012767

iNO GO TO ERROR

(SP)+,#156430

4%:

000700

10$:

114:

177776

i
g B 051024 000016
i) gl
051012 007027
000014

000010

TS16A:

(SP)+, #140000

§§§§§§§§§§§ gfi% gfi% §§3§§§§§§ 383 3

0466

022627
001401

;MU ERROR

104002

10463 050610
10464 050614

'%és“éocgracct

104002

022627

;MMU ERROR
iNO GO TO ERROR

;IS TEST LOCATION OK

;MU

iNO GO TO ERROR

;IS STACK CORRECT

;MU

#140000, 3177776
R6, 9600

YES GO ON

:NO GO TO ERROR

;IS STACK CORRECT
YES GO ON

sMMU

:NO GO TO ERROR

;IS STACK CORRECT
YES GO ON

#700,R6

YES GO ON

iNO GO TO ERROR
;RESTORE SUP SP

:SET PS TO USER MODE
;IS USER SP CORRECT
YES GO ON

a;
*

$77400, SIPDRO

:NO GO TO ERROR

:SETUP SIPDRO TO ABORT

:SETUP FLAG FOR AN ABORT
;TURN MMU ON

#1,90FLAG
o1.998177572

:SAVE OLD PC

R7.R1

i TEST INSTRUCTION

70i4

;g.mu;

S0SAVMR2,R1
10%

VECTOR

;

STMM16F , 3016

;%g g gom

;MU ERROR

{NO GO TO ERROR

;IS MMR2 CORRECT

Em,”\;es GO ON

;MU

113

;MU ERROR

#37,80172516

8400 m.’aomm

#140000, 39177776
#600,R6
#14,8010
#7516,3016

7027

42712

:NO GO TO ERROR

YES GO ON

iNO GO TO ERROR

;ENABLE CSM

:SET ’5‘,!‘;05,,5"
;SET PSW TO USE
:SETUP USE SP
;SETUP NEW VECTOR
;SETUP NEW VECTOR
:SET ALL CC BITS
; TEST INSTRUCTION

104002

615

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Page 14-169

Friday 28-Mar-86 13:30

SEQ 0188

MEMORY MANAGEMENT TESTS
10506
10507 051020
10508 051024

10509 051032
10510 051034
1%11
10512 051036
10513 051042
10514 051044
10515
10516 051046
10517 051052
10518 051054
10519

000167
022737
001401
104002

000074
070017

020627
001401
104002

000572

022627
001401
104002

045712

177776

T516:

JHP
CMP
BEQ

TM16A
$70017,38177776
200$

2008:

CMP
BEQ

R6,#572
2014

CMP
BEQ

(SP)+,#45712
2024

CMP
BEQ

(SP)+,#TS16A
2034

CMP
BEQ

(SP)+,#140000
2043

ERROR

2018:

022627
001401
104002

051016

022627

140000

203$:

001401
104002

012706

012737
020627

177776

204%8:

001401
104002

10536 051130
10537 051134
10538
10542
10543
10544
10545

005037
012637
012637
012637

ERROR
ERROR

000700

TM16A:

sMMU ERR&

MMU
:NO GO TO ERROR

:NO GO TO ERROR

;IS SP CORRECT
YES GO ON
;IS STACK CORRECT
:YES GO ON

;MMU ERROR

NO GO TO ERROR

;IS STACK CORRECT
YES GO ON

;MU ERROR

;MMU
:NO GO TO ERROR

#700,R6

MOV

MOV
CMP
BEQ

#140000, 39177776
R6, #600
TMi6A

CLR
MOV
MOV
MOV

39177776
(SP)+,8016
(SP)+, 9014
(SP)+, 8010

ERROR

177776
000016
000014
000010

;IS PSW CORRECT
YES GO ON

ERROR

202¢:

;GO TO ERROR IF DIDN'T TRAP

:NO GO TO ERROR

;IS STACK CORRECT
YES GO ON
:RESTORE SUP SP

:SET PSW TO USER MODE
:IS USER SP CORRECT
;:YES GO ON

;MMU ERROR
:NO GO TO ERROR

:SET PS TO KER MODE
;RESTORE VECTORS
;
;

.SBTTL

FLOATING POINT TESTS

S04
SRR RREIAR
AERRR
RRR SR
EERER
R ERRRRRERR
[ REREEARRERRAERRREERRRRERRRRRRRERARR

BEGIN FLOATING POINT TESTING

;

ettt tttttttotttttetttttettttet
T

1
10547
10560 051140

s
L T et

MBT1:

10561
10562
10563

FPP REGISTER BIT TESTS

3 ‘.‘.“‘.‘.“‘.’.“‘.‘.““““.“““.".‘.‘.‘“.“.“‘..“.“.

iRS=FPP POINTER

*R1=TEMPORARY COUNTER
iR2=POINTER TO EXPECTED DATA
'R3=POINTER TO RECEIVED DATA
*R&=0DD/EVEN COUNTER

10564 051140

170011
005005
012702
012703

174012

10572 051164

005004
170400
170401

003100
003110

MBT2:

MBT2A:
BTGO:

CLR
MOV
MOV
CLRD
g

RS
#BTEXP , k2
#BTRES,R3
ACO
RAEO.(R?)

CLRD

ACO

CLRD

;SETUP FPP_ACC POINTER
:POINT TO TEST DATA
:POINT TO RECEIVED DATA
;SETUP FPP REGISTER VALUES
;CLEAR EXPECTED VALUE

:SETUP FPP REGISTER VALUES

AC1

TS -

H15

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Page 14-170

Friday 28-Mar-86 13:30

SEQ 0189

FLOATING POINT TESTS

10573 051166
10574 051170
10575 051172

105773 051174
1

10578 051176

170402
170403
170404
170405

AC2
AC3
AC4
ACS

010501
070127
062701
000111

RS,R1
#14 R1

;GET FPP AC NUMBER INTO R1
;ALLOW 10 LOCATIONS FOR OPERATION
;:SETUP JMP LOCATION

#MACO,R1

(R1)
BTEXP,ACO

MACO:
MACOA:

172467

;LOAD TEST DATA INTO TEST REGISTER

ACO,BTRES

:SAVE TEST RESULT
;GET _OUT
;LOAD TEST DATA INTO TEST REGISTER
: (S;AE¥E TEST RESULT

MACE

ACLBiRES

MAC1:

MACE

ouT

:LOAD TEST DATA INTO TEST REGISTER

BTEXP,AC2

AC2,BTRES

131552

131536

131544

131530

131536

140132

MBT8:

051404
10620
10621 051410

001413
020327
100010
174067
004767

10623 051416
10624 051422

004737
104003

10619 83.1402
1

051414

051424

051430
10628 051432
10629 051436

;LOAD TEST DATA INTO TEST XFER REGISTER
;LOAD TEST REGISTER

;:STORE RESULT INTO XFER FPP REGISTER
;:GET OUT

;:BRANCH IF REGISTER ERROR

BTER
BTEXP+2,BTRES+2
BTER
BTEXP+4 ,BTRES+4

BTER

BTEXP+6,BTRES+6
MBTS
SSDETFPA
+3

;FPP

;GO0D RESULT
DETERMINE FLOATING POINT FAULT. $$$

;FPP AC LOADED INCORRECTLY

;NOW VERIFY THE OTHER REGISTERS REMAINED ZERO

3
10614 051370

10615 051370
10616
051372
051374
10617
10618 051376

BTER:

;LOAD TEST DATA INTO TEST REGISTER

;SAVE TEST RESULT
;GET OUT

MACOA

JEALRIRIR

131544

MACE:

;GET 0UT

BTEXP,ACO

MACS:

131560

:SAVE TEST RESUL

MACE

MAC4:

177674
131552

;LOAD TEST DATA %NTO TEST REGISTER

s
e

MAC3:

177710
131566

:SAVE TEST RESULT
;GET _OUT

MACE

020527
001410
174167
004767

;CLEAR _TEMPORARY COUNTER
;SEE IF RO UNDER_TEST
:BRANCH IF TEST ING RO
;SEE_IF TESTING FPP REGISTER >R4
;SKIP RO TESTING
:SAVE_AC_TEST RESUWLT

R1
RS
MBT8A

RS, 84

MBT8A
ACO,BTRES
R7,BTTST
MBT8A

131500
000246

SODETFPA
+3

140132
000001

131452
000220

MBT8A:

RS, #1

M8788

AC1,BTRES

R7,BTTST

:BAD ACO

:VERIFY THAT CONTENTS REMAINED ZERO
:BRANCH IF EXPECTED RESULT
DETERMINE FLOATING POINT FAULT. $8$

;SEE _IF R1 UNDER TEST
;BRANCH IF R1 UNDER TEST
;SAVE AC TEST RESULT

;VERIFY THAT CONTENTS REMAINED ZERO

115

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

FLOATING POINT TESTS

10630 051442 001403

104003

10634 051452 020527 000002
10635 051456 001410
10636 051460 174267 131424

MBT8B:

10637 051464 004767 000172
10638 051470 001403
10640 051476

104003

10642 051500 020527 000003
10643 051% 001410
174367 131376
10644 051
10645 051512 004767 000144
10646 051516 001403
10647 051520 004737 140132

10648 051504 104003

10649

10650 051526 020527 000004

10651 051532
10652 051534
10653 051536
10654 051542
10655 051546

001411
172404
174067 131346
004767 000114
001403

10656 051550 004737 140132
10657 051554 104003
10658
10659 051556 020527 000005

10660 051562
10661 051564
10662 051566
10663 051572
10664 051576

001411
172405
174067 131316
004767 000064
001403

MBT8D:

10686 051662 005767 131222

\SEE IF TESTING FPP REGISTER AC2
;BRANCH IF R2 UNDER TEST
iSAVE AC TEST RESULT

RS, 82

;FPP

SSDETFPA

;FPP ERROR

CMP

@DETFPA

RS, #3
MB18D
AC3,BTRES
R7,BTTST
MB18D

RS, 84

BEQ
LDD
STD
JSR
BEQ

MBT8E
AC4,ACO
ACO.BTRES
R7,BTTST
MB18E

CMP

RS, 85

ERROR

BEQ
LDD
STD
JSR
BEQ

CALL

10685

;g:g ERR

ERROR

CALL

MBTBE:

;BRANCH IF GOOD

mbgevmrc FLOATING POINT FALLT. $$$

MBT8C
AC2,BTRES
R7,BTTST
MBT8C

ERROR

000241

CMP

S0DETFPA

SEQ 0190

BEQ
STD
JSR
BEQ

CALL

MBTSF:

10670 051612 042704 177776
10671 051616 001401
10672 051620 000261
10673 051622 006112
10674 051624 006162 000002
10675 051630 006162 000004
10676 051634 006162 000006
10677 051640 103402
ig;g 051642 000167 177314
10680 051646 005205
10681 051650 020527 000006
10682 051654 100016
ious 051656 000167 177272

MBTSC: CMP
BEQ
STD
JSR
BEQ

10665 051600 004737 140132
10666 051604 104003
10667
10668 051606 005204
10669 051610

ERROR

CALL

10639 051472 004737 140132

10641

MBT88

CALL

10631 051444 004737 140132

%ggg 051450

BEQ

Page 14-171

ERROR
INC
CLC

SSDETFPA

mataF
ACS,ACO
ACO.BTRES
R7,BTTST
meiar
@SDETFPA

:VERIFY THAT CONTENTS REMAINED ZERO
;BRANCH IF GOOD

:BAD AC2

DETERMINE FLOATING POINT FAULT. $$$

:SEE IF R3 UNDER TEST
:BRANCH IF R3 UNDER TEST
:SAVE AC TEST RESULT
:VERIFY THAT CONTENTS REMAINED ZERO
:BRANCH IF GOOD

DETERMINE FLOATING POINT FAULT. $$$

:BAD AC3

:SEE IF R4 UNDER TEST

:BRANCH IF R4 UNDER TEST
:MOVE REGISTER CONTENT
:SAVE AC TEST RESULT
:VERIFY THAT CONTENTS REMAINED ZERO
:BRANCH IF GOOD

DETERMINE FLOATING POINT FAULT. $$$

.FPP ERROR
:BAD AC4

;SEE IF RO UNDER TEST

:BRANCH IF RO UNDER TEST
:MOVE REGISTER CONTENTS
:SAVE AC TEST RESULT
:VERIFY THAT CONTENTS REMAINED ZERO
:BRANCH IF

DETERMINE FLOATING POINT FAULT. $$$

.FPP ERROR
:BAD ACS

; INCREMENT PATTERN COUNTER

BIC
BEQ
SEC
MBT8FG: ROL
ROL
ROL
ROL
BCS
JHP
MBTSI: INC
P
BPL
JMP

#177776,R4
MBT8FG
(R2)
2(R2)
4(R2)
6(R2)
MBT8I
BTGO
RS
RS, 96
MBTE
MBT2A

; TEST FOR ODD /EVEN
:BRANCH IF EVEN
:SET CARRY FOR TEST PATTERN SHIFT
:ROTATE LSW OF TEST PATTERN
:ROTATE 2 WORD OF TEST PATTERN
:ROTATE 3 WORD OF TEST PATTERN
:ROTATE 4 WORD OF TEST PATTERN
:JUMP IF THROUGH WITH TEST PATTERN
:CONTINUE WITH NEW TEST PATTERN
;GO TO NEXT REGISTER TEST
:SEE IF THROUGH TESTING
;JUMP IF THROUGH
:CONTINUE TESTING WITH NEW PATTERN

8T1ST: TST

BTRES

;VERIFY CONTENTS AS ZERO

J15

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30 Page 14-172

SEQ 0191

FLOATING POINT TESTS

10687 051666
051670
10688
051674
10689
10690 051676
10691 051702
051704
10692

1“3 051710

001010
005767
001005

005767

001002
005767
000207

BNE
TST
BNE
TST
BNE
TST

131216
131212

131206

BTTSTE: RTS

BTTSTE
BTRES+2
BTTSTE
BTRES-4
BTTSTE
BTRES+6
R7

;EXIT IF NOT ZERO
; VERIFY CONTENTS AS ZERO
;EXIT IF NOT ZERO
;VERIFY CONTENTS AS ZERO
;EXIT IF NOT ZERO
; VERIFY CONTENTS AS ZERO

;GO BACK TO CALLING ROUTINE

MBTE:

;

TEST UNIQUENESS OF FPP ACCUMULATORS

; flt&t“untuuuutuutuunuuuuuuuuuuuuuuouu

10715

S TEST LOADS UNIQUE PATTERNS INTO EACH ACCUMULATOR SIMULTANEOUSLY.
;R2=POINTER TO EXPECTED DATA
i

MFA:

003100
003110
000051

000052
000053
000054
131114

131142
131136
131132
131126

000240
131102
000226

131070

000216
131060
000206
131050
000176
131040

131044
000246
140132
000200

10748 052070
10749 052074
10750 052076
10751 052102

131020

000222

140132

BFACL:

g 22&23 %5885 3838333300Y

Lot

10716
10717 051712
10718 051714
10719 051716
10720 051720
10721 051724
051730
10722
10723 051736
10724 051744
10725 051752
10726 051760
10727 051764
051
10728
107

:R3=POINTER TO RECEIVED DATA

;SETUP FPP ACC POINTER

;POINT TO TEST DATA
;POINT TO RECEIVED DATA
;SETUP EXPECTED DATA
;
;
:

;MOVE DATA TEMPORARILY
;PUT DATA INTO TEST REGISTER

;SUBTRACT TEN FROM EACH EXPECTED DATA

;MOVE DATA TEMPORARILY

;MOVE DATA INTO TEST REGISTER
;SUBTRACT 10 FROM TEST DATA WORDS
;STORE INTO TEST REGISTER
;GET NEXT SET OF UNIQUE DATA WORDS
;STORE INTO TEST REGISTER
;GET NEXT SET OF TEST DATAS
;LOAD TEST REGISTER
;GET NEXT SET OF TEST WORDS
;LOAD FINAL TEST REGISTER

;ALL REGISTER CONTAIN UNIQUE TEST WORDS
;STORE ACO,RESWLT

;CHECK RESULT

;:BRANCH IF GOCD

DETERMINE FLOATING POINT FAULT. $$$

:FPP Efifl&
:BAD ACO

;UPDATE EXPECTED RESWLT
:STORE AC1 RESWLT
;CHECK RESULT
;:BRANCH IF GOOD

;:DETERMINE FLOATING POINT FAULT. $$$

;FPP ERROR

K15

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-173

SEQ 0192

FLOATING POINT TESTS

10752

10753 052104 004567 000154
10754 052110 174267 130774
10755 052114 004567 000176
10756 052120 001403
10757 052122 004737 140132

10758 052126

10759

BFAC2: JSR
STD
JSR
BEQ

CALL

ERROR

104003

10760 052130 004567 000130

10761 052134 1.:367 130750

10762 052140 004567 000152
10763 052144 001403

BFAC3:

10765 052152

104003

10767 052154
10768 052160
10769 052162
10770 052166
10771 052172

004567 000104
172704
174367 130722
004567 000124
001303

10773 052200

104003

10772 052174 004737 140132

10774

10775 052202 004567 000056
10776 052206 172605
10777 052210 174267 130674

BFAC4: JSR
LDD
STD
JSR
BEQ

CALL

ERROR

BFACS:

104003

ig;“ 052230 000452
10785 052232 162767 000010
10786 052240 162767 000010
10787 052246 162767 000010
162767 000010
10788
000205
10789
10790 052264 062767 000010
10791 052272 062767 000010
10792 052300 062767 000010
10793 052306 062767 000010
igm 052314 000205
10796 052316 026767 130556
10797 052324 001013
10798 052326 026767 130550
10799 052334 001007
10800 052336 026767 130542
10801 052344 001003
10802 052346 026767 130534
{mooos 052354 000205
10805
10806 052356

JSR

130640 SUBT:
130634
130630
130624
130606 ADDT:
130602
130576
130572
130564 BFA:
130556
130550
130542
BFB
BFAE:

;BAD RESULT ACl

;FPP €]

@DETFPA

RS,ADDT

S@DETFPA
+3

RS, ADDT
AC4,0C3
AC3.BiRES
RS,BFA
BFACS
S9DETFPA
+3

RS,ADDT

ERROR

@2DETFPA

BFAE
#10,BTEXP
#10.BTEXP+2
¢10.BTEXP+4
210.BTEXP+6
RS
#10,BTEXP
#10.BTEXP+2
#10.BTEXP+4
#10.BTEXP+6
RS
BTEXP,BTRES
BFB
BTEXP+2,BTRES+2
BFB
BTEXP+4,BTRES+4
BFB
BTEXP+6,BTRES+6
RS

;UPDATE EXPECTED RESULT
;STORE AC2 RESULT
;CHECK RESULT
:BRANCH IF GOOD
POINT FAULT. $$$
DETERMINE FLOATING

:BAD AC2 RESLUT

;UPDATE EXPECTED RESULT

:SAVE TEST RESULT

;CHECK RESULT
:BRANCH IF GOOD

RS,BFA
BFAC4

ACS,AC2
AC2.BTRES
RS, BFA
BFAE

BR
SUB
SUB
SUB
SUB
RTS
ADD
ADD
ADD
ADD
RTS
CMP
BNE
cHP
BNE
CHP
BNE
cHP
RTS

ACS,BTRES

LDD
STD
JSR
BEQ

CALL

10780 052222 004737 140132
1073

JSR
BEQ

ERROR

10778 052214 004567 000076
10775 052220 001456
10781 052226

STD

CALL

10764 052146 004737 140132

10766

JSR

RS, ADDT
AC2,BTRES
RS,BFA
BFAC3

;FPP E]

DETERMINE FLOATING POINT FAULT. $$$

:BAD AC3 RESULT

JFPP

;UPDATE EXPECTED RESULT
:SAVE TEMPORARY
:STORE AC4 RESULT
:CHECK RESULT
;BRANCH IF GOOD

DETERMINE FLOATING POINT FAULT. $$$

:BAD AC4 RESULT

:UPDATE EXPECTED RESULT

:SAVE TEMPORARY COPY
:MOVE ACS RESULT
;CHECK RESULT
:BRANCH IF GOOD

;FPP

DETERMINE FLOATING POINT FAULT. $$$

:BAD AC5 RESULT

;EXIT MODULE
-UPDATE EXPECTED CONTENTS
:UPDATE EXPECTED CONTENTS
:UPDATE EXPECTED CONTENTS
:UPDATE EXPECTED CONTENTS
;
;UPDATE EXPECTED CONTENTS
:UPDATE EXPECTED CONTENTS
:UPDATE EXPECTED CONTENTS
:UPDATE EXPECTED CONTENTS
;
;VERIFY CONTENTS
:EXIT IF NOT ZERO
:VERIFY CONTENTS
:EXIT IF NOT ZERO
:VERIFY CONTENTS
:EXIT IF NOT ZERO
:VERIFY CONTENTS
:GO BACK TO CALLING ROUTINE

L15

COXDAFO KDJ11-B CLUSTER DIAG.

rACRO V0S5.03

Friday 28-Mar-86 13:30

Page 14-174

SEQ 0193

FLOATING POINT TESTS

10809
10812 052356
10813

TSFP1:

TEST LDFPS_AND STFPS MODE 0

10814 052356
10815 052362
10816 052366
10817 052372
10818 052376
10819 052402
10820 052406
10821 052412
10822 052414
10823

005037
012704
004767
012704
004767
012704
004767
005004
004767

CLR
MOV
JSR
MOV

JSR
MOV
JSR
CLR
JSR

@TRPFLG
#147757,R4
PC,LOST
#105252,R4

iOOZS 052420

000167

JHP

FINL

10827 052424
032‘%
1

170104
170201

LDFPS
STFPS

R4
Rl

1%3 052430

10830 052432
10831 052434
lgg 052440
1

l‘.OST :

020401

001403
004737
104003

cHP
BEQ

CALL

140132

ERROR
14:

FIN1:

10840
10841 052446

052452
1
10843 052456
10844 052462
10845 052466
10846 052472
10847 052476
052502

tsFp2:
005037
012704
004767
012704
004767
012704
004767
005004

10849 052504

004767

1 052510

000167

170104

1
1

052520
052524

013701
042701

10859
10860

052530

020401

001403
004737

104003

i.m

052540

052542 000207

tsFa:
177776
177760

14:

FIN2:

012704

:LOAD AND STORE FPS WITH DATA
:SETUP DATA TO BE LOADED
:LOAD AND STORE FPS WITH DATA
:SETUP DATA TO BE LOADED
:LOAD AND STORE FPS WITH DATA

PC,LOST
#42505,R4
PC,LOST
R4
PC,LOST

;LOAD FPS WITH DATA
:LOAD R1 WITH (FPS)

:DID THE INSTRUCTIONS WORK
:YES GO ON

R4,R1
14

:DETERMINE FLOATING POINT FAULT. $¢$

@ODETFPA

;FPP ERROR
iNO GO TO ERROR

;RETURN

TEST CFCC

CLR
MOV
JSR
MOV
JSR
MOV
JSR
CLR
JSR
JMP

TRPFLG
217,R4
PC, fsF2
¢12,R4
PC,TsF2
#5.R4
PC.TSF2
PC,TSF2
FIN2

;CLEAR TRAP FLAG
SETUP DATA TO BE LOADED
:LOAD FPS AND COPY CONDITION CODES TO PS
:SETUP DATA TO BE LOADED
:LOAD FPS AND COPY CONDITION CODES TO PS
:SETUP DATA TO BE LOADED
:LOAD FPS AND COPY CONDITION CODES TO PS
:SETUP DATA TO BE LOADED
:LOAD FPS AND COPY CONDITION CODES TO PS

LDFPS

:COPY CONDITION CODES TO PS
:SAVE PS TO R1
:MASK OUT UNWANTED BITS
:WAS CONDITION CODE BITS TRANSFERRED

CFCC
MOV
BIC
cMP
BEQ

ERROR

iSFPS:
10871 052550

NOP

CALL

140132

140054

RTS

;CLEAR TRAP FLAG
:SETUP DATA TO BE LOADED
:LOAD AND STORE FPS WITH DATA
;SETUP DATA TO BE LOADED

RTS

89177776 ,R1
#177760,R1
R4 ,R1
18
@SDETFPA
+3

TEST SETF, SETD,

CLR
MOV

;LOAD FPS

OTRPFLG
#200,R4

; CORRECTLY

:YES GO ON

:DETERMINE FLOATING POINT FAULT. $$$

;FPP ERROR
:NO GO TO ERROR

;RETURN

SETI, SETL

;CLEAR TRAP FLAG
:SETUP DATA TO BE LOADED

M15

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03 Friday 28-Mar-86 13:30 Page 14-175

SEQ 0194

FLOATING POINT TESTS

10872

108

052554

—_—

10875 052562

LDFPS
SETF
STFPS
cHP
BEQ
CALL

170104

170001

170201

020127

001403
004737
104003

140132
14:

R4
R1
Ri‘..OO
1

SSDETFPA
+3

;FPP

iNO GO TO ERROR

;MAKE FD=1

R1
R1,R4

140132

24
ISDETFPA
+3

000100

#100,R4
R4

24:

:FPP El

;SETUP DATA TO BE LOADED

;LOAD FPS

:MAKE FL=0

R1,%0
34
SSDETFPA
+3

3$:

:FPP

;MAKE FL=1

;STORE FPS
;IS FL=1
;YES GO ON

;DETERMINE FLOATING POINT FAULT. $$:

SDETFPA
+3

;FPP ERROR

:NO GO TO ERROR

4%:

005037
012705
013746

013746

012737
013746
012737

170003

000244

000004
053114
053124

170103
010537

140054

000010

D1:

T ILLEGAL OP CODES AND STST

0333338357

%SFPQ:

e TRPFLG
2170003 ¢ RS

20244,

-(SP)

SILLOP1, 39244
204, -(SP)
STIMEOU, 304

8810, -(5P)
SILLOP2, 3810

R3
R3

R2
RS, 3002

052740

104003

022705
001003

140132

170010

R2
R1

232

10925 052750
0926 052752

;STORE FPS
;IS FL=0
;YES GO ON
DETERMINE FLOATING POINT FAULT. $¢¢

:NO GO TO ERROR

R1
R1.R4

140132

:STORE FPS
;IS FD=1
;:YES GO ON
EDETERHIPE FLOATING FOINT FAULT. $4¢

;:NO GO TO ERROR

140132

DETERMINE FLOATING POINT FAULT. $$¢

oganPA
#170010,R5
D5

;CLEAR TRAP FLAG
;INIT OP CODE
:SAVE FP VECTOR
:SETUP_NEW VECTOR
;SAVE TIME OUT VECTOR
SETUP _NEW VECTOR

'SAVE ILLEGAL VECTOR
'SETUP NEW VECTOR

:CLEAR FPS
:SETLP THE ILLEGAL INST
'MEMORY WORDS TO BE USED WITH
PEXECUTION OF ILLEGAL OP CODE

:SAVE FPS FLOATING POINT FAULT. $$8
DETERMINE
.FPP ERROR

160 TO ERROR
;COMPUTE NEXT OP CODE
:

N15

COKDAFO KDJ11-& CLUSTER DIAG.

MACRC Vv05.03

Friday 28-Mar-86 13:30

Page 14-176

SEQ 0195

FLOATING POINT TESTS

10335

MOV

170013

035772

DS:

170077

#170013,RS

#170077.RS

(SP)+.904
(5P)+.80244

:
:

BNE

INC

MOV

RS
D1
(SP)e,@810

FING

CMP

001001
000402
005205
000747
012637
012637
012637

000244

MOV
MOV

000167

000104

052742

fLioe1: o

#03.(SP)

140132

CALL

ERROR

SSDETFPA

CHP
STFPS
CMP ~
BEQ
CALL

(SP)e,(SP)s
Rl
$100000,R1
2%
SGDETFPA

CLR

P
BNE
M

s2.R4
3¢
D4
D4

D6:

07:

000010

100000

140132

ERROR

2¢:

104003

BEQ

14:

022704
001002
000167

177656
140132

3$:

STST

CALL

ERROR

000167

177644

004737
104003

140132

fIMEOU: CALL

ERROR

@GDETFPA

@DETFPA

RTT
004737

104003

fLLoP2: CALL

140132

FING:

*SFPS:
140054
053230

000244

ERROR

SDETFPA

RTT

;

:
3
*RESTORE VECTORS

:DID TRAP OCCUR ON TEST INST
'YES GO ON

DETERMINE FLOATING POINT FAULT. $8%

.FPP ERROR

'NO GO TO ERROR

'CLEAN UP STACK
iSTORE FPS
{15 FPS CORRECT
1YES GO ON
DETERMINE FLOATING POINT FAULT. $$$

.FPP
'NO GO TO ERROR

YINT R4 TO A KNOWN STATE

'STORE FEC AT R4
'IF THE DESTINATION MODE IS IMPROPERLY
*DECODED AN ODD ADDRESS TRAP TO 4
iSHOULD OCCUR
'YS FEC CORRECT
iNO GO TO ERROR
iYES GO ON

DETERMINE FLOATING POINT FAULT. $$$

;FPP ERROR

iG0 TO ERROR
,THEN GO ON

DETERMINE FLOATING POINT FAULT. $8$

.FPP ERROR

'ERROR BECAUSE OF TRAP TO 4
;RETURN

DETERMINE FLOATING POINT FAULT. $88

.FPP ERROR

'ERROR BECAUSE OF TRAP TO 10
*RETURN

TEST FID CINTERRUPT DISABLE BIT)
;CLEAR TRAP FLAG
6TRPFLG
CLR

MOV

LDFPS

el = A

#40000,R3
R3

e NEN VECTOR

:SETUP DATA TO BE LOADED
H

‘COAD FPS, FID=1

Ble

COXDAFQ ¥DJ11-8 CLUSTER DIAG.

MACRO v05.03

Friday 28-Mar-86 13:30

Page 14-177

SEQ 0196

FLOATING POINT TESTS

10990 053160
10991 053162
164
1

;ILLEGAL FP INSTRUCTION

170020

:SEE IF ERROR WAS RECORDED IN FPS

#140000,R1
14
8;&7FPA

140000
140132

1%:

170304

R3
#2,R4

140132

24
SFDETFPA
+3

000244

(SP)+,a36244

:m GO TO ERROR
sSEE IF FEC=2
sYES GO ON

;DETERMINE FLOATING POIMT FALLT. $$¢

;FPP ERROR

:NO GO TO ERROR

;RESTORE VECTOR

FINS

000010

140132

zYES GO ON
DETERMINE FLOATING POINT FAULT. $4¢

9§OETF PA

ILL:

FINS:

;DETERMINE FLOATING POINT FAULT. $s$

;FPP ERROR

FID ERROR
sRETlRN

RTT

gfifiag,figg%fifiap

TEgT LDD, STD FSRC AND FDST MODE 1

LDFPS

140132

053410
11% 053316

1$:
2%:

022421
140132

077306

003162

3s:

003162

140132

012703

022421

053410

43:
5¢:

MOV
MOV
cHP

S9TRPFLG

;CLEAR TRAP FLAG
;SETUP TO LOAD DATA

R4
R4

;CLEAR FPS

sSET FD T0

: SAVE TDEN‘I’ VECTOR

;SETUP NEW VECTOR
:SETUP

; _TEST INSTRUCTION
+IS R4 CORRECT

FPP

:YES GO ON

oermme FLOATING POINT FAULT. $$¢

iNO GO TO ERROR
;SETUP _POINTER TO DATA

sINI COUNTER

IHASGS’GRCE DATA ALTERED

FPP

DETERMINE FLOATING POINT FAULT. $$$

xYES GO TO ERROR

;ARE WE DONE

lSETlP POINTER FOR DATA
: TEST INSTR\ETI

FPP
#TS6DA,R1
#4,R3
(R4)+,(R1)-

:YES GO

R4 CORRECT

DETERMINE FLOATING POINT FAULT. $$$

zm GO TO ERROR

:SETUP POINTER TO DATA
; INIT COUNTER
;IS DESTINATION DATA CORRECT

Cl6

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-178

SEQ 0197

FLOATING POINT TESTS

11057 053404

11058
11059 053410

001403
004737
104003

BEQ

CALL

140132

ERRCR

000167

%SfiOA:

6%
SSDETFPA
+3

R3,5¢

6%:

077306
012637

(5P)+.a04

I gaassess v

11049 053366
11050 053370
11051 053374
11052
11053 053376
11054 053400
11055
11056

;YES GO ON
;FPP

DETERMINE FLOATING POINT FAULT. $$¢

;:NO GO TO ERROR
;ARE WE DONE
;RESTGPE VECTOR

FING

TS6DAT: .

'iSF6:

;DETERMINE FLCATING POINT FAULT. $$$
;FPP ERROR
;0DD ADDRESS TRAP
;sRETURN

b<]

o
-

140132

FING:

fsep7:

TEST LDD, LDF FSRC MODE O

CLR

11106 053572
11107 053576

004767
012637

#200,R4
R4
804, -(SP)
STSF7,904
R4
#TS
(R4)
#TS70A2,R1
(R1),ACL
AC1,ACO
#TSTLOC, R4
L‘E‘ (R4)
#TSTLOC,R4
#TS7DA2 ,R1
ACO, CR&)
PC, CHECK?
¢TSTDAL,R1
(R1),.AC1
AC1,ACO

Ac1 (R&)

SETD

003162

MOV

003162

HOv
STD

000010
000004

a*TRPFLG

MOV
LDFPS
MOV
MOV
MOV
LDD
MOV
LDD
LDD
MOV
gg
MOV
MOV
STD
JSR
MOV
LDD
SETF
LDF

JSR
MOV

#TSTLOC,R4

‘A1c
‘.”{ér’f“o
o CRTS
ér:cx?
(s#)o.on

;:CLEAR TRAP FLAG

iSETUP TO LOAD FPS
:LOAD FPS, FD=1
iSAVE TIMEOUT VECTOR
:SETUP NEW VECTOR
:SETUP POINTER TO DATA
;CLEAR ACO
:SETUP POINTER TO DATA
iLOAD AC1 WITH DATA
; TEST INSTRUCTION
'CHECK IF AC1 HAS BEEN ALTERED
H
;SETUP POINTERS FOR DATA
;
ACO RECEIVED CORRECT DATA
;o:cx IF

'SETUP POINTER TO DATA
;CLEAR AC1
:SET FD=0
; TEST msmucmu
:SET

:SETUP pomsn 10 DATA

;cr:cx IF AC1 HAS BEEN ALTERED

POINTERS FOR DATA
$SETUP
JCHECK IF ACO HAS CORRECT DATA
;:RESTORE VECTOR

D16

COKDAFO KDJ11-8 CLUSTER DIAG.

MACRO V05.03

Friday 28-Mer-86 13:30

Page 14-179

SEQ 0198

FLOATING POINT TESTS

11108
11109

11110 053602

000167

JHP

FIN7

llllg 053606

012703

MOV
P

24 ,R3
(R&)+,(R1)+

11111

11113 053612
11114 053614
ifiiz 053616

022421
001401
104003

BEQ

CHKT

11117 053620

077304

S08

R3, CHEK7

ERROR

T
11120 053624 004737 140132

11121 053630

104003

053632
11
11124
11125 053634
11126 053636
11127 053640

000006

11}2

11128 w
uxg
11130

053646

000000
037641

TSTDA4:

FIN7:

'}S'"PIO:
3

o =

Hig

gylao

003162

004767

012704

&ns di

HR SR e
sl g 1
11165 053772
11166 053776

CALL

SDETFPA

ERROR

TS7DA2:

065121

it s 005037
111
11144 % 012704

fs7oa1: . WORD

000000
000000
000000

11137 053664
11138

111

RTS

RTT

111 % 000000
111 M 022265

000072
003162
054074

003162

MORD
'MORD
MORD
WORD
'WORD

'MORD
JMORD

. WORD

'WORD
"WORD
"WORD

;INIT COUNTER
:IS DATA OK
JFPP

iNO GO TO ERROR

sARE WE DONE

i YES We RN

DETERM..& FLOATING POINT FAULT. $8$

FPP
:0D0D ADDRESS TRAP
sRETURN

O
O
O
O
37641
65121

37373
22265
O
O
37373
22265

TEST STD, STF FDST MODE O

CLR
MOV
LDFPS
MOV
MOV
MOV
LDD
MOV
LDD
STD
MOV
STD
JSR
MOV
MOV
STD
JSR
MOV
LDD
SETF
STF
SETD
MOV
STD

YES GO ON

0TRPFLG
#200,R4
R4
@04, -(SP)
STSF10, 304
#751001 ,R4
(R&),ACO
#751002,R1
(R1),AC1
AC1,ACO
#TSTLOC, R4
AC1,(R4)
PC,CHEC1O
#TSTLOC,R4
#751002,R1
ACO, (R4)
PC,CHEC10
#T51001,R1
(R1),ACi
AC1,ACO
#TSTLOC,R4
AC1,(R4)

;CLEAR TRAP FLAG
:SETUP TO LOAD FPS
:LOAD FPS, FD=1
;SAVE TIMEOUT VECTOR
:SETUP NEW VECTOR
;SETUP POINTER TO DATA
;CLEAR ACO
:SETUP POINTER TO DATA
:LOAD AC1 WITH DATA

: TEST INSTRUCTION
:
iCHECK IF AC1 HAS BEEN ALTERED
;
:SETUP POINTERS FOR DATA
;
iCHECK IF ACO RECEIVED CORRECT DATA
;
:SETUP POINTER TO DATA

;CLEAR AC1
:SET FD=0
: TEST INSTRUCTION
FD=1
:SET
SETUP POINTER TO DATA
iCHECK IF ACL HAS BEEN ALTERED

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.07

Friday 28-Mer-86 13:30

FLOATING POINT TESTS

11167 054000
11168 054004
11169 054010
11170 054014
11171 054016
fiig 054022

004767
012704
012701
174011
004767
012637

JSR
MOV
MOV
STD
JSR
MOV

PC,CHEC10
#T51004 ,R4
#TSTLOC ,R1
ACO, (R1)
PC, CHEC10
(SP)+,a04

JP
EHEC10: MOV
CMP
CH10:
BEQ

FIN10
#4,R3
(R&)+,(R1)+
CHK10

000026
054104
003162
000010
000004

11174

m;z 054026 000167 000062
11177 054032 012703 000004
11178 054036 022421
11179 054040 001403

11180 054042 004737 140132

;

CALL

ERROR

11181 054046 104003
mg
054050 077306
11183

CHK10:

11186 054054 004737 140132

TSF10:

ifig 054052 000207

11187 054060 104003
11188

1 33 054062

SOB

CALL

@€DETFPA

ERROR

151001: .WORD

11203 054114

FIN1O:

11204

11207 054114
11208
11209 054114 005037 140054
11210 054120 012704 000200
054124 170104
11211
054126 012704 054210
11212
11213 054132 172414

'MORD
"WORD
"WORD
TS1002: .WORD
'WORD
"MORD
'WORD
TS10D4: .WORD
'WORD
"WORD
WORD

fsFp11:
;

012704 003162
174014
012701 000004
022427 000000

11222 054164

104003

11220 054156 001403
11221 054160 004737 140132
11223

11224 054166 077107

11225 054170 020327 000204

1$:

MOV
STD
MOV
cMP

BEQ
CALL

ERROR

24:

S08

SEQ 0199

:
:SETUP POINTERS FOR DATA

;CHECK IF ACO HAS CORRECT DATA
:
;RESTORE VECTOR

;INIT COUNTER
;IS DATA OK
:YES GO ON

:DETERMINE FLOATING POINT FAULT. $$$

;FPP ERROR
:NO GO TO ERROR
;ARE WE DONE

:YES RETURN

.DETERMINE FLOATING POINT FAULT. $$$

:FPP ERROR

;00D ADDRESS TRAP
;

O
O
O
177777
111236
100045
3651
O
O
100045
3651

TEST FDST SINGLE OPERAND MODE O

CLR
MOV
LDFPS
MOV
LDD

CLRD
STFPS

11214 054134 170400
11215 054136 170203

11216 054140
11217 054144
11218 054146
11219 054152

R3,CH10

RTT

000006

000000
000000
000000
177777
111236
100045
003651
000000
000000
100045
003651

RTS

11191 054064 000000

11192 054066
11193 054070
11194 054072
11195 054074
11196 054076
11197 054100
11198 054102
11199 054104
11200 054106
11201 054110
11202 054112

@4DETFPA

Page 14-180

SOTRPFLG
$200,R4
R4
#TS1101 ,R8
(R4),ACO

; TEST INSTRUCTION
:GET FPS

ACO
R3

#TSTLOC, R4

ACO, (R4)
¢4 R1
80
(R4)+,
2%
SODETFPA
+3

R1,1$
8204
R3

;CLEAR TRAP FLAG
:SETUP TO LOAD FPS
:SET FD=1
:SETUP POINTER TO DATA
:LOAD ALL ONES TO ACO

;FPP

;CHECK ACO FOR ALL ZEROES
;INIT COUNTER
;0K GO ON
DETERMINE FLOATING POINT FAULT. $$$

:NO GO TO ERROR

ARE WEFPS
DONE
iCHECK

F16

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-181

SEQ 0200

FLOATING POINT TESTS

11226 054174
11227 054176
11228 054202
11229
11230 054204
11231
11232 054204
11233

11234 054210
11235 054212
11236 054214
11237 054216
11238 054220
11239
11242
11243
11244 054220
11245 054224

11254
11255 054254
11256 054260
11257 054262
11258 054266
11259
11260 054270
11261
11264 054270
11265
11266 054270
11267 054274
11268 054302
11269 054306
11270 054312
11271 054314
11272
054320
11273
054324
11274 054330
11275 054332
11276 054336
11277 054340
11278 054342
11279
054346

BEQ
CALL

140132

34
IPDETFPA
+3

3$:

000167

000010

177777
177mm

FIN11:

TsFP12:
005037
012703
170103
170407
170305
022704
001403
004737
104003

022705
001403

004737
104003

140054

;0K GO ON
;DETERMINE FLOATING POINT FAULT. $$$

:FPPERR&

;:NO GO TO ERROR

FIN11

fs1101: .

177777
177777

11246 054230
11247 054232
11248 054234
11249 054236
11250 054240

001403
004737
104003

177777
177777
177777
177777

TEST FDST SOP MODE O WITH ILLEGAL AC7
:CLEAR TRAP FLAG
a#TRPFLG
#40200,R3
:SETUP TO LOAD FPS
R3
:SET FID=1, AND FD=1

: TEST INSTRUCTION

AC7
R4

RS
#140200,R4
14
S*DETFPA
+3

140200

140132

#2.R5
2%
SSDETFPA
+3

14:

140132
2%:

fsFp13:

100¢:

;IS FPS CORRECT
;YES GO ON

;DETERMINE FLOATING POINT FAULT.

;:FPP ERROR

284, -(SP)
#TSF13, 304
OTRPFLG
$200,R2
R2
#4 RS
#TSTLOC,R4
#1777177,(R4)+
RS, 100$
#TSTLOC,R2

cMP
BEQ

R2,48TSTLOC
1$

CALL
ERROR

MOV
cMP
BEQ

CALL

;:SAVE TIMEOUT VECTOR
sSETUP NEW VECTOR
;CLEAR TRAP FLAG
;SETUP TO LOAD FPS
;:SET FD=1
:INIT COUNTER

;:SETUP POINTER TO TEST LOCATION
;MOVE ALL ONES TO TEST LOCATION
;ARE WE DONE
;SETUP POINTER TO DATA

; TEST INSTRUCTION

(R2)
R3

SCDETFPA
+3

#4,R1
(R2)+,90
]

SODETFPA

$4$

;NO GO TO ERROR
;IS FEC CORRECT
;YES GO ON
;DETERMINE FLOATING POINT FAULT. 111
;:FPP ERROR
;:NO GO TO ERROR

TEST FDST sov(rme 1

MOV
MOV
CLR
MOV
LDFPS
MOV
MOV
MOV
S08
MOV

CLRD
STFPS

1$:
2%:

:GET FPS

:GET FEC

:GET FPS

;FPP

;WAS R2 ALTERED
;:NO GO ON
DETERMINE FLOATING POINT FALLT. $88

;YES GO TO E?Rm
;INIT COUNTER
;CHECK LOCATION FOR 0
;0K GO ON

;DETERMINE FLOATING POINT FAULT.

$$8

G616

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-182

SEQ 0201

FLOATING POINT TESTS

11287 054374

104003

11289 054376

077107

11291 054404
054406

001403
004737

054412

3%:

020327

104003

012637

000004

000167

000010

4%:

w
~

b “ £

RS
EEE

012737

PDETFPA
+3

000004

054574

11328 gszz

054540

003162

177777

100¢:

003162

020227
004737

012702

004737

003172
140132

003162

000004

140132

11334

B onS T8 s
11338 034336 00ATST 140132

.FPP ERROR

;0DD ADDRESS TRAP
;RETURN

1¢:

000010

000167

;SAVE TIMEOUT VECTOR
:SETUP NEW VECTOR
;CLEAR TRAP FLAG
;SETUP_TO LOAD FPS
;SET _FD=1
;INIT COUNTER

;SETUP POINTER TO TEST LOCATION
;MOVE ALL ONES TO TEST LOCATION
;ARE WE DONE
;SETUP _POINTER TO DATA
: TEST INSTRUCTION

#TSTLOC,
R4

017777:.("4)0
RS, 100

#TSTLOC,R2
(R2)+

fi.nsnoc.xo

roe

SPDETFPA
+3

#TSTLOC,R2
&4 .R1

;SETUP POINTER TO DATA
:INIT COUNTER
;CHECK LOCATION FOR O
;:YES GO ON
DETERMINE FLOATING POINT FAULT. $$$

FPP ERROR

R1,2$
R3. 8204
43

SODETFPA

FIN14

DETERMINE FLOATING POINT FAULT. $$$

:NO GO TO ERROR

SODETFPA
3

;:YES GO

ggé)o , 80

304
(SP,)+

11344 054570

DETERMINE FLOATING POINT FAULT. $$$

LDFPS

geBNs JERNEE PG

054506

;:NO GO TO_ERROR
;RESTORE VECTOR

000004

~=~

Y1]

012702

11323

.FPP ERROR

éINlS:
*SFPIQ:

llgg 054476

fsF13:

104003

»oO

wua

[[-

(SP)+,a%4

0K GO ON

‘DETERMINE FLOATING POINT FAULT. $88

FIN13

004737 140132

012724

[
[y

R1,2¢
R3,#204
4%
SSDETFPA
+3

140132

11
§

0544 14

o o3g3as

e 253gagSEEEYY I
. 2

11288

—

;0K GO ON

DETERMINE FLOATING POINT FAULT. $$¢

:NO GO TO_ERROR
;RESTORE VECTOR

H16

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-183

SEQ 0202

FLOATING POINT TESTS

104003

TSF14:

140132

CALL

ERROR

000006

RTT

000240

FINI4: NOP

@SDETFPA

DETERMINE FLOATING POINT FAULT. $$$

.FPP ERROR

:00D ADDRESS TRAP
sRETURN

H
= ---------------------------------

:TEST

FDST SOP MODE 3

tsep1s
H

003174
003162

100$:
003162

1777

5%:
140132

STFPS

s INIT TEST LOCATION

:ARE WE DONE
;INIT TEST LOCATION

R2,8TSTLOC+2

:SETUP POINTER TO DATA
; TEST INSTRUCTION
iGET FPS
IS R2 CORRECT

CALL

SDETFPA

DETERMINE FLOATING POINT FAULT. $$$

MOV

#TSTLOC,R2

cHP
BEQ
MOV
CHP

#TSTLOC,R2
a(R2)+

(R2)+,81STLOC+12
24
@9DETFPA
+3

#4,R1
(R2)+, 8177777

BEQ

ERROR

@EDETFPA

:YES GO

;FPP
:NO GO TO ERROR

;YES GO

;SETUP POINTER TO DATA

IS DATA CORRECT

DETERMINE FLOATING POINT FAULT. $$$

;FPP
:NO GO TO ERROR

;INIT COUNTER
:IS LOCATION ALL ONES

:YES GO ON

DETERMINE FLOATING POINT FAULT. $$$

;FPP
:NO GO TO ERROR

S08

R1,3$

;ARE WE DONE

CALL

@ODETFPA

DETERMINE FLOATING POINT FAULT. $$$

MOV
cHP
BEQ

ERROR

6$:

:SETUP POINTER TO TEST LOCATION

RS, 1004
#TSTLOC+12,88TSTLOC

CALL

a4:

#177777.(R4)+

:SETUP NEW VECTOR
:CLEAR TRAP FLAG
:SETUP TO LOAD FPS

S08
MOV

ERROR

140132

MOV

CALL

24:
3%:

:SET FD=1
s INIT COUNTER

¢TSTLOC,R4

ERROR

140132

R2
#9. RS

MOV

BEQ
1%:

:SAVE TIMEOUT VECTOR

MOV
CLR
MOV

cHP

140132

304, -(SP)

#TSF15, 984
@OTRPFLG
$200,R2

MOV
CLRD

003164

003162
003174

MOV

LDFPS
MOV

000011
003162
177777

SeiciceRatetd |
382 2
o
¥ P&

w
~
R

et o o
o

0 0 1t e et e

ot o

ot e et o et

ot e et et e o e e ot P

s et Pt et e

.a. 339 =333 33344sEGaaEanETE

004737

24 R1
(R2)+, 80
64
+3

S08
cHP

R1,5¢
R3. 8204

CALL

S@DETFPA

BEQ

ERROR

:INIT COUNTER
;IS LOCATION 0
:YES GO ON

;FPP
:NO GO TO ERROR

;:ARE WE DONE
;CHECK FPS

;0K

GO ON

DETERMINE FLOATING POINT FAULT. $$$

.FPP ERROR

COKDAFO KDJ11-8 CLUSTER DIAG.

MACRO VO05.03

Friday 28-Mar-86 13:30

Page 14-184

SEQ 0203

FLOATING POINT TESTS

11405

7%:

11409 055012 004737 140132

fSF15:

11406 055002 012637 000004
H:gz 055006 000167 000010

fl:ig 055016

104003

11412 055020

000006

11414 055022

000240

11413

11415
11418
11419

é
3
;
S

11422

H:g‘s 055024
11425 055024 013746
11426 055030 012737
36 005037
11427
012702
1428
ugg 055046 170102
11430 055050 012705
012708
11431
0127284
114
11433 055064 077503
11434 055066 012702
11435 055072

:NO GO TO_ERROR
;RESTORE VECTOR

ERROR

;FPP

CALL

9@DETFFA

INIS:

NOP
A

170442

000004
055202
140054
000200
000010
003162
177777

SFP16

1008:

003172

11439 055104
H“uo 055110

004737
104003

055112 012701 000004
11442
055116 022227 000000
11443
11444 gg{g 001403
11445

uug 055130
1144

077107
05 132
11448
055134 012701 000004
11449
u‘;o ggguo
7 177117
055144 001403
11451
mg %m
152
iifi

m§ 055154

055156

11457 055162

11458 055164
11459 055170

004737
104003

140132

020327

000204

004737
104003

140132

077107
001403

11461 055172 012637 000004
11462
055176 000167 000010

cHP
BEQ

R2,8TSTLOC
1%

MOV
cMP
BEQ

04, R1
(R2)+,80
33

CALL
ERROR

1%:
24:

004737 140132
104003

304, -(SP)
#TSF16, 904
SOTRPFLG
#200,R2
R2
8. RS
R4
#TSTLOC.
8177777,(R4)+
RS, 1004
#TSTLOC+10,R2

STFPS

140132

5%:

R1,2$
#4,R1
(R2)+, 8177777
53

S08

R1,4$

BEQ

CALL
ERROR

64:

MOV
JMP

;INIT COUNTER
;SETUP POINTER TO TEST LOCATION
;INIT TEST LOCATION
;:ARE WE DONE
;SETUP POINTER TO DATA
UCTION
INSTR
; TEST
FPS
;:GET
;:YES GO

;INIT

;IS LOCATION O
;:YES GO ON
DETERMINE FLOATING POINT FAULT. $$¢

;ARE_WE DONE
; INIT COUNTER
;1S LOCATION UNCHANGED
:YES GO ON
DETERMINE FLOATING POINT FALLT. $4$

BSDETFPA
+3
R3. 9204

SODETFPA
+3

(SP)+,304
FINL6

IS R2 CORRECT

DETERMINE FLOATING POINT FAULT. $8%

S4DETFPA
+3

S0B
MOV
cHP
BEQ

;SET FD=1

-(R2)

SDETFPA

CALL
ERROR

;SAVE TIMEOUT VECTOR
;SETUP NEW VECTOR
;CLEAR TRAP FLAG
;SETUP TO LOAD FPS

CALL

ERROR

3%:
a3:

——

MOV
MOV
CLR
MOV
LDFPS
MOV
MOV
MOV
S08
MOV
CLRD

74 170203

DETERMINE FLOATING POINT FAULT. $$$

;00D ADDRESS TRAP
;RETURN

RTT

76 020227 003162
11437
001403
11438 055102

11456

(SP)+, 304
FINIS

:TEST FDST SOP MODE 4
.

11420
11421

11436

MOV
JMP

;FPP

ON
: OK
DETERMINE FLOATING POINT FAWLT. $8$

;:NO GO TO ERROR
;RESTORE VECTOR

J16

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-185

SEQ 0204

11464 055202
11465 055206

004737
104003

11467 055210

000006

11469 055212

000240

11466
11468

TSF16:

140132

CALL
ERROR

SSDETFPA
+3

EDETERHIPC FLOATING POINT FAULT.

3 5 838 §E§3§§ §§§3§ 2&%3 §§§3§33533353053

FLOATING POINT TESTS

204, -(SP)

;SAVE TIMEOUT VECTOR
:SETUP NEW VECTOR
:CLEAR TRAP FLAG
:SETUP TO LOAD FPS
:SET FD=1
:INIT COUNTER
:SETUP POINTER TO TEST LOCATION
:INIT TEST LOCATION
:ARE WE DONE
;INIT TEST LOCATION
:SETUP POINTER TO DATA
UCTION
INSTR
TEST
;
iGET FPS

$$¢

fsFp17:
H

000004
055414

000011
003162
177777

003174
003164

11496 055306
11497

11500
11501

1 1."03

020227

001403
004737

104003

140132
003174

004737
104003

1150
11504
11505 055334

012701
022227

11506 055336
11507 055342

001403
004737
104003

11509 055344
11510
11511
S

077107
012701
022227
001403

11514 055364

104003

055366
11
11517 055370
11518 055374
11519 055376
11520 055402

077107
020327
001403
004737
104003

012637

1 318

003162

140132
000004
177777
140132
4%:

033380 00787 140132

055404

11494
11495

003162

11493

1004:

S$:

6$:

140132
7$:

STSF17,384

OTRPFLG
#200,R2
R2
9. RS

R4
#T$TLOC,

8177777.(R4)+
RS, 1004

#TSTLOC+12,@8TSTLOC
#TSTLOC+2,R2
8-(R2)

R3
R2,#TSTLOC

1$
OgfiTFPA

55:2)0 #TSTLOC.12
SCDETFPA
+3

#4,R1

st‘té)o 8177777
ngTFPA

;IS R2 CORRECT

;YES GO ON

DETERMINE FLOATING POINT FAULT. $4$

;FPP ERR&

;:NO GO TO ERROR

;FPP

IS DATA CORRECT

;:YES GO
DETERMINE FLOATING POINT FAULT. $$8

;:NO GO TO ERROR
;INIT COUNTER
;IS LOCATION ALL ONES
;:YES GO ON

DETERMINE FLOATING POINT FAULT. $$¢

\FPP ERROR

(R2)+,80

64
SODETFPA
+3
R1,5%
R3, 9204
7%

9¢DETFPA
+3

(SP)+,a04

;FPP

ON
:YES
DETERMINE FLOATING POINT FAULT. $$$

;NO GO TO ERROR
;:ARE WE DONE
;CHECK FPS
;0K GO ON
;FPP

DETERMINE FLOATING POINT FAULT.

;NO GO TO ERROR
;RESTORE VECTOR

$8¢

K16

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-186

SEQ 0205

FLOATING POINT TESTS

11523 055410
11524
11525 055414
11526 055420
11527
11528 055422

000167

000010

004737

140132

104003

FIN17

'i'SFl'I:

agDETFPA

;DETERMINE FLOATING POINT FAULT.

;FPP ERROR

$s$

;00D ADDRESS TRAP
;RETURN

000006
000240

;TEST

FDST SOP

fsFp20:

11549 055466
11550 055470

11557
11558 055516
11559 055522
11560 05
11561 055532
11562

7(R2)
R3

;GET FPS

8. RS

100¢:

MOV

#757LOC.R4

$177777.(R4)+

#TSTLOC+1,R2

003163
000007

11551 055474
11552 055500
11553 055502
11554 055506
11555 055510
11556 055514

RS, 100$

#TSF20,3%4
#200,R2
R2

055612
000200

000010
003162
177777

;CLEAR TRAP FLAG
;:SAVE TIMEOUT VECTOR
;SETUP NEW VECTOR
;SETUP TO LOAD FPS
;SET FD=1
;INIT COUNTER
;SETUP POINTER TO TEST LOCATION
;INIT TEST LOCATION
;ARE WE DONE

@¢TRPFLG

140054
000004

003163

rlz%.nsn.ocq

140132

SODETFPA
+3

003162
000004

177777

14:

MOV

24:

cMP

#TSTLOC,R2
#4 . R1

34:

S0B

cMP

)

BCDETFPA

11571
11572 055564
11573 055566

077107

020327
001403
004737
104003

54:

S08

;YES GO

R1,4$
R3. 8204

63
SCDETFPA
+3

(SP)+,a04

012637
000167

FIN20

004737

S*DETFPA

IS R2 CORRECT

;DETERMINE FLOATING POINT FAULT. $$¢

;FPP ERROR

:NO GO TO ERROR

;SETUP POINTER TO DATA
;INIT COUNTER
:IS DATA CORRECT
:YES GO ON

§?é)’ 77777
SGDETFPA
+3

140132

:SETUP POINTER TO DATA
; TEST INSTRUCTION

;DETERMINE FLOATING POINT FAULT.

$$$

;FPP_ERROR
;NO GO TO ERROR
;ARE WE DONE
; INIT COUNTER
;IS DATA CORRECT
;:YES GO ON
DETERMINE FLOATING POINT FAULT. $8$
;FPP

;NO GO TO ERROR
;ARE_WE DONE
:1S FPS CORRECT
}YES GO ON

DETERMINE FLOATING POINT FAULT.

{FPP_ERROR

:NO GO TO_ERRCR
;RESTORE VECTOR

;DETERMINE FLOATING POINT FAULT.

(11

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V0S5.03

Friday 28-Mar-86 13:30

Page 14-187

SEQ 0206

FLOATING POINT TESTS

11582 055616
11583

104003

11586 055622

000240

ERROR

RTT

fissg 055620 000006
11587

FIN20:

;

11590

;FPP ERROR
;:0DD ADDRESS TRAP

;RETURN

NOP

11591

——
-

figg 055624

TsFP21

:TEST FDST SOP MODE 7
;
"

11592
11593
11594

11597 055624 005037
11598 055630 013746
11599 055634 012737
11600 055642 012702
11601 055646 170102
11602 055650 012705
11603 055654 012704
055660 012724
11604
11605 055664 077503
11606 055666 012737
11607 055674 012702
11608 055700
11609 055704

140054
000004
056032 000004
000200
000010
003162
177777

100$:

003162 003172
003165

11615 055722
11616 055726
11617 055732
11618 055736
11619 055740
11620 055744
11621
11622 055746
11623 055750
11624 055754

012702
012701
022227
001403
004737
104003
077107
022227
001403

003162
000004
000000

1%:
24:

11625 055756 004737 140132
11626 055762 104003
11627

44:
5%:

11634 056004 077107
11635 056006 020327 000204
11636 056012 001403

64:

11637 056014 004737 140132
11638 056020 104003
11639

11640 056022 012637 000004

ERROR

MOV
MOV
CHP
BEQ

S0B
cMP
BEQ

CALL

11628 055764 012701 000003
11629 055770 022227 177777
055774 001403
11630

11631 055776 004737 140132
11632 056002 104003
11633

R2,8TSTLOC+3
18

CALL

140132

003162

CMP
BEQ

CALL

11612 055714 004737 140132
104003

;CLEAR TRAP FLAG
S¢TRPFLG
:SAVE TIMEOUT VECTOR
384, -(SP)
:SETUP NEW VECTOR
#TSF21, 304
:SETUP TO LOAD FPS
#200,R2
:SET FD=1
R2
;INIT COUNTER
#8. RS
:SETUP POINTER TO TEST LOCATION
#TSTLOC,R4
;INIT TEST LOCATION
#177777.CR8)+
:ARE WE DONE
RS, 1004
;INIT TEST LOCATION
#TSTLOC, 8#TSTLOC+10
:SETUP POINTER TO DATA
#TSTLOC+3,R2

CLRD
STFPS

170472 000005
170203

11610 055706 020227 003165
11611 055712 001403
11613 055720
11614

CLR
MOV
MOV
MOV
LDFPS
MOV
MOV
MOV
S0B
MOV
MOV

#TSTLOC,R2
#4,R1
(R2)+,%0
38
SDETFPA
+3
R1,2$
(R2)+,#TSTLOC
44
Q8DETFPA
o3

#3,R1
(R2)+, 8177777
64

S0B
cHP
BEQ

R1,5%
R3. 8204
7%

CALL

7%:

S4DETFPA

MOV
CMP
BEQ

CALL

MOV

; TEST INSTRUCTION
iGET FPS

@5(R2)
R3

SDETFPA

S#DETFPA
o3

(SP)+,804

;IS R2 CORRECT
;YES GO ON

:DETERMINE FLOATING POINT FAULT. $$$

FPP ERROR
:NO GO TO ERROR

;SETUP POINTER TO DATA
;INIT COUNTER
:IS DATA CORRECT
:YES GO ON
:DETERMINE FLOATING POINT FAULT. $$$
;FPP ERROR
iNO GO TO ERROR
:ARE WE DONE
:IS DATA CORRECT
:YES GO ON
;FPP

DETERMINE FLOATING POINT FAULT. $$$

:NO GO TO ERROR

;INIT COUNTER
:IS DATA CORRECT
:YES GO ON

DETERMINE FLOATING POINT FAULT. $$$

.FPP ERROR

:NO GO TO ERROR

;ARE WE DONE
;CHECK FPS
;0K GO ON

;FPP E

DETERMINE FLOATING POINT FAULT. $$$

iNO GO TO ERROR

;RESTORE VECTOR

COKDAFO KDJ11-8 CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-188

SEQ 0207

FLOATING POINT TESTS

11641 056026

000167

000010

11643 056032 004737 140132
11644 056036 104003
11645

fsF21: CALL

11648 056042 000240
11649

FIN21: NOP
:

%isg 056040 000006
116
I

11654

11655
116

ERROR

11665 056074 012704 003162
11666 056100 012724
11667 056104 077503

177777

11668 056106 012737 003172 003162
11669 056114 170437 003162
056120 170203
11670
012702 003162
11671

11672 ggg 012701

7 000000
001403

11683

056154

022227

160 001403

177777

056166

11691 056206 012637
056212

000167

000004

000010

MOV ~

8. ,RS

MOV
S0B

#177777.(R&)s
RS,100$

'SETUP POINTER TO TEST LOCATION

STFPS

MOV

#TSTLOC+10,86TSTLOC
@6TSTLOC

2¢:

SOB
MOV

R1,1$
#4.R1

BEQ

CALL

ERROR

4s:

SOB
TP
BEQ

CALL

ERROR

S$:

SODETFPA

MOV
M

11699 056226 000240

FIN22: NOP

R1,3%
R3.0204
5%

BODETFPA
+3
.

(SP)e,3%84

FIN22

SGDETFPA

ERROR +3
RTT

:INIT TEST LOCATION
i "JEST INSTRU-TION
:GET FPS'
.SETUP POINTER TO DATA

:IS DATA CORRECT
:YES GO ON

;

.FPP ERROR

FLOATING POINT FAULT . $88

iNO GO TO ERROR

iARE WE DONE
INIT COUNTER

iIS DATA CORRECT

(R2)+.8177777

B4DETFPA

'INIT TEST LOCATION
iARE WE DONE

JINIT C

#4.R1

ERROR

056222 104003
11695
1169

11697 056224 000006

{INIT COUNTER

¢TS1LOC.R4

(R2)+,90
2%

fsF22: CALL

11694 056216 004737 140132

iSETUP TO LOAD FPS
1SET FD=1

#200,R2

CHP
BEQ

CALL

104003

004737 140132
11688
11689 056204 104003
11690
11692

1%:

162 004737 140132

11
036170 077107
11685
7 000204
172
11
11687 036176 001403

'SETUP NEW VECTOR

MOV = @#TSTLOC.R2

104003

000004

#TSE22,a04

MOV
CLRD

36130 004737 140132

11678 056146 077107
012701
11679 036150

000004

@0TRPFLG
364, -(SP)

MOV
LOFPS
1006:

;CLEAR TRAP FLAG
'SAVE TIME OUT VECTOR

CLR
MOV

MOV

11664 056070 012705

11680

;RETURN

;TEST FDST SOP MODE 3 GR7

11662 056062 012702 000200
11663 056066 170102 000010

11677

DETERMINE FLOATING POINT FAULT. $5¢
'0DD ADDRESS TRAP

.FPP ERROR

e
o
st s
i

11661 056054 012737 056216 000004

11676 056144

RTT

11659 056044 005037 140054
11660 056050 013746 000004

11678

99DETFPA

tsFpaa:

11657 056044

116
11674

FIN2L

1YES GO ON

.FPP

DETERMINE FLOATING POINT FALLT. $$¢

iNO GO TO ERROR
:ARE WE DONE
$CHECK FPS
10K GO ON

*DETERMINE FLOATING POINT FAULT. $8$
.FPP ERROR
INO GO TO ERROR
'RESTORE VECTOR

DETERMINE FLOATING POINT FAULT. $4$

ERROR.
\FPP
'0DD ADDRESS TRAP
s RETURN

l
!.

COXDAFO KDJ11-8 CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-189

SEQ 0208

FLOATING POINT TESTS
11700
11703

fsFpas.
005037
013746
012737
012702

170102
012705

11717 056264
11718 056270
11719 056272
11720 056276
11721 056300
11722 056304
11723 056310
11724 056314
11725 056316
11726 056322

012704
012724
077503
170467

170203
012701
012702
022227
001403
004737
104003
077107

11730 056332
11731 056334
11732 056340
11733
11734 056342
11735 056346
11736
11737 056352
11738 056356
11739
11740 056360
11741 056362

020327
001403
004737
104003

012637
000167
004737
104003

CLR

140054
000004
056352
000200
000004
003162
177777

MOV
MOV
MOV
LDFPS
MOV
100$:

CLRD

124664
000004
003162
000000

STFPS

1%:

2s:

000010
140132

000006
000240

TSfLOC

ERROR

S0B
cMP
BEQ

ERROR

fsF23:

MOV
JHP
CALL

FIN23:

RTT
NOP

#TSTLOC,R4
#177777.(R4)+
RS, 100$

#4,R1
#TSTLOC,R2
(R2)+,#0
24

CALL

140132

at4, -(SP)
#TSF23, 34
#200,R2
R2
#4,RS

MOV
MOV
CHP
BEQ

CALL

140132

000204

MOV
MOV
S0B

S4TRPFLG

ERROR

S¢DETFPA

R1,1$
R3. 8204
3%

9DETFPA
+3

(SP)+, 804
FIN23

@4DETFPA
+3

;CLEAR_TRAP FLAG
;SAVE TIMEOUT VECTOR
;SETUP NEW VECTOR

;SETUP_TO LOAD FPS
:SET FD=1

:INIT COUNTER
:SETUP POINTER TO TEST LOCATION
:INIT TEST LOCATION
:ARE WE DONE
: TEST INSTRUCTION
iGET FPS

:INIT COUNTER
:SETUP POINTER TO DATA
;IS DATA CORRECT
:YES GO ON

DETERMINE FLOATING POINT FAULT.

;FPP
:NO GO TO ERROR

:ARE WE DONE
:CHECK FPS
:0K GO ON

:DETERMINE FLOATING POINT FAULT.

;FPP ERROR
:NO GO TO ERROR

170102
012705
012704
012724
077503

140054

.DETERMINE FLOATING POINT FAULT. $$$

;FPP
;00D ADDRESS TRAP
3

056552
000010

003162
177717

100$:

LOFPS
MOV

R2
#8.,R5

MOV

$177777,(R4)+

MOV
S08

#151L0C. R4

R5,1004

$$¢

;RESTORE VECTOR

fsFpoa.
005037
013746
012737
012702

$$¢

;CLEAR_TRAP FLAG
:SAVE TIMEOUT VECTOR
;SETUP NEW VECTOR
;SETUP_TO LOAD FPS
;SET FD=1
+INIT COUNTER

:SETUP_TEST LOCATION POINTER
+INIT TEST LOCATION
DONE
RE
WE
;A

COKDAFO KDJ11-8 CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-190

SEQ 0209

FLOATING POINT TESTS

11761 056426

012737
170477

003162
124532

012702
012701
022227

003162
000004
000000

170203

001403
004737
104003

11772 056470
11773 056474
11774 056476
11775 056502
11776
11777 056504
11778 056510
11779 056514
11780 056516
11781 056522
11782
11783 056524
11784 056526
11785 056532
11786 056534
11787 056540
11788
11789 056542
11790 056546
11791
11792 056552
11793 056556
11794
11795 056560
11796
11797 056562

077107
022227
001403
004737
104003

003162

004737
104003

140132

012637
000167

004737
104003

2%:

000204

;GET FPS

(R2)+,%0
SUDETFPA

;IS DATA CORRECT
:YES GO ON
:DETERMINE FLOATING POINT FAULT. $4¢

R1,1$

;FPP ERROR

iNO GO TO ERROR

;ARE WE DONE

;IS DATA CORRECT

(R2)+,#TSTLOC

SCDETFPA
o3

#3,R1

:YES GO ON

:DETERMINE FLOATING POINT FAULT. $8$

;FPP ERROR

;NO GO TO ERROR

;INIT COUNTER

;IS DATA CORRECT
:YES GO ON

(R2)+,8177777
5¢

SDETFPA
3

S54:

R1,4$

:DETERMINE FLOATING POINT FAULT. $6¢

;FPP ERROR

;NO GO TO ERROR

;ARE WE DONE

R3. 2204
63

SDETFPA

140132

(SP)+, 384

000010

FIN24

140132

SODETFPA
3

000006

;SETUP POINTER TO DATA

;INIT COUNTER

#4,R1

177777

;INIT TEST LOCATION
; TEST INSTRUCTION

R3
#TSTLOC,R2

140132
000003

077107
020327
001403
004737
104003

1¢:

140132

012701
022227

001403

#TSTLOC, @4TSTLOC+10
STSTLOC+10

003172

;:CHECK FPS
;0K
GO ON

:DETERMINE FLOATING POINT FAULT. $$8

:FPP ERROR

iNO GO TO ERROR

;RESTORE VECTOR

:DETERMINE FLOATING POINT FAULT . $§8

;FPP ERROR

;00D ADDRESS TRAP
H

000240

- -

fsep2s:
11810 056572
11811 056574
11812 056600
11813 056604
11814 056610
11815 056612
11816 056616
11817 056620
11818 056622
11819 056626

005037
005002
170102
012705
012704
012724
077503
012702
170422

170203

001403

140054
000004
003162
177777
003162
003166

OTRPFLG

;CLEAR TRAP FLAG

#4 RS

:SET FD=0
;INIT COUNTER

#177777.(R4)+
RS, 100$

:INIT TEST LOCATION
:ARE WE DONE

100%:

#TSTLOC,R4

#TSTLOC,R2
(R2)+

R2,4TSTLOC+4
18

:SETUP TO LOAD FPS
‘

:SETUP POINTER TO TEST LOCATION
:SETUP POINTER TO DATA

; TEST INSTRUCTION
{GET FPS

:YES GO

&1‘5 R2 CORRECT

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO VO05.03

Friday 28-Mar-86 13:30

Page 14-191

FLOATING POINT TESTS

11820 056630 004737
11821 056634 104003

140132

001403
004737
104003

140132

11834 056676 004737

140132

11822

11823 056636 012702 003162
11824 056642 012701 000002
11825 056646 022227 000000

11826 056652
11827 056654
11828 056660

11829

11830 056662
11831 056664
11832 056670
11833 056674
11835 056702

11836

077107
012701 000002
022227 177777
001403
104003

11837 056704 077107
11838 056706 020327 000004
11839 056712 001403

11840 056714 004737
11841 056720

11842
11843 056722
11844
11847
11848
11849
11850
11851
figgg 056722

104003

18:
2%:
34:
as:

CALL
ERROR

@@DETFPA
+3

BEQ
CALL
ERROR

1)
S¢DETFPA
+3

MOV
MOV
CMP
S08
MOV
CHP
BEQ

R1,2$
#2.R1
(R2)+, 8177777
5%

ERROR

CALL

5%:

S0B
cMP
BEQ

CALL

140132

#TSTLOC,R2
#2,R1
(R2)+,#0

ERROR

B0DETFPA

R1,4$
R3, %4
63

@@DETFPA
+3

64:

POTRPFLG
R4

11859 056740 020327 000004
11860 056744 001403

cHP
BEQ

R3, %4
1%

11862 056752

ERROR

170104
170567
170203

000300

11861 056746 004737

140132

11856 056730
11857 056732
11858 056736

104003

11863
11864 056754 012704 057236
11865 056760 012702 057266
11866 056764 004767 000224

LDFPS
ISTF
STFPS

CALL

1$:

11867 056770 170537 (57246
11868 056774

170203

11871 057004

004737
104003

11877 057026
11878 057032

170567
1702C3

000224

STFPS

CALL

SODETFPA

ERROR

24:

@SDETFPA

2752600, R4
#752603,R2
PC, CHEC26

oM
BEQ

140132

11873
11874 057012 ©.2704 057246
11875 057014 012702 057276
11876 0570;2 004767 000166

;SETUP POINTER TO DATA
;INIT COUNTER
:IS DATA CORRECT

:YES GO ON
:DETERMINE FLOATING POINT FAULT. $$$
;FPP ERROR

iNO GO TO ERROR

:ARE WE DONE
:INIT COUNTER
:IS DATA CORRECT
:YES GO ON

:DETERMINE FLOATING POINT FAULT. $$$

FPP ERROR

iNO GO TO ERROR

:ARE WE DONE
:CHECK FPS
;0K GO

:DETERMINE FLOATING POINT FAULT. $$$

FPP ERROR

iNO GO TO ERROR

MOV
MOV
JSR

TSTF
STFPS

@81S2601

;CHECK FPS
;0K GO ON
:DETERMINE FLOATING POINT FAULT. $$$

;FPP ERROR

:NO GO TO:SETUP
ERRORPOINTERS TO DATA
;
:CHECK IF DATA IS CORRECT
: TEST INSTRUCTION

iGET FPS

R3,#10
2%
+3

#7526D1,R4
#752604 ,R2
PC, CHEC26
152602
R3

;CLEAR TRAP FLAG
:SETUP TO LOAD FPS

:SET FD=0
: TEST INSTRUCTION
:GET FPS

R4
152600
R3

MOV
MOV
JSR

TSTF

11869 056776 020327 000010
11870 057002 001407
11872 057010

iNO GO TO ERROR

;
;
jeresessessnsssarissnessnsanoseans
:TEST TSTF AND TSTD
;
.
1SFP26:

CLR
CLR

11854 056722 005037 140054
11855 056726 005004

;DETERMINE FLOATING POINT FAULT. $$$
;FPP ERROR

JFPP

:CHECK FPS
;0K
GO ON
DETERMINE FLOATING POINT FAULT. $$$

iNO GO TO ERROR
SETUP POINTERS TO DATA
;iCHECK IF DATA IS CORRECT
: TEST INSTRUCTION
{GET FPS

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-192

FLOATING POINT TESTS

020327
001403
004737
104003

012704
012702
004767
012704
170104

012704
012702
004767
170567

057236
057266

057246
057276

000167

000102

000000
000000
000000

NDETFPA
+3

#752600,R4
#752603,R2

PC,CHEC26
152601

R3
R3,#210
54

000210

012704
012702
004767
170567
170203
020327
001403
004737
104003

177777
177777
177777
177777

R3
R3,#204
4%

000112

140132

077106
000207

#752602,R4
#152605,R2
PC,CHEC26
#200,R4
R4
a#T1S2600

3$:

140132

004737
104003

000177

11935 057254

057256
057306
000130
000200
057236

012701
022422
001403
004737
104003

34
AHDETFPA
+3

140132

170537
170203
020327
001403
004737
104003

170203
020327
001403

R3,#0

000000

8§DETFPA
#752601,R4
#7526D4 ,R2

S5§:

PC,CHEC26

152602
R3
R3, 200

6%
OgDETFPA

140132

;CHECK FPS
;0K GO ON
:DETERMINE FLOATING POINT FAULT. $$$

;FPP ERROR

iNO GO TO ERROR

:SETUP POINTERS TO DATA
:

;CHECK IF DATA IS CORRECT
;SETUP TO LOAD FPS
;SET FD=1

; TEST INSTRUCTION
;:GET FPS
;CHECK FPS
;0K GO ON

&%fiTERHIPE FLOATING POINT FAULT. $8$

;FPP ERR
;NO GO TO ERROR
;SETUP POINTERS TO DATA
;

;CHECK IF DATA IS CORRECT
; TEST INSTRUCTION
:GET FPS
;CHECK FPS
;0K 0K GO ON
;DETERMINE FLOATING POINT FAULT. $8¢

;FPP ERROR

:iNO GO TO ERROR

:SETUP POINTERS TO DATA

;CHECK IF DATA IS CORRECT
; TEST INSTRUCTION
;:GET FPS
;CHECK FPS
;0K GO ON

;DETERMINE FLOATING POINT FAULT. $$$

;FPP_ERROR

;NO GO TO ERROR

FIN26

#4,R1
5?4)0.“!2)0

140132
24%:

ts2600:

55558555 ° 1

11879 057034
11880 057040
11881 057042
11882 057046
11883
11884 057050
11885 057054
11886 057060
11887 057064
11888 057070
11889 057072
11890 057076
11891 057100
11892 057104
11893 057106
11894 057112
11895
11896 057114
11897 057120
11898 057124
11899 057130
11900 057134
11901 057136
11902 057142
11903 057144
11904 057150
11905
11906 057152
11907 057156
11908 057162
11909 057166
11910 057172
11911 057174
11912 057200
11913 057202
11914 057206
11915
11916 057210
11917 057210
11918
11919 057214
11920 057220
11921 (57222
11922 057224
11923 057230
11924
11925 057232

TS26D1: .

aeDETFPA
+3
R1,1¢
PC

177
177777
177777
177777
177777
0
0
0

;INIT COUNTER
;IS DATA CORRECT
:YES GO ON
DETERMINE FLOATING POINT FAULT. $88

SEQ 0211

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-193

SEQ 0212

11936 057256
11937 057260
11938 057262
11939 057264

11940 057266
11942 057272
11943 057274
11944 057276

11949 057310
11950 057312
11951 057314
11952 057316

TS2602:

077777
000000
000000
000000
000177
177777
177777
177777
177777
000000
000000
000000
077777
000000
000000
000000
000240

1752603 :

152604: .

:TEST
1

11961 057320
11 962
11963 057320
11964 057324
11965 057326
11966 057330
11967 057334
11968 057340
11969 057344
11970 057346
11971 057350
11972 057354
11973 057356
11974 057360
11975 057364
11976 057366
11977 057372
11978
11979 057374
11980 057400
11981 057404
11982 057410
11983 057412
11984 057416
11985
11986 057420
11987 057424
11988 057426
11989 057430
11990 057434
11991 057436
11992 057442
11993
11994 057444

Sg5gssaaanaaas

FLOATING POINT TESTS

77777
0
0
0
177

177777
177777
177777
177777

ABSF

fsFp27:
140054
000014
003162
057600

100$:

MOV

140132

14:

MOV

;SETUP POINTER TO TEST VALUE

‘INIT COUNTER
SETUP POINTER TO TEST LOCATION

(R3)+,(R4)+
R1
106
:tén.oc RS

cé

0T5270

'INIT TEST LOCATION
{ARE WE DONE
“SETUP POINTER TO DATA
; TEST INSTRUCTION

FPP

2%:

MOV

#TSTLOC+10,R5

(RS5)+

!}3. #TSTLOC-14

003176

8§DETFPA

140132

34:

MOV

#TSTLOC+10,R5

DETERMINE FLOATING POINT FAULT. $$$

:SETUP POINTER TO DATA

sC!'ECK IF DATA IS CORRECT

2%
aeDETFPA
+3

;YES GO ON

;m GO TO ERROR

R3 #0

140132

003172

$TS27D0.R3

R3
RS, #TSTLOC
1s
S#DETFPA
+3

003162

003172

'3ET FD=0

#12. .R1
#TSTLOC,R4

003162

057630
000152
000000

.CLEAR TRAP FLAG
iSETUP TO LOAD FPS

HTRPFLG
R3
RS

FPP

;CHECK FPS
;0K GO ON

DETERMINE FLOATING POINT FAULT. $$$

iNO GO TO ERROR

;SETUP_POINTER TO DATA

; TEST INSTMTIN
;:YES GO

:DETERMINE FLOATING POINT FAULT. $$$

.FPP ERROR

INO GO TO ERROR

SETUP POINTER TO DATA

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-194

SEQ 0213

FLOATING POINT TESTS

12009
12010 057522
12011 057526
12012 057532

12013 057536
12014 057542
12015 057544
12016 057550
12017
12018 057552
12019 057552
12020
12021 057556
12022 057562
12023 057564
12024 057566
12025 057572
12026

012702
004767

020327

001403
004737
104003

003162
000020

012705
012702
004767
020327
001403
004737
104003

003202
057650
000020
000004

000004

12030 057600

177777
177777
177777
177777
000377
175436
136477

12029

12031 057602
12032 057604
12033 057606
12034 057610
12035 057612
12036 057614

000001
000177
175436

12042
630
12043 057632
12044 057634
12045 057636
12046 057640
12047 057642
12048 057644
12049 057646
12050 057650
12051 057652

177777
177777
177777
000377
175436
136477

000001
000000
000000

;0K GO ON

;:DETERMINE FLOATING POINT FAULT.

;FPP_ERROR
;:NO GO TO ERROR

;SETUP POINTER TO DATA
; TEST INSTRUCTION
;:GET FPS
;IS RS CORRECT
ON
GO
;YES

g?.OTSTLOC
I#DETFPA
+3
#TSTLOC+20,RS
#752705,R2

5%:

PC,CHEC27
R3,#4
64
a#DETFPA
+3
6$:

1¢:

%52700:
TS27D01:

TS2702:

TS2703:

TS27D4:

TS2705:

#4,R1

(R5)+, (R2)+

24
S#DETFPA
+3

140132
24%:

DETERMINE FLOATING POINT FAULT.

.FPP ERROR

'NO GO TO ERROR

$5¢

$$%

;SETUP POINTERS TO DATA

:CHECK IF DATA IS CORRECT
;FPP ERR

; CHECK FPS
;0K GO ON
DETERMINE FLOATING POINT FAULT. $$¢

;NO GO TO ERROR

FIN27

EHeC27: MOV

136477

000001
077777

;CHECK FPS

20(R5)

140132

012701
022522
001403
004737
104003

:CHECK IF DATA IS CORRECT

#TSTLOC,RS

4%:

140132

000102

#1S27D4 ,R2
PC,CHEC27
R3,#0

IFDETFPA
+3

003162

000167

077106
000207

CMP

140132

012705
170665
170203
020527
001403
004737
104003

12027 057574
12028 057576

MOV
JSR

057640
000076
000000

11995 057450
11996 057454
11997 057460
11998 057464
11999 057466
12000 057472
12001
12002 057474

R1,1$
PC

177777
177777
177777
177777
377
175436
i36477
177
175436
136477
1
77777
177777
177777
177777
377
175436
136477
1
0
0

;INIT COUNTER
;IS DATA CORRECT
: YES GO ON
;DETERMINE FLOATING POINT FAULT. $$$

:FPP ERROR

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-195

SEQ 0214

FLOATING POINT TESTS

12052 057654
12053 057656
12054 057660
12055
12058
12059
12060
12061
12062
12063 057662
12064
12065 057662
12066 057666
12067 057672
12068 057674
12069 057700
12070 057704
12071 057710
12072 057712
12073 057714
12074 057720
12075 057722
12076 057724
12077 057730
12078 057732
12079 057736
12080
12081 057740
12082 057744
12083 057750
12084 057754
12085 057756
12086 057762
12087
12088 057764
12089 057770

136477

000001
000240
B

:TEST ABSD

%SFP30:
005037
012705

140054
000200

012701
012704
012703

000014
003162
060144

170105

100%:

1%:

#7S30D3,R2
PC,CHEC30

003172

#TSTLOC+10,R5
(R5)+
R3

2%:

003202

g.': ,#TSTLOC+20

140132

MDETFPA
+3
34:

;NO GO TO ERROR
;SETUP POINTER TO DATA

;CHECK IF DATA IS CORRECT
CHECK FPS

#TSTLOC+10,R5
#753004,R2
PC,CHEC30

K ON
10GO

DETERMINE FLOATING POINT FAULT. $55

FPP

:m GO TO ERROR

; SETUP_POINTER TO DATA
; TEST INSTRUCTION
; YES GO

DETERMINE FLOATING POINT FAULT. $$¢

FPP

'NO GO TO ERROR

SPDETFPA
+3
4%:

#TSTLOC,RS

' CHECK FPS
;0K GO ON
DETERMINE FLOATING POINT FAULT. $$¢

;FPP_ERROR

iNO GO TO ERROR

;SETUP _POINTER TO DATA
; TEST INSTRUCTION
:GET FPS

20(R5)

RS, #TSTLOC
S$
a#DETFPA
+3

;SETUP POINTERS TO DATA

"CHECK IF DATA IS CORRECT

21;& . #200

140132

;FPP

:INIT TEST LOCATION
:ARE WE DONE
;SETUP POINTER TO DATA
ION
INSTRUCT
; TEST
FPS
:GET
;IS RS CORRECT
;YES GO ON
W FLOATING POINT FAULT. $$¢

gi . #200

000076

12110 060064

R1,100$
#TSTLOC,RS
'(!RS)
3

ISDETFPA
+3

003162

;SETUP POINTER TO TEST VALUE

(R3)+,(R4)+

140132

000020

:INIT COUNTER
;SETUP POINTER TO TEST LOCATION

#TSTLOC.R4
#T530D0,R3

S#DETFPA
+3

140132

003162

;SET FD=1

l}? L#TSTLOC

003162

003172

;SETUP _TO LOAD FPS

RS
#12. ,R1

003162

060174
000152
000200

;CLEAR TRAP FLAG

3¢TRPFLG
#200,RS

:YES GO

IS RS CORRECT

&‘DETERHIPE FLOATING POINT FAULT.

;FPP ERR

$$$

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-196

SEQ 0215

FLOATING POINT TESTS

12111
12112 060066
12113 060072
12114 060076
12115 060102
12116 060106
12117 060110
12118 060114
12119
12120 060116
12121 060116

012705
012702
004767
020327
001403
004737
104003

003202
060214

000167

000102

012701
022522
001403
004737
104003

000004

#T53005, R2

PC,CHEC30
R3. #204
6%
agoevrpn

140132

;SETUP POINTERS TO DATA

'CHECK IF DATA IS CORRECT
;CHECK FPS

;0K GO ON

:DETERMINE FLOATING POINT FAULT. $s$

;FPP ERROR

FIN30

#4,R1

CHEC30:
1¢:

éns)..(nz)o
4
9§DETF PA

140132

;INIT COUNTER
;IS DATA CORRECT
;YES GO ON

DETERMINE FLOATING POINT FAULT. $$$

R1,1$

2%:

fs3000: .

177777
177777
177777
177777
000377
175436
136477
000001
000177
175436
136477
000001
077777
177777
177777
177777
000377
175436
136477
000001
000000
000000
000000
000000
000240

iNO GO TO ERROR

:NO GO TO ERROR

6%:

077106
000207

12137 060156
12138 060160
12139 060162
12140 060164
12141 060166
12142 060170
12143 060172
12144 060174
12145 060176
12146 060200
12147 060202
12148 060204
12149 060206
12150 060210
12151 060212

#TSTLOC+20,RS

5%:

T53001:

T53002:

177777
177777
177777
177777
377
175436
i36477

177
175436

%36477
TS3003:

TS30D4:

;TEST

FDST SOP

fsFp31.
005037
013746
012737
012702

CLR

140054

000004
060354

000004

MOV
MOV
MOV

;CLEAR_TRAP FLAG
;SAVE TIMEOUT VECTOR
;SETUP NEW VECTOR
;SETUP TO LOAD FPS

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-197

SEQ 0216

FLOATING POINT TESTS

12170 060250
12171 060252

12188 060326
12189 060332
12190 060334
12191 060340
12192
12193 060342
12194 060344

104003
012702
022227
001403
004737
104003
012701
022227
001403
004737

104003

140132

1$:
140132
000003

000240

140132

077107
012637
000167

000010

004737

140132

104003

12180
12181 060302
12182 060306
12183 060312
12184 060314
12185 060320
12186
12187 060322

LDFPS
TSTD
NOP
NOP

NOP
STFPS
CMP
BEQ
CALL
ERROR

12177 060272
12178 060274
12179 060300

TSD31:

R2
#5

;SET FD=1
; TEST INSTRUCTION

R3
R3,#204

;GET FPS
;CHECK FPS
;0K GO ON
;DETERMINE FLOATING POINT FAULT. $$$

14
#DETFPA
+3

MOV
CMP
BEQ
CALL
ERROR

#75D31+2,R2

MOV

#3,R1

CcMP
BEQ
CALL

MOV

(R2)+,#5

24
HDETFPA
+3

(R2)+,#240

HDETFPA
+3

R1,3$

(5P)+,a04

FIN31

S#DETFPA
+3

000006

;FPP ERROR

iNO GO TO ERROR
;SETUP_POINTER TO DATA
;IS DATA CORRECT
:YES GO ON

;DETERMINE FLOATING POINT FAULT. $$¢

;FPP_ERROR
;NO GO TO_ERROR
;INIT COUNTER
;IS DATA CORRECT
:YES GO ON

;DETERMINE FLOATING POINT FAULT. $$$

;FPP_ERROR
;:NO GO TO ERROR
;ARE_WE DONE
;RESTORE VECTOR

DETERMINE FLOATING POINT FAULT. $$$

.FPP ERROR

i00D ADDRESS TRAP
;RETURN

000240

12210
12211 060366
12212
12213 060366
12214 060372
12215 060374
12216 060376

fsFp32:
140054
000014
003162
060576

122540
003162
060626
000114
000000

140132

100%:

S¢TRPFLG
R3
RS

#12. ,R1
#TSTLOC,R4
#7532D0.R3

(R3)+,(RA)+

R1,100$
T5TLOC
R3

#TSTLOC RS
#753203.R2

PC,CHECS2
R3. 80
13
SHDETFPA

JCLEAR TRAP FLAG
'SETUP TO LOAD FPS
:SET FD=0
'INIT COUNTER
SETUP POINTER TO TEST LOCATION

,SETUP POINTER TO TEST VALUE
'INIT TEST LOCATION
'm
WE DONE
ARE

; TEST INSTRUCTION
;:GET FPS

;SETUP POINTERS TO DATA

:C"ECK IF DATA IS CORRECT

;CHECK FPS
:YES GO ON

;DETERMINE FLOATING POINT FAULT. $$$

iK1

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-198

SEQ 0217

FLOATING POINT TESTS

170767
170203
012705
012702
004767
020327
001403
004737
104003

122512

003172

177007
070000
003541

;GET FPS

34:

éHeC32:
14:

140132
2%:

;0K _GO ON

DETERMINE FLOATING POINT FAULT.

:FPP_ERROR
iNO GO TO ERROR

;GET FPS

1S3203:

153204
:

TS3205:

$8¢

; TEST INSTRUCTION

;SETUP POINTERS TO DATA

:CHECK IF DATA IS CORRECT
; CHECK FPS

;0K GO ON
;:DETERMINE FLOATING POINT FAULT. $$¢

;FPP ERROR

:NO GO TO ERROR

fs3200: .
TS32D01:

;SETUP POINTERS TO DATA

*CHECK IF DATA IS CORRECT

PC,CHECS2

#4
R3.
33
3§DETFPA

; TEST INSTRUCTION

;CHECK FPS

#TSTLOC+20,RS
#T53205,R2

140132

008004

170000
003541
177777
172710
070000
003541
177777
172710
000177
100000
177777

;I;gTLOCoZO

2%:

000020

012701
022522

077106
000207

003202

000102

001403
004737
104003

24
J#DETFPA

140132

000167

iNO GO TO ERROR

PC,CHEC32

000010

122464

:FPP_ERROR

R3,#10

5555550508885 88RRR55858 § 99898 &

170767
170203
012705
012702
004767
020327
001403
004737
104003

TSTLOC+10
R3
#TSTLOC+10,RS
#753204 ,R2

1¢:

12239 060510
12240
12241 060512

104003

=
w0

12229 060452
12230
12231 060454

FIN32
#4,R1

gr:é)o.(az)o
sgonrpn
R1,1$
PC

170000
3541
177777
172710
70000
3541
177777
172710
177
100000
177777
177007
70000
3541

177777
172710
170000
3541
1777717

672710

0
177777

;FPP

;INIT COUNTER
;IS DATA CORRECT
;YES GO ON
DETERMINE FLOATING POINT FAULT. $$¢

;NO GO TO ERROR
;ARE WE DONE
;RETURN

COKDAFQ KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-199

SEQ 0218

FLOATING POINT TESTS

12286 060654

12287 060656

12288
12291
12292
12293

177007

000240
P

12297 060660
12298 060664

005037
012705

140054
000200

060672
12
12301 060676
12302 060702
12303 060706
12304 060710
12305 060712
12306 060716
12307 060720
12308 060724
12309 060730
12310 060734
12311 060740
12312 060742
12313 060746

012701
012704
012703
012324
077102
170767
170203
012705
012702
004767
020327
001403
004737
104003

000014
003162
061072

12315 060750
12316 060754
12317 060756
12318 060762
12319 060766
12320 060772
12321 060776
12322 061000
12323 061004

170767
170203
012705
012702
004767
020327
001403
004737
104003

12325 061006
12326 061012
12327 061014
12328 061020
12329 061024
12330 061030
12331 061034
12332 061036
12333 061042
12334
12335 061044

170767
170203
012705
012702
004767
020327
001403
004737
104003

11%% 061044

000167

000102

12338 061050
12339 061054
12340 061056
12341 061060
12342 061064

012701
022522
001403
004737
104003

000004

12344 061066

077106

060670

170105

.
-

100¢:

122244

(R3)+,(R4)+

:INIT TEST LOCATION
:ARE WE DONE
: TEST INSTRUCTION
;GET FPS

R1,100$
TsfLoC

;SETUP POINTERS TO DATA

:Cl'ECK IF DATA IS CORRECT

PC,CHEC33
R3. #200
1$

SSDETFPA
+3

140132
1%:

;gn.ocuo

;FPP

;GET FPS

140132
2%:

003202
061142
000020
000204

TSTLOC+20
R3
#TSTLOC+20,RS
#T533D5,R2

140132
34:

CHEC33:
1§$:

FpP

;GET FPS

2%:

. TEST INSTRUCTION

;SETUP POINTERS TO DATA

iCHECK IF DATA IS CORRECT
=

;:CHECK FPS
;0K GO ON

DETERMINE FLOATING POINT FAULT.

$$$

INO GO TO ERROR

FIN33
#4,R1

5?5)0.(R2)0
SUDETFPA
+3

140132

;SETUP POINTERS TO DATA

;CHECK FPS
;0K GO ON
DETERMINE FLOATING POINT FAULT. 353

iNO GO TO ERROR

PC,CHEC33
R3,#204
38
¢DETFPA
+3

; TEST INSTRUCTION

:C"ECK IF DATA IS CORRECT

PC,CHEC33
R3.#210
2%
SODETFPA
+3

;CHECK FPS
;0K GO ON
DETERMINE FLOATING POINT FAULT. $$$

;NO GO TO ERROR

#TSTLOC+10,RS
#7533D4 ,R2

003172
061132
000056
000210

122170

;SETUP POINTER TO TEST VALUE

R3
#TSTLOC,RS
#753303,R2

003162
061122
000114
000200

122216

;CLEAR TRAP FLAG
;SETUP_TO LOAD FPS
;SET FD=1
; INIT COUNTER
;SETUP POINTER TO TEST LOCATION

S4TRPFLG
#200,R5
RS
#12. ,R1
#TSTLOC,R4
#753300,R3

R1,1¢

,INIT COUNTER
:IS DATA CORRECT
;:YES GO ON

DETERMINE FLOATING POINT FAULT.

'NO GO TO ERROR

DONE
RE
WE
;A

$$$

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-200

SEQ 0219

FLOATING POINT TESTS

12347 061072
12348 061074
12349 061076
12350 061100
12351 061102
12352 061104
12353 061106
12354 061110
12355 061112
12356 061114
12357 061116
12358 061120
12359 061122
12360 061124
12361 061126
12362 061130
12363 061132
12364 061134
12365 061136
12366 061140
12367 061142
12368 061144
12369 061146
12370 061150
12371 061152

170000
003541
177777
172710
070000
003541
177777
172710
000177
100000
177777
177007
070000
003541
177777
172710
170000
003541
177777
172710
000000
000000
000000
000000
000240

;RETURN

ts3300:
TS33D1:

TS33D2:

T533D3:

TS33D4:

TS3305:

333535353533253535353582

000207

12345 061070

12 346

382
12383 061154
12384 061160
12385 061162
12386 061166
12387
12388 061170
12389 061172
12390 061176

012704
170104
012702

172407

170201
022701
001403
004737
104003

1222

170312
022722
001403
004737
104003

12403 061236

022722
001403
004737
104003

a:?GOO R4

047600
003122

1¢:

R1
5%47600 R1

147600

IMDETFPA
+3

140132
2%:

140132

(R2)
#2,(R2)+

34
PDETFPA
+3

140132
061166

#RECFEC,R2

R7,ACO

3$:

#1$,(R2)+
44

MDETFPA
+3

FPP

;SETUP _FPP_STATUS
;LOAD FP STATUS
;POINT TO RECEIVED FEC MEMORY
;*TEST INSTRUCTION
;LOAD ACO FROM ILLEGAL AC7
:SAVE FPP_STATUS
;VERIFY FER BIT SET
;:BRANCH IF GOOD ERROR CONDITION
DETERMINE FLOATING POINT FAULT. $$¢

*THE FER BIT DIDNT SET
Fpp

;SAVE FEC AND FEA
IVERIFY FEC CONTENTS
;BRANCH IF GOOD
DETERMINE FLOATING POINT FAULT. $$¢

'FEC NE 2 (OPCODE ERROR)
CONTENTS
“VERFIY FEA
} BRANCH FI GOOD

;DETERMINE FLOATING POINT FAWLT.

;FPP ERROR

$$$

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-201

SEQ 0220

FLOATING POINT TESTS

;FEA NOT CORRECT ERROR ADDRESS

12404
12405 061240
12408
12409
12410
12411

12412 061240
12413
12414 061240
12415 061244
12416 061250
12417 061254
12418 061256
12419 061260
12420 061262
12421 061264
12422 061266
12423 061270
12424 061274
12425
12426 061276
12427 061302
12428 061304
12429 061310
12430
12631 061312
12432 061316
12433 061322
12434 061226
12435 061332
12436 061334
12437 061340
12438 061342
12439

MLDDM2:
012701
012704
012702
170102
172424

170203
174021
020203
001403
004737
104003
022704

001403
004737
104003

012704
162701
004767
005767
001403
004737
104003

MOV
MOV
MOV
tDFPS

003142
003234
047750

;POINT TO RECEIVED DATA LOCATION
;POINT TO GOOD DATA

#RECDST,R1

#TAB1,R4

;LOAD GOOD STATUS
;LOAD FPP STATUS - DOUBLE,ID

#47750,R2

;#TEST _INSTRUCTION - MODE 2

(R4)+,ACO

;SAVE TEST FPP STATUS
;SAVE TEST RESULT MODE 2
; VERIFY FPP STATUS
;BRANCH IF GOOD

R3
ACO,(R1)+

R2,R3

1%
FUDETFPA
+3

140132
14:

003244
140132

#TAB1+10,R4

2¢
SUDETFPA
+3

24:

003234

#TAB1,R4
#10,Ri

;DETERMINE FLOATING POINT FAULT. $$$

:FPP ERROR
:BAD FPP STSTUS

:DETERMINE FLOATING POINT FAULT. 11

;FPP ERROR

;BAD AUTO-INCR

COUNT
34

OgDETFPA

140132
3$:

;POINT TO RECEIVED DATA

;RETURN R1 TO PROPER VALUE
:VERFIY DATA FROM FPP
:SEE IF COUNTER=0
:BRANCH IF GOOD COMPARE

R7,DATVER

056552
121566

;VERFIY AUTO-INCR

;BRANCH IF GOOD

:DETERMINE FLOATING POINT FAULT . $8%
;BAD DATA FROM FPP

;FPP ERROR

3
3

MLDDM3:
012737
012701
012737
012704
012702

170102
172434
170203
174031
022703
001403
004737
104003
022704
001403
004737

003142
003164
003244
003162
047750

ORECDST, 3TSTLOC+2
#TSTLOC+2,R1
#TAB2, 3ETSTLOC
#TSTLOC,R4
#47750,R2
R2
a(R4)+ ,ACO

003164
003162

#47740,R3

140132

aooe3TFPA

003164

140132

VERIFY FPP STATUS

;BRANCH IF GOOD

14
<+

1%:

gTSTLOC +2,R4
B
SPDETFPA

:SAVE TEST FPP STATUS

:SAVE TEST RESULT IN MODE 3

ACO,@(R1)+

047740

:POINT TO RECEIVED DATA LOCATION
:SETUP STD IN MODE 3
;POINT TO DATA TABLE
:POINT TO GOOD DATA
;LOAD GOOD STATUS
:LOAD FPP STATUS - DOUBLE,ID
#TEST INSTRUCTION - MODE 2

;FPP

DETERMINE FLOATING POINT FAULT. $$$

:BAD FPP STSTUS

VERFIY AUTO-INCR

;BAD AUTO-DEC ON LDD
NG POINT FAULT. $8$

'DETERMINE FLOATI

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Fridey 28-Mar-86 13:30

Page 14-202

SEQ 0221

FLOATING POINT TESTS

12465 061430

15466

104003

12467 061432 022701

15468 061436 001403

003166

15:69 061440 004737 140132
15670 061444 104003
15471
15472 061446 012704 003244
15473 061452 012701 003142

24:

3%:

15474 061456 004767 056416
15475 061462 005767
15476 061466 001403
15477 061470 004737

15478 061474 104003

12479
12480 061476
12481
12484
12485
19486
12487

140132

170127
172415

000200

MOV
MOV

4TAB2,R4
RECOST.R1

USR

R7.DATVER

ERROR

COUNT
4%
GEDETFPA

TEST STD AUTO-INC

;BRANCH IF GOOD

DETERMINE FLOATING POINT FAULT. $8$
JFPP ERR
'BAD AUTO-INCR

'POINT TO RECEIVED DATA
iPOINT TO RECEIVED DATA

*VERFIY DATA FROM FPP

'SEE IF COUNTER=0
'BRANCH IF GOOD COMPARE
DETERMINE FLOATING POINT FAULT. $88

.FPP ERROR

'BAD DATA FROM FPP

104003

003254

12509 061564 004737

140132

12508 061562 V1403
12511

104003

12514 061602
12515 061606

005767
001403

12517 061614

104003

12512 061572 012704 003254

12513 061576 004767 056276

LDFPS
DD~

#200
(CRS),ACO

'SET TO DOUBLE
:AC0=0

iCLEAR OUT ACO

#TAB6,RS

;LOAD GOOD STATUS FLOATING

#47550,R2

'LOAD FPP STATUS - DOUBLE,ID
+TEST INSTRUCTION - MODE 4

R2
-(R4),ACO

STATUS
.SAVE TEST FPP MODE

STFPS R3

CMP

#47540,R3

CALL

B9DETFPA

CMP

&TAB3.R4

BEQ@

140132

022705

.POINT TO RECEIVED DATA LOCATION
'POINT TO 5000 DATA

{SET TO DOUBLE
'SET FPP TO DOUBLE
:SAVE TEST RESULT

947750,R2
MOV~
R2
LDFPS
STD ~ ACO,-(R1)

12502 061542 022703 047540
001403

RECDST+4,R1
4TAB3+4,Ré

LDFPS
LOF ~

12499 061532 012702
12500 061536 170102
12501 061540 174041

12504 061550 004737

MOV
MOV

MOV

12498 061530 170203 047750

ERROR

15:

BEQ

CALL

26:

MOV

SSDETFPA
.3

@TAB3,R4

R7.DATVER

CALL

BDETFPA

ERROR

VERIFY FPP STATUS

;BRANCH IF GOOD

JSR

7ST
BEQ

121312

12516 061610 004737 140132

12518
12519 061616
12520
12593
1254
12525

BDETFPA
+3

MOV

1249 061524 170102
12497 061506 172444

12510 061570

CALL
ERROR

3¢

'BAD AUTO-INC

HLDDM4

12495 061520 012702 047550

12507 061556

BEQ

#TSTLOC+4,R1

\FPP ERROR

:
:
s
e R B bt
B
iTEST LDF, STD MODE 4
"
:

12492 061506 012705 003314

12505 061554

CMP

4s:

12490 061476 012701 003146
12491 061502 012704 003260

12503 061546

TST
BEQ
CALL

121432

12488 061476

12493 061512
12494 061516

ERROR

'DETERMINE FLOATING POINT FAULT. $$$

.FPP ERROR

iBAD FPP STSTUS

JFPP

DETERMINE FLOATING POINT FAULT. $8$

iBAD AUTO-INCR

POINT TO RECEIVED DATA

.VERFIY DATA FROM FPP

{SEE IF COUNTER=0
*BRANCH IF GOOD COMPARE

COUNT
3%
+3

VERFIY AUTO-DEC

;BRANCH IF GOOD

'DETERMINE FLOATING POINT FAULT. $8$

;FPP ERROR
DATA FROM FPP
iBAD

X
:
Sy
'TEST LDD MODE 5

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-203

SEQ 0222

FLOATING POINT TESTS

12526
12527 061616
12528
12529 061616
12530 061622
12531 061626
12532 061634
12533 061640
12534 061642
12535 061644
12536 061646
12537 061650
12538 061652
12539 061654
12540 061660
12541
12542 061662
12543 061666
12544 061670
12545 061674
12546
12547 061676
12548 061702
12549 061706
12550 061712
12551 061714
12552 061720
12553
12554 061722
12557
12558
12559
12560
12561 061722
12562
12563 061722
12564 061726
12565 061732
12566 061736
12567 061740
12568 061744
12569 061746
12570 061752
12571 061756
12572 061760
12573 061764
12574
12575 061766
12576 061772
12577 061776
12578 062002
12579 062006
12580 062010
12581 062014
12582
12583 062016
12586

MLDDMS:

012701
012704
012737
012702
170102
172454
170203
174011

020203
001403
004737
104003

003142
003164
047750

;POINT TOPg%CEIVED DATA LOCATION

$47750,R2
R2

;LOAD GOOD STATUS
;LOAD FPP STATUS - DOUBLE,ID

NT_TO GOOD DATA

iSET UP MODE 5 POINTER TO DATA

#TAB1,a4TSTLOC

003162

3-(R4),ACO

ACO, (R1)

R2,R3

14
SGDETFPA
+3

140132

022704
001403
004737
104003

003162

012704
004767
005767
001403
004737

003234
056172
121206

104003

#RECDST,R1
#TSTLOC+2,R4

#TSTLOC,R4
2
SPDETFPA
+3

14:

140132

#TAB1,R4

2%:

;FPP E

140132

$$¢

;BAD FPP STATUS

;VERFIY AUTO-DEC
;BRANCH IF GOOD
DETERMINE FLOATING POINT FAULT. $8$

;FPP ERR
'BAD AUTO-DEC

POINT TO EXPECTED DATA

;VERFIY DATA FROM FPP

R7,DATVER
COUNT
34
O;OETFPA

;#TEST _INSTRUCTION - MODE 5
;SAVE TEST FPP STATUS
;SAVE TEST RESULT
; VERIFY FPP STATUS
;BRANCH IF GOOD
;DETERMINE FLOATING POINT FAULT.

;FPP

'SEE IF COUNTER=0
:BRANCH IF GOOD COMPARE
DETERMINE FLOATING POINT FAULT. $$%

;:BAD DATA FROM FPP

;

MLDDM6:
012701
012704
012702

170102
172464
170203
174061
022703
001403

003342

047750

177600

047740

004737
104003

140132

162701
062704
004767
005767
001403
004737
104003

000200
000200
056076
121112

140132

MOV
MOV
MOV
LDFPS
LDD
STFPS
STD
cHP
BEQ
CALL
ERROR
SuUB
ADD
JSR
TST
BEQ
CALL
ERROR

;POINT TO RECEIVED DATA LOCATION

#RECDST+200,R1

SETUP R4 FOR MODE 6

;LOAD GOOD STATUS

#47750,R2
R2
ng(lM).ACO

‘LOAD FPP STATUS - DOUBLE,ID

;LDD MODE 6
:SAVE TEST FPP STATUS
;SAVE TEST RESULT
: VERIFY FPP STATUS

ACO, -200(R1)

#47740,R3
14

.BRANCH IF GOOD
oo el ETERINE FLOATING POINT FALLT. 43

'BAD FPP STATUS

;R1=RECDST

;POINT TO EXPECTED DATA
;VERFIY DATA FROM FPP
:SEE IF COUNTER=0

:FPP

;:BRANCH IF GOOD COMPARE
DETERMINE FLOATING POINT FAULT. $$$

;BAD DATA FROM FPP

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-204

SEQ 0223

FLOATING POINT TESTS

12587
12588
12589
12590 062016
12591

12592 062016
12593 062022
12594 062024
12595 062032
12596 062036

12597 062040
12598 062044

12599 062046
12600 062050

12601 062052
12602 062054
12603 062060

iTEST LoD MODE 7
I'SLDM'I:
012701
005004
012727
012702
170102

172474
170203

001403
004737
104003
005704
001403
004737
104003

12610 062074
12611 062100
12612 062104
12613 062110
12614 062112
12615 062116

012704
004767
005767
001403
004737
104003

;

;POINTER FOR_MODE 7 GOOD DATA
;LOAD GOOD STATUS
;LOAD FPP STATUS - DOUBLE,ID

#TAB1,#TSTLOC

003162

#47750,R2
R2

;#TEST _INSTRUCTION - MODE 7

@TSTLOC(R4),ACO

003162

;SAVE TEST FPP_STATUS
}SAVE TEST RESWLT
;VERIFY FPP STATUS

R3
ACO, (R1)

174011

12605 062062
12606 062064
12607 062066
12608 062072
12609

003234
047750

:;2181 TO RECEIVED DATA LOCATION

#RECDST,R1

003142

az;.és
1

140132
1¢:

003234
055774
121010

R4
28

;:BAD FPP STATUS
;VERFIY CONTENTS OF R4
BRANCH 3 GOOD

aDETFPA
+3

140132

2%:

#TAB1,R4

;:FPP

*DETERMINE FLOATING POINT FAULT. $$$

;BAD R4

R7,DATVER
COUNT
33
SPDETFPA
+3

140132

;BRANCH IF GOOD
DETERMINE FLOATING POINT FAUL.T. $$$

OgDETFPA

;FPP

;SEE IF COUNTER=0
BRANCH IF GOOD COMPARE
DETERMINE FLOATING POINT FAULT. $$$

;:BAD DATA FROM FPP

;TEST LDD MODE 27 - ONLY 16 BITS ARE LOADED OR STORED

MLDM27:
12626 062120
12627 062124
12628 062130

12633 062146
12634 062150
12635 062152
12636 062156
12637 062160
12638 062164

012701
012704
012702
005005
170102
172427
005205
005205
005205
022705
001403
004737
104003

12640 062166
12641 062170
12642 062172
12643 062176
12644 062200
12645 062204

170203
174011
022703
001403
004737
104003

12630 062136
12631 062140

003142
003274
047750

3457756.512

R2
#5205, ACO
RS
RS
RS
#3,R5
1
SODETFPA
+3

043243

000003

140132
1$:
047740
140132

#RECDST,R1
$TABS, R4

R3
ACO,(R1)

#47740,R3

8§0€TFPA

:POINT TO RECEIVED DATA LOCATION
POINT TO GOOD DATA

1LOAD GodD STATUS
RS

:LOAD FPP STATUS - DOUBLE,ID
27
;*TEST INSTRUCTION - MODE

. TEST PROPER PC PATH
'VERIFY ONLY 3 PC INCREMENT
'BRANCH IF PROPER PC ACTION
DETERMINE FLOATING POINT FAULT. $8$

.FPP ERROR

;BAD MODE 27 LOAD

:SAVE TEST FPP_STATUS
:SAVE_TEST RESULT
VERIFY FPP STATUS

1 BRANCHINE FLOATING POINT FALLT. 888
ANCH 1IF GOOD

\FPP ERROR

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-205

SEQ 0224

FLOATING POINT TESTS

12646
12647 062206
12648 062212

12649 062216
12650 062220
12651 062224
12652
12653 062226
12656
12657

004767
005767

001403
004737
104003

055666
120702

2%:

JSR
TST

CALL

140132

ERROR

R7,DATVER

COUNT

3
8§DETF PA

;BAD FPP STATUS
;VERFIY DATA FROM FPP
;SEE IF COUNTER=0
;BRANCH IF GOOD COMPARE

DETERMINE FLOATING POINT FAULT. $$$

;FPP E

:BAD DATA FROM FPP

3$:

;TEST ADDF, ADDD, SUBF, SUBD - ACO=0 FSRC=0;
MNNRM1:

003314

#TAB6 ,R4

;POINT TO FSRC TEST DATA

RECDST+6
#40000,
R2
R2

:SET UP GOOD STATUS

RECDST+4

120710
120706

;CLEAR OUT RECEIVED DATA TABLE
;LOAD FPP STATUS, FLOATING
;LOAD ACO WITH O

(R4),ACO
(R4),ACO

;0+0

30004.'?3

OgDETFPA

140132
003142

#RECDST ,R1

1¢:

ACO, (R1)
R7,DATVER

055574
120610

COUNT

:FPP

;SAVE STATUS
;VERIFY STATUS
;BRANCH_IF GOOD
DETERMINE FLOATING POINT FAULT. $$$

;BAD FPP STATUS
;POINT TO RECEIVERD DATA
:SAVE DATA
;:VERIFY DATA

;BRANCH IF GOOD

B;KTFPA

140132

$40200,R2

2%:

R2
(R4),ACO
(R4),ACO

;DETERMINE FLOATING POINT FAULT. $$$

;FPP ERROR
;BAD DATA IN ACO
;LOAD FLOATING STATUS
3

;:LOAD ACO WITH O
:*TEST INSTRUCTION
;:SAVE DATA
:SAVE FPS
;VERFIY STATUS

ACO,(R1)

;:ozoA.as

004767

12697 062364
12698 062370
12699
12700 062372

001403
104003

172414
173014
170203
022703
001403

140132

SPDETFPA
+3

055522
003120

R7,DATVER

34:

p—
:BAD FPS

44§

140132
444
:

STFPS
BEQ

(R4),ACO
(R4),ACO

R3
940204 ,R3
44

DETERMINE FLOATING POINT FAULT. $$$
;VERFIY DATA

;VERIFY RESULT

20COUNT

SDETFPA
3

;BRANCH IF GOOD

;FPP

;BAD ACO

;BRANCH IF GOOD
DETERMINE FLOATING POINT FAULT. $$$
:SETUP DATA
{¥TEST INSTRUCTION
iSAVE STATUS
VERFIY STATUS

\BRANCH 1F GOOD

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-206

SEQ 0225

FLOATING POINT TESTS

12705 062406
12706 062412
12707
12708 062414
12709 062416
12710 062422
12711 062426
12712 062430
12713 062434
12714
12715 062436
12716 062442
12717 062444
12718 062446
12719 062450

004737
104003

174011
004767
005767
001403
004737
104003

140132

055456
120472

000000

004767
005767
001403
004737

055406
120422

104003

012701
012705
012704
170127
172415
005002
170102
172414
172015
170203
174011
022703
001403
004737
104003

4%:

STD

ACO, (R1)

JSR

TST
BEQ
CALL
S5¢:

LDFPS

SUBF
STFPS
STD

(R4),ACO
R3
ACO, (R1)

LDD

(R4),ACO

24 ,R3
64

@2DETFPA
+3

R7,DATVER
JSR
TST COUNT
74
BEQ
CALL
ERROR

140132

R7,DATVER

ERROR

CALL
ERROR

6%:

COUNT
5S¢
Q4DETFPA
+3

CMP
BEQ

140132

@4DETFPA
+3

;DETERMINE FLOATING POINT FAULT. $4$

;FPP ERROR

;BAD FPS

;SAVE ACO DATA
;VERFIY DATA

;BRANCH IF GOOD
;DETERMINE FLOATING POINT FAULT. $$$
;FPP ERROR
;BAD ACO
;STORE FPP STATUS
;LOAD ACO
:0-0

;SAVE STATUS

:SAVE ACO
:VERFIY STATUS
;BRANCH IF GOOD
:DETERMINE FLOATING POINT FAULT. $$$
;FPP ERROR
;BAD FPS
;VERIFY DATAT

;BRANC IF GOOD

;DETERMINE FLOATING POINT FAULT. $$$

:FPP ERROR

;BAD ACO

;POINT TO RECEIVED DATA TABLE
;POINT TO SOURCE DATA TABLE
;POINT TO ACO DATA
;SET TO DOUBLE FOR CLEAR

SRECDST,R1

003142
003314
003244
000200

#TAB6,
RS

#TAB2.R4
#200

(RS),ACO

;SETUP FPP STATUS
;:LOAD FPS
sLOAD ACO

(R4),ACO
(RS),ACO

‘aTEST INSTRUCTION

:SAVE STATUS
;SAVE ACO
;:VERFIY NEGATIVE RESULT
;:BRANCH IF GOOD

ACO, (R1)

#0,R3

1$
SODETFPA
+3

140132

012704
004767
005767

003264
055310
120324

004737
104003

140132

001403

@#DETFPA

ERROR

140132

170127
172414
173014
170203
174011
022703
001403
004737
104003

CALL

14:

#TAB4,R4

DETERMINE FLOATING POINT FAULT. $$$

;FPP ERR&
;:BAD FPS

R7,DATVER
COUNT
2%
NDETFPA
+3

;POINT TO EXPgsTED DATA
VERFIY

; CHECK Résu.r

ACO

;BRANCH IF GOOD
DETERMINE FLOATING POINT FAULT. $:¢

FPP ERR&
:BAD ACO

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-207

SEQ 0226

FLOATING POINT TESTS

12764 062604
12765 062610
12766 062612
12767 062614
12768 062616
12769 062620
12770 062624
12771 062626
12772 062632
12773
12774 062634
12775 062640
12776 062644
12777 062650
12778 062652
12779 062656
12780
12781 062660
12784
12785

170127
172414
173015
170203
174011
022703
001403
004737
104003

000200

012704
004767
005767
001403
004737
104003

003264
055234
120259

140132
34:

LDFPS
LDD
SuBD
STFPS
STD
CMP
BEQ
CALL
ERROR

MOV
JSR
TST
BEQ

CALL

140132

#200

(R4),ACO
(RS ),ACO

ACO (R1)
#200,R3
34
8§DETFPA

#TAB4 ,R4
R7,DATVER
COUNT
43
SWDETFPA
+3

~ ;SET STATUS TO DUOBLE NODE
;LOAD ACO WITH A VALUE
+*TEST _INSTRUCTION
:SAVE FPP STATUS
SAVE ACO

; VERIFY &ESLLT

;BRANCH IF GOOD

;DETERMINE FLOATING POINT FAULT. $$$

;FPP ERROR

:BAD SUBD

;POINT TO EXPECTED
VERIFY ACO

BRAM:H IF GOOD ACO

;DETERMINE FLOATING POINT FAULT. $$$

;FPP ERROR

:BAD ACO

; TEST ADDD, SUBF - FSRC NE 0, ACO=0

12786
12787

12788 062660
12789
12790 062660
12791 062664
12792 062670
12793 062674
12794 062700
12795 062702
12796 062704
12797 062706
12798 062710
12799 062712
12800 062716
12801 062720
12802 062724
12803
12804 062726
12805 062732
12806 062736
12807 062730
12808 062744
12809
12810 062746

2%:

012701
012705
012704
012702
170102
172415
172014
170203
174011

022703
001403

000210

004737

140132

004767
005767
001403
004737
104003

055146
120162

170127
172415
173014
170203
174011
022703
001403
004737
104003

000200

012704
004767
005767

003504
055072
120106

104003

MOV
MOV
MOV
MOV
LDFPS
LDD
ADDD
STFPS

003142
003314
003234
000200

ORECDST R1

;POINT TO RECEIVED DATA TABLE

;POINT TO FSRC DATA
:SETUP FPP STATUS
;LOAD FPS
;LOAD ACO

;POINT TO ACO DATA TABLE

(RS).ACO

(§4)+ACO

;*#TEST INSTRUCTION

;SAVE STATUS
:SAVE_ACO

(R1)

0216

; VERFIY NEGATIVE RESULT

13
S9DETFPA

;BRANCH IF GOOD

R7,DATVER
COUNT
24

;CHECK RESULT

DETERHIE FLOATING POINT FAULT. $¢$

1¢:

BR0ETFPA

140132

#200

2%:

(R5),ACO
(R4) ACO

ACO (R1)

206

140132

ERROR
34:
TST

ogoerm

VERFIY ACO

iBRANCH IF GOOD

*DETERMINE FLOATING POINT FAULT. $$$

.FPP ERROR

'BAD ACO

'SET STATUS TO DUOBLE NODE
\LOAD ACO WITH A VALUE
'STEST INSTRUCTION

‘SAVE FPP STATUS
;SAVE ACO
LT
; VERIFY RESU
;BRANCH IF GOOD

DETERMINE FLOATING POINT FAULT. $$$

#TAB18,R4
R7,DATVER
COUNT

;BAD SUBD

;POINT TO EXPECTED DATA
; VERIFY ACO
:

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-208

SEQ 0227

FLOATING POINT TESTS

12823 063012
12824 063014
12825 063020
12
12827 063022

001403
004737
104003

012702
170102
012704
012705
012701

172415
172014
174011

12849 063070
12850 063074
12851
12852 063076
12853 063102
12854 063106
12855 063112
12856 063114
12857 063116
12858 063120

12859

122

12864
12865 063142
12866
12869
12870
12871
12872
12873 063142
12874
12875 063142
12876 063146
12877 063150
12878 063154
12879 063160
12880 063164
12881 063166
12882 063170
12883 063172

012704
004767
005767
001403
004737

104003

012704
012703
012702
170102

172413
061400
174011
004767
005767
001403
004737
104003

BEQ
CALL
ERROR

140132

IHDETFPA
+3

;BRANCH IF GOOD ACO

E
iFPP ERR&Q
ACO

TERMINE FLOATING POINT FAULT.

;BAD

003240

:SET FIU,FD,FT

003334

;SETUP ~CO

:SET FSRC

;POINT "0 RECEIVED DATA
;LOAD ACO
;#TEST INSTRUCTION
:SAVE TEST RESULT
;POINT TO EXPECTED DATA
;VERIFY ACO DATA

003142

003354
055016
120032

;BRANCH IF GOOD
;:DETERMINE FLOATING POINT FAULT. $$$

140132
003344
003344
003200

;FPP ERROR
;BAD ADDD

14:

;SETUP SAME ACO
;ROUND MODE
;LOAD ACO
;*TEST INSTRUCTION
;SAVE DATA
;:VERIFY ACO

054752
117766

140132

;FPP

;:BRANCH IF GOOD
DETERMINE FLOATING POINT FAULT. $$$

;:BAD ROUND RESULT

MXDF1:

012702
170102
012704
012701
012705
172415
172014

170203
174011

003200

003374
003142
003364

$$%

#3200,R2
R2
#TAB11,R4

#RECDST,R1
#TAB10,RS5
(RS),ACO
(go).nco

ACO,(R1)

;R2=FPP_STATUS
;LOAD FPS STATUS
;POINT TO FSRC DATA

;POINT TO ACO RESULT
;POINT TO ACO DATA
;LOAD_ACO DATA
;*TEST _INSTRUCTIONS
;SAVE FPP STATUS
:SAVE ACO DATA

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

FLOATING POINT TESTS

12884 063174 022703 003200

12885 063200
12886 063202
12887 063206

001403
004737
104003

12892 063224
12893 063226

001403
004737

12888

12889 063210 012704 003404
12890 063214 004767 054660
12891 063220 005767 117674
12894 063232
12895
12896 063234
12897 063280
12898 063242
12899 063244
12900 063250
12901 063252
12902 063256
12903 063262
12905 063270

12906

104003

24:

012702 003000
012704 003444
012705 003454
172415

12912 063312
12913 063314

172014
170127

000200

12919 063340 004737

140132

3%:

12920 063344

12921

#3000,R2
#TAB14,R4
#TAB1S.RS
(RS),ACO

104003

CALL

43:

174011

104003

STD

ACO, (R1)

BEQ

ERROR

CALL

;POINT TO EXPECTED DATA
;VERIFY CONTENTS OF ACO
;

S¢DETFPA

;#TEST INSTRUCTION
:RESET TO DOUBLE

;RECOST=ACO
;POINT TO GOOD DATA
;VERFIY CONTENTS OF ACO
:BRANCH IF GOOD

;FPP

DETERMINE FLOATING POINT FAULT. $$$

:BAD FLOATING ADD

;POINT TO ACO DATA
:FPP STATUS = FLOAT
:LDAD ACO
;#TEST INSTRUCTION

:SAVE ACO DATA

;POINT TO GOOD DATA
;BRANCH IF GOOD
iFPP E

DETERMINE FLOATING POINT FAULT. $$$

:BAD FLOATING ADD

:TEST ADDD WITH NEGATIVE OPERANDS

‘

;GET FPP STATUS DATA
;POINT TO FSRC DATA
:POINT TO ACO DATA
:LOAD ACO

:FPP STATUS = FLOAT, INTERRUPTS ENABLE

.
—
S
-

MNGOP:

DETERMINE FLOATING POINT FAULT. $$$

:BAD ACO DATA

(R4),ACO

#TAB17,R4
R7,DATVER
COUNT
5%

15T

5%:

@DETFPA

#TAB16,RS
R2
(RS),ACO

MOV
JSR

:BAD FPP STATUS

(R4),ACO
#200

MOV
LDFPS
LOF
ADDF

172014

140132

12942 063406

MOV
MOV
MOV
LDD

ERROR

12931 063400 004737

12“

;FPP

@4DETFPA

ACO, (R1)
¢TAB10,R4
R7,DATVER
COUNT
4

117522

1294?

;BRANCH IF GOOD ACO
:DETERMINE FLOATING POINT FAULT. $$$

STD
MOV
JSR
15T
BEQ

005767

12932 063404

;FPP ERROR
;BAD ACO, SHOULD = FSRC
:POINT TO FSRC DATA
;ACO
;#TEST INSTRUCTION
:POINT TO EXPECTED RESULT
:SAVE ACO DATA INTO RECDAT
:VERIFY DATA
;BRANCH IF GOOD DATA

2¢
@4DETFPA

174011
012704 003364
004767 054546
005767 117562
001403

12930 063376 001403
12933
12934 063406
12935
12938
12939

+3
#TAB12,R4
(RS),ACO
(R4).ACO
#TAB138,R4
ACO, (R1)
R7,DATVER
COUNT
38

ADDF
LDFPS

12927 063362 012704 003474
12928 063366 004767 054506
12929 063372

ERROR
MOV
LDD
ADDD
MOV
STD
JSR
ST
BEQ

:BRANCH IF GOOD
:DETERMINE FLOATING POINT FAULT. $5$
;FPP ERROR

12922 063346 012705 003464
12923 063352 170102
12924 063354 172415

12925 063356

#TAB11A,R4
R7,DATVER
COUNT

1%
@4DETFPA
+3

LDFPS

12911 063310 170102

12914 063320
12915 063322
12916 063326
12917 063332
12918 063336

MOV
JSR
ST

CALL

140132

12907 063272
12908 063276
12909 063302
12910 063306

#3200,R3

BEQ
CALL

140132

104003
012704 003414
172415
172014
012704 003434
174011
004767 054622
005767 117636
001403

12904 063264 004737

1%:

;VERIFY FPP STATUS

cMP

BEQ
CALL
ERROR

140132

Page 14-209

Je2

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Fridey 28-Mar-86 13:30

Page 14-210

SEQ 0229

FLOATING POINT TESTS

12943
12944 063406
12945 063412

012702
170102
012704
172414
172014

170203
012701
174011

022703
001403

003524
054420

012704
012701
012737
172411
172014
170000
004737
104003

170203
012701
174011
022703
001403
004737
104003
012605
020527
001403
004737
104003
005726
012704
004767
005767
001403
004737
104003

12997 063616

12998 063622
12999 063626

012704
012701
012737

aR4),ACO
3
#RECDST,R1
ACO,(R1)
#3210,R3
1$

003210

012704
004767

#DETFPA
+3

1¢:

140132

24%:
000244

101%:

003142

;VERIFY DATA

;:BRANCH IF GOOD

;DETERMINE FLOATING POINT FAULT. $$$

;FPP Em

!-FSRC! = !ACO!

#TAB21,R4
#TAB23,R1
#101$,94FPVEC

;POINT TO FSRC DATA
;POINT TO ACO DATA
;SETUP FP VECTOR

(R4),ACO

;*TEST_INSTRUCTION
;COPY FPP CC
DETERMINE FLOATING POINT FAULT. $$$

;LOAD ACO

OgfiTFPA
R3
#RECDST ,R1

103200

ACO, (R1)
o%oiaoo.n

140132

OgfiTFPA

iG0 TO ERROR
:SAVE FPP STATUS
POINT TO RECEIVED DATA TABLE

;SAVE ACO DATA
‘VERIFY STATUS
i BRANCH

34:

063516

102%:

003544
054276
117312

(SP)+

#TAB24 ,R4
R7,DATVER

COUNT

#DETFPA
+3

140132

4%:

000244

;GET_ERROR PC
;VERIFY ERROR ADDRESS ON STACK

(SP)+,RS

RS, #1003

1024
O;DETFPA

140132

003534
003514
063656

;POINT TO EXPECTED DATA

(R1),ACO

100¢:

140132

;FPP ERROR

#TAB22,R4
R7,DATVER

COUNT
24
HDETFPA

117434

003514
003534
063526

;:DATA ADDRESS FOR ACO AND FSR
+AC0=100200 0 0 O
;*TEST INSTRUCTION
; SAVE _STATUS
;POINT TO RECEIVED DATA TABLE
:SAVE _ACO DATA
; VERIFY STATUS
;BRANCH IF GOOD
;DETERMINE FLOATING POINT FAULT. $$$

(R4),ACO

002142

140132

005767
001403
004737
104003

12965 063474
12966 063500
12967 063504
12968 063512
12969 063514
12970 063516
12971 063520
12972 063524
12973
12974 063526
12975 063530
12976 063534
12977 063536
12978 063542
12979 063544

003514

004737
104003

;LOAD FPS VALUE

#3200,R2
R2
#TAB21,R4

003200

!-ACO! = !FSRC!

#TAB23,R4
#TAB21,R1

#1044 ,90FPVEC

;BRANCH IF GOOD

;FPP

DETERMINE FLOATING POINT FAULT. $$$

;BAD ERROR RETURN ON STACK
+RESTORE STACK
;POINT TO EXPECTED DATA TABLE
; VERIFY DATA
;BRANC IF GOOD

;DETERMINE FLOATING POINT FAULT. $$$

:FPP ERROR

;BAD ACC DATA

;POINT TO FSRC DATA
;POINT TO ACO DATA
:SETUP FP VECTOR

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V0S5.03

FLOATING POINT TESTS

MOV
LDFPS
LDD

13000 063634 012702 003200
170102
13002 063642 172411
13001 063640

13003 063644 172014
13004 063646 170000
13005 063650 004737
13006 063654 104003
7

13008 063656

13009 063660
13010 063664
13011 063666
13012 063672

170203

012701 003142
174011
022703 103200
001403

12013 063674 004737

13014 063700

13015

140132

104003

13019 063712 004737
13020 063716

13021

104003

005726
012704 003544
004767 054146
005767 117162
001403

13028 063744

104003

13031 063746
13032 063752
13033 063756
13034 063762
13035 063764
13036 063772
13037 063774
13038 063776
13039 064000

012704
012701
012702
170102
012737
172411
172014
170203
012701

13029
13030

MOV
STD
cMP
BEQ

ERROR

CALL

S#DETFPA
+3

CALL

140132

13022 063720
13023 063722
13024 063726
13025 063732
13026 063736

13027 063740 004737

STFPS

105¢:

13044 064020

13045

13046 064022
13047 064026
13048 064032
13049 064036

104003

13050 064040 004737

13051 064044 104003
3052
13053

MOV
MOV
LDFPS

MOV
LDD

STFPS

MOV
STD
cMP
BEQ

140132

160 TO ERROR

DETERMINE FLOATING POINT FAULT. $$$

:BAD FPS STATUS

(SP)+,RS
RS, #1033
1054

;GET ERROR PC
'VERIFY ERROR ADDRESS ON STACK
:BRANCH IF GOOD
FAULT. $$$
:DETERMINE FLOATING POINT

B®DETFPA

;FPP ERROR

(SP)+
$TAB24 R4
R7,DATVER
COUNT
64
@DETFPA

:BAD ERROR RETURN ON STACK

:RESTORE STACK
:POINT TO EXPECTED DATA
;:BRANCH IF GOOD

:DETERMINE FLOATING POINT FAULT. $$$

:FPP ERROR

1-FSRC! <

#TAB26,R4
#TAB2S ,R1
#3200, R2
R2
9246 , BOFPVEC
(R1).ACO
(R4).ACO
R3
SRECDST,R1

:BAD ACO
1ACO:

;POINT TO FSRC DATA
:POINT TO ACO DATA
:LOAD FPS VALUE
:
:SETUP FP VECTOR
:LOAD ACO DATA
:#TEST INSTRUCTION
:SAVE STATUS
:POINT TO RECEIVED DATA TABLE
:SAVE ACO
:VERIFY STATUS

ACO, (R1)
R3, #3200

;BRANCH IF GOOD

:DETERMINE FLOATING POINT FAULT. $$$

#TAB27,R4
R7,DATVER
COUNT
83

;

'IFSRC!

MOV
MOV
LDD

:SAVE ACO
:
:VERFIY STATUS
:BRANCH IF GOOD

:FPP

MOV
JSR
ST
BEQ

ERROR

;SAVE FPS

SRECDST,R1
ACO, (R1)
$103200,R3
5%

S0DETFPA

CALL

8s:

@4DETFPA
+3

CALL

ERROR

140132

13054 064046 012704 003554
13055 064052 012701 003564
13056 064056 172411

TST
MOV
JSR
ST
BEQ

ERROR

64:
003564
003554
003200
000246 000244

012704 003574
004767 054046
005767 117062
001403

ERROR

CALL

140132

003142
13040 064004 174011
13041 064006 020327 003200
13042 064012 001403
13043 064014 004737

MOV
CHP
BEQ

:#TEST INSTRUCTION
:COPY FPP CC
:DETERMINE FLOATING POINT FAULT. $$$
;FPP ERROR

(R4).ACO

1048:

;LOAD FPS VALUE
:
:LOAD ACO DATA

#3200,R2
(R1),ACO

103$:

Page 14-211

ADDD
CFCC
CALL
ERROR

140132

13016 063702 012605
13017 063704 020527 063646
13018 063710 001403

Friday 28-Mar-86 13:30

;FPP ERROR

@SDETFPA

#TAB25,R4
#TAB26,R1
(R1),AC0

:BAD FPS

:POINT TO EXPECTED DSATA
:VERIFY DATA
;
:BRANCH IF GOOD

DETERMINE FLOATING POINT FAULT. $$$

.FPP ERROR
i
'-AC!

;POINT TO FSRC DATA
:POINT TO ACO DATA
:LOAD ACO DATA

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-212

SEQ 0231

FLOATING POINT TESTS

172014
170203
012701
174011
020327
001403
004737
104003
012704
004767
005767
001403
004737

104003

012704
012701

172411
172014
170203
012701
174011
020327
001403
004737
104003
012704
004767
005767
001403
004737
104003

ADDD
STFPS
MOV
STD
CHP
BEQ
CALL
ERROR

003142

003200

140132
003574

053762
116776

9s:

140132

003614
003604

10%:

012702
170102
012704
012701
172414

173014
170203
174011
022703
001403
004737
104003

MOV

ACO, (R1)

;:SAVE STATUS
;POINT TO RECEIVED DATA TABLE
;SAVE ACO

#TAB27 ,R4
R7,DATVER

;BRANCH IF GOOD
;DETERMINE FLOATING POINT FAULT. $$¢
;FPP ERROR
;BAD FPS
;POINT TO EXPECTED DSATA
;VERIFY DATA

#RECDST,R1

R3, #3200
94
8§DETFPA

COUNT
104
S?ETFPA

!-FSRC! <
#TAB29,R4
#TAB28 R1

VERIFY STATUS

;BRANCH IF GOOD

;DETERMINE FLOATING POINT FAULT. $$$

;FPP ERROR
;BAD ACO
'ACO!

(R1).ACO

(R&),ACO

ACO, (R1)

114
SODETFPA
+3

140132
003624
053676
116712

:VERIFY STATUS

R3, #3200

003200

11$:

MOV

#TAB29A ,R4

140132

;BRANCH IF GOOD

:DETERMINE FLOATING POINT FAULT. $$$

;FPP ERROR
:BAD FPS

R7,DATVER
COUNT
12%
SPDETFPA
+3

;POINT TO FSRC DATA
;POINT TO ACO DATA
;LOAD _ACO DATA
;*TEST INSTRUCTION

;SAVE STATUS
;POINT TO RECEIVED DATA TABLE
:SAVE ACO

R3
SRECDST,R1

003142

;POINT TO EXPECTED DATA
sVERIFY DATA

IBRANCH IF GOOD

DETERMINE FLOATING POINT FAULT. $$$

.FPP ERROR
H

13100
13101 064216
13102
13103 064216
13104 064222
13105 064224
13106 064230
13107 064234
13108 064236
13109 064240
13110 064242
13111 064244
13112 064250
13113 064252
13114 064256
13115

MOV
JSR
TST
BEQ
CALL
ERROR

;*TEST INSTRUCTION

(R4),ACO

003200
003514
003142

003204

140132

- -

MOV
LOFPS
MOV
MOV
LDD
SuUBD
STFPS
STD
cMHP
BEQ
CALL
ERROR

;:LOAD FPS DATA
;LOAD FPS
;POINT TO FSRC DATA

#3200,R2
R2
#TAB21,R4

;POINT TO ACO RECEIVED DATA TABLE

#RECDST,R1

;:LOAD ACO
‘tTEST INSTRUCTION

;:SAVE STATUS
;SAVE ACO INTO RECDST
;VERIFY STATUS
:BRANCH IF GOOD

:FPP El

DETERMINE FLOATING POINT FAULT. $$$

;BAD FPS STATUS

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Fridav 28-Mar-86 13:30

Page 14-213

SEQ 0232

FLOATING POINT TESTS

13116 064260
13117 064264
13118 064270
13119 064274
13120 064276
13121 064302
13122
13123 064304
13124 064310
13125 064312

13126 064314
13127 064316
13128 06432C
13129 064324
13130 064326
13131 064332
13132
13133 064334
13134 064340
13135 064344
13136 064350
13137 064352

13153 064372
13154 064376
13155 064400
13156
13157 064402
13158 064404
13159 064410
13160 064412
13161 064416
13162 064422

13163 064426
13164 064430

13169 064446
13170 064450
13171
13172 064452
13173 064456
13174 064460

012704
004767
005767
001403

003314
053610
116624

004737
104003

140132

012704
172414
173014

003444

170203
174011

022703
001403
004737
1v4003

003204

012704
004767
005767
001403
004737
104003

003314
053534
116550

012702

003200

170102
012705

012701
172411

1¢:

24:

140132
3%:

140132

MOV
JSR
ST
BEQ
CALL
ERROR

#TAB6,R4
R7,DATVER

MOV
LDD
SuBD
STFPS
STD
CMP
BEQ
CALL
ERROR

#TAB14,R4

MOV
JSR
TST
BEQ
CALL
ERROR

; VERIFY ACO
H

;BRANCH IF GOOD

;:DETERMINE FLOATING POINT FAULT. $$$

;FPP ERROR
;:BAD ACO

;POINT TO FSRC AND ACO DATA

(R4),ACO

;LOAD ACO DATA
;#TEST

(na) ACO

;SAVE FP&

ACO (R1)

3264
OODETF PA
+3

#TAB6,R4
R7,DATVER

;FPP ERR
;BAD ACO

;FPP ERROR
;BAD ACO

#3200,R2
R2

sLDAD FPS

#TAB30.R

'POO?‘DT T0 ACO DATA

sPOINT TO FSRC DATA
ACO

i4TEST INSTRUCTION
‘1 LEFT SHIFT
iSAVE STATUS

(R5),ACO

R3
ORECDST

003654
003664

012701
174011
004767

003142

COUNT
1%
SHDETFPA
+3

1%:

MOV

#TAB32,R1
#TAB33 .R5

(R1),AC0

(R5).ACO

053414

DATA
EXPECTED
\POINT T6.VERIFY
DATA
VE ACO

a1 DATVER

140132

012701
012705
172411
173015

i POINT T0 RECOATA

(n45
fiun1

003674
053456
116472

STD

;POINT TO EXPECTED DATA

.DETERHI'E FLOATING POINT FAULT. §$$$

(R1), Aéo

003142

§SAVE ACO INTO RECDST
FY
; VERI
;BRANCH IF GOOD
DETERMINE FLOATING POINY FAULT. $$¢

;BRANCH IF GOOD

OgOETFPA

INSTRUCTION

;VERIFY ACO

COUNT

#TAB31, ns

003644
003634

173015

170203
012704
174014
012701
004767
005767
001403
004737
104003

COUNT
24
MDETFPA
+3

;POINT TO EXPECTED DATA

#RECDST,R

ACO (R15

R7,DATVER

;BRANCH _IF GOOD

;DETERMINE FLOATING POINT FAULT. $$$

;FPP ERROR
H

;ACO DATA
\FSRC DATA
LOAD ACO

;#TST INSTRUCTION

156 LEFT SHIFTS
;SAVE DATA

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-214

SEQ 0233

FLOATING POINT TESTS

13175 064464
13176 064470
13177 064472
13178 064476

005767
001403
004737
104003

TST
BEQ
CALL
ERROR

116430

140132

COUNT
24
WDETFPA
+3

;DETERMINE FLOATING POINT FAULT. $$$

;FPP ERROR

OVERFLOW AND UNDERFLOW

13190 064500
13191 064504
13192 064506
13193 064512
13194 064516
13195 064520
13196 064522
13197 064524
13198 064530
13199 064532
13200 064536
13201 064540
13202 064544
13203
13204 064546
13205 064552
13206 064556

012702
170102
012704
012701
172411
172014

MOV
LDFPS
MOV
MOV
LDD
ADDD
STFPS
MOV
STD

000200

003704
003704

003142

cMP
BEQ
CALL

140132

1%:

003314
053322
116336

MOV

12
13213 064572
13214 064576
13215

003704
003704
064632

140132

003142

000244

23%:

3%:

101206

140132

064622

4%:

mov

LDFPS
HOV
MOV
LDD
MOV
ADDD
CFCC
CALL
ERROR

STFPS
MOV
STD
CHP
BEQ

ACO, (R1)
:%os.ns

SUDETFPA
+3
#TAB6,R4

;DETERMINE FLOATING POINT FAULT. $$$

;FPP ERROR
;:BAD FPS

R7,DATVER

.FPP ERROR
;BAD ACO

.SETUP FLOATING POINT STATUS
FPS
AD
;LO
"POINT TO FSRC DATA
iPOINT TO ACO DATA
LOAD ACO WITH TEST DATA

(R‘1g.néo

;CHANGE TRAP VECTOR

834 EFPVEC

(R4),ACO

4DETFPA
+3
R3
SRECDST,R1

' STEST INSTRUCTION

MOV

(SP)+,RO

8238
. RO

;DETERMINE FLOATING POINT FAULT. $$$

;FAILED TO TRAP ON OVERFLOW
:SAVE FPS

;POINT TO RECEIVED DATA TABLE
: SAVE ACOVEEE&LT

ACO, (R1)
:%oizoe.as
SODETFPA

;POINT TO EXPECTED DATA
;VERIFY DATA

;BRANCH IF GOOD
DETERMINE FLOATING POINT FAULT. $$$

#1200,R2
R2
#TAB40O,R4
o1
R1

CALL
ERROR

CcMP

;POINT TO FSRC DATA
;POINT TO ACO DATA
;LOAD ACO WITH TEST DATA
;*TEST INSTRUCTION
;:SAVE FPS
;POINT TO RECEIVED DATA TABLE
;SAVE ACO RESULT
;VERIFY STATUS
;BRANCH IF GOOD

(R1),ACO

;OVERFLOW TRAPS ENABLED
001200

;:LOAD FPS

'(!R4),ACO
3
SRECDST,R1

COUNT
24
SMDETFPA
+3

140132

;SETUP FLOATING POINT STATUS

#200,R2
R2
#TAB40,R4
#TAB40,R1

IFY STATUS

:BAD FPS

;BRANCH 1F GOOD
FLOATING POINT FAULT. $48
qgiDETERMINE

; CHECK STORED PC
;

COKDAFO KDJ11-8 CLUSTER DIAG.

MACRO V05.03

Friday 28-Mer-86 13:30

Page 14-215

FLOATING POINT TESTS

13234 064664 001403
13535 064666 004737 140132
13536 064672 104003

13537

S$:

13538 064674 012600
13539 064676 012704 003314

13540 064702 004767 053172

13541 064706

005767

13542 064712 001403
13545 064714 004737

140132

13544 064720

104003

13248 064722

012702

000200

13550 064730 012737
13351 064736 012704
13952 064742 012701

140044
003334
003714

13549 064726 170100
13553 064746 172411

5%
BEDETFPA
+3

MOV
MOV

(SP)+,RO
#TAB6.R4

USR

R7.DATVER

BEQ
CALL

7%
S9DETFPA

YST

116206

13345
13246

BEQ
CALL
ERROR

ERROR

MOV

13554 064750

172014
13555 064754
064752 012701
170203 003142

LDD

(R1),ACO

ADDD

'CLEAN UP STACK
tPOINT TO EXPECTED DATA

8
i

.FPP ERROR

'VERIFY DATA

IF GOOD
TTMSSMINE FLOATING POINT FAULT. $8%

iBAD ACO

SETUP FLOATING POINT STATUS

#200,R2

LOFPS
MOV~
MOV
MOV

000244

'BAD RETURN ADDRESS

COUNT

JUNDERFLOW TRAPS DISABLED
%s:

JFPP

;BRANCH IF RETURN ADDRESS IS GOOD
capdOE TERMINE FLOATING POINT FAULT. 43

iLOAD FPS"REPLACE WILD TRAP VECTOR

@WLDTRP,@4FPVEC
$TAB7.Ré
#TABA.R1

*POINT TO FSRC DATA
*POINT TO ACO DATA

*LOAD ACO WITH TEST DATA

;4TEST INSTRUCTION

13556

(R4).ACO
STFPS
R3
SRECDST,R1
MOV~

13258 064762 022703 000204

cMP

:VERIFY STATUS

13560 064770 004737

140132

CALL

@GDETFPA

13963 064776

012704

003314

MOV

#TAB6,R4

13265 065006
13966 065012

005767
001401

116106

13357 064760 174011

13559 064766

001403

13261 064774 104003

88:

170102
012737

13577 065044
13578 065046

172014
170000

065056

13274 065032 012704 003334
13575 065036 012701 003714
13576 065042 172411
13279 065050 004737 140132

13580 065054 104003
13281

13282 065056

170203

13283 065060 012701

003142

13285 065066 022703

102210

13584 065064 174011

13286 063072 001403

104003

13390 065102

012605

8¢

JSR

&:
000244

MOV

11$:

‘5:3 gggéa
B

.POINT TO EXPECTED DATA

;VERIFY DATA

BRANCH IF GOOD

.FPP
ACO
'BAD ERROR

.SETUP FLOATING POINT STATUS

92200,R2

R2
#11$,80FPVEC

;LOAD FPS
'REPOSITION TRAP VECTOR

ADDD
CFCC

(R4).ACO

;4TEST INSTRUCTION
iCOPTY FPP CC

CALL

SGDETFPA

STFPS

STD

ACO,(R1)

CALL

SGDETFPA

MOV

(SP)e+,RS

MOV~

BEQ

ERROR

.POINT TO FSRC DATA
*POINT TO ACO DATA
*LOAD ACO WITH TEST DATA

#TAB7.R4
#TAB4L.R1
(R1),ACO

ERROR
CMP

126:

'DETERMINE FLOATING POINT FAULT. $8$

R7,DATVER
COUNT
9%

JFPP

DETERMINE FLOATING POINT FAULT. $$%

*FAILED TO TRAP ON UNDERFLOM
;SAVE FPS

*POINT TO RECEIVED DATA TABLE

ORECDST,R1

ISAVE ACO RESULT

VERIFY STATUS

#105210.R3

126
+3

'BRANCH IF GOOD

LOFPS
MOV~

MOV
MOV
LOD

108:

'SAVE ACO RESULT

#204 ,R3

ERROR +3
;UNDERFLOW TRAPS ENABLED

13287 065074 004737 140132
13288 065100

BEQ

YST
BEQ

13571 065016 012702 002200

13572 065022
13573 065024

ACO,(R1)

ERROR

13264 065002 004767 053072

13267 065014 104003
13968
13269

STD

'SAVE FPS

*POINT TO RECEIVED DATA TABLE

1EPP ERR
H

600D
JBRANCH_IF
DETERMINE FLOATING POINT FAULT. $$$
;GET ERROR PC

{

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO VO0S5.03

FLOATING POINT TESTS

cHP

13291 065104 020527 065046

13292 065110
13293 065112
13294 065116

001403
004737
104003

140132

005726 003304
13296! 065120 012704

13297 065122
13298 065126 004767 052746
13299 065132 005767 115762
13300 065136 001403

13301 065140
3338% 065144

004737
104003

13308 065154
13309 065162
13310 065166
13311 065172
13312 065174
13313 065176

13314 065200
13315 065204
13316 065206
13317 065212

13318 065214
g%g 065220

13321 065222

012702
170102

000200

TST

MOV
JSR
15T
BEQ

CALL
ERROR

14¢:

RS, #10$

134
@#DETFPA
+3

(SP)+ R4
#TABSA,
@4DETFPA
+3
#200,R2
R2

ADDD
STFPS

(R4).ACO
R3

MOV
MOV
MOV
LDD

012701 003142
174011
022703 000204
001403

MOV
STD
cHP
BEQ

172014
170203

004737
104003

140132

012704

003314

004737
104003

140132

CALL
ERROR

156:

MOV

JSR
ST
BEQ

CALL
ERROR

SRECDST,R1
ACO, CR1)
#204,R3
15¢
@DETFPA
+3

$TAB6,R4

R7,DATVER
COUNT
16$
S0DETFPA
+3

;:BAD ERROR RETURN ON STACK

;RESTORE STACK
;POINT TO EXPECTED DATA
;VERIFY DATA

;BRANCH IF GOOD

;DETERMINE FLOATING POINT FAULT. $$$

;FPP ERROR
;BAD_ACO

;SETUP FLOATING POINT STATUS
:LOAD FPS
;RESTORE TRAP VECTOR
;POINT TO FSRC DATA
:POINT TO ACO DATA
:LOAD ACO WITH TEST DATA
;+TEST INSTRUCTION
:SAVE FPS

:PCINT TO RECEIVED DATA TABLE
;SAVE ACO RESULT
:VERIFY STATUS

;BRANCH IF GOOD
:DETERMINE FLOATING POINT FAULT. $$$

;FPP ERROR
:BAD FPS

;POINT TO EXPECTED DATA
:VERIFY DATA

;BRANCH IF GOOD
DETERMINE FLOATING POINT FAULT. $$$

\FPP ERROR
;:BAD ACO

RESULT

;UNERFLOW WITH TRAPS ENABLED - NON-ZERO

012702
170102

102200

H
16$:

MOV
LDOFPS

#102200,R2
R2

LDD

(R1),AC0

13336 065274
13337 065276
13338 065300
13339 065304

ADDD
CFCC
CALL
ERROR

S@DETFPA
+3

STFPS

13335 065272 1726411

172014
170000
004737
104003
170203

140132

012701 003142
174011
012600
005726
022700 065276
001403

17¢:

18¢:

MOV
STD
MOV
TST
cHP
BEQ

2184, BOFPVEC
#TAB41,R4
#TABA2,R1

MOV
MOV
MOV

13342 065310
13343 065314
13344 065316
13345 065320
13346 065322
13347 065326

DETERMINE FLOATING POINT FAULT, $s$

;:FPP ERR

P
, 34FPVEC
SULDTR
#TAB41,R4
#TABA2 .R1
(R1),AC0

13332 065254 012737 065306 000244
13333 065262 012704 003714
13334 065266 012701 003724

13341 065306

SEQ 0235

;VERIFY ERROR ADDRESS ON STACK
;BRANCH IF GOOD

R7,DATVER
COUNT
14%

MOV
LDFPS

012737 140044 000244
012704 003714
012701 003724
172411

§3m

3329
13330 065246
13331 065252

BEQ
CALL
ERROR

Page 14-216

;UNDERFLOM WITH TRAPS DISBLED - NON-ZERO RESULT

13322 065226 004767 052646
13323 065232 005767 115662
13324 065236 001403

13325 065240
iggg 065244

138:

140132

g%
13306 065146
13307 065152

Friday 28-Mar-86 13:30

SETUP FLOATING POINT STATUS

;RESTORE TRAP_ VECTOR
;POINT TO FSRC DATA
;POINT TO ACO DATA
;LOAD ACO WITH TEST DATA
;#TEST INSTRUCTION

(R4),ACO

SRECDST,R1
ACO, (R1)
(SP)+,RO
(5P)+
#174.R0
194

LoAD FPé

Fop

DETERMINE FLOATING POINT FAULT. $$$

;:NO TRAP ON UNDERFLOW
:SAVE FPS

;POINT TO RECEIVED DATA TABLE
:SAVE ACO RESWLT
:SAVE STACK CONTENTS
;CLEAN UP STACK
;VERIFY RETURN ADDRESS
;BRANCH IF GOOD

COKDAFO KDJ11-8 CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-217

SEQ 0236

FLOATING POINT TESTS

13348 065330
13349 065334
13350

13351 065336
13352 065342
13353 065344

13354 065350
13355
13356 065352
13357 065356
13358 065362
13359 065366
13360 065370
13361 065374

004737
104003

140132

022703

102204

001403
004737
104003
012704
004767
005767

001403
004737
104003

CALL

JDETFPA
+3

19¢:

CMP

#102204 ,R3
20
8§WTFPA

20%:

MOV

#TABA43,R4
R7,DATVER

140132

003734
052516
115532

DETERMINE FLOATING POINT FAULT.

FPP ERROR

'BAD RETURN ADDRESS
VERIFY STATUS
;BRANCH IF GOOD
O TERHINE FUOATING POINT FAULT. $88
R
ERRO
:FPP
:BAD FPS

;POINT TO EXPECTED DATA
*VERIFY DATA

COUNT
21$
fl;OETFPA

140132

$85

;BRANCH IF GOOD
;DETERMINE FLOATING POINT FAULT. $$$

13363 065376

:TEST LDCFD, LDCOF

13371 065376
i3372
3373
13374 065376

MLDC:
H

012702
170102
012704
012701
172411
012701
174011
022704
001403
004737
104003
012704
004767
005767
001403

104003

; TRUNCATE

MOV
LDFPS
MOV
MOV
LDD

003744
003314

LDCFD

#300,R2
R2
#TABAS
lu
#TAB6,ACO
(R1),
(R4)+,AC

:*TEST INSTII\I:TI(N DATA TABLE

:BRANCH IF GOOD AUTO-INC
DETERMINE FLOATING POINT FAULT. $5$

003750

140132

CALL

néasoa.
nmm

MOV
JSR
TST
BEQ

#TAB46 ,R4
R7,DATVER
COUNT
24

003754
052426

BEQ

ERROR

18:

115442

CALL
ERROR

140132

@CDETFPA
+3

;AUTO-INC DOUBLE MODE
005002
170102
012704
012701
172411
177424

001403
004737
104003

2%:
003744
003464
003754

140132

CLR
LDFPS
MOV
MOV

R2
R2
#TAB4S,R4
#TAB16,R1

LDCOF

BEQ

om
m.ofius
38

ERROR

LDD

cHP

CALL

;POINT TO FSRC DATA
;POINT TO ACO DATA
;LOAD ACO WITH TEST DATA

coér
ACO mS

MOV
STD
cHP

003142

sSETlP FLOATING POINT STATUS

;LOAD FPS

(R1), M':o
(R4)+,AC

SSDETFPA

;POINT TO RECEIVED
;SAVE ACO RESULT

;BAD AUTO-INC

;POINT TO EXPECTED DATA
;VERIFY DATA

FPP

;BRANCH IF GOOD
DETERMINE FLOATING POINT FAULT. $$$

;BAD ACO

:SETUP FLOATING POINT STATUS
;LOAD FPS

;POINT TO FSRC DATA
;POINT TO ACO DATA
;LOAD ACO WITH TEST DATA

s #TEST INSTMTIOC
: VERIFY AUTO-INC

;BRANCH IF GOOD

onmmc FLOATING POINT FAULT. $$$
op
:BAD AUTO-INC ON DOUBLE

COKDAFO KDJ11-8 CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-218

SEQ 0237

FLOATING POINT TESTS

13407 065522
13408 065524
13409 065530
13410 065532
13411 065536
13412 065540

170203

012701
174011
022703

001403
004737
104003
012704
004767

005767
001403
004737
104003
3
13424 065572
13425 065576
13426 065600
13427 065602
13428 065606
13429 065610
13430 065612
13431 065614

003142

38:

STFPS

MOV

STD

cHP

BEQ

CALL
ERROR

140132
004014

as:

115336

SRECDST,R1

ACO, (R1)

#0,R3

Q6DETFPA
+3

MOV
JSR
ST
BEQ

#TAB49,R4
R7,DATVER
COUNT
5%

ERROR

CALL

140132

S9DETFPA

;LDCFD GR7
012702
170102

000200

043243

000003

MOV
LDFPS
CLR
LDCFD
INC
ING
INC
P
BEQ

CALL
ERROR

140132

003764
003744

@ODETFPA
+3

000210

012704

13456 065714
13457 065720
13458
13459
13460
13461 065722
13462 065726
13463 065730

001403
104003

(R4).ACO

CALL

@EDETFPA

MOV
JSR
ST
BEQ

#TAB48 R4
R7,DATVER
COUNT
8%

CALL
ERROR

140132

ORECDST ,R1

ACO, (R1)
#210,R3

ERROR

7%:

(R1),At0

STD
cMP

BEQ

140132

052172
115206

LDCFD

MOV

003142

104003

#200,R2
R2
#TAB47 R4
$TABAS ,R1

STFPS

GDETFPA
+3

;LOAD A ZERO
012702
170102
012704

8s:
003314

MOV
LDFPS
MOV

;:DETERMINE FLOATING POINT FAULT. $$$

;FPP ERROR

;:BAD FPS

#200,R2
R2
#TAB6 R4

;POINT TO EXPECTED DATA
:VERIFY DATA
;BRANCH IF GOOD
:DETERMINE FLOATING POINT FAULT. $$$

;FPP ERROR
:BAD ACO

#200,R2
R3
#5203,ACO
R3
R3
R3
#3,R3
63

MOV
LDFPS
MOV
MOV
LDD

;BRANCH IF GOOD

;SETUP FLOATING POINT STATUS
;LOAD FPS

;NEGATIVE OPERANDS

64:

;SAVE FPS
;POINT TO RECEIVED DATA TABLE
;SAVE ACO RESULT
:VERIFY STATUS

;*#TEST INSTRUCTION

IF LDCFD WORKED,

R3 SHOULD=3

‘VERIFY CORRECT PROGRAM FLOW

;BRANCH IF GOOD
;DETERMINE FLOATING POINT FAULT. $$¢

;FPP ERROR
;BAD PROGRAM FLOW

:SETUP FLOATING POINT STATUS
;LOAD FPS

;POINT TO FSRC DATA
;POINT TO ACO DATA
;LOAD ACO WITH TEST DATA
;*TEST INSTRUCTION
:SAVE FPS
;POINT TO RECEIVED DATA TABLE
:SAVE ACO RESULT
sVERIFY STATUS
;:BRANCH IF GOOD
;DETERMINE FLOATING POINT FAULT. $$$
;FPP ERROR
;:BAD FPS
;POINT TO EXPECTED DATA
; VERIFY DATA

—

;BRANCH IF GOOD

DETERMINE FLOATING POINT FAULT. $$$

;BAD ACO

:SETUP FLOATING POINT STATUS
;:LOAD FPS
;POINT TO FSRC DATA

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mer-86 13:30

Page 14-219

SEQ 0238

FLOATING POINT TESTS

13464 065734
13465 065740
13466 065742
13467 065744
13468 065746
13469 065752
13470 065754
13471 065760
13472 065762

13473 065766

13474
13475 065770
13476 065774
13477 066000

012701

172411
177414
170203
012701
174011
022703
001403
004737
104003
012704
004767
005767
001403
004737
104003

MOV
LDD
LDCFD
STFPS
MOV

004004

003142

BEQ
CALL

9
@4DETFPA

;BRANCH IF GOOD
DETERMINE FLOATING POINT FAULT. $$$

MOV
JSR

#TAB6,R4
R7,DATVER

BEQ
CALL
ERROR

10$
@4DETFPA

ERROR

9%:

003314
052100
115114

140132

*«TEST INSTRUCTION

;POINT TO RECEIVED DATA TABLE
;SAVE ACO_ RESULT

cHP

140132

;SAVE FPS

ACO, (R1)

STD

000204

;POINT TO ACO DATA
;LOAD ACO WITH TEST DATA

#TAB48,R1
(R1),ACO
(R4).ACO
R3
SRECDST,R1

; VERIFY STATUS

ogo4.n3

;FPP ERROR

:BAD FPS

COUNT

;POINT TO EXPECTED DATA
;VERIFY DATA
;BRANCH IF GOOD
:DETERMINE FLOATING POINT FAULT. $$$

;FPP ERROR
:BAD ACO

10%:

0
‘test
H

MCMPD
:

:
:

003030
000152

000001
000114

13509 066112
13510 066116
066124
13511 066126
066134
13512 066136
13513 066140
13514
13515 066142
13516 066146

012346

000030
177777

CLR

JSR

.WORD

003030

;
012346

UFLAG

;SIGNAL THAT ACO REMAINS CONSTANT

0,0,0,0

:ACO AT START

:ROUTINE TO TEST DATA

R7,CMPRTN

200
LHORD
204
'MORD
CMPD WITH EXP[FSRC1=0,

EXP[AC0]=0

JWORD

0,0,0,125252

R7.CMPRTN

JMORD

100,22,123,123

;FSRC AT START

Ol.fllgLAé

200
JHORD
204
JWORD
CMPD FSRC>EXP[AC0)=0
SOFL
CLR
R7,CMPRTN
JSR
,12346,12346,23
_WORD

:ACO AT START

;FPS AT START (D)
:FPS AT END
;ACO REMAINS UNCHANGED
:ROUTINE T0 TEST DATA
:ACO AT START

JWORD

200,0,0,0

:FSRC AT START

JMORD
"WORD

200
210

;FPS AT START (D)
iFPS AT END

JSR

R7,CMPRTN

;ROUTINE TO TEST DATA

; CMPD FSRC=AC0>0
177777

;FPS AT START (D)
:FPS AT END

=O
ACO WILL
THAT
;SIGNAL
DATA
TEST
TO
:ROUTINE

MOV

JSR

000123

003030
000060

CMPD WITH FRSC=ACO=0

WORD

77777.-1,-1,-1

:ACO AT START

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

J—

Page 14-220

FLOATING POINT TESTS

066154

13517 066156

066164

177777

077777

177777

13518 066166 000200
13519 066170 000204
ggg 066172 000167 000126
13522

13525
13526
13527

13534 066176 012605

13535 066200 012702 000200

13536 066204 170102
13537 066206 010504
13538 066210 062704

13539 066214 010501
13540 066216 172411

173414
170203
012702

000200

13547 066240 012701

003142

ACO
FSRC

170102

MOV

LDFPS
MOV
ADD

1%:

5552 066260 104003

066262 005737 003030
1
13555 066266 001403
012704

13557 066274 000401

13558 066276 010504
13559 066300 004767
005767

13561 066310

001403

13565 066320

000165

051574

114610

34:
45:

13562 066312 004737 140132

13563 066316 104003

000024

HOP44;

:
:

;LOAD FPS
.POINT TO FSRC DATA

(RQ).ACO
R3
#200,R2

;*TEST INSTRUCTION
;:SAVE FPS
;:SET FPP TO DOUBLE

STD
CMP
BEQ

ORECDST

(mS
R3
fiS)
2

CALL

a#DETFPA

15T
BEQ

NFLAG
3%

ERROR

#TAB6 R4

TEST FPS
.GET
;LOAD TEST FPS

;POINT TO RECEIVED DATA
RESULT
ACOSTATUS
:SAVE
;VERIFY
;BRANCH IF GOOD

:SPAS FPERR&!S

;SEE IF ACO REMAINS UNCHANGED
;BRAM:H IF ACO STAYS THE SAME
ACO=

;GO VERIFY DATA

RS,R4
R7,DATVER

;POINT TO EXPECTED DATA
;:VERIFY DATA

BEQ

;BRANCH IF GOOD

TST

COUNT

CALL

NDETFPA

JMP

24(RS)

e
:

TABLE

:DETERMINE FLOATING POINT FAULT. $$$

MOV
JSR

ERROR

S$:

:SET TO DOUBLE MODE FOR LOAD

CMPD
STFPS
MOV

Rfi).
MOV
LDFPS

MOV

003314

RZ
R5,R4
#10,R4

;POINT Té ACO DATA
:LOAD ACO WITH TEST DATA

LDFPS

2%:

éz

*1
(Rl

MOV
LDD

13551 066254 004737 140132

13573
13573

;FPS AT START (D)
;FPS AT END
;HOP OVER SUBROUTINE

tXtXtXtXtXtXtXtXtXtXtXtXtXtXtXtXtXtXtXtXtXtXtXtXtXtXtXtXtX
; RETURN ADDRESS TO USE AS POINTER
(SP)+,RS
CP‘PRTN MOV

174011 000022
13548 066244
026503
066246
13549
13550 066252 001403

13567
13570

200
204
HOP44

5 30 O O X X X X O 0 0 X X 3 o X X X X X X X X X X X X X X X

000010

066220 016502 000020
13541
13542 066224 170102

13566 066324

.WORD
.WORD
JMP

FPS BEFORE EXECUTION
:
FPS AFTER EXECUTION
:
(FEC)
:
5 O ) ) Xo X eX O X X 3 X O O O O X o X X X X X X X X X X X X

igssgg

13560 066304

;FSRC AT START

3
:
:

13528
13529
13530
13531

13556 066270

77777,-1,-1,-1

;COMPARE ROUTINE DATA TABLES

13524

13546 066236

.WORD

:0 O o X 0 X 0 X X 0 0 X X D X X X X X X X X X X X e X e X e X e X

13523

13543 066226
13544 066230
13545 066232

177777

DETERMINE FLOATING POINT FAULT. $$$

1£PP Egg&n

;RET

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-221

SEQ 0240

FLOATING POINT TESTS

000100

000000

13592 066406
13593 066410
13594 066412
13595
13596 066414

000000
100000
000004

003030

;2/AC=EXP[FSRC]=0
: TRAPS ENABLED

; INTERRUPT
;D0 TEST

1%
p

003030

: TEST FPS

;RESULT FPS
;FEC

;NO INTERRUPT
;D0 TEST

005037

13590 066376

;ACO
;FSRC
;RESULT
; TEST FPS
:REEULT FPS

000001
000652

;NO INTERRUPT, BUT FEC
;00 TEST

012737
004767

#2,3%FLAG
R7,DVFSUB
100,27

13587 066360
13588 066366

MOV
JSR
.

[=]

000027
000000
000027

: 17EXP[AC])=FSRC=0

000100
000000
000100
040000
140000
000004

13579 066336
13580 066342
13581 066346
13582 066352
13583 066354
13584 066356

003030

§5558% 55 3588855 g3355555%" saasEsTM 555558

000002
000706

012737
004767

>
(m]

13577 066324
13578 066332

MDIVF:

13574 066324
13575
13576

13604 066444
13605 066452

012737
004767

13608 066466
13609 066472
13610 066474

040200
007557
107557

13613 066500
13614 066504
13615 066510
13616 066514
13617 066520
13618 066524
13619 066526
13620
13621 066530
13622 066534
13623 066540
13624 066544
13625 066550
13626 066554
13627 066556

005037
004767
077760
077760
040200
007414
007400

003030
000534
177777
000000
104210

005037
004767
052525
052525
040200
007400
007400

003030
000504
052525
052525
000000

13629 066560
13630 066564

005037
004767

003030
000454

104210
025252
104210

:4/ACO>EXP[FSRC]=0

[FSRC]

FLAG

?. =

:S/EXP[AC

:6/AC=FSRC

;ACO
:FSRC
sRESULT
: TEST FPS
;RESULT FPS
;FEC

;NO INTERRUPT
;D0 TEST
;ACO
RC
;FS
;RESULT

: TEST FPS

;NO INTERRUPT
;00 TEST
;ACO

: 7/FSRC>0<ACO, ROUND

CLR
JSR

: INTERRUPT
;D0 TEST

;RESULT FPS

000004

040200

003030

13606 066456

000001
000566

:RESULT FPS

007404

13602 066442

;RESULT

aFLAG
R7,0VFSUB

;RESULT

:FSRC

: TEST FPS
;RESULT FPS

iNO INTERRUPT
;00 TEST

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-222

; TEST FPS

CLR
JSR

FLAG
R7,DVFSUB

;NO INTERRUPT
;D0 TEST
;ACO
:FSRC
;RESULT
; TEST FPS
;RESULT FPS

156024
156024

003030
000312
101010
101010
020167

003030

:11/FSRC

:10/AC>FSRC>

:12/AC<0

000124

003030
000204
000177

:14/ROUND T

000177

m
w

003030

55%77,-1

55300.0

30252 1125252
0

avFLAG
R7,DVFSUB
64600,
1

66600,0
36200,1
0
0

FLAG
R7,DVFSUB

12345,156024
44745, 156024
05600.0

(1’7

by 2

40422,101010
140511,
140072,

;RESULT

;RESULT FPS

101010
20167

o bvesus

160077, 101

30417,-1
%57651.143527

:+ 13/TRUNC TE TEST
=

000101
177777
143527

sasEs"- a5E5° 55858

003030

:9/FSRC>A

'g%fi saaEs"- 5asETM- saass

000001

:8/AC>0<FSRC

Dv
o

003030
000374
000001
000000

13674 066774
13675 066776
13676
13677 067000
13678 067004
13679 067010
13680 067014
13681 067020
13682 067024
13683 067026
13684
13685 067030
13686 067034
13687 067040

7400
7400

003030
000424
177777
000000
125252

13657 066710
13658 066714
13659 066716
13660
13661 066720

77777,125252
40300,0
77652,070707

125252
000000
070707

077777

545

13631 066570
13632 066574

55558

FLOATING POINT TESTS

SOFLAG

R7,DVFSUB

60100,177

40300.0
60000, 124
40
40

FLAG

R7,DVFSUB

60100,177

;:NO INTERRUPT
;D0 TEST

SEQ 0241

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-223

SEQ 0242

FLOATING POINT TESTS

040300
060000
000000
000000

000000
000125

13693 067060
13694 067066
13695 067072
13696 067076
13697 067102
13698 067106
13699 067110
ig;gg 067112

012737
004767
177700
000200
137700
001100
101112
000010

000001
000152
000000
000000
000000

13702 067114
13703 067122
13704 067126
13705 067132
13706 067136
13707 067142
13708 067144
i.g;?g 067146

012737
004767
000200
177700
000000
041100
041104
000010

000002
000116
000000
000000
000000

13711 067150
13712 067156
13713 067162
13714 067166
13715 067172
13716 067176
13717 067200
13718 067202

012737
004767
100200
040377
100000
002000
102014
000012

000001
000062
000000
177777
000001

13720 067204
13721 067212
13722 067216
13723 067222
13724 067226

012737
004767
030325
076777
071525

000001
000026
025252
023456
157716

13688 067044
13689 067050
13690 067054
13091 067056

13719

13725 067232
13726 067234
13727 067236
13728
3729 067240

13731

002537
102500
000012
000167

JMORD

"WORD
‘WORD
'WORD

003030

MOV

200,0

;FSRC

JMORD
'WORD
'WORD

1100
101112
10

; TEST FPS
:RESULT FPS
:FEC

177700,0

137700,0

:16/0VERFLOM, TRAPS DISABLED

MOV
JSR

82, 30FLAG
R7.DVFSUB

'WORD

177700,0

:NO INTERRUPT
;D0 TEST

;ACO

'WORD
'WORD
MORD
'WORD

0,0
41100
41104
10

;RESULT
; TEST FPS
;RESULT FPS
:FEC OVERFLOW

MOV
JSR

81, DOFLAG
R7.DVFSUB

'WORD

40377,-1

'MORD
WORD

2000
102014

MOV
JSR

#1,90FLAG
R7.DVFSUB

:17/UNDERFLOW, TRAPS ENABLED, UV RESULT

1002000
100000,1

Tiass 37756
‘HoRD
g
'WORD
LMORD

102500
12

JMP

HOP10

:FSRC

; INTERRUPT
:D0 TEST

:ACO
figssu.r
:FSRC

; TEST F
:RESULT FPS

;FEC
12
JWORD
ROUND
ENABLED,
TRAPS
; 18/UNDERFLOW,

;ACO
finesm

200,0

'MORD

:DO TEST

JWORD

000242

; INTERRUPT

#1,90FLAG

R7.DVFSUB

.WORD

003030

&RESLA.T

; TEST FPS
{RESULT FPS

JSR

'WORD

003030

O
O

:15/0VERFLOW, INTERRUPTS ENABLED

LWORD

003030

40300,0 ;FSRC

60000,125

; INTERRUPT
;D0 TEST

RBSULT

; TEST FPS
FPS
;RESULT
;FEC

;G0 TO NEXT TEST

X X X X X X ) e X X e X X e X e X s X e X e X o X e X e X2 XX
: XXX XXX
s XX XXX e X e X 2 X e XXX X XX XXX X X X e X £ X XX # X X X6 X2 X
;DIVF SUBROUTINE:

ACO
FSRC
FPS BEFORE EXECUTION

;
3
3

; XXX X X X X XA X X X e X X X X X X X X e X e X X e X e X o X e X e X2 X

; XXX XXX X XA XX XX e X e X X e X X e X e XXX X X e X X X e XXX

13740
13741
13742 067244

012605

OVFSUB: MOV

13744 067254

012702

MOV

13743 067246 012737 067326 000244

MOV

(SP)+,RS

#5048 , 99FPVEC
#200,R2

URN ADDRESS TO USE AS POINTER

RET

:REDIRECT TRAP VECTOR

;SET TO DOUBLE MODE FOR LOAD

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V0S5.03

Friday 28-Mar-86 13:30

Page 14-224

)

FLOATING POINT TESTS

13745 067260

LDFPS

170102

13746 067262 010504

g;gg 067276

170102

13752 067300

174414

RS.R4

LDFPS

DIVF

(R4),ACO

ADD
LDD
MOV

13747 067264 062704
067270 172415
13748
13749 067272 016502 000014
000004

MOV

SETF

1$:

:INSTRUCTION DIDNT TRAP

13759 067314 004737
13760 067320 104003

13761

13768 067342

13769

104003

CALL
ERROR

140132

g-’rg 067322 000167 000042
13764
13765 067326 032737 000001
13766 067334 001005
13767 067336 004737

BIT
BEQ

140132

13770 067344
13771 067350
13772 067352
13773 067354
13774 067360
13775 067362
13776 067366
g_m

000167 000020
012604
005726
022704 067302
001403
004737 140132
104003

13781 067370

170203

13782 067372 012702 000200
13783 067376 170102
13784 067400 012701 003142

003030

ERROR

28:

104003

067430 004767 050426
13793
13794 067434 005767 113460
13795 067440 001403
13796 067442 004737

13797 067446 104003

13799 067450 005737 003030
13800 067454 001002
13801 067456

000165

000020

GDETFPA
+3

24
(SP)+,R4
(SP)+
#14.R4
24
SDETFPA
+3

STFPS

STD
cHP
BEQ

(m
R3
16(!55)

MOV
LDFPS
MOV

ERROR

38:
43:

;LOAD TEST FPS

;#TEST INSTRUCTION

:WAIT FOR POSSIBLE FPA TRAP.
;VERIFY A NO TRAP CONDITION
;BRANCH IF GOOD

:DETERMINE FLOATING POINT FAULT. $$$
;FPP ERROR

INSTRUCTION SHOULD HAVE TRAPPED
;REJOIN CODE

;SEE IF EXPECTING A TRAP

:BRANCH IF EXPECTING A TRAP
;FPP

DETERMINE FLOATING POINT FAULT. $$$

:INSTRUCTION WASNT SUPPOSE TO TRAP

5%:

uoerm
+3

RS, m
%o
DATVFR
COUNT
5%

ST
BNE

SOFLAG
64

ERROR

JHP

:SAVE FPS

:SET FPP TO DOUBLE
;POINT TO RECEIVED DATA TABLE

$200,R2
R2
ons

MOV
ADD
JSR
ST
BEQ

CALL

140132

3' ”

SGDETFPA
+3

JHP
MOV
ST
cHP
BEQ
CALL
ERROR

CALL

13788 067414 004737 140132
13790
13791 067422 010504
13792
067424 062704 000010

ACO WITH TEST DATA
;LOAD
iGET TEST FPS

;REJOIN CODE
:SEE IF PC = INSTRUCTION
:CLEAN UP STACK
iBRANCH IF GOOD COMPARE
:DETERMINE FLOATING POINT FAULT. $$$
.FPP ERROR
:PC WAS INCORRECT
:COMMON CODE FOR TRAP AND NO TRAP

S1$:

174011 000016
067404 026503
13785
067406
13786
13787 067412 001403
13789 067420

#1,39FLAG
28

24
JHP
.msmucuon TRAPPED
#1, JOFLAG
BIT
50$:
51§
BNE
CALL

:POINT TO FSRC DATA

ACO
(né)
14(R5),R2

gg 067302 170001

13757 067304 032737 000001 003030
13758 067312 001426

;LOAD FPS

@9DETFPA

20(R5)

RESULT
:SAVE ACOSTATUS
:VERIFY
:BRANCH IF GOOD

;FPP

DETERMINE FLOATING POINT FAULT. $¢$

:BAD FPS :POINT TO EXPECTED DATA

;VERIFY DATA
;BRANCH IF GOOD

DETERMINE FLOATING POINT FAULT. $3$$

1£PP Eggéa
B

:SEE IF NEED TO Cl-ECK FEC
:BRANCH IF NEED TO CHECK
;RETURN FROM TEST

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-225

FLOATING POINT TESTS

13802 067462
13803 067464
13804 067470
13805 067472
13806 067474
13807 067500
13808
13809 067502
13810

170301
016504
020401
001403
004737
104003

000165

68:

20(RS),R4
R4 ,R1
7%

:SAVE FEC
;GET FEC
;VERIFY FEC
;BRANCH IF GOOD
DETERMINE FLOATING POINT FAULT. $$¢

JMP

22(R5)

;BAD FEC
;RETURN FROM TEST

STST

CALL
ERROR

140132

7%:

000022

@9DETFPA
+3

HOP10

13811 067506

13814
13815
13816
13817
13818 067506
13819
13820
13821 067506
13822 067514
13823 067520
067526

MOV
cMP
BEQ

7€sT oIwO MDIVD:
003030

012737
004767

i 1/AC=FSRC=0 TRAPS DISABLED
MOV
JSR

#2, 94FLAG
R7.DVDSUB

;NO INTERRUPT
;00 TEST

WORD

0,0,0.1

;ACO

13824 067530
067536
13825 067540

LMORD

100,0,0,0

;FSRC

LMORD

0,0,0,1

;RESULT

13826 067550

LMORD
.WORD
'WORD

40000
140000
4

; TEST FPS
;RESULT FPS

MOV
JSR

#1,30FLAG
R7,DVOSUB

7546

:2/FSRC=0, TRAPS ENABLED

402,0,0,0

;ACO

LMORD

0,0,0,0

;FSRC

LMORD

402,0,0,0

JMORD
'WORD
JWORD

200
100200
4

; TEST FPS
;RESULT FPS
;FEC

CLR
JSR

OFLAG
R7,0VOSUB

34300,0,0,1

;NO INTERRUPT
;00 TEST
;ACO

JMORD

140300,0,0,0

;FSRC

JMORD

134200,0,0,1

;RESULT

JMORD
JMORD

200
210

;RESULT FPS

CLR
JSR

BOFLAG
R7,0VDSUB

34300,0,0,1

:NO INTERRUPT
;00 TEST
;sACO

LMORD

140300,0,0,0

:FSRC

JWORD

13850 067712

; INTERRUPT
;D0 TEST

LWORD

: 3/ROUND

003030
000334

;FEC

;8/TRUNCATE

JWORD

;RESWLT

: TEST FPS

SEQ 0244

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-226

SEQ 0245

FLOATING POINT TESTS

067720

13851 067722
067730
13852 067732
13853 067734
1 3854
13855 067736
13856 067742
13857 067746
067754
13858 067756
067764
13859 067766
067774
13860 067776
13861 070000
13862
13863 070002
13864 070006
13865 070012
0020

JMORD

134200,0,0,0

;RESULT

WORD
"WORD

240
250

: TEST FPS
iRESULT FPS

CLR
JSR

FLAG
R7,DVDSUB

:NO INTERRUPT
;00 TEST

JMORD

166600,0,0,123

;FSRC

;5/ROUND NEGATIVE AC, FSRC

003030
000270

WORD

200
200
;6/TRUNCATE NEAGTIVE AC, FSRC
JMORD
"WORD

177777

;NO INTERRUPT
;D0 TEST

.MORD

166600,0,0,123

;FSRC

JMORD

51241,-1,-1,-1

LMORD

240

070142

13887
13888 070162
13889 070170
13890 070174
070202
13891 070204

070212

100333

047621

100333

000001
000112
000000

100200

003030

000001

003030

123465

012346

000001

140000

;ACO

sRESULT
; TEST FPS

;RESULT FPS

CLR
JSR

OFLAG
R7,0VDSUB

;NO INTERRUPT
;D0 TEST

55521,47621,100333,-1

$ACO

LMORD

55521,47621,100333,-1

;FSRC

JMORD

40200,0,0,0

sRESULT

JMORD

7717

MOV
JSR

#1, 30FLAG
R7.DVDSUB

; INTERRUPT
:D0 TEST

JMORD

77777,0,0,0

;FSRC

JMORD

100200, 100201
140400,100200,

JMORD
'WORD
WORD

2200
102210
12

MOV
JSR

o1, OOFLAG
R7.DVD

JMORD

303,1,140000,140001

"WORD

; TEST FPS

nesu.r FPS
"WORD 7700
RESUL
UV
ENABLED,
TRAPS
;8/UNDERFLOW
JWORD

100200

177642,0,0,151

240

;7/AC=FSRC

047621

; TEST FPS
SRESULT FPS

SFLAG
R7,DVDSUB

WORD

003030

;ACO

CLR
JSR

JWMORD

177777

13875 070076
070104
13876 070106
13877 070110
13878
13879 070112
13880 070120
13881 070124
070132
13882 070134

177642,0,0,151

:9/0VERFLOW TRAPS ENABLED

JWORD

:ACO

100200,0,0,0

sRESULT

; TEST FPS
;RESULT FPS
iFEC

77000, 123465 12346,525

INTERRUPT
;D0 TEST

;ACO
sFSRC

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-227

SEQ 0246

FLOATING POINT TESTS

13892 070214
070222

13893 070224
13894 070226
13895 070230
13896
13897 070232
13898
13899
13900
13901
13902
13903
13904

036650
064003
001700
101702
000010

163002

000167

000242

;RESULT

36650, 163002, 103645,64003

103645

-WORD

1700
101702
10

JMP

HOP11

; TEST FPS

;RESULT FPS
;FEC

;HOP OVER SUBROUTINE

& 3 O 0o O Yo o X X e X D D X 3 X X X e X O X O O X X 0 X X X X X e X
& 3 0 X e Do O X 0 X Do 0 e D O X O O X X O e X O X X X X X e X e X X

'DIVD SUBROUTINE:

ACO

FSRC

FPS BEFORE EXECUTION
FPS AFTER EXECUTION

(FEC)

; ke O 0o 0 0 e X e O O e D O D 0o e X e O O 0 D D X e O 0 X X e X e X X e X e X
& 30 Do X X X O D O

13910
13911 070236
13912 070240
13913 070246
13914 070252
13915 070254
13916 070256
13917 070262
13918 070264

1;919 070270

13920
13921 070272
13922 070274
13923
13924

13925
13926 070276
13927 070304
13928 070306
13929 070312
13930
13931 070314
13932
13935 070320
13936 070326
13937 070330
13938 070334
1 3939
13940 070336
13941 070342
13942 070344
13943 070346
13944 (70352
13945 070354
13946 070360
13947

012605

012737
012702
170102

070320
000200

062704
172415
016502
170102

000010

000244

)

1$:

e o X Xo X X 0 X X X X X eX eX eX X

(SP)+,RS

#200.R2
R2
RS,R4

; RETURN ADDRESS TO USE AS POINTER
;REDIRECT TRAP VECTOR
;SET_TO DOUBLE MODE FOR LOAD
;LOAD FPS
;POINT TO FSRC DATA

LDFPS

;GET TEST FPS
;LOAD TEST FPS

DIVD

(R4),ACO

;*TEST _INSTRUCTION

MOV

508 .99FPVEC

ADD
LDD
MOV

#10,R4
(RS),ACO
30(R5),R2

MOV
LDFPS
MOV =

000030

174414
170000

032737
001426
004737
104003

OVDSUB: MOV

eX X O O

CFCC

;LOAD ACO WITH TEST DATA

;WAIT FOR POSSIBLE FPA TRAP.

| INSTRUCTION DIONT TRAP
000L01

003030

140132

000167

000001

003030

070274

140132

#1,80FLAG
28
SDETFPA
+3

;FPP

BNE

514:

514

CALL
ERROR

BODETFPA
+3

MOV
TST
CHP
BEQ
CALL

ERROR

(SP)+.Ré
(SP)e
18.R4
2§
SDETFPA
+3

;VERIFY A NO TRAP CONDITION
GOOD
IF
H
;BRANC
DETERMINE FLOATING POINT FAULT. $$$

;INSTRUCTION SHOULD HAVE TRAPPED
;REJOIN CODE

' INSTRUCTION TRAPPED
01,90FLAG
BIT
d08:

140132
000020

BIT
BEQ
CALL
ERROR

;SEE IF EXPECTING A TRAP
:BRANCH IF EXPECTING A TRAP

;DETERMINE FLOATING POINT FAULT. $$¢

; INSTRUCTION WASNT SUPPOSE TO TRAP
;REJOIN CODE
SEE IF PC = INSTRUCTION

PCLEAN WP STACK
"BRANCH IF GOOD COMPARE FALT. 848
POINT
enpIQETERMINE FLOATING

;PC WAS INCORRECT

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-228

SEQ 0247

FLOATING POINT TESTS

13948
13949
13950
13951 070362
13952 070364

13953 070370
13954 070372
13955 070376
13956 070400
13957 070404
13958 070406
13959 070412
13960
13961 070414
13962 070416
13963 070422
13964 070426
13965 070432
13966 070434
13967 070440
13968
13969 070442
13970 070446
13971 070450

13972 070454
13973 070456
13974 070462
13975 070464
13976 070466
13977 070472
139

13979 070474

:Cm CODE FOR TRAP AND NO TRAP
170203
012702
170102
012701
174011
026503
001403
004737
104003
010504

004767
005767
001403
004737
104003
005737
001002
000165
170301
016504

2%:

ACO, (R1)
32:(&5).&3

000032

3
a#DETFPA
+3

140132

000034
000034

001403
004737
104003

140132

000165

000036

;DETERMINE FLOATING POINT FAULT. $$¢

;FPP ERROR

;BAD FPS

RS,R4
#20,R4

3$:

;POINT TO EXPECTED DATA

R7,DATVER

4%:

; VERIFY DATA

COUNT

;BRANCH IF GOOD
DETERMINE FLOATING POINT FAULT. $$$

S$
aHDETFPA
+3

140132
003030

;POINT TO RECEIVED DATA TABLE
;SAVE ACO RESULT
; VERIFY STATUS
;:BRANCH IF GOOD

#RECDST,R1

003142

000020
047452
112466

:SAVE FPS
:SET FPP TO DOUBLE

R3
#200,R2
R2

STFPS

.FPP ERROR
;BAD ACO

NFLAG
64
34(RS)
R1

S4:
6%:

34(RS),R4

R4,R1
74

S9DETFPA
+3

;FPP

36(R3)

;SEE IF NEED TO CHECK FEC
;BRANCH IF NEED TO CHECK
;RETURN FROM TEST
:
;:SAVE FEC
;:GET FEC

;BRANCH IF GOOD
;DETERMINE FLOATING POINT FAULT. $$¢
;BAD FEC
;RETURN FROM TEST

i3901 070500
;

; TEST MULF
MMULF
:

13993 070510
13994 070514
13995 070520
13996 070524
13997 070526

13998
13999 070530
14000 070534

005037
004767

007517
007504
005037
004767

000013

:UACO-FSRC'O -INTERRUPTS DISABLED
;NO
cLR
JSR

IHFLAG

JWORD

0,0

R7,MLFSUB

JWORD

0,0

'WORD

0,0

;ACO

iFSRC

7517

"WORD

7504
JWORD
;2/AC>FSRC=0 - INTERRUPTS ON

CLR
JSR

FLAG
R7,MLFSUB

'WORD

0,0

200,0

JWORD

0.0

"WORD

'WORD

WORD

:3/AC=0 F

990
13991 070500
13
070504

;ACO

:FSRC

ERRUPT
;00 TEST

;RESULT

: TEST FPS

{RESULTANT FPS

;NO INTERRUPT
;D0 TEST
sRESULT

: TEST FPS

{RESULTANT FPS

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-229

SEQ 0248

FLOATING POINT TESTS

14055 071000
14056 071004
14057 071010
14058 071014
14059 071020
14060 071024
14061 071026
14062

14063 071030

003030
000504
000000
000000
000000

005037
004767
040200
040177
040177
000000
000000

003030

005037
004767
040177

003030

040177

177777

000000
177777
177717

177777

UFLAG
R7,MLFSUB

100,0 = ;ACO

300.0
o0

:FSRC

7500

7504

;4/AC=1 #gac - ROUND

UFLAG
R7,MLFSUB

40200,0 ;ACO

003030

mmn

003030
000314

177777
025252
067324

;RESULT
; TEST FPS
;RESULTANT FPS

;NO INTERRUPT

;00 TEST

;FSRC

RESULT

'RESULTANT FPS

:5/TRUNCA

:9/IAC<F

tNO INTERRUPT
;D0 TEST

; TEST FPS

;sNO INTERRUPT
;00 TEST
O
;AC
RESULT

; TEST FPS

IRESULTANT FPS

;NO INTERRUPT
;D0 TEST

;s TEST FPS
: RESULTANT

003030
000374

CLR
JSR
WORD

-AgEEEatasasngy R BaaEE"-~aaEs® i 55 5558

14054

005037
004767
000100
000300
000000
007500
007504

FPS

;NO INTERRUPT
;00 TEST
;FSRC
sRESULT
; TEST FPS
sRESULTANT FPS

14007 070560
14008 070564
14009 070570
14010 070574
14011 070600
14012 070604
14013 070606
14014
14015 070510
14016 070614
14017 070620
14018 070624
14019 070630
14020 070634
14021 070636
14022
14023 070640
14024 070644
14025 070650
14026 070654
14027 070660
14028 070664
14029 070666
14030
14031 070670
14032 070674
14033 070700
14034 070704
14035 070710
14036 070714
14037 070716
14038
14039 070720
14040 070724
14041 070730
14042 070734
14043 070740
14044 070744
14045 070746
14046
14047 070750
14048 070754
14049 070760
14050 070764
14051 070770
14052 070774
14053 070776

176543025252

;:NO INTERRUPT
;00 TEST
CO
;A
:FSRC

7500
7510

'RESULTANT FPS

176711.67324

» ROUND

144600,0
154000, 0

60400,0

RESULT

: TEST FPS

;NO INTERRUPT
;D0 TEST
;ACO
;FSRC

17
0

;RESULT
: TEST FPS
;RESULT FPS

FLAG

iNO INTERRUPT

uomcwén‘c‘. ROUND

meess
i

COKDAFO KDJ11-B CLUSTER DIAG.

Fridey 28-Mar-86 13:30

MACRO V05.03

Page 14-230

SEQ 0249

000010

14116
14117
14118
14119
14120

;11/AC>0>F SRC TRUNCATE

177776
177776

003030

OFLAG
R7,MLFSUB
60000, 0

140377,177776

160177,177776

;1137

;ACO

; TEST F

;FSRC

aRESU.T

;RESULT FPS
;NO INTERRUPT
;D0 TEST
;ACO
;FSRC
#lESlLT

; TEST F
;RESULT FPS

;NO INTERRUPT

003030

;ACO

;00 TEST

;FSRC
sRESULT

: TEST FPS

;RESULT FPS
;FEC
; INTERRUPT
;D0 TEST
ACO

:14/

: 15/UNDEF

izin 071266
14115 071270

i9°177177776

:
=

012737
004767

60000, 0
140377,177776

no0d

005037
004767
060000
140377
160177
007547
007550

R7,MLFSUB

160177
000017

000234
000000
177776
177776

VMIM IN FSRC,
FLAG

§§§§§§§5

004767
060000
140377

14064 071034
14065 071040
14066 071044
14067 071030
14068 071054
14069 071056
14070
14071 071060
14072 071064
14073 071070
14074 071074
14075 071100
14076 071104
14077 071106
14078
14079 071110
14080 071116
14081 071122
14082 071126
14083 071132
14084 071136
14085 071140
14086 071142
14087
14088 071144
14089 071152
14090 071156
14091 071162
14092 071166
14093 071172
14094 071174
14095 071176
14096
14097 071200
14098 071206
14099 071212
14100 071216
14101 071222
14102 071226
14103 071230
14104 071232
14105
14106 071234
14107 071242
14108 071246
14109 071252
14110 071256
14111 071262
14112 071264

§eoeganagETM:§aSEEE"° aaEE s QSQQSQ

FLOATING POINT TESTS

JMP

HOP12

X0 X e X e X0 X
o X e X e X X2 X2 X eXeX
e X e XX e X o X e X XaXa
e XX e XXaXa
saXaXaXa

O: XOXtXtXtX‘XtXtXtX‘X.XOXtX.XtXtXtXtXtXtXtXtXtthtXtXOXtXOX
ACO

FSRC

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mer-86 13:30

Page 14-231

SEQ 0250

FLOATING POINT TESTS

FPS BEFORE EXECUTION
FPS AFTER EXECUTION

14121
14122

14123
14124
14125
14126
14127
14128 071274
14129 071276
14130 071304
14131 071310
14132 071312
14133 071314
14134 071316
14135 071322
14136 071326
14137
14138 071330
14139 071332
14140
14141
14142
14143 071334
14144 071342
14145 071344
14146 071350
14147
14148 071352
14149
14150
14151
14152 071356
14153 071364
14154 071366
14155 071372
14156
14157 071374
14158 071400
14159 071402
14160 071404
14161 071410
14162 071412
14163 071416

(FEC)

5 000 O X o 0 X O O 0 X X O X X X X

5 200 0 0 O X X X X 0

012605
012737

012702

170102
172415

010504
062704
016502
170102

071356
000200

000244

MLFSUB: MOV

000004
000014

1%:

X X X X X X

X X eX X

X X

XeX eX eX

X eX

XeX

X X

; RETURN ADDRESS TO USE AS POINTER

(SP)+,RS

MOV
MOV
LDFPS
LDD
MOV
ADD
MOV

#50%
, 2OFPVEC
#200.R2
R2
(RS),ACO
RS,R4
#4.R4
14(RS),R2

;REDIRECT TRAP VECTOR

;GET TEST FPS
;LOAD TEST FPS

MULF
SETF

(R4),ACO

;*#TEST _INSTRUCTION

LDFPS

171014
170001

X D X X X X X

;SET TO DOUBLE MODE FOR LOAD
;LOAD FPS
;LOAD ACO WITH TEST DATA

;POINT TO FSRC DATA

;WAIT FOR POSSIBLE FPA TRAP.

; INSTRUCTION DIDNT TRAP
032737

000001

004737
104003

140132

001426

BIT

003030

BEQ

CALL
ERROR

000167

;VERIFY A NO TRAP CONDITION

#1,90FLAG

;BRANCH IF GO0D

SDETFPA
+3

;FPP

DETERMINE FLOATING POINT FAULT. $$$

; INSTRUCTION SHOULD HAVE TRAPPED
;REJOIN CODE

;INSTRUCTION TRAPPED

032737
001005
004737
104003

000001

003030

d0s:

140132

000167
012604

005726
022704
001403
004737
104003

BIT

#1,80FLAG

CALL
ERROR

@ODETFPA
+3

(5P).

BNE

cHP
BEQ

071332

CALL
ERROR

140132

: SEE IF EXPECTING A TRAP

51§

;BRANCH IF EXPECTING A TRAP
;DETERMINE FLOATING POINT FAULT. $$$

;FPP ERROR

;INSTRUCTION WASNT SUPPOSE TO TRAP
;REJOIN C0DE
IF PC = INSTRUCTION
;CLEAN UP STACK

: SEE

#14.R4
2%

S8DETFPA
+3

'BRANCH IF GOOD COMPARE

;FPP

!wm FLOATING POINT FAULT. $$$

;PC WAS INCORRECT

:COMMON CODE FOR TRAP AND NO TRAP
14168 071420
14169 071422
14170 071426
14171 071430
14172 071434
14173 071436
14174 071442
14175 071444
14176 071450
14177

170203
012702
170102
012701
174011
001403
004737
104003

24:
003142
000016

140132

STFPS

MOV
LDFPS
MOV
STD
cHP
BEQ

CALL
ERROR

:SAVE FPS
:SET FPP TO DOUBLE

#200,R2
R2
#RECDST,R1
ACO, (R1)
16(R5),R3
33
SODETFPA
+3

:POINT TO RECEIVED DATA TABLE
;SAVE ACO_ RESULT
: VERIFY STATUS
H
GOOD
NC
;BRAIF
DETERMINE FLOATING POINT FAULT. $8$

;FPP ERROR

:BAD FPS

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-232

SEQ 0251

FLOATING POINT TESTS

14178 071452
14179 071454
14180 071460
14181 071464
14182 071470
14183 071472
14184 071476
14185
14186 071500
14187 071504
14188 071506
14189
14190
14191
14192 071512
14193 071514
14194 071520
14195 071522
14196 071524
14197 071530
14198
14199 071532

010504
062704
004767
005767
001403
004737
104003

005737
001002
000165

170301
016504
020401
001403
004737
104003
000165

38:

000010
046376

as:

111430

MOV
ADD

RS,R4
#10,R4

COUNT

JSR

BEQ

CALL
ERROR

140132

003030

TST

BNE
JMP

;POINT TO EXPECTED DATA

R7,DATVFR

5S¢

@¢DETFPA
+3
SFLAG

;VERIFY DATA
o

;:BAD ACO

64
20(RS)

:VERIFY ERROR STATUS
68:
STST
Rl

MOV
CHP
BEQ

CALL
ERROR

140132

7%:

000022

HOP12

JMP

22(RS)

;SEE IF NEED TO CHECK FEC
;BRANCH IF NEED TO CHECK
;RETURN FROM TEST

;SAVE FEC
;:GET FEC
;VERIFY FEC
;BRANCH IF GOOD

20(RS),R4
R4,R1
74
@¢DETFPA
+3

;BRANCH IF GOOD
DETERMINE FLOATING POINT FAULT. $$$

;DETERMINE FLOATING POINT FAULT. $¢¢

;FPP ERROR
;BAD FEC

;RETURN FROM TEST

TEST ma0
14207 071536
14208
14209
14210 071536
14211 071542
14212 071546
071554

MMULD:

005037
004767

11/AC=0

003030

CLR
JSR

.WORD

OFLAG
R7,MLDSUB

100,0,0,0

;NO INTERRUPT
;D0 TEST
;ACO

:FSRC

14213 031556

071564
14214 071566
071574
14215 071576
14216 071600

0,0,0,0

;RESULT

200
204

: TEST FPS

CLR
JSR

JWORD

UFLAG
R7,MLDSUB
77777,0,0,0

;:NO INTERRUPT
;00 TEST
;ACO

LMORD

0,0,0,0 ;FSRC

JMORD

0,0,0,0

;RESULT

LWORD
'WORD

7700
7704

: TEST FPS
;RESULTANT FPS

CLR
JSR

.WORD

SOFLAG
R7,MLDSUB

40200,0,0,0

;NO INTERRUPT
;00 TEST
;ACO

277.‘1.-11-1

;FSRC

.WORD

.WORD
JWORD
:2/FSRC=0

003030
000510

14219 071606
14220 071612

005037
004767

003030

000277

177777

:3/AC=1

177777

;RESULTANT FPS

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-233

FLOATING POINT TESTS

071674
14230 071676
071704
14231 071706
14232 071710
14233
14234 071712
14235 071716
14236 071722
071730

14237 071732

071740
14238 071742
071750
14239 071752
14240 071754
14241
14242 071756
14243 071762
14244 071766
071774
14245 071776
072004
14246 072006
072014
14247 072016
14248 072020
14249
14250 072022
14251 072026
14252 072032

177777
000277
177777
007717
007700

177777

005037
004767
065500
000001
037577
177776
065077
177777
007717
007700

003030
000400
000000

005037
004767
137577
177776
165400

003030
000334
177777

177777

000000
000000

003030
000270

177

003030
000224
000001

277,-1,-1,-1

JMORD
WORD

7717
7700

; TEST FPS
{RESULTANT FPS

CLR
JSR

FLAG
R7,MLDSUB

;NO INTERRUPT
;00 TEST

JWORD
JMORD

000001

040417

040001

65500,0,0,1
37577,-1,-1,-2

;ACO

;FSRC
sRESULT

JMORD

65077,-1,-1,-1

JMORD
'WORD

7717
7700

; TEST FPS
;RESULTANT FPS

CLR

SUFLAG

;NO INTERRUPT

177777

JSR
WORD

000000
000000

JMORD
JWORD

165400,0,0,1
65000,0,0,0

;FSRC

JMORD
"WORD

7717
7700

; TEST FPS
;RESULTANT FPS

CLR
JSR
LWORD
JMORD
JMORD

:NO INTERRUPT
SOFLAG
;D0 TEST
R7,MLDSUB
17500,0,0,0
;ACO
;FSRC
125252
25252,
123652,1125252,
;RESULT
103177,-1,-1,-1

JMORD
WORD

200
210

CLR
JSR
JWORD
JMORD

FLAG
R7,MLDSUB
300,0,0,252
377,1,2.3

:5/AC<FSRC<0

:6/AC>FSRC>0

000000
125252
177777

R7,MLDSUB
137577,-1,-1,-2 ;ACO

; 7/UNDERFLOW, TRAPS DISABLED

000000
000002

5740
5744
‘WORD
;8/UNDERFLOW, TRAP ENABLED
JMORD

000001
000156
000001

sRESULT

JMORD

:4/AC>FSRC>0, TRUNCATE

000000
177777

125252

1425
14258 072066
14259 072072
14260 072076
072104
14261 072106
072114
14262 072116
072124
14263 072126
14264 072130
14265
14266 072132
14267 072140
14268 072144
072152
14269 072154
072162
14270 072164

177777

003030
000002
000001
077403

MOV
J
JWORD
JWORD
LWORD

;00 TEST

sRESULT

; TEST FPS
;RESULTANT FPS

;NO INTERRUPT
;D0 TEST
;ACO
sFSRC
; TEST FPS

;RESULT FPS

01, 90FLAG
R7.MLDSUB
100277,1,2,-1
100300,1,1,1
40417,40001,77403,0

; INTERRUPT
:D0 TEST
;ACO
;FSRC
sRESULT

SEQ 0252

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-234

SEQ 0253

FLOATING POINT TESTS

072172

14271 072174
14272 072176
14273 072200
14274
14275 072202
14276 072206
14277 072212
072220
14278 072222

000000
002217
102200
000012

003030
000110
177777

177777

000000
000000
006740
006746

000000

000001
000042
025252

003030

14288 072310
14289 072312
14290 072314

012737
004767
157700
025252
167700
000000
007420
177
001240
101242
000010

14292 072316

000167

000242

2266

14286 072270
072276
306

177777

2217
102200
12

CLR
J

UFLAG
R7,MLDSUB

LMORD

0,0,0,0

;RESULT

.WORD
.WORD

6740
6746

; TEST FPS
;RESULT FPS

:9/0VERFLOW, TRAPS DISABLED

005037
004767
177777
177777
040200

722

LMORD
'WORD
JWORD

JWORD

;ACO

; INTERRUPT

#1,90FLAG

025252

JSR
LWORD

R7.MLDSUB
;D0 TEST
157700,25252,25252,25252

000000

JMORD

167700,0,0,0

017777

117777

JWORD

7420,017777,117777,117777

JMORD
'WORD
'WORD

1240
101242
10

;ACO

;FSRC

sRESULT

: TEST FPS
RESULT FPS
;FEC

HOP13
JHP
3 30080 X X o X X X X X X X O e X X e X X e X e X e X X e X e X X e X e X X X % X
5 20000 0 X X 0 0 X X X O X X X X X D X X e X X X X X o X X X X X 4 X

ACO

FSRC
FPS BEFORE EXECUTION
FPS AFTER EXECUTION

i
i
:

(FEC)

;

:tXtXtXOXtXtX‘XOXtXtXtXtXtXtXtXOXOXtXtXtXtXtXtXtXOXOXtXOX‘X

s XX XXX XX X XX XXX XXX XXX X X e XX e X e X e X2 X X2 X

i:SOB

14305 072322
14306 072324
14307 072332
14308 072336
14309 072340
14310 072342
14311 072344
14312 072350
14313 072354
14314
14315 072356
14316 072360
14317
14318
14319
14320 072362

;NO INTERRUPT
;00 TEST

-1,-1,-1,-1

;10/0VERFLOW, TRAPS ENABLED

MOV

; TEST FPS
;RESULT FPS
iFEC

012605
012737
012702
170102

072404
000200

010501
062701
016502
170102

000010
000030

000244

HLDSUB: MOV

MOV
MOV
LDFPS
LDD
MOV
ADD
MOV
LOFPS

172415

171011
170011

032737

1¢:

MULD

SETD

(SP)+,R5
, 30FPVEC
#504
#200,R2

R2
(RS),ACO

gbnllu

003030

BIT

;REDIRECT TRAP VECTOR
:SET_TO DOUBLE MODE FOR LOAD
;LOAD FPS
;LOAD ACO WITH TEST DATA
;POINT TO FSRC DATA

30(RS),R2

;GET TEST FPS
;LOAD TEST FPS

(R1),ACO

;*TEST INSTRUCTION

:INSTRUCTION DIDNT TRAP

000001

; RETURN ADDRESS TO USE AS POINTER

#1,39FLAG

;WAIT FOR POSSIBLE FPA TRAP.

;VERIFY A NO TRAP CONDITION

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-235

SEQ 0254

FLOATING POINT TESTS

14321 072370
14322 072372
14323 072376

14324
14325 072400
14326

14327
14328
14329 072404
14330 072412
14331 072414
14332 072420
14333
14334 072422
14335 072426

14336 072430
14337 072432
14338 072436
14339 072440
14340 072444
14341
14342

001

104003

14348 072456
14349 072462
14350 072464
14351 072470
14352 072472

14353 072476
14354
14355 072500
14356 072502
14357 072506
14358 072512
14359 072516
14360 072520
14361 072524

14362
14363 072526
14364 072532
14365 072534
14366

000167

032737
001005
004737

000001

000167
012604
005726
022704
001403
004737

000020

104003

003030 50$:

140132

S1$:

BIT

#1,90FLAG

CALL
ERROR

S4DETFPA
+3

JMP

#14.R4
24

BNE
MOV

cHP
BEQ

072360

CALL
ERROR

140132

24:

170203

012702

170102

012701

174011
026503
001403
004737
104003
010504

004767
005767

001403

003142
000032

000020
045366
110402

140132

005737
001002
000165

003030

104003

001403
004737

000165

000034
000034

38:
4s:

DETERMINE FLOATING POINT FAULT.

;FPP

$$4

;INSTRUCTION SHOULD HAVE TRAPPED
;REJOIN CODE

;SEE IF EXPECTING A TRAP
;:BRANCH IF EXPECTING A TRAP
;DETERMINE FLOATING POINT FAULT.

51%

;FPP ERROR

(5P)+

;INSTRUCTION WASNT SUPPOSE TO TRAP
;REJOIN CODE
;SEE IF PC = INSTRUCTION
;CLEAN UP STACK

S@DETFPA
+3

;FPP ERROR

(SP)+,R4

$8¢

"BRANCH IF GOOD COMPARE

;DETERMINE FLOATING POINT FAULT. $8¢

;PC WAS INCORRECT

5%:

#200,R2
R2
SRECDST,R1
ACO, (R1)
32(RS),R3
38
SSDETFPA
+3

RS,R4
#20,R4

COUNT

JSR

7%:

@GDETFPA
+3

SOFLAG

BNE
JMP

64
34(RS)

STST

CALL
ERROR

@ODETFPA
+3

HOP13

JMP

;POINT TO RECEIVED DATA TABLE
:SAVE ACO_ RESULT
; VERIFY STATUS
BRANCH IF GOOD

hmemme FLOATING POINT FAULT. $8¢

;FPP ERROR
:BAD FPS
;POINT TO EXPECTED DATA
;VERIFY DATA

CALL
ERROR

MOV
cHP
BEQ

:SET FPP TO DOUBLE

R7,DATVER

;VERIFY ERROR STATUS

64:

;:SAVE FPS

MOV
ADD

BEQ

140132
000036

STFPS

MOV
LDFPS
MOV
STD
cMP
BEQ

CALL
ERROR

140132

004737
104003

1433;% 072556
14374 072560
14375 072564
14378
14379

;BRANCH IF GOOD

:COMMON CODE FOR TRAP AND NO TRAP

170301
016504

ERROR

IFDETFPA

: INSTRUCTION TRAPPED

14367 072540
14368 072542
14369 072546
14370 072550
14371 072552

JMP

14343

14344
14345 072446
14346 072450
14347 072454

BEQ

CALL

140132

34(RS),R4
R4,R1
7%
36(RS)

FPP

;BAD ACO

;BRANCH IF GOOD
ENTERHIPE FLOATING POINT FAULT. $$$

;SEE IF NEED TO CHECK FEC
;:BRANCH IF NEED TO CHECK
;RETURN FROM TEST
;:SAVE FEC
;GET FEC
:VERIFY FEC
;BRANCH IF GOOD

DETERMINE FLOATING POINT FAWLT.

;:BAD FEC

;RETURN FROM TEST

$$8

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-236

FLOATING POINT TESTS

14390 072610

14391 072614
14392 072616

14393
14394 072620
14395 072624

FIMODF:

000000

000013
000004

14398 072640
14399 072644
14400 072650
14401 072652

14403 072654
14404 072660
14405 072664
14406 072670
14407 072674
14408 072700
14409 072704
14410 072706

005037
004767
000000
177777
000000
000000
007500
007504

14412 072710
14413 072714
14414 072720
14415 072724
14416 072730
14417 072734
14418 072740
14419 072742
14420

005037
004767
046252
040300
000000
046377
000013
000004

14402

14411

14421 072744
14422 072750
14423 072754
14424 072760
14425 072764
14426 072770
14427 072774
14428 072776
1
14430 073000
14431 073004
14432 073010
14433 073014
14434 073020
14435 073024
14436 073030

CLR
JSR

000000

005037
004767
012356
000000
000000
000000
000003
000004

14396 072630
14397 072634

i1/AC=0 FSRC=0

005037
004767
000100
012346

§55555°°0555550 250500~ saanaE- 558888

14386 072570
14387 072574
14388 07c600

; TEST MODF

:2/FSRC=0

:3/AC=0

4/AC>F

000430
125252
000000
000000
177777

005037
004767
077652
040300
000000
077777
000000
000004

003030
000374

005037
004767
060600
147400
000000
170000
007400

003030
000340
000000
025700
000000
025700

125252

000000
000000
177777

:;5/AC>FSR

OFLAG

R7,MDF SUB

100,0 ~ ;ACO

12346, -1

CLR
JSR

;NO INTERRUPT

;D0 TEST

;FSRC

0.0
0.0

;FRACTIONAL RESULT
; INTEGER RESULT

;RESULTANT FPS

: TEST FPS

SOFLAG
R7,MDFSUB
12356, -1

;NO INTERRUPT
;D0 TEST
:ACO

0.0
0.0

;FRACTIONAL RESULT
; INTEGER RESULT

0,0

;FSRC

3
a

: TEST FPS
;RESULTANT FPS

SOFLAG

:NO INTERRUPT

-1,-1

0.0

;sINTEGER RESULT

R7,MDFSUB

bah

R7 ,MOF SUB

;D0 TEST

;FRACTIONAL RESULT

0.0

7500
7504
OFLAG

40300,0 ;FSRC

TEST FPS
{RESULT FPS
;sNO INTERRUPT

;D0 TEST

0,0

;FRACTIONAL RESULT

13
I

; TEST FPS
:RESULTANT FPS

BOFLAG

;:NO INTERRUPT

77652,125252

;ACO

,0
77777, -1
0

;FRACTIONAL RESULT
INTEGER RESULT
&
; TEST FPS

46377, -1
R7,MDFSUB

40300,0 ;FSRC

;6/AC>0<FSRC, INTEGERS

55558

14380
14381
14382 072564
14383
14384
14385 072564

FLAG

R7,MDFSUB
0

147400,25700
0
170000,25700
7400

fimeeen RESULT
;D0 TEST

{RESULTANT FPS

;NO INTERRUPT
;ACO

;D0 TEST

:FSRC
&NTEGER RESULT
; TEST FPS

:FRACTIGW. RESULT

SEQ 0255

I<4

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-237

SEQ 0256

FLOATING POINT TESTS

007404

14439 073034
14440 073040

005037
004767

14438

100227

.WORD _ 7404

. §§§§§§§g§§§§§§§

14437 073032

:7/RC<O<FSRC, FRACTIONAL

CLR

003030

JSR

177777
025252
021251

000000

8/Ac<o>

14450 073100
14451 073104
14452 073110
14453 073114
14454 073120
14455 073122
14456
14457 073124

FLAG

R7 P‘IJFSLB

100227,-

25252

104061 21251

g0
10

., TRUNCATE
FLAG
R7,MDFSUB

46252, 125252
40300.0
0.0
46377,
-1

14458 073130
14459 073134
14460 073140
14461 073144
14462 073150
14463 073154
14464 073156
14465
14466 073160
14467 073164
14468 073170
14469 073174
14470 073200
14471 073204
14472 073210
14473 073212
14474
14475 073214
14476 073220
14477 0
14478 0732
14479 073234
14480 073240
14481 073244
14482 073246

;RESULT FPS

;NO INTERRUPT
;00 TEST
;ACO
;FSRC
;FRACTIONAL
;INTEGER RESULT
; TEST FPS

RESULT

;RESULT FPS

;NO INTERRUPT
;D0 TEST
;ACO

;FSRC

;FRACTIONAL

RESULT

;FSRC
;FRACTIONAL

RESULT

FgmEGER RESULT

;FSRC

;FRACTIONAL

;INTEGER RESULT
: TEST FPS
;RESULT FPS

RESULT

;NO INTERRUPT
;00 TEST
:ACO
:FSRC

sFRACTIM RESULT

; INTEGER RESULT

: TEST FPS
;RESULT FPS

4483

CLR
JSR
.WORD
.WORD

003030
000070
000000
066707
007027
007004
012737

.WORD
.WORD
.WORD
.WORD

025160

000001

003030

; /OVERFLOW

MOV

SFLAG
R7,MDFSUB
. 125252
66652,52525
0,0
66707,25160
7027
7004

#1,30FLAG

;NO INTERRUPT
;00 TEST
;ACO

;FSRC

;FRACTIM. RESULT
INTEGER RESULT
&
: TEST FPS
;RESULT FPS

: INTERRUPT

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-238

3EQ 0257

14494 073312
14495 073316

14496 073322
14497 073326
14498 073332
14499 073336
14500 073340
14501 073342

004767

076000
076000
000000
033600
001000

FLOATING POINT TESTS
000032
000000
000000
000000
000000

101006

000010

145585 073344 000167 000310
14

14504
14505
14506
14507
14508
14509
14510
14511

;00 TEST

;ACO

;FSRC

;FRACTIONAL

RESULT

; INTEGER RESULT
: TEST FPS
;RESULT FPS

;FEC

HOP14

: XX aX XX XX X XXX XX e XX XX L e X X X e X e e L e XX o X
3 XXX A XX XA XX XX X XXX X X

XX e X X X A A X e X e A oK X

ACO
FSRC
FRACTIONAL RESULT
FPS AFTER EXECUTION

(FEC)

14518
14519 073350
14520 073352
14521 073360
14522 073364
14523 073366
14524 073370
14525 073374
14526 073376
14527 073400
14528 073404

{2529 073410
14531 073412

s XX XX e X X e X e XX e X X e X X e X e XX e X e X e X e X e XX £ X s XX s X e X4 XX
s XXX X XA XX X X e XXX X X e X e X X o X o XX e X X e X e X e X e X e X5 XX
012605
012737
012702
170102
172415
012701
172511
010501
062701
016502
170102

MDFSUB: MOV

MOV
MOV

073440

073650

’

18:

; RETURN ADDRESS TO USE AS POINTER
;REDIRECT TRAP VECTOR
;SET TO DOUBLE MODE FOR LOAD

#504
, J8FPVEC
$200.R2

;LOAD FPS

:LOAD ACO WITH TEST DATA
;LOAD KNOWN INTO AC1

MOV
LDD
MOV
ADD
MOV

SMODGAR,
R1
(R1),AC1
RS,R1
84 R1
20(R5),R2
R2

:GET TEST FPS
;LOAD TEST FPS

MODF

(R1).ACO

;#TEST_INSTRUCTION

LDFPS

171411
170001

(SP)+ RS

SETF

:POINT TO FSRC DATA

;WAIT FOR POSSIBLE FPA TRAP.

:INSTRUCTION DIDNT TRAP
032737
001426
004737
104003

000001

003030

)

BIT

BEQ

CALL
ERROR

140132

000167

#1,30FLAG

@DETFPA
+3
24

:FPP

;VERIFY A NO TRAP CONDITION
;BRANCH IF GOOD
DETERMINE FLOATING POINT FAULT. $$$

;INSTRUCTION SHOULD HAVE TRAPPED
;REJOIN CODE

:INSTRUCTION TRAPPED
000001

140132
1
14550 073456

003030

508:

BIT

¢1,30FLAG

CALL
ERROR

@ODETFPA
+3

BNE
P

514

;FPP E

TRAP
Ch EXPECTAING
NG
"DETERMINE FLOATING POINT FAULT. $8$

;INSTRUCTION WASNT SUPPOSE TO TRAP
;REJOIN CODE

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

14551 073462
14552 073464
14553 073466
14554 073472

012604
005726
022704 073414
001403

S1$:

14556 073500

104003

FLOATING POINT TESTS
14555 073474

figg;

004737

14562 073504
14563 073510
14564 073512
14565
14566 073516
14567 073520
14568 073524

140132

004737

3$:
43:

010504
062704 000010
004767 044314
005767 107346
001403

14578 073560 104003

14579
14580

14582 073564
14583 073566
14584 073572
14585 073576
14586 073602

010504
062704 000014
004767 044264
005767 107316
001403

14588 073610

104003

14592 073620
14593 073624
14594 073626
14595 073632
14596 073634

000165 000024
170301
016504 000024
020401
001403

14598 073642

104003

14602 073650

177777

14587 073604 004737

14597 073636 004737

177777

CALL

@9DETFPA

MOV
ADD
JSR
ST
BEQ

RS,R4
#10,R4
R7,DATVFR
COUNT
5%

ERROR

;SEE IF PC_= INSTRUCTION
iCLEAN UP STACK
:BRANCH IF GOOD COMPARE
;FPP E

DETERMINE FLOATING POINT FAULT. $$$

:PC WAS INCORRECT

S2DETFPA

6$:
7%:

8s:
177777

;

DETERMINE FLOATING POINT FAULT. $$$

;FPP ERROR
:BAD FPS

;POINT TO EXPECTED DATA
;VERIFY DATA
;BRANCH IF GOOD

DETERMINE FLOATING POINT FAULT. $$$

MOV
ADD
JSR
ST
BEQ

RS, R4
#14,R4
R7,DATVFR
COUNT
64

;POINT TO EXPECTED
;VERIFY DATA
;
;BRANCH IF GOOD

ERROR

;FPP ERROR

S2DETFPA

ST
BNE
JMP
STST
MOV
CHP
BEQ

FFLAG
7%
24(RS5)
R1
24(RS),R4
R4,R1
8

ERROR

JMP

MODGAR: .WORD
HOP14

:SET FPP TO DOUBLE
;POINT TO RECEIVED DATA TABLE
;SAVE ACO RESULT
:VERIFY STATUS
;BRANCH IF GOOD

;FPP ERROR

CALL

140132

;SAVE FPS

CALL

140132

177777

;SAVE INTEGER RESULT
5%:
STD
AC1,(R1)

im)«.r»oo1 073644 000165 000026
14607

@¢DETFPA

STFPS

ERROR

14589
14590 073612 005737 003030
14591 073616 001002

073656
14603 073660
14604

CALL

14581 073562 174111

14599

ERROR

#200,R2
MOV
R2
LDFPS
MOV
#RECDST,R1
;SAVE FRACTIONAL RESULT
ACO, (R1)
STD
22(RS),R3
CHP
38
BEQ

012702 000200
170102
012701 003142
174011
026503 000022
001403

14577 073554 004737

14572 073534
14573 073536
14574 073542
14575 073546
14576 073552

2¢:

170203

14570 073532 104003
14571

(SP)+,R4
(5P)+
#1$.R4
24

Page 14-23°

:COMMON CODE FOR TRAP AND NO TRAP

140132

14569 073526

MOV
ST
cHP
BEQ

CALL

140132

izg
14561 073502

Friday 28-Mar-86 13:30

S@DETFPA

26(R5)
-1,-1,-1,-1

:BAD ACO

;SAVE AC1 RESULT

:DETERMINE FLOATING POINT FAULT. $$$

:BAD AC1

:SEE IF NEED TO CHECK FEC
:BRANCH IF NEED TO CHECK
:RETURN FROM TEST
:SAVE FEC
:GET FEC
;VERIFY FECGOOD
:BRANCH IF

:DETERMINE FLOATING POINT FAULT. $$$

;FPP ERROR

BAD FEC

;RETURN EROM TEST
;KNOWN DATA FOR AC1

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-240

SEQ 0259

FLOATING POINT TESTS
14609
14610
14611 073660
14612
14613
14614 073660
14615 073664
14616 073670
073676
14617 073700
073706
14618 073710
073716
14619 073720
073726

; TEST MODD

MMODD:
005037
004767
012345
177777

:1/AC>FSRC-O

ANFLAG

R7,MDDSUB

;NO INTERRUPT

177777

CLR
JSR
.WORD

000000

.WORD

100,0,0,0

;FERC

000000

.WORD

0,0,0,0

;FRACTIONAL RESULT

000000

.WORD

003030
001164
177777

.WORD
.WORD

14620 073730
14621 073732

14622
14623 073734
14624 073740
14625 073744
073752

;RESULTANT FPS

CLR

SOFLAG

;NO INTERRUPT

177777

.WORD

0,0,0,0 ;ACO
1234,-1,0,0

;FSRC

000000

.WORD

0,0,0,0

;FRACTIONAL RESULT

000000

.WORD

0,0,0,0

;INTEGER RESULT

.WORD
.WORD

7717

; TEST FPS

003030
001034
125252

0 74026

14635 074030
074036
14636 074040

074046
14637 074050
074056
14638 074060
14639 074062
14640
14641 074064
14642 074070

14643 074074

074102
14644 074104
074112
14645 074114
122

14647 074134
14648 074136
14649

; TEST FPS

204

;2/AC=0<FSRC

003030
001110
000000

14628 073774
074002
14629 074004
14630 074006
14631
14632 074010
14633 074014
14634 074020

200

;D0 TEST

177777

JSR
.WORD

; 3/AC>FSRC>0

R7,MDDSUB

;D0 TEST

7704
BOFLAG
R7,MDDSUB

:RESULTANT FPS
;NO INTERRUPT
D0 TEST

125252

CLR
JSR
.WORD

000000

.WORD

40300,0,0,0

:FSRC

000000

.WORD

0,0,0,0

;FRACTIONAL RESULT

177777

.WORD

56377,-1,-1,-4

56352, 125252, 125252, 125250

213

; INTEGER RESULT
; TEST FPS

005037
004767

003030
000760
000000

000000

.WORD
. WORD
:4/AC<0>FSRC
CLR
JSR
.WORD

063714

146314

133572

.WORD

63714,146314,133572,167737

000000

.WORD

0.0,0,0

162531

.WORD

163777,-1,162531,125726

167737

000000
000000
163777
000210

177777

.WORD
.WORD
:S5/AC>FSRC>0

204
SOFLAG

R7,MDDSUB

140240,0,0,0

210

204

;ACO

;RESULTANT FPS
;NO INTERRUPT

;ACO

;D0 TEST

;FSRC

;FRACTIONAL RESULT

; TEST FPS

RESULTANT FPS

s INTEGER RESULT

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-241

FLOATING POINT TESTS

14650 074140
14651 074144
14652 074150
074156
14653 074160
074166

005037
004767

FLAG

;NO INTERRUPT

56200,0,0,1

:ACO

LWORD

40340,0,0,0

;FSRC

JMORD

56340,0,0,1

CLR

003030
000704
000000

JSR

"WORD

000000

SEQ 0260

R7,MDDSUB

;D0 TEST

14654 074170
4206

JMORD
"WORD
;6/TRUNCATE

14656 074210

i“g; 074212
46

14659 074214
125252

177777

14668 074270
14669 074274
14670 074300
074306
14671 074310
074316
14672 074320
074326
14673 074330
074336
14674 074340
14675 074342
14676
14677 074344
14678 074350
14679 074354
074362

213
204

; INTEGER RESULT
; TEST FPS
sRESULTANT FPS

177777

;FSRC

WORD

40300,0,0,0

.MORD

0,0,0,0

JMORD

56377,-1,-1,-1

JMORD
'WORD

253
244

; TEST FPS
;RESULT FPS

CLR
JSR

FLAG
R7,MDDSUB

:NO INTERRUPT
DO TEST

;7/TRUNCATE FRACTION

125252

;ACO

125252
125252, 2,
"WORD 56352, 12525
;FRACTIONAL

RESULT

;INTEGER RESULT

:ACO

"WORD

125252
52,
125252,
23352, 1252

LMORD

40300,0,0,0

;FSRC

JMORD

23377,-1,-1,-1

;FRACTIONAL

253
JMORD
240
"WORD
;8/ROUND INTEGER

; TEST FPS
;RESULT FPS

CLR
JSR

@OFLAG
R7,MDDSUB

;sNO INTERRUPT
:D0 TEST

.WORD

0,0,0,0

;FRACTIONAL

200

; TEST FPS
;RESULT FPS

.WORD

76600,0,0,125252

RESULT

;ACO

RESWLT

.WORD

.WORD
5 WORD

204

:9/ROUND THROUGH FRACTION
CLR
J

§8

14684 074416
14685
14686 074420
14687 074424
14688 074430
074436
14689 074440

;NO INTERRUPT
OFLAG
;00 TEST
R7,MDDSUB
41525,052525, 52525, 52525

40300,0,0,0

:FSRC

;ACO

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-242

SEQ 0261

FLOATING POINT TESTS

074446

000000

074456

177740

14690 074450
14691 074460

040177

177777

.WORD

40177,-1,-1,177740

041636

000000

JMORD

41636,0,0,0

074466

000000

14695 074474
14696 074502
14697 074506

012737
004767
177777

14692 074470
14693 074472
14694

007700
007700
000001
000346
177777

003030

177777

7700
JMORD
7700
"WORD
: /OVERFLOW, TRAPS ENABLED

; INTERRUPT
;D0 TEST
;FSRC

000000

JMORD

40400,0,0,0

14699 074526

000000

JMORD

0,0,0,0

14700 074536

100177

177777

JMORD

100177,-1,-1,-1

074544
14701 074546
14702 074550
14703 074552
14704

177777
007700
107706
000010

074572

177777

14705 074554
14706 074560
14707 074564

005037
004767
056700

003030
000270
000000

14708 074574

044440

177777

7700
JMORD
107706
.WORD
"WORD
10
T0 56 BITS
CHOPPED
;/INTEGER

14711 074624

000200

14714 074630
14715 074636
14716 07464250

012737
004767
066600

000002
000212
000000

14717 074652
074660
14718 074662
074670
14719 074672
074700
14720 074702
14721 074704
14722 074706
14723
14724 074710
14725 074716
14726 074722
074730
14727 074732
074740
14728 074742

066600

000000

000000
000000
015200
000000
047700
147706
000010

012737
004767
100277

000002
000132
000001

003030

100300
000001
000000

000001

0746

074750

000000

;INTEGER RESULT
; TEST FPS
sRESULT FPS
:FEC

FLAG
R7,MDDSUB

;NO INTERRUPT
;00 TEST

JMORD

0,0,0,0

;FRACTIONAL

JMORD

63161,100000,1,40775

56700,0,0,-1

000001

:ACO

; TEST FPS
:RESULT FPS

66600,0,0,0

:ACO

, OFLAG
R7.MDDSUB

000000

JMORD

0,0,0,0

000000

JMORD

15200,0,0,0

003030

.MORD

47700
JHORD
147706
'WORD
10
WORD
DISABLED
TRAPS
W,
; /UNDERFLO

MOV

92, 30FLAG

RESULT

;INTEGER RESULT

200
JMORD
204
'WORD
; /OVERFLOW, TRAPS DISABLED

MOV
JSR

000000

RESULT

177777

177777
000000
000000
063161

074622

;FRACTIONAL

CLR
JSR

'WORD

074602
14709 074604
074612
14710 074614

100000

SACO

"1.'1.'1"1

177777
040400

074534

; TEST FPS
sRESULT FPS

#1,30FLAG
R7.MDDSUB

-m

RESULT

;INTEGER RESULT

MOV
JSR

074514
14698 074516
074524

;FRACTIONAL

;NO INTERRUPT
:D0 TEST

;FRACTIONAL

RESWLT

;INTEGER RESULT
; TEST FPS
;RESULT FPS
:FEC

;NO INTERRUPT

JSR

R7 .MDDSUB

;D0 TEST

JMORD

100300,1,1.1

iFSRC

LMORD

0,0,0,0

JWORD

100277,1,2,-1

:ACO

;FRACTIONAL

RESULT

COKDAFQ KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-243

SEQ 0262

FLOATING POINT TESTS

14729 074752
074760

14730 074762
14731 074764
14732 074766
14733
14734 074770
14735 074776
14736 075002
075010
14737 075012

000000

005200
005204
000010

003030

" ;INTEGER RESULT

.WORD

0,0,0,0

.WORD
.WORD
.WORD

5200
5204
10

JWORD

100277,1,2,-1

;ACO

;FSRC

: TEST FPS
;RESULT FPS
;FEC

; /UNDERFLOW TRAPS ENABLED, UV AS RESULT
; INTERRUPT
#1,39FLAG
MOV
;D0 TEST
R7,MDDSUB
JSR

012737
004767
100277
177777
100300

000001
000052
000001

000002

000001

.WORD

100300,1.1.1

14738 075022

040417

040001

077403

.WORD

40417,40001,77403,0

14739 0750

000000

.WORD

0,0,0,0

;INTEGER RESULT

14740 075042
14741 075044
14742 075046
14743
14744 075050
14745
14746
14747
14748
14749
14750
14751
14752
14753
14754

002200
102200
000012

.WORD
.WORD
.WORD

2200
102200
12

; TEST FPS
;RESULT FPS
;FEC

HOPIS

;JUWP OVER SUBROUTINE

075020
0750;2
075040

000167

000300

;FRACTIONAL

RESULT

3 XXX XXX XA XX X X X X X X X X X X e X e X X X X X o X XX
+ XA XA XA X X X X XX X e X X X X X X X X X X e X X o X o X e X X e X 4 X
H

ACO
FSRC

3
:

FRACTIONAL RESULT
INTEGER RESULT
FPS BEFORE EXECUTION
FPS AFTER EXECUTION
(FEC)

H
H
:
3
H

; sXaXaX e XXX e XX e X e X e X e X e XXX kX e X e X6 XX 2 X o)Xk X e X X0 X e XX %X
;X X

14759 075054
14760 075056
14761 075064
14762 075070
14763 075072
14764 075074
14765 075100
14766 075102
14767 075104

012605
012737
012702
170102
172415
012701
172511
010501
062701

14769 075114
14770
14771 075116
14772 075120
14773
14774
14775
14776 075
14777 0751
14778 075132
izm 075136

170102

14768 075110

016502

075144
000200

000244

MODSUB: MOV

073650
000010
000040

’

1$:
000001
140132

MOV
MOV
LDD
MOV

(RS),ACO
R1

(R1) Aci
RS,Ri
#10 R§
40(RS),R2

MODD

(R1),ACO

003030

SETD

:REDIRECT TRAP VECTOR
:SET TC DOUBLE MODE FOR LOAD
;:LOAD FPS

LDD
MOV
ADD
MOV

LDFPS

; RETURN ADDRESS TO USE AS POINTER

(SP)+,RS

#508 ,98FPVEC
#200,R2

LDFPS

171411
170011

032737
oox%g
004
104003

XX X XA X XX X X X X X ) X Xk X e X e X e X X X e X X X X X

:LOAD ACO WITH TEST DATA
;LOAD KNOWN INTO AC1

:
:POINT 70 FSRC DATA

:GET TEST FPS

;LOAD TEST FPS

:+TEST INSTRUCTION

:WAIT FOR POSSIBLE FPA TRAP.

:INSTMTIN DIDNT TRAP
BIT

BEQ

CALL

ERROR

#1,80FLAG

;BRANCH

SMDETFPA
-3

:FPP

VERIFY A NO TRAP CONDITION
G000

DETERMINE FLOATING POINT FAULT. $$$

;INSTRUCTION SHOULD HAVE TRAPPED

{

COKDAFO KDJ11-8 CLUSTER DIAG.

MACRO V05.03

FLOATING POINT TESTS
i

ififié 075140 000167 000042

14785 075144 032737 000001 003030 S50$:
14786 075152 001005
14787 075154 004737

14789

14790 075162
14791 075166
14792 075170
14793 075172
14794 075176
14795 075200

104003

140132

000167 000020
012604
005726
022704 075120
001403
004737

14796 075204 104003

S1$:

14810 075236 104003

14817 075260 004737

140132

14811

170203

012702 000200
170102
012701 003142
174011
026503 000042
001403

140132

14809 075232

14812 075240
14813 075242
14814 075246
14815 075252
14816 075256

#1,30FLAG
S51$

ERROR

CALL

JP
MOV
TST
cHP
BEQ

ERROR

@8DETFPA

24
(SP)+,R4
(5P)+
#14.,R4
24

@DETFPA

;SEE IF EXPECTING A TRAP
:BRANCH IF EXPECTING A TRAP

DETERMINE FLOATING POINT FAULT. $$%

;FPP

;INSTRUCTION WASNT SUPPOSE TO TRAP

;REJOIN CODE
:SEE IF PC = INSTRUCTION
;CLEAN UP STACK
;
IF GOOD COMPARE
:BRANCH

DETERMINE FLOATING POINT FAULT. $$$

;FPP ERROR

:PC WAS INCORRECT

:COMMON CODE FOR TRAP AND NO TRAP

i:zgg

14802 075210
14803 075214
14804 075216
14805
14806 075222
14807 075224
14808 075230

;REJOIN CODE

BIT
BNE

CALL

140132

izm

14801 075206

JMP

Page 14-244

:INSTRUCTION TRAPPED

i:;gz

14788 075160

Friday 28-Mar-86 13:30

004737

010504
062704 000020
004767 042626
005767 105642
001403

14818 075264 104003
14819

STFPS

;SAVE FPS

CALL

S0DETFPA

DETERMINE FLOATING POINT FAULT. $$$

MOV
ADD
JSR
ST
BEQ

RS,R4
#20,R4
R7,DATVER
COUNT
53

#200,R2
MOV
R2
LDFPS
#RECDST,R1
MOV
;SAVE FRACTIONAL RESULT
ACO, (R1)
STD
P
42(RS),R3
33
BEQ

38:
4s:

ERROR

CALL

ERROR

14832 075266 174111
14823 075270
14824 075272
14825 075276
14826 0
14827 075306

010504
062704 000030
004767 042576
005767 105612
001403

ifig 075314

104003

14831 075316
14832 075322
14833 0
14834 0
14835 075332
14836 075336
14837 075340

005737 003030
001002
000165 000044
170301
016504 000044
020401
001403

d:.

sTD

.FPP ERROR

@6DETFPA

.FPP ERROR

64:
7%:

ACL.(RD)

:BAD FPS

;POINT TO EXPECTED DATA
;VERIFY DATA
;BRANCH IF GOOD

DETERMINE FLOATING POINT FAULT. $$$

:BAD ACO

JSAVE ACL RESULT

MOV
ADD
JSR
15T
BEQ

RS, R4
#30,R4
R7,DATVER
COUNT
64

;POINT TO EXPECTED

ERROR

‘SPAS ERR

CALL

140132

:SET FPP TO DOUBLE
;POINT TO RECEIVED DATA TABLE
;SAVE ACO RESULT
:VERIFY IF
STATUS
GOOD
:BRANCH

;SAVE INTEGER RESULT

i mm?

14828 075310 004737

24:

1T
BNE
JMP
STST
MOV
cHP
BEQ

@DETFPA

SUFLAG
7%
44(R5)
R1
44(RS),R4
R4,R1
8s

;VERIFY DATA
;
IF GOOD
:BRANCH

DETERMINE FLOATING POINT FAULT. $$$

:SEE IF NEED TO CHECK FEC
:BRANCH IF NEED TO CHECK
:RETURN FROM TEST
:SAVE FEC
:GET FEC
:VERIFY FEC
:BRANCH IF GOOD

COKDAFQ KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-245

SEQ 0264

FLOATING POINT TESTS

14838 075342

004737

14839 075346 104003

14840

iml 075350
14843 075354
14846
14847
14848
14849
14850 075354
14851
14852

14853 075354

000165

140132

8$:

000177

000000

14855 075370

000000

075376

14856 075400
14857 075402

14858

000001

000000

047557
047544

14859 075404

004767

075416

177777

077577

14862 075430
14863 075432

007540
007540

14865 075434

004767

000110
177777

100000

14867 8%%

100377

177777

000000

14868 075460
14869 075462
14870
14871 075464

007517
007510

100377

004767

075476

000000

oooooo000000

14874 075510
14875 075512

007757
007744

14877 075514

004767

000030

14879 875530

sooooozszsz

125252

14880 075540
iml 075542

000000
000010

14883 075544
14884
%&

000167

14876

;RESULT

.WORD
.WORD

47557
47544

; TEST FPS
;RESULT FPS

JSR

R7,SFDSUB

;D0 TEST

.WORD

77577,-1,0,0

.MORD
WORD

7540
7540

JSR

R7,SFDSUB

.WORD

100377,-1,0,0

;RESWLT

.WORD
.WORD

7517
7510

; TEST FPS
;RESULT FPS

JSR

R7,SFDSUB

.WORD

0,0,0,0

;RESULT

.WORD
.WORD

7757
7744

; TEST FPS
;:RESULT FPS

JSR

.WORD

R7,SFDSUB

.WORD

125252,125252,0,0

LWORD
.WORD

O
10

.WORD

;4/AC=-0

JWORD

000000

14878 875520 112525225252 125252 125252

000120

0,0,0,0

JWORD

14872 075470 100000 000000 000000

:S/AC<0

000000

;00 TEST

.WORD

:3/AC<0, ROUND

000060

14873 875500

}BAD FEC

;RETURN FROM TEST

R7,SFDSUB

000000

14861 875420

14866 8;5“0

;DETERMINE FLOATINC POINT FAULT. $$3

;FPP ERROR

JSR

.WORD

14860 075410 077577 177777 1777177

46(RS)

;ACO

0177,0,0,1

;2/ARC>0, TRUNCATE

000140
177777

JMP

‘

HOP15
:
joosssstsssssssassassancacccssanne
;TEST STCFD
3
MSFD:
3
:1/AC=0

14854 075360
075366

I#DETFPA

ERROR

000046

004767 000170

CALL

77577,-1,-1.-1

;
;RESULT

: TEST FPS
;RESULT FPS

100377,-1,100000,0

;D0 TEST

;ACO

;D0 TEST

;ACO

100000,0,0,0

DO TEST

125252.125252.125252.125552

;RESULT

:ACO

; TEST FPS
;RESULT FPS

;:GET OVER SUBROUTINE
HOP16
JMP
§ XX AN XX AN XXX XXX XXX XXX XXX XX e X X e X e X0 X6 X
: ;)T(gax‘rx‘x‘x‘xtXtXtXtthtXtXtXtXtXtXtXtXtXtthtth-XtXtth
3

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V0S5.03

Friday 28-Mar-86 13:30

Page 14-246

SEQ 0265

FLOATING POINT TESTS

14887
14888
14889
14890
14891
14892
14893
14894
14895
14896 075550

14901 075570
14902 075574
14903 075600

ACO
RESULT
FPS BEFORE EXECUTION
FPS AFTER EXECUTION
:

; THERE CAN BE NO TRAPS WITH THE STCFD INSTRUCTION

& 20
O X X X D X D O X O 0 X eX O eX X X X X X X X X eX X X
& 30 0 0 O O X e O O X O 3 O D D X O X X X e O e X X X X X X X X X

012605
012737
012702
170102
172415
012701
016502
170102

075656
000200

000244

0%00.R2
R

;LOAD FPS
;LOAD ACO WITH TEST DATA
;POINT TO RESULT AREA
;GET _TEST FPS
;LOAD TEST FPS

(R5),ACO

SRECDST,R1

003142
000020

176011

; RETURN ADDRESS TO USE AS POINTER
;REDIRECT TRAP VECTOR
;SET_TO DOUBLE MODE FOR LOAD

(SP)+,R5
#50% ,a#FPVEC

sg(nsmz

40%:
STCFD ACO,(R1)
:INSTRWTI(N DIDNT TRAP

;*TEST INSTRUCTION

24:

;SAVE FPS
:GET EXPECTED STATUS

; VERIFY STATUS

14910 075604
14911 075606
14912 075612
14913 075614
14914 075616
14915 075622
14916

14917 075624

14918 075626
14919 075632
14920 075636
14921 075642
14922 075644
14923 075650

170203

016502

000022

001403
004737
104003

140132

010504
062704
004767
005767
001403
004737
104003

105256

4s:

140132

22(RS).R2
Ro,R3
3§
B6DETFPA
+3

MOV

RS,R4

JSR
7ST
BEQ
CALL
ERROR

R7,DATVER
COUNT
5§
B4DETFPA
+3

24(RS)

ADD

S¢:

004737

140132

| INSTRUCTION TRAPPED
SGDETFPA
CALL
§0s:

000165

000024

104003

;VERIFY STATUS

:BRANCH IF GOOD

:DETERMINE FLOATING POINT FAULT. $$$

;FPP ERROR

;:BAD FPS

#10,R4

000024

000165

14933
14934 075670
14937
14938
14939
14940
14941 075670
14942
14943
14944 075670
14945 075674

000010
042242

STFPS

MOV~
CM
BEQ
CALL

ERROR

JMP

24(RS)

;POINT TO EXPECTED DATA
;VERIFY DATA

;BRANCH IF GOOD
:DETERMINE FLOATING POINT FAULT. $$$

;FPP ERROR

;RETURN FROM TEST

;DETERMINE FLOATING POINT FAULT. $$$
;FPP_ERROR
;INSTRUCTION WASNT SUPPOSE TO TRAP
;RETURN FROM TEST

HOP16

005037
004767

003030

000220

‘IEST sTeoF T
FISOF:
' 1/AC=0
JSR

SOFLAG

R7,SDFSUB

:NO INTERRUPT

00T EST

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-247

SEQ 0266

FLOATING POINT TESTS

14946 075:”00

000177

000000

14947 075710
14948 075714
14949 075716

000000

075706

14950
14951 075720
14952 075724
14953 075730
075736
14954 075740
14955 075744

14961 075770
14962 075774
14963 075776
14964
14965 076000
14966 076006
14967 076012
076020

14968 076022
14969 076026
14970 076030
14971
14972 076032
14973 076036
14974 076042
076050
14975 076052
14976 076056
14977 076060
14978
14979 076062
14980 076070
14981 076074
076102
14982 076104

14983 076110
1:90‘ 076112
14985
14986 076114
14987
14988
14989
14990
14991
14992
14993
14994
14995
14996

000000

000200
000204

005037
004767
100000
000100
000000
007777
007744

003030
000170
000300

005037
004767
055555
177777
055555
000240
000240

003030

012737
004767
077777

000001
000106
177777

000000
000000
001200
101206

005037
004767
125252
125252
125252
007700
007710
012737
004767
077777
000000
000000
006700
006706

000167

055555

000000

LMORD

177,0,0,0

JMORD
"WORD

0,0
200

JMORD
WORD
'WORD

0,0
7777
7744

;RESULT
: TEST FPS
sRESULT FPS

CLR
JSR

SUFLAG
R7,SDFSUB

;NO INTERRUPT
;00 TEST

JMORD

55555, 55555

'WORD

240

MOV
JSR

#1,90FLAG
R7.SDFSUB

LMORD
JWORD
'WORD

0,0
1200
101206

CLR
JSR

;NO INTERRUPT
OFLAG
;D0 TEST
R7,SDFSUB
125252, 125252
125252,125252,

100000, 300,200,100

:3/AC>0, TRUNCATE

JWORD

055555

.WORD
003030

JWORD

;5/AC<0, ROUND

LWORD

125252
125253

003030

55555,55555,-1,-1

240

LMORD
'WORD
"MORD
;6/ROUND TO UV,

;RESULT FPS

; INTERRUPT
;D0 TEST

;ACO

sRESULT
: TEST FPS
:RESULT FPS

; INTERRUPT
:D0 TEST

82, 30FLAG
R7.SOF SUB

JMORD

0,0

sRESULT

'WORD

6706

{RESULT FPS

'WORD

;ACO

77777.-1,-1,0

6700

;ACO

&assm
; TEST FPS
:RESULT FPS

MOV
JSR

WORD

177777

;ACO

;RESULT

77777.-1,100000,0

125252,125253
7700
7710
TRAPS DISABLED

;ACO

; TEST FPS

;4/AC<0, ROUND TO UNDEFINED VARIABLE

100000

003030

iRESULT FPS
;NO INTERRUPT
;D0 TEST

204
SUFLAG
R7,SDFSUB

JWORD

177777

JRESULT
: TEST FPS

;
CLR
JSR

:2/AC=-0
000200

;ACO

: TEST FPS

;GET OVER SUBROUTINE
HOP17
JHP
: 00 0 O 0 o O 0 3 X 0 O O X e e X e X X e X X X X X e X e X e X e X e X e X X
+ XA
; STCOF
;

R XA

R XX X X X X X X X X X X X e X X X X X X X X X
ACO

RESULT

FPS BEFORE EXECUTION
FPS AFTER EXECUTION

;A TRAP CAN ONLY OCCUR IF ROUNDING CAUSES OVERFLOW

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-248

SEQ 0267

FLOATING POINT TESTS

14997
14998
14999
15000 076120
15001 076122
15002 076130

15003 076134
15004 076136
15005 076140
15006 076144
15007 076150
15008
15009 076152
15010 076154
15011 076156
15012
15013
15014
15015 076160
15016 076166
15017 076170
15018 076174
15019
15020 076176
1502 1
15022
15023
15024 076202
15025 076210
15026 076212
15027 076216
15028
1
076220
15030
076224
15031 076226
15032 076230
15033 076234

s EX XX XXX XX XXX X XXX XXX XX XXX XXX XXX
5 0000 X X X 0 X e X X X X X X X X K X X X X X X X X X X X X

012605
012737
012702
170102

172415

012701
016502
170102

076202

000244

SDFSUB: MOV

003142
000014

MOV
MOV
LDFPS
LDD
MOV
MOV

#50%
, OFPVEC
#200.R2
R2
(RS),ACO
#RECOST ,R1
14(RS),R2

STCOF

ACO,(R1)

JMORD

LDFPS

408:

176011
170327

1$:

(SP)+,RS

STST

; RETURN ADDRESS TO USE AS POINTER
;REDIRECT TRAP VECTOR
;SET TO DOUBLE MODE FOR LOAD
;LOAD FPS
;LOAD ACO WITH TEST DATA
;POINT TO RESULT AREA
;GET TEST FPS
;LOAD TEST FPS

+*TEST _INSTRUCTION
;WAIT FOR POSSIBLE FPA TRAP.
;STORE STATUS HERE.

(PC)+

' INSTRUCTION DIDNT TRAP
032737
001426
004737
104003

000001

000167

000042

BIT

003030

BEQ

CALL
ERROR

140132

;VERIFY A NO TRAP CONDITION
;BRANCH IF GOOD
&IDETERHI'E FLOATING POINT FAULT. $$$

#1,30FLAG

SSDETFPA
+3

JMP

BIT

#1,80FLAG

CALL
ERROR

@GDETFPA
+3

;FPP ERR

;INSTRUCTION SHOULD HAVE TRAPPED
;REJOIN CODE

i INSTRUCTION TRAPPED
000001

003030

50$:

140132

S1$:
076154

BNE

JHP

cHP
BEQ

#1$,R4
24

ERROR

MOV
ST

CALL

140132

;SEE IF EXPECTING A TRAP
;BRANCH IF EXPECTING A TRAP
DETERMINE FLOATING POINT FAULT. $$$

514

;FPP

;INSTRUCTION WASNT SUPPOSE TO TRAP
;REJOIN CODE
;SEE IF PC = INSTRUCTION
;CLEAN UP STACK

(SP;o.lu
(5P)s

SSDETFPA

'BRANCH IF GOOD COMPARE

g iDETERMINE FLOATING POINT FAULT. 453

;PC WAS INCORRECT

:cmm CODE FOR TRAP AND NO TRAP
;VERIFY STATUS
170203
016502

001403

004737
104003

010504

000016

50:

140132

004767
005767

000010
041564
104616

004737

140132

34:
4%:

STFPS
MOV
cMP
BEQ
CALL
ERROR

JSAVE FPS
GET EXPECTED STATUS

34
IPDETFPA
+3

iBRANCH IF GOOD

MOV
ADD
JSR
TST
BEQ
CALL

RS,R4

16(R5),R2
R2,R3

#10,R4
R7,DATVFR
COUNT
54
SODETFPA

;VERIFY STATUS

DETERMINE FLOATING POINT FAULT. $8$

FPP ERROR

'BAD FPS

.POINT TO EXPECTED DATA
;VERIFY DATA

:BRANCH IF GOOD

;DETERMINE FLOATING POINT FAULT. $$$

COKDAFO KDJ11-B CLUSTER DIAG.

FLOATING POINT TESTS
15054 076310

15055

104003

MACRO VO0S5.03

Friday 28-Mar-86 13:30

ERROR

ST
BNE
JMP

15056 076312 005737 003030
15057 076316 001002
%%sg 076320 000165 000020

5%:

%sosmx

:VERIFY FEC

15062 076324 012704 003122
15063 076330 170314
15064 076332 021427 000010

15065 076336 001403

15066 076340 004737
15067 076344

15068

104003

7%:
H

FLAG
7%
20(RS)

MOV
STST
cMP

#RECFEC,R4
(R4)
(R4),#10

CALL

SEDETFPA

JMP

20(RS)

BEQ

140132

ERROR

;FPP ERROR

:BAD ACO

;BRANCH IF GOOD

:DETERMINE FLOATING POINT FAULT. $$$

;FPP ERROR

TEST
FROM FEC
;RETURN éw

i%g 076346 000165 000020

8s:

15071 076352

HOP17

15075

bttt
bbbt peuiviy

15074

;

:TEST STCFD - USING ILLEGAL ACCUMULATOR

{558;‘7’

issg;g 076352

15080 076352 012701 040000
15081 076356

MSFDI:

170101

15082 076360
15083 076362
15084 076364

176006
170202
170303

15087 076374

004737

15088 076400

104003

15092 076410

15093 076414

15094
15095 076416
15096
15099

004737

104003

;:DISABLE INTERRUPTS

STCFD
STFPS
SISt

ACO.AC6
R2
o8

:#TEST ILLEGAL INSTRUCTION
:SAVE STATUS
:SAVE FEC

CALL

@ODETFPA

ERROR

18:

;

:VERIFY FER SET
:BRANCH IF ERROR RECEIVED

£140000,R2
18
+3

P
BEQ

#2,R3
2

ERROR

CALL

140132

@9DETFPA

;FPP

DETERMINE FLOATING POINT FAULT. $$$

:FER BIT NOT SET ON ILLEGAL INST.

;VERIFY FEC = FLOATING OPCDOE ERROR
;BRANCH IF GOOD

;FPP

DETERMINE FLOATING POINT FAULT. $$$

;FEC INCORRECT

.
-

joemeeeeecesssccsececeesesemeem———;TEST CLRD
3

15100
15101
15102

ig%&s 076416
15105 076416
15106 076422
15107 076426
15108 076430
15109 076432
15110 076436
15111 076440
15112 076442
15113 076446
15114 076452

#40000,R1

cHP
BEQ

140132

15090 076402 022703 000002
15091 076406 001403

MOV

LDFPS

15085 076366 022702 140000
15086 076372 001403

15089

;SEE IF NEED TO CHECK FEC
:BRANCH IF NEED TO CHECK
:RETURN FROM TEST
;POINT TO FEC AREA
:SAVE FEC
VERIFY FEC FOR OVERFLOW

Page 14-249

012701 003764
012704 000200
170104
172411
012701 003142
174011
170411

012704 003314
004767 041426
005767 104442

MCLRD

MOV
MOV
LDFPS
LDD
MOV

#TABAT,R1
9200, R4
R4
(R1),ACO
SRECOST ,R1

;POINT TO DATA
:SET FPP STATUS TO DOUBLE

MOV
JSR
ST

#TAB6 R4
R7,DATVER
COUNT

:VERIFY BUFFER =0
;
;

STD
CLRD

ACO, CR1)
(R1)

;
:POINT TO DATA BUFFER
;STORE GARBAGE
:CLEAR DATA BUFFER

0268

IK5

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-250

SEQ 0269

FLOATING POINT TESTS

001403
004737
104003

170202
020227
001403
004737
104003

151
15174 076626
15175 076634

13
aoocs TFPA

STFPS

;FPP E

DETERMINE FLOATING POINT FAULT.

$$$

;RECDST NOT CLEARED
;SAVE STATUS

:VERIFY STATUS

R2,#204
2

mS TFPA

140132

:BRANCH I RECDST = 0

:BRANCH IF GOOD

;DETERMINE FLOATING POINT FAULT. $s$

:FFP ERROR
;BAD STATUS

TEST CLRD, ILLEGAL ACCUMULATOR

HCLRI:

)

040200

;DISABLE INTERRUPTS
;LOAD STATUS

#40200,R4
R4

;#TEST INSTRUCTION WITH ILLEGAL ACC

R6
R3
RS
#140200,R3
1s

140200

sSAVE STATUS

;:SAVE FEC
;VERIFY ERROR
;BRANCH IF FER SET

:DETERMINE FLOATING POINT FAULT. $$$

OFTFPA

140132

000002

.2.6
2%
DgfiTFPA

140132

'ERROR IN FPS

;VERIFY FEC =2 OPCODE ERROR
sBRANCH IF
;FPP

2%:

DETERMINE FLOATING POINT FAULT. $5$

;BAD FEC

; TEST LDFPS, STFPS MODE 1

lglg 076550

151;% 076624

1§$:

000204

BEQ
CALL
ERROR

2%:

31
15132 076504
15133
15134 076504
15135 076510
15136 076512
15137 076514
15138 076516
15139 076520
15140 076524
15141 076526
15142 076532
15143
15144 076534
15145 076540
15146 076542
15147 076546
15148
15149 076550
15152
15153
15154

15158 076550
15159 076554
15160 076560
15161 076564
15
076572
15163 076574
15164 076576
15165 076602
15166 076604
15167 076610
15168
15169 076612
15170 076616
15171 076620

140132

'3151:
012704
012714
012701
012737

170114
170211
02042

001403

104003

003162

147757
003132

076650

023727

003132

214

(R4)
(R1)

R4,8TSTLOC
14
SSDETFPA
+3

TESI INSTMTIN

3VERIFY
H GOOD
iBRANCIF
*DETERMINE FLOATING POINT FAULT. $8§
.FPP ERROR
; VERIFY Rl
‘
BRANCH IF GOOD
'fioemm: FLOATING POINT FALLT. $8$

1$:

R1,#RECST

2%:

QORECST, 0147757 y

140132
147757

SRECST,fi

2104, 9OFPVEC

140132

003132

#TSTL

000244

003162

020127
001403
004737
104003
001412

’

15115 076456
15116 076460
15117 076464
15118
15119 076466
15120 076470
15121 076474
15122 076476
15123 076502
15
15125 076504

2
OgfiTFPA

'BAD R1

;VERIFY STATUS
;BRANCH F GOOD

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-251

SEQ 0270

FLOATING POINT TESTS

15177 076642
15178
15179 076644
15180
15181
15182
15183 076630

15184 076652
15185 076654
15186 076660
15187
15188 076662
15191

004737
104003

140132

CALL

SCDETFPA

000167

000012

012600
012605
004737
104003

140132

ERROR

{UNEXPECTED TRAP
(
MOV
108:
(
@ODETFPA
CALL

15176 076636

;DETERMINE FLOATING POINT FALLT. $s$

;FPP ERROR
;:BAD STATUS
;GET OVER TRAP

;SAVE PC
;SAVE PS

;DETERMINE FLOATING POINT FAULT. $4s¢

;FPP ERROR

;sUNEXPECTED TRAP

15201 076704
1
076706
076710
1
15204 076714
15205 076716
15206 076722
1 5207
15208 076724
15209 076730
15210 076732

iSle 076736

012737
170124
170221
020427
001403
104003

020127
001403

104003

003162

003132
076762
003164

140132
003134

1%:

140132

023727 003132 145557 2%:
15215 076740 001412

15221
1
076762
1
076764
15224 076766
15225 076772

076774
im‘
1335

004737
104003

140132

000167

000012

| UNEXPEC
fos:

012600

004737
104003

140132

#145557, (R4)

#RECST,R
(

R4,8TSTLOC.2
1s

MSETFPA

R1,8RECST.2
23
OsfiTFPI

g‘CST . 8145557
“SETFPA
34

(SP)+ RO

(5P)< ‘RS

amsFPA

15231

sTEST LOFPS, STFPS MODE 3

15234 076774
15235

'153:

15236 076774

012704

003162

MOV

;FPP

s VERIFY STATIS
:BRANCH F_GOOD
m FLOATING POINT FAULT. $$¢

;BAD STATUS
;GET OVER TRAP

TRAP

gps

15214 076746
15215 076750
15216 076754
15217
15218 076756
15219

#TSTLOC,R4

15200 076676

012704
012714

15196
15197 076662
15198 076666
15199 076672

;

§989 §PEQ gERSSEEEE|

TEST LDFPS, STFPS MODE 2

#TSTLOC.R4

:SAVE PC

;POINT R4 TO RAM

COKDAFO KDJ11-B8 CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-252

SEQ 0271

FLOATING POINT TESTS

15237 077000
15238 077006
15239 077014

15243 077036
15244 077040
15245 077044
15246 077046
15247 077052
15248
15249 077054
15250 077060
15251 077062
15252 077066
15253
15254 077070
15255 077076
15256 077100
15257 077104
15258
15259 077106
15260
15261
15262
15263 077112
15264 077114
15265 077116
15266 077122
15267

012737
012737
012701
012737
012737
170134

170231
020427
001403
004737
104003

020127
001403
004737

104003

003166
147501
003172
003132
077112

003162
003166

003172
000244

003164

15285 077162
15286 077166
15287
15288 077170
15289 077174
15290 077176
15291 077202
15292
15295 077214

#TSTLOC+4,30TSTLOC
#147501,36TSTLOC+4
#TSTLOC+10,R1
ORECST, @0TSTLOC+10
#10$ , 3FPVEC
@(R4)+
a(su)o
R4, 8TSTLOC+2
14

;TSTLOC= DEFERRED ADDRESS
:SETUP EXPECTED STATUS
iR1 POINTS TO TSTLOC+10
:SET DEFERRED BUFFER FOR RECEIVED STATUS
:SETUP TRAP VECTOR
:#TEST INSTRUCTION
;#TEST INSTRUCTION
;VERIFY R4
;BRANCH IF GOOD

cHP
BEQ

R1,#TSTLOC+12
2$

;VERIFY R1
;BRANCH IF GOOD

ERROR

CALL
ERROR

140132

1%:

003174

CALL

140132
147501

2%:

@4DETFPA

:DETERMINE FLOATING POINT FAULT. $$$
rw ERROR

;FPP E

DETERMINE FLOATING POINT FAULT. $$$

@URECST, #147501

;BAD R1

ERROR

;FPP ERROR

003132

004737
104003

140132

BEQ
CALL

000167

000012

JMP

001412

SDETFPA
+3

cMP

023727

34
@DETFPA

; VERIFY smus

;BRANCHF GOOD
;:DETERMINE FLOATING POINT FAULT. $$$

:BAD STATUS

;GET OVER TRAP

;UNEXPECTED TRAP
012600
012605
004737
104003

10$:
140132

MOV

(spgo.no

CALL

@SDETFPA

MOV

ERROR

15268 077124

15271
15272
15273
15274
15275 077124
15276
15277 077124
15278 077130
15279 077136
15280 077142
15281 077150

MOV
MOV
MOV
MOV
MOV
LDFPS
STFPS
cHP
BEQ

sSAVE PC

SAVE PS

(SP)+.RS
+3

34:

DETERMINE FLOATING POINT FAULT. $8§

;FPP
;UNEXPECTED TRAP

:TEST LOFPS, STFPS MODE 4
9154:

012704
012737
012701
012737
170144

170241
020427
001403
104003

003164
147757
003134
077226

MOV

003162

000244

003132

023727
001412
004737

003132

140132

R4, #TSTLOC

CALL

SODETFPA

cHP

R1,#RECST

CALL

S¢DETFPA
+3

ngP REml

cHP
BEQ

SORECST, #147757
34

ERROR

140132

BEQ

ERROR
147757

24:

:SET BUFFER FOR RECEIVED STATUS

CHP

BEQ
1%:

iTSTLOC= STATUS ADDRESS

0147757, 36TSTLOC

MOV
LDFPS

STFPS

140132

;POINT R4 TO RAM

#TSTLOC+2,R4

#RECST+2,R1

MOV

003162

020127
001403
004737
104003

MOV

CALL

:SETUP TRAP VECTOR

aor#vec
2104
-(R4)

1#TEST INSTRUCTION
;#TEST INSTRUCTION

-(R1)

;VERIFY R4

{BRANCH IF GOOD

m&vmvc FLOATING POINT FAULT. $$$

;VERIFY R1

;BRANCH IF GOOD

S4DETFPA

:DETERMINE FLOATING POINT FAULT. $$$

;VERIFY STATUS
;BRANCH F GOOD

'DETERMINE FLOATING POINT FAULT. $$$

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-253

SEQ 0272

FLOATING POINT TESTS

15296 077220
15297
15298 077222
15299
15300
15301
15302 077226
15303 077230
15304 077232
15305 077236
15306
15307 077240

15313
15314 077240
15315
15316 077240
15317 077244
15318 077252
15319 077260
15320 077264
15321 077272
15322 077300
15323 077302
15324 077304
15325 077310
15326 077312
15327 077316
15328
15329 077320
15330 077324
15331 077326
15332 077332
15333
15334 077334
15335 077342
15336 077344
15337 077350
15338
15339 077352
15340
15341
15342
15343 077356
15344 077360
15345 077362
15346 077366
15347
15348 077370
{5351

13338

15354
15355 077370
15356

104003
000167

000012

ERROR

JMP

;FPP ERROR
BAD STATUS
;GET OVER TRAP

:UNEXPECTED TRAP
012600
012605
004737
104003

108:
140132

MOV

(SP)+,RO

CALL

@4DETFPA

MOV

ERROR

;SAVE PC

(SP)+.RS
+3

3$:

:SAVE PS

:DETERMINE FLOATING POINT FAULT. $$$

;FPP ERROR
:UNEXPECTED TRAP

:TEST LDFPS, STFPS MODE 5
B

MLSS:
012704
012737
012737
012701
012737
012737

170154
170251
020427
001403
004737
104003

003164
003166
147501
003174
003132
077356

MOV

003162
003166

003172
000244

020127
001403
004737
104003

003172

023727
001412
004737
104003

003132

000167

000012

:#TEST INSTRUCTION

STFPS
cMP
BEQ

a8-(R1)
R4, #TSTLOC
14

ERROR

@4DETFPA

1%:

cMP
BEQ
CALL

R1,#TSTLOC+10
28
SODETFPA

24:

cHP
BEQ

@ORECST, #147501
34

ERROR

140132

147501

@-(R4)

MOV
MOV
MOV
MOV
MOV

CALL

140132

;POINT R4 TO RAM

#TSTLOC+4,@4TSTLOC
#147501,36TSTLOC+4
#TSTLOC+12,R1
SRECST, 88TSTLOC+10
#10$ , 9OFPVEC

LDFPS

003162

#TSTLOC+2,R4

CALL

140132

JMP

B4DETFPA
34

:TSTLOC= DEFERRED ADDRESS
:SETUP EXPECTED STATUS
:R1 POINTS 10 412
:SET DEFERRED BUFFER FOR RECEIVED STATUS
:SETUP TRAP VECTOR
:#TEST INSTRUCTION

;VERIFY R4

:BRANCH IF GOOD
DETERMINE FLOATING POINT FAULT. $$$

;FPP

;VERIFY R1
:BRANCH IF GOOD
ERR&SETER"INE FLOATING POINT FAULT. $$$

iBAD R1 ;VERIFY STATUS
i

:BRANCH F GOOD

DETERMINE FLOATING POINT FAULT. $$$

;FPP
:BAD STATUS

;GET OVER TRAP

;UNEXPECTED TRAP
;

108:

012600

004737
104003

MOV
MOV

CALL

140132

ERROR

@0DETFPA
+3

iTEST LDFPS, STFPS MODE 6

fiLS6:
H

:SAVE PC
:SAVE PS

(SP)+,RO
(SP)+.RS
;FPP El

DETERMINE FLOATING POINT FAULT. $$$

{UNEXPECTED TRAP

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-254

FLOATING POINT TESTS

15357 077370
15358 077374
15359 077402
15360 077406
15361 077414
15362 077420
15363 077424
15364 077430
15365 077432
15366 077436
15367
15368 077440
15369 077444
15370 077446
15371 077452
15372
15373 077454
15374 077462
15375 077464
15376 077470
15377
15378 077472
15379
15380
15381
15382 077476
15383 077500
15384 077502
15385 077506
15386
15387 077510
15390
15391
15392
15393
15394 077510
15395
15396 077510
15397 077514

012704
012737
012701
012737

170164
170261
020427
001403
004737
104003

003162
140001
003272
077476
000004
177700
003162

003166
000244

#TSTLOC,R4
#140001. 3¢TSTLOC+4
#TSTLOC+110,R1
#10$ , 90FPVEC

;POINT R4 TO RAM
:SETUP EXPECTED STATUS
:R1 WILL POINT TO TESTLOC+10
:SETUP TRAP VECTOR

STFPS

-100(R1)

\VERIFY R4

4(R4)

i *TEST INSTRUCTION

«TEST INSTRUCTION

CMP _ R&,#TSTLOC

BEQ

;BRANCH IF GOOD

DETERMINE FLOATING POINT FAULT. $$¢

@¢DETFPA

1%:

cMP

R1,#TSTLOC+110

2%:

cMP

@9TSTLOC+10, #140001
34

ERROR

020127
001403
004737
104003

003272

023727
001412
004737
104003

003172

140132

BEQ
CALL

000167

000012

JMP

140132
140001

CALL

BEQ
CALL
ERROR

24
SODETFPA
+3

{FPP ERROR

;VERIFY R1

:BRANCH IF GOOD
:DETERMINE FLOATING POINT FAULT. $$$
’SPAS EW

;VERIFY smus

34
ogoerrpn

:BRANCHF GOOD
iDETERMINE FLOATING POINT FAULT. $$$

.BAD STATUS

;GET OVER TRAP

;UNEXPECTED TRAP
012600
012605
004737

104003

108:
140132

MOV

MOV
CALL
ERROR

:SAVE PC

(sp) .

(5P)+
aooe#n

:SAVE PS
FLOATING POINT FAULT. $$$
;DETERMINE

;FPP ERROR

:UNEXPECTED TRAP

;TEST LDFPS, STFPS MODE 7
I‘I.S7:

003262
003166
145501
003072
003172
077632
177700

003162
003166
003164
000244

STFPS

oM
BEQ

CALL

ERROR

18:

003072

140132
145501

;POINT R4 TO RAM
;TSTL.OC= DEFERRED ADDRESS
:SETUP EXPECTED STATUS
;ru POINTS TO TSTLOC+10

#TSTLOC+100,R4
#TSTLOC+4, @8TSTLOC
+4
$145501 , @6TSTLOC
#TSTLOC-70.R1
nsn.ocoxo msn.oc.z

ISETUP TRAP VECTOR

urwéc

;#TEST INSTRUCTION

LDFPS a-106(
%

140132

003172

MOV
MOV
MOV
MOV
MOV

MOV

003262

15413
15414 077610
15415 077616

MOV
MOV
MOV
MOV

LDFPS

140132

SEQ 0273

24:

SODETFPA

sFPP

R1,#TSTLOC-70

CALL

@#DETFPA

cMP
BEQ

;VERIFY R4
:BRANCH IF GOOD

m.ns LOC+100
14

cHP

BEQ

;#TEST INSTRUCTION

;VERIFY R1

{BRANCH IF GOOD

mégamv: FLOATING POINT FAULT. $$$

:FPP

mégermm FLOATING POINT FAULT, $8$

§°AD R1

@0TSTLOC+10, #145
3$

;VERIFY STATUS
{BRANCH F GOOD

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-255

SEQ 0274

FLOATING POINT TESTS

004737

104003

000167

140132

CALL
ERROR

SPDETFPA
+3

000012

JMP

012600

012605
004737
104003

DETERMINE FLOATING POINT FAULT.

MOV
CALL
ERROR

140132

o
Se0ETERR
PA
03

$4¢

;BAD STATUS
:GET OVER TRAP

:SAVE PC
;:SAVE PS

;DETERMINE FLOATING POINT FAULT.

;FPP ERROR

$8%

;sUNEXPECTED TRAP

:TEST LDCLD MODE 27

H.DC2:

15436
15437 077644
15438 077646
15439 077652
15440 077654
15441 077662

007700
077714

000244

5‘4%
077664
15‘“ 0776
15445 077672
15446 077674
15447 077700
15448 077702
15449 077706
15450
15451 077710
15452 077714
15453 077716
15454 077720
15455 077724

000003

140132
000012

10¢:

140132
003324
003142

1$:

040134
103150
140132

SETlP WILD TRAP

stTEST INSTRUCTION
;

lVERIFY
ate
:

IF GOOD
;BRANCH
;DETERMINE FLOATING POINT FAULT. $$$

; INSTRUCTION FAILED
;JUMP OVER WILD TRAP
i SAVE PC

; SAVE PS

WIERHI'E FLOATING POINT FAULT. $$$
FoP
:UILD TRAP ON_INSTRUCTION DATA
;POINT TO EXPECTED

;POINT TO DATA BUFFER

NERIFY DATA
:

;FPP

;BRANCH IF GOOD DATA
DETERMINE FLOATING POINT FAULT. $$$

;BAD DATA

:17INT=0

8FPS=DG.0LE LONG

#10$,30FPVEC
(R7)+,ACO

;I.CF:
004767

;INIT R1

R1
#7700,R4
R4

sTEST LOCIF, LDCLF

15473 077760
15474
15475
15476 077760

;FPP

:l)EXPECTED TRAP
MOV
iOO:

998533 JPady GPBURRRREEEC

15416 077620
15417 077624
15418
15419 077626
15420
15421
15422
15423 077632
15424 077634
15425 077636
15426 077642
15427
15428 077644
15431

R7,LCFSUB

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-256

SEQ 0275

;2/INT=0,-

'o'og

ittt

OrsED

:7/INT=-

;6/INT=P

; 5/LONG=

: 3/LONG=0

;4/INT=

"~ ;FSRC
;RESULT
;: TEST FPS
;RESULT FPS

000000

flfilooz HOOO

000000

S
& & g :Q 55223 : §F°;@i
:

15477 077764
15478 077770
15479 077774
15480 077776
15481
15482 100000
15483 100004

.§§ ga5s" 55885. 5558

FLOATING POINT TESTS

;00 TEST
;FSRC
;RESULT
; TEST FPS
;RESULT FPS

;D0 TEST
;FSRC
sRESULT
: TEST FPS
;RESULT FPS
;D0 TEST

;FSRC
;RESULT
; TEST FPS
;RESULT FPS

;D0 TEST
:FSRC
;RESULT
; TEST FPS
sRESULT FPS

t;ESRC .

;00 TEST

FPS
H T?S‘"I
ULT FPS
3

;RES

:FSRC

;D0 TEST

;8/INT=-

';gESlLT
; TEST F

;RESULT FPS
:FSRC

;D0 TEST
RESULT

588%ggats

; TEST FPS
;9/7INT=PA

:10/7LONG
1
1

100210
100214

;RESULT FPS
;D0 TEST
+FSRC
RESULT

; TEST FPS

;RESULT FPS

;00 TEST

;FSRC
sRESULT
; TEST FPS

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-257

SEQ 0276

FLOATING POINT TESTS

15534 100216
15535
100220
1

15537 100224

000100

004767
000000

15538 100230
15539 100234
15540 100236

040200
007557
007540

15542 100240

004767

000240
000001

LMORD
;11/7LONG=1
..!SR“"o

'WORD

'WORD
"WORD

000220

100
87iLCFSlB

40200,0
7557
7540

:12/LONG=PATTERN

JSR

.WORD
'WORD
.WORD
WORD

R7,LCFSUB

0,252
42052,0
7557
7540

.ISILMJ;R-400087 -

_WORD

'WORD
"WORD
MORD

15554 100300
100304
1

15559
100320
15560
100330

004767
177777

004767
125252
147652

000160
177777

000140
125252
125253

004767

000120

047777

177777

:14/L0NG=-1

7500
7510

WORD

125252,1

umorc;gsnmm e

004767
040000
047600

000100
000100
000001

147652.125253
105
110

;15/Lm5&7177.1"moow”

JWORD

"WORD
WORD

JWORD

15572 100360
100364
1
100370

140200,0

JWORD
'MORD

'WORD
'WORD
JMORD

77777,1

47777.177777
117
100

:17/1.0'53;'9000.1% i

JWORD 40000, 100
'WORD
JWORD

JMORD

;D0 TEST
;FSRC
;RESULT
; TEST FPS
;RESULT FPS

;00 TEST
:FSRC
;RESULT
; TEST FPS
;RESULT FPS
;00 TEST
;FSRC

-40000,0

147600,0
107
110

e o
"MORD

- ;RESULT FPS

47600,
1
7502

7500

;18/LONG=40000,100 - TRUNCATE

: TEST F

&gESLLT

;RESULT FPS
;FSRC

;00 TEST

sRESULT
; _TEST FPS
;RESULT FPS

RESULT

: TEST FPS

;RESULT FPS
;00 TEST

H FSRC

RESULT

; TEST FPS

IRESULT FPS

;00 TEST
;RESULT

:FSRC

: TEST FPS

;RESULT FPS

JSR

R7,LCFSUB

'WORD
"MORD
.WORD

47600,0
7557
7540

;RESULT
: TEST FPS
;RESULT FPS

'MORD
WORD
"WORD

144000,0
7
10

;D0 TEST
;FSRC
&gesu.T
; TEST F
;RESULT FPS

JSR

R7,LCFSUB

;D0 TEST

.WORD 40000, 100

T NLeFsuB
A/ INT LWORD
100000,0
;20/LONG= MOST NEGATIVE

;D0 TEST
;FSRC

COXKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

——

Page 14-258

FLOATING POINT TESTS

15591 100444 100000 000000
15592 100450 150000 000000
15593 100454 000107
iSSN 100456 000110
igggg 100460

000167

000126

.WORD
.WORD
.WORD
.WORD

100000,0
150000,0
107
110

;FSRC
‘gRESU.T
: TEST FPS
;RESULT FPS

JMP

HOP18

;GET OVER SUBROUTINE

15598

15599
15600
15601

3 200X XA X X X X X X X X X X e X X X X X X X X X X e X e X X X X
5 A0CHOC0 0 X X X X X 0 X X X X X X X X X X X X X X X X X X X X
;LDCIF, LDCLF
3

15604
%5605

3
:
:

15607

;NO TRAP CAN OCCUR

iS‘s‘%

3 30 0 O O 0 e D 3 O 0 0 0 X 0 X

FSRC

;

15602
15603

RESULT
FPS BEFORE EXECUTION
FPS AFTER EXECUTION

53O X 0 O X O O

15608

15611 100464 012602
15612 100466 012737

100574

15613 100474 012701 003142
15614 100500 016200 000010

15615 100504
}.Ssgig 100506

170100
010204

issg%g 100510

177014

000244

LCFSUB: MOV
MOV

MOV
MOV

40%:

ORECflST R1
10(R2).§0

LDFPS
MOV

RO
R2,R4

LDCIF

(R4),ACO

; RETURN ADDRESS TO USE AS POINTER
;REDIRECT TRAP VECTOR

;POINT TO RESULT AREA
;GET TEST FPS
;LOAD TEST FPS
;POINT TO TEST DATA

;#TEST INSTRUCTION (ACCORDING TO MODE)

;VERIFY STATUS

15622 100512 170203

15623 100514

15624 100520

012700 000200

28:

170100

STFPS

#200,R0

;SET FPP STATUS TO DOUBLE

STD

ACO,(R1

;:SAVE TEST RESULT INTO RECDST

LDFPS

174011

100524 016200 000012

MOV

15628 100532

001403

BEQ

104003

ERROR

15627 100530 020003

15629 100534 004737 140132
15630 100540
15631

15632 100542

010204

15634 100550

004767

15636 100560

001403

15633 100544

15635 100554

062704
005767

15637 100562 004737

15638 100566 104003
15639

%Ssg:g 100570

000162

000004

037306
102340

000014

15642

CALL

PDETFPA

4%:

JSR

ADD
TST

BEQ

R2,R4

GET EXPECTED STATUS

;VERIFY STATUS

;BRANCH IF GOOD

;FPP
;:BAD FPS

#4 ,R4

DETERMINE FLOATING POINT FAULT. $$$

;POINT TO EXPECTED DATA
;: VERIFY DATA

R7,DATVFR
COUNT

;BRANCH IF GOOD

CALL

SDETFPA

JMP

14(R2)

ERROR

12(*2).‘30

MOV

5§:

RO.R3

34:

140132

;SAVE FPS

MOV

100522

(SP)+,R2
#50% ,94FPVEC

eX O X X X X X X X X o X e X eX eX

i%g

e0 X D O X X O X X 0 X X X X X X X X eX X X

;:DETERMINE FLOATING POINT FAULT. $$$

;FPP ERROR
;BAD ACO

;RETURN FROM TEST

;INSTRUCTION TRAPPED

15643

15644 100574 012600
15645 100576

012605

15647 100604

104003

15646 100600 004737 140132

S0s:

MOV

CALL

ERROR

(SP)+,RO

;SAVE PC

(SP)+,RS

OOOETI!‘PA
+3

: SAVE PS
;FPP

DETERMINE FLOATING POINT FAULT. $$$

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-259

SEQ 0278

FLOATING PCINT TESTS

15675 100702
15676 100704
15677
15678 100706
15679 100712
15680 100716
100724
15681 100726
15682 100730
15683
15684 100732
15685 100736
15686 100742
100750
15687 100752
15688 100754
15689
15690 100756
15691 100762
15692 100766
100774
15693 100776
15694 101000
1 5695
15696 101002
15697 101006

15698 igiOR

020
15699 101022

000167

; CONTINUE

177756
B

:TEST LDCID, LDCLD
'.‘I.CD:

007313
007304

;2/INT=0

004767

007757
007740
004767

000214
177777

000000
007617
007600

004767
143600

000170
177777

007600
007610

004767

55 55 5 Bt

1/LONG=0

004767

000144

:S/INT'

34/INT'-

R7,LCDSUB

H 5/LONG=4

zb/LGG'l

0.0,0,0

;FSRC
;RESULT

7313
7304

; TEST FPS
;RESULT FPS

87iLCDSlB

40200,0,0,0
7757
7740

7617
7600

;FSRC

7600
7610

R7,LCDSUB

; 7/LONG= -

177776

;D0 TEST
;RESULT

: TEST FPS
;RESULT FPS
sDO TEST
FSRC

sRESll.T

: _TEST FPS
;RESULT FPS
:DO TEST
;FSRC

R7,LCDSUB
'mo '1
143600,0,0,0

RH ESlLT

; TEST FPS
;:RESULT FPS
;D0 TEST

40000,0

:FSRC

7757
7740

: TEST FPS
;RESULT FPS

R7,LCOSUB
0,1

;FSRC

300
300

;RESULT FPS

47600,0,0,0

40200,0,0,0

000074

;D0 TEST

0.0

R7,LCDSUB
m.'l
43600,0,0.,0

35 §°a88 aoaE

15649 100606
15650 100612
15653
15654
15655
15656
15657 100612
15658
15659
15660 100612
15661 100616
15662 100622
120630
15663 100632
15664 100634
15665
15666 100636
15667 100642
15668 100646
100654
15669 100656
15670 100660
15671

-3 INSTRUCTION WASNT SUPPOSE TO TRAP

RI.L%DSLB

140400,0,0,0

15648

7300

;RESULT

;D0 TEST
sRESULT

; TEST FPS

:FSRC

;00 TEST

{RESULT

+ TEST FPS

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-260

SEQ 0279

FLOATING POINT TESTS

15700 101024
15701
15702 101026
15703 101032
15704 101036
101044
15705 101046
15706 101050
15707
15708 101052
15709 101056
15710 101062
101070
15711 101072
15712 101074
15713
15714 101076
15715
15716

JMORD
;8/INT=PATTERN

007310

004767
123456
143661
000000
000200
000210

000050
176543
122000

004767
125252
147652
000000
000300
000310

000024

000167

000126

125252

7310

;D0 TEST

JSR

R7,LCOSUB

'WORD

143661, 122000,0,0

JWORD

12%456,176543

WORD
200
210
'WORD
:9/LONG=PATTERN

:FSRC

sRESULT

; TEST FPS
;RESULT FPS

;D0 TEST
FSRC

JSR
JWORD

R7,LCDSUB
125252, 125252

.WORD
JWORD

300
310

: TEST FPS
;RESULT FPS

JMP

HOP19

;GET OVER SUBROUTINE

.MORD

126000

;RESULT FPS

147652,125252,126000,0

sRESULT

; 00 X X X X X X X X e X Xk X X X X X X e X e X e X e X X Xk X X X % X

5 00 X ) X X X X X X X X X X O X X X e X e X X e X e X e X X X X X X X

iLDCID, LDCLD
H

FSRC
RESULT
FPS BEFORE EXECUTION

3
3
.

FPS AFTER EXECUTION

'NO TRAP CAN OCCUR

3 20 X X 0 X e D X Y X X X X e X X X X e X X e X X e X X X e X X X X X
3 0
X X X X X OO X X X X X X X X X X XX X e X e X X X 2 X
012602
012737
012701
016200
170100
010204

101212
003142
000014

40%:

170203

éh

170100
174011
016200
020003
001403
004737
104003
010204

166

15753 101172
15754 101176

MOV
MOV
MOV
LDFPS
MOV

177014

062704
004767
005767
001403

; RETURN ADDRESS TO USE AS POINTER

(SP)+.R2

;REDIRECT TRAP VECTOR
+POINT TO RESULT AREA
:GET TEST FPS
;LOAD TEST FPS
;POINT TO TEST DATA

9508 ,30FPVEC

#RECOST,R1

%(az).éo

;*TEST INSTRUCTION (ACCORDING TO MODE)

LOCID

| VERIFY STATUS

012700

L cosue: MOV

:SAVE FPS

STFPS

;SET FPP STATUS TO DOUBLE

000016

"SAVE TEST RESULT INTO RECOST
US

140132

DETERMINE FLOATING POINT FAULT. $$$

000004
036706
101722

"GET EXPECTED STAT

\VERIFY STATUS
;BRANCH IF GOOD

;FPP

34:
4%

;:BAD FPS

;POINT TO EXPECTED DATA
;VERIFY DATA

:BRANCH IF GOOD

COKDAFO KDJ11-8 CLUSTER DIAG.

MACRO V05.03

Friday 28-Mer-86 13:30

Page 14-261

SEQ 0280

FLOATING POINT TESTS

15755 101200
15756 101204
15757
15758 101206
15759
15760
101212

101214
101216
101222
101224

004737
104003
000162

140132

000167

CALL

@¢DETFPA

JMP

20(R2)

000020

140132

:INSTRUCTION TRAPPED
S0$:
MOV
(SP)+,RO
MOV
(SP)+.RS
Q@DETFPA
CALL

012600

012605
004737
104003

ERROR

177756

ERROR

DETERMINE FLOATING POINT FAULT. $$8

.FPP ERROR
;BAD ACO

;RETURN FROM TEST

;SAVE PC
iSAVE PS
:DETERMINE FLOATING POINT FAULT. $$$

;FPP ERROR

:INSTRUCTION WASNT SUPPOSE TO TRAP
; CONTINUE

HOP19

101230

‘TEsT LoexP
: DOUBLE

P.l.XP:

:1/EXP=10 - AC=NEG

003030
001140
067012

067012

15787
15788 101266
15789 101272
15790 101276
101304
15791 101306
15792 101310
101316
15793 101320
15794 101322
15795
15796 101324
15797 101330
15798 101334

025252

070123

100000

033333

142056,67012,25252,171717

EXP

'WORD

177777

;ACO

123456.67012,25252,171717

:NO INTERRUPTS
:00 TEST

SOFLAG
R7,LXPSUB

JMORD

177

EXP

JMORD
"WORD

7700
7700

: TEST FPS
:RESULT FPS

CLR
JSR

@¢FLAG
R7,LXPSUB

JMORD

"WORD

22222 ;RESULT
53555,44444,3333%,

EXP

JMORD
"WORD

7757
7740

: TEST FPS
iRESULT FPS

CLR

SOFLAG

"WORD

23456, 70123, 100000, 1

;ACO

;RESULT

"WORD 77656,70123, 100000, 1

WORD

JSR

55555,44444,33333,22222

R7,LXPSuB

;RESULT

: TEST FPS
:RESULT FPS

CLR
JSR

;8/EXP=-151, ACO=UV

003030

177777

JMORD

: 3/EXP=56

033333

177776

:NO INTERRUPTS
DO TEST

JMORD
7757
7750
"WORD
:2/EXP=177 - ACO=P0S
100000

101342

@6FLAG
R7,LXPSUB

"WORD

003030
001102
070123

003030
001044

CLR
JSR

:NO INTERRUPTS
:D0 TEST

;ACO

sNO INTERRUPTS
:00 TEST

COKDAFO KDJ11-8 CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-262

SEG 0281

FLOATING POINT TESTS

15807 101402
15808 101404
101412
15809 101414
15810 101416
15811
15812 101420
15813 101424
15814 101430

15815
15816
15817
15818
15819
15820
15821
15822

15823
15824

101516

101520
101526
101532
101540
101542
101544
101552
101554

177€23

1046
177776
007757
007750

177777

005037
004767
000177
177776
177601
000377
177776
007700
007700

003030

012737
004767
030131
073031
177600
000131

000001
000710
032334

073031
007740
107744

177777

003030

000123
000123

-155

;EXP

JMORD
"WORD

7757
7750

: TEST FPS
i{RESULT FPS

CLR

SOFLAG

;NO INTERRUPTS

WORD

177,-1,-1,-2

;ACO

JSR

JMORD

'WORD

-177

7700
JMORD
7700
"WORD
;6/EXP=-200, UNDERFLOM

MOV

100000
100000

;RESULT

; TEST FPS
:RESULT FPS

#1,30FLAG

; INTERRUPTS

035363
035363

WORD

73031
131,32334,35363,

JMORD
'WORD
JWORD

7740
107744
12

MOV
JSR
JMORD

21, 30FLAG
R7.LXPSUB
0,123,456.1

003030
000456
000456

; 7/7EXP=LARGEST NEGATIVE

LMORD

'MORD

100000

40000,123,456,1

003030

100000
100000

2200
102200
CMORD
12
"WORD
;:8/EXP=-200, NEG. ACO

003030
012346

000000

;EXPECT INTERRUPTS
;00 TEST
;ACO
EXP

LHORD

-1
100111,100000,108000,

.WORD uim.1ooooo.1ooooo.-1
-200

2217
102214
'MORD
12
"WORD
;9/EXP=-1743, FIU=0

;RESULT

; TEST FPS
:RESULT FPS
:FEC

n.urus
LXPSUB

WORD

sRESULT

; TEST FPS
RESULT FPS
;FEC

MOV
JSR

JMORD

012346

;EXP

:D0 TEST
R7.LXPSUB
30i31,32334,35363,73031
;ACO

JMORD

000001

:D0 TEST

R7 prsua

377,-1,-1,-2

;RESULT

JSR
JWORD

000012

000001

104677,-1,-1,-2

JMORD

;S/EXP=-177

177717

032334

.WORD

; INTERRUPTS
;D0 TEST

:ACO

EXP

sRESULT

; TEST FPS
;RESULT FPS
iFEC

;NO INTERRUPTS
;00 TEST

MoV
JSR

92, 90FLAG
R7.LXPSUB

'WORD

JMORD

0,0,0,0

-1743

JEXP

JMORD

5700

; TEST FPS

JMORD

123%456,12346,12346,123

sRESULT

;ACO

COKDAFQ KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-263

SEQ 0282

FLOATING POINT TESTS

15853 101662
15854 101664
15855

005704
000012

15857 10167
15858 101700
101706
15859 101710
15860 101712

004767
000377
000001

1%356 1016664 012737

101720
15861 101722
15862 101724
15863 101726
15864
15865 101730
15866 101734
15867 101740
101746
15868 101750
15869 101752
101760
15870 101762
15871 101764
587,
15873
101766
15874 101772
15875 101776
102004

13878

15876 102006
15877 102010
102016
15878 102020
15879 102022
15880
15881 1

15‘0% 1020

15883 102036
102044
15884 102046
15885 102050
02056
15886 102060

161162
074577

000001
047700

003030

123456

065432

123456

065432

147700
000012

005037
004767

003030

177777
177777

177777

LMORD
WORD

5704
12

MOV
JSR

82, JOFLAG
R7.LXPSUB

:10/EXP =-16616, FID=1
WORD

74577,123456,65432,

-16616

EXP

.WORD

47700

; TEST FPS

JWORD

100177,-1,-1,-1

JMORD
N

177
-1,-1.-1.-1

.WORD

000001

003030

177777

003030

177777

177776

177777

177776

003030

sRESULT

iRESULT FPS
- WORD 147700
FEC
WORD
vmn&s
TNED
EF
ACO-OND
177,
11/EXP= CLR
SOFLAG
NO INTERRUPTS
;00 TEST
R7,LXPSUB
JSR

LMORD

000100

;ACO

'WORD

JMORD

CLR
JSR

000100

;NO INTERRUPTS
:00 TEST

377,123456,65432,1

7700
JMORD
MORD
7710
ACO=PQS
:12/EXP=150

003030

;RESULT FPS
iFEC

FOFLAG
R7,LXPSUB

200,100,200,300

:ACO

JEXP

sRESULT

; TEST FPS
;RESULT FPS

:NO INTERRUPT
;D0 TEST
:ACO

EXP

;RESULT

"WORD

72000, 100,200,300

JMORD
"MORD

7717
7700

MOV
JSR

81, 30FLAG
R7.LXPSUB

JMORD

200

JMORD

7705

MOV
JSR

MORD

92, J0FLAG
R7.LXPSUB

555,-1,-2,-3

; INTERRUPT
:DO TEST

JMORD

400
40155,-1,-2,-3

EXP
;RESULT

:13/EXP=200, ACO=NEG

JMORD

'WORD

100177,-1,-1,-1

47700
JMORD
147702
'MORD
10
.HORD
;15/EXP=11011 FIU=0

MOV

;D0 TEST
:ACO

-1.-1,-1,-1

107716
WORD
10
"WORD
; 14/EXP=400, FID

'MORD

; TEST FPS
i{RESULT FPS

0, 3OFLAG

EXP

;RESULT

; TEST FPS

:RESULT FPS
:FEC

:ACO

; TEST FPS
;RESULT FPS
;FEC

:NO INTERRUPT

COXDAFO KDJ11-B CLUSTER DIAG.

MACRO V0S.03

Friday 28-Mar-86 13:30

Page 14-264

FLOATING POINT TESTS

102152

62
15904 102164
15905 102166

15906
15907 102170

004767
177773
177775

000236
177777

000000
0060000
006700
006706

000000

012737
004767

000001
000176
000100

011011

123456

i Bl

15900 102136
15901 102142

000100

177776

003030

000100
000100

003030

000001
000076

R, LXPSLE

JMORD
'WORD

11011
0,0,0.,0

.WORD

6700

MOV
JSR

91, 30FLAG
R7.LXPSUB

JMORD

77777

EXP

JMORD
'MORD
'MORD
:17/FLOATING

7740
107752
10

; TEST FPS
RESULT FPS
;FEC

CLR
JSR

aarus
R7,LXPSUB

:NO INTERRUPT
;D0 TEST

.HORD

:EXP

WORD

"WORD

0C3030

000555

000001

003030

000123

000345

000123

000345

;EXP
sRESULT

; TEST FPS

{RESULT FPS

123456,100,100,200

; INTERRUPT
;D0 TEST

;ACO

RESULT

137656,100,100,200

123456,23465,555,444

LXPSUB

‘ESULT
FPS
:
; INTERRUPT
:D0 TEST
:ACO

NORD

33%,444,555,666

LMORD

-200

;EXP

'MORD

JHORD

107504

7500

IRESWLT FPS

MOV
JSR

81, 30FLAG
R7.LXPSUB

12
TMORD
:19/FLOATING OVERFLOW

LMORD

; TEST FPS

sFEC

12346,123,345,456

; INTERRUPT
:00 TEST

;ACO

'MORD

40146,123,345,456

400

EXP

LMORD

7400

; TEST FPS

"WORD

;FEC

LMORD

JMORD

107402

HOP20

;ACO
sRESULT

152056,23465,555,444

"WoRD 7310
18/FLOATING UNDERFLOM
30&1&
MOV
JSR

iACO

177773,-1.-2,-3

6706
"MORD
; 16/EXP=LARGEST POSITIVE

'MORD

023465

DO TEST

JSR

MORD

023465

SEQ 0283

sRESULT

IRESULT FPS
;GET OVER SUBROUTINE

oxox
.x.x.x.x-x-xox-xoxa-xcx.x.xox.x-x:xoxox.xox.xoxmxaoXox
JHP

;OXthdethXtXthth.xoXoXoXthXoxoXox.X:X.X.XoXoX.X
ACO

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-265

SEQ 0284

FLOATING POINT TESTS

EXPONENT
RESULT
FPS BEFORE EXECUTION

15947
15948
15949

:
;
:

15952
15953
15954

XX XRAANAN NN XXX SN SN SN XXX XXX XXX XXX X8 XX

5955

15956 172400

15957 102402
15958 102410
15959 102414
15960 102420
15961 102422
15962 102424
15963 102426
15964 102432
fi’” 102434

012737
012701
012700
170100
010204
172414
016200
170100
016204

15967 102440

176404

g;gg 102444

000000

102470 000244
003142
000200

LXPSUB: MOV

MOV
MOV
MOV
LDFPS
MOV
LDD
MOV
LDFPS
MOV

, 30FPVEC
9508
#RECDST,R1
#200, R0
RO
R2,R4
(R4),ACO
22(R2),RO
RO
10(R2),R4

LDEXP

R4,ACO

WORD

;

000022
000010
40%:

1$:

15968 102442 170327
032737

000001

15975 102456
1;3;9' 102462

004737
104003

140132

15974 102454 001426

gg_?'g 102464 000167 000042

BIT

003030

BEQ

CALL
ERROR

15982 102470 032737 000001 003030 50s:
15983 102476 001005
004737
104003

JMP

O
005726

51$:

15990 102516 022704 102442
15991 102522 001403
004737
104003

BIT

BNE

CALL
ERROR

140132

15987 102506 000167 000020

15994

JHP
MOV
ST

cHP
BEQ

140132

CALL
ERROR

15995

i””

iVERIFY STATUS

1599

s’”

:POINT TO ACO DATA
0AD ACO

;LOAD TEST FPS
;POINT TO TEST DATA

;#TEST _INSTRUCTION (ACCORDING TO MODE)
;WAIT FOR POSSIBLE FPA TRAP.
;STORE STATUS HERE

(PE)+

VERIFY A NO TRAP CONDITION

#1,90FLAG

S9DETFPA
+3

;BRANCH IF GOOD

FPP

anemn: FLOATING POINT FAULT. $$$

:INSTMTIN SHOULD HAVE TRAPPED
;REJOIN CODE

#1,0FLAG

;SEE IF EXPECTING A TRAP

S¢DETFPA
+3

DETERMINE FLOATING POINT FAULT. $$¢

S14
24

;BRANCH IF EXPECTING A TRAP

:FPP m&

;INSTRUCTION WASNT SUPPOSE TO TRAP
;REJOIN CODE
;SEE IF PC = INSTRUCTION

(SP)+,R4
(5P)+

;CLEAN UP STACK

¢1$,R4
24

@DETFPA
+3

op
H

170203

16001 102540

170100

16000 102534 012700 000200
174011

16003 102544 016200 000024

24:

STFPS

LOFPS

MOV

24(R2),R0O

MOV

STD

#200,R0
ACO, (R1)

"BRANCH IF GOOD COMPARE

g iDETERMINE FLOATING POINT FALLT. 848

;PC WAS INCORRECT

;COMMON CODE FOR TRAP AND NO TRAP

15999 102532

16002 102542

; RETURN ADDRESS TO USE AS POINTER
;REDIRECT TRAP VECTOR
;POINT TO RESULT AREA
:SET FPS TO DOUBLE

(SP)+,R2

;INSTRUCTION TRAPPED

iggg

15992 102524
15993 102530

Y EYEN T €S EVED €5 €5 € EH £ £ €3 3 E0 £V

;INSTRUCTION DIDNT TRAP

15973 102446

15988 102512
15989 102514

STST

igg;%

15984 102500
15985 102504

FPS AFTER EXECUTION
(FEC)

:
:

15
15951

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-266

SEQ 0285

FLOATING POINT TESTS

020003
001403
004737

104003

010204
062704
004767
005767
001403
004737

104003

140132

000012
035304

43:

100320

003030

012704
170314
021462
001403
004737
104003

003122

RO,R3
34
Q¥DETFPA
+3

MOV

R2,R4

ADD
JSR
TST
BEQ

CALL
ERROR

140132

005737
001002
000162

000162

34:

cHP
BEQ
CALL
ERROR

5%:

000026

140132

MOV

#RECFEC,R4

ERROR

8s:

000030

S4DETFPA
+3
FLAG
74
26(R2)

STST
CMP
BEQ
CALL
JMP

DETERMINE FLOATING POINT FAULT.

.FPP ERROR
'BAD FPS

#12,R4
R7,DATVER
COUNT
5$

ST
BNE
JMP

;VERIFY FEC

7%:

,VERIFY STATUS
'BRANCH IF GOOD

(R4)
(R4),26(R2)
8$
S4DETFPA
30(R2)

;POINT TO EXPECTED DATA
; VERIFY DATA

;BRANCH IF GOOD

DETERMINE FLOATING POINT FAULT. $8$

.FPP ERROR
iBAD ACO

;SEE IF NEED TO CHECK FEC
;BRANCH IF NEED TO CHECK
;RETURN FROM TEST

;POINT TO FEC AREA
"SAVE FEC
“VERIFY FEC FOR OVERFLOW
;BRANCH fF GOOD

'DETERMINE FLOATING POINT FAULT. $8$

;FPP ERROR

BAD FEC

;RETURN EROM TEST

HOP20

36
16037 102650
16038
16039
16040 102650
16041 102654
16042 102660
102666
16043 102670
16044 102674
16045 102676
16046
16047 102700
16048 102704
16049 102710

;TEST STCDI, STCDL
H

MSCD:
H

005037

003030
000560
177777

003030

INT

CLR

OFLAG

JWORD

R7,SCDSUB

0177,0,0,0

;NO INTERRUPTS
;D0 TEST
;ACO

LMORD
'WORD
‘WORD

O,-1
7640
7644

;RESULT
: TEST FPS
;RESULT FPS

CLR
JSR

SOFLAG
R7,SCDSUB

; INTERRUPT
;D0 TEST

JMORD
JWORD
"WORD

0,0
7700
7704

;RESULT
; TEST FPS
;RESULT FPS

JSR

177777

000000

16059 102756

:1/AC0=0,

003030
000610
000000

:2/AC0=-0, LONG
177777

;3/EXP=100, LONG
SUFLAG
CLR
JSR
JWORD

R7,SCOSUB
20000,0,0.,0

JMORD
'WORD
"WORD

0,0
300
304

$§$

;ACO

:NO INTERRUPT
;00 TEST
:ACO
;RESULT
: TEST FPS
;RESULT FPS

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-267

SEQ 0286

FLOATING POINT TESTS

16060

16061 102760
16062 102764
16063 102770
102776

16064 103000
16065 103004
16066 103006

005037
004767
140177

003030
000500
177777

000000
007700
007704

000000

005037
004767
047667

003030
000450
075757

000001

16068 103010
16069 103014
16070 103020
103026
16071 103030
16072 103034
16073 103036

167773
055675
007717
007700

16075 103040
16076 103044
16077 103050

005037
004767
046400

003030
000420
000000

16078 103060
16079 103064
16080 103066

001000
007700
007700

000000

16082 103070
16083 103076
16084 103102
103110

012737
004767
077607
000000

000001
000366
000000

16086 103116
16087 103120

007700
107705

16089 103122
16090 103
16091 1031
103140
16092 103142
16093 103146
16094 103150

005037
004767
043200
000000
010000
007600
007600

003030
000336
000000

16096 103152
16097 103160
16098 103164
103172
16099 103174
16100 103200
16101 103202

012737
004767
077777
177777
000000
007600
107605

000001
000304
177777

16103 103204
1
103212
16105 103216
103224

012737
004767
043300
000000

000000
000252
000000

16107 103232

047700

16106 1032%

000000

;4/EXP=200,

CLR

157737

0,0

;RESULT

'WORD

7704

;RESULT FPS

CLR
JSR

“WORD
'WORD

.WORD

CLR

7700

UFLAG
R7,SCDSUB

55675,173757

7717

7700

JMORD
.WORD
'WORD

1000,0
7700
7700

; 7/LONG, EXP>2#x32

003030

1mmmnm

177777

003030

; INTERRUPT
DO TEST

;RESULT

; TEST FPS

;:RESULT FPS

;NO INTERRUPT
;D0 TEST

;RESULT
: TEST FPS
;RESULT FPS

; INTERRUPT

#1,90FLAG

:D0 TEST

JSR

R7,SCOSUB

JMORD

0,0

;RESULT

.WORD

107705

;RESULT FPS

CLR
JSR
"WORD

FFLAG
R7,SCDSUB
43200,0,0,0

;NO INTERRUPTS
;D0 TEST
:ACO

JMORD
'WORD
.WORD

10000,-1
7600
7600

$R€SULT
; TEST FPS
;RESULT FPS

MOV
JSR

#1,90FLAG
R7,SCOSUB

JMORD
JWORD
.WORD

O0,-1
7
107605

MOV
JSR

90, 3OFLAG
R7.SCOSUB

7700

:8/INT, EXP=24x15

177777

;ACO

; TEST FPS

FLAG

R7,SCDSUB

MOV

;D0 TEST

47667.75757,157737.167773

JSR

WORD

014000

140177,177777.1.1

:6/LONG, EXP=2#432

003030

; INTERRUPT

JMORD

173757

INT, ROUND

R7,SCOSUB

'WORD
:5/LONG

OFLAG

JSR

"WORD

000001

000000

BAISED O,

;97INT, EXP>2+#15

WORD

: TEST FPS

; INTERRUPT
;D0 TEST

:ACO

77777.-1,-1,-1

;:107INT, EXP>2%#15, FID

;RESULT
: TEST FPS
;RESULT FPS

;NO INTERRUPT
;00 TEST

;ACO

.WORD

433%00,0,0.0

.MORD

0,14000

sRESULT

WORD

47700

{RESULT FPS

'WORD

47700

:117INT, EXP>24#15, FIC=0

: TEST FPS

;ACO

COKDAFO KDJ11-B CLUSTER DIAG.

Friday 28-Mar-86 13:30

Page 14-268

SEQ 0287

FLOATING POINT TESTS

16117 103270
16118 103276
16119 102

012737
004767
050100
000000
000000
047700
147705
012737
004767
050377
177777
000000
007300
007305
005037

003030

177777

163741

000166

000134

177777

003030

143300,-1,-1,-1

177777

1777

:16/7INT,

003030

177777

;RESULT FPS

; INTERRUPT
;00 TEST
;ACO
;RESULT
+ TEST FPS
;RESULT FPS
;NO INTERRUPT

;D0 TEST

50377.'1.'1.‘1

;ACO

;RESULT
: TEST FPS
;RESULT FPS
;NO INTERRUPTS
;00 TEST
;ACO

;RESULT
; TEST FPS
sRESULT FPS

;15/INT,”

003030

RESULT

: TEST FPS

R7,SCDSUB

: 14/LONG

30000

177777

0,0

47700

147705
>2+232, FIC=0
#0,30FLAG

177777

003030

vmmm

16148 103454
16149 103460
16150 103462

R7,SCDSUB

.WORD
-1,163741
7300
.WORD
7310
. WORD
XP>2%x32,
FID
:12/LONG,
#2,30FLAG
R7,SCDSUB
50100,0,0,0

:13/LONG,

;:NO INTERRUPT
;D0 TEST
;ACO

#0, JOFLAG

MOV
JSR
.WORD

16116

143300
177777
177777
007300
007310

000000
000220
177777

%0555 522
§

16113 103260
16114 103264
16115 103266

012737
004767

588 & ~3588 § 35 ;§ §§'g588

16110 103236
16111 103244
16112 103250

:NO INTERRUPTS
;00 TEST
;ACO

545

MACRO V05.03

EXP=10

R7,SCDSUB

4377,-1,-1,-1
0,-1

7600
7604

;RESULT

: TEST FPS
;RESULT FPS

;GET OVER SUBROUTINE
JHP
HOP21
;tXtXtX‘X‘X‘XtX‘Xt!tX‘X‘X‘XOX‘X‘X‘XtX‘XtXtX‘XtX.X.X‘XOXOXOX

;OXOXchXtXOXOXtX‘X.XtX‘X‘X‘XtXtXtXtXtXtX‘XtX‘X.X‘XtX‘XtX‘X
;STCDI, STCDL, STCFI, STCFL
ACO
RESULT
FPS BEFORE EXECUTION
FPS AFTER EXECUTION

COXKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-269

FLOATING POINT TESTS

(FEC)

16161

16163

;TRAP ON CONVERSION FAILURE

16162

;

16164
{2{22

s AN XA XXX XXX XXX XX X X XXX X XXX XXX X X
3 XXX XX X X XX XX X X X e X X X b X X X e X X e X X e X X e X w X

16167 103470 012602

SCDSUB: MOV

16168 103472

012737

103564 000244

40%

000000

16185 103542 032737 000001 003030

16186 103550 001426
16187 103552 004737
16188 103556 104003

140132

16195 103572 001005
16196 103574 004737

16197 103600 104003

140132

16198

16199 103602 000167 000020

012604
005726
022704 103536
001403
004737 140132

;#TEST INSTRUCTIONCACCORDING TO MODE)

;WAIT FOR POSSIBLE FPA TRAP.

(PC)+

;STORE STATUS HERE.

BIT

BEQ
CALL
ERROR

21,30FLAG

2%
@8DETFPA
+3
28

VERIFY A NO TRAP CONDITION

;BRANCH iF GooD
DETERMINE FLOATING POINT FAULT. $$$
;FPP ERROR
;INSTRUCTION SHOULD HAVE TRAPPED

;REJOIN CODE

BIT

BNE

;SEE IF EXPECTING A TRAP

21, 80FLAG

514§

CALL

ERROR

@¢DETFPA

MOV
15T
cMP
BEQ
CALL

JMP

ERROR

(SP)+,R4
(SP)+
214 ,R4
2%
S4DETFPA
+3

;BRANCH IF EXPECTING A TRAP

DETERMINE FLOATING POINT FAULT. $$$

;FPP ERROR
;INSTRUCTION WASNT SUPPOSE TO TRAP
;REJOIN CODE

;FPP

;SEE IF PC = INSTRUCTION
;CLEAN UP STACK
;
;BRANCH IF GOOD COMPARE
DETERMINE FLOATING POINT FAULT. $$$

;PC WAS INCORRECT

;COMMON CODE FOR TRAP AND NO TRAP
;VERIFY STATUS

16212 103630
16213 103634
16214 103636
16215 103640

51%:

104003

16208

16211 103626

LMORD

JHP

16194 103564 032737 000001 003030 50$:

16205 103624

ACO,(R1)

;INSTRUCTION TRAPPED

{gigg

;
TO ACO DATA
;POINT
fLOAO ACO
;GET TEST FPS

R2,R4
(R4),ACO
14(R2),RO

STCDI

STST

;SET FPS

;INSTRUCTION DIDNT TRAP

{3343

16200 103606
16201 103610
16202 103612
16203 103616
16204 103620

SRECDST+2.R
#-1,(R1)
#-1,-(R1)

igigg 103560 000167 000042

;LOAD TEST FPS

170100

MOV
LDD
MOV

16189

ig{;; 103532

igig% 103540

LDFPS

16180 103536 170327

#200,R0

170100

16179 103534 175411

MOV

16173 103520

16174 103522 010204
16175 103524 172414
16176 103526 016200 000014

;REDIRECT TRAP VECTOR

#508 ,39FPVEC

POINT TO RESULT ARE
;PRELOAD RECEIVE DATA BUFFER
;
TO DOUBLE

16169 103500 012701 003144
16170 103504 012711 177777
16171 103510 012741 177777

MOV
MOV
MOV

16172 103514 012700 000200

; RETURN ADDRESS TO USE AS POINTER

(SP)+,R2

170203

016200 000016
020003
001403
004737 140132

16216 103644 104003

2%:

STFPS

MOV
cHP
BEQ
CALL

ERROR

:SAVE FPS

16(R2),R0
RO,R3
34
@¢DETFPA

:GET EXPECTED STATUS
;VERIFY STATUS
;BRANCH IF GOOD
DETERMINE FLOATING POINT FAULT. $$$

1EPP gggfia
H

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-270

SEQ 0289

FLOATING POINT TESTS

16218 103646
16219 103650
16220 103654
16221 103660
16222 103664
16223 103666

16224 103672

16225
16226 103674
16227 103700
16228 103702

010204
062704
004767

005767
001403
004737
104003
005737
001002
000162

38:

000010

077234

162% 103726

162
16237 103730

16238
16239 103734
16240
16243
16244
16245
16246
16247 103734
16248
16249
16250 103734
16251 103740
16252 103744
103752
16253 103754
16254 103760
16255 103762
16256
16257 103764
16258 103770
16259 103774

021427
001403
004737
104003

R2,R4
#10,R4

15T

COUNT

JSR

BEQ

CALL
ERROR

140132

5%:

003030

8s:

000162

HoP21

ISDETFPA
+3

JHP
MOV
STST
cHP
BEQ

zo(ae)
SRECFEC,R4
(R4)
%6
(R4),
8

CALL
ERROR

140132

JMP

;VERIFY DATA

BNE

;POINT TO EXPECTED DATA

R7.DATVFR

am.ns

;VERIFY FEC

003122
16250 103706 012704
170314

16231 103712
16232 103714
16233 103720
16234 103722

MOV
ADD

;BRANCH IF GOOD
;FPP

;BAD ACO

DETERMINE FLOATING POINT FAULT.

;SEE IF NEED TO CHECK FEC
;BRANCH IF NEED TO CHECK
;RETURN FROM TEST

;POINT TO FEC AREA
:SAVE FEC
;VERIFY FEC FOR OVERFLOW
;BRANCH IF GOOD

;DETERMINE FLOATING POINT FAULT. $$$

@EDETFPA
+3

;FPP ERROR

20(R2)

;RETURN

éBAD FEC

FROM TEST

H
8

iTEST STCFI. STCFL
H

MSCF:
003030
177524

' 1/LONG EXP =30
CLR

177777

.WORD
-WORD 7517

102525

003030
177474
177777

104002
16260 104004
16261 104010
16262 104012

177777

000001
177442
177777

16264 104014

16265 104022

177777

005037
004767

;NO

JMORD

0,-1

'WORD
:3/LONG, EXP

7404

;RESULT
: TEST FPS
;RESULT FPS

177412

000000

zm.’lo'lo'l

7400

"ok

A1 Sthse

JMORD

0,0

"WORD

7540

17777

CLR
JSR

"WORD

FFLAG
R7,5COSUB

52000,0,-1,-1

;00 TEST
;ACO

;sINTERRUPT

sDO TEST

70000,-1,-1,-1

.WORD
107545
;4/INT ,EXP=S, FIC=0, FID=1

003030

'RESULT FPS

BOFLAG
R7,SCDSUB

'WORD

107545

RESULT

CLR
JSR

;ACO

; TEST FPS

7500

'WORD

003030

;NO INTERRUPTS
;D0 TEST

"WORD

;27INT, EXP<0

177

16263

am.Ac

.WORD 44541szszs -1.-1

JSR

$$$

;ACO

;RESULT

; TEST FPS
;RESULT FPS

;NO INTERRUPTS
;D0 TEST
;ACO

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-271

SEQ 0290

FLOATING POINT TESTS

104064

16274 104066
16275 104072
igg?,g 104074

177777

000000
047000
047005

.WORD
.WORD
.WORD

177777

16280
16281

;TEST STEXP
3
MSXP:

16287 104076 004767
104110

16289 104112
16290 104114
16291 104116
16292

020000

000000

000154

000000

104132

16295 104134
16296 104136

;117EXP=100

140377

000000

177777

004767

104154

177777

000110

16300 104146 000177 177777 1777177

004767
020000

16307 104200
16308 104202
16309 104204

177700
040200
040210

16311 104206
16312 104212

004767
040000

16313 104222
16314 104224

000000
007700

16310

104220

177777

000000

000066
000000

000044
000000

177777

16317 104230

004767

104242

177777

000022

000000

16318 104234 000177 177777 177777
16319 104244
16320 104246
16321 104250

177600
000000
000010

16323 104252
6324

000167

6322

16325

000120

1
7500

;RESULT FPS

JSR

R7,SXPSUB

.HORD
.WORD
.WORD

-100
40200
40210

JSR
.WORD

R7,SXPSUB
,0,0,0

LWORD
.WORD

O
7700

JSR

R7,SXPSUB

.WORD
LMORD
.WORD

177600
O
10

JWORD

;ACO

;RESULT
; TEST FPS
;RESULT FPS

177600
7700
7710

R7,SXPSUB
,0,-1,-1

'WORD

;D0 TEST

177,-1,-1,-1

JSR
.WORD

;6/7EXP=0

;ACO
;RESULT
: TEST FPS

7500

WORD

;D0 TEST

140377,-1,-1,0

ii#b

: S/EXP=200

16315 104226 007704
16316

;RESULT
; TEST FPS
;RESULT FPS

LWORD
.WORD

;ACO

20000,0,0,0

R7,SXPSUB

.WORD
.WORD
.WORD
;4/EXP=-100

177600
007700
007710

16305 104164
16306 104170

;00 TEST

R7,SXPSUB

JSR

.WORD

177777

000001
007500

16299 104142

104176

.WORD

-100
.WORD
7740
.WORD
7750
.WORD
:2/EXP=201 FLOAT, NEG

16297 104140 007500

16301 104156
16302 104160
16303 104162
16304

JSR

000000

177700
007740
007750

16293 104120 004767 000132
16294 104124

;RESULT
: TEST FPS
;RESULT FPS

;
L L L E bt
ettt

16282
16283
16284 104076

16288 104102

O,-1
47000
47005

7708

;D0 TEST
;ACO
;RESULT
; TEST FPS
;RESULT FPS

;D0 TEST
;ACO
;RESULT
TEST FPS

;RESWLT FPS

177,-1,-1,-1

;00 TEST

:ACO

;RESULT
; TEST FPS
;RESULT FPS

:
;GET OVER SUBROUTINE
HOP22
JMP
: 0000 0 O X 0 X X X X X X X X X X X X X X X X e X e X e X e X X X X
§ XX AN XXX XA XXX X XXX XXX XX XXX XX XX XX

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-272

SEQ 0291

FLOATING POINT TESTS

;STEXP

16326
16327
16328

ACO

EXPONENT RESULT

FPS BEFORE EXECUTION
FPS AFTER EXECUTION

iNO TRAPS CAN OCCUR

& 300 X 0 3 X D X X O 3 X O O X O X X X X X e X X X X X X X e X X
& 20 o O X X D X X e O D o O X O X O X O X X X X X X X X e X e X X
012602
012737
012701
012700
170100
010204
172414
016200
170100

104360

003142
000200

000012

175011

000244

éxPSUB: MOV
MOV
MOV
MOV
LDFPS
MOV
LDD
MOV

(SP)+,.R2
#50%
, 9OFPVEC
SRECOST,R1
RO
#200,
RO
R2,R4
(R4),ACO
12(R2),RO

; RETURN ADDRESS TO USE AS POINTER
;REDIRECT TRAP VECTOR

;POINT TO ACO DATA
;LOAD ACO
;GET TEST FPS
;LOAD TEST FPS

40$:

ACO,(R1)

;*TEST INSTRUCTIONCACCORDING TO MODE)

:SAVE FPS
:GET EXPECTED STATUS

LDFPS

STEXP

;POINT TO RESULT AREA

:SET FPS TO DOUBLE
;

:VERIFY STATUS
170203
016200
001403
004737
104003

000014

000010
003142

000162

000016

STFPS

MOV
cHP
BEQ

CALL

140132

016204
020437
001403
004737

104003

24:

34:

MOV
CMP
BEQ

CALL
ERROR

140132

5%:

JMP

14(R2),R0
RO,R3
38
@¢DETFPA
+3

10(R2) ,R4
R4, SGRECDST
5%
@MDETFPA
+3

16(R2)

;VERIFY STATUS

:FPP

;BRANCH IF GOOD
mégam FLOATING POINT FAULT. $$$

;:BAD FPS

FPP

;:BAD ACO

;:POINT TO EXPECTED EXPONENT
; VERIFY EXPONENT
;BRANCH IF GOOD
DETERMINE FLOATING POINT FAULT. $$¢

;RETURN FROM TEST

: INSTRUCTION TRAPPED
508:

012600

012605
004737
104003

140132

000167

177756

MOV

CALL

ERROR

JHP

(SP)+,RO

(SP)+.RS

SSDETFPA
+3

Fop

;SAVE PC
:SAVE OLD PS

DETERMINE FLOATING POINT FAULT. $$$

;WILD TRAP DURING STEXP
;REJOIN CODE

|:KP22:
ENABL AMA

.SBTTL TEST - CHECK REGISTER ACCESS
:CHECK REGISTER ACCESS - THIS TEST WILL VERIFY EACH OF THE THREE
:CACHE MEMORY SYSTEM REGISTERS CAN BE ACCESSED WITHOUT A TRAP TO TO
:LOCATION 4(NON-EXISTANT ADDRESS TRAP) OCCURRING. THE REGISTERS
:BE TEST ED ARE:
CACHE CONTROL
i

17777746

COKDAFO KDJ11-B CLUSTER DIAG.
TEST

MACRO V05.03

Friday 28-Mar-86 13:30

Page 14-273

MEMORY SYSTEM ERROR

17777744

- CHECK REGISTER ACCESS

16385
16386
16387
16388
16389
16390
16391
16392
16393
16394
16395
16396

HIT/MISS

17777752

:EACH REGISTER WILL BE ACCESSED WITH A WRITE CYCLE.
BGNTST
:SAVE CONTENT OF LOCATION 4

:LET LOCATION 4 POINT TO ERROR ROUTINE
;INITIALIZE R TO TOP OF ADDRESS TABLE

sDO UNTIL FOR ALL REGISTERS

TEST REGISTER UNDER TEST

IF TIMEOUT DID HAPPEN

ENDIF
;.
;ENDDO
;RESTORE CONTENTS OF LOCATION 4

:EXIT

| ADDRESS TABLE: 17777746
17777744
;
17777752
:
TENDTST
:ERROR ROUTINE: SET TIMEOUT FLAG
RETURN
;
H ;t“““tt“““t‘tt‘t““tt“ttt".t‘“t‘t“tttt‘ttt“tttttttt‘

1§T2:
003032

16415
16416
16417
16418
16419
16420
16421
16422
16423

104410
104412
104414
104416
104424
104432
104440
104442
104446

137542

000004
104536

994
003012

1%:

177746
177746

001122

24:

177744

16431 104474
16432
104502
16433
104504
16434 104506
16435 104512
16436 104514

16437 104516
16438 104524
16439 104526
16440 104534

177744

001122

3$:

177752

177752
003012

001122

as:

SCOPE

NOP
ST

CCHPAS

;have done enough inclusive passes?
; not yet

BNE

994

NOP
BR

1513

MOV
CLR
ST

304
SERRO,UT
R1
CCR

MOV

#CCR, $BDADR

:STORE LOCATION

TST
15T
BEQ
MOV
ERROR
CLR
ST

MSER
R1
34
#MSER, $BDADR
+1
R1
HITMIS

:READ MSER

NOP

g{l

ERROR

CLR

;EE
MOV

ERROR

MOV

+130

n%
SHITMIS, $BDADR
+130

SLOC0O0, @04

1513

aid
;
;360 TO NEXT TEST
;:SAVE CONTENTS OF VECTOR 4
sLET VECTOR 4 POINT TO ERROR ROUTINE

:CLEAR TIMEOUT FLAG
iREAD REGISTER UNDER TEST

; TIMEOUT?

: TIMEOUT ACCESING CCR

iCLEAR TIMOUT FLAG
; TIMEOUT ?

;STORE LOCATION
: TIMEOUT ACCESSING MSER
:CLEAR TIMEOUT FLAG
;ACCESS HIT/MISS

; TIMEOUT?
;STORE LOCATION

iT IMEOUT ACCESSING HIT/MISS

;RESTORE VECTOR 4

1560 TO NEXT TEST

SEQ 0292

COKDAFO KDJ11-B CLUSTER DIAG.

TEST - CHECK REGISTER ACCESS
16441

16442 104536

16443 104536

iwg 104540

005201

000002

MACRO V05.03

Friday 28-Mar-86 13:30

ERROUT:

INC

RTI

Page 14-274

;FLAG TIMEOUT

COKDAFO KDJ11-B CLUSTER DIAG.
TEST

MACRO V0S.03

- CCR REGISTER BIT TEST

Friday 28-Mar-86 13:30

Page 15

16447
16448
16449

.SBTTL TEST - CCR REGISTER BIT TEST
iCCR RECTSTER BIT TEST - THIS TEST WILL VERIFY THAT EACH READ/WRITE BIT OF
THE CACHC CONTROL REGISTER CAN BE SET AND CLEARED INDIVIDUALLY AND THAT

16452
16453
16454
16455
16456
16457
16458
16459
16460
16461
16462
16463
16464
16465
16466

IBGNTST
:INITIALIZE GOOD DATA TO #1
:CLEAR CCR
:D0 UNTIL ALL BITS TESTED
WRITE GOOD DATA TO CCR
*
READ CCR
;.
IF CCR NOT EQUAL TO GOOD DATA THEN
'
>
IF CCR EQUAL TO ZERO THEN
;.
4
IF GOOD DATA NOT EQUAL TO BIT 15-11 OR BIT 8 THEN
ERROR IN READ/WRITE BITS OF CCR
.
:
;.
ENDIF
"
:
;.
:
ENDIF
UPDATE TO NEXT BIT
:
:ENDDO
:ENDTST

:ans 15 - 11 AND BIT 8 ARE ALWAYS READ AS ZEROS.

ié‘:?;’

16467

1“6‘

tér3:

104542 000004

16469 104544

000240

16470 104546 005737

16471 104552
16472 104554
16473 104556
16474 104560
16475 104562
16476 104566
16477 104572
16478 104600
16479 104604
16480 104610
16481 104612
16482 104616

001002
000240
000431
000240
012701
005037
042737
010137
023701
001407

005737
001003

16483 104620 032701

16484 104624

001001

16485 104626 104004
16486 104630 006101
16487 104632 103362
im 104634 052737
16490

“““."..‘.“‘.‘.““‘0.“““.‘““.“.“".O““““.“““

99¢:

000001
177746
001000 177520
1$:
177746
177746
177746

BNE
NOP
BR
NOP
MOV
CLR
8IC
MOV
cHP
BEQ

177520

994
1574
R1
2
CCR
#1000,BCSR
CCR
R1
R1
CCR,
3s

BNE

BIT

28:
3¢:

CCHPAS

CCR
2%

78T

174400

001000

nnP

TST

003032

ERROR
ROL
8CC
BIS

#174400,R1

-4
R1
14
#1000,BCSR

;have done enough inclusive passes?

; not yet
sid
;
;360 TO NEXT TEST
;INITIALIZE GOOD DATA TO #1
;CLEAR CCRHALT ON BREAK
.oxs:ue
WRITE GOOD DATA TO CCR
iIF CCR NOT EQUAL GOOD DA"&
: THEN

:IF CCR EQUAL TO ZERO
: THEN

;IF GOOD DATA NE TO BIT 15-11 OR BIT 8
: THEN

.m IN READ/MRITE BITS OF CCR
;UPDATE TO NEXT BIT
:D0 UNTIL ALL BITS TESTED
;ENABLE HALT ON BREAK

0294

COKDAFO KDJ11-B CLUSTER DIAG.
TEST

MACRO V0S5.03

Friday 28-Mar-86 13:30

Page 16

SEQ 0295

- FORCE MISS TEST

16492
16493
16494

16495
16496

16497

.SBTTL TEST_ - FORCE MISS TEST
;FORCE MISS TEST - THIS TEST WILL VERIFY THAT ALL REFERENCES MADE
;WITH EITHER BIT<3> OR BIT<2> OF THE CCR SET CAUSE A CACHE MISS AND
;LEAVE THE CACHE ENTRY UNCHANGED. FIRST WRITE A TEST ADDRESS WITH
:BITS<3:2> CLEARED TO ALLOCATE CACHE AND SET A KNOWN DATA PATTERN

:INTO THE CACHE. THEN SET BIT<2> AND REWRITE THE SAME ADDRESS WITH

16498
16499
16500
16501

;NEW DATA. NEXT CLEAR BITS<3:2> AND READ THE TEST ADDRESS, THE DATA
:SHOULD EQUAL TO PATTERN 1. FINALLY READ THE TEST ADDRESS WITH BIT<3>
;SET, THE DATA SHOULD EQUAL PATTERN 2. A LAST WRITE MUST BE DONE WITH
:BOTH FORCE BITS CLEARED BECAUSE THE CAOE AND MATN MEMORY HAVE

16506

;MRITE TEST ADDRESS WITH PATTERN 1

16502

3DIFFERENT DATA.
;BGNTST

16507

:SET CCR BITS<3:2> = 0,1

16510
16511
16512
16513

:READ TEST ADDRESS
;SAVE HIT/MISS REGISTER DATA
;COMPARE RECEIVED DATA TO PATTERN 1
.IF DATA NOT EQUAL THEN
IF DATA %FM T(T).EP'I‘TYEN 2 THEN

16
16

TEST ADDRESS HIfH PATTERN 2
;WRITE
;CLEAR CCR BIT<3>

ERROR FORCE MISS WRITES TO CACHE
IF PARITY ERROR INDICATORS EQUAL O THEN
ERROR FROCE MISS INVALIDATES CACHE
Lsr

THEN
SETORS
IF ALL PARITY INDICAT
ERROR PARITY ABRORT AFTER FORCE MISS

ENDIF
IF TAG PARITY ERROR THEN

fLee

ERROR

TAG PARITY ERROR AFTER FORCE MISS

IF BO AND
-

ENDIF

IF BO PARITY ERROR THEN

ENDIF

.
2

ELSE
TM

16547
16548

ENDIF

.
2
ENDIF

s
ENDIF

ERROR LOW BYTE PARITY ERROR

IF B1 PARITY ERROR THEN

ENDIF

ERROR HIGH BYTE PARITY ERROR

ERROR IN DATA PATH

SET CCR<3:2> = 1,0

m
=%

;; SAVE
mm’t‘ésugéxsm
DATA
COMPARE
DATA TO PATTERN 2
2

16545
16546

Bl ERROR THEN

ERROR DATA PARITY ERROR AFTER FORCE MISS

:IF DATA NOT EEQUAL THEN
3.
IF RECIEVED DATA EQUAL TO PATTERN 1 THEN

COXDAFO ¥DJ11-8 CLUSTER DIAG.

TEST

Fridey 28-Mar-86 13:30

MACRO v05.03

Page 16-1

SEQ 0296

- FORCE MISS TEST
IF HIT THEN

16549

16550
16551
16552
16553
16554
16555
16556
16557
16558
16559

ELSE
:

ENDIF

ERROR FORCE MISS READS FROM CACHE

ERROR FORCE MISS READS FROM CACHE AND MISS

ERROR IN DATA PATH

;ENDIF
;CLEAR CCR<3:2>
;WRITE TEST ADDRESS
:ENDTST
s8R0

téra:

003032

003012
000114

B8R

994

NOP

MOV
MOV
CLR

R
MOV

177746
003162

MOV
MOV
BIC
MOV

001124

177520

MOV
§Is

177520

100340

08%000800
8820
0 0505405505088 8 5888504858088
4 50008204

”scme

1008:

R
1

1015:

177477
000300

103$

; not yet

1815

@114, SLOCOO
SFMPARR, 30114
R3

81
$200,

8177177

”‘1'!5

e
,@8TSTLOC
CCR

#1000,
@OTSTLOC,R1

FOHITHIS,R2
#1000,BCSR

;SAVE CONTENTS OF VECTOR 114
:SETUP PARITY VECTOR TO POINT TO HANDLER
;CLEAR MSER SAVE LOCATION

ON2
parm
W PATTERN
EOSI
gL imu
ST
uim
IWRITE TEST
€5:7>

:CLEAR CCR BIT 3 AND SET PARITY ABORTS
ISAVE DATA IN MEMORY
;oxsn.z HALT ON BREAK
.fgt ADDRESS

:SAVE

mxss DATA

;ENABLE HALT ON BREAK

;COMPARE RECEIVED DATA TO PATTERN 1
iIF DATAS NOT EQUAL THEN

Rl
1%

SNE
BIT
BEQ

106$
#8IT01, R2
100$

; THEN
iIF MIT
; THEN

BNE

#100340,R3
1014

;:IF PARITY INDICATORS EQUAL O
; THEN

O
BNE

2100340,R3
1023

:IF ALL PARITY INDICATORS SET
: THEN

8R
BIT

ERROR

102%:

;have done enough inclusive passes?

3
g

100340

CCHPAS

#177777.R1

i
i?
+7

:IF DATA EQUAL TO PATTERN 2

Sy e

:ams MISS WRITE INVALIDATES CACHE
H

;PARITY ABORT AFTER FORCE MISS

;ELSE

% Ios. R3

sgar‘us PARITY ERROR

ERROR

+10

:TAG PARITY ERROR AFTER FORCE MISS

%v
8IC

R4
5.3.
0177477.R4

BNE

1045

2300,

MSER INTO REG4
ELSEct:w
;MASK FOR BO AND Bl DATA
H

;IF BO AND B1 DATA

: THEN

COKDAFO KDJ11-8 CLUSTER DIAG.
TEST

MACRO V0S5.03

Friday 28-Mar-86 13:30

Page 16-2

- FORCE MISS TEST

16605 105056

ERROR

104011

16606 105060 000412
16607 105062 032703 000100
16608 105066 001401

1048:

000200

105$:

16609 105070 104012
16610 105072 032703

16611 105076
16612 105100
16613 105102
16614 105104
16615 105106

001403
104013
000401
104014
005003

16618 105124
16619 105130
16620 105134
16621 105142

013701
013702
052737
020127

16616 105110 052737

1068:

000010

177746

16617 105116 042737 001000 177520

16622 105146
16623 105150
16624 105152
16625 105154
16626 105160
16627 105162
16628 105164
16629 105166
16630 105170
16631 105172
16632 105174
16633 105202
16634 105206
%6‘2332 105212

001412
01
001007
032702
001402
104015
000403
104016
000401
104014
013737
005037
005037
000405

1s:

003162
177752
001000 177520
177777

1
#100,
1054

BEQ
ERROR
B8R
ERROR
CLR

1
+13
1
+14
R3

MOV
MOV
BIS
cTMP

@9TSTLOC,R1
FOHITMIS,R2
#1000,BCSR
2177777
R1,

ERROR
BIT

BIS

BIC

BEQ
TST
BNE
BIT
BEQ

000002

ERROR

107¢:
1084:

003012 000114 2%:
177746

003162

;DATA PARITY ERROR AFTER FORCE MISS

BR
BIT
BEQ

;:ELSE
;IF BO ERROR
: THEN

+12
$200,

;LOW BYTE PARITY ERROR AFTER FORCE MISS
;IF B1 ERROR

#81703,

CCR

;SET CCR BITS <3:2> = 1,0

; THEN
;HIGH BYTE PARITY ERROR AFTER FORCE MISS
;ENDIF
;ERROR DATA PATH
;CLEAR MSER SAVE REGISTER

;DISABLE HALT ON BREAK

#1000, BCSR

;READ TEST LOCATION
;SAVE HIT/MISS REGISTER DATA
;ENABLE HALT ON BREAK
;COMPARE RECEIVED DATA TO PATTERN 2
;IF DATAS NOT EQUAL THEN

24
R1
1084
981701, R2
1074
+15

24
+16
24
+14
SLOCOO, a9114
CCR
SHTSTLOC
TSTS

;IF RECIEVED DATA EQUAL TO PATTERN 1

; THEN
;IF HIT
: THEN

;FORCE MISS READS F.... CACHE

;ELSE
;ENDIF
;ERROR IN DATA PATH
;RESTORE VECTOR 114
;CLEAR CCR BITS<3:2>
;WRITE TEST ADDRESS
;360 TO NEXT TEST

;FORCE MISS READS FROM CACHE AND MISS

16638 105214 011637 001122
16639 105220 013703 177744
iw 105224 000002

16637

FMPARR: MOV
MOV
RTI

1w§

.SBTTL
TEST - HIT/MISS REGISTER TEST PART 1
;HIT/MISS REGISTER TEST PART 1 - THIS TEST WILL VERIFY THAT THE HIT/MISS

16644
16645

16646
16647
16648
16649
16650
16651
16652

;REGISTER

(SP), $BDADR
MSER, R3

CTLY LOGS

:SAVE ADDRESS THAT CAUSED ABORT
;SAVE CONTENTS OF MEMORY SYSTEM ERROR
;REGISTER AND RETURN

HITS AND MISSES.FIRST WRITE A TEST ADDRESS WITH

TO ALLOCATE CACHE AND SET A KNOWN DATA PATTERN INTO
;BITS<3:2>
BIT<2> AND REWRITE THE SAME ADDRESS WITH NEW DATA.
SET
THEN
CACHE.
;THE
REGISTER
:NEXT CLEAR CCR BITS<3:2> AND READ THE TEST ADDRESS, THE HIT/MISS
;SHOULD LOGGED A HIT. FINALLY READ THE TEST ADDRESS PLUS 20000(8) THE
;HIT/MISS REGISTER SHOULD HAVE LOGGED A MISS.
;

16653
16654
16655

;BGNTST
;WRITE TEST ADDRESS WITH PATTERN 1
:SET CCR BITS<3:2> = 0,1

16657
16658
16659
16660
16661

;CLEAR CCR BIT<3>
;READ TEST ADDRESS
;IF HIT/MISS REGISTER BIT 1 NOT SET THEN
ERROR IN RECORDING HITS IN HIT/MISS
P.
;ENDIF

16656

WRITE TEST ADDRESS WITH PATTERN 2

COKDAFO KDJ11-B CLUSTER DIAG.
TEST

MACRO V05.03

Friday 28-Mar-86 13:30

Page 16-3

- HIT/MISS REGISTER TEST PART 1

;READ TEST ADDRESS + 20000(8)
;IF HIT/MISS REGISTER BIT 1 SET THEN
ERROR IN RECORDING HITS IN HIT/MISS
a

1
1666
16664

;ENDIF

16665

i““g?

;ENDTST

16668

s s dokkokkokkokok ok ok ok ok ok ok Rk k ok ok kR

15TS:

it 105226 000004
16670 105230

16671 105232
16672 105236
16673 105240
16674 105242
16675 105244
16676 105246
16677 105254

NOP

000240

005737 003032
001002
000240
000463
000240
013737 000114
012737 105404

003012
000114

99%:

013701 003162
013737 177752
032737 000004
001001
S
013701 023162
013737 177752
032737 000004
001401
104045
013737 003012

igggg 105402

000403

000114

16694 105374 052737 001000 177520
16697 105404 013703

16698 105410
16699

000002

177744

MOV

114150
114150
114150
114150

TST
BNE
NOP
BR
NOP
MOV
MOV

CLR
MOV
MOV
BIC

16678 105262 005037 003162
16679 105266 012737 000004 177746
16680 105274 012737 177777 003162
16681 105302 012737 000200 177746
737 001000 177520
105310
1

16683 105316
16684 105322
16685 105330
16686 105336
16687 105340
16688 105342
16689 105346
16690 105354
16691 105362
16692 105364
16693 105366

SCOPE

14:

2%:

MOV
MOV
BIT
BNE
ERROR
MOV
MOV
BIT
BEQ
ERROR
MOV

BIS

ko kR Rk Rk kR Rk

;have done enough inclusive passes?
; not yet
aid
;
;:6G0 TO NEXT TEST

CCHPAS
994
TST6

a#114, SLOCOO
#HMPARR, 3#114

;SAVE CONTENTS OF VECTOR 114
;SETUP PARITY VECTOR TO POINT TO HANDLER

@¥TSTLOC,R1
HITMIS,RECDAT
#B8IT02,RECDAT
14
+45
86TSTLOC+8192. ,R1
HITMIS,RECDAT
#B8IT02,RECDAT
2%
+45
SLOCOO, a#114

;READ TEST ADDRESS
;STORE REGISTER
;IF HIT/MISS REGISTER BIT 1 NOT SET
; THEN
;ERROR IN RECORDING HITS IN HIT/MISS
;READ TEST LOCATION + 20000(8)
;STORE REGISTER
;IF HIT/MISS REGISTER BIT 1 SET
; THEN
;ERROR IN RECORDING HITS IN HIT/MISS
;RESTORE VECTOR 114

2eTSTLOC
#8IT02, CCR
#177777,86TSTLOC
CCR
#200
#1000,BCSR

#1000,BCSR

1576

HMPARR: MOV

MSER,

RTI

ok kR

;WRITE TEST LOCATION WITH PATTERN 1
;SET CCR BITS<3:2> = 0,1
;WRITE TEST LOCATION WITH PATTERN 2
;CLEAR CCR BIT 3 AND SET PARITY ABORTS
;DISABLE HALT ON BREAK

;ENABLE HALT ON BREAK

;360 TO NEXT TEST

;SAVE CONTENTS OF MEMORY SYSTEM ERROR
;REGISTER AND RETURN

COKDAFO KDJ11-B CLUSTER DIAG.
TEST

MACRO V05.03

Friday 28-Mar-86 13:30

Page 17

SEQ 0299

- HIT/MISS REGISTER TEST
.SBTTL

TEST

- HIT/MISS REGISTER TEST

;HIT/MISS REGISTER TEST - THIS TEST WILL VERIFY THAT THE HIT/MISS
;REGISTER CORRECTLY LOGS CACHE HITS AND MISSES. IT WILL ALSO VERIFY
;THAT EACH BIT OF THE REGISTER IS UNIQUE. THIS WILL BE DONE BY
;FLOATING A ZERO THROUGH A FIELD OF ONES. THE ROTATING WILL BE DONE
;BY EXECUTING A TST @#HM (WHERE HM IS THE ADDRESS OF THE HIT/MISS
;REGISTER) AT SUCCESSIVE POSITIONS IN A SET OF EIGHT NOPS. THE READ
;OF THE I/0 PAGE ADDRESS OF THE HIT/MISS REGISTER SHOULD CAUSE A
;MISS TO BE RECORDED.

'BGNTST

;INITIALIZE LOCP INDICATOR
; INITIALIZE EXPECTED DATA
;00 UNTIL LOOP INDICATOR = SEVEN

PUT BACKGROUND DATA INTO EXECUTION BUFFER

H
6

we
®e

5
&

PUT_TST INSTRUCTION INTO TEST LOCATION
JUMP TO EXECUTE BUFFER
IF EXPECTEI D DATA NE RECEIVED DATA THEN
ERROR IN RECORDING HITS IN HIT/MISS

;ENDDO
{EXIT

INCREMENT LOOP INDICATOR
UPDATE EXPECTED DATA

TST

33888888

*BACKGROUND DATA:NOP

RTS

:ENDTST
T6:

18T

003032

99¢:

177520

lg]

001162

000007

16755 105512
16756 105514

SCOPE

8333383 3333C338R8

16739 105416
16740 105422
16741 105424
16742
105426
16743 105430
16744 105432
16745 105436
16746 105444
16747 105450
16748 105454

*é‘.“".“.‘tl‘.O““.“‘tt“‘t“‘t‘.t““‘t‘.““t“‘.t.“..“.

16738 103414

80HM,R2
PC

1%:

24:

;have done enough inclusive passes?

CCHPAS
994

; not. yet

1160 T0 NEXT TBsT'

aid

1877

LOOPIN
90TSTLOC.20022, $TMP1
#TSTLOC+2,R3

, R4
PEXPTBL
SHITMIS,RS

#1000,BCSR

LOOPIN, #7
ENDHRT

#8ACDAT,RO

;GET ADDRESS OF EXECUTION BUFFER
;GET ADDRESS OF EXPECTED DATA TABLE

;PUT ADDRESS OF HIT/MISS REGISTER IN GPR
;DISABLE HALT ON BREAK
;00 UNTIL LOOP INDICATOR EQUALS 7
; THEN EXIT

#TSTLOC.R1

;PUT_BACKGROUND DATA INTO
;EXECUTION BUFFER

R2,

;LOOP FOR TEN WORDS

(RO)+,

(R1)+

COKDAFO KDJ11-B CLUSTER DIAG.

Fridey 28-Mar-86 13:30

Page 17-1

SEQ 0300

- HIT/MISS REGISTER TEST

023727
001004
013737
000404
012723

003154

000006

lit‘)NIN. 26

001162

023204

:IPPI .B9TSTLOC+20022

005737

012713
004737

177752
003162

001403
011437
104017

001124

021437

3$:

PC,

TSTLOC

(R4),

RECDAT

(R4), $GDDAT
(R4)+
LOOPIN
13

S$:

003154

001000

(R3)+

SHITMIS, (R3)

4%:

114150

#5737,

177520

ENDHRT:

BACDAT:

114150

EXPTBL:

#1000,BCSR
1517

x2esd 3366449648

16757
16758
16759
16760
16761

~g5kaaass

TEST

MACRO V05.03

) ,RECDAT

;1S THIS LAST LOOP
:IF YES THEN
: INVALIDATE FETCH OF “RECDAT"
;ELSE

;MOVE "TST* INSTRUCTION TO BUFFER

;MOVE HIT.MISS REG. ADD. TO BUFFER

;GO EXECUTE TEST CODE
;IF EXPECTED DATA NOT EQUAL TO
;RECEIVED DATA THEN
:SAVE EXPECTED PATTERN

;ERROR IN RECORDING HITS IN HIT/MISS

; INCREMENT POINTER TO EXPECTED PATTERN

; INCREMENT LOOP COUNTER

;ENABLE HALT ON BREAK

;360 70 NEXT TEST

;SAVE CONTENTS OF HIT/MISS REGISTFR

COKDAFO KDJ11-B CLUSTER DIAG.
TEST

MACRO V05.03

Friday 28-Mer-86 13:30

Page 18

- BYTE ALLOCATION TEST

16795
16796
16797
16798
16799
16800
16801
16802
16803
16804
16805
16806
16807

.SBTTL TEST - BYTE ALLOCATION TEST
:BYTE ALLOCATION TEST - THIS TEST WILL VERIFY THAT THE CACHE SYSTEM CORRECTLY
;HANDLES BYTE ACCESSES. THE TEST WILL FIRST CHECK THAT A WRITE ACCESS WHICH
;IS A MISS DOES NOT UPDATE THE CACHE. THIS WILL BE DONE BY FIRST ASSURRING
:A MISS AT A TEST LOCATION. THEN A WRITE BYTE ACCESS WILL BE DONE. FINALLY
:THE LOCATION WILL BE READ. THE WRITE BYTE SHOULD NOT HAVE ALLOCATED THE
;ADDRESS. NEXT THE TEST WILL VERIFY THAT IF A WRITE BYTE ACCESS IS A HIT
;THAT THE CACHE LOCATION IS UPDATED. THE TEST WILL FIRST WRITE A TEST LOCATION
;WITH A PATTERN TO ALLOCATE THE ADDRESS. THEN A SECOND PATTERN WILL BE WRITTEN
:TO THE HIGH BYTE OF THE TEST LOCATION. THE TEST LOCATION WILL THEN BE READ.
:IF THE HIGH BYTE OF THE TEST LOCATION IS EQUAL TO THE SECOND PATTERN THEN THE
:LOCATION WAS UPDATED. THE SECOND TEST WILL BE REPEATED TO TEST LOW BYTE
;ACCESSES.

16809
16810
16811
16812
16813
16814
16815
16816
16817
16818
16819
16820
16821
16822
16823
16824
16825

;BGNTST
;SAVE VECTOR 114
;LET VECTOR 114 POINT TO BYTE PARITY ROUTINE
;SET PARITY ABORT BIT IN CACHE CONTROL REGISTER
;READ TEST LOCATION + 4K
;WRITE LOW BYTE TO TEST ADDRESS
;READ LOW BYTE OF TEST ADDRESS
;IF HIT/MISS REGISTER BIT 1 SET THEN
ERROR WRITE BYTE ALLOCATES THE CACHE
i.
;ENDIF
;WRITE PATTERN 1 TO TEST LOCATION
;WRITE BYTE PATTERN 2 TO TEST LOCATION.1
;IF BIT1 NOTSETIN HIT/MISS REGISTER THEN
IF BO PARITY ERROR THEN
;.
ERROR LOW BYTE PARITY ERROR ON WRITE BYTE HIT
.
;.
ELSE
;.
i.
.
IF B1 PARITY ERROR THEN

16828

16808

i%
1
1

16831
16832
16833
16834
%6835
““

16837
16838

16839

16840
16841
16842
16843
16844
16845
16846
16847
16848
16849

16850

HES

"
i.

;ELSE
i.
i.
i.
.
HE

5
2

ENDIF

ERROR HIGH BYTE PARITY ERROR ON WRITE BYTE HIT

WRITE BYTE HIT DOES NOT RECORD A HIT

ENDIF

READ TEST LOCATION
%
IF RECIEVED DATA NOT EQUAL TO EXPCCTED DATA THEN
IF BYTE DATA REVERSED THEN
ERROR BYTES REVERSED ON WRITE CYCLES
A

;

"
i.
.

IF HIGH BYTE DATA ZERO THEN
ERROR IN WRITING TO HIGH BYTE
2

ELSE

ERROR IN WRITING TO HIGH BYTE
p
;.
;.
.
"
ENDIF
i.
.
ENDIF
Pe
ENDIF
;ENDIF
;WRITE PATTERN 1 TO TEST LOCATION
;WRITE BYTE PATTERN 2 TO TEST LOCATION LOW BYTE
;IF BIT1 NOTSETIN HIT/MISS REGISTER THEN
K
IF BO PARITY ERROR THEN
ERROR LOW BYTE PARITY
r

ELSE
:

IF B1 PARITY ERROR THEN

COKDAFO KDJ11-B CLUSTER DIAG.
TEST

MACRO V05.03

Friday 28-Mer-86 13:30

Page 18-1

SEQ 0302

- BYTE ALLOCATION TEST

ELSE
.

ENDIF

ERROR HIGH BYTE PRITY

WRITE BYTE HIT DOES NOT RECORD A HIT

READ TEST LOCATION

IF RECIEVED DATA NOT EQUAL TO EXPECTED DATA THEN
IF BYTE DATA REVERSED THEN
ERROR BYTES REVERSED

IF LOW BYTE DATA ZERO THEN
ERROR IN DATA PATH
.

o
2

ENDIF

.
5
ENDIF

"
ENDIF

ERROR IN DATA PATH

;CLEAR CACHE CONTROL REGISTER
;RESTORE VECTOR 114
exn

xBYTE PARITY ROUTINE:

:EMJTST

SAVE MSER
RETURN

H ;‘ttttt“‘t“.t.t‘tt"‘.“‘t““.“‘t.‘t‘ttt.“‘tt.ttttt‘t‘t‘t‘.

1517:
003032

000114
106114

003012
000114

000200

177746

023162

99%:

114150
114150

003162

1$:

101$:
2%:

;have done enough inclusive passes?
; not yet
aid
:

TST
BNE
NOP

CCHPAS
994

MOV
ST

#81T07, CCR
Tsn_ocoam

iSET PARITY ABORT BIT IN CCR
IREAD TEST LOCATION » 4K TO CAUSE MISS

MOV

HITHIS,RECDAT

BEQ

sIF BIT1 OF HIT/MISS REGISTER SET
'WRITE BYTE ALLOCATES CACHE
WRITE PATTERN 1 T0 TEST LOCATION
'WRITE PATTERN 2 TO HIGH BYTE
:STORE REGISTER
;;F‘am NOTSETIN HIT/MISS REGISTER
:Eg:s BYTE HIT DOES NOT RECORD HIT
{IF TEST LOCATION NOT EQUAL TO

B8R
NOP
MOV
MOV
CLR

;360 TO NEXT TEST
TST10
;SAVE VECTOR 114
aou SLOC0O
:LET VECTOR 114 POINT TO ABORT ROUTINE
YPARR, 36114
:CLEAR MSER SAVE REGISTER
as

BIC

1000, BCSR

CLRB
TST8

177520

003163

'sgvs

g&;
ERROR
CLR
BISB
MOV
g'xcr
mm
cMP

Tsnoé
TSTLOC

31102.&5(:»1
+20
TSTLOC
9377, @6TSTLOC+1
HITMIS,RECDAT
gnoa"RECDAT
i%l
#177400,8#TSTLOC
222

:DISABLE HALT ON BREAK

LOW BYTE OF TEST LOCATION
WRITE
:READ LOW BYTE OF TEST LOCATION
:STORE REGISTER

;PATTERN 2 THEN

:BYTES REVERSED ON WRITE CYCLES

COKDAFO KDJ11-B CLUSTER DIAG.
TEST

MACRO V05.03

Friday 28-Mar-86 13:30

Page 18-2

SEQ 0303

- BYTE ALLOCATION TEST

34:
16908 106026 005037 003162
16909 106032 152737 000377 003162
16910 106040 013737 177752 114150
16911 106046 032737 000004 114150

106054 001001
16912
16913 106056 104012
16914 106060 022737
16915 106066 001401
16916 106070 104022
16917 106072 005037
16918 106076 052737
16919 106104 013737
i.gggg 106112 000405

000377

003162 43:

177746
001000
003012

177520
000114

16% 106114 011637 001122
177744
16

16924 106120
16925 106124

16926

013703
000002

54:

CLR
B8ISB

.
TSTLOC
a#TSTLOC
@377

;WRITE PATTERN 1 TO TEST LOCATION
;WRITE PATTERN 2 TO LOW BYTE

;STORE_REGISTER

MOV

HITMIS,RECDAT

BNE
ERROR
cHP
BEQ
ERROR
CLR
BIS
MOV
BR

;:THEN
45
;LOW BYTE PARITY ERROR ON WRITE BYTE H1T
+12
;IF _TEST LOCATION NOT EQUAL TO
@#TSTLOC
#377,
;PATTERN 2 THEN
54
;BYTES REVERSED ON WRITE CYCLES
+22
;CLEAR CCR BEFORE EXIT
CCR
;ENABLE HALT ON BREAK
#1000,BCSR
;RESTORE VECTOR 114
SLOC0O, a#114
360 TO NEXT TEST
TST10

BIT

BYPARR: MOV

MOV
RTI

#BIT02,RECDAT

(SP),

MSER,

$BDADR

;IF BIT1 NOTSETIN HIT/MISS REGISTER

;SAVE ADDRESS THAT CAUSE ABORT
;SAVE_CONTENTS OF MSER
;RETURN

COKDAFO KDJ11-B CLUSTER DIAG.
TEST

MACRO V05.03

Friday 28-Mar-86 13:30

Page 19

SEQ 0304

- POR BIT15 (BYPASS) TEST

.SBTTL__TEST

16928
16929
16930
16931
16932
16933
16934
16935
16936
16937
16938
16939
16940
16941
16942
16943

- PDR BIT15 (BYPASS) TEST

;PDR BIT15 (BYPASS) TEST - THIS TEST WILL VERIFY THAT WHEN BIT<15> IS SET
;IN A PDR AND AN ACCESS IS MADE TO A LOCATION MAPPED BY THE SELECTED PDR
; THAT WOULD NORMALLY CAUSE A CACHE ACCESS, THE CACHE IS BYPASSED (I.E. THE
;CACHE LOCATION IS INVALIDATED AND A MAIN MEMORY IS READ. THIS WILL BE DONE
;BY FIRST WRITING A TEST LOCATION WITH A KNOWN PATTERN TO ALLOCATE THE ADDRESS.
;THEN THE LOCATION WILL BE WRITTEN AGAIN WITH THE MMU ENABLED AND BIT <15> SET
;IN THE CONTROLING PDR WITH A NEW PATTERN. THE LOCATION WILL THEN BE READ
;AND A MISS SHOULD BE LOGGED IN THE HIT/MISS REGISTER. THIS READ WILL ALSO
;BRING VALID DATA INTO CACHE FROM MEMORY. THE MMU WILL AGAIN BE ENABLED
;WITH BIT <15> SET AND A READ CYCLE DONE. THIS SHOULD INVALIDATE THE CACHE.
;NEXT THE MMU WILL BE DISABLED AND THE LOCATION READ FOR A THIRD TIME. THIS
;WILL BE DONE WITH BIT<15> STILL SET. A MISS SHOULD ALSO BE LOGGED. LASTLY
;8IT<15> WILL BE CLEARED AND THE MMU ENABLED AND THE LOCATION AGAIN READ.
;THIS TIME A CACHE HIT SHOULD BE LOGGED.
:BGNTST
;SETUP MMU REGISTERS
;WRITE TEST LOCATION WITH PATTERN 1

;SET BIT<15> IN PDR FOR TEST LOCATION
;ENABLE MMV

;WRITE TEST LOCATION WITH PATTERN 2
;DISABLE MMU AND CLEAR BIT<15> IN PDR
;READ TEST LOCATION
;IF HIT/MISS REGISTER BI1T<1> SET THEN
ERROR CONDITIONAL BYPASS DOESN’'T INVALIDATE CACHE
Ps
;ENDIF

;SET BIT<15> IN PDR FOR TEST LOCATION
;ENABLE MMU

;READ TEST LOCATION (SHOULD INVALIDATE CACHE)
;DISABLE MMV
;READ TEST LOCATION

;IF HIT/MISS REGISTER BIT<1> SET THEN
ERROR CONDITIONAL BYPASS DOESN'T INVALIDATE CACHE
Pe
;ENDIF

;CLEAR BIT<15> IN PDR

;TURN ON MMU

;READ TEST LOCATION

;IF HIT/MISS REGISTER BIT<1> NOT SET THEN
ERROR IN RECORDING HITS IN HIT/MISS
.
;ENDIF

16969

;:TURN OFF MMU
;ENDTST

16970

16971
16972
16973

tér10: SCOPE

106126

16974 106130
16975 106132
16976 106136
16977 106140
16978 106142
16979 106144
16980
16981
16982
16983

: ‘t‘t‘tt“tttttttltttttt‘ttt‘tt#"t‘tttt“t.tttttt.tttt‘ttt“ttt

106146
106152
106156
106164

005737
001002
000240
000512

003032

004737
005037
012737
052737

136574
003162
177777
100000

TST

_—

’
001124
172300

;have done enough inclusive passes?

CCHPAS

i not yet
aid
:
;360 TO NEXT TEST

BNE
NOP
%

994

JSR

INITMM

;SETUP MEMORY MANAGEMEMT REGISTERS

BIS

#B8IT15, KIPDRO

:SET BIT1S IN PDR FOR TEST LOCATION

TST11

COKDAFO KDJ11-B CLUSTER DIAG.
TEST

MACRO V05.03

Friday 28-Mar-86 13:30

Page 19-1

SEQ 0305

- PDR BIT15 (BYPASS) TEST

16984 106172
16985 106176
16986 106204
16987
16988

005237
012737

013701
013737
032737

177572
177777
177572
100000
001000
003162
177752
000004

100000
177572
003162
100000
177572

003162

177752

000004

177572
003162
177752
000004

000001
001000

INC
CLR
BIC
BIC
MOV
MOV
BIT

MOV

003162

172300
177520
114150
114150

172300

2%:

172300

114150
114150
34:

114150
114150
177572

177520

4$:

BEQ
ERROR

BIS

SRO
SRO
#8IT15, KIPDRO
#1000, BCSR
@4TSTLOC,R1
HITMIS,RECDAT
#BITO02.RECDAT

2177777,84TSTLOC

24
+23

#B8IT15, KIPDRO

INC
ST
BIC
CLR
MOV
MOV
BIT
BEQ
ERROR
INC
ST
MOV
BIT
BNE

SRO
TSTLOC
#8IT15, KIPDRO
SRO
S6TSTLOC,R1
HITMIS,RECDAT
#BIT02,RECDAT
38
+23
SRO
BTSTLOC
HITMIS,RECDAT
#81T02.RECDAT
4

BIC

#B81I700,

ERROR

BIS

+45

SRO

#1000,BCSR

;TURN ON MEMORY MANAGEMENT
;WRITE TEST LOCATION WITH PATTERN 2
: TURN OFF MEMORY MANAGEMENT
;CLEAR BIT15 IN PDR FOR TEST LOCATION
;DISABLE HALT ON BREAK
;READ TEST LOCATION
;SAVE HIT/MISS REGISTER

;IF HIT/MISS REGISTER BIT 1 SET
: THEN

;CONDITIONAL BYPASS DOESN'T INVALIDATE CACHE
;SET BIT15 IN PDR FOR TEST LOCATION
; TURN ON MEMORY MANAGEMENT
;READ TEST LOCATION
;CLEAR BIT 15 IN PDR
; TURN OFF MMV
;READ TEST LOCATION

;STORE HIT/MISS TO REGISTER 2

:%F HIT/MISS REGISTER BIT 1 SET
HEN

:CWITIM BYPASS DOESN’T INVALIDATE O CACHE
; TURN ON MEMORY MANAGEMENT
;READ TEST LOCATION ONE MORE TIME

;STORE HIT/MISS TO REGISTER 2
;IF HIT/MISS REGISTER BIT 1 NOT SET

; THEN
;:ERROR IN RECORDING HITS IN HIT/MISS
;TURN OFF MMU
;ENABLE HALT ON BREAK

COKDAFO KDJ11-B CLUSTER DIAG.
TEST

MACRO V05.03

Friday 28-Mar-86 13:30

Page 20

SEQ 0306

- FLUSH CACHE TEST

17014
17015

17016
17017
17018
i;gég

.SBTTL TEST - FLUSH CACHE TEST
:FLUSH CACHE TEST - THIS TEST WILL VERIFY THAT WHCN CCR BIT<8> IS
;:SET, THE ENTIRE CACHE IS INVALIDATED. FIRST 8K B TES OF ADDRESSES
:WILL BE READ TO ALLOCATE CACHE. THEN THE CACHE WILL BE FLUSHED.
;THE SAME SET OF ADDRESS WILL THEN BE READ AND THE HIT/MISS REGISTER
CFECKED AFTER EACH READ FOR A MISS TO BE LOGGED.

17021

BGNTST

17023
17024
17025

;INITIALIZE LOOP COUNTER TO 4KWORD COUNT
zDO UNTIL LOOP COUNTER = 0
READ 3ADDRESS+
:

:GET FIRST ADDRESS OF 8KB BUFFER

17022

;ENDDO

17026

;GET FIRST ADDRESS OF 8KB BUFFER
.INITIALIZE MISS COUNT TO 4KWORD COUNT

17027
17028
17029

;INITIALIZE LOOP COUNTER TO 2KWORD COUNT
;FLUSH CACHE
;00 UNTIL LOOP COUNTER = 0O
READ 3ADDRESS+
.
ICREMENT ADDRESS TO READ EVERY 2WORDS
3
IF HIT/MISS REGISTER BIT<1> SET THEN
;
DECREMENT MISS COUNT
.
:
ENDIF
ka2
;ENDDO
;:GET FIRST ADDRESS OF 8KB BUFFER
.INITIALIZE LOOP COUNTER TO 4KWORD COUNT
=
;D0 UNTIL LOOP COUNTER
ia
READ BADDRESS+
;ENDDO

17030
17031
17032
17033
17034
17035
17036
17037
17038
17039
17040
17041
17042

17043

;GET LAST ADDRESS OF 8KB BUFFER

17044
17045
17046
17047

;INITIALIZE LOOP COUNTER TO 2KWORD COUNT
;FLUSH CACHE
;00 UNTIL LOOP COUNTER = 0
;
READ SADDRESS-

17049
17050

3
3

17052
17053
17054
17055
7056

;ENDDO
:IF MISS COUNT NOT EQUAL TO 4096. THEN
.
ERROR HITS RECORDED AFTER FLUSHING CACHE
;EPDIF
;E!OTST

17048

17051

17057

17058

DECREMENT ADDRESS TO READ EVERY MDS

ENDIF

106370 000004

’fém

17059 106372

000240

17061 106400
17062 106402
17063 106404
17064 106406
17065 106410

001002
000240
000517
000240
004737

136574

17068 106426

005237

177572

17069 106432 012702 010000

99%:

P e e T P T T TT T T T T TP TR T SR SRR T RS 22 T

SCOPE

NOP

15T

17060 106374 005737 003032

17066 106414 012737 001600 172354
17067 106422 012701 140000

IF HIT/MISS REGISTER BIT<1> SET THEN
DECREMENT MISS COUNT

BNE
NOP
BR
NOP
JSR

PC,

INC
MOV

M096. . R2

MOV
MOV

;have done enough inclusive passes?

CCHPAS

994

; not yet
aid
;3G0 TO 'E T TEST

TST12

INITMM

#1600, KIPAR6
0140060 RL

;INITIALIZE MMU

;LET PAR6 POINT TO LOW 28K
;GET MSS OF 8K BYTE BUFFER

;ENABLE MMV
LOOP COUNTER TO 4K WORD COUNT
;INIT

COKDAFO KDJ11-B CLUSTER DIAG.
TEST

MACRO V05.03

Friday 28-Mar-86 13:30

Page 20-1

SEQ 0307

- FLUSH CACHE TEST

17070
17071
17072

1707%
17074
17075
17076
17077
17078
17079

005721
077202
012701
012702
012703
012737

042737

005721
013737
032737
001401

005303
062701
077214
052737
012702
012701
005721

18:
140000
004000
010000
000400
001000
177752

000004

177746
177520
114150
114150

2%:

34
001000

177520

"
177746
177520
114150
114150

5%:

6%:

177520

8¢:

(R1)+

S08
MOV
MOV
MOV
MOV
BIC
ST
MOV
BIT
BEQ
DEC
ADD
S0B
%\S/
MOV

14
R2,
#140000,R1
#2048., R2
#4096.. R3
#400, = CCR
#1000 ,BCSR
(R1)+
@OHITMIS,RECDAT
#8IT02,RECDAT
34
R3
#2.R1
2
R2,
nooo.agga
#140000,R1

MOV
MOV
MOV
BIC
ST
MOV
BIT
BEQ
DEC
SUB
508
BIS
CLR
e
BEQ

©2048
. ,R2
#160000,R1
#400, CCR
#1000,BCSR
-(R1)
@SHITMIS,RECDAT
#BIT02,RECDAT
gs
3
#2,R1
R2,5%
€1000,BCSR
SRO
$40%9., R3
8¢

TST12

ERROR

+24

;READ ADDRESS TO ALLOCATE CACHE
;D0 UNTIL ALL LOCATIONS ALLOCATED
;GET ADDRESS OF 8K BYTE BUFFER
;INIT LOOP COUNTER TO 2K WORD COUNT
;INITIALIZE MISS COUNT TO 4K
;FLUSH CACHE
;DISABLE HALT ON BREAK
;READ ADDRESS
;STORE REGISTER
;IF HIT/MISS REGISTER NOT EQUAL
;70 ZERO THEN
;DECREMENT MISS COUNT

;D00 IN 2 WORD INCREMENTS (PMI MEMORY)

;LOOP UNTIL ENTIRE CACHE CHECKED
;ENABLE HALT ON BREAK
;00 FOR 4K

;STARTING WITH O
;ALLOCATE IN CACHE
;D0 FOR 4K

;D00 FOR THE 2ND HALF
;START WITH LAST LOCATION

TER
: STORE
:IF HIT/MISS REGISTER NOT EQUAL
;70 ZERO THEN
;DECREMENT MISS COUNT
;00 IN 2 WORD DECREMENTS
;00 FOR 2K WORDS
;:TURN OFF MMU

;IF MISS COUNT NOT EQUAL TO 4K WORDS
; THEN

;HITS RECORDED AFTER FLUSHING CACHE

;360 TO NEXT TEST

COKDAFO KDJ11-B CLUSTER DIAG.
TEST

MACRO V05.03

Friday 28-Mar-86 13:30

Page 21

SEQ 0308

- UNCONDITIONAL BYPASS TEST

.SBTTL

17108
17109
17110
17111
171
1711

TEST

- UNCONDITIONAL BYPASS TEST

;UNCONDITIONAL BYPASS TEST - THIS TEST WILL VERIFY THAT WHEN CCR
;8IT<9> IS SET, A MEMORY REFERENCE IS FORCED TO MAIN MEMORY. THIS

;WILL ALSO VERIFY THAT READ AND WRITE HIT INVALIDATE THE CACHE

;LOCATIONS WHEN BYPASS IS SET.
3

;BGNTST

*READ TEST LOCATIONS TO SETUP POSSIBILITY OF HIT
;SET CCR BIT<9>

'READ FIRST TEST LOCATION

'TF HIT/MISS REGISTER BIT<1> NOT SET THEN
ERROR IN RECORDING HITS IN HIT/MISS
-

;ENDIF

'WRITE SECOND TEST LOCATION

;IF HIT/MISS REGISTER BIT<1> NOT SET THEN
ERROR IN RECORDING HITS IN HIT/MISS
Ps
;ENDIF
;CLEAR CCR BIT<9>

'READ FIRST LOCATION

PIF HIT/MISS REGISTER BIT<1> SET THEN
i ore ERROR BYPASS DOESN'T INVALIDATE CACHE
H

iREAD SECOND LOCATION

'IF HIT/MISS REGISTER BIT<1> SET THEN
ERROR BYPASS DOESN‘T INVALIDATE CACHE
i
;ENDIF

:ENDTST

17141
171
1714
17144
17145

;

106644
17146 106646
17147 106650
17148 106654
17149 106656
17150 106660
17151 106662
171
106664
17153
17154 106670

17155 106674
17156 106702
17157 106710
106714
17

106740

S| i

005737
001002

*é““.‘..O‘..“‘.‘..“..“.0““““““.‘.‘..‘.O‘.....“‘t““.

T12:

TST

003032

BNE

000471

00100
10404
005037

SCOPE

NOP

994 :

177746
177520

18T
TST

18:

BIS

BIC

:
::G0 TO NEXT

TST13
S8TSTLOC
S0TSTLOC-2

#81709,

CCR

#1000,8CSP

@8TSTLOC

BIT

#81702,RECDAT

BNE

24:

: not yet

995

MOV

114150
114150

114150

NOP
BR
NOP

;have done enough inclusive passes?

CCHPAS

ERROR

CLR
MOV

HITMIS,RECDAT
2
+45

80TSTLOC.2
HITHIS,RECDAT

aid
TEST

;ALLOCATE FIRST TEST LOCATION
;ALLOCATE SECOND TEST LOCATION

BIT 9 (CACHE BYPASS)

:DISABLE HALT ON BREAK

;READ FIRST TEST LOCATION

;STORE HIT/MISS TO REGISTER 2
;IF HIT/MISS REG. BIT 1 NOT SET
: THEN
;ERROR IN RECORDING HITS IN HIT/MISS WITH CCR<9>=1
;WRITE SECOND LOCATION
;STORE HIT/MISS TO REGISTER 2

COKDAFO ¥DJ11-B CLUSTER DIAG.
TEST

MACRO V0S5.03

- UNCONDITIONAL BYPASS TEST

17164 106746
17165 106754

106756
17
17167 106760
17168 106764
17169 106772
17170 107000

17171
17172
17173
17174

107002
107004
107010
1070

001001

104045
005737
013737
032737

g01401

013737
032737
gOl‘Ol

BIT
BNE

114150

032737
003162

177752

000004

114150
114150

§7e 114150
000004

114150

as:

17175 1070%:
001000 177746 S$:
1070
171#
052737 001000 177520

17178 107036
17179

Fridey 28-Mar-86 13:30

ERROR
TST

MOV
gg
ERROR
CLR
MOV
BIT
B8EQ
BIC
8IS

#BIT02,RECDAT
33

+45
3eTSTLOC

HITMIS,RECDAT
nma RECDAT
zs
ansnoco&l
HITMIS.RECDAT
#BIT02.RECDAT
S$
#81709,CCR
#1000,BCSR

Page 21-1

SEQ 0309

+JF HIT/MISS REG. BIT 1 NOT SET

’m RECORDING HITS IN HIT/MISS WITH CCCR<9>-1
am FIRST TEST L%GI

;STORE HIT/MISS T0
STEII 2
1
.IF HIT/MISS REG. BIT
SBYPASS DOESN'T INVALIDATE CACHE

ORE

MISS%&STER 2

WIT/MISS REG. BIT 1 SET
{15

iBYPASS
STORE

/T INVALIDATE CACHE

;RE
;ENABLE HALT ON BREAX

COXDAFQ «DJ11-B CLUSTER DIAG.
TEST

MACRO V05.03

Friday 28-Mar-86 13:30

Page 22

- WRITE WRONG DATA PARITY TEST

17184
17185

.SBTTL TEST - WRITE WRONC DATA PARITY TEST
;WRITE WRONG DATA PARITY TEST - THIS TEST WILL VERIFY THAT WHEN CCR
.BIT<6> = 1 AND CCR BITS<7,0> = 0,1, A READ MISS OCCURS AFTER A
;WRITE. THE WRITE WITH CCR BIT<6> = 1 TO A LOCATION WILL CAUSE A
:CACHE UPDATE AND WRONG PARITY TO BE WRITTEN SO WHEN T"E LWTIN

17189
17190
17191
171
1719
17194
17195

;BGNT
;SAVE CONTENTS OF VECTOR 114
;LET VECTOR 114 POINT TO ABORT ROUTINE
;CLEAR MSER
;IF MSER NOT CLEAR THEN
ERROR MSER DOESN'T CLEAR ON WRITE REFERENCE
B
;ENDIF

17197
17198

;SET BITS<6,0> IN CCR
;WRITE TEST LOCATION LOW BYTE

17181
17182

17183

17186
i;{g

1719

17199

IS READ INSTEAD OF A HIT BEING RECORDED THE CAC"E PAR m
.UILL CAUSE A CACHE MISS. THIS TEST WILL BE DONEA BY E A TIME.

amITE TEST LOCATION

;CLEAR CCR BIT<6> (mTE m DATA PARITY)

17200
17201
17202
17203
17204
17205
17206

:MTIMIZE ERROR INDICA
;READ TEST %ITI%W OYT
/MISS REGISTER THEN
:IF BIT<1>
PARITY ERROR DOESN'T CAUSE MISS

17208
17209

§e
.

17207

17210
17211
172
1721

17214

;ELSE

s
:

IF MSER BITS <7:5> ZERO THEN
PARITY ERROR DOESN’T SET MSER PROPERLY

ELSE

n
ENDIF
ENDIF

SET ERROR IN LOW BYTE INDICATOR

"
;ENDIF
;CLEAR MSER
; IF MSER mT CLEAR THEN

ERROR MSER DOESN’'T CLEAR ON WRITE REFERENCE

17215

;ENDIF

17220
17221
17222
17223
17224

SS REGISTER THEN
/F%
;IF BIT<1> SET
NOT SET THEN
IF MSER ITS¢7
.
ARITY ERROR DOESN'T CAUSE A MISS
;
ELSE
;
SET ERROR IN HIGH BYTE INDICATOR
g
ki

17216
17217
17218
17219

17225
17226
17227

i7220

I;Sg
17231

17
172
17234
17235
17236

“T CCR BIT<6>
lflITE TESTL?ATIW HIGH BYTE
CLE
;REN) YEST LMTIW HIG' BYTE

$a
;ELSE
§e

E’DIF

ENDIF

IF MSER BITS <7:5> ZERO THEN
bor
PARITY ERROR DOESN’'T SET MSER

.RESTME CONTENTS OF VECTOR 114

;IF ERROR INDICATORS SET THEN
i
IF ERROR IN BOTH BYTES THEN
is
PARITY ERROR IGNORED
ELSE
§s
:
IF ERROR IN LOW BYTE THEN
LOW BYTE PARITY ERROR IGNORED
H

5EQ 0310

COKDAFO KDJ11-B CLUSTER DIAG.
TEST

MACRO V05.03

Friday 28-Mar-86 13:30

Page 22-1

SEQ 0311

- WRITE WRONG DATA PARITY TEST
ELSE

17238
17239
17240
17241
17242
17243
17244
17245

;ENDIF
EXTT

ENDIF

HIGH BYTE PARITY ERROR IGNORED

:DATA PARITY ABORT ROUTINE:

ILLEGAL PARITY INTERRUPT

RETURN
;

;ENDTST

107044
17251 107046
107050
17
17253 107054
17254 107056
17255 107060
17256 107062
17257 107064
17258 107072
17259 107100
17260 107104
17261 107110
17262 107112
17263 107114
17264 107120
17265 107126
17266 107134
17267 107142
17268 107150
17269 107152
17270 107156
17271 107162
17272 107166
17273
107170
17274 107172
17275 107174
17276 107202
17277 107204
17278 107206
17279 107212
17280 107216
17281 107220
17282 107222
17283 107230
17284 107236
17285 107244
17286 107250
17287 107256

*guuununuuutuuuututuuuuuuuuuuuunuuu

T13:

107350
177744
177744

003162
000101
000377
000100

994

003012
000114

107302

99¢:

@#114,

aid

;360 TO NEXT TEST

TST14

SLOCOO

#DAPABO, 34114

;SAVE CONTENTS OF VECTOR 114

;LET VECTOR POINT TO ABORT ROUTINE
HEN

177520
177746
003162
177746

:MSER DOES NOT CLEAR ON WRITE REFERENCE
{WRITE TEST LOCATION TO ALLOCATE CACHE

1%:

:DISABLE HALT ON BREAK
:SET BITS<6,0> IN CCR

{WRITE LOW BYTE WITH BAD PARITY

;CLEAR WRITE WRONG DATA PARITY BIT

;CLEAR ERROR INDICATORS
;READ LOW BYTE OF TEST LOCATION
:SAVE HIT/MISS

003162

177752

:IF BIT 1 SET IN HIT/MISS REGISTER
; THEN

JPARITY ERROR DON'T CAUSE A MISS

177744

177744
177744
000100

000377

003163
177752

::rmm BIT<7:5> NOT ZERO
*PARITY ERROR DON'T SET MSER WITH CCR<7>=0

24:
34:

177746
003163
177746

'IF MSER NOT CLEAR

981706, CCR
= S8TSTLOC1
$377,

o81706, CCR
@OTSTLOC+1

HITMIS,RECDAT
981702, RECDAT

114150
114150

177744

;have done enough inclusive passes?
i not yet

CCHPAS

003032

000114

SCOPE

S54:

'MSER DOES NOT CLEAR ON WRITE REFERENCE

PSET CCR BIT 6 CWRITE WRONG PARITY)
"WRITE HIGH BYTE OF TEST LOCATION
'CLEAR WRITE WRONG PARITY BIT
'READ HIGH BYTE OF TEST LOCATION
'SAVE HIT/MISS

[IF BIT 1 SET IN HIT/MISS REGISTER

:Etg:w ERROR DON'T CAUSE A MISS
'3F BITS <7:5> ZERO
THEN
:PARITY ERROR DON'T SET MSER WITH CCR<7>=0

COKDAFO KDJ11-B CLUSTER DIAG.
TEST

MACRO V05.03

Friday 28-Mar-86 13:30

Page 22-2

SEQ 0312

- WRITE WRONG DATA PARITY TEST

17294 107304 005037 177746
17295 107310 013737 003012
17296 107316 032702 000003
17297 107322 001401
17298 107324 104031
005037 177746
1;% 107
013737 003012
1073
1

000114

17301 107340 052737 001000 177520

1730

107346

000404

17304

17305 107350 011637
17306 107354 104007

%7307 107356

000002

001122

6%:

74:

CLR
MOV
BIT
BEQ
ERROR
CLR
MOV

CCR
SLOCOO, a#114
R2
3,
74
+31
CCR
SLOCO0,a#114

TST14

BIS

DAPABO: MOV
ERROR
RTI

#1000,BCSR
(SP),
+7

$BDADR

;CLEAR CCR BEFORE EXIT
;RESTORE CONTENTS OF VECTOR 114
:IF_ERROR INDICATORS SET
: THEN
;PARITY ERROR IGNORED
;CLEAR CCR
;RESTORE PARITY TRAP

;ENABLE HALT ON BREAK

::G0 TO NEXT TEST

;SAVE ADDRESS THAT CAUSED ABORT
;ILLEGAL PARITY INTERRUPT

COKDAFO KDJ11-B CLUSTER DIAG.
TEST

MACRO V05.03

Friday 28-Mar-86 13:30

Page 23

SEQ 0313

- WRITE WRONG TAG PARITY

.SBTTL TEST - WRIT. WRONG TAG PARITY
;WRITE WRONG TAG PARLTY - THIS TEST WILL VERIFY THAT A READ MISS
;OCCURS AFTER A WRITE WILL CCR<10> = 1 AND CCR<7,0> = 0,1. THE WRITE
;TO THE LOCATION WILL CAUSE A CACHE UPDATE BUT THE TAG WILL BE
;WRITTEN WITH THE WRONG PARITY. WHEN THE LOCATION IS READ INSTEAD
;OF A CACHE HIT OCCURRING THE PARITY ERROR SHOULD CAUSE A CACHE

17310
17311
17312
L7313

17314
17315
17316

;MISS.

17318
17319
17320
17321
1
1
1
1
1
1
%

;BGNTST
;SAVE CONTENTS OF VECTOR 114

17317

iLET VECTOR 114 POINT TO ABORT ROUTINE

ENDIF

PARITY ERROR DOESN'T SET MSER WITH CCR<7>=0

:SET WRITE WRONG TAG PARITY BIT<10>
;WRITE TO A BYTE OF A TEST LOCATION
;SAVE HIT/MISS REGISTER
;CLEAR WRITE WRONG TAG PARITY BIT
;IF BIT<1> NOT SET IN HIT/MISS REGISTER THEN
ERROR
.
;ENDIF
;RESTORE VECTOR 114
TST
;EXIT

'TAG PARITY ABORT ROUTINE:
;
;

;ENDTST
P

107360 000004

000240

1
107370
17351 107372
107374
1
1
107376
17354 107400
107406
1
107414
1
1@ 107
107
1
17359 107434
17360 107440
17361 107446
107452
1
107460
1
17364 107466

001002
000240
000453
000240
013737
012737
042737
005037
012737
005037
012737
ogm
013737
0O
00140

17365 107470

.
;ENDIF

17348 107362

17349 107364

W
e

SidpagegaanandaaAe edade

;CLEAR MSER
;SET WRITE WRONG TAG PARITY BIT<10>
;WRITE TEST LOCATION
;CLEAR CCR BIT<10> AND SET ABORT DISABLE BIT<0>
;READ TEST LOCATION
;IF BIT<1> SET IN HIT/MISS REGISTER THEN
IF MSER BITS <7:5> SET THEN
.
PARITY ERROR DOESN’'T CAUSE MISS
.

005737

10402

fét1a: scope
NOP

TST

003032

000114
107514
001000
177744
002000
003162
000001
003162
177752
000004

003012
000114
177520
177746
177746
114150
114150

99%:

BNE
NOP
BR
NOP
MOV
MOV
BIC
CLR
MOV
CLR
MOV
ST
MOV
8IT
BEQ

ERROR

T ITTTTT T

CCHPAS

ILLEGAL PARITY INTERRUPT
RETURN

Ty er stz ey

e e e e

s R 2 SR R RS R 2 2 2 2 2 2

;have done enough inclusive passes?

99
; not yet
; a-uu!s.za
::60 TO NEXT TEST
TST15
;SAVE CONTENTS OF VECTOR 114
#0114, SLOCOO
:LET VECTOR POINT TO ABORT ROUTINE
STAPABD, 20114
:DISABLE HALT ON BREAK
#1000,BCSR
MSER
;CLEARWRITE
:SET MSERWRONG TAG PARITY
#81IT10, CCR
{WRITE LOCATION WMITH BAD TAG PARITY
@0TSTLOC
:CLEAR BIT 10 AND SET BIT 0
#8IT00, CCR
@9TSTLOC
;READ TEST LOCATION
:SAVE HIT/MISS REGISTER
HITMIS,RECDAT
iIF BIT 1 SET IN HIT/MISS REGISTER
#81702.RECDAT
24
:'PARITY
THEN ERROR DON'T CAUSE A MISS
+27

COXDAFO KDJ11-B CLUSTER DIAG.
TEST

MACRO V05.03

Friday 28-Mar-86 13:30

Page 23-1

SEQ 0314

- WRITE WRONG TAG PARITY

17366 107472
17367 107500
17368 107504
17369 107512
17370

013737
005037
052737
000404

003012
177744
001000

001122
17373 107514 011637
104007
1737§ 107520 000002

17374 107522
17375

000114

177520

2%:

MOV
CLR
BIS

TAPABO: MOV
ERROR
RTI

SLOCOO, a¢114
MSER
#1000,BCSR
TST1S5

(;P).ONADR

;RESTORE CONTENTS OF VECTOR 114
;CLEAR ERRORS
;ENABLE HALT ON BREAK
::G0 TO NEXT TEST
;SAVE ADDRESS THAT CAUSE ABORT
;ILLEGAL PARITY INTERRUPT

COKDAFO KDJ11-B CLUSTER DIAG.
TEST

MACRO V05.03

Friday 28-Mar-86 13:30

Page 24

SEQ 0315

- PARITY ABORT TEST

.SBTTL TEST - PARITY ABORT TEST
:PARITY ABORT TEST - THIS TEST WILL VERIFY THAT WHEN CCR<7,0> =

17377

:1,0, AN ABORT OCCURS ON THE EXECUTION OF AN INSTRUCTION THAT HAS

;BEEN WRITTEN WITH WRONG PARITY.
i

;BGNTST

SSRVE VECTOR 114
;SAVE VECTOR 4

;LET VECTOR 114 POINT TO ABORT ROUTINE
;LET VECTOR 4 POINT TO ERROR ROUTINE
;CLEAR EXPECTING ABORT FLAG
:SET _CCR<10> WRITE WRONG TAG PARITY BIT

:ERITE TEST ADDRESS

;CLEAR CCR<10>
;SET CCR_TO #200 ENABLE PARITY ABORTS
;SET EXPECTING ABORT FLAG
;READ TEST ADDRESS
;IF ABORT FLAG NE O THEN
.
ERROR IN PARITY ABORT LOGIC
;ENDIF

;RESTORE VECTOR 114
;RESTORE VECTOR 4
ST
:EXIT

THEN
smT ROUTINE: IF EXPECTING ABORT FLAG NOT SETHAVE
OCCURRED
.

ENDIF

IF PC = UPDATED PC THEN

ENDIF

;

17419 107534
17420 107536
17421 107540

:EPOTST
T
fér1s: sCoPe

99%:

173% 107542
17
17424 107544
17425 107552
17426 107560
17427
17428
17
17
107566
17431 107572
17432 107574

013737
013737
012737

000114
000004

012704
0057,
022704

107566

107676

003012
003014
000114

994

TST16

MOV
MOV

80114

NOP

;have done

i: not yetaid"

CCHPAS

TST

BNE
NOP

003032

ILLEGAL PARITY ABORT

RETURN

005737
001002

CLEAR (EXPECTING) ABORT FLAG

IF MSER NOT EQUAL TO 100040 THEN
PARITY ABORT LOGIC DOESN'T SET MSER PROPERLY

H
3

10
17417 10
17418 10

ERROR NO ABORT SHOULD

inclusive passes?

;G0 TO NEXT TEST

SLOCOO
SLOCO1

:SAVE VECTOR 114
4
;:SAVE VECTOR

MOV

MTR arl114e

sLET VECTOR 114 POINT TO ABORT ROUTINE

MOV
18T

¢..R4
(R4)+

.smr WITH CURRENT
;READA WORD

: TO AVOID CONFUSION ALLOCATE IN CACHE FOLLOWING INSTRUCIONS
:

1%:

cHP

#ABORTR, R4

:GOT TO ABORT ROUTINE?

COKDAFO KDJ11-B CLUSTER DIAG.

Friday 28-Mar-86 13:30

Page 24-1

SEQ 0316

- PARITY ABORT TEST

17433 107600
17434 107602

17435 107604
17436 107612
17437 107620
17438 107624
17439 107632
17440 107634
17441 107640
17
107642
17443 107644
17444 107646
17445 107654
17446 107662
17447 107670
17448 107674
17449
17450
17451 107676
17452 107702
17453 107704
17454 107706
17455 107712
17456 107714
17457 107716
17458 107720
17459 107726
17460 107730
17461 107736
17462 107740
17463 107744
17464 107746
17465 107750
17466

001374
005000

001000
002000

003162
000200

BNE
CLR

14
RO

:IF NOT, KEEP ON ALLOCATING
iCLEAR EXPECTING ABORT FLAG

177746

MOV

#8IT10,C

177746

MOV

;SET_WRITE WRONG PARITY BIT
;WRITE TEST LOCATION WITH BAD PARITY
;ENABLE ABORTS, CLEAR WWTP BIT
.SET EXPECTING ABORT FLAG

BIC

177520

CLR

15T

BEQ
001000
003012
003014
177744

013703
005700
001004
011637

104007

000401
005000

022737
001404
012737
104035
021627
001401
104007

000002

177520

000114

1$:

000004

BIS

MOV
MOV
CLR

ABORTR: MOV
TST

001122

100040

177784

100040

001124

107640

ERROR

177744

1%:

2%:

BNE
MOV
ERROR
B8R
CLR
%

MOV
3$:
43:

ansru')c
#8IT07, CCR

COM

ABORTI: TST

003162

ERROR

CcMP

BEQ

ERROR
RTI

xDISflfl.E HALT ON BREAK

#1000 acsn

I_A

TEST

MACRO V05.03

;READ TEST LOCATION (SHOULD CAUSE ABORT)
:IF _ABORT FLAG NOT EQUAL ZERO

@8TSTLOC

: THEN

sPARITY ABORT LOGIC DOESN'T WORK

+34

;ENABLE HALT ON BREAK

ooo BCSR

0C00, eom
smco1.
MSER
15T16

.RESTWE VECTOR 114
;RESTORE VECTORE 4

;:6G0 TO NEXT TEST

MSER,R3

;SAVE MSER

IF EXPECTING ABORT FLAG NOT SET

%o
SP),
+7
24
RO

$BDADR

#100040, $GDDAT
(SP),

aSlVE ABORT ADDRESS

;ILLEGAL PARITY INTERRUPT
;ELSE

ggooowm
+35

: THEN

©ABORTI.4

:CLEAR (EXPECTING) ABORT FLAG
;IF_MSER NOT EQUAL TO 100040

iSAVE PROPER MSER SETTING

'PARITY ABORT DON'T SET MSER PROPERLY
'IF PC EQUAL TO UPDATE PC

: THEN

lILLEGAL PARITY INTERRUPT
;RETURN

COKDAFO KDJ11-B CLUSTER DIAG.
TEST

MACRO VO0S.03

- PARITY INTERRUPT TEST

Fridey 28-Mar-86 13:30

Page 25

_SBTTL TEST - PARITY INTERRUPT TEST
WHEN CCRCT.0> iPARITY INTERRUPT TEST - THIS TEST WILL VERTFY THAT
OF AN INSTRUCTION

17468
17469

$0.0, A PARITY INTERRRUPT OCCURS AFTER EXECUTION

17470

m«’r HAS BEEN WRITTEN WITH WRONG PARITY.

17471

17473
17474
17475

IBGNTST
iSAVE CONTENTS OF 114
"3ETUP VECTOR 114 TO POINT TO INTERRUPT ROUTINE

17480

'IF INTERRUPT FLAG NE O THEN

iCLEAR EXPECTING INTERRUPT FLAG
'WRITE TEST ADDRESS WITH BAD PARITY
'SET EXPECTING INTERRUPT FLAG
'READ TEST ADDRESS

17476
17477
17478
17479

17481

toope PARLTY INTERRUPT LOGIC DOESN'T WORK

1748
17484
17486
17487
17489
17490

*RESTORE CONTENTS OF VECTOR 114
{EXIT TST
IF EXPECTING INTERRUPT FLAG NE 1 THEN
| INTERRUPT ROUTINE:
ERROR NO INTERRUPT SHOULD HAVE OCCURRED
CLEAR (EXPECTING) INTERRUPT FLAG
:
ENDIF
:

17494
17495

17491
17492
1749%
1749
17497

1750‘

IF SAVED PC NE TO UPDATED PC THEN
IF PC = TEST INSTRUCTION PC THEN
ERROR INSTRUCTION ABORTED
:

:
.

ENDIF

;
:

107752 000004

1éT16: SCOPE

17208 107736 005337 003032
001002
000240

17510 107770

000240

99¢:

000114

17515
17517 110006 012704 110006
17518 110012 005724

001000

TST17

NOP

177520

17523 110032 052737 000100 177746

994

@114,

done encugh inclusi

} not yet
:
aid

IiNClusive passes

::G0 TO NEXT TEST
SLOCOO

;SAVE CONTENTS OF VECTOR 114

MOV

OINTERR,36114

iDET VECTOR POINT TO INTERRUPT ROUTINE

9
CMP

G
SINTERR,R4

SREADA WORD
TO INTERRUPT ROUTINE?
'GOT

#1000,BCSR

iDISABLE HALT ON BREAK

BNE

17520 110020 001374
042737

heve

inhave

; T0 AVOID CONFUSION ALLOCATE IN CACHE FOLLOWING INSTRUCIONS
;STARTWITH CURRENT
R4
MOV

17519 110014 022704 110106
17522 110024

coHeAs

MOV

003012

17513 110000 012737 110106 000114

17531 110022 005001

Yor

BNE
NOP

17509 107766 000473
17512 107772 013737

ENDIF

ILLEGAL PARITY ABORT

JENDTST
H ““‘"“““‘“".““““““““.“‘“.‘.“““.““““.“‘
H

17507 107762
17508 107764

ELSE
.

IF MSER NE 9340 THEN
PARITY INTERRUPT DOESN'T SET MSER PROPERLY
ENDIF
RETURN

:
:
.
-

17498
17499
17500
17501

17308

:
:
:

CLR

BIS

#B81706, CCR

BIC

'IF NOT, KEEP ON ALLOCATING

'CLEAR EXPECTING INTERRUPT FLAG
;SET WRITE WRONG DATA PARITY

COKDAFO KDJ11-B CLUSTER DIAG.
TEST

MACRO V05.03

Page 25-1

SEQ 0318

- PARITY INTERRUPT TEST
005037
005037
005101
005737
005701

003162
177746

003162

001401

001000
003012
177744

1
1
1
1

INTERR:

110106

110110
110112
110116
110120
110122
110124

17544 110130
17545 110132

17546 110134
17547 110142
17548 110144
17549 110152
17550 110154
17551

S9TSTLOC
CCR
R1
@STSTLOC

;WRITE LOCATION WITH BAD DATA PARITY
iCLEAR WRITE WRONG DATA PARITY
:SET EXPECTING INTERRUPT FLAG
:READ TEST LOCATION

+36

'PARITY INTERRUPT LOGIC DOESN'T WORK

SLOC00, a#114

;RESTORE VECTOR 114

'f%

MSER

000340

177744

000340

001124

4%:

fi"’"
o}

gz.uo
35

:CLEAR MSER

EXPECTING INTERRUPT FLAG NOT SET
'%fcn

'1‘%

#340,

S$:

:ENABLE HALT ON BREAK

;G0 TO NEXT TEST

TST17

5"1

110056

;%fa]‘:NTEWT FLAG NOT EQUAL ZERO

#1000,BCSR

(SP),

001122
“«wn

1 7537
1 7538
1 7539
1 7540
1 7541

177520

000114

CLR
CLR
COM
INTRPC: TST
TST
BEQ
ERROR
BIS
1%:
MOV
CLR

D L

17535
17536

1
17543

Friday 28-Mar-86 13:30

$BDADR

:SAVE INTERRUPT ADDRESS

#INTRPC+4

;g{anveo PC NOT EQUAL TO UPDATED PC

MSER

$GDDAT

; ELLEEGAL PARITY INTERRUPT

ICLEAR (EXPECTING) INTERRUPT FLAG
:ILLEGAL PARITY INTERRUPT

‘%FD'ENMSER NOT EQUAL TO EXPECTED VALUE

iSAVE PROPER MSER

;:gg; INTERRUPT DON'T SET MSER PROPERLY
H

COKDAFO KDJ11-B CLUSTER DIAG.
TEST

MACRO V05.03

Friday 28-Mar-86 13:30

Page 26

SEQ 0319

- MISCELLANEOUS PARITY TEST
.SBTTL

17553
17554
17555
17556
17557
17558
17559

TEST

- MISCELLANEOUS PARITY TEST

;MISCELLANEOUS PARITY TEST - THIS TEST CHECKS THAT BYPASS CYCLES WITH
;PARITY ERRORS CAUSE CACHE HIT RESPONSE AND THAT FORCE MISS CYCLES

; IGNORE PARITY ERRORS.
;

:BGNTST

;WRITE A LOCATION WITH BAD PARITY
:SET BYPASS IN CCR
;READ THE LOCATION BACK
;IF NO HIT OR MSER NOT SET THEN
;ENDIF

ERROR

;WRITE A LOCATION WITH BAD PARITY AND SET BYPASS
;IF MSER SET WHILE READING IT BACK
:ENDIF
;ENDTST
sRkkkkk

17571
17572
17573
17574
17575
17576
1757
17578
17579
17580

110156
110160
110162
110166
110170
110172
110174

000004
000240
005737
001002
000240
000503
000240

110176
110202
110204

012703
005723
022703
001374

17501 110210
7582
17583
17584

17597 110300
17598
17599
17600
17601 110302
17602 110306
17603 110312
17604 110320
17605 110326
17606 110332
17607 110340
17608 110344

1§T17:
003032

99%:
110176

108:

110354

ERROR

SCOPE

NOP
ST

BNE
NOP
BR
NOP

MOV
TST
cHP
BNE

Rk kb kk bk kkkhkkkkkkkkkhk kb

CCHPAS

99
TST20

k kb kb kb kb k kR bk

;have done enough inclusive passes?
i not yet
aid
;

::G0 TO NEXT TEST

¢.,R3
(R3).
#4%,R3
10$

;START WITH CURRENT INSTRUCTION
;READ A WORD
;LAST WORD?
;IF NOT, CONTINUE

; CHECK BYPASS AND BAD PARITY
013737
012737
042737
052737
005037
012737
005737
104045
000407
062706
032737
001001
104042

000114
001000
002101
003162

003162

MOV
MOV

003012
000114
177520
177746

BIC
8IS

CLR
MOV

177746

ERROR

177744

14:

@#114, SLOCOO
#14,96114

;SAVE PARITY VECTOR
;POINT NEW VECTOR

@eTSTLOC
#81709,CCR

;:DATA AND TAG PAR., NO INT.
;WRITE CYCLE
:SET BYPASS

#1000, BCSR
#81710'817T06!8IT00,CCR
BTSTLOC
+45

BIT

#340, MSER

ADD

BNE

ERROR

#4,5P

+42

;:DISABLE HALT ON BREAK

;BYPASS WITH WRONG PARITY
;ERROR
i

;ADJUST STACK
;MSER OK?

:IF_YES, BRANCH
;BYPASS WRONG

: CHECK FORCE MISS AND BAD PARITY
005037
005037
012737

052737
005037

012737
737
000403

177744
177746
110346
002101
003162
003162

5.
000114

177746

CLR
MOV
BIS
CLR
MOV
ST
B8R

MSER

CCR
035 ,90114
#81710!8IT06!BIT00,CCR
@9TSTLOC
#14,CCR
@eTSTLOC
43

;CLEAR MSER
;CLEAR CCR
;POINT NEW VECTOR

:DATA AND TAG PAR.,

NO INTER

:FORCE MISS WITH PARITY

:FORCE MISS
;ALLOCATE CACHE

MOV

SLOCOJ,
a#114
#BIT08.CCR

CLR
8IS

MOV

ccé
#1000, BCSR

;ADJUST STACK

;CLEAR CCR

;ENABLE HALT ON BREAK

iRESTORE
PARITY VECTOR
:FLUSH CACHE

17613 110366 013737 003012 000114

%;gi; 110374 012737 000400 177746

+42

#4,5P

e ST

17611 110354 005037 177746
4s:
17612 110360 052737 001000 177520

ERROR

ADD

e S

38:

104042

17610 110350 062706 000004

aadhe

17609 110346

Page 26-1

- MISCELLANEOUS PARITY TEST

Friday 28-Mar-86 13:30

< ——

TEST

MACRO VO05.03

———

COKDAFO KDJ11-8 CLUSTER DIAG.

COKDAFO KDJ11-B CLUSTER DIAG.
TEST

MACRO V05.03

Friday 28-Mar-86 13:30

Page 27

SEQ 0321

- MEMORY SYSTEM ERROR REGISTER TEST

17617

17618
17619

MEMORY SYSTEM ERROR REGISTER TEST
.SBTTL TEST
;MEMORY SYSTEM "ERROR REGISTER TEST - THIS TEST WILL VERIFY THE

;FUNCTIONALITY OF BITS <15> AND <7:5> OF THE MEMORY SYSTEM ERROR

;REGISTER. THIS TEST WILL USE THE WRITE WRONG PARITY BITS (BITS<10>
;AND <6> OF THE CCR) TO WRITE BAD PARITY INTO A LOCATION. THE

.LNATIOO WILL THEN BE READ WITH CACHE TRAPS ENABLED AND THE MSER

;WILL BE CHECKED AFTER THE ABORT FOR THE CORRECT BIT(S) BEING SET.
: THIS UILL BE DONE FOR ALL COMBINATIONS OF BITS<10> AND <6> FOR WORD

;ACCESSES

THEN REPEATED FOR ALL CWIMTIDS OF BITS< 0> AND <6> FOR

TIME FOR BYTE
A
;BYTE ACCESSES THE TEST WILL THEN BE REPEATED
<7:5>
BITS
;ACCESSES AND ABORTS DISABLED. THE MSER SHOULD CONTAIN
SET T0 1'S AND BIT <15> A ZERO FOR ALL COMBINATIONS.

msr

;SAVE CONTENTS OF VECTOR 114

sSETLP VECTOR TO POINT TO ABORT ROUTINE
;INITIALIZE LOOP COUNTER

00 UNTIL ALL WORD COMBINATIONS CHECKED

t’cg:fllfl‘

READ TEST LMTIN TO ALLOCATE LOCATION WITH DESIRED PARITY
CLEAR<10,6> FROM CCR

FOR ABORT
SETUP
LOCATION
m EST
——

DATA NE RECEIVED DATA THEN

; THIS COULD CAUSE TRAP

MINSETTDGNSER

%TELWW

COMBINATIONS CHECKED
CCR TABLE

T LOCAT mcg ALLOCATE LOCATION WITH DESIRED PARITY

.
ENDDO

ENDIF

ERROR IN SETTING
MSER

INCREMENT LOOP COUNTER

; INITIALIZE LOOP

oo UNTIL ALL BYTE

MTI%I MSER

TIONS CHECKED

AD TEST LOCATION TO ALLOCATE LOCATION WITH DESIRED PARITY

R
A D)

17662

DATA THEN
DATA NE RECEIVED

<10,6> FR0M CCR
SETUP CCR FOR NO ABORTS
READ LOW BYTE TEST LOCATION

5
LY

COXDAFQO ¥DJ11-8 CLUSTER DIAG.
TEST

MACRO V05.03

Friday 28-Mar-86 13:30

Page 27-1

%EQ 0322

- MEMORY SYSTEM ERROR REGISTER TEST

17674

IF RECEIVED DATA NE TO 9340 THEN

i
;.
;.

ENDIF
INITIALIZE MSER
READ HIGH BYTE TEST LOCATION

INCREMENT LOOP COUNTER

17675

17679
17680
17681

i
;.
;.

:ENDDO

1767
176
17678

ERROR IN SETTING MSER

IF RECEIVED DATA NE 9340 THEN
ERROR IN SETTING MSER
ENDIF

17684
17686
17687
17688
17689
17690
17691

;EXIT TST
:
0
;CCR TABLE:
;
100
2000
;
2100
;
;EXPECTED WORD DATA:
;

0
100300

17694
17695
17696
17697

:EXPECTED BYTE DATA:

p
;

100100
100200

;

17685

17
17

;
;

1;17&

;nm ROUTINE: RTI

17705

100040

;
;

17704

17707 110406

000240

005737

003032

000137
000240

111104

17708 110412 001003
17709 uos{: 000240
17710 110416
i‘r’; 11 110422

mfi 11
17714 110432
17715 11

100140
100240

‘ENDTST
oomuuuu“uuouun”uuunouooououuo“ooun“uo
t&120

110402 000004

17706 110404

oot

38
17700
17701

100040
100340

013737 000114 003012
111146 000114
012737

17719 110462 005037 177744
1
110466 g&g 177746

99s:

P
NOP

18:

29114,
SLOCOO
n&un.gm

oV
&

m'?
uooo.sti

2s:

“E

CLR
MOV

MSER
(RO)., CCR

BEQ
MOV
glm
ST
1531

2
(R1), $GDDAT
.35
(u%)o
0T5TLOC-8192.

%v'
ST
P

enough inclusive passes?

MOV
MOV
MOV

i1% fig‘cg
0
000208 177746
110504 083,3’3, 003162
17724 110510 021137 177744
177;3 110514 001403
1
110516 011137 001124
1% 11
1
1
11
17729 11
023162

gus

BNE
NOP

012704

%77;15
fiu 8
fifii’g
17718 uon?i og% 001000 177520

mufio
xom
20TSTLOC
(R1),
MSER

THRU MSER 1

COXKDAFO XDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 27-2

SEQ 0323

- MEMORY SYSTEM ERROR REGISTER TEST

TEST

17730 110532

8IS

177520

177746

as:

177744

003163
000200
003163
177744

177746

001124

5%:
001000
7764 110720

17765 110724
17766 110732
17767 110736
17768 110742
17769 110746
17770 110752
17771 110760
17772 110764
17773 110772
17774 110774
17775 111002
17776 111004

17777 111010

17778 111014
17779 111020

17780 111033

17781 1110
17782
111036
111044
17783
17784 111046
17785 111054
17786 111056

R4,

;CHECK BYTE OPERATIONS NOW

012704

001000

S08

: ERERERER

17731 110534

077425
052737

000003
111110
001000
177744
003162
177746
003162

003162

177520

CLR

MSER

MOV
CLR8
MOV
TST8
cHP
BEQ
MOV

(RO),
CCR
a@sTsfLOC
#8IT07, CCR
@8TSTLOC
(R1), MSER
4
(R1), $GDDAT

8IC
ST

ERROR

+35

(R1)-

CLR
ST
MOV
CLRB
MOV
TSTB
oy
BEQ
MOV

MSER
@0TSTLOC
(RO)-,
@#TSTLOC.1
#81707, CCR
@6TSTLOC+1
(R1), MSER
S$
(R1), $GDDAT

S08

R4,

ERROR
ST

+35
(R1)+

64:

177744

-2, R0
¢CCRTBL
#1000, BCSR
MSER
@FTSTLOC
(RO),
CCR
@eTSTLOC
#81T00, CCR
@eTSTLOC
#340, MSER
7%
9340, $GDDAT

TST

@0TSTLOC

ERROR
CLR

as:

MOV
CLRB
MOV
TSTB
cHP
BEQ
MOV
ERROR
S08

177746
177744
001124

MOV
BIC
CLR
15T
MOV
CLR8
MOV
TSTB
cHP
BEQ
MOV

7%:

177746

#1000,BCSR

;REPEAT umnnn :gm

001124

003163
000001
003163
000340

R4
o4
RO
oCCRTBL
SEXPBOT .R1

8IS

177746

177744
003162

MOV
MOV
MOV

+35
MSER

RO)s, CCR
@0TSTLOC+1
#81T00, CCR
@TSTLOC+1
#340,
Y
#340, $GDDAT
+35
64
R4,

;ALLOCATE TO HAVE WRITE BYTE WIT
ABLE
;SET
;ALLOCATE CACHE LOC. WITH DESIRED PARITY
;SETUP CCR TO ABORT POSSIBLE BAD PARITY
;READ LOW BYTE OF TEST LOCATION
;IJF RECEIVED DATA NOT EQUAL TO EXPECTED
;

;SAVE PROPER MSER SETTING
;MSER NOT SET PROPERLY
; INCREMENT POINTER THRU MSER TABLE
; INITIALIZE MSER
;ALLOCATE TO HAVE WRITE BYTE HIT
;SETUP CCR FROM TABLE
;ALLOCATE CACHE LOC. WITH DESIRED PARITY

;SETUP CCR TO ABORT POSSIBLE BAD PARITY
;READ HIGH BYTE OF TEST LOCATION
;IF RECEIVED DATA NOT EQUAL TO EXPECTED
;SAVE PROPER MSER SETTING

;MSER NOT SET PROPERLY
; INCREMENT POINTER THRU MSER TABLE

;00 UNTIL ALL BYTE COMBINATIONS CHECKED
;ENABLE HALT ON BREAK
;INITIALIZE LOOP COUNTER
[ ADDRESS OF CCR TABLE

a.fWITH DESIRED PARITY

;SETUP CCR_TO NOT ABORT
;READ LOW BYTE OF TEST LOCATION

;IF RECEIVED DATA NOT EQUAL TO EXPECTED

; THEN
:SAVE PROPER MSER SETTING
;MSER NOT SET PROPERLY
;INITIALIZE MSER
;ALLOCATE CACHE LOC.

:flgn‘f?c

LOC. WITH DE

FROM TABLE

PARITY

:IF RECEIVED DATA NOT EQUAL TO EXPECTED
THEN

T
S
e
T
A
ATIONS CHECKED
COMBIN
BYTE
:00 UNTIL ALL

COKDAFO KDJ11-B CLUSTEX DIAG.
TEST

MACRO V05.03

Page 27-3

SEQ 0324

- MEMORY SYSTEM ERROR REGISTER TEST

17787 111060 005037 177744
17788 111064 052737 001000

177520

17790 111100 005037

17791 111104

111104

000421

17794 111106
17795 111110
1779 111112
im7797 111114

000000
000100

17798

177746

CLR
BIS

MSER
#1000,BCSR

CLR

CCR

TST21

MOV

17789 111072 013737 003012 000114

Fridey 28-Mar-86 13:30

104:

SLOC00, @¢114

O
100
2000
2100

17799 111116
17%0 mig
111
17
i;.o 111124

000000
100300
100040
100340

EXPWDT: .WORD
.WORD
.WORD
.WORD

O
100300
100040
100340

17804 uugg
17805 1111
17806 111132
17807 111134
111136
17
17809 111140
17810 111142
17811 111144

000000
000000
100100
100200
100040
100040
100140
100240

EXPBDT: .WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD

O
O
100100
100200
100040
100040
100140
100240

17012 111146

000002

ABROUT: R

-y
L]

002100

CCRTBL: .WORD
.WORD
.WORD
.WORD

;CLEAR _ERROR REGISTER
;ENABLE HALT ON BREAK

;RESTORE VECTOR 114

;CLEAR ALL BIT IN CCR

::G0 TO NEXT TEST

—‘7

B10

COKDAFO KDJ11-8 CLUSTER DIAG.
TEST

MACRO V05.03

Friday 28-Mar-86 13:30

et e

. >

Page 28

SEQ 0325

- CHECK PARITY ABORTS BLOCKED BY NON-EXISTENT MEMORY ABO
.SBTTL TEST
CHECK PARITY ABORTS BLOCKED BY NON-EXISTENT MEMORY ABORT
;CHECK PARITY ABORTS BLOCKED BY NON-EXISTENT MEMORY ABORT - THIS TEST HILL
:VERIFYTHATIFAPARITYERRQNCWSNTPESNEMSSREFMAS
;NON-EXISTENT MEMORY
THAT THE CACHE DATA PATH GATE ARRAY BLOCKS THE
;PARITY ERROR TO THE J-11 CHIP SET. THIS WILL BE DONE BY USING THE DIAGNOSTIC

xBITTOCMSEAPARITYEWINACAOEREFERBCETHATDGSMTMVEA
; CORRESPONDING ADDRESS IN MAIN MEMORY. THE ADDRESS WILL THEN BE READ CAUSING
HAVING
sBOTH A CACHE PARITY ERROR AND A NON-EXISTENT MEMORY ERROR. TO AVOID
THIS TEST
-

;TO SIZE THE ENTIRE MEMORY TO FIND A NON-EXISTENT MEMORY ADDRESS
;WILL USE THE LARGEST NON-I/O ADDRESS (17757776). THE TEST WTML FIRST READ
;THIS ADDRESS AND IF A NXM TRAP OCCURS THE TEST WILL BE DONE. IF THE ACCESS
;TO THIS ADDRESS DOES NOT TRAP THEN THE TEST WILL BE SKIPPED.

;BGNTST

sSAVE CONTENTS OF VECTOR 4
;SAVE CONTENTS OF VECTOR 114

:LET VECTOR 4 POINT TO CONTINUE TESTING (A:)

;LET PAR6 = #177400

;ACCESS ADDRESS 157776 (PHYSICAL 17757776)

zSET DIAGNOSTIC AND WRITE WRONG PARITY BITS IN CCR
;WRITE ADDRESS 157776;CLEAR CCR

SETPMITYMMTBITINCCR
:LET VECTOR 4 POINT TO CONTINUE TESTING (B:)

;LET VECTOR 114 POINT TO NXM-PARITY ERROR ROUTINE
;READ ADDRESS 157776
sIF NO TRAP THEN
IEPOIF

ERROR IN ABORT LOGIC

}

;CLEAR CCR

sREST(RE CONTENTS OF VECTOR 114
;RESTORE_CONTENTS OF VECTOR 4
TST
;EXIT
:

:NXH-PARITY ERROR ROUTINE:

GOTO B:

zE'DTS'I

111150
17862 111152
17863 111154
17864 111160
17865 111162
17866 111164
17867 111166

1 7868
17869 111170
17870 111176
17871 111204
17872 111212

RESET STACK AFTER TRAP

PARITY ABORT NOT BLOCKED BY NXM

*g‘..‘t“‘.‘.“.‘t‘.““.‘t‘““tt“‘t.ttt.“‘tt.““ttt““.“..
T21:
'S‘Cgi

005737
001002

003032

BN‘%

994 :
013737
012737
012737

000114
111232
177400

003014
000004
172354

CCHPAS
99%

TST22

WOV
MOV
MOV

SLOCOL
se1is,
904
018,
017"400.KIPAR6

NOP

;have done enough inclusive passes?

; not yet-

ai
d-b#!

;:G0 TO NEXT

1
o VECTOR
cmang
' SAVEVECTOR
TESTING
C(N*M
$
POINT
4
:LET
:LET PAR6= OFFSET TO MIGHEST

Cl0

COKDAFO KDJ11-B CLUSTER DIAG.
TEST

MACRO V05.03

Friday 28-Mar-86 13:30

Page 28-1

SEQG 0326

- CHECK PARITY ABORTS BLOCKED BY NON-EXISTENT MEMORY ABO

177572

INC
ST
B8R
ADD
BIC
MOV
CLR
MOV
MOV
MOV

17873 111220
17874 111224
17875 111230
17876 111232
17877 111236
17878 111244
17879 111252
17880 111256
17881 111264
m.gzg
17

005237
005737
000431
062706
042737
012737
005037
012737
012737
012737

17884 111304

17885 111306
17886 111310
17887 111314
17888 111320
17889 111324
17890 111332
17891 111340
17892 111346

000402
062706
005037
005037
052737
013737
013737
000404

B8R
ADD
24:
000004
177746
ABOEXT: CLR
CLR
177572
001000 177520
8IS
MOV
003012 000004
MOV
003014 000114
B8R

17896 111350

062706

000004

17898 111356

000002

17883

111

17893
17894
17895

157776

000004
001000
000102
157776
000200
111310
111350

737 157776

104037

17897 111354 104040

177520

177746
177746
000004
000114

18:

ERROR

NXMPAR:

ADD

ERROR
RTI

SRO
ABOEXT
SP
24
#1000,BCSR
CCR
9102,
30157776
9200, CCR
904
028,
ONXMPAR , 90114
30157776

39157776
+37

ABOEXT
SP
24
CCR
SRO
#1000,BCSR
SLOCOO, a4
SLOCO1. @e114
TST22
”

+40

;TURN ON MU
;ACCESS_ADDRESS 17757776
sIF NO TRAP SKIP TEST
;RESET STACK AFTER TRAP
;DISABLE HALT ON BREAK

:SET DIAG. AND WRITE WRONG PARITY BITS

;WRITE TO ADDRESS 17757776
;CLEAR CCR AND SET PARITY ABORT BIT
;LET VECTOR 4 POINT TO omnm: TESTING

’ wg&
sLETVECTOR 1147%;106
NXH ND PARITY ABORT DIN'T HAPPEN
lGO EXIT TEST
;RESET STACK AFTER TRAP
;CLEAR CCR FOR EXIT
;DISABLE MMU
;ENABLE HALT ON BREAK

:RESTUE VECTOR 4

;RESTORE VECTOR 114

1360 TO NEXT TEST

;RESET STACK AFTER TRAP

;PMITY ABORT NOT BLOCKED BY NXM TRAP

D10

COKDAFO KDJ11-B CLUSTER DIAG.
TEST

MACRO V05.03

Friday 28-Mar-86 13:30

Page 29

SEQ 0327

- MULTIPROCCESSING INSTRUCTION TESTS
.SBTTL

17901
17902

TEST

- MULTIPROCCESSING INSTRUCTION TESTS

;MULTIPROCCESSING INSTRUCTION TESTS - THIS T.ST WILL VERIFY THAT THE MULTI;PROCCESSING INSTRUCTIONS DO A BYPASS OF THE CACHE. THIS TEST WILL NOT VERIFY
;THE REST OF THE FUNCTIONALITY OF THESE INSTRUCTIONS BECAUSE THAT WILL ALREADY
;HAVE BEEN CHECKED IN THE BASE INSTRUCTION TESTS. THE TEST WILL FIRST ALLOCATE
;AN ADDRESS IN CACHE THEN A TSTSET INSTRUCTION WILL BE DONE AT THAT ADDRESS.
;A HIT SHOULD BE RECORDED ON THE ACCESS. NEXT, THE ADDRESS WILL BE READ AND
;A MISS SHOULD BE RECORDED BECAUSE THE FORCED BYPASS ON THE TSTSET INSTRUCTION
;SHOULD HAVE INVALIDATED THE CACHE ENTRY. THE SAME SEQUENCE WILL THEN BE
;REPEATED FOR THE WRTLCK INSTRUCTION.
;

;BGNTST

;READ TEST LOCATION TO ALLOCATE CACHE
;D0 TSTSET INSTRUCTION
:IF HIT/MISS REGISTER BIT 3 NOT SET OR BIT 2 SET THEN
ERROR IN MULTI-PROCESSOR HOOKS
.

;ENDIF

;READ TEST LOCATION (ALSO ALLOCATES CACHE FOR WRTLCK)
;D0 WRTLCK INSTRUCTION

;IF HIT/MISS REGISTER BIT 3 NOT SET OR BIT 2 SET THEN
ERROR IN MULTI-PROCESSOR HOOKS
.

;ENDIF
;READ TEST LOCATION

;00 ASRB INSTRUCTION

;IF HIT/MISS REGISTER BIT 3 NOT SET OR BIT 2 SET THEN
'éwxr ERROR IN MULTI-PROCESSOR HOOKS
3

;ENDTST

;NOTE: THE CODE IS POSITION DEPENDENT
111360
17932
111362
17933
111364
17934 111370
17935 111372
17936 111374
17937 111376
1 7938
17939 111400
17940 111406
17941
17942 111412
17943 111414
17944 111416
17945 111424
17946 111432
17947 111434
17948 111436
17949 111444
17950 111446
17951 111454
1

1% 111456
1
111460
1
111462
17956 111464

ié“‘..“.“.‘.“‘t“.t““““.“.‘..t““‘..t.“..‘t““.t.‘.“

T22:

SCOPE

757

003032

BNE

NOP

99¢:
001000
003162

NOP

BIC

177520

Is.

CCHPAS

99¢

5723

#1000,BCSR

;DISABLE HALT ON BREAK

WORD

7237

iTNSTR. b, ASE THE ASSEPBLER WAS NOT

TSTSET

TSTLOC

idoRo TSTLOC

000004

114150

BIT

#81T2,RECDAT

111412

001126

ERROR

::60 TO NEXT TEST

'READ TEST LOCATION TO ALLOCATE CACHE

ngs.kscon

aid

TSTLOC

811
18

TST

114150
114150

177752

000010

have done enough inclusive passes?

: not yet

+45

5076, $BOOAT
ROU
CRROR .41 c.)c
gL 7337
'WORD TaToc
‘WoaD

100 TSTSET INSTRUCTION

'THESE NEYT TWO LOCATIONS ARE THE TSTSET
READY

R 1TSS REGISTER BIT 3 NOT SET

"ERROR IN RECORDING HITS IN HIT/MISS

'IF MIT/MISS REGISTER BIT 2 SET

SAVE OPCODE
iPUT THE \RITE RUEK COOE ON THE RIGHT $88
WPTLCK
ARE THE
Oee NEXT TWO WORDSASSEMBL
NOT READY
ER WAS

:wgimmESSOR HOOK INSTRUCTION DOESN' TT CAUSE MISS
‘

PINGTR. BECAUSE THC

{

E1Q

COKDAFO KDJ11-B CLUSTER DIAG.
TEST

MACRO V0S5.03

Friday 28-Mar-86 13:30

Page 29-1

SEQ 0328

- MULTIPROCCESSING INSTRUCTION TESTS

17957 111466

013737

177752

114150

000004

114150

111456

001126

%
1

114150

17967 111540 032737 000010 114150

17968 111546
1% 111550
111552
17970
17971 111560

001001
104045
052737
032737

1797% 111566 001404
1

111570

{773;; 111576
17976

013737

104041

001000
000004
111526

177520
114150
001126

HITMIS,RECDAT

:STORE_REGISTER

BNE
ERROR
BIT
BEQ
MOV
ERROR
ASRB
MOV

34
+45
#BIT2,RECDAT
43
a92¢,
$BDDAT
+41
TSTLOC
HITMIS,RECDAT

: THEN
;ERROR _IN RECORDING HITS IN HIT/MISS
;IF_HIT/MISS REGISTER BIT 2 SET
i THEN
: SAVE_OPCODE
;MULTI-PROCESSOR HOOK INSTRUCTION DOESN'TT CAUSE MISS
; THE THIRD BYPASS INSTRUCTION
;STORE _REGISTER

BNE
ERROR
BIS
BIT

54
+45
#1000,BCSR
#B8I72,RECDAT

: THEN
;ERROR _IN RECORDING HITS IN HIT/MISS
;ENABLE HALT ON BREAK
IF HIT/MISS REGISTER BIT 2 SET

BIT

111474 032737 000010 114150

17959 111502 001001
17960 111504 104045
17961 111506 032737
1
111514 00%‘04
1
111516 013737
17964 111524 104041
17965 111
106237
013
17966 111

MOV

3$:
4s:

5$:

BIT

BEQ

MOV

ERROR

#8173, RECOAT

98173, RECDAT

TST23

a94s,

+41

$BDDAT

+IF HIT/MIS, REGISTER BIT 3 NOT SET

;IF_HIT/MISS REGISTER BIT 3 NOT SET

+sEXIT TéST

: SAVE_OPCODE

;MULTI-PROCESSOR HOOK INSTRUCTION DOESN'TT CAUSE MISS

F10

COKDAFO KDJ11-B CLUSTER DIAG.
TEST

MACRO V05.03

Friday 28-Mar-86 13:30

Page 30

SEQ 0329

- DATA STORE RAM TESTS

_TEST - DATA STORE RAM TESTS
;DATA STORE RAM TESTS - THERE ARE TWO TESTS FOR THE DATA STORE RAM.
TFE FIRST TEST WILL BE A NO DUAL ADDRESSING TEST AND THE SECOND
:TEST WILL BE A DATA RELIABILITY TEST. THE NO DUAL ADDRESSING TEST
;WILL FIRST WRITE EACH WORD OF THE CACHE RAM WITH ITS WORD ADDRESS
;AND VERIFY THE CONTENTS WITH A READ OF EACH ADDRESS. THEN EACH
:BYTE WILL BE WRITTEN WITH ITS ADDRESS AND CHECKED. THE DATA
aeunsnnv TEST THAT WILL BE USED IS A TEST CALLED MOVING INVERSIONS.
.SBTTL

17979

NNTST

.SET\P MMU REGISTERS TO HAVE BYPASS ON KERNAL SPACE AND NO
BYPASS ON USER SPACE

;LET PS EQUAL KERNAL FOR CURRENT MODE AND USER FOR PREVIOUS
;ENABLE MMU

:GET FIRST ADDRESS OF 4K WORD DATA BUFFER

;CLEAR DATA TO BE WRITTEN
;SET DIAGNOSTIC BIT (BIT<1>) IN CCR
;DO UNTIL DATA TO BE WRITTEN EQUALS 20000(8)
WRITE DATA TO ADDRESS
Pe
ADD 2 TO ADDRESS
Pe
ADD 2 TO DATA TO BE WRITTEN
P.
; ENDDO

READ ADDRESS
IF RECEIVED DATA NE EXPECTED DATA THEN

g...gg@g.....

7T BT

GET FIRST ADDRESS OF 4K WORD DATA BUFFER
:CLEAR EXPECTED DATA
:DO UNTIL EXPECTED DATA EQUALS 20000(8)

ENDIF

GOTO DATA STORE PARITY ERROR ROUTINE

ADD 2 TO EXPECTED DATA
ADD 2 TO ADDRESS

IRST MSS OF 8K BYTE DATA BUFFER
DATA TO BE WRITTEN
IL ALL BYTES CHECKED

WRITE DATA TO ADDRESS
ADD 1 TO ADDRESS

ADD 1 TO DATA TO BE WRITTEN

T FIRST ADDRESS OF 8K BYTE DATA BUFFER
EAR EXPECTED DATA

DO UNTIL EXPECTED DATA EQUALS 20000(8)
.

READ ADDRESS

IF RECEIVED DATA NE EXPECTED DATA THEN
GOTO DATA STORE PARITY ERROR ROUTINE

ENDIF

ADD 1 TO EXPECTED DATA
ADD 1 TO ADDRESS

zEPDTST
111600
18032 111602
18033 !11604
18034 111610

000004
000240
005737
001002

Lt Lt

1s123: SCOPE
003032

T1ST

BNE

CCHPAS

99¢

;have done enough inclusive passes?
; not yet

G10

COKDAFO KDJ11-B CLUSTER DIAG.
TEST

MACRO V05.03

Friday 28-Mar-86 13:30

Page 30-1

SEQ 0330

- DATA STORE RAM TESTS

18035 111612
18036 111614
18037 111616

18039 111620

18040 111624

18041 111632
18042 111636

99
:

136574
002000
177572
140000
000002

001000
020000

1%:

18048 111666
18049 111670

18050 111674
18051 111676
18052 111704
18053 111710
18054 111712
18055 111716
18056 111720
18057 111724
18058 111732
18059 111736
18060 111744
18061 111752
18062 111754
18063 111756
18064
18065
18066
18067
18068
18069
18070
18071
18072

111762
111764
111766
111772
111774
112000
112002
112010
112014

140000

177746

24:
3$:

001122

114150
177752

100§ :

177746

140000
020000
001122

114150
177752

000020

18091 112116

R1,
2%
R1,

#20000

(R2)+

:3.

#BIT01,

CCR

'5‘%'

#20000

$BDADR

(R2)+,

RECDAT

;iwooé.az

+45
R1,
43
+43

82,
34

RECDAT

S5%:

6%:

R1,
74

#8IT01, CCR

78:

R1,
(R2)+
o1,
R1
6%
#8IT01, CCR

8%:

$20000

$BDADR

(R2)+,

RECDAT

000001

177746

CCR

#1000, BCSR

981704, $TMPO
1004

4%:

020000

#BIT01,

HITMIS, $TMPO

001160
001160

140000

INITMM

#81715, $BDADR

001122

114150

PC,

KIPAR6
#2000,
SRO
3i4oooo.nz

172354

177746
177520

aid

::G0 TO P=£XT TEST

TST24

fiaoooo.az

104

#817115, $BDADR

001122

HITHIS, $TMPO

001160
001160

#BIT04, $TMPO
1014

114150

101%:

000001

9¢:

+45

R1,

9%
+43
o1,

RECDAT
R1

;SETUP MMU REGISTERS
;LET PAR6 MAP TO ADDRESS 200000
; TURN_ON MEMORY MANAGEMENT
;GET _FIRST ADDRESS OF 4K WORD BUFFER
:INIT DATA TO BE WRITTEN

;SET DIAG BIT IN CASE NO MEMORY PRESENT
;DISABLE HALT ON BREAK
;D0 UNTIL ALL ADDRESSES WRITTEN
;IF DONE GO CHECK DATA
;WRITE DATA TO ADDRESS
;UPDATE DATA BY 2 (WORD BOUNDARY)
;ENDDO
;CLEAR DIAGNOSTIC BIT
;GET _FIRST ADDRESS OF 4K WORD BUFFER
;INIT DATA TO BE CHECKED
;D0 UNTIL ALL ADDRESSES CHECKED
;IF DONE GO DO BYTES
;STORE FOR ERRORS
3

;READ TEST LOCATION
;STORE REGISTER
;HIT?

;IF YES, BRANCH
;:DATA RAM ERROR

;IF RECIEVED DATA NOT EQUAL TO EXPECTED
; THEN
;DATA RAM ERROR

;UPDATE EXPECTED DATA BY 2
:ENDDO

;GET_FIRST ADDRESS OF 4K WORD BUFFER
;INIT DATA TO BE WRITTEN
;SET DIAG BIT IN CASE NO MEMORY PRESENT

;D0 UNTIL ALL ADDRESSES WRITTEN
;IF DONE GO CHECK DATA
;WRITE DATA TO ADDRESS

;UPDATE DATA BY 1 (BYTE BOUNDARY)
;ENDDO

;CLEAR DIAGNOSTIC BIT
;:GET FIRST ADDRESS OF 4K WORD BUFFER
;INIT DATA TO BE CHECKED
;D0 UNTIL ALL ADDRESSES CHECKED
:IF DONE EXIT TEST
;STORE FOR ERRORS
H

{READ TEST LOCATION
:STORE REGISTER
HIT?

:IF YES,

BRANCH

:DATA RAM ERROR

:IF RECIEVED DATA NOT EQUAL TO EXPECTED
; THEN
;:DATA RAM ERROR

;UPDATE EXPECTED DATA BY 1

H10

COKDAFO KDJ11-B CLUSTER DIAG.
TEST

MACRO V05.03

Friday 28-Mar-86 13:30

Page 30-2

SEQ 0331

- DATA STORE RAM TESTS

112122 000747

18093 112124
1.0094 112132

052737
005037

001000
177572

177520

10%:

BIS
CLR

#1000,BCSR
SRO

;ENDDO
;ENABLE HALT ON BREAK
;TURN OFF MMV

COKDAFO KDJ11-B CLUSTER DIAG.
TEST

MACRO V0S.03

Friday 28-Mar-86 13:30

Page 31

- TAG STORE RAM TESTS

18097
18098
18099
18100

igigé

18103

.SBTTL TEST - TAG STORE RAM TESTS
1TAG STORE RAM TESTS - THERE ARE TWO TESTS FOR THE TAG STORE RAMS, THE FIRST
:TEST IS AN ADDRESSING TEST TO ENSURE NO DUAL ADDRESSING OF THE TAG STORE.
:THE SECOND TEST IS A “MOVING INVERSIONS” TEST THAT CHECKS THE DATA RELIABILITY
:OF THE RAM STORE.

‘3

18104
18105

:DUAL ADDRESSING TEST - THIS WILL BE DONE BY FIRST FLUSHING THE CACHE, THEN
:THE FIRST 512(10) LOCATIONS (BLOCK 0) WILL BE WRITTEN WITH ADDRESSES THAT
IWILL CAUSE A INCREMENTING PATTERN TO BE STORED IN THOSE LOCATIONS OF THE TAG

18110
mg
181
18113
18114
18115
18116

;INITIALIZE LOW ADDRESS
;SETUP AND ENABLE MMU
:INITIALIZE BLOCK COUNTER
:DO UNTIL ALL BLOCKS TESTED (8 TIMES)
FLUSH CACHE AND SET DIAGNOSTIC BIT
5
LET CURRENT ADDRESS = LOW ADDRESS
:
;
INITIALIZE ALLOCATION COUNTER

18118
18119

;
;

181
1810
%gig

18117

18120
18121
18122
18123
18124
18125
18126
18127
18128
18129
18130

{3}“
mgi
18134

:STORE RAM. NEXT THE ENTIRE 4K ADDRESS RANGE WILL BE READ, THE HIT/MISS
:REGISTER SHOULD ONLY REPORT HITS ON THE ADDRESSES THAT WERE ALLOCATED. THIS
:PROCESS WILL BE REPEATED FOR EACH BLOCK.
‘

DO UNTIL ENTIRE BLOCK ALLOCATED (1000 TIMES)

;
;
;
:
:
;
;
;
:
:
:

WRITE CURRENT ADDRESS
ENDIF
UPDATE CURRENT ADDRESS (ALSO ADD 200 ASTOBEFORE
PAR)
FOR 1/0 PAGE WRITE THE SAME ADDRESS
:
ENDDO
INITIALIZE GOOD ADDRESS
INITIALIZE CURRENT ADORE
INITIALIZE LOCATION COUNTER
SAVE CONTENTS OF VECTOR 114
LET VECTOR 114 POINT 10 TAG STORE PARITY ABORT ROUTINE
DO UNTIL ALL LOCATIONS
CHECKED (1000 TIMES)

::
:
H

18135
18136

:
;

18139
18140
18141
18142

igg;

18143

18144

18145

18146
18147
18148
18149
18150
igi‘“
181

:
:
:
;
"

b
ELSE

READ CURRENT ADDRESS

6"&"&4‘1{"
ng i‘&"’:‘l&".
BLOCK CHECKED
ac%mn
ADDRESS
IF HIT THEN
.

ENDIF

IF CURRENT ADDRESS NE GOOD ADDRESS THEN
ERROR

ENDIF

IF CURRENT ADDRESS EQUAL GOOD ADDRESS THEN
.
ERROR

ENDIF

ADDRESS
(ADD #2)
:ENDDO UPDATE
UPDATE GOOD
CURRENT
Aoaf!ss

;.
UPDATE LOW ADDRESS (ADD #2000)
ENDDO
;ENDDO
:DISABLE MMU
;RESTORE VECTOR 114
;ENDTST

;3".‘..““t“““t“““““‘.O‘“.“#““‘.““.‘.““““...‘

J10

COKDAFO KDJ11-B CLUSTER DIAG.
TEST

MACRO V05.03

Page 31-1

SEQ 0333

- TAG STORE RAM TESTS

112136
18154 112140
18155 112142
18156 112146
18157 112150
18158 112152
18159 112156
18160
18161 112160
18162
112166
18163 112174
18164 112202
18165 112206

18175 112274
18176 112276
18177 112304
18178 112310
18179 112316
18180 112

000004
000240
005737

001003
000240
000137
000240

013737
012737

1ST24:

003032

112710

99¢:

000004
112712
140000

001160
003016

000020

172516
003154

136574
177572

177770
000000
001000
172354
000402
003016
177400
002000

100000
001660
100000

001646

001640
000002
000200

177600

177520

177746
114170
003152
172354

1$:

9%:

2%:

172314

181%% 115438
18196 1124

114170

NOP

MOV
MOV
MOV
BIC
CLR
MOV
MOV
MOV
ai;

8IS

172314

34:
114170 4$:
172354
172354
172354

114170

112410
112416

BNE
NOP
JMP

MOV

177746
003020

18190 112376
18191 112404

SCOPE
NOP
ST

MOV
MOV
JSR
INC

108:

18192
18193

Friday 28-Mar-86 13:30

003152
114184 S$:
001122 6%:
001122
177746
114150
114150
003020

MOV
BIC
MOV
BR
CLR
ADD
ADD
cMP
BNE
SUB
INC
BLT
BIS
MOV
ADD
MOV
ADD
CLR
ASH
ADD
MOV
MOV
MOV
BIC

BIC
ST
MOV
gg
cHP
BEQ
ERROR
B8R

;have done enough inclusive passes?
i not yct_d

CCHPAS

99
184

; yes skip this

204, $TMPO

, 304
#204
#140000, LOWADD
INITMM
PC
SRO

#BIT04,MMR3
#-10, LOOPIN
#0,R1
#1000,BCSR
KIPARG
CCR
#402,
LOWADD, CURADD
#-400, ALLCTR
ggooo

KIPAR6

#BIT15,KIPDR6

@CURADD , R2
#81T15,KIPDR6
R2, 3CURADD
4%
SCURADD
82
CURADD
$200, KIPARG
#177600,KIPARG
104
$200, KIPARG
ALLCTR
24
#81702, CCR
LOWADD, GOODAD
R1
GOODAD
#140000, CURADD
CURADD
R1
KIPARG
#6,R1
R1.KIPARG
$-200, ALLCTR
#-10,
DCOUNT
CURADD, $BDADR
#160000
, $BDADR

#81T02, CCR
HITMIS, RECDAT
%nz. RECDAT
CURADD, GOODAD
as
+46
8s

SCURADD

m al

;STORE TIMEOUT VECTOR
;POINT NEW
;INITIALIZE LOW ADDRESS (USE PAR6)
;INITIALIZE MU
;ENABLE MMU
;ENABLE 22-BIT MAPPING
;00 UNTIL ALL BLOCKS TESTED
;00 IN 2 WORDS TO AVOID PMI MEMORY
;DISABLE HALT ON BREAK

;:SET UP PAR6 FOR THIS TEST
;FLUSH CACHE AND SET DIAG BIT
;GET FIRST ADDRESS IN CURRENT BLOCK
;D0 UNTIL ALL ADDRESSES ALLOCATED
;IF ADDRESS LESS THAN 32K
: THEN
;SET BYPASS
;STORE CURRENT DATA

;ALLOCATE NEXT ACCESS

;&gfi ALLOCATE

{WRTTE_CURRENT ADDRESS

{UPDATE CURRENT ADDRESS

;REACHED I/0 PAGE?
;BRANCH IF NOT

;:DON‘T UPDATE PAR FOR I/0 PAGE
;IF ALL ADDRESSES ALLOCATED
: ENDDO

;RUN WITH FORCE MISS
;INITIALIZE GOOD ADDRESS

:(IT FIRST ADDRESS

;START WITH 1 OR 2 LOCATION
;

;MAKE SURE ON THE RIGHT BOUNDARY
;D0 UNTIL ALL LOCATIONS CHECKED
;D0 UNTIL ADDRESS IN EACH BLOCK CHECKED
:IN CASE OF ERRORS
;CLEAR PAR BITS
CLEAR FORCE MISS

ADDRESS
;RE
:STORE REGISTER

;%&NACCESS WAS A HIT
;

;IF CURRENT ADDRESS NOT EQUAL TO GOOD
; ADDRESS THEN
;ERROR IN TAG STORE
:

IK10

COXDAFO KDJ11-B CLUSTER DIAG.
TEST

MACRO V05.03

Friday 28-Mar-86 13:30

Page 31-2

SEQ 0334

- TAG STORE RAM TESTS

114170

003020 7%:

001000
000004

114170 8%:
177746

114144

000004
007774
000400
003152

001000
000002
000002

112232
002000
003154
112226
000400
177572
001160
000020

003020
114170
172354
177520

003016

177746

30$:

15%:

000004
172516 g
20%:

cHP
BNE
ERROR
ADD
BIS
INC
BLT
ADD
SUB
ADD
INC
BLT
BIS
ADD
cHP
BNE
JMP
ADD
INC
BGE
JMP
MOV
CLR
MOV
BIC
BR
RTI

CURADD, GOODAD
8s
+47
#1000, CURADD
#81T02, CCR
oC
64
%4
GOODAD
#7774, CURADD
KIPAR6
2400,
ALLCTR
5%
#1000,BCSR
82,
R1
R1
82
304
9
#2000, LOWADD
LOOPIN
154
13
CCR
$400,
SRO
$TMPO, 304
#81T04,MR3
15125

;IF_CURRENT
ADDRESS EQUAL GOOD ADDRESS
: THEN
;ERROR IN TAG STORE
;UPDATE TO NEXT BLOCK

;RUN WITH FORCE MISS
;IF_ADDRESS NOT CHECKED FOR EACH BLOCK
:ENDDO
;UPDATE GOOD ADDRESS
; INCREMENT IN 2 WORDS
;IF_ALL ADDRESSES CHECKED
: ENDDO
;ENABLE HALT ON BREAK

;PREPARE FOR THE 2ND PASS THRU
;DONE TWICE?
:IF SO, EXIT
;UPDATE TO NEXT BLOCK TO BE ALLOCATED
+IF ALL BLOCKS WERE TESTED
i

; ENDDO

;CLEAR DIAGNOSTIC BIT
;DISABLE MMU
;RESTORE TIMEOUT VECTOR
;ENABLE 22-BIT MAPPING
::G0 TO NEXT TEST

L10

COXDAFO XDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 32

SEQ 0335

TEST - STANDALONE MODE TEST

.SBTTL

TEST - STANDALONE MODE TEST

sTHIS TEST VERIFIES THAT NMX CAN BE CREATED IN STANDALONE MODE.

IN CACHE
leMTE INSTRUCTIONS

;GUARANTEE MISS ON TEST LOCATION
sIN STANALONE MODE ACCESS TEST LOCATION
;IF NO TIMEOUT THEN
Pe

SBDIF

0030

BNE

NOP

99%:
000400

112742

177746

e et
e P
ot P
e e

s
P e o et o
s e
ot ot

e e s e
e ot ot B

-y

NOP

187

T25:

et s Pt

%RRRE§§§n§§§§o— $0
Bt et et Pt et Pt ot ot et
SEEERERSESedidies eSN

*guo‘“ouuouoououou“n“uuuuucuutonouuouuun

001000
113022
001100
000004

18:

B8R

NOP

15126

;have done enough incl

i not yet
sid

——

; ""T‘Q

;360 TO NEXT

TEST

9400, CCR
. .Ri

;FLUSH CACHE
:START WITH CURRENT INSTRUCTION

:%oo.lu

;noer

187

(Ri)+

920000

BI
%‘

63“BESR
sl 08

MOV

108:

994

MOV
MOV

MOV

S$:

CCHPAS

904 ,R2

osolm

08,

$,(SP

44
ERAOR
#1100,5P
MOV

MOV

R2, 304

;READ A WORD

ro THE TEST

DI oL T m BREAK
MODE
imfiflft
;cuzdsrmo:
BIT
T ON BREAK
;m:oun

OO T W—

;RESTORE STACK

:AND TIMEOUT VECTOR

M10

COXDAFQ XDJ11-B CLUSTER DIAG.
TEST

MACRO V05.03

Friday 28-Mar-86 13:30

Page 33

SEQ 0336

- MOVING INVERSIONS TEST FOR DATA RAMS

18279
18280
18281
18282
18283
18284
18285

.SBTTL TEST - MOVING INVERSIONS TEST FOR DATA RAMS
:MOVING INVERSIONS TEST FOR DATA RAMS- THE TEST IS STARTED AFTER LOADING THE
;am STORE WITH 0'S. EACH ADDRESS IS asuo AND VERIFIED TO BE ALL 0'S. THEN A
;1 IS SUBSTITUTED IN A BIT POSITION AND THE NEW WORD IS WRITTEN. NEXT THE
;ADDRESS IS READ TO VERIFY THE NEW CONTENTS. THIS IS REPEATED FOR EACH BIT OF
;THE WORD LEAVING THE ARRAY FILED WITH 1'S. THE WHOLE PROCESS IS REPEATED
Pl.uasnr.mosmnc1snomnsomcemnzmsmmmmmm

18286

;omecum FINALLY EVERYTHING IS REPEATED FOR EACH BIT Posmm BEING THE

18289

mus TEST RUNS IN STANDALONE MODE.

1
1

;aoflsr
;SETUP AND ENABLE MMU

;oo IN STANDALONE MODE FOR EACH HALF SEPARATELY

1333
1
13&
1

;.
;.
;.
-

{asos

18287
18288

18290

18293

18296
18297
18298

18303

18306
18307
18308
18309

10
%fi{%
18314

18315
18316

igi;
18319

;LSB. TO SAVE TIME AND KNOWING THE LAYOUT OF THE RAM CHIPS INSTEAD OF DOING
:ONLY A SINGLE BIT AT A TIME EVERY FOURTH BIT WILL BE DONE CONCURRENTLY.

;SETUP CCR TO ABORT PARITY ERRORS

;CLEAR CACHE

;LET FUDSEQ = #1
;LET ADDLSB = #1
;00 UNTIL ADDLSB EQ 20000

bs
.

;.
ie
e
;.

i.:

HEY
HEY

LET CURDAT = 0
LET RITEDA = &1
LET NEWDAT = 01
IF FUDSEQ = #1 THEN

wss OF 4K BYTE BUFFER
rsu% EQUAL r
LET

LET FSTADD EQUAL LAST ADDRESS OF 4K BYTE BUFFER
LET LASTAD EQUAL FIRST ADDRESS OF 4K BYTE BUFFER
g
mer
cuu\oo = Fsmm

5
ro &m STORE PARITY
Tw
LET%m

i.
;.

Smay
b

i:gg

18324

1
18327

18328
1
1
18331

13&
1

18334

P.
;.
;.

;.
b
;.

;.
i

INE

T ! CURDAT THEN
LETR1 EQUAL CURRENT DATA

GOTO oms STORE PARITY ERROR ROUTINE

IF DCOUNT GT #3 THEN

mmo

{ggg

HEY

SS OF 4K BYTE BUFFER

EQUAL LAS

LET SCURADD= @CURADD CLEARBY RITEDA
LET SCURADD = &CURADD SETBY RITEDA

LET RECDAT = @CURADD

IF RECOAT NE NEWDAT THEN

ENDIF

LET R1 EQUAL NEW DATA
GOTO DATA STORE PARITY ERROR ROUTINE

IF CURADD EQ LASTAD THEN
IF RITEDA = #210 THEN
IF DCOUNT NE 67 THEN

LET CURDAT = #377
LET RITEDA = o1

ENDIF

LET NEWDAT = #376

N10

COKDAFO KDJ11-B CLUSTER DIAG.
TEST

MACRO V05.03

Friday 28-Mar-86 13:30

Page 33-1

183
1833

s
:.

ELSE
.

$s
.
be
.
s
T
¥s
§a
8.

.
.
ENDIF
INCREMENT DCOUNT
LET CURADD = FSTADD

8
s

18338
18339
18&2

18343
18344
18345
18346
18347
18348
18349
18350
18351

4
ELSE
:

s
3.
s

1335%

P
)
§a
s
¥a
B

18358
18359
18
18361
18362
18363

é
.
ENDIF

ENDIF

LET CURADD = CURADD - ADDLSB
IF CARRY THEN
:
LET CURADD = LASTAD - ADDLSB
LET CURADD = CURADD - #1
.

.
ENDIF

e
$x
.
$s

"
ENDDO
IF FWDSEQ EQ #1 TFEN
LET FWDSEQ =

18365
18366
18367
18368

s
s
"
ENDO

.
.
ENDIF

igrzg

;ENDTST

18364

16;69

1“72

ELSE

LET CURDAT = NEWDAT
ROTATE RITEDA
IF DCOUNT GT #3 THEN
LET NEWDAT = NEWDAT CLEAREDBY RITEDA
ELSE
LET NEWDAT = NEWDAT SETBY RITEDA
»
ENDIF

IF FWDSEQ = #1 THEN
LET CURADD = CURADD + ADDLSB
IF CARRY THEN
LET CURADD = CURADD + #1
"
ELSE

1835

18354
18355
18356
18357

ENDIF

ROTATE ADDLSB
LET FWDSEQ = #1

sRESTME VECTOR 114
.“‘.““““‘.*“““‘t“"t‘.‘#“t“#t‘“.“““‘t‘t.“““‘.

126

113056 000004

g 001003 18375 11
18376 113070
18377 113072
i% 113076

000137

114172

18380 113100
18381 113106

032777
0C1202

000200

18384 113122

004737

136574

B e
BNE

994 :

NOP
JMP
NOP

99%

ENDMOV

#BITO7,a3SWR
100%

:RW THIS TEST?
SET, GO DO IT

#1000,BCSR

;DISABLE
Hh.T ON BREAK
;SETUP MEMORY MANAGEMENT

18385 113126 012737 002000 172354

JSR

MOV

INITMM

18388 113146 013737 000004 001160

MOV

8“.

$TMPO

ENDMOV

02600 KIPARG

:OTI'ERHiSE GO TO NEXT TEST
;START ON 32K BOUNDARY
:

:SAVE 4

:STNE TEST IN THE FIRST 2K AND THEN IN THE SECOND 2K
;

inclusive

; debug aid
; yes skip this

BIT
BNE

JMP
000137 114172
113110
113114 042737 001000 177520 100%: BIC

R RE——

; not yet

066032

SEQ 0337

- MOVING INVERSIONS TEST FOR DATA RAMS

Ses

Bl1l

COKDAFO KDJ11-B CLUSTER DIAG.
TEST

- MOVING INVERSIONS TEST FOR DATA RAMS

18392 113154 012703 140000
18393 113160 012704 150000
18394 113164 012705 157777
18395 113170 000406
18396 113172 012703 150000
18397 113176 012704 140000
012705 147777
18398 us%oz 012702
113326
18399 113206
18400 113212 010300
18401 113214 012220
02 114172
113216
1
001374
uggz
13:8.5
010400
11
1
18405 uggg 012701 004000
005020
mog 11
1840 ugg: 077102
18408 11
004713
18409 113240 005702
18410 113242 001411
1841 nggg 010037 114150
18412 11
010237 001122
18413

MACRO V05.03

113254

042737

140000

oo 150000
f
it ugg
022703
mig
18417 113272 001337
18418 113274

052737

013737
18419 113
1
113310 012737
18421 113316
37
iuz; 113322 000137

001000

1%:
2%:
3$:
44

5%:
177520

MOV
MOV
MOV
BR
MOV
MOV
MOV
MOV
MOV
MOV
cHP
BNE
MOV
MOV
CLR
S08
JSR
ST
BEQ
MOV
MOV
BIC

001122

001160 000004
000400 177746
177572
114172

Fridey 28-Mer-86 13:30

6$:

BIS

MOV
MOV
CLR
P

.DSABL AMA
1:%; Hgfi
737 000400 177520 STMOVI: a{g
ma“? 113
012767 000001 000606
MOV
184 uuog
1 g ugz
1
113414
18436 uug
18437 113430
18438 uau
xg“sg 113436
1
113442
18441 113446
1
113450
18443 113454
18444 113460

oxz;gv
7
012737
012737
012737

737
7
012767
012767
005767
001405
010467
010567
010567
010467
016767

000001
100000
172360
000006

000602
172300
000004
000006
172360

100000 172300
000021 000534
000021 000530
000516
000522

000546

MOV
BIC
MOV
MOV
MOV

#BIT09,BCSR

$TMPO, 304
#400, ECR
SRO
ENDMOV

;gnoo.uecsa

o1,

FWDSEQ

o1
ADDL 58
#100000,
. 904
SKDPARO
6340, @96
%
SSKDPARO

#100000, 3#KIPDRO
#21,
RITEDA
021
NEWDAT
FWDSEQ
$
R4,FSTADD
RS.LSTADD
2%
RS,FSTADD
R&.LSTADD
FSTADD, CURADD

BEQ

ENDTLP

{ms fiu’72” 022767 oooo”
:fg 000444 BGNTLP 33
18447 113500 001567

#140000, $BDADR

8IS
MOV
MOV
ST
BEQ
MOV
MOV
BR
MOV
MOV
MOV

TSTLUP: CLR

000510
18:
000506
000500 000502 2%

£140000,R3
R4
#150000.
#15777T7.RS
2%
#150000,R3
. R4
2130000
#147777.R5
#STMOVI .R2
R3,RO
(R2)+,(RO)+
, R2
$ENDMOV
33
R4,RO
#4000, R1
(RO)+
43
R1,
PC.(R3)
R
5%
RO,RECDAT
R2,$

“aall #150000,R3
CHP
18
BNE

18428 us&
1
11
18430 11
18431 11 3;&
mgi 113374

Page 33-2

CURDAT

#10

DCOUNT

SEQ 0338

:START FOR THE TEST
;LOWER BOUNDARY TEST AREA
;HIGH BOUNDARY TEST AREA

;START OF THE TEST

;LOWER BOUNDARY TEST AREA

;HIGH BOUNDARY

;START WITH CURRENT
;:MOVE TO UPPER 4K
;WORD BY WORD
;ALL DONE

:CLEAR CACHE UNDER TEST
;GO DO THE ROUTINE
:ANY ERRORS?
:IF_NOT, CONTINUE

:DATA RECEIVED

;ADDRESS RECIEVED
:STRIP OF PAR BITS
;

;EXIT
;:DONE FOR BOTH HALVES?
:IF NOT, DO_AGAIN

;ENABLE HALT ON BREAK
;RESTORE TIMEOUT VECTOR

$INIT CC!F! FOR EXIT
;TURN OFF MMU
;GO TO NEXT TEST

; STANDALONE MODE
;ERROR INDICATOR
;INIT UPWARD ADDRESSING INDICATOR

;INIT LSB AND DO LOOP UNTIL SHIFTED OUT

;NO BYPASS
;ALLOCATE TIMEOUT VECTOR
;AT _PRIORITY 7
;PUT RETURN
:BYPASS
;INIT CURRENT DATA
;INIT DATA TO BE WRITTEN
; INIT EXPECTED DATA
:IF_ADDRESSING UPWARD
i THEN

LET FIRST

ILET LAST

;ELSE

SS EQUAL LOWEST VALUE

3 EQUAL HIGHEST VALUE

;LET FIRST ADDRESS EQUAL HIGHEST VALUE
;LET LAST ADDRESS EQUAL LOWEST VALUE
;LET CURRENT ADDRESS EQUAL FIRST ADDRESS
;INIT LOOP COUNTER
;00 LOOP 8 TIMES (4 TIMES TO WRITE 1'S
;AND 4 TIMES TO WRITE BACK 0'S)

Cl1l

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Peage 33-3

SEQ 0339

- MOVING INVERSIONS TEST FOR DATA RAMS

TEST

MOV
BIC
cHP
BEQ
CHP
BEQ
cHP
BEQ
cHP
BEQ

000462

; DON'T REWRITE TIMEOUT VECTOR
170000
000004
000005
000006

000007

CURADD, RO
RO
#170000,
RO
o4,
8s
RO
25,
83
RO
%,
83
RO
87,
8s

:STORE CURRENT ADDRESS
;LEAVE ONLY LOW 4K BITS
: TIMOUT VECTOR?

:IF SO, DON'T REWRITE IT
;

:CHECK PATTERNS NOW
016701

117767
126767
001402
000167
016701
022767
002004

146777
000403
156777
117767
126767

001402
000167

000370

000003

005267
016767

000426
005767
001412
066767

020567
002015

CMPB

1%:

2%:

3%:

000314

000007

106167

000342

000336

022767
001435
012767
012767
012767
000423
016767
005567
022767
002004
046767
000403
056767

MOVB

000356

000320

000241

MOV

000374

000334

026767
001053
022767
001016

113766

000414
000416

a3:

000210

000377

000356

5%:

000234
000222
000216
000003

000172
000152
000166

000176

000172
000170

74:

8s:

000144

000140
000146

64:

000152

BEQ
JMP
MOV
cMP
BGE

CURDAT, R1

@CURADD,RECDAT

RECDAT, CURDAT

14
EXBAD
NEWDAT, R1
DCOUNT
83,
24

ggca

RITEDA, @CURADD

BISB

RITEDA,

CMPB

RECDAT, NEWDAT

MOVE

@CURADD

@CURADD,RECDAT

BEQ
JHP
cMP
BNE
cHP
BNE
P
BEQ
MOV
MOV

4
EXBAD
CURADD, LSTADD
84
$210, RITEDA
5§
DCOUNT
27,
7%
#377, CURDAT
#21
RITEDA

'cf‘é

NEWDAT, CURDAT

ROLB

RITEDA

ADC
cHP
BGE
BIC
B8R
BIS
INC

MOV
B8R
TST
BEQ
ADD
CHP
BGE

RITEDA
DCOUNT
o3,
63
RITEDA, NEWDAT
7%
RITEDA, NEWDAT

FSTADD. CURADD
104
FWDSEQ
9%
ADDLSB, CURADD
RS, CURADD
104

:MOVE GOOD DATA TO R1
;FIRST READ LOCATION

;IF RECIEVED DATA NOT EQUAL TO EXPECTED

;:DATA THEN

:EXIT TEST
;MOVE GOOD DATA TO R1
;IJF LOOP COUNT GREATER THAN 3

; THEN

;&Em TEST DATA BY WRITE DATA
;ELSE
;SET TEST DATA BY WRITE DATA
;D0 READ AFTER WRITE

;IF RECIEVED DATA NOT EQUAL TO EXPECTED

;:DATA THEN
;EXIT TEST
;¥F CURRENT ADDRESS EQUALS LAST ADDRESS
HEN

:ND IF WRITE PATTERN EQUALS LAST
;PATTERN THEN

;AND TEST IS NOT ON LAST LOOP

: THEN

;SET UP TO WRITE 0'S

;ELSE

YSET UP FOR NEXT DATA PATTERN
(GET A PATTERN

{4IF DOWNAARD ADDRESSING

:E&NEWDAT BE CLEARED BY WRITE DATA
'LET NEWDAT BE SET BY WRITE DATA
'UPDATE LOOP COUNTER

IREINIT FIRST ADDRESS FOR THIS PASS

' IF ADDRESSING UPMARD

| (ACCULATE NEXT MIGHER ADDRESS

' 5FCURRENT ADDRESS HAS BEEN INCREASED

"ABOVE HIGHEST ADDRESS THEN

D11

COXDAFO KDJ11-B CLUSTER DIAG.

Friday 28-Mar-86 13:30

Page 33-4

SEQ 0340

18529 114146
18530 114150
18531 114152
18532 114154
18533 114156
18534 114160
18535 114162
18536 114164
18537 114166
18538 114170
18539
18540 114172

166767
020467
003403
062767
000605

000114
000122

000126

007777

000112

9%:

10%:
ENDTLP:

1¢:
000036

177520

ENDLUP:

#7777,

CURADD

104
ADDLSB,

CURADD

#7777,

CURADD

R4, CURADD
104

BGNTLP

000136

;ROLL ADDRESS BACK
ELSE

:CALCU.ME NEXT LOMWER ADDRESS

+ IF CURRENT ADDRESS MSFENEN DECREASED
;ENDDO
{1F_AODRESSING UPHARD FINISHED

iDO ADDRESSING DOMNMARD

,SET ADDRESSING UPWARD INDICATOR
‘UPDATE LSB TO NEXT POSITION
*ALL DONE?
' ENDDO

CURADD,R2
PfléITOB.OflCSR

OCO0O00000O0000

18528 114144

007777

-4

18518 114104
18519 114110
18520 114116
18521 114120
1
114124
18523 114130
18524 114134
18525 114142
18526
18527

162767

000411

pelec]

18506
18507
18508
18509
18510
18511
185

s
33383723 28 438h3n

- MOVING INVERSIONS TEST FOR DATA RAMS

TEST

MACRO V05.03

;STORE RECEIVED DATA

: STORE ADDRESS

OF STANDALONE

;STORES EXPECTED (GOOD) DATA FOR COMPARISONS
;STORES RECIEVED DATA TO BE VERIFIED
;USED TO INDICATE DIRECTION OF ADDRESSING
;STORES LEAST SIGNIFICANT BIT FOR RAM TESTS
;STORES WRITE DATA FOR RAM TESTS
;DATA STORE FOR RAM TESTS
;:DATA STORE FOR RAM TESTS
;STORES FIRST ADDRESS IN ADDRESSING SEQUENCE
:STORES LAST ADDRESS IN ADDRESSING SEQUENCE
:STORES CURRENT ADDRESS FOR RAM TESTS

E1l1l

COXKDAFO KDJ11-B CLUSTER DIAG.
TEST

MACRO V05.03

Friday 28-Mar-86 13:30

Page 34

- MOVING INVERSIONS TEST FOR TAG STORE

xe.ug

1854
18544
18545
18546
18547
18548
18549
18550
18551
18552
18553
18554
18555
18556
18557

.SBTTL

TEST

- MOVING INVERSIONS TEST FOR TAG STORE

:MOVING INVERSIONS TEST - THE TEST IS STARTED AFTER LOADING THE RAM STORE
:WITH 0'S. EACH ADDRESS IS READ AND VERIFIED TO BE ALL 0'S. THEN A 1 IS
;SUBSTITUTED IN A BIT POSITION AND THE NEW WORD IS WRITTEN. NEXT THE ADDRESS
:IS READ TO VERIFY THE NEW CONTENTS. THIS IS REPEATED FOR EACH BIT OF THE
:WORD LEAVING THE ARRAY FILED WITH 1'S. THE WHOLE PROCESS IS REPEATED PLUGGING
:IN 0'S TO THE 1'S AND REPEATED TWICE MORE ADDRESS IN THE DOWARD DIRECTION.
:FINALLY EVERYTHING IS REPEATED FOR EACH BIT POSITION BEING THE LSB. TO SAVE
:TIME AND KNOWING THE LAYOUT OF THE RAM CHIPS INSTEAD OF DOING ONLY A SINGLE
:BIT AT A TIME EVERY THIRD BIT WILL BE DONE CONCURRENTLY. ALSO NOTE THAT
:SINCE THE TAG STORE CANNOT BE CIRECTLY ACCESSED THE ENTIRE PATTERN MUST BE
;DONE BY DOING MEMORY CYCLES TO THE CORRECT BUS ADDRESSES. TO DO THIS THE
:TEST WILL BE DONE WITH THE DIAGNOSTIC BIT IN THE CCR (BIT 1) SET TO A 1.
;THIS TEST RUNS IN STANDALONE MODE.
;
:

1
18559

:BGNTST
;SETUP AND ENABLE MMU

18%26
18567

;.
i

18560
18561
18562
18563
18564
18565

18568
igg

;SETUP CCR TO ABORT PARITY ERRORS
;D0 IN STANDALONE MODE FOR EACH HALF SEPARATELY
;LET FWDSEQ = #1
;LET ADDLSB = #1
;D0 UNTIL ADDLSB EQ #20000
LET NEWDAT = 22200
i
LET CURDAT = 0
IF FUDSEQ = #1 THEN

i
;.

:
A

HEY

»
d

LET FSTADD EQUAL FIRST ADDRESS OF 4K BYTE BUFFER
LET LASTAD EQUAL LAST ADDRESS OF 4K BYTE BUFFER
LET FSTADD EQUAL LAST ADDRESS OF 4K BYTE BUFFER
LET LASTAD EQUAL FIRST ADDRESS OF 4K BYTE BUFFER

18571
18572

;.
;.

18575
18576
18577
18578
18579
18580
18581

;.
i
;.
i
;e
i
;.

18584
18585
18586

;.
i
;.

ENDIF
READ CURADD USING NEWDAT AS PAR
IF MISS THEN

ENDIF

i
i
i

18573
18574

18587
1

18590
18591
18592

16354

18595
18596
18597

i
!

i.
»

‘ -

ENDIF
LET DCOUNT = #0

DO UNTIL DCOUNT EQ #10
READ CURADD USING CURDAT AS PAR
.
IF MISS THEN
:
ERROR
ENDIF
WRITE CURADD USING NEWDAT AS PAR
ENDIF
IF HIT THEN

ERROR

IF CURADD EQ LASTAD THEN

LET CURDAT = NEWDAT
IF DCOUNT < #1 THEN
LET NEWDAT = NEWDAT SETBY RITEDA ROTATED LEFT
-

EROTCOUNT
>) 81 THEN
LET NEWDAT = NEWDAT CLR BY RITEDA ROTATED LEFT
r
ELSE

LET NEWDAT = #155400 (NO ALL 1'S)
LET RITEDA = #22200

SEQ 0341

COKDAFO KDJ11-8 CLUSTER DIAG.
TEST

MACRO VO05.03

Friday 28-Mar-86 13:30

Page 34-1

- MOVING INVERSIONS TEST FOR TAG STORE

18599
18600
18601
18602
18603
18604
18605
18606
18607
18608
18609
18610
18611
186
1861
18614
18615
18616
18617
18618
18619
18620
18621
18622

ENDIF
)
;.
INCREMENT DCOUNT
.
;e
ELSE
;.
IF FWDSEQ = #1 THEN
)
;.
LET CURADD= CURADD+ ADDLSB
;.
;.
IF CURADD GE HIGH ADDRESS THEN
;.
.
LET CURADD= CURADD + #7776
ENDIF
.
;.
ELSE
;.
;.
.
LET CURADD= CURADD- ADDLSB
;.
IF CURADD LE LOW ADDRESS THEN
;.
LET CURADD= CURADD - #7776
ENDIF
:
.
;.
ENDIF
.
;.
ENDIF
:
;.
ENDDO
:.
IF FWDSEQ EQ #1 THEN
;.
LET FWDSEQ= #0
;.
ELSE
;.
ROTATE ADDLSB
.
;.
;.
N
LET FWDSEQ = #1
ENDIF
;.
:ENDDO
;:RESTORE PARITY ABORT VECTOR

1“25

‘.““‘t“"t‘t".tt‘t“tt“t“‘tt“.tt‘t.‘tttttttt‘tt‘t“tt“‘

;ENDTST

iuzs

114172 000004

—
o
18628 114202 001003
1

114204

000240

iusx 114212

000240

114206 000137 115314

138 114214 032777 000100 064716

té127:

99%:

18634 114222 001002

B o

BNE
NOP
JHP

99
ENDTAG

BIT

#81706, 3SWR

NOP

BNE

JMP
000137 115314
114224 042737
18635 114230
18636
001000
177520
100$:
BIC
JSR
18637 114236 004737 136574
18638 114242
18639 114246
18640 114254
i““ 114262
m

iaus
m

18645 114270
18646 114274
18647 114300
18648 114304
18649 114306
18650 114312
18651 114316
1
114322
18653 114330
18654 114334

005237
012737
052737
013737

012703
012704
012705
000406
012703
012704
012705
012737
012702
010300

177572
000020 172516
000002 177746
000004 001160

INC
MOV
BIS
MOV

1004

ENDTAG
#1000, BCSR
INITMM
PC
#BIT04,MMR3
02
CCR
$TMPO
a4,

: not yet
; debug aid
: yes skip this

THIS TEST?
;am

DO IT
To 'CXT TEST
;oncmdGO GO
:DISABLEmv
nh.
mmatm
:SETUP
;TURN ON MMU
;ENABLE 22- an MAPPING
iSET DIAG, BIT
;STORE TIMEOUT VECTOR

:STORE TEST IN THE FIRST 2K AND THEN IN THE SECOND 2K
H

140000
130000
137776
1%:
150000
120000
127776
002000 172354 2%:

114134

MOV
MOV
MOV
BR
MOV
MOV
MOV
MOV
MOV
MOV

#140000,R3
#130000, R4
#137776.RS
24
$150000,R3
#120000, m
uzms
KiPARG
R2
oexnér
R3,R0O

——

inclusive passes

;START FOR THE TEST
:LGER BOUNDARY TEST AREA
HIGH BOUNDARY TEST AREA
;START OF THE TEST
:LOMER BOUNDARY TEST AREA
{HIGH BOUNDARY
;ABOVE 32K
WITH CURRENT
{START
:MOVE TO UPPER 4K

Gl1

COKDAFO KDJ11-B CLUSTER DIAG.
TEST

MACRO V05.03

Friday 28-Mar-86 13:30

Page 34-2

SEQ 0343

- MOVING INVERSIONS TEST FOR TAG STORE

18655 114336
18656 114340
18657 114344
18658 114346
18659 114352
18660 114356
114360
18662 114362
18663 114364
18664 114366
18665 114372

18669 114410
18670 114412
18671 114420
18672 114426
18673 114432
18674 114436
18675 114444
18676
18677
18678 114450
18679 114456
18680 114464
18681 114472
18682 114500
18683 114506
18684 114514
18685 114522
18686 114526
18687 114530
18688 114534
18689 114536
18690 114540
18691 114542
18692 114550
18693 114556
18694 114562
18695 114570
18696 114576
18697 114602
18698 114604
18699 114610
18700 114614
18701 114616
18702 114622
18703 114626
18704 114632
18705

18709 114644
18710 114650
18711 114654

012220
022702
001374
012700
162700

3$:

115314

MOV

114450
114134

001122

160000

177572
172516
001000
115314

SuB
BIS
JSR
TST
BEQ
MOV
BIC

001122
4%:

150000
001160
000400

012737
052737
005037
010400
012701
005020
077102
005000
012767
012767
005067
012767
012767
005767

177746
177520

016767

016700
042700
022700
001526

#STMOVT,RO
#EXITST,RO

:ADDRESS OF ROUTINE
:PROPER OFSET

PC.(R3)

:GO DO THE ROUTINE

RO,R3

RO
4%

RO, $BDADR

0%80000. $BDADR

HSOOOO R3

:63‘0'

%mo

2100000, 3#KIPDRO

RS“
R4
#4000, R1
(RO)+

R1,
RO

TSLOOP:

§5:

CURDAT

177330

LarAop

0COUNT
FSTADD, CURADD

: DON'T

TIMEOUT VECTOR

CURADD, RO

0170000.28

164

:IF NOT,

DO AGAIN

;RESTORE TIMEOUT VECTOR
;INIT CCR FOR EXIT
:TURN OFF MMU

'ENABLE HALT ON BREAK
YEXTT TEST

; STANDALONE MODE
:NO BYPASS
:NO BYPASS
;ALLOCATE TIMEOUT VECTOR

;CLEAR CACHE UNDER TEST

hboLse

2%:

#4,

;EXIT TEST
;DONE FOR BOTH HALVES?

;SET_UPWARD ADDRESSING INDICATOR
;INITIALIZE LEAST SIGNIFIGANT BIT

#22200, NEWDAT
$22200. RITEDA

Ra.

:ANY ERRORS?
: CONTINUE
;:STORE FAILED ADDRESS
;CLEAR PAR

;

FSTADD
LSTADD

1%:

FWDSEQ

001405
010467

010567
000404
010567
010467
005067

;WORD BY WORD
;ALL DONE?

#KDPARO
. 34

4%:

177370
177360

(R2)+,(RO)+

#BIT08, 34BCSR
#8IT1S, @MKIPDRS
#100000, 3¢KIPDRO

172360
172300

177402
177376

§WTAG,R2

$TMPO,
o394
#400,
CCR
SRO
MMR3
#1000,BCSR
ENDTAG

177520
172312
172300
012737

MOV
CcMP
BNE

;CLEAR _ERROR FLAG

;0LD DATA

;SET ADDRESS BITS
:SET ADDRESS BITS
; IF_ADDRESSING UPWARD
THEN

:FIRST ADDRESS WILL BE LOWEST ADDRESS

;AND LAST ADDRESS WILL BE HIGHEST
ELSE

T ADDRESS
:FIRST ADDRESS WILL BE HIGHES
LOWEST
;AND LAST ADDRESS WILL BE
;INITIALIZE LOOP COUNTER

;STORE CURRENT ADDRESS
;LEAVE ONLY LOW 4K BITS
; TIMOUT VECTOR?

;IF SO, DON'T REWRITE IT

H1l

COKDAFO KDJ11-B CLUSTER DIAG.
TEST

MACRO V05.03

Friday 28-Mar-86 13:30

Page 34-3

SEQ 0344

- MOVING INVERSIONS TEST FOR TAG STORE

18712 114656
18713 114662

18714 114664
18715 114672
18716 114676
18717 114704
18718 114712
18719 114714
18720 114720
18721 114726
18722 114732
18723 114740
18724 114746
18725 114750

000006

013767
032767
001002
000167
016737
005077
013767
032767

18726 114756
18727 114760
18728 114764
18729 114770
18730 114776
18731 115004
18732 115006
18733 115012
18734 115020
18735 115022
18736 115030
18737 115036
18738 115040
18739 115044
18740 115052
18741 115054
18742 115062
18743 115064
18744 115072
18745 115100
18746 115102
18747 115106
18748 115114
18749 115116
18750 115122

000004

172352
177244

177236 S$:

000346
177234
177236
177752
000004

172352 6%:
177210

000010

177172

000302
177200
177752
000004

177152

000254

177202 8%:

177150

177132

177132
177106

177112
177106

177106

000001

177062

022200
155400

177064
177060

177050
177044

177022
177036

177044
177040

162767

007776

166767

176764
176772

003403
062767

008402

000167
005767
001404
005067

007776
000005

177416
176724
176716

9%:

12¢:

13$:

14$:
15¢:

168:

177014

177010
177016

108:

177184 11$:

177150

000001

18751 115130

18
115132
18
115136
18754 115140
18755 115146
18756 115152
18757 115154
18
115162
18
115164
18760 115172
18761 115176
18762 115200
18763 115206
18764 115214
18765 115216
18766 115222
18767 11
18768 1152

177272
177¢72
177752

177022

177006
176776

17%:

176762
176730 18%:
181%:

cHP
BEQ
MOV
TST
MOV
BIT
BNE
JMP
MOV
CLR
MOV
gg
BIT

RO
%6
164
CURDAT, @¢KIPARS
@CURADD
SOHITMIS,RECDAT
#B1IT02, RECDAT
64
EXBAD2
NEWDAT, ¢KIPARS
@CURADD
@SHITMIS,RECDAT
;t‘moz. RECDAT
#BIT03, RECDAT

BEQ
JMP
ST
MOV
BIT
BNE
JMP
CMP
BNE
MOV
cHP
BLE
ASL
&1‘5

94
EXBAD2
@CURADD
SOHITMIS,RECDAT
#BITO02, RECDAT
124
EXBAD2
LSTADD, CURADD
164
T
, CURDAT
NEWDA
DCOUNT
81
i
nneo
vgzem NEWDAT

MOV
MOV
BR
ASL
BIC
B8R
INC
MOV
BR
TST
BEQ
ADD
cHP
BGE
gmfla

ozzaoo RITEDA
#155400, NEWDAT
15%
RITEDA
RITEDA, NEWDAT
154
FSTADD, CURADD
184
FUDSEQ
17%
ADDLSB, CURADD
RS,
CURADD
184
:;‘:76. CURADD

SUB

ADDLSB, CURADD

cHP
BLE
ADD
CMP
BLE
JMP
18T
BEQ
CLR

DCOUNT

CURADD
R4,
184
#7776, CURADD
DCOUNT
#5
1814
38
FWDSEQ
19
FUDSEQ

;OR PRIORITY

:GET OLD PATTERN
;OLD DATA OK?

:IF_ACCESS WAS A MISS
;s THEN

ERRm EXIT
iGET_NEW PATTERN
REGISTER AND WRITE LOCATION
:%F ACCESS WAS A HIT
; THEN
;MISS?
;IF SO, CONTINUE
;ERROR
;REGISTER AND READ LOCATION

;

IF_ACCESS WAS A MISS

TFEN

emADDRESS IS LAST ADDRESS
cu&n
s%F
HEN
;NEW KIPARS

s%F LOOP COUNTER LESS THAN 1
HEN

llPDATE OF NEW DATA....
:BY SETTING BITS
;ENDIF
;CHANGE PATTERN?
;IF SO, BRANCH
:START WITH THE SAME
sD(N’T DO ALL 1'S

U’DATE OF NEW DATA..
zBY CLEARING BITS
ELSE

' INCREMENT THE LOOP COUNTER

'FINISH FIRST CURRENT ADDRESS
1ELSE

sIF ADDRESSING UPWARD
: THEN

LSB
:Aw THE VALUE OF THE CURRENTTHAN
HIGHEST
F CURRENT ADDRESS GREATER
THEN
SS
ADDRE
UAL
zVIRT
3

'ELSE

IT BACK

P 3F ADDRESSING DOWNWARD THEN SUBTRACT LS8
'IF CURRENT ADDRESS LESS THEN LOWEST
'VIRTUAL ADDRESS THEN

LESS THANBIT POSITION
o COUNTERO
L
NEXT
E
k00

'START ADDRESSING DOWNWARD

f
111

COXKDAFO KDJ11-B CLUSTER DIAG.

Friday 28-Mar-86 13:30

Page 34-4

SEQ 0345

- MOVING INVERSIONS TEST FOR TAG STORE

18769 115234

000167
012767
006167
022767
001406
000167
013701
016700
012737
042737

000207

177316

000001

176702
020000
177270
172352
176672
001200
000400

176704

19¢:

176674
EXBAD2:

172352
177520

TSEND:

ELSE

333383233

TEST

MACRO V05.03

8IC

RTS

ENDTAG:
.ENABL AMA

:STMT ADDRESSING UPWARD

;ROTATE LSB TO NEXT POSITION

:AND ADDRESS
;

;O0UT OF STANDALONE MODE
;RETURN

J11

COKDAFQ KDJ11-B CLUSTER DIAG.
TEST

MACRO V05.03

Friday 28-Mar-86 13:30

Page 35

SEQ 0346

- PCR READ/WRITE BITS

.SBTTL

18784
18785
18786
18787

TEST

PCR READ/WRITE BITS

ASAMSNDOES THE REST OF THE BITS HAVE TO BE ALL 0'S.

ROUTINE TEST
SAVE PCR
LET PCR=0
DO FOR PATTERN=001111,110011 101010,010101
WRITE PCR<14-09>=PAT ERN
WRITE PCR<06- 01>-PATTERN

IF PCR<14-09> NE PATTERN OR PCR<06-01> 'iPAPREVIWS

;:PCR AND BCSR READ/MRITE BITS
3TI'E FIRST TEST WILL CHECK THAT PCR REGISTER IS BOTH WORD AND
;BYTE ADDRESSABLE. BITS 14-09 AND 06-01 WILL BE WRITTEN AND READ

TTERN

THEN ERROR

ENDIF
WRITE PCR<06-01>=PATTERN

IF PCR<14-09> NE PATTERN OR PCR<06-01> NE PATTERN

ENDIF

THEN ERROR

ENDDO
WRITE PCR=0101010101010101

IF PCR NE 0101010001010100 THEN

ENDIF
INE

{g..‘.““.“‘.‘tt.“‘t“.‘.““‘t“tt.ttt“““t“.““t““t‘.‘

T30:

177522
115461
115460

SCOPE

CLR
MOV

MOV
MOV

PCR
#SIXBIT.1,R2
#SIXBIT,.R4
e

;INITIALIZE PCR T0 O

:R2->TABLE OF PATTERNS FOR 6 R/W BITS IN EACH

;R3 POINTER TO PREVIOUS PATTERN
;00 4 TIMES

; WRITE TO HIGH BYTE FIRST

177523
177523

14:

177522
001125
001124

2%:
34:

MOVB

cMPB
BNE
cMPB
BEQ
MOVB
MOVB

ERROR
7578

(R2).PCR+1

(R2),PCR+1
2%
(R4),PCR
3
(R2),$GDDAT+1
(R4), $GDDAT
+51
(R4)-

;WRITE TO HIGH BYTE
;BYTE WRITTEN OK?
:IF NOT, BRANCH
;IF NOT,

BRANCH

{EXPECTED PATTERN HIGH BYTE
:LOW BYTE
:ERROR PCR READ/WRITE BITS

i INCREMENT POINTER FOR OLD

; WRITE TO LOW BYTE
177522
177522

177522
001124
001124

4%
S$:

MOVB
CcMPB
BNE
CcMPB
BEQ

(R2),PCR
(R2.,
44
(R2),PCR
S

MOVB

(R2), $GDDAT

MOVB
ERROR
1578

S08

(RZ;.‘WT
+51
(R2)+

R3,1$

;WRITE TO LOW BYTE
;BYTE WRITTEN OK?

; IF_NOT,BRANCH

sHIGN BYTE_CHANGED?
:IF NOT, BRANCH

‘E’&’ffi‘é" PATTERN HIGH BYTE
H

; ERROR

READ/WRITE BITS

POINTER FOR NEW PATTERN
;Img
ALL 4 PATTERNS

:DO FOR

K11

COXDAFO KDJ11-8 CLUSTER DIAG.
|

TEST

18840

Page 35-1

pop—
0

;

; NOW TRY WORD ADDRESSING

18843 112:30 012737 8%’525 177522 !

18844 115436
18845 115444

022737
001404

18847 115454

104051

10849 115456

000403

18850 115460

000

124

177522

18846 115446 112737 052124 001124

18848 11;:56

18851

Friday 28-Mar-86 13:30

- PCR READ/MWRITE BITS

MACRO V05.03

—

115463

124

052

146

#52525,PCR

;WRITE A PATERN

cMP
BEQ

#52124 ,PCR
6%

;ALL BUT BITS «8,7,0> OK?
;IF SO flk?'l

ERROR

;ERROR PCR

MOVB

6$:

036

MOV

#52124, $GDDAT
15731

SIXBIT: .BYTE 0,36,146,124,52

xEXPECfED PATTERN
READ/WRITE BITS

;:G0 TO NEXT TEST

;001111,110011,101010,010101

;BINARY DIVIDE FOR 6 BITS

L11

COXDAFOQ XDJ11-8B CLUSTER DIAG.
TEST

MACRO V05.03

Friday 28-Mar-86 13:30

Page 36

SEQ 0348

- BCSR READ/WRITE BITS

.SBTTL

TEST

- BCSR READ/MRITE BITS

:THE SECOND TEST WILL CHECK THAT BCSR<7-5;2-0> CAN BE WRITTEN AND

*READ AS ZEROES AND ONES. BCSR<14,03> SHOULD BE 0'S. BCSR<04>

:SHOULG BE CLEARED BY RESET INSTRUCTION.

:ROUTINE TEST

FOR PATTERN=011,010,101 DO

WRITE BCSR<7-5>=PATTERN

i
i

3
.

WRITE BCSR<2-0>=PATTERN
IF BCSR<2-0> NE PATTERN THEN

ENDIF

IF BCSR<7-5> NE PATTERN THEN

<0,0> THEN
,03>
IF BCSR<14NE

e
;.

ENDIF
LET BCSR<04>=1

e
i
;.

ENDIF
EXECUTE “RESET"
IF BCSR<04> NE O THEN

ENDIF

<0.0>

IF BCSR<04> NE #1 THEN

LET BCSR<04>=0 (THIS BIT IS WRITE ENABLE FOR EAROM)

;ENDROUTINE

* 8588883483828 888800 8888882888288 80008 3580088888808 0850 848208008

§131: SCOPE

000004
013737
005037

MOV
CLR

BCSR, SAVBR
BCSR

:SAVE BCSR
;CLEAR BCSR

; WRITE 70 BITS <7-5> AND <2-0»

012703
005037
012702
111337

18:

111337
122337

001401

104052
111337
111337
122337

2s:

MOV
CLR
MOV

STHRBIT,R3
$GDDAT
o3,R2

:POINTER FOR PATTERN TABLE
:CLEAR A LOCATION
:D0 FOR ALL PATTERNS

MOVB
C®8
gm

T
(R3),
(R3)..BCSR
24

:EXPECTED PATTERN
:BITS WRITTEN OK?
:IF SO, BRANCH

MOVB

MOV
MOVB

.52
?m.
u;.

S08

+52
R2,1$

CP8
gm

001401
04052
077221

3s:

(RS),B2SR

(R3)+,BCSR
3

{WMRITE 10 BITS <7-5>

;ERROR IN BCSR READ/WRITE BITS
;WRITE T0 BITS <2-0>
FOR ERRORS
;EXPECTED PA
:BITS WRITTEN OK?
:IF SO, BRANCH

:ERROR IN BCSR READ/MRITE BITS
:CONTINUE TILL ALL PATTERNS DONE

; CHECK UNUSED BITS <3»

o
001403

005037

000010
000010
001124

177520

MOV
gg

CLR

210,8CSR

31fos.ocsa

$GDDAT

{MRITE T0 BIT <3»

;

:EXPECTED PATTERN
H

M1l

COXDAFO XDJ11-B CLUSTER DIAG.
TEST

189
18913
18914
18915 115604
18916 11
18917 11
10’1: il
18919
11
11
1

ERROR

104052

Page 36-1

%
llgz“
1

SEQ 0349

052737
032737
001005
012737
1
W%;

042

000020
000020

177520
177520

000020

001124

as:

S$:

000020

177520

737

0&%

177520
177520

140

003

100

11
115706

18934 115716
18935 115724

013737
000403

115710

1157

11573

;ERROP IN BCSR READ/MRITE BITS
.

: CHECK THAT BIT <4> CLEARS BY RESET

032737
001404
104053

+52

68:
—
g
gl
0527;75 000020 177520 7%:
1156664 00000
lg 11567

18931
1

Fridey 28-Mar-86 13:30

- BCSR READ/WRITE BITS

I”B 115602

MACRO V05.03

002

240

8s:

8IS
BIT
BNE
MOV
ERROR

#81704,BCSR
981704 .BCSR
53
P8IT04, $GDDAT
.sz

;SET BIT 4
sWRITTEN OK?
:IF SO BRANCH
aEXl'E TED PATTERN
IN BCSR READ/MWRITE BITS

BIT
BEQ
CLR

conon BCSR
oenw

;CLEARED OK?
;IF SO BRANCH
:EXPECTED PATTERN

BR
BIC

ERROR

ST
::
15

RESET
BIT
BEQ
ERROR
BIC
MOV

THRBIT: .BYTE

TEXTT TOTEST
CLEAR BIT 4
iTRY

canooBCSR
+52

;ERROR IN BCSR READ/MRITE BITS

$PASS
84
#81704,BCSR

#81704,BCSR
8
+53
#B8IT04
SAVBR,

TsT32

IFIRST PASS? PASS,EXIT
NOT FIRST
iSET BIT 4 AGAIN

:IF

;EXECUTE
?
:BIT 4
;IF YES, BRANCH
PRESET DOESN'T CLEAR BCSR<4>
iCLEAR BIT 4
RESTORE BCSR

;60 TO NEXT TEST

140,3,100,2,240,5

;011,010,101 FOR BITS <7-5,2-0>

N1l

MACRO V05.03

COKDAFO KDJ11-B CLUSTER DIAG.
TEST

Frideay 28-Mar-86 13:30

Page 37

SEQ 0350

- 16 BIT ROM CHECKSUM TEST

.SBTTL

18940
18941

TEST

- 16 BIT ROM CHECKSUM TEST

sRm'S CHECKSUMS

18942

316 BIT ROM TEST

18943
18944
18945
18946
18947
18948

;THE FIRST TEST WILL CLEAR BCSR<07>, LOAD PCR<14-09> WITH
:ROM ADDRESS BITS <14-09>, AND CHECK CHECKSUMS OF 16-BIT ROM
;BY ACCESSING IT THRU BUS ADDRESSES 173000-173776. THEN WITH
8CSR<0”6%05> BOTH CLEAR, PCR<06-01> USED AS ADDRESS BITS 14-09,
THING WILL BE DONE BY ADDRESSING 16-BIT ROM THRU BUS ADDRESSES
;THE S
:165000-165776. THE RESULTS SHOULD BE THE SAME AND SHOULD COMPARE
.HITH THAT STORED IN THE BOOT AND DIAGNOSTIC ROM.
IBCSR

;
;

<07>

<06>
<05>

DISABLE 17773000

DISABLE 17765000
ROM SOCKET 3 AT 17765000

;Roumc TEST
;

;

;
;
;

LET BCSR<7,6,5>=0,0,0

ooroamménoomm BY #1 DO

;
;

3
ENDDO

ENDIF

;
3

;.
bs
;.
;
;
;
;
.

.
LET PCR<14-09>=Ri
%776 BY 2
TO
#0
DO FOR R2 FROM
CALCULATE CHECKSUM THRU 173000
ENDDO

IF CHECKSUM NE #0 THEN
ERROR

#0 TO #31. BY #1
ooroavu FROM
LET PCR<06-01>=R1
DO FOR R2 FROM €0 TO #776 BY 2
E
CALCULATE CHECKSUM THRU 165000
ENDDO
"
ENDDO
IF CHECKSUM NE #0 THEN
ERROR
4

ENDIF
;.
UTINE
; ENDRO

115734
18979 115736
18980 115744

18981 115752

*S‘tt‘.t;égé‘“‘t‘t‘tt“t‘ttt‘ttt‘ttttt‘tttt#tttttt“‘.ttttttttt

177520

000340
001000

177520
177520
H

MOV
BIC
8IS

BCSR, SAVBR
#8IT07!BIT06!BITOS,BCSR
#1000,BCSR

;SAVE BCSR
; enable HOB, for APT

'READ 16 BIT ROM

: CALCULATE LOW BYTE CHECKSUM’'S THRU 173000 AND 165000

1
18984

18985 115760
18986 115762
18987 115766
18988
115772
115776
18989
18990 116000
18991 116004
18992 116010
18993 116014
18994 116020
18995 116022

002730

177522
002724
001160
173000
002724
001160
000776

1%:

CLR
CLR
CLR
CLR

R1
ACTCHS
$TMPO
R2

;PAGE COUNT FOR ALL 8K
REGISTER
'CLEAR PAGE CONTROL
:CLEAR CHECKSUM AT 173000
;AT 165000
:CLEAR COUNTER THRU A PAGE

ADD

R4, $ TMPO

| CALCULATE CHEKCSUM THRU 165000

CLR

WV
ADD
TST

PCR

R4
163000(R3)
R3,ACTCHS
(R2)+

TRl T AT
R
iCALCULATE CHECKSUM THRU 173000
:GET NEXT WORD

.uoao BEFORE LAST?

Bl12

Frideay 28-Mar-86 13:30

g
&3

.-S

;o-

005737
001401
104054
005737
00}401

002724

uoxg'i37r

000002
177522

101

70%
00332

43:

001160

5%:

000160

34
R3,PCR
33

86T
ST
BEQ

2%
ACTCHS
a$

ERROR
P

ERROR
15T

BEQ
ERROR
ADD
MOVB
MOVB

cHP
BGT

s s
b i

—r—

KEEEEEME 883%o—ppni»nh&fifi

24:

OO MOV

——

LASTCH: CLR

14:

34:
177522

s P

g882222

R
I3

e e e 8 P e e s ot s e e s s e e s e e Pt s et e e et e e
et et e e s s s et b e o s s s e e e s s ot P
s et e s e i

O® SO

s o
s e
e
s s s e o o e e P

; 7 001000
008158

BNE
oP
BEQ

Page 37-1

+54
#1000, R2

+54
$TMPO

5§
+54
#2.R1

R1.PCR
R1.PCRe1

#160,R1
$

SEQ 0351

:IF NOT, BRANCH
:PAGE NUMBER STORED OK?
:IF YES, BRANCH
;PAGE NUMBER STORED WRONG
:LAST WORD IN A PAGE?
;IF NOT, BRANCH
; CHECKSUM 07?
:IF YES, BRANCH

:IN CHECKSUM AT 173000
;CHECKSUM 0 AT 1650007
:IF YES, BRANCH

:IN CHECKSUM AT 165000

{GET NEW PAGE
:STORE IN PCR<6-1>
;:STORE IN PCR<14-9
:ALL PAGES IN R2 FROM BIT1?
:IF NOT BRANCH

; CHECK THE LAST 2K OF ASCII TEXT

s o

001401

177522

o e e e e e e o

e e

888888888

SRS
g

006004

et B

MACRO V05.03

TEST
- 16 BIT ROM CHECKSUM

TEST

et Bt B

COKDAFO KDJ11-8 CLUSTER DIAG.

43:

002724
5%:

001160

177522
001000
177520

177520
002730

64:

ACTCHS

CLR
CLR
MOV
MOV
ADD
ADD
ST
cHP
B8GT
cMP
BNE
cHP
BEQ
ERROR
ADD

$TMPO
R2
17sooo(R23.R3
165000(R2) ,R4
R3,ACTCHS
R4, $TMPO
(R2)+
#1000,R2
24
¢176,R1
4
173774,PCR
as
+54
#2,R1

cHP
BGT
ST
BEQ

9200,
R1
14
ACTCHS
5§

ERROR
ST

BEQ
ERROR
CLR
BIC
MOV

i3,
+54
$TMPO

64
+54
PCR
#1000, BCSR
BCSR, SAVBR

:CLEAR CHECKSUM AT 173000
+AT_165000
;CLEAR COUNTER _THRU A PAGE
;GET LOW BYTE THRU 173000
: THRU 165000
;CALCULATE CHECKSUM THRU 173000

S%CILATEWGEKCS\H THRU 165000
:

:LAST WORD IN A PAGE?
;IF NOT, BRANCH

iLAST PAGE?

:IF NOT, BRANCH
PROPER

ERROR IN ROM

:GET NEW PAGE

;STORE IN PCR<6-1>
:STORE IN PCR<14-9>
;ALL PAGES IN R2 FROM BIT1?
:IF NOT BRANCH
s CHECKSUM 07
:IF YES, BRANCH

;IN CHECKSUM AT 173000
{CHECKSUM 0 AT 1650007
:IF YES, BRANCH

;IN CHECKSUM AT 165000

;CLEAR PCR
; reset HOB for APT
;RESTORE BCSR

—

COXDAFO KDJ11-B CLUSTER DIAG.
|

TEST

MACRO VO5.03

.
:
:

LET BCSR<5>=1
LET OLDCRC=80
LET PCR<05-01>=%80

19060
19061

»
T

.
ENDIF

1906
lm

»
:

Sias

Page 38

116254 000004
013737

177520

002730

19067 116272
19068 116

052737
37

000040
001160

177520

19066 110264 042737 000100 177520

19072 116304
19073
116306
19074 116312
19075 116316
19076 116320
19077 116304

005001
37
37
005002
116204
060437

36:

19087 11
19088 116370

105737
01401

001160

19090 116374

005037

19091 116400

113737 165010 001162

19089 116372 1

013737

177522

002730

#BIT0S.BCSR
$TMPO

#81T06,BCSR

iSELECT 8-BIT ROM
iCLEAR SUM

mr1
PCR
ACTCHS
R2
165000(R2),R4
R4,$TMPO

;PAGE COUNT FOR ALL 8K
'CLEAR PAGE CONTROL REGISTER
ICLEAR CHECKSUM AT 165000
iCLEAR COUNTER THRU A PAGE
'GET A BYTE THRU 165000
*CALCULATE CHEKCSUM THRU 165000

P
BNE

#316.R2
48

{IF NOT,

BEQ
ERROR
P
BGT

3
+
#322,R2
3%

MOVE

(R3)e

0252.R4

165010, $TMP1

75T8
BEQ

$THPO
S$

CLR

PCR

ERROR

177520

:SAVE BCSR

IENABLE INTERNAL RESPONSE

ar
CGLR
CLR
LR
MOVB
ADD

CMPB

001765

000322

BIS
CLR

000316

022702
003361

19086 11

is:

165000
001160

122704 000252

BCSR,SAVBR

| CALCULATE LOW BYTE CHECKSUM'S THRU 165000
H

26:

19081 11

116344
116346
116350
11

ERROR

MOV

BIC

177522
002724

005722
022702
001004

t€133: Scope

9078 11

19079 116332
19080 11633

CALCULATE CHECKSUM FOR THE FIRST 320 LOCATIONS
IF RESULTING CHECKSUM NOT ZERO THEN

F—
st ttbdbtbbb bbbk biki bbb bbb kbbb kkd bk bRk bbb kbbb k kbbb Rk kbbbt

19065 116256

igizo

—

_SBTTL TEST - 8 BIT EEROM CHECKSUM (10S5dec bytes) TEST
iTHIS TEST MILL CLEAR BCSR<6>, SET BCSR<S>, LOAD PCR<S-1>
8-BIT EEROM BY
'WITH ADDRESS BITS 13-09, AND CHECK CRC PATTERNS OF
VERIFIES THE
TEST
THIS
165000-165776.
ADDRESSES
THRU
IT
FACCESSING
'RESPONSE ONLY OF THE BASE AREA.
IROUTINE TEST

1
1

Fridey 28-Mar-86 13:30

19055
1
1

19082
19083
13084
19085

————

S ———

- 8 BIT EEROM CHECKSUM (10Sdec bytes) TEST

19049
19050
19051
19052
1
19054

——

MOV

SAVBR,BCSR

iGET
NEXT WORD
'WORD BEFORE LAST?
BRANCH

1314 SHOULD HAVE 252

:IF YES, BRANCH
iPAGE NUMBER STORED WRONG
'LAST WORD IN A PAGE?
{IF NOT, BRANCH
ISTORE
SIZE,<3>=1 2K
'CHECKSUM 0 AT 1650007
{IF YES, BRANCH

"IN CHECKSUM AT 165000
;RESTORE BCSR

D12

COKDAFO KDJ11-B CLUSTER DIAG.

Fridey 28-Mar-86 13:30

MACRO V05.03

Page 39

SEQ 0353

TEST - 8-BIT EAROM READ-WRITE - TEST

i9094

.SBTTL

19096

; This test writes a checkerboard pattern of alternating 1's and 0's in

19098
19099

; All base area 316 octal locations are saved. (105 dec plus 4 customer loc.)
; It will run only if bit 12 is set in software switch register.

19097

; 8-bit EAROM.

19100

)

i This is the eerom test enable, setable at runtime by an operator.

Loop

ibited, s it would be possible to destroy the EEROM
i on error is
; in a relativly short time with repeated write cycles. The
option to
; continue beyond a single error is selected by by asserti
halt on
at which time the operator may truncate the test.
; error switch

19101
191
1910
ig%gg
19106

; The switches which could affect the EEROM's life are masked out and

igig"‘

; restored in the test immediatly following this one. <<cccssssssss

19109
19110
19i11
%gig

t, or if
; This test will be not be done if there is an APT system pr
; bit #12 of the Software Switch register is not set. If Bit 12 is set and
; there is no APT system present (or in load mode), the EEROM test will be
; run 1 time, all subsequent passes will not include the EEROM test.

19114

19115
19116

:
;+

19120

;+ TEST

19117
19118
19119

i*
i
i

19121

SAVE BASE AREA

-- SECTION 1

-- SECTION 2

19122
19123
19124
19125
19126
19127
19128
19
191

i+ 2K PROCEDURE
do while NOT$DONE$2000
i+
Write 10101010 (252 oct)
i
i*
delay
i
read 10101010 (252 oct)
i*
update error list if incorrect read
i+
enddo
i+
do while NOTS$DONE$2000
ie
write 01010101 (125 oct)

19132
19133
19134
19135

i
e
i+
i

19131

19136

19137
19138
19139
19140

;
i
;
;

19141

read 01010101 (125 oct)
update error list
enddo
CLEANUP -- SECTION 3
.
communicate failure mode and loc info
'
restore base area (105) + 4 customer locations
restore
isters

; RESTORE

19143

BASE AREA

;“t““‘.‘.“‘.‘t‘.“‘.t‘..““‘.“.““““.‘.“‘.““".“‘.“..‘.“..‘.‘“
:

{gi:g
19146

delay

116406 000004

19147 116410

017737

19149 116422

001006

062524

19148 116416 005737 001206

003050

térsa: scope
MOV

TST

BNE

GSWR, SAVSWR

$PASS
1%

T e R R R A

;SAVE SOFTSWITCH SETTINGS

ido only once, iff all cond. 0.K.
;

on first pass ( 0)

El2

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 39-1

SEQ 0354

TEST - 8-BIT EAROM READ-WRITE - TEST
NOP
cMPB

19150 116424

19153
19154
19155
19156
19157

010000

116426
116434
116436
116440
116444
116447
116452
116455
116460
116463

116770
012
127

116
040

111
040
122
015

105
117

105

116471

062504

1%:

33$:

BEQ
BIT
BNE
NOP
JMP
.ASCIZ

::PTENV. $ENV
#B8IT12,3SKR
2
TSTEND

€15><12>/NOW TESTING EE

ina
?
EXIT TEST»>

; no, do
;IN APT

; <IF YES,

; bit 12 (do EEROM test) set?
exit point for program

ROM/<15><12>

123
116

012

.EVEN

; save base area, switch registers
104401
017737
042777
013737
052737
000240
012701
005037
005002
016221
005722
022702
003372

116444

041777
177520
001060

003050
062426
002730
177520

2%:

143762
177522
3$:

165000
000334

TYPE
MOV
BIC
MOV
BIS
NOP

CLR
CLR
MOV
TST
cHP
BGT

,338
#SWR, SAVSWR

$41777, aSWR
BCSR, SAVBR
#1060,BCSR
#$POWER+10,R1
PCR
R2
165000(R2),(R1)+

(R2)+

#334 ,R2
34

INDICATE EEROM TEST UNDERWAY

save softswitch settings
on interferring
; clear

:SAVE REGISTER
;ENABLE INTERNAL ROM'S
;ENABLE 8-BIT ROM, HOB
;LAST LOCATION IN PROGRAM
;START WITH PAGE 0
; DISPLACEMENT O
;STORE A WORD
;GET NEXT WORD
;ALL 332 LOCATIONS DONE?
:IF NOT, CONTINUE

; test 2K section

005237
116237
013704
010237
104134
000240

6646
19198 116650
19199 116654

005722

022702
003351

201$:

177522

202%:
203%:

165000
116754
165000
003022

165000
177522

001126

001122

000776

pattern,

10 101 010

zero

CLR

PCR

cleers page register (start @ 165000)

CLR

first location each page of EEROM

R3, 165000(R2)

write the test pattern
wait for write time

ERROR

2044:

first

g 333% 3338 g § o3

000240
005037
000240
005002
000240
110362
004737
120362
001413

003022

TST

112703
005037

BGT

5 bl
204+

cwi-tiw error count

read back the written word
if 0. K. readback, skip handle error

ERRCNT

update cumulative error count
put the read data in display area

R2, $BDADR
+134

also address location info
do EEROM read/write error report

2)
, $BDDAT
165000(R
PCR,R4

(R2)+

#776,R2

2034

continue testing

last location checked in a page
continue till all page loc. tested

F12

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Fridey 28-Mar-86 13:30

Page 39-2

SEQ 0355

TEST - 8-BIT EAROM READ-WRITE - TEST

19200 116656

062737

000002

116672
1
19203 116674
19204 116700
19205 116702
i% 116706

001340
122703 000125
001403
112703 000125
000727

177522

19201 116664 122737 000020 177522

19208

i”mw 116710

000240

19211 116712

012701

19212
116716
19213 116722
19214 1167

005037
005002
012162

19216 116734
19217 116736
19218 116742

005722
022702
003370

19215 116730

205%:

177522

165000

#2,PCR

BNE
CMPB
BEQ
MOVB
BR

202%
#125,R3
2054
#125,R3
201$

114:

000334

19219 116744 013737 002730 177520
i% 116752

026.909

3 chng PCR every 512 dec. b{tos
i 8 (256 Byte
pgs in 2K) * 2 (holes)=20
; finish pog
;i test for
both patterns written
i Exit point
i invert the test pattern

; do the test over with new pattern

NOP

MOV

143762

004737 116754

ADD

CMPB

; test over

CLR
CLR
MOV

PCR
R2
(R1)+,165000(R2)

ST
CMP
BGT

(R2)+
#334 ,R2
114

JSR

MOV
BR

;LAST LOCATION IN PROGRAM

#$POWER+10,R1

;START WITH PAGE O
;DISPLACEMENT 0O
;RESTORE A WORD

; wait for write time

PC, DELAY

;GET NEXT WORD
;ALL 332 LOCATIONS DONE?
:IF NOT, CONTINUE

SAVBR,BCSR
TSTEND

lgg

§ --=-=-==------

igg

d
by RS
on the type of EEROM as indicate
; the numberof ms. delayed is based

116

010046

116766

000207

igg‘ 116770

000240

19231
1925§

------------------

i the follomn, subroutine causes a delay

012700 023420
19227 116
19228 116762 077001
1
116764 012600
19230

SUBROUTINES AREA

;nesmaé REGISTER
; goto next test (swr restored there)

DELAY:

14:

MOV

RO, -(SP)

RTS

MOV
S0B
MOV

#10000., RO
RO, 1§
(SP)+, RO

; save RO

: ALL ELSE = 10 MS DELAY
; actual delay
; restore RO

* --------------------------------------------------------

STEND: NOP

of a certain no of milliseconds

; everything done

Gl2

COKDAFO KDJ11-B CLUSTER DIAG.
TEST

MACRO V05.03

Friday 28-Mar-86 13:30

Page 40

SEQ 0356

- LKS BIT 7

.SBTTL

19236
19237
19238
19239
19240
19241
19242
i9243

TEST

- LKS BIT 7

; This test restores the software switch

ister used in the EEROM

irectly
; test above, and therefore must follow
LKS<7-6>
OF
;THESE TESTS WILL CHECK FUNCTIONALITY

<<Ccccccnnnn

:ACCESS LKS, CHECK THAT READY LKS<07> CAN BE O AND 1.
;LKS

<07>

<06>
H
;ROUTINE TEST

LINE CLOCK MONITOR
LINE CLOCK INTERRUPT ENABLE

;IF UFD AND LKS IS DISABLED THEN

W
Be
We
We
We
We
BE
We
We
We
W
WE
e
WE

19267

116772
19268 116774
19269 117002
19270 117010
19271 117012
19272 117020
19273
19274
19275
19276 117022
19277 117030
19278 117036
19279 117044
19280 117050

000004

013777
032737
001404
032737
001056

D
)

EXIT TEST
b
;ENDIF
.
READ LKS TO SEE IF IT TIMEOUTS
.(CHECK LKS<07>)
LET R1=#77777(WORST CASE COUNTER FOR SLOW CLOCK)
LET 100=#ADDRESS OF LINE_CLOCK_INTERRUPT
CLEAR_INTERRUPT_FLAG
DO 3 TIMES
;
REPEAT
DECREMENT R1

UNTIL R1 NE #0 OR LOW BYTE OF LKS LT #0

IF LOW BETE OF LKS GE #0 THEN (READY DIDN'T COME UP)

ENDDO

ENDIF

IF INTERRUPT FLAG NE #0 THEN (INTERUPT W/0 LKS<6>=1)

ENDIF
4
ENDROUTINE

* 3 Rkl kR koo k ok kokokkokkk kb koo koo koo

003050
000100

062136
000052

010000

177520

S T35:

SCOPE

MOV
BIT
BEQ

SAVSWR, aSWR
#BIT06, 3452
14

BNE

TST36

BIT

#B81I712,BCSR

kR ok ko kR Rk

; restore here FROM EEROM test
;UFD MODE?
:IF NOT, GO DO TEST
;LKS_DISABLED?

IF DISABLED, EXIT TEST
;s

: TRY TO ACCESS LKS WITHOUT TIMEOUT
013737
012737

000004

117052

001160

1¢:

MOV

MOV
TST

177546

2%:
013737

MOV

3$:

001160

ERROR
18T
ST

MOV

ERRVEC, $TMPO

;SAVE_TIMEOUT VECTOR

#340,ERRVEC+2

;AT PRIORITY 7
:ACCESS_LKS

#2$ ,ERRVEC
LKS

;POINT NEW VECTOR TO PROGRAM

+56

:IF NO TIMEOUT, CONTINUE
; TIMEOUT READING LKS
;ADJUST STACK POINTER

$TMPO,ERRVEC

;RESTORE TIMEOUT VECTOR

(SP)+
(SP)«

; CHECK THAT READY BIT LKS<7> CAN BE 1
19288 117066
19289 117074
19290 117100
19291 117106

042737
005037
012737
012737

000200
002722
137062
000340

177546
000100
000102

BIC
CLR

MOV
MOV

#8IT07,LKS
LKSFL

#LKSINT, 100
#340,102

; START WITH CLEAN SLATE
;CLEAR INTERRUPT FLAG

;POINT VECTOR_TO INERRUPT ROUTINE

;AT PRIORITY 7

H12

COKDAFO KDJ11-B CLUSTER DIAG.
TEST

MACRO V05.03

Friday 28-Mar-86 13:30

Page 40-1

SEQ 0357

- LKS BIT 7

19292 117114
19293 117120
19294 117124
19295 117130
19296 117132

19298 117140
1
117142
19300
117144
19301 117146

012702
012701
105737
100401
077104
105737
100401
104057
077213
005737

gssg‘s 117154

104061

19297 117134

19302 117152 001401

000003
077777

43:

177546

6$:

002722

7%:
8s:

177546

S$:

MOV
MOV
TSTB
BMI
S0B
ISTB
BMI
ERROR
S0B
ST

#3,R2
#77777.R1
LKS
64
R1,5$

ERROR

+61

BEQ

;D0 3 TIMES
SYNCHRONISE
CLOCKS
FORTOSLOW
:COUNTER
iREADY LKS<7>=1?7
;IF SO, DO NEXT LOOP
;OTHERWISE, GO THRU COUNT

LKS

7%
+57
R2,44
LKSFL

15736

:WAS READY 1?7

. ;IF

:IF YES, BRANCH
:LKS<07> DOES NOT BECOME 1
;00 ALL 3 TIMES
ANY INTERRUPTS W/0 LKS<6>=1?
NONE, EXIT TEST
;ILLEGAL CLOCK INTERRUPTS

112

COKDAFO KDJ11-B CLUSTER DIAG.
TEST

MACRO V05.03

Friday 28-Mar-86 13:30

Page 41

SEG 0358

- LKS INTERRUPT PRIORITY

.SBTTL

19306

TEST

- LKS INTERRUPT PRIORITY

19307
19308
19309

;CHECK THAT LKS INTERRUPTS HAPPEN AT PRIORITY 5 CLEARING LKS<07>
;AND DON’T HAPPEN AT PRIORITY 6.
;ROUTINE TEST

193

{ENDIF

19314

;

19316

;

;IF UFD AND LKS IS DISABLED THEN
EXIT TEST

19310
19311

1931

19315

SET PRIORITY TO 5

CLEAR INTERRUPT_FLAG

;

LET LKS<06>=#1 (ENABLE INTERRUPTS)

19317
19318

;
;

REPEAT

19320
19321

;
;

CLEAR LKS<06>
IF LKS<07> EQ #1 THEN

19319

ggg

SET COUNTER TO WAIT FOR 3 INTERRUPTS

;

DECREMENT COUNTER
UNTIL INTERRUPT_FLAG EQ #3 OR COUNTER EQ #0

;

Saten

ERROR (WAS NOT CLEARED ON INTERRUPT)

;
;

IF COUNTER LT TIME_REQUIRED_FOR_3_INTERRUPTS_FOR_800HZ
Sy ERROR(INTERRUPTS NEVERGO LOW)

19327

;

IF INTERRUPT_FLAG LT #3 THEN

1937)

ENDIF

;
;

LET LKS<7>=0
IF LKS<7> NE #0 THEN

19324
igszs
19328

19330
19331

;
;

19
1

19334

;

19;32

ERROR (LKS<7> NOT CLEARED

ENDIF

;

SET COUNTER TO 1 SLOW CLOCK INTERRUPT

SET PRIORITY TO 6

SET LKS<06>

;

19330

CLEAR INTERUPT_FLAG
WAIT FOR LKS<7>=1

;

19337

ERROR (INTERRUPTS DON'T HAPPEN)

19339

REPEAT

19341
19

;
;

UNTIL COUNTER EQ #0 OR INTERRUPT_FLAG
NE #0
IF INTERRUPT FLAG NE #0 THEN

19340

;

19343

19344
19345
i; S
19348
19349

19353

19354

19355

}

isg

ERROR (INTERRUPT WAS AT WRONG PRIORITY)

i
ENDIF
;.
RESTORE ORIGINAL PRIORITY
; ENDROUTINE
B

;ROUTINE LINE_CLOCK_INTERUPT
i
INCREMENT INTERRUPT_FLAG

; ENDROUTINE

igfi
19

DECREMENT COUNTER

;ttttt.tttt“t‘tt‘ttttitt‘ttt‘tttttttt‘ttt"tttttt‘.tttt“ttt‘tt

117156 000004

#€136: SCOPE

117166 001404

BIT #8IT12,BCSR
iLKS oxém.em
. :IF DISABLED, EXIT TEST
15737
: WAIT FOR 3 INTERRUPTS AND CHECK LKS<7> TO BE O AFTER INTERRUPT

117160 032737 000100 000052

117170
032737 010000 177520
117176 001132

BIT

BEQ

#BIT06, 3952

;UFD nooe DO TEST

;IF NOT

#8IT06,LKS
LKSFL

; FROM END OF TEST 42?7 PROBLEM
;CLEAR INTERRUPT FLAG

BNE

19360 117200 042737 000100 177546 1$:
19361 117206 005037 002722

BIC
CLR

J12

COKDAFO KDJ11-B CLUSTER DIAG.
TEST

Friday 28-Mar-86 13:30

Page 41-1

SEQ 0359

- LKS INTERRUPT PRIORITY

19362 117212
19363 117220
19364 117224
19365 117232
19
117240
19367 117242
19368 117244
19369 117250
19370 117256
19371 117260

012737
012701
052737
032737
001001
104131
106427
022737
001401
077105

1937
19374
19375 117262
19376 117270
117274
19377
19378 117302
19379 117310
19380 117312
19381 117314
382
117320

042737
106427
042737
032737
001401
104062

1937

19384 117
19385 1173
19386 117336
19387 117340
19388 117346
19389 117350
19390 117352
19391 117360
117364
19392
19
117366
19394 117370
19395 117376
19396 117400
19397 117406
19398
19399

19400
19401 117410
117414
1
19403 117420
19404 117
19405 1174
19406 117436
19407 117440
19408 117442
19409 117446
19410 117450
19411 117456

1941§ 117460
1941

MACRO V05.03

105737
100375
005037

032737
001401

104060
032737
001401
104131
052737
022701
002001
104063
022737
001404
012737
104064

137062
077777
000100

000100
000240
000003

MOV
MOV

000100

BIS
BIT

177546
177546

002722

BNE
2%:
34:

ERROR
MTPS

#LKSINT, 100
#77777.R1

#BIT06.LKS
#81IT06,LKS

+131

#240

CMP
BEQ
S08

#3, LKSFL
4%
R1,3$

BIC
MTPS
BIC
BIT

#1000,BCSR
#340
#8IT06,LKS
#BITO7.LKS

;POINT VECTOR TO RQUTINE
;COUNTER FOR SLOW CLOCK
;SET INTERRUPT ENABLE BIT
;BIT SET OK?
:IF_YES, BRANCH

;ERROR WRITING 1 TO LKS<6>
;SET PRIORITY T0 5
+3_INTERRUPTS HAPPENED?
:IF YES, BRANCH
;STAY IN A LOOP

: DISABLE INTERRUPTS AND CHECK THAT PROPER CONDITIONS ARE MET
001000
000340
000100
000200

177520

177546
177546

BEQ
S$:

177546

i‘:

000200

177546

000100

177546

001000
077737

177520

000003

002722

000003

001124

ERROR
TSTB

BPL
CLR

7%:

+62
LKS

BEQ

)
LKS
#8IT07,LKS
6$

BIT

#8IT06,LKS

ERROR
BIS

+131
#1000,BCSR

BIT

64:

5¢

ERROR

BEQ

cHMP
BGE
ERROR
cMP
BEQ
MOV
ERROR

+60

$77737.R1
8
+63
#3,LKSFL
9
#3, $GODAT
+64

! CHECK WHETHER INTERRUPTS HAPPEN AT PRIORITY 6
002722
000300
077777
000100
002722

177546

10%:
114:

002722

001124
12%:

CLR
MTPS
MOV

LKSFL
#300
#77777.R1

157

LKSFL

BIS

06
ST

BEQ
MOV

#8IT06,LKS

Al 108
§r

1
5, $GDDAT

ERROR
.65
MTPS

;DISABLE HALT ON BREAK
:RAISE PRIORITY

:DISABLE INTERRUPTS

:LKS<7> CLEARED AFTER INTERRUPTS?
:IF 0,

BRANCH

i INTERRUPTS DON’T CLEAR LKS<7>
iLKS<7>=17

;IF NOT, WAIT
;CLEAR LKS<7>
:LKS<7> CLEARED?
:IF YES, BRANCH
:LKS<7> NOT CLEARED ON WRITE
;LKS<6>=0?
:IF YES, BRANCH
;ERROR WRITING O TO LKS<6>
;ENABLE HALT ON BREAK

iCOUNTER AT LESS THAN BOOHZ?
:IF NOT, BRANCH
;READY LINE DOES NOT GO LOW
.om 3 mmr S HAPPEN?

mmmsEXPECTED

smmrs DON'T HAPPEN
;:CLEAR INTERRUPT FLAG
sRAISE PRIORITY T0 6

;COUNTER FOR SLOW CLOCK
;SET INTERRUPT ENABLE BIT

:ANY INTERRUPTS?

+IF YES, EXIT LOOP
SWM WITH COUNT

‘smenw RARPEN AT WRONG PRIORITY
TORE 'PRIORITY FOR TYPE OUT

'RESTORE PRIORITY

K12

COXDAFO KDJ11-B CLUSTER DIAG.
TEST

MACRO V05.03

Fridey 28-Mar-86 13:30

Page 42

SEQ 0360

- LINE CLOCK DISABLE

TEST

- LINE CLOCK DISABLE

iag

.SBTTL

19417
19418

;LINE CLOCK DISABLE(s#)
:THIS TEST WILL CHECK THAT BCSR<12> DISABLES RESPONSE

gme

;OF LKS REGISTER.
i

:BCSR
H

1942

<12>

LINE CLOCK STATUS REGISTER DISABLE

%9424

;Ir UFD AND LKS IS NOT DISABLED THEN
EXIT TEST

miz
19431

19439
19440

:
'l

;aoume TEST

IENDIF

194
194
194
19435
19436
19437
19438

;.
LET TRAP_LKS=0
;.
READ LKS
i
IF TRAP_LKS NE 1 THEN
i
ERROR
;.
ENDIF
;
; ENDROUTINE

;ROUTINE LKS_TRAP

19441
1
1944
19444
19445
19446
19447

P
;.
H
iRTI
-

19448

19449

WRITE
ocsmwa}
LET 4=ADDRESS OF LKS_TRAP

117464 000004

19450 117466
737 000100 000052
19451 117474 001404
19452 117476 032737 010000 177520
i: 117504 001052

LET TRAP_LKS=1
LET BCSR<12>=0

E
RRAAR SRR SRS RS
SRR AR AR A REREAR
SRS EREE LS SSARRRSEERAS

té137: scoPe
BIT
BEQ
BIT
BNE

nrros3052

19457 117506 013737 177520 002730 1$:
19458 117514 042737 010000 177520
194 u% 032737 010000 177520
19460 11
&o‘“fi
001124
19461 117532

MOV
BIC
BIT
B8EQ
CLR

BCSR, SAVBR
zniz.gg
IT12,
2
T

19464
000 e 2
!lIS fi%
8015% 010000 001124
fi
im
i’“’ u% 104052

SN
fi

mHiEcH
.
21712 $GDDAT

1
19470

cgmz,BCSR

; CHECK BCSR<12> TO BE O AND 1
:

u% %

ERROR

;UFD MODE?
:IF NOT, BRANCH
:LKS DISABLED?
;s
IF DISABLED, EXIT TEST
;SAVE BCSR REGISTER
;CLEAR BCSR
1€12>207"
IF 0K,
PATTERN
;CLEAR EXPECTED

;ERROR

READ/MRITE BITS

H
25T
SET O
'gvgéfm wn:rem

:ERROR BCSR READ/WRITE BITS

: TRY TO ACCESS LKS TO GET A TIMEOUT WITH BCSR<12>=1
3

L12

COXDAFO KDJ11-B CLUSTER DIAG.
TEST

MACRO V0S5.03

Friday 28-Mar-86 13:30

Page 42-1

SEQ 0361

- LINE CLOCKX DISABLE

1947 117566
1947
19473
117600
19474 1
19475 1
19476 1
19477 1
19478 1
19479 1

o481

013701
012737
0g737

&57“
0057

0101
013737

000004

117614

000340

177546

000004
002730

000004
000006

177520

3s:

MOV

1ST
ERROR
TST
TST
MOV

MOV
MOV

MOV

;SAVE TIMEOQUT VECTOR
;POINT TO PROGRAM AREA
;AT PRIORITY 7

;ACCESS LKS REGISTER
;BCSR<12> DOES NOT DISABLE LKS

;RESTORE STACK POINTER

;RESTORE TIMEOUT VECTOR
;RESTORE BCSR

M12

COKDAFO KDJ11-8 CLUSTER DIAG.
TEST

MACRO V05.03

Friday 28-Mar-86 13:30

Page 43

SBTTL TEST - UNCONDITIONAL CLOCK LINE INTERRUPTS
;UNCONDITIONAL
PTHIS TEST WILLCLOCK
CHECKLINE
THAT INTERRUPTS(#)
SETTING BCSR<13> TO 1 WIL
PREQUEST INTERRUPTS WHENEVER A CLOCK LINE IS ASSERTED. THIS
YSHOULD HAPPEN
WITHOUT
ACCESSING LKS, THEREFORE, EVEN WITH BCSR<12>+1
HAPPEN.
SHOULD
INTERRUPTS

19483
19484
19485
19486
19487
15428
19450

'BCSR

19492

<13>

FORCE LINE CLOCK INTERRUPT ENABLE

19493
19494

;ROUTINE TEST
'IF UFD AND FORCE LKS NOT DISABLED THEN

19497
19498
19499
19500
19501
19502
19503
19504

:
:
.
.
.
:

i 7

EXIT TEST

izg

LET 100=ADDRESS OF UNCONDITIONAL INTERRUPT_ROUTINE
DO FOR BCSR<12> FROM $0 T0 #1(LKS DISABLED AND ENABLED)
CIF UFD 00 ONLYUNCONDITIONAL
FOR SELECTED INTERRUPT
LINE cLOCK)
CLEAR
SET COUNTER TO WAIT~ FOR 3 INTERRUPTS
LET BCSR<13>=1
REPEAT
DECREMENT COUNTER

1930

19509
19510

tInan. wcagum INTERLPT£Q 3 OR cwmgnrgg20

m!mms rtvr:n GO LOW

P
¥ UNCONDITI CERTERRUPTSDON'
T #3
THEN
T HAPPEN)

LET BCSRE13r540

19312

19514

| ENDROUTINE

19516

iROUTINE UNCONDITIONAL INTERRUPT ROUTINE

1951

ENDDO

19517

19518
1

IRETURN

117632 000004

19521 117638
19522 117642

032737
001404

000107

000052

19524 117652 001530

t&140: SCOPE
BIT
BEQ

BIT
B

BEQ

#BIT06,3052
1%

98IT13,BCSR

TST41

;UFD MODE?
iIF NOT, BRANCH

FORCE INTERRUPT SET?

;:IF SET, EXIT TEST

! CHECK BSCR<13> TO BE O AND 1

117654

013737

177520

002730

19531 117676
19532
117704

032737
001403

020000

177520

19530

INCREMENT UNCORDITIONAL INTERRUPT

kbbbt rktkikbdktbkhkkhb ki kbhi kbbb ni bk b bk bk b khhkkkhhkhkkk b kkik

1958 117644 032737 020000 177520

19359

SEQ 0362

- UNCONDITIONAL CLOCK LINE INTERRUPTS

117683 042737 001000 177530

117670 042737 020000 177520

i$:

37 001124
117706
19538
19534 117712 104052
19535 117714 052737 020000 177520 28:
19536 117722
032737 020000 177520
19537 11
001004
19538 117732 012737 020000 001124

;SAVE BCSR REGISTER

MOV

BCSR,SAVBR

#1000,BCSR

'DISABLE HALT ON BREAK

BIT
BEQ

9BIT13.BCSR
2§

1<13>=07
iIF OK, BRANCH

BIC

CLR
ERROR
BIS
BIT
BNE
MOV

SaTris
BoeR
$GDDAT
#BIT13,BCSR
#BIT13.BCSR
3%
#BIT13,$GDDAT
+52

iCLEAR BCSR

'CLEAR EXPECTED PATTERN
'ERROR BCSR READ/WRITE BITS
{SET BIT 13
1G0T SET_0k7
'IF
OK, BRANCH
PATTERN
'EXPECTED

N12

COKDAFO KDJ11-B CLUSTER DIAG.
TEST

MACRO V05.03

Friday 28-Mar-86 13:30

Page 43-1

SEQ 0363

- UNCONDITIONAL CLOCK LINE INTERRUPTS

19539 117740

19540
19541
19542
19543 117742
19544 117750
19545 117756
19546 117764
19547 117766

117774
1
19549 120000
19550 120004
19551 120010

ERROR

104052

012737
012737
052737
000403
042737
005037

042737
013737

;ERROR BCSR READ/WRITE BITS

! SET UP TO DO UNCONDITIONAL INTERRUPTS
137062

010000

010000
077777
000240
000003

000100
000102

177520

002722

44:
5%:

64:
7%:

000340
077700

19570 120116
19571 120120
19572 120126

+52

84:

000003

002722

000003

001124

010000

177520

000100

000052

010000

177520

000100

177546

108:

177546
177520

11$:

000100
002730

9%:

12¢:

MOV

SLKSINT, 84100

;SET UP INTERRUPT VECTOR

BIS

#BIT12,BCSR

BIC
CLR

#BIT12,BCSR
LKSFL

;FOR 1ST TIME DISABLE LKS
;G0 DO IT
:FOR THE 2ND TIME, ENABLE LKS
:CLEAR INTERRUPTS FLAG
;COUNTER TO WAIT FOR INTERRUPTS
;LOWER PRIORITY TO 5
;3 INTERRUPTS HAPPENED?
;EXIT LOOP, IF SO
:OTHERWISE. KEEP WAITING

MOV

#340,3¢102

MOV
MTPS
CMP
BEQ
SOB
MTPS
CHP
BGE
ERROR
CMP
BGE
MOV

#77777.R2
240
#3,LKSFL
7%
R2,6$
#340
#77700,R2
8$
+63
#3, LKSFL
93
#3, $GDDAT

BIT

#B8IT12,BCSR

ERROR

BNE
BIT
BEQ
BIT
BNE
BIT
BNE

ERROR
BIC

MOV

+64

43
10$
#BIT12,BCSR
12%
#BIT06,LKS
11$

#BIT06, 3452

+67

#BIT06,LKS

SAVBR,BCSR

;AT PRIORITY 7

:RAISE PRIORITY TO 7

: INTERRUPTS HAPPEN TOO OFTEN?

;IF NOT, BRANCH
;READY LINE DOESN'T GO LOW

;AT LEAST 3 INTERRUPTS HAPPENED?
:IF SO,

BRANCH

;EXPECTED DATA

; INTERRUPTS DON’T HAPPEN
:SECOND TIME THRU THE LOOP?
:IF NOT, DO IT AGAIN
;UFD MODE?
;IF NOT, BRANCH
:IF UFD AND LKS DISABLED?
;DON'T CHECK LKS
; INTERRUPT ENABLE LINE HOLD 1?
;IF SO, BRANCH
:BCSR<13> DOESN'T SET LKS<6>
:DISABLE LKS INTERRUPTS
;RESTORE BCSR

B13

COKDAFO KDJ11-8 CLUSTER DIAG.
TEST

MACRO V05.03

Fridesy 28-Mar-86 13:30

Page 44

SEQ 0364

- RESETTING LXS
.SBTTL__TEST

- RESETTING
LKS

sRESETTING LKS(s)

D Pt Pt s Pt -

;THIS TEST WILL PROVE THAT RESET INSTRUCTION SETS LKS<07> AND

R R I

;CLEARS LKS<06>.
;ROUTINE TEST
;IF UFD AND LKS IS DISABLED THEN
H

EXIT TEST

POINT LKS VECTOR 100 TO ERROR_LKS_ILLEGAL_INTERRUPT

LET LKS<06>=#1

;ENDIF

s o et B D

s s e o o Pt P

;.
;.
¥
;.

SYNCHRONIZE LKS BY WAITING FOR 3 PULSES

CLEAR LKS (CLEARS LKS<07>
EXECUTE "RESET"

IF LKS<7> NE #1 OR LKS<6> NE #0 THEN
ERROR
i

ENDIF

IF ILLEGAL_LINE_CLOCK_INTERRUPT NE O THEN

ENDIF
: ENDROUTINE

ERROR

SELCEREE

;RETURN

r-t-o-o-zg

A
ddidididtdidndadadad
1t i R R

P
Bt P e

;ROUTINE ERROR_LKS_ILLEGAL INTERRUPT

000004

005737
001057

032737
001404
032737
001447

FLAG ILLEGAL_LINE_CLOCK_INTERRUPT

*;.“‘t“‘t.“““‘“ttttt““““t‘tt‘tttlttt“tt“““ttt“‘l“

ST41:

001206

SCOPE

ST
BIT
BEQ
BIT

BNE

000100
010000
B

BEQ

$PASS
981706 ,8052
1%
#BIT12,BCSR

FIRST PASS?
;UFD MODE?
:IF NOT, BRANCH
;LKS DISABLED?

15742

.+IF NOT FIRST PASS, EXIT TEST

1ST42

;;IF DISABLED, EXIT TEST

=832

: SYNCHRONISE WITH LINE TIME CLOCK BY WAITING FOR 3 INTERRUPTS

013737
7

fs:

177520

137062
000

000100

g1t

24:

000003

34
177546
000100

177546

as:

Mov

BIC

BCSR,SAVBR

#81Ti2,BCSR

MOV
MOV
8IS
CLR
MOV
MTPS
cMP
BEQ
S08
MIPS
RESET
BIT
BNE
ERROR
8IT

OLKSINT, 86100
$340, 89102
#B81706,LKS
LKSFL
#77777.R2
9240
#3,LKSFL
33
R2,24
€340
0BIT07,LKS
43
+70
#B8IT06,LKS

ERROR

+71

BEQ

TSTA2

;SAVE BCSR

;ENABLE LKS RESPONSE

:SET UP INTERRUPT VECTOR
;AT PROIRITY 7
T ENABLE BIT
;SET
;CLEAR INTERRUPTS FLAG
:COUNTER TO WAIT FOR INTERRUPTS
:LOMER PRIORITY TO S
:3 INTERRUPTS HAPPENED?
;EXIT LOOP, IF SO
;OTHERWISE . KEEP WAITING
;RAISE PRIORITY TO 7
;EXECUTE RESET
sREADY BIT SET?
;IF SO, BRANCH
:RESET DOESN’T SET LKS<07.
INTERRUPT ENABLE BIT CLEARED?

s :IF SO, EXIT TEST

;RESET DOESN'T CLEAR LKS

Cl3

COKDAFO KDJ11-B CLUSTER DIAG.
TEST

MACRO V05.03

Friday 28-Mar-86 13:30

Page 45

SEQ 0365

- LINE CLOCK INTERRUPTS

.SBTTL TEST_ - LINE CLOCK INTERRUPTS
;LINE CLOCK INTERRUPTS(*)

19633
19634
19635
19636
19637

;BY SETTING TO 1 LKS<06>, THIS TEST WILL CHECK FOR INTERRUPTS
;FROM BEVENT LINE AND FROM KDJ11-B SOHZ, 60HZ, 800HZ ON BOARD SIGNALS

:(THE LATTER SIGNALS WILL BE ACCESSED BY SETTING BCSR<11-10>).
‘

;BCSR

<11>

<10>

CLOCK SELECT BITS 1 AND O

EXTERNAL BEVENT LINE

0
1
1

:
:
3

ON-BOARD SO HZ
ON-BOARD 60 HZ
ON-BOARD 800 HZ

1
0
|

;ROUTINE TEST
;IF UFD THEN
IF LKS DISABLED THEN
§e

&8s
s

séNnF

ENDIF

EXIT TEST

SET FLAGS TO RUN ONLY WHAT SPECIFIED IN EAPROM

LET 100=ADDRESS OF LKS_INTERRUPT

DO FOR BCSR<11;10> FROM #0 TO #3

:
s

.
HE)

ENDOO

LET LKS<06>=#1

WAIT FOR 10 INTERRUPTS FOR EACH CLOCK
STORE ACTUAL NUMBER OF INTERRUPTS FOR EACH CLOCK

LET INTERRUPT_FLAG=0

COMPARE NUMBER OF INTERRUPTS FOR EACH CLOCK

; ENDROUTINE
H

ROUTINE LKS_INTERRUPT

‘ .

;RETURN

INCREMENT INTERRUPT_FLAG

hkkbbtkhkkihbb kb kb

t&1a2: SCOPE

hkb bk

003032

99%:

000100

ot 010000 177520
00;123

042702

013737
012737
012705

177520
inm

177520
137062

002730

000100
000102

TST
BNE
NOP
JMP
NOP

khhkkh kb hkkkkkkhkkk ik

; THIS CODE ADDED FOR APT DEFAULT BREAK

NOP

005737
001003
000240
000137
000240

bk bbb bbbk kb

CCHPAS
994
104

: PURPOSES-- TEST TIME LONGER THAN SOME APT BREAK INT
;have done enough inclusive pesses?
; not yet
; debug aid
;: yes skip this

;UFD MODE?
981706, 3952
BIT
NOT, GO DO THE TEST
:IF
13
BEQ
IS DISABLED?
;LKS
#8IT12,BCSR
BIT
TESTS
EXIT
DISABLED,
;;IF
15743
BNE
;CLEAR R2 TO SET FLAGS
R2
CLR
{SET R2 ACCORDING TO BCSR
BCSR,R2
8IS
;{LEAVE ONLY BITS <11-10>
o171777.R2
BIC
H
: SETUP DELAY VALUES FOR INTERRUPTS, IN UFD MODE ONLY FROM THE CLOCK SPECIFIED IN BCSR<11-10>
H
{
;STORE BCSR
BCSR, SAVBR
MOV
1$:

MOV

#TIMOEL ,RS

;

;POINTER TO DEL

D13

COKDAFO KDJ11-B CLUSTER DIAG.
TEST

MACRO V0S5.03

Friday 28-Mar-86 13:30

Page 45-1

SEQ 0366

- LINE CLOCK INTERRUPTS

19689 120404
19690 120410

177520

002000

000100

177520
002722
000100
000010
177777
000240
002722

19703 120474
19704 120476
19705 120500
19706 120506
19707 120510
19708
19709
19710
19711 120512
120516
19712
19713 120524
19714 120530
19715 ggg;:
19716

MOV

000004

177520
000052

177546

2%:
3$:

as
5$:

6%:
7%:

000100

CLR
BR
ADD
BIT
BEQ
MOV
CLR

BIS

MOV

MTPS

#4 R4

:IF NOT, BRANCH

;IN UFD.

:SET INTERRUPT ENABLE BIT
:START COUNTER FOR 10 INTERURRUPTS
;START COUNTER TO WAIT FOR INTERRUPT
;:LOWER PRIORITY T0 5
:NEW INTERRUPT HAPPENED?
:IF SO, EXIT WAIT LOOP
;OTHERWISE, KEEP WAITING

#81IT06,LKS

#10,R3

$177777.R1
#240

LKSFL ,R3
7%
R1,68

BNE
S08

10$
R4,2$

DO ONLY FOR SPECIFIED

;CLEAR INTERRUPT FLAG

LKSFL

cHP
BEQ
S08
MOV
BIT

;R4 IS THE COUNTER FOR ALL CLOCKS
;D0 FOR BEVENT LINE INTERRUPTS
:GO DO THE LOOP
:SET UP FOR THE NEXT CLOCK LINE
;UFD MODE?

BCSR
3
#2000,BCSR
#81T06, 3452
4
R2,BCSR

:STORE DELAY FOR EACH CLOCK

R1,(RS)+
#81706,9052

;UFD MODE?
:IF UFD, DON'T DO FOR ANY OTHER

;ALL LINE CLOCKS DONE?

; CHECK THE DELAY VALUES FOR ALL CLOCKS
H

8s:

94:

177520
177546

#340

MOV
CMP
BLO

#TIMDEL ,RS
(R5),6(RS)
8

BIC

177546

002730
000100

MIPS

108:

#8IT06,LKS

+64

;DELAY FOR BEVENT AND 800HZ?
;BEVENT IS NOT 800HZ
;WRONG # OF INTERRUPTS

cMP
BLO

(R5),2(RS)
9

:IF FIRST BIGGER,

cMP
BLO

(R5),2(RS)
10%

MOV
BIC

SAVBR,BCSR
#BIT06,LKS

ERROR

TsT

ERROR
TsT
ERROR

BR
TIMDEL:

;RAISE PRIORITY
;:DISABLE INTERRUPTS
;POINTER TO DELAY TABLE

.BLKW 4

INCREMENT POINTER

(as;o

iDELAY FOR SOHZ AND 60HZ?
BRANCH

WRONG & OF INTERRUPTS

+64
(RS)+

; INCREMENT POINTER

+64

:WRONG # OF INTERRUPTS

15743

:DELAY FOR SOHZ AND B0OHZ
:IF FIRST BIGGER, BRANCH

; JEXIT TEST

;RESTORE BCSR
;:DISABLE INTERRUPTS

COKDAFO KDJ11-B CLUSTER DIAG.
TEST

MACRO VO0S5.03

Friday 28-Mar-86 13:30

Page 46

- MAINTENANCE REGISTER TEST

.SBTTL TEST - MAINTENANCE REGISTER TEST
:
:MAINTENANCE REGISTER TEST

19
19

19734

:THIS TEST WILL ADDRESS MAINTENANCE REGISTER AND CHECK BITS
:7-4 10 BE 0010, 2-1 T0 BE 10, AND READ BITS 10-08, 03, 00
:FOR FUTURE USE. THOSE BITS REPRESENT THE FOLLOWING SIGNALS:
:MULTIPROCESSOR SLAVE, UNIBUS SYSTEM, FPA AVAILABLE, HALT/TRAP
;OPTION, AND AC POWER OKAY.
.
iROUTINE TEST
;.
IF MAINT. REG. BITS <7-4> NE 0010 OR <2-1> NE 10 THEN
ERROR
x
;.
ENDIF
;.

19735
19736
19737
19738
19739
9740
19741
19742

READ MAINT.REG. BITS <10-08,03,00>

19743

ig;:g

; ENDROUTINE

197“

éra3: SCOPE

120612 000004

stk hbbkbbkbhb bk kk bk kb kbbb k kb kb kb kbbb kb kb

19747 120614
19748 120622
19749 120624
19750 120626
19751 120634
120636
19752
19753
120640

032737 174000 177750
001401
104132
032737 000044 177750 1$:
001001
104132
032737 000322 177750 2%:

BIT
BEQ
ERROR
BIT
BNE
ERROR
BIT

#174000, MAIREG
13
+132
044 ,MAIREG
24
+132
#322 ,MAIREG

104132

ERROR

+132

19754 120646 001401
120650

BEQ

15744

::IF YES, BRANCH

;UNUSED BITS ALL ZEROS?
;IF
OK, BRANCHREGISTER ERROR
;MAINTENANCE
:<5,2> SET 7
:IF
SO, BRANCHREGISTER ERROR
:MAINTENANCE
:<7,6,4,1> CLEAR?

F13

COKDAFO KDJ11-B CLUSTER DIAG.
TEST

MACRO V05.03

Friday 28-Mar-86 13:30

Page 47

SEQ 0368

- SERIAL LINE UNIT REGISTERS

.SBTTL TEST - SERIAL LINE UNIT REGISTERS
;SERIAL LINE UNIT TEST(s)
;BCR<2-0> WILL BE READ TO FIND OUT BAUD RATE. SLU WILL BE_PROG;RAMMED TO CHECK THE INTERRUPT LEVELS BY SETTING BIT<06> IN

19759

19760
19761
19762
19763
19764
19765
19766

;RCSR AND XMIT. LOOP BACK CAPABILITIES WILL BE TESTED BY SETTING
;7O 1 XCSR<02>. ~ THE LINE CLOCK INTERRUPT SUBROUTINE WILL BE
;USED TO RETURN TO THE EXECUTION OF THE DIAGNOSTICS, IF THE
;PROGRAM HANGS IN THE LOOP BACK MODE.

;ROUTINE TEST

:IF UFD AND CONSOLE NOT PRESENT
GO TO TEST_22
;.
;ENDIF
IF BCR<07> EQ #0 THEN
;.

READ BCR<2-0> TO GET BAUD RATE

Bane

56 FOR RCSR
XCSR-RBUE
YBUE ,1=
XBUF
READ XRCSR,XCSR,RBUF
.

IF TIMEOUT FLAG NE #0 THEN

ENDIF

: ENDROUTINE

;ROUTINE TIMEOUT
LET TIMEOUT_FLAG=#1
;.
TINE
:ENDROU
3““t“t..““‘t“t.‘t“.‘tt“t“tt‘tt‘tt.tt‘ttt“‘t.““t““‘

1206

000004

032737
001406
83‘;’737

f&tas: SCOPE
BIT

000100

800137 122620

177524
H

BEQ
BIT
BEQ
JP

#BIT06, 3052
1$
#81T07,BCR
1$
SLEND

: TRY TO ACCESS SLU REGISTERS
013701
012737
012737
012702
712

000403
010237
104072
022722

103770

010137

000004

120730

177560
001126

177566

24:
38:
a3

MOV
MOV
MOV
MOV
ST
B8R
MOV
ERROR
cHP
BLO
MOV

ERRVEC,R1
#3$ ,ERRVEC
#340, ERRVEC+2
#RCSR, R2
(R2)
4
R2, $BDDAT
+72
#XBUF , (R2)+
24
R1,ERRVEC

;UFD MODE?
:IF NOT, GO DO THE TEST
:IF UFD'AND CONSOLE NOT PRESENT
;NOT TRUE, DO THE TEST
:IF TRUE, SKIP ALL SLU TESTS
;SAVE TIMEOUT VECTOR
:POINT NEW ONE TO PROGRAM AREA
;AT PRIORITY 7
:START ACCESSING WITH RCSR
;ACCESS SLU REGISTER
:IF NO TIMEOUT, CONTINUE
:STORE ADDRESS THAT TIMED OUT
: TIMEOUT ACCESSING SLU REGISTER
:LAST REGISTER ACCESSED?
:IF NOT, BRANCH
:RESTORE TIMEOUT VECTOR

G13

COKDAFO KDJ11-B CLUSTER DIAG.
TEST

MACRO V05.03

Friday 28-Mar-86 13:30

Page 48

3EQ 0369

- XCSR BIT 7

.SBTTL TEST - XCSR BIT 7
;CHECK THAT XCSR<07> CAN BE O AND 1.

:XCSR

TRANSMITTER READY

<07>

ROUTINE TEST

LET XOUF=8NULL
WAIT FOR XCSR<07>=#1
LET XBJF=#NULL

2388 REgeses

b et e

IF XCSR<07> NE O THEN
ERROR (READY DIDN'T GO LOW)
ENDIF

e et e et e

.
ENDROUTINE

RRRE

;i ekkkkkkkkkkkkkkkkkkkkkk
ok kkkkkk Rk kkkkkokkok b kok ko ko k ok
k&

001000
000001
-~

—

TF XCSR<07> NE #1 THEN
ERROR

ENDYF

19819

o s et o e e

WAIT FOR XCSR<07>=#1 NO MORE THAN 200MSEC

TST45:

001220

177564

1%:

177564

177566

#1000,R1

CMPB

SAPTENV, $ENV

TST

$PASS

BNE

001206

000000
177564

SCOPE

MOV

BNE

TSTB

TST46

XCSR

24:

BMI
S08
TSTB
BMI

24
R1,1$
XCSR
38

3%:

MOV

#NULL
, XBUF

BPL

TST46

ERROR
TSTB

ERROR

+73

XCSR
+73

;COUNTER FOR ABOUT 200MICROSEC.
:RUNNING IN APT MODE?
:NO, GO DO TEST

;FIRST PASS?
EXIT TEST
:XCSR<7> READY 1?7
;IF SO, EXIT WAIT LOOP
:IF NOT 1, CONTINUE WAITING

::IF APT AND NOT FIRST PASS,

;1XCSR<7>=1?
:IF YES, BRANCH
:XCSR<7> DOES NOT BECOME 1
:TRY TO TRANSMIT NULL CHARACTER
XCSR<7>=0

. ;IF YES, EXIT TEST

:XMIT READY DIDN'T GO LOW

H13

COKDAFO KDJ11-B CLUSTER DIAG.
TEST

MACRO V0S5.03

Friday 26-Mar-86 13:30

Page 49

SEQ 0370

- RCSR BIT 7 AND XCSR BIT 2

19846

.SBTTL TEST - RCSR BIT 7 AND XCSR BIT 2

19849

i&;

;CHECK THAT RCSR<07> CAN BE O AND 1 AND THAT XCSR<02> WORKS PROPERLY.

iRCSR

iXCSR

iggg

<07>

<02>

RECEIVER DONE
MAINTENANCE

19852
19853
19854
19855
19856
19857
19858
19859
19860
19861
19862
19863
19864
19865
19866
19867
19868

'ROUTINE TEST
; .(CHECK RCSR<07> AND XCSR<07>)
WAIT FOR XCSR<07>=#1
;.
:
LET XCSR<02>=#1 (LOOP BACK MODE)
LET XBUF=#125
;
;
WAIT FOR RCSR<07>=#1 NO MORE THAN 200MSEC
:
IF RCSR<07> NE #1 THEN
;
ERROR (RCSR<07> DOES NOT BECOME 1 OR XCSR<02>DOES NOT
;
.
WORK)
;
ENDIF
IF RBUF NE #125 THEN
;
;
ERROR
;
ENDIF
;
IF RCSR<07> NE #0 THEN
;.
ERROR (RCSR<07>DOES NOT GO LOW)
5
ENDIF
;.
LET XCSR<02>=#0

19‘71

kkkkkkkkkkkkkkhkkdkkkkkk ko khkkkkkkkkkkkkkkkkkkkkkkkkkkkkkbkkk$

; ENDROUITNE

i%g

121032 000004

133;; 121034
1
121040
19874 121046
19875 121050
19876 121054
19877 121056
19878 121062
19879 121064
1
121072
19881 121100
1
121102
19883 121106
i% 121110

012701
122737
001003
005737
001074
105737
100375
052737
032737
001004
37
104114
000456

t&ras: Sscope

000013
000001 001220
001206
177564
14:
000004 177564 23:
000004 177564
177564
H

19888 121112 012701 060000

105737

177560

a3:

}m 121130

005737 177562

5%:

121124 077104
19891
19093 mxgg 000402
”“

iooos

MOV

#60000,R1

;STALL IN CASE XCSR<2> SETS READY

BMI

5§

:IF SET
sm FOR A WHILE
nnuise

RBUF

;READ RBUF

TSTB

S0B

RCSR

R1,4$
68

: TRANSMIT XON AND CHECK RCSR<7>

1&3 121134 012737 060000
000021 177566 6%:
19898 121142 012701
19899 121146 105737 177560
19900 121152 100401
19901 121154

013 R1
APTENV, $ENV
10
$PASS
15747
XCSR
14
#81702, XCSR
#B81702, XCSR
38
XCSR
+114
15747

077104

;COUNTER FOR ABOUT 200MICROSEC.
:RUNNING IN APT MODE?
iNO, GO DO TEST
;FIRST PASS?
:sIF APT AND NOT FIRST PASS, EXIT TEST
;xcsa<7> READY 17
:IF NOT1, CONTINUE WAITING
:SET LOOP BACK MODE
:GOT SET OK?
iIF YES, BRANCH
;RESET T0 PRINT ERROR
;XCSR<2> DOES NOT BECOME 1
; ;EXIT TEST

; STALL FOR A WHILE IN CASE XCSR<2> CAUSES RCSR<7> TO BE 1

19889 121116

19890 121122 100402

MOV
CMPB
BNE
ST
BNE
TSTB
BPL
BIS
BIT
BNE
CLR
ERROR
BR

7%:

MOV

MOV
TSTB
BMI
soB

221, XBUF

260000, R1
RCSR
8$
R1,7¢

i IF ascszvea READY SET?

iIF NOT READY, BRANCH

;TRANSMIT A CHARACTER

;COUNTER TO WAIT
iRCSR<7> READY 17
:IF YES EXIT WAIT LOOP
;OTHERWISE, CONTINUE WAITING

113

COKDAFO KDJ11-B CLUSTER DIAG.
TEST

MACRO v05.03

Friday 28-Mar-86 13:30

Page 49-1

SEQ 0371

- RCSR BIT 7 AND XCSR BIT 2

121156
1
19903 121162
19904 121164
19905 121170
199% 121172
19907 121200
1% 121206
121210
1
19910 121216
19911 121222
19912
121224
19913 121230
19914 121232
19915 121236
izig 121240
19918

105737
100403
005037
104074
013737
022737
001406
012737
005037
104075
105737
100003
005037
104076
042737

8s:

177560

177564
177562
000021

001126
001126

000021
177564

001124

177560

9%:

104:

177564

000004

177564

11$:

1STB

RCSR

BMI
CLR
ERROR
MOV
cHP
BEQ
MOV
CLR

94
XCSR
+74
RBUF , $BDDAT
#21, $BDDAT
10
#21, $GDDAT
XCSR

TSTB

RCSR

ERROR

+76

ERROR

B8PL
CLR
BIC

+75

11%
XCSR
#BIT02,XCSR

;RCSR<7>=1?
;IF YES, BRANCH
;RESET XCSR<2>
;RECEIVER READY DIDN'T COME WP
DATA
;STORE RE
;DATA RECEIVED OK?
:IF YES, BRANCH

;RESET TO ENABLE SLU
;WRONG CHARACTER RECEIVED
:RCSR<7>=0?
:IF ZERO, BRANCH

;RESET TO ENABLE SLU

iRCSR<07><>0 AFTER READING RBUF
;DISABLE LOOP BACK MODE

J13

COKDAFO KDJ11-8 CLUSTER DIAG.
TEST

MACRO V05.03

Friday 28-Mar-86 13:30

Page 50

SEQ 0372

- RESET AND XCSR<2!0>

.SBTTL TEST - RESET AND XCSR<2!0>
:CHECK THAT RESET CLEARS XCSR<0!2>.
;ROUTINE TEST
; .(CHECK RCSR<07> AND XCSR<07> AND RESET)
LET XCSR<02,00>=#1 (LOOP BACK MODE)
;.
EXECUTE “RESET"
;
IF XCSR<02!00> NE #0 THEN
:
ERROR
:
ENDIF
;

19920
19921
1992
1992
19924
19925
19926
19927
19928

19931

1”32

LET XCSR<02>=#0

:ENDROUTINE
121246 000004

19933 121250 005737 001206

shbkbhkhkhkbkhbbb kb

$é147:

19934 121254 001011
%ggz 121256 052737 000005 177564 1$:
§9937

BNE
BIS

kh kb

$PASS

kb kbbb kb kb

kb bk kb bk

FIRST PASS?

15750
.IF NOT FIRST PASS, EXIT TES'I
#B170218IT00, XCSR
;LOOP BACK

: EXECUTE RESET AND VALIDATE THAT XCSR<7,2> BECOMES <1,0>

19939 121264 000005
19940 121266 032737 000005 177564
19941 121274 001401
imms 121276

SCOPE

104102

RESET
BIT
BEQ

ERROR

;EXECUTE RESET
#B1702!8IT00,XCSR
:XCSR<2,0> CLEAR?
15750
::IF YES, BRANCH
+102

;XCSR<2,0> NOT CLEARED ON RESET

IK13

COKDAFO KDJ11-B CLUSTER DIAG.
TEST

MACRO V05.03

Friday 28-Mar-86 13:30

Page 51

SEQ 0373

- RESET AND INTERRUPT ENABLE BITS

.SBTTL _TEST
RESET AND INTERRUPT ENABLE BITS
;CHECK THAT INTERRUPTS DON' T HAPPEN AT PRIORITY 4 AND THAT RESET
zCLElRS XCSR<06> AND RCSR<06>.

19946

19947

zRCSR
sXCSR

<06>

RECEIVER INTERRUPT ENABLE

TRANSMITTER INTERRUPT ENABLE

sRMI'E TEST

LET 60=#ADDRESS_OF _ILLEGAL INTERRUPT_XRCSR

LET 64=#ADDRESS_OF_ILLEGAL_INTERRUPT_XRCSR
SET PRIORITY TO 4

i
i

LET XCSR<02>=#1 (LOOPBACK MODE)
LET XCSR<06>=#1 (ENABLE TRANSMIT INTERRUPTS)
LET _RCSR<06>=#1 (ENABLE RECEIVE INTERRUPTS)
WAIT FOR XCSR<07>=#1 (READY TO TRANSMIT)

i
Pe
Pe
Pe

ETWML(SE'OACHM

TER)

WAIT FOR ILLEGAL INTERRUPTS (ABOUT 200MSEC)
EXECUTE “RESET”
IF XCSR<06> NE #0 OR RCSR<06> NE #0 OR XRCSR NE #0 THEN
o

ENDIF

RESTORE PRIORITY TO NORMAL

a EWDE

'ROUTINE ILLEGAL INTERRUPT_ XRCSR

INCREMENT XRCSR

| ENDROUTINE

19975

121300

19976 121306
19977
19978

19979
19980
19981 121310

000004
005737
001033

052737
032737
001001
104110
052737
032737
001001
104110
000005
032737
001401

104102
032737
001401
104102

20001 121412

012737
012737
052737

TST ~

001206

BNE

000100
000100

177564
177564

000100
000100

177560
177560

000100

177564

000100

177560

PASS

ST TIPSR

S R RS SRS P RS S R

L 2 2

.FIRST PASS?

"SKIP RESET PART OF THE TEST

CHECK THAT INTERRUPTS ENABLE BITS FOR RECEIVER
AND TRASMITTER OF SLU
ARE CLEARED
BY RESET

28:
33:
as:

BIS

BIT
BNE
ERROR
BIS
BIT
BNE
RESET
BIT
BEQ

#BIT06,XCSR

281706, XCSR
28
+110
#81706,RCSR
#B8IT06.
34
+110

#BIT06,XCSP
I

+102
gms.ncsa
gg
ERROR +102

;SET INTERRUPT ENABLE BIT IN XCSR

:GOT SET OK?
:IF YES, BRANCH
1IN BIT 6 OF XCSR
:SET INTERRUPT ENABLE BIT IN RCSR
:GOT SET OK?
:IF YES, BRANCH
:IN BIT 6 OF RSCR
:INLINE BUS RESET
s XMIT mmn ENABLE BIT CLEARED?
:IF CLEARED

meNOT CLEARED ON RESET
éwu.
;m
;;cm&veaue CLEARED?
H
m
u:NOT CLEARED ON RESET
: INTERRUPbn

: CHECK THAT TRANSMIT INTERRUPTS DON'T HAPPEN AT PRIORITY HIGHER THAN 3
;POINT XMIT vecm T0 PROGRAM AREA
g':
MOV

121444
000100

TSN T T

T T T T

t&1s0: scoPe
e
ws we W

19974

177564

MOV
8IS

3966
9346

#B81T06, XCSR

iAT PRIORITY7

:SET INTERRUPT ENABLE BIT IN XCSR

»E

COKDAFO KDJ11-B CLUSTER DIAG.

Friday 28-Mar-86 13:30

Page 51-1

SEQ 0374

- RESET AND INTERRUPT ENABLE BITS
121420
121424
121426

fhaie

TEST

MACRO V05.03

012702

000340

64:

000040

7%:

000026

8s:
9s:

10$:
000340
000100

MOV
B8R
SUB
MTPS
MOV
S08
B8R

ERROR
TST
18T
CMP

+101
(SP).
(5P)«
9200,

BNE

BIC

#B1T06,XCSR

MTPS

177564

#340,R2
7%
240,R2
Re
226 ,R3
R3,8$
104

8340

;SET PRIORITY 10 7
;GO WAIT IN CASE OF INTERRUPTS
;LOWER PRIORITY LEVEL
;:SET PRIORITY
;TIME DELAY

3UAIT FOR INTERRUPTS

;IF INTERRUPTS DIDN'T HAPPENED, BRANCH

.INTEMPTS HAPPEN AT WRONG PRINITY
;CLEAN UP THE STACK

;AT PRIORITY 4?

;IF NOT LAST ONE, CONTINUE
;RESTORE PRIORITY 7

;CLEAR INTERRUPT ENABLE BIT

; CHECK THAT RECEIVE INTERRUPTS DON'T HAPPEN AT PRIORITY HIGHER THAN 3
121562
000340
177564

118:

177564

2154, 3060
$340, 3062
11

177566
177560

177564

MOV
MOV
1578
BPL

13s:

BIS

#81702, XCSR

14s:

MOV
SOB
B8R

R3, 14

15¢:

16.:

MIPS

BIC

181

U’

BNE

$100,R3
164

#81I702,XCSR

ig)
124

;POINT RECEIVE VECTOR TO PROGRAM AREA
;AT PRIORITY 7
; TRANSMITTER READY
sIF NOT, WAIT
;TRY TO TRANSMIT NULL

:SET INTERRUPT ENABLE BIT IN RCSR
;SET PRIORITY 10 7
;G0 WAIT IN CASE OF INTERRUPTS
;LOMER PRIORITY LEVEL
:SET LOOP BACK MODE
ORITY

;u.m LOOP BACK MODE
; INTERRUPTS HAPPEN AT WRONG PRIORITY
:CLEM UP THE STACK
;AT PRIORITY 42
;IF NOT LAST ONE, CONTINUE

: cn.em UP BEFORE NEXT TEST
000340
000100

000300
177560
177562

000004

9340

MOV
T1STB
BMI
S08

#300,R2
18%
R2,174

BIC

#BIT02,XCSR

BIC

177560
17¢:

177564

MIPS

188:

TST

#BIT06,RCSR

RCSR

RBUF

;RESTORE PRIORITY 7
;CLEAR INTERRUPT ENABLE BIT

sSTfl.L DELAY
mn
;STO WAITING, IF SO

M13

COXDAFQO KDJ11-B CLUSTER DIAG.

Fridey 28-Mar-86 13:30

Page 52

SEQ 0375

INTERRUPT PRIORITY FOR SLU

i RTINS

TEST

MACRO V05.03
.SBTTL

RWTDE TEST

LET 60=#ADDRESS_OF _LEG%_ _RINTERRUPT

LET 64=#ADDRESS_OF _LEGAL _XINTERRUPT
LET XCSR<02>=#1
SET PRIORITY TO #3
WAIT FOR XINTERRUPT=#3
IF XCSR<07> EQ #1 THEN
ERROR
ENDIF
WAIT FOR RINTERRUPT=#3
IF RCSR<Q7> EQ #0 THEN
ERROR
ENDIF
LET XCSR<02>=#0
SET PRIORITY TO NORMAL

20087 121662 001113
200‘.
20089

*;...‘.““..“t‘.““‘.“"."t...““.“...t““““““‘.‘.‘0‘

000001

§TS1:

001220

001206

gs
BNE
ST

1004

$PASS

BNE
15752
: GET READY FOR INTERRUPTS

MOV

m 121672 012737 122004 000064
12
012737 000340 000062

MOV
MOV

20095

BIS

20094 121706

012737

20096 121722
20097 m;g
20098 121
20099 121734
gigg 121736

012701 000100
105737 177560
10040
077104
005737 177562

000340 000066

737 000004 177564

migs

14:
28:
:

MOV
1578
BMI
S08
TsT

;mmmmnme?
GONTEST

rflm PASS
:3IF APT AND NOT FIRST PASS EXIT TEST

984 , 3060

063 ,3064
9340, 9962

;STORE RECEIVER VECTOR
:STORE TRANSMITTER VECTOR
;AT PRIORITY 7

nnbi XCSR

iSET LOOP BACK MODE

$340. 3066

#100,Ri
2
R1,1$
RBUF

;FOR RECEIVER "D TRANSMITTER

'DELAY FOR UNEXPECTED CHARACTERS

O CTEe ,BRANGH
WAIT JUST IN CASE

| OTHERWISE
iREAD RECEIVER

; SET PRIORITIES AND XMIT INTERRUPTS

20104 121742 012702 000140
20105 121746 000402
20106 121750 162702 000040
20107 121754

GAPTENV, $ENV

zoo’“
:1 121664 012737 122060 000060 1008:
121714

- INTERRUPT PRIORITY FOR SLU

RCSR¢06> AND XCSR<06>.

1644
1646 122737
1654
001003
16

TEST

;CHECK THAT INTERRUPTS HAPPEN AT PRIORITY 3 AND THAT THEY CLEAR

106402

34:

a$:

MOV
BR
SUB

MTPS

#140,R2
43
#40,R2
R2

:START WITH PRIORITY 3
:TRY T0 DO IT
;LOWER PRIORITY

;TRY TO DO AT LOWER PRIORITY

N13

COKDAFO KDJ11-B CLUSTER DIAG.
TEST

MACRO V05.03

Frideay 28-Mar-86 13:30

Page 52-1

SEQ 0376

- INTERRUPT PRIORITY FOR SLU

20108
20109
20110
20111

121756
121764
121770
12177

20112 122008

052737
012703
077301
042737
104107
000443

000100

177564

000004

177564

001000

8IS

S¢:

MOV

SOB
BIC
ERROR

#BIT06,XCSR

#1000,R3

R3,5%
#B1702,XCSR
+107

TsT52

' TRANSMITTER INTERRUPT HERE

005726
005726
042737
012737
052737
106402
012703
077301
042737
104107
000406
106427

és:
000100
000000
000100

177564
177566
177560

100000

000004

177564

TST

TST
BIC

MOV
BIS

7%:

(SP)e

(SP)s
#B8IT06,XCSR

SNULL
, XBUF

#BIT06,RCSR

MTPS

BIC

#81102,XCSR

MOV
S08

ERROR

MTPS

#100000,R3
R3,7$
+107

4340

;LOOP BACK & INTERRUPT ENABLE
;WAIT DELAY FOR INTERRUPTS
;WAIT FOR XMIT INTERRUPTS
;CLEAR LOOP BACK BIT
NO XMIT INTERRUPTS

;;IF ERROR, EXIT TEST

;CLEAN UP STACK
;CLEAR INTERRUPT ENABLE
; TRANSMIT NULL
:SET RECEIVE INTERRUPT
;SET_NEXT PRIORITY

;WAIT DELAY FOR INTERRUPTS
;WAIT FOR RECEIVE INTERUPTS
;CLEAR LOOP BACK MODE BIT
:NO RECEIVE INTERRUPTS
:DON'T TOUCH STACK
;RAISE PRIORITY

; RECEIVER INTERRUPT HERE
H

8s:
177562

28139 122072
137

122074

20130 122100
20139 122106
20140

000340
000100

177564

9:
177560

(spgo

;CLEAN UP STACK

;READ RECEIVER BUFFER
;PRIORITY 0
:IF NOT YET, CONTINUE

15T
ST
15T

(SP)+
RBUF
R2

MTPS

#340

CLR

XCSR

BNE
BIC

#BIT06,RCSR

:RAISE PRIORITY TO 7

;CLEAR RECEIVE INTER. ENABLE
;:CLEAR XCSR

B14

COXDAFO KDJ11-8 CLUSTER DIAG.
TEST

MACRO V05.03

Fridey 28-Mer-86 13:30

Page 53

SEQ 0377

- BREAK CONDITION

g%‘i

.SBTTL

| ;8 45

;RCSR

H
;

sg ‘?
)

ERROR

FRAMING ERROR
RECEIVED BREAK

1
i

P
3
;
3
3

LET XCSR<02>=#1
LET XCSR<00>=#1
WAIT FOR RCSR<07>=#1
IF RBUF<15!13!11> NE #1 THEN
ERROR (ERROR, FRAMING ERROR, RECEIVE BREAK NE 1)

;
;

IF XCSR<00>
5
ERROR (XCSR<00> DOES NOT GO LOW)

LET XCSR<00>=#0
NE #0 THEN

ENDIF
WAIT FOR XCSR<07>=@1

3.
e

LET XBUF=#NULL (SEND NULL CHARACTER TO SEE ERROR CLEARED)

ENDIF

ENDIF
LET XCSR<02>=#0

WAIT FOR RCSR<Q07>=#1
IF RBUF<15!13!11> NE #0 THEN
ERROR
=

3
:
3

i‘

68
}99
0
17

}
:
:
;

7
7

LET XCSR<00>=#1
EXECUTE "RESET"
IF XCSR<00> NE #0 THEN
5
ERROR

; ENDROUTINE

;g
20176

7y 122112000004

t&rs2; scope

80 12233
20181 122
1
13133
1221
{

032737
%g"
7
001124

000200

000052

001206

BIT
BNE
187
BNE

#B81T07,3052
TST53
$PASS
15753

;UFD MODE?
:3IN UFD MODE, EXIT TEST
;FIRST PASS?
::IF APT AND NOT FIRST PASS, EXIT TEST

; SEND BREAK AND CHECK ERROR BITS IN RBUF

g{‘* {glg 0557 7 000004 177564 it:
140
013737 177520 002730
122146 042737 001000 177520
052737
032737
001001

000001
000001

0370

00%28

172 104110
174

TT e e

2V190
122154
20191 122162
201
170

T T T

; DECIDE WHETHER TO RUN THIS TEST

§§;g

194

<15>

<13>
<11>

;

201

- BREAK CONDITION

s XCSR <00»> TRANSMIT BREAK
;ROUTINE TEST

t:g
i

20189

TEST

;CHECK THAT SENDING BREAK CAUSES FRAMING ERROR.

1:‘

501%
100401 '
201 % 077104

177564
177564

24:

BIS

#B81IT02,XCSR

; TRANSMIT IN LOOP BACK

BIS
BIT
BNE

#B8IT00,XCSR
#B8IT00,XCSR
24

;SET SEND BREAK BIT
;GOT SET OK?
;IF YES, BR

MOV

#100,R1

MOV
BIC

ERROR

BCSR, SAVBR
#81709,BCSR

+110

WS
R1,4$
S08

:SAVE BCSR
;DISABLE HALT ON BREAK

{WRITING 1 TO XCSR<0>
;STALL DELAY

E VSBRANCH
JUST IN CASE OF A CHARACTER
;WAIT
B

Cl4

COKDAFO KDJ11-B CLUSTER DIAG.
TEST

MACRO V0S5.03

Friday 28-Mar-86 13:30

Page 53-1

SEQ 0378

- BREAK CONDITION

20198 122210
20199 122214
20200 122222

005737
052737
012701

177562
000001
001000

2020§ 122230

105737

177560

20204 122236
20205 122244

013737
022737

20207 122254

042737

2020

20209

20210 122266
20211 122274
122302
20212
20213 122304
20214 122312
20215 122314
20216
20217
20218
20219 122316
20220 122324
20221 122330
20222 122332
20223 122340
20224 122344
20225 122346
20226 122354
20227 122362
20228 122364
20229 122372
20230 122374

20231
20232

000446

042737
032737
001405
042737
104110
000432

177564

S¢:

6$:

7¢:

001126
001126
000004 177564
177562
124000

000001
000001
000004

177564

177564
177564

8$:

TST

RBUF

MOV
SOB
TSTB
-

#1000,R1
RI,6$

BIS

MOV
O
BIC
ERROR
BR
BIC
BIT
BEQ
BIC
ERROR
BR

#BIT00,XCSR

RCSR

RBUF,$BODAT
4BITISIBITISIBITLL, SB00AT
#BITO2,XCSR
+105
§sEXIT
75753
#BIT00,XCSR
#BIT00.XCSR
95
#BITO2,XCSR
+110
sEXIT
15753

;READ A CHARACTER

: TRANSMIT BREAK

i ANOTHER DELAY T0 GET BREAK
WAIT
A WHILE

;RECEIVER READY?
:IF NOT, WAIT
:STORE WHATEVER RECEIVED

sALL moa ans SET?

'foms SLU
;RESET
:BREAK DOES NOT CAUSE ERRORS

:IF YES

;CLEAR TRANSMIT BREAK
:GOT CLEARED OK?
:IF YES,

BRANCH

;RESET TO ENABLE SLU

;ERROR WRITING O TO XCSR<0>

| CHECK THAT BREAK CONDITION IS CLEARED
013737
105737
100375
012737
105737
100375
013737
032737
001404
042737
104106
042737

002730
177564

000177
177560

177520 9$:

MOV

177566

MOV

106:

11$:

001126
001126
000004 177564
177562
124000

000004

177564

12%:

TSTB
BPL

TSTB

BPL

SAVBR,BCSR
XCSR
108

#177.XBUF

RCSR
1%

MOV RBUF, $BDDAT
BIT
98ITISIBITISIBITLL, 4B0DAT
BIC
#8IT02,XCSR
ERROR

BIC

+106

#B8I702,XCSR

;RESTORE BCSR
:XMIT READY?
:IF NOT, WAIT
:TRY T0 TRANSMIT DELETE
:RECEIVER READY

:IF NOT, WAIT
:STORE RECEIVE BUFFER
;:ERRORS CLEARED?
IF YES, BRANCH

SETO ENABLE SLU

aaem NOT CLEARED ON NEXT CHARACTER
{CLEAR LOOP BACK MODE

D14

COKDAFO KDJ11-B CLUSTER DIAG.
TEST

MACRO V05.03

Friday 28-Mar-86 13:30

Page 54

3EQ 0379

- OVERRUN CONDITION

.SBTTL

TEST

:RCSR

<14>

- OVERRUN CONDITION

:CHECK OVERRUN CONDITION

OVERRUN ERROR

ROUTINE TEST

LET XCSR<02>=#1 (LOOPBACK MODE)
WAIT FOR XCSR<07>=#1

LET XBUF=#252
WAIT FOR XCSR<Q7>=#1

LET XBUF=#125 (SEND THE 2ND W/0 READING THE 1ST CHARACTER)
WAIT FOR RCSR<Q7>=#1

STALL FOR LOWEST BAUD RATE TO GET 2ND CHARACTER
IF LOW BYTE OF RBUF NE #125 THEN

ERROR (1ST CHARACTER WASN'T OVERRUN)

IF RBUF<15!14> NE #1 THEN

Fa—

ERROR (NO OVERRUN BIT SET)

WAIT FOR XCSR<07>=#1

LET XBUF =#NULL
WAIT FOR RCSR<07>=#1

IF RBUF<15!14> NE #0 THEN

ERROR (WASN'T CLEARED ON THE NEXT CHARACTER RECEIVED)

3
ENDIF
”
LET XCSR<02>=#0
ENDROUTINE

ig‘.““‘““‘t““#““‘t“t‘t“l#‘tttt““““t.‘.‘t#t“‘t‘.“‘

000001

001220

153:

001206

177564
000021

177560

177564
177566

177564
000177
175000

177566

177562
140177

001126
001124

000177

100$:
1$:

24:
38:
4s:

177564

BNE
ST
BNE
BIS
TSTB
BPL
MOV
TSTB
BPL
TSTB
BPL
MOV
MOV
S0B
MOV
MOV

SAPTENV, $ENV

;RUNNING IN APT MODE?

:NO, GO DO TEST
1004
$PASS
:FIRST PASS?
::IF APT AND NOT FIRST PASS, EXIT TEST
15754
#B1702,XCSR
;SET LOOP BACK MODE
;READY TO TRANSMIT?
XCSR
:IF NOT, WAIT
18
;TRANSMIT A CHARACTER
#21, XBUF
:RECEIVE READY?
RCSR
:IF NOT, WAIT
24
XCSR
:READY TO TRANSMIT?
:IF NOT, WAIT
34
:TRANSMIT THE 2ND CHARACTER
2177, XBUF
FOR THE 2ND CHARACTER $$$
:STALL
#175000,R3
R3,3$
WAIT A WHILE
:STORE RECEIVED DATA
RBUF , $BDDAT
:EXPETED PATTERN
#140177, $GDDAT
:2ND CHARACTER RECEIVED?

CMPB #177, $BODAT

001126

001127

SCOPE

CMPB

T SLU
10 NABLE
RESE

26IT02.XCSR
BI
+111
ERROR

S$:

CMPB

it
ERROR

#BIT7!BIT6, $BDDAT1

+112

15754

:2ND CHARACTER DIDN'T OVERRUN 1ST
{OVERRUN ERROR BITS SET?

1 CRNABLE SLU
oy

s sEXIT

:OVERRUN DOES NOT SET ERRORS BITS

El4

COKDAFO KDJ11-B CLUSTER DIAG.

Friday 28-Mar-86 13:30

Page “1-1

SEQ 0380

- OVERRUN CONDITION

; SEND NEXT CHARACTER TO CLEAR OVERRUN CONDITIONS

20290
20291

3 tit

2029§ 122550
12

122564
122570
20297 122572
122600
20299 122602
20300 122610
20301 122612

2283385122620

105737
100375
012737
105737
100375
032737

8
g

TEST

MACRO V0S5.03

042737
104113
042737

és:

177564
000000

177566

140000

177562

000004

177564

000004

177564 8%:
SLEND:

177560

7%:

TSTB

BPL
MOV
TSTB
BPL
BIT
BEQ
BIC
ERROR
BIC

XCSR

6$
ONULL , XBUF
RCSR
7
#8IT15!8IT14,RBUF
as
#B1T02,XCSR
+113
#B81702,XCSR

; TRANSMITTER READY?

;IF NOT, BRANCH AND WAIT
:TRANSMIT NULL CHARACTER
;RECEIVER READY?
:IF NOT, BRANCH AND WAIT
;ANY ERRORS SET?
:IF NOT, BRANCH
;RESET TO ENABLE SLU
;OVERRUN NOT CLEARED ON NEXT CHAR.
;CLEAR LOOP BACK MODE BIT
;LAST SLU TEST

F14

COKDAFO KDJ11-B CLUSTER DIAG.

.SBTTL TEST
;LED’ S_ON

- LED'S
ON

DISPLAYED IN LED'S.

RM INE TEST
U-lILE A KEY NOT RECEIVED FROM KEYBOARD DO
STALL ALLOWING TIME TO SEE PATTERN
ROTATE LEFT TO LIGHT UP NEXT LED'S
ENDDO
ENDROUTINE
3 ;“.“tt“.t“““tttt“t‘t‘tttttttt‘t‘t“‘tt‘t.‘t‘.‘t“““t“‘

122620

20319 1226
122632
20321 122640
122642
20323 122646
20324 122650
20325 122656

052737

001000

032737
001427
005737
001024
122737
001420

000001

20327 122662

104401

001175

12266C

20
20
20

122666
122672
122700

122706
20331
20332
122714
20333 122720
20334 122724
20335 122
20336 122734
20337 122740
122744

005105

104401
012737
012737

052737
106427
012704
012701
110137
012703
012702
077201

177520

15754:

001206
000001

123016
122770
000340

000100
000140
000006
000076
177524
000004
177777

001220

TYPE
TYPE

14:

24:
34:
4%:

20341 122752

006101

20344 122760
20345 122762
w 122766

001407
104401
000754

001170

0627
112737
042737
000452

177562

S$:

000377
001000

6$:

012
110
040
040
124
124
117
117

015
111
111
101
105
040
122
116

7 122770

122774
20349 12
350 123006
20351 123014

123016
123021
123024
123027
1230
12
123040
123043

077413
005705

005737

LEDS:

;ENABLE HOB FOR APT
;FLAG IN NO INTERRRUPT MODE
:IF RUNNING IN CHAIN MODE
:SKIP PRINTOUTS

#1000,BCSR

RS
1$
$PASS
14
SAPTENV, $ENV
1%
RS
#B1T00, 3452

#5$ , 3960
#340, 9862

MTPS

#140

.ASCII

‘%?Tns?s
St PRINTOUTS
m657
mzs

SKIP PRINTOUT'S

;CLEAR FLAG IN INTERRUPT MODE

,$CRLF
.LEDS

MOV
MOV
BIS

177560

07730:

122754
122756

SCOPE

BIS

CLR
BIT
BEQ
ST
BNE
CMPB
BEQ
COM

%746

SEQ 0381

;THIS TEST WILL INITIALIZE BDR TO CONTAIN A ROTATING PATTERN

20318 1226%5

20
20343

Page 55

- LED'S ON

20305
20306
20307
20308
309
20310
20311
20312
20313
20314
20315
20316
20317

Friday 28-Mar-86 13:30

353508 3RagANGEE33E3

TEST

MACRO V05.03

;IDENTIFY THE TEST

;RECEIVE SLU VECTOR

;AT PRIORITY 7

#B1706,RCSR

;ENABLE INTERRUPTS
;LOWER PRIORITY
;FOR_EACH LOOP

:START WITH 1
;TURN OFF FIRST LED
;STALL DELAY
:STALL DELAY
;WAIT A WHILE
;WAIT A WHILE

:DO A FEW TIMES
;RUNNING IN INTERACTIVE MODE?
:IF NOT, EXIT

;REPEAT PATTERN
;READ BUFFER
;ADJUST STACK
;NO MORE

os’nBOR

#1000, BCSR
TST55

: :EXIT TEST

;DISABLE HOB FOR APT

<12><15>/THIS IS A TEST FOR ON-BOARD LED'S/<12><15>

COKDAFO KDJ11-8 CLUSTER DIAG.

TEST - LED'S ON
123046
153051
15
123057

20354 15

153066
193071
78

153077
1531

128

120

101
040

122
126

101
105

103
122

113
102

108
117

103

15312

125

197
1931%2
123136
153130

131

124

103
124
125
018

110

117
101

104

117

117
111
105
000

Friday 28-Mar-86 13:30

Page 55-1

101
040
104
012

040
131

040
040

117
104
105
128

105
116

1531
12311

11
193116

20355
20356

102
122
176
o471

MACRO V05.03

_ASCIZ

101

116
040
131
101

040

ko
116
116
012

.EVEN

/TYPE ANY CHARACTER ON A KEYBOARD TO CONTINUE/<12><15>

0 00%

H14

COKDAFO KDJ11-B CLUSTER DIAG.

Fridey 28-Mar-86 13:30

Page 56

SEQ 0383

- MEMORY MAPPING

.SBTTL TEST
MEMORY MAPPING
{MEMORY MAPPING

mus TEST WILL AUTOSIZE MEMORY IN 2K BYTES. EVERY PAGE WILL BE
WHAT TYPE IT IS: Q-BUS, UNIBUS OR PMI BUS MEMORY BY
FOR ED
;CHECK

;SEEING HOM IT CAN BE CACHED.

snoumc TEST

LET 4=ADDRESS OF NON-EXISTENT_MEMORY

HEY
8.
HES
HE

IF KMCR<0S5-00> NE #1 THEN (NOT ALL UNIBUS MEMORY)
Twlgnwwmrmmmme

DO FOR KDPARO FROM #0 TO #177600
ooroamrnmoomozooooavnooo
READ (R1)

IF ABORT_NON-EXTSTENT_MEMORY NE 1

REMORY EXISTS

READ (R1)+

B: RITONISS
EQ 2 HITS THEN
PMI MEMORY

ELSE
.

3.
+
>
s
s
..
¥
;.

s
ENDIF

IF HIT/MISS EQ HIT THEN
Q-BUS MEMORY
ELSE

ENDIF

LET ABORT_NON-EXISTENT MEMORY=20

" ENDDO
MEMORY EQ 1
UNTILL ABORT_NON-EXISTANT
ENDIF

: ENDROUTINE
H

;ROUTINE NON-EXISTENT MEMORY

LET ABORT_NON-EXISTENT_MEMORY=#1

; ENDROUTINE
{é;;;‘.t“.‘“‘.““‘“““0““““““‘.‘.“‘“““tt“““.‘.‘

001206

" BT
BEQ
ST

#8IT00, 3852
15756
$PASS

000001

CMPB

BEQ

OAPTENV, $ENV

MOV

ERRVEC , R4

CLR

xxfim

000001

TEST

MACRO V05.03

BNE

15756

TSTS6

;CHAIN MODE?
:FIRST PASS?

.:IF SO, EXIT TEST

::IF APT AND NOT FIRST PASS, EXIT TEST

| SETUP ALL REGISTERS FOR MAPPING
#400,CCR
MOV
.
123354

136574
172354

MOV
JSR

874 uéaavsc
mvec.z
mb
INITMM

MODE?

/sYES. SkIP PRINFOUT'S

JFLUSH THE CACHE

iSTORE TIMEOUT VECTOR
AREA

:POINT TO PROGRAM
{AT PRIORITY 4
:REMAP PROGRAM AREA
FOR MAPPING MEMORY
'USED

114

COKDAFO KDJ11-B CLUSTER DIAG.

Friday 28-Mar-86 13:30

Page 56-1

SEQ 0384

- MEMORY MAPPING

CLR

062737
012701

000200
140000

20425 123264
20426 123270
20427 123272
20428 123
20429 123
20430 123310

062701
005721
042737
0057%%
0137
052737

003776

123262

123324 01402
3043
20435 223326 00%202
00040

123330
20435 123332
20436 123334
20437 123340
20438 123342
20439 123350
20440 123352
20441
20442
20443
20444 123354
20445 123356
20446 123360
20447 123364
20448 123370
20449 123376
20450 123400
20451 123402
20452
123404
20453
123406
20454
123410
20455
123414
20456
123416
20457 123420
20458
123422
20459 123424
12!‘32
20461 1234
123432
20463 123434

123437
12¥4§
12344
1234
1234
123456

00520
022701
101351
022737
001337
000402

005726
005726
010437
005037
737
702
001405
006302
010246
104405
104401
005703
001405
006303
010346
104405
104401

001000

177752
001000

114150
177520
114150

131
123
106
115
115
117

;CLEAR PAGE COUNT FOR PMI
;:CLEAR PAGE COUNT FOR QBUS
;ENABLE MEMORY MANGEMENT
;ENABLE 22 BITS
;GO ACCESS

R3
MMRO

#BIT04,MMR3

TRY TO MAP ALL PAGES

ADD
MOV
BR
ADD
TST
BIC
ST

172354

#200,KIPARG
#140000,R1
43
#3776.R1

; INCREMENT BY 4K WORDS
;ACCESS THRU KIPAR6

;START DOING IT
; INCREMENT BY 1K WORDS
;ACCESS 1ST LOCATION

(R1)+
#1000,BCSR
(R1)

MOV

HITMIS,RECDAT

BIT

#BIT02,RECDAT

BIS

S$:
6%:

154000

;DISABLE HALT ON BREAK
;ACCESS 2ND LOCATION

:STORE REGISTER
;ENABLE HALT ON BREAK
:LAST (R1) HIT?

#1000, BCSR

BEQ
INC
BR
INC
cMP
BHI
CMP
BNE
BR

5$
R2
6%
R3
#154000,R1
3%
#177600,KIPARG
1%
8

18T

(SP)+

CLR

MMRO

1K COUNT FOR PMI
Imém
:IF NOT,

QBUS MEMORY

GO CONITNUE

: INCREMENT COUNT FOR QBUS MEM.
:LAST IN 4K PAGE?
;IF NOT, BRANCH

;eM BOUNDARY ?

.IF NOT, BRANCH

;IF 2M, DON'T TOUCH STACK

: MAPPING IS DONE, FIND OUT HOM MANY PAGES WERE THERE

%0:
000004
177572
000020

8%:

BIC

172516

BEQ
ASL
123434

123464

000431
113

172354

177520

177600

BIS

172516

20422 123250
%z 123256

20421

177572
000020

CLR
INC
NDbser oo o

005002
005003
005237
052737
000403

20414 123230
20415 123232
20416 123234
20417 123240
20418 123246
20419
20420

TEST

MACRO V05.03

040

124
040
040
111
105
122

9%:

10%:
MEMK:

TYPDS
TYPE

18T

BEQ
ASL
MOV

TYPDS
TYPE

;ADJUST STACK
;RESTORE ERROR VECTOR
;DISABLE MEMORY MANGEMENT
.DIM 22 BITS
W
MEMORY ?

$81T04, MMR3

9
R2

.smne 1K @ ON STACK
:TYPE ¢ OF PAGES

:TYPE ASCII
:ANY @-BUS MEMORY?

104
R3
R3,-(SP)

;IF NOT,

BRANCH

ANSLATE TO BYTES

;sme 1K @ ON STACK
;TYPE ¢ OF PAGES
iTYPE ASCII

,MEMQ

; ;EXIT TEST

15756

.ASCIZ

/K BYTES OF PMI MEMORY/<12><15>

J14

COKDAFO KDJ11-B CLUSTER DIAG.
TEST

MACRO V05.03

Friday 28-Mar-86 13:30

Page 56-2

SEQ 0385

- MEMORY MAPPING

123461

012

015

123467
123472
123475
123500
123503

131
123
106
055
123

124
040
040
102
040

20464 123464

123506
123511

20465

123514

113

105

122

015

040

115
131

000

000
102
105

20486

117

115
117

012

.EVEN

;WRONG PARITY ABORT

; THIS TEST VERIFIES ABORT TO 114 USING PARITY OR ECC_MEMORY CSR.
;IF MORE THEN 1 CSR PRESENT, ALL OF THEM WILL BE WRITTEN AT THE
:SAME TIME.

:ROUTINE TEST

SIZE FOR ALL POSSIBLE MEMORY CSR'S
;.
STORE UP TO 16 CSR STARTING FROM TEMP
»
ALL WITH WRONG PARITY
WRITE
;.
T0 O
WRITE
;.
READ IT BACK
;
IF NO ABORT TO 114 THEN
;
;.
:
ERROR IN PARITY ABORT LOGIC
ENDIF
3
RESTORE CSR'S
;.
; ENDROUTINE

123516

20499 123562
20500 123564
20501 123566
20502 123572
20503 123576

20505 123604
20506
20507
20508
20509

/K BYTES OF Q-BUS MEMORY/<12><15>

.SBTTL WRONG PARITY ABORT TEST

20487
20488
20489 123520
20490 123524
20491 123532
20492 123540
20493 123542
20494 123546
20495 12
20496 12
20497 123556
20498 123560

20504

.ASCIZ

121
125

20466

20467
20468
20469
20470
20471
2047
2047
20474
20475
20476
20477
20478
20479
20480
20481
20482
20483
20484
20485

MEMQ:

33 P

15156:

000004

It I Iy

SCOPE

r T

e s s T3S

S SRS SRS R SR S22 2 2 2

: FIND OUT ALL POSSIBLE MEMORY CSR LOCATIONS UP TO 16
013701
012737
012737
005004
012702
012703
005712
010223
005204
000402
005726
005726
062702
022702
101365

000004
123562
000340

052737

001000

010137

000004
000006

172100
002740

W
2¢:
38

000002
172136

000004

177746

MOV
MOV
MOV
CLR
MOV
MOV

INC
B8R
ST
ST
ADD
P
BHI
MOV
BIS

ERRVEC,R1
224 ERRVEC
#340 ,ERRVEC+2
#172100,R2
STEMP,R3

i
.

R4
34
(SP)+

(5P)+

#2,R2
#172136,R2
18
R1,ERRVEC
#81709,CCR

! WRITE ALL CSR'S WITH WRONG ECC CODE

;STORE TIMEOUT VECTOR
:POINT NEM TO PROGRAM
:AT PRIORITY 7
:COUNT FOR CSR'S
:FIRST POSSIBLE CSR
:STORAGE LOCATION

i SheRe ST0

: INCREMENT COUNT FOR CSR'S
:BRANCH AROUND
:RESTORE STACK
;POINT TO NEW CSR
;ALL DONE?
:IF NOT, BRANCH
:RESTORE ERROR VECTOR
:SET CACHE BYPASS

' NOTE: IN PARITY MEMORY THOSE BITS ARE READ ONLY AND
DIAGNOSTIC MODE BIT FOR ECC IS THE SAME AS WRONG PARITY
:

K14

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 56-3

SEQ 0386

123616

01370
01273

000114

123704
000340

000114
000116

002740
000005
003740

000000

4%:

000000

002740
000004

S$:

#340,90116
R4 ,R2

orém R3

#8IT02!BIT00,80(R3)

#3740, 3(R3)+

R4, 4%

260

R2,R4

STEMP ,R3

#81IT02,3(R3)+

123612

a8 733085733333

WRONG PARITY ABORT TEST

000000

78:

8$:

100000

177744

100000

001124

001000
000000
177744
000114

177746

cmoo a(R3).

camsMSER

uooooo $GDDAT

9%:

:START WITH 1ST CSR
PARITY
;DIAGNOSTIC OR
BITS
;CLEAR <10-5> Cl(
;00 FOR ALL CSR'S
;CLEAR TEST LOCATION WITH WRONG PR
;RESTORE COUNTER

sSTm WITH 1ST CSR

;CLEAR ALL WRONG PARITY
:IN ALL CSR'S
;READ BACK WRONG PARITY
;NO WRONG PARITY ABORT
;ADJUST STACK

6%:

002740
000001

;STORE PARITY ABORT VECTOR
;POINT NEW TO PROGRAM

:c:im CCR
MSER

R1,30114

;START WITH 1ST CSR
;CLEAR ALL WRONG PARITY
;IN ALL CSR'S
;ABORT REFLECTED IN MSER?
:IF YES, BRANCH

:'GER(L'» NOT SET ON PARITY ABORT
;CLEAR CACHE BYPASS
;CLEAR WRONG PARITY
;CLEAR MSER

;RESTORE PARITY ABORT

L14

COKDAFO KDJ11-B CLUSTER DIAG.

Friday 28-Mar-86 13:30

Page 57

SEQ 0387

- DMA TAG PARITY IN STANDALONE MODE
.SBTTL

TEST

MACRC V05.03

TEST

- DMA TAG PARITY IN STANDALONE MODE

; CHECK DMA TAG STORE PARITY BIT.
RWTI'( TEST
CACHE DMA_PARITY
.

LET BCSR<08>=#1

REPORT ALL ERRORS
WIPE
RWT INE DMA_PARITY

GENERATE PARITY ERRORS

CHECK MSER<13>
LET BCSR<08>=#0
: ENDROUTINE

da Se

*gtt“‘..‘t“‘““.0““““‘.“‘.tt‘.‘t‘“t‘t‘t“““““.“.“‘

NOP
ST

003032

99¢:

BNE
NOP
BR
NOP

CCHPAS

99
TST60

;have done enough inclusive passes?
; not yet'd

::60 TO NEXT TEST

: ALLOCATE CODE IN CACHE
012702

001374
013737

001000

177520

124100
002740
177520

002740

177744

BIC

MOV

14:

18T

uooou‘.sn
(R2)-

cHP
BNE
18T
MOV

SDPAREN, R2
1%
TEMP
BCSR, SAVBR

BIS

#81T10!8I700,CCR

;POINT TO STANDALONE CODE
;DISABLE HALT ON BREAK
;ALLOCATE IN CACHE
:LASTMSS?
:IF NOT, BRANCH

;m.ou\fz TEST LOCATION
;SAVE BCSR

177520
177746

: IN STANDALONE MODE TRY TO VERIFY RESPONSE TO PARITY ERRORS
;SET STANDALONE MODE BIT
0MAPAR: BIS
#BIT08,BCSR
TAG PARITY

177746
177520

2%:

CLR
MOV
BIC
B8IC

TEWP
MSER,RS
#BITi0,CCR
#81708.BCSR

cHP

3&20.“5

ERROR

+117

;WRITE WRONG

;WRITE HIT WITH WRONG PARITY
;STORE MSER
;:CLEAR WRONG PARITY BIT
;CLEAR STANDALONE BIT

! RETURN FROM STANDALONE MODE

&m:

100
124100
124104
124106
124110
1 124114
122
1241

005737
001002

177744
001000

177746
177520
177520

4%:

CLR

BIS

55“
Olm

MOV

;WRONG DMA PARITY?

:IF_OK, BRANCH

NE
;MSER NOT SET IN STANDALOMODE
;FLUSH THE CACHE

sR(STmE BCSR

;ENABLE HALT ON BREAK

M14

COXDAFO XDJ11-8 CLUSTER DIAG.
TEST

MACRO V05.03

Page 58

SEQ 0388

- DMA TAG PARITY W/0 STANDALONE MODE

2059
20597
20598
20599
20600
20601

.SBTTL

TEST

iCCR

<10»

- DMA TAG PARITY W/0 STANDALONE MODE

;CHECK DMA TAG PARITY BIT WITHOUT GOING INTO STANDALONE MODE.
WRITE WRONG TAG PARITY

'ROUTINE TEST

LET CCR<10>=#1
ALLOCATE LOCATION IN CACHE

zosog

INITIATE DMA WRITE TRANSFERS

20604
20605
20606
20607
20608
20609
20610

IF MSER<Q4> NE #1 THEN
,

ENDIF

; ENDROUTINE
* sER R R

124136
20611 124140

20612 124142

000004
000240

005737

S 760:

073032

20613 124146
20614 124150
20615 124152
22&{9 124154

001002
000240
000471
000240

20618 124156

032737

000200

124166
20621 124172
% 124176

000137

140340
002664

2“39 124164

OOI‘O;

001457

994

20625
2“2’ 124200
20627 124204

20628 124206
m 124212

AR AR AR R R AR

SCOPE

NOP
ST

1108:

AR AR

CCHPAS

BNE
NOP
BR

994
TST61

BIT

#8IT07, 3052

N
TST

$EOP
CSR1

NOP

BEQ
B

BEQ

AR AR

R Rk

R bR AR bR

bbbttt

;have done enough inclusive passes?
; not yet

::G0 TO NEXT

aid

110$

T5T61

;AT LEAST ONE Q22BE FOUND?

::IF NOT, EXIT TEST

; ALLOCATE TEST IN CACHE
012703
723
022703
001374

115:

124200

108:

124316

MOV

8..R3

cHP
BNE

#4%,R3
104

T1ST

(R%).

;START WITH CURRENT INSTRUCTION
;READ A WORD

; WRITE A WORD WITH WRONG PARITY

2“3%

2o 134338 Qiry Poadro
20635 1242

124236

124242
124250
124256
20640 124260
20641 124264

737

002000

001160
000114
177746

042737
052737

002000
000200

177746
177746

004737
104116

zoug 1242%

000413

20644 m
20645
2“‘? 1.1330‘4.’

005037
005726
005726

20643

Friday 28-Mar-86 13:30

124270

013704

002740

177744

001001
104116
005037

177744

MOV
MOV
BIS
CLR

20114, $THPO
028, 90114
#81710,CCR
TEMP

CLR
JSR
ERROR
B8R
MOV
CLR

RO
PC,DMATRN
+11
4%
MSER,R4
MSER

BIC
BIS

137370

20648 124& 032704 000020
20649 124312
20650 124314
20651 124316

24:

44:

15T
15T
15T
BIT

z 710,CCR
107.CCR

(SP)+
(5P)+
(SP)+
#B1704,R4

BNE

CLR

MSER

ERROR

+116

;STORE PARITY VECTOR

;POINT TO TEST AREA
;WRITE WRONG TAG PARITY
;WRITE MISS WITH WRONG TAG PARITY
;CLEAR WRONG TAG PARITY
%
;PARITY ABORT
FER
TRANS
1
DO
TO
;FLAG
;00 DMA WRITE TO TEMP THRU Q22BE
;NO PARITY ABORT
;:BRANCH TO TEST MSER
;STORE REGISTER
;CLEAR MSER

:REST(RE STACK
;MSER OK?

;IF _SET, BRANCH

;MSER<4> NOT SET

;CLEAR MSER

N14

COKDAFO KDJ11-B CLUSTER DIAG.
TEST

MACRO V05.03

Page 58-1

SEQ 0389

- DMA TAG PARITY W/0 STANDALONE MODE

20652 124322

012737

000400

177746

20653 124330 013737 001160 000114

——

Friday 8-Mar-86 13:30

MOV

#400,CCR

$TMPO, 30114

iFLUSH CACHE

;RESTORE VECTOR

COXDAFO KDJ11-8 CLUSTER DIAG.

Fridey 28-Mer-86 13:30
TEST

SRR

.SBTTL

Page 59

SEQ 03%0

- DMA WRITE HIT CYCLES

ALLOCATE A LOCATION IN CACHE
INITIATE DMA WRITE TO THIS LOCATION
READ THIS LOCATION BACK
IF IT IS CHANGED OR HIT/MISS EQ HIT

R
S

DO BLOCK MODE_TRANSFER TO THOSE LOCATIONS
START READ WITH THE LAST LOCATION
IF RECORD ANY HITS THEN

BE
B
B
SR
SR
WE

~N -~~~

SELaD

n
»

ENDIF

INITIATE READ DMA TO THE SAME TEST LOCATIONS
READ THEM BACK
IF HIT/MISS NE HIT THEN
ERROR
"
ENDIF
ENDROUTINE
L

883582883
wv gOO
E:;.-.’...-..-.
§ Ehite weenss

ENDIF
WRITE TO THE FIRST 16 LOCATION THEIR ADDRESS

;CHECK THAT DMA WRITE HITS INVALIDATE CACHE.
;ROUTINE TEST

3555585

——

MACRO V05.03

- DMA WRITE HIT CYCLES

TEST

B15

* ‘0‘“t‘tt‘tt‘_t‘t“tttttt‘tttttttt&ttttttt‘littttttttttttt‘tt‘.‘

&T61: SCOPE
.

003032
125304

99¢:

140340

1%:

002664

140340
i

CCHPAS

BNE
NOP
JHP

99%

BIT

#BIT07, 8452

NOP

BEQ
JHP
ST
BNE
JMP

ALLEND

;have done enough inclusive passes?

i not yet
; debug aid
; yes skip this

1%
$EOP
CSR1
23
$EOP

;UFD MODE?
:IF NOT, BRANCH

;OTHERWISE, NEXT PASS
;AT LEAST 1 Q228BE?
IF YES,

BRANCH

| OTHERWISE, NEXT PASS

: TRY TO DO DMA WRITE AT ALL DIFFERENT PRIORITIES

mov

e340.R2

a$:

CLR

TEMP

BIC

177520

TST

114150
177520
114150
002740

CLR
MTPS
JSR

#1000,BCSR
TEMP

MOV

HITMIS,RECDAT

BEQ
ERROR
cHP
BEQ

5%
+120
#12525, TEMP
6%

BIS
BIT

5%:

RO
R2
PC,DMATRN

ERROR

#1000, BCSR
#B1T02,RECDAT

+123

;START WITH 7
;GO DO IT
;LOWER PRIORITY

;CLEAR TEST LOCATION
;D0 JUST 1 WORD
;LOWER PRIORITY
;D0 DATO
;:DISABLE HALT ON BREAK

:LAST ACCESS HIT?

;IF MISS, BRANCH

;DATO OK?
:IF_SO, BRANCH
;:DATO

C15

COKDAFO KDJ11-B CLUSTER DIAG.
TEST

20714
20715
20716
20717
20718 124516
20719 124524
20720 124530
20721 124534

005702
001341
106427

64:

000340

Page 59-1

SEQ 0391

MTPS

2340

BNE

;LAST PRIORITY 0?
:IF NOT, BRANCH

;RESTORE PRIORITY

: VERIFY THAT BYPASS WITH DMA DATI INVALIDATES CACHE

001000

177746 8s:

177752

177520
114150
177520
114150

137370
177746
001000
001000
000004

MOV

#BIT09,CCR

JSR

PC,DMATRN

TST

HITMIS,RECDAT
#1000, BCSR
#81T02,RECDAT
DATBO

CLR
BIC

MOV
BIS
BIT
BEQ

ERROR

124572

20728
207,
20
20731 124574

20
20

Friday 28-Mar-86 13:30

- DMA WRITE HIT CYCLES

20711 124506
20712
124510
20713 124512

20727

MACRO V05.03

CCR
#1000,BCSR
TEMP

+123

;SET BYPASS
;00 DMA DATI
;CLEAR BYPASS
;:DISABLE HALT ON BREAK
;IN CACHE?
;STORE REGISTER
;ENABLE HALT ON BREAK
;TEMP WAS A HIT?
:IF NOT, BRANCH

; DO DATBO

OATBO: MOV

000010
002740

124600
124604

20734 124606
20735 124610
20736 124612

002740
177770
001701
137370
010000

20;3; 124620
20

002740
001000

177752

001000

14
056050
056044
056030
056020

28
177520

3$:

114150
177520
114150
43:

012525

5$:

#10.R1

MOV
CLR
S0B
INC
MOV
MOV
MOV
JSR
BIT
BEQ

STEMP,R2
(R2)+
R1,1$
RO
$TEMP, 8BA
#177770, aMC
#1701, aCSR1
PC,DMATRN
#81T12,8CSR2
24

MOV

STEMP ,R2

MOV
BIS
BIT
BEQ

HITMIS,RECDAT
#1000, BCSR
#B81T02,RECDAT
43

CMP
BEQ
ERROR
ADD
S0B

$12525,(R2)+
54
+123
#2,R2
R1,3$

ol
BIC

ERROR

)

#1000,BCSR
(R2)

+121

;COUNTER FOR 8
:START WITH TEMP
:CLEAR ALL 16
:00 ALL 16

:FLAG BLOCK MODE
;LOAD DMA ADDRESS
;D0 8 WORDS
:16 WORDS FROM 32K
;D0 DATBO
:NO BLOCK MODE SLAVE?

;IF NOT,

BRANCH

:NO BLOCK MODE SLAVE

:COUNTER FOR 4 LOCATIONS
:START WITH TEMP
:DISABLE HALT ON BREAK
:ACCESS A LOCATION
:STORE REGISTER
;ENABLE HALT ON BREAK
sHIT?

:IF NOT,

BRANCH

;:DMA DOES NOT INVALIDATE
;

;IN DMA

2 WORDS
;00 IN
;00 ALL 16

: DO 4K OF DATO AND CHECK FOR MISS
004737
012737
042737
012737
012702
005712

172354
172314
177572
000004

JSR
MOV

PC, INITMM
#2000, KIPAR6

BIS

#81700,MMRO

TST

(R2)

BIC

MOV
MOV

#B8IT15,KIPOR6

SDATI, 304
#140000,R2

:SET UP MMU

;START AT 32K
:NO BYPASS
;ENABLE MMV
s IF 32K NXW
;START WITH 32K
EXIT

D15

COKDAFO KDJ11-8 CLUSTER DIAG.
TEST

MACRO V05.03

Friday 28-Mar-86 13:30

Page 59-2

SEQ 0392

- DMA WRITE HIT CYCLES

20768 125000
20769 125004
20770 125006
20771 125010
20772 125012
20773 125020
20774 125026
20775 125034
20776 125040
20777 125044
20778 125050
20779 125056
20780 125060
20781 125066
125074
20782
20783
125102
20784 125104
20785 125106
20786 125112
20787 125114
20788 125116
g;gg 125122
20791
20792
20793
20794
20795
20796

012701
005022
077102
005200
012777
012777
012777
004737
012701
012702
042737
005712
013737
052737
032737
001401
104121
022722
001401
104123
062702
077126

010000

000000
170000
003701
137370
004000
140000
001000

6%:

055650
055644
055630

177752
001000
000004

7%:
177520 8%:
114150
177520
114150

012525

9%:

000002

10$:
H

MOV

(R2)+
R1,6$
RO
0, 3BA
#-10000, WC
#3701, aCSR1
PC,DMATRN
#4000,R1
#140000, R2
#1000,BCSR
(R2)
HITMIS,RECDAT
#1000, BCSR
#BIT02,RECDAT
94
+121
#12525, (R2)+
10

S0B

R1,8$

ERROR
ADD

; CHECK DATI
125124
125130
125134
125142

005037
012706
012737
012737

177572
001100
137542
052525

002740

20798 125152
20799 125156
20800 125164
20801 125166

004737
022777
001401
104123

137452
052525

055510

000004

BATI:

#10000,R1

CLR
S0B
INC
MOV
MOV
MOV
JSR
MOV
MOV
BIC
TST
MOV
BIS
BIT
BEQ
ERROR
CMP
BEQ

+123
#2,R2

CLR

MMRO

MOV
CLR
JSR
CHP
BEQ

252525, TEMP
RO
PC,DMARD
#52525, 3DATA
11%

MOV

ERROR

#1100,SP

STOUT.5¢4

+123

;COUNTER FOR 4K

;00 4K

116 WORDS FROM 32K
;D0 DATBO
;COUNTER FOR 4K LOCATIONS

;START WITH O
:DISABLE HALT ON BREAK
:ACCESS A LOCATION
:STORE REGISTER
:ENABLE HALT ON BREAK
sHIT?
;IF NOT, BRANCH

;DMA DOES NOT INVALIDATE
:DATO OK?
:IF SO,BRANCH
;IN DMA

;00 IN 2 WORDS
:D0 ALL OF THEM

;DISABLE MMU
;RESTORE STACK
;AND TIMEOUT
;LOAD MEMORY

;JUST 1 WORD
;00 DATI

;:DATI OK?
:IF YES, BRANCH
;DATI

: DO DATBI
20805 125170
20806 125174
20807 125200

20808

20810 125210
20812 125214
20813 125220

012701
012702
012703

010322

005723
077103
005200
004737

032777

000010
002740
002740

137452
010000

055440
055434
177520

114150
177520
114150

13$:
14$:

(R3)»

S08
INC
JSR
BIT
BEQ

R1,12¢
RO
PC,DMARD
#81T12,aCSR2
134

CMP

#TEMP+16,3DATA

ERROR

+123

ERROR

BEQ

+123

144

BIC

#1000,BCSR

MOV
BIS
BIT
BNE

HITMIS,RECDAT
#1000, BCSR
#BIT02,RECDAT
15%

TEMP

;COUNTER FOR 16 LOCATIONS
;START WITH TEMP
;START WITH TEMP
;PUT ADDRESSES
3 INCREMENT ADDRESS
;D0 ALL 16
:FLAG BLOCK MODE
;00 DATBI
;NO BLOCK MODE SLAVE?
;IF NO, BRANCH
;DATI OK?
;IF S0, BRANCH

:IN DATIB

:DISABLE HALT ON BREAK
;ACCESS
:STORE REGISTER

;ENABLE HALT ON BREAK

sHIT?

;IF YES, BRANCH

E1S5

COKDAFO KDJ11-8 CLUSTER DIAG.
TEST

MACRO V05.03

Friday 28-Mar-86 13:30

- DMA WRITE MIT CYCLES

20825 125302
20826 125304
20827 125304

104123

15%:
ALLEND:

ERROR

+123

Page 59-3

SEQ 0393

F15

COKDAFO KDJ11-B CLUSTER DIAG.
TEST

MACRO V05.03

Friday 28-Mar-86 13:30

Page 60

SEQ 0394

- DIFFERENT LEVELS OF INTERRUPTS

.SBTTL TEST - DIFFERENT LEVELS OF INTERRUPTS
:DIFFERENT LEVELS OF INTERRUPTS.
:THIS TEST WILL PROGRAM Q22 BUS EXERCISER TO INTERRUPT AT DIFFERENT
:LEVELS. ARBITRATION BETWEEN DIFFERENT LEVELS OF INTERRUPTS AND

;PIRQ'S WILL BE TESTED.

:CHECK DIFFERENT LEVELS OF INTERRUPTS.
;ROUTINE TEST

;

;
;
;
;.
s

;.
;

SET VECTOR TO INTERRUPT_DMA

DO
4 TO 7M
ron INTERRUPTS FRO

ENABLE INTERRUPTS
SET PRIORITY=INTERUPT
IF INTERRUPT FLAG SET THEN

»
.

;

;
:
;.
ENDDO
;
:moume

ENDIF
ENABLE INTERRUPTS

SET PRIORITY=INTERRUPT-1
IF INTERRUPT FLAG NOTSET THEN

ERROR

ENDIF
LET INTERRUPT_DMA=0

iROUTINE INTERUPT DMA

LET INTERRUPT_FLAG=1

;RETURN
; ENDROUTINE

125304
20859 125306
20860 125314
20861 125316
2006§ 125322
2086
20864

000004
032737
001122
005737
001517

20866 125

013703

S&Z 125330
125336
20869
20870
20871
20872

125344
125350
125354
125356

H ;tt.tttt“‘.“ttttt“‘ttt“‘t#tt‘tttt#ttt“t#tttttttt‘tttt‘t‘t‘t

000052

15T62:

#BIT07,3952
15763
CSR1
15763

;UFD MODE?
;:IF SO, EXIT TEST
;AT LEAST ONE Q22BE FOUND?
IF NOT, EXIT TEST
;s

; SETUP INITIAL PRIORITY TO 7
012777
012777
012700
012701
002402
162701

055340
055334

14:
H

73
20876 1235362
20877 125370
20878 125372
20879 125400

SCOPE

BIT
BNE
ST
BEQ

MOV
MOV
MOV
MOV
MOV
B8R
SUB

CSR1,R3
954 , SVABE1
#340, aVQPR1
onzzén
#340, uu
2%
#40,R1

;D0 FOR FIRST FOUND G22BE
POINT INTEWT VECTOR TO PROGRAM
iAT PRIORITY7
:START WITH 7 FOR INTERRUPTS
:LOW BOUNDARY FOR NO INTERRUPTS
iTRY TO DO IT FOR FIRST
;LOWER LOW BOUNDARY

: CHECK THAT INTERRUPTS DON’T HAPPEN AT PRIORITY HIGHER THAN BR

012737
000403
162737

001160
001160

3s.

MOV

o.uo.nmo

as:

MTPS
JSR
MOV

méo
Q22INT
(nb)o.acsaz

NOP
NOP
NOP

40,4THPO

;TOP PRIORITY FOR NO INTERRUPTS

LEVEL

NexT NOT TO INTERRUPT
‘% APRIORITY
ISET
:ENABLE INTERRUPTS
{CLEAR GO BIT

G15

COKDAFO KDJ11-B CLUSTER DIAG.
TEST

MACRO V05.03

Friday 28-Mar-86 13:30

Page 60-1

SEQ 0395

- DIFFERENT LEVELS OF INTERRUPTS

20885 125422
gggg 125424
125426
20888 125430
20889 125432
20890 125436
20891 125440
ggg 125444

000403
104126
005726
005726
020137 001160
001355
022710 000002
001344

S5%:

68:

BR
ERROR
TST
ST
cHP
BNE
CHP
BNE

64
+126
(5P)+
(SP)+
R1, $TMPO
3%
#2.,(RO)
1$

;IF NO INTERUPT, BRANCH
: INTERRUPTS HAPPEN
;RESTORE STACK
;LAST ONE?
:IF NOT BRANCH
:AT BR4?
:IF NOT LAST ONE, BRANCH

: INTERRUPT AT ALL LEVELS

20099 125446
2089 gg:‘sg
20898
m w
2
20901 125474

012777
012777
012700
012701
000402
162701

125542 055222 IN@22:
000340 055216
003002
000300
000040
1%:

MOV
MOV
MOV
MOV
B8R
SUB

#5$ , aVQBE1
#340, 3VQPR1
#Q22EN, RO
#300,R1
2%
#40,R1

;POINT INTERRUPT VECTOR TO PROGRAM
;AT PRIORITY 7
:START WITH 7 FOR INTERRUPTS
:TOP BOUNDARY FOR INTERRUPTS
:TRY TO DO IT FOR FIRST
:LOWER TOP BOUNDARY

m 125500
125504
20907 125506
20908 125514
20909 125
gg’-no 125
11
1§ 125532

010137
000403
162737
106437
004737
011077
000240
000240

001160

MOV
BR
SUB
MTPS
JSR
MOV
NOP
NOP
NOP
ERROR
BR
TST
ST
ST
BNE
CMP
BNE

R1, $TMPO
43
240, $TMPO
$TMPO
PC, Q22INT
(RO),aCSR2

;PRIORITY FOR INTERRUPTS
;D0 FIRST ONE
;D0 AT NEXT LEVEL
:SET PRIORITY NOT TO INTERRUPT
;ENABLE INTERRUPTS
;CLEAR GO BIT
{WAIT A WHILE

+126

; INTERRUPTS DON'T HAPPEN

5‘535

13 1
14 1
20915 125
20916 125
1 %g::
16 1
1
20921 125560

001160

137350
055136

000240
104126
005726
0057,
005737
001160
001355
022720 000002
001345

: CHECK THAT INTERRUPTS HAPPEN AT PRIORITY LOWER THAN BR

24:
001160 3$:

a$:

5%:
64:

64
(SP)+
(5P)+
$TMPO
34
#2,(RO)+
1%

:DON’T RESTORE STACK
;RESTORE STACK
;LAST ONE 0?
:IF NOT BRANCH
:AT BR4?
:IF NOT LAST ONE, BRANCH

H15

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 61

SEQ 039%

- ARBITRATION BETWEEN PIRQ’'S AND INTERRUPTS

TEST

.SBTTL

20925

TEST

- ARBITRATION BETWEEN PIRQ'S AND INTERRUPTS

;CHECK PRIORITY ORDER BETWEEN PIRQ'S AND INTERRUPTS.
S

THEN

ENDIF

EXIT TEST

DO FOR I FROM #6 DOWN TO_ #3
.
SET PRIORITY TO I
ENABLE INTERRUPT(I+1) AND PIRQ(I+1)
IF IN'EWERR&I.D WAS BEFORE PIRQ(I+1) THEN

#BITO7, 3452

TST

CSR1
T5T64
#3$ , 3VABE1
#340, aVQPR1
#44 , PIRQVEC
#340, PTRQVEC+2
#Q22EN, RO

BEQ
MOV
MOV
MOV
MOV
MOV
MOV
MOV
MOV
BR
SUB
MTPS
MOV
JSR
MOV

2¢

MTPS
NOP

RESRo&

£ @

BIT

BNE

833

5%55
55 55 5S555Renh

ENDIF

*é;;gt‘tgz“t“‘ttt‘“‘t“.tt#‘#tttt‘t‘tttttt#“ttt‘“‘ttttttttt‘

R-RN

s ety Gk
g 38333358§81E838unna

ENDDO

38:

ERROR

as:

000140

005037
010000

177772
040000

020000

TST6d

#PIRQT,R4
CSR1,R3
#300,R2
2%
#40,R2
#340
(R4)+,PIRQ
PC,Q22INT
(RO)+ , 8CSR2
R2

(SP)+

;BRANCH AROUND PIRQ INTERRUPT

(5P)+

$140.R2

PIRQT: .WORD

;LOWER PRIORITY

;PIRQ'S DON'T TAKE OVER BIRQ'S

BNE
CLR

;AT LEAST ONE Q22BE FOUND?

;:IF NOT, EXIT TEST
;SETUP Q22BE VECTOR
;AT PRIORITY 7
:SETUP PIRQ VECTOR
;AT PRIORITY 7
:POINT THRU PRIORITIES FOR Q228BE
;POINTER THRU PIRQ'S
;D0 FOR FIRST Q22BE
:START WITH CPU PRIORITY AT 7
;D0 FIRST ONE
;LOWER CPU PRIORITY
:RAISE PRIORITY 10 7
:SET PRIORITY FOR PIRQ'S
;INITIALISE Q22BE TO INTERRUPT
:SET DONE BIT

+124

UFD MODE?

. :IF SO, EXIT TEST

(SP)+

1%
PIRQ

100000,40000,20000,10000

;CLEAN UP STACK

:CLEAN UP STACK
H

PRIORITY 3 LAST ONE?

:IF NOT BRANCH
;CLEAR ANY REQUESTS
;PIRQ’' S<7-4>

COKDAFO KDJ11-8 CLUSTER DIAG.

MACRO V0S5.03

Friday 28-Mar-86 13:30

Page 62

- POWER DOWN TEST

TEST

POMER DOWN TEST
.SBTTL TEST
:USING @22BE THIS TEST WILL CHECK THAT ON POMER DOWN CONDITION IF
:POMER UP CODE 00 IS SELECTED THE CPU TRAPS THRU 24

20976
20977
20978

;ROUTINE TEST
IF UFD OR POMER UP CODE 00 NOT SELECTED THEN
i

;
;
;.
i
i
-

20981
aosag
2098
20984
20985
20986

20989

;

EXIT TEST
SET 24 TO POINT TO TEST AREA
LET CSR2<5> = #1 TO NEGATE BPOK
IF NO TRAP TO 24 THEN
ERROR IN POMER DOWN CYCLE

ENDIF

IF TRAP TO 24 THEN

ENDIF

LET CSR2¢<5> = #0

g;”o

shkkbhkbhbhkkbhbkhhhkk kb ko kkkkkk kb kkkkkk ok ko kkkkkkkhkk kb kkk

; ENDROUTINE

125746 000004

032737
001033
005737
001430
013737
012737
012737
012777

21003 126020
21004 126024
21005
21006 1260?6
21007 126034
<1008
126036
21009 126040

005077 054642
104125
000404
005077 054632
18:
005726
0057
013737 001160 000024 2%:

126016

000240

000200
002664
000024
126030
000340
000040

000052

$&764:

20994
20995 125
% 125760
125764
20998 1537“
20999 125774
21000 126002
2100
10
21002

001160
000024
000026
054650

SCOPE

BIT
BNE
TST
BEQ
MOV
MOV
MOV
MOV

#8IT07, 3452
15765
CSR1
15765
PWRVEC, $ TMPO
#1$ ,PURVEC
#340, PURVEC+2
#BIT0S,aCSR2

CLR
ERROR
B8R
CLR
ST
TST
MOV

3CSR2
+125
2%
aCSR2
(SP)+
(SP)+
$TMPO, PURVEC

NOP

;UFD MODE?
; ;EXIT TEST IN UFD MODE
;AT LEAST ONE Q22BE FOUND?
::IF NOT, EXIT TEST
;SAVE POWER UP VECTOR
;POINT NEW TO PROGRAM
{AT PRIORITY 7
;D0 POWER DOWN
;CLEAR POMER DOWN BIT
:NO POWER DOWN TRAP
'SKIP RESTORING STACK
;CLEAR POWER DOWN BIT
'RESTORE STACK POINTER
;RESTORE POWER VECTOR

0397

COKDAFO KDJ11-B CLUSTER DIAG.
TEST

MACRO V05.03

Friday 28-Mar-86 13:30

Page 63

SEQ 0398

- ARBITRATION BETWEEN DIFFERENT LEVELS OF INTERRUPTS

.SBTTL TEST

21014

- ARBITRATION BETWEEN DIFFERENT LEVELS OF INTERRUPTS

21015

:IF TWO Q22BE ARE AVAILABLE,

21017
21018
21019

"ROUTINE TEST
;.
IF UFD OR 2ND Q22BE NOT AVAILABLE THEN
EXIT TEST
:
:

5{8233

; ENDROUTINE

21031

T Y
T
T
T

21016

THIS TEST WILL CHECK THAT HIGHER LEVEL

: INTERRUPT REQUESTS TAKE PRIORITY OVER LOMWER LEVEL ONES

;
:
»
B
;.
;.
;
;.
>

21020
21021
21022
21023
21024
21025
21026
21027
21028
126046 000004

21032 126050

032737

000200

21033 126056 001064
21034 126060 005737 002704
21035 126064 001002
gigsg 126066 000137 140340
gigso

21040 126072
21041 126100
21042 126106
21043 126114
21044 126122
21045 126126
gim 126132

21059
126176
21060 126200
21061 126202
21062 126204
21063 126206
21064 126210
21065 126212

21066 126214

21067 126216
21068 126220

75765:

SCOPE

BIT

BNE
TST
BNE
JMP

#8IT07, 3852

15766
CSR12
14
SEOP

;UFD MODE?
TEST
EXIT
:3IF SO,
;SECOND Q22BE AVAILABLE?
;IF YES, GO DO TEST
;OTHERWISE, GOTO EOP

: INITIALISE VECTORS FOR Q22BE'S

012777
012777
012777
012777
012700
012702
000402

054576 1%:
000340 054572
126216 054602
000340 054576
003004
000240
v

MOV
MOV
MOV
MOV
MOV
MOV
BR

244 ,3VQBE1
9340, aVQPR1
#5$ ,VQBE2
#340, aVQPR2
#Q22EN-+2,
RO
#240,R2
3§

;VECTOR FOR 1ST ONC

;AT PRIORITY 7

;VECTOR FOR 2ND ONE

;AT PRIORITY 7

;POINTER FOR Q22BE BR'S

;CPU AT 5
;:START DOING ARBITRATION

: DO FOR CPU PRIORITIES 5-3

:flag

21050 126134
21051 126140
21052
126144
21053
126150
21054 126154
21055 126160
21056 126164
21057 126166
21058
126172

000052

ENDIF
DO FOR PRIORITY_LEVELS FROM 4 TO 6
SET UP IST Q22BE TO INTERRUPT AT PRIORITY_LEVEL
)
SET UP 2ND Q22BE TO INTERRUPT AT PRIORITY_LEVEL.1
X
E
SET UP CPU PRIORITY TO PRIORITY LEVEL-1
a
IF INTERRUPTS FORM 1ST Q22BE HAPPENED BEFORE 1ST THEN
.
ERROR
ENDIF
ENDDO

162702
106427
013703
004737
011077
013703
0057
004737
012077

106402
000240
000240
000240
104126
005726
005726
005726

000040
000340
002704
137350
054506
002664
137350
054510

21069 126222 022702 000140

2%:

3$:

as:

5%:

6$:

SUB
MTPS
MOV
JSR
MOV
MOV
ST
JSR
MOV

MIPS
NOP
NOP
NOP
ERROR
ST
18T

840 ,R2
4340
CSR12,R3
PC,Q22INT
(RO),aCSR2
CSR1,R3
-(RO)
PC, Q22INT
(RO)+,3CSR22
R2

+126
(5P)+
(5P

B8R

cHP

#140,R2

ST
ST

(SP)+
(5P)+

;LOWER CPU PRIORITY
;CPU AT 7

;Q22BE 2 AT HIGHER BR
;INITIALISE TO INTERRUPTS
;START 1ST ONE
;Q22BE 1 AT LOMWER BR
;HIGHER PRIORITY
;INITIALISE
;START 2ND ONE
;LOWER CPU PRIORITY
sWAIT A WHILE

;INTERRUPTS IN WRONG ORDER

;RESTORE STACK

;PRIORITY 3 LAST?

K15

COXDAFO XDJ11-B CLUSTER DIAG.
TEST

Friday 28-Mar-86 13:30

- ARBITRATION BETWEEN DIFFERENT LEVELS OF INTERRUPTS

21070 126226

21071

MACRO V05.03

001342

BNE

Page 63-1

SEQ 0399

+IF NOT, BRANCH TO CONTINUE

’

L15

COXDAFO KDJ11-B CLUSTER DIAG.
-

Friday 28-Mar-86 13:30

Page 64

SEQ 0400

PMG COUNTER

.SBTTL

21073
21074
21075

TEST

- PMG_COUNTER

;USING 2 Q22BE THIS TEST WILL VALIDATE THAT PMG COUNTER IS REALLY

;CAPABLE OF GRANTING CPU BUS MASTERSHIP WHEN DMA REQUESTS ARE STILL

; PENDING.
;ROUTINE TEST

IF UFD OR NO 2ND Q22BE THEN
EXIT TEST
R
ENDIF
SET PMG COUNT TO SOME VALUE
PROGRAM BOTH
TO _INTERRUPT AT THE SAME LEVEL

DETERMINE WHICH

HAS HIGHER PRIORITY ON THE BUS

PROGRAM Q22BE WITH HIGHER PRIORITY TO DO HOG MODE
PROGRAM 2ND ONE TO DO A CYCLE

CACHE INSTRUCTION THAT WILL STOP 2ND DMA

INITIATE BOTH DMA CYCLES
STOP 2ND DMA (RESET IS “STOLEN" CPU BUS CYCLE)
IF 2ND DMA HAPPENED THEN
ENDIF
CLEAR PMG COUNT
PROGRAM Q22BE WITH HIGHER PRIORITY TO DO HOG MODE
PROGRAM 2ND ONE TO DO A CYCLE

CACHE INSTRUCTION THAT WILL STOP 2ND DMA
INITIATE BOTH DMA CYCLES

STOP 2ND DMA (CLEARING OF CSR2<0> IS "STOLEN“ CPU BUS CYCLE)

IF 2ND DMA DIDN'T HAPPENED THEN
ERROR
.
ENDIF
ENDROUTINE

§i

001003

001002
000137

140340
002704
140340

I Tt

t&166: SCOPE
NOP

003032

000137

032737
001402
000

15T

CCHPAS

BNE

99s:

1004 :

NOP

BIT
BEQ
JMP
TST
BNE
JMP

Ty rr s e e

#BIT07,a852
1004
$EOP
CSR12
110%
$EOP

R TSR SRS SR RS S22 2 2 2

3 have done enough inclusive passes?

nonot

yet

;

yes

skip

! R DD

this

MODE
;
:
:
: SECOND Q22BE AVAILABLE?
: IF YES GO DO_TEST
: OTHERWISE, GOTO EOP

:NTMNOCWISCLMTOCPUBYOOMDATO

; THE CSR1 OF THE ONE WITH HIGHER PRIORITY IS IN R4, THE SECOND IN R2
3

110%:

333333 g

TEST

MACRO V05.03

CLR

aCSR2
aCSR22

oTEMP,

;CLEAR JUST IN CASE

;ADDRESS TO BE USED
;FOR BOTH OF THEM
;00 FOR 1 WORD
;IN BOTH Q22BW'S
;DATA FOR 1ST
;DATA FOR 2ND

M15

COXKDAFO KDJ11-B CLUSTER DIAG.
TEST

MACRO Vv05.03

Friday 28-Mar-86 13:30

Page 64-1

SEQ 0401

- PMG COUNTER

21129 126354
126362
21130
1 126370
32 126376
33 126402
34 126404
35 126410
36 126412
1137 126420
21138 126422
21140 1264

012777
012777
012777
105777
100375
105777
100375
022737
001405
013704

013702
000404

21141 126434
126440
21142

013704
(13702

21146 126444

013737

21147 126452

0127(3’9

001601
001601
000001
054262

054302
054314
054304

054274

052525

14:
2%:

002740

002704
002664

002664
002704

000001

3$:

MOV
MOV
MOV

TSTB

BPL

1ST8

BPL

S$:

7%:

000007

e
21174 126616

042737

000007
126730
126732
126734
001407

21181 126654

005737
005737
005737
012714
005064
012764

21183
126670
21184 126674
21185 126700

012712
005062
012762

21175 Im
ellre 1
21177 126634
21178 126640
21179 126644

005737

126726

000002

002740

000000
001407
000002
002740

aCSR12
2$

#52525, TEMP
33
CSR12,R4
CSR1,R2
43
CSR1,R4
CSR12,R2

MOV

#B81IT00,RO

: INITIATE DMA CYCLES TO WORK WITH PMG COUNTER
BCSR, SAVBR
002730 4s:
MOV

6%:

022700
002320

aCSR1

CMP
BEQ
MOV
MOV
B8R
MOV
MOV

BIS

177520

RO,BCSR

TST
TST
TST
TST

6%
6%+2
6%+4
6$+6

MOV
MOV
MOV
CLR
MOV
MOV
CLR
MOV
RESET
cHP
BNE
ERROR
ADD
BIC
CMP
BGE

STEMP,4(R4)
#0,6(R4)
#1407, (R2)
2(R2)
STEMP,4(R2)
#177777.6(R2)
10(R2)
#1,16(R2)
TEMP, 10(R2)
7%
+127
#3,R0
RO,BCSR
#7.R0
5¢

MOV
CLR

21168
21169 126610
21170 126614

#1601, 8CSR1
#1601 ,aCSR12
#1,a5IMGOA

#1407,(R4)
4
2(R4)

:1 DATO FOR 1ST
;AND 2ND
;BOTH GO
:FIRST DONE?
:IF NOT, WAIT
: SECOND ' DONE
:WAIT FOR 2ND
;SECOND FINISHED LAST?
:IF SO, BRANCH

:SECOND ONE AT HIGHER LEVEL
:FIRST AT LOWER
:D0 PMG PART
{FIRST ONE AT HIGHER LEVEL
:SECOND AT LOMER

;STORE BCSR REGISTER

;FIRST VALUE FOR PMG 0.4msec

;CHANGE PMG_CONUTER
;CACHE RESET INTRUCTION
;AND THE FOLLOWING FEW
i
H

:DATI IN HOG MODE FOR HIGHER ONE

;CLEAR CSR2
;ADDRESS TO START DATI
:CO 128 DATI'S IN HOG MODE
:DATO FOR LOMER LEVEL ONE
:CLEAR JUST IN CASE
:USE THE SAME ADDRESS
:D0 JUST ONE DATO

:CLEAR DATA OF 2ND Q22BE

;80TH GO
:STOP Q22BE AT R4
;SECOND DMA DONE?
:IF SET, BRANCH
:NO CYCLE STEALING
;D0

FOR 1,3,7 IN PMG

;CLEAR PREVOIUS BITS IN BCSR
:LAST ONE?
:IF NOT, BRANCH

: TRY WITHOUT PMG COUNTER OPERATING
BIC
ST

TST
TST
TST

MOV
CLR

MOV
MOV
MOV
MOV

#7,BCSR
8¢

;TURN OF PMG COUNTER
;CACHE RESET FETCH
;AND THE FOLLOWING FEW

#1407,(R4)

;:DATI IN HOG MODE FOR HIGHER ONE

8$+2
84+4
8$+6

2(R4)

STEMP,4(R4)
20,6(R4)
#1407, (R2)

2(R2)

¢TEMP,4(R2)

;

;CLEAR CSR2
;ADDRESS TO START DATI
;D0 128 DATI'S IN HOG MODE

;DATO FOR LOWER LEVEL ONE
;CLEAR CRS2 OF 2ND

;USE THE SAME ADDRESS

N15

COKDAFO KDJ11-B CLUSTER DIAG.

126706

177777
000010
000001

053754

023762

002740

000010

104127
013737

002730

177520

000137

140340

123727
001005
005737
001402
005337

001220

012762
005062
012777
000005
001401

000240

21196

Page 64-2

SEQ 0402

- PMG COUNTER

000205

000006

CLR

8%:

9%:
114:

23 mg 3g§

21l
2118

Friday 28-Mar-86 13:30

TEST

MACRO v05.03

#177777,6(R2)
10(R2)

TEMP,10(R2)

94
+127

SAVBR,BCSR

:DO_JUST ONE DATO
;:CLEAR DATA OF 2ND Q22BE

‘?2%?
STOPS 2ND
mvém
i

IF YES. BRANCH
IN PMG COUNTER

REST(RE BCSR

$eop

;ENV.u

;

003032

E(‘}PAS

: maintain cache routin pascnt

003032

CCHPAS

000001

VIREOP:

14:

if not APT, don't worry about

;sThis VIREOP ROUTINE to provide common End of Pass exit point
r

B16

COXDAFO KDJ11-B CLUSTER DIAG.

| GLosAL ERROR MESSAGES
|

21207

21208 127002

102

127010
127013

111
128

127021
127024
127027
mgg

117
123
040
22

116
105
105
17

040
124
122
12

1270
041

115
040

115
105

106

.SBTTL GLOBAL ERROR MESSAGES

/BASIC INSTRUCTION SET ERROR/

125
122

EM2:

.ASCIZ

/MMU ERROR/

120

EM3:

.ASCIZ

/FPP ERROR/

122
122
116
105
055
111
040
124
117
103
000
117
105
111

122
040
040
101
127
4
102
123
106
103

EM:

.ASCIZ

/ERROR IN READ-WRITE BITS OF CCR/

122
040
123
127
124
040
040
103
000

EMS:

.ASCIZ

/FORCE MISS WRITES TO CACHE/

1271
127133
127136
127141
127144
127147
1271

105
117
111
122
104
122
105
111
040
040
122
106
103
115
123
1
1
24
103
110

127160
127163
127166
127111
127174
127177
127

103
115
123
122
105
116
114

105
111

EM6:

.ASCIZ

/FORCE MISS WRITE INVALIDATES CACHE/

EM7:

.ASCIZ

/UNEXPECTED PARITY INTERRUPT/

1270

21209

Page 65

.ASCIZ

111

103

lers
7047

122
000

127055
127
127061

040
122
000

21210 127050

21211 127062
127
127070
127073
12707%6
12710
1271
127107
12711
1271
1271

21212 127
1271

21213 1271

127210
127213
127216
21214 127220
127223
127
127231
12723
127237

106

101

123
101
105
125
130
103
104
100
124

103
116
122

124

117

105
117

11
123
117
101
105

117

11
126
111
124

040
103
000
116
120
124
040
122
131

123

Friday 28-Mar-86 13:30

EMl:

127

MACRO V05.03

040
123
125

111

122
122

122

040
123
127
124
111
101
104

105

103
110

105
105
105
120
111

SEQ 0403

Cl6

COXDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 65-1

GLOBAL
ERROR MESSAGES

127245

127

127253
21215 127

125

000
124

040
122
131
122
122

127300

101

27306

124

7314
7

117
114

7311

1
12

i127341

127344

124

105

127257
12726g
12726
127270
127273

21216 127275

21217

111

127

107
101

EM10:

.ASCIZ

/TAG PARITY ERROR/

EM11:

.ASCIZ

/DATA PARITY ERROR/

EM12:

.ASCIZ

/LOW BYTE PARITY ERROR/

EM13:

.ASCIZ

/HIGH BYTE PARITY ERROR/

105
117

104
101

105

040
124

122
000

21218 127345
127350
127353
127356
127361
127
127367
12737
21219 12737
127377
127
127
127410
127413

110
110
131
040

1
117
111
104
101
101

EM14:

.ASCIZ

/ERROR IN DATA PATH/

21220 127417

106

EM1S:

.ASCIZ

/FORCE MISS READS FROM CACHE/

EM16:

.ASCIZ

/FORCE MISS READS FROM CACHE AND MISS/

122
131
122

lsg

127416

000

12742

103

127

e
127436
12744

i
123

122

127

040

1374

000

127456
127461

103
115

127447
21221 1274

11374“

7467

1274

127500

103

110

106

117

123

111

105

101

122

117
103

123

040

>EQ

0404

D16

COKDAFO KDJ11-B CLUSTER DIAG.

Friday 28-Mar-36 13:30

Page 6€5-2

q\l

8
~

\ERROR IN RECORDING HITS IN HIT/MISS\

EM17:

.ASCIZ

/WRITE BYTE ALLOCATES CACHE/

.ASCIZ

/WRITE BYTE HIT DOES NOT RECORD HIT/

.ASCIZ

/BYTES REVERSED ON WRITE CYCLES/

REGRRY
~ W

3
pe)

Z282

s o

LS LV VL VT V)

SNNNNNNNNS

21224 i57‘

oOOh

~N -~

KRR
RS

———

110
101

P
[N

255R% Rl 2 (33 SRESS8ERES

GLOBAL
ERROR MESSAGES

MACRO V05.03

1
7
1
i
114

1277
12
21226 127721
12

1ii
1277

000
103
104
111
101

S
0‘3

/CONDITIONAL BYPASS DOESN’'T INVALIDATE CACHE/

SEQ 0405

E16

COKDAFO KDJ11-8 CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 65-3

GLOBAL ERROR MESSAGES

127751

127754
127757

101

110

/HITS RECORDED AFTER FLUSHING CACHE/

EM24:

§Eass 5EE8585ESS5

/BYPASS DOESN'T INVALIDATE CACHE/

.ASCIZ

/MSER DOES NOT CLEAR ON WRITE REFERENCE/

.ASCIZ

/PARITY ERROR DON'T CAUSE A MISS/

.ASCIZ

/PARITY ERROR DON'T SET MSER WITH CCR<7>=0/

~NPw

ZeSassee

s o

.ASCIZ

555 5

21231

s s e i e

s s i o

21230

s s i

s s o

s i i o

s e

B i o

21229

88888888888888883888
I
s s o o o o
e
b
e
EEEgss
——
o
v
~&&8sd3
~N SRESTR
LS LENN NP

21228

B s P e et e e e e e e e e e e e

- e s

21227

127770
1

047

SEQ 0406

COXDAFO KDJ11-8 CLUSTER DIAG.

| GLOBAL ERROR MESSAGES

21236

117

104

124
105

115
122
111

122
040
1&

060
101
124
105
117
111
117

000
122
131
122
122
107
122

120

ig%

i%f

124
123
040
124

103

075
120
&3

122
040
1&
1
117
114

040
124
120
%

000

117
111
117
104

122
107
122
040

1
1
101
124

131
000
122
131

116
117

105

117

Page 65-4

122

047
123
040
105
127
110
103

116
040

Fridey 28-Mar-86 13:30

117

EM31:

.ASCIZ

/PARITY ERROR IGNORED/

EM32:

.ASCIZ

/PARITY ERROR IGNORED ON LOW BYTE/

EM33

.ASCIZ

/PARITY ERROR IGNORED ON HIGH BYTE/

.ASCIZ

/PARITY ABORT LOGIC DOESN'T WORK/

EM35:

.ASCIZ

/MSER NOT SET PROPERLY/

040
127

122

111
117
1

107
122
040

&‘0

102
FEESS NREEASHAE

—

21233

122

040

EEEEREES

21232

P P et et s s s s s s s s s e s s e e e e s e e e s B et s e B et e B et D B e e e e e P B e e (e e (e e e e e et et et

25858585

MACRO V05.03

F16

G616

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 65-5

GLOBAL
ERROR MESSAGES
105
131
/PARITY INTERRUPT LOGIC DOESN'T WORK/

21237

EM37:

21238

[
e

Ps S ~d

21239

.ASCIZ

/NXM AND PARITY ABORT DIN'T HAPPEN/

.ASCIZ

/PARITY ABORT NOT BLOCKED BY NXM TRAP/

.ASCIZ

/MULTI-PROCESSOR HOOK INSTRUCTION DOESN'T CAUSE MISS/

SEQ 0408

H16

COKDAFO KDJ11-B CLUSTER DIAG.

SIS ERR L

Page 65-6

.ASCIZ

/ERROR IN PARITY LOGIC/

.ASCIZ

/ERROR IN CACHE DATA RAMS/

.ASCIZ

/ERROR IN NXM IN STANDALONE MODE/

.ASCIZ

\ERROR IN RECORDING HITS THROUGH HIT/MISS REGISTER\

.ASCIZ

/HIT RECORDED FOR A LOCATION THAT SHOULD NOT BE IN CACHE/

—

BEoEREREBERESE

oo
s
= s s e

N0~

—

Py
ST

117

S$2E
33

e e e P et e e et

b
b e

ZEN LRREREER BSEREEN

105
117

b s

iy i

21245

000

63
64

e b

21244

i o o i e o i s s i i o e s s i o e e

o P e

21243

e B B e s

F 21242

= s s b s b
o

1
1

1
21241 1

0 = Pt s et s s e et et
s it e e e s i s e o s s o e e e
=000
et e P s e Pt e et e P i
—
F3
D
~
o

Friday 28-Mar-86 13:30

GLOBAL ERROR MESSAGES

s s e i e s i i i s B

MACRO V05.03

SEQ 0409

———

116

COKDAFO KDJ11-B CLUSTER DIAG.

Friday 28-Mer-86 13:30

rage 65-7

21248

21249

5855
R3NGS

117
104
117
102
111
103
110

115

EM4T:

.ASCIZ

/MISS RECORDED FOR A LOCATION THAT SHOULD BE IN CACHE/

.ASCIZ

/ERROR IN TAG STORE/

.ASCIZ

/ERROR PCR READ-WRITE BITS/

.ASCIZ

/ERROR IN BCSR READ-WRITE BITS/

.ASCIZ

/RESET DOESN’'T CLEAR BCSR<4>/

105

104
117
10
11

21247

105

110
114
116

3355858o-o-:o-o—so-o-r-o—
oty 151 SARI 3 »»E
oo

e s et et s et o
i

b o

BEEERREEEERENNSERDON
SY LSRR
S

GLOBAL ERROR MESSAGES

i e s e s e e o s e s
s P
s e P e s s o e o s P > P et e Pt e e e e e
L
L L G o L
I NNGl Gl o o ol ol (o G o o G
[y
Yyt
pubyur
2
1
et
ot
ot
o
e e e et ot e e e et et et e
[y
(171
o»
~~
-o
-~
-~

MACR0 V05.03

SEQ 0410

J16

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 65-8

GLOBAL ERRC? MESSAGES
114
122
103

s pn

——
3= EERSEELEHORERES
00 5Ro-t-r-t-gsoo-t-o-r-o-p
RS uw‘fl
388 23 33442
e bt

e e

s B

s ot s e e et e

AN A NN A NN NR NN G O Gl Gl Gl

s ot s s e e

- “g ——

et g et e e

105

111
061
102
040

116

115
103
103
125
105
117
1%1
070
111
122

110
113
115
122

/CHECKSUM ERROR IN 16-BIT ROM /

.ASCIZ

/CHECKSUM ERROR IN 8-BIT ROM/

.ASCIZ

/TIMEOUT READING LKS/

.ASCIZ

/LKS<07> DOES NOT BECOME 1/

.ASCIZ

/WRITE REFERENCE DOESN'T CLEAR LKS<07>/

.ASCIZ

/ILLEGAL LKS INTERRUPTS/

117
111

EMS7:

i
i o o

s s Pt

e
s s e e

s o P

21255

076

123

b P

M N A AN A A A A A A NN A

21254

064

e s s e

21253

074
000

Py$o

21252

101
102

103
103
125
105
117

N L

21251

105
040

1677
21256 131701
131704
131707

SEQ 0411

K16

COXDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Fridey 28-Mar-86 13:30

Page 65-9

131712

113

123

131

122

131;}3

131723
131%

116

125
123

120
000

131;§
1;1
131760

124
104
047

123
117
124

131771
131774
Iw

114
074
076

113
060
000

1
1

040
105

104
123

107
&1’3

117
117

21257 131
131733
131736
131741
131744
131747

lg 763
131766

120
103
123
040
124
122

103
101

047

1
i

188‘0

123
116

040
122;

120
000
114

132074
132077
1 lg
1321

040
124
122
124

12}

120
040
040

132127

040

111

132110
132113
1 fl‘
1

18{

21261 i i:g

132144
13!‘7
132152

110

117
111

122
062
104

/PROCESSOR INTERRUPTS DON'T CLEAR LKS<Q7>/

067
.ASCIZ

/LKS READY DOESN'T GO LOW/

.ASCIZ

/WRONG NUMBER OF LKS INTERRUPTS/

.ASCIZ

/LKS INTERRUPTS HAPPEN AT WRONG PRIORITY/

.ASCIZ

/BCSR<12> DOES NOT DISABLES LKS/

124

125

102
040
040

1
21260 132071

114
122

116

132043
1
1
1
1
1

lg
1
117
lg
1
125

RESE GEBRERRE RRRE

GLOBAL ERROR MESSAGES

105
117
114

124
113

111
105
125
123

101
105
101
127

116

120
117

124

103

074
076
117

SEQ 0412

L16

COXDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 65-10

GLOBAL ERROR MESSAGES
132155
132160
132163

EM67:

.ASCIZ

/BCSR<13> DOESN'T SET LKS<06>/

.ASCIZ

/RESET DOESN'T SET LKS<7>/

.ASCIZ

/RESET DOESN'T CLEAR LKS<06>/

.ASCIZ

/TIMEQUT READING SLU REGISTERS/

.ASCIZ

/ERROR IN XMIT READY/

.ASCIZ

/RCSR<7> DOESN'T BECOME 1/

b et e

21267

ggfi%

e e

21266

s e e

s e

e e e

21265

O R0
giticicickuicksBRSO
Tt
33 330

s e

21264

b e e

et P

e et

21263

s e e

~Nea-=O0w

et et

SR&SRS...-ggsgggg

1321

s s e

21262

it
1817‘
77

123
117
104
101
105
114

135415

EM74:

SEQ 04173

M16

COXDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 65-11

GLOBAL ERROR MESSAGES
047
102

132440
132443

107

132420
1
1
132431

o-»éo-o-

1324
21268 1324

105
115

061

.ASCIZ

/WRONG CHARACTER RECEIVED/

.ASCIZ

/RCSR<07> NCT CLEARED AFTER READING RBUF/

EM77:

.ASCIZ

/XCSR<07> NOT SET ON RESET/

EM100:

.ASCIZ

/RCSR<07> NOT CLEARED ON RESET/

EM101:

.ASCIZ

/SLU INTERRUPTS HAPPEN AT 4/

.ASCIZ

/RESET DOES NOT CLEAR PROPER BITS IN SLU REGISTERS/

117
040
101
103
122

105

111

s e et

104
123
060

i i

HE ;
—

21273

s s s i s s s o

21272

et e i i o

s i e

2127

s e

s o

21270

s s i

s o

o P

0 e e e

i B

s e

21269

117

124

SEQ 0414

COXDAF
0O ¥DJ11-8B CLUSTER DIAG.

MACRS VO5.03

Fricey 28-Mer-86 13 30 Page 65-12

oYLRnoIonP=IRoOBRoIoABoRoeFteRlBSoRIoISoLIiANotRABTiItAZIoVNoIoGYtRINLoGoSot3SotRSoNZoINotEeNtSIFeTtIRotIRTetAAoTBSeItNoZtTetISoUE$oAS8eNt3IeREoN8RStIFNEeNCtGIRT0TSNEoAANNSEYT

GLOBAL
ERROR MESSAGES

-= —

.ASCIZ

/TRANSMIT INTERRUPT DOES NOT CLEAR XCSR<07>/

EM104:

.ASCIZ

/RECEIVE INTERRUPTS DON'T CLEAR RCSR<07>/

EM105:

.ASCIZ

/BREAK CONDITION DOES NOT SET RBUF PROPERLY/

114

10
074
076

103

074

21276

105

SEQ 0415

Cl
e

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Fridey 28-Mar-86 13:30

Page 65-13

GLOBAL ERROR MESSAGES

117

120

105

i.g

‘1)2%

(1)‘2]2

061
1

130

065
061
127
116
040
105
105
117
116
124

055
076
101
047
103
101
104
116
105

122

18%

103

124
114
122
040
040
103

123
040
124
122

i6e
%‘7
110

124
107
117
ig

114

131

110

101

114
11
1
125

125
116
122
120

17
124

le
0‘0

105

116

101

106
123
103

111
124

122
040

82‘3

105
127
040
124

123
117
117

116

101

126
122
040
040

/RBUF <15-11> WASN'T CLEARED ON NEXT CHARACTER/

EM107:

.ASCIZ

/SLU INTERRUPTS DON'T HAPPEN/

EM110:

.ASCIZ

/ERROR IN WRITING TO SLU REGISTERS/

EM111:

.ASCIZ

/FIRST CHARACTER WAS NOT OVERRUN BY THE SECOND/

111

116
124
123
040
107
124
123

110

.ASCIZ

120

111
040
040
125
105
123
122

1%&
%00

EM106:

101

103

122
101
116
040
105
125
102
124

SEQ 0416

COKDAFO KDJ11-8 CLUSTER DIAG.

MACRO V05.03

Friday 28-Mer-86 13:30

Page 65-14

3
~B

e
o

EM112:

.ASCIZ

/0VERRUN CONDITION DOES NOT SET PROPER BITS IN RBUF/

EM113:

.ASCIZ

/OVERRUN BITS WERE NOT CLEARED ON THE NEXT CHARACTER/

EM114:

.ASCIZ

\ERROR ON XCSR<2>\

EMi115:

.ASCIZ

/ERROR IN TAG STORE FROM STANDALONE MODE/

EM116:

.ASCIZ

/DMA TAG PARITY DOES NOT GENERATE PROPER RESPONSE/

123

116
102

Ll
2L,V EN]

105
125
103
104
111
040
105
116
040
124
122
105
102

105

102

103

e B

s s i i i

s e o

s o

s e i e i

s s et s P

:
§
3
GRLECE TR

ot bt e

s e e e e e et

;
¢
g
i SR

'
23

~Nbr—

133423

e
SR 555SEREp»fio— 333ENSERERS ERER

s s

133407

21281 133373
i3337g

GLOBAL ERROR MESSAGES

SEQ 0417

COXKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 65-15

GLOBAL ERROR MESSAGES

133641
133644
133647
135“‘;;
13
133660
133663
lg
1
1
133674
133677
.Lg g
1337
133710
.ngus
21286 133714

104
123
117
107
105
124
120
120
040
123
116
000
115

1337
1
1
.ngm
133736
.ng?‘

06
17
23
040
040
101

076
124
105
111
123
116

133747

116

105

040

323

i%;

igé

133717

1337

21287 ‘l[

; 7

1337

107
ig%

101

111

040
122
131
117
040
124
105
122
105
122
105
122
120
123

120
111
040
105
116
040
116
101
040
117
122
105
117
105

123
074

105
061

114

111
040
116
040
126

1 1§

105

040

103

21288 i

iéé

iitg

fig

1
1

103
115

113
117

040
104

116

lagg

040

134060
134063

110
123

111
040

1341
1341

107
123

040

134047
1

lw
134071

lgg

111

115

117
105

040

EM120:

.ASCIZ

/DMA WRITE HITS DON’'T INVALIDATE CACHE/

EM121:

.ASCIZ

/IN BLOCK MODE ON WRITE DMA HITS NOT EVERYTHING IS INVALIDATED/

105

110
123
117
124
116

040

/MSER<13>NOT SET IN STANDALONE MODE/

117

040
124
104
047
111

105

.ASCIZ

116
040
124
116
124
104

‘Lg
0
133773
133776
1
i

EM117:

117

127

124

104

101

040

124
126

040
105

040

111
111

124
116

SEQ 0418

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 65-16

GLOBAL ERROR MESSAGES
134110

134}13

101
104
105
EM122:

.ASCIZ

/READ DMA HIT IS WRONG/

EM123:

.ASCIZ

/ERROR IN Q22BE DMA CYCLES/

EM124:

.ASCIZ

/PIRQ INTERRUPTS DON’'T TAKE PRIORITY OVER Q BUS INTERRUPTS/

EM125:

.ASCIZ

/NO POWER DOWN TRAP TO 24 OCCUR/

EM126:

.ASCIZ

/ERROR DOING Q22BE INTERRUPTS/

333

ShBRE

101
104

Sasisi

s s et et

283
FY

o
o

2129 1

s e

e e e

s s e

s e

s o et o

ot i

s e

21291

317

21293 1

134342
134345
134350

SEQ 0419

MACRO V05.03

|
Gl

COKDAFO KDJ11-B CLUSTER DIAG.

Friday 28-Mar-86 13:30

Page 65-17

GLOBAL ERROR MESSAGES

134353
134356
134361

134
134367
2129 13:;71
134374
134377
1
134410
134413
134416
134421
134424
134427
13“;5
21295 1344
134436
134441
134444
134447
134452
134455
21296 134460
134463
1
134471
134474
134477
134
134
21297 134510
13:313
134516

102
11
1

125
123
105
117
111
117
122
111
040
040
107
117
124
000
125
130
103
104
122
040
105
117
127
124
107
117
113
066
105
117
111

105
116
122

120
000
122
122
116
120
101
117
117
120
040
125
105
116
120
124
040
101
124
064
122
122
122
111
040
040
123
076
122

040
124
122

124

122
040
040
105
124
116
106
115
103
116
122

EM127:

.ASCIZ

/ERROR IN OPERATION OF PMG COUNTER/

105

EM130:

.ASCIZ

/UNEXPECTED TRAP TO 4/

EM131:

.ASCIZ

/ERROR WRITING TO LKS<6>/

EM132:

.ASCIZ

/ERROR IN MAINTENANCE REGISTER/

EM133:

.ASCIZ

/EEROM TYPE ERROR/

EM134:

.ASCIZ

/READ OR WRITE EEROM ERROR/

105
105
124
120
117
000
122
040
111
116
124
114
074
000
122

122
116

040
040

101

116

134521
134

115
116

101
124

134
134
134
134543

103

111
105

105
105
123
122

107
124
000

117

115

040

134527

21298 134546

134551

116

105

124

105

134
1
21299 1
134572
134575
134600
134603
134606

105
122
122
122
104
122
1%%
1
105

131
040
122
000
105
040
040
111
040
122

134617

122

000

111
105

122

120
105
117
101

117
127
124
105
117

117

SEQ 0420

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mer-86 13:30

Page 65-18

SEQ 0421

GLOBAL ERROR MESSAGES

040
123
105
117
012
040
011
103
040
123
105

134662
134665
134670
134673
134676
134701
21304 134704
134707
134712
134715
134720
134723

105
103
104
105
111
104
040
011
103
104
101

134657

117

124
124
122
122
040
040
000
124
124
122
122

130
124
011
103
126
015
040
040
011
101
040
040

134_7’?
134

104
101

134736
134741
134744

123
105
117

124
122
122

1347

101

116

015

21305 1347

134747
1

1 7%

134774

21306 134777
1

133010
1%&3

135016

135021

21307 1

135035
1

1330

135051
1
1

101
000
124

110
115

111
111

040
040

011

jos
011

101

105
040

123
105

do1

122
123
123

108

011

124

124
122

108

105
011
105

105

011

DH1:

.ASCII

/ TEST

ERROR/<15><12>

.ASCIZ

PC/

.ASCII

/ TEST

ERROR

.ASCIZ

DATA

.ASCII

/ TEST

ERROR

HITMIS

.ASCIZ

REG.

.ASCII

/ TEST

ERROR

015

043

011

EXPCTED RECEIVED/<15><12>

BER

21301 134621
134624
134627
1346
13463
21302 134636
134641
134644
21303 134646
134651
1346;4

011

105
122
105
105
012
043

RERRERESSEGERSSRECERSRSRRENEE RERNEE

21300

DATA/

DATA IN DATA IN/<15><12>

CACHE

MEMORY/

ADDRESS MSER/<15><12>

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 65-19

SEQ 0422

GLOBAL ERROR MESSAGES

21308 135064
135067
135072
135075
135100
135103
21309 135105
135110
135113
135116
135121
135124
135127
21310 135131
135134
133157
135142
135145

040

011

040
040

103
103
123
1084
040
123
105
117
116
102
015
040
011
108
106
111

o011
103
123
000
124
124
122
122
125
105
012
040
040
ol
040
124
122
122
122
122
123
o1l
124
111
015
040
040
000
124
124
122
12
116
122
124
116

135250
135253

105
117
105
117
115
122
111
115
123
040
011
103
040
123
105
117
111
124
103
117
012
040
011
103

21315 11&

040

135276

117

122

105

103

1351

21311 135151
135154
135157
135162
135165
135170
135173
135176
135200
21312 135204
135207
135212
21313 135214
135217
1

135230
135233
13523
135241
135244

21314 135245

135270
135273

000

123
105

105

043
120
101

-ASCIZ

105

.ASCII

/ TEST

ERROR

043
120
117
110

.ASCIZ

105
105
011
122
011
115
122

011

DH27:

\ERROR ERROR

.ASCIZ

PC/

.ASCII

/ TEST

ERROR

/ TEST

ERROR

040
o1l

124

130

.ASCII

NUMBER/<15><12>

OF HITS/

.ASCII

040

124
122

ACCESSED/

MSER

HIT/MISS\<15><12>

INSTRUCTION/<15><12>

EXPECTD RECEIVD CACHE/<15><12>

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 65-20

SEQ 0423

GLOBAL ERROR MESSAGES

135326

015

012

71316 135330

040

135336
135341
135344
135347
135352
135355

10
104
101
104
101
117

011
101
011
101
011
103

21317 11%

040

000

015

012

135425
135430
13;:33
135436
135441
135444
132:47
21319 13 gg
1354
135460
135463
135466

011
103
062
061
011
061
060
040
123
105
117
120

040
011
061
066
040
065
076
124
124
122
122
122

135474

124

131

1
135503

040
011

040
040

135511
35514

105
114

135333

21318

135471

135477

117

012

040

124

040

DH47:

.ASCIZ

.ASCII

/ TEST

ERROR

.ASCIZ

.ASCII

/ TEST

ERROR

DATA

<21-16>

<15-0>/

PRIORITY/<15><12>

122

103

011

040

124

.ASCIZ

126
000

LEVEL/

/ TEST

ERROR

ADDRESS/<15><12>

s s ot s P

.ASCIZ

.ASCII

/ TEST

ERROR

FAILED/

et 5

21323

e o

s P

21322

LOCATION/

ADDRESS ADDRESS/<15><12>

SidindaRe

e P

21321 135516

RBUF/7<15><12>

iK1

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Fridey 28-Mar-86 13:30

Page 65-21

SEQ 0424

GLOBAL ERROR MESSAGES

135573
135576
135601
21324
5604

21325

DH115:

21327

21328

2l
el
21331 136026

55cBERRENRERNEEE

001162

001116

000000

DT1:

.ASCIZ

PC/

.ASCII

/ TEST

ERROR

.ASCIZ

.ASCII

/ TEST

ERROR

# of

.ASCIZ

ERRORS

.EVEN

.WORD

$TMP1, $ERRPC,0

MSER

ADDRESS/<15><12>

ACCESSED/

DATA

PATTERN

READ

PCR

ADDRESS/<15><12>

ACCESSED/

——

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 65-22

001116

000001

DT4:

001116
001124
001116

000002

DT5:

S DT7:

001116

001124

DT14:

001116

001124

DT17:

001116

000003

DT24:

001162
000003
001162

001116
000000
001116

177744

DT27:

001124

DT35:

21340 136154
136162
21341 136164
136172
21342 136200

001162
000000
001162
114150
001162

001116

001126

DT41:

001116
001122
001116

DT43:

172354

DT47:

21343 136212

001162

001116

000001

DT50:

1362
7%%22 000000
21345 136236 001162 001116

001124

DT51:

001124

DT52:

21346 136250
136256
21347 136262
136270
21348 136272

001162
002
001162
000000
001162

001116
000000
001116

001124

DT64:

001124

DT65:

001116

001124

DT75:

21349 136304
36312
136312
21350 136314
136322
21351 136330
21352 136336
136344
136352

001162
000000
001162
172
001162
001162
000003
001122

001116

177562

DT105:

001116
001122
001122

DT115:

21332 136034

001162

21333 136046
136054
21334 136062

001162
000001
001162

21335 136074

001162

21336 136106

001162

136042

136070
136102

136114

21337 136120

1361%

21338 136130
136136
21339 136142

136150

136206

136244

136

001162

000000

000000
000000

000000

001116
001126

000000

000000
003022
000004

DT130:
DT134:

5555555555555 88858§8

GLOBAL ERROR MESSAGES
$TMP1, $ERRPC,R1,CCR,0
$TMP1, $ERRPC,R2,R1, $GDDAT,0
$TMP1, $ERRPC, $BDADR ,MSER, 0
$TMP1, $ERRPC, $GDDAT, TSTLOC,O

$TMP1, $ERRPC, $GDDAT ,RECDAT, 0
$TMP1, $ERRPC,R3,0
$TMP1, $ERRPC,MSER,R3,0

$TMP1, $ERRPC, $GDDAT ,MSER, 0
$TMP1, $ERRPC, $BDDAT,0

$TMP1, $ERRPC,R1,RECDAT, $BDADR,
0
$TMP1, $ERRPC,KIPARG, $BDADR,0

$TMP1, $ERRPC,R1, $BDADR,0
$TMPL, $ERRPC, $GDDAT,PCR,0

$TMP1, $ERRPC, $GDDAT ,BCSR, 0
$TMP1, $ERRPC, $GDDAT ,LKSFL,0
$TMP1, $ERRPC, $GDDAT, 0

$TMP1, $ERRPC, $GDDAT, $BDDAT,0
$TMP1, $ERRPC ,RBUF ,0

$TMP1, $ERRPC, $BODAT ,KIPARG, $BDADR,
0
$TMP1, $BDADR, 0
$TMP1, $ERRPC,ERRCNT
,R3, $BDDAT,R4, $BDADR, 0

SEQ 0425

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 66

SEQ 0426

MODIFIED ERROR MESSAGE TYPEOUT ROUTINE
.SBTTL

21354
21355
21356

MODIFIED ERROR MESSAGE TYPEOUT ROUTINE
e

;*THIS ROUTINE USES THE “ITEM CONTROL BYTE"” ($ITEMB) TO DETERMINE WHICH

;#ERROR IS TO BE REPORTED. IT THEN OBTAINS

FROM THE "ERROR TABLE" ($ERRTB),

.tNIJ REPORTS THE APPROPRIATE INFORMATION CONCERNING THE ERROR.

:tTI'E ONLY DIFFERENCE BETWEEN THIS ROUTINE AND THE ORIGINAL “$ERRTYP" FROM
;*SYSMAC IS THAT YOU CAN PASS INFORMATION IN GENERAL PURPOSE REGISTERS TO THIS
;*ROUTINE. THE GENERAL PURPOSE REGISTERS USED ARE TO BE SPECIFIED IN DT+
;#FORMAT. RO SHOULD NOT BE USED.
ERTYPE:

001114

001116

$ERRPC, -(SP)

3333%

+,28

: ;FORM TABLE POINTER
: ;PICKUP "ERROR MESSAGE" POINTER
; :SKIP TYPECUT IF NO POINTER

; sERROR MESSAGE POINTER GOES HERE
; ; "CARRIAGE RETURN" & "LINE FEED"
: ;sPICKUP "DATA HEADER" POINTER
:;SKIP TYPEOUT IF 0O

$ERRTB,RO

WIS

136442

4%:

1
1
1

5¢:
6%:
74:

(RO),#5

136544

21409 136546

21410 136550

;sTYPE THE "DATA HEADER"

3."DATA HEADER" POINTER GOES HERE
; "CARRIAGE RETURN” & "LINE FEED”

HPICKW "DATA TABLE" POINTER

::G0 TYPE THE DATA
; sRESTORE RO
;z"CARul;'I‘AGE RETURN” & "LINE FEED"
83

; iGENERAL PURPOSE REGISTER?
;sIF NOT, GO TYPE DATA

@BIT8!BIT7!BITE, 8’
(RO), $TMPO

$TMPO

001160
001160

34:

136460

24:

001175

:3IF _ITEM NUMBER IS ZERO, JUST
;3 TYPE THE PC OF THE ERROR
: ;SAVE $ERRPC FOR TYPEOUT
: ;ERROR _ADDRESS

§§

1364;2
1364
136456
136460

001324

; sSAVE RO
;sPICKUP THE ITEM INDEX

:360 Tg--OCTAL ASCII(ALL DIGITS)

7 136444

012037

: i "CARRIAGE RETURN" & "LINE FEED"

::GET
; sADJUST THE INDEX SO THAT IT WILL
53
WORK FOR THE ERROR TABLE

«»

21389

136440
136442

062

; sJUST CLEAR IT
; sSTORE TEST NUMBER

Uire
©

P o s 2

s ot

s o o

PPN

14:

1
1
1
1

$TMPL
$TSTNM, $TMP1
CRLF

~233.

001162

SupsDa®

001162
001102
001175

$TMPO
$THPO
$TMPO,
84

136544
8$:

(RO)+
104

..CLEAR BITS FOR SOURCE REGISTER

;GET REGISTER NUMBER TO HIGH BYTE
S.GET REGISTER NUMBER TO BITS 8-6

+:SET BITS IN MOV INSTRUCTION
; :ACCORDING T0 REGISTER NUMBER
: {MOVE CONTEXT OF REGISTER T0 STACK
+ sADVANCE POINTER
03m

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 66-1

SEQ 0427

MODIFIED ERROR MESSAGE TYPEOUT ROUTINE
013046
104402
005710

001744
104401
000745
040

9¢:

a(R0O)+,-(SP)

;3 IF NOT GPR,

TST

(RO)
6%
.11$
7%
/7 7/

::IS THERE ANOTHER NUMBER?
;:BR IF NO
;s TYPE TWO(2) SPACES

BEQ

TYPE

136570

040

MOV

TYPOC

10%:

000

SAVE @(RO)+ FOR TYPEOQUT

::60 TYPE--OCTAL ASCI CALL DIGITS)

11%:

BR
.ASCIZ
.EVEN

.SBTTL

GLOBAL SUBROUTINES SECTION

;: TWO(2) SPACES

+*e

: THE _GLOBAL SUBROUTINES SECTION CONTAINS THE SUBROUTINES
; THAT ARE USED IN MORE THAN ONE TEST.

: FUNCTIONAL DESCRIPTION:
:

SUBROUTINE TO INITIALIZE ALL THE MMU REGISTERS

i INPUTS: NONE

; OUTPUTS: NONE
; SUBORDINATE ROUTINES USED: LOAD PARS
LOAD PDRS

; FUNCTIONAL SIDE EFFECTS: NONE
; CALLING SEQUENCE:

INITMM: MOV

MOV

MOV
JSR
MOV
JSR

2353535353535343

012701

P
-~
w

21411 136552
21412 136554
21413 136556
21414 136560
21415 136562
21416 136566
21417 136570
21418
51419

JSR

#172240,R1

PC,
LDPARS
#172260,R1
PC
LDPARS

PC,INITMM

;:BASE ADDRESS OF SIPARS
;BASE ADDRESS OF SDPARS

#172340,R1

;BASE ADDRESS OF KIPARS

#172360,R1

;BASE ADDRESS OF KDPARS

#177640,R1

;BASE ADDRESS OF UIPARS

#177660,R1

;BASE ADDRESS OF UDPARS

LDPARS

LDPARS
PC,
#177600,R1
PC
LUPDRS

;BASE ADDRESS OF UIPDRS

#177620,R1

;BASE ADDRESS OF UDPDRS

#172300,R1
Pc LDPDRS

;BASE ADDRESS OF KIPDRS

PC,

L DPDRS

#172320,R1

;BASE ADDRESS OF KDPDRS

#172200,R1

;BASE ADDRESS OF SIPDRS

PC,

LDPDRS

PC,
LDPDRS
#172220,R1
LDPDRS
PC,

;BASE ADDRESS OF SDPDRS
;RETURN

COXDAFO xDJ11-8 CLUSTER DIAG.

MACRO V05.03

Fridey 28-Mer-86 13:30

Page 67
SEQ 0428

GLOBAL SUBROUTINES SECTION

SUPPLIED BY THE CALLING ROUTINE.

ADDRESS O TO ADDRESS 137777 (0-24K). PAR 6 WILL BE MAPPED FROM

200000 TO 217777 AND PAR 7 WILL BE MAPPED TO THE I 70
ADDRESS

; INPUTS:
i
R1 CONTAINS THE BASE ADDRESS OF THE NEXT 8 PARS TO BE INITIALIZED

3 OUTPUTS: NONE

; SUBORDINATE ROUTINES USED: NONE
; FUNCTIONAL SIDE EFFECTS: NONE

237332

~N~~d
~N

o bt s s s

e s e

; CALLING SEQUENCE:

10;8% 000200

oigtel ozon0
000207

LDPARS: MOV
CLR
1%:
MOV
ADD
S0B
MOV
MOV
RTS

JSR

26,
R2
R3
R3
(R1)+
#200, R3
R2
13
#2000, (R1)+
#177600, (R1)
PC

PC,LDPARS

sLET LOOP COUNTER COUNT FIRST 6 PARS
;INITIALIZE INDEX VALUE
:LOAD PARS
;INDEX IN 4K INCREMENTS
;LOAD FIRST SIX PARS
:LET PAR6 MAP TO 200000
;LET PAR7 MAP TO I1/0 PAGE
;RETURN

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V0S5.03

Friday 28-Mar-86 13:30

Page 68

SEQ 0429

GLOBAL SUBROUTINES SECTION

; FUNCTIONAL DESCRIPTION:

:
:
3
:
.

:
;

SUBROUTINE TO INITIALIZE ALL THE MMU PAGE DECRIPTOR REGISTERS (PDRS).
THIS ROUTINE WILL INITIALIZE 8 PDRS STARTING AT A BASE ADDRESS
SUPPLIED BY THE CALLING ROUTINE. PDRS 0-5 WILL BE INITIALIZED TO
4K READ/WRITE BYPASS AND PDRS 6 AND 7 WILL BE INITIALTZED TO
4K READ/WRITE NO BYPASS.

NOTE:

THERE IS NO NEED TO BYPASS ON I/0 PAGE REFERENCES BECAUSE
THE CACHE DOES NOT ALLOCATE ANY OF THESE REFERENCES.

; INPUTS:
:
R1 CONTAINS THE BASE ADDRESS OF THE NEXT 8 PDRS TO BE INITIALIZED
; OUTPUTS: NONE

; SUBORDINATE ROUTINES USED: NONE
; FUNCTIONAL SIDE EFFECTS: NONE

012702

0%;72%

000006

177406

OIZ;gl 077406
0

%Zs;

077406

; CALLING SEQUENCE:

JSR

LDPDRS: MOV

;LET LOOP COUNTER COUNT FIRST 6 PARS

SOB

MOV

#7746, (RL)

:LET PAR6 BE 4K READ/WRITE NO BYPASS

1$:

MOV

#177406,(R1)+

477406, (R1)+

PC,LDPARS

;LOAD PDRS WITH 4K READ/MRITE BYPASS
:LOAD FIRST SIX PDRS

iLET PART BE 4K READ/MRITE NO BYPASS ALSO

COKDAFO KDJ11-B CLUSTER DIAG.

GLOBAL SUBROUTINES SECTION

MACRO V05.03

——

Friday 28-Mar-86 13:30

Page 69

i "FUNCTIONAL DESCRIPTION:

21&

; INPUTS:

%ggi
3‘1&
gitg

; OUTPUTS: NONE
; SUBORDINATE ROUTINES USED: NONE
; FUNCTIONAL SIDE EFFECTS: NONE

; CALLING SEQUENCE: CALLED BY PARITY ABORT

‘flsaa

2%531

;

21
21541

:
:

21545 137012 011637 001122
21546

137016

21547 137
21548
137

21549 137030

032737

000100

177744

032737

000200

177744

001401
104007

21550

137036 00140

15 3
21554
21585
g.L
15 7

137050
137
137
137060
137062

21551 137040
gx
137042

glt

4 137066

10400
032737

000040

001401
104007
005037 177744
000002
005237 002722

177744

000002

SUBROUTINE TO HANDLE PARITY ERROR ABORTS FROM THE RAM STORE RAM TESTS.
MEMORY SYSTEM ERROR REGISTER CONTAINS BITS INDICATING FAILURE

MOV
MOV

2%:

;SAVE CONTENTS OF PARITY ABORT VECTOR
;LET VECTOR POINT TO PARITY ABORT ROUTTNE

(CACHE PARITY ERROR OCCURS)

RAMPAR: MOV
1%:

@9114, SLOCOO
#DSPAR, 30114
(SP), $BDADR

;STOR ADDESS TRAPPED

1$
+7

: THEN
;ERROR

BIT

#81706, MSER

BIT

#BIT07, MSER

ERROR
BIT

+7
#BIT05, MSER

BEQ
ERROR
BEQ

BEQ
ERROR
34:
CLR
RTI
LKSINT: INC
RTI

38
+7
MSER
LKSFL

:IF LOW BYTE PARITY ERROR

:IF HIGH BYTE PARITY ERROR

; THEN

;ERROR
;IF TAG PARITY ERROR

: THEN
;ERROR
;INITIALIZE MSER AFTER ERROR
;RETURN
: INCREMENT FLAG

.SBTTL Q22BE SIZE ROUTINE

21561
21

:THIS ROUTINE WILL AUTOSIZE FOR UP TO TWO @22 BUS EXERCISERS.
IF NONE
;FOUND LOCATIONS CSR1 AND CSR12 WILL BE LEFT ZEROES. THIS ROUTINE WILL

;ONLY RUN IN NOT UFD MODE.

21565 137070 032737 001000 177750 Q@22SIZ: BIT
agg 137076 001401
BEQ
gi
137100 000207
RTS

081709, MAIREG
1%
PC

;UNIBUS SYSTEM?
:IF NOT, ADVANCE TO ROUTINE
;OTHERWISE, RETURN

21571 137102 013701 000004

is:

ERRVEC,R1

;STORE TIMEOUT VECTOR

: NOW DO ACTUAL SIZING

gisi

21572 137106
21573
137114
21574 137122
21575 137
21576 137132
gim 137136

21581
21582

012737 137262 000004
012737 000340 000006
005037 001160
012702 170000
012703 000510
000404

137140 062702 000020
137144 062703 000004

| PREPARE TO DO SIZING

3s.

MOV

MOV
MOV
CLR
MOV
MOV
BR

#74 ,ERRVEC
#340 ERRVEC+2
$THPO
#170000,R2
#510,R3
3%

;POINT NEW TO PROGRAM
;AT PRIORITY 7
;CLEAR Q22BE COUNTER
;FIRST POSSIBLE ADDRESS
;VECTOR FOR IT
:TRY THOSE VALUES

ADD
ADD

#20,R2
#4,R3

GET CSR FOR NEXT Q228E
1GET VECTOR FOR NEXT ONE

0430

MACRO V05.03

Friday 28-Mar-86 13:30

SEQ 0431

Q22BE SIZE ROUTINE
21583 137150

3
21587 137152
21& 137156

005712

(R2)

:TRY TO ACCESS CSR

TIMEOUT, STORE EXISTING ADDRESSES TO REGISTERS

005737
001010

001160

4%:

S$:

6%:

000004

Page 69-1

43
#CSR1,RS
R2, STMGOA
#16, STMGOA
5%
#CSR12.RS
24,R4
R2.(RS
(R5),2(RS)

;FIRST Q22BE FOUND?
:IF SECOND, BRANCH
;START WITH CSR1 FOR 1ST
: SIMULTANEOUS GO

02.(RS)

sGET ADDRESS, POINT NEXT
800 FOR_NEXT 4 REGISTERS
STORE INTERRUPT VECTOR

e
137244 “27?! 001160
21604 137
%37 000002 001160

$TMPO

BNE
MOV
MOV
ADD
BR
MOV
MOV
MOV
MOV

(RS)+

COKDAFO KDJ11-B CLUSTER DIAG.

283483348

8¢

: ON TIMEOUT TRY TO LOOK AT NEXT ADDRESS RANGE
$¢:
TST
(5P)e
18T

8s:
9%:

108:

;BRANCH TO INITIALISE
;START WITH CSR12 FOR 2ND
;INITIALISE 5 REGISTERS
: INITIALISE CSR1
:STORE TO NEXT ONE
:GET NEXT

sAID PRIORITY

;COUNT Q228BE
; TWO FOUND?
:IF SO, STOP SIZING
;OTHERWISE, CONTINUE SIZING

;RESTORE STACK FROM
; TIMEOUT
;AT THE LAST POSSIBLE?
:IF NOT, BRANCH

cHP
BNE
ST
BEQ
TYPE

$170160,R2
24
CSR1
104
ONOG22

:TYPE FOUND

RTS

;RETURN

.ASCIZ

<12><15>/Q22BE USED DURING TESTING/

MOV

ONO@22:

(5P)+

i ADDRESS

R1,ERRVEC

;1 FOUND?

{TF m BRANCH

IRESTORE TIMEOUT VECTOR

.EVEN
%&} Q22BE INTERRUPT INITIALISE ROUTINE

ROUTINE WILL INITIALISE Q22BE TO INTERRUPT AT A PRIORITY AT (RO).

IAT THE STARTING ADDRESS IN R3. THE TEST HAVE TO SET ACTUAL DONE BIT
:BY CLEARING GO.

2l isnsz
21§ 137356 052710 000001
137362

042710

000001

@22INT: CLR
BIS

(R3)
#B81700, (RO)

BIC

#8IT00,(RO)

MOV

(RO),2(R3)

;CLEAR_TRANSFER TYPE IN CSR1
; ZERO_DONE

sSET PRIORITY IN CSR2
;PREPARE TO SET DONE

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V0S5.03

Friday 28-Mar-86 13:30

Page 69-2

@228E INTERRUPT INITIALISE ROUTINE

53{2” 137366 000207

RTS

mgg

.SBTTL DMATRN DATO CYCLE THRU Q22BE

giggz

;IN THE LATTER CASE ADDRESS AND WORD COUNT HAS TO BE LOADED BEFORE

21634
21635
21636

21639 137370
21640 137376
21641 137400
21642 137402
21643 137410
21644 137412
21645 137420
21646 137426
21647 137434
21648 137442
21649 137446
giggg 137450

:THIS ROUTINE PERFORMS DATO FROM A LOCATION TEMP THRU THE FIRST
;FOUND Q22BE STARTING AT LOCATION @CSR1. RO HAS O IF ONLY 1 TRANSFER IS
:T0 BE PERFORMED. OTHERWISE 16 BLOCK MODE TRANSFERS ARE TO BE PERFORMED
012777
005700
001404
012777
000414
012777
012777
012777
012777
105777
100375
000207

012525 043276 DMATRN: MOV
TST
BEQ
001001 043256
MOV
BR
001601 043244 1$:
MOV
002740 043242
MOV
177777 043236
MOV
000001 043224
MOV
043220
24:
TSTB
BPL
3$:
RTS

216
2165
31254

zis 9 137540

gxm

005700
001412
012777
012777
012777
000411
012777
012777
012777
105777
100375

001507 043172
177770 043172

001001 043160
001407 043146 1$:

177777 043146
000001 043134
043130

000207

21672

24:
34:

STEMP, 3BA

;LOAD DMA ADDRESS

:RETURN FROM SUBROUTINE

18T
BEQ
MOV
MOV
MOV
BR
MOV
MOV
MOV
TSTB
BPL

RO
1%
#1507, 8CSR1
$177770, 3MC
oenoocénoo aCSR2
24
#1407,aCSR1
#177777,9MC
#B1IT00,8CSR2
@CSR2
2

MOV

(SP), $BDADR

RTS

21673 137542 011637 001122

TOUT:

1679

iMMU
GLOBAL SUBROUTINES
s

;ROUTINE TO INITIALIZE MEMORY MANAGEMENT

21684 137552 010046

MMU:

21674 137546
21675 137550
21676

:DATA USED
;D0 1 WORD?
:IF YES, BRANCH
:BLOCK MODE, GO
:BRANCH TO DO IT
iRESET LATENCY COUNT,DATO
LOAD DMA ADDRESS
i00 1 WORD
;00 IT
;DMA DONE?
:WAIT TILL DONE
;RETURN FROM SUBROUTINE

.SBTTL DMARD DATI THRU Q22BE
:THIS ROUTINE PERFORMS DATI CYCLE THRU Q22BE IN EITHER BLOCK MODE OR A SINGLE
; TRANSFER MODE. MEMORY LOCATION USED IS TEMP. RO IS ZERO FOR SINGLE TRANSFER

2162 137452 012777 002740 043210 DMARD: MOV

21657 137460
21658 137462
21659 137464
21660 137472
21661 137500
21662
137506
21663
137510
21664
21665 137516
21666 13
21667 137532
21668 137536

#12525,aDATA
RO
14
#8IT09!BIT00,8CSR2
2
#1601, 3CSR1
STEMP . 3BA
e177777,9MC
#B1IT00, 3CSR2
&CSR2
2¢
PC

104130
000002

21680
21681

el e ol

21687 137560 012700 177600
21688 137564 004737 137652

ERROR
RTI

+130

;00 1 WORD?
:IF YES, BRANCH
:16 DATIB
;00 8 WORD
;BLOCK MODE GO
;GO CHECK
;RESET LATENCY COUNT om
;LOAD NEW DATA TO DATA
R
;D0 1 WORD
;00 IT
:DMA DONE?
:WAIT TILL DONE
;STORE TRAPPED PC
;UNEXPECTED TRAP

MOV

RO, -(SP)

MOV

u'n

JSR

;SAVE CONTENTS OF REGISTERS

:INIT I AND D USER PDR'S

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V0S.03

Friday 28-Mar-86 13:30

Page 69-3

SEQ 0433

DMARD DATI THRU Q22BE

21689 137570
1690 137574
1691 137600
21692 137604
21693 137610
21694 137614
21695 137620
21696 137624
21697 137630
21698 137634
21699 137642
21700 137644
21701 137646

2170§ 137650

2170
21704
21705
21706 137652
21707 137654
21708 137660
21709 137664
21710 137670
21711 137672
2171§
2l7l
21714
21715 137674
21716 137676
21717 137700
21718 137704
21719 137710
21720 137712
21;% 137716

004737
004737
012700
004737
004737
004737
004737
004737
004737
012737
012602
012601
012600
000207

137674
137674
172200
137652
137674
137674
137652
137674
137674
000027 172516

JSR
JSR
MOV
JSR
JSR
JSR
JSR
JSR
JSR
MOV
MOV
MOV
MOV
RTS

PC.,PAR
PC.PAR
#172200,R0
PC.PDR
PC.PAR
PC.PAR
PC.PDR
PC.PAR
PC.PAR
827, 98172516
(SP)+,R2
(SP)+.R1
(SP)+.RO

RETURN

;ROUTINE TO INITIALIZE PDR'S

PDR:

077406
000001
000020

PDR1:

CLR

MOV
ADD
cHP
BNE
RTS

$77406,(R0O)+
#1,R2
#16. ,R2
PDR1

;ROUTINE TO INITIALIZE PAR'S

PAR:

PARL:

000200

001600
177600

CLR

RI1

MOV

R1,(RO)+

cHP
BNE
MOV

#1600,R1
PARL
#177600, (RO)+

ADD
RTS

#200,R1

;SETUP _TO INIT PAR
: INIT

PAR

;GET READY FOR NEXT PAR
;REACHED A PAR7
;:BRANCH IF NOT
;INIT PAR7
;RETURN

;TIME OUT ROUTINE

ADDTRP: INC
TI

; INCREMENT TIME OUT FLAG

;RETURN

;MMU TRAP ROUTINE
003030

000001

MMUTRP: CMP

1%:

177776
177764

000002
137760
21740 137764
21741 137770
21742 137774
21743 140000
21744 140002
21745 140006

177776

OK:

177764

000002

000004
177572

003042

1§
+2
RO, -(SP)
a#177776.R0
#-14,R0
RO,
#2
0K
NOTOK
@8177776,R0

cHP

RO,
82

MOV

88177572, SAVMRO

:ssn

BNE
NOTOK: CLR
OK1:

FLAG,
#1

BEQ
ERROR
MOV
MOV
ASH
cHP
BNE
B8R
MOV

:2i‘4‘°RO

oKi
4(sP)

;ARE WE EXPECTING AN ABORT
YES GO ON

;NO GO TO ERROR

;SAVE CONTENTS OF REG 0
:SAVE A COPY OF PSW

;LOOK AT BITS<15:14>

;WAS PS<15:14>=10
;NO GO ON
;:YES CHANGE BITS TO 00
;SAVE A COPY OF PSW
;LOOK AT BITS<13:12>
:

;WAS PS<13:12>=10

;NO GO ON

;CLEAR ILLEGAL MODE FFROM OLD PSW
;SAVE A COPY OF MMRO

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mer-86 13:30

Page 69-4

SEQ 0434

DMARD DATI THRU Q228BE
21746 140014

013737

177574

003044

$1748 140050 003037 1rrars |oo0e

51749 140034 005037 003030

51750
140080
51751 140042

012600
000002

MOV

90177574,SAVMRL

:SAVE A COPY OF MMR1

MOV
RTI

(SP)e,RO

'RESTORE ORIGINAL CONTENTS OF REG 0
IRETURN

o
B FLAG LR
CLR

i2LEAR
ABORT BITS ARD TURN MW OFF
:CLEAR MMU ABORT FLAG

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 70

DMARD DATI THRU Q228E

21755

21756 140044 012600
21757 140046

21758 140050

012605

;FPP

WLDTRP: MOV

MOV

104003

ERROR

31323 140052 000110
21761

JMP

(SP)+,RO

(SP)+,RS
+3

(RO)

:SAVE PC

;SAVE STATUS AND RESTORE STACK

;GO BACK INLINE

;

21762

21763 140054
21764 140056
21765 140060

21766
21767
21768
21769
21770
21771

000000
000207
000207

zx;;g

TRPFLG: .WORD
ERRFP: RTS
ERR:
RTS

O
R7
R7

i CALLED BY

JSR

(R1)=RECEIVED DATA

;
;
;
;
;
:SUBROUTINE DATA VERFICATION -

R7,DATVER

flm
21775

;

1778
zim

i THIS ROUTINE VERIFIES THAT THE 4 CONSECTIVE WORDS STARTING WITH (R4) ARE
sgggn. T0 THE FOUR WORDS ADDRESSED BY (R1). THE CONTENTS OF R4, AND R1 ARE NOT
H
"mo
;LOCATION "COUNT* , IF NOT EQUAL TO O SIGNIFIES DATA ERROR

INPUT:

gi;;g

21781

(R4)=EXPECTED DATA

21782
21783

;IF THE STATUS IS FLOATING MODE, THE LAST TWO BYTES OF RECEIEVED
;ARE SIMPLY CHECKED FOR ZEROS

21786 140062 010446
21787 140064 010146

DATVFR: MOV
MOV

21788

140066 012737 000003 003120

gi;go 140074 000137 140112

21791 140100 010446

000207

;SAVE R4

JMP

DATL

;

MOV
MOV
DEC
BEQ
CHP
BEQ
MOV
MOV

R1,-(SP)
. COUNT
24
(m..(ano
csp). R1
(sp)o‘R4

MOV

OATVER: MOV

21792
140102 010146
21793 140104 012737 000005 003120
21794 140112 005337 003120
DAT1:
21795 140116 001402
1796 mgg ozm_,i
1797 140
0017
am 140124 012601
24:
799 140126 012604
gxooo 140130

R4,-(SP)
R1,-(SP)

RTS

SAVE R1

#3. COUNT

;SET UP ITERATION COUNT

R4,-(SP)

;SAVE R4

:SAVE R1
:SET UP ITERATION COUNT
;BRANCH IF DONE
;
;RESTORE R1
:RESTORE R4

;G0 BACK TO CALLING ROUTINE

{IF DATA ERROR, COUNT NE O

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 71

DMARD DATI THRU Q228E

gi%

21803

1888

3%%

; SUBROUTINE - DETERMINE FLOATING POINT ACCELERATOR (DETFPA)

21808
21809

; THIS SUBROUTINE IS CALLED IF AN ERROR IS DETECTED DURING EXECUTION OF THE
: FLOATING POINT TESTS.

1812

; THIS DETERMINATION IS MADE BASED ON THE “FPA AVAILABLE" FLAG, BIT 8

21810
21811

: IT DETERMINES WHEATHER OR NOT THE FLOATING POINT ACCELERATOR CHIP OPTION
: IS PRESENT ON THE CPU BOARD AND PRINTS THE APPROPRIATE ERROR MESSAGE.

21813
21814
21815
gmg

;
;
;
;

g‘g ;

i88s

%P‘g

; CALLED BY: CALL

gi82

; INPUTS: NONE

21824

OF THE MAINTENANCE REGISTER AT LOCATION 17777750. IF THE FPA BIT IS SET
THEN THE FLOATING POINT ACCELERATOR CHIP IS INSTALLED ON THE CPU BOARD AND
AN ERROR MESSAGE IS PRINTED WHICH STATES THAT THE FLOATING POINT ERROR IS
DUE TO THIS CHIP. OTHERWISE, THE J11 IS BLAMED FOR THE FLOATING POINT ERROR.

SUDETFPA ;844

} OUTPUTS: ERROR MESSAGES

21826 140132 032737 000400 177750 6nm BIT

21827 140140 001007
21828 140142 000240
21829

140144

032737

21834

140160 104401 140174

21830
140152 001405
21831 140154
000240
5%33 140156
000000

000400

21835 140164 000402
21836 140166
104401 140257
2}3 140172 000207

105

122

£400,30MAIREG

,FPAFLT

EXTFPA
JIIFLT
fC

;IS THE FPA HERE? $$$

:YES, BRANCH FPAOPT $$$
:DEBUG AID. $$$
;IF NOT, $$$
:BRANCH TO NOFPA $$$
:DEBUG AID. $$$
: $88

;888
: 888
; $88
: $88

040
111
040
103

—
[

&
b
—

107
117
124
103

o
W~

040
124
124
040
040
117
111

116
120
116
101

NOFPA

BIT

;848

122 FPAFLT: .ASCIZ /ERROR DETECTED IN FLOATING POINT ACCELERATOR CHIP./ ; $88

122
105
103
104
116
114
124

140224
140227
1402
1402

BEQ
NOP
HALT

BR
NOFPA: TYPE
EXTFPA: RTS

117
104
105
105
111
106
101

140177
1&
1
140210
140213
140216
140221

FPAOPT

FPAOPT: TYPE

RER 8 23T s

2103 140174

177750

#400, 30MATREG

BNE
NOP

;444

:IIIFLT: .ASCIZ /ERROR DETECTED IN J11 FLOATING POINT PROCESSOR./ ; $$¢

Saten

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 71-1

DMARD DATI THRU Q22BE

103
104
116
061
106
101

116
120
116

5§ AT

105
105
1 11
112
040
1H
1
040
111

NG 58

3 &

140270
140273
140276
140301
140304
140307
140312
140315
140320

124
040
040
061

114

124
107
117
124
122
105

117

000

.EVEN

; $48

SEQ 0437

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V0S5.03

Friday 28-Mar-86 13:30

Page 72

SEQ 0438

DMARD DATI THRU Q22BE
21846
21847
21848

.SBTTL
T

END OF PASS ROUTINE

Re
T
T

;*INCREMENT THE PASS NUMBER ($PASS)
;*INDICATE END-OF -PROGRAM AFTER 1 PASSES THRU THE PROGRAM
;#TYPE "END PASS #XXXXX" (WHERE XXXXX IS A DECIMAL NUMBER)
;#IF THERES A MONITOR GO TO IT
;#IF THERE ISN'T JUMP TO LOOP

000100

000052

$EOP

BIT #BIT06,3452
BNE $GET42
jsr rS,vi
R
$TST

126756
001102
001164
100000

CLR
INC
BIC
DEC

001206

$EOPCT:
$ENDCT:

140457
001206
140454
000042

377
012

.WORD

BGT

$TIMES
$PASS
100000, $PASS
(PC)+
1

$DOAGN

MOV

(PC)+,@(PC)+

MOV
TYPDS

$PASS, -(SP)

.WORD
1
$EOPCT
TYPE , $ENDMG

TYPE
$GET42: MOV

BEQ
RESET
$ENDAD: JSR
NOP
NOP
NOP
$DOAGN:
JMP

,$ENULL
2842 ,RO

$:ZERO THE TEST NUMBER

+:ZERO_THE NUMBER OF ITERATIONS
; INCREMENT THE PASS NUMBER
1:DON'T ALLOW A NEG. NUMBER
; :LOOP?
;3 YES

;;RESTORE COUNTER
::TYPE "END PASS #"

: :1SAVE $PASS FOR TYPEOUT
::G0 TYPE--DECIMAL ASCII WITH SIGN
::TYPE A NULL CHARACTER
: :GET MONITOR ADDRESS

$DOAGN
PC,(RO)

: :BRANCH IF NO MONITOR
: :CLEAR THE WORLD
::60 TO MONITOR
: ;:SAVE ROOM
; :FOR
:1ACT11
; ;RETURN

B(PC)+

$RTNAD:
$ENULL:

.WORD
.BYTE

Loop

.SBTTL

SCOPE HANDLER ROUTINE

Nu.L CHARACTER STRING

$ENDMG: .ASCIZ <1$><1z>/m pass’s

101

21849

T D

ie
i

:#THIS ROUTINE CONTROLS THE LOOPING OF SUBTESTS. IT WILL INCREMENT
;*AND LOAD THE TEST NUMBER($TSTNM) INTO THE DISPLAY REG.(DISPLAY<7:0>)
+*AND LOAD THE ERROR FLAG ($ERFLG) INTO DISPLAY<15:08>
;*THE SWITCH OPTIONS PROVIDED BY THIS ROUTINE ARE:

;%xSW14=1
;#SW11=1
; %SW09=1
; *SW08=1
140474
140474

LOOP ON TEST
INHIBIT ITERATIONS
LOOP ON ERROR
LOOP ON TEST IN SWR<5:0>

;*CALL
i

104407

$SCOPE:

: s SCOPE=IOT

CKSWR

;sTEST

FOR CHANGE IN SOFT-SWR

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 72-1

SEQ 0439

SCOPE HANDLER ROUTINE
140476
140504
140512

0352737
032777
001117

140514

000416

013746
012737
005737
012637
000466
022626
012637
000426

032777
001407
017746
042716
122637
001465

105737

001421
123737
101015
032777
001404
013737
000446
105037
005037
000415
032777
0010%%

001000
040000

21850

011637
011637
005037
112737
013777
013716
042737
000002
000001

1%:

BIS #1000,BCSR ;ENABLE

BIT

BNE

#8IT14, 3SWR

$OVER

;:LOOP_ON PRESENT TEST?
::YES IF SWi4=1

; 88080START OF CODE FOR THE XOR TESTER##084

{XTSTR: BR
000004

5%:

;s
IF _RUNNING ON THE "XOR" TESTER CHANGE

MOV

SSERRVEC, -(SP)

TST

32177060

(SP)+,3$ERRVEC

MOV

140542
177060

MOV
BR
cHP

5%,SBERRVEC

(SP)+, 3#ERRVEC
$SVLAD
(SP)+,(SP)+

s THIS INSTRUCTION TO A_"NOP" (NOP=240)

:;SAVE THE_CONTENTS OF THE ERROR VECTOR
: :SET _FOR TIMEOUT
;s TIME OUT_ON XOR?
: sRESTORE THE ERROR VECTOR
::G0_TO THE NEXT TEST
;;CLEAR THE STACK AFTER A TIME OUT
: ;RESTORE THE ERROR VECTOR
:;LOOP ON THE PRESENT TEST

7
68: ; SS000END OF CODE FOR THE XOR TESTER#####
BIT
#81T08, aSWR
;:LOOP ON SPEC. TEST?

040352

BEQ
MOV

2¢
@SWR, -(SP)

001102

CMPB

(SP)+,$TSTNM

BIC

001103

24:

001115

001103

001000

040314

001110

001106

001103
001164

7%:
43

001206

001164

001104

000001
140774
001102
001102
001106
001110
001166

001104
001164

001102
001106
001000

001204

001115

04G162

14:

S$SWRMK, (SP)

BEQ
TSTB
BEQ
CMPB
BHI

$OVER
$ERFLG
3
$ERMAX, $ERFLG
3

BEQ
MOV
BR
CLRB
CLR
BR

4
$LPERR, $LPADR
$OVER
$ERFLG
$TIMES
14

BNE
TST
BEQ
INC
P
BGE
MOV
MOV

1
$PASS
14
$ICNT
$TIMES, $ICNT
$OVER
#1, SICNT
$MXCNT
, $TIMES

BIT

38:

00%237 001104

023737
002024
012737

177520
040426

BIT

$SVLAD: INCB
MOVE

CLR

MOVE

SOVER: MOV

#BIT09,3SWR

#8IT11,8SWR

$TSTNM
$TSTNM, $TESTN

$MXCNT: 1

.SBTTL

@1, $ERMAX

$TETNM, GDISPLAY

ERROR HANDLER ROUTINE

i RRRRAARSR R RRRRRE RS SRR

;sBR

; sMAX. ERRORS FOR THIS TEST OCCURRED?
::BR IF NO

; ;LOOP ON ERROR?
;3sBR IF NO
;sSET LOOP ADDRESS TO LAST SCOPE

; ;ZERO THE ERROR FLAG
; sCLEAR THE NUMBER OF ITERATIONS TO MAKE
;;ESCAPE TO THE NEXT TEST
; sINHIBIT ITERATIONS?
;3BR IF YES
HIF FIRST PASS OF PROGRAM
INHIBIT ITERATIONS

;zImREl'ENT ITERATION COUNT
;sCHECK THE NUMBER OF ITERATIONS MADE
:BR IF MORE ITERATION REQUIRED
:.REINITIALIZE THE ITERATION COUNTER
T NUMBER OF ITERATIONS TO DO

s:COlNT TEST NUMBERS

:3SET TEST NUMBER IN APT MAILBOX
; ;SAVE SCOPE LOOP ADDRESS
SS

$ESCAPE

MOV
$LPADR, (SP)
yIC #1000,BCSR ; DISABLE

177520

:3BR IF NO
;sSET DESIRED TEST NUM. FROM SWR
; iSTRIP AWAY UNDESIRED BITS
:.(N THE RIGHT TEST?

:;CLEAR THE ESCAPE FROM ERROR ADDRESS
;sONLY ALLOW ONEC1) ERROR ON NEXT TEST
:; ;:DISPLAY TEST NUMBER
; sFUDGE RETURN ADDRESS

; sMAX. NUMBER OF ITERATIONS

RRERER KRR

AR RAERRR AR AR ERRRRRRRRRAS

;*THIS ROUTINE WILL INCREMENT THE ERROR FLAG AND THE ERROR COUNT,

;*SAVE THE ERROR ITEM NUMBER AND THE ADDRESS OF THE ERROR CALL
;*AND GO TO ERTYPE ON ERROR

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 72-2

SEQ 0440

ERROR HANDLER ROUTINE
;#THE _SWITCH OPTIONS PROVIDED BY THIS ROUTINE ARE:

OSHIS'I

HALT ON ERROR
INHIBIT ERROR TYPEOUTS
BELL ON ERROR
LOOP ON ERROR

:t5013'1

;#SW10=1
; #SW09=1
*CALL

004120
141220

177520

001102
002000

040104
040074

022737

001001
000000

141216

000002

141220

005737
001454
020027

141226

001220

001114
141376

141140

037754

001110
001166

000042

;;STRIP AND SAVE THE ERROR ITEM CODE

20%
PC,ERTYPE

1 13KIP TYPEOUTS
::G0 TO USER ERROR ROUTINE

: ;GET ADDRESS OF ERROR INSTRUCTION

: 1SKIP TYPEOUT IF SET

; ;RUNNING IN APT MODE

: :NO,SKIP APT ERROR REPORT

;1SET ITEM NUMBER AS ERROR NUMBER

SC.OATH

: {REPORT FATAL ERROR TO APT

0
224

; ;APT ERROR LOOP

TST

aSWR

3$:

BIT

#8IT09,3SWR

RTI

; ;BELL ON ERROR?

@$ERRPC, $ITEMB

22%:
24:

.SBTTL
:
ABORT

::DON'T LET THE FLAG GO TO ZERO
;:DISPLAY TEST NUMBER AND ERROR FLAG

i {COUNT THE NUMBER OF ERRORS

$ITEMB,21$

5¢:

ENABLE HALT ON BREAK

(1SET THEERROR FLRG

$ERTTL

sgpggompc

SAPTENV,$ENV

TST

;;TEST FOR CHANGE IN SOFT-SWR

7%
$TSTNM, BDISCLAY

6%:

004116

SERFLG

, $CRLF

20%:

: :TEST FOR ABORT CONDITION

#1000,BCSR

#8IT13, aSWR

44:

001166
140440

INC

214:

037770

001000

INCB

001116
001114
040034

000001

; ;TEST FOR USER-QUIET MODE
: ;BRANCH IF FIELD-SERVICE MODE
:;IN CASE RO HAS A #3 IN IT (fC)

PC,ABORT

#8IT10,aSWR
1%:

136356
001175

000777
005777
100002
000000
104407
032777
001402
013716
005737
00%402
013716

74:

; ;ERROR=EMT AND N=ERROR ITEM NUMBER

UQUIET
9
RO

94:

001000
001103

001170
001112
001116
000002
040022
020000

$ERROR:

$LPERR, (SP)

$ESCAPE

: ;HALT ON ERROR

1SKIP IF CONTINUE
:HALT ON ERROR!

| ITEST FOR CHANGE IN SOFT-SWR
::LOOP ON ERROR SWITCH SET?
::BR IF NO

; :FUDGE RETURN FOR LOOPING

; ;CHECK FOR AN ESCAPE ADDRESS

5¢
$ESCAPE,(SP)

.sBR IF NONE
;:FUDGE RETURN ADDRESS FOR ESCAPE

#$ENDAD, @942
64

;;ACT-11 AUTO-ACCEPT?
; ;BRANCH IF NO

FENUFD MODE

ABORT ROUTINE FOR LCP/OR
TST
UFDFLG
.TEST FOR USER FRIENDLY MODE
LFD THEN CONTINUE NORMAL OPERATION
BEQ
NOABRT
iTF'NOT
RO, #32
cMP

COXDAF
O XDJ11-8 CLUSTER DIAG.

MACRO V05.03

Fridey 28-Mer-86 13:50

Page 72-3

SEC 0441

001443

001443
01

013737
3

000003

004120

004112
004114

000030
000032

001376
i127
127

000057

177777

720

000103

004112
004114

760

177777

000%07

000137

140440

112737

000001
000001

141624
141622

112737

000001

141624

gisreo
21851

14:

010046
OlOMg

000030
000032

001220

000100

001221

; BECAUSE FIELD-SERVICE
MODE DOES NOT QUIT
ON ERROR
THEN LEAVE

;RESTORE EMT LOCATION (30)
;RESTORE EMT PRIORITY LOCATION (32)
:GET XXDP STACK LOC. INTO RO FROM MONITOR

C
;MAKE NEW END TO STACK

;NOW LEAVE
;RESTORE EMT LOCATION (30)
;RESTORE EMT PRIORITY LOCATION (32)

;GET DCA LOCATION INTO RO FROM MONITOR
;SET A -1 INTO LOCATION DRSERR IN MONITOR
ABORTZ:
;AND PUT THE MONITOR RETURN ADDRESS IN RO
;CLEAR MONITOR RETURN FLAG
$ENDAD
;RETURN TO MONITOR-DO NOT PUSH STACK HERE
NOABRT
: RTS
PC
;IF NOTUFD RETURN TO MAINLINE
.SBTTL APT COMMUNICATIONS ROUTINE

$ATY3:

mmva

MOVB

81, $FFLG
81, $MFLG

70 REPORT FATAL ERROR
+:
+:TO TYPE A MESSAGE

$ATY4:
$ATYC:

MOVB

01, $FFLG

+:TO ONLY REPORT FATAL ERROR

MOV
MOV
1ST8
BEQ
CMPB
BNE

2483
$MFL

;sPUSH RO ON STACK
:PUSH R1 ON STACK
; :SHOULD TYPE A MESSAGE?
::IF NOT: BR
: sOPERATING UNDER APT?
;3IF NOT: BR
;3 SHOULD SPOOL MESSAGES?
;3IF NOT: BR
:sGET MESSAGE ADDR.

TYl:

BITB
BEQ

1s:

001200

001214

2%:

001214

141626

LOAD tC ON XXDP+ STACK (NO ERROR)
-QUIET MODE
SERVICE MODE CONTINUE NORMAL OPERATION

‘““‘“‘tt‘t“““.“.t“““tt“..““t““"t“tttt‘ttttt‘t“‘

000001

177776

W'C?TOOQINIF IT IS (NO ERROR)

ABORTE :

141622

001216

4£3393380333949339 BuBS

ABORT ROUTINE FOR LCP/ORION UFD MODE

001200

141534
000004

34:

4%:

MOV
ADD

15T

BNE
MOV
1578
BNE
SuUB
ASR

MOV
MOV
BR
MOV
ADD
MOV
JSR
.WORD

$AtYC

:sSEE IF

' SONE W/ LAST XMISSION?
:

LU ADDR TN MAILBOX
i3

:sFIND END OF MESSAGE

188
i

LT IS

H
; sPUT LENGTIN
TAKE MSG.
TO
APT
;s TELL

::PUT MSG ADDR IN JSR LINKAGE
BUMP RETURN ADDRESS

; s PUSH 1”776 ON STACK

TYPE MACRO

COKDAFO KDJ11-8 CLUSTER DIAG.

MACRO V0S.03

Friday 28-Mar-86 13:30

Page 72-4

APT COMMUNICATIONS ROUTINE

141
141

105737

141624

141600
141604
141610

105037
105037
105037

141624
141623
141622

5%
10§:

141542 ggg%
141544
001220
141550 001413
141582
7 001200
11:
141
001375
141
017637 000004 001202
141566 062766 000002 000004
141574
7 001200

H
t

21852

141614 012601
141616 012600
141620 000207
141
000
141
000
141
000
000200
000001
000100
000040

12¢:

TSTB

BEQ
ST
BEQ
TST
BNE
MOV
ADD
INC

CLRB
CLRB
CLRB

$FFLG

: ;SHOULD REPORT FATAL ERROR?

$FFLG
$LFLG
$MFLG

: :CLEAR FATAL FLAG
: :CLEAR LOG FLAG
: :CLEAR MESSAGE FLAG

124
$ENV
124
$MSGTYPE
11%
P4(SP),$FATAL
#2,4(5P)
$MSGTYPE

MOV
(SP)+,R1
MOV
(SP)+.RO
RTS
PC
$MFLG: .BYTE 0
$LFLG: .BYTE O
$FFLG: .BYTE O
APTSIZE=200
APTENV=001
APTSPOOL =100
APTCSUP=040
.SBTTL TYPE ROUTINE

::IF NOT: BR
: tRUNNING UNDER APT?
iiIF NOT: BR
: ;FINISHED LAST MESSAGE?
::IF NOT: WAIT
;;GET ERROR ¢
}m RETURN ADDR.
::TELL APT TO TAKE ERROR
::POP STACK INTO R1
::POP STACK INTO RO
: ;RETURN
: ;MESSG. FLAG
::L0G FLAG
: :FATAL FLAG

sskkntkkkkhkhhkkbhkkkbk
kb khkkkkhkk bk ko
kb hkkk kb kk kb kkhhkk

;#ROUTINE TO TYPE ASCIZ MESSAGE. MESSAGE MUST TERMINATE WITH A O BYTE.
;#THE ROUTINE WILL INSERT A NUMBER OF NULL CHARACTERS AFTER A LINE FEED.

; #NOTE1 :
; #NOTE2:
: #NOTE3:

$NULL CONTAINS THE CHARACTER TO BE USED AS THE FILLER CHARACTER.
$FILLS CONTAINS THE NUMBER OF FILLER CHARACTERS REQUIRED.
$FILLC CONTAINS THE CHARACTER TO FILL AFTER.

;*CALL:
:#1) USING A TRAP INSTRUCTION
TYPE
,MESADR
i ¥

141

105737 001157

141642 ouggo 000002
141646
000001 001220
141

oox%

141664
141666 01003

141672 004737
141676
141700

000000
132737

141710

112046

141706 001003

141712 001005
141714 005726

000100

1$:

001221

:11S THERE A TERMINAL?

BR
MOV

34
RO, -(SP)

: sLEAVE
: ;:SAVE RO

BNE

624

141366

001221

MOV
CMPB
BITB

141676
000040

$TPFLG

BPL
HALT

141636 000430
141640 010046
141

TYPE

MESADR

{TYPE: TSTB

141
100002
141634 000000

618:
62%:
24:

; tMESADR IS FIRST ADDRESS OF AN ASCIZ STRING

82(SP) RO
OAPTENV,SENV

: :GET ADDRESS OF ASCIZ STRING
;;RUNNING IN APT MODE
:sNO,GO CHECK FOR APT CONSOLE

@APTSPOOL,$ENVM ; ;SPOOL MESSAGE TO APT

BEQ
MOV

624
RO,61$

.WORD
BITB

O
SAPTCSUP,$ENVM

JSR

18R IF YES
:;HALT HERE IF NO TERMINAL

::NO,GO CHECK FOR
3
i
MESSAGE ADDRESS FOR APT

PC.$ATY3

:1SPOOL MESSAGE TO APT

BNE

60$

}1YES, SKIP TYPE OUT

BNE
ST

43
(SP)+

MOVB

(RO)+,-(SP)

: sMESSAGE ADDRESS
;:APT CONSOLE

: ;PUSH CHARACTER TO BE TYPED ONTO STACK

1iBR IF IT ISN'T THE TERMINATOR
::IF TERMINATOR POP IT OFF THE STACK

COKDAFO KDJ11-B CLUSTER DIAG.
H

MACRO V05.03

SEQ 0443

012600

60$:

141720 062716 000002
141724 000002
m;g mqg 000011

141
0014
141734 122716
141740 001006

141742
141748
141746
141750

141754
141756
141762
141766
141770
141774

Page 72-5

TYPE ROUTINE

141716

Friday 28-Mar-86 13:30

142000
142002
142006
142012
142014
142020
142024
1420
1420
142036
142040
142040
142044
142046
142052
142056
142062
142064
142064
142070
142072

005726
104401
001175
105037

7%:

117716

037050

177600
000021

105777

1024
10$:

116677

037032
000002

000015

142136

105037

142156

122766

000012

142134 001003

142142 000406

142154
142156

8%
#CRLF,(SP)
5§

001402

105227
000000

037024

000002

$CHARCNT

: sCLEAR _CHARACTER COUNT
:sGET_NEXT CHARACTER
:3G0 TYPE THIS CHARACTER
;3IS IT TIME FOR FILLER CHARS.?
::IF NO GO GET NEXT CHAR.

DECB

1(SP)

$TYPEC

oriu.c (SP)+
24
$NULL
, -(SP)

<CR><LF> EQUIV

;sTYPE A CR AND LF

;sGET & OF FILLER CHARS. NEEDED
nlfl) THE NULL CHAR.

;3DOES A NULL NEED TO BE TYPED?
;3BR IF NO--GO POP THE NULL OFF OF STACK

oP
337
::POP SPACE OFF STACK
::GET NEXT CHARACTER

: ;CHAR _IN KYBD BUFFER?
::BR IF NOT
:;GET CHAR
: sSTRIP EXTRANEOUS BITS
: :WAS CHAR XOFF
NOT
BR
;3IF

::GET CHAR
:3STRIP IT
:sWAS IT XON?

MOVB

@$TKB,(SP)

BNE

1014

::BR IF NOT

(SP)+

::FIX STACK

1STE

@$TPS

;: ;WAIT UNTIL PRINTER IS READY

MOVBE

2(SP),@$TPB

BNE
CLRB
BR

1%
$CHARCNT
$TYPEX

;:LOAD CHAR TO BE TYPED INTO DATA REG.
+:1S CHARACTER A CARRIAGE RETURN?

CMPB

1%:

: ;BRANCH IF NOT <CRLF>
;:POP

BPL

000002

: sRESTORE RO
: sADJUST RETURN PC
; sRETURN
: ;BRANCH IF <HT>

(SP)+

BR
JSR
CcMPB
BNE
MOV

BIC

005726

122766

142152

5%:

000001

142126

142144

BEQ
CMPB
BNE

(SP)+,RO

#2,(sP)
#HT,(SP)

BLT
64
142040
JSR
PC, $TYPEC
142156
DECB
mmm
BR
74
;HORIZONTAL TAB Paocessoa
000040
8s:
MOVB
(5P)
142040
9:
JSR
Pc.imec
000007 142156
BITB
n $CHARCNT
BNE
ST
csp).
BR
2%
$TYPEC:
105777 037100
1STB
@$TKS
100022
BPL
104
017746 037074
MOV
#$TKB, -(SP)
042716 177600
BIC
177600, (SP)
122716 000023
#$XOFF, (SP)
001012
BNE
102$
101$:
105777 037054
TSTB
@4TKS
100375
BPL
1014

142116 100375
142120

142156

105366

002770
004737
105337
000770
112716
004737
132737
ooém
000724

MOV

ADD
RTI
CMPB
ST
TYPE
$CRLF
CLRB

68:

142106 001366
142112

000200

000755
004737 142040
123726 001156
001350
013746 001154

142076 042716
142102 122716

142110
142110
142112

38
as:

CMPB

BEQ

INCB
$CHARCNT: .WORD

#177600,(5P)
#$XON, (5P)

10$

#CR,2(SP)

; ;BRANCH IF NO

oLF,2(SP)

HEY,E&;-CLEM CHARACTER COUNT
::IS CHARACTER A LINE FEED?

(PC)+
O

; sCOUNT THE CHARACTER
; sCHARACTER COUNT STORAGE

$TYPEX

ANCH_IF YES

COXDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 72-6

SEQ 0444

TYPE ROUTINE

000207

$TYPEX: RTS
PC
.SBTTL BINARY TO OCTAL (ASCII) AND TYPE
Dl

;#THIS ROUTINE IS USED TO CHANGE A 16-BIT BINARY NUMBER TO A 6-DIGIT

;#OCTAL (ASCII) NUMBER AND TYPE
I

;#3TYPOS---ENTER HERE TO SETUP SlPPRESS ZEROS AND NUMBER OF DIGITS TO TYPE

: tCALL
;t
¥
¥
1%

MOV
TYPOS
.BYTE
.BYTE

: sSNUMBER TO BE TYPED
::CALL FOR TYPEOUT
+:N=1 106 FOR NUFBER OF DIGITS T0 TYPE

::1=TYPE LEADING ZEROS

: 10=SUPPRESS LEADING ZEROS

:OOTYP(N----ENTER HERE TO TYPE OUT WITH THE SAME PARAMETERS AS THE LAST
u‘TYPOS OR $TYPOC
;‘

" MOV

;‘

NUM, -(SP)

: :NUMBER TO BE TYPED
::CALL FOR TYPEOUT

nOTYPOC---ENTER HERE FOR TYPEOUT OF A 16 BIT NUMBER

142405

142405
142407
142404

$TYPOC:
$TYPON:

14%:

2%:

142406

34:

177770

4%:

*BIRESiAIERRSALa
3 RAgaARTaIRgIITY

142160

21853

BIS

: sNUMBER TO BE TYPED
:sCALL FOR TYPEQUT

; :PICKUP THE MODE
::LOAD ZERO FILL SWITCH
: sNUMBER OF DIGITS TO TYPE
: ;ADJUST RETURN ADDRESS
::SET THE ZERO FILL SWITCH
:3SET FOR SIX(6) DIGITS
:3SET THE ITERATION COUNT
::SAVE R3
: :SAVE
; sSAVE RS
;3GET THE NUMBER OF DIGITS TO TYPE
: :SUBTRACT _IT FOR MAX. ALLOWED

:3SAVE _IT FOR
GET THE

::G0_DO_MSB

HFMH THIS DIGIT
:3GET _LSB OF THIS DIGIT

HTYP%_T%S DIGIT?

#177770,R3
4%
R4

54
R4

#'0,R3

;:BR
:3GET RID OF JUNK
O
;3 TEST FOR
: sSUPPRESS THIS 07
NIF YES
:D(N' SUPPRESS ANYMORE 0'S
; sMAKE THIS DIGIT ASCII

COXDAFO KDJ11-B8 CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 72-7

SEQ 0445

BINARY TO OCTAL (ASCII) AND TYPE

000004

8%:

$OCNT:
$OFILL:
$0MODE
:
.SBTTL

21854

RTI
.BYTE

e
s

ganes

000002

HGO TYPSTlilIS DIGIT
BR IF DONE

012603
016666
012616

CMT

6%:

$OCNT
2%
64

012605

; sMAKE ASCII IF NOT ALREADY
::SAVE FOR_TYPING

000744

TYPE
DECB
BGT
BLY

¢ .R3
R3,8$

74:

BIS

S54:

OCO0O000 @Nflf\f\m
geg=®
%UUU

000040
142402
142402
142404

23333%3

052703
110337
104401
105337
003347

§§§§§§ Bl

142332
142336
142342
142346

:3INSlRE LAST DIGIT ISN'T A BLANK
;360 DO THE LAST DIGIT
; sRESTORE RS
: sRESTORE R4
; sRESTORE R3
:3SET THE STACK FOR RETURNING

: sRETURN
: ;STORAGE FOR ASCII DIGIT
: s TERMINATOR FOR TYPE ROUTINE
;sOCTAL DIGIT COUNTER

.BYTE
.BYTE
.BYTE
:32ERO FILL SWITCH
. WORD
CONVERT BINARY TO MCIHAL AND TYPE ROUTINE

b b

MER OF DIGITS TO TYPE

000055

142456

005002

160105

000001

142624
000040

14:

24:

142614

3%:

002402

44:

106316
103003

54:
000001

177777

;;PUSH RO ON STACK
:;PUSH R2 ON STACK
::PUSH R3 ON STACK
;sPUSH RS ON STACK

.(ni

mm.x

$DTBL(RO),R1

; sMAKE THE BINARY NUMBER POS
:sMAKE THE ASCII NUMBER NEG
_THE CONST
:sZERO

+sSET THE FIRST CHARACTER TO A BLANK
H%A%ETFE BCD NUMBER
CONSTANT

HFM THIS BCD DIGIT
; sBR IF DONE
; s INCREASE THE BCD DIGIT BY 1
;;ADD BACK THE CONSTANT
; ;CHECK IF BCD DIGIT-O

w
-l

$TYPDS:

3apaae 585PL3n3303A 83333333

;*THIS ROUTINE IS USED TO CHANGE A 16-BIT BINARY NUMBER TO A 5-DIGIT
+#SIGNED DECIMAL (ASCII) NUMBER AND TYPE IT. DEPENDING ON WHETHER THE
+#*NUMBER IS POSITIVE OR NEGATIVE A SPACE OR A MINUS SIGN WILL BE TYPED
:*BEFORE THE FIRST DIGIT OF THE NUMBER. LEADING ZEROS WILL ALWAYS BE
;*REPLACED WITH SPACES.
;#CALL:
HE
MOV
::PUT_THE BINARY NUMBER ON THE STACK
¥
TYPDS
::G0 TO THE ROUTINE

FALL THROUGH IF
0O

nSTILL DOING LEADING 0'S?

1(SP), -1(R3)

::BR IF YES
;sMSD?
;3BR IF NO

;s YES--SET THE SIGN

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 72-8

SEQ 0446

CONVERT BINARY TO DECIMAL AND TYPE ROUTINE
142520

6%:
7%:

000040

BIS
BIS

20, nz

i sMAKE THE BCD DIGIT ASCII
:sMAKE IT A SPACE IF NOT_ALREADY A DIGIT
::PUT_THIS CHARACTER IN THE OUTPUT BUFFER

R2, tas).
.l

(RO)+

000010

: s JUST INCREMENTING

RO, #10
24
8¢

..OECK THE TABLE INDEX
;GO DO THE NEXT DIGIT

R5.R2
6

8%:

1(SP),-2(R3)

9¢:

o2~ zREE
3¢

177776

Sggisiees

177777

(SP)+

;:POP STACK INTO R2

;;POP STACK INTO R1
;:POP STACK INTO RO
;sNOW TYPE THE NUMBER
: sADJUST THE STACK

142624
000002

: ;RETURN TO USER

$DTBL
:

21855

$DBLK:
.SBTTL

..GO TO EXIT
:sGET _THE LSD
;360 _CHANGE TO_ASCII
:3WAS THE LSD THE FIRST NON-ZERO?
;:BR IF NO
;s YES--SET THE SIGN FOR TYPING
;3SET THE TERMINATOR
;;POP STACK INTO RS
;:POP STACK INTO R3

4
.BLKW
TTY INPUT ROUTINE

ettt
T

LS8

bbb

T R

;#SOFTWARE SWITCH REGISTER CHANGE ROUTINE.
: *ROUTINE IS ENTERED FROM THE TRAP HANDLER, AND WILL
s#SERVICE THE TEST FOR CHANGE IN SOFTWARE SWITCH REGISTER TRAP CALL

000176

001140

;#WHEN OPERATING IN TTY FLAG MODE.
$CKSWR: CMP
::IS THE SOFT-SWR SELECTED?
#SWREG, SWR

BNE
1STB
BPL

036274

MOVB
BIC

036270

177600

000007
001134

143371
143376
000176
143407
036212

036206
177600
000025

000001

CMP
BNE
CMPB
BEQ
TYPE
$GTSWR: TYPE
MOV
TYPOC
19¢:
7%:

; BRANCH IF
: ;CHAR THERE?
::IF NO, DON'T WAIT AROUND

#7.(5P)+
154
$AUTOB,#1
15$
,SCNTLG
$MSWR
SWREG, -(SP)

::IS IT A CONTROL G?
;sNO,
RETURN TO USER
:tARE WE RUNNING IN AUTO-MODE?
: ;BRANCH IF YES
: ;ECHO THE CONTROL-G (1G)
: s TYPE CURRENT CONTENTS
: 1SAVE SWREG FOR TYPEOUT
::G0 TYPE--OCTAL ASCIICALL DIGITS)

@$TKB,-(SP)
#1C177,(5P)

TYPE

., $MNEW

CLR
TSTB
BPL

-(5P)
@$TKS
7%

BIC
P

#1C177,(5P)
(SP),#25

CLR

MOVB

9%:

15%
15¢

@$TKS

~(SP)

@$TKB,-(SP)

: ;SAVE THE CHAR
: 1 STRIP-OFF THE ASCII

; ;PROMPT FOR NEW SWR

; :CLEAR COUNTER

;:THE NEW SWR
: ;:CHAR THERE?
}1IF NOT TRY AGAIN

::PICK UP CHAR

} IMAKE IT 7-BIT ASCII
::IS IT A CONTROL-U?

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V0S5.03

Friday 28-Mar-86 13:30

Page 72-9

SEQ 0447

TTY INPUT ROUTINE

10¢

143364
000015

. SCNTLU

20%:

#6,SP

10%:

(SP).#15

194

; ;BRANCH IF NOT
;s YES, ECHO CONTROL-U (tU)
; ; IGNORE PREVIOUS INPUT

SLET S TRY IT AGAIN
I.IS IT A <CR>?
; BRANCH IF NO

.:YES. IS IT THE FIRST CHAR?
036132
001175

001135

000001

000100

036110

11%:
14%:

15¢:

RETURN

gegagdege

142040

;BRANCH IF YES

nSAVE NEW SWR
:sCLEAR UP STACK
:;ECHO <CR> AND <LF>
; sRE-ENABLE TTY KBD INTERRUPTS?
: ;BRANCH IF NOT
; sRE-ENABLE TTY KBD INTERRUPTS

001174

184:
.DSABL

: :BRANCH

..CHAR > 77
: BRANCH

..STRIP OFF ASCII

::1S THIS THE FIRST CHAR
; ;BRANCH IF YES
. SHIFT PRESENT
CHAR

17§:

(

).(SP)

143114

000002
177776

~
AR
Sw wh)~
’G

000067

LSB

; ; SIMULATE CONTROL-U

3 o kkkkokkkok ko dokokdokdokokodokdkokok kokokokkokokokokokokkokok ok ok ok ok kokokok ok kok kkkokkkkkkk

;*THIS ROUTINE WILL INPUT A SINGLE CHARACTER FROM THE TTY
ROCHR
RETURN HERE

143116
036012
036006
177600

MOV
MOV
TSTB
BPL

(SP),-(SP)
4(sP),2(sP)
@$TKS
1%

BIC
CHP

#1C<177>,4(SP)
4(SP), 23

MOVB

000023

035760

2%:

035754
177600
000021
000021

000140

34:

BNE
TSTB
BPL
MOVE
BIC
cHP
BNE
BR
P
BEQ

$TKB,4(SP)

34
@$TKS
24
@$TKB,-(SP)
#1C177.(5P)
csp)o.m
o

4(5?).nxon

4(5P).014o

:sINPUT A SINGLE CHARACTER FROM THE TTY
; ;CHARACTER IS ON THE STACK
:;WITH PARITY BIT STRIPPED OFF
: tPUSH DOMN THE PC

| 1SAVE THE PS
; sWAIT FOR

i ;A CHARACTER

} IREAD THE TTY

nGETRID OF JUNK IF ANY
T A CONTROL-S

sn»cn IF NO

1 1WAIT FOR A CHARACTER
::LOOP UNTIL ITS THERE
::GET CHARACTER
: sMAKE IT 7-BIT ASCII
::IS IT A CONTROL-Q7
nrr NOT DISCARD IT

.:Isir A RANDOM XON?
; :BRANCH IF YES
RESUME

sIS IT UPPER CASE?

;RANOO1
;RANOOL

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Fridey 28-Mar-86 13:30

Page 72-10
SEQ 0448

TTY INPUT ROUTINE

143224
143226
143234
143236
143244

002407
026627
003003
042766
000002

000004

BLT
cHe
BGT

000175
4%:

43
4(SP),#175
4%

BIC

#40,4(SP)

RTI

IF YES
; ;BRANCH
::IS IT A _SPECIAL CHAR?
: :BRANCH
IF YES
:sMAKE IT UPPER CASE

::6G0 BACK TO USER

P RRRREREARR
AR KR RERERRREREERE Lt dubdtttonnaes
s
I T IS I T T T

;#THIS ROUTINE WILL INPUT A STRING FROM THE TTY
RDLIN
RETURN HERE

i*
i
i %

$ROLIN: MOV

1%:

24:

000177

106:

001174

4$:

143352
143352
000015

34:

#$TTYIN,R3

CMP

BNE
TYPE
BR

33
,$QUES
i$

CMPB

BNE
CLRB
TYPE
MOV
MOV
MOV
MOV

000004
143354

RTI
.BYTE

9%:

015

2$TTYIN+8. ,R3

BLOS
ROCHR
MOVB

MOVB
TYPE
CMPE

177777
001176

21856

R3,-(SP)

MOV

143354
143364

::INPUT A STRING FROM THE TTY
: ;ACORESS OF FIRST CHARACTER WILL BE ON THE STACK
: s TERMINATOR WILL BE A BYTE OF ALL 0'S

BYTE

$TTYIN: .BLKB

(SP)+,(R3)

#177,(R3)
(R3),9%
9%
#15,(R3)+

24
-1(R3)
SLF
(SP)+,R3
(5P),-(SP)
4(SP),2(SP)
#$TTYIN,4(5P)
0

::BR IF YES
;;G0 READ ONE CHARACTER FROM THE TTY
; sGET CHARACTER

:3IS IT A RUBOUT

:sSKIP IF NOT
:i;TYPE A ' 2

:sCLEAR THE BUFFER AND LOOP
: ;ECHO THE CHARACTER
: sCHECK FOR RETURN
:;:LOOP IF NOT RETURN
: ;CLEAR RETURN (THE 15)
::TYPE A LINE FEED
: sRESTORE R3
:;ADJUST THE STACK AND PUT ADDRESS OF THE
i
FIRST ASCII CHARACTER ON IT
; sRETURN

; sSTORAGE FOR ASCII CHAR. TO TYPE

TERMINATOR

| JRESERVE 8 BYTES FOR TTY INPUT

/#U/<15><12>

; sCONTROL "U*

.ASCIZ

/tG/<15><12>

; sCONTROL "G"

$MSWR:

.ASCIZ

<15><12>/SWR = /

$MNEW:

.ASCIZ

.SBTTL

READ AN OCTAL NUMBER FROM THE TTY

$CNTLU:

.ASCIZ

$CNTLG:

NEW
= /

;#THIS ROUTINE WILL READ AN OCTAL (ASCII) NUMBER FROM THE TTY AND
;*CHANGE IT TO BINARY.
;#CALL:
: ;READ AN OCTAL NUMBER

MOV

4(SP),2(sP)

RO, -(5P)

;;LOW ORDER BITS ARE ON TOP OF THE STACK
; sHIGH ORDER BITS ARE IN $HIOCT
: sPROVIDE SPACE FOR THE
INPUT NUMBER

P IPUSH RO ON STACK
;;PUSH R1 ON STACK

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V0S5.03

Friday 28-Mar-86 13:30

Page 72-11

0449

READ AN OCTAL NUMBER FROM THE TTY

21857

143434 010246
143436 104411
143440 012600
143442 005001
143444 005002
143446 112046
143450 001412
143452 006301
143454 006102
143456 006301
143460 006102
143462 006301
143464 006102
143466 042716 177770
143472 062601
143474 000764
143476 005726
143500 010166 000012
143504 010237 143520
143510 012602
143512 012601
143514 012600
143516 000002
143
000000

MOV
ROLIN
MOV
CLR
CLR
24:
MOVB
BEQ
ASL
ROL
ASL
ROL
ASL
ROL
BIC
ADD
BR
34
TST
MOV
MOV
MOV
MOV
MOV
RTI
$HIOCT: .WORD
1%:

.SBTTL

R2,-(SP)
(SP)+,RO
R1
R2
(RO)+,-(SP)
{)
R1
R2
R1
R2
R1
R2
#1C7.(SP)
(SP)+.R1
28
(SP)+
R1,12(SP)
R2. $HIOCT
(SP)+,R2
(5P)+.R1
(SP)+.RO
O

TRAP DECODER

::PUSH R2 ON STACK
::READ AN ASCIZ LINE
::GET ADDRESS OF 1ST CHARACTER
; :CLEAR DATA WORD
: ;PICKUP THIS CHARACTER

::IF ZERO GET OUT
1%

;144
;%8
::STRIP THE ASCII JUNK
::ADD IN THIS DIGIT
; :LOOP
; ;CLEAN TERMINATOR FROM STACK
: :SAVE THE RESULT

::POP STACK INTO R2
::POP STACK INTO R1
::POP STACK INTO RO
: tRETURN
: tHIGH ORDER BITS GO HERE

s ikkkkkkkkkkkkhkkkkdhhkkkkkkdokkkkkkkkokokkkkkkdokkkk
ok kkokkkkkkkkkkk

:#THIS ROUTINE WILL PICKUP THE LOWER BYTE OF THE "TRAP" INSTRUCTION

;#AND USE IT TO INDEX THROUGH THE TRAP TABLE FOR THE STARTING ADDRESS

:#0F THE DESIRED ROUTINE. THEN USING THE ADDRESS OBTAINED IT WILL
143522

010046

143532

111000

143524 016600 000002
143530 005740

uggg: 006300
14
016000 143556
143542 000200

143544 011646

143546 016666 000004 000002

143554

*GO TO THAT ROUTINE.
TRAP: MOV
RO, -(SP)

; ;SAVE RO

MOV
TST

2(5P),RO
-CRO)

MOV
RTS

RO
; ;POSITION FOR INDEXING
$TRPADCRO),RO ; ; INDEX TO TABLE
RO
GO TO ROUTINE

MOVB

(RO).RO

:1GET TRAP ADDRESS
; :BACKUP BY 2

: :GET RIGHT BYTE OF TRAP

{ms IS USE TO HANDLE THE “GETPRI” MACRO

$1rAP2: MOV

MOV

.SBTTL

RTI

(SP),-(SP)

4(sP),2(5P)

TRAP TABLE

: ;MOVE THE PC DOMWN

: ;MOVE THE PSW DOWN

; tRESTORE THE PSW

;#THIS TABLE CONTAINS THE STARTING ADDRESSES OF THE ROUTINES CALLED
:#8Y THE "TRAP* INSTRUCTION.
ROUTINE
:

143556 143544
143560
143562
143564

141626
142206
142162

142410

143572
143574

142222

142704
nisu

143800 14330
143602

143420

{TRPAD: _WORD

$TYPE
$TYPOC
$TYPOS

$TRAP2

;;CALL=TYPE
;;CALL=TYPOC
;;CALL=TYPOS

TRAP+1(104401)
TRAP+.2(104402)
TRAP+3(104403)

;;CALL=TYPDS

TRAP+5(104405)

$TYPON ;;CALL=TYPON

$TYPDS

$GTSWR
$CKSWR

N
$RDOCT

;;CALL=GTSWR
;;CALL=CKSWR

AL O

;;CALL=RDOCT

TTY TYPEOUT ROUTINE
TYPE OCTAL NUMBER (WITH LEADING ZEROS)
TYPE OCTAL NUMBER (NO LEADING ZEROS)

TRAP+4(104404) TYPE OCTAL NUMBER (AS PER LAST CALL)

TRAP+6(104406)
TRAP+7(104407)

TYPE DECIMAL NUMBER (WITH SIGN)

GET SOFT-SWR SETTING
TEST FOR CHANE IN

SOFT-SWR

T i100a1s) Ty TYPEIN SyRIn ROUIDE
*

TRAP+12(104412) READ AN OCTAL NUMBER FROM TTY

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 72-12

SEQ 0450

POWER DOWN AND UP ROUTINES
21858

.SBTTL

143604
143612

143634
143640
143644

012737
012737

017746
010637
012737
000000

143744
000340

035300
143750
143656

000024

000026

R
DOWN ROUTINE
;POME

$PWRDN: MOV

MOV

000024
3

143656
143664
143670
143674

012737
013706
005037
005237

143744
143750
143750
143750

143702

012677

035232

000024

POWER DOWN AND UP ROUTINES

Sttt ttittarnannnnase
st L2 22T LTS EE T2 2222 22 2
S
T YY)

MOV
MOV
MOV
MOV
MOV
MOV
MOV
mvT

R1,-(SP)
::PUSH P ON STACK
R2,-(5P)
::PUSH 12 ON STACK
R3,-(SP)
: ;PUSH R3 ON STACK
R4,-(SP)
::PUSH R4 ON STACK
RS, -(SP)
::PUSH RS ON STACK
@SR, -(SP)
::PUSH @SWR ON STACK
SP, $SAVR6
: ;:SAVE SP
#$PWRUP, @8PURVEC ; ;SET UP VECTOR

;;PUSH RO ON STACK

-2

: sHANG UP

“ttt{;‘;&tfimttttttt.ttt‘ttttttttttl‘t‘tttttt‘tttttt‘t‘t‘tttt

$PWRUP: MOV

MOV

CLR
INC
BNE
MOV
MOV
MOV
MOV
MOV
MOV
MOV
000024
MOV
000026
MOV
TYPE
$PURMG htmx
$ILLUP: HALT

B8R

21860

000001

#3480, 98PWRVEC+2 ;;PRIO:7

RO, -(SP)

1%:

120
105

#$ILLUP, @8PURVEC ;;SET FOR FAST UP

$SAVR6: O
$POMER: .ASCIZ
.EVEN

.END

#$ILLUP, @9PWRVEC

$SAVR6, 5P

;;SET FOR FAST DOWN

:16ET SP

$SAVR6
: ;WAIT LOOP FOR THE TTY
$SAVR6
: sWAIT FOR THE INC
13
::0F WORD
(SP)+,@SWR
: ;POP STACK INTO @SWR
(SP)+,RS
::POP STACK INTO RS
(SP)+,R4
::POP STACK INTO R4
gsp)o.as
:;POP STACK INTO R3
SP)+,R2
::POP STACK INTO R2
(SP)+,R1
::POP STACK INTO R1
(SP)+,RO
: ;POP STACK INTO RO
#$PURDN, 9PWRVEC ; hsn UP THE POWER DOWN VECTOR
#340,
VEC+2 ;;PRIO0:7
;
T THE POMER FAILURE
$POMER
: ;POWER FAIL MESSAGE POINTER
o
<15><12>"POWER"

; sTHE POMER UP SEQUENCE WAS STARTED

:: BEFORE THE POMER DOWN WAS COMPLETE

:;PUT THE SP HERE

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 72-13

SEQ 0451

Symbol table
XT
T

ABORTC
ABORTE

111314

141252
141316

AMADR3=
AMADR4=
AMAMS1=
AMAMS2=
AMAMS3=

AMAMS4=
AMSGAD=
AMSGLG=
AMSGTY=
AMTYP1=

000000
000000
000000
000000
000000

!
§§§§§§§§§§§§§§§§§§§§§§§
-

=
=
=
=
=

040000
100000
000004
000010
000020

000040
000100
000200
000400
001000

DCOUNT
DDISP =
DELAY
DETFPA
DH1

114144
177570
116754
140132
134621

BPTOB
030666
BPTVEC= 000014
BTER
051362
BTEXP
003100
BTGO
051162
BTRES
003110

DH24
DH27
DH4
DH41
DH43
DH47

CHECK
CHECK1

015342
015420

DMAPAR
DMARD

053606

DPAREN

060122

DT115

136314

DT134

136336

000000
000000
000000
000000
000000
000000

BTTST
BTTSTE
BYPARR
CCHPAS
CCR__
=
CCRTBL

A126
BA

025246
002670

BA2

002710

CHECK7

052316

CHEC30

052104

CHEC33

BFACS

052202
052356
052354

BACDAT

105606

BCR
BCSR
BOR

= 177524
= 177520
= 177524

BFAC1

052060

BFA

BFAC3
BFAC4

052130
052154

BFAE
BFB

B8GNTLP 113472
BITO = 000001
BITO0 = 000001

CHECK2

CHEC32

060554

CHEK7
CHK10

CHK?

CMPRTN
COUNT

053612
054050

DH134

135562
135614
135671

135105
135151
134646
135214
135265
135365

DH5
DH65
DH7
DH72
DISPLA
DISPRE

134733
135452
135032
135516
001142
000174

DMATRN

137370

124040
137452

124100

DSWR = 177570
DT1
136026
DT105
136304
DT130
DT14
DT17

0724

D127
D135

136330
136074
136106

136120

136130
136142

066176
003120
= 177766

DT4
DT41
DT43

136034
136154
136164

CRLF = 000200
CSR1
CSR12
002704

DTS
DT50
D751

136046
136212
136224

D764
DT65
D17
DT75
DVDSUB
DVFSUB
D1
D2
03

136250
136262
136062
136272
070236
067244
052726
052740
052742

CSR2

000100
000200
000400
001000
000002
002000
004000
010000
020000

061050

053620
CH10
054036
CKSWR = 104407

BITOS =

=
=
=
=
=
=
=
=
=

015476

054032
057214
057556

BIT06
BITO7
BIT08
B8IT09
B8IT1
BIT10
BIT1l
BIT12
BIT13

051662
051710
106114
003032
177746
111106

CHEC10
CHEC26
CHEC27

BITO1 = 000002
BIT02 = 000004
BITO3 = 000010
BITO4 =

030660

DH105
DH115

124574
125124
140100
140062
140112

APASS = 000000
APRIOR= 000000
APTCSU= 000040
APTENV= 000001
APTSIZ= 000200
APTSPO= 000100

BPTOA

043746
044136

DATBO
DATI
DATVER
DATVFR
DAT1

BNO
BN1

ASWREG=
ATESTN=
AUNIT =
AUSWR =
AVECT1=
AVECT2=

e1aeiian

BITS
BIT6é
BIT7
BIT8
BIT9

=
=
=
=
=

AMTYP2= 000000
AMTYP3= 000000
AMTYP4= 000000

z
=

BITi4
BIT15
BIT2
BIT3
BIT4

CSR22
CURADD
CURDAT
C121A
Cl1218
C121C
DAPABO
DATA
DATA2

= 000015

002706
114170
114162
023262
023302
023322
107350
002674
002714

D147

D152

136200

136236

EEPAS
EMTSAV

EM101

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 72-14

SEQ 0452

Symbol table

EM30
EM31
EM32

130207
130261
130306

EM34
EM3S

130411
130451

EM33

EM36
EM37

EMA

EM40
EM41

EM42
EM43
EM44
EM4S
EM46
EM47
EMS
EMS0
EMS1
EMS2
EMS3
EMS4
EMSS
ggs
7

EM6
EM60
EM61
E’fig
EM6
EM64
EM6S
EM66
EM67
EM7
EM70
EM71
Efl?g
EM7
EM74
EM7S
EM76
EM77

130347

130477
130543

127062

130605
130652

130736
130764
131015
131055
131137
131227
127122
131314

EXBAD2
EXITST
EXPBDT

EXPDAT

EXPIR1
EXPTBL
EXPUDT
EXTFPA

FINNOP

FINL
FIN1O

FIN11
FIN116
FIN117
FIN120
FIN121
FIN122
FIN12S
FIN126

131337
131371
131427
131463
131521

FIN127
FIN13
FIN130
FIN14
FIN1S

127155
131633
131701
131730
132001
132032
132071
132141
200
127220
132235
266
132322
360

FIN2
FIN20O
FIN21
FIN22
FIN23
FIN24
FIN26
FIN27
FIN30
FIN31
FIN32
FIN33
FINA
FINS
FING
FIN7
FLAG
FLO

131555
131601

132435

3?336

FIN16
FIN17

WT
UP

105576
114110

FLOAT
FMPARR

TAG
TLP

115314
114060

FPAOPT
FPVEC =

ERRCNT
ERRFP

003022
140056

FSTADD
FWDSEQ

ERRVEC= 000004
ERTYPE 136356
EXBAD
114124

GPR1TS
GPR2TS
GPR3TS

114172

140060

ERROUT 104558

FPAFLT

FRSTST

GPROTS

115266
114134
111126
114146
034344
105634
111116

GPR4TS
GPRSTS
GPR6TS
GTSWR =
HITMIS=
HMPARR

HOP10

005374
005452
005530
104406
177752
105404

KIPAR4=
KIPARS=
KIPAR6=
KIPAR7=
KIPDRO=
KIPDR1=

KIPDR3= 172306
KIPDR4= 172310
KIPDRS= 172312
KIPDR6= 172314
KIPDR7= 172316
KMCR = 177734
LASTCH 116110
LCOSUB 101102

067506

140172
021252
052444
054114
054220
022742
023056
023200

HOP11
HOP12
HOP13
HOP14
HOP15
HOP16
HOP17
HOP18

070500
071536
072564
073660
075354
075670
076352
100612

024044

HOP20

102650

023574

025206
026246
026706
054434
027576
054604
055022
055212
055424
052544

HOP19

101230

172350
172352
172354
172356
172300
172302

KIPDR2= 172304

LCFSUB

100464

LDPARS

136736

MBCOO

010612

055622
056042
056226
056362
056562
057316
057660
060224
060364
060656
061152
053134
053240
053440
053664
003030
003062
003052
105214
140174
140160

HOP21
103734
HOP22
104376
HOP44
066324
HT
= 000011
ILAOA
030760
ILBOB
030766
ILL
053230
ILLBOA 031054
ILLBOB 031062
ILLOP1 053030
ILLOP2 053124
INITMM 136574
ING22
125446
INTERR 110106
INTRPC 110052
IOTOA
030366
10708
030374
I0TVEC= 000020
IOXXX
033520
JIIFLT 140257
KDPARO= 172360
KDPAR1= 172362
KDPAR2= 172364
KDPAR3= 172366
KDPAR4= 172370
KDPARS= 172372
KDPAR6= 172374
KDPAR7= 172376
KDPDRO= 172320
KDPDR1= 172322
KDPDR2= 172324

LDPDRS 136766
LEDS
123016
LF
= 000012
LKS
= 177546
LKSFL
002722
LKSINT 137062
LOOP
004740
LOOPIN 003154
LOST
052424
LOWADD 003016
LSTADD 114166
LXPSUB 102400
MACCC
016216
MACE
051322
MACO
051212
MACOA
051216
MAC1
051226
MAC2
051242
MAC3
051256
MAC4
051272
MACS
051306
MADCC
016142
MAIREG= 177750
MALCC
016770
MARCC
017050
MASK
003160
MA1l
011010
MASS
011714
MBB11
011106
MBB22
011370
MBCCC
015664

004742
114164
114152
003020
005104
005162

KDPDR4= 172330
KDPDRS= 172332
= 172334
KDPDR7= 172336
KIPARO= 172340
KIPAR1= 172342

MBC11
MBC22
MBIOO
MBPTO
MBSCC
MBT

011166
011456
010532
030614
015736
032724

005316

KIPAR3= 172346

MBTB

032750

005240

KDPDR3= 172326

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mer-86 13:30

Page 72-15

SEQ 0453

Symbol table

MIALLA
MIALLB
MIALLD
MIALLF

033344
033346
033356
033366

MJR77A
MJSI
MJSIA
MJSIB

MIL
MILA

033120
033144

MJSIC
MJSID

MILB
MILD

033146
033156

MJSIF
MJSR

MILLBO
0

031012
030224

MILLOB

030276

MILAO

MILF

MILO

030712

033166

030270

033200

MJSIE

MJSRA

MJSRB
MJSRC
MJSR1

MJSR1A

MJSR18B

MILOA
MILOB
MILOC

033232
033234
033246

MJ
MJSR2A
MJSR2B

MILOE
MILOF

033274
033306

MJSR3A
MJSR38

032270
032272

MJSR4A
MJSR4B

MIOT

MIOTA
MIOTB

g D

033272

032246
032302

MJSR3

MJSR4

MJSRS

032312

MJSRSA

032324

MJSR6

r&T

030322

032370

37
T

MITOF

MJP67A
MJPE7B
MJP77
MJPT7E

MJSR7

032414

MJSR7A

324

MJU1

032416

012720

e fEe

MJP27
MJP27A
MJP37
MJP37A

MJSRSB

013610
013622
013674
013706

013632

013644
013660
01
013716

MJSR7E

MJU1A

RGeS
R BRe e Rt

Q?TO

014776
033400
033432
033434
033446
033472
033474
033506

MLDC2
MLODM2
MLDDM3
MLDDM4
MLODMS
MLDDM6
MLODM7
MLDM27

077644
061240
061342
061476
061616
061722
062016
062120

MRTB
MRTE
MRTF
MRTO
MRTOA
MRTOB
MRTOC
MRTOD

014034
014200
014346
014036
014050
014074
013754
013766
014012
014202

MLFSUB
MLS1
MLS2
MLS3
MLS4
MLS5
MLS6
MLS7
MLXP
MMARK

071274
076550
076662
076774
077124
077240
077370
077510
101230
017554

MRTOF
031706
MRTS
015002
MSB
064216
MSBCC
016416
MSBCCC 016466
MSCD
102650
MSCF
103734
MSDF
075670
MSER = 177744
MSFD
075354

014240

MMODF

072564

MS0B

177572
177574
177576
172516
137552
071536

MSPAU
MSPB
MSPBB
MSPC
MSPD
MSPEO

013716

014214
014116

MLDSUB

072322

MMODD

073660

MMRLS

012452

014130
014154
014350
014362
014406
014264

MMRO
MMR1
MMR2
MMR3
MMU
MMULD

014322
014432
014444
014470
012772
013004

MMUTRP 137724
MMVCC
015550
MMVEC = 000250
MM11
010700
MM22
011246
MNCCCC 016300

014276

012734
012746
012756

013016
013030
013040
013112

MMULF

MNNRM1
MNNRM2
MNNRM3
MNNRM4
MNRM

013124

MODE1
MODE2

MRLB1

013136

=
=
=
=

070500

063406
062226
062506

007640

MSPF

MSPG
MSPH
MSPI
MSPJ
MSPL
MSPM

MSPN
MSPO
MSPP

017500
027576
005732
007724
005756
006006
006044
006106

006150
006206
006312
006432

006556
006624
006730

MSPV

007406

016552
012126
012260
012336
012412
012514

MSPX
MSPY
MSPZ

MSTB3
MSTO

007452
007522
007570
005710
007774
031102

MSTOEE
MST4
MST48

031164
010046
010104

MST58

010176

012200

012672
016632
012650

MRTA"

031546

MRT

MSPAR

073650

047414

MRRB1
MRRCC
MRRO

077760

076352

007026
007134
007222

013150
013200
100612
065376

MSFDI

MSPQ
MSPR
HSPS
MSPT

MRLCC
MRLO
MRL2
MRL3
MRL4
MRLE
MRL7

031674

062660
063022
064360
046034

013064
013076
013152
013164
013204
013216
012770

MRTOE

031550
031560
031570
031602
031632
031634
031646
031672

012552

031524

MSPU

007270
007306

MSPVO

007352

MSTOE

MSTS

031156

010144

COXDAFO XDJ11-B CLUSTER DIAG.

MACRO V05.03

Fridey 28-Mer-86 13:30

Page 72-16
SEQ 0454

= 120001

023126

EEEELEELE

———

il
?J
N
A
oK

NXHPAR
NXMTRP
XX

AY7
AY7A
A7

000100
000200

§58

3Sa2 3y
HOOS

aa (e

gggg

;gs =

]
I

-———ua
St

Sysbol table

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 72-17

SEQ 0455

Symbol table
TE126A
TE1268
TE127
TE127A
TE130
TE130A
TF114
76114

025254
025730
026246
026446
026710
02'1153
02
02;240

TIMEOU
T

114
003000

TSF21
TSF

TIHii6 030414
mua 838‘“4

131
TSF6

TMM16F ggggg:

TSMA

T
TPVEC =
TRAPVE=
TRPFLG

TSMC
TSMMUO
TSMMUL
TSMMU2

ot
S
T
éfi?g

TKVEC

= 000060

13
L
000064

000034
140054

030562
030570

TRTVEC= 000014

TR
TR

TSD31
T
TSFP1

TSFP10

030126

030160
030206
060252
Sgg

TSFPS
TSFP6
TSFP7
TSF10
TSF13
TSF14
TSF15
TSF16

TSF20
TSF2

TSMMU3
TSMMU4

TSMMUS

TSMMUG

TSMMU7
TSMMUS

TSMMU9
TSMM10
TSMM11

TSMM12

TSFP
T
TSFP13
TSFP14
TSFP1S
TSFP16
TSFP17
TSFP2

054434
054606
055024
055214
052446

TSFP22
TSFP%S

056044
30

TSM16C
TSM16D

TSFP2S
TSFP
T
TSFP

056722
057320
052544

TSM9
TSTADD
TSTEND
TSTLOC

TSFP33
TSFP4

060660
052660

114
054270

1SFP2y 033624
T

1SP30 080558
TSFP32 w

TSMM13
TSMM14
TSMM1S
TSMM16
TSMMEA
TSMM6B
TSMMEC
TSMMED

053134
053240
053440
054054
054424
054574
055012
055202
055414
052514
055612
056032

056216
056352
056552
060354
053430
053624
114556

TST26
TST27
TST3
TST30
TST31
TST32
TST33

015056
035152
035236
036436
036736

TST37
1574
TST40
TST41
TST42
TST43
TST44
TST4S
TIST46
TST47
TSTS
TSTS0
TST51
TST52
ISTS3
TST54
ISTS5

043116
043136
043146

037666
040020
042524
043152
043354
044254
044636
045074
045462
046530
047654
050174
040%3

041324
050270

13n168 050316
TSM7

050406
043104
043510
00
116770
162

113410

B 004740
TST10 106126
TST11
TST12

TST13
TST14
TST15S
IST16
TST17
1ST12
TST20
IST21
T1ST22
T1ST23
TST24
TST25

106370
106644

TST34
IST35
TST36

107044
107360
107524
107752
110156
104376
110402
111150
111360
111600
112136
112714

TS14
1815
1516
TS16A
151822
152600
TS26D1
TS26D2
152603
TS26D4
152605
TS2700

047134
050020
051024
051016
046066
057236
057246
057256
057266
057276
057306
057600

116406
116772
117156

TS30D02
TS3003
TS30D4

060164
060174
060204

113056
114172
104542
115314
115466
115734
116254

TS27D1
152702
1S27D3
1S27D4
TS2705
TS30D0
TS30D1

057610
057620
057630
057640
057650
060144
060154

117464
104642
117632
120134
120302

TS30D5
153200
153201
153203
153204

T1ST56
TSTS7

123516
123764

TS7TDA4
TS7FIN

TST60

124136

TYPDS = 104405

TST63

125562

TYPON = 104404

1510
TS10D1

044554
054064

T116
TI2FIN
T122A
71228
T123A
T1238
T123C

1576

TST61
I1ST62

T1ST64
TIST65
1ST66
1ST7

151002
TS10D4
TS11
751101
TS12

120612
120652
120750
121032
121246
105226
121300
121644
122112
122402
122620
123142

105412
124336
125304

125746
126046
126230
105652

054074
054104
044754
054210
045412

153205
TS3300
753301
TS33D2
IS3303
TS3304
1S33D5
TS6DA_
TS6DAT
157
TSTDA1
TS7TDA2

TSOFIN

060214
060576
060606
060626
060636
060646
061072
061102
061112
061122
061132
061142
053410
053420
042774
053634
053644

053654
043150

044252

TYPE = 104401
TYPOC = 104402

TYPOS = 104403
TIOFIN 044636
T11IFIN 045074
T114
021146
022612
045460
023672
024024
024230

024246

COKDAFO KDJ11-B CLUSTER DIAG.

MACRO V05.03

Friday 28-Mar-86 13:30

Page 72-18
SEQ 0456

Symbol table
VQBE2
VAPR1
VAPR2

002716
002700
002720

$0DW10
$0DW11
$0DW12

001310
001312
001314

$ETEND
$FATAL
$FFLG

WLDTRP 140044
XBUF = 177566
XCBIT
016710

$DDW1S
sDDW2
$DDW3

001322
001270
001272

$GDADR
$GDDAT
$GET42

WC
WC2

002672
002712

$0DW13
$DDW14

XCSR = 177564
XME100 017714

$0DW4
$0DWS

001316
001320

001114

001306
001210

$AUTOB

1134

$DOAGN

140450

'
$
s

41376

$DEVM

001254

$OTBL

142614

001126

$ENDCT

140406

001260

$ENULL

140454

$ENDAD

001170

$ENDMG

001262
142156
42634

$ENV
$ENVM
$EOP

$TN
= 000067
$TPB
001152
$TPFLG 001157

$ITEMB

$DOW9
$DEVCT

001122

001245
140774
001154

001256

141360
141366

$MTYP4
$MXCNT
$NULL

001104

SATY
SAT

$BASE

001120
001124
140430

001156
001155

$ICNT

001300
001302

$ATYS

$TIMES
$TKB
$TKS

001304

$DDW6
$0DW7

$DDW8

001200
143376
001231

$GTSWR 142704
$HD
= 000001

017736
000232
141404

$MSGTY
$MSWR
$MTYP1

001274
001276

M%O'é
$AP
SATYC

$FILLC
$FILLS

001324
001202
141624

140440

$HIBTS
$HIOCT

$ILLUP
$INTAG

$LF

SLFLG

000232
143520

143744
001135

001176
141623

$LPADR

001106

140457

$MADR1

001232

001220
001221
140340

$MADR3
$MADR4
$MAIL

$LPERR

$MADR2

001110

001236

001242
001246
001200

$MTYP2
$MTYP3

001235
001241

$NWTST= 000000
$OCNT
142404

$OMODE
$OVER

142406
140752

$PASS

001206

$PWRDN

143604

$PASTM
$POWER

$PWURMG

$PWRUP

000240
143752

143740
143656

$QUES

001174

$RDLIN

143246

$ROCHR

$RDOCT

$MAMS1
$MAMS2
$MAMS3

001230
001234
001240

$SCOPE 140474
$SETUP= 000137
$STUP = 177777

$
$
$

$ERRPC
$ERRTB
$ERTTL

001116
001324
001112

$MBADR
$MFLG
$MNEW

000234
141622
143407

$SVPC = 000232
$SWR = 167400
$SWREG 001222

$ETABL

001220

$MSGLG

001216

$TESTN

. ABS,

$ERROR

g&‘&

$ESCAP

NWIZ“

Errors detected:

000

001
10

140776

001166

$MAMS4

$MSGAD

001244

001214

SRH.I.GL.ABS.OVRg

RW,I,LCL,REL,CON

*++ Agssembler statistics

Work

hio
N.dl: 471

Work

file writes: 403

52
i

Size of work file: 63968 Words
Size of core
:

gZSOPagn)

Operating system: RSX-11M/PLUS (Under 3
AX/VMS)
m time: 00:06:
C
0,COKDAFO/NL:TOC/-SP=0RION. MLB/ML ,COKDAFO.MAC/DS :GBL

$SVLAD

140716

$SWRMK= 000300

001204

001150
143522

143556

$TSTM
$TSTNM

000236
001102

$TYPDS

142410

$TTYIN
$TYPE

$TYPEC

$TYPON

140400
001103
001115

L 5364
Vo
0011

$TRPAD

143420

$RDSZ = 000010
$RTNAD 140452
$SAVR6 143750

001160
001162

$TRAP2 143544
$TRP = 000013

$TYPEX

$EOPCT
$ERFLG
$ERMAX

143371

$TPS
$TRAP

143116

$CMTAG
1%00
$
$
= 200002

$TMPO
$TMP1

001164
001146
001144

$TYPOC

$TYPOS
$UNIT
$UNITM
$USWR
$VECT1
$VECT2

143354

141626

142040
142160

142206

142222

142162
001212
000242

001224
001250
001252

$XOFF = 000023

$XON = 000021
$XTSTR 140514
$$GET4= 000000
$OFILL

L4X

142405

= 000232