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EK-KXTCA-HR-001

June 1984

158 pages

Original

3.9MB

Document:	KXT11-CA ROM Listing
Order Number:	EK-KXTCA-HR
Revision:	001
Pages:	158
Original Filename:	EK-KXTCA-HR-001_KXT11-CA_ROM_Listing_198406.pdf

OCR Text

EK-KXTCA-HR-001

KXT11-CA ROM Listing

Prepared by Educational Services
of
_ Digital Equipment Corporation

First Edition, June 1984

©Digital Equipment Corporation 1984.
All Rights Reserved.
Printed in U.S.A.

This software is furnished under a license and may be
used and copied only in accordance with the terms of
s u c h 1 i c e n s e a n d w i -t h the i n c 1 u s i o n o f th e a b o v e
copyright notice. This software or any other copies
thereof may not be prQvided or otherwise made available
to any other person. No title to and ownership of the
software is hereby transferred.
The information in this software is subject to change
without notice and should not be construed as a
commitment by Digital Equipment Corporation.
Digital assumes no .responsibility for
re 1 i ab i 1 i t y o f i ts so ft wa re on e q u i pm en t
supplied by Digital.
The following
Corporation:

ma~aoma
DEC
DECmate
DECsystern-10
DECSYSTEM-20
DECUS
DECwriter
DIBOL

are

trademarks
MASS BUS
PDP
P/OS
Professional
Q-Bus
Rainbow
RSTS
RSX

the use or
th a t i s no t

Digital

Equipment

TOPS-10
TOPS-20
UNIBUS
VAX
VMS
VT
Work Processor

CONTENTS
INTRODUCTION •• •••••••••••••••••••••••••••••••••••••
•1
KXTDEF.MAC
Dual-Port RAM Definitions on KXTll-CA.
..s
NFDEF - Native Firmware Definitions ••
.10
SELF TEST OVERLAY 0 ••.•••••••••••
.13
Tl I/O REGISTER CHECK ••••••••••
.19
T2 NATIVE (AND USER) RAM.
...••. 21
T3 NATIVE (AND USER) ROM.
.24
T4 Tll CPU INSTRUCTIONS AND TRAPS.
•• 26
TS LINE CLOCK (BEVNT) INTERRUPT.
.27
T6 CONSOLE SERIAL PORT DC319 ••
• •• 2 9
T7 SECOND SERIAL PORT NEC7201 ••••••••••••
.31
LB TEST
• • 41
LOOP BACK TESTS.
RESTRT
RESTART HANDLER.
• • • • • • • • •43
SAVERG
••• 4 7
SAVE REGISTERS ••• r • •
SODTM
SERIAL ODT MONITOR .••••••••••
.51
·• 5 9
ADDREG
GET ADDRESS/REGISTER.
EXAM IN
EXAMINE ••..••.•••
•••••• 6 3
DI SP ST
DISPLAY STRING •••
. ....•..• 67
DA TC OM
GET DATA/COMMAND.
• ••••••••••• 70
•7 2
DEPOS
DEPOSIT •••••.•
DISPWD
DISPLAY WORD.
• •••. 7 4
.77
ABAUD - AUTO BAUD ••••.•••••••
GOPROC
GO/PROCEED.
• •80
• • 81
SETLED
SET LEDS •••••••••
TRAP4
TRAP 4 EMULATOR.
.84
• ••• 8 5
TRAPlO
TRAP 10 EMULATOR.
TRAP24
TRAP 24 EMULATOR.
.•... 86
•••• 8 7
TRAP COMMAND EMULATOR.
TRAPX
WAITST
WAIT FOR COMMAND STATE.
•• 88
.90
QCOMIN
Q-BUS COMMAND INTERP •••
DECTST
DECODE AND DISPATCH Q-BUS SELF TEST REQUESTS ••
.95
••• 9 9
UPDATE LEDS AFTER SELFTEST NN ••
TNNERR
DMALD
DMA LOADER ••••••••
••• 102
.104
BSUPV
BOOT SUPERVISOR •••
QODTM
Q-BUS ODT MONITOR.
•••• 107
• •• 110
TUS8BT
TU58 BOOT STRAP •••
PUTEST
POWER-UP SELF TEST.
•••• 114
. .•..... 116
EXT EST
EXECUTE TEST •••••
ENTRY POINT •••••••••••••••
..119
.120
POWER-UP HANDLER.
PWRUP
!NIT
INITIALIZATION •••••
•• 122
• •• 124
DEVICE INITIALIZATION •••
DINIT
•••• 12S
ACCUM
ACCUMULATE NUMBER ••••
..126
GET INPUT •••••••••••••••
GETIN
••••••
127
CHKCHR
CHARACTER.
CHECK
•
•••••••
12 9
SETUP
••••••
SPRSSU
SP/RS
• •• 130
VERS
VERSION NUMBER AND TEST ••
••• 131
SELF TEST OVERLAY 1 . • • . • • . . • • . • . • • • • • • • • •
..••••••...••• 135
TlO PARALLEL I/O PORT Z8036.
• •••• 14 0
Tll DMA CONTROLLER AMZ8016 ••
..14S
Tl2 Q-BUS INTERRUPT ••••••••
• •• 147
Tl3 DUAL-PORT RAM AND IPV.

.....

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

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

...

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

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

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

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

iii

. . ..

INTRODUCTION
This is a general overview of
native firmware implementation.

the

KXTNT

KXTll-CA-macro

VOS.00

The firmware was writ ten in sever a 1 modules which were assembled
separately and linked to produce the complete native firmware. For
purposes of generating a listing for publication, a command
procedure was developed which converts these modules into a single
module which, when assembled, yields a listing that contains the
actual addresses in the address column and the operand field.
The following is a list of each of the modules and a brief
description of the function- provided by each. A more detailed
description proceeds each module:
'~AUD

(Auto Baud) - Performs the auto baud function for

seri~l

ODT

ACCUM (Accumulate Number) - Accumulates a 16-bit number from octal
input
ADDREG (Get Address/Register Number)
register number for serial ODT

Inputs

address

BSUPV (Boot Supervisor) - Controls the boot process
CHKCHR (Check Character) - Polls for input from console line
DATCOM (Data/Command) - Inputs data and commands for serial ODT
DECTST (Decode Test) - Decodes Q-Bus controlled test commands
DEPOS (Deposit)
Q-Bus ODTs

Performs

the

deposit

function

for

serial

and

nINIT (Device Initialization) - Initializes all local I/O devices
DISPST (Display String)
serial port

Sends

string

the

console

DISPWD (Display Word) - Converts a 16-bit word to an ASCII string
and sends the string out to the console serial port
DMALD (DMA Load) - Controls the execution of the DMA load command
ENTRY (Entry Points) - Defines the two entry points to the native
f i r mw are ( 173 0 0 0 , 1730 0 4 )
EXAMIN (Examine) - Performs the ODT examine function
EXTEST (Execute Test) - Executes each of the self tests

GETIN
line

(Get Input)

- Waits for and gets input from console serial

GOPROC (Go/Proceed) - Performs both the Go and Proceed function of
ODT
INIT

(Initialization) - Initializes the local I/O

KXTDEF (KXT Definitions) - Defines the KXT specific constants used
by the native firmware, KUI and MicroPower
LBTEST (Loop Back Test) - Performs
when in the loop back test mode

all

NFDEF (Native Firmware Definitions)
firmware related constants

PU TEST
tests

(Power-Up Tes ts)

the

self

tests

executed

Defines all general

native

Performs the appropriate power-up self

'-- PWRUP (Power-Up Interrupt Handler)
Power-Up interrupt (173000)
QCOMIN (Q-Bus Command Interpreter)
to first word of two-port RAM

- Top level
-

routine entered by

Decode Q-Bus commands passed

QODTM (Q-Bus ODT Monitor) - Controls Q-Bus ODT
RESTRT (Restart Interrupt Handler)
Restart interrupt (173004)

- Top level routine entered by

SAVERG (Save Registers)
registers on entry of ODT

the

SETLED (Set LEDs)

Save

user

context

the

CPU

section of

self

- Controls the LED display

SLFTSO (Self Test Overlay
tests (tests 1 through 7)

'--· SLFTSl (Self Test Overlay
(tests 10 through 13)

Normally mapped
-

Overlay

section

self

tests

SODTM (Serial ODT Monitor) - Controls serial ODT
SPRSSU (Stack Pointer/RS Setup) - Initializes stack pointer and RS
for particular memory map selection
TNNERR (Test N Error Decoder) - Decodes error from given test
TRAPlO

(Trap 10 Emulator) - Emulates trap to 10

TRAP24

(Trap 24 Emulator)

TRAP4

(Trap 4

Em~lator)

- Emulates trap to 24

- Emulates trap to 4
2

TRAPX (Trap X Emulator)
two-port RAM

Emulates

trap

address

passed

TU58BT (TU58 Boot) - TU58 primary loader
VERS (Version) - Version code definition
WAITST (Wait State) - Wait for Q-Bus command loop
FIRMWARE MEMORY ORGANIZATION
The native firmware is contained in a 4 K word set of ROMs which
are mapped in a 3 K word space with 1 K of overlay. It is
organized into five sections in the native ROM. Table 1 describes
these sections.
Table 1
~KXT

Memory Address

Memory Organization

ROM Address

Description

160000 - 163777

0000 - 3777

Normally mapped section of
overlay memory (OVLO)

164000 - 172777

4000 - 12777

Permanently
1 (PERMl)

173000 - 173007

14000 - 14007

Interrupt entries (VECT)

173010 - 173777

14010 - 14777

Permanently
2 (PERM2)

160000 - 163777

15000 - 17777

Overlay section 1 (OVLl)

mapped

section

IMPORTANT ADDRESSES
The

addresses 1 i sted in Table 2 a re of spec ia 1 interest. Any
specified by symbolic name can be determined by looking
that name up in the symbol list at the end of the native firmware
listing.

~address

Table 2

Special Addresses

Name

Module

Description

PERV(l73000)

ENTRY

Power-up interrupt address

RSTV (173004)

ENTRY

Restart interrupt address

FARS TR

PUTEST

Fatal self test error loop

FAS

BSUPV

Fatal
error
loop when
invalid
Boot/Self Test switch position set

FAR

RESTRT

Loop address after Restart interrupt
when a fatal error condition exists

REGISTER USE
The only CPU register that ha.s a fixed use throughout the native
firmware is RS. This register is used to point to the top of the
native RAM (the highest word address) and is referenced throughout
the firmware. This register should never be altered while the
firmware is executing.

KXTNF - KXT11CA Native Flrmw<
KXTOEF.MAC - Dual Port RA~ dl

MACRO V05.0~
00:51
.1itions on K~TllCA
.S8TTL
.tdent

5
6
1
8

Page 1
KXTDEF.MAC - Dual Port RAM definitions on KXTllCA
/Vl.5/

FUNCTIONAL DESCRIPTION:

This •odule defines addresses and bit definitions for various registers
on the KXTll-CA. ThP. f olioving na•in9 conventions are usedz

10
11

12
13
14
15

KW.xxx
~ord addressable register on the KXTll-C
KL. xxx
Low byte addressable register on the KXTll-C
ltH.xxx
High byte addressable register on the KXTll-C
l(X s xxx = Read/write bit definition for a KXTll-C register
KWSxxx
Write only bit definition for a KXTll-C register
KRSxxx
Read only bit definition for the KXTll-C register
KMSxxx
Multi-bit •ask for a KXTll-C register
KPSxxx
Bit Pattern for Multi-bit fields ot KXTll-C registers

16
17

18
19
20
21
22
23

These definitions can be used in one of two ways. They can be accessed
by ~sing the macro KXTDFS which will define each sy•bol locally in the
module using the macro. Secondly, this •odule can be assembled which will
define each syMbol globally In an oblect that other modules can link to.
A KXT kernel includes the qlobal definitions so any application merging
with a KXT kernel need not use the local macro.

25
26

28
29
281
282
283
284
285 000000

IF TffIS MODULE IS ASSEMBLED, THEN GENERATE THE SYMBOLS IN A GL08AL MODE

> and show the macro expansions
.list
KXTDSS

•e
<==:>

KXTll-C CSR A definitions
177520
177520
000001
000002
000004
000010
000020
000040
000100
000200

KW.CSA
KL.CSA

==:

KXSODT ==:
KXS2EN ==:
KXSSMA ==:
ICJISTTC
KXSTIS ==:
KX$DPE
KXSRTF.
KXSCTE ==:

117520
117520

; KXTCSRA word location
KXTCSRA low byte location

Sync Mode on channel 8 enable
SLU 2 read enable
; Sync ~ode on channel A enable
Terminal connect
Ter•inal in service
Diagnostic PROM enable
Heal-ti•e clock interrupt enable
Counter interrupt enable

2
4

10
20
40
100
200

KXTll CSR 8 definitions
177522
117522
000001
000016
000002
000004
000010
000360

KW.CSB
Kl..CSB

==:
==:

ICRSTNS -KMSMAP
KX$MPO -KXSMPl
KXSMP2 -KMSSWS

177522
117522

; Word address for KXTCSRB
Low byte address for KXTCSRB

Ter•inal in noraal service aode
Me•ory aap configuration
Me•ory aap bit 0
n
"
n
1

10
360

Boot/Self Test switch postion

1
16

(
00:51
KXTNF - KXT11CA Native Firawara MACRO Y05.00
KXTllEF.MAC - Dual Port RAM definitions on KXTllCA

Page J-1

KXTll CSR C definitions
177S24
177524
000001
000002
000004
000010
000360

Klt.CSC
KL.CSC

==:
==:

KXSLDO ==:
KXSLDl
KXSLD2
KX$LD3 ==:
KMSIDS

==:
==:
==:

177524
177524

; Word address for KXTCSRC
; Low byte address for KXTCSRC

1
2
4
10
360

;
;
;
;
;

LED 0
LED 1
Ll'D 2
LED 3
KXTll-C ID switch setting

KXTll CSR D definitions
177530
177530
177531

O"I

000001
000002
000004
000010
000020
000040
000100
000 200
000400
001000
002000
004000
010000
020000
040000
100000

KW.CSD
KL.CSD
KH.CSll

==:

==:
==:

KXSR20 ==
KX$R24
KXSR34 ==
KX$I20
KXST24 ==
KXSl34
KX$DE!I
KXSDRT ==
KX$8HE
KXSBllF
KXSORE ==
KXSQRI"
KX$BQI ==
KXSQIE
KRSQRP
KX$!1XI!

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

177530
177530
177531

; word address for KXTCSRD
; Low byte address for KXTCSRD
; High byte address for KXTCSRD

;
;
;
;
)
;
;
;
;
;
;
;
;
;
;
;

2
I

4
10
20
40
100
200
400
1000
2000
4000
10000
20000
40000
100000

Dualport RAM interrupt 120 request
Dualport RAM interrupt 124 request
Oualport RAM interrupt 134 request
Oualport RAM interrupt 120 enable
Dualpdrt RAM interrupt 124 enable
llualport Rll! interrupt 134 enable
Uualport RAM enable
Dualport RAH non-aaskable trap
B-halt enable
b-halt flag
Q-bus reset enable
Q-bus reset
Block Q bus interrupt register
QIR interrupt enable
QIR request pending
Non-existent aeaory flaq

KXTll l/0 Buffer Control definitions
177540
177540
177541
000001
000002
000004
000010
000020
000040
000100
000200
000400
001000
002000
004000
010000
020000
040000

Kit. IOC
KL. roe
KP.. IOC

--.
==:

==:

177540
177540
177541

; Word address for IOBFRC
; Low byte address for IOBFRC
; High byte address tor IOBFRC

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

;
;
;
;
;
;
;
;
;
;
;
;
;
;
;

KWSPBO
KWSPBl
Kll$PB2
KW$Pll3
KM$PB4
Kll$P85 ==
KWSPB6
KllSPB7
KWSPLD ==
KllSPllll
KW$POO
KWSPlO
KllSP2D
KllSPJD
KWSPAB

4
10
20
40
100
200
400
1000
2000
4000
10000
20000
40000

PIO port B byte 0 direction
PIO port B byte 1 direction
PIO port B byte 2 direction
PIO port B byte 3 direction
PIO port B byte 4 direction
PIO port 8 byte 5 direction
PIO port B byte 6 direction
PIO port B byte 7 direction
PIO port A low-byte direction
PIO port 1 high-byte direction
PIO port C word 0 direction
PIO port C word 1 direction
PIO port C word 2 direction
P~O port C word 3 direction
PIO ports A and B active pull-up

(

KXTNF - KXTllCA Native Firmware ~~CRO V05.00
00:51
KXTDEF.MAr. - Oual Port PAM definitions on KXTllCA
100000

(
Page 3-2

KWSPCO

==:

100000

DUAL PORT RAM IOP COMMAND
175000
175000
175001

Kii. Cl40

KL.l:MO
KH.r"o

----

; PIO port C active pull-up
R~GISTER

175000
175000
175001

DEFINITIONS
KXT npp REGISTER 0 WORD toe.
•
•
"
• LOW BYTE toe.
11
•
"
"
HIGH BYTE LOC.

SYSTEM CO"MANO PIT DEFINITION~

-.J

000001
00000 2
000004
000010
000020
000040
100001
100 002
100004
100010
100020
100 040
100100
10020')
100 400
101000
102000

KXST~C

==:
==:
==:
==:
==:
==:
==:
==:
==:
==:
==:
==:
==:
==:
==:
==:

KXSOMC
KXSihC
KXSOOC
KXSSllC
KXSNOP
KXSTOl
KXST02
KX$T03
K1$T04
KXST05
KXST06
KXST07
KXSTlO ::o:
KXSTll
KXST12
KX$T13

1
2

4
10
20
40
100001
100002
100004
100010
100020
I 100040
100100
100200
100400
101000
102000

; TIHP COM"ANO
;OMA LOAD COMMAND
;RE-INITIALIZf. CO~MAND
;ENTE~ Q BUS ODT MODE COMMAND
;SHOW CONFIGURATION COMMAND
;MO OPERATION COMMAND
;r.SP TEST COMMAND
;RAM
"
"
;ROM
II
"
;CPU
"
"
;BEVENT II ' II
;SLUl "
"
11
;SLU2 "
;PAPALLFL l/0 TEST COMMAND
;OMA TEST COMMAND
;QIP "
"
; OP R

Q BUS ODT COMMAND DEFINITIONS

000001
000002
000004
000010
000020
100000

U'SOMO ==
KXSORO
KXSDEO
KXSGOO
KX$Pk0 ==
KXSEXO

==
==
==
==

1
2
4

10
20
100000

OPF.N AND EXAMINE MF.MORY COMMAND
OPEN AND EXAMINE REGISTER COMMAND
DEPOSIT COMMAND
GO COMllAND
PROCEED COMMAND
EXIT GOT COMMAND

DUAL P~RT RAM IOP STATUS REGISTER DEFINITIONS
17500 2
175002
175003
000007
000000
000001
000002
000003
000004
000005
000007
000010

KW.STA
KL.STA

==:

1rn.sTA

==:
KP$INI ==
kP$STS ==
KPSQTS ==
KP$QOD ==
KP$WST ==
KPSPbS ==
KPSNNC ==
KXSSEF ==:
KllSSTF

.. ....

175002
175002
175003

;KXT DP~ REGISTER
WORD LOC.
n
;
" LOW BYTE LOC •
.. HIGH BYTE Loe •
; "
"

;STATE FIELD

0
1
2
3
4
5
7

;IMITilLIZATlON STATE
;POWER UP SELF TEST STATE
;Q BUS CONTROLLED TF.ST MODE
;Q BUS ODT MODt.
;WAITING FOR COMMAND STATE
;PRIMARY BOOTSTRAP STATE
;EXECUTING NON NATIVE CODE

;STACK ERROR FLAG

(

KXTNF - KXTllCA Native Fir•ware MACRO VOS.00
00:51
KXTOEF.~AC - Dual Port RAM definitions on KXT11CA
000020
000040
000100
000200
001000
002000
004000
010000
020000
040000
100000

Page 3-3
20
40
100
200
1000
2000
4000
10000
20000
40000
100000

KXSOHL
KXSFEF
KXSSOF
KXSOOF
KXSPlif'
KXSBAT
KXSSXT
KX$NXF
KXSBDf
KXSDME
KXSCHE

ENTER ODT ON HALT FLAG
FATAL ERROR FLlG
SERIAL ODT FLAG
Q BUS ODT FLAG
POWER UP NO BATTERY BACKUP FLAG
BATTERY BACKUP POWER UP FLAG
STACK POINTER NXM TEST FLAG
NXH HANDLING FLAG
BWF.AK DISABLE FLAG
TIHA LOAD ERROR FLAG
COMMAND ERROR FLAG

DUAL PORT RAH SYSTEM CONTROL REGISTER 2
175004
11501) 4
115005

175004
175004
175005

KW.SC2
KL. SC2
KH.SC2

KXT DPR REGISTER 2 WORD LOC.
"
"
"
" LO~ BYTE LOC.
n
n
"
" HIGH BYTE LOC.

ERROR REPORT BIT DEFINITION Of REr.ISTER 2
000001
000002
000004
000010

ooooio
co

000040
000100
000200
000400
001000
002000

KXSFOl
KXSF02
K'XSF03
KllSF04
KXSF05
KXSf06
Klt$F07
KXSf"l 0 ==:
KXSfll
KXSfl 2
KXSF13

;CSR TEST FAILED

2
4

; RlH

10
20
40
100
200
400
1000
2000

;ROI'
"
"
;CPU
"
"
;BEVENT "
"
;SLUl "
"
;SLU2 "
"
;PARALLEL 110 TEST FAILED
;DMA TEST FAILED
;OIR n
"
;Dl'R "
"

DUAL PORT RAii SYSTEM CONTROL REGISTER 3
175006
175006
115007

KW.SC3
Kt. SC3
K!l.SC3

175006
175006
175001

KXT DPR REGISTER 3 WORD LOC.
n
n
"
• LOW BYTE LOC.
n
n
"
" HIGH BYTE LOC.

115010
175021)

Data Channel Base ~ddresses Con the KXT side)
KW.DCC ==:
175010
; CHANNEL 0
KW.DCl ==:
175020
; CHANNEL 1

000000
000002
000004

Offsets to Data Channel Base ad~r~ss
KV.DCO ==:
0
KW.OST ==:
2
KW.DAT ==:
4

; Co••and word
; Status word
beginning of data

Bit definitions within Data Channel Co••and
000036
000040
000100
000200
003 400
004000

KC.CUM
KC.ICC
KC. IDA

KC. IOP
KC.tf.11

KC.EOI'

36
40
100
200
3400
4000

; Co•11and Held
; Interrupt on co••and co•plete
Interrupt on DA
; Interrupt on DR
Len9th field
End of •essage

~ACRO

KXTNF - KXTllCA Native FirmwaC_
VOS.00
00:51
KXTOEF.MAC - Dual Port RA~ rtefinitions on KXTllCA
177400

(

PagP. 3-4
177400

KC.Vf.C

; Vector Number (high byte)

Hit definitions within Data Channel Status

000036
000040
000100
000 200
003400
020000
040000
100000

KS.F.RC
KS.OR
KS.FOM
KS.DA
KS.ALN
KS.D&G
kS.ON
KS.ERR

==:

Error code
Data requested (Vrite will succeed)
Fnd of aessage
Data available (Read will succeed)
Actual length of transler
Debug available
lntP.rface ready (on)
Error (Cuaulatlve)

36
40
100
200
3400
20000
40000
100000

==:
==:
==:
==:
==:
==:
==:

Oata Channel Command Codes
000000
000002
000004
000006
000010
000012
000014
000016
000020
000022
000022

KC$NOP
KCSRES
KCSEI
KC SDI
KCSr.S
KCSSS
KCSRD
KCSllD
KC$FD
KCSIJD
KC$MAX

--.

==:

==:
==:

--·

--·
-- .

==:
==:

--·

2.
4.
6.
B.
10.
12.
14.
16.
lB.
KC SOD

; NOP coaaand

Reset coa•and
; Enable Interupts coaaand
; Llsable lnterupts coaaand
; Get Status coa•and
; Set Status coa•and
; Read data coaaand
; llrite data coaaand
; Enable Debug comaand
; Uisabl~ Debug coaaand
; Haxlmu• coamand code

;

Data Channel Error Codes
l.O

000000
000002
000004
000006
000010
000012
000014
000014
286
287

KE SOK
ll:E$NDl
KESNDR
KESILC
KESILL
KESILV
KESONA
KF.$MAX

==:

• nl is t

==!
::=:

==:
==:

--.

--·.

2.
4.
6.
8.
10.
12.
KE$DNl

; Success (no)error code
; No data available (read rejected)

; No data requested (write re1ected)

; Illegal co11aand fteld
; I lleg.al length field
; Illegal vector

; Debug not available
; Maxi•u• error code

(

KXTNF - KXTllCA Native Fir•vare MACRO V05.00
NFDEF - Native Firmware definitions

00:51

Page 4

.SBTTL NFDF.F - Native Fir•vare definitions
.f.NABLE LC,GBL

1
2
3
4

5
6
1
8
9

; Module name: DEF - OEFINITIONS
; System: KXTll-CA Native Firmware

10
11
12
13
14

Functional Description:

15
16
11
18
19

.......
0

;

This module defines
on the KJCTll-CA.

addresse~

and bit definitions for various I/0 reqisters

(

KXT~F

- KXTllCl Native Firmwar~ HlCRO V05.00
IFDEF - Native ~iraware definitions
1
2
3
4
5
6
1
8
9

10
11

12
13
14
15
16
17
18
19

000001
000002
000004
000010
000 020
000040
000100
000 200
000400
001000
002000
004000
010000
020000
040000
100000

......

28
29
30
31

32
33

40
41

42
43
44
45
46
41
48

BTT2

---

----------

l:l IT6

llIT7
illT8
B 119
11 ITlO
BITll
il IT12

BIT13

BIT 14
BIT15

177'560
004000
000200
000100
177'562
100000
040000
020000
00400C

RCS!!ll

177564
000 200
000100
000070
000004
000002
000001
177566

1
2
4
10
20
40
100
200
400
1000
2000
4000
10000
20000
40000
100000

177560

RCV AC B
RCVDNl1
RCVIEB
RBUf' l l

BITll
BIT7
BIT6

177'562

ERli.B
ORERRE
FRERRR
RCVRICB
XCSRll

81T3
8IT4
illT'5

BITO
BIT 1

SLU1 ADDRESS DP.FINITIUNS

......

(

Paye '5

31T SYMBOL DEFINITIONS

20
21
23
24
25
26

00:51

8ITl'5
BTT14
BIT13
BIT11

X!lDYB
XIEB
PBiff
HAINTB
PBREd
XRRll'B
XBUFlA

171564

BIT7
BIT6
BIT51PIT41BIT3
illT2

BITl
BITO

177566

SLU2 Definitions

'50
'51
52
53
54
'55
'56
'57

175700
175711)
175704
175714

SL2SU
SL2SB l
SL2CU
SL 2<:B l

---

175700
175710
175704
175714

;SLQ 2 channel A Status register addres
n
B
;
"
"
"
"
; II "
A Co•~and register
"
"

177000

;PIO interrupt control register address

;

PIO Definitions
177000

PIO IC•

(
KXTIF - KXT11CA Native Firaware MAC~O V05.00
NFDEF - Native Firaware delinitions
58
59
60
61
62
63
64
65
66
61
68
611

10
11
72
73
14
75

.....
.....,

11700 4
117 006
117010

00:51

Pa9e <;-1

PlOAVA
I' !OBV A

PTOTVA

----

117004
117 006
117010

......

;PIO Port A interrupt vector re9ister

Counter Ti•er

OMA Def lnltions
114410
11453 2
174530
114442
174446
174454

DMAMMA -DMAOV A -DMltVl -D~lOOA

DMAOSA
DMlCDA

----

11447(1
114532
174530
174447
174446
174454

8255 Control Qe9ister
117526

C8255

117526

;OMA Master Mode Register
;OMA Channel O Interrupt Vector Register

;

..."

;OMA Channel O Chain Offset Field
"
n
Segment/Tag Field
Co••and Register

KXTNF - KXTllCA hative Fir•wa(
SEL~ TEST OVERLlY 0

IACRO VOS. 00

(

Page 6

.SBTTL SELF TEST OVERLAY 0
.LIST
ME,~E8 1 SEQ 1 LOC,BIN
.NLIST MC,CNO,BEX
.F'.NaBL Al4A,GBL
• = 16001)0

1
2

3
4
5
6
1
8
9

00:51

160000

NORMAL LISTING MOOE
DITTO

Module name: SELF TEST OVfRLAY 0
System: KXTll-Cl

~ativ~

Fir~ware

10
11
12

13
14
15
16

Functional Description:

18
19
20
21

This module contains overlay 0 ot the self test code. The self test
modules in this overlay are:
1/0 register check,

Native (and user) RJM,
Native (and user) ROH,
CPU (~null test),
'
Line clock CBF.VNT) interrupt,
Console serial port (OC319), and
Second serial port (NF'.C7201).

1-J

23
24
25
26
21
28
29
30
31
32
33
34
35
36

;

;
;

Overlay O physically occupies the first 2 KB of the boot ROM. It
executes starting at 160000 when the OIAG PROM EN bit, bit 5, in
KXTCSPA is O.
ERRORS APE BIT ENCODED IN PO (TTEEEE)
= TF.ST NUMHER
AND e = 12 DISCRETE ER~OR FLAGS.
• I.E. 010004 = TEST 01 1 ERPOR(BIT) 2.

RF.TURN~O
W~ERE T

(
KXTNF - KXTllCA Native Firmware MACRO V05.00
SFLF TEST OVERLAY 0

; RS IS OOT"S "TOP-OF-HF.H" POINTER, ANO IS PRFSERVEO AS SUCH.
ALL SCRATCH R~FERF.NCES ARE INDEXEO FROM RS AS FOLLOWS:

4
5
6

12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27

"""'
~

28
29
JO
31
32

33
34
J5
J6
J7
J8
J9
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57

Page 7

; SCRATCH RAM ALLOCATION.

1
2

7
8
9
10

00:51

MIO

077776

137776

157776

-27776
-17776
-fJ7776
TMP1+2
T'IP1+4
TMP1+6
TMPl+lO
TMP1+12
THP1+14
THP1+16

O'iOOOO
060000
070000

110000
120000
130000

130000
140000
150000

,
000005

STOP=
;

15000 2
160002
170002
170004
170006
170010
170012
170014
170016
170020
177776
000005

BUFRl=
BUFR2=
Tl'Pl=
TMP2=
TMP3=
TMP4=
TMP5=
T'IP6=
TMP7=
TMP8=
SF.Fl=
SEF=

TOP-6lfW
TOP-4101
TOP-2KW
\

\
\

> SCRATCH REGISTERS •••
••• AND STACK SPACE.

I
I
; LAST 2 WORDS OF NATIVE RAM (BATTERY-BACK-FLAGS) •••
; ••• ARE UTILIZE~ AS OUR ERROR FLAGS.

-2

STOP

;

; HISCgLLANEOOS STUFF,

,
000000

STN=

INIT TEST NUMBER SEQUENCE.

; A FEW MACROS.

BEGIN N~ME,TAG,Vl,V2,V3
.NLIST
;; SET TEST NUMBER •••
STlll=ST1Hl
;; ••• ANn RESET ERROR NUMBER.
SF'N=O
.LIST
.IRP
N,\STN
.SB TTL - T"N
NAME
;;**********************************************************************
;;* TF.ST N -- NAME
;;**********************************************************************
TST"N:
TAG:
.F:NtlR
• IF NB <V l>
Vl,-(SP)
;; SlVt. "Yl ".
r!OV
V1+2,-(SP)
HOV
• IF Nil <V2>
;; SAVE "V2".
V,,-CSP)
HOV
V2+2,-(SP)
140Y
.IF Nil <V1>
;; SAVE "VJ".
Y3,-(SP)
MOY
V3+2 1 -(SP)
MOV
.ENDC
.ENDC
."IACilO

.f.~DC

.MACllO

CtR
.F.NDM

BEGIN

EXIT

V1, V2, VJ, ?TAG

($t:f)

;; CLEAR ERROR FLAG.

(

KXTNF - KXTllCA Native Flr•wa>
SELF TEST OVERLAY 0
58
59
60
61
62
63
64
65

66
67
68

HlCPO VOS.00

.If NB <Vl>
HOV
HOV
.If NB <V2>
HOV
HOV
.If hB <V3>
fo\OV
MOV
.ENDC

75
76
77

TAG:

78
79
80

.l'ACRO

82
83
84
85

86
87
88
89
90
91
92

94
95
96
97
98

(SP)+,V1+2
(SP)+,Vl

;; RE STORE •v 1 •.

CSP)+,V2+2
(SP)+,V2

;; RESTORE ·v2·.

(SP)+,V3+2
(SP)+,V3

;; RESTORE •y3·.

(Sf.I' ),RO

;; ERROR BITS => RO<ll:OO> •••
;; ••• lNll SKIP If NONE.

.~;NOC

lJ1

Page 7-1

.ENOC

71
72
13
74

.......

00:51

.MACRO

l'OV
Bl'Q
.JRP
,HS
.F.NllR
Rl'THRN
.F:NOH

TAG

TN,\ $TN
#<TN*B ITl 2 >,RO

;; ••• ANO RETURN (NZ).
EXIT

ERROP
Tf.XT
• NLIST Hf.
.RADIX 10
• lRP
N,\SF,N
BlS
#RIT·N,($F.f)
.!'NOR
Sl'N=SEN+l
.RAlllX 8
.NLIST
.LIST
Hf
.LI ST
.ENDM
ERROR
LRESET
SOB
RESET
SOB
.!\NOH

;; ELSl, ADD TEST NOH => R0<15:12>•••

;; E•N = •TEXT

kO,.

;; LOCAL RESET.
kO,.
LRESET

.NLIST "'D

(
KXTMF - KXTllCl Native firmware MACRO V05.00
SELF TEST OVERLAY 0

00:51

Page fl

A FEW DF.FINITIONS

2
3
4
5
6

8
9

10
11

12
13

......

°'

STANDAIW
000000
000040
000100
000140
000200
000240
000300
000340

PRO=
PPl=
PR2=
PRJ=
PR4=
PR5=
PR6=
PR7-=

000
040
100
140
200
240
JOO
340

THE PRIORITIES.

;

15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32

;

~TUFF.

;

P~IHARY

CONTROL kEGISTERS.

171560
175700
175720
171000
174400
171520
171522
171524
171526
171530
171'532
175000
160000
175400

SSLl=
$SL2=
$18254=
$PIO=

177560
175700
175720
177000
SD~A=
174400
SCSRA= 177520
SCSRB= 17752"}
SCSRC= 177524
$CSRCON= 177526
$CSR=
177530
SQIR=
177532
SOPR=
175000
$QDPR1= 160000
$QIJPR2= 175400

175000
177524
171524

SIPV=
$Lr.OS-:
SUTO=

SDPR
SCSPC
SCSRC

DEC DC319 (DLART) ASYNC SERIAL PORT.
; NFC7201 SYNC/ASYNC SERIAL PORT.
18254 PROGRAMMABLE BAUD GEN FOR ABOVE.
Z8036 PIO/PIT.
A~ZB016 DHA CONTROLLER.
\

> SECONDARY r.sR·s •••
••• EMBEDDED IN 11!255 CHIP.

PRIMARY CSR.
Q-BUS INTFRRUPT RF.GJSTER.
DUAL-PORT RAH (LOCAL) •
DUAL-PORT RAH (GLOBAL SASE ID 0-7 •••
;

••• ANO ID 8-F).

IPV INTF.RRUPTS (Vil DPR WORDS O, 4, B, AND 12).
CSRC<3:0> DRIVE THE LEOS.
CSRC<7:4> SHOW THE ID SWITCH SETTING.

KXTNF - KXTllCA Native Ftr•wal
SELF TEST OVERLAY 0
1
2
-3
4
5
6
7
8

12
13
14
15
16
17
18
19
20

......
-.J

00:51

Page 9

DEFAULT VECTORS.

;

000024
000060
000064
000070
000100
000104

.ACRO V05.00

000114
000120
000124
000130
000134
000144
000150
000154
000160
000164

024
060
064
070
100
104
;
110
porvv= 114
DPRV4= 120
DPRV6= 124
BIACKV= 130
DPRV12= 134
;
140
144
QIRV=
QJRVl= 150
PIO AV= 154
PIOBV= 160
164
OMAV=

PVRY=
SLlRV=
SLIXY=
NF.CV=
BF.VNT=
PEVNT=

(NON-MASKABLE).
PllR-UP (hRF.SET)
(PRI 4).
CONSOLE (SLUl) RCYR
CONSOLE (SLUl) XMTR
(PRI 4).
SYNC/ASYNC BOTH CHANS (Pkl 4).
(PRI 6).
LINE CLOCK
PROGRAMMABLE CLOCK(S) (PRI 6).
OPEN
(PRI 7).
MF.MORY PAlllTY
DUAL-PORT RAM llORO 4 (PRI 5).
DUAL-PORT kAH •OkD B (Pkl 5).
Q-BOS "IACK"
(PRI 5).
DUAL-PORT-RA~ WORD 12 (PRI 5).
PF.SF.RVED (FALCON).
Q-BUS RF.QUEST
(ARBITER F.XECOTF.S RTI).
(ARBITER EXECUTES RESET,RTI)
DITTO
(PRI 4).
PIO PORT A
{PRI 4).
PIO PORT B
DMA (BOTH CHANNELS)
CPRI 4).

(
KXTNF - KXTllCA Nativ~ Firmware MACRU V05.00
SF.LF TEST UV~RLAY 0
1
2
3
4
5
6
14

; LOW

ENTRY BLOCK

; CALL: EIIC #BIT5,CSRA ; ~NABLE LO SEGMENT.
;
CALL TN
; CALL TEST 0-7.
;
bEQ OK
; Oil BNE ERROR.

160004
160010
160014
160020
160024
160030
1601)34

SEGME~T

Page 10

;

160000
160002

00:51

160000
005000
000207
160004
000137
160010
000137
160014
000137
160020
000137
160024
000137
160030
000137
160034
000137

Tr>==·
CLi<
RF.TllRN

JMP

TST1

;; EXECUTE TEST 1.

JMP

rsn

;; EXEClJTE TEST 2.

JMP

TSTJ

;; EXECUTE TEST J.

JMP

TST'I

;; EXP.CUTF TEST 4.

J"IP

TST5

;; EXECUTE TEST 5.

JMP

TST6

;; F.XECUTF. TEST 6.

Jl'.P

TST7 '

;; EXP.CUTE TEST '7.

;SI,CF THERE IS NO

T~ST

BY THIS NAME, SHOW NO ERRORS.

Tl==·
160040
160272
160700
161150
16116'1
16134"

T2==.
T3==·
T4==·
TS==·
T6==·
T7==·

161730

KXTNF - KXTllCA Native Fir~wal
- Tl
1/0 REGISTER CHEC,

.ACRO V05.00
.SBTTL

00: 51

Page l1

- Tl

1/0 RFGISTER CHECK

CLR

($EF)

••**********************************************************************
,,
;;• TEST 1 -- 1/0 RF.GISTER CU~CK
••**********************************************************************
,,

160040
160040
160040

T5Tl:
TIOR:
005015

2
3
4
5
6
1
8

INPUT: NONE.
OUTPUT: RO = ERROR FLAGS OR lERO.
VERIFY THAT ALL
Tl

10
11

......
l.O

12
13
14
15
16
17
18 160042
19 160046
20 160052
21 160056
22
23 160062
24 160066
25 160072
26 160076
27
28 1601()2
29 160106
30 160112
31 160116
32
33 160122
34 160126
35 160132
36 160136
37
38 160142
39 160146
40 160152
41 160156
42
43 16011>2
44 160166
45 160172
46 160176
47
48 160202
49 160206
50 160212
51 160216

,, CLF.AR ERROR FLAG.

012700
012701
004737
052715

177520
000005
160254
000001

1$:

012700
012701
004737
052715

177532
000001
160254
000002

2$:

012700
012701
004737
052715

115000
000020
160254
00000 4

3$:

012700
012701
004737
052715

177560
000004
160254
000010

4$:

012700
012701
004737
052715

175700
000010
160254
000020

5$:

012700
012701
004737
052715

115720
000010
160254
000040

6$:

012700
012701
004737
052715

177000
000060
161)254
000100

1$:

A~SIGNED

I/0 ADDRFSSES ARE VALID.

I/0 RFGISTEP CHECK
EO = BUS-ERROR AT CSR AOORESS
El = RUS-ERROP AT QIR ADDRESS
E2 = BUS-ERROR AT DPR ADDRESS
E3 = RUS-ERROR AT OC319 ADDRESS
E4 = BUS-ERROR AT NF.C7201 ADDRESS
E5 = BUS-ERROR AT 1~254 AOORESS
E6 = BUS-ERROR AT ZB036 ADDRESS
E1 = BUS-F.RPOP AT ZA016 ADDRESS

MOV
MOV
CALL
iJIS

jj5., R1

; THE CSR 'SET... '
; ••• 5 RFGISTERS.

lOS
#'HTO,($EF)

;; F.0

)40V
MOV
CALL
UIS

#SQIR, RO
#1 1 Rl
10$
#BITl, ($EF)

; THE QIF< •••
; ••• ONE-OF-A-KIND.

MOV
MOV
CALL
BlS

#SDf'R,RO
#16.,Rl
10$
#BIT2, ($EF)

; TqE 2-PORT-RAM •••
; ••• 16 REGISTERS.

MOV

#SSLl,~O

MllV

; THE CONSOLE PORT •••
; ••• 4 REGISTERS.

BIS

#4.,Rl
10$
#RlTJ, ($EF)

l!OV
HOV
CALL
BI$

#SSL2,RO
#8.,Rl
10$
#B 1T4, ( $EF)

; THE SVNC/ASYNC PORT •••
; ••• 8 RF.GJSTERS •••

MOV
HOV
CALL
BIS

1$18254,RO
/jll.,Rl
10$
#PITS, (SEF)

; ••• ANO ITS CLOCK GENF.RATOR •••
; ••• HAS 8 HORF..

HOY
MOV

#$PIO, RO
#48.,Pl
10$
#R lT6, ( SEF)

; TRE PARALLEL I/0 PORT •••
; ••• A WHOPPING 48 REGISTERS.

OLL

CALL

BIS

ISCSl\A,, RO

= BUS-ERROR AT CSR ADDRESS

;; £1 = BUS-ERROR AT QIR ADDRESS

;; E2 = BUS-ERROR AT DPR ADDRESS

;; E4

i ' FS

;; F.6

= BUS-ERROR AT DC319 ADDRF.SS

= BUS-ERROR AT NEC1201 ADDRESS
&US-ERROR AT 18254 ADDRESS

= BUS-ERROR AT Z8036 ADDRESS

(

KXTNF - kXTllCA Native Fir•ware MACRO V05.00
1/0 REGISTER CHECK

00:51

Page 11-1

- Tl

52
53 160222
54 160226
55 160232
56 160236
57 160242
160242
160244
160246
160252
58
59 160 254
60 160256
61 160260
62 160262
63 160264
64 160 270

l\J

'·.

012700
012701
004737
052715
011500
001402
052700
000207
005720
000240
10340 3
077104
062716
000207

174400
000056
160254
000200

010000

RS:

HOV
HOV
CALL
BIS

9S:
HOV
llEQ
BIS
30000$: RF.TnRN
10$:

00000 4
llS:

#SOMA, RO
146.,Rl
lOS
#BIT7,($Ef)

; T~E OMA ENGINE •••
; ••• A CLOSE SECOND NlTH 46.

( SEF'), RO
30000$
ll<l*blT12>,RO

11 ERROR BITS => RO<ll:OO> •••

(RO)+

; TF.ST AN ADDRESS.

llS

; TAKE ERROR RETURN IF IT TRAPPED.

TST
NOP
bCS
SOB

IH, 10$

ADO

#4 1 (SP)

Rf.TURN

ii E7 = bUS-ERROR AT Z8016 ADDRESS

;; ••• AND SKIP IF NONE.
;; F.LSE, ADO TEST NOH => R0<15:12> •••
;; ••• AND RETURN (NZ).

; ALL O~, TAKE SKIP RETURN.

KXTNF - KXTllCA Native Firmware(
- T2
NATIVE (AND USER) ~AM

·po V05.00

00:51

(

Page 12

NATIVE (AND USER) RAM
.SbTTL - T2
••****************•*****************************************************
;;* TEST 2 -- NATIVE (AND OSER) RAM
II

,,
••**********************************************************************

160272
160212
160272

TST2:
TRA~:

CLR

005015

INPUT: Rt
OUTPUT: RO

3
4
5
6

2. RSAD (OATI) ANO VERIFY CORRECT DATA.
3. COMPLIMENT WORD (DATTO) AND VERIFY.
4. COMPLIME.NT LO AND HI BYTES (PATIO(B)) ANO VERIFY.

NONE.
ERROR FLAGS OR ZERO.

1. WRITE (OATn) EACH LOCATinN WTTH 1r·s OWN ADDRESS.

(\.)

i i CLEAR ERROR FLAG.

TEST LOCAL RAM FROM BOTTOM UP (NON-DESTRUCTIVE).
; IF SOCKFT "A" CONTAINS USER RAM, TEST IT AS WELL.

7
8
9

12
13
14
15
16
17
18
19
20
21
22 160274
23 160 300
24 160302
25 160304
26 11;0310
27 160312
28 160316
29 160320
30 160324
31 160 326
32 160330
33 160332
34 160334
35 160336
36 160340
n 160344
38
39 160346
40 160350
41 160352
42 160354
4J 160356
44 160360
45 160364
46 160366
47 160370
48 16037 2
49 160374
50 160400
51 160402

CSE. .. >

NATIVE (AND USER) RAM
F.0 = BUS-ERROR AT RAM ADDRESS
El = WRITE-qEAD ERROR
t2
READ-MOD-WRITE E.RkOR
E1 = REAO-MOD-WRITE(LB) ERROR
E4 = REAO-MOO-WRITE(HB) ERROR
ES TO E9
SAME AS f.0 TO F4 IN USER RAM SPACE

020527
101007
001403
012702
000405
012702
000402
012702
010504
005046
000 241
011200
000240
103003
052715
000444
010201
010211
011103
02020 3
00140 2
052715
005102
005111
021102
001402
052715
00510 2
105111

137776

CMP
ilf!I

000000

Mf.1'1:

040000

MF.1112:

100000

1'4F.M3:

BFQ
MOY
ilR

!4Elol3l:

lS:

MOY
BR
MOY
MOY
CLR
CLC
MOY
NOP
ilCC
iHS

000001
2S:

000002
3S:

000004
4S:

STOP, Jll 37776
MEM3
Mf."'2
#0, Q2
MEM3A
#40000,R2
MEM3A
#100000,R2
S,.OP,R4
-(SP)
(R2) 1 RO
2$

reno, <SEF>

; BR IF kAM IS IN HIGH •••
; ••• OR MID RANGE.
SIOT BOTTOM AT o.
; SET enTTOI' AT e~.
SET BOTTOM AT 16K.
i Sf:T TOP.
CLEAR NATIVE/USER SWITCH.
i SAVE TARGET DATA.

;; EO = BOS-ERROR AT RAM ADDRESS

MOY
MOY
MOY
CMP

R2,Rl
R2 1 (Rt)
(Rl) 1 R3
1!2,R3

TARGET ADDRESS :) Rl.
WRITE (DATO) •••
••• READ (OlTI) •••
••• ANO CHECK.

lll'Q

ll JS

3$
#IJIT1 1 ($EF)

;; El = wRITE-REAO EPROR

co~:

R2
; RF.AD- .. OD-~RITF. (DATIO) •••
; ••• READ ANO CHECK.

COM

(Pl)

C~P

(111) 1 R2

BEQ

il IS

#BIT2 1 (SEF)
R2

;; E2

CflM
CflMIJ

(RI)

; RF.AD-MOD-WRITE-LB (DATIO(LB)) •••

= ~EAD-MOO-WRITE ERROR

(

KXTNF - KXT11CA Native Fir•ware MACPO VOS.CO
- T2
NATIVE (AND USER) RAH

"'"'

'52 160404
'53 160406
'54 160410
55 160414
'56 160416
57 160422
'58 160426
'59 160430
60
61 160434
62 160436
63 160440
64 160 444
65 160446
66 160452
67 160454
6B
69 160456
70 160 460
71 160462
72 160466
73 160470
74 160474
75 160500
76 160'502
77 160504
78 160506
79 160510
80 160512
Bl 160514
82

121102
001402
052715
000302
105161
126102
001402
052715
000302
010022
020227
001002
012702
020204
101725
005116
001416
011565
005015
004737
020 227
001406
010002
010104
005304
00630 4
060204
000705

00:51

.000001
000001

CMPB
BFQ
BIS
SWAB
COHR
CMPB

000020

BIS

000010
5$:

(j~Q

6S:

7$:
177176
160546
00000 3

1 (Rl)
l(Rl),R2
6$
#PIT4 1 ($EF)

112

R2,111S
65$

HOV
CMP
bLOS
COM
BFQ
HOV
CLR
CALL
Cl'P
BFQ
HOV
HOV
DEC
ASL
ADD
RR

;; EJ

;; E4 = llEAD-MOD-VRIT~(HB) ERROR
RESTOllE AND BUMP TARGET ADDRESS.
*********************************************
*** lF RUNNING IN RA~, DOR"T TEST THE "TES~".
*********************************************
R"'.ACHEO TOP ??
LOOP IF NOT.

111$ 1 R2
R2,P4

1$
(SP)

($EF) 1 -2($EF)

($EF)
Sll'TA
P1,#3
tl$

R0 1 R.l
Rl, P4
R4

TOGGLF NATIVE/USiR SWITCH •••
••• ANO EXIT IF BOTH DONE.
SAVE NATIVE ERROkS •••
••• AND CLEAR FOR 2ND PASS.
GET SOCKET SPECS.
CHECK VHAT"S THERE •••
••• ANO BR IF ROH (OR EMPTY).
IT"S RA~, lST AOORESS => P2 •••
••• AND SIZE => R4.
\

> CHANGE SIZE TO LAST ADDRESS •••

r..4
R2 1 R4

••• ANO GO "ROUND ONCF. HORE.

ES TU E9
;

005726
012700
006315
077002
056'515
011 '500
00140 2
052700
000207

8$:

T~T

9$:

HOV
ASL

000005
177776
020000

sos

ll TS
MOV
BEQ
BIS
30001$: RETURN

= READ-MOD-WRITE(LB) ERROR

; REAO-MOD-VRITF-HB (DATIO(HB)) •••
; ••• READ AND CHECK.

R0 1 (R2)+

84
85 160516
86 160520
87 160524
88 160'526
B9 160530
90 160534
160536
160540
160544

; ••• READ ANO CHECll'.

CMP
Btif.

65$:

(Rl),P2
5$
#BIT3, ($EF)

SWAB
HOV

160330
160456

Pa<Je U-1

(SP)+

= SAME AS EO-TO E4 IN USER RAM SPACE
DONE, POP THE STACK.

#5 1 RO

(SEF)
llG,9$
-2($EF), ( SEF)
( SEF), RO
30001$
#<2"1HT12>,RO

SHIFT USER ERRORS TO BITS<9:5> •••
••• AMO AOO NATIVE ERRORS IR 8ITS<4:0>.
; ERROR BITS => RO<ll:OO> •••
; ••• ANO SKIP IF NONE.
; ELSE, ADO TEST HOH => R0<15:12> •••
; ••• AND RETURN (NZ).

KXTNF - KXT11CA Native Fir•war
- T2
NATIVE (AND USF.R) RAM

'UC'W V05.00

1
2

;

3
4
5

;

l\J

01270C
005705
100001
005000
012701
032737
001417
006301
032737
001412
006301
032737
001405
032737
00l401
006 30 l
000401

100000

004000
000006

177522

000004

177522

RETUR~

000010

177527

000002

177522

Pa9e 13

RO = lST ADDRESS
Pl = SIZE (WOROS)
R2 = 3 IF ROM (OR EMPTY).

SKTA:

MOV
TST
bPL
CLR

l $:

HIW

BIT
llF.Q
fl IT
Bf.Q

2$:

(

TO DETERMINE OSER (SOCKET A) ADDRESS AND SIZE.

A~L

ASL
BIT
BEQ
BIT
B!'Q
ASL
IJR

;

"100000, RO
; ASSUME ROH OVER RAH.
STOP
1$
; BR If SO •••
RO
; ••• ELSE, SET ROM AT O.
#20 48., Rl
; START SIZING AT 2KW.
#<3*BITl>,$CSRll
2$
; BR IF 2KW SELECTED
(MAP 0 OR 4).
Rl
i RAl~F. TO 4KW.
j<2*UIT1>,$CSRll
2$
; llQ IF 4KW SF.LECTED
(MAP 1 OR 5).
Rl
i RAISE TO !!KW.
#<4"B JTl>, SCSRB
2$
; BR IF BKW SELECTED
(MAP 2 OR 3).
#< 1" BITl >, SCSRB
2$
;
DITTO
(MAP 6).
Rl
; RAISE TO 16Kiij
(MAP 7).
RAHLOA
; EXIT TH'U ROM/~lH CHECKER.
I

; SUBROryTINF. TO ESTABLISH ROM OR

RA~

IN VECTOR SPACE.

;

; RETURN R2<00> = 1 l~ LO BYTE NON-WRITABLE.
R2<0I> = 1 IF Pl BYTE NON-WRITABLE.
;

31 160634
32 160636
33 160640
34 160642
35 160644
36 160646
37 160654
3B 160656
39 160662
40 160664
41 160666
42 160672
43 160674
44 160676

SUBROUTI~E

;
;
;

7
8 160546
9 160552
10 160554
11 160556
12 160560
13 160564
14 160572
15 160574
16 160576
17 160604
18 160606
19 160610
20 160616
21 160620
22 160626
23 160630
24 160632
25
26
27
2B
29

00:51

;

005000
005002
011046
005116
005110
126066
001402
052702
121026
001402
052702
005110
005 702
000207

000001

00000 l

RAMtO: CLR
RAMLOA: CLR
MOY
C0!4
COH
C'4PB
BF:Q
111 s

000002
1$:

CMPB
DFQ

000001
2$:

BIS
COii
T5T
RETURN

1(0
R2
(RO),-(SP)
(SP)
(RO)
l(R0) 1 l(SP)
lS
#BIT1,R2
(RO),(SP}+
2$
#BITO,R2
(RO)
R2

GET TARGET LOCATION •••
••• AND COMPLI~F.NT IT.
COMPLIMENT TARGET LOCATIUW.
HJ PYTE WRITABLE ??
YES
NO
LO BYTE WRITABLE ??
YES
NO
RF:STORE TARGET LOCATION.
SET CON~ITION FOR CALLER.

(
KXTNF - KXTllCA Native Flr•~are MACRO V05.00
- T3
NATIVE (AND USER) ROH
.SBTTL

00:51
- T3

Page 14
NATIVE (AND USER) ROH

ii******************~***************************************************

;;* TEST 1 -- NlTTVE (AND USER) kOH
160700
160700
160700

;;**********************************************************************
TST1:
TRO~:

CLR

005015

2
3
5
6
1
8
9

CL~AR

ERROR FLAG.

CHECK SUM &OOT/SELf-TEST ROH (SOCK~T B).
If SELECTFD, no THE USER PO~ (SOCKET A) AS ~ELL.
T3

NATIVE (AND USER) ROH
~O = LO BYTE CHECK SUH ERROR (NATIVE)
El = HI BYTE CHf.CK SUM ERROR (NATIVE)
E2 = LO BYTE CHECK SUM ERROR (USER)
~3 = HI BYTE CHECK SOM ERROR (USER)

HOV
HOV
MOY
HOV
SOB

R1,R4
; SAVE OPTION FLAG.
#ACC+2,RO
I
#<ACC,2-CKSUH>/2,Rl
-CRO),-(SP)
; POSH CRECK-SUM CODE ONTO THE STACK.
Rl,IS

HOV
MOY
CALL

11160000 1 RO
#4096.,Rl
O(SP)
#BITO, ( SEF)

10
11

N
.i..

;;

INPUT: Rl<qlTO> = iNCLUDE OSER ROM.
OUTPUT: RO = ERROR FLAGS OR ZERO.

12
13
14
15 160702
16 160704
17 160710
18 160714
19 160716
20
21 160720
22 160724
23 160730
24 160734
25
26 160740
27 160744
28 160750
29 160754
30 160760
31
32
33 160760
34 160764
35 160766
36 160772
31 160714
38 160776
39 161002
40
41 161006
42 161010
43 161012
44 161014
45 161020
46
47 161024
48 161030
161032
161034
161040

CSH)

010104
012700
012701
014046
017102

161150
0001)43

012700
012701
004766
052715

160000
010000
000000
000001

012700
012701
004766
052715

160001
010000
000000
000002

032704
001417
004737
010046
010146
004766
05l715

000001

lS:

IHS

2$:

MOY
HOV

#160001,RO
#4096.,Rl
O(SP)
#BIT1 1 ($EF)

; CHECK SUH (HI BYTE).
;; El = HI BYTE CHECK SUH ~RROR (NATIVE)
RIS
;
; IF ERROR, CHECK FOR OVERLAY PROBLEM ??
OLL

3$:

; CHECK SUM (LO BYTE).
;; EO = LO BYTE CHECK SUM ERROR (NATIVE)

;

012601
012600
OO!i 200
004766
052715
062706
011500
001402
052700
000 207

4$:

160546

OLL

SKTl
RO,-(SP)
Rl,-(SP)
4(SP)
IB1Tl,($EF)

IHS

SS:
000000
000010

030001)

IBITO,R4

1 USER ROM SELECTED ??

BEQ

MOV
MOY
CALL

000004
000004

000106

MOY
MOV
lNC
CALL
BIS

anD
MOY
BEQ
BIS
30002$: RETORN

6$:

~XIT IF NOT.
; Yf.S, GET SOCKF.T SPECS.
; PUSH START ADDRESS •••
; ••• Alm SU.F..
; CHECK SUM CLO BYTE).
;; E2
LO BYTE CHECK SUM ERROR (USER)

(SP)+,Rl
(SP)+,RO
RO

; POP SIZE •••
; ••• AND ADDRESS.

0 (S!')

; CHECK SOM (HI BYTE).
;; El = HI BYTE CHECK SUM ERROR (OSER)

#BIT3,($Ef)
IACC+2-CKSU'4,SP
($H) 1 i\O

30002$
11<3*BIT12>, RO

FTX STACK.
ERROR BITS => RO<ll:OO> •••
••• ANO SKIP IF NONE.
ELSE, ADD TEST NUM => R0<15:1~>•••
••• AND RETURN (NZ).

KXTNF - KXT11CA Native Flr•wa{
NATIVE (lND USER) ROM

llCRO V05.00

00:51

(

Page 15

- T3

;***********************************************************************
; ROM C~ECK SUH ROUTINE.
; THIS STUFF IS COPIED TO AND EXECUTED IN STACK SPACE.

1
2
3
4
5
6

;

.OSABL

i ON ENTRY,
RO
; UN ReTURN, R2

;

tv
lJ1

10 161042
11 161046
12 161050
13 161052
14 161056
15 161062
16 161066
17 161072
18 161076
19 161102
20 161104
21 161112
n. 161116
23 161120
24 161124
25 161126
26 161134
27 161136
28 161140
29 161144
30 161146
31
31

AHA

;

005067
005301
11100 2
042702
060267
106367
005567
062700
020027
103405
052731
042100
077124
116102
11100 3
042137
120 203
001002
062716
000207
000000

000100

CK SUM:
1$:

171400
000064
000060
000054
000002
174000
000040
017716

177520

000040
00000 4

177520

= STAPT ADDRESS AND RI = BYTE COUNT.
= ACCUMULATED SUH AND R3 = CHECK-SUM.
ACC
Rt
(F0),R2
ro11,R2
w2, ~cc
lCC
ACC
#2, flO
RO, #174000
2$
#11IT5,~#$CSPl

; CLEAR ACCUMULATOR •••
; ••• AND OF.CR THE BYTE COUNT.
; lST/NEXT ROM LOCATION.
;
;

> lCCU~UtlTE BYTE SUM.

; I
i END OF NATIVE ROH 77
; llR IF' NOT.
; YES, ~AP IN THE OVERLAY •••
; ••• AND AOJOST SRC POINTER.
i LOOP 'TIL DONE.
; THEN PUT ACCUMULATED SU~ IN R2 •••
; ••• ANO THE CHEC~-SUM IN R3.
; UNMlP OVEPLlY.
; ACCUMULATED SUM SHOULD EQUAL CHECK-SUM.
; ER~OR RETURN TF NOT.
; SKIP RETURN IF SO.

rc160001,i;o
UlC
SOB
Rl, 1$
1-'.0Vq
lCC, R2
HOVB
CRO), 1p
BIC
llB IT~ 1 @1f$CSRA
R2, R3
CHPB
llNE
JS
ADD
#4,(SP)
3$:
RETUR'l
ACC:
0
.ENABt .\Ml
;***********************************************************************
2$:

000022

CLR
OF.C
HOVEi
IJIC
ADD
ASLO
AOC
ADO
CHP
EiLO
UIS

; R!':LATIVE PIC.

(

KXTNF - KXTllCl Native Firmware MACRO V05.00
- T4
Tll CPU INSTRUCTIONS ANO TRAPS
.SbTTL

00:51

Page 16

- T4

Tll CPU INSTRUCTIONS AND TRAPS

CLR

CSEF)

,,
••**********************************************************************
;;* TF.ST 4 -- Tll CPU INSTRUCTXONS AND TRAPS
,,
••**********************************************************************
161150
161150
161150

TST4:
TCPU:
005015

2
3
4

INPUT: NONE.
OUTPUT; RO = ~RROR FLAGS OR ZERO.

5
6

TEST THE CPU

8
9

10
11 161152
161154
161156
161162

l\J

;; CLEAR ERROR FLAG.

011500
001402
052700
000 207

040000

MOY
bEQ
BIS
30003$: RETURN

(~HAT~VER

THAT MEANS) !I

Tll CPO INSTRUCTIONS AND TRAPS
NOT INSTALLED.
($Ef),RO
30003$
#<4*AIT12>,R0

ERROR BITS => RO<ll:OO> •••
••• ANO SKIP lF NONE.
ELSt, ADD TEST NUM => R0<15:12> •••
••• AhD RETURN (NZ).

KXTNF - KXTllCA Native Firmwa/ .lCRO V05.00
- T5
LINE CLOCK (BEV"T) INTERRUPT

00:51

(

Paye 17

LINE CLOCK (BEVNT) INTERRUPT
.Si;TTL - TS
;;***************************•******************************************

;;* TEST 5 -- LINE CLOCK (BEVNT) INTERRUPT

;;**********************************************************************

161164
161164
161164
161170
161174

TST5:
TCLK:
013746
013746
005015

000100
000102

MOY
'!Of
Cl.R

,, CLF.AR ERROR FLAG.

LINE CLOCK IS JUMPERED FROM CONSOLE DC3t9 OR Q-BUS BEVNT.
;· VERIFY THlT WE Cl'C ENABLE/DISABLE THE CLOCK VIA CSRA<6>,
AND T~AT IT INTERRUPTS THRU VECTOR 100 AT PRI 6.

7
8
9

LINE CLOCK (BEVNT) INTERRUPT
EO
ROM IN VECTOR SPACE -- CAN•T RUN
CLOCK INTERRUPT NOT MASKED AT LEVEL 6
El
E2
CLOCK DOESN•T INTERRUPT
CAN•t SHUT IT OFF
E3

CALL
BEQ
BIS
BR

RlMLO I
2$
•BIT0,($El')
TCXIT

VECTOR S~ACF USABLE 77
PROCEFD IF SO.
; FO = ROM IN VECTOR SPICE -- ClN"T RUN

ON "BEVNT", TICK AND RETURN.

llPR6
#1$,BEVNT
#PR6 1 BF,VNT+2
RO

RUSE CPU.
SET CLOCK VECTUR.

N
.....J

;; SAVE 8EVNT.

INPUT: NONE.
OUTPUT: RO = F.RROR FLAGS OR ZERO.

3
4
5
6

12
13
14
15
16 161176
17 161202
18 161204
19 161210
20
21 161212
22 161214
23
24 161216
25 161222
26 Hil 230
27 1612l6
28 161240
29 161242
30 161250
31 161252
32 161254
33 161256
34 161262
35 161266
36 161270
37 161272
38 161274
39
40 161300
41 161304
42 161306
43 161310
44 161312
45 161314
46 161316
47 161322
48 161322
161326

BEV,.T,-(SP)
BEV'CT+2,-(SP)
($EF)

004737
001405
052715
000 444

160634
000001

;

ts:

005201
000002

INC
RTI

106427
012737
012737
005000
005001
052737
077001
005701
001402
052715
106427
077001
005 301
003002
052715

000300
161212
000300

005037
000240
005001
077001
005701
00140 2
052715

177520

000010

012637
012637

000102
000100

000100

000002
000240

;
2$:

000100
00011i2
177520

3$:

00000 4
4$:

MTPS
MOV
MOY
CLR
CLR
BIS
SOB
TST
BEQ
II IS
MTP<;
SOB
DEC
BGT
BIS
CLR
NOP
<:LR

SOB
TST
BfQ
BIS
6S:TCXIT:
MOY
MOV

Rt
#BIT6 1 $CSRA
RO,.
Rl
3$
#RIT1 1 ($EF)
#PR5
RO,.

Rt
4$
llBIT2,($EF)
$CSPA

po,.
~1

6$
#BIT3 1 ($EF)
(SP)+,BEVNT+2
(SP)+,BfVNT

; CLEAR LOOP CONTROL •••

; ••• um ncnR.

; TURN ON CLOCK INTERRUPT.
; DFLAY, INTERRUPT SHOULD •••
; ••• BE ~ASKED AT THIS LEVEL.
; BP IF SO.
;; El = CLOCK INTERRUPT NOT MASKED AT LEVEL 6
; NOW, LOWER CPU TO PRI 5.
; DFLAY lGlIN, CLOCK SHOULD COME IN •••
; ••• lNO GIVE US A FEW TICKS (MORE THEN 1).
; BR IF SO.
;; E2 = CLOCK DOESN"T INTERRUPT
; TURW IT OFF.
; ••• FOR HlRDWARE LOGIC PUPOSE •••
DF.LlY ONCF MORE •••
••• CLOCK SHOULD BE SffUT OFF.
BR IF SO.
; E3 = CAN"T S~UT IT OFF
,,

P~STORF

BEVNT.

(

KXTNF - KXTllCA Native firmware MACRO ¥05.00
LINE CLOCK (BEVNT) INTERRUPT
- TS
161332
161334
lfil 336
161342

N
00

011500
00140 2
052100
000201

050000

00:51

Pa9e 11-1

MDV

($f.f),R0

BEQ
BIS
30004$: iH'.TURN

30004$
#<5*BIT12>, RO

ERROR BITS => RO<ll:OO> •••
; ••• ANO SKIP If NONE.
;
ELSE, lOO TEST NUM => R0<15:12> •••
; ••• lNO RETURN (NZ).
;

(
KXTNF - KXTllCA Native Flr•ware MACRO V05.00
- T6
CONSOLE SERIAL POPT OC319

00:51

Page 18

CONSOLE SF.~IAL PORT OC319
.SBTTL - T6
••**********************************************************************
;;* TEST 6 -- CONSOLE S~RIAL PORT OC319
••**********************************************************************
I
I
TST6:

161344
161344
161344
161350
161354
161360
161364

roe:

013746
013746
013746
013746
005015

000064
000066
000060
000062

'40¥

MOY
HOV
MOY
CLR

2
3
4
5

CSEF>

SAVE SLlXV.

SAVE SLlRV.

;;

CL~AR

E~ROR

FLAG.

INPUT: NONE.
OUTPUT: RO = ~RROR FLAGS OR ZERO.

6
1

*** REQUIRES EXTEllNAL LOOP-BACK ***

B
9

TEST THAT THE CONSOLE PORT ~ORKS AS ADVERTISED.

CONSOLE SF.RIAL PORT DC319
EO = RO~ IN VECTOR SPACE -- INTERRUPTS NOT TESTED
El = XMTR INTERRUPT NOT MASKED AT LEVF.L 4
£2 i XMTR INTERRUPT NOT,RECEIVED
E3 = RCVR INTERRUPT NOT MASKED AT LEVEL 4
E4 = RCVR INTFRRUPT NOT RECEIVED
E5 = PECElVED DATA INCORRECT
E6 = NO RCVQ OONE 1 LOOP-BACK OPEN

MIJV
CALL
BEQ
BIS
BR

ISSLl,IH
RAHLO
DC.XH,.
119 ITO, ($EF)
DC.OAT

OC.XMT: MTPS
HOV
HOV
SIS
NOP
BR

#PR4
#2$, SLI XV
IPR4,SL1XV+2
jl00,4(R4)

12
13
14
15
16
N
l.O

SLlXV ,- (SP)
SL1XV+2,-(SP)
SLlllV,-(SP)
SL11lV+2 1 -(SP)

;

18
19 161366
20 161312
21 161376
22 161400
23 161404
24
25 161406
26 161412
27 161420
28 161426
29 161434
30 161436
31 161440
161440
32 161444
33 161446
34 161454
35 161460
36 161462
37 161466
38 161470
39 161412
40
41 161500
42 161504
43 161510
44 161512
45 161516
46 161520

012704
004737
001403
052715
000501

177'i60
160634
000001

106427
012737
012737
052764
000 240
000 40 3

000200
161440
000200
000100

052715
000 411
012737
106427
01)0 240
052715
000401
022626
042761

000002

016 400
106427
005000
110064
105714
100402

161470
000000

000064
000066
000004

2s:

000064

3$:

00000 4
4$:
000100
000002
000 20C
000006

000004

5$:

BIS
llR
HOV
MTPS
NOP
BIS

3$
IBIT 1, CSEF>

4$
t4S, SLl XV
#PRO
•BIT2, CSEF)

POINTFR => R4.
VECTOR SPACE USABLE ??
PPOCEED II' SO.
; EO = ROM IN VECTOR SPACE -- INTERRUPTS NOT TESTED
1 RAISE CPU TO XMTR LEVEL.

S!';T VECTOR.
SET INTERRUPT ENABLE.
INTERRUPT SHOULD BE HELD OFF •••
••• BR IF SO.

;; Fl = XMTR INTERRUPT NOT MASKED AT LEVEL 4
;CHANGE THE VECTOR.
; LOWER CPU PRIORITY.
; INTERRUPT SHOULD HAVE COME IN.
;; E2 = XMTR INTERRUPT NOT RECEIVED

llP

CMP
RIC

(SP)+,(SP)+
#100,4(R4)

; ON INTERRUPT, FIX STACK.
CLEAR THE INT ENABLE.

2 ( R4 ), RO

; ENSURE RCVR DONE IS CLEAR.
RAISE CPU LEVEL.

OC.RCV: HOV
MTPS
CLR
MOVB
1$:
TSTll
911,I

~PR4

R0 1 6(R4)
(P4)
2$

; ••• TRANSMIT A NULL CHARACTER •••
; ••• WAIT "TTL R~VR GETS IT •••

(
KXTNF - KXTllCA Native Firmvare MACRO VOS.00
CONSOLE SF.RIAL PORT OC319
- T6

w
0

47 161522
48 161524
49
50 161526
51 161534
52 161542
53 161546
54 161550
55 161552
161552
56 161556
57 161560
58 161566
59 161572
60 161574
61 161600
62 161602
63 161604
64 161610
65
66 161614
67 161620
68 161622
69 161624
10 161630
71 161632
72 161634
13 161636

077003
000462
012737
012737
052714
000 240
000 403
052715
000411
012737
106427
000 240
0'52715
000401
022626
042714
016400
012700
005001
005002
010164
105714
100 410
077203
000415

161552
000200
OOOlOC

:iS:

Pa9e 18-1

SOB
BR

RO,lS
OC.LBO

; ••• (BOT DON'T WAIT FOREVER).

HOV

13$,SLlRV
IPR4,SL1RV+2
11100, (R4)

; OK, SET RCV9 VECTOR.

1401

llJS
NOP
BR
3$:

000010
161602
000000

000060

4$:

000020
000100
0001)0 2
163666
000006

75 161640
76 161642
77 161644
78 161650
19 161652
80 161654
81 161660
82 161662
83 161664
84 161670
85 161672
161672
86 161676
161676
161702
161706
161712
161716
161720
161722
161726

000060
000062

00:51

5$:
6$:

DC.OAT: MOV
CLR
CLR
HOV
10$:
TSTP
BMI
SOB
llR
1$:

112001
001415
010164
105714
100376
016402
12010 2
001766
052715
000402

000002

052715

000100

000001;

BIS
ilR
HOV
MTP5
NOP
bJS
BR
CMP
BIC
HOV

·2s:
3$:

000040

IBIT4,CSEF)
6$
(SP)+, (SP)+
l100,(R4)

060000

= RCVR INTERRUPT NOT MASKED AT LEVEL 4

; C~ANGE VECTO~ •••
; ••• AND LOWER CPU PRIORITY.
; INTERRUPT SHOULD COME IN.
;; E4 = RCYR INTERRUPT NOT RECEIVED

2(~4),RO

; ON INTERRUPT, FIX STACK.
; CLEAR THE INT ENABLE •••
; ••• ANO LOWER RCVR DONE FLAG.

IFLTIO,RO

; GET DATA TABLE POINTER.

f<1

R2
Rl,6(R4)
(R4)
JS
R2, 10$
OC.LBO
(RO)+,Rl

; X14IT A NULL •••
; ••• AND SEE IF LOOP IS INTACT.
; lT IS, PROCEED AT 3$.
; IT'S NOT, ABORT.
; NOW FLOAT DATA THRU THE LOOP •••
; ••• UNTIL DONE.
; XM IT A BYTE• ••
; ••• AND WAIT.

2(R4) 1 R2
Rl,R2
1$
IBIT5, (SEP')
OC. XIT

; REAO •••
; ••• AND VERIFY.
; LOOP If' OK.
;; ES = RECEIVED DATA INCORRECT

BIS

#B IT6, (SEF)

;; P.6 = NO RCVR DONE,

(SP)+,SLlRVt-2
(SP)+,SLlRV
(Sf)+, SL1XV+2
(SP)+,SLlXV
($Ef) 1 RO
30005$
lf<6*iHT12>,RO

;; RESTORE SLlRV.

or. XIT

Rl,6(R4)
(114)

DC.LBO:
000062
000060
000066
000064

;; E3

MOVA
BEQ
MOY
TSTB
BPL
MOY
CMPll
BEQ
BIS
BR

DC. XIT:
012637
012637
012637
012637
011500
001402
052700
000 207

4$
#8 IT3, (SI.ff)
SS
#5$,SLlPV
IPRO

; SET RCVR INTER&UPT ENABLE.
; INTF.RRUPT S~OULO BE HELO OFF •••
; ••• BR If SO.

HOV
MOV
MOY
MOV
HOV
&EQ
BIS
30005$: RF.TORN

LOOP-BAC~

OPEN

11 RESTORE SLlXV.

;; ERROR BITS => RO<ll:OO> •••
;; ••• AND SKIP IF NONE.
11 ELSE, ADO TEST NUM => R0<15:12> •••
;; ••• AND RETURN (NZ).

KXTNf - KXTllCA Native firmwi, HACRO V05.00
- T7
SfCON~ SERIAL PORT NEC7201

00:51

.SBTTL

- T7

Page 19
SFCONO SEPIAL PORT MEC7201

••********•*************************************************************

;;. TE3T 7 -- SECOND SERIAL PORT 'iEC7201

,,
••**********************************************************************

161730
161730
161730
161734
161740
161744
161750

TST7:
TNEC:
013746
013746
013746
013746
005015

HOV
HOV
HOV
HOV
CLR

00010 4
000106
000070
000072

PF.VNT ,- (SP)
PEVNT+2,-(SP)
hF:CV,-(SP)
NF.CV+2,-(SP)
($EF)

;; SAVE PF.V'iT.
H

SAVE NF.CV.

;; CLfAP F.~ROP FLAG.

INPUT:

Rl<BITO> =RUN CRAN A ONLY (INCLUDES OHA ANO MODEM CONTROL).
Rl<BlTl> = RllN CllAN B ONLY.
OUTPUT: RO = ERROR FLAGS OR ZERO.

3
4
'5
6
7

NEC7201 SYNC/ASYNC (~PLTI-P~OTOCOL) SERIAL INTE~FACE.
INCLUPES AN INTEL 8254 TRIPLE PIT FOR BAUD PATE GENERATION.

ll
9

FIRST, SET UP THE dAUD GENERATOR, ANO VERIFY THAT
GENERAL PURPOSE TIMER 2 (BOOHZ) WORKS AS ADVERTISED.

10
11

12
13

SECOND SEPIAL PORT NEC7201
1:.0 F RO~ IN VECTOR SPACE -- CAN"T RUN
El
18254 TIMER 2 (800HZ) OOF.SN"T INTERRUPT
ASYNC HOOE, DATA XFER INCOMPLETE
E2
1:.3 = SYNC MODE, EOF-SDLC NOT RECEIVED
E:4
SYNC MODE, DATA XFER INCOMPLETE
i,.s
SYNC/ASYNC MODF.S, RECEIVED DATA INCORRECT

CALL
eri;:
BIS
JMP

RAM LO
1$
#BIT0,($EF)
NF.CX IT

VECTOR SPACE USABLE 77
PROCEED lf SO.
;; EO = ROM IN VECTOR SPACE -- CAN"T RUN

HOV
HTPS
HOVB
HOVB
HOVll

j$SL2+36,R4
#PR6
fl066,(R4)
j166,(R4)
#2ti4,(R4)
HZBOO,-(R4)
H1.800+1,(R4)
A4800,-(R4)
A4800+1,(P4)
A4800,-(R4)
A'l800+1,(R4)

GF.T 18254 CONTROL RF.G ADDRESS.
RAISE CPU.
CHAN A <TIHER-012-BYTESIMODE-JIBIN>.
CHAN B <TIMER-11
SAME
>.
llOOHZ <TIHER-ll SAME EXCEPT MODE-2>.
SET 800HZ DIVIDER == 50HZ

w
......

15
16
17
18
19
20
21 161752
22 161756
23 161760
24 161764
25
26 161770
27 161774
29 162000
29 162004
30 162010
31 162014
32 162020
33 162024
34 162030
35 162034
36 162040
37
38 162044
39 162052
40 162060
41 162066
42 162070
43 162072
44 162074
45 162076
46 162100
47 162102

004737
001404
052715
000137

160634

012704
106427
112714
112714
112714
013744
113714
013744
113714
013744
113714

175736
000300
000066
000166
00026 4
162124
162125
162126
1621..!7
162126
162127

012737
012737
052737
005002
005000
106400
017001
005302
003002
052715

162120
000300
000200

000001
163470

000002

1$:

HOV

HOVB
HOV
MOVB
HOY
MOVR
000104
000106
177520

HOV
HOV
BIS
CLR
CLR
HTPS
SOB
DF.C
RGT

13$,PEVltT
IPR6,PEYNT+2
#PIT7,$CSR.A
R2
RO
RO
RO,.

oJS

#BITl,(SEF>

R7
l$

; SF.T CHAN !l •••
; ••• ANO CHAN l fOR ASYNC 4800 (SYNC 76.9K).
J SET PEVNT VECTOR •••

; ••• ANO ENABLE IT.
CPU.
OF.LAY, PEVNT SHOULD COME IN •••
••• ANO GIVE A FEW TICKS (MORE THAN 1).
LO~ER

;; El = 182~4. TIMER 2 (800HZ) OOESN"T INTERRUPT

(
KXTNF - KXTllCA Native Fir•ware MACRO YOS.00
SECOND SERIAL PORT NEC7201
- T7
48 162106
49 162112
50 162116
51
52 162120
53 162122
54
55 162124
56 162126

005037
012714
000434

177520
000160

2S:

00520 2
000002

3$:

000020
000200

HZBDO:
A4800:

00:51

Page 19-1

CLR
MOV
BR

SC SPA
•260 1 (R4)
NEC.DATA

; TORN OFF PEVNT •••
; ••• ANO TIMER 2 (MODE-0).
; ••• urn llOVE ON.

INC

; ON "PEVNT", TICK AND

R~TURN.

RTI

16.
128.

i
i

DIVlDF.R YIELDS == 50HZ
DIVIDER YIELDS lSYNC 4800 AND/OR SYNC 76.BK.

(

KXTNF - KXT11CA Native Firawa, MJCPO V05.00
SECONO SERIAL PORT NEC1201
- T1
1
2
:;
4
5
6
1

; FIVE PASS SYNf/ASYNC OATA TEST.

; *** REQOIRES EXTERNAL LOOP-BACKS (2) ***

;
;
;
;
;

15
16
11

18
19
20
21

w
w

ASYNC (4800 BAUD).
ASYNC (4800 BAUD).
SYNC (16.BK RAOO).
SYNC (16.BK BAUD).
SYNC, OMA DRIVEN.

;

000003
00000 4
111174
111176
000000
000002
110002
110004
110006
110010

CHA=
CHX=
STAT=
ROB=
CTRL=
XDB=
KAT=
HOOF.=
ST/.TS=
lNHIB=
;
;
;

23
24
25 162130
26 162132
27 162134
28 162136
29 162140
30 162142
31 162144
32 162146
33
34
35
36 162150
37 162152
3b 162154
39 162156
40 162160
41 162162
4~ 162164
43 162166
44 162170
45 162172
46 162174
47 162176
48 162200
49 162202
50 162204
51 162206

1. rHAN B,
2. ChAN A,
J. CHAN B,
4. CHAN A,
5. CHAN A,

;

Page 20

;

9
10

00:51

000
002
004
003
005
000
001
111171

030
024
104
301
152
020
036

-4
-2

0
2
TMPl
TMP2
T'4P3
TMP4

ASY NC SET-UP

A.SET:

DEDICATE R3 AS "CRAN-A" AND •••
••• R4 AS "CHAN-lN-T~ST" PORT POINTERS.
INDICES TO CHAN A/B STATUS •••
••• RCVR DATA •••
••• CONTROL •••
••• A~D XMTR DATA PORTS.
EQUATE A KEF.P-ALIVF.-TIMEW •••
••• SET-UP/'40DE FLAr. •••
••• STATUS BYTES •••
••• AND lNHibIT (A/B) FLAG IN RAM.

.BYTE
.BYTE
.BYTE
• BYTE
.BYTE
.BYTE
.BYU
-1

o,
2,
4,
3,
5,
o,
l,

rDDE
--,-030
024
104
31il
152
020
036

FUNCTION

--------

<CHANNEL RESET>.
COM" AND
BUS INTERFACE <NON-VECTOREDlPRlllNO-DMA>.
PROTOCOL
<Xl61ASYNC-1-STOPINO-PARITY>.
RCVR CONTROL <B-BPC I RX-ENAB>.
XMTR CONTROL <R-BPCITX-ENABIPRTYX-B>.
cnMMAND
<RESET-EXT-INTS>.
INT CONTROL
<RXI-ON-ALLICAVITX-IE!NO-EXT-IE>.

;

; SYNC SET-OP
;

000
002
004
006
007
003
005
000
000
000
001
111171
001
003
OO'i
117177

031)
024
040
000
176
311
153
700
100
020
036

S.SF.T:

004
300
142

C.CLR:

.BYT!>
.BYTt:
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
• BYT<:

.BYTE
.BYTE
• BYTI:.
-1
.BYTE
• BYTE
.BYTI:.
-1

R con;;:

---o, 030

FUNCTION

--------

024
040
000
176
3, 311
5, 153
o, 200
o, 100
o, 020
1, 036

COMAHD
<CHAN'IEL RESET>.
BUS INTERFACE <NON-VECTOREDIPRillNO-DMA>.
PPOTOCOL
<XllSOLCISYNCINO-PAPITY>.
SYNC 1
<Sl:.ARCH ADDRESS -- ONOSF.D>.
SYNC 2
<FLAG CODE>.
l<CVP fONTROL <B-BPCICRC-ENABIRX-ENAB>.
XMTP CONTROL <B-BPCITX-ENABICCITTIPRTYX-BICRC-ENAB>.
COMMAND
<RESET TX-CRC-GEN> •
<RESET RX-CRC-GEh>.
COMHA'IO
COl!MAND
<RESET EXT-INT>.
<RXI-ON-ALLICAVITX-IE!NO-EXT-IE>.
INT CONTROL

1, 004
3, JOO
5, 142

INT CONTROL
RCVR
XMTP

2,
4,
6,
1,

<KEEP-CAVIOISABLE-ALL-KLSF>
<PX-DISABLE>.
<TX-DISABLE>.

(

KXTNf - KXTllCA Native fir~ware MACRO VOS.00
- T7
Sf.CnNn SERIAL PORT NEC7201
1

f!RST,

w
,j:>.

3
4 162211)
5 162212
6 162216
1 162220
8 162224
9 162230
10 162232
11 162236
12
13
14
15 162242
16 162246
17 162:?50
18 162254
19 162262
20 162266
21 162272
22 162276
23 162300
24 162304
25 162306
26 162310
27 162312
28 162314
29 162320
30 1623 .!4
31 162326
32 162330
33 16<:332
34 162334
35 162336
36 162340
37 162:\42
38 162346
39 162350
40 162354
41 162356
42 162362
43 162364
44 162366
45 162370
46 162374
47 162400
48 162406
49 162414
50 162420
51 162424
'i2 162430
53 162434
54 162442
55
56 H7444
57 1624')0

Page 21

00:51

S~E

If EITHER CHAN IS INHIBITED.

;

005000
032701
001407
012700
031701
001002
012700
010065

hF:C.OATA: CLR
000003

BTT
!lf.Q

#RlTll !lITO,Pl
1$

#$SL2+14,RO

175714
000001

llIT

~!1ITO,RI

17570 4
170010

BNE
MnV
MOY

1~:

#SSL2+4,RO
~O,TNHIB(STOP)

SINGLE CHAN SELECTED 77
PPUCEFO IF NOT (II.UN BOTH).
YES, ASSU~E RUN A, INHIBIT B•••
••• AND SKIP IF WE GUESSED RIGHT.
ELSF, Sf.T Tn INHIBIT l.
Sf.T/CLEAR CHAN INHIRlT FLAG.

;

; lST 4 PASSES.
012700
000405
012700
05273 7
010 065
012703
01270 4
111013
116013
000 240
112014
112014
000 240
106427
026504
001511
112013
112013
112014
112014
105710
100374
012701
010 50 2
062702
010 246
012700
005022
017002
01160 2
005065
005065
012737
012737
106 427
012700
112164
112714
026527
001411
020027
001 42 3

162130
162150
000004
17000 4
175704
175714

177520

000001

000200
170010

NF:C.ASYNC: "ov
BP
NEC.SYNC: l'OV
l'lS
NF.C.U: HOV
MOV
MnV
Mf!VP
MOVB
NOP
HOVB
MnV!I
NOP
1$:
MTPS
CHP

2$:

163666
150002
000020
3$:

(RO)+,(CHA)
(R0)+ 1 (CHA)
(PO)+,(CHX)
(RO)+,(CHX)
(PO)

011322

; ••• THEN, SYNC (SDLC) MODE •••
; ••• ~~QUIRES <SYNCMAl-SYMCMB> IN CSRA.
SlVF PUTNTER AS SYNC/ASYNC FLAG.
SET CHAN-A CONTROL PORT POINTER.
SF.T CHAN-A AS CURRF:NT CHAN-IN-TEST.
COMMAND ~CHAN-A~RESET (INCLUDES INT LOGIC)>.
WAIT A ~OMENT.
COM~ANO

<CHAN-H-RESF.T>.

RAISE CPU.
THIS CHANNEL INHIBITED 77
BP lf SO.
ELSE, POINT TO •••
••• AND SF:T BUS-INTEll.FACE (CRH ALWAYS).
POINT TO... .
••• AND SET-UP THE REST.

:£$

i1FLT10 1 Rl
$TOP,R2
#BUFP1 1 R2
10,-(SP)

X~T

BUFfE.R POINTER => Rl.

RCV BUFFER POINTER => 1\2.
SAVE A COPY Of R2.

#16.,PO

UF:Q

(112 )+
CLE.Al\ IT •••
R0, 3S
(SP),R2
••• AND RESF.T POINTER.
STATS($TOP)
CLEAR SAVF.D STATUS •••
••• ANO KEEP-ALTVF-TIMER.
KAT(STUP)
S<:T VECTOR •••
#NE:C.I,NECV
#PR4,NECV+2
#PRO
; ••• AND LOWF:R CPU.
#1,PO
; INIT PYTE COUNfS (RCV=O, XMT=l) •••
(Pl)+,XOB(CHX) ; ••• X~IT lST BVTE •••
#<J*BIT6>,CCHX) ; ••• AND COMMAND <RESET-IDLE/CRC-LATCH>.
MODF.CSTOP),#S.SF,T ; SYNC MOOE 77
41$
; BP IF sn.

CMP
RF.II

R0,#<18.*PIT8>11B. ; ASYNC -- 18 RYTf.S TRANSFERRED 77
41$
; BP If SO.

CLll.

4$:

llPll.4
INHIB(STOP ) 1 CHX
5$

HOV
HOV
MTPS
MOV
MOVB
'4UVR
CMP

162150

; ASYNC MODF FIRST •••

WAIT AGAIN.

llf.Q

CLR
000070
000072

(PO)+,(CHX)
(PO)+,(CHX)

MOVl1
llOVB
MOVIJ
MOVA
TSTB
l:IPL
HnV
MnV
ADD
MOY
'40V
CLR
SOii
~~OV

170006
170002
163522
000200
000000
000001
000002
000300
170004

#A.SET,RO
NEC. AA
#S.SET,PO
#4,SCSRA
11.o,1mDE(STOP)
#SSl.2+4, Cl 1 A
#SSU+l 4,CiiX
(RO),(CHA)
1( RO), 'CHA)

(
KXTNF - KXTllCA Native Firmware ~ACRO V05.00
SF.CONO SERIAL PORT NEC1201
- T1

VJ
U1

58 162'152
59 162'156
60 162460
61 162"b'I
62
63 162466
64 162412
65 162'17'1
66 162500
61 162502
68
69 162506
10 162512
11 162514
12
73 162520
74 16252'1
75 162526
76 162532
17 162536
18 162540
19 162542
80 162546
Bl
82 16..!550
BJ 16255'1
84 162556
B5 16.2560
86 162562
81 162564
Bil 16:t566
89 162570
90 162572
91 162576
92 162600
93
94 162602
95 162610
96
91 162612
98 162616
99 162620

005365
001312
052115
000 '115

020021
001'102
052715

012022

010065
012602
012101
012100
122221
001402
052715
017 005

17000 2

012100
112014
112014
105110
100374
020 403
001405
010304
016500
005720
000645

TST
BMI
DEC
BNE
ll IS

STATS( STOP)
42$

; SYNC -- <EDF.> RECEIVED 77
; BP If SO.

ll:AT(STOP)
41$
#B IT3, ( $EF)

; ELSF., SAHE-OLf.-CRAP.
;; F,J = SYNC MOOE, EOF-SDLC NOT RECEIVED

47S:

CHP
bEQ
BIS

R0 1 1<20.*BIT8118.> ; BYTE COONTS RIGHT??
43$
; PROCEED IF SO.
#BIT4,($EF)
;; F.4 = SYNC MOOE, DATA XFER INCOMPLETE

43$:

RO,KATC$TOP)
(SP)+,R2
!1FLT10 1 Rl
#18.,RO
(R2)+,(Rl)+
45$
#QIT5, ( $Ef)
R0,44$

; *** OF.BUG SAVE FINAL BYTE COUNTS.
; GET RCV ·o •••
; ••• AND XHT"D POINTERS.

45$:

HOV
MOY
MOV
HOV
CMPB
llEQ
ll IS
SOB

5$:
6$:

MOY
P40VB

#C.CLR,RO
(RO)+,(CHX)
(PO)+, (CHX)
(RO)
6$
CHX,CllA
7$

; DONE, CLEAN-UP TABLE POINTER => RO.
; POINT •••
; ••• ANO CLEAR (RESET) AS NECESSARY.

41S:

17000 2
000010

000020

163666
000022
4'1$:
000040
162200

MOVA
TSTB
BPL
CMP
BEQ
MOY
MOY
TST

17000'1

026527
001217

17000'1

026503
00100 2
000137

170010
163470

162150

(

KAT( STOP)

000004
170006

Paqe 21-1

OF.C
B'lf:
BIS
BR

11000 2

005165
100 '105
005365
00137 2
052715

00:51

1S:

#BIT2,($0:F)
43$

C~A,CHX

; ELSE, HANG-AROOND.
;; f.2 = ASYNC MOOF., DATA XFER INCOMPLETE

; RCV"D SAME AS THAT XMT"D 77
; BR IF SO.
;; F.5 = SYNC/ASYNC MODES, RECEIVED DATA INCORRECT

; BOTR CHANNELS DONE 7?
i BR IF SO.
; ELSE, POINT TO CHAN A•••
; ••• GET SET-UP POINTER => RO •••
; ••• BttMP PAST iRE CRAN-RESET •••
; ••• AND GO "ROUND ONCE.

HOOE(STOP),RO
( 110 )+
1$

CMP
BNE

MODE(STOP),#S.SET ; SYNC MODE DONE 77
NFC.SYNC
; NO, DO IT NOii.

CMP
BNE
JMP

I NH lB ($TOP) ,CH A
NEC.DHA
NEC HT

CHAN A INHIBITED 77
PROCEF.D TO DMA AND MODEM TESTS IF NOT •••
••• ELSE, QUIT RERE.

KXTNF - KXTllCl Native Fir•vare MACRO V05.00
- T7
SECONO SERIAL PORT NEr7201
1
2

w
CTI

Paqe 22

STH PASS USF.S DMA (ASSUMING THAT 8016 IS ALIVE AND WELL).
THE 12~1 CHIP IS STILL SET-UP FOR "CHAN A SYNC" MODE.

l
4

5 162624
6 162630
7 162634
8 162640
9 162642
10 162644
11 162646
12 162650
13 162652
14 162654
15 162656
16
11
18
19
20
21
22
23
24
25
26
21
28 162660
29 16i662
30 162666
31 162612
32 162674
33 16.1616
34 162104
35 162110
36 16:/114
37 162122
38 162730
39 162736
40 162742
41 162746
42 162754
43 162162
44 162770
45 162774
46 163002
47 163004
48 163006
49 163012
50 163016
51 163020
5:t 163024
53 163026
54 163032
55 163036
56 163040
57

00:51

;

106427
012701
012702
112113
112113
071203
000404
002
003
005
001

000200
162650
000004

NEC.OMA: MTPS
MOY
MOY
lS:
MOVR
MOVll
SOB
liR
2S:
.B~TE.
.BYTE
.BYTE
.BYTE

025
311
151
016

; ADJUST CHAN A SET-UP.
POINT TO •••
••• AND CHANGE •••
••• THE FOLLOWING 4 REGISTERS.

2, 025
3, 311
s, 151
l, 016

CHANGE ROS-INTERFACE TO <CHAN-A-DMA>
ENABLE PECVR •••
••• AND XM ITTR.
CHANGE INT CONTROL TO <RXl-ON-1ST-CHAR>

;DEFINE THE OMA CHIP REGISTERS THAT ARE USED BELOW.
70
1 MASTER ~ODE REGISTER.
MMR=
STlTl= 56
i CHANNEL 1 STATUS.
54
; ••• AND COMMAND REGISTER (FOR BOTH).
CMDR=
CHUH= 46
; CHAIN ADDRESS REGISTERS HIGH (SEG/TAG) •••
CRA2H= 44
; ••• AND TRE LOW CQFFSET) µALFS.
CHUL= 42
CHA2L= 40
TERMINAL COUNT STATUS BIT (BITO).
1
TC=
20000
; INTERRUPT POSTE.D (DONE) STATUS BIT (8IT13).
IP=

000070
000056
000054
000046
000044
0000 42
000040
000001
020000
010500
062100
012701
005020
07110 2
012737
012704
005064
012764
012764
012764
005064
005064
012764
012764
012764
060564
012764
000 420
001602
000000
000020
000022
000020
001602
000020
000000
000024
000000

IPR4
#2$ 1 Rl
14, 1U
(Rl)+,(CHA)
(R1)+ 1 (CHA)
R2, 1 S

JS:
15000 2
000020
35$:
163632
174400
000054
000115
000074
000075
000046
000044
163004
163024
000240
000002
000241

000010
000070
000054
000(154
000040
000042
000054
000054
4$:

163666

175707

MOY
STUP,RO
111lUl'R1 1 'l0
ADD
1116.,Rl
MOY
(RO)+
CLR
l<t, 35S
SOB
MOY
II IX IT+ 2, MFCV
ftSDIU,R4
HOV
C:MOR(R4)
CLR
jll5 1 MMR(R4)
MOY
#40 I 34 1 CMDR(R4)
HOV
MOY
141I34 1 CMDl<CR4)
CHl1H(R4)
CLR
CHA2H(R4)
CLR
140V
114S, CHA2L(R4)
MOY
115$,CHUL (R4)
llOV
i240 1 CMDR(R4)
AOD
$TuP,1(R4)
MOY
jj241 1 CMDR(R4)
BR
6$
1602
0 1 !'LTlO
20, 115106+1
18.

00120 l
5S:
175703
150002
001201

20, 1201
1602
20, 175102+1
0 1 RUFRl
20.
o, 1201

GF.T BOFFgR POINTER.
; CLEAR RECEIVING BUFFER.
CHANGE THE VECTOR (IMTS DISMISSED).
; SET-UP THE D.Ml ENGINE.
; CHIP RESET.
; SF,T MlSTER MODE <YllWAITICPINTLYIENlB>.
; CLEAR lE'S •••
; ••• 60TR CHANNELS.
; CL~lR HI CH-IN ADDRESS •••
; ••• BOTH CHAN~ELS.
; SET CHAN 2 (XMT) •••
; ••• AND CHAN 1 (RCV) CHlIN ADDRESSES.
; CHAIN-LOAD CHAN 1 (RCYR) •••
; ••• AND ADJ~ST BUFRl ADDRESS.
; CHAIN-LOAD AND START CHAN 2 (XMTR).
CHAIN-LOAO ARA, ARli, OPK, AND CH-~ODE.
FPO" -- DATl TABLE.
TO ---- 7201 XDBCLB), ~O lUTO-INCR.
OPK --- lR BYTES.
MODE -- SFT-REQ 1 1P-ON-TCIEOP,SNGL,BYTE-8YTE.
FROM -- 1201 ROB(LB), NO lOTO-INCR.
TO ---- LOCAL BUFRl.
OPK --- 20 AYTES (18 DATA + l CRC).
MODE -- SAME AS ABOVE (EXCEPT NO SFT-REQ).

(
KXTNF - KXTllCl Native Firmwar~ ~ACRO V05.00
- T7
SFCOND SERIAL PORT NEC7201
58 163044
59 163050
60 163052
61 163054
62 163062
63 163064
64 163066
65 163070
66 163076
67 163101)
163100
68
69 163104
10 163110
71 163112
72 163116
73 163122
74 163124
75 163126
76 163132

112713
005000
106400
032764
001002
077005
000404
032164
001002

000300

052715

001)100

012700
010501
062701
012702
122021
00140 2
052715
077 205

163666

020000

6$:
000056

1$:

00:51
MOVB
CLR
MTPS
BTT
tlNE

BIT

#C3*BlT6>,(CHA)
RO
RO
#IP,STAT1(R4)
8$
K0,7$
9$
uc,sTATl(R4)

BNE

llS

; GOT <IP>, SHOULD ALSO HAVF. <TC>.
; BR IF SO (ALL RECEIVEO).

BIS

#'1JT6,($EF)

;; f.6

1rnv

; CHt:CK DATA.
; BR IF OK.
;; E7 = OMA MODF. RECEIVED DATA INCORRF.CT
J LOOP.
; ALL DONE, CLEAR CSRA •••
; ••• RESf.T,DMA CHlf AND FALL TRRU.

506

llR
000001

000056

BS:

(

Page 22-1

; COMlllND <RESET-IDLE/CRC-LATCH> •••
; ••• LOWF.f.. CPU.
; ••• AND WAIT FOR CHANl (RCVR) DONE.

9$:

ll s:

12$:

MOV
AOD
MOV
CMPR

13$:

bIS
SOB

#FLTlO,RO
STOP,Rl
#BUFRl,Rl
Utl.,R2
(RO)+,(Rl)+
13$
#RIT7 1 ($EF)
R2, 12$

CLR
CLR

$CSR A
CMDR(R4)

150002
000022

llf.Q

()00200

= UMA MODF, DATA XfF.R INCOMPLF.TE

78 163134
79 163140

005037
005064

11752('1
000054

w
.....J

(

KXTNF - KXTllCA Native Firaware MACRO V05.00
- T7
SECOND SERIAL PORT NEC720l
l
2
3

10 163144

106427
010304
062104
112713
112714
012700
077001
112713
112714
112713
112714
012737
005001
005002

12 163152

w
00

FINALLY, TEST ALL THE MODF.M CONTROL FUNCTIONS.
000004

13 163156
14 163162

15 163166
163172
16 163174
17 163200
18 163204
19 163210
20 163214
21 163222
22 163224
23
24
25
26 163226
27 163230
28 163232
29 163236
30 163242
31 163244
32 163246
33 163250
34 163252
35 163256
36 163260
37 163264
38 163266
163266
39
40
41
42 163272
43 163274
44 163302
45 163304
46 163306
47 163310
48 163312
49 163316
50 163320
51 163324
52 163326
163326
53
54

CHB=

REDFFINF. R4 AS CHAN B POINTER.

;

000200
000010
000030
000030
000031
000041
000021
000005
000005
163640

000070

NEC.MOM: MTPS
MOY
AOD
lS:
MOYD
MOYll
MOV
SOii
MOVB
MOVR
MOVB
MOYB
MOY
CLR
CLR

RAISE CPU.
llPR4
CHA, CHO
110,cHB
SET CRA~ 8 POINTER.
#<3*BIT3>, (CRA)
<CHAll-RF.SF.T>.
1<3"BIT3> 1 (CHR)
#100*2/5,RO
;;OF.LAY 100 USEC.
RO,.
~<2*BIT3>11 1 (CHA) ; <RESET-EXT>, POINT TO CR! •••
H<2*BIT3>11,(CHB)
#5,(CHA)
; ••• AND SET <CAVIINT-ON-EXT>.
#5,(CffB)
#NEC.EX 1 NF.CY
; SET THE VFCTOR.
; CLEA~ A S0 ACE FOR SRO(A) •••
Rl
; ••• AND SRO(B).
R2

TEST REQ-TO-SEND 1

CL~AR-TO-SEND,

AND RCVR-READY BITS.

;

005000
106400
112713
112713
105701
001002
077 00 3
000406
032701
001403
032701
001002

3$:
000005
000002
4$:

000040

5$:

000010

CLR
,'4TPS
MOVB
MOVB
TSTR
BNE
SOh

RO
RO
#5 1 (CHA)
12 1 (CHA)
Rl
5$

KF.EP-ALIVE TIMER.
LOWER CPU.
POINT TO CR5(A) •••
••• AND SET (QEQ-TO-SEMD>.
SHOULD GET SRO(l) STATUS INTERRUPT.
BR IF SO.

R0,4$

BIT

#RIT5 1 Pl

BF.II

BIT

llRlT3 1 Rl

811£

BIS

118 ITB, ( SEF)

; INTERRUPT NOT RECEIVE~.
SHOULD RAYE <CLR-TO-SEND> •••
; ••• AND

6$:
052715

000400

;; EB

;

<RCYR-~EAOY>.

= STATUS WkONG OR NO INTERRUPT WITH REQ-TO-SERD SEt

; NEXT, TFST TT108/? (IN CSRA) AND DATA-MODE BITS.
;

005002
112737
105702
001002
077003
000406
032702
00140 3
032702
001402

7$:
000010

177520

BS:

9$:

000010

CLR
l'IOVB
TST!I
BNE
SOb
BR
BIT
tlFll
BIT

000040

BEQ

R2
#8IT3,SCSRA
W2
9$
R0,8$
lOS
#BIT3 1 R2
!OS
IBITS, R2

SF.T <TT108/2>.
; SHOULD GET SRO(B) STATUS INTERRUPT.
; BR IF SO.
; INTERRUPT NOT RECEIVED.
; SHOULD PAVE <DATA-MODE> •••
; ••• l~D NOT <INCOMING-ClLL>.

11$

10$:
052715

BIS

001000

llB IT9, ( SEF)

;

~EXT,

;; f.9

= STATUS WRONG OR NO INTERRUPT WITH TT108/2 SET

TEST TERM-IN-SER~ (CSRA) 1 TT142 (CSRB), AND INCOMING-CALL BtTS.

;

56 163332
57 163334
58 163342

Page 23

;

4
9

11 163150

00:51

005002
052137
105702

11$:
000020

177520
12$:

CLP
BIS
TSTR

R2
#B IT4, SCSP A
h2

; Sf.T <TERM-IN-SERV>.
SHOULD GET ANOTHER SR0(8) CHANGE.

(
~XTNF

- T7

Native Firmware MACPO V05.00
SECOND SERIAL PORT NeC7201

~XTllCA

'59 1633H
60 163346
61 163350
62 163352
63 163360
64 163362
65 163366
66 163370
163370
67
68
69
70 163374
71 163402
163406
1,;. 163410
73 163414
163420
74 163422
15 163426
76 163432
163436
77 163440
78 163444
79 163446
80 163452
81 163454
163454
82
83 163460
84 163464
85 163470
163470
163474
163500
163504
163510
163512
163514
163520

001002
077003
000407
032737
001'40 3
032102
001002

000001

052715

002000

00:51

SOii
BR
BIT
llF.Q
BIT
911E

13$
R0,12$
14$
IBITO,SCSRB
14$
afl ITS, R2
15$

II IS

#RIT10,($EF)

dNE

177522

13$:

000040

(

Pdge 23-1

; INTEHRUPT NOT RECEIVED.
; SHOULD HAVE <TT142> IN CSRB •••
; ••• AND <INCOMING-CALL>.

14$:
;; ElO = STATUS WRONG OR NO INTERRUPT WITH TERM-IN-SERY SET

;

; FINALLY, TURN ALL THAT STUFF OFF 11111
;

0427J7
012700
077001
005037
012700
077001
112713
112113
012700
077 001
OJ;i701
001003
032702
001402

000010
000031

052715

0041)00

112713
112714

000030
000030

012637
012637
012637
012637
011500
001402
05270(1
000207

000072
000070
000106
000104

177';20

15$:

177520
000031
000005
000000
000031
000050
000050

llIC
MOY
SOB
CLR
MOY
SOB
MOVB
l!OYB
HOV
SOB
BIT
tlN"
BIT
UfQ

#BIT3,SCSRA
#101)*2/5,!<0

; CLEAR <TTlOB/7>
;;DELAY 100 USEC.

SCSQA
#100*2/5, RO
fi.O, •
#5, (Cll A)
110,(CHA)
#100*2/5,RO
RO,.
IBIT5111IT3,Rl
16$ I
#B IT5 I BIT3, R2
17$

; CLEAR <TERM-IN-SERV>.
;;DELAY 100 USEC.

BIS

#BlTll,(SEF)

;; Ell = STATUS WRONG WITH EVERYTHING OFF

MOVA
MOV!l

1<3*BIT3>,(CHA) ; ALL DONE, RESF.T THE CHIP.
#<3*1!IT3> 1 (CHB)

~o,.

; POINT TO CR5(A) •••
; ••• AHO CLEAR <PEQ-TO-SEND>.
;;DELAY 100 USEC.
;

<CSIRR~

IN SRO(l) SHOULD BE CLEAR •••

; ••• AND <ICIDM> IN SRO(B) AS WELL.

16$:
17$:
NECXIT:

010000

MOY
HOV
HOV
HOV
HOV
ilF.Q
II IS
30006$: RETURN

(SP)+,NECV+2
(SP)+,NF.CV
(SP)+,PEVNT+2
(SP)+,PEVNT
($El') 1 k0
30006$
#<7*0IT12>,RO

;; RESTORF. NE(:V.
;;

RESTOR~

PEV~T.

ERROR RITS => RO<ll:OO> •••
••• ANO SKIP IF NONE.
ELSE, ADO TEST NUM => R0<15:12> •••
••• AND RETURN (NZ).

(

KXTNF - KITllCA Native Firmware MACRO V05.00
- T1
SF.CONO SERIAL PORT NEC7201
1
2
3

112163
116346
006016
103420
006016
103411

000002
00000 4

000010

i
NEC.I:

MOVB
MOYIJ
ROil
BCS
ROR
HCS

12
13 163544
14 163546
15 163550
16 163554
17 163556
18 163560
19 163564
20
21 163566
22 163572
23 163576
24
25 163600
26 163606
21 163612
28 163620
29 163624
30
31 163630
32 163637.
33 163636
34
35
36
37 163640
38 163644
39 163650
40 163654
41 163660
42 163664
43
44
45
46 163666
47 163670
48 163700
49 163710
50
51

Page 24

SYNr./ASYNC DATA TEST INTERRUPT HANDLER.
BYTr, COUNTS ARE MAINTAINED IN RO (LO=XMT, HI=RCV).

5 163522
6 163530
7 163534
8 163536
9 163540
10 163542

00:51

105711
00140 4
112164
005200
000 424
112114
000421

ITX:
000002
000050

116 42 2
062100
000 414

177176
000400

116465
112714
116465
112714
112114

117714
000001
117714
000060
000020

005726
112113
000002

000070

1$:

ll<X:

110006

ISEXT:

170007
lS:
IXIT:

112713
112114
116301
116402
112713
000002

000020
il00020
117714
117174
000070

015
001
316
000000

012
002
315

#2 1 10(CHA)
; POINT TO SR28 •••
STAT+lO(CHA),-(SP) ; ••• AND PUSH VECT/COND.
(SP)
i BIT 0 => "C"•••
ISlXT
; ••• AND BP IF EXT/SPECIAL (1, 3 1 51 OR 1)
(SP)
; BIT 1 => "C"•••
IRX
; ••• ANO HP IF RCVR (2 OR 6) •••
; ••• ELSE rALL THRU (0 OR 4).

TSTB

(Rl)

BF.Q

MOVR
INC
BR
MOVB
BR

(Rl )+,XDB(CHX)
i<O
IXIT
#<~*BIT3>,(CHX)

IXIT

X14IT -- ANYTHING LEFT ??
BR IF NOT.
SEND NEXT BYTE •••
••• AND COUNT IT.
; X~IT DONE, COMMANO <RESF.T-TXIP> •••
; ••• AND RETURN

MOVB
AOO
BR

l<OB(CHX),(R2)+
M<l*BITB>,RO
IXlT

~OVB

MOYB
MOVB
MOVR
140VR

STAT(CHX),STATS(STOP) ; EXTERNAL/SPECIAL, GET SRO •••
#1,(CHX)
STAT(CHX),STATS+l(STOP) ; ••• AND SRl.
#<6*BIT3>,(CHX) ; COM14AND <RESET-ERROR> •••
#<2*BIT3>,(CHX) ; ••• A~D <R~SET-EXTERNAL>.

TST
MOVB
RTI

(SP)+
f<7*BIT3>,(CHl)

; ~CVR -- STUFF TRE CHAR •••
; ••• AND coµNT IT.

FIX STACK.
SIGNAL <END-QF-INTEPRUPT>.
••• AND RETURN.

1400EM CONTROL T£ST INTEPRUPT HANDLER.
i
#<2*BIT3>, (CHA)
COM~ANO <RESET-EXTERNAL>.
!lf.C.EX: MOVB
MOVR
#<2*BIT3>, (CllB)
DITTO.
GFT SPO(l) •••
MOVB
STAT(CHA),Rl
STAT(CllB),R2
••• AMD SRO(B).
MOVB
#<7 .. BIT3>,(CHA)
SIGNAL <END-OF-INTERRUPT>.
MOVB
ii TI
FLOATING 1 ANO 0 DATA TABLE.
;

004
313

• BYTE
• \'OPIJ

15 1 12
; SYNC PATR.
001, 002, 004, 010, 020, 040, 100, 200
376, 315, 373, 361, 357, 337, 271, 111
0
; TERMINATOR •

.OSA9L

A"lA

FLTl

• llYTE

fl.Tl

.BYTE

FLTll

; FLOATING 1.
; FLOATING O•

(

KXTNF - KXTllCl Native Firmware
LBTEST - LOOP SlCK TESTS

~lCQO

VOS.00

00:51

Page 25

.SBTTL

(

LATEST - LOOP DACK TESTS

2
.ENABLE GBL,LC

3
4
5
6

Module name: LOOP.BACK TEST - LBTFST

System: KXTll-CA Native Firmware

e
9

10
11

functional Description:

12
13
14
15

This module controls the execution ol the loop back tests.
The tests are:

16
17

SLU!
SLU2A.
SLU?R

18
19

20
21
22
23
24
25
~

.......

PTO

l'ower Up Tests

Input

26
27

P~rameters:

None

28
29
30

Output Parameters:

None

33
34
35
36
37
38
39

Poutines Used:
;

1) Execute Test C~XTEST)
2) Power Up Tests (PUTEST)

(

KXTNF - KXTllCl N~tlve Fir•ware HlCRO V05.00
LATF.ST - LOOP BACK TESTS
1
2 163712
3
4 163712
5
6 163712
7 163716

00:51

Paqe 76

;* PROCF.OURF. CONTINUOUS SELF TEST

LBT"'.ST::

;* * DO UNTIL POWER OOWN

LBlOO:
012700
004767

000006
003256

HOV
C'LL

1iCSTHD,RO
SO:TLEl1

012702
004767

000006
006636

HOV
CALL

&6,P2
EXTF:ST

012701
012702
004767

000001
000007
006622

MOV
HOV
OLL

EXTFST

012701
012702
004767

000002
000007
006606

HOV
HOV
CALL

#B ITl, Rl
#7, R2
EXT1'ST

012702
004767

000010
006576

HOV
CALL

jjlO, R2
EXTF:ST

004767

006326

CALL

?UTES;r

LBlOO

;* * * TEST SLUl LOOP BlC~

9 163722
10 163726
11

12 163732
13 163736
14 163742
15
16 163146
17 16375 2
18 11>3756
19
20 163762
21 163766
22
23 163772
24
25 163776
26
.b
N

;* * * SET LEOS TO LOOP BlCK TEST DISPLAY

11'0, .Ql

;* * * TlST SLU2 CHlNNEL l

111,112

;* * * TlST SLU2 CHANNEL B

;* * * TEST PIO

000745

;* * * PERFOR~ PUWER OP SELF TESTS
;* * END UNTIL
;* F.NO CONTINUOUS SELF TEST

(
KXTNF - KXTllCA Native Firmware MACRO V05.00
RESTRT - RESTART HANDLER

00:51

.S8TTL RESTRT .ENABLE LC,r:BL
164000

1
2
3

164000

(

Page 21
R~START

HANDLER

Module naMe: RESTRT - RESTART

System: KXT11-CA Native firmware

8
9
10
11

12
13
14

15
16
11
18
19
20
21
22
23
24
25
~

functional Description:
;

;This module handles the restart interrupt at location 173004.
;

;lnput Parameters:
NnNF.

;

;Output Parameters
NON<:

;

;Data Structures Used

28
29
30
31
32
33
34
35
36
37
38
39

;

;Routines Used
1.

SOOTH (jump to)

QCO~IN

TaAP4 (}U•P to)

TRAPlO (jump to)

TQAP24 (ju•p to)

;

(jump to)

(

KXTNF - KXTllCl Native Firmware ~lCRO V05.00
RFSTRT - RESTART HANDLER
1
2 164000

;* PROCEDURE RESTART HA"DLER

132737
001437
132737
001433
132737
001427

12 164030
13
14 164036
15
16 164042
17 164050
18
19
20 164052
21 164060

000020

177522

000040

177"i22

000100

177522

BITB
BF:Q
aITB
BF:Q
lllTB
BfQ

.i:..

#BIT4,UKL.CSB
RE400
#BIT5,tlllKL.CSB
RF.400
IB IT6,(!lf!KL.CSP
RF.400

042737

100200

177530

005737

177562

032737
001015

020000

032737
001005

000100

17500 2

BIT
BNE

052737

070000

175002

BIS

000167

000532

BIC
TST

175002

llJT

BNE

Jlo'P

#<KXSORT I KXSNXH~ 1 @#KW.CSD
;* * * CLEAR RRf.lK
(!l!IRRUFll
;* * * IF BREAK DISABLE BIT = 0
#KX$BDF,@IKW.STA
RE:<"iO
;* * * THF.N
i* * * * If STATUS REr.JSTER SFRIAL ODT FLAG = 0
iKXSSOf,@IKW.STA
RF200
;* * * * THEN
;* * * * ~ DISABLE BREAKS
I
MKXSBDF,@IKW.STA
;* * * * * PeRFOR~ SERIAL OOT
;(NON STRUCTURED EXIT)
SODTH
i* * * * f.LSE

RF.200:
;* * * * * REMOVE RETURN lDDR. AND PSW FROM STACK

062706

000004

ADD

#'4 1 SP

000167

000570

JMP

bRHNT

RE250:
00000 2

RTI

;* * * * * RETURN TO SERIAL ODT Vil BREAK ENTRY POINT
;(NON STRUCTURED FXIT)
;* * * * END IF
;* * * ELSt:
J* * * * RETURN FROM INTERRUPT
;(NON STRUCTUR~O EXIT)
; * * * ENO IF
;* * FNP IF

RE400:

42 164106
43 164114
44
45
46 164116
47
48 164120
49
50
51 164120
52 164126
53
54 164130
55
56 164136
57

;* * IF BREAK CAUSED RESTART

i* * THEN
i* * * CLEAR NXH AND DPR INDICATORS

23
24 164062
25
26 164070
27
28 164074
29
30 164074
31
32 16'4100
33
34
35 164104
36
37 164104
38
39
40 164106

Paqe 28

RESTRT::

4 164000
5 164006
6 164010
1 164016
8 164020
9 164026
10

00:51

032737
001401

000040

175002

000777

BIT
ijf.Q
FAR::

#KXSFEF,@#KW.STA
R".'450

;* * IF FATAL ERROR FLAG or STATUS REGISTER
;* * THEN
;* * * STOP

tlP

;* * ENF IF

Rf.450:

;• * CASE C•USE OF RESTART

;* * ~H~N Q BUS COMMAND RECEIVED
032737
001405

000200

042737

100200

000167

003316

177530

BIT
BEQ

177530

llJC
JHP

#HSDRT 1 @#KW.C"SO
Rl'500

;* * * CLF.AR NXM AND DPR INDICATORS
#<KXSDRT I KXSNXH>,~IKW.CSD
;* * * DECODE COMMAND
QCO'I IN
;CNON ST~UCTUR~D f.XIT)
i* * VHF.N NXM

(

KXTNF - KXTllCA Native Firmware MACRO V05.00
RESTRT - RESTART HANDLER
58 164142
59 164150
60
61 164152
62
63 164160
64 164166
65
66
67 164170
68
69 164176
70

00:51

032737
001500

100000

177530

042737

100200

177530

032737
001442

004000

175002

042737

004000

175002

lllC

052737

000010

175002

IHS

132737
001005

000010

177522

BITR
BNt;

010637

077676

HOV

012706
000421

077676

MOV

132737
001411
132737
001405

000002

177524

000004

177524

RESOO:

BIT
llF.Q
BIC
BIT

BEQ

72 164204
73 164212
74

.i:.
U1

75
76 164214
77
78 164220
79 164224
80
81 164226
82 164234
83 164236
84 164244
85
86
87 164246
88
89 164252
90 164256
91
92 164260
93
94
95 164260
96
97 164264
98
99 164270
100
101 164270
102
103 164274
104
105 164274
106 164302
107
108
109 164304
110 164312
111
112 164314
113
114 164314

Page 28-1
#KXSNXM,@JKW.CSU
PE1040
1• * " CLEAR NXM AND DPR INDICATORS
i<KXSDRT I KXSNXM>,@tKW.CSD
;* * * IF STACK NXM TEST FLAG = 1
#KXSSXT,@#KW.STA
RE900
; " * * THEN
;* " * * CLEAR STAC~ NXM TEST FLAG
iKXSSXT,@#KW.STA
;* " * " SET STACK ERROR FLAG OF STATUS REG.
#KXSSEF,@IKW.STA
;* * * * CASE MAP SELECTION
;* * * * WHEN MAP BIT 2 = 0
#Kl S MP 21@llKW. CSB
RF.600
;* * * * * SAVE STACK POINTER VALUE AT TOR 1 - APPLICATION
;
DEFAULT STACK OFFSET
SP,~#PTOPl+ADSTKO

;* * * * * SET STACK POINTER TO THAT ADDRESS
i3'!

Rf.600:

BITB
BEQ
BITB
BEQ

#RTOPl+AOSTKO,SP
REBOO 1

;* * * * ~HEN MAP BITS 0 AND 1 = 11

tKXSMPO,@t~w.csc

Rf.700
#KXSMPl,@IKN.CSC
l<E700
;* * * * * SAVE STACK POINTER VALUE AT TOR 3 - APPLICATION
DEFAULT STACK OFFSET
SP 1 @#RTOP3+ADSTKO
;* * * * * SET STACK POINTER TO THAT ADDRESS
tRTOP3+ADSTKO,SP
REBOO
;* * * * ELSE
;

010637

157676

MOY

012706
000404

157676

MOY
BR
RE700:

010637

137676

MOY

012706

137676

HOV

;***'**SAYE STACK POINTER YALUE AT TOR - APPLICATION
;
DEFAULT STACK OFFSET
SP 1 @IRTOP2+ADSTKO
;* * * * * SET STACK POINTER TO THAT ADDRESS
IRTOP2+ADSTKO,SP
;* " * * F.ND CASE

RE600:
000167

002756

JMP

TRAP4

BIT
BEQ

#~XSNXF,@JKW.STA

RElOOO

BIS
BR

l1 1 2(SP)
RF.1010

RE900:
032737
001404

010000

052766
000417

000001

175002

000002

000010

175002

; * * * ELSE

;* * * * IF NXM FLAG = 1

RFlOOO:
042737

;* * * * EMULATE TRAP TO 4 (NON STRUCTURED EXIT)

; * * * * THEN
;* * * * * SET THE CARRY FLAG OF RETURN PSW
;* * * * f.LSE

;* * * * * CLEAR STACK ERROR FLAG
dIC

#KXSSEF,HKW.STA

KXTNf - KXTllCA Native Fir•varC
RF.STRT - RESTART HA"DLER

J:>,

°'

115
116 164322
117
118 164330
119 164334
120
121 164340
122
123 164346
124
125 164352
126
127 164352
128
129
130 164352
131 164356
132 164362
133 164364
134 164370
135 164372
136
137 164376
138 164404
139
140
141 164406
142
143 164412
144
145 164412
146
147 164416
148
149 164416
150 164416
151 164424
152
153 164426
154 164434
155
156
157 164436
158
159 164442
160
161 164442
162
163 164450
164
165 164450
166
167 164450
168

052737

004000

005766
005766

177776
177774

042737

004000

000167

002700

;CRO V05.00

00:51

175002

BIS

#KXSSXT,@IKW.STA

TST
TST

-2(SP)
-4(SP)

llTC

#KXSSXT,@IKW.STA

JMP

TRAP4

175002

Page 2tl-2

;* * * * * SET TEST STACK POINTER NXM FLAG = l

;* * * * * TEST STACK BEFORE EMULATING TRAP
;(READ NeXT TWO STACK SLOTS, WILL GET RESTART INT. IF STACK BAD)
;* * * * * SET TEST STACK POINTER NXM FLAG

;* * * * * EMULATE TRAP TO 4 (NON STRUCTURED EXIT)
; * * * * F.NO IF

RE1010:

;* * * F.NOIF

kl'1020:
;* * WHEN HALT (TEST FOR RALT INSTRUCTION AT
RETURN PC -2)

;

162716
005776
001403
062716
000 412
062716

000002
000000

RF.1040: SUB

000002

BFQ
ADD
BR
RF.1045: ADD

032737
00140 2

000020

000167

000214

T~T

000002

#2,(SP)
@(SP)
Rf.1045
112, (SP)
kF.1070
jj2, (SP)
;* * * IF ENTER ODT ON RALT FLAG

175002

BIT
BP.Q

#KXSOHL,@#KW.STA
RF,1050 1

JMP

SODTM

Ji-p

TRlPlO

;* * * THEN
;* * * * ENTER SERIAL ODT
;(NON STRUCTURED EXIT)
;* * * FLSE

RF1050:
000167

002676
kf.1060:

;* * * * F.MULATE TRlP TO 10
;(NON STRUCTURED EXIT)
; * * * ENO IF
;* * WHEN BHlLT

RE1070:
032737
001411

001000

177530

BIT
BO:Q

012737
001002

000300

175002

HIT
HNE

000167

002714

JMP
RE1072:

042737

001000

ate

177530
RE1075:

IKXSBRF,@#KW.CSO
kF.1000
;* * * Tf SOOT OR QODT FLAG NOT SET
#<KXSSOF I KXSQOF>,@IKW.STA
RElll72
; * * * THEN
;* * * * EMULATE TRAP TO 24
TRAP24
;* * * ELSE

;* * * * CLEAR BHALT INDICATOR
llKXSBHF, HKW .CSD

; * * * END If
;* * EllD CASE

RF.1080:
;*

000002

* RETURN FROM INTERRUPT

ilTI

;* END RESTART HANDLER

(
KXTRF - KXTllCA Native Firaware MACRO VOS.00
SlVERG - SAVE REGISTERS

5
6
1

Page 29

.SBTTL SAVERG - SAVE REGISTERS
.f.NABLE LC,Gl!L

2
3
4

00:51

;

; Module name: SAVERG - SAVE REGISTERS
System: KXTll-Cl Native Firmware

8
9

Functional Oescription:

12
13
14
15
16
11
18

This module is used by both the serial and Q bus ODT monitors. It
saves the contents of the users CPU registers. This aodule exits
by jumping back to the ODT monitor which called it. It deteraines
which UDT monitor it is to return to by testing the state field of
the IOP status register. The following table discribes the use of the
native firmware reserved RAM for this purpose.

ob
.....J

NATIVE FIRMWARE RESERVED RAH USE

20
21
22
23
24
25
26
27

USE

29
30
31
32
33
34
35
36
37
38
39

40
41
42
43
44
45
46
47
48
49

50
51
52

53
54
55
56
57

;
;

ADDRESS

-------------------------BATTERY BACKUP FLAG 1

----------------------TOP OF NATIVE RAM

"
" 2
"
l!OOT TYPE FLAG WORD
NATIVE FIRMWARE FLAG WORD
APPLICATION STACK POI•TER HOLD
PS SAVE
"
PC "
II
SP II
RS "
"
R4 "
"
R3 "
"
R2 n
"
Rt "
"n
RO "
ODT TOP OF WORKING STACK
ODT STACK GUARD WORD
APPLICATION DEFAULT STACK

TOR TOR TOR TOR TOR TOR TOR TOR TOR TOI< TOR TOR TOR TOR TOR TOR -

4
6
10
12
14

16
20
22
24
26
30
32
34
76
100

This routine exits by juaping to return address of QOOTM
or SODTM depending on which aode the KXT ls in.
;

;Input Paraaeters:
;
ALL CPU REGISTERS
;
;Output Parameters
STACK POINTER
;
;Routines Used
}

NONE

(

KXTNF - KXTllCA Native Fir•ware MACRO VOS.00
SAYERG - SAYE REGISTERS
1
2
3
4
5
6
1
8
9

10
11
12

lJ
14
15
16
17

18
19

20
21
22
23
24
25
26

21
~

29
30
31

00:51

Page 30

;NATIVE FTRM~lRF. RESERVFD RAM DF.FINTIONS
; THESE ARE ADDRESS OFFSETS FROM THE TOP OF THE NATIVE RAM
000000
117776
117714
111112

BBFlO
BBF20
BOOTFO
NFFllDO

111110
117766
117764
117762
117760
117756
117754
177752
177750
177746
171702
177700

APLPSO
APLPCO
APLSPO
APLR50
APLR40
APLRJO
APLR:.!O
APLRlO
APLROO
ODTSTK
ODTSTG
ADSTKO

NFFVDO APLPSO APLPCO APLSPO APLR50 APLR40 APLRJO APLR20 APLRlO APLROO -

077776
137776
157776
000000
040000
100000
077762
137762
157762
000014

RTOP1
RTOP2
RTOP3
RROTl
RBOT2
RROTJ
SP1
SP2
SP3
SPOFF

BATTERY BACKUP FLAG 1 ADDRESS OFFSET

BBFlO - 2
BBF:>O - 2
BOOTFO - 2
2
?

2
2
2
2
2
2
2
2

-76
-100

;

"
"

SP
RS

"
"

•
..

R4
RJ

"
"

"
"
"
..

"
II

RO n
"
"
;ODT WORKING TOP OF STACK STACK ADDRESS OFFSET
;ODT STACK GUARD VORD ADDRESS OFFSET
;APPLICATION DEFAULT TOP OF STACK OFFSET ADORESS
;

TOP OF Rljt 1
..

...

157776

BOTTOM OF RAM 1

RTOPl + lPLSPO
RTOP2 + APLSPO
RTOPJ + APLSPO
-APLSPO

;APPLICATION PS SAYE ADDRESS OFFSET
"
PC "
"

77776
137776•
40000
100000

BOOT TYPE FLAG, SPECIFIES BOOT DEVICE AND TEST
NATIVE f IRMVARF. FLAG VORD ADDRESS OFFSET

2
J

INITIAL ODT STACK 1 ABSOLUTE ADDRESS
n

2
3

OFFSET OF STACK POINTER FROM TOP OF RAM

KXTHF - KXTllCA Native Flraware
SlVERG - SAVE Rf.GISTERS

.i:..
l.O

1
2 164452
3
4
5 164452
6 164460
7
8 164462
9
10 164466
11 164412
12
13 164414
14 164502
15 164504
16 164512
17
18 164514
19
20 1645 20
21 164524
22
23 164526
24
25 164526
26
27 164532
28
29 164536
30
31 164536
34! 164540
33 164542
34 164544
35 164546
36 164550
37
36 164552
39 164554
40
41 164560
42 164564
43 164570
44
45 164574
46
47 164600
48
49 164606
50 164614
51
52
53 164616
54
55 164622
56
57 164622

~ACRO

V05.00

00:51

(

Page 31

;* PWOCEDURE SAVE REGISTERS
SlVERG::

BNE

#USMP2, (atlKil.CSB
SRlOO

077762

MDV

SP,tajlSPl

012706
0004:H

077762

Mnv

#SPl,SP
SR300

032737
001411
032731
001405

000002

177522

000004

l 77'i22

010637
012706
000404

032737
001005

000010

010637

117522

EIT

IJR

;* * CASE MAP BITS
;* * WHEN MAP lilt 2 = 0
;• * * SAVE USERS STACK POINTER AT ODT STACK 1

;* * * SET STlC~ POINTER = ODT STACK 1
;* * WHEN MAP BITS 0 AND 1

Sill 00:

l:IIT
M'.Q

#KXSMPO,@flKW.CSB
SR200
#KXSMPl,(aUil.CSB
SR200

157762

MIJV

SP,(ajSP3

157762

MOY
BP

#SP3,SP
SR300

BIT
OFQ

= 11

;* * * SAVE USERS STACK POINTFR lT ODT STACK 3

;* * * SET STACf POINTER TO OOT STACK 3
; * * ELSI>

SR200:
I

010637

131762

HOV

SP,@ISP2

012706

137762

HOV

llSP2,SP

,
'
;* * * SAVE USERS STACK POINTER AT ODT STACK 2

;* * *

S~T

STlCr POINTER TO DDT STACK 2

;* * FND CASE

SR300:

;* * SAVE USER REGISTERS 5 THROUGH 0
010546
010446
010346
010246
010146
010046

HOY
HOV
HOV
HOV
HOV
MOY

115,-(SP)
R4,-(SP)
R3,-(SP}
R2,-(SP}
Rl,-(SP)
RO,-(SP)
;* * SET RS

010605
162705

177750

HOV
SUB

SP,R5
UPLROO,R5

016500
012065
012065

171764
177766
177770

HOV
HOV
HOV

APLSPO(R5),RO
(R0)+,APLPCO(R5)
(R0)+ 1 lPLPSO(R5)

010065

177764

HOV

RO,APLSPO(R5)

012765

123456

177702

MOY

#l23456,0DTSTG(R5)

032767
001402

000200

010166

&IT
BF.Q

#KX$QOF,KW.STA
SR400

000167

004622

JMP

QSRS::T

JHP

SSR .. T

;* * SAVE USER PC AND PS

;* * REMOVE USER PS lND PC FROM USER STACK
;* * WRITF. GUARD ilURD = 123456

;* * IF STATUS REGISTER Q BOS ODT MODE FLAG SET

;* * THEN
;* * •

SR400:
000167

000026

= TOP OF RAH ADDRESS

R~TURN

TO Q BUS ODT MONITOR (NON STRUCTURED JUMP TD Q

; * * f.LSE
;• * • RETURN TO SERIAL ODT MONITOR (NON STRUCTURED JUMP TO

"'
..."'c

...."'°'

"'°'

......
"'"'
CVl

l&lC

..« •"'z

., ....

...
I

..,.....
41

"'""

...
U'>

0
0

c
c

U'>

...
0

°'c

.
41

'----- ....
:II

...•....
lo.

°'
>lal
.......

......"'
41

Zl.O

.....u °',,,"'

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

."' "'
........."""'"'"'
c

Cl)°'

1()1()

Ztal

(

KXTNF - KXTllCA Native Firmvart "ACRO VOS.00
SODTM - SERIAL OOT MONITOR
1
2
3

00:51

(

Page 32

.SBTTL

SODTM - SF.RIAL OOT MONITOR

.l".NABL

LC,GBL

Module na•e: SOOTH - SF.RIAL OOT

5
6
7
8
9

~ONITOR

System: KXTll-CA "ative Fir•warP.

10
11

12
13

Functional Description:

14
15

16
17
18
19

20
21
22

23
24
25

;
;

The valid OOT co••ands are as follows:

26
U1
~

27
28

kn/
n/

29
30
31

•,n/
R111,n/
n
<LF>

32
33
34
35
36
37
38
39
40

41
42
43
44
45
46
47

This is the main controlling 111odule for the serial ODT •ode.
It supervises the DDT tunction and on co•pletion returns
control back to the application software.
There is a secondary entry point to this •odule. This
entry point is used by the RESTRT •odule vhen it determines
a BREAK was received on the console serial line and the IOP
was executing serial ODT. This entry causes the DDT to
start with a fresh com•and pro•p~withou~ effecting the
contents of the application register storage area.

-<CR>
p

- Open register n (n = O through 7 and S)
- Open location n
- Re-open previous location or register
~xa111ine locations • through n, leaving location n open
-- Exa•ine
registers • through n, leaving location n open
Deposit n in open register qr location
-- Close
last location or register, open next +
- Close last location or register, open next location or register
-- Close
Proceed with execution of application

~xecute

NOTE: A range examine can be aborted by pressing BRF.AK key.

;
;

;Input Paraaeters:
;
NONF.
;
;output Parameters:

NONI\

48
49

;

50
51
52
53
54
55
56
57

; Routines Used:

;

application at location n

SAVERG
SETLlD
AOD REG
UAMIR
IJJSPST
IJATCUM

(

lXTNP - lXTllCA lative Fir•ware MACRO V05.00
SOOTH - SERIAL ODT MONITOR

00:51

Pave 32-1

DEPOS
GOPROC

59
60

U'I
I'>.)

KXTNF - KXTllCA Native Firmware HlCRO V05.00
SODTM - SERIAL ODT MONITOR

4
5
6
7

e
9

10
11

Page 33

;REGISTER 3 IS USED AS THE FLAG REGISTER FOR ~LL ODT ROUTINES
;THE FOLLOWING lRE THE BIT DEFINITIONS FOR THIS REGISTER

2
3

00:51

000001
000002
000004
000010
000020
000040
000 200
100000

DCDFGB
DlRF'GB
APOF'GB
F'CHP'GB
CNOF'GB
XOFF'GB
Rr.GF'GB
ERl<FGB

-----

1
2
4
10
20
40
200

100000

;DATA/COMMAND ROUTINE - DONE FLAG
;DATA/COMMAND ROUTINE - DlTl RECV"D WITH COMM. FLAG
;ADDRESS/REGISTER ROUTINE - DONE FLAG
;ADDRESS/REGISTER ROUTINE - FIRST CHAR. REcv·D FLAG
;SERIAL ODT MONITOR ROUTINE - CONDITION FLAG
;GENERAL - XOF'F FLAG
;GENEPAL - REGISTER FLAG
;GENERAL - F.RROR FLlG

KXTNF - KXTllCA Native FirmJ
SODTM - SERIAL ODT MONITOR
l
2 1646.l6
3
4 164626
5
6
7
B 164634
9
10 164642

MACPO V05.00

00:51

;* PROCF.OORE SERIAL ODT MONITOR
SOOTH::
042737

000100

;* * DISABLE OOAL PORT RAM

177530

BIC

052737

030100

175002

BTS

042737

000 200

175002

SIC

#rXSDEN,@IKW.CSD

;* * DISABLE BREAKS
;* * DISABLE NXM TRAP TO 4
;* * SET SERIAL ODT FLAG
#<KXSBDF I KXSNXF I KX$SOF>,@•KW.STA
;* * CLFAR Q BUS ODT FLAG
l~X$QOF,@JKW.STA

;* * SET SERIAL ODT FLAG

12
13
14 164650
15 164654
16
17 164654
18 164660
19
20 164664
21
22 164670

1.11

24 164674
25
26 164674
27 164700
26 164702
29
30 164704
31
32 164712
33
34 164714
35
36 164716
37
3B 164724
39
40 164130
41 164734
42
43 164740
44
45 164746
46
47 164746
48
49 164746
50 164752
51
52 164756
53
54 164762
55
56 164766
57 164770

(

Page 34

;* * SAVE REGISTERS (JUMP TO AND BACK FROM
SAYE REGISTERS MODULE)

;

000167

177576

JMP

SAVERG

SSPFT::

;* * SET LEDS TO SERIAL ODT MODE DISPLAY

012700
004767

000004
00 2314

HOV
CALL

#SOOTMO,RO
SETLEI'

105737

177562

TSTR

@llRBUFlA

004767

001762

CALL

AB AUD

;* * READ RBUF
;* * SET BAUD RATE
;* * CLFAR RECEIVE BUFFER
I

BRKFNT::
012700
060500
010006

177750

042737

020000

HOV

#ODTSTK+2,l<O
P5,RO
PO,SP

BIC

#KXSBDF,@JKW.STA

005003

CLR

005002

CLR

BIS

fKXSNXF,@,KV.STA

HOV

;* * RE-INITIALIZE ODT STAC~ POINTER

;* * ENABLE BREAK
17500 2

;* * CLEAR ALL ODT FLAG BITS

;* * CLEAR TARGET BUFFER
;* * DISABLE TRAP TO 4

052737

010000

175002

004767

000560

CALL

016501
004767

177766

HOV
CALL

042737

020000

001~72

175002

BJC
SOlOO:

;* * PRINT CR LF
;<LOCAL CALL)
;* * DISPLAY PC VALUE
APLPCO(R5),Rl
DISPWD
;* * ENABL~ BREAKS
•rX$BDF,@#KW.STl
;* * 00 UNTIL PROCEED COMMAND
PCRLF

;* * OR GO COMMAND
S0200:
012701
004767

oo 1 :no

166266

HOV
CALL

#PROMPT,R1
DI SP ST

042703

000010

DIC

#FCHFGB,R3

004767

000534

CALL

AOD REG

TST
BPL

RJ
SOJOO

005703
10000 2

;* * * DISPLAY ODT PROMPT
;* * * CLEAR FIRST CHARACTER FLAG
;* * * G~T ADDRESS OR REGISTER NU~BER

;* * * IF ERROR FLAG = 0

(

KXTNF - KXTllCA Native Fir•ware MACRO VOS.00
SOOTH - SERIAL OOT MONITOR

V1
~

SB 164772
59 164116
60
61
62 164716
63 165002
64
65
66 165004
61
68 165006
69
10
11 165006
12 165012
73
74 165014
15
76 165020
11 165022
78
19
80 165024
Bl 165030
B2
83
84 165032
85 165034
86
87
BB
89
90 165036
91 165042
9;.?
93 165046
94 165052
95
96 165054
97
98 165054
99
100 165060
101
102 165062
103 165062
104 165066
105
106 165070
107
108 165072
109
110 165076
111 165102
112
113 165104
114 165104

000161

000414

00:51

Page 34-1

JMP

SOlRSO

S0300:
032103
001401

000002

010 402

; * * * THEN
;* * * * IF ADDRESS OR REGISTER NO. ENTERED
BIT
BFQ

•DARFGB,R3
S0400

HOV

R4 1 P2

;* * * *THEN
;* * * * * SAVE FIRST TARGET
;* * * * F.NO IF

S0400:
;* * * * CASE COMMAND FOLLOWING ADDRESS OR REGISTER NUMBER
;* * * * WP~N '',"
122100
001023

000054

CMP11
BNr.

I" ,,RO
50900

004161

000502

CUL

AOIJREG

TST
BMI

005103
100 414

;* * * * * GET ANOTHER ADDRESS OR RF.GISTER NUMBER
;* * * * * IF VALID ADDRESS OR REGISTER NUMBER

smoo

;* * * * * AND COMMAND FOLLOWING ADDRESS OR
REGISTER NUMBER IS "/"

;

122700
001011

000057

CMPB
B"IE

11" / ,Rll
S0700
;* * * * * ANO ADDRESS OR RF.GISTER NUMBER GREATER
;
THEN FIRST TARGET
R4,R2
S0100

020 40 2
101407

CMP
RLOS

012700
004761

000002
000674

;R2=TAi<GET 1
; R4=T AR GET 2
llRNGFGB,RO
HOV
EXA"l JN
ClLL

052703
000 40 2

000020

BIS
BR

#CNOFGB,R'.l
50800

100000

oJS

#F.RRFGB,R3

000445

SOBOO:

S01450

CMPl1
l!NF:

11·1, RO
SOlOOO

CLR

;* * * * * * SET CONDITIOK FLAG

= 1)

= OPEN

; * * * * * ELSE

S0700:
052703

;* * * * * THEN
;* * * * * * DISPLAY DATA OF RANGE
;(PASS TARGET 1)
;(PASS TAPl:F.T 2)
;(PASS S~RIAL ·ooT FLAG = 1, RANGE FLAG

;* * * * * * SET ERROR FLAG
;* * * * * ~ND IF
;* * * * WHEN "/"

50900:
122700
001006

000057

005000
004767

000644

CALI.

EXAMI"'

052703
000 43 4

000020

BIS
BR

#CtiOFGil,R3
501450

C"'PB

# ·G, 1-:0

501000:
122700

000107

;* * * * * DISPLAY DATA
;(PASS SERIAL ODT FLAG = 1, RANGE FLAG
;(PASS TARGF.T 1)

;* * * * * SET CONDITION FLAG = OPEN
;* * * *WHEN "G"

= 0)

(

(
00:51

Page 34-2

001014

BNE

SOl'.100

105703
100412

TSTR
BMI

R3
S01300

MDV
CALL

JINNCED,RO
SETLEO

KXTMF - KXTllCA Native Flravare MACRO V05.00
SODTM - SERIAL ODT MONITOR

lJ1
lJ1

115 165110
116
117 165112
118 165114
119
120 165116
121 165122
122
123
124 165126
125 165130
126
121 165134
128 165140
129
130 165142
131 165142
13:.! 165146
133
134 165150
135 165154
136
137
138 165156
139
140 165162
141 165166
142
143 165170
144
145 165170
146
147 165174
148
149 165174
150 165174
151 165200
152
153 165202
154 165204
155
156 165206
157 165212
158
159 165216
160
161 165222
162 1652:.!4
163
164
165 165226
166 165232
167
168
169
170
171 165234

012700
004767

000000
002052

;* * * * AND TARGF.T IS AN ADDRESS
;* * * * * SET LEOS TO NON NATIVE CODE DISPLAY
;* * * * * f.Xf.CUTf. AT ADDRESS ENTERF.D (VILL NOT
;

010400
004767

001636

HOY
CALL

052703
000415

100000

II IS
IJO

Rf.TU~N

R4, PO

IF NO ERROR)

#fRRFr.B,ld
S!11450

;* * * * * SET ERROR fLAG = 1

;* * * * WHEN "P"

$01300:
122700
001010

000120

032703
001005

000002

CHPR
llNE

jj"P,RO
Sf11400

BIT

#OAPFr.B,R3
501400

;* * * * ANO NO DATA PRECEDED COMMAND

llNE

;* * * * * EXECUTE PROCEED (VILL NOT RETURN IF
;

004767

001626

CALL

PROC 1

052703
000 402

100000

il TS
liR

#io:RRFGB, R3
501450

NO ERROR)

;* * * * * SET ERROR FLAG

;* * * * ELSE (IMYALID COMMAND)

S01400:
;* * * * * SET ERROR FLAG

052703

100000

BIS

#Er<RFGB,R3
;* * * * END CASE

S01450:

;* * * * DO WRILE CONDITION FLAG = OPEN

S01470:
032703
001504

0000<!0

005703
100502

llEQ

ICNDFGB,R3
SOlROO

TST
BMI

k3
S01800

BIT

;* * * * AND ERROR FLAG = 0

;* * * * * PRINT SPACE

012701
004767

166272
001130

MOY
OLL

ISP ACE,Jll
DI SP ST

004767

001162

CALL

OATC0'4

TST
B"II

R3
501600

illT
bEQ

#DARFGB,R3
SOl'iOO

J* * * * * GET INPUT DATA

005703
100467
032703
001402

000002

;* * * * * JF VALID DATA AND COMMAND
J* * * * * THEN
;* * * * * * IF DATA PROCEEDED COMMAND

* * * * * * THEN
* * * * * * * DEPOSIT DATA INTO ADDRESS OR REGISTER
(R2=ADOR.)

(114=0lTA)

004767

001234

CALL

OF.POS

(

KXTNF - KXT11CA Native Firaware MACRO ¥05.00
SODTM - SF.RIAL ODT MONITOR

U'I

°'

112
173 165240
174
175
176 165240
177 165244
178
179 165246
180 165252
181
182 165254
183 165254
184 165260
185
186 165262
lll7
188 165266
189
190 165270
191 165272
192
193
194 165214
195 165300
196 165302
197 165304
198
199 165304
200 165310
201
202 165312
203
204 165312
205
206 165314
207 165316
2011
209 165322
210
211 165322
212 165326
213
214 165330
215 165330
216 165334
217
218 165336
219
220 165342
221 165344
222
2'23
224 165346
225
226 165350
227 165352
228 165356

00:51

Page 34-3
;* * * * * * END IF

501500:

;* * * * * * CASE COMMAND
;* * * * * * WHEN CR
122700
001003

000015

CHPll
BNE

#CR,RO
501550

042703
000 453

000020

SIC
llP

#CNOfG8 1 R3
501510

;* * * * * * * SET CONDITION FLAG =CLOSED
;* * * * * * WHEN LF

501550:
122700
001023

000012

CMPB
ll'IE

#LF 1 RO
501560

004767

000222

CALL

PCRLF

005 202

INC

105103
100007

TSTll
BPL

R3
S01555

;* * * * * * * PRINT CR LF
;(LOCAL CALL)
;* * * * * * * INCREMENT TARGET
;* * * * * * * IF TYPE IS REGISTER

;* * * * * * * THEN
;* * * * * * * * SET TARGET MOD 10
022702
101001
005002

000011

CMP
BHI
ctR

#11 1 R2
SOl 552'
R2

CALL
BR

DI5PRG
S01551

S0155?.:
004767
000 404

000140

;* * * * * * * * DISPLAY REGISTER NUMBER
;(LOCAL CALL)
;* * * * * * * ELSE

S01555:

;* * * * * * * * INCREMENT TARGET AGAIN
005202

INC

010201
004767

'40V
CALL

R2 1 Pl
OISPVD

;* * * * * * * * DISPLAY TARGET
001210

;* * * * * * * F.ND IF
501557:
1.Jli

l':XM[l IS
501570

122100
001022

000136

CMPR
BNE

II••, RO
S01570

004167

000146

CALL

PCRLF

10570 3
100007

TSTll
BPL

R3
501567

005302

DF.C

100002
012102

BPL

501565
HlO, R2

004167
000425

000142

CALL
501560:

;* * * * * * * EXAMINE
;(LOCAL ClLL)

;* * * * * * VHE~ A

;* * * * * * * PRINT CR LF
;(LOCAL CALL)
;* * * * * * * IF TYPE IS REGISTER
;* * * * * * * THEN
;* * * * * * * * DECREMENT TARGET
;* * * * * * * * SET REGISTER NUMBER MOD 10

HOV

000010
501565:

(

KXTRP - KXTllCA Native Plr•ware MACRO V05.00
SOOTH - SERIAL ODT ~ONITOR

U1
-...]

229
230 165356
231 165362
232
233 165364
234
235 165364
236 165366
237
238 165370
239 165372
240
241 165376
242
243 165376
244
245 165402
246 165402
247
248 165404
249
250 165404
251
252 165410
253
254 165410
255 165412
256
257 165412
258
259 165412
260 165414
261
262
263 165416
264 165422
265
266 165426
267
268
269 165432
270
~71 165436
272
273 165440
274
275
276 165440
277
278 165444
279
280
281

004767
000405

000066

00~51

Pa9e 34-4

CALL
BP

DI SP Pt;
SIJl 569

;* * * * * * * * DISPLAY REGISTER NUMBER
;(LOCAL CALL)

;* * * * * * * ELSE
501567:
;* * * * * * * * DECREMF.NT TARGET BY 2

005302
005302

DF.C
OF.C

010201
004767

HOV
CALL

R2,Rl
llTSPWO

001134

;* * * * * * * * DISPLAY TARGET

;* * * * * * * END IF

501569:
004767

000066

;* * * * * * * FXAMTNE
;<LOCAi. CALL)
;* * * * * * F.ND CASE

CALL

EXMOIS

S01700

BIS

#ERPFGB,R3

S01570:
0001!02
501600:
052703

100000

S01700:
000671

Snl470

;* * * * * ~I.SE

;* * * * * * SET ERROR FLAG
;* * *

* * F.ND iF

;* * * * END WHILE

501800:
; * * * END I f

S01850:
;* * * IF ERROR FLAG

01)5703
100011

TST
BPL

R3
501900

;* * * THEN
;* * * * SEND ERROR PROMPT
012701
004767

166264
000720

MOV
CALL

llF:RROP.,Rl
OISPST

042703

000200

BTC

llREr;FGb,R3

;* * * * CLEAR REGISTER FLAG

;* * * * SET TARGET2 TO NXM ADDRESS
(TO CAUSE AN ERROR IF RETURW I ENTERED)

;

012702

177777

MOV

#177777,R2

CLR

;* * * * CLEAR TARGETl

C.05004

;* * * F.ND IF
SOl 900:

;* * * CLEAR ALL ODT FLAGS EXCEPT
;
REGISTER FLAG

042703

177577

BIC

11•c<REGFGB>,R3

000167

177276

JMP

50100

; * * EllD UNTIL
;* ENO SeRIAI. ODT MONITOR

(
KXTNF - KXTllCA Native ~irmware MACPO V05.00
SODTM - SFRIAL ODT ~ONITOR
1
2
3
4
5 165450
6
1 165450
B 165452
9 165454
10 165456

00:51

Paqe 35

; The following subroutines were created to conserve •e•ory and are only used
; by thts module.

;* PROCFOURE DISPLAY REGISTER NUMBER
OISPRG:
010 201
006301
006301
062101
004161

;* * CALCULATE DISPLAY POINTER
"1

166303

MOV
ASL
ASL
AOD

000660

CALL

DI SP ST

R2 1 Rl

Rl
jjRf,.GD IS, Rl

U1
00

12 165462
13
14 165466
15
lb
11
18 165410
19
20 165410
21 165414
22
23 165500
24 165502
25
26 165%6
21
28
29
30 165510
31
32 165510
33
34 165514
35
36 165520
31

(

000201

;* * DISPLAY STRING

;* F.ND DISPLAY REGISTER NUMBER

l<ETURN

;* PROCEDURE EXAMINE AND DISPLAY

EXMl1IS:

;* * DISPLAY "/"
012101
004161
005000
004161

166301
000646

MOY
CALL

IOHNOS,Rl
DISPST

000234

CLR
CALL

RO
EXAM TN

;* * EXAMINE DATA @ TARGET
)* ~NO EXAMINE AND DISPLAY

000201

RET!'RN

;* PROCFDURE PRINT CRLF

PCP.LF:
012101

166214

MOV

#CRU', Rl

004167

000626

ClLL

DISPST

000201

!il'TURN

;* * POINT TO STRING
;* * DISPLAY _STRING

;* END PRJNT CRLF

(
KXTNF - KXT11CA Native Flr•ware HlCRO ¥05.00
AODREG - GET ADDRESS/REGISTER

00:51

Pa9e 36

.SBTTL AODREG - GET
.ENAllLE LC,GBL

1
2
3
4
5

Module na•e:

ADnR~G

~DDRF.SS/PEGISTER

- GET lDDRlSS/REGTSTER

Syste•: KXTll-CA Native Firmware

1
8
9

10
11
12
13
14
15
16

Functional Description:
This module is used by the serial ODT •onitor. It receives data
fro• the console serial line, accumulates a word tarQet dell•lted
by ~ valid co•~and or an error. The valid co••ands are: " 1 " 1 CR, LF,
"/", "G" or "P". It returns the target, the co••and
the tarqet type (register or address) and the error status.

17
18
19

20
21
22

;Tnput Parameters:
;

NONF.

\.Tl
l.D

24
25

;Output Parameters

26
27

28
29
30

31
32

;

RO
COH~ANO RECEIVED
2) R4 =TARGET (ADDRESS OR R~GISTER NO.)
3) RJ, BIT REGFGB - 1 = kFGISTER NO., 0
ADDRESS
4) RJ, BIT DARFGB - ADDRESS/R~GISTER RECEIVED WITH COMMAND FLAG,
1
YES. 0
NO
5) RJ, BIT ERRFGB - 1 = ERROR, NOT ALTERED IF NO ERROR

33
34

;DATA STRUCTURES USED

35
36

NONF.

;Routines Used

38
39
40

1) CHKCHR
2) ACCUH

(
KXTNF - KXTllCA Native Flr•ware MACRO VOS.00
ADDREG - GET ADDRESS/REGISTER
1
2 165522
3
4
5 165522
6
7 165526
8
9 165530
10
11 165530
12
13 165530
14
15 165534
16
17 165536
18 165542
19
20
21 165544
22
23 165550
24
:.!5 165550
26 165552

00:51

(

Page 37

;* PROCF.DURE GET ADDRESS/REGISTER

ADC> REG::
042703

BIC

000006

CLR

005004

;* * CLEAR ADDRESS/REGISTER DONE FLAG
;* * CLEAR DATA RECEIVED FLAG
#<ARDFGB I DARFGB>,R3
;* * CLEAR ACCUMULATED NUM&ER
R4
;* * DO UNTIL DONE FLAG SET

ADlOO:
;* * * DO UNTIL NON NUMBER CHARACTER RECEIVED

AD200:

;* * * * GET INPUT
CALL

CF.TIN

BCS

AD253

BIT

BNE

#FCHFG8,R3
ADDO

BIC

#REGFG8,R3

105703
100002

TSTR
BPL

R:l
AD.i40

010004
000402

MOV
OP

RO,R4
A0250

CALL

ACCUM

BIS

#FCHFGB 1 R3

004767

006016

103417

;* * * * IF INPUT = 0 THRU 7
;* * * * * If FIRST CHARACTER

032703
001002

000010

042703

000200
AD220:

°'

28
29 165554
30 165556
31
32 165560
33
34 165560
35
36 165564
37
38 165564
39
40 165570
41 165572
42
43 165574
44
45 165574
46 165600
47
48
49 165602
50
51 165606
52
53 165606
54 165612
5!> 165614
56
!'7 165614

;* * * * * THEN
;* * * * * * CLF.AR REGISTER FLAG
;* * * * * END IF
;* *

* * '* IF REt;ISTER FLAG = 1

;* * * * * THEN
;* * * * * * REPLACE ACCUM YALUF. WITH INPUT
;* * * ... * ELSE

AD240:
004767

005754
A0250:

;* * * * * *

~CCUMULATE

DATA

;* * * * * END IF
;* * * * * SET FIRST CHARACTER RECEIVED FLAG = 1

052703

000010

;* * * * * CLEAR NON NUMERIC INPUT FLAG
000 241
000424

CLC
BR

AD290

Clo!PI'
l!LO

RO,ll"a
AD255

BIC

#40,RO

CMPB
BtlE

rs, Ro

T~TB

AD253:
120027
103402

000141

042700

000040
AD255:

122700
001013

000123

;* * * * * IF INPUT => "a"
;* * * * * THEN
;* * * * * * CONVERT TO UPPER CASE
;* * * * * F.ND IF

;* * * * * IF INPDT = "S" OR "s"

AD2BO

AD270:
105703

;* * * * ELSE

;* * * * * AND

R~GISTER

FLAG =

(
-

~X1NF

ADDREG

~XTllCA Mative Firmware
- G~T ADDRESS/REGISTf.R

58 165616
59
60 165620
61 165624
62
63 165626
64
65
66 165632
67
68 165636
69 165640

(
~ACRO

¥05.00

100011
032703
001 406

000010

012704

000010

00:51

Page 37-1

LPL

AD280

BIT

BF:Q

#FCHFC:8,R3
AD2RO

HOV

#10,!<4

;• * * * * AND NUT FIRST CHARACTER RECEIVED

;* * * * * *

052703

000012

li IS

000241
000401

#<DARFGR I FCHFGH> 1 R3
;• * * * * • SET NON NUMERIC FLAG

CLC
bP

"'
.......

;* * " * * F.LSE

An2fl0:

;* * * * * * SET NON NOMERIC INPUT FLAG

000261

SEC

;* * * * * ENO IF
A0~90:

; * * * * END If
;* * * FND UNTIL

103331

BCC

AD200

AD300:
I

012701
122100
001404
022701
00140 4
000172

165734
AD400:
16:>742

HOY
CMPR
BEQ
Cl'P
BFQ
bR

AD500:
0'52703
000414

000014

122700
001007

000122

032703
001004

000010

ICHTAR,Pl
(Rl)+,RO
AD500
#CHF.ND,Rl
AD600
AD400

;* * * CA~E COMMA~D RECEIVED
; * • • llllt.h ","
; * * * OR CR
; * * * OR l.F

; * * * o~ "I"
; * * * OR "G"
;* * * OR "P"

;* * * * SET FIRST CHARACTER FLAG = 1
;* * * * SET DGNE FLAG
1
#<FCHFG8 I ARDFGl:l>,RJ
A0800
;* * * WHEN "R"

blS

HR
AD600:

052703

CMP!l
B 1-'E

#"R,RO
AD700
;* * * AND FIRST CHARACTER RECEIVF.D FLAG

blT

llNE

000212

BIS

005004
00040 2

CLR
11P

112

113 165720
114

AD290

78 165644
79 165646
80
Bl
112
83
84
85
86
87 165646
88 165652
89 165654
90 165656
91 165662
92 165664
9J 165666
94
95
96 165666
97 165672
98
99 165674
100 165674
101 165700
102
103 165702
104 165706
105
106
107
108 165710
109
110 165714
111 165716

~ET

;* * * * * * SET FIRST CHARJCTER RECEIVED FLAG

71 165642
72
73 165642
74
75 165644
76

= 10
DATA RECIEVED FLAG = 1

;* * * * * * SET ACCUMULATED VALUE

A0700:

IFCHFG6,R3
AD700

;* * * * SET REGISTER FLAG
1
;• * * * ~ET FIRST CHARACTER FLAG
;• * * * SET OATA RECEIYEO FLAG =
#<DARFGB I REGFGB I FCHFGB>,RJ
;* * * * Cl.FAR TARGET
R4
AD800
;* * * ELSE

;* * * * SET ERROR FLAG

(

KXTMF - KXTllCA Native Flr•ware MACPO V05.00
ADDREG - GET ADDRESS/REGISTER
115
116 165720
117
118 1657 24
119
120 165724
121 165730
122
123 165732
124
125
l 2b
127
128
129 165734
130 165742
131

O'I

052703

100004

00:51

Page 37-2

;* * * * SET DONE FLAG
I ARDFr.B> 1 RJ
;* * * F.ND CASE

BIS

#<~RRFCB

iHT

#ARDFGB, R3
ADlOO

AD800:

1* * END ONTIL

032703
001677

000004

llF.Q

000207

Rl'TIJRN

* RETURN

;* END GET

;CHARACTER TAllLE
054

015

012

CH TAB:
Cl'END:

• ASCII

.EVf.N

•, "< 15><12 > /GP•
0

ADDRESS/R~GISTER

(

KXTNF - ~XT11CA Native Firmware MACRO VOS.00
EXAMIN - EXA~INE
1

00:51

P~ge

.SBTTL EXA~IN - EXAMINE
.FMABLE LC,GBL

4
5
6
1
8
9
10

ModulP. name: EXAHIN - EXAMINE
System: KXT11-CA Native Firmware

12
13
14

Functional Description:

16
17
18
19

20
21
22
23
24
2!i

°'
w

28·
29

This module performs the meaory or register examine function for
both the Q bus and serial ODT •onitors. the output of this •odule
is directly to the user (the serial line or the dual port RAH).
;Input Paraaeters:
Rn - FLAGS,
I
BIT CRNGFGB~ = l (RANGE F.XAHIN) 1 BIT = 0 (SINGLE EXAMIN)
R2 - TARGE'I l
BIT 0 - TYPE, BIT = 0 (RFGTSTER), BIT = 1 (ADDRESS)
R'I - TAPGF.T 2
BIT 0 - TYPE, BIT = 0 (R~GISTER) 1 BIT = 1 (ADDRESS)
;Output Parameters

31
32
33
34
35
36

37
38
39
40

41
42
43
44
45
46

R3 1 BIT (ERRfGB) - ERROR FLAG, BIT
;DATA STRUCTURES
1)
2)
3)
4)

PRINT STRINGS
DUAL PORT 0 AM REGISTER 2
JOP STATUS REGISTeR
IOP COMMAND PEGISTF.R

;Routines Used
1) DISPLAY STRING (DISPST)
2) DISPLAY WORD (OISPWD)
3) CHECK CHARACTER (CHKCHR)

1 (ERROR), NO ERROR BIT NOT ALTERED

(
KXTNF - KXTllCA Native firmYare MACRO V05.00
EXAMIN - FIAMINE
1
2

--·

RNGFGB

000002

3
4
5
6

;* PROCEDURE EXAMINE
EHMIN::

1 165742
8

9 165142
10 165750

00:51

Page 39

;* * IF SFRIAL DDT MODE
EHT

l~XSSOF,~#KW.STA

001525

BEQ

EXlOOO

105703
100021

l'STB
RPL

R3
EX300

CMP
BHI
Cl.R

• 11, R2
1.XlO
R2

CMP
UHi
CLR

#11,R4
EX20
114

032131

000100

175002

;* * THEN
;* * * IF THE TARGET IS A hF.GISTER

°'

12
13 165752
14 165754
15
16
17 165756
18 165762
19 165764
20 165766
21
22 165766
23 165772
24 165714
25 165776
26
27
28 165176
29 166000
30 166004
31
32
33 166006
34 166010
35 166014
36 166016
37
38 166020
39
40 166020
41 166024

022702
101001
005002

000011
EXlO:

022704
101001
005004

000011

006304
062704
060504
000 404

117750

042702
042704

000001
000(.101

ASL
ADD
ADD

R2
#APLROO,R2
R5,'l2

ASL
AOD
ADD
bR

R4
#Al'LROO, R4
R"i, r-4
EX400

000007

010204
EX500:
l::X600:

;* * * * SET TARGET 2 =
;
(TARGF'.T 2 * 2) + RlG 0 SAVE ADDRESS OFFSET

;* *

* FLSE

;* * * * CLEAR ~IT 0 Of TARGET 1 AND TARGET 2
IHC
dlC

iBITO,R2
#BITO,R4

BIT
ilNE

#RNGFGll,RO
EX500

HOV

R2,q4

E.X400:
032700
001001

MOO 10

;* * * * SET TARGET 1 =
;
(TARGET * 2) 1 + REG 0 SAVE ADDRESS OFFSET

F.X300:

43 166030
44
45 166030
46 166034
47
48
49 166036
50
51 166040
52
53 166040
54
55
56
57

;* * * * SET TARGET 2 TO

FX20:
006302
062702
060502

;* * * THF'.N
;* * * * SET TARGET 1 TO MOD 10

;* * * END IF
;* * * IF NOT RANGE EXAMINE
;* * * THEN
;* * * * SET TARGET 2 =TARGET 1

; * * * F'.ND IF
;* * * DO UNTIL TARGET 1 = TARGET 2

* * * OR ERRO~ FLAG = 1

* * * OR INCREMENTED TARGET 1 = 0
* * * * GET DATA PER TARGET 1 AND INCREMENT
TA~GET 1 POINTER

(

(
00:51

Page 39-1

000241
012201

CLC
HOV

(l'Ll)+,Rl

000 240
103003

NOP
HCC

KXTNF - KXTllCA Native Fir•ware HACRO VOS.00
EXAMIN - EXAMINE

CTI
(.)'I

58 166040
59 166042
60
61 166044
62 166046
63
64
65 166050
66
67 166054
68
69 166056
70
71 166056
72
73 166062
74 166064
75
76
77 166066
78
79 166072
80
81 166072
82 166076
83
84
85 166100
86 166104
87
88 166110
89 166112
90
91
92 166114
93 166116
94 166120
95 166124
96 166126
97 166132
98 166136
99
100 166140
101
102 166140
103 166142
104
105 166146
106
107 166146
108 166152
109
110 166156
111
112 166156
113 166160
114 166162

;* * * * IF NXM

052703

EX700
; * * * * THEN
;* * * * * SET ERROR FLAG

100000

BTS

#ERPFGll,R3

EX1300

;* * * * * FXIT EXAMINE (NON STRUCTURED EXIT)

00050 2

; * * * * F.ND IF

EX700:
004767

000450

020 20 4
10140 2
042700

000002

;* * * * OISPLlY DATA

CALL

OISPWO

CMl'
Bl.OS

R2, R4
Elt'75 0

blC

#RNGfGB,RO

;* * * * IF TARGET 1 = TARGET 2

;* * * * THEN
;* * * * * SET liANGF. FLAG
;*

* * * FNO IF

EX750:
I

032700
00142.7

000002

IHT
BEQ

#RNGFGB,RO
EXBOO

012701
004767

166274
000236

MOV
ClLL

jjCRLF,Rl
DI SP ST

105703
100012

TSTe
ilPL

R3
F.X760

010201
160501
162701
006301
062701
004767
000403

MOV
SUB

;* * * * ff RlNGI EXAMINE
;* * * * THEN
;* * * * * DISPLAY CR Lf
;* * * * * If TYPE IS REGISTER
; * * * * * THE·N
;* * * * * * DISPLAY REGISTER NUMBER

177750

sue

166303
000210

ASL
AOO
CALL
bP

R2,Rl
li5, Rl
#APLROO,Rl
Rl
IPEr.OIS,Rl
DI SP ST
EX770

;* * * * * F.LSE
EX760:

;* * * * * * DISPLAY ADDRESS
010 201
004767

HOV
CALL

000364

R2, ill
DISPWO
;* * * * * F.NO If

~:xno:

;* * * * * DISPLAY "/"
012701
004767

166301
000170

MOV
O.LL

!IOPENDS,Rl
DTSP ST

TST
BMI
TST

li3

;* * * * ENl1 IF

EXBOO:
005703
100 40 4
005 70 2

;* * * ENO UNTIL

EX900
112

(
KXTNF - KXTllCA Native Fir•vare MACRO V05.00
EXA~IN - EXAMINE

°'
O'I

115 166164
116 166166
117 166170
118 166172
119
120 166172
121
122 166176
123 166200
124
125
126 166202
127 166204
128 166210
129
130 166212
131 166216
132 166220
133 166222
134
135 166222
136 166222
137
138 166224
139
140 166224
141
142 1662i6
143 166230
144
145
146
147 166232
148 166234
149 166240
150
151 166242
152
153 166242
154 166244
155
15tl 166250
157 166252
158
159
160 166254
161
162 166260
163
164 1662&0
165
166 166262
167
168 166262
169

001402
020 20 4
101723

00:51

Paqe 39-2

BEQ
BLOS

EX900
R2 1 !14
EXbOO

sue

#2 1 R2

T~TB

BPL

RJ
EX970

SOB
SUB
ASR

R5 1 R2
#APLROO,R?
r..2

CNP
tll' I
CLR

#11, R2
lX950
R2

C~P

EX900:
162702

000002

105703
10001(1
160502
162702
006 20 2
022702
101001
005002

177750
000011

;* * * SlT TAPGET BACK 2
;* * * IF TYPE IS HEGlSTER
;* * * THF.N
;* * * * RlSTOr..F. TARGET 1 TO REGISTFR NO.

EX9'l0:

;* * * * SET TARGET TO HOO 10

; * * " END IF

EX970:
000 417

Bf'

EX1300
I

;* " ELSl

1'.XlOOO:
;* * * SAVE TARGET

010 246

HOY

R2 1 -CSP)

105703
100004

TSTB
BPL

R3
EX1050

;* * " IF TARGET IS REGISTER

;* " * THEN
;* * " * SET TARGET =
(2*TARRGET) + REGISTFR 0 SAVE ADDRESS OFFSET

;

00&302
06270 2
060502

ASL
A!lC.
ADO

177750

R2
llAPLROO,R2
R5 1 R2

EX1050:
000 241
011237
000 240
103002
052703

;* * * GET DATA PER TARGET AND PLACE IN DPR 2

etc

1751104

100000

MOY

(R2) 1 ~#KW.SC2

NOP
ilCC

EX1200

BTS

41ERRFGli,R3

; * * * IF NXM
i* * * THEN
;* * * * SET ERROR FLAG

EJ!l 200:
012602

;* * * END IF

i* * * EliO IF

;" * * RESTORF TARGET
~nv

CSP)+ 1 R2

; * " END IF
lX1300:
i* * RETURN

000207

RO:TORN

;* END EXAMINE

(
KXTNF - KXTllCA Native Firmware MACRO
DISPST - DISPLAY STRING

(
~05.00

00:51

Page 40

.SBTTL DISPST - DISPLAY STRING
.ENABLE LC,GBL

2
3
4
5
6
7

Module name: OISPST - DISPLAY STRING
Syste•:

K~Tll-CA

Native Firmware

6
9

10
11
12
13

Functional Description:

14
15

This module is a general use utility that sends an ASCII string
out the console serial line. Th~ display string ls specified by
passing the address of the first character to the routine. The
end of the string ls marked by a null character.

16
17
lll
19
20

21
22

;INPUT PARAMETERS:

;

1) Rl - Start, of string address

;OUTPUT PARAMETERS:

26
O'I

-..J

NONF.

26
29

;DATA STRUCTURES USED:

1) SLUl CSRs

(
KXTKF - KXTllCA Native Fir•ware MACRO V05.00

00:51

Page 41

--.

15
12

DJSPST - DISPLAY STRING

°'

CX>

1
2
3
4
5
6 166264
1 166266
B 166212
9 166274
10 166277
11 166301
12 166303
13 166306
14 166307
15 166312
16 166313
17 166316
18 166317
19 166322
20 166323
21 166326
22 166321
23 166332
24 166333
25 166336
26 166337
27 166342
28 166343
29
30
31

000015
000 012

CR
Lf

077
015
040
015
015
057
122

000
012
000
012
000
000
060

000

122

061

000

122

062

000

122

063

000

122

064

000

122

065

000

122

066

000

122

061

000

122

123

000

100

000

ERROR:
PROMPT :
SPACE:
CRLF::
CRDS::
OPF.NDS::
WEGDIS::

==:

.lSCIZ •7•
.lSCIZ <rR><Lf>"@"
• lSCIZ • •
.lSCIZ <CR><LF>
• .lSCIZ <Ck>
• .lSCIZ
• .lSCIZ "RO"
.OLKO 1
.1sc1z "Rl"
.BLKB l
.ASCIZ "R2"
.BLKB 1
.lSCIZ "RJ'
.OLKB 1
.ASCIZ "R4'
.Bl.KB 1
• .lSCIZ "RS"
.BLKB 1
.lSCIZ •R6'
.BLKB 1
.ASCIZ "R1"
.BLKB 1
.lSCIZ •ps•
0

• F:VF.N

(

KXTNF - KXTllCA Native Fir•vart MACRO VOS.00
DISPST - DISPLAY STRING
1
2 166346
3
4 166346
5
6 166346

00:51

Page 42

;* PROCF.DURE DISPLAY STRING

OISPST::

;* * DO UNTIL NOLL CHARACTER POINTED TO

DSlOO:

,.• * * DO UNTIL TRANS~IT BUFFER EMPTY

DS200:

8
9 166346
10 166350
11 166354
12
13 166356
14 166362
15 166364
16 166370

010046
004767
012600

Mnv

005240

CALL
HOV

RO,-(SP)
CHltCHR
(SP)+,RO

177564

TSTR
BPL
BIT
B~E

l!#XCSRH
DS200
#XUf'FGil,R3
05200

HOVB

( Rl) +,@llXBUFl A

105711
001362

TSTB
ilNE

(Rl}
0$100

000207

RETURN

105737
100371
032703
001366

000040

112137

177566

18 166372
19
20 166376
21 166400
22
23 166402
24

°'
l.O

;* * .. OR XOFF ~LAG = 1
;* * * * TF.ST FOR INPUT

;* * * ENO UNTIL

;* * *

S~ND

CHARACTER PER POINTER

;* * ENO UNTIL

;* * RETURN FROM CALL
,
'
;* FND D[SPLAY STRING

(
KXTNF - KXTllCA Native Fir•vare MACQO V05.00
DATCOM - GET DlTl/COM~AND

00:51

Page 43

.SBTTL DATCOM - GET
.ENABLE LC,r.BL

1
2
3
4

DATl/COM~AND

Module naae: DATCOM - GET DATA/COMMAND

6
1
8
9

System: KXT11-CA

~ative

Firaware

10
11
12

Functional Description:

This aodule is used by the serial ODT monitor. It poles SLUl
for valid data and returns when a CR, LF OR • are received
or on an error.

16
17

18
19

;Tnput Paraaeters:

21
22

;

23
24
25

;Output Parameters
1) RO 2) R4 3) RJ 4) QJ -

26
-.J
0

NONf:

27
28

29
30

;DATA

COMMAND RECEIVED
INPOT DATA
BIT ERRFGB, ERROR FLAG: 1
ON ERROR, NOT ALTERED IF NO ERRORS
HIT OARFGR, DATA PECV"O WITff COMMAND FLAG: 1 = YES, Q = NO

STROCTU~ES

31
NONE

32
33
34
35
36

;Routines Used

;

1) ACCUM
2) CHKCHR

USF.O

(

(
KXTNF - KXTllCA Native firmware MACRO V05.00
DATCOM - GET DATA/COMMAND
1
2 166404
3
4
5 166404
6
7 166410
8
9 166412
10
11 166412
12
13 166412
14
15 166416
16
17 166420
18
19 166424
20
21 166426
22'

......J
I-'

23 166426
24
25
26 166430
27 1664H
28
29 166436
30 166442
31
32 166444
33 166450
34 166452
35
36 166452
37 166456
31l
39 166460
40
41
42 166460
43
44 166464
45
46 166464
47 166470
48 166472
49
50 166472
51
52

00:51

Page 44
;* PROCEDURE GET DATA/COMMAND

DATrOM::
042703

RIC

00000 3

005004

CLR

;* * CLEAR DATA RECEIVED FLAG
;* * CLEAR OATA/COMMAND DONE FLAG
il<DARFGB I OCOFGB>,RJ
;* * CLfAR ACCUMULATED NUMBER
R4
;* * no UNTIL DONE FLAG SET

DAlOO:

;* * * * nu UNTIL NON NUMF.RIC INPUT
DA200:

;* * * * * GET INPUT
004767

005134

CALL

GfTTN

llCS

DA370

CALI.

ACC UM

;* * * * * If NUMERIC INPUT

103403

;• * * * * * ACCUMULATE NUMBER

004767

005114

;* * * * * * SET NON NUMERIC FLAG = 0

000 241

CLC

;* * * * * END IF

DA370:
103371

HCC

122700
001406

000015

122700
00140 3

000012

122700
001003

000136

CMPB
BfQ

[l,\ 2

;* * * * ENO UNTIL
;* * * CASE CHARACTER INPUT
;• * * WHEN CR

#15,RO
DHOO

;* * * OR LF
CMPR
BEi.i

#12 1 RO
DA400

CMPB
&NE

,--,Ro
DA500

ti IS

llDCDFGB,R3

0~600

;• * * OR DA400:
052703
000 40 2

000001

;* * * * SET DONE FLAG

DA500:

; * * * ELSE

* * * SET ERROR FLAG
;* * * * SET DONE FLAG
i<EPRFGR I OCOFGll>,D3
;* * * END CASE
;*

052703

100001

&IS
OA600:

;* * END UNTIL

032703
001750

000001

bIT
Bf.Q

#DCDFGll,R3
DA100

DA700:
;*

000207

* RETURN

RFTUll'f

;* END GET DATA/COMMAND

(
KXTRF - KXTllCA Native Fir•ware MACRO vos.oo
Dl'POS - DEPOSIT~

(
00:51

Page 45

.SBTTL DEPOS - DEPOSITE
.ENABLE GBL,LC

1
2
3
4
5
6

Module naae: OEPOS - DEPOSIT

1
8

Systea: KXTll-CA

~ative

fir•ware

10
11

12
13

14
15

; Functional Description:

16
17

;

18
19
20

;Input Paraaeters:

21
22

1) 112 - ADDRESS
i!) R4 - DATA

23
24

25
26

This aodule is used by both the Q bus ODT and the serial ODT aonitors.
It deposits the passed data in the register or aeaory location
specified.

3) RJ bit REdFGB - Register flag
;Output Parameters

27
.....J

(\.)

29
30

31
32
33
34
35
36

l} R3, BIT

(ERR~GB)

;DATA STHUCTURES USFD
;

1) USER REGISTER SAVE AREA

;Routines Used
NONE

37
38
39
40
41

- eRROR FLAG, BIT

;Global Syabols Defined
NONE
;

l (ERROR), BIT NOT ALTERED IF NO ERROR

(

KXTNF - KXTllCA Native firmware MACRO V05.00
OF.POS - OEPOSITE
1
2 166474
3 166474
4
5 166476
6 166500

00:51

Paqe 46
;* PROCEDURE

OEPOS::
010246

HOY

R2,-(SP)

105703
100004

TSTA
BPL

R3
DESO

1
8

....J

9 166502
10 166504
11 166506
12
13 166512
14
15 166512
16 166514
17 166516
18
19 166520
20
21
22 166522
23
24 166526
25
26 166526
27 166530
28

006302
06050 2
06270 2

ASL
ADD
ADO

R2
R'i,R2
#APLROO,R2

000 241
010 41 2
000 240

CLC
HOV
NOP

1<4,(R2)

103002

BCC

DF200

177750

;* * IF TARGET IS A REGISTER
;**THEN
;* * * CONVERT REGISTER NO. TO ADDRESS

;* * FND If

DESO:
;* * DEPOSIT DATA AT SUPPLIED ADDRESS

; * * Ir NXM

;* * THEN

;* * * SET ERROR FLAG
052703

100000

BIS

#ERPFGB, R3
I

; * * ENll IF

DF.200:
012602
000 207

MOY

(SP)+,R/

;* * RETURN fPOH CALL

HTURll

;* <:NO DEPOSIT

(

KXTNF - KXTllCA ~ative firmware MACRO VOS.00
DISPWD - DISPLAY WORD
1
2
3
4
5
6
7
6
9

00:51

Page 47

.SBTTL DlSPWD - DISPLAY WORD
.FNABLE LC,GbL
Module name:
System:

DlSP~D

K~Tll-C-

- DISPLAY WORD

Native firmware

10
11
12
13
14

15
16
11
16
19

20
21

functional Description:
This module is a general use utility that converts an 16 bit
value to an ASCII string and sends it out the console serial
line.
;INPUT PAPAMETEPS:

;OUTPUT PARAMETERS:

Rt - DATA WORD TO BE

.......)

""'

25
26
27
26
29
30

HONE
;DATA STRUCTURES QSED:
1) SLUl CSRs

DJSPLA~ED

KXTMF - KXTllCA Native Fir•ware MACRO V05.00
DISPWD - DISPLAY WORD

00:51

Page 48

;* PROCF.DURE DISPLAY WORD

3 166532
4
5 166532
6 166534
7
8 1665.16
9
10
11 166542
12 166544
13 166546

DTSPWD::

;* * SAYE REGISTERS USED
010046
010146
012702

000006

005000
006301
005500

HOY
"lOV

RO,-(SP)
R7,-(SP)

MOY

#6, <?2

CLR
ASL
AOC

ill

;* * SHTFT HIGH BIT OF DISPLAY WORD INTO
;
NEXT NUMBER BUFFER
RO
ilO
;* * DO UNTIL CHARACTER COUNT : 0

--.J
U1

15 166550
16
17 166550
18
t9 t66554
20
21
22 166554
:.!3 166556
24 166562
25
26 t66564
27 166570
28 t66572
29 166576
30
31 166600
32
33 166604
34
35
36 166606
37 1666t0
38 166612
39 1666t4
40 1666t6
41 166620
42 166622
43 166624

DilOO:
062700

000060

;• * * CONVERT NEXT NUMBER BUFFF.R TO ASCII
ADD

i160, RO

005032

MOV
CALL
HOV

RO,-(SP)
CHKCHR
(SP)+,RO

B'IE

(HXCSRU
DI200
#XOFF'GB, R3
DT200

MOVB

RO,UXi:IUFlA

CLR

DI200:
010046
004761
012600

;* * * DO UNTIL TRANSMIT BUFFER EMPTY
;* * * OR XOFF FLAG = 1
;* * * * CHECK FOR INPUT

;* * * END UNTIL
t05737
100371
032703
00t366

t 77564

TSTB
BPL

000040

BIT

110031

177566

005000

;* * * DISPLAY NUMBER

;* * * CLEAR ~EXT NUBBER BUFFER
;* * * SHIFT NEXT TRREE HIGH BITS OF DISPLAY
WORO ONTO NEXT NUMBER BUFFER

;

006301
005500
006300
00630t
005500
006300
006 30 t
005500

ASL
ADC
ASL.
ASL
AOC
ASL
ASL
ADC

Rt
RO
l<O
Rt
RO
RO

005302

DEC

001347

BNE

DllOO

012602
012600

HOV
MOV

(SP)+,R2
(SP)+,RO

000207

RETUl<N

;* * * DECREMENT CHARACTER COUNT

45 166626
46
47 t66630
48
49 166632
50 t66634
51
52 166636
53

;* * SET CHARACTER COUNT = 6

;* * END UNTIL
;* * RESTORE ReGISTERS
;* * RETURN

FRO~

CALL

;* ENO DISPLAY WORD

(

KXTNF - KXTllCA Native Fir•wa,_ MACPO V05.00
DISPWD - DISPLAY ~ORD

00:51

Page 49

(

.SBTTL A8AUD - AUTO BAUD
.ENABLE LC,GBL

2
3
4
5
6

7
8

;

Module name: ABAUD - AUTO BAUD

; System: KXTlt-CA Native Ftraware

10
11
12
13

Functional Description:

This aodule perfor•s the auto baud function on the console serial line.
It is used by the serial ODT monitor. The decision whether to atteapt
to auto baud is made in this module. If the prograaaable baud rate
enable bit of the DLART is set or writing to the baud rate bits
does not change there value, the auto baud function is not perforaed.
If the auto baud function is perforaed this mode will continue to
attempt to determine the baud rate until it succeeds.

15
16
17

18
19
20
21
22
23
24
25
26
-..J

°'

The auto baud function ls perforaed by setting the baud rate to 2400
and coaparing,the input characte~ data td that of a table. This
character aust be a CR and be sent at a baud rate within the range of
300 to 9600 (in doubling increaents).

27
211

29
30
31
32
33
34
35

The baud rate table has two enteries for 4800 baud to eliminate the
4800 baud detection problea that exists for the Falcon.
;

;Input Parameters:
NONE
;

;output Paraaeters

36
NONE

38
39
40

;

;DATA STRIJCTURES
SLUl CSR (XCSRll)

42
43
44
45
46

;

;Routines Used
NONE

(
KXTNF - kXTllCA Native Firmware MACRO VOS.00
ABAUD - AUTO BAUD
1
2
3
4
5
6
1

000002
000012
000022
000032
000042
000052

B300
11600
B1200
B2400
84800
B9600

9
10 166640
11 166641
12 160642
13 166643
14 166644
15 166645
16 166646
17 166647
18 166650
19 166651
20 166652
21 166653
22 166654
23 166655
24

200
002
170
012
346
022
015
032
362
042
363
042
311
052

00:51

Page 50

=
=
=

=
=

32
42
52

INDATA: .BYTE
.BYTE
.BYTE
.BYTE
.B'lTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTI::
.BYTE
.BYTE
ENOTAB: .flYTE
.EVF.N

200
BJOO
170
8600
346
111200

00:51

Page 51

l 'i

il2400
36:.>
B4800
363
84800
377
B'l60o'

...J
.....J

KXTNF - KXTllCA Native Firmware MACRO V05.00
ABAUD - AUTO BAUD
1

300 BAUD DLART RATE COOE
n
n
600
"
"
1200 "
n
2400 "
"
"
4800 "
"n
"
"n
9600 "

;RECEIVE DATA AT 300 BAUD(BlUD RATE CODE

;

.
..

;

.. 2400

" 4800

.. , 9600

" 1200

.
'

" 600

..
..
"

"
"

..
"

(

KXTNF - KXTllCA Native Firmware MACRO V05.00
ABAttD - AUTO BAUD
2
3 166656
4
5 166656
6 166664
7

oo:st

Page 52

;* PROCFDURE AUTO BAUD
AllAUO::
032737
001041

000002

177564

llTT
BNt:

#2 1 @#XCSR1A
A!l600

; * * THF.N
;* * * SET PBF. llIT

-..J

9 166666
10
11 166674
12 166702
13
14
15 166704
16
17 166712
lB
19 166712
20 166714
21
22 166716
23
24 166722
25
26 166722
27 166726
28
29 1667 30
30
31 166734
32
33 166740
34 166742
35 166744
36 166750
37
3B 166752
39
40 166754
41
42 166756
43
44 166756
45
46 166762
47 166764
48 166766

052737

000002

171564

BIS

112,@#XCSRU

032737
001432

000002

171564

HIT
EIEQ

#?,@#Jl:CSRU
All'lOO

;* * * IF P!IE RF.ADS BACK AS l
;* * * THEN
;* * * * SlT BAUD RATE TU 2400

012737

000032

177564

MOV

llB2400 1 ta#XCSRU

CLR
SOtJ

RO
KO,.

TSTA

@fll{llUFl A

;* * * * no UNTIL BAUD RATE FOUND

AlllOO:
;*

005000
077 00 l
105737

177562

AB 200:

* * * * DELAY .25 SECONDS

;* * * * * CLEAR RECEIVE BUFFFR
; * * * *.1 * DO UlfT IL OAT A PECE IVED
;* * * * * FND UNTIL

105737
100 375

177560

TSTB
HPL

@#RCS RU
A!1200

113700

177562

MOVA

@#RBUFl A1 RO

012701

166640

HOV

#INDlTA,Rl

120021
001405
022701
001760

19300:
166655

CMPP
llF. ...
CMP
BO:Q

005201

l!IC

000771

;• * * * * G~T INPUT DATA
;* * * * * SET POINTER TO TOP OF TABLE

;* * * * * DU WAIL~ DATA <> (POINTER) OR LAST VALUE
RO,(Rl)+
111400
#ENOTAR,Rl
APlOO
;(NON STkUCTUPED BRANCH FOR CODE OPIMIZATION)
;* * * * * * INCREMENT POINTtR
Rl
;* * * * * END •HILE
A11300
;* * * * ~ND UNTIL (CONDITION TESTED ABOVE TO SAVE CODE)

AB400:

;* * * * St:T BAUD RATE P~R TABLE
111137

171564

MDVII

(Rl),@#XCSRU

CLR

;* * * * PELAY .5 SECONDS
005000
077 00 l
077001

soa

RO,.

503

RO,.

;• * * F:ND IF

50 166710
51
52 166770

AR~OO:

;* * F.ND IF
AB600:

; * * RETURN

'53

'54 166770
55

;* * IF DLART XCSR PBRE BIT

000207

RF.TUR'!
;*

~ND

AUTO BAUD

(

KXTKF - KXTllCA Native Firmware MACRO V05.00

00:51

Pa11e 53

ABlUO - AUTO BAUD
1

.SBTTL GOPQOC - GO/PPOCEFD
.ENABLE LC,GBL

2
3
4
5
6
1
8

Module na•e: GOPROC - GO/PROCEED
System: KXTtl-Cl

~ative

Firmware

10
11

;

13
14
15
16

Functional Description:

17
ltl
19
20

-.J
\0

This •odule perfor•s the 110 and the proceed functions for both
the serial and Q bus ODT. lt has seperate entry points for
each Go and PROCEF.D. The difference bein11 that a PC value
is passed to the module tor the GO function. This •odule
tests the user stack area and the user PC value. If a NXM is
encountered at the user SP the module returns fro• the call.
If no error 1s encountered contr.111 ts passed to the user application.

22
23
24

;

;Input Parameters:

26
27
26

1) RO = USEP PC VALUE FOW GO CO~MlNO
;output Parameters

31
32
33
34
:15
36

NONF.
; Routines Used
NONF

(

KXTNF - KXTllCA Native Firaware MACRO VOS.00
COPROC - GO/PROCEF.D

CX>
0

1
2
3 166772
4
5
6 166772
7
8 166776
9
10 167002
11
12 167006
13
14 167010
15
16 167010
17 167016
111 167022
19 167026
20
21
2::t 167030
23 167034
24 167036
25 167040
26 167044
27 167046
28 167050
29 167054
30 167056
31 16706 2
32
33
34 167064
35 167070
36
37 167074
38
39 167102
40 167106
41 167112
42 167116
43
44 167122
45 167126
46
47 167130
48 167132
49 167134
50 167136
51 167140
52 167142
53
54 167144
55
56 167146
57

00:51

Page 54

;* PROCEDURE GO/PROCEF.D
;* * IF GO
GO::

;* * THEN
i* * * CLF.AR ADDRESS BITO OF TARGET
042700

000001

BIC

iBITO,RO

010065

177766

MOY

R0 1 lPLPCO(R5)

005065

177710

CLk

APLPSO(R5)

* * SET APPLICATION PC = ADDRESS PASSED

i* * * SET lPLICATION PSW

000005

RESET

J* * * RESET IOP
i* * F.NO If

PROC::
i* * TEST USER SP FOR NXH AND WRITABLF.

052737
016500
012701
000 241

010000
177764
0525l5

175002

il TS

HOV
MOY
CLC

#KX$NXF 1 @JKW.STA
APLSPO(RS),RO
#'i2525 1 Pl
;* * IF TF.ST OF USER SP PASSES

010160
000240
103457
010160
000240
103453
020160
001050
020160
001045

177776

HOV
NOP
BCS
MOY
NOP
BCS
Cl'P
BtiE
CMP
llNE

177774
177776
177774

R1 1 -2(R0)
I

GP300
Rl 1 -4(Rll)
CP300
Rl,-2(1..0)
GP300
RI I -4( RO)
GP JOO

;* * THEN
;* * * SET LEDS TO NON NATIVE CODE STATE
012700
004767

000000
000104

HOV
CALL

#NNCED, RO
SETLEI'

042737

010000

BIC

#KXSN~F,@fKW.STA

016500
016540
016540
010065

177764
177170
177166
177764

MOY
MOY
HOV
MOY

lPLSPO(R5) 1 RO
lPLPSO(R5) 1 -(R0)
APLPCO(R5),-(P0)
1<0 1 APLSPO(R5)

012706
060506

177750

MOY
ADD

liAPLROO,SP
R5,SP

012600
012601
01260 2
012603
012 60 4
012605

MOY
llOV
MOY
MOV
MOV
HOV

(SP)+,f<O
(SP)+,Rl
(SP)+ 1 k2
(SP)+,RJ
(5P)+,R4
(SP)+ 1 R5

011606

M(1V

(SP),~P

IJIS

#kXSDF.N,@#k~.cso

i* *

052737

000100

175002

177530

* F.NlBLE tiXM'S TO TRAP TO 4

* * PUT APPLICATION PC AND PS ON APPLICATION STACK

* * SET STACK POINT~R TO APPL. RO SAVE ADDR.

;* * * P.ESORE USER REGISTERS RO - RS

;* * * RESTGRE USER SP

;* * *

F.Nl~LE

DUAL PORT RAM

;* * * CLF.AR SEQJAL OOT, QBUS ODT

ANO NXM FLAGS OF

(

KXTNF - KXTllCA Native F1raware MACRO V05.00
GOPROC - GO/PQOCEED
58
59 167154
60
61 161162
62
63 167110
64
65 161114
66
61 167176
68
69 161176
70

042131

010301

115002

BIC

052131

000001

115002

a1s

005031

115000

CLR

I-'

Paqe 54-1
;
STATUS R~GISTER
#<KXSSOF I KXSQOF I KXSNXF I KMSSTF>,@#~V.STA
;* * * SET STATUS REGISTER Tu MON NATIVE CODE STATE
IKPSNNC,~IKW.STA

;* * * CLEAR COMMAND REGISTER
f#K~.CMD

;* * * RETURN TCT APPLICATION (NnN STRUCTURED EXIT)

RTI

000002

;**FNDif

GP300:

;* * RETURN FRO~ CALL
RETURN

000201

KXTNF - KXTllCA Native Firaware MACRO VOS.00
SETLED - SET LEOS

00:51

;* ~NO GO/PROCEED

Page 55

1
2
3
4

.SBTTL SETL~O .ENABLE LC 1 GBL

5
6

Module naae: SETLEO - SET LEOS

System: KXTll-CA Native Firaware

S~T

LEDS

8
9

10
11

12
13
14
15
16
11
18
19
20
21
22
23
24
25
26
27
211

29
30
31
32
33
34
35
36
31
38
39

Functional Description:
This mode sets the LED display to the state pass to it as a paraaeter.
It only changes the state of the LEDs if they are not currently
displaying an error or if the new display is to be Fatal Error.
There are two entry points to this routine. SETLED is the entry
used if the return address ls on the stack. SETLDJ ls used if there
is not a usable stack and the return address is in Rl.

;

;Input Paraaeters:
1.

New LF.D State (RO)
Return address if SETLDJ entry is used (Rl)

;
;Output Parameters

;
NnliE
;
;Data structures used
1.

LED State (KXTCSR C1 bits 3 - 0)

Routines Used
NONE

.:'

l
!
1
.!

(
KXTMF - KXTllCA Native Firaware MlCRO V05.00
SETLED - SET LEOS
1
2
3
4
5
6
1

8
9
10
11

12
13
14
15
16
17
111
19
20
21
22

23
24
25

26
00
N

27
211
29

30
31
32
33
34
35

000017
000016
000015
000014
000013
000012
000011
000010
000007
000006
00000'5
000004
000003
000002
000001
000000

LSCJ
LSl
LS2
LS3
LS4
LS5
l.56
LS7
LS8
LS9
LSlO
LS11
LS12
LS13
LS14
LS15

000017
000017
000010
000011
OOOCJ12
(100013
000014
000015
000016

LF.DT SO
FERPD
NHRRD
UROMOD
UROlllD
SlLBD
S2ALIJD
S2 BLIHJ
PARLBO

000007
0!10006
000005
000004
000003
000002
000001
000000

PUTSOS
CSTHD
QOOTMO
SODTMD
WAITD
OMA ED
PRIPO
NNCF.D

00:51

Page 56

17
16
15
14

----

....
"

"
"
n

---

1
0

-----------------

I.SO
LSO
LS7
LS6
I.SS
LS4
LS3
LS2
LSl

7
b

..
.....

LEf'I STAT"'. 0
1
"n
" 32
"
4
5
" 6

---

(

LStl
LS9
LSlO
LSll
LSl 2
LS13
LS14
LS1'5

9
10
11
12
13
14
15

LED TEST DISPLAY
FATAL FRROR DISPLAY
NON VlTAL ERROR DISPLAY
USEk RO~ 0 FAILED DISPLAY
OSVk ROM l FAILED DISPLAY
SLUl Loor BACK TEST FAILED DISPLAY
SLU2 CHAN A LOO~ BlCK TEST FAILED DISPLAY
SLUl CHAM B LOOP BACH TEST FAILED OISPLAY
"ARALLEL LOOP BlCK TEST FAILED DISPLAY
POWER UP TFSTS RUNNING
CONTINUOUS SELF T~ST MODE DISPLAY
Q RUS DOT MOOE DISPLAY
SEKIAL OOT MODF. DISPLAY
WAIT MOOE DISPLAY
EXF.COTING OMA LOAD DISPLAY
F.Xf.CUTING PRiMARY BOOTSTRAP DISPLAY
F.Xf.CUTING NON NATIVE CODE DISPLAY

(

KXTNF - KXTllCA Native Firmware ~-C~O V05.00
SETLED - SET LEDS
1
2
3
4 167200
5
6
1 167200
8
9 167202
10
11 167202
12 167206
13
14 167210
15 167216
16 167220

00:51

Page c;7

;• PROCEDORE SET LEOS
;* * H CALLEO
SETLED::
;* * THEN
;* * * SET RETORN ADDRESS/FLAG

005001

CLR

Rl
i * *

022700
001405

000017

132737
00140 l
000410

000010

;* * IF NEW DISPLAY IS FATAL ERROR

CMP
BCQ

#FERRO, RO
SElOO

BITll

#KXSLOJ,@IKW.CSC
SElOO
SE200

;* * OR LEOS NOT DISPLAYING ERROR
1715l4

llEQ
llll

;• * THEN

lR 167222

SF.1 00:

;* * * SET LED TO STATE PASSED TO ROUTINE (RO)

l '1

co
w

... ,,.
1··

110037

171524

~0¥1'

RO,@~Kll.CSC

122700
001003

000017

CMP!l
llNE

#FEQl!O, RO
SE150I

052137

000040

BTS

#KXSF!':F,@l#KW.STA

;* * • IF LEDS SET TO FATAL ERROR

175002

;* • * THEl\o
;* * * * SET FATAL ERROR FLAG OF STATUS REGISTER
;* * * FND If

28 167242
29
30 167242
31
32 167242
33 167244
34
35
36 167246
37
38 167250
39
40 167250
41
42

END II'

SETLDJ::

20 167222
21
22 167226
23 167232
24
25
26 167234

SE150:
;* * F.ND IF

SE200:
;* * IF RETORN ADDRESS : 0

005701
001001

TST
ilNE

Rl
SE300
;* * THEN
;* * * RETURN FROM CALL

RETURN

000207

;* * i,:LSE

snoo:
000111

;* * * JUMP TO RETURN ADDRESS

JMP

(Rl)

; * END SET u;Ds

(
KXTMF - KXTllCA Native Flr•ware MACRO V05.00
TRAP4 - TRAP 4 EMULATOR

00:51
.SBTTL

1
2
3
4
5
6

Paqe 58
TRAP4 - TRAP 4 F.MULATOR

.ENABLE LC 1 GBL
~odule

Syste•: KXTll-CA Native Firmware

8
9

10
11

12
13
14
15
16
17
18
19
20
21
22

00
.i::.

Functional Description:
This module e•ulates the Trap to 4. This e•ulatlon
is performed by placing PSW and the vector address onto the stack
and performtnq an RTI. If the stack pointer is not potntlnq
to writeable me•orY (but not NXM) this routine will force a
stack hXM situation where the Restart Interrupt handler (RESTRT)
will re-establish the stack and retry the trap.

KXTNF - KXTllCA Native Fir•ware MACRO V05.00
TRAP4 - TRAP 4 EMULATOR
l
2 167 252
3
4 167252
5 167256
6
7 167262
8 167210
9 167272
10 167276

00:51

;* PROCFDURE TRAP4
TPAP4::
013146
013746

000006
000004

023166
001004
023716
001001

000006

;* * SET UP STACK FOR TRAP TO 4
HOY

!40V
CMP
BNE
CMP
BNE

000002

000004

12
13 167 30C
14
15 161302
16
17 167302
18 161310
19
20

Page 59

RTl

000002
TR410:
052737
005737

004000
111176

175002

IHS
TST

U6,-(SP)
@,4,-(SP)

;* * IF STACK IS POINTING TO RAM

@#6 1 2(SP)
TR410
@~4 1 (SP)

Tll410

;* * THEN
;* * * EHULATF. TRAf (NON STRUCTURED EXIT)
i* * ELSE

;* * * FAKE A STACK 3XH SITUATION (NON STRUCTURED EXIT)
#KX$SU 1 @#KV.STA
;(FOPCF. A NX~ RESTART INT.)
@#117176
i * * F.Nfl IF
; * F.N!l TR AP 4

(

KXTNF - KXTllCl Native Firmware MlCRO V05.00
TRAPlO - TRlP 10 E~ULATOR

00:51
.SBTTL

1
2
3

Page 60
TRAPlO - TRAP 10 EMULATOR

.f'.NlBLE LC,GBL

Module name: TRAPlO - TRAP 10 EMULATOR MODULE

5
6
7
II
9

System: KXTll-CA Native Fir•ware

10
11
12
13
14
15
16
17

Functional Description:
This module emulates the Tr1p to 10. The trap emulation
is performed by placing the vector address and PSW on the stack
and performtnq an RTI. If the stack pointer is not pointing
to writable memory (but not NXM) this routines will force a
stack NXM situation ~here the Restart Interrupt handler (RESTRT)
will re-establish the stack and retry the trap.

19
20
21
22

lJ1

KXTNF - KXTllCA Native Fir•ware MlCPO V05.00
TRAPlO - TRAP 10 EMULATOR

00:51

Page 1;1

;* PROCEDURE TRAP4

1
2 167314

TRAPlO::

;* * SET UP STACK FOR TRAP TO 4

4 167314
5 167320
6
7 167324
8 167332
9 167334
10 167340
11
12
13 167342
14
15 167344
16
17 167344
18 167352
19
20

013746
013746

000012
000010

023766
0010()4
023716
001001

000012

000002

000010

HOV
HOV

~112,-(~P)

CMP
BNE
CMP
BNE

@#l2,2(SP)
TlllOlO
;91110,(SP)
TR1010

@IUO,-(SP)

;* * TF STACK IS POINTING TO RAM

;* * THFN
;* * * ~MULATE TRAP (NON STRUCTURED EXIT)

000002

RTI

;* * Fl.SI::
TP1010:
052737
005737

004000
177776

175002

BIS
TST

;* * * FAKE A STACK NXM SITUATION (NON STRUCTURED EXIT)
#KXSSXT,@l#KW.STA
@11177776
;(FOPCF. A NXM RESTART INT.)
;* * F.NO IF
;* END TRAPlO

(

KXTNF - KXTllCl Native Fir•ware HlCPO Y05.00
TRlP24 - TRAP 24 F.MULATOR

00:51
.SBTTL

1
2
3

Paqe 62
TRAP24 - TRAP 24 EMULATOR

.F.UBLE LC,GllL

4
5
6

Module name: TWAP24 - TRAP 24 EMULATOR ~OOULE
System: KXTll-CA

1
8
9

~ative

fir•ware

10
11

12
13
14
15
16
17

Functional Description:
This •odule emulates the Trap to 24. Thl3 e•ulation
is performed by placing data at locations 26 into the PSW
and 24 int the PC.

18
19

<X>

KXTNF - KXTllCl Native Fir•wara MACRO Y05.00
TRAP24 - TRAP 24 EMULATOR
1
2 167356
3
4 167356
5
6 167362
1

00:51

Page 63

;* PROCFDURE TRlP24
TPAPH::

;* * MOfE CONTENTS OF 26 TO PSW

106437

()00026

MTPS

@1126

013707

000024

MOY

@1124, PC

i* * MOYE CONTENTS OF 24 TO PC

;* F.N!l TRAP24

KXTNF - KXTllCA Native Fir•wa(
TRAPX - TRAP COMMAND EMULATOR

.OCRO V05.00

00:51

.SBTTL

1
2

(

Pa11e 64

TRAPX - TRAP COMMAND EMULATOR

• EN ABLE LC, <;BL

3
4

Module na•e: TRAPX - TRAP COMMAND EMULATOR MODULl

5
6

; Syste•: KXT11-CA ~ative Fir•ware

7
8
9

10
11

;

12
ll

Functional Description:

14
;

This module emulates the Trap specified by the DPR. This e•ulation
is pertor•e~ by plactnq data in DPR re9ister 2 into the PSV
and DPR re9ister 3 into the PC.

16
17
18
19

20
21 167366
22
23 167366
24
25 167372
26
27 167376
CX>
-...J

. <

28
29

;* DROCEDURE TRAPX
TRlPX::

;* * CLEAR COMMAND REGISTER

005037

175000

CLR

@IKV.CMD

106437

175006

MTfS

@IKW.SC3

013707

175004

MOY

~JKV.SC2,PC

;* * SET PSV TO OPR REGISTER 3

;* * JUMP TO ADDRESS SPEC. IN DPR REGISTER 2
;* END TRlPX

(

KXTNF - KXTllCl Natlye Pir•ware MACRO Y05.00
VlITST - VAJT FOR COMMAND STATE

00:51

Page 65

.SBTTL WllTST - VllT FOR COMMAND STATE
.ENABLE LC,GBL

2
3
4
5

;

Module na•e: VAITST

; Syste•: KlTll-CA Native firmware

8
9

10
11

12
13
14
15
16

;

; Functional Description:
J

18
19

20
21
22
23

;

25
CX>
CX>

This module is used to place the IOP in the wait state. In this state
the IOP waits for a com•and to be received fro• the Q bus.
The LED if not displaying an error will be set to the wait state
display. The state field of status register of the DPR will be
set to the wait state if the ~oot/Self Test Switch is not set to 10.
If the switch is set to 10 then the state field is set to the Q Bus
controlled test state. The routine continues to loop setting the LEDs
and the stater field of the status regist~r so that if the serial DDT
mode is entered via areak, while in this routine and a Proceed
co•mand is executed the LED display and state field will be correct.

;

;Input Para•eters:

29
30

;

31
32

NONE

;Output Para•eters
NONE

33
34

;

;Routines Used

36
37

NONE

(
KXTNF - KXT11Cl Native Firmware MACRO VOS.00
WllTST - WAIT FOR COMMAND STATE
1
2 167402
3
4 167402
5
6 167402
7 167406
8
9 167412
10 161416
11
12 167422
13 161426
14 167432
15 161436
16

00:51

P;ige 66
;* PROCF.DURE WAITST

liaITST::
;* * DO UNTIL INTERRUPTfD

WHOO:
012700
004767

000003
171566

HOV
CALL

#IUITD,RO
si;;TLED

013700
042700

175002
000007

MOY
BJC

@#KW.STA,RO
ll'l'M$STF,RO

l 13701
142701
122701
001003

171522
171417
000240

HOVB
BICB
CHPB
BNE

@#KL.CSB,Pl
rc<KMSSliS>,Rl
#<10.*16.>,Rl
liA200

(X)

;* * * If THE BOOT/SELF TEST SWITCH = 10

;

052700
000402

000002

BTS
BR

#!l'.PSQTS,RO
iiA300

QBUS CONTROLLED TEST STATE

Wl200:
I

052700

000004

BIS

lfKP$WST,RO

HOV

1<0 1 @•11:111. ST l

llR

WAlOO

lil300:

28 161452
29
30 161456
31

;* * * G~T STATUS REGISTER

; * * * TliF.N
;* * * * SET STATE FIELD OF STATUS REG. TO

18
19 167440
20 167444
;.11 167446
22
23
24 167446
25
26 161452

;* * * S~T LEO DISPLAY TO WAIT STATE

010037
000751

175002

;* * * E~SE
;* * * ~ SET ST~TE FIELD OF STATUS REG. TO WAIT STATE

;* * * ENO IF
;* * * * WRITE STATUS REGISTER DATA
; * * END UltTIL
P

ENO Ill TTST

(

KXTNF - KXTllCl Native Flr•vare MACRO VOS.00
QCOMIN - Q BUS COMMAND INTEPP.

Pa9e 67

00:51

QCOMIN - Q BUS COMMAND INTEPP.

.~BTTL

• EN ABLE GB!., LC

3
4

;

5
6

Module na•e: QCOMIN - Q BOS

Syste•: KXTll-C' Native

COM~lNO

lNTF.RPRITOR

Flr•var~

II
9

10
11

12
13
14
15
16
17
18
19

Functional Description:
;

This •odule decodes the Q bus co••ands received throu9h the co•mand
register of the dual port RAM. Once a valid co••and ls recognised
the appropriate routine ls called. If the co••and received ts a test
co••and the test co••and decode routine (OECTST) is ju•ped to.

;

21
22

;Input Parameters:

HOHi'

;

;Output Parameters

\0
0

;

28
29

;
;Data Structures Used

;

NONI'

IOP

lOP STATUS REr.ISTER

32
33

;

;Routines Used

COM~lND

37
38
39
40
41

REl'llT (JMP)

OF;CTST (JMP)

llillTS T ( J'4P)

RFGISTER

(

KXTNF - KXT11Cl Native Fir•ware ~ACRO V05.00
QCOMIN - Q BUS COM~lNO INTERP.

00:51

(

Page 68

;* PROCFOURE Q BUS COMMAND INTERPRETER

2 161460

QCO~IN::

J
4

5 161460

042131

140000

175002

8 IC

032737
001406

000100

175002

8IT
BfQ

QC50

052737

lOOflOO

BIS

#KXSCMi 1 @#KW.STl

005037

175000

CLR

@ftKil.CMD

1 167466
8 161414
9

10
11 167476

13 167504

l.O
I-'

14
15 161510
16
11 161512
18
19 161512
20 161520
21
22
23 161522
24
25 161524
26
21 161524
28 161532
29
30
31
32 161534
33 161542
34
35 161544
36 161552
31
38
39 161554
40
41 161560
42 161566
43
44
45 167510
46 161516
41 161600
411 161604
49 161610
50 161614
51
52 161616
53 161616
54 167624
55 161626
56
57 161626

;* * CLEAR COMMAND ERROR AND OMA LOAD ERROR
;
BITS OF STATUS REGISTER
#<KXSCHE l KXSOHE>,@#Kw.STl
;* * lF IN SERIAL OOT MOOE

17<;00]

n~xssor,@nKw.sTa

RTI

000002
QCSO:

;• * Tllf.N
;• * * SET COMMAND ERROR BIT OF STATUS REGISTER
;* * *

CLEA~

COMMAND REGISTf.R

;* * * ~ETUPN FPRH INTERRUPT
;(NON STRUCTURED f.XIT)
; * * f ND If
;* * IF QOOT FLAG OF STATUS RfGISTER

032737
001401

000200

175002

BIT
B<:Q

#KXSQOF,~#KW.STA

QC70

;* * THEN
;* * * UNBLOCK QODT WAIT FOR COMMAND

;(NON STRUCTURED EXIT)
;• * FND/IF

000002
QC70:
175000

BNE

#BITlS,{l#KW .CMO
QCSOO

175000

CMP
HNC:

#KXSOOC 1 @#KW.CHD
QCll)Q

17500 2

IHT

IJNE

#KXSSOF,@WKW.'iTl
QClOO

JMP

QOOTM

CMP
BNr:

#KX$INC,@#KV.CHO
QClOO

032731
001141

100000

022131
001006

000010

032131
001002

000100

000161

001652

022131
001024

000004

175000

000006

115006

BIT

;• * IF TEST/COMMAND BIT = 0

• * THEN
* * * CASE COMMAND
* * * WHEN Q BUS OOT
;• * * lhO S~lTUS

~EGISTEP

SEPilL ODT FLAG = 0

;* * * * F.NTER ODT Q BUS ODT ~OOE
(NON STRUCTURED JUMP TO Q BUS ODT MONITOP)

022131
103401
013100
042100
022700
101004

QClOO:

CMP
BLO
HOV
BIC
CHP
BHI

117522
111411
000160

000010

175006

;* * * ANO OPR PEGISTER 3 = 0 THROUGH 6 ANO IO
;
SWITCH < 1

#6 1 UKW. SC 3
QC120

@#ICW. CSB, RO
rc<KHSSWS>,PO
#<7*16. >,PO
QCl'iO

QC 120:
022131
001005

;• • * VHEN RE-INITIALIZE

;• * * OR DPR REGISTER 3 = 8

CHP
BNE

#8.,@f!KW.SC3
QC200

BIC

#KXSDFN,@#KW.CSA ; * * * * DISABLE OUAL PORT Pl~

QC150:
042131

000100

177520

{
KXTNP - KXT11CA Native Pir•Ydre MAcqo V05.00
QCOMII - Q BOS COMMAND INTERP.

\0
1'J

58
59
60 167634
61
62 167640
63 167646
64
65 167650
66
67
68 167654
69
70 167660
11 167666
72
73 167670
74 167676
75
76
77 167700
78 167704
19 167710
80 167114
81
82 167714
83 167722
84
85
86
87
88 167730
89
90 167734
91
92 167736
93 167736
94 167744
95
96
91 167746
98
99 167754
100
101 167762
102 167770
103
104
10~ 167772
106 167174
107
108 167776
109
110 167776
111
112 170002

000167

003156

022737
001004

000002

062706

000004

175000

QC200:

00:51

Page 68-1

JMP

RF.INIT

CMP
BNE

#KXSDMC,@#KW.CMO
Qr.JOO

ADO

f4,SP

;* * * WHEN OMA LOAD
;* * * * REMOVE RETURN ADOR. ANO PS FROM STACK
;* * * * PERFORM OMA TRANSFF.R
;

000167

001152

022737
001023

000001

175000

032737
001016

000001

175004

012700
012701
000167

QC300:

JMP

OM ALO

CMP
bNE

#KX$TRC,@IKW.CMO
QC400

#0 ITO,@llKll. SC2
QCJRO

BNE

000000
167114
177266

(NON STRUCTURED JUMP TO OMA LOADER MODULE)

;* * * WHEN TRAP COMMAND
;* * * * IF PC VALUE IN OPR REGISTER 2 IS EVEN
;* * * * THF.N
;* * * * * SET LEOS TO NON NATIVE CODE STATE

MOY
MOY
JMP

llNNCEO,RO
•OC350,R1
SF:TLQJ

BIC
BIS

llKM$STF,@JKW.STA
#KPSNNC,@#KW.STA

QC350:
042737
052737

000007
000007

175002
175002

;* * * * * SET STATUS RF.GISTER NON NATIVE CODE STATE
;* * * * * EMULATE TRAP AT ADDRESS
;
i

;

000167

177432

000442

QC300:

J"P

TRAPX

QC450

i * * *

PER DUAL PORT REGISTER 2
SET PSW PER DUAL PORT REGISTER J
(HON STRUCTURED F.XIT)
* ENO "If

;* * * WHEN SHOW STATUS COMMAND

QC400:
022767
001027

000020

005034

113737

177522

175006

HOVB

042737

177401

175006

BIC

032737
00140 2

000010

177522

BIT

CHP
BNE

BFQ

005000
000402

CLR
BR
QC420:

012700

100000

MOV

#KX$SffC,KW.CMO
QC447
;* * * * PLACE BOOT SWITCH AND MAP S~tTCH
VALUES TO DPR kEGISTER 3
i
@#KL.CSB,@IKL.SC3
;* * * * CLEAR ALL NON RELATED AITS
#•C<KMSMAP I KMSSWS>,@#KW.SC3
i* * * * IF USER SOCKETS MAPPED LOW
#ln$MP2,@IKL.CSB
QC420
i* * * * THF.N
;* * * * * TEST FOR RAH AT 0
RO
QC440
i" * * * ELSE

;* * * * * TEST FOR RAM AT 100000
11100000,RO
i * * * * F.MD IF

QC440:

113

114 170002

;* * * * RE-INITIALIZF
;
(NOh STkUCTURED JUMP TO POllERUP MODULE RE-INITIALIZE

011001

HOV

(RO),Rl

;* * * * IF RAM PRESENT

KXTNF - KXT11CA Native Fir•vl
QCOMIN - Q BUS COMMAND INT~RP.

MACRO VOS.00

BF.Q

(RO)
Rl;(RO)
QC445

119
120 170012

010110

MOV

Rt,(RO)

BIS

tlll JTO,. @;fkll. SCJ

nc470

CMP

•k~SNOP~@•kw.rMO

122 170014
123
124 110022
12!1 1100~1

126

V521J1

000001

115006

1Z1 110024

UB 1700;!4 b22'131

129 110032
130
131 110034
132
133 110040

QC447:
1100040

175000

bo1003
b050J1

115000

000002

134

135 110042
136
131 110042

138

139 170050
140 110050
141
142 1100!12
143'
144 110052
145
146 170056
147
148 170056
149
150 170062
151
152 170066
153

100000

175002

;• * * llHFN NOP COMl.!AND

1!#~11.CMlJ

Rti

J(hOM S1RUCTUR~IJ EXtT)

Bts

~kKSCM~,~#Kw.sta

000~14

* * * * SET PAM PRESENT BIT OF DPR REG. 3

CLR

;* * * * CLFAR COMMAND REGISTER
;* • * * RtTURM FROM INTERRUPT

;• * * ELSt {BAO COMMAND)
;* * * * SET COMMlNO ERROR BlT OF STATUS REGISTER
,

JMP

O~CTST

* * F.MO CASE

1•

* ELSE (TESt/CONMANO nit : 1)

gr61lO

QCSOO:
000161

* * * RESTORE LOCATION

(,!C450

QC470:
D00402

I* *

l!Nt:

gr45o:
b52731

;• * * • 1'Hf::N

;* * • " fhll H

tlC445:
boo412

(

68-2

005110
020110
001404

111

COM
CMP

PaQ~

115 170004
70006
1i6
1
1 10010

1 8

00151

J* * * DECOOE tf:St COMIUNO (NOlll-STRIJCTURED JUMP to DECTST)

;• • END tF

QC600:
062106

000004

AbD

#4 1 SP

005037

115000

CLR

@UW.CMO

000167

177310

JI.IP

WAIT ST

;* * ~EMOVE R~tURN ADORESS AND ~SW F~OH STACK
;* * CLEAR COMMA~D REGISTER
)* •

ENTlR WAIT STATE (MON STRUCTURED EXIT)

;• E~D 0 BUS COMMAND INTER~RETER

(

KXTNF - KXTllCA Native Fir•ware MACRO V05.00
00:51
OF.CTST - DECODE ANO DISPATCH QBUS SELF TEST REQUESTS
1
2
3

.SJTTL
.ENlBL

P~qe

DECTST - OlCODl AND DISPATCH QBUS SELF TEST REQUESTS
G!IL

4
5
6

MODULE NAME: Of.CTST - DECODf ANO DISPATCH QRUS SELF TEST REQUESTS

7
8
9
10
11
12
13
14

15
16
17
18
19

20
21
22
23

24
25
26
l.O
.i:..

FUNCTIUNAL DESCRIPTION:
THIS MODULE DECODES THE Q!IUS SELF TF.ST REQUESTS AND DISPATCHES TO THE
APPROPRIATE SF.LF TEST ~ODULf.. ON RETURN FROM THE SELF TEST MODULE,
Df.CTST UPDATES THF. LEO DISPLAY, UPDJTES THE ACCUMULATED ERROR VORD,
ANO PERFORMS Thf. ACKhO~L~OGF.HENT PURTION OF THE PROTOCOL TO NOTIFY THE
APBITER OF CO~PLETION.
INPUTS:
TFR 0 CONTAINS THE S~LF TEST REQUEST CODE.
TPR 3 COhTAt~S AN OPTIONAL CALLING ~ARA~ETER, IF ANY.
CALLING SE~UENCf:
A SPECIAL CASF. J~P TO DECTST FROM QCOMIN.

28
29
30
31

32
33
34
35
36
37
38

39
40
41

OUTPUTS:
TPR 0 IS CLEAR.
TPR 1 IS THE SA~E AS WHF.N CALLEO UNLESS DECTST SETS THE COM~ANO ERROR
BIT, AIT 15. IF THE hOOT SVTTCH SELECTION IS 10 (Q6US
CONTROLLED TEST), THE STATE FIELD IS SET TO "WAITING FOR
aeus TEST COMMAND". ELSE, THE STATE FIELD IS SET TO "VAITING
FOR QRUS COMMAND".
TPR 2 HAS ITS APPROP~IATE TEST eIT CLEARED IF NO ERROR OCCURRED
AND SET IF AN EPROR OCCURRED. TPR 2 IS THE ACCU~ULATED SELF
;
TEST RESULTS.
IF TPR 2"S 'PPROPRilTE ERROR PIT IS SET, TPR 3 CO!TlINS THE TEST CODE
lN SITS <15:12> AND THE DISCRETF EhROR CUDE IN BITS <11:00>.
IF lN EPROR OCCURRED, THE LEDS lRE nPOAT~D WITH A CALL TO TNNER9.

ROUTINES USF.D:
SPR5SU, TN~F.RR, • TUE VlRJOrys SELF TEST ROUTINES

OTHER NOTES AND COHH~NTS:

47
48
49

1. THF. ARBITER IS RESPONSIBLE FOR CLEARl~C THE ACCUMULATED VALUE IN
TPR 2.

50
51

l. ALL REGIST~RS ARE USFABLF. VITHnUT RESTORATION.

(
KXTNF - KXTllCA Native Fir•ware MlCPO V05.00
00:51
DFCTST - DECODE AND DISPATCn QBOS SFLf TEST REQUESTS

l.O
l.n

1 170072
2 170072
3 170076
4 170102
5 170102
6 170106
7 170110
8 170112
9 170116
10 170122
11 170124
12 170130
13 170132
14
15 170136
16 170140
17 170140
18 170144
19 170150
20 170152
21 170156
22
23 170160
24 170164
25 170170
26 170172
27 170174
28 170176
29 170202
30 170204
31 170206
32
33 170214
34 170216
35
36 170224
37
38
39
40 170232
41 170234
42 170240
43 170242
44 170244
45 170250
46
47 170252
48 170254
49 170256
50 170260
51 170264
52
53 170266
54
55 170270
56 170274
57 170276

O<:CTST::
012700
000137

170102
173706

012700
005710
001005
013700
052700
000 465
021037
001403
062700

170354

Page 70

HOV
JMP

#3$,RO
(a#SP R5SU

14DV
TST
llNE
HOV
dlS

#STSTAH,ilO
(RO)
10$

ilEQ

45$
(RC),!illJKll.CMD
15$

ADD

U~TSf:NL,RO

HOV
MDV
!tOV
BIC
140Y

~#Klt.STA 1 -(SP)
~#Kw. sc2,-c SP>

5$:

175002
100000
10$:

175000
000010

C'IP

@~KW.STA,PO
#K ~on;, 110

15$:
013746
013746
012046
042716
012046

175002
17500 4

013746
013746
005001
105720
001402
013701
105720
00140 4
052737

175006
171524

MDV
MDV
Cl.R
TSTR

175006

MOY
TSTB

100000

Bl'Q

20$:

BFQ

000040

117520

l:llS

00040 3
042737

000040

117520

25$:

BR
BIC

052737

010000

175002

30$:

BIS

004736
052616
000404
012637
005726

JSR
MDV
TST
BEQ
MDV
MDV

171524
175006

175006

35$:

JSR
lllS
bR
MDII
TST
tlIC

042616
012637
012600
042700

;~O

UP A ~ETURN ADDRESS FROM SPR5SU.
SET UP R5 ANO A DF.f lULT STACK POINTER.

3$:

000763

004730
012637
005700
001406
010037
012601

;S~T

17500 4

40$:

000001

45$:

MOY
HOV
l!IC

(PO)+,-(SP}
dlll Tl 5, (SP)
(RO)+,-(SP)

rOINT TU THE SELF TEST DISPATCH TlBLE.
AWE WE AT THE FND Of TH~ TaBLE7
NO.
YES, GET TPR 1.
SET THE CDM'IANO ERROR BIT IN TH~ SAVED TPR 1.
GO Ha~OLE THV. REST Of UPOaTING TPR 1 & TPR o.
NO, OUF.S THE TABLE f.NTPY MATCH TPR 07
YES.
NO, ADD THF. LENGTH Of A TABLE ~NTRY TO THE
POINTER.
GO TRY TPE NF.XT ENTRY JN THE TABLE.
W~ HAVE fOUNO A VALIO COMMAND, SO SAVE
TPR 1 (T~E STATUS REGISTER),
TPP 2 1
THf. COMHlNO (alTH BIT 15 Cl.EARED),

THE FRROR CONDITION ROUTINF•s ADDRESS ON
THE STACK,
~tlKW. SC3,-(SP)
TPR 3 1 ANIJ
1
@'KW.CSC,-(SP)
THF. LEOS.
Rl
CLEAR Rl TO DEfAOLT TO NO PAPA~ETER IN TPR 3.
(RO)+
NOW, IS THE~E A PARAMETER IN TPR 37
20$
NO, Rl Has ALREAOY BEEN CLEARED.
@#KW.SC3 1 Rl
YES, PUT THE PARAMETER IN Rl.
(1!0)+
IS THE TEST RUOTINE IN OVERLAY O?
25$
YES.
#KXSDPE,@#Kw.r.sa ;ND, Ir·s IN OVERLAY 1, so ENABLE THE
J DVF.RLAY 1 MAP.
30$
#KXSDPE,@#KW.CSA ;IT·s IN OVERLAY o, so DISaBLE TffE
;OVERLAY 1 MAP.
#KXSNXf,~JKW.STA ;EWABLF C-BIT SETTING ON REFERENCES TO
;NON-EXISTENT MEMORY (RATHER THAN A TRAP THRO
;4). KXSNXF WILL BE RESTORED WHEN TPR 1 IS
;RESTORED.
PC 1 @(1!0 )+
;CALL THE TF.ST ROOTINE VIA THE "VECTOR".
(SP)•,@#KW.CSC" ;RESTOHf THE LEDS.
RO
;~AS aN ERROR DETECTED?
NO.
35$
YES, SET TPR 3 FOR TRIS ERROR.
P0 1 @•1fll.SC3
(SP)•,Rl
PUT THE VALUE Of TPR 3 1 WHEN CALLED, IN Rl
(IN ~ASE THE LED HANOLING ROUTINE NEEDS IT).
PC,~ (SP)+
YES, GO TO THE LF.D UPDATING ROUTINE.
(Sf)+, (SP)
SET THE TEST"S ERROR HIT IN THE SAVED TPR 2.
GD flhlSH UP TPR 21 11 ANO 0 UPDATING.
40$
(SP)+, ~#KW. SC3
RESTORE TPR 3.
(SP)+
FLUSH THE FRROR HANDLER ADDRESS OFF THE
STACK.
(SP)+,(SP)
CLEAR THE TEST"S ERROR HIT IN THE SAVED
TPR 2.
STDRF THE RESULT IN TPR 2.
(SP)• 1 @1Kll.SC2
GlT THE SAVEO TPR t.
(SP)+,RO
CL~AP ThF siVED STATE FIELD.
#ICM$ STf, PO

KXTNF - KXTllCA Native Fir•ware MACRO V05.00
00:51
DECTST - DECODE AND DISPATCH QBUS Sf.LF TEST REQUESTS
58 110302
59
60 170306
61 170312
62
63 170316
64 170320
65
66 170324
67 170326
68 170332
69 170336
10 170342
71
72
7J 170350
74
15
76

Page 70-1

013101

117522

HOV

~tKW.CSB 1 Rl

042701
022701

177417
000240

BIC
CMP

rc<KMSSWS>, Rl
no. •20,R1

001003
052700

000002

BNE
BIS

47S
#KPSQTS,HO

000402
052700
010037
005037
052737

000004
175002
175000
000100

BR
BIS
HOY
CLR
BIS

50$
#KPS,ST,RO

000137

167402

47S:

sos:
177530

JMP

GET THE BOOT SWITCH SETTING FROM KXTCSPB BITS
4 •o 1.
ISOLATE THE S~ITCH SETTING BITS.
rs THE SWITCH SETTtNr. FOR "Q~US CONTROLLED
TESTS"?
~o.

YE5, SFT THE STATE TO "OBOS CONTROLLED TEST
STATE".

SET THE STATE TO "WAITING FOP QBOS COH~AND".
~EStnRE THE STATUS RF.GTSTER.
@IKW.CHr
CLF,AR THF rOMHA~D REGISTV.ft, TPR o.
#KXSDEN,@IKW.CSO ;RE-FNABLE THE TWO PORT RAM (SOMETIMES IT"S
;NEEDED, SO~ETlMES IT"S Met, BUT DO IT
;ALWAYS).
@IWAITST
;r.O TO THf. WAIT STATE A"D WAIT FOR THE NEXT
;QBUS co~~AND.
~0,@iKW.STA

STSTAB, THE SELF TEST DISPATCH TABLE, DEFINES THE LEGAL SELf TF.ST CODES, THE
EXISTE~CE OF A CALLING PARAMETER IN TPR 3, THE "ROM PAGE" CONTAINING THE TEST
CODE, ANO THE ADDRESS Of THE CODE.

78
19

80
81
82

• WORD

TPR 0 •VALUE OR 0

.WORD

TNNERR

.BYTE

0 OP NON-0

TPR 0 VALUE IF LEGAL DISPATCH CODE &
0 If END OF LIST (THUS IMPLYING
CO~MlND EkROR)

'°°'

84
85
86
87
88
89
90
91
92
93
94
95

;

NON-0 IMPLIES THAT A CALLING
IS IN TPR 3. 0
IMPLIES NO FARlMETER IN TPR 3.

PARA~ETER

;

.BYTE

0 OQ NON-0

;•UN-0 IHPLI~S THAT THE TEST ROUTINE
;IS I~ THE HIGH OVERLAY, OVERLAY 11 OF
;ROM, THUS IMPLYIIG THAT ~XTCSRA
;BIT S MUST BE 1 TO MAP THE CODE
;TO THE 160000 BASE ADDRESS. 0
;IMPLIES THAT TffE TEST ROUTINE IS
;IN THE LOii OVERLAY, OVERLAY 0 1
;OF ROM, THUS KXTCSRA bIT 05 MUST
;BE 0 TO MAP THE CODE TO THE
;160000 8lSE ADDRESS.

.WOPO

AOD!lESS

lDORESS OF TffE ROUTIJE•s "VECTOR"
IN THE FIRST 32 (DFCIMlL) BYTES OF
THF. RO~ OVERLAY.

100001
170506
000
000
160004

STSTAB:
;CSR TEST
.WORD
.WORD
.BYTE
.BYTE
.WOPD

Kl':STOl
TlERk
0
0
Tl

TPR 0 VALUE
Lf.D UPDATING ROUTINE ON ERROR
NO INPUT PARAMETER
IN ROM OYl:.RLAY 0
VFCTOft ADDRESS

000010

STSENL

.-STSTAB

;DEFINE THE TABLE ENTRY LF.NGTH

;

91>

97
98
99

100
101
102
103
104
105
106 170354
101
108 170354
109 170356
110 170360
111 170361
112 170362
113
114

;ADDRESS OF ROUTINE THAT HANDLES L~O
;UPDATING IF AN ERROR IS INDICATED.

TH~

;

(

(
00:51
KXTNF - KXTllCA Native Fir•vare MACRO V05.0"
DECTST - DECODE AND DISPATCH QBUS SF.LF TEST REQUESTS

'°

-....)

115
116
117 1'10364
118 1'10366
119 1'10370
120 170371
121 1'10372
122
123 170374
124 170376
125 170400
126 170401
127 170402
128
129 170404
130 170406
131 170410
132 170411
133 170412
134
135 170414
136 1'10416
137 170420
138 170421
139 170422
140
141 170424
142 170426
143 170430
144 170431
145 170432
146
147 1'10434
148 170436
149 170440
150
151 170441,
15l 170442
153
154 170444
155 170446
156 17045(1
157 170451
1511 170452
159
160 170454
161 170456
162 170460
163
164 1'10461
165 170462
166
167 170464
168 170466
169 170470
170
171 170471

100002
110546
000
000
160010
100004
170576
001
000
160014
100010
170642
000
000
160020
100020
170650
000
000
160024
100040
170656
000
000
160030
100100
170664
001
000
160034
100200
170720
000
001
160 000
100400
170726
001

;RAM TEST
.WORD
.WORD
.BYTE
.BYTE
.WOPO
;ROM TEST
.WORD
.WOllD
.BYTI:.
.BYTE
.WORD
;CPU TEST
.llORD
• WOllD
.BYTE
.BYTE
.WORD
;BEVENT TF.ST
.WORD
.WORD
.BYTE
.BYTE
.WORD
;SLU 1 TEST
.WORD
.VORO
• BYTE
.BYTE
.WORD
;SLU 2 TeST
.llORD
.WORD
.BYTE
.BYTE
.WORD
;PIO TEST
.WORD
.WORD
.BYTE
.BYTE
.WORD
;OMA TEST
.WORD
.WORD
.BYTE

101000
170734
001

.BYTE
.WORD
;OIR TEST
.IOORO
.WOPD
.BYTE

001

.BYTE.

001
16000 4

l'a9e 70-2

KXST02
T2l!IR
0
0
T2

Tl'R I) VALUE
LEO UPDATING ROUTINE ON ERROR
NO INPUT PAl<AMETEI\
IN ROM OVf;RLAY 0
VECTOR ADDRESS

KX$T03
T3Ellk
1
0
T3

;TPR 0 VALUE
;LEV UPDATING ROUTINE ON ERROR
;~PR 3 CONTAINS PAR,METEk
;IN ROM OVERLAY 0
;YE.CTOk ADDRESS

HST04
T4Ellfl
0
T4

;TPR 0 VALUE
;LEO UPOATING ROUTINE UN ERROR
;NO INPttT PARAM~TER
;IN ROM OVERLAY 0
;VECTOI\ ADDRESS

KX$T05
T5ERR
0
I
0
TS

;TPR 0 VALUE
;LED UPDATING ROUTINE ON ERROR
;.110 INPUT PAkAMETEk
;IN ROM OVERLAY 0
;VECTOR ADDRESS

KXST06

TPR 0 VALUE
LlD UPDATING ROUTINE ON ERROR
NO INPUT PARAMETER
IN l<OM OVERLAY 0
VECTOR ADDRESS

T6E~R

0
0
T6
KXST07
T7ERI<
1
0
T7

TPR 0 VALUE
LEO UPDATING ROUTINE OR ERROR
TPR 3 CONTAINS PARAMETER, CHANNEL A I
CHANNEL 8 TEST SELECTION
IN ROM OVERLAY 0
VECTOR ADDRESS

KXSTlO
Tl OF.RR
0
1
TlO

TFR 0 VALUE
LED UPDATING ROUTINE UN ERROR
NO INPUT PARAMETER
JN ROH OVERLAY 1
VECTOR ADDRESS

KXSTll
TllF.:RR
1

TPR 0 VALUE
LEO UPDATING ROUTINE ON F.RROR
~PR 3 CONTAINS PARAMF.TF.R, RlTS
<21:06> Of A USEABLE QBUS OMA BUFFER
JN ROM OVERLAY 1

Tll
KXST12
T12FllP
l

TPR 0 VALUE
LEO UFOATfNG ROUTINE ON ERROR
TPR 3 CONTAINS PAHAHET~R, THF. QBUS
IN~lq~UPT VECTOR ADDRESS
TN Rfl'I OVERLAY 1

(
KXTNF - KXTllCA Native Fir•ware ~ACRO VOS.00
00:51 Pa9e 10-3
DECTST - DECODE AND DISPATCH QBUS SELF TEST REQUESTS
T12
.WORD
112 110412 160010
;T•O PORT RA~ TEST
KXST13
113
.WORD
T13F.RR
114 170474 102000
.llOPIJ
110742
115 110416
0
.BYTE
000
116 11050D
1
.BYT£
001
111 110501
T13
.llOPD
160014
118 110502
;F.NO Of TlBLE
0
119
.WORD
180 110504 000000
181

(
;VECTO!i ADDRESS
TPR 0 VALUE
LEO UPDATING ROUTINE ON EKROR
NO INPUT PARAMETFR
IN ROM OVt:;RLAY 1
VECTOli ADDRESS
;Ir NO MATCH, THEN CUMMAND ~RROR.

(

KXTNF - kXTllCA Native Firmwar~ MACRO VOS.00
TNNERR - UPDATE LEOS AFTER ScLfTEST NN

00:51
.SBTTL
• ENAllL

1
2
3
4
5
6

~ODULE

NA~E:

(

Pilge 71

TNNF.RP - UPDATE LF.DS AfTfR SELFTEST NN
GIJL

TNNfRR - UPDATE LEOS AFTER SELF.TEST NN

1
8
9

10
11

FUNCTIONAL DESCRIPTION:

12
13

TlERR T~ROUGH T13ERR HANDLE SETTING THE LEOS DEPENDING ON THE ERROR
CODE RETURNED IN RO BY A SELf-TfST ROUTINE. EACH TEST HAS A SET OF
bJTS GIVING "SIGNIFICANT" ERROR CO~OITIONS. "INSIGNIFICANT" ERROR
CONDITIOhS ARE SUCH ERROW CODES AS "ROM ~APPED LOW SO INTERRUPT
TFSTS ~ERE NOT EVEN T~IEO". Af TFR DECIDING ON AN LEO VALUF., THE
ROUTINE CALLS SF.TLEO TO SET THE VALUE. ~ETLED PRIORITIZES THE LED
SETTINGS SUCH THAT A NON-FATAL CUD~ WILL NOT REPLACE A FATAL CODE,
FOR EXAMPLE.

14
15

lb
17

18
19

20
21
22
23

24
25
26
\0
\0

; INPUTS:
RO CONTAINS T~E TEST"S OISCPETE ERROR CODE.
Rl CONTAINS THE VALUE IN Rl WHEN THE SELF.TEST ROUTINE WAS CALLEO. THIS
VALUE IS OPTIONALLY USED BY TNNF.~R.

27
28

29
30
31

;

CALLING SEQUENCE:
JSR
PC,TNNEPR
OUTPUTS:
THE LEDS

32
33
34

~RE

UPDATED VIA A CALL TO SETLED.

RO CONTAINS 0 If NO SIGNIFICANT ERROR OCCURRED. RO CONTAINS THE LEO
VALUE U5En IN THE CALL TO SF.TLEO If A SIGNIFICANT ERROR OCCURRED.

35
36

31
38
39
40
41
42
43
44

45
46
41

NOT~: A SIGNIFICANT EQROR IS AN ERROR THAT RESULTS IN A REQUEST TO
UPDATE ~HE LEOS. WHF.N A SELFTF.ST CAN NOT RE RUN (TYPICALLY Bf.CAUSE ROM
IS MAPPED LOW), THE ~~SULTING ERROR IS NUT SIGNIFICJNT ANO, THEREFORE,
THERE IS NO PEQUEST TO UPDATE THE LFOS.

;

ROUTINES USED:
SETLO:O
REGISTERS CHANGED:
K0,R2

(
KXTNF - KXTllCA Native Firmware HAC~O V05.00
T~NERR - UPDATE LEOS 'FTER SELFTEST NN
1
2
3 170506
" 170512
5 170514

032700
001407
032737

000004
000340

6
7
8
9

.......
0
0

10 170522
11 170524
12
13 170530
14 170532
15 170536
16 170540
17 170544
18
19
20
21 170546
22 170552
23 170554
24 170560
25 170562
26 170566
27 170570
28 170574
29
30
31
32 170576
33 170602
34 170604
35 170610
36 170612
37 170616
38 170620
39 170624
40 1706;<6
41 170632
42 170634
43 170640
44 170642
45 170646
46 170650
47 170654
48 170656
49 170662
50
51
52
53 170664
54 170666
55 170670
56 170674
57 170676

0014()6
012700
000511
03270()
001511
012700
00050 3

032700
00140 3
012700
000475
032700
001475
012700
000467

000017
000373
000010

000037
000017
00174')
000011

177524

00:51

Page 72

;THE CSR TEST, TF.ST 11 IS A SPECIAL CASE qECAHSE WE MUST DIFFERENTIATE BETWEEN
;THE FATAL ~ON-STANOALONE TPR ERROR AND THE OTHE~ NON-f ATaL ERRORS.
TlF.RR:: dIT
#4,RO
;IS THEPE A TPR ER~OR?
;~o.
BF.'l
TlERRl
BIT
#340,P#Km.CSC
;YES, BUT AR~ WE IN STANDALONF MODE (1. E.
;WITH IO FQUAL TO 0 OP 1)7 NOTE: THE 340 MASK
;IS A SUBSET OF THE KMSIDS DEFINITON. If THE
;LorATION OF KMSIDS CHANGES, THE 340 MUST BE
;CHANGED.
T1ERR2
;YES, SO TT"S A NON-FATAL ERROR.
ll"Q
MDV
llFERRO,RO
;HO, WE ARE IN NON-STANOALONE HOOE SO IT'S A
;FATAL ERROR.
TNNCMl
BP
ARE THEhE OTAER CSR ERllURS?
TlERRl: BIT
11373,RO
TNNINX
~o.
llO:Q
INF!':RQD, RO
YES, SET UP THE NON-FATAL Lr'.D DISPLAY.
TH;llR2: MOY
TNNCMl
BR
;
;ThE RAM TEST, TEST 21 IS A SPECIAL CASE BEfAUSE ~E MUST DlffERENTllTE BETWEEN
;FATAL NATIVE Rl~ E~RORS lNP NON-FATAL OSF.k RA~ ERRORS.
T2ERR:: tllT
#37,RO
lkE THERE NATIVE RAH ERROkS?
llEQ
T2ERR1
~O.
HOV
#~ERRD~RO
YES, SET ~p fATAt LED DISPLAY.
bR
TNNCHl
T2ERR1: dlT
#1740,HO
AkF. THEkE US~R RlM ERRORS?
!lf.Q
TNNINX
NU.
HOV
#UROMOO,RO
YES, SET UP NON-FATAL LEO DISPLAY.
BP
TNNCMl
;

032700
001403
012700
000 461
032700
00140 3
012700
000 453
032700

00000 3
000017
000004
000011
000010

00145~

012100
000 445
01:<702
000 437
01270 2
000 434
012702
000 431

000012
170766
170772
170776

;THE RO~ TEST, TEST 3 1 ERROR HANDLING IS A SPECIAL CASE BECAUSE THERE AQE
;3 POS~IBLE LEO SETTINGS THAT MAY ~!'SULT.
;ARE THF.kE NATIVE kOH ERRORS?
TJEPR:: lllT
#3,QO
i NU •.
llEQ
T 3E!lR I
; VES.
HOV
#~ERllD,RO
BR
TllNC!oll
lS T~ERE A LOW BYTF. USER kOM ~RROR?
T3ERR1: oIT
#4,RO
NU.
tlf.Q
T3ERH2
Yr'.~.
MDV
#OROMOD,RO
Ill/
TNNCMl
IS T~ERE A HIGH BYTE USE!I ROM ERROR?
T3ERR2: HIT
#10,RO
NO.
llEQ
TNNINX
HOV
iUROMlD,RO
YES.
BR
TNNCMl
;AS A90VE FOR THr'. CPU TEST.
T4ERR:: MOY
#!4ET" 1 D2
BR
TNNCOM
;lS ABOVE FOR THE BEV~NT TEST.
T5ERR:: MOY
#TSETB,112
llP
TN NCO ..
T~EQR:: ~nv
#T6ETB,~2
;AS ABOVE FOR THE OLART TF.ST.
RR
TNNcou
;

0(.15701
001403
032701
001401
012702

000001
171002

;T~E 2ND SERIAL LIN~ UNIT Tr.ST, TFST 7, IS A CODED SPF.CIAL ClSE TO HANDLE
;CHANNEL A I CHANNEL rl LEP SETTINGS.
T1ERR:: TST
RI
;DID WE on THE "tlOTH CHANNELS GO/NO GO" TFST?
riF.Q
T7ERkl
;YES, USE CHA~KF.L A'S LF~ SFTTING.
BIT
IBITO,kl
;No, DlD We SELF.TEST ONLY CHANNEL A?
llEQ
T1~qR2
;NO.
T1ERR1: MOV
#T7lETB 1 R2.
;YES.

(

KXTNF - KXTllCA Native Firawar~ MACPO V05.00
TNNERR - UPDATE LEDS AFTER SELFTEST NN
Sil 170702

59 170704
60 170710
61 170712
62 170716
63 170721)
64 170720
65 170724
66 170726
67 170726
68 170732
6':1 170734
10 170134
71 170740
72 170742
73 170742
74
75
76
77 110746
78
79 170750
80 170752

000421
032701
001424
012702
000 413

00:51

TNNCOM
#BITl,P.l
TNNtNX
U7BETo 1 1<2
TNNCU"1

NU.
YES.

#Tl0ETB,R2

;AS

AROV~

FnR THE PIO CHIP TEST.

#Tl 1 ETA, k2
TNNC0"1

;AS

ABOV~

FOR THE OMA CHIP TEST.

#'l'l 2ETd 1 R2
TNNCOll

J'S ABOVE FOR THE QIR TEST.

9P
MOV

Ul3ETB,R2

;AS ABOVE FOR THE TPH TEST.

ilR

000002
171006

012702
000410

171012

012702
000405

171016

012102
000 40 2

171022

012102

171026

Page 72-1

T7ERR2: BIT
BEQ
MOV
llR
TlGERR::
lolOV
BR
TllERR::
'IOV
BR
Tl2ERR::
MOV

WE SELFTEST ONLY

DI~

CHAN~EL

TNhCO~

Tl3ERP::
;

;TNNCOM IS THE COM~ON ENTRY TO USE WhEN R? POINTS TO A TABLF. ENTRY OF
fRROR BITS FOLLOWED BY LED VAL~E.
(R2)+,RO
ARF ANY or THE •s1GNiflCAHT" F.RROR BITS
SET IN THe RETURNED ERROR CODE?
BFQ
TNNINX
NO, DoN·r EVE~ TRY TO UPDATE THE LEDS.
MDV
(P2),PO

;SI~NIFICANT
TN~COM: BIT

032 200
00140 4
01120 0

Ill

......
0

......

83 170754

84
85 1707b0
86
87
88 170762
89 170764
90
91
92
93
94
95

004737

llj7200

000 40 l
005000
000207

E~ROR TABLES GIVIN~ THf. "StGNl~ICANT" ERROR 91T SETTINGS AND THE ASSOCIATED
LED SETTING FOR THE fkROR. TttE SPAPSENESS OF THE ~ITS IS bECAUSE CERTAIN
TESTS RETUR~ NON-ZERO fRROP CODES THAT REALLY MEAN "COULON"T RUN THE TEST".
THFRE ARE SEV~RlL TESTS WHERF. INTERRIJPTS CANNOT 9E TESTED RECAUSE RO~ IS IN
LOW ~EUORV.

97
<l8 170766
99 170772
100 170776
101 171002
102
103
104
105
106
107
108 171006
1(19
110
111
112 171012
113 171011)
114 1710:.!2
115 171026
116

;T~NCMl IS THE COMMON ENTPY TP USE WHEN NO CONTAINS AN Leo SETTING.
TNNCMl: JSk
PC,~hSf.TLED
;UPDATE TPE L~DS USING SETLFD SO THAT A MORE
;IMPORTANT S~TTIN~ DOES NOT GET OVEPWRITTEN.
BR
T1'1NXIT
;
;TNNINX IS THE EXIT wHEN THF.RE ARE NO SIGNIFICANT ERPORS.
TNNINX: CLR
RO
;SHOW THAT NO SIGNIFICANT ERROR OCCURRED.
TNN~IT: RTS
PC

007777
000016
000176
007476

000017
000010
000013
000014

0(17776

000376
000074
000172
007767

;
;Tl, ~2, & T3 MUST PE SPEC UL CAS'"D l'I COOE.
TU T6: • wooo
7777 ,HRRD

T5ETB: .l<OP.D
T6ETB: .WORD
T7AETA: .WOPD

16,'IFFRPD
176,SlLRD
7470,SHLBD

000015

T70ETA: .WUPO

7776,S2BLAD

000016
000010
000010
000017

TlOf.Tll
Tllf.T!l
Tl2f.TEl
Tl 3Er8

.WOPD
.WOPD
.WOPD

376,PAPLBO
74,NFEPPD
172,NFERiW
77o7 1 Fi':RR0

.~OPU

NOTE: AITS 6 & 7 ARE NOT INCLUDED BECAUSE A
CONFIGUkATION JUMPER ON THE ~XTlt-CA SWITCHES
TH~ OMA CHIP CONNECTION F~OM SLU2 CHAN A TO
THE PIO CHIP. WHEN THE OMA CHIP IS CONNECTED
TO TP.E PIO CHIP, BITS 6 & 7 WILL ALWAYS BE 11
EVEN THOUGH NO TRUE ERPO~ OCCURRED.
THERFFORE, WE DO NOT SET THE LEOS.
NOTE: DHA (ANO THEREF09L RITS 6 & 7) DO~S
NOT APPLY TO CHANNEL 8. IF THE BITS COME ON
WE HAVE A SERIOUS ERROR, SO WE OUGHT TO SET
THE LE~S.

{

(

KXTNF - KXTllCA Native Firmware MACRO V05.00
D~ALD - OMA LOADER

00:51

Page 73

.saTTL DMALD - OMA LOADER
• F:NABLE LC,r.BL

1
2
3

4
~odule

6
1
8
9

System: KXT11-CA Native Firmware

10
11

Functional Description:

12
13
14
15

This ls the module that contols the loadiny of the JOP's application
from the Q hus by the OMA controller. It is used by the Q bus co•mand
interpreter module on reception of a OMA load command. This •odule
expects the data which is to be placed into the chain control registers
of the O~l controller to be in the dual port registers 2 and 3.
On completion of the load, this •odule places the lOP in the
Wait state.

17
111
19

....
0
N

20
21
22
23
24
25
26

;Input Parameters:
Nf1NE
;riutput Parameters

NONF:

28
29
30
31
32
33

;DATA STRUCTURES USED
1)
2)
3)
4)
5)
o)

3'1

35
36
37
38
19

;'loutines Used

40
41
42
43
44

1) WAIT$T (JUMP TO)
;r.lobal Symbols Defined

KXTNF - KXTllCA Native Firmware MACRO V"S.00
DuALO - O~A LOAOEP
1
2
3

4
5
6
7
8

OMA MASTFR MOOE REGISTER
OMA COMMAND REGISTFR
OMA CHAWNEL 0 PEGISTER
OUAL PORT RAU REr.ISTER 2 AND 3
IOP STATUS RFGI5TER
IOP COMM•NO PEGISTFR

174442
174446
174470
174454
174456
010000
000 002
004001'1

CHNIJFO
CHt;STO
MMi\F.GA
CM RI' GA
SrtllEGA
CUIT

F.OPBIT
NACA lT

Ou:51

=
=
=
=
=
=
=
=

Page 74
174442
174446
174470
174454
1 74456
10000
;_

400'1

OMA CriAlN OFFSET REGISTER ADDRESS OF CHANNEL 0
OMA CHAIN SEGMFNT/TAG REGISTF.R ADDRESS OF CHANNEL 0
OMA uAStF.R MODE REGISTF.k ADDRESS
OM~ fOMMAHO REC.lSTER ADDRESS
OMA CHAhN~L 0 STATUS REGlST~R ADDRESS
CHAI~ AfiO~T 91T OF STATUS
FhD OF PPOCESS BIT Of STATUS
NAC Rl~ Of STATUq

KXTWF - KXTllCA Native Firmware MACRO(, ,5.00
DMALD - OMA LOADER
O"ALD::

B
'I 171046

10
11
12
13
14
15
16
17
ltl

DMA50:

;* * SET LEDS TO OMA DISPLAY
MOV
MOV
J"'P

#D/o!AEO, RO
llDMA50,Rl
SC:TLDJ

;* * SET OMA MASTF.R MODE REGIST~R TO NO INTERRUPT

174470

MOVB

#1~1,fl#llMRi::GA

171054
171062

013737
013737

1750(14

MOV
MOV

~~kW.SC'2 1 @#CH~OFO

17~006

174442
1741\46

171070

112737

00020 2

174454

MOVB

#'202 1 @#".:MPt:r;A

171076

112737

000240

174 454

MIJVB

#241J, fi#01Rr,GA

llMAlOO:

171ll'4

1.100002
171046
176134
000151

23 171114
24
25
26 171114
0

012700
012701
00,167
112737

19
20 171104
21 171112

I-'

Paqe 75

;* PROCFOURE OMA LOA~

1
2 171032
4 17103'2
5 171036
b 1710 42
7 171046

00:51

032737
001774

0140() 2

174156

dlT
BEQ

~,KW.SC3 1 P#CHNSTO

;* * ~ET HAPDWAR~ MASK

;• * STANT CHAIN LOAD CHANNF.L 0
;* * 00 UNTTL

O~A

CONTROLLEF STOPPED

;* * * Tf,ST fflj; !-:NO 01' TRAllSFF.R
n<CABIT I EOPBIT I ~ACBIT>,P#SOPcGA
O~ A100
;* * END UHTlL

D"!A200:
I

;• • roPY D"A STlTUS PEGtSTFR CHANNFL 0
TO DUAL PO~T REGISTFR L
;

013737

174456

17~004

MOV

@tSORFGA,~IKW.SC2

032737
001004

010002

174456

!HT
llNE

#<CABTT I
Olo'A100

042737
000 40 3

040000

BIC
llR

0'4A400

BIS

;fr fr * SET D'4A ERROR ANO COMMAND F.RROQ BITS OF DPR
#<KXSCMf. I KXSDME>,@i~W.STA
; fr " ENO IF

28 171122
29 171130
30
31
32 171132
33 171140
34
35 171142
36
37 171142
311
39 171150
40
41 1711!>0
42
43 171150
44 171154
45 171160
46
47 171160
48
49 171164
50

;* * COPY CPAI~ UATA TO OMA CHAIN RF.GISTERS

175002
DMA300:

052737

140000

175002

;* * IF NORMAL COMPLETION

; fr fr FLSE

;* * ~ND IF

DMA500:

1fr * SETUP STACK POINTER AND RS
Mnv

171160
002526

;fr * THEN
;fr fr * CL~AR D"!A ERROR BIT OF OPR

#<K~SDMF.>,@#KW.STA

DMA400:

012700
000167

EOPBIT>,@~SORf.GA

J~P

#DMA600,RO
SPR'i SU

DMA600:

;• * CLF.AR COMMAND REr.ISTER

005037

175000

CLR

(!llKW .C"MD

000167

176112

JMP

WAITST

;* fr F.NTEQ WAIT STATE (NO" STRUCTURED EXIT)
;fr f.ND DMA LOADF.R

KXT"F - KXTllCA Native
BSUPV - BOOT SUP~RVISOR

Fi~M4are MACRO V05.00

00:51

Page 76

(

.SBTTL USUPV - BOOT SUPERVISOR
.F.NAbLE LC,GBL

1
2
3

4
5

6
7

~odule

B
CJ

System: KXTll-CA Native Firmware

10
11

12
13
14
15
16
17
18
19
20
21

Functional Description:
This •odule supervises the boot process. It •akes the deter•ination
of which device the application will he loaded fro• and transfers
control to the appropriate routines.
;Input Parameters:

......
0
~

~--.

23
:<4
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
4:<!
43
44
45
46
47
48
49
50
51
52

BOOTFO of FLGWRD

;

;Output Parameters
NONI".
;
;Data Structures Used
1.

LED DISPLAY

IOP STATUS REGISTF.R

TCSRB, bits of BOOTSW

;
;Routines Used

TU58 Root (TU5BBT)

Loop back tests (LBTEST)

Serial ODT monitor (SODTM)

Set LEDs (Sf.TLED)

Trap 24 emulator (TRAP2•)

;

;Global Symbols Uetined
NOii~

KXTNF - KXTllCA Native flrmwa\_ MACRO V05.00
BSOPV - BOUT SUPeRVISOR
1
2 171170

00:51

(

P<1ge 77

;* PROCFOORF. POOTSTRAP SUPeRVTSOk

BSUPV::

;* * SET SP TO DefAULT USF.R STACK

4 171170
5 171172
6 171176

010500
062700
01000 6

HOV
ADO
MOV

177700

RS,PO
llAOSTKO,RO
RO, '>P

;* * CASE BOOT SELECTION
;* * WHF'" 0
; * * OR l
; * • 01< 2

1
B

9
10
11 171200
12 171206

022765
103414

00000 2

012700
004767

1)00000
175760

117774

CHP
bLO

#2,!:IO(lTfO(R5)
jjSlOO

HOV
CALI.

llNN".EO,PO
SF.Tl.FD

;* * * SET LEOS TO NON NATIVE CODF. STATE

14 171210
15 171214
16
17
18 171220
19 171226
20
21 171234

;* * *
;

042737
052737

1)00007
000007

000167

176116

022765
001014

000()03

012700
004767

000001
175720

042737
052737

000007
000005

000167

000434

022765
001007

000004

052737

020000

175002
175002

ii IC

#KMSSTF',@#KW.STA

HIS

#~PSNNC 1 t!i#KW.STA

JMP

TRAP 24

C'IP
LINE

113 1 ROOTF'O(f;5)

IJS200 1

HOV
OLL

lfPRiilD,RO
S!::Tl..Ell

BTC
BIS

-KMSSTf ,@JKW.STA

JHP

T'l51lilT

Cl'P
B~E

#4,BOO?l'O(R5)
05300

LI IS

#KXSBnF',@JK~.STA

Ct.R
Cl.R

-(SP)
-(SP)

;* * * F.~ULATF TRAP TO 24 (NON STRUCTU~EO EXIT)
;* * WHEN 3

I-'

0
U1

23 171240
24 171246
25
26 171250
27 171254
28
29 171260
30 171266
31
32 171274
33
34 171300
35 171306
36
37 171310
38
39 171316
40 171320
41
42 171322
43
44 171326
45 171334
46
47 171336
41) 171344
49 171346
50
51 171346
52
53 171352
54 171352
55 171360
56
57 171362

177774

llSlOO:

175002
175002

S~T STATUS Rf.GISTER TO NON NATIVE
CUDE STATE

;* * * SET LED TO PRIMARY BOOTSTRAP STATE
;* * * SET STATUS kEGISTER PRIMARY BOOTSTRAP STATE

#KPSPRS,~#KW."TA

;* * * PERFOR~ TU5B

PRI~ARY

BOOTSTRAP (JUMP TO TU58 MODULF)

;* * WHEN 4
177774

BS200:

;* * * DlSA~LE BREAKS
175002

005046
005046
000167

173300

022765
00140 4

000005

177774

022765
001002

000006

177774

* * PU~H 0 ADURlSS AND PSW ON STAC~

Bffl

;* * * P~RF'OR~ S~RIAL ODT
;(NON-STRUCTUPED f,XJT Tfl SERIAL ODT)
;* * llHF:lii 5
#5, BOOTl'O( RS)
05400
;* * flR b
#6,llOOTfO(R5)
as500

JMI'

ll:AITST

C"P
Hrl.I

#A.,300TF'O(P5)
IJS550

CMP

#'1.,JOtJTF'O(R5)

JHP
bS30o:

CMI'
l:iEQ
CHP

SODTM

85400:
000167

176030

022765
001404

000010

0 22765

000011

;* * * WATT F'OR
;(NON STRUCTURED ~XIT)
; * * llHF.N 8

BSSOO:
177771
177774

;* * OR 9

COMMA~D

(

KXTNF - KXT11CA Native Fir•ware MACPO V05.00
aSUPV - BOOT SUPERVISOR
58 171370
59 171372
60
61 171372
62
63 17140C
64
fi5 171404
66 171404
67 171412
68
69 171414
70
71 171420

001005

00:51

Page 77-1

ONE

ilS570

BIC

#KX$0PE,@#KW.CSA

Jl'i'

LBT"'.ST

CMP
IH;E

1110. ,BOOTFOOl5)
bS600

JMP

1HlTST

BS550:
042737

000040

000167

172106

022765
00100 2

000012

000167

1757b2

012701)
004767

0001)17
175550

177520

;* * * PE.RFORM LOOP bACK TESTS
;(hON-STRUCTUPEO FXIT)
;* * WHEN 10

BS570:
177774

;* * * WATT FOR COMMAND
;(NON-STRUCTURt:.0 EXIT)
; * * F.l.St:.

oS600:

73 171421)
74 171424
75
76 171430
77
78

......
0
0\

;* * * f.~ABLE OVERLAY 0

000777

f AS::

140V

#"'E.RRD,RO

CALL

S~TLEO

;* * * SET LEOS TO FATAL ERROR
;* * * INVALID SELECTION STOP IOP
;* * F;NC CASE
;* .,Hn BOOTSTQAP SUPERVISOR

(
KXTNF - KXTllC.l Native Firmware MaC90 VOS.00
~ODTM - Q BUS ODT ~ONITOR

oo:st

(
Page 18
.sarTL

1
2
3

QODTM - Q uUS ODT MONITOR

.FN.lBLE GBL,LC

4
5

Module name: QOOTM - Q BUS ODT MOHlTOP

6
1
8
9

System:

KXTll-C~

Native firmware

10
11

functional Description:

This module is the main controlling module for the Q bus ODT aode.
It supervises the ODT functions and on co•pletion returns control
back to the application or places the IOP in the wait state.

15
16
11

;

18
19

;Input Parameters:

NonP.

21
22

;Output Par•meters

23
24

None

25
2b
I-"'

0
.....]

21
28

29
30
31
32
33
34
35
36
31
38

;Routines Used
l)
2)
3)
4)
5)
6)
1)

Save Registers (S.lVEPG)
Set LEDs (SF.TLED)
Wait State (WAITST)
Go/Proceed (PROC)
Go/Proceed (GO)
Deposit (DEPOS)
F.xaminP. (EX.l~IN)

;Qegisters Used Outside

of output Parameters:

(
KXTMF - KITllCA Nativ~ Fir•vare MACRO ¥05.00
QODTM - Q BUS ODT MONITOR

00:51

Page 79

;* PROCEDURE Q ~us ODT MONITOR

1
2 171432

QODTH::
;* * SET OOT FORMAT FLAG OF STATUS REGISTER
;* * SET MXM ~LAG OF STATUS REGISTER

4
5 171432
6

052767

010200

000167

173006

003342

BIS

#<KXSNXF

JMP

SAVERG

BIC
HIS

#KM$STF 1 @#KW.STA
#KPSQOD,@IKW.STA

MnV
CALL

#QUDTHD, RO
SF.Tl.ED

CLR

~llK'll.CMD

......
0
00

8 171440
9 171444
10
11 171444
12 171452
13
14 171460
15 171464
16
17 171470
18
19 171472
20
21 171476
22
23
24
25 171476
26
27 171476
28
29 171500
30
31 171506
32
33 171512
34 171516
35
36 171520
37
38 171526

QSRFT::
;* * SET STATUS RF.GISTER TO Q DDT MODE STATE AND

042737
052737

000007
000003

012700
004767

000005
175510

175002
175002

005003

;* * SET LEDS TO D AUS ODT STATE

;* * CLEAR ALL FLAGS
;* * CLF.AP COMMAND REGISTER

005037

175000

;* * DO UNTIL RECEIVE ~XIT COMhANO

QSlOO:

* * OR P~OCEED GOMMAMD
* * OR GO COMMAND
* * * DO UNTIL COMMAND REGISTER NOT EMPTY

QS200:
000001

;* * * EhD UNTIL
wAIT

;* * * CLF.AR

HIC

#KXSCME 1 @,KW.STA

175000

MOV

@llK\f.CMD,PO

022700
001007

100000

CHP

O'XSEXO,RO
QSJOO

042737

000200

005037

175000

CLR

000167

175644

JMP

022700
001006

000020

004767

175240

052737

lOOCOO

042737

100000

013700

175002

a~E

175002

bIC

40 171532
41
42 171536
43 171536
44 171542
45
46 171544
47
48
49
50 171550
51
52 171556
53
54 171560
55 171560
56 171564
57

KXSQnF>,KW.STA
;* * SAVE RF.GISTERS (NON STRUCTURED JUMP TO
AND BACK FROM SAVE REGISTF.R MODULE}

CO~MAND

F.RROR BIT

;* * * CASE COMMAND RECEIVEO
;* * * WHFN EXIT

;* * * * CLFAP QliUS ODT FLAG OF STATUS REG.
#KX$QOF ,@#IOI. ST A
;* * * * CLF.AR COMMAND RE~ISTER
@tltV.CMO
;* * * * FhTER WAIT STATE
•AITST ;(hON STRUCTURED FXtT)
;* * * WHEN PROCEED

QS300:
bttE

U'X$PPC.,RO
QS400

CALL

P!'OC

ars

#KX~CME,@11<11.

QSlOOO

CMP

175002

000454

;* * * * EXECUTE PKOCEED

STA

* * * * JF ERROR (RETURN FROM PROC)
* * * * THEh
* * * * * SET COMMAND ERROR RIT OF STATUS REG.
; * * * * F.ND a·
;* * * llHEli GO

QS400:
022700
001012

000010

CMP
B~E

llKJISGOO,RO
QSSOO

;* * * * SET GO ADDRESS

DPI! 3

(

KXTNF - KXTllCA Native Firmware MACRO V05.00
QODTM - Q BOS ODT ~ONITOR

......
0
ID

58 171566
59
60 111572
61
62
63
64 171576
65
66
67 171602
68 171610
69
10 111612
71 171612
12 171616
73
14 111620
15
76 171624
11 111630
78
19 111632
80 111632
81 111636
82
83 111640
84
85 111644
86
87 171650
88 171654
89
90 171656
91 171656
92 171662
93
94 171664
95
96 171670
97
98 171674
99 171700
100
101 171702
102
103 171702
104
105 171710
106
107 171710
108 171712
109
110
111 171114
112
113 171722
114

00:51

Pa9~

19-1

013100

115006

HOV

~!IKW.

004767

1151H

CALL

052703

100000

BfS

052731
0('10437

oonoo

SC3, RC

;* * * * PERFORM GU
;* * * * If RETURNED
; * * * * TH FN
;• * * * * SlT ERROR FLAG

111530

liERPfGil, R3

ilIS

#KX$DEN,~fKW.CSO

QSlOOO

;• * * * * QE-ENARLE llOAL PORT PAM (OISlBLEO
;
BY THE RESFT PF~FORMED BY GO ROUTINE)
;* * * WHEN DEPOSIT

QS500:
!l~E

#KXSDf.O,RO
QS700

17500 4

HOV

@WKW.SC2,R4

174644

CALL
bP

llEPflS
QSlOOO

CMP
ll~E

#W:XSORD,RO
QS800

022700
001005

000004

013704
004767
000 421

CMP

;* * * * SET OATA

= DPR 2

;* * * *

DEPOSIT

PEPFOR~

;* * * W~~N OPEN REGISTEk

QS700:
022100
001007

000002

013702

175006

140V

i!!f!KW.SC3,R2

052703

000200

llIS

#REr.FGll,R3

004767
000 415

174066

CALL

t:lCA~IN

il!l

;* * * * SET TAPGET = OPR 3
;* * * * SlT REG/AOOR FLAG = REGISTER
;* * * * PERFORM OPEN ON REGISTER

QS100('1

;* * * WHEN OP~N MEMORY
QS800:
022700
001007

000001

CMP
llNE

#KXSOMO,RO
QS900

013702

175006

MDV

~fKW.SC3,R2

042703

000200

ilJC

IREGFGl:l,R3

01)4767
000403

174042

CALL
ilR

EXA!'IH
QSlOOO

BIS

#lfXSC~E,@llKW.STA

;* * * * SET TARGET = DPR 3
;* * * * SET REG/lDOR FLAG

= lDORF.SS

;* * * * PERFORM OPEN MEMORY

QS900:
052737

100000

175002

;* * * FLSE

;* * * * SET CO~MANO ERROR BIT
;* * * F.NO CASE

Q;;lOOO:

,.•• * If ~RROR FLAG SET
TST
JPL

005703
100005
05273 7

100000

042703

100000

175002

R3
USllOO
; * * * THEN
;* * * * SET COYMAND ERROR FLAG OF STATUS REGISTER

:ns

#KX$CME 1 1J#KW.STA

ll IC

UFRPFGii,R3

;* * * * CLF•R FRROR FLAG
; * * * ENI) IF

(

KXTNF - KXTllCA Native Firmware MACRO V05.00
QOOTM - Q BUS OOT MONITOR

......
......
0

Page 79-2

QSllOO:

115 171726
116

117 171726
118
119 171732
120

00:51

005037

175000

000661

;* * * CLY.AR CO~MAND REGISTF.R
CLP

~flf(W.CMD

QSlOO

;* * ENO IJNTIL
;* FNO Q BUS ODT MONITOR

f(XTNF - l<XTllCA Native Firmware ~ACPO V05.00
TIJ58BT - TUSA BOOT STRAP

00:51

Page RO

.SBTTL

2
3

TU58BT - TU5d BOOT STRAP

.ENABLE G'IL,LC

4
5
6
1
8
9

10
11
12
13
14
15
16
17
18
19
20

Module name: !.JD
Syst~m:

KXTll-CA

~ative

Firmware

;

functional Description:
This is the primary loader for TU58s. It will attempt to load and transfer
control to the code in the boot block of a TU58 drive connected to the
console port (SLUI). If the first word of the block is in the range of
240 to 277 it is considered a valid boot block. This routine will
continue to try to boot until it suceeds.

(

(
KXTNF - KXT11CA Nativ~ Fir•ware MACRO V05.00
TU58BT - TU58 BOOT STRAP

OO:St

P;ig~

1
;*

012700

!'!OV

000001

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

600T

#1,RO
;* * DO UNTIL SUCFSSFUL BOOT

7 171740
8
9 171740
10 171742
11
12 171746
13
14 171750
15
16 171754
17 171760
111 171764
19
20 171770
21 171774
22 171774
23 171776
24 171776
25 172002
26 172004
27 172006
28
29 172010
30 172012
31 172012
32 172020
33
34
35 172022
36
37 172026
38 172032
39 172036
40
41 172042
42 172042
43 172046
44
45
46 172050
47
48 172054
49 172060
'50
51 172060
'i2 172064
53 172066
54 172072
55 172074
56 172076
57

TU~8

;* * SET ORIVE FLlG TO 0

5 171734

PROCFDU~F,

TU583T::

3 171134

1UlOO:

;* * * TOGGLE DRIVE FLAr.
005100
042700

177776

COM
BIC

RO
rct,Ro

CLR

;* * * SFT POINTER = 0

005004

;* * * SEND BqEAK

004767

000 26<'

CALL

SNUllRK

012702
012701
004767

000002
172320
000310

~ov

MOV
CALL

#2,R2
#INITST,Rl
Sf.ND

012703

000002

MOV

n,q3

CLR

TSTB
BMl
SOB
SOB

TU130
112,TU125
R3,TU120

llR

TUlOO

C!'.Pll
bNE

#20,@#RBUFlA
TIJ120

;* * * SEND INIT

;* * * DO UNTIL TIMED OUT OR CONTINUE RECEIVED

Tt'120:
005002
TU125:
105737
100 403
077204
077106

177560

000753

@,RC~U

;* * * FND UNTIL
;NON STRUCTURFD BRANCH

TU130:
122737
001365

000020

177562

004767

000206

CALL

SND3RK

012702
012701
004767

000002
1723:<2
000236

MOV
HOV
CALL

#2,R2
#BUOTST,Rl

;* * * SEND BREAK

;* * * SEND BOOT COMMAND

S~:NO

;* * * DO UNTIL TRANSMIT BUFFER EMPTY
TU150:
105737
100375

177564

110067
012702

TSTB
3PL

@11.XCSRlA
TU150

005512

MOVB

RO, XBUFll

001000

Ht'"'V

#512,,R;>

HOV
CLR

#100,R3
Rl
(!#RCSRlA
T!•SOO
H 1 TU400
k3,TU300

;* * * END UNTIL

;* * * SEND DRIVE NUMBER

;* * * DO UNTIL 512 BYTES RECIEVED

TU200:
;* * *

012703
005001
105737
10040 3
077104
077 306

000100
177560

TU300:
TU400:

T~TI'

;JMl
SOB

SOB

TIMED OUT

;* * * * IF TIMF.U UUT

(
~XTNF - KXTllCA Native Firmware MACRO VOS.00
TU58LT - ruse BOOT STRAP

.....

58
59
60 172100
61
62 112102
63
64 172102
65
66 172106
67
68 172110
69
70 172110
71 172114
72
73 172116
74 172120
15 172124
76
77 172126
18 172132
19
80 172134
Bl 172140
82
83
84 172142
85
81> 172144
87
88 172144
89 172144
90 172146
91
92 172150
93 172150
94 172152
95 172156
96 172160
97 172164
98
99 172166
100
101 172110
102 172174
103
104 172200
105 172206
106
107 112214
108 172220
109
110 1722L2
111
112 172226
113
114 172230

000117

oo:st

Page 81-1

TUlOO

MOVB

@llli8UF'll 1 (k4)+

DEC

l<.2

Cl'P

!1509., R2
TUbOO

;* * * * THEN
;* * * * * RETRY
;(NON STRUCTURED BRANCH)
; * * * * ELSE

TU500:

;* * * * * INPUT DATA
113724

177562

;* * * * * DECREMF'NT BYTE COUNTER
005 302
TUl>OO:
022702
001013

000175

;* * * * END If
;* * * * If 3 BYTES HAVE BEFN RECEIVED

BNI::

;• * * * AND BYTE l

005001
122721
001007

000002

122721
001004
122711
001001

CLR
CMPA
ll'IE

Rl
#2, (Rl )+
TUBOO

000012

CMPA
B'IE

#12,(Pl)+
TIJ800

000100

CMPA

HlOOi(Rl)
TU80

;* * * * ANO RYTE 2 = 12
i* * * * AND BYTE 3

fj!Jf.

= 100

; * * * * THEN
;* * * * * RETRY

000676

!JR

TUlOO
;* * * * ENO If

TU600:

;• * * ENO UNTIL

TU900:
005702
001344

TST
ilNE

R2
TU200

CLR
CMI'
BLO
CMP
BHI

R2
(!12),!1240
TUlOIJ
(!12),11277
TOlOO

1t0V

RO, 114

MIJV

CALL

#NNCED,RO
SETLf.D

arc
dTS

#!';HSSTF I ~'Kii. STA
#ltPSNlllC,@#Kll.STA

MDV
AOD

fADSTKO,SP
RS,;,p

HOV

#RCS I< lA, 1<1

MOY

R4,RO

JMP

~-0

; * * EllO UNTIL

TU100t':
005002
021227
103670
021227
101265

000240
000277

010004

;* * SAVE UNIT NO.
;* * S~T LEO DISPLAY TO NON NATIVE CODE EXECUTING

012700
004767

000000
175000

042737
052737

000007
000001

012106
060506

177100

012701

177560

;* * SET STATUS R~GISTER TO NON NATIVE CODE STATE
175002
115002

;* * SET STACK POINTER TO DEFAULT USER STACK
;* * PASS CSR ADDRESS TO SECONDARY LOADER

010 400

;* * PASS UNIT NUMBER TO SECONDARY LOADgR
;* * FXFCnTF AT 0

000137

000000

(
KXTNF - KXTllCA Native Firmware MACRO VOS.00
TU58BT - TUSH BOOT ST~AP

00:51

Pa~e

Bl-2

;* F:NO TU58 BOOT

115

KXTNF - KXTllCA Native Fir~ware MACRO VOS.00
TU5B6T - TU58 BOOT STRAP
1
2 172234
3
4 172234
5 172240
6 172244
7 172246
8 172254
9 172260
10

P aqe '3 2

;* PROCEDURE BkEAK
SNUBRK:
012702
105737
100 375
052737
005037
071211

000010
177564
000001
177566

SN100:
177564

......
......
w

00:51

;* * SEND BREAK FOk 8 CHAR. TIMES
MOV
TSTB
bPL
BIS
CLR
SOB

#R.,R2
UXCSRU
SNlOC
#1,@MXCSRll
@llXBUFU
R2,SN100
;* * END ~NTIL

12 172262
13 172266
14
15
16 172270

105737
100375

177564

042737

000001

17
111 172276

000207

SN200:

177564

TSTB
BPL

HXr.SRlA
SN200

BIC

Ill, ~IXCSRl A

;* * END UNTIL
;* * CLEAR BREAK

RF:TUkN

19
20
21
22
23
24
25
26
27
28 172300

;* * RLTURN FROM CALL
; * END BREAll'

;* PROCEDURE SEND
SEND:

i* * DO U'lTIL DATA COUNT ~ 0
;* * * no UNTIL TRANSMIT BUFFER EMPTY

30
31 172300
32 172300
33 172304
34
35
36 172306
37
38 172312
39
40 1723\4
41
4:Z 17~316
43
44
45

;* * no UNTIL TRANSMIT BUFFER EMPTY

SOlOO:
105737
100375

177504

112137

177566

TSTR
HPI.

@f!Xr.SfllA
Sill 00

;* * * E~O UNTIL
;* * * OUTPUT NEXT CHAR.
r!OVP

(Rl )+,@UBUFl ~

005302

ore

001371

ANE

SDlOO

000 207

RF:TllR'I

P~R

;* * * DECRFHF:NT DATA COUNTER

; * * END UNTIL
;* * RETURN FROM CALL
;* ENO SEND

POINTER

(

KXTNF - Y.XTllCA Native Firmware MlCQO V05.00
T058BT - ~use BOOT STRAP

1 1111.20
.2 1123.21
3
4 17.2322
5 17.2323

Page 113

004
00 4

INITST: .BYTE
• BYTE

004
ClO

llOOTST: .BYTE
.BYTE

4
10

6
7
8

.f.YSN

KXTNF - KXTllCl Native Fir•ware ~lC~O V?S.00
POTEST - POWER UP SELF TEST
1
2

00:51

Page 84

.SBTTL PUTEST - POWEP OP SELF TEST
.ENABLE GBL,LC

4
5
6
7
8

Module name: PUWER OP SELF' TO:ST - PHTEST
Syste•: KXTll-CA Native firmware

10
~
~

.e.

12
13
14
15
16
17
18
19
20

21
22
23

24
25

functional Description:
This module controls the Pxecution of the Power Up Auto self Tests.
It detemines which of the test are to be executed per the Boot/Self Test
selection. This routine also tests the Status Register of the OPR regardless
of the eoot/Self Test Selection and halts the KXT if the test falls.
Note:
There are two important addresses with regard to the Power Op Self
Tests. FARSTR (defined in this module) is the address the KXT will be
looping at if the Status Register is found to be faulty. FTLST (defined
in the EXTEST module) is the address that the KXT will be looping at if
any other fatal self test error is found.

26
27

Input Para•eters:

30
31
32

BOOTFO(R5) - Boot selection location
output rarameters:

34
35
36
37
38
39

40
41
42

None
koutines Used:
1) Set LEDs (SETLFD)
2) Execute Test (EXT~ST)

(
KXTNF - KXTllCA Native firmware MACPO V05.00
PUTEST - POWER UP SfLf TEST
1 172324
2
3
4 172324
5
6

00:51

Pa9e 85

PUTEST::

;* PROCfDURE POWER UP SELF T~ST
;* * CLEAP ALL F,RROR BITS IN OPR 2
005037

175004

CLR

012702
011200
012701
010112
020112
001004
005112
005101
020112
001405

175002

MOV
HOV
HOV
HOV
CHP
llNE
COM
COM
CMP

@t!K ii. SC2

;* * TEST DPR STATUS REGISTfR BY WRITING
;
ALTEPATI~G l"S AND o·s INTO IT ANO
COMPARING WHAT IS REAU BACK
;

......

.....
V1

8 172330
9 172334
10 112336
11 172342
1.2 172344
13 172346
14 172350
15 172352
16 172354
17 172356
18
19 172360
20
21
22 172360
23 172364
24
25 172370
26
27 172372
28
29 17237:>
30
31 172374
32 172400
33 172402
34 172404
35 172410
36
37 172412
38 172416
39
40 172420
41 172424
42
43 172426
44 172432
45 172434
46 172440
47
48
4~ 172440
50 172444
51
52 172450
53 172454
54
55 172460
56
57 17.1466

052525

BF,Q

~tnl.STA,R2

( R2) 1 RO
152525,Pl
Rl 1 (R2)
Rl 1 (R])
Pu2n
(R2)
Rt
Rl 1 (R2)
PU30
;* * IF TEST FAILED

P020:

;* * TilEN
;* * * SET LEOS AND STATUS REGISTER TO FATAL ERROR
012700
004767

000017
174610

HOV
CALL

#f"ERRD 1 QO
SO:TLEjll
;* * * STOP

FARSTR:: BR

000111

; * * END IF

PUJO:
;* * RESTORE STATUS REGISTER

010012
016500
005700
001414
022700
101013

1777H

022700
001410

000005

022700
001405

000010

022700
00140 2
000167

000012

000004

MOV

R0 1 (R2)

MOV
TST
BEQ
CMP

BOOTFO(R5 ) 1 RO
RO
PU50
#4,llO
PUlOO

ilHl

;* * IF BOOT/SELF TEST SELECTION = 11 21 3

;* * OR 5

CMF
aF:Q

#5 1 RO
PUlOO
; * * l'JR 8

CMP
0F,Q

#fl.,:<O
PUlOO
; * * OR 10

C'IP
B<'.Q

000126

PU50:
PlllOO:

J'!P

#10.,RO
PlllOO
PU1010
; * * TH£N

04.l712
052712

177770
000001

BTC
BIS

iAC<KM$STF> 1 ('l2)
llKPSSTS,(R2)

012701)
004767

000007
174520

MOV
CALL

llPUTSDS, RO
S<:TLED

052767

000100

ii IS

#KXSDEN,K11.r.sr

140V

#4 1 P2

012702

000004

005042

;* * * S~T STATUS REGISTER TO AUTO TEST MODE STATE

LEOS TO POWER OP TEST DISPLAY

;* * *

S~T

;* * *

F.~ABLE

OPR

;* ... ·r:sr CPU

(

KXTMF - KXT11Cl Native Fir•ware MACRO YOS.00
PUTEST - POWER UP SELF TEST
58 172472
59
60 172476
61 172502
62
63 172506
64 172514
65
66 172516
67 172524
68 172526
69
70
71 172526
72 172532

00:51

Pa9e 05-1

004767

000072

CALL

EXTFST

01270 2
004767

000002
000062

NOV
CALL

#2,q2
EXTEST

022765
00140 4

000002

177774

C"!P
bFQ

f12,BOOTFO(R5)
PU400

022765
00100 3

000011

171714

CNP
kNt:

#9., l!OOTFO( RS)
prJ500

;* * * TEST RlM
;* * * IF BOOT/SELF TEST SELECTION

; * * * OR 9
PU400:

012701
000401

000001

;* * * ThF.N
;* * * * T~CLUDE USER ROM IN TEST
/o!OV
bR

#1, Rl
PU600

Ct.R

;* * * FLSt:

74 172534
75
76 172534

PUSOO:

;* * * * OU NOT INCLUDE USER ROM IN TEST
005001

; * * * FNO

78 172536

PUt>OO:

~
~

012702
004767

000003
000:122

MIW
CALL

13,R2

012702
004767

000001
000012

HOV
CALL

11, R2

012702
004767

000011
000002

1-!0V
CALL

#11, R1
EKT:OST

EXTFS~

;* * * TEST CSR

EX TEST

;* * * TEST LOCAL DMl
;* * F.NO IF
PUlOlO:

;* * RETURN FROM CALL
000207

RETUl<N

;* ~NO POWER UP SELF TEST

KXTNF - KXTllCA Native Firmware MACRO vos.oo
EXTF.ST - EXICUT~ TEST
1
2
3
4
5
6
7
8

;* * * TeST ROM

80 172536
81 172542
82
83 172546
84 172552
85
86 172556
87 172562
88
89 172566
90
91 172566
92

00:51
.SBTTL

Page 86
EXTEST - F.XICUTE TEST

• F.NAllLE G8L, LC
Module naMe: EXTEST - EXECUTE TEST
SysteM: KXTll-CA

~ative

Fir•ware

10
11
12
13
14
15
16
17

18
19
20
21

Functional Description:
This module is used by PUTtST to call a particular self test and display any
error results in the LEDs and the DPR. It will also halt the KXT if a fatal
error is founj.
Input Parameters:
Rl = TEST PARA~ETERS
R2 = !~ST NUMRER

(

KXTNF - KXTllCA Native Firmware MACPO V05.00
EXT~ST - EXICUT~ TEST
1
2 172570

00:51

Page !17
;* PROCFDURE TEST

EXTF.ST::
;* * INITIALIZE IO

4 172570
5
6 172574

004767

000616

010246

CALL

ilIIHT

MOY

R2 1 -(SP)

MOY

~#Kil.CSC 1 -(SP)

HOV

Rl 1 -(S?)

BIS

#lfX$NXF ,@#KW.SU

c..-p

f7,R2
TrtOO

;* * SAV~ TEST NU ... BER
;* * SAVt LED STATE

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

.....

8 172576
9
10 172602
11
12 172604
13
14 172612
15 172616
16
17
18 172620
19 172626
20
21 172630
22
23 172630
24
25 172636
26
27 172642
28
29 172642
30 172644
31 172646
32
33 172652
34
35 172660
36
37 172662
38
39 172606
40
41 172670
42
43 172672
44 172674
45
4b 172700
41
48 11no2
49 172704
50
51
52 172706
53 172710
54 172712
55 172714
56 172716
57

013746

177524

010146

;* * SAVE TFST PARA ... ETER
;* * SET NXM FLAG OF STATUS RFGISTER

052737

010000

022702
103404

000007

042737
000405

000040

17500 2

illO
[!JC

1775i0

Bt;

;* * IF TEST NUMBER < 1

;* * THEN
;* * * CLEAR ROM MAP illT
#KXS DPE 1 @#KL. CS A
TE200
;* * ELS!::

TElOO:
;* * * SFT ROM MAP BIT

052737

000040

162702

000010

177520

tlTS

llKXSDPE,@#KL.CSA

SUB

1110,R:'

;* * * ~UBTPACT 'B FROM TEST NUMBER
; * * ENP IF

TE200:
006302
006 30 2
004762

160000

042737

010000

;* * PtRFORM TEST
;MULT. TEST NO. BY 4

ASL
ASL
CALL

R2
R2
TO ( R2)

BIC

JKX$NXF 1 ~#KW.STA

MOV

(SP)+ 1 Rl

HOV

(SP)+, ~llKil.CSC

011602

HOV

(SP) 1 R2

010003

MOY

i<O,FJ

006 30 2
004772

ASL
OLL

«<

012602

HOV

(SP)+ 1 k2

005701)
001410

TST

l!f.Q

T!'300

;* * CLF.AR NXM FLAG Of STATUS REGISTER
175002

012601

;* * PET~IEVE Tf.ST PARAMETER

;* * RESTORE LED STATE
012637

177524

;* * RETRIEVE TEST NUMBER (P.UT LEAVE ON STACK)

17i746

;* * SAVE TEST R!::SULTS
;* * SET LEDS

PF~

RESULTS

@<'r.RRTJ-2>(1l2)

;* * RETRIEVr. 1EST NU~BEk
;*

* IF SIGNIFICANT ERROR

;* * THEli
J* • * S~T ERRUP BIT Of TEST IN OPR 2
005000
000 261
00610!)
077202
050037

TF25J:
175004

CLR
.>EC
l<OL
SOB
BIS

RO
W2 1 TE:250
RO, l!#Kil.SC2
;* * * PLACF ·DISCRETE ERkOk DATA IN DPR 3

(

KXTNF - KXTllCA Native Firmware MACRO VOS.00
EXTEST - EXTCOTE TEST
'5B 112722
59
60 112726
61
62 172726
63 172734
64
65
66 172736
67
68 172740
69
10 112140
11
12 172146
13
14

010 331

175006

......
......
00

MOY

032137
001401

000040

k3 1 @#Jl:W.SC3

; * * ENO TF
;* * If FATAL ERROR

BIT
BE"Q

175002

iKXSFEF,@~KW.STA

TE400

;* * THEN
; * * * STOP

fTLST:: BR

000111

; * * F'NO JF

TF:401J:
042737

000040

117520

;* * FNAbLE OVEPLAY 0

BIC

5KXSDPf.,@#KN.CSA

Rf.TURN

000207

170506
170546
170576
170642
17065')
170656
170664
170720
170726
110734
170742

ENTRY ADORESS/TF'ST TABLE

ERRT3:

.WOPO
.WORD
.WORD
.IWRD
.WORD
.WOPU
.WORO
.WORD
.WOPD
.WOl!O

.WOPD

01):51

;* * RETURN FROM CALL
;* F.ND TEST

;TN~ERR

KXTNF - KXTllCA Mativ~ Firmware MACFO V0~.00
EXTEST - EXICUTE TEST
1
2

Page B7-1

TE300:

75
76
11 172750
78 172752
79 1727'54
BO 112756
Rl 172760
82 172762
IJJ 172764
84 172166
85 172170
8b 112172
87 172174

00:51

TlERR
T2ERtl
T1F.RR
TURR
T5ERR I
T6ERR
T1ERR
TlOERR
Tl 1 C:RP
T12F.RP
T13F.RR

Page BB

.SBTTL ENTRY POINT
.=-173000
.FNABLE GBL,LC
Functional Description:

113000

4
5
6
1

These are the entry

8
9
10

Power Up entry point

12 173000
13
14
15
16 173004
17

000167

000006

PERV::
;

000167

170710

J~P

~estart

KSTV::

PilRtJF

entry point

JMP

RESTRT

point~

to the native firmware

(

(
KXTNF - KXTllCA
ENTRY POINT

Nativ~

Firmware MACRO V05.00

1
2
3
4

00:51

Page 89

.SBTTL PNRUP - PONEP UP HANDLER
• ~llA8LE G8L, LC
.=173012

173012

5
6

Module na•e: PNRUP - PONER OP

7
8

; System: KKTll-Cl Native Fir•ware

10
11

12
13
14

;

Functional Description:

15
16

;

17
18
19
20
21

;This routine services the Power Up Interrupt at location 173000.

2.l

;

;Output Parameters

;

;Tnput Para•eters:
NCJNE

f-'
f-'

1. P5 = Top of

25
26
27

;

211

;oata Structures

29
30
31

BATTERY BACrUP POWER UP FLAG (STATUS REGISTF.k)

3<!

POWER UP FLAG (STATUS REGISTgR)

33
34
35

JATTEPY PACrUP FLAG

BATTERY BAC~UP FLAG 2

Map Selection Bits (KXTCSP B, bits 1-3)

Boot Flag (BOOTFO)

RA~

~ointer

37
38
39
40

;

; Routines Used

44
45
46

INIT

PUTEST

BSUPV (1u•p to)

48
49

50
51
52
53

SETLED

TRAP24 (jump to)

(

KXTNF - KXT11CA Native Fir•ware MaCRO V05.00
PWRUP - POmER UP HAIDLER
1
2 173012
3
4
5
6 173012
7 173014
8
9 173016
10
11 173016
12
13 173022

I\.)

Page 90

;* PROCF.DURE POWER UP
PVRUP::

005004
000404

;* * IF POWF.R UP VECTOR ENTRY
;* * THEN
;* * * SlT 04 = 0
CLR
BP

PW050

REillIT::
000001

MOY

#1,R4

013703

175006

MOV

@JKW.SC3,R3

140V

#'212,@#C8255

;* * INITIALIZe THE 8255

012737

000212

005037

177530

CLR

@l!KW.CSD

012700
012701
005021
077002

000020
175000

HOV
MDV
CLR
SOB

#20,RO
llKW. Cl'D, Rl
CRl )+ 1
Ro,rw100

005737

177562

TST

@#RRUF 1 A

152737
005000
077001
077 001
142737

000017

177524

000017

177524

012700
000167

173112
000574

PWlOO:

022701
001013

113700
042700
006 200
006200
006 200
006200
010065
000 402

R4
PW300

CMP
BNE

110.,;n

;* * IF POWER UP ENTRY

PW500

@ftKL.CSB,PO

blC

#~C<KMSSlllS>,RIJ

ASk
ASR
ASR
ASR
MOV

RO
RO
RO
kO
R0,600TFO(R5)
Pll600

llR

;* • FLSE

PW500:
010365

;* * OR ~EINIT ENTRY AND DPR 3 = 8

;* * THEN
;* * * SE~ BOOT FLAG = BOOT SWITCH SETTING

MOVB

177774

;* * READ SLUl TO CLEAR A"Y PENDING BREAKS

TST
HEQ

PllJOO:
177522
177417

;* * CLF.AR THE DUAL PORT QAM

MOV
JMP
PW200:

000010

;* * CLEAR ALL KXT CSR"S

;* * SEQUENCE LF.DS (ON-.5 SEC.-OFF)
#<KX$LD0 I KXSLDl I KXSL02 ! KXSLD3>,@#KW.CSC
RO
RO,.
kO,.
#<KXSLDO I KXSLDl I KXSLD2 I JXSLDJ>,@#Km.CSC
;* * INITIALIZE STACK POINTER ANO SET R5 TO TOP OF RAM
#Pll200,RO
SPR'iSU

illSB
CLR
SOB
SOB
BICR

005704
00140 3

;* * * SAVE DPR RF.GISTER 3
;* * ENO IF

Pll050:
177526

;* * ELSe
;• * * SET R4 = l

012704

15 173026
16
17 173026
18
19 173034
20
21 173040
22 173044
23 173050
24 173052
25
26 173054
27
28 173060
29 173066
30 173070
31 173072
32 173074
33
34 173102
35 173106
36 173112
37
38 173112
39 173114
40
41 173116
42 173122
43 173124
44
45
46 173124
47 173130
48 173134
49 173136
50 173140
51 173142
5l 173144
53 173150
54
55 173152
56
57 173152

00:51

177774

;* • * SET ROOT FLAG = BOOT SELECT PASSED WITH COMMAND

MOV

R3,P.OOTF0(!-5)

(

KXTNF - KXTllCA Native Fir•ware MACRO V05.00
PllRUP - POWER UP HANDLER
58
59 173156
60
61 173156
62 173160
63
64 173162
65 173170
66
67 173172
68 173200
69

00:51

Page Q0-1

; * * FND If

PWbOO:
005704
001034

R4
PW700

CMP
BNE

#12~252,BBFtO(P.5)

;* * ANO BATTERY BACKUP FLAG 1

022765
001030

125252

022765
001024

0525;(5

000000
171776

cr~P

tlNE

Pll700
#52525,RBF20(D5)
Pll700

....
....
"'

;* * aNO BATTFRY BACKUP FLAG 2 = 52525

;

052737
042737

002000
001000

004767

000060

175002
175002

BIS
fHC

#KXSB U 1 @1/Kil. STA
#KXSPllf,@#Kll.STA

OLL

INIT
;

042737
052737

000007
000007

I.ii C
!JI S

IKMSSTf,~-KW.STA

012700
004767

000000
173732

MOV
CALL

#NNCED;Ro
SET LED

000167

174104

JMP

TRA"24

175002
175002

Of STATUS REGISTER = 1

,... * * INITIALIZE 1/0
;* * ..

78 1732<!2
79 173230
80
81 173236
82 173242
83
84 173246
85
86 173252
87
88 173252
89
90 173256
91
92 173262
93 173270
94
95 173276
96

= 125252

;* * THEN
;* * * SE.T BATTERY BACKUP POWER UP FLAG

10
71

72 173202
73 173210
14
75 173216
76

>* * If POWER UP ENTRY

TST
llNE

S~T STaTUS
r.ooE. STATE

REGIST~R

TO NON NATIVE

#KPSN~C,@~Kll.STA

;* * * SET!LEDS TO NON NATIVE CODE STATE OISP.

;* * * EMULATE TR•P TO 24 (NON STRUCTURED EXIT)
;* * FL.SE

PW700:

;* * * RUN SELF TEST

004767

171046

CALL

PUTEST

004767

000020

CALL

INIT

052737
042737

001000
002000

UIS
ll TC

#KXSPWF,@WKW.STA
#KXSBAT,@ftKW.STA

000167

175666

JMP

!JSUPV

;* * * INITIALIZE 1/0
;* * * SET POWER UP FLAG OF STATUS REGISTER

175002
175002

;* * * BOOT IOP (JUMP TO BOOTSTRAP SUPERVISOR)
; * * ENO If
;* ENO POWER UP

KXTNF - KXTllCA Native FirmwaC
IRIT - INITIALIZATION

MACPO VOS.00

00:51

(

Page 91

.SBTTL INIT - INITIALIZATION
.ENABLE LC,GBL

1
2
3
4
5

Module name: INIT - INITIALIZATION

System:

KXTll-C~

Native Firmware

10
11

;

14
15
lb
17

functional Description:
This module resets and initializes the OMA controller, 7201 and
PTO. It also places the conf iquration data in the dual port RAH
and enables thd dual port ~AH.

19
20

;Input Parameters:

22
23

......
N
N

NONF

;

;output ParaNeters

26
27

Reset DMA,7201,PIO

28
29

PIO Master Interrupt Reqister

" Port 1 Tntr.

33
34
35
36
37

" Ti••er

Vee.

Reg.

(

KXTNF - r.XTllCA Native firmware MACRO V05.00
INIT - INITIALIZATION

00:51

Pa9e '12
;* PROCF.DURF TNITIALIZATlON

l
l

173302

3
4 173302
5
6
7 173306
8
9 173314
10 173320

lNlT::
;* * TNITilLlZE IO

004767

CALL

00010 4

I-'
l\.)

;* * CLFAR ALL Of STATUS REGISTER EXCEPT STATE FIELD
ANO POWF.R UP FLAGS
rc<KHSSTF ' KXSPllF I KXSRAT>,~#Kll.STA
;* * If hO AUTO Sf.LF TEST ERRORS FOUND
@llKW.SC2
11'1400
;* * THEN
;* * * PLACF IOP HAP & BOOT CONFIGURATION IN DPR REGISTER 3
@llKll.CSB,RO
l~C<KMSHAP I KHSSWS>,RO
R0 1 (1#KW.SC3
;* * * IF USER SOCKETS MAPPED TO 0
IKX$MP2 1 @1KL.CSR
INlOO
;* * * THEN
;* * * * TEST FnR RAM AT 0
RO
IN200
;* * * f:tSE
I
;

042737

174770

005737
001030

175004

013700
042700
010037

177522
177401
175006

032737
001'402

000010

il IC

175002

TST
!Ult:

12
13 173322
14 173326
15 173332
16
17 173336
lB 173344
19
20
21 173346
22 173350
23
24 173352
25
26 173352

DIN IT

MOV
IHC
HOV
177522

BIT
BF.Q

005000
000 402

CLR
BR
INlOO:

;* * * * Tt:ST FOR RAH .AT 100000

012700

100000

HOV

#100000,RO

011001
005101
005110
020110
001005

HOV
COM
COM
CMP
BNE

(R0) 1 Rl
Rl
(RO)
Rl,(RO)
IN300

005101
010110

COM
MOY

Rl
Rl,(RO)

fl IS

#BITO, ~#KW. SC'.'

28 173356
29
30 173356
31 173360
32 173362
33 173364
3'1 173366
35
36
37 173370
38 173372
39
40 173374
'41
42 173402
43
44 173402
45
46 173402
47
48 173410
49

IN200:

;* * * END TF
;* * * If RAM PRESENT

; * * * THEii

;* * * * RiSTORE CONTENTS

052737

000001

175006
IN300:

;* * * * SET RAM PRESENT BIT Of OPR REG. 3
; * * * ENO II'
; * * END IF

IN400:
052737
000 207

000100

177530

;* * FNAbLE THE DUAL PORT RAH

BtS
RETURN

#KXSOEN,@#Kll.CSO

;* * RETORN
;* FND TNITIALIZATION

(

KXTNF - KXTllCA Native Fir•ware MACRO V05.00
DINIT - DEVICE INITIALIZATION

00:51

Page 93

.S8TTL OINIT - DEVICF. INITIALl7.ATION
.ENABLE LC,r.BL

1
:.!

3
4
5
6

Module name: QINIT - 1/0 OlVlCE INITllLIZATION

System: KXTll-Cl Native Fir•ware

8
9

10
11
12
13
14
15
16
17

; Functional Oescriptior.:
Initialize all progra••able 1/0 devices. Oisables interrupts and sets
programable interrupt vector addresses.

......
IV
~

KXTNF - KXTllCl Native Firmware MlCPO V05.00
OINIT - DEVICE INITIALIZATION
1
l

00:51

Page 94

;* PROCFDURE DINIT
DI NIT::

173412

3
4 173412
5
6 173416
7 173422
8 173430
9 173436
10 173444
11 173452
12 173460
13
14 173466
15 173474
16
17 173500
18
19 173506
20
21 173514
22
23 173522
24
25 173530
26
27 173536

;* * RESET OMA

005037

174454

CLR

t!llD'UCDA

113700
112737
112737
112737
112737
112737
112737

175700
000030
Oil0030
000002
000024
000001
000004

175704
175714
175704
175704
175714
175714

MOVB
'40V!l
MOVB
MOV1l
'!OVA
MOVR
MOV8

@IS!.2SAA,PO
#30,t!f3L2Cll
#30,USL2Clil
#2,(HSL2Cll
#24, USL2C .U

112737
105037

000001
177000

177000

MOVR
CLR!.l

#01,@llPIOICA

112737

000200

17700'1

Mf1VR

11200,@#PIOAYA

112737

000204

177006

Mf1VB

11204,{!#l'I08Vl

112737

000210

177010

MOV!l

#210,(il#PIOTVA

112737

000110

174532

HOVR

#110,(il•DHAOVA

112737

000114

11'1530

MOVB

i 11'1,(aJ!OHll VA

#1,(il#~L2CllA

#4,(il#SL?.CBA
~#PIOICA

;* * RESl::T 7201

;(SFT STATUS EFFECTS VEr.TOR 81T)

; * ft RESET Pin
;* * SETUP PIO PORT A INTERRUPT VECTOR REGISTER
;* ft SETUP PIO PORT 8 INTERRUPT VECTOR REGISTER
;ft

* SETUP PIO TIMER INTERkUPT VECTOR RFGISTER

;* ft SETUP OMA CHlNNl::L 0 INTERRUPT VECTOR REGISTER
;* * SETUP OMA CHANNEL 1 INTERRUPT VECTOR REGISTER
;* F'.ND DJllIT

000207

lll"'.TURN

(
ACCUM -

~XTNF

(

Native Flr•vare MACPO V05.00
ACCU~"LATE NUMBER

~XTllCA

00:51

Page 95

.SBTTL ACCUM - ACCUMULATE NUMBER
.ENlbU LC,<;BL

1
2
3
4
5
6

Module name: ACCUMULATE -

Syste•: KXTll-Cl Native Fir•vare

ACCU~

8
9

10
11

12
13
14
15

Functional Description:
This routine accu•ulates a 16 bit nu•ber by shifting the previous
accumulation left 3 and "or"ing the nev input value (which is a single
octal digit value) into the accumulation.

lb
17
111

.....
N
lJ1

19
20
21
22
23
24
25
26
27

;lnput Parameters:
1) PO = OCTAL OlGIT INPUT
2) P4 = PREVIqus ACCUMULATED NUMBER
;Output Parameters:
1) q4

= ACCUMULATED NUMRER

29
30
31

;Routines Used:
None

KXTNF - KXTllCA Native Flr•vare MACRO ¥05.00
ACCOM - ACCUMULATE NUMBER
1
2 173540
3
4 173540
5 173542
6 173544
7
8 173546

OD:51

;* PROC~DURE
ACCU'.'t::

ACCU~ULATE

;* * SHIFT INPUT L~FT 3

006304
006304
006304

ASL
ASL
ASL

R4
R4
R4

050004

BIS

RO,R4

000207

RETURN

;* * SET ACCUMULATED NUMBER : ACCUMULATED

10 173550

Page 96

;* F.ND ACCUMULATE

NUM~ER

CURl DATA

(

KXTNF - KXTllCA Native Fir•ware MACPO VOS.00
GETIN - GET INPUT

00:51

Page 97

.SBTTL GFTIN - GF.T INPUT
.f'.NABLE LC,GBL

1
"J.

4
5

Module name: GET INPUT - GF.TIN

6
1

; Syste•: KXTll-CA Native Firmware

8
9

10
11

12
13
14
15
16
17
18
19
20
21

Functional Description:
This routine inputs a character and sets the non nu•eric flaq if the
input i~ not a number. If the input is a number it ls converted to binary,
clears the non-numeric flaq and sets the data received flaq.
Output Para•eters:
1) Data Received flaq - OARFGB of R3
2) Non ~umeric Flag - Carry Flag
J) Input Data,- RO

2.!

f--1

(j\

KXTNF - KXTllCA Native Firmware MACRO V05.00
GF.TIN - GF.T INPUT
1

00:51

Page 98

GUIN::

"J. 173552

;* PROCF.DORF. GET IMPUT
;* * 00 UNTIL.INPUT

5 173552
6
1 173556
B
9 173560
10 173564
11 173566
1"J. 173572
13
14
15 173574
16
17 173600
18
19 173604
20 173606
21
22 173610
23
24 173610
25
26 173612

004767

000036

GElOO:

103 375
122700
101011
122700
103406

000060
000067

CALL

CHKCHR

&CC

G"100

C'IPB
BHI
CMP!'I
BLO

1·0,RO
GE200
1·1,RO
.;E200

;* * THEN

;* * * CONVF.RT TO BINARY

162700

OOOObO

SUB

160,RO

052703

00000 2

BIS

lllHRFGB,R3

;* * * SET OATA RECEIVED FLAG
;* * * CLEAR NON NUMERIC FLAG

000 241

CLC

OIJO 401

GE JOO
;* * F.LSE

GF.200:

;* * * SET NON NUMERIC FLAG
SF.C

000 261
GE300:
000 207

;* * F.ND IF
;* * PETUTN FqOM CALL

28 173612
29
30

i * * END UNTIL
;* * IF INPUT = 0 THRO 1

RET'lrtN

;* F.NO GET INPUT

(

KXTNF - KXTllCA ~ative Firmware MACRO V05.00
CRKCHR - CHF.CK CHARACTER

00:51

Paqe 99

.SBTTL CHKCHR - CHECK CHAR•CTER
.ENABLE GBL,LC

2
3
4
5
6
1

Module name: CHKCHR - CHECK CHARACTER
Syste•: Micro-PAX RTS

9
10
11

12
13
Functional Description:

15
This •odule tests the console serial line receive buffer for a
character, siqnals if one was received ,echos the character
and returns that character to the calling routine.
This •odule is to be used for input polling. It
will handle XON XOFF protocol. This routine will not ecco
the XON or XOFF characters.

I-'
IV
.....J

17
111
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33

;INPUT PAPAHETEPS
NONF
;OUTPUT PARAHETF.RS

= 1 FOR CHlRAC!ER RECEIVED, = 0 FOR NO CHARACTER
2) PO = RECEIVE BUFFER DATA, IF DATA RECEIVED

1) CARRY BIT

;DATA STRUCTURES USED

;

1)
~)

36
37

SLUl CSR
SLUl REC~IVE BUFFER

;ROUTINES USED

311

NONF.

KXTNF - KXTllCA Native Fir•ware
CHKCHR - CHECK CHARACTER
1
2

000021
000023

~ACRO

V05.00
XON
XOFF

00:51

Paqe 100
"Q-100
·s-100

(

KXt•F - KXTllCA Native Firmware MACRO V05.00
CHKCHR - CHECK CHARACTER
1
2 173614
3 173614
4
5 173616
6 173622
7

00:51

Page 101
;* PROCEDURE CHF.CK CHARACTER

CHKCHR::
CLC

000241

;* * IF RECF.IVE DONE

TSTR
ii PL

@llRCSRU
CH400

177562

MOVB

URBUFU,RO

042700

000200

BTC

llHT7,RO

122700
00100 4

000023

Cf'IPB
8NE

#l!:OFF,'10
CHlOO

052703
000 241
000415

000040

BIS
CLC
Bil

llXOFfC8,R3
CH300

105737
100030

177560

113700

;* * TdEN
;* * * READ RECEIVE BUFFER

.....
N
CX>

9 1736;i4
10
11 173630
12
13
14 173634
15 173640
16
17 173642
18 173646
19 173650
20
21 173652
22 173652
23 173656
24
25 173660
26 173664
27 173666
211
29 173670
30
31 173670
32 173674
33
34
35 173676
36
37 173702
38
39 173702
40
41 173704
42
43 173704
44 173704

;* * * CLEAR PARITY BIT
;* * * CASE CHARACTER
;* * * WHEN XOFF
;* * * * SET XOFF FLAG = 1

;* * * VHF.N XOll

CHlOO:
122700
001004

000021

CMPB
BNE

#XON,RO
CH200 I

042703
000241
000 406

000040

iHC
CLC
BR

#XOFFCB 1 R3
CH300

CMPB
BFQ

llLF ,RO
CP250

;* * * * SET XOFF FLAG

CH200:
122700
001402

000012

010037

177566

;* * * ELSE
;* * * * IF CHARACTER NOT LF
;• * * * THEN
;* * * * * ECHO CHARACTER

~ov

cH:.5o:
000 261

RO 1 @1XBUFU

;* * * * EN!l IF
;* * * * SIGNAL CHARACTER RECEIVED

S"C

;* * * F.ND CASE

CH300:
; * * END IF

CH400:
000207

f<F'TUl<N

KXTNf - KJTllCA Native
SPR5SO - SP/RS SETUP

Firmwar~

MlCRO

vos.oo

9
10

Page 102

SPRSSO - SP/RS SlTUP
.f:NlBLE l.C,Gl:!L

.~BTTL

1
2
3
4
5
6
7
8

(
00:51

Module na•e: SP

RS SlTUP - SPR5SU

A~D

i Syste•: KXTll-CA Native Firmware
i

12
13
14
15
16
17
18

Functional Description:
This •odule sets up the SP to the native fir•ware stack area and
R5 to the ad1ress of the last word ot native RAM.

settin~

19
20

Input Parameters:

21
1) Return address in RO

.......
N
\0

23
24
25
26
27
28

Output Para•eters:
i

1) Top of RAM ad~ress in R5
2) Stack Pointer

(
KXTNF - KXTllCA Native Firmware MAC~O Y05.00
SPR5SU - SP/R5 SETUP

00:51

Page 103

;* PROCF.OURE SP ANO R5 SETUP

3 173706
4
5
6 173706
7 173714
8
9 173716
10 173722

SPR5SU::
;* * CASE MAP SELECTION
;* * WHF.N MAP BIT 2 = 0

132737
001003

000010

012706
000415

077762

12 173724 132737
13 173732 . 001407
14 173734 132737
15 173742 00140 3
16
17 173744 012706
18 1737'>0 000402
19
20 173752
21
2.l 173752 012706
23
24 173756
25
26 173756 010605
27 173760 062705
28
29 173764 000110
30

000002

177522

000004

177522

BITB
B~IE

#KXSMP2,@#KV.CSB
SP200

;* * * SET STACK POINTER TO STACK 1
MOY
t>P

#SP1, SP
SP400

BITB
dEQ

#KXSMP0,@#11111.CSB
SP300

.......

w
0

SP200:

BITB

#KX$MP1,~#KV.CSB

Bf.Q

SD300

MOY
BR

#SPJ,SP
S?400

;* * WHEN MAP BITS 0 AND 1 = 11

;* * * SET STACK POINTER TO STACK 3

15776 2

; * * ELSE
SPJOO:
;* * * SET STACK POINTER TO STACK 2
13776 2

MOY

IJSP2 1 Sf

SP400:

;* * F.ND CASE
;* * SET R5

000014

HOY
AOD

SP 1 1l5
#SPOFF,R5

J'4P

(RO)

= TOP OF RAM (SP + STACK OFFSET)

;* * RETURN TO CALLER
;* END SP

A~D

RS SETUP

(

KXTNF - KXTllCA Native Fir•ware MACRO V05.00
VF.RS - VERSION NUMBER AND TEST

Pa<Je 104

.SBTTL VF.RS - VERSION NU~BER AND TEST
.=173774
.nae LE LC

00:51

173774

3
4
5
6
7
B
9

Module name: VEqs - VERSION NUMBER
System: KJTll-CA

~ative

firmware

10
11

12
13
14
15
16
17

Functional Description:
This modulP. places the version number in the last word of the
permanP.ntly mapped native RO~.

18
19

20 173774

I-'

......

126

Obl

056

VERS::

KXTNF - KXTllCA Native Firmware MICRO V05.00
S~LF TEST OVERLAY 1
1
2
3
4
5
6
7
8
9

·v1.o·

.ASCII

00:51

Pdqe 105

.SBTTL
.LIST
.NLTST
.~NlBL

SELF TEST OVERLAY 1
HE,~EB 1 SKQ,LOC,01N

MC,CND,BEX
AMA,GBL

NORMAL LISTING MODE
DITTO

.=174000

174000

Module name: SELF T~ST OVERLAY 1
; System: KXTll-CA

~ative

Fir•ware

12
13
14
15
16
17
18
19

20
21
22
23
24

25
26
27
28
29

;

Functional Description:
This •odule contains overlay 1 of the self test code. The self test
modules in this overlay are:
Parallel J/O port Z8036,
DMA controller Z8016,
Q-BUS interrupts, and
Two-port RA"'•
Overlay 1 physically occupies the top 2 KB of the boot RO~. It
executes starting at 160000 when the DIAG PROM F.N bit, bit 5 1 in
KXTCSRA is 1.
.

(

KlTNF - KlTllCl Native Fir•ware MACRO VOS.00
SELF TEST OVERLAY 1
1
2
3
4
5
6
1
8
9
10
11

12
13
14
15
16
11

.....
w

18
19
20
21
22
23
24
25
26
27
28
29
57
78
91
97
98
99

00:51

Page 106

SCRATCH Rlfll ALLOCATION.
RS IS OOT"S "TOP-OF-M!M" POINTER, ANO IS PRESERVED lS SUCH.
ALL SCRATCH REFERENCES ARE INDEXED FROM RS AS FOLLOWS:

000005

$TOP=

MID

050000
060000
070000

110000
120000
130000

130000
140000
150000

----- ------ ---; 077776 137776 157776

;

150002
160002
170002
170004
170006
170010
170012
170014
170016
170020
171776
000005

llUFRl=
BUFR2=
TMPl=
TMP2=
TMP3=
TMP4=
TMPS=
TMP6=
T'4P7=
TMPB=
SF.F 1 =
$EF=

-21116
-17176
-01116

TMP1+2

TOP-6Kll
TOP-4Klll
TOP-2KW
\

T~P1+4

TMP1+6
TMP1+10
TMP1+12
TfllP1+14
TMP1+16
-2
STOP

> SCRATCH REGISTERS •••
I

••• AND STACK SPACE.

I
I

; LAST 2 WORDS OF NATIVE RAM (BATTERY-BlCK-FLlGS) •••
; ••• ARE U~lLlZED as OUR E~ROR FLAGS.

;

~ISCELLlNEOUS

STUFF.

;

00001)1
014000

$TN=
K3K=

3072.*.l

l FEW MACROS.

.NLIST MO

INIT TEST NUMBER SEQUENCE.
HISEG CALLS RFQUIRE JKlll OFFSET.

KXTIF - KXTllCl Native
SELF TEST OVERLAY l

Fir•waI~ ~ACRO V05.00

.......

w
w

12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
21l
29
30
31

32
33

Pa9e 107

A YEW OfFTNITIONS

2
3

4
5
6
7
8
9
10

(
00:51

STlNOlRO STUF!".
;

000000
000040
0001on
000140
000 200
000240
000300
000 340

PRO=
PIH=

PR2=
PR3=
PR4=
Pll5=
PR6=
PP?=

000
040
100
140
200
240
300
340

TRE PRIORITIES.

; PRIMARY CONTROL RF.GISTERS.
;

177560
175700
175720
177000
174400
177520
177522
177524
1775 26
171530
177532
175000
160000
175400
175000
177524
177524

S'iLl=
177560
SSL2=
175700
SI 8254= 175720
SP IO=
177000
SOMA=
174400
SCSRA= 177520
SCSRll= 177522
SCSPC= 177524
SCSRCON= 177526
$CSR=
177530
$QIR=
177532
SOPR=
175000
$QOPR1= 160000
$QPPR2= 175400
;
SIPV=
SOPR
SLf.OS= $CSRC
SIJIO=
$CSRC

DEC DC319 (OLJRT) ASYNC SF.RIAL PORT.
NFC7201 SVNC/lSVNC SERIAL PORT.
18254 PRO~RAMMARLF. BAUD GEN FOR ABOVE.
ZR036 PTO/PIT.
AMZB016 UMA CONTROLLER.
\

> SECONDARY csR·s •••
••. E~BF.OOEO I~ 18255,CRIP.

PR I!U!lY CSR.
Q-BUS INTERPUPT k~GISTER.
DUAL-PORT RAM (LOCAL) •
DUAL-PORT RAH (GLOBAL BASE IO 0-7 •••
••• ANO IO 8-F).
IPV INTEkPUPTS (VIA OPR WORDS O, 4, 8, lNO 12).
CSRC<3:0> DRIVE THE LEOS.
CSRC<7:4> SHOW THE ro SWITCH SETTING.

(

KXTNF - KXTllCA Native Firmware MACRO ¥05.00
SF.LF TEST OVERLAY 1

00:51

Page lOR

; OF.FAULT VF.CTURS.

1
2

;

PWliV=
SLl!IV=
SLlXV=
NECV=
llEVNT=
PEVNT=

000024
000 060
000064
000070
000100
000104

4
5
6
1
8
9
10
11
12
13
14
15
16
17
18
19
20

;
;
;
;
;
;

024
Of>O

064
070
100
104
;
110
PRTYY= 114
DPPY4= 120
DPRV8= 124
BUCKY= 130
DPRYl 2= 134
;
140
QIRY=
144
QIRVl= 150
PIO AV= 154
P JOBY= 160
164
DMAV=

000114
000120
000124
000130
000134
000144
000150
000154
000160
000164

;

;
;
;
;
;
;

;
;

;
;
;

(NON-MASKABLE).
PWR-bP (BRESET)
(PRI 4).
CONSOLE (SLUl) RCVR
(PRI 4).
CONSOLE (SLUl) XMTR
SYNC/ASYNC ROTH CHANS (PRI 4).
(PRI 6).
LINF. Ci.OCK
PROGRAMMABLE CLOCK(S) (PRI 6).
OPEN
(PRI 7).
MF.MORY PARITY
DUAL-POOT RAH wnRD 4 (PRI 5).
DUAL-PORT R~M WORD R (PRI 5).
(PRI 5).
Q-BUS "YACK"
DUAL-PORT-RAM ~ORD lL (PRI 5).
RF.SERVED (FALCON).
(ARBITER ~XECUTES RTI).
Q-BOS RF.QUEST
(ARBITER EXECUTES RESET,RTI)
DITTO
(PRI 4).
PIO PORT A
(PRI 4).
PIO PORT P
(PRI 4).
OMA (ROTH CHANNEl.S)

......

KXTNF - KXTllr.A Native Fir•ware MACRO ¥05.00
SELF TEST OVERLAY 1

00:51

Paqe 109

; HIGH SF.r.MFNT F.NTRY BLOCK

1
2
3
4

;

; CALL: BIS t6IT5,CSRA ; ENABLE HIGH SEGMENT.
; CALL T~ST 10-17.
CALL TN
BF.Q OK
;
; OR ONE F.RROR.
T10==.-K31f
Jl'P
TST10-K3K
;; EXECUTE TEST 10.
Tll==.-1311'.
TST11-K3K
;; EXFCUTF. TEST 11.
JMP
T12==.-K31'
JMP
TSTl 2-K3K
;; EXECUTE TEST 12.
T13==.-1(31(
TST1l-K3K
;; EXECUTE TEST 13.
JMP
T14==.-K3K
CLR
RO
;SINCF. THERE IS NO TeST BY THIS ~AME,
RfTl'RN
Tl5==.-K3K
CLR
RO
;SINCE THERF. TS NO TEST BY THIS NAME,
RETURN
T16==.-101'
CLR
RO
;SINCE THERf IS NO TEST BY THIS NAMF. 1
Rf.TOWN
Tl7==.-K3K
kO
CLR
;SINCF. THF.RF. TS NO TEST BY THIS NAME,
llF:TUl<N
;

13
174000
174004
174010
174014
174020
174022
1740;<4
174026
174030
174032
174034
174036

160000
000137
16000 4
000137
160010
000137
160014
000137
160020
005000
000207
160024
005000
000207
160030
005000
000207
160034
005000
000 207

160040
161106
162102
162432

SHOW NO ERRORS.
SHOW NO ERRORS.
SHOW NO ERRORS.
SHOW NO ERRORS.

(
KXTNF - KXTllCl Native Firmware MlCRO V05.00
- TIO
PlRALLEL I/O PORT Z8036
.Sl!TTL

00:51

Page 110

- TIO

PARALLEL 1/0 PORT Z8036

MOV
HOV
l!OV
HOV
HOV
MOV
CLR

PF.VNT,-(SP)
PEVNT+2 1 -(SP)
PIO AV ,-(SP)
PYOAV+2,-(SP)
P IOIW ,-(SP)
PIUBV+2,-(SP)

;; SAVE PEVNT.

CSE")

;; CLEAR ERROR FLlG.

,,
••**********************************************************************
;;• TEST 10 -- PARALLEL 110 PORT Z8036
,,
••**********************************************************************
174040
174040
174040
174044
174050
174054
174060
174064
174070

TSTIO:
TPlO:
013746
013746
013746
013746
013746
013746
005015

000104
000106
000154
000156
000160
000162

INPUT: NIJNf:.
OUTPUT: RO = ERROR FLAGS OR ZERO.

4
5

ZILOG b036 CHIP HAS 48 Rf.GISTFRS.
RESf:T THE CHIP ANn V~RIFY THAT ALL REGISTERS RETURN ZERO.

7
8
9

TlO

10
11

.......

lJ1

·;'i·:

PARALLEL 1/0 PORT Z8036
EO = ROM IN VF.CTOR SPACE -- CAN.1 RUN
El = RES~T STATE INr.ORRECT
E2 ~ TIMER nio~·T START
E3 = TIMER NEVEO STOPS.
~4
INTERRUPT NOT MASKED AT LEVEL 4
ES = INTERRUPT NOT PECEIVF.O.
~6 = LOOP TIMF-OUT, DATA XFf.R INCOMPLETE
~7 = RECEIVED DATA INCORRECT

004737
001404
052715
000137

#RIT0 1 ($EI')

JMP

PTOXIT-l\'.31\'.

Vf.CTOR SPACF USABLE 77
PROCEFD IF SO.
; EO = ROM IN VECTOR SPACE -- CAN"T RUN

MOY
MfJV

#48.,R3
#SP IO, R4
Ul, (R4)
#l,(P4)
2$

; CHECK 48 REGISTERS •••
; ••• STARTING HER~.
SFT "CHIP-RESF.T" IN MICR.
; READ IT , SHOULD SEF THF 1 BIT.
; CHECK IT AT 2$.

TSTR

lt-l,(R4)
( R4)

2$:

Bf.Q

3$:

l!IS
TST
SOB

#RIT1,($EF)
(R4)+
R:l, 1$

THEN, WRITES SHOULD Bf. IGNORED •••
••• AND Rf.ADS RF.TURN ZERO.
BR IF 01\'..
; Fl = ~ESF.T STATE INCORRECT
NEXT ADDRF.SS •••
••• ANO LOOP •tJL DONF.

163602

CALL
BF<.i
&IS

000001
161)746

012703
012704
112714
122714
000 403

000060
177000
000001
000001

112714
105714
001402
052715
005724
077310

177777

4$:

~OVB

OIPB
B~

1$:

000002

HOVI>

XRAMLO-K3K
4$

;

; NEXT, SEE THAT

EA~~

TIMER FUNCTIO~S AS ADVERTISED.

;

:'l8

39
40
41
42
43

;; SAVE PIORV.

;

2
3

12
13
14
15
16
17
18
19 174072
20 174076
21 174100
22 174104
23
24 174110
25 174114
26 174120
27 174124
28 174130
29
30 174132
31 174136
32 174140
33 174142
34 174146
35 174150
36
37

,, SAVE PIOAV.

000000
000002
000010
000070
000024
000054
000040

MIC=
MCC=
CTV=
CTkS=
CTCS=
CTTC=
CTCC=

000
002
010
070

024
054
o~o

MASTER INTERRUPT CONTROL REG.
MAST~R CONFIGURATION CONTROL PEG.
TIMF.R(S) INTERRUPT VECTOR REG.
lST (OF 3) TIMER MODE SPEC REG.
lST (OF 3) ~IMER CMn/STATUS REG.
lST (Of 6) TIME CONSTANT REG (J PAIR).
lST (Of 6) CURRF.NT COUNT REG (J PAIR).

(
KXTNF - KXTllCA Native Firmware MAC~O VOS.CO
PARALLEL 1/0 PORT Z8036
- TlO

.......
w
CTI

46
47 174152
48 174156
49 174162
50 174166
51 174170
52 174172
53 174176
54 174202
55 174210
56
57
58 174216
59
60 174222
61 174226
62 174234
63 174242
64 174244
65 174250
66 174254
67 174260
68 174262
69 174266
70 174270
71 174272
72 174276
73 174300
74 174304
75 174306
76 174310
77 174312
78 174316
79
80 174320
Bl 174322
82 174326
83
84 174330
85 174336
86 174342
87 174344
88 174350
89
90 174352
91 174354
92 174360
93 174364
94 174366
95 174372
96
97 174374
9B 174402

177000
000001
000060

012704
142714
012703
005024
077302
012704
112714
112764
112764

117000
000200
000104
000160

062704

000024

106427
012737
012737
005000
012701
112714
112714
000240
132714
001004
017004
052715
000426
132714
001411
077004
077105
052715
000416

000200
160320
000300

000240
052715
000411
062737
106427
000240
052715
000 401
022626
012714
012714
005724
020427
103713
112737
000 240

PIT:
2s:

000010
000002

PIT1:
000104
000106

000004
000040
000306
000001

lS:

000004
000001

2$:

000010
3$:
000020
000032
000000

000104

4S: 5$:

000040
b$:
1$:

000040
000160

#SPIO,R4
#1 1 (R4)
f48.,R3
(ll4) +
R3, 2$
ISP IO, R4
#201) 1 (R4)
#PEVNT,CTV(R4)
t160,MCC(R4)

ADO

"CTCS,R4

MTPS
HOV
MOV
CLR
MOY
HOVB
MOVB
NOP
BITR
llNE
SOD
ll TS
BR
BITR
BEQ
SOB
SOB
BIS
BP

fl>R4
i3S-K311'.,PEVNT
#PR6,PEVNT+2
RO
#4, Rl
#40 1 (114)
11306, ( R4)

NOP
BIS
BP
AClD
MTPS
hOP
BIS
BR
CMP
HOV
~(lV

177000

Page 110-1

MOY
BICB
MDV
CLR
SOB
MDV
MIJVB
MOVB
MOVE

TST
C'4P
BLO

177032
000001

00:51

HOVB
NflP

; GET BASF. ADDRESS.
; CLEAk "CHIP-RESET"•••
; ••• AND CLEAR ALL REGISTERS.
; GET BASE AGAIN.
; SET "MASTER INT ENA8".
; SET TO VECTOR THRU "PEVNT".
; ENABLF. ALL 3 TIMERS •••
; ••• CTHS = 0 =PULSE-OUT, ONCE-ONLY •••
; ••• CTTC : 0 = TIME K 65536.
; NOW KAISE R4 TO lST TIMER CSR.
; RAISE CPU TO PIO LEVEL.
i S<:T VECTOR.
; SET A 1 SF.COND KEEP-ALIVE TIMER.
; CLEAk "IUSIIP"•••
; ••• AND SET "IEIGCBITCB" •••
; ••• TIHF.R SHOULD TAl\'.E-OFF II
; TIMFR RUNWING (C~P=l) ??
; BR ff SO.

#1,{R4) 1
2S
RO, lS
#lllT2, CSEF)
7S
#1 1 (R4)
4S
RO, 2S
Rl,2$
jBIT3,($EF)
7S

;; E2 : TIMER DIDN•T START
; ABORT.
; TIMER DONE (CIP=O) ??
; bR H SO.

#BIT4, CSEF)

; INTFRRUPT -- SHOULD HAVE BEEN HASl\'.ED.
;; ~4 : INTERRUPT NOT MASl\'.ED AT LEVEL 4

ii F,3 = TIMER NEVER STOPS.
; ABORT.

•6S-3$,DEVNT
1PkO
#BITS, CSEF)

; NOW CHANGE THF VECTOR •••
; ••• LOWF.k TPE CPU •••
; ••• AND LET INTERRUPT COME JN.
;; F.5 = I~TERRUPT NOT RECEIVED.

(SP)+,{SP)+
#40 1 (R4)
#160, ( R4)
(!!4)+
R4, llSP IO+CTCS+6
PJTl

; INTF.RRUPT -- FIX THE STACK.
; CLEAR "IUSIIPIGCB"•••
; ••• AND "IE" (TIMER OFF).
; BOHP TO N~XT TIMER CHO/STAT •••

#1, SP IIJ

; TqEN, RESET THE CHIP.
; FALL TrlRU TO DATA TEST.

; ••• AND LOOP 'TIL

AL~

3 DONF.

KXTNF - KXTllCA Native Flraware MACRO V05.00
PARALLEL I/0 POPT Z8036
- T10
1
2
3
4
5
6
1

8
9
10
11

......

......J

12
13
14
15
16
17
18
19
20
21
22
23
24 174404
25 114410
26 174414
27 174420
28 174424
29 174430
JO 174434
31 174440
32 114444
33 174450
34 174456
35 114464
36 174412
37 174500
38 174506
39 174514
40 174522
41 174530
42 1745l2
43 174540
44 174546
45 174554
46 174562
47 114566
48 174514
49 174600
'50 174602
51 174606
52 174610
53 174614
54 174616
55 114620
56 174622
57 174624

00:51

Page 111

; DATA PORT(S) TEST.
;

; *** REQUIRES EXTERNAL LOOP-BACK ***
;

000004
000020
000032
000100
000102
000006
000022
000034
000120
000122
000014
000036
000140
164377
165 400

PlV=
PACS=
PAOB=
PAHS=
PAHS=
PAV=
PBCS=
PBOB=
PBMS=
PBHS=
PCl!O=
PC De=
XCVR=
Al. BO=
AO.Bl=

<351*400>!0

; PORT A VECTOR •••
; ••• C~O/STATUS •••
; ••• DATA BUFFEk •••
; ••• '400E •••
; ••• AND HANDSHAKE SPEC.
; PORT B VECTOR •••
; ••• CHO/STATUS •••
; ••• DATA BUFFER •••
; ••• HOOE •••
; ••• AND HANDSHAKE SPEC.
; PORT C DATA OIRF.CTION •••
; ••• A~O BUFFER (HANDSHAKE BITS).
; 1ST WORD ABOVE THE CHIP HOLDS •••
; ••• XCVR CONTROL BITS TTL/A(IN)IB(OUT).
;
TTL/A(OUT)IB(IN).
DITTO

TMFl

; DEFINE A SCRATCH LOCATIOM.

004
020
032
100
102
006
022
034
120
122
014
036
140
<3~0*400>1377

;

BYTES=

17000 2

;

011704
142714
012701
010164
012121
012721
010164
012721
012721
112764
112764
112764
112764
112764
112764
112764
012764
000414
112764
112764
112764
012764
106421
11276'1
012702
010503
062703
010346
012700
005023
071002
011603
005001
005065

177000
000001
000154
000004
161010
000200
000006
161024
000200
000100
000000
000300
000200
000000
000300
000200
164377
000200
000200
000100
165400
000200
000377
163646

PIOO:

000100
000102
000020
000120
000122
000022
000022
000140

PIOOl:

000100
000020
000120
000140

PIOD2:

PIOD3:
000014

15()(102

i;nv

000020

lS:

170002

MOY
BJCB
HOV
MOY
MOY
MOV
HOV
HOV
MOY
MOVB
HOVB
HOVB
MOVB
MOV8
HOVB
MOVB
HOV
i!R
HOYA
MOYD
MPVB
HOV
HTPS
HOYB
MClV
HllY
ADO
HOV

CLR
SOB
HOV
CLR
CLk

; GET BASE ADDRESS.
#SPIO,R4
; CLEAR "CHIP-RESET".
#1,(R4)
#PlOAV,Rl
Rl,PAV(R4)
; SET PORT A VECTORS.
#lI-K3K, (Rl )+
#Pk4,(R1)+
R1,PBV(R4)
; SF.T PORT B VECTORS.
llBI-KJK,(Rl)+
fPR4, ( Rl )+
; SET PORT A INPUT •••
#100 1 PAHS(R4)
; ••• INTERLOCKED US •••
•000,PAHS(R4)
f300,PACS(R4)
; ••• INT ENABLED.
ll200 1 PBMS(R4)
; SET PORT B OUTPUT •••
; ••• INTFRLOCK~D HS •••
#OOO,PBl'S(k4)
#300 1 PBCS(R4)
; ••• INT ENABLED.
#200 1 PGCS(R4)
; SET OUT "IP" TO PRIME THE LOOP.
#AI.BO,XCVR(R4) ; S~T XCVR CONTROL BITS.
PI003
#200 1 PAMS(R4)
; CHANGE POPT A TO OUTPUT •••
l:l00 1 PACS(R4)
; ••• ARO SET OUT "IP".
jf100,PFl4S(R4)
; CHANGE POPT B TO INPUT.
IA0.6I,XCVR(P4) ; CRA~GE XCVR CONTROLS.
IPR4
i RUSE CPU.
1377 1 PCOO(R4)
; PORT C DIRECTION ALWAYS "IN".
#XFtT10-K3K,R2 i X14T BUFFER POINTER => R2.
STOP,P3
#BUFR1 1 R3
; RCV BUFFER POINTER => R3.
RJ,-(SP)
; SAVE l COPY OF R3.
#16.,RO
(R3)+
; CL!:.lR IT •••
RO, 1$
(SP),P3
; ••• AMO RESf.T POINTER.
Rt
BYTES($TOP)
; CLEAR BYTE COUNTl:.RS.

KXTNF - KXTllCA Native Fir•vare HACPO VOS.00
- TlO
PlRALLlL 1/0 PORT Z8036

.......

58 174630
59 174634
60 174642
61 174646
62 174652
63
64 174656
65 174664
66 174666
67 174670
68
69 174674
70 174676
71 174702
72 174706
73 174710
74 174712
75 174716
76
77 174720
78 174724
79 174726
80 174730
81 174734
82
83 174736
84 174742
85 174746
86 174746
174752
174756
174762
174766
174772
174776
175000
175002
175006

112714
112764
116 400
116400
106427

000200
000224
000032
000034
000000

026527
00140 3
077105
052'1 l 5

17000 2

012603
012702
012101
122223
001402
052715
077105
105764
100 404
105014
105064
000 676

000002

011(122

2$:

000100

JS:
163646
000022
4$:
000200
5$:
000100

6S:

000002

112714
005064

000001
000140

01263"1
012637
012637
012637
012637
012637
011500
001402
052700
000 207

000162
000160
000156
000154
000106
000104

7$:

00:51

Paqe 111-1

HOVR
HOVR
MOVB
l'nVB
HTPS

#200,(R4)

CfolP
BEQ
SOB
BIS
'4011

MOY
MOV
CHP'.l
BEQ
111 s
SOB

S~T

"Ml~"•••

••• ANO ENABLE ALL THRE! POPTS.
DUMMY READ (FLUSH) •••
••• anrtt oe·s.
LOllFR CPU •••
••• DATA SHOULD BEGIN TO FLOll.
avTES(STOP),n<t8.*BITR>llR. ; 18 BYT~S TRANSFERRED ??
3$
i BR IF SO.
Rl, 2S
; HANG-AROUND FOR A llHILE.
#'.11T6,($EF)
ii E6 = LOOP Tll'~-our, DATA XFER INCOMPL~TE
a2~4,!"'ICC(R4)

PADll(R4),RO
PBDli(R4 ),RO
#PRO
~

(SP)+, ~3
#XFLT10-K3K,R2
#18.,Rl
(Pl)+ 1 (P3)+
5$
IA 117, ( $EF)
Rl,4$

; GET F<CV "O •••
; ••• ANu XHT"D POINTERS •••
; ••• AND COMPARE XMTD/RCVO DATA.
ii F.1 = RECEIVED DATA INCORRECT

TSTll

PAMS(R4)

81'1

CLRll
Cl.RR
llR

(R4)
MCC(R4 l
PTOD2

; CHECK PORT l DIRECTION.
; BR IF UUTPUT.
; eLSE, CL~AR MASTlR •••
; ••• CnNTkOL RF.GTST~Rs •••
; ••• ANO GO "ROUND ONCF. MORE.

MOVB
CLR

fll,(R4)
XCVll(R4)

; THEN, RESET TH£ CHIP •••
; ••• A~O TPANC~IVER CONTROLS.

(SP)+,PIOBY+2
(SP)+,PI08V
(SP)+ ,P IOlV+2
(SP)+,PIOAV
(SP)+,PEVNT+2
(SP)+,PEVNT
($EF),RO
300'17$
#<l0*BIT12>,RO

ii RESTORE PIOBV.

PIOXIT:

100000

HOV
HOV
Hnv
HOV
HOV
HOV
HOV
BF.Q
BIS
30007$: RETURN

ii RESTORF. PIOAV.

;; RESTORE PEVNT.
; ~RROP BITS => RO<ll:OO> •••
; ••• ANO SKIP IF NONE.
; F.LSE, ADO TEST NUH => R0<15:12>•••
; ••• ftND RETURN (NZ).

(

KXTNF - KXTllCA Native Flraware MACPO V05.00
- no PlRALLEL t/O PORT ZA036

1
2
3
4
5 115010
6 175014
7 175020
B 175022
9
10 175024
11 175030
12 175034
13 175036
14
15 175040
16 175042
17 175044
lB 175046
19 175050
20 175054
21 175056
22 175064
23
24 175066
25 175070
26 175072
27 175076
2B 175104
29

00:51

Page 112

) PORT INTERRUPT HANOLER(S).
;

012700
105764
100407
000421

000032
000100

AI:

012701)
105764
100401
000413

000034
000120

Bl:

060400
105712
001'404
112210
105265
000410
112760
000404
060400
111023
105265
112760
000002

1$:

.EN ll!L
MOV
TSTB
BMI
BR

LSB
#PAOB,RO
PlMS(R4)
1$
JS

MOV
TSTB
tJMI
BP

#PBO!l, RO
PllMS(P4)
lS
3S

;

ADD
TSTP

R4,'!0
(R2)
2$
(R2)+, (RO)
BYTF:S(STOP)
4$
f240,-12(R0)
4$

; OUTPUT -- POINT TO DATA BUFFEP.
; ANY BYT~S LEFT 77
; BR IF NOT.
; ELSE, SF.ND NEXT BYTE •••
; ••• BUMP THE COUNT •••
; ••• AND Rf.TURN.
; WHEN XMIT DONE, CLEAR "IP"•••
; ••• AND RE;TURN.

&F,Q

170002
000240

177766

2$:
3$:

170003
000140

177766

4$:

•

MOYll
INCB
BR
MOVB
BR
ADD
MOVB
INCE
MOVB
RTI
.OSAllL

R4,RO
(R0),(R3)+
BYTES+l(STOP)
l140,-12(RO)
LSI!

PORT A -- GET OB INDEX.
CHECK DIRECTION.
OUTPUT
INPUT
; PORT 8 -- DITTO.
;

OUTPUT
INPUT

; INPUT -- POINT TO DlTl BUFFER.
; STORE THE BYTE •••
; ••• A~D BUMP THE COUNT.
; COMMON EXIT -- CLEAR "IUS"•••
; ••• AND RETURN.

(

KXTNF - KXTllCA Native Fir•ware HlCPO V05.00
- Tll
OMA CONTROLLER lMZ8016
1

115106
115106
115106
115112
175116

013746
013746
005015

000164
000166

00:51

Page 113

OMA CONTROLLER lMZ8016
• SliTTL - Tll
''**********************************************************************
;;* TEST 11 -- OMA CONTROLLER AMZ8016
••**********************************************************************
I
I
TSTll:
TOMA:
DMAY ,- (SP)
;; SlVE OHAV.
MOY
OMAV+2,-(SP)
HOV
($Ef)
CLR
;; CLF.lR ERROR FLAG.

INPUT: Rt = Q-BUS ADDRESS BITS<21:6> OR ZE~O.
; OUTPUT: RO = ERROR FLAGS OR ZERO.

3
4
5

;

Tll

6
1
8

=
=

10
11

l.J
~

12
13
14
15
16
11
18
19
20 175120
21 115124
22 115126
23
24 175132
25 175134
26 175136
27
211 175142
29 175146
30 115150
31 175152
32· 175154
33 175156
34 175160
35 175164
36 175170
37
38
39
40
41 175174
42 175200
43 175204
44 175206
45 175212
46 175214
47 175216
48 175220
49 175224

OMA CONTROLLER lMZ8016
EO = ROM IN VECTOR SPACE -- INTERRUPTS NOT TESTED
El = Q-eus ADDRESS UNDEFINED -- Q-BUS ACCESS NOT TESTED
E2
CHAN INTERRUPT NOT RECEIVED
El
OMA CHANNEL HUNG (TCIEOP BOTH CLEAR)
E4 = DHl ABORTED (EOP = 1 = NXH)
ES = OMA DATA ERROR

170002
170004
170006
170010
170012
004737
001402
052715
010102
001002
052715
012700
005001
006302
006101
077003
000301
052701
010165
010265

QAHI=
TMPl
QALO=
TMP2
CLISP= THP3
SETIE= TMP4
STACHN= TMPS
163602
000001
1$:
000002
000006

2$:
3$:

100000
170002
170004

; SAVERS FOR A TWO,llORD Q-BUS ADDRESS •••
; ••• THREE VARIABLE (CR1/CH2) COMMANDS •••

CALL
BEQ
BIS

XRAMLO-lf3K
1S
llBITO,(SEF)

; VECTOR SPACE USABLE 77
; S!(}P IF SO.
;; EO = ROM IN VECTOR SPACE -- INTERRUPTS NOT TESTED

MOY
BNE
BIS

R1,R2
2$
IBITl, ($EF)

Q-ADDR<21:6> DEFINED 7?.
SKIP I f SO. .
; El
Q-BUS ADDRESS UNDEFINED -- Q-BUS ACCESS NOT TESTED

MOY
CLR
ASL
ROL
SOB
SWAB
BIS
MOY
HOY

t6,RO
Rl
R2
Rl
lt0,3$
Rl
IBIT15,Rl
R1 1 QARl($TOP)
R2 1 QALO($TOP)

;

> lDDR<21:16> => R1<6:0>

; I
1 REPOSITION TO OMA FORMAT <13:8>•••

; ••• S~T "Q-BUS" 8IT •••
; ••• AND SlVE Q-BUS HIGH (SEC/TAG) •••
; ••• AND LOW (OFFSET) ADDRESS.

;

NOW PUSH THE 6-LIRK CRAIN SCRIPT OITO TR~ STACK
; FILLING IN THE CORRECTED ADDRESSES as WE GO.
;

012700
012701
014046
021627
001002
060516
000426
021627
001002

162102
000052

TDMU:
3$:

150002

160002

4S:

MOY
HOV
HOV
CMP
BNE
ADD
BR
CMP
llNE

ICHAINX+2-K3K,R0
; CRAIN (TOP) ADDRESS •••
l<CRAINX+2-CHAIN1>/2 1 Rl ; ••• AND SIZE.
-(RO),-(SP)
; PUSH A WORD.
(SP),f8UFR1
; LOCAL BUFRl ??
4$
; NO.
$TOP,(SP)
; YES, ADJUST IT.

(SP) 1 f8UFR2
SS

; LOCAL BUFR2 77
; NO.

(
KXTNF - KXT11CA Native Fir•ware MACRO V05.00
DMA CONTROLLER AMl8016
- Tll
50 175226
51 175230
52 175232
53 175236
54 175240
55 175244
56 175246
57 175252
58 175254
59 175260
60 175264
61 175266
62 175272
63 175274
64
65
66
67
68
69
70
71

060516
000421
021627
001003
016516
000407
021627
001010
016516
062716
014046
016516
005 301
017135

5$:

120000
170004

6$:

130000
170004
OtOOOO

7$:

170002

es:

~
~

PaQe 113-1

ADO
BR
Cl'P
BNE
MOV

$TOP 1 (SP)

; YES, ADJUST IT.

(SP),1120000
; Q-BUS 20K 11
6$
; NO.
QALO($TOP) 1 (SP) ; YES, SUBSTITUTE IT.

CMP
BNf:
MOV
ADO
MOV
MOV
DEC
SOB

(SP),1130000
8$
QALO($TOP),(SP)
114096.,(SP)
-(RO),-(SP)
QAHICSTOP),(SP)

Rt, 3$

; Q-BUS 22K 11
; 110.

; YES, SUBSTITUTE IT •••
; ••• ARD BUMP UP 2KW.
; OR EITHER Q-BUS ADDRESS, PUSH •••
; ••• AND SUBSTITUTE THE HIGH PART •••
; ••• AND TWEAK THE COUNT ACCORDINGLY.
; LOOP "TIL DONE •••
1 ••• (Sf) IS THE CRIP"S CHAIN ADDRESS.

;

RO~,

;
;
;

73
74
75
76
11
78
79
80
81
82
83
84
85 175276
86 175302
87 175306
88 175312
89 175316
90 175320
91 175322
92 175326
93 175330
94 175334
95 175336
96 175342
97 175344
98
99 175346
100 175352
101 175360
102 175366
103 175374
104 175402
105 175410
106 175416

00:51

MMR=
STATl=
STAT2=
CHOR=
CHUH=
CRA2H=
CHA1L=
CRA2L=
TC=
EOP=
IP=

000070
000056
000054
000054
000046
000044
000042
000040
000001
000002
020000

EXECUTE AND ERROR CHECK 5 OMA CHAINS AS FOLLOWS:
LOCAL => LOCAL, 2KW.
LOCAL lfO PAGE => LOCAL, lKW.
LOCAL => Q-BUS ?OK, 2KV.
Q-BUS 20K => Q-BUS 22K, 2KW.
Q-BUS 22K => LOCAL, 2KW.
70
56
54
54
46
44
42
40
1
2

20000

; MASTER MODE REGISTER.
; CRARNF.L 1 STATUS.
1 CHANNEL 2 STATUS •••

; ••• AND COMMAND REGISTER (FOR BOTH).
; CHAIN ADDRESS RF.GISTERS HI~H (SEC/TAG) •••
; ••• AND THE LOV (OFFSET) HALFS.
; TERMINAL COUNT STATUS BIT (BITO).
; END-OF-PROCESS (NXM) STATUS BIT (8IT2).
; INTERPUPT POSTED (DONE) STATUS BIT CBIT13).

;

106427
012700
012701
005060
005020
077102
012701
060501
012702
010100
005061
010021
077205
012704
012737
012737
012765
012765
012765
012764
010664

000200
174400
000056
000054

TDHA2:

lS:

150002
004000
2S:
010000

174400
161500
000200
000054
000062
000240
000115
000042

000164
000166
170006
170010
170012
000070

T0l4A3:

HTPS
MOV
MOV
CLR
CLR
SOB
MOV
AOD
HOV
HOV
CtK
HOV
SOB

WPR4
f$OHA1RO
1146.,Rl
CMDR(RO)
(RO)+
Rl, 1$
~BUFRl, Rt
STUP,Rl
#204B.,R2
Rl,RO
4096. (Rl)
R0 1 (Rl)+
R2, 2$

; RAISE TO CHIP LEVEL.
; BASE ADDRESS.

HOV
HOV
HOV
MOV
HOY
HOV
MOY
MOY

11$0MA1 R4
; GF.T BASE POINTER.
; INT SERVICE CRAN l (ANO 2).
121S-K3K1 0IUV
llPR4 1 DMAY+2
#40114,CLISPCSTOP) ; SET "CLEAR IOSIIP• •••
#42120,SETIF.(STOP) ; ••• "SF.T IE"•••
#240,STACHN(STOP) ; ••• ANO "START CHAIN" COMMANDS FOR CH 1.
#ll5,MMR(ll4)
; SP.T HOOE = VI, WAIT, CPINTLV, ENABLE.
SP,Clll1L(R4)
; SET CHAIN ADDRESS(ES) •••

; COMMAND "RESET• •••
; ••• AND CLEAR ALL REGISTERS.
; GET BOFRl ADDRESS.
; CLEAR BUF R2 •••
; ••• ARO PUT ADDRESSES IN BUFRl.

(

(
KXTNF - KXT11CA Native Fir•ware MACRO Y05.00
DMl CONTROLLER AMZB016
- Tll

I-'
of:>.

107 175422
108 175426
109 175432
110 175434
111 175440
112 175442
113 175444
114 175452
115 175460
116
117 175462
118 175466
119 175470
120 175476
121
122
123
124 175500
125 175504
126 175506
127 175512
128 175514
129 175520
130 175522
131 175526
132 175530
133 175534
134 175536
175536
135 175542
136
137 175550
138 175552
139 175554
140 175560
141 175562
142 175566
143 175570
144 175574
145 175576
146 175602
147 175606
14B 175610
149 175612
150 175616
151 175620
152
153 175622
154 175624
155 175626
156 175632
157 175634
158 175640
159
160 175642
161 175650
162 175652

010664
012103
005000
032715
001001
106400
016564
016564
077001

000040
16114 2

052715
024646
026527
001003

000004

lS:
2$:

000001
170010
170012

170012

00:51
MOY
HOV
CLR
BIT

000054
000054

25$:

BNE.
MTPS
MOV
MOY
SOB
BIS
CMP
CMP
BNE

000240

Page 113-2

; ••• = lST LINK.
; SET WC TABLE ~OINTER IN R3.
1 SET A KEE.P-ALIYE TIMER.
; INTERRUPTS USEABLE 77
; Slt:IP NEXT IF NOT.
1 YES, LOWER CPU.
SF.TIE(STOP),C~DR(R4) ; SET "CIE"•••
STACHN(STOP) 1 CMDR(R4) ; ••• ANO START CRAIN CRAN 1(2).
1 TC (OR EOP) INTERRUPT SHOULD •••
RO,.
; ••• HAPPEN BEFORE TRIS TIMES OUT.
;; E2 = CHAN INTERRUPT NOT RECEIVED
#BIT2,($El")
; FU::f, IT •••
-(SP),-(SP)
STACHN(STOP),#240 ; ••• AND SERVICE CRAN 1 •••
; ••• OR CHAN 2.
22S

SP 1 CHA2L(R4)
#i1CTBL-10it:, R3
RO
IBITO,(SEF)
25$
RO

;

; PROCESS OMA CRlNNEL INTERRUPTS.

;

016400
000402
016400
022626
032700
001010
032700
001003
052715
000402

000056

21$:

000054

22S:
27$:

052715
016564

000020
170006

000001
000002
000010

STATl (R4 ), RO
27$
STAT2(R'l),RO
CSP)+, CSP)+
#TC,RO
:.!4$
I
#EOP 1 RO
23$
#BIT3,($EF)
24$

BIS
MOY

llBIT4,($H)
i1 E4 = OMA ABORTED (EOP = 1 = NXM)
CLISP($TOP) 1 CMDR(R4) 1 INT SERVICE COMPLETE, CLEAR "IUSIIP".

MOY
BEQ
HOV
ADO
HOV
ADD
CMP
llEQ
MOY
SUB
CHP
BEQ
tl!S
BP
SOB

(R3)+,RO
6$
fBOFRl,Rl
STOP,Rl
#BUFR2,R2
STOP,R2
R0,#204B.
4$
IH64000 1 R1
#4096.,R2
(Rl)+, (R2)+
5$
IB ITS, ( SEF)
6$
R0,4$

; GET WORD COUMT FROM "WCTBL"•••
; ••• ANO SKIP
DATA CHECK INHIBITED.

TST
BNE
BIT
BNE
CMP
BNE

(R3)
7$
IB1Tl,($EF)
BS
(R3) 1 #-1
2$

; NEXT LINK INVOLVE Q-BUS 77
; BR IF NOT.
; YES, Q-BUS ACCESS PERMITTED 77
; NO, QUIT WHILE YOU"RE ARE.AD.
; CHECK FOR END OF TABLE •••
; ••• AND LOOP •TJL ALL LINltS DONE.

BIT
BNE
A!lD

11,STACRN(STOP) 1 NOW, CHFCK THE CHANNEL SELECT BIT •••
; ••• AND EXIT If BOTH OONe.
9$
; ELSE, CHANGE VECTOR •••
#22$-21$,DHAV

23$:

012300
001423
012701
060501
012702
060502
020027
001404
012701
162702
022122
001403
052715
000401
077006
005713
001003
032715
001003
021327
001274
032765
001012
062737

00005'1

24$:
JS:

150002
160002
004000
164000
010000
4$:
000040

ss:
6$:

000002
177777

7$:

000001

170012

000006

000164

SS:

; GET CRAW 1 STATUS.
OR
;
; GET CRAN 2 STATUS.
; ADJUST STACK.

MOY
BR
MOY
CMP
BIT
llNE
BIT
BNE
BIS
BR

; BR IF

re' IS SET.'

; BR IF E.OP (WXM) IS SET.
;; E3 = OMA CHANNEL HONG (TCIEOP BOTH CLEAR)

' ASSUME SRC was BUFRl •••
; ••• ANO OEST BUFR2.
; llC = 2KV 77
; SKIP IF SO •••
; ••• ELSE, SRC WAS ODTROM •••
; ••• AND DST BUFRl.
; COMPARE SRC/DST DATA.
; BR IF Olt".
;; ES = D~A DATA ERROR
; ESCAPE ON lST DATA ERROR.

(

(
I

KXTIF - KXT11CA Native Fir•vare MACRO V05.00
- Tll
OMA CONTROLLER AMZ8016
163 175660
164 175664
165 175670
166 175674

005265
005265
005265
000654

1-J
~

168 175676
169 175702
170 175706
171 175712
172 175714
173 175720
175720
175724
175730
175732
175734
175740
174
175
176
177
178 175742
179 175744
180 175746
181 175750
182 175752
183 175754
184
185
186
187
188
189
190 175756
191 175760
192 175764
193 175770
194 175772
195 175774
196
197 176000
198 176002
199 176006
200 176012
201 176014
202
203
204
205
206
207 176020
208 176022
209 176026
210 176032
211 176034
212
213 176040

005064
062706
032715
001402
042715

000054
000124
000001

012637
012637
011500
001402
052700
000207

000166
000164

Page 113-3

INC

170006
170010
170012

167

00:51

lllC

INC
BR
9$:

CLR
ADD
BIT
BF.Q

000004

110000

BIC
lOS:DMAXIT:
MflY
HOV
MOY
l!EQ
BIS
30008$: RFTORN

CLISPCSTOP)
SETIECSTOP)
STACHNCSTOP)
1$

; ••• AMO COMMANDS FOR CHAN 2 •••
; ••• AMO GO "ROUND ONCE MORE.

CMDR(R4)
; ALL DONF. RESET CHIP.
ICHllNX+2-CHAIN1 SP ; POP CHAIN OFF THE STACK.
IBITO,(SEF)
DID WE RUN WITH INTERRUPTS ??
10$
SKIP IF SO.
IBIT2,(SEF)
NO, DISCARD INTERRUPT ERROR BIT.
(SP)+,DMAV+2
(SP)+,DMAV
CSEF),RO
30008$
#<ll*BIT12>,RO

; ; RESTORE DMAV.
; ERROR BITS => RO<ll:OO> •••
; ••• ANO SKIP If NONE.
; ELSE, ADD TEST kUM => RO<l5:12> •••
; ••• AND RETURN (NZ).

WORD COUNT TABLE FOR POST-O~A DATA CHECKS.
FINAL CPECK (5.) VERIFIES THE RF.SULTS OF CHAlNS 2, 3, 4, ANO 5.
;

llCTBL:

004000
002000
000000
000000
004000
177777

1. 2KV, BUFRl => BUFR2.

2048.
1024.

;
;
;
;

0
0

2048.
-1

2. lKV, oDTROM =~ BUFRl.
3. Q-BUS INVOLVED, NO DATA CHECK.
4. Q-BUS INVOLVED, NO OATA CHECK.
5. 2KV, BUFRl => Ql => Q2 => BUFR2.
TABLE TERMINATOR.

AND TRIS IS THE 6 LINK DMl CHAIN.
; TRIS GETS PUSHED ONTO THE STICK WHERE LOCAL AID Q-BUS ADDRESSES
ARE ADJUSTED ACCORDING TO RAM CONFIG AND ENTRY OPTION (R2).
;

001606
000000
000000
004000
000164
000030
001602
000000
000000
002000
000030

150002
160002

CHAINl: 1606
O, BUFRl
O, BUP'R2
2048.
O"llV

001340

JO, 1340

164000
150002

CRAil2: 1602
o, 164000
O, BUFRl
1024.
JO, 1340

001340

; LOAD ARA, ARB, OPK, VECT, AWD CHAI MODE.
; FROM LOCAL BUFRl •••
; ••• TO LOCAL BUFR2 •••
; ••• 2K VOllDS.
; VECTOR.
; SFTREQ, HDMSK, INT TCIEOP, INTLY, WORD-WORD.
RE-LOAD ARA, ARB, OPK, AND CHAI NODE ONLY.
; FROM LOCAL ODTROM •••
J ••• TO LOCAL BUFRl •••
; ••• lK VOROS •••
; ••• SAME MOOE AND TERMIIATION.

;Previously, CHl113 read the arbiter•s boot ROM using the QBUS. HoMever, the
;Boot ROM of a KDFll-9 does not respond on the oeus. Therefore, CRAIN3 Mas
;re•oved.
001602
000000
100000
004000
000030
001602

150002
120000
001340

CHAIN4: 1602
O, BUFR1
100000, 120000
2048.
JO, 1340
CHAINS: 1602

DITTO.
BUFRl •••
';J •••FROMTO LOCAL
0-RUS 20K •••
J ••• 2K WORDS.

DITTO.
DTTTO.

(
KXTNF - KXTllCA Native Firaware MACRO V05.00
OMA CONTROLLER AMZ8016
- Tll
214 176042
215 176046
216 176052
217 176054
218
219 176060
220 176062
221 176066
222 176072
223 176074
224 176100

I-'

.c::.

.i:-

100000
100000
004000
000030
001602
100000
000000
004000
000030
000000

120000
130000
001340
130000
160002
001340

00~51

Paqe 113-4

100000, 120000
100000, 1300(J0
2048.
30, 1340
CRAIN6: 1602
100000, 130000
0 1 BUFR2
2(148.
30, 1340
CHUNX: 0

; FROM Q-BUS 20K •••
; ••• TO Q-BUS 22K •••
; ••• 2K WORDS.
;
DITTO.
;
DITTO.
; FROM Q-BUS 22K •••
; ••• TO LOCAL BUFR2 •••
; ••• 2K WORDS.
;
DITTO.
; TF.RMINATOR.

(

KXT"F - KXTllCA Native Flraware MlCRO vos.oo
- T12
Q-BUS INTERRUPT
.SBTTL

00:51

- T12

Q-BUS INTERRUPT

MOV
MOY
MOY
MOV
CLR

BIACKV,-(SP)
BIACKV+2,-(SP)
PWRV,-(SP)
PVRV+2,-(SP)
CSEF)

,,
••**********************************************************************
;;* TEST 12 -- Q-8US INTERRUPT
,,
••**********************************************************************
176102
176102
176102
176106
176112
176116
176122

TST12:
TQIR:
013746
013746
013746
013146
005015

000130
000132
000024
000026

2
3
4
5
6
1
B
9

INPUT: Rl
OUTPUT: RO
;

Tl2

13
;

tST OF 2 CONSECUTIVE Q-BUS VF.CTORS.
E~RO~ FLlGS OR ZERO.

Q-BUS INTERRUPT
~O = Q-BUS VECTOR UNDEFINED -- CAN"T RUN
El = BREQ (CSR<l4>) NEYER GOT SEJ
E2
~OH IN VECTOR SPlCE -- RFSPONSE INTERRUPTS NOT TESTED
E3 = INT-ON-BIACK NOT MlSKEO AT PR5
E4 = TNT-ON-BIACK NOT RECEIVED
E5
BllCK OION"T CLElR BREQ (CSR<14>)
~6 = BRESET TRlP THRO 24 DION"T HAPPEN

18
19
20 176124
21 176126
22 176130
23 176134
24
25 176136
26 176142
27 176150
28 176154
29 176162
30 176164
31
32 176170
33 176114
34 176176
35 176202
36
37 176204
38 176212
39 176220
40 176226
41 176230
42 176232
176232
43 176236
44 176240
45 176246
46 176252

;; CLEAR ERROR FLAG.

14
15
16
U1

;; SAVE PVRV.

VERIFY THAT THE QIR CAN INTERRUPT THE ARHITER, lNO THAT
THE POST-INTERRUPT PROCESS VORKS lS ADVERTISED.

fo-1

;; SAVE BIACKV.

; *** REQUIRES l RUNNINr. ARBITER CPU ***

.to.

Paye 114

005701
001003
052715
000516
106427
042737
010137
032737
001002
052715
004737
001403
052715
000473

TST
ONE
BIS
dR

000001
000240
117671
117532
040000

iHS

2$:

CALL
BEQ
BIS
BR

XRA'ILO-Kllt
JS
IBIT2,($EF)
QUIT

; VECTOR SPACE USl&LE ??
; PROCEED IF SO.
;; E2 = ROH IN VECTOR SPACE -- RESPONSE INTERRUPTS NOT TESTE

3$:

MOY
MOY
&TS
SOB
BR

#4$-KJK,BIACKV ; SET RESPONSE VECTOR.
IPR'i 1 8IACKV+2
IBIT1JIBIT12 1 $CSR ; SET ERABLES.
RO,.
; RFSPOWSE SHOULD BE MASIEO AT THIS LEVEL.
5$

BIS
BR
ADO
MTPS
SOtl

#BITJ, ($EF)
6$
116$-4$, B UCKV
MPRO
RO,.

117530

052115
000411
062737
106421
077001

000010

000130
000132
177530

HTPS
81C
!o!OV
lllT

au;

000004
162232
000240
030000

#BITO, ( SEF)
QUIT

4$:
000030
000000

000130

; Q VECTOR DEFINED ??
; PROCEED IF SO.
;; EO = Q-BUS VECTOR UNDEFINED -- CAN"T RON
; RUSE CPU.
; ENSURE EVERVTffl"G OFF (EXCEPT DPR).
; WRITE l VECTOR IN QIR<9:2>.
; REQUEST SHOULD BE SET.
; SUP IF SO.
;; El
BREQ (CSR<14>) REYER GOT SET

000002

012737
012737
052737
077001
000 403

#PR5
•·ceIT6,$CSR
R1 1 $QYR
#BIT14,SCSR
2$
tB ITl, ($EF)

1$:

177530

163602

SS:

;; EJ = INT-ON-BIACK NOT MASIED AT PR5
CHlNGE RESPONSE VECTOR.
LOVF.k CPU •••
• •• INT SffUULO COME IN.

(
KXTNF - KXTllCA Native Firmware MACRO VOS.00
Q-BIJS INTERRUPT
- T12

......
.b

°'

47 1762S4
48 176260
49 176262
50 176264
51 176272
S2 176274
53 176300
176302
176304
54
5S
56
57
58 176306
59 176310
60 176316
61 176324
62 176330
63 176336
64 176344
65 176350
66 176352
67 1763S4
6B 176360
176362
176364
69 176366
70 176370
71 176372
72 176400
176404
176410
176414
176420
176422
176424
176430

OS2715
000401
022626
032737
00140S
05271S
077001
000005
077001

00002(1
040000

177S30

6$:
65S:

000040

OO:Sl
BIS
BR
Cl'P
BIT
BEQ
BIS
SOB
RESET
SOB

Pi\ge 114-1
IB IT4, CSEF)
65$
CSP)+,(SP)+
llBIT14,SCSR
7$
#BITS, ( SEF>
RO,.

;;

= IHT-ON-RIACK NOT RF.CEIVED

; OK, FIX STACK.
; RF.QUEST SffOULO BE CLEAR.
;; ES = BIACK DIDN°T CLF.AR BREQ (CSR<14>)
;; LOCAL RESET.

RO,.

;

; NOW ONCE MORE USING THE ALTERNATE VF.CTOR (IN ARBITEP)
; TO CAUSF A "BUS-INIT" AND LOCAL TRAP THRU VF.CTOR 24.
;

012121
012737
012737
106 427
042737
052737
010137
005000
077001
OS2715
077001
000005
07700 l
000401
022626
042737
012637
012637
012637
012637
011500
001402
OS2700
000207

7$:
16237 0
000340
000340
02000(1
002000
177532

000024
000026
177530
177530

000100

177677
000026
000024
000132
000130

177530

8$:
QIXIT:

CMP
MOY
HOV
HTPS
BIC
BIS
MOY
CLR
SOB
liIS
SOB
Rt:St:T
SOil
dR
CMP
BJC
MOY
HOY
HOV
MOY
MOY
Bf.Q

120000

BIS
30009$: RFTURN

(Rt )+ 1 (Rl)+
#BS-K3K,PWHV
#PR7,PllRV+2
#PR7
IBIT13,$CSR
#AITlO,SCSR
111,SQIR
RO
110,.
#BlT6J(SEF)

; BUMP UP (+4) TO SECOND VECTOR.
; SET PWk-UP VECTOR.
; SHOULD BE NON-MASKABLE.
i CLEAR IACK E~ABLE.
; ARM BRESET TRAP.
i POST Q-BUS REQUEST.
i ARBITER EXECUT~S A BUS-RESET •••
; ••• AND ~TRAP T~RU 24 SHOULD OCCUR.
;; r6 = bRESET TRAP THRO 24 DIDH"T HAPPEN

RO,.

i;.o,.
QIXIT
(SP)+,(SP)+
rcen6,scsR
(SP)+,PWRV+:>
( SP)+,PllRY
(SP)+,BUCKY+2
(SP)+,BUCKV
CSEF),RO
30009$
#<12*BIT12>,RO

;; LOCAL RESET.
; PWR-UP TRAPPED TO HERE, FIX STACK.
; CLEAR CSR.
;; RESTORF'. PWRV.
;;

R~STORE

BIACKY.

;; RRPOR BITS => RO<ll:OO> •••
;; ••• AND SKIP IF HONE.
;; ELSE, ADO TEST NOH => R0<15:12> •••
;; •••• ND RETURN (NZ).

(
KXTNF - KXTllCA Native Fir•vare MACRO YOS.00
- T13
DUAL-PORT RAM AND IPV

00:51

.SBTTL

- T13

DUAL-PORT RAH AND IPV

MOY
MOY
MOY
MOY
MOY
MOY
CLR

DPRY4,-(SP)
DPRV4•2 1 -(SP)
DPRVH,-(SP)
DPRVB+2 1 -(SP)
DPRV12 1 -(SP)
DPRV12+2,-(SP)
($EF)

,,
••**********************************************************************
;;* TEST 13 -- OUAL-PORT RAM AND IPV
,,
••**********************************************************************
176432
176432
176432
176436
176442
176446
176452
176456
176462

TST13:
TDPR:
013746
013746
013746
013746
013146
013746
005015

000120
000122
000124
00012£1
000134
000136
INPUT~

;; CLF.AR ERROR FLAG.

NO~E.

T13

DUAL-PORT PAM AND IPY
EO = LOCAL DPR WRITE-READ ERROR
El
BUS-ERROR ON Q-BUS,DPR REA,D
E2 ~ NOR-ZERO DATA RETURNED ON Q-BUS READ
El = ROM IN VECTOR SPACE -- Q-~RITE ARD l~TERRUPT NOT TESTED
E4 = BUS ERROR ON WRITE TO DPR WORD 0
ES = COMMAND INTERRUPT OIDN"T HAPPEN {OR DOESN"T WORK)
~6 = Q-BUS WRITE AND/OR INTERRUPT WITH OPR DISABLED
E7 = Q-PUS WRJTF. DIDN"T TIME-OUT
EB = Q-BUS WRITE TIMED-OUT
E9 = DPR INTERRUPT 4 NOT RECEIVED
ElO = DPR INTERRUPT 8 NOT RECEIVED
Ell
DPR INTERRUPT 12 NOT RECEIVED

12
13
14
15
16
17

lti

19
20
21
22
23 176464
24 176470
25 176474
26 176500
27 176504
28 176506
29 176510
30 176512
31 176516
32
33
34
35
36
37
38
39
40
41
42
43 176520
44 176524
45 176530

;; SAVE DPRV12.

FIRST, DISABLE THE OPR AND VERIFY WRITE/READ
FROM THE LOCAL (II) SIDE.

7
8

.....

;; SAVE DPRV8.

OUTPUT: RO = ERROR FLAGS OR ZERO.

4
5
6

ob.
....J

;; SAVE OPRV4.

;

Page 115

;

005037
012702
012701
012700
010112
022 201
001402
052715
077006

177530
175000
125252
000020
1$:
000001

CLR
MOY
HOV
HOV
MOY
CMP
BEQ
BIS
SOB

$CSR
1$DPR,R2
#125252,Rl
116.,RO
Rl,(R2)
(R2)+,R1
2$

; WRITE •••
; ••• AND CPECK A WORD.
; SUP If RIGHT.
;J EO = LOCAL DPR ~RITE-READ ERROR
; LOOP "TIL DONE.

IBITO,(SEF)
R0,1$
2$:
;
' NOW THE DPR IS FULL OF ALTERNATING 1·s ANO o·s.
; READ ALL WORDS FROM THE Q-BUS SIDE USING THE OMA ENGINE.
; EXPECT ALL ADORESSlS TO RESPOND (NO EOf), BUT DATA = o·s.
;

QADR=
LAOR=
RD=
WRT=
CNTNU=

170004
170006
000000
000010
000062

ENSURE EVERYTHING OFF.
DPR &ASE ADDRESS (LOCAL).
USE ALTERNATING 1·s AND o·s.

TMP2
T!l!P3
0
WQIO-RQIO
CQif1-RQIO

; s AVE o-Bus •••

; ••• A~D LOCAL ADDRESSES.
; OMA DRIVER READ •••
J ••• lllRITE •••
; ••• AND CONTINUE (AFTER EOP) ENTRIES.

;

013700
042700
006300

177524
171617

TDPR2:

MOY
BIC
ASL

$UIO,RO
rc160,110
RO

CPU ID MOM (CSRC<7:4>).
STRIP <6:4> = NUM*16 •••
••• TIMES 2 = NUM*32 •••
GF.T

(
IXTNF - KXT11CA Natlye Flr•~are MlCRO VOS.00
- T13
DUAL-PORT RAM AND IPV
.

......
.i:o.

46 176532
47 176536
48 176544
49 176546
50 176552
51 176556
52 176560
53 176564
54 176570
55 176574
56 176600
57 176602
58 176604
59 176606
60 176614
61 176620
62 176624
63 176630
64 176634
65 176636
66 176644
67 176646
68 176652
69 176654
70 176660
71 176664
72 176666
73 176670
74 176674
75
76
77
78
79
BO 176676
81 176702
82 176704
83 176710
84
85 176712
86 176716
87 176722
88 176726
89 176730
90 176732
91
92 176734
93 176740
94 176744
95 176750
96 176754
97 176760
98 176762
99 176766
100 176772
101
102 176716

062700
032737
001402
062700
010065
010500
062700
010065
012700
012701
014046
071102
000403
052765
016500
016501
012702
00476.6
102007
032765
001760
052715
000411
016500
012701
005720
001402
052715
077105

160000
000200

00:51
AOD

177524

015400
170004

BIT

1$:

150002
170006
163602
000101
2$:

BEQ
ADD
llOV
MOY
ADD
MOY
HOV
MOY
HOV
SOB
Bil

002000
170004
170006
000020
000000

170004

002000

170004

3$:
35$:

BIT

000002
170006
000020

BIS
HOV
MOV
HOY
CALL
eve

4S:
5$:

000004
6$:

BEQ
BIS
BR
MOY
MOY
TST
BEQ
BIS
SOB

(

Page 115-1

j$QDPR1,RO
; ••• PLUS LO BASE = GLOBAL ADDRESS.
j81T7,$01D
i lD >= 8. ??
1$
; SHP IF NOT.
l<SQDPR2-$QDPR1>,RO i YES, ADJUST TO RICH RlNCE.
RO,QlDRCSTOP)
; SlVE IT IN RAM.
STOP,RO
IBUFRl,RO
; CALCULATE BUFFER ADDRESS •••
RO,LADRCSTOP)
; ••• AND SAVE IT AS WELL.
IQIOC+2-13K,R0 ; GET DPIYER lODREss •••
l<QIOC+2-RQI0>/2,Pl ; ••• AND SIZE •••
-(RO),-(SP)
; ••• AND PUSH IT ONTO THE STACK.
Rl 1 2S
35$
; SUP NEXT.
t2000 1 QlDR($TOP) ; lLTERNlTE BlSE ADDRESS.
QADR(STOP),RO
; SET Q-BOS ADDRESS •••
LlDR($TOP),Rl
; ••• LOCAL lODRESS •••
jl6.,R2
; ••• AND WORD COUNT.
RD(SP)
; READ FROM Q-BUS SIDE Ill DMA.
4$
i BR If OK (NOT "EOP").
12000,QlDR(STOP) ; NOT THERE, BOTH BASES THIED ??
JS
; NO, CO "ROUND ONCE.
181Tl,($EF)
;; El = BUS-ERROR ON Q-BUS DPR READ
T lPVl I
GET BUFFEP ADDRESS.
LlDRCSTOP),RO
#16.,Rl
(RO)+
ORSERYED DATA SHOULD BE ZERO.
6$
; BR If SO.
;; F.2 = NON-ZERO DATA RETURNED ON Q-BUS READ
IBIT2, CSEF>
Rl,5$

; so FAR, so COOD -- NOV WRITE ALL FROM THE Q-eus SIDE.
; lST WRITE SROOLO FORCE A NON-HASKlBLE RESTART TRAP (COMMAND).
i ALL OTHERS SHOULD APPEAR NON-EXISTA~T (EOP) •.
004737
001403
052715
000563

163602

TlPVl:

000010
1$:

XRlHLO-KJll:
lS
IBIT3,($EF)

llR

TIPUT

MOY
MOV
MOI
CLR
CLR
SOB

ISDPR,RO
LlDR($TOP) 1 Rl
t16. 1 R2
(RO)+
(Rl)+
R2 1 11$

IDPRV4 1 Rl
IIPV4-K3K, (Rl )+ ; SET OPRV4 •••
IPR5,(1Cl)+
llPV8-K3K, (Rl)+ ; ••• DPRV8 •••
IPR5 1 (Rl)+
(Rl)+,(Rl)+
llPV12-K3l,(Rl)+ ; ••• AND DPRV12 VECTORS.
IPR5,(Rl)+
RAISE CPU, COMMAND INTERRUPT •••
IPR7
••• SHOULD BE NON-MASKABLE.
Ql0R(STOP) 1 R0
GF.T GLOBAL ADDRESS •••

012700
016501
012702
005020
005021
077203

175000
170006
000020

012701
012721
012721
012721
012721
022121
012721
012721
106427

000120
163350
000240
163356
000240
163364
000240
000340

MOY
MOV
MOV
MDV
MOV
CMP
HOY
HOV
HTPS

016500

170004

HOY

11$:

VECTOR SPACE USABLE ??
PROCEF.O IF SO.
E3 = ROM IN VECTOR SPACE -- Q-VRITE lND INTERRUPT NOT TES

ClLL
BEQ
BIS

; CLEAR DPR •••
; ••• AND BUFFER.

(

lXTNF - KXT11CA Native Fir•varb ~ACRO V05.00
- Tll
DUAL-PORT RAM AND IPV

.....
~

103 177002
104 177006
105 177012
106 177016
107 177022
108 177024
109 177030
110 177034
111 177036
112 177042
lll 177042
114 177044
ll5 177050
ll6 177054
117 177060
118 177064
119 177066
120 177070
121 177072
177072
122 177076
123
124
125
126
127
128 177100
129 177106
130 177112
131 177116
132 177122
133 177126
134 177132
135 177134
136 177140
137 177144
138
139 177146
140 177152
141 177154
142 177160
143 177162
144 177166
145 177170
146
147 177174
148 177200
149 177202
150 177206
151 177210
152 177214
153 177220
154 177222
155 177226
156 177230
157 177234
158 177240

016501
012702
012711
004766
10200 2
052715
005737
001402
052715
005004
106427
012703
012702
004766
102002
005704
001402
052715
077312

00:51

; ••• LOCAL ADDRESS •••
; ••• AND WORD COUNT.
; SFT lST WORD = "NOP" COMMAND.
; WRITE DPR WORD O•••
; ••• SHOULD NOT HAVE ABORTED.
;; E4 = BUS ERROR ON WRITE TO DPN WORD 0
; COMMAND SHOULD HAYE BEEN CLEARED.

BEQ
BIS

LADR ($TOP), Rl
#1 1 R2
1140,(Rl)
WRT(SP)
2$
#BIT4,(SEF)
SDPR
3$
llBITS, ($EF)

CLR
MTPS
MOY
HOV
C'LL

R4
#PRO
115.,R3
#l,R2
WRT(SP)

; CLEAR INT RECEIVED FLAG •••
; ••• AND LOWER CPU.
; SET LOOP FOR 15 MORE WRITES.
; SET WORD COUNT.
; WRITE NEXT FROM Q-BUS SIDE •••
; ••• SHOULD GET "EOP"•••
;...
AND
•
; ••• NO INTERRUPT.

MOV
MOY
MOV

170006
000001
000040
000010

OLL

eve
BIS

000020
175000

2$:

000040

PaQe 115-2

T~T

;; £5 = COMMAND INTERRUPT DIDN"T HAPPFN (OR DOESN"T WORX)

3S:
4$:

000000
000017
000001
000010

ss:

ave

TST
BEQ

!ITS
SOB

#1' IT6, (SEF)
R3,5S

6$:
000100
7S:

;; £6 = Q-BUS WRITE AND/OR INTERRUPT WITH DPR DISABLED

NOW, ENABLE THE DPR, AND WRITE VOROS 1-15 AGAIN.
';; EXPECT
LEVEL 5
AT WORDS 4 BJ
121
INTER~UPTS
~, AND

; AND EOP AT VOROS 11

052737
016500
062700
016501
062701
012703
005004
012702
004766
102406

000170
170004
000002
170006
000002
000002

030327
001410
052715
000 405
030327
001002
052715

001042

030327
001405
020427
001402
052715
030327
001405
020427
001402
052715
030327
001405

000020

177530

'TIPV2: BIS
MOY
lS:

000001
000010
2$:

000200
001042

JS:

BIT

4$:

blT

SS:

BF.Q
CMP
BEQ
BIS
BIT
BEQ
CMP
BF:Q
ii IS

000004

000010
002000
010000

BIT
BEQ
BIS
BR
BNE
BIS

000400

001000
000400

ADD
MOV
ADD
HOV
CLR
MOV
CALL
BVS

6$:

&IT

BF:Q

#170 1 $CSR
QADR($TOP) 1 RO
#2 1 RO
LADRCSTOP),Rl
#2,Rl
IBIT1 1 R3
R4
11 1 R2
WRT(SP)
3$

~ND

; SF.T ALL ENABLES.
; SET Q ADDRESS •••
; ••• FOR DPR1 •••
; ••• AND LOCAL A~DRESS.
; ••• DITTO.
; BIT = CURRENT WORD UNDER TEST.
; CLEAR "INT RECvo• FLAG.
; SET VC...
.
.
; ••• AND WRITE lST WORD.
; BR IF IT TI~ED-OUT.

RJ,,BIT11BIT51BIT9 ; DIDN"T TIME-OUT, SROULD IT HAVE??
4$
; NO, PROCEED.
IBIT7,($EF)
;; E7 = Q-BUS WRITE DIDW·T TIME-OUT
4$
R3,WBIT11BIT51Blt9 J DID TIME-OUT, SHOULD IT HAYE ??
4$
; YES, PROCEED.
#BITB 1 ($EF)
;; EB = Q-BUS aRITE TIMED-OUT
R3 1 l!BIT'1
5$
R-1, 14.
~$

#B 119 1 ( SEF)
RJ, wane
6$

R4, we.
6$
#eITlO, ($EF)
R3,#6TT12
7$

; INTFRRUPT 4 EXPECTED ??
; NO
; YES, RECEIVED 11
; YES.
;; E9 = DPR INTERRUPT 4 NOT RECEIVED
; INTERRUPT B EXPECTED 11
i NO.
; YFS, RECEIVED 11
; YES.
;; ElO = DPR INTERRUPT e NOT RECEIVED
; I~TEHRUPT 12 EXPECTED ?1
;

(
lXTNF - lXT11CA Native Fir•Mare MACRO V05.00
DUAL-PORT RAM AND lPV
- Tll

l.11
0

159 177242
160 177246
161 177250
162 177254
163 177256
164
165 177260
166 117264
167 177272
168 177276
169 177302
170 117304
171 177306
177312
177316
177322
177326
177332
177336
177340
177342
177346
172
173 177350
174 117354
175 177356
176 177362
177 177364
178 177370
179 177376

020427
001402
052715
006303
001325

000014

062706
042737
012700
012701
005020
077102
012637
012637
012637
012637
012637
012637
011500
001402
052700
000207

000202
117677
175000
000020

012704
000405
012104·
000402
012704
042737
000002

004000
1$:

177530

00:51
CMP
BEQ
BIS
ASL
BNE

130000
000004

000014
000007

177530

#B ITH, ( SEF)
1<3
1$

; YES, RECEIVED 77
; YES.
;; F.11 = DPR INTERRUPT 12 NOT RECEIVED
; SHIFT UP TO NEXT WORD (BIT) •••
; ••• AND LOOP TIL ALL DONF..
0

HOV
MOY
HOV
MOV
MOV
MOV
HOV
BEQ
B[S
30010$: RETURN
HOV
BR
IPV8:
MOY
BR
IPYl 2: MOY
IPVXIT: RIC

#4.,R4
IPYXIT
18.,1<4
IPVXIT
4112.,R4
#7 1 $CSR

IPV4:

000010

R4,U2.
1$

t<QIOC+2-RQIO>,SP ; DONE, POP DRIVER O~F THE STACK.
rc'l lT6,$CSR
; CLEAR ALL EXCEPT "DPREN".
1$DPR,RO
; GET LOCAL ADDRESS •••
#16.,Rl
(RO)+
; ••• AND FLUSH ANY CRAP.
Rl,1$
(SP)+,DPllY12+2 ;; RESTORE DPRY12.
(SP)+,DPRY12
(SP)+,DPRY8+2
;; RESTORE DPRY8.
(SP)+ 1 DPRYB
(SP)+,DPRY4+2
;; RESTORE DPRV4.
(SP)+,DPRV4
($Ef ) 1 RO
;; ERP.OR BITS => RO<ll:OO> •••
30010$
;; ••• AND SKIP IF NONE.
1<13*BIT12> 1 RO ;; ELSE, ADD T~ST NUM => ROC15:12> •••
;; ••• AND RETURN
(NZ).
,
l

TIPXIT: ADD
BlC
MOY
MOY
CLR
ts:
508

000136
000134
000126
000124
000122
000120

Page 115-3

l<TI

; DPRV4 INTERRUPT RECEIVED.
; DITTO DPRV8.
; DITTO DPRV12.
; *** TEMP, ENSURE REQ"S ARE CLEAR. ***

(

KXTNF - KXTllCA Native Firaware MACRO Y05.00
- T13
DUAL-PORT RAM AND IPY

I-'

1.11
I-'

12
13 177400
14 177406
15 177410
16 177416
17 177422
18 177426
19 177432
20 177440
21 177446
22 177452
23 177456
24 177460
25 177462
26 177466
27 177470
28 177474
29 177502
30 177510
31 177512
32 177520
33 177522
34 177530
35 177534
36 177540
37 177544
38 177552
39 177554
40 177556
41
42 177560
43 177562
44 177566
45 177572
46 177574
47 177600
48
49

Page 116

;***********************************************************************
; SUBROUTlhE TO ACCESS THE Q-BUS 1/0 PAGE USING TRE OMA ENGINE.
; TRIS CODE IS PUSHED ONTO ANO EXECUTFO IN STAC~ SPACE.

1
2
3
4
5
6
1
8
9

00:51

;

• DSABL
;

AMA

; R"'.LITIVE PIC •

ON CALL, RO = QJO ADDRESS, Rl = LOCAL ADDRESS, R2 = WORD COUNT.
ON RETURN, THEY CONTAIN UPDATED CTEPMINAL) VALUES.
IF EOP TERMINATION, "V" BIT IS SET.

;

DI'=

174400
042767
000403
052767
010067
010167
010 267
012737
012737
005037
012700
060700
000403
012700
060700
010037
012737
012737
000240
032737
001774
012737
013700
013701
013702
032737
001401
000262
000207
001602
177 400
000000
000000
000010
000000

000020

000170

000020
000142
000142
000140
000115
000074
174446
000100

000160

RQIO:
WQIO:
lllQ lOl:

174470
174454

OMA CllIP BASE.

SOMA

;

BIC
BR
BIS
MOY
MOY
MOY
HOV

#B IT4,C'1+ 2
ilQIOA
#BIT4,CM+2
RO,Ql+2
Rl 1 LA+2
R2,WC
#115,@#DM+MMR

2$:

MOY
CLR
MOY
ADO
BR
MOY
ADO
MOY
MOY
MOY
NOP
BIT
BEQ
MOY
HOV
HOV
MOY
BIT
BF.Q
SEY
RETURN

000000
000000

QIO:
Ql:
LA:

we:

1602
177400, I}
o, 0
0

001340

CM:
QIOC:

CQIO:

000110

CQIOA:

174442
000240
000102

174454
174454

020000

174456

000054
174412
174402
174462
000002

174454

lS:

174456

10, 1340

#40134,~fOM+CMDR

READ -- CLEAR "FLIP• BIT.
WRITE -- SET "FLIP" BIT.
SET Q-BUS I/0 ADDRESS.
SET LOCAL ADDRESS.
SET WORD COUNT.
MODE = YI, WAIT, CPINTLY, EIUBLE.
; CLEAR INTERRUPT ENABLES.

UDM+CHUH
#QI0-.-6,RO
PC,PO
CQIOA•
#QIOC-.-6,RO
PC,RO
RO, HOM+CRUL
1240,@#0M+CMOR
#102,@#0M+C .. DR

SF.T CHAIN ADDRESS.
; CHAIM-LOAD (OR RELOAD 0) REGISTERS.
SET SOFT-REQ (START/CONTINUE OMA) •••

IIP,81DM+STAT1

; ••• ANO WAIT FOR DONE/ABORT (IP=l).

lS
#40114 1 @1DM+C~DR
@•0~+12,RO

@IDM+2 1 Rl
@IDM+62,R2
#EOP,@IDM+STATl
2$

; GF.T (PIC) CHAIN START ADDRESS.
Gf.T (PIC) CRAIN CONTINUE (DUMMY).

; OK, CLF.AR IUS AND IP.
GET FINAL Q ADOR (ARAL) •••
••• LOCAL ADDR (ARBL) •••
••• ANO WORD COUNT (OPK).
"EOP" TER .. INATION ??
SlrIP If HOT •••
••• OTHERWISE, SET "Y" IN PSW.

LOAD CARA, CARB, COPK, ANO CR MODE.
Q-BUS 1/0 ADDRESS (CARA)
LOCAL ADDRESS (CARB)
WORD COUNT (COPlr)
CHAN MOOE (1360 IF "FLIP• = 1).
DUMMY RF.LOAD TU CLEAR "NAC" ANO CONTINUE.

.ENABL Al'A
;*********************************************************************•*

KXTIF - KXTllCA Native Fir•Yare MACRO V05.00
DUAL-PORT RAM AND IPV
- T13

. '

.......
l11

1
2
3
4
5
6
7 177602
8 177604
9 177606
10 177610
11 17'1612
12 17'1614
13 1'17622
14 l '17624
15 1'1'1630
16 1'17632
l'1 1'1'1634
18 1'17640
19 17'1642
20 177644
21
22
23
24 17'1646
25 177650
26 177660
27 177670
28
29

Page 117

'; HI SEGMENT COPY OF ROM/RAM IN VECTOR SPACE ROUTINE.
R2<00> = 1 IF LO BYTE NON-WRITABLE.
'
R2<01> = 1 IF HI BYTE NON-WRITABLE.
';XRAMLO: CLR RO
i

005000
005002
011046
005116
005110
126066
001402
052702
121026
001402
052702
005110
005702
000207

000001

~ETURN

000001

000002
lS:
000001
2$:
;

CLR
MOV
COM
COM
CMPB
BEQ
BIS
CMPB
Bt;Q
BIS
COM
TST
RETURN

R2
(RO),-(SP)

(SP)
(RO)
l(RO),l(SP)
1$
llBIT1,R2
(RO),(SP)+
2$
fBITO,R2
(RO)
R2

; GET TARGET LOCATION •••
; ••• AND COMPLIMENT IT.
; COMPLIMENT TARGET LOCATION.
; HI BYTE WRITABLE 77
YES
;
;
NO
; LO BYTE WRITABLE 77
YES
;
;
NO
; RESTORE TARGET LOCATIO•.
; SET CONDITION FOR CALLER.

; HIGH SEGMENT COPY OF 1 THE FLOATING 1/0 DATA TABL~.
;

015
001
376
000000

012
002
375

004
37J

XFLTlO: .BYTE
.BYTE
.BYTE
.llORD

KXTNF - KITllCA lative Fir•ware MACRO V05.00
- T13
DUAL-PORT RAM AND IPV
1

00:51

000001

15, 12
; SYNC PAIR.
001, 002, 004, 010, 020, 040, 100, 200
376, 375, 373, 367, 357, 337, ~77, 177
0
; TF.RMINATOR.

.DSABL

A"4A

00:51

Page 11B

.end

; FLOATING 1.
; FLOATiliG O.

(
ICXTllF - ICXTllCl Native Firavare MACRO Y05.00
Syabol table
166656 G
166712
166722
166740
166756
166710
166770
161146
ace
ICCUM
173540 G
IOOREC 165522 c
IOSTKO 177700 G
16SS30
10100
10200
16S530
10220
16S550
10240
165560
165564
l0250
102S3
165S74
16S606
ID2S5
10210
16S614
16S642
10280
10290
16S644
165646
10300
10400
16S6S2
10500
16S666
165674
10600
10700
16S720
A0800
165724
175010
lI
11.eo = 164377
AO.BI = 16S400
IPLPCO 177766 c
APLPSO 177710 G
lPLROO 177750 c
Al'LR10 171152 G
IPLR20 117754 G
IPLR30 177156 G
IPLR40 177760 G
IPLRSO 177762 G
APLSPO 177764 G
IROFC8 000004 G
A.SET
162130
14800
162126
000000 G
88F10
177776 G
88F20
BEVIT = 000100
17S024
Bl
BUCKV= 000130
BITO = 000001 G
81Tl = 000002 G
BIT10 = 002000 G
81!11 : 004000 c
81T12 = 010000 G
8IT13 = 020000 G
BIT14 = 040000 G
8IT1S = 100000 C
BIT2 = 000004 (;
8ITJ = 000010 G

lBIUD
18100
18200
18300
18400
18500
18600

......
U1

BIT4 = 000020 G
BITS = 000040 G
BIT6 = 000100 G
8IT7 = 000200 G
BIT8 = 000400 G
BIT9 = 001000 G
BOOTFO 177774 G
BOOTST 172322
8RICENT 164674 G
8SUPV
171170 G
171240
85100
171300
8S200
BS300
171326
8S400
171346
1713S2
8S500
171372
BSS50
BS570
171404
171420
BS600
8UFR1 = 150002
BUl"R2 = 160002
BYTES = 170002
81200 = 000022
82400 = 000032
8300 = 000002
84800 = 000042
8600 = 000012
89600 = OOOOS2
CIBIT = 010000
=\000003
CHA
CHUH 176100
CRIINl 17S7S6
CHllll2 176000
CHAIN4 176020
CHAINS 176040
CHUN6 176060
CHUH = 000046
CHUL = 000042
CRl2H = 000044
CR12L = 000040
::1000004
Cff 8
16S742
CH END
CRICCHR 173614 G
CHNOFO= 174442
CRNSTO= 174446
165734
CHTIB
CHX
=1000004
CHlOO . 173652
173670
CH200
Cff2SO
173702
CH300
173704
CR400
173704
161042
CICSUM
CLISP = 170006
177574
CM
CMDR = 000054
CMREGA= 1744S4
CNDFGB 000020 G

(
00:51

Page 118-1

CNTNU = 000062
CQIO
177462
177470
COIOI
000015 G
CR
166277 G
CRDS
CRLF
166274 G
000006 G
CST"ID
CTCC = 000040
CTCS = 000024
CTMS = 000070
CTRL = 000000
CTTC = OOOOS4
CTV
= 000010
C.CLR
162200
C8255
177526 G
OlRFG8 000002 G
OlTCOM 166404 G
DUOO
166412
Dl200
166412
01370
166426
DHOO
166452
Dl500
166460
DA600
166464
Dl700
166412
DCDFG8 000001 G
DC.DAT 161614
DC.LBO 161672
DC. RCI 161SOO
DC. XIT 161616
DC.XMT 161406
DECTST 170072 c
DEPOS
166474 G
DE200
166526
DESO
166S12
173412 c;
DIN IT
DISPRG l6S4SO
DISPST 166346 G
DISPWD 166532 G
DllOO
1665SO
166554
01200
DM
= 174400
DMICDl= 174454 G
DMIED
000002 r.
DMALD
171032 G
DMAMMl= 174470 G
OMAV :: 000164
DMIXIT 17S720
DMlOOl= 174442 G
DMlOSA= 174446 G
DMAOVA= 174532 G
DMA1Vl= 174530 G
DMllOO 171104
DMl200 171114
DMA300 171142
DMl400 171150
DMASO
171046
DMA500 171150

DMl600 171160
OPRV12= 000134
OPRV4 = 000120
DPRV8 = 000124
DSlOO
166346
DS200
166346
ENDTlB 1666S5
= 000002
EOP
EOP81T= 000002
ERRR = 100000 G
ERRf'GB 100000 G
ERROR
166264 G
ERRTB
172750
EU"llll 165742 G
EXMDIS 165470
EXT EST 172570 G
EXlO
16S766
EXlOOO 166224
EUOSO 166242
~X1200
166260
EX1300 166262
16S776
EX20
EXJOO
166020
EX400
166030 '
166040
EXSOO
EX600
166040
EX700
166056
EX750
166072
EX760
166140
EJl'.770
166146
EXBOO
1661S6
EX900
166172
EX950
166222
El!970
166222
164116 G
FAR
FARSTR 172370 G
FAS
171430 c
FCHFG8 000010 G
FERRO
000017 G
fLTO
163700
163670
FLTl
163666
l"LTlO
FRERRB= 020000 G
l"TLST
172736 G
GETIN
173SS2 G
GElOO
1735S2
GF,200
173610
GE300
173612
166772 G
GO
GP300
167176
HZBOO
162124
INDAT.l 166640
INHIB = 170010
173302 G
INIT
INITST 172320
lNlOO
173352
IN200
173356

1N300
173402
111400
173402
IP
= 020000
IPUIT 177370
IPV12
177364
IP14
1773SO
IPV8
177356
IRl
163566
ISEllT
163600
ITX
163S44
163630
IXIT
= 170002
KAT
ICC$00
000022 c
ICC$01
000006 G
ICC$ED
000020 G
ICC$EI
000004 G
ICC$GS
000010 G
ICC$MAX 000022 G
ICC$NOP 000000 G
ICC$RD
000014 G
ICC$RES 000002 G
000012 G
ICC$SS
ICC$WO
000016 G
ICC.COM 000036 G
KC.EON 004000 G
ICC.ICC 000040 G
KC.IDA 000100 G
ICC.IDR 000200 G
KC.LE!f 003400 G
tC.YEC 171400 G
lE$DIA 000014 c
KE$1LC 000006 G
ICE$1LL 000010 G
KE$1LV 000012 G
KESMIX 000014 G
KE$NDA 000002 G
KE$1fDR 000004 c;
000000 G
KE$01C
KH.CMO 175001 G
KR.CSD 177531 G
ICR.IOC 177541 c
lH.SC2 175005 G
KH.SC3 175007 G
Kff.STA 17S003 G
KL.CMD 17SOOO G
KL.CSA 177520 G
KL.CS8 177522 G
KL.CSC 177S24 G
n.cso 177530 G
KL.IOC 177S40 G
ICL.SC2 175004 G
ICL.SC3 175006 G
KL.STA 175002 G
KMSJDS 000360 G
JM$MAP 000016 G
KM$STF 000007 G
KM$SWS 000360 G

(

(
KXTNF - KXTllCA Native Firmware MACRO ¥05.00
Sy•bol table

f--'

""'

KP$1NI
KP$11NC
KP$PBS
KPSQOO
ltP$QTS
ltPSSTS
KP$VST
KR$QRP
KP$TllS
KS.ALM
KS.DA
KS.DOG
KS.OR
KS.EOM
KS.ERC
ICS.11.:RR
KS.OJI
KVSPAB
KW$PBO
KllSPBl
Kll$P82
Kll$P83
ICV$P84
U$P85
Kll$PB6
KV$P87
KllSPCO
K11$PHO
KW$PLD
KV$POD
ltVSPlD
IC11$P2D
KV$P3D
Kll.CMD
KV.CSA
ICV.CSB
KV.CSC
Kll.CSD
Kii. DAT
KV.DCO
Kll.DCO
1t11.Dc1
Kii.DST
Kii. IOC
KW.SC2
KV.SC3
KV.STA
ICX$BlT

KX$BDF
KX$BHE
KX$Bfff'
KXSBQI
KXSCME
11'.XSCTE
KX$DEll
ICXSDEO
ICXSDMC

000000 G
000007 c
000005 G
000003 G
000002 G
000001 c
000004 G
040000 G
000001 G
003400 G
000200 G
020000 G
000040 G
000100 G
000036 G
100000 G
040000 c
040000 G
000001 G
000002 G
000004 G
000010 G
000020 G
000040 G
000100 G
000200 c
100000 c
001000 G
000400 c
002000 G
004000 G
010000 G
020000 c
175000 G
177520 G
177522 G
177524 G
177530 G
000004 r.
000000 G
175010 G
175020 G
000002 G
177540 G
175004 G
175006 G
175002 c
002000 G
020000 G
000400 G
001000 G
010000 G
100000 G
000200 G
000100 G
000004 G
000002 G

KX$011E
Kll$0PE
KX$0RT
KXSEXO
KX$FEF'
KXSFOl
KX$1"02
KX$f'03
KX$f'04
KX$f'05
KX$1"06
KX$f'07
KX$Fl0
KX$f'll
KX$f'l 2
11'.X$f'l3

us coo

KX$IllC
KXSI20
KXSl24
KX$134
KXSLOO
KXSLDl
KXSL02
KX$L03
KXSMPO
ICX$HP1
KX$MP2
ICX$NOP
KX$Nlf'
KXSNXM
KXSODC
KX$0DT
KX$0HL
KX$0MO
KX$0RO
KX$PRO
KXSPVF
ICX$QIE
KX$QOF'
KXSQRF.
KX$QRF'
KXSRTE
KX$R20
KXSR24
KX$R34
KXSSEF
ltX$SHC
KX$SHl
ltX$SOF
KX$SXT
KXSTIS
KXSTRC
KX$TTC
ICX$T01
KXST02
KXST03

040000 G
000040 G
000200 G
100000 G
000040 G
000001 G
000002 G
000004 G
000010 G
000020 G
000040 G
000100 G
000200 G
000400 G
001000 G
002000 G
000010 G
000004 G
000010 G
000020 G
000040 G
000001 G
000002 G
000004 G
000010 G
000002 G
000004 G
000010 c
000040 G
010000 G
100000 G
000010 G
000001 G
000020 G
000001 G
000002 G
000020 G
001000 G
020000 G
000200 G
002000 G
004000 G
000100 G
000001 G
000002 G
000004 G
000010 G
000020 G
000004 G
000100 G
004000 G
000020 G
000001 G
000010 G
100001 G
100002 G
100004 r,

00: 51

Pa9e 118-2

KX$T04 100010 G
KX$T05 100020 G
KX$T06 100040 G
KX$T07 100100 G
KX$T10 100200 c
KX$Tll 100400 G
KX$Tl2 101000 G
KX$T13 102000 r.
KX$2Ell 000002 G
= 014000
K3K
177566
LA
LAOR = 170006
LB TEST 163712 G
163712
LBlOO
LEDTSO 000017 G
000012 G
!.F
000017 G
!.SO
000016 G
LSl
000005 G
LSlO
000004 G
LSll
000003 G
LS12
00000~ G
LS13
000001 G
LS14
000000 G
!.Sl5
000015 G
LS2
000014 G
!.S3
000013 G
LS4
000012 G
LS5
000011 G
LS6
000010 G
!.S7
000007 c:
!.S8
000006 G
LS9
MllNTB= 000004 G
HCC
= 000002
160304
HE Ml
160312
MF:H2
160320
MEH3
160324
MF.M3A
= 000000
llIC
= 000070
HlolR
MMRFGA= 174470
MODF. = 170004
NACB IT= 004000
NF.CV = 000070
NECXIT 163470
NEC.al 162262
NEC.AS 162242
NEC.DA 162210
NEC.DH 162624
NEC.EX 163640
163522
NEC.I
NEC.HO 163144
NEC.SY 162250
NFERRD 000010 G
NFFWDO 177772 G
000000 G
llNCEO
ODTSTG 177702 r.

OOTSTK 117746 G
OPEllDS 166301 G
ORERRB= 040000 G
PACS = 000020
PADB = 000032
Pl HS = 000102
PlMS = 000100
PlRLBD 000016 G
PAV
= 000004
PBCS = 000022
PBDll = 000034
PBHS = 000122
PllMS = 000120
PllREB = 000002 G
PBRF' = 000070 G
= 000006
PflV
PCDB = 000036
PCDD : 000014
165510
PCRLF
173000 G
PFRV
PEV1'T : 0,0010 4
PIOlV = 000154
PIOAVA: 177004 G
PIOBV = 000160
PTOBVA= 177006 G
174404
PIOD
174450
PIODl
174532
PIOD2
174562
PIOD3
PIOICl= 177000 G
PIOTVA= 17701Q G
PIOXIT 174746
174152
PIT
174222
PITl
000001 G
l'RIBD
167010 G
PROC
PROMPT 166266 G
PRTYV = 000114
= 000000
PRO
= 000040
PRl
PP2
= 000100
= 000140
PIH
= 000200
PR4
PR5
= 000240
= 000300
PR6
:
000340
PR7
PUTF.ST 172324 G
l'UTSDS 000001 G
172440
PUlOO
PU1010 172566
112360
PU20
172372
PU30
PU400
172526
172434
PU50
172534
PUSOO
172536
PIJ61JO
173012 G
PWRIJP

PVRV = 000024
PVOSO
173026
173050
PVlOO
PV200
173112
PVJOO
173124
PV500
173152
PV600
173156
PV700
173252
Ql
177562
QADR = 170004
QAHI = 170002
QALO = 170004
QCOMIN 167460 G
167560
QClOO
QC120
167616
QC150
167626
QC200
167640
QC300
167660
QC350
167714
QC380
167734
QC400
167736
QC420
167716
QC440
170002
QC445
170022
QC447
170024
QC450
170042
QC470
170050
QC50
167512
QC500
170052
QC600
170056
QC10
167524
QIO
171560
QIOC
171600
QIRV = 000144
QIRVl = 000150
176372
QUIT
QODTM
171432 G
QODTHD 000005 G
QSRET
171444 G
QSlOO
171476
QSlOOO 171710
QSUOO 171726
QS200
171476
QS300
171536
QS400
171560
QS500
171612
QS100
171632
QSBOO
171656
QS900
171702
160634
R•MLO
RlMLOA 160636
R80Tl
000000 G
040000 G
RBOT2
R80T3
100000 G
RBUFll= 177562 G
RCSRll= 177560 G
RCVACB= 004000 G

(

(
tXTIF - tXTllCA Native Fir•ware MACRO V05.00
Sy•bol table

f--'

U'1
U'1

172262
SN200
164626 G
50DTM
SODTMO 000004 G
164746
SOlOO
SOlOOO 165104
S01300 165142
S01400 165170
S01450 165174
501470 165174
501500 165240
501550 165254
S01552 165304
S01555 165312
501557 165322
S01560 165330
S01565 165356
S01567 165364
S01569 165376
S01570 165402
S01600 165404
501700 165410
S01800 165412
S01850 165412
S01900 165440
164746
S0200
164776
50300
165006
50400
165054
S0700
165060
S0800
165062
S0900
166272 G
SPACE
SP OFF
000014 G
SP RS SU 173706 G
077762 G
SPl
137762 G
SP2
173724
SP200
157762 G
SPl
173752
SP JOO
SP400
173756
SRlOO
164474
sR200·
164526
164536
SR300
SR400
164622
164654 G
SSRET
STACHN= 17 0012
STAT = 177774
STATS = 170006
STATl = 000056
STAT2 = 000054
STSENL= 000010
STSTAB 1703'54
S.SF.T
162150
SORF:CA= 174456
St LllO
000013 G

Rr,f BlB= 004000 G
RCIDNB= 000200 G
RCYIEB= 000100 G
= 000000
RO
= 177776
ROB
REGO IS 166303 G
REGFCB 000200 G
REINIT 173016 G
RESTRT 164000 G
RE1000 164314
RE1010 164352
RE1020 164352
RE1040 164352
RE1045 164372
RF,1050 164412
RE1060 164416
RF.1070 164416
Ri;;1072 164442
RE1075 164450
RE1080 164450
164074
RF.200
164104
RE250
RE400
164106
RE450
164120
164142
RE500
RE600
164226
RE700
164260
164270
RF.:800
RE900
164274
RNGf'GB 000002 G
RQIO
177400
173004 G
RSTI
RTOPl
077776 G
137776 G
RTOP2
RTOP3
157776 G
SAVERG 164452 G
SDlOO
172300
SEID
172300
SETIE = 170010
SE TL DJ 167202 c
SETLED 167200 G
SElOO
167222
SE150
167242
167242
SF.200
SE300
167250
160546
SltTl
SLlRI = 000060
SLl XV = 000064
SL2CAA= 175704 G
SL2CBA= 175714 G
SL2SlA= 175700 G
SL2SBA= 175710 G
SNDBRlt 172234
SNlOO
172240
• ABS.

177672
000000

000
001

(RV,I,GBL,lBS,OVR)
(Rm 1 1,LCL,REL,CON)

00:5t

Page 118-3

52ALBD 000014 G
52BLBO 000015 G
TC
= 000001
161164
TCLll:
TCPU
161150
TCXIT
161322
TDC
161344
175106
TOMA
175174
TDlolAl
175276
TDMA2
175346
TDMA3
176432
TDPR
TDPR2
176520
172630
TF.100
172642
TE200
TE250
172712
TE300
172726
172740
TF.400
160040
TIOR
176676
TIPYl
TIPV2
177100
TIPXIT 177260
TMPl = l7000l
TMP2 = 17000
TMP3 = 170006
TMP4 = 170010
TMP5 = 170012
TMP6 = 170014
TMP7 = 170016
TMP8 = 170020
TNEC
161730
TNNCMl 170754
TNNCOM 170746
TllNINX 170762
TNllXIT 170764
TPIO
174040
TQIR
176102
TRAM
160272
TRlPX
167366 c
TRAPlO 167314 G
TP1P24 167356 G
TRAP4
167252 G
TPOM
160700
TR1010 167344
167302
TR410
160040
TSTl
TSTlO
174040
TSTll
175106
TST12
176102
TST13
176432
TST2
160272
TST3
160700
TST4
161150
TST';
161164

T5T6
161344
161130
T5T7
171740
TU100
TU1000 172150
TU120
171714
TU125
171776
172012
TU130
TU150
172042
TU200
172060
TU300
172064
TU400
172066
T0500
172102
T0588T 171734 G
TU600
172110
172144
TU800
TU900
172144
TO
= 160000 c
= 160004 G
Tl
170506 G
TlERk
TlERRl 170532
TlERR2 170540
TlO
= 160000 G
TlOERR 110720 G 1
TlOETB 171012
Tll
= 160004 G
TllERP 170726 G
TllETB 171016
= 160010 G
T12
T12FRR 170734 G
TUE TB 171022
= 160014 G
T13
T13ERR 170742 G
Tl3ET8 17102(r
T14
= 160020 G
= 160024 G
T15
= 160030 G
T16
T17
= 160034 G
T2
= 160010 G
T2ERR
170546 G
T2ERR1 170562
T3
= 160014 G
T3ERR
170576 G
T3ERR1 170612
T3ERR2 170626
= 160020 G
T4
170642 G
T4ERR
170766
T4ETB
TS
160024 G
170650 G
TSERR
T'SETB
170772
= 160030 G
T6
170656 G
T6ERR
T6ET8
170776

- 160034 G
171002
171006
170664 G
170676
170704
000011 G
000012 G
173774 G
000003 G
167402 G
WHOO
167402
0200
167446
lll300
167452
WC
177572
llCTBL
175742
WQIO
177410
llQIOA
177416
llRT
= 000010
X8Rt8 = 000001 G
XBUFll= 177566 G
lCSRlA= 177564 G
lCVR = 000140
IDB
= 000002
Xf'I. TlO 177646
XIEB = 000100 c
lOFF = 000023
XOFFGB 000040 c
ION
= 000021
XRAMLO 177602
XRDYB = 000200 G
$CSR = 177530
$C5RA = 177520
$CSRB = 177522
$CSRC = 177524
$CSRCO= 177526
$0Ml = 174400
$0PR = 175000
$EF
=t000005
$Ef1 = 177776
$EN
= 000014
$1PI = 175000
$18254= 175720
SLEDS = 177524
$PIO = 177000
$QDPR1= 160000
$QOPR2= 175400
$QIR = 177532
SSLl = 177560
$SL2 = 175700
$Tll
= 000013
STOP =t000005
$UIO = 177524
T71ETB
T7BF.TB
T7ERR
T7ERR1
T7ERR2
UROMOD
UROMlO
VERS
WUTD
WUTST