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AH-T859A-MC

April 1984

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Document:	CZFPAA0 FEPCM CTRL BRIDGE INTFC APR 1984 bw
Order Number:	AH-T859A-MC
Revision:	000
Pages:	175
Original Filename:	CZFPAA0__FEPCM__CTRL_BRIDGE_INTFC__AH-T859A-MC__APR_1984_gray.pdf

OCR Text

CTRL BRIOGE
CZFFARO

INTFC

I
i
il-

B1
USER DOCUMENTATION

MACRC M1200

O09-JAN-84

12:33

PAGE

SEQ 0001

IDENTIFICATION
PRODUCT CODE:

AC-T858A-MC

PRODUCT NAME:

CZFPAAO CTR. BRIDGE INTFC

PRODUCT DATE:

MAY 1982

MAINTAINER:

CSS GNG DIAGNOSTIC ENGINEERING

AUTHOR :

DALE F. PROCTOR

COPVRIGHT (C) 1982,1984
DIGITAL EQUIPMENT CORPORATION, MAYNARD, MASSACHUSETTS 01754
THIS
SOFTWARE IS
FURNISHED
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 COPYRIGHT NOTICE.
THIS

SOFTWARE, OR ANY OTHER COPIES TMEREOF, 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 CORPORATI

DIGITAL ASSUMES NO RESPONSIBILITY FOR THE USE OR
RELIABILITY
OF ITS SOFTWARE ON EQUIPMENT WMICH IS NOT SUPPLIED BY DIGITAL.

LSI

POP
DECUS
VAX

UNIBUS
DECTAPE

MASSBUS
Q-BuUs

—

DIGITAL
DEC

TRADEMARKS OF DIGITAL EQUIPMENT CORPORATION:

THE FOLLOWING ARE

USER DOCUMENTATION

MACRO M1200

O09-JAN-84

12:3%

PAGF

Cil
SEQ 0002

REVISION MISTORY
A.0

DALE PROCTOR
22-DEC-1983
CHANGED THE NAME TO CZFPA-AO AND RELEASED TO
SOC.
ALSO UPDATED ALL THE DOCUMENTATION, AND
REMOVED THE MELP FILE QUESTIONS FROM THE
INITIALIZATION SECTION.

D.2

DALE PROCTOR
4 -NOV-1983
CHANGED THE INSTRUCTION MOV SPATCH,8QGBA TO
MOV @SPATCH,.S8QBA IN Z0791D5.MAC IN TEST 41.

0.1

DALE PROCTOR
30-SEP-1983
ADDED TO THE CLEANUP CODE TO ALWAYS
DISABLE MIODIS.

D.0

DALE PROCTOR
15-JUNE -1983
RENAMED PROGRAM TO ZO0791D0X.MAC AND ARCHEVED.

c.1

DALE PROCTOR
10-JUNE
- 1983
ADDED STATST AND CKXPNT MACROS TO PRINT

g‘s"s?t‘ TEST SBTTL IF THE FLA:PNT FLAG

c.0o

MODIFIER- JOMN M. MARTIN
31-MAR-83
DISABLED UMR IN INITIALIZE.
CORRECTED ERRORS IN TESTS 3,36.

8.0

MODIFIER- PALL HOLSINGER
ADDED 11/24 (UNIBUS) COMPATIBILITY,

A.0

INITIAL RELEASE

MACRO M1200

09-JAN-84

12:33

PAGE 4
SEQ 0003

VBWN=O

OPERATING INSTRUCTIONS
COMMANDS
SWITCHES

PROGRAM ABSTRACT

SYSTEM REQUIREMENTS
RELATED DOCUMENTS AND STANDARDS
DIAGNOSTIC MIERARCHY PREREQUISITES
ASSUMP TIONS

FLAGS

PERFORMANCE AND PROGRESS REPORTS

DEVICE INFORMATION TABLES
TEST SUMMARIES

ERROR INFORMATION

HARDWARE QUESTIONS
SOF TWARE QUESTIONS
EXTENDED P-TABLE DIALOGUE
QUICK STARTUP PROCEDURE

NNV RRNON

GENERAL INFORMATION

NOVBUNHE

e
e e pe

TABLE OF CONTENTS

USER DOCUMENTATION

MACRO M1200

09-JAN-84

12:33

PAGE S

E1l
SEQ 0004

1.0

GENERAL INFORMATION

1.1

PROGRAM ABSTRACT

THIS DIAGNOSTIC CONTAINS CONTAINS flEPAIR LEVEL
FRONT END PROCESSOR BRIDGE MODWLE ON
T

TESTS FOR

THE

POP-11 SIDE. IT CAN BE RUN EITHER HITH INTERNAL LOOPBACK LOGIC
OR WITH A LOOPBACK CABLE INSTALLED.

THIS DIAGNOSTIC HAS 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.

1.2

SYSTEM REQUIREMENTS

PDP-11/23 OR 724 CPU WITH AT LEAST 16K WORDS OF MEMORY, CONSOLE
DEVICE AND TU-S8 TAPE DRIVE. NORMAL CONFIGURATION FOR THE CONSOLE
DEVICE IS THROUGH THE VAX STDE OF THE FEP.

1.3

RELATED DOCUMENTS AND STANDARDS

FEPCM TECHNICAL MANUAL
AC-T860A-MC
CZFPBAO CTRL BRIDGE LINK
AC-T866AS-MC CXFPCAO CTRL BRIDGE DEC/X11
EVDTE COMMAND BRIDGE INTERFACE DIAGNOSTIC.
EVOTC COMMAND BRIDGE LINX DIAGNOSTIC.
XXDP+ USERS MANUAL
- CHQUS??.

1.4

(VAX DIAGNOSTIC)
(VAX DIAGNOSTIC)

DIAGNOSTIC MIERARCY PREREQUISITES

THE CPU, MEMORY, CONSOLE DEVICE AND THE TU-58 TAPE DRIVE ARE
ASSUMED TO BE FUNCTIONING PRIOR TO RUNNING THIS TEST. NO
RUNNING ORDER IS REQUIRED ON THE TESTS.

1.5

ASSUMPTIONS

EITHER A LOOPBACK CABLE IS INSTALLED OR THE DEFAULT IN THE HARDWARE
QUESTION REFERING TO THE LOOPBACK CABLE IS ANSWERED.

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.

USER DOCUMENTATION

MACRO M1200

09-JAN-84

12:33

PAGE 6

SEQ 0005

COMMAND

EFFECT

START
RESTART
CONTINUE
PROCEED

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

EXIT

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

DROP

DEACTIVATE A UNIT

ADD

DISPLAY

FLAGS

ZFLAGS

ACTIVATE A UNIT FOR TESTING (ALL UNITS ARE
CONSIDERED TO BE ACTIVE AT START TIME

PRINT STATISTICAL INFORMATION (IF IMPLEMENTED
BY THE DIAGNOSTIC - SECTION 4.0)

TYPE A LIST OF ALL DEVICE INFORMATION

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, FOR EXAMPLE, TYPE “"STA"” INSTEAD OF “START”,

2.2

SWITCHES

THERE ARE SEVERAL SWITCHES WHMICH 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“.

/TESTS:LIST

/PASS : DDDDD
/FLAGS :FLGS

/EOP : DDDDD
/UNITS:LIST

EXECUTE ONLY THOSE TESTS SPECIFIED IN

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 TO

BE RUN.

ALL OTHER TESTS WILL NOT BE RUN.

EXECUTE DDDOD PASSES (DDDDD = 1 TO 64000)
SET SPECIFIED FLAGS.
FLAGS ARE DESCRIBED
IN SECTION 2.3,

REPORT END OF PASS MESSAGE AFTER EVERY

DODDD PASSES ONLY.
(DDDDD = 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.

SWITCH CAN BE RECOGNIZED BY THE FIRST THREE CHARACTERS.
FOR EXAMPLE, TYPE “/TES:1-5“ INSTEAD OF “/TESTS:1-5".

YOU MAY,

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

USER DOCUMENTATION

MACRO M1200

09-JAN-84

12:33

PAGE

SEQ 0006
TESTS

PASS

FLAGS

EOP

UNITS

EXIT

2.3

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
ARE ALSO CLEARED AFTER A START COMMAND UNLESS SET USING THE

FLAG SWITCH.
THE ZFLAGS COMMAND MAY ALSO BE USED TO CLEAR
N.L FLAGS.
WITH THE EXCEPTION OF THE START AND ZFLAGS COMMANDS,
NO COMMANDS AFFECT THE STATE OF THE FLAGS;
THEY REMAIN SET 2R
CLEARED AS SPECIFIED BY THE LAST FLAG SWITCH.

FLAG

EFFECT

HOE
LOE
IERe
IBEe

MALT ON ERROR - CONTROL IS RETURNED TO
RUNTIME SERVICES COMMAND MODE
LOOP ON ERROR
INMIBIT ALL ERROR REPORTS
INMIBIT ALL ERROR REPORTS EXCEPT

IXEe

ERROR TYPE

PRI
PNT
B80E
UAM
ISR
IDR
ADR
LOT
EVL

FIRST LEVEL

(rmsr LEVEL CONTAINS

. PC,

TEST AND UNIT)

INHIBIT exfaoeo
ERROR REPORTS ( THOSE
CALLED BY PRINTX MACRO'S)

DIRECT MESSAGES TO LINE PRINTER
PRINT TEST NUMBER AS TEST EXECUTES
“BELL” IN ERROR
UNATTENDED MODE (NO MANUAL INTERVENTION)
INHIBIT STATISTICAL REPORTS (DOES NOT

APPLY TO DIAGNOSTICS WMICH DO NOT SUPPORT

STATISTICAL REPORTING)

INHIBIT PROGRAM DROPPING OF UNITS
EXECUTE AUTODROP
LOOP ON TEST
EXECUTE EVALUATION (ON DIAGNOSTICS WHICH

HAVE EVALUATION SUPPORT)

sERROR 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, INMIBIT ERROR REPORTS
AND TYPE A “BELL" ON ERROR, YOU MAY USE THE FOLLOWING STRING:

USER DOCUMENTATION

MACRO M1200

09-JAN-84

12:33

PAGE

7-1

H1
SEQ 0007

/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 MW (L) ?2”
YOU MUST ANSWER “Y” AFTER A START COMMAND UNLESS THE HARDWARE

INFORMATION HAS BEEN “PRELOADED” USING THE SETUP UTILITY (SEE
CHAPTER 6 OF THE XXDPe+ 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

LSI BRIDGE MODWLE VECTOR
ADDRESS OF INTERRUPT VECTOR

DEFAULT=500

LOOPBACK CABLE INSTALLED
DEFAULT=NO
INTERNAL LOOPBACK OR PHYSICAL CABLE USED
BR LEVEL
INTERRUPT PRIORITY LEVEL

2.5

DEFAULT=4

SOFTWARE QUESTIONS

AFTER YOU HAVE ANSWERED THE HARDWARE QUESTIONS OR AFTER A RESTART

OR CONTINUE COMMAND, THE RUNTIME SERVICES WILL ASKX FOR SOF TWARE
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 IN THIS DIAGNOSTIC.

2.6

EXTENDED P-TABLE DIALOGUE

NOT APPLICABLE.

2.7 QUICK START-UP PROCEDURE

(XXDP+)

TO START-UP THIS PROGRAM:

1. BOOT XXDPe
2. GIVE THE DATE AND ANSWER THE LSI AND SOHZ (IF THERE
IS A CLOCK) QUESTIONS
3.

TYPE “R NAME”,

WHERE NAME IS THE NAME OF THE BIN OR BIC

FILE FOR THIS PROGRAM

PAGE

7-2

SEQ 0008

TYPE

“START"

ANSWER THE “CHANGE MW" QUESTION WITH "Y*

060

09-JAN-84 12:33

MACRO M1200

. ANSWER ALL THE MARDWARE QUESTIONS
. ANSWER THE “CHANGE SW" QUESTION WITH “N”"

USER DOCUMENTATION

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 DEFAWLTS

3.0 ERROR INFORMATION
5.1 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

ON UNIT NUMBER

TST NUMBER PC:XXXXXX

+MHERE; NAME = DIAGNOSTIC NAME

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 ALMAYS 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 GENERAL

FORMAT IS THE BASIC ERROR LINE, FOLLOWED BY A DESCRIPTIVE LINE,
FOLLOMED BY A LINE THAT CONTAINS A REGISTER NAME, IT'S ADDRESS,

IT'S CONTENTS, AND WHAT WAS EXPECTED. UNDETERMIMEO BITS AND
UNTESTED BITS ARE ZEROED OUT PRIOR TO TESTING AND DISPLAYING.
IF THERE IS A BIT RANGE (EX., BIT 1-5 ONLY ARE TESTED,) THAT IS
INCLUDED IN THE ERROR MESSAGE.
THREE OF THE TESTS, 28 - 30 DEAL WITH THE THE VIEW RAM. THERE
IS A POSSIBILITY OF 1K OR 2K OF RAM INSALLED. IF THERE IS AN

ERROR IN THIS RAM, YOU WILL GET A MAXIMUM OF 20 LINES OF ERROR
MESSAGES. THIS IS TO PREVENT 1K OR 2K LINES OF MESSAGES PRODUCED.

USER DOCUMENTATION

MACRO M1200

09-JAN-84

12:33

PAGE

7-3

J1
SEQ 0009

HOWEVER, A TOTAL FRROR COUNT IS PROVIDED AT THE END OF EACH TEST.
ALSO, TEST 29 AND 30 TELL THE OPERATOR THE RAM SIZE. THE THREE
POSSIBILITIES ARE 1K, 2K OR UNDETERMINED RAM SIZE. THE 1K OR 2K
RAM SIZE MESSAGE WILL OCCUR ONLY ONCE FROM THE POINT OF RUNNING
THE DIAGNOSTIC, BUT UNDETERMINED RAM SIZE WILL PRINT EACH TIME

TEST 29 OR 30 IS ENCOUNTERED IF NEEDED.

THERE IS A WATCH DOG TIMER CIRCUIT ON THE FEPCM, AND THE TESTING
OF IT USES THE BELL ON THE CONSOLE. TEST 36 TESTS EACH TIME
PATTERN S5 TIMES, AND WITH 4 TIMES PATTERNS THAT MEANS 20 BELLS
ON THE CONSOLE. THE BELL'S RINGS SHOWD BE CLOSE TO THE TIMING
OF THE WDT CIRCUIT. A MAXIMUM TIME OF 4 SECONDS IS PROVIDED BY
THE CIRCUIT, BUT THE TEST ALLOWS APPROXIMATELY 8 SECONDS.

SEVERAL OF THE TESTS TEST THE INTERRUPTS.
ARE SELF EXPLAINATORY.

THEIR ERROR MESSAGES

4.0 PERFORMANCE AND PROGRESS REPORTS
AT THE END OF EACH PASS,

THE PASS COUNT IS GIVEN ALONG WITH THE

TOTAL NUMBER OF ERRORS REPORTED SINCE THE DIAGNOSTIC WAS STARTED.
THE "EOP” SWITCH CAN BE USED TO CONTROL HOW OFTEN THE END
OF PASS MESSAGE IS PRINTED.
SECTION 2.2 DESCRIBES SWITCHES.
5.0 DEVICE INFORMATION TABLES
P-TABLE DEFINITION-

WORD
WORD
WORD
WORD

1234-

CSR ADDRESS
VECTOR ADDRESS
LOOKBACK CABLE INSTALLED (Y/N)
BR INTERRUPT PRIORITY LEVEL

6.0 TEST SUMMARIES
TEST1:
RESET
TEST2:

CHECK QMT1 REGISTER
TEST3:

CHECK QCLR RESET
TEST4:

CHECK QCMD LO BITS (MOVING 1)
TESTS:

CHECK QCMD LOW BITS (MOVING 0)
TEST6:

CHECK QCMD WI BITS (MOVING 1)
TEST7:

CHECK QCMD HI BITS (MOVING 0)

USER DOCUMENTATION

MACRO M1200

09-JAN-84

12:33

PAGE 7-4

iK1
SEQ 0010

TESTS:

CHECK QVNT LO BITS (MOVING 1)
TEST9:

CHECK QVNT LOW BITS (MOVING 0)
TEST10:

CHECK QVNT HI BITS (MOVING 1)
TEST11:

CHECK QVNT HI BITS (MOVING 0)
TEST12:

CHECK ACK - PRS LINK
TEST13:

CHECK QBA (MOVING 1)
TEST14:

CHECK QBA (MOVING 0)
TEST1S:

CHECK QDMA HI BITS (8-13) (MOVING 1)
TEST16:

CHECK QDMA HI BITS (8-13) (MOVING 0)
TEST17:

CHECK QDMA UXAD BITS
TEST18:

CHECK QUBA (MOVING 1)
TEST19:
CHECK QUBA (MOVING 0)
TEST20:
CHECK QWC (MOVING 1)
TEST21:

CHECK QWC (MOVING 0)
TEST22:

CHECK QVAD (Q-REGISTER) (MOVING 1)
YEST23:
CHECK QVAD (Q-REGISTER) (MOVING 0)
TEST24:

CHECK QVAD (U-REGISTER) (MOVING 1)
TEST2S:

CHECK QVAD (U-REGISTER) (MOVING 0)
TEST26:

CHECK QVAD INCREMENT (Q-REGISTER)

USER DOCUMENTATION

MACRO M1200

09-JAN-84 12:33

PAGE 7-S

SEQ 0011
TEST27:

CHECK QVAD INCREMENT (U-REGISTER)
TEST28:

CHECK VIEW REGISTER RAM
TEST29:
CHECK RAM ADDRESSING (ADDRESS VALUE)
TEST30:

CHECK RAM ADDRESSING (COMPLEMENT ADDRESS VALUE)
TEST31:

CHECK QBA INCREMENT
TEST32:

CHECK QWC OVERFLOW (READ)
TEST33:

CHECK QWC OVERFLOW (WRITE)
TEST34:

DMA 1 WORD (WRITE)
TEST35:

DMA 1 WORD (READ)
TEST36:
DMA 1 WORD (WRITE)
TEST37:

CHECK WDTO TIME
TEST38:

CHECK WDTO RESET
TEST39:

CHECK VNTACK INTERRUPT
TEST40:

CHECK CMDPRS INTERRUPT
TESTA1:
CHECK RDY INTERRUPT
TESTA2:

CHECK ERR INTERRUPT (UNEX)
TESTAS:

CHECK ERR INTERRUPT (QNEX)
TEST44:

CHECK ERR INTERRUPT (UPWRFL)
TESTAS:

CHECK BR LEVEL

[

CZFPA-ARO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

PAGE 9

SEQ 0012

.TITLE CZFPA-AO CTRL BRIDGE INTFC DIAGNOSTIC
.SBTTL
PROGRAM HEADER
.ENABL

ABS,AMA

jee

THE PROGRAM HEADER IS THE INTERFACE BETWEEN

: THE DIAGNOSTIC PROGRAM AND THE SUPERVISOR.
POINTER BGNSETUP,BGNRPT
CZFPA,A,0,8.,1

/C/
72/
/F/

;DIAGNOSTIC NAME

/P/
/A/

0
0
0

LSUNIT::
LeTIML::
L$HPCP:
:

LSSPCP: :
L$HPTP::
L$SPTP::

LSLADP: :
L$STA::

L$CO::
L$DTYP:;

LS$APT;;
L$DTP:

L$PRIO: :

LSENVI::

LS$DEPO:
:

/A/

ASCII

70/

TS$PTHV

L $HARD

L$HW

LSLAST
°
0

sREVISION LEVEL
10

sNUMBER OF UNITS
sLONGEST TEST TIME
sPOINTER TO H.W. QUES.

sPOINTER TO S.W. QUES.
;PTR.,

TO DEF.

H.W.

PTABLE

iPTR. TO S.W. PTABLE
1DIAG. END ADDRESS
sRESERVED FOR APT STATS

sDIAGNOSTIC TYPE
sAPT EXPANSION

iPTR.
L$DISPATCH

TO DISPATCH TABLE

1DIAGNOSTIC RUN PRIORITY
sFLAGS DESCRIBE HOW IT WAS SETUP

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

PAGE 9-1

PROGRAM HEADER

002554
014446

LSLUN::

LSDESP: :

015040
014460

LSLOAD: :
LSETP::
LS$ICP::
L$CCP::
L$ACP: :

LS$PRT::

LSTEST::
LeDLY::

LSHIME:
:

:DIAG. EVENT FLAGS

LSOVTYP

LS$RPT

s+ POINTER TO DEVICE TYPE LIST
;PTR.

TO REPORT CODE

;PTR.

TO ADD UNIT CODE

(=]

000000

015044

{EXPANSION WORD

000000
000000

014466

:SVC REV AND EDIT ¢
CS$REVISION
CSEDIT

003
003

104035

000000

LSEXPL::

002056

000000

N
5EEEEEEE TEEEEEEEEE

002044
002046
002046
002050
002050
002051
002052
002052

;PTR. TO DROP UNIT CODE
;LUN FOR EXERCISERS TO FILL

L$DESC
ESLOAD

LS$INIT
LS$CLEAN

L$AUTO

LS$PROT

;POINTER TO DIAG. DESCRIPTION
;GENERATE SPECIAL AUTOLOAD EMT
sPOINTER TO ERRTBL
;PTR.

TO INIT CODE

;PTR.

TO CLEAN-UP CODE

;PTR.

TO AUTO CODE

sPTR.

TO PROTECT TABLE

s TEST NUMBER
s:DELAY COUNT
iPTR.

TO HIGH MEM

2
)i

CZFPA-AO0 CTRL BRIDGE INTFC DIAG MACRO M1200

09 -JUAN-84 12:33

PAGE

S5EQ Oula

DISPATCH TABLE

.SBTTL

DISPATCH TABLE

;00

e
93

94 002122
002122

000055

002124
002126
002130
002132
002134

015152
016050
016302
017012
017320

002144
002146
002150
002152
002154
002156

020760
021304
021600
022104
02
022756

002124

002136
002140
002142

002160
002162
002164
002166
002170
002172

002174
002176

002200
002202
002204
002206
002210
002212
002214
002216
002220
002222
002224

002230
002232

002234

002236
002240
002242
002244
002246
002250
002252
002254

017644
020140
020456

023266
023616
024174
024576
025062
025360
025634
026142

026444
027006
027322
027652
030064
030334
031570
032452
033306
033620
034062

034362
034674

035226

035702

036420
036646
037126
037404
037704
040260
040620
041152

THE DISPATCH TABLE CONTAINS THE STARTING ADDRESS OF EACH TEST,
IT IS USED BY

THE SUPERVISOR TO DISPATCH TO EACH TEST.

DISPATCH 45
.WORD
A4S

LSDISPATCH: :

.WORD
.MORD
.MORD
.WMORD
.WORD

.MORD
.WORD
.MORD

.MORD
.MORD
.MHORD
LWORD
.WORD
.MORD

.WORD
.MORD
.MORD
.MORD
.MORD
.WORD

T1
T2
T3

T4
TS5
T6
17
T8
T9
T10
T11
T12
T13
T14
T1S
T16
T17
T18
T19

.MORD
LWORD
.MORD
.MORD
.MORD
.MORD
.MORD
.MORD
.WORD
.MORD
.WORD

T20
T21
T22
723
T24
125
T26
T27
T28
T29
T30
T31
T32
T33

.WORD

T35

.WORD
LWORD

MORD

.MORD

.WORD

.MORD
.MORD
.WORD
.MORD
.MORD
.WHORD
.WORD
.WORD

T34

T36

T37

738
T39
T40
T4l
T42
TA43
T44
T4S5

CZFPA-AO0 CTRL BRIDGE INTFC DIAG MACRO M1200

09-JUAN-84 12:33

PAGE

Ce
11

SEQ 0015

DEFAULT HARDWARE P-TABLE

103

.SBTTL

105
106

j o
+ THE DEFAULT MARDWARE P-TABLE CONTAINS DEFAULT VALUES OF

igg

:+ AND IS USED AS A "TEMPLATE"” FOR BUILDING THE P-TABLES.

104

107
1C8

THE TEST-DEVICE PARAMETERS.
THE STRUCTURE OF THIS TABLE
IS IDENTICAL TO THE STRUCTURE OF THE HARDWARE P-TABLES,

'--

;

QCMDAD
VEC
NO
tB0000000010000000

L10000:

ENDHW

——————

;HARDWARE UNIT O DEFAULT BASE ADDRESS
sHARDWARE UNIT O DEFAULT VECTOR
sLOOPBACK CABLE INSTALLED DEFAWLT
;DEFAULT BR INTERRUPT LEVEL 4

————————————————————

002270

160500
000500
000000
000200

—————————————————————

128 002270

.WORD
.WORD
.WORD
.WOFD

DFPTBL::

————

114 002260
115 002262
116 002264
ié; 002266

LSHM:

DFPTBL
L10000-L$HW/2

———

- 002260

LWORD

————————————

002260

000004

———————————-——————————————

002256

———————

111

:+
+

DEFAULT HARDWARE P-TABLE

CZFPA-AO CTRL BRIDGE

INTFC DIAG MACRO M1200

09-JUAN-84

12:33

PAGE

De
13

SEQ 0016

SOF TWARE P-TABLE

131
132
133
134
135

.SBTTL

SOF TWARE P-TABLE

g o

THE SOFTWARE TABLE CONTAINS VARIOUS DATA USED BY THE

PROGRAM AS OPERATIONAL PARAMETERS.

AT RUN TIME.

136
137
138

140
148
149
150 002270

:SOF TWARE TABLE NOT USED

139

SET UP AT ASSEMBLY

‘-.

ENDMOD

THESE PARAMETERS ARE

TIME AND MAY BE VARIED BY THE OPERATOR

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JUAN-84 12:33

PAGE

EQ
15

SOF TWARE P-TABLE
11
12

50
51 002270

.SBTTL

.ENABL

AMA

GLOBAL EQUATES SECTION
BGNMOD

SEQ 0017

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

PAGE 16

SEQ 0018

MACRC DEF INITIONS

53
54
55
56
57
58
59
60

.SBTTL MACRO DEF INITIONS

62
63

s INITIALIZE DEVICE
MOV
OMQHAL T, 8GMT1
MOV
INITWORD,8QMT1
CLR
SQINT
CLR
ERROR1

65
67

1008800200088 04888028888008088048080800880000008888008008008800008000040008004
e

MACRO DEFINITION SECTION

(R ALELNE2B2FLFBSALRFRLS
VOB AIAELS60808200L 4R
82490204204 RERBASLILEGEERR

.MACRO
LIST

INIT

s INITIALIZE Q-BRIDGE
sSET UP LOOPBACK OPTION
sCLEAR QINT AFTER LOOPBACK ENABLED
:+CLEAR ERROR FLAG

NLIST
.ENDM
$

:
i

f
[

. MACRO
.NARG
IF NE
.ERROR

MACROS TO CALL BITS SUBROUTINE

MACRO SETBITS
USED TO CALL ROUTINE TO PRINT OUT REGISTER BIT NAMES
SETBITS NAME ,POINTER, VALUE
TES$
:GET NUMBER OF ARGUMENTS PASSED
TES-3
:SEE_IF RIGHT NUMBER
;SETBITS MACRO REQUIRES 3 PARAMETERS

L1 NAME
.NCHR
L1 = $L1.1
STEMP = $L1 £ 1

1GET NUMBER OF CHARACTERS IN NAME PARAMETER

.IF EQ STEMP

sALLOW FOR ZERO BYIE IN ASCIZ
s+CHECK FOR ODD OR EVEN
+IF EVEN LENGTH OF NAME

.ENDC
.IF NE STEMP

+IF ODD LENGTH OF NME

SLEN = 4.8L1

SLEN = Se8L1

.ENDM
:

:
3
f

.MACRO
.NARG
.IF NE
.ERROR
ENDC

VALUE,R1

MOV
JSR

I:Eé?‘ITSO

. WORD

POINTER

.ASCIZ
.EVEN

1GET VALUE REGISTER TO READ

$1SUBROUTINE TO OUTPUT VALUES

/NAME/

MACRO S¢ BITS
USED TO CALL ROUTINE TO FORMAT PRINT BUFFER OF REGISTER BIT NAMES
S4BITS POINTER, VALUE
TES
1GET NUMBER OF ARGUMENTS PASSED
TES-2
1SEE IF RIGHT NUMBER
;S$BITS MACRO REQUIRES 2 PARAMETERS
MOV
JSR

.EVEN

VALUE,R1

gsOi=¥£l.i

1GET VALUE REGISTER TO READ

1SUBROUTINE TO OUTPUT VALUES

CZFPA-AQO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JUAN-84

12:33

PAGE

Ge
17

SEQ 0019

MACRC DEFINITIONS
111
112

MACROS USED

113
114
115

.MACRO

116

STATST

PASTST

TO PRINT OUT

THE

TEST'S TITLE

THE PNT FLAG IS SET

IF EQ F$
Eé:g
12 STATST MACRO'S WITHOUT CKPNT MACRO CALL IN BETWEEN

117

118
119
120
121
122
123
124
125
126
127
128
129
130
131
132
133
134
135
136
137
138
139
140
141

.ENDC

= 0

.RADIX
10
TENUM = TENUM.1

PASTST

.ENDM
.MACRO

.RADIX
STATST

PASTST

LIST
T'Z'MSG: :
<NLIST
.LIST
.EVEN
PASTST
. ENDM
.MACRO CKPNT
PTPNT
-MCALL
.ERROR
.ENDC
.RADIX

F$ = 1
PTPNT

142
143
144
145
146

.RADIX
CKPNT
PTPNT
RFLAGS

147

BNE

PRINTF

002270

045

124

\TS$NUM, <P1>

2Z,.P2

.ASCIZ

MEB

;CKPNT MACRO MUST FOLLOW STATST MACRO, NOT ANOTHER CKPNT CALL

10
\TSNUM

N,?A
RO

#PNT RO
@PNTMSG,#T'N’'MSG

ERROR1

.ASCIZ

READ CURRENT FLAGS

s+ IS PNT FLAG SET?

CLR

PTPNT

7 P2/

/%T/

3+ BRANCH IF NOT SET

PRINT MESSAGE IF PNT SET

+ CLEAR ERROR COUNTER

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

PAGE

He
18

SEQ 0020

MACRC DEF INITIONS

155
156
157
158
159
160

+MACRO TO INTERFACE WITH $HLP DUMP HELP FILE SUBROUTINE
'

HLPMAC
.MACRO
.LIST MEB
$SYM,N
.NCHR

161
162
163
164
165
166
167
168
169 002273

JSR

RS, $HLP

$TEMP =

10.-$SYM

.ASCII

.REPT
.BYTE
.ENDR

.ENDM

:+JUMP TO SUBROUTINE

/N/

iNAME OF FILE

STEMP
O

STARS
5. %3322

170
171
172

20 0424088904504 02 2BLRER IR LRS84 42 042000 2%A22E0 00408

GLOBAL EQUATE SECTION

e
e

173 002273

STARS

174
175 002273

EQUALS

T Y

TRy

+ BIT DIFINITIONS
é

BIT15e=BIT14+=BIT13=»
BIT12=»
BIT1lle==
BIT10=BIT09==
BITO8=~
BITO7==
BITO6=~

BITOS==
BITO4==

BITO3==
BIT02==
BITOle==

BITO0==
001000

BIT9==
BIT8==
BIT7=e
BIT6e=
BITSe=»
BITAs=
BIT3e=
8IT2e=
BIT1e»
BITOe=

B8ITO1
8IT00

s EVENT FLAG DEFINITIONS

EF32:EF17 RESERVED FOR SUPERVISOR TO PROGRAM COMMUNICATION

]

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

PAGE 18-1

SEQ 0021

MACRC DEFINITIONS

000040
000037
000036
000035
000034

EF .START ==
EF .RESTART ==

32.
31.

START COMMAND WAS ISSUED
RESTART COMMAND WAS ISSUED

EF .NEW==
EF .PUR==

29.
28.

A NEW PASS HAS BEEN STARTED
A POWER-FAIL/POWER-UP OCCURRED

EF.CONTINUE==

30.

CONTINUE COMMAND WAS ISSUED

:
'

+ PRIORITY LEVEL DEFINITIONS
8

PRIO7==
PRIO6==
PRIOS==
PRIO4==
PRIO3==
PRIO2==
PRIO1==
PRIOO==

340
300
240
200
140
100
40
0

;OPERATOR FLAG BITS
3

EVL==
LOT==

ADR==

IDY==
ISR==
UAM==
BOE==

PNT==
PRI==
IXE==

IBE==
IER==
LOE==

HOE==

40
100
200
400

1000
2000
4000

10000
20000
40000

100000

s+ STANDARD REGISTER BASE ADDRESS CONFIGURATION
[

QCMDAD

VEC

== 160500

== 500

s STANDARD BASE ADDRESS FOR UNIT O
:STANDARD VECTOR ADDRESS FOR UNIT O

+BIT DEFINITIONS
'

:
000001
000100

000001
000100

000100
001000

QCMD - Q-BUS COMMAND REGISTER

CMDACK

== BITOO

‘

QVNT - Q-BUS EVENT REGISTER

PRSIE

;

== BITO6

s+ WO COMMAND ACKNOWLDE

3+ R/W INTERRUPT ENABLE

VNTPRS
ACKIE

== BITOO
== BITO6

‘

QINT - @-BUS INTERRUPT SUMMARY REGISTER

ERRIE
MRDY

== BITO6
== BITO9

+ WO EVENT PRESENT
3+ R/W INTERRUPT ENABLE

+ R/W INTERRUPT ENABLE

+ RO MIRROR OF QDMA-07, READY

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

PAGE 18-2

’
SEQ 0022

MACRC DEFINITIONS

199

200
201
202
203
%

002000
004000
010000
020000
040000
100000

%83

208
209
210
211
212
213
214
215
gig

VNTACK

CMDPRS
UPWRFL
QNE X
UNEX
ERR

000001
000002
000004
000010
000020
000000
000004
000010
000014

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

BIT10
BIT11
BIT12
BIT13
BIT14
BIT1S

:+
s
s
s
;3
s

RO EVENT ACKNOWLEDGE
RO COMMAND PRESENT
RO UNIBUS POWER FAIL
RO Q-BUS NON EXISTENT MEMORY ADDRESS
RO UNIBUS NON EXISTENT MEMORY ADDRESS
RO ERROR

QCTL - @-BUS CONTROL REGISTER

WOTRST
TMRENB
WoTO
WoT1

==
==
==
==
==
==
==
s=
s=

TIME.S
TIMEL
TIME2
TIMES

BITOO
BITOl
BITO2
BITO3
BITO4
0
~
WDTO
WOT1
WDTO!WDT1

s WO WATCHDOG TIMER RESET
3+ R/W TIMER ENABLE
s WO WATCHDOG TIMER TIME-OUT BIT (1 OF 2)
;3 WO WATCHDOG TIMER TIME-OUT BIT (2 OF 2)
; Q-VIEW READ ENABLE
;1172 SEC TIME CODE
:11 SEC TIME CODE
2 SEC TIME CODE
;14 SEC TIME CODE

218

gég

H
3

QDMA - Q-BUS DMA CONTROL AND STATUS REGISTER

221
222
223

000001
000002
000020

GO
DMAWT
UXAD16

== BITOO
== BITO1
== BITO4

3+ WO INITIATES DMA TRANSFER
s+ R/W DIRECTION FLOW OF DMA
3+ R/W UNIBUS EXTENDED ADDRESS BIT 16

227
228

000400
001000

QXAD16
QXAD17

== BITO8
== BITO9

3+ R/W Q-BUS EXTENDED ADDRESS BIT 16
3 R/W Q-BUS EXTENDED ADDRESS BIT 17

224
225
226
229
230
231

ggg

000040
000100
000200
002000
004000
010000

020000

236
238

239
240
241

242

243

244

GXAD18
QXAD19
QXAD20

QXAD21
3

gg;
237

UXAD17
RDYIE
ROY

:
000001

QUBAOO

000002

QUBAOL

000010
000020
000040

QUBAO3S
QUBAO4
QUBAROS

000200

QUBAO7

000004

000100

== BITOS
== BITO06
== BITO7

== BIT10
== BIT11
== BIT12

== BIT13

== BITOO

3+ WO UNIBUS TRANSFER ADDRESS BIT 03
3+ WO UNIBUS TRANSFER ADDRESS BIT 04
3 WO UNIBUS TRANSFER ADDRESS BIT 0S

== BITO06

== BITO7

002000

QUBA10

== BIT10

250
gssé

040000
100000

004000
010000
020000

QUBA14
QUBA1S
’

zi’gz
255

QUBA11
QUBA12
QUBA13

000001

]

QBAOO

s+ WO UNIBUS TRANSFER ADDRESS BIT 00

== BITO3
== BITO4
== BITOS

== BITO2

246

247
248
249

s R/W Q-BUS EXTENDED ADDRESS BIT 21

3+ WO UNIBUS TRANSFER ADDRESS BIT 01

== BITO8

QUBAO9

3 R/W Q-BUS EXTENDED ADDRESS BIT 20

== BITO1

QUBAOS

001000

3+ R/W Q-BUS EXTENDED ADDRESS BIT 18
3 R/W Q-BUS EXTENDED ADDRESS BIT 19

QUBA - Q-BUS - UNIBUS BUS ADDRESS REGISTER

000400

245

3+ R/W UNIBUS EXTENDED ADDRESS BIT 17
3+ R/W INTERRUPT ENABLE
3 RO READY (CLEARED BY GO)

3 WO UNIBUS TRANSFER ADDRESS BIT 02

3+ WO UNIBUS TRANSFER ADDRESS BIT 06
3+ WO UNIBUS TRANSFER ADDRESS BIT 07

3 WO UNIBUS TRANSFER ADDRESS BIT 08

== BITO9

== BIT11
== BIT12
== BIT13

s+ WO UNIBUS TRANSFER ADDRESS BIT 11
3 WO UNIBUS TRANSFER ADDRESS BIT 12
3+ WO UNIBUS TRANSFER ADDRESS BIT 13

== BIT14
== BIT1S

WO UNIBUS TRANSFER ADDRESS BIT 09

3 WO UNIBUS TRANSFER ADDRESS BIT 10

3+ WO UNIBUS TRANSFER ADDRESS BIT 14
3 WO UNIBUS TRANSFER ADDRESS BIT 1S

@BA - BUS ADDRESS REGISTER
== BITOO

+ R/MW Q-BUS BUS ADDRESS REGISTER BIT 00

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

PAGE

18-3
SEQ 0023

MACRC DEFINITIONS

256

000002

258
259
260
261
262
263
264
265
266
267
268
269

000010
000020
000040
000100
000200
000400
001000
002000
004000
010000
020000
040000

280

281
282
283

000001

000002

000004
000010
000020
000040

000100

000200
000400
001000

002000

286

010000

288

040000

287

289
290

291
292

293
294
295
296
297
298
299
300
301
302

303
304
305
306
307
308
309
310
311
312

Q-BUS
Q-BUS
Q-BUS
Q-BUS
Q-BUS
Q-BUS
Q-BUS
Q-BUS
Q-BUS
Q-BUS
Q-BUS
Q-BUS
@-BUS
Q-BUS
Q-BUS

BUS
BUS
BUS
BUS
BUS
BUS
BUS
BUS
BUS
BUS
BUS
BUS
BUS
BUS
BUS

ADDRESS
ADDRESS
ADDRESS
ADDRESS
ADDRESS
ADDRESS
ADDRESS
ADDRESS
ADDRESS
ADDRESS
ADDRESS
ADDRESS
ADDRESS
ADDRESS
ADDRESS

REGISTER
REGISTER
REGISTER
REGISTER
REGISTER
REGISTER
REGISTER
REGISTER
REGISTER
REGISTER
REGISTER
REGISTER
REGISTER
REGISTER
REGISTER

BIT
BIT
BIT
BIT
BIT
BIT
BIT
BIT
BIT
BIT
BIT
BIT
BIT
BIT
BIT

QWC - Q-BUS DMA WORD COUNT REGISTER

284

285

BITO3
BITO4
BITOS
BITO6
BITO7
BITO8
BITO9
BIT10
BIT11
BIT12
BIT13
BIT14
== BIT1S

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

R/W
R/W
R/W
R/W
R/W
R/W
R/W
R/W
R/W
R/W
R/W
R/W
R/W
R/W
R/W

004000
020000

100000

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

BITOO
BITO1
BITO2
BITO3
BITO4
BITOS
BITO6
BITO?7
BITO8
BITO9
BIT10
BIT11
BIT12
BIT13
BIT14
BIT1S

R/W DMA WORD
R/W DMA WORD
R/W DMA WORD
R/W DMA WORD
R/W DMA WORD
R/W DMA WORD
R/W DMA WORD
R/W DMA WORD
R/W DMA WORD
R/W DMA WORD
R/W DMA WORD
R/W DMA WORD

COUNT
COUNT
COUNT
COUNT
COUNTY
COUNT
COUNT
COUNT
COUNT
COUNT
COUNT
COUNT

REGISTER BITO2
REGISTER BITO3
REGISTER BITO4
REGISTER BITOS
REGISTER BIT06
REGISTER BITO7
REGISTER BIT08
REGISTER BITO09
REGISTER BIT10
REGISTER BIT11
R/W DMA WORD COUNT REGISTER BIT12
REGISTER BIT13
R/W DMA WORD COUNT REGISTER BIT14
R/W DMA WORD COUNT REGISTER BIT1S

QMT1 - Q-BUS MAINTENANCE REGISTER 1

000002
000004
000010
000020
000040
000100
000200

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

BITO1
BITO2
BITO3
BITO4
BITOS
BITO6
BITO7

R/W MAINTENANCE VIEW ADDRESS

FOR QMTO
FOR QMTO
FOR QMTO

HALT

R/W MAINTENANCE I/0 DISABLE

QVAD - Q-BUS VIEW ADDRESS

000001
000002
000004
000010
000020
000040
000100

000200
000400
001000

==
==
==
==
==

BITO0
BITO1
BITO2
BITO3
BITO4

s=
ses
==
==

BITO6
BITO7
BITO8
BITO9

R/M Q-BUS VIEW ADDRESS REG. BIT
R/W Q-BUS VIEW ADDRESS REG. BIT
R/W
R/W
R/W
R/W
R/W
R/W
R/W
R/W

Q-BUS
Q-BUS
Q-BUS
Q-BUS
Q-BUS
Q-BUS
Q-BUS
Q-BUS

VIEW
VIEW
VIEW
VIEW
VIEW
VIEW
VIEW
VIEW

ADDRESS
ADDRESS
ADDRESS
ADDRESS
ADDRESS
ADDRESS
ADDRESS
ADDRESS

REG.
REG.
REG.
REG.
REG.
REG.
REG.
REG.

BIT
BIT
BIT
BIT
BIT
BIT
BIT
BIT

38285248828

276
277
278
279

== BITO1

== BITO2

275

100000

QBAO1
Q@BAO2
QBAO3

270
271
272
273
274

000004

2
3

257

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84

12:33

PAGE

18-4
SEQ 0024

MACRC DEFINITIONS

O
W
S0
S0
W8
G0
S0
B

BITOO
BITO1
BITO2
BITO3
BITO4
BITOS
BITO6
BITO7
BITOS8
BITO9
BIT10
BIT11
BIT12
BIT13
BIT14
BIT1S

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

QVDAOO
QVDAQ1
QVDAO2
QVDAO3
QVDAO4
QVDAOS
QVDAO6
QVDAO7
QVDAO8
QVDAO9
QVDA10
QVDA1l
QVDA12
QVDA13
QVDA14
QVDA15S

BIT 10

QVDA - Q-BUS VIEW DATA REGISTER

R/W Q-BUS VIEW ADDRESS REG.

== BIT10

QVAD10

002000

313
314
315
316
317
318

R/W
R/W
R/W
R/W
R/W
R/W
R/W
R/W
R/W
R/W
R/W
R/W

VIEW
VIEW
VIEW
VIEW
VIEW
VIEW
VIEW
VIEW
VIEW
VIEW
VIEW
VIEW
R/W Q-BUS VIEW
R/W Q-8BUS VIEW
R/W Q-BUS VIEW
Q-BUS
Q-BUS
Q-BUS
Q-BUS
Q-BUS
Q-BUS
Q-BUS
Q-BUS
Q-BUS
Q-BUS
Q@-BUS
Q-BUS

R/W Q-BUS

DATA REG.
DATA REG.
DATA REG.
DATA REG.
DATA REG.
DATA REG.
DATA REG.
DATA REG.
DATA REG.
DATA REG.
DATA REG.
DATA “G A
DATA “G .
DATA REG.
DATA REG

B8IT00
817101
81702
B8ITO3
81704
B8IT0S
B8IT06
81707
81708
8IT09
B8IT10
BIT11
B8IT12
BIT13
BIT14

VIEW DATA REG. BIT1S

MAINTENANCE FUNCTION, BIT IN QMT1 TO DEFINE USE OF QMTO

]

SELQEVENT
SELQCMD
SELUVADR
SELUBAR
AT
SELUVDAT

SELRODMA

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

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
177572
172516
172300
172340
170370

MMRO
MMR3

== 177572
== 172516

HIUBM

== 170370

KISDRO
KISARO

’

:
000010

020040

== 172300
== 172340

MISC. EQUATES

[

MAXUNITS == 8.

YES

WSPACE

== 0

e |

== 20040

MAXIMUM NUMBER OF UNITS ALLOWED

LOGICAL VALUE FOR NO
LOGICAL VALUE FOR YES
WORD OF ASCII SPACES

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JUAN-84 12:33

PAGE 19

SEQ 0025

GLOBAL DATA SECTION
379
380
381 002273

.SBTTL

GLOBAL DATA SECTION

STARS
1188888800580 8 4800800000000
R AR AR AR
000000ttt tttdn

382
383
384
385 002273

GLOBAL DATA SECTION

STARS
1108888828888

387

8 0484848200408

480 0088048080400 0000404800000 0400000008

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

390

.EVEN
ADDRESSES:

QCMD: :
QVNT::

QINT::
QCTL::
QDMA: :
QUBA: :
QBA: :
QuWC: :
QMTO::
QMT1::
QVAD: :
QVDA: :

.WORD

; Q-BUS COMMAND REGISTER

.WORD
.WORD
.WORD
.MORD
.WORD
.WORD
.WORD
.WORD
.WORD
.MORD

O
O
O
O
O
O
O
O
O
O

:
;
:
:
:
;
:
;
;
:

.WORC

s+ Q-BUS EVENT REGISTER

Q-BUS INTERRUPT SUMMARY REGISTER
Q-BUS CONTROL REGISTER
Q-BUS DMA CONTROL € STATUS REGISTER
Q-BUS BUS ADDRESS UNIBUS REGISTER
Q-BUS BUS ADDRESS @-BUS REGISTER
Q-BUS WORD COUNT REGISTER
Q-BUS MAINTENANCE REGISTER O
Q-BUS MAINTENANCE REGISTER
1
Q-BUS VIEW ADDRESS REGISTER
Q-BUS DATA REGISTER

3+ CURRENT UNIT Q-BUS BRIDGE INTERFACE REGISTERS VALUES ARE STORED HERE
3

VALUES:
:

SQCMD: :
SQVNT::
SQINT::
SQCTL::

.WORD
.WORD
.WORD
.MORD

O
O
O
O

+
3+
;+
3

COMMAND REGISTER
EVENT REGISTER
INTERRUPT SUMMARY REGISTER
CONTROL REGISTER

SQUBA: :
SQ@BA: :
SQUC: :
SQMTO: ;
SQMTL::
SQVAD: :

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

O
O
O
O
O
O

3+
3+
:+
3+
s+
3+

BUS ADDRESS UNIBUS REGISTER
BUS ADDRESS REGISTER
WORD COUNT REGISTER
MAINTENANCE REGISTER O
MAINTENANCE REGISTER 1
VIEW ADDRESS REGISTER

O
O
O
O
O
O
O
O
O
O
O

sUSED FOR TULE PROCESSM OF EXPECTED RESULTS
:+ COMMAND REGIS
l EVENT RGISTER
3+ INTERRUPT SUMMARY REGISTER
3 CONTROL REGISTER
1 " CONTROL &€ STATUS REGISTER
s BUS ADDRESS UNIBUS REGISTER
s BUS ADDRESS REGISTER
+ WORD COUNT REGISTER
3+ MAINTENANCE REGISTER O
s+ MAINTENANCE REGISTER 1
s+ VIEW ADDRESS REGISTER

SQDMA: :

SQVDA: :

429
430
431
432
433

002370
002372
002374
002376
002400

EXPECTED: :
EXQCMD: :
EXQVNT: :
EXQINT: :
EXQCTL::
EXQDMA: ;
EXQUBA: :
EXQBA: :
EXQMC: :
EXQMTO: :
EXQMT1::
EXQVAD: :

.WORD

.MORD

.WORD
.MORD
.WORD
LMORD
LMORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD

s+ DMA CONTROL & STATUS REGISTER

s+ DATA REGISTER

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

PAGE 19-1

SEQ 0026

GLOBAL DATA SECTION

:2; 002402

000000

EXQVDA: :

436
:g;

440 002404

121

441 002411

121

002407

103

115

/QCMD/

126

116

.ASCIZ

/QVNT/

111

116

.ASCIZ

/QINT/

124

.ASCIZ

/QCTL/

104

115

.ASCIZ

/QDMA/

125
000

102

.ASCIZ

/QUBA/

102

101

.ASCIZ

/QBA /

127

103

.ASCIZ

/QuWC /

115

124

.ASCIZ

/QMTO/

115

124

.ASCIZ

/GMT1/

101

.ASCIZ

/QVAD/

104

.ASCIZ

/QVDA/

000

124

000

124
121
114

000
103
000

101

000

002445

040

000

002452

040

000

002457

060

000

002464

002471

061
121
104

000
126
000

002476

101

000

442 002416

002421
443 002423
002426

444 002430

002433

445 002435
002440
446 002442
447 002447
448 002454

449 002461

451 002473

121

121
101
121

121
121

121

126

454

455

458
459
460
461
462
463
464
465

466
467
468
469
470
471
472
473
474

;s DATA REGISTER
ACCESS IS INDEXED, EACH TAKING 2 WORDS

.EVEN

453

457

NAMES::

.EVEN

.ASCIZ

104

002414

452

;
:+Q-BRIDGE REGISTER NAMES ARE STORED HERE.

439

450

.WORD

MISC STORAGE AREAS

002500
002502
002504
002506
002510
002512
002514
002516

000000
000000
000000
0007
Y0
00CV00
000000
000000
000000

BRIDGETYPE: :
BRDGFLG: :
LOGUNIT: :
PLOC::
BASEADD: :
VECTOR: :
LOOPBK:; :
BRLEVEL : :

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

O
O
O
O
O
O
O
O

1BRIDGE TYPE (0=Q-BRIDGE 1=U-BRIDGE)
1BRIDGE CONFIGURED FLAG
sUSED TO STORE CURRENT LOGICAL UNIT
sPOINTER TO CURRENT HARDWARE P-TABLE
:STORES BASE ADDRESS
1STORES VECTOR ADDRESS
1STORES SOFTWARE LOOPBACK QUES. VALUE FOR CURRENT UNIT
1STORES BR LEVEL

002534

000000

ERROR2: :

.WORD

1STORES ERROR COUNTS

002520
002522
002524
002526
002530
002532
002536
002540

475 002542

476 002544
477 002546
478 002550

000000
000000
000000
000000
000000
000000

000000
000000
000000

INITWORD: :
TRPFLG: :
ADD: :
VAL::
EXP: ;
ERROR1: :

RAM: ;
VALUE: :

INTFLG::

HP1::
HP2: :
MEMSIZ::

.WORD
.WORD
.WORD
.WORD
.MORD
.WORD
.MORD
.MORD

.WORD

.MORD
.WORD
.MORD

O
O
O
O
O
O

O
O

O
O
O

$STORES INITIALIZE WORD SENT TO QMT1
s TRAP FLAG INDICATOR
:1STORES ADDRESS OF REGISTER FOR MESSAGES
1STORES VALUE OF REGISTER FOR MESSAGES
1STORES EXPECTED VALUE OF TEST FOR MESSAGES
1STORES ERROR COUNTS
sTELLS WHETHER RAM MESSAGE WAS PRINTED OUT
1STORES CURRENT CPU PRIORITY LEVEL
s INTERRUPT FLAG

sTELLS WHETHER DRS HELP MESSAGE ALREADY PRINTED
sTELLS WHETHER DIA HELP MESSAGE ALREADY PRINTED
1STORE FREE MEMORY SIZE IN WORDS ABOVE DIAGNOSTIC

B
J

CZFPA A0 CTRL BRIDGE
GLOBAL

09 UAN 84 12:3%

PAGE

19 2

SEGQ O0e?

DATA SECTION

479 002552
440

INTHC DIAG MACRO M1200

000000

FREMEM: :

.MORD

sPOINTS

TO STARTING ADDRESS OF FREE MEMOR

C4
CZFPA-AO0 CTRL BRIDGE INTFC DIAG MACRO M1200
GLOBAL

TEXT

09 -UAN-84 12:33

SEQ 00¢8

SECTION

482

.SBTTL

484
485

jee
s THE GLOBAL

487

483

480

GLOBAL

TEXT

SECTION

SECTION CONTAINS FORMAT

STATEMENTS,

: MESSAGES, AND ASCII INFORMATION THAT ARE USED IN

488
489

:--

430

THAN ONE

TEST,

:gé

: NAMES OF DEVICES SUPPORTED BY PROGRAM
:

493 002554

002554
002554
002557

106

000

105

120

LSOVTYP:

DEVTYP

<FEP»

.ASCIZ

/FEP/

.EVEN

494

495

:3?

s TEST DESCRIPTION

498 002560
002560

002560

103

115
104
122
107

101
040
111
105

116
102
104
040

002605
002610
002613

101
040
101

103
104
107

105
111
116

002621

111

103

000

002563
002566
002571
002574

002616

499

PAGE

117

123

115

LSDESC::

DESCRIPT

.ASCIZ

124

.EVEN

<COMMAND BRIDGE INTERFACE DIAGNOSTIC»

/COMMAND BRIDGE INTERFACE DIAGNOSTIC~/

D3
CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200
GLOBAL

09-JUAN-84 12:33

PAGE 21

SEQ 0029

TEXT SECTION
.NLIST
:

002657
002712
002771

003042
003127
003161
003244

EEERY

¢
3

122
054
121

BEX

BIT NAMES IN THE REGISTERS

CMDBIT::

.ASCIZ /.........PRSIE......C'QACK/

INTBIT::

.ASCIZ /ERR,UNEX
“X.ML.MS VNTACK,RODY, , ,ERRIE/

DMABIT::

.ASCII /,,.QxAD21,QXAD20, OXAD19 0!‘01‘ OXADI" QXAD16,RDY,RDYIE/

CTLBIT::

.ASCIZ Z.00vvssees QVREN,WOT1,WDTO, fmw WTQSY/

.ASCIZ /.UX‘D17 UX‘DI6.. .MT GO

STARS
1108000080800 08020000800008008008080000008000800028008000000000800000

s+ FORMAT STATEMENTS USED IN PRINT CALLS
003244

STARS
1202620480844 00020084 3282400008004 8880843804240800832020008008882¢

1 . IF NOF ONEFILE
.NLIST

BEX

CONFIG:: .ASCIZ /#N1sACONFIGURED FOR #T#A BRIDGE MODULESN1/
/Q-BUS/
.ASCIZ
@BUS::
/UNIBUS/
.ASCIZ
UBUS::

b14

FORO::
FOR1::

.ASCIZ
.ASCIZ

/«N1/
tLINE FEED CARRIAGE RETURN ONLY
/#N1SANAMESSASAADDRESSSSASACONTENTSSSASAEXPECTED (UNDETERMINED BITS ARE ZERO

FOR2::
.ASCIZ
FORS::
.ASCIZ
FOR4::
.ASCIZ
FOR4.S::

/#N1#T#SS#06#SS4068S6506/
/#T#A REGISTER AT #06#A CANNOT BE READ/
/#N14SAs04%SIN06%S
7406/

FORS::
.ASCIZ
FORS.S::

/#N1SAQVAD Q RAM ADDRESS INCREMENT SHOULD BE #04sA WAS =04/

FOR6::
FOR7::

FOR8::

FOR9::
FOR10::
FOR11::

FOR12::

FOR13::

LASCIZ

/#N1SAUNKNOWN VIEW RAM SIZE,

LASCIZ

/#N1SAQVAD U RAM ADDRESS INCREMENT SHOULD BE sO4sA WAS %04/

.ASCIZ

/#N1sSARAM ADDRESS

.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCII

.ASCIZ
.ASCIZ
.ASCIZ

1K ASSUMED FOR REST OF TEST/

/#NiIsATOTAL RAM CHECK ERRORS =DS/
/#N1sSATOTAL INCREMENT ERRORS #DS/

CONTENTS

EXPECTED/

/#NISAVIEW RAM SIZE wD1sAK/
/#N1sASHOULD BE #06%A, WAS #06#A LOOP #%D3s#A OUT OF 100%N1/
/#NISATEST 37: BELL WILL RING EACH TIME WDTO OCCURS (20 TIMES /

/TOTAL )EN1/
/#A/<7>

/#NsSABR LEVEL #01#A CPU PRIORITY LEVEL s01sN1/

CZFPA-AO0 CTRL BRIDGE INTFC DIAG MACRO M1200
GLOBAL

09-JAN-84 12:33

PAGE 22

SEQ 0030

TEXT SECTION

548 004544

STARS

549
gg?

110000000000000000000000000040000000000000000000000000000004000000

ASCII MESSAGES USED IN ERROR REPORTING

552 004544

STARS
11000000000000000000000000000000000000000800000000080000400000000

533
554

555 004544
556 004571

102
102

122
101

111
104

MSGl::
MSG2::

.ASCIZ
.ASCIZ

/BRIDGE REGISTER DUMP/
/BAD ADDRESS ERROR - PASS ABORTED/

558 004672
559 004731
560 004771
561 005012
562 005054
563 005116
564 005161
565 005224
566 005266
567 005330
568 005373
569 005436

114
114
121
121
121
121
121
121
121
121
121
121

117
117
103
103
103
103
103
126
126
126
126
111

101
101
114
115
115
115
115
116
116
116
116
116

MSGA::
MSGS5::
MSG6::
MSG7::
MSG8::
MSG9::
MSG10::
MSG11l::
MSG12::
MSG13::
MSG14::
MSG1S::

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

/LOAD WITH ONE'S AND READ ERROR/
/LOAD WITH ZERO'S AND READ ERROR/
/QCLR RESET ERROR/
/QCMD ROTATING 1 IN BITS 1-5 ERROR/
/QCMD ROTATING O IN BITS 1-5 ERROR/
/QCMD ROTATING 1 IN BITS 8-15 ERROR/
/QCMD ROTATING O IN BITS 8-15 ERROR/
/QVNT ROTATING 1 IN BITS 1-5 ERROR/
/QVNT ROTATING O IN BITS 1-5 ERROR/
/QVNT ROTATING 1 IN BITS 8-15 ERROR/
/QVNT ROTATING O IN BITS 8-15 ERROR/
/QINT BIT 11 (CMDPRS) SHOULD BE CLEAR AFTER SET QCMD CMDACK/

572 005715
573 006006
574 006033
575 006060
576 006125
577 006172
578 006241
579 006267

121
121
121
121
121
121
121
121

111
102
102
104
104
104
125
125

116
101
101
115
115
115
102
102

570 005531
571 005622

580
581
582
583
S84
585

006315
006342
006367
006430
006471
006532

586 006573
587 006633
588 006673

589 006736
590 006777
591 007023
592 007023
293 007103
594 007172
595 007254
596 007337
597 007423
598 007520
599 007556
600 007626
601 007663

602 007756

122

121
121

121
121
121
121
121
121

121
121
121

121
121
121
121
121
121
121
121
104
104
104
127

015

105

111
111

127
127
126
126

1t222
112:

107

116
116

103
103

101

MSG16::
MSG17::

MSG18::
MSG19::
MSG20::
MSG21::
MSG22::
MSG23::
MSG24::
MSG25::

MSG26::
MSG27::

MSG31::

.ASCIZ

.ASCIZ
.ASCIZ

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

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

/REGISTER READ AFTER RESET ERROR/

/QINT BIT 10 (VNTACK)
/QINT BIT 10 ( VNTACK;

D BE SET AFTER SET QCMD CMDACK/
0 BE CLEAR AFTER SET QVNT VNTPRS/

/QINT BIT 11 (CMDPRS
D BE
/QBA ROTATING 1 ERROR/
/QBA ROTATING O ERROR/
/QDMA HI BITS (8-13) ROTATING 1
/QDMA HI BITS (8-13) ROTATING O
/QDMA EXTENDED ADDRESS BITS 4 £
/QUBA ROTATING 1 ERROR/
/QUBA ROTATING O ERROR/

/QMC ROTATING 1 ERROR/
/QMC ROTATING O ERROR/
/QVAD Q-REGISTER ROTATING
/QVAD Q-REGISTER ROTATING
/QVAD U-REGISTER ROTATING
/QVAD U-REGISTER ROTATING

1
O
1
O

SET AFTER SET QVNT VNTPRS/

ERROR/
ERROR/
5 ERROR/

ERROR/
ERROR/
ERROR/
ERROR/

101 MSG32:: .ASCIZ /QVAD Q-REGISTER INCREMENT ERROR/
ASCIZ

ASCIZ

126
102

101

104
104
127
104
127
104
115
115
115
101

115
115
103
115
103
115
101
101
101
124

012

MSG3::

i¢

557 004632

124

ASCIZ
.ASCIZ

/QVAD U-REGISTER INCREMENT ERROR/

/QVDA VIEW REGISTER RAM CHECK ERROR/

/QVAD RAM ADORESS INCREMENT ERROR/
MSG36::
/QBA INCREMENT ERROR/
MSG36.5::
.ASCIZ
/QDMA INCREMENT BITS 8-13 EXTENDED ADDRESS ERROR/
MSG37:: .ASCIZ
/QDMA RDY BIT 7 SHOULD BE CLEARED AFTER SET QDMA GO BIT/
MSG38:: .ASCIZ
/QMC SHOULD MAVE INCREMENTED AFTER SET QDMA GO BIT/
MSG39:: .ASCIZ
/QDMA RDY BIT 7 SHOULD BE SET AFTER SET QDMA GO BIT/
MSGAO:: .ASCIZ
/QuC mT AFTER QGDMA DMAWT AND GO BIT SET ERROR/
MSGAL1:: .ASCIZ
/QDMA ROY BIT
7 SHOULD BE SET AFTER QDMA DMAWA AND GO BIT SET/
MSGA2:: .ASCIZ
/DMA WRITE DATA TRANSFER ERROR/
MSGA2. Sn .ASCIZ /DMA WRITE MI MEMORY DATA TRANSFER ERROR/
MSGAS:: .ASCIZ
/DMA READ DATA TRANSFER ERROR/
MSGA4:: .ASCII
/MATCH DOG TIMER READ AFTER WRITE TIME CODE BITS 2 € 3 ERROR/

LASCIZ

<15><12>/TEST ABORTED/

CZFPA-AO CTRL BRIDGE
GLOBAL

TEXT

INTFC DIAG MACRO M1200

09-JUAN-84

12:33

PAGE 22-1
SEQ 0031

SECTION

603 007775
604 010060
605 010077
606 010140
607 010177
608 010247
609 010337
610 010407
611 010477
612 010547
613 010637
614 010653
615 010723
616 011012
617 011101
618 011170
619 011205
620 011274
621 011351
622 011434
623 011521
624 011576
625 011645
626
627

127

015

127
127

121
111
121
111
121
111
104
121
111
121
111
101
121
127
121
116
111
120
120

101
012
101
101
126
116
103
116
104
116
115
111
116
111
116
116
111
104
111

117

116
122
122

124
124
124

124
116
124

115
124
115
124
101
116
124
116
124
104
116
124
116

040
124
111
111

MSGAS:
:

.ASCII
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ

.ASCIZ
.ASCII
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCII
.ASCIZ
.ASCIZ
.ASCIZ

/WATCH DOG TIMER READ AFTER WRITE

«15><12>/TEST ABORTED/

TMRENB BIT

/WATCH DOG TIMER DID NOT TIME OUT/
/WATCH DOG TIMO OUT RESET ERROR/
/QVNT ACKIE BIT 6 SET TO 1 AND READ AS
/INTERRUPT DID NOT OCCUR AFTER SETTING
/QCMD PRSIE BIT 6 SET TO 1 AND READ AS
/INTERRUPT DID NOT OCCUR AFTER SETTING
/QDMA ROYIE BIT & SET TO 1 AND READ AS
/INTERRUPT DID NOT OCCUR AFTER SETTING

/DMAWT BIT 1/

/QINT ERRIE BIT 6 SET TO
/INTERRUPT DID NOT OCCUR
/QINT UNEX BIT 14 OR ERR
/INTERRUPT DID NOT OCCUR
/AND GO BIT 0O/
/QINT GNEX BIT 13 OR ERR

1 ERROR/

QCMD CMDACK BIT 0O/

0O/

QVNT VNTPRS BIT 0/

QDMA GO BIT O AND /

1 AND READ AS 0/

AFTER SETTING QMT1 MQPFL BIT S/

BIT 15 NOT SET AFTER INTERRUPT/
AFTER SETTING QDOMA DMAWT BIT 1 /

BIT 1S NOT SET AFTER INTERRUPT/
/WDTO INTERRUPT DID NOT OCCUR AFTER 8 SECONDS/
/QINT UPWRFL, ERR BITS NOT SET AFTER WDTO INTERRUPT/
/NO _INTERRUPT OCCURRED WITH BR LEVEL > THAN CPU LEVEL/
/INTERRUPT OCCURED WITH BR LEVEL <= CPU LEVEL/
/PRINT DIAGNOSTIC SUPERVISOR HELP FILE?/
/PRINT DIAGNOSTIC HELP FILE?/

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JUAN-84 12:33

G35

PAGE 23

SEQ 0032

GLOBAL ERROR REPORT SECTION
.SBTTL

632
633
634
635
636
637
638
639

GLOBAL ERROR REPORT SECTION

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

BAD ADDRESS ERROR

l REGISTER NUMBER (0-11.) EXPECTED TO BE IN R1
BGNMSG

ERR2

MOV

R2,-(SP)

062702

ADD
ADD
ADD
ADD
ADD
ADD

R1,R2
R1,R2
R1.R2
R1,R2
R1,R2
ONAMES ,R2

013746

MOV

ADD, -(SP)

ERR2::

010246

CLR

PRINTB

MOV

003504
000003

011756
011762
011764
011766
655 011772
656 011774
011774
011774

657
658
659
660
661

662
663
e
665 011776
011776
666 011776
667
668
669
670 012006
671 012010
672 012012

000010

012746
012746

003333
000001

MOV

104423

#FORO, -(SP)
#1,-(SP)
SP,RO
CSPNTB

L10001:

ENDMSG

TRAP

sMULTIPLY REGISTER POINTER TIMES S

sPOINT R2 TO REGISTER NAME

s TELL OPERATOR BAD ADDRESS

SP,

MOV
MOV
MOV
TRAP
MOV

sCLEAR ACCUMULATOR

OFOR3, -(SP)

CSPNTB
#10,SP

PRINTB

104414
062706
012602

#FOR3,R2,ADD

TRAP
ADD

#FORO

84 ,SP

(SP)+,R2

|
s INSERT LINE FEED CARRIAGE RETURN

sRESTORE REGISTERS

CeMSG

BAD REGISTER VALUE ERROR (SINGLE REGISTER TEST)
tREGISTER NUMBER (0-11.) EXPECTED TO BE IN R1
sREGISTER ADDRESS EXPECTED TO BE IN LOCATION ADD
sREGISTER VALUE EXPECTED TO BE IN LOCATION VAL
sREGISTER EXPECTED VALUE EXPECTED TO BE IN LOCATION EXP

8888 8¢

654

104414
062706

CLR

‘

:é. .E SP)

1SAVE REGISTERS USED IN ROUTINES

1CLEAR ACCUMULATOR

R1,R2

sMULTIPLY REGISTER POINTER TIMES S

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JUAN-84

12:33

PAGE 23-1
SEQ 0033

GLOBAL ERROR REPORT SECTION
673 012014
674 012016
675 012022
676 012024
677 012032
012032
012036
012042
012044

012046
678 012052
012052
012056
012062
012066
012070
012074
012100
012102
012104
679 012110
012110

060102
062702
006301
016137

002274

012746
012746
010600

003337
000001

062706

000004

013746
013746
013746
010246
012746
012746
010600
104415
062706

002530

104415

012746
012746
010600
104415
062706
012602
012601

ADD

002404
002524

MOV
MOV
MOV
TRAP

OFOR1, -(SP)
#1,-(SP)
SP,RO
t.::Pg‘t,x

PRINTX

003454
000005

000014

L10002:

@FOR1

&FOR2,R2,ADD,VAL
,EXP

MOV
MOV

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

MOV
MOV

R2,-(SP)
#F0R2, -(SP)

MOV
TRAP
ADD

RO
CSPNTX
014,SP

MOV
MOV
MOV
TRAP
ADD
MOV
MOV

#FORO, -(SP)
e1,-(SP)
RO
CSPNTX
#4,SP
(SP)+,R2
(SP)+,R1

PRINTX

003333
000001

104423

ONAMES ,R2
R1
ADDRESSES(R1),ADD

PRINTX

002526
002524

R1,R2

ADD
ASL
MOV

ENDMSG

TRAP

@&FORO

tPOINT R2 TO REGISTER NAME
sREGISTER POINTER TIMES 2
tMOVE CURRENT ADDRESS TO MESSAGE AREA
sPRINT HEADER LINE

sPRINT FULL ERROR DETAILS

s INSERT LINE FEED CARRIAGE RETURN

sRESTORE REGISTERS

C$MSG

1BAD VIEW REGISTER RAM ERROR
sPRINTS HEADER ONLY
012136

ERRS:
:
012136
012142
012146
012150
012152
012156
012156
012156

012746
012746

004154
000001

104415
062706

L10003:

104423

BGNMSG
PRINTX

ERRS
@FORS

MOV
MOV
MOV
TRAP
ADD

#FORS, -(SP)
e1,-(SP)
SP,RO
CSPNTX
4 ,SP

TRAP

C$MSG

ENDMSG

s1PRINT HEADER

1BR LEVEL INTERRUPT LEVEL TEST ERROR ROUTINE
012160
012160
012160
012162
012164
012166
012172
012176

ERRG:
:

002516

BGNMSG

ERR6

MOV

R1,-(SP)

:1SAVE REGISTERS USED IN ROUTINES

MOV
MOV
MOV
MOV

RS, -(SP)
BRLEVEL ,R1
VALUE ,R2
o5,R3

t1DEVICE PRIORITY TO R1
1CPU PRIORITY TO R2
1LOOP COUNTER TO R3

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

PAGE 23-2

SEQ 0034

GLOBAL ERROR REPORT SECTION
700
701
702
703
704
705
706

012202
012204
012206
012210

006201
006202
005303
001374

012212
012212
012214
012216
012222
012226
012230

010246
010146
012746
012746
010600
104414

062706

012603
012602

s SHIFT PRIORITY :{GHT S BITS FOR MESSAGE

10¢:

ASR

DEC

BNE

R2
R3

10¢

;PRINT ERROR MESSAGE
PRINTB
#FOR13,R1,R2

000003

R2,-(SP)

MOV
MOV
MOV

OFOR13, -(SP)
03,-(SP)
SP,RO

TRAP
ADD
MOV
MOV

000010

012601

L10004:

104423

MOV

CSPNTB
€10,SP
(SP)+,R3
(SP)+,R2

sSHIFT R1 RIGHT
sSHIFT R2 RIGHT
sDECREMENT COUNTER
s IF NOT DONE, BRANCH
s TELL OPERATOR DETAILS

sRESTORE REGISTERS

ENDMSG

TRAP

C$MSG

BAD REGISTER VALUE ERROR (SINGLE REGISTER TEST)

USED WITH ROTATING BITS TESTS
sREGISTER NUMBER (0-11.) EXPECTED TO BE IN R1
sREGISTER ADDRESS EXPECTED TO BE IN LOCATION ADD
sREGISTER VALUE EXPECTED TO BE IN LOCATION VAL
:

sREGISTER EXPECTED VALUE EXPECTED TO BE IN LOCATION EXP
BGNMSG

731

-1 T 3

003337
000001

§§§§i§§§§§§

MOV
CLR

002274

003454

000014

ERR7

:SAVE REGISTERS USED IN ROUTINES

ERR7::

MOV
MOV
TRAP

MOV

ADDRESSES(R1),ADD

#FOR1
#O0R1, -(SP)
01,-(SP)

1CLEAR ACCUMULATOR
sMULTIPLY REGISTER POINTER TIMES S

tPOINT R2 TO REGISTER NAME
tREGISTER POINTER TIMES 2
tMOVE CURRENT ADDRESS TO MESSAGE AREA
sPRINT HEADER LINE

SP,RO
COPNTX
04,5P

#FO0R2,R2,ADD,
VAL ,EXP

+PRINT FULL ERROR DETAILS

ADD, -(SP)
o5, -(SP)

SP,
COPNTX

#14,5P

(SP)+,R2

tRESTORE REGISTERS

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

PAGE 23-3
SEQ 0035

GLOBAL ERROR REPORT SECTION
733 012362
734 012364

012364
012364

012601

104423

L10005:

MOV

(SP)+,R1

TRAP

C$MSG

ENDMSG

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JUAN-84 12:33

IK3

PAGE 24

SEQ 0036

GLOBAL SUBROUTINES SECTION
736
737
738
739
740
741
742
743
Ta4
745

.SBTTL

GLOBAL SUBROUTINES SECTION

+ THE GLOBAL SUBROUTINES SECTION CONTAINS THE SUBROUTINES

THAT ARE USED IN MORE THAN ONE TEST.

THIS SUBROUTINE PRINTS A ONE LINE DETAIL LINE WITHOUT THE

THE PRIMARY REGISTER ERROR HEADER LINE.

INPUTS
REGISTER
REGISTER
REGISTER
REGISTER

NUMBER (0-11.) EXPECTED TO BE IN R1
ADDRESS EXPECTED TO BE IN LOCATION ADD
VALUE EXPECTED TO BE IN LOCATION VAL
EXPECTED VALUE EXPECTED TO BE IN LOCATION EXP

CALLING SEQUENCE
:
PC.DETAIL
JSR
756
757 012366
758 012366
759 012370
760 012372
761 012374
762 012376
763
764
765
766
767
768
769

770
771
772

DETAIL:

016137

002274

013746
013746
013746
010246

002530

003454

000014

002524

MOV
MOV
CLR

1SAVE REGISTERS USED IN ROUTINES
sCLEAR ACCUMULATOR
tMULTIPLY REGISTER POINTER TIMES S

ADDRESSES(R1),ADD

#F0R2,R2,ADD,
VAL ,EXP

EXP,-(SP)

sPOINT R2 TO REGISTER NAME
tREGISTER POINTER TIMES 2
tMOVE CURRENT ADDRESS TO MESSAGE AREA
sPRINT FULL ERROR DETAILS

mo'
R2,-(SP)

#FO0R2, -(SP)

SP,RO
CSPNTX
#14,5SP

(SP)+,R2

tRESTORE REGISTERS

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

PAGE 25

SEQ 0037

GLOBAL SUBROUTINES SECTION
774
775
776
777
778
779

188888882848 484000004048804404420004840400088008440400584
0000040000004 8004800000000
e

BITS.MAC

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

PUT THE NAMES IN A BUFFER.
AUTHOR:
DATE:

DALE PROCTOR
12/23/81
VERSION: 1.00

ASCIZ STATEMENT FORMAT LABEL: .ASCIZ /,BIT15,8IT14,,,,BIT10,,.BIT7/
MAXIMUM NUMBER OF DEFINITIONS IS 16
TO USE THE FULL ROUTINE, CALL BY USING THE MACRO SETBITS.
SETBITS IS IN THE FORMAT-

SETBITS

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

TO CREATE ONLY A PRINT BUFFER WITH THE SET BIT NAMES CALL
THIS ROUTINE WITH THE MACRO S4BITS.
S$BITS IS IN THE FORMATS$BITS
POINTER, VALUE
ON RETURN FROM S$BITS ROUTINE RO CONTAINS THE ADDRESS
OF THE BUFFER.
(82006 CHLERARLBARABLEDLLLH
AP EEEL AL LSS0 ARG A RS AT RS HLAL AL HLBALLBABENBbLS

é(x:?l..L B8Y S$BITS MACRO, NO PRINTING
33

1SAVE SOME REGISTERS
MOV

012470

MOV

177777

MoV
MOV

#-1,STATUS
DUILD

$GET POINTER OF FORMAT IN R3
s TELL ROUTINE THAT THE S$BITS MACRO CALLED
$BRANCH OVER SETBITS STUFF

CLR

STATUS

1 TELL ROUTINE THAT THE SETBITS MACRO CALLED

NOV

“20'(5’)

MOV
BR

013226

RS, -(SP)

R4,-(SP)
(RS)+,R3

6§AIS.L
BY SETBITS MACRO, PRINT LIIE IF SOMETHING TO PRINT
013226

sSAVE SOME REGISTERS

MOV
MOV
MOV
ADD

R3,-(SP)
R4, -(SP)
RS,R2
(RS).RS

1GET ADDRESS IN R2
1ADD LENGTH OF DATA TO RETURN PC

MOV

(R2)+,R3

1GET POINTER OF FORMAT IN R3

TST

IREGISTER USAGE
l
i

(R2)+

RO = LOOP COUNTER

1SKIP PAST LENGTH

R1 = CONTAINS REGISTER CONTENTS
R2 = POINTS TOWARD REGISTER NAME

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

PAGE 25-1
SEQ 0038

GLOBAL SUBROUTINES SECTION
831
832
833
834

R3 = POINTS TO DEFINITION FORMAT
R4 = POINTS TO BUFFER
RS = CONTAINS RETURN ADDRESS

sNOW BUILD BIT NAME BUFFER

013015
000204

BUILDS:

MOV
OMES2$ ,R4
MOV
OMES24L ,RO
lZERO OUT THE BUFFER

1s
013015
000020
013222
013224
013225

10%:

CLRB
DEC
BNE
MOV
MOV
MOV
CLR
CLRB
ROL

(R4)«
RO
14
OMES2$ ,R4
16.,RO
R1,STORE$
NO$CHAR

sPOINT R4 TO BUFFER
sLENGTH OF BUFFER TO CLEAR

:CLEAR BYTE
sPOINT R4 TO BUFFER
tNUMBER OF LOOPS TO LOOP COUNTER R1
$SAVE ORIGINAL BIT PATTERN
sCLEAR CHARACTER MOVED FLAG
tCLEAR BIT DEFINED AND MOVED FLAG

NO$CHAR«1
R1

sCHECK BIT

8EQ

404

+IF END, GO PRINT MESSAGE

BEQ

35¢

8CS
204
lIF BITS SET, GO MOVE BIT NAME
;BIT WAS NOT SET, FI'D NEXT COMMA
S¢:
cHP8
0,(R3)
$END OF DEFINITION?

cHP8

@' ,.(R3)

3IS IT A COMMA?

+IF COMMA, CONTINUE TO PROCESS

INC
BR

R3
S5¢

sPOINT TO NEXT CHARACTER IN DEFINITION
sCHECK NEXT CHARACTER IF NOT A COMMA

CMPB
BEQ
cMPB
BEQ

#0,(R3)
45¢
¢',.(R3)
30¢

+IS IT END OF FORMAT?
.
+IF END, GO PRINT MESSAGE
+IS IT A COMMA?
s IF IT WAS A COMMA, GO

MOV
INCB
INCB
BR

(R3)+,(R4).
NOSCHAR
NOSCHAR+1
204

sMOVE CHARACTER
s INCREMENT CHARACTER FLAG
sIPCRE'ENT 8IT WI'ED AND MOVED FLAG
GO PROCESS
NEXT CHAR

TST8
BEQ
MOV
MOV
INC
DEC
BNE

NOSCHAR+1
354
@' ,.,(Ra).
#40,(R4).
R3
RO
104

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

sPOINT BACK TO LAST COMMA AND SPACE

églt WAS SET, MOVE BIT NAME IF THERE

sSHOULD BE A VALID CHARACTER, MVE TO PRINT BUFFER
013224
013225

i‘E,"D OF CHARACTER MOVE, ADVANCE POINTER T0 PUT cm AFTER NAME

013225

35¢:

w SET UP TO PRINT THE MESSAGE

454:
013226

013224
013015

MOVEe

#0,(R4)

1PUT ZERO AS TERMINATOR IN BUFFER

CLR

1DEFAULT RETURN CODE = NOTHING PRINTED

BNE

S04

1BRANCH IF S$BITS MACRO CALLED

BEQ

S04

TST

PRINTB

MOV

STATUS

NOSCHAR

1 SEE WHICH MACRO CALLED ROUTINE

|S€E IF NOTHING PUT IN PRINT BUFFER

+IF NOTHING THERE, DON'T PRINT IT

OMES1$,R2,STORES,OMES24

OMES24
, -(SP)

iPRINT LINE

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

PAGE 25-2

SEQ 0039

GLOBAL SUBROUTINES SECTION

013746
010246
012746
012746
010600
104414

013222

062706

000012

889 012752

012700

013015

895 012766

045

116

012746
887
888 012752

890 012756
891 012760
892 012762
33‘3 012764
896 013015

897
898

899 013222
900 013224
901 013226

012604
012603
012602
000205

000204
000000
000000
000000

012766
000004

MOV
MOV
MOV
MOV
MOV
TRAP

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

MOV

OMES24 ,RO

012,SP
tRESTORE AND GO BACK

MOV
MOV
MOV
RTS
061

MES1$::

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

tRETURN WITH RO POINTING TO BUFFER

/#N1sTs#A = #06%A; #TENLl/
132.
$SAVE ALL KINDS OF SPACE FOR MESSAGE LINE
MES2$L = .-MES2$
.EVEN
STORE$: .WORD
O
+STORES ORIGINAL BIT PATTERN
NO$CHAR: .WORD
O
+FLAG IF CHARACTERS WERE MOVED TO BUFFER
STATU$: .WORD
O
$STORE WHICH MACRO CALLED
MES2$::

.ASCIZ

.BLKB

012724
012730
012732
012736
012742
012744

thd
CZFPA A0 CTRL
GLOBAL

BRIDGE

INTFC DIAG TMMACRO M1200

09 JUAN B4 1.:%%

PAGE

SEQ 004G

SUBROUTINES SECTION
STARS

o182%0

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

oUTPUT;

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

STARS

JSR

PC.OUP

$3000000000000000000000000000000000000000000000008000000800800000000

DUMP:;

sFIRST CHECK FOR INMIBIT EXTENDED ERROR REPORTS FLAG SET

014170
004000

014170

167010

013720
000002

947
948 013372
949 013376
013404

126:

014050
000001
000004
002377

000014
000005
002274
002324

RO, FLAG

8IT

€Ss:

001363

945

MoV

002524
002526

CSRFLA

BIT11,FLAG

EDUP
BNE
MOV
R2.-(SP)
MOV
RS, -(SP)
MOV
R4, -(SP)
MoV
8OCTL, -(SP)
JFIRST READ THE REGISTERS
8IS
SQVREN, 8ACTL
MOV
012..R1
MOV
QCM0.R2
MOV
OVALUES ,R3
o7.R1
O
€108:
114
BNE
118:

013772

012746
012746
010600
104415
062706
012704
005002
012703
062704
016237
016237

FLAG

TRAP

167016
000020
000014
002274
002324
000007

RFLAGS

BNE

P
MOV
DEC

02.R1

124

P2
(R2)+,(R3).
R1

€104
BNE
+END &D“
NOW
nmI THE RESWLTS
MOV
®RPY, -(SP)
MOV
01,-(SP)
MOV
SP,RO
TRAP
CHPNTX
ADD
#4,5P
-5, R4
ONAMES
MOV
CLR
R2
MOV
012. ,R3
5, R4
ADD
€E68:
MOV
ADORESSES(R2),
ADD
MOV
VALUES(R2),
VAL

+ IS INMIBIT FLAGS SET?
:EXIT ROUTINE IF SET
:SAVE CPU REGISTERS

tENABLE Q-VIEW READ

iNUMBER OF REGISTERS TO READ

IOASE REGISTER ADDRESS TO R2
tRECEIVING STORAGE
+IS IT QUBA REGISTER?

1BRANCH IF QUBA
+IS IT QVAD REGISTER?
1BRANCH IF QVAD
1STORE REGISTER VALUE
1DECREMENT LOOP COUNTER
+IF NOT DONE, LOOP
iPRINT FIRST LINE OF MESSAGE

1POINT R4 TO REGISTER NAMES TABLE

1CLEAR POINTER REGISTER

1LOAD R3 AS LOOP COUNTER

1POINT R4 TO NEXT REGISTER NAME
1GET ADDRESS OF REGISTER READY TO PRINT
tGET VALUE OF REGISTER READY TO PRINT

CZFPA
A0 CTRL BRIDGE INTFC DIAG MACRO M1200

09 JUAN-84 1.:3535

PAGE

26 1

SEQ 0041

951 013412
O13412

013416

013746
013746

010446
012746
012746
010600

104415
062706

000012

013444
013450
013452
013456
013460
013464
013466
o13472
013474
013500
013502
013506
013510
013514
013516
013520
013520
013524
013530
013532
013534
99 013540
970 013544
971 013546
972 013550
973 013552
974 013554
013556

022703

000014

34 314318 SPRPSP SR

013422
013424
013430
013434
013436
013440

001443
022703
001446
022703
001451
022703
001454

022703

001457
022703
001462
062702
005303
001325
012746
012746

MOV
MOV

R4, -(SP)
MP2, -(SP)

TRAP

COIPNTX

ADD

VAL, -(SP)

04, -(SP)
SP,RO

012,5P

BEQ

cw
BEQ
ce
8EQ

000013
000012

cwp

000011

00000*

X$:

#11.,R3
VNTB
010, ,R3
INTB

+ IS IT UNT REG

+IS IT CTL REG

8. ,R3

+IS IT DMA REG

cw
BEQ
ADOD
DEC
BNE

3. .R3
MT18
02 ,R2
R3
E6S

+IS IT MT1 REG

MOV

RPO, -(SP)

MOV

TRAP
ADD

VNTB:

MOV
MOV
MOV
MOV
MOy
MOV
RTS

ORPO

SSBITS

(SP)+,80CTL
(SP)+,RS
(SP)+ R4
(SP)+,R3
(SP). ,R2
(SP)+,R1

VNTBIT,VAL

PRINTIT

CTLB:

S#BITS

013640
013652

DMAB :

S6BITS
BR

ODMABIT,VAL
PRINTIT

013654

MT18:

SeBITS

MTIBIT,VAL

013624
013636

000413

1 INSERT LINE FEED CARRIAGE RETURN

SP,.RO

SeBITS

000421

sPOINT R2 TO NEXT REGISTER DATA
sDECREMENT LOOP COUNTER
+GO DO NEXT REGISTER IF NOT DONE

COPNTX
04,SP

INTB:

013622

:IS IT INT REG

. ,R3

cr.e

PRINTX

014044
000001

+IS IT CMD REG

BEQ

c
BEQ

000010

e12.,.R3

CcMDB

s1PROCESS PRINTING SET BIT DEFINITIONS
CMDB:
SeBITS CMDBIT,VAL
PRINTIY
BR
000427

tPRINT REGISTER NAME, ADDRESS, VALUE

1 CHECK T(c)"SEE IF ONE OF THE BIT DEFINED REGISTERS, IF YES, BRANCH

EDUMP:

013572

013610

ORP2.R4,ADD

MOV
MOV

166536

976
977
978 013560

013574
013606

014140
000004

000002

PRINTX

MOV

002526
002524

GLOBAL SUBROUTINES SECTION

INTBIT,VAL

PRINTIT

CTLBIT,VAL

PRINTIT

sRESTORE REGISTERS
1RETURN

CZFPA-AO CTRL BRIDGE

INTFC DIAG MACRO M1200

09 -UAN-84

12:335

PAGE

26-2

SEQ 0042

GLOBAL SUBROUTINES SECTION

013666
013666
013670
013672
013674
013674
013676
013702
013706
013710
013712
013716

010546
012746
012746
010600
104414
062706
000674

013720
013724
013732
013740
013744
013746
013754
013762
013766

017746
052777
052777
017723
005722
042777
042777
012677
000137

013772
013776

017746
052777
052777
017723
005722
042777
042777
012677
000137

jPRINT BIT DEFINITION LINE
PRINTIT:

MOV

010005
105715
001706

TST8

BEQ

PRINTB

MOV
MOV
MOV
MOV
TRAP
ADOD

014165
0000C2

000006

166372

166350

166330
013334

RO,RS
(RS)

ORP4,.RS

RS, -(SP)
MRP4, -(SP)
02, -(SP)
SP,RO
CIPNTB

6,5P

+MOVE ADDRESS

TO RS

lIS IT A BLANK
tBRANCH IF NOTHING TO PRINT
sPRINT LINE

tRETURN TO MAINLINE

anocsss QUBA REGISTER (NOT NORMAL REGISTER READ
BIS

166364
166356

8IS

MOV
TST

166342
166334

8IC
8IC

MOV

166312
166304
166270
166262

8QMT1, -(SP)

$SAVE CURRENT QMT1

0BITA,80MT1

sSELECT UBAR FUNCTION
tREAD QUBA
sCORRECT R2
1DISABLE INTERNAL LOOPBACK
sDESELECT UBAR FUNCTION
sRESTORE QMT1
:1BRANCH BACK

OMIODIS,8QMT]

SQMTO,(R3).
(R2).

OMIODIS,8QMT1
#B1IT4,80MT1

(SP).,8QMT1
ESe

-emLc INTERNAL LOOPBACK

sPROCESS QVAD REGISTER READ (NOT NORMAL REGISTER READ)
MOV
sl T
SP)
$SAVE CURRENT QMT)L
B81S
OMIODIS,8AMT1
sENABLE INTERNAL
LOOPBACK
8IS
OMVADR, BQMT1
sENABLE ADDRESS REGISTER READ
8QVAD,(R3).
MOV
1READ ADDRESS REGISTER
TST
(R2)+
s1CORRECT R2

P2:

8IC
8IC

OMIODIS, 8AMT1
OMVADR
, BOMT1

ESS

MOV

(SP).,.80MT1

sDISABLE INTERNAL
LOOPBACK
sDISABLE ADDRESS REGISTER READ

sRESTORE QMT1
1BRANCH BACK

1FORMATS USED IN REGISTER DUMP PRINTING

014140
014165

014170

045
045

061
061

045
045

061

000000

RPO::

.ASCIZ

/wN1/

tLINE FEED CARRIAGE RETURN ONLY

RP1::

:gz

/8N18S TSAREGISTER DUMPSN]SANAME #SASAADDRE SSHSASACONTENTS/

RP2::

.ASCIZ

/#N1STSSSE068SSE06%SS/

RPA:

FLAG:

.ASCIZ
.EVEN

.MORD

/u1/

1STORES RETURNED FLAG SETTINGS

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-UAN-84 12:33

PAGE 27

SEQ 0043

GLOBAL SUBROUTINES SECTION

1036 014172

STARS
1100000000800 0008008080000004000000000000000000000000000008000000800

1087
1038
1039
1040
1041
1042
1043
1044
1045
1046
1047
1048
1049
1050
1051 014172

:.flDCTIM DESCRIPTION:

SUBROUTINE TO PRINT OUT A TEXT OR HELP FILE
INPUTS:
NONE

OUTPUTS:
CONTENTS OF EITHER DRS.HLP OR DIAGNOSTIC DEVICE HELP FILE
PRIN TED ON C ONSOLE
.
CONTENTS OF R1 AND R2 ARE DESTROYED.
CALLING SEQUENCE :
USES MACRO MLPMAC; FORMAT IS MLPMAC

'FILENAME .EXT’

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

$TARS

1100880880048 008000000048080800008000080080000000000004080008008808080000800

1052
1053 014172

1054 014172
1055 014176
014176
014200
1056
1057 014202
1058
1059
1060
1061
1062

014366

SHLP:;

000015
014270
000012
014270

sCARRIAGE RETURN TO R2
1GO PRINT IT

10%:

1063

1064
1065
1066
1067

000011

30¢:

014270

1GO PRINT IT
tCLEAR POSITION COUNTER

GETBYTE R2

:GET BYTE COUNT OF RECORD

MOV

BNCOMPLETE S0

8CC
cHp
BEQ
cp
BEQ

5
#0,R2
s
#11,.R2
]

1BRANCH IF END OF FILE

104

1GO PROCESS NEXT CHARACTER

&E"‘D OF FILE OR LAST RECORD

1071
1072

1073
1074 014262
1075 014266
1076
1077 014270
1078 014274
014274
014300
014304
014306
014310
1079 014314

1SAVE RETURN ADDRESS
sOPEN FILE NAME

014366
000012

014364
014362
000001

104414

TRAP
MOV

CsCLOS
$STORE ,RS

#10. ,RS

sRESTORE RETURN ADDRESS
1SKIP PAST FILE NAME

MOV

R2, SMESLNE

1GET CHARACTER TO PRINT IN R2

MOV
MOV
MOV
TRAP
ADO
INC

SIHLPFOR, -(SP)
1,-(SP)
SP,.RO
CIPNTB
04, SP
R1

+ INCREMENT POSITION COUNTER

ADO

RTS
RS
sPRINT AND COUNT ROUTINE

604 :

1CLOSE FILE

PRINTE

@#IHLPFOR

1GO PRINT LINE

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

PAGF 27-1
SEQ 0044

GLOBAL SUBROUTINES SECTION
1080 014316
1081 014322
1082 014324
1083 014330
1084 014332
1085 014336
1086 014340
1087 014342
1088
1089 014344
1090 014344
1091 014350
1092 014354
1093 014356
1094 014360

cMpP

000010

BEQ

000012
000015

658:
708 :

cMp
BEQ
cp
BNE
CLR

RTS

000040
014270

80s8:

+IS IT MAXIMUM?

012,.R2
654
015,R2
708
R1

+IS IT A LINE FEED?

1104 014366

IF_NOT, BRANCH
s
tCLEAR POSITION COUNTER

MOV
JSR

040,R2
RS,604

BNE

80s

1MOVE SPACE CHARACTERS
1GO PRINT SPACE
+ODONE YET?
1 IF NOT DONE, AGAIN
sRETURN FROM TAB ROUTINE

TST

10¢

1STORAGE, FORMAT

1102 014365

1 IF LINE FEED, BRANCH
+1IS IT A CARRIAGE RETURN?

1FROM PRINT

1098 014362
1099 014362
1100 014364
1101 014364

1 IF MAXIMUM, BRANCH

; TAB ROUTINE

012702
004537
005701
001372
000721

8. ,R1

654

AND COUNT ROUTINE

AND MESSAGE LINE

101

SHLPFOR: :
SMESLNE :

ASCII

/sA/

BYTE
BYTE
.EVEN

0
O

sRESERVED FOR MESSAGE LINE
:STORES MAIN SUBROUTINE RETURN ADDRESS

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JUAN-84 12:33

PAGE 28

SEQ 0045

GLOBAL SUBROUTINES SECTION

1106 014370

STARS
13080 0 80 0 0000000000000000880000800008000800088000000000000000000

1107

jee

1110
1111
1112
1113
1114
1115
1116
1117
1118
1119 014370

i
SUBROUTINE TO INITIALIZE MEMORY MANAGEMENT REGISTERS
3 INPUTS[
NONE
3 OUTPUT
3
NONE
3+ CALLING SEQUENCE
3
JSR
PC,MMINIT
H
g=STARS

1108
1109

:
MMINIT
3+ FUNCTIONAL DESCRIPTION-

1 0 808 80 8 0800000008880800000008000800000000008880800800808000000

1120
1121 014370

1122 014370
1123 014372
1124 014376
1125 014402
1126
1127
1128
1129
1130
1131
1132
1133

014406
014412
014414
014420
014422
014424
014430
014436

005001
012702
012703
012712

010162
005722
062701
005303
001367
012712
012762
000207

MMINIT::
172300
000007
077406
000040

1s:

000200
077406
177600

000040

CLR
MOV
MOV
MOV
MOV
ST
ADD
DEC
BNE
MOV
MOV
RTS

R1
OKISDRO,R2
®7,.R3
#77406,(R2)

R1,40(R2)
(R2)+
#200,R1
R3
14
#77406,(R2)
#177600,40(R2)
PC

;GET DESCRIPTOR REGISTER ADDRESS
100 7 REGISTERS
iSET 4K, R/W WP
1SET ADDRESS REGISTER
:SET TO NEXT REGISTER ADDRESS
1DONE
?
+ IF NOT DONE
1SET 1/0 PAGE

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JUAN-84 12:33

Ha4

PAGE 29

SEQ 0046

GLOBAL SUBROUTINES SECTION

1135 014440

STARS
110000000000000000000000000048000000000000000080000000000000808080008

1136
1137
1138
1139
1140 014440

'00

’
3

INTERRUPT SERVICE ROUTINE
ADDRESS TRAP SERVICE ROUTINE

'.-

STARS
1100000000000 0000000000000000000000000000000000000000000060808080080

1141
1142 014440
014440
1143 014440
1144 014444
014444
014444
1145
1146 014446
1147
1148

005237

002522

TRAP;S
;

L10006:

BGNSRY

TRAP4

INC
ENDSRYV

TRPFLG

RTI

ENDMOD

1SET TRAP FLAG

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

PAGE 31

SEQ 0047

GLOBAL SUBROUTINES SECTION

.SBTTL

AMA
LENABL
REPORT CODING SECTION

014446
g

s+ THE REPORT CODING SECTION CONTAINS THE

014446
014446
014446

004737

014452
014452
014454

000167
000000

013230

“PRINTS” CALLS THAT GENERATE STATISTICAL REPORTS.

- -

LSRPT:;

BGNRPT

CALL

oure

EXIT
WORD
. WORD

RPT
JIJMP
L10007-2-.

.EVEN
014456
014456
014456

104425

L10007:

ENDRPT
TRAP

CSRPT

1GO PRINT THE OUMP ROUTINE

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

PAGE 32

SEQ 0048

PROTECTION TABLE

.SBTTL

jee

82
:2

PROTECTION TABLE
'

:+ THIS TABLE IS USED BY THE RUNTIME SERVICES
3 TO PROTECT THE LOAD MEDIA.
'--

85
86 014460

P 014460
88 014460
89 014462
n 014464

:“; 014466

LSPROT: :
177777
177777
177777

BGNPROT
-1
-1
-1

ENDPROT

sOFFSET INTO P-TABLE FOR CSR ADDRESS °
sOFFSET INTO P-TABLE FOR MASSBUS ADDRESS
;OFFSET INTO P-TABLE FOR DRIVE NUMBER

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

PAGE 33

SEQ 0049

INITIALIZE SECTION

108

109
110
111
112
113
114
115 014466
014466
116
117 014466
014466
014472
118
119 014474
014474
014500
120 014502
014502
121 014504
122
123 014510
014510
014514
124 014516
014516

125
126 014520
127 014524
128 014526
129 014532
130 014536
131 014542

.SBTTL
o

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

AT THE BEGINNING OF EACH PASS.

LSINIT::

INITO:

SETPRI

#PRIOO

TRAP

C$SPRI

READEF

#EF .CONTINUE

000035

INIT1:

INIT2:

003316

10¢:

#EF . CONTINUE
RO
CSREFG

i WAS THERE A CONTINUE COMMAND

BNCOMPLETE INIT1
8CC
INIT1

+IF NO, CONTINUE

ENDI

s YES, SKIP INITIALIZATION

READEF

@EF .NEW

sNEW PASS OR SUB PASS?

MOV
TRAP

OEF .NEW,RO
CSREFG

8CcC

BNCOMPLETE NEXT

+IF NOT NEW PASS, SKIP SETUP

TST

BRDGFLG

“Emv

#QBUS ,R2

sHAS BRIDGE TYPE BEEN DETERMINED?
s+IF NE YES
1SET FLAG
;:CLEAR BRIDGE TYPE FLAG (Q-BRIDGE)

TRAP

C$ROBY

MOV
MOV

#-1,BRIDGETYPE
.

BNE
INC
CLR

INITS
BROGFLG
BRIDGETYPE

1LOAD BRIDGE TYPE PTR (Q-BRIDGE)
1DETERMINE BRIDGE TYPE

CLR
PRINTB

+IF COMPLETE THEN Q-BRIDGE
+SET BRIDGE TYPE FLAG (U-BRIDGE)
sLOAD BRIDGE TYPE PTR (U-BRIDGE)
:DISABLE UNIBUS MAPPING
iv C.O
s IDENTIFY BRIDGE TYPE

OCONFIG,R2

003244
000002

2000000 RRRRRRRRRRRRRRRRRRRRYYNY

3 HELP FILE SECTION REMOVED.

014606

s INITIALIZE WITH CPU ZERO PRIORITY

#PRIOO,RO

BCOMPLETE 10¢
S
104

177777
003324

172516

MOV
TRAP

015032

014542

133
134
135
136

BGNINIT

MOV

132 014544

014544
014546
014554
014560
014564
014564
014566
014572
014576
014600
014602

INITIALIZE SECTION

g fhR00RNRRRRRRRRRRRRRRRRRRRREYY
INITS:;

TST

HP1

GMANIL

HELP1,VAL,1,.YES

:
fl

BNE
INC

BEQ

1
WPl
1

22!

100000000000

1WAS HELP FILE PRINTED
1BRANCH IF ALREADY PRINTED
1SET HELP FILE QUESTION FLAG
1ASK IF HELP FILE WANTED
100 WE WANT TO PRINT HELP FILE?
1 IF NO, BRANCH

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84.12:33

PAGE 33-1
SEQ 0050

INITIALIZE SECTION

148

HLPMAC
TST
BNE
INC
GMANIL
cHP
BEQ
HLPMAC

149

150
151
152
153
154
155
156
157 014606
158

012737

177777

002504

SETUP:

MOV

HP2
SETUP
HP2

sPRINT OUT SUPERVISOR MELP FILE

tWAS HELP FILE PRINTED

1BRANCH IF ALREADY PRINTED
sSET HELP FILE QUESTION FLAG

MELP2,VAL,1,YES
ONO, VAL
SETUP
Z0791.HLP

sPRINT OUT DIAGNOSTIC HELP FILE

©-1,LOGUNIT

s INITIALIZE LOGICAL UNIT COUNTER

sASK IF DIAGNOSTIC HELP FILE WANTED
;00 WE WANT TO PRINT HELP FILE
s IF NO, BRANCH

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

PAGE 34

SEQ 0051

INITIALIZE SECTION

160

161 014614
162 014620

163 014626
164 014630
014630
014634
014636
014642
014642
014644

005237
023737
001500

002012

LOGUNIT

tPOINT TO NEXT LOGICAL UNIT

LOGUNIT,PLOC
LOGUNIT,RO

1GET P-TABLE ADDRESS

LOGUNTT,LSUNIT
ABORT

TRAP
MOV

C$GPHRD
RO,PLOC

:&clc:m'fefix'tifl'

002074

014652
014656
014664
014672
014700

013700
016037
016037
016037
016037

002510
002512
002514
002516

014706
014712
014716
014722
014724
014730
014732

013701

014734
014740
014744
014746
014754

005037
005737
001003
052737

014770

INC

cMpP
BEQ

GPHARD

013700
104442
010037

103364
013737

014754
014754
014756
014762

001373
002520
002514

tHAVE WE PASSED MAXIMUM
1GO_IF MAXIMUM PASSED

+IF NOT AVAILABLE,

GET NEXT UNIT

LOGUNIT,LSLUN

$STORE CURRENT LOGICAL UNIT IN HEADER

PLOC,RO
O(RO) ,BASEADD
2(R0O),VECTOR

iPLACE HEADER POINTER IN RO
1GASE ADDRESS OF BOARD
s:VECTOR ADDRESS OF BOARD

1GET &L maoume TABLE ENTRIES IN STM‘GE
MOV
MOV
MOV

MOV

4(RO),LOOPBK

1LOOPBACK OPTION INSTALLED?

MOV
6(RO),BRLEVEL
1BR INTERRUPT LEVEL ON THE BOARD
sFILL IN BRIDGE INTERFACE REGISTER TABLE
MOV
BASEADD,R
1GET BASE ADDRESS IN R1
MOV
om.na
sPOINT TO REGISTER TABLE ADDRESS
MOV
012.,R3
+1® OF REGISTERS IN TABLE
10¢:
MOV
R1,(R2)+
sPLACE REGISTER ADDRESS IN TABLE
ADD
#2,R1
tADJUST R1 TO NEXT REGISTER ADDRESS
DEC
R3
sARE WE DONE?
BNE
10¢
3 IF NOT DONE, GO AGAIN
s TABLE BUILT, NOW ESTABLISH INITIALIZE uoao FOR TEST (LOOPBACK YES OR NO INSTALLED)
CLR
INITWORD
1CLEAR STORAGE
TST

BNE
8IS

20¢

LOOPBK

204
#MIODIS, INITWORD

+IS LOOPBACK CABLE INSTALLED

+IF_LOOPBACK CABLE INSTALLED, BRANCH
+SET LOOPBACK ENABLED (NO CABLE INSTALLED)

1GET FREE MEMORY ADDRESS AND SIZE
104431
010037
017737

022737
003004
005037
005037
022737
100003
012737
000401
104444
104432

MEMORY

002552
165564

TRAP

002550
002120

177572
172516
007577

002120

007577

002120

FREMEM

CeMEM

MOV
RO, FREMEM
MOV
SFREMEM,MEMSIZ
1CHECK MEMORY SIZE
cHP
#2000, L $HIME
B8GT
224
CLR
MMRO
CLR
MMR3
22¢:
cHP
07577,L$HIME
BPL
254
MOV
07577,L$HIME
25%:
BR
ENDI
ABORT:

ENDI:

000002

DOCLN

TRAP
EXIT
TRAP

CSOCLN
INIT
CSEXIT

EXIT

INIT

.WORD

L10011-.

sGET MEMORY ADDRESS

1GET FREE MEMORY SIZE

1> 32K WORD MEMORY?
s IF NOT
1DISABLE MEM. MGT.
1DISABLE UMR
1COMPARE 128K TO MEMORY SIZE
10K IF SIZE <= 128K
tRESET MEMORY SIZE TO 128K
1 SKIP ABORT INSTRUCTION

+D0 CLEANUP AND ABORT THE PASS

s THAT'S ALL TO INITIALIZE PASS

v C.0
v C.O
v C.O
v C.O

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

INITIALIZE SECTION
242 015036

015036

104411

PAGE 34-1
|

L10011:

ENDINIT
TRAP

CSINIT

SEQ 0052

CZFPA AC CTRL BRIDGF

INTFC DIAG TMMACRO M1200

09 JAN -84 1.:3%

PAGE

355

SEQ 0057

PIPUY AVUPTEEEEE

AUTODROP SECTION
.SBTTL

THIS CODE
THE

015042
015042
015042

15 EXECUTED IMMEDIATELY AFTER THE

“ADR“ FLAG WAS SET.

SEE IF THEY WILL RESPOND.
DROPPED ROM TESTING.

015040
015040
015040

AUTODROP SECTION

LSAUTD: :

104461

L10012:

THMOSE THAT DON'T ARE

IMMEDIATELY

BGNAUTO

NOP

000240

INITIALIZE CODE IF

THE UNIT(S) UNDER TEST ARE CHECHED T0

s NO ON-LINE SIGNAL PROVIDED YO USER FOR AUTODROP

ENDAUTO

TRAP

CsAauTO

CZFPA A0 CTRL BRIDGE INTFC DIAG MACRO M1200

09 JAN-84 12:33

PAGE

e
36

SEQ 00%4

CLEANUP CODING SECTION
.SBTTL

266
267
268
269
270
271
272
278
274
275
276 015044

THE CLEANUP CODING SECTION CONTAINS THE CODING THAT
AFTER THE MARDWARE TESTS MAVE BEEN PERFORMED.
THE CLEANUP CODE WILL SET

012746
012746
012746
012746

042777

SETVEC
MOV
MOV
MOV
MOV
TRAP
ADD
8IC
CLRVEC
MOV

000340
015112
000004

000003
000010

165216

012700
104436

TRAP

EXIT
TRAP
. WORD

104432
000010

283 015112

294 015114
015114
015116

CLEAR MIODIS,

s+ SET FOR BAD ADDRESS TRAP

SP
OMIODIS,8aMT]
o4

&4 ,R0O

CsCvecC
CLN
CSEXITY

RTI

EXIY

104432

TRAP

. WORD

CLN
COEXIT

L10013-.

.EVEN
310 015120
015120
015120

TRAP CATCHER,

IS PERFORMED

LSCLEAN: :

104437

015110

TWt

RESET THE TRAP CATCHER, AND EXIT,

277

278 015044

CLEANUP CODING SECTION

104412

L10013:;

ENDCLN
TRAP

CSCLEAN

s+ CLEAR MAINTENANCE LOOP-BACK BIT
+ RESET VECTOR

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09 JUAN-84 12:335

PAGE

DS
37

SEQ 0055

DROP UNIT SECTION
312
3513
314
315
316
517
318
319 015122
015122

.SBTTL

DROP UNIT SECTION

joe

THE DROP-UNIT SECTION CONTAINS THE CODING THAT CAUSES A DEVICE

s+ TO NO LONGER BE TESTED.

L$DV:
:

015122

NOP

000167
00000C

EXIT
. WORD
. WORD

sNO SPECIAL DROP UNIT CODING NEEDED
ov
JIJMP

.EVEN

104453

L10014: .

CsOv

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

PAGE 38

SEQ 0056

ADD UNIT SECTION
350
351

.SBTTL

ADD UNIT SECTION

THE ADD-UNIT SECTION CONTAINS ANY CODE THE PROGRAMMER WISHES
TO BE EXECUTED IN CONJUNCTION WITH THE ADDING OF A UNIT BACK
TO THE TEST CYCLE.

358 015132
015132

LSAU:

360 015132
371 015134
015134
015136
372

385
386
387 015140
015140
015140
388
389 015142
390

BGNAU
NOP
EXIT
.m
. WORD

000167

iNO SPECIAL ADD UNIT CODING NEEDED
AU
JIP
L10015-2-.

.EVEN

104452

L1001S:

TRAP

ENDMOD

CsAav

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

ADD UNIT SECTION
1

09-JAN-84 12:33

LENABL

AMA

PAGE 40

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-UAN-84 12:35

PAGE 41

SEQ 0058

ADD UNIT SECTION
46 015142

a7
48 015142

015142

040

122

105

LSBTTL
STATST

TIMSG::

BGNMOD
TEST1: RESEY
<RESET»
.ASCIZ

7/ RESET/

1886260408848 84280088023880448088008880820028800834858284000200205080008800008
gee

s TEST DESCRIPTIONs+ CHECKS REGISTER ADDRESSING
3+ CHECXS REGISTER BITS FOR RESETY
1 TEST STEPS1+ EXECUTE RESET INSTRUCTION
1+ READ ALL REGISTERS

1 CHECK ALL VALUES
3
...

(2862802080282 8440200008248 8620 4038800 44020228040480828280000404800808280

001000

015142
002270

648:
000340
014440
000003
000010

016002

Ss:
68:
3

CIRFLA

#PNT RO
644

#TINSG, -(SP)
TTMMSG, -(SP)
02,-(SP)
SP.RO
COPNTF
06, 5P
ERROR1
@&4,0TRAPA,PRIO7
#PRIO7, -(SP)
OTRAPA
. -(SP)
.‘.-(S’)
o3, -(SP)
CHSVEC
€10, 5P
CHBRX

R1
St
RS,BRESET

; PRINT OUT TEST TITLE IF PNT SET
: IS PNT FLAG SET?
: BRANCH IF NOT SET

:+ CLEAR ERROR COUNTER

s+ SET FOR BAD ADDRESS TRAP

+ ALLOW CONTROL C
:+ DECREMENT DELAY COUNTER
: LOOP IF NOT DONE
:+ GO DO BUS RESET

:+ CHECK REGISTER ADORESSING

002522
177777
002274
000014

106:

CLR
MOV
MOV

TRPFLG
e-1,R1
)

: CLEAR TRAP FLAG
:+ COUNTER IN R1

8EQ
MOV
ST
8EQ

CONT
(R2)+,RS3
TRPFLG
108

+ BRANCH IF DONE WITH CHECK
: READ REGISTER
:+ ANY TRAPS?
: BRANCH IF NO TRAPS

INC
e

1
012..R1

:+ REGISTER TABLE BASE TO R2
+ INCREMENT COUNTER
s+ DONE YES?

s+ MUST HAVE BEEN BAD ADDRESS
e e———

65 015212

BGNTST
CKPNT
TRAP
e
BNE
MOV
MOV
MOV
MOV
TRAP
ADO
CLR
SETVEC
MOV
MOV
NOV
MOV
TRAP
ADD
BREAK
TRAP
DEC
BNE
JSR

HS
CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09 -JAN-84 12:335

PAGE 41-1

SEQ 0059

TEST1: RESET

—-

&5 015306

162737

CLR
MOV
SUB

TRPFLG
R2,ADD
02,ADD

104455

TRAP

CSERDF

005037
010237

ERRDF

004571
o11702

28L882
GIN) >
8
97 015346

98 015350
99 015352

100 015356
101
102
103
104 015356
105 015364
106 015372
107 015400
108 015406
109
110
111
112 015410

113 015414
015414

104436

ERR2
o4

TRAP

CsCveC

TRAP

CSOCLN

DOCLN

104444

RESET VECTOR

4 ,RO

EXIT PASS IF BAD ADDRESS

’

s NOW TEST ALL THE REGISTERS

CONT;
T1.1:

104402
104420

103002
004537

TRAP

csesuB

TRAP

CsINLP

INLOOP

016002

11%:

CHECK FOR ERROR LOOP

BNCOMPLETE
114
8CC
114
RS ,BRESET
JSR

BRANCH
IF NOT ERROR LOOP
IF ERROR LOOP, BRANCH

s+ TEST QCMD FOR EXPECTED RESWLTS
017737
042737
012737
023737
001406

164712
177476

MOV
8IC

MOV
c

BEQ

SQCMD, VAL

#177476, VAL

#0,EXP

EXP,VAL

30¢

READ QCMD REGISTER
MASK OUT UNDETERMINED BITS
ALL ZEROS TO EXPECTED
COMPARE EXPECTED WITH VALUE
BRANCH IF Ox

s ERROR CONDITION 1
]

012701

104456
000001
004632
011776

308:

L10017:;
T1.2:

104402

0 ,R1

TRAP

CS$ERHRD

LMORD
.MORD
.WORD

016002

1,MSG3,.ERR4

LOAD R1 WITH REGISTER NUMBER
UNEXPECTED RESULT, TELL OPERATOR

1
MSG3
ERR4

ENDSUB

TRAP

CSESUB

TRAP

CcsBSUB

TRAP

CSsINLP

INL

104420

103002
004537

MOV

ERRHMRD

104403

119 015434

.MORD
.m
.,MORD
CLRVEC

MOV

012700

1,MSG2,.ERR2

CLEAR TRAP INDICATOR
PUT OFFENDING ADDRESS IN MEM
CORRECT FOR AUTO INCREMENT
DEVICE FATAL ERROR MESSAGE

BNCOMPLETE
314
8CC

CHECK FOR ERROR LOOP

BRANCH IF NOT ERROR LOOP
IF ERROR LOOP, BRANCH

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

PAGE 41-2
SEQ 0060

TEST1: RESET

120 015440

31s:
[l

s TEST QVNT REGISTER
017737

164632
177476
002530

002526
002526
002530

002526

MOV
8IC
MOV

cHpP
BEQ

SQVNT
, VAL
0177476 ,VAL
#0,EXP

EXP, VAL
408

READ QVNT REGISTER

MASK OUT UNDETERMINED BITS

ALL ZEROS TO EXPECTED
COMPARE EXPECTED WITH VALUE
BRANCH IF Ox

3+ ERROR CONDITION 2
3

MOV

2,MSG3,ERR4

.MORD
.WORD
.WORD

2
MSG3
ERR4

TRAP

40%:

L10020:

104403

T71.3:

104402

103002

004537

016002

418;

CS$ERMRD

LOAD R1 WITH REGISTER NUMBER
UNEXPECTED RESUWLT, TELL OPERATOR

ENDSUB

TRAP

CSESUB

TRAP

cs8sSuB

TRAP

CsINLP

BGNSUB

INL

104420

1,R1

ERRMRD

CHECK
FOR ERROR LOOP

BNCOMPLETE
414
41
8CC
JSR
RS,BRESET

BRANCH
IF NOT ERROR LOOP
IF ERROR LOOP, BRANCH

s TEST QINT REGISTER
017737
012737
023737
001406

164552
001000
002530

002526
002530
002526

MOV
MOV
cHP

BEQ

SQINT, VAL
#1000,EXP
EXP,VAL

S0¢

READ QINT REGISTER
EXPECTED VALUE TO ExP

COMPARE EXPECTED WITH VALUE
BRANCH IF OK

3+ ERROR CONDITION 3
012701

104403

104402
015566
157 015570

104420

#2,.R1

TRAP

CSERMRD

ERRHRD

104456

000003
004632
011776

MOV

SO0s¢:
L10021:

T1.4:;

.MORD
.HMORD
.WORD

3,MSG3,ERR4

LOAD R1 WITH REGISTER NUMBER
UNEXPECTED RESULT, TELL OPERATOR

3
MSG3
ERR4

ENDSUB

TRAP

CSESUB

TRAP

cesBSuB

TRAP

CSINLP

BGNSUB

INLOOP

BNCOMPLETE

CHECK FOR ERROR LOOP

S1¢

BRANCH IF NOT ERROR LOOP

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200
TEST1:

09-JAN-84 12:33

PAGE 41-3
SEQ 0061

RESET

015570

015572
015576

103002
004537

016002

S1s:

8CC
JSR

S18
RS ,BRESET

IF ERROR LOOP, BRANCH

s+ TEST QCTL REGISTER
015576
015604
015612
015620

017737
012737
023737
001406

164500

002530

MOV
MOV
cHe
BEQ

8QCTL, VAL
0 ,EXP
EXP,VAL
604

READ QCTL REGISTER
ALL ZEROS TO ExP

COMPARE EXPECTED WITH VALUE
BRANCH IF 0K

+ ERROR CONDITION 4
3

012701

174

000004
004632
011776

60%:

L10022:

104403

T1.5:

104402

103002
004537

4 ,MSG3,ERR4

.WMORD
.WMORD
.WORD

4
MSG3
ERR4

016002

61%:

CS$ERHRD

LOAD R1 WITH REGISTER NUMBER
UNEXPECTED RESULT, TELL OPERATOR

ENDSUB

TRAP

CS$ESUB

TRAP

csBsSuB

TRAP

CSINLP

8CC
JSR

614
RS ,BRESET

BGNSUB
INLOOP

104420

#3,R1

ERRHRD

TRAP

104456

172
173

MOV

CHECK
FOR ERROR LOOP
614

BRANCH IF NOT ERROR LOOP
IF ERROR LOOP, BRANCH

s TEST QGDMA REGISTER
017737
012737
02373/
001406

164426
000200
002530

MOV
MOV

cHP
BEQ

SQDMA
, VAL
#200,EXP

EXP,VAL
704

READ QDMA REGISTER
EXPECTED VALUE TO ExP
COMPARE EXPECTED WITH VALUE

BRANCH IF OK

3+ ERROR CONDITION S
012701

104456
000005
004632
011776

104403

MOV

o4 ,R1

TRAP

CS$ERHRD

ERRMRD

704:

L10023:;

LMORD
.WORD
.WORD

S,MSG3,ERR4

S
MSG3
ERR4

CSESUB

+ GBA REGISTER NOT CHECKED
1QWC REGISTER NOT CHECKED

LOAD R1 WITH REGISTER NUMBER
UNEXPECTED RESULT, TELL OPERATOR

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

iKS

PAGE 41-4
SEQ 0062

TEST1: RESET
198
199
200
201
202
203 015714
015714
015714
204 015716
015716
205 015720
015720
206 015722
207 015726
208
209
210
211 015726
212 015734
213 015742
214 015750
215
216
217
218 015752
219 015756
015756
015760
015762
015764
015766
015766
015766
015772

015774
015774
015774

¢ QMTO REGISTER NOT CHECKED (TRI-STATE)

T1.6:

104402

104420

103002

004537

TRAP

INL
TRAP

csBsSuB
CSsINLP

BNCOMPLETE
016002

71%:

8CC
JSR

: CHECK FOR ERROR LOOP

714

714
RS,.BRESET

BRANCH IF NOT ERROR LOOP

: IF ERROR LOOP, BRANCH

s TEST QMT1 REGISTER
017737
012737
023737
001406

164364

002530

MOV
MOV
cP
BEQ

SOMT1, VAL
#0,EXP
EXP,VAL

804

’ READ QMT1 REGISTER
. ALL ZEROS TO EXPECTED
: COMPARE EXPECTED WITH VALUE

3 BRANCH IF 0K

:+ ERROR CONDITION 6
012701

000011

80%:

104403

6,MSG3,ERR4

L.MORD
.MORD

6
MSG3

. WORD
CLRVEC

MOV
TRAP

012700
104436
L10024:

. ,.R1

ERRHRD

TRAP

104456

000006
004632
011776

MOV

ENDSUB

CSE

: LOAD R1 WITH REGISTER NUMBER
: UNEXPECTED RESULT, TELL OPERATOR

ERR4
o4

&4 ,R0
C$CVEC

3 CLEAR BAD ADDRESS TRAP

C$ESUB

s QVAD AND QVDA REGISTERS ARE NOT CHECKED
015776
015776
016000

EXIT TST

104432

TRAP

.WORD

CSEXIT

L10016-.

230
231
232
233 016002
234 016002
235 016006
016006
236 016010
237 016012
238 016014
239 016016

sSUBROUTINE TO DO A BUS RESET
3 CALLING ROUTINE
JSR RS,BRESET
s+
012701
104422
001375
000005

BRESET:
10¢:

BREAK
TRAP

DEC
BNE
RESET
RTS

#3000,R1
CH4BRK

R1
108
RS

' GET READY FOR DELAY LOOP

' ALLOW CONTROL C

: DECREMENT DELAY COUNTER
: LOOP IF NOT DONE
: DO BUS RESET

[l RETURN FROM SUBROUTINE

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JUAN-84 12:33

240
241 016020
016020

PAGE 41-5
SEQ 0063

TEST1: RESET

016020

104401

L10016:

ENDTST

TRAP

CSETST

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

PAGE 42

SEQ 0064

TEST2: CHECK QMT1 REGISTER

040

103

110

.SBTTL
STATST
T2MSG::

TEST2: CHECK QMT1 REGISTER
<CHECK QMT1 REGISTER>
.ASCIZ
7/ CHECK QMT1 REGISTER/

1008888484848 888080480840404000048048080888408004008080088080888000400040000000848
jee

s TEST DESCRIPTION3+ CHECKS R/MW BITS
s TEST STEPSs+ LOAD 1'S IN GMT1
3+ READ AND CHECK

'-.

1808288828888 888840808000800084808000080808080088008828840888880008000800800008

BGNTST
i

001000

016022
002270

262
263
264
265 016112
266 016120
267 016126
268 016134
269 016142
270 016150
271
272
273
274 016152
275 016156
016156
016160
016162
016164
276 016166
277 016166
016166
016166

278 016170
016170

644:

002532

261 016110

T2.1:

CKPNT
TRAP
cHp
BNE
MOV
MOV
MOV
MOV
TRAP
ADD
CLR

CSRFLA
O®PNT RO
644
#T2MSG, -(SP)
OPNTMSG, -(SP)
2,-(SP)
SP,.RO
CSPNTF
#6,5P
ERROR1

TRAP

csBSUB

BGNSUB

3 PRINT OUT TEST TITLE IF PNT SET
s+ IS PNT FLAG SET?
s BRANCH IF NOT SET

3 CLEAR ERROR COUNTER

s FIRST CHECK WITH ONE'S

164164
177541

002526

002530
164170

002530

MOV
MOV
MOV
B8IC
cHp
BEQ

9236 ,EXP
EXP,8GMT1
SAMT1, VAL
0+C236, VAL
VAL ,EXP
1

s
s
3
3+
s+
s

MOVE ALL 1'S TO EXPECTED
MOVE EXPECTED TO GMT1
MOVE RESULT TO VALUE STORAGE
CLEAR UNDETERMINED BITS
IS THAT WHAT IS REALLY THERE?
BRANCH IF 0K

3+ ERROR CONDITION 1
.

000011

011776

104403

MOV

#9..R1

TRAP

CS$ERHRD

ERRHRD

1¢:

L10026:
T2.2:

LMORD
.WORD
.WORD

1,MSGA,ERR4

1
MSGA
ERR4

ENDSUB

TRAP

C$ESUB

: REGISTER NUMBER FOR MESSAGE

3+ GO REPORT ERROR TO OPERATOR

—

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

———

—

——

PAGE 42-1

SEQ 0065

TEST2: CHECK QMT1 REGISTER
79

280
281
282
283
284
285
286
287

016170

TRAP

104402

csBsuB

s+ NOW CHECK WITH ZERO'S

016172
016200
016206
016214
016222
016230

012737
013777
017737
042737
023737

164104
177541

001411

002530
164110
002526

’

MOV
MOV
MOV

#0,EXP
EXP,8GMT1
8GMT1, VAL

cMP
BEQ

VAL ,EXP
24

BIC

002530

o1C236, VAL

"MOVE ALL 0'S TO EXPECTED

MOVE EXPECTED TO QMT1
MOVE RESULT TO VALUE STORAGE

CLEAR UNDETERMINED BITS
IS THAT WHAT IS REALLY THERE?
BRANCH IF OK

+ ERROR CONDITION 2

012701
012737

000011

002530

104403
104401

24%:
L10027:
L10025:

.,R1
90,EXP

ERRHRD

2,MSGS,ERR4

L.MORD
.WORD
.WORD

2
MSGS
ERR4

TRAP

104456

000002
004731
011776

MOV
MOV

CS$ERMRD

ENDSUB

TRAP

C$ESUB

TRAP

CSETST

ENDTST

CZFPA A0 CTRL BRIDGE INTFC DIAG MACRO M1200

09 JUAN -84 12:35

PAGE 43

SEQ 0064

TESTS: CHECH QCLR RESET
299

00 016260

040

103

110

T3MSG::

TESTS: CHECK QCLR RESET
«CHECK QCLR RESET»
.ASCIZ

7 CHECKX QCLR RESET/

301

.SBTTL
STATST

§0000008000000000000000000000000000000000000000080800°%00000000080008000000808000

303

1 TEST DESCRIPTIONs CHECXS QCLR REGISTER BIT RESET
s USES OMALT - QCLR LOOP -BACK
s TEST STEPS-

s
s
s
s+

LOAD ALL R/W BITS THAT ARE CLEARABLE (EXPEPT TMRENB)
SET OMT1 MOMLT BIY
READ ALL REGISTERS THAT WERE LOADED
CHECX FOR CLEAR (SEE EXPECTED VALUES IN TABLE ExP3)

i
...

§10000000000000080000000000000008000000000000000000000008000008000000008000000

016302
016302
0163¢2
016302
016304
016310
016312
016316
016322
016326
016330
016332
016336
016342

BGNTST

CKPNT
TRAP

104421

001012
012746
012746
012746

706

644:

005077

OPNT RO

BNE

645

TRAP

CIPNTF

MOV
MOV
MoV
MOV

104417

CIRFLA

ADO
CLR
CLR

OT3IMSG, -(SP)
OPNTMSG, -(SP)
022, -(SP)
SP,RO

6, SP
ERROR1
SQINT

s+ PRINT OUT TEST TITLE IF PNT SET
s IS PNT FLAG SET?

: BRANCH IF NOT SET

3+
1+
s
s

CLEAR ERROR COUNTER
CLEAR UPWRFL BIT FROM PREVIOUS
s v C.O
TEST TO PREVENT UNEXPECTED
s v C.O
INTERRUPT,
s v C.O

s
s
s
s
s+
s
'
.

SET ALL R/W BITS IN QCMD(NO IE);v C.O
SET ALL R/MW BITS IN QUNT(NO IE);v C.O
SET ALL R/MW BITS IN QCTL
SET ALL R/W BITS IN QDMA
SET ALL R/W BITS IN QINT
NOW ENABLE INTERRUPTS
s v C.O
s vV C.O
s v C.O

s LOAD ALL R/W BITS THAT ARE CLEARABLE
012777
012777
012777
012777
012777
032777
032777
012777
052777

163720
163714
1637

163674
163656
163670
163662

MOV
MOV
MOV
MOV
MOV
.%S
8IS
MOV
8IS

177401, 80CM0
0177401, BQVNT
€000014,80CTL
0037562, BADMA
0000100, SAINT
OPRSIE , 8OCMD
OACKIE , SQVNT
€000236, 8QMT1
OMOMALT ,80MT]

[

RESET REGISTERS

s+
+
+
1+
+

GET VALUE IN VAL
CLEAR UNTESTED BITS
EXPECTED IN ExP
COMPARE EXPECTED WITH VALUE
BRANCH IF Ox

TEST QCMD REGISTER

MOV
8IC
MOV
c
BEQ

017737
042737
012737
023737
001406
:

8QCMD, VAL
#+C300, VAL
€0, ,ExP
EXP,VAL
14

+ ERROR CONDITION 1

C¢,
CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09 JAN-84 12:355

PAGE 451

SEQ 0067

TESTS: CHECK QCLR RESET
344 016466
345 Ol16472
016472
016474
016476
016500
346 016502

012701

000000

00.R1

TRAP

CHERMRD

ERRHRD

104456

000001
004771
011776

MOV

14:

JMORD
WORD
'MORD

LOAD R1 WITH REGISTER NUMBER

1,MSG6,ERRA

REPORT ERROR TO OPERATOR

1
MSG6
ERR4

: TEST QUNT REGISTER
350
351
352
353
354

016502
016510
016516
016524
016532

017787
042737
012737
023737
001406

163570
177477

002530
)

MOV
8IC
MOV
cHp
8€Q

SQVNT
, VAL
#1C300,
VAL
00, EXP
EXP, VAL
24

GET VALUE IN VAL
CLEAR UNTESTED BITS
EXPECTED IN ExP
GET EXPECTED IN VAL
IF Ox, BRANCH

; ERROR CONDITION 2
358 016534
359 016540
016540
016542
016544
016546
360 016550

012701

MOV

2,MSG6,ERRE

JMORD
'MORD
'MORD

2
MSG6
ERR4

TRAP

104456

000002
004771
011776

24:

01.R1

ERRMRD

LOAD R1 WITH REGISTER NUMBER
REPORT ERROR TO OPERATOR

CHERMRD

: TEST QINT REGISTER

SQINT,VAL
01000, EXP
EXP, VAL
)
i ERROR COMDITION 3
¥

MOV
MOV
cre
8€Q

104456

3HSCH, ERRG
ERWRD
TRAP
CHERMRD

011776

MORD
'WORD

012701

LMORD

000003
004771

017737

012737
023737
001406

3¢

163466
002530

EXPECTED VALUE TO ExP

COMPARE EXPECTED WITH VALUE
IF OxX, BRANCH

LOAD R1 WITH REGISTER NUMBER
REPORT ERROR TO OPERATOR

MSG6
ERR4

s TEST QCTL REGISTER
!
MOV
SQCTL,VAL
00, EXP
MOV
cre
EXP, VAL
8€Q

GET VALUE IN VAL

)

002530

001406

163524

017737
012737
023737

364 016550

GET VALUE IN VAL
ALL ZEROS TO EXPECTED
COMPARE EXPECTED WITH VALUE
IF Ox, BRANCH

: ERROR CONDITION 4
012701

104456

016644

000004
004771

LOAD R1 WITH REGISTER NUMBER
REPORT ERROR TO OPERATOR

09-JUAN-84 12:335

PAGE 43-2

SEQ 0068

TESTS: CHECK QCLR RESETY

016650
016656
016664
016672

017787
012737
0237587

a%:
[l

001406

163430

000200
002530

. WORD

FRRS

TEST QDMA REGISTER

'
[l

MOV

MOV
cP

BEQ

9GDMA,VAL

9200,EXP
EXP,VAL

: GET VALUE IN VAL

[ EXPECTED VALUE TO ExP
[ COMPARE EXPECTED WITH VALUE

- IF Ox, BRANCH

s+ ERROR CONDITION S

016674
016700
016700
016702
016704
016706
016710

)

012701

104456
000005
004771
011776

Ss:

MOV

e4.R1

TRAP
LMORD

CSERMRD
S

ERRMRD
LMORD
.WORD

S,MSG6,ERR4

' LOAD R1 WITH REGISTER NUMBER
] REPORT ERROR TO OPERATOR

MSG6
ERR4

s QUBA REGISTER NOT TESTED
'l

sGBA REGISTER NOT TESTED

: QWC REGISTER NOT TESTED
[l

sQMTO REGISTER NOT TESTED
[l

s TEST QMT1 REGISTER
415 016710
416 016716

016724
418 016732

419
420
421
422 016734
423 016740

016740
016742
016744
016746
016750

017737
012737
023737
001406

163402

000000
002530

MOV

8QMT1,VAL

' GET VALUE IN VAL

EXP,VAL

i COMPARE EXPECTED WITH VALUE

BEQ

[l IF OxX, BRANCH

: ERROR CONDITION 6
012701

000011

104456

000006
004771
011776

426

64:

MOV

m
TRAP
L.MORD
.MORD
.WORD

. .R1

‘QMQM
CSERMRD
6
MSG6
ERR4

: LOAD R1 WITH REGISTER NUMBER
4 REPORT ERROR TO OPERATOR

s GQVAD AND QVDA REGISTERS ARE NOT CHECKED
'

430 016750
016750
016750

ALL ZEROS TO EXPECTED

104401

L10030:

ENDTST

TRAP

CSETSTY

—

011776

S——————

016646
386 01665
387

———————

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200
TEST4:

09-JUAN-84 12:335

PAGE 44

SEQ 0069

CHECK QCMD LO BITS (MOVING 1)

432
413 016752
434
435
436

016752

040

103

110

.SBTTL
STATST

TaMSG::

TESTA: CHECK QCMD LO BITS (MOVING 1)
«CHECK QCMD LO BITS (MOVING 1)»
.ASCIZ

7/ CHECK QCMD LO BITS (MOVING 1)/

1008800800880 008008008000000800000000000000000080800000088000080000000008008080
joo

IYESY DESCRIPTION-

437
438
439

: CFECKS THAT BITS 1-5 CAN BE LOADED
S LOUCMD - MVENY LOOP -BACK

440
441
442
ass
4448
445
446

s SET GMT1 FUNC = 2 (SELGCMD)
+ LOAD MOVING BIT WORD IN QMTO
: READ QCMD, CHECK BITS 1-S

roi ALL S BITS

447
448
449 017012

10008000800 00080800008800000480800800000080000008000080000000800008000000000080000

BGNTST

‘e

017012
450 017012
017012
017014
017020
017022
017026
017032
017036
017040
017042
017046
451 017052

001000

016752
002270

644:

017052
017060
017066
017072
452 017076
017102
017106
017112
017120

163236
163230

CKXPNT
TRAP
cw
BNE
MOV
MOV
MOV
MOV
TRAP
ADO
%I.T

CSRFLA

®PNT RO
64t
OTAMSG, -(SP)
OPNTMSG, -(SP)
02, -(SP)
,RO
CIPNTF
6, SP
ERROR1

s INITIALIZE DEVICE
MOV
OMOHAL T, 80MT1
MOV
INITWORD, 8QMT1

CLR
CLR
CLR
MOV
MOV
MOV

002530

163170

8IS

SQINT
ERROR1
ERROR1
#0,R1
. sR2
#BIT1,.EXP

OSELQCMD, 8QMT1

s+ PRINT OUT TEST TITLE IF PNT SET
s+ IS PNT FLAG SET?
+ BRANCH IF NOT SET

+ CLEAR ERROR COUNTER
+INITIALIZE Q-BRIDGE
1SET UP LOOPBACK OPTION

tCLEAR QINT AFTER LOOPBACK ENABLED
1CLEAR ERROR FLAG
s+ REGISTER NUMBER TO
R
s+ NUMBER OF BITS TO O!CK
s+ FIRST DATA PATTERN TO CHECK
.

SELECT QCMD MODE IN QMT1

s TEST BITS 1-5 WITH MOVING ONE
017126
017126
017126
017130
017130
017132
017140
017146
017154
017162

74.1:

104402
104404
013777
017737
042737

023737

001414

10¢;
002530
163130
177701
002530

163154

TRAP

csBSuUB

TRAP
MOV
MOV

C4BSEG
EXP,80MTO

EXP,VAL

BGNSEG

8IC

BEQ
'

8aCHD, VAL
0177701 VAL

204

+ ERROR CONDITION

MOVE EXPECTED TO REGISTER QMTO
READ QCMD AND MOVE TO VALUE

MASK OUT UNMANTED BIVS

COMPARE EXPECTED WITH VALUE
IF O, BRANCH

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JUAN-84 12:33

Fé

PAGE 44-1
SEQ 0070

TESTA: CHECK QCMD LO BITS (MOVING 1)

469

470 017164
471 017170
472 017172

005737
001005

017174
017176
017200
473 017202
474 017204

000001
005012
012246
000402
004737

017172

:;2 017210

002532

[

104456

005237

TST
BNE
ERRHMRD

ERROR1
15s
1,MSG7,.ERR?

SEE IF FIRST ERROR

3
s+

SKIP HEADER IF ALREADY PRINTED
TELL OPERATOR ERROR

LMORD
.MORD
.MORD
BR
CALL

1
MSG7
ERR7
184
DETAIL

s SKIP DETAIL LINE IF MEADER PRINTED
s PRINT DETAIL LINE

TRAP

012366

002532

15s:

18%:

INC

CSERMRD

ERROR1

INCREMENT ERROR COUNT

:;‘

s+ END ERROR CONDITION

479 017214
017214

017214
480 017216
481 017222

482 017224
483 017226

017226
017226

104405
006337
005302

208 :
ENDSEG
100008
:

001341

104403

L10032:

484 017230
485 017234
486 017236
017236
017242
017246
017250
017252
487 017256
488 017256

005737
001410

002532

012746
012746
010600

003333
000001

017256

104401

017256

TRAP
ASL

002530

104415
062706

000004

SO0:

L10031:

DEC
BNE
ENDSUB

TRAP

ST
BEQ
PRINTX
MOV
MOV
MOV
TRAP
ADD

CSESEG
EXP

k2
10¢

CSESUB

ERROR1
S00¢
&FORO
#F 0RO, -(SP)
o1,-(SP)
SP,.RO
CSPNTX
o4,5P

ENDTST
TRAP

CSETST

s SHIFT BIT FOR NEXT TEST
s+ DECREMENT LOOP COUNTER
s+

IF NOT DONE, BRANCH BACK

s+ ANY ERRORS
s BRANCH IF NO ERRORS
s+ LINE FEED

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

PAGE 45

SEQ 0071

TESTS: CHECK QCMD LOW BITS (MOVING 0)

LSBTTL

490

491 017260

s 017260

040

103

STATST

TESTS: CHECK QCMD LOW BITS (MOVING 0)
<CHECK QCMD LOW BITS (MOVING 0)>

110 TSMSG:: .ASCIZ 7 CHECK QCMD LOW BITS (MOVING 0)/

.93

...“...".‘..“....‘.........‘..‘.‘...“...................“..‘..“.“‘.

495

s TEST DESCRIPTION-

4594

joe

4%
497

: CHECKS THAT BITS 1-S5 CAN BE LOADED
s+ USES LDUCMD - LDQEVENT LOOP-BACK

498
499
$00
501
502

s TEST STEPSs SET QMT1 FUNC = 2 (SELQCMD)
s+ LOAD MOVING BIT WORD IN QMTO
s READ QCMD, CHECK BITS 1-S
s+ REPEAT FOR ALL S BITS

304

.“.......““....“...‘...‘..........‘....‘.....‘.......“‘....‘.‘...“..

506

S07 017320

017320

S08 017320
017320
017322
017326
017330
017334

7S::
104421

022700 001000
001012
012746 017260
012746 002270

017340 012746 000002
017344 010600
104417

017354
509 017360

005037

002532

017360
017366
017374
017400
S10 017404
S11 017410

012777
013777
005077
005037
012701
012

000100 162730
162722
162700
002532
000000
000005

017350 062706 000006

012703
010337
005137
052777

000002
002530
002530
000010

CKPNT
TRAP
e
BNE
MOV
MOV

#PNT .RO
s
#TSMSG, -(SP)
TTMSG, -(SP)

TRAP

CSPNTF

MOV
MOV

017346

512 017414
S13 017420
514 017424
gg 017430

BGNTST

648:

ADD

CLR
INIT

CSRFLA

02,-(SP)
‘RO

6, 5P

sINITIALIZE DEVICE

MOV
MOV
CLR
CLR
MOV
MOV
MOV
MOV
coM
8IS

162660

; PRINT OUT TEST TITLE IF PNT SET
:+ IS PNT FLAG SET?
: BRANCH IF NOT SET

OMQHAL T, 8QMT1
INITMORD, 8QMT1
SQINT
ERROR1
#0,R1
.

#8IT1,RS
RS,E
EXP
#SELQCMD , 8QMT1

; CLEAR ERROR COUNTER

+INITIALIZE Q-BRIDGE
1SET UP LOOPBACK OPTION
sCLEAR QINT AFTER LOOPBACK ENABLED
;CLEAR ERROR FLAG
s REGISTER NUMBER TO R
: NUMBER OF BITS TO CHECK
:+ INITIAL DATA PATTERN TO RS
:+ MOVE BIT PATTERN TO EXPECTED
:+ COMPLEMENT FOR MOVING O
s+ SELECT QCMD MODE IN QMT1

3{;

s+ TEST BITS 1-S WITH MOVING ZERO
B

519 017436

017436

$20 017440

017440

S21 017442
S22 017450
523 017456
S24 017464
525 017472
526 017500

104402

104404

042737 177701 002530
013777 002530 162636
017737 162612 002526
042737 177701 002526
023737 002530 002526
001414

1S.1:
106:

TRAP

C#BSUB

TRAP

C#BSEG

BGNSEG

8IC
MOV
MOV
8IC
cHP
8EQ

€177701,EXP
EXP, 8QMTO
8QCMD, VAL
0177701, VAL
EXP, VAL
204

:+ CLEAR UNTESTED BITS
:+ MOVE EXPECTED TO REGISTER QMTO
:+ READ GCMD AND MOVE TO VALUE
:+ MASK OUT UNDETERMINED BITS
: COMPARE EXPECTED WITH VALUE
s IF OK, BRANCH

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

PAGE 45-1
SEQ 0072

TESTS: CHECK QCMD LOW BITS (MOVING 0)
5

+ ERROR CONDITION
005737
001005

002532

104456
012246
000402

004737
005237

TSY

SEE_IF FIRST ERROR
SKIP MEADER IF ALREADY PRINTED

BNE
ERRHRD

TELL OPERATOR ERROR

TRAP
. WORD

.WORD

012366
002532

15¢:
184:

CALL
INC

SKIP DETAIL LINE IF HMEADER PRINTED

ERROR1

PRINT DETAIL LINE

INCREMENT ERROR COUNT

+ END ERROR CONDITION
3

208
100004 :

104405
010337
0051357
005302
001333

005737
001410

BEQ

PRINTX

003333
000001

104415

062706

104401

CSESEG

L10034;

104403

012746
012746

R§

S27
528
529
530 017502
S31 017506
532 017510
017510
017512
017514
017516
533 017520
534 017522
535 017526
536
537
538
539 017532

TRAP

SO0 :
L10033;

ENDTST
TRAP

CSETST

SHIFT BIT FOR NEXT TEST
PLACE PATTERN IN EXPECTED

COMPLIMENT FOR MOVING O

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

PAGE 46

SEQ 0073

TEST6: CHECK QCMD MI BITS (MOVING 1)
552
553 017604

017604

554
555
556
557
558
559
560
561
562
563
Sha
565
566
567 017644
017644
568 017644
017644
017646
017652
017654
017660
017664
017670
017672
017674
017700
569 017704
017704
017712
017720
017724
S70 017730
S71 017734

g;g 017740

S74
575
576 017746
017746
017746
S77 017750
017750
S78 017752
S79 017760
S80 017766
581 017774
582 020002
583
584
585
586 020004
587 020010
588 020012

040

103

110

.SBTTL
STATST

T6MSG::

TEST6: CHECK QCMD MI BITS (MOVING 1)
<CHECK QCMD MI BITS (MOVING 1)>
.ASCIZ

7 CHECK QCMD MI BITS (MOVING 1)/

1B8LL0RARBBEEHREEBRLLDIRLLILOSLBRBLERNLRP2CEE2200428880454203880800000h0da
joe

s TEST DESCRIPTIONs CHECKS THAT BITS 8-15 CAN BE LOADED
s TEST STEPSs+ LOAD MOVING BIT WORD IN QCMD
: READ QCMD,

CMECK BITS 8-15

: REPEAT FOR ALL 8 BITS
i

(82200282202 LE B

104421
022700
001012
012746
012746
012746
010600
104417
062706
005037
012777
013777
005077
005037
012701
012702

012737

001000
017604
002270
000002
000006
002532
000100
002520
162354
002532
000000
000010

000400

644 :
162404
162376

BGNTST
CKPNT
TRAP
o
BNE
MOV
MOV
MOV
MOV
TRAP
ADD
%T

000 RENIR00L0RALEBLLRRESCI2L
22280822402 00SR 002000800

CSRFLA

#PNT RO
64
#T6MSG, -(SP
PNTMSG, -(SP)
02, -(SP)
‘RO
CSPNTF
06, 5P

sINITIALIZE DEVICE

002530
i

MOV
MOV
CLR
CLR
MOV
MOV
MOV

OMGHAL T, 8QMT1
INITWORD, 8GMT1
SQINT
ERROR1
#0,R1
8. R
®ITy.ExP

; PRINT OUT TEST TITLE IF PNT SET
:+ IS PNT FLAG SET?
s BRANCH IF NOT SET

3+ CLEAR ERROR COUNTER

sINITIALIZE Q-BRIDGE
1SET UP LOOPBACK OPTION
;CLEAR QINT AFTER LOOPBACK ENABLED
;CLEAR ERROR FLAG
:+ REGISTER NUMBER TO R1
: NUMBER OF BITS TO CHECK
: FIRST DATA PATTERN TO CHECK

s TEST BITS 8-15 WI'"~ MOVING ONE

76.1:

104402
104404
013777
017737
042737
023737
001414

104
002530
162310
000377
002530

162314
002526
002526
002526

BGNSUB

TRAP

CeBSUB

TRAP
MOV
MOV
8IC
cP
BEQ

C4BSEG
EXP,8QCMD
SQCMD, VAL

BGNSEG

o377 ,VAL
EXP,VAL
204

3+
s
s
s+
s+

MOVE EXPECTED 7O REGISTER QCMD
READ QCMD AND MOVE TO VALUE
MASK OUT UNTESTED BITS
COMPARE EXPECTED WITH VALUE
IF OK, BRANCH

s ERROR CONDITION
005737
001005

002532

TST
BNE

ERRHRD

ERROR1
15¢

1,MSG9,ERR7

s+ SEE IF FIRST ERROR
1 SKIP HEADER IF ALREADY PRINTED
:+

TELL OPERATOR ERROR

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

PAGE 46-1
SEQ 0074

TEST6: CHECK QCMD MI BITS (MOVING 1)
020012
020014

TRAP

104456

LWORD
.WORD
.WORD

012366
002532

15¢:
18%:

B8R
CALL
INC

CS$ERMRD

1
MSG9
ERR7

184
DETAIL
ERROR1

SKIP DETAIL LINE IF HEADER PRINTED

PRINT DETAIL LINE

INCREMENT ERROR COUNT

3 END ERROR CONDITION
3

208 :
ENDSEG
10000¢ :

104405
006337
001341

L10036:

104403

005737
001410
012746
012746

104415
062706

104401

TRAP
ASL
DEC
BNE

C$ESEG
EXP
R2
108

TRAP

CSESUB

BEQ

S00$

ENDSUB
TST

PRINTX

003333
000001

L10035:

@&FORO

MOV
MOV
MOV

#FORO, -(SP)
¢,-(SP)
SP,RO

ADD

#4,5P

TRAP

S00$ :

ERROR1

CSPNTX

ENDTST

TREP

CSETST

SHIFT BIT FOR NEXT TEST
DECREMENT LOOP COUNTER
IF NOT DONE, BRANCH BACK

ANY ERRORS

BRANCH IF NO ERRORS
LINE FEED

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

PAGE 47

SEQ 0075

TEST7: CHECK QCMD MI BITS (MOVING 0)
606
607 020100

608
609
610

020100

040

103

110

TIMSG::

TEST7: CHECK QCMD HWI BITS (MOVING 0)
«<CHECK QCMD MI BITS (MOVING 0)»
.ASCIZ

7/ CHECK QCMD MI BITS (MOVING 0)/

1008800800408 8004880000008408408000000008000000000000800000080000008000000400008
joe

s TEST DESCRIPTIONs+ CHECKS THAT BITS 8-15 CAN BE LOADED
s TEST STEPSs+ LOAD MOVING BIT WORD IN QCMD
s+ READ QCMD, CHECK BITS 8-15
s+ REPEAT FOR ALL 8 BITS

611
612

613
614
615
616

617

618
619
620
621 020140
020140

'-.

1888888008248 08888080840000880008000004800800008000080808480000088408000408808080000

001000

644:

e:&

020100

§5%858

162110
162102

TRAP
cHp
BNE
MOV
MOV
MOV
MOV
TRAP
ADD
%T

CSRFLA
#PNT RO
648
#TTMSG, -(SP)
OPNTMSG, -(SP)
0®,-(SP)
SP,RO
CSePNTF
#6,SP
ERROR1

sINITIALIZE DEVICE

MOV
MOV
CLR
CLR
MOV
MOV
MOV
MOV
coM

OMOHALT ,80MTY
INITWORD,8QMT1
SQINT
ERROR1
®0,R1
#8. .R2
#BIT8,R3
R3,.EXP
EXP

s PRINT OUT TEST TITLE IF PNT SET

s+ IS PNT FLAG SET?
3+ BRANCH IF NOT SET

3 CLEAR ERROR COUNTER
s INITIALIZE Q-BRIDGE
$1SET UP LOOPBACK OPTION
sCLEAR QINT AFTER LOOPBACK ENABLED
sCLEAR ERROR FLAG
s+ REGISTER NUMBER TO R
s NUMBER OF BITS TO CHECK
s INITIAL DATA PATTERN TO R3
3+ MOVE BIT PATTERN TO EXPECTED
3+ COMPLEMENT FOR MOVING O

630
631
632 020250

633 020252
020252
634 020254
635 020262
636 020270
637 020276
638 020304
639 020312
640
641

BGNTST
i

622 020140
020140
020142
020146
020150
020154
020160
020164
020166
020170

642

.SBTTL
STATST

3 TEST BITS 8-15 WITH MOVING ZERO
:

104402
104404
042737
013777
017737
042737

77.1:

10¢:

023737

001414

BGNSUB

TRAP

csBsuB

TRAP
BIC
MOV
MOV
8IC
cHp
BEQ

C$BSEG
377 ,EXP
0
8QCMD, VAL
@377, ,VAL
EXP,VAL
204

BGNSEG

: ERROR CONDITION
i

3+
s+
s+
3
3+
3+

MASK OUT UNTESTED BITS
MOVE EXPECTED TO REGISTER QCMD
READ QCMD AND MOVE TO VALUE
MASK OUT UNTESTED BITS
COMPARE EXPECTED WITH VALUE
IF OK, BRANCH

—

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200
TEST7:

09-JAN-84 12:33

—

———

—

005737
001005

002532

TST
BNE
ERRHRD
TRAP

012366
002532

15s:
18%:

CALL
INC

ERROR1

15¢
1,MSG10,ERR7

EOEW

MSG10
ERR?
18
DETAIL
ERROR1

SEE IF FIRST ERROR
SKIP HEADER IF ALREADY PRINTED
TELL OPERATOR ERROR

SKIP DETAIL LINE IF HMEADER PRINTED

PRINT DETAIL LINE

INCREMENT ERROR COUNT

+ END ERROR CONDITION
i

010337
005137
302
001333

104403

208 :
ENDSEG
100004 :

104

012746
012746

003333
000001

104401

SHIFT BIT FOR NEXT TEST
PLACE PATTERN IN EXPECTED
COMPLIMENT FOR MOVING O
DECREMENT LOOP COUNTER
IF NOT DONE. BRANCH BACK

' L10040:
002532

104415
062706

CHESEG

R3
R3,ExP

002530
002530

005737
001410

e—

PAGE 47-1

104405

SEQ 0u76

104456

000001
005161
012246
000402
004737
005237

——

CHECK QCMD MI BITS (MOVING 0)

643 020314

ANY ERRORS

BEQ

BRANCH IF NO ERRORS
LINE FEED

PRINTX

TRAP

S004 :
L10037:

ENDTST
TRAP

CSETST

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200
TEST8:

09-JAN-84 12:33

PAGE 48

SEQ 0077

CHECK QVNT LO BITS (MOVING 1)

665
666 020416
020416
667

040

103

110

668
669
670
671
672
673

LSBTTL
STATST

T8MSG::

TESTS8: CHECK QVNT LO BITS (MOVING 1)
<«CHECK QVNT LO BITS (MOVING 1)>
.ASCIZ

/ CHECK QVNT LO BITS (MOVING 1)/

180 8 8 8 8 084888828488000408480828400008080480000000000008880004084008840000000040008
goe

s TEST DESCRIPTIONs+ CHECKS THAT BITS 1-5 CAN BE LOADED
USES LOUCMD - LDQEVENT LOOP-BACK

674
675

676
677
678
679
680
681
682 020456

s+ READ QVNT, CHECK BITS 1-5
s+ REPEAT FOR ALL S BITS
§
'-.

1000000000000000000000000000000000000004000040000000004844000800008000000000

020456
683 020456
020456
020460

001000

020416
002270

644:
161572
161564

BGNTST
CKPNT
TRAP
cHP
BNE
MOV
MOV
MOV
MOV
TRAP
ADD
%r

CSRFLA

#PNT RO
644
#TBMSG, -(SP)
OPNTMSG, -(SP)
02, -(SP)
SP.RO
CSPNTF
06, SP
ERROR1

;INITIALIZE DEVICE

002530

161530
i

MOV
MOV
CLR
CLR
MOV
MOV
MOV
8IS

OMQHAL T, 8QMT1
INITWORD, 8QMT1
SQINT
ERROR1
o1.R1
5. R2
BIT1,ExP
OSELQEVENT, 8QMT1

3 PRINT OUT TEST TITLE IF PNT SET
:+ IS PNT FLAG SET?
: BRANCH IF NOT SET

; CLEAR ERROR COUNTER
s INITIALIZE Q-BRIDGE
:SET UP LOOPBACK OPTION
:CLEAR QINT AFTER LOOPBACK ENABLED
1CLEAR ERROR FLAG
:+ REGISTER NUMBER TO R1
+ NUMBER OF BITS TO CHECK
s+ FIRST DATA PATTERN TO CHECK
:+ SELECT QUNT MODE IN QMT1

+ TEST BITS 1-5 WITH MOVING ONE
i

78.1:

104402

104404
013777
017737
042737
023737
001414

10¢:

002530
161472
177701
002530

1613514
002526

TRAP

CsBSUB

TRAP
MOV
MOV
8IC
cHP
BEQ

C4BSEG
EXP,8GMTO
SQVNT, VAL
0177701 VAL
EXP,VAL
204

BGNSEG

+ ERROR CONDITION
f

s+
s
3
3+
s+

MOVE EXPECTED TO REGISTER QMTO
READ QVNT AND MOVE TO VALUE
MASK OUT UNTESTED BITS
COMPARE EXPECTED WITH VALUE
IF OK, BRANCH

—

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

———

09-JAN-84 12:33

——

—————
——
———

e ——

—

——

S——

005737
001005

020632

104456

704 020632

020634
020636
020640

705 020642
706 020644

;&? 020650

002532

PAGE 48-1

005237

ERROR1
15¢

TRAP

C$ERHRD

ERRHRD

000001
005224
012246

000402
004737

TST
BNE

012366

002532

15¢:

18%:

1,MSG11,ERR7

.WORD
.WORD
.WORD

1
MSG11
ERR7

INC

ERROR1

BR
CALL

184
DETAIL

s+ SEE IF FIRST ERROR
s+ SKIP HEADER IF ALREADY PRINTED
+

TELL OPERATOR ERROR

s+ SKIP DETAIL LINE IF HMEADER PRINTED
s+ PRINT DETAIL LINE

+ INCREMENT ERROR COUNT

+ END ERROR CONDITION
H

711 020654

020654

712 020656
713 020662
714 020664
715 020666

020666

208 :

104405

006337
005302
001341

104403

10000%:

002530

ENDSEG

TRAP

ASL
DEC
BNE

L10042:

ENDSUB

TRAP

CSESEG
EXP
R2
10¢

CSESUB

716 020670
717 020674

005737
001410

002532

TST
BEQ

ERROR1
5004

020676

012746

003333

MOV

#FORO, -(SP)

000004

ADD

718 020676

020702
020706

020710
020712

719 020716
720 020716

020716
020716

012746
010600

104415

062706

104401

PRINTX

000001

MOV
MOV

TRAP

S00¢:

L10041:

&FORO

1, -(SP)
SP,RO

CSPNTX
04,5P

ENDTST

TRAP

CSETST

SEQ 0078

;‘1’:

TEST8: CHECK QVNT LO BITS (MOVING 1)

702 020624
703 020630

3 SHIFT BIT FOR NEXT TEST
+ DECREMENT LOOP COUNTER
s+ IF NOT DONE, BRANCH BACK

s+ ANY ERRORS
+ BRANCH IF NO ERROR
+

LINE FEED

CZFPA AQ CTRL BRIDGE INTFC DIAG MACRO M1200
TESTS:

O09-JUAN-84 12:3535

PAGE 49

SEQ 0079

CHECH QUNT LOw BITS (MOVING O)

r22
72% 020720

726 020720

040

103

110

LSBTTL
STATST

T9MSG::

TEST9: CHECK QVNT LOW BITS (MOVING 0)
«CHECK QVNT LOW BITS (MOVING 0)»

.ASCIZ

7 CHECK QVNT LOW BITS (MOVING 0)/

2%
726

100000008000 00000000000000080080°000000000080000000000000000000808000000080800 0
goe

728
729
730

s CHECKXS THAT BITS 1-5 CAN BE LOADED
s USES LDUCMD - LDQEVENT LOOP -BACK
s TEST STEPS-

727

s TEST DESCRIPTION-

731

s SET QMT1 FUNC = 1 (SELQVNT)

782

s+ LOAD MOVING BIT WORD IN QMTO

738

s READ QUNT, CHECK BITS 1-S

734

s REPEAT FOR ALL S BITS
'..

7%7

§000000000000000000000000003000000000000800000000008008080000810000100010000800

020760
740 020760

19::

738
739 020760

020760
020762

020766
020770
020774
021000
021004
021006
021010
021014

741 021020

104421

022700

001012
012746
012746

012746
010600
104417
062706
005037

001000

BGNTST

CxPNT

TRAP

CSRFLA

BNE
MOV
MOV

644
OTIMSG, -(SP)
OPNTMSG, -(SP)

020720
002270
000002
000006
002532

644:

INIT

OPNT RO

s IS PNT FLAG SET?

02,-(SP)
SP,RO
COPNTF
6, SP
ERROR1

:+ CLEAR ERROR COUNTER

s INITIALIZE DEVICE
MOV
OMOMAL T, BOMT1
MOV
INITWORD, 8GMT1

3+ BRANCH IF NOT SET

021020
021026
021034

012777
013777
005077

000100
002520
161240
002532

CLR
CLR

SQINT
ERROR1

;:‘3 021044

012701

000001

MOV

o1 ,.R1

s+ REGISTER NUMBER TO R1

745 021050

012702

000005

MOV

747 021060
748 021064

010337
005137

002530
002530

MOV
comM

- 021040

005037

161270
161262

MOV
MOV
TRAP
ADO
CLR

3 PRINT OUT TEST TITLE IF PNT SET

746 021054 012703 000002
;;z 021070

052777

000004

161220

,R2

MOV

e8if1,R3

8IS

OSELQEVENT ,80MT1

R3,ExP
ExP

s INITIALIZE Q-BRIDGE
1SET UP LOOPBACK OPTION
tCLEAR QINT AFTER LOOPBACK ENABLED
1CLEAR ERROR FLAG

NUMBER OF BITS TO CHECK

s+ INITIAL DATA PATTERN TO R3S

s+ MOVE BIT PATTERN TO EXPECTED
s+ COMPLEMENT FOR MOVING O

s+ SELECT QVNT MODE IN OQMT1

s TEST BITS 1-5S WITH MOVING ZERO
§

753 021076

021076
021076

104402

021100
755 021102
756 021110

104404
042737
013777

754 021100

757 021116
758 021124

017737
042737

19.1:
10¢:

177701
002530
161154
177701

002530
161176
002526
002526

TRAP

ceBSuUB

TRAP
8IC
MOV

C#BSEG
#177701 ,ExP
EXP,8QMTO

BGNSEG

MOV
8IC

SQVNT, VAL
0177721 ,VAL

s MASK OUT UNTESTED BITS
s+ MOVE EXPECTED TO REGISTER QMTO
s+ READ QVNT AND MOVE TO VALUE
#+ MASK OUT UNTESTED BITS

CZFPA-AO0 CTRL BRIDGE INTFC DIAG MACRO M1200

09 JUAN-84 12:33

PAGF 491

SEQ 0080

TESTS: CHECK QUNT LOW BITS (MOVING 0)

774 021174
775 021176
776 021202

COMPARE EXPECTED WITH VALUE
IF

Ox,

BRANCH

+ ERROR CONDITION

005737
001005

002532

104456

000001
005266
012246
000402

004737
005237

TST

ERROR1

TRAP

EOEM

BR
CALL
INC

MSGl2
ERR?7
184
DETAIL
ERROR1

BNE
ERRHRD
. WORD
. WORD
. WORD

012366
002532

15s:
184:

158
1,MSG12,ERR7?

SCE IF FIRST ERROR
SKIP MEADER IF ALREADY PRINTED
TELL OPERATOR ERROR

SKIP DETAIL LINE IF HMEADER PRINTED

PRINT DETAIL LINE

INCREMENT ERROR COUNT

: END ERROR CONDITION
§

104405
006303
010337
005137

208
100008;

002530
002530

10¢

001333

104403

002532

012746
012746

003333
000001

104401

SMIFT BIT FOR NEXT TEST
PLACE PATTERN IN EXPECTED
COMPLIMENT FOR MOVING O
DECREMENT LOOP COUNTER
IF NOT DONE, BRANCH BACK

L10044

005737
001410

104415
062706

CSESEG

—

021172
021172

EXP, VAL
208

——

768 021162
769 021166
770
7
772
773 021172

cre
B8tQ

002526

ANY ERRORS

BRANCH IF NO ERRORS
LINE FEED

———————

021156
767 021160

002530

——————

021150
021152
021154

001414

SO0:

L10043;

——

761
762
763
764 021142
765 021146
766 021150

023737

CSETST

760 021140

—————————————

759 021182

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

D7/

PAGE S0

SEQ 0081

TEST10: CHECK QVNT TMI BITS (MOVING 1)
786

787 021244
021244

788
789

040

103

110

LSBTTL
STATST

TEST10: CHECK QVNT MI BITS (MOVING 1)
<«CHECK QVNT MI BITS (MOVING 1)>
T10MSG: :
LASCIZ 7 CHECK QVUNT MI BITS (MOVING 1)/
$1000080080080000000800000000000000000080000000000000000008800000008000000080800
gee

s TEST DESCRIPTIONs CHECKS THAT BITS 8-15 CAN BE LOADED
s TEST STEPSs+ LOAD MOVING BIT WORD IN QVNT
s READ QUNT, CHECK BITS 8-15
s+ REPEAT FOR ALL 8 BITS
5
.--

(8624800404220 4084080900400388208080206008848282006830048008800828808688848028

110

001000

021244
002270

648
000100
002520
160714

160744
160736

CKPNT
TRAP
o
BNE
MOV
MOV
MOV
MOV
TRAP
ADO
ghu'

CIRFLA

#PNT RO
oA
OT10MSG, -(SP)
PNTMSG, -(SP)
02, -(SP)
SP,RO
COPNTF
96, 5P
ERROR1

sINITIALIZE DEVICE

MOV
MOV
CLR
CLR
MOV
MOV
MOV

OMOMAL T, 8OMT1
INITWORD, 8QMT1
SQINT
ERROR1
o1.R1
. R2
BITs.Exp

s PRINT OUT TEST TITLE IF PNT SET
s IS PNT FLAG SET?
s BRANCH IF NOT SET

s CLEAR ERROR COUNTER
sINITIALIZE Q-BRIDGE
sSET UP LOOPBACK OPTION
sCLEAR QINT AFTER LOOPBACK ENABLED
;CLEAR ERROR FLAG
:+ REGISTER NUMBER TO R1
: NMBER OF BITS TO CHECK
s FIRST DATA PATTERN TO CHECK

s TEST BITS 8-15 WITH MOVING ONE
810 021406
021406
021406
811 021410
021410
812 021412
813 021420

710.1:

104402

104404
013777
017737
042
023737
001414

10¢;

000377
002530

BGNSUB

TRAP

CsBSUB

TRAP
MOV
MOV
8I1C
cw
BEQ

CeBSEG
EXP, SQVNT

BGNSEG

SQVNT , VAL
o377, VAL
EXP,VAL
204

3+
s
3
s
s

MOVE EXPECTED TO REGISTER QVNT
READ QVNT AND MOVE TO VALUE
MASK OUT UNTESTED BITS
COMPARE EXPECTED WITH VALUE
IF Ox, BRANCH

[

s ERROR CONDITION

822 021452

005737
001005

1614

ERRORL

s+ SEE IF FIRST ERROR

ERRHRD

. ,MSG13,ERR7

s+ TELL OPERATOR ERROR

BNE

15¢

s SKIP HEADER IF ALREADY PRINTED

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

PAGE S0-1
SEQ 0082

TEST10: CHECK QVNT MI BITS (MOVING 1)

021452
021454

104456

000001
005330
012246
000402
004737
005237

TRAP

012366
002532

1S¢:
188:

CHERMRD

LMORD
.MORD
.MORD

1
MSG13
ERR7

CALL
INC

DETAIL
ERROR1

B8R

SKIP DETAIL LINE IF HMEADER PRINTED

PRINT DETAIL LINE

INCREMENT ERROR COUNT

+ END ERROR CONDITION
]

208:
ENDSEG
10000%;

104405
006337
001341

L10046:

104403

005737
001410

012746
012746
104415
062706

104401

TRAP

CHESEG

BNE

10¢

SHIFT BIT FOR NEXT TEST
DECREMENT LOOP COUNTER
IF NOT DONE « BRANCH BACK

TRAP
ST

CIESUB
ERRORL

ANY ERRORS

TRAP

CSPNTX

ASL
DEC

ENDSUB

8EQ
PRINTX
MOV
MOV
MOV

003333
000001

S004;
L1004S5;

ExP
R2

S004
OFORO
#FORO, -(SP)
0,-(SP)
SP,RO
04,5P

ENDTST
TRAP

CSETST

BRANCH
IF
LINE FEED

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JUAN-84 12:33

PAGE S1

SEQ 0083

TEST11: CHECK QVNT MI BITS (MOVING 0)
841 021540

021540

040

103

110

LSBTTL
STATST

T11MSG: :

TEST11: CHECK QVNT MI BITS (MOVING 0)
«CHECK QVNT MI BITS (MOVING 0)>

.ASCIZ

/7 CHECK QVNT HMI BITS (MOVING 0)/

100008000000 048000000000840000000000800080080000000000000004000000000000000000
gee

+TEST DESCRIPTIONs CHECKS THMAT BITS 8-15 CAN BE LOADED
sTEST STEPS: Loaomvmmmxnmr
s READ QVNT, CHECK BITS 8-15

s+ REPEATroi ALL 8 BITS
H

'..

|..“‘.‘.“.‘.‘..‘..‘.............“.‘...‘.0‘.....‘.....‘...“.‘.‘.‘..“..

648

857 021640

160450
160442

BGNTST

CKPNT
TRAP
ot
BNE
MOV
MOV
MOV
MOV
TRAP
ADO
%uat

CIRFLA

#PNT RO
644
#T11MSG, -(SP)
PNTMSG, -(SP)
02,-(SP)
SP,RO
COPNTF
6, 5P
ERROR1

sINITIALIZE DEVICE

MOV
MOV
CLR
CLR
MOV
MOV
MOV
MOV
[

T.8GMT1
INITWORD, 8QMT1
SQINT
ERROR1
o1.R1
8. ,R2
8178, RS
RS,E
EXP

s PRINT OUT TEST TITLE IF PNT SET
: IS PNT FLAG SET?
: BRANCH IF NOT SET

+ CLEAR ERROR COUNTER
sINITIALIZE Q-BRIDGE
1SET UP LOOPBACK OPTION
1CLEAR QINT AFTER LOOPBACK ENABLED
CLEAR ERROR FLAG
s REGISTER NUMBER TO R
s NUMBER
OF BITS TO CHECK
+ INITIAL DATA PATTERN TO RS
+ MOVE BIT PATTERN TO EXPECTED
+ COMPLEMENT FOR MOVING O

s+ TEST BITS 8-15 WITH MOVING ZERO
H

T11.1:

104402

104404
042737
013777
017737
022737
023737
001414

10¢:
000377

160342
000377
002530

BGNSUB
TRAP

CeBSUB

TRAP

CBSEG

BGNSEG

8IC
MOV
8IC
cP
BEQ

160346

0377,.EXP
EXP, BQVNT
SQVNT, VAL
0377, VAL
EXP, VAL
204

: ERROR CONDITION
:

+ MASK OUT UNTESTED BITS
s MOVE EXPECTED TO REGISTER QVNT
s READ QVNT AND MOVE TO VALUE
+ MASK OUT UNTESTED BITS
+ COMPARE EXPECTED WITH VALUE
s IF OK, BRANCH

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

PAGE S1-1

TEST11: CHECK QUNT MI BITS (MOVING 0)

877 021754

878 021760
879 021762

005737

TST
BNE
ERRHRD

001005

104456

TRAP

000001

005373
012246
000402

004737
005237

012366
002532

15¢:
18%:

. WORD
. WORD
. WORD
BR

CALL
INC

ERROR1
15¢
1,MSG14 ,ERR7
CS$ERHRD
L
MSG14
ERR7?
184
DETAIL
ERROR1

SEE IF FIRST ERROR

SKIP HEADER IF ALREADY PRINTED

SKIP DETAIL LINE IF HMEADER PRINTED

PRINT DETAIL LINE

INCREMENT ERROR COUNT

+ END ERROR CONDITION

200:

10000;

104405

ENDSEG
CIESEG

006303
010337
005137

R3
RS,ExP

EXP
R2
10¢

001333

104401

COMPLIMENT FOR MOVING O
DECREMENT LOOP COUNTER
IF NOT DONE. BRANCH BACK

L10050:

104403
005737
001410
012746
012746
010600
104415
062706

SHIFT BIT FOR NEXT TEST

PLACE PATTERN IN EXPECTED

ANY ERRORS

BRANCH IF NO ERRORS
LINE FEED

003333
000001

S00%:
L10047;

ENDTST

CSETSY

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M120C

$9-JAM-84 12:33

PAGE S2

SEQ 0085

TEST12: CHECK ACK - PRS LINK

022056

103

110

.SBTTL
STATST

T12MSG: :

TEST12: CHECK ACK - PRS LINK
«CHECK ACK - PRS ! INK>

ASCIZ

7/ CrECY ACK - PRS LINK/

1000808080048 000000000000008800080000008000:%000000000000000000000000008000000
goe

1 TEST DESCRIPTION
s CHECKS THAT CMDACK SETS VNTACK AND CLEARS CMDPRS
s CHECXS THAT VNTPRS SETS CMOPRS AND CLEARS VNTACK
s USES QCMDACK
- WVENYKK LOOP -BACK

i
¥

CLEAR

READ QVNT VNTACK, CHECK FOR SET
SET VNTPRS

1 READ UNTACK, CHECKX FOR CLEAR
s+ READ QCMD CMDPRS, CHECK FOR SET

s LOOPS 100 TIMES OR COMPLETES CURRENT PASS WITHM ERROR AND EXITS
§

100000000000 0800008000000000828000000800000000000008000000008048020080000088800¢

001000
002270
000002

644

MOV
MOV
CLR
CLR

OMQHALT , 8GMT1
INITWORD, 8QMT1
SQINT
ERROR1

BGNSEG

TRAP

160070

8IT

BEQ

C4BSEG
OCMDACK

000144

000001
160070
004000

OPNT RO
644
OT12MSG, -(SP)
PNTMSG. -(SP)
02, -(SP)
SP.RO
CHPNTF
06, 5P
ERROR1

: LOOP THROUGH TEST 100 TIMES
;.
MOV
€100..R2

8¢

012777
017737
032737
001413

[
BNE
MOV
MOV
MOV
MOV
TRAP
ADD
g‘.:'

CSRFLA

sINITIALIZE DEVICE

104404

TRAP

012702

160144
160136

oxent

000100
002520
160114
002532

BGNTST

OCMDPRS
, VAL

:+ PRINT OUT TEST TITLE IF PNT SET
: IS PNT FLAG SET?
:+ BRANCH IF NOT SET

:+ CLEAR ERROR COUNTER
{INITIALIZE Q-BRIDGE
1SET UP LOOPBACK OPTION
;CLEAR QINT AFTER LOOPBACK ENABLED
:CLEAR ERROR FLAG

: @ OF LOOPS TO R2
SET BIT 0 (CMDACK) IN QCMD

READ AND STORE QINT REGISTER
IS CMDPRS CLEAR

BRANCH IF 0O

+ ERROR CONDITION 1
005237

002532

INC

ERROR1

1 SET ERROR FLAG

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

PAGE S2-1

938 022226
939 022232
940 022240

012701
012737

000002
000000

002530

MOV
MOV

”2.R1
0 ,EXP

TrAR

.MORD

MSG1S

ERRHMRD

. WORD

28:

.MORD

1,.MSG1S

3+ CHECK TO SEE IF VNTACK WAS SET
017737
032737
001013

160024

MOV

SQINT, VAL

READ AND STORE QINT REGISTER

BNE

BRANCH IF O

8IT

OVNTACK
, VAL

TEST VNTACK BIT

s ERROR CONDITION 2
'

005237
012701
012737

ERROR1
#2.R1
OVNTACK ,EXP

TRAP

ERRMRD

104456
000002
005531
000000

3s:

100004
:

104405
104404
012777
017737
032737
001413

INC
MOV
MOV

000001
157746
002000

157750

.WORD
.MORD
.MORD

2,MSG16

SET ERROR FLAG
REGISTER & FOR MESSAGE
VALUE OF EXPECTED FOR MESSAGE
GO REPORT ERROR TO OPERATOR

2
MSG16
O

ENDSEG

Taap

CS$ESEG

TRAP
MOV
MOV

C#BSEG
OVNTPRS
, 8QVNT
SQINT, VAL

BEQ

(Y]

8IT

OVNTACK
, VAL

SET BIT O (VNTPRS) IN QUNT
READ AND STORE QINT REGISTER
IS VNTACK CLEAR
BRANCH IF

s ERROR CONDITION 3
'

005237
012701
012737

44:
'

978
979

017737
032737
001013

ERROR1
#2,R1
90 ,EXP

TRAP

CS$ERHRD

ERRHRD

104456

974 022372
975 022400
976 022406
977

INC
MOV
MOV

157702

.WMORD
MORD
.MORD

3,MSG17

3
MSG17
O

CHECK TO SEE IF QINT CMDPRS WAS SET

MOV

SQINT, VAL

READ AND STORE QINT REGISTER

BNE

BRANCH IF 0K

BIT

#CMDPRS
, VAL

: ERROR CONDITION 4
'

SET ERROR FLAG
REGISTER & FOR MESSAGE
VALUE OF EXPECTED FOR MESSAGE
GO REPORT ERROR TO OPERATOR

TEST CMOPRS BIT

P
G
———

TEST12: CHECK ACK - PRS LINK

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

PAGE S2-2
SEQ 0087

TEST12: CHECK ACK - PRS LINXK

980 022410

005237

981 022414
982 022420
983 022426

012701
012737

022430
022432
022434
984 022436
985 022436

000004
005715
000000

022426

022436

000002
004000

INC

002530

104456

104405

986 022440
987 022444
988 022446
989 022450
990 022452
991 022452

005737
001002
005302
001251

022452

104401

022452

002532

#2.R1
OCMDPRS ,EXP
4,MSG18

.MORD
.WORD
.MORD

4
MSG18
O

TRAP

Ss:

10001
:
002532

64:

L10051:

ERROR1

MOV
MOV
ERRHRD

CS$ERMHRD

s+ SET ERROR FLAG

s+ REGISTER # FOR MESSAGE
¢+ VALUE OF EXPECTED FOR MESSAGE
s+ GO REPORT ERROR TO OPERATOR

ENDSEG

TRAP

ST
BNE
DEC
BNE

CSESEG

ERROR1
64
R2
14

ENDTST
TRAP

CSETST

TEST ERROR FLAG

+ DECREMENT LOOP COUNTER
s+ LOOP IF NOT DONE

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

PAGE S3

TEST13: CHECK QBA (MOVING 1)
993
994 022454

995
996
997
998
999
1000
1001
1002

022454

040

103

110

.SBTTL
STATST

T13MSG: :

TEST13: CHECK QBA (MOVING 1)
«<«CHECK QBA (MOVING 1)>

.ASCIZ

/7 CHECK QBA (MOVING 1)/

100888888004808000080000400840000400000008000800000000800000088000800000000000808
goe

s TEST DESCRIPTION
3+ CHECKS ALL REGISTER BITS
s TEST STEPSs LOAD WORD IN QBA
s READ QBA, CHECK
s MOVE BIT
3+ REPEAT FOR ALL BITS
:
'..

1088888808880 8080000000800800088000800820008000080808800008884000080000008080880800

001000

644:

1011 022542

157546
157540

BGNTST
CKPNT
TRAP
e
BNE
MOV
MOV
MOV
MOV
TRAP
ADD
amat

CORFLA

#PNT, RO
644
#T13MSG, -(SP)
PNTMSG. -(SP)
02,-(SP)
‘RO
COPNTF
6, SP
ERROR1

sINITIALIZE DEVICE

]

MOV
MOV
CLR
CLR
MOV
MOV
MOV

OMQHALT, 8GMT1
INITWORD , SQMT1
SQINT
ERROR1
#6,R1
016. ,R2
8IT0,ExP

: PRINT OUT TEST TITLE IF PNT SET
; IS PNT FLAG SET?
:+ BRANCH IF NOT SET

:+ CLEAR ERROR COUNTER
JINITIALIZE Q-BRIDGE
1SET UP LOOPBACK OPTION
sCLEAR QINT AFTER LOOPBACK ENABLED
:CLEAR ERROR FLAG
: REGISTER NUMBER TO R1
s NUMBER
OF BITS TO CHECK .
s+ FIRST DATA PATTERN TO CHECK

s TEST BITS 0-15 WITH MOVING ONE
M

T13.1:

104402

104404
013777
017737
023737
001414

108:

002530
157466
002530

157472
002326
002526
7

BGNSUB
TRAP

BGNSEG
TRAP

MOV
MOV
P
8EQ

CIBSUB

CIBSEG

EXP, SQBA
SQBA, VAL
EXP, VAL
204

+ MOVE EXPECTED TO REGISTER QBA
s+ READ GBA AND MOVE TO VALUE
+ COMPARE EXPECTED WMITH VALUE
s IF OK, BRANCH

s+ ERROR CONDITION
1027 022634
1029 022642

005737
001005

ERROR1

s SEE IF FIRST ERROR

ERRMRD

1,MSG19,ERR7

BNE

154

: SKIP MEADER IF ALREADY PRINTED
TELL OPERATOR ERROR

——

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

—————
- —

—

PAGE S3-1
SEQ 0089

TEST13: CHECK GBA (MOVING 1)
TRAP

012366
002532

15¢:
18%:

. WORD
. WORD
. WORD
BR
CALL
INC

E‘ElNlD
MSG19
ERR7
184
DETAIL
ERROR1

SKIP DETAIL LINE IF HEADER PRINTED

PRINT DETAIL LINE

INCREMENT ERROR COUNT

‘

+ END ERROR CONDITION
3

104405
006337

208
:
100008
;
002530

001344

L10053:;

104403
005737
001410
012746
012746
104415
062706

104401

CSESEG

EXP

003333
000001

R2
10¢

SHIFT BIT FOR NEXT TEST
DECREMENT LOOP COUNTER
IF NOT DONE, BRANCH BACK

CSESUB
ERROR1
5004
#F 0RO

ANY ERRORS
BRANCH IF NO ERRORS
LINE FEED

#FORO, -(SP)
,-(SP)

SP,RO
CSPNTX

S004:
L100S2:

04,5P

CSETSTY

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

PAGE S4

SEQ 0090

TEST14: CHECK QBA (MOVING 0)
1047
1048 022730

1049
1050
1051
1052
1053
1054
1055
1056
1057
1058
1059
1060

022730

040

103

110

.SBTTL
STATST

T14MSG: :

TEST14: CHECK QBA (MOVING 0)
<CHECK QBA (MOVING 0)>

.ASCIZ

7/ CHECK QBA (MOVING 0)/

1000000000000 0000080000000800000000400000000000800000000000000800000008400008088
joe

s TEST DESCRIPTION
3+ CHECKS ALL REGISTER BITS
s TEST STEPSs+ LOAD WORD IN QBA
s+ READ QBA, CHECK
s MOVE BIT
3+ REPEAT FOR ALL BITS
]
...

106806000808800080804408000804000000000000000000088880000480000088080800000080088

Tia::

022760

022700

001000

022766

012746

022730

644 :
157272
157264

BGNTST

CKPNT
TRAP
cHpP
BNE
MOV
MOV

®PNT RO
644
OT14MSG, -(SP)
OPNTMSG, -(SP)

MOV
TRAP
ADD
g.d.f

SP,RO
COPNTF
#6,SP
ERROR1

CSRFLA

sINITIALIZE DEVICE
MOV
OMOHAL
T, 8OMT1
MOV
INITWORD, 8QMT1

CLR
CLR
MOV

MOV
MOV
MOV

comM

SQINT
ERROR1
#6,R1
#16. ,.R2
#B8ITO,.R3
R3,.EXP
EXP

3 PRINT OUT TEST TITLE IF PNT SET
s+ IS PNT FLAG SET?
s BRANCH IF NOT SET

:+ CLEAR ERROR COUNTER
sINITIALIZE Q-BRIDGE
$1SET UP LOOPBACK OPTION

tCLEAR QINT AFTER LOOPBACK ENABLED
sCLEAR ERROR FL
s REGISTER NUMBER TO R1
s NUMBER OF BITS TO CHECK
3 INITIAL DATA PATTERN TO R3
s MOVE BIT PATTERN TO EXPECTED

s+ COMPLEMENT FOR MOVING O

s TEST BITS 0-15S WITH MOVING ZERO
1074 023066
023066
023066
1075 023070
023070
1076 023072
1077 023100
1078 023106
1079 023114
1080
1081
1082
1083 023116

T14.1:

104402
104404
013777
017737
023737
001414

10¢:
002530
157204
002530

437210

BGNSUB

TRAP

csBSuB

TRAP
MOV
MOV

C4BSEG
EXP,
SQBA, VAL

BGNSEG

CcHP
BEQ

EXP,VAL
204

s MOVE EXPECTED TO REGISTER QBA
s READ GBA AND MOVE TO VALUE

3+ COMPARE EXPECTED WITH VALUE
3+ IF OK, BRANCH

+ ERROR CONDITION
005737

002532

[

TST

ERROR1

+ SEE IF FIRST ERROR

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

PAGE 54-1

SEQ 0091

TEST14: CHECK QBA (MOVING 0)

1084 023122

001005

BNE

15¢

023124

104456

TRAP

CS$ERHRD

184
DETAIL
ERROR1

1085 023124

023126
023130
023132

000001
006033
012246

1087 023136
ig:: 023142

004737
005237

1086 023134

000402

ERRHRD
.MORD
.MORD
.MORD

012366
002532

15¢:
18¢:

CALL
INC

1,MSG20,ERR7

1
MSG20
ERR7

s SKIP HEADER IF ALREADY PRINTED
s+ TELL OPERATOR ERROR

s SKIP DETAIL LINE IF HEADER PRINTED

s PRINT DETAIL LINE
s+ INCREMENT ERROR COUNT

{&”i

+ END ERROR CONDITION

1092 023146
023146
023146
1093 023150
1094 023152
1095 023156
1096 023162
1097 023164
1098 023166

023166

104405
006303
010337
005137
005302
001341
104403

002530
002530

204 :
ENDSEG
10000:
TRAP
ASL
MOV
coM
DEC
BNE
L10055:

ENDSUB

TRAP

CSESEG
R3
R3,EXP
EXP
R2
10¢
CSESUB

1099 023170
1100 023174

005737
001410

002532

ST
BEQ

ERROR1
5004

023176
023202
023206
023210
023212

012746
012746
010600
104415
062706

003333
000001

MOV
MOV
MOV
TRAP
ADD

#FORO, -(SP)
1,-(SP)
SP,RO
CSPNTX
04,5P

1101 023176

1102 023216
1103 023216

023216
023216

104401

000004

PRINTX

S500¢:

L10054:

#FORO

ENDTST

TRAP

CSETST

3
s+
s+
+
+

SHIFT BIT FOR NEXT TEST
PLACE PATTERN IN EXPECTED
COMPLIMENT FOR MOVING O
DECREMENT LOOP COUNTER
IF NOT DONE, BRANCH BACK

+ ANY ERRORS
+ BRANCH IF NO ERRORS
+ LINE FEED

CZFPA A0 CTRL URIDGE INTFC DIAG MACRO M1200

09 JUAN-B4 12:3%

PAGE =S

SEQ 00%¢

TEST1S: CHECK QDMA W1 BITS (8 13) (MOVING 1)

1106 023220
023220

040

103

110

TEST1S: CHECK QGDMA WI BITS (8-13) (MOVING 1)
LSBTTL
STATSY
«CHECK QOMA M1 BITS (8-13) (MOVING 1)»
T1SMSG: :
JASCIZ
7/ CHECX QDMA Wl BITS (8-13) (MOVING 1)/
$1000000800080000000000000800000000800008000800000800000000800000008080000000808000

L TEST DESCRIPTION-

; CMECKS WI Q-BUS ADDRESS BITS
s TEST STEPS'

LOAD QDMA BITS 8-13
IF U-BRIDGE THEN LOAD BITS 8.9
Cx BITS

= T
o 0 bt s Pt o
e
b o bt pe

wown

:QMM.M
i

MOVE BITY

REPEAT FOR ALL

B8ITS

T1S::

BGNTST

CxPNT

PRINT OUT

S -° 333383

oR%

5§

IS PNT FLAG SET?
BRANCH IF NOT SET

TRAP

001000

023220

TITLE

IF PNT

SET

—

002270

TEST

644

1124 023326
156762

CLEAR ERROR COUNTER

sINITIALIZE DEVI Ce
MOV

- g8

156754

CLR

BEQ
16:
i

OMOMAL
T, 80MTL

s INITIALIZE Q-BRIDGE

o4 R1

CL
REGISTER MUMBER TO R1
NUMBER OF BITS TO CHECKX

INITWORD,8QMT1
SQINT
ERROR1
“o ..2
SMYV’E
.20 ..2
BIT8.ExP

TEST BRIDGE TYPE

IF EQ THEN Q-BRIDGE
NUMBER OF BITS TO CHECK (U-BRIDGE)

FIRST DATA PATTERN TO CHECK

TEST BITS 8-13 WITH MOVING ONE

104402

1140 023434
1141 023436

104404
013777
017737
042737
005737
001403
042737

1135 023404
02 3404
1136 023406
1137 023414
1138 023422
1139 023430

71S5.1:

10¢;

002530
156664
140377
002500

176377

156670

csBsuB
C48SEG
, SADMA
EXP
BQOMA, VAL

0140377, VAL

BRIDGETYPE
124

0176377,
VAL

MOVE EXPECTEN TO REGISTER QDMA
READ QDMA ANV MOVE TO VALUE

CLEAR UNTESTED BITS
TEST BRIDGE TYPE

IF EQ THEN Q-BRIDGE
CLEAR UNTESTED BITS (U-BRIDGE)

CH
CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09 JUAN-84 12:35

PAGE 55-1

SEQ 0093

TEST1S: CHECK QDMA MI BITS (8-15) (MOVING 1)
023737

001414

002530

002526

12%:

EXP, VAL

20%

COMPARE EXPECTED WITH VALUE
IF Ox, BRANCH

+ ERROR CONDITION
005737
001005

002532

000001
006060
012246
000402

004737
005237

TSY

BNE

ERRMRD

104456

1150 023472
1151 023474
1152 023500
1153
1154
1155
1156 023504
023504
023504
1157 023506
1158 023512
1159 023514
1160 023516
023516

cHe

B8tQ

15¢:
18¢:

15¢

1,MSG21,.ERR7

TRAP

CSERMRD

.MORD
.MORD

MSG21
ERR?

LMORD

012366
002532

ERROR1

BR
CALL
INC

SEE IF FIRST ERROR
SKIP MEADER IF ALREADY PRINTED
TELL OPERATOR ERROR

184
DETAIL
ERROR1

SKIP DETAIL LINE IF MEADER PRINTED

PRINT DETAIL LINE

INCREMENT ERROR COUNT

: END ERROR CONDITION
:

20%:
ENDSEG
10000¢ :

104405

TRAP
ASL

006337

001333

L10057:

104403
005737
001410

002532

012746
012746

003333
000001

104415
062706

104401

DEC
BNE
ENDSUB

CSESEG
EXP

10¢

TRAP
TST

SMIFT BIT FOR NEXT TEST
DECREMENT LOOP COUNTER
IF NOT DONE, BRANCH BACK

ANY ERRORS

BEQ

BRANCH
IF NO ERRORS
LINE FEED

PRINTX
MOV

MOV
MOV

TRAP

SO0 ;

L10056:

ADO

ENDTST
TRAP

CSETST

——

1142 023444
1143 023452
1144
1145

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:335

PAGE 56

SEQ 00%

TEST16: CHECK QDMA WI BITS (8-13) (MOVING 0)
1167
1168 023550
023550
1169
1170
1171
1172
1173
1174
1175
1176

103

110

LSBTTL
STATSY

T16MSG: :

TEST16: CHECK QGDMA MI BITS (8-13) (MOVING 0)
«CHECK QDMA MI BITS (8-13) (MOVING 0)>
LASCIZ

7 CHECK QDMA MI BITS (8-13) (MOVING 0)/

1008800000000 00000000000000000080000000000800000000000000350000008000008080000

:TEST DESCRIPTIONLA

s+ CHECKS HWI Q-BUS ADDRESS BITS
1 TEST STEPSs+ LOAD QDMA BITS 8-13

s IF U-BRIDGE THEN LOAD BITS 8.9

s+ READ QDMA, CHECK BITS

1177

1178
1179
1180
1181
1182
1183
1184 023616

MOVE BIT
REPEAT FOR ALL BITS

(898200802008 0608000080828020 0260865200288 088200680888202044830200420082886088

T16::

BGNTST

CKPNT

TRAP
P

648
156432
156424

BNE
MOV
MOV
MOV
MOV
TRAP
ADD
CLR

644
OT16MSG, -(SP)
OPNTMSG, -(SP)
02,-(SP)
SP,RO
COPNTF
06, 5P

INIT

sINITIALIZE DEVICE

MOV
MOV
CLR
CLR
MOV
MOV
ST

1190 023716
1191 023720
1192 023724
1193 023730

CSRFLA
PNT RO

18:
§

8EQ
MOV
MOV
MOV
com

OMOMAL
T, BOMT1
INITWORD, 8QMT1
SQINT
ERROR1
4, R1
. ,R2
BRIDGE
T YPE
1)
2. .R2
8ITs,R3
RS, EXP
EXP

s+ PRINT OUT TEST TITLE IF PNT SET

s IS PNT FLAG SET?

IF NOT SET
s+ BRANCH

s+ CLEAR ERROR COUNTER
+INITIALIZE Q-BRIDGE
1SET UP LOOPBACK OPTION
1CLEAR QINT AFTER LOOPBACK ENABLED
CLEAR ERROR FLAG
REGISTER NUMBER TO R1
NUMBER OF BITS TO CHECK
TEST BRIDGE TYPE
IF EQ THEN Q-BRIDGE

NUMBER OF BITS (VU-BRIDGE)

INITIAL DATA PATTERN TO R3

MOVE BIT PATTERN TO EXPECTED

COMPLEMENT FOR MOVING O

s TEST BITS 8-13 WITH MOVING ZERO
§

716.1:

104402

1203 023760

104404
005737
001015
042737
013777

108:

140377
002530

002530
156316

BGNSUB
TRAP

CoBSUB

TRAP
ST

C4BSEG
BRIDGE TYPE

BGNSEG

BNE
8IC
MOV

114
0140377 ,EXP
, 8GDMA
EXP

+
s+
+
1+

TEST BRIDGE TYPE
IF NE THEN U-BRIDGE
CLEAR UNTESTED BITS
MOVE EXPECTED TO REGISTER QDMA

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200
TEST16:

09-JAN-84 12:33

PAGE S6-1
SEQ 0095

CHECK QDMA MI BITS (8-13) (MOVING 0)

1204 023766
1205 023774
1206 024002
1207 024004
1208 024012
024020

017737
042737
000414
042737
013777
017737

1211 024034
gg 024042

023737
001414

1210 024026

042737

156312
140377

002526
002526

176377
002530
156260

002530
156264
002526

114:

002530

002526

124:

176377

002526

MOV
8IC
BR
8IC
MOV
MOV

SQDMA
, VAL
0140377,
vAL
124
0176377 ,ExP
EXP
, SQDMA
SQOMA, VAL

ce
BEQ

EXP, VAL
20¢

8IC

0176377,
VAL

READ QDMA AND MOVE TO VALUE

CLEAR UNTESTED BITS
COMPARE VALUES
CLEAR UNTESTED BITS

MOVE EXPECTED TO REGISTER QDMA
READ QDMA AND MOVE TO VALUE

CLEAR UNTESTED BITS
COMPARE EXPECTED WITH VALUE
IF Ox, BRANCH

g{;

+ ERROR CONDITION

1216 024044

1217 024050
1218 024052

024052

024054
024056
024060
1219 024062
1220 024064
1221 024070

1222

005737

001005

002532

ERRHRD

104456

000001
006125
012246
000402
004737
005237

TS7

BNE

TRAP

012366
002532

1223

15¢:
18¢:

LMORD
.WORD
.MORD
BR
CALL
INC

ERROR1

154

1,MSG22,.ERR7

CSIERHRD

1
MSG22
ERR?7
18¢
DETAIL
ERROR1

SEE IF FIRST ERROR
SKIP HMEADER IF ALREADY PRINTED
TELL OPERATOR ERROR

SKIP DEYAIL LINE IF MEADER PRINTED

PRINT DETAIL LINE

INCREMENT ERROR COUNT

+ END ERROR CONDITION

1224

1225 024074

024074

20%:

024074
1226 024076
1227 024100

104405
006303
010337

1229 024110
1230 024112
1231 024114

005302
001313

024114
1232 024116
1233 024122
1234 024124
024124
024130
024134
024136
024140
1235 024144
1236 024144

104403
005737
001410

1228 024104

024114

024144

005137

012746
012746
010600
104415
062706

104401

100004:

002530

TRAP
ASL
MOV

CSESEG
R3
R3,EXP

DEC
BNE
ENDSUB

R2
10¢

TRAP
ST
BEQ
PRINTX
MOV
MOV
MOV
TRAP
ADO

CSESUB
ERROR1
5004
#FORO
#FORO, -(SP)
0,-(SP)
SP,RO
COPNTX
04,5P

com

L10061:
002532
003333
000001
000004

ENDSEG

5004:

L10060:

EXP

ENDTST
TRAP

CSETST

SHIFT BIT FOR NEXT TEST
PLACE PATTERN IN EXPECTED
COMPLIMENT FOR MOVING O
DECREMENT LOOP COUNTER
IF NOT DONE. BRANCH BACK

ANY ERRORS

BRANCH
IF NO ERRORS
LINE FEED

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

PAGE S7

SEQ 0096

TEST17: CMECK GDMA UXAD BITS

1238

1239 024146

024146

040

103

LSBTTL TEST17: CHECK GDMA UXAD BITS
<«CHECK GDMA UXAD BITS»>
110 T17MSG::
LASCIZ / CHECK GDMA UXAD BITS/
STATST

.‘.“..“.‘.“.‘.0‘.‘.‘.........‘.‘..‘..“.“.“.‘.‘.....‘.....‘.‘.‘......

1242

joe

1243
1244
1245
1246
1247
1248
1249
1250

s TEST DESCRIPTIONs CHECKS UNIBUS EXTENDED ADORESS BITS
s LOUXAD DRIVER AND 121 ARE NOT CHECKED
+TEST STEPSs+ LOAD GDMA BITS 4.5
+ READ GDMA, CHECK BITS
+ INCREMENT PATTERN
s REPEAT FOR ALL PATTERNS
.-.

1253

'..‘...‘.‘.00.0.0‘........‘.‘...‘.......‘.....‘.....“.“.‘...‘.“.‘.‘“..

1254
1255 024174

024174

T17::

1256 024174
024174
104421
024176 022700 001000
024202 001012
024204
024210
024214
024220
024222

012746 024146
012746 002270
012746 000002
010600
104417

648:

1257 024234

1258 024260 012701
1259 024264

024264

1260

024264

CKPNT
TRAP
o
BNE

156054
156046

MOV
MOV
MOV
MOV

ADD
CLR

06, SP
ERROR1

INIT

MOV
MOV
CLR
CLR
MOV

T17.1:
§

1261

BGNSUB
TRAP

s PRINT OUT TEST TITLE IF PNT SET
s 1S PNT FLAG SET?
: BRANCH IF NOT SET

CSPNTF

+INITIALIZE DEVICE

000004

104402

CORFLA

OPNT RO
644
OT17MSG, -(SP)
OPNTMSG. -(SP)
02,-(SP)
RO

TRAP

024224 062706 000006
024230 005037 002532

024234 012777 000100
024242 013777 002520
024250 005077 156024
005037 002532

BGNTST

OMOHAL T, BOMT1
INITWORD, 8GMT1
SQINT
ERROR1
#4,R1

:+ CLEAR ERROR COUNTER

+INITIALIZE Q-BRIDGE
sSET UP LOOPBACK OP(I
;CLEAR QINT AFTER LOOPBACK ENABLED
:CLEAR ERROR FLAG
:+ REGISTER NUMBER TO R1

C#BSUB

s+ TEST WITH BOTH BITS HIGM

1262

1263 024266 012737
1264 024274 013777
1265 024302 017737
1266 024310 042737
1267 024316 023737
1268 024324 001404
1269

000060
002530
155776
177717
002530

002530
156002
002526
002526
002526

]

MOV
MOV
MOV
8IC
o
8EQ

060, EXP
EXP . SADMA
SQGDMA, VAL
0177717, VAL
EXP, VAL
14

g;g

s ERROR CONDITION 1

1272 024326

024326
024330
024332

104456
000001
006172

TRAP
LMORD
.WORD

1,MSG23,ERRS

CHERHRD
1
MSG23

s BIT PATTERN IN EXPECTED
: MOVE PATTERN TO QDMA REGISTER
+ GET VALUE OF REGISTER
s MASK OUT UNDETERMINED BITS
+ COMPARE EXPECTED MITH VALUE
s IF OK, BRANCH

s+ TELL OPERATOR ERROR

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

PAGE 57-1
SEQ 0097

TEST17: CHECK QDMA UXAD BITS

024334
1273 024336
1274 024336

011776

18:

L10063:

104403

.M.

TRAP

T17.2:

ERR4

CSESUB

csesuB

TEST WITH BIT S MIGH

002530
155722
177717

002530
155726

MOV
MOV
MOV
8IC
ce
BEQ

#40,EXP
EXP
, SQDMA
SQDMA
, VAL
0177717 ,VAL
EXP,VAL
24

BIT PATTERN IN EXPECTED

MOVE PATTERN TO QDMA REGISTER

GET VALUE OF REGISTER

MASK OUT UNDETERMINED BITS

COMPARE EXPECTED WITH VALUE
IF 0K, BRANCH

s ERROR CONDITION 2
[l

28:

ERRHRD
TRAP
L.MORD
.WORD
.WORD

L10064;

TELL OPERATOR ERROR

CS$ESUB

T17.3:

104402

2,MSG23,ERR4

CS$ERHRD
2
MSG23
ERR4

csBSuUB

s TEST WITH BIT 4 MHIGM
1295 024416
1296 024424
1297 024432
1298 024440
1299 024446
1300 024454

012737
013777
017737
042737
023737
001404

000020
002530
155646
177717
002530

002530
155652

MOV
MOV
MOV

#20,EXP
EXP
, SQDMA
SQDMA
, VAL

cP
BEQ

EXP,VAL

B8IC

177717,
VAL

BIT PATTERN IN EXPECTED

MOVE PATTERN TO QDMA REGISTER
GET VALUE OF REGISTER
MASK OUT UNDETERMINED BITS

COMPARE EXPECTED WITH VALUE
IF 0K, BRANCH

s ERROR CONDITION 3
N

024460
024462

104456

000003
006172
011776

104403
104402

ERRHRD
TRAP

3¢:

L10065:
T17.4;

.MORD
MORD
.WMORD

3,MSG23,ERR4

CSERMRD

3
MSG23
ERR4

ENDSUB
TRAP

CSESUB

TRAP

csBSUB

BGNSUB

TELL OPERATOR ERROR

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

PAGE S7-2
SEQ 0098

TEST17: CHECK QDMA UXAD BITS

1309
1310
1311 024472
1312 024500
1313 024506
1314 024514

s+ TEST WITH BOTH BITS LOW
012737
013777
017737
042737
023737
001404

002530
155572
177717
002530

002530
155576

MOV
MOV
MOV

900 ,ExP
EXP
, SQDMA
SADMA
, VAL

ce
BEQ

EXP,VAL
a4

8IC

®177717
., VAL

BIT PATTERN IN EXPECTED

MOVE PATTERN TO QDMA REGISTER
GET VALUE OF REGISTER
MASK OUT UNDETERMINED BITS

COMPARE EXPECTED WITH VALUE
IF 0K, BRANCH

3+ ERROR CONDITION &
]

006172
011776

104403
104401

ERRHRD

TRAP

104456

MSG23
ErRE

L10066:

L10062:

4 ,MSG23,ERR4

TRAP

CSESUB

TRAP

CSETST

TELL OPERATOR ERROR

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

PAGE S8

SEQ 0099

TEST18: CHECK QUBA (MOVING 1)

1325
1326 024546
024546
1327
1328
1329

040

103

110

.SBYTL
STATST

TEST18: CHECK QUBA (MOVING 1)
<«CHECK QUBA (MOVING 1)»>
T18MSG:
7/ CHECK QUBA (MOVING 1)/
:
LASCIZ
PR LEBRBLAR0862802488238L0482228805200023242080
8264 LBEEH2924298E228260538
oo

s TEST DESCRIPTION
3 CHECKS ALL REGISTER BITS
3 USES QTSOUT - QTSIN LOOP-BACK
s TEST STEPSs SET QMT1 FUNC = 4 (SELUBAR)

1330
1331
1332

s+ LOAD WORD IN QUBA

s READ GMTO, CHECK
s MOVE BIY
3 REPEAT FOR ALL BITS
[l
.Q-

(6082808 ERBERLERLES LSS

1343 024576
024576
1344 024576
0245

T18::

CKPNT

155452
155444

CSIRFLA

cP
BNE
MOV
MOV

®PNT RO
644
oT18MSG, -(SP)
TTMMSG, -(SP)

MOV
TRAP
ADD

RO
COPNTF
6, SP

MOV

644:

RBHLLEL2280 %

CLR

INITY

MOV
8IS

3+ PRINT OUT TEST TITLE IF PNT SET
IS PNT FLAG SET?

+ BRANCH IF NOT SET

02, -(SP)

sINITIALIZE DEVICE
MOV
OMOMALT ,8OMTL
MOV
INITWORD,8GMT1
SQINT
CLR
CLR
ERROR1
MOV
”,R1

002530
155410

L2228

BGNTST

TRAP

001000

2BE UL L0408 28022880820L4T

#B8IT0,.EXP

O#SELUBAR, 8GMT1

CLEAR ERROR COUNTER

+ INITIALIZE Q-BRIDGE
+SET UP LOOPBACK OPTION
‘

ERROR FLAG

s+ REGISTER NUMBER TO R1

s+ NUMBER OF BITS TO OECK
3 FIRST DATA PATTERN TO CHECKX
s SELECT QMT1 FUNC = 4

]

s TEST BITS 0-15 WITH MOVING ONE
[l

T18.1:

104402

104404
013777
017737
023737
001414

10¢;
002530
155370
002530

155366

TRAP

csBSuUB

TRAP
MOV
MOV
cHP
BEQ

C#BSEG
EXP, SQUBA
SAMTO, VAL
EXP,VAL
20¢

BCNSEG

: ERROR CONDITION

MOVE EXPECTED TO REGISTER QUBA
READ QMTO AND MOVE TO VALUE

COMPARE EXPECTED WITH VALUE
IF O,

BRANCH

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

PAGE S8-1
SEQ 0100

TEST18: CHECK QUBA (MOVING 1)

1362 024736
1363 024742
1364 024744

005737
001005

002532

TST

BNE
ERRHRD
TRAP

ERROR1
15¢
1,MSG24 ,ERR7
EOEW

SEE IF FIRST ERROR
SKIP HEADER IF ALREADY PRINTED
TELL OPERATOR ERROR

MSG24

012366
002532

15¢:
18%:

CALL
INC

ERR7
184
DETAIL

ERROR1

SKIP DETAIL LINE IF HMEADER PRINTED

PRINT DETAIL LINE

INCREMENT ERROR COUNT

+ END ERROR CONDITION
5

204
66
1372 024770
1373 024774
1374 024776
1375 025000

10000$ :

104405

006337
001344

L10070:

104403

005737
001410

012746
012746
104415
062706

104401

ENDSEG
TRAP
ASL

DEC
BNE
ENDSUB

CSESEG

EXP

TRAP
TST

ANY ERRORS

BEQ

BRANCH
IF NO ERRORS
LINE FEED

PRINTX

003333
000001

TRAP

S00¢ :
L10067:

ENDTST
TRAP

SHIFT BIT FOR NEXT TEST
DECREMENT LOOP COUNTER
IF NOT DONE, BRANCH BACK

CSETST

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200
TEST19:

09-JAN-84 12:33

PAGE S9

SEQ 0101

CHECK QUBA (MOVING 0)

1382
1383 025032
025032
1384
1385
1386
1387
1388

040

103

110

.SBTTL
TEST19: CHECK QUBA (MOVING 0)
STATST
<«CHECK QUBA (MOVING 0)>
T19MSG: :
.ASCIZ / CHECK QUBA (MOVING 0)/
180 8 080 080 08808400000008800000008008000000080080880000088080808000008000008

:TEST DESCRIPTION
e

s+ CHECKS ALL REGISTER BITS
s _USES QTSOUT - QTSIN LOOP-BACK
s TEST STEPSs SET QMT1 FUNC = 4 (SELUBAR)
s LOAD WORD IN QUBA
s READ QMTO, CHECK
s MOVE BIT
s REPEAT FOR ALL BITS
:
100000000606800400004004800040000000000000808000080082000080000000088000880888

T19::

001000

644
155166
155160

BGNTST

CKXPNT
TRAP
c
BNE
MOV
MOV
MOV
MOV
TRAP

CSRFLA
OPNT RO
646
OTI9MSG, -(SP)
OPNTMSG, -(SP)
02,-(SP)
SP,RO
CSPNTF

ERROR1

#6,SP

sINITIALIZE DEVICE

155116

MOV
MOV
CLR
CLR
MOV
MOV
g

ERROR1
5,R1
#16. ,R2
#B8ITO,.R3

coM

EXP

8IS

SMOHALT ,8OMTL
INITWORD,8QMT1

R3,EXP

OSELUBAR, 8QMT1

3 PRINT OUT TEST TITLE IF PNT SET
s+ IS PNT FLAG SET?
3 BRANCH IF NOT SET

3+ CLEAR ERROR COUNTER
sINITIALIZE Q-BRIDGE
1SET UP LOOPBACK
OPTION
sCLEAR QINT AFTER LOOPBACK
1CLEAR ERROR FLAG
3+ REGISTER NUMBER TO R1
8 NUMBER OF BITS TO CHECK
§ INITIAL DATA PATTERN TO R3

s+ MOVE BIT PATTERN TO EXPECTED
[ COMPLEMENT FOR MOVING O
s SELECT QMT1 FUNC = 4

s TEST BITS 0-15 WITH MOVING ZERO
:

719.1:

104402

104404
013777
017737
023737
001414

104
002530
155076
002530

155074

TRAP

csBSuUB

TRAP
MOV
MOV
cHP
BEQ

C$BSEG
EXP, SQUBA
SAGMTO, VAL
EXP,VAL
204

BGNSEG

s+
s+
s+
+

MOVE EXPECTED TO REGISTER QUBA
READ GMTO AND MOVE TO VALUE
COMPARE EXPECTED WITH VALUE
IF OK, BRANCH

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200
TEST19:

09-JAN-84 12:33

PAGE 59-1
SEQ 0102

CHECK QUBA (MOVING 0)

1419
1420
1421 025230
1422 025234
1423 025236
025236

+ ERROR CONDITION
005737
001005

002532

‘

TST

BNE

ERRMRD

TRAP

LWMORD
.MORD
.MORD

012366
002532

15¢:
18¢:

BR
CALL
INC

ERROR1

15¢

1,MSG25,ERR7

CS$ERHRD

1
MSG25
ERR7

184
DETAIL
ERROR1

SEE IF FIRST ERROR
SKIP HEADER IF ALREADY PRINTED
TELL OPERATOR ERROR

SKIP DETAIL LINE IF HEADER PRINTED

PRINT DETAIL LINE

INCREMENT ERROR COUNT

+ END ERROR CONDITION
3

20%:

10000¢ :

104405

001341
L10072:

104403
005737
001410

104415
062706

104401

TRAP

CSESEG

MOV
coM
DEC
BNE

R3,EXP
EXP
R2
104

ASL

010337
005137

012746
012746

ENDSEG

ENDSUB

TRAP

TST

PRINTX

003333
000001

MOV
MOV

TRAP

SO0 :
L10071:

ADD

C$ESUB
ERROR1

S00¢

@&FORO
#FORO, -(SP)

#,-(SP)
SP,.RO

COPNTX

.SP

ENDTST

TRAP

CSETST

SHIFT BIT FOR NEXT TEST
ELACE PATTERN IN EXPECTED

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200
TEST20:

09-JAN-84 12:33

PAGE 60

SEQ 0103

CHECK QWC (MOVING 1)

1443
1444 025332
025332
1445
1446
1447
1448
1449
1450
1451
1452
1453
1454
1455
1456
1457
1458
1459 025360
025360
1460 025360

040

103

110

T20MSG: :

TEST20: CHECK QWC (MOVING 1)
<CHECK QWC (MOVING 1)»

.ASCIZ

/7 CHECK QWC (MOVING 1)/

180 8 8 8 0884880888028800888888000000400000480008000000408088000000000000000008
jee

s TEST DESCRIPTION
s+ CHECKS ALL REGISTER BITS
+ TEST STEPS-

s+ REPEAT FOR ALL BITS
5
.--

10080000000000000000080000000000000000000000000000000004000000000088000000008

025360
025362
025366
025370
025374

001000

025332

025400
025404
025406
025410
025414
1461 025420

644

025420

025426

154670
154662

1464 025454

002530

025434
02440
1462 025444
1463 025450

1465
1466
1467
1468 025462
025462
025462
1469 025464
020464
1470 025466
1471 025474
1472 025502
1473 025510
1474
1475
1476
1477 025512
1478 025516
1479 025520

.SBTTL
STATST

BGNTST
CKPNT
TRAP
e
BNE
MOV
MOV
MOV
MOV
TRAP
ADD
%I't

CSRFLA

#PNT RO
644
#T20MSG
. -(SP)
PNTMSG, -(SP)
02, -(SP)
RO
CSPNTF
6, 5P
1

+INITIALIZE DEVICE

MOV
MOV
CLR
CLR
MOV
MOV
MOV

OMQHAL T, 8GMT1
INITWORD, 8QMT1
SQINT
#7,R1
016. ,R2
#8IT0,EXP

; PRINT OUT TEST TITLE IF PNT SET
s+ IS PNT FLAG SET?
s+ BRANCH IF NOT SET

: CLEAR ERROR COUNTER

+INITIALIZE Q-BRIDGE
1SET UP LOOPBACK OPTION
;CLEAR QINT AFTER LOOPBACK ENABLED
:CLEAR ERROR FLAG
:+ REGISTER wa 10 R1
+ NUMBER OF BITS TO CHECK
i FIRST DATA PATTERN TO CHECK

s TEST BITS 0-15 WITH MOVING ONE
3

720.1:

104402

104404
013777
017737
023737
001414

10¢:
002530
154612
002530

154616

TRAP
BGNSEG

TRAP
MOV
MOV
cHp
BEQ

csBSUB

C¢BSEG
EXP, 8QWC
SQWC , VAL
EXP,VAL
20¢

3+
s+
+
1+

MOVE EXPECTED TO REGISTER QuC
READ QWC AND MOVE TO VALUE
COMPARE EXPECTED WITH VALUE
IF OK, BRANCH

’

s ERROR CONDITION
005737
001005

002532

’

TST
BNE

ERRHRD

ERROR1
15¢

1,MSG26,ERR7

s+ SEE IF FIRST ERROR
:+ SKIP HEADER IF ALREADY PRINTED
+

TELL OPERATOR ERROR

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

PAGE 60-1

SEQ 0104

TEST20: CHECK QWC (MOVING 1)

025520

025522
025524
025526

1480 025530
1481 025532
i:g 025536

104456

000001
006315
012246

000402
004737
005237

TRAP

CS$ERMRD

BR
CALL
INC

184
DETAIL
ERROR1

.MORD
.MORD
.MORD

012366
002532

15¢:
18%:

1
MSG26
ERR7

s SKIP DETAIL LINE IF HEADER PRINTED
s+ PRINT DETAIL LINE
+ INCREMENT ERROR COUNT

{::;

s+ END ERROR CONDITION

1486 025542
625542
025542
1487 025544
1488 025550
1489 025552
1490 025554

104405
006337
005302
001344

025554
025554
1491 025556
1492 025562

104403
005737
001410

025564
025570
025574
025576
025600

012746
012746
010600
104415
062706

1493 025564

1494 025604
1495 025604

025604
025604

104401

002530

20%:
ENDSEG
10000¢:
TRAP
ASL
DEC
BNE

L10074:
002532

3 SHIFT BIT FOR NEXT TEST
+ DECREMENT LOOP COUNTER
+ IF NOT DONE, BRANCH BACK

TRAP
TST
BEQ

CSESUB
ERROR1
5004

+ ANY ERRORS
+ BRANCH IF NO ERRORS

MOV
MOV
MOV
TRAP
ADD

#FORO, -(SP)
o1,-(SP)
SP,.RO
CSPNTX
04,SP

ENOSUB

PRINTX

003333
000001
000004

CSESEG
EXP
R2
104

S00¢%:

L10073:

&FORO

ENDTST

TRAP

CSETST

s+ LINE FEED

)

CZFPA A0 CTRL BRIDGE INTFC DIAG MACRO M1200

09 JUAN -84 12:33

“

PAGE &1

SEQ 010%

TESTZ1: CrECK QuC (MOVING O)
1497
1498 025606
05606

040

108

110

1500

TEST21: CHECK QWC (MOVING 0)
LSBTTL
STATSY
«CHECK QuWC (MOVING 0)»
:
T21MSG:
7/ CHECK QuWC (MOVING 0)/
1000800080000 000000000000000000000000008000080000008000800000088000800
000808000
|

+ TEST DESCRIPTION

s CHECXS ALL REGISTER BITS
s TEST STEPS'

i
f

LOAD
WORD IN QuwC
READ QWC, CHECH
MOVE BIY

+ REPEAT FOR ALL BITS
'
'

T21::

BGNTST

CHPNT
TRAP

648:

1515 025674

154414
154406

BNE
MOV
MOV
MOV
MOV
TRAP
ADD

CLR
INIT

CORFLA

#PNT RO

64t
© OT21MSG, -(SP)
PNTMSG, -(SP)
02,-(SP)
‘RO
COPNTF
06, 5P
ERROR1

sINITIALIZE DEVICE

MOV
MOV
CLR
CLR
MOV
MOV
MOV
com

OMOMALT, 8OMT1
INITWORD, SOMT1
SQINT
ERROR1
o7.R1
#8I10,R3
RS, EXP
EXP

s+ PRINT OUT TEST TITLE IF PNT SET
IS PNT FLAG SET?

+ BRANCH IF NOT SET

s+ CLEAR ERROR COUNTER

lMY‘I’H.Il! Q-BRIDGE
s+ REGISTER MUMBER TO R1
+ NUMBER OF BITS TO C’(Cfl
s+ INITIAL DATA PATTERN TO R3S

s+ MOVE BIT PATTERN TO EXPECTED

+ COMPLEMENT FOR MOVING O

s+ TEST BITS 0-15 WITH MOVING ZERO

T21.1:

104402

104404

013777
017737

1529 025772
1530
1531
1532
1533 025774

023737
001414

10¢;
002330
154330
002530

154334

TRAP

cs8suB

TRAP
MOV
MOV

BGNSEG

cw
BEQ

80uC
, VAL

EXP, VAL
204

MOVE EXPECTED TO REGISTER QuC
READ QWC AND MOVE TO VALUE

COMPARE EXPECTED WITH VALUE
IF 0K, BRANCH

: ERROR CONDITION
005737

002532

TST

ERROR1

s+ SEE IF FIRST ERROR

09 -UAN-84 12:35

PAGE &1-1

SEQ 0106

TEST21: CHECK QuC (MOVING 0)

1534 026000

001005

BNE

15¢

026002

104456

TRAP

CSERMRD

.MORD
LMORD

MSG27
ERR7

026004

000001

1536 026012
1537 026014
%gg: 026020

000402
004737
005237

026006
026010

ERRMRD
.MORD

006342
012246

012366
002532

15¢:
184:

BR
CALL
INC

1,MSG27,.ERR7

s SKIP MEADER IF ALREADY PRINTED
s

TELL OPERATOR ERROR

184
DETAIL
ERROR1

s SKIP DETAIL LINE IF HMEADER PRINTED
s PRINT DETAIL LINE
+ INCREMENT ERROR COUNT

{a‘:

s+ END ERROR CONDITION

104405
006303
010337

1546 026040
1547 026042

005302
001341

002530

1545 026034 005137 002530
1548 026044

208:
ENDSEG
100004:
TRAP
ASL
MOV

com

DEC
BNE

ENDSUB

CSESEG
R3
RS, ExP

s SHIFT BIT FOR NEXT TEST
s PLACE PATTERN IN EXPECTED

R2
10¢

+ DECREMENT LOOP COUNTER
+ IF NOT DONE, BRANCH

ExP

026044
026044
1549 026046
1550 026052

104403
005737
001410

002532

TRAP
TST
BEQ

CIESUB
ERROR1
5004

026054

012746

003333

MOV

#F 0RO, -(SP)

1551 026054

026060
026064
026066
026070

1552 026074
1553 026074

026074

012746
010600
104415
062706

104401

L10076:

1542 026024
026024
026024
1543 026026
1544 026030

PRINTX

000001

000004

5004;

L10075:

MOV
MOV
TRAP
ADO

&FORO

e1,-(SP)
SP,RO
COPNTX
04, SP

ENDTST

TRAP

-~ —
S

15%5 026002

CSETST

s+ COMPLIMENT FOR MOVING O

s+ ANY ERRORS
+ BRANCH IF NO ERRORS
s+ LINE FEED

——
. — ———————————
T
. S

CZFPA A0 CTRL BRIDGE INTFC DIAG MACRO M1200

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200
TEST22:

09-JAN-84 12:33

PAGE 62

SEQ 0107

CHECK QVAD (Q-REGISTER) (MOVING 1)

1555

1556 026076
026076
1557

040

103

110

.SBTTL
STATST

T22MSG: :

TEST22: CHECK QVAD (Q-REGISTER) (MOVING 1)

«CHECK QVAD (Q-REGISTER) (MOVING 1)»
.ASCIZ
/7 CHECKX QVAD (Q-REGISTER) (MOVING 1)/

: TEST DESCRIPTION

1+ CHECKS THAT QVAD (A-COUNTER) CAN BE LOADED AND READ
1 TEST STEPSIN
QVAD
SET QMT1 MVADR BIT
READ QVAD, CHECK
CLEAR QMT1 MVADR BIT
MOVE BITY
REPEAT FOR ALL BITS

10 08 0 0 0 0 00000008000008000000000000000000080000000000000000008080080088000

1572
1573 026142

T22::

1574 026142

BGNTST

CXPNT
TRAP

cp
BNE
MOV
MOV

MOV

TRAP

648

ADD
CLR

CIRFLA

O®PNT RO
644
oT22MSG, -(SP)
OPNTMSG, -(SP)

PRINT OQUT TEST TITLE IF PNT SET

IS PNT FLAG SET?
BRANCH IF NOT SET

SP,RO

COPNTF

06 ,SP

CLEAR ERROR COUNTER

s INITIALIZE DEVICE
154106

MOV
CLR
MOV
MOV
MOV

SMOMALT ,80MT]
ERROR1
€10.,.R1
#16. ,R2
#IT0.EXP

]

s TEST BITS 0-15 WITH MOVING ONE
[l

T722.1:

104402
104404
052777
015777
017737
042777
023737
001414

108:;

000002

154034
000002
002530

154036
154046

134036
002526

BGNSUB

TRAP
BGNSEG
TRAP

C$BSEG

MOV

EXP,SQVAD

MOV

SQVAD, VAL

cHP
BEQ

EXP,VAL
208

8IS
8IS

8IC

CeBSuUB
S®QVREN,SQCTL
OMVADR
, BQMT L

SMVADR
, 8OMT 1

: ERROR CONDITION

INITIALIZE Q-BRIDGE
CLEAR ERROR COUNTER
REGISTER NUMBER TO R1

NUMBER OF BITS TO CHECK

FIRST DATA PATTERN TO CHECK

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

PAGE 62-1
SEQ 0108

TEST22: CHECK QVAD (Q-REGISTER) (MOVING 1)
1597
1598 026304
1599 026310
1600 026312

005737
001005

002532

012366
002532

ERROR1

ERRMRD
TRAP
LWORD
.WORD
.MORD

1,MSG28,.ERR7
CSERMRD
1
MSG28
ERR?7

BNE

104456

000001
006367
012246
000402
004737
005237

TST

15¢:
18¢:

BR
CALL
INC

154

SEE IF FIRST ERROR
SKIP HMEADER IF ALREADY PRINTED

184
DETAIL
ERROR1

PRINT DETAIL LINE

TELL OPERATOR ERROR

SKIP DETAIL LINE IF HMEADER PRINTED
INCREMENT ERROR COUNT

s END ERROR CONDITION

100004
:

104405
006337
005302
001333

DEC
BNE
L10100:;

104403

1615 026376
1616 026376
026376
026376

104415
062706

104401

TRAP

ASL

005737
001410
012746
012746

ENDSEG

ENDSUB

TRAP

ERROR1

PRINTX

@#FORO

TRAP

CIPNTX

MOV
MOV
MOV
SO0 :
L10077;

CIESUB

BEQ
003333
000001

CHESEG
E AP
R2
10¢

ADD

S00¢

#FORO, -(SP)
e1,-(SP)
SP,RO
o4,SP

ENDTST

TRAPR

CSETST

SHIFT BIT FOR NEXT TEST
DECREMENT LOOP COUNTER
IF NOT DONE, BRANCH BACK

ERRORS
IF NO ERRORS

208 :

FEED

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

PAGE 63

SEQ 0109

TEST23: CHECK QVAD (Q-REGISTER) (MOVING 0)
1618
1619 026400
026400
1620

040

103

110

.SBTTL
STATST

TEST23: CHECK QVAD (Q-REGISTER) (MOVING 0)
«CHECK QVAD (Q-REGISTER) (MOVING 0)>
T23MSG: :
.ASCIZ
7 CHECKX QVAD (Q-REGISTER) (MOVING C)/
1060800800000 000000000008000000000000000000008000000000000000000000000000008

:YESY DESCRIPTION
LA

1+ CHECKS THAT QVAD (A-COUNTER) CAN BE LOADED AND READ
s TEST STEPS
+ LOAD WORD IN QVAD
SET QMT1 mfloi(lt

[ HEEE0BERLRL0C000P 000000029080 008848020

123::

BGNTST

CKPNT
TRAP

001000

002270
000002

644

4286884028008 20008826408085000008

BNE
MOV
MOV
MOV
MOV
TRAP
ADD
CLR

CIRFLA

OPNT RO

644
#T23MSG, -(SP)
PNTMSG, -(SP)
02,-(SP)
SP,RO
CSPNTF
06, SP

PRINT OUT TEST TITLE IF PNT SET

IS PNT FLAG SET?

BRANCH IF NOT SET

CLEAR ERROR COUNTER

s+ INITIALIZE DEVICE

153604

MOV
CLR
MOV
MOV
MOV
MOV
com

OMQHALT, 8OMT1
ERRORL
€10. ,.R1
016. .R2
#8IT0,R3
RS, EXP
EXP

TRAP
BGNSEG

csBsSuB

INITIALIZE Q-BRIDGE
CLEAR ERROR FLAG

COMPLEMENT FOR MOVING O

: TEST BITS 0-15 WITH MOVING ZERO

723.1:

10¢:

000002

1657 026576
1658 026604
1659 026612

153524
000002
002530

153526
133536
133526
002326
153512
002526

TRAP

C4BSEG

8IS

SQVREN, SQCTL

8IS

SMVADR
, SOMT1

MOV
MOV
8IC

cHP
BEQ

EXP,SQVAD
8QVAD,
V

MVADR
, BGMT

EXP,VAL
204

READ ENABLE
MOVE EXPECTED TO REGISTER QVAD
SET MVADR BIT IN QMT1
READ QVAD AND MOVE TO VALUE

CLEAR MVADR BIT IN QMTL
COMPARE EXPECTED WITH VALUE
IF 0K, BRANCH

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

PAGE 63-1
SEQ 0110

TEST23: CHECK QVAD (Q-REGISTER) (MOVING 0)

1660
{%

[}
s ERROR CONDITION

1663 026614
1664 026620
1665 026622

005737
001005

026624
026626
026630

000001
006430
012246

026622

1666 026632
1667 026634
{::: 026640

002532

104456

000402
004737
005237

ST
BNE
ERRHRD

ERROR1
15
1,MSG29,.ERR7

.WORD
.WORD
.WORD

1
MSG29
ERR7

TRAP

012366
002532

15¢:
184:

BR
CALL
INC

CSERMRD

184
DETAIL
ERROR1

SEE_IF FIRST ERROR
SKIP HMEADER IF ALREADY PRINTED
TELL OPERATOR ERROR

SKIP DETAIL LINE IF MEADER PRINTED

PRINT DETAIL LINE

INCREMENT ERROR COUNT

[]

{:;2

s END ERROR CONDITION

1672 026644
026644
026644
1674 026650

1675 026654

[}

104405

006303
010337

005137

1676 026660
1677 026662
1678 026664

005302
001330

026664

104403

026664

208 :
ENDSEG
100004:
TRAP
002530

MOV

002530

coM

L10102:

1679 026666
1680 026672
1681 026674
026674
026700
026704
026706
026710
1682 026714
1683 026714

005737
001410

002532

012746
012746
010600
104415
062706

003333
000001

026714
1684 026716

104401

026716
026724
026732
026736

012777
013777
005077
005037

026714

ASL

000004

S004:

L10101:

000100
002520
153342
002532

153372
153364

DEC
BNE
£NDSUB

TRAP

TST
BEQ
PRINTX
MOV
MOV
MOV
TRAP
ADD

CSESEG

R3.EXP

SHIFT BIT FOR NEXT TEST

ExP

R
10¢

CIESUB

ERROR1
S00¢
#FORO
OFORO, -(SP)
o,-(SP)
RO
COPNTX
4 ,SP

ENDTST
TRAP
INIT

CSETST

MOV
MOV
CLR
CLR

OMOMALT ,80MTY
INITWORD,8QMT1
SQINT
ERROR1

sINITIALIZE DEVICE

+ INITIALIZE Q-BRIDGE
1SET UP LOOPBACK OPTION
tCLEAR QINT AFTER LOOPBACK ENABLED
1CLEAR ERROR FLAG

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200
TEST24:

09-JAN-84 12:33

PAGE 64

SEQ 0111

CHECK QVAD (U-REGISTER) (MOVING 1)

1686
1687 026742
026742
1688
1689
1690
1691
1692
1693
1694
1695
1696
1697
1698

040

103

110

.SBTTL
TEST24: CHECK OVAD (U-REGISTER) (MOVING 1)
STATST
«CHECK QVAD (U-REGISTER) (MOVING 1)>
T24MSG: :
ASCIZ / CHECK QVAD (U-REGISTER) (MOVING 1)/
1000808000480 000000080000008080000000080008000000000000000800080000000000080000
joe

H’ESY DESCRIPTION

s+ CHECKS THAT QVAD (C-COUNTER) CAN BE LOADED AND READ
s+ USES LDQVADR
- LDUVADR LOOP -BACK
s+ USES QTSOUT - QTSIN LOOP-BACK
s TEST STEPSs SET QMT1 FUNC = 3 (SELUVADR)
+ LOAD WORD IN QMTO
s+ SET QMT1 MVADR BIT
s+ READ QMTO, CHECK
s+ CLEAR QMT1 MVADR BIT
s+ MOVE BIT
s REPEAT FOR ALL BITS
188888880400 08000082008000088800000800008800000080008008000080800008000808000000088

BGNTST
::

TRAP

001000

026742
002270

1721 027136
1722 027144

012737

SP,RO
CSPNTF

%01.1

s+ CLEAR ERROR COUNTER

002530

#16. ,.R2
®BIT0,EXP

s INITIALIZE DEVICE
MOV
OMOMHAL T, 8GMT1
MOV
INITWORD, 8QMT1
CLR
SQINT
CLR
ERROR1
MOV
€10..R1

MOV
MOV

s+ IS PNT FLAG SET?
s BRANCH IF NOT SET

#6,SP
ERROR1

153212

MOV
TRAP
ADO

153242
153234

OPNT RO
644
#T24MSG, -(SP)
OPNTMSG, -(SP)

000100
002520
153212
32

3+ PRINT OUT TEST TITLE IF PNT SET

CIRFLA

ce
BNE
MOV
MOV

1710 027072
1711 027076
1712 027104
1713 027110
1714
1715
1716
1717 027116
027116
16

644 :

002532

1709 027046

CKPNT

'TM

126

‘
+INITIALIZE Q-BRIDGE
1SET UP LOOPBACK OPTION
1CLEAR QINT AFTER LOOPBACK ENABLED
1CLEAR ERROR FLAG
s+ REGISTER NUMBER TO R1
[l

SELECT QMT1 FUNCTION = 3

s+
s
1
1+

MOVE EXPECTED TO REGISTER QVAD
SET MVADR BIT IN QGMT1
READ QVAD AND MOVE TO VALUE
CLEAR MVADR BIT IN QGMT)

s NUMBER OF BITS TO CHECK
s+ FIRST DATA PATTERN TO CHECK

s TEST BITS 0-15 WITH MOVING ONE
H

T24.1:

104402

104404
013777
052777
017737
042777

108
002530
000002
153152

153164

153160

002526
153144

BGNSUB

TRAP

cesBsSuB

TRAP
MOV
8IS
MOV
8IC

C4BSEG
EXP,8QMTO
OMVADR, SOMTL
SAQMTO, VAL
OMVADR, BQMT1

BGNSEG

CZFPA-AO CTRL BRIDCE INTFC DIAG MACRO M1200

09-JAN-84 12:33

PAGE 64-1
SEQ 0112

TEST24: CHECK QVAD (U-REGISTER) (MOVING 1)

1723 027152

};g 027160

023737
001414

002530

002526

cMe

BEQ

EXP, VAL
20%

s+ COMPARE EXPECTED WITH VALUE
s

IF Ox, BRANCH

i;g

+ ERROR CONDITION

1728 027162
1729 027166
1730 027170

005737
001005

027172
027174
027176
1731 027200

000001
006471
012246
000402

027170

1732 027202
{;a 027206

002532

104456

004737
005237

TST
BNE
ERRMRD

ERROR1
15¢
1,MSG30,ERR?

.MORD
.MORD
.MORD
BR

1
MSG30
ERR7
184

TRAP

012366
002532

15¢:
18¢:

CALL
INC

CSERMRD

DETAIL
ERROR1

s+ SEE IF FIRST ERROR
s+ SKIP HEADER IF ALREADY PRINTED
s+ TELL OPERATOR ERROR

s SKIP DETAIL LINE IF HEADER PRINTED
s+ PRINT DETAIL LINE
s+ INCREMENT ERROR COUNT

{;;2

+ END ERROR CONDITION
i

1737 027212

027212

20%:

027212
1738 027214
1739 027220
1740 027222
1741 027224

104405
006337
005302
001336

027224
1742 027226
1743 027232
1744 027234

104403
005737
001410

027224

027234
027240
027244
027246
027250
1745 027254
1746 027254

012746
012746
010600
104415
062706

027254

104401

027254

10000¢:

002530

L10104:
002532
003333
000001

000004

S500¢:

L10103:

ENDSEG
TRAP
ASL
DEC
BNE
ENDSUB

CHESEG
EXP
R2
10¢

TRAP
TST
BEQ
PRINTX

CSESUB
ERROR1
5004
&FORO
#FORO, -(SP)
e1,-(SP)
SP,RO
COPNTX
04,5P

MOV
MOV
MOV
TRAP
ADD

ENDTST
TRAP

CSETSTY

s SHIFT BIT FOR NEXT TEST
s+ DECREMENT LOOP COUNTER
s+ IF NOT DONE, BRANCH BACK

s+ ANY ERRORS
s+ BRANCH IF NO ERRORS
+ LINE FEED

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

PAGE 65

SEQ 0113

TEST2S: CHECK QVAD (U-REGISTER) (MOVING 0)

1748
1749 027256
027256
1750
1751
1752
1753
1754
1755
1756
1757
1758
1759
1760
1761

040

103

110

.SBTTL
STATST

T25MSG: :

.ASCIZ

/7 CHECK QVAD (U-REGISTER) (MOVING 0)/

100088888088 0808080808008000000000000000004000800808000000000000800000000000008
oo

1 TEST DESCRIPTION
3+ CHECKS THAT QVAD (C-COUNTER) CAN BE LOADED AND READ
s USES LDQVADR - LDUYADR LOOP-BACK
s+ USES QTSOUT - QTSIN LOOP-BACK
s TEST STEPS3 SET QMT1 FUNC = 3 (SELUVADR)
s+ LOAD WORD IN QMTO

s
3+
3
s+

1762
1763
1764

SET QMT1 MVADR BIT
READ QMTO, CHECK
CLEAR QMT1 MVADR BIT
MOVE BIY

s+ REPEAT FOR ALL BITS

1765

1766
1767
1768

(0223228083288 00080008000608034488488084688828880880004000480000800080008

1769 027322
027322
1770 027322
027

BGNTST

128
:s

001000
027256
002270
000002

648:

1771 027362

132726
152720
027402
1772 027406
1773 027412
1774 027416
1775 027422
1776 027426
1777 o27432
1778
1779
1780
1781 027440
027440
027440
1782 027442
027442
1783 027444
1784 027452

TEST25: CHECK QVAD (U-REGISTER) (MOVING 0)
<«CHECK QVAD (U-REGISTER) (MOVING 0)»

CKPNT
TRAP
c
BNE
MOV
MOV
MOV
MOV
TRAP
ADO
%I.T

CIRFLA
OPNT RO

644
OT25MSG, -(SP)
OPNTMSG, -(SP)
02,-(SP)
SP,RO
COPNTF
#6,SP
ERROR1

s INITIALIZE DEVICE

MOV
MOV
CLR
CLR
MOV
MOV
MOV
MOV
com
8IS

152656

OMOHAL T, SGMT1
INITWORD,8QMT1
SQINT
ERROR1
€10.,R1
016.,
#B8ITO,R3
R3,.EXP
E
@SELUVADR , 8QMT1

s+ PRINT OUT TEST TITLE IF PNT SET
s+ IS PNT FLAG SET?
s+ BRANCH IF NOT SET

1+ CLEAR ERROR COUNTER

1 INITIALIZE Q-BRIDGE
1SET UP LOOPBACK OPTION
1CLEAR QINT AFTER LOOPBACK ENABLED
1CLEAR ERROR FLAG
s REGISTER NUMBER TO R1
s+ NUMBER OF BITS TO CHECK
s+ INITIAL DATA PATTERN TO R3
s+ MOVE BIT PATTERN TO EXPECTED
+ COMPLEMENT FOR MOVING O
s SELECT FUNCTION 3 IN QMT)

: TEST BITS 0-15 WITH MOVING ZERO
]

725.1:

104402
104404
013777
052777

10¢;
152642
152636

TRAP

csBSuUB

THAP
MOV
8IS

C4BSEG
EXP,8QMTO
OMVADR, 8QMT1

BGNSEG

1+ MOVE EXPECTED TO REGISTER QVAD
s+ SET MVADR BIT IN QMT)

—

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

————

——————

———
i

—

017737
042777
023737
001414

152630
000002

002530

002526
152622
002526

SEQ 0114

MOV
8IC
cve
BEQ

SQMTO, VAL
OMVADR
, 8QMT1
EXP,VAL
204

MOVE CONTENTS OF QVAD TO VALUE

CLEAR MVADR BIT IN QMT1
COMPARE EXPECTED WITH VALUE
IF 0K,

BRANCH

+ ERROR CONDITION

1792 027504
1793 027510

005737
001005

027512

104456

1794 027512

027514
027516
027520
1795 027522
1796 027524
{77’”7 027530

000001
006532
012246
000402
004737
005237

002532

TST
BNE

ERROR1
15¢

TRAP

CS$ERMRD

ERRMRD

012366
002532

15¢:
18¢:

LMORD
.MORD
.MORD
BR
CALL
INC

1,MSG31,ERR7

1
MSG31
ERR7
18¢
DETAIL
ERROR1

SEE IF FIRST ERROR
SKIP HMEADER IF ALREADY PRINTED
TELL OPERATOR ERROR

SKIP DETAIL LINE IF HEADER PRINTED

PRINT DETAIL LINE

INCREMENT ERROR COUNT

i;g

s+ END ERROR CONDITION
i

1801 027534

027534

208 :

027534
1802 027536
1803 027540

1
006303
010337

1805 027550
1806 027552
1807 027554

005302
001333

1804 027544

027554
o2

005137

104403

10000%:

002530
002530

1808 027556
1809 027562
1810 027564
027564
027570
027574
027576
027600
1811 027604
1812 027604

005737
001410

002532

012746
012746
010600
104415
062706

003333
000001

027604

104401

027604

000004

ENDSEG
TRAP
ASL
MOV

CSESEG
R3
R3,ExP

DEC
BNE
ENDSUB

R2
10¢

TRAP

CSESUB

com

L10106:

5004:

L10105:

—

PAGE 65-1

—

TEST25: CHECK QVAD (U-REGISTER) (MOVING 0)
1785 027460
1786 027466
1787 027474
{;..: 027502

—

TST
BEQ
PRINTX
MOV
MOV
MOV
TRAP
ADD

EXP

ERROR1
5004
&FORO
#F 0RO, -(SP)
o1,-(SP)
RO
COPNTX
o4, 5P

ENDTST
TRAP

CSETST

SHIFT BIT FOR NEXT TEST
PLACE PATTERN IN EXPECTED
COMPLIMENT FOR MOVING O
DECREMENT LOOP COUNTER
IF NOT DONE, BRANCH BACK

ANY ERRORS

BRANCH IF NO ERRORS
LINE FEED

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

PAGE 66

SEQ 0115

TEST26: CHECK QVAD INCREMENT (Q-REGISTER)
1814
1815 027606

_— 027606

040

103

110

LSBTTL
STATST

T26MSG::

TEST26: CHECK QVAD INCREMENT (Q-REGISTER)
<«CHECK QVAD INCREMENT (Q-REGISTER)>

.ASCIZ

7 CHECK QVAD INCREMENT (Q-REGISTER)/

1817

1000000000800000000000000000000000400000000000000000000000000000000800848000808

1818
1819

goe
s TEST DESCRIPTION

1820
1821
1822
1823
1824

s CHECKS THAT QVAD (A-COUNTER) INCREMENT ON READ QVDA
s TEST STEPS3 LOAD QVAD WITH 1'S
s READ QVDA
s READ QVAD, CHECK FOR O
'..

1827

1000000000008000000000000000000008000000000000000000080000000000080808808888

1828
1829 027652

0276
1830 027652
027652

126::

027654
027660
027662
027666
027672

104421
022700
001012
012746
012746
012746

027700

104417

027676

027702

1881 027706

010600
062706

005037

001000
027606
002270
000002

BGNTST

CKPNT
TRAP
cHP
BNE
MOV
MOV
MOV

CSRFLA
O®PNT RO
644
OT26MSG, -(SP)
OPNTMSG, -(SP)
02,-(SP)

TRAP

CSPNTF

MOV

000006

002532

[YI N

ADD

CLR

s PRINT OUT TEST TITLE IF PNT SET
s IS PNT FLAG SET?
s BRANCH IF NOT SET

#6,SP

s CLEAR ERROR COUNTER

{:g

s INITIALIZE DEVICE

1834 027712
{:35 027720

012777
012701

000100
000012

152376

MOV
MOV

OMQHAL T, 8QMT1
#10. ,R1

s INITIALIZE Q-BRIDGE
3+ REGISTER NUMBER TO R1

1837

3 TEST FOR INCREMENT

1838

1839 027724

027724

027724
1840 027726
1841 027734
1842 027742
1843 027746
1844 027754
1845 027762
1846 027770
{:z 027776

104402
052777
012777
017702
012737
052777
017737
023737
001406

726.1:
000020
177777
152354
000000
000002
152332
002530

002530
152334
002526
002526

T
8IS
MOV
MOV
MOV
8IS
MOV
cP
BEQ

CsBSUB
S®QVREN, 8QCTL
#-1,8QVAD
8QVDA,R2
#0,.EXP
OMVADR
, 8QMT1
SQVAD, VAL
EXP,VAL
1¢

s+
s
s
3+
3+
3
3
3

READ ENABLE
MOVE ALL ONE'S TO QVAD
DUMMY READ TO QVDA
CLEAR EXPECTED FIELD
ENABLE TO READ QVAD
MOVE CURRENT VALUE OF QVAD TO VAL
COMPARE EXPECTED WITH VALUE
IF OK, BRANCH

TELL OPERATOR ERROR

%:;3
1851 030000
030000
030002
030004
030006
1852 030010

152346
152356

s ERROR CONDITION
§

104456
000001
006573
011776
004737

013230

ERRHRD
TRAP
L.MORD
LMHORD
.WORD
JSR

1,MSG32,ERR4
CS$ERHRD
1
MSG32
ERR4
PC.OUMP

1+ DO OPTIONAL REGISTER DUMP

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

030014

1%:

030014
1855 030016

104403

030016

104401

030016

L10110:

L10107:

PAGE 66-1
SEQ 0116

TEST26: CHECK QVAD INCREMENT (Q-REGISTER)
1853 030014
1854 030014

ENDSUB

TRAP
ENDTST

CSESUB

TRAP

CSETST

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

—

09-JAN-84 12:33

——

—

——

—

———

1858 030020

2099 030020

LSBTTL

040

103

110

STATST

T27MSG::

PAGE 67

7 CHECK QVAD INCREMENT (U-REGISTER)/

1860
1861
1862
1863
1864
1865
1866

100000000000000000000000006000000000000460400000000004000000080000400400880888
jee

1870
1871
1872
1873

s
s
s
s

lTESY DESCRIPTIONs CHECKS THAT QVAD (C-COUNTER) INCREMENT ON LDUVDAT
s+ USES LDQVADR
- LDUVADR LOOP-BACK
s+ USES QTSOUT
- QTSIN LOOP-BACK
s TEST STEPSs SET QMT1 FUNC = 3 (SELUVADR)
s LOAD QMTO WITH 1'S
s SET QMT1 FUNC = 6 (SEL UV DAT)

1867
1868
1869

LOAD GMTO (ANY VALUE)
SET QMT1 MVADR BIT
SEYT QGMTL FUNC = 3 (SELUVADR)
READ GMTO, CHECK FOR O

.-.

10;?

1060008000000888800800800000000000000000000000000000000048008080080000008008

030064
1879 030064
030064
030066
030072
030074

T27::

18
1878 030064

030100
030104
030110
030112
030114
030120

1880 030124

030124

030132
030140
030144
{::é 030150

104421
022700
001012

012746
012746
012746
010600
104417

001000
030020
002270
000002

062706
005037

000006
002532

012777

000100

013777
005077
005037
012701

002520
152134
002532
000012

644

152164

152156

BGNTST

CKPNT
TRAP
cHP
BNE
MOV
MOV
MOV
MOV
TRAP
ADD
CLR

CSRFLA
O®PNT RO
644

#T27MSG, -(SP)
OPNTMSG, -(SP)
2,-(SP)
RO
COPNTF
#6,SP

INIT

sINITIALIZE DEVICE
MOV
OMOHAL T ,8aMTY
MOV
CLR
CLR
MOV

INITWORD,SQMT1
SQINT
ERROR1
#10.,.R1

3 PRINT OQUT TEST TITLE IF PNT SET

3+ IS PNT FLAG SET?
3 BRANCH IF NOT SET

3+ CLEAR ERROR COUNTER

sINITIALIZE Q-BRIDGE

1SET UP LOOPBACK OPTION
stCLEAR QINT AFTER LOOPBACK ENABLED
1CLEAR ERROR FLAG
3 REGISTER NUMBER TO R1

[

1883
1884

3 CHECK QVAD INCREMEMT
p

1885 030154

030154
030154

1886 030156
1887 030164
1888 030172

1889 030200
1890 030206
1891 030214

1892 030222
1893 030230
1894 030236

104402

052777
012777
042777

052777
012737
017737

T27.1:

TRAP

000014
177777
000014

152132
152122
152116

8IS
MOV
8IC

000030

152074

8IC

000030
177777
000016
000000
152052

152110
152100

152066
002530
002526

8IS
MOV

8IS
MOV
MOV

———

SEQ 0117

TEST27: CHECK QVAD INCREMENT (U-REGISTER)
.ASCIZ

——

TEST27: CHECK QVAD INCREMENT (U-REGISTER)

1857

——

CcéBSUB

#SELUVADR, 8QMT1
#-1,80MT0
#SELUVADR, 8GMT1

s SELECY QGMTL FUNC = 3 (SELUVADR)
s LOAD GMTO WITH ALL ZERO'S
s+ DESELECT GMTL FUNC = 3 (SELUVADR)

OSELUVDAT ,GMT1

3+ DESELECT QMT1 FUNC = 6 (SELUVDAT)

O®SELUVDAT ,8QMT1
#-1,00MT0

#SELUVADR !MVADR, BGMT1
#0,EXP
SAGMTO, VAL

3 SELECT QMT1 FUNC = 6 (SELUVDAT)
s L
0 CANY VALUE)

3 SET QMTL = FUNC 3 (SELUVADR) & MVARD BIT
s+ LOAD EXP WITH EXPECTED VALUE
s+ READ GMTO, LOAD INTO VALUE

CZFPA A0 CTRL BRIDGE INTFC DIAG MACRO M1200

TESTET: CHECH QVAD INCREME!
1895 030244
18% 030252
1897 030260
1898
1899
1900
1901

1902

1903

042777
023737

001406

PAGE

£5.0)
&7 1

5€G Gil18

(V-REGISTER)

000016
002530

152044
002526

8IC

OSELUVADR 'MVADR ,30MT ]

DESELECT QMT]1

B8tQ

IF Ox, BRANCH

cHe

ExP,VvAL

= FUNC 5 (SELUVADR
) £ MVARD BI7T

COMPARE EXPECTED WITm vALE

s+ ERROR CONDITION
[l

104456
006633
011776
004737

1904

1905

09 JUAN 84 1.:%3%

104403
104401

013230

18:
L10112:

L10111:

ERRYRD
TRAP
LMORD
LMORD
.HMORD

JSR

1 ,MSG33,.ERRA
CSERRD
1
MSG33
ERR4

PC.0UP

ENDSUB

TRAP

CSESUB

TRAP

CSETST

ENDTST

TELL OPERATOR ERROR

DO OPTIONAL REGISTER DU

CZFPA-AO CTRL BRIDGL INTFC DIAG MACRO M1200

09-JAN-84 12:335

Ci10

PAGE 68

SEQ 0117

TEST28: CHECX VIEW REGISTER RAM

1907
100y 030302

1908 030302

040

103

.SBTTL TEST28: CHMECK VIEW REGISTER RAM
«CHECK VIEW REGISTER RAM>
110 T28MSG::
.ASCIZ 7 CHECK VIEW REGISTER RAM/
STATST

1910
1911

100000000000 0000000080080800000000000000000800000000000800800008080000080008000
goo

1913
1914
1915
1916
1917
1918

s+
s
s
s
s
:

1912

s TEST DESCRIPTION-

CHMECKS EACH VIEW DATA RAM LOCATION WITH 1°'S AND 0°S
CHECKS ALL LOCATIONS FOR NO CHANGE
USES QVAD (Q-REGISTER) FOR READ ADORESS
USED QVAD (U-REGISTER) FOR WRITE ADORESS
USES LUGVDAT - LDUVDAT LOOP-BACK
USES QTSOUT - QTSIN LOOP-BACK

s TEST STEPS-

1921
1922
1923
1924
1925
1906
1927
1928
1329

s+ SET MIODIS (LOOPBACK ENABLE BIT)
3+ SELECT FUNCTION = 3 UVADR
s+ LOAD QVAD CUVADR) WITH ADORESS (START AT 0)
s DESELECT FUNCTION 3
s SELECT FUNCTION = 6 UVDAT
s+ LOAD QMTO WITH 1'S (QVDA WRITE)
s+ CLEAR MIODIS (LOOPBACK ENABLE BIT) AND FUNCTION 6
s+ LOAD QVAD (QVADR) WITH ADDRESS
:+ READ QVDA, CHECK FOR ALL 1'S

1931

s SET MIODIS (LOOPBACK ENABLE BIT)

s REPEAT FOR 2K ADDRESSES (RAM ADDRESS SHOULD BE O AT END)

1932
1933
1934
1935
1936
1937
1938
1939
1940
1941
1942
1943
1944
1945
1946

s SELECT FUNCTION = 3 UVADR
s+ LOAD QVAD (UVADR) WITH ADDRESS
s DESELECT FUNCTION 3
s SELECT FUNCTION = 6 UVDAT
+ LOAD @MTO WITH 0'S (QVOA WRITE)
s SELECT FUNCTION = 3 UVADR
s SET MVADR BIT (QVAD DIRECTION BIT) IN QMT1
s READ GMTO (UVADR) ADDRESS, CHECK FOR INCREMENT
s CLEAR MVADR BIT IN QMT1
s CLEAR MIODIS (LOOPBACK ENABLE BIT) AND FUNCTION 6
+ LOAD QVAD (QVADR) WITH ADORESS
s READ QVDA, CHECK FOR ALL 0'S
s SET MVADR BIT (QVAD DIRECTION BIT) IN QMT1
s READ QVAD, CHECK FOR ADDRESS INCREMENTS
s CLEAR QMT1 MVADR BIT
§

(8886604800804

030334
1953 030334

030334
030336

128::
104421
022700

030342

001012

030354

012746

030344
030350
030362

012746
012746
104417

001000

030302
002270

000002

BGNTST

CKPNT
TRAP
cre

BNE

MOV
MOV
%

TRAP

CORFLA

0T28MSG, -(SP)
(SP)
9 » .o

COPNTF

s+ PRINT OUT TEST TITLE IF PNT SET
s+ IS PNT FLAG SET?
+ BRANCH IF NOT SET

— -

1952 030334

EP0EERBARELESS0000668888000006083200630080805820803082808

i?i

1949

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

D10

PAGE 68-1

SEQ 0120

TEST28: CHECK VIEW REGISTER RAM
030364
030370

062706
005037

644

002532

ADD
CLR

6 ,SP

ERROR1

CLEAR ERROR COUNTER

+ INITIALIZE DEVICE

151714

012777

MOV
MOV
CLR
CLR
MOV

002524

OMOMAL
T, 80MT1
#4000,R1
ERROR1
ERROR2
€0,ADD

: CHECK VIEW REGISTER RAM

INITIALIZE Q-BRIDGE
ALLOW FOR 2x RAM IN LOOP

CLEAR ERROR OCCURED COUNTER
CLEAR ERROR OCCURED COUNTER
START AT RAM ADDRESS ZERO

728.1:

L28:
104404

Cs8SUB
BGNSEG
TRAP

START LOOPS MERE

CHBSEG

s FIRST CHMECK WITH 1'S
s SET U SIDE RAM ADDRESS
1972 030430
1973 030436
1974 030442
1976 030456

1980 030464
1981 030472

013777
005077
042777
052777
013777

042777
052777

002520

151636

000020
000014
002524

000014
000030

MOV
CLR

ADOD
. 8QMTO

SET UP LOOPBACK OPTION
CLEAR QINT AFTER LOOPBACK
CLEAR READ ENABLE
SELECT UVADR
LOAD U SIDE OF QVAD WITH RAM ADDRESS

OSELUVDAT
. 8QMT1

DESELECT UVADR
SELECT UVDAT TO WRITE TO RAM

MOV
MOV

e-1,ExP
EXP.8QMTO

EXPECTED PATTEN TO ExP
MOVE ALL 1'S TO QVDA THROUGH
QMTO

8IS

#QVREN, 8ACTL

MOV

ADD
, 8QVAD

8IC
8IS

MOV

151624

INITWORD
, SQMT1
SQINT

@QVREN, 8QCTL
#SELUVADR
, 8GMT1

} SET WP FOR WRITE TO RAM
.
BIC
@SELUVADR,SGMT1
8IS

: WMRITE DATA
012737
013777

177777
002530

)

: SET @ SIDE RAM ADDRESS
B

052777
012777
013777

MOV
§

00, 80MT1

READ ENABLE
CLEAR MAINTENANCE LOOP-BACK BIT
LOAD QVAD WITH RAM ADDRESS

s READ DATA

017737
023737
001433

151360
002530

MOV
cHP
8€Q

SQVDA, VAL
EXP, VAL
204

READ QVDA

COMPARE EXPECTED WITH VALUE
IF 0K,

BRANCH

s+ ERROR CONDITION 1
005737
001004
104456

002532

ERROR1

ERRHRD

11 ,MSG34,ERRS

BNE

TRAP

104

CSERHRD

CHECK FOR PREVIOUS ERRORS
BRANCH IF PREVIOUS ERRORS

PRINT ERROR HEADER

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:335

E10O

PAGE 68-2

SEQ 0121

TEST28: CHECK VIEW REGISTER RAM
000001

006673
012136
022737

002532

100416

108:

g:s
:

LMORD
"MORD
MORD

O
8MI
PRINTE
MOV
MOV
MOV
MOV
MOV
MOV
TRAP
ADD
INC

1
MSG34
ERRS

019, ,ERROR1
Ss
OFOR4,ADD,
VAL ,EXP
EXP, -(SP)
VAL, -(SP)
ADD, -(SP)
OFOR4, -(SP)
04, -(5P
SP.RO
CPNTB
012,5P

;s SEE IF TOO MANY TO PRINT
; BRANCH IF MORE THAN 10 PRINTED
;

PRINT ERROR LINE

;+ INCREMENT ERROR OCCURRED COUNTER

2013
2014 030642
2015 030650

2016 030654
2017 030662
2018 030670
2019
2020
2021
2022 030676
2023 030704
2024
2025
2026
2027 030712
2028 030720
2029
2030
2031
2032 030726
2033 030734
2034 030742
2035 030730
2036 030756
2037 030764
2038 030772
2039 031000
2040 031004
2041 031012
2042
2043
2044
2045 031014

3 NOW CMECK WITH ALL 0'S
: RESTORE U SIDE RAM ADDRESS AFTER INCREMENT

013777
005077
042777
052777
013777

002520
151424

000020
000014
002524

151446

151420
151426
151416
i

MOV
CLR
8IC
8IS
MOV

INITWORD , 8OMT1
SQINT
#QVREN, 8QCTL
@SELUVADR , 8QMT1
ADD . 8GMTO

s+ SET UP LOOPBACK OPTION
: CLEAR QINT AFTER LOOPBACK ENABLED
s CLEAR READ ENABLE
s SELECT UVADR
s+ LOAD U SIDE OF QVAD WITH RAM ADORESS

: SET UP FOR WRITE TO RAM

042777
052777

000014
000030

151412
151404

8IC
Is

@SELUVADR , BGMT1
@SELUVDAT . 8GMT1

s DESELECT UVADR
3 SELECT UVDAT TO WRITE TO RAM

00, EXP
EXP, SAMTO

s LOAD ALL 0'S TO EXP
s MOVE ALL 0'S TO QVDA THROUGH GMTO

: WRITE DATA

002530
151366

012737
013777

MOV
MOV

s NOW CHMECK TO SEE IF QVAD U SIDE REALLY DID INCREMENT
000014
020002

151340

000002
000014

151362
151354
1351346

002326

151332
151324
002530

8IC
8IS
8IS
MOV
8IC
8IC
MOV
INC
ce
8€Q

OSELUVDAT , 8GMT1
OSELUVADR . 9OMT1
OMVADR,
8GMT1
8QMTO, VAL
OMVADR , BOMT1
OSELUVADR , 8OMT1
ADD, EXP
EXP, VAL
1704

s+ DESELECT UVDAT
s+ SELECT UVADR
s SET MVADR BIT IN QMT1
s+ READ U ADDRESS IN QVAD FROM QMTO
s CLEAR MVADR BIT IN QMT1
s+ DESELECT UVADR
:+ MOVE CURRENT ADDRESS TO EXPECTED
+ INCREMENT EXPECTED
s+ COMPARE EXPECTED WITH VALUE
s IF OK, BRANCH

s+ ERROR CONDITION 2
002532

002534

ST
BNE
ST
BNE

ERROR1
1504
ERROR2
1504

TRAP

CHERHRD

ERRMRD

2,MSG3S

s+ CHECK FOR PREVIOUS ERROR FROM ABOVE
s+ IF ERROR FROM ABOVE, BRANCH
s+ CHECK FOR PREVIOUS ERROR
:+ BRANCH IF PREVIOUS ERRORS

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

F10

PAGE 68-3

SEQ 0122

TEST28: CHECK VIEW REGISTER RAM

2056

000002
006736
000000
022737
100414
013746
913746
J12746
012746
010600
104414
062706
005237

000011

002534

2064
2065
2066 031134
2067 031142
2068 031150
2070
071

2072 031152
2073 031156
2074 031160
031160
031162
031164
031166
2075 031170
g;g 031176
031200
031204
031210
031214
031220
031224
031226
031230
2078 031234
2079
2080 031240
2081
2082
2083
2084 031240

2
MSG3S
O
9. ERROR2
1608

MOV
MOV
MOV
MOV
MOV

VAL,-(SP)
EXP.-(SP)
OFORS.S,-(SP)
#3,-(5P)
SP.RO

PRINTE

002526
002530
003762
000003

TRAP

000010
002534

1608:

ADD

INC

OFORS.S,EXP,
VAL

s SEE IF TOO MANY TO PRINT
: BRANCH IF MORE THAN 10 PRINTED

i PRINT ERROR L INE

CSPNTB
#10,5P

ERROR2

INCREMENT ERROR COUNTER

170¢:

2057
2058
2059 031104
2060 031112
2061 031120
223% 031126

1508:

MORD
‘WORD
‘WORD
(M
BMI

052777
012777
013777
012737

000020
000000
002524
000000

151170
151176
151172
002530

: RESTORE Q SIDE RAM ADORESS AFTER INCREMENT
BIS
SQVREN,SQCTL
s READ ENABLE
MOV
MOV
MOV

#0,80MT1
ADD,SQVAD
00,ExP

i CLEAR MAINTENANCE LOOP-BACK BIT
: LOAD QVAD WITH RAM ADORESS
: RESTORE EXPECTED VALUE

SQVDA,VAL

s READ QVOA

40¢

} READ DATA

017737
023737
001433

151162
002530

005737
001004

002532

104456
000003
006673
012136
022737
100416
013746
013746
013746
012746
012746
010600
104414
062706
005237

002526
002526

MOV
OP

EXP.VAL

ERROR1

+ CHECKX FOR PREVIOUS ERRORS

ERRMRD

3,MSG34,ERRS

:+ PRINT ERROR

BEQ

TRA?

000023

002532

308:

002530
002526
002524
003552
000004

000012
002532

356:

LMORD
JMORD
.MORD

O
8MI
PRINTE
MOV
MOV
MOV
MOV
MOV
MOV
TRAP
ADD
INC

3
MSG34
ERRS

019. ,ERROR1

OFOR4,ADD
VAL ,EXP
,

EXP,
-(
VAL, -(SP)
ADD, -(SP)
OFORS, -(SP)
4, -(SP)
‘RO
CSPNTB
012,5P

i COMPARE EXPECTED WITM VALUE

OK, BRANCH

BRANCH IF PREVIOUS ERRORS

s SEE IF TOO MANY TO PRINT
BRANCH IF MORE THAN 10 PRINTED
+ PRINT ERROR LINE

INCREMENT ERROR OCCURRED COUNTER

404;
i

3 NOW CHECK TO SEE IF QVAD Q SIDE REALLY DID INCREMENT
052777

000002

151050

031032
031034
031036
2050 031040
2051 031046
2052 031050
031050
031054
031060
031064
031070
031072
031074
2053 031100
2054
2055 031104

OMVADR, 8QMT1

+ SET MVADR BIT IN QMT1

CZFPA-ARO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:353

G10

PAGE 68-4

SEQ 0123

TEST28: CHECK VIEMW REGISTER RAM

002524

002530

MOV

ADD ,EXP

s MOVE CURRENT ADDRESS TO EXPECTED

002530

002526

EXP,VAL

005237

002530

023737

001434

INC

BEQ
H

20.20’23

031320

104456
000004
006736
000000

2096 031312
2097 031316

031322
031324
031326

005737
001004

002532
002534

TST
BNE
-4

005737
001007

.WORD

2099 031330 022737 000011 002534
2100 031336 100414

614

MSG3S
©

002526
002530
003670
000003

MOV
MOV
MOV
MOV
MOV

VAL,
-(
EXP, -(SP)
#FORS, -(SP)
o3, -(SP
'RO

031364 062706 000010

ADD

€10, 5P

031362

2102 031370

2104 031374
2105 031374
031374

2106 231574

013746
013746
012746
012746
010600

SO08:

‘MORD
'MORD

9. ,ERROR2
604

031340
031344
031350
031354
031360

PRINTE

104414

005237

002534

TRAP

608:

614:
100008;

108405

INCREMENT EXPECTED

IF Ox, BRANCH

s COMPARE EXPECTED WITH VALUE

ERROR1
SO0¢

CMP
aMI

2101 031340

ERROR CONDITION 4

2094 031304
2095 031310

EXP

3 CLEAR MVADR BIT IN GMT1

INC

CHECK FOR PREVIOUS ERROR FROM ABOVE

20’20”‘ 031302

s READ ADDRESS

mnoi.mn

2089 031274

8QVAD, VAL

BIC

2088 031270

MOV

151034

013737

002526

000002

2087 031262

151046

042777

017737

2086 031254

-4

2085 031246

OFORS,EXP, VAL

s+ SEE IF TOO MANY TO PRINT
: BRANCH IF MORE THAN 10 PRINTED
:+ PRINT ERROR LINE

COPNTB

INCREMENT ERROR COUNTER

ENDSEG
TRAP

CHESEG

gigz

s SET UP FOR NEXT LOOP

2109 031376
2110 031402
2111 031404
gig 031406

005237
005301
001402
000137

002524

030426

INC
DEC
BEQ
P

ADD
R1
754
L28

s INCREMENT TO NEXT RAM ADORESS
:+ DECREMENT LOOP COUNTER
s+ IF DONE, BRANCH
+ NOT FINISHED WITH LOOP, JUMP

gfl;

s LOOP MUST BE COMPLETED, PRINT FINAL ERROR TOTALS IF ANY
1

2116 031412

2117 031412 013701
2118 031416 063701
2119 031422

ggg 031424

005701

002532
002534

754:

MOV
ADD

ERROR1 ,R1
ERROR2 . R1

BEQ

804

001434

: MOVE ERROR1 COUNT TO R1
:+ ADD ERROR2 COUNT TO R1
s+ TEST FOR NO ERRORS
s+ BRANCH IF NO ERRORS

]

i PRINT FINAL ERROR TOTALS

)

2124 031426

031426 013746 002532
031432 012746 004054

031436
031442

012746
010600

000002

PRINTB

MOV
MOV
MOV
MOV

@FOR6,ERROR1

ERRORL, -(SP)
#FORG, -(SP)
02,-(SP)
SP,.RO

ERROR ONE ERROR COUNT

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

H10

PAGE 68-5

SEQ 0124

TEST28: CHECK VIEW REGISTER RAM
104414
062706

CIPNTB

i §§§§§§§§§§§§§§§§

031444
031446
2125 031452
031452
031456
031462
031466
031470
031472
2126 031476
031476

6 ,5P

#FOR7 ,ERROR2

ERROR2, -(SP)
OFOR7,-(SP)

SP,.RO
CIPNTB
6 ,5P

#F ORO
#F 0RO, -(SP)

SP,RO

CSPNTB

80s%:
L10114;

L10113:

g g

2127

+ ERROR TWO ERROR COUNT

CSESUB
CSETST

+ LINE FEED CARRIAGE RETURN

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

110

PAGE 69

SEQ 0125

TEST29: CHECK RAM ADDRESSING (ADDRESS VALUE)

2130

2131 031522

2180 031522

LSBTTL

ca0

103

110

STATST

T29MSG::

TEST29: CHECK RAM ADDRESSING (ADDRESS VALUE)
<«CHECK RAM ADDRESSING (ADDRESS VALUE)>

LASCIZ

7/ CHECK RAM ADDRESSING (ADDRESS VALUE)/

Zlgz

1808804820828 08208485023252080000200088820040024208880004820008800080088042808

joe

2136

3 CHECKS VIEW DATA RAM ADDRESSING

2135

s TEST DESCRIPTION-

2137

s+ LOADS ALL RAM LOCATIONS WITH ADDRESS

2138
2139
2140

s CHECKS ALL RAM LOCATIONS
s+ USES QVAD (Q-REGISTER) FOR ADDRESS
s+ USES LDQVDAT - LDUVDAT LOOP-BACK

2141
2142
2143

3 USES QTSOUT - QTSIN LOOP-BACK
s TEST STEPSs SELECT FUNCTION UVADR

2144

s+ LOAD QVAD WITH ZERO'S THROUGH QMTO

2145

s+ DESELECT FUNCTION UVADR

2146

s SELECT FUNCTION UVDAT

2147

s+ LOAD QVDA WITH ADDRESS VALUE THROUGH QMTO

2148

s REPEAT LOAD QVDA THROUGH QMTO FOR 2X ADDRESSES

2149
2150

s CLEAR MIODIS MAINTENANCE LOOP-BACK B
s+ LOAD QVAD WITH ZERO

2151

s+ READ QVDA,

2152

2153

2154

CHECK FOR ZERO OR 2000 (CONFIRMS 1K OR 2K)

TELL OPERATOR 1K RAM, 2K RAM OR UNKNOWN SIZE RAM

READ QVDA, CHECK DATA

s REPEAT READ QVDA FOR ALL RAM
'..

glg‘
1
2159 031570
031570

2160 031570

031570

(2832628200888
729::
104421

031572
031576
031600
031604
031610
031614
031616
031620
031624

022700
001012
012746
012746
012746
010600
104417
062706
005037

001000

031630
031636
031644
031650
g{:g 031654

012777
013777
005077
005037
012701

000100
002520
150430
002532
000000

2161 031630

000006

002532

644:
150460
150452

2167 031666
2168 031674
2169

CKPNT
ce
BNE
MOV
MOV
MOV
MOV
TRAP
ADD

CLR

INIT

CSRFLA

#PNT RO
644
#T29MSG, -(SP)
OPNTMSG, -(SP)
02,-(SP)
SP,RO
CSPNTF
6, SP
ERROR1

s INITIALIZE DEVICE
MOV
MOV
CLR
CLR
MOV

s+ PRINT QUT TEST TITLE IF PNT SET
s+ IS PNT FLAG SET?
+ BRANCH IF NOT SET

1+ CLEAR ERROR COUNTER

OMOHAL T, 8QMTL
INITWORD, 8QMTL
SQINT
ERROR1
#0,.R1

+ INITIALIZE Q-BRIDGE
1SET UP LOOPBACK OPTION
1CLEAR QINT AFTER LOOPBACK ENABLED
1CLEAR ERROR FLAG
1+ CLEAR R1 AS COUNTER

#QVREN, 8QCTL

+ CLEAR READ ENABLE

gi:;
2166 031660

LEILBPLBLLS420020382288000223048208388000

BGNTST
TRAP

031522
002270
000002

020 988202 LSR8

1+ SET ADDRESS
042777

052777
012777

000020

000014
000000

150414

150422
150412

8IC

’

8IS
MOV

#SELUVADR , 8QMT1
€0,80MTO

s SELECT UVADR
+ LOAD U SIDE OF QVAD WITH RAM ADDRESS

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JUAN-84 12:335

J10

PAGE 69-1

SEQ 0126

TEST29: CHECK RAM ADDRESSING (ADDRESS VALUE)

2170
2171
2172 031702
2173 031710
2174
2175
2176
2177 031716
2178 031716
2179 031722
2180 031724
2181 031730
2182
2183
2184
2185 031732
2186 031740
2187 031746
031752

s+ SET UP FOR WRITE TO RAM
042777
052777

000014
000030

150406
150400

8IC
BIS

OSELUVADR,8GMT1
OSELUVDAT ,8GMT1

DESELECT UVADR
SELECT UVDAT TO WRITE TO RAM

+ LOAD RAM WITH ADDRESSES
1

010177
005201
020127
001372

10%:

150372

MOV
INC
cwe
BNE

R1,8QMTO
R1
R1, 04000
10¢

ALL RAM LOADED,

042777
012737
012701
012737

150356
002530

8IC

MOV
MOV
MOV

LOAD QVDA WITH ADDRESS DATA THROUGH QMTO
INCREMENT COUNTER

HAS IT LOOPED 2K YET?

IF NOT DONE. GO AGAIN

NOW CHECK
FOR 1K OR 2K PRESENT

OMIODIS,8QMT1

02,.ExP
®0,R1
#0,ADD

CLEAR MAINTENANCE LOOP-BACK BIT

SET ADDRESS
031760

052777
012777
017737
022737
001450
012737
012701
022737
001437

150314
150324

BIS

SQVREN, 8QCTL

ce
BEQ
MOV
MOV

€0, VAL
20¢
#1,ExXP
#2000,R1

MOV
MOV

BEQ

40, 8QVAD
SQVDA, VAL

92000, VAL

20¢

ERROR CONDITION, UNKNOWN RAM SIZE
ASSUME 1K FOR REST OF TEST

INC

ERROR1

TRAR

CSERHRD

ERRMRD
LMORD
.WORD
.MORD

1,MSG34,ERRS

1
MSG34
ERRS

TELL OPERATOR UNKNOWN RAM SIZE

2211
2212

012746
012746
010600
104414
062706
010137

013746
013746
013746
012746
012746

003600
000001

PRINTB

&FOR4.

MOV
TRAP
ADD
MOV

.RO
CIPNTB
o4 ,SP
R1,ExP

MOV
MOV
MOV
MOV
MOV

EXP,-(SP)
VAL, -(SP)
ADD, -(SP)
#FOR4, -(SP)
o4, -(SP)

MOV

PRINTB

002524
003552
000004

#FOR4
.S, -(SP)

#FOR4,ADD,
VAL ,EXP

PRINT UNKNOWN RAM SIZE MESSAGE

EXPECTED VALUE FROM R1

PRINT ERROR LINE

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

K10

PAGE 69-2

SEQ 0127

TEST29: CHECK RAM ADDRESSING (ADDRESS VALUE)

032120
032122

032124
g}g 032130

010600
104414
062706
000417

MOV
TRAP
ADD
BR

000012

+ END ERROR CONDITION

2218 032132
2219 032136

005737
001014

002536

032140
032144
032150
032154
032156
032160
gzzg 032164

013746
012746
012746
010600
104414
062706
005237

002530
004227
000002

2220 032140

s PRINT RAM SIZE IF DETERMINED AND NOT PREVIOUSLY PRINTED

20%:

000006
002536
5

2223

005201
005237
017737
010137
023737
001433

002526
002526

22%:?
2248 032306

MOV
MOV
MOV
MOV
TRAP
ADD
INC

EXP,-(SP)
#FOR9, -(SP)
02,-(SP)
SP,RO
CSPNTB
6, SP
RAM

' SET RAM FLAG MESSAGE PRINTED

#FOR9,EXP

TELL OPERATOR HOW MUCH RAM PRESENT

INC
INC
MOV
MOV
cHe
8EQ

R1
ADD
SQVDA, VAL
R1,EXxP
EXP,VAL
S04

' INCREMENT COUNTER
: INCREMENT RAM ADDRESS POINTER
:+ READ NEXT RAM ADDRESS
+ GET EXPECTED IN EXP
+ COMPARE EXPECTED TO VALUE
s IF OK, BRANCH

+ ERROR CONDITION

005737
001004

002532

TST
BNE

ERROR1
454

: HAVE ANY ERRORS OCCURED YET?
: IF PREVIOUS ERROR, BRANCH

g;:
2240 032226
032226
032230
032232
032234
2241 032236
032244
2243 032246
032246
032252
032256
032262
032266
032272
032274
032276
g:; 032302

' SEE IF RAM SIZE ALREADY PRINTED
+ IF RAM SIZE PRINTED,

gfi
2235 032220
Zzggg 032224

RAM
40

NOW LOOP THROUGH AND CHECK REST OF RAM

40s8:

002524
150120
002530
002530

TST
BNE

PRINTB

2224

2225 032170
2226 032170
2227 032172
2228 032176
2229 032204
2230 032210
gg 032216

e12,sP
404

2215

g{"l

SP,RO
CSPNTB

s+ NO PREVIOUS ERRORS
i

104456
000002
006673
012136
022737
100416
013746
013746
013746
012746
012746
010600
104414
062706
005237

000023

002532

4S¢:

002530
002526
002524
003552
000004
000012
002532

484
i

ERRHRD
TRAP
.MORD
.WORD
.MORD
cw
8MI
PRINTB
MOV
MOV
MOV
MOV
MOV
MOV
TRAP
ADD
INC

2,MSG34 ,ERRS
CS$ERHRD
2
MSG34
ERRS
#19. ,ERROR1
484
#FOR4,ADD,VAL
.EXP
EXP, -(SP)
VAL, -(SP)
. =C
OFOR4, -(SP)
o=
SP,RO
CSPNTB
012,5P
1

+ PRINT ERROR HEADER

s SEE IF TOO MANY ERRORS TO PRINT
s BRANCH IF MORE THEN 20 PRINTED
+ PRINT ERROR LINE

INCREMENT ERROR COUNTER

s+ END OF ERROR ROUTINE, CHECKX FOR END OF TEST
i

S50¢:

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JUAN-84 12:33

L10O

PAGE 69-3

SEQ 0128

TEST29: CHECK RAM ADDRESSING (ADDRESS VALUE)
2249 032306
ggssg 032312

020127
001326

003777

cHe
BNE

R1,03777
404

[

ggg

+ END OF TEST
+ BRANCH IF TEST NOT DONE

+ TEST DONE, PRINT FINAL ERROR TOTALS IF ANY

2254 032314
2255 032320

2256

005737
001422

002532

ggz

TST
BEQ

ERROR1
604

s+ ANY ERRORS?
s IF NO, BRANCH

s PRINT FINAL ERROR TOTALS

2259 032322
032322
032326
032332
032336
032340
032342
2260 032346
032346
032352
032356
032360

032

2261 032366
2262 032366

032366
032366

013746
012746
012746
010600
104414
062706

002532
004054
000002

012746
012746
010600
104414

003333
000001

062706

104401

000006

000004

604
:

L10115:

PRINTB
MOV
MOV
MOV
MOV
TRAP
ADD
PRINTB
MOV
MOV
MOV
TRAP

ADD

#FOR6,ERROR1
ERROR1, -(SP)
#FOR6,
-(SP)
02, -(SP)
.
CePNTB
6,SP
#FORO
#F 0RO, -(SP)
el,-(SP)
SP,RO
CSPNTB

o4, 5P

ENDTST
TRAP

CSETST

3+ PRINT NUMBER OF ERRORS

s+ LINE FEED CARRIAGE RETURN

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200
TEST30:

09-JAN-84 12:33

M10

PAGE 70

SEQ 0129

CHECK RAM ADDRESSING (COMPLEMENT ADDRESS VALUE)

2264
2265 032370
032370
2266
2267
2268
2269

040

103

110

.SBTTL
STATST

30MSG: :

TEST30: CHECK RAM ADDRESSING (COMPLEMENT ADDRESS VALUE)
<CHECK RAM ADDRESSING (COMPLEMENT ADDRESS VALUE)>

.ASCIZ

7/ CHECK RAM ADDRESSING (COMPLEMENT ADDRESS VALUE )/

16000000008 808000800000004000000000000000000000800000000000000800000808480808088
gee

s TEST DESCRIPTION3+ CHECKS VIEW DATA RAM ADDRESSING
s+ LOADS ALL RAM LOCATIONS WITH ADDRESS
3 CHECKS ALL RAM LOCATIONS
s+ USES QVAD (Q-REGISTER) FOR ADDRESS
s+ USES LDQVDAT - LDUVDAT LOOP-BACK
3+ USES QTSOUT - QTSIN LOOP-BACK
s TEST STEPS3 SELECT FUNCTION UVADR
s LOAD QVAD WITH ZERO'S THROUGH QGMTO
3 DESELECTY FUNCTION UVADR
3 SELECT FUNCTION UVDAT
s LOAD QVDA WITH COMPLIMENTED ADDRESS VALUE THROUGH QMTO
s REPEAT LOAD QVDA THROUGH QMTO FOR 2K ADDRESSES
3 CLEAR MIODIS MAINTENANCE LOOP-BACK BIT
s LOAD QVAD WITH ZERO
s READ QVDA, CHECK FOR ZERO OR 2000 (CONFIRMS 1K OR 2K)
s TELL OPERATOR 1K RAM, 2K RAM OR UNKNOWN SIZE RAM
s+ READ QVDA, CHECK DATA
s REPEAT READ QVDA FOR ALL RAM
[l
-

106000000006800000004800000484808088080000800008888808088000800000080800488888

730::

CKPNT
TRAP

001000

032370
002270
000002

000006
002532
000100
002520
147546
002532
AT

BGNTST

644
147576
147570

cp
BNE
MOV
MOV
MOV
MOV
TRAP
ADD
%I.T

CSRFLA

OPNT RO
644
#T30MSG, -(SP)
#PNTMSG, -(SP)
0,-(SP)
RO
CSPNTF
#6,SP
ERROR1

sINITIALIZE DEVICE

MOV
MOV
CLR
CLR
MOV

s+ PRINT OUT TEST TITLE IF PNT SET
s+ IS PNT FLAG SET?
3+ BRANCH IF NOT SET

s+ CLEAR ERROR COUNTER

OMOMAL T ,8GMT1
INITWORD,SQMT1
SQINT
ERROR1
¢-1,R1

sINITIALIZE Q-BRIDGE
1SET UP LOOPBACK OPTI
1CLEAR QINT AFTER LOOPBACK ENABLED
1CLEAR ERROR FLAG
s FIRST 1'S COMPLEMENT TO R1

S#QVREN,SQCTL
#SELUVADR, 8GMT1
€0,8QMTO

1+ CLEAR READ ENABLE
+ SELECT UVADR
s+ LOAD U SIDE OF QVAD WITH RAM ADDRESS

s SET ADDRESS
000020
000014
000000

147532
147540
147530

BIC
BIS
MOV

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

N10O

PAGE 70-1

SEQ 0130

TEST30: CHECX RAM ADDRESSING (COMPLEMENT ADDRESS VALUE)

2304
2305
2306 032564
2307 032572
2308
2309
2310
2311 032600

2312 032600

2313 032604
2314 032606

+
042777
052777

000014
000030

SET UP FOR WRITE TO RAM

147524
147516
B

8IC
8IS

#SELUVADR , 8QMT1
@SELUVDAT . 8QMT1

s DESELECT UVADR
: SELECT UVDAT TO WRITE TO RAM

i LOAD RAM WITH ADDRESSES
]

010177

10%:

147510

173777
B

MOV
DEC
cHP
BNE

R1,8GMTO
R1
R1,#tC4000
104

:+ LOAD GQVOA WITH ADDRESS DATA THROUGH GMTO
: DECREMENT COUNTER
: HAS IT LOOPED 2K YET?
: IF NOT DONE, GO AGAIN

: ALL RAM LOADED, NOW CHECK FOR 1K OR 2K PRESENT

2318

147460
147466
00253¢C

8IS
8IC
MOV
MOV
MOV

SQVREN, 8ACTL
OMIODIS,SGMT1
02, EXP
#0.R1
€0, ADD

:+ READ ENABLE
s+ CLEAR MAINTENANCE LOOP-BACK BIT
: ASSUME 2K RAM FOR MESSAGES
: SET COUNTER FOR 2K RAM
: POINT ADD TO FIRST RAM ADDRESS

€0, 8QVAD
SQVDA, VAL
#+C0, VAL
20
o1,ExP
Rl
#+C2000, VAL
‘

: LOAD QVAD WITH RAM ADORESS
: READ FIRST RAM ADORESS
: IS IT 2K RAM
: BRANCH IF 2K RAM
: AMOUNT OF RAM TO EXP FOR MESSAGE
:+ LOAD R1 COUNTER WITH 1K
: IS IT 1K RAM
: IF 1K RAM, BRANCH

: SET ADDRESS
2327 032650
2328 032656
2329 032664
2330 032672
2331 032674
2332 032702
2333 032706

ggu 032714

012777
017737

000000
147440

000001
002000

175777

MOV
MOV
cHP
8EQ
MOV
MOV
P
8EQ

:+ ERROR CONDITION, UNKNOWN RAM SIZE
; ASSUME 1K FOR REST OF TEST
H

INC

ERROR1

TRAP

CHERHRD

ERRMRD

JMORD
'MORD
'MORD

1,MSG34,ERRS

+ INCREMENT ERROR COUNTER
s PRINT ERROR HEADER

1
MSG34
ERRS

s TELL OPERATOR UNKNOWN RAM SIZE
¢

PRINTS
MOV
MOV
MOV
TRAP
ADD
MOV
CoM
PRINTB
MOV
MOV
MOV
MOV

5
OFOR4 .S, -(SP)
o1,-(SP)
SP,RO
CSPNTB
#4,SP
R1,EXP

: PRINT UNKNOWN RAM SIZE MESSAGE

#FOR4,ADD,
VAL ,EXP

: PRINT ERROR LINE

EXP, -(SP)
VAL, -(SP)
ADD, -(SP)
OFOR4, -(SP)

: EXPECTED VALUE FROM R1
i COMPLEMENT EXPRESION

CZFPA A0 CTRL BRIDGE INTFC DIAG MACRO M1200

09 JAN-84 12:33

PAGE

B11
702

SEQ 0131

TESTS0: CHECK RAM ADDRESSING (COMPLEMENT ADDRESS VALUE)

033002 012746 000004
033006 010600

MOV
MOV

033012 062706 000012
gs,:g 033016 000417

ADD
B8R

033010

104414

TRap

2350

]

2353 033020 005737 002536

208:

o, -(5P)
SP
. RO

CIPNTB

012,5P
408

+ END ERROR CONDITION

g;g;

+ PRINT RAM SIZE IF DETERMINED AND NOT PREVIOUSLY PRINTED
B

2354 033024 001014
2355 033026

033026
033032
033036
033042
033044
033046
gggg 033052

013746
012746
012746
010600
104414
062706
005237

002530
004227
000002

RAM

TRAP

CIPNTB

INC
INC
MOV
MOV
com
e
BEQ

R1
ADD
SQVDA, VAL
R1,EXP
ExP
EXP, VAL
S0

p SEE IF RAM SIZE ALREADY PRINTED

; IF RAM SIZE PRINTED, BRANCH
:

TELL OPERATOR HMOW MUCH RAM PRESENT

ADD
06, 5P
INC
' SET RAM FLAG MESSAGE PRINTED
H
s NOW LOOP THROUGH AND CMECK REST OF RAM

2360 033056

408
:

2361 033056
2362 033060
2363 033064
2364 033072
2365 033076
2366 033102
gs,:; 033110

000006
002536

T1S1

BNE
40s
PRINTE OF OR9,EXP
MOV
EXP, -(SP)
MOV
e 0R9, -(SP)
MOV
02,-(5P)
MOV
SP.RO

005201
005237
017737
010137
005137
023737
001432

002524
147232 002526
002530
002530
002530 002526
H

2369

s ERROR CONDITION

g% 033112 005737

002532

ERROR1

' MAVE ANY ERRORS OCCURED YET?
:+ PRINT ERROR MEADER

s+ NO PREVIOUS ERRORS

%332

2375 033116
033116

104456

ERRMRD
TRAP

2,MSG34,ERRS
CHERMRD

033122
033124

006673
012136

JMORD
.MORD

MSG34
ERRS

033120

2376 033126
2377 033134

022737
100416

LMORD

000023

002532

43¢:

O
8MI

019, ,ERROR]
484

033136 013746 002530
033142 013746 002526
033146 013746 002524

MOV
MOV
MOV

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

033162 010600

MOV

OFORA, -(SP)
o4, -(5P)
RO

ADD

012,5P

2378 033136

033152
033156

012746
012746

033164

104414

g;:z 033172

005237

PRINTE

003552
000004

033166 062706 000012

g.;:;

s INCREMENT COUNTER
; INCREMENT RAM mgs POINTER
: READ NEXT RAM ADORESS
:+ GET EXPECTED IN EXP
:+ COMPLEMENT EXPRESION
:+ COMPARE EXPECTED TO VALUE
s IF 0K, BRANCH

002532

MOV
MOV

TRAP

488:
i

INC

OFOR4,ADD,
VAL ,EXP

' SEE IF TOO MANY ERRORS TO PRINT
IF MORE THEN
20 PRINTED
: BRANCH
:+ PRINT ERROR LINE

COPNTB
1

INCREMENT ERROR COUNTER

s END OF ERROR ROUTINE, CHECK FOR END OF TEST
B

CZFPA-A0 CTRL BRIDGE INTFC DIAG MACRO M1200
TEST30:

09 -JAN-84 12:33

PAGE

Cil
70-3

SEQ 0132

CHECK RAM ADDRESSING (COMPLEMENT ADDRESS VALUE)

2383 033176

033176
033202

020127
001325

003777

S0s:

cHe
BhE

R1,03777
40%

s END OF TEST
s BRANCH IF TEST NOT DONE

s TEST DONE, PRINT FINAL ERROR TOTALS IF ANY

033204
033210

005737

001422

002532

ST
BEQ

ERROR1
604

s ANY ERRORS?
s IF NO, BRANCH

s PRINT FINAL ERROR TOTALS
033212

PRINTB

MOV

013746
012746
012746
104414
062706

012746
012746
104414
062706

104401

PRINTB

#FORO

MOV

003333
000001

MOV
TRAP
ADD

604

L10116:

—

@FOR6,ERROR1

OFOR6, -(SP)

MOV
MOV
TRAP
ADD

ERRORL , -(SP)

MOV

02,-(SP)
SP,RO
COPNTB
6, 5P

e —

3 PRINT NUMBER OF ERRORS

!
+

0RO, -(SP)

LINE FEED CARRIAGE RETURN

SP,RO
CSPNTB
o4, 5P

ENDTST

TRAP

CSETST

e ————

—

——

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

D11

PAGE 71

SEQ 0133

TESTS1: CHECK QBA INCREMENT
033260
033260

: 3

2399
2401

040

103

110

LSBTTL
STATST

T31MSG: :

TESTS1: CHECK QBA INCREMENT
«<«CHECK QBA INCREMENT>

ASCIZ

7 CHECK QBA INCREMENT/

1000880000088 0000008800008080080080008204
0808060008888 0000000880s00000000d00

2403

joe

HESY DESCRIPTION

C’COs(S IJS ADDRESS COUNTER INCREMENT
LOAD 1'S IN QDMA BITS 8-13
IF U-BRIDGE THEN LOAD .ITS 8.9
SET QGDMA GO AND m 8IT
QBA,

QDMA, C’GCK IITS 8-13 FOR 0

IF U-BRIDGE THEN CHECKX BITS 8.9
...

180000008008 0080000060804088080080048008248080880000880°0880040800600600004008

TM
104421
022
001012
012746
012746
012746

001000
033260
002270
000002

104417
062706
005037
012777
013777
005077
005037

L 4

CKPNT
TRAP
o
BNE
MOV
MOV
MOV
MOV
TRAP
ADD

ans SR 000100
002520

146712

146742
146734

CSRFLA

OPNT RO
644
#T31MSG, -(SP)
PNTMSG, -(SP)
02,-(sP)
SP .RO
COPNTF
06, 5P

sINITIALIZE nsvxce
MOV

MOV
CLR

002532
5

CLR

SOMT1

uuaé 8aMT1
P M-

ERROR1

s PRINT OUT TEST TITLE IF PNT SET
:+ 1S PNT FLAG SET?
:+ BRANCH IF NOT SET

s CLEAR ERROR COUNTER

s INITIALIZE Q-BRIDGE

1SET UP LOOPBACK OPTION
;CLEAR QINT AFTER LOOPBACK ENABLED
;CLEAR ERROR FLAG

s CHECK GBA INCREMENT
012777
012777
005737
001403
012777
032777
017737
012737
023737
001410

177776

146710
146676

001400

146662
146654
002326

037400

146654

000000
002530

106:

MOV
MOV
ST
8EQ
MOV
BIS
MOV

MOV

cw
BEQ

0177776, 8G8A
037400, BADMA
BRIDGE T YPE
104
€01400, 8ADMA
SOMAWT GO , BADMA
8GBA, VAL
€0,EXP
E. VAL

s ALL ONES TO
¢ SET BITS 8-13 IN GOMA
: TEST BRIDGET
: IF EQ THEN Q-BRIDGE
s SET BITS 8,9 IN GDMA (U-BRIDGE)
+ INITIATE
:+ MOVE GBA TO VALUE
&
i
§

COMPARE EXPECTED WITH VALUE
IF O0x, BRANCH

[

+ ERROR CONDITION

012701

MOV

ERRHRD

#6.R1

1,MSG36,ERR4

+ REGISTER NUMBER TO R1
+

TELL OPERATOR ERROR

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JUAN-84 12:35

PAGE

E11l
71-1

SEQ 0134

TESTS1: CHECK GBA INCREMENT

TRAP

104456

2439 033470
2440
2441
2442
2443 033474
2444 033474
2445 033502
2446 033510
2447 033514
2448 033516
2449 033524
2450 033532
2451 033540
2452
2453
2454
2455 033542
2456 033546
033546
033550
033552
033554
2457 033556

000001
006777
011776
004737

.WORD
.MORD
.MORD

JSR

013230

CS$ERHRD

1
MSG36
ERR4

PC.0UM

DO OPTIONAL REGISTER DUMP

: NOW CHECK QDMA BITS 8-13 FOR 0
0177387
042737
005737

146604
140377

176377
002530

MOV

SADMA
, VAL

BRIDGETYPE

8IC

®176377,VAL

BIC

BEQ
11¢:

MoV
cp
BEQ

9140377,VAL

114

0, .EXP
EXP,VAL
2%

READ QDMA INTO VAL
CLEAR UNTESTED BITS
TEST BRIDGE TYPE

IF EQ THEN Q-BRIDGE
CLEAR UNTESTED BITS (V-BRIDGE)
MOVE EXPECTED TO ExP
COMPARE EXPECTED WITH VALUE
IF O, BRANCH

s ERROR CONDITION
B

MOV

o4 ,R1

TRap

CSERMRD

ERRHRD

013230

MORD
.MORD
.WMORD

28:

L10117:

JSR

2,MSG36.5,.ERR4

2
MSG36.5
ERR4

PC.DUMP

ENDTST

TRAP

CSETST

DO OPTIONAL REGISTER DUMP

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JUAN-84 12:33

F11

PAGE 72

SEQ 0135

TEST32: CHECK QUWC OVERFLOW (READ)
2462 033564
033564

049

103

110

.SBTTL
STATST

T32MSG: :

TEST32: CHECK QWC OVERFLOW (READ)
«CHECK QUC OVERFLOW (READ)>

.ASCIZ

/7 CHECK QWC OVERFLOW (READ)/

1908088880080 00008000080008800000004000008000008080080000000000800000000000008

i TEST DESCRIPTION#

} CHECKS THAT GO WITH DMAMT CAUSES IMMEDIATE OMA REQ
) CHMECKS WC IMCREMENT, OVERFLOM
s
s+
+
s
+

LOAD QuC WITH 1'S
LOAD
GBA WITH VALID ADDRESS
SET GDMA AND GO BIT
READ QWC, CHECK FOR O
CHECK QDMA RDY SET

i
(8886286808003 0%0888008004000080088608008000080000000
00003000880 0000000008

644:

2481 033660

033660
033666
033674
033700
2482 033704
2483 033712
2484 033720
2485 033726
2486 033734
2487 033742
2488 033750
2489
2490
2491
2492 033752
2493 033756

2494 033766
2495
2496

146430
146422

BGNTST

CKPNT
TRAP
e
BNE
MOV
MOV
MOV
MOV
TRAP
ADD
CLR

CORFLA

s PRINT OUT TEST TITLE IF PNT SET
: IS PNT FLAG SET?
: BRANCH IF NOT SET

ERRORL

+ CLEAR ERROR COUNTER

#PNT RO
644
eTI2MSG, -(SP)
OPNTMSG., -(SP)
02,-(SP)
SP .RO
CHPNTF
06, 5P

+INITIALIZE DEVICE

146400
146370
146356

MOV
MOV
CLR
CLR
MOV
MOV
8IS
MOV
MOV
ce
8EQ

OMQHAL T, 8GMT1
INITWORD , 8QMT1
SQINT
ERROR1
o-1,80MC
#SPATCH, 9GBA
0G0, SDMA
80uC , VAL
00, EXP
EXP, VAL
10

sINITIALIZE Q-BRIDGE
sSET UPLOOPBACK OPTION
1CLEAR QINT AFTER LOOPBACK ENABLED
;CLEAR ERROR FLAG
3. LOAD QWC WITH 1'S
:+ LOAD GBA WITH VALID ADORESS
s+ SET GDMA AND GO BIT
s+ READ QWC
s+ EXPECTED VALUE IN EXP
s COMPARE EXPECTED WITH VALUE
:+ BRANCH IF OK

s ERROR CONDITION
]

MOV

7,R1

TRAP

CHERHRD

JSR

PC,OUMP

ERRMRD

013230

JMORD
'MORD
'MORD

1,M3GA0,ERR4

1
MSGAO
ERR4

: END ERROR CONDITION, CHECK FOR RDY SET

: REGISTER NUMBER TO R1
+

TELL OPERATOR ERROR

:+ DO OPTIONAL REGISTER DUMP

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

Gl1

PAGE 72-1

SEQ 0136

TEST32: CHECLK QWC OVERFLOW (READ)

2497

2498 033772

2499 033772
2500 034000
2501 034006

2502

[}

017737
032737
001006

146306
000200

002526
002526

108:

2503

MOV
BIT
BNE

SQ0MA , VAL
ORDY, VAL
208

s READ QDMA REGISTER
3 CHECK FOR RDY SET
3 BRANCH IF 0K

3 ERROR CONDITION

2504

2505 034010
034010
034012
034014
034016
% 034020

[
104456
000002
007423
000000
004737

013230

ERRHRD
TRAP
LWORD
.WMORD
.MORD
JSR

2,MSGAL
CS$ERHRD
2
MSGAL
O
PC,OUMP

2508

3 END ERROR CONDITION

2510 034024
2511 034024

298:

2509

034024
034024

104401

L10120:

ENDTST
TRAP

CSETST

TELL OPERATOR ERROR

s DO OPTIONAL REGISTER DUMP

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

PAGE

H11
73

SEQ 0137

TEST3SS: CHECK QWC OVERFLOW (WRITE)
2513
2514 034026
034026
2515
2516
2517
2518
2519

040

103

110

.SBTTL
STATST

T33MSG: :

TEST33: CHECK QWC OVERFLOW (WRITE)
«<«CHECK QWC OVERFLOW (WRITE)>

LASCIZ

7/ CHECK QWC OVERFLOW (WRITE)/

100888800808 000080800000000800408040804080008000000800888.10480480080000880088
gee

1 TEST DESCRIPTION1+ CHECKS THAT GO CLEARS RDY BIV
3 CHECKS THAT GO CAUSES DMA REQ
s+ CHECKS THAT DMA REQ CAUSES WC INCREMENT
s _CHECKS THAT WC OVERFLOW SETS RDY BIT
s TEST STEPS
s LOAD QWC WITH 177776
: LOAD GBA WITH ANY VALID ADORESS
s SET QMTL FUNC = S (SELDMADA
: SET GDMA GO AND DMAWT BITS
; CHECK GDMA RDY CLEARED
: SET GDMA GO AND DMAWT BITS
s READ QWC, CHECK F
: CHECK QDMA RDY SET
i

‘

1088888888880 0400800008800088:i008000000000080000002880808008000808008800808088800808

733::

001000

034026
002270
000002

648

2538 034122
000100

CKPNT
TRAP
o
BNE
MOV
MOV
MOV
MOV
TRAP
ADD
%t

CSRFLA

#PNT RO
644
#T33MSG, -(SP)
TMSG, -(SP)
02, -(SP)
RO
COPNTF
6, 5P
ERROR1

sINITIALIZE DEVICE

146136

177776

017737
032757
001406

BGNTST

146102
000200
3

MOV
MOV
CLR
CLR
MOV
MOV
8IS
8IS
MOV
BIT
8EQ

OMQHAL T, BGMT1
‘INITWORD , 8GMT1
SQINT
ERROR1
0177776, 80MC
@$PATCH. 8GBA
OSELDMADAT , 8QMT1
0GO ! DMAWT,
SQDMA, VAL
ORDY , VAL
104

s PRINT OUT TEST TITLE IF PNT SET
+ IS PNT FLAG SET?
: BRANCH IF NOT SET

+ CLEAR ERROR COUNTER
JINITIALIZE Q-BRIDGE
1SET UP LOOPBACK OPTION
;CLEAR QINT AFTER LOOPBACK ENABLED
sCLEAR
+ LOAD QMC WITH ALL 1°'S
s LOAD GBA WITH VALID ADDRESS
: SEL QMT1 FUNC =
: SET GDMA GO BIT
s READ QDMA REGI
s+ CHECKX FOR ROY BIT CLEARED
+ BRANCH IF OK

s ERROR CONDITION
§

104456
007103

TRAP

LMORD
JMORD

1,MSG37

CHERMRD

1
MSG37

s+ TELL OPERATOR ERROR

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

PAGE

I11
73- 1

SEQ 0134

TESTS3: CHECK QUC OVERFLOW (WRITE)
034222

ggg 034224

000000

004737

.WMORD

013230

JSR

PC.OUP

+ DO OPTIONAL REGISTER DU

g.;ag

s+ END ERROR CONDITION, CHECK FOR QWC INCREMENT

2554 034230

2555 034230
2556 034236
2557 034244
2558 034252
% 034260

052777
017737
012737
023737
001410

012701

034266

104456

034270
034272
034274

2565 034276

2566

146046
002526
002530
002526

8IS
MOV
MOV
ce
BEQ

0G0 ! DMAWT , SQDMA
80WC, VAL
€0,EXP
EXP,VAL
20¢

s+
s+
s+
s+
+

SET QDMA GO BIT
READ QWC REGISTER
ALL ZEROS FOR EXPECTED
COMPARE EXPECTED WITH VALUE
BRANCH IF Ox

2561
2562
2563 034262

2564 034266

000003
146050
000000
002530

10¢:

000002
007172
011776

004737

+ ERROR CONDITION
5
MOV
o7,R1

000007

ERRHRD

2,MSG38,ERR4

.MORD
.WORD
.MORD

2
MSG38
ERR4

TRAP

013230

2567

JSR

CSERHRD

PC.OUMWP

s+ REGISTER NUMBER TO R1
s+

TELL OPERATOR ERROR

+ DO OPTIONAL REGISTER DUMWW

s+ END ERROR CONDITION, CHECK FOR QDMA RDY SET

2569 034302

2570 034302
2571 034310
g;g 034316

017757
032737
001006

145776
000200

002526
002526

500:

MOV
BIT
BNE

SQDMA , VAL
OROY, VAL
30¢

+ READ QDMA REGISTER
+ CHECK ROY BIT FOR SET
+ BRANCH IF 0K

g;;

+ ERROR CONDITION

2576 034320

034320

034322
034324
034326

2577 034330
2578 034334
2579 034334

034334

;

104456

000003
007254
000000

004737

104401

013230

ERRHRD 3,MSG39
TRAP

LMORD
.MORD
.

30¢:

L10121:

JSR

CS$ERMRD

3
MSG39
0

PC.0UWP

ENDTST
TRAP

CSETST

s+ TELL OPERATOR ERROR
+ DO OPTIONAL REGISTER DUMP
.

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JUAN-84 12:33

J11

PAGE 74

SEQ 0139

TESTS4: DMA 1 WORD (WRITE)

2581
2582 034336
- 034336

040

104

,SBTTL TESTS4: DMA 1 WORD (WRITE)
<DMA 1 WORD (WRITE)>
115 T34MSG::
LASCIZ 7/ DMA 1 WORD C(WRITE)/
STATST

25“

|‘.....‘...‘.‘.‘..“.‘.‘...‘.“‘...“..“.....0......O.‘....‘.‘.“.....‘.‘

2585
2586
2587
2588
2589
2590
2591
2592
2593
2594
2595
2596
2597
2598

oo
s TEST DESCRIPTION:+ CHECKS DMA FROM MEMORY FROM Q-BUS TO UNIBUS
s+ USES QTSOUT - QTSIN LOOP-BACK
s TEST STEPSs+ LOAD DATA WORD IN BUFFER
s LOAD QWC WITH -1
+ LOAD GBA WITH BUFFER ADDRESS
:+ SET QGDMA DMANT AND GO BITS
s SET GMTL FUNC = S (SELDMADAT)
s READ QMTO, CHECK DATA WORD
s CLEAR
QMT1 FUNC = 5 (SELDMADAT)
s REPEAT WITH COMPLEMENT DATA PATTERN
: LOOP 100 TIMES

108 8 08 8 8 88808008000000800080880808828202808800000008808888008880800080800002

2
="

034412

034416
2605 034422

034422
034430
034436
034442
2606 034446
2607 034452

2608 034460

034460

022700 001000
001012
012746 034336
012746 002270
012746
010600

cP
BNE
MOV
MOV

000002

MOV
MOV

104417

TRAP

062706 000006
005037

002532

648:

012777 000100 145666
013777 002520 145660
005077 145636
005037 002532
012705 000144
012737 125252 002530

034460
2609 034462
034462

104402

2613 034506
2614 034514
2615 034522
2616 034530
2617 034536

052777
017737
042777
023737
001430

104404

2610 034464 012777
2611 034472 012777
2612 034500 052777

L34:

000024
145574
000024
002530

145620
145610
145576

145602
002526
145566
002526

CLR
INIT

#PNT RO
644
#T34MSG, -(SP)
OPNTMSG, -(SP)

s IS PNT FLAG SET?
: BRANCH IF NOT SET

02,-(SP)
RO
COPNTF

06, SP

:+ CLEAR ERROR COUNTER

JINITIALIZE DEVICE

134.1;
177777
002530
000003

ADD

: PRINT OUT TEST TITLE IF PNT SET

CSRFLA

MOV
MOV
CLR
CLR
MOV
MOV

OMQHAL T, 8OMT1
INITWORD , 8GMT1
SQINT
ERROR1
€100. ,RS
0125252, ExP

TRAP
BGNSEG
TRAP

C#BSUB

BGNSUB

MOV
MOV
8IS

cHP

sINITIALIZE Q-BRIDGE
1SET UP LOOPBACK OPTION
;CLEAR QINT AFTER LOOPBACK ENABLED
;CLEAR ERROR FLAG
: NUMBER OF LOOPS
:+ STARTING DATA PATTERN TO DMA

C#BSEG

e-1,080uC
EXP , SQBA
SOMAWT !GO, SADMA
EXP,VAL

034410

TRAP

-‘i-‘
: g

034402
034406

CKPNT

034364
034370
034372
034376

104421

nIn as

034362

BGNTST

[~ -lg)

2604 034362

T34::

58°

034362

*®

2603 034362

2338

2599
2600

-1 T0 QuC
RECEIVING BUFFER TO QBA
INITIATE DMA

SET QMT1 FUNC = S
READ QMTO (RECEIVED DMA DATA)
CLEAR QMT1 FUNC = S
COMPARE EXPECTED WITH VALUE
BRANCH IF 0K

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

K11

PAGE 74-1

SEQ 0140

TEST34: DMA 1 WORD (WRITE)

2618
2619
2620

[}

2621 034540

034540

: ERROR CONDITION
3

034542
034544

000001
007520

2622 034550
2623 034554

012704

034556
034560
034564
034570
034574
034600
034602
034604
2625 034610
2626 034614

010446
013746
013746
012746
012746
010600
104414
062706
004737
005237

034546

2624 034556

2627 034620
2628 034620

034620

2629
2630
2631
2632
2633
2634
2635
2636

034620

104405

034622
034626
034630
034632
034636
034640
034644
034644

005137
005305
001405
005737
001002
000137

034644
2637 034646

104403

034646

104401

034644

034646

ERRHRD

104456

TRAP

LMHORD
.WORD

1
MSGA2

MOV
SuUB

€101..R4
RS,R4

.WORD

000145

PRINTB

002526
002530
004261
000004
000012
013230
002532

208

100004:
002530

002532
034462

308:

L10123:

L10122:

1,MSG42

CSERMRD

MOV
MOV
MOV
MOV
MOV
MOV
TRAP
ADD
JSR
INC

oFOR10,EXP,VAL
R4

R4, -(SP)
VAL, -(SP)
EXP, -(SP)
#FOR10, -(SP)
4,-(SP)
SP,.RO
CSPNTB
012,SP
PC.OUMP
ERROR1

TELL OPERATOR ERROR

s CALCULATE LOOP NUMBER
¢t PRINT OUT RESULTS

s DO OPTIONAL REGISTER DUMP
3 SET ERROR FLAG

ENDSEG

TRAP

coM
DEC
BEQ
TST
BNE
P

C$ESEG

EXP
RS
30¢
ERROR1
30¢
L34

ENDSUB
TRAP
ENDTST

CSESUB
.

TRAP

CSETST

3+
s
3
3+
3+
:

COMPLEMENT DATA PATTERN
DECREMENT LOOP COUNTER
BRANCH IF DONE WITH LOOPS
CHECK FOR ERRORS
IF ANY ERRORS, END TEST
PREFORM TEST AGAIN

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

PAGE

L11
75

SEQ 0141

TEST3S: DMA 1 WORD (READ)
2639
2640 034650
034650

040

104

115

.SBYTL
STATST

T3SMSG: :

TEST3SS5: DMA 1 WORD (READ)
<DMA 1 WORD (READ)>

.ASCIZ

7 DMA 1 WORD (READ)/

10000000000000000000000000000000800000000000000000000000000000000000848080088
oo

s TEST DESCRIPTION3 CHECKS DMA TO MEMORY FROM UNIBUS TO Q-BUS
s+ USES UDMAENB - QDMAENB LOOP-BACK
s+ USES QTSOUT - QTSIN LOOP-BACK
s TEST STEPSs SET QMT1 FUNC = 7 (SEL DMA READ)
+ CLEAR BUFFER
s+ LOAD GMTO WITH DATA PATTERN
s LOAD QWC WITH -1
s LOAD QBA WITH BUFFER ADDRESS
s SET GDMA GO BITS
s READ DATA IN BUFFER, CHECK
3 REPEAT WITH COMPLEMENT DATA PATTERN
s LOOP 100 TIMES
3
'..

$100600600600000000000000000080000000800000000000000008000000800008080080080848

73S::
001000

034650
002270

644:

2664 034734
034734
034742
034750
034754
2665 034760
2666 034764
2667 034772
034772
034772
2668 034774
034774
2669 034776
2670 035004
2671 035012
2672 035020
2673 035026
2674 035034
2675 035042

000100
002520
145324

145354
145346

735.1:

L3S:

013737

041660

CKPNT
TRAP
cP

BNE
MOV
MOV
MOV
MOV
TRAP
ADD

%I.Y

CSRFLA
#®PNT RO
644
OT3SMSG, -(SP)
OPNTMSG, -(SP)
02,-(SP)
SP,RO
CSPNTF
6, SP
ERROR1

sINITIALIZE DEVICE

000144

1777177
041660

BGNTST

MOV
MOV
CLR
CLR
MOV
MOV

SMOMALT ,8GMT1
INITWORD,8QMT1
SQINT
ERROR1
#100. ,RS
4]
JEXP

TRAP

csBSUB

TRAP
8IS
MOV
MOV
MOV
MOV
8IS
MOV

C4BSEG

BGNSUB
BGNSEG

L80MT1
€0, SPATCH
EXP,8GMTO
e-1,
#4PATCH, BQBA
#G0, SQDMA
S$PATCH, VAL

s PRINT OUT TEST TITLE IF PNT SET
s+ IS PNT FLAG SET?

3 BRANCH IF NOT SET

3+ CLEAR ERROR COUNTER
s INITIALIZE Q-BRIDGE
i1SET UP LOOPBACK OPTION
sCLEAR QINT AFTER LOOPBACK ENABLED
iCLEAR ERROR FLAG
+ NUMBER OF LOOPS
+ STARTING DATA PATTERN TO DMA

3
s
s+
s
s+
s+
[

SET QMTL FUNC = 7
CLEAR BUFFER
LOAD DATA PATTERN INTO QMTO
-1 TO QuWC
RECEIVING BUFFER TO QBA
INITIATE DMA
MOVE BUFFER TO VALUE

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

M11

PAGE 75-1

SEQ 0142

TEST3S5: DMA 1 WORD (READ)
023737
001430

002530

002526

cMpP
BEQ

COMPARE EXPECTED WITH VALUE
BRANCH IF Ox

s+ ERROR CONDITION
[l

ERRHRD

TRAP

208:

:
100004

002532
000137

104403
104401

034774

MOV
MOV
MOV
MOV
MOV
MOV
TRAP
ADD

R4, -(SP)
VAL, -(SP)
EXP, -(SP)
#F0R10, -(SP)
oTM, -(SP)
SP,RO
CSPNTB
12,5P

JSR
INC

L10125:

L10124:;

TELL OPERATOR ERROR

1
MSGA3
O

0101. .R4
RS,.R4

;

CALCULATE LOOP NUMBER

#FOR10,EXP,VAL
R4

PRINT OUT RESWLTS

PC,.DUMP
ERROR1

0O OPTIONAL REGISTER DUMP
SET ERROR FLAG

ENDSEG

TRAP
coM
DEC
BEAQ

CSESEG
EXP
RS

304

DECREMENT LOOP COUNTER
BRANCH IF DONE WITH LOOPS

BNE
JP

304
L3S

PREFORM TEST AGAIN

30¢:

1,MSGA3

CSERMRD

MOV
SUB

PRINTB

000012
013230
002532

2690 035146
2691 035150
2692 035152
2693 035156
2694 035160
2695 035164
2696 035164
035164
035164
2697 035166
035166
035166

EXP,VAL
208

.WORD
.WORD
.WORD

2676 035050
2677 035056
2678
2679
2680
2681

ERROR1

ENDSUB

TRAP

CSESUB

TRAP

CSETST

ENDTST

COMPLEMENT DATA PATTERN
CHECK FOR ERRORS
IF ANY ERRORS, END TEST

—

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

———

——

—

——

—

2699

2701

040

104

115

2702

LSBTTL
STATST

T36MSG: :

PAGE 76

7 DMA 1 WORD HI MEMORY (WRITE)/

10000000000000000000000000000000000000000000000000000004808080000000008880088
g

s TEST DESCRIPTIONs CHECKS DMA FROM MEMORY FROM Q-BUS MIGHEST AVAILABLE
MEMORY TO UNIBUS
s
3+ USES QTSOUT - QTSIN LOOP-BACK
s TEST STEPSs CHECK IF > 32K WORD MEMORY
s IF YES-

SET UP MEMORY MANAGEMENT REGISTERS

GET TOP OF PROGRAM ADDRESS, CALCULATE NEXT 4KW BLOCK

[l
[l
[l
[l

THIS ADDRESS STORED ( TRANSFER ADDRESS>®
GET MIGHEST AVAILABLE ADDRESS
SET EXTENDED ADDRESS BITS 16 AND 17 FROM HIGHEST ADDRESS
CONVERT MIGHEST AVAILABLE ADDRESS TO 16 BIT ADDRESS

GET TOP THREE BITS OF BLOCK, USE THAT FOR INDEX TO MM REGISTER

ENABLE MAPPING

]

WRITE EXPECTED DATA PATTERN TO MEMORY AT TRANSFER ADDRESS

3 ELSE TRANSFER AT TOP OF BUFFER
3

s
s
:
s
s
s
s+
s

LOAD QUC WITH -1
LOAD QBA WITH BUFFER ADDRESS
SET QDMA DMAMT AND GO BITS
SET QMTL FUNC = S (SELDMADAT)
READ QMTO, CHECK DATA WORD
CLEAR QMT1 FUNC = S (SELDMADAT)
REPEAT WITH COMPLEMENT DATA PATTERN
LOOP 100 TIMES

'--

10006000000000000000800000000000080000000000000000000880048008000000008080000

736::

TRAP

cHP
BNE

001000
035170
002270

644:

o
2736 035266

035266
035274
035302
035306
2737 035312
2738 035316

000100
002520
144772
012737

000144

125252

BGNTST

CKPNT

145022
145014

002530

MOV
MOV
MOV
MOV
TRAP
ADD

th'I'T

CSRFLA

#PNT RO
644

#T36MSG, -(SP)
#PNTMSG, -(SP)
02,-(SP)
RO
CSPNTF
#6,SP

sINITIALIZE DEVICE

MOV
MOV
CLR
CLR
MOV
MOV

——

SEQ 0143

TEST36: DMA 1 WORD HI MEMORY (WRITE)
<DMA 1 WORD HI MEMORY (WRITE)>

.ASCIZ

—

N1l

TEST36: DMA 1 WORD MI MEMORY (WRITE)
2700 035170
035170

—

OMOHAL
T, 8GMTL
INITM.UTI
SQINT
ERROR1
#100. ,RS
9125252 ,EXP

s+ PRINT OUT TEST TITLE IF PNT SET
: IS PNT FLAG SET?
:+ BRANCH IF NOT SET

3 CLEAR ERROR COUNTER
s INITIALIZE Q-BRIDGE
1SET UP LOOPBACK OPTION
sCLEAR QINT AFTER LOOPBACK ENABLED
1CLEAR ERROR FLAG
+ NUMBER OF LOOPS
3+ STARTING DATA PATTERN TO DMA

CZFPA A0 CTRL BRIDGE INTFC DIAG MACRO M1200
TESTS6:

09 JUAN-84 12:3%

PAGE

Bio
76 1

sse

DMA | WORD MI MEMORY (WRITE)

2739 035324
2740 035326

005002

0355326

104402

035326

2741 035330

g;:g 035336

022737
002404

73%.1:
002000

002120

TRAP

BLY

Re
Cs8SuB

02000,

$HIME

013701
0101083
000451

002552

MOV
MOV
BR

FREMEM,R]
R1,R3
L36

2752 035350
2753 035350
2754 035354
2755 035360
2756 035364
2757 035370
27358 035372
2759 035374
2760 035376
2761 035400
2
035402
2763 035404

24:

s+ READ BUFFER ADDRESS
s+ GO DO DMA

s v C.O

004737
013700
062700
042700
010003

014370
002552
020000
017777

000241

006100
006.00
006i00
006100
006100

013760

002120

172340

2766 035416
2767 035424
2768 035426
2769 035432
2770 035440
2771 035442
2772 035446
2773 035452
2774 035456
2775 035460
2776 035462
2777 035464
2778 035472
2779 035476
2780 035504
2781 035510
2782 035514

032737
001402
052702
032737
001402
052792
0127
013701
006301
005300
001375
012737
013713
012777
010177

004000

002120

001000
002000

002120

2784 035526
2785 035534
2786 035542
g;:: 035550

017737
042777
023737
001430

010277

0352777

00400
000006
002120

144562
000024
002530

002526
144554
002526

000024

3¢:

Ss:

177572
144606

PC,MMINIT
FREMEM,RO
020000, RO
017777 ,R0
RO,R3

k;un!.nsuouo)

s+ INDEX TO MM REGISTER TO USE

TIMES 2 FOR INDEX USE

8IY
BEQ
8IS
8IT
BEQ
8IS
MOV
MOV
ASL
DEC
BNE
MOV
MOV
MOV
MOV
8IS
MOV

BIT11,LINIME
3s
#QXAD17,R2
OBIT10,LeHIME
43
®QXAD16,R2
#6,RO
LOMIME R]
R1
RO
5S¢
#8170,MRO
EXP,(RS)
0-1,80u8C
R1,8Q8A
SOMAWT !GO, R2
R2, S8QDMA

s
s
s+
s
s+
s

BIT 11 OF HIGHEST AVAILABLE MEMOKY
IF NOT ON
SET BIT 17
BIT 10 OF MIGHEST AVAILABLE MEMORY
IF NOT ON
SET BIT 16

1
s
s
¢+
s
s+

ENABLE MAPPING
WRITE DATA TO MEMORY
-1 70 QuC
XMITTING BUFFER ADDR TO QGBA
SET UP INITIATE DMA WORD
INITIATE DMA

MOV
8IC
e
BEQ

SOMTO, VAL
OSELDMADAT ,8QMT1
EXP,VAL
’

1+
s
s
+

READ QMTO (RECEIVED DMA DATA)
CLEAR QMT1 FUNC = S
COMPARE EXPECTED WITH VALUE
BRANCH IF Ox

TELL OPERATOR ERROR

'C‘I.,:

as:

000001
002530
177777
144600
000003
144564

JSR
MOV
ADO
8I1C
MOV
CcLC
ROL
ROL
ROL
ROL
ROL

L36:

144570

8IS

RO
RO
RO
RO
RO

OSELOMADAT ,8QMT1

s SET UP MM REGISTERS
s+ GET TO TOP OF PROGRAM
s NEXT axw BLOCx

s+ SAVE FOR BUFFER ADORESS
1+ CLEAR CARRY FLAG
s GET TOP 3 BITS

+ GET BUS ADDRESS
s+ CHANGE TO 16 BIT ADDRESS

s SET QMTL1 FUNC = S

g;g
2791 035552
035552
035554

YES BRANCH

3 MEMORY MANAGEMENT IN USE, SET uP TEST

2783

> 32 WORD MEMORY?

s MEMORY LESS THEN 32xuW, NO MEMORY MANAGEMENT SET P
B

g‘gg

$7es 835‘“,““

g;:;
2746 035340
2747 035344
g;:: 035346

CLR
BLNSUB

+ ERROR CONDITION
i

104456
000001

TRAP
LMORD

1,MSGA2.5
CSERHRD
1

s v C.O

Ol44

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-UAN-84 12:33

PAGFE

Cle
76-2

SEQ 0145

TESTS6: DMA 1| WORD MI MEMORY (WRITE)
007556

:SG‘?.S

000145

002526
002530

004261
000004

CALCULATE LOOP NUMBER

®FOR10,EXP, VAL R4

PRINT OUT RESWLTS

EXP, -(STM)

SP,RO

PC, 0P
1ST
COEXIT

DO OPTIONAL REGISTER DU

-Mm
D x

000012
013230

3 =7°%

883 833338

PRINTB

#101. R4

RS,R4

ENDTST

CSETST

DISABLE MAPPING

s vC.O

————

L10126:

PREFORM TEST AGAIN

[
ln BN o ]

177572

€<

035472
000000

BEQ

30¢:
104401

COMPLEMENT DATA PATTERN

DECREMENT LOOP COUNTER
BRANCH IF DONE WITH LOOPS

Rad

com

001405
000137
012737

—

L10127;

104403
005137

208

035556
035560
2792 035562
2793 035566

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

O09-JUAN-84 12:335

PAGE

D12
77

SEQ 0146

TESTS7: CHECK WOTO TIME
2808

2809 035660

035660
2810
2611
2812
2813
2814
2815
2816
2817
2818
2819
2820
2821
2822
2823
2824
2825
2826
2827
2828
2829
2830
2831 035702

2832

040

103

110

LSBTTL
STATST

TESTS7: CHECK WOTO TIME
«CHECK WODTO TIME>
T37MSG: :
LASCIZ
7 CHECK WDTO TIME/
1008800000000 00000000000008000008000008000000000000000000800008088000080000000
joe

s TEST DESCRIPTIONs+ CHECxS QCTL BITS
s CHECKS THAT TIMER IS OPERATING
s ALLOWS OPERATOR TO CHECK TIMES

- QWDTO LOOP-BACK

IN QCTL
READ QCTL TIME CODE BITS, CHECK
SET QCTL TMRENS
READ QCTL TMRENB, CHECK
WAIT FOR QINT WPWRFL BIT SET ON TIME-OUT
RING BELL
REPEAT 5 TIMES

REPEAT WITH ALL TIMES CODES

(26028002 EB00R2RLLLR000000008
2008028020080
RRLLBELEBR85080822040400028008

035702

001000

035660
002270

648
000100
002520

144316

144346
144340

004353
000001

2842 036034

000000

tyd
144236

CKPNT
TRAP
e
BNE
MOV
MOV
MOV
MOV
TRAP
ADO
gha'

CSRFLA

#PNT RO
644
#T3TMSG, -(SP)
PNTMSG, -(SP)
02,-(SP)
RO
COPNTF
6, 5P
ERROR1

sINITIALIZE DEVICE

036362
036372

000004
036372

BGNTST

MOV
MOV
CLR
CLR
MOV
MOV
MOV
ST
BNE
PRINTEB
MOV
MOV
MOV
TRAP
ADD
INC
MOV

OMOMALT,8GMT1
INITWORD , 8QMT 1
SQINT
ERROR1
o4,R1
o,
OTABLES6,R3
P37
L37
OFOR11
#FOR11, -(SP)
0,-(SP)
SP,RO
CIPNTB
o4,5P
P37
€0, 8QINT

s PRINT OUT TEST TITLE IF PNT SET
: IS PNT FLAG SET?
: BRANCH IF NOT SET

s CLEAR ERROR COUNTER
sINITIALIZE Q-BRIDGE
1SET UP LOOPBACK OPTION
;CLEAR QINT AFTER LOOPBACK
;CLEAR ERROR FLAG
: Rl WITH MPBER OF TIME CODES
: R2 WITH NMBER OF LOOPS PER CODE
: RS WITH TIME CODE TABLE ADDRESS
+ HAS MESSAGE ALREADY BEEN PRINTED
s IF ALREADY PRINTED, SKIP PRINTING
+ PRINT ABOUT USING BELLS IN TESTS

+ INCREMENT PRINTED ABOVE MESSAGE FLAG
: MAKE SURE UPWRFL IS CLEAR

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

El2

PAGE 77-1

SEQ 0147

TESTS7: CHECK WDTO TIME
2643 036042
2844 036050
2645 036054

012777
O0S1377
017737

000000
144226
144222

2848 036072

043737

002530

2846 036062
2647 036066

2849 036100
2850 036104
5335 036112

011337
005137

005137
023737
001410

002530
002530
002530
002530

3144232

002526

MOV
8IS
MOV

00,80CTL
(R3).8QCTL
S0CTL , VAL

3 MAKE SURE TIMER ENABLE IS CLEAR
s SET TIME CODE BITS IN QCTL
s READ QCTL

002526

8IC

EXP,VAL

3 MASK OUT UNTESTED BITS

coM
ce
BEQ

002526

(R3),ExP
EXP

ExP
EXP,VAL
10¢

s MOVE EXPECTED TO ExpP
s COMPLEMENT EXP FOR MASK

s RESTORE EXPECTED VALUE
s COMPARE EXPECTED WITH VALUE
3 BRANCH IF 0K

‘gg.s

s ERROR CONDITION

2855 036114

012701

036120

104456

2856 036120

036122
036124
036126
2857 036130

000001
007663
011776

036132

000242

036130

2858

MOV
coM

[

000003

104432

2869 036160

2870 036164
2871 036172
2872 036200
036200
036202
036204
036206
2873 036210
036210
. 036212

CSERMRD

1,MSGA4 ERR4

LMORD
LHORD
.WORD
EXIT

1
MSGA4
ERR4
ST

.WORD

L10130-.

CSEXIT

s REGISTER NUMBER TO R1
s

TELL OPERATOR ERROR AND ABORT

s ABORT TEST

3 END ERROR CONDITIOM

]

0S2777
017737
032737
001016

000002
144134
000002

144140
002526
002526

108:

[

2867

2868

TRAP

2859

2866

o3 ,R1

ERRMRD

2860

2861 036134
2862 036134
2663 036142
2864 036150
2865 036156

MOV

8IS
MOV
BIT
BNE

OTMRENS ,8QCTL
SQCTL , VAL
OTMRENS , VAL
204

s ENABLE TIMER
s READ QCTL
s TEST FOR TMRENB BIT SET
3 BRANCH IF 0K

s ERROR CONDITION
012701

012737
042737

000003

000002
177775

]

002530
002526

MOV

MOV
8IC
ERRHRD
TRAP
MORD
.WMORD
.WORD
EXIT
TRAP
.WORD

104456
000002
007775
011776
104432
000162

o3,R1

OTMRENB ,EXP
#*CTMRENS , VAL
2,MSGAS,ERR4
C
2
MSGAS
ERR4
TST
COEXIT
L10130-.

s+ REGISTER NUMBER TO R1

s EXPECTED VALUE TO EXP
s CLEAR UNTESTED BIT FOR MESSAGE
s TELL OPERATOR ERROR AND ABORT

s+ ABORT TEST

]

2875

s END ERROR CONDITION

g;,"

s NOW WAIT FOR MAXIMUM OF 8 SECONDS IN .025 SEC INCREMENTS FOR WDTO COMPLETE

2878 036214
2879 036214
2880 036220
2881 036220
036220
036224
036226
036232
036234
036240

208

000360

30%;
012727
000000
013727
000000
005367
001375

000031
002116

177772

MOV

9240. ,R4

s NUMBER OF

DELAY
MOV
LHMORD
MOV
LMORD
gE.E

2S5,
25, ,(PC)e
O
LODLY,(PC)e
O

012704

-6(PC)

.025 SEC TO LOOP

.025 SEC DELAY

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JUAN-84 12:33

PAGE

Fl2
77-2

SEQ 0148

TESTS7: CHECK WDTO TIME

036242 005367
036246 001367
2882 036250
036250

177756

104422

2883 036252 032777 010000
2884 036260 001012

2885 036262 005304

g::g 036264 001355
2888

TRAP

144020

81T

DEC

104456
000003
010077
000000

2891 036276 004737 013230
2892 036302

036302

— 036304

-22(PC)
.
CHBRK

SUPWRFL , SQINT
404

s CHECK FOR OPERATOR INPUT
s TEST FOR WOTO COMPLETE (BIT SET)
: IF TIMER COMPLETE, BRANCH

+ DECREMENT R4 couciu

BNE
308
3 BRANCH IF 6 SECONDS NOT UP
.
s ERROR CONDITION, 8 SECONDS UP WITH NO WOTO COMPLETE

2889

2890 036266
036266
036270
036272
036274

DEC
BNE
BREAK

ERRMRD
TRAP
LMORD
"MORD
JMORD

3,MSG46
CSERMRD
3
MSGA6
O

;

EXIT

T1ST

: ABORT

JSR

104432

TRAP

000070

LMORC'

PC,OUP
CEXIT

TELL OPERATOR ERROR AND ABORT

: DO onxm REGISTER DUMP

L10130-.

2894
2895

+ END ERROR CONDITION
3 WATCH DOG TIMER ENDED PROPERLY, RING BELL AND SET UP FOR LOOPING

2897 036306
2898 036306

408

2896

PRINTB

OFOR12

TRAP

CSPNTB

036306 012746 004462
036312 012746 000001
036316 010600

MOV
MOV
MOV

036322 062706 000004
2899 036326
2900 036330 001402

ADD
DEC
BEQ

036320

2901 036332

2”2

104414

000137

036034

2903

2906 036336
2907 036342
2908 036346
2909 036350

2910 036352
2911 036356
2912 036356
036356
s 036360

L37

+ DECREMENT LOOP COUNTER
s+ IF DONE, BRANCH
s

IF NOT DONE, JUMP BACK

062703
012702
005301
001402
000137

000002
000005
036034

S0$:

608
:

104432
000014

2914

ADD
MOV
DEC
8EQ

02.R3
.
R1
604

EXIT
TRAP
LMORD

TST
COEXIT
L10130-.

L37

:+ POINT RS TO NEXT TIME CODE VALUE
s R2 WITH NUMBER OF LOOPS PER CODE
+ DECREMENT CODE COUNTER
s+ BRANCH IF DONE
+ GO TEST NEXT TIME CODE

: TABLE OT TIME CODES

2915

2916 036362
2917 036362
2918 036364
2919 036366
2920 036370
2921 036372
2922 036374

o4,SP
R2
S0s

: RING BELL

s SET UP FOR NEXT TIME CODE AND CHECK FOR DONE

2904

2905 036336

#FOR12, -(SP)
ox.-(si
SP,RO

[}

000000
000004
000010
000014

TABLES6:

P37;

LMORD
JMORD
JMORD
"WORD
MORD
ENDTST

TIME.S
TIMEL
TIME2
TIMEA
O

:+ 172 SECOND TIME CODE
: 1 SECOND TIME CODE
s+ 2 SECONDS TIME CODE
:+ 4 SECONDS TIME COODE
+ FLAG FOR MESSAGE ABOUT BELL

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JUAN-84 12:335

SEQ 0149

TESTS7: CHECK WDTO TIME

036374
036374

104401

Gle

PAGE 77-3

L10130:

TRAP

CSETST

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

PAGE

H12
78

SEQ 0150

TEST38: CHECK WDTO RESET
036376
036376

103

110

.SBTTL
STATST

T38MSG: :

TEST38: CHECK WDTO RESET
«CHECK WDTO RESET>

LASCIZ

7/ CHECK WOTO RESET/

1008880000080 00000000880000008000000000800008800800000080300400000000000080000000
goe

s TEST DESCRIPTIONs+ CHECKS THAT TIMER CAN BE RESET
s _USES UPWRFAIL - QWODTO LOOP-BACK
s TEST STEPS:
’

SET QCTL TMRENS
WAIT < 10 MILLISECONDS

CHECK QINT WPWRFL FOR O

REPEAT 1000 TIMES

s SET QCTL WDTRST BIT
[

1088800088008 880808008088800800008000880808880080080880000080000088800800008808008080

001000

036376
002270

648

002532
000100
002520

143600

143630
143622

738.1:

000002

012727
000000
013727
000000
005367
001375

000003

001367
032777
001410

143562

002116

177772
177756
010000

143522

EONT RO
644
oT38MSG, (sn
PNTMSG, -(SP)
oz.-(sPS

: IS PNT FLAG SET?
: BRANCH IF NOT SET

%x'r

3 CLEAR ERROR COUNTER

CSRFLA

coiurr

sINITIALIZE DEVICE

001750

032777

BGNTST
CKPNT
TRAP
ot
BNE
MOV
MOV
m

L38:

MOV
MOV
CLR
CLR
MOV

OMGHAL T, 8OMT]
INITWORD, 8QMT1
SQINT
ERROR1
€1000. ,R1

TRAP

CI8SUB

DELAY

BGNSUB

BIS

MOV
LMORD
MOV
LMORD
DEC
BNE
DEC
BNE
BIT
BEQ

s PRINT OUT TEST TITLE IF PNT SET

.mnuuz: Q-BRIDGE
sSET UPLOOPBACK OPTI
;CLEAR QINT AFTER LOOPBACK ENABLED
;CLEAR ERROR FLAG
: NUMBER OF LOOPS IN TEST

STMRENS , 8AC TL

s SET TMRENS BIT IN QCTL

+ CHECK UPWRFL FOR CLEAR
s BRANCH IF OK

: ERROR CONDITION

: WAIT ABOUT 7.5 MS

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

PAGE

112
78-1

SEQ 0151

TESTS8: CHECK WDTO RESET

036562
036564
036566

000001
010140
000000

2987 036576

000016

2955 036570
2956 036574
036574

ERRHRD
TRAP

104456

004737

.MORD
.WORD
.WMORD

013230

JSR
EXIT
TRAP

104432

.WORD

2958
2959

2960 036600
2961 036600
2962 036606

036606

036606
2963 036610
2964 036612
2965 036614

036614
036614

052777
104403
005301
001337

104401

000001

143474

1,MSGA7
CS$ERMRD

PC,0uUMP
ST
CSEXIT

+ DO OPTIONAL REGISTER DUMP
s+ ABORT TEST IF ERROR

1
MSGA7
O

TELL OPERATOR ERROR

L10131-,

;

+ END ERROR CONDITION
:

10¢:

L10132:

L10131:

8IS
ENDSUB

MDTRST ,8QCTL

SET WDTRST BIT

TRAP
DEC
BNE
ENDTST

CSESUB
R1
L38

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

TRAP

CSETST

—

2954 036560
036560

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200
TEST39:

CHECK VNTACK

2967
2968 036616
036616

09-JAN-84 12:33

J12

PAGE 79

SEQ 0152

INTERRUPT

040

103

110

.SBTTL
STATST

TEST39: CHECK VNTACK INTERRUPT
<CHECK VNTACK INTERRUPT>
.ASCIZ
/7 CHECK VNTACK INTERRUPT/

1808880888880 08008800880088800000800800880808000008000000084800000040800808000008
.o

:TEST DESCIPTION-

s+ CHECKS THAT VNTACK SETTING CAN CAUSE INTERRUPT
USES QCMDACK - UEVENTACK LOOP-BACK

: TEST STEPS-

SET INTERRUPT VECTOR

8
CHECK FOR IMMEDIATE INTERRUPT
RESTORE INTERRUPT VECTOR
(080828082804 0009082082888240240884080888082800800R0R0RBCRRRLRRNARRRLRERRY

000006
002532
000100
002520

143352
002532

6446

143402
143374

s INITIAL

000340
037060

000003
000010

143304
000100

ez ¥P3333888453

036616
002270
000002

143310

s+ PRINT OUT TEST TITLE IF PNT SET

+ IS PNT FLAG SET?
SET
CH
IF NOT
s+ BRAN

+ CLEAR ERROR COUNTER

001000

BGNTST

739::

+ INITIALIZE Q-BRIDGE

+SET UP
LOOPBACK OPTION

lCLEM QINT AFTER LOOPBACK ENABLED
1CLEAR ERROR FLAG
+ SET INTERRUPT VECTOR

SET ACKIE BIT

READ QVNT

IS ACKIE BIT REALLY SET
BRANCH IF 0K

2997 037004
€998 037010
2999 037016
037016

000001
000100

002530

8¢

: ERROR CONDITION
TRAP

o1,R1
®ACKIE ,EXP
1,MSGAS ,ERR4
CS$ERMHRD

s+ REGISTER NUMBER TO R1
+

EXPECTED PATTERN TO EXP
TELL OPERATOR ERROR

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

3002
3003
3004
3005
3006
Ssggz

SEQ 0153

000001
010177
011776
000417

.WORD
.WORD
.WORD
B8R

1
MSGAS8
ERR4
E39

3+ BRANCH TO END

3 END ERROR CONDITION

0S2777
000240
000240

000001

143236

10%:

BIS
NOP
NOP

#CMDACK , 8QCMD

Ssggz

s SET QMDACK BIT,
INTERRUPT NOW
s ALLOW SMALL AMOUNT OF TIME

3 ERROR CONDITION, INTERRUPT DID NOT WORK IF HERE

3011 037042

037042
037044

104456
000002

gfi 037056

000403

037046
037050
3012 037052

010247
000000
004737

ERRHRD

2,MSGA9

.WORD
.WORD
JSR

MSGA9
O
PC,DUMP

; DO OPTIONAL REGISTER DUMP

TRAP
LWORD

013230

B8R

CS$ERHRD
2

E39

TELL OPERATOR ERROR

: SKIP INTERRUPT SERVICE ROUTINE

3015
,Sgg

s END ERROR CONDITION
3+ INTERRUPT SERVICE ROUTINE
3

3018 037060

037060

3019 037060
3020 037064

012716

. 037064

000002

037064

037066

L39::
L10134;

L39
MOV
END

®E39,(SP)

RTI

3 END INTERRUPT SERVICE ROUTINE

3024 037066
3025 037066
037066
037072
3026 037074
037074
037074

E39:
013700

104436
104401

—

K12

037030
037030
037036
037040

PAGE 79-1

TEST39: CHECK VNTACK INTERRUPT
037020
037022
037024
’333? 037026

——

002512

L10133:;

CLRVEC
MOV

VECTOR
VECTOR,RO

TRAP
ENDTST

CsCVvEC

TRAP

CSETST

3+ CLEAR VECTOR

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200
TEST40:

09-JUAN-84 12:33

L12

PAGE 80

CHECK CMOPRS INTERRUPT

3028
3029 037076
037076
3030
3031
3032

040

103

110

.SBTTL
STATST

TEST40: CHECK CMOPRS INTERRUPT
«CHECK CMDPRS INTERRUPT>
TAOMSG: :
.ASCIZ
7 CHECK CMOPRS INTERRUPT/
100000000000000000000000000000000000000004000000000000008000000000000000088
goe

s TEST DESCIPTION-

CKS THAT CMDPRS SETTING CAN CAUSE INTERRUPT

1 _USES CVENTFRS - UCMDPRS LOOP -BACK

SET INTWT VECTOR

SET QCMD PRSIE BIT
CHECK FOR BIT SET
SET QVNT VNTPRS BIT
CHECX FOR IMMEDIATE INTERRUPT
RESTORE INTERRUPT VECTOR
1808808088/ 080888002808080080800008088080888000000008088000488004880800080008000880

037076
002270
000002

644

3049 037166

143122
143114

sINITIAL

4
-

143026

001000

BGNTST

z. 33533333 u 444 H
A

T40::

002530
037276

s+ PRINT OUT TEST TITLE IF PNT SET
s IS PNT FLAG SET?
s BRANCH IF NOT SET

+ CLEAR ERROR COUNTER

lIN%TI&IZE Q-BRIDGE
ERROR
VECTOR, #L40, #PRIO7

PRIO7, -(SP)

+ SET INTERRUPT VECTOR

VECTOR, -(SP)

sP)

SET QCMD PRSIE BIT
READ QCMD
IS PRSIE BIT SET
BRANCH IF 0K

+ REGISTER NUMBER TO R1

EXPECTED PATTERN TO EXP

+ TELL OPERATOR ERROR

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

M12

PAGE 80-1

SEQ 0155

TESTA0: CHECK CMOPRS INTERMUPT

037300
037302
037304
336“65 037306

000001
010337
011776
000417

. WORD
.MORD
.MORD
BR
H

3063
3064

0S2777
000240
000240

3072 037322
037322
037324
037326
037330
3073 037332
’38;; 037336

104456
000002
010407
000000
004737
000403

3069
3070
3071

+ BRANCH TO END

s END ERROR CONDITION
3

3065 037310
3066 037310
3067 037316
3068 037320

000001

142760

10%:

BIS
NOP
NOP

OVNTPRS
, 8QVNT

TRAP
L.MORD
.WORD
.WMORD
JSR
BR

CS$ERHRD
2
MSGS1
O
PC,0UMP
E40

s+ SET VNTPRS BIT, SHOULD INTERRUPT NOW
s ALLOW SMALL AMOUNT OF TIME

3
:+ ERROR CONDITION, INTERRUPT DID NOT WORK IF HERE
H
ERRHRD
2,MSGS1
:+ TELL OPERATOR ERROR

013230
H

3076
g;z

+ DO OPTIONAL REGISTER DUMP
3 SKIP INTERRUPT SERVICE ROUTINE

s+ END ERROR CONDITION
s INTERRUPT SERVICE ROUTINE
H

3079 037340

037340

3080 037340
3081 037344

012716

037344

000002

037344

3082

1
MSGSO
ERR4
E40

037346

L40::

BGNSRV

L40
®E40,(SP)

L10136:

338:2

s END INTERRUPT SERVICE ROUTINE

3085 037346
3086 037346
037346
037352
3087 037354

037354
037354

€A40:

013700
104436

104401

002512

L1013S:

CLRVEC
MOV
TRAP
ENDTST

VECTOR
VECTOR,RO
CSCVEC

TRAP

CSETST

+ CLEAR VECTOR

———

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

————

——

- ————
.

—

N12

PAGE 81

SEQ 0156

TEST41: CHECK RDY INTERRUPT

3089
3090 037356
s 037356

040

103

,SBTTL TESTA1: CHECK RDY INTERRUPT
<CHECK RDY INTERRUPT>
110 T41MSG::
LASCIZ 7 CHECK RDY INTERRUPT/
STATST

”92

(BEASNDALEBAIENRIL

3094
3095
3096
3097
3098
3099
3100
3101
3102
3103
3104

s TEST DESCRIPTION:+ CHECKS THAT RDY BIT SET CAUSES INTERRUPT
s TEST STEPS: SET INTERRUPT VECTOR
: SET GDMA ROYIE BIT
:+ CHECK FOR BIT SET
s SET QUC = -1
: SET GBA = CANY LEGAL ADDRESS)
: SET GDMA DMAWT, GO BITS
; CHECK FOR IMMEDIATE INTERRUPT
:+ RESTORE INTERRUPT VECTOR

3093

S0 AR A GBS DE R AU

joe

N0 0000602386288 040080008 5080000200 b

'-.

3107

2 2 845280280

3108
3109 037404

037404

3110 037404
037404
104421
037406 022700 001000
037412 001012
037414 012746 037356
037420
037424
037430
037432
037434
037440
3111 037444
037444
037452
037460
037464

3112 037470

037470
037474
037500
037504

037510

037512
3113 037516
3114 037524
3115 037532

gfig’ 037540

T41::

012746 002270
012746 000002
010600
104417
062706 000006

8 850848884808 84B LSRR LRRLRR RSB

BGNTST

CKPNT
TRAP
cHe
BNE
MOV

CSRFLA

OPNT RO
644
#TA1MSG, -(SP)
TMSG, -CSP)
02, -(SP)
RO

MOV
MOV
MOV
TRAP
CSPNTF
ADD
06, SP
005037
002532
648:
CLR
INIT
sINITIALIZE DEVICE
012777 000100 142644
MOV
OMQHALT, 8GMT1
013777 002520 142636
MOV
INITWORD , 8GMT1
005077 142614
CLR
SQINT
005037 002532
CLR
ERROR1
012746
012746
013746
012746

SETVEC

VECTOR,#L41,0PRIO7

TRAP

C#SVEC

000340
037632
002512
000003

MOV
MOV
MOV
MOV

062706 000010
052777 000100 142560
017737 142554 002526
032737 000100 002526

ADD
8IS
MOV
8IT

104437

001012

#PRIO7.-(SP)
oLa1, -(SP)
TOR, -(SP)
o3, -(SP)

€10,SP
ORDYIE , BADMA
SQOMA, VAL
ORDYIE , VAL
10¢

; PRINT OUT TEST TITLE IF PNT SET
: IS PNT FLAG SET?
:+ BRANCH IF NOT SET

;

CLEAR ERROR COUNTER

sINITIALIZE Q-BRIDGE
sSET UP LOOPBACK OPTION
;CLEAR QINT AFTER LOOPBACK ENABLED
:CLEAR ERROR FLAG
:

SET INTERRUPT VECTOR

: SET QOMA ROYIE BIT
:+ READ QDMA INTO VAL
: IS ROYIE BIT REALLY SET
:+ BRANCH IF OK

gig

:+ ERROR CONDITION

3120 037542 012701 000004
3121 037546 012737 000100 002530

3122 037554

Lt SAEAB4204040220%8%

MOV
MOV

ERRMRD

o4,R1
OROYIE ,EXP

1,MSGS2,ERR4

: REGISTER NUMBER TO R1
i EXPECTED PATTERN TO EXP
:

TELL OPERATOR ERROR

;
A\

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09 JAN-84 12:335

B13

PAGE 81-1

SEQ 0157

TESTA1: CHECK RDY INTERRUPT

037554

037556
037560
037562
ggz 037564

104456

TRAR

000001
010477
011776
000425

.MORD
LMORD
.WORD
B8R

CSERMRD

1
MSGS2
ERR4
(T}

s BRANCH TO END

3125
3126

s END ERROR CONDITION
[

3127 037566
5128 037566

012777

35130 037602
5131 037610
g:g 037612

052777
000240
000240

3129 037574

012777

177777

142516

000003

142474

041660

108:

142506

MOV

¢-1,80uC

8IS
NOP
NOP

0G0 !DMAKWT , SQDMA

3 CAUSE INTERRUPT
s TIME DELAY

MOV

OSPATCH, S0BA

SEYT QuC =

s LOAD GBA WITH ANY ADDRESS

gg;

3 ERROR CONDITION, INTERRUPT DID NOT WORK IF MERE

3136 037614
037614
037616
037620
037622
5137 037624
g{g 037630

[}

104456

000002
010547
000000
004737

000403

0132%

ERRMRD
TRAP
.MORD
.MORD
L.MORD
JSR
(1]

2,MSGS3
CSERHRD
2
MSGS3
O
PC.0U P
Eal

TELL OPERATOR ERROR

s DO OPTIONAL REGISTER DU
3 BRANCH OVER INTERRUPT AREA

3140

3+ END ERROR CONDITION

;{3

s INTERRUPT SERVICE ROUTINE
]

3143 037632

037632

5144 037632
3145 037636

012716

037635
3146 037640
3147 037640
037640
037644
3148 037646

000002

037646

104401

037636

037646

013700
104436

037640

Lel::

L10140:;
€Eal:
002512

L10137;

BGNSRY

LA1

MOV
ENDSRV

0E41,(SP)

CLRVEC
MOV
TRAP
ENDTST

VECTOR
VECTOR,RO
CSCVvEC

TRAP

CIETST

s ADJUST STACK

s+ CLEAR VECTOR

svD.
2

CZFPA AO CTRL BRIDGE INTFC DIAG MACRO M1200
TESTA2:

09-JAN-84 12:335

C13

PAGE 82

SEQ 0158

CHECK ERR INTERRUPT (UNEX)

35150
3151 037650
037650
5152
35153
3154
3155
3156

040

103

110

LSBTTL
TESTA2: CFECK ERR INTERRUPT (UNEX)
STATST
«CHECK ERR INTERRUPT (UNEX)>
T42MSG: :
LASCIZ
7 CHECK ERR INTERRUPT (UNEX)/
10 0 806080 0 00000008000000000000000000000000000000000000800000000800000000000
oo

s TEST DESCRIPTION+ CHECKS THAT UNEX CAN CAUSE INTERRUPT
s _USES QPWRFL - UNEX LOOP-BACK

sTEST STEPS-

SET INTERRUPT VECTOR
SET QINT ERRIE BIT, CHECK
SET QMT1 MOPFL BIT
CHECK FOR IMMEDIATE INTERRUPT
CHECK QINT ERR, UNEX BITS

CLEAR QMT1 MOPFL BIT

RESTORE INTERRUPT VECTOR
'

10 0 0 0 0 0 0000000000000000080080000008000000000008000008000000000800800800

—

001000
037650

000100
002520

35173 037770

142314
002532

648
142344
142336

[
MOV
MOV
MOV
MOV
TRAP
ADD
%'

CIRFLA

#PNT RO

644
0Ta2MSG, -(SP)
PNTMSG, -(SP)
02,-(SP)
SP.RO
CIPNTF
06, SP
ERROR1

sINITIALIZE DEVICE

000340
040116

000010
000100

CKPNT
TRAP
cre

MOV
MOV
CLR
CLR
SETVEC
MOV

OMQHALT, 8QMT1
INITMORD, 8QMT1
SQINT
ERROR1
VECTOR,OL42,8PRIO7
cnuo -(SP)

ADO
8IS
MOV
81T
BNE

€10,5P
OERATE , BQINT
T,V
1€
10

MOV

MOV
MOV
TRAP

142254

000100
'

: PRINT OUT TEST TITLE IF PNT SET
: IS PNT FLAG SET?
:+ BRANCH IF NOT SET

s CLEAR ERROR COUNTER
JINITIALIZE Q-BRIDGE
sSET UP LOOPBACK OPTION
;CLEAR QINT AFTER LOOPBACK ENABLED
;CLEAR ERROR FLAG
s+ SET INTERRUPT VECTOR

-¢sP)

vecrb -(SP)
o3, -(SP)
co&vzc

s SET QINT ERRIE BIT
s READ QINT INTO VAL
s+ IS ERRIE BIT REALLY SET
:+ BRANCH IF OX

s ERROR CONDITION
)

000100

002530

MOV
MOV

ERRHRD

°2,R1
SERRIE ,EXP

1 ,MSGS4,ERRA

"3 REGISTER NUMBER TO R1
:+ EXPECTED PATTERN TO EXP
+

TELL OPERATOR ERROR

bs——

3172 037744

000006
002532

BGNTST

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JUAN-84 12:33

D13

PAGE 82-1

SEQ 0159

TESTA2: CHECK ERR INTERRUPT (UNEX)

104456

TRAP

CSERMRD

010653
011776
000450

.HORD

MSGS4

000001

L.MORD

. WORD
133

ERRa
eae

’

[ BRANCH TO END

s END ERROR CONDITION
3

052777

142222

10¢;

8IS
NOP

MMOPFL ,80MT 1

NOP

: ENABLE INTERRUPT
[ TIME DELAY

3+ ERROR CONDITION, INTERRUPT DID NOT WORK IF HERE
’

104456

06
3196 040110

000002
010723
000000
004737
0004 34

ERRHRD

JSR
B8R

PC.DUMP
€42

.MORD
.WORD
.MORD

013230

2,MSGSS

Thae

2
MSGSS
O

: END ERROR CONDITION

TELL OPERATOR ERROR

’ DO OPTIONAL REGISTER DUMP
’ BRANCH OVER INTERRUPT AREA

s INTERRUPT SERVICE ROUTINE
]

LA2::

017737
012737

BGNSRV

L4&2

MOV
MOV

SQINT , VAL
OUNEX !ERR ,EXP

[l READ QINT REGISTER
[l EXPECTED PATTERN TO EXP

8IC
coM
c
BEQ

EXP,VAL

’
[}
[l
:

comM

Exp

EXP,VAL
208

: ERROR CONDITION
3

MOV

ERRMRD

TR&P

LMORD
LMORD
.WMORD

JSR

013230

”2,R1

3,MSGS6,.ERR4

CSERMRD

3
MSGS6
ERR4

PC.0U®P

: COMPLEMENT EXP FOR CLEARING
CLEAR UNTESTED BITS

RESTORE EXPECTED PATTERN

COMPARE EXPECTED WITH VALUE
BRANCH IF Ox

’ REGISTER NUMBER TO R1
’ TELL OPERATOR ERROR

l D0 OPTIONAL REGISTER DUMP

s END ERROR CONDITION
3

204 ;
L10142;

142102
002512

E42;

MOV

#€A42,(SP)

s+ ADJUST STACK

RTI

8IC

OMOPFL ,80MTY

MOV
TRAP

VECTOR,RO
CsCVEC

CLRVEC

VECTOR

[l CLEAR MQPFL BIT IN QMT1
[ CLEAR VECTOR

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-UAN-84 12:33

SEQ 0160

TESTA2: CHECK ERR INTERRUPT (UNEX)
3224 040222

040222
040222

104401

E13

PAGE 82-2

L1014];

ENDTST
TRAP

CSETSTY

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

F13

PAGE 83

SEQ 0161

TESTAS: CHECK ERR INTERRUPT (QGNEX)

3226
3227 040224
s008 040224

040

103

.SBTTL TEST4S: CHMECK ERR INTERRUPT (GNEX)
<CHECK ERR INTERRUPT (GNEX)>
110 T43MSG::
LASCIZ / CHECK ERR INTERRUPT (GNEX)/
STATST

322’

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

3231
3232
3233
3234
3235
3236
3237
3238
3239
3240
3241
3242

s TEST DESCRIPTIONs+ CHECKS THAT GNEX CAN CAUSE INTERRUPT
s TEST STEPSs+ SET INTERRUPT VECTOR
s+ SET QINT ERRIE BIT
s SET QUC = -1
s SET GBA = 160000 (ILLEGAL ADDRESS)
: SET GDMA = 37400
: SET GDMA DMAWT, GO BITS
s CHECK FOR IMMEDIATE INTERRUPT (CAN BE 10 MICROSEC.)
s CHECKX QINT ERR, GNEX BITS
:+ RESTORE INTERRUPT VECTOR

3230

gee

3244

.--

32‘5

'......‘.......“...‘..‘.....‘....‘......‘......‘....‘..........‘..“‘.“.

3246
3247 040260

040260

3248 040260
040260
040262
040266
040270
040274
040300
040304
040306

T43:;
104421

022700
001012
012746
012746
012746
010600

001000
040224
002270
000002

104417

005037

040320
040326
040334
040340

012777 000100
013777 002520
005077 141740
005037 002532

040344
040350
040354
040360

3249 040320

CKPNT
TRAP
e
BNE
MOV
MOV
MOV
MOV

#PNT RO
644
OTA3NSG, -(SP)
PNTMSG, -(SP)
02,-(SP)
‘RO

ADD

6, 5P

TRAP

040310 062706 000006
040314

BGNTST

002532

648:

141770
141762

CLR

CSRFLA

; PRINT OUT TEST TITLE IF PNT SET
s IS PNT FLAG SET?
3+ BRANCH IF NOT SET

COPNTF

INIT

sINITIALIZE DEVICE

CLEAR ERROR COUNTER

MOV
MOV
CLR
CLR

OMOMAL T, BOMT]
INITWORD, 8QMT1
SQINT
ERROR1

012746 000340
012746 040454
013746 002512
012746 000003

MOV
MOV
MOV
MOV

#PRIO7. -(SP)
oLas, -(SP)
VECTOR, -(SP)
o3, -(SP)

366 062706 000010
3251 040372 052777 000100
012777 177777
3253 040406 012777
3254 040414 012777 037400

ADD
8IS
MOV
MOV
MOV

010, 5P
OERRIE , BAINT

s+ SET ERRIE BIT IN QINT

SOMAWT !GO, SADMA

s+ INITIATE INTERRUPT

3250 040344

040364

SETVEC

104437

3255 040422

052777

3257 040432
3258 040434

000240
000240

3256 040430 000240

000003

TRAP

141700

141704
141674
141662
141654

8IS

NOP
NOP
NOP

VECTOR,#LAS,#PRIO?

+INITIALIZE Q-BRIDGE
:SET UP LOOPBACK OPTION
;CLEAR QINT AFTER LOOPBACK ENABLED
sCLEAR ERROR FLAG
:+ SET INTERRUPT VECTOR

CHSVEC

o-1,
€160000, 8QBA
037400, SADMA

s ALL 1'S TO QuC
s+ ILLEGAL ADDRESS 160000 TO QBA
: 37400 TO QDMA
s+ SMALL TIME DELAY

CZFPA-AO CTRL BRTIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

G13

PAGE 8s-1

SEQ 0162

TESTAS: CHECK ERR INTERRUPT (GNEX)

3260

+ ERROR CONDITION, INTERRUPT DID NOT WORK IF HERE
104456

011101
000000
004737
000434

3261
3262 040436
040436

013230

LAa3::

017757

002530

i.,MSG57

TELL OPERATOR ERROR

DO OPTIONAL REGISTER DUMP
BRANCH OVER INTERRUPT AREA

BGNSRY

L43

MOV
MOV
coM

SQINT, VAL
OANEX !ERR ,EXP
Eup

READ QINT REGISTER
EXPECTED PATTERN TO EXP

EXP,VAL

RESTORE EXPECTED PATTERN
COMPARE EXPECTED WITH VALUE
BRANCH IF OK

BIC
com
BEQ

EXP,VAL
Qs

COMPLEMENT EXP FOR CLEARING
CLEAR UNTESTED BITS

s ERROR CONDITION
[l

MOV

ERRHRD

TRAP

CS$ERMRD

JSR

PC,0UMP

LMORD
.WMORD
.WORD

013230

®2,.R1

2,MSGS8,ERR4

2
MSGS8
ERR4

DO OPTIONAL REGISTER DUV

s END ERROR CONDITION
B

204
L10144;

141544

€EA43:

002512

L10143;

MOV

ENDSRYV

#EA3,(SP)

+ ADJUST STACK

RTI

B8IC

OMOPFL ,80MT1

MOV
TaaP

VECTOR,RO
CsCVEC

TRAP

CSETST

ENDTST

TOR

CLEAR MQPFL BIT IN QMT1
CLEAR VECTOR

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200
TESTA4:

09-JAN-84 12:33

H13

PAGE 84

SEQ 0163

CHECK ERR INTERRUPT (UPWRFL)

3293

3294 040562

040562

040

103

,SBTTL TESTA4: CHECK ERR INTERRUPT (UPWRFL)
<«CHECK ERR INTERRUPT (UPWRFL)>
110 T44MSG::
LASCIZ / CHECK ERR INTERRUPT (UPWRFL
)/
STATST

32”

.............‘.‘..‘.......‘......‘........0?........‘.......“..00‘.0...‘0

3298
3299
3300

s TEST DESCRIPTIONs+ CHECKS THAT UPWRFL CAN CAUSE INTERRUPT
s+ USED WDTO - UPWFL LOOP-BACK

jee

3297

3301
3302
3303
3304
3305
3306
3307

s TEST STEPS
s SET INTERRUPT VECTOR
s+ SET QINT ERRIE BIT
: SET GCTL TMRENS
: WAIT FOR INTERRUPT ON TIME-OUT
; CHECKS QINT UPWRFL, ERR BITS
: RESTORE INTERRUPT VECTOR

3309

1
[

'--

s 0808880888080 808808800800080880000080008000000000000000008050000000000000000

3312 040620

Te4::
104421

022700 001000
001012
012746 040562
012746 002270

012746 000002
010600
104417
062706 000006
040654 005037 002532

CKPNT
TRAP
e
BNE
MOV
MOV
MOV
MOV

TRAP

648:

012777
013777
005077
005037
3315 040704
012746
040710 012746
040714 013746
040720 012746
P

000100 141430
002520 141422
141400
002532
000340
041032
002512
000003

040726
3316 040732
gg 040740

062706
052777
052777

000010
000100
000002

ADD
CLR

INIT

CSRFLA

#PNT RO

644
OT44MSG, -(SP)
PNTMSG, -(SP)
02,-(SP)
SP,RO
CSPNTF
06, SP
ERROR1

sINITIALIZE DEVICE

MOV
MOV
CLR
CLR
SETVEC
MOV
MOV
MOV
MOV

OMOHAL T, 8QMT1
INITWORD , 8QMT1
SQINT
ERROR1
VECTOR,OL44,0PRIO7
#PRIO7. -(SP)
oLad, -(SP
VECTOR, -(SP)
o3, -(SP)

ADO
8IS
8IS

#10,SP
OERRIE, SQINT
OTHMRENS , 8QCTL

3314 040660

040660
040666
040674
040700

BGNTST

040620
3313 040620
040620
040622
040626
040630
040634
040640
040644
040646
040650

141340
141334

;s PRINT OUT TEST TITLE IF PNT SET
; IS PNT FLAG SET?
: BRANCH IF NOT SET

:+ CLEAR ERROR COUNTER

sINITIALIZE Q-BRIDGE
:SET UP LOOPBACK OPTION
;CLEAR QINT AFTER LOOPBACK ENABLED
;CLEAR ERROR FLAG
:

SET INTERRUPT VECTOR

+
s+

SET ERRIE BIT IN QINT
SET TMRENS IN QCTL

!310
3311

ggg

s NOW WAIT FOR MAXIMUM OF 8 SECONDS FOR WOTO INTERRUPT
5

3321 040746

012704

000360

040752

012727

000031

MOV

040760

013727

002116

MOV

3322 040752
3323 040752
040756

000000

104:

MOV

9240. ,R4

+ NUMBER OF

DELAY

25,

.MORD

025.,.(PC).

LODLY,(PC)e

.025 SEC TO LOOP

.025 SEC DELAY

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200
TEST44:

113

PAGE 84- 1

SEQ 0164

CHECK ERR INTERRUPT (UPWRFL)
040764

040766
040772
040774
041000
3324 041002

041002

3325 041004
3326 041006
gg‘ 041010

000000

005367
001375
005367
001367

177772

.WORD

TRAP

C$BRK

DEC
BNE
DEC
BNE
BREAK

177756

104422

001002
005304
001360

BNE
DEC
BNE

-6(PC)
.-4
-22(PC)
.-20

208
R
10¢

3 CHECK FOR OPERATOR INPUT
s IF TIMER COMPLETE, BRANCH
3 DECREMENT R4 COUNTER
s+ BRANCH IF 6 SECONDS NOT uP

;ggz

s ERROR CONDITION, 8 SECONDS UP WITH NO WDTO INTERRUPT

3331 041012
3332 041012

041012

208:

104456

041014
041016
041020
3333 041022
3334 041026

000001
011274

— 041030

000100

041026

000000
004737

ERRHRD

1,MSGS9

.WMORD
JSR
EXIT

1
MSGS9
O
PC,DUMP
TST

;s DO OPTIONAL REGISTER DUMP
;s ABORT TEST

LHORD

L1014S-.

TRAP

]

.WORD
.WORD

013230

104432

TRAP

CS$ERHRD

CSEXIT

TELL OPERATOR ERROR ANL ABORT

3336
;g;z

3 END ERROR CONDITION
s+ INTERRUPT SERVICE ROUTINE
H

3339 041032

3340
3341
3342
3343
3344
3345

09-JUAN-84 12:33

041032

041032
041040
041046
041052
041060
041064
gg:g 041072

017737
012737
005137
043737
005137
023737
001410

141242
110000
002530
002530
002530
002530

002526
002530

LA4::

002526

BGNSRV

L44

MOV
MOV
coM
8IC
coM
cP
BEQ

SQINT, VAL
OUPWRFL !ERR ,EXP
EXP
EXP,VAL
EXP
EXP,VAL

30¢

s
3+
s
3
3+
s
3

READ QINT REGISTER
EXPECTED PATTERN TO EXP
COMPLEMENT EXP FOR CLEARING
CLEAR UNTESTED BITS
RESTORE EXPECTED PATTERN
COMPARE EXPECTED WITH VALUE
BRANCH IF 0K

g;:g

s ERROR CONDITION

3350 041074
3351 041100
041100
041102
041104
041106

ggg 041110

012701
104456
000002
011351
011776

004737

000002

013230

MOV
ERRHRD
TRAP
.MORD
.WMORD
.WORD

JSR

2,R1
2,MSG60,ERRS
CS$ERHRD
2
MSG60
ERR4

PC.OUMP

3+ REGISTER NUMBER TO R1
s+ TELL OPERATOR ERROR

: DO OPTIONAL REGISTER DUMP

ggg;

s END ERROR CONDITION

3356 041114
3357 041120

012716

041120
3358 041122
3359 041122
041122
041126

000002

041120

013700
104436

041122

30¢:

L10146:;
E44;

002512

MOV
ENDSRY

‘

#EA44,(SP)

:+ ADJUST STACK

RTI
CLRVEC
MOV
TRAP

VECTOR
VECTOR,RO
CeCvEC

CLEAR VECTOR

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

SEQ 0165

TEST44: CHECK ERR INTERRUPT (UPWRFL)
3360 041130

041130

104401

J13

PAGE 84-2

L10145:

ENDTST

TRAP

CSETST

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

K13

PAGE 85

SEQ 0166

TEST4S: CHECK BR LEVEL
3362
3363 041132

— 041132

040

103

110

.SBTTL
STATST

T4SMSG::

TESTAS: CHECK BR LEVEL
<«CHECK BR LEVEL>

.ASCIZ

7 CHECK BR LEVEL/

S“S

10 8 08 8 80 80888008000000000800080080000800800080000000008000000000000000000

3367
3368
3369

s TEST DESCRIPTION3+ CHECKS FOR INTERRUPT WHEN PS IS BELOW DEVICE BR LEVEL
3+ CHECKS FOR NO INTERRUPT WHEN PS IS EQUAL OR ABOVE DEVICE LEVEL

3366

joe

3370
3371
3372
3373

sTEST
3 SET
s SET
s SET

3374
3375

STEPSINTERRUPT VECTOR
CPVU PRIORITY = 7
QUNT ACKIE BIT

s SET QCMD CMDACK BIT TO CAUSE INTERRUPT
3+ IF NOT INTERRUPT:

3376
3377
3378

s
3
3+

3379
3380

CHECK FOR fiVICE LEVEL
< OR
= CPVU LEVEL
IF INTERRUPT:
CHECK FOR MVXCE LEVEL
> CPU LEVEL

s DROP CPU LEVEL AND REPEAT
s+ RESTORE INTERRUPT VECTOR
'.-

gus

1088888888888 8808000000080820088008000080008000000800000800800800080080008008000

384
3385 041152

041152

3386 041152

041152
041154
041160

041162
041166
041172
041176
041200

104421
022700
001012

001000

012746
912746
(¢12746
010600
104417

041132
002270
000002

041202

062706

005937

002532

041212
041220
041226
041232
3388 041236
041236
041242
041246
041252
041256
041260

012777
013777
005077
005037

000100
002520
141046
002532

013746
012746
013746
012746
104437
062706

002516
041432
002512
000003

041206
3387 041212

;&? zlzm‘k

3391 041272
041272

041276

3392 041300
3393 041304

012737

T4S::

000340

644:

141076
141070

002540

002540
002542
000100

TRAP
cp
BNE

CIRFLA
OPNT RO
646

ADD

RO
COPNTF
6 ,SP

140764

CLR
INIT

OTASMSG, -(SP)
OPNTMSG, -(SP)
02,-(SP)

sINITIALIZE OEVICE

aen

s PRINT OUT TEST TITLE IF PNT SET

s+ IS PNT FLAG SET?
: BRANCH IF NOT SET

s CLEAR ERROR COUNTER

MOV
MOV
CLR
CLF
SETVEC
MOV
MOV
MOV
MOV
TRAP
ADD

OMOMAL T ,8OMT1
INITWORD,SQMT1
S8QINT
ERROR1
VECTOR,#.45,BRLEVEL
BRLEVEL
, -(SP)
A4S, -(SP)
VECTOR, -(SP)
#3,-(SP)
CeSVEC
#10,SP

sINITI&IZE Q-BRIDGE
$SET UP LOOPBACK OPTION
.CLEAR QINT AFTER LOOPBACK ENABLED
:CLEAR ERROR FLAG
3+ SET INTERRUPT VECTOR

®PRIO7,VALUE

1+ STORE CURRENT CPU LEVEL

SETPRI
MOV
TRAP
CLR
8IS

VALUE
VALUE,RO
C#SPRI
INTFLG
OACKIE,SQVNT

SET UP CURRENT CPVU PRIORITY LEVEL

1+
3+

CLEAR INTRRRUPT FLAG
SET ACKIE BIT IN QVNT

MOV

013700
104441
005037
052777

CKPNT

MOV
MOV
MOV
MOV
TRAP

000006

000010

BGNTST

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

L13

PAGE 85-1

SEQ 0167

TESTAS: CHECK BR LEVEL
3394
3395
3396
g;,”?

041312
041320
041322
041326

052777
000240
005737
001011

000001

140754

8IS
NOP
TST
BNE

002542

OCMDACK, 8QCMD
INTFLG
204

i CAUSE INTERRUPT
s+ LITTLE BIT OF TIME
+ DID WE GET INTERRUPT
i BRANCH IF WE GOT INTERRUPT

gzz

s NO INTERRUPT, SEE CHECK CPU LEVEL VS. BR LEVEL

3401 041330
3402“03 041336

023737
002015

002540

002516

cHpP
B8GE
5

msaoa

VALUE ,BRLEVEL
304

+ ERROR CONDITION,

3406 041340
041340
041342
041344
041346
;:g: 041350

000001
011434
012160
000410
i

34“0’10

3411 041352
ag 041360

ERRHRD
TRAP
MORD
.WORD
.MORD
BR

104456

023737
002404

002540

002516

+ COMPARE CPU LEVEL VvS. BR
s+ IF CPU >+BR, 0K

NO INTERRUPT

1,MSG61,.ERRG
CS$ERMHRD

1
MSG61
ERR6
304

+ BRANCH OVER NEXT SECTION

INTERRUPT OCCURRED-CHECK CPU LEVEL VS.

20%:

cwp
LY

VALUE ,BRLEVEL
304

TELL OPERATOR ERROR

BR LEVEL

+ COMPARE CPU LEVEL VS. BR
s IF CPU<BR, OK; BRANCH

zig

s+ ERROR CONDITION, INTERRUPT OCCURED WHEN IT SHOULDN'T

3416 041362

041362
041364
041366

3e1? 041370

104456
000002
011521

ERRHRD
TRAP
LMORD
.MORD

012160

.MORD

2,MSG62,ERRG

CS$ERHRD
2
MSG62

TELL OPERATOR ERROR

ERR6

;:{:

s+ END ERROR CONDITION, TRY NEXT LOWER CPU LEVEL

3420 041372

3421 041372
041400
3423 041406
ag 041410

012777
162737
100401
000730

000001
000040

140676
002540

ioo:
SUB

B8MI
BR

SVNTPRS , SQVNT
#PRIO1, VALUE

408
10¢

s+ RESET VNTACK FOR NEXT LOOP
+ TRY NEXT CPU LEVEL

+ IF DONE, BRANCH
+ GO DO NEXT TEST

;:gg

:+ END OF TEST, RESTORE

3428 041412
3429 041412

041412
041416
3430 041420
041420

0414

3431 041426
041426
= 041430

g:gz

‘00:
013700
104436

002512

012700

000000

104441

CLRVEC

VECTOR,RO
CsCVEC
#PRIOO
®PRIOO,RO

EXIT
TRAP
.WORD

TST
CSEXIT
L10147-.

TRAP

104432
000010

VECTOR

MOV
TRAP
SETPRI
MOV

CSSPRI

: INTERRUPT SERVICE ROUTINE

3435 041432

041432

LaS5::

BGNSRV

La&S5

+ CLEAR VECTOR
+ LOWER CPU PRIORITY

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

M13

PAGE 85-2

SEQ 0168

TEST4S: CHECK BR LEVEL
3436 041432
3437 041436
041436
041436
3438
3439
3440
3441 041440
041440
041440
3442
3443 041442
34434

005237

002542

INC

L10150:

ENDSRY

INTFLG

RTI

3 END INTERRUPT SERVICE ROUTINE
3

104401

L10147;

ENDTST

TRAP

CSETST

+ INCREMENT INTERRUPT FLG

—

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

—_— -

09-JAN-84 12:33

-———

——— ———

- —

———
—
-—
- ——

- —

JENABL

.SBTTL

43 041442

PAGE 89

46
a7
a8
49
S0

goe

AMA

HARDWARE PARAMETER CODING SECTION

3=~

: THE MARDWARE PARAMETER CODING SECTION CONTAINS MACROS
3 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

: MITH THE OPERATOR.

s3
S4 041442
041442

000020

SS 041444
041444
041446
041450
041452

000031
041504
000000
177776

GPRMA
.MORD
JMORD
"WORD
'MORD

041454

001031

.MORD

041444

041456
041460
041462
S7 041464
041464
041466
041470

041472

041474
041476
041500
4 041502

LSHARD::

041537
000000
001000

BGNHRD
.MORD L10151-L$HARD/2

002130
041572
000001

JMORD
"MORD
'MORD
GPRML
.MORD
- MORD
JMORD

003032

.MORD

041625
000340
000000
000007

JMORD
JMORD
'MORD
"MORD

G1,0,0,0,177776,YES
T$CODE
G1
THLOLIM
TOMILIM

:BASE ADORESS

T$CODE

G2
THLOLIM
TOHILIM
G3,4,1,YES
T$CODE

;LOOPBACK CABLE INSTALLED?

T#CODE

G4
340
TSLOLIM
TSHILIM

69
70

71 041504

041504

L10151:

72 041504
73 041537

102
102

122
122

111
111

75 041625

102

122

040 GA4:

74 041572

;9’

114

117

Gi:
G2:

G3:

ENOHRD
.EVEN

LASCIZ /BRIDGE MODULE BASE ADDRESS/
"ASCIZ - /BRIDGE MODULE VECTOR
/

.ASCIZ

.EVEN

/LOOPBACK CABLE INSTALLED? /

/BR LEVEL

—

SEQ 0169

BGNMOD

—

N13

TESTAS: CHECK BR LEVEL
1§

CZFPA A0 CTRL BRIDGE INTFC DIAG MACRO M1200

09 JUAN -84 12:3%

PAGE

B4
91

S€Q 0i70

SOF TWARE PARAMETER CODING SECTION
87
as
89
90

LSBTTL

SOF TWARE PARAME TER CODING SECTION

THE SOF TWARE PARAMETER CODING SECTION CONTAINS MACROS
THAT ARE USED BY THE SUPERVISOR TO BUILD P-TABLES.
THE
ARE NOT EXECUTED AS MATHMINE INSTRUCTIONS BUT ARE

98
24

INTERPRETED BY THE SUPERVISOR AS DATA STRUCTURES,

THE

MACROS ALLOW THE SUPERVISOR TO ESTABLISH COMMUNICATIONS
WITH THE OPERATOR,

95
9%

l”!“(&fl"nttl SECTION NOT NEEDED

SPATCH: :

042100

L10154;
.END

WORD
WORD

O
L10154-./2-1

WORD
.MORD
WORD

QCMDAD
VEC
NO
*810000000

WORD
NOPTAB

sMARDUARE UNIT O DEFAULT BASE ADDRESS
sHARDMARE UNIT O DEFALT VECTOR
1 LOOPBACK CABLE INSTALLED DEFALT
1DEFALT BR INTERRUPT LEVEL 4

Cla

PAGE 91-1

SEQ 0171

SYMBOL TABLE
ABORT
015030
ACKIE = 000100 G

CSCLEA- 000012
CsCLOS* 700035

EF .RES+= 000037 G
EF .STA= 000040 G

FUNC1 = 000010 G
FUNC2 = 000020 G

IER
= 020000 G
INITWO 002520 G

ADDRES 002274 G
ADR
= 000020 G

CsCVvEC= 000036
CSDCLN= 000044

ERR
= 100000 G
ERRIE = 000100 G

FOAU
= 000015
FSAUTO= 000020

INIT1
INIT2

ASSEMB+= 000010

BAD
015112
BASEAD 002510 G
BITSS
012506 G
BITs
012466 G
BITO = 000001 G
BIT00 = 000001 G
BITO1 = 000002 G
BIT02 = 000004 G

B8ITOS = 000010 G

BITO4 = 000020 G
8IT05
B8IT06
B8IT07
BIT08
B8IT09
BIT1
BIT10
8IT1i1
B8IT12

=
=
=
=
=
=
=
=
=

BIT14
BIT1S
BIT2
BITS
B8IT4
BITS
B8IT6
BIT7
B8IT8
B8IT9
BOE

=
=
=
+«
=
=
=
=
=
=
=

000040 G
000100 G
000200 G
000400 G
001000 G
000002 G
002000 G
004000 G
010000 G

8IT13 = 020000 G

040000 G
100000 G
000004 G
000010 G
000020 G
000040 G
000100 G
000200 G
000400 G
001000 G
000400 G
002502 G
BRESET
016002
BRIDGE
002500 G
BRLEVE
002516 G
BUILDS
012530
CMDACK= 000001 G

CD8

013560

CONT

015344

CTLBIT

002771 G

CMDBIT

002624 G
= 004000 G
CONFIG 003244 G

cTe

013624
-

CSAUTO= 000061
CIBRX = 000022

C$BSEG= 000004
Cs8SUB= 000002

CS$CEFG= 000045
CsCLCK= 000062

CSCLP1+ 000006
Cs000VU= 000051

ENDI

015032

ERROR1

002532 G

EXPECT

002354 &

EXQCMD
EXQCTL
EXQDMA
EXQINT
EXQMTO
EXQMT1

002354 G
002362 G
002364 G
002360 G
002374 G
002376 G
002366 G
002400 G
002402 G

CSORPT= 000024
Cs0U = 000053
CSEDIT= 000003
CSERDF= 000055
CIERMR= 000056
CS$ERRO= 000060
CSERSF »
CSERSO= 000057

ERROR2 002534 G
ERR2
011702 G
ERR4
011776 G
ERRS
012136 G
ERRG
012160 G
ERR?
012246 G
EVL
=
G
ExP
002330 G

CSESEG~

CSESCA= 000010
CSESUB= 000003
CSETST= 000001
CSEXIT= 000032
CSIGETB= 000026
CIGETWe 000027
CSGMANe 000043
CSGPHR= 000042
C$GPLO= 000030
CSGPRI= 000040

CSINIT= 000011

EXQVAD
EXQVOA

EXQVNT

CsINLPCSMANI= 000030
CSMEM = 000031
CIMSG = 000023
CSOPEN- 000034
CIPNTB= 000014
COPNTF= 000017
CIPNTS= 000016
CoPNTX= 000013
C4QI0 = 000377
C$ROBU= 000007
CSREFG= 000047
CSRESE= 000033
CS¢REVI= 000003
CIRFLA= 000021
CIRPY »
COSEF!

EXQMC
ESEND =
ESLOAD=
€104
€39
E40
€4l
€42
€43
A4
ES¢
E6¢
FLAG
FORO
FOR1
FOR10
FOR11

CS4SVEC= 000037
C¢TPRI= 000013
DETAIL 012366

FOR13S
FOR2
FORS

CISPRI= 000041

DFPTBL

002260 G

DIAGMCs 000000
DMABIT

013640

003042 G

013230 G

EDUMP
013336
EF .CON* 000036 G

EF .NEW= 000035 G
EF .PUR= 000034 G

FOR12

FOR4

FOR4.5
F

FORS.S

FOR6
FOR?

FORS
FOR9

002370 G

= 000001

FIBGN = 000040

INITO

014474

INITS

014606

014510
014520

FSCLEA= 000007
FI0U = 000016
FIEND = 000041
F $HARD= 000004
Fird = 000013
FAINIT= 000006
Fe®P = 000050
F4MOD = 000000

INTB
013610
INTBIT 002712 G
INTFLG 002542 G
ISR
= 000100 G
IXE
= 004000 G
ItAVU = 000041
ISAUTO= 000041
ISCLN = 000041

F$PROT= 000021

I$HRD = 000041

FIMSG = 000011

000041

004353 G

GSDELM= 000372
GS$0ISP= 000003
GSEXCP= 000400
GSIHILI= 000002
GSLOLI= 000001
GINO
= 000000
GSOFFS= 000400
GSOFSI= 000376
GIPRMA= 000001
G$PRMD= 000002
GSPRML= 000000
GSRADA- 000140
GSRADB= 000000
GSRADD= 000040
GSRADL= 000120
GSRADO= 000020
GIXFER= 000004

I$SUB =
ISTST =
JIP =
KISARO=
KISDRO=
LOE
=
LOGUNI
LOOPBX
LOT
=
LSACP
LSAPT
LAV
LSAUT
LIAUTO
LSCCP
LICLEA
LsCO

000041
00004
000167
172340 G
172300 G
040000 G
002504 G
002514 G
000010 G
002110 G
002036 G
015132 G
002070 G
015040 G
002106 G
015044 G
002032 G

G
003434 G
003504 G

G1
G2
G3

LSDESC
LSDESP
LSDEVP

002560 G
002076 G
002060 G

003600

HELP

002372 G
002100
0000335
013306
037066
037346
037640
041122
013334

013372

014170
003333 G
003337 G
004261 G

004462 G

003332 G
003670 G
003762 G

004054 G
004114 G

004154 G
004227 G

FREMEM 002552 G
FUNCO = 000004 G

GSCNTO-

000017
000012
000003
000005
000010
000002
000014
000001
000001 G

= 000041

ISINIT=
I$M00 =
IMSG =
I$PROT=
ISPTAB=
IIPWR =
IIRPT =
I4SEG =
I$SETU=

356 G

FIPUR =
FIRPT =
F4SEG =
F4SOFT=
FISRY =
FISUB =
FISW
=
FSTEST=
GO
=

IOV

GSYES = 000010

HELP1

HELP2

041504
041537
041572

041623
011576 G

0116435 G

HIVBM = 170370 G
MOE
= 100000 G

WPl
HP2

IBE
IDV

002544 G
002546 G

= 010000 G
= 000040 G

000041
000040
000041
000041
000041
000041

000041
ISSRY = 000041

LSOEPO

LSDISP
LSOLY

LIOTP

LSOTYP

LIV
LSOUT

LSOVTY
LSEF
LSENVI
LSETP

002011 G

002124 G

002116 G
002040 G

002034 G

015122 G
002072 G

002554 G
002052 G
002044 G
002102 G

002524 G

ADD

———
e
e

09-JUAN-84 12:33

e
e
et
e

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:335

D14

PAGE 91-2

SEQ 0172

SYMBOL TABLE

LSEXPL

002046 G

L10035

020076

L10126

035656

LSEXPS
LSMARD
LSNIME

002066 G
041444 G
002120 G

L10037
L10040
L10041

020414
020364
020716

L10130
L10131
L10132

036374
036614
036606

LSEXP4

LSHPCP

LSHPTP

Lerd

LSICP
LSINIT
LSLADP
LSLAST

LSLOAD
LSLUN

LSMREV

LSNAME
LSPRIO
LSPROT
LSPRT
LSREPP
LSREV
LSRPT

L$SPC

LSSPCP
LSSPTP
LSSTA
LSTEST
LSTIML.
LSUNIT

L10000
L10001
L10002
L10003
L10004
L10005
L10006
L10007
L10011
L10012
L10013
L10014
L10015

L10016

L10017
L10020
L10021
L10022

L10023
L10024

L10025

002064 G

002016 G
002022 G

002260 G
002104
014466
002026
042064

002100 G

002074 G

002050 G

002000 G
002042 G
014460 G
002112 G
002062 G
002010 G
014446 G

002056 G

002020 G
002024 G
002030 G
002114 G
002014 G
002012 G
002270
011774
012134
012156
012244
012364
014444
014456
015036
015042
015120
015130
015140

015424
015506
015562
015636

015712
015774

L10026

016166

L10030
L10031
L10032
L10033

016750
017256
017226
017602

L10027

L10034

G
G
G
G

017552

L10036

L10042

L10043

L10044

L10045
L10046
L10047
L10050

L10051

L10052

L10053

L10054
L10055
L10056
L10057
L10060

020046

020666

L10127

L10133

021242

L10134

021536
021506
022054
022024

L10136
L10137
L10140
L10141

021212

022432

022726

022676

MSG23

MSG26
MSG27
MSG28
MSG29

040204

MSG3

040542

MSG31

MSG30

024336

L28

030426

L10072
L10073
L10074
L10073
L10076
L10077
L10100
L10101
L10102
L10103
L10104
L10105
L10106

023300

L4
LAl
L4
La3
Led
LAS
MAXUNI=

037340 G
037632 G
040116 G

L10110
L10111
L10112
L10113

030014
030300
030276
031320

L10063

L10064
L10063
L10066
L10067
L10070
L10071

L10107

024412
024466
024542
025030
023000

025554
026074
026376
026346
026714
026664
027254
027224
027604
027354

L10152
L10154

MIODIS~

MRO

031316
032366

MSG1
MSG10

L10117

033362

L10121
L10122
L10123
L10124

034334
034646
034644
035166

L10116
L10120

L10125

033256
034024

035164

MSG3e.
MSG37

034462
034774
035472
036034
036512
037060 G

MSG39
MSGA
MSGAO
MSGAL
MSGA2
MSGA2.

014370 G
172316
000100
000040
001000

MSG36
MSGS7
MSGS8
MSGS9

041032 G
041432 G
000010 G

= 177572 G

MRS
«
MQHALT=
MOPFL =
MROY
=

MSG38

MSGAS
MSGA4
MSGAS
MSGA6
MSGA7
MSGAS
MSGA9
MSGS
MSGS0
MSGS1
MSGS2
MSGSS
MSGS4

MES1S
012766 G
MES2¢
013015 G
MES24L -

030016

L10114
L10115

MSG32
MSG33
MSG34
MSG3S
MSGTMS

042070
042100

L34
L3S
L36
L37
L38
L39

.
G
NOSCHA 013224
IL= 000000

037354

041130
041120
041440
041436
041504

024114
024544

006033 G
006060 G
0061235 G

MSG24

040560

L10144

MSG20
MSG21
NSGZS

MSG2

L10145
L10146
L10147
L10150
L10151

L10061
L10062

023216
023166
023546
023516
024144

L10143

NAMES

037074

037344
037646
037636
040222

L10142

006006 G

MSG2

037064

L10135

MSG19

035632

G
G
G
G

MSGSS

004344 G
005161 G

MSG6
MSG6O

MSG12

003266 G

MSG62

MSG14
MSG15S
MSG16
MSG17

003373 G
005436 G
005331 G
00562

MSG11

MSG1S

MSG18

005224 G

MSG6L

005330 G

MSG7

005715 G

MVADR =

MSG8
MSG9
MT18
MT1BIT

004571 G

006172 G

002404 G

014614

0$APTS= 000000

006241 G

OtAV

006315 G
006342 G
006367 G
006430 G

0$8GNS= 000000
0s0U
= 000000
O$ERRT= 000000
000000

006267 G

004632 G
006471 G

006332 G

006573 G
006633 G
006673 G
006736 G
006777 G

007023 G
007103 G

007172 G

00
G
004672 G
0073537 G
007423 G
007520 G
007336 G

007626 G
007663 G
007775 G
010077 G
010140 G
010177 G
010247 G
004731 G
010337 G
010407 G
010477 G
010547 G
010633 G

010723 G
011012
011101
011205
011274

G
G
G
G

= 000000

0$8GNR= 000001

O0$POIN= 000001

0$SETU= 000001

PLOC

PNT
=
PNTMSG
PRI
=
PRINTI
PRIOO =

002506 G

001000 G
002270 G
002000 G
013666
000000 G

PRIOL = 000040 G
PRIO2 = 000100 G

PRIOS = 000140 G
PRIOA
PRIOS
PRIO6
PRIO7
PRSIE
P1

=
=
=
=
=

000200 G
000240 G
000300 G
000340 G
000100 G
013720

P2
P37
QBA
QBAQO
GBAOL
Q@BAO2
QGBAOS
QBAO4
@BAOS
QBAO6
QBAQ7
QBAOS
QBAQ9

=
=
=
=
=
=
=
=
=
=

013772
036372
002310 G
000001 G
000002 G
000004 G
000010 G
000020 G
000040 G
000100 G
000200 G
000400 G
001000 G

QBA11
@BA12
QBA13
QBA14

=
=
=
=

004000
010000
020000
040000

@BA10 = 002000 G

G
G
G
G

004771 G
0113351 G

@BA1S = 100000 G
cuUs
003316 G

011521 G

QCMDAD= 160500 G

011434 G
005012 G

G
0C3116 G
013654
003161 G

QCM0

002274 G

QCTL

002302 G

QOMA
QINT
QMTO
QMTL
QGNEX

002304 G
002300 G
002314 G
002316 G

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

E14

PAGE 91-3

SEQ 0173

SYMBOL TABLE

002306 G

QWCO8 = 000400 G

QUBAOO= 000001 G
QUBAO1= 000002 G

QuCO09 = 001000 G
QuC10 = 002000 G

QUBA13= 020000 G

RAM

QVvAD

RPO

QUBAO2+
QUBAOS=
QUBAO4=
QUBAOS=
QUBAO6=
QUBAO7QUBAOS=
QUBAO9=
QUBA10=
QUBALl=
QUBAL2+=

000004 G
000010 G
000020 G
000040 G
000100 G
000200 G
000400 G
001000 G
002000 G
004000 G
010000 G

QUBA14= 040000 G
QUBA1S= 100000 G

002320 G

QVADOO= 000001 G
QVADO1= 000002 G
QVADO2= 000004 G

QVADO3= 000010 G
QVADO4= 000020 G
QVADOS= 000040 G

QVADO6=
QVADO7=
QVADO8=
QVADO9+=
QVAD10=

000100 G
000200 G
000400 G
001000 G
002000 G

QVDAOO=
QVDAO1=
QVDAO2+=
QVDAO3=
QVDAO4=
QVDAOS=
QVDAO6=
QVDAO7=
QVDAOS=
QVDAO9=
QVDA10=
QVDA11=
QVDA12+
QVDA13=
QVDAl4=
QVDA1S=

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

QVvDA

QUVNT

002322 6

002276 G

QVREN = 000020 G

GeaC

QuCO0
QuCO1
QuC02
QWCO3
QuCO4
QWCOS
QuC06
QuCO7

=
=
=
=
=
=
=
=

002312 G

000001 G
000002 G
000004 G
000010 G
000020 G
000040 G
000100 G
000200 G

QuC11l =
QuC12 =
QUC13 =
QuC14 =
QuC1S =
QXAD16=
QXAD17+=
QXAD18=
QXAD19=
QXAD20=
QXAD21=

004000 G
010000 G
020000 G
040000 G
100000 G
000400 G
001000 G
002000 G
004000 G
010000 G
020000 G

002536 G

TRPFLG

002522 G

TS$ARGC= 000002
T$CODE= 003032

T4ERRN=
TSEXCP+=
T$FLAG=
TSFREE=
T$GMAN=
TIHILI=
TSLAST+=
TSLOLI=
TOLSYMe
TSLTNO=
TONEST=

000002
000000
000040
042100
000000
000007
000001
000000
010000
000055
000000

TENSO = 000000

71.5

015640

T26MSG

027606 G

71.6
T10

015714
021304 G

726.1
127

027724
030064 G

T14MSG

022730 G

033306 G

TIONSG
710.1
T11
T1IMSG
Tii.1
T2
T12MSG
T13
TI3MSG
T13.1
T14

ROY
= 000200 G
RODYIE = 000100 G

TINS1 = 000004
TINS2 = 000010

Ti4.1
713

RP1
RP2
RP4

014050 G
014140 G
014165 G

TINUM = 000055
TOPCNT= 000000
TSPTAB= 010153

T15.1
T16
TI6MSG

SELRDD=
SELUBA=
SELUVA=
SELUVD=
SETUP

000034 G
000020 G
000014 G
000030 G
014606

SQCMD
SQCTL
SGDMA
SQINT
SQMTO
SGMTL
SQUBA
SQVAD
SQVDA
SQVNT
S
STATUS
STORES
SVCGBL+=
SVCINS=
SVCSUB=

002324 G
002332 G
002334 G
002330 G
002344 G
002346 G
002336 G
002350 G
002352 G
002326 G
00,342 G
013226
013222
000000
000000
000000

014044 G

SELDMA= 000024 G
SELQCM= 000010 G
SELQEV= 000004 G

SQBA

002340 G

SVCTAG= 00C000

SVCTSTe 000000

SILSYM= 010000
TABLES
TE$
=
TIME.S=
TIMEL =
TIME2 =
TIME4 =
TMRENB=
TRAP4A

036362
000002
000000 G
000004 G
000010 G
000014 G
000002 G
014440 G

TENSS = 000003

TIPTHV= 000001
T$PTNU= 000001
TOSAVL= 177777

TISMSG

T16.1
T17
TI7TMSG

021244 G
021406
021600 G
021540 G
021710
022104 G
022056 G
022502 G
022454 G
022604
022756 G

023066
023266 G

023220 G
023402
023616 G
023550 G

023740
024174 G
024146 G

T2TMSG
727.1
128
T28MSG
728.1
129
T29MSG
T3
TSMSG
730
T30MSG

030020 G
030154
030334 G
030302 G
030424
031570 G
031522 G
016302 G
016260 G
032452 G
032370 G

T31IMSG
32

033260 G
033620 G

733
TI3MSG
734

034062 G
034026 G
034362 G

T32MSG

T34MSG
T34.1
735

033564 G

034336 G
034460
034674 G

T4SEGL=
T4SEXO=
T4SIZE=
T$SUBN=
TSTAGL=

177777
010000
000006
000000
177777

T17.1
T17.2
T17.3
T17.4
T18

024264
024340
024414
024470
024576 G

TISMSG
735.1
736
T36MSG
736.1

034772
035226 G
035170 G
035326

TSTEMP=
TSTEST=
TOTSTM=
T4T7STS=
TéSAU =
T$SAUT=
T4$CLE=
TSDAT=
TS0V =
T4SHAR=
TésrM =
TSINI=
T44MSG=
T4$PC =
T$8PRO=
T$8PTA=

000004
000055
177777
000001
010015
010012
010013
010154
010014
010151
010000
010011
010005
000001
010010
010153

T18.1
719
TIMSG
T19.1
T2
T2HMSG
T2.1
12.2
720
T20MSG
720.1
T21
T21MSG
T721.1
T22
T22MSG

024706
025062 G
025032 G
025200
016050 G
016022 G
016110
016170
025360 G
0235332 G
025462
025634 G
025606 G
025744
026142 G
026076 G

TISTMSG
738
T38MSG
738.1
739
TIMSG
T4
TAMSG
74.1
T40
TAOMSG
T41
TAIMSG
T42
TA2MSG
T43

035660 G
036420 G
036376 G
036510
036646 G
036616 G
017012 G
016752 G
017126
037126 G
037076 G
037404 G
037356 G
037704 G
037650 G
040260 G

123

026444 G

T44

040620 G

026542
027006
026742
027116
027322
027256
027440
027652

745
TASMSG
5
TSMSG
75.1

041152 G
041132 G
017320 G
017260 G
017436

16
T6MSG
76.1

017644 G
017604 G
017746

TOTAGN= 010155

ToSRPT= 010007

T44SEG= 010000

T$4SRV= 010150

T44SUB=
TOSTES=
Tl
TIMSG
T1.1
71.2
71.3
T1.4

010132
010147
015152 G
015142 G
015344
015426
015510
015564

TI8MSG

722.1

T23MSG

723.1
T24
T24MSG
T24.1
125
T25MSG
725.1
T26

024546 G

026232

026400 G

G
G

G
G
G

137

TASMSG

TA4AMSG

034650 G

035702 G

040224 G

040562 G

QUBA

CZFPA-AO CTRL BRIDGE INTFC DIAG MACRO M1200

09-JAN-84 12:33

F14

PAGE 91-4

SEQ 0174

SYMBOL TABLE

TINSG

7.1

18
T8MSG

78.1

19
T9MSG

ABS.

020140 G

79.1

020100 G

UAM

020250

uBUS

020456 G
020416 G

UXAD16= 000020 G

020760 G
020720 G

042100

ERRORS DETECTED:

UXAD17= 000040 G
VAL
002526 G

VALUE

002540 G

VEC

= 000500 G

VALUES

002324 G

VECTOR
002512 G
VNTACK= 002000 G

VNTB

013574

VNTBIT
002657 G
VNTPRS+ 000001 G

WOTRST+= 000001 G

X$TRUE= 000020

WDT1

SHLP

WOTO

(

014172 G

X$ALWA= 000000

SPATCH

041660 G

X$FALS= 000040
X$0FFS= 000400

117 PAGES)

77 PAGES)

= 000001 G

014362 G
014364

29816 WORDS

« 000010 G

SHLPFO
SMESLN

000

20060 WORDS

= 000004 G

WSPACE+= 020040 G
xs
013510

001

VIRTUAL MEMORY USED:

DYNAMIC MEMORY:

003324 G

UNEX
= 040000 G
UPWRFL* 010000 G

020566

000000

021076

= 000200 G

ELAPSED TIME:
00:12:57
ZFPAAO.BIC,CZFPAAQ/ -SP=SVC/ML , ZFPAAOL , ZFPAAO2, ZFPAAOS, ZFPAAOA , ZF PAADS , ZFPAADG

$STORE

014366