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AH-T861A-MC

April 1984

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Document:	CZFPBA0 FEPCM CTRL BRIDGE INTFC APR 1984 bw
Order Number:	AH-T861A-MC
Revision:	000
Pages:	156
Original Filename:	CZFPBA0__FEPCM__CTRL_BRIDGE_INTFC__AH-T861A-MC__APR_1984_gray.pdf

OCR Text

CTRL

BRIDGE

LIN

[}
Made

USA

Bl
USER DOCUTMMENTATION

MACRC M1200

09-JUAN-84

12:25

SEQ 0CO1

PAGE 2

.REM £

IDENTIF ICATION
PRODUCT CODE:

AC-T860A-MC

PRODUCT NAME:

CZFPBAO CTRL BRIDGE LINK

PRODUCT DATE:

MAY 1982

MAINTAINER:

CSS GNG DIAGNOSTIC ENGINEERING

AUTHOR :

DALE PROCTOR

COPYRIGHT (C) 1982,1984
DIGITAL EQUIPMENT CORPORATION, MAYNARD, MASSACHUSETTS 01754
THIS
SOFTWARE IS
FURNISHMED
UNDER A LICENSE AND MAY BE USED
AND COPIED
ONMLY IN ACCORDANCE WITH THE TERMS OF SUCH LICENSE
AND
WITH THE
INCLUSION OF THE ABOVE COPYRIGHMT NOTICE.
THIS

SOFTWARE, OR ANY OTHER COPIES THMEREOF, MAY NOT BE PROVIDED OR
OTHERWISE
MADE
AVAILABLE TO ANY OTHER PERSON.
NO TITLE TO
AND OMNERSHIP OF THE SOF TWARE

IS MEREBY TRANSFERED.

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 THE USE OR
RELIABILITY
OF ITS SOFTWARE ON EQUIPMENT WHICH IS NOT SUPPLIED BY DIGITAL.

THE FOLLOWING ARE TRADEMARKS OF DIGITAL EQUIPMENT CORPORATION:

DIGITAL

POP

UNIBUS

VMS

Q-8uUS

DEC

DECUS

DECTAPE

MASSBUS

LSI

USER DOCUMENTATION

MACRO M1200

O09-JAN-84

12:25

PAGF

Cl
SEQ 0002

MODIFICATION WISTORY:

CZFPB-A.0

DALE PROCTOR
22-DEC-1983
CHANGED THE NAME TO CZFPB-AQ AND RELEASED T0
SOC.
ALSO UPDATED ALL THE DOCUMENTATION, AND
REMOVED THE MELP FILE QUESTIONS FROM THE

INITIALIZATION SECTION.

20792-8.0

PAUL HOLSINGER

20792-8.1

DALE PROCTOR
1-JUNE -1983
CORRECTED TEST 18 TO NOT TIMEOUT SO EARLY
ON THE WATCHDOG TIMER TEST.

20792-8.2

DALE PROCTOR
7-JUNE -1983
INSERTED A NEW TEST 16 AND 17 TO ALLOW
CHECKING OF THE VAX BUFFERED DATA PATH,

20792-C.0

DALE PROCTOR
15-JUNE -1983
UPDATED REVISION FOR ARCHIVING

MODIFIED TO RUN WITH THE 11/24 BOARD

—

——

MACRO M1200

O09-JAN-84 12:25

PAGE 4

SEQ 0003

ASSUMPTIONS

OPERATING INSTRUCTIONS
COMMANDS
SWITCHES

FLAGS

HARDWARE QUESTIONS

DEVICE INFORMATION TABLES
TEST SUMMARIES

e——

PERFORMANCE AND PROGRESS REPORTS

ERROR INFORMATION

SOF TWARE QUESTIONS
EXTENDED P-TABLE DIALOGUE
QUICK STARTUP PROCEDURE

e———

UVBWN=O

SYSTEM REQUIREMENTS

RELATED DOCUMENTS AND STANDARDS
DIAGNOSTIC MIERARCHY PREREQUISITES

~NOVNBWN=O

GENERAL INFORMATION

PROGRAM ABSTRACT

NVRRN

e e e e e

TABLE OF CONTENTS

USER DOCUMENTATION

MACRO M1200

O09-JAN-84

12:25

PAGE S

E1l

GENERAL INFORMATION

1.1

PROGRAM ABSTRACT

THIS DIAGNOSTIC CONTAINS LINK MODE TESTS FOR THE FEPCM ON
THE POP SIDE OF THE BRIDGE. THIS PROGRAM MUST BE RUN IN

CONJUNCTION
BRIDGE. THE
DIAGNOSTIC.
NEEDS TO BE

WITH THE LINK MODE TESTS FOR THE VAX SIDE OF THE
VAX DIAGNOSTIC CONTROLS THE OPERATION OF THIS
ONCE THE DIAGNOSTIC HMAS BEEN STARTED, NOTHING
DONE.

BECAUSE OF THE NATURE OF A LINK DIAGNOSTIC, THE STRUCTURE
OF THE DIAGNOSTIC IS A LITTLE DIFFERENT FROM NORMAL. BASICLY,

THERE IS A MAINLINE TEST CONTROL MODULE, WHICH DOES THE INITIAL
AND FINAL HANDSHAKING WITH THE THE VAX, AND CONTROLS THE

SELECTION OF THE TEST.

THE BASIC LOGIC DESIGN IS AS FOLLOWS:

REPEAT
:
INPUT QINT REGISTER
:
UNTIL CMDPRS BIT IS SET
ENDREPEAT
READ COMMAND REGISTER
CALCULATE TEST @ FROM DATA FIELD IN QCMD REGISTER
IF TEST @ IS TOO LARGE
:
PRINT ERROR MESSAGE
é'DIf ABORT TEST, RETURN TO SUPERVISOR

BEGIN noou.e MAINLINE

e
e
S8
Se
00
08
S8

S0
S0

SET CMDACK TO HANDSHAKE WITH VAX
GO PERFORM TEST AS SUBROUTINE
IF RETURN FROM TEST NOT ABORT CODE
SET VNTPRS BIT IN QVNT REGISTER
REPEAT
:
INPUT QINT REGISTER
:
UNTIL VNTACK SET OR TIMEOUT OCCURS
ENDREPEAT
IF TIMEOUT OCCURRED
:
PRINT TIMEOUT MESSAGE
ENDIF
ENDIF
RESTART MODULE
(MO NORMAL EXIT OUT OF MODWLE)
ENDMODULE MAINLINE
THIS DIAGNOSTIC MAS BEEN WRITTEN FOR USE WITH THE DIAGNOSTIC
RUNTIME SERVICES SOFTWARE (SUPERVISOR).
THESE SERVICES PROVIDE

THE INTERFACE TO THE OPERATOR AND TO THE SOF TWARE ENVIRONMENT.
THIS PROGRAM CAN BE USED WITH XXDP+, ACT, APT, SLIDE AND PAPER
TAPE.
FOR A COMPLETE DESCRIPTION OF THE RUNTIME SERVICES, REFER
TO THE XXDP+ USER’'S MANUAL.
THERE IS A BRIEF DESCRIPTION OF
THE RUNTIME SERVICES IN SECTION 2 OF THIS DOCUMENT.

————
.
———
e

1.0

SEQ 0004

USER DOCUMENTATION

MACRO M1200

09-JAN-84

12:25

PAGE 6

SEQ 0005

1.2

SYSTEM REQUIREMENTS

LSI OR PDOP CPU WITHM AT LEAST 16K OF MEMORY,
FOR CONVERSATION MODE DMA

TEST),

(PREFREABLY MORE

CONSOLE DEVICE AND TU-58 OR

OTHER LOAD MEDIUM. NORMAL CONFIGURATION FOR THE CONSOLE DEVICE
IS THROUGH THE VAX AS A VERTUAL TERMINAL.

1.3

RELATED DOCUMENTS AND STANDARDS

FEPCM TECHNICAL MANUAL

AC-T8S8A-MC
AC-T866A-MC

CZFPAAO CTRL BRIDGE INTFC
CXFPCAO CTRL BRIDGE DEC/X11

EVDOTE COMMAND BRIDGE INTERFACE DIAGNOSTIC.
EVDTC COMMAND BRIDGE LINK DIAGNOSTIC.
XXDP+ USERS MANUAL - CHQUS??.

1.4

(VAX DIAGNOSTIC)
(VAX DIAGNOSTIC)

DIAGNOSTIC HMIERARCY PREREQUISITES

THE CPU,

MEMORY,

MEMORY MANAGEMENTY,

CONSOLE DEVICE AND

LOAD MEDIUM ARE ASSUMED TO BE FUNCTIONING PRIOR TO RUNNING
THIS TEST. ALSO, THE STAND-ALONE DIAGNOSTICS ON BOTH SIDES
ARE ASSUMED TO BE RUNNING SUCCESSFULLY.

1.5

ASSUMPTIONS

2.0

OPERATING INSTRUCTIONS

THIS SECTION CONTAINS A BRIEF DESCRIPTION OF THE RUNTIME SERVICES.

FOR DETAILED INFORMATION, REFER TO THE XXDP+ USER'S MANUAL (CHQUS).
2.1

COMMANDS

THERE ARE ELEVEN LEGAL COMMANDS FOR THE DIAGNOSTIC RUNTIME SERVICES
(SUPERVISOR).
THIS SECTION LISTS THE COMMANDS AND GIVES A VERY

BRIEF DESCRIPTION OF THEM.

THE XXDP+ USER'S MANUAL HAS MORE DETAILS.

COMMAND

EFFECT

START
RESTART
CONTINUVE

START THE DIAGNOSTIC FROM AN INITIAL STATE
START THE DIAGNOSTIC WITHOUT INITIALIZING
CONTINUE AT TEST THAT WAS INTERRUPTED (AFTER tC)

EXIT

RETURN TO XXDP+ MONITOR (XXDP+ OPERATION ONLY!)

PROCEED

ADO

CONTINUE FROM AN ERROR HALT

ACTIVATE A UNIT FOR TESTING (ALL UNITS ARE

CONSIDERED TO BE ACTIVE AT START TIME

DROP
PRINT

DEACTIVATE A UNIT
PRINT STATISTICAL INFORMATION (IF IMPLEMENTED

DISPLAY

TYPE A LIST OF ALL DEVICE INFORMATION

FLAGS

ZFLAGS

BY THE DIAGNOSTIC - SECTION 4.0)

TYPE THE STATE OF ALL FLAGS (SEE SECTION 2.3)

CLEAR ALL FLAGS (SEE SECTION 2.3)

A COMMAND CAN BE RECOGNIZED BY THE FIRST THREE CHARACTERS.
YOU MAY,

2.2

FOR EXAMPLE,

SWITCHES

TYPE

“STA”

INSTEAD OF

“START”,

USER DOCUMENTATION

MACRO M1200

09-JAN-84

12:25

PAGE 6-1

SEQ 0006
THERE ARE SEVERAL SWITCHES WHICH ARE USED TO MODIFY SUPERVISOR OPERATION.
THESE SWITCHES ARE APPENDED TO THE LEGAL COMMANDS.
ALL OF THE LEGAL

SWITCHES ARE TABULATED BELOW WITH A BRIEF DESCRIPTION OF EACH.
IN THE DESCRIPTIONS BELOW, A DECIMAL NUMBER IS DESIGNATED BY “DDDDD”.
¢s FOR

THIS DIAGNOSTIC ONLY!!!

NOT BE USED.

/TESTS:LIST

s+ /PASS:DDDDD

/FLAGS :FLGS

ss /EOP:DDDDD
&s JUNITS:LIST

THE SWITCHES MARKED WITH A

EXECUTE ONLY

THOSE

TESTS SPECIFIED

«e

SHOULD

THE LIST.
LIST IS A STRING OF ' TEST
NUMBERS, FOR EXAMPLE - /TESTS:1:5:7-10.
THIS LIST WILL CAUSE TESTS 1,5,7,8,9.10 T0
BE RUN.
ALL OTHER TESTS WILL NOT BE RUN.
EXECUTE DDDDC PASSES (DDDDD = 1 TO 64000)

SET SPECIFIED FLAGS.
FLAGS ARE DESCRIBED
IN SECTION 2.3,
REPORT END OF PASS MESSAGE AFTER EVERY
DDDDD PASSES ONLY.
(DDDOD = 1 TO 64000)
TEST/ADD/DROP ONLY

THOSE UNITS SPECIFIED

IN THE LIST.
LIST EXAMPLE - /UNITS:0:5:10-12
USE UNITS 0,5,10,11,12 (UNIT NUMBERS = 0-63)
EXAMPLE OF SWITCH USAGE:

START/TESTS:1-5/PASS:1000/E0P: 100
THE EFFECT OF THIS COMMAND WILL BE:

1) TESTS 1

THROUGH S WILL BE

EXECUTED, 2) ALL UNITS WILL TESTED 1000 TIMES AND 3) THE END OF
PASS MESSAGES WILL BE PRINTED AFTER EACH 100 PASSES ONLY.
A
SWITCH CAN BE RECOGNIZED BY THE FIRST THREE CHARACTERS.
YOU MAY,
FOR EXAMPLE,

TYPE

“/TES:1-5"

INSTEAD OF

"/TESTS:1-5".

cfiLW IS A TABLE THAT SPECIFIES WHICH SWITCHES CAN BE USED BY EACH
TESTS

2.3

PASS

FLAGS

EOP

UNITS

FLAGS

FLAGS ARE USED TO SET UP CERTAIN OPERATIONAL PARAMETERS SUCH AS

LOOPING ON ERROR.
ALL FLAGS ARE CLEARED AT STARTUP AND REMAIN
CLEARED UNTIL EXPLICITLY SET USING THE FLAGS SWITCH.,
FLAGS

USER DOCUMENTATION

MACRO M1200

09-JAN-84

12:25

PAGE 6-2

H1
SEQ 0007

ARE ALSO CLEARED AFTER A START COMMAND UNLESS SET USING THE
FLAG SWITCH.
THE ZFLAGS COMMAND MAY ALSO BE USED TO CLEAR

ALL FLAGS.
WITH THE EXCEPTION OF THE START AND ZFLAGS COMMANDS,
NO COMMANDS AFFECT THE STATE OF THE FLAGS;
THEY REMAIN SET OR
CLEARED AS SPECIFIED BY THE LAST FLAG SWITCH.

FLAG

EFFECT

HOE

HALT ON ERROR - CONTROL IS RETURNED TO

LOE

LOOP ON ERROR

RUNTIME SERVICES COMMAND MODE

IERe

INHIBIT ALL ERROR REPORTS

IBE«

INHIBIT ALL ERROR REPORTS EXCEPT

FIRST LEVEL

(FIRST LEVEL CONTAINS

ERROR TYPE, NUMBER,

IXEs

PC,

TEST AND UNIT)

INHIBIT EXTENDED ERROR REPORTS ( THOSE

CALLED BY PRINTX MACRO'S)

PRI
PNT
BOE

DIRECT MESSAGES TO LINE PRINTER
PRINT TEST NUMBER AS TEST EXECUTES
“BELL” ON ERROR

UAM
ISR

UNATTENDED MODE (NO MANUAL INTERVENTION)
INHIBIT STATISTICAL REPORTS (DOES NOT

APPLY TO DIAGNOSTICS WHICH DO NOT SUPPORT

STATISTICAL REPORTING)

IDR
ADR

INHIBIT PROGRAM DROPPING OF UNITS
EXECUTE AUTODROP CODE

LoT

LOOP ON TEST

EVL

EXECUTE EVALUATION (ON DIAGNOSTICS WHICH

HAVE EVALUATION SUPPORT)

¢ERROR MESSAGES ARE DESCRIBED IN SECTION 3.1
SEE THE XXDP+ USER'S MANUAL FOR MORE DETAILS ON FLAGS.
YOU MAY
SPECIFY MORE THAN ONE FLAG WITH THE FLAG SWITCH.
FOR EXAMPLE,
TO CAUSE THE PROGRAM TO LOOP ON ERROR, INHIBIT ERROR REPORTS

AND TYPE A “BELL” ON ERROR,

YOU MAY USE THE FOLLOWING STRING:

/FLAGS:LOE
: IER:BOE

2.4

HARDWARE QUESTIONS

WHEN A DIAGNOSTIC IS STARTED, THE RUNTIME SERVICES WILL PROMPT
THE USER FOR HARDWARE INFORMATION BY TYPING “CHANGE HW (L) ?*
YOU MUST ANSMWER “Y” AFTER A START COMMAND UNLESS THE HARDWARE
INFORMATION HAS BEEN “PRELOADED” USING THE SETUP UTILITY (SEE

CHAPTER 6 OF THE XXDP+ USER'S MANUAL).
WHEN YOU ANSWER THIS
QUESTION WITH A “Y*, THE RUNTIME SERVICES WILL ASK FOR THE NUMBER
OF UNITS (IN DECIMAL).
YOU WILL THEN BE ASKED THE FOLLOWING
QUESTIONS FOR EACH UNIT,
LSI BRIDGE MODULE BASE ADDRESS?
ADDRESS OF Q-COMMAND REGISTER

DEFAULT=160500

USER DOCUMENTATION

MACRO M1200

09-JAN-84

12:25

PAGE 6-3

SEQ 0008

LSI BRIDGE MODWE VECTOR
ADDRESS OF INTERRUPT VECTOR

DEFAULT=500

THE DEFAULTS WILL AUTOMATICALLY BE USED IF
TO CHANGE HW?

2.5

YOU ANSWER NO

SOFTWARE QUESTIONS

AFTER YOU HAVE ANSWERED THE HARDWARE QUESTIONS OR AFTER A RESTART
OR CONTINUE COMMAND, THE RUNTIME SERVICES WILL ASK FOR SOF TWARE
PARAMETERS.
THESE PARAMETERS WILL GOVERN SOME DIAGNOSTIC SPECIFIC

OPERATION MODES.
YOU WILL BE PROMPTED BY "CHANGE SW (L) ?*
IF YOU WISH TO CHANGE ANY PARAMETERS, ANSWER BY TYPING
“Y*.,

THE SOFTWARE QUESTIONS AND THE DEFAULT VALUES ARE DESCRIBED

IN THE NEXT PARAGRAPH(S).

THERE ARE NO SOFTWARE QUESTIONS.

2.6

EXTENDED P-TABLE DIALOGUE

WHEN YOU ANSWER THE HARDWARE QUESTIONS,

YOU ARE BUILDING ENTRIES

IN A TABLE THAT DESCRIBES THE DEVICES UNDER TEST.

THE SIMPLEST

WAY TO BUILD THIS TABLE IS TO ANSWER ALL QUESTIONS FOR EACH

UNIT TO BE TESTED.

IF YOU HAVE A MULTIPLEXED DEVICE SUCH AS

A MASS STORAGE CONTROLLER WITH SEVERAL DRIVES OR A COMMUNICATION
DEVICE WITH SEVERAL LINES, THIS BECOMES TEDIOUS SINCE MOST OF
THE ANSWERS ARE REPETITIOUS.
TO ILLUSTRATE A MORE EFFICIENY METHOD, SUPPOSE YOU ARE TESTING
A FICTIONAL DEVICE, THE XYi1.
SUPPOSE THIS DEVICE CONSISTS OF
A CONTROL MODULE WITH EIGHT UNITS (SUB-DEVICES) ATTAC&ED T0 IT.
THESE UNITS ARE DESCRIBED BY THE OCTAL NUMBERS
O THROUGH 7.
THERE

IS ONE HARDWARE PARAMETER THAT CAN VARY AMONG UNITS CALLED THE
Q-FACTOR.
THIS Q-FACTOR MAY BE O OR 1.
BELOW IS A SIMPLE WAY
TO BUILD A TABLE FOR ONE XY11 WITH EIGHT UNITS.

@ UNITS (D) ?

1
UNIT

8<CR>

CSR MSS (0) ?

160000<CR>

SUB-DEVICE & (0) ?
O0<CR>
Q-FACTOR (0) 0 ?
1<CR>

UNIT 2
CSR ADDRESS (0) ?
160000<CR>
SUB-DEVICE @ (0) ?
1<CR>
Q-FACTOR (0) 1 2
O<CR>
UNIT 3
CSR ADDRESS (0) ?
160000<CR>
SUB-DEVICE @ (0) ?
2<CR>
Q-FACTOR (0) 0 ?
<CR>

UNIT 4
CSR ADDRESS (0) ?
160000<CR>
SUB-DEVICE @ (0) ?
3<CR>
Q-FACTOR (0) 0 ?
<CR»

MACRO M1200

09-JAN-84

12:25

PAGE 6-4

SEQ 0009

UNIT 5
CSR ADDRESS (0) ?
160000<CR>
SUB-DEVICE @ (0) ?
4<CR»
Q-FACTOR (0) 0 ?
<CR>
UNIT 6
CSR ADDRESS (0) ?
160000<CR>
SUB-DEVICE @ (0) ?
S<CR>
Q-FACTOR (0) 0 ?
<CR>
UNIT 7

CSR ADPRESS (0) ?
160000<CR>
SUB-CEVICE @ (0) ?
6<CR>
@-FACTOR (0) 0 ?
1<CR>
UNIT 8
CSR ADORESS (0)
160000<CR>
S\K-DEVICE @ (0) ?
7<CR>
Q-FACTOR (0) 1 ?
<CR>

NOTICE THAT THE DEFAULT VALUE FOR THE Q-FACTOR CHANGES WHEN A
NON-DEFAULT RESPONSE IS GIVEN.
BE CAREFUL WHEN SPECIFYING
MULTIPLE UNITS!

AS YOU CAN SEE FROM THE ABOVE EXAMPLE, THE HARDWARE PARAMETERS
DO NOT VARY SIGNIFICANTLY FROM UNIT TO UNIT.
THE PROCEDURE SHOWN IS
NOT VERY EFFICIENT.
THE RUNTIME SERVICES CAN TAKE MULTIPLE UNIT SPECIFICATIONS HOWEVER.

#Ed;&gun.o THE SAME TABLE USING THE MULTIPLE SPECIFICATION
@ UNITS (D) ?

8<CR>»

UNIT 1
CSR ADDRESS (0) ?
160000<CR>
SUB-DEVICE ¢ (0) ?
0,1<CR>
Q-FACTOR (0) 0 ?
1,0<CR>
UNIT 3
CSR ADDRESS (0) ?
160000<CR>
SUB-DEVICE @& (0) ?
2-5<CR>
Q-FACTOR (0) 0 ?
0<CR>

UNIT 7
CSR ADDRESS (0) ?
160000<CR>
SUB-DEVICE @ (0) ?
6,7<CR>
Q-FACTOR (0) 0 ?
1<CR>
S YOU CAN SEE IN THE ABOVE DIALOGUE, THE RUNTIME SERVICES WILL
BUILD AS MANY ENTRIES AS IT CAN WITH THE INFORMATION GIVEN IN ANY
ONE PASS THROUGH THE QUESTIONS.
IN THE FIRST PASS, TWO ENTRIES
ARE BUILT SINCL TWO SUB-DEVICES AND Q-FACTORS WERE SPECIFIED.
THE
SERVICES ASSUME THAT THE CSR ADDRESS IS 160000 FOR BOTH SINCE IT
WAS SPECIFIED ONLY ONCE.
IN THE SECOND PASS, FOUR ENTRIES WERE
BUILT.
THIS IS BECAUSE FOUR SUB-DEVICES WERE SPECIFIED.
THE
>

USER DOCUMENTATION

MACRO M1200

09-JAN-84

12:25

iK1

PAGE 6-5

SEQ 0010

“-* CONSTRUCT TELLS THE RUNTIME SERVICES TO INCREMENT THE DATA

FROM THE FIRST NUMBER TO THE SECOND.

IN THIS CASE,

SUB-DEVICES

2, 3, 4 AND 5 WERE SPECIFIED.
(IF THE SUB-DEVICE WERE SPECIFIED
BY ADDRESSES, THE INCREMENT WOULD BE BY 2 SINCE ADDRESSES MUST
BE ON AN EVEN BOUNDARY.)
THE CSR ADDRESSES AND Q-FACTORS FOR
THE FOUR ENTRIES ARE ASSUMED TO BE 160000 AND O RESPECTIVELY

SINCE THEY WERE ONLY SPECIFIED ONCE.
SPECIFIED IN THE THIRD PASS.

THE LAST TWO UNITS ARE

THE WHOLE PROCESS COULD HAVE BEEN ACCOMPLISHED IN ONE PASS AS

SHOWN BELOW.

@ UNITS (D) ?

8<CR>

UNIT 1
CSR ADDRESS (0) ?
160000<CR>
SUB-DEVICE @ (0) ?
0-7<CR>

AS YOU CAN SCE FROM THIS EXAMPLE, NULL REPLIES (COMMAS ENCLOSING

A NULL FIELD) TELL THE RUNTIME SERVICES TO REPEAT THE LAST REPLY.

2.7 QUICK START-UP PROCEDURE

(XXDP+)

TO START-UP THIS PROGRAM:

1. BOOT XXDPe

2. GIVE THE DATE AND ANSWER THE LSI AND SOMZ (IF THERE
IS A CLOCK) QUESTIONS
3.

TYPE

“R NAME”,

WHERE NAME IS THE NAME OF THE BIN OR BIC

TYPE

“START”

ANSWER THE “CHANGE MW" QUESTION WITH “Y*

FILE FOR THIS PROGRAM

. ANSWER ALL THE HARDWARE QUESTIONS
WHEN YOU FOLLOW THIS PROCEDURE YOU WILL BE USING ONLY THE

DEFAULTS FOR FLAGS AND SOF TWARE PARAMETERS.
ARE DESCRIBED IN SECTIONS 2.3 AND 2.5.

THESE DEFAULTS

5.0 ERROR INFORMATION

3.1 TYPES OF ERROR MESSAGES
THERE ARE THREE LEVELS OF ERROR MESSAGES THAT MAY BE ISSUED BY

A DIAGNOSTIC: GENERAL,

BASIC AND EXTENDED.

GENERAL ERROR MESSAGES

ARE ALWAYS PRINTED UNLESS THE “IER” FLAG IS SET (SECTION 2.3).
THE GENERAL ERROR MESSAGE IS OF THE FORM:
NAME
TYPE
NUMBER
ERROR MESSAGE
+WHERE;

ON UNIT NUMBER

NAME = DIAGNOSTIC NAME

TST NUMBER PC:XXXXXX

USER DOCUMENTATION

MACRO M1200

09-JAN-84

12:25

PAGE 6-6

L1
SEQ 0011

TYPE

= ERROR TYPE (SYS FATAL,

DEV FATAL,

HARD OR SOFT)

NUMBER = ERROR NUMBER
UNIT NUMBER = O - N (N IS LAST UNIT IN PTABLE)

TST NUMBER = TEST AND SUBTEST WHERE ERROR OCCURRED

PC:XXXXXX = ADDRESS OF ERROR MESSAGE CALL

BASIC ERROR MESSAGES ARE MESSAGES THAT CONTAIN SOME ADDITIONAL
INFORMATION ABOUT THE ERROR.
THESE ARE ALWAYS PRINTED UNLESS

THE “IER” OR "IBE” FLAGS ARE SET (SECTION 2.3).
THESE MESSAGES
ARE PRINTED AFTER THE ASSOCIATED GENERAL MESSAGE.

EXTENDED ERROR MESSAGES CONTAIN SUPPLEMENTARY ERROR INFORMATION

SUCH AS REGISTER CONTENTS OR GOOD/BAD DATA.

THESE ARE ALWAYS

PRINTED UNLESS THE “IER”, “IBE” OR "IXE” FLAGS ARE SET (SECTION 2.3).
THESE MESSAGES ARE PRINTED AFTER THE ASSOCIATED GENERAL ERROR
MESSAGE AND ANY ASSOCIATED BASIC ERROR MESSAGES.

3.2 SPECIFIC ERROR MESSAGES
MOST OF THE ERROR MESSAGES ARE SELF EXPLAINATORY. THE ONLY
THING TO WATCH OUT FOR WITH THE ERROR MESSAGES IS IF AN ERROR
IS GENERATED ON ONE SIDE, THE OTHER SIDE WILL ALMOST CERTAINLLY
GENERATE AN ERROR, USUALLY A TIME-OUT. ALSO, THE FIRST LINE OF
AN ERROR MESSAGE WILL SAY THAT THE FAULTING TEST IS TEST 1.
THIS IS BECAUSE THE SUPERVISOR THINKS IT IS ALWAYS IN TEST 1,
AND THE TESTS ARE ACTUALLY SUBROUTINES OF TEST 1. USUALLY
THE SECOND OR THIRD LINE PRINTS OUT THE ACTUAL TEST NUMBER.

AN EXAMPLE IS AS FOLLOWS:

Emtrg‘b ERR

00001 ON UNIT 00 TST 001 SUB 001 PC: 015334

TIMEOUT WAITING FOR CMDPRS SET
4284TEST ABORTED#sss
4.0 PERFORMANCE AND PROGRESS REPORTS

THIS DIAGNOSTIC TRICKS THE DIAGNOSTIC SUPERVISOR, BY ALWAYS BEING
IN TEST 1 ACCORDING TO THE SUPERVISOR. THE DIFFERENT TESTS ARE

ACTUALLY SUBROUTINES OF TEST ONE. AS A RESULT,

IT NEVER LEAVES

TEST ONE AND WILL NORMALLY NEVER PRINT OUT PERFORMANCE AND PROGRESS
REPORTS. IF FACT, IF AN END OF PASS MESSAGE IS PRINTED, SOMETHING
WENT WRONG. HOMWEVER, THE PROGRAM WILL NORMALLY RESTART.

5.0 DEVICE INFORMATION TABLES
P-TABLE DEFINITION-

WORD 1- CSR ADDRESS
WORD 2- VECTOR ADDRESS

6.0 TEST SUMMARIES
TEST
TEST
TEST
TEST
TEST

1: CMD PRS - CMD ACK
2: COMMAND REGISTER
3: EVENT REGISTER
4: VIEW REGISTER READ
S: VIEW REGISTER WRITE

(DEFAULT 160500)
(DEFAULT 500)

USER DOCUMENTATION

MACRO M1200

09-JAN-84

12:25

PAGE 6-7

SEQ 0012
TEST
TEST
TEST
TEST
TEST
TEST
TEST
TEST
TEST
TEST
TEST
TEST
TEST
TEST

6: VIEW REGISTER COMPLIMENTED READ
7: VIEW REGISTER COMPLIMENTED WRITE
8: COMMAND INTERRUPTS
9: EVENT INTERRUPTS
10: VIEW CONTENTION
11: POP-11 NXM INTERRUPT
12: DMA 2 WORDS, VAX TO PDP-11
13: DMA 2 WORDS, PDP-11 TO VAX
14: DMA VAX TO PDP-11
15: DMA PDP-11 TO VAX
16: DMA VAX (BUFFERED DATA PATH) TO PDP-11
17: DMA PDP-11 TO VAX (BUFFERED DATA PATH)
18: DMA PDP-11 HI MEMORY TO VAX
19: DMA VAX TO POP-11 (32K BOUNDARY)

CZFPB-A. 0 CTRL BRIDGE LINK

MACRO M1200

09-JAN-84

12:25

PAGE 8

SEQ 0013
.TITLE CZFPB-A.0C;& BRIDGE LINK

.SBTTL

PROGRAM
HE
.ENABL

.DSABL

002000

ABS,AMA
GBL

BGNMOD
e

THE PROGRAM HEADER IS THE

INTERFACE BETWEEN

THE DIAGNOSTIC PROGRAM AND THE SUPERVISOR.
POINTER BGNSETUP,BGNRPT

LSNAME : ;

LSREV: :
LS$DEPO: :

LSUNIT:;

LSTIML::
L$HPCP: ;

L$SPCP: :

LSHPTP: ;
L$SPTP::

LSLADP: ;
L$STA:;
L$CO::

L$OTYP: ;:
LSAPT: ;
L$DTP:;

LS$PRIO::

HEADER

.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.BYTE
.BYTE
.BYTE

CZFPB,A,0,0,1

/C/
72/
/F/
sP/
/B/
O
O
O

.ASCII

/A/

.ASCII

/07

.WORD

TS$PTHY

.MORD

.WORD

L $HARD

.MORD

.WORD

L$HW

.WMORD

.WORD

LSLAST

.MORD

LMORD

.WMORD

.WORD

;DIAGNOSTIC NAME

sREVISION LEVEL
;0

iNUMBER OF UNITS

;LONGEST TEST TIME
sPOINTER TO H.W. QUES.

;POINTER TO S.W. QUES.

;PTR. TO DEF. H.W. PTABLE
;PTR., TO S.W. PTABLE

sDIAG. END ADDRESS
sRESERVED FOR APT STATS

sDIAGNOSTIC TYPE
sAPT EXPANSION

;PTR.
L$DISPATCH

TO DISPATCH TABLE

1DIAGNOSTIC RUN PRIORITY

B(‘)

CZFPB-A.0 CTRL BRIDGE LINK

MACRO M1200

09-UAN-84

12:25

PAGE

8-1

SEG 0014

002534
013170
000000
000000
000000
000000

000000

002540

104035
000000

013210

013640
013634

013202

LOREPP:
;
LSEXPS:
:

LSAUT:
:
LSDUT:
:
LSLUN::

LSDESP:
:
LSLOAD:
:
LSETP::
LSICP::

L$CCP::
LS$ACP:;
LSPRT::
LSTEST::
LeDLY::

LOMIME:
;
71

LSDEVP:
:
LSEXPA:;;

1SVC REV AND EDIT o

s1DIAG.

EVENT FLAGS

LS$SPC::

LSOVTYP
LSRPT

+ POINTER TO DEVICE TYPE LIST
iPTR.

TO REPORT CODE

iPTR,

TO ADD UNIT COCE

0
o©o

000000

LSEF::

1EXPANSION WORD

SREVISION
SEDIY

000000
000000

LSMREV::

1tFLAGS DESCRIBE MOW IT wWAS SETUP

TO DROP UNIT CODE

003
003

LSEXPL::

000000

LSENVI::

§ §

000000

EEEEEEEECEEBEEEREGE

002044

O©O

PROGRAM HEADER

L$DESC
ESLOAD
o
LSINIT

LSCLEAN

LSAUTO
LSPROT
0
0
0

sLUN FOR EXERCISERS TO FILL

tPOINTER TO DIAG. DESCRIPTION

1GENERATE SPECIAL AUTOLOAD EMT
s+POINTER TO ERRTBL
iPTR,

TO INIT CODE

iPTR,

TO CLEAN-UP CODE

iPTR.

TO AUTO CODE

iPTR.

TO PROTECT

s TEST NUMBER

1DELAY COUNT
1PTR,

TO HIGH MEM

TABLE

CZFPB-A.0 CTRL BRIDGE LINK

MACRO M1200

09-UAN-84

12:25

PAGE

Ce
9

SEG 0015

DISPATCH TABLE
83

.SBTTL

a4
85
86

s+ THE DISPATCH TABLE CONTAINS THE STARTING ADDRESS OF EACH TEST,
s IT IS USED BY THE SUPERVISOR TO DISPATCH TO EACH TEST.

88
89
90 002122
002122
002124
002124

DISPATCH TABLE

000001
013740

DISPATCH 1
.WORD
1
LSDISPATCH: :
.WORD
T1

—

——

—d

O CTRL BRIDGE LINK

MACRO M1200

09-JUAN-84

12:25

De
PAGE

SEQ 0016

HARDWARE P-TABLE

.SBTTL

DEFAULT HARDWARE P-TABLE

THE DEFAULT HARDWARE P-TABLE CONTAINS DEFAULT VALUES OF
THE TEST-DEVICE PARAMETERS.
THE STRUCTURE OF THIS TABLE

IS IDENTICAL TO THE STRUCTURE OF THE HARDWARE P-TABLES,

AND IS USED AS A

109

002126
002126
002130
002130

110 002130
111
112 002134
122

123 002136
002136

LSHM:
;

“TEMPLATE"” FOR BUILDING THE P-TABLES.

BGNHW
. WORD

DFPTBL

. WORD
. WORD
. WORD

QCMDAD

sHARDWARE UNIT O DEFAULT BASE ADDRESS

t80000000010000000

tDEFAULT BR INTERRUPT LEVEL 4

L10000-L $HUW/2

DFPTBL::

160500
000200

L10000:

ENOHW

VEC

sHARDWARE UNIT O DEFAULT VECTOR

CZFPB-A.0 CTRL BRIDGE LINK
SOF TKARE P

MACRO M1200

09-JAN-84 12:25

PAGE 12

TABLE

126
127
128
129
130

.SBTTL

SOFTWARE P-TABLE

+ THE SOFTWARE TABLE CONTAINS VARIOUS DATA USED BY THE
+ PROGRAM AS OPERATIONAL PARAMETERS.
THESE PARAMETERS ARE
s+ SET UP AT ASSEMBLY TIME AND MAY BE VARIED BY THE OPERATOR

131
132
133
134
135 002136
002136

002140
002140

136
137 002140
138
146
147 002142
002142
148
149 002142

AT RUN

TIME.

'-.

L8SM::

BGNSW
.WORD

SFPTBL::

000240

NOP

L10001:

ENDSW

ENDMOD

SFPTBL
L10001-L$SW/2

SEQ 0017

CZFPB-A.0 CTRL BRIDGE LINK

MACRO M1200

09-JAN-84

12:25

PAGE

F2
14

SEQ 0018

SOF TWARE P-TABLE

11
39
49
50 002142
51 002142

AMA

.ENABL

STARS

BGNMOD

1100088888008 880080008008800000000840008000004800000000000408008000

MACROS DEFINED ONLY FOR THIS DIAGNOSTIC

002142

STARS
1100880040008 04820004804800404080800000000088048800480800008840480080

MACRO SET

USED TO CALL ROUTINE TO PRINT OUT REGISTER BIT NAMES

MACRO

SETBITS NAME,POINTER,VALUE

LNCHR

SL1 NAME

.NARG
.IF NE
.ERROR

TES$
1GET NUMBER OF ARGUMENTS PASSED
TEs$-3
1SEE_IF RIGHT NUMBER
;SETBITS MACRO REQUIRES 3 PARAMETERS
1GET NUMBER OF CHARACTERS IN NAME PARAMETER

L1 = $L1.1
STEMP = $L1 £ 1

+ALLOW FOR ZERO BYTE IN ASCIZ
sCHECK FOR 0DD OR EVEN

.IF EQ STEMP

1 IF EVEN LENGTH OF NAME

SLEN = 4.4L1
ENDC

.IF NE STEMP

+IF ODD LENGTH OF NME

SLEN = SeL1

.ENDC

MOV
MOV
.WORD

.WORD
.ASCIZ
EVEN

MOV

R1,-(SP)
RS, -(SP)
SLEN

s SAVE REGISTERS
sGET VALUE REGISTER TO READ
1SUBROUTINE TO OUTPUT VALUES

POINTER
/NAME/

(SP)+,RS

tRESTORE REGISTERS

MACRO S$BITS
USED TO CALL ROUTINE TO FORMAT PRINT BUFFER OF REGISTER BIT NAMES

S$BITS
TES
TE$-2

POINTER,VALUE

1GET NUMBER OF ARGUMENTS PASSED
1SEE _IF RIGHT NUMBER

1S$BITS MACRO REQUIRES 2 PARNETERS

MOV

1SAVE REGISTERS

VALUE ,R1

tGET VALUE REGISTER TO READ

JSR

RS,BITS

MOV

(SP)+,RS

.WORD

101

R1,-(SP)

POINTER

1SUBROUTINE TO OUTPUT VALUES

;RESTORE REGISTERS

-l

MOV

CZFPB-A.0 CTRL BRIDGE LINK

MACRO M1200

09-JUAN-84

12:25

PAGE

G2
14-1

SEQ 0019

SOF TWARE P-TABLE
102

103
104
105

.ENDM
.MACRO

.NCHR

110
111
112

$SYM,N
JSR

RS, $HLP

$STEMP =

10.-3$SYM

LASCII

113
114
115

LREPT
.BYTE
.ENDR

.ENDM

116

/N/

TO PRINT OUT

TEXT FILE

1JUMP TO SUBROUTINE

i+NAME OF FILE

STEMP
0

117
118
119
120
121
122
123
124
125

+MACRO TO BUILD THE TEST TABLE
:

.MACRO TESTNM N

WORD

TEST'N

.ENDM
t
NUMTESTS N
LIST
NUMSTST::

126

]

TESTS::

127
128

sNUMBER OF

TESTS

LNLIST
.LIST MEB

129
130
131

143
144
145
146
147
148
149
150
151
152
153
154
155
156
157
158

HLPMAC

sMACRO TO INTERFACE WITH THIS SUBROUTINE

107
108
109

141
142

(SP)+,R1

106

132
133
134
135
136
137
138
139
140

MOV

STNUM = |

.RADIX

N
TESTNM \$TNUM
STNUM = S$TNUM + 1

.ENDR
.RADIX 8
. ENDM

tMACRO TO NAME TESTS

000000

$NUM == 0O

MOV

ON,LSTEST

1 TEST NUMBER FOR ERROR MESSAGES

.MACRO STATST Ns¢
.RADIX 10

.NARG $TEMP
.IF EQ STEMP
SNUM = $NUM +1
.ENDC
.IF NE STEMP
$NUM = N$

.ENDC

TEST \$NUM

CALL

BMSG

1CHECK FOR PNT FLAG

CZFPB-A.0 CTRL BRIDGE LINK

MACRO M1200

09-UAN-84 12:25

160

14-2
SEQ 0020

SOF TWARE P-TABLE
159

PAGE

.RADIX 8

.ENDM

CZFPB-A.0 CTRL BRIDGE LINK

MACRO M1200

09- JAN-84

12:25

PAGE

12
15

SEQ 0021

GLOBAL EQUATES SECTION
162
163 002142

.SBTTL
STARS

GLOBAL EQUATES SECTION

LT
LI
8838888088888 800800808800008808800800884000408800000000000

164
165
166
167 002142

i s

GLOBAL EQUATE SECTION

1 &
i &

STARS
R
LI LYY 8888888888800 8008000084888880808000880808884040000000800000

168
169 002142

EQUALS
:

: BIT DIFINITIONS
:

BIT1Se== 100000
BIT14== 40000
BIT13== 20000
BIT12e=- 10000
BIT1le= 4000
BIT10== 2000
BITO9=- 1000
BITO8== 400
BITO7== 200
BITO6== 100
BITOS=» 40
BITO4== 20
BITO3=» 10
BIT02== 4
BITO1== 2
BITO0== 1
i

BIT9==

BIT8e=
BIT 7=
BIT6=»

BITS==
BIT4s==
BIT3==
BIT2==
BIT1lee
BITO==

8IT09
BITO08
81707
BITO06
B8IT05
8IT04
81703
BIT02
8IT01
8IT00

3+ EVENT FLAG DEFINITIONS

EF32:EF17 RESERVED FOR SUPERVISOR TO PROGRAM COMMUNICATION

EF .START ==
EF .RESTART ==

EF .CONTINUE==

EF .NEW=»
EF .PUR==
3
:

32.
31.

232

28.

s PRIORI TY LEVEL DEFINITIONS
i

PRIO7== 340
PRIOG6== 300
PRIOS== 240
PRIO4== 200

START COMMAND WAS ISSUED
RESTART COMMAND WAS ISSUED

A NEW PASS HAS BEEN STARTED

+ CONTINUE COMMAND WAS ISSUED
;

A POWER-FAIL/POWER-UP OCCURRED

CZFPB-A.0 CTRL BRIDGE LINK

MACRO M1200

09-UAN-84

12:25

Je
PAGE

15-1

SEQ 0022

GLOBAL EQUATES SECTION
000140
000100
000040

PRIO3== 140
PRIO2== 100
PRIO1l== 40
PRIOO== 0
B

s+OPERATOR FLAG BITS
5

EVLe=

LOTe=ADR==
IDY==
ISRe==
UAM==
BOE==

PNTe==
PRI==
IXE==

IBE==

IER=»

LOE==

HOE==

)

10
20
40
100
200
400

1000
2000
4000

10000

20000

40000

100000

+ STANDARD REGISTER BASE ADDRESS CONFIGURATION
3

QCMDAD

VEC

== 160500

== 500

1 STANDARD BASE ADDRESS FOR UNIT O

s STANDARD VECTOR ADDRESS FOR UNIT O

+BIT DEFINITIONS
;

:
000001
000100

000001
000100

000100

CMDACK

== BITOO

QVNT - Q-BUS EVENT REGISTER

PRSIE

‘

== BITO6

+ WO COMMAND ACKNOWLDEGE
3+

== BITOO

QINT - @-BUS INTERRUPT SUMMARY REGISTER

;

== BITO6

R/M INTERRUPT ENABLE

VNTPRS

ACKIE

WO EVENT PRESENT

+ R/W INTERRUPT ENABLE

ERRIE

== BITO6

+ R/W INTERRUPT ENABLE

VNTACK

== BIT10

3+ RO EVENT ACKNOML

MROY

== BITO9

s+ RO MIRROR OF QDMA-07, READY

CMDPRS
UPWRFL

== BIT11
== BIT12

QCTL - Q-BUS CONTROL REGISTER

QNE X
UNEX
ERR
‘

WOTRST
TMRENB

000010

QCMD - Q-BUS COMMAND REGISTER

WwoTO
WoT1

== BIT13
== BIT14
== BIT1S

s+ RO COMMAND PRESENT
+ RO UNIBUS POWER FAIL

s+ RO Q-BUS NON EXISTENT MEMORY ADDRESS
+ RO UNIBUS NON EXISTENT MEMORY ADDRESS
+ RO ERROR

== BITOO

== BITO2
== BITO3

+ WO WATCHDOG TIMER TIME-OUT BIT (1 OF 2)
+ WO WATCHDOG TIMER TIME-OUT BIT (2 OF 2)

== BITO1

WO WATCHDOG TIMER RESET

R/W TIMER ENABLE

CZFPB-A.0 CTRL BRIDGE LINK

MACRO M1200

09-JAN-84

12:25

K2
PAGE

15-2

SEQ 0023

GLOBAL EQUATES SECTION
206
207
208
209
210
211
212
213
214
215
216

000020

000000
000004
000010
000014

257
258
259

260
261
262

TIME.S
TIMEL
TIME2
TIME4A

== BITO4

==
==
==
==

0
WDTO
WDT1
WDTO!WDT1

+ Q-VIEW READ ENABLE
1172 SEC TIME CODE
:1 SEC TIME CODE
12 SEC TIME CODE
14 SEC TIME CODE

§
;
'

DMAWT
UXAD16
UXAD17
RODYIE

217

218
219
220
221
222
223
224
225
226
227
228
229
230
231
232
233
234
235
236
237
238
239
240
241
242
243
244
245
246
247
248
249
250
251
252
253
254
255
256

QVREN

RDY

QXAD16
QXAD17
QXAD18
QXAD19
QXAD20
QXAD21
3
§
5

MVADR
FUNCO

FUNC1
FUNC2
MQPFL
MQHALT

MIODIS
:

o
3

QDMA - Q-BUS DMA CONTROL AND STATUS REGISTER

== BITOO
==
==
==
==

BITO1
BITO4
BITOS
BITO06

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

BITO8
BITO9
BIT10
BIT11
BIT12
BIT13

== BITO7

WO INITIATES DMA TRANSFER
R/W DIRECTION FLOW OF DMA

R/W UNIBUS EXTENDED ADDRESS BIT
R/W UNIBUS EXTENDED ADDRESS BIT
R/W_INTERRUPT ENABLE

RO READY (CLEARED BY GO)
R/W Q-BUS EXTENDED ADDRESS
R/W Q-BUS EXTENDED ADDRESS
R/M Q-BUS EXTENDED ADDRESS
R/W Q-BUS EXTENDED ADDRESS
R/W Q-BUS EXTENDED ADDRESS
R/W Q-BUS EXTENDED ADDRESS

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

BITO1
BITO2
BITO3
BITOA
BITOS
BITO6
BITO7

R/W MAINTENANCE VIEW ADDRESS
R/W SELECT MAINTENANCE MODE BIT 02 FOR QMTO
R/W SELECT MAINTENANCE MODE BIT 03 FOR QMTO

R/W SELECT MAINTENANCE MODE BIT 04 FOR QMTO

R/W MAINTENANCE Q-BUS POWER FAIL
WO MAINTENANCE Q-BUS HALT
R/W MAINTENANCE I/0 DISABLE

MAINTENANCE FUNCTION, BIT IN QMT1 TO DEFINE USE OF QMTO

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

000004
000010
000014
000020
000024
000030
000034

;

SELECT
SELECT
SELECT
SELECT
SELECT
SELECT
SELECT

QEVENT
QCMD
UVADR
UBAR
DMADAT
UVDAT
DMA READ

s+ MEMORY MANAGEMENT MAPPING ADDRESSES
MMR3
KISORO
KISARO
HIUBM

16
17
18
19
20
21

QMT1 - Q-BUS MAINTENANCE REGISTER 1

SELQEVENT
SELQCMD
SELUVADR
SELUBAR
SELDMADAT
SELUVDAT
SELRDDMA

177572
172516
172300
172340
170370
172340
172342
172344
172346
172350
172352
172354

BIT
BIT
BIT
BIT
BIT
BIT

16
17

177572
172516
172300
172340
170370

KISARO
APRO+2
APR1+2
APR2+2
APR3+2
APR4 +2
APRS +2

CZFPB-A.0 CTRL BRIDGE LINK

MACRO M1200

09-JAN-84 12:25

PAGE 15-3

GLOBAL EQUATES SECTION

263
264

172356

265
222?

268
269
270
271
272
g;}
275

APR7
:
3

000010
0G0000
000001
020040
026000
000013

== APR6+2
MISC. EQUATES

MAXUNITS == 8,
NO
s= 0
YES
ss ]
WSPACE
TIMOUT
MILLI

== 20040
== 26000
== 11.

;3 MAXIMUM NUMBER OF UNITS ALLOWED
;+ LOGICAL VALUE FOR NO
; LOGICAL VALUE FOR YES

:+ WORD OF ASCII SPACES
; TIME OUT LOOP VALUE FOR 1 SEC
;+ TIMEOUT VALUE FOR ABOUT 1 MILLISECOND

288 o8

CZFPB-A.0 CTRL BRIDGE LINK

MACRO M1200

09-JAN-84

12:25

PAGE

M2
16

SEQ 0025

GLOBAL DATA SECTION
292
293
294 002142

.SBTTL

GLOBAL DATA SECTION

STARS
3188888008884 480840848088008 0000000000002 0 0000000000000 0 000000000t

295
296
297
298 002142

GLOBAL DATA SECTION

STARS
110888888888 8888080000880048044400008488804840
4000408040000 0040000000s

+ CURRENT UNIT Q-BUS BRIDGE INTERFACE REGISTERS ADDRESSES ARE STORED HERE

+ CURRENT UNIT Q-

Q-8US
Q@Q-BUS
Q-BUS
-BUS

COMMAND REGISTER
EVENT REGISTER
INTERRUPT SUMMARY REGISTER
CONTROL REGISTER

352

DDOD;DQDD

000000000000

QVNT::
QINT::
QCTL::
QDMA::
QUBA:
:
Q@BA:
:
QuC::
QMTO::
QMT1::
QVAD::
QVDA::

§E5EEEEENSES

ADDRESSES: :

ADDRESS Q-BUS REGISTER

CMT REGISTER

BRIDGE INTERFACE REGISTERS VALUES ARE STORED HERE

SQCMD:
:
SQVNT:
:
SQINT::

SQCTL::
SQDMA::

SQUBA:
:
SQ@BA::

:
SQUC:
SQMTO::
SQMTL::
SQVAD:
:
SQVDA::

EXQVDA: :

000000000000

VALUES:
:

000000000000

3
583388800000 3assanasanss

299
300
301
302
303
304
305
306
307
308
309
310
311
312
313
314
315
316
317
318
319

COMMAND REGISTER
EVENT REGISTER
INTERRUPT SUMMARY REGISTER
CONTROL REGISTER
DMA CONTROL & STATUS REGISTER

MAINTENANCE REGISTER 1
VIEW ADDRESS REGISTER

DATA REGISTER

tUSED FOR TABLE PROCESSING OF EXPECTED RESWLTS
COMMAND REGISTER
EVENT REGISTER
INTERRUPT SUMMARY REGISTER
CONTROL REGISTER
DMA CONTROL & STATUS REGISTER
BUS ADDRESS UNIBUS REGISTER
BUS ADDRESS REGISTER
WORD COUNT REGISTER
MAINTENANCE REGISTER O
MAINTENANCE REGISTER 1
VIEW ADDRESS REGISTER
DATA REGISTER

——

CZFPB-A.0 CTRL BRIDGE LINK

MACRO M1200

—
e

09-JAN-84 12:25

PAGE

————

———

——

—

e+
e
e

———.

———
e

———

347

16-1

002252
002252

000031

002254
002256

014220
014240

002262
002264
002266
002270
002272
002274
002276
002300
002302
002304
002306
002310
002312
002314
002316
002320
002322
002324
002326
002330
002332
— 002334

014730
015274
015436
016004
016146
016476
017030
020132
020734
021756
022536
023522
024302
025266
026046
026756
030116
030422
031506
033440
034010
034202

002254
002260

NUMTESTS

NUMSTST::
TESTS::

014474

2s.

.WORD

25.

.WORD
.WORD

TEST1
TESTZ2

.WMORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WMORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WMORD
.WORD
.WORD
.MORD
.WORD
.WMORD
.MORD
.WORD
.WORD

TEST4
TESTS
TESTé6
TEST?
TESTS
TEST9
TEST10
TEST11
TEST12
TEST13
TEST14
TEST1S
TEST16
TEST17
TEST18
TEST19
TEST20
TEST21
TEST22
TEST23
TEST24
TEST2S

.WORD

;ivB.2
;NUMBER OF TESTS

TEST3

ggz

;Q-BRIDGE REGISTER NAMES ARE STORED HERE. ACCESS IS INDEXED, EACH TAKING 2 WORDS
3

355
356 002336

121

357 002343

121

002341

.EVEN
.ASCIZ

/QCMD/

116

.ASCIZ

/QVNT/

111

116

.ASCIZ

/QINT/

103

124

.ASCIZ

/QCTL/

104

115

.ASCIZ

/QDMA/

125

102

.ASCIZ

/QUBA/

102
000

101

.ASCIZ

/QBA /

127

103

.ASCIZ

/QuC /

%&.’;

124

.ASCIZ

/QMTO/

115
000

124

.ASCIZ

/QMTLY/

103

115

126

104

000

002346

124

000

002353

124

000

002360

114

000

101

000

101

000

358 002350
359 002355

121
121

360 002362

121

361 002367

121

362 002374

121

002365
002372

363 002401

121

364 002406

121

002404

0Co

NAMES::

SEQ 0026

:
; INTERNAL TEST NUMBERS ARE STORED HERE

351 002252

——

GLOBAL DATA SECTION

348
3453

——

e
-

CZ¥P8 A0 CTRL BRIDGE L INK

MACRU M1200

09-UAN 84

12:25

PAGE

16 2
SEQ 00e7?

GLOBAL DATA SECTION

366 002420

121

367 002425

121

002423

368

002430

101

LASCIZ

7QVAD/

126

104

.ASCIZ

/QVDAs

000

101

000

369
370
371

373

126

104

.EVEN
[
3

MISC

STORAGE

AREAS

374
375
376
377
378
379
380

002432
002434
002436
002440
002442
002444
002446

000000
000000
000000
000000
000000
000000
000000

BRIDGETYPE : :
BROGFLG: :
LOGUNIT: :
PLOC: :
BASEADC: :
VECTOR: :
BRLEVEL : :

.WORPD
.WORD
.WORD
.WMORD
.MORD
.WMORD
.MORD

O
O
O
O
O
O
O

1BRIDGE TYPE (0-Q-BRIDGE 1-U-BRIDGE)
1BRIDGE CONF IGURED FLAG
sUSED TO STORE CURRENT LOGICAL UNIT
tPOINTER TO CURRENT HARDWARE P-TABLE
1STORES BASE ADORESS
sSTORES VECTOR ADDRESS
1STORES BR LEVEL

383
384
385
386
387
388

002454
002456
002460
002462
002464
002466

000000
000000
000000
000000
000000
000000

VAL ::
EXP::
TNUM: ;
ERROR]: :

.MORD
.WMORD
.WORD
.MORD
.WMORD
.MORD

O
O
O
O
O
O

1STORES VALUE OF REGISTER FOR MESSAGES
1STORES EXPECTED VALUE OF TEST FOR MESSAGES
1STORES TEST NUMBER
1STORES ERROR COUNTS
sSTORES ERROR COUNTS
sTELLS WHETHER RAM MESSAGE WAS PRINTED OUT

381 002450
382 002452

389
390
391
392
393
394
395
396
397
398
399
400
401
402
403
404
405

002470
002472
002474
002476
002500
002502
002504
002506
002510
002512
002514
002516
002520
002522
002524
002526
002530

406 002532

000000
000000

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

TRPFLG: :
ADD: :

ERROR2: :

RAM: :

VALUE: :
INTFLG: :
COUNTER: :
HPl::
HP2::

FREMEM: ;:
MEMSIZ::
DIR::
PATTERN: :
WORD .COUNT : :
LOMW16::
HI2::
MAPPING: :
APR: :
LOOPS: :
DLYL:
DLY2:
DEFAWLT::

.MORD
.MORD

.WMORD
.MORD
.WMORD
.WMORD
.WORD
.MORD
.MORD

.WMORD
.WMORD
.MORD
.MORD
.MORD
.WORD
.WORD
.WMORD
.MORD
.WMORD
.MORD

O
O

O
O
O
O
O
O
O
O
O
O
O
O
NO
O
O
O
O
O

sTRAP FLAG INDICATOR
1STORES ADDRESS OF REGISTER FOR MESSAGES

1STORES CURRENT CPU PRIORITY LEVEL
1 INTERRUPT FLAG
1LOOP COUNTER STORAGE
sTELLS WHETHER DRS HELP MESSAGE ALREADY PRINTED
sTELLS WHETHER DIA HELP MESSAGE ALREADY PRINTED
1STORES STARTING ADDRESS OF FREE MEMORY
1STORE SIZE OF FREE MEMORY IN @ OF WORDS
sOIRECTION BIT FOR DMA
1STORES CODE FOR DMA PATTERN
;STORE WORD COUNT FOR DMA IN 2'S COMPLIMENT FORM
1LOW 16 BITS OF UNIBUS ADDRESS FOR DMA
sHIGH 2 BITS OF UNIBUS ADDRESS FOR DMA
1FLAG TO USE MAPPING REGISTERS
1STORES CURRENT VALUE OF APR UNDER USE
1STORES CURRENT LOOP VALUE
1STORE WRITE DELAY VALUE FOR CONTENTIONS TEST
1STORE READ DELAY VALUE FOR CONTENTIONS TEST
1STORE DEFALT

TIMEOUT

VALUE

CZFPB -A.0 CTRL BRIDGE LINK
GLOBAL

TEXT

MACRO M1200

09 UAN-84

12:25

PAGE

S5EQ 00¢8

SECTION

408
409
410

.SBTTL

GLOBAL

TEXT SECTION

joe

411

412

THE GLOBAL

TEXT

SECTION CONTAINS FORMAT

STATEMENTS,

s+ MESSAGES, AND ASCII INFORMATION THAT ARE USED IN
:+ MORE THAN ONE TEST.

413
414

'--

415

416
417
418
419 002534

002534
002537

s+ NAMES OF DEVICES SUPPORTED By PROGRAM
H

105

120

DEVTYP
LSDVTYP:
:
.ASCIZ

<FEP>
/FEP/

.EVEN

420

421
422
423
424

s+ TEST DESCRIPTION

DESCRIPT
s

117
101

.ASCIZ

<COMMAND BRIDGE LINX MODE DIAGNOSTIC>
/COMMAND BRIDGE LINK MODE DIAGNOSTIC/

111
111

104

LNLIST
§
1

PHIERTE

002601

107
123
103

.EVEN
.EVEN
BEX

BIT NAMES IN THE REGISTERS

CMDBIT:: .ASCIZ /,........PRSIE,..
.. CMDACK/
VNTBIT::

.ASCIZ /o..-.....mIE......WTPRS/

DMABIT::

.ASCII /,,QXAD21,QGXAD20,QXAD19,QXAD18,QXAD17,QXAD16,RDY,ROYIE/
.ASCIZ /,UXAD17,UXAD16,
, ,OMANT ,GO/
.ASCIZ /,.00000.MIODIS
MOHLT MOPFL ,FUNC2,FUNC1,FUNCO,MVADR/

INTBIT::

MT1BIT::

.ASCIZ /ERR,UNEX,QNEX,UPWRFL ,CMDPRS,VNTACK ,RDY, , ,ERRIE/

CZFPB-A.0 CTRL BRIDGE LINK
GLOBAL

MACRO M1200

09-JUAN-84

D%
12:25

PAGE

SEQ 0029

TEXT SECTION

440 003217

STARS
11000000000000000000000000000000000000000000000000000000000000000

441
442

443
444
445
446
447
448
449

FORMAT

STATEMENTS USED IN PRINT CALLS

1 . IF NDF ONEFILE
.NLIST

1 .ENDC

BEX

CONFIG:: .ASCIZ /#N1sSACONFIGURED FOR #T#A BRIDGE MODULESN1/
Q@BUS::
.ASCIZ
/Q-BuUS/
UBUS::
.ASCIZ
/UNIBUS/

FORO::
FOR1::

_ASCIZ
.ASCII

/eN1/
sLINE FEED CARRIAGE RETURN ONLY
/#N1SANAMESSASAADORESSSSASACONTENTSSSASAEXPECTED/

FOR2::
FORS::
FOR4::
FORS::
FOR6::
FOR7::

.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ

/#N1#T#SS#06#SSES06%S6%06/
/#AEVENT SYNC TIMEOUT OCCURED AFTER TEST #Z2¢A COMPLETED/
/#ATEST #Z2#A TIMEOUT/
/#N1#S4s04%S9406%S
7506/
/#N1sSATOTAL RAM CHECK ERRORS #DS/
/#ARAM ADDRESS
CONTENTS
EXPECTED/

FORS: :

.ASCIZ

FOR9::
.ASCII
FOR9.1:: .ASCIZ
FOR9.2:: .ASCIZ
FOR9.3:: .ASCIZ
FOR10:: .ASCIZ
FOR11:: .ASCIZ
FOR12:: .ASCIZ
FOR13:: .ASCIZ
FOR14:: .ASCIZ

FOR14 . 1::

7/ (UNDETERMINED BITS ARE ZERO)/

/8ALSI-TEST #Z2¥N1/

/#ANOT ENOUGH MEMORY AVAILABLE FOR DMA TRANSFER;/
/#N1sDSs#A MAXIMUM WORDS AVAILABLE IN LOW MEMORY/
/#N1#DS#A MAXIMUM WORDS AVAILABLE IN HI MEMORY WITH MAPPING/
/#N1sDS#A REQUESTED/
/#N1s#Z5#S34064S4806/
/#NisA TOTAL DMA ERRORS = ®2S/
/«#ATIMEOUT WAITING FOR QINT CMDPRS INTERRUPT/
/«#ATIMEOUT WAITING FOR QDMA RDY INTERRUPT/

/#AINVALID DATA AFTER DMA TRANSFER/

.ASCIZ /#N2#AMORD®

VALUE

EXPECTED/

FOR1S::
FOR16::
FOR17::
FOR18::
FOR19::

.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCII

/«#ATIMEOUT WAITING FOR QINT VNTACK
/«#ATIMEOUT WAITING FOR QINT CMDPRS
/#ATIMEOUT WAITING FOR QINT VNTACK
/«#AMAITING FOR PATTERN & w22/
/#AONLY BITS 4 AND S SHOULD BE SET

FOR20::

.ASCIZ

/#AERR INTERRUPT OCCURED/

FOR22::
FOR23::
FOR24::
FOR2S::
FOR26::

.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ

FOR21::

ABO: :

FORERR::

.ASCIZ
.ASCIZ

.ASCIZ

/#NsSACONTENTS = %06/

INTERRUPT/
SETsN1/
SETsN1/
FOR HIGH UNIBUS ADDRESS/

/#ATIMEOUT WAITING FOR QGDMA RDY OR QINT ERR INTERRUPT/

/#AQINT QONEX BIT 13 Q-BUS NON EXISTENT MEMORY SHOULD BE SET/
/#N1sSALOOP NUMBER = ®23/
/#N1sADMA THROTTLE TEST WAITING FOR LOOP %D1/
/#N1SAERROR IN QBOOT, NO BOOT OCCURED/
/#ATIMEOUT WAITING FOR QINT VNTACK CLEAR/

/4N1%A+e+4TEST ABORTEDesse/

.ASCIZ /#N1#A/<7>/UNEXPECTED INTERRUPT IN TEST #Z2#A PC=#06%A/<7>/%#N1/

CZFPB-A.0 CTRL BRIDGE LINK
GLOBAL

MACRO M1200

09-JUAN-84

12:25

PAGE

E3
19

SEQ 0030

TEXT SECTION

487 005654

STARS
1310088080008 0808000808008008000000800000000000808000000000800000000

488
489
490
491 005654

+ ASCII MESSAGES USED IN ERROR REPORTING

STARS
110800888280 88808088080000000800000080000400000000000000008080000002

492
493
434
495
496
497
498
499

500
501
502
503
504

005654
005723
005765

006012

122
122
122
122

006130

HELP1::
HELP2::
MSG1::
MSG2::
MSG3::
MSGA::

.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ

/PRINT DIAGNOSTIC SUPERVISOR HELP FILE?/
/PRINT 20792 DIAGNOSTIC HELP FILE?/

122

111
111
111
111
111
111

122

111

MSG6::

.ASCIZ

/BRIDGE WRONG INTERRUPT BIT, CHECK QINT FOR WHICH ONE/

.EVEN

/BRIDGE TIMEOUT ERROR/
/BRIDGE QCMD ROTATING BITS 1-5 IN ERROR/
/BRIDGE QVNT ROTATING BITS 1-5 IN ERROR/

/BRIDGE QVDA VIEW REGISTER RAM CHECK ERROR/

CZFPB-A.0 CTRL BRIDGE LINK

MACRO M1200

09-JUAN-84

12:25

PAGE

r3
20

SEQ 0031

GLOBAL ERROR REPORT SECTION
gog
1

.SBTTL

S11
512
513
glg

GLOBAL ERROR REPORT

SECTION

jee
: THE GLOBAL ERROR REPORT SECTION CONTAINS MESSAGE PRINTING AREAS
3+ USED BY MORE THAN TEST TO OUTPUT ADDITIONAL ERROR INFORMATION.
PRINTB
; (BASIC) AND PRINTX (EXTENDED) CALLS ARE USED TO CALL PRINT SERVICES.

516
517
518
519
.;»20
21
S22 006270

TIME OUT ERROR
l BASIC FORMAT IS3
TIMEOUT OCCURED AFTER TEST

006270

S23 006270

ERRO: :

006270
006274
006300
006304

013746
012746
012746
010600

002460
003457
000002

006310

062706

000006

006314
— 006314

104423

006306

S24 006314

104414

BGNMSG

ERRO

PRINTB

OFOR3, TNUM

TRAP

CS$PNTB

MOV
MOV
MOV
MOV

ADD

L10002:

S26
S27
528
gzsg

ENDMSG

TRAP

? COMPLETED

TNUM, -(SP)
#FOR3, -(SP)
#2,-(SP)
SP,RO
#6,SP

CeMSG

3
TIME OUT ERROR
; BASIC FORMAT ISLSI-TEST XX TIMEOUT
l R1 EXPECTED TO CONTAIN REGISTER NUMBER

531 006316

006316

532 006316
006316
006320
S33 006324
534 006332
S35 006334
006334
006340
006344
006350
006352
006354
536 006360
S37 006364
538 006366
539 006372
S40 006374

S41

542 006376
543 006376

006376
006402
006406
006410

ERRL::
104421
010037
032737
001012
013746
012746
012746
010600
104417
062706
022701
001404
022701
001412
000421

011710
020000

011710

002114
003732
000002

000006
000000

14:

000001

BGNMSG

ERR1

RFLAGS
TRAP
MOV
BIT
BNE
PRINTF
MOV
MOV
MOV
MOV
TRAP
ADD
cHp
BEQ
cHpP
BEQ
BR

FLAG
CSRFLA
RO,.FLAG
OIER,FLAG
14
&FORS,LS$TEST
LSTEST,-(SP)
#FORS, -(SP)
e2,-(SP)
SP,RO
CSPNTF
o6 ,SP
#0,R1
10
#1,R1
208
30¢

PRINTX

@#FOR16

sCOMMAND REGISTER TIMEOUT

10¢:

012746
012746
010600
104415

004612
000001

MOV
MOV
MOV
TRAP

#F0R16, -(SP)
e1,-(SP)
SP,RO
CePNTX

3+IS INMIBIT FLAGS SET?
$BRANCH OVER IF SET
;PRINT TEST NUMBER

;SEE WHICH REGISTER
1 IF COMMAND REGISTER, BRANCH
1BRANCH IF QVENT REGISTER
1 JUST PRINT ABORT MESSAGE

CZFPB-A.0 CTRL BRIDGE LINK

MACRO M1200

09-UAN-84

12:25

PAGE

G3
20-1

SEQ 0032

GLOBAL ERROR REPORT SECTION
006412
544 006416

062706
000410

04,5P

ADD

000004

5%\:ENT REGISTER

006420
006424
006430
006432
006434

548
549 006440
006440
006444
006450
006454
006456
006460
550 006464
006464
006470
006474
006476
006500
006504

012746
012746
010600
104415
062706

004663
000001

013746
012746
012746
010600
104415
062706

002474
004734

012746
012746
010600
104414
062706

005534
000001

PRINTX

MOV

ADD

MOV
MOV
MOV
MOV
TRAP
ADD

PRINTB

MOV

04,5P

@&FOR18,COUNTER

COUNTER, -(SP)
#FOR18, -(SP)
02,-(SP)
SP,RO
CSPNTX
#6,SP
#ABO

SP,RO

TRAP

L10003:

@FOR17

#FOR17, -(SP)

CSPNTX

OMMON
30¢:
PRINTX

104423

TIMEOUT

SP,RO

TRAP

ADD

CS$PNTB
SG

TRAP

4,5P

C$MSG

TIME OUT ERROR
BASIC FORMAT ISLSI-TEST XX TIMEOUT WAITING FOR QINT CMOPRS SET
4644TEST ABORTED##»

INPUTS:

R1 CONTAINS REGISTER NUMBER

ERR2: :
006506
006510
565 006514
566 006522

104421
010037
032737
001012

006524
006530
006534

013746
012746
012746

006542
006544
568 006550

104417
062706
022701

570 006556
571 006562
572 006564

022701
001412
000421

011710
020000

ERR2
RFLAGS

FLAG

8IT
BNE

:{ER +FLAG

TRAP
MOV

011710

PRINTF

002114
003732

@FORS,L$TEST

MOV
MOV
MOV

LS$TEST,-(SP)
#FOR8, -(SP)
02,-(SP)

TRAP
ADD
cHP

CIPNTF
6,SP
€0,R1

BEQ
BR

208
30¢

1s:

CSRFLA
RO,FLAG

BEQ
cHP

1+ IS INMIBIT FLAGS SET?
1BRANCH OVER IF SET
sPRINT TEST NUMBER

[
SP,RO

10¢
#1,R1

1SEE_WHICH REGISTER
+IF COMMAND REGISTER, BRANCH

1BRANCH IF QVENT REGISTER
1JUST PRINT ABORT MESSAGE

CZFPB-A.0 CTRL BRIDGE LINK

MACRO M1200

09-JUAN-84

H3
12:25

PRGE

20-2

SEQ 0033

GLOBAL ERROR REPORT SECTION
573
574
575

576
577
578
579

1COMMAND REGISTER TIMEOUT

10%:
012746
012746

004612
000001

MOV
MOV
MOV
TRAP
ADD
BR

104415
062706
000410

004663
000001

PRINTX
MOV

CSPNTX
o4 ,5P

304

:SKIP OVER EVENT REGISTER PRINTING

OFOR17
OFOR17,-(SP)

SP,RO
CSPNTX

104415
062706
012746
012746
010600
104414
062706

oFOR16
OFOR16, -(SP)

;EVENT REGISTER TIMEOUT

20¢:

012746
012746
010600

PRINTX

04,5P

#ABO
#ABO, -(SP)

005534
000001

SP,RO
CS$PNTB
“.y

L10004 :

104423

TRAP

C$MSG

BAD REGISTER VALUE ERROR (SINGLE REGISTER TEST)
lREGISTER NUMBER (0-11.) EXPECTED TO BE IN
sREGISTER ADDRESS EXPECTED TO BE IN LxAYI(N ADD
sREGISTER VALUE EXPECTED TO BE IN LOCATION VAL
sREGISTER EXPECTED VALUE EXPECTED TO BE IN LOCATION EXP

1SAVE REGISTERS USED IN ROUTINES

1CLEAR ACCUMULATOR
tMULTIPLY REGISTER POINTER TIME S

006301
016137

603

002336
002142

012746
012746
010600
104414
062706

003312
000001

013746
013746
013746

002456
002454
002452

002452

ADDRESSES(R1),ADD
#FOR1

1GET REGISTER NAME ADDRESS IN R2
sREGISTER POINTER TIMES 2
sMOVE CURRENT ADDRESS TO MESSAGE AREA
1PRINT HEADER LINE

SP +RO

COPNTB

04,5P
OFMZ R2,ADD, VAL ,EXP

EXP, -(SP)

1PRINT FULL ERROR DETAILS

CZFPB-A.0 CTRL BRIDGE LINK

MACRO M1200

09-JAN-84

12:25

PAGE

20-3

SEQ 0034

GLOBAL ERROR REPORT SECTION
006742
006744

010246
012746
012746
010600
104414
062706
012746
012746
010600
104414
062706
010226
010126

003427
000005

R2,-(SP)

MOV
MOV

05, -(SP)
SP,RO

TRAP

CSPNTB

000014

ADD

003306

MOV
MOV
MOV
TRAP
ADD

#F 0RO, -(SP)
01,-(SP)
SP,RO
CS$PNTB
04,SP

TRAP

C$MSG

PRINTB

000001

000004

L10005:

104423

014,SP

&FORO

s INSERT LINE FEED CARRIAGE RETURN

+RESTORE REGISTERS

1BAD VIEW REGISTER RAM ERROR

610
611
612 007012
613 007012
007012
007014
614 007020
615 007026
616 007030
007030
007034
007040
007044
007045
007050
617 007054
007054
007060
007064
007066
007070
007074
007074
007074

MOV

sPRINTS HEADER ONLY

ERRSY: :

104421
010037
032737

001012

011710
020000

013746
012746
012746

002114
003732
000002

104417
062706

000006

012746
012746

003662
000001

104415
062706

000004

ERR4

RFLAGS

FLAG

BIT

@IER,FLAG

TRAP
MOV

011710

BNE

PRINTF

18:

L10006:

104423

BGNMSG

CS$RFLA
RO,FLAG

@OFORB,LSTEST

:BRANCH OVER IF SET
:PRINT TEST NUMBER

&FOR7

:PRINT HEADER

MOV
MOV
MOV
MOV
TRAP
ADD

LS$TEST,-(SP)
OFOR8, -(SP)
#2,-(SP)
SP,RO
CSPNTF
06, SP

MOV
MOV
MOV
TRAP
ADD

OFOR7,-(SP)
#1,-(SP)
SP .RO
CSPNTX
#4,5P

TRAP

C$MSG

PRINTX

ENDMSG

:IS INMIBIT FLAGS SET?

sNOT ENOUGH MEMORY IN BUFFER TO TRANSFER REQUESTED DMA BYTE COUNT
007076
007076
007076
007102
007104
007110
007112
007114
007116
007120

013702
005402
013703
006303
006303
006303
006303

002512
002454

ERRS: :

ERRS

MOV
NEG
MOV
INC
ASL
ASL
ASL

WORD .COUNT ,R2
R2
VAL ,R3
R3
R3
R3
R3

sCONVERT WORD COUNT FROM 2°'S COMPL
1CONVERT PAR FORMAT TO WORDS

CZFPB-A.0 CTRL BRIDGE LINK

MACRO M1200

09-JAN-84

12:25

PAGE 20-4

SEQ 0035

GLOBAL ERROR REPORT SECTION
631 007122
632 007124
007124
007126
633 007132
634 007140
635 007142
007142
007146
007152
007156
007160
007162
636 007166
007166

637

638

006303
104421
010037

032737
001012

013746
012746
012746
010600
104417
062706

002114
003732
000002

012746
012746
010600
104414
062706

003754
000001

013746
012746
012746
010600
104415
062706

002504
004033
000002

010346
012746
012746
010600
104415
062706

639

010246
012746
012746
010600
104415
062706
012746
012746
010600
104414
062706

641

011710
020000

000006

R3
FLAG

MOV

RO,FLAG

TRAP

011710

BIT

BNE

1$:

02,-(SP)
SP,RO
CSPNTF

PRINTB

MOV
MOV
MOV

PRINTX

#6,SP
&FOR9

#FO0R9, -(SP)
1, -(SP)
SP,RO

CSPNTB
#4,5P

@FOR9.1,MEMSIZ

MEMSIZ, -(SP)
OF0R9.1,-(SP)
02.-(SP)
SP,RO
CSPNTX
#6,5P
&FOR9.2,R3

R3, -(SP)
#F0R9.2,-(SP)
02, -(SP)
SP,RO
CSPNTX

PRINTX

&FOR9.3,R2

PRINTB

MOV

L10007:

LS$TEST, -(SP)

MOV
MOV
MOV
MOV
TRAP

005534
000001

MOV
MOV
TRAP

MOV
MOV
MOV
MOV
TRAP

004205

¢IER,FLAG
&OFOR8,LS$TEST

TRAP

004112
000002

CSRFLA

PRINTF

MOV

000004

104423

642
643

ASL
RFLAGS

#6,SP

R2,-(SP)
#F0R9.3,-(SP)
#2,-(SP)
SP,RO
CSPNTX
#6,SP
#ABO

#ABO, -(SP)

MOV
TRAP
ADD

SP,RO
C$PNTB

TRAP

C$MSG

ENDMSG

#4,5P

sNO CMDPRS INTERRUPT ERROR

645 007320
007320
007322

ERR6:
:

104421

010037

011710

BGNMSG

ERR6

RFLAGS

FLAG

TRAP
MOV

CSRFLA
RO,FLAG

+IS INMIBIT FLAGS SET?
:BRANCH OVER IF SET
sPRINT

TEST NUMBER

CZFPB-A.0 CTRL BRIDGE LINK

MACRO M1200

09-JUAN-84

12:25

PAGE

IK3

20-5

SEQ 0036

GLOBAL ERROR REPORT SECTION

647 007326
648 007334
649 007336
007336
007342
007346
007352
007354
007356
650 007362
007362
007366
007372
007374
007376
651 007402
007402
007406
007412
007414
007416
652 007422
007422
007422
653

032737
001012

020000

013746
012746
012746
010600
104417
062706

002114
003732
000002

012746
012746
010600

004310
000001

062706

000004

012746
012746
010600
104414
062706

005534
000001

104415

011710

658
659

000006

1$:

663

+IS INHIBIT FLAGS SET?

PRINTF

oFOR8,LS$TEST

+PRINT

000004

L10010:

MOV
MOV
MOV

L$TEST, -(SP)
OFOR8, -(SP)
02,-(SP)

TRAP

CSPNTF

PRINTX

#FOR12

ADD
MOV

MOV
TRAP

104423

TEST NUMBER

SP,RO
06,SP

#FO0R12,-(SP)
SP,RO
CSPNTX

PRINTB

“.9
@ABO

MOV
MOV
TRAP
ADD

01,-(SP)
SP.RO
CS$PNTB
. SP

TRAP

C$MSG

ENDMSG

1BRANCH OVER IF SET

1NO QDMA RDY INTERRUPT ERROR
ERR7::
104421
010037
032737
001012
013746
012746
012746

661

O1ER,FLAG

BNE

MOV

655
656
657

BIT

104417
062706

011710

020000

012746
012746
010600
104415
062706

004364
000001

012746
012746
010600
104414
062706

005534
000001

104423

ERR7

RFLAGS

FLAG

BIT

#IER,FLAG

TRAP
MOV

011710

BNE

PRINTF

002114
003732
000002

000006

BGNMSG

TRAP

CSPNTF

PRINTX

#FOR13

ADD

MOV

PRINTB

MOV

000004

L10011:

&FOR8,LSTEST

L$TEST,-(SP)
#FORS, -(SP)
#2,-(SP)

MOV
TRAP

000004

MOV
MOV
MOV

MOV
1s:

CSRFLA
RO,FLAG

SP,RO

#6,5P

#FOR13, -(SP)
SP,RO
CSPNTX
84,5P
#ABO

#ABO, -(SP)

MOV
TRAP
ADD

SP,RO
CSPNTB
04,5P

TRAP

C#MSG

ENDMSG

+IS INMIBIT FLAGS SET?
:BRANCH OVER IF SET
sPRINT

TEST NUMBER

CZFPB-A.0 CTRL BRIDGE LINK

MACRO M1200

09-JAN-84

L3
12:25

PAGE

20-6

SEQ 0037

GLOBAL ERROR REPORT SECTION
665

sUNEXPECTED DATA AFTER DMA TRANSFER ERROR

666

667 007530
007530
668 007530
007530
007532
669 007536
670

671

672

673

674
675
676
677
678
679

ERRS: :

104421
010037
032737
001012

011710
020000

BGNMSG

ERR8

RFLAGS
TRAP

FLAG

MOV
BIT
8

011710

CSRFLA

RO,FLAG
:}ER +FLAG
OFORB,LS$TEST
LS$TEST, -(SP)
OFORS8, -(SP)

013746
012746
012746
010600
104417
062706

002114
003732
000002

012746
012746
010600
104414
062706

004435
000001

012746
012746
010600
104415
062706

004477
000001

04,SP
OFOR14.1
OFOR14.1, -(SP)
e1,-(SP)

000004

#4,5P

000006

1%:

ADD
PRINTB

+IS INMIBIT FLAGS SET?
:BRANCH OVER IF SET
sPRINT

TEST NUMBER

SP,RO
CSPNTF
#6,5°

#FOR14
#FOR14, -(SP)

SP,RO
CSPNTB

000004

SP,RO
C$PNTX

L10012:

104423

TRAP

C$MSG

:NO QINT VNTACK INTERRUPT ERROR
ERR9: :

104421
010037
032737

011710

013746
012746
012746

002114
003732
000002

104417
062706

000006

012746
012746

004536
000001

104415
062706

000004

012746
012746

005534
000001

001012

020000

ERR9
RFLAGS
TRAP

011710

FLAG

CSRFLA
RO,FLAG
:{ER.FLAG

OFOR8,LS$TEST
LSTEST, -(SP)
#FOR8, -(SP)
02, -(SP)

1¢:

ADD
PRINTX

+IS INMIBIT FLAGS SET?
:BRANCH OVER IF SET
sPRINT TEST NUMBER

CZFPB-A.0 CTRL BRIDGE LINK

MACRO M1200

09-JAN-84

12:25

PAGE

20-7

SEQ 0038

GLOBAL ERROR REPORT SECTION

007726
007730
007732

685 007736
007736
007736

010600
104414
062706

000004

L10013:

104423

687
689 007740
007740
690 007740
007740
007742
691 007746
692 007754
693 007756
007756
007762
007766

694

695
696
697

ERR10::
104421
010037
032737
001012

011710
020000

704

013746
012746
012746

002114
003732
000002

104417
062706

000006

013746
012746
012746
010600
104415
062706

C$MSG

BGNMSG

ERR10

RFLAGS

FLAG

BIT

@IER,FLAG

BNE

18%:

002516
004770
000002

000006
L10014:;

CS$RFLA
RO,.FLAG

PRINTF

@FOR8,LS$TEST

MOV
TRAP
ADD

SP,RO
CS$PNTF
#6,SP

MOV
MOV
MOV

104423

PRINTX

L$TEST,-(SP)
#FOR8, -(SP)
#2,-(SP)

sPRINT

TEST NUMBER

@&FOR19,HI2

MOV
MOV

HI2, -(SP)
OFOR19, -(SP)

MOV
TRAP
ADD

SP,RO
CS$PNTX
#6,SP

TRAP

C$MSG

ENDMSG

:IS INHIBIT FLAGS SET?
:BRANCH OVER IF SET

sERR INTERRUPT OCCURRED ERROR
ERR11::

104421
010037
032737
001012

011710
020000

013746
012746
012746

002114
003732
000002

104417
062706

000006

012746
012746
010600
104415
705

TRAP

ENDMSG

TRAP
MOV

011710

700

703

SP,RO
C$PNTB
04 ,5P

:MORE THAN BITS 4 AND S SET FOR HIGH UNIBUS ADDRESS

699

701

MOV
TRAP
ADD

062706

005104
000001
000004

BGNMSG

ERR11

RFLAGS

FLAG

BIT

#IER,FLAG

TRAP
MOV

011710

BNE

PRINTF

1¢:

CSRFLA
RO,FLAG

OFORS,LSTEST

MOV

L$TEST,-(SP)

MOV
MOV
TRAP
ADD

#2,-(SP)
SP,RO
CSPNTF
#6,SP

MOV

#FOR20, -(SP)

MOV
TRAP

SP,RO
CSPNTX
04,5SP

PRINTX

ADD

#FOR20

SETBITS QINT,INTBIT,8QINT

+IS INMIBIT FLAGS SET?
1BRANCH OVER IF SET
;PRINT TEST NUMBER

CZFPB-A.0 CTRL BRIDGE LINK

MACRO M1200

09-JAN-84

12:25

PAGE 20-8

SEQ 0039

GLOBAL ERROR REPORT SECTION
010112
010114
010116
010122
010126
010130
010132
010140
010142
706 010144
010144
010144
707

010146
010546
017701
004537
000012
002672
121
012605
012601

172024
012130
111

L10015:

708

710 010146
010146
711 010146
010146

010150
712 010154
713 010162
714 010164
010164
010170

010174
010200
010202
010204
715 010210
010210
010214
010220
010222
010224
716 010230
010230
010234
010240
010242
010244
717 010250
010250
010250
718

R1,-(SP)
RS, -(SP)
8QINT,R1

MOV

(SP)+,R1

JSR
.WORD
.WORD
.ASCIZ
MOV

116

104423

MOV
MOV
MOV

ENDMSG

TRAP

RS,BITSS
$LEN
INTBIT
/QINT/
(SP)+,RS

i SAVE REGISTERS
:GET SQINT REGISTER TO READ
:SUBROUTINE TO OUTPUT VALUES

sRESTORE REGISTERS

C$MSG

:NO QDMA RDY OR ERR INTERRUPT ERROR
ERR12::

104421

010037
032737
001012

011710
020000

013746
012746
012746
010600
104417
062706

002114
003732
000002

104415
062706

000004

012746
012746

005534
000001

104414
062706

000004

RFLAGS

FLAG

BIT

®IER,FLAG

BNE

PRINTF

MOV
MOV
MOV
MOV
TRAP
18:

005134

000001

ERR12

TRAP
MOV

011710

000006

012746
012746

BGNMSG

104423

719

@FOR8,LSTEST

LS$TEST,-(SP)
#FOR8, -(SP)
#2,-(SP)
SP,RO
CS$PNTF

PRINTX

#6,SP
&FOR21

PRINTB

“ I3 9
@ABO

TRAP
ADD

CSPNTB
04,5P

TRAP

C$MSG

MOV
MOV
MOV
TRAP
MOV

L10016:

CSRFLA
RO,.FLAG

ENDMSG

:IS INMIBIT FLAGS SET?
:BRANCH OVER IF SET
sPRINT TEST NUMBER

OFOR21, -(SP)
e1,-(SP)
SP,RO
CSPNTX
#ABO, -(SP)

sGNEX NOT SET ERROR

721 010252
010252
722 010252
010252
010254
723 010260
724 010266
725 010270

010270
010274

ERR13::

104421
010037
032737
001012

011710
020000

013746
012746

002114
003732

011710

BGNMSG

ERR13

RFLAGS

FLAG

BIT

@IER,FLAG

TRAP
MOV

BNE

PRINTF

MOV

CS$RFLA
RO,FLAG

@FORB,LS$TEST

L$TEST,-(SP)

1IS INHIBIT FLAGS SET?
1BRANCH OVER IF SET
1PRINT TEST NUMBER

CZFPB A0 CTRL BRIDGE L Inx

MACRO M1200

09 JUsaN B4

12:25

PAGE

20 9

Q 0040

GLOBAL ERROR REPORT SECTION
010300
010304

012746
010600

000002

MOv
MOv

010310
726 010314
010314
010320
010324

062706

000006

012746
012746
010600

005221
000001

ADOD
PRINTX
MOV
MOV
MOV

010306

010326
010330

727 010334

010334
— 010334

104417

104415
062706

000004
L10017:

104423

;233

02,-(5P)
SP,RO

TRAP

CIPNTF

TRAP
ADD

SP,RO
COIPNTX
04 ,5P

TRAP

CeMSG

ENDMSG

%, SP
@FOR22
®0R22, (SP)
o1, (SP)

IUNEXPECTED DATA AFTER DMA TRANSFER ERROR IN THROTTLE

731 010336

010336

752 010336
010336
010340
733 010344
734 010352
735 010354

ERR1AL::
104421
010037
032737
001012

011710
020000

011710

BGNMSGC

ERR14

RFLAGS
TRAP
MOV
8IT
BNE
PRINTF

FLAG
CIRFLA
RO,FLAG
OIER,FLAG
14
@FORS,LSTEST

TRAP

COPNTF

010354
010360
010364
010370

013746 002114
012746 003732
012746 000002
010600

010374

062706

000006

010400
010404
010410

012746
012746
010600

004435
000001

010414

062706

000004

ADO

010420
010424
010430
010434

013746
012746
012746
010600

002524
005343
000002

MOV
MOV
MOV
MOV

LOOPS, -(SP)
oFOR24
, -(SP)
02,-(SP)
SP,RO

PRINTX

OFOR14.1

010372

7% 010400

010412

737 010420

010436
010440

104417

104414

MOV
MOV
MOV
MOV

18:

ADD

PRINTE

MOV
MOV
MOV

TRAP

PRINTX

104415
062706

000006

TRAP
200

010444
010450
010454

012746
012746
010600

004477
000001

MOV
MOV
MOV

010460

062706

000004

ADD

738 010444

010456
739 010464

010464

o 010464

;:5

104415

104423

TRAP

L 10020

ENDMSG

TRAP

LITEST, -(SP)
FORS, -(SP)
02, -(5P)
SP,RO
#FOR14

CIPNTB

o4,5P

@FOR24,L00PS

COPNTX
6 ,5P

oFOR1A
1, -(SP)
o1,-(SP)
SP,RO

CIPNTX

o4,SP

CIMSG

sNO GBOOT ERROR

743 010466

010466

ERR1S::

BGNMSG

+ IS INMIBIT FLAGS SET?
1BRANCH OVER IF SET
iPRINT TEST NUMBER

6, 5P

oFOR14, -(SP)
01,-(SP)
SP,RO

ERR1S

TEST

Ca
CZFPB A0 CTRL BRIDGE L INX

MACRO M1200

09 JUAN-B4

12:2%

PAGE

20 10
SEQ 0041

GLOBAL ERROR REPORT SECTION
T44 010466

010466
010470
745 010474

746 010502
747 010504

104421
0100387
032737
001012

011710
020000

RFLAGS

FLAG

MOV

RO ,FLAG

BNE

TRAP

011710

817

PRINTF

010504
010510
010514
010520
010522
010524

013746
012746
012746
010600
104417
062706

002114
003732
000002

MOV
MOV
MOV
MOV

000006

ADD

010530
010534
010540
010542
010544

012746
012746
010600
104415
062706

005417
000001

010550
010550

104423

748 010530

749 010550

TRAP

18:

L10021:

QIER,.FLAG

s IS INMIBIT FLAGS SET?

@FORB,LSTEST

sPRINT

LSTEST,-(SP)
OFOR8, -(SP)
02,-(SP)
SP,RO

TRAP

CIPNTX

ENDMSG

TRAP

TEST NUMBER

%6 ,5P

@#FOR2S

MOV
MOV
MOV

sBRANCH OVER IF SET

CIPNTF

PRINTX

ADD

000004

CIRFLA

FOR2S, -(SP)
e1,-(SP)
SP,RO
04 ,5P

CeMSG

]
TIME OUT ERROR
s BASIC FORMAT IS]
LSI-TEST XX TIMEOUT WAITING FOR QINT VNTACK CLEAR
'

ERR16::
011710
020000

BGNMSG

ERR16

RFLAGS

FLAG

MOV
8Iv
BNE

RO,.FLAG
OIER,FLAG
14

TRAP

011710

PRINTF

002114
003732
000002

005464
000001

762 010634

763 010654
764

18:

LSTESTY,-(SP)
&FORS, -(SP)
02,-(SP)
SP,RO

ADD

6, SP

PRINTX

MOV
MOV
MOV

COPNTF

@FOR26

OFOR26, -(SP)
e1,-(SP)
SP,RO

TRAP

COPNTX

PRINTB

@ABO

TRAP

CIPNTB

ADD
005534
000001

MOV
MOV
MOV

000004

ADD
L10022:

@OFORS,.LSTEST

MoV
MOV
MOV
MOV

TRAP

761 010614

CIRFLA

ENDMSG

TRAP

04,S5P

®ABO, -(SP)
e,-(SP)
SP,RO
04,SP

C#eMSG

1 IS INMIBITY FLAGS SET?
1BRANCH OVER IF SET
sPRINT

TEST NUMBER

CZFPB-A.0 CTRL BRIDGE LINX

MACRO M1200

09 JUAN 84

12:25

PAGE

D4
21

SEQ 004z

GLOBAL SUBROUTINES SECTION
766
767
768

.SBTTL

770
771
772
773 010656

¢+

769

GLOBAL SUBROUTINES SECTION

+ THE GLOBAL SUBROUTINES SECTION CONTAINS THE SUBROUTINES
'

THAT ARE USED

IN MORE

THAN ONE

TEST,

STARS
1100000008000 000000000000000000000000000000000000000000000800008000

774
775

jee

SUBROUTINE DUMP-

776

FUNCTIONAL DESCRIPTION:

777
778
779
780
781

SUBROUTINE TO PRINT THE CONTENTS OF ALL THE REGISTERS
IT USES THE PRINTX PRINT EXTENDED FORMAT AND CAN BE DISABLED
B8Y THE OPERATOR BY /FLAG:IXE, INMIBIT EXTENDED ERROR REPORTS
INPUTS:
NONE
OUTPUT:

782

783
784
785
786 010656

787
788 010656
789
790 010656
010656
010660
791 010664
792 010672
793 010674
794 010676
795 010700
796 010702
797 010704
798
799 010706

800 010712
801 010716
802 010722
803 010726
804 010730
805 010734
806 010740
807 010742
808 010746
809 010750
810 010752
811
812 010754
010754
010760
010764
010766
010770
813 010774

DEVICE REGISTER DUMP PRINTED IF EXTENDED ERROR REPORTS ENABLED
CALLING SEQUENCE:

STARS

JSR

1100000008000 00000080000000000000000000000000080000000000002080000

DUMP::

BFIRSY CHECK FOR INMIBIT EXTENDED ERROR REPORTS FLAG SET

011710
004000

RFLAGS

FLAG

MOV

RO,.FLAG

TRAP

011710

BIT

BNE
MOV
MOV
MOV
HOV

000014
002142
002172
000007

011410
000002

011476

011570
000001
000004
002331

MOV
stFIRST READ THE
MOV
MOV
MOV
E10¢;
cp

BNE
JP
ce
BNE
JP
MOV

CIRFLA

#IT11,FLAG

EOUMP
R1,-(SP)

R2,-(SP)
RS, -(SP)
o'(

)

RS, -(SP)
REGISTERS
012. ,.R1
R2
OVALUES ,R3
o7,.R1

114

P1
11¢;
”2,R1
124
P2
124:
(R2)+,(R3).
ESS:
DEC
R1
BNE
€108
$END READ, NOW PRINT THE RESWLTS
PRINTX

ORP1

MOV
TRAP
ADD
MOV

SP,RO
COPNTX

MOV

+ IS INMIBIT FLAGS SET?
sEXIT ROUTINE IF SET
1SAVE CPU REGISTERS

RP1, -(SP)

o4, SP
ONAMES
-5 ,R4

INUMBER OF REGISTERS TO READ

lMSE REGISTER ADORESS TO R2
tRECEIVING STORAGE
1IS IT QUBA REGISTER?

1BRANCH IF QUBA
+IS IT QVAD REGISTER?
1BRANCH IF QVAD
1STORE REGISTER VALUE

1DECREMENT LOOP COUNTER
+IF NOT DONE, LOOP
1PRINT FIRST LINE OF MESSAGE

tPOINT R4 TO REGISTER NAMES TABLE

CZFPB-A.0 CTRL BRIDGE LINx

MACRO M1200

09-JUAN-84

12:25

E4
PAGE

21-1

SEQ 0043

GLOBAL SUBROUTINES SECTION
814 011000
815 011002
816 011006
817 o11012
818 011020
819 011026
011026
011032
011036
011040
011044
011050

005002
012703
062704
016237
016237

000014
000005
002142
002172

R2
012..R3

MOV
MOV

ADDRESSES(R2),ADD
VALUES(R2),
VAL

PRINTX

oRP2,R4,ADD,
VAL

002452

MOV

ADD, -(SP)

011660
000004

MOV
MOV
MOV

MRP2, -(SP)
04, -(SP)
SP,RO

013746
013746
010446
012746
012746
010600
104415
062706

022703

000014

022703
001450
022703
001457
022703
001466
022703
001475
022703

000013

001441

002452
002454

002454

000012

TRAP

000010

cMD8
#11..R3
VNTB

8EQ

INTB

X$:

cTLse
8. ,.R3

cvpe
BEQ

#3..R3
MT18

DEC
BNE

R3
E6S

MOV
MOV

o,-(SP)
.RO

ADD
MOV
MOV
MOV
MOV

04,SP
(SP)+,RS
(SP)+ R4
(SP)+,R3
(SP)«,R2

ADOD
PRINTX

TRAP

EDUMP:

RTS

+IS IT CMD REG
+IS IT UNT REG
+IS IT INT REG

9. ,R3

B8EQ
ce

BEQ

011564
000001

+IS IT CTL REG
:IS IT DMA REG
+IS IT MT1 REG

tPOINT R2 TO NEXT REGISTER DATA
1DECREMENT LOOP COUNTER
1GO DO NEXT REGISTER IF NOT DONE
s INSERT LINE FEED CARRIAGE RETURN

02,R2

CSPNTX

tRESTORE REGISTERS

1RETURN

sPROCESS PRINTING SET BIT DEFINITIONS

011170
011170
o11172
011174
011200
011204
011206
011210
011212

847
848 011214
011214
011216

CSPNTX

BEQ
cwe
BEQ
cHe

000011

011164
011166

tLOAD R3 AS LOOP COUNTER
+POINT R4 TO NEXT REGISTER NAME
+GET ADDRESS OF REGISTER READY TO PRINT
1GET VALUE OF REGISTER READY TO PRINT
tPRINT REGISTER NAME, ADDRESS, VALUE

ADD
012,5P
1CHECK TO SEE IF ONE OF THE BIT DEFINED REGISTERS, IF YES, BRANCH

000012

001504

1CLEAR POINTER REGISTER

CLR
MOV

CMDB:
002454
012110

SeBITS

R1,-(SP)
1SAVE REGISTERS
R3,-(SP)
VAL ,R1
1GET VAL REGISTER TO READ

.WORD

CMDBIT

JSR

MOV
MOV

BR
010146
010546

VNTB:

CMDBIT,VAL

MOV
MOV
MOV

S#BITS

MOV
MOV

RS,BITS

1SUBROUTINE TO OUTPUT VALUES

(SP)+,RS
(SP)+,R1

tRESTORE REGISTERS

PRINTIT

VNTBIT,VAL

R1,-(SP)
RS, -(SP)

1SAVE REGISTERS

CZFPB-A.0 CTRL BRIDGE LINx

F4
MACRO M1200

O07-UAN-84

12:25

PAGE

21-2

SEQ 0044

GLOBAL SUBROUTINES SECTION
011220
011224
011230

011232
011234
849 011236
851 011240
011240
011242
011244
011250

011254
011256

011260
852 011262
853
854 011264
011264
011266
011270
011274
011300
011302
011304
855 011306
857 011310
011310
011312
011314
011320
011324
011326
011330
858 011332
859
011334
011334
011336
011340
011344
011350
011352
011354
861

863 011356
011356
865 011360
011362
867 011364
011364
011366
011372
011376
011400

013701
004537
002637
012605

MOV
JSR

002454
012110

.WORD
~OV

012601
000447

010146
010546
013701
004537
002672
012605
012601
000435
010146
010546
013701
004537
002751
012605
012601
000423

010146
010546
013701
004537
003015
012605
012601
000411
010146
010546
013701
004537
003134
012605
012601

.WORD

MOV
MOV

BR
CTLB:
002454
012110

002454

012110

002454
012110

S$BITS

INTBIT,VAL

R1,-(SP)
RS, -(SP)
VAL,R1
RS,BITS

;GET VAL REGISTER TO READ
sSUBROUTINE TO OUTPUT VALUES

(SP)+,RS
(SP)+,R1

;RESTORE REGISTERS

INTBIT

PRINTIT

CTLBIT,VAL

MOV

(SP)+,.RS

CTLBIT

;RESTORE REGISTERS

B8R

PRINTIT

S$BITS
MOV

ODMABIT,VAL
R1,-(SP)

MOV
JSR

VAL,R1
;GET VAL REGISTER TO READ
RS,BITS
sSUBROUTINE TO OUTPUT VALUES

MOV
MOV

(SP)+,.RS
(SP)+,R1

DMABIT

PRINTIT

S$BITS

MTIBIT,VAL

1 SAVE REGISTERS

sRESTORE REGISTERS

MOV
MOV
MOV
JSR

R1,-(SP)
1 SAVE REGISTERS
RS, -(SP)
VAL,R1
;GET VAL REGISTER TO READ
RS,BITS
1SUBROUTINE TO OUTPUT VALUES

MOV

(SP)+,RS

.WORD

MTI1BIT

sPRINT BIT DEFINITION LINE
PRINTIT:

tRESTORE REGISTERS

TST8

RO,.RS
(RS)

+MOVE ADDRESS TO RS
1IS IT A BLANK

PRINTB

@ORP4,RS

1PRINT LINE

]

011705
000002

1 SAVE REGISTERS

R1,-(SP)
1SAVE REGISTERS
RS, -(SP)
VAL,R1
;GET VAL REGISTER TO READ
RS,BITS
1SUBROUTINE TO OUTPUT VALUES

.WORD

MT18:

sRESTORE REGISTERS

MOV
MOV
MOV
JSR

.WORD

DMAB :

010005
105715
001660
010546
012746
012746
010600
104414

SSUITS

MOV
MOV

MOV
JSR

002454
012110

VNTBIT
(SP)+,RS

PRINTIT

Bk
INTB:

VAL,R1
;;GET VAL REGISTER TO READ
RS,BITS
$SUBROUTINE TO OUTPUT VALUES

MOV
MOV

TRAP

X¢

RS, -(SP)
SP,RO

CSPNTB

t1BRANCH IF NOTHING TO PRINT

CZFPB-A.0 CTRL BRIDGE LINX

MACRO M1200

09-JUAN-B4

12:25

PAGE

21-3

SEQ 0045

GLOBAL SUBROUTINES SECTION
868
869
870
871
872
873
874
875
876
877
878
879

011402
011406

062706
000646

011410
011414
011420
011424

017746
017746

011432
011440
011444
011446
011454

011462
011466
o11472

011476
011502
011506
011512
011520

011526
011532
011534
011542
011550
011554
011560

ADD
BR

06 ,5P
X$

tRETURN TO MAINLINE

3PROCESS QUBA REGISTER (NOT NORMAL REGISTER READ
MOV
8QMT1, -(SP)
1 SAVE CURRENT QMT1
MOV
SQINT, -(SP)
lSAVE QINT

170532
170524

052777
052777
017723
005722
042777
042777
012677
012677
000137

CLR
BIS
8IS

SQINT
OMIODIS,SQMT1
0BIT4,80MT1

sCLEAR QINT REGISTER
1ENABLE INTERNAL LOOPBACK
1 SELECT UBAR FUNCTION

8IC
8IC
MOV
MOV
JHP

OMIODIS,8QMT1
#B1IT4,80MT1
(SP)+,8QINT
(SP)+,8QMT1
ESS

1DISABLE INTERNAL LOOPBACK
sDESELECT UBAR FUNCTION
tRESTORE QINT
tRESTORE QMT1
1BRANCH BACK

MOV
TST

170510
170502

SQMTO,(R3)+.
(R2)+

tREAD QUBA
1CORRECT R2

;PROCESS QVAD REGISTER READ (NOT NORMAL REGISTER READ)

P2:

017746
017746
005077
052777
052777
017723

170444
170436

MOV
CLR
8IS

8IS

8QMT1, -(SP)

:SAVE CURRENT QMT1

OMVADR, 8QMT1

:ENABLE ADORESS REGISTER READ

®QINT, -(SP)
SQINT
OMIODIS,S0MT1

MOV

8QVAD,(R3).

8IC
8IC
MOV

OMIODIS,8OMT1
#MVADR,8GMT1
(SP)+ ,8QINT

ESS

TST

170422
170414

042777
042777
012677
012677
000137

MOV

(R2)+

(SP)+,8GMT1

1 SAVE QINT
1CLEAR QINT REGISTER
1ENABLE INTERNAL LOOPBACK
+READ ADDRESS REGISTER
1CORRECT R2

1DISABLE INTERNAL LOOPBACK
1DISABLE ADDRESS REGISTER READ
tRESTORE QINT
tRESTORE QMT1

:BRANCH BACK

1+FORMATS USED IN REGISTER DUMP PRINTING
011570

011564

045
045

116
116

061
061

RPO::
RP1::

.ASCIZ
efizz

/#N1/
;L.LINE FEED CARRIAGE RETURN ONLY
/8N18STSAREGISTER DUMPSN]SANAME
$S4SAADDRE SSHS4SACONTENTS/

011660
011705

045
045

116
124

061

RP2::

.ASCIZ

/#N1STSSSS068SSS06%S3/

FLAG:

.WORD

011710

000

RP4:;:

e%'x‘z

/9877

1STORES RETURNED FLAG SETTINGS

H4
CZFPB-A.0 CTRL BRIDGE LINK

MACRO M1200

09-JUAN-84

12:25

PAGE

SEQ 0046

GLOBAL SUBROUTINES SECTION
910

§0080000080008800080808000000000000000800000000R00000000800008000008000000000800

912

911

913

FUNCTIONAL DESCRIPTION:

914

SUBROUTINE TO PRINT OUT A TEXT OR HELP FILE
INPUTS :

916
97
918
919
920
921

OUTPUTS:
CONTENTS OF EITHER DRS.HMLP OR DIAGNOSTIC DEVICE HMELP FILE
PRINTED ON_CONSOLE.
CONTENTS OF R1 AND R2 ARE DESTROYED.
CALLING SEQUENCE:
USES MACRO MLPMAC; FORMAT IS HMLPMAC 'FILENAME .EXT'

915

MACRO IS DEFINED AT END OF SUBROUTINE.
MACRO USES FORMAT JSR RS, HLP.

190880808888 888000008800800008000080080000000000088000000000000000000000000000

928 011712

929 011716
011716
011720
931 011722
932 011726
933 011732

934 011736
935 011742
936 011744
011744
011746
937 011750
011750
938 011752
939 011756
940
941
942
943

011760
011764
011766
011772

945 011774
011774
946 011776
947 012002
948 012006

950 012010
951 012014
012014
012020
012024
012026
012030

952 012034
953 012036

954 012042
955 012044

010537

012106

010500
104434
012702
004537
012702
004537
005001

000015
012010
000012
012010

001406
022702
001437
004537
000764

104435
013705

062705
000205

MOV

OPEN
MOV

RS, $STORE

RS
RS,RO

TRAP
CSOPEN
sFIRST PRINT CR/LF

10¢:

104426
110002

103011
022702

SHLP::

000000
000011

30¢:

012010

404

MOV
JSR
MOV
JSR
CLR

#15,R2
R5,608
012,R2
R5,604
R1

GETBYTE R2

TRAP

CSGETB

MOVe

RO,R2

8CC

S0¢

BEQ
ce
BEQ
JSR

S0¢
011,R2
$
R5,60%

1END OF RECORDS?
1BRANCH IF END
+IS IT TAB CHARACTER?

#0,R2

104

CLOSE
TRAP

CsCLOS

RTS

MOV

R2, $SMESLNE
@IHLPFOR, -(SP)
e1,-(SP)
SP,RO

$STORE ,RS
#10. ,RS

010237

012104

012746
012746
010600
104414
062706

012102
000001

MOV
MOV
MOV

000004

ADD
INC

04,5P
R1

BEQ
cHe

654
012,.R2

005201
022701

001406
022702

000010
000012

3GO PRINT IT
sCLEAR POSITION COUNTER
:GET BYTE COUNT OF RECORD

cHe

sPRINT AND COUNT ROUTINE

604 :

;GO PRINT IT

sLINE FEED TO R2

1BRANCH IF END OF FILE

MOV
ADD

012106
000012

;:CARRIAGE RETURN TO R2

BNCOMPLETE S04

sEND OF FILE OR LAST RECORD

50¢:

:SAVE RETURN ADDRESS
;OPEN FILE NAME

PRINTB

TRAP

#SHLPFOR

1IF YES HANDLE TAB

1GO PRINT IT
1GO PROCESS NEXT CHARACTER
sCLOSE FILE

tRESTORE RETURN ADDRESS
1SKIP PAST FILE NAME
1GET CHARACTER TO PRINT IN R2
1GO PRINT LINE

CSPNTB

+ INCREMENT POSITION COUNTER
1 IS IT MAXIMUM?
+ IF MAXIMUM, BRANCH
+IS IT A LINE FEED?

MACRO M1200

CZFPB-A.0 CTRL BRIDGE LINX

09-JUAN-84

12:25

PAGE

22-1

SEQ 0047

GLOBAL SUBROUTINES SECTION
956
957
958
959
960
9%1

012050
012052
012056
012060
012062

001403
022702
001001
005001
000205

9%2 012064
963 012070
964 012074
965 012076

012702
004537
005701
001372
000721

966 012100
9%7
968
969
970 012102
971 012102
972 012104
973 012104
974 012105
975
976 012106

000015

65¢%:

70%:

BEQ

654

RTS

MOV
JSR

040,R2
RS,60%

cHP
BNE
CLR

; TAB ROUTINE

012010

80%:

TST

BNE
BR

015,R2
708
R1

80s
10¢

sSTORAGE, FORMAT

;1F LINE FEED, BRANCH
:1S IT A CARRIAGE RE TURN?
;IF NOT, BRANCH

;CLEAR POSITION COUNTER

sFROM PRINT AND COUNT ROUTINE

+MOVE SPACE CHARACTERS
1GO PRINT SPACE
t1OONE YET?
+IF NOT DONE, AGAIN

sRETURN FROM TAB ROUTINE

AND MESSAGE LINE

045
000
000

000000

101

SHLPFOR:
:

$MESLNE
:

$STORE:

ASCII

/sA/

.BYTE
.BYTE
.EVEN
.WORD

O
O

sRESERVED FOR MESSAGE LINE

1STORES MAIN SUBROUTINE RETURN ADDRESS

CZFPB-A.0 CTRL BRIDGE LINK

MACRO M1200

09-UAN-84 12:25

Ja4

PAGE 23

SEQ 0043

GLOBAL SUBROUTINES SECTION
978

|.“0.“00000‘.‘.“‘.‘0“‘0.‘.0.“.......0.‘.‘0.‘..‘.00.0.‘..‘.‘.0....0000.

979

$ee

:g;

980
981
982
983

;
;
;
:

BITS.MAC
PROVIDES CODE FOR A SUBROUTINE TO INTERPRET THE BITS SET
IN A WORD (OR REGISTER), AND OPTIONALLY FOR EVERY BIT SET PRINT OUT
THE NAME OF THAT BIT IF DEFINED IN AN ASCIZ STATEMENT, AND ALWAYS

986
987

:
;

AUTHOR:
DATE :

990
991

ASCIZ STATEMENT FORMAT LABEL: .ASCIZ /BIT15,8ITi4,,,.BIT10,,.BIT7/

MAXIMUM NUMBER OF DEFINITIONS IS 16

994
995
996
997
993
999

:
:
:
:
:
:

TO USE THE FULL ROUTINE, CALL BY USING THE MACRO SETBITS.
SETBITS IS IN THE FORMATSETBITS
NAME , POINTER, VALUE
WHERE NAME IS AN ASCII NAME THAT WILL BE PRINTED IN THE
MESSAGE LINE, POINTER IS AN ADDRESS THAT POINTS TO THE
ASCIZ FORMAT STATEMENT THAT CONTAINS THE BIT NAMES, AND

1002

TO CREATE ONLY A PRINT BUFFER WITH THE SET BIT NAMES CALL

{gg;

::g

;
:

1003
1004
1005
1006

:
:
:
:

{gg

1017 012116

012503

1019 012126

1020

1021 012130

012737

000411
005037

1024 012134
1025 012136
1026 012140
1027 012142
1028 012144
1029 012146

010246
010346
010446
010502
061505
005722
012203

1030 012150

1031

1032

1033

1034

VALUE IS THE WORD TO INTERPRET AND CONVERT TO BIT NAMES.

THIS ROUTINE WITH THE MACRO S$BITS.
S$BITS IS IN THE FORMATS#BITS
POINTER, VALUE
ON RETURN FROM S$BITS ROUTINE RO counxus THE ADDRESS
OF THE BUFFER.

;CALL BY S$BITS MACRO, NO PRINTING
BITS::
sSAVE SOME REGISTERS
MOV
MOV

010446

1022 012130

1023

1.00

)

010246
010346

1018 012120

VERSION:

DALE PROCTOR
12/23/81

:;;“.“........“‘.0“0.‘.“‘.00".‘."‘.“.“‘0‘“‘.0...‘.0.....‘0.0...‘.

1011
1012 012110
1013
1014 012110
1015 012112

1016 012114

PUT THE NAMES IN A BUFFER,

MOV

177777

012642

R4, -(SP)

(RS)+,R3

1GET POINTER OF FORMAT IN R3

BUILDS

1BRANCH OVER SETBITS STUFF

CLR

STATUS

s TELL ROUTINE THAT THE SETBITS MACRO CALLED

MOV
MOV
MOV
MOV
ADD
TST
MOV

o
R3,-(SP)
.-(SP)
RS,R2
(RS).RS
(R2)+
(R2)+,R3

1GET ADDRESS IN R2
sADD LENGTH OF DATA TO RETURN PC
1SKIP PAST LENGTH
:GET POINTER OF FORMAT IN R3

#-1,STATUS

s TELL ROUTINE THAT THE S$BITS MACRO CALLED

;CALL BY SETBITS MACRO, PRINT Lne IF SOMETHING TO PRINT

012642

BITSS::

:SAVE SOME REGISTERS

+REGISTER USAGE

RO = LOOP COUNTER

R2 = POINTS TOWARD REGISTER NAME

R1 = CONTAINS REGISTER CONTENTS

<4
CZFPB-A.0 CTRL BRIDGE LINK

MACRO M1200

09-JAN-84 12:25

PAGE 23-1

GLOBAL SUBROUTINES SECTION

1035

1036

R3 = POINTS TO DEFINITION FORMAT

1037

1038

R4 = POINTS TO BUFFER

012704

012431

1042 012156
1043 012162
1044 012164

012700
105024
005300

000204

1046
1047
1048
1049
1050

012704
012700
010137
005037
105037

012431
000020
012636
012640
012641

10%:

122713
001433
122713
001425
005203
000770

000000

Ss:

1051 012214
1052 012216
1054
1055
1056
1057
1058
1059

012220
012224
012226
012232
012234
012236

1061
1062
1063
1064

012240
012240
012244
012246

1065 012252

1066

1067 012254

1068 012256

1073
1074
1075
1076
1077
1078
1079

012270
012274
012276
012302
012306
012310
012312

1081
1082
1083
1084
1085
1086
1087

012314
012314
012316
012320
012324
012326
012332

1080

1088

001406
112324

105237

105237
000764

105737
001404
112724
112724
005203
005300
001336
005304
005304
112714
005000
005737
001015

012334

000000

20%:

000054

:CLEAR BYTE

MOV
MOV
MOV
CLR
CLR8

OMES2$ R4
#16.,RO
R1,STORE$
NO$CHAR
NOSCHAR +1

sPOINT R4 BACK TO BUFFER
tNUMBER OF LOOPS TO LOOP COUNTER R1
sSAVE ORIGINAL BIT PATTERN
s+CLEAR CHARACTER MOVED FLAG
1CLEAR .IT DEFINED AND MOVED FLAG

R1
204

sCHECK BIT
s IF BITS SET, GO MOVE BIT NAME

cHP8
BEQ
CcMP8
BEQ
INC
BR

#0,(R3)
40¢
', .(R3)
354
R3
5S¢

sEND OF DEFINITION?
+IF END, GO PRINT MESSAGE
aIS IT A COMMA?
:IF COMMA, CONTINUE TO PROCESS
sPOINT TO NEXT CHARACTER IN DEFINITION
sCHECK NEXT CHARACTER IF NOT A COMMA

cvP8
BEQ
CcvP8

#0,(R3)
45¢
@' ,,.(R3)

+1IS IT END OF FORMAT?
s IF END, GO PRINT MESSAGE
sIS IT A COfl?

BEQ

30¢

sIF IT WAS
A COMMA, GO

s1SHOULD BE A VALID CHARACTER, nove TO PRINT BUFFER
MOVB

012640

INCB

012641

012641
000054
000040

35¢:

INCB
BR

(R3)+,(R4).

NO$CHAR

NOSCHAR .1
204

000000

45%:

012642

;
012431

sMOVE CHARACTER

3I'€RE'ENT CHARACTER FLAG

s INCREMENT BIT DEFINED AND MOVED FLAG
3GO PROCESS NEXT CHAR

CHARACTER MOVE, ADVANCE POINTER TO PUT COMMA AFTER NAME

TST8
BEQ
MOVEe
MOV
INC
DEC
BNE

NOSCHAR .1
35¢
®,.(R4).
#40,(R4).
R3
RO
10¢

tWAS THE LAST BIT DEFINED
+IF LAST BIT NOT DEFINED, BRANCH
sPUT COMMA AFTER BIT NAME
1PUT SPACE AFTER COMMA
lPOINT TO NEXT CHARACTER IN DEFINITION
tDECREMENT LOOP COUNTER
+IF NOT DONE, GO PROCESS NEXT BIT

DEC
DEC
MOV
CLR
TST
BNE

R4
R4
#0,(R4)
RO
STATUS
S04

sPOINT BACK TO LAST COMMA AND SPACE

1PUT ZERO AS TERMINATOR IN BUFFER
1DEFAULT RETURN CODE = NOTHING PRINTED
1 SEE WHICH MACRO CALLED ROUTINE
1BRANCH IF S$BITS MACRO CALLED

BEQ

S0¢

+IF NOTHING THERE, DON'T PRINT IT

tNOW SET UP TO PRINT THE MESSAGE

404
:

012746

0132, ,RO
(R4).
RO

:BIT WAS SET, MOVE BIT NAME IF THERE

1089

1090 012334

MOV
CLRB
DEC

ROL
8CS

000054

[[

o (-]

1069 012262
1070 012266

122713
001425
122713

sPOINT R4 TO BUFFER

$BIT WAS NOT SET, FIND NEXT COMMA

1060

006101
103410

OMES24 R4

BNE

1053

001375

MOV

+ZERO OUT BUFFER
1%:

;

TST

PRINTB

MOV

NOS$CHAR

1SEE IF NOTHING PUT IN PRINT BUFFER

@MES1$,R2,STORES,OMES2$

OMES2$, -(SP)

!
l

1PRINT LINE

012170
012174
012200
012204
012210

BUILDS:

1045 012166

;

|W BUILD BIT NAME BUFFER

1039 012152
1040 012152

1041

RS = CONTAINS RETURN ADDRESS

CZFPB-A.0 CTRL BRIDGE LINK

MACRO M1200

09-JAN-84 12:25

PAGE 23-2
SEQ 0050

GLOBAL SUBROUTINES SECTION

012340
012344
012346
012352
012356

013746
010246
012746
012746
010600

012636

012362

062706

000012

012372
012374
012376
012400

012700
012604
012603
012602
000205

012431

1099 012402

045

116

012636
012640

000000
000000

012360

1091

1092 012366
1093 012366

1094
1095
1096
1097

1100
1101
1102
1103
1104

012431

012642

104414

000000

MOV
MOV
MOV
MOV
MOV

012402
000004

TRAP

STORES, -(SP)
R2, -(SP)
OMES1$, -(SP)
04, -(SP)
SP,RO

CSPNTB
012,SP

sRESTORE AND GO BACK

504 :

061

MES1$::

MES28::

MOV
MOV
MOV
MOV
RTS

OMES2$ ,RO
(SP)+,R4
(SP)+,.R3
(SP)+,R2
RS

.ASCIZ

/#N1sTsSA = #06%A; wTeN1/
132.
$SAVE ALL KINDS OF SPACE FOR MESSAGE LINE

.BLKB
.EVEN
STORES: .WORD
NOSCHAR: .WORD
STATUS: .WORD

O
O
O

tRETURN WITH RO POINTING TO BUFFER

sSTORES ORIGINAL BIT PATTERN
sFLAG IF CHARACTERS WERE MOVED TO BUFFER
:STORE WHICH MACRO CALLED

CZFPB-A.0 CTRL BRIDGE LINK

MACRO M1200

M4
09-JAN-84

12:25

PAGE

SEQ 0051

GLOBAL SUBROUTINES SECTION
1106 012644

STARS
110°0000000000000000000000000000000000000000000000000000000000000

1107
1108
1109
1110 012644

:
[

INTERRUPT SERVICE ROUTINE
B

STARS
1108888888404 482888888080040080880080080880000008088800000840080002

1111
1112
1113
1114
1115 012644

1116 012644
1117 012650

:GENERAL PURPOSE INTERRUPT ROUTINE TO INCREMENT A FLAG
b

005237

TRAPS

002450

TRAP4

INC

TRPFLG

;SET TRAP FLAG

sUNKNOWN ERR INTERRUPT OCCURRED, TELL OPERATOR
:

ERRINT: :

1122 012652
1123 012656
012656
012662
012666
012672
012676
012700
012702
1124 012706
012706
012710
012712
012716

011637

002454

013746
013746
012746
012746
010600
104417
062706

002454
002114
005566
000003

010146
010546
017701
004537

167230
012130

012726

121

111

116

005077
052777

167202
000100

167174

BGNSRV
MOV

ERRINT

(SP),VAL

PRINTF

OFORERR,LS$TEST,VAL

MOV
MOV

LS$TEST, -(SP)
#FORERR, -(SP)

TRAP

CSPNTF

ADD

000010

:SAVE RETURN ADDRESS FOR MESS.

SP,RO

010,SP

SETBITS QINT,INTBIT,S8QINT

MOV

JSR

R1,-(SP)

1 SAVE REGISTERS

SQINT,R1

:GET SQINT REGISTER TO READ
:SUBROUTINE TO OUTPUT VALUES

RS,BITSS

tRESTORE REGISTERS

CLR
8IS
L10024:

1128

BGNSRV

RTI

1118
1119
1120
1121 012652

1125 012740
1126 012744
1127 012752

: ;

ENDSRV

RTI

SQINT
OERRIE, SQINT

;CLEAR ENTIRE REGISTER
s INABLE ERR INTERRUPT

CZFPB-A.0 CTRL BRIDGE LINK

MACRO M1200

09-JAN-84

12:25

PAGE

N4
25

SEQ 0052

GLOBAL SUBROUTINES SECTION

1130 012754

STARS
1180882888000 208088000088088004800000000000800800808000800000000000

1131
1132
1133
1134
1135
1136
1137
1138
1139

:
:

MMINIT

FUNCTIONAL

DESCRIPTION-

SUBROUTINE TO INITIALIZE MEMORY MANAGEMENT REGISTERS

3 INPUTS3

; OUTPUT3

NONE

JSR

: CALLING SEQUENCE
-

1140
1141
1142

PC,.MMINIT

: TO ENABLE MEMORY MAPPING,

1143
1144

MOV

#8IT0,.MMRO

- -

STARS
11080888888 2888088808808080888008088880408088080880080000000000000

1145

1146

1147
1148 012754
1149 012756
1150 012760
1151 012762
1152 012766
1153 012772
1154 012776
1155 013002
1156 013004
1157 013010
1158 013012
1159 013014
1160 013020
1161 013026
1162 013030
1163 013032

MMINIT::

MOV
MOV

R1,-(SP)
R2,-(SP)

s SAVE REGISTERS

MOV
MOV
MOV
MOV

OKISDRO,R2
#7,.R3
#77406,(R2)
R1,40(R2)

;:GET DESCRIPTOR REGISTER ADDRESS
;00 7 REGISTERS

CLR

172300

18:

077406

TST

077406
177600

000040

(R2)+

ADD
DEC
BNE

9200,R1
R3
1

MOV

(SP)+,R1

MOV
MOV

RTS

#77406,(R2)
#177600,40(R2)

:SET 4K, R/W UP

:SET ADDRESS REGISTER
$SET TO NEXT REGISTER ADDRESS
?
;DONE
:IF NOT DONE
:1SET 170 PAGE

sRESTORE REGISTERS

' !
]

C2FPB A0 CTRL BRIDGE L Inx
GLOBAL

MACRO M1200

09 JUAN A4

10:25%

PAGE

e
SEQ 0053

SUBROUTINES SECTION

1165 013034

STARS
3000800000000 000000000000000000000000000000000000000000000000000

8MsSG
:
3 FUNCTIONAL DESCRIPTION-

[l
SUBROUTINE TO SIMALATE THE PNT CLAG IF SET
s INPUTS.
[l

F’SO o e'!}.u

: OUTPUT.
3
NONE, REGISTER RS AL TERED

3 CALLING SEQUENCE-

:o—u— PR

'o.

}4w44

)
b
s b

PC . BMSG

STARS
1300000000000 00000000000800000000000000000000000000000000000000000

BMSG:
:

032705
001412

001000

013746
012746

002114
013074

012746

MOV

RO,RS

104417

000207

108:
116

061

’2;:'5‘6::

CIRFLA

817
BEQ

O®PNT RS

MOV

LSTEST, -(SP)

PRINTF

062706

045

RFLAGS

TEaAP

104421

1185
1186
1187 01%074
1188

JSR

MOV
MOV
MOV
TRAP
ADO

RE TURN

@PNTMSG,LSTEST

OPNTMSG, -(SP)
02, -(SP)
SP,RO
COPNTF
%, 5P

ASCIZ /78NISATEST 8Z2@A/<26>

+ IS PNT FLAG SETY
sBRANCH IF NOT SET
:PRINT MESSAGE

1FROM SUBROUT INE
1PNT FLAG MESSAGE

{
CZFPB8 A0 CTRL BRIDGE LINK
GLOBAL

MACRO M1200

09 JUAN B4

1.:25

PAGE

o7
€0 0054

SUBROUTINES SECTION

1190 013116

STARS

1191
1192
1193
1194
1195
119
1197
1198
1199

'
[l

ENDERR

FUNCTIONAL DESCRIPTIONSUBROUTINE TO PRINT OUT CONTROL CODE 26 IF MESSAGE PRINTED

1 INPUTS'

: OUTPUT-

NONE

JSR

3 CALLING SEQUENCE
-

PC.ENDERR

'--

013116

013116
013116
013120
013120
013122
013124
013130
013132
013132
013136
013142
013144
013146
1211 013152
1212 013154
1213
1214 013156
1215
1216 013166
1217

STARS
ENDERR:
:

MOV

010446

RFLAGS

TRAP

104421
032704
001010
012746
012746

104417

000207

045

116

061

CIRFLA

RO,R4

BNE

104

OIER, R4

PRINTF

OFERR

TRAP

COPNTF

MOV
MOV
MOV

062706

MOV
BIT

013156
000001

R4, -(SP)

ADD

10¢:;

MOV

FERR::
.EVEN

_ASCIZ

RE TURN

ENDMOD

OFERR, -(SP)
e1,-(SP)
SP,RO
04,S5P

1SAVE R4
;READ FLAGS

s INHIBIT ERROR REPORTING FLAG SET?
$BRANCH IF YES
sPRINT TERMINATING CHARACTER

(SP).,R4

tRESTORE R4
1FROM SUBROUT INE

/#N1sSA/<26>

s TERMINATING FORMAT

CZFPB -A.0 CTRL BRIDGE L INK
GLOBAL

MACRO M1200

09 JAN-84

12:25

PAGE

D%
29

SEQ 0055

SUBROUTINES SECTION

.SBTTL

46 013170

BGNMOD

47
48
49

004737

013174
013174
013176

000167
000000

s+ THE REPORT CODING SECTION CONTAINS THE

50
51
52
53 013170
013170
013170

R283

AMA
LENABL
REPORT CODING SECTION

"PRINTS” CALLS THAT GENERATE

010656

;
LSRPT;

T
BGNRP

PC.DUMP
EXIT
LHORD
.WORD

RPT
Ut
L10025-2-.

.EVEN
013200
013200
013200

STATISTICAL REPORTS.

..-

104425

L10025:

ENDRPT

TRAP

CSRPT

sPRINT OUT REGISTER DUMP

CZFPB-A.0 CTRL BRIDGE LIN«

MACRO M1200

09 JUAN-84

12:25

E“

PAGE 30

SEQ 00%

PROTECTION TABLE

.SBTTL
|

PROTECTION TABLE

THIS

TABLE

IS USED BY

THE RUNTIME

TO PROTECT THE LOAD MEDIA,

SERVICES

'..

177777
177777
177777

BGNPROT

LSPROT:;

84
a&s
86
87
88
89
90
9 013202
013202
92
93 013202
@4 013204
95 013206
9%
97 013210
98

sOFFSET INTO P-TABLE FOR CSR ADDRESS
sOFFSET INTO P-TABLE FOR MASSBUS ADDRESS
sOFFSET INTO P-TABLE FOR DLIVE NUMBER

CZFPB -A.0 CTRL BRIDGE LINx
INITIALIZE

FS
MACRO M1200

.SBTTL

117
118
119
120

INITIALIZE SECTION

THE INITIALIZE SECTION CONTAINS THE CODING THAT IS PERFORMED

THE BEGINNING OF EACH PASS,

BGNINIT
LSINIT::
BRESET
INITO:
TRAP
CSRESET
CLR
SOMT1
SETPRI
#PRIOO

121

166746

MOV

®PRIOO,RO

TRAP

CS$SPRI

000036

MOV

OEF .CONTINUE
,RO

013546

8CC
JP

INITY
ENDI

MOV
TRAP

OEF .NEW,RO
CSREFG

8CC

READEF

@€EF .CONTINUVE

TRAP
CIREFG
BNCOMPLETE INIT1

125
126
127

PAGE

SEQ 0057

116

124

12:25

SECTION

113
114
115

122
123

09-JUAN-84

INIT1:

000035

002434

INIT2:

0024 34
003271

READEF

@EF NEW

003217
000002

139

108

s WAS THERE A CONTINUVE COMMAND
+IF NO, CONTINUE

1YES, SKIP INITIALIZATION
iNEW PASS OR SUB PASS?
+ IF NOT NEW PASS,

TST

BROGFLG

sHAS BRIDGE TYPE BEEN DETERMINED?

CLR
MOV

BRIDGETYPE
#QBUS ,R2

TRAP

CSROBUY

B8CS
MOV
MOV

108
®-1,BRIDGETYPE
#UBUS ,R2

MOV
MOV

OCONF IG, -(SP)
2,-(SP)

TRAP

CSPNTB

BNE
INC

READBUS

002432

sMAKE SURE QMT1 IS REALLY CLEAR
s INITIALIZE WITH CPI ZERO PRIORITY

BNCOMPLETE NEXT

INITS
BROGFLG

BCOMPLETE 109

177777
003277

+RESET BUS

PRINTB

MOV

ADD

@oCONFIG,R2

6 ,SP

SKIP SETUP

+IF NE YES

:1SET FLAG
sCLEAR BRIDGE TYPE FLAG (Q-BRIDGE)
;:LOAD BRIDGE TYPE PTR (Q-BRIDGE)

sDETERMINE BRIDGE TYPE

+IF COMPLETE THEN Q-BRIDGE
+SET BRIDGE TYPE FLAG (U-BRIDGE)
1LOAD BRIDGE TYPE PTR (U-BRIDGE)
1 IDENTIFY BRIDGE TYPE

CZFPB-A.0 CTRL BRIDGE LINK

MACRO M1200

09 JUAN-84

12:25

PAGE

GS
32

SEQ 0058

INITIALIZE SECTION
141
158
159
160
161
162

013332
013334
013342
013346
013354
013356
013356
013362
013364
163 013370
013370
164 013372

000240
012737
005237
023737
001525

166
167
168
169

013400
013404
013412
013420

013700
016037
016037
016037

171
172
173
174

013426
013432
013436
013442

013701
012702
012703
010122
062701
005303
001373

013700
104442
010037

194 013602

195 013610

002436
002012

INITS:
SETUP:

NOP
MOV

INC
cHP
BEQ

GPHARD

002436

MOV

002440

MOV

103364
013737

104431
010037
017737

192 013574
193

177777
002436
002436

TRAP

002074
002442

002142
000014

002502
167014

022737
100003

007577

002120

012737

007577

002120

012746
012746
013746
012746
104437
062706

000340
012652
002444
000003

052777

000010
000100

004737

012754

012746
012746
013746
012746
104437
062706
052777

000340
012652
002444
000003

012737
005737

000003
002432

000010
000100

166404

®-1,LOGUNIT

LOGUNIT
LOGUNIT,LSUNIT
ABORT
LOGUNIT,.PLOC

LOGUNIT
RO
PLOC

BNCOMPLETE NEXT
NEXT
8CC

1GO _IF MAXIMUM PASSED
:GET P-TABLE ADDRESS

+IF NOT AVAILABLE, GET NEXT UNIT

MOV
LOGUNIT,LSLUN
1STORE CURRENT LOGICAL UNIT IN HEADER
1GET ALL HARDWARE TABLE ENTRIES IN STORAGE
MOV
PLOC,RO
1PLACE HEADER POINTER IN RO
MOV
O(RO) ,BASEADD
1BASE ADDRESS OF BOARD
MOV
2(RO),VECTOR
s VECTOR ADDRESS OF BOARD
MOV
4(RO),BRLEVEL
1BR INTERRUPT LEVEL ON THE BOARD
sFILL IN BRIDGE INTERFACE REGISTER TABLE
MOV
BASEADD,R1
1GET BASE ADDRESS IN R1
MOV
#QCMD,R2
+POINT TO REGISTER TABLE ADDRESS
MOV
#12.,.R3
1® OF REGISTERS IN TABLE
10%:
MOV
R1,(R2).
1PLACE REGISTER ADDRESS IN TABLE
#2,.R1
ADD
sADJUST R1 TO NEXT REGISTER ADDRESS
DEC
R3
sARE WE DONE?
BNE
104
+IF NOT DONE, GO AGAIN
1GET FREE MEMORY ADDRESS AND SIZE
MEMORY
FREMEM
1GET MEMORY ADDRESS
TRAP
CSMEM
MOV
RO,FREMEM
MOV
SFREMEM,MEMSIZ
1GET FREE MEMORY SIZE
sCHECK MEMORY SIZE
ce
#7577, ,LIMIME
1COMPARE 128K TO MEMORY SIZE
B8PL
254
10K IF SIZE <= 128K
MOV
#7577, ,LIHIME
sRESET MEMORY SIZE TO 128K
1SET UP FOR UNEXPECTED INTERRUPTS
25¢:
SETVEC
VECTOR,®ERRINT,OPRIO7
1SET UP INTERRUPT VECTOR
MOV
MOV
MOV
MOV
TRAP
ADD
8IS

#PRIO7,-(SP)
®ERRINT, -(SP)
VECTOR, -(SP)
e3,-(SP)
CSSVEC
#10,5P
®ERRIE,IN SQINT

1ENABLE ERROR INTERRUPT

PC,MMINIT

1SET UP MM REGISTERS

VECTOR,®ERRINT,#PRIO7

1SET UP INTERRUPT VECTOR

®ERRIE, BQINT

1ENABLE ERROR INTERRUPT

#3,0EFALLT

+3 SECOND DEFAULT TIMEOUT FOR 11/23
1 TEST FOR Q-BRIDGE

1SET UP AND ENABLE MEMORY MANAGEMENT
ENDI:

002532

tHAVE WE PASSED MAXIMUM

CS$GPHRD

$SET UP FOR UNEXPECTED INTERRUPTS

166344

sINITIALIZE LOGICAL UNIT COUNITER
sPOINT TO NEXT LOGICAL UNIT

SETVEC

MOV
MOV
MOV
MOV
TRAP
ADO
8IS

#PRIO7, -(SP)
®ERRINT, -(SP)
VECTOR, -(SP)
3, -(SP)
CSSVEC
€10,SP

1SET UP DEFAULT TIMEOUT VALUE

MOV

TST

BRIDGETYPE

CZFPB-A.0 CTRL BRIDGE LINX

09-UAN-84

12:25

PAGE

32-1

SEQ 0059

SECTION

196 o13614
197 013616
198 013624
013624
013626
013630
013630

001403
012737

002532

104440

30¢
o5 ,DEFAULT

TRAP

CSEXIT

TRAP

CSOCLN

EXIT

104432

000004

BEQ
MOV

ABORT:

.WORD
DOCLN

INIT

L10027-.

+IF EQ THEN YES:
CONTINUE
+5 SEC DEFAULT TIMEOUT FOR 11/24

sTHAT'S ALL

TO INITIALIZE PASS

;D0 CLEANUP AND ABORT THE PASS

- —

INITIALIZE

MACRO M1200

ENDINIT

TRAP

CSINIT

104411

L10027:

013632
013632
013632

————————————
- S————

.EVEN

———

—|

CZFPB-A.0 CTRL BRIDGE LINX

MACRO M1200

09 -JUAN-84 12:25

PAGE

15
33

SEQ 0060

AUTODROP SECTION

242

.SBTTL

245

THIS CODE 15 EXECUTED IMMEDIATELY AFTER THE

247

SEE IF THEY WILL RESPOND.

AUTODROP SECTION

'00

246

s THE “ADR” FLAG WAS SET.

248
249

: DROPPED FROM TESTING.
8-~

252 013634

LSAUTO: :

250
251 013634

2222 013634

000240

261
262 013636

013636
013636

104461

THOSE THAT DON'T ARE IMMEDIATELY

BGNAUTO

NOP

L10030:

INITIALIZE CODE IF

THE UNIT(S) UNDER TEST ARE CHECKED TO

s NO ON-LINE SIGNAL PROVIDED TO USER FOR AUTODROP

ENDAUTO

TRAP

CsAUTO

0 CTRL BRIDGE LINX

MACRO M1200

09-JUAN-84

12:25

PAGE

J5
34

SEQ 0061

CODING SECTION
.SBTTL

CLEANUP CODING SECTION

s+ THE CLEANUP CODING SECTION CONTAINS THE CODING THAT IS PERFORMED

AFTER THE HARDWARE

TESTS HAVE BEEN PERFORMED.

'--

013640
013640

LSCLEAN: :

013640
013644
013650
013654
013656

013701
012702
012703
012122
077302

002142
002172
000014

013660
013666
013674

042777
042777
042777
042777

000100
000100
000100
000100

013710
013714

013700
104436

013702
013710

013716
013716
013716

104412

sSTART BY READING AND STORING THE REGISTER VALUES FOR DEBUG
MOV
QCMD,R1
sPOINT R1 TO Q@ COMMAND REGISTER
MOV
OVALUES ,R2
sPOINT R2 TO STORAGE AREA
MOV
#12.,R3
:1® OF REGISTER TO READ TO R3
10¢:
MOV
(R1)+,(R2)+
sREAD AND SAVE REGISTER
S08
R3,10¢
;SEE IF DONE, BRANCH IF NOT
sCLEAR INTERRUPT ENABLES IN ALL THE REGISTERS
8IC

#PRSIE ,8QCMD

MOV
TRAP

VECTOR,RO
CsCveC

TRAP

C$CLEAN

8IC
8IC
8IC
CLRVEC

L10031:

OACKIE,8QVNT
®ERRIE,SQINT
OROYIE, SQDMA
VECTOR

s:CLEAR INTERRUPT VECTOR

CZFPB-A.0 CTRL BRIDGE LINK

MACRO M1200

09-JUAN-84

12:25

PAGE

1<%
35

SEQ 0062

DROP UNIT SECTION

310

.SBTTL

314

+ THE DROP-UNIT SECTION CONTAINS THE CODING THAT CAUSES A DEVICE
+ TO NO LONGER BE TESTED.

311
312
313

315
316
317 013720
013720
318
319 013720
320
329
330 013722
013722
013724
331
343
344
345
346 013726
013726
013726

DROP UNIT SECTION

L$DV::
NOP
EXIY
. WORD
.WORD

000167

¢NO SPECIAL DROP UNIT CODING NEEDED
ov
JIJMP

.EVEN

104453

L10032:

ENDDV
TRAP

Csov

CZFPB-A.0 CTRL BRIDGE LINK

MACRO M1200

09-JUAN-84 12:25

PAGE

L5
36

SEQ 0063

ADD UNIT SECTION

348

.SBTTL

350

ADD UNIT SECTION

'00

351

353

352

THE ADD-UNIT SECTION CONTAINS ANY CODE

§=°

354

35S
356 013730

— 013730

TO THE TEST CYCLE.

LS$AU: :

ggg 013730

000240

NOP

368
369 013732
013732
— 013734

000167
000000

EXIT
.HMORD
.WORD

382

383

- 013736

387 013740
388

sNO SPECIAL ADD UNIT CODING NEEDED
AV
JsUMP
L10033-2-.

.EVEN

384
385 013736

013736

THE PROGRAMMER WISHES

TO BE EXECUTED IN CONJUNCTION WITH THE ADDING OF A UNIT BACK

104452

L10033:;

ENDAV

TRAP
ENDMOD

CsAav

CZFPB-A.0 CTRL BRIDGE LINK
MAINLINE

1
e
14

MACRO M1200

09-JUAN-94

12:25

PAGE

MS
38

SEQ 0064

TEST CONTROL

.SBTTL MAINLINE TEST CONTROL
.ENABL AMA
.DSABL GBL

CZFPB-A.0 CTRL BRIDGE LINK

MACRO M1200

09-JAN-84

12:25

PAGE

N5
39

SEQ 0065

MAINLINE TEST CONTROL

52 013740
53
©4
55
56
57
58
59
60 013740
013740

BGNMOD
110080808048 04080400000000000008400800000000000000000000000000000000000080000048
e

’

MAINLINE TEST CONTROL MODULE

:;;oooooo‘ooo‘oooooooo‘ooooo‘ooooooo.ooooooo.ooooooo‘o‘oooooo.ooooooooo.oo
Ti::

013740

BGNTST

SYART:

l FIRST TEST QINT CMDPRS AND LOOP UNTIL SET
013740
013740
013742
013750

2s%:

104422
032777
001773

166176

BREAK
TRAP

BIT
BEQ

C$BRK

OCMDPRS , 8QINT
24

s ALLOW CONTROL C
s
s

IS CMDPRS SET
IF NOT, TRY AGAIN

3 GET FUNCTION NUMBER AND SET READY TO SEND BACK
013752
013756
013762
013764
013770
013772

017701
042701

166164
177701

8QCMD,R1

ASR
MOV
SHAB
MOV

R1
R1, TNUM
R1
R1,8QCMD

BIC

002460
010177

MOV

166144

177701 .R1

s+ READ QCMD
s GET RID OF UNMWANTED BITS
: PUT IN PROPER PLACE

s+ STORE ORIGINAL VALUE
s TEST NUMBER TO ECHO BACK
s PUT PATTERN BACK IN QCMD

3 CALCULATE TEST NUMBER AND GO DO IT AS A SUBROUTINE

013776

013701
005237

002460
002460
002460

MOV
INC
cMP

031506

cMP
BEQ

GET TEST NUMBER BACK IN R1
+ INCREMENT TNUM TO REAL TEST NUMBER
s+ TEST & TOO LARGE
IAD
+ BRANCH IF TOO LARGE
¢+ MULTIPLY BY 2 TO GET WORD VALUE
OCWERSAYIW.OTESYS(RI) B IS IT CONVERSATION TEST
S¢
F CONVERSION TEST, SKIP CMDACK SET

JSR

PC,BTESTS(RL)

000001

8GY

ASL

166104

SO:

8IS

TNUM,R1
TNUM
TNUM,NUMSTST

#CMDACK, 8QCMD

TELL UBRIDGE WHAT WAS SENT

3+ GO EXECUTE TEST AS SUBROUTINE

mm RETURNS HERE AFTER TEST IS COMPLETE
R1 RETURNS A CODE AS FOLLOWS:
IF R1 = ABORT, SKIP EVENT HANDSHAKE
R1 = ANYTHING ELSE, NUMBER OF SECONDS FOR THE TIME OUT

014066
014070
014074
014100
014106
014110

012737
020127
001731
052777
005701
001002
013701
012702
032777
001314

000001
013630

002114

MOV

#1,LSTEST

166060

8IS

OVNTPRS , 8QVNT

BNE
MOV
MOV

104
DEFAULT,R1
OTIMOUT,R2

166040

TST

10¢:

304:

BIT

QVNTACK, BQINT
START

RESTORE REAL DRS TEST NUMBER

ABORT RETURNED FROM TEST?
IF ABORT, SKIP EVENT HANDSHAKE

SET VNTPRS, EVENT COMPLETE

CHECK TO SEE IF ZERO (DEFAWLT)

IF NOT ZERO, BRANCH

DEFAULT VALUE FOR TIMEOUT
SET UP FOR TIME OUT
IS EVENT ACKNOWLEDGE SET
IF SET, GO BACK TO START
ALLOW CONTROL C

CZFPB A.0 CTRL BRIDGE L INx
MATMLINE

MACRO M1200

09 JUAN B4 10:2%

PAGE

%39 1)
SEQ 0064

TEST CONTROL

014110
014112
Ol14114
Ol411e
014120

TRAP

104422

DeC

BNE 308

DEC
RS

CIBRx

; DECREMENT SECOND COUNT
3 GO WAIT ANOTHER SECOND

VNTACT

TIME OuT

ERRMRD
TRAP
LMORD
LMORD
.MORD

1, ,.ERRO
CSERMRD
1
O

;

B8R

£NDF RR
START

+ GO PRINT OUT ENDING TERMINATOR

#BADMSG

CALL

013116

s IF NOT TIME OUT, TRY AGAIN

R
108

CONDITION,
014122
012122
014124
014126
0.413%0
014132
01413¢
014140
014140
014144
014150
014152
014154
118 014160
014164
014164
014166
120 014170
121
122 014216
014216
o14216

s DECREMENT TIME OUT COUNTER

PRINTB

ERRO

014170
000001

MOV
MOV
MOV

®BADMSG,
- (SP)
01,-(SP)
SP RO

000004
013116

ADD
CALL

o4, 5P
F NDE RR

TRAP

CSETSY

116

TRAP

061

L10034;

ExIT
TRAP
LMORD
LASCIZ
.EVEN
ENDTST

TELL OPERATOR VNTACT

s GO TO START ANYWAY

TIME OUT

TELL OPERATOR TOO LARGE

TEST NUMBER

CsPNTB

T3
CSEXITY
L10034-,
/#NI1SATEST @ 100 LARGE/

+ GO PRINT OUT ENDING TERMINATOR

CZFPB A0 CTRL BRIDGE L INx
TEST

CMD PRS

MACRO M1200

10:25

PAGE

SEQ 0%

CMD ACx

LSBTTL

125
12¢
127

TEST

CMD PRS

CMD ACK

s TEST DESCRIPTION-

s+ CHECXS CMD PRS - CMD ACx
s TEST STEPS-

28
129

130
131
152
133
134
135
136
137
138 014220

014220
014220
014226
139 O14232
140 014236

09 JUAN A4

THIS TEST IS DONE IN THE INITIAL MANDSHAKE BEFORE
THIS ROUTINE IS JUST A DUMMY,

THE

TESTS ARE EXECUTED.

:|oooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooo
012737
004737
012701
000207

000001
013034
013630

002114

TESTL::

STATST

CALL
MOV
RTS

®1,LSTESTY

sTEST NUMBER FOR ERROR MESSAGES

s RETURN TO MAINL INE

BMSG
®ABORT ,R1

;CHECK FOR PNT FLAG
s FORCE ABORT

CZFPB A.0 CTRL BRIDGE L INX
TEST 2:

MACRO M1200

09 UAN 84

12:25

PAGE

D,
4]

SEQ 0068

COMMAND REGISTER

142
1483

LSBTTL

144
145
146
147
148
149

TEST 2: COMMAND REGISTER

+TEST DESCRIPTIONs CHECXS CMOPRS - CMDACK
s CHECKS ALL REGISTER DATA BITS
1 TEST STEPS-

' V
1 O
: 3

150
151

152

012737
004737
012737
0050387
013701
161 014274
162 014300
014300
163 014302
164 014310
165 014312
166 014314
167 014316
168 014320
169
170
171
172 014322
173 014326
014326
014330
014332
014334
014336
014342
014346

012702

000002
013034

002474

002114

TEST2::

002456

sS4
108:

002474

12¢:

104422
032777
001017
005302
001371
005301

001365
§

REPEAT FOR ALL BITS

STATST

MOV
CALL
MOV
CLR
MOV
MOV

02,LITEST
02.ExP
COUNTER
DEFAWLT,R1
COUNTER
oTIMOUT ,R2

TRAP

CHBRX

BREAX

8IT
BNE
DEC
BNE
DEC
BNE

165636

CMD QIO WITH MOVING BIT IN CMD REGISTER
CHECK BITS AND RETURN THEM IN BITS 8-15
SET CMDACK

BMSG

#CMOPRS , BQINT
208
R2
124
R1
10

s ALLOM CONTROL C

+ COMMAND PRESENT?
+ IF COMMAND PRESENT, BRANCH
s+ DECREMENT TIMEOUT REGISTER
s IF NOT IN TIMEOUT, TRY AGAIN
+ DECREMENT SECOND TIMER
s IF NOT TIMEOUT, TRY AGAIN

TIMEOUT ERROR CONDITION

012701

MOV

®0,R1

104456

TRAP

CSERMRD

006316
012701
004737
000451

sTEST MUMBER FOR ERROR MESSAGES
sCHECK FOR PNT FLAG
s EXPECTED INITIAL PATTERN TO EXP
s CLEAR LOOP COUNTER
+ MMBER OF SECOMDS TO TIMEOUT
s INCREMENT LOOP
s TIME OUT VALUE TO R2

ERRHRD

LMORD

MOV
CALL
BR

®ABORT ,R1
ENDERR
100¢

{MORD
MORD

013630
013116

2, ,.ERR1

O
ERR1

s REGISTER NUMBER TO R1
s+

TELL OPERATOR TIMEOUT

+ ABORT CODE TO R1
s+ GO PRINT QUT ENDING TERMINATOR
s+ ABORT TEST

END TIMEOUT ERROR CONDITION
READ QCMD BITS 1-5 FOR BIT PATTERN AND CHECK

014350
014350
014356
014364
014372

017737
042737
023737
001410

165566

002434

002454

002456

177701

204

MOV
8IC

cp
BEQ

8QCMD, VAL
177701 ,VAL

VAL ,EXP
30¢

1+ READ COMMAND REGISTER
1 CLEAR OUT UNMANTED BITS

s+ COMPARE EXPECTED WITH VALUE
1 BRANCH IF Ox

3+ ERROR CONDITION, DATA NOT WHAT EXPECTED

014374

012701

MOV

®0,R1

1+ REGISTER NUMBER TO R1

CZFPB A.0 CTRL BRIDGE L INX

MACRO M1200

09 JAN-84

12:25

te
PAGE

SEQ 0069

TEST 2: COMMAND REGISTER
M 014400
014400

014402
014404
014406
014410

104456
000003
006012
006652
004737

ERRMRD

TRAP
. WORD
LWORD
.MORD

0135116

CALL

3. ,MSG2,.ERR3

CSERMRD
3

MSG2
ERR3

ENDERR

TELL OPERATOR DATA ERROR

GO PRINT OQUT ENDING TERMINATOR

1 END ERROR CONDITION
H

s ECHO PATTERN BACK TO MASTER
014414
014414
014420
014422
014424

014432
014434
014436
014442
014446

013702
010204
012703
005303
001375
050402
010277
052777

500:

002456

ATR

000005

165474

000001

MOV

40%;

SWAB
MOV
MOV
ASL
DEC
BNE
8IS

MOV

165466

8IS

EXP.R2

SET UP TO OUTPUT EXPECTED VALUE
g‘! OVER 1 BIT

R2
R2.R4
o5,R3

2R3
408

R4 ,R2

R2,80CMD

. 8QCMD

SEND TO QCMD
TELL MASTER WHAT WAS

+ CHECK FOR END OF TEST, IF NOT END, NEW EXPECTED PATTERN
014454
014454
014460
014466

006337
032737
001676

002456

000100

S04
:
002456

ASL

EXP

BEQ

BIT

MBIT06,.EXP

SHIFT EXPECTED PATTERN LEFT
ALREADY IN LAST POSITION?
GO TRY WITH NEXT PATTERN

3 EXIT TEST ROUTINE
0144790
014472
014472

904

100¢;

CLR

TEST END NORMALLY FLAG

RTS

EXIT TEST TO MAINLINE

CZFPB-A.0 CTRL BRIDGE LINK
TEST

MACRO M1200

09 JUAN-84

12:25

PAGE

SEQ 0070

EVENT REGISTER

.SBTTL

TEST 3: EVENT REGISTER

110000000000 00080008000000000000000000000000000000000000000000000000800000000
LA

:TESY DESCRIPTION-

s+ CHECKS VNT PRS - VUNT ACK
s CHECKS ALL REGISTER DATA BITS
'

s TEST STEPSv
Q
Q
v

VNT QIO WITH MOVING BIT IN VNT REGISTER
SET BITS 8-15 AND VNT PRS
CHECK BITS
CHECK BITS 8-15 IN I0SB

s+ REPEAT FOR ALL BITS
'..

1100080000000 0000000000000000000000000000080000000008080008000000000000000

240 014474
014474
014474
014502
241 014506
242 014512

012737
004737
005037
012737

000003
013034
002474

000002

002114

TESTS::

002456

STATST

MOV
CALL
CLR
MOV

O3 ,LSTEST
BMSG

COUNTER
02,ExP

s TEST NUMBER FOR ERROR MESSAGES
sCHECK FOR PNT FLAG
CLEAR LOOP COUNTER
INITIAL PATTERN TO EXP

s FIRSTY SEND PATTERN TO MASTER
246 014520
247 014520
248 014524
249 014526
250 014530
251 014532
252 014536
253 014540
254 014542
255 014544
256 014546
257 014552
258
259
260
261 014560
262 014564
263 014570
264 014574
014574
265 014576
266 014604
267 014606
268 014610
269 014612
270 014614
271
272
273
274 014616
275 014622
014622

10¢:

002456

ASR

208

165372
00000

MOV

SWAB
MOV
MOV

R2
R2,R4
o5 ,R3

DEC
BNE

R
20¢

ASL

BIS

MOV

165364

EXP,R2

8IS

R4 ,R2

MOVE BIT LEFT
DECREMENT COUNTER
BRANCH BACK IF NOT DONE
SET LOW BIT BACKX ON

QVNTPRS
, BQVNT

TELL MASTER WHAT WAS

Re, SQVNT

: NOW WAIT FOR EVENT ACKNOWLEDGED
'
INC
COUNTER
30¢:

404

165342

MOV
MOV

DEFAULT,R1
OTIMOUT R2

TRAP
BIT

CIBRK
OVNTACK
, BQINT

DEC
BNE
DEC
BNE

R
40
31
30¢

BREAK

BNE

SET UP TO OUTPUT RECEIVED VALUE
MOVE OVER 1 BIT
GET INTO MIGH BYTE
STORE THIS VALUE
LOOP S TIMES TO EXERCISE MI BITS

S0¢

SEND TO QVNT

INCREMENT LOOP COUNTER

NUMBER OF SECONDS TO TIME OUT
TIME OUT VALUE TO R2

ALLOW CONTROL C

EVENT PRESENT?
IF EVENT PRESENT,

BRANCH

DECREMENT TIMEOUT REGISTER

IF NOT IN TIMEOUT, TRY AGAIN
DECREMENT SECOND TIMER
IF NOT TIMEOUT, AGAIN

s TIMEOUT ERROR CONDITION
'

MOV

ERRHRD

THAP

#1,.R1

4., .ERR1

CSERMRD

(¢,
O CTRL BRIDGE LINx

MACRO M1200

09-UAN-84

12:25

PAGE

42-1

SEQ 0071

EVENT REGISTER
014624
014626
014630
014632
014636
014642

000004
000000
006316
012701
004737
000431

.WMORD
.MORD
.WORD

MOV
CALL
BR

013630
013116

4
O
ERR1

OABORT ,R1
ENDERR
100¢

s+ ABORT CODE TO R1
+ GO PRINT QUT ENDING TERMINATOR
+ ABORT TEST

+ END TIMEOUT ERROR CONDITION
i

+ READ QVNT BITS 1-5 FOR BIT PATTERN AND CHECK
014644
014644
014652
014660
014666

017737
042737
023737
001410

165274
177701

002454

002454
002454

S08:

002456

MOV
B8IC
cHp
BEQ

SQVNT, VAL
177701, VAL
VAL ,EXP
604

s
3+
s+
3+

READ QUNT
CLEAR OUT UNMWANTED BITS
COMPARE EXPECTED WITH VALUE
BRANCH IF Ox

s ERROR CONDITION, DATA NOT WHAT EXPECTED

§ESRIRELSEYILRYE

014670
014674
014674
014676
014700
014702
014704

014710
014710
014714
014722

014724
014726
014726

012701

MOV

1,.R1

TRAP

CS$ERHRD

ERRHRD

.MORD
.MORD
.WORD

CALL

013116

S.,MSG3,.ERR3

S
MSG3
ERR3

ENDERR

3 REGISTER NUMBER TO R1
s

TELL OPERATOR DATA ERROR

s+ GO PRINT OUT ENDING TERMINATOR

END ERROR CONDITION

CHECK FOR END OF TEST,
006337
032737
001676

002456
000100

60¢:

ASL

BIT
BEQ

002456

EXP

IF NOT END, NEW EXPECTED PATTERN

#B1IT06,ExP
10¢

3 SHIFT EXPECTED PATTERN LEFT

3+ ALREADY IN LAST POSITION?
3 GO TRY WITH NEXT PATTERN

3 EXIT TEST ROUTINE
3

904 :

100¢:

CLR

s TEST END NORMALLY FLAG

RTS

s+ EXIT TEST TO MAINLINE

e,
CZFPB-A.0 CTRL BRIDGE LINx
TEST 4:

MACRO M1200

09-JAN-84

12:25

PAGE

SEQ 0072

VIEW REGISTER READ

3511

.SBTTL

3512

TEST 4:

VIEW REGISTER READ

11000000000000000000000000000000000000000000000000000000000000000000000000

3515
314

s TEST DESCRIPTION-

315
316
317
318
319

WRITES DATA TO VIEW REGISTER

s+ READS DATA FROM VIEW REGISTER
'

s TEST STEPSs V
LOAD ADDRESS VALUES IN VIEW BUFFER
s VU
CMD QIO USING VIEW REGISTER BUFFER
: @
READ ALL VIEW REGISTER LOCATIONS AND CHECK
: O
LOAD ADDRESS VALUES IN VIEW REGISTER
s VU
VNT QIO USING VIEW REGISTER BUFFER
: O
SET UNT PRS
s V
CHECK VIEW REGISTER BUFFER
'..

110000000000000000000000000000000000000000000000000000000000000000000080800808

014730
014730
014730
014736
014742
014746
014752
014752

TESTA::

84:

108

014754
014762
014764
014766
014770
014772

165164

STATST

MOV
CALL
MOV
MOV

o4 ,LSTEST
BMSG

;TEST NUMBER FOR ERROR MESSAGES
;CHECK FOR PNT FLAG

TRAP
8IT
BNE
DEC

C$8RK
OCMDPRS , SQINT
204
Re

BREAK

BNE
DEC
BN

DEFAUWLT,R1
OTIMOUT ,R2

104
Rl
8¢

s SECONDS OF TIME OUT
s TIME OUT VALUE TO R2

COMMAND PRESENT?
IF COMMAND PRESENT + BRANCH

: DECREMENT TIMEOUT REGISTER
: IF NOT IN TIMEOUT, TRY AGAIN
i DECREMENT SECOND TIMER
: IF NOT TIMEOUT, AGAIN

i TIMEOUT ERROR CONDITION

014774

013630
013116
q

MOV

ERRMRD
TRAP
.MORD
WORD
"WORD
MOV~
CALL

B8R

#0.R1

6. . ,ERR2
CHERHRD
€
O
ERR2
ABORT,R1
ENDERR

1004

: REGISTER @ TO R1
|

TELL OPERATOR TIMEOUT®

: ABORT CODE TO R1
i GO PRINT OUT ENDING TERMINATOR

i ABORT TEST

: END TIMEOUT ERROR CONDITION
H

015022

208
i

i SET UP TO READ VIEM RAM
015022
015030
015036
015042

052777
012777
013701
012702

165120

165130

BIS

MOV
MOV
MOV

@QVREN,SQCTL

€0, 8QVAD
FREMEM,R1
#2000,R2

READ ENABLE

SET READ RAM INITIAL ADD.
START OF BUFFER TO R1
LOOP COUNTER TO R2

: READ 1K VIEW RAM, PLACE CONTENTS IN BUFFER

TO ZERO

16
CZFPB-A.0 CTRL BRIDGE LINX
TEST 4:

MACRO M1200

09-JUAN-84

12:25

PAGE 43-1

SEQ 0073

VIEW REGISTER READ

361 015046
015046
015052
015054

017721
005302
001374

30%:;

165116

MOV
DEC
BNE

8QVDA,(R1).
R2
304

READ AND PLACE IN BUFFER
DECREMENT LOOP COUNTER
IF NOT DONE, AGAIN

]

:+ DONE READING RAM, NOW SET UP TO CHECK IT

015056
015062
015070
015074

[

005037
012737
013701
012737

CLR
MOV
MOV
MOV

002456
002456

ERROR1
90,EXP
FREMEM,R1
#0,.EXP

INITIAL ERROR COUNT
INITIAL EXPECTED DATA VALUE
START OF BUFFER TO R1
LOOP COUNTER AND ADDRESS VALUE

s NOW CHECK THE VALUES

015102
015102
015106
015114

40%:

012137
023737
001434

002454

MOV
cwe
FEQ

(R1)+,VAL
EXP,VAL
604

MOVE READ VALUE TO VAL

COMPARE EXPECTED WITH VALUE
BRANCH IF 0K

s ERROR CONDITION, BAD RAM VALUE
015116
015122
015130
015132
015132
015134
015136
015140
015142
015150
015152
015152
015156
015162
015166
015172
015176
015200
015202

005237
022737
001004

INC
cHP

002462

BNE

ERROR1
#1 ,ERROR1
SOs

TRAP
. WORD

CS$ERHRD
7

ERRHRD

104456
000007
006130
007012
022737
100416

.WMORD

002462

5S0$:

.MORD

cHp

IF NOT FIRST ERROR, BRANCH PRINT HEADER

PRINT ERROR HEADER ONLY

MSGA

ERR4

. ,ERROR1

BMI

608

MOV
MOV
MOV
MOV
MOV
MOV
TRAP
ADD

EXP,-(SP)
VAL, -(SP)
EXP, -(SP)
OFORS, -(SP)
o4,-(SP)
SP,RO
CHPNTX
12,5P

PRINTX

013746
013746
013746
012746
012746
010600
104415
062706

7.,MSGA,.ERR4

INCREMENT ERROR COUNTER
IS IT THE FIRST ERROR?

&FORS,EXP,VAL
,EXP

SEE IF TOO MANY ERRORS TO PRINT
BRANCH IF TOO MANY ERRORS TO PRINT

PRINT DATA MESSAGE

3 END ERROR CONDITION
015206
015206
015212
015220

005237
023727
001330

002456
002456

604

002000

INC
cp
BNE

EXP
EXP, #2000
404

INCREMENT ADDRESS VALUE AND LOOP COUNTER
IS IT DONE YET
IF NOT DONE, GO CHECK NEXT VALUE

: TEST DONE, PRINT FINAL ERROR TOTALS IF ANY
015222
015226

005737
001414

015230

BEQ
;

ERROR1

704

ANY ERRORS

BRANCH IF NO ERRORS

PRINT FINAL ERROR TOTALS

PRINTB

#FOR6,ERROR1

PRINT @ OF ERRORS

CZFPB-A.0 CTRL BRIDGE LINK
TEST 4:

MACRO M1200

O09-JUAN-84 12:25

PAGE 43-2

0074

VIEW REGISTER READ

015230
015234
015240
015244

015246
015250

:g 015254

013746
012746
012746
010600

104414
062706
004737

002462
003622
000002

MOV
MOV
MOV
MOV

TRAP
ADD
CALL

000006
013116

410 015266
411 015272
412 015272

CSPNTB
6,SP

ENDERR

s+ GO PRINT OUT ENDING TERMINATOR

:gz
409 015260

ERROR1, -(SP)
OFOR6, -(SP)
02, -(SP)
SP,RO

s+ SET QCMD CMDACK TO COMPLETE HANDSHAKE

0S2777
012701

000207

000001

000005

164654

70%:
100¢:

BIS

OCMDACK, 3QCMD

SET CMDACK

RTS

EXIT

MOV

5..R1

TEST END NORMALLY WITH S SEC DELAY
TEST

TO MAINLINE

CZFPB-A.0 CTRL BRIDGE LINK
TEST S:

MACRO M1200

09-JUAN-84

12:25

I<6

PAGE 44

SEQ 0075

VIEW REGISTER WRITE

414
415
416
417
418
419
420
421
422
423
4.4
425
426
427
428
429 015274

015274
015274
015302

.SBTTL

TEST S:

VIEW REGISTER WRITE

1108808880048 080480000080080008800000080000000800000008008000000088080000000000
goe

s TEST DESCRIPTION-

s+ WRITES DATA TO VIEW REGISTER
i

. TSST STEPS'

: @
i V
: @
i

CMD QIO USING VIEW REGISTER BUFFER

LOAD ADDRESS VALUES IN VIEW REGISTER
VNT QIO USING VIEW REGISTER BUFFER
SET VNT PRS
CHECK VIEW REGISTER BUFFER

1108088888800 00000088000008000080080880808000888000000000000880080000000000008

012737
004737

000005
013034

002114

TESTS::

STATST

MOV
CALL

#5,LS$TEST
BMSG

s TEST NUMBER FOR ERROR MESSAGES
+CHECK FOR PNT FLAG

s+ SET UP TO WRITE TO RAM ON VAX SIDE
015306
015314
015322

042777
012777
012701

164634
164644

;

8IC
MOV
MOV

#QVREN, 8QCTL
#0,8QVAD
®0,R1

1+ CLEAR READ ENABLE
i+ STARTING ADDRESS
+ STARTING VALUE TO WRITE

: WRITE TO U-RAM
015326
015332
015334
015340

;

10¢:

010177
005201
022701
001372

MOV
INC

R1,8QVDA
R1

+ WRITE TO RAM
+ INCREMENT VALUE

BNE

104

s+ IF NOT DONE, BRANCH

cHe

#2000,R1

:+ IS IT DONE YET?

s+ TELL VAX RAM DATA WAS WRITTEN
052777
013701
012702
032777
001020

164574

164560

15¢:
20¢:

8IS
MOV
MOV
8IT
BNE

SVNTPRS , 8QVNT
DEFAULT,R1
#TIMOUT ,R2
OVNTACK , BQINT
304

s
+
s+
s
s+

SET EVENT PRESENT
NUMBER OF SECONDS TO TIMEOUT
TIME OUT VALUE TO R2
EVENT ACKNOWLEDGE?
IF COMMAND PRESENT, BRANCH

TRAP
DEC
BNE
DEC
BNE

C$BRK
R2
204
R1
15¢

+
¢
+
+

DECREMENT TIMEOUT REGISTER
IF NOT IN TIMEOUT, TRY AGAIN
DECREMENT SECOND COUNTER
IF NOT DONE, AGAIN

BREAK

104422

s+ TIMEOUT ERROR CONDITION
i

MOV

8.,.ERR2

.MORD
.WORD
.MORD

&
O
ERR2

TRAP

013630
013116

o1,R1

ERRHRD

MOV
CALL

CS$ERHRD

@ABORT ,R1
ENDERR

+ REGISTER ¢ TO R1
+

TELL OPERATOR TIMEOUT

+ ABORT CODE TO R1
+ GO PRINT OUT ENDING TERMINATOR

CZFPB-A.0 CTRL BRIDGE LINK
TEST S:

MACRO M1200

09-JUAN-84 12:25

PAGE 44-1

%26 607

VIEW REGISTER WRITE

::‘3 015426

000402

“462

“4“? 015430 012701 000005

30%:

469 015434

470 015434

000207

100%

s+ ABORT TEST

END TIMEOUT ERROR CONDITION

100%:

MOV

05. .,R1

s+ TEST END NORMALLY FLAG FOR S SECS

RTS

EXIT

TEST

TO MAINLINE

CZFPB-A.0 CTRL BRIDGE I.INX
TEST 6:

MACRO M1200

09-JAN-84

12:25

PAGE 45

SEQ 0077

VIEW REGISTER COMPLIMENTED READ

472
473

.SBTTL

TEST 6:

VIEW REGISTER COMPLIMENTED READ

110088088408 088000008000000000000008800008000000004000000800008000008000080

474
475

goe

s TEST DESCRIPTION-

476
477
478
479

s READS DATA FROM VIEW REGISTER

ITSST STEPS 3
s
:
:
s

V
@
@
VU

LOAD COMPLIMENTED ADDRESS VALUES IN VIEW BUFFER
CMD QIO USING VIEW REGISTER BUFFER
READ ALL VIEW REGISTER LOCATIONS AND CHECK
SET VNT PRS
CHECK VIEW REGISTER BUFFER

'--

1106080000800 4000008000000000000000000800800000000000008080000000000808004848

015436

012737

000006

002114

TEST6::

Ss:
10%:

STATST

MOV
CALL
MOV
MOV
BIT
BNE

6,LS$TEST
BMSG
DEFAULT,R1
OTIMOUT ,R2
OCMDPRS , SQINT
204

sTEST NUMBER FOR ERROR MESSAGES
1CHECK FOR PNT FLAG
: NUMBER OF SECONDS TO TIME OUT
s+ TIME OUT VALUE TO R2
s COMMAND PRESENT?
s+ IF COMMAND PRESENT, BRANCH

TRAP
DEC
BNE
DEC
BNE

C$BRK
Re
10s
R1
-1

s+
s
3+
3

BREAK

DECREMENT TIMEOUT REGISTER
IF NOT IN TIMEOUT, TRY AGAIN
DECREMENT SECOND TIMER
IF NOT DONE, AGAIN

3 TIMEOUT ERROR CONDITION
500 015502

502
503
S04
505
506
507
508
309
510
S11

512
513
514
515
516
517
518
519
520

012701

015506
015510

104456
000011
000000

015516
015522
015526

012701
004737
000525

000000

MOV

9., .ERR2

LWMORD
.WORD
.WORD

9
O
ERR2

TRAP

MOV
CALL
BR

013630
013116

0 ,R1

ERRHRD

CS$ERHRD

®ABORT ,R1
ENDERR
100¢

3+ REGISTER @ TO R}
s

TELL OPERATOR TIMEOUT

s+ ABORT CODE TO R1
3+ GO PRINT OUT ENDING TERMINATOR
s+ ABORT TEST

s END TIMEOUT ERROR CONDITION
fl

3 SET UP TO READ VIEW RAM
015530
015530

015536
015544
015550

052777
012777
013701
012702

000020
000000
002502
002000

164412
164422

208
:

BIS
MOV
MOV
MOV

®QVREN,8QCTL
#0,8QVAD
FREMEM,R1
#2000,R2

3+
3
3+
s

READ ENABLE
SET READ RAM INITIAL ADD. TO ZERO
START OF BUFFER TO R1
LOOP COUNTER TO R2

3+ READ 1K VIEW RAM, PLACE CONTENTS IN BUFFER

015554
015554
015560

017721
005302

164410

30%:

MOV
DEC

8QVDA,(R1)+
R2

:+ READ AND PLACE IN BUFFER
+ DECREMENT LOOP COUNTER

CZFPB-A.0 CTRL BRIDGE LINK
TEST 6:

MACRO M1200

12:25

PAGE 45-1

SEQ 0078

VIEW REGISTER COMPLIMENTED READ

521 015562
522

001374
:

523
525
526
527
528
529

09-JAN-84

BNE

30¢

+ IF NOT DONE, AGAIN

+ DONE READING RAM, NOW SET UP TO CHECK IT
015564
015570
015574
015600
015604

005037
013701
012702
010237
005137

CLR

MOV

MOV
MOV
coM

002456
002456

ERROR1

FREMEM,R1

#0,R2
R2,EXP
EXP

'
3

INITIAL ERROR COUNT
START OF BUFFER TO R1

3 LOOP COUNTER
s MOVE VALUE TO EXPECTED STORAGE
3 COMPLIMENT EXPECTED

; NOW CHECK THE VALUES

533
534
535
536

015610
015610
015614
015622

012137
023737
001433

002454
002456

40%:

002454

MOV
cMP
BEQ

(R1)+,VAL
EXP,VAL
60

: MOVE READ VALUE TO VAL
: COMPARE EXPECTED WITH VALUE
i+ BRANCH IF 0K

+ ERROR CONDITION, BAD RAM VALUE
540 015624

005237
022737
001004

INC
cHP

104456

TRAP

CS$ERHRD

cHP
BMI

9. ,ERROR1
604

000012
006130
007012
022737
100415
013746
013746
010246
012746
012746
010600
104415
062706

ERRHRD

000011

S50¢:

.MORD
.WORD
.WORD

zsNTX

002456
002454

ERROR1
#1,ERROR1

INCREMENT ERROR COUNTER
IS IT THE FIRST ERROR?
IF NOT FIRST ERROR, BRANCH PRINT HEADER

S0¢
10.,MSG4,ERR4

10
MSGA
ERR4

:x;flS.MSVAL.EXP

PRINT ERROR HEADER ONLY

s+ SEE IF TOO MANY ERRORS TO PRINT
:+ BRANCH IF TOO MANY ERRORS TO PRINT
s+ PRINT DATA MESSAGE

003574
000004
000012
§

s+ END ERROR CONDITION

550 015712
551 015712
552 015714
553 015720
554 015724
555 015730

604:

005202
010237
005137
020227
001327

INC
MOV
coM
cHP
BNE

R2
R2,EXP
EXP
R2, 2000
408

+
3
+
:
s+

INCREMENT ADDRESS VALUE AND LOOP COUNTER
MOVE VALUE TO EXPECTED STORAGE
COMPLIMENT EXPECTED
IS IT DONE YET
IF NOT DONE, GO CHECK NEXT VALUE

s+ TEST DONE, PRINT FINAL ERROR TOTALS IF ANY
559 015732
560 015736

005737
001414

TST

BEQ

ERROR1

704

1+ ANY ERRORS

1+ BRANCH IF NO ERRORS

: PRINT FINAL ERROR TOTALS
564 015740
015740

’

013746

002462

PRINTB

MOV

&FOR6,ERROR1

ERROR1, -(SP)

PRINT @ OF ERRORS

CZFPB A0 CTRL BRIDGE L INX
TEST 6:

MACRO M1200

09 JUAN B4

12:25

PAGE

45
2

SEQ 007

VIEW REGISTER COMPLIMENTED READ
015744
015750
015754
015756
015760
015764

012746
012746
010600
104414
062706
004737

MOV
MOV

003622

000002

MOV

TRAP

ADD
CALL

000006
o135116

®OR6, (SP)
02, -(SP)

SP,RO

CIPNTB

% ,SP
ENDERR

s GO PRINT OUT ENDING TERMINATOR

+ SET QCMD CMDACK TO COMPLETE MANDSHAKE
9 015770
0 015776

571 016002
572 016002

052777
012701

000207

000001
000005

164144

708

1008
:

8IS

OCMDACK
, 3QCMD

5. Rl

RTS

s EXIT

MOV

SET CMDACK

TEST END NORMALLY FLAG FOR S SECS

TEST

TO MAINLINE

C2¥PB A0 CTRL BRIDGE Inx
TE<T

MACRO M1200

09 JUAN A4

1.:25

PAGE

SEQ 00n0

vIEWw REGISTER COMPLIMENTED WRITE

LSBYTL

TESTY

VIEW REGISTER COMPLIMENTED WRITE

§100000000000000000000000000000000000000000000800000000000000008000000000800
[ B

s TEST DESCRIPTION
3

WRITES COMPLIMENTED DATA

J TEST

v
<
g

'
'

TO vAX

VIEW REGISTER

STEPSCMD Q10 USING VIEW REGISTER BUFFER
LOAD ADDRESS VALUES IN VIEW REGISTER
YNT QIO USING VIEW REGISTER BUFFER
SET YNT PRS
CHECK VIEW REGISTER BUFFER

§
[l

016004

016012

012737
004737

000007
013034

002114

. 0800000000000 0000000000000000000000000000000000000000000000000000000000

TEST?::

STATSTY

CALL

07,L8TESTY

8MSG

s TEST NUMBER FOR ERROR MESSAGES

1CHECK FOR PNT FLAG

s SET UP TO WRITE TO RAM ON VAX SIDE
042777
012777
012701

000020
000000
177 mm

8IC

164124
164134

MOV

OQVREN,SQCTL

€0, 8QVAD

CLEAR READ ENABLE

STARTING ADORESS
STARTING VALUE TO WRITE

3 WRITE T0 V-RAM
010177
003301
022701
001372

108:

164126

175777

MOV
DEC
ce
BNE

R1,8QVDA
R1
0*C2000,R1
108

WRITE

TO RAM

DECREMENT VALUE
IS IT DONE YET?
IF NOT DONE, BRANCH

s TELL VAX RAM DATA WAS WRITTEN
052777

164064

164050

15¢:
204 ;

611

817
BNE

BHE AK

TRAP
DEC
BNE
DEC
BNE

016106
615 016110
B

016112
016116
016116
016120
016122
016124
621 016126
622 016132

) &

MOV
MOV

OVNTACK
, SQINT
30¢

CSBRK
R2
208
R1
15¢

SET EVENT PRESENT
NUMBER OF SECONDS TO TIME OUT
TIME OUT VALUE TO R2
IF COMMAND PRESENT, BRANCH
ALLOW CONTROL C
DECREMENT
IF NOT IN
DECREMENT
BRANCH IF

TIMEOUT REGISTER
TIMEOUT, TRY AGAIN
SECOND TIMER
NOT DONE

TIMEOUT ERROR CONDITION

#1.R1

TRAP

CIERMRD

ERRMRD

013630
013116

, 8QVNT
OVNTPRS

DEFALT,
RL
OTIMOUT ,R2

LMORD
.MORD
.MHORD

MOV
CALL

11.,.ERR2

11
O
ERR2

®ABORT ,R1
ENDERR

ABORT CODE TO R1
GO PRINT OUT ENDING TERMINATOR

C2FPB A.0 CTRL BRIDGE LINK
TEST

MACRO M1200

09-JAN-84 1°:25

PAGE 46 1
SEQ 0081

VIEW REGISTER COMPLIMENTED WRITE

623 01613 000402

625

1008

s ABORT TEST

MOV

es..R1

RTS

s EXIT TEST

} END TIMEOUT ERROR CONDITION

626

[

628 016140 012701 000005

S0s:

627

629 016144
630 016144

000207

1008:

TEST END NORMALLY WITH S SEC DELAY
TO MAINLINE

CZFPB-A.0 CTRL BRIDGE LINX
TEST 8:

MACRO M1200

09-JAN-84

12:25

PAGE 47

SEQ 0082

COMMAND INTERRUPTS

632
6%3
634
635
636
637
638
639
640

.SBTTL

TEST 8: COMMAND INTERRUPTS

1 0 0 0 0 0 8 000000000000000000000000000000000000000000000000000800008000000
e

:TESY DESCRIPTION-

s SETS CMD PRS, CKD ACK INTERRUPTS

:YEST STEPSv

: @

641
642

s O
' V

643

CMD QIO WITH INTERRUPT

WAIT FOR INTERRUPT ON TIME -OUT

SET CMD ACx
WAIT FOR INTERRUPT ON TIME-OUT

644

645

646 016146
016146
016146

000010
013034

016154

647 016160

002114

TESTS:
:

002450

648 016164

002444

016164
016170
649 016172
016172
016176
016202

000340
012644
002444
000003
000010
000100
002532
026000

163714

108:

208:

STATST

MOV
#8,L$TEST
CALL
BMSG
CLR
TRPFLG
CLRVEC VECTOR
MOV
VECTOR,RO

sTEST NUMBER FOR ERROR MESSAGES
;CHECK FOR PNT FLAG
: CLEAR INTERRUPT FLAG

SETVEC

s SET UP FOR INTERRUPT

TRAP

CSCVEC

MOV
MOV
MOV
MOV
TRAP
ADO
8IS
MOV
MOV

PRIO7. -(SP)
OTRAPA
. -(SP)
VECTOR, -(SP)
o3, -(SP)
C#SVEC
10,SP
#PRSIE , 8ACMD
DEFALLT,R1
OTIMOUT.R2

TRAP

CIBRK

BNE
DEC
BNE
DEC
BNE

308
R2
204
R1
104

BREAX

005302
001372
001366
i

VECTOR,O#TRAPA,L#PRIO7

TRPFLG

: CLEAR ERR VECTOR

+ ENABLE COMMAND INTERRUPT
: @ OF SECONDS TO WAIT
s TIME OUT DELAY TO R2
s ALLOW CONTROL C

: DID INTERRUPT occut

s IF YES INTERRUPT
+ DECREMENT mcoui
:+ IF NOT DONE
L
+ DECREMENT s:covo COUNTER
: IF NOT DONE, LOOP

: ERROR CONDITION, TIMEOUT OCCURED WAITING FOR INTERRUP)

163656

052777

104456

004737
000447

BIS
TRAP

000014

007320
012701

013630
013116

LMORD
"MORD
.MORD

MOV
CALL
B8R

OCMDACK,
12., .ERR6
CSERMRD

12
O
ERR6

@ABORT ,R1
ENDERR
1004

END ERROR CONDITION
INTERRUPT OCCURRED, FIND OUT WHICH ONE

+ SET COMMAND ACKNOWLEDGE INTERRUPT
:+ TELL OPERATOR TIMEOUT

s+ ABORT CODE TO R1
+ GO PRINT OUT ENDING TERMINATOR
s+ BRANCH TO END OF TEST

CZFPB-A.0 CTRL BRIDGE LINX

MACRO M1200

09 -JUAN-84

12:25

PAGE

F7
47-1

SEQ 0083

TEST 8: COMMAND INTERRUPTS
673 016306
016306
016314
016322
016330
016336

017787
042737
012737
033737
001025

163634
000677
004000
002456

002454
002454
002456
002454

MOV

SQINT, VAL

+ READ Q-INTERRUPT REGISTER

MOV

®BIT11,.ExP

s EXPECTED VALUE TO ExP

BNE

40¢

8IC

BIY

#180000000110111111, VAL

EXP,VAL

l GET RID OF UNMANTED BITS

+ COMPARE EXPECTED WITH VALUE

+ ERROR CONDITION, WRONG INTERRUPT BIT SET

016340
016344
016344
016346
016350
016352
016354
016354
016356
0163560
016364
016370
016372
016374
016402
016404
016406

012701

MOV

22,R1

104456

TRAP

CSERMRD

ERRMRD

000015
006202
006652
010146
010546
013701
004537
000012
002672
121
012605
012601
004737

.MORD
.MORD
.MORD
SETBITS

002454
012130
111

TELL OPERATOR ERROR

13
MSG6
ERR3
QINT,INTBIT,VAL

R1,-(SP)
1SAVE REGISTERS
RS, -(SP)
VAL,R1
;;GET VAL REGISTER TO READ
RS5,BITSS
$SUBROUTINE TO OUTPUT VALUES

MOV
MOV

(SP)+.RS
(SP)+,R1

CALL

013116

MOV
MOV
MOV
JSR

.MORD
.WORD
.ASCIZ

116

s+ REGISTER @ TO R1

13.,MSG6,ERRS

SLEN
INTBITY
/QINT/

tRESTORE REGISTERS

ENDERR

+ GO PRINT OUT ENDING TERMINATOR

: END ERROR CONDITION, SEND INTERRUPT BACK

697 016474

000001

163522

000100

163510

013700
1044 356
012746
012746
013746
012746
104437

052777
000207

000340
012652

000010
000100

163452

8IS

SET COMMAND ACKNOWLEDGE INTERRUPT

052777
012701
042777

40%;

016412
016412
016420
016424
693 016432
016432
016436
016440
016440
016444
016450
016454
016460
016462
695 016466

TEST END NORMALLY WITH DEFALLT DELAY

100%:

DISABLE COMMAND INTERRUPT
RESTORE INTERRUPT VECTOR

VECTG.“?‘T.“IO?

SET UP FOR ERROR INTERRUPT

SERRIE , GQINT

t+ MAKE SURE ERROR INTERRUPT IS ENABLED

s EXIT TEST TO MAINLINE

CZFPB A.0 CTRL BRIDGE LINx

MACRO M1200

09-UAN-84

12:25

PAGE

G/
48

SEQ 0084

TEST 9: EVENT INTERRUPTS

.SBTTL

699
700

TEST 9: EVENT INTERRUPTS

11000000000000000000000000000000000000000000000000000000000000000008000000

701
702
708
704
705
706
707

joe

s TEST DESCRIPTION-

s+ SETS UNT PRS, UNT ACK INTERRUPTS
5

s TEST STEPS-

709

1 @
i v
i V
s Q

711

110000600000000000000000000000400000000000000000000000000000000000080808480808

708

710
712

713 016476

016476
016476
016504

714 016510

004737

715 016514

000011
013034
002450

016514
016520
716 016522
016522
016526
016532
016536
016542
016544

002114

TEST9::

MOV

VECTOR,RO

8IS
BIS

10¢:
20¢:

723 016602

739

®9,LSTEST
B8MSG
TRPFLG

ADD

163366
163360

016574

016604
016606
016610
016612

732 016624
733 016630
734 016634
735
736
737

MOV
CALL
CLR

CLRVEC

722 016576

016614
016616
016620
016622

STATST

MOV
MOV
MOV
MOV

720 016570
721 016574

729
730
731 016614

WAIT FOR INTERRUPT ON TIME-OUT

TRAP
SETVEC

717 016550
718 016556
719 016564

724
725
726
727

SET VNT PRS
WAIT FOR INTERRUPT ON TIME-OUT
VNT QIO WITH INTERRUPT

VECTOR

CeCVEC
VECTOR,®TRAP4,#PRIO7

#PRIO7, -(SP)
OTRAPA, -(SP)
VECTOR, -(SP)
e3,-(SP)

sTEST NUMBES FOR ERROR MESSAGES
sCHECK FOR PNT FLAG
s CLEAR INTERRUPT FLAG
:+ CLEAR ERR VECTOR

3 SET UP FOR INTERRUPT

CsSveC

#10,5P

OACKIE, SQVNT
OVNTPRS
, BQVNT

ENABLE EVENT INTERRUPT

SET EVENT PRESENT

MOV
MOV
BREAK
TRAP
ST
BNE

C$BRK
TRPFLG
304

+ DID INTERRUPT OCCUR
s IF YES INTERRUPT, BRANCH

BNE

204

+ IF NOT DONE LOOP

DEC

DEC
BNE

DEFAULT,R1
#TIMOUT ,R2

R1
10¢

® OF SECONDS TO WAIT

TIME OUT DELAY TO R2
ALLOW CONTROL C

+ DECREMENT TIMEOUT

s DECREMENT SECOND COUNTER
+ IF NOT DONE, LOOP

: ERROR CONDITION, TIMEOUT OCCURED WAITING FOR INTERRUPT
i

104456

000016

007634
012701
004737
000450

013630
013116

ERRHRD

14.,,.ERR9

TRAP

CSERHRD

MOV
CALL
BR

®ABORT ,R1
ENDERR
1004

LMORD
.MORD
.WORD

14
O
ERR9

END ERROR CONDITION
INTERRUPT OCCURRED, FIND OUT WHICH ONE

TELL CPERATOR TIMEOUT

+ ABORT CODE TO R1
+ GO PRINT OUT ENDING TERMINATOR
+ BRANCH TO END OF TEST

CZFPB-A, 0 CTRL BRIDGE LINK

MACRO M1200

O09-UAN-84

H/
12:25

PAGE

48-1

SEQ 0085

TEST 9: EVENT INTERRUPTS
716636
016636
016644
016652
016660
016662
016670
016676

017787
042737
032737
001007
012737
033737
001025

163304
000677
100000
002456

002454
002454
002454

30%:

002456

MOV
BIC
8IY
BNE

MOV

002454

BIT

BNE

SQINT, VAL
#t80000000110111111,
VAL
O®ERR, VAL
354

®BIT10,ExP
EXP,VAL

404

B
;
5
'

READ Q-INTERRUPT REGISTER
GET RID OF UNMANTED BITS
ERR INTERRUPT?

BRANCH IF ERROR INTERRUPT
B EXPECTED VALUE TO ExP
3 COMPARE EXPECTED WITH VALUE
: BRANCH IF Ox

+ ERROR CONDITION, WRONG INTERRUPT BIT SET
016700
016704
016704
016706
016710
016712
753 016714
016714
016716
016720
016724
016730
016732
016734
016742
016744
016746

354:

012701

104456

000017
006202
006652

010146
010546

2,R1

TRAP
. WORD

CS$ERHRD
15

MOV
MOV
MOV
JSR
. WORD

R1,-(SP)
1SAVE REGISTERS
RS, -(SP)
VAL,R1
;GET VAL REGISTER TO READ
RS,BITSS
sSUBROUTINE TO OUTPUT VALUES
SLEN

MOV
MOV
CALL

(SP)+,.RS
(SP)+,R1

ERRHRD

H REGISTER @ T0 R1

15.,MSG6,.ERR3

’

TELL OPERATOR ERROR

.WORD
MSG6
.WORD
ERR3
SETBITS QINT,INTBIT,VAL

013701
004537
000012
002672
121
012605

002454
012130

004737

013116

012601

MOV

111

.WORD
.ASCIZ

116

INTBIT
/QINT/

sRESTORE REGISTERS

'l GO PRINT OUT ENDING TERMINATOR

]

s END ERROR CONDITION
016752
016756
016764
016764
016770
016772
016772
016776
017002
017006
017012
017014
762 017020
763
764 017026

404
100¢:

MOV
8IC

®0,R1
O®ACKIE , SQVNT

002444

MOV
TRAP

VECTOR,RO
CSsCVvEC

000340
012652
002444
000003

MOV
MOV
MOV
MOV
TRAP
ADD
8IS

#PRIO7, -(SP)
®ERRINT, -(SP)
VECTOR, -(SP)
03,-(SP)
CS$SVEC
#10,SP
O®ERRIE ,SQINT

RTS

012701
042777

000000
000100

013700
104436

012746
012746
013746
012746

000010
000100

163160

CLRVEC
SETVEC

163120

VECTOR

VECTOR,®ERRINT,#PRIO?7

[l TEST END NORMALLY WITH DEFAULT DELAY
3 DISABLE EVENT INTERRUPT
: RESTORE INTERRUPT VECTOR

5 SET UP FOR ERROR INTERRUPT

MAKE SURE ERROR INTERRUPT IS ENABLED

H EXIT TEST TO MAINLINE

CZFPB-A.0 CTRL BRIDGE LINK
TEST

10:

MACRO M1200

09-JUAN-84 12:25

PAGE 49

258 So0e

VIEW CONTENTION

766

LSBTTL

769

s TEST DESCRIPTION

772
773
774

s TEST STEPSs LOAD BUFFER WITH DECREMENTING VALUE STARTING AT
3 WAIT FOR CMDPRS ON TIME OUT

767
768

TEST 10:

VIEW CONTENTION

110008000000000000000000000000000000000000000000000000000000000000000008000
joe

;;0
1

s
:

775

CHECK VIEW FOR CONTENTION WITH SIMULTANEOUS WRITES AND READS

+ START VARIABLE DELAY LOOP

776
777
778
779

s LOAD VIEW PAM (MINUS LAST ADDRESS) WITH BUFFER
3 WAIT FOR CMDPRS ON TIME OUT
s CLEAR READ BUFFER
s SET VNTPRS

781

READ VIEW INTO BUFFER

CHECK DATA

780

s START VARIABLE DELAY LOOP

782

3 WAIT FOR VNTACK ON TIME OUT

783

784
;:2

s+ INCREMENT VARIABLE DELAY LOOP VALUE
s LOOP 101. TIMES
B

787
788 017030

017030

1190088880400080880800000008800800080000000400000000800000008808000408000084808488
STATST
.

017030
017036

012737
004737

;:g 017064

005037

789 017042
790 017050
791 017056

012737
012737
012737

000012
013034

000001
000001
000145

002474

002114

@10,L$TEST
BMSG

CLR

COUNTER

MOV
MOV
MOV

01..0LY1
01..0LY2
#101.,L00PS

sTEST NUMBER FOR ERROR MESSAGES
sCHECK FOR PNT FLAG
s
3+

INITIAL WRITE DELAY LOOP VALUE
INITIAL READ DELAY LOOP VALUE

STORE NUMBER OF LOOPS

FREMEM,R1

POINT R1

3 CLEAR LOOP COUNTER

3 FIRST LOAD BUFFER WITH DECREMENT VALUE

013701

797 017074

012702

799 017102

005302

798 017100

fi 017104

010221

002502

001777

10¢:

100375

MOV

TO BUFFER

MOV

R2,(R1).

€1777,.R2

DEC

3+ DECREMENT VALUE

BPL

10¢

VALUE IN R2

PLACE VALUE IN BUFFER

3 BRANCH IF NOT DONE

:{g

MOV
CALL

796 017070

809
810
811
812
813
:1.;

TEST10::

002526
002530
002524

804
805
806
807
808

1777

s NOW DO A COMMAND SYNC (POLLED)

017106
017106
017112
017116
017122
017122
017124
017132
017134
017136
017140
017142

818 017144

013701
005237
012702
104422
032777
001032
005302
001371
005301
001365

DLYST:

002532
002474
026000
004000

114:
12¢:

163014

MOV
INC
MOV
BREAK
TRAP
BIT
BNE
DEC
BNE
DEC
BNE

DEFAULT,R1
COUNTER
OTIMOUT,R2
C$BRK
OCMDPRS , SQINT
154
R2
12¢
R1
114

3+ NUMBER OF SECONDS TO TIMEOUT
3+ INCREMENT LOOP COUNTER
s TIME OUT VALUE TO R2
: ALLOW CONTROL C
+ COMMAND PRESENT?
s+ IF COMMAND PRESENT, BRANCH
s+ DECREMENT TIMEOUT REGISTER
s+ IF NOT IN TIMEOUT, TRY AGAIN
3+ DECREMENT SECOND TIMER
3 IF NOT TIMEOUT, TRY AGAIN

3 TIMEOUT ERROR CONDITION

012701

000000

MOV

00,R1

CZFPB-A.0 CTRL BRIDGE LINX
TEST 10:

MACRO M1200

09-JAN-84

12:25

PAGE 49-1

SEQ 0087

VIEW CONTENTION

819 017150
017150
017152
017154
017156
017160
017160
017164
017170
017174
017176
017200
017204
017210
017214

ERRHRD
TRAP

104456

000020
000000
006506

013746
012746

002474
005314

16, ,ERR2
CS$ERHRD

16
0
ERR2
OFOR23

,COUNTER

TELL OPERATOR TIMEOUT

TELL WHICH LOOP NUMBER

#FOR23, -(SP)

SP,RO
CSPNTX
#6,SP

000006
013630
013116
020130

®ABORT ,R1
ENDERR
ECONT

ABORT CODE TO R1
GO PRINT OUT ENDING TERMINATOR
ABORT TEST

+ END TIMEOUT ERROR CONDITION
;

+ VARIABLE DELAY LOOP
017220
017226
017232
017232
017234

012777
013701

162714

15¢:

20%:

104422
077102

MOV
MOV
BREAK
TRAP
S08

O®CMDACK
, 8QCMD
DLY1,R1
C$BRK
R1,20¢

SEND COMMAND ACK
DELAY VALUE INTO R1
ALLOW CONTROL C

DECREMENT

s+ LOAD VIEW RAM
017236
017244
017252
017256
017262
017265
017270

042777
012777

001777
002170
002502

162704
162714

30%:

BIC

MOV
MOV
MOV
MOV
MOV
So8

S#QVREN,S8QCTL

#0,8QVAD
®1777.R1
QVDA,R2
FREMEM,R3
(R3)+,(R2)
R1,30¢

CLEAR READ ENABLE
ZERO ADDRESS

LOOP COUNTER TO R1
LOAD VIEW
DEC AND BRANCH IF NOT DONE

:+ WAIT FOR CMDPRS ON TIMEOUT

846 017272
847 017276
017302
017302
849 017304
850 017312
851 017314
852 017316
853 017320
854 017322
855
856
857
858 017324
859 017330
017330
017332
017334
017336

013701
012702

104422
032777

002532

408 :
S0¢:

162634

MOV
MOV
BREAK
TRAP

DEFAULT,R1
OTIMOUT ,R2

BNE
DEC
BNE
DEC
BNE

60
Fe
SO
R1
404

BIT

C$BRK

OCMDPRS
, S8QINT

NUMBER OF SECONDS TO TIMEOUT
TIME OUT VALUE TO R2
ALLOW CONTROL C

COMMAND PRESENT?
IF COMMAND PRESENT, BRANCH
DECREMENT TIMEOUT REGISTER
IF NOT IN TIMEOUT, TRY AGAIN
DECREMENT SECOND TIMER
IF NOT TIMEOUT, TRY AGAIN

s TIMEOUT ERROR CONDITION
[

MOV

#0,R1

TRAP

CS$ERMHRD

ERRHRD

.WORD
.MORD
.WORD

17, ,ERR2

17
O
ERR2

TELL OPERATOR TIMEOUT

CZFPB-A.0 CTRL BRIDGE LINK
TEST 10:

MACRO M1200

I<7
09-JAN-84

12:25

PAGE 49-2

SEQ 0088

VIEW CONTENTION

017340
017340
017344
017350
017354
017356
017360
017364
017370
017374

013746
012746
012746
010600
104415
062706
004737
012701
000137

PRINTX

oFOR23,COUNTER

002474
005314
000002

MOV

COUNTER, -(SP)

000006
013116
013630
020130

ADD

TRAP

COPNTX

CALL

ENDERR

MOV
MOV
MOV

MOV
JMP

TELL WHICH LOOP NUMBER

OFOR23, -(SP)
02,-(SP)
SP,RO

#6,SP

®ABORT ,R1
ECONT

GO PRINT OUT ENDING TERMINATOR
ABORT CODE TO R1
ABORT TEST

; END TIMEOUT ERROR CONDITION
017400

052777

162534

608 :

BIS

@CMDACK
, 8QCMD

ACKNOWLEDGE COMMAND

s+ CLEAR READ BUFFER
017406
017412
017416
017422
017424

013701
062701
012702
005021
077202

65%:
s

017426

052777

162510

MOV

FREMEM,R1

CLR
S08

(R1).
R2,65%

ADD
MOV

POINT TO FREE MEMORY

#4000,R1
1777, ,R2

POINT TO READ BUFFER
SIZE OF BUFFER

QVNTPRS
, 8QVNT

TELL VAX READY TO START VIEW READ

CLEAR BUFFER
LOOP IF NOT DONE

TELL VAX READY

BIS

: VARIABLE DELAY LOOP

017434
017440
017440
017442

013701

002530

70%:

104422
077102

MOV

BREAK

TRAP

s08

DLY2,.R1
C$BRK

DELAY VALUE INTO R1
ALLOW CONTROL C

R1,708

DECREMENT

S#QVREN,S8QCTL

READ ENABLE
ZERO VIEW ADDRESS REGISTER
POINT TO START OF WORK BUFFER
POINT TO READ BUFFER
POINT R2 TO DATA REGISTER
LOOP COUNTER TO R3
READ VIEW DATA
DEC AND BRANCH IF NOT DONE

3 NOW READ VIEW
017444
017452
017460
017464
017470
017474
017500
017502

052777
012777

162476
162506
002170
001777

80¢:

BIS

MOV
MOV
ADD
MOV

#0,8QVAD
FREMEM,R1
#4000,R1
QVDA,R2

MOV
S08

(R2),(R1)
R3,808

MOV

®1777 ,R3

3 WAIT FOR EVENTACK ON TIMEOUT
017504
017510
017514
017514

013701
012702

104422
032777
001032
005302
001371
005301
001365

002532

002000

904 :
100¢:
162422

MOV
MOV
BREAK

DEFAULT,R1
OTIMOUT,R2

TRAP
BIT

C$BRK
S®VNTACK
, BQINT

DEC
BNE

R2
1004
R1
904

BNE
DEC

BNE

110¢

NUMBER OF SECONDS TO TIMEOUT
TIME OUT VALUE TO R2
ALLOW CONTROL C

EVENT ACKNOWLEDGE PRESENT?
IF PRESENT, BRANCH
DECREMENT TIMEOUT REGISTER
IF NOT IN TIMEOUT, TRY AGAIN
DECREMENT SECOND TIMER
IF NOT TIMEOUT, TRY AGAIN

CZFPB-A.0 CTRL BRIDGE LINK
TEST

10:

MACRO M1200

09-JUAN-84

12:25

PAGE 49-3

SEQ 0089

VIEW CONTENTION

909
910
911
912
913

s+ TIMEOUT ERROR CONDITION

012701

013746
012746
012746

104415

062706
004737
012701
000137

o1,R1

TRAP

CSERHRD

ERRHMRD

104456

914

MOV

.MORD
.MORD
.WORD
PRINTX

18
©
ERR2

TRAP
ADD

CSPNTX
6, SP

MOV
MOV
MOV
MOV

002474
005314

000006
013116
013630
020130

18.,.ERR2

CALL

MOV
JHP

&FOR23,COUNTER

COUNTER, -(SP)
OFOR23, -(SP)
02,-(SP)
SP,RO

ENDERR

®ABORT ,R1
ECONT

TELL WHICH LOOP NUMBER

GO PRINT OUT ENDING TERMINATOR
ABORT CODE TO R1
ABORT TEST

’

s END TIMEOUT ERROR CONDITION

3+ NOW CHECK DATA
3

017612
017612
017616
017624
017630
017634

110%:

002452

002456

CLR
MOV
MOV
ADD
MOV

ERROR1
€0,ADD
FREMEM,R1
#4000,R1
01 ,EXP

INITIAL ERROR COUNT
INITIAL RAM ADDRESS
START OF BUFFER TO R1
ADJUST TO POINT TO READ BUFFER
LOOP COUNTER AND EXPECTED VALUE

’

s NOW CHECK THE VALUES
3

017642
017642
017646
017654

120%:

002454

cHP
BEQ

(R1)+,VAL

EXP,VAL
140

MOVE READ VALUE TO VAL

COMPARE EXPECTED WITH VALUE
BRANCH IF 0K

3+ ERROR CONDITION, BAD RAM VALUE
017656
017662
017670
017672
017672
017674
017676
017700
017702
017702
017706
017712
017716
017720
017722
017726
017734

002462

INC
cHP

BNE

ERROR1
#1,.ERROR1
130¢

TRAP

CSERMRD

ERRHRD

.WMORD
.WORD
.WORD

PRINTB

002474
005314
000002
104414
022737
100416

000006
000011

002462

130%:

MOV
MOV
MOV
MOV
TRAP
ADD
cHP
BMI

INCREMENT ERROR COUNTER
IS IT THE FIRST ERROR?
IF NOT FIRST ERROR, BRANCH PRINT HEADER

19.,MSGA ,ERR4

PRINT ERROR HEADER ONLY

19
MSGA
ERR4
#FOR23,COUNTER

PRINT LOOP NUMBER

COUNTER, -(SP)
#FOR23, -(SP)
2,-(SP)
SP,RO
CSPNTB
#6,SP
#9. ,ERROR1
140¢

SEE IF TOO MANY ERRORS TO PRINT
BRANCH IF TOO MANY ERRORS TO PRINT

CZFPB-A.0 CTRL BRIDGE LINX
TEST

10:

MACRO M1200

09-JAN-84

12:25

PAGE

49-4

SEQ 0090

VIEW CONTENTION

946 017736

017736
017742
017746
017752
017756
017762
017764
017766

PRINTX

013746
013746
013746
012746
012746

010600

@&FORS,ADD,VAL
,ExP

MOV

EXP,-(SP)

MOV
MOV
MOV
MOV

ADD, -(SP)
OFORS, -(SP)
04, -(SP)
SP,RO

ADD

012,5P

TRAP

104415
062706

PRINT DATA MESSAGE

3+
s+
s
s+

INCREMENT ADDRESS
INCREMENT EXPECTED VALUE AND LOOP COUNTER
IS IT DONE YET
IF NOT DONE, GO CHECK NEXT VALUE

CSPNTX

:+ END ERROR CONDITION

017772
017772
017776
020002
020010

005237

002452

023727
001314

002456

140%:

INC
INC
cHe
BNE

ADD
EXP
EXP, #2000
1204

;s TEST DONE, PRINT FINAL ERROR TOTALS IF ANY
020012
020016

005737
001427

TST

BEQ

ERROR1

150

3+ ANY ERRORS

3 BRANCH IF NO ERRORS

;+ PRINT FINAL ERROR TOTALS
B

013746
012746
012746

003622

104414
062706

012746
012746
010600
104414
004737
012701
000415

PRINTB

#ABO

MOV

#ABO, -(SP)

MOV
TRAP
ADD
CALL

000004
013116
013630

i+ PRINT @ OF ERRORS

ERROR1, -(SP)
#FOR6, -(SP)
02.-85')
SP,R
CS$PNTB
#6,SP

PRINTB

005534
000001

#FOR6,ERROR1

MOV
MOV
MOV
MOV
TRAP
ADD

.l?V

PRINT ABORT MESSAGE

SP,RO
CSPNTB

#4,5P
ENDERR

mhfll

+ GO PRINT OUT ENDING TERMINATOR
+

ABORT CODE TO R1

s+ ADJUST DELAY LOOP VALUE,
971
972
973
974
975
976 020124
977 020130
978 020130

062737
062737
005337

000001

000137
012701

017106
000000

000207

002526
002530

}

150¢:

1608:
ECONT:;

ADD

ADD
DEC
BEQ
JHP
MOV

RETURN

01,0LY1

01,0LY2
LOOPS
160¢
DLYST
®0,.R1

INCREMENT WRITE DELAY VALUE
INCREMENT READ DELAY VALUE

DECRMENT LOOP VALUE
BRANCH IF DONE TO END OF TEST
GO DO _IT AGAIN
OK RETURN CODE

CZFPB-A.0 CTRL BRIDGE LINK
TEST

11:

MACRO M1200

09-JAN-84 12:25

N7/

PAGE SO

e
1

PDP-11 NXM INTERRUPT

980

LSBTTL

TEST 11: PDP-11 NXM INTERRUPT

981

110600000000000000004800000000000004000040000000000000000000000000000080080048

::;

3 STARTS DMA WITH NON-EXISTENT PDP-11 ADDRESS

982
983

jee
s TEST DESCRIPTION3

986
987
988
989
990
991

s TEST STEPSs VU
SET READ QIO WITH LEGAL VAX ADDRESS
; @
SET CMD ACK
‘
: @
START DMA WITH PDP-11 ADDRESS = 760000
: @
CHECK FOR QNEX ERROR
: Q
SEND VNT PRS WITH ERROR CONDITION

”:g

s VU

994

1100000000000008040000040004080000000000008008080000000000000000000000008884808

995

996 020132

020132

020132
020140

997 020144
998 020150
999 020154
1000
1001
1002
1003
1004

CHECK ERROR STATUS

.-.

020154

020156
020164
020166
020170
020172

iggz 020174

012737
004737
013701
012702

104422

032777
001020
005302
001371
005301

000013
013034

002114

002532
026000
004000

TEST11::

8s:
10s:
161762

STATST

MOV
CALL

MOV
MOV
BREAK

TRAP

BIT
BNE
DEC
BNE
DEC

001365

BNE

®11,LS$TEST
BMSG

s TEST NUMBER FOR ERROR MESSAGES
;CHECK FOR PNT FLAG

DEFAWLT,R1
®TIMOUT ,R2

s
s

C$BRK

OCMDPRS , BQINT
20%
R2
10%
R1

s+ COMMAND PRESENT?
s IF COMMAND PRESENT, BRANCH
s+ DECREMENT TIMEOUT REGISTER
s IF NOT IN TIMEOUT, TRY AGAIN
:+ DECREMENT SECOND TIMER

3 IF NOT TIMEOUT, AGAIN

s TIMEOUT ERROR CONDITION

1009 020176
1010 020202

012701

020204

000024

020202

020206
020210
1011 020212
1012 020216
{8{2 020222

000000

104456

000000
006506
012701
004737
000137

MOV
ERRHRD

#0,R1
20.,.ERR2

.MORD

TRAP

.MORD
.WORD
MOV
CALL
JP

013630
013116

020664

3+
:

CS$ERMRD

s+ ABORT CODE TO R1
3+ GO PRINT OUT ENDING TERMINATOR

3+ ABORT TEST

18{2

s END TIMEOUT ERKROR CONDITION
P

{8};

s COMMAND PRESENT WAS REALLY THERE

1019 020226
1020 020226
1021 020234
1022 020242
1023 020250
1024 020256
1025 020264
§822g 020272

208

1028

SECONDS OF TIME OUT
TIME OUT VALUE TO R2

[

052777
012777
017737
013777
017737
032737
001412

000020
000000
161722
002514
161706
177757

161714
161724
002514
161676
002516
002516

8IS
MOV
MOV
MOV
MOV
BIT
BEQ

®QVREN,SQCTL
€0, 8QVAD
SQVDA,LOW16
LOW16E , 8QUBA
SQVDA ,HI2
O*CBITA!BITS, HI2
30¢

s+
3+
s+
s
3+
s+
3+

READ ENABLE
CLEAR VIEW REGISTER
READ LOW 16 BITS OF UNIBUS ADDRESS
LOAD LOW 16 BITS OF UNIBUS ADDRESS
READ HI 2 BITS OF UNIBUS ADDRESS
SEE IF ONLY BITS 4 AND S ARE SET
BRANCH IF OK

+ ERROR CONDITION, MORE THAN BITS 4 OR S SET FOR EXTENDED ADDRESS ON UNIBUS

CZFPB A.0 CTRL BRIDGE LINx
TEST

11:

PDP-11 NXM

1029
10%0 020274

MACRO M1200

09 JUAN-84

12:25

B
PAGE

S0 1

SEQ 00%¢

INTERRUPT

104456
000025
000000
007740
012701
004737
000137

TRAP

CSERMRD

. WORD
. WORD
MOV
CALL
JP

0
ERR10
OABORT ,R1
ENDERR
ENXM

. WORD

013630

013116
020664

TELL

OPERATOR ERROR

3 ABORT CODE 10 R1
[ GO PRINT OUT ENDING TERMINATOR
3 END TEST

3 END ERROR CONDITION
§

053777
0177387
013777
012777
052777
042777

002516
161636

161624

30%:

161616
161606
161574
161566

8IS
MOV

WORD . COUNT , SQWC

: MOVE WORD COUNT INTO QWC REGISTER

CLRVEC

VECTOR

fl CLEAR ERR VECTOR

MOV
8IS
BIC

MOV

012746
012746
013746
012746
104437

MOV
MOV
MOV
MOV
000010

9160000, SQBA
eBIT8:!BIT9,SQDMA
SOMAKT , BADMA

[ SET UP LOW 16 BITS OF Q-BUS ADDRESS
: SET UP EXTENDED BITS
. SET DMA UP TO WRITE

VECTOR,RO

TRAP
SETVEC

CeCvEC
VECTOR,O0CONTS, #PRIO7

TRAP

CSSVEC

ADD
8IS
8IS
8IS

161524
161512
161510

[l SET UP EXTENDED BITS IN ExpP
[l READ WORD COUNT FROM VIEW

MOV

013700
104436

062706
052777
052777
052777

HI2, S0DMA
SQVOA , WORD
. COUNT

#PRIO7,-(SP)
OCONTS, -(SP)
VECTOR, -(SP)
e3,-(SP)

€10,5P
OROYIE , SADMA
OERRIE ,SQINT
0G0 , SQDMA

p SET UP INTERRUPT VECTOR

3 SET UP TO ALLOW DMA RDY INTERRUPT
'l MAKE SURE ERR ENABLE IS SET
] START UP DMA

s WAIT FOR ROY OR ERR INTERRUPT ON TIMEOUT
'

013701
012702

40%:

S04 :

104422
005302
001375
005301
001371

MOV
MOV

BRE AXK
TRAP

DEC
BNE
DEC

BNE

DEFALT, R1

[l SECONDS OF TIME OUT

eTIMOUT R2

[

C#BRX

R2
SO
=31

TIME OUT VALUE

TO R2

'l DECREMENT TIMEOUT REGISTER
l IF NOT IN TIMEOUT, TRY AGAIN
'l DECREMENT SECOND TIMER

408

. IF NOT TIMEOUT, AGAIN

s TIMEOUT ERROR CONDITION
'

010146
012701

22.,.ERR12

LMORD
LMORD
.MORD

22
O
ERR12

013630

MOV

161436
012130

MOV
MOV
MOV
JSR

010146
017701
004537

ERRHRD

TRAP

104456

CHERMRD

®ABORT ,R1

SETBITS QINT,INTBIT,S8QINT

R1,-(SP)
RS, -(SP)
SQINT ,R1
RS,.BITSS

TELL OPERATOR TIMEOUT

[l ABORT CODE TO R1

1SAVE REGI STERS
tGET SQINT REGISTER TO READ
1SUBROUTINE TO OUTPUT VALUES

CZFPB A0 CTRL BRIDGE L INx
TEST

11:

MACRO M1200

09 JUAN-B4

12:25

PAGE

%0 -2
SEQ 0093

PDP-11 NXM INTERRUPT

020514
020516

000012
002672

020526
020530
1065 020532
1066 020536
1067 020544

012605
012601
004737
042777
012701
000445

020520

121

111

116

013116
000100

161406

013630

.WORD
.MORD
LASCIZ

MOV
MOV

CALL

8IC
MOV

SLEN
INTBIT
/QINT/

(SP)«,RS
(SP)«,R1

tRESTORE REGISTERS

ENDERR

i+ GO PRINT OUT ENDING TERMINATOR

ENXM

s+ ABORT TEST

ORDYIE , SGDMA
OABORT ,R1

s DISABLE RDY INTERRUPT

3+ END TIMEOUT ERROR CONDITION
'

INTERRUPT WAS RECEIVED, CHECK FOR WHICH QNEX

d
1075 020552
1076 020560
1077 020566
2
1079 020574
1080 020602
1081 020610

042777
052777
012716
000002
017737
032737
001023

000100
000001
020574

161372

161354

BGNSRV

CONTS

8IC

#RDYIE , SAOMA

s+ DISABLE ROY INTERRUPT

MOV
8IT
BNE

SQINT, VAL
SONEX . VAL
604

+ READ INTERRUPT REGISTER
; CHECK FOR QNEX
; BRANCH IF OK

TRAP

CSERMRD

'WORD

ERR1S

n.-(s';

MOV
JSR

VAL,R1 GET VAL REGISTER TO READ
RS,BITSS
JSUBROUTINE TO OUTPUT VALUES

MOV
MOV

(SP)+,RS
(SP)+.R1

8IS
MOV

ENDSRV

#CMDACK , 3QCMD
OCONT4,(SP)

; SEND COMMAND ACK TO MASTER
s+ CORRECT STACK

L1003S:; art
161346
020000

002454 CONT&:
002454

: ERROR CONDITION, ONEX BIT NOT SET
"
ERRMRD 23.,.ERR1S
v

1086 020622

SETBITS QINT,INTBIT,VAL

020626
020632

010546
013701
004537

002454
012130

020642

121

111

1087 020654

004737

013116

LMORD
"MORD
"ASCIZ

116

CALL

: TELL OPERATOR ERROR

SLEN
INTBIT
/QINT/

SHOM WMAT WAS SET IN QINT REGISTER

;SAVE REGISTERS

JRESTORE REGISTERS

ENDERR

:+ GO PRINT OUT ENDING TERMINATOR

} END ERROR CONDITION
H

1092 020660
1093 020664

012701
005077

000000
161256

020670
020674

013700
104436

002444

020676
020702

012746
012746

000340
012652

020706

013746

002444

604

ENXM:

MOV
CLR

#0,R1
SQINT

TRAP

CHCVEC

MOV
MOV

#PRIOT7. -(SP)
OERRINT.-(SP)

CLRVEC
SETVEC

MOV

VECTOR
VECTOR,
RO
VECTOR,®ERRINT,OPRIO7
VECTOR, -(SP)

s+ EXIT NORMALLY CODE
:+ CLEAR INTERRUPT REGISTER
; SET UP INTERRUPT VECTOR

MACRO M1200

09 -UAN-84

12:25

PAGE

S0-3

SEQ 0094

TEST 11: POP-11 NXM INTERRUPT

020712
020716
020720
1096 020724
1097
1098 020732

012746
104437
062706
052777

000207

000003
000010
000100

161214

MOV
TRAP
ADD
8IS

OERRIE ,SQINT

RTS

s+ ENABLE ERROR INTERRUPT

—————

CZFPB-A.0 CTRL BRIDGE LINx

CZFPB-A.0 CTRL BRIDGE LINK
TEST

12: DMA 2 WORDS,

MACRO M1200

09-JAN-84 12:25

PAGE S1

VAX TO PDP-11

1100
llo‘
1102
1108
1104
1105
1106
1107
1108

LSBTTL
-+

TEST 12: DMA 2 WORDS, VAX TO PDP-11

] '.......““.“......0Q..‘.‘....‘..‘..‘.“....‘.‘00‘..0.“....0.......‘..

s TEST DESCRIPTION-

: WMRITE 2 WORDS FROM COMMAND BRIDGE TO CONTROL
s CHECK DATA
sTEST STEPS[
-

ilo’

] .“..“..‘..O..‘........“.............‘.‘..‘.‘.....“..‘....‘.‘....‘..“

1110
1111 020734

020734
020734 012737 000014 002114
020742
004737
013034
1112 020746 013701 002532

1113 020752 012702 026000
1114 020756
020756

1115 020760
1116 020766
1117 02C770
1118 020772
1119 020774
{g 020776

104422

032777 004000
001020
005302
001371
005301
001365

TEST12::
8s:

108:

161160

STATST

MOV
CALL
MOV
MOV

012,LSTEST
DEFAULT,R1
OTIMOUT .R2

8IT
BNE
DEC
BNE
DEC
BNE

OCMOPRS , SQINT
204
R2
104
R1
'

BREAK
TRAP

BMSG

CHBRK

sTEST MUMBER FOR ERROR MESSAGES
sCHECK FOR PNT FLAG
s SECONDS OF TIME OUT
: TINE OUT VALUE TO R2
s COMMAND PRESENT?
:+ IF COMMAND PRESENT, BRANCH
: DECREMENT TIMEOUT REGISTER
s IF NOT IN TIMEOUT, TRY AGAIN
:+ DECREMENT SECOND TIMER
: IF NOT TIMEOUT, AGAIN

{gg

:+ TIMEOUT ERROR CONDITION

1124 021000 012701
1125 021004
021004
021006
021010
021012
1126 021014

000000

104456
000030
000000
006506
004737

013116

{{22: 021024

000137

021706

1127 021020

012701

013630

MOV

#0,R1

ERRMRD
TRAP
LMORD
MORD
.MORD
CALL

24., ,ERR2
CSERMRD
24
O
ERR2
ENDERR

MOV

SABORT ,R1

: REGISTER @ TO R1
:

TELL OPERATOR TIMEOUT¢

+ GO PRINT OUT ENDING TERMINATOR

s+ ABORT CODE TO R1
:+ ABORT TEST

&gg

+ END TIMEOUT ERROR CONDITION

{gg

; COMMAND PRESENT WAS REALLY THERE

1134 021030

204

]

1135 021030
1136 021036
1137 021044
1138 021052
1139 021060

052777
012777
017737
013777
017737

}{:5 021074

001412

1140 021066

032737

000020
000000
161120
002514
161104
177757

161112
161122
002514
161074
002516
002516

8IS
MOV
MOV
MOV
MOV

@QVREN, 8ACTL
€0, 8QVAD
SQVDA,LOW16
LOW16, 8aUBA
SQVDA
, HI2

s READ ENABLE
+ CLEAR VIEW REGISTER
: READ LOW 16 BITS OF UNIBUS ADORESS
s+ LOAD LOW 16 BITS OF UNIBUS ADDRESS
s READ WI 2 BITS OF UNIBUS ADORESS

BEQ

304

s+ BRANCH IF OK

8IT

*CBITAIBITS, HI2

SEE IF ONLY BITS & AND S ARE SET

fi:‘s

+ ERROR CONDITION, MORE THAN BITS 4 OR S SET FOR EXTENDED ADDRESS ON UNIBUS

1145 021076
021076
021100

021102

104456
000031

000000

ERRMRD

25., .ERR10

.MORD

TRAP
LMORD

CIERMRD
2%

TELL OPERATOR ERROR

CZFPB-A.0 CTRL BRIDGE LINK
12: DMA 2 WORDS,

021104

1146 021106
1147 021112
{::: 021116

09-JAN-84 12:25

PAGE S1-1
SEQ 0096

VAX TO PDP-11

007740

004737
012701
000137

.WORD

013116
013630
021706

CALL
MOV
JMe

ERR10

ENDERR
®ABORT ,R1
EN

GO PRINT OUT ENDING TERMINATOR

ABORT CODE TO R1
END TEST

1150

1151
1152 021122
1153 021122

{{g; 021130

+ END ERROR CONDITION

0S3777

017737

002516

161034

161022

002512

BIS

MOV

HI2, SQDMA

SET UP EXTENDED BITS IN ExP
READ WORD COUNT FROM VIEW

WORD
. COUNT ,R1
R1
FREMEM,R2
(R2)+
R1

GET WORD.COUNT IN R1
CHANGE FROM 2°'S COMP
STARTING ADORESS OF BUFFER
CLEAR BYTE IN BUFFER
DECREMENT COUNTER
BRANCH BACK IF NOT DONE

SQVDA, WORD . COUNT

}}3?

s CLEAR BUFFER

1158 021136
1159 021142
1160 021144
1161 021150
1162 021152
{{8 021154

013701
005401
013702
005022
005301

002512
002502

354:

001375

MOV
NEG
MOV
CLR
DEC
e

354

flfi

3+ BUFFER CLEARED, SET UP FOR DMA

1167 021156
1168 021164

1169 021172
1170 021200
1171 021206

013777
013777
042777
042777

002512
062502

037400
000002

160774
160764

160752
160744

MOV
MOV

8IC
8IC
CLRVEC

WORD . COUNT
, 8QuC
FREMEM, 8QBA
037400, 8GDMA
SOMAWT
, BQACMA
VECTOR

MAKE SURE Q-BUS EXTENDED BITS ARE ZERO

VECTOR,#CO1,#PRIO7

SET UP NEW INTERRUPT VECTOR

®ERRIE
, SQINT
ORDY
IE , SADMA

ENABLE ERROR INTERRUPT
ENABLE RDY INTERRUPT
INITIATE DMA TRANSFER

021206
021212

013700
104436

002444

MOV
TRAP

VECTOR,RO
CSCVEC

021214
021220
021224
021230
021234
021236

012746
012746
013746
012746
104437
062706

000340
021340
002444
000003

MOV
MOV
MOV
MOV
TRAP
ADD

#PRIOT7, -(SP)
#C01, -(SP)
VECTOR, -(SP)
o3, -(SP)
CsSVEC
010,5P

11;2 021256

052777

000001

8IS

0G0, SQDMA

1172 021214

1173 021242
1174 021250

052777
052777

000010
000100
000100

SETVEC

160676
160674

8IS
8IS

160666

MOVE WORD COUNT INTO QWC REGISTER
START ADDRESS OF BUFFER TO QBA

SET UP FOR VAX TO POP DMA TRANSFER

{{;‘

: WAIT FOR INTERRUPT

1179 021264
1180 021270

013701
012702

021274
1182 021276
1183 021300
1184 021302
fia 021304

104422
005302
001375
005301
001371

1181 021274

002532
026000

404
aSs;

MOV
MOV

DEFAULT,R1
OTIMOUT,R2

TRAP
DEC
BHE
DEC
BHE

C$BRK
LE
454
R1
404

BRE AK

NUMBER OF SECONDS OF TIMEOUT
TIME OUT DELAY TO R2

ALLOW CONTROL C

DECREMENT TIMEOUT
IF NOT DONE LOOP
DECREMENT SECOND COUNTER
IF NOT DONE, LOOP

{{:;

s+ ERROR CONDITION, TIMEOUT OCCURED WAITING FOR INTERRUPT

1189 021306

021306

021310
021312

104456

000032
000000

ERRHRD

26.,.ERR7

.MORD
.MORD

26
O

TRAP

CS$ERHRD

TELL OPERATOR TIMEOUT

|C——

TEST

MACRO M1200

CZFPB-A.0 CTRL BRIDGE LINX
TEST

12:

DMA 2 WORDS,

021314
1190 021316
1191 021322
1192 021330
1193 021334

MACRO M1200

09-JAN-84

12:25

PAGE S1-2

SEQ 0097

VAX TO PDP-11

007424
004737
042777
012701
000137

013116
000100
013630
021706

CALL
8I1C

160622

MOV
JHP

ERR7
ENDERR

®RDYIE
, SGDMA

ABORT,R1
i

GO PRINT OUT ENLING TERMINATOR
CLEAR INTERRUPT BIT
ABORT CODE

TO R1

BRANCH TO END OF

TEST

+ END ERROR CONDITION
'

s+ DMA INTERRUPT SHOULD GO HERE

042777
012716

000100

021354

160604

COo1::

L10036:
032777
001412

100000

160564

co2:

BGNSRY

CO1

B8IC
MOV

ORDYIE, SQDMA
oC02,(SP)

CLEAR INTERRUPT BIT
CORRECT STACK

®ERR ,BQINT

ERROR INTERRUPT?
BRANCH IF NO ERROR INTERRUPT

ENDSRV

RTI

BIT

BEQ

+ ERROR CONDITION, ERROR INTERRUPT OCCURED
ERRMRD

TRuP

104456
000033

1210
1211
1212
1213
1214
1215
1216
1217
1218

021372
021374
021400
021404

000000
010030
004737
012701
000137

LMORD
MORD
"MORD
CALL

013116
013630
021706

MOV
P

27.,.ERR11

CSERHRD

27
O
ERR11
ENDERR

@ABORT ,R1
EN

TELL OPERATOR ERROR INTERRUPT OCCURED

GO PRINT OUT ENDING TERMINATOR
ABORT CODE TO R1
BRANCH TO END OF TEST

+ END ERROR CONDITION

021410
021410
021416
021416
021422
1219 021424
1424

021430
021434
021440

052777

160524

SOs:

OCMDACK,
VECTOR

TRAP

CSCVEC

MOV
MOV
MOV
MOV
TRAP
ADD

#PRIO7. -(SP)
SERRINT, -(SP)
VECTOR, -(SP)
03, -(SP)
CeSVEC
#10,5P

MOV

013700
104436
012746
012746
013746
012746
104437
062706
052777

8IS
CLRVEC

SETVEC

000340
012652

000010
000100

160466

8IS

VECTOR,RO

TELL MASTER DAM DONE

CLEAR VECTOR

VECTOR,®ERRINT,#PRIO7

SET UP INTERRUPT VECTOR

#ERRIE
, SAINT

ENABLE ERROR INTERRUPT

: NOW CHECK DATA
013701
013702
005402

002512
§

1229
1230 021472

MOV
MOV
NEG

FREMEM,R1
WORD
. COUNT , R2
R2

R1 TO START OF BUFFER
R2 GETS WORD COUNT

CHANGE WORD COUNT FROM 2'S COMP

s+ NOW CHECK BUFFER AGAINST PATTERN
005037

CLR

ERROR1

CLEAR ERROR COUNTER

CZFPB-A.0 CTRL BRIDGE LINK
TEST

12: DMA 2 WORDS,

1231 021476
1232 021502
1233 021506
1234 021512
1235 021516
1236 021524
1237
1238
1239
1240 021526
1241 021532
1242 021534
021534

MACRO M1200

09-JUAN-84

H&
12:25

PAGE

S51-3

SEQ 0098

VAX TO PDP-11

1008

012704
012703
012137
012337

1108
002456

023737

001442

MOV
MCV
MOV
MOV
cvp
BEQ

02,R4
o0P1 ,R3
(R1)+,VAL
(R3)+,ExP
VAL .E~P
130

]

3
'
s
’
s
’

@ OF WORDS IN PATTERN
R3 GETS PATTERN ADORESS

GET WORD FROM BUFFER
GET EXPECTED PATTERN IN ExP
COMPARE VALUE WITH EXPECTED
IF Ox, BRANCH

s+ ERROR CONDITION, NOT WHMAT EXPECTED IN BUFFER
[l

005737
001004

104456

000034
000000
007530

005237
022737
103425
013737
005437
160237

002462
000012

013746
013746
013746
012746

012746
010600
104415
062706

TS7

ERROR1

[l ANY OTHER ERRORS OCCURED

ERRHRD
TRAP
.WMORD
.MORD
.WORD

28.,.ERRS
CSERMRD
28
O
ERRS

’ PRINT ERROR HARD MESSAGE

BNE

1208

1204

INC
cP
8CS
MOV
NEG
SUB

ERROR1
#10. ,ERROR1
1304
WORD .COUNT ,COUNTER
COUNTER
R2,COUNTER

002456

MOV

EXP,-(SP)

002474
004230

MOV
MOV

COUNTER, -(SP)
#O0R10, -(SP)

000012

MOV
TRAP
ADD

.
CSPNTX
212,5P

002512
002474
002474

002462

002474

PRINTX

@&FOR10,COUNTER,VAL
,EXP

' SKIP HMEADER ERROR IF ALREADY PRINTED

[l
H
[l
;
[l

INCREMENT ERROR COUNTER
SEE _IF TOO MANY MESSAGES PRINTED
IF TOO MANY, BRANCH

CALCULATE WORD NUMBER
CHANGE WORD COUNT FROM 2°'S COMP

; PRINT DETAIL LINE

3+ END ERROR CONDITION

[}

1304:

005302
001403

BEQ
DEC
BNE

000715

R2
1408
28]
1108

100

]
[l
3
:

DECREMENT WORD COUNT
SRANCH OUT IF DONE
DECREMENT PATTERN WORD COUNT
BRANCH IF NOT DONE WITH PATTERN

s+ BRANCH IF DONE WITH PATTERN

s BUFFER CHECKED, PRINT TOTAL ERROR COUNT IF NECESSARY
3

002462

140%;

BEQ

PRINTB

002462
004253
000002
000006
013116

150¢

#FOR11,ERROR1

MOV
MOV

ERRORL, -(SP)
#O0R11,-(SP)

MOV
TRAP
ADD

SP,RO
CIPNTB
6, SP

CALL

ERROR1

s END OF TEST

ENDERR

’ ANY ERRORS

: IF NO ERRORS, BRANCH
'

TELL TOTAL ERROR COUNT

H GO PRINT OUT ENDING TERMINATOR

CZFPB-A.0 CTRL BRIDGE LINK
TEST

12:

DMA 2 WORDS,

1270 021702
1271 021706
021706
021712
1272 021714
021714
021720
021724
021730
021734
021736
1273 021742
1274
1275 021750
1276
1277

1281

MACRO M1200

09-JUAN-84

12:25

PAGE

S1-4

SEQ 0099

VAX TO PDP-11

012701

000000

013700
104436

002444

012746
012746
013746
012746
104437
062706
052777

000340
012652

150%:

EN:

002444
000003

000010
000100

MOV
CLRVEC
MOV

160176

00,.R1
VECTOR
VECTOR,RO

TRAP

CSCVEC

MOV
MOV
MOV
MOV
TRAP
ADD

PRIO7. -(SP)
SERRINT, -(SP)
VECTOR, -(SP)
03, -(SP)
CHSVEC
010,5P

RTS

SETVEC

8IS

000207

DP1:

LMORD
.MORD

END TEST NORMALLY

CLEAR VECTOR

VECTOR,®ERRINT,OPRIO?

SET UP INTERRUPT VECTOR

OERRIE
, SQINT

ENABLE ERROR INTERRUPT

RETURN TO MAINLINE

: DATA PATTERN FOR TEST
055132
122645

55132
122645

CZFPB-A.0 CTRL BRIDGE LINK
TEST

13:

DMA 2 WORDS,

MACRO M1200

09-JUAN-84

12:25

PAGE 52

SEQ 0100

PDP-11 TO VAX

1283

.SBTTL

1284
1285
1286
1287
1288
1289
1290
1291
1292

TEST 13: DMA 2 WORDS, PDP-11 TO VAX

1 0808 0 40 0 8040048000080000080800800008000800008800800800000008000000000000
goe

s TEST DESCRIPTIONs _WRITE 2 WORDS FROM CONTROL BRIDGE TO COMMAND BRIDGE
s TEST STEPSH

: ;;.‘..“.‘.““..‘...‘...‘.‘.‘......"““.‘..‘.‘...‘........‘....‘..‘..‘

1293 021756

012737
004737
013701
012702

002114

TEST13::

8s:

10%:

104422
032777
001020
005302
001371
005301
001365

160136

STATST

MOV
CALL
MOV
MOV

13 ,L$TEST
BMSG
DEFAWLT,R1
OTIMOUT ,R2

s TEST NUMBER FOR ERROR MESSAGES
1CHECK FOR PNT FLAG
s+ SECONDS OF TIME OUT
l TIME OUT VALUE TO R2

TRAP
BIT

C$BRK
S#CMDPRS , BQINT

s+ COMMAND PRESENT?

BREAK

BNE
DEC
BNE
DEC
BNE

204
Re
10¢
=M
8s

:
s+
s
s+
:

IF COMMAND PRESENT, BRANCH
DECREMENT TIMEOUT REGISTER
IF NOT IN TIMEOUT, TRY AGAIN
DECREMENT SECOND TIMER
IF NOT TIMEOUT, AGAIN

s TIMEOUT ERROR CONDITION
’

012701

#0,R1

TRAP

CSERHRD

CALL
MOV
JHP

ENDERR
®ABORT ,R1
€EQ

ERRHRD

104456
000035

000000
006506
004737
012701
000137

MOV

.WORD
.MORD
.WORD

013116
013630
022530

29.,.ERR2

29
O
ERR2

3+ REGISTER @ TO R}
s

TELL OPERATOR TIMEOUT¢

3 GO PRINT OUT E'OIMS TERMINATOR
s+ ABORT CODE TO
R

s+ ABORT TEST

END TIMEOUT ERROR CONDITION

COMMAND PRESENT WAS REALLY THERE
052777
012777

017737
013777
017737
032737
001412

208
:
160076
002514
160062
177757

8IS

#QVREN, 8QCTL

3+ READ ENABLE

O'ClITMIIYS HI2

3 SEE IF ONLY BITS 4 AND S ARE SET

MOV
MOV
MOV
MOV

€0,
AD
SQVDA,LOW16
LOW16, SQUBA
SQVDA ,HI2

BEQ

30¢

BIT

3
3+
s
1+

CLEAR VIEW REGISTER
READ LOW 16 BITS OF UNIBUS ADDRESS
LOAD LOW 16 BITS OF UNIBUS ADDRESS
READ HI 2 BITS OF UNIBUS ADDRESS

3+ BRANCH IF 0K

s+ ERROR CONDITION, MORE THAN BITS 4 OR S SET FOR EXTENDED ADDRESS ON UNIBUS
5

104456
000000
007740

ERRHRD
TRAP

.WORD
.MORD
.MORD

30.,,ERR10

CS$ERMHRD

30
©
ERR10

TELL OPERATOR ERROR

13:

DMA 2 WORDS,

1328 022130
1329 022134
1330 022140
1331
1332
1333
1334 022144
1335 022144
1336 022152
1337
1338
1339
1340 022160
1341 022164

PAGE S2-1

SEQ 0101

POP-11 TO VAX

004737
012701

000137

CALL
MOV
JMP

013116
013630
022530

ENDERR
OABORT ,R1
EQ

3+ GO PRINT OUT ENDING TERMINATOR
s+ ABORT CODE TO R1
3+ END TEST

TEST

09-JAN-84 12:25

IK8

+ END ERROR CONDITION
053777

017737

002516
160012

160000
002512

308

BIS
MOV

HI2, S5QDMA
SQVDA , WORD . COUNT

a—————

CZFPB-A.0 CTRL BRIDGE LINK

MACRO M1200

s SET UP EXTENDED BITS IN ExP
s+ READ WORD COUNT FROM VIEW

s+ MOVE DATA PATTERN TO BUFFER

013703
013702
005402
012704
012701
012123

002512

40%:

022532

S0 :

MOV
MOV
NEG
MOV
MOV
MOV
DEC

BEQ
DEC
BNE
BR

FREMEM,R3
WORD . COUNT ,R2
R2
#2,R4
#0P2,R1
(R1)+,(R3).
R2
554
R4
S0¢
40¢

+
3+
s+
s+
3+
s+
s+

+
+
s+
s+

GET STARTING ADDRESS OF BUFFER IN R3
GET WORD COUNT TO R2
CHANGE
WORD COUNT FROM 2'S COMP
@ OF WORDS IN PATTERN
POINT TO PATTERN
MOVE PATTERN WORD TO BUFFER
DECREMENT WORD COUNT

BRANCH IF DONE
DECREMENT PATTERN WORD COUNT
IF NOT LAST PATTERN WORD, LOOP
START ALL OVER AGAIN

s+ BUFFER TAKEN CARE OF, SET AND WAIT FOR INTERRUPT
3

S5¢:

013700
104436
000340

000003
000010

037400
000002
000100
000100
000001

3+ CLEAR ERR INTERRUPT VECTOR

TR»
SETVEC

CsCveEC
VECTOR,#CO01,oPRIO7

MOV
MOV

#C001, -(SP)
VECTOR, -(SP)

TRAP

CSSVEC

ADD
MOV
MOV
BIC
BIS
BIS
8IS
8IS

157700

157670
157656

157650
157642
157630
157626

VECTOR,RO

SET UP INTERRUPT VECTOR

#10,5P
WORD . COUNT , 8QWC

s+ MOVE WORD COUNT INTO QWC REGISTER

. SQOMA
SROYIE , SQDMA
#ERRIE , SQAINT
oGO,

s+
s+
3+
+

F
.
437400, SQDMA

s+ START ADORESS OF BUFFER TO QBA
3+ MAKE SURE Q-BUS EXTENDED BITS ARE ZERO

SET UP FOR PDP TO VAX DMA TRANSFER
SET RDY ENABLE BIT
MAKE SURE ERR INTERRUPT IS MED
INITIATE DMA TRANSFER

3 WAIT FOR INTERRUPT
013701
012702
104422
005302

002532

604 :
654:

001375
005301
001371

MOV
MOV
BREAK

DEFAULT,R1
OTIMOUT ,R2

DEC
BNE
DEC
BNE

R2
654
R1
60

TRAP

C$BRK

+ NUMBER OF SECONDS OF TIMEOUT
s+ TIME OUT DELAY TO R2
s+ ALLOW CONTROL C

+
+
+
+

DECREMENT TIMEOUT
IF NOT DONE LOOP
DECREMENT SECOND COUNTER
IF NOT DONE. LOOP

+ ERROR CONDITION, TIMEOUT OCCURED WAITING FOR INTERRUPT

——

1357 022260
1358 022266
1359 022274
1360 022302
1361 022310
1362 022316
1363
1364
1365
1366 022324
1367 022330
1368 022334
022334
1369 022336
1370 022340
1371 022342
1372 022344
1375
1374
1375

012746
012746
013746
012746
104437
062706
013777
013777
042777
052777
052777
052777
052777

VECTOR

022224
022230
022234
022240
022244
022246
1356 022252

CUWEC

CZFPB-A.0 CTRL BRIDGE LINK
TEST

13:

MACRO M1200

09-JUAN-84

12:25

PAGE

S2-2

SEQ 0102

DMA 2 WORDS, PDP-11 TO VAX

1376 022346

022346
022350
022352
022354
1377 022356
1378 022362
1379 022370

1380 022574

1381

ERRHRD

104456
000037
000000
007424
004737
042777
012701
000137

013116
000100
013630
022530

CSERMRD

CALL

ENDERR

.MORD
.MORD
.WORD

157562

31.,.ERR7

TRAP

8IC

MOV
JMP

31
©
ERR7

ORDYIE, SBQDMA

@ABORT ,R1
EQ

TELL OPERATOR TIMEOUT

GO PRINT OUT ENDING TERMINATOR
CLEAR INTERRUPT BIT
ABORT CODE TO R1
BRANCH TO END OF TEST

+ END ERROR CONDITION
.

s+ DMA INTERRUPT SHOULD GO HERE
'

042777
012716

000100
022414

157544

CO01::

L10037;
032777
001414

100000

157524

C002:

BGNSRY

CCO1

B8IC
MOV

O®ROYIE , SQDMA
#C002,(SP)

CLEAR INTERRUPT BIT
CORRECT STACK

OERR, BQINT

ERROR INTERRUPT?

ENDSRV

RTI

BIT

BEQ

70¢

BRANCH IF NO ERROR INTERRUPT

+ ERROR CONDITION, ERROR INTERRUPT OCCURED
ERRHRD

104456
010030
004737
012701
000137

TELL OPERATOR ERROR INTERRUPT OCCURED

.WMORD

32.,,ERR11
CS$ERHRD
32

CALL
CLR
MOV
JP

ENDERR
SQINT
®ABORT ,R1
EQ

GO PRINT OUT ENDING TERMINATOR

TRAP

.MORD
.WORD

013116
157502

013630

022530

O
ERR11

CLEAR INTERRUPT REGISTER
ABORT CODE TO R1
BRANCH TO END OF TEST

s+ END ERROR CONDITION
8

052777

157460

704 :

013700
104436

022512
1408 022516
1409
1410
1411
1412 022524
1413 022530

012746
012746
013746
012746
104437

052777

CLEAR VECTOR

VECTOR,#ERRINT,#PRIO7

SET UP INTERRUPT VECTOR

VECTOR,RO
CsCVEC

MOV
MOV
MOV

#PRIO7, -(SP)
#ERRINT, -(SP)
VECTOR, -(SP)

TRAP
ADD

157422

#CMDACK,
VECTOR

MOV
TRAP

SETVEC

000340
012652

000010
000100

8IS
CLRVEC

BIS

CeSVEC
#10,SP

TELL MASTER DAM DONE

®ERRIE, BQINT

ENABLE ERROR INTERRUPT

®0,R1

END TEST NORMALLY

s+ END OF TEST
012701

MOV

CZFPB-A.0 CTRL BRIDGE LINK

MACRO M1200

07-JUAN-84 12:25

PAGE 52-3

SEQ 0103

TEST 13: DMA 2 WORDS, POP-11 T0 VAX
1414 022530
1415

000207

1416

1417
1418
1419 022532
1420 022534

RTS

+ DATA PATTERN FOR TEST

055132
122645

oP2:

.WORD
. WORD

55132
122645

:+ RETURN TO MAINLINE

CZFPB-A.0 CTRL BRIDGE LINK

MACRO M1200

09-JAN-84

12:25

PAGE

N8
S3

SEQ 0104

TEST 14: DMA VAX TO PDP-11
1422
1423
1424
1425

.SBTTL

'00

s TEST DESCRIPTIONs WRITE LARGE BUFFER FROM COMMAND BRIDGE TO CONTROL BRIDGE
3+ CHECK DATA
s TEST STEPS-

1426

1427

1428
1429
1430

: ;;‘.“‘0..‘.....0“‘.0.....‘...‘....‘...‘.‘0.“.‘..‘......“..‘..‘.‘....‘

1431

1432

1433 022536

1434 022550
1435 022554
1436 022560
1437
1438 022570
1439 022572

1440
1441
1442
1443
1444
1445
1446
1447

TEST 14: DMA VAX TO PDP-11

11000000000000000000000000000000000000000000000000000000000000000000000000

022574
022576
022600

012737
004737
013701
012702

002114

TEST14::

8%:

10%:

104422
032777
001020

STATST

MOV
CALL
MOV
MOV

BREAK

TRAP

B8IT
BNE
DEC
BNE
DEC
BNE

157356

001371
005301
001365

#14,LS$TEST
BMSG
DEFAULT,R1
OTIMOUT ,R2
C4BRK

OCMOPRS , 8QINT
20¢
R2
104
R1
8s

s TEST NUMBER FOR ERROR MESSAGES
1+CHECK FOR PNT FLAG
s+ SECONDS OF TIME OUT
s+ TIME OUT VALUE TO R2

+
+
+
s
+
+

COMMAND PRESENT?
IF COMMAND PRESENT, BRANCH
DECREMENT TIMEOUT REGISTER
IF NOT IN TIMEOUT, TRY AGAIN
DECREMENT SECOND TIMER
IF NOT TIMEOUT, AGAIN

s+ TIMEOUT ERROR CONDITION
.

022602
022606
022606
022610
022612
022614

MOV

®0,R1

TRAP

CSERMHRD

CALL
MOV
JP

ENDERR
®ABORT ,R1
EW

ERRMRD
.MORD
.MORD
.MORD

013116
013630
023452

33., .ERR2

33
O
ERR2

+ REGISTER @ TO R1
+

TELL OPERATOR TIMEOUT¢

+ GO PRINT OUT ENDING TERMINATOR
+ ABORT CODE TO R1
s+ ABORT TEST

END TIMEOUT ERROR CONDITION
COMMAND PRESENT WAS REALLY THERE

052777
012777

017737
013777

017737
032737
001412

157316

157310
157320

208

157302
177757

8IS
MOV
MOV
MOV
MOV
BIT
BEQ

OGVREN,SQCTL

€0, 8QVAD
SQVDA,LOW16
LOW16, 8QUBA
SQVDA,HI2
O*CBITA!BITS, HI2
304

1+ READ ENABLE

s
i+
s+
3+
s
+

CLEAR VIEW REGISTER
READ LOW 16 BITS OF UNIBUS ADDRESS
LOAD LOW 16 BITS OF UNIBUS ADDRESS
READ HI 2 BITS OF UNIBUS ADDRESS
SEE IF ONLY BITS 4 AND S ARE SET
BRANCH IF OK

3+ ERROR CONDITION, MORE THAN BITS 4 OR S SET FOR EXTENDED ADDRESS ON UNIBUS
'

104456

TRAP

.MORD
.MORD

34.,.ERR10
CSERMHRD

34
O

:+ TELL OPERATOR ERROR

CZFP8 A .0 CTRL BRIDGE L Inx
TEST

MACRO M1200

09 JAN-B4 12:25

PAGE

%% 1
SEQ 0105

14: DMA vAX Y0 PDP. 11

022706
14¢8 022710
Ty 022714
1470 022720
1471
1472
1473

1478

022724

007740
004737
012701
000157

.WORD

CALL
MOV

015116

013630

023452

ERR10

ENDERR
O®ABORT ,R1
Ew

GO PRINT OUT ENDING TERMINATOR
ABORT CODE TO R1
END TEST

3 END ERROR CONDITION
H

1475 022724
1476 0227%2
1477
1478

0538777
017787

022740
022744
022746

013701
005401
013702
005022
005301
001375

002516

1572%2

157220
002512

30%:

HI2, S0DMA

SET UP EXTENDED BITS IN ExP
READ WORD FROM VIEW

MOV
NEG
MOV

WORD .COUNT ,R1
R1
FREMEM,
R2

DEC

GET WORD.COUNT IN R1
CONVERT WORD COUNT FROM 2°'S COMP
STARTING ADORESS OF BUFFER
CLEAR WORD IN BUFFER
DECREMENT COUNTER
BRANCH BACK IF NOT DONE

815

MOV

SQVDA
, WORD . COUNT

s+ CLEAR BUFFER

1479

002512

35¢:

CLR

BNE

(R2).

35¢

“

s BUFFER CLEARED, SET UP FUR DMA
013777
013777
042777
042777

002512
002502
037400
000002

157172
157162
157150
157142

8IC
8IC
CLRVEC

013700
104436
012746
012746
013746
012746
104437
062706
0352777
052777
052777

000003

000100
000001

157074
157072
157064

WORD . COUNT
, 8QuC
FREMEM, SOBA

MAKE SURE Q-BUS EXTENDED BITS ARE ZERO

VECTOR,eCOP1,0PRIO?

SET UP NEW INTERRUPT VECTOR

cenxt.nxm
ORDYIE, SQDMA
cco.m

ENABLE FRROR INTERRUPT
ENABLE RDY INTERRUPT
INITIATE DMA TRANSFER

VECTOR,RO
CsCvEC

MOV
MOV
MoV
MOV
TRAP
ADD

#PRIO7,-(SP)
oCOP1, -(SP)
VECTOR, -(SP)
03, -(SP)
CeSVEC
010,5P

8IS
8IS
8IS

MOVE WORD COUNT INTO QWC REGISTER
START ADDRESS OF BUFFER TO QBA

037400, SQDMA
SDMAWT
, BADMA
VECTOR

MOV
TRAP

SETVEC

000340
023142

000010

MOV
MoV

SET UP FOR VAX TO POP DMA TRANSFER

3 WAIT FOR INTERRUPT
023066
023072
023076
023076
023100
023102
023104
023106

002532

404

454;

MOV
MOV

DEFAULT
R
OTIMOUT ,R2

TaAP
DEC
BNE
DEC
BNE

C$BRX
Re
454
R1
404

BREAK

NUMBER OF SECONDS OF TIMEOUT
TIME OUT DELAY

ALLOW CONTROL C

TO R2

DECREMENT TIMEOUT
IF NOT DONE LOOP
DECREMENT SECOND COUNTER
IF NOT DONE, LOOP

1510
1511 023110
023110
023112
023114

s+ ERROR CONDITION, TIMEOUT OCCURED WAITING FOR INTERRUPT
[l

ERRHRD
TRAP

3S.,.ERR?
g;em

L.MORD

TELL OPERATOR TIMEOUT

C9
CZ¥PB A0 CTRL BRIDGE L INX
TEST

14:

DMA vAX

023116
1512 023120
15183 023124
1514 023182
1515 023136
1516
1517
1518
1519
1520
1521 023142
023142
1522 023142
1523 023150
1524 023154
023154
023154
023156
023156
023164

MACRO M1200

09 JUAN-84 12:25

PAGE

%3 2
SEQ 0106

T0O PDP-11

007424
004737
042777
012701

0001387

o185116

000100
013630
023452

LWORD

ERR7?

8IC

ORDYIE
, SQDMA

CALL

157020

MOV

ENDERR

GO PRINT OUT ENDING TERMINATOR
CLEAR INTERRUPT BIT

OABORT ,R1

ABORT CODE TO R1
BRANCH TO END OF

TEST

1+ END ERROR CONDITION
'

s+ DMA INTERRUPT SHOULD GO HERE
'

042777
012716

000100

023156

157002

COPL::

L10040:

032777

001414

100000

156762

cor2:

BGNSRY

COP1

8IC
MOV

ORDVYIE , SADMA
oCoP2,(SP)

+ CLEAR INTERRUPT BIT
+ CORRECT STACK

CERR , BQINT
504

s+ ERROR INTERRUPT?
+ BRANCH IF NO ERROR INTERRUPT

ENDSRYV

RTI

8IT
BEQ

CONDITION, ERROR INTERRUPT OCCURED
023166
023166
023170
023172
023174
023176
02
023212

104456

010030
004737
005077
012701
000137

052777

ERRHRD

gcé..enu

. WORD
.MORD
.WORD

O
ERR11

TRAP

CALL
CLR

013116
156740
013630
023452

MOV

156716

ENDERR
SQINT
®ABORT ,R1
Ew

: END ERROR CONDITION
;Oh

+
s+
+
+

GO PRINT OUT ENDING TERMINATOR
CLEAR INTERRUPT REGISTER
ABORT CODE TO R1
BRANCH TO END OF TEST

8IS

OCMDACK , 8QCMD

s TELL MASTER DAM DONE .

MOV
MOV
NEG

FREMEM,R1
WORD . COUNT ,R2
R2

s+ R1 TO START OF BUFFER
1 R2 GETS WORD COUNT
+ CONVERT WORD COUNT FROM 2°'S COMP.

: NOW CHECK DATA
013701
013702

+ TELL OPERATOR ERROR INTERRUPT OCCURED

s NOW CHECK BUFFER AGAINST PATTERN

1556
1557
1558
1559
1560 023272

005037
012704
012703
012137
012337
023737
001442

1004
:
1104
002456

CLR

MOV
MOV
MOV
MOV
ce
BEQ

ERROR]
0°2,R4

®0P3 ,R3

(R1)+,VAL
(R3)¢,EXP
VAL ,EXP
1304

1
s+
+
s+
1+
i

CLEAR ERROR COUNTER
@ OF WORDS IN PATTERN

R3 GETS PATTERN nooaess

GET WORD FROM BUFFER
GET EXPECTED PATTERN IN EXP
COMPARE VALUE WITH EXPECTED
IF O, BRANCH

CONDITION, NOT WHAT EXPECTED IN BUFFER
005737

TST

ERROR1

+ ANY OTHER ERRORS OCCURED

CZFPB-A.0 CTRL BRIDGE LIN
TEST

14:

MACRO M1200

09 -JUAN-84

12:25

PAGF

S35-3

SEQ 0107

DMA vAX TO PDP-11

1561 023276

:vt

1208:

000012

002512

002474
002474

. WORD

INC
cHP

ERROR1
010. ,ERROR1

; INCREMENT ERROR COUNTER
' SEE _IF TOO MANY MESSAGES PRINTED

MOV
NEG

WORD . COUNT , COUNTER
COUNTER

' CALCULATE WORD NUMBER
’ CONVERT WORD COUNT FROM 2°'S COMP

.WORD

PRINTX

MOV
MOV
MOV

002474
004230

MOV

130¢

R2,COUNTER

PRINT ERROR HMARD MESSAGE

i IF TOO MANY, BRANCH

@FOR10,COUNTER,VAL
.EXP

PRINT DETAIL LINE

EXP, -(SP)
VAL, -(SP)

COUNTER, -(SP)

#FOR10, -(SP)

04, -(SP)

TRAP

CHPNTX

ADD

000012

ERRS

MOV

MOV
1570
1571
1572
1573 023376
1574 023376
1575 023400
1576 023402
1577 023404
1578 023406
1579
1580
1581
1582 023410
1583 023410

SKIP MEADER ERROR IF ALREADY PRINTED

coeimo

SuUB

002456

TRAP

8CS

002474

1200 st

SP,.RO

212,5P

s END ERROR CONDITION
.

1350%:

DEC
BEQ
DEC

BNE
B8R

R2
140¢

fag

1104
1004

fl DECREMENT WORD COUNT
5 BRANCH OUT IF DONE

[ DECREMENT PATTERN WORD COUNT

f BRANCH IF NOT DONE WITH PATTERN
H BRANCH IF DONE WITH PATTERN

3 BUFFER CHECKED, PRINT TOTAL ERROR COUNT IF NECESSARY
B

140%:

1584 023414

1S7

ERROR1

' ANY ERRORS

PRINTB

@FOR11,ERROR1

;

BEQ

1504

002462
004253
000002

MOV
MOV

ERRORY
, -(SP)
#FOR11, -(SP)

000006
013116

MOV
TRAP

ADD
CALL

RO
CIPNTB

MOV

[l IF NO ERRORS, BRANCH
TELL

TOTAL ERROR COUNT

02,-(SP)

6, 5P
ENDERR

[l GO PRINT OUT ENDING TERMINATOR

s END OF TEST
012701

000000

013700
104436

002444

012746
012746
013746
012746
104437

000340
012652
002444
000003

1508;:

EM:

MOV

#0,R1

Vtéffl

VECTOR,RO

TRAP

CSCVEC

MOV

#PRIO7, -(SP)

SETVEC

VECTOR,®ERRINT,#PRIO?

MOV

SERRINT, -(SP)

TRAP

CSSVEC

MOV

VECTOR, -(SP)

' END TEST NORMALLY
’ CLEAR VECTOR
SET UP INTERRUPT VECTOR

CZFPB-A.0 CTRL BRIDGE LINx
TEST

14:

DMA VvAX

023502
1593 023506
1594
1595 023514
1596
1597
1598
1599

1600 023516
1601 023520
1602

MACRO M1200

09 -JUAN-84

12:25

PAGE

S3-4

SEQ 0108

TO PDP-11

062706
052777

000010
000100

156432

000207

ADD
8IS

010,5P

OERRIE ,@QINT

+ ENABLE ERROR INTERRUPT

RTS

s+ RETURN TO MAINL INE

+ DATA PATTERN FOR TEST
000000

177777

DP3:

. WORD
. WORD

177777

CZFPB-A.0 CTRL BRIDGE LIN
TEST

15: DMA PDP-11

MACRO M1200

09-UAN-84

12:25

PAGE 54

SEQ 0109

TO VAX

1604

LSBTTL

TEST 15: DMA PDP-11 TO VAX

1605

1 0 0 0 0 0 000000000000080008008008880000R
00000000000 0000 0000000000000 a0s

1606

goe

1610
1611

s TEST STEPS'

1607
1608
1609

s TEST DESCRIPTIONs+ WRITE LARGE BUFFER FROM CONTROL BRIDGE TO COMMAND BRIDGE.
s CHECK DATA

1612

1613

1 0 8 8 0 0 0 080000000000000000000000080800008080000080000000000000000000000

1614

1615 023522

023522

023522
023530
1616 023534
1617 023540

012737
004737
013701
012702

023544

104422

1618 023544

1619 023546
1620 023554
1621 023556
1622 023560
1623 023562
i:g 023564

032777
001020
005302
001371
005301

000017
013034
002532
026000

002114

004000

156372

TEST1S::
8s:

108

STATST

MOV
CALL
MOV
MOV

BRE AK

TRAP

BIT
BHE
DEC
BNE
DEC

001365

{:zzg

015,L8TEST
BMSG
DEFAWLT,R1
OTIMOUT ,R2

C$BRK

OCMOPRS , SQINT
204
e
108
ey
R

s TEST NUMBER FOR ERROR MESSAGES
;CHECK FOR PNT FLAG
s+ SECONDS OF TIME OUT
s TIME OUT VALUE TO R2
s+
s
+
s+
:
s

COMMAND PRESENT?
IF COMMAND PRESENT, BRANCH
DECREMENT TIMEOUT REGISTER
IF NOT IN TIMEOUT, TRY AGAIN
DECREMENT SECOND TIMER
IF NOT TIMEOUT,

AGAIN

s TIMEOUT ERROR CONDITION

1628 023

1629 023572

023572

023574
023576

012701
000046
000000

006506

{:g 023612

000137

004737
012701

MOV

#0,R1

TRAP

C $ERMRD

ERRHRD

104456

023600

1630 023602
1631 023606

000000

.MORD
.MORD

.MORD

013116
013630

CALL
MOV

024232

38.,.ERR2

38
O
ERRP2

ENDFE AR
@ABORT ,R1
€2

+ REGISTER ¢ TO R1
s

TELL OPERATOR TIMEOUT¢

+ GO PRINT OUT ENDING TERMINATOR
s+ ABORT CODE TO R1
+ ABORT TEST

ig!s‘;

s+ END TIMEOUT ERROR CONDITION
H

{2;-‘;

s+ COMMAND PRESENT WAS REALLY THERE

1638 023616

1639 023616
1640 023624
1641 023632
1642 023640
1643 023646
1644 023654

{82 023662

052777
012777
017737
013777
017737
032737
001412

000020
000000
156332
002514
156316
177757

156324
156334
002514
156306
002516
002516

208

8IS
MOV
MOV
MOV
MOV
8IT
BEQ

#QVREN, 8QCTL
#0,8QVAD
SQVDA,LOW16
LOW16, BQUBA
A NT2
O*CBITA!BITS, HI2

304

+
s+
s+
s+
s+
s+
s+

READ ENABLE
CLEAR VIEW REGISTER
READ LOW 16 BITS OF UNIBUS ADODRESS
LOAD LOW 16 BITS OF UNIBUS ADDRESS
READ MI 2 BITS OF UNIBUS ADDRESS
SEE IF ONLY BITS 4 AND S ARE SET

BRANCH IF 0K

{zz

s+ ERROR CONDITIOUN, MORE THAN BITS 4 OR S SET FOR EXTENDED ADDRESS ON UNIBUS

1649 023664

023664

023666
023670

104456

000047
000000

ERRHRD

TRAP

.MORD
LMORD

39.,.ERR10

C$ERHRD
39
O

TELL OPERATOR ERROR

CZFPB-A.0 CTRL BRIDGE LINX
TEST

1S:

MACRO M1200

PAGE S4-1

8 &
i10

DMA PDP-11 TO VAX

023672
1650 023674
1651 023700
i:fi 023704

1654
1655
1656 023710
1657 023710
{:3: 023716

007740
004737
012701

000137

.WORD
CALL
MOV
JMP

013116
013630
024232

1662 023724
1663 023730
1664 023734
1665 023736
1666 023742
1667 023746
1668 023750
1669 023752
1670 023754
1671 023756
{2;% 023760

0S3777
017737

002516
156246

156234
002512

3 END ERROR CONDITION
3
30%:
B81S
HI2, 8QDMA
MOV
SQVDA , WORD . COUNT

s SET UP EXTENDED BITS IN ExP
s READ WORD FROM VIEW

s+ MOVE DATA PATTERN TO BUFFER

013703
013702
005402
012704
012701
012123
005302
001403
005304
001373
000766

]

002502
002512
000002
024276

40%:
S0¢:

MOV
MOV
NEG
MOV
MOV
MOV
DEC
BEQ
DEC
BNE
BR

FREMEM,R3
WORD . COUNT ,R2
R2
o2,R4
#0P4 ,R1
am..umo
RrR2
55¢
R4
S0
408

3 BUFFER TAKEN CARE OF,

1676 023762 013777 002512 156170 iso:
013777
042777
052777

002502
037400
000002

013700
104436

002444

012746
012746
013746
012746

000340
024144
002444
000003

104437
062706
052777
052777
052777

000010
000100
000100
000001

156160
156146
156140

156072
156070
156062

MOV

MOV
8IC
8IS
CLRVEC
MOV
TRAP
SETVEC
MOV
MOV
MOV
MOV
TRAP
ADD
8IS
8IS
8IS

3
3
3
3
3
s
s+
3
3+
s
3

GET STARTING ADDRESS OF BUFFER IN R3
GET WORD COUNT TO R2
CONVERT WORD COUNT FROM 2'S COMP
® OF WORDS IN PATTERN
POINT TO PATTERN
MOVE PATTERN WORD TO BUFFER
DECREMENT WORD COUNT
BRANCH IF DONE
DECREMENT PATTERN WORD COUNT
IF NOT LAST PATTERN WORD, LOOP
START ALL OVER AGAIN

SET AND WAIT FOR INTERRUPT

WORD . COUNT , 8QWC

FREMEM, 8QBA
#37400, SGDMA
SOMAWT , SADMA
VECTOR
VECTOR,RO
CSsCvEC
VECTOR,eCOX1,8PRIO7
#PRIO7,-(SP)
oCOX1, -(SP)
VECTOR, -(SP)
#3,-(SP)
CeSVEC
#10,SP
S®ERRIE ,SQINT
O#ROYIE , SQDMA
0G0, SQDMA

s MOVE WORD COUNT INTO QUWC REGISTER

s START ADDRESS OF BUFFER TO QBA
3+ MAKE SURE Q-BUS EXTENDED BITS ARE ZERO
s SET UP FOR PDP TO VAX DMA TRANSFER

SET UP NEW INTERRUPT VECTOR

3+ ENABLE ERROR INTERRUPT
s+ ENABLE ROY INTERRUPT
s+ INITIATE DMA TRANSFER

]

{%
1688 024070
1689 024074
1690 024100
024100
1691 024102
1692 024104
1693 024106
{:;; 024110

;
s GO PRINT OUT ENDING TERMINATOR
s ABORT CODE T0 R1
s END TEST

{:;;

1677 023770
1678 023776
1679 024004
1680 024012
024012
024016
1681 024020
024020
024024
024030
024034
024040
024042
1682 024046
1683 024054
{m 024062

ERR10
ENDERR
®ABORT ,R1

[

{zo

1696

09-JAN-84 12:25

3 WAIT FOR INTERRUPT
013701
012702
104422
005302
001375
005301
001371

002532
026000

604:
654

]

MOV
MOV
BREAK
TRAP
DEC
BNE
DEC
BNE

DEFAULT,R1
OTIMOUT ,R2
C4BRK
R
654
R1
604

s NUMBER OF SECONDS OF TIMEOUT
s TIME OUT DELAY TO R2
s ALLOW CONTROL C
s+ DECREMENT TIMEOUT
s+ IF NOT DONE LOOP
+ DECREMENT SECOND COUNTER
s+ IF NOT DONE, LOOP

3 ERROR CONDITION, TIMEOUT OCCURED WAITING FOR INTERRUPT

CZFPB-A.0 CTRL BRIDGE LINK
TEST

15:

MACRO M1200

HY
O09-JUAN-84

12:25

PAGE

S4-2

SEQ 0111

DMA PDP-11 TO VAX

1697
1698 024112
024112
024114
024116
024120
1699 024122
1700 024126
1701 024134
024140
1703
1704
1705
1706

104456
000050
000000
007424
004737
042777
012701
000137

013116

000100

013630

ENDERR

'l GO PRINT OUT ENDING TERMINATOR

O®ABORT ,R1

[} ABORT CODE TO R1

8IC

ORDYIE , SQDMA

JMP

TELL OPERATOR TIMEOUT

; CLEAR INTERRUPT BIT

: BRANCH TO END OF TEST

3 END ERROR CONDITION
:

s DMA INTERRUPT SHOULD GO HERE
’

042777
012716

000100
024160

156000

Cox1::

L1004]1:

1712
1713
1714
1715
1716
1717
1718

CSERMRD
40
O
ERR7

MOV

024232

40.,.ERR7

TRAP
.WORD
.MORD
.WORD

CALL

156016

1707
1708

1709
1710
1711

ERRHRD

032777
001414

100000

155760

cox2:

BGNSRY

COx1

8IC
MOV

ORDYIE , S3QDMA

[l CLEAR INTERRUPT BIT

OERR , BQINT
704

: ERROR INTERRUPT?
B BRANCH IF NO ERROR INTERRUPT

ENDSRYV

oCOx2,(SP)

3 CORRECT STACK

RTI

BIT
BEQ

s+ ERROR CONDITION, ERROR INTERRUPT OCCURED
'l

TRAP

104456

1719 024200
1720
1721
1722
1723
1724
1725
1726
1727
1728
1729
1730
1731
1732

1733

024262

1734 024266

010030
004737
005077
012701
000137

013116
155736

CS$ERMHRD

LMORD
.MORD
.WORD

41
O
ERR11

MOV
JMP

®ABORT ,R1
(¥4

CALL
CLR

013630
024232

41.,.ERR11

ENDERR
SQINT

]

TELL OPERATOR ERROR INTERRUPT OCCURED

: GO PRINT OUT ENDING TERMINATOR
: CLEAR INTERRUPT REGISTER

: ABORT CODE TO R1
: BRANCH TO END OF TEST

s END ERROR CONDITION
5

052777

000001

155714

708
:

8IS

#CMDACK , 8QCMD

' TELL MASTER DAM DONE

MOV

®0,R1

3 END TEST NORMALLY

MOV
TRAP

VECTOR,RO
CsCVEC

MOV
MOV
MOV
MOV
TRAP
ADD

#PRIO7, )
S®ERRINT, -(SP)
VECTOR, -(SP)
#3,-(SP)
C4SVEC
#10,SP

s END OF TEST
012701

000000

013700
104436

002444

012746
012746
013746
012746
104437

000340
012652
002444
000003

052777

000100

000010

EZ:

CLRVEC
SETVEC

155652

8IS

VECTOR

3 CLEAR VECTOR

VECTOR,#ERRINT,#PRIO7

OERRIE,SQINT

' ENABLE ERROR INTERRUPT

SET UP INTERRUPT VECTOR

CZFPB-A.0 CTRL BRIDGE LINK
TEST

1S:

DMA PDP-11

1735

17% 024274
1787

1738
1739
1740
1741 024276

%;:i 024300

MACRO M1200

09 -UAN-84

12:25

PAGE

54 -3

SEQ Oi1l2

TO VAX

000207

RTS

[

:+ DATA PATTERN FOR TEST
000000

177777

DP4

177777

RETURN TO MAINL INE

CZFPB-A.0 CTRL BRIDGE LINK
TEST

16:

MACRO M1200

12:25

PAGE

J9
55

SEQ 0113

DMA VAX (BUFFERED DATA PATH) TO PDP-11

1745

.SBTTL

1746

TEST

16:

DMA VAX (BUFFERED DATA PATH) TO PDP-11

150888000080 88480000888088000880000800000008008008004008008208080080000000000

1747
1748
1749
1750
1751
1752
1753
1754
1755
1756
1757 024302

jee

s TEST DESCRIPTION# WRITE LARGE BUFFER FROM COMMAND BRIDGE TO CONTROL BRIDGE
+ THE VAX USES A BUFFERED DATA PATH
s _CHECK DATA
s TEST STEPS3
'-.

1580888880880 8848000808800800300800008000008800880888080400080880800008008400800000

002114

1758 024314
1759 024320
1760 024324

TEST16::

8s:

10%:

1761 024326
1762 024334
1763 024336

155612

1764 024340
1765 024342
1766 024344
1767
1768
1769
1770 024346
1771 024352

1772
1773
1774
1775
1776
1777
1778
1779
1780
1781
1782
1783

09-JAN-84

STATST

MOV
CALL
MOV
MOV

016,L$TEST
B8MSG
DEFAULT,R1
@TIMOUT ,R2

TRAP

C$BRK

BNE
DEC
BNE
DEC
BNE

204
R2
104
R1
8s

BREAK

8IT

OCMOPRS
, BQINT

s TEST NUMBER FOR ERROR MESSAGES
sCHECK FOR PNT FLAG
s+ SECONDS OF TIME OUT
s+ TIME OUT VALUE TO R2
'
’

+
¢
s+
s+

IF COMMAND PRESENT, BRANCH
DECREMENT TIMEOUT REGISTER
IF NOT IN TIMEOUT, TRY AGAIN
DECREMENT SECOND TIMER
IF NOT TIMEOUT, AGAIN

:+ TIMEOUT ERROR CONDITION
'

MOV

®0,R1

TRAP

CS$ERMRD

ERRMRD

024362
024366
024372

.WORD
.MORD
.MORD

CALL
MOV
JP

013116
013630
025216

41.,.ERR2

41
O
ERR2

ENDERR
SABORT ,R1
EXW

+ REGISTER & TO R1
:+

TELL OPERATOR TIMEOUT

s+ GO PRINT OUT ENDING TERMINATOR
s+ ABORT CODE TO R1
s+ ABORT TEST

END TIMEOUT ERROR CONDITION

COMMAND PRESENT WAS REALLY THERE
024376
024376
024404
024412

1785 024426
1786 024434
1787 024442
1788
1789
1790
1791 024444
024446

208

052777

012777
017737
013777
017737
032737
001412

155552

155536
177757

8IS

S#QVREN, 8QCTL

3+ READ ENABLE

otCBITA!BITS, HI2

3+ SEE IF ONLY BITS 4 AND S ARE SET

MOV
MOV
MOV
MOV

#0,8QVAD
SQVDA,LOW16
LOW16, 8QUBA
SQVDA,HI2

BEQ

30¢

BIT

3+
3+
s+
s

CLEAR VIEW REGISTER
READ LOW 16 BITS OF UNIBUS ADDRESS
LOAD LOW 16 BITS OF UNIBUS ADDRESS
READ HI 2 BITS OF UNIBUS ADDRESS

t BRANCH IF 0K

s ERROR CONDITION, MORE THAN BITS 4 OR S SET FOR EXTENDED ADDRESS ON UNIBUS
'

104456
000053

ERRHRD

43.,,ERR10

.MORD

TRAP

CS$ERHRD

TELL OPERATOR ERROR

CZFPB-A.0 CTRL BRIDGE LINK
TEST

16:

MACRO M1200

K9
09-JUAN-84

12:25

PAGE 55-1

SEQ 0114

DMA VAX (BUFFERED DATA PATH) TO PDP-11

1792 024454
1793 024460
1794 024464
1795
1796
1797

000000
007740
004737
012701
000137

.WMORD

. WORD
CALL
MOV

013116
013630
025216

JMP

ERR10
ENDERR
@ABORT ,R1

EXwW

GO PRINT OUT ENDING TERMINATOR
ABORT CODE TO R1
END TEST

s END ERROR CONDITION
P

053777
017737

002516
155466

155454
002512

304:

BIS
MOV

HI2,8QDMA
SQVDA ,WORD . COUNT

READ WORD FROM VIEW

WORD .COUNT ,R1
R1
FREMEM,R2
(R2).
R1
35¢

GET WORD.COUNT IN R1
CONVERT WORD COUNT FROM 2'S COMP
STARTING ADDRESS OF BUFFER
CLEAR WORD IN BUFFER
DECREMENT COUNTER
BRANCH BACK IF NOT DONE

SET UP EXTENDED BITS IN ExP

s CLEAR BUFFER
013701
005401
013702
005022
005301
001375

002512

35%:

MOV
NEG
MOV
CLR
DEC

BNE

3+ BUFFER CLEARED, SET UP FOR DMA
013777
013777
042777
042777

002512
002502
037400

155426
155416
155404

155376

000003

000100
000001

MOV
TRAP

VECTOR,RO
CSsCVvEC

MOV
MOV
MOV
MOV
TRAP
ADD
8IS
8IS
8IS

#PRIO7, -(SP)
oCXP1, -(SP)
VECTOR, -(SP)
o3, -(SP)
C$SVEC
#10,SP
S®ERRIE ,SQINT
OROYIE
, SQDMA
oGO,

SETVEC

000340
024706

000010

WORD . COUNT
, 8QUC
FREMEM, SQBA
437400, SQDMA

8IC
CLRVEC

013700
104436
012746
012746
013746
012746
104437
062706
052777
052777
052777

MOV
MOV
B8IC

155330
155326
155320

SDMAWT , SADMA
VECTOR

VECTOR,#CXP1,8PRIO?7

MOVE WORD COUNT INTO QWC REGISTER
START ADDRESS OF BUFFER TO QBA

MAKE SURE Q-BUS EXTENDED BITS ARE ZERO

SET UP FOR VAX TO PDP DMA TRANSFER

SET UP NEW INTERRUPT VECTOR

ENABLE ERROR INTERRUPT
ENABLE RDY INTERRUPT
INITIATE DMA TRANSFER

s WAIT FOR INTERRUPT
013701
012702

002532

408 :
454

MOV
MOV

DEFAULT,R1
OTIMOUT ,R2

TRAP
DEC
BNE
DEC
BNE

C$BRK
R2
454
R1
40¢

BREAK

NUMBER OF SECONDS OF TIMEOUT
TIME OUT DELAY TO R2
ALLOW CONTROL C

DECREMENT TIMEOUT
IF NOT DONE LOOP
DECREMENT SECOND COUNTER
IF NOT DONE, LOOP

+ ERROR CONDITION, TIMEOUT OCCURED WAITING FOR INTERRUPT
I

ERRHRD

44., ,.ERR7

.WORD

TRAP

CSERHRD

TELL OPERATOR TIMEOUT

CZFPB-A.0 CTRL BRIDGE LINK

MACRO M1200

09-JAN-84 12:25

PAGE S5-2

e
1

TEST 16: DMA VAX (BUFFERED DATA PATH) 1O PDP-11
024660
024662
1836 024664
1837 024670
1838 024676

1839 024702

000000
007424
004757
042777
012701

000137

013116
000100
013630
025216

155254

1841
1643

O
ERR7
ENDERR
ORDYIE,SQOMA
OABORT.R1

EXM

s GO PRINT OUT ENDING TERMINATOR
i CLEAR INTERRUPT BIT
: ABORT CODE TO R1
: BRANCH TO END OF TEST

i END ERROR CONDITION
i DMA INTERRUPT SHOULD GO MERE

024706

1846 024706
1847 024714
1848 024720

042777
012716

024720
1849 024722
1850 024722
1851 024730

000002

024720

032777
001414

000100
024722

155236

L10042:
100000

155216

1853

1855 024732

024732
024734
024736
024740
1856 024742
1857 024746
1858 024752

1859 024756

1864 024762

104456
000055
000000
010030
004737
005077
012701

000157

013116
155174
013630
025216

032777

000001

155152

BIC
MOV
ENDSRV

RDYIE,SQOMA
CXP2,(SP)

; CLEAR INTERRUPT BIT
: CORRECT STACK

OERR,SQINT
504

; ERROR INTERRUPT?
: BRANCH IF NO ERROR INTERRUPT

RTI
BIT
BEQ

ERRMRD 4S., .ERR11

: TELL OPERATOR ERROR INTERRUPT OCCURED

:
:
:
:

GO PRINT OUT ENDING TERMINATOR
CLEAR INTERRUPT REGISTER
ABORT CODE TO R1
BRANCH TO END OF TEST

TELL MASTER DAM DONE

TRAP
.MORD
‘WORD
‘WORD
CALL
CLR
MOV

CIERMRD
45
O
ERR11
ENDERR
SQINT
#ABORT,R1

EXW

013702

005402

304

BIS

OCMDACK.SQCMD

i NOW CHECK DATA
'

002512

1872
1874 025002
1875 025006
1876 025012
1877 025016
1878 025022
1879 025026
1880 025034

CXP1

: END ERROR CONDITION

1868 024770 013701 002502
1870 025000

BGNSRV

1866

1869 024774

CxXP2:

|
.
!

: ERROR CONDITION, ERROR INTERRUPT OCCURED

1861

1863 024762

CxP1::

1845 024706

1882

MORD
"WORD
CALL
BIC
MOV

MOV

FREMEM.R1

: R1 TO START OF BUFFER

NEG

i CONVERT WORD COUNT FROM 2'S COMP.

MOV

WORD.COUNT,R2

i R2 GETS WORD COUNT

| NOW CHECK BUFFER AGAINST PATTERN
005037
012704
012703
012137
012337
023737
001442

002462
000002
025262
002454
002456
002454

1006:
1106:

002456

CLR
MOV
MOV
MOV
MOV
CP
BEQ

ERROR1
2.Ré
0PX3,RS
CR1)+.VAL
(R3)e EXP
VAL.EXP
1304

s
:
}
i
i
:
s

CLEAR ERROR COUNTER
@ OF WORDS IN PATTERN
RS GETS PATTERN ADORESS
GET WORD FROM BUFFER
GET EXPECTED PATTERN IN EXP
COMPARE VALUE WITH EXPECTED
IF OK, BRANCH

: ERROR CONDITION, NOT WHAT EXPECTED IN BUFFER
H

CZFPB-A.0 CTRL BRIDGE LINK
TEST

MACRO M1200

09-JAN-84 12:25

PAGE 55-3

8 ¢
116

16: DMA VAX (BUFFERED DATA PATH) TO PDP-11

1884 025036
1885 025042
1886 025044

005737
001004

025046
025050
025052
1887 025054
1888 025060
1889 025066

000056
000000
007530
005237
022737
103425

1891 025076
1892 025102
1893 025106
025106
025112
025116
025122
025126
025132

005437
160237

— 025136

025044

1890 025070

025134

1895
1896

1897
1898
1899
1900
1901
{gg

002462

104456

ERROR1
1208
46.,.ERRS

;3 ANY OTHER ERRORS OCCURED
3 SKIP MEADER ERROR IF ALREADY PRINTED
3+ PRINT ERROR HMARD MESSAGE

.WORD
.WMORD
.WORD
INC
cMe
B8CsS

46
O
ERRS
ERROR1
#10. ,ERROR1
130

P
3
3

TRAP

002462
000012

013737

002512

013746
013746
013746
012746
012746
010600

002456
002454
002474
004230
000004

062706

000012

104415

TST
BNE
ERRHRD

002474
002474

120%:

002474

MOV

NEG
SuUB
PRINTX
MOV
MOV
MOV
MOV
MOV
MOV

TRAP

ADD

CS$ERMRD

WORD . CMY COUNTER

COUNTER
R2,COUNTER
&FOR10,COUNTER,VAL
.,EXP
)
VAL, -(SP)
COUNTER, -(SP)
#FO0R10, -(SP)
4,-(SP)
SP,

M'ENT ERROR COUNTER
E IF TOO MANY MESSAGES PRINTED
IF TOO MANY, BRANCH

3 CALCULATE WORD NUMBER

+ CONVERT WORD COUNT FROM 2'S COMP

; PRINT DETAIL LINE

COPNTX

012,5P

025142
025142
025144
025146
025150
025152

: END ERROR CONDITION
3

130%:

005302
001403
005304
001322

000715

DEC
BEQ
DEC
BNE

R2
140¢
R4
110¢

100s

3+ DECREMENT WORD COUNT
3 BRANCH OUT IF DONE
3+ DECREMENT PATTERN WORD COUNT

3 BRANCH IF NOT DONE WITH PATTERN
; BRANCH IF DONE WITH PATTERN

s BUFFER CHECKED, PRINT TOTAL ERROR COUNT IF NECESSARY

1906
1907
1908
1909

025154
025154
025160
025162
025162
025166
025172
025176
025200
025202
{:{2 025206

005737
001414

002462

013746
012746
012746
010600
104414
062706
004737

002462
004253
000002

140%:

000006
013116

TST
BEQ
PRINTB
MOV
MOV
MOV
MOV
TRAP
ADD

ERROR1
1504
#FOR11,ERROR1
ERROR1, -(SP)
#O0R11,-(SP)
02,-(SP)
RO
CSPNTB
#6,5P
ENDERR

s+ ANY ERRORS
s IF NO ERRORS, BRANCH
s TELL TOTAL m COUNT

MOV
CLRVEC
MOV
TRAP
SETVEC

#0,R1
VECTOR
VECTOR,RO
C$sCVvEC
VECTOR,®ERRINT,#PRIO7

+ END TEST NORMALLY
+ CLEAR VECTOR

MOV
MOV
MOV

S#ERRINT, -(SP)
VECTOR, -(SP)
03, -(SP)

CALL

{:g

3+ GO PRINT OUT ENDING TERMINATOR

s END OF TEST

1914 025212
1915 025216
025216
025222
1916 025224
025230
025234
025240

012701

000000

013700
104436

002444

012746

000340

012746
013746
012746

012652
002444
000003

150%:
EXW:

MOV

#PRIO7,-(SP)

SET UP INTERRUPT VECTOR

CZFPB-A.0 CTRL BRIDGE LINK

MACRO M1200

09-JUAN-84 12:25

PAGE 55-4

SEQ 0117

TEST 16: DMA VAX (BUFFERED DATA PATH) TO PDP-11

025244

104437

025246
{:{: 025252

062706
052777

}:g 025260

000207

1921

1925 025264

TRAP

154666

[

{:g“;

1924 025262

000010
000100

000000
177777

C$SVEC

ADD
BIS

€10,SP
QERRIE ,SQINT

3+ ENABLE ERROR INTERRUPT

RTS

s RETURN TO MAINLINE

DATA PATTERN FOR TEST

DPX3:

.WORD
LMORD

177777

CZFPR A0 CTRL BRIDGE LINx
TEST

17: DMA PDP-11

MACRO M1200

09 UAN -84 12:25

PAGE

B10
&

SFQ 0115

TO VAX (BUFFERED DATA PATH)

1927

LSBTTL

1928

TEST

17:

DMA PDP-11 TO VAX (BUFFERED DATA PATH)

1310000000000 000000000000000008000000000000000000000000000000000080000000000

1929
1930

s TEST DESCRIPTION-

1931
1982
1933
1934
1935
1936
1937
1938
1939

WRITE LARGE BUFFER FROM CONTROL BRIDGE

+ THE VAX USES A BUFFERED DATA PATH
: CHECK DATA

TO COMMAND BRIDGE
.

s TEST STEPS-

§30000000000000000000000000000000000000000800000000000000000000000000000000

002114

1940
1941
1942

TEST17::

STATST
017,L8TEST

BMSG

DEFAULT,
R1
eTIMOUT
R2

8s:
108

i943
1944
1945
1946
1947
1948

C$BRX
, BQINT
OCMOPRS

154626

20%

R2
104

R1
8

1949

s TEST NUMBER FOR ERROR MESSAGES
1CHECK FOR PNT FLAG
SECONDS OF TIME OUT
TIME OUT VALUE

TO R2

COMMAND PRESENT?
IF COMMAND PRESENT, BRANCH
DECREMENT TIMEOUT REGISTER

IF NOT IN TIMEOUT, TRY AGAIN
DECREMENT SECOND TIMER
IF NOT TIMEOUT, AGAIN

1950

+ TIMEOUT ERROR CONDITION

1951
1952
1953

MOV
ERRHRD

47., .ERR2

. WORD
.m
. WORD

47
0
ERR2

MOV
JP

®ABORT ,R1

TRAP

013116

CALL

®0,R1

CSERMRD

ENDERR
€l

TELL OPERATOR TIMEOQUT¢

GO PRINT OUT ENDING TERMINATOR
ABORT CODE TO R1
ABORT TEST

END TIMEOUT ERROR CONDITION

COMMAND PRESENT WAS REALLY THERE

025370
023376
05404
0235412
025426

052777
012777
017787
013777
017737
032737
001412

208

177757

8IS

MOV
MOV
MOV
MOV
8IT
8EQ

SQVREN, 8ACTL

€0, 8QVAD
SQVDA,LOW16
LOM16
. SOUBA
SQVDA . HI2
o*CBITAIBITS, HI2
304

READ ENABLE
CLEAR VIEW REGISTER
READ LOW 16 BITS OF UNIBUS ADDRESS
LOAD LOW 16 BITS OF UNIBUS ADDRESS
READ HI 2 BITS OF UNIBUS ADDRESS
SEE IF ONLY BITS 4 AND S ARE SET
BRANCH IF 0K

CONDITION, MORE THAN BITS 4 OR S SET FOR EXTENDED ADDRESS ON UNIBUS
025430
025430
025432

104456

ERRHRD

48.,.ERR10

LMORD

TRAP

CSERMRD

TELL OPERATOR ERROR

CZFPB - A.0 CTRL BRIDGE L INX
TEST

17:

DMA POP-11

0254 34
0254 36

1974 025440

1975 025444
1976 025450
1977

MACRO M1200

12:25

PAGE

Cl0
%6

SEQ 0119

TO VAX (BUFFERED DATA PATH)

000000
007740
004737
012701
000137

.WMORD

. WORD

CALL
MOV
JMP

013116
013630
025776

ERR10

ENDERR
OABORT ,R1

€Qz

' GO PRINT OUT ENDING TERMINATOR
' ABORT CODE TO R1

s END TEST

’

1978

1979
1980 025454
1981 025454

09 -UAN-B4

3 END ERROR CONDITION
3

053777
017737

002516
154502

154470

30%:

002512

8IS

MOV

HI2, 8QDMA

SQVDA , WORD . COUNT

SET UP EXTENDED BITS IN ExP

B
[
[l
P
'
'l
[l
s
[l
'

GET STARTING ADORESS OF BUFFER IN R3
GET WORD COUNT TO R2
CONVERT WORD COUNT FROM 2°'S COMP

' READ WORD FROM VIEW

s MOVE DATA PATTERN TO BUFFER
:

013703
013702
005402
012704
012701
012123
005302
001403
005304
001373
000766

408

S04 :

MOV
MOV
NEG
MOV
MOV
MOV
DEC
BEQ
DEC
BNE

FREMEM,R3
WORD . COUNT ,R2
R2
02,.R4
o0PX4 ,R1
(R1)+,(R3).
R2
5S¢
a4
SO
408

® OF WORDS IN PATTERN

POINT TO PATTERN

MOVE PATTERN WORD TO BUFFER

DECREMENT WORD COUNT

BRANCH IF

DECREMENT PATTERN WORD COUNT
IF NOT LAST PATTERN WORD, LOOP
] START ALL OVER AGAIN

3 BUFFER TAKEN CARE OF, SET AND WAIT FOR INTERRUPT

013777
013777
042777
052777

0023512
002502
037400

154424

154414
154402
154374

SSs:

WORD . COUNT , 80uWC

CLRVEC

VECTOR

MOV
B8IC
8IS

MOV

013700
104436

012746
012746
013746
012746
104437
062706
052777
052777
052777

MOV

TRAP
SETVEC

MOV
MOV
MOV
MOV
TRAP
ADD
8IS
8IS
BIS

000340
025710
000003

000010
000100
000001

154326
154324
154316

FREMEM, SQBA
037400, SQDMA
SOMAKT , SADMA

: MOVE WORD COUNT INTO QWC REGISTER

’ START ADDRESS OF BUFFER TO QBA
’ MAKE SURE Q-BUS EXTENDED BITS ARE ZERO
: SET UP FOR POP TO VAX DMA TRANSFER

VECTOR,RO

CsCVvEC
VECTOR,eCXX1,8PRIO7

#PRIO7,-(SP)
oCXX1, -(SP)
VECTOR, -(SP)
03, -(SP)
CeSVEC
€10,5P
OERRIE ,SQINT
ORDYIE , SGDMA
GO, SADMA

: SET UP NEW INTERRUPT VECTOR

: ENABLE ERROR INTERRUPT
’ ENABLE RDY INTERRUPT
’ INITIATE DMA TRANSFER

s WAIT FOR INTERRUPT
013701
012702

104422

002532

’

604 ;
654;

MOV
MOV
BREAK

DEFAULT,R1
OTIMOUT ,R2

DEC

TRAP

BNE
DEC
BNE

C$BRK

65
R1
604

1 NUMBER OF SECONDS OF TIMEOUT
i TIME OUT DELAY TO R2
' ALLOW CONTROL C
[} DECREMENT TIMEOUT

1+ IF NOT DONE LOOP

] DECREMENT SECOND COUNTER
: IF NOT DONE, LOOP

CZFPB-A.0 CTRL BRIDGE LINx
17:

DMA POP-11

2020
2021
2022 025656
025656
025660
025662
025664
2023 025666
2024 025672
2025 025700
2026 025704

2027

09 JAN-B4

12:25

PAGE

D10
S6 -2

SEQ 0120

TO VAX (BUFFERED DATA PATH)

:+ ERROR CONDITION,
104456
007424
004737
042777
012701
000137

ERRMRD
TRAP

49., .ERR7
CSERMRD

JMORD
.WORD
CALL

8IC

€az

. WORD

013116
000100
013630

154252

MOV

025776

TIMEOUT OCCURED WAITING FOR INTERRUPT
TELL OPERATOR

TIMEOUT

@ABORT .R1

GO PRINT OUT ENDING TERMINATOR
CLEAR INTERRUPT BIT
ABORT CODE TO R1
BRANCH TO END OF TEST

2028
2029
2030
2031
2032

: END ERROR CONDITION
K

: DMA INTERRUPT SHOWLD GO HERE
H

2033
2034
2035

042777
012716

000100

025724

154234

CxX1::

032777
001414

100000

154214

Cxx1

8IC

#ROYIE
, BADMA

oCxx2,(SP)

CLEAR INTERRUPT BIT
CORRECT STACK

SERR, BQINT

ERROR INTERRUPT?
BRANCH IF NO ERROR INTERRUPT

MOV
L10043;

2036
2037
2038
2039
2040
2041
2042

BGNSRY

Cxx2:
B

ENDSRV

RTI

8IT

8EQ

704

; ERROR CONDITION, ERROR INTERRUPT OCCURED
i

104456
010030
004737
005077
012701
000137

013116

ERRMRD
TRAP
LMORD
MORD
.WORD

S0., ,ERR11
CSERMRD
SO
O
ERR11

CLR
MOV

SQINT
@ABORT ,R1

CALL

154172

013630

025776

ENDERR
€QZ

TELL OPERATOR ERROR INTERRUPT OCCURED

GO PRINT OUT ENDING TERMINATOR
CLEAR INTERRUPT REGISTER
ABORT CODE TO R1
BRANCH TO END OF TEST

+ END ERROR CONDITION
H

052777

154150

708

8IS

#CMDACK
, 8GCMD

TELL MASTER DAM DONE

+ END OF TEST
025772
025776
025776

026010
026014
026020
026024
026026

012701

€EQZ:

013700
104436
012746
012746
013746
012746
104437
062706

000340
012652
002444
000003
000010

MOV
#0,R1
CLRVEC VECTOR
MOV
VECTOR,RO

END TEST NORMALLY
CLEAR VECTOR

SETVEC

SET UP INTERRUPT VECTOR

TRAP

CSCVEC

MOV
MOV
MOV

#PRIOT. -(SP)
SERRINT, -(SP)
VECTOR, -(SP)

TRAP

C#SVEC

ADD

VECTOR,®ERRINT,ePRIO7

010,5P
S——

TEST

MACRO M1200

CZFPB-A.0 CTRL BRIDGE LINK

MACRO M1200

09 -JUAN-84 12:25

E10

PAGE 56-3

TEST 17: DMA PDP-11 TO VAX (BUFFERED DATA PATH)
2282: 026032

052777

2282? 026040

000207

2282§
2232; 026042 000000
2066 026044

177777

000100

154106

. —
BIS

OERRIE ,SQINT

s+ ENABLE ERROR INTERRUPT

RTS

s+ RETURN TO MAINL INE

: DATA PATTERN FOR TEST
!”M: . WORD o
.MORD

177777

CZFPB-A.0 CTRL BRIDGE LINX
TEST

18:

DMA PDP-11 NI MEMORY

MACRO M1200

3333ELEEe

F10
S7

SEQ 0122

.SBTTL

TEST 18: DMA PDP-11 WI MEMORY TO VAX

joe

s TEST DESCRIPTION-

¢+ WRITE 2 WORD BUFFER FROM PDP-AA MAX MEMORY TO VAX
3 CHECK DATA
s TEST STEPS-

2075

2085

PAGE

1100808080088 0080000800000000000000000800000000080400000000000000000000000800

2076
2077
2078
2079

2083

12:25

TO VAX

2068
2069
2070
2071
2072
2073
2074

2080
2081
2082

09-JUAN-84

‘--

§1008808088840080080000008000000000080080080000008000000008000000008000080000000

012737
004737
013701

002114

TEST18::

8s:

012702

10%:

104422
032777
001020

154046

STATST

MOV

CALL
MOV

MOV

BREAK

C$BRK

BNE
DEC

204
R2

BNE
DEC
BNE

2089

OTIMOUT ,R2

TRAP

8IT

2087

#18,L$TEST
B8MSG
DEFAULT,R1

#CMOPRS
, SQINT

104
R1
8¢

s TEST NUMBER FOR ERROR MESSAGES

1CHECK FOR PNT FLAG

SECONDS OF TIME OUT

TIME OUT VALUE TO R2

COMMAND PRESENT?
IF COMMAND PRESENT, BRANCH
DECREMENT TIMEOUT REGISTER

IF NOT IN TIMEOUT, TRY AGAIN
DECREMENT SECOND TIMER
IF NOT TIMEOUT, AGAIN

s+ TIMEOUT ERROR CONDITION

2091

MOV

2093

ERRHRD

TRAP

.WORD
.MORD
.MORD

CALL

013116
013630
026706

MOV
JP

®0,R1

51.,.ERR2

CS$ERHRD

51
O
ERR2

ENDERR
#ABORT ,R1
Exz

TELL OPERATOR TIMEOUT¢

GO PRINT OUT ENDING TERMINATOR
ABORT CODE TO R1
ABORT TEST

END TIMEOUT ERROR CONDITION

COMMAND PRESENT WAS REALLY THERE
052777
012777
017737
013777
017737
032737

208

8IS

#0,8QVAD
SQVDA,LOW16
LOW16, 8QUBA
SQVDA,HI2

BEQ

30¢

BIT

001412

S®QVREN,SQCTL

MOV
MOV
MOV
MOV

e*CBIT4!BITS,
HI2

READ ENABLE
CLEAR VIEW REGISTER
READ LOW 16 BITS OF UNIBUS ADDRESS
LOAD LOW 16 BITS OF UNIBUS ADDRESS
READ HI 2 BITS OF UNIBUS ADDRESS
SEE IF ONLY BITS 4 AND S ARE SET
BRANCH IF O

s+ ERROR CONDITION, MORE THAN BITS 4 OR S SET FOR EXTENDED ADDRESS ON UNIBUS
]

104456

TRAP

WORD
.MORD

S2...ERR10

g;em
O

TELL OPERATOR ERROR

CZFPB-A.0 CTRL BRIDGE LINx
TEST

18:

MACRO M1200

09-JAN-84

12:25

PAGE

G10
57-1

SEQ 0123

DMA PDP-11 WI MEMORY TO VAX

026216
2114 026220
2115 026224
2116 026230
2117
<118
2119
2120 026234
2121 026234
2122 026242

007740
004737
012701
000137

.WORD

CALL
MOV

013116
013630
026706

JMP

ERR10

ENDERR
®ABORT ,R1

ExZ

s+ GO PRINT OUT ENDING TERMINATOR
+ ABORT CODE TO R1

+ END TEST

s+ END ERROR CONDITION
053777
017737

002516

153722

153710
002512

308

B1S

HI2, SQDMA
SQVDA , WORD . COUNT

s+ SET UP EXTENDED BITS IN ExP
s+ READ WORD FROM VIEW

s SET UP MEMORY MANAGEMENT

002520

012737
013701
020127
100415
012737
004737
010137
012703
012737
000402

MOV
MOV
cve
B8MI
MOV
JSR
MOV
MOV
MOV
BR

002520

177572

ONO , MAPP ING
LSHIMEM, R1
R1,01600
354
OYES ,MAPPING
PC.MMINIT
R1,APR4
#100000,R3
BIT0,MR0
38

s DEFAULT IS NO MAPPING IN FLAG
s+ GET PAR FORMAT MEM SIZE IN R1
s SEE IF THERE IS A MI MEMORY
# BRANCH IF NO MI MEMORY
s+ SET MAPPING Fi
+ INITIALIZE MEMORY MANAGEMENT
s+ SET UP HMI MEMORY IN APR4
+ SET UP BUFFER ADDRESS
: TURN ON MEMORY
s+ GO MOVE DATA PATTERN

s+ MOVE DATA PATTERN TO BUFFER
013703
013702
005402
012704
012701
012123

35¢:
38¢:

002502
002512

40¢:

026752

508 :

MOV
MOV
NEG
MOV
MOV

MOV
DEC
BEQ
DEC
BNE
BR

FREMEM,R3
WORD . COUNT ,R2
R2
2,R4
o0P5 ,R1
(R1)+,(R3).
R2
524
R4
S04
404

+
+
s+
+
+

s+
+
+
s+
s+
+

GET STARTING ADDRESS OF BUFFER IN R3
GET WORD COUNT TO R2
CONVERT WORD COUNT FROM 2'S COMP
® OF WORDS IN PATTERN
POINT TO PATTERN

MOVE PATTERN WORD TO BUFFER
DECREMENT WORD COUNT
BRANCH IF DONE
DECREMENT PATTERN WORD COUNT
IF NOT LAST PATTERN WORD, LOOP
START ALL OVER AGAIN

3+ BUFFER TAKEN CARE OF, SET AND WAIT FOR INTERRUPT
013777
022737
001407
013777
042777
000422

002512
000001

002502
037400

153572 §20:

MOV

WORD . COUNT , 8QWC

+ GET WORD.COUNT INTO QWC REGISTER

153552

MOV

FREMEM, SQBA

+ START ADDRESS OF BUFFER TO QBA

002520
153540

cHe
BEQ
gc

#YES ,MAPPING
35¢
OSICOO.M

3 ARE WE MAPPING
+ BRANCH IF YES

3+ MAKE SURE Q-BUS EXTENDED BITS ARE ZERO

s+ SET UP PDP ADDRESS WITH MAPPING ENABLED
'

013703

002120

176377
153516

FIRST

gSh

SET UP MIGH BITS 16 € 17

MOV

LSHIMEM,R3

+ GET PAR VALUE IN R3

8IC
8IS

#tC1400,R3
R3, 8Q0MA

# MASK OUT UNWANTED BITS
+ SET UP QBUS EXTENDED BITS

s+ SET UP TO PUT IN QDMA

CZFPB-A.0 CTRL BRIDGE LINx
TEST

18:

DMA PDP-11 NI MEMORY

MACRO M1200

0 o
124

s+ NOW SET UP LOW 16 BITS
026434
026440
026442
026444
026446

2177 026450
2178 026452
giz 026454

013703
006303
006303
006303
006303

006303
006303
010377

002120

MOV
ASL
ASL
ASL
ASL

ASL
ASL
MOV

153476

L SHIMEM,R3
R3
R3
R3
R3

R3
R3
R3,808A

s+ GET PAR VALUE IN R3
s+ MOVE OVER INTO PLACE

s+ LOAD LOW 16 BITS INTO QBA

g{:é

s+ NOW SET DIRECTION BIT AND GO

2183 026460
2184 026466
026466

026472
2185 026474
026474
026500
026504
026510
026514
026516

2186 026522
2187 026530
g{:g 026536

052777

000002

013700
104436

002444

012746
012746
013746
012746
104437
062706

000340
026620
002444
000003

052777
9252777
052777

000010
000100
000100
000001

153464

S8$:

153416
153414
153406
:

g{:g

2192 026544
2193 026550
2194 026554
026554

2195
2196
2197
g}:

H10

PAGE 57-2

TO VAX

gi;g
2172
2173
2174
2175
2176

09-JUAN-84 12:25

026556
026560
026562
026564

013701
012702

604 :
654 :

104422
005302
001375
005301
001371

SOMAWT , 3QDMA
VECTOR
VECTOR,RO
CsCveC
VECTOR,oCOL1,0PRIO?
#PRIO7, -(SP)
oCOL1, -(SP)
VECTOR, -(SP)
e3,-(SP)
CS$SVEC
#10,5SP
OERRILE, SQINT
ORDYIE , SQDMA
0G0, 8Q0MA

SET UP FOR PDOP TO VAX DMA TRANSFER

SET UP NEW INTERRUPT VECTOR

s+ ENABLE ERROR INTERRUPT
s+ ENABLE RDY INTERRUPT
s+ INITIATE DMA TRANSFER

WAIT FOR INTERRUPT

002532
026000

8IS
CLRVEC
MOV
TRAP
SETVEC
MOV
MOV
MOV
MOV
TRAP
ADD
8IS
8IS
8IS

MOV
MOV
BREAK
TRAP

DEC
BNE
DEC
BNE

DEFAULT,R1
OTIMOUT ,R2

C$BRK
R2
65¢
R1
60¢

NUMBER OF SECONDS OF TIMEOUT

+
+

TIME OUT DELAY TO R2
ALLOW CONTROL C

s+ DECREMENT TIMEOUT
s+ IF NOT DONE LOOP
+ DECREMENT SECOND COUNTER
+ IF NOT DONE, LOOP

32282

+ ERROR CONDITION, TIMEOUT OCCURED WAITING FOR INTERRUPT

2202 026566
026566
026570
026572
026574
2203 026576
2204 026602
2205 026610
3223 026614

104456
000065
000000
007424
004737
042777
012701
000137

013116
000100
013630
026706

153342

ERRHRD
TRAP
.WORD
.MORD
.MORD
CALL
8IC
MOV
JP

53.,,ERR7
CSERMRD
S3
O
ERR7
ENDERR
OROYIE , SQDMA
®ABORT ,R1
EXZ

2208

s+ END ERROR CONDITION

ggtg

s+ DMA INTERRUPT SHOULD GO HERE

2209

2212 026620

026620

CcoLl::

BGNSRV

COL1

TELL OPERATOR TIMEOUT

1+
+
+
+

GO PRINT OUT ENDING TERMINATOR
CLEAR INTERRUPT BIT
ABORT CODE TO R1
BRANCH TO END OF TEST

CZFPB-A.0 CTRL BRIDGE LINx
TEST

18:

MACRO M1200

O09-JUAN-84

12:25

110

PAGE 57-3

SEQ 0125

DMA PDP-11 HI MEMORY TO VAX

2213 026620
2214 026626
2215 026632
026632
026632
2216 026634
2217 026634
2218 026642
2219
2220
2221
2222 026644

2223 026654
2224 026660
2225 026664
2226 026670
2227
2228
2229
2230 026674
2231 026674
2232
2233
2234
2235 026702
2236 026706
2237 026714

042777
012716

000100

026634

153324

L10044;

000002
032777
001414

BIC

MOV

100000

153304

coL2:

ENDSRYV

ORDYIE
, 5QDMA

3+ CLEAR INTERRUPT BIT
+ CORRECT STACK

OERR, SQINT

+ ERROR INTERRUPT?
s+ BRANCH IF NO ERROR INTERRUPT

oCoL2,(SP)

RTI

BIT

BEQ

708

s+ ERROR CONDITION, ERROR INTERRUPT OCCURED
ERRHRD

TRAP

104456
010030
004737
005077
012701
000137

-m
.MORD
.WORD

013116
153262
013630
026706

54.,,.ERR11

g:im
O
ERR11

CALL

ENDERR

MOV
JMP

S®ABORT ,R1
ExZ

CLR

TELL OPERATOR ERROR INTERRUPT OCCURED

GO PRINT OUT ENDING TERMINATOR
CLEAR INTERRUPT REGISTER
ABORT CODE TO R1

SQINT

BRANCH TO END OF TEST

: END ERROR CONDITION

052777

000001

153240

708 :

BIS

#CMDACK
, 8QCMD

MOV

®0,R1

MOV
TRAP

VECTOR

VECTOR,RO
CSsCVvEC

¢+ END TEST NORMALLY
+ CLEAR VECTOR

MOV
MOV
MOV
MOV
TRAP
ADD

VECTOR,®ERRINT,OPRIO7

#PRIO7,-(SP)
®ERRINT, -(SP)
VECTOR, -(SP)
#3,-(SP)
C$SVEC
010,SP

s+ SET UP INTERRUPT VECTOR

®ERRIE ,BQINT

+ ENABLE ERROR INTERRUPT

RTS

:+ RETURN TO MAINLINE

TELL MASTER DAM DONE

s END OF TEST

012701

000000

013700
104436

002444

012746
012746
013746
012746

000340
012652
002444
000003

052777

000010
000100

104437

EXZ:

CLRVEC

SETVEC

BIS

153176

+ DATA PATTERN FOR TEST
055132
122645

[

DP5:

.WORD
.MORD

055132

122645

CZFPB-A.0 CTRL BRIDGE LINK
TEST

19:

DMA VAX

MACRO M1200

09-JUAN-84

12:25

TO PDP-11 (32K BOUNDARY)

2248
2249
2250
2251
2252
2253

.SBTTL

TEST

J10

A m

SEQ 0126

19: DMA vAX TO PDP-11 (32K BOUNDARY)

1500000480088 0800888088000800088000800000000000000000008080000088000000008000
'00

s TEST DESCRIPTIONs WRITE 2 WORD BUFFER FROM VAX COMMAND BRIDGE TO PDP CONTROL BRIDGE
3 USING PDP-11 ADDRESS VALUES 177776-20000
3 CHECK DATA
s TEST STEPS:
'..

330888880000808000008008000008000080088080080808888080000008000000000008800808

012737
004737
013701
012702

2264 027002
2265 027010
2266 027012
2267 027014
2268 027016
2269 027020
2270
2271
2272
2273 027022
2274 027026
027026
027030
027032
027034
2275 027036
2276 027042
2277 027046
2278
2279
2280
2281
2282
2283 027052
2284 027052
2285 027060
2286 027066
2287 027074
2288 027102
2289 027110
2290 027116
2291
2292
2293
2294 027120
027120
027122

002114

TEST19::

8s:

10¢:

104422
032777
001020

153136

STATST

MOV
CALL
MoV
MOV

®19,L$TEST
BMSG

DEFAULT,R1
OTIMOUT ,R2

s TEST NUMBER FOR ERROR MESSAGES
sCHECK FOR PNT FLAG
s SECONDS OF TIME OUT
s TIME OUT VALUE TO R2

TRAP
BIT
BNE
DEC
BNE
DEC
BNE

C$BRK
OCMDPRS , SQINT
204
R2
104
R1
8s

s+
s
3
3
3
s

BREAK

COMMAND PRESENT?
IF COMMAND PRESENT, BRANCH
DECREMENT TIMEOUT REGISTER
IF NOT IN TIMEOUT, TRY AGAIN
DECREMENT SECOND TIMER
IF NOT TIMEOUT, AGAIN

3 TIMEOUT ERROR CONDITION
B

MOV
TRAP

#0,R1
S5.,.ERR2
Cs

3+ REGISTER @ TO R1
s TELL OPERATOR TIMEOUT¢

CALL
MOV
JMP

ENDERR
®ABORT ,R1
EWW

: GO PRINT OUT ENDING TERMINATOR
3+ ABORT CODE TO R1
s ABORT TEST

L.MORD
.MORD
.WMORD

013116
013630
030026

SS
O
ERR2

END TIMEOUT ERROR CONDITION

COMMAND PRESENT WAS REALLY THERE
052777
012777
017737
013777
017737
032737
001412

204

153076
002514
153062
177757

8IS
MOV
MOV
MOV
MOV
BIT
BEQ

S®QVREN, 8QCTL
€0,8QVAD
SQVDA,LOW16
LOW16, 8QUBA
SQVDA , HI2
etCBITA!BITS, HI2
30¢

3+
3+
3+
s
s
3
1

READ ENABLE
CLEAR VIEW REGISTER
READ LOW 16 BITS OF UNIBUS ADDRESS
LOAD LOW 16 BITS OF UNIBUS ADDRESS
READ HI 2 BITS OF UNIBUS ADDRESS
SEE IF ONLY BITS 4 AND S ARE SET
BRANCH IF 0K

s ERROR CONDITION, MORE THAN BITS 4 OR S SET FOR EXTENDED ADDRESS ON UNIBUS
H

104456

000070

ERRHRD

TRAP

.WORD

S6.,.ERR10

CS$ERHRD

TELL OPERATOR ERROR

CZFPB-A.0 CTRL BRIDGE LINK

MACRO M1200

09-JUAN-84 12:25

K10

PAGE 58-1

SEQ 0127

TEST 19: DMA VAX TO PDP-11 (32K BOUNDARY)
027124
027126

2295 027130
2296 027134
3292“? 027140

000000
007740

004737
012701
000137

L.WMORD
.WORD

013116
013630
030026

CALL
MOV
JMP

ENDERR
OABORT ,R1
EWW

3 GO PRINT OUT ENDING TERMINATOR
s+ ABORT CODE TO R1
s END TEST

[

2299

3 END ERROR CONDITION

2300

2301 027144
2302 027144

‘2?338: 027152

053777

017737

002516

153012

153000

30%:

002512

8IS

MOV

HI2,8QDMA

SQVDA, WORD . COUNT

SET UP EXTENDED BITS IN ExP

3 READ WORD FROM VIEW

3+ MAKE SURE ENOUGH MEMORY IN

2307 027160
2308 027166
gm 027174

012737
023727
100420

000000
002120

002520
002000

sgg

MOV
cp
BMI

ONO , MAPP ING
L$HIMEM, #2000
33

;s DEFAULT NO MAPPING
s CHECK FOR MEMORY SIZE
s IF NOT ENOUGH MEMORY, BRANCH

; THERE IS MEMORY AT THE 32KW BOUNDRY, SET UP MEMORY MANAGEMENT

2313 027176
2314 027204

2315 027210
2316 027216

2317 027222
2318 027226

ggg 027234

012737
004737

012737
012702

012705

012737

000403

000001
012754

002520

001777
100076

172350

000001

177572

177776

MOV
CALL
MOV
MOV

MOV

OYES ,MAPPING
MMINIT

3+ SET MAPPING FLAG
s INITIALIZE MEMORY MANAGEMENT

®177776.RS

s PUT PHYSICAL ADDRESS IN RS

1777, ,APR4
#100076 ,R2

#B8IT0,MMRO

348

s SET UP APR4 TO 177700
s POINT R2 TO ADDRESS

TURN ON MEMORY MANAGEMENT

3 GO CLEAR BUFFER

ggé
2323
2324
2325
2326

O
ERR10

s+ CLEAR BUFFER
027236
027242
027244
027250

013702
010205
013701
005401

2328 027254

005301

2327 027252
ggzsg 027256

002502

33s:

002512

348:

005022

35s:

001375

FREMEM,R2
g
WORD .COUNT ,R1
R1

s
3
3+
3+

STARTING ADDRESS OF BUFFER
SAVE STARTING PHYSICAL ADDRESS
GET WORD.COUNT IN R1
CONVERT WORD COUNT FROM 2°'S COMP

DEC

DECREMENT COUNTER

CLR
BNE

(R2)+
35¢

s+ CLEAR WORD IN BUFFER

3+ BRANCH BACK IF NOT DONE

ggg
2333 027260
2334 027266
2335 027272
2336 027300
2337 027306
027306
027312
2338 027314
027314
027320
027324
027330
027334
027336
2339 027342
2340 027350
2341 027356

MOV
MOV
MOV
NEG

s BUFFER CLEARED, SET UP FOR DMA
013777
010577
042777
042777

002512
152664
037400
000002

013700
104436

002444

012746
012746
013746
012746
104437
062706
052777
0S2777
052777

000340
027440
002444
000003
000010
000100
000100
000001

152672
152652
152644

152576
152574
152566

MOV
MOV
B8IC
8IC
CLRVEC
MOV
TRAP
SETVEC
MOV
MOV
MOV
MOV
TRAP
ADD
8IS
8IS
8IS

WORD . COUNT , 8QWC
RS, 8QBA
#37400, SADMA
SDMAWT , SADMA
VECTOR
VECTOR,RO

s MOVE WORD COUNT INTO QWC REGISTER
s+ START ADDRESS OF BUFFER TO QBA
s MAKE SURE Q-BUS EXTENDED BITS ARE ZERO
s SET UP FOR VAX TO PDP DMA TRANSFER

VECTOR,#COY1,#PRIO7
#PRIO7,-(SP)
oCOY1, -(SP)
VECTOR, -(SP)
03, -(SP)
CSSVEC
#10,SP
OERRIE, SQINT
ORDYIE , SQDMA
€GO, 8QDMA

CsCVvEC

SET UP NEW INTERRUPT VECTOR

i+ ENABLE ERROR INTERRUPT
t+ ENABLE RDY INTERRUPT
i+ INITIATE DMA TRANSFER

CZFPB-A.0 CTRL BRIDGE LINK
TEST

MACRO M1200

19:

DMA VAX TO PDP-11 (32K BOUNDARY)

2342

353:2

09-JUAN-84 12:25

L10

PAGE S8-2

80 6128

: WAIT FOR INTERRUPT

2345 027364

2346 027370
2347 027374
027374
2348 027376
2349 027400
2350 027402
gggé 027404

013701

012702

002532

026000

40%:
45%:

104422

005302
001375
005301

001371

MOV

BREAK
TRAP
DEC
BNE
DEC
BNE

DEFAULT,R1

O@TIMOUT ,R2

C$BRK
B
45%
R1

408

gggz

s+ ERROR CONDITION,

2355 027406

027406

027410
027412
027414
2356 027416
2357 027422
2358 027430
ggz: 027434

104456

000071
000000
007424
004737
042777
012701
000137

013116
000100
013630
030026

152522

s+ TIME OUT DELAY TO R2
; ALLOW CONTROL C

s+ DECREMENT TIMEOUT
s IF NOT DONE LOOP
s+ DECREMENT SECOND COUNTER

s IF NOT DONE, LOOP
TIMEOUT OCCURED WAITING FOR INTERRUPT

ERRHRD

S7.,.ERR7

.WORD
.WORD
.WORD
CALL
BIC
MOV
JMP

S7
O
ERR?7
ENDERR
ORDYIE , SQDMA
O®ABORT ,R1

TRAP

s NUMBER OF SECONDS OF TIMEOUT

CS$ERHRD

E i

TELL OPERATOR TIMEOUT

3 GO PRINT OUT ENDING TERMINATOR
s CLEAR INTERRUPT BIT
s ABORT CODE TO R1
s BRANCH TO END OF TEST

: END ERROR CONDITION
i

g;zz

: DMA INTERRUPT SHOULD GO HERE
H

2365 027440

027440

2366 027440
2367 027446
2368 027452

042777
012716

027452
2369 027454
2370 027454

000002

027452

gg;é 027462

032777

001414

000100
027454

Covl::

152504

L1004S:
100000

cove:

152464

gg:g 027510

BIC
MOV
ENDSRV

ORDYIE , SQDMA
oCOov2,(SP)

3
3+

#ERR, BQINT

s ERROR INTERRUPT?

CLEAR INTERRUPT BIT
CORRECT STACK

RTI
BIT

:+ BRANCH IF NO ERROR INTERRUPT

s+ ERROR CONDITION, ERROR INTERRUPT OCCURED

i
B

104456
000072
000000
010030
004737
005077
012701

000137

013116
152442
013630

030026

ERRHRD
TRAP
.WORD
.WORD
.WORD
CALL
CLR
MOV

JMP

S58.,.ERR11
CS$ERHRD
S8
O
ERR11
ENDERR
SQINT
S®ABORT ,R1

EWW

TELL OPERATOR ERROR INTERRUPT OCCURED

3+ GO PRINT OUT ENDING TERMINATOR
3+ CLEAR INTERRUPT REGISTER
s+ ABORT CODE TO R1

3+ BRANCH TO END OF TEST

)

2381
2382

2383 027514
2384 027514
2385 027522
027522

COY1

BEQ

gg;z

2375 027464
027464
027466
027470
027472
2376 027474
2377 027500
2378 027504

BGNSRY

3 END ERROR CONDITION
:

052777

000001

013700

002444

152420

S04
:

8IS
CLRVEC
MOV

#CMDACK , 8QCMD
VECTOR
VECTOR,RO

:+
:+

TELL MASTER DAM DONE
CLEAR VECTOR

CZFPB-A.0 CTRL BRIDGE LINK

MACRO M1200

09-JAN-84

12:25

M10

PAGE S8-3

SEQ 0129

TEST 19: DMA VAX TO PDP-11 (32K BOUNDARY)
2386

027526

TRAP
SETVEC

104436
012746

012746
013746
012746

104437
062706
052777

MOV
MOV

000340
012652
002444
000003
000010
000100

MOV
MOV

TRAP
ADD
BIS

152362

CsCveC
VECTOR,®ERRINT,OPRIO7
#PRIO7,-(SP)

O®ERRINT, -(SP)
VECTOR, -(SP)
93,-(SP)
C$SVEC
#10,SP
OERRIE ,SQINT

]

SET UP INTERRUPT VECTOR

B ENABLE ERROR INTERRUPT

3 NOW CHECK DATA
013701
022737
001402

002502

000000

002520

MOV
cHP
BEQ

FREMEM,R1
ONO , MAPPING
604

H R1 TO START OF BUFFER
H WAS MAPPING USED?
3 BRANCH IF NO MAPPING

: MAPPING WAS USED
012701
013702
005402

100076
002512

60%:

MOV
MOV
NEG

#100076,R1
WORD .COUNT ,R2
RrR2

: R2 GETS WORD COUNT
: CONVERT WORD COUNT FROM 2°'S COMP.

3 NOW CHECK BUFFER AGAINST PATTERN
H

005037
012704
012703
012137
012337
023737
001442

1108:

002456

CLR

ERROR1

H CLEAR ERROR COUNTER

MOV

o0P6 ,R3

Fl R3 GETS PATTERN ADDRESS

MOV

(R3)+ ,EXP

MOV

cHp

BEQ

(RUO.\ML

VAL ,EXP

130¢

@ OF WORDS IN PATTERN

3 GET WORD FROM BUFFER
5 GET EXPECTED PATTERN IN EXP
B COMPARE VALUE WITH EXPECTED

: IF 0K, BRANCH

s ERROR CONDITION, NOT WHAT EXPECTED IN BUFFER
H

005737
001004

013746
013746
013746

012746
012746

2423

104415
062706

H ANY OTHER ERRORS OCCURED

ERRHRD

S59.,.ERRS

: PRINT ERROR HARD MESSAGE

120¢

CS$ERHRD
59
0
ERRS8
ERROR1
#10. ,ERROR1

002456

MOV
NEG
SUB
PRINTX
MOV

WORD . CMT COUNTER
COUNTE
R2, CMTER
.FWIO.CMTER.VAL.EXP
EXP,-(SP)

002474
004230

MOV

VAL, -(SP)
COUNTER, -(SP)
#FOR10, -(SP)

MOV
TRAP
ADD

SP,RO
CS$PNTX
€12,SP

000073
000000

160237

ERROR1

TRAP
. WORD
. WORD
. WORD
INC
cHpP

104456

005237
022737
103425
013737

BNE

000012

002462

002512
002474
002474

002474

000012

120%:

B8CS

MOV
MOV

130¢

B SKIP HEADER ERROR IF ALREADY PRINTED

] INCREMENT ERROR COUNTER
H SEE _IF TOO MANY MESSAGES PRINTED

: IF TOO MANY, BRANCH

3 CALCULATE WORD NUMBER
: CONVERT WORD COUNT FROM 2'S COMP
H PRINT DETAIL LINE

CZFPB-A.0 CTRL BRIDGE LINK

MACRO M1200

09-JAN-84

12:25

N10O

PAGE S58-4

SEQ 0130

TEST 19: DMA VAX TO PDP-11 (32K BOUNDARY)

s END ERROR CONDITION
3

130%:

005302
001403

DEC
BEQ
DEC
BNE

000715

2923
1408
R4
1108

100s

!
3
[l
s
3

DECREMENT WORD COUNT
BRANCH OUT IF DONE
DECREMENT PATTERN WORD COUNT
BRANCH IF NOT DONE WITH PATTERN
BRANCH IF DONE WITH PATTERN

: BUFFER CHECKED, PRINT TOTAL ERROR COUNT IF NECESSARY
B

140%:

TST

ERROR1

' ANY ERRORS

PRINTB

MOV
MOV

#FOR11,ERROR1

ERROR1, -(SP)
#O0R11,-(SP)

MOV
TRAP
ADD

RO
CS$PNTB
#6,SP
ENDERR

H GO PRINT OUT ENDING TERMINATOR

BEQ

CALL

013116

150¢

: IF NO ERRORS, BRANCH

TELL TOTAL ERROR COUNT

: END OF TEST
012701

Gl 200

013700
104436

002444

012746
012746
013746
012746
104437

000340
012652
002444
000003

052777
022737
001404

000010
000100
000000

150%:
EWY:

MOV
CLRVEC
MOV
TRAP

®0,R1
VECTOR
VECTOR,RO
CsCVveC

MOV
MOV
MOV
MOV
TRAP
ADD
8IS
cHP
BEQ

#PRIO7,-(SP)
S®ERRINT, -(SP)
VECTOR, -(SP)
#3,-(SP)
C$SVEC
#10,SP
S#ERRIE ,SQINT
ONO , MAPP ING
160¢

SETVEC

152056
002520

VECTOR,#ERRINT,&PRIO7

H END TEST NORMALLY
3 CLEAR VECTOR
3

SET UP INTERRUPT VECTOR

3 ENABLE ERROR INTERRUPT
: WAS MAPPING USED?
H BRANCH IF NO MAPPING

s+ MAPPING WAS USED, RESTORE MAPPING REGISTERS AND TURN OFF MAPPING
004737
005037

012754
177572

1604 :

JSR
CLR

PC,MMINIT
MMRO

: RESTORE MM TO NORMAL
3 DISABLE MEMORY MANAGEMENT

RTS

3 RETURN TO MAINLINE

+ DATA PATTERN FOR TEST
055132
122645

OP6:

.WORD
.WORD

055132
122645

CZFP8 A0 CTRL BRIDGE 1 Inx

MACRO M1200

09 JAN -84

12:25

PAGE

Bil
9

5606 0.2

TEST 20: WATCHDOG TIMER

2463

LSBTTL

24ec4

2465
2466
2467

TEST 20:

WATCHDOG TIMER

'0.

s TEST DESCRIPTION3+ ENABLE WATCHDOG TIMER AND CHECKS FOR INTERRUPT
: REPEATS FOR ALL TIMER INTERRUPTS

24068
2469

s TEST STEPS-

2470

2471

Y
;
MY

2472

2473

2474

2475
2476 030116
030116
030116
030124

QMD QIO WITH INTERRUPT ENABLED; WAIT WITH TIME -OUT
SET UP INTERVAL AND ENABLE TIMER
REPEAT FOR ALL TIMER INTERVALS

:'.‘...‘...;0‘.....‘....00..‘.0...‘..‘.0‘0‘00..........0....0......‘...0..
012737
004737

000024
013034

002114

TEST20::

STATST

CALL

020, LSTEST

BMSG

sTEST NUMBER FOR ERROR MESSAGES
sCHECK FOR PNT FLAG

s SET UP STARTING VALUES
030130
030134

012705
005057

)

030412

MOV

CLR

SMDTBUF.RS

LOOPS

; POINT TO FIRST TIME PATTERN
s INITIALIZE LOOP COUNTER

3 SET UP AND ENABLE WATCHDOG TIMER
B

108:

005237
012577
052777

151772

INC
MOV
8IS

LOOPS
(RS).,80CTL
STMRENS , 90C TL

+ INCREMENT LOOP COUNTER
s SET UP TIMER CODE
s MIT TIMER ENABLE

MOV
MOV

. A1
oTIMOUT,R2

+ NUMBER OF SECONDS TO TIME OUT ¢ vB1 DFP
: TIME OUT VALUE T0 R2

TRAP

CHBRK

? NOW WAIT FOR EVENT ACK
H

012701
012702

104422
032777
001033

308:

408:
002000

BREAX

817
BNE
DEC
BNE
DEC
BNE

151750

OVNTACK , 8QINT
S04
R2
408
R1
308

ALLOW CONTROL C

; EVENT PRESENT?
s+ IF EVENT PRESENT, BRANCH
s DECREMENT TIMEOUT REGISTER
s IF NOT IN TIMEOUT, TRY AGAIN
:+ DECREMENT SECOND TIMER
:+ IF NOT TIMEOUT, AGAIN

+ TIMEOUT ERROR CONDITION
)

012701

104456

002524
005314
000002
0C 2006

o1,.R1

ERPRD

60., ,ERR2

LMORD
'MORD
.WORD

60
O
ERR2

MOV
MOV
MOV
MOV
TRAP
ADD

LOOPS, -(SP)
#FOR23, -(SP)
02,-(SP)
SP,RO
COPNTX
06,5P

TRV

000074
000000
006506

013746
012746
012746
010600
104415
062706

MOV

PRINTX

#FOR23,LOOPS

; REGISTER NUMBER TO R1
:

TELL OPERATOR TIMEOUT

TELL OPERATOR LOOP @

CZFPB-A.0 CTRL BRIDGE L INXx
TEST 20:

WATCHDOG

2506 030250

2507 030254
030260
030264

2510
2511
o512
2513
2514
2515 030266
2516 030266

MACRO M1200

09 JUAN-84

12:2%

PAGE

Cil
59 1

SEQ 013%¢

TIMER

004737

012701
005077
000451

013116
013630
151664

CALL

ENDERR

CLR

SOCTL

MOV

®ABORT ,R1

100¢

GO PRINT OUT ENDING TERMINATOR
ABORT CODE 10 R1
CLEAR THE CONTROL REGISTER
ABORT

TEST

+ END TIMEOUT ERROR CONDITION
'

+EVENT ACK RECEIVED, WAIT FOR VNTACK CLEAR
3

013701
012702

S0
:

002532

608 :

708:

104422
032777
001431
005302
001371
005301
001365

151640

MOV
MOV

DEFAULT, R1
OTIMOUT R2

TRAP

CH#BRK

BRE AK

8IT
BEQ
DEC
BNE
DEC

BNE

OVNTACK , BQINT
804
f.
708
R1
608

NUMBER OF SECONDS TO TIME OUT
TIME OUT VALUE

ALLOW CONTROL C

TO R2

EVENT PRESENT CLEAR?
IF EVENT PRESENT, BRANCH
DECREMENT TIMEOUT REGISTER
IF NOT IN TIMEOUT, TRY AGAIN
DECREMENT SECOND TIMER
IF NOT TIMEOUT, AGAIN

3 TIMEOUT ERROR CONDITION
:

ERRHRD

61.,.ERR16

.WMORD

TRAP

.WORD
.WORD

PRINTX

MOV
MOV
MOV
MOV
TRAP
ANO
CALL
MOV

CLR
BR

CSERMRD

O
ERR16

TELL OPERATOR TIMEOUT

&FOR23,COUNTER

TELL OPERATOR LOOP ¢

SaCTL
100¢

GO PRINT OUT ENDING TERMINATOR
ABORT CODE 7O R1
CLEAR THE CONTROL REGISTER
ABORT TEST

COUNTER, -(SP)
#FOR23, -(SP)
02, -(SP)
SP,RO
COPNTX
6, SP
ENDERR
®ABORT ,R1

s+ END TIMEOUT ERROR CONDITION, SET UP NEXT TIME OR EXIT
i

005077
022737
001255
005000

151552

000004

80¢:

002524
1004

CLR
cwp
BNE
CLR

SQCTL
04,L00PS
10¢

RE TURN

s WATCH DOG TIMER TIME PATTERNS

000014
000010

WOTBUF;:

TIMES

TIME2
TIMEL

TIME.S

CLEAR THE CONTROL REGISTER
IS LOOP COUNTER AT MAXIMUM?

BRANCH BACK IF NOT DONE
END Ox CODE

CZFPB-A.0 CTRL BRIDGE LINx
TEST 21:

DMA

MACRO M1200

09 -JUAN-84

12:25

D11

PAGE 60

SEQ 0137

THROTTLE

.SBTTL

TEST 21: DMA THROTTLE

:TESY DESCRIPTIONs+

SETS DMA THROTTLE

s DMA'S TO PDP-11
+ CHECKS DATA
H

sTEST STEPSs VU
CTL QIO TO SET THROTTLE
: @
WAIT FOR INTERRUPT
s U
WRITE QIO WITH 256 WORDS
CHECK DATA
'
:
REPEAT FOR ALL THROTTLE VALUES
'..

] '..‘...‘.0....‘..‘..‘..0...0.....‘..“0‘..‘..““0......‘.0“....‘..““.

012737
004737
005037

000025
013034
002524

002114

-l

005237
013701
012702

104422

032777
001032
005302
001371

TEST21::

8s:

108:

STATST

MOV
CALL
CLR
INC
MOV
MOV

BRF AK
TRAP

8IT
BNE
DEC
BNE
DEC
BNE

151462

001365

021,L8TEST
BMSG
LOOPS
LOOPS
DEFAULT, K1
oTIMOUT ,R2
CHBRK

OCMOPRS , 8QINT
204
R2
10
R1
8t

sTEST NUMBER FOR ERROR MESSAGES
;CHECK FOR PNT FLAG
s @ OF PASSES COUNTER
+ INCREMENT PASS COUNTER
+ SECONDS OF TIME OUT
: TIME OUT VALUE TO R2
s COMMAND PRESENT?
:+ IF COMMAND PRESENT, BRANCH
; DECREMENT TIMEOUT REGISTER
s IF NOT IN TIMEOUT, TRY AGAIN
:+ DECREMENT SECOND TIMER
: IF NOT TIMEOUT, AGAIN

+ TIMEOUT ERROR CONDITION
B

MOV

ERRMRD
TRAP
LMORD
MORD
- WORD

PRINTX

MOV
MOV
MOV
MOV
TRAP
ADD
CALL
MOV
P

#0.R1

:+ REGISTER @ TO R1
:+

TELL OPERATOR TIMEOUT

6FOR24,LOOPS

TELL OPERATOR WHICH LOOP

62.
, ,ERR2
CSERMRD
62
O

LOOPS
, -(SP)
FOR24, -(SP)
02, -(SP)
SP,RO
COPNTX
6, 5P
ENDERR
@ABORT ,R1
€19

s+ END TIMEOUT ERROR CONDITION

: COMMAND PRESENT WAS REALLY THERE

+ GO PRINT OUT ENDING TERMINATOR

:+ ABORT CODE TO R1
s+ ABORT TEST

CZFPB-A.0 CTRL BRIDGE LINK
TEST 21:

MACRO M1200

O09-UAN-84

12:25

PAGE

E11l
60-1

SEQ 0134

DMA THROTTLE

2595 030552
2596 030552
2597 030560
2598 030566
2599 030574
2600 030602

2601 030610
2602 030616
2603

151370
151400
002514
151352
002516
002516

052777
012777
0177387
013777
017737
032737

001412

204

BIS

MOV
MOV
MOV
MOV
8IT
BEQ

SQVREN,SQCTL

€0, 8QVAD
SQVDA,LOW16
LOW16, 8QUBA
8QVDA ,HI2
otCBITA!BITS,
HI2
308

READ ENABLE
CLEAR VIEW REGISTER
READ LOW 16 BITS OF UNIBUS ADDRESS
LOAD LOW 16 BITS OF UNIBUS ADORESS
READ HI 2 BITS OF UNIBUS ADDRESS
SEE IF ONLY BITS 4 AND S ARE SET
BRANCH IF Ox

+ ERROR CONDITION, MORE THAN BITS 4 OR S SET FOR EXTENDED ADDRESS ON UNIBUS
B

000000

007740
004737
012701
000137

ERRHRD

63.,.ERR10

.MORD
LMORD
.WORD

63
O
ERR10

TRAP

104456
000077

CALL
MOV

013116
013630
031436

JMP

CSERMRD

ENDERR
®ABORT ,R1

E19

TELL OPERATOR ERROR

GO PRINT OUT ENDING TERMINATOR
ABORT CODE TO R1
END TEST

3+ END ERROR CONDITION
i

053777
017737

002516
151312

151300
002512

30¢:

8IS
MOV

HI2,8QDMA
SQVDA
, WORD . COUNT

SET UP EXTENDED BITS IN ExP
READ WORD COUNT FROM VIEW

MOV

uoao COUNT ,R1

MOV
CLR
DEC
BNE

FRE!EH R2
(RZ)O
R1
35¢

GET WORD.COUNT IN R1
CHANGE FROM 2°'S COmP
STARTING ADDRESS OF BUFFER
CLEAR BYTE IN BUFFER
DECREMENT COUNTER
BRANCH BACK IF NOT DONE

s+ CLEAR BUFFER
013701
005401
013702
005022
005301
001375

002512

NEG

35¢:
8

s
013777
013777
042777
042777

002512
002502
037400
000002

151252
151242
151230
151222

2634 030764
2635 030772
2636 031000
2637
2639

WORD . COUNT
, 8QuC
FREMEM, 8QBA
37400, SQDMA
SDMAWT
, SADMA

MOV
TRAP

VECTOR,RO
C¢CVEC

MOV
MOV
MOV
MOV
TRAP
ADD

#PRIO7, -(SP)
#C19.1,-(SP)
VECTOR, -(SP)
e3,-(SP)
CSeSVEC
#10,SP

BIS
8IS

ORDYIE,SQDMA
coo.m

SETVEC

000340
031062

000010
000100
000100
000001

MOV
MOV
8IC
8IC

CLRVEC

013700
104436
012746
012746
013746
012746
104437
062706
052777
052777
052777

BUFFER CLEARED, SET UP FOR DMA

151154

8IS

151152
151144
B

VECTOR

MAKE SURE Q-BUS EXTENDED BITS ARE ZERO

SET UP FOR VAX TO PDP DMA TRANSFER

VECTOR,#C19.1,0PRIO7

SET UP NEW INTERRUPT VECTOR

OENIE «BQINT

ENABLE ERROR INTERRUPT
ENABLE RDY INTERRUPT
INITIATE DMA TRANSFER

1 WAIT FOR INTERRUPT
;

MOVE WORD COUNT INTO QWC REGISTER
START ADORESS OF BUFFER TO QBA

CZFPB-A.0 CTRL BRIDGE LINX
TEST 21:

MACRO M1200

09-UAN-84

12:25

PAGE

F11
60-2

SEQ 0135

DMA THROTTLE

2640 031006
2641 031012
2642 031016
031016
2643 031020
2644 031022
2645 031024
2646 031026
2647
2648
2649
2650 031030
031030
031032
031034
031036
2651 031040
2652 031044
2653 031052
2654 031056

013701
012702

002532
026000

DEFAULT ,R1

40%:

OTIMOUT ,R2

45%;

104422

s+ NUMBER OF SECONDS OF TIMEOUT
TIME OUT DELAY TO R2
ALLOW CONTROL C

C$BRK

R2
45
R1
408

DECREMENT TIMEOUT

IF NOT DONE LOOP
DECREMENT SECOND COUNTER
IF NOT DONE, LOOP

+ ERROR CONDITION, TIMEOUT OCCURED WAITING FOR INTERRUPT
ERRHRD
TRAP
. WORD
. WORD
-m

104456
000000
007424
004737
042777
012701
000137

013116
000100
013630
031436

CALL

151100

8IC
MOV
JP

64.,,ERR?
CS$ERHRD

TELL OPERATOR TIMEOUT

s+
+
s+
s+

GO PRINT OUT ENDING TERMINATOR
CLEAR INTERRUPT BIT
ABORT CODE TO R1
BRANCH TO END OF TEST

64
0

ERR7

ENDERR
ORDYIE
, SQDMA
®ABORT ,R1

E19

END ERROR CONDITION

DMA INTERRUPT SHOWLD GO HERE

042777
012716

000100
031076

151062

C19.1::

L10046:
032777
001412

100000

151042

C19.2:

BGNSRV

C19.1

B8IC
MOV
ENDSRV

ORDYIE, SQDMA

CLEAR INTERRUPT BIT

€C19.2,(SP)

+ CORRECT STACK

OERR , SQINT
S0¢

s+ ERROR INTERRUPT?
3+ BRANCH IF NO ERROR INTERRUPT

RTI

BIT
BEQ

: ERROR CONDITION, ERROR INTERRUPT OCCURED
[

2671 031116
2672 031122
2673 031126
2674
2676
2677 031132
2678 031132
2679 031140

104456
000101
000000
010030
004737
012701
000137

ERRMRD

65.,.ERR11

. WORD
. WORD

65
o
ERR11
ENDERR

TRAP

. WORD

013116

CALL
MOV
N

CS$ERHRD

@ABORT ,R1

E19

: END ERROR CONDITION

s TELL OPERATOR ERROR INTERRUPT OCCURED

GO PRINT OUT ENDING TERMINATOR
ABORT CODE TO R1

s+ BRANCH TO END OF TEST

052777

151002

013700
104436
012746
012746

S04
:

8IS
CLRVEC
MOV
TRAP

000340
012652

SETVEC
MOV
MOV

#CMDACK
, 8QCMD
VECTOR
VECTOR,RO
CSsCVvEC
VECTOR, #ERRINT , #PRIO7
®ERRINT, -(SP)

TELL MASTER DAM DONE

s+ CLEAR VECTOR

3+ SET UP INTERRUPT VECTOR

CZFPB-A. O CTRL BRIDGE LINK
TEST 21:

MACRO M1200

09-JAN-84

12:25

G1l1

PAGE 60-3

SEQ 0136

DMA THROTTLE
031156
031162
031166
031170
031174

013746
012746
104437
062706
052777

002444
000003

MOV

VECTOR, -(SP)

000010
000100

ADD
BIS

TRAP

CsSVEC

150744

€10,SP
OERRIE ,SQINT

: ENABLE ERROR INTERRUPT

3+ NOW CHECK DATA

031202
031206
031212

013701
013702
005402

002502
002512

MOV
MOV
NEG

FREMEM,R1
WORD . COUNT ,R2
R2

B R1 TO START OF BUFFER
’ R2 GETS WORD COUNT
' CHANGE WORD COUNT FROM 2°'S COMP

3 NOW CHECK BUFFER AGAINST PATTERN
005037
005037
012704
012703
012137
012337
005237
023737
001433

002462
002474
000002
031502
54
002474
002454

100¢:

110%:;

002456

CLR
CLR
MOV
MOV
MOV
MOV
INC
cHP
BEQ

ERROR1
COUNTER
®2,R4
o0P19,R3
(R1)+,VAL
(R3)+,ExP
COUNTER
VAL ,EXP
130¢

H
B
.
B
]
B
B
B
'

CLEAR ERROR COUNTER
CLEAR COUNTER

® OF WORDS IN PATTERN
R3 GETS PATTERN ADDRESS

GET WORD FROM BUFFER
GET EXPECTED PATTERN IN EXxP
INCREMENT ADORESS COUNTER
COMPARE VALUE WITH EXPECTED
IF 0K,

BRANCH

3+ ERROR CONDITION, NOT WHAT EXPECTED IN BUFFER
8

TST

ERROR1

ERRHRD

66.,.ERR14

. WORD
. WORD
. WORD
INC
cHp
8CS

66
0
ERR14
ERROR1
#10. ,ERROR1
1308

002474
004230

MOV
MOV
MOV
MOV
MOV
MOV

EXP,-(SP)
VAL, -(SP)
COUNTER, -(SP)
#F0OR10, -(SP)
4,-(SP)
SP,RO

000012

ADD

012,5P

005737
001004

2706
2707
2708
2709

2710

104456
000102
000000
010336
005237

022737
103416
013746
013746
013746
012746
012746
010600
104415
062706

2721

TRAP

002462
000012

002462

120¢:

PRINTX

002456

TRAP

120¢

CS$ERHRD

&FOR10,COUNTER,VAL
.EXP

B ANY OTHER ERRORS OCCURED

B SKIP HEADER ERROR IF ALREADY PRINTED
H PRINT ERROR HARD MESSAGE

H INCREMENT ERROR COUNTER
H SEE IF TOO MANY MESSAGES PRINTED

5 IF TOO MANY, BRANCH
PRINT DETAIL LINE

COPNTX

2711

2713
2714
2715
2716
2717
2718
2719

BNE

s END ERROR CONDITION
I

005302
001403
001327
000722

130%:

DE
BEQ
DEC
BNE
BR

R2
1403
R4
110¢
100¢

3
5
f
1
'

DECREMENT WORD COUNT
BRANCH OUT IF DONE
DECREMENT PATTERN WORD COUNT
BRANCH IF NOT DONE WITH PATTERN
BRANCH IF DONE WITH PATTERN

: BUFFER CHECKED, PRINT TOTAL ERROR COUNT IF NECESSARY

CZFPB-A.0 CTRL BRIDGE LINX
TEST 21:

MACRO M1200

09-JAN-84

12:25

PAGE

60-4

SEQ 0137

DMA THROTTLE

031360
031360
031364
031366
031366
031372
031376
031402
031404
031406
2726 031412
2727
2728

2722
2723
2724
2725

2730 031416

2731 031424
2732 031426
2733 031432
2734 031436
031436
031442
2735 031444
031444

031450
031454
031460
031464
031466
2736 031472
2737
2738 031500
2739
2740
2741
2742 031502
2743 031504

005737

002462

013746
012746
012746
010600
104414
062706
004737

001414

140$:

TST
BEQ

ERROR1
150

002462
004253
000002

MOV
MOV
MOV
MOV

ERROR1, -(SP)
OFOR11,-(SP)
02,-(SP)
,RO

000006
013116

ADD
CALL

#6,5P
ENDERR

GO PRINT OUT ENDING TERMINATOR

IS IT DONE

PRINTB

TRAP

#FOR11,ERROR1

ANY ERRORS
IF NO ERRORS, BRANCH
TELL TOTAL ERROR COUNT

CSPNTB

;s END OF TEST

022737

000004

001402
000137
012701

030440
000000

013700

002444

012746
012746
013746
012746
104437
062706
052777

000340
012652
002444
000003

104436

000010
000100

002524

150%:

cHP

&4 ,L00PS

160¢:

JMP
MOV

TST19
®0,R1

MOV
TRAP

VECTOR,RO
CsCVvEC

MOV
MOV
MOV
MOV
TRAP
ADD

#PRIO7,-(SP)
®ERRINT, -(SP)
VECTOR, -(SP)
#3,-(SP)
CS$SVEC
#10,SP

RTS

E19:

BEQ

CLRVEC

SETVEC

150446

BIS

000207

160

VECTOR

CLEAR VECTOR

VECTOR,®ERRINT,OPRIO7

SET UP INTERRUPT VECTOR

OERRIE,SQINT

ENABLE ERROR INTERRUPT

RETURN TO MAINLINE

s+ DATA PATTERN FOR TEST

000000
177777

OP19:

.MORD
.WORD

-1

CZFPB-A.0 CTRL BRIDGE LINK
TEST 22:

MACRO M1200

09-JAN-84

12:25

111

PAGE 61

SEQ 0138

CONVERSATION MODE

2745

.SBTTL

2746

2747
2748
2749
2750
2751

joe

s TEST DESCRIPTION-

s+ GETS WORD COUNT, DIRECTION, AND DATA PATTERN FROM OPERATOR
:+ DOES DMA
:

ccccopcc

s TEST STEPS-

2766
2767
2768
2769
2770
2771
2772
2773
2774
2775
2776
2777
2778
2779
2780
2781
2782
2783
2784

IF WRITE (FROM VAX)CLEAR BUFFER

SET VNTPRS
CHECK FOR VNTACK
FOR DIRECTION,

2786

031542
2790 031546
2791 031552
2792 031560

PUT DIRECTION, AND DATA PATTERN CODE AND WORD COUNT IN VIEW RAM
COMMAND QIO
READ VIEW RAM
SET CMDACK
PUT LOW 16 BIT UNIBUS ADDRESS IN VIEW RAM ADDRESS 0O
PUT EXTENDED UNIBUS ADDRESS BITS IN VIEW RAM BITS 4 £ S ADDRESS 1
PUB WORD COUNT IN VIEW RAM ADDRESS 2
IF WRITE-

WAIT FOR CMOPRS INTERRUPT
READ VIEW FOR ADDRESS
LOAD ADDRESS FOR DMA
INITIATE DMA
SET CMDPRS
CHECK FOR CORRECT PATTERN
IF READ (FROM VAX)LOAD BUFFER
WAIT FOR CMDPRS INTERRUPT
READ VIEW FOR ADDRESS
LOAD ADDRESS FOR DMA
INITIATE DMA
SET CMDPRS

2785

2787 03:506
2788 031506
031506
031506
031514
2789 031520
031520
031524
031530
031534

TEST 22: CONVERSATION MODE

1500000880800 880008084000000848000080000000000008840080000088080000800080000000

YES

= DMA VAX TO LSI

110888888888 88888808808080880080800080008880080000000000004028080008800008

CONVERSATION:
012737
004737

000026
013034

012746
012746
013746
012746

000340
012644
002444
000003

062706
005037
052777
012777

000010
002450
000020
000000

002114

MOV
CALL
’SszVEC

922,L$TEST
BMSG
VECTOR, #TRAP4 , #PRIO7

150370
150400

8IS
MOV

s TEST NUMBER FOR ERROR MESSAGES
1CHECK FOR PNT FLAG
3+ SET UP FOR INTERRUPT

+ CLEAR INTERREPT FLAG

+ READ ENABLIE

+ ZERO ADDRESS REGISTER

CZFPB-A.0 CTRL BRIDGE LINK
TEST 22:

2793
2794
2795
2796
2797

2798
2799

09-JAN-84

12:25

J11

PAGE 61-1

SEQ 0139

CONVERSATION MODE

031566
031574
031602
031610
031616

2800
2801 031624

2802 031632

2803 031636

2804 031640

2805
2806
2807
2808

MACRD 1MicC0

031644
031650
031652
031654

017737
017737
017737
052777
052777

150376
150370
150362

000001
000100

002506
002510
002512

MOV
MOV

8QVDA,DIR
SQVDA ,PATTERN

150316

BIS

#CMDACK
, 8aCMD
OPRSIE,8QCMD

MOV

SQVDA, WORD . COUNT

GET DIRECTION
GET PATTERN CODE
GET WORD COUNT

TELL MASTER DONE READING VIEW

ENABLE INTERRUPT

s+ CHECK FOR AVAILABLE MEMORY SIZE AGAINST WORD COUNT
012737
005737
001435
013701
013702
005402
020102
103040

000000
002512

MOV

ONO , MAPP
ING

BEQ
MOV
MOV

204
MEMSIZ,R1
;K;O.CMY.RZ

cHe

R1.R2

TST

002504
002512

WORD
. COUNT

304

DEFAULT TO NO MAPPING
TEST FOR ZERO

GET AVAILABLE MEM SIZE IN R1
GET WORD COUNT IN R2
CONVERT WORD COUNT FROM 2'S COMP

COMPARE AVAILABLE SIZE WITH WORD COUNT

IF O, BRANCH

+ NOT ENOUGH MEMORY AVAILABLE IN UNMAPPED MEMORY, TRY HI MEMORY WITH MAPPING
012737
013700
005400
012701

000001
002512

MOV
MOV

NEG
MOV

#YES ,MAPP ING
WORD
. COUNT RO

RO
5,.R1

3+ CONVERT WORD.COUNT TO PAR VALUE AND
2819
2820
2821
2822
2823
2824
2825
2826
2827

031676
031700
031702
031704
031706
031714
031722
031724
031730

000241
006000
077103
005200
013737
162737
003403
023700
103012

iOO:
002120
001600

cLC

ROR
S08

RO
R1,10¢

MOV
SUB

LSHIMEM, VAL
#1600, VAL

INC

002454
002454

BLE
cHP
8CC

002454

20
VAL ,RO
308

SET FLAG TO MAPPING
GET WORD COUNT IN RO
CONVERT WORD COUNT FROM 2'S COMP
LOOP COUNTER

031656
031664
031670
031672

uieilota B hbea

2812
2813
2814
2815

CLEAR CARRY FLAY

ROTATE RIGHT
AGAIN IF NOT DONE
INCREMENT TO NEXT PAR VALUE
GET TOTAL MEMORY IN VAL
GET TOTAL AVAILABLE HI MEM IN PAR FORMAT
BRANCH IF NO HI MEMORY
SEE IF BUFFER LARGE ENOUGH
BRANCH IF ENOUGH MEMORY

3 ERROR CONDITION, NOT ENOUGH MEMORY AVAILABLE
2832 031732
2833 031732
031732
031734
031736
031740
2834 031742
2835 031746
2836 031752

20¢:;

007076
004737
012701
000137

ERRMRD

67.,.ERRS

.WORD
.WORD
WORD

67
O
ERRS

MOV

@ABORT ,R1

TRAP

104456
000103
000000

CALL

013116

CS$ERHRD

ENDERR

TELL OPERATOR ERROR

GO PRINT OUT ENDING TERMINATOR
ABORT CODE TO R1
EXIT TEST

: END ERROR CONDITION
i NOW SEE IF READ OR WRITE DMA
H

2844 031762
2845 031770

013701
012737
022737

30¢:
002456
002506

MOV
MOV
cHp

PATTERN,R1

QOMAWT ,EXP
@YES,DIR

ASSUME NO WRITE (READ)

SET UP DIRECTION BIT NO WRITE (READ)
DMA WRITE FROM VAX

CZFPB-A.0 CTRL BRIDGE LINK
TEST 22:

MACRO M1200

09-JUAN-84

12:25

K11

PAGE 61-2

SEQ 0140

CONVERSATION MODE

031776
032000
032004

001004
012701
005037

BNE
MOV
CLR

000001
002456

40
o1,R1
EXP

IF NO WRITE (READ), BRANCH
POINT R1 TO PATTERN TO CLEAR BUFFER
SET WORD TO WRITE

3 SET UP FOR BUFFER
H

013702
005402
006301

002512

062701
022737
001414

033414
000001

40%:

MOV
NEG

WORD .COUNT ,R2
[30e

ASL
ADD
cp

R1
ODATPRN,R1
OYES ,MAPPING

ASL

002520

BEQ

GET WORD COUNT TO R2
CONVERT WORD COUNT FROM 2°'S COMP
SET UP TO GET PATTERN

804

POINT TO PATTERN
USE MAPPING BUFFER ROUTINE?
BRANCH IF YES

s SET UP BUFFER WITH NO MAPPING
5

S04
:

013703
012704
012123
005302
001433
005304
001373
162701

608 :

70%:

MOV
MOV

FREMEM,R3
2 ,R4

DEC
BEQ
DEC
BNE

MOV

SuUB

000766

(Rl)n(RS)o

GET _STARTING ADDRESS OF BUFFER IN R3
@ OF WORDS IN PATTERN
MOVE PATTERN WORD TO BUFFER

&m&l; WORD COUNT

120¢
R4
708

BRANCH

608

START ALL OVER AGAIN

o4 ,R1

OONE

DECREMENT PATTERN WORD COUNT
IF NOT LAST PATTERN WORD, LOOP
POINT R1 BACK TO START OF PATTERN

s NO MAP BUFFER TAKEN CARE OF, SET AND WAIT FOR INTERRUPT
3

]

s SET UP BUFFER IF MAPPING IS USED
]

012737
012737
004737
012704
012123

001600
033366

002522
177572

80¢:

1008

001002
004737
005302
001405

110¢:;

001367
162701
000762

MOV
MOV
JSR

#1600, APR
#8IT0,MMRO
PC,.SETAPR

MOV
DEC
BNE
JSR
DEC
BEQ
DEC
BNE
SuUB
BR

(R1)+,(R3).
RS

1104
PC,.SETAPR
R2
1204
R4
1004
#4,R1
908

STORE UP INITIAL APR VALUE
ENABLE MAPPING
GO SET UP FOR APR
@ OF WORDS IN PATTERN
MOVE PATTERN WORD TO BUFFER

IF NOT LAST PATTERN WORD, LOOP
POINT R1 BACK TO START OF PATTERN
START ALL OVER AGAIN

3 INTERRUPT ONLY NORMAL WAY OUT OF LOOP
H

013701
012702
032154

104422
005737

002532

1204

130%:

140¢;

002450

MOV
MOV

DEFAULT,R1
#TIMOUT,R2

TRAP

C$BRK

BREAK
TST

TRPFLG

NUMBER OF SECONDS TO WAIT
TIMEOUT VALUE TO R2
ALLOW CONTROL C

DID INTERRUPT OCCUR

CZFPB-A.0 CTRL BRIDGE LINK
TEST 22:

2902
2903
5904
5905
2906

MACRO M1200

PAGE 61-3

e
1

CONVERSATION MODE

032160
032162
032164
032166
032170

00121
005302
001372
005301
001366

BNE
DEC
BNE
DEC
BNE

2%08

1508
R2
1408
R1
1308

s BRANCH IF INTERRUPT OCCURED
i DECREMENT TIMEOUT
: IF NOT DONE, BRANCM
: DECREMENT SECOND COUNTER
: IF NOT DONE, BRANCM

: ERROR CONDITION, TIMEOUT WAITING FOR INTERRUPT
)

2910 032172
032172
032174
032176
2911
2912
5913
2914

09-JAN-84 12:25

L1l

032200
032202
032206

032214

032220

104456
000104
000000
007320
004737
042777
012701
000137

013116
000100
013630
033502

"WORD
GALL
BIC
MOV
M

147726

2916

2918 032224
5919 032224

1508

042777

000100

147710

012777
017737
013777
017737
032737
001412

000000
147716
002514
147702
177757

2941 032324
2942 032332
5943 032340

OPRSIE,SQCMD

CLEAR INTERRUPT

BIS

MOV
MOV
MOV
MOV
BIT
8EQ

QVREN.SACTL

€0.8QVAD
SQVDA,LOW16
LOW16.SQUBA
BQVDA.HI2
OtCBIT4!BITS,HI2
1604

: READ ENABLE
i
:
:
:
:
:

CLEAR VIEW REGISTER
READ LOW 16 BITS OF UNIBUS ADDRESS
LOAD LOW 16 BITS OF UNIBUS ADORESS
READ WI 2 BITS OF UNIBUS ADDRESS
SEE IF ONLY BITS 4 AND S ARE SET
BRANCH IF OK

: ERROR CONDITION, MORE THAN BITS 4 OR S SET FOR EXTENDED ADDRESS ON UNIBUS
104456
000105
000000
007740
004737
012701
000157

013116
013630
033302

ERRHRD 69.,.ERR10

TRAP
MORD
‘WORD
‘WORD
CALL
MOV
»M»

CSERMRD
€9
O
ERR10
ENDERR
ABORT.R1
E

: TELL OPERATOR ERROR

1 GO PRINT OUT ENDING TERMINATOR
: ABORT CODE TO
R
i END TEST

: END ERROR CONDITION
K

053737
022737
001407

002516
000001

002456
002520

5945
5947 032342
5948 032350

BIC

: SET UP FOR DMA TRANSFER

147720
002514
147672
002516
002516

2938

2940 032324

GABORT.R1

; GO PRINT OUT ENDING TERMINATOR
: CLEAR INTERRUPT
: ABORT CODE TO R1
§ JUP TO TEST EXIT

2931

032300
032302
032304
032306
2934 032310
2935 032314
293 032320

ERRG
ENDERR
OPRSIE.SACMD

2923 032232 052777 000020 147710

5933 032300

68. ., .ERRG
CSERMRD
68
O

i END WAIT FOR INTERRUPT LOOP. INTERRUPT RECEIVED

5921

2924 032240
2925 032246
2926 032254
2927 032262
2928 032270
2929 032276

ERRMAD
TRAP
MORD
‘WORD

1608:

BIS
CHP
BEQ

HI2.EXP
OYES.MAPPING
170¢

§ SET UP GBA IF NO MAPPING

s SET UP EXTENDED BITS IN EXP
i ARE WE MAPPING?
: BRANCH IF YES

013777
042777

5949 032356 000406

002502
037400

147606
147574

MOV
BIC

1804

: @-BUS ADD REG WITH BUFFER START ADD
i MAKE SURE Q@-BUS EXTENDED BITS ARE ZERO

CZFPB-A.0 CTRL BRIDGE LINK
TEST 22:

2951
2952
2953
2954
2955
2956
2957
2958

MACRO M1200

09-JAN-84

12:25

M11

PAGE 61-4

SEQ 0142

CONVERSATION MODE

:+ SET UP QBA WITH MAPPING
032360
032366
032374
032402
032410
032416

2959 032424

012777
042777
013777
052737
013777

160000
037400
002512

147570
147556
147556

002456

147534

000100

170%:
1808:

MOV
BIC
MOV
BIS

MOV

CLRVEC

9160000, 8QBA

37400, 3QDMA
WORD
. COUNT , 8QuWC
ORDYIE,EXP

EXP, SQDMA
VECTOR

013700
104436

002444

MOV

TRAP

CsCVvEC

012746
012746
013746
012746
104437
062706
052777
052777
052777

000340
032550
002444
000003

MOV
MOV
MOV
MOV
TRAP
ADD

#PRIO7,-(SP)
OCONT1, -(SP)
VECTOR, -(SP)
@3,-(SP)
C$SVEC
#10,SP

000010
000100
000100
000001

SETVEC

147466
147464
147456

BIS
BIS
BIS

START BUFFER AT 28K

MAKE SURE Q-BUS EXTENDED BITS ARE ZERO

GET WORD COUNT IN QuC
SET UP TO ALLOW DMA RDY INTERRUPT
SET UP DMA REGISTER

VECTOR,RO
VECTOR,O@CONT1,ePRIO7

SET UP NEW INTERRUPT VECTOR

OERRIE, SQINT
ORDYIE, SQDMA
0G0, 8QDMA

ENABLE ERROR INTERRUPT
ENABLE RDY INTERRUPT
INITIATE DMA TRANSFER

3 WAIT FOR INTERRUPT
013701
012702

002532
026000

1908:

2008%

MOV
MOV

BREAK
TRAP

DEC

BNE
DEC
BNE

DEFAULT,R1

OTIMOUT ,R2

C$BRK

200¢
R1
190¢

NUMBER OF SECONDS OF TIMEOUT
TIME OUT DELAY TO R2
ALLOW CONTROL C
DECREMENT TIMEOUT
IF NOT DONE LOOP
DECREMENT SECOND COUNTER
IF NOT DONE, LOOP

s+ ERROR CONDITION, TIMEOUT OCCURED WAITING FOR INTERRUPT
2977 032524

042777

000100

147426

104456
000106

000000
007424
004737
012701
000137

B8IC

ORDYIE, SQDMA

TRAP
.WORD
.MORD

CS$ERHRD
70
O

ERRHRD

. WORD
CALL
MOV
JMP

013116
013630
033302

70.,,ERR7

ERR?7
ENDERR
®ABORT,R1
E

CLEAR INTERRUPT BIT

TELL OPERATOR TIMEOUT

GO PRINT OUT ENDING TERMINATOR
ABORT CODE TO R1
BRANCH TO END OF TEST

END ERROR CONDITION
DMA INTERRUPT SHOULD GO HERE

042777
012716

000100
032564

147374

CONT1::

L10047;
032777

100000

147354

CONT2:

BGNSRYV

CONT1

B8IC
MOV
ENDSRV

ORDYIE
, SQDMA
OCONT2,(SP)

CLEAR INTERRUPT BIT
CORRECT STACK

OERR , BQINT

ERROR INTERRUPT?

CZFPB-A.0 CTRL BRIDGE LINK

MACRO M1200

N1l

09-JAN-84 12:25

PAGE 61-5

TEST 22: CONVERSATION MODE
2992 032572

00141

BEQ

294

: ERROR CONDITION, ERROR INTERRUPT OCCURED
]

104456
000107
000000
010030
004737
005077
012701
000137

013116
147332
013630
033502

3002

TELL OPERATOR ERROR INTERRUPT OCCURED

: GO PRINT OUT ENDING TERMINATOR
i CLEAR INTERRUPT REGISTER
: ABORT CODE TO R1
: BRANCH TO END OF TEST

i END ERROR CONDITION

032624
032624
032632
032640
032642

052777
022737
001002
000137

000001
000000

147310
002506

2108:

033276

BIS
C%
N
M

OCMDACK,SaCcMD
#NO.DIR
2154
3308

: TELL MASTER DAM DONE
: DOES LSI NEED TO CHECK DATA
i BRANCH IF DMA WAS VAX TO LSI
: IF NOT., END TEST

: DATA WAS FROM VAX TO LSI, CHECK DATA
: SET UP TO POINT TO DATA FIELD

3022 032702

013702
005402
013701
006301
006301
062701
005037
022737

001462

002512

2156:

002510

033414
002474
000001

002520

3024

3033 032742

005037
012704
005237
012337
012137
025737

001433

002462
000002
002474
002454
002456
002454

3035

3037 032744 005737 002462
032752

104456

032754
032756
032760

3040 032762

2608

2208:
2308:
002456

MOV

FREMEM.RS

BEQ

2504

CLR
MOV
INC
MOV
MOV
CHP

ERROR1
62.R4
COUNTER
CR3)e,VAL
(R1)+.EXP
VAL.EXP

000110
000000
007530
005237

002462

s
:
:
:

R2 GETS WORD COUNT
CONVERT WORD COUNT FROM 2'S COMP
R1 GETS PATTERN CODE
POINT R1 TO PATTERN

: CLEAR ADDRESS COUNTER
i WAS MAPPING USED

: BRANCH IF MAPPING WAS USED

: RS TO START OF BUFFER

:
:
i
:
i
i

CLEAR ERROR COUNTER
@ OF WORDS IN PATTERN
INCREMENT COUNTER
GET WORD FROM BUFFER
GET EXPECTED PATTERN IN EXP
COMPARE VALUE WITH EXPECTED

: BRANCH IF DATA OK

: ERROR CONDITION, NOT WHAT EXPECTED IN BUFFER
y

TST

ERRORL

TRAP

BNE

2408:

.MORD
.MORD
.WORD

INC

i ANY OTHER ERRORS OCCURED

2404

001004

3038 032750

BEQ

WORD.COUNT,R2
R2
PATTERN.R1
Rl
Rl
ODATPRN,R1
COUNTER
OYES,MAPPING

: FIRST CHECK DATA IF NO MAPPING WAS USED

3026 032704 013703 002502
032710
032714
032720
032724
032730
032734

MOV
NEG
MOV
ASL
ASL
ADD
CLR
CHP

72
O
ERRS
ERROR1

3014 032646
3015 032652
3016 032654
3017 032660
3018 032662
3019 032664
3020 032670
3021 032674

g
$

71...ERR11
CSERMRD
71
O
ERR11
ENDERR
SQINT
ABORT,R1
E

3010
3012

3027
3028
3029
3030
3031
3032

ERRMRD
TRAP
MORD
'WORD
‘WORD
CALL
CLR
MOV
M

3004
3005
3006
3007
3008

; BRANCH IF NO ERROR INTERRUPT

2996 032574
032574
032576
032600
032602
2997 032604
2998 032610
5999 032614
3000 032620

3003

2108

SKIP MEADER ERROR IF ALREADY PRINTED

+ PRINT ERROR HARD MESSAGE

INCREMENT ERROR COUNTER

CZFPB A.0 CTRL BRIDGE L INX
TEST 22:

MACRO M1200

09 JAN-B84 12:25

PAGE

Bl
&1 &

SEQ 0i4a

CONVERSATION TMMODE

3041 032766
3042 032774
Mo
1 032776
032776
033002
033006
033012
033016
033022
033024
033026

022787
103416

000012

015746
013746
015746
012746
012746
010600
104415
062706

002456
002454
002474
004230
000004

002462

@FOR10,COUNTER,
VAL ,EXP

2508

MOV
MOV
MOV
MOV

EXP,-(SP)
VAL, -(SP)
COUNTER, -(SP)
®FOR10, -(SP)

PRINTX

MOV

TRAP

ADD

000012

010. ,ERROR1

8Cs

SEE

YO0 MANY MESSAGES PRINTED

IF TOO MANY, BRANCH
PRINT DETAIL LINE

SP.RO

CIPNTX

012,5P

H H

3+ END ERROR CONDITION

033032
033034
033036
033040
033042
033046

2508 :

005302
001501
005304
001327
162701
000722

DEC
BEQ
DEC
BNE
SUB
BR

R2
3208
[=¥]
2304
o4 .R1

DECREMENT WORD COUNT
BRANCH OUT IF DONE
DECREMENT PATTERN WORD COUNT
BRANCH IF NOT DONE WITH PATTERN
POINT R1 BACK TO START OF PATTERN
BRANCH IF DONE WITH PATTERN

2204

s END NO MAPPING BUFFER CHECK

SRR T U U

033132
033134
033136
033140
3075 033142
3076 033146
3077 033154
3078 033156
033156
033162
033166
033172
033176
033202
033204

;CHECK DATA IF MAPPING WAS USED
3

002522
177572

2604
;

2708

2804
002456

MoV

#1600, APR

CLR

ERROR1

INC

COUNTER

cw
BEQ

VAL ,EXP
3004

MOV
MOV
MOV

STORE UP INITIAL APR VALUE

:u; MAPP ING

UP FOR APR

GO SET

CLEAR ERROR COUNT FLAG

02 .R4

@ OF WORDS IN PATTERN

INCREMENT COUNTER
GET WORD FROM BUFFER
GET EXPECTED PATTERN IN ExP
COMPARE VALUE WITH EXPECTED

(R3).,VAL
(R1)+ ,EXxP

BRANCH IF DATA Ox

s ERROR CONDITION, NOT WHAT EXPECTED IN BUFFER
:

1S7

ERROR)

ERRMRD

73.,..ERRS

BNE

TRAP
. WORD

Cs
73

. WORD
INC
cp
8CS

ERRS
ERROR1
#10. ,ERROR1
3004

.MORD

000012

2908 ;

PRINTX

002474
004230

2904

MOV
MOV
MOV
MOV
MOV
MOV

TRAP

ANY OTHER ERRORS OCCURED

s SKIP MEADER ERROR IF ALREADY PRINTED
s+

PRINT ERROR HARD MESSAGE

oFOR10,COUNTER,VAL
,EXP

EXP,-(SP)
VAL, -(SP)
COUNTER, -(SP)
#FOR10, -(SP)
4,-(SP)
SP,
COPNTX

+ INCREMENT ERROR COUNTER
s SEE IF TOO MANY MESSAGES PRINTED
s+

IF TOO MANY, BRANCH

PRINT DETAIL LINE

CZFPB -A.0 CTRL BRIDGE LINK
TEST 22:

09 JUAN-84

12:25

PAGE

Cie
61

SEQ 0145

CONVERSATION MODE

033206

$33iasasigasysusass

3079

MACRO M1200

033212
033214
033216
033222
033224
033226
033230
033232
033236

062706

ADD

000012

012,5P

3+ END ERROR CONDITION
005305
001002
004737
005302
001405
005304
001323
162701
000716

033366

300s:

DEC
BNE

310%:

DEC

JSR

BEQ
DEC
BNE
SuB
ar

RS
310¢

PC,.SETAPR

3204
R4
2808
04 ,R1
2708

DECREMENT APR 8K LOOP COUNTER
BRANCH IF NEW APR IS NOT NEEDED
GO SET UP FOR NEXT APR
DECREMENT WORD COUNT
BRANCH IF DONE
DECREMENT PATTERN WORD COUNT
IF NOT LAST PATTERN WORD, LOOP
POINT R1 BACK TO START OF PATTERN
START ALL OVER AGAIN

+ BUFFER CHECKED, PRINT TOTAL ERROR COUNT IF NECESSARY

iZOO:

005737

TS7

ERROR1

ANY ERRORS

PRINTB

#FOR11,ERROR1

TELL

001414

BEQ

013746
012746
012746
010600
104414

MOV
MOV

004737

MOV

TRAP

ADD
CALL

013116

330

ERROR]L, -(SP)
®#O0R11, -(SP)

IF NO ERRORS, BRANCH

TOTAL ERROR COUNT

SP,RO

CSPNTB

6 ,SP
ENDERR

GO PRINT OUT ENDING TERMINATOR

s END OF TEST

$30s:

000000

002444

000010
000100
000000

@0.R1

TRAP

CSCVEC

CLRVEC
MOV

'SszVEC

000340
012652
002444
000003
3106
3107
3108
3109
3110
35111
3112
3113
3114
3115 033364
3116
35117
3118
3119
3120

MOV

146602

VECTOR

VECTOR, #ERRINT ,#PRIO7?

#PRIO7. -(SP)

MOV
MOV
MOV
TRAP
ADD

SERRINT, -(SP)
VECTOR, -(SP)
o3, -(SP)
CSSVEC
010, 5P

BEQ

3404

8IS
P

, SQINT
OERRIE
ONO ,MAPP

TEST ENDED NORMALLY

CLEAR VECTOR

TEST CODE

SET UP INTERRUPT VECTOR

ENABLE ERROR INTERRUPT
WAS MAPPING USED

BRANCH IF NO MAPPING USED

[

3 MAPPING WAS USED, RESTORE MAPPING REGISTERS AND TURN OFF MAPPING
012754

177572

s
3404:

JSR

PC,MMINIT

RTS

CLR

RESTORE MM TO NORMAL
DISABLE MEMORY MANAGEMENT

SUBROUTINE TO SETUP APRS WITH NEW VALUE, AND RS WITH NEW 4xW LOOP

VALUE ON EXIT, RS CONTAINS 10000 (4KW), AND APR3 HAS BEEN LOADED
WITH POINT TO NEXT 4KW BLOCK, AND R3 CONTAINS STARTINS ADDRESS OF

D12

)

CZFPB -A.0 CTRL BRIDGE LINx

09 -JUAN-84

12:25

PAGE

61-8

SEQ 0146

CONVERSATION MODE

1+ MAPPED BUFFER,
H

LOOP COUNTER
3 WITH INITIAL VALUE
TING ADDRESS OF BUFFER IN R3
OR NEXT APR

172346
1S

WORD
WORD

177777

WORD
WORD

0
0

122645
122645

.WORD
.WORD

122645
122645

CODE
2

055132
055132

WORD
WORD

055132
055132

3
CODE

000000

WORD
WORD

4
CUDE

“—————————)————

——————
=

177777

177

DATPRN:

S—————

177777
1777

010000

002522

012705
013737
012703
062737
000207

SETAPR:

3121
3122
3123 033366
3124 033366
3125
3126

—————————

TEST 22:

MACRO M1200

CZFPB-A.0 CTRL BRIDGE LINX
TEST 23:

MACRO M1200

3162
3163

3164

3165
3166

PAGE

SEQ 0147

.SBTTL

TEST 23: CHECK QMALT (MANUAL)

1 0 8 0 0 0 0 080000800000000048000000000000000000080000000000000000000000000s
o

s TEST DESCRIPTION+ TELLS OPERATOR TO HALT PDP-11
3+ CHECKS FOR QMALT BIT
s+ POP-11 ENTERS 00T
b

s TEST STEPS1 0
s V
s V

OPERATOR MESSAGE
WAIT FOR INTERRUPT
CHECK QMALT BIT

:.ooooooooooooooooooooooooooooooo‘oooooooooooooooooooooooooooooooooooooooo
000027
013034

002114

TEST2S::

146462

MOV
CALL

023 ,LSTEST
BMSG

sTEST NUMBER FOR ERROR MESSAGES
sCHECK FOR PNT FLAG

MOV
TRAP
CLR

VECTOR,RO
CsCVEC
SQINT

; CLEAR INTERRUPT REGISTER

MOV
MOV
MOV

OMHALTL, -(SP)
o, -(SP)
SP,RO

PRINTF

033651
000001

TRAP
ADO

000004

VECTOR

@MHALT]

CSPNTF
04,5P

PRINTF #MMALT2, 0208

033540
033730
000002
000006
013116

10¢:
20%:

033570
000001

000004
013116

013740
116
116
116

STATST

CLRVEC

002444

3167
3168

3169
3170
3171
3172
3173
3174

12:25

CHECK QMALT (MANUAL)

3146
35147
35148
3149
3150
3151
3152
3153
3154
3155
3156
3157
3158
3159
3160 033440

3161

09-JUAN-84

El2

061
061
061

HLTMSG:

MHALTL1:

MHALT2:

ADD
CALL
BREAK
TRAP
BR
PRINTF

6, SP
ENDERR

MOV
TRAP
ADD
CALL

RO
COPNTF

C4BRK

10¢
#MLTMSG

3 GET RID OF INTERRUPT VECTOR

PRINT MESSAGE

+ PRINT MESSAGE TERMINATOR
+ ALLOW CONTROL C
+ BRANCH BACK
s PRINT MALT CONTINUE MESSAGE

04,5P
ENDERR
START

.ASCIZ

/#NISAPRESS THE MALT KEY ON THE LSI FRONT PANEL/

.ASCIZ

232'1‘2

i PRINT MESSAGE TERMINATOR

/#N1sACONTINUING FROM HALT, WAITING FOR NEXT TEST/

/#N1#ATO REENTER LSI TEST FROM ODT,

TYPE w06AG/

CZFPB-A.0 CTRL BRIDGE LINK

MACRO M1200

09-JAN-84

12:25

PAGE

Fl12
63

SEQ 0148

TEST 24: CHECK Q POWER FAIL (MANUAL)
35176
5177
3178
3179
3180
3181
3182
3183
3184
3185
3186
3187
3188
3189
3190

3192
35193

3194
3195
3196
3197
3198
3199

TEST 24:

CHECK Q POWER FAIL (MANUAL
)

s TEST DESCRIPTION-

+ TELLS OPERATOR TO POWER DOWN FEP
+ CHECKS FOR QPWRFL BI17
s+ PDP-11 ENTERS BOOT PROM
H

s TEST STEPS: @
s V

s v

OPERATOR MESSAGE
WAIT FOR INTERRUPT
CHECK QPWRFL BIT

:.ooooooooooo.oooooooooooooooooooooo‘ooooooooooooooooo‘ooooooooooooooooooo
012737
004737

000030
013034

013700

002444

005077

146112

012746
012746
010600
104417
062706
004737

034064
000001

104436

104422
000776
045
045

002114

STATST

MOV
CALL

024 ,LSTEST
BMSG

sTEST NUMBER FOR ERROR MESSAGES
sCHECK FOR PNT FLAG

MOV
TRAP
CLR

VECTOR,RO
CsCVEC
SQINT

s CLEAR INTERRUPT REGISTER

CLRVEC

PRINTF

000004
013116

116
116

TEST24::

10%:
061
061

MFAIL:

MOV
MOV
MOV
TRAP
ADD
CALL
BREAK

VECTOR

@M AIL

MFAIL,-(SP)
o1,-(SP)
SP,RO
CSPNTF
04,5P
ENDERR

s GET RID OF INTERRUPT VECTOR

PRINT MESSAGE

i+ PRINT MESSAGE TERMINATOR
s ALLOW CONTROL C

TRAP

C$BRK

.ASCII

/#N1SAPOWER DOWN THE LSI FEP/

efi'l‘l

108

s BR

/8N1SAREBOOT XXDP+ OR MANUAL BOOT TEST TO CONTINUE/

|S——

35191

.SBTTL

130 8 8 0 0 0 040040000000000800800000000000000088000000008800000000000000000000

CZFPB-A.0 CTRL BRIDGE LINK
TEST 25:

MACRO M1200

09-JUAN-84 12:25

Gle

PAGE 64

.
149

CHECK Q@BOOT (MANUAL)

3201

LSBTTL

TEST 25: CHECK QBOOT (MANUAL)

3202

110000000000000000000000000000000000000000000000000000000000000000080080048

;ggg

3 CHECKS FOR PDP-11 RESPONSE

3203
3204
3205

joe
s TEST DESCRIPTION3 SETS QBOOT BIT
B

3208
3209
3210

s TEST STEPS: Q
OPERATOR MESSAGE
s V
WAIT FOR INTERRUPT

g{;

s VU

CHECK QMALT BIT

...

3213

11000000000000000000000000000000000000880000000000000080000000000400080800888

3214 034202

034202

034202
034210
3215 034214
3216 034220
3217 034224
034224
3218 034226
gg 034230

012737
004737
012701
012702

000031
013034
000024
026000

104422
077202
077105

034234
034236
034240
3224 034242
3225 034246
ggg 034252

3228 034254

10%:
15¢:

STATST
MOV
CALL
MOV
MOV
BREAK
TRAP
S08
S08

2S5 ,L$TEST
BMSG
#20. ,R1
#TIMOUT ,R2

sTEST NUMBER FOR ERROR MESSAGES
sCHECK FOR PNT FLAG
3 NUMBER OF SECONDS TO TIME OUT
s TIMOUT VALUE TO R2

C$BRK
R2,15¢
R1,10¢

s+ DECREMENT TIMEOUT VALUE, BRANCH IF BNE
3 DECREMENT SECOND TIMEOUT, BRANCH IF BNE

ggé
3223 034232
034232

002114

TEST2S::

s+ ERROR COV.ITION, SHOULD HAVE BOOTED BY NOW
-

104456
000112
000000
010466

004737
012701
000207

013116
013630

FARHRD
TRAP

L.MORD
.MORD
.MORD
CALL
MOV
RETURN

ENDMOD

74.,.ERR1S
CS$ERHRD
74
O
ERR1S

ENDERR
®ABORT ,R1

3 GO PRINT OUT ENDING TERMINATOR
s ABORT CODE TO R1
:+ TO MAINLINE

CZFPB-A.0 CTRL BRIDGE LINK
TEST 25:

MACRO M1200

09-JAN-84

SEQ 0150

LENABL

.SBTTL

41
4. 034254
43
44
45

HARDWARE PARAMETER CODING SECTION

THE HARDWARE PARAMETER CODING SECTION CONTAINS MACROS
THAT ARE USED BY THE SUPERVISOR TC BUILD P-TABLES.
THE
MACROS ARE NOT EXECUTED AS MACHINE INSTRUCTIONS BUT ARE

48
4

INTERPRETED BY THE SUPERVISOR AS DATA STRUCTURES.
THE
MACROS ALLOW THE SUPERVISOR TO ESTABLISH COMMUNICATIONS
WITH THE OPERATOR.

BGNHRD

000010

LS$HARD:
:

000031
034276

000000

AMA

BGNMOD

46
47

H12

PAGE 65

CHECK Q@BOOT (MANUAL
)

13
1T

S1
52
S3

12:25

177776

001031
034331
000000
001000

102
102

122
122

111
111

L10050:
G1:
G2:

.WORD L10050-L$HARD/2

GPRMA
.WORD
.WORD
.WORD
LMORD
GPRMA
.WORD
.MORD
.WMORD
.MORD

G1.0,0,0,177776,YES
T$CODE
G1
TSLOLIM
TSMILIM
G2,2.0,0,1000,YES
T$CODE
G2
TSLOLIM
TSHILIM

;BASE ADDRESS

sVECTOR

ENDHRD
.EVEN

.ASCIZ
.A%'I‘Z

/BRIDGE MODULE BASE ADDRESS/
/BRIDGE MODULE VECTOR
/

CZFPB-A.0 CTRL BRIDGE LINK

MACRO M1200

09-JUAN-84 12:25

112

PAGE 66

SEQ 0151

SOF TKARE PARAMETER CODING SECTION
81

.SBTTL

a2
83
84
85
86
87
88
89
90

SOF TWARE PARAMETER CODING SECTION

THE SOF TWARE PARAMETER CODING SECTION CONTAINS MACROS
THAT ARE USED BY THE SUPERVISOR TO BUILD P-TABLES. - THE
MACROS ARE NOT EXECUTED AS MACHINE INSTRUCTIONS BUT ARE

INTERPRETED BY THE SUPERVISOR AS DATA STRUCTURES.

THE

MACROS ALLOW THE SUPERVISOR TO ESTABLISH COMMUNICATIONS

WITH THE OPERATOR.

lSUTmeceM“nYEl SECTION NOT NEEDED

93
¥4

95
96 034364
97 034364
104
105 034564
034564
034566
034570

106
107 034570
108 034570
034570
034572
034574
109 034574
110 034576
111 034600
034600
112 034600
113

SPATCH: :

.BLKW

100

LASTAD
034600
000004

LSLAST::

.WORD TS$FREE
.WORD T$SIZE

sHARDCODED P-TABLE
BGNSETUP 1

000000
000002
160500
000500

L10051:

L100S53:

000001

BGNPTAB
.WORD
O
.WORD
L10053-.72-1
.WORD
QCMDAD
.WORD
VEC
ENOPTAB
ENDSETUP

sHARDWARE UNIT O DEFALLT BASE ADDRESS

sHARDWARE UNIT O DEFAWLT VECTOR

CZFPB-A.0 CTRL BRIDGE LINX

MACRO M1200

09-JAN-84

12:25

J12

PAGE 66-1

SEQ 0152

SYMBOL TABLE

ABO

005534 G

026620 G

CSINIT= 000011

€EQz

003217 G
032550 6

CS$MANI= 000050
CSMEM = 000031

ERRIE = 000100 G
ERRINT
012652 G

ABORT
013630
ACKIE = 000100 G

026634

ADDRES
002142 G
ADR
= 000020 G

032564

ADD
APR

APRO
APR1
APR2
APR3
APR4
APRS
APR6
APR7

002452 G

002522 G

= 172340 G
= 172342 G
= 172344 G
= 172346 G
= 172350 G
= 172352 G
= 172354 G
= 172356 G

ASSEMB= 000010

BAD

BADMSG
BASEAD
BITS¢
BITS
BITO
=
BITO0 =
B8IT01 =
BIT02 =
BIT03 =

014140
014170

012130 G
012110 G
000001 G
000001 G
000002 G
000004 G
000010 G

BITO4 = 000020 G

BITOS
BIT06
BITO7
BIT08

=
=
=
=

000040 G
000100 G
000200 G
000400 G

B8IT09 = 001000 G

BIT1
= 000002 G
BIT10 = 002000 G
B8IT11 = 004000 G
B8IT12 = 010000 G

BIT13
BIT14
BIT1S
BIT2

=
=
=
=

020000 G
040000 G
100000 G
000004 G

BIT4
BITS
BIT6
BIT7
BIT8
BIT9

=
=
=
=
=
=

000020 G
000040 G
000100 G
000200 G
000400 G
001000 G

BOE
=
BROGFL
BRIDGE
BRLEVE
BUILDS
CMDACK=

000400 G
002434 G
002432 G
002446 G
012152
000001 G

BITS

BMSG

cMD8

= 000010 G

013034 G

011170

CMDBIT 002604 G
CMOPRS= 004000 G

020552 G

020574
031506

022400 G

022414

023142 G

023156

002474 G
024144 G

024160

027440 G

027454

021340 G

021354
011264

002751 G
024706 G

024722

025710 G

025724
000052
000061
000022
000004
000002
000045
000062
000012
000035
000006
000036
000044
000051
000024
000053
000003
000055
000056
000060
000054
000057
000010
000005
000003
000001
000032
000026
000027
000043
000042
000030
000040

CS$INLP= 000020
CIMSG = 000023

ERR

ERROR1

002462 G

ERRO
ERR1

006270 G
006316 G

CSOPEN= 000034

ERROR2

CIPNTS= 000016

ERR1O

CSPNTB= 000014
CSPNTFe 000017

CSPNTX= 000015
C4QI0 = 000377

C$RDBU= 000007

CSREFG= 000047
CSRESE= 000033

CSREVI= 000003
CSRFLA= 000021

CIRPT = 000025

CS$SEFG= 000046

CS$SPRI= 000041
CS$SVEC= 000037

ERR11

ERR12

ERR1S

ERR14
ERR1S

ERR16
ERR2

ERR3

ERR4

ERRS
ERR6

C$TPRI= 000013
C19.1
031062 G

ERR7
ERR8

DATPRN

EVL

C19.2

031076
033414

DEFAUL 002532 G
DFPTBL 002130 G
DIAGMC= 000000
DIR
002506
DLYST
017106
OLY1
002526
DLY2
002530
OMAB
011310
DMABIT 003015 G
DMAWT = 000002 G
oPX3
025262
OPX4
026042
oP1
021752
oP19
031502
oP2
022532
oP3
023516
DP4
024276
OPS
026752
oP6
030112
ouMP
010656 G
E
033302
ECONT
020130
011166
EF .CON= 000036 G
EF .NEW= 000035 G
EF .PWR= 000034 G
EF .RES= 000037 G
EF.STA= 000040 G
EN
021706
ENDERR 013116 G
ENDI
013546
ENXM
EQ
022530

025776

= 100000 G

ERR9

002464 G
007740 G

FOR13

004364 G

FOR14.
FOR1S

004477 G
004536 G

FOR14

FOR16
FOR17

FOR1S
FOR19
FOR2

010030 G

FOR20

010252 G

FOR22

010146 G

010336 G
010466 G

010552 G
006506 G

006652 G

007012 G

007076 G
007320 G
007424 G
007530 G

007634 G

= 000004 G

EW
023452
i
030026
EXP
002456 G
EXPECT 002222 G
EXQBA
002236 G
EXQCMD 002222 G
EXQCTL 002230 G
EXQDMA 002232 G
EXQINT 002226 G
EXQMTO 002242 G
EXQMT1 002244 G
EXQUBA 002234 G
EXQVAD 002246 G
EXQVDA 002250 G
EXQVNT 002224 G
EXQWC
002240 G
£
025216
EXZ
026706
€z
024232
ESEND = 002100
ESLOAD= 000035
E10¢
010722
E19
031436
ESe
010750
E6S
011006
FERR
013156 G
FLAG
011710
FORERR
566 G
FORO
003306 G
FOR1
003312 G
FOR10
004230 G
FOR11
004253 G
FOR12
004310 G

FOR21

FOR23
FOR24

FOR2S

FOR26

004435 G

004612 G
004663 G

004734 G
004770 G
003427 G

005104 G
005134 G

005221 G

005314 G
005343 G

005417 G

FOR3

003457 G

FORS
FOR6

003574 G
003622 G

FOR4
FOR7
FORS

FOR9

FOR9.1

003547 G
003662 G
003732 G

003754 G
004033 G

FOR9.2 004112 G
FOR9.3 004205 G
FREMEM 002502 G
FUNCO = 000004 G
FUNC1 = 000010 G
FUNC2 = 000020 G
FSAU = 000015
FSAUTO= 000020
FS$BGN = 000040
FSCLEA= 000007
FS0U = 000016
FSEND = 000041
F $HARD= 000004
F$rM = 000013
FS$INIT= 000006
FsJP = 000050
F$MOD = 000000
FSMSG = 000011
FS$PROT= 000021
FSPWR = 000017
FSRPT = 000012
F$SEG = 000003
F4SOFT= 000005
F4SRY = 000010
FISUB = 000002
F4SW = 000014
FS$TEST= 000001
GO
= 000001 G
GS$CNTO= 000200
GSDELM= 000372
G$DISP= 000003
GSEXCP= 000400
GSHILI= 000002

MACRO M1200

09-JAN-84 12:25

CZFPB-A.0 CTRL BRIDGE LINX

PAGE 66-2

250 0258
1

SYMBOL TABLE
GSLOLI=
G$NO
=
GSOFFS=
GSOFSI=
GS$PRMA=
GS$PRMD=
GSPRML=
GSRADA=
GS$RADB=
GS$RADD=
GSRADL=
G$RADO=
GS$XFER=

000001
000000
000400
000376
000001
000002
000000
000140
000000
000040
000120
000020
000004

KISORO=
LOE
=
LOGUNI
LOOPS
LOT
=
LOW16
LSACP
LSAPT
LSAV
LSAUT
LSAUTO
LSCCP
LSCLEA

172300 G
040000 G
002436 G
002524 G
000010 G
002514 G
002110 G
002036 G
013730 G
002070 G
013634 G
002106 G
013640 G

LSUNIT
L10000
L10001
L10002
L10003
L10004
L10005
L10006
L10007
L10010
L10011
L10012
L10013

002012 G
002136
002142
006314
006504
006650
007010
007074
007316
007422
007526
007632
007736

MOPFL =
MRDY
=
MSG1
MSG2
MSG3
MSGA
MSG6
MT18
MT1BIT
MVADR =
NAMES
NEXT
NO
=

= 000000

LSDESP

002076 G

L10017

010334

0$APTS= 000000

GSYES = 000010
Gl
034276
G2
034331
HELP

LsCO
LSDEPO
LSDESC

HELPFI= 000000

HELP1
005654 G
HELP2
005723 G
HIUBM = 170370 G

LSDEVP

LSDISP
LSOLY
LSDTP_

002060 G

002124 G
002116 G
002040 G

L10020

L10021
L10022
L10023

002516 G

HP1

= 100000 G
002476 G

LSDUT
LSOVTY

002072 S
002534 6

L10027
L10030

= 010000 G
= 000040
= 020000 G
013210
013240
013250
013332

LSENVI
LSETP
LSEXP1
LSEXP4
LSEXPS
LSHARD
LSHIME

002044
002102
002046
002064
002066
034256
002120

G
G
G
G
G
G
G

L10032
L10033
L10034
L10035
L10036
L10037
L10040

LSHPTP
Leru
LSICP
LSINIT
LSLADP
LSLAST
LSLOAD
LSLUN
LOMREV

002022 G
002130 G
002104 G
013210 G
002026 G
034570 G
002100 G
002074 G
002050 G

L10042
L10043
L10044
L10045
L10046
L10047
L10050
L10051
L10053

HP2

IBE
IDV
INITO
INITL
INIT2
INITS

INTB

033570

INTBIT
INTFLG
ISR
=
IXE
=
ISAU
=
ISAUTO=
ISCLN =
IsDU
=
ISHRD =

ISINIT=
I$MOD =
ISMSG =
IS$PROT=
ISPTAB=
ISPUR =
ISRPT =
I$SEG =
I$SETU=
IS$SRV =
IsSUB =
I$TST =
JIJMP =

KISARO=

011240
002672
002472
000100
004000
000041
000041
000041
000041
000041

000041
000040
0000«1
000040
000041
000041
000041
000041
000041
000041
000041
000041
000167

G
G
G
G

172340 G

LDV

LSEF

LSHPCP

LSNAME
LSPRIO
LéPROT
LOPRT
LSREPP
LSREV
LORPT
LISPC
L$SPCP
LSSPTP
LSSTA
LéSuW
LSTEST
LSTIML

002034

L10014
L10015
L10016

HI2

HLTMSG

LSDTYP

002032 G
002011 G
002540 G

o1372) G

002052 G

002016 G

L10024

L10025

L10031

L10041

010026
010144
010250
010464

NOSCHA 012640
NUMSTS 002252 G
ONEFIL= 000001
0$AU

= 000000

010550
010654
012650

0$BGNR= 000001
0$BGNS= 000000
0$0V
= 000000

013200

O$GNSW= 000000

012752

@XAD16+
QXAD17+=
QXAD18=
QXAD19=
QXAD20=
QXAD21+
RAM
RDY
=
ROYIE =
RPO
RP1
RP2

002160 G
000400 G
001000 G
002000 G
004000 G
010000 G
020000 G
002466 G
000200 G
000100 G
011564 G
011570 G
011660 G

RP4
011705 G
SELDMA= 000024 G
SELQCM= 000010 G
SELQEV= 000004 G

SELRDD= 000034 G

SELUBA= 000020 G
SELUVA= 000014 G
UVD= 000030 G

OS$ERRT= 000000

SETAPR

033366

O$POIN= 000001
0$SETU= 000001

SFPTBL
SQBA

002140 G
002206 G

013726
013736
014216
72
021352
12
023154

PLOC
PNT
=
PNTMSG
PRI
=
PRINTI
PRIOO =
PRIO1 =

002440 G
001000 G
013074 G
002000 G
011356
000000 G
000040 G

SQCTL
SQDMA
SQINT
SQMTO
SQGMT1
SQUBA
SQVAD

002200
002202
002176
002212
002214
002204
002216

024720
025722
026632
027452
031074
032562
034276
034574
034600

PRIO3
PRIOA
PRIOS
PRIO6
PRIO7
PRSIE
P1
P2
Q@BA

000140 G
000200 G
000240 G
000300 G
000340 G
000100 G
011410
011476
002156 G

SQVNT
SQWC
START
STATUS
STORES
SVCGBL=
SVCINS=
SVCSUB=
SVCTAG=

013632
013636

013716

PATTER

024156

MAPPIN
MAXUNI=
MEMSIZ
MES1$

002520 G
000010 G
002504 G
012402 G

002014 G

MQHALT= 000100 G

012431 G
034064
033651

033730
000013
000200
012754
177572

SETUP

002510 G

PRIO2 = 000100 G

002000 G
002042 G
013202 G
002112 G
002062 G
002010 G
013170 G
002056 G
002020 G
002024 G
002030 G
002140 G
002114 G

MES2¢
MFAIL
MHALTL
MHALT2
MILLI =
MIODIS=
MMINIT
MMRO
=
MMR3
=

000040 G
001000 G
005765 G
006012 G
006061 G
006130 G
006202 G
011334
003134 G
000002 G
002336 G
013342
000000 G

G
G
G
G

172516 G

=
=
=
=
=
=

QBUS
QcM0
QCMDAD=
QCTL
QOMA
QINT
QMTO

QMT1
GNEX
QUBA
QVAD
QVDA
QVNT

003271
002142
160500
002150

G
G
G
G

002152 G
002146 G
002162 G

002164
= 020000
002154
002166
002170

G
G
G
G
G

002144 G

QVREN = 000020 G

013334

002172 6

G
G
G
G
G
G
G

002220 G

002174 G
002210 G
013740
012642
012636
000000
000000
000000
000000
SVCTST= 000000

SSLSYM= 010000
TESTS
002254 G
TEST1
014220 G
TEST10
TEST11
TEST12

TEST1S
TEST14
TEST1S
TEST16
TEST17

TEST18

TEST19

017030 G
020132 G
020734 G

021756
022536
023522
024302
025266

G
G
G
G
G

026046 G

026756 G

CZFPB-A.C CTRL BRIDGE LINK

MACRO M1200

09-JAN-84

12:25

PAGE 66-3

SEQ 0154

SYMBOL TABLE
TEST2

014240 G

TEST22

031506 G

TEST20
TEST21

TEST23
TEST24
TEST2S
TESTS
TEST4
TESTS
TEST6

TEST?
TEST8

TRAP4

030116 G
030422 G

033440
034010
O
014474
014730
015274
015436

T$CODE=
TSERAN=
TSELCP=
T$FLAG=
TSFREE=
TSGMAN=
TSHILI=

G
G
G
G

016004 G
016146 G

TNUM

. ABS.

000004
000010
000014
026000
000002

002460 G

034600

000000

T$PTNU= 000001

T$$AUT= 010030
T$$CLE= 010031
T$$DAT= 010053
TS0V = 010032

T$SHAR= 010050

TésHM =
T$$INI=
T$8MSG=
T$$PC =
T$$PRO=

010000
010027
010022
000001
010026

T$SPTA= 010052

Tl
UAM
=
uBUS
UNEX
=
UPWRFL=
UXAD16+=
UXAD17=

VAL
VALUE

VECTOR

VNTACK=
VNTB
VNTBIT
VNTPRS=
WOTBUF

29352 WORDS

20060 WORDS

00:08:41

(

115 PAGES)

( 77 PAGES)

ZFPBAO.BIC, le-SP-SVCIOL ZFPBAO1, ZFPBAO2, ZFPBAOS, ZFPBAO4
, ZFPBAOS , ZFPBAOG
4

WDTO
WDT1

WORD.C

= 000004 G
= 000010 G

002512 G

013740 G

WSPACE= 020040 G

000200
003277
040000
010000
000020

x$
X$ALWA=
X$FALS=
X$0FFS=
X$TRUE=

G
G
G
G
G

000040 G

002454 G
002470 G

VALUES
002172 G
VEC
= 000500 G

001

VIRTUAL MEMORY USED:

ELAPSED TIME:

000000
000004
000000
010052
000001

177777
010054
000004
000001
177777
000001
010033

WDTRST= 000001 G

T$SSRV= 010047
T44SW = 010001

000

ERRORS DETECTED:

DYNAMIC MEMORY:

T$$TES= 010034

TSTAGL=
TS$TAGN=
TS$TEMP=
TS$TEST=
T$TSTM=
T$TSTS=
T$SAU =

TSNEST= 000000
TSNSO =
TENS1 =
TSPCNT+=
TSPTAB=
T$PTHV=

T$SUBN= 000000

001031
000112
000000
000040
034600
000000
001000

TSLSYM= 010000
TSLTNO= 000001

G
G
G
G
G

TS$SRPT= 010025

T$SEGL= 177777
T$SIZE« 000004

TSLAST= 000001
TSLOLI= 000000

TIME.S= 000000 G

TSSAVL= 177777

002450 G
030440

T$ARGC= 000001

G
G

TEST9
016476 G
TE$
= 000003

TIME1 =
TIME2 =
TIME4 =
TIMOUT=
TMRENB=

012644 G

TRPFLG
TST19

002444 G

002000 G
011214
002637 G
000001 G
030412

011124
000000
000040
000400
000020

YES

= 000001

SLEN
L1

= 000012
= 000005

SHLP
SHLPFO
SMESLN

$NUM
=
SPATCH
$STORE
$TEMP =

011712 G
012102 G
012104

000031 G
034364 G
012106
000000

S$TNUM = 000032

!
'