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AH-FG68A-MC

September 1986

148 pages

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59MB

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Document:	Micro Fiche Scan Name of device(s) tested: KDJ11-DA Test description: KDJ11-DA CLUSTER DIAG MAINDEC Number or Package Identifier (after SEP 1977): COKDDAO Fiche Document
Order Number:	AH-FG68A-MC
Revision:	000
Pages:	148
Original Filename:	COKDDA0__KDJ11-DA__KDJ11-DA_CLUSTER_DIAG__AH-FG68A-MC__1986_gray.pdf

OCR Text

Micro

Fiche

Scan

Name of device(s)

tested:

KDJ11-DA

Test description:
KDJ11-DA

CLUSTER

MAINDEC Number

DIAG

Package

Identifier

(after

SEP

1977):

COKDDAO

Fiche

Document Part Number:

AH-FG68A-MC

Fiche preparation date

unknown,

using copyright year:

1986

Image

resolution:

8-bit gray levels,
COPYRIGHT

(C)

max.

quality

1986 by dlilgliltlall

for

archiving

o poX

NN NN N NN NI NN PO NN
NP2 papa
K-+ p
bt
pt pn O O O ~ IO LN BN~
O WO®~IVUNE rnoPMN
N OO OO~ IO
U po pnINO-»

0 K PDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

SEQ 0001

Tuesday 07-Jan-86 15:18

.REME
IDENTIFICATION
PRODUCT CODE:

AC-FG67A-MC

PRODUCT NAME:

COKDDAO KDJ11-DA CLUSTER DIAG.

PRODUCT DATE:

JANUARY,1986

MAINTAINER:

DIAGNOSTIC ENGINEERING

R
IO
S ORI o SR Lot S
KL
EE%E&‘m?n ronIRm'r 5%833 %HE?U%AY *wfl'fip% rI 'é' 3333231'.‘0
A0
TiARe QN EGUTPHERT TaAT 2 nor sube YE 88 BERIARIVIDY (%%
AFFILIATE
D COMPANIES.

peeTM

beeus

DELT e

————

COKDEAO KDJ11-DA CLUSTER DIAG. MACRO V05.03 Tuesday 07-Jan-86 15:18 Page 2
Table of contents

s AT
11- 11

{1138
12
11
15-

13- 11

A1 mmmen BLOCK
ON. TAGS
FALBGK.£TABLE

ERROR orme (IhaLe

13- 1138
13- 1438
13- 1516

ERROR
DEFINTTT
mm.gs SAND REGISTER NAMES
AL DATA_SECTION

b 18
13- 1766
15- 1842

Gel VARFORES FIMARE SHITCH REGISTER
- NATIVE REGIS
TEST
BIT ROM mcxsun TEST

135%%
0- 5%33

16
snomsArRlFGfiucRAT BITS
TEST - QUICK'VERTFY DAT AND RORESSING TEST

13- 17

ERE
- 1951
-

22- 2611
- 2681

NITIAL

OMMON TAGS

TEST - i
ELSABIl LT

TEST -

PARITY

DETECT LOGIC AND RAMS

TEST - LTC BIT 7
TEST - 'LKs INTERRUPT PRIORITY

TEST - RESETIING Lks

i §§ g
8. a0

}gg » 5§§5 Hia XCSR BIT 2
163
- RERTAND XCoR3SE

S. 5o
96- 9865

23098
- 240
foo1
23289
33- 3568
S- 3626
3109
S

3775

3912

TEST
TEST

- MAINTENANCE REGISTER TEST
- SERIAL LINE UNIT REGISTERS

1ES]
TEST
IEST
TEST
TEST
TEST
IEST

- RECET AND INTCRRUST ENABLE BITS
- INTERRUPT PRIORITY FOR SLU
- BREAK CONDITION
- OVERRUN CONDITION
- LED'S ON
- DIFFERENT LEVELS OF INTERRUPTS
-ARBTTRATION BT N PURE OUANS INTERRUPTS

GLOBAL

MESSAGE

v.cozrxso ERROR MESSAGE TYPEOUT ROUTINE

4§- 4188

Sfie?é INTERROPT INITIALISE ROUTINE

0050-

4605
4606
460
4607
4608

END OF PASS ROUTINE
SCOPE HANDLER ROUTINE
ROR WANDLER ROUTINE
ABORT ROUTINE FOR LCP/ORTON UFD MODE
AP COMMNICATIONS ROUTIE

Q-

4611
461z
4613
4614

43- 419}
43- 4210

D 4600

50- 4614
50- 4615

ATRN DATO CYCLE THRU Q22BE
DMARD DATI THRU G22BE

BINARYTO-DETAL (ASCII) AND TYPE

CONVERT BINARY 10'DECIMAL AND TYPE ROUTINE
ITY INPUT ROUTINE
READ'AN OCTAL NUMBER FROM THE TTY
1
ER

TRAP
TABLE
POMER DOMWN AND UP ROUTINES
-

SEQ 0002

COXDDAQ KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 3

TABLE OF CONTENTS

1.0

PROGRAM ABSRACT

2.0

PROGRAMMING CONVENTIONS

21
2.2

Program Generation

2.3

Hardware

2.4

Loading and Starting Procedures

2.5

Special Environments

2.6

Program Options

Execution Times

2.8

Error Information.

2.9

Examples

NN N NN N NN

.4
.5
6
7

J11 Code

Native Regnster
Hountenance egnster
KDJ
an
r memory

Line
lock Code
erlal Lsne Unit Code

On ggard LED

Q22BE
C ode
.10 List of Subtests Performed
.11 Program Updates and Modifications

O OO O 00 OG0 00 G0 GO
NN
OO0 ~JOovLn

Requirement

PROGRAM DESCRIPTION
NN

3.0

- Implem?ntation Language

4.0

BIBLIOGRAPHY

5.0

GLOSSARY

APPENDICES

SEQ 0003

EL
.
COXDDAO KDJ11-DA CLUSTER DIAG.
95

o0
S
S5RoRe88e

|.o

v WOV
@~
ISNN~ OOV

PONONONY PONIF=
b bs s b b
o
e
e OO O

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 4

SEQ 0004

1.0

PROGRAM ABSTRACT

This program tests out KDJ11-DA CPU board, inclgdin?_the J11 chip set,
on-board MEMORY, on-board ROM's, serial line unit,
Iine time clocks,
and the Bus Arbitration.
The KDJ11-DA is a PDP-11 CPU that incorporates the J11 chip set as the
heart of the processor. It is a quad height Q22 bus module. It has
512 KB of on-board memorx. The memory has parity detection and is

located on 18 256k x 1 RAM chips. There is a memory CSR to help
determine parity errors.

The KDJ11-DA also has 2 on-board ROM's. They contain the self-test
and the boot codes.
The Serial Line Unit is implemented thru 2 Dlart chips
which provide
the standard console interface to the CPU. It has internal loop back
mode and has a user selectable baud rate of 300 to 38400 baud.
The line time clock functions are implemented using the BEVENT line.
As a program option the Q22BE module is used to test verify the interrupt arbitration of the KDJ11-DA , DMA protocol, and PMG counter.
Further details are exglicitly mentioned

DESCRIPTION section #

3.0

test by test in the DESIGN

MACRO V05.03

2.0

Tuesday 07-Jan-86 15:18

Page S

SEQ 0005

PROGRAMMING CONVENTIONS

Implementation Language
The PDP/11 Assembly Language has been used to write this CPU
diagnostic

2.2

Program Generation

This Diagnostic is developed and assembled on a VAX

usi

the PDP/I1 mode “HCR MAC”
and the *ORION MLE" 1ibraryas
The
go%%ouln :

MAC> NAME,NAME/-SP=0RION.MLB/
,NAME .MAC/DS:GBL
ML

Finall; NAME.0BJ would be transfered to an XXDP+ media from
the VAX by using the "XDT" or "SHARON" utility.

2.3

Hardware Requirements
To run successfully the diagnostic needs:

Pt
P

e s e e B
s s e e e e s s e e e e e
e
b} ot 8 i
©0 QO WAL ~J N~~~
N~~~
OO OV NONONONO I
YT
Y YYws
WM
OW
~JOVNEB WV
OV
-~V S N
OW
IOV NV
O OO~
N
MO

OO -JOUN
L NN S O®~

T
T ee e e
NGNPOPO
N

COKDDAO KDJ11-DA CLUSTER DIAG.

A. KDJ11-DA CPU module

B. console terminal
%n DVT,

and stage one manufacturing (module assembly) the @22

us exerciser is needed to check Q22

2.4

Bus logic.

Loading and Starting Procedures

To start-up this program:

1. Boot XXDP+
2. Tyge “R NAME", where name is the name of the BIN or BIC
file for this program.

The starting address of the Rrogram is 200.
)
Note: if tryuna to restart the program in an arbitrary place
after HALT on Break the following registers should be set up:
17777572=0
to disable memmory management

2.5

Special Environments
The program_is APT compatible. It can also be run under the UFD
monitor.
In those cases none of the standard error printouts.
occur. Refer to corresgonding documents on running procedures in
APT and under UFD monitor.

2.6

Program Options
The Q22 Bus Exerciser
- —

is utilized if it
et

is present

in the

MACRO V05.03

Tuesday 07-Jan-86 15:18

s i ——

OO0 @
0‘02L
N To OV
H

COKDDAO KDJ11-DA CLUSTER DIAG.

stem and the diagnostic is not running

et et et et

SWITCH REGISTER SELECTION:
BIT NUMBER
15
12
13
1
i1

POPONVIND
=
Pt
OOWVOO

8
<

in UFD

ENABLE TEST TRACING
INATSIT TTERATIONS

P0p 0N ERR

R e 8 )

2.7

USE
HALT ON ERROR
LOGP ON PRESENT TEST
INHIBIT ERROR TYPEGUTS

LOOP ON TEST IN SHR<S-0>
INHIBIT THE CHECK PARITY TEST

O
o

SEQ 0006

S¥andard capabilities of looping on tesg and on mode.
error are provided.

CBIT 8)
udbtest

number

parity

test, the dia

tic runs in under

seconds. H?th ?t.'i¥ takes about'zg:?gu{es.u

2.8

to
10

Execution Times

Without check

;

Error Information
In the case of errors, a failing PC and test numbers are given.

00 IO LN

O = &

PN PPN
A A A A POPONINLNAFONANL
AT A AT A AT e
ittt Al

Page 5-1

SO D ~JON U
RO

mgPP A

norROMPMNMNPOMNOMNOMN

AN b=

Where it is gossible. expected and received data are given.
For an example, see section 2.9 .

2.9

Examples
After booting XXDP+ and starting the program, the following
will appear on the terminal:

* KDJ11-DA CPU DIAGNOSTIC - COKDDAOQ #

SWR = XXXXXX

NEW =

where XXXXXX correspond tc present software switch register

Ri%:#nafl£U" an operator can do one of the follgnin?:

%; type
in a new software switch register setting
carrige
return or
2 Just type in carriage return
register will remain unchanged.

followed

:
)
in which case the software

Example of error printout:

ERROR DCING Q22BE INTERRUPTS

COKDDAO KDJ11-DA CLUSTER DIAG.

i
44
45

MACRO V05.03

Tuesday 07-Jan-86 15:18

TEST

#
21

Page S5-2

ERROR

PC
105620

SEQ 0007
ADDRESS ADDRESS

<21-16> <15-0>
66600
000000
Note: this may not correspond to the actual Program Counter.

———

——

MACRO V05.03

WSS A LS LS DS DS LS DS LS HS LS LS LSS LRSS

NTLETLNY

D00 GO0 0000000000 ~J~J~J~~~J~J ~ ~N~JONOON
OWR~NOVNIH
NN
OO~V S IO OO
~JNHE UM

OO0 ~JIOVUT S

o
T
AR
AR
4-

3.0

Tuesday 07-Jan-86 15:18

Page 6

FROGRAM DESCRIPTION

3.1

J11 CODE

This portion of the code tests out the J11 chip set. It is broken
into 3 pieces: CPU tests, which verify different instructions in
different modes and different trap conditions; MMU tests, which
verify different functions of MMU; and FFP tests, which do
different floating point instructions.
This portion of the code_have been writter in close relationship
with the J11 microcode. Therefore, even though not all ossible
instructions in all possible addressing mode have been tested, an
attempt has been made to exercise all of the microcode.

Most of the CPU diagnostic tests have been taken from the KDJ11-B
Cluster diagnostic and has not been rewritten due to similarities.

3.2

NATIVE REGISTER

TEST - NATIVE REGISTER

NATIVE REGISTER TEST
This test checks out the native register’'s existance and it's

various bits.

GNTST
Set up timeout vector PC to TIMOUT
Set ug timeout vector PSW to 7
Read the Native register
Check out the bootstrap switch as read only
Check out the module functional revision as read only
Check out that the self-test enable bit works
C?§$k out he indicators (i.e LEDS)
TIMOUT: Clean stack
)
:
Error NATIVE register timed out

SEQ 0008

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 7

SEQ 0009

3.3

MAINTENANCE REGISTER

ssss5sss

301

O
ORI

el
el el o Sy U

NN
NI
I NI W

TEST

- MAINTENANCE REGISTER TEST

MAINTENANCE REGISTER TEST
THIS_TEST WILL ADDRESS HAINTENANCE REGI STER A ND CHECK BITS
7-4 T0 BE 0010, 2-1 TO BE_10,
AND READ BITS 10-0
00

FOR_FUTURE USE. THOSE BITS fiEPRESENT THE F LLOHING SIGNALS

MULTIPROCESSOR SLAVE, UNIBUS SYSTEM, FPA AVA ILABLE, HALT/TRAP
ggaTINE
AND AC POWER OKAY

IF HAINTRE% BITS <7-4> NE 0010 OR <2-1> NE 10 THEN
.

ENDIF
READ MAINT.REG. BITS <10-08,03,00>
ENDROUTINE

MACRO V05.03

Tuesday 07-Jan-86 15:18

g
37
37

E NN

O OO ~JONUNE

OO0 ~JOVN B

IND = OO ~NoNNnyS IO VRIS INLF-= OO W~V

B INL—

N N N N N N
SRRAINENR mew
oo
iotn
EREERRRE NN
NNN
NN IRTOROROIOROTORORS
n

COKDDAO KDJ11-DA CLUSTER DIAG.

=IO

3.4

Page 8

SEQ 0010

KDJ11-DA ON BOARD MEMORY

The KDJ11-DA has on board memory of 512 Kbytes - block mode, with

parity, fixed start at 0.

The KDJ11-DA board uses 256K x 1 chips which allows us to use two
patterns per RAM only.
Qur menors dua?nostnc starts with test:ng the g
a path usun? this
attern
177400, 170360, 007417, 052525, 125252.
The 2nd

es |schecklng the accessnbnlnty f each address and an error will
nenorx

raps.

The third test is to check

the memory
HRecuf‘nc
to the KDJ1i- DA Fourth. is the short and stuck onregisters
bifs test

ich will test ever nng e bit 0/1 for all addresses. The KNAIZUK
HARTMANN al orithm whic
|v1des the memory into sectuons of three is
used in tes f:ve as a quick verify of all stuck
at faults in the data
and addressung
est six checks the parity detect log:c of all memory
locations on the
K
A.
You can refer to thus section for more details.

TEST - KDJ11-DA DATA PATHS

DATA PATH TEST
This test checks out the data and address paths on the KDJ11-D
Board. The patterns used will be:

052525
125252

GNTST

Set Timeout trap to TIMOUT
e tnmeout priority to 7
ead oca ion 0

OR pattern := first to last
Hrnte pattern

ea
gattern
a tern read <> Pattern Written THEN

TEST - MEMORY ACCESSABILITY

ACCESSIBILITY TEST
This test will check the accessibility of each address of memory
on the KDJ11-D Board. IF a memcry address traps out then an error
——

—

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 8-1

SEQ 0011
7
70

381
ggi

384
85
9

388

will be flagged. A side effect of this test should be that all memory
is cleared

BGNTST
Set timeout trap to TIHOUT
Set timeout priori
7

Por HeB Addrese - 500000 to 1777777 DO
Contents of address := 0

Go to the next test
TIMOUT:

E?ror Address should not have timed out

TEST - MEMORY ERROR REGISTER

9
g

MEMORY ERROR REGISTER

93
430

This test will check the MEMORY ERROR REGISTER on the KDJ11-D
Board.

40%
28
404

GNEEI t t VECT PC t TIHOUT
Setup timeout VE 8& |ty to

b&.&&bbb&bh&&&bbg

B e

NN
NN T PONO PO TOPONONO N 2 s o s et et s et ot
B UM
O WO IOV B IND - OV
IOV B NN
O

timeou

Setup Parity abort VECT to PARINT
B:tup Parnty abort VECTOR Priority to 7
a bus reset

Read the Memory Error Reguster (17772100)

Make sure that the register bits are in the right state

Check all R/W bits
NDTST

TEST - DATA SHORTS AND STUCK AT BITS

DATA SHORTS AND STUCK AT BITS TEST
This test will check the DATA Rams for Data shorts and stuck at bits.
Testing occurs as below:
BN

285

. m
A en?rx location is checked to be set to 0
error

The location is complemented
. IF contents NOT 1 error
This is repeated or all addresses
Steps 1-5 are done from location 1777777 to 0

Note: The KDJ11-DA board uses 256k X 1 chips,This allows us to

use only 2 patterns per RAM. IF one bits is shorted to

another we will detect this when we read for the initial state.
If it has changed from the expected state then chances are that
the bits are shorted together.
A side effect of this test should be that memory is cleared.
P

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 8-2

GNTST

FOR MSB_Address := 0 to 1777776 DO BY 2

Clear Address
Contents <> 0 THEN
in

memory

Complement themeontents of Address

F contents <> -1 THEN
OR in memory
ENDFOR

FOR MSB_Address := 1777776 DOWNTO 0 DO BY 2

IF contents <> -1 THEN

OR in nens
anp ement the Contents of Address
contents <> 0 THEN

RROR in memory

NDTST

TEST - QUICK VERIFY DATA AND ADRESSING TEST

UNIQUE ADDRESSING TEST
This test will check the da

It uses the KNAIZUK HARTHANN OU Kaddress
VERIFY n
TH TESTe memories.
ALGORITHH

his a gornthn will test memory for all stuck at faults in the
data and addressing
M
lit
emorx':?zsp
i uginto o0, _sections
se¢ f o of 3.

Testing works as follous

WRNOY

b oE R
R
&B
SIS
NN SEEEEEEESES
T e VS S S S S 3
NN
O WO I
BN
O WOOJOVNHWN—-O B
0o~NOUITEGINF O W00 ~ IOV UNTE N

O\ D G ~ N

Shon »
NN NN

COKDDAO KDJ11-DA CLUSTER DIAG.

. Write a 0 into the 2nd and 3rd uddre f of all groups
write a -1 into the 1st address of a
groups
make sure that the 2nd address of all groups contain 0
rite a -1 into the_2nd address of
all groups
X Hoke sure that the 3rd address o all groups contain 0
Hok: surelthat the 1st and 2nd address of all groups
contain

Write a 0 into the 1st address of all
groups
. Make sure that the 1st address of al groups contain 0
.
Write a -1 into the_3rd address ?
groups
‘ Hake sure that the 3rd address of al groups contain -1

TEST - CHECK PARITY DETECT LOGIC AND RAMS

CHECK PARITY DETECT LOGIC
This test will check out the perut¥
detectnon logic on the KDJ11-DA
board. We will write arong parit y oa 1 locations and then we will
Expect the a parity trap on a read

SEQ 0012

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 8-3

SEQ 0013

GNTST
Set up Parity Vector (114) To PARINT

EnableWrite Bad parity (Set bit 2 in MER (17772100))
Clear all of memory

Read first location urntten to
Parity Abort Occurs
Error There shou d be
ng Parity Aborts_whe Q di sabled
Enable Parity Error
it 0 in MER (17772 00)

FggINurst Address to Last address D0

READ Address
NOP
IF No Interrupt THEN

Clear the interrupt flag
Read the MER and make sure the obtained address is the correct one
PAR}I
¢g that an interrupt occured

NDTST

3.5

QO ~SOVUN 3 NINL = O O O ~JOMNE GIND > OO GO ~ I

NN = OO ~NOVUN
B LIN— OO ®

Error D:dn't Detect Bad parity

ON-BOARD ROM CODE

The KDJ11-DA Native Firmware resudes inag2- 16Kx8 EPROM's which
are phuslcally located on the KDJ11 DA module. The Firmware has
a monitor to ucceg user commands ? sequence boot, console

boot, power up self tests. extendeg self tests invoked via user
|ntervent|on.
rt a text o basoc error messages in all

supported eleven foreign languages including extended error
messages in English.
In this test we perform a sum

resides at address 17400000
-

TEST

- 16 BIT ROM CHECKSUM TEST

ROM'S CHECKSUMS

16 BIT ROM TEST

GNTST
INIT MMU REGI STER S
POINT PAGE 2 TO S E F TEST
ENABLE SELF TEST ES T B iT

1585590

r the on Board ROM's which

——

sen

N
Y

» el

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 8-4

UNTIL ALL WORDS ADDED

CALCULATION

GATE

THE SUM OF WORDS

¥$ NEG. SUM < > EXP2C?ED CHECKSUM

ERROR

NDTST

3.6

LINE TIME CLOCKS CODE

The line time clock control and status register ias accessed at
address 17777546, The EVENT
interrupt thru vector 100 on interrupt
request level 6 is received from the Q-bus signal BEVENT.

Note:

—~—d - ~

V18BN O W@~V WO%@

“-WUT

COKDDAO KDJ11-DA CLUSTER DIAG.

in UFD mode only functions corresponding to Boot Rom selection

are checked.

In this

TEST - LTC BIT 7

%
4

9
8
9
91
95
9

we start with test#l: existence of the clock,
test#2: ?nterrupt pr?ority
max 5, test#3: resetting LKS.
diagnostic

LTC BIT 7 TEST

This test check for the existance
of the LTC register and it

makes sure that the clock is ticking.

BGNTST

Set up timeout vector PC to TIMOUT
Set ug tll?BUt vector PSW to 7
Read the
LTC CSR
IF nat timed OUT THEN
: FOR a set amount of time
heck ?ut?

1F BIT? is set THEN

S%ncrement BIT7 set flag

INCREMENT BIT7 Clear Flag

600
281

: ENDFOR
: IF either flae hes not been set at all THEN
:
Error Clock
i3 not ticking
ENDTST

69
ggg

TIMOUT: Clean stack
Error LTC register timed out

SEQ 0014

MACRO V0S.03

Tuesday 07-Jan-86 15:18

TEST

- LKS INTERRUPT PRIORITY

CHECK THAT LK

Page 8-5

SEQ 0015

INTERRUPTE HAPPEN AT PRIORITY 5 CLEARING LKS<07>

AND DON'T HAPPEN AT PRIORITY 6.
ROUTINE TEST
IF UFD AND LK? IS DISABLED THEN
EXIT TEST

ENDIF

SET PRIORITY TO S
CLEAR INTERRUPT_FLA G
L ET LKS<06>=#1 (E??BLE INTERRUPTS
FOR
SET COUNTER TO W
0 3 INT_RRUPTS
REPEAT
P
REMENT
COUNTER

UNTIL IN?ESRUP?_FLEE EQ #3 OR COUNTER EQ #0

CLEAR LKS<05>
IF LKS<07> 53 #1 THEN
.
ERROR
(WAS NOT CLEARED ON INTERRUPT)
ENDIF
IF COUNTER LT TIME
REQUIRED FOR_3 INTERRUPTS_FOR_800HZ

— ERRbR (%R%ERRUS%S NEVERTMGO LOW)

ENDI
IF INTERRUPT F%AG LT #3 THEN

ERROR

(INTERRUPTS DON'T HAPPEN)

ENDIF
CLEAR_INTERUPT FLAG

WAIT FOR_LKS<7>=1

LET LKS<7>=0
IF LKS<7> NE #0 THEN

ERROR#?LKS<7> NOT CLEARED

ENDIF
SET PRIORITY T0 6
gET COgNEER TO 1 SLOW CLOCK INTERRUPT
T LKS<06>

REPEAT

.
DECREMENT SOUNTER
UNTIL gg T%R Eg #0 OR INTERRUPT_FLAG NE #0
IF INT
FLAG_NE #0 THEN

NDIF

ERROR (INTERRUPT WAS AT WRONG PRIORITY)

N
RESTORE ORIGINAL PRIORITY
ENDROUTINE

-~J

ROUTINE LINE CLO CK_INTERUPT
.
INCREMEN T INTERRUPT_FLAG
INT
ENDROUTINE

TEST

ROF+ OO

NN
NN NNNNNNANNNNNNTNON
AN NS SN
N oo O‘O‘&O‘O\O\O\O\
PO POPOMON
=
e
>W
NN OOV
I
NN
O W
IO N B NN O OO~
SKN
O DI
N BN+
Do

COKDDAO KDJ11-DA CLUSTER DIAG.

RESETTING LKS(*S
THIS TEST WILL PROVE THAT RESET INSTRUCTION CLEARS LKS<06>.
ROUTINE TEST
IF UFD AND LKS IS DISABLED THEN

- RESETTING LKS

{

nNo
v

COKDDAO KDJ11-DA CLUSTER DIAG.

663
664
665
669
66
663
69
670

MACRO V05.03

L
ENDIF
.

Tuesday 07-Jan-86 15:18

Page 8-6

SEQ 0016

EXIT TEST
POINT LKS VECTOR 100 TO ERROR LKS ILLEGAL INTERRUPT
SYNCHRONIZE LKS BY WAITING FOR 3 PUL
LET LKS«< 06>=0%
EXECUTE "RESET"
IF LKS<6> NE #0 THEN
ERROR

ENDIF

67
67
674

IF TLLEGAL LINE_CLOCK_INTERRUPT NE O THEN
ERROR
ENDIF

2;5

ENDROUTINE

679

ROUTINE ERRORLKS ILLEGAL _INTERRUPT

678
679
680

G ILLEGAL _LINE_CLOCK_INTERRUPT

RETURN

i
g
88
687

3.7

290

The
Kggil
-da board has two
Ser{al L'357”"'§ that havetto be tegged

69%

SERIAL LINE UNIT CODE

S0 ot egaecassory9%7?60 thry17777566, They Considered the console
roceesor

addresses by the 9

694

enters u

SLUL i

General

s oddressed at 1 776500 thru 17776506 and

ggg

on breake option.

697

utilizing tg maintenance mode o the chi

In thls di

693

9
00
701
;8

commun icates over

se Serial I/0 and

does not have the halt

stic we verify the functnonalutI of the SLU chip_

1 serial line unit

tests interrupt level. loop ac capabn ! { and transmitter
Eenver
its registers, areRBfir n
SLUO and SLUl except the
BREAK CONDITION and the OVER
CONDITION tested on SLUL only, because
SLUO is used as the console .

i
;8?

TEST

703
70
710
711
71§

SERIAL LINE UNIT TEST(=x
BCR<2-0> WILL BE READ TO FIND OUT BAUD RATE. SLU WILL BE PROGRAMMED TO CHECK THE INTERRUPT LEVELS BY SETTING BIT<06> IN
RCSR AND XMIT. LOOP BACK CAPABILITIES WILL BE TESTED BY SETTING
70 1 XCSR<02>. _ THE LINT CLOCK INTERRUPT SUBROUTINE WILL BE

714

PROGRAM
HANGS IN THE LOOP BACK MODE.

717
718

)
ENDIF

711

715
116

719

the

- SERIAL LINE UNIT REGISTERS

USED TO RETURN TO THE EXECUTION OF THE DIAGNOSTICS, IF THE

ROUTINE TEST
IF UFD AND CONSOLE NOT PRESENT
.

GO TO TEST_22

IF BCR<07> EQ #0 THEN
-

—

COXDDAO KDJ11-DA CLUSTER DIAG.

MACRC V05.03

IO -

READ BCR<2-0> TO GET BAUD RATE

LET 4=ADDRESS OF uneow

oo FOR ncsn XCSRIR

ROUTINE

EAD XRcsnxcsn BUF ,XBUF

IF TIMEOUT 'FLAG NE #0 THEN

e
~N~d=~J-J N

H oo

~~J=~d=J g~ ~d~d~d=J ~—d~d-J ~ =i~ ~d~d=d~d~J
st
D LT

Page 8-7

SEQ 0017

720

Fr
D e »H B I NN ANNPONON!
NONONOND MM
O WO~V
S WLIN-= O W~ovun S0 — SOOIV
B IR OW®-J
~~NON [Ty

Tuesday 07-Jan-86 15:18

:
:
ENDDO
ENDROUTINE

ENDIF

ERROR

ROUTINE TIMEQUT
:
LET TIMEOUT_FLAG=#1
ENDROUTINE

TEST

- XCSR BIT 7

CHECK THAT XCSR<07> CAN BE O AND 1.
XCSR

<07

TRANSMITTER READY

ROUTINE TEST
.
WAIT FOR XCSR<07>=#1 NO MORE THAN 200MSEC
IF XCSR<Q7> NE #1 THEN
I
ERROR

LET_XBUF =#NULL

WAIT FOR XCSR<07>=#1
LET XBUF=#NULL
IF XCSR<07> NE
O THEN

ENOIF

ERROR (READY DIDN'T GO LOW)

ENDROUTINE

TEST

- RCSR BIT 7 AND XCSR BIT 2

CHECK THAT RCSR<07> CAN BE O AND 1 AND THAT XCSR<02> WORKS PROPERLY.
RCSR

RCSR

<07>

<«02>

RECEIVER DONE

MAINTENANCE

—

ROUTINE TEST
.(CHECK RCSR<07> AND XCSR<07>)
;
WAIT FOR XCSR<Q7>=
LET XCSR<02>=#1 (LO P BACK MODE)
LET XBUF =#125
WAIT FOR RCSR<07>=#1 NO MORE THAN 200MSEC
IF RCSR<O7> NE #1 THEN
ERROR (R R;07> DOES NOT BECOME 1 OR XCSR<02>DOES NOT

ENDIF
IF RBUF NE #125 THEN
ERROR

ety

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 8-8

SEQ 0018
ENDIF

IF RCSR<Q7> NE #0 THEN
X
ERROR (RCSR<07>DOES NOT GO LOW)
ENDIF
LET XCSR<02>=#0
ENDROUITNE

TEST

- RESET AND XCSR<2!0>

CHu$K
THAT RESET CLEARS XCSR<0!2>.

?cnecx
RCSR<07>
AND XCSR<07> AND RESET)
LET XCSR<02, 00>=#1 (LGOP BACK MODE)
EXECUTE "RESET"

IF xcsn<os-oo> NE #0 THEN

ENDIF
LET XCSR<02>=#0
ENDROUTINE

TEST

- RESET AND INTERRUPT ENABLE BITS

CHECK THAT INTERRUPTS DON’'T HAPPEN AT PRIORITY 4 AND THAT RESET

CLEARS XCSR<06> AND RCSR<06>.

00 Oo Co Co Co GO 0o GO 0oQo QOO Qo 000
Pt b
s s s e s s s (O

ROUTINE TEST
.

TRASHETIER INickRup! EhabLE

LET 6480
LET X

g SF-ILLGAL _INTERRUPT _XRCSR

?
3
02)-01

EGAL_INTERRUPT_XRCSR

LOOPBACK

LET X SR<06>=01
BLE TRANSH T_INTERRUPTS)
LET_RCSR >=0$
NAB E R CEIVE INTERRUPTS)
WAIT OR XCSR< 7>-#1
TR NSMIT)

E XBUF =#NUL

%CU?%R"%E%E$AL
IN ERRUPTS ABOUT 200MSEC)
EX

IF XCSR<88§OEE #0 OR RCSR<06> NE #0 OR XRCSR NE #0 THEN

ENDIF
RESTORE PRIORITY TO NORMAL
ENDROUTINE
ROUTINE ILLEGAL INTERRUPT_XRCSR

INCREMERT XRCSR

————

ENDROUTINE

TEST

- INTERRUPT PRIORITY FOR SLU

-—

| G2

COKDDAO KDJ11-DA CLUSTER DIAG.

834
ggs

339
gs

3
840
841

MACRO V05.03

5
849

VNP

OW\IOM%W\”‘O

848
849

867

Page 8-9

CHECK THAT INTERRUPTS HAPPEN AT PRIORITY 3 AND THAT THEY CLEAR
RCSR<06> AND XCSR<06>.
:

ROUTINE
TEST
.
LET 60=#ADDRESS_OF _LEGAL_RINTERRUPT

LET 64=#ADDRESS_OF
_LEGAL _XINTERRUPT
LET XCSR<02>=#1
SET PRIORITY TO #3

g:i
324

Tuesday 07-Jan-86 15:18

WAIT FOR
XINTERRUPT=#3
IF XCSR<07> EQ #1 THEN
:
ERRO

ENDIF
WAIT FOR
RINTERRUPT=#3
IF RCSR<Q7> EQ #0 THEN
p
ERROR
ENDI F
:
LET ACSR<02>=40
)
SET PRIORITY TO NORMAL
ENDROUTINE
ROUTINE LEGAL XINTERRUPT

" LET_XBUF =#CHARACTER

:
INCREMENT XINTERRUPT
ENDROUTINE
ROUTINE LEGAL RINTERRUPT

:
READ RCSR
;
INCREMENT RINTERRUPT
- ENDROUTINE

TEST

- BREAK CONDITION

§§3

SLU #1 IS TESTED SINCE SLU #0 IS BEING USED AS THE CONSOLE

872

CHECK THAT SENDING BREAK CAUSES FRAMING ERROR.

87§
87

RCSR

g;g

3;9

®
O

878
879
880
881
88%
88
884
835
836
837
838
889
0

<15
<13

ERROR
FRAMING ERROR

<00>

TRANSMIT BREAK

<1D

XCSR

RECEIVED BREAK

ROUTINE TEST
)
LET XCSR<02>=#1
LET XCSR<00>=#1
WAIT FOR RCSR<07>=#1
IF RBUF<15!13!%%) NE #1 THEN
ERROR
(ERROR, FRAMING ERROR, RECEIVE BREAK NE 1)
ENDIF
LET XCSR<Q0>=#0
IF XCSR<Q0> NE #0 THEN
5
ERROR (XCSR<00> DOES NOT GO LOW)
ENDIF
WAIT FOR XCSR<07>=#1

LET XBUF=#NULL (SEND NULL CHARACTER TO SEE ERROR CLEARED)

SEQ 0019

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 8-10
SEQ 0020

891
aqg
89

394
95
699
39

;
)
E
.
.

898

339
0

ggé
90
904

905

WAIT FOR RCSR<Q7>=#1
IF RBUF<15'13'11> NE #0 THEN
ERROR
ENDIF
LET XCSR<00>=#1
EXECUTE "RESET"
IF XCSR<00> NE #0 THEN
.
ERROR
ENDIF
LET XCSR<02>=#0

ENDROUTINE

TEST

- OVERRUN CONDITION

':.982‘

CHECK OVERRUN CONDITION

323

RCSR

SLU #1 IS TESTED SINCE SLU #0 IS BEING USED AS THE CONSOLE

91
914
3%5

ROUTINE TEST
LET X sa<oa>=o1 (LOOPBACK MODE)
HAIT on xc
=8

919

<14>

OVERRUN ERROR

um roa x s <o7>-

313

umxgg
é%
END THE 2ND W/0 READING THE 1ST CHARACTER)

3?1)

g;%u uesrBAUD RATE TO GET 2ND CHARACTER

32;
924
3 2

pi
ensoa
(18Tcumgen
WASN' T OVERRUN)
IFfisun%a64» NE #1
ROR (NO ovmuu BIT SET)

927
928
929
930

HAIT roa XCSR<07>=#1
LET xg =SNULL
WAIT
acsn<07>=o1
IF Raung 6"
THEN

335

933

933
935
936

peion

R (HASN'T CLEARED ON THE NEXT CHARACTER RECEIVED)

LET XCSR<02>=#0

ENDROUTINE

3 7

339

940
941
94
94
943

945
946
947

3.8 LED'S TEST CODE
This test will determine that the LED's situated on the CPU board
- ——

——

MACRO V05.03

b8 S S S

COKDDAO KDJ11-DA CLUSTER DIAG.

Tuesday 07-Jan-86 15:18

Page 8-11

SEQ 0021

work correctly. This is done by sending a delayed turn on and off
to the LED's so we can see their rotational pattern.

TEST

- LED'S ON

LED'S_ON
THIS TEST WILL INITIALIZE BDR TO CONTAIN A ROTATING PATTERN
DISPLAYED IN LED'S.
ROUTINE TEST
.
WHILE A KEY NOT RECEIVED FROM KEYBOARD DO
3TALL ALLOWING TIME TO SEE PATTERN
OTATE LEFT TO LIGHT UP NEXT LED'S

ENDDO

ENDROUTINE

——

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 9

SEQ 0022

3.9

Q22BE CODE

The Q22 Bus Exerciser is a hardware option module that can work in
conjunction with the CPU to test different levels of interrupt,
arbitration between PIRQ's, and PMG counter of the KDJ11-DA, Direct
Memory Access protocol.

More details about every test could be found in this section.

TEST

- DIFFERENT LEVELS OF INTERRUPTS

O WO

NN S UIN

O WO ~JOUNT B WD

CH=CK DIFFERENT LEVELS OF INTERRUPTS.
ROUTI E TEST
SET VECTOR TO INTERRUPT DMA
FOR INTERRHETS FROM 4 TO 700
LE_INTERRUPT
SF PR ORI Y=INTERUPT
IF INT EUPERFLAG SET THEN

SET PRIORI%Y*INT&RRUPT-

INTERESPTFLAG NOTSET THEN
‘
N
X
ENDDO
ENDROUTINE

EN?IF
LET INTERRUPT_DMA=0

ROUTINE INTERUPT DMA

RETURN
ENDROUTINE

TEST

NTERRUPT_FLAG=1

- ARBITRATION BETWEEN PIRQ‘'S AND INTERRUPTS

CHECK PRIORITY ORDER BETWEEN PIRQ'S AND INTERRUPTS.
ROUTINE TEST
F UFD THEN

ENDIF

EXIT TEST

Do FOR Isggog
#6 DOWN TO #3

ENABLEINTERRUgT%Iol) AND PIRQ(I'%)

ENDIF

s e e

~NOUNE NN

ENDIF
ENABLE

s ps ot

b et e e o

s e

s o o

d e et

b o

D |

s pa

e S SO DS 838283838888

DIFFERENT LEVELS OF INTERRUPTS
THIS TEST H%L _PROGRAM ?HE
BUS ?E TO INTERRUPT AT DIFFERENT
LEVELS.
ARBITRATION BETWEEN
LEVELS OF INTERRUPTS AND
PIRQ'S WILL BE TESTED.

IF INTERRUPT&LI) WAS BEFORE PIRQ(I+1) THEN

——

—

~~J=J

Pt et et e

OOV ~JIOVUTE

B et et et et pB

s et

> ae

~JOVUN DNN

et i

et et

s et s pd

| ot ol S

S[&K SIEEEKKKFFRIRv
T e v
ooooom
22RRREROaOOOOOOO
NN
NN I S0

OO~NONB Lo WO ~JNUN
D NN =OO0

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 9-1

:
ENDDO
ENDROUTINE

3.10

LIST OF SUBTESTS PERFORMED

The following

list represents the sequential order of subtests

performed ingCOKDDAO.?... subtests ug?ch are subject to the APT

qualifications of section 3.2 are indicated by a Cache-APT label.

TEST NO.

TEST NAME/FUNCTION

test 1

Base instruction set tests
KDJII-BA 8n Board Memory
KDJ11-DA Data Path
Memory accessability
Memory Error Register
;
Data shport and stuck at bits_

test 32
test 33
test 34
test 35
test 36
test 37
test 38

test 39

test 40
test 41
test 42
test 43
test 44
test 45
test 46
test 47
test 48
test 49
test 50
test 51
test 52
test 53
test 54
test 55

ick verify Data and A¢dress|na
heck Paruty detect Logic and RAM's

Native eauster
On Board_ROM code
LTC bit 7
S
KS |ngerrufit Priority
esetting L

Maintenance Register
rial LIne Unit Register
XCSR bit 7
Z
:
RCSR bit 7 end XCSR bit 2
Reset and XCSR<2!0>
.
Reset and interrupt enable bit
Interrupt priority for SLU
Break Condition
Overrun Condition
ED's On
3
ifferent Levels of interrupt
Arbitration between PIRQ's and interrupts

SEG 0023

-2

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

.L§;s

Tuesday 07-Jan-86 15:18

3.11

i 79

SEQ 0024

PROGRAM UPDATES AND MODIFICATIONS

Version COKDDAO

4.0

Page 10

10-1-85

Michael Charchaflian

BIBLIOGRAPHY
N/A

5.0

GLOSSARY
N/A

Para——

APPENDICES

—

—s
Lo
RN
Te )

67400
0300

———

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 11

SEQ 0025

$SWR=167400
$SWRMK =300

TITLE COKD?AO
KDJ11 DA CLUSTER DIAG

;*COPYRIGH

:#DIGITAL EQUI HENT gRRP
tHAYNARD ASS. 017
tPROGRAH BY DIAG. ENG.
tTHIS PRO?%AH WAS ASSEMBLED UgING THE PDP-11 MAINDEC SYSMAC
thCKAGE
AINDEC-11-DZQAC-C8),
OCT, 1982.
000001

N=1
§8TTL

OPERATIONAL SWITCH SETTINGS

SWITCH

HALT

‘%

ERR R TYPEQUTS
NHIgIT110
AYI

Ii*

1§«

1%
'SBTTL

ME av MANAGEMENT
.8 131 VECTOR ADDRESS

MMVEC= gso

177572

§R0=

SR1=

EX EN

EXT N%
VE
DEFINI s

;%USER 6 SAGE
DESCRIPTOR REGISTORS

S
A A A S Y
SIsIsSISISNISISNIS

e o oy S

5
P600P§NON £R§
R
? ? N_SWR<5:0>

17574

UIPARO= 177640

ol o

;Rnon
N

sags
77276
SR3=
72516
:%USER “I" PAGE DESCRIPTOR REGISTERS
UIPDRO= 177600
UIPDRi= 177602
ul R§= 77604
UIPDR3= 177606
UIPDR4= 17761
UIPDRS= 177612
g%g gg=
177614

33P R1= 1776 2

USE

#KT11 S Argg REGISTER ADDRESSES

B
sdadedad

SP LSy Sy WP S S

Sy WP

i M M M
M
M A
SIS

ISTTRery ZSvIssss N
333T
E FEeEdiNS TERSRERS

WP
-~
O ~J
wn
—_——d

000250

1119

UDPDRO= 1776

P Rg- 177624
UDPDR3= 177626
1776
UDPDR7= 177636

; *USER "I" PAGE ADDRESS REGISTERS

UIPAR1= 177642
UIPARZ= 177644
UIPAR3= 177646

ATA RAH TEST

TEST

N2
[

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 11-1

MEMORY MANAGEMENT DEFINITIONS

002
athinc

1776
1776
1776
1776

UIPAR4= 177650
UIPARS= 177652
UIPARG= 177654
UIPAR7= 17

177
177662
177

UDPARO=
UDPARL= 177662
UDPAR2= 177664

177672
177674

UDPARS= 1776
PARG= 177674

}77
77670

:#USER "D” PAGE ADDRESS REGISTERS
PAR3= 177666
PARd= 1776

1716

UEP“BEavi’7 791" PAGE DESCRIPTOR REGISTERS

172202

SIPDR1= 172202

172200

$IPDRO= 1%2200

%7 204
7 506

51 ng- 172204
SIPDR3= 1732

e 185

172210

173516

SIPDR4= 172210

172220

-$DPDRO=
"'5v%753190~
#%CE DESCRIPTOR REGISTERS
1?2220

115
172240

SCUPLRVISOR 1" PAGE ADDRESS REGISTERS
$IPARO= f§ 240

172222
17 524
17 gs
172230
1722§§
1722

Rl= 172222
R2= 172224
R3= 17
R4= 1722
RS= 172
ng- 7

172242
172244
172246
172 go

ipnn = 172042
PAR2= 172244
PAR3= 172246
g PARA= 172250

1722%
172260

S§PA§9§V%7
"D"
PAGE
ADDRESS REGISTERS
3%&5- 1? 260

172262
172564
175 96
172270
172272
172274
172276
172300
172302
172304
F
7231
172312
1723.4

ARL=
PAR2=
AR3=
PARA =
PARS=
PARG=
PART=

172262
172564
172 96
1732 0
172272
172574
17§ 73

:#KERNEL “I”

KIPDRO= 172300
KIPDR1= i72 02
K
= 172304
K
asugw
KIPDR4= 172310
KIPDRS= 172312
KIPDRG= 172314

PAGE DESCRIPTOR REGISTERS

—

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRG V05.03

Tuesday 07-Jan-86 15:18

Page 11-2
SEQ 0027

MEMORY MANAGEMENT DEFINITIONS

172316

KIPDR7=
17831

172320

xpm 172320

7
7
7

17
%; 332

1433

172340
172342
172344
172346
172350
172
1723
1723
172360

1124

PAGE DESCRIPTOR REGISTERS

KDPDR1= 172322
K
Ri' 175 4
K
= 172396

Ra= 1723
kD RS= i;zssa

< ;g%% u§§3§

et
KIPARO=
KIPAR1=
KIPAR2=
KIPAR3=
KIPAR3=
KIPARS=
KIPARG=
KIPAR7=

»T" PAGE ADDRESS REGISTERS
172340
172342
172344
172346
172350 1723
i7 3
1723

;#KERNEL *D"

KDPARO= 172360

PAGE ADDRESS REGISTERS

172362
175364
17 ges
172370
172372
172374

PAR1 = 172%62
Aags 172364
PAR3= 1723
PARd= 172; 0
PARS= 172 72
pnag 1723

oty
000012

H?HISCELLQNEOUS DEFINITIOfi
R
LF=
%
3§rg m%?

—
-

ooooég
0002
177776
177776
177774

1771772

177570
177570
000000

sp?¥
FINIT %HESTACK POINTER ##% 1100 ##+
NI IALififingg

CR=
CRLF=

153’

1717772

PS=
177776
PSW=
PS
TKLMT= 177774
05
DDISP=
0=

R2=
R3=
Ra=

%2
%3
%4

R1=

000005

RS5=

0006
000007

000006
000007

000000

177570
177570

% EMRI “g
£ nevunn LINE FEED
OCESSOR STATUS WORD

i TA K LIMIT REGISTER

: 1PROGRAM INTERRUPT REQUEST REGISTER
..HA

HAsE 3 WITCH REGISTER
WARE
DISPLAY REGISTER

- xGENERAL PURPOSE Resxsrté
o %agus

000001

000002
000003
000004

200

Rb=
R7=

Sp=
PC=

;GENERAL

| iCENERAL REGISTER

: :GENERAL REGISTER

: :GENERAL REGISTER
: :GENERAL REGISTER
: :GENERAL REGISTER

%6
%7

: :GENERAL REGISTER
..GENERAL REGISTER

:PROGRAM COUNTER

::STACK POINTER

. $PRIORITY LEVEL DEFINITIONS

fRO=

”mmanw&o

C———

COKDDAO KDJL1-DA CLUSTER DIAG.

MACRO V0S.03

Tuesday 07-Jan-86 15:18

Page 11-3

BASIC DEFINITIONS

000040
000100
000140
888 00
40
000300
000340
égoooo

PR1=
PR2=
PR3=
PRA=
PRS=
PRG=
PR7
§W15

0000
020000
10000
000
2000
oosgoo
00
0200
000100
000040
0020

SW1a=
SWi3=
SW12=
SWil=
SW10=
5W09=
SW08=
SW07=
SW06=
SW0S=
5W04=

000002
000001
001000
00
000200
000100
000040
000020
000010
000004
000002
000001
100000
0000
020000
010000
004000
002000

SWO1=
SW00=
SW9=
SW8=
SW7=
SW6=
SWS=
SWa=
SW3=
SW2=
SW1=
SW0 =
5400
:%DATA BIT DEFINITIONS (BITOO TO BIT15)
1715 100000
8I715=
11131713=
IT12=
BIT11=
BIT10=

000200
000100
00
000020
000010
0000
000002
000001
001000
000400
0002
000100
000040
000020

BIT07=
BIT06=
BIT0S=
BIT04=
BIT03=
BIT02=
BITO1=
BIT00=
BIT9=
BIT8=
BIT7=
BIT6=
BITS=
BITa=

gnoq=
1708=

HLUNONJ0O

- ——
-l
-l i
[eleolelelele]

001000
000400

SW03=
5W02=

COCOCOCOCOTO
N £

oooosg
0004

SEQ 0028

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 11-4

SEQ 0029

BASIC DEFINITIONS
000010

000064

BIT3=

BITO3

BIT1BIT0=

BITOL
BIT00

BIT2=

BIT02

-tERSIC *CPU” TRAP VECTOR Aooaesses

ERRVEC= 4
RESVEC= 10

TIME OUT AND OTHER ERRORS
..Ressnvso AND ILLEGAL INSTRUCTIONS

BPTVEC= 14
I0TVEC= 20

BRE KPOINT TRAP (BPT)
..INPUT/OUTPUT TRAP (IOT) ##SCOPEs#

TBITVEC=14
TRTVEE= 14

PWRVEC=

TVEC=

"T" BIT
TRAP

POWER FAIL

..EHgLATORTRAP (EMT) #4ERROR##

TRAPVEC=34

"TRAP* TRAP

TKVEC=

s TTYKEYB?ARD
VECTOR

.SBTTL

UFDSET=
TRAP CATCHER

TPVEC= 64
PIRQVEC=240

i TTY PRI
CTOR
: PROGRAM INTERRUPT
RE?UEST
VECTOR

tALEUgNgEE8CATIONS FROM 4 - 776 CONTAIN A “.+2,HALT"
ATCH ILLEGAL TRAPS AND INTERRUPTS

tLOCATION 0 CONTAINS 0 TO CATCH IMPROPERLY LOADED VECTORS

DISPREG: - unao 0
001160
004054

000777
004054

001160

; ;SOFTWARE DISPLAY REGISTER

Slggs

JWORD ©

]

CLR

JMP

$TMPO
FSTART

MOV

2777, $TMPO

.=220

JMP
SBTTL

:.gOFTHARE SWITCH REGISTER

F4START

ACT11 HOOKS

sRkkkkkkbkkhhkhkhhhhkkhakbhkh
kb hhkbkhhhhhkhkhkkkkkkhkkkkk kkkkkkk

HOOKS REgUIgED BY ACT11

:SAVE PC

ssggno

::1)SET LOC.46 TO ADDRESS OF $ENDAD IN .S$EQP

WORD

.SBTTL

.=$SVPs
APT PARAMETER BLOCK

..2 SET LOC.52 TO ZERO
ESTORE PC

PRERRRAARRERR KR AR RRRRRR R KR RRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRERR
AR

QET LOCATIONS 24 AND 44 AS REQUIRED FOR APT
P

ERRREARR KRR AR RRAR AR AR AAKRRRDRARARRRRRRRARRAKKRARRERRRRRERRRRRR

L$X=,
.=24

000024

..SAVE CURRENT LOCATION
;9ET POWER FAIL TO POINT TO START OF PROGRAM

200

..FOR APT START UP

208X

..RESET LOCATION COUNTER

.=44

000044

R AEARARR R

::POINT TO APT INDIRECT ADDRESS PNTR.

POINT TO APT HEADER BLOCK

R R

AR KR

kA AR AR AR AR RAR KRR R

AR RR AR kR RRRRRRRRS

.QETUP APT PARAMETER BLOCK AS CT"INED IN THE APT-PDP11 DIAGNOSTIC

000232
009232

; INTERFACE SPEC.

000000

$APTHD:
$HIBTS:

.WORD

::TWO HIGH BITS OF 18 BIT MAILBOX ADDR.

COXDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 11-5

SEQ 0030

APT PARAMETER BLOCK

001200

000242
ooiEooooEEEE
§6544 000052

$MBADR:
$TSTM:
$PASTM:
$UNITM:

.WORD
HORB

-WOR

-WORD
-WORD

$MAIL

..aDDRES

BITS 0-15)

0F
§S
F (g‘t
ACH AD
ER%IONAL UNIT
3 LECWORDS

PASS ON
1

000234

A PA

——

—

——

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 12

SEQ 0031

COMMON TAGS
1136

SBTTL

COMMON TAGS

PRERERRRARR KRR KRR AR R KRR AR KRR

KRR

KRR KRR R

ARk

AR R

tTHIS TABLE CONTAINS VARIOUS COMMCN STORAGE LOCATIONS

kR ARk bk

;;START OF COMMON TAGS

$TSTNM: .BYTE

..conmns THE TEST NUMBER

sxgm: MORD
SLPADR: _WORD

0
O

; CONTAINS SUBTEST neamon COUNT
; ;CONTAINS SCOPE LOOP ADDRESS

$ERFLG:

.BYTE

SLPERR: .WORD
$ERTTL: .WORD
SITEMB: .BYTE

SERMAX: .BYTE

s;aaga:
$GDADR :
sagem:

MORD
.uoag
MORD

:CONTAINS ERROR FLAG

0
O
0

; :CONTAINS § gpe ETURN FOR ERRORS
i ONTAINS T? AL Enngns DETECTED
TAINS ITEM 3 OL BYTE

io AINS MAX. ERRORS PER TEST

O
0
0

; ;CONTAINS PC OF LAST ERROR INSTRUCTION
.;comms A aEss OF “GOOD’ DATA
NTAINS ADDRESS OF 'BAD’ DATA

s et o ot et

{B0DAT. “WORD 0

.5§§§ 3

: {EONTATNG Nc?
60" 70DATA"
EQERVES
BEUSED

$AUT
$INTAG

.gns
'u&%

0
3

..AUTOHATIC MODE INDICATOR
: ; INTERRUPT MODE INDICATOR

SWR:
DISPLAY:
$TKS:
$TKB:
$TPS:

.WORD
.WORD
177560
177562
177.04

DSHWR
DDISP

: ;ADDRESS OF SWITCH REGISTER
;:ADDR%B
OF DISPLAY REGISTER
i TTY
STATUS
i1 1T ggngurrsn
STTY
ER STATUS mrc ADDRESS

$NULL:

.BYTE

s;g%sz éane

..-remm AVAILABLE" FLAG (BIT<07>=0=YES)

§THPO:
$STMPL1:

.WMORD
.WORD

0
O

;sUSER DEFINED
: ;USER DEFINED

$BELL:

.ASCIZ

<207><377><377> ;:CODE FOR BELL

$QUES:

A
n 72/

SLF;

ASCIZ

"48TTL

APT MAILBOX-ETABLE

$TPB:

177566

srm.g: .gne

..m mmen BUFFER REG. ADDRESS

AINS NULL CHARACTER FOR FILLS

qn;
P or F LLER?mmrms
REQUIRED

e o o

$FILLC: .BYTE 12

s s

s e s s ot ot o
I~~~
OB WO

=11
i

$CMTAG:

=t et s pn
pa
]
Ty
Rl
E S S SHH.‘.—.M.—..—.,—.

S8SS8888S Sysssssss8333882882838288883888
$IRE 3 S
B R BSRRSENPROS BaNSS

:#USED IN TH%OPROGRAH

377

000

STIMES: 0
$ESCAPE: 0

$CRLF :

NSE

LINE FEED"

: 1MAX,
ER OF ITERATIONS
..ESCAPE ON ERROR ADDRESS

: ;QUESTION MARK

15>

..CARRIAGE RETURN

<12>

LINE FEED

t#ttttttttttttittttttttt#ttttttttttttttttttttttttttt#ttttttttti

BRCSERSS

PONPLNLILNLMNLND

83888888

taéfittttttttttttttttttttttttttttttttttttttttttttttttttifllttttttt

$MAIL :

$MSGTY:
$FATAL:
STESTN:

.MORD
.WORD
.WORD

;:MESSAGE TYPE CODE
;:FATAL ERROR NUMBER
..TEST Nunsen

ADEVCT

..osvxc

$PASS:

.WORD

APASS

$UNIT:
$MSGAD:

.WORD
.WORD

AUNIT
AMSGAD

$DEVCT:

.WORD

: ;APT MAILBOX

AMSGTY
AFATAL
ATESTN

ASS E

COUNT

::I/0 UNIT NUMBER
;:MESSAGE ADDRESS

BX..

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 12-1

SEQ 0032

APT MAILBOX-ETABLE

ENVIRONMENT BYTE

.BYTE

DY SNLTEN RECIGTER

-t

.WOR
-WORD

0012?6 000000

$DDW1:

.WOR

001270
001272
001274
oo1§76
001300
001302
001304
001306
001310
001312
001314
001316
001320
001322
001324

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

$COW2:
$DDWO:

$DDW2:
$DDW3:
$DDW4:
$DDWS:
$DDW6:
$DDW7:
$DDW8:
$DDW9:
$DDW10:
$DDW11:
$DDW12:
$DDW13:
$DDW14:
$DDW15:
SETEND:

.WORD
.WORD
.WOR
.WOR
.WOR
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
_WORD
.WORD
.WORD
.WORD

ADDW15

{ow]

ounmsm UNDER TEST

WORD#0
WORD#1

]

$DEVM:
sc3u1:

R WORD#7

000000
000000

#28US PRIORITY#2

.uong

000000
000000

BLK#4

001262
001264

001256
001260

$BASE :

51 8US PRIORITY#1

000000

$MADR4 : .uong

001254

LK#3
YTE

0
O

$VECT1: .WOR
$VECT2: .WORD

RfiTYgS

(=1

000000
000000

AMTYP2
AMADR

001250
001252

001246 000000

.BYTE
.WORD
.BYTE
.BYTE
_WORD
.BYTE
.BYTE

T%E,THIS WORD AND LOW OF “TYPE” ABOVE

$MTYP2:
$MADR2:
$MAMS3:
$MTYP3:
$MADR3:
$MAMS4:
$MTYP4:

( HIGH BYTE)
E=001
0LAR=002

000
000000
000
000
000000
000
000

AMAMS2

=} l"'l
“§sm o

381535
1236
001240
00124
001242
001244
001245

AMADR1

c:c:g;z:
HH

§HADR1 .WORD
innnse: .BYTE

0
0
0
..HIGH -ADD R
MEM.LAS

cw'
s

001232 000000
001234
000

C
0 NT _PROCESSOR
NAGEMENT
.S. BYTE
[

m38%8

AMAMS1
AMTYP1

P
/05 =02,11/20=03,11/40=04,11/45=05
0 0=g7,6=10

‘BYTE

)
[T
M—>XN0

sgrvp1:

000

$MAMS1: .BYTE

001231

000

AMMmmmmAmEAAAmamnmSo]

001230

zfiz—o—o—c
—
—
OO
—03?
-

==+ =+ COCOCO
Miee = bt

it
%

/0
/1
L
AT

0N
TY
%
1

er‘cm-m
=0

0
=C

u:-<

i %

Bir

mux:wnu

ACPUOP

..USERT%I C % c

$USWR: ~ _WORD
SEPUOP: -WORD

SSUREG: -WORD

[

0000
000000

.BYTE

SENVM:

iiME SSAGE LENGTH
;AP T ENVIRONMENT TABLE

= —{

0000

$ENV:

AMSGLG

A
—— e e
(el=l=l=l=lrl=]=] OO0 O00
VDDV =
00

°°i$§

00
001226

000

.WORD

$SETABLE:

PEEDEBLBLRBXDID

1221

$MSGLG:

UTNDO
H
COOW -<°§f"m0—-.—»-‘
VOO ==
M——{
-4

8815

000000

=
DODDUDDOOOOO OO
c=
mMmMmMmMmMmmmm mMmMmMmMmMmMmmmas
LULULULULUNULIUNWVULINULVUINWZOZD
VM
OOOOOOOOO0
(]
000
et bt et e e e e
4

°°1258

mmmmmmmmmmmmmmMmmMmo =

001216

ORD#15

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 13

ERROR POINTER TABLE
.SBTIL

ERROR POINTER TABLE

;#THIS TABLE CONTAINS THE INFORMATION FOR EACH ERROR THAT CAN OCCUR.
;#THE INFORMATION IS OBTAINED BY USING THE INDEX NUMBER FOUND IN
;#LOCATION $ITEMB. THIS NUMBER INDICATES WHICH ITEM IN THE TABLE IS PERTINENT.
:+NOTE1:
IF szrgne 1S 0 TH; SNLY PERTINENT DATA %3 ( $ERRP )

:*xNOTE2:

$ERRTB:

001324

M
OH
DT
OF

EACH ITEM IN THE TABLE CONTAINS 4 POINTERS EXPLniNED AS FOLLOWS:
::POINTS TO THE ERROR MESS
: :POINTS TO THE DATA HEADE
: :POINTS T0 THE DATA

: :POINTS TO THE DATA FORMAT

Sor Ro&R B83F R3TE R3S£ RE&E B8R RERE

5%} ERROR DEFINI /IONS
EML
DH1

;CPU_ERROR
:TEST #, ERROR PC

EM2

:MMU ERROR

811

;$TMP1, $ERRPC

EM3
DH1

;FPP_ERROR
:TEST #, ERROR PC

EMS4
DH1

;?Hegxsun ERROR IN 16-BIT ROM
:TEST & Pg

EMS6
DH1

; TIMEOUT READING LKS
:TEST #, PC

EMS7

;LKS<07> DOES NOT BECOME 1

871

: $TMP1, $ERRPC

EM64
DH1

;WRONG NUMBER OF LKS INTERRUPTS
;TEST # PC

311
ITEM 2

DHI

;ITEM 3

811

NNCNIN

;ITEM 4

871

;ITEM 5

811
;ITEM 6

DH1

;ITEM 7

;ITEM 10

017534
023514

;ITEM 11

: $TMP1, $ERRPC
:TEST #,

ERROR PC

; $TMP1, $ERRPC

: $TMP1, $ERRPC
:TEST #,

0T1

; $THP1, $ERRPC

EM65
DHB5

;LKS INTERRUPTS HAPPEN AT WRONG PRIORITY
:TEST #, PC, PRIORITY

D765

88 83888 8888 8888 8888 28888 88 88 3888 8888

— .‘Hpfiflfip‘ppppppppw?pw.‘
WOW%MWOW%M&WOMM

PG
=y

ONOVONON Ui
YT I D B SS E

o
oo

N~~~ JOVONOVONON
NN
OO0 ~JOVUN
Q0 QO ~J N~~~
N+ O WO ~JNUNE

o
o
ond o

——

{onad

SaBland

_oa

od od od

olo

. &

ot s

it o et

P——

i*
36
i*

EM71
DH1

:$TMP1, $ERRPC, $GDDAT

;RESET DOESN'T CLEAR LKS<06>
;TEST #, PC

SEQ 0033

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 13-1

SEQ 0034

ERROR DEFINITIONS

HEE i 5
o

2888

000000

017626
023514

—

442

446

READY DIDN'T GO LOW
& PC

1, $ERRPC

14
017652

Mo
w

1454

SR ooegn'T BECOME 1
T &
PC

MP1, $ERRPC

wuiH

:$TMP1, $ERRPC, $GODAT, $BDDAT

RECEIVED DATA

;RCSR<07> NOT CLEARED AFTER READING RBUF
;T;ST e PS

i X CSR<07> NOT SET ON RESET

024702
000000

o
o

e et

—

:?%U INTERRUPTS HAPPEN AT 4
ST &,

: $THP1, $ERRPC

>
o
w
o

o
=
m
>
<1

=
=]
=

o
o
m
w

—

=4
—

EM104
DH1
DT1
0

NOT CLEAR XCSR<6> AND RSCR<6>

=
m
Pl

S22

OoOOMm

et
e

;ITEM 24

[=]
n

000000

;ITEM 23

020211
053 14
024702

oYM
-4 XX

000000

;ITEM 22

:§§SR<07> NOT CLEARED ON RESET
ST &,

ocDDM
-4 XX

]
024702

;ITEM 21

Bt
e o

020127

60
2

:$ np1.§enapc

OO0
Mm
-4 XX

i
N

POMOK=

;ITEM 20

020074
023514
024702
000000

EgT &, PC

: $THP1, $ERRPC

faps

S B8R S ooy mogg

; $THP1, $ERRPC

vt
S
no

8888 8888 3388 88388 8888 88 88 8888

s s et e e et e
s
s e e P
s
s o
s i et e
s s
e e e e
P

gz 0o
50%0

;WRONG CHARACTER RECEIVED
:TEST #, PC, EXPECTED DATA,

PONLNLNLNL
NN PONVNL N PLPL PPN NN
rorON
NNNN
NN PO PO NI MO NN PO NN b o ot o s
et
s s
O 00 ~ I
N = O O 0 ~ IV B NN = OO DO~
NSNN
OO

e
R
)
)
o e
PO = =

OWOO

s et o e
o s

PMHfiHfiD:_'-_—AA

88 8

W OOO00
SSRIRSLNN
OO~

16
1

; $TMP1, $ERRPC

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 13-2

SEQ 0035

ERROR DEFINITIONS
4

i54? 001

020334

1z4§ 001 96

024455

i 3§ o

124

881

001576

024455

igwue .
4
020521
9 igls 3§3;24
i 3 12%2 8030 2
i
i6

1265

DT105

: $TMP1, $ERRPC, RBUF

DH105

DT105

ITEM z7°
EM10
DH1
DT1

flmwo
EM110
DH1
811

;

1624 020563
1626 023541
%gig 853533

;ITEM 31

;ITEM 32

02064
%29%%%
02445
% 3 881233 °23<1>88

;BREAK CONDITION DOES NOT SET RBUF PROPERLY

;ITEM as°EM106

1 43 83}600 833338

% 4o -~
65
i1 é ooisio
38&283 854702
833%14

EM105

DH105

025160

14gwgn 020407
1247

;ITEM 25

DT105

i 73 §§166 8%47 2

}fi %Ffi
021063
666
023514

1285 W ——

;ITEM 350

1 70

1662

03o1s
0000

133 001670 024702

1
1

9 001674 oaiéss
881976

023514

9 001702

000000

1288
i

001700

854702

129 881704

3%% 14

1334 001710

024702

1296 001714

021251

129§ 1706

%295 . -

RBUF

;ERROR IN WRITING TO XCSR<0>

;TES? # PC

; $TMP1, $ERRPC

;RESET DOES NOT CLEAR XCSR<00>

:TEST #, PC
: $TMP1, $ERRPC

RBUF WAS NOT CLEARED ON THE NEXT CHARACTER
§TE¥T & P% Rgbr
: $THP1, $ERRPC, RBUF

iERAOR
TN LCSR<2>
Es?np1.§sn$pc

EM124

WHQWEMWBDWWTMEWNMWOWRQWSNEMWE
STEST #, PC

s 35o

DH1

DT1

; $TMP1, $ERRPC

EM125

:NO POWER DOWN TRAP TO 24 OCCUR

DT1

: $THP1, $ERRPC

DH1

EM126

DH1

DT1

;ITEM 4o°
'

PC,

: $TMP1, $ERRPC, RBUF

B
Tl

S 370

:TEST &

;OVERRUN CONDITION DOES NOT SET PROPER BITS IN RBUF
:TEST
# & RBUF
:$TMP1, $ERRPC, RBUF

;ITEM 34°

1573 001636

;RBUF WASN'T CLEARED ON NEXT CHAR.

EM112
DH105
87105

i ;g

- S—

RSUF

;FIR%T CHARACTER WAS NOT OVERRUN BY THE SECOND
:TEST #, PC, EXPECTED DATA, RECEIVED DATA
:$TMP1, $ERRPC, $GDDAT, $BDDAT

- 335n113
DH105

16§° 025160

EM111
DH4
3175

7° 644 020724
i 7§ i646 024455

127

:TEST #.

EM127

:TEST #,

;ERROR IN INTERRUPTS FROM Q22BE

:TEST &, PC

: $THP1 , $ERRPC

;ERROR IN PMG COUNTER
——

——

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 13-3
SEQ 0036

0017

1306

;UNEXPECTED TIMEOUT
:TEST #. PC

; $TMP1, $ERRPC

2208
021340

ERROR WRITING TO LKS<6>
TEST #, PC

$TMP1, $ERRPC

000000

1 o 0 §370
746

;MAINTENANCE REGISTER ERROR
:TEST &, PC

023514

: $TMP1, $ERRPC

it g 8%5146

SRGIGEE

9
s
0

021526
053514
024702
000000

;TIMED OUT IN TRYING TO ACCESS MEMORY

:TEE? .OUTPC IN ACCESSING LOCATION 0
: $TMP1, $ERRPC

024702
000000

021747
0% 214
024702
000000

;ITEM 51

;gaaqa IN _FUNCTIONAL REV BITS ON NATIVE REGISTER
:TEST #, PC

:$THP1, $ERRPC
—

;ITEM 50

pap

:$TMP1, $ERRPC

F-

ggias

;T%S‘T s

;ITEM 47

Lo JF

;TIMED

Pard
g

:
g

S
3

000000

°Sgy
°S23 °=F
(S

888 88388 S888 88328 28888 888

fo
Bl

s s Pt e e

s s s s

s s e

et ot o ot e

s e (e

s s e

it 818

R0 TN T B TED DATA. RECEIVED DATA
£s$np1.$ex5¢c.ssoonr.sgooaf

EM142
1

;;RR?R IN INDICATOR BITS ON THE NATIVE REGISTER
:TEST # Pa

: $TMP1, $ERRPC

;§§g9R¢1NPTHE BOOT SELECT SWITCHES ON THE NATIVE REGISTER

QSTHPl.iERsPC

%H§D¢ou;clu ACCESSING THE NATIVE REGISTER
w

DH1
0T1

> —4—

% 8 001;22

022514
024702
000000

THP1, $ERRPC

iL C_MONITOR IS NOT TOGGLING
T a; #, PC
—m—t

P
-~

1297

ERROR DEFINITIONS

et e e

; $TMP1, }ERRPC

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 13-4

SEQ 0037

1 3g

140

1404

%405
1:89

1408
1409
1410

805138
2152

%164
1

170

172

TMP1, $ERRPC

DT1

;ERROR IN STUCK AT ZERO BITS ON MER
sTEST #

pfi

: $TMP1, $ERRPC
m

;QOULD NOT SET ONE OF THE R/W BITS ON THE MER
:TEST
#, PC, EXPECTED
DATA, RECEIVED DATA

:$TMP1, $ERRPC, $GDDAT, sBDDAT
iBIg%

0000
022567
000000

o
024702

;ITEM 62

;ITEM 63

I H;OUT IN ACCESSING THE MER REGISTER
'I ST #, PC

;THP1,

;ITEM 61

.2p14.15 ON THE MER DID NOT CLEAR ON RESET

iMP1 3ER$PC

;ITEM 60

;ERROR
:TEST

$ERRPC

IN THE DATA SHORTS AND STUCK AT MEMORY TEST
PC,PATTERN,DATA,PAR,VIRTUAL ADDRESS

; $TMP1, $ERRPC, $GODAT, $BDOAT, KIPAR2, $BDADR

mmgvmgrmwmoumpmnvmmnmuum

;sgnpl.isnnpc
:TES

:PAR*TY Ag
:T?S #

T DID NOT OCCUR WITH PARITY ERROR ENASLED

; $THP1, $ERRPC

022734
023541
025146

;MER DIDN'T HAVE CORRECT ADDRESS BITS 11-17
;TEST 2 P& EXPECTED DATA, RECEIVED DATA

3007
023541
51 46
00 00

;MER_READ EXTENDED ADDRESS BITS HAS FAILED
;TEST #, PC, EXPECTED DATA, RECEIVED DATA

;$THMP1, SERRPC, $GDDAT, $BDDAT
:$TMP1, $ERRPC, SGDDAT, $BDDAT

174
176 033564

%00
02

IMEOUT IN ACCESSING THE LKS REGISTER
EST
#, PC
w

054702
030000

5H145

o ——

%70

v
W

NI o
2eRe

oS
NIOND POND =
S RERR
NS= oo
RoSE oo
O3 >
g
S

2 :g

e
18 g
1400
140%

;ITEM 54

°ggy
© S22
°S27
°S2T
°2FF °9F
[Ny
[y
—y
[y
[l el ol

1308

000000

GEests
Go21e2
[t
ey St et

1 3

8888 88388 8888 83888 88388
8888 8832 2888
8888 8823 88 88
o
rororPrn
FOROMORD

I~~~
~d

1389

002052

O DOG~V
UNE GINO+ OO0 ~JOM B LIN = OO 00 ~JOVN B iR
O 80

WHWW”WPPPHWH#WWHO‘NHWW

ERROR DEFINITIONS

025212
000000

;ERROR

IN TH

;TES?RO PC 5A?§ERN
DATA,PAR,VIRTUAL ADDRESS
$GDDAT, $BDOAT, KIPAR2, $BDADR
: $TMP1, $ERRPC,
;ITEM 67

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 13-5

SEQ 0038

ERROR DEFINITIONS

11 g

1413 002210
1:14 002212

;ERROR IN XCSR <6>
:TEST 4, PC

;$TMP1, §ERRPC

024702
00

ili; 002214 8%3 o1

:iNO ¥HIT %NTERRUPTS HAVE OCCURED
PC
;TEST #,

i gkR
s
1;§ 4 023211
e Sl

:$TMP1, $ERRPC

; $TMP1, $ERRPC, $GDDAT, $BDDAT

—

;ITEM 75

n
n

:$THP1, $ERRPC

;ng MANY RECEIVER INTERRUPTS HAPPENED
;TEST #, P

i$ P1.§sn59c

GLCSAL VARIABLES AND REGISTER NAMES

-REGISTERa FOR
SR1:
gg
SR2:
.M
BA:
MORD

THE FIRST Q22BE
0
0
O

DATA:
.WORD
VQBEi:
.WORD
vgpn1:
MORD
SIMGOA: .WORD

O
0
O
0

:D
Anmnfias
;wspwe
FOR Q22BE

ledent: .word
REOUNT: MORD
TCOUNT: .WORD

O
O
O

A Dl

WC:

B e

;TOO MANY TRANSIVER INTERRUPTS HAPPENED
;T%ST P PSP

;ITEM 74

023377

;MER_DIDN'T
CORRECT
ADDRESS BITS O AND
15
:TEST#,
PC HAVE
nméoomn%fiafi%mm

°Sgy 22y

03334!
o

nonororn
nonroror
o

s b e |
s ot it et et ot pt e

: $TMP1, $ERRPC

.SBTTL

s
Pt e bt et et e

;UNEXPECTED PARITY ABORT HAS OCCURED
:TEST #. PC

R o

nororon

——

: $TMP1, $ERRPC

. e

b ph o

A R e et s o

s s s

:TEST #, PC

000000

(=]
n
)
wn

tif

;NO RECIEVE INTERRUPTS HAVE OCCUR

4702

8000

SESSS
SERERRRE £ SRR LEBRLEDD
5t
w
WO“%MWOD00~ UEB N OO IOV HE NN NPOPON!
O OO~
8
8888 8838
88

120

gmgfi norororn

002232

i‘

norororo

S LI

.WOR

:REGISTERS FOR THE SECOND

¢SR12:
CSR22:

.WORD

:é&jfl& R;(é%S:R 1 FOR Q22BE
ROL/S
S REGISTER 2
ADDRE
9%£BE
WORD ?UN REGIS
MA

O
©

:PRIORITY
:STMULTANEUOS GO ADDRESS REGISTER

?TSSNSHITTER INTERRU 9 COUNT

STER 1 FOR Q22BE

US REGISTER 2

EnE

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 13-6

SEQ 0039

:DHA A%RE?SFSRSQfiBE

gngoagggnorVECTORFoR Q228E
;ACTUAL CHECKSUM

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

177766

g"
IGURATION
%@%&H;S

rmm.n

NN
oss

FERatEy
~

flafl-‘a\l
FERCSSERINESSS

Pt et ot e o

s s

s e

o et ok

e e

et s pa

B
o o A M M
M
M
D
A A DA A A A A AT
AAOVONON
N~~~ I~~~ ~J~J

|
z
|

SBRSEERSINES

;

NOGO [eleloloiNelolelele]

b S B BN BN B BN B B
SNNINNN
U~ ~J~J
T3
OO
o

m'{c,:-:-nx [=7%3

GLOBAL VARIABLES AND REGISTER NAMES

ONONON~J~J

OR HIS
§$~REGISTER
TAT

Tl%&j
GISTER
ATA

EGISTER

REG
%gNTm
fEe:

.SBTTL

GLOBAL DATA SECTION

ON CONTAINS DATA THAT ARE USED

; THESE _LOCATIONS ARE USE N
;WHEN THE TEST NEEDS TO HA

RN ERROR CONDITON RESBOND'OXFFERENTL "

——

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 13-7
SEQ 0040

GLOBAL DATA SECTION

.............H..n.-.H.-.h‘”pppw#p”wflpmp%pwpww“w”. o PN

a M me omuu RESPONCE .

00t gooooo

{icn:"

10 000000

0000

000000
00
090000
33°°°°

00%%

78
76

100

000000

000000
000000

138 000000

15
142

se 'LOCATIONS ARE USED IN MORE THAN

WORD

snmn: MORD 0:

LOWADD : .30&0

CCHPAS: .M

SAVMRO: W

:USED

:USED T0 m

SAVHR: ‘WORD

snvmg:

'siAx WR: M

- SEQ:

. 9%
SPSJ:

BTEXP:

Zu%
.WORD

.BLKW

ROUNT: CWORD

0
O

Gyt
At 4
RECDST: .BLKM 4

;i flag-counter for contro o

P og-counter for_contr

ache subtests
EROM
subtest

TO STOR mu mus REGISTER 0 DATA
U2ED 10
2 nE 2TATUSRECISIER | DATA
smu

; SAVE SFTWRE SWTCH REG DURING EEROM TEST

g?e S s% ENCE Nmaen FOR JUMP TESTS

:STORES g
:STORES ST

:STORES EX

K POINTER FOR JUMP TESTS
x POINTER FOR JUMP TESTS

mg BIT TESTS

RRROR g‘f Evg ?“
AELORTING PEINT TESTS

ihE
e"%BLOATING 88%#‘
E"“"’"“‘ s~
:DESTINA TmN ADDRESS FOR rLomNG POINT TESTS

THESE LOCATIONS ARE USED BY MORE THAN ONE TEST AS LOOP COUNTERS

LOOPIN: .WORD

156

000000

AVPOS:

000000
000001
00000,
00000
000004
000005
000006
000007

:LOCATION
TO % gnv; ”5YS'E%N%T my ;g ! gss LOW “20055 ss OR agfl TTS %

EEPAS:” HORD

000000

2% 000000

NDATA
PARITY T

; Mixfig(’?om NO. OF EEROM E&afias
ADDRESS STORE FOR AAM 1ESI
;USED ?3 gTORE "FLAG" cougmons

000000
000000

iL0msuONE_TEST
10 SAVET0PATSTORE
?SN WORKING

§288a? : :u8§3 0
NEWAGD: ‘HORD o
FEA g Zugg‘
0

152
154

160

ALLCTR: . WORD

:SOME MORE TEMPORARY STORAGE FOR RAM TESTS

.WORD

MASK: ~ .WORD

0
O

;:STORES TEMPORARY BIT POSITIONS roa RAM TESTS
:STORES BIT MASK FOR ERROR ISOLATION

e:mmrs IS IT. THE PROGRAM TEST LOCATION!!!rrisressrrssayy

§TLOC:

rpp REGISTER DEFINITIONS

A
AC1= %1
AC2= %2
AC3= %3
ACd= %4
ACS= %5
AC6= %6
ACT= %7

;FPP INTERRUPT VECTOR

o2co9l5o8c5oS9ce5oImCdUwN5)MDI0eM—nHWvU4M0NT0Uw2N.O0oN0-wD0wO0D4w.N.wLN.OOMa-vSLmneUv3nMvSL.8nOv3?Av3nva8.”mm8uLlval'm1‘mem%n0ws1mfS0i1wwf&i1Em0E5Rfiaume
$YomYomYVo2& .YMoYoe2Yo£o- m§8BQRVoomYomYi=YoViVoVomB5§ -mYV.emVAoYo.=<V8emVoVU§3 —VeVeVoVo<1TTemVeVm83 48 —TTTm8Tm.[TnTmTrfon8§ —eTTeT[n=TeeRSs# [—

eS8sdeiTde3rdSAed3ri8ecdood3edry8fr8dRv3d3R8fodv3dur5irn3demrdr3den8dru3denieec3teiuvlr3iwedmwe3hwoa8u3w.3Hotnert3uetdmo3etmo3tdneoa8dendru3d8ne3iu3dn5o>5deu3dn3em8etteotot
|

COXDDAO KDJ11-DA CLUSTER DIAG.

030000

MACRO V05.03

000000

TAB9:

003000
000002
TAB11A:

o8 <o

o 4

Tuesday 07-Jan-86 15:18

000244

FPVEC=244

001000

Z100T=

Page 13-8

GLOBAL DATA SECTION
SEQ 0041

1000

————

—

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 13-9
SEQ 0042

GLOBAL DATA SECTION

1639
1640

83”880“33 000000 000000 TAB12:
016203
TAB13:

1644

ozoooo 003000 000000 TAB13B: .

6
1

Lzs
ig:?
.ig43

§3§§§§
000000
%

: %

000000

1
i

TAB14:

‘

g
| 3

a3 o°8
oooo%o 000000

1 §

24700

TAB17:
TAB18:

000000

000001

1664
1665
1666

083% 000000 000000 TAB21:
033% 000000 000000 TAB22:
%gsgo 000000 000000 TAB23:

1667

100200,0,0,0

100400,0,0,0

200,0,0,1

8303% 000000 000000 TAB24:

1668

30000, 3000,0,140000

TAB16:

0 34058

30000

TAB1S:

00
025000
175363

1660

16200
0

F‘OO&ONO‘HHPNOOO
[elele]
QoM ~Iu
HO3SRLRUS
o .
-4

16100,0,0,1

62400,0,0,0

%388 000000 000000 TAB2S:

1100,0,0,0

1669 00

58%88

100600,0,0,0

1670 88

00 o% 000000 000000 TAB27:

1000,0,0,0

1671 00

%8800

000000

TAB28:

600,0,0,0

1672 88

8385%

000000

TAB29:

10100,0,0,0

1673 00

853300

000000

002000

TAB29A: .

10100,0,2000,0

1675 %

%%%

000000

tAB30:

.WORD

500,0,0,0

1676 00

00400

000000

TAB31:

.WORD

100400,0,0,0

.WORD

16000,0,0,0

.WORD

11600,9,0,0

1674 1677§

803653

1678 00

000000

TAB26:

%m 000000 000000 TAB32:
011600

000000

TAB33:

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 13-10

SEQ 0043

GLOBAL DATA SECTION

74
02

1679
1680

003704
112

1681

3714
722
1682 00 ;g%

000000
077600
000000
00200
01

é‘\lfls‘%@@@
WOOOS* 22332 2
8
8
g
22g2ssEssEass8 888
ZEzessanavess
SSS
b4
REEEVERRSFSRKERSR
.
RSFEBERR

1683 88 7

EOES

2
744

1685 0037

0000C0

000000

TAB34:

.WORD

640,0,0,0

000000

TAB40:

.WORD

77600,0,0,0

000000

TAB41:

.WORD

100200,0,0,1

000000

TAB42:

.WORD

340,0,0,0

177717

177777

TAB43:

.WORD

77,177777,177777.177776

177177

177777

TAB4S:

.WORD

577,-1,-1,-1

177777

7§§

124242

052525

TAB47:

.MORD

173737,124242,052525,12346

1687 003774

000000

052525

TAB47A:

.MORD

0,0,052525,12346

124242

000000

TAB48:

.WORD

173737,124242,0,0

000000

TAB49:

.WORD

600,0,0,0

1686

RERES

0%%3

17373
000000

spspmesess

004004

M B
N
MORD

w0
NEk%AT

WORD

MORD

CURDAT

WORD

LSTA
CURA
PARABT

WORD
WORD
WORD

FSTA

e
OO
wn
n

2zess

0C
EXPDAT
RECDAT

PWDSEQ

o
o

s
s it e
s et

BN
-

(=3

OO0O0OVY

AL
AL Al Al ]

s et Pt et Pt et i

1688

e 1

0
0
0

O
O
0O

;PARIY ABORT FLAG

START:
: LCP/ORI?N Rouung TO SAVE EMTULATOR AND PRIORITY

EMTSAV: TS

004142

000040

000052

sn;
BI

177717
000100

004146
00005”

MOV
BIT

177777

004150

000042
000030
000032

004142
004144

BEQ

1¢:

SAV30:
SAV32:
UFDFLG:
3%51

SAV30

:: FIRST TIME THROUGH ?

VMKOR
#8175, 3452

:: BRANCH IF BEEN HERE ALREADY
i+ ARE WE IN UFD MODE 2

#-1,UFDFLG
#8Ite, 9452

:: SET UFD FLAG
:: ARE_WE IN QUIET MODE ?

VMKOR

i+ LEAVE IF NOT

BEQ

EMT

i: GET ADDRESS OF XXDP DCA TABLE

O
O
0O
0

::
;:
::
::

MOV

CLR
MOV
MOV
BR

.WORD
.WORD
.WORD
WORD

#-1,UQUIET

42(R0O)
30, SAV30
32.5AV32
VMKOR

;3 BR IF NOT

i: SET ouxsr MODE

::-CLR XXDP+ "DRSERR"
:: SAVE EMULATOR ADDRESS
:: SAVE EMULATOR PRIORITY LEVEL
:: GET AROUND TAG
PUT EMULATOR INFO HERE
PUT PRIORITY LOCATION
USER FRIENDLY MODE FLAG
UFD QUIET MODE FL

HERE

£4

COKDDAO KDJL1-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 13-11
SEQ 0044

GLOBAL DATA SECTION
t‘t‘tttttttttttttt“ttttttt‘tttttttt“ttttttitttttttttttttttttttt‘tttt

1706 004152

il 35§9°3

.?ELE w T Eoml#éCHTAG
135"R6
OIEATAC)
Ree
..FIRST LOCATION TngsNCLEARED
(
; sCLEAR
MEMORY
CHP
OSH&
R6 ;
BNE
6

001100

001140

ooaics
01 06 001100
Of

girs7 000320
030150

012737

000020

%%%5

asT

000032

no¥v

o%s§k8§igl¥§$
{EMTvgcwa
FOR ERROR ROUTINE
SSEMTVEC+? \7£c"
; : LEVEL
5

:33\(3&8::?’5
éf ..¥5usnFAILURE VECTOR

000034

MOV

8?%.3»2

HiE

—

22zgEEzezees

8
S
SREIESKEKBVRNER

st e}t ot et et e

s et

eR B
e R L
e e e Lot B B
|
Pt e e et et et et 2 D OO O
00
AUV B NN OO0~

{LSCABE

Yob£END- OF -PROGRAM coumR

ZZ%NP%HFESCAPE
0N ERROR
AD

ugmfifigfi”%mmmme

30000 : gcTnI/
BR

30001$: MOV

—— 30002$ '483

001221
gga
001140 e MOV
004150

" MOV

000116
000250

MOV
MOV

000004
000114

000006

SBTTL

SBYTL

PR
HARDHARE SWR IS NOT
= -1

ge "?RA%"E%RN
i3

mcu

..POINT T0 SOFTWARE SWR

filsmgéeoxsmv

RR Rvecma

omg%ze,$ENVM ..TEgT ugensrzgunoeacnpr
#$SWREG, SWR
:1NO,USE APT SWITCH REGISTER
%G IET

;ABORT IN UFD ON ERROR

434094116
#MMUTRP , 38250

:AT _PRIORITY?7
POINT MMU TRAP VECTOR

#BIT06 9452
op

'CLEAR CPU ERROR REGISTER
:IN UFD QUIET MODE
?
IF S0, SKIP PRINTOUT

nou
RRVEC
SRAMPAR,9%114

MOV

mogcész

CLR
BIT
?’\’Ee

000052

3200313 (SP)
0014

MOV
MOV

MOV

000252

000042

sf&?XS?

B R

001140

016302

maAP sompvec TRAP VECTOR FOR TRAP CALLS

iMOV1 et
eel
L
R
I
abe
vs
i3S
%?‘1’%
H8¥
WR, S
VEC up ugknomekgxsmv
SWIR Raecxsrea
001142
MOV figxsfiagxsmv::ifio
cxsren

004360

000100

F NO
--52%9
THE smcx
POINTER
33

: :INITIALIZE
A FEMW
vsc'rons
MOV
#$SCOPE , 38 IOTVEC ..101 VECTOR FOR SCOPE ROUTIN

000029

177

MOV

:POINT TO TIMEOUT ROUTINE
4340 éoennvec.a:POINT
AT PRIORITY
7
PARITY ABORT

TSEL

GET VALUEFOR SOFTWARE SLITCH REGISTER

GE]

VALUERS

“7iARE WE RUNNING UNDER XXDP/ACT?
—

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 13-12
SEQ 0045

GET VALUE FOR SOFTWARE SWITCH REGISTER

il
02%82;
00

000403
112737
000240

001220

000001

001140

000176

CMPB

25e

001134

001220

000001

BR
gggggg: MOVB

30005$
#1,$AUTOB

;3SET AUTO-MODE INDICATOR

" NOP

SHPB
NE

n
~
N
-~

043}

000010

177750

025730

S SR cajiulaeion

wWor

RO
RO
RO
RO
RO
304

MOV

RO,CCHPAS

iresidue = no. of desired passes

ggv

gg%.CCHPAS

; largest number no apt mode??

Egv

§%§CCHPAS

; normal default = 1

35¢:

MOV
nop

#0,CCHPAS

;i no cache tests included
; debug aid

;
;

BIT
BNE

#BIT07,3%52
LOOP

;UFD MODE?
:IF YES, BRANCH

20%:

; setup default value

;
;
i
;
;
;
;i

clear low order nibble
assure no unknowns
4 rotates = divi
bx,16 =pass time)
this area subroutined
with general purpose
divide, this test to
; determine skip altogether

354

; continue on

sisisiiagaasiiiigiacii i;2:2HALT ON ERROR JUMPER

gga

3g§sz.nkifies

338863

10004

TYPE

000434

004737

under APT?
=
no-APT unltuilé;atuon

#17,R0

gégggg?s:

004772

i running
: def:ul

EI
L
ROR
ROR
ROR
ROR
TST
BEQ

004674

8004S1

SETTINGS

254

0127137 000001 003030 254:
012137 000000 003030 30$:

032737
00%237

SOFT-SWR

BEQ

003030

000240

;3sGET

; debug aid

58NV,#1
§ua -

003030

IF YES

;BRA
Xl: ARE WE & gNNENG UNDER APT?

+;;ERANEH
1 ROPTHARE.IFSWTTCH
REG SELECTED?'
N0

000017

177777

NCH

$SENV,#1

388°§§uaes
300053

TSWR

000001

30004

ENE

001224

szzzs

88888888 8
H
SEREREES o
n
88 SERRS
= ERSRE

rvee

JASCIZ

;3 TYPE ASCIZ

1:GET OVE& ¥H2 ASCIZ

300098

TYPE_ASCIZ STRIN

$0008$

JSR

PC,Q2251Z

ASCIZ

STRIN

<15><12>/TRAP ON HALT IS ENABLED, JUMPER IS NOT INSTALLED/<15><12>

§638829$:
1000%:

074

::GET OVER THE Asc§z

<15><12>/TRAP ON HALT IS DISABLED, JUMPER IS INSTALLED/<15><12>
;SIZE FOR Q22BE

—

COKDDAQ KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 13-13
SEQ 0046

GET VALUE FOR SOFTWARE SWITCH REGISTER
1760
1761 005060
176§

LOOP:

——

176
1764

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 14

TEST - NATIVE REGISTER

L769

.SBTTL

TEST - NATIVE REGISTER

_76

PP E PR320

1770

i This test checks out the native register's existance and it's

177

; BGNTST

L;6g

44 0804000000000 4 0000000404000 004000800000 444

; NATIVE REGISTER TEST

L;;l

; various bits.

[ 774
[ 775

i
i

Set up timeout vector PC to TIMOUT
Set up timeout vector PSW to 7

|77
|77
177
1780
“; é

i
i
i
;
;

Check out the bootstrap switch as read only
Check out the module functional revision as read only
Check out that the self-test enabge bit works
Check out he indicators (i.e LEDS
ENDTST

; TIMOUT: Clean stack

1788

T B

|77

L; g

Read

the Native register

;

17 9

Error NATIVE register timed out

bttt 2 T

1789 % 063 0 gggg 010000 174050 511 ?EBEQPE #8IT12,8SWR
10004
YPE
300114

1730
88 0 001424
1791 005072 104401 005100
005076

000421

BR
1130011%:

1792
003143
10085 MOV
179§ 88 lgg 013737 000004 003012

179
150
1795 88 156
%;39
164

012737
015737
013700

005320
000%40
177520

000004
000006

1798

e orres

IF BIT 12 IS SET_IN SOFTWARE SWITCH REGISTER

;;3 TYPE?HEN
%YPE TEST TRACE
ASCIZ STRING

;:GET OVER THE ASCIZ
<15><12>/1EST 1 - NATIVE REGISTER TEST/

a¥4,SAVTIM
#100%, 944
#340 208
TREG, RO

; SAVE UNEXPECTED TIMEOUT TRAP
;
;
;

SET UP TIMEOUT TRAP

READ THE NATIVE REGISTER

;

i;gg

; CHECK BITS 15-13 READ ONLY

1801

005170

052737

005202

020001

1805 005206
%
005210

104047
000445

188

MOV
MOV
MOV

300108
.ASCIZ

;NATIVE REGISTER TEST

00 %76

1804 005204

013701

160000

177520

BIS

001402

;

0,R1

;

+47
110$

;
;

NATREG,R1

BEQ

103

ERROR
BR

%ggg

#160000, NATREG

MOV

TRY TO WRITE TO THE FUN REV BITS

;

READ_THE NATIVE REGISTER AGAIN

;

ERROR IN NATIVE REGISTER

IF IT CHANGED THEN

; CHECK THE INDICATOR BITS

1810 005212

042737

181

001401

131

1813

1814 00
1815 00
1819 00

g%
4%

1817 005242
1818 005246

032737

104050

000177

012701
012702

000001
000007

050137
030137

177520
177520

los:
20%:
25%:

BIC

#177 ,NATREG

;

CLEAR THE_INDICATOR BITS

BEQ

20%

: THEN

BIT

ERROR

#177 ,NATREG

;

MOV
MOV

+50

#1,R1
#1,R2

BIS
BIT

R1,NATREG
R1,NATREG

i
;

;
;
;

IF_THE BITS DIPN'T CLEAR
:_

ERROR_IN THE NATIVE REGISTER

START PATTERN_IN FIRST BIT
SET LOOP _COUNT T0 7
FOR ALL BITS_THE ARE INDICATOR DO
: SET THE BIT
: CHECK THAT IT GOT SET

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 14-1

SEQ 0048

TEST - NATIVE REGISTER

30%:
000177

177520

BNE
ESROR

304
i?gs

i
i

ASL

;

BIC

#177 NATREG

;

S0B

R2,25%

;

: IF NOT THEN
:
ERROR IN THE INDICATOR BITS

;NBHIFT PATTERN TO NEXT BIT

FSR

CLEAR THE INDICATORS

: CHECK THE BOOT SWITCH TO BE READ ONLY
177520
007400
177520

B
MOV

CMP

BEQ

88
882232229
wvn
NN
ROR
—
H

100$:

OWwo

b4S5

RARAN
ARSI
owm.m&fi

gssse

1819 00

003012

000004

110¢:

ERROR

BB
NATREG,R1

:: TRYTO
WRITE Y6 THEBODT SELECT SITCH
READ IT AGAIN

R1,RO

;

110

;

IF_THE BITS CHANGED THEN

ERROR IN THE NATIVE REGISTER

(SP)+,(SP)+

05%,

;

MOV

SAVTIM, 344

; RESTORE UNEXPECTED TIMEOUT

ERROR IN THE NATIVE REGISTER

; ENDTST

:MC

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 15
SEQ 0049

- 16 BIT ROM CHECKSUM TEST

1843
1843
1845
1849 002333
185 002343

.SBTTL

010000

173576

TYPE

—

Qo
o

35?9
seg

10005:

et et et

SEEERR=E
%OW %Mgm

ts712.

ééggggss:
027060
017600
040000
000200

e
—OoOW
080

dkkkkkkkkkkkkhhkhhhhkhhhhhkhkhhkhhkkhhkkhkhhhkkkhkhkhhhhkbhkhhhkhkhhhk
&

005352

177520

10¢:

20$:

304

00123

JASCIZ

MOV

; IF BIT 12 IS SET IN SOFTWARE SWITCH REGISTER
.~

::GET OVER THE ASSIZ

<15><12>/7tEST 2

1573

msoo.gmma
#40000 .R1
130 R2

R1),.R3

- KDJ11-D

; SET UP I-é MMU REGISTERS

: POINT PAGE 2 TO SELF TEST
: POINT R1 T0 PAGE 2
;

MOV

#40000,R1

DEC

;

1,#60000

;

MOV

R1)+,R0

3030
FHCIPAR2
0000,R1

Pg
e

%°’
R.R3

ERROR

404

ROM CHECKSUM TEST/

;360 TO THE NEXT TEST SKIP THIS TEST UNTIL WE GET FINAL ROMS

;
;
;

ADD

THEN TYPE TEST TRACE

:: TYPE ASCIZ STRING

ogm.émmsc

MOV

BEQ

40’:

30013

BIS

?uL)g

172344

1000$

Pé SETMMU

CLR

040000

#BIT12,3SWR

JSR

MOV
MOV

172344

s bt et s

- 16 BIT ROM CHECKSUM TEST

:16 BIT ROM TEST

S
. i
e

TEST

;ROM’'S CHECKSUMS

000 OO

;

:
:
;

ENABLE THE SELF TEST ADDRESS

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 16

SEQ 0050

TEST - KDJ11-DA DATA PATHS

187
87

3
SEORRRSS

.SBTTL

: DATA PATH TEST

Py vy
WO OOO 00000
>SSS
D00 ~JON

;

;
;

PSPt

1771717
177400

OOV®

170360

007417

052525

125252

: BGNTST
i Set Timeout trap to TIMOUT
i

;
i

Set timecut priority to 7

Read location 0
FOR pattern := first to last
Write pattern

;
Read
pattern
y
;
IF Pattern read <> Pattern Written THEN
ERROR
;
: ENDFOR
: ENDTST

:DATA PATH TESTS

ts?;tttt;e&gtttt‘ttttttt‘tttttt‘tttttttttttttttttttttttttttttttt

010000

173410

#BIT12,85WR

ASCIZ <15><12>/fEST
I
igst 33 - on11-o6 ATA PATH TEST/

3
TYPE

005540

—

1000:

000004
005710

000000

000070
000007

5¢:

000000
000000

003012

000004

15¢:

BIT 12

IS SET IN sorrunas SWITCH REGISTER

?%vgsEST
..TYPE A

; SAVE UNEXPECTED
TIMEQUT TRAP ;MC

ST
v

‘3 *

;
:

READ LCCATION
0
GET A POINTER TO THE PATTERNS

MOV

(Ré)

: WRITE THE PATT

MOV

? DDAT

ERROR
BR

Pt
ERROR INTHE DATA PATHS
;
NSND

MOV
BR

SAVTIM, 344
TST4

309
MOV

10$:

; IF

304, SAVTIM

000000
177776

1oo
oo}
ss

MOV
m

000340

882 sgegece
for No (N mgommw

363(1)o1ss

—O00

SREFEIER SHITSRRE SOSRT

83822

—

30 8080888808000 000008000040000

This test checks out the data and address paths on the KDJ11-D
Board. The patterns used will be:

;

222
OO 22
%§§W\»—s et P

et e

e o

s et e

O D WO OO D D D D D O DD OO OO DODO
et e
WIPONPONURLNOTONL PNVP e et B
O WA NN E N
OO
IOV NS NI

TEST - KDJ11-DA DATA PATHS

TP 000000000004
80000 000000088808
0

SOB

o%m

h (R1)+

R1), $GODAT

2,58

; SET UP THE TIMEOUT TRAP

:;%m&é%m
SET THE LOOP CO
;
i

IFTLEE PATTERN IS NOT READ BACK
::

GET READ DATA

GET EXPECT ED DATA

; EED ;gn

: 551035 UNEXPECTED TIMEQUT TRAP
::60 TO fuz NEXT TEST

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRC V05.03

Tuesday 07-Jan-86 15:18

Page 16-1
SEQ 0051

TEST - ¥DJ11-DA DATA PATHS

59
_3

19
937

19 3
9

.L“O

[94§

H
: TIMEOUT ROUTINE

005710

7 3
714

722

724

194
1944

7
0 57

947
;Im

0 37
780

104045

777
77400

70369

‘ég
1 §3

100$:

003012

000004

ERROR

CMP

+45

spgo.(sp).

ngv

PATT:

AVTIN, 344

ST4

WORD
WORD

177777
177400

.MORD O
WORD

; C EEAN STACK
:

S;? % UNEXPECTED TIMEOUT TRAP
TEST

::60 TO tHE NEXT

gosso

HORD Ossss
umB 12§z§3

—

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 17

SEQ 0052

TEST - MEMORY ACCESSABILITY

.SBTTL

TEST - MEMORY ACCESSABILITY

TR0 0000000040000 0000000000000 0000000000000

00000 000000000040

~IWN

:ACCESSIBILITY TEST

This test uil& check the accessibility of each address of memory
on_the KDJ11-D Board, IF a nenor¥ address trafis YUt then an error
yllllbe féagged. R side effect of this test should be that all memory

cleare

BGNTST
g:t timeout trap to TIMOUT
t timeout priority t

Por MSB Address .= 500000 to 1777777 DO
Contents of address := 0

Go to the next test

197

NN
NO WL
~NNN

30042i

e
S i L
OO
W ~JMNON
NN~

010000

gg\“fl

—
—

|97

197

173166

005762

bttt

tannt e L LTI TR LT IR 2R T

%85

%fig}?sg

1000%: wov
00

000377
060000
000200

172344

172

020000

003012

000004

040§22

ey Y

P TTTTT T

I ITTT

el S:M gxgo . #B1712,35HR ol gng} 5 ;mgr IN SOFTWARE SWITCH REGISTER
BR

001600

T R

10$:

ASCIZ

E;Tvps'fggq'émg
;~g£1 ov

gea.sAVTIN

%233 984

MOV

#1600,

B
1

ASC %

<15><12>/1EST 4

fig

MOV
204

00174

Soogs

: SAVE TIMEQUT

SET UP THE TIMEOUT TRAP

b
S4KIPAR2

; ;g UP KPAR 2

#377.(R1)s
3063033

$:9 gmfl‘.’ §vurus””
5 : Nm\ve PASSED THE PAGE BOUNDARY

640000 KT Re

Eng

a:x AR2 , $20000

gav

AVTIM, 344
STS

- MEMORY ACCESSIBILITY TEST/

o
i
::60 TO

1 END

T ADBRECRCED pace 2

THE NEXT TEST

TIMEOUT ROUTINE

100$ :

?:w?n.w

i RESTORE TIMEOUT

Eon fsggo.(sv).

nkv

—

REERN STARE,

8BS

COXDDAO KDJ11-DA CLUSTER DIAG.

MACRC V05.03

Tuesday 07-Jan-86 15:18

Page 17-1

TEST - MEMORY ACCESSABILITY

588; 006154

000400

TSTS

::60 TO THE NEXT TEST

SEQ 0053

.“2;
~

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 18

TEST - MEMORY ERROR REGISTER

2007

.SBTTL

TEST - MEMORY ERROR REGISTER

TR0 000000000000 0000000000000 0000000080080000000008000080000000000

W@ IO NE NN~
O

HEHORY ERROR REGISTER

o OOO00O OO0
—papapapapa

NONON oMM

5&8

gzlsdtest will check the MEMORY ERROR REGISTER on the KDJ11-D
ard.

BGNTST

Se:up znneou: ¥EC}8S ;C
to IIHOUT

tgg a:ft abort VE
imeou

B8R SORERSSS

a bus reset

he Memory Error Register (17772100)
e that the register bits are in the right state

w
_4

Chec 11 R/W bits

................................................

......................

006156 000004
§§§ %gg %7; 010000

006174 cl)ootz}l —

tttt“tttt“t‘i‘it“tttttttttttit‘tt‘tttttttt“ttt‘t‘tt‘ttttttt

172752

térs:

scope
gp

3oo1qs8535

ngg%z,@SWR

R
oL 006776
o
006276 000137
3 006302 013737 000004 003012 1001$: MOV
364, SAVTIM
882

006728 883883

o%s 344

G §§ 86597 R
172100

CLR

go:g

3
006360

81 737
737

0003

13700

172100

05 ;3}

??3?33

; IF ?n 1;
;é?
LNigrmne SWITCH REGISTER

§ <15><1z>/18§7
""PE2
vgfi
328%

BS'r'c" B
gb; Gitie
§ g %g e
37

yPkalNT

rn ri

Setup ornty obort VE TOR Pr:ornty to 7

BBl
R,RO

ROR REGISTER TEST/

BSRELos
t

ternnnn.

.IF
n'fi THIHO?EST
D0

g
: NO THEN GO TO rne NEXT TEST
; SAVE UNEXPECTED TIMEOUT TRAP
;

SET UP THE TIMEOUT TRAP

: READ THE MER
;

: CHECK OUT THE MER “ALWAYS READ AS 0” BITS
172100

osoosz MER

C
ilzg;m
Esaoa

;

TRY TO WRITE THE STUCK AT 0 BITS

3
§

8883% g ; 1
882376 miogg

; IET?MEHST'LEK AT 0 BITS CHANGED
P g'fnoa IN THE MER

; CHECK THAT BITS 0,2,14,15 ARE CLEARED ON RESET
006400 052737 140005 172100 {0s:
BIS
#140005, MER
; SET ALL THE R/W BITS ON THE BOARD

COXDDAO KDJ11-DA CLUSTER CIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 18-1

SEQ 0055

TEST - MEMORY ERROR REGISTER

FESED

I~ ~=J~J
BN ooTM

4St

—

uas e
G

eesoees 22229
32SIS
IR
O WO
NN E NN
OO 0O ~ IO
Sss
82
SREER8
o
=
BIRTSE

05
09
i
ggo 006
101 006 g%

2162 o0e2ig

5104
006550
2105

2114 006566 2115
2116

CHP

33
akadd 140005
001124

BEQ
CLR

&7,2100

MOV

032737

00540
10*05%

140005 172100 -

ERROR

"57‘/72 RO
R,RO

}

RO méoos

IF msR/Msps o%g NOT GET SET THEN

GET RECIEVED DATA

;

Repgn

IF NOT THEN ERROR

DDAT

uhooos $GDDAT

3‘15
- #140005, MER
seg
208
ERROR

+57

; nisx
o ALL THE UNWANTED E

;
;

RROR

: GET EXEgteg DATA

: Rfixém THE_APPROPIATE BITS GET CLEARED
:

; CHECK OUT THE WRITE WRONG PARITY AND PARITY ERROR ENABLE BITS

027060

ga76% 17234

20s:

000001 172100
000004 172100

JSR

PC,SETMM

BIC
BIS

#8172, J4MER

3%3992-22“"““2
#8170, 3EMER

;

:: CLEAR
351~¥’15’E§§r
VIRTUAL
ADDRESS
IN
PAGE
2
PARITY ERROR ENABLE
:

SET WRITE WRONG PARTITY

;

WRITE WRONG PARITY

: WRITE WRONG PARITY TO LOCATION 1777776

000004 172100

CLR

BIC

mi?a.mn

TO THAT LOCATION
: CLEAR WRITE WRONG PARITY

; MAKE SURE NO PARITY ABORT OCCURS WHEN PARITY ERRORS ARE DISABLED

003050

;

15T

151
NOP

(RQ

MERTAG

;

004052
004052
172100

15T
CL
CLR

aeg

;

ERROR

PARABT
gss
ARABT
I4MER
+62

READ THE ADDRESS BACK

;
: SHOULD
;

2106
107

i
511 006264
2ite

BIC

NgT GET

PARITY ABORT

! IF WE'GOT A PARITY ABORT
: THEN
;
CLEAR THE ABORT FLAG
: SLEAR FEHORY ERROR REGISTER ;MC
:

;

LAG THE
E

: MAKE SURE A PARITY ABORT OCCURS WHEN PARITY ERRORS ARE ENABLED

806600 172100
003050

8
157

18T

BER sever
(R1) '

MERTAG

Ok
:

;

:
:

ENABLE RRRTTY ABORT

THIS HAS TO BE ONE uono INTRUCTION

READ THE ADDRESS BACK
SHOULD
GET

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 18-2

SEQ 0056

O O~y

CMP

g%iPAfiABT

: DISABLE PARIT Y ABORT S

T'F§$mW1&TAP A RITY ABORT

: CLEAR PARITY ABOR T

PARABT
+63

sEaasess5ssgaase g38e

$0s:

88 833
g
5

R
-3

(=4

172100

35¢:

#170037,R0
§g§o7746

ERROR
BIS

MOV
BIC
CHMP

ngv

100%:
177572
101%:

003012

BIC
CMP

BES
MO

408:

;

PARABT

MOV

001124

CLR

BIC

BEQ
MOV

001124

g 82

g888% 8583

FERRENERSIININEE

172100

ERROR DID NOT GET A PARITY ABORT

ERROR
CLR
R
LR

RROR

RO, $BDDAT

#7740, $GDDAT

534
1714, 34MER

FMER, R2
#177037,R2
R2,#40

170

005237

004052

PARINT:

i READ THE

40
R2, $BDDAT

#40, SGDDAT
+65

(ag
3% 3
EME

ogg

+,(SP)+

CLR
CLR

R1
9#SR0O

MOV

$5P30.3#116

MOV
MOV
BR

000004

481115, aeneR
FMER R 0

SP)+, 94114
AVTIM,a#4
STé

: PARITY ABORT ROUTINE

NN
WM+
O WO

s i e o
e s

#BITO, S4MER

: CHECK OUT THE ADDRESS AND EXTENDED MER READ ENABLED

~NOVTE

W&&&.b

s s i

BIC

PONLMNLMNLNLNL ML PNV

PARITY ABORT

SOON

g8t
SRS

OO G0 ~JOMN B NN

NIV ML PPN NPV NL NIV PLNLPL PN PO NNroroPRRRC
RN
NON
s e e e o et ot bt
= e o s B e s s s e Pt e
OO ONONOrONON
OV UL

POPOPON
s et s e ol s s s e
POMPOMMNLNN!

s s

TEST - MEMORY ERROR REGISTER

PARABT

ENDIF

GET
GET EXPECTED DATA

DISABLE MMU
ENDTST

REPORT

ERROR

: CLEAN STACK

: DISABLE MMU
:MC

;RESTORE PRIORITY
RESTORE VESTOR

RE STORE UNEXPECTED TIMEOUT

::60 TO THE NEXT TEST

; FLAG THAT WE CAME HERE
i RETURN

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

SEQ 0057

TEST - MEMORY ERROR REGISTER

2174 006776

Page 18-3

PAREND:

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 19
SEQ 0058

QO ~JO

TEST - MEMORY ERROR REGISTER

.SBTTL
TP

TEST - DATA SHORTS AND STUCK AT BITS

R332 0040238080000

0 0400000080008

;:DATA SHORTS AND STUCK AT BITS TEST

4 0440800400020 44000044

This test will check the DATA Rams for Data shorts and stuck at bits.
Testing occurs as below:

1. A nemorx location is checked to be set to 0

§.
F NOT O error
.
The location is complemented
4. IF contents NOT -* errgi

5. This is repeated for all
addresses
6. Steps 1-5 are done from location 1777777 to 0
Note: The KDJ11-DA board uses 256k X 1 chigs This allows us to

use only 2 patterns per RAM. IF one

bits is shorted
to

another we will detect this when we read for the initial state.
f it has changedtfron the expected state then chances are that
the bits are s orted together.

R side effect of this test should be that memory is cleared.

BGNTST
ENABLE PARITY
FOR MSB_Address := 0 to 1777776 DO BY 2
Clear Address
If Caa&ants <> 0 THEN
t
in nenery
Complement the Contents of Address
IF Esa nts <> -1 THEN

ENDFOR

—_—
r

FOR MSB_Address := 1777776 DOWNTO O DO BY 2

IF Eansants <> -1 THEN
ROR
1n memory

Eonplenent the”Eontents of Address

F contents <> 0 THEN
OR in memory
ENDFOR
ENDTST

006776 000004
007000
007006

032777
001433

7014

000430

3 & ddkkokokokodkok dkok ook dkok ok ok dk ok ok ko ok ok ko ok sk

010000

172132

t816:

224 8870 0 %84481 007016
2225

887 7
00707

3329
88;?76 3?393; %5333% 003012
fiwm%mfi7mmomm

SCOPE

BIT
BEQ

#BIT12,8SKR
1000%

; IF BIT 12 IS SET IN SOFTWARE SWITCH REGISTER
: ~ THEN TYPE TEST TRACE

30020

::GET OVER

fihs
MOV

ggiRgAvrxn
#100%, 944

TYPE

. 300218 :

20020$

10005:

okok ok ok dkok ook dkok e akok ok ok ok ok ok ok ok ok

30021 $

: ;s TYPE Asgx STRING

THE ASCIZ

JASCIZ <15><12>/1EST 6 - DATA SHORTS AND STUCK AT BITS TEST/

- m—

'STORE
UNEXPECTED TIMEQUT
: SET UP THE TIMEOUT
TRAP
——

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 19-1

SEQ 0059

TEST - DATA SHORTS AND STUCK AT BITS
@e we We W
- Wme we We We
- We W
@

FOR_ADDRESS 160000 T0 2000000 O

. READ MEMORY
| IF 11 5 NOT

:
:

ZER0 THEN

GE] THE TARTUAC ABORESS
ERROR IN TR MEMORD

RESTORE AND TO THE NEXT TEST

. COMPLEMENT MEMORY
: SAVE THE RECIEVED DATA
: IF 175 NOT = -1 THEN
ERROR IN THE MEMORY
GET EXPECTED DATA
GET THE VIRTUAL ADDRESS

RESTORE AND TO THE NEXT TEST

001124

)

A
777, $GDDAT

BDAOR

@
we

35¢:

qn -~
-Mm>x
OMEGEIG)
=" X>

177777

oOm g

30¢:

rzr;‘..
vo oo -ngfl
w ee oo o0
HZJU)S—O—C

80‘\‘\&
<o
~J D

N
WU

R
~NOoN

172344

2233 007400
2284 007404
2285 007410

imc

; .c

THIS LOOP IS IN HERE TO TEST THE DATA RETENTION OF

ol i

ENABLE PARITY ABORTS

ENDFOR

2230 88;3;0

W W W

020000

o
i
2279 007%64
tg ok

imc

POINT KPAR2 TO A NEW PAGE
ND%ET THE VIRTUAL ADDRESS TO PAGE 2

i
574 007 §§

SAVE PS%OS?TY ;MC

35t up trap

: IF E HAVE PASSED THE PAGE BOUNDARY

172344

g 00;32%
007

W we
e W

20%:

2271

GO SET UP THE MMU REGISTERS
WE_WANT TO MAP THRU PAGE 2
SET UP KPAR 2
SAVE VECT
iMC

001122

007306

n33333353

001124

1 iO
1310

we W wme W

Se5 sasses
S A

o
L4

15%:

e 0O RN
OOV =N~
ptpae e

10¢:

+ DAL~
=IOV
—_
Onip2pa

000006

040000

o
OOg.—-O S8Se228R82

288888 ss38s8s Sssssss

888888 8888
OO
WNNN ne St
REvS EROESKHSRIS =&
NS&&

POPLPLNL VNN

WLINF-O

PONLN! PONLPLNLNLN
PNV PLNONLND! N
RARARNNNNNNMMNNNN
SELLELDDPELDW

000340

084731 027060

T0 THE TOP OF A PAGE
QINT TO_THE TOP PAGE
RS TO FIRST BY 2

EMORY MAKE SURE IT IS -1
THEN
XPECTED DATA
IRTUAL ADDRESS
MEMORY
0 THE NEXT TEST

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 19-2

TEST - DATA SHORTS AND STUCK AT BITS
ggg 007412

mhe
BR

101$

40$:
8 007420 020127
1o1§46 040000
62737 000200 172344
§ 00744
1§7o ogoooo
7434
023727
172344 001400

000433

CMP
BHI
SUB
MOV
CMP

304
3200, 94KIPAR2
#60000,R1
FEKIPAR2, #1400

334

CLR

MER

007414

:szz

UMM NN PLNLNLNL LML NV PLNLPL N

7442

001335

007450

000414

7444 88 37 172100

0 007452
74

005037 172100
03072

R1,#40000

304

50$:

CLR
ERROR

RESTORE AND TO THE NEXT TEST

ADDRESS ABOUT TO ENTER NEXT PAGE
i :: IF_VIRTUAL
: THEN
58
ADJU?T THE PAR
ii :: ENDI
: RESET THE VIRTUAL ADDRESS TO TOP OF PAGE

;

ENDFOR.

RESTORE AND TO THE NEXT TEST

3 &LEAR THE MER

1014

MER
+7

; INIT THE MER
: REPORT ERROR

By, (sP)e

: CLEAN STACK

;UNEXPECTED PARITY ABORT ERROR ROUTINE

b=d
o

;VECTOR SAVE AND RESTORE
&
o
n

1014

! TIMEOUT ROUTINE

% R7ase Joz0as
74

5301

9007476

005037

100$:

177572

§§88§§8§
§%§§§; %%ig 000004
§887§55 000400
7

BNE

;

; PARITY ABORT ROUTINE

§§ 88756 §9365¢
8

000116

1015

ERROR +46
DEC

;

CLR

@#SRO

;

“83

5%’3%&“3%%‘
St

P)+.

: REPORT ERROR

84116

‘ EE§¥°§§ YREXSECTED TIMEQUT
'
;

RESTORE

PRIORITY

::60 T0 THE NEXT TEST

COKDDAO KDJ11-DA CLUSTER DIAG.

SEQ 0061

.SBTTL TEST - QUICK VERIFY DATA AND ADRESSING TEST
TRIR TR0

007522

000004

5 007524% 032777 010000 171406
9 7§ 33 001434
007320
ooast TM%
i

This test will check the data and addressina of _the memories.

It uses the KNAIZUK HARTMANN QUICK VERIFY TRAM TEST ALEBRITHH.

This algor:thm will test memory for all stuck at faults in the
data and addressing
Memory

split

LE §,15275,48

into_sections of 3.

"o 05"

Testing works as follows.
-

WE WE W W W W WS WL W W W WE W W WS W W W W W W e W .

GNELELRE
UL

4400000000030 40 0000848008000 0000000800440000000000%000040

;UNIQUE ADDRESSING TEST

= OO0~V
NN OO ~JOVN BNN

PPN POMPOPOMNON ACUAS
LS R ST T 8TS LAS LIS T NT ST, YrorrOMMNN
NN
nororRR

Page 20

. Write a 0 into the 2nd and 3rd address of all groups

write a -1 into the Ist address of all groups
]
make sure that the 2nd address of all groups contain 0
Write a -1 into the_2nd address of all groups
.
Make sure that the 3rd address of all groups contain 0
Hakt §ure1that the 1st and 2nd address of all groups
contain

Write a 0 into the 1st address of all groups
.
. Make sure that the 1st address of all groups contain 0
Write a -1 into the_3rd address $f all groups

. Make sure that the 3rd address of

)

all groups contain -1

jiRkkkkkkhhkkkhkhkhkkhhkhbkkhhhkhkkhkhhhhhhhkhhhkbhhkhhhhbhhhhhdhhkh ks

t817:

scope

gn
?Eg

#8IT12,354R
1000$

;: IF
BIT 12 IS SET IN SOFTWARE SWITCH REGISTER
_ THEN TYPE TEST TRACE

BRC

33095%
N
.AS%%Z <15><12>/fE§r 7 - QUICK vs%xrv DATA AND ADDRESSING TEST/

JSR

PC,SETMMU

SovCLR

2367
007664 012704 00000
2368 007670 012705 17777
3 9 007674 012703 000001

MOV
MOV
MOV

#1,R4
&1 RS
#1,R3

2371 007704 83%(7)84 000002
2372 007710
5
237 oo771§ 005003

MOV
CLR
CLR

23 3 007624

2359

007624

004737

027060

2360 007630 013737 000004 003012
1 007636 013737 010020 000004

5363
007030 013704 000001
2324 oo76§2 035 05

Tuesday 07-Jan-86 15:18

- QUICK VERIFY DATA AND ADRESSING TEST

OOO%

TEST

MACRO V0S5.03

V1B

S 007656
007660

005003
004737

027360

0 007700

737

027360

2374 007714
2375 007720
2376 007724
2377 007726

004737
004737
005004
005005

027360
027532

35322‘}3"
10005:

MOV
MOV

LR
ALL

CALL

CALL
CALL
CLR
CLR

984, SAVTIM
}ooi 924

oNIEEH

R3
RWTMEM

RWTMEM

42 R4
RS
R3

RWTMEM
RRMEM
R4
RS

; SET UP THE MMU REGISTERS

: gme UNEXPECTED TIMEOUT
; 1@921

t: T
obREES TG To
SET Exr»sc?su PATTERN %o 0

: SET 29 RATION TO READ
: GO READ AND CHECK MEMORY

: SET gmgsg INDEX TO 1
: SET g ATTERN TO -1
: SET OPERATION TO WRITE
: GO WRITE THE MEMORY

; SET ADDRE?S INDEX T0 %
; SET EXPECTED PATTERN T0 0
; éer EPSRA.ION Tg READ

: GO READ AND CHECK MEMORY
: READ Ang gnscx T AND I+1 INDEXES
: SET ADDRESS INDEX T0 O
: SET PATTERN T0 0

COKDDAQ KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 20-1

SEQ 0062

027360
003012

CLR
CALL
MOV
BR

000004

42 R4

3
RWTMEM
SAVTIM, 344

TST10

—

oom

—

W
W
W
W
W
W
W
We

#-1,Rs

MOV

: TIMEOUT ROUTINE

93 010020 005301

18 it foione
;48 818856 03§o§9 177572
4

MOV

et =
TM TM
(=]SORuaie
mx
V>
m=
SElen
‘O
Mo

18802
91
010004
92 010010
;34 010016

#1.R3
RWTMEM

03
003737
013737
000411

000002

7776 83%705 177777

#-1,RS

MOV
CALL

——0

000001
027360

e
VOO
UNWNEINW w
omommmommmomm m

012704

MOV
MOV

5887746 382927 027360

30077 2

RWTMEM
#2 R4

ctg

3 oo77§g 012704 ooooo;
S 007756
012705 17777
8337?;
737

ALL

CLR

;‘713 00 og

988776
77

#1 R3
RWTMEM

005004

Vv
CALL

2381

2330 887740

000001
835723 027360

0077

®e

5373 8877

TEST - QUICK VERIFY DATA AND ADRESSING TEST

0188

305 01004

013737

1400

003012

100$:

DEC

Ll
LR
sos&o
+,

000004

ngv

BEQ

AVTIM, 344

ST10

REPORT ERROR

; CLEAN STACK

: RESTORE UNEXPECTED TIM

;360 TO *HE NEXT TEST

A
e

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO v05.03

Tuesday 07-Jan-86 15:18

Page 21

ol alin

333

TEST - QUICK VERIFY DATA AND ADRESSING TEST

SHEES
S5555

OO D ~INN
BN O O®uIT NS GO

.SBTTL TEST - CHECK PARITY DETECT LOGIC AND RAMS
TR0 0000000804000 8000 0000400000000

BGNTST

Set up Pernty Vector (114) To PARINT

Enable Write Bad parity (Set bit 2 in MER (17772100))
lear all of memor
ead first location urntten to
IF Parity Abort Occur

Errorhere shoufd
be
ng Parity Abort en di 3ab1ed
e Parity Error

it 0 in MER (177 7
2100)

FoBEGi§St Address to Last address D0

READ Address
NOP

WL
e B

IF No Ints
upt THEN
rror

W
WE WE WE W WL W W

N
INE
OOV
W

0 0400000000880 0 0000000040

This test will check out the parntl
detect'on logic on the KDJ11-DA
board. We will write wrong paruty o all locations and then we will
Expect the a parity trap on a read

W WE

W W e

W W W

W W e e

e e

CHECK PARITY DETECT LOGIC

]

dn’'t Detect Bad parity

slear
the |nt¢rrupt flag

ead the MER and make sure the obtained address is the correct one

PARINT:

*fg that an interrupt occured

kkhkdkhhhhbhkkbhhhbhdh
bbbt hkhdbhhhdihihbhht bbb hddhhhbhbbdhkas

§i§3 gog 7 000001 001220 'rSno §52§E mrguv SENV

ARE 'l m APT noge

fig oig% gffig 83%333 171044 2000%: % ?ng%’;.am i IF an?sfi ?2 golR“TEbENSKIP?ms TEST

i%o 8%8%% 8332;7 3%83‘6 171030 100$: ‘ég';
54 3 §i§§% fiafi 010120
8535
:30025% ;

?fiiz.asan
IF ?'T 1;
1S ?ET
INsgnume SWITCH REGISTER
3§gozss
..nge;fg
17 sm NG
AS%IZ <15><12>/1£51 10 - cnecxSnfin DETECT TEST/

%:459 3 010208
813}%9 006110 000114
010214 012737

bl
#340,34116

2 01
,

000340

000116

o
MOV

[i ——

‘

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 21-1

SEQ 0064

TEST - CHECK PARITY DETECT LOGIC AND RAMS

2460

;

522%

; CLEAR ALL OF MEMORY WITH WURITE WRONG PARITY SET

463

010222

004737 027060

469

012737

464 810 6 ma%
105037 003010
us&o
040000
001600

§46 010244 012703 000002

'
172344

469
?2? 010250
47

47§ §43§22

:;4

0262

47
473

012737

000004

005037

172100

57 ; 003010

4 g 010314

#1600, 34KIPAR2

#2,R3

;

MOV

MOVB

24, JSMER

PARPAT,(R1)+

CLR

IEMER

1%
#200, 34K IPAR2

CHP

000200

172344

BLO
ADD

023727

172344

020000

CMP

001355

IZE FIR
N T0 ZER
HGQ#
%O
MAP
THRU
PAGE
2
0
SET UP KPAR 2

LOOP FOR ODD PARITY AND EVEN PARITY

MOV

BNE

R1,#60000

: ENABLE WRIT

i
CLegk OUT A
; :ggngl.s WRI

IS | B oS

#40000,R1

i+ :: THEN
A
INT KPAR2 TO A NEW PAGE
P SET THE VIRTUAL ADDRESS TO PAGE 2

4KIPAR2 , 20000

EMDIF

: ENDFOR

: LET'S NOW MAKE SURE THAT THE ABORTS OCCUR

MOV
MOV

#1600, 3¢KIPAR2
#40000,R1

;
;

490 010

%fimu&n

;::EmgspARITY ERRORS

'T‘ST

010330 042737 000004 172100

491

010344

493

010352

wg% 000001 172100
10 7§1

0%46 005737 003050
000240

74
76

37
37
04033

T2, 34MER

;

000457

Pon
-

;

LR
LR
ERROR

: gfl VIRTUAL ADDRESS TO PAGE #2

Por
:
:

MP
£Q

: SET UP PAR 2

;o .EJ%gABLE WRITE WRONG PARITY

004052
172100

BIC

s1B

54 023727
004052 000001 °
00 409

MOV

;: INI
ME

5 010316
.
20$:
9m6mm/mm1mu
‘3%83 012701 040000
-

489

;GO ?gT P T

MOV

PARPAT
#40000,R1

172100

: 3

PC,SETMMU

5g3 gs
737

479 010302 %yg 040000
0 010306

JSR

1$:

47; 0 96 020127 060000
2
74

CLRB
MOV

PARABT,#1

254

PARABT
MER
+63

:
;
;

403

: READ

THE BYTE

o
:Plgép

ABORT

: :

TSAP

‘

SOON 11!

IF_A PARTTY ABORT DION'T OCCUR

AR TEEAROUT?I{HER
D

EITHER O

OR >1 ABORTS HAVE OCCURED)

R ELEE OR DID NOT GET A PARITY ABORT

; CHECK OUT THE ADDRESS AND EXTENDED MER READ ENABLED
00

00 osim 100001 172100
08
10

254:

00 oog
10407

0412 042737

100000

172100

30s:

BIT

#100001 , F4MER

BNE
ERROR

308
+73

BIC

48IT15,4MER
-——

;

AR ?ITS 0 AND 15 ARE SET ;
YES_THEY ARE
;

;
;

NO THEY'RE NOT SET

;

CLEAR THE PARITY ERROR FLAG
——

l
COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 21-2

SEQ 0065

TEST - CHECK PARITY DETECT LOGIC AND RAMS

8“88 160000

FITSS W

172100

356:

S8b-

BIS

fii;x:o&:*:":gkgezBiR®
R REATE ng o
R EAR oy
EDEDB1Ts
P s %EAR
T
‘&;

o8@?
I RSt

f
emg

172100
004052

40%:

060000

172344

020000

000001

003010

3(1)77§37 RO

=51
11 PLACE
P
f %“T
IFs%ém nni
33‘
"%

pe.es

172344
172100

JH®

R?R BT
R],060000

gfig

g%g{::;o

%"ga afmm
-

B§

SET
ENADLE
READ EXTENDED 1T

: oz

LR
P

OATA

Poii:

3
LR

EE} RECIEVED

wxgmgmea

000200
040000

uéoooo RO
30KIPAR2 RO
u&gousm
0170037 RS

E"mégon fig {300AT

—r—
——

s
e

N~~~

SRR

NSRS TR
LULUEREYEY

O
UMD
INON
= =~
G~
~J~J
NNNO

52288

~~UN~d~J

FASVARS

SeSRRIR2
23223
58838522
SISV5fi§é§§8

Egg
age
BIC
BIC

s14 gg?’b&xme

#40000,R1

E E E
5 EEETMER

READ EXT BIT

§L ARuff TY Aaom TRAP
; ?:
JJVE
e PAGE BOUNDARY

e511&ADDRESS
70 PAGE 2

’
- % #u’é‘wfigfi?«
;

di DOUNTIL
3SETA%UEWEg&‘mougORPARITY
EVEN AND 0DD

;

WANT TO

MAP THRU PAGE 2

CLEAR ALL OF MEMORY WITH WRITE WRONG PARITY CLEAR

172344

172344
020000

MOV

#1600, J6KIPAR2

gfigfl R 1360000

’év :oaoxogomxmz
kz $20000
§§§

L
é

5% iPESSED THE PAGE BOUNDARY

5%"%&"0&‘%&Asgess?o PAGE 2

'Sug

5 .

: LET'S NOW MAKE SURE THAT THE ABORTS DON'T OLCUR

NUMBER

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesdsy 07-‘an-86 15:18

Page 21-3

TEST - CHECK PARITY DETECT LOGIC AND RAMS
74

; 81 ;18 012701
o{ 737 040000
001600 172344 0s:

3 9 716

50 05

MOV

#1600, 38KIPAR2

: SET UP PAR 2

#40000,R1

;

B
TM o

3 T gmwu ADDRESS TO PAGE #2

R
F i Ry

. A?gaé D NOT

HAPPEN 111

1y
7

5737

it B

004052

§3 8i°;'§i
gg}’% 00 172344
18772 g;o% %2322 ailing
lfigg gézg'g

TST

ffig
Q

Hiy- o

PARABT

é‘ m:mz

é«%figlmwo
gg:
¢

i IF_A_PARITY ABORT HAS OCCURED

e SHTL BN s e

§FT§"::VE9::SSED e

E gg* m§ VIfiTlTJRLAAD egs 0 PAGE 2
DOUP'R}L WE HAVE READ ALL ADDRESSES

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesdsy 07-Jan-86 15:18

Page 22

TEST - LTC BIT 7

.SBTTL

;

TEST - LTC BIT 7

HAliIiititid st

; LTC BIT 7 TEST

AR R

R N R R

This test check for the existancof
e the LTC register and it
makes sure that the clock is ticking.

8
8

BGNTST
g et up timeout vector PC to T ;HOUT
Set up timeout vector
PSW

Read the LTC CSR ..o~

g
3
i
3

IF not tined GUT THEN
t
t of ti

P2t gt of
:

: IF

has not been set at all THEN

Error locg is not ticking

TIMOUT: E}::g t%

k
register timed out

.............................................

.........................

OCOOO0O

(e
e b

010000

té111: Egg:e

011056

40208
0112t g0
009%40 000006

1000%:

~=~J
WO
~

177546

< SFFVSREVSREDESRsocoo RS

s Pt

s s et it s s s s s s s

°g88838s

et o et s o
ORI

s ot

s s s ot e
P

0 bt s o

170072

ettt etsdannaas

00000%
17777
000200

177546

15:

s e e

e e

s o

s s et ot ot ot o o et e s bt bt

e e ot e

OCOO0O0O0O0O0O0O0O0O0O0OO0O0O0O0OO0O0O0O0O0

SRS
RO

tine

NCREMENT BIT7 Clear Flag

ither fla

ENDTST

633
637
639

IF BIT7 is set THEN
ncrement BIT7 set flag

: E NDFOR

oV
"oy
&RV

l§3512.0SHR
1000
00274

aooés

LASCIZ

T I 222

;LTC BIT7 TEST

T
ITT

s IF ?IT 1? IS %ET IN SOFTWARE SWITCH REGISTER
;
HEN TYPE TEST TRACE
STRING
;s TYPE ASCIZ

::GET OV

ASCIZ

<15><12>/tEST 11 - LTC BIT7 TEST/

g
oégo , 096

S5 BN

ggi
INC
BR

S5$:

INC

20%:

BE
1S
BNE
SCB

10¢:

L LTI
T
IR

.
THEN
ERROR WITH BIT7 OF LTC

TOLERATE ONE ERROR ONLY

COKDDAO KDJ11-DA CLUSTER DIAG.

7EST - LTC BIT 7
104053

011206

013737

g ougu 030405
67%

011216

003012

000008

674 011916 104054
675 011220
022626
676 011222 01
003012 000004
678

5679

Tuesday 07-Jan-86 15:18

Page 22-1

SEQ 0068

664 011204

go
67%

MACRO V05.03

255:

ERROR

+53

MOV

SAVTIM.3%4

B8R

TsT12

| TIMEOUT ROUTINE
;

1008:

ERROR
5 A
MOV

+54
R
AVTIN, 344

COTRE

; ENDTST
|

RESTORE

UNEXPECTED

TIMEQUT

1360 TO tHE
NE”sg‘ - -

; REPORT ERROR
: CLEAN STACK:
: "RESTORE UNEXPECTED TIMEOUT

COKDDAO KDJ11-DA CLUSTER DIAG.

Tuesday 07-Jan-86 15:18

Page 23

SEQ 0069

- LXS INTERRUPT PRIORITY

70
703
70
710
71
371
;}‘

£
i

2:,118

720

B
"
SR
S
Y
S
SRS
NS

S
32

709

SRS

969

3790

694

695
699
69

LET LKS<06>=#1 CENABLE INTERRUPTS)
SET_COUNTER T0 WALT FOR 3 INTERRUPTS
REPEA
.
CREMENT COUNTER

UNTIL INTERRUPT FLAG EQ #3 OR COUNTER EQ #0

CLEAR LKS<06>
IF LKS<07> EQ #1 THEN
tpre
ERROR CHAS'NOT CLEARED ON INTERRUPT)
IF COUNTER LT TIME_REQUIRED FOR_3 INTERRUPTS FOR 800HZ

ERROR CINTERROPTC-REVER-CO TM1 0%

ERROR

ENDIF
IF INTERRUPT FLAG LT #3 THEN

WAIT
FOR LKS<75=1

LET LKS<7>=0
IF LKS<7> NE #0 THEN
.
ERROR (LKS<7> NOT CLEARED
ENDIF
SET PRIORITY T0 6
SET COWTER T0 1 SLOW CLOCK INTERRUPT
ET LS06>

R
cner 1t e o
e

%msamA%

END

INTERRUPT WAS AT WRONG PRIORITY)

ES*ORE ORIGINAL PRIORITY

ENDROUTINE

5'7’22

ENDROUT N

2727

(INTERRUPTS DON'T HAPPEN)

ENDIF
CLEAR INTERUPT _FLAG

], 1

27 g
2724

ROUTINE TEST
IF UFD AND LKS IS DISABLED THEN
.
EXIT TEST
ENDIF
SET PRIGRTTY 10 5
CLEAR INTERRUPT FLAG

6
69
69
69

ND DON'T HAPPEN AT PRIORITY
6

684
685
2088
268
688
689

§?§E}< THAT
LS INTERRY ?Rflpggrl«ofimamam 5 CLEARING LKS<07

ESF

-'-n...-...‘-n.u...t.-l.....l...‘.l.a.-o‘c.l.l-l.l-..-o.l-.l...t....‘..-o

2§%

TEST

MACRO V05.03

POPLMOMOMNOMNON

ROUTINE LINE CLOCK
INTERUPT
}E
REMEN INERRUPT_FLAG
011230

000004

2730 011242
011246

104401
000422

27 s 011232
2729
011240

011314

032777
001425

chkkkkhk kR kR ko ko khkkkkkkkkkdhh kb hhkkkkhhhkkkbhhhkhhhkhdds

010000

011250

167700

té112:

scoPE

gI
EQ

TYPE
BR

;1300295 :

300285 :

S73 011314 032737 000100 000052 % BIT
27§§ 0113%2 001400
BEQ

#BIT12,3SWR
1000$

30029$
300283

i IF BIT
1%
IS ?ET
IN SOFTHARE SWITCH REGISTER
ACE

;.TYPE AS&

ING
scxz

.ASCIZ <15><12>/1EST 12 - LKS INTERRUPT PRIORITY/

4BITOG,86S2
14 ]

;UFDM
:IF NOT, GO DO TEST

COKDDAO KDJ11-DA CLUSTER DIAG.
TEST

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 23-1

SEQ 0070

- LKS INTERRUPT PRIORITY

: WAIT FOR 3 INTERRUPTS AND CHECK LKS<7> TO BE O AFTER INTERRUPT

740 §ij[§

01373; o777§%

177546 {s:
000100
1

77546

177546

748 01138
8af0o1
745 01133
106937 000240
28:
7 §} 74 &2737 000003
002340 3$:

747
011402
748 011404
74

011406

011412
7 s§ 4420
0 ‘5

4&
0771

BIC
MOV
Gy

B'I‘E

oenos LKS
axs
& NT 100

oenoeE}(s

ganoe'LKS

ERROR #240
+42

MTPS
MP

SO0B

3, LKSFL

R1,3$

04 7§7 000100 177546 h:
032737 000100 177?46 6$:
°8i‘°1
106427

000340

104042

4007

o§§7g%
7

000003

077777
o§oo

7%8144 88737 002340 177546 108:

it 002340
ni7 og
on!oi80 07oos%
773

011510

001404

775

10401

7 o1i

012737 000005 001124

773 ong 1064§ 000340
;;a 011

INTER

'TF YES,

1S HAPPENED?

BRANCH

:STAYm A LOOP

ROR

Qfi%@%g
;LKS<6>=0? wn

; CHECK WHETHER INTERRUPTS HAPPEN AT PRIORITY 6

737

811‘ 2
496

'Enaon
ua Nc 9310 LKS<6>
:SET PRI % 3

831306.LKs
g%T% LKS

it
%g; 8%i2§i 002837 906300

002340

3
?
gs

72§ gi L:gs082737 000003 001124

7
7

Ig
{51359%2»
,g;

; DISABLE INTERRUPTS AND CHECK THAT PROSER CONDITIONS ARE MET

8$:

;°§

; FROM E SFr;sv 27 PROBLEM
NT VECTOR
Shi
SoRTTO R

042737

000100

177546

118:

350

#3.LKSFL

ERROR

: INTERRUPTS DON'T HAPPEN

43, $GDDAT

CLR

LKSFL

5 ;F
18
BNE

#BIT06.LKS
&

MIPS
ngv

SOB
IST
BEQ

ngv

12¢:

:IF YES, BRANCH
:ERROR
WRITING 0 TO LKS<6>

ERROR

MIPS

BIC

43
$717777.R1

LK SFL

1,108
LKSFL
gs

.§6

$GDDAT

4340

#8IT6,LKS

INT

TS HAPPEN?

}D W

3 Imskmms EXPECTED
;CLEAR INTERRUPT FLAG

:RAISE PRIORITY T0 6
;:COUNTER FOR SLOW CLOCK

:SET INTERRUPT ENABLE BIT
:ANY INTERRUPTS?
:IF YES, EXIT LOOP
;comwe WITH COUNT
:ANY INTERRUPTS?
;IF NO,
BRANCH

;sr?as PRIORITY FOR TYPE QUT

ung
HAPPEN AT WRONG PRIORITY

:RESTORE

:DISABLE cwcx INTERRUPTS

COXDDAO KDJ11-DA CLUSTER DIAG.
TEST

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 24
SEQ 0971

- RESETTING LKS

7§§
7
1
1
7
1
7
7
1
1
7

3ESE - TEST -‘RESETTING LKS

HI%
TE§¥
gILLBROVE THAT RESET INSTRUCTION CLEARS LKS<06>.

IF UFD AN%
LKS IS DISABLED THEN
ENDIF

POINT LKS VECTOR 100 TO_ERROR_LKS ILLEGAL _INTERRUPT

SYNCHRONIZE LKS BY WAITING OR PULSES

LET LKS<06>=4#1
EXECUTE "RESET”
IF LKS<6> NE #0 THEN
ERROR
ENDIF
IF ILLEGELRE%NE CLOCK_INTERRUPT NE O THEN
ENDIF
ENDRDUTINE

RDUTINE ERROR LKS ILLEGAL INTERRUPT

s e

SN S

et
s
et et et
o

shkkkkkhkhkkhkkkkhkbhkkhkhkkhhkkkhkkkhkkkkhkhbhkkkhkkkkkdkhkhkhkhkhhkhkhkkkkks

010000

167374

téT13. SC?PE

011554

10005:

000100

30030¢

18T

31*4

BNE
BIT
BE

000052

30031 ¢

363‘3’83"
001206

#B8IT12,3SKR
1000$

: IF §n 12 IE §a
IN sormae SWITCH REGISTER
HEN rvp

..TYPE
GET OV

§c

ASCIZ

<15><12>/1EST 13 - RESET ING LKS TEST/

$PASS

PASS?
::IF NOT FIRST PAssRSTEXIT
TEST

1T06,345

;UFD MODE?
:IF NOT, BRANCH

I~~~
O

s et e

d pt et o

s e o Pt e P

s ot o p—t

355888SRERRER

: SYNCHRONISE WITH LINE TIME CLOCK BY WAITING FOR 3 INTERRUPTS

[eleleleleloleleolelelelelels]

O DGO~
L NN = OO OO ~JOMUNES NP
SO~

oononohnoNON

OO0OODOO

e [Syeyen

OCOO0O0OO0OOD

e
S S

s e

;
" FLAG ICLEGAL _LINE_CLOCK_INTERRUPT
;:RETUR

1s:

025722

177546

002340

28:

38
177546

MOV
MOV
BIS
CLR
MOV

MTPS

CMP
BEQ
SOB

MIPS

RESET

OLKSINT 94100
? aciog

#717777.R2

og0

43, LKSFL
33
R2,2$

#340

BIT

#BIT06,LKS

ERROR

+11

BEQ

TST14

:SET UP INTERRUPT VECTOR
:AT_PROIRITY 7
.SET INTERRUPT ENABLE BIT
:CLEAR INTERRUPTS FLAG
;COUNTER TO WAIT roa INTERRUPTS

:LOWER PRIORITY T0 5

:3 INTERRUPTS HAPPENED?
;EXIT LOOP, IF SO
;OTHERWISE . KEEP WAITING

:RAI%E PRIORITY

EXECUTE RESET

10 7

: INTERRUPT ENABLE BIT CLEARED?

i IF S0, EXIT TEST

:RESET DOESN‘T CLEAR LKS

COKDDAO KDJ11-DA CLUSTER DIAG.
TEST

MACRO V05.03

SEQ 0072

.SBTTL

:FOR FUTUR

€ REGISTER TEST

D s s HAINTENA E RE ISTER AND
s 10-

EB TS éep

suw UN BUS SYS

ENT

HESK BITS
g 00

LOW tcm;r

:MUL

TIPROC

IF MAINT,Reg BITS <7-4> NE 0010 OR <2-1> NE 10 THEN

’3P %?Nté ?EsiP—

22
$33
ownes IO

HAINTENA

:THIS TEST WIL
:7-4 10 BE 0010,

Ve~

TEST

:MAINTENANCE REGI

3
g

Page 25

- MAINTENANCE REGISTER TEST

Tuesday 07-Jan-86 15:18

M, m AV ILABLE. HALT/TRAP

ENDIF

READ MAINT.REG. BITS <10-08,03,00>

ENDROUTINE

011722

011740

000423

oxbf 0323997' 010000 167206
g s
104401 011742

o138i8 032737 177000 177750
00140
gi

032737

000010

177750

042737

000010

177750

30
0

362s

1$:

%
B

T T

#BIT12,8SWR
B
30033
300323

#8173, MAIREG

#BIT3,MAIREG

#105,MAIREG
2%

esaon +43

Y e

P T

T I

i IF BIT
1¥YIS
SET
INRSQETHARE SWITCH REGISTER

..TYPE A cxz s
;GET OV

Efi

<15><12>/fEST 14 - HAINT

BIT
#177000, MAIREG
BE
1%
ERSOR +43
CHP
B

28:

ASCIZ

BIC

022737 000105 177750
00140

8%?8’%8
1o4o4§
012052

SCOPE

osss

. 8%20"0

001010

t&T14:

ANCE REGISTER TEST/

;UNUSED BITS ALL ZEROS?

;MCOO1

tl:pm&eo ana"cu 174000 FOR THE DA

mmtnmcs assxsren ERROR
IF

: T

S IN

gfln?eum
REGISTER
BE SET UP TO 1
CHANGED
FROM
<8 31 RoR THE DR

numtumceREGISTER ERROR

COKDDAO KDJ11-DA CLUSTER DIAG.
TEST

MACRO V05.03

Tuesday 07-Jan-86 15:18

SEQ 0073

POPONOMNOND PPN PPN
NNNNN&)NNNN
gOOQOQO

S
BUIN-=O VD
w

- SERIAL LINE UNIT REGISTERS

)
0 FIND OUT BAUD RA K
E RRUPT LEVELS BY SET
ACK CAPABILITIES HI
NE UNIT REGISTERS

00 ~J~J~JI~J~J

~IVNTB
NN
OWO-~JONUN

. _ THE LINE CL Sfi INTERRUPT §
0 RETURN TO_THE EXECUTION
OF THE DIAG
?AQGS IN THE LOOP BACK MODE.

ANS CONSOLE NOT PRESENT

GO TO TEST_ 22

IF BCR<07> EQ #0 THEN

READ BCR<2-0> TO GET BAUD RATE
ENDIF
LET
4=ADDRESS OF TIHEOUT ROUTINE

oo FOR RCSR xcsn

Q0 Qo

OOV

OO OO0
5 &%
NN

ENDIF

END
ENDROUTINE

ROUTINE TIMEQUT
LET

' ENDROUTINE
33 o T
ST

OO0 o o

—

010000

efurd

%ggggz'ss

SRR
S Ia ey

oYY

s
s ot
s o
s
s B
s e

nOPONINON

s e

167056

tér1s: scgre

012072

[
e

s et

OO0OO0O0O0

TIMEOUT_FLAG=#1

kkkkkkkhhkkkhkkkhkkhhkhhkhkhkhkhkhkkkkkhkthkhkkkhhkhkkkhkkhhkk
kb kkbkkkk

COO0OCO0O0OO0O0OOO0OOO0O0O

252GRSS38S
OO~
NN BN

R0 oRRE8E8

9 SSRxcsa BUF ,XBUF
IF TIME g;RSkAG NE #0 THEN

OO
v

PPN
RN
s s
LAS LIS S LS LS DS S UN S S LS LS N LS S S S O
——
—
|

Page 26

000100

000052

1000$:

015262

000004
000006

#BIT12,8SHR
1000$
30035
300343

gn
E
JH

#BIT06,3452
$
END

ASCIZ

4s:

583

#XBUF'R3

BR
MOV
ERROR

R2 $BDDAT

grg

ng\‘f

: IF gn
12 IS SET _IN SOFTWARE SWITCH REGISTER
PE TEST TRACE
..TYPE cxz STRING
(éE ER THE ASCIZ

<15><12>/1EST 15 - SLU RECISTER ACCESS TEST/

: TRY TO ACCESS SLU REGISTERS
is:
MOV
ERRVEC,R1
MOV
#3$ ERRVEC
MOV
#340 ERRVEC»?
MOV
#RCSR, R2

28:

01270

Eg
TYPE
BR

(Ré)

},é

;UFD MODE?
:IF NOT, GO DO THE TEST
:IF TRUE, SKIP ALL SLU TESTS
-SAVE TIMEOUT VECTOR
:POINT NEW orc TO PROGRAM AREA
:AT PRIORIT
:START AC Essms WITH RCSR

;

'Access SLU REGISTER

F NO nneour commue
sroae ooness THAT TIMED OUT

un;o cgs&smg gwREGISTER

RS (R2)+

iLA Rssés
fic
"

#xfifin R§

:GET LAST ADDRESS ON SLU 1

#RCSR1,R

iGET oin ERS 10 SLU 1
——

COKDDAO KDJ11-DA CLUSTER DIAG.
TEST

MACRO V05.03

Tuesday 07-Jan-86 15:18

Pagé 26-1

- SERIAL LINE UNIT REGISTERS
918

077414

ggfi 8135%8 010137 000004

S08

MOV

R4 ,2$

R1,ERRVEC

:RESTORE TIMEOUT VECTOR

COKDDAO KDJ11-DA CLUSTER DIAG.
TEST

MACRO V05.03

Page 27

- XCSR BIT 7

ggg

292

.SBTTL TEST - XCSR BIT
7
iCHECK THAT XCSR<G7> CAN BE O AND 1.

3 S

IXCSR

<07>

WAIT FOR XCSR<O7>=#1 NO MORE THAN 200MSEC

;.
;.

ENDIF
LET XBUF =#NU

§939

'ROUTINE TEST

59
930

;.
i

9 9
9

;.
;.

2931
93§
3
2935

;.
;i

23 3
2940

TRANSMITTER READY

IF XCSR<Q7> NE #1 THEN
ERROR

unp
FOR xcsa<ov>=¢1

UF =#NULL
IF xcsn<o7> NE O THEN
:
ERROR (READY DIDN'T GO LOW)
ENDIF

: ENDROUTINE
012244

pRRkkkk bk kb k ki

232§ 012246

122737

000001

945 01

°153°4 000002

5048
01552 QOIS 001206
944 8 62 001403
344? 8

000453

001220

943 012 3% 032777 010000 166640

53‘50 3&2
02 03%251‘
ofigos
300416 012310
o

29 813
012701 100000
2952 012350 077101
5 813 ES 012701 oo1ooo
813353 01 7o§ 177564
B2
012703
177566
012396 012704 000002

3 8133 ;

%8 712

0 01 3; 079‘0%
32 313403 105712

9% 013402 10040
963 012404
10401
9*94 012406 012713 000000
S 012412 105712
969 813414 10000

967
012416
%% 0154

10401
01570

175204

2970 012430

012701

001000

012424 012703

2971 012434
2972
]

Tuesday 07-Jan-86 15:18

077422

176506

t&T16:

SCOPE

cN8

o
gga
e

BIT

?535
BR

mgg;n:

MOV
ig%gz 508

MOV

1¢:

2¢:

mv
v
MOV

1578

ohe
?g?a

k kR kAR hhkh Rk Rk Rk kb kb hd bbb hh b kis

mrguv.ssnv

II\RE
WE Igon%go?%

02. 4

; LOOP COUNT
OF 1

it
1ooss

s TF en
1;
1S SET m SOFTWARE SWITCH REGISTER

£100000,R
R1.1oo1$

; WAIT FOR LAST CHARACTER

1§°°37,
me
A 1%
NG
j 30036
LIGET
ovéa
|£
ASCIZ
ASCIZ <15><1a>/1esr 16 - XCSR BIT 7 TEST/
#1000,R1

#XCSR.R
#XBUF
R
os R4

;

x sm» READY 1?

$
#NU\SL.(R!;)

;IF YES, BRANCH
:XCSR<7> DOES NOT BECOME
:TRY TO TRANSMIT NULL CHARACTER
:XCSR<7>=0
;

R‘ $
gfifi

4s:

ERROR
MOV

gsmR

MOV

moo R1

508

;COUNTER FOR ABOUT 200MICROSEC.

5 2)

MOV

: GO SET UP POINTERS TO SLU 1

#BIT12,85WR

anfi
ERROR
MOV
1578

FTReY
Bag
IF YES oo n

+13

XBUF1 'R

R4,1$

IF uof Ex%&'fi&ommm
R<7>={?

:XMIT READY DIDN'T GO LOW
;

;
;

;

COKDDAO KDJ11-DA CLUSTER DIAG.
TEST

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 28

SEQ 0076

- RCSR BIT 7 AND XCSR BIT 2
974

.9BTTL _TEST - RCSR
;CHECK THAT RCSR<07>

RCSR
XCSR

CHECK R%§R<07>
AND
XSSR<07>)

LET XCSR¢O2>=01 (LOOP BACK MODE)
LET X
EUF #%25
WAIT FOR RCSR<07>=#1 NO MORE THAN 200MSEC
IF RCSR<O7> NE #1 THEN
RROR (R R;07> DOES NOT BECOME 1 OR XCSR<02>DOES NOT
ENDIF
IF RBUF NE
#125 THEN

NE NN

g858 §5%3 8888888828SIB2D

ENDIF
IF RCSR<Q7> NE
#0 THEN
ERROR (RCSR<07>DOES NOT GO LOW)

001229

000002
166446

1002¢:

300334

%gggggs:

; IF

oos9s

{ . TYPE ASCIZ

.ASCIZ

" MOV

nooooo

000013

MOV
ngg

g&g
¢ R, R2

000004
000004

2s:

oox%

1578

45!&5

BIS

wnoz.acna;

BPL

:GET OV

STRING

7 AND XCSR BIT 2 VEST/

;COUNTER FOR ABOUT 200MICROSEC.
:

xcsm» mov 1?

3 gma;c WAITING

SET LOO BA

#81702,4(R2
15720

gc;

; WAIT FOR LAST CHARACTER

CES
3’:22)
ERROR §4

000004

BIT 12 IS SET IN SOFTWARE SWITCH REGISTER
HEN TY
TEST TRACE

<15><1z>/f£sr 17 - RCSR

ig&x)g: 508

14:

: GO SET UP PGINTERS
TO SLU
1

ma.asua

100000

000002

Ir'z:r‘zs'5ggi1 )

: LOOP COUNT OF 1

BIT
seg

TYPE

012502

177560

:ARE ug IN A%gogeg

ggiv ozoss
10 §

001206

010000

mrgnv.senv

~Jp—-

85832288358

000001

s o
s
et
e et s o

jRkkkkkkkkkdk bbb kd kbbb hhhhhkkhkhkhhkbhh kb hhhhhhoh kb bk kbbb hbhhhkk

té117: &1355

OO0
Ob =

s o b

R AAAAAA 3&&&&&.&&&5

s it o o ot
s s s

s et e

s Pt

OCOO0O0O0O0O0O0O0O0O0O0O0O00

s e

88
o
RRReerseosorss
NS WNF OOV
IO
B WINF OO

RERRNEKREESTENTS SEVEVNLSEES

NDIF
%ET XCSR<02>=#0
{ENDROUITN

OOCODOOOOOOO

NN NN NI
NI

RE EIVER DONE
AINTENANCE

R?UTINE
TEST

OO0
~JONN1E NN o

POrOMPLMNOMPONON) POMLMLMPNOMON PPN N
OO
O
ol

297

<«07>
<«02>

BIT
7 A S BIT %
CAN
BE
O AND 1 AND THAT XCSR<02> WORKS PROPERLY.

;50T

;iEXIT TEST

525’5’1
to PANCH
T ER
:XCSR<2> ooes NOT B cone 1

§ STALL FOR A WHILE IN CASE XCSR<2> CAUSES RCSR<7> TO BE 1
012634

060000

MOV

#60000,R1

;STALL IN CASE XCSR<2> SETS READY

COKDDAO KDJ11-DA CLUSTER DIAG.
TEST

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 28-1
SEQ 0077

- RCSR BIT 7 AND XCSR BIT 2

027

012640

1057

§§ ég15690 005765 000002

039 S15673 B99108

5 §i e il 000004

046 012722

12788

001a0e

0 ézn 000021 001124
6§ 0000

MOV #21,6(R2)
W, R

Ri.7s

- BR 4(R2)
§

o4§ o1 7§ 08014
il gistte Glecti guunee gz o

(R2)

:: TRANSMIT XON AND CHECK RCSR<7>

§s !.2654 012762 000021 000006 6$:
g aE
S8R CUT 0
3

EkROR 14
M dRe), s
EQ

WOV

CLR

108

21, $GODAT

4(R2

ol
e oo
o 2
015739 842983 000004 000004 118: BBt
%mz.«aa)
g ; 012770

077375

508

R3,1$

; TRANSMIT A CHARACTER
ERT
;a
Y
SR<7> R A
;I

s EXIT

sn«
§se commu%00P
WAITING

EIF YES,

BRANCH

tRECELVER
READY
Esr A RECEIVE
RECEIVED i?" DION'T COME UP
D
:IF YES, aamcuOK?
;RESET TO ENABLE

;WRONG_CHARACT 3] ;%CE'T VED
SLU

Ri CSR< 7>=0?

EsET
ES
00 ERAACE
st

%R(O?n >0 AFTER READING RBUF
iD
LE LOCP BACK MODE

SE¥ uPCOWTE&

COKDDAO KDJ11-DA CLUSTER DIAG.

Tuesday 07-Jan-86 15:18

Page 29

SEQ 0078

- RESET AND XCSR<2!0>

8§

CRO=O

TEST

MACRO V05.03

TTL

TEST

T AND
XgiR<2'0>

ifi

§
TR0 e
g e R TR
PETHA?RESET LEARS XCSR<0!2>
CK

IF X SR((E)fi'88> NE #0 THEN

Le?XCSR<02>=40

gflflfl\lflflfl ~3

: ENDROUTINE

ggg% 000001 001220
é% 001206
of 763 000002

& 013036

2177

010000

figstuuuuuuuuuuutuuututuuuuuutuutuuuu

OAPTENV $ENV

;ARE WE

IN APT MODE?

;}Rn?%%
THIS TEST

lgofii

oos
lf‘ *

1001$- :§(1xr,12,BSHR i IF ?%
1%0? §:1¥R§8r§u§nSuiTch REGISTER

828‘“”
1000%:

18:

oom

: TYPE

ASC?Z <15><12>/f§T gO RESETsiié XCSR<0!2> TEST/

nov

's'?s

oxcsnR2

ofihsz'anoo (R2)

:LOOP BACK MODE

; EXECUTE RESET AND VALIDATE THAT XCSR<7,2> BECOMES <1,0>
gr

o%'lég 000005

108:

MOV

S08

1 yozsanoo.(nz)

sEXE
:XC

2 0>

CLEAR?

: §T02!8IT00,(R2)

{RESR<2,05 NOT CLEMRED

R3,1¢

#XCSR1,R2

;CLEAR THE BITS

CAN

ON REGET

]

l’

COKDDAO KDJ11-DA CLUSTERUIAG.

Tuesday 07-Jan-86 15:18

Page 30
SEQ 0079

- RESET AND INTERRUPT ENABLE BITS

TEST

MACRO V05.03

KTHA
INTERR 3
;g
i
S XCSR<06> AND
SBTTL

1§0

TE T

§Roum£ I€sT

60-0

OIEWLINFO
WOV -~JoO'WUN

NT UPT_X SR

RUPT_XR

<06>=41
INT RRUPT
TRAN
<06>=21
ENASE RECE
INTE RlPTS

NA}T
FOR >-'
XCSR<0 0¢%NSHI )

HAIT IEL?‘AL IN ERRUPTS ABOUT 200MSEC)
EXEC "RESET"”

gng23)NE #0 OR RCSR<06> NE #0 OR XRCSR NE #0 THEN

i:ENDROUTIN
sg”*oas
PRIORITY TO NORMAL
E
iROUTINE iEkEHENTmTERMT_XRCSR

I ENDROUT
013144
11

i 81

sRkkkkdkhbkkd kbbb kb hbbhbhk kb hhhhhh bbbk
hh
kb

000004

i B
OWoO~N

E ILL

SET
I:@Efi
m' %E
NT
:§§§<OZ>=0
1g

PR R POPO RO~ tmb e et

REH % BECEER EUPT oRE

fii

22737 000001 001220

§° 5

tér21.

e G R e
705

igoi 10
01321

N EN
AT ASk%OEITY 4 AND THAT RESET

CSR<06>.

;ogi§?

INTERR
T HAP

832 77
1433

000002

0136

010000

S§ s -

165722

1001$:

0002

f’z% it

SAPTENV, SENV

1001 $

gg
35

lB T12,85WR
$

::30043$ :

138 013308
};3
oi og 012737 013666 000004 %38‘0?‘"
i:g 81 4 813705

B
$

8233’

H? IN APT MODE?

F_NO

£100%, 944

82, gs

DO THIS TEST

F
;RST

%?gfLNEXPg'(:ZT%D TIMEOUT
SET

NTERS TC SLU 1

.IF? 17’ lgvge ?gTITnkgrme SWITCH REGISTER
;

LYY

TASCIZ <15><12>/fEST2

MOV

hhhhhhhhkhkhhh
s

- SLU RESET AND INTERRUPT ENABLE TEST/

Rl POINTS TO SLU 0 INTERRUPT VECTOR
: R4 POINT ong
0 REGISTERS
: RS IS TH

HECK THAT INTERRUPTS ENABLE BITS FOR RECEIVER AND TRASMITTER OF SLU
;t%
RE CLEARED BY agsa
i:?
01 32 032764
764 000100
000004 1::
BI
oanos.a?u;
:SET INTERRUPT ENABLE BIT IN XCSR
48 01
000100 000004
#81706,4(R4

149
o1§x ooxoo;
150 01
10406

§NERROR 28+67

;GQT SET 0K?
il Yfi. RANCH
6 OF XCSR
;IN BIT

S——

—

COXDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 30-1

TEST - RESET AND INTERRUPT ENABLE BITS
714

369 %00

{25
§; 3 8254 388138
1 3

2s:

} 5 81

154

1 3 013376

30 243'

000100

000004

igo
8{ 82
1g§ 013406 104022

4s:

i ot 10 012761 013454 000004
i? 8" 2 8§ 72} 000340 000006

65 013410

8s.

17 01
72 013444
;‘ 013446

162702
10640,
004737

9::
$:

73 01

22626

ig‘

s i

2714
1431 000100

{9 °§
00

ooogoo 000004

000040

026772

:88:

000200

05'37 000340
3; 8% 0083925 342764
000100 000004
i 4

186

ERROR

RESET

106, (R4
81158
{ha
3$
+67

NTERRUPT ENABLE BIT IN RCSR
.8§
gé
:
:IF YES RA u
:IN BIT'6 OF

: INLINE

gfi

g%é

:gnos.a(m

3%0T

+22

SINT

ERROR

481706,
5% (R4)
+22

iR15cuv
L mg‘
CLEaémengxst
BRANCH .

: INTERRUPT émaLe NOT CLEARED ON RESET

MOV
MOV
BIS

#93 4(R1)
434
6(%8
ognbs 4)

POINT XMIT VECTOR TO PROGRAM A
AT m?an7
g -

uo R2
Rs
P
oe%n

;
n
0aoan
;S
% ITY
;unen oumc

3» (SP)+

Lem?
up

03‘906 4(R4)

LoRL
M ENABLE
commuz
34\3“%
Ei%m
BIT

ERROR

;)Icpxék éSp Nfi
sumg BIT CLEARED?

NOT CLEARED ON RESET

; CHECK THAT TRANSMIT INTERRUPTS DON'T HAPPEN AT PRIORITY HIGHER THAN 3

83 702 000340
02

317 81 gg 8827°

1
§1¥
NE

10$:

MOV
BR
J
R

T
BIC S

3 6:

o
00,R2

SET ;u ERRUPT m&s BIT IN XCSR
SET qu
YT
co WAIT IN cn or INTERRlPTS

;HA?% 255INTERRUPTS

;MC

: CHECK THAT RECEIVE INTERRUPTS DON'T umen AT PRIORITY HIGHER THAN 3

1i 3 81
04 oi 761 340 000002 11$:
013512 10 794 oo

013500 012711

;gv
Tgm

}40 2(R1)
4 R4S

;POINT RECEIVE VECTOR TO PROGRAM AREA

3190 01

012764 000000 000006

MOV

ML 6 m

192
2193

01
01

8351 2
02

gg g T ENABLE BIT IN RCSR

wg 8% g

0640

100375

191 01

2714 oooioo

3{94 013540

95 01
9

133

737

104021

042764

7§ 022626

013574

gz S 013600

000340

000040

1%'9:

022702
001357

026772

000004

000200

;
000004

BPL

BIS

2764 000004 000004 13$:

000405

320

162702

013560

013

SUB

MTPS
JSR

:14s:

SO0B

15%:

16s:

ROR

CMP
CMP

BNE

5s,(R1)

o
1s m

oex'roz 4(R4)

PC,DELAY

oito R3

? 0555

musnmea READY
:IF NOT, WAIT
:TRY T0 m
IT NULL

T R%
:60 WAIT IN cnse or memuns

:LOMER mga%

:SET LOOP BACKM
.;p PRI

:TIMER R

iMC

geuw

:IF

INTERRUPTS DIDN'T HAPPENED, BRANCH

+21

IN ennum§ HAPPEN AT WRONG PRIORITY

R3, 143

1702,4(R4)

(gp). (SP)+

#200,R2

: CLEAN UP BEFORE NEXT TEST

:WAIT

:CLEAR

FOR INTERRUPTS
LOOP

BACK MODE

:CLEAN UP THE STACK
;AT

PRIORITY 42

:IF NOT LAST ONE, CONTINUE

COXDDAQ KDJ11-DA CLUSTER DIAG.
TEST

MACRO V0S5.03

Tuesday 07-Jan-86 15:18

Page 30-2

- RESET AND INTERRUPT ENABLE BITS

§i
81

énggfz §§83§'.g
10 7$4

|
17%:

%’c;s
gam

ognos é(m)
(g??

i §1 4 825764 000002 — 188:
01571
208:
§i
9 §7o4- %8?83
176500

ssc
:év
gEv

&fi
;scsmR4

(hi:

LIL s

°181 0 2§§/7 8533?3 000004 195:" FééBR if\‘un
TS¥22 3 3%

§%§ mgfi%&v
ENABLE BIT
: 535& E -

EA cuAc;arm
iy
sT

}
P0
NT L
T0 SLUug
#1 REGISTER

nesroa XPECTED TIMEOUT

::60 10 THE rex? 3’5‘51

DEBUG PURPOSES

; i éfi?gz z«}ogig).g

%gs

:‘ogfiosém)

17§ 1 753
1708: TSTB (ggg
SR %U7% 000004
e 000004 w8X gi& B
8§§3£§
1702,4(R4)

g#gNTE %% YENABLE BIT

g&fiow
e
kz
s
EcLeR LOOP B

COXDDAO KDJ11-DA CLUSTER DIAG.
TEST

MACRO v05.03

Tuesday 07-Jan-86 15:18

Page 31

- INTERRUPT PRIORITY FOR SLU
BITL

_TEST_

RRUPT PRIORITY

THET INT ifi TS HAPPEN AT PRI%ITY 3 AND THAT THEY CLEAR

<06> AND XCSR<06>.

ROUTI?£ TEST

T 60=#

LT 64:=%
SET F?
éfl
WAIT
XINTE !}TSOB

IF XCS 07>
50 #1 THEN

RINTERRUPT=43
IF RCS07>050 #0 THEN

§g$BRIORTTY10 NORMAL

'ENDROUTINE

'ROUTINE

LEGAL

XINTERRUPT

gnouune REEG

ngunsaam

5@2"&’%‘% 7

;ENDROUT

: ENDROUT

gegoeRe2 SEVLZETSLRR

e e e e e el e =

OCOO0O0O0O0OO0OO0OOO

001220

001206

000002
014320
010000

MOV
1002¢:
BIT

165156

013772

ek s pe 8 e B pd s s

OCOO0O0O0O0O0O0

000001

fé122.

%322359:

100000
000001

iggg:
001220

" MOV

AFNOT: D0 THIC TRy

::I;nsr
p gs
5, DO n

10033

3% 5
§
#BIT12,85WR
1goos

ooass

3084

Q %

g gv POINTERS TO SLU 1
: IF ?n 1; rl:s ;e IN SOFTWARE
SWITCH REGISTER
..TYPE

"E"
Y

GET OV

EST TRACE

's‘g 5

ASCIZ <15><1z>/'rest 22 - sw INTERRUPT PRIQRITY TEST/

#100000, R1

S0B

R1,1001$

gnpe

#APTENV, $ENV

;RUNNING IN APT MODE?

15T

$PAS

:FIRS

001206

{0005
s82§s - $ENV

BNE

100$

1ST2

; WAIT FOR LAST CHARACTER
NO

[e]=]

012701

000060

foos:

MOV

#60,R1

GO oo TEST

g’

::IF APT AND NOT rvasr PAS

: GET READY FOR INTERRUPTS
e

BLERBRESS

Blég:klé% RINTERRUPT

sRkkkkkkkkhhkbkkbhhhkbkhbbhhi
kb kb dhhbkbhhhhhhd
bbbk kb bt ehhb
kb
kbbb ks

NN
NN NN NIN NN
NSNS SNSNNNNNNNN

=D
rororrPOMRRNOROMNN
OO~~~
OCOVDIOVNIEWLIN

NN NN
NN
NN

MWWW

- ——

;

EXIT TEST

COXDDAO KDJ11-DA CLUSTER DIAG.
TEST

Tuesday 07-Jan-86 15:18

Page 31-1

FERSREENESRIS

MOV
MOV

SEQ 0082

R4
#RCSR,
#2.R5

s ot

000340

000004
000140

;SAVE PREVIOUS VECTOR

| 3?46.55&1
R
v

830340

1$:
28:

000002

MOV

#3406 R%

TgTB

ffi4 :

BMI
S08

;MC

:STORE RECEIVER VECTOR

”P%fi 4)

:SET Lofis chx MODE -

28
R% 1$

O THERRESE AT JUST IN CASE

:REEE}VE

2(R4)

Rg§5¥gECTED CHARACTERS

:READ RECEIVER

: SET PRIORITIES AND XMIT INTERRUPTS

O WO O IOV B NN

006200

)

000040
002320
002316

MOV

#200,R2

;START WITH PRIORITY 3

SUB

#40,R2

;LOWER PRIORITY
;CLEAR TRANSMITTER COUNTER ;MC
;CLEAR RECEIVER COUNTER ;MC

CLR
CLR

TCOUNT
RCOUNT

OOO0OO0OOO

: TRANSMITTER INTERRUPT HERE
000100
026772

OOO0O0O0O0O

000100
000000
026772
000100
000001

N - OO O ~JNVN B LN
OO0 ~JOVUNE NN = O W OO ~JONUN S

ERLLLLER LLG

177560

10¢:

= Rt R

012704

015763 000002

e SEES
OO

OOO0O
OgOOOOOO
Lt
e Ts

$E5E8

N N N N N N N N N N N N N N N N N NNN CNON GO ONON NN (NN

A IOROROTOTORORORD umuuou»muwg

NN
N (N
N NN O

N N

NN NN
N NN
N NN NN NN

NN N N AN N N

MACRO V05.03

- INTERRUPT PRIORITY FOR SLU
93 014072
94 01407

NN NN

————

000004

000004
002320

MTPS

JSR
BIS

PC,DELAY
#BiT06.4$R4)

BIS

#BIT06 §R4;

JSR

PC,DELAY

gnp
HI
BLO

#1,RCOUNT
78
201$

BIS
CH
BHI
BLO

MOV

000006

BIC

002316

;TRY TO DO AT_LOWER PRIORITY
;:LOOP BACK & INTERRUPT ENABLE
:WAIT DELAY FOR_INTERRUPT ;MC
;CLEAR INTERRUPT ENABLE
;ANY INTERRUPT HAPPENED ? ;MC
iNO XMIT INTERRUPT
MC
;TO0 MANY XMIT INTERRUPTS ;MC

1706,4(R4)

#1, TCOON
5§
2004

:SET RECEIVE INTERRUPT

#NULL
, (R4

s TRANSMIT NULL

;WAIT DELAY FOR_INTERRUPT ;MC
:CLEAR INTERRUPT ENABLE
;ONE_INTERRUPT HAPPENED ? ;MC
:NO RECEIVER INTERRUPTS ;MC

#81706,(R4)

;2 MANY RECEIVER INTERRUPTS ;MC

'IF DONE GET OUT, IF NOT LOOP
000002

2064
012661

000340

000004

9¢:

181
15T
BNE

s
MOV

;READ RECEIVER BUFFER

2(R4)
R2
3%

;PRIORI
TY 0
PRI

T
ORTIOTY
RAISEAR PRI
XCSR
;CLE
:EE% PREV%OUS VECTOR BACK

o,
(gP)0.4(R1)
P

oaeae

[R—

COKDDAO KDJ11-DA CLUSTER DIAG.
TEST

Tuesday 07-Jan-86 15:18

Page 31-2
SEQ 0084

T
ed

;.'\,2% SRER & FRESS

2=
N5
pA

b S S ooy

000004
000104

().oézafios.a
4
4%
cm)
+

15723

000004
000104

—

000004

000104

§S$$I'?§R1)

fé{ oéssi?oe.4(R4)
::IF ERROR,

() e
39{10é53170

:CLEAR
LOOP BACK BIT
:NO XMIT INTERRUPTS
:

;GET PREVIOUS VECTOR BACK

ICLEAR LOOP_BACK MODE BIT

exr
8HANY XHIT INTERRRUPTS :hC

;GET PREVIOUS VECTOR BACK

6.4(R4)

15123

;GET PREVIOUS VECTOR BACK

;:IF ERROR, EXIT TEST

TST23

o
S5
o

P
- PNN TM

EEEEE
EERR&
NN MO>
=

oLee

[ttt

OO0O0O

SRoen

N+ OO0

IS NN

012661
012611
042764
104075
000406

=il

OO~N oV

'ERROR ROUTINES

(=lelelelel

N B NN

IH WO W GO

020
Pl

UND (RO
OO 00~

Gl Goises

0053

0143

0
{7,
- D+
e

8% 2611

—{— 0

i 0 01:316

227333

NN
NN N N N N N G N N N N N N N NN N
wuuaww NN
NN
N
soooowBEEEDDDSgfl\l\l\lfl\l\l
~N—~~J

- INTERRUPT PRIORITY FOR SLU

s
§ i g

N N ON N N ONN N N N NN N NN

MACRO V05.03

C5EAB 4907 SAcc nope BT

::IF ERROR, EXIT TEST

000004

5P 0.4&R )

iGET PREVIOUS VECTOR BACK

000104

ogg 02!81706,4(R4)

{CLEAR LOOP BACK MODE BIT

5p)s ' ( 1$

15723

i2_MANY RECEIVER INTERRUPTS

;:IF ERROR, EXIT TEST

' INTERRUPT SERVICE ROUTINES
0 14436
0 14442

005237
000002

002320

014444
014450

005237
000002

002316

TCOUNT

; INCREMENT TRANS. COUNTER ;MC

;RETURN FROM XMIT INTERRUPT ;MC
;

INCREMENT RECEIVER COUNTER;MC

;RETURN FROM RECEIVER INTERRUP

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 32

TEST - BREAK CONDITION

SEQ 0085

g 37

.SBTTL

330

: SLU #1 IS TESTED SINCE SLU #0 IS BEING USED AS THE CONSOLE

3281

:CHECK THAT SENDING BREAK CAUSES FRAMING ERROR.

:RCSR

3404
3405

;
:

TEST

- BREAK CONDITION

<15>

ERROR

<00>

TRANSMIT BREAK

<13>
<11>

FRAMING ERROR
RECEIVED BREAK

§§§9

'xcsn

3410

gfig

WAIT FOR RCSR<07>=#1

3416
417
418
41

;.
i
;i

LET XCSR<00>=#0

"
»

LET xBor xcsn<o7>-¢ NULL CHARACTER TO SEE ERROR CLEARED)
umx? n"'gk 5

3403

'ROUTINE LETTESTXCSR<02>=#1

izgo
42§
42

424

4 9

§s

425

§s

g g

430

32 é
435
436

437

IF Rsumaus'%p NE #1 THEN

P ERRGR (ERROR, FRAMING ERROR, RECEIVE BREAK NE 1)

IF xcsa<oo> NE #0 THEN
R (XCSR<00> DOES NOT GO LOW)
ENDIF

IF RBU <g63'11> NE #0 THEN

34 4

LET XCSR<00>=#1

SR<00>=0

EXEC E

<oo> NE #o THEN

EN?

:ENDROUTINE XCSR<02>=#0
01443 000004

014454
014462

032777
001426

014470

00042

014464

104401

skkdkokokkokokkokkkokkokdkkkkkkhkhkkkhkkkkkkkkkokkkkkkkkkkkkkd kkkkkkkk bk k

010000

164456

BIT
BEQ

#81T12,3SHR
1000%

; IF ?n 12 IS %ET
IN SOFTWARE SWITCH REGISTER
HEN TYPE
RACE

50046¢

:GET OVER THE scu

TYPE

36300473

3oom

ASCIZ

: :TYPE ASCIZ STRI

<15><12>/tEST 23 - SLU BREAK CONDITION TEST/

1000$ :

440

“é
344
3444 014 40 052737 000004 176504
ws §277
3449 014566

t4723. scope

014472

433 014540

9
014
3447 014 gee
m 014564

LET

00100
10402

012701

000001

000100

176504

; SEND BREAK AND CHECK ERROR BITS IN RBUF
:
1%:
BIS
#BI702,XCSR1
BIS

176504

BIT
BNE
ERROR

MOV

#B81700, XCSR1

#1700, XCSR1
24
+27

#100,R1

s TRANSMIT IN LOOP BACK

iSET SEND BREAK BIT

:GOT SET OK?
:IFYES, BRA
uRmNG 110 xcsa<o>

ALL DELAY

——

COKDDAO KDJ11-DA CLUSTER DIAG.
TEST

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 32-1

SEQ 0086

80600 1

001000

176500

Rgsa1

ER CEIVER RE

§u5£¥
JOS?IN cnse OF A CHARACTER

£§&xmm

176504
“w

16502

~NOn

525
8WNM

nNO S

176500

R1,6$

T
Egggg!é:"ogg:;vzo
GET BREAK

RBUF1, $BDDAT

:STO

#1000R1
,

;§$R1

176502
124000

001126
001126

g§111$-sxr13'31111 $BDDAT

000004

176504

ae§Toz.xcsn1

15124
+

000001
000001

176504
176504

000004

176504

8s$:

1700, XCSR1
1700, XCSR1

s sEXIT

gg
R;R RECEIVED

YES B % $E

EA%L ERROR

:EoghkTRAE%HIT BREAK

v%sBRA
§£r
;RESET 10 EN LE SLU

OBITOZ XCSR1
T T24

;

i EXIT

;ERROR WRITING O TO XCSR<0>

§$:;
10¢:

176506

176502
124000

001126
001126

000004

176504

000004

176504

118:

SAVBR,BCSR

;RESTORE CSR
i XMIT RE
;IF
NOT, AI

103

aén XBUF1

;TRY TO TRANSMIT DELETE

é8111$gg?13:arr11.ssooar
AT

000177
176500

SCRT

1702,XCSR1

12%:

(9,

176504

SRSEERERS———
HOO

| CHECK THAT BREAK CONDITION IS CLEARED

cooococoococooo

000~~~ IO
W= OO

b
D e L
NO W N OO
—~Un NN

i§§‘§1
7

38558§8$$5552.

N
O

- BREAK CONDITION

NON B AR O DD

]

1T02,XCSR1

:RECEIVE READY
;IF NOT, WAIT
;STORE RECEIVE BUFFER
EARED?
:ERRORS

:REEETAK1:6
st
NOTENABLE
CLEIREDON NEXT CHARACTER
RREAR 0
| P BROKHOBE

—

COKDDAO KDJ11-DA CLUSTER DIAG.
TEST

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 33
SEQ 0087

- OVERRUN CONDITION

.9BTTL

TE%RUN- OVERRUN CONDITION
CONDITION
;CHECK OVE
14>

OVERRUN ERROR

SLU #1 IS TESTED SINCE SLU #0 IS BEING USED AS THE CONSOLE

o
IQE}TXPU"#&ZS 8§END THE 2ND W/0 READING THE 1ST CHARACTER)
STALL FORLBUEST
BAUD RATE T?
GET 2ND CHARACTER

L0 B ERROR (81" CHARALTER
LASN‘T OVERRUN)
ENDIF
IF RBUF«<

ROUTINE TEST
LET_XCSR<0 >=01 (LOOPBRCK MODE)
WAIT FOR XCS
=l

4> NE #1 THEN

%RR&R (NO OVERRUN BIT SET)

ENDIF
HAIT FOR XCSR<07>-#1

HAIT UER <07>=01
IF RB

%3fi6‘) Ni

R (W SN'T CLEARED ON THE NEXT CHARACTER RECEIVED)

010000

~N~d~J
-~

;E:tttttttEttttttttttttttttt‘tttttttttttttttttttttttttttttttttt

g8
10 137

b s

R R RSB RIS I B RR

100000

000004
176504

176504

000021

176506

Pt ot

176500

b
s ot bt

SRS

000177
175000

176506

1765
63017
0177

001126

104031

IT12,35HR

100$

vanx;g*mxuwnmmsumnmmwm
HE Y

EST TRACE

3632gg9s

!2§c11 <15><12>/12§124 - S,
oagfifiuu CONDITION TEST/

%88%” sos

1$:

?s?a

gé *831§csn1

28:

T rs

RCSA1

MOV

fiob

3177xur
60 R

%nms
Tlrlgznocu
ARACT
:STALL FOR THE 2ND CHARAC ER $8$

ggge

Iguo Efigunres RECEIVED?
:RESE
§§

176504

guss 000004

164142

015006

b
et o
0

[olelelelelelelelelelalelelelelelalelals]

OOO0O0O

LET XCSR<02)'00
' ENDROUTINE

[ arerSurertardururdurpurdurd
g oot udrd oot

-0

N8N

O W~V
N B W

2 et e e et

b e

WOJONE
LN OO®

-..-.----.c--o.-.--.--.oo-...-.-a.o-.

iRCSR

4s:

BPL

TSTB
S0B

#100000,
R

§$§a1 :

; WAIT FOR LAST CHARACTER

3Eon°?5 ?Rfifisno?v

?&mw1

T
mfi mmna

Rpmfommwnv

XCSR1

fi?
1702, XCSR1

gfiaon f? e

RECEVE ngg Y?

WAIT

A WHILE

;2N3 CHA8ACTE Srgn-r OVERRUN 15T

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO V0S5.03

Tuesday 07-Jan-86 15:18

Page 33-1

- OVERRUN CONDITION
7

2037

000300

wg 176504

001127

58:

BITTIBITS,$BODAT:

RR 53t
Ts’?zs

§ i EXIT

g
gm ERRORBITS SET7

0%
' §uuDNsfiu&s&v ERROKS BITS

176504

: SEND NEAT CHARACTER TO CLEAR OVERRUN CONDITIONS

000000
176500

OO0O

140000

000004

papa)

000004
o

OO0
O

TEST

VB WO

176506
176502
176504

§s:

TISTB

XCSR1

BgL

. ISB RCSRI

176508 8$:

SLEND:

NOSLU:

MOV

RA nm R READY?

5
Dagl
g

#NULL,XBUF1

BIT
gi N

4BITIS!BITI4.RBUFL
8%
102, XCSR1

TST25

NOP

#B17T02,XCSR1
3

Rgc%
o

H AND UATT

aAAfi(on
n
LA

:n\s'g

;LAST SLU TEST
1360 TO THE NEXT TEST

;WE SKIPPED ALL SLU TEST IN APT MODE ON MORE THAN 1 PASS

COKDDAO KDJ11-DA CLUSTER DIAG.
TEST

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 34

- LED'S ON
TEST
:SEBTL

- LED'S ON

ETHI TE T WILL 8N§TIALIZE BDR TO CONTAIN A ROTATING PATTERN

NSNS NN~~~

;D1S

AYED IN LE

OO I

'ROUTINE TEST
I

ILE A

ENDDO

VE!

PIkE
To SEEBATIERN
LIGHT UP NEXT LED'S

' ENDROUTINE

i 38 005423 010000 163642
8 BT e

shkkkkkhbhkhhhhhhbhhhhhbhkhhkhhhhhkhhbhkhhhhhhbhhbibhbbdbbbhbbbdbbd
s

téras.

51s

1$
oeptznv.senv

i 8’278%
i 177777

év"29%3 PRINT

Rgigg

;WALIT A WHILE

3177777.R2

001170
002314

ESK¥P
PRINTOUTS
nm sm PRINTOUTS

R1.34NATREG
34

#20, R4

#0,R1

7%:

838

SCI

§5§EPATTERN §£T}gukuPT e
§§$Eu$oFrfsT
rr LED

,LEDCNT

002314

gizrs qoaeeo

177562

TYPE

fr}“fiufiflxfi% §nrsaaaup1
MODE

000052

B S5 oo

IF BIT 1%
IS SET IN SOFTWARE SWITCH REGISTER
HE YPE_TEST
TRACE

Axu d&dbfi%Tfi xwu%nuovgy

§§§% ; 001206
¢ 385202 000001 001220

ZL8&

OBIT12 FSWR

3ooso

015346

i ooses

8C?PE

R1
R4, 2$
RS
6

TAL
ES
iWAIT A HHILE

0§TAL
TR 19
...........

VE MODE?’

$BELL

LEDCNT
5¢:

;MC

;REPEAT PATTERN S5 TIMES

RBUF

:READ BUFFER

COKDDAO KDJL1-DA CLUSTER DIAG.
TEST

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 34-1

- LED'S ON

3621
o3

0627

gi 508

oooooo 177520 6$:

ADD

#4,5P

15t26

ngva

40 'NATREG

:agJ%IT!EST ACK

s ;EXIT TEST

COKDDAO KDJ11-DA CLUSTER DIAG.
TEST

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 35
SEQ 0091

- DIFFERENT LEVELS OF INTERRUPTS

o«ooomo«mc«»zm‘
v
~NO B GIN O O D~

- ST
.38”

DIFFERENT
LEV%LS 0F INTERRUPTS
EVEL; %
INTE
;THIS TEST WILL R
2 B EXERCI?ER TO INTERRUPT AT
;DIFFEREN

MBITRATION BE WEEN DIFFERENT

(fl

.%gggL

‘S WILL BE TESTED.

DIFFERENT

LEVELS OF INTERRUPTS AND

:5 HE %K DIFFERENT LEVELS OF INTERRUPTS.
: oU INE TES

%wmwwwm

;

)

ENDDO

648

;ENDROUTINE

%ETINT%S%H}LAE
SET THEN

LAG NOTSET

THEN

LE?INTERRUPT_DMA=0

§§§
1ROUTINE
é'T“in’fRflm_FLAG=1
:RETURN
g 015502 000004
15?5;‘tt;§¥gttttttttttttttttttltttttt‘ttt‘tttttttttttttttttttttt
g z 040 005737% 002274
,
II%F S0ar tesn
;FTDL:::’ME Q22BE FOUND?
::IF
NOT,
EXIT
T
gg 33%%2“ 010000 163420
g‘&
1
; fr ;&"1%’ EI'T‘,,S‘C’E“““E SWITCH REGISTER
8 2 358332{ 015530
3s
..meA 1; rg&iz
6

;ENDROUTINE

PTS/

8%255

sgosss

10005

z,g 01 ?2 015701 000340
i

ARBITRATION BETWEEN CPU PRIORITY AND Q-BUS INTERRU

SETUP INITIAL PRIORITY TO 7

[UEE
G MM e

oEM i

fz <1s><12>/12§ -

7% §1gg 7 000200
;a ; 2 0123% ?%24238

eE .

deag
4340R{

HHARG

L
—
;:LON BOUNDARYFOR NO fm 18

CHECK THAT INTERRUPTS DON‘T HAPPEN AT PRIORITY HIGHER THAN BR

25:
as:

MTPS ogoo
"435 ? 6 g‘f’%aa

EETm$TY NOT TO INTERRUPT
LEAR G inwTS

COKPDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 35-1

TEST - DIFFERENT LEVELS OF INTERRUPTS

3i s
§ ; 883%‘?

i e

$ Sttt
01571

o
?S:

%
NRP

INTERWT RANCH

INTERRUPT AT ALL LEVELS

§1§;%§ §i§;;'71 053
325 {gggg ing22:

12700

'346avash

gxm 3meaagm VECTOR TO PROGRAM

'START WITH 4 FOR INTERRUPTS

CHECK THAT INTERRUPTS HAPPEN AT PRIORITY LOWER THAN BR

0157
7 000140
3
8;
730
384%?7
026210
933 g iu §§§o47 164326

ooogw
7807 81t 7§7 104037

7 § 7
104

"ng\‘;

015760

0402

005726

;o; §13766 902453 000340

MTPS

JSR
Hoy

Pg
Q22
(RO),aCsR2

NOP 437
ERROR

6s:

Mips

;ENABLE_INTERRUPTS

'E'i'i:?an%81T

;INTERRUPTS
DON- T HAPPEN
:DON’T RESTORE STACK

5340

:BACK TO 7

;SET PRIORITY TO_INTERRUPT

)¢

:RFSTORE STACK

COXDDAO KDJ11-DA CLUSTER DIAG.
TEST

MACRO V05.03

-4
eo

.9BTTL

B PO

N e e

ENDI

ngOO
—
e
E[=i=lelelele]
e

~NOVN

SERIYUNVIRSYIIS

P ardordardrd

NNLS
LSS
LS
TN
I~~~
~J

g~§.-.n

A G S

O OOO0O0O0O0O0O

F-

NN~

s et
s it
ot
s b
e et et

016214

T ;

163130

YPE

SOOSSSBR

1000¢:

016224
340
2

s
it
17972

EXIT TEST
F

L0t 0,03
ENABLE
INTERRUPT
IF INTE Rg T&IOI ik GEPORE BTRaL1.1) TheN
10_#

.
ENDIF

ERRO

2%:

§§v

EEV

e
JS

a?V
)

3s: EEESTOR
44.
1777172

164036

5$:

PIRQT:

&ITO? 3452

fl<IF S0, EXIT TEST>

130

H SE%Z.OSHR
3

TST

?gT

: IF

PIGET OV

BOING TR&UPRIORITIES FOR Q228E
:POINIER
:00FOR

THRU PIRQ-S
FIRST Q228
:gT & i Hkggg TOIQ,RITY AT 7

5& azém
326 +,CSR2

§§§T§RAE SE52088 0INTERRUPT
ST oo Bl

4)+ PIRQ

DON'T TA¥E OVER BIRQ'S
CK
;CLERN USOSTA
;BRANCH AR
PIRQ INTERRUPT
:QLEAN uP g*“%K
;PIRQ'S

ON
$

SP)+

10000

VECTOR

‘AT PRIORITY 7
:SETUP PIRQ VECTOR

: 4325:2

.WORD

ASCiz

iSETUP

$340,P1R VEC+2

82
15730

BIT 12
N SOF TWA
TCH
T
HEN
%v%eIS ?grlm
£ - SN =

<15><12>/tEST 27 - ARBITRATION BETWEEN PIRQ‘S AND Q-BUS INTERRUPTS/

mfif ve%

P)+

-A} LEAST ONE Q228E FOUND?

::IF NOT, EXIT TES

:sav

157
§LR
LR
R

;UFD MODE?

i T1PE ASCIZ .émiuc

30055¢

"ASCIZ

v
v
v
v

026210
164072

et et ot
8

;

éggre
1P

300543:

Readeale gty e T JTe (Ve oo J¥0 (¥ 1T Y0

010000

8 o

% TRRRTRRATOILLD
P33
AP RN S IS

OO0O0O0O0O0O0O0O0O0O0O0O0O0O OOO0O0O0O0O0O

e e

:cnn»at:i ? EfiaéniihHh

5774
6000

jidkkkdkkkhhhbbhbbhhhbbhkhkbkhkhhhkr
bbbk b kbbb hbbdhhhbdhdb
hihkhhhhh
ki
k

tér27:

015772

016020

T—

' G168i8

OO O

- ARBITRATION BETW

00 FOR

N NN NN N NN NNN N O O O
~=~J
“dmded
I sd sl I~~~
v
£
>
O 0o
N B RO
Woo ~JON

T 8&

002274

~-d

N NN N N N NN N

SEQ 0093

; HE?K PRIORIT Y ORDER BETWEEN PI
;ROUTINE_TEST
IF UFD THEN
i

T T T sps
e p- R
POPOPONON)=
BN
ODO ~JU

g;%é

R 37

1
7

Page 36

- ARBITRATION BETWEEN PIRQ‘'S AND INTERRUPTS

NN NN NN NN

Tuesday 07-Jan-86 i5:18

;CLEAR ANY
JUST IflUEASE
:§%§?R
;:G0 TO THE NEXT

REQUESTS

;PIRQ'S 4

COXDDAQ KDJL1-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 37
SEQ 0094

ooo

g & wan

b et

OOO0O0O0

33 -3
i ~Nn
Pe

3761

ot
e e

- ARBITRATION BETWEEN PIRQ'S AND INTERRUPTS

TEST

GINL+--O O

652

sgiés%

001220

005737

003030

000001

000205

8E8"

VIREOP: §§B

ool e

016300

bttt

t8130:

1s:

ntnan et L

S TR

T Y

P Y

0IIIY

Seoe

:DI%ABLE MMU (DO NOT REMOVE ''!)
;EXIT

SENV, 41

;

if not APT, don't worry about

Bg
oee

ét::ms
&ms

rts

;_This VIREOP ROUTINE to provide common End ¢f Pass exit point
rS

; maintain cache routin pascnt

OO-F&r-rdet]OT&--Baelvalvel"alvalsalal[Tal-T“''al-—-£"-alalUalainaur-a-Mxcmoy16‘”3"&oMNI)w
e\OteDOeet\oOwWOeoOdAdevvtoeteteAvrdetidrod'rdrdrdrdrd[(o+%t]]deooteoloo|(we2t]eevteleetetOeOetOetOetTDt]mTw0LA&Tl“A
ow=—z -oX— ~'v'= -A4 wponck mv<
L
I
0vO1OAiW1e8Ndi8e0Ae0”O1tt.oO0o”10rodeR0deO1ode0O0st55 ~~ Neo0UsO0oLe8 0OM8O0RSyEOL0OSN8O0OH0I)'1N0Ir1OMed0S.rTe1iLvdIO0YtsSerid55 ~~ giOed 0O1SrdrS10riI<8idSr0dritd4Oir~e0rOid8AUr(t3=[ d0“&O)MOI—0O8-—0M8rA0vrtAtOtt8tO0-H 0"-&woA vO]—n
<-&—Rv -N— v~ g& —o-— "m| 2] A4 --Nv;':'4':— b3. v' ~' v' &w%& —o~~v |-oN=-.-gAvSN!pl[4)}—bvg
3780

~m ~ >

-— —

Tuesday 07-Jan-86 15:18

3778

--w -~ o-

;775

MACRG V05.03

N(~"3} vA

3781

0 KDJ11-DA CLUSTER DIAG.

%3
=]

GLOBAL ERROR MESSAGES

Page 38

SEQ 0095

—N~v'

-&-gl@2-=w012
040

040
122

< [

=Wo-=z3 [o—=]

Tuesday 07-Jan-86 15:18

MACRO V05.03

(2]

COXDDAO KDJ11-DA CLUSTER DIAG.

=-'4 ~ ~ —A v A

----

O- - O OAAAOAAOOOAAAA O THAOQ Ot

et —t e -t

ooO0-—O-8e~HAM00O-AO8veOt0rOed0orAstdrveOdtt0eowvOddtt0vOO©eA0=((-[<8~]O7e=A3(eM]]ANr\OtOr0OevOde8eedtrCO-0viU1-OeevOOOeeo2]o-o<rOOe4(v]o~&OvONOoOALOetSoAtv\4OoA<oO4oBtUeOatleOnO+SlVo]ww oa<Mo~~ oO-lYA[C]otOaelAoPvNo4tPAeYUvOeoodUee—dBewvevtdotewOtdBoAoOOAtBot-]-- w<~Oeel(Ant&eOmA=AOUSItANoOvOSA©<DAFOooDAA=OOtNADoOOve]Nww <~O~<AO[J)M0&t0OLNOy8A0AALONU81OAOTeNO1I0t—tOLOU6OMOM42N0t°O—Ae2OOQO0DtOo(VOm~-L <=® ~-M&)M<M)OW0W‘HAOAWwOHe0zPOOl
-]oLw-==no ~vX v" Nv4 =N--3][ vQ[<A~ e—3Av_—
F8
Page 38-1

GLOBAL ERROR MESSAGES

SEQ 0096

42M%M Ssm i<t

oDetDODDOtA
3794

-—

OOetownr- eHnteurOndre-d
Aeooyduetdue&dd etA1NtyUy&

COKDDAO KDJ11-DA CLUSTER DIAG.

4OA

123

152} w
[+ o

OrtrOdrdrdrdriedtedO

~r~-

ey g

S
S
S
S
S
e
l
a
d
e
t
Ii
Lt
e
e
e
e
e
o
e
e
e
P
1
R
P
P
PP
b
e
o
A
v
e
v
t
v
t
I
R
t
—
t
O
S
O
O
T
S
E
I
R
E
R
M
N
S
T
L
S
S
eNH4ItOU)OIedr
O1 —O~OMUIAAO Te4drdt 1eOtO ANETIlBROO~ISZRAR—SSAOUTMOo4S8MSOU =IOeotyOMIUNe4tOOOMOMAAeUtHeAdrtd

vYHBOtCeBOtlrd0evBOtr0edOre0ldOre0TdlCrd<OeAVNdOeNAr0edAO{0<oAOeoAlrOdeA0rOoderOdorOeedlOreli0irOldr0[dOl BRTGNSBouGBBT
68
MACRO V05.03

EM1:

-—

Tuesday 07-Jan-86 15:18

.ASCIZ

Page 38-2

GLOBAL ERROR MESSAGES
SEQ 0097

ASCII
/
INHIBIT THE CHECK PARITY TEST/<12><15>

.ASCII
/
Not used/<12><15>

ASCIZ
/0
5-0

/BASIC INSTRUCTION SET ERROR/

[](48-~N ~YwP Lw [o4g8

L Q.

/CHECKSUM ERROR IN 16-BIT ROM /

Subtest number to loop on (BIT 8)/<12>¢<12><15

COKDDAO KDJ11-DA
CLUSTER DIAG. MACRO V05.03

Tuesday 07-Jan-86
15:18 Page 38-3

GLOBAL ERROR MESSAGES
01724

dEe
017 sg

017

3798 317 g?
017

105

122

Wl
3%5
066
11%

i
055

1%4

115 EMS6:

111

i 5

017 og

105

. 040

122

0
1§
3799 817017 3

12
3
3;‘

000
13

123

817 1
17324

076
117

. 040
105

104
123

132

103

117

11;

114

01727

3800

Gt
8?"%
3801 8%3377
o 2%
o1748§

017450
0174 3
A

3802 0133
i
8%74

192

M
i8§
1%340

101

117

123

101

1%
22%
122
104

08
193
343
124
(At L

3803 8%;:64

%is

%13

igg

0174
0 7§oo
017503

122
124
110

125
123
101

120
040
120

124

13%

/LKS<07
$<07> DOES NOT T BECOME 1 /

EM61:

.ASCIZ

/ILLEGAL LKS INTERRUPTS/

iie
040

125
105
117
114

0174

.ASCIZ

116
02
40
040

01746

EMS7:

oM
1%
123 EM63 s ASCIZ /LKS READY DOESN‘T GO LOW/
105
340

.ASCIZ /TIMEOUT READING LKS/

104

1183

017433
0174
817“1
7444

?39
116

125

17 EM64 e ASCIZ /MRONG NUMBER OF LKS INTERRUPTS/

115
122
106
113

122

EM65:

.ASCIZ

/LKS INTERRUPTS HAPPEN AT WRONG PRIORITY/

COKDDAO KDJ11-DA CLUSTER DIAG. MACRO VOS.03 Tuesday 07-Jan-86 15:18 Page 38-4
GLOBAL ERROR MESSAGES

SEQ 0099

0“

et eteOt —HO edededediO Hrdrdrdedrded

7-M4o7-&o4"7Nv3S7O=—4A7vtMvOtN7vtI&CvN.tLO-~ev71Ose7vOA7M1T-H17rdo7rai-urndy7rdrd7edY[&& nrlidd7ri5erc73deur<nt7Oe74tN5o‘~SMrt5N&~OSO13A‘O4%]bans-M&)O0U-O7U—0tCgU1r=~O

IM2- 2—7t%%=4%9=3&.&%7=o = 8

.ASCIZ

/RESET DOESN'T CLEAR LKS<06>/

.ASCIZ

/TIMEOUT READING SLU REGISTERS/

.ASCIZ

/ERROR IN XMIT READY/

.ASCIZ

/RCSR<7> DOESN'T BECOME 1/

.ASCIZ

/WRONG CHARACTER RECEIVED/

.ASCIZ

/RCSR<07> NOT CLEARED AFTER READING RBUF/

ivvNd+e.wotdOIOe4idLwtOwNd4eMI=dMNwvA4DYOeLvOtNAoIIve~Svv4OvtAv{+UwD4MADAMe4oODo=mIoO©IA+4v+O+MA=I<DO-TOveAvUvtINvotdOv:woAvlMLOvNoONOvIeOvOrtHvrAvT~rtAOCOOMwzoMSArOMNirOdrAiSr0iRrdOATOsACOwrmO~v~OOtaHnrOdnrtHrATiOrCdNrHtOAeTOt

ol.2111021211210201“12101012.2.402&.011110101011101

etS“n%m77mw11fl%4“116n770%mm.wn.flmm
”
YSISIICOI0CIO0ON0ION0CIONO8ONO8ONON8OOI3CNO3UOCNO5No~V0NNNVVSN8-NSSV8SNSSNSY35S3RES3R5RR3ER3R
J38

COXDDAO KDJ11-DA CLUSTER DIAG.

3810

381

3814

26142140_-—2l2621owmS=-_0o2n110f2i4o

MACRO V05.03
Tuesday 07 Jan-86 15:18
Page 38-5

GLOBAL ERROR MESSAGES

.ASCIZ

/XCSR<07> NOT SET ON RESET/

.ASCIZ

/RCSR<07> NOT CLEARED ON RESET/

.ASCIZ

/SLU INTERRUPTS HAPPEN AT 4/

.ASCIZ

/RESET DOES NOT CLEAR PROPER BITS IN SLU REGISTERS/

.ASCIZ

/TRANSMIT INTERRUPT DOES NOT CLEAR XCSR<07>/

SEQ 0100

oMoU<<OMetDIOOT AANWOLNOMUMDONIOMO -

sUeiOidtlrIMdrtOSdeOdlreOdeONdereIQdiNeAMUdt-eTdG4tN1AOSLOMNB~AOSOLW0ADOSN—w(O=-=]-HOdAreNdFeSrNdeOrdNOrGiIdrONdireMEdrUSN-diINerLeOUidVOerdAtdMNvPrStdORrWTiO-eAvwo=,eTd~BOSeTdOOreRUdI0erNtiVyTvrtAdOMvelIiSOrieSMtSRedOTteIrSBdeESrSIdTUtOe~OrNdRr-ewoG4Nd—bOSrJNHECRNrFdArTAUdONMrRRdSiBrKOdMIrFRdTV1rIIdEOSrTSiUrSNiM0ErRdNSeIiEO=OT
8

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO VJ5.03
Tuesday 07-Jan-86 15:18
Page 38-6

GLOBAL ERROR MESSAGES

SEQ 0101

381

.ASCIZ

/RECEIVE INTERRUPTS DON'T CLEAR RCSR<07>/

3816

.ASCIZ

/BREAK CONDITION DOES NOT SET RBUF PROPERLY/

3817

.ASCIZ

/RBUF <15-11> WASN'T CLEARED ON NEXT CHARACTER/

————

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 38-7
SEQ 0102

GLOBAL ERROR MESSAGES

3818

000

123
040
124
122
124
104
047
110

114
11%
10
125
123
117
124
10%

125
116
122
120
040
116
040
120

EM107:

.ASCIZ

/SLU INTERRUPTS DON'T HAPPEN/
'

1
11
1%%
1
154
107
117

122
122
116
122
111
040
040

EM110:

.ASCIZ

/ERROR IN WRITING TO SLU RECISTERS/

125
105
123
122

122
040
040
111
116
124
123

040
107
124
123

i%i

6%8

EM111:

.ASCIZ

/FIRST CHARACTER WAS NOT OVERRUN BY THE SECOND/

103
122
3%3

110
10%
10
127
040
124

101
103
122
101
116
04C

EM112:

.ASCIZ

/OVERRUN CONDITION DOES NOT SET PROPER BITS IN RBUF/

EM113:

.ASCIZ

/OVERRUN BITS WERE NOT CLEARED ON THE NEXT CHARACTER/

s
3819

114
122
1%%
600
3820

123
117

10!

116

3821

0721
3822 020724

1
il
12
%%g

040
105
105
116

124
040
103

%%z

%gg

igg

116
117
11%
1&4
1
123
117
123
040
117
122
111

040
116
124
119
11
040
124
105
120
120
040
124

103
104
111
040
105
116
040
124
12%
10
102
123

1
117

1
126

000
105

040
04

i1l
122

104

116
102

X
PPl
Pl

PPt

2 b

s s et

e
e e e N

—

el el ]

]

Sy WYy

e © Oh

s et et €

ot pa

—

REE

N2
[ASE

0O
S
o0

oogS&
(=]
——

S oRoh
8

RNS RN RER

H.‘.—..—..—.’..WHWM.—..—.

2&"0. 2E8ERRERRSIESRN SRS

COKDDAO KDJ11-DA CLUSTER DIAG.

—
3 B ! Oh‘al\) 85
— Sone
BIARREER {2 ERE2N

gTRSS BRRSBSRER

s et et O et Ot e et et s
O bt
RO
S
rorone

s s s O P
n
(]

———
non
&

~NEEOVWO

et
et et

3825
Y

3824

o-o-ooo-»-»-o-oSRIRTIIGEEERRED SRISESPO
—t— mo—-o
E=1,
%7

SReNs

d&&S&!&&&S&%fi?&:fié&évv"

o @ o

3826
s
§-

3823

MACRO V05.03
Tuesday 07-lan-86 15:18
Page 38-8

GLOBAL ERROR MESSAGES
SEQ 0103

122
EM114:
.ASCIZ
\ERROR ON XCSR<2>\

EM123:
.ASCIZ
/ERROR IN Q22BE DMA CYCLES/

EM124:
.ASCIZ
/PIRQ INTERRUPTS DON'T TAKE PRIORITY OVER Q BUS INTERRUPTS/

EM125:

.ASCIZ
/NO POMWER DOWN TRAP TO 24 OCCUR/

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 38-9
SEQ 0104

1
1
1

oy
O

S8R

m’g

Ore

/ERROR DOING Q22BE INTERRUPTS/

.ASCIZ /ERROR IN OPERATION OF PMG COUNTER/

I,
B

153
124
04
1

122

103 EM130:
10
105
%24

.ASCIZ /UNEXPECTED TRAP TO 4/

o
%%

Je2 EMI31: .ASCIZ /ERROR WRITING TO LKS<6>/

on o em o e o o

@
¥3§

.ASCIZ

~
QTN
XSR
-

040
105
12

.&3

107
080
o
3536

000

(luo

<1>4o

123

EM132:

.ASCIZ

/ERROR IN MAINTENANCE REGISTER/

EM135:

.ASCIZ

/ERROR IN THE MEMORY DATA PATH/

188
116

=23

1%4
1

124

588585

3832

1
1
o1

1
i
103
104

ety
4 e N p N~y

3831

J22 EM127:

o or o

e
3830 02

EM126:

117

i+,

3829

Oraps
s pa

3828

e A

oo,

3827

S5828BER

GLOBAL ERROR MESSAGES

ARAv3NqY;SRmIfClmEnTaRuSwEnmIUwRmNOnSwIAvxNfIlaSnuVmEuRwSnTuInmNmmSUmNIwnASv2NSIEmLTmutzSu3Zm0UsCznSNwXmUNwEmIWSMEHSfIViHASWRYIZCHSqu8cMwHmwmwranvaqzntqsmnwfi:
COKDDAO KDJ11-DA CLUSTER DIAG.

-«

—=

&333

dededededeie edededA

SDRS o0 t

i
~
M
M
-<&4 -&S -&~

—ve-tfevtDdvetvtRROROBL<LBOeKoAebeer1dO-LBrtdRRrdReBrdR4rRdrdR4eRdo4Rrte—dreitretdreetdd-eeA4ddeedde4o<AddOr~evdeModetrdUrNd-eidt=eredtevteOSt~—OM~ett —<tet-4
838

B
MACRO V05.03

-—

EM136:

Tuesday 07-Jan-86 15:18

.ASCIZ

Page 38-10

GLOBAL ERROR MESSAGES
SEQ 0105

/TIMED OUT IN ACCESSING LOCATION 0/

L2380

.ASCIZ

/TIMED OUT IN TRYING TO ACCESS MEMGRY/

.ASCIZ

/ERROR IN FUNCTIONAL REVISION BITS ON THE NATIVE REGISTER/

.ASCIZ

/ERROR IN THE INDICATOR BITS 0'! THE NATIVE REGISTER/

SEQ 0106

s
e

[1
110

S8=

860 EM142:
8%
1

|
1
k
|24
!
[1
|24
040
124
:

114
124
127
103
%23
16
110
116
11

¢
%8;

izYéi

117

%§§

n
0-0-»-0-'03
RIG& E §b&
NN

—

(=4

s
pt e

040
103

: z'.o..a

116
124

-t

833

s
et e s s

@
124

oo
124
%30
107
11

385

/ERROR IN THE BOOT SELECT SWITCHES ON THE NATIVE REGISTER/

%%0 EM143: _ASCIZ /TIMED OUT IN ACCESS TO THE NATIVE REGISTER/

;

MO ~JWNN

ER8naEt
111
s}g

.ASCIZ

107

SRR

‘5

1}6

3839

1
18

1 %

3838

10%

—

P s sPt e

3837

if7:
o

J40

F-

122

107

116

040

EM144:

.ASCIZ

/BIT 7 IN LTC IS NOT TOGGLING BETWEEN O AND 1/

——

—

Na
COKDDAQ KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 38-12

GLOBAL ERROR MESSAGES

SEQ 0107

2LI1]Ne01AL00mL1R-L&-Lwt51“TmIn1KZ“SHm1IaWElO1NagSwAO0aOADutROrw.~Ie—t“eN~wtSALNmCdSeIdNefdtBiAA1X3SW1T”.=dN~]iuSNo.IigUR.I~lM2NNmI1NO2S1201O51103172O1A10Q111SMO0Sd.eO1EdV4Oe1Id0EMe1SdJo1EdR4vNr36i1NeTd.T1S7

.ASCIZ

L]LLLeeleBolleloeltalalloeleol Lalalalaleli.1.Og1 rdedederie4to—dotolovtOATevtOe t

EM145

/TIMEOUT IN ACCESSING THE LKS REGISTER/

EM146

.ASCIZ

/ERROR IN STUCK AT ZERO BITS ON MER/

EM147:

.ASCIZ

\COULD NOT SET ONE OF THE R/W BITS ON THE MER\

EM15C

.ASCIZ

/BITS 0,2,14,15 ON THE MER DID NOT CLEAR ON RESET/

—

£9
COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 38-13

GLOBAL ERROR MESSAGES
105

SEQ 0108

124

OOMOO~o=M<IrO1~0U2ME<RMEONERemdSIS-bSalaRMtdISOMMNO3oT-4N°S9SSNRoSEoSEENTS

.ASCIZ

/TIMEOUT IN ACCESSING THE MER REGISTER/

EM152:

.ASCIZ

/ERROR IN THE DATA SHORTS AND STUCK AT MEMORY TEST/

S4=e.Iod—BerEvdRo4IeSdetIrEdSIrSdERTN 1 1 1 1 11 1 101 0

OWYMM

rdodrdederderiOedrdadeded

S1O1OA01ee1v1~<—O1A0111101111111I1E-1M—tA0U11I1R/NASAAeALeTOASNSoSSgSERS

EM151:

—-—_OMr~O

v v

‘3vO2ItS

.ASCIZ

/PARITY ABORT OCCURED WITH PARITY ERROR DISABLED/

.ASCIZ

/PARITY ABORT DID NOT OCCUR WITH PARITY ERROR ENABLED/

S22—4T0O4UN20y71L%mN.%O“SyS1iI%tS&30%2MZOT2MRe0N=N1MID-N—2.7IO-“?M)7OO%8AH1ULMWZSA82nhI7OmNe7ISO-2—2wNSN&S1?“U1N7M0Z1O—70‘“&“O%2O70?&2Z67m4dal%R-2?d2f%1i.%4%edf%sri0O&m0
/MER DION'T HAVE CORRECT ADDRESS BITS 11-17/

Loz

(ASCIZ

/MER READ EXTENDED ADDRESS BITS HAS FAILED/

385

.ASCIZ

/ERROR IN THE QUICK VERIFY MEMORY TEST/

3851

~ [Ty} o a

|5} -l ~N

o
[

MACRO V05.03

COXDDAO KDJ11-DA CLUSTER DIAG.

(ASCIZ

NI—ONAOSUD—LTSOAMeOUe—NHALNMROoewvSAOCvDrASD=eiU+VNrAvdtIrMNIvdrNvVDOddiNWAeSVrIdMvNe-NAdOeNwiONdMOeowOAdVAAOCvdUTAiVrdNImn~revDANrrdedrVsAiv{NeDvdeASOOdeTANNr+irMNCOAOVBAreT-UNdrNetOdrSwNidrRw<dvdVre&dvdIANoNAOvo7EVm)3tv1ANOv—iQOe~r—VHIiOdNTevUNAV)dIO<IeMLTvdSOeIiSeLoNdArORCdOTeSMAdOASOeSNS7tA1DwnO3S}RSIeA0ITISA2]NIAOITA4AISOIAIT]OSITHSYAOI
F9
Tuesday 07-Jan-86 15:18

(&1 o

Page 38-14

GLOBAL ERROR MESSAGES
SEQ 0109

=~~

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 38-15
SEQ 0110

GLOBAL ERROR MESSAGES
3852 §§ ig}

% 8

i%g

?gg

%16
38
040

124

040

%gé
123
101

02 %
82 1
02317

023176
02320

123
%54
110

105
103

040
103

3853 023211
023214

116
122

117
105

040
103

0
0232
83 ig

116
122
6%0

124
122
124

105
125
123

023241
023244
0
45

0
126
117
igg

110
105
103
%g%

/NO XMIT INTERRUPTS HAVE OCCURED/

EM162:

.ASCIZ

/NO RECIEVE INTERRUPTS HAVE OCCURED/

11
I

101
040
103
105

3854 0 E%

6§

103

023270
82 13
23276
Osg 8&
0
023307
02 ig
8
3855 8
g

101
124
101
122
110
040
103
105
6%3

122
131
102
124
101
117
125
104
igg

111
040
117
040
123
103
122
000
%gi

023
023331
0233
023337
02334
0

104
124
101
040
122
103

116
040
126

103
122
124

047
110
105
117
105
040

040
124
040

102
123
060

063
3%9

gg?
115
131

117 EM165:
101

040

126

105

122

0
023353

104

97
7%

101
122
123
111
043
040
104

02340

116

02
023361
64

3856 08 17
8§§§0§
023416

iég

.ASCIZ

126
117

EM161:

124

040

104
105

101
040

%82 EM163: .ASCIZ- /UNEXPECTED PARITY ABORT HAS OCCURED/
105

120

EM164:

.ASCIZ

/MER DIDN'T HAVE CORRECT ADDRESS BITS# O AND 15/

104
123

116
061

.ASCIZ /TO0 MANY TRANSIVER INTERRUPTS HAPPENED/

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 38-16

SEQ 0111

GLOBAL ERROR MESSAGES

023

}

183

040

104

0&0
117 EM166:

%%3

117

lég
1
lgg
1

116
lgg
s
40

124
122
124
150

104

000

%52

%g?

10;
%1

122
122

122
015

040
000
124

0}3

0
1
0
1
1

105

040

.ASCIZ

/T00 MANY RECEIVER INTERRUPTS HAPPENED/

.ASCII

/ TEST

103

DH1:

043

FSEREG 3

116

1
DH4:
0
1
1
0
1
1
1
1
124
1
la
o1
122
105
103
10
mi o
1
105
1
3o
040
040
04
oif
040
120
103
ol
040
104
101
124
101
040
040
Oiv
040
040
104
101
124
101
000
040
128
105 DHS:
123
194
ol
1
i
12
117
12
ol
10
11
124
SR
SV
o1
10
1
101
04
11
116
0l
104
101
128
n
n>

—

3857

040

QSTIEUREA=

}

ERROR/<15><12>

.ASCIZ / &

PC/

.ASCII

ERROR

/ TEST

ASCIZ

.ASCII

EXPCTED RECEIVED/<15><12>

DATA

/ TEST

ERROR

HITMIS

DATA/

DATA IN DATA IN/<15><12>

a|—-c dm4x.[-—awba4c=5oS]
1iO—iS—<sOo3\U8eNa0<|(=3"N3w@w—a—4~<-N=<)nc][5=8ON]~O%S9WA<o|[~N8+NaM7OUoMeOSUUsh)dT-a”~mxe'==4m-<nN[~S+oMTOt~1-.Om==((NQo~2bM)8<4.=N3%]||7864T2a]o3oYLy[3T2w[74N"—4—a=-<~v~vi][[il]++N01P.R—3INV1(w]<~.W<L25[TN][."a\OlSay.lTVa.lN3y7']S19AO3S43t5[7a[wwoo E=—<wo<~v%-&]2+c]]TN17C3.I03N5A7NwQS>.T(o~Lo<.]WNO
Qj1er&ded1e—%ie&—1tv—A0&1T]ML0ow—&N1W&0Met1&e0MB&1RQBw—&0MR1R&D01&Nw[Q&1A01&1wb0d11w—0N10AL11Na112[%2I]1e10T1S1T01R01S0oe- 101So01S81SN(—7i2}S
w| 2ovXi —&]w£ -w w~w >wwA e¥w~ =ao

gQEmemmww““ “<ewt“ewowSwl 777A7777720711701711 -t
386

DH27:

3870

DH41

A n

DH7

DH24

-v

3864

& &

COKDDAO KDJ11-DA CLUSTER DIAG. MACRO VOS.03 Tuesday 07-Jan-86 15:18 Page 38-17

GLOBAL ERROR MESSAGES

SEQ 0112

oO\ItI—O~ARosS]4-"w(-o[og=&c+}]8BOS<olNMvtSOR](Qw~2OUi7(.zN]&tIOALLN—UOB<[m144Qw-F=2[[]»=+UOQAdOrARNOdIeOtvsOrAdRAvO]Q-~QBew A[T.N&=O]etSv“O2&R”N3BN1BO’(w3—wQo-447B[[]*»Au4m“—_SOQm~oW.NSOt
SOiOTSlATt3vt0SeTOt1ITTv1Io£—A<-OH1INOITF1IOST0SOJ1IS0-| M<S-s IT0eUTI1dvSdJoeMV1dTeIdeTV1dWTN1NeTOIA1ClNT4ei—Oz<TE0MIT1VrTidNTv1rITdrT1dOVedNAM1“NO0r-- dT<O<I=~ 0Nr“i'dIr)0dNr&dIrD%dNeAr“0IdNe%ANrdO%NT1AIO“1AICUA1NHN1-z—<OITbIe“OMNtGIttINOL“<M~Ian<)NL“WNalN-e—]
wwoagv~ 22 o5- b»y wm=ww- -3] (i=sw2] g4 ~
387 N

3873

PoA m< -v—f

MACRO V05.03
Tuesday 07-Jan-86 15:18

[m]v

1
o

= : g = Bs

COKDDAO KDJ11-DA CLUSTER D1AG.

Page 38-18

GLOBAL ERROR MESSAGES

5EQ 0113

124
116

l<9“

COKDDAO KDJLL-DA CLUSTER DIAG.

MACRO V0S.03

Tuesday 07-Jan-86 15:18

Page 38-19

GLOBAL ERROR MESSAGES
3878 02437

3379

3880

3881

3882
3883

820

011

mé

3885

18%

ASCIZ

LEVEL/

.ASCII

/ TEST

ERROR

ADDRESS/<1S>c12>

FAILED/

114

105

335
1&

ASCIZ / &

ééé

éfio

122

105 DHIS: .ASCIT /TEST ERROR MSER
%52

§4
%gi
105 DHIOS: .ASCIT / TEST ERROR RBUF/cIS>c12>
18
12
22
i

340

§
1

IR
I8
135
18
ofi
18

;

oaf
103
128

11
105
105

10
123
104

126

158

o
120

040
o1

114

080
011

040
040

043
120

0
126

PC/

AODRESS/<15>c12>

DHIS:

ASCIZ / &

ACCESSED/

.ASCIT

/ TEST

ERROR

DATA

ASCIZ

PAR

VIRTUAL/<15><12>

104

ASCIZ / &

0ii
10
101
2

.
810
080
a3
R
011

122
080
N
3886

.
04t
93§

é4o
W

i
152
1
1
1

117
s
1
0

3884

101

040
11

PATIERN

READ

ADDRESS/

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 38-20

SEQ 0115

GLOBAL ERROR MESSAGES
024637

103

120

acss

0 468

%40

011

124

040

104
123

122
123

890

4708
:; g

001162
g.?% g%

C€01116
% (1)8

000000
000001

DT1:
DT4:

3891

0247

001116

000002

3892

:;432

00&01 0011%4 000000
09%2%

%&.&8

0246
054697

040
040

0246 e
85:%0

i 8
g

040
040

040
101

.EVEN
.WORD
.WORD

$TMP1, $ERRPC,0
$TMP1, $ERRPC,R1,CCR,0

DTS:

.WORD

$TMP1, $ERRPC,R2,R1, $GDDAT,0

001122

DT7:

.WORD

¢$TMP1, $ERRPC, $BDADR,MSER,0

:”

3893 :;;0 ég% lgg 88(1)&1)8 001122 DT14:
3894 2;&% Wlig% %&1) 6 001124 DT17:

.WORD $TMP1, SERRPC, $GDDAT,TSTLOC,0
.WORD $TMP1, SERRPC, $GDDAT,RECDAT,0

3895 8 ggzg

88%&88

001116

000003

DT24:

.WORD

TRGAH 8 . gg

%(1)%8%

%&%8

177744

DT127:

.WORD $TMP1, $ERRPC,MSER,R3,0

3897

09”62

00(]).%16

001124

DT35:

.WORD

$TMP1, SERRPC,$GDDAT,MSER,0

001126

DT41:

.WORD

$TMP1, $ERRPC, $BDDAT,0

000001
000000

DT43:

.WORD

$TMP1, $ERRPC,R1,RECDAT, $BDADR,0

172354

DT47:

.WORD

$TMP1, $ERRPC,KIPARG, $BDADR,0

[

3898
3899

177744
%&88

001868
004030

000000
001116

001116
001122

3900

%HSS

3902

09%%32

é%g

%1 %8

001124

DT51:

.WORD $TMP1, SERRPC, $GDDAT,PCR,0

3904

i 4

%%%28

%&68

001124

DT64:

.WORD $TMP1, SERRPC, $GDDAT,LKSFL,0

3905

i“

%‘1)888

001116

001124

DTe5:

LMORD

3906

i‘sg

%Hgg

%&1) 6

001124

DT75:

WORD $TMP1, $ERRPC, $GDDAT, $BDDAT,0

3907

%60

%1 %

001116

177562

DT105:

.WORD $TMP1, $ERRPC,RBUF,0

&7)2

001122

000000

001162
%&8‘6

001‘%}6
172344

001124
001122

DT130:

.WORD

3901

3903

7908
909

910

0013&6)

$TMP1, $ERRPC,R3,0

gg %Hgg 881 (1)8 000001 DTS0:
%&&6) 001124 DT152:

.WORD $TMP1, SERRPC,R1, $BDADR,O
LWORD

9(6) 001%8 001116 001126 DT115: .WORD

g
052550

1{62

001122

000000

DT134:

_WORD

$TMP1, $ERRPC, $GDDAT,BCSR,0
$TMP1, $SERRPC, $GDDAT,0

$TMP1, $ERRPC, $BDDAT,KIPAR6, $BDADR,0
$TMP1, $BDADR,O

$TMP1, $SERRPC, $GDDAT, $BDDAT,KIPARZ2,
$BDADR,0

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 39
SEQ 0116

MODIFIED ERROR MESSAGE TYPEOUT ROUTINE

.SBTTL

‘mo REPORTS me APPRgme IN omuonto

tTHE ONLY DIFFERENCE BETWEEN THIS ROUTINE AND THE ORI% "$ERRTYP" FRUM

3
RREIZD
<
Pgo<35~

éo -%sp)

ENITE"B RO
1
$ERRPC, -(SP)

CARRIAGERETORK:3 "LINE FEED"

..31 KUPTHE TTEM INDEX
;16 TTEN NOUBER I

2€RQ, JUST

"§“¥§n
mg
FOR TYPEQUT
ZZ 1P WOBCTAL AscIICALL DIGITS)

4s:

WORD

MOV

025416

8s:

POINTER GCES HERS

A HEADER®

HEADER"
POINTER%S
HERE

l}E
%{A!flé‘u
* POINTER-

SRO))

BIC

OSITO'?IW'BIT6

ASR

MOV
ST

RO, -(SP)
(RO)+

BIS

$THPO

$TMPO,8s

108

EE(T;ISTER’
i'ENSQ?L PURPO R

BI?SFOR SOURCE REGISTER

STER NUMBER TO HIGH BYTE
TER NUMBER TO BITS 8-6

x—o

Efgg?fli9RT'AEM)Eg b%’.i

8
S
&
025416

POINTER
IF'3 E"
OINTER

..'CAR%RGE
RETURN" & “LINE FEED"
;RETURN

6$:
7%:

ESS?SINTES'R

P TYP

HgVGIN
TRUCTI

TERBTTO THIS

TT
;i UST CLER

- r- TM
o

ono
A

-< m

[= 1S

= <m>

—

U=
(7]

U
N

OOWNO! ogu
B~

34:

-§§8§:

=B O

2$:

600

5%2 oomsg

IFIED

HE ERROR TABLE

004

6 010046
0057

282 REGIS

JUg¥;&EXS
THE
O _THAT IT WILL

-l

ngrm,$THPL

Noo

888

Sasa

001162

o
n

ERTYPE:

S
&

SS8
aReens=sogesgsgo258532
SESERSNA

O
FRISDraw
-~

SRR RRERH

»
SR8V
SELES =9 ERRERN
ro SSRSSR

i #ROUTINE. THE GENERAL PWPOSE REGISTERS USED ARE TO BE
;#FORMAT. ‘RO SHOULD NOT BE USED.

D00~V E NN

OO O ~JTVUNE N = OO QO ~JOVUN £ GIND ==

;#SYSMAC ‘IS _THA YOU CAN PASS INFORMATION IN GENERAL P

EEPTLIR2E

N NO

N NN G O

O OO

N N

WO OOOO
fffffffff ooooooooooooomoo PO
== b o
BN
O

NN NN NN N N N

914
9

N O O O O O O O O O O O

MODIFIED ERROR MESSAGE TYPEOUT ROUTINE

tttttttttttttttttttttuttttttttttttttttttttttt‘ttttttttttttttttttttttt

? F REG%STE0 STACK

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 39-1
SEQ 0117

MODIFIED ERROR MESSAGE TYPEOUT ROUTINE

9 025424

~NN~NN~ EeOS
S8 888280
OO
~

970
97

0017
53340& 025442
40
74
42
040
040

MOV

11$:

BEQ
64
TYPE
118
BR
7
E\SI(E:PIJZ !/

.SBTTL

GLOBAL SUBROUTINES SECTION

108:

000

TYPOC
18T

3(RO)+,-(SP)

;;IF NOT GPR

ieve

&R z FOR TY

ouT
::60
TYPE--0CT
Asgmg
L
DIGITS
::IS THERE ANOTHER N Ek?

(RO)

::BR IF NO
:: TYPE TWO(2) SPACES

::TWO(2) SPACES

ihe

; THE

74
7;

013046

1&«
oos7°3

GLOBAL SUBROUTINES SECTION

; THAT
ARE USED IN MORE
(e

389
0

THAN

0N TEST.

CONTAINS THE SUBROUTINE

’

RO T IRES To NI TALIZE ALL THE MU REGISTERS

; INPUTS: NONE

; OUTPUTS: NONE
; SUBORDINATE ROUTINES USED: LgAB PARS
LOAD PDRS

; FUNCTIONAL SIDE EFFECTS: NONE

; CALLING SEQUENCE:
4

Q12701

172240

INITHM:

JSR

$172260.RL

PC,INITMM

;BASE ADDRESS OF SIPARS
;:BASE ADDRESS OF SDPARS

i
4
‘

;2‘; 3;%‘1,8

§3§72§ $;$61o

)

r“oé
i

2?,§; 3;%%0

Bk ey Qi

S8 g g
383? } 8;%%3
Y 5; 23

I
JX
e

]’g-;, 32%8

:éfasso:k&m
S
kfims

;BASE ADDRESS OF KIPARS
;BASE ADDRESS OF KDPARS

e gtmso.k PARS

;BASE ADDRESS OF UIPARS
:BASE ADDRESS OF UIPDRS

Sl e

;BASE ADDRESS OF UDPDRS

gé

:BASE ADDRESS OF UDPARS

:BASE ADDRESS OF KIPDRS

H ’zszo.k PORS
flzm'kfims

gé:lzzzo.s RS

:BASE ADDRESS OF KDPDRS
:BASE ADDRESS OF SIPDRS

:BASE ADDRESS OF SDPDRS
;RETURN

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 40

SEQ 0118

GLOBAL SUBROUTINES SECTION

RL1IE 3 PARS STARTT
ésir“iciig“io&”“i’
g Spg

FR H

WILL BE HA PE

TO T

I/O

; ; TSF:QI CONTAINS THE BASE ADDRESS OF THE NEXT 8 PARS TO BE INITIALIZED
; OUTPUTS: NONE
; SUBORDINATE ROUTINES USED: NONE
; FUNCTIONAL SIDE EFFECTS: NONE

10
14

01 70§
00
01
%

000006

89;70

000200

012711

009000
177600

; CALLING SEQUENCE:

JSR

LDPARS: MOV
CLR
1$:
v

Agg
5
v
v

RTS

(R1)+
ozbo R3
90 ;

600, (R

PC,LDPARS
;LET _LOOP COUNTER COUNT FIRST 6 PARS
;mimflzs INDEX VALUE
:LOAD PARS
:

: INDEX f“ 4K INCREMENTS
:LET ng MAP TO 200
:LOAD FIRST SIX PARS

:LET PAR7 MAP TO I/0 PAGE
:RETURN

4t N

-4V

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 41

SEQ 0119

um Efr

= L .s..e%‘@..ov.ezsezw'&'@%as:ss&sfcw

:INPU

;

RL CONTAINS THE BASE ADDRESS OF THE NEXT 8 PORS TO BE INITIALIZED

; SUBORDINATE ROUTINES USED: NONE

; FUNCTIONAL SIDE EFFECTS: NONE

—

IERERS

NIV~

: CALLING SEQUENCE:

RF-

; OUTPUTS: NONE

55888 ..bs&.
K

NN~
-y BN
Orry

R DL LELLEN

FRRERERE25355

GLOBAL SUBROUTINES SECTION

000006

LDPDRS: MOV

077406
077406

v
3\:

177406

1s:

RTS

JSR

Réhm
(31»
1406 1)+
$77406. g 13

PC,LDPARS
;LET LOOP

FIRST
;Lagg t"fl&' 4K COUNT
READ/MRITE mss
2
3K
/MRITE NO BYPASS
‘kP
m?
EE
4K
m}rs
NO BYPASS ALSO
;RETURN
COUNTER

\‘

ViV

COXDDAO KDJ11-DA CLUSTER DIAG.

MACRO V0S.03

Tuesday 07-Jan-86 15:18

Page 42
SEQ 0120

lNé%&
DESCRIPTI
GO0

INE

INPUTS

CALLING SEQUENCE : CALLED
MOV

R8I

FRSERSS

Nttt

OIS

s ot

s o

VN LoD
P

s et ot

Y
A

Pt 8 et

e S

oy
it

gx%os?"?&a
P),

177744

$BDADR

032737

ABORT
VECT
LET e EINTE
Vv
NTsoFOF PARITY
pamyTx aaoa
ROUTINE
r ecTon
TS

00§4§1

ég 1 177744
003237 002340
000002

#8IT07, MSER
2%
4

888

~N~~J

032737
00140
00020

177750

TRAP

iFHIGH BYTE PARITY ERROR
%F TAG PARITY ERROR

HSER

N*fiALIZE MSER AFTER ERROR

LKSINT: INC

LKSFL

.I'CRE'ENT FLAG

SOR +4

;am

001000

PED
e PARITY
ERROR

ggnos. MSER

177744

RouT

022SIZ: Efg

$81709, MAIREG

TO_TWO

WILL BE LERZZ (E§XER$Rs(lfll?WILL
i
i.NIBUS SYSTEM?

mgh ADVN?E
TO ROUTINE

FRETEED

e ot o 2

! PREPARE TO DO SIZING

01373 026%22 000004
000006
00
008057
000004

SRS

MOV
MOV
MOV

CLR

000 10

374, ERAVRC

#340 ERRVEC+2
g%mooo.az
10,R3

sm?b

;AT

;CLEAR

:FIR%T
;VECTOR
; TRY THOSE

0_PROGRAM

£8

000020
000004

D
ABD

420,R2

#4 ,R3

COUNTER

Ifl# E ADDRESS
I
VALUES

! NOW DO ACTUAL SIZING

8588

oogink
114

B
N
TN
FONUYRUNC

RRR

R e
s

i
se

gopnnxtv

(CACHE PARITY ERROR OCCURS)

s it e

P.:E.‘IJRY SYSTEM ERROR REGISTER CONTAINS BITS INDICATING FAILURE

FUNCTIONAL SIDE EFFECTS: NONE

s Pl

E PARITY ERROR ABORTS FROM THE RAM STORE RAM TESTS.

SUBORDINATE ROUTINES USED: NONE

s i

R e e ek ek ok SR - PR R SR

TO H

i OUTPUTS: NONE

N~~~ —d~d

e
e e e—

LLLLL E-)

333g%.b&&
3233
NN O W00 ~JOVUNE (NN
OO 00 o-o-o-»-o-o-o-o-oogg
~JONVUN £ ML= OO o
SRIV28 $8

GLOBAL SUBROUTINES SECTION

iGETVECTORF

F10

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 42-1
SEQ 0121

Q22BE SIZE ROUTINE
005712

4165
4169

MOV

ocsn1a RS

MOV
ago

002312

002322

43
#CSR1,RS

000004

5% :

MOV

000002

6%:

MOV

000002

000002
000004

000002
60
02

000004
001160

gTAgé§gg&FOR 1ST

R2 , STMGDA
§16 SIMGOA

#4,

MOV

TST
AD
S0

R5)+
#2,(RS)
R4 .6

ADD
%N
M
gso
R

#2.4(RS
srnp?
#2,$TMPO
9$
8$

V
V

F;R

8 A

T?HINETIAL

B it g
i
NIT

RS?

i
g
T
$ F 8°§§X§
SEN%ENERS
i

gas ,2(R5)

g§§ - O’

002312
000016

170160

8s:

002274

0004

10$:

38=&

e 2 = O
= O O
OOV

026154

8%3

i55

049
105
103
111
040
123
116

125
104
125
116
124
124
107

AR aE LRR

o
~

WOOOOM

005574

$TMPO

BNE
MOV

RRILS AR AANA D
O\ON
U

2 40
42

R3.2(R
R3.4(R

}i fil
3 cou%xnue SIZING
;0 HE!

rop

ONOQ22:

151

gnp

NE
Tgr

RTS

.ASCIZ

Esp .

;RESTORE STACK FROM
; TIMEOUT

5P+

#170160,R2

-AT THE LAST POSSIBLE?

28
2351

F_NOT

BANCH

IF NONE BRANCH
:TYPE FOUND
;RESTORE TIMEOUT VECTOR
;RETURN

om%e

5& ERRVEC
<12><15>/Q22BE USED DURING TESTING/

EVEN
SBTTL 32;35
INTERRUPT INITIAL&SE ROUTINE

:THIS R

é“fi TIALISE

Q2 BE

70 INTERRUPT AT_A PRIORITY AT (RO)+

:AT THE STARTING ADDRESS IN R3. THE TEST HA VE TO SET ACTUAL DONE BIT
:BY CLEARING GO.

R
EE R R R

18T

s
4 7% 0261

001160

: ON TIMEOUT TRY TO LOOK AT NEXT ADDRESS RANGE

417
4174

;TRY TO ACCESS CSR

—AOMmM

""EEEE
]
= SNBSS
OO
IO TPl

REEQ

s i n s
e

SSKEK ceoggeceeggee

HOooML

STS2TS

SRR

P AS

(R2)

; IF NO TIMEOUT, STORE EXISTING ADDRESSES TO REGISTERS

(o]

Pt
ot et
P

414

18T

S SLLLLLLLENS Lo H
P e Pt ps ot s s Pt P P
| e papap
Le
OOV

:14% 026010

000001

Q22INT: 8LR
IS

000001

BIC

000002

MOV

(ng
#81700,(RO)

(Ro%bgtn3)

#1700,

(RO)

SLEAR TRANSFER TYPE IN CSR1

3 TP

EPA

*NosaSZ

E-':\".

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 42-2
SEQ 0122

000207

138 026226

—_——_—0

O~~~ ~Jr=
~NUNINNINNIN S

890222282882
o
LS LS V]
U0

388
ggg.
-

SSLRR

DATO

CYCLE

THR

012525
001001

154046
154026

Gu31de 1?40%6
00150

1387%

153774

DMATRN: MOV

ol
38

BE LOADED BEFORE.

#12525,3DATA

;DATA

15T

; g 1

i v

gnwanoomcsnz

‘§§2°‘H

& ;n 9&»\
$177717, aMC
groo.écsaa

DMA
:00 1 WORD
;89“11

BEQ

1$:

COUNT HAS TO

MOVv
v
v

1§

:IF

o;fso ,8CSR1

YES,

knfiu

:;bon
ess'fl LA ;%gz COUNT,DATO

ESS

OATTTIEL DONE
Ens%um Hion SUBROUT INE

.SBTTL DMARD DATI THRU Q22BE

:THIS ROUTINSEPERFORHS DATI CYCLE THRU n;zse IN EITHER BLOCK MODE OR A SINGLE
; TRANSFER MODE. MEMORY LOCATION USED IS TEMP. RO IS ZERO FOR SINGLE TRANSFER

822
282 008
oouihurn

= S S
R

DMATRN

:IN THE LATTER CASE ADDRESS AND WORD

002740

153760

001507
177770
001001

153742
153742
153730

001407

153716

177777
000001
153700

153716

001122

123704

DMARD:

MOV

#TEMP, 3BA

;LOAD DMA ADDRESS

#1507 ecsné
z&m‘/o aw

;66 DATiB
:D0 8 WORD

15T
BEQ

RO
1$

gav

2$noesénoo.aacsmz

5%0

MOV

#1407,8CSR1

;RESET LATENCY COUNT,DATI

3&77777 au&

;Bo 1 _WORD

RTS

:RETURN FROM SUBROUTINE

gggon

(SP), $BDADR

MOV
MOV

1$:

24 ’
TOUT:

e
BSL
v

:00 1 WORD?
:IF YES, BRANCH

;:LOAD NEW DATA TO DAfA R

35 %&?-‘CS g

.41)

nooecx GO

+DFA
:MAIT %flDONE? DONE

:UNEXPECTED TRAP

;STORE TRAPPED PC

'MMU GLOBAL SUBROUTINES

:ROUTINE TO INITIALIZE MEMORY MANAGEMENT
MMU:

e
R

TS
QU
Bt
Datl
el
ooarion?ngrgné
1o iyAgse52e1ner
ETW Séfi ORMED. OTHERWISE 16 gLOSIc( 605
BE 953;&»&3.

AS LA

i S CF — R S S = =Py R

RTS

.SBTTL

AU
IR RO
PR rororOn.
R= s APOMOMON
et ot s s s s
SEESREEOSEIUSEUL
oo
NN
OV INNEBWNO-O ORI
BN O
28283
888
S8882 o888
oONONONOY
ONONON
TLTLE
EEE
S NNAN ONOVONONON
NN
HONEN
S&S
SIRES SRSV

=YS Le B2 e~

NN NNNINEB I

T
T Tttt
L T T YN

Q22BE INTERRUPT INITIALISE ROUTINE

177600
026512

:SAVE CONTENTS OF REGISTERS

'INIT I AND D USER PDR'S
——

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 42-3
SEQ 0123

g 026504

1520 e

012601

PE:PAR
PC.PDR
PC.PAR

nov

gsggo.sé

fi%
MOV

Nf&?%m
?gp)o.i’iz

3525

gROUTINE TO INITIALIZE PDR'S

352% gseels 8?3225 077406

$B§i= §§5

4;93 ogsgsz 000207

M B

i51e gotud Qg BlEH
0 6§§%

4%30 026
42§§

:§§9

012720

0207

177600

ok
v

RTS

#é77soo,(RO)+

023727
001401

003026

000001

MMUTRP: CMP

FLAG,
#1

wwm 000411

8 030638
013057 500005
026630 072027 177764
'?88““ %mv 000002

ERROR ’5
BV
ik Bi75%
3613éao R
BES

g 001 gt
4239

xNERErfiNT'éNT R

gRA&H IF NOT

%ETW Tg INIT PAR

&ET CHEADY F%NEXT PAR

BRMCH IF NOT
:INIT PAR7

; INCREMENT TIME OUT FLAG
;RETURN

gnnu TRAP ROUTINE

4390 §§§74 04002
4508
13900 177776
4533 036008 0130
1 1
2

INIT
SNTR

gtlne OUT ROUTINE

8 026594

4289

o
TS
PC

0 E

;nourxnc TO INITIALIZE PAR'S

gl owy

4278

§§7326.(R0).

VRRBULW
>
=

345?9: 852§oa
“fi 8*3682
wq; %&% 172516

2R
JSR
JSR

EOHHQ-OH (=T

i é 8428 0473 03e2%
026460 004737 026 if
4 856494 004737 ozs§
4253

#,,PARO ~

PL.PAR

Z=Z

JSR

(DHHHEFHH
—i—
e
—4—f

JSR

ZZZT

I8 e

ozsggg

o;s

m=Zz==

004737

004_'; 7

s .m- L:—C.;CH—"':Q

4247 026430

4 43 0064

DMARD DATI THRU Q22BE

1§

ey
ASH
cHMP

101
%? wma
4385 856645
013939 000004
177572 003040 NOTOK
OK1: : %E
MOV

NOTOK

BlagiTeRo
#14 RO
0,42

1
8#17%572.SAVHRO

;ARE WE EXPECTING AN ABORT
YES
YES G GO ON
:NO GO TO ERROR
;9AVE CONTENTS OF REG 0

S VE A_COPY OF S
<

0 GO ON
:YES CHANGE BITS TO 00
SAVE A_COPY OF PSW
LOOK AT BITS<13:12>
HAS PS<13:12>=10
:NO_GO"ON

:CLEAR ILLEGAL HODE FFROM OLD PSW
iSAVE A COPY OF MM

H10

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 42-4

SEQ 0124

——

3
4

026654

013737
737

4384 656700

005037

026674

4309

026702

003042
003044

MOV
MOV

CLR
CLR
MOV
RTI

177574 ,SAVMR1
8#177%76.SAVHR2

177572
FLAG
(SP)+,R0

;
3

;
:
3
}

or»>»2
o=

DMARD DATI THRU Q22BE

ND TURN MMU OFF

FLAG

ONTENTS OF REG 0

———

110

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 43
SEQ 0125

DMARD DATI THRU Q22BE
4313

:FPP COMMON SUBROUT NE&

4 ;9 6710 3%3003

4317

4 18

4330

076712

000110

056714

000000

4332
2

026716
3 026720

Egnoa

JMP

fRPFLG: .WORD

000207
000207

ERRFP:
ERR: ~

RTS
RTS

‘3

;SAVE STATUS AND RESTORE STACK

(RO)

;GO BACK INLINE

R7
R7

;

:329

;

2 §

:SUBROUTINE DATA VERFICATION : CALLED BY

JSR

:INPUT:

R4)=EXPECTED

23 é

R7,DATVER
DATA

: g
4
: 9
4 3

;
§R13-5sc VEB BATA
:THiS ROUTINE VERIFIES THAT THE 4 CONSECTIVE WORDS STARTING WITH (R4) ARE
;ggu§bnggo%ns FOUR WORDS ADDRESSED BY %fi1§. THE CONTENTS OF R4, AND R1 ARE NOT
ELO%&TION ‘gouur- IF_NOT EQUAL TO O SIGNIFIES DATA ERROR

:ARE SIMPLY CHECKED

4340

;IF THE

IS FL

MOV

R4,-(SP

:SAVE R4

JHP
OATVER: MOV

DAt1
R4, - gp

;SET UP 1TERATION COUNT

DAT1:

COUNT

TING MODE, THE LAST TWO BYTES OF RECEIEVED
FOR ZEROS

’

4343 026722

010446

DATVFR:

: 9 67 035137 026752
4 3 6748 010446

4 go
4

6742
010146
6744 -o1§737

000005

4 % 67;% 005337 00312

4353
026756
4354
026760
4355
026762
4 9
6764
4
8267

STATUS

26770

001402
0224;1
001773
012601
012604

000207

003120

2¢

MOV
MOV

DEE
BE
CHP
BEQ
MOV
MOV

RTS

R1.-(5P
#5.C
$
R4)+,(R1)+
AT

gsp +,R1
SP)+ R4

:SAVE R1

:SAVE R4
:SAVE R1
;SET UP ITERATION COUNT

;BRANCH IF DONE

;RESTORE R1
;RESTORE R4
:G? BACK TO CALLING ROUTINE
;IF
DATA ERROR, COUNT NE 0

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 44

SEQ 0126

AR R R ERELEREES bbb
H

DMARD DATI THRU Q22BE
A

DELAY

88
83
&
~~d

027034
000006

S 28 S
S =&

S 88 8

I~~~
NN O WO
~ IV E NNPSS-S NN PN

R R

: This test is called by the interrupt receiver and transmitter

000001

027030

005737

027052
027056

8#4.-23P;

MOV
MOV

RO.-&SP;
R1,-(SP

MOV
MFPS

#es,ond
36

;SET TRAP
;PUT PSW ON PS / SAME PRIORITY

MOV

#1.,R0

;SET OUTER LOOP COUNT

STACK
AND REGS

MOV

#5000. ,R1

:SET INNER LOOP 1/200TH

160000

1¢:

TST

9#160000

; TAKES ABOUT 10u SEC

2%:

CMP
S0B

&SP)o.(SP)o
1.%3

:CLEAN UP STACK
;80 INNER LOOP
;D0 OUTER LOOP

MOV
MOV
MOV
MOV

SP)+,R1
gP +,R0
P)+,3%6
SP)+,8%4

;RESTORE

RTS

SR
1046

000004

MOV

011610

027034

SoSEESELEIBBES

SRR

AASAS

i DELAY - INTERRUPT TIMER

S0B

000006
000004

RO,3$

;

WHAT
WE

SAVED

K10

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 45

SEQ 0127

DMARD DATI THRU Q228BE

i
4

3888888

S5 sesg

175340

22858

SUASN
NN
IO
1O SHANNAN
1O~~~
e

] NN NN~
A e e

—

D S

S2EE
.
~

g,4

OO0 OO0OO0O0O0O0O00O

; all of memory is accessed

I~ ~d
~ I~~~ I~~~

: This test is called by the memory test to set up the PARS so

4399

zzzzzss5gb&&.&b&
8&

; SETMMU - SET UP THE MMU REGISTERS

~N OV B NN OO0

SETMMU:

172342

ngv

0, 3#KIPARO

ozbo.mipm

172344

#400, 94K mg

1723

#1000, 94KIPAR4

172346

17 g
17

v
v

1723

14308

gg;

10$:
177572

172516

#600,94KIPAR3

; SUBR §sr UP MMU R% ISTERS
i

P i"

POINT 18 PA

§ 10 ITSELF

POINT TO

4 TO

;
;

;

Tg PAEE 0

POINT TO

PAGE

POINT T0

PAGE

nzog.m PARS ; P }m 70 PAGE
#1400, 34KIPARG
: POINT T0 PAGE

1 TO

TSELF

ITSELF

S TO
& TO

ITSELF
ITSELF

ITSELF

3%73“'"“"“7‘

sgfig@ 1/0 PAGE TO IT'S PLACE IN 22 BIT

v
S0B

#77406,(R1)+
R2,10$

;
:

:
DOUNTIL WE HAVE mnn.%zeo ALL OF THEM

114, 345R3

ENA 5 gg BIT Aooasss

Rgv

RTS

«;figfio Ri
P

?osao

: : SET UP PDR'S TO 4K R/M
;

ENABLE MEMORY MANAGEMEN

; ENDS

T_UP MMU

REGISTERS

L10

COKDDAO KDJL1-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 46

SEQ 0128

DMARD DATI THRU Q22BE
PR RRE TR0 0000000000000 00 0000000000000 0000004840000 00 0000000000040

; INIMEM - FILL UP MEMORY

; This test is called by the Quick verify memory test. It initializes
; memory to look like the following.

;

Address

Data

377

FFLEVRSERRSR

R
.
"

172344
020000

20$:

#1600, S#KIPAR2
#40000,R1

POINT KPAR2 TO LOW ADDRESS
35{051””“ ADDRESS TO MAP THRU KPAR2

MOVB

3i1.(a1)

: WRITE A -1 TO O OFFSET ADDRESS

%‘osoooo

IF uc HAVE PASSED THE PAGE BOUNDARY

nava

éfs

AD
g}

172344
020000

172344

?a B

50$:

POINT KPAR2 TO A NEW P

%EAR OUT THE PAGE POINTER

gglgmkz.ozo
ooo
fi.mn

R1,#60000

0280 B4KIPAR2
R1
00,R1

mrpnflz#20000
404

INT VIRTUAL moaess T0 KPAR?

owfin
WE HAVE READ ALL ADDRESSES
: WRITE A 0 TO 1 OFFSET ADDRESS

i o P us mws PASSED THE PAGE BOUNDARY

£; ¥%n
INTKm%*oA NEW
P
POINTER
;

;;

T VIRTUAL
SS TO KPAR2
READ ALL onssses

;

ozoo P4KIPAR?
4183600 R1

: o) P T KPAR2 TO A NEW PAGE
;
%"fns POINTER
;

INT vmwu. ADDRESS T0 KPAR2

Bsn

?83

DOUNTIL WE HAVE READ ALL ADDRESSES

RTS

D
IC

40$:

:200 8!K£§AR2

30L(R1)

020000

AR SUBR INITIALIZE MEMORY

MOV
MOV

BRECEE

o
e

s O~

s e O~

RSN
moo-awoowggo\‘

1777717

o
SRIRKSBS=S
o
LTV
~ i~
U= AR

=
o

PNRS FERIEREKKS ]

NSNS NN -J
POMPLPONOMNONONONOND

2RR28980S8SSSSsPORLPOTOTOMOMOND

SN NS SN SN SN NN NS N
=

OO0 ~JON
NN

zs2s
£5858522B$552
k1
—~OWe

LB LEDDLEDED
PEhEEPPEPLLAD

EZEE

WOWO ~JON

172344

001600
040000

377

Ré ;osoooo
$30000,R1

EKIPAR2 , 420000

mure A o

orrs

; IF szuavgcEsssgTHE PEGE BOUNDARY

P l?
'

; _ENDIF
; ENDSUBR INITIALIZE MEMORY

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 47

SEQ 0129

DMARD DATI THRU Q22BE
447
447
447

PR R0 000000000000 00 000000000000 000000088 0000000000800 0000004

; RWTMEM - READ OR WRITE TO THE MEMORY

447

: This test is called by the Quick verify memory test to Read or

: R3 = OPERATION TO BE PERFORMED

4
4

; Write to memory.

4
4

0 - READ
1 - WRITE

4485

4
4
4

44
44
449

4497

44
4493

4495
44

.......................................

001600

mooog

10¢:

060000

4
4
4

200
60000
0000

4
4
4
4
4

4
4
4

172344

172344
020000

15¢:

001124
001126
001122

060000

4
4
4
4

000200
&2 00
00
172344

4
4
4

SUB

R4,R2

339826-“1

R4,R1
R§;060000

§§§ %200 %PARZ
G

&
8w

¢ s

o
0%:

#1600, 3¢KIPAR2

4
4
4
4

MOV

00000

172344

308:

MOVB

R5,(R1)

gi;géoooo

172344

020000

40%:

ETS

mS‘R@a , #20000
104
&C

T
R
; Pgng T mf‘s 2 xk%u Aooasss
:

WE
ARE
%Mt

OFF

ADDRESS

NG UP BY 3
ADDRESS INCREMENT

T0O

iz I "mvfsnsstg“fr: PAGE BOUNDARY
:

:: POINT

KPAR2 TO A NEW PAGE

:
;

: ENDIF
QIFTTH'E‘ OPERATION IS A READ

] BT

; X 'ifngg:rsms <> EXPECTED PATTERN
: GE] TV RECTEVED PATTERN

i Re
A Eggrs PATTERN TO MEMORY
i

: : POINT

;

DOUNTIL WE HAVE READ ALL ADDRESSES

» fwfk

KPAR2

TO A NEW PAGE

: SET'PAGE BITS BACK 10PAGE 2
HE PA

| ENDSUBR READ_WRITE_MEMORY

N10

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday (7-Jan-86 15:18

Page 48

SEQ 0130

PPPR

R0 0000000000000

; RRMEM - READ THE MEMORY

0 0000008000004 8800000000000 800000000000 04

:Thns test is called by the memory test write to memory

B4 TE ey, R
172344 *R"E"’
MOV #1600,
38KIPAR2
MOV
S
#40000,R1
17777
1122

fiég

001124

nnégo
: 1
P& SGDDAT
158:

060000

58 172344
179344 020000

19958 001126
&7)7777
1122

20$:

'(Rl) 380087

N
?
1§

%#60000
§23683“5mz

’8 ), $BDDA
ga;.ten

E»j

30$:

mizs

172344
e
00
173844 020000

itheo

40%:

at
“‘*”'b“
"*g"wu.
; POINT
T0' KPAR2
VI
*msazss
L AD

ggVED I:ATTERN

POINT 10 % g‘rsn A
g
HAVE
PASSED THE

f
H

zgs

ima
hl

A2, #20000

AGE BOUNDARY

%m ThEFage BIlS: |

K kz$20000

oS
G,
E
+

.&.&.&&O&...-OO&.O.&.&.b&&.&&b&&&&bb.&&.&b&

DMARD DATI THRU Q22BE

INT BACK TO PAGE 2

!5'
PATTERN
BTTR SRR Abonece

PATTERN

SS <>

-1 THEN

9° m&g&mmww

WE HAVE READ ALL ADDRESSES

; ENDSUBR READ_LOCATIONS
0,1

"Wl.'._‘

DLJ.

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO v05.03

Tuesdoy 07-Jan-86 15:18

Page 49
SEQ 0131

DMARD DATI THRU Q22BE

: %

; SUBROUTINE - DETERMINE FLOATING POINT ACCELERATOR (DETFPA)

i &ngngmme
TH
1;CALLED IF AN ERROR IS DETECTED DURING Execuuou OF THE

111

‘44

I
Tnén R NOT THE FLOATING POINTA
A
{
§;
m
cp
g§mm§a
?¥l§8§
;
ge N THE "FPA Av S'i"'“ ”°"

Po X WIS§WHICHJi1sm’r15flgBLAMED%mTF"SaMFEOA?‘
:- DUEm ERR10TH?ELgMs 3me
LR 5"8;\12 Efiaon

: CALLED BY: CALL

: INPUTS: NONE

: OUTPUTS: ERROR MESSAGES

;888

DETFPA: TYPE
RTS

6{!

R $41

J11FLT: .ASCIZ

/ERROR DETECTED IN J11 FLOATING POINT PROCESSOR./ ; $$

;

*s kAT on ~777773?

YY)

gng
04401 027734
77 30020%

:gq
4598

0277

73
ne
77

77
0277

105

122

111
112

116
061

12
1
18
102
104
040
117

040

0277
77
7767
77 7;
77

030008
030011

&5
us

i3
122

106
101
116
120
116

120

13
o%s

122

040
1%
340

S4DETFPA ;484

UFLT

$8s
-

040
06l

114
124
107
117
124

1%
000

.EVEN

; $8¢

COKDDAO XDJ11-DA CLUSTER DIAG.

MACRO v05.03

Tuesday 07-Jan-86 15:18

Page 50
SEQ 0132

OMARD DATI THRU Q22BE
4603

-SBTTL

END OF PASS ROUTINE

‘t‘t“t‘tt‘t#tt“‘t‘t“ttttttt‘tt“t‘t‘ttt‘ttttt‘tttttt‘ttttttt

§3

JUMP TO LOO

000100

000052

1102
06

100000

03340

$EOPCT:

330023

0124

0301
0301
030141
030144
030147

015
116
120
123
000

377

101

040

$PAS

(PC)-

::JERD
0, $PASS

38
338‘?‘9(%).
i
fi%u $
MO
wflg’fcsp)
TYPDS

SGETA2: M)

?‘3i‘ 6

SENDAD: J
$DOAGN:

.WORD

::ZERO THE TEST

;mgs

000

THE

: ; INCREMENT

NUMBER

ER OF ITERATIONS

PASS NUMBER

.:osu'r ALLOW A NEG. NUMBER

;::LOOP?

Rggme COUNTER

SENDCT : .u&m

gl g
9

001206

—

o§
IT
}gg, 8952

flf' P "'§??o1

001164

1
01

;

016256

00440 030133
ooéos

4606

T THEP33

e TYPE PN PRS
°‘.xx%x5"
MHERE X000
T2 A DECIRAL ROVOER)
tIF
HE
£S
A
NITOR
G
§
& THERE ISN'T

S
S3NS

COO0O0O0OCOCOVOOOOOOCOOOOOOOOOOOOOO

FIN

Sg
ssus

o 3 "“

;

% 1 WITH SIGN

gén DOAGN
EEE

PC,(RO)

JMP

eaas)

::ACT11
: ;RETURN

;:NULL CHARACTER STRING

$RTNAD: .WOR
S$ENULL: .gvr

323 $ENDMG: .ASCIZ

;; THEuom.'§ EI?
:;AgxfTORgggl TOR

S»«izvem TR,

123

043

SBTTL

SCOPE HANDLER ROUTINE

tttttttitttttt“ttttttttttttttltttttttttttttttttttttttttttttttt

ELEEIM‘Q
PROV eHIS08%%55ARE:
BT IATIONS
TROLS THE

t5“03=1
EHOB 1

030138 1oas07

ING

TESTS. IT WILL INCREMENT

PE DISPLgY gEG.(DISPLAY<7:0>)

LOOP ON?ESTIN SWR<5:0>
::SCOPE=IO0T

;s TEST

FOR CHANGE IN SOFT-SWR
.-

N11

vV i d

COKDDAO XDJ11-DA CLUSTER DIAG.

MACRC V05.03

Tuesday 07-Jan-86 15:18

Page 50-1

SEQ 0133

SCOPE HANDLER ROUTINE
0

001117

030170

000416

10389 5.
BI3 #1090gg;n
8. b5 ..Lgop
DN PRESENT TEST?
mnsv% OF cooe FOR THE XOR tES mm

001000

iXT

000004

os?éi? oo

032777
001407

150704

000400

éSTEMrE%ToE

%T g R

::iSAVE
T

omems OF THE ERROR V

ngv
B

3p)+ ' BBERRVEC
$

.1 E rone m
il

2‘1

CMP

PY+,(SP)s

: ;CLEAR THE sn x mea A TIME OUT
9 ga
maem EST

1 ON SPEC. TEST?

ngv
8

as
3 SWAMK§
P)

ii 1 's?
NUM. BITS
FROM SWR
AHAY ETsmeo

§§RFLG

23519"NgOR OCCURRED?

oexm.ssun

go‘ON ERROR?

$TIMES

v
RB
R

(8"3’st

;gmx.semc

:L sa.smon
sg LG

1
ognu.asua

:;ON THE RIG
:1BR IF v

Bn%x sn"gms FOR THIS TEST OCCURRED?

L03 ADDRESS TO LAST SCOPE
RO THE Emoa ru

nsgr
neamous T0 MAKE

PE TO THE NEX
gn gtsamousv

3$:

001104 1$:

3
%v

sov?s 3

I:E“x
! mm
enm MADE
4 Sr r&s
Tflt?'mMREBS

agv

§E§§ su»gn

EE A¥E E

8
N
&
88888 28
RS
SEB2FSKS =
P bt et pn
s b et
et
et

;;*ngw';‘é?fiuN
? TOR-"

63 :; S0882END OF 53"?
FOR me XOR ' TEST nm

001104

ims
1$

:%?"s $ICNT

IR PASS OF PROGR
g ng

ZE r; Tsnmou coumen

OF I mous
$SVLAD:
T
'?xfr'é
I
S
i
F%”g
001204
"58 sggrmnssm + AT (3 M&%EE
N Agsnmsox
001164

SP)

?‘s’b.
FHERRVEC ..REE#DR?THE
£ a?a VECTOR
sgvm
..018 HE NEXT TEST

001106 78:
4s:
150606

ES& é

aomv

MOV
BR

150640

N ~JON
N NN

——
—

LURQURG=

2288888
8
8
:
CnSREoERERegs
O\O:M
g8%‘\‘\‘N~J\l'~l\l

001103

APE

177520

M0
:
gl uooo BCSR ' ; DISABLE

150506 S$OVER: MOV
SB TL

ERROR ADDRESS
ennon ON NEXT TEST

Y ALLOW

ONE(I

:FUDGE RET

ADDRESS

s§m1 g LAY ..gUgguv

RROR HANDLER ROUTINE

Lgop RB £SS

R THc ESCAPE FROM

001115

OOOOO0O0 D00

OCOO0O0O0O0O0VOCOOOOOCOOOOOOOOOOOOD
Wsauwwuu
3g®
2SSERIRSR oY
SNERLEERFRBRGRS

030166

b= OO

4607

737

; sMAX. NUMBER OF ITERATIONS

PRERRRRRRRR AR KRR AR AR AR AR KRR AR AR R

AR AR

R AR AR AR RR SR RRRR

ARk

tTHIS 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

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 50-2
SEQ 0134

ERROR HANDLER ROUTINE
;*THE_SWITCH OPTIONS

Fasuis:
S=1
:#SWI

HALT ON ERROR BY THIS ROUTINE ARE:

E: cgézsi

LSOB 8N Eaaga

T TST

;

RSN SR

3EoE

NN NN N NN NN NNN
N NN NN
NN NN

JSR

PC, ABORT

i:IN gass RO m\§ A 83 IN IT (fC)

BIS

CKSKR

#1000,BCSR

; ;TEST FOR

BBV
g

1STNY.GOISPLAY iDLepLAT eNCHae
G0 1O BOR FLAG
rfiuo:asuap |::BELL
ON gs.aom

TYPE
INC
MOV

ggz

025230
001175

21$:

224:

150314

150300

,$CRLF

224

'
TM

HALT

$LPERR, (SP)

RTI

" BEQ

CHP

;;gxig TYPEOUT IF SET
::6G0

SAVE THE ERROR ITEM CODE

TO USER ERROR ROUTINE

; ;RUNNING IN APT MODE

;

sgmq.au

SESCAPE,(SP)
#$ENDAD , 9442

BNE

: :RING
;;csum ?fi% NUMBER OF ERRORS
:;GET ADDRESS OF ERROR INSTRUCTION

PC,SATYS
8

MOV
CHP

030114

ERROR rug

;:ND SK}P APT ERROR REPORT

ggscnpé

2137

::SET THE

MOV

CONDITION

CHANGE IN SOFT-SWR
-ENSBLE
HALT ON BREAK

::Efi P TYPEOUT

ERTYPE

:ngm.asuR

cx;un

FOR ABORT

ggs

g%n

000032

JSR
.gn
BYT
?a

::TEST

;;STRIP

001166

004146

#8IT13,3SUR

;s TEST FOR USER-QUIET

: ;BRANCH IF IEL%ERv?SgEmDE

ISERRPC,SITEMB

gsm
$

013716

005737
0014
020027

| $BELL
;efl?‘n
ggpg fis‘gscwc

Bgt
L
HALT

4s:

000002

SERFLG

28:

001110
001166

000042

SAPTENV, $SENV

MOVB

001114
0310

000008

TYPE
v

000001

001000

JSR

; ;ERROR=EMT AND N=ERROR ITEM NUMBER

UQUIET

INCB

1$:

20
S8 SR
-~ RN
-J
83

gmcm'r‘ Esgog TYPEOUTS

iEmoa- ERROR

SEKLK SEERIIKKIZ
o3RER RS H B oRSRRR S

(NN NNNOINW

[=lele BNeleleleleleleleleleleleleleleleclelelelelelalele] OCOO0OO0O0O0O0OOOOOOOOOOOOOOO

::5313 %

PROVI

:;ggf 5 EM NUMBER AS ERROR NUMBER
t{REPORT FATAL ERROR TO APT

::APT_ERROR LOOP

;;m&r gn Enaoa
;:SKIP IF CONTINUE
;;HALT ON ERROR!

::TEST FOR

CHANGE IN SOFT-SWR

;;LgopFou ERROR SWITCH SET?

1FUDGE ggwm FOR LOOPING

;;ggegg F NEAN ESCAPE ADDRESS

;:FUDGE RETURN ADDRESS FOR ESCAPE
::ACT-%I AUTO-ACCEPT?
: :BRANCH IF NO

: :RETURN

NOABRT
RO, #32

:IF NOT urg ?uen CONTINUE NORMAL OPERATION
IS IT A t2 2

F11

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

ABORT ROUTINE FOR LCP/ORION UFD MODE
gsg
8;8’}’8
°2&‘>39 000003
E
030;22
wo—
030724
BR
0 7§2
004142 000030 ABORTC: MOV

ongz

A 631

0307

004144

000032

Partart
N
~~

OO0

OWW
~N~

822
88
RSN

OO O0O

(&7]
s
i |

OOOO o000

CIAAANAIAN
NG
xflgh»-ho
o SRSNIS

1$:
000022
0001
000103

177777

004142
004144

000030
000032

177777

000042

000042
000042
030114

.f ST 62
BACK 10 CHAIN IF IT IS (NO ERROR)

;

e
%%%m
bwmu
:3ET DRSERR ?
H

N XXDP TACK (NO ERROR)
+

i “BECAU
L senv ¢
:RESTORE EMT
L

nov

#7/,-1(R0)

;LOAD SLASH OVER ZERO

MOVB
ELRB

#'C.CRO)+
3583

'LOA
HAKENiu END TO STACK

EMT
gaga

+43
igo)o

0'*.5&8;0

ABORTE Rv
AV'gzso
R

EMT
MOV
ABORTZ: MOV
CLR
JHP
: ar¥

42
8-1 45(R0)
3242 ,R0
984
$ENDAD
PC

S NOT

:RE TOR EHT P IOR%TY m 32)
.GE
smcx LO
; IND END OF
§

RO FROM

RE EMT LOCATION (30
3%3
‘R
EMT BRSORITYLahTIoN (32)

.gerDCA Lgcmou INTO no FROM MONITOR
:SET
A
NTO LOCATION DRSERR IN MONITOR
A
rg MONTTOR nnum ADDRESS IN RO
iCL m noru OR RETURNFLAG
;RETURN TO MONITOR-DO NOT PUSH STACK HERE
IF NOTUFD RETURN TO MAINLINE

ttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt

1, $FFLG

::70 REPORT FATAL ERROR

000001
000001

gaa

ufirflc

::70 TYPE A MESSAGE

000001

031300

gme:

MOVB

21, $FFLG

::TO ONLY REPORT FATAL ERROR

%v
TETB
v

RO,

R éspg

BEQ

ADD

ST
%5
gaga
SUB
MOV

SG
1 MSGAD
5563

ASR

ggv

gg.msswpe

::TELL APT TO TAKE MSG.

MOV

aa(sp) 43

::PUT MSG ADDR IN J R LINKAGE

031276

001220

000100

001221

900
66

000004
000002
001200

.ég
RS

000001

001214

000004

118

1$:

28:

001214

001216
000004
000004

19778
031302

001200

031210
000004

MOV

ADD

MOV
4s:

JSR

JWORD

-(SP

..Pugfl gf 9‘
RO ON STA

SHEL

guoms A MESSAGE?

2APTENV, $ENV

..opmrms UNDER APT?

F NOT:

:IF NOT: BR

#APTSPOOL, SENVM ..suouw SPOOL MESSAGES?

an(sp) Ro
%g

$MSGAD ,RO
RO, $MSGLGT
e; 4(5P)

1 9776,-(SP)

PC, $TYPE

MONITOR

8 B Ub 8

031300
031276

——

SESndShdona
=3
I PO N no
NgNN
~B~
BuoSBS
NOWW
N

EEREVLEEV
SRS RFRSRER STREERIRE

wwammwwmmw&
s e e P e e s s
et et bt
RO N o 0 s s s s s b s s s s et et
0000 s b s e s
—
et

SEQ 0135

.SBTTL " APT COMMUNICATIONS Rouuie

4608
[eleleleleleleleleleleleleleleleleleleolelelels)] OCOO0OO0O

ABORTE
SAV30, 30
SAV32.32

HOVS

NOABRT

Page 50-3

:IF NOT:

| 1GET rfssacs ADDR.

RETURN ADDR.

::SEE IF bone W/ LAST XMISSION?
"55Ngoon
INrTmLsox
::FIND END OF MESSAGE
1:SUB START OF MESSAGE
:GET MESSAGE LNGTH IN WORDS
i 1PUT LENGTH IN MAILBOX
:BUMP RETURN

ADDRESS

;:PUSH 179776 ON STACK

: ;CALL

TYPE MACRO

ROR

G11

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 50-4
SEQ 0136

APT COMMUNICATIONS ROUTINE

2
031212
031216

105737
0014

031226
0312
031234
031242
031250

00%4%3
005737
00%375
017637
06 769
005237

031300

5§
10§:

001200

11$:

0313%0
00&7&9 001220
0%1524

031254
031260
031264
Ogi 10

031272

031274
Ogi 79
03127
031300

105037
105037
105037
01268%
0126
000207
000
000
000

000004
000002
001200

001202
000004

031300
031277
031276

$FFLG
;;SHOULD REPGRT FATAL ERROR?
124
;;%F N?T: BR
SENV
: ;RUNNING UNDER APT?
124
::IF NOT: BR
SMSGTYPE
: ;FINISHED LAST MESSAGE?
112
+:IF NOT: WAIT
34(SP),$FATAL
;:GET ERROR #

ADD
INC

12¢:

42 4§sé)
$MSGTYPE

. :BUMP _RETURN ADDR
;:TELL APt TO TAKE ERROR

CLRB
$FFLG
CLRB
$LFLG
CLRB
$MFLG
MOV
$SP30.R1
MOV
SP)+,R0
RTS
PC
$MFLG:
.gYTE
0
$LFLG:
.BYTE
0
$FFLG:
.BYTE
0
-EVEN
APTEIZE*ZOO
APTENV=001
APTSPOOL =100
APTCSUP=040
.SBTTL TYPE ROUTINE

000200
000001
000100
000040

4609

TSTB
se?
15
859
IS
BNE
MOV

s S

: :CLEAR FATAL FLAG
: :CLEAR LOG FLAG
: ;CLEAR MESSAGE FLAG
::POP STACK INTO R1
::POP STACK INTO RO
: :RETURN
: :MESSG. FLAG
:LOG FLAG
: ;FATAL FLAG

;

;*ROUTINE TO TYPE ASCIZ HERSAGE. MESSAGE MUST TERMINATE WITH A 0 BYTE.

;*THE_ROUTINE WILL INSERT

NUH?ER oF NRLL

;*NOTE1:
:*NOTE1:

$NULL CONTAINS

i #NOTES:

$FILLC

:*NOTE2:

HARACTERS AFTER A LINE FEED.

THE FILLER CHARACTER.
$FILLS CONTAINS THE NUHBER OF FILLER CHARACTERS
REGUIRED.
THE CHARACTER

TO BE USED AS

CONTAINS THE CHARACTER TO FILL AFTER.

;%CALL:

:%1) USING A TRAP INSTRUCTION
1
TYPE
,MESADR
i*
831302

iggggg

S Lo
122737
001011
32737
1405
010037
888337

0 1325
0313
031??6
031370

001003
12046
001005
005726

§TYPE:

001157

0%1%16 017600 000002

031352
031330
031 3%
03134
0%1 42
0 %342

000001

001220

000100

001221

031352
031042

0 1%24 132737 000040 001221

MESADR

TSTB

BV
MOV

RO.-(SP
ae(s§§.3o

HALT

BITB
BEQ

MOV

$TPFLG

BPL

CMPB
BNE

61$:
62¢:

;sMESADR IS FIRST ADDRESS OF AN ASCIZ STRING

JSR
.WORD
BITB
BNE
MOVB
BNE
15T

;:IS THERE A TERMINAL?
:iBR IF YES

:tHALT HERE IF NO TERMINAL

e
R
::GET ADDRESS OF ASCIZ STRING

#APTENV,$ENV
624

;;RUNNING
:iNO,GO

IN APT MODE
CHECK FOR APT CONSOLE

624

::NO,GO CHECK FGR CONSOLE

PC.$ATY3
O
#APTCSUP,$ENVM
604
(RO)+,-(SP)
43
(SP)+

::5P00L MESSAGE TO APT
: ;MESSAGE ADDRESS
;;APT CONSOLE SUPPRESSED
::YES,SKIP TYPE OUT
: ;PUSH CHARACTER TO BE TYPED ONTO STACK
::BR IF IT ISN'T THE TERMINATOR
::IF TERMINATOR POP IT OFF THE STACK

#APTSPOOL, $ENVM ;::SPOOL MESSAGE T0 APT
RO,61$

::SETUP MESSAGE ADDRESS FOR APT

H11

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 50-5
SEQ 0137

60$:
3$:

(SP)+,R0O
oz.?s#
)

000011

#HT, (SP)
8%

000200

(SP)+

;:POP <CR><LF> EPUIV
::TYPE A CR AND L

HARCNT

N DN

001154
000001

$TYPEC

ILLC.ESP)o

ULL, -(SP)

NAYEE
VLR DVD~IA DN
N B-JO) ~DAaCIO)N

“w

031156

MOVB

-~
n
H

::TAB STOP
: :POP SPA?E OFF STACK
;:GET NEX CHARACT

F$TKS

: ;WAIT FOR CHAR

#$XON(§
,
101$

;:G;T HAR
::STRIP_IT
: 1WAS_IT XON?
::BR IF NOT

(SP)+

::FIX STACK

d$TPS

;s WAIT UNTIL PRINTER IS READY

301KB. (5P
0177663 égp)
10§:

%O‘P)z(sp
9$7PB
géa.
)

147350
000002

000002

1%:

CMPB

NCB
$CHARCNT
: . WORD

$CHARCNT
$TYPEX
o<

147356

oguE

005726

000012

NEED TO BE TYPED?

% POP THE NULL OFF OF STACK
L

;:BR IF

101$:

102$:

122766

¥::WAS_
A6CHAR
EXTRANEOUS
BITS
XOFF

147400

031632

ILLEfiA&HARS . NEEDED

::CHAR_IN KYBD BUFFER?
IFH T
i

147420

068

THI?OaHARACTER
FILLER CHARS.?
GET NEXT CHAR.

e
TYPE E PACE
::: ;BRANCH
IF NOT AT

2
Ow

$TYPEC:

147424

105037

; ;REPLACE TAB WITH SPACE

8 $:

“

-HORIZON%AL TAB

8868%% 031632

000002
000015

;360
i:1S

COUNT AS A COUNT

DECB
R

000040

105777
10037
1%397

CHARACTER COUNT
i;: ;CLEAR
:GE T_NEX T CHARECTER

SP)

031882

105777
100375
17716
2716
652716
1366

| IBRANCH

; ;BRANCH IF NOT <CRLF>

=zT

031632

VST CRETURN PC
‘i Tuan IF <HT>

#CRLF, (SP)

owun

85
285885
858
U1
NS O
S8
~NWN &
;‘M\l\l\l
3&
ooouwo
~NUNIU—-ON
RS

000002

DEPDED

s
RERISR PRSLE v eS
SRS
E_F -V el833
&RELS B

=
SnonS

TYPE ROUTINE

NONOVYONONON

—

2( SP)

PEX
)+

::LOAD CHAR TO BE TYPED INTOQ DATA REG.
;;IaAfiEAR%ETER A CARRIAGE RETURN?
NO
H
;:B
:;Y§Sf-CLEAR CHARACTER COUNT
:: IS CHARACTER A LINE FEED?
;:BRAN?H IF YES
: ; COUNT THE CHARACTER
; ;CHARACTER COUNT STORAGE

COXDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 50-6

SEQ 0138

TYPE ROUTINE

031634

000207

$TYPEX: RTS

-SBTTL

BINARY TO OCTAL (ASCII) AND TYPE

i RRRRRA AR

AR AR

KRR AR AR KR KRR AR R

ARk kAR kAR ARk b b kb

tTHIiLTINE
R
ISgggg10CHANEEA 16-BIT BINARY NUMBER TO A 6-DIGIT
;#0CT

,t OS---ENT R HERE T0 SETUP SUPPRESS ZEROS AND NUMBER OF DIGITS TO TYPE

;*CAL

1
ik

" MOV

NUM, -(SP)

TYPOS
.BYTE

:
N

BYTE

i*
i ¥

: iNUMBER TO BE TYPED
:iCALL FOR TYPEOUT
..g=% 33 6 FOR NUMBER OF DIGITS TO TYPE

:11=TYPE LEADING ZEROS

::0=SUPPRESS LEADING ZERQS

i %

;%8TYPON----ENTE%CHERE TO TYPE OUT WITH THE SAME PARAMETERS AS THE LAST

;*$TYPOS OR $TYP

;*CALL:
ik

ik
i %

i*$

Zadetidss

8
SR
oottty
b4
NNNNEJOOVON
2 SSRLURRR SEQYURSILR

000000

030063

032061

000001
00000g
00000

&TYPos:

$TYPON: agvs
:

1%:

44:

;:NRHBER T0_BE TYPED
::CALL FOR TYPEOUT

i %ER
JUST
.OFILL

zg.s N
8

E+l

ngv
v
v

R3,-(SP
R4, -(5P
RS.-(SP

HOUB
MOVB
MOV

A4’ GHo0E
totrfi 334

VB
G

177770

(]

MM-(W)

2%:

(=3

MOV
TYPOC
ngv
38

$TYPOC: MOVB

000006
032062
032061
000012

000060

NUM, -(SP) .

032063

032062

YPON

IEEOC---ENTER'HERE FOR TYPEOU% OF A 16 BIT NUMBER

000002

006105

RISVILSTS

e s e e e
s s s
s e s
s s e e s
D
L A A S LA LA A A LA A Y A L A A

s
A

s s s
T

o pompom b e ks
Sy
o SRS ESRERSE
RN ELERI TSRN‘SOMOOOO\

e e e e e e e el e e e e e el
lelelelolelelelololalalolalole
e

;%C
:‘

610

LR
oL
BR
ROL
ROL
ROL

mOL

DECB
BPL
BIC
BNE
ST
BEQ
INC

BIS

§
R

ag(s

+1,R4

‘RS

RS
33
RS
RS
R5

FILL
SWITCH

DIGITS 10 TYPE
RETURN ADDRESS

..SET THE ZERQ
FILL SWITCH
..gg%
FOR
§¥ 6%IDIGITS
ON COUNT

EETHE NUMBER OF DIGITS TO TYPE
..SgBTRA?T
IT FOR MAX. ALLOWED
R USE

..g% THE ZERO FI#L
SUITCH

..CL ATE
AxPTHE
OUTPUT
HORD
MSB
INTO “C*

..FORH THIS DIGIT

$OMODE
7%
#177770,R3
4%
R4
5¢
R4
#10,R3

SS_ANYMORE 0'S

G%T ASCII

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 50-7

SEQ 0139

BINARY TO OCTAL* (ASCII) AND TYPE
0

05 g;

035018 184401
0
0

0
0
032042
0
8

012605
012604
012603
016666
012616

0
0
0
0

000
000
000
000
000000

000040

BIS

03305

032060

&ii%%

4611

6%:
000002

000004

,R3

; sMAKE ASCII

IF NOT ALREADY

HORE ?3%::

3“&9?1&1%Me1r

BLT

n.
ag%

zppi'g?sp)

35?9

e
283

i 3
ngn& 10 DO

5
gsg§::s§

ff538%2“&8%“8}5%?“" " 1R
R4

ffsE?Tme

§TACK FOR RETURNING
ij
Eifiogfice F a cn omn

f 3).:(sp)
BYTE 0

8s:
BYIE
$OCNT:
YTE
so ILL
$0
D

g
i gmmn

0
o

E ROUTINE

TAL DIGIT
R FILL

B?Ié T0 TYPE
.58 TL CONVERT BINARY T0 DECIMAL AND ER
TYPE ROUTI

H tttttttttttt‘tit‘tttttttttt‘ttitttt‘tttttt‘tti“tttttt“ttttttt

:#THIS ROUTINE IS US

nsxcusg oec;nAL

OCHA

é.ggron&ouxmgp 2% I
032064
032064
0

mpos

010046
010146

035079 ot034c
8 73 010546

<08> ii &2§§
%&gooo 000055 000001 14:
0

01 7o§

(1)3 723
02
016001
16010

032146

000774

032300

000040

2%:

032270

i et
0 i
0
032154
0

osg;os
005702
001002
1057

032166

116663

08 118 i°°§1
18300?

000001

177777

5¢ ’

R 16-BIT_BINARY NUMBER TO A S- DIGIT
VEAND TYPE IT DEPENDING ON WHETHE R_THE
OR A MINUS SIGN WILL BE TYPED

THE MER LEADING ZEROS WILL ALWAYS BE

MOV

NUM, -(SP)

EEEgTTTH%EINARY
NUMBER ON THE STACK

RO,-(SP

R1,-(SP
.- gP

& '3§P sP)

Hook

RITCH AND SIGN

T IS

TYPDS

Y
B
B%

NE
HOXB
CL

%R
V

SUB

BLT
ggc

ADD

TST
BNE
1STB
BMI
ASLB

BCC

MOVB

# -,1(5P)
RO

#$DBLK ,R3
& ,(R%):
S

::Pugn RO
R1 ON
ON STACK
STA

;;

KEF

STA

T
POS

;:sMAKE
THE INARY
ER POS
; s MAKE T:E I1
:3ZERO T
TAN g

i }UP THF P g
::SET

THE

FIRST

cren TO A BLANK

$ TSL(RO) R1

33
33

44
R%

;3B & 2&"?
; ; INCREA
HE BCD DIGIT BY 1

R1,RS

3%.RS
R
?S
SP)
7%
(SP)

1(SP),-1(R3)

;AR TI'IE B
THE

T SRH THIS B D DIGIT

;:ADD
BA K T C(NSTANT
; :CHECK _IF BCD DIGIT=0

::FALL THR
IF 0
T TILL DOING LEADING 0'S?
1
YES
i3
’
i:B

;;YES SET THE SIGN

K11

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday C7-Jan-86 15:18

Page 50-8
SEQ 0140

1nn

177776

SP)+
$

CLR
MOV
MOV

R
SP)+,RS
5P)+
. R3

MOV

$DBLK:
JSBTTL

gp).-zms)

MOV
MOV
MOV

SP)+,R2
SP)+.RI1
SP)+. RO

MOV

% SP),4(SP)

29¥

$DTBL:

STB
BPL

TYPE

000004

4612

DéSK

P)+,(SP)

10000.
1000.
100.
10.
.BLKMW

REMENTIN

RSTHE LSD THE%{RST NON-ZERO?

:;A JUST T
;;RETURN T

IGN FOR TYPING

"3SHRwng

8s:

3580?

0,%10
28
ss
5,R2

V0DV DG

CHP
BLT
BGT
MOV

{IPAKE_11A
SPA;%GiFNOFAALREADY
A DIGIT
: iPUT_ THIS CHARACTER IN THE
OUTPUT BUFFER

gag).
&Rb

zuzc:c:c:c:c:;yn

mmwmm
PN
e
& ~~J
B SETHVSERRS FERRNI .08

H5VB
15T

000010

POPLPLPOMNON

OCOO0O0O0OOOCOVOOOOOOOOCOOOOOO
OO0

000060
000040

S M
NRZEEZZ
2h
S5555H

CONVERT BINARY TO DECIMAL AND TYPE ROUTINE

USER

TTY INPUT ROUTINE

tttttttt‘tt‘t"t“tt#t‘tttt‘tit‘ttt‘ttt‘ttttttttlttttttttt‘tttt

ENABL

t‘i‘tttt‘tttttttt‘ttttttt‘tt‘tttittt“tt‘ttt‘tttttttttttttttttt

P JdJON~NNO~JO~
OV
B ~J~J~JWN

Soro
35358RSERNRaSIRY

SRSRBESSSR
PO
O
UMD

33033

== N

-~J

~oonun

—

s Ot

o088

o
n
RO ~JO
N~~~

—

»
~J~J=~JSERTE
s
n gfio«aom o

ONLNLNLILNLILNLNLNLNLNLNLNLMLMNL VLNV
B bn o D P
NN NN N

| 4SOFTMARE SWI

[elelelelagelelelelelelelelelelelelelelelele]

000176

001140

146620

001134

'ggnvf§§5¥n§NEHREGI%SHA%%EgoESOF#ugkgnfiugugfluiEGISTER TRAP CALL
8 ss*xs
NOHEON'T WAIT AROUND

000001

B
ENE

033045
033052

53
YPE
$GTSWR: TYPE

033063

Tvpgc
TYP

000

146536

146532
17 60%

-SWR SELECTED?
..IS §9FT
THE

146614
177600
000007

ER CHA

MOV

19¢:
7$:

9s:

e, o

o
154
t

$AUTOB, #1
15§
,3CNTLG
$MSWR

SWREG, -(SP)
, SMNEW

CLR

§SP

TSTB

@$TKS

BIC

”$§775 5P

CLR

BPL
MOVE
CMP

78
@$TKB, - spg
(SP),#2

USER

N NG IN AUTO-MODE?

CONTR
1G)
gunnem
&
mfi
WREG F
5:38 TYPEEagtaeb 33811?ALL DIGITS)

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 50-9

TTY INPUT ROUTINE

56 o

3 3 ¢ 90 ogg 033040
0324 5627g9 000006

208:

035444 061035 00015
83 443 §7sg 000004

0324

452

0014

8‘

&gn 000002

0
8

0
004737

2420

031514

6 021627 000060

83
33

021627

82 952

:
15¢:
16$

000067

83§33§ 000002
006316

104401
000720

-'$E£"°Ec£‘ NgNTROL U (tV)
:ZIGNORE PBE PU%

B
ST

s
4?59)

i BRANCH IF NG
i IYES, 15 IT THE FIRST CHAR?

MOV

%wgmm

RTI
JSR

PC, $TYPEC

..RETURN
ECRSCHAR

BLT

%as

..ERANCH
IF YES

agr

183

S
gngs
MOV
CHMP
CHP

8 §§ oogaes 000002
8§§ 25 Jogugs LTTTie

og 94
032570

lgENTLU
6 SP

BEQ

146456

i
S
83 4§§ zsgzz 001135 000001
o§ os 05%597 000100 146434

?st
ADD

17¢:

001174

18%:
oswaL

%93

..LET S TRY IT GAIN

113

T P
i%?TAG #1
#100,8$TKS
(SP),#60
SP),#67

: :BRANCH IF YES

nggnmgm

)
..RgAfigA &E §5¥ KBD INTERRUPTS?
..se ENABLE TTY KBD INTERRUPTS
:CHAR

< 0?

..BRANSH
IF YES

Eéu
ASL

3§§PS
SP

B°

T 0(SP)

..§3
HIgFTHE EIRST CHAR
:iNO, SHIFT P ESENT
"

g0
1IN
3

B8
SO0
e
..KEEP°83UN?
OF CHAR

TYPE
Ega

i s TYPE 2<CR><LF>
{SIMULATE CONTROL-U

$QUES
20$

aiREl INNCHSHAR

FRRARRRRRRR AR KRR KR AR KR AR KRR KRR KRR

KRR

AR R

R KRR

AR AR AR R AR KA

tEHIS ROUTINE WILL INPUT A SINGLE CHARACTER FROM THE TTY

032§72
g 74

02
032606

011646
osgssg

105777
100375

000004

146336

0
io
032616
8
4

si7766
042766
886627

146332
177600
000004

105777

146304

0
0
0

117746
5;39
2

146300
177600
000021

026927

000004

032640

0 32
032660

%013

100375

oosggs
00

000002

i*
L
5

ne%"R
URN HERE

1%:

7518
BPL

$RDCHR: MOV
ngv

000004
000004
000023
2

000021

0
001744
032672 026627 000004 000140

3$:

(SP -(?gg
4
g.a
)
14

INGLE CHARACTER raon THE TTY

..5":8A3A53 IS ON THE S
::WITH PARITY BIT sraxppeo OFF
; ;PUSH oouu THE PC
..sn;
PS
HE

MOVB
BIC
S"P

3$TKB 4(592
0*C<§77> 4(5P)
4gsp
3

i3
11 A

Tgra

d$TKS

..un r
A

MOVB
BIC
CHP

asrxg 'ESP3
#t § %.(5p
(5P)+, 421

..GE
MAKE 17 5 BIT ASCII
{115 17 A CONTROL-gv

4(SP), #$XON

:IS

BPL

gue
R

CMP

BEQ
CMP

23
1$

13
4(SP), 4140

- —

..RE o T

on OL- sv

UNTIL

HARACTER
TS THERE

i+ IF NOT gfiggnno 1
v S, RE

17 A RANgOH XON?

: ;BRANCH IF YES
::ISIT UPPER CASE?

;RANOO1

:RANOO1

M11

——
e

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 50-10
SEQ 0142

TTY INPUT ROUTINE

032700

032702
0 5710
032712
032720

002407

026627
003003
042766
000002

000004

000175

000040

000004

BLT

CMP
BGT
BIC

as:

RTI

4(SP),#175
4%
#40,4(SP)

:BRANCH
I

i:19 IT A éPEE AL CHAR?
: :BRAN
a
i i MAKE IT UPPE gASE

PRERRRRARARRR AR RRAR KRR AR AR R

;:G0 BACK TO USE

KA AR RR AR KR AR AR KR AR AR AR AR RR R

:EHEE ROUTINE WILL INPUT A STRING FROM THE TTY

032722

010346

et
i o

il ke
i B oo
L
0

012766

0
0
s

000004

Enga

5%771 3)

TYPE
BR
ng

$QUES
}‘

'v'
..EEEA me BUFFER AND LOOP

cape

ggs.(as)o

..cge xlroamger R

1%6
gls
L

107
01%
1

695

040

000

gLSB
YPE

fiv
m¥

gg).es

ge Ag

grre
ru.u

-1(R3)

fimgumcvea FROM THE TTY
A auaow

;ECHO THE CHARACTER

..#L AR RETURN THE 15)

’V

gsp
*+ 83
? ) 5? )

#$TTYIN, a(5P)

FEED

iRESUSTETI
E ASCIIAND
PUT ADDRESS
i
FIRST STACK
CHARACTER
ON %TOF THE

98:
a;}g 8
$TTYIN: IgLK 8.
$CNTLU: .ASCIZ

/tU/<15>¢<12>

R?fifi"se53" ASCII CHAR. TO TYPE
..R
ofiive
8 BYTES FOR TTY INPUT

015

$CNTLG:

.ASCIZ

/tG/<15>¢12>

;:conmou. ug
o

123

$MSWR:

.ASCIZ

<15><12>/SWR = /

116
040
000

$MNEM:

.ASCIZ

-SBTTL

READ AN OCTAL NUMBER FROM THE TTY

000

4613

10$:
4s:

Rb&m

1176

033030

RHINATOR WILL 6E A BYTE OF A H %2

R3, -(SP)
astrYIN R3
:?mmaR3

fim
81 66 000004 000002

i1 DDRESS OF FaRe DA AnE. 1T YHI N THE STACK
"T

$RDOLIN: MOV
1$:
MOV
28:
gnps

;
60440§

ROLTRN Here

A SR bs

015

NEW = /

PRRRARRRARR KRR AR KR AR AR AR R

AR RR AR AR RA AR R

RE AR RR AR RRRRRRRRS

tTHIS ROUTINE WILL READ AN OCTAL (ASCII) NUMBER FROM THE TTY AND

‘E IT TO BINARY.

033074
033076

011646
016666

000004

000002

RE%RN HERE

;;READ AN
NUMBER
..Egu
OR sOCTAL}?s
R Eo'fumfix Unc STACK

MOV

..5usu
RO 8“ gnACKK
: iPUSH R1

&Roocrz p'g‘\;
MOV

4§53 5 g&)

gsp5p

»¥
SPA £ FOR THE

—

N11

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 50-11

SEQ 0143

READ AN OCTAL NUMBER FROM THE TTY

MOV

ROLIN

14:

MOV

LR
LR
V8
BEQ

2%:

(SP)+,RO

R1
Rs
g 0)+,-(SP)
$

ASL
ROL
ASL
ROL
ASL

R2
R1
R2

??cn.m \?A "

CHARACTER

:
eigsflfuwsxesaw
’ERH%NATv FROM STACK
s

177770
38

0000;2
033174

R2,-(SP)

gfsg':‘ié? FE R

iORDER BITS GO HERE

1SaM TH%DDEC&)ER

tttt‘t““t‘t‘ttt‘t‘ttt“‘t‘t“t‘t“‘ttttttttttt“ttttttt‘ttttt

tTHIS

Eg e?féekt
T

000002

033232

000004

000002

i
"if%
g g RPAD(RO) RO

IS USE T§§535
g?SSE GET

-t

hmo. .

OTRAPZ
;CALL=TYPE

lLt*TYP
i

8?&,»(»% §
55S233

S2EBBR2EST2

e
b

;

.sFTRAP AWRESS
?(fi
T BYTE'82
TRAP

o
%
:i§
'{TAB*E figfimfioa'.lARTI'G ADDRESSES OF THE ROUTINES CALLED

iHRAP3.
TTL

%%;

"ThaLE
'TR”;ARTDG ESS
TFE%RET§ Wfi&'ib
IT WILL

iCALL=TYP

ALL'
L=

ALL 'R
iCALL=R

N
T

:\’..\

EFRY

COKDDAO KDJ11-DA CLUSTER DIAG.

MACRO V0S5.03

Tuesday 07-Jan-86 15:18

Page 50-12

SEQ 0144

POWER DOWN AND UP ROUTINES
4615

_SBTTL

o* 7;7 osufig 000024

§¥

012737 000

45624
033332

000024

s BLUP 94PWRVEC ;~a§1 FOR FAST UP

RO,

;:PUSH

R2.-(5P)

;:PUSH RO
R

gTA K

Ri,- §P-(SP

R4,

::PUSH

STACK

R3,-(SP

: iPUSH R
::PUSH

gTA K

TACK

4340, 99PWRVEC+2 ;:PRI0:7

-(5P

R ocde)

#$PWRUP,

g::

SSa%

ggeeeceoo
NS

%fl:

000026

POMER DOWN AND UP ROUTINES

;fiutfitsm‘%fii““““ttttttttttt‘tt‘tttt‘tttttttttttttttttttt

HA A

34PWRVEC ' ; ;SET

TACK

UP VECTOR

; ;HANG UP

sshbhkkkkhhhhhhhkhhhkhkhkhhhhhhkhkhhhhhbhhhkhkbhhbsh
kb hhbhhkb kb
hhhhh
thhhk

§§;3; 833:32 000024

:POMER UP ROUTINE
§PRRUP: mig
ggéuségsgmnvscf; Eg;r s;onpr:s; :z:um

oo?%% 833:34

18:

4617

UAH F THE INC

012603

P+ R3

G120
015737 30330 000036

Ny
MOV

85340&mfi*
PURVE P084 g?’51 ThE PSliaé SO TN
ECT
SRPURVECSS:,

000001

SPURNG: MORD

120

$ILLUP: HALT
R
SgflVRs:
SPOMWER: .ASCIZ

.EVEN
.END

$POMER

;
<15><12>"POWER”

kgp

i THE POMER FAILhRE

i: THE
T
i

;

::POMER FAIL MESSAGE POINTER

B
.

STACK INTO A3

SS88EENY
=

0
%

sgnvas

——

gng

88883<

FERRUSSER

upP SEQUENCE WAS STARTED
HE P lE\ER DOWN WAS COMPLETE

- ld

COKDDAC ¥DJ11-DA CLUSTER DIAG.

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 50-13

|
SEQ 0145

Sysbol table
:

APTE0- 000090

APTENV= 000001
APTSIZ= 000200
RPTSP0000100

ATESTR: 600000
AURET = 990000

AUSHR = 000000
AVECTS 000000
AVECT2= 000000
A
002300
Ay
002326

;

000000

00
00

- 117528
- 17

- 177354

' =

000000

00
- 00
000000

AMAME2=
MeS=

- 00

000000
000000

”

ATA2
ATVER
ATVER

009332
026740
0967

DHe7

034

024000

o - 805068

SR - 9oeeX

ITi) - 004000
112 = 010000
17115 = 020000
1114 = 040000
12"
15
1T
5
1T
117

- 000004
= 000010
- 00020
= 000040
= 000100
= 000200

TEXP
TRES

0031
Q03110

18 - Q00400
19 = 061000
IVEC000014
R

s, %0

= 177786

SWR = 108407

OUNT

003120

iz
EMI1S
EMI14
128
EMI3A

02064)
030724
021010
021051
0310

RROR = 104000
RRVEC~
ERTVPE
02
EXPDAT
008036
FLAG
003036

EMISe

091214

FLOAT

EMI3S

DHad"

7
B,
ISPLA
SPRE

I
1105
e
1130

053541
054160
024260

3723
Gl
001142
000174

047
0951
08I0
04

0222

114
o
124
187
15
1

094
Gue
094778
025004
Ge%0s
0TS

T
1

02drze
0950

EMiS0
EN133
Esfiisg
EMi3T

EMI30
Mi4l
142
143

ENida

021oe]

05131
051370
d21a26
O5tase

051373
091664
G147
0920

ene
EMIT)
IS
1

022801
0993

et
135
N5
EMIS7
160
EMi6l

7
039734
023007
093061
028137
093151

EMIES
EMIGE

093377
003446

EMI

0224s]

5367

fHiee
EMIES
EMI6d

025100

01720%

ored

0251t

EM31

017931

Ol7ger

165

055112

0951

094736

EM34

- 00
7= 000000
AMTYP1 =
AMTYP3=

PEREG: 117766

R
= 00001
CRLF
= 000200
CoR1
002278
R12
009322

017

0175
095146
EEPAS
003032
EMTSAV 0040
EMTVEC= 0000

EM37
EMB1
EM63
EMEd

APASS = 000000

E0RRBD

EMIOL 020074

EM12

004050

091195

DTy 025030
R
0147
3054
DT

7
817§§§

G20264
030
020407

DHI32

DELAY * 026772
FPA 097726
DRI
093514
DHIOS
094455
D11S
024507

M7
£

104
EMI0S
M0

EMIT0 050851
R

%%
47
Bhigs

1705 - 000040
106 = 000100
107 + 000200
108 = 000400

M102
020127
EMi0s
080451

CONT 059034
I8P = 177570

20 = 800001
165 = 300008
1702 - 000004
1104 - 000030

115 = 100000

TA AT 004042
2304

APRIOR:

025211
09
093320

017931

o
%
o1
g
0004

RRCNT 3920
RREP 996710

0030

FPVEC = 000244

FSTAGD 004044
EToR
HITHIS:- Joaaee
117752
INTMEM 00334

INITMM 095446
ING22
013714
TOTVEC000020
LT
g7t

%Dna% 175364

PARS- 175
KDPARA- 179370
ARS= 179372
ARB= 175374

KDPART- 179376
KDPDROR1RS2KDPDRS-

1753
17535
17535

179396
175350

179332

KDPDRG- 172333
3
KIPARO- 179340
KIPARL- 179342
KIPARD- 179344

KIPARS- 179346

KIPARA= 179350
KIPARS= 179332

KIPARB= 179334

KIPAR?= 17933

017313
017343
017374
017225

KIPDRO=
KIPOR1=
KIPDR2=
KIPDRS=

175300
179302
173304
179306

017570

KIPDRG= 179314

lww2"AALATNPQ“MWMRQRQEO24%“2%%e“memem~AMWO
"SwANN"NNmNSoAEmNNCmNRNmASwR8oNpwRnwNAnmRrYaSaswSoeaSsOm=iPMt=H<MsIeyNR0"egBowINSeuYwvNmsS&m&TsNwaymuSwsozemnIm&8“go~
ybsS8WR'RwCe8mms8wWg.g8S«I8M"EmaM8.Sz8SMé8om=Sm8ENtm8?8fEv8lE%uSs-Msn”mMnmwm%wwmmagxuwnmmisawmmawuwm%vmzuwwwmmmwwaOm.wmwawwIewNmOwwfLwmSmuwUIiwmwMtwIwwSRtOTLwNtCOwwNuLw%mA—awAmmCUMmméIwOmswSmé;
COXDDAQ xDJ11-DA CLUSTER DIAG.

(NW.-W.

MACRO V05.03
Tuesday 07-Jan-86 15:18

W
&
f
l
I
f
B
R
l
A
I
A
&
I
B
A
b
I
C
I
=ex
026402

FDBSM“nAUPauvswl:mmnaflu.wmnwnuawnan

] LU L LU

i GOD08 aw t -2

W 36

Page 50-14

Symbol table

SEQ 0146

TS}S

Tng

—

“z88sn“EmnEX8eE‘m2“t8"E“3“m8.3.83m sowSe-)oSnPoP.lt-§lS-R=\.3&v§5eS—S01
S3IY85I3z8R8S8,3883L8OI8SHSO8Ee
LLCSHRAISNEBIRTR8XLI.T58TN.WeCT33SS.m8ON8ISTL8mN88RQmL5SAO3RTN8sIowTT8UwLRPwI5OMwVI2&Tw8WFTSwR5&OwH3GST3LTNTw5LIw3owITw=VNoStoEVwRi

DV.WkWNEidWwmViWZuwiVMSuV)c”VW>n.V_mvAlhv.h%.vDh‘W0vhv.f0lWhvhWR“ vmb2o“TmNw"eUe‘Mtst“&mOet’6a7wmaV7.SNr7EKS7tEaW7GaV7s¥(D*P%.]LY
<

MACRO V05.03

Tuesday 07-Jan-86 15:18

Page 50-15

SEQ 0147

NBBBARRAbbteBEmPmlumufluumflmfluuunM8

< [- 44

—

(]
><

Wbw=oS-smhpysaweosmpmmp.s?mp%wm eRoommmnwm ITRgYSCNRST

. ABS.

033336

Errors detected:

+++ Assembler statistics

reads: 403
rk fiiee writes:
38
§E§e of work file: S55%24 Words
Work

e of core poo 1: %
rating

system

EoRB3RS. &
E

84 Words
SX-11M/PLUS

g Ga6,hages)

uw«’fix/vnm

: 00:04: &81 .08
RO/ -SP=0RION.MLB/ML ,COKDDAO.MAC/DS: GBL

SUSHE
->
SVEC

m m

2a5ex

"
h

XTSI 030358
$

=
ILL

032061