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AH-E232D-MC

November 1980

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Document:	CZDMRD0 DMP-11,DMR-11 M8203 STATIC DIAG. 1 NOV 1980 bw
Order Number:	AH-E232D-MC
Revision:	000
Pages:	219
Original Filename:	CZDMRD0__DMP-11,DMR-11__M8203_STATIC_DIAG._1__AH-E232D-MC__NOV_1980_bw.pdf

OCR Text

DMP
- 11
DMR-11

M8203 STATIC DIAG.#1
__CZDMRDO
_
;

AH-E232D-MC

FICHE

7 OF ”

e b

MADE IN USA

EiRimn i

MB203

STATIC DIAG.#1
CZDMRDO

AH:E232D - MC
FICHE 2 OF 2

NLED
M
ADE
IN
USA
o

(IOMRD MB203 STATIC DIAG M

W) =4 OO

PUOPORNIN)
=P i cld ccd el e =P e b b

NP NS W —2O0B~NOW

PROGRAM DOCUMENT

MACRO v03.01

8
7-AUG-80 11:01:24 PACE 1

SEQ

.REM @

IDENTIFICATION
PRODUCT

CODE:

AC-E2310-M(

PRODUCT

NAME
:

CIDMRDO M8203 STATIC DIAG M

PRODUCT DATE:

AUGUST 1980

MAINTAINER:

DIAGNOSTIC ENGINEERING

AUTHIR:

DAVID HOFF MAN

THE

INFORMATION IN THIS DOCUMENT IS
SUBJECT
TO
(HANGE W]ITHOUT
AND
SHOULD NOT BE CONSTRUED AS A CUMMITMENT BY DIGITAL
DIGITAL EQUIPMENT C(ORPORATION ASSUMES NO
EQUIPMENT CORPORATION.
RESPONSIBILITY FOR ANY ERRORS THAT MAY APPEAR IN THIS DOCUMENT.

NOTICE

NO RESPONSIBILITY IS ASSUMED FOR
SOFTWARE ON EQUIPMENT THAT IS NOT
AFFILIATED COMPANIES.

THE WUSE
SUPPLIED

UR
BY

RELIABILITY Of
DIGITAL OR ITS

COPYRIGHT (C) 1979, 1980 BY DIGITAL EQUIPMENT CORPORATION
THE FOLI OWING ARE TRADEMARKS OF DIGITAL EQUIPMENT CORPORATION:
DIGITAL
DEC

POP
DECUS

UNIBUS
DECTAPE

MASSBUS

(IDMRD MB203 STAT(C DIAG M

PROGRAM DOCUMENT

MACRO v03.01 7-AuUG-80 11:01:24 PAGE 2

2
3

g
6
7

CONTENTS

1.0 INTRODUCTION

2.0 HARDWARE REQUIREMENTS

7 0 PRELIMINARY PROGRAM REQUIREMENTS

4.0 GENERAL PROGRAM CONSIDERATIONS

15
16
17
18

20
21
g%

4.1 DIAGNOSTIC SUPERVISOR
4.2 EXECUTION TIME
4.3 XXDP+
4.4 ACT/SLIDE

4.5 APT

4.6 MEMORY MANAGEMENT
&.7 MEMORY PARITY OPTION
4.8 ERROR LOGGING

5.0 PROGRAM LOAD MEDIA

6.0 OPERATING INSTRUCTIONS

27
28
29
30
3
32
33
34
35
36
37
38

40
61
42
63
(XA

45
46
47
4«8
49
50
51

52
53
54
55
56
57

6.1 LOADING AND STARTING PROCEDURES
6.1.1 LOADING PROCEDURES
6.1.2 STARTING PROLEDURES
6.1.3 STEPS FOR QUICK AND SIMPLE EXECUTION
6.2 INITIAL DIALOGUE
6.3 PROGRAM OPTIONS
6.3.1 START COMMAND
6.3.1
TESTS SWITCH
6.3.1. 2 PASS SWITCH
6.3.1.3 FLAGS SWITCH
6.3.1.4 END OF PASS SWIT(CH
6.3.1.5 EFFECT OF START COMMAND

6.3.2 RESTART COMMAND

6.3.2.1 TESTS, PASS, AND FLAG SWITCHES
6.3.2.2 UNITS SWITCH
6.3.2.3 EFFECT OF RESTART COMMAND
6.3.3 CONTINUE COMMAND
6.3.3.1 PASS SWITCH

6.3.3.2 FLAGS SWITCH
6.3.3.3 EFFECT OF CONTINUE COMMAND
6.3.4 PROCEED COMMAND
6.3.4.1 FLAGS SWITCH
6.3.4.2 EFFECT OF PROCEED COMMAND
6.3.5 ADD COMMAND
6.3.5.1 UNITS SWIT(CH

6.3.5.2 EFFECT OF ADD COMMAND
6.3.6 DROP COMMAND
6.3.6.1 UNITS SWITCH
6.35.6.2 EFFECY OF DROP COMMAND
6.3.7 PRINT COMMAND
6.3.7.1 EFFECT OF PRINT COMMANC

SEQ

CIDMRD MB203 STATIC DIAG M

PROGRAM DOCUMENT

b_1

MACRO v03.01 7-AUG-80 11:01:24 PAGE 2-1

6.3.8 DISPLAY COMMAND

59
60
61
62
63
64
65
66
67
gg

6.3.8.1 UNITS SWITCH
6.3.8.2 Errecr Of DISPLAY COMMAND
6.3.9 FLAGS COMMAND
6.3.9.1 EFFECT OF FLAGS COMMAND
6.3.10 ZFLAGS COMMAND
6.3.10.1 EFFECT OF 2FLAGS COMMAND
6.3.11 CONTROL CHARACTERS
6.3.12 HARDWARE PARAMETERS
6.3.13 SOF TWARE PARAMETERS
6.3.14 EXTENDED DISCUSSION OF P-TABLE DIALOGUE

7.0 DEVICE

8.0 TEST DESCRIPTIONS

9.0 ERROR INFORMATION

;2
76

INFORMATION TABLES

8.1 DATA PATTERNS USED
9.1

ERROR REPORTING

SEQ

(ZDMRD MB203 STAT(C DIAG M

E_1
7-AUG-80 11:01:24 PAGE 3

SEQ

PONIA)

SOV

b ccd b

b o o

b o

NO NS WA =20000 N O N B

—

PROGRAM DOCUMENT

MACRO v03.01

1.0 INTRODUCTION

THE MB203
IS
A SINGLE-LINE
SYNCHRONOUS LINE UNIT MODULE
WHICH SUPPORTS BOTH CHARACTER-ORIENTED (DDCMP, BSC,
ET(C.)
AND BIT-ORIENTED (SOLC, WOLC, ETC.) PROTOCOLS.
THE
FJRPOSE OF THIS PROGRAM |S TO PERFORM DIAGNOSTIC TESTING

OF ALL MB203 LOGIC
IN A RELATIVELY STATIC MANNER.
THE
FOLLOWING FUNCTIONS WILL BE PERFORMED:
LINE UNIT REGISTER
ADDRESSING, USYRT ADDRESSING,
STATIC
BIT
INTERACTION AND
READ/WRITE
LOGIC
TESTS,
BASIC
TRANSMITTER
AND RECEIVER
SEQUENCING AND DATA BUFFERING AND
STATIC
OPERATIONS
IN
CHARACTER AND BIT=-STUFFING MODES.
IN ADDITION DATA MESSAGES
MEGABAUD, WITH
WILL BE SENT AT SPEEDS OF 2400 BAUD TO 1
IN THE WUSYRT, ON THE LINE UNIT AT TTL LEVEL, OR
LOOPBACK
THROUGH AN EXTERNAL TEST CONNECTOR WITH A
SPECIFIC
MODEM
INTERFACE SELECTED.

THE
STATIC
LOGIC
TESTS
WILL
TROUBLESHOOTING CAPABILITIES, SUCH
AS

PROVIDE
EXTENSIVE
TIGHT
SCOPE
LGOPS,

SWITCH OPTIONS, AND ABIL1TY TO ''LOCK'' ONTO INTERMITTENT
ERRORS.
IN ADDITION TESTS WILL BE DESIGNED AND STRUCTURED
TO
ACHIEVE
MAXIMUM
FAULT
RESOLUTION
AND
FACILITATE
REPLACEMENT OF THE SMALLEST FIELD REPLACEABLE UNIT.

THIS PROGRAM WILL BE
[IMPLEMENTED USING THE
DIAGNOSTIC
SUPERVISOR AND A STRUCTURED PROGRAMMING APPROACH.
BECAUSE
THE
DESIGN WILL
CONFORM TO
THE
SUPERVISOR
(STANDALONE
VESS%OT;ETHE PROGRAM WILL BE COMPATIBLE WITH ACT, APT, XXDP+,

AND

SLIDE.

THROUGH DIALOGUE WITH THE OPERATOR, THE PROGRAM WILL
ALLOW
MODIFICATION OF
DEVICE PARAMETERS, SUCH AS UNIBUS ADDRESS,

VECTOR ADDRESSES AND DEVICE PRIORITY.
IN ADDITION,
THE
OPERATOR CAN SPECIFY PARTICULAR TESTS TO BE RUN AND A
VARIETY OF LOOPING, RUNNING, AND REPORTING MODES.

THE REPORT
DEVICE ERRORS WILL BE REPORTED AS THEY OCCUR.
THE ERROR,
OF
DESCRIPTION
INCLUDE A TEST NUMBER AND
WILL
REGISTER
DEVICE
AND APPLICABLE
ggO?Ea?g BAD TEST DATA,
N

2.0 HARDWARE REQUIREMENTS

THE

FOLLOWING

LOGIC TESTS:

HARDWARE IS REQUIRED TO RUN THE MB203 STATIC

PDP-11/04,05,10,20,30,34,35,40,45,50,60, OR 70
16K MEMORY
CONSOLE TERMINAL

DMC-11 OR KM(C-11 MICROPROCESSOR

CIDMRD MB203 STATIC DIAG M

PROGRAM DOCUMENT

F_1

MACRO v(03.01 7-AuG-80 11:01:24 PAGE 3-1

SEQ

M8203 LINE UNIT AND BCOBS-1 CABLE AND BERG CONNECTORS

60
61

3.0 PRELIMINARY PROGRAM REQUIREMENTS

65
66
67
68
6°

THIS PROGRAM OPERATES THE MICROPROCESSOR EXTENSIVELY
IN
ORDER
TO TEST THE LINE
INIT.
FOR THIS REASON,
THE
M!CROPROCESSOR DIAGNOSTIC AND SUBSYSTEM FUNCTIONAL TESTS
SHOULD
BE
RUN
FIRST,
AND ANY FAULTS FOUND
IN THE
¥1CROPROCESSOR MODULE SHOULD BE REPAIRED, PRIOR TO RUNNING

THE M8203 STATIC LOGIC TESTS.

4.0 GENERAL PROGRAM (ONSIDERATIONS

4.1

78
79
80
81
g%

THIS PROGRAM IS (COMPATIBLE WITH THE STANDALONE DIAGNOSTIC
SUPERVISOR, AND MUST BE LOADED TO BE
CO-RESIDENT WiTH THE
SUPERVISOR, OR BE PREVIOUSLY COMBINED WITH THE SUPERVISOR
AND LOADED AS A SINGLE FILE.
IN EITHER CASE,
THE
(COMBINED
PROGRAM WILL NOT EXCEED 16K OF MEMORY.

84
gg

4.2 EXECUTION TIME

87
gg

THE MAXIMUM TIME REQUIRED TO RUN THE MB203 STATIC LOGIC TESTS
IS ABOUT 45 SECONDS PER PASS FOR EACH UNIT.

DIAGNOSTIC SUPERVISOR

4.3 XXDP+

93
gg

DUMP MODE OR CHAIN MODE.

96
gg

4.4 ACT/SLIDE

99
}8?

THIS PROGRAM MAY BE LOADED UNDER ACT OR SLIDE AND MAY BE RUN
IN DUMP MODE OR CHAIN MODE.

102

TH]S PROGRAM MAY BE LOADED UNDER XXDP+, AND

MAY

}82

4.5 APT

105
}89

THIS PROGRAM MAY BE LOADED BY THE APT
SYSTEM
APT=-RD) AND RUN [N PROGRAM MODE OR SCRIPT MODE.

108

}?8

4.6 MEMORY MANAGEMENT

M
}}%

MFMORY MANAGEMENT IS NOT UTILIZED IN THIS PROGRAM.
INSTALLED, IT IS DISABLED BY THE PROGRAM,

114

RUN

(INCLUDING

IT [S

(IDMRD M8203 STATIC DIAG M
£ LA U AN N N N NN N W) PO PO N RO N PO RO NI N = b b b b
OOV
NO NS WA 2OV
NV
W —~O000~NONW

_.-J—‘—‘_l_‘_‘—‘—-‘_l—l-—l—.-‘_)_A_.—J—O—J—D_‘_..—J_‘-—l

PROGRAM DOCUMENT

141

}2%
144

6_1

MACRO v03.01 7-AUG-80 11:01:24 PAGE 3-2

SEQ

4.7 MEMORY PARITY OPTION

IF PARITY MEMORY

INSTALLED,

DISABLED BY THE PROGRAM,

MEMORY

PARITY

TRAPS

ARE

4.8 ERROR LOGGING

AT THE END OF EACH PASS ON ALL UNITS,
THE CUMULATIVE

RESTART

TOTAL NUMBER OF

COMMAND,

THE PROGRAM PRINTS QUT

ERRORS SINCE

THE LAST START OR

FROM

TAPE

5.0 PROGRAM LOAD MEDIA
THIS PROGRAM

(AN

LOADED

PAPER

USING

THE

ABSOLUTE
LOADER OR FROM ACT, SLIDE, OR APT SYSTEMS, OR FROM
ANY MED]A SUPPORTED BY XxXDP+.
WHEN USING
THE
PAPER
TAPE
ABSOLUTE
LOADER,
THE
PROGRAM SHOULD BE
LOADED
FIRST,
FOLLOWED BY THE DIAGNOSTIC SUPERVISOR.
WHEN USING XXDP+, THE
DIAGNOSTIC
SUPERVISOR
SHOULD BE LOADED FIRSY, FOLLOWED BY
THE

DIAGNOSTIC PROGRAM,

6.0 OPERATING INSTRUCTIONS

6.1

LOADING AND STARTING PROCEDURES

:22

6.1.1 LOADING PROCEDURES

167
148
149

THIS PROGRAM MAY BE
LOADED FROM PAPER
TAPE
USING
THE
ABSOLUTE
LOADER.
IT MAY ALSO BE LOADED [ROM ANY XXDP+ LOAD
MEDIA. WHEN LOADED UNDER XXDP+, THE DIAGNOSTIC SUPERVISOR

WILL BE LOADED AUTOMATICALLY.

6.1.2 STARTING PROCEDURES

THE

PROGRAM

STARTS

LOCATION

PROCEDURES TO START THE PROGRAM.

200.

USE

STANDARD

DEC

6.1.3 STEPS FOR QUICK AND SIMPLE EXECUTION
THE
ODJIAGNOSTIC
CAN BE EXECUTED STANDALONE UNDER XXDP+,
WwiTHOUT READING THE REMAINDER OF THIS DOCUMENT, AS FOLLOWS:
A) LOAD AND START DIAGNOSTIC USING RUN COMMAND

Nt N

B) RECEIVE DIAGNOSTIC SUPERVISOR IDENTIFICATION AND PROMPT (DRS=(>)
alasl
= Nal

b
il e
el
il
el =D
il e
— agh e

—

alh

WNIVWWWAL
~ooo0r0r0
O O O O VAN
NN =
QO
YOI W N e OO0 NO N

150

ENTER STA<CR>
ANSWER HARDWARE AND SOF TWARE QUESTIONS

GET END OF PASS MESSAGES OR ERROR MESSAGES
TO END EXECUTION, ENTER CONTROL/C

CZOMRD MB203 STAT(C DIAG M

PROGRAM DOCUMENT

172

MACRO v03.01 7-AUG-80 11:01:24 PAGE 3-3

SEQ

};z

6.2 INITIAL DIALOGUE

175

AFTER THE PROGRAM AND THE SUPERVISOR ARE LOADED AND THE PROGRAM

178
179

DRS LOADED
DIAG. RUN-TIME

181
182

M8203 STATIC LOGIC TESTS - PART 1 OF 2
UNIT IS M8203

185

THE OPERATOR THEN PROCEEDS BY TYPING ONE OR MORE OF THE

187
188

DETAILED INFORMATION, REFER TO THE DIAGNOSTIC SUPERVISOR
FUNCTIONAL SPECIFICATION).,

191

6.3 PROGRAM OPTIONS

}gg

6.3.1 START COMMAND

196

RN AN RN RN R AT

197

STA(RY)/TESTS :<TEST=LIST>/PASS:<PASS=-CNT>/FLAGS:
<FLAG=LIST>/EOP :<INCR>

};g

180

186

189
190
192
193

198

199

200
2N

IS STARTED, THE FOLLOWING IDENTIFICATION [S TYPED :

CIDMR=-D-0

SERVICES

COMMANDS DESCRIBED IN THE FOLLOWING SECTION 6.3. (FOR MORE

Y 22222 2

2 R

N E PR AR

R R R

RN PR A

R R R

R I R

R AR AR AR R R ARRACORRNORNEY

I I

R R R

R R R AR

38%

6.3.1.7 TESTS SWITCH (/TESTS:<TEST=-LIST>)

204
205
206
207
208
209
210
2N
212
g}z

CTEST=LIST> IS A SEQUENCE OF DECIMAL NUMBERS (1:2 ETC.) OR
RANGES OF DECIMAL NUMBERS (1-5:8-10 ETC.) THAT SPECIFY THE
TESTS TO BE EXECUTED. THE NUMBERS ARE SEPARATED BY COLONS.
THE NUMBERS RANGE FROM 1 TO THE LARGEST TEST NUMBER IN THE
DIAGNOSTIC.
THEY MAY BE SPECIFIED IN ANY ORDER.
TESTS WILL
BE EXECUTED IN NUMERICAL ORDER REGARDLESS OF THE ORDER OF
SPECIFICAT]ION.
THE DEFAULY IS TO EXECUTE ALL TESTS. ON
THIS AND ALL SWITCHES, THE ANGLE BRACKETS <> ARE PUNCTUATION
USED IN THE DEFINITION ONLY, AND ARE NOT TO BE TYPED BY THE
OPERATOR., SEE EXAMPLE AT END OF 6.3.1.5.

215

%}9

6.3.1.2 PASS SWITCH (/PASS:<PASS=CNT>)

218
219
220
221
222
22%
224
225

<PASS=CNT> IS A DECIMAL NUMBER INDICATING THE DESIRED NUMBER
OF PASSES.
A PASS IS DEFINED AS THE EXECUTION OF THE FULL

228

6.3.1.3 FLAGS SWITCH (/FLAGS:<FLAG=LIST>)

226
227

DIAGNOSTIC (ALL SELECTED TESTS) AGAINST ALL UNITS SUBMITTED.
THE DEFAULT 1S NON-ENDING EXECUTION. IN THIS CASE EXIT FROM
THE PROGRAM ]S ACCOMPLISHED EITHER BY TYPING A CONTROL/C OR
BY OCCURANCE OF AN ERROR WITH THE HALT ON ERROR FLAG BEING
SET. THE EXIT IS A RETURN TO COMMAND MODE. SEE EXAMPLE AT
END OF 6.3.1.5.

CIZDMRD M8203 STATIC DIAG M

PROGRAM DOCUMENT

MACRO v03.01

I_1
7-AUG-80 11:01:24 PAGE 3-4

SEQ

CFLAG=LIST>
IS
A
SEQUENCE OF ELEMENTS OF THE FORM <FLAG>,
<FLAG=1>, OR <FLAG=0>, SEPARATED BY COLONS, WHERE <FLAG> HAS

ONE OF THE FOLLOWING VALUES:
HOE

HALT ON ERROR,

LOE

IER
IBE
IXE

PRI
PNT
BOE

TO BE

DIRECT ALL MESSAGES TO A LINE PRINTER
PRINT NUMBER OF TEST BEING EXECUTED
BELL ON ERROR

UAM

RUN IN UNATTENDED MODE, BYPASSING MANUAL
INTERVENTION TESTS
INHIBIT STATISTICAL REPORTS
INHIBIT DROPPING OF UNITS BY DIAGNOSTIC
LCOP ON TEST

ISR
IDU
LOT

THE

CAUSING COMMAND MODE

ENTERED WHEN AN ERROR IS ENCOUNTERED
LOOP ON ERROR, CAUSING THE DIAGNCSTIC TO LOOP
CONTINUOUSLY WITHIN THE SMALLEST DEFINED BLOCK
OF CODING (SEGMENY, SUBTEST, OR TEST) CONTAINING THE ERROR
INHIBIT ERROR REPORTING
INAIBIT BASIC ERROR REPORTS
INHIBIT EXTENDED ERROR REPORTS

FLAGS NAMED OR EQUATED TO 1 ARE SET, THOSE EQUATED T0 0

ARE CLEARED.
A FLAG NOT SPECIFIED IS CLEARED.
IF THE FLAGS
é:éTgr 6I§ 1N(S)T GIVEN ALL FLAGS ARE CLEARED.
SEE EXAMPLE AT

6.3.1.4 END OF PASS SWITCH (/EOP:<INCR>)
<INCR>

IS A DECIMAL NUMBER

INDICATING HOW OFTEN

PASSES)
IT
IS
DESIRED
THAT
THE
END
PRINTED.
THE DEFAULT IS AT THE
END OF
EXAMPLE AT END OF 6.3.1.5.

(IN TERMS Of

OF PASS MESSAGE BE
EVERY
PASS.
SEE

6.3.1.5 EFFECT OF START COMMAND
THE
EFFECT OF THE START COMMAND IS TO INITIATE THE HARDWARE
PARAMETER DIALOGUE, THE
SOF TWARE
PARAMETER
DIALOGUE,
AND
THEN THE DIAGNOSTIC TESTS THEMSELVES.

THE

HARDWARE PARAMETER D{ALOGUE COMMENCES WITH THE QUESTION
OPERATOR
REPLIES
WITH
A DECIMAL

“# UNITS?'" TO WHICH THE

NUMBER

N FROM 1 TO 16. THE TERM "UNIT'' REFERS TO THE DEVICE

TO WHICH THIS SERIES OF DIAGNOSTICS IS DEDICATED.
FOLLOWING
THIS ARE THE QUESTIONS WHEREBY THE P-TABLES THEMSELVES WILL

BE BUILT.

EACH P-TABLE IS A CORE-RESIDENT TABLE

CONTAINING

ALL
THE HARDWARE
INFORMATION FOR ONE UNIT.
THE OPERATOR
MUST SUPPLY N (NUMBER OF UNITS) VALUES FOR EACH QUESTION.
HE MAY DO THIS BY GIVING ONE ANSWER TO EACH QUESTION (IN
WHICH CASE THE SERIES OF QUESTIONS WILL BE POSED N TIMES) OR

GIVING

VALUES, SEPARATED BY COMMAS, TO EACH QUESTION

(SERIES WILL BE POSED ONCE).
EACH QUESTION IS FOLLOWED BY
THE RESPONSE RADIX
(D FOR DECIMAL, B FOR BINARY, O FOR

OCTAL, L FOR YES/NO) IN PARENTHESES AND

THE

DEFAULT

VALUE

CIDMRD MB203 STAT(C DIAG M

PROGRAM DOCUMENT

MACRO v03.01 7-AUG-80 11:01:24 PAGE 3-5

StQ

%gg

AFTER THE PARENTHESES.

288
289
%g?

FOLLOWING THE HARDWARE QUESTIONS ARE THE SOF TWARE QUESTIONS
TO BUILD THE SOFTWARE TABLES, WHICH DEFINE THE MODE
(QUICK
VERIFY ETC.) THAT THE DIAGNOSTIC WILL EXECUTE IN.

292
293
294
295
296

WHEN THE QUESTION ''# UNITS?'' [S ANSWERED, MEMORY STORAGE
ALLOCATED FOR THE P-TABLES, AND IF THERE IS NOT ENOUGH
ACCOMMODATE THEM THE MESSAGE "'TOO MANY UNITS'' IS ISSUED.
THIS CASE THE DIAGNOSTIC MUST BE EXECUTED MORE THAN ONCE
TEST ALL UNITS.

297
298
299

IS
TO
IN
TO

EXAMPLE:

%8?

STA/TESTS:1:2-6:6:8-10/PASS:3/FLAGS:IER:HOE=1:UAM:LOE

302
303
304
305
306
307

THIS COMMAND WILL CAUSE THREE PASSES TO BE MADE, EACH PASS
CONSISTING OF TESTS 1,2,3,4,6,8,9, AND 10 EXECUTED AGAINST
ALL UNITS.
THERE IS NO DIFFERENCE BETWEEN SAYING <FLAG> AND
SAYING <FLAG=1>. THE NOTATION <FLAG=0> ]S MEANINGFUL ONLY ON
A COMMAND OTHER THAN START TO CLEAR A FLAG THAT WAS
PREVIOUSLY SET. NOTE THAT ON ALL COMMANDS ONLY THt
FIRST

308
309

310

g};
313

THREE LETTERS ARE SCANNED.

6.3.2 RESTART COMMAND
2 X

XS 2X222

222222002 R 2

R0 RRRRRRRRRRRRtRRRRRRRddd)

314

RES(TART)/TESTS:<TEST=LIST>/PASS:<PASS=CNT>/FLAGS:

316

315

317
318

<CFLAG=LIST>/UNITS:<UNIT-LIST>
I I

XS R 2222

RARRRRRRRRRRRRRRRRRRREA)

g}g

6.3.2.1 TESTS, PASS, AND FLAGS SWITCHES

CTEST=LIST>, <PASS=CNT>, AND <FLAG-LIST> ARE AS IN THE START

ggg

6.3.2.2 UNITS SWITCH (/UNITS:<UNIT=LIST>)

327
328
329
330
N
332
333
334
335
336

CUNIT-LIST> IS A SEQUENCE OF DECIMAL NUMBERS (0,1 ETC.) OR
RANGES OF DECIMAL NUMBERS (0-5, 8-10 ETC.) THAT SPECIFY THE
UNITS TO BE TESTED. THE NUMBERS ARE SEPARATED BY COLONS.
THE NUMBERS MAY RANGE FROM O THRU N-1
(N IS THE NUMBER Of
UNITS SPECIFIED IN THE PREVIOUS START COMMAND). THE NUMBER
INDICATES THE POSITION OF THE P-TABLE AS THE DATA WAS
ENTERED DURING THE HARDWARE DIAGLOGUE. THE UNITS WHICH ARE
SELECTED MUST NOT HAVE BEEN DROPPED BY THE DROP COMMAND.
SEE THE DISCUSSION OF ADD AND DROP COMMANDS BELOW. DEFAULT
IS TO TEST ALL UNITS WHICH MAVE NOT BEEN DROPPED BY A DROP

%2?

6.3.2.3 EFFECT OF RESTART COMMAND

342

THE

322
323
324

337
338
339

COMMAND.

RESTART

(COMMAND DIFFERS FROM THE START COMMAND [N THAT

CIDMRD MB203 STATIC DIAG M

PROGRAM DOCUMENT

343
344

MACRO Vv03.01

K_1

7-AUG-80 11:01:24 PAGE 3-6

SEQ

THE P-TABLES FROM THE PREVIOUS
START
COMMAND
(THERE
MUST
HAVE
BEEN ONE)
ARE USED, INSTEAD OF NEW ONES BEING BUILT.
THE UNITS SWITCH GIVES THE ABILITY TO
SELECT
A
SUBSET
OF
THESE.
THE
SOFTWARE DIALOGUE MAY OPTIONALLY BE REEXECUTED
(OPERATOR WILL BE ASKED). THE
COMMAND
CAN BE
USED AFTER

COMMAND MODE HWAS BEEN REENTERED IN ANY OF THE THREE NORMAL
WAYS:
A) THE REQUESTED NUMBER OF PASSES HAVE BEEN MADE 8)
AN ERROR WAS ENCOUNTERED WITH THE HALT ON ERROR FLAG SET ()
A CONTROL/C WAS ENTERED BY THE OPERATOR.

"¢ 3.3 CONTINUE COMMAND
(222

2222222222222 232 2222222222220 02200020

RRR22R0RRRddd]

CON(TINUE) /PASS:<PASS=CNT/FLAGS:<FLAG-LIST>

AEARRENRAAARRARRACERAACRCEOEOROROARROERNAARNROAPEANQNCRONRRARNROOROONTS

6.3.3.1 PASS SWITCH (/PASS:<PASS=CNT>)
<PASS=CNT>

IS SAME AS

IN START COMMAND, BUT THE

DEFAULT

THE UNSATISFIED PASS-CNT FROM THE PREVIOUS START OR KESTART.

If NONE REMAINS, THE DEFAULT IS NON-ENDING EXECUTION.

6.3.3.2 FLAG SWITCH (/FLAGS:<FLAG=LIST>)
<FLAG-LIST> IS SAME AS IN
STARY
FLAGS RETAIN THEIR CURRENT VALUE.

(OMMAND,

BUT

UNSPECIFIED

6.3.3.3 EFFECT OF CONTINUE COMMAND

CONTINUE

MUST FOLLOW A START OR RESTART, AND COMMAND MODE
BEEN ENTERED DUE
TO A HALT
ON ERROR OR
A
CONTROL/C.
THE EFFECT OF
THE COMMAND
IS TO GO TO THE
BEGINNING OF THE TEST THAT WAS BEING EXECUTED WHEN THE HALT
SOFTWARE DIALOGUE MAY OPTIONALLY
TOOK PLACE.
OR CONTROL/C
MAY NOT BE CHANGED.
PARAMETERS
HARDWARE
REEXECUTED.
BE

MUST HAVE

6.3.4 PROCEED COMMAND
222322212221 X3222 222222222282 30022322222000 20RRRRRRRRRRll

PROCCEED) /FLAGS:<FLAG-LIST>
N

PRt LRt R TR RN PR AN RN RN P E

AT NN

NN AT N RO

6.3.4.1 FLAGS SWITCH (/FLAGS:<FLAG-LIST>)
<FLAG=LIST> IS AS IN
THE
START
(COMMAND,
FLAGS RETAIN THEIR CURRENT VALUE.

BUT

UNSPECIFICLD

6.3.4.2 EFFECT OF PROCEED COMMAND

PROCEED

MUST FOLLOW A START, RESTART®, OR CONTINUE.

(OMMAND

CIDMRD MB203 STAT(C DIAG #1

PROGRAM DOCUMENT

400
401
402

403

405
406

PARAMETERS MAY BE

ALTERED.

6.3.5 ADD COMMAND

‘09

[ XX

410

ADD/UNITS: CUNIT=L1ST>

612
613

X X2 222232232222 2XXxX2Z2X2X22ZXX22X322 2222222220 22220Z%2 2}

X2 22 2222222222222 2222222222223 X222 222222222 2K2 2]

414

6.3.5.1 UNITS SWITCH (/UNITS:<UNIT-LIST>

219

CUNIT=LIST> IS AS IN THE RESTART COMMAND.

418

SeE@

MODE MUST HAVE BEEN ENTERED VIA A WALT ON ERROR.
THE EFFECT
OF
THE
COMMAND
1S
TO BEGIN EXECUTION AT
THE LOCATION
FOLLOWING THE ERROR CALL.
NEITHER HARDWARE
NOR
SOF TWARE

‘Q11

MACRO v03.01 7-AUG=-80 11:01:24 PAGE 3-7

419

6.3.5.2 EFFECT OF ADD COMMAND

421
422
423

THE UNITS SPECIFIED ARE ADDED TO THE
TEST
SEQUENCE.
EACH
UNIT MUST HWAVE A P-TABLE
1IN MEMORY DUE
TG AN EARLIER
HARDWARE DIALOGUE.
THIS COMMAND MUST BE
FOLLOWED BY A
RESTART OR CONTINUE. _ THE UNITS SWITCH MUST BE SPECIFIED.
THE ADD COMMAND IS MEANINGFUL ONLY FOR UNITS THAT WERE

424
425

426
€27
428

PREVIOUSLY DROPPED.

)

6.3.6 DROP COMMAND

‘31

[ 2222322222222 2222 X22X2222Z2xX322232223222323222322222022082004)

432

DRO(P) /UNITS: CUNIT=L1ST>

‘33

W34
435

(2 2222222322222 222X22222222X2X22323X222332322323232323222222202 0]

6.3.6.1 UNITS SWITCH (/UNITS:<UNIT=LIST>)

CUNIT-LIST> IS AS IN THE RESTART COMMAND.

6.3.6.2 EFFECT OF DROP COMMAND

3
44k
445
4ot

THE UNITS SPECIFIED WILL BE DROPPED FROM TESTING.
THE UNITS
WILL BE KESELECTED ONLY BY THE EXECUTION OF AN ADD OR START
COMMAND. ~ THE UNITS SWITCH MUST BE ENTERED.
THIS COMMAND
MUST BE FOLLOWED BY A RESTART OR A CONTINUE COMMAND.

<48

.
6.3.7 PRINT COMMAND

452

PRI(NT)

&4
‘51

453

454
455

&56

.t"..".'...."""""'."""""".'.'.."'."'."'.".

SRR

RO A

E TN E NIRRT edREERtECEEUERTOERERERQACEROETEOROERTY

6.35.7.1 EFFECT OF PRINT COMMAND

CIDMRD M8203 STATIC DIAG M

PROGRAM DOCUMENT

MACRO v03.01 7-AUG-80 11:01:24 PAGE 3-8

457
458
459

SE@

THE TOTAL NUMBER OfF ERRORS FOR EACH UNIT
START
OR RESTART
(OMMAND ARE
PRINTED,

:g?

STATISTICAL REPORTING) FLAG IS CLEARED.

462

SINCE
THE
LAST
THE ISR (INWIBIT

222

6.3.8 DISPLAY COMMAND

‘65

466

X222 2Z32X22222X2XRX2S2222222 2R

DIS(PLAY)/UNITS:<UNIT=LIST>

467

R R

4«68
469

2 2R

I R R R R R N R R R R R

R R R R R R

2;?

6.3.8.1 UNITS SWITCH (/UNITS:<UNIT=LIST>)

2;%

CUNIT=LIST> IS AS IN THE RESTART COMMAND.

474

AR 2RRdRdd )
R R R

2;2

6.3.8.2 EFFECT OF DISPLAY COMMAND

W77
478
479

‘THE MARDWARE P-TABLES FOR ALL UNITS UNDER TEST ARE PRINTED
OUT
IN THE
FORMAT
IN WHICH THEY WERE ENTERED.
ANY UNITS
THAT WERE DROPPED BY THE OPERATOR 'DROP'' (COMMAND ARE SO

222

6.3.9 FLAGS COMMAND

480
481
482

DESIGNATED.

1.85

222222 X2 XS SRS RS2SRRSR

486

FLA(GS)

487

2222222322322 X232

488
4«89

6.3.9.1 EFFECT OF FLAGS COMMAND

agg

THE CURRENT SETTINGS OF ALL FLAGS ARE PRINTED.

R RRE21D}

22XX2 2222822 22X2 22X 2222222222222 R221 2]

23?

6«94

232

6.3.10 ZFLAGS COMMAND

497

tetttttenReeRRRE
Ot EEOECEERAREERECCECERROARSRRCRORROROGORNRRRQRROOROGRE

498

IFL (AGS)

499

500
501

gg%

RN ER AN RN EE R

RN EELCQONRCE N OO ENE R AN CRARNNQOOQEOOROQOOQC
0TS

6.3.10.1 EFFECT OF ZFLAGS COMMAND

504
505
506
gg;

ALL FLAGS ARE CLEARED.

509

A CONTROL C (C) ENTERED DURING THE EXECUTION OF A DIAGNOSTIC CAUSES

512
513

A CONTROL 2 (Z) ENTERED DURING ONE OF THE THREE OPERATOR
DIALOGUES- HARD CORE QUESTIONS (SEE 6.2) ,HARDWARE DIALOGUE

g}?

6.3.11
A

C(ONTROL

RETURN

CHARACTERS
(COMMAND MODE.

CIOMRD MB203 STATIC DIAG #1
NN
N NN N
POPIAIND)
acd b b o b —
W=
O OO0 N 2

PROGRAM DOCUMENT

SE@

MACRO v03.01 7-AUG-8) 11:01:24 PAGE 3-9

(SEE 6.3.1.5), OR SOFTWARE DIALOGUE (SEE 6.3.1.5) CAUSES THE
DEFAULTS TO BE TAKEN FOR THE REMAINDER OF THAT DIALOGUE.
A CONTROL O (0) ENTERED DURING THE EXECUTION OF A DIAGNOSTIC
ALL TELETYPE OUTPUT TO BE SURPRESSED FOR THE
CAUSES

«~REMAINDER OF THE DIAGNOSTIC OR UNTIL ANOTHER
WHICH RESTORES NORMAL TELETYPE OUTPUT.

TYPED,

6.3.12 HARDWARE PARAMETERS

TYE FOLLOWING & QUESTIONS WILL BE ASKED ON A START COMMAND.
THE VALUE LOCATED TQ THE LEFT OF THE QUESTION WMARK IS THE

g%gaghge VALUE
1.

THAT

WILL

DEVICE CSR ADDRESS :

TAKEN

A CARRIAGE RETURN

(0) 160170?

THIS 1S THE ADDRESS AT WHICH THE CSR REGISTERS (

THE ALLOWABLE RANGE
THE UNIBUS.
ON
(OCTAL), AND THE DEFAULT VALUE 1S 160170.

DEVICE VECTOR ADDRESS : (0) 300 ?

THIS 1S THE ADDRESS OF THE INPUT INTERRUPT VECTOR

DEVICE.

THE

ALLOWABLE

DEFAULT VALUE IS 300.

RANGE

FOR

THIS

IS 000-674 (OCTAL), AND THE

DEVICE PRIORITY LEVEL : (0) 5 ?

THIS IS THE CPU PRIORITY AT WHICH THE INTERRUPT HANDLERS OF
THIS DEVICE WILL BE EXECUTED. THE ALLOWABLE RANGE IS 0-7,

AND THE DEFAULT VALUE IS 5.

MB207 RUN SWITCH (E28 SW?) - TYPE O IF OFF, 1 IF ON : (0) 1 ?

THIS TELLS THE PROGRAM If THE RUN SWITCH ON THE MICROPROCESSOR

IS SET OR NOT, IF [T [S SET, RUN IS NOT INHIBITED, AND TESTS

REQUIRING THE RUN STATE CAN BE EXECUTED. THE ALLOWABLE VALUES
ARE O AND 1, AND THE DEFAULT VALUE IS 1 (RUN S NOT INKIBITED).
6.3.13 SOF TWARE PARAMETERS

NO SOF TWARE PARAMETER QUESTIONS ARE ASKED BY PART 1
STATIC LOGIC TESTS.

THE

6.3.16 EXTENDED DISCUSSION OF P-TABLE DIALOGUE

THE

FULL CAPABILITY OF THE HARDWARE DIALOGUE IS REVEALED 3Y

THE FOLLOWING DISCUSSION OF WHAT HAPPENS INTERNALLY.

AS SOON AS THE QUESTION '‘# UNITS?'' IS ANSWERED (WlTW THE
NUMBER N, SAY) SPACE IN CORE IS ALLOCATED FOR N P-TABLES.
ALL OF THE P-TABLES ARE OF TWE SAME FORMAT, AND THERE |5 A
ONE-TO ONE CORRESPONDENCE BETWEEN THE HARDWARE PARAME TER

(IOMRD MB203 STATIC DIAG M

PROGRAM DOCUMENT

SN
572
573
574
575
576
577
578
579
580
581
582
583
584
585
586
587
588
589
590
SN
592
593
594
595
596
597
598
599
600
601
602
603
604
605
606
607
608
609
610
611
612
613
614
615
616
617
618
619
620

621
622
623
624
625
626
627

MACRO v03.01

7-AUG-80 11:01:24 PAGE 3-10

QUESTIONS AND THE SLOTS

SEQ

IN THE P-TABLE FORMAT.

ON THE FIRST TRIP THRU THE QUESTIONS, ALL OF
ALL

THE

P-TABLES ARE FILLED.

THE

SLOTS

THE OPERATOR TYPES IN

TO A PARTICULAR
IN RESPONSE
LESS THAN N EXPLICIT VALUES
THESE VALUES ARE PLACED IN THE P-TABLES (ONE VALUE

QUESTION,

GOING INfO THE PROPER SLOT OF EACH

P-TABLE

BEGINNING

WITH

THE
FIRST P-TABLE) UNTIL THE STRING OF VALUES IS EXHAUSTED.
THE LAST VALUE IN THE STRING BECOMES THE NEW DEFAULT AND
IS
USED TO FILL THAT SLOT IN THE REMAINING P-TABLES.

CN SUBSEQUENT TRIPS THRU THE QUESTIONS, THE SAME PROCESS IS
CARRIED OUT, EXCEPT THAT THE EARLIEST P-TABLE NOT
TO HMAVE
RECEIVED
AN EXPLICIT VALUE IN ANY OF ITS SLOTS NOW ASSUMES
THE ROLE

THAT TABLE NUMBER ONE PLAYED IN iAE FIRST TRIP,

THE SERIES OF QUESTIONS
1S
REISSUED
WUNTIL
AT
LEAST
ONE
QUESTION MAS RECEIVED N EXPLICIT VALUES FROM THE OPERATOR.

IN GIVING A STRING OF VALUES, COMMAS WITHOUT INTERVENING
VALUES MAY BE USED TO INDICATE A REPETITION OF
THE
LAST

NAMED VALUE.

A STRING OF
VALUES MAY BE
GIVEN AS A RANGE (6-10 FOR
EXAMPLE). IF THE VALUES REPRESENT PURE NUMERICAL DATA,
THIS

RANGE TRANSLATES TO TME STRING 6,7,8,9,10 (AN
SAMPLE
INCREMENT OF 1). IF THE VALUES ARE ADDRESSES,
THE
SAMPLE
RANGE TRANSLATES TO THE STRING 6,8,10 (AN INCREMENT OF 2).
NOWw

LET US
SEE
HOW WE
(COULD USE THESE CAPABILITIES TO
CONSTRUCT A SET OF P-TABLES.
ASSUME THAT WE HAVE 16 UNITS,
AND THAT THERE ARE THREE HARDWARE PARAMETERS FOR EACH (THREE
SLOTS IN THE P-TABLE,
THREE HARDWARE QUESTIONS
IN THE
DIALOGUE).
LET THE DESIRED VALUE FOR THE FIRST PARAMETER BE
THE NUMBER 75 FOR ALL 16 TABLES.
LET THE DESIRED VALUE
FOR
THE
SECOND
PARAMETER
BE
EQUAL
TO
THE
UNIT
NUMBER
(0,1,2,...,15) EXCEPT FOR UNIT 12, WHICH SHOULD RECEIVE
THE

VALUE
11,
LET THE DESIRED VALUE FOR THE THIRD PARAMETER BE
THE NUMBER 76 FOR THE FIRST 7 UNITS AND THE NUMBER 77 FOR
THE LAST 9 UNITS,

THE FOLLOWING DIALOGUE WOULD ACCOMPLISH THIS GOAL:
# UNITS

UNIT 0

(D)

<QUESTION 1> 72 75

<QUESTION 2> ? 0-6

<QUESTION 3> ? 76

UNIT 7

<QUESTION 2> ? 7-11,,13-15
<QUESTION 3> ? 77

THE FIRST TIME THE SERIES 1S ASKED, SLOT ONE RECEIVES A /5
IN ALL 16 TABLES. SLOT TWwO RECEIVES THE VALUES 0,1,2,....6

TABLES O THRU 6 AND A CONSTANT 6 IN TABLES 7 THRU 15,

CIDMRD MB203 STAT(C DIAG M

PROGRAM DOCUMENT

MACRO V03.01 7-AUG-80 11:07:24 PAGE 3-11

SE@

253

SLOT THREE RECEIVES A CONSTANT 76 IN ALL 16 TABLES.

630
631

THE SECOND TIME THRU THE SERIES, TABLES 7 THRU THE END ARE
GOING TO BE AFFECTED (NOTE THAT THIS PIECE OF INFORMATION IS

633

THE

632

PRINTED OUT FOR THE THE OPERATOR IN THE FORM
BEGINNING

OF EACH SERIES).

QUESTION 1

XX''

TABLES

634

BY A <CR>, SO SLOT ONE STAYS AT CONSTANT

637
638

GETS AN 11 IN SLOT 12, AND GETS THE VALUES 13,14,15 IN
TABLES 13 THRU 1. SLOT THREE GETS THE VALUE 77 IN TABLES 7

641
642
643

THE DIALOGUE IS TERMINATED WHEN THE SOF TWARE RECOGNIZES THAT
16 EXPLICIT VALUES HAVE BEEN GIVEN FOR Al LEAST ONE QUESTION
(NAMELY QUESTION 2).

635
636
828

‘UNIT

IS RESPONDED TO

THRU 15, SINCE NO NEW EXPLICIT VALUES ARE TYPED IN.
SLOT TWO
GETS THE VALUES 7.8,9.10,11 IN TABLES 7 THRU 11, AND
T4RU 15.

CZDOMRD M8203 STATIC DIAG M

PPNV

AIND)

2 OO

b ad e

e o

i) el e

NP WNE NN = O D00 NOM N

PROGRAM DOCUMENT

D 2
MACRO v03.01 7-AUG-80 11:01:24 PAGE &

7.0 DEVICE

INFORMATION TABLES

XTI

2R R

R R

SEQ@

R R R R R R R

« MAINTENANCE REGISTER - BSEL1

R RZERRZZNRNNZIRLNZAZLRLLRALALLRL2A0
4]

= BIT?

RUN

MCLR

= BITS

= BITé

STEPLU

= BIT3

LULOOP

ROMO

= BIT2

STEPMP

= BITO

ROM]
XA

R R R R R

= BIT!

2 2

22X

X222

RS R

* 0BUS REG 10 - TRANSMITTER BUFFER

R SRR

000}

)

:t't"".I't.'."""Q"'t't""'.'t'.tt"'it"""'t'"'""'.'Q""".'QQ"Q'

18.%4

X3
X2
X1
X0

= BIT7

= BIT6

= BITS

= BIT4

=
=
=
=

2 s

0C
GOAH
ABORT
EOM
SOM

=
=
=
=
=

BIT3
BIT?
BIN
BITO
X2 RIS

« 0BUS REG 11

R IR

R R

RS R AR R

AR R

RRARRRRRRRRRARARRRRRD)

8117
BIT3
BIT?
BIN
BITO

R 222222222 a2

+ 0BUS REG 12

222 X2 S22

E R AR

AR AR

RRRRRRRRRRARRAD)

:"".".'.'t""""""""""'t.t""..Q"Q't"'l"!""i'tl!"t"""'t"'

1C
BPOLL
LULP

= B117
= BITE
= BITS

RN ANRRRREARRO RO

+ 0BUS REG 13
POLL
DTR

SELFR

HD X

MAINTY
MAINT2
SELSBY

NP RRCERCECEEROCRAREARNRNROEREROARGEOERRRRACNTERQARRGERTROEOERRNLROAROICTERQOOCROPOTOROTRTY

= BIT7
= BITé

= BITS
= BlT4

= BIT3
= BIT?
= BIT

;.'.".'.'."'Q"""""l""""t'.fi'l.!"'t!".t'!'.Q'Q"'\t.'..'t"l"'t"l

p—

CZDMRD MB8203 STATIC DIAG M

PROGRAM DOCUMENT

+ 0BUS REG 14

TXEN

MACRO v03.01 7-AUG=-80 11:01:24 PAGE 4-1

SEQ

:'ttt"ttttttt"t"t'Q""Q"t"t'QtQ't'Q'Q'"t"""QQ"""QQ"Q"""Q"'Q"

= BIT6

61
62
63
64
65
gg

DISSI
RDAX
WAX
ENAX
AX2
AX1

;t't"t't't!t't't"t"ttt"tt""tQttttt"tt't'tt'Q"t""'t""tt""""""'

* 0BUS REG 17

14!

73
74
75
76
77

=
=
=
=
=
=

311§

BIT4

BIT3
BIT2
BIM
BITO

:ttt't'tt'tt't"t't""‘"'t"ttt"tt't't!'t"Q't"lQQ'QQ't""""""""""

CRC2

= BI1?

IDLE
SECA
STRIP
RDALL
1ERR

=
=
=
=
=

CRC1

DDCMP

= BIT6

BITS
BIT4
BITY
BIT2
BIT1

= BITO

;t'QQtttQttttttt'tt'tt't't"t"t"t.tttttitt.'t't'tttt'Qt"'t'ttttt'tt"'t't"'

* IBUS REG 10 - RECEIVER BUFFER

RX?

= BIT?7

85
86

RXS
RX&

= BITS
= BIT4

88
89
g?

RX?
RX1
RXO

;ttt.tt'ttQQttt'ttt't"t""'t't""tttt't'ttttttt'tl't'tt't"'tt"t"""'t't'

RX6

RXx3

= BIT6

= BITY

= BIT?
= BIT
= BITO

;'Qttt!titttt."t"'"t""'t'tt"tt'tttttt't'tt't!ltttttt'tt"t"'t'!'tt"t't'

+ |BUS REG N1

0¢

= BIT7

SWe
S

= BIT13
= BIT?

9‘

96
97
98

99
10C
101

:tt"'ttittQQ"'"tt""'tt't"tttti't"'tt!'t't'!"tttt't't't"tttt't"ttti"'

OACT
Sw3
ORDY
SWo

= BIT6
= BITS
= BlIT4
= BIM

= BIT0

}8%

UNRR

10‘

;ttt"'ttttt"""!"t't"""t""itttttt't!t"i't'!tt"'tttttt't'tt't!'t!'\t'

106

;'t"tt'ttt.t't"t"tt""'t""Qttii'fitt'ttQt!'tQtttttQ'QtQ'Ctt"t't"'t'ti"t

105

+ IBUS REG 12

107

= 8I1?7

109
110
1M
112
113%
114

LULP
IRDY
OVRR
RAB
EBLK
B8C(

=
=
=
=
=
=

108

IACT

= BIT6

BITS
BIT4
BIT3Y
BIT?
8IN
BIT0

CIDMRD MB8203 STATIC DIAG M

SEQ

WA —=2OO
OB NV
2O
NS WA

el
D o
o
i
e
e
e
i i
ad
e
e

NN N PO NI PO NI PO NI NO N

e
D o

AN NN

O NO

—

N AN W

b o

b b s b

PROGRAM DOCUMENT

MACRO v03.01 7-AUG-80 11:01:24 PAGE &-2

AXEZ I

+ IBUS REG 13

R X

R R

R X

R R R R R R

XA R RRRAZZRRRAR2ARRRRRAR
R
0000000220 RdalRll)d)

:Q't""""'i""'t"""Q"""Qt.""Q"Q"Q""""""QQ""."'Q""Q""

RING
DTR
RTS

= B8IT7
= BIT6
= BITS

MODOR

= BIT3

HD X

ST8Y
CARR

= BIT4

= BIT?
= BIMN
= BITO

;"'Q""Q"'"'"""""Q"""."i".""""t"'"'Q""Q""'Q""Q"""'

* IBUS REG 14

;""'tt'i""""""""'Q"""'i""'lQ."Q"'t".QQ'""0""""""""'

READY
TXEN

= BIY7
= BIT6

RDAX

= BIT4

DISSI

= BITS

WAX
ENAX

= BITY
= BIT2

AX1

= BIT0

AX?2

= BIM

:'""'t."'t'.l"""""t'tt""".'t'.Qt"'.t"i""..'."t""".""""'

+ [BUS REG 17
SIGR

S16Q
TXDATA
OCOR

ICIR

= BIT7

= BIT6
= BITS
= BIT4

= BIT3

b
il
D
)
el
il
el el

DDCMP

= BITO

CHARARERRRCRAE N

RN CERNR O G E R LARRNRRNRNOERTRGERNRRARNNRANRORARRERREORRAROQRROEQANRARORCERRORNCRETY

¢ AX0=15 = USYRT REG O (READ ONLY)

:"t.'t.."..'t"""'t"""'t".Q'Q"Q't'fit!"'l.""""'t""""!"I..'Q"

RX7

= BIT17

RX6
RXS
RX4

= BIT6
= BITS
= BIT4

RX2
RX1
RX0

= BIT2
= 8IN
= 8170

RX3

= BIT3

—d e

e —

~woooooooo0o0 (o BV LY, AV 1V, IV YV TV YU L0
—
O OO ~O NS W) — OOV ~NO NN

TESTMD
= BIT?2
= BIT
MCLK

X2 223222 X

22222

223 xR

¢ AXO-16 - USYRT REG 1 (READ ONLY)

s s

s e R R

R SR R R0 AR

AR AR AR

RAAD)

:t."'l".l'.""""""""'t"l'.t"'.'l""t"'I'.Q"Q.'l"'!t."lti"t‘l"

RERR
ASB(2
ASBC1

= 8117
= BITé
= BITS

ROR

= BITS

ASBCO

= BIT4

NN
N=2OOV® NN

b ed md e
POPINY
-

223

RABT
REOM
RSOM

SE0

= BIT?
= BIN
= BITO

:tt'tt"'tfi"ttt"""t"t't"t"'t'""'"'QQ"'QQ""Q'Q'Q"t"'Q"Q"t""

* AX1=15 = USYRT REG 2

;ttt't!t"tttt'ttt't"'01"Qt"""t't't't"'t"'tttt"""""'t""""tQQ'

18.94

TS
X4
T3

X1
X0
22X

XS R

R X

R R

* AX1=16 = USYRT REG 3

R R

RX R

Z AR AR
RRRRRRRARA DA

;"'fi"""'."""""'""""t'l"tQ't""'tt.t"."'Q'.'Ql""'.'.'.""'

= BIT7
= BIT3
= BIT?

TERR
TXGA
TXAB

= BITY
= BITO

TEOM
TSOM
X

2322222222222

222232222

222X 2 XX

AR R R

A D]

* AX2=15 = USYRT REG &

;t'tt'tt"t"tt'ttttt't"Qttfitflfittttfittttttt"tttttt!tt'Q'Qt"'tt."tt""'t'
1]

SYN?

T I

SYNG

T B

SYNS

SYN&

SYN3
SYN?2

SYN1
SYNO

20000~V (W [N ]
— OOV

NOWVNE W= OOVONO VNS W

2OOVONOWVES W

= OQOO0QO0O0O0O0O0OVWOOVOVOVOVOVOVOONOON0OPOOOOO0
N N~NNVY ~N~
ed ad =D

=D et D d e e e e d p e o =B D ed e e D D ) D o D o D b D
[ASI ST ST NI NI NI N1, N1,N],§1,8],
8] POROAVININIAIPINIPININD

PROGRAM DOCUMENT

G 2
MACRO v03.01 7-AUG-80 11:01:24 PAGE 4-3

SYNCH

(ZDMRD MB203 STATIC DIAG M

X 2222222222222
2R 2 2R R R R R R AR R R R R AR AR AR
RRRRRRRRRRAN)

¢ AX2-16 - USYRT REG S

;"'."'.""."""""'"""ttti"'Q."'Q"'.'""t"""t""""""""

APA
0DC

STR
SEC
I0L
(RCTY2
CRCTY!
CRCTYO
X 2

= 8117
= BITé

=
=
=
=
=
=

BITS

BIT4

BIT3
BIT?2
BIT
BITO

222222z axzizzaiii AR

* AX3-15 - USYRT REG 6
X

223222

1422

Xyl

(328CC

v35

z 8117

= BI16

= BITS
= BIT4

X XX R 2R XS ERRERRRZRR

R RRRRRARRARRRRRRRARRR
AR AR

RARRRR

R RRRRRARARRR D)

(IDMRD MB203 STAT,C DIAG M

PROGRAM DOCUMENT

MACRO v03.01 7-AUG=-B0 11:01:24 PAGE &4-4

SE@

229
230
231
232
%%2

INTGRL
C32ENB
oP
TEST
AX315U

=
=
=
=
=

BIT3
BIT2
BIT1
BIT0
]422'XY2'C32BFC!V3S!INTGRL!OP

235

R N

236

+ AX3-16 - USYRT REG 7

238

TYLEN2
TXLENY
TXLENO

= BIT?
= BITS
= BITS

RXLEN1
RXLENO

= BIT
= BITO

237

239

240
241

242
243
244

FLP)
246
247

RYLEN2

TPt

Pttt

= BIT?

Tttt RN e Nt
et e

e rt e eR

it eratereterterteeeseerteeeteese
T eer ettt arerarerarerteerreeteees

CIDMRD M8203 STATIC DIAG M

1
1

NO N

}

SE@

8.0 TEST DESCRIPTIONS

;'Qt't""t'tt"t""'t'.""tt"""""'t""t""t'."""""Q"""""Q'.

TEST 1 - MICROPROCESSOR CSR ADDRESSING TEST (SELO)

« THIS TEST ADDRESSES THE FIRST MICROPROCESSOR CSR (SELO), TO MAKE SURE
« THAT A NON-EXISTENT MEMORY TIME-OUT TRAP DOES NOT OCCUR WHILE
« ATTEMPTING TO ADDRESS THE MICROPROCESSOR.

:"tt"'Q"Q't""""""'t""Q'ttt'.t.tt"i""Q'ttt"'t""'t"""""""

SOV

NN = O O00~NON NS NN —

PROGRAM DOCUMENT

MACRO V03.01 7-AUG-80 11:01:24 PAGE 5

2
2
22
23

;'."t".t"t"""""""t"'t't"tttt.'tt"..'t.t"'t.t't".'."'t'l"'QQ'Q.

TEST 2 = INBUS/OUTBUS REG 14 INITIALIZATION TEST

* MASTER CLEAR (MCLR) IS SET IN THE MICROPROCESSOR, IBUS REG 14 [S READ

« AND COMPARED T0 200.

3‘

:'t.t."l't'ttt"Q""""Q""t"'t't"'t'tiittt'l'l't"'""t"t"""""".

28
29
30
3
32
33

gg
40

‘2

:."ttt'."t'."""t't"tt""tt'tlt""'t."'t""i'tt'\"".""'Q"."'Q'QQ

TEST 3 - INBUS/OUTBUS RES 14 READ/WRITE BIT TEST

| 3

¢+ WRITE, READ, AND COMPARE ALL WORDS OF DATA PATTERN A INTO REG 14,

t QEESIEGAT A TIME. NON-R/W BITS ARE MASKED OFF TO O BEFORE WRITING AND
.
NG.
DATA PATTERN A = 125,252,000,377,001,002,004,010,020,040,100,200,376,
«

$75,873 867,357,837, 877.177.

:'ttt"t'tt'tt'Q""""""t"""'ti'li.t'tt"!'li""tt""'.""'.""."'.

‘8

;t't't.t'tttt""'""'Qt"i"""'l".!Q"'.Q'Q"tt'!""'l"'t"Ql""""'!'

. ?81550377 INTO REG 14, ISSUE MASTER CLEAR, READ REG 14 AND COMPARE

49
52

53
54

TEST & - REG 14 MASTER CLEAR TEST

;'.tt.'.".'.""'Q"t""t"l""'t"t"'lt't'!"tt"t.lt."t.'.'Q'Q"Q.l..'.'

CIDMRD MB203 STATIC DIAG M

PROGRAM DOCUMENT
58

g?
62

J 2
MACRO Vv03.01 7-AUG-80 11:01:24 PAGE 5-1

SE@

;"""""Q'ttt""""'""""'l"""""t""""""l"'.""""""""

TEST 5 - REG 14 UNIBUS RESET (INIT) TEST

. ¥81580377 INTO REG 14, ISSUE UNIBUS RESET (INIT), READ REG 14 AND COMPARE

'
L]
:"."'.Qt."'Q"'""""""""Q'.."."'."".'t""'.""""Q'."""".'

%
68

;'t"'t't"'t"""""'0""""'.""""'""""t"t"""'"""""""'Q'

TEST 6 = LINE UNIT FALSE SELECTION TEST

7
72
73
74
;g
77

* FIRST, A MASTER CLEAR IS PERFORMED. THEN, THE PROGRAM SINGLE=STEPS THE
* M]CROPROCESSOR THROUGH AN INSTRUCTION WHICH LOADS 041 (OCT) INTO THE MAR
+ REGISTER (OBUS* ADRS 14), THEN, THE LINE UNIT REGISTER 14 IS READ AND CHECKED
+ TO BE UNAFFECTED (STILL = 0). THIS TEST IS INTENDED TO DETECT A FALSE
* i%%gggégN OF THE LINE UNIT REGISTERS, WHEN THE L INE UNIT IS NOT BEING

'
.
:Q'Qfi't'."."""""'i"""Q"'QiQ't"'t""'t"'""'Qt't"""'t"""""'

78
79

;"Q"Ql""'""""""""""t'.l'l't'tt't'i"tt"ttt""t't""""""."

TEST 7 - INBUS REG MASTER CLEAR TEST
t

* FIRST, ALL READ/WRITE BITS OF REGS 10-17 ARE SET BY LOADING A

88
89
90
91
92

* A MASTER CLEAR IS ISSUED AND EACH REG IS READ AND COMPARED TO A WORD OF
+ PATTERN M, WHICH CONTAINS THE INITIALIZED STATES OF THE REGS. (UNPREDICTABLE
* BITS ARE MASKED OFF TO O BEFORE _COMPARISON).
+
PATTERN 6 = 000,000,240,120,177,000,000,003
«
PATTERN M = 000,020,000,000,200,000,000,051

+ DIFFERENT WORD OF PATTERN G INTO EACH REG.

THEN,

;'Q'..""Q'.""""""'""Q"""""'ttt't'l't!'.t""t't't.'t"tt""""

94
95
96

4
99

}8?

22322222223
*

a2z

R R R R R R R R R R R R R AR

TEST 8 - REGISTER 10-17 ADDRESSING TEST

AR AR AR

AR AR R

102

¢« FJRST, A MASTER CLEAR IS ISSUED. THEN,

107

:'.".'..."Q"""'"""""'"'t."tt""'t"..'l"t'."'ll""'ti"""""

103
104
105
106

¢ WRITE A DIFFERENT WORD OF DATA PATTERN B INTO EACH OF REGS 10-17,
* AND AFTER EACH WRITE, READ AND COMPARE ALL REGS TO EXPECTED VALUES.
* UNPREDICTABLE B1TS ARE MASKED OFF TO O WHEN READ FOR COMPARISON.
.
PATTERN B = 000,000,040,100,220,000,000,051

108
109
110

i
113

114

R A A

R s xR

2 s 2

X a2 R R R R 2R R R R R R AR A AR AR R AR AR

TEST 9 - REG 11 READ/WRITE BIT TEST

C2ZDMRD MB203 STAT(C DIAG #1

MACRO v03.01 7-AUG-80 11:01:24 PAGE 5-2

SEQ

* WRITE, READ, AND COMPARE EACH WORD OF DATA PATTERN C INTO REG 11
.
DATA PATTERN C = 020,020,020.

:tttt'.%""'tl""""""""""."'""'""""Q"Q"""Q""""""""

;O'l""Qt"'Q""""""""""'Q"'.""Q.t'."""'Q""""t""t""""

TEST 10 - REG 12 READ/WRITE BIT

* WRITE, READ, AND COMPARE EACH WORD OF DATA PATTERN D INTO REG 12 :
*
DATA PATTERN D = 000,040,000.

:'"""'Q"".""""""Q"'Q"Q"fil""""."'Q'.t""'."""'"'Q"'Q"'

i =D

:t.""'.""""'"""""""'.'fi"QQ'.".Q"""'."Qt"'t"t.""QQ"""'

)

— e

D end

D o

TEST

D el i

) el

W AN U U NN
A R N NI PO NI NI RO NI NI PO NI N b b s — S
OO NO VBN 2OV
NN
WSOV ~NoW

PROGRAM DOCUMENT

+ WRITE, READ, AND COMPARE EACH WORD OF DATA PATTERN E INTO REG 13 :
.
DATA PATTERN E = 000,120,020,100,120,000.

1‘0

141
142
143
144
145
1‘6

}2;

TEST 11 - REG '3 READ/WRITE BIT TEST

;'""Q"'...Q'.t""""""'."Q"'.""'Qi"'."Q'.'t"""""t""""'"'

;tt'.'t"'.t""""'ti'"i"'""ittt"Q.""i'.'i"!Q'l"l"""""""""'

TEST 12 - REG 17 READ/WRITE BIT TEST

149
150
151

* WRITE, READ, AND COMPARE EACH WORD OF DATA PATTERN F INTO REG 17 :
*
DATA PATTERN F = 050,051,050.

:'Q."""t.""""'t""""'t"t"."".""'Q"'""'.t".".""""""t'

152
153
154

i
157

}gg

;.".."'.'.""""""""""'Qi'Q'.'.Q""".'.".t.".""""""""""

TEST 13 - MAINTENANCE CLOCK BIT TEST

160
161
162

¢ FIRST, A MASTER CLEAR IS ISSUED TO INIT ALL REGS. THEN, THE MICROPROCESSOR
« ]S PLACED IN A LOOP ON AN INSTRUCTION, BY SETTING THE INSTRUCTION IN SEL6
+ AND SETTING ROMI AND RUN IN BSEL1. THE INSTRUCTION IS ONE WHICH REPETITIVELY

165

* TO MONITOR M(LK :

163
164

« READS LINE UNIT REG 17 INTO BSEL2. THE PDP-11 CAN THEN SCAN BSEL2 TO MONITOR
« THE MAINTENANCE CLOCK BIT, MCLK. THE FOLLOWING SEQUENCE 1S THEN PERFORMED

166
167
}28

¢ - THE PROGRAM REPEATEDLY CHECKS THE MCLK BIT FOR THE 1 STATE, AND IF IT IS
*
NOT FOUND WITHIN SEVERAL HUNDRED MILLI-SEC (DEPENDING ON THE PROCESSOR)
*
g?CERROR 1S REPORTED. (THE MAINTENANCE CLOCK HAS A PERIOD OF 41.6 MICRO-

170
1

« - THE PROGRAM NEXT REPEATEDLY CHECKS THE MCLK BIT FOR THE O STATE, AND IF
«
T IS NOT FOUND WITHIN SEVERAL HUNDRED MILLI-SEC AN ERROR IS REPORTED.

2
2
%
%

SEQ

- THE PROGRAM NEXT REPEATEDLY CHECKS MCLK BIT FOR TQE 1 STATE AGAIN, AND

IF IT IS NOT FOUND WITHIN SEVERAL HUNDRED MILLI=-SEC, AN ERROR IS REPORTED.

IF THE P=-TABLE FOR THIS UNIT INDICATES THAT THE MB207 RUN SWITCH (£28 SW?7)
IS OFF, THE TEST WILL BE SKIPPED.

XXX I ZZ R

SRR IR

RSN 2d0dRRd0d0ddRdRlRRiRd]

E v

TEST 14 - EXTENDED REGISTER MASTER CLEAR TEST
*

FIRST, ALL READ/WRITE BITS OF EXTENDED REGS AXO-AX3 ARE SET BY LOADING

b -—
D

A DIFFERENT WORD OF PATTERN H INTO EACH REG. THEN, A MASTER CLEAR IS

]

D i o

:QQ'.""."""""""""'""'tt""tt't""."".Q""""""""""""

O 00O OOOOP®
NOWVS
NN =200

ol e

D o

B -

O0000000
N ~N~N~N~ ~
WA 2O 000 ~NOWN ~

172
17%

PROGRAM DOCUMENT

L 2
MACRO v03.01 7-AUG-80 11:01:24 PAGE 5-3

CIDMRD MB203 STATIC DIAG #1

CHRNAA R AN EARAG R

ISSUED AND EACH REG IS READ AND COMPARED TO A WORD OF PATTERN I, WHICH
CONTAINS THE INITIALIZED STATES OF ALL THE EXTENDED REGS.
PATTERN H = 000,000,377,017,377,377,375,377
PATTERN I = 000,000,000,000,000,103,000,000
RN OO R

RREARARANAR RO CAEORRORRONROACERRNORRRNQNROCGTETS

;t'tt'i".'ttt.'"l""'"""".'.t"'.t""'.."..""'.""l"""'t"""':

TEST

15 - EXTENDED REGISTER ADDRESSING TEST

* FIRST, ISSUE A MASTER CLEAR TO PUT REGS INTO INITIALIZED STATES SHOWN IN
* PATTERN I. THEN, WRITE A CIFFERENT WORD OF PATTERN J INTO EACH EXTENDED (AX)
. REG.EgND AFTER EACH WRITE, READ AND COMPARE ALL EXTENDED REGS TO EXPECTED
* VALUES.

+«
*+

PATTERN | = 000,000,000,000,000,103,000,000
PATTERN J = 000,000,001,002,004,103,040,100

NO NN

2222222223232 2220222220 RRRRRRRRRRRRRRRRRRRRRRRRRl
Rl

=2 OO

b el e

b ed od =d e

[LSLSILST
VLV, VL NI NI, N1N V]

X222

;'.'....".'."""""'""""'.'.."Q'.'"'t.""""t'"tt"'t't"'t""t"

TEST 16 = REGS 15,16 /7 AX2-15,AX2-16 READ/WRITE BIT TEST
|]

« USING REGS 15,16, THE INDIRECT REGS AX2-15,AX2-16 (USYRT REGS 4,5) ARE

¢ WRITTEN AND READ USING EACH WORD OF PATTERN K. AX2-15 1S COMPARED
¢ TO THE WORD WRITTEN, AND AX2-16 IS ALWAYS COMPARED TO 103. (AX2-16 IS NOT
* WRITEABLE).
PATTERN K =
.

¢
.
¢

FOR REG 15: 000,377,125,252.001,002,004,010,020,040,100,200,000,000,
000,000,000,000,000,000,376,375,373,367,357,337,277,177,
77
377,
877 377, 377,377,3
377,377,

.
¢

004,010,020,040.100,200,377,377,377,377,377
377,377,377,
177,
376,375.373,367,357,337,277

FOR REG 16: 000,377,125.252.000.000,000,000,000,000,000,000,001,002,

T HESERRR RN RN R R CRTCRCRCSREORCEOECRROITEOERRERNANCTROATRERSOEREROSEROERTOEOTRODRROORRTOECEEROETORORESONTCROTRNY

CIOMRD MB203 STAT(C DIAG M

PROGRAM DOCUMENT

229
230
r$}l
232
233

WMACRO v03.01 7-AUG-80 11:01:24 PAGE 5-4

SEQ

RL
A R R
R
R Rl

%gg

TEST

17 - AX0=15,AX0-16" READ/WRITE BIT

TEST

236
237

* IN THIS TEST, A MASTER CLEAR [S DONE, AND THEN A WRITE, READ, AND (OMPARE
« ARE PERFORMED [N REGS AX0-15,AX0-16 USING EACH WORD OF PATTERN L.

240

’

238
239

261
242

2643

264
245
246
247
248
249

* ANY BITS IN AXO=-15,AX0-16 UHICH ARE NOT READ/WRITE ARE MASKED OFF (10 0)
* IN THE EXPECTED VALUE BEFORE COMPARISON.
.
.

PATTERN L =

FOR REG 15: 000,377,000
FOR REG 16: 000,377.000.

,'ttt"tttt'tttt"'t'tt"t"Q""tt'.t't'ttttttt'tt".t'tt"""'tt"tt"'ttt"

A
R
A
A AR L A ARl

%2?

TEST 18 - AX1=-15,AX1=-16 READ/WRITE BIT TEST
v

252
253
254

¢ IN THIS TEST, A MASTER CLEAR IS DONE, AND THEN A WRITE, READ, AND COMPARE
« ARE PERFORMED IN REGS AX1-15,AX1-16 USING EACH WORD OF PATTERN K.
« ANY BITS IN AX1=-15,AX1-16 UHICH ARE NOT READ/WRITE ARE MASKED OFF (T0 0)

256

255

* IN THE EXPECTED \ALUE BEFORE COMPARISON.
R

257

258

262

ARl il

Rl Rl)

259

361

ggz

L A

A AL

TEST 19 - AX3-15,AX3-16 READ/WRITE BIT TEST
.

265
266

* IN THIS TEST A MASTER CLEAR IS DONE AND THEN A WRITE, READ, AND COMPARE ARE
* PERFORMED IN REGS AX3-15,AX3-16 USING EACH WORD OF PATTERN V FOR WRITING,

268

* ANY BITS IN AX3=15,AX3-16 WHICH ARE NOT READ/WRITE ARE MASKED OFF (T0 O)

267

269

270

2N
272

273

274

275

276
277
278
279
280

281
282
283
284

* AND PATTERN U FOR COHPARING

« IN THE EXPECTED VALUE BEFORE COMPARISON.
*

v
.

.
.
.
.

PATTERN V =

FOR REG 15 : 000,333,331,323,313,233,133,000,000,000,000,
000,000,000,000,000,000,000,000

FOR REG 16 : 000,000,000,000,000,000,000,001,002,004,040,

PATTERN U =

100,200,346,345,343,307,247,147

FOR REG 15 : 000,001,013,011,021,101,301,000,000,000,000,
000,000,000,000,000,000,000,000
FOR REG 16 : 000,000,000,000,000,000,000,001,002,004,040,
100,200,346,345,343,307,247,147

'tttttttt.tttt""t"t"'tt""tt'lt'ttttl'tttttt'lt't"ttt"‘tt'tt'tt'tttQtfitt

(IDMRD MB203 STATIC DIAG M1

PROGRAM DOCUMENT

MACRO v03.01 7-AUG=-80G 11:01:24 PAGE 5-5

SEQ

:"Q"""t"t""""""""""'t"""'Q""t"""""""'."!"Q"QQ""

286
287
288
289
290
N
292
293

TEST 20 - REG 17 = AX2-16 READ/WRITE, MASTER CLEAR TEST

294
295
296

THIS TEST CONSISTS OF 2 SUBTESTS. IN THE FIRST SUBTEST, EACH BY1E OF PAT 0
IS WRITTEN INTO REG 17 AND AFTER EACH WRITE, AX2-16 IS READ AND COMPARED
TO A BYTE QF

PAl P,

PATTERN 0 = 000,041,004,010,020,040,100,101,200,201,300,111,301,375
PATTERN P = 000,113,200,040,020,010,001,104,007,105,007,144,107,157

IN THE_SECOND SUBTEST, REG 17 IS LOADED WITH £75, A MASTER CLEAR 1S ISSUED,

AND AX2-16 1S COMPARED TO ITS INITIALIZED STATE (103).

RN AN RN AR E R AN RN R PR E AN R T TR AN ERANENENE AR AN RANNNNEAORANNCORNACOORRNORECERY

297

;"'.'tt""ttt"""""'t""'t"tt'"Q"."'Q'Q't""""""'t""t.""."
BN NN BN BN NN BN AN

) =2 —d b b b s b b

[WOIV LV L

A MASTER CLEAR IS DONE FIRST, AND THEN A BYTE OF PATTERN N IS LOADED INTO
REG 11 AND THE NEXT BYTE IS LOADED TWICE INTO REG 10. THE PROGRAM THEN WAITS
AT LEAST 50 MICRO-SEC, AND THEN IT READS AND COMPARES AX1=15 TO THE BYTE WHICH

WAS LOADED INTO REG 10, AND IT READS AND COMPARES AX1-16 TO THE BYTE WHICH WAS
LOADED INTO REG 11. THIS PROCESS IS REPEATED (INCLUDING THE MASTER CLEAR)
FOR EACH PAIR OF BYTES IN PATTERN N.
PATTERN N =

OOV NPV
NN —

IV IV IV LV [V 1V ]

TEST 21 = TRANSMITTER BUFFER DATA TEST

FOR REG 10: 000,125,252,377,000,000,000
FOR REG 11: 000,000,000,000,005,012,017
RN RN AN AR R E R E R R A N E RGN RAR AR RN

R AR CARARANARRERROANANGOAREEAOONCCEOCTOOERITETS
o~

;"."'t..."-""""t'"'t"."'t'.t""""tt'.""."--".'Q'l"t""""t'

TEST 22 = TRANSMITTER BUFFER SEQUENCING TEST

gpunnunvuntngd

FREqganags

321

FIRST, A MASTER CLEAR 1S DONE, AND THE PROGRAM CMECKS FOR ORDY=1, OCOR=0.

THEN, 2 TSOM CHARS ARE LOADED INTO THE TX SILO, AND ALLOWED TO RIPPLE
DOWN TO THE OUTPUT. THE PROGRAM CHECKS FOR ORDY=1, OCOR=1.
NEXT, THE PROGRAM CYCLES THE STEPLU BIT UNTIL OCOR=0 AGAIN, AND CHECKS FOR
THIS TO OCCUR WITHIN 3 CYCLES.

THE SILO IS THEN FILLED WITH 64 BYTES OF A 254-BYTE BINARY COUNT PATTERN
(000-377) AND THE PROGRAM CHECKS FOR ORDY=0 A, TER THE 64TH CHAR 1S LOADED.

THE PROGRAM CYCLES STEPLU FOR 8 CYCLES AND CHECKS THAT AFTER THE 8TH, ORDY=1.

AX1=15 ]S READ AND COMPARED TO EXPECTED DATA.

THE REST OF TME BINARY COUNT DATA BYTES ARE LOADED, CYCLED 8 CLOCKS, READ AND

COMPARED, A BYTE AT A TIME. UPON COMPLETION, THE SILO IS CHECKED TO BE EMPTY

WITH ORDY=1, OCOR=0.

TEST 23 = Tx MSG TIMING TEST, (WAR MOOE, WiTH (h(
.t

02
»
9
%
2
%

343
344
3465
346
347
348
349

PROGRAM DOCUMENT

B 3
MACRO v03.01 7-AUG-80 11:01:24 PAGE 5-6

CIOMRD MB203 STATIC DIAG M

SEQ

IN THIS TEST, AN ENTIRE MESSAGE IS TRANSMITTED (USING STEPLU AND LULOOP)

AND THE PROGRAM MONITORS THE OCCURRENCE OF USYRT TX BUFFER EMPTY FLAGS
(BY SCANNING ORDY AND OCOR) AND OACT, AT EACH STEP. THE TEST IS DONE IN

CHARACTER ORIENTED PROTOCOL MODE, USING 8-BIT (HARS AND (RC-16.
THE FOLLOWING STEPS ARE DONE:

A MASTER CLEAR [S DONE, AND THE LINE UNIT IS PLACED IN CHAR MODE.

SOM IS SET TWICE YO SEND 2 SYNCH CHARS. THEN, 2 000 CHARS ARE SENT, AND
THEN 2 TERMINATING SYNCHS ARE SENT,

THE TRANSMITTER IS THEN DISABLED, USING OC, AND OACT

CLEARED STATE AFTER THE 3RD SYNCH COMPLETES.

IS MONITORED FOR THE

:'0'.'.."".."""""0""""'."Qt"""'."."""t""""fi""""""'

;."'Q'QttQ'i.t.""""""""'.'tt'."""""'"QQ'Q"Q'.Q't""""""'

TEST 24 = TX MSG TIMING TEST, BIT MODE, WITH CRC
*

¢ IN THIS TEST, AN ENTIRE MESSAGE [S TRANSMITTED (USING STEPLU AND LULOOP)
*+ AND THE PROGRAM MONITORS THE OCCURRENCE OF USYRT Tx BUFFER EMPTY FLAGS
+ (BY SCANNING ORDY AND OCOR) AND OACT, AT EACH STEP, THE TEST IS DONE [N

« BIT ORIENTED PROTOCOL MODE, USING 8-BIT CHARS AND CRC-CCITT-1,
*

THE

FOLLOWING STEPS ARE DONE:

* A MASTER CLEAR IS DONE, AND THE LINE UNIT

IS PLACED

(N BIT MODE.

« SOM IS SET TWICE TO SEND 2 FLAG CHARS. THEN, 2 000 CHARS AKE SENT, AND
*

THEN 2 TERMINATING FLAGS ARE

SENT.

+ THE TRANSMITTER IS THEN DISABLED, USING OC, AND OACT
* (LEARED STATE.

[S MONITORED FOR THE

;lQ'"l"""""'""""QQ"""QQ!Q"'."'Q"'Q""t".t""'"t't"."""'

;tt'tt'.t"'.'t"""""""""fi"Q""""'t'!'t'l""Q't.t"t""""'t"

TEST 25 - TX MSG TIMING TEST, CHAR MODE, WITH NO CRC
*

¢ [N THIS TEST, AN ENTIRE MESSAGE IS TRANSMITTED (USING STEPLU AND LULOOP)
* AND THE PROGRAM MONITORS THME OCCURRENCE OF USYRT TX BUFFER EMPTY FLAGS
« (BY SCANNING ORDY AND OCOR) AND OACT, AT EACH STEP. THE TEST IS DONE IN

+ (HARACTER ORIENTED PROTOCOL MODE, USING 8-BIT CHARS AND NO ERROR CHECKING.

* THE FOLLOWING STEPS ARE DONE:

¢ A MASTER CLEAR 1S DONE, AND THE LINE UNIT IS PLACED IN CHAR MODE.

« SOM IS SET TWICE TO SEND 2 SYNCH CHARS. THEN, 2 000 CHARS ARE SENT, AND

* THEN 2 TERMINATING SYNCHS ARE SENT.

¢ THE TEST 1S PERFORMED WITH TXEN (REG 14, BIT6) SET, AND THE PROGRAM (HECKS
* THAT THIS HOLDS RTS HIGH PAST THE END OF THE MESSAGE.
¢ THE TRANSMITTER IS THEN DISABLED, USING OC, AND OALT IS MONITORED FOR THE
* CLEARED STATE.

;tt"'."'t.t"""""""'""'."'i"tt"'t""'.."tQ""'l"Qtt"Q."."'.

;t't".'."t't"""t""'""""'..""'l"t't""tt""'t""'!!!i""'.""

CIOMRD MB203 STATIC DIAG M

PROGRAM DOCUMENT

¢
3
MACRO V03.01 7-AUG-80 11:01:24 PAGE 5-7
TEST 26 = TX UNDERRUN SET AND CLEAR

400

401
402
403
404
405
406
407
4«08
409
610
o\
412
413
4
L15

SE@

TEST - (HAR MODE

« IN THIS TEST, A TX UNDERRUN ERROR IS FORCED IN EACH OF 2 SITUATIONS,
* AND THEN CLEARED DIFFERENTLY

IN EACH.

* [N THE FIRST, A MESSAGE IS INITIATED, A 000 CHAR IS SENT, AND THE TX
+ BUFFER IS NOT SERVICED IN RESPONSE TO THE USYRT TX BUFFER EMPTY FLAG,
* WHICH CAUSES UNRR TO SET IN REG 11. THEN, SOM IS SET TO CLEAR THE ERROR,
* AND THIS

IS VERIFIED.

* IN THE SECOND SITUATION, A MSG IS INITIATED, A 000 CHAR IS SENT, AND THE TX
+ BUFFER IS NOT SERVICED IN RESPONSE TO THE USYRT TX BUFFER EMPTY FLAG, WHICH
+ AGAIN CAUSES UNRR TO SET. THEN, A MASTER CLEAR IS DONE, AND THE UNRR BIT
*+

IS CHECKED TO BE CLEARED.

:'"'Qt"Q"Qt""""Q't""""Q""t'."'t.'.Qt"Q"Q"t'i"""""'t"""

416

426
627

CRC

TEST 27 = TRANSMIT CHAR LENGTH TIMING TEST - CHAR MODE,

420
21
422
423
624
425

;Q"t'.'t"."""ti""'"""'.'Q'Q"Q'fi'ti'i""Q'Q'i"i"Q"""""""'0'

»>

“7
6«8
419

THE LINE UNIT IS PLACED IN CHAR MODE (DDCMP) AND A MESSAGE IS INITIATED
WITH AN B8=-BIT SYNCH AND A 5-BIT SYNCH CHAR. NEXT, A 000 CHAR IS SENT WITH

EACH OF THE FOLLOWING TX CHAR LENGTHS : 5 BITS, 6 BITS, 7 KITS, 8 BITS.
(FOR EXAMPLE, A 5-BIT CHAR REQUIRES 5 CLOCK CYCLES TO BE

TERMINATING SYNCHS ARE

SENT AFTER THE DATA,

IRANSMITTED). TWO

;t'tt't""i"t"tl"""'""""Q"t""ti'i'fittfit"'lttt't""""t.""t"t

428

429
430

440
641
e
443

:Q't't't'i.t.t"'"""Q"""""Qt'."i."t't'!ti't't."i""""'~".'Q""'

TEST 28 - TRANSMIT CHAR LENGTH TIMING TEST - BIT MODE, (RC

33
432
433
434
435
436
437
438
439

THE LINE UNIT

IS PLACED IN BIT MODE AND A MESSAGE

IS INITIATED

WITH 2 FLAG CHARS. NEXT, 2 8-BIT 000 CHARS ARE SENT, FOLLOWED BY 000 CHARS
WITH EACH OF THE FOLLOWING TRANSMITTER CHAR LENGTHS:

1 8IT, 2 BITS,

3 BITS, 4 BITS, 5 BITS, 6 BITS, 7 BITS, AND 8 BITS.

(FOR EXAMPLE, A §-BIT CHAR REQUIRES S CLOCK CYCLES TO BE TRANSMITTED).

TWO TERMINATING FLAGS ARE SENT AFTER THE DATA,

;Q'Q."".t'.t."""""""'t"'t"'ttt"'l""'fiit‘t"'"""".'.'."..".'

L4b

645

456

:Qt't""'.t""""'t"""""'.".'"Qt'."".!'l"'t"'t'.'i"""""""'

TEST 29 = TXDATA BIT TEST - CHAR MODE, (RC

7
448
449
450
651
652
(53
656
655

1Y)

THE LINE UNIT IS INITIALIZED AND A MSG IS INITIATED (USING STEPLU) WITH CRC16 SELECTED IN CHAR MODE. TWO SYNCWS, 000,125,252,377,000, AND 2 TERMINATING
SYNCHS ARE THEN SENT. THE PROGRAM CHECKS EACH BIT OF THE TRANSMITTED
DATA CHARS, BY MONITORING TXDATA (REG 17) AS THE DATA IS CLOCKED OUT Of
THE USYRT TRANSHITTER.

:t'.""'.."'l'."""".Q"""Q..t.'.'l.l'..'l""l""l.'l"".'l't'l'i"tl

466
467

L68
469
4«70
N

8
¢
%

465

TEST 30 - USYRT RECEIVER MSG TEST - CHAR MODE, CRC

464

SEQ@

:'Q"t"i"""""""tt'Q"""'Qi't"""'t"'t"'"Q't""""t"'t"""t.

657
(58
659
460
461
462
463

PROGRAM DOCUMENT

0 3
MACRO v03.01 7-AUG=-80 11:01:24 PAGE 5-8

CIDMRD MB8203 STATIC DIAG M

THE LINE UNIT IS INITIALIZED AND A MESSAGE IS INITIATED (USING STEPLU) WITH

LULP (REG 12) SEY TO LOOP THE DATA INTERNALLY IN THE USYRT, AND WITH CRC-16
SELECTED. TWO SYNCHS, 000,125,252,377,000, AND FOUR TERMINATING SYNCHS ARE
SENT. THE PROGRAM MONITORS IACT, AND THE RCV'D CHARS AND CRC BYTES ARE READ

FROM AX0=-15 AND COMPARED TO EXPECTED VALUES. THE PROGRAM THEN CHECKS FOR IACT
STILL SET AFTER THE MESSAGE.

;'.'Qt't"'li"i""'t""'t""""QQtt"tti'tti"t'"Q"'tQ"""'Q""""Q'

672

473
L74
475

476

6«77
478
679

480
481
482
483
484
485

:"ttttt'itt'i"'t""""t't""iflt.'QtQ'QfiQ'Q'tt""i'tiii"""t't't‘Q"'t"

TEST 31

- USYRT RECEIVER MSG TEST - BIT MODE,

CRC

* THE LINE UNIT IS INITIALIZED AND A MESSAGE IS INITIATED (USING STEPLU) WITH

« LULP (REG 12) SET TO LOOP THE DATA INTERNALLY IN THE USYRT, AND WITH CR(C« CCITT=1. TWO FLAGS, 000,125,252,377,000, AND TWO TERMINATING FLAGS ARE THEN
« SENT. THE PROGRAM MONITORS IACT, RSOM, AND THE RCV'D CHARS ARE READ
*+ FROM AX0=15 AND COMPARED TO EXPECTED VALUES.

THE PROGRAM THEN CHECKS FOR

« JACT = 0, SETS IC TO CLEAR THE RECEIVER, AND CHECKS FOR [ACT STILL = 0.

:tttttitQQifitififittfitti'Q'QQ"'Q'Q'Q"QQQ'Q'!"ttt"i'iQ"'t"""i'l""."""

486

4«87

;tittiQ."iti.t'"""""t""i'."fi't"'""Q"Q'i"ttt""""""""'i""

TEST 32 = USYRT RECEIVER MSG TEST - CHAR MODE, NO CRC

THE LINE UNIT IS INITIALIZED AND A MESSAGE IS INITIATED (USING STEPLU) WITH
LULP (REG 12) SET TO LOOP THE DATA INTERNALLY IN THE USYRT, AND WITH NO
ERROR DETECTION. TWO SYNCHS, 000,125,252,377,000, AND TWO SYNCHS ARE
THEN SENT. THE PROGRAM MONITORS IACT, AND THE RECEIVED CHARS ARE READ FROM
AX0-15 AND COMPARED TO EXPECTED VALUES. THE PROGRAM THEN CHECKS FOR IACT

STILL = 0, SETS IC TO CLEAR THE RECEIVER, AND CHECKS FOR IACT = 0.

X 22222232

2R 2

Rz 2222222223233 23 3032222202222 0R0RRRRRRRRRRltRRRRlRllld)

:'t"'.'i'lt.t""'t""""i""""!""tt"'t""ti'!tt"'t"""t'.""""

®»

TEST 33 - USYRT RECEIVER MSG TEST - BIT MODE, NO CRC

488
4«89
490

THE LINE UNIT IS INITIALI2ED AND A MESSAGE IS INITIATED (USING STEPLU) WITH
LULP (REG 12) SET TO LOOP THE DATA INTERNALLY IN THE USYRT, AND WITH ERROR
DETECTION INHIBITED. TWO FLAGS, 000,125,252,377,000, AND TWO TERMINATING FLAGS
ARE THEN SENT. THE PROGRAM MONITORS IACT, RSOM, AND THE RCV'D (HARS ARE
READ FROM AX0=-15 AND COMPARED TO EXPECTEC VALUES. THE PROGRAM THEN (HECKS FOR

SEQ

IACT = 0, SETS IC TO CLEAR THE RECEIVER, AND CHECKS FOR IACT STILL = 0.

;"Q"""'Q".""'Q""i"'Q"t"Q'Q"""Q't"""Q""Q'tl"""""t"""

:t"."'.'tt"t"""""""'t'""Q"i""ti"'i'Q"."QQ'Q"Q""""."""'

TEST 34 = SILO-DISABLED TRANSMITTER LOAD TEST

THIS TEST DISABLES THE SILOS, LOADS A 125 CHARACTER INTO THE TX SILO, AND

SE:EERAX1-1S AND CHECKS THAT THE DATA DID NOT GET LOADED INTO THE USYRT TX
.

;"'Q"t'ttt't""t""'ti"'"'Qit."Q"""Q'Qt"""""'Q"'Q"""'."'.'Q'

;t"'t'ttitt"""t'""""""'Q'tQtQ'"""Q'Q'Q"'Q"Qi."'i"""""""'

TEST 35 = SILO-DISABLED MESSAGE

VS W~ OO0
~NO~ W F 2

[VEV IV TV RV, 1V LV [V IV, IV IV ] [V,
ARONVOPRORININ)
=
s
s—

PROGRAM DOCUMENT

E 3
MACRO v03.01 7-AUG-80 11:01:24 PAGE 5-9

CI0MRD MB203 STAT(C DIAG #1

TEST - BIT MODE, NO CRC

THE LINE UNIT IS INITIALIZED AND A MESSAGE IS INITIATED (USING STEPLY)
WITH LULP (REG 12) SET TO LOOP THE DATA INTERNALLY IN THE USYRT, WITH SILO

DISABLE SET, AND WITH NO ERROR DETECTION. TWO FLAGS. 000,125,252, AND

TERMINATING FLAGS ARE THEN SENT BY LOADING THE TRANSMITTED CHARS INTO
REG AX1. THE PROGRAM MONITORS OACT, IACT, RSOM, REOM, ORDY, OCOR, ICIR,
6:DBéSAND THE RECEIVED CHARS ARE READ FROM AXO AND COMPARED TO EXPECTED
LUES.

:'.'Qt'.tt.t.tfi'i"""""t"'"t"t"'tt'it""""'t""'."'t"'t't"t'ti"

:tt"ittiittt""""t""Q"""t"'."""ltt"""tt""i'tt"""t't"'t"t

TEST 36 - RFCEIVER BUFFER TEST - CHAR MODE,

C(R(

*
*
| ]
*

|]
L4
*
*

*
|4

L
| 4

FIRST, A MASTER CLEAR IS DONE AND THE PROGRAM CHECKS FOR ICIR = 1 AND IRDY

= (0. THEN, 2 SOM CHARS ARE LOADED AND CLOCKED INTO THE USYRT, AND 64
?YEE? 021A0256-8YTE BINARY COUNT DATA PATTERN (000-377) ARE LOADED INTO
HE

SILO.

THE LINE UNIT IS THEN CLOCKED UNTIL IRDY = 1, AND THE PROGRAM (HECKS FOR
THIS TO OCCUR WITHIN 40-43 CYCLES. THE PROGRAM READS THE RCV SILO, CHECKS THE
(HAR FOR 000, AND CHECKS FOR IRDY = 0 AGAIN.
THE LINE UNIT 1S THEN CLOCKED IN GROUPS OF 8 CYCLES, AND AFTER EACH, THE
PROGRAM CHECKS FOR ICIR = 1, IRDY = 1, I'NTIL THE 64TH GROUP, AFTER WHI(H

IT CHECKS FOR ICIR = 0, IRDY = 1, THE SECOND DATA CHAR IS READ FROM THE
7£gEIVE? iék?NAND COMPARED TO 001. THEN, THE PROGRAM CHECKS FOR ICIR = 1,
Yy

THE REST OF THE BINARY COUNT DATA BYTES ARE CYCLED 8 CLOCKS AND READ AND
COMPARED A BYTE AT A TIME.

X222223222 2223222222222
222220
RRRRRR R0 AR R RRRRRRRRRRRRRRA)

CIDMRD MB203 STATIC DIAG M

PROGRAM DOCUMENT

bYA

§72

g;z

MACRO v03.01 7-AUG-80 11:01:24 PAGE 5-10

IR
*

AR AN TR RPN R

SE@

LR R TR RN R AN RA RO A NN RN ARN

AN T AR EANRARTEANTONONNOOQONLY

TEST 37 = RECEIVER CHAR LENGTH TIMING TEST - (HAR MODE, NO CRC

575
576
57?7

* THE LINE UNIT IS PLACED IN CHAR MODE, WITH NO ERROR DETECTION, AND A MSG IS
* INITIATED WITH 2 SYNCH CHARS. NEXT, FIFTEEN 000 CHARS ARE LOADED INTO THE
* TRANSMITTER SILO. THE LINE UNIT IS THEN CLOCKED USING STEPLU WITH LULOOP

579
580
581
582

*
*
+
*

578

S83%

584
585
586
587
588
589

23?

592
593
594
595
596
597
598
599

600

6C1
602
603
604
605

+ SET, WHILE THE RECEIVER CMAR LENGTH IS SET TO THE FOLLOWING VALUES : 5,6,7,8.

FOR EACH RCV CHAR LENGTH, THE PROGRAM (CHECKS TO MAKE SURE THET USYRT RECEI ER
FLAGS OCCUR THE PROPER NO Of CYCLES APART, FOR EACH RCV (HAR LENGTH.
(FOR EXAMPLE A S-BIT CHAR TAKES 5 CLOCK CYCLES TO BE RECEIVED). A MASTER
CLEAR IS THEN DONE TO TERMINATE THE OPERATION.

O
*

*
*«
*
*
v
*
*+
*

AN TR RN

TR AN RPN P RN E LD RNN NN EA N

L R

RN RN TN RAN OO CNCRETOICOS

AR AR

S A

ARl

TEST 38 - RECEIVER CHAR LENGTH TIMING TEST - BIT MODE, NO CRC

THE LINE UNIT IS PLACED IN BIT MODE WITH NO ERROR DETECTION, AND A MESSAGE IS
INITIATED WITH 2 FLAG CHARS. NEXT, FIFTEEN 000 CHARS ARE LOADED INTO THE
TRANSMITTER SILO. THE LINE UNIT IS THEN CLOCKED USING STEPLU WITH LULOOP
SET, WHILE THE RCV CHAR LENGTH IS SET TO THE FOLLOWING VALUES : 8,8,8,7,6.5,
4,3,2,1. FOR EACH RCV CHAR LENGTH, THE PROGRAM CHECKS TO MAKE SURE THAT THE
USYRT RECEIVER FLAGS OCCUR THE PROPER NO. OF CYCLES APART, FOR EACH RCV
CHAR LENGTH. (FOR EXAMPLE, A S BIT CHAR TAKES S5 CLOCK CYCLES TO BE RECEIVED).
A MASTER CLEAR IS THEN DONE TO TERMINATE THE OPERATION.

R R

AR AN P AN AN AR R R RN R RN ORI

AN LN T E L LR R RN AR R R

AN RRRIERRROIORIROTYE

EE R

609
610
611

* THE LINE UNIT IS PLACED IN CHAR MODE, AND THE IDLE BIT IS SET. THEN,
* MSG IS INITIATED, A 000 CHAR IS SENT, AND THE TX BUFFER 1S NOT SERV!CED
+ IN RESPONSE 10 THE USYRT TX BUFFER EHPTY FLAG, WHICH CAUSES
A TX UNDERRUN

614

612
613

PP R R

AR AL R E TN AR R R PR R

606

gg;

T R TR R

NP O TR RREARRAIRCEEIRRIERIRACOOIOTOLTY

TEST 39 - TRANSMITTER UNDERRUN ERROR, IDLE MARKING, CHAR MODE ,NO CRC

« ERROR. THEN, THE RECEIVER IS CLOCKED AND CHECKED FOR TwO 377 CHARS TO BE
* RECEIVED (LINE MARKING) BEFORE SHUTTING DOWN WITH A MASTER CLEAR. COTOIOIOTLTTY
AR

R R PR TN T R C

AN PR R R R TR

A R AR TR TR RRRARRRREREEOEOI

615

616

617

618
619
620

()

624
625

*« INITIATED IN BIT MODE.
* 2 FLAG CHARACTERS ARE SENT, FOLLOWED BY

65;

623

626
627

AR AR

TEST 40 - MSG TERMINATION WITH GA CHARS - BIT MODE,NO (RC

« THE DEVICE IS ENABLED FOR TRANSMIT AND RECEIVE, AND A MESSAGE IS

¢ THE FOLLOWING DATA CHARACTERS : 000, 125, 252, 377, 000. THEN THE LOOP
« MODE BIT (STRIP) [S SET AND 2 TERMINATING GO-AHEAD CHARACTERS ARE

645

646

647
648

649
650
651
652
653
654
655
656
657
658
659
660

2
%
%
%
%
»
%9
»
%

644

RAB AND EBLK

THE DEVICE

IDLE

SYNCHS TEST

- CHAR MODE

IS ENABLED FOR TRANSMIT AND RECEIVE, AND A MESSAGE

INITIATED IN CHAR MODE. 24(DEC) SYNCHS ARE SENT.
EACH SYNCH IS TIMED AS IT IS RECEIVED, AND THE BI1S ARE CHECKED
FOR A VALID SYNCH CHAR FOR EACH OF THE 22 SYNCHS WHICH FOLLOW
THE FIRST TWO (THESE PERFORM SYNCHRONIZATION, AND ARE NOT READ).
WHILE THE LAST SYNCH IS BEING TRANSMITTED, OC IS SET, AND THE
NEXT CHAR RCV'D AFTER THE SYNCH IS CHECKED TO BE 37/ (LINE MARKING).
THEN,

THE

A MASTER CLEAR

SYNCH CHAR USED

ISSUED.

IS 226

(OCTAL).

TEST 42 - STRIP SYNCH TEST

THE DEVICE

»
%
5
%
%
5
%
®
9
2
B

667
668
669
670
671
672
673
67¢
675
676
677
678
679
680
681
682
683
684

THE TEST ALSO CHECKS FOR SETTING OF
IN LOOP MODE.

TXDATA BIT AS THE GA

;'tt"Q".tQ"Q.""Q"'""""ilt""'.'ti"'t"!l"""'t"""""'

666

1S BEING TRANSMITTED (GA = 376 OCTAL).

;tt"."'t".."""""'t"""""lt.'."".t.tI'Qt"'.!"""""t"

661

662
663
664
665

SENT. EACH USYRT RCV FLAG IS TIMED AS IT IS RECEIVED, AND THE 5 DATA

WORDS ARE READ AND COMPARED TO EXPECTED VALUES.
ALSO, THE FIRST GA CHAR IS CHECKED BY SCANNING THE

TEST 41

642
643

:.."Q"Q'.Q'Q'Q""'Q""""""'Qt""t"""fit""""t""""'Q"

640
641

SEQ

;"'Q""Q""t""""'i"'"""".""t"'."'!'Q'Qt""""'t"""

629
630
631
632
633
634
635
636
637
638
639

628

PROGRAM DOCUMENT

6 3
MACRO v03.01 7-AUG-80 11:01:24 PAGE 5-11

CIDMRD MB203 STATIC DIAG M

IS ENABLED FOR TRANSMIT AND RECEIVE, AND A MESSAGE
CHAR MODE AND WITH THE STRIP SYN(H
IN
INITIATED
24 (DEC) SYNCHS ARE SENT
THEN
BIT SET.

FOLLOWED BY THE FOLLOWING DATA CHARACTERS : 377, 000, 125, 252,
AND THEN 2 TERMINATING SYNCHS.

EACH OF THE 23 SYNCHS AFTER THE FIRST ARE CHECKED AT THE TRANSMITTER OUTPUT,

BY SCANNING THE TXDATA BIT.

EACH USYRT RCV FLAG IS TIMSD AS IT IS RECEIVED, AND THE & DATA WORDS
ARE READ AND COMPARED TO EXPECTED VALUES.

FINALLY, THE LINE UNIT IS CLOCKED FOR SEVERAL CHAR TIMES, AND A C(HECK
IS MADE FOR OACT = O (TEOM SHOULD CAUSE TX ENABLE TO DROP),
THE ABOVE TEST S REPEATED FOR EACH OF THE FOLLOWING SYNCH CHAR DATA
PATTERNS : 226,000,125,252,376,177.

;t""....t'.."""'t""'"t"'t'l'l".'."'tt'fi'!"t""'"..""'t'

8.1 DATA PATTERNS USED

sseee DATA PATTERN A teree

CIDMRD MB203 STATIC DIAG M

PROGRAM DOCUMENT

MACRO v03.01

H
3
7-AUG-80 11:01:24 PAGE 5-12

PATA:

BYTE
BYTE
.BYTE
.BYTE
BYTE
.BYTE
.BYTE
.BYTE
BYTE
BYTE
.BYTE
.BYTE

.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
rxaxe

PATB:

DATA

veeer

reees

PATD:

seexe

PATE:

seets

PATF:

100
200
376
375
373
367
357
337
277
177

PATTERN

.BYTE
.BYTE
LRYTE
.BYTE

000
000
040
100

.BYTE
.BYTE
BYTE

000
000
O

.BYTE

PAT(:

125
252
000
377
0N
002
004
010
020
040

DATA

Tttt

teeee

tetew

ttte
e

020
020
020

000
040
000

PATTERN

.BYTE
BYTE
.BYTE
.BYTE
BYTE
.BYTE
DATA

(

220

PATTERN

.BYTE
.BYTE
.BYTE
DATA

LAAR

PATTERN

.BYTE
.BYTE
.BYTE
DATA

000
120
020
100
120
000

PATTERN

.BYTE

050

CIDMRD MB203 STATIC DIAG M

PROGRAM DOCUMENT

742
763
744
745
146
7467
748
749
750
751
752
753
754
755
756

757
758
759
760
761

762
763
764
765
766
767
768
769
770
44
772
773
774
775
776
77
778
779
780
781
782
783
784
785
786
787
788
789
790
791
792
793
794
795

796
797
798

MACRO v03.01 7-AUG-80 11:01:24 PAGE 5-13
.BYTE
.BYTE
reane

weeee

xeeee DATA PATTERN H

ttee

PATG:

PATH:

DATA

0N
050

PATTERN

.BYTE
.BYTE
.BYTE
BYTE
BYTE
.BYTE
.BYTE
.BYTE

BYTE
.BYTE
.BYTE
.BYTE
.BYTE

BYTE
.BYTE
BYTE

000
000
240
120
177
000
000
001

000
000
377
017
377

377
375
377

tevne DATA PATTERN |

PAT]:

.BYTE
.BYTE
.BYTE
.BYTE
.BYTE

.BYTE
.BYTE
.BYTE

000
000
000
000
000

103

000
000

teeve DATA PATTERN J

PATY:

vevee

PATK:

.BYTE
.BYTE
BYTE
.BYTE
.BYTE
.BYTE
BYTE
.BYTE

TedER

000
000
010
002
004
103
001
100

DATA PATTERN K

.BYTE

000

.BYTE
.BYTE
BYTE
BYTE
BYTE
BYTE
.BYTE

3717
377
125
125
2952
292
001

.BYTE

N
tete

000

e
teed

SEQ

CIDMRD MB203 STATIC DIAG M

PROGRAM GOCUMENT

799

800
801
802
803
804
805
806
807
808
809
810
811
812
813
814
815
816
817
818
819
820
821
822
823
824
825
826
827
828
829

830
831
832
833
834
835
836
837
838
839
840
8461
842
843
844
845
846
847
848
849
850
851

852
853
854
855

3
J
MACRO v03.01 7-AUG-80 11:01:24 PAGE 5-14
.BYTE

BYTE
.BYTE
.BYTE
.BYTE
BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
BYTE
BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
BYTE
.BYTE
.BYTE
.BYTE
.BYTE
BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE

.BYTE
.BYTE
.BYTE
BYTE
.BYTE
.BYTE
BYTE
.BYTE
.BYTE
.BYTE
BYTE
.BYTE
.BYTE
BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
BYTE
.BYTE
.BYTE

.BYTE
BYTE
.BYTE
BYTE

SEQ

000

002
000
004
000
010
000
020
000
040
000
100
000
200
000
000
001
000
002
000
004
000
010
000
020
000
040
000
100
000
200

376
377
375
377
373
377
367
377
357
377
337
377
277
377
177
377
377
376
377
375
377
37%

377
367
377
357

’

CZDMRD MB203 STATIC DIAG M

PROGRAM DOCUMENT

856
857
858
859
860
861
862
863
864

865
866
867
868
869
870
87
872

873
874

K
3
MACRO v03.01 7-AUG=-80 11:01:24 PAGE 5-15

LBYTE
BYTE
.BYTE
.BYTE
.BYTE
BYTE

twese DATA PATTERN L evteee

PATL:

vtexer

PATM:

875
876
877
878
879
880
881
882

883

884
885

886
887
888
889
890
891
892
893
894
895
896
897
898

899

900
901

902
903
904
905
906
907
908
909
910
911
912

377
337
377
277
377
177

seeese

PATN:

.BYTE
.BYTE
BYTE
.BYTE
.BYTE
.BYTE

000
000
377
377
000
000

DATA PATTERN M teeee

.BYTE
.BYTE
.BYTE
BYTE
BYTE
.BYTE
.BYTE
.BYTE

000
020
000
790
200
000
000
051

DATA PATTERN N

.BYTE
.BYTE
.BYTE

BYTE
.BYTE
BYTE
.BYTE

.BYTE
.BYTE
.BYTE
BYTE
.BYTE
.BYTE
.BYTE

teeee

000
000
000

125
000
252
000
377
005
000
012
000
017
000

saeee DATA PATTERN O tevee
PATO:

.8YTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
BYTE
BYTE
.BYTE
BYTE
.BYTE

000
0461
004
010
020
040
100
101
200
201
300

SEQ

CIDMRD MB8203 STATIC DIAG M

PROGRAM DOCUMENT

MACRO v03.01

913
914

915
916
917
918
919

LBYTE
.BYTE

.BYTE

vevee

PATP:

920
91
922
923

924

DATA

.BYTE
.BYTE
BYTE
BYTE
.BYTE
.BYTE
.BYTE
BYTE
.BYTE
.BYTE
LBYTE

.BYTE
.BYTE

veeee

DATA

11
301
375

PATTERN

.BYTE

PATU:

7-AUG-80 11:01:24 PAGE 5- 16

.BYTE
.BYTE
.BYTE
.BYTE
BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE

.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE

teeee

000
113
200
040
020
010
001
104
007
105
007
144
107
157

PATTERN

.BYTE

000

000
001
000
013
000
on
000
021
000
101
000
301
000
000
001
000
002
000
004
000
040
000
100
000
200
000

346

000

345

000

343
000
307
000

SEQ

CIDMRD M8203 STATIC DIAG M

PROGRAM DOCUMENT

MACRO v03.01 7-AUG-80 11:01:24 PAGE 5-17

970

LBYTE

971
972

973
974

975
976
977
978
979
980
981
982

983
984
985
986
987
988
989
990
991
992
993
994
995
996
997
998
999
1000
1001
1002
1003
1004
1005
1006
1007
1008
1009
1010
1011
1012
1013

.BYTE
BYTE

SEQ

247

000
147

eteeee DATA PATTERN V teeee

PATY:

.BYTE
.BYTE
LBYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE

BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
BYTE
.BYTE
BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE

000
000
313
000
33
000
323
000

313

000

233
000
133
000
000
001
000
002
000
004
000
040
000
100
000
200
000
346
000
345
000
343
000
307
000
247
000
147

CZDMRD MB203 STATIC DIAG M

SEQ

.39

PINI N =D b =D

N =2 OO0 N

b o e

el el e

VI NN = OO0 NN

N —

PROGRAN DOCUMENT

MACRO v03.01 7-AUG=-80 11:01:24 PAGE 6

9.0 ERROR INFORMATION
9.1

ERROR REPORTING

EPRORS ARE REPORTED BY THE PROGRAM AS THEY OCCUR (IF NOT
INHIBITED). THE REPORT CONFORMS TO THE DIAGNOSTIC SUPERVISOR
EQROR REPORT FORMAT, AND CONSISTS OF A DESCRIPTION OF THE
ERROR, THE TEST NUMBER, SUBTEST NUMBER, PC OF THE ERROR
AND BASIC AND EXTENDED ERROR
ADDRESS,
DEVICE
CALL,
INFORMATION.

THE FOLLOWING EXAMPLE PROVIDES A TYPICAL ERROR REPORT, WHiCH

DESCRIBES AN ‘'IRDY NOT SET'' ERROR, AND PROVIDES THE PC OF
THE ERROR CALL AND THE PC OF
THE CALL TO THE SUBROUTINE

ggP?EL%gG IT, THE FAILING REGISTER NAME, AND DEVICE REGISTER
N

CIOMR DVC FTL ERR 00017 ON UNIT GO TST 034 SuB 000 PC:

IRDY NOT SET
PC OF SUBR CALL:

006210

030044

DEVICE CSR ADDRESS : 160170
FAILING REG:

[INBUS/OUTBUS REG 12

LINE UNIT INBUS REGS:

REGI0
REG11T
REGI2
REG13
257
000
120
900
REGI7
REG16
REG15
REG14
035
377
377
024
LINE UNIT EXTENDED REGS:
AX0-15
AX0-16 AX1-15 AX1-16
000
000
000
000

AX2=15
000

AX2-16
000

AX3-15
000

FOR OTHER ERRORS, THE REPORT

Ax3-16
000

MAY

REQUIRE ADDITIONAL DATA TO BE REPORTED.

EXTVENSIVE,

AND

IF EXTENDED ERROR INFORMATION HAD BEEN INHIBITED USING THE
IXE FLAG PRIOR TO RUNNING THE TEST, THE ABOVE ERROR WOULD

HAVE BEEN REPORTED IN THE FOLLOWING SHORTENED FORM :

CIDMR DVC FTL ERR 00017 ON UNIT 00 TST 034 SuB 000 PC:006210

IRDY NOT SET
PC OF SUBR (ALL:

030044

DEVICE (SR ADDRESS : 160170

FAILING REG:

INBUS/OUTBUS REG 12

CIOMRD MB203 STAT(C DIAG M

PROGRAM DOCUMENT

MACRO V03.01

&
B
7-AUG=80 11:01:24 PAGE 6-1

SEQ

CIDMRD MB203 STATIC DIAG #1

PROGRAM DOCUMENT

)
}?

002000

MACRO Vv03.01 7-AUG-80 11:01:24 PAGE 7

SEQ

LTITLE CIDMRD M8203 STATIC DIAG M1
.=2000

13
14

15
16
17

}g 002000

Sv(

MCALL

SVC

20
21
22
23
%g 002300

BGNMOD

LU1TMOD

26
27

28
29
30

31
32
%2

35
36
37

000001
000001

000001
000001
000001
000001
000001

SLSTIN= 1
$LSTTAG= 1

SVCINS=
SVCTST=
SVCSUB=
SV(GBL=
SVCTAG=

:
;
;

;

1
1
1
1
1

;
;
;
:
;

LIST
LIST
LIST
LIST
LIST

INITIALIZE SUPERVISOR MACROS

INSTRUCTIONS, SHIFTED RIGHT
TEST TAGS, SHIFTED RIGHT
SUBTEST TAGS, SHIFTED RIGHT
GLOBAL TAGS, SHIFTED RIGHT
OTHER TAGS, SHIFTED RIGHT

CHANGE THE VALUES OF THE SVC... SYMBOLS TO BE 2ERO IF YOU WISH
TO ALIGN THE MACRO CALLS AND THEIR EXPANSIONS.
CHANGE THE
SYMBOLS TO BE MINUS-ONE TO NOT LIST THE EXPANSIONS.
YOU MAY

CHANGE THE SYMBOLS AY ANY POINT IN YOUR PROGRAM,

CIDOMRD MB8203 STAT{C DiAG M

PROGRAM HEADER

}

MACRO V03.01 7-AUG-80 11:01:24 PAGE 8
LSBTTL

J4e

3
g

;
:

g 002000

SEQ

PROGRAM HEADER

THE PROGRAM HEADER IS THE INTERFACE BETWEEN
THE DIAGNOSTIC PROGRAM AND THE SUPERVISOR.
POINTER BGNAU,BGNDU

!11!!11!!1!11!111!11!1111111111111!1!!!11!11!1!ZX11!1!111111111111111111111111111

12
13

.
;

IF ANY OPTIONAL POINTERS ARE TO BE USED IN THE "'MEADER'', CHANGE

"POINTER'' TO CONTAIN THE CORRECT ARGUMENTS.
IF ALL OPTIONAL
POINTERS ARE TO BE USED, CHANGE ''POINTER'' TO BE "POINTER ALL

1111111!11!111!1111111111111!11111111111111111111X!ll11111111111112111!1111111111

17 002000

02000
002000
002001
002002
002003
002004
002005

002006
002007
002010
002010
002011

HEADER

103
132
104
115§
122
000
000
000
104

060

002011
002012
002012

000000

002014

000055

002014

002016
002016
002020

002020
002022
002022
002024
002024
002026
002026
002030
002030
002032
002032
002034

035554

000000

002252

000000

036234
000000

000000

002034

000000

002036

000000

002040
002042
002042

002124

002044

000000

002036

002040
002044

002046

000000

(ZDMTMMR,D,0,45..0

LSNAME
::

LSREV::
LSDEPO::

LSUNIT::
LSTIML::

LSHPCP::

L$SPCP::
LSHPTP::
LSSPTP::

LSLADP::
LSSTA::

L$CO::

LSDTYP::

LSAPT::
L$DTIP::

L$PRIO::
LSENV]::

LSEXPY::

LASCIT
ASCII
LASCILI
LASCIL
LASCII
.BYTE
.BYTE
BYTE

/C/
72/
/D/
/mM/
/R/
0
0
O

LASCII

/D/

LASCIL

70/

.WORD

MWORD

45,

.WORD

LSHARD

.WORD

LSHW

.WORD

LSLAST

.MWORD

.MORD

.MWMORD

.MORD

.WORD

LSDISPATC(NH

MORD

CIDMRD M8203 STAT(C DIAG M

PROGRAM HEADER

002046
002050
002050
002051
002052
002052
002054
002056
002056
002060
002060
002062
002062
002064
002064
002066
002066
002070
002070
002072
002072
002074
002074
002076
002076
002100
002100
002102
002102
002104
002104
002106
002106
002110
002110
002112
002112
002114
002114
002116
002116
002120
002120

MACRO v03.01

&
E
7-AUG-80 11:01:24 PAGE 8-1

000000

SEQ

LSMREV::

003
003

LSEF::

000000
000000

LS$SPC::

000000

LSDEVP::

003462

LSREPP::

000000

LSEXP4L::

000000

LSEXPS::

000000

LSAUT::

021632

L$DUT::

021550

LSLUN::

000000

LSDESP::

003470

LSLOAD::

104035

LSETP::

000000

LSICP::

021116

LSCCP::

021546

LSACP::

021466

LSPRT::

021110

LSTEST::

000000

LSDLY::

000000

LSHIME::

000000

.WORD
.BYTE
.BYTE

.WORD
.WORD
.WORD
.WORD

LSDVTYP

.WORD

LSAU

.WORD

L$DU

.WORD

LS$DESC

tMT

ESLOAD

.WORD

LSINIT

.WORD

LSCLEAN

.WORD

LSAUTO

.WORD

LSPROT

.WORD

3333333 8888833333338383883083383838885833833333338838383333333385552952333335555333%%
CHANGE THE ''HEADER'' TO CONTAIN THE PROPER ARGUMENTS.

11!1!!X!!1!!!111111111111111111111!111!1!11!!111111!11111111111111111111111111111
.EVEN

CIDMRD MB203 STAVC DIAG M1

DISPATCH TABLE

MACRO v03.01 7-AUG-80 11:01:24 PAGE 9

SEQ

}

.SBTTL

3
4
5
9

SHELIIIIIL2 0000000000 Erniiiiirrtiesirieieiiieiiiiieeiiiieeriieieeeiiieeeeiie/
:/ THE DISPATCH TABLE CONTAINS THE STARTING ADDRESS OF EACH TEST,
:/ 1T 1S USED BY THE SUPERVISOR TO DISPATCH TO EACH TEST,
TITILILLIII 00000
iiriiiiiiitrriiieiiiiiilriiiriieiiieiieiiiiieris/

8 002122

=
el ol
—

f XV
LRV,

002122
002124
002124
002126
002130
002132
002134
002136
002140
002142
002144
002146
002150
002152
002154
002156
002160
002162
002164
002166
00217C
002172
002174
002176

000052

DISPATCH TABLE

DISPATCH 42

021634
021716

022002

022126
022230
022356

022476
022652
023106
023224
023342
023460
023576
024226
024560
025050
025260
025464
025670
026126
026360
026632

002200 027310
002202 027430
002204 027540
002206 027734
002210 030300
002212 030510
002214 031040
002216 031140
002220 031510
002222 032052
002224 032322
002226 032664
002230 033014
002232 033726
002234 034210
002236 034410
002240 034710
002242 035000
002244 035142
002246 035310

.WORD
LSDISPATCH::
MWORD
.WORD
.WORD
LMWORD
.MWORD
.MORD
.WORD
.WORD
.WORD
.WORD
LMWORD
.WORD
.WORD
MWORD
.MWORD
.WORD
WORD
.WORD
.WORD
.WORD
LMWORD
.WORD

.MWORD
MWORD
.MWORD
.WORD
.WORD
.WORD
MORD
.MORD
MWORD
MWORD
.WORD
.WORD
.WORD
.MWORD
.MORD
.WORD
.WORD
.MWORD
MORD
.MWORD

42
T
T2

T4
15
T6

17
T8
19
T10
TN
T2
T13
T4
T15
T16
T17
T18
T19
T20
T
T22

123
T24
125
126
T27
T28
129
130
TN
T3
133
.T34
T35
T34
137
138
139
140
T4
142

a s st sy e s a s i it asa et as sttt aav st asssssssasssssssssssssssssssssssss

CHANGE THE ARGUMENT OF ''CISPATCH'' TO BE THE
;
NUMBER OF HARDWARE TESIS IN YOUR PROGRAM.
;
388383888 8888888 88888t Raatss ettt Rttt tssssssssssssssssssassssssissssssasssss

[N P

O 0o ~vor

€z DMRD MB203 STATIC DIAG M
D1 SPAT(H TABLE

MACRO v03.01

&
G
7-AUG-80 11:01:24 PAGE 9-1

SEQ

(l DMRD M8203 STATIC DIAG M
DE FAULY HARDWARE P-TABLE

MACRO v03.01 7-AuUG-80 11:01:24 PAGE 10

SEQ

;

LSBTTL

AILLTTILI00000 0000000000000 000077000077007770777017177700771177777771171777177177/

S
6

:/ THE TEST-DEVICE PARAMETERS.
THE STRUCTURE OF THIS TABLE
«/ 1S IDENTICAL TO THE STRUCTURE OF THE RUN-TIME P-TABLE.

:/ THE DEFAULT HARDWARE P-TABLE CONTAINS DEFAULT VALUES Of

SHIIITILII00 0000000000000 8000000 0707000007707077000707700077777717771177777777

9 002250

002250

000013

11 002252
12 002254
13 002256
14 002260
15 002262
16 002264
17 002266
18 002270
19 002272

000007
160170
000300
005000
000003
000000
000000
000000
000000

002¢52
10 002252

20 002274
%; 002276
23 002300
24
25
26
27

DEFAULT HARDWARE P-TABLE

002300

000004
000001

BGNHW

DFPTBL

LSHW::
DFPTBL::
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD

.WORD
.WORD

ENDHW

7
160170
300

5000
3
000
000
000
0
4

.WORD

L10000-L$HW/?2

;MICROPROCESSOR TYPE = M8207
:M8207 CSR UNIBUS ADDRESS
:M8207 INTERRUPT VECTOR
;M8207 INTERRUPT PRIORITY LEVEL = 5
:LINE UNIT = MB203
:M8203 REG 11 (E121 SW10,9 , E13« SW9,10)
;M8203 REG 15 (E134 SwW1-8)
:M8203 REG 16 (E121 SW1-8)
H32548H3255 USED

:BAUD RATE = 56 K
:M8207 RUN SWITCH (E28 SW7) IS ON
L10000:

CZDMRD M8203 STAT(C DIAG M

SOf TWARE P-TABLE

3
4
S
?

SHIILLLLI20 0000000000000 0000070 iiierrrriiiiiieiieeireeiieeieii’/
:/ THE SOFTWARE P-TABLE CONTAINS THE VALUES OF THE PROGRAM
;/ PARAMETERS THAT (AN BE CHANGED BY THE OPERATOR.
SHIIIIILLLII L0000 0t triiiriiliretireeiiiizeiiiieieiireiiiiieeee/

002302
9 002302

NONWN

b
d
e

10
11 002302

.SBTTL

002300

SEQ

}

8 002300

—

)

MACRO v03.01 7-AUG=-80 11:01:24 PAGE 11

002302

000000

SOFTWARE P-TABLE

BGNSW

SFPTBL

LSSW::
SFPTBL::
ENDSW

L10001:

LWORD

L10001-L$SW/2

(IDMRD MB203 STATIC DIAG M

SEQ

i el

NOVE NN = OO0 ~NO N

NN —

SOf TWARE P-TABLE

MACRO v03.01 7-AUG-80 11:01:24 PAGE 12

il ol e

.SBTTL

d e

HITIPLIIIII
0T
E i i i itiiriirlied 717040071707 40070707047070417107117141171717117177
o
THE GLOBAL EQUATES SECTION CONTAINS PROGRAM EQUATES THAT
ARE USED IN MORE THAN ONE TEST,
o
IIITILILII 0000000000000 0000000000000
000007 ri0011 1111111171717

b o

002302

EQUALS

o
o

Y
Y
XY
B
Pumt D
e

<« TM

TM -

e e e i b
e
e B e
OOO0O0O0O0O0O0O0O
O =PINSO
N0 O

Py Bv Smenp

E®®dm

Srvut Pt S

CDCO OO0

T
T I
LT
T T
T T
0Wonosn

i~N

EFINIT
IN IONS
7 RESERVED
FOR SUPERVISOR TO PROGRAM COMMUNICATION
St

P
=00

RN
N
RERRERRRE
NN
TR
R
W0

QCOOOOOOOOO
=
bbb
O 2PN
NN ~NOD OO =PI~
O

T L LI 1)
NN

O =PI NS NON N
<

- - 4

m m

1]
H

-—

»
P <)

-—

P
P

= —4

P
Pr) P

et o

Puet Prmeh) G

ol
)

P} Py P
e P
Pat P
es
et Bt B

g
g
g

St Bt St Gt Pt Pt

100000
40900

.START==
.
.CONTINUE==
[aal]

000040
000037
000036

001000
000400
000200
000100
000040
000020
000010
000004
000002
000001

BIT DIFINITIONS

100000

040000
020000
010000
004000
002000
001000
000400
000200
000100
000040
000020
000010
000004
000002
000001

- MMMe.c.e.+. DODOOBDIDDODED- DDODDDDODDODODDDDPe-

GLOBAL EQUATES SECTION

32.
3
30

; START COMMAND WAS ISSUED
. RESTART COMMAND WAS [SSUED
; CONTINUE COMMAND WAS [SSUED

CIDMRD MB203 STATIC DIAG M

GLOBAL EQUATES SECTION

000035
000034

MACRO v03.01 7-AUG-80 11:01:24 PAGE 12-1
EF .NEW==
EF .PWR==

SEQ

29.
28.

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

; PRIORITY LEVEL DEFINITIONS
000340
000300
000240
000200
000140
000100
000040
000000

PRIO7==
PR106==
PRIOS==
PRI04==
PR103==
FRI102==

340
300
240
200
140
10¢

PRI01== 40
PRI100== 0

:OPERATOR FLAG BITS

000004
000010
000020
000040
000100
000200
000400
001000
002000
004000
010000
020000
040000
21
22
23
24
25
26
27
28
29
30
3
32
33
34
35

36
37
38
39

«0
3
«2
«3
L6

100000

EVL==

LOT==

ADR==

40
100
200
400

I0U==
ISR==
UAM==
BOE==
PNT==
PR]==

1000
2000

IXE==
IBE==
[ER==
LOE==

4000
10000
20000
40000

HOE==

100000

222 XX

2223 R 2222222222222
2200200200 RRRRlRRtRRdRdd )]

%+ PROGRAM EVENT FLAG DEFINITIONS

';ttt"t."'t'itt'"."'"t"""'."'fitt'it"QtlQt'tt""i""'.'..""

PR L

:* MAINTENANCE REGISTER - BSEL!

R AR

::'t'."".""""""t"""""t""'tt'tttl'!'Q"tQ't.'l""'il"""..""'

000200
000100
000020
000010
000004
000002
000001

RUN
MCLR

= BI17
= BIT6

LULOOP

= BIT3

STEPMP

= BITO

= BIT4

STEPLU

ROMO
ROM]
N

= BIT?
= BIN

R R

AR R

R R RN

‘¢ 0BUS REG 10 - TRANSMITTER BUFFER

R0 RRRRRRRRRRRRRRRRRRDRRDL)

;;ttt.Q"t'..""""i""'."""'.'i'.t"Q'i'tt'."""t'"'llt""""..."'.

CIZDMRD MB203 STAT(C DIAG M
GLOBAL EQUATES SECTION
000200
000100
000040
000020
000010
000004
000002
000001

MACRO Vv03.01 7-AUG-80 11:01:24 PAGE 12-2
X7
X6
X5
X4
X3
X2

BIT?
BITé
BITS
BIT4
= BIT3
= BIT?

TM@0

= BITO

=
=
=
=

SEQ

= BIT1

RARNNNCR RN

RAN

R RN AR P AR RN CRE R RANRRANERRRCANNRANRRNARNEANCRACROOOONCNOORNROROCEROOTROETY

‘v 0BUS REG 11

;:.t'tt'"'t"fi"""""'"""""iti'tt"'"'Q't"Q"tt't.""""'tt""tttt

000200
000010
000004
000002
000001

= BIT7

ABORT
EOM
SOM

= BIT?
= BIMN
= BITO

GOAH

= BITY

i3I

‘+ 0BUS REG 12

R Rt

RiltlRRRRRRi Rl

::'t."t"'tt"'.'"""""""'"t".'t...t't'.""t"t.'Qtt".'t"'t""'t"t

000200
000100
000040

IC
BPOLL
LULP

= 8117
= BIT6
= BITS

222222 223X

2222222

‘¢ 0BUS REG 13
000200
000100
000040
000020
000010
000004
000002

POLL
DTR
SELFR

= BIT?7
= BITé
= BITS

MAINT1
MAINT2
SELSBY

= B]T3
= BIT?
= BIM

HDX

X
IR

R
R

R X
R R

R R R

R
R 2

R R R R R
A

X R

R R

R R RS0
AR ARl RA)

R R

R AR

RRRd)

= BIT4

;;"'t".'..""'"""'""""'Q't"l.'.""'.'t'.'Q..QQQQQQQQ"""""QQt'.'

;* 0BUS REG 14

:;t'""""l".".""""""""'.t""".'.""t't.!""ttt"tt'!t"t"t""

000100
000040
000020
000010
000004
000002
000001

TXEN

= BIT6

DISSI

= BITS

WAX
ENAX

= BIT3
= BIT2

AX1

= BIT0

RDAX

AX?2

= BIT4

= BIN

‘;'t't""t'..""""'i""""".".t't.""""."t""'."""Q"lt't"""'

‘e 0BUS REG 17

0
1

2
3

1ERR

RDALL

SECA
STRIP

000004
000002

000010

CRC2
CRCY
IDLE

[ ]

000200
000100
000040
000020

:;'..'.l'.'..'."'."'."""""Q"'.!"!t."...""."..'."Q".Q."""'t"'i

MACRO v03.01 7-AUG-80 11:01:24 PAGE 12-3

GLOBAL EQUATES SECTION

104

105

186

000001

DDCMP

107

109

}}?

= BITO

R R LRI L L R T
I

000200

L L

RX7

000100
000040
000020
000010
000004
000002

TR AR

:* IBUS REG
L L

000200
000100
000040

0C
OACT
Sw3

= BIT?
= BITé
= BITS

125
126
127
}%g

000010
000004
000002
000001

Sw2
Sw1
SWw0
UNRR

=
=
=
=

ORDY

;% ]BUS REG 12

133

135
136
137
138
139
}2?

145
146
147
148
149
150
15
}g%

L L

= BIT7

000040
000020
000010
000004
000002
000001

LULP
IRDY
OVRR
RAB
EBLK
BCC

=
=
=
=
=
=

IACT

I L L

T L

RING
DTIR
RTS
HD X
MODR
¢S
STBY
CARR

154

156

155

157
158
159
160

READY
TXEN
DISSI
RDAX

et eteeereeretetteeeeeene

L e L)

L LT

LR R L

BITS
BIT4
BIT3
BIT2
BIM
BITO

=
=
=
=
=
=
=
=

BIT?7
BIT6
BITS
BIT4
BIT3
BIT2
8IMN
BIT0

;v IBUS REG 14

000200
000100
000040
000020

= BIT6

;* [BUS REG 13

000200
000100
000040
000020
000010
000004
000002
000001

R Ty T

143

e R Attt R ANt e RNt Nt

LR LR

000200

142

144

000100

R R

BIT3
BIT?
BINM
BIT0

R R

134

= BIT4

130

132

121
12¢
123

000020

LT R R T

= BITO

119

124

= BITY
= BIT2
= BIMNM

118

R R L Y

= BIT4

RY0

120

= BIT?7
= BIT6
= BITS

RX6
RXS
RX&
RY3
RX2
FX1

000001

SEQ

:* IBUS REG 10 - RECEIVER BUFFER

108

110
m
112
13
114
115

CIOMRD M8203 STATIC DIAG M

=
=
=
=

BIT7
BITé
BITS
BIT4

R
R

L
T T

R A L

RN AR

IR R R TR R TR

R R R e R e R AR RN AR R R TR RN EREPRRERRIRONNY
R

ARLL

(ZDMRD MB203 STATIC DIAG M

GLOBAL EQUATES SECTION

161
162
163
16k

MACRO v03.01 7-AUG-80 11:01:24 PAGE 12-4

000010
000004
000002
000001

WAX
ENAX
AX2
AX1

SE@

= BIT3
= BIT2
= BITI
= BITO

166

"Q""'.'t't""""""'"""""""'t"""'"t'Q"""""t""""\"."

168

'.'fiQt.'."'Q"""""""""QQ"'Q""."Q.""Ql"""""'"'Q".""""'

“+ 1BUS REG 17

167
000200
000100
000040
000020
000010
000004
060002
000001

169
170
171
172
173
174
175
178

$iR
$1Ga
TXDATA
CTOR
ICIR
TESTMD
MCLK
DDCMP

t.'t.tQt"'."i"""""""t'.'t""'t"'.Q""'.Q'Q'".QQ"'.".".".'.".

178

179

180

181

182
183

000200
000010
000004
000002
000001

202
203
20‘

' AX0=15 = USYRYT REG O (READ ONLY)

".'.'t.'tfitl'""'t"""t"'tt.'"'t.'tt"""t".'..."'."""""'.."'.'

RX7

= BIT6
= BiT5

RX3
RX2
RX1
RX0

= BITY
= BIT2
= BIT
= BITO

.' AX0=16 = USYRT REG 1 (READ ONLY)

t.ttti"t'."t"t""'""tt"t't"t.'.".'.'t.""'.""'.Q"'Q"'.t"."""

000200
000100
000040

RERR
ASB(C2
ASBC1

= BIT?
= BIT6
= BlTS

000010
000004

ROR
RABT

= BIT3
= BIT2
= BITI
= BITO

000020
000002

000001

ASBCO
REOM

RSOM

tt..t".t"'."""'""t""t"...t'.'.....".'.'.

207

000040

209
210
3k
g}g

000100

000020

000010
000004
000002
000001

21‘

217

6
X4

X3
2
TM
X0

z axrr
= BIT6

= BITS

= BIT4

= BIT3
= BIT2
z BIT1
= BITO

."'.Q.O........"C'."'0."0"'..Q............O...O..OQQ'...'...0.0..'.OO.l

Se AX1-16 = USYRT REG 3

215

216

= BIT4

't.t."tt'.t""""""""'ttt'tt"'."l."""""t".t."t'..t..'Q'Q.'.'
' AX1=15 = USYRT REG 2
.'Q'Q'.Q""Q."'.'.'..'.

000200

208

= BIT4

: t"tt.tl..""'tt't"""'t"""ltl"'Q.'"".t"'."""".""'.""Q".".

205

206

= BI17

RX6
RXS

RX4

000020

d o
s
e
e
o
e
e

58?

000100
000040

d e

184

= BIT?
= BIT6
s BITS
= BIT4
= BIT3
= BIT2
= BIT
= BITO

000200

..0...'...'......'O..""'0.'.'.......".I.........Q...........l...........O

téem

= 8117

CIOMRD M8203 STATIC DIAG M

GLOBAL EQUATES SECTION

218
219

220
g%;

B 5
PACRO Vv03.01 7-AUG-80 11:01:24 PAGE 12-5

000010
000004

TXGA
TYAB

= BIT3
= BIT2

000001

TSOM

= BIT0

000002

TEOM
I

224

:* AX2-15 = USYRT REG 4

226

227

228
229
230
231
232
233
%%g

000200

000100

000040
000020
000010
000004
000002
000001
000226

T
R

SYN7
SYNG
SYNS
CYN&
SYN3
SYN?
SYN1
SYNO
SYNCH

T T
R L

T Ty Ty

LR T

=
=
=
=
=
=
=

;¢ AX2-16 = USYRT REG §

AR RN

TPt RN

AN RN

APA
DDC
STR
SEC
I0L
CRCTY2
CRCTYY
CRCTYO

=
=
=
=
=
=
=
=

L R

249

;* AX3-15 = USYRT REG 6

251

252
253
2564
255
256
257
258

Sgg

000200

000100
000040
000020
000010
000004
000002
000001

000372

16422

L L L

L L

= BIT?

Xyl
(328CC
v35
INTGRL
(32EN8
oP
TEST

262

;¢ AX3-16 - USYRY REG 7

264

266
267
268
269

270
27N

000200

TXLEN2

000040
000004
000002
000001

TXLENQ
RXLEN2
RXLENY!
RXLENO

000100

TXLENT

R AN TR A NN AN NN ORI NCNNNNOORNRARORS

NI RN RN R AN AR

E AR NI PRI

INONNNORIRRONRRINOS

T T

R
T T

Y R

LR R

R
AL

L
L

= ]422!XY2!C32BCC!V3S!INTGRL':OP

265

Y IR

= BIT6
= BITS
= BIT4
= BIT3
= BIT2
= BIM
= BITO

AX315U0

261

263

8117
BITé
BITS
BIT4
BIT3
BIT?
BIT
BIT0

248
250

BITS
BIT4
B173
BIT?
BIM
BITO
226

237
000200
000100
000040
000020
000010
000004
000002
000001

= BI17

239
240
24
242
243
244
245
g:g

= BIT6

236
238

= BIM

223
225

SEQ

= BIT?7

= BIT6

= BITS
= BIT?
= BIN
= BITO

ROt R AR

Rt R RN

R R RN RO TR IR

ORR AR ERRRENY

LT
R R R AR R Al

(ZDMRD MB203 STA T1C D!
GLOBAL EQUATES S ECTION

SEQ

:t't't'"t't'i""'t"t"t"'"""'""Q".'Q'Q'.""Q""""'QQ"""Q""'Q'

:* TX CONTROL BITS DEFINED ON WORD BASIS

;'Qt.t"."tt"""'"Q'""i""'l"'""'"'Q'.'"""'""""".""""""

004000
002000
001000
000400

TXGOA
TXABT
TXEOM
TXSOM

=
=
=
=

BITI
BIT10
BIT9
BIT8

R 2222222200222
2220002002200 ddRdRRdlRd])

‘¢ RCV CONTROL BITS DEFINED ON WORD BASIS

:t"'t't"tl'Qt"""'i"'t"t"t"'ttt'!tt'..'t""'.'tl"""."'

004000
002000
001000
000400

RXOVR
RXABT
RXEBL
RxBCC

=
=
=
=

BITN
BIT10
BIT9
BIT8

;QQ'Q'Q."'.Q.Q."tt"t't"""'ttiQit""""t""t'QQ"'Q"".""Q.Q"""'Q'

;* ADDRESS EQUATES FOR REGISTER STORAGE TABLE

(LUREG:)

;Qit't'Q"t'itt't"'t"'1""""""'."".Qi"'i't"'!""'"Q"""'t""""

002302
002304
002306
002310
002312
002314
002316
002320
002322
002324
002326
002330
002332
002334
002336
002340

LURT0
LURTY
LURTZ2
LURT3
LUR14
LUR1S
LUR16
LUR1?
AX0.15

=
=
=
=
=
=
=
=
=

LUREG+)
LUREG+?
LUREG+4
LUREG+6
LUREG*+10
LUREG*12
LUREG+14
LUREG*16
LUREG+20

;LINE UNIT
;LINE UNIT
;LINE UNIT
;LINE UNIT
;LINE UNIT
;LIME UNIT
;LINE UNIT
:LINE UNIT
;USYRT REG

[BUS
IBUS
[BUS
IBUS
IBUS
IBUS
IBUS
IBUS
0

AX1.16
AX2.15
AX2.16
AX3.15
AX3.16

=
=
=
=
=

LUREG*26
LUREG+30
LUREG*3?
LUREG*+34
LUREG*+36

;USYRT
;USYRT
;USYRT
;USYRT
;USYRT

&
5
6
7

100000

CHPCHK

= BIT15

100000
100000

BCCCHK
CRCCHK

= BIT1S
= BIT15

AX0.16
AX1.15

= LUREG+2?
= LUREG+24

REG
REG
REG
REG
REG
REG
REG
REG

10
11
12
13
14
15
16
17

;USYRT REG 1
;USYRT REG 2

REG
REG
REG
REG
REG

=2O

000 ~NO N

W) —

Al W Lol Ll W Al A
A L Ll A AN M L AN
POPVPIRNINONY
=t cd e cd eod cd cd d =

275
276
277
278
279
280
281 282
283
284
285
286
287
288
289
290
29
292
293
294
295
296
297
298
299
300
301

c .5
MACRO Vv03.01 7-AUG-80 11:01:24 PAGE 12-6

:.'."."".0""."."."...'.""....."..'.t'.t'.l'i"t"l.l"l""l'lt't'l't

CZDMRD MB203 STATIC DIAG #1

GLOBAL EQUATES SECTION

D 5
MACRO v03.01 7-AUG-80 11:01:24 PAGE 12-7

332

;* MICROINSTRUCTION DEFINITIONS

333

334
339

021000
122000

Mviox
MVIX0

338
33y
340
341
342
343
344
345

000001
000002

;eevne ERRORY BIT FLAG DEFINITIONS wenee
RRDYTO = BITO
WRDYTD = BIT?

%%9

346

121000

MVIXOX

= 021000
= 122000

SEQ@

= 121000

;MOVE [BUS TO 0BUS*
;MOVE IBUS* TO 0BUS
;MOVE

IBUS* TO 0BUS*

R R

R IR

CIOMRD MB203 STATIC DIAG M

GLOBAL DATA SECTION

.S
E
MACRO v03.01 7-AUG-80 11:01:24 PAGE 13
.SBTTL

SIIIIELILITI LT ET P 0L T e

GLOBAL DATA SECTION

2
3

SEQ

i iiiieilriiiirsiiiziiriniiiieiiriiiiieiiiieiiiiriie/

THE GLOBAL DATA SECTION CONTAINS DATA THAT ARE USED
IN MORE

THAN ONE

TEST.

//////////////////////////////////////////////////////////////////////////////

6
7

;:t.t"""'i..'."""""'""Q"'Q'Q""'ttt'tt'i""t"""""""""'.

;* STORAGE FOR DEVICE REGISTERS

;;'tt'ttt't"t't'tt"""t'ttt""'QQtt'tttt"t'ttt't"tt""'tt"'t"'t"'t

}; 002302

LUREG:

:tttt'tt'ttt"Qtt"'tt"""t'tttttttt't'ttttt'tit'tt'ttt't't"t'tt"t'!

;'t.tt"""t""ti't"""Q"tttttitttt.'ttt‘t't"ttt'tttt""'tt"'t"

000000
000000

LOGDEV:

.WORD
.WORD

0
0

;LOGICAL DEVICE NUMBER

000000

PRIOR:

.WORD

;CPU PRIORITY FOR PRINTOUT

18 002346

000000

20 002352
21 002354
22
23 002356
24 002360
25 002362
26 002364

000000
000000

19 002350

27 002366
28 002370
29 002372
30 002374
31 002376
32 002400
33 002402

34 002404
35 002406
36 0026410
37 002412

38 002414
39 002416
40 002420

41 002422
42 002424
43 002426
44 002430
45 002432
46 002434
47 002436
48 002440
49 002442

000000
000000
000000
000000

000000
000000
000000
000000
000000
000000
000000

000000
000000

000000
000000
000000
000000
000000
000000
000000
000000
000000
000000

SCRACH:

PSTACK:
SUBRPC:
INTFLG:

.WORD

O
0
0
0

GOODAT: .WORD
BADDAT: .WORD
LOADAT: .WORD
FRSTIM: .WORD

O
0

;STORAGE FOR EXPECTED DATA
;STORAGE FOR ACTUAL DATA

WRIBYT:
RAX1S:
RAX16:
WAX15:
WAX16:
REGNUM:
AXNUM:

.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
_WORD

SAVE4:
.WORD
SAVE6:
.WORD
ERRORY: .WORD

$3 002446
5¢ 002450
§5 002452

160170
160171
160172

MPCSR:
BSEL1:
BSEL2:

.WORD
.WORD
.WORD

S7 002454

160174

SELG:

LWORD

56 002454

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

.WORD

;;veerevees

BSELG:

0
O

;CONTAINS BASE LEVEL PROGRAM STACK POINTER

.WORD
.WORD
.WORD
.WORD

000000

000000
000000
000000
000000

;GEN'L PURPOSE SCRATCH WORD

:PC OF SUBR CALL FOR ERROR REPORTS
; INTERRUPT RECEIVED FLAGS
: BIT 0 FOR TXx, BIT 1 FOR RCV
; SUBROUTINE ERROR FLAG
;EVENT TIME-OUT FLAG
;SUBR ERROR RETURN ADDRESS
;L0 BYTE CONTAINS BYTE READ FROM LU REG

ERRFLG:
TIMFLG:
RETADR:
REDBYT:

.WORD
.WORD

TXWORD:
RXWORD:
DISILO:
(HPTYP:
SAVLEN:
DEVMAP:
DEVPTR:
UNIT:
TSTNUM:
STARES:

g? 002444

16.

;¢ MISCELLANEOUS STORAGE

16 002342
17 002344

.BLKW

O
O
0
0
0
0
0

0
0
0
0
0
0
0
O
0
0

O
0
0
0

;LO BYTE CONTAINS BYTE TO LOAD INTO LU REG
;L0 BYTE CONTAINS BYTE READ FROM REG 15
;LO BYTE CONTAINS BYTE READ FROM REG 16
;L0 BYTE CONTAINS BYTE TO LOAD INTO REG 15
;L0 BYTE CONTAINS BYTE TO LOAD INTO REG 16
:NUMBER (10=17) OF LINE UNIT REG BEING TESTED
;NUMBER (0-7) OF EXTENDED REG BYTE BEING TESTED
;CONTAINS TEST DATA LOADED INTO REG
;FLAG=0 IF PROGRAH JUST LOADED
;SAVE LOC4 HERE (ERROR TRAP VECTOR)
sSAVE LOC 6 HERE (ERROR TRAP VECTOR)
;SUBR ERROR BIT FLAGS (DEF'D IN GLOBAL EQUATES)
:BITS 0-11 CONTAIN DATA TO LOAD INTO Tx SILO
:BITS 0-11 CONTAIN DATA READ FROM RCV SILO
:CONTAINS CURRENT STATE OF DISSI IN BIT 5
;USYRT CHIP TYPE, =0 FOR SIG, ELSE =1
;SAVED TX AND RCV CHAR LENGTHS
:BIT MAP OF ACTIVE DEVICES
:DEVICE MAP BIT POINTER
;CONTAINS UNIT NO. (1 TO N)
;CONTAINS TEST NUMBER FOR SOME TESTS

;FLAG=0 IF FIRST PASS AFTER STA OR RES

CURRENT DEVICE PARAMETERS

etevennnnneee

160170
160171
160172

;POINTER 70 MICROPROCESSOR CSR'S
:POINTER TO BSEL!
:POINTER TO BSEL2

160174

;POINTER TC SEL&

CIOMRD MB203 STATIC DIAG M

GLOBAL DATA SECTION

58 002456
59 002460
60 002462
61 002464

160176
000300
000304
000240

68
69 002500

000

62 002466
63 002470
64 002472
65 002474
29 002476

70
71
72
73
74
75

000000
000000
000000
000000
000000

SEL6:
MPIVEC:
MPOVEC:
MPRIOR:

LUSWI1:
LUSWI2:
LUSWI3:
TSTCON:
RUNINH:

.WORD
.WORD
.WORD
.WORD

.WORD
.WORD
.WORD
.WORD
,WORD

160176
300
304
240

0
0
0
0
0

000
000
000
000
000
000

78
79 002510

000000

s tvee
REGO:

GEN'L PURPOSE
.WORD
O

000000

REG?:

.WORD

000000

¢
83
84
85
gg

002516
002520
002522
002524
002526

000000
000000
000000
000000
000000

88
89
90
91
92
93
94
95
gg

002530
002532
002534
002536
002540
002542
002544
002546

000000
000000
000000
000000
000000
000000
000000
000000

81 002514

98
99 002550

000
056
000
257
100
377
377

}?g 002560

200

113 002561
114 002562

REG]:

REG3:
REG4:
REGS:
REG6:
REG7:
soeeer
TMPO:
TMP1:
TMP2:
TMP3:
TMP4(:
TMPS:
TMP6:
TMP7:
uPBITS:

;LINE UNIT SWITCH PACK #1
;LINE UNIT SWITCH PACK #2
;LINE UNIT SWITCH PACK #3
sTEST CONNECTOR INDICATOR
;RUN SWITCH INDICATOR

0
O
0
0
O
0

.WORD

.WORD
.WORD
.WORD
.WORD
.WORD

0
O
0
0
0

SCRATCH
,WORD
,WORD
.WORD
_WORD
.WORD
.WORD
.WORD
.WORD

SCRAT(H STORAGE

#eere

STORAGE FOR MESSAGE REPORTING
O
O
0
0
O
0
0
O

tweer

.BYTE
BYTE
.BYTE
BYTE
.BYTE
.BYTE
.BYTE

000
056
000
.7
100
377
377

;MASK
:MASK
:MASK
;MASK
;MASK
;MASK
;MASK

.BYTE

200

;REG 14 NON-R/W BITS

.BYTE

306

112 002561

.BYTE

R14NRW:

306

FOR
FOR
FOR
FOR
FOR
FOR
FOR

REG
REG
REG
REG
REG
REG
REG

10
11
12
13
14
15
16

;MASK FOR REG 17

;eeeee MASKS FOR EXTENDED REGISTER NON-READ/WRITE BITS weeer

377
377

ANBITS:

BYTE
BYTE

377
377

;POINTER TO SEL6
:MICROPROCESSOR INPUT INTERRUPT VECTOR
;MICROPROCESSOR OUTPUT INTERRUPT VECTOR
;MICROPROCESSOR DEVICE PRIORITY

;eveve INBUS LU REG BIT MASKS FOR UNPREDICTABLE BITS seeer

100 002550
101 002551
102 002552
103 002553
104 002554
105 002555
106 002556

}8; 002557

BYTE
BYTE
.BYTE
BYTE
.BYTE
.BYTE

000

80 002512

SEQ

ctevev STORAGE FOR DATA READ IN ADDRESS TESTS #eeee
FCDDAT: .BYTE
0

002501
002502
002503
002504
002505
002506

;? 002507

MACRO v0(3.01 7-AUG-80 11:01:24 PAGE 13-1

;MASK FOR AX0-15
;MASK FOR AXO0-16

(ZDOMRD MR203 STATIC DIAG M
GLOBAL DATA SECTION
115
116
117
118
119

002563
002564
002565
002566
002567

}g? 002570

000
360
000
000
004

.BYTE

;eenee

123
124
125
126
127

002571
00257
002572
002573
002574

125
252
000
377

131
132
133
136
135
136
137
138
139
140
141

002600
002601
002602
002603
002604
002605
002606
002607
002610
002611
002612

010
020
040
100
200
376
375
373
367
357
337

128 002575
129 002576
130 002577

142 002613
}43 002614
44

146
147
148
149
150
151
152
153

.BYTE
.BYTE
BYTE
.BYTE
.BYTE

030

122

145

6 5
MACRO v03.01 7-AUG-80 11:01:24 PAGE 13-2

002615
002615
002616
002617
002620
002621
002622
002623

}gé 002624

o
002
004

157 002625

}2? 002627

000
000

040
100
220
000
000

051

;eveer

020
020

PATC:

020
;eeere

170 002633
171 002634

377

.BYTE
.BYTE

277
177

010
020
040
100
200
376
375
373
367
357
337

000

040
000

000
120

.BYTE
.BYTE

000
000

.BYTE

051

DATA

.BYTE
.BYTE
DATA

040
100
220
000
000

PATTERN

.BYTE

PATD:

168
169 002633

teeee

000
001
002
004

.BYTE
.BYTE
.BYTE
.BYTE
.BYTE

163 002630

165 002631
}g? 002632

125
252

.BYTE
.BYTE
.BYTE

.BYTE

.BYTE
.BYTE

teere

020
020

020

PATTERN

teeve

000

040
000

jeeees DATA PATTERN E teeee
PATE:

.BYTE
BYTE

000
120

FOR
FOR
FOR
FOR
FOR

AX1-15
AX1-16
AX2-15
AX2=16
AX3-15

;MASK FOR AX3-16

;eveee DATA PATTERN B teeee

PATB:

162

164 002630

BYTE
BYTE
.BYTE
.BYTE

;MASK
;MASK
;MASK
;MASK
;MASK

030

PATTERN

.BYTE
BYTE
BYTE
.BYTE
.BYTE
.BYTE
BYTE
BYTE
.BYTE
BYTE
.BYTE

27?7
177

156

158 002625
159 002626

PATA:

DATA

000
360
000
000
004

SEQ

(IDMRD MB8203 STATIC DIAG M

GLOBAL DATA SECTION
172 002635
173 002636
174 002637

};2 002640
177
178 002641
179 002641
180 002642

}g} 002643

020
100
120

.BYTE
.BYTE
BYTE

veeve

050
051

;eeees DATA PATTERN F
PATF:
.BYTE
050
BYTE
05
;evees

treee

000

050

183

184
185
186
187
188

002644
002644
002645
002646
002647

189 002650
190 002651
191 002652

}g% 002653

194
195 00265«

196
197
198
199

002654
002655
002656
002657

200 002660
201 002661
202 002662
%82 002663

000
000
240
120

207 002664
208 002665
209 002666
210 002667
211 002670
212 00267
213 002672
g}g 002673

000
000
377
017

218 002674
219 002675
220 002676
221 002677
222 002700
223 002701
224 002702
552 002703
227

228 002704

.BYTE

PATG:

DATA

020
100
120

000

050

PATTERN

.BYTE
.BYTE
BYTE
BYTE

.BYTE
.BYTE

.BYTE

000
000
240
120

177
000
000
001

;eeere DATA PATTERN H vteee
PATH:

.BYTE
BYTL
.BYTE
BYTE

BYTE
.BYTE
BYTE
.BYTE

377
377
375
377

000
000
377
017

377
377
375
377

;eeeie DATA PATTERN |

000
000
000
000
000
103
000
000

216

217 002674

.BYTE

177
000
000
001

205

206 002664

PAT]:

.BYTE
.BYTE
.BYTE
BYTE
.BYTE
BYTE
.BYTE
.BYTE

000

PAT):

.BYTE
BYTE
.BY1E
.BYTE
.BYTE
BYTE
.BYTE
.BYTE

wevee

000
00C
000
000
000
103
000
000

;eeree DATA PATTERN J

000
000
010
002
004
103
001
100

MACRO v03.01 7-AUG-80 11:01:24 PAGE 13-3

teere

000
000
010
002
004
103
001
100

;eenes DATA PATTERN K teven

PATK:

.BYTE

000

SEQ

CIDMRD MB203 STATIC DIAG M

GLOBAL DATA SECTION

229 002705
230 002706
231 002707
232 002710
233 002711
234 002712
235 002713
236 002714
237 002715
238 002716
239 002717
240 002720
241 002721
262 002722
243 002723
264 002724
245 002725
266 002726
247 002727
248 002730
249 002731
250 002732
251 002733
252 002734
253 002735
254 002736
255 002737
256 002740
257 002741
258 002742
259 002743
260 0027644
261 002745
262 002746
263 002747
264 002750
265 002751
266 002752
267 002753
268 002754
269 002755
270 002756

271 002757
272 002760
273 002761
274 002762
275 002763
276 002764
277 002765
278 002766
279 002767
280 002770
281 002771
282 002772
283 002773
284 002776
285 002775

000
377
377
125
125
252
252
001
000
002
000
004
000
010
000
020
000
040
000
100
000
200
000
000
001
000
002
000
004
000
010
000
020
000
040
000
100
000
200
376
377
375

377
373
377
367
377
357
377
337
377
277
377
177
377
377
376

.5
I
MACRO V03.01 7-AUG-80 11:01:24 PAGE 13-4

.BYTE
BYTE
BYTE
BYTE
'BYTE
BYTE
BYTE
'BYTE
'BYTE
'BYTE
'BYTE
'BYTE
'BYTE
'BYTE
'BYTE
'BYIE
'BYTE
'BYTE
'BYTE
"BYTE
'BYTE
.BYTE
'BYTE
'BYTE
'BYTE
'BYTE
'BYTE
'BYTE
'BYTE
'BYTE
'BYTE
'BYTE
'BYTE
'BYTE
'BYTE
'BYTE
'BYTE
'BYTE
'BYTE
BYTE
BYTE
'BYTE

BYTE
'BYTE
BYTE
BYTE
BYTE
BYTE
BYTE
BYTE
BYTE
BYTE
BYTE
BYTE
BYTE
BYTE
BYTE

000
377
377
125
125
252
052
001
000
002
000
004
000
010
000
020
0G0
040
000
100
000
200
000
000
001
000
002
000
004
000
010
000
020
000
040
000
100
000
200
376
377
375

377
373
377
367
377
357
377
337
377
277
377
177
377
377
376

SEQ

CIZDMRD MB203 STATIC DIAG M
286 002776
287 002777
288 003000
289 003001
290 003002
291 003003
292 003004
293 003005
294 003006
295 003007
296 003010
297 003011
298 003012
299 003013

7-AUG-80 11:01:24 PAGE

AN LA AN AN AN N NN NN
WSNWVISNON
NSNS NN
NN NNNNW NN

GLOBAL DATA SECTION

MACRO V03.01

BYTE
.BYTE
BYTE
.BYTE
.BYTE
BYTE
BYTE
.BYTE
.BYTE
.BYTE
.BYTE
BYTE
.8YTE
.BYTE

377
277
377
177

377
375
377
373
377
367
377
357
377
337
377
277
377
177

;eeees DATA PATTERN

PATL:

308 003021
309

000

329 003040
330 003041
331 003042

332 003043
333 003044
334 003045
335 003046
336 003047
337
338
339 003050
340 003050
341 003051
342 003052

000
020
000
000
200
000
000
051

PATM:

BYTE
.BYTE
.BYTE
BYTE
.BYTE
.BYTE
.BYTE
;eeeer

000
000
000

.BYTE

PATN:

BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
BYTE
.BYTE
.BYTE
.BYTE

000
377
005

000
012
000
017
000
PATO:

.BYTE
.BYTE
.BYTE

veeey

tteeye

teeee

020
000
000
200
000
000
051

000
000
000

125
000
252
000
377
005
000
012
000
017
000

;eveee DATA PATTERN

000
041
00¢

teeee

000

DATA PATTERN

.BYTE
.BYTE
BYTE

000
000
377
377
000
000

;evxee DATA PATTERN

310

311 003022
312 003022
313 003023
314 003024
315 003025
316 003026
317 003027
318 003030
319 003031
320
321
322 003032
323 003032
324 003033
25 003034

.BYTE
.BYTE
BYTE
.BYTE
BYTE
.BYTE

000
041
004

13-5

SEQ

CZDMRD MB203 STATIC DIAG #1
343 003053
344 003054
345 003055
346 003056
347 003057
348 003060
349 003061
350 003062
351 003063
352 003064
353 003065

K
5
7-AUG-80 11:01:24 PAGE 13-6
BYTE
.BYTE
.BYTE
.BYTE
BYTE
BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE

WN = W) = =2 O 00
NO -2 OO000O
NN
N
0O —-20~-0000

GLOBAL DATA SECTION

MACRO V03.01

;evees

356 003066
357 003066
358 003067
359 003970
360 003071
361 003072
362 003073
363 003074
364 003075
365 003076
366 003077
367 003100
368 003101
369 003102
37? 003103

PATP:

010
020
040
100
101
200
201
300
1R
301
375

DATA PATTERN P

.BYTE
.BYTE
BYTE
.BYTE
.BYTE
BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE

.BYTE

000
113
200
040
020
010
001
104
007
10§
007
144
107

157

;veven DATA PATTERN
.BYTE
000
.BYTE
000
001
.BYTE
.BYTE
000
.BYTE
013
.BYTE
000
0
.BYTE
.BYTE
000
021
.BYTE
.BYTE
000
101
.BYTE
000
LBYTE

[(WAAVTOTW IV TV IV LS LN LN LN LS T VN 1N D

O VB NN = O NOWVE WA 2 ONOWVES WO

et ur ey

PATU:

.BYTE
.BYTE
BYTE
.BYTE
BYTE
.BYTE
.BYTE
.BYTE
BYTE
BYTE
.BYTE
.BYTE
BYTE
.BYTE
.BYTE

teeee

301
000
000
001
000
002
000
004
000
040
000
100
000
200
000

reere

CIDMRD MB203 STATIC DIAG #1

GLOBAL DATA SECTION

400
401
402
403
6404
405
406
407
408
409
4.}(1)

003137
003140
003141
003142
003143
003144
003145
003146
003147
003150
003151

.5
L
MACRO v03.01 7-AUG-B0 11:01:24 PAGE 13-7

346
000
345
000
343
000
307
000
247
000
147

BYTE
BYTE
BYTE
'BYTE
BYTE
.BYTE
.BYTE
.BYTE
BYTE
.BYTE
BYTE

346
000
345
000
343
000
307
000
247
000
147

412

413 003152
414 003153

415 003154
416 003155
417 003156
418 003157
419 003160
420 003161
421 003162
422 003163
423 003164
424 003165
425 003166
426 003167
427 003170
428 0031
429 003172
430 003173
431 003174
432 003175
433 003176
434 003177
435 003200
436 003201
437 003202
4«38 003203
4«39 003204
440 003205
461 003206

442 003207

4463 003210
464 003211
445 003212

446 003213
447 003214
448 003215
449 003216
22? 003217
452 003220
453
454
455
456

000
000

;eveve

PATTERN

PATV:

.BYTE
.BYTE

333
000

323
000
313
000
233
000
133
000
000
001
000
002
000
004
000
040
000
100
000
200
000
346
000

.BYTE
.8YTE
BYTE
.BYTE
BYTE
.BYTE
.BYTE
.BYTE
BYTE
BYTE
BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
BYTE
.BYTE
.BYTE
.8YTE
BYTE
.BYTE
BYTE
.BYTE

000
343
000

.BYTE
BYTE
BYTE

000

345

.BYTE

307
000
247
000

.BYTE
.BYTE
.BYTE
.BYTE
.BYTE

147
ENDPAT:
.EVEN

teene

000
000

333
000

000

323
000
313
000
233
000
133
000
000
001
000
002
000
004
000
040
000
100
000
200
000
346
000

345

000
343
000

307
000
247
000

147

SEQ

CIDMRD MB203 STATIC DIAG M
GLOBAL DATA SECTION

MACRO v03.01

M S
7-AuG-80 11:01:24 PAGE 13-8

SEQ

457

458
459
460
461
462
463
464

TEST MESSAGES TO BE TRANSMITTED

003220
003222
003224
003226
465 003230
466 003232
467 003234
«68 003236
469 003240
470 003242
oNn 003244

000400
000400
000000
000125
000252
000377
000000
001000
001000
001000
001000

MSGY1:

TXSOM

473 003246
&74 003250
475 003252
476 003254

000377
000000
000125
000252
001000
001000

MSG&4 :

377

672

L77 003256
478 003260
479
480
4«81
482
483
484

485 003262

486

487

4«88

489
490
&N
492
493
494
495

c*v+ RECEJVED DAgz BUFFER
RCVBUF: .BLKW

(64. WORDS)

xwe

wee

MACRO v03.01 7-AUG-80 11:01:24 PAGE 14

(ZDMRD MB203 STATIC DIAG M

GLOBAL TEXT SECTION

SEQ

}

.SBTTL

3838888888 443838 8883388883388 833333388833388%33334%3333485330335223882233829%%]

338884888 88888333434880833333883838838833333333338383233333334%3222332832082%%

' tttt'tt't't't'tt"t'tt't"'t"'t't'ttt""i'tt."".t..t"""""t""""'

'.tt'tttt'ttt'tt'ttt't'tQt"""'tttt't't"tttQtt"tttlt'Q""t"t"'t't"""

4
S
6

.1
X
:X

THE GLOBAL TEXT SECTION CONTAINS FORMAT STATEMENTS,
MESSAGES, AND ASCII INrORMATION THAT ARE USED IN
MORE THAN ONE TEST.

.' NAMES OF DEVICES SUPPORTED BY PROGRAM

DEVTIYP

12 003462

003462

GLOBAL TEXT SECTION

003465

115

060

070

063

<M8203>

LSOVTYP::

LASCIZ

062

000

/n8203/

.EVEN

1(.

.""""tttt't'tttt"'t""'Q""tt'..'tt.t'ttt"t't.t.t'Q""t""""""'t"

' 't"ttttt'ttt't"""."'"ttttt't"t't'ttttttttttttQtt'ttttt'.'tt"'.'t.""

.' TITLE OF PROGRAM

17 003470
003470

003470

115

003473
003476

060
123

003504
003507
003512
003515
003520
003523
003526
003531
003534

040
107
040
123
040
120
124
040
040

003501

18
19

DESCRIPY

1264

070

062

1M1

103

063

114
"M
124
124
055
104
040
117
062

<MB203 STATIC LOGIC TESTS = PART 1 OF 2>
LSDESC:

040
101
117
103
105
123
040
122
061
106
000

.ASCIZ

/M8203 STATIC LOGIC

.EVEN

: FORMAT STATEMENTS USED IN PRINT CALLS

8388333388888 8883834383333483833388383%33333338333338333332055558333333335200000%"

xxxxxxxxxxxxxzxxxxzzxzzxzzxxzxzxzzzxzxzxzxzzzzxzxxxxxzxzzzxzzxzzzzxzzzzzzxzzzzzzz

%8
b3
32
33

;

INSERT THE FORMAT STATEMENTS USED IN THE VARIOUS PRINT CALLS.

USE THE .ASCIZ STATEMENT,

CIOMRD MB203 STAT(C DIAG M
NN =

GLOBAL SUBROUTINES

B
6
MACRO v03.01 7-AUG-80 11:01:24 PAGE 15
.SBTTL

GLCBAL SUBROUTINES

Ry
o/
THE GLOBAL SUBROUTINES ARE CALLED BY MORE THAN ONE TEST

SIIILLLIIIIEETIL R

O 000 ~NO
[V,] NN

2O OO NO NS WA

POPOPORININ)
b cd cad et ol cd o B e b b

SEQ

I I I LI IE I 0010000 00007000000001777000010107001800010101111

;t""""'.i"""""'""""".'.'"""Q""".".'""""""""'."Q"'

;¢ STPCLK = THIS SUBROUTINE FORCES THE DMC11 OR KMC11 MICROPROCESSOR TO
.t
EXECUTE AN INSTRUCTION WHICH IS PASSED IN THE WORD FOLLOWING THE CALL.
R

003540
003546
003554
003562
003570
003574

152777
017677
152777
142777
062716
000207

000006
000000
000007
000007
000002

176702
176702
176666
176660

STPCLK:

BISB

#ROMO'ROMI ,@BSEL1

BIS8
BIC8

#ROMO'ROMI 'STEPMP,RBSELT ;SET ROMO, ROMI, STEPMP IN BSEL!
#ROMO'ROMI
' STEPMP,@BSEL1 ;CLEAR ROMO, ROMI, STEPMF [N BSEL1

MOV

ADD

RTS

sPUT INSTRUCTION INTO SEL6

#2,(SP)

sFIX UP RETURN PC

AR NRRARRARNNE

:SET ROMO, ROM] BITS IN BSEL?

8(SP) ,@SELS

;RETURN

A ARRANECR

RPNRARRRRANEAANGERORRARCANNARRRANRERCEOIROIOPORAROINRROCTY

¢ MSTCLR - THIS SUBROUTINE ISSUES A MASTER CLEAR AND SETS LULCOP

45 003664
46 003670

N ODONININIWNO

~
»

146

77
77
701

NN =

OO ~=0000~»—00

N
o

(=
o

30 003576
31 003576
32 003600
33 003604

B AOOO
=2 S b d o

.'Qt't."'i"t""'t"'ii'"t""'i'll""ti"Q"Q"i'"'tifi"'t""""t""Q't

005037
000207

MSTCLR:

002400
000100
000300
00002¢

000010
000013
002366
003750
002400

MOV

R1,-(SP)

MOVB

#MCLR,@BSEL1

DEC
BNE
8158
MOV
CLR

MOV

176636
176630

2%:
176610
002400

BICB
MOv
NOP

JSR

MoV
MOov
(LR

002432

RTS

;SAVE R1

REGNUM,-(SP)

:SAVE LU REG NO.

:SET MASTER CLEAR BIT
#RUN'MCLR,@BSEL1 ;CLEAR RUN AND MCLR BITS
#20.,R1
¢INITIALIZE STALL COUNTER
;STALL IN LOOP FOR SEVERAL MICRO-SEC

2%
#LULOOP ,@BSEL"
#13 ,REGNUM
WRIBYT

;SET LU LOOP
;SET LU REG NO. = 13

(SP) ¢+ ,REGNUM
(SP)+,R1
SAVLEN

;RESTORE LU REG NO.
;RESTORE R1
:CLEAR CHAR LENGTH FROM SETUP

PC,WRITLU

;CLEAR REG 13

;RETURN

RN RO

RN AN

RN A AN RN RN R R AN R ER RN NIRRT RRNRANERNNRIINNS

:* READLU = THIS SUBROUTINE FORCES THE DMC11 OR KMC11 MICROPROCESSOR
;e
TO EXECUTE AN INSTRUCTION WHICH READS THE LINE UNIT REG WHOSE
NUMBER IS PASSED IN REGNUM, INTO REDBYT.
.

ttttt".i't"tt"""""""'Q"'t't."l't't"tt"Q..tt""'l"!"'t"i'Q!""

003672

READLU:

CIOMRD MB203 STATIC DIAG M
GLOBAL SUBROUTINES
58 003672
59 003674
60 003700
61 003702
62 003704
63 003706
64 003710
65 003714
66 003720
67 003724
68 003730
69 003732
003740
003744
003746

010146
013701
006301

000000
117737
105037

012601
000207

C
6
MACRO v03.01 7-AUG-80 11:01:24 PAGE 15-1

002400

002365

R1,=(SP)
REGNUM,R1

ASL
ASL
ASL

R1
R1
R

ASL

000004
021000
003730
003540
176516

MOV
MOV

002364

2%:

BIS
81S
MOV
JSR
WORD
MOVB
CLRB
MOV
RTS

04 ,R1
#MV10X,R1
R1,2$
PC.STPCLK
0
@BSEL4L,REDBYT
REDBYT+1
(SP)+,R1
PC

SEQ

:SAVE R1
*GET LINE UNIT REG NUMBER

SSHIFT INTO SOURCE BITS =7

:SET DESTINATION = BSEL4
*SET REST OF MOVE INSTRUCTION
:SET INSTRUCTION AS SUBROUTINE ARGUMENT
*EXECUTE MOVE INSTRULTION
SINSTRUCTION GOES HERE
:GET LU REG CONTENTS INTO REDBYT
:CLR HI BYTE OF STORAGE
‘RESTORE R1
*RETURN

;"ttt".'tt'Q'Q'i"'t""it"tti'i""t"'t"'Qit't""ti"ttti"'ti'tttt'lt't'

‘e« WRITLU - THIS SUBROUTINE FORCES THE DMC11 OR KMC1i MICROPROCESSOR TO
EXECUTE AN INSTRUCTION WHICH LOADS THE BYTE CONTAINED IN WRIBYT
;e
i
INTO THE LU REG WHOSE NUMBER IS PASSED IN REGNUM,

:ttttttttitt'ttt"t"""i"""t'i'fi'ti'tfi"iti""t"t'.t'"""tt"'tt"i""

003750
003750
003752

003756
003762
003766
9 003772
003776
004004
004010
004012
004014

WRITLU:

002400
000100

R1,-(SP)
REGNUM R

:SAVE R1
:GET LINE UNIT REG NUMBER

BIS

#MVIXO0,RY

:SET REST OF MOVE INSTRUCTION

BIS

122000

004010
002367
002366
003540

MOV
MOV

176450

2%:

000207

MOV
(LRB
MOV
JSR
JWORD
MOV
RTS

#100,R{

R1,2$
WRIBYT#
WRIBYT,3BSEL4
PC,STPCLK
0
(SP)+,R1
PC

“SET SOURCE = BSEL4

*SET INSTRUCTION AS SUBROUTINE ARGUMENT
:CLR HI BYTE OF STORAGE
:LOAD BYTE INTO BSEL4
‘EXECUTE MOVE INSTRUCTION
:RESTORE R1
*RETURN

;'QttQt'ttttt't"""'ttt'"'t'l""t'tt'.tii't"t'fitttt"t'ttt!tltt"t""'Qt"

‘« GETREG = THIS SUBROUTINE READS THE LINE UNIT REGISTERS 10-17 INTO THE
‘e

(LUREG:).

004064

[eleolela
Pl P lelelelale,

2NN
=2 OO ~NO

—

il el

004016

OO
RO = b b b
LS LTIV LW IV P L, [ V1V =]
O NNNO
NN
NN —
[V Te S NTWTNLNIVIIV
1ol o
NN
N = bt
Y= OO

:tt'ttttt'itltt"""""t'tt"ttitt!Qt"'t""tttlittlttt'tt.'ttt'ttt'tt""'t'

002400
002302
000010
003672
002364
002400
002400
002400

002400

000020

GETREG: MOV
MOV
MOV
MOV
38
JSR
MOVB
CLRB
INC
CMP
BLT
MOV

R1,=(SP)
REGNUM, = (SP)
#LUR10 . R1
#10, REGNUM
PC,READLU
REDBYT,(R1)+
(R1)+
REGNUM
REGNUM, #20
38
(SP)+,REGNUM

;SAVE R1
*SAVE CURRENT REG NO.
CINIT POINTER TO REG STORACE TABLE
“INIT LU REG NO. TO 10
‘READ A LINE UNIT REG
:PUT BYTE READ INTO TABLE
‘CLEAR UPPER BYTE OF TABLE ENTRY
*INCREMENT REG NO.
*SEE IF ALL REGS READ YET
‘BR IF NOT
.RESTORE CURRENT REG NO.

CZDMRD MB8203 STATIC DIAG M

GLOBAL SUBROUTINES
115 004070

}}9 004072

MACRO v03.01 7-AUG-80 11:01:24 PAGE 15-2

012601

MOV

000207

RTS

(SP)+,R1

SEQ

;RESTORE R1

*RETURN

118
119
122

.'"tt"t't'ttt'tt"'t't"'t""t'ttttt't'i'tt'tt"'ttfi""t'ti't.'Qt"'t'tt"tit

125
126
127
128

i
P
i
i

123
124

‘« LOOPIN - THIS SUBROUTINE PLACES THE MICROPROCESSOR IN A LOOP ON AN
T
INSTRUCTION, BY MOVING THE INSTRUCTION FROM THE WORD FOLLOWING TME CALL

129

INTO SEL6, AND SETTING RUN AND ROMI IN BSEL1. THE SUBROUTINE RETURNS
WITH THE MICROPROCESSOR STUCK IN THE LOOP, AND IF IT IS DESIRED TO
TERMINATE THE LOOP, THE PDP-11 PROGRAM MUST CLEAR THE RUN BIT IN
BSEL1, OR CALL SUBROUTINE MSTCLR TO DO THIS.

."t"t'ttttt'tt'lt'tt"t'QQ'"t"'!ttttt""t."tt't't't"t't"'t"ttt'tt"t"Qt

130 004074

131 004074
132 004102
133 006110
134 004116
135 004122
136

152777
017677
152777
062716
000207

000006
000000
000206
000002

176346
176346
176332

LOOPIN:

BISB
MOV
BISB
ADD
RTS

#ROMO'ROMI,3BSEL!
:SET ROMO, ROMI BITS IN BSEL!
8(SP),aSELS
;sPUT MICROINSTRUCTION INTO SELG
#RUN'ROMO'ROMI,aBSEL1 ;SET RUN, ROMO, ROMI IN BSEL1
#2,(SP)
;FIX UP RETURN PC
PC
:RETURN WITH MICROPROCESSOR STUCK IN SINGLE
:

137
138
139

INSTRUCTION LOOF
-

2
1‘.2

.'tQ"t'fitttttt't"tt""tttt""tit"tttfitt'Qtt"'ttt't"t'QQ"Q"""Q""Q'Q"

144
145
146

Mt
]
i*

143

;* READAX = THIS SUBROUTINE READS THE USYRT REG PAIR WHOSE NUMBER (0-3)

1‘7

148 004126
1649 004126

010146
013746

154 004160
159 004166
156 004174
157 004200
158 004202
159 004206
160 004214
161 004216
162 004220
163 004222
164 004230
165 004232
166 006240
167 004244

152737
053737
004737
005001
004737

150
151
152
153

004132
006140
006146
004154

168 004252

169 004256
170 006264
171 006270

042737
012737
113737
006237

132737

.'t't"ttttt'ttt't"'i'ti"t"t"t'tt'i't!'tt't'tttttt"t"t"'ttt'Qtt"""'tti'

002400

000001
000014
002402
002366

000024
002426
003750
003672

002420
002400
002366

002364

001370
052737

000001

002420

012737
004737
113737

000015
003672
002364

002400

012737
004737
113737

000016
003672
002364

002400

000424

105037 002371

READAX: MOV
MOV

002366
002366

000200

001006
005201

IS PASSED IN BITS 1,2 OF AXNUM ON ENTRY, AND RETURNS THE BYTES READ IN
RAX1S AND RAX16. IF THE LINE UNIT DOES NOT RESPOND WITH READY IN REG 14,
RRDYTO BIT IS SET IN ERROR1 ON RETURN.

002370

002372

6%:

9%:

RY1,=-(SP)
REGNUM,=-(SP)

BIC
MOV
MOVB
ASR

#RRDYTOD,ERRORY
#14 ,REGNUM
AXNUM,WRIBYT
wRIBYT

CLRB

RAX15+f

8ISB
8IS
JSR
CLR
JSR
BITB
BNE
INC
BNE
BIS
BR
MOV
JSR
MOVB

MOV
JSR
MOVE

:SAVE R1
:STORE CURRENT REG NO.

;CLEAR ERROR BIT
“SET LU REG NO. = 14
:SET UP AX REG NO. BITS

#ROAX'ENAX ,WRIBYT ;SET UP BITS TO LOAD INTO REG 14
DISILO,WRIBYT
;SET PROPER STATE OF DISSI BIT
PC WRITLU
PSET RDAX AND ENAX IN REG 14
R1
SINIT TIMER
PC,READLU
;READ REG 14
#READY,REOBYT
:SEE IF READY BIT SET IN REG 14 YET
9%
‘BR IF READY SET
R
YINCR TIMER
63
‘BR IF TIMER DIDN'T TIME OUT YFT
#RRDYTO,ERROR1
:SET ERROR FLAG FOR TIME OUT ON READ RDY
12%
‘BR TO RETURN
#15,REGNUM
*SET REG NO. = 15
PC,READLU
*READ REG 15
REDBYT,RAX1S
:STORE REG AX=15

#16,REGNUN
PC,READLU
REOBYT.RAX16

:CLR HI BYTE OF STORAGE
“SET REG NO. = 16
*READ REG 16
:STORE REG AX-16

CZOMRD MB203 STATIC DIAG M

GLOBAL SUBROUTINES
172 004276
173 0064302
174 004306

};2 004310

105037
012637
012601
000207

MACRO v03.01 7-AUG-80 11:01:24 PAGE 15-3

002373
002400

128:

(LR
MOV
MOV
RTS

RAX16+1
(SP)+,REGNUM
(SP)+,RT

SEQ

;CLR W1 BYTE OF STORAGE
:RESTORE CURRENT REG NO.
:RESTORE R1

“RETURN

177

178
179
180

'tltt"tttttQt"t'tt't""Q"'t"'ttttt't'tt'tt"tt"t'.""t"'t""t""""'Q

184

181
182
183

» WRITAX = THIS SUBROUTINE WRITES THE USYRT REG PAIR WHOSE NUMBER (0-3) IS
M
PASSED IN BITS 1,2 OF AXNUM ON ENTRY, WITH THE DATA FROM WAX15 AND
i
WAX16. TF LINE UNIT DOES NOT RESPOND WITH READY IN REG 14, WRDYTO BIT

185

186 0064312

004326
004334
004342
004346
004354

010146
013746
042737
012737
113737
006237
053737
004737

19€ 004366

105037

187 004314
188 004320

189
190
191
192
193

1S SET

IN ERROR1 ON RETURN.

;'"Qtt"ttttttt"""t'Q't"""'t."'tit'tttttt'tt"tt'tt.'t't"'t""""""

194 004360

196 004372
197 004400
198 004404
199 004410

200 004414
201 004422

202 004426
203 004434
204 004442

205 004446
206 004454
207 004462
208 004466
209 004470
210 004474
211 004502
212 004504
213 004506
214 004510
215 004516
216 004522
g}; 004524

012737

113737
004737
005237
105037

113737
004737
012737
113737
006237
152737
053737
004737
005001
004737
132737
001005
005201

001370
052737
012637
012601

002400
000002

000014
002402
002366
002426
003750

002420
002400
002366

002366

000015

002400

002374
003750
002400
002377

002366

000014
002402
002366

002400
002366

000014
002426
003750

002366
002366

003672
000200

002364

000002
002400

002420

002375

002376
003750

000207

WRITAX: MOV
MOV
BIC
MOV
MOVB
ASR
BIS
JSR

R1,-(SP)
REGNUM,-(SP)
#WRDYTO,ERROR1
#14 ,REGNUP
AXNUM,WRIBYT
WRIBYT
DISILO,WRIBYT
PC,WRITLU

;SAVE R1
:SAVE CURRENT REG NO.
;CLEAR ERROR BIT
:SET LU REG NO. = 14
:SET AX REG NO. BITS

CLRB

WAXi5+1

:CLR HI BYTE OF STORAGE

MOVB
JSR

WAX16,WRIBYT
PC,WRITLU

MOV

MOVB
JSR
INC
(LRB

002366

68:

9% :

#15 REGNUM

WAX15,WRIBYT
PC,WRITLU
REGNUM
WAX1641

MOV
MOVB
ASR

#14,REGNUM
AXNUM,WRIBYT
WRIBYT

RTS

BISB
BIS
JSR
CLR
JSR
BITB
BNE
INC
BNE
BIS
MOV
MOV

;SET PROPER STATE OF DISSI BIT
:SET AX NO. BITS IN KEG 14

:SET REG NO, = 15

:SET UP BYTE TO WRITE INTO REG 15
:WRITE BYTE INTO REG 15
:SET REG NO. = 16
:CLR HI BYTE OF STORAGE

:SET UP BYTE TO WRITE INTO REG 16
:WRITE BYTE INTO REG 16
:SET REG NO. = 14
:SET AX REG NO. BITS

#ENAX'WAX,WRIBYT ;SET UP BITS TO LOAD INTO REG 14
DISILO,WRIBYT
;SET PROPER STATE OF DISSI BIT
PC.WRITLU
:SET ENAX AND WAX [N REG 14
:INIT PROGRAM TIMER
R1
PC,READLU
:READ REG 14
#READY,REDBYT
:SEE IF READY BIT SET IN REG 14 YET
;BR |F READY SET
9%
:INCR TIMER
RY
:BR IF TIMER DIDN'T TIME OUT YET
63
#WRDYTO,ERRORT ;SET ERROR FLAG BIT FOR TIME OUT ON WRITE RDY
:RESTORE CURRENT REG NO.
(SP)+,REGNUM
:RESTORE R1
(SP)+,RT
:RETURN

219
220

223

.tttQt'ttittQ't"t"tttt't""tt't'tttt'tit'tt't't'tttttttttt'tttti't"!'t'lt"'

226

.ceettteRtRRRRNRNEROCERCRRRRERYRCEOTERRRERRRRARRRRRACRRGEGRRRREREROARRRRNROONRNRNOTOEROAGRORRRRROGOQONCCETRTE

e GETALL - THIS SUBROUTINE READS THE LINE UNIT REGS 10-17 AND THE EXTENDED
REGISTERS AXO-AX3 [NTO REGISTER STORAGE TABLE (LUREG:).
;e

224
225

227 004526
228 004530

010148
013746

002402

GETALL: MOV
MOV

RY,=(SP)
AXNUH.-(SP)

;SAVE R1
:SAVE CURRENT AX REG BYTE NO.

|
(ZDMRD M8203 STATIC DIAG M

GLOBAL SUBROUTINES

229 004534

MACRO v03.01

014435
000001

002530
002402

014440

002530
175656

1%:

000002
002402

004660

000207

;SET AX LO BYTE NO.

BEQ
MOV
JSR
BICB
MOV

1%
#DH6 , TMPO
PC,GETREG
#LULOOP,aBSEL1
#AX0.15.R1

‘BR IF LO BYTE
*SET AX HI BYTE NO.
'READ AND STORE REGS 10-17
:CLEAR LULOOP
“INIT POINTER TO REG STORAGE TABLE

CLR
JSR

#8170, AxNUM

MOVB

ADD

002402
000010

CMP
BLT
MOV

002402

002402
002532

#DHS , TMPO

C(LRB
MOVB
CLRB

002372

MOV
MOV

002532

SE@

MOV

81T

002370

F
6
7-AUG-80 11:01:24 PAGE 15-4

AXNUM
PC,READAX

RAX15,(R1)+

(R1)¢
RAX16,(R1)+
(R1)+
#2, AXNUM

ASR
RTS

*SEE IF LO OR HI BYTE

YINIT AX REG BYTE NO. T0 0
‘READ 2 AX REG BYTES

'PUT LO BYTE READ INTO TABLE

*CLEAR UPPER BYTE OF TABLE ENTRY
'PUT HI BYTE READ INTO TABLE
"CLEAR UPPER BYTE OF TABLE ENTRY
“INCR AX REG BYTE NO.

AXNUM, #10
3s
(SP) ¢, AXNUM

“SEE IF ALL REGS READ YET
‘BR IF NOT
"RESTORE CURRENT AX REG BYTE NO.

TMP1

:GET EXTENDED REG NO. FOR PRINTOUT

(SP) +.R1
AXNUM, TMP1

*RESTORE R1
“RE TURN

'.ttttt'.i"'fi"'i"""QQ""i"""t'Q'"Q..Q'Qt'Q'i"it"""""""""".

“« OSIRDY = THIS SUBROUTINE CHECKS FOR THE PROPER STATES OF ORDY (REG 11)

P
i

Gi PASSED IN BIT O (ORDY) AND BIT 1 (OCOR) OF THE WORD FOLLOWING THE

éEYANRERROR OCCURS, A RETURN IS MADE TO THE TEST, AT THE ADDRESS IN

‘e

LL.

'"."Q."'it'."""'"""""'l"""'t'iQit"'i"i"'tQ"'Q""""'l"""!

262

263 004662
264 006666
265 004672
266 004676
267 004700
268 004706
269 004714
270 004722
271 004726

272 004734
273 004736
276 004744
275 004746

27%
277 004752
004752
004754
004756
004760

278
279
280
281

AND OCOR (REG 17) AND REPORTS AN ERROR IF EITHER IS NOT PROPERLY SET

004762
004764
004772
004774

013746
013746
005737
001006
016637
162737

012737
004737
032776
001413
132737

001022
004737

OSIRDY: MOV

002400
002352
002352

MOV

000004
000004
000011
003672
000001

002352
002352
002400

000029

002364

ST
BNE

1$:

004526

000007
012374
015622
000451

132737

001407
004737

SUBRPC
1

SSEE IF THIS IS A NESTED CALL
‘BR IF YES

4, SUBRPC

:GET PC OF

4 (SP), SUBRPC

MOV
JSR

211, REGNUM
PC,READLU

SUB

:REPORT ORDY NOT

ERRDF

104455

:SAVE LU REG NO.

.= (SP)
SUBRPC

MOV

BIT
BEQ
BITB
BNE
JSR

000004

REGNUM,-(SP)

#Bi10,34(SP)
3$
WORDY,REDBYT
98
PC,GETALL
SET

SUBROUTINE CALL
*SET REG NO. TO 11
‘READ REG 11

:GET EXPECTED STATE OF ORDY
‘BR IF EXPECTED ORDY = 0
:SEE IF ORDY = 1
‘BR IF ORDY = 1
‘GET REGS FOR PRINTOUT

7,EM7,ERRG

TRAP

WORD
"WORD

000020

004526

002364

3¢

8118
BEQ
JSR

16%

NORDY,REDBYT
9%
PC.GETALL

:TAKE ERROR RETURN

:SEE IF ORDY = 0
‘BR [F ORDY = 0
*GET REGS FOR PRINTOUT

'WORD

(SERDF

7
EM7

ERR&

CIZDOMRD M8203 STATIC DIAG M

GLOBAL SUBROUTINES

282
283 005000

005000
005002
005006
005006
284 005010
285 005012
286 005020
287 005024
288 005032
289 005034
290 005042
291 005044

104455
000010
012411
015622

005050
005052
005054
005056
294 005060
295 005062
296 005070
297 005072

104455
000011
012432
015622
000412
132737
001416
004737

292
293 005050

298

299 005076

000436
012737
004737
132776
001413
132737
001031
004737

005076
005100
005102
005104

104455
000012
012447
015622

301 005114
302 005120
303 005124
304 005126

013706
013746
000407
062766

300 005106

305 005134
306 005140
ggg 005144

016637

012637
012637
000207

MACRO v03.01

7-AUG-80 11:01:24 PAGE

6
15-5

SEQ

:REPORT ORDY NOT CLEARED
ERRDF
8,EMB,ERRG

B8R
MOV

16%
#17,REGNUM
PC,READLU
#BIT1,34(SP)
12%
#OCOR,REDBYT
208
PC,GETALL

000717
003372
000002

002400

9%:

000004

000020

002364

BITB
BEQ
BITB
BNE
JSR
:REPORT OCOR NOT SET
ERRDF
9,EM9,ERR&

004526

000020

002364

004526

12%:

B8R
BITB
BEQ
JSR

16%
#OCOR,REDBYT
20$
PC,GETALL

ERRDF

10,EM10,ERR4

MOV

2(SP),REGNUM

MOV
MOV
RTS

(SP)+,SUBRPC
(SP)+.REGNUM
PC

;REPORT OCOR NCT CLEARED

000002

002400

168:

000002
002352
002400

000004

20%:

002346
002362

JSR

238:

MOV
MOV
BR
ADD

PSTACK,SP
RETADR,- (SP)
238
#2.4(5P)

:TAKE ERROR RETURN
"SET REG NO. = 17

TRAP
.WORD
"WORD
_WORD

(SERDF
8
EM8
ERR&4

TRAP
.WORD
"WORD
"WORD

(SERDF
9
EM9
ERR&

\RAP
.WORD
WORD

CSERDF
10
EM10
ERR&

*READ LU REG 17

:GET EXPECTED STATE OF OCOR
‘BR IF EXPECTED OCOR = 0
:SEE IF OCOR = 1
:BR IF OCOR = 1
“GET REGS FOR PRINTOUT

;TAKE ERROR RETURN
:SEE IF OCOR = 0
‘BR IF OCOR = 0
“GET REGS FOR PRINTOUT

;RESTORE LU REG NO.

"WORD

:RESTORE STACK POINTER TO BASE LEVEL
sFIX ERROR RETURN PC
JFIX UP ERROR-FREE RETURN PC
:RESTORE LU REG NO.
*RETURN

309
310

313

:t"'t!.ttt"""'!"i'"Q'"'t't"ttittii!"'tt't't"l'i""!"'QQ'."'..."."

315

.'t'tt't'tt.t"t"'i"""t'""t""t't"ltt"'tt't"'tlt't""""""'."'.'..

314

"« WAITSO - THIS SUBROUTINE STALLS FOR AT LEAST SO MICRO-SEC, AND THEN RETURNS.

316 005146

010146

318 005154
319 005156
320 005160
gg; 005162

005301
001376
012601
000207

317 005150 012701

323
324
325
326

000310

WAITS50: MOV

R1,-(SP)

:SAVE R1

38:

R
{3
(SP)¢,R1
PC

‘DECREMENT COUNTER
‘BR IF NOT DONE YET
"RESTORE R1
‘RETURN

MOV

DEC
BNE
MOV
RTS

#200. /1

SINIT COUNTER

(ZDMRD MB203 STAT(C DIAG M

GLOBAL SUBROUTINES

MACRO Vv03.01

X222 ITXY I

R R

R R R R R

R R

R R R

R R R R

R R

IR R RN

I R R

ZRARLRRAZR

i+ STALL = THIS SUBROUTINE STALLS FOR ABOUT A MICRO-SEC.
222222 R

330
331
332
333

005164
005166
005170
005172

000240
000240
000240
000207

STALL:

sEQ

7-AUG-80 11:01:24 PAGE 15-6

XRRRRSZZZRAANZEAZARR

2R
AR

R RRRR0R00 0000001
AR

RR22]] ] )

NOP
NOP
NOP
RTS

;Q'Q'QQ'tttQtt""""'Q"'""Q'""t"""'t""""'i'tt'Q"""""""""'

342
343 005174

344
345
346
347
348
349
350
351
352

005200
005206
005214
005222
005226
005234
005242
005246
005252

s+ LDTXSI = THIS SUBROUTINE LOADS THE TX SILO (REGS 10,11) WITH THE DATA PASSED
IN BITS 0-11 OF TXWORD,
o

;'Qfittt'.t't"t"""""'tt"""'iit"'fi't'.'t."'ti"'.'t"'t"'.l""tt""'

013746
042737
012737
113737
004737
012737
113737
004737
012637
000207

002400
170000

000011
002423
003750
000010
002422
003750
002400

002422
002400
002366

LDTXSI: MOV

;SAVE LU REG NO.

#170000, TXWORD

:CLEAR UNUSED BITS

JSR

PC,WRITLY

:LOAD DATA INTO REG 11

TXWORD,WRIBYT
PC,WRITLY

:SET DATA TO BE WRITTEN INTO REG 10
*LOAD DATA INTO REG 10

MOV
MOVB

MOV

002400
002366

REGNUM,=(SP)

BIC

MOVB
JSR
MOV
RTS

#11,REGNUM
*SET REG NO. = 11
TXWORD*1,WRIBYT :SET DATA TO BE WRITTEN INTO REG 11

#10, REGNUM

(SP)+,REGNUM

*SET REG NO. = 10

:RESTORE LU REG NO.
RETURN

X2 23232232322 222232 2222222222333 2322202280222

i
i

2R R0RRRRRaitRRRRRRRRdld)

IN BITS 0-14 OF THE WORD FOLLOWING THE CALL.
IF BIT 15 = 1, A CHECK IS MADE TO DETERMINE IF THE USYRT CHIP TYPE

REQUIRES DECREMENTING THE NO. OF CYCLES BY 1.

STPLU:

MOV

R1,=(SP)

;SAVE R1

BEQ
BPL
BIC

6$
2%
#BIT1S,R

*IF DESIRED CYCLES = 0, RETURN
:BR IF CHIP TYPE CHECK NOT NECESSARY
:CLEAR FLAG BIT

DEC
BISB

R1
#LULOOP,@BSELY

JSR

PC,STALL

:'tt"itit"ttt'"""'"""""ii"'.t"t"'.li"'""Q""Q"t"""'."""'

010146

017601
001426
100006

OOO&&ONOO

Ut U A W
NN
= =

AVA AV

Ll A0 A L
VN

888833383

(el
~
~

37% 005302

042701
005737
001401
005301
152777
152777
004737
162777
004737
005301
001364
062766
012601
000207

000002
100000

MOV

TST
BEQ

002430

000010
000020
005164
000020
005164

175140
175132

000002

28:

38:

BISB

BICB

175120

68:

JSR
DEC
BNE
ADD
MOV
RTS

a2(SP) ,R1

:GET DESIRED NO. OF CYCLES

CHPTYP
28

:SEE IF SIG USYRT
:BR IF YES

#STEPLU,aBSELY

:SET THE STEPLU BIT (CLOCK THE TRANSMITTER)

WSTEPLU,3BSELY
PC.STALL
R1

38
#2,2(5P)
(SP)+,R1
PC

:DECREMENT CYCLE COUNT
;SET LU LOOP BIT
SSTALL

:CLEAR THE STEPLU BIT (CLOCK THE RECEIVER)
SSTALL
:DECREMENT CYCLE COUNTER
:BR If NOT DONE YET
SFIX UP RETURN P(
:RESTORE R!
RETURN

CIDMRD MB203 STATIC DIAG M
GLOBAL SUBROUTINES

MACRO Vv03.01

[
6
7-AUG-80 11:01:24 PAGE 15-7

SE@

CHERANANENRRRARARACCEENCRCRAREARCRRRRNRNNANRREEARANERNAONOQARNORORNOOERNAROIQOQOQNORORORNOCETS

;* OACTIV = THIS SUBROUTINE CHECKS FOR THE PROPER STATE OF OACT (REG 11) AND

i
i

REPORTS AN ERROR If [T IS NOT PROPERLY SET TO THE STATE OF BIT 0 IN THE

WORD FOLLOWING THE CALL.

.'""'Q"'Q'Q"""""""""Q""Q"""t'.I'."'t""""""""""Q""

392 005352
393 005356
394 005362
395 005366
396 005370
397 005376
398 005404
399 005412
400 005416
401
402
403
404

005424
0056426
005434
005436

406 005442

005442
005444
005446
005450

407 005452
408 005454

4«09 005462
410 005464
611
412 005470

005470
005472
005474
005476
413 005500
414 005506
415 005512
416 005516
417 005520

418 005526
419 005532
420 005536

O
0
0
O

001031
004737

OACTIV: MOV

002400
002352
002352

MOV
TST

000004
000004
000011
003672
000001

002352
002352
002400

000100

002364

BNE

18:

000004

004526

002364

004526

3%:
;REPORT

104455

000014
012505
015622

016637
013706
013746
000407
062766
012637
012637
000207

000002
002346
002362

002400

000002
002352
002400

000004

6$:

9% :
128:

4 (SP) ,SUBRP(

BIT
BEQ
BITB
BNE
JSR

#8170,24(SP)
{3
WOACT,REDBYT
9%
PC,GETALL

SUB
MOV
JSR

ERRDF

000100

SUBRPC
, - (SP)
SUBRP(

MOV

;REPORT OACT NOT

104455

000013
012470
015622
000412
132737
001416
004737

REGNUM,=(SP)

#4 , SUBRPC
#11,REGNUM
PC,READLU

SET

6%
#OACT ,REDBYT
9%

ERRDF

12,EM12 ,ERR4

JSR
PC,GETALL
OACT NOT CLEARED

MOV

BR
ADD

MOV
MOV
RTS

;SEE

THIS IS A NESTED CALL

:BR IF YES

;GET PC OF SUBROUTINE CALL
:SET REG NO. = 11
:READ REG 11

;GET EXPECTED STATE OF OACT
:BR IF EXPECTED OACT = 0
:SEE [F OACT = 1
:BR IF OACT = 1
:GET REGS FOR PRINTOUT

11,EM11,ERRS

BR
BITB
BEQ

MOV
MOV

;SAVE LU REG NO.

2(SP) ,REGNUM

PSTACK,SP
RETADR,~-(SP)

12%

#2,4(SP)

(SP)+,SUBRP(
(SP)+,REGNUM
PC

2222222222222

22z

TRAP

; TAKE ERROR RETURN

CSERDF

LWORD
.WORD
.WORD

1N
EM1
ERR&

TRAP

CSERDF

;SEE IF OACT = 0
:BR IF OACT = 0
;GET REGS FOR PRINTOUT

.WORD
.WORD
.WORD

;RESTORE LU REG NO.

12
EM12
ERR&

;RESTORE PROGRAM STACK TO BASE LEVEL
;FIX UP ERROR RETURN PC

;FIX UP ERROR-FREE RETURN PC
;RESTORE LU REG NO.
;RETURN

222222222

2222222202022

RRRRRRRRRRRRRR])

;¢ INITRN = THIS SUBROUTINE iINITIATES TRANSMISSION OF A MESSAGE, BY DOING A

ot
o
.t

MASTER CLEAR, LOADING AX2-15 AND REG 17 WITH THE DATA PASSED IN THE 2
WORDS FOLLOWING THE CALL, LOADING 2 SOM CHARS INTO THE TX SILO, AND

CLOCKING THE LINE UNIT UNTIL THE FIRST SYNCH OR FLAG HAS BEEN SERTALIZED
STATES,
IN THE USYRT. THE PROGRAM MONITORS ORDY,OCOR, AND OACT FOR VALID

THROUGHOUT THE PROCESS.

CIZDMRD MB203 STATIC DIAG M
GLOBAL SUBROUTINES

433
L34
435
436 005540
437 005542
438 005546
439 005552
440 005560
441 005566
462 005572
463 005576
444 005600
445 005604
446 005606
447 005614
448 005622
449 005630

‘e

476 006012

477 006016
478 006020

4«87 006072
488 006074
4«89 006102

SEQ

IF THE SUBROUTINE DETECTS AN ERROR, A RETURN IS MADE TO THE TEST, AT THE

ADDRESS CONTAINED

IN RETADR.

;'Q"'Q'i"Q.'"'""""""""'"Q""t'.*.!"'i"'t"""""""""""

INITRN: MOV

MOV

002400
002402
000006
000004
003576
004662

MOV

000004
000006
000400
002374
002376
004312
000017
000002
000006
003750
005174
005174
005146
004662

001014
142777

004737
005201
020127
002751
004737
000001
012737
005037
004737
132737
001403
012737
142777
004737
004737
000001
062766
012637

003672
000100
000020
005164

AXNUM, = (SP)

*SAVE AX BYTE NO.

6(SP)
. SUBRPC

#sa

PC.OSIRDY

:SAVE LU REG NO.

:GET PC OF SUBR CAL.
‘ISSUE A MASTER CLEAR

3sn

PC,OACTIV

;CHK OACT=0

002402
002374
002422
002422

MOV
MOVB

24, AXNUM
36(SP).WAX1S

SSET AX BYTE NO. = &4 FOR AX2
:SET DATA BYTE TO LOAD INTO AX2-15

002400
000006
002366

MOV

JSR

PC,WRITAX

:LOAD AX2

#2,6(SP)

YINCR POINTER TO NEXT DATA BYTE

MOV
MOVB
CLR

ADD

MOVB
JSR
JSR
JSR
JSR
isn

002400
174506
174500

68 :

174452

005352

000017
002430

002400

000020

002364

000001
000020
005164
004662

002430

000002
002402

000006

1746366

9% :

128:

#TXSOM.TXWORD
WAXIS,TXWORD
WAX16

217, REGNUM
@6(SP),WRIBYT
oC,WRITLU
PC.LDTXSI
PC.LDTXS]
PC.WAITS0
PC.OSIRDY

*CHECK ORDY=1, OCOR=0

;SET TSOM BIT
:SET SYNCH CHAR

“SET REG NO. = 17

:SET DATA BYTE TO LOAD INTO REG 17
:LOAD REG 17
*LOAD THE SILO WITH SOM CHAR
*LOAD ANOTHER SOM INTO SILO
"WAIT FOR DATA TO RIPPLE
‘CHK ORDY=1, OCOR=1

3SR

PC,OACTIV

:CHK FOR OACT = 0

CLR
MOV
BISB
BISB
JSR

R1
#11,REGNUM
#LULOOP,3BSEL1
#STEPLU.aBSEL1
PC,STALL

;INIT CYCLE COUNTER
SSET LU REG NO. = 11
:SET LINE UNIT LOOP BIT
.SET CLOCK BIT
*STALL FOR MICRO-SEC
*READ REG 11

JSR
BITB
BNE
BICB
JSR
INC
CMP
BLT
#sn

002364

000003

003672

: SAVE R

REGNUM,=(SP)
#4,SUBRPC
PC.MSTCLR

005352
000011
000010
000020
005164

R1,-(SP)

MOV

SUB
JSR

005352

450 005636

451 005642
452 005646
453 005654
454 005662
455 005670
456 005674
457 005700
458 005704
459 005710
460 005714
461 005716
462 005722
463 005724
464 005726
465 005734
466 005742
467 005750
468 005754
469 005760
470 005766
471 005770
472 005776
473 006002
474 006004
475 006010

J
6
MACRO v03.01 7-AUG-80 11:01:24 PAGE 15-8

MOV
CLR
JSR
BITB
BEQ
MOV

PC.READLU
WOACT,REDBYT
9%
#STEPLU,@BSEL1
PC,STALL
R
RY,#3
63
PC,OACTIV

#17 ,REGNUM
CHPTYP
PC,READLU
#OCOR,REDBYT
12
#1,CHPTYP

:SEE IF OACT = 1 YET
:BR IF OACT = 1
:CLEAR CLOCK BIT
*STALL FOR A MICRO-SEC
SINCR CYCLE COUNT
“SEE IF 3 CYCLES DONE YET
:BR IF NOT
SCHK FOR OACT = 1
;SET REG NO. = 17

*CLEAR USYRT CHIP INDICATOR

‘READ REG 17
:CHK FOR OCOR CLEARED YET
‘BR IF YES = IT IS SIG CHIP

{sn

PC.OSIRDY

PC,STALL

*SET INDICATOR FOR OTHER CHIP TYPE
:CLEAR CLOCK BIT
SSTALL FOR MICRO-SEC

ADD
MOV

#2,6(SP)
(SP)+,AXNUM

SFIX UP RETURN PC
"RESTORE AX BYTE NO.

BICB

JSR

#STEPLU,@BSELY

*CHK FOR ORDY = 1, OCOR = 0

CIOMRD M8203 STATIC DIAG M

GLOBAL SUBROUTINES
490 006106
491 006112
492 006114

282 006120

012637
012601
005037

000207

MACRO v03.01 7-AUG-80 11:01:24 PAGE 15-9

002400

MoV
Mov
(LR

002352

RTS

(3P) ¢ REGNUM
(SP)+ ,R1
SUBRP(

SEQ

;RESTORE LU REG NO.
;RESTORE R1
;CLEAR SUBR CALL PC

;RETURN

495

496
497
498
‘99

.CPRANRNNNARNARRAANRECC RN R C R R R R RN

500
501

;% TXCHAR = THIS SUBROUTINE INITIATES TRANSMISSION OF A CHARACTER, BY LOADING
ot
THE TX SILO WITH DATA PASSED IN BITS 0-11 OF THE WORD FOLLOWING THE CALL

504
505
506
507

oY
:*
o
o

502
503

o
0

508

509

510 006122

511 006124

512 006126
513 006134
514 006142

515 006150
516 006154

517 006160

MTR

010146

010246

000004
000004
000004

002352
002352
002422

062766

000002

000004

004737
004737

518 006166
519 006170
520 006174
521 006176
522 006200
523 006204
524 006210
525 006212
526 006214

005001
017602
005702
100006
042702
005737
001401
005302
004737

528 006222
529 006224
530 006226
531 006232
532 006234

020102
001410
004737
000003
004737

527 006220

533 006240

534 006242
535 006244

536 006246

537 006252
538 006254
539 006262

540 006266
541 006270
gz% 006272

564
545

000001

005201
000763

004737

000001
062766
005037

012602
012601

000207

AND CLOCKS THE LINE UNIT WITH THE NUMBER OF CYCLES PASSED IN BITS 0-14
OF THE SECOND WORD FOLLOWING THE CALL. IF BIT 15 = 1, A CHK IS MADE TO
DETERMINE IF THE USYRT CHIP TYPE REQUIRES DECREMENTING THE NO. OF CYCLES
BY 1. THE PROGRAM CHECKS FOR VALID STATES OF ORDY,
OCOR, AND OACT THROUGHOUT THE PROCESS.
IF AN ERROR IS DETECTED, A RETURN IS MADE TO THE TEST, AT THE ADDRESS
CONTAINED IN RETADR.

AN AR RARRNAN RN

TXCHAR: MOV

016637
162737
017637

005174
005146

MoV

100000
002430
005352

9$:

004662
005254

000002
002352

12%:
000004

R1,-(SP)

R2,-(SP)

& (SP) ,SUBRPC
#4,SUBRPC
@84 (SP) ,TXWORD

ADD

#2,4(SP)

NAR

AN NANNAANCANNANANROARRCRNCOOERS

;SAVE R1

:SAVE R2

CLR
MoV
TST
BPL
BIC
TST
BEQ
DEC
JSR

R1
a4 (SP) ,R2
R2
9%
#BIT15,R2
CHPTYP
9%
R2
PC,OACTIV

:GET PC OF SUBR CALL
;GET DATA TO BE TRANSMITTED
;LOAD THE TX SILO WITH THE DATA
;WAIT FOR DATA TO RIPPLE DOWN S!LO
: INCR POINTER
JINIT CYCLE COUNT
;GET DESIRED NO. OF CYCLES
;SEE IF CHIP TYPE (MK SHOULD BE MADE
:BR IF NOT
:CLEAR FLAG BIT
:SEE IF SIG USYRT
¢BR IF YES
;DECREMENT NO. OF CYCLES
;CHK OACT =1

CMP
BEQ
JSR
3
JSR

R1,R2
12%
PC,OSIRDY

;SEE IF REQUIRED CYCLES DONE YET
;BR IF YES
;CHK ORDY=1, OCOR=1

PC,STPLU

;STEP LU ONE CYCLE

INC
BR

R1
9%

sINCR CYCLE COUNT

1
ADD
CLR

PC,OSIRDY

:CHK ORDY=1, OCOR=0

#2,4(SP)
SUBRP(

sFIX UP RETURN PC
;CLEAR SUBR CALL PC

sRETURN

004662

E N E RN R AR R R RN R RARNA RN RN

MoV
SuB
MoV

JSR
JSR

000004

AN ANNNNRNRRANNANARRNNPRRANNONCOOOORNRNNANSACCTCEROIRCETS

JSR

MOV
MoV
RTS

PC,LOTXSI
PC,WAITSO

(SP)+ ,R2
(SP)+,R1

;RESTORE R?
:RESTORE R1

CIOMRD M8203 STAT(C DIAG M

GLOBAL SUBROUTINES

547

51.8

552 006274

§56 006316

557 0063264
558 006332
559 006336
560 006342
561 006346
562 006350
563 006354
564 006356
565 006364
566 006370
567 006376
568 006400
569
570 006404

006404
00606
006610
006412
§71 006414

§72 0066420

573 006426
2;2 006426

;v ENDTRN = THIS SUBROUTINE CLEARS THE TRANSMITTER BY SETTING OC. THE PROGRAM

5§50

§53 006276
§54 006302
§55 006310

SEQ

."Q'lttt't'tttt"""'"'t"'t't"""t't""t"'tt"'t""""""""""QQQ"

549
551

MACRO v03.01 7-AUG-80 11:01:24 PAGE 15-10

010146

013746
016637
162737

002400
000004
000004

012737
004737
004737
004737
000001
004737
000000
012737
004737
032737
001406
004737

000200
003750
005146
004662

012737

104455
000101
014244
015622

005037
012637
012601
000207

WAITS FOR SO US, AND CHECKS FOR ORDY=1, OCOR=0, OACT=0, RTS=0.

:t"Q'tt"tttitt"t"ttt"'t't""'tttt"t"tttttt't""t"'t".tttt't".'t""'

000011

ENDTRN: MOV
002352
002352

002400
002366

005352
000013
003672

000040

MOV
MOV
SUB

002400
002364

004526

002352

MOV

MOV
JSR
JSR
JSR
1
JSR
0
MOV
JSR
BIT
BEQ
JSR
;REPORT RTS NOT
ERRDF

002400

CLR

MOV

MOV
RTS

R1,=-(SP)

REGNUM, - {SP)
4(SP), SUBRPC
#4,SUBRPC

#11,REGNUM
#0C.WRIBYT
PC,WRITLU
PC.WAITSO
PC,OSIRDY

:SAVE R1

*SAVE LU REG NO.
;GET PC OF SUBROUTINE CALL

:SET LU REG NO. = 11
SSET OC IN DATA
SSET 0C IN REG 11
SSTALL FOR >S50 US.
:CHK ORDY=1, OCOR=0

PC.OACTIV

;CHK OACT = 0

#13,REGNUM
PC,READLU

;SET REG NO. = 13
SREAD REG 13

38
PC,GETAIL

‘BR IF RTS = 0
:GET REGS FOR PRINTOLT

#RTS,REDBYT
CLEARED

“CHK FOR RTS =

65,EM65,ERRG

SUBRPC
(SP)+,REGNUM
(SP)+.R1
PC

:CLEAR SUBR CALL P(
:RESTORE LU REG NO.
‘RESTORE R1
*RETURN

TRAP
.WORD
.WORD
.WORD

CSERDF
65
EM6S
ERRG

576
577

279
580

;ttt't'ttt'tttttti't't"'"t"titttttttitt"t"'t'ttttttttt"tt't"tt""t"t'QQ

581

“« ISIRDY - THIS SUBROUTINE CHECKS FOR THE PROPER STATES OF ICIR (REG 17)

582

AND IRDY (REG 12) AND REPORTS AN ERROR IF EITHER IS NOT PROPERLY SET

ggz

Gi PASSED IN BIT O C(ICIR) AND BIT 1 (IRDY) OF THE WORD FOLLOWING THE

585

IF AN ERROR OCCURS, A RETURN IS MADE TO THE TEST AT THE ADDRESS

586

587

IN RETADR.

"t't'tt'ttt't'.tt""'i"'t"t""'tttttttt"'tt!!ttt'ltttt"'tttttttt"'ttQ"Q'

588 006430
589 006434
590 006440
591 006444
592 006446
593 006454

013746
013746
005737
001006
016637
162737

002400
002352
002352

595 006470

004737

003672

597 006502
598 006504
§99 006512

001413
132737
001022

000004
000006

002352
002352

594 006462 012737 000012 002400
596 006474

LL.

032776

000002

000004

000020

002364

1SIRDY: MOV
MOV
ST
BNE
MOV
SUB

1%:

MOV
JSR

BIT

BEQ
BITB
BNE

REGNUM, - (SP)
, = (SP)
SUBRPC
SUBRP(
1$
4(SP), SUBRPC
#4, SUBRPC

:SAVE LU REG NO.

PC,READLU

*READ REG 12

#18REGNUM

#B1T1,36(SP)

3s
#IRDY,REDBYI
9%

;SEE IF THIS IS A NESTED CALL
‘BR IF YES
:GET PC OF SUBR CALL

*SET REG NO. 10 12

*GET EXPECTED STATE OF IRDY

:BR IF EXPECTED IRDY = 0
“SEE IF IRDY = 1
:BR IF IRDY = 1

CIOMRD MB203 STATIC DIAG M

GLOBAL SUBROUTINES

600 006514
601
602 006520

006526
006530
006532
006540
006542

603
604
605
606
607
608 006546

611 006566
612 006572
613 006600
614 006602
615 006610
616 006612
617
618 006616
006616
006620
006622
006624
619 006626
620 006630
621 006636
622 006640

004737

MACRO v03.01

004526

M6
7-AUG=-80 11:01:24 PAGE 15-11

:REPORT

104455

000021
012643
015622
000451
132737
001407
004737
104455
000022
012660
015622
000436
012737
004737
132776

001413
132737
001031
004737

000020

002364

004526

38
;REPORT

000017
003672
000001

002400

000010

002364

9%:

000004

004526

;REPORT

1046455

PC,GETALL

ERRDF

17,EM17 ,ERRG

IRDY NOT

BR
BITB
BEQ
JSR

IRDY NOT

ERRDF

SETV

16%
#1RDY,REDBYT
9%
PC,GETALL
CLEARED

16%
#17 ,REGNUM

8IT8
BEQ
8IT8
BNE

#B8110,84(SP)
12%
#1CIR,REDBYT
208

JSR

JCIR NOT

ERRDF

TRAP

: TAKE ERROR EXIT

PC,READLU

PC,GETALL
SET

TRAP

: TAKE ERROR RETURN

000010

002364

004526

12%:
;REPORT

012716
015622
016637
013706
013746
000407
062766
012637
012637
000207

000002

002346
002362
000002
002352
002400

002400

00C004

169%:

B8R
BIT8B
8tQ

;
;BR IF

JSR

ICIR NOT

ERRDF

MOV

16%

PC,GETALL
CLEARED

GET REGS FOR

.WORD
.WORD
.WORD

2(SP) ,REGNUM

PSTACK,SP
RETADR,-(SP)

MOV
MOV

(SP)+,SUBRP(
(SP)+,REGNUM

23
#2,4(SP)

CSERDF
18

EM18
ERR4

P RINTOUT

TRAP

; TAKE

ERROR RETURN

CSERDF
19

.WORD
.WORD

EM19

TRAP
.WORD

CSERDF
20

ERR4

;SEE IF ICIR = 0
;BR IF ICIR = 0
;GET REGS FOR PRINTOUT

20,EM20,ERRL

MOV
MOV

ERR&

TED ICIR = 0
1

19,EM19,ERRSL

#1CIR,REDBYT
208

EM17

;SET REG NO. = 17
;READ REG 17
;GET EXPECTED STATE OF ICIR

000023

012701
015622
000412
132737
001416
004737

.WORD
.WORD
.WORD

CSERDF
17

;SEE IF IRDY = 0
;BR _IF IRDY = 0
;GET REGS FOR PRINTOUT

18 ,EM18,ERRL

BR
MOV

144

;GET REGS FOR PRINTOUT

.WORD

104455
000024

629 006674
630 006702
631 006706
632 006712
633

JSR

SEQ

;RESTORE LU REG NO.

.WORD
.WORD

EM20
ERR4

;RESTORE STACK PCINTER TO BASE LEVEL

;FIX ERROR RETURN PC

20%:

BR
ADD

23%:

RTS

CHRR R AR

RO R RN E AR PR

REPORTS AN ERROR If IT IS NOT PROPERLY SET TO THE STATE OF BIT 0 IN THE

;FIX UP ERROR-FREE RETURN P(

;RESTORE LU REG NO.
;RETURN

N AR AN R PN RRRNRN RN ERNRCRRONRREANCREERNERROENREEORRROQNRRNTOACTORATSTTY

Se JACTIV = THIS SUBROUTINE CHECKS FOR THE PROPER STATE OF IACT (REG 12) AND

CZDMRD M8203 STATIC DIAG #1
GLOBAL SUBROUTINES

641
642

643

644

645 006714
646 006720
647 006724

654 006766
655 006770
656 006776
657 007000
659 007G04
007004
007006
007010
007012
660 007014
007016
662 007024
663 007026

665 007032
007032

668 007054
669 007060
670 007062
007070
672 007074
673 007100

. %

013746
013746
005737
001006
016637
162737
012737
004737
032776
001413

132737

001031
004737

132737
001416
004737

002400

002352
002352

000004
000004
000012
003672
000001

002352
002352
002400

000100

002364

1%:

:REPORT

002364

004526

38
:REPORT

104455

000026
012754
Ci15622
016637
013706
013746
000407
062766
012637
012637
000207

WORD FOLLOWING THE CALL.

&ET:gRennon OCCURS, A RETURN IS MADE 10 THE TEST AT THE ADDRESS IN
MOV

.= (SP)
SUBRPC

MOV

4 (SP), SUBRPC

MOV

#12,REGNUM

TST
BNE

G0000¢4

004526

000100

SEa

;t't'tt"'.'t.""""""""t"".Q'""""t"'""i"."""Q'Q'Qt"""""
:SAVE LU REG NO.
REGNUM,-(SP)
TACTIV: MOV

106455
000025

012737
015622
000412

MACRO v03.01 7-AUG-80 11:01:24 PAGE 15-12

SUBRPC
1s

SSEE IF THIS IS A NESTED CALL
‘B8R IF YES

#4 , SUBRPC

:GET PC OF SUBR CALL

JSR
BIT
BEQ
BITB
BNE
JSR

PC,READLU
#BiT0.84(SP)
{1
WIACT.REDBYT
$
PC,GETALL

‘READ REG 12
:GET EXPECTED STATE OF IACT
‘BR IF EXPECTED IACT = 0
-SEE IF IACT = 1
‘BR IF IACT = 1
"GET REGS FOR PRINTOUT

ERRDF

21.EM21,ERR«

SUB

TACT NOT SET

B8R

BITB
BEQ
JSR

#IACT.REDBYT
$
PC,GETALL

ERRDF

22,EM22,ERR4

TACT NOT

CLEARED

*SET REG NO. = 12

TRAP

:TAKE ERROR EXIT

21
EM21
ERR&

TRAP

CSERDF

"WORD

ERR&

:SEE IF IACT = 0
‘BR IF IACT = 0
“GET REGS FOR PRINTOUT

JWORD
.WORD

000002
002346
002362

002400

6% :

000002
002352
002400

000004

9%:
12%:

MOV
MOV
ggv

2(SP),REGNUM
PSTACK,SP
?Slaoa.-(sp)

:RESTORE LU REG NO.
"RESTORE PROGRAM STACK TO BASE LEVEL
“FIX UP ERROR RETURN PC

ADD

#2,4(SP)

:FIX UP ERROR-FREE RETURN PC

MOV

RTS .

(SP)+,SUBRPC

(SP)+.REGNUM

CSERDF

.WORD
"WORD
"WORD

22
EM22

;RESTORE LU REG NO.

‘RETURN

"..!l'Q...."."""""""""""Q'.'...."l'..l'.'.'Q."l'.‘.'.'.""..'...

REOM [N
S« RSEOM - THIS SUBROUTINE CMECKS FOR THE PROPER STATES OF RSOM ANDPASSED
IN BITS

Se AXO-16, AND REPORTS AN ERROR [F EITHER IS NOT SET TO THE STATE
,* 0,1, RESPECTIVELY, OF THE WORD FOLLOWING THE CALL.

TO THE TEST AT THE ADDRESS IN RETADR. .'
S IF AN ERROR OCCURS, A RETURN [S MADE .."..".
..t'Q""l""'.".'."....
".'"."...""'."".'""Q"""'..""

RSEOM:

002402
002352
002352
000004

002352

MOV

AXNUN, - (SP)

;SAVE AX BYTE NO.

183
BNE

SUBRP(
1%

SSEE IF TWIS IS A NESTED CALL
BR (F YES

MOV

MmOV

SUBRP( ,-(5P)

4 (SP) ,SUBRP(

CZOMRD M8203 STATIC DIAG M

7900
701

702

007172
007172
007174
007176
007200
007202
007204
007212
007214

703
704
705 007220
007220
007222

007224
007226
007230
007232
007240
007242
007250
007252

007256
007256
007260
007262
007264
007266
007270
007276
007300
007304
007304
007306
007310
007312
007314
007322
007326
007332
007334
007342
007346
007352

NWO
N

007126
007134
007142
007146
007154
007156
007164
007166

GLOBAL SUBROUTINES

000004
000001
004124
000001

002352
002402

000001

002372

1%:

000004

004526

000001

004737

106455
000037
013231
017012
000412
132737
001416

BEQ
BITB
BNE

004737

002372

3%:
;REPORT

000002

000004

000002

002372

004526

9¢:

002372

004526

000002

002346
002362
000002
002352
002402

#RSOM, RAX16

9¢
PC,GETALL

BR
BITB
BEQ
JSR

16%
#RSOM,RAX16
9¢
PC,GETALL

ERRDF

28,EM28,ERR6

RSOM NOT CLEARED

BR
BIT8
BEQ
BIT8
BNE
JSR

16%
#BIT1,34(SP)
12%
#REOM RAX16
20$
PC,GETALL

ERRDF

31,EM31,ERRS

;REPORT REOM NOT

12%:
sREPORT

106455

000036
013210
017012
016637
013706
013746
000407
062766
012637
012637
000207

#4,SUBRP(
#1,AXNUM
PC,READAX
gngO.ik(SP)

JSR
:REPORT RSOM NOT SET
29,EM29,ERRG
ERRDF

004526

000002

SuB
MOV
JSR

BIT

1046455

000034
013152
017012
000431
132776
001413
132737
001031

MACRO v03.01 7-AUG-80 11:01:24 PAGE 15-13

002402

000004

16%:

20%:

23%:

SET

BR
B!TB
BEQ
JSR

16%
#REOM,RAX16
20¢
PC,GETALL

ERRDF

30,EM30,ERR6

REOM NOT

MOV

CLEARED

2(SP) ,AXNUM

MoV
MOV

PSTACK,SP
RETADR,-(SP)

ADD

#2,4(SP)

MOV
MOV
RTS

23%

(SP)+,SUBRP(
(SP)+,AXNUM
PC

SEQ

;GET PC OF SUBR CALL

;SET AX BYTE NO. FOR AX0-16
;READ AXOQ

;GET EXPECTED STATE OF RSOM
;B8R IF EXPECTED RSOM = 0
:SEE IF RSOM = 1
;BR IF RSOM = 1
;GET REGS FOR PRINTOUT
TRAP

; TAKE ERROR EXIT

.WORD
.WORD
.WORD

CSERDF
29
EM29
ERRG

;SEE IF RSOM = 0
:BR IF RSOM = 0
;GET REGS FOR PRINTOUT
TRAP

; TAKE ERROR RETURN

CSERDF

.WORD
.WORD
. WORD

28
EM28

TRAP

CSERDF
3
EM31
ERR6

TRAP

CSERDF
30
EM30
ERR6

ERR6

;GET EXPECTED STATE OF REOM
;BR IF EXPECTED REOM = 0
;SEE IF REOM = 1
;BR IF REOM = 1
;GET REGS FOR PRINTOUT

: TAKE

ERROR RETURN

.WORD
.WORD
.WORD

;SEE IF REOM = 0
;BR IF REOM = 0

:GET REGS FOR PRINTOUT

;RESTORE AX BYTE NO.

.WORD
.WORD
.WORD

;RESTORE STACK POINTER TO BASE LEVEL

sFIX ERROR RETURN PC

;FIX UP ERROR-FREE RETURN PC
;RESTORE
;RETURN

AX BYTE NO.

CIDMRD M8203 STATIC DIAG M

GLOBAL SUBROUTINES

MACRO v03.01 7-AUG-80 11:01:24 PAGE 15-14

43
732
733

See

CARRNEEARARANANRNRCERRACARQNREROERORCERRARRNANANRANARRNARRANNNNARAGORANROROROROOARNRRNNRACGNS

;* RDRXS] = THIS SUBROUTINE READS THE RCV SILO (REGS 10,12) AND RETURNS THE
L
SILO ENTRY IN BITS 0-11 OF RXWORD.

~N)

007354
007360
007366
007372
007400
007406
007414
007420
007426
0074632

[=] O=2000
000
(=] P
Yo PR W
Y o 0 P
o STV RO J V1 NIV P oy N1V ]

737
738
739
740
741
742
743
744
745
746

002400
000012
003672
002364
170000
000010
003672
002364
002400

002400

2222322222222

RDRXS]I:

XXX 2SR X222XRRX22222RR2 22222222

:SAVE LU REG NO,

BIC

#170000,RXWORD

; CLEAR UNUSED BITS

PC,READLU

*READ REG 10

002425

002400

MOV

JSR

002424

222222

REGNUM,=-(SP)

MOV
JSR
MOVE

002424

X222

MOV

MOVB
MOV
RTS

0R2 )]

#12,REGNUM
*SET REG NO. = 12
PC,READLU
*READ LU REG 12
REOBYT RXWORD+1 :GET HI BITS OF SILO ENTRY
#10,REGNUM

REDBYT,RXWORD
(SP)+,REGNUM
PC

:SET REG NO. = 10

:GET LOW BITS OF SILO ENTRY
:RESTORE LU REG NO.
*RETURN

t'Qttt'itQttttt't""tt"""Q'Qi"i."t'l'ii.'t.ttt"Q"tt'it"""'tt"t""'

‘e RCVIST = THIS SUBROUTINE RECEIVES THE FIRST CHAR OF A MESSAGE, AND MONITORS

STATUS OF THE RECEIVER. FIRST, A CHECK IS MADE FOR IACT = 0, IRDY = 0,

T
T
i

STEPLU UNTIL IRDY = 1. THE PROGRAM CHECKS FOR THIS TO OCCUR WITHIN 3
CYCLES AFTER THE NO. OF CYCLES PASSED IN THE WORD FOLLOWING THE CALL.
IF AN ERROR OCCURS, A RETURN IS MADE TO THE TEST, AT THE ADDRESS

1CIR = 1, AND RSOM = 0. THEN, THE LINE UNIT IS CLOCKED USING

CONTAINED IN RETADR.

.ttttt"t'Q'.."""Qt'i'Q"""'t't".ti'.Itt""'Q"Q'Qttt""tt't""'tt'Q"'

RCVIST: MOV

761 0074634
762 007436
763 007440
764 007444
765 007452
766 007460
767 007466
768 007470
769 007474
770 007500
771 007504
772 007506
773 007512
774 007514
775 007520
776 007522
777 007526
778 007530
779 007534

780 007536
781 007542
782 007544
783 007550
784 007556
785 007560
786 007562
787 007564

002400
000006
000004
000012

MOV

002352
002352

MOV
SUB

002400

MOV

CLR
MOV

004737

:SAVE R1

REGNUM,=(SP)

:SAVE LU REG NO.

R3.-(SP)

6(SP), SUBRPC
#4 , SUBRPC

né REGNUM

:SAVE R3

;GET PC OF SUBROUTINE CALL

<SET LU REG NO. = 12

SINIT CYCLE COUNT TO 0

*GET CYCLE COUNT LIMIT

006714

ST
BEQ
3SR

ab(SP) R3
#3,R3
36(SP)
8s
PC,IACTIV

006430

#SR

PC,ISIRDY

:CHK FOR ICIR =1, [RDY = 0

007102

3SR

PC,RSEOM

;CHK RSOM = 0, REOM = 0 IN AX0-16
;CLOCK LU FOR 1 CYCLE

000006
000003
000006

132737
001005
020103
002762

R1,~(SP)

ADD

005254

6%:

#SR

PC,STPLU

005146

8$:

JSR
INC
JSR
BIT8
BNE
CMP
BLT
JSR

PC,WALTSO
R1
PC,READLU
#IRDY,REDBYT
98
R1,R3
6%
PC,ISIRDY

003672
000020

006430

002364

:SEE IF DESIRED CYCLES = 0
‘BR IF YES
SCHK FOR IACT = 0

sALLOW SILO DATA TO RIPPLE

“INCREMENT CYCLE COUNT

*READ REG 12
“SEE IF IRDY = 1 YET
‘BR If IRDY = 1

“SEE IF LIMIT EXCEEDED
‘BR IF NOT YET
;CHK FOR ICIR =1, IRDY = 1

CZOMRD MB203 STAT(C DIAG M

GLOBAL SUBROUTINES
788 007570
789 007572

000003
020176

000006

791 007600

004737

006430

004737
000001
004737
000003
062766
012637
012603
012601
005037
000207

006714

790 007576
792 007604

793 007606
794 007612
795 007614
796 007620
797 007622
798 007630
799 007634
800 007636
801 007640
gg% 007644

002003
000001

7
MACRO v03.01 7-AUG-80 11:01:24 PAGE 15-15
0D

9% :

128:

006430
000002
002400

000006

002352

Seq

3
tMp

R1,86(SP)

SSEE

JSR

PC,ISIRDY

;CHK FOR ICIR = 1, IRDY = 0

JSR
i
JSR
3
ADD
MOV
MOV
MOV
CLR
RTS

PC,IACTIV

:CHK FOR IACT = 1

PC,ISIRDY

SCHK FOR ICIR = 1,

#2,6(SP)
(SP)+ ,REGNUM

sFIX UP RETURN PC
:-RESTORE LU REG NO.

BGE
1

12¢

(SP)+,R3
(SP)+ R
SUBRP(
PC

IF LESS THAN REQUIRED CYCLES

‘B8R IF NOT

IRDY = 1

:RESTORE R3
sRESTORE R1
:CLEAR SUBR CALL PC
;RETURN

804
805

1
808

:t'tttt'ttt"Q""'t't"Q"Q"Q"'Qttt.t"lt'tt"ttt""'tt'tt't"ti"t"'t"t't

809
810
811
812

:* STPERR = THIS SUBROUTINE LOADS THE CONTENTS OF THt FIRST WORD FOLLOWING THE
.t
CALL INTO REG 17, AND SETS THE IERR BIT, AND CLOCKS THE LINE UNIT
[
FOR THE NO. OF CYCLES PASSED IN THE 2ND WORD FOLLOWING THE CALL. THEN,
.t
IT RESTORES REG 17 TO TS ORIGINAL CONTENTS, CLEARING THE IERR BIT,

813

814 007646

;tt"'t"'t"t.'t""t""""'ttt"tti't't"'Q"tQttt'tt"'t'tt"""""'t"tt

013746

815 007652
816 007660

012737
017637

818 007674
819 007700
820 007706
821 007714
822 007720

004737
062766
017637
004737
000000

824 007730

004737

817 007666

823 007722

825 007734
826 007742
827 007746

828
829
830

152737

002400

000017
000002

000002

003750
000002
000002
005254

002400
002366
002366

000002

002366

062766
012637
000207

000002
002400

000002

i
833

3%:

REGNUM,-(SP)

:SAVE LU REG NO.

MOV
MOV

#17 ,REGNUM
32(SP),WRIBYT

SSET LU REG NO. = 17

JSR
ADD
MOV
JSR
.WORD

PC,WRITLU
#2,2(5P)
22(sP),3s
PC,STPLU
O

:SET IERR BIT IN REG 17
:INCREMENT SUBR ARGUMENT POINTER
SGET DESIRED NO. OF CYCLES
:CLOCK LU FOR DESIRED NO. OF CYCLES
*NO. OF CYCLES GOES MERE

PC,WRITLU

;CLEAR IERR BIT IN REG 17

BISB

00000°2
007720

142737

003750

STPERR: MOV

BICB

JSR

ADD
MOV
RTS

#IERR,WRIBYT

WIERR,WRIBYT

#2.2(SP)
(SP)+,REGNUM
PC

‘FIX UP RETURN PC
;RESTORE LU REG NO.
*RETURN

CREERNRRRNAR RN AN N O NC O R RER RN AR EANRNRRRRANRCERRNNRARANRNCERCQAOARNGEOANOAGNREOONONRONROAOOIRNOENSDE

;¢ CKDATA - THIS SUBROUTINE READS THE RCV SILO AND COMPARES THE SILO ENTRY

836
837
838
839
840

0
o
.
.t
.t

835

8‘1

842 007750
843 007752
844 007756

010146
013746
016637

TO BITS 0-11 OF THE FIRST WORD FOLLOWING THE CALL. IF THERE IS A

MISMATCH, THE ERROR IS REPORTED AND A RETURN [S MADE TO THE TEST AT THE
ADDRESS CONTAINED IN RETADR. IF BIT 15 = O IN THE FIRST WORD
FOLLOWING THE CALL, THE SUBROUTINE WILL NOT CHECK THE BCC BIT (SILO
BIT 8). IF THERE ARE NO ERRORS, THE LINE UNIT IS CLOCKED FOR THE
NUMBER OF CYCLES PASSED IN THE SECOND WORD FOLLOWING .'t".""t'!"i
THE CALL.
t""

:t"t"'.tttii'i"'.""""""Q"Q.l'.'lil"ttt'i't'..tt'

002400
000004

002352

(KDATA: MOV
MOV
MOV

R1,-(SP)
REGNUM, - (SP)

& (SP),SUBRP(

:SAVE R
:SAVE LU REG NO.

CIOMRD MB203 STATIC DIAG M

GLOBAL SUBROUTINES

845 007764
846 007772

162737
017601

850 010014
851 010016
852 010022
853 010030

001005
042701
042737
120137

847 007776
848 010002
849 010006

854
855
856
857
858

010034
010036
010042
010046
010052

859 010060
860 010066
861 010072
862 010100
863 010102
864

865 010106

042701
004737
023727

001445
005037
110137
005037
113737

012737
004737
132737
001410
004737

000004
000004

170000
007354
002432
000200
000200
002424
002404
002404
002406
002424
000011
003672
0000017

010600

868 010130
869
870 010134

004737

004526

871 010144

000137

010600

012737
120137
001002
000137
005037
110137

000012
002425

032776
001433
132701
001014
132737
001424
004737

100000

010134
010136
010140
010142

104455
000042
013320
020122

872 010150

000301

873 010152
874 010160
875 010164
876 010166
877 010172
878 010176

879 010202
880 010206

881 010214
882 010222
883 010224
884 010230
885 010232
886 010240
887 010242
888

889 010246

010246
010250
010252
010254

005037
113737

104455
000043
013346
020122

#4 ,SUBRP(C
34 (SP) ,R1

;GET PC OF SUBR CALL
:GET EXPECTED SILO ENTRY

BNE
BIC
BIC
(MPB

48
#B8LT7,R
lBlT?,quoao
R1,RXWORD

;BR IF CHAR LENGTH NOT = 7
:MASK OFF BIT 8TH BIT

BIC
JSR
(MP

000347
002424

SuB
MOV

4 :

002406
002400

BEQ
CLR
MOVB
(LR
MOvB

MoV
JSR
BI18
BEQ
JSR

002364

000010

010554
002404
002404
002406
002425

002400

004526

6%
GOODAT
R1,GO0DAT
BADDATY
RXWORD ,BADDAT

#11,REGNUM
PC,READLY
#UNRR ,REDBYT
5$
PC,GETALL

002406
000004

002425

JMP

[ [0}

6$%:

JMP

:BR [F MATCH

;GET EXPECTED DATA
;GET ACTUAL DATA
;SET REG NO. = 11
;READ REG 11
:SEE IF TX UNDERRUN ERROR
:BR IF NOT
;GET REGS FOR PRINTOUT

36%

#10,REGNUM

:TAKE ERROR EXIT

TRAP
MWORD
.WORD
.WORD

CSERDF
34
EM34
ERRS8

36%

:TAKE ERROR EXIT

#12 ,REGNUM
R1,RXWORD+1
7%
22%
GOODAT
R1,GO0DAT

:SET LU REG NO. FOR ERROR REPORTS
:COMPARE EXPECTED SILO BITS 8-11 10 ACTUAL
:BR IF MISMATCH
: CONTINUE

#BCCCHK ,@4(SP)
10%
#8CC,R1
8%
#8CC,RXWORD*1
10%
PC,GETALL

;SEE lF BCC SHOULD BE IGNORED
;BR If YES
;SEE IF EXPECTED BIT = 1
;BR [F YES
;SEE IF ACTUAL BIT = 0
;BR IF YES
:GET REGS FOR PRINTOUT

CLR
MOVB

BADDAT
RXWORD+1 ,BADDAT ;SET ACTUAL DATA

;REPORT BCC NOT (L EAR [}

ERRDF

CSERDF
54
EMS4
ERR4

;GET REGS FOR PRINTOUT

BIT
BEQ
BITB
BNE
8iT8
B8EQ
JSR

TRAP
.WORD
.WORD
.WORD

;SET REG NO. = 10

SWAB

MOV
(MPB
BNE
JMP
CLR
MOVB

; COMPARE EXPECTED BITS 0-7 TO ACTUAL

54,EMS4,ERRG

JSR
PC,GETALL
JREPORT RCV'D DATA MISCOMPARE
ERRDF
34 ,EM34,ERRS

7%:

000001

5$:

SEa

0170006 R1
:CLEAR UNUSED BITS FOR COMPARE
PC, RDRXS |
READ RCV SILO
SAVLEN PTXLEN2 ' TXLENT! TXLENO'RXLEN2'RXLENT 'RXLENO

;REPORT TX UNDERRUN ERROR

ERRDF

104455
000066
014206
015622
000137

012737

002352

004526

010106
010110
010112
010114
866 010116

867 010122

E 7
MACRO v033.01 7-AUG-80 11:01:24 PAGE 15-16

35 EMIS,ERRS

;SET EXPECTED DATA

TRAP
.WORD
LMORD
.WORD

CSERDF
35
EM3S
ERRS

(IOMRD M8203 STATIC DIAG M

GLOBAL SUBROUTINES

890
891
892
893
894
89S

010256
010262
010270
010272
010276

000137
132737
001010
004737

010600
000001

104455
000044
013366
020122
000137

010600

898 010312
899 010316

132701
001014

000002

901 010326
902 010330
903
904 010334

001424
004737

900 010320

010334
010336

905
906
907
908

909

010340
010342

010344
010350
010356
010360

910 010364

911
912
913
914

010364
010366
010370
010372
010374

010400

010400
0104064
915 010406
916 010414
917 010416
918
919 010422

010422

132737

104455
000045
013402
020122

000137
132737
001010
004737

104455
000046
013423
020122

000004

132737

000004

001424
004737

132737
003010
004737

010452
010454
010456

010460

926 010462

002425

000137

000004

004526

104455
000050
013460

020122

000137

010600

:TAKE ERROR EXIT
:SEE IF ACTUAL BIT =1
:BR IF YES
:GET REGS FOR PRINTOULT

JMP

36%

;TAKE ERROR EXIT

BITB
BNE

#EBLK R
12%

:SEE IF EXPECTED BIT = 1
:BR IF YES

BIT8B

002425

#EBLK,RXWORD+1

BEQ
149
JSR
PC,GETALL
:REPORT EBLK NOT CLEARED
ERRDF
37.,EM37,ERRS

12%:

14%:

004526

010600

36%
#8CC,RXWORD*1
108
PC,GETALL
SET
3o0,EM36,ERRS8

ERRDF

38,EM38,ERRS

JMP

36%

;TAKE ERROR EX:T

#RAB,R1
16%
#RAB,RXWORD+1
18%
PC,GETALL
CLEARED
39,EM39,ERRB

:SEE IF EXPECTED BIT =1
:BR IF YES
:SEE IF ACTUAL BIT =0
;B8R IF YES
;GET REGS FOR PRINTOUT

BITB
BNE
B!T18
BEQ
JSR
:REPORT RAB NOT
ERRDF

16%:

JMP

368

8118
BNE
JSR

#RAB,RXWORD*1
18%
PC,GETALL

ERRDF

40,EMG0,ERRS

:REPORT RAB NOT SET

JMP

36%

TRAP
WORD
.WORD
.WORD

CSERDF
36
EM36
ERRS8

TRAP
.WORD

(SERDF
37

TRAP
.WORD
.WORD
.WORD

(SERDF
38
EM38
ERRS8

TRAP

(SERDF

JBR IF YES
:GET REGS FOR PRINTOUT

36%
#EBLK,RXWORD*1
14%
PC,GETALL
SET

SEQ

;SEE IF ACTUAL BIT = 0

JMP
8118
BNE
JSR

:REPORT EBLK NOT

104455

927 010436
922 010444
923 010446
925 010452

002425

004526

132701

000047
013440
020122

924

010600
000002

JMP
BIT8
BNE
JSR
;REPORT BRCC NOT
ERRDF

8$%:

004526

010600

010424
010426
010430

920 010432

000002

000137
001014

002425

004526

010276
010300
010302
010304
896 010306

897 010312

MACRO v03.0" 7-AUG-80 11:01:24 PAGE 15-17

;:TAKE ERROR EXIT
;SEE [F ACTUAL BIT =1
:BR IF YES
;GET REGS FOR PRINTOUT

;TAKE ERROR EXIT

.WORD
.WORD

EM3?7
ERRS8

.MWORD
.WORD
.WORD

39
EM39
ERRS8

TRAP
MORD
MORD

CSERDF
40
EMGO
ERRS8

:SEE IF ACTUAL BIT =1
;BR IF YES
;GET REGS FOR PRINTOUT

:TAKE ERROR EXI

.WORD

CZDMRD MB203 STATIC DIAG M
GLGBAL SUBROUTINES
010466
010466
010472
010474
010502
010504
i

0
0
2
&
6
0
&

001424
004737

938
939
940 010540

104455
000051
013474
020122
000137
132737
001010
004737

18%:

000010
000010

7-AUG-80 11:01:24 PAGE

002425

004526

000052
013515
020122
000137

062766
017637
004737
000000
000407
011637
013706
013746
000406
062766
012637
012601
005037
000207

8lT8

BNE
8l18
BEQ
JSR

;REPORT OVRR NOT

ERRDF

010600
000010

002425

004526

000002
000004
005254

000004
010574

24%:

36%:

002400
002346
002362
000002
002400

22%:

002352

#OVRR,R1

208
¢1
#OVRR,RXWORD
229
PC,GETALL
CLEARED

38%:
40%:

SEQ

:SEE IF ACTUAL BIT = 0
;BR

YES

:GET REGS FOR PRINTOUT

&1,EM41,ERRS

TRAP

s TAKE

ERROR EX]T

TRAP

CSERDF
42

;BR

YES

;GET REGS FOR PRINTOUT

ERROR EXIT

.WORD
.WORD
.WORD

. TAKE

ADD
MOV
JSR
.WORD

#2,4(SP)
a4 (SP) 248
PC,STPLJ
0

;INCR SUBROUTINE ARGUMENT POINTER
;GET DESIRED CYCLE COUNT
;CLOCK LU FOR DESIRED CYCLES

MOV
MOV

(SP) ,REGNUM
PSTACK,SP

40%

ADD
MOv
MOV
CLR
RTS

RETADR,=(SP)

#2,4(SP)
(SP)+ ,REGNUM
(SP)+,R1
SUBRPC
PC

EM4T
ERRS

;SEE IF ACTUAL BIT =1

42,EML2,ERRB

38%

CSERDF

.WORD
.WORD
.WORD

369

:SEE IF EXPECTED BIT = 1
;BR [F YES

JMP

MOV

000004

15-18

JMP
BITB
BNE

ERRDF

010600

36%
#OVRR ,RXWORD +1
22%
L
PC,GETAL
JSR
;REPORT OVRR NOT SET

20%:

104455

EM42
ERRS

; TAKE ERROR-FREE EXIT
;RESTORE LU REG NO.

;RESTORE PROGRAM STA(CK TO BASE LEVEL
JFIX UP ERROR RETURN P(

;FIX UP ERROR-FREE RETURN P(
JRESTORE LU REG NO.
;RESTORE R)
;sCLEAR SUBROUTINE PC

;RETURN

2222222222332 22222 222222 22222222022
R RRRRRRRRiRRRRRRRRRRRdRll])

;¢ SETUP = THIS SUBROUTINE LOADS THE FIRST WORD AFTER THE CALL INTO AX2-15
L]
(SYNCH CHAR), LOADS THE SECOND WORD AFTER THE CALL INTO REG 17
*
LOADS THE THIRD WORD INTO AX3-15, AND LOADS THE FOURTH INTO AX3-16.

b
-

ald wnld

i
e
o
e
e
—

e LaS1 VY AV LV, S1V TV ]
O NNNOO NN~
(VT SV VIV TV IV D
NO NNNNNO
O

CHERNARENRRRE R AR A

OOOOSOOOO
- O 2 O

937

PO
ad ad
WPV

935

132701
001014
132737

SOOOOOOO
VAN
AA NN NN

927
928
929
930
931
932
933
934

MACRO v03.01

SETUP:

002402
002402

002374

000004

002400
000004
002366

MOV
MOV
MJV

MOV
CLR
JSR

MOV

ADD
MOV

E OO RO ERNRANORRNRAROARRRARNROSRGERARRORRARERNREANRERARROROOOROATECEOOTETY

AXNUM,
- (SP)
REGNUM,
- (SP)
24, AXNUM

a4 (SP),WAX1S
wAX16
PC,WRITAX

217, REGNUM

22.4(SP)
a4 (SP) ,WRIBYT

;SAVE AX BYTE NO.
;SAVE LU REG NO.

;SET AX BYTE NO. FOR AX?

;SET SYNCH CHAR IN AX2-15, CLEAR AX2-16
;SET LU REG NO. = 17
: INCREMENT ARGUMENT POINTER

CIDMRD M8203 STATIC DIAG M

GLOBAL SUBROUTINES

976 010716
977 010722
978 010730
979 010736
980 010744
981 010752
982 010760

004737
012737
062766
017637
062766
017637
013737

003750
000006
000002
000004
000002
000004
002376

984 010772
985 011000

062766
012637

000002
002400

005037
000207

002352

983 010766

986 011004

987 011010
988 011014
989

004737

012637

004312

MACRO V03.01 7-AUG-80 11:01:24 PAGE 15-19

002402
000004
002374
000004
002376
002432
000004

002402

JSR
MOV
ADD
MOV
ADD
MOV
MOV
JSR
ADD
MOV

PC,WRITLU
#6 ,AXNUM
#2.4(SP)
3L (SP) ,WAX1S
#2,4(5P)
A4 (SP) ,WAX16
WAX16,SAVLEN

:LOAD REG 17
:SET AX BYTE NO. FOR AX3
< INCREMENT ARGUMENT POINTER

#2.4(SP)
(SP)¢,REGNUM

SFIX RETURN PC
;RESTORE LU REG NO.

CLR
RTS

SUBRPC
PC

MOV

990
991
992
993

PC,WRITAX

(SP) ¢+, AXNUM

SE@

:INCR ARGUMENT POINTER
:STORE TX AND RCV CHAR LENGTH

SLOAD AX3-15, AX3-16

*RESTORE AX BYTE NO.

‘CLEAR SUBROUTINE PC STORAGE
*RETURN

99‘.

:Q'tt.i't't'i'"'"t'""""""'t"'Q'""'Q'QQ'"Q't"""Q""i"'i'i"

995
996
997

‘« LODMSG - THIS SUBROUTINE LOADS THE NO. OF WORDS PASSED IN THE SECOND WORD
e
FOLLOWING THE CALL FROM THE MSG BUFFER WHOSE ADDRESS IS IN THE FIRST
i
WORD FOLLOWING THE CALL., INTO THE TRANSMITTEK SILO.

998

999 011016
1000 011020
1001 011022
1002 011026
1003 011034
1004 011040
1005 0110646
1006 011052
1007 011056
1008 011060
1009 011062
1010 011066
1011 011070
1012 011072

1013
1014
1015
1016
1017

:Q't'ttt"tttt"""""t't"""'Q"Q'i""!Q"t""t'tt't.""'t"l"tt"'Q'

010146
010246
017601
062766
017602
062766
012137
004737
005302
001372
004737
012602
012601
000207

000004
000002

000004
000002
002422

000004
000004

005174

005146

LODMSG: MOV
MOV
MOV
ADD
MOV
ADD
6% :
MOV
JSR
DEC
BNE
JSR
MOV
MOV
RTS

R1,=(SP)
R2.=(SP)
a4 (SP),R1
£2.4(SP)
a4 (SP),R2
22,4(SP)
(R1)¢,TXWORD
PC,LDTXSI
R2
6%
PC,WAITSO
(SP)+,R2
(SP)+.R
PC

;SAVE R1
:SAVE R2
:GET MSG POINTER INTO R1
:INCR ARG POINTER
:GET WORD COUNT INTO R2
SFIX UP RETURN PC
;GET NEXT MSG WORD
SLOAD A WORD INTO TX SILO
:DECR COUNT
‘BR IF NOT DONE YET
‘WAIT FOR SILO TO RIPPLE
:RESTORE R2
"RESTORE R1
*RETURN

1018

:"'tt.'t."'i.""""'t""i""t't""i"'.t"t"."""t""t'""1t'

1024

:‘Qt'..ttttt;l't"t"tt"""t't'ttttt'lttttt'ttttt"tt""tl"tt't'tti'fitt

1019
1020
1021
}855
1025 011074
1026 011076
1027 0111064
1028 011112
1029 011116
1030 011122

1031 011124

1032 011130

‘e RXCHAR = THIS SUBROUTINE READS THE RCV SILO AND CLOCKS THE LINE
;e
FIRST, IT READS THE CHAR FROM THE RCV SILO, AND CHECKS FOR
it
= 1, [ROY = 0. Il THEN CLOCKS THE LINE UNIT FOR THE NO. OF
e
PA?SE?RéN ‘"§ WORD FOLLOWING THE CALL, AND THEN CHECKS FOR
.y

010146
016637
162737
004737
004737
005001
020176

001410

000002
000004
007354
005146

000002

002352
002352

RXCHAR: MOV
MOV
SUB
JSR
JSR
CLR
9% :
CMP

BEQ

RY,-(SP)
2(SP), SUBRPC
#4,SUBRPC
PC_RDRXS |
PC.WALTSO
RY
R1,82(SP)

12¢

:SAVE R

:GET PC OF SUBR CALL
*READ RCV SILO
SALLOW SILO TO RIPPLE
SINIT CYCLE COUNT

SSEE IF REQUIRED CYCLES DONE YET

‘BR IF YES

UNIT.
ICIR
CYCLES
ICIR

CIDMRD MB203 STATIC DIAG M
GLOBAL SUBROUTINES
1033
1034
1035
1036
1037

011132
011136
011140
011144
011146

1039
1040
1041
1042
1043

011152
011156
011160
011166
011172

1038 011150

1044 011174
1045
1046
1047
1048
1049
1050
1051
1052
1053
1054
1055
1056

1057 011176
1058 011202
1059 011204
1060 011212
1061 011220
1062 011224
1063 011232
1064 011236
1065 011240
1066 011244
1067 011250
1068 011252
1069 011260
1070 011262

1071
1072 011266

011266
011270
011272
011274
1073 011276
1074 011300
1075 011306
1076 011310
1077
1078 011314
011314

011316
011320
011322

1079 011326
1080 011326
1081 011330

MACRO v03.01

7-AUG-80 11:01:24 PAGE

15-20

SEQ

004737
000001
004737
000001
005201

006430

%SR

PC,ISIRDY

;CHK ICIR = 1, IRDY =

005254

%SR

PC,STPLU

;CLK LU 1 CYCLE

006430

R1
9¢

s INCR CYCLE COUNT

004737
000003
062766
005037
012601

INC
BR

PC,ISIRDY

;CHK ICIR = 1

ADD
CLR

#2,2(SP)
SUBRP(

JFIX RETURN P(C

RTS

:RETURN

000765

000002

002352

12%:

000002

%SR

MOV

000207

IRDY = 1

;CLEAR SUBR CALL PC
:RESTORE R1

(SP)+ R

;tQttittttt"t"""'t"""""""""Q.Qi"""'"'t"'"""'Q""Q""'."

;* CKTBIT - THIS SUBROUTINE CLOCKS THE LINE UNIT FOR 8 CYCLES, AND AFTER EACH
‘N

* %

CYCLE,
THE

THE TXDATA BIT

CHAR PASSED

IN REG 17 [S EXAMINED, AND COMPARED TO A BIT OF

IN THE WORD FOLLOWING THE

CALL.

IF AN ERROR OCCURS, A RETURN IS MADE TO THE TEST AT THE ADDRESS IN

RETADR.

;'t'Qt"i't"".t""""""""'Q""'."'QiQ'Q"'ttt't"t"""it'.""""'

013746
010146
016637
162737
012701
012737
004737
000001
004737
030176
001013
132737
001422
004737

104455
000040
013246
015622
000420
132737
001007
004737

104455
000041
013275
015622
000405
006301
020127

002400

000004
000004

000001
000017
005254

002352
002352
002400

(KTBIT: MOV
MOV
MoV

JSR

003672
000004

000040

002364

004526

000400

#4,SUBRPC
#BIT0,R1
#17 ,REGNUM
PC,STPLY
PC,READLU

8I7
BNE
BITB
BEQ

R1,34(SP)
9%
#TXDATA,REDBYT
12%

ERROF

32,EM32,ERR4

JSR
PC,GETALL
;REPORT TXDATA NOT CLEARED

004526

000040

sus
Mov
MOV
#SR

REGNUM,
- (SP)
R1,-(SP)
& (SP) ,SUBRPC

002364

9%:

BR
BlTB
BNE
JSR

20$
#TXDATA,REDBYT
129
PC,GETALL

ERRDF

33,EM33,ERRS

sREPORT TXDATA BIT NOT SET

12%:

ASL

(MP

20%

R1,#400

:SAVE LU REG NO.
: SAVE R1

;GET PC OF SUBROUTINE CALL

JINIT BIT POINTER

;SET REG NO. = 17
;CLOCK LINE UNIT 1 CYCLE

:READ REG 17

;SEE 1F EXPECTED BIT = 1
;BR IF YES
;SEE IF ACTUAL BIT =0
;BR

YES

:GET REGS FOR PRINTOUT

; TAKE

ERROR RETURN

TRAP
.WORD
.WORD

CSERDF

TRAP

CSERDF
33

.WORD

32
EM32
ERRS

;SEE IF ACTUAL BIT =1

:BR iF YES
;GET REGS FOR PRINTOUT

;TAKE ERROR EXIT

;SHIFT BIT POINTER

;SEE IF B BITS SCANNED YET

.WORD
.WORD
.WORD

Em33
ERR4

CIOMRD M8203 STATIC DIAG M
GLOBAL SUBROUTINES
1082 011334
1083 011336
1084 011340

1085 011344
1086 011350
1087 011352
1088 011360
1089 011362
1090 011366
1091 011372

1092
1093
1094
1095
1096
1097
1098
1099
1100
101

1102
1103
1104
1105
1106
1107
1108
1109

013746
000406
062766
012601
012637
005037
000207

20$:

002346
002362
000002

000004

002400
002352

22%:
40$:

BNE
BR

MOV
BR
ADD

PSTACK,SP
RETADR,-(SP)

;RESTORE PROGRAM STACK POINTER TO BASE LEVEL

sFIX UP RETURN P(

408
¥2,4(SP)

;FIX UP ERROR-FREE RETURN PC
;RESTORE R1

(SP)+,R1
(SP)+ ,REGNUM
SUBRP(

MOV

MOV
CLR
RTS

:BR IF NO

22%

Mov

SEQ

;RESTORE

R AN

REG NO.

;CLEAR SUBR CALL PC
;RETURN

PR RN R AN RN AR RN NN

C RN E R RN

R AR R RANREARANRRIANRARANRANPIANRARAAOORCOOOOERRS

;* LDMSGY - THIS SUBROUTINE LOADS THE TRANSMITTER SILO WITH MSG1, AND LOADS
®
*

THE DATA CHARS INTO THE RCV MSG BUFFER (RCVBUF:), AS EXPECTED DATA
FOR LATER COMPARISON.

2222222

011374
011376
011400
011404
011406
011410
011414
011420

1110 011422
1111 011426
1112 011430
1113 011436
1114 011442
1115 011446
1116 011450
1117 011452
1118
1119
1120
n2Nn
1122

001336
000405
013706

7
J
MACRO v03.01 7-AUG-8B0 11:01:24 PAGE 15-21

010146
010246
004737
003220
000011
012701
012702
012122

020127
103774
052762
012726
012726
012602
012601
000207

LDMSGY: MOV
MOV

JSR
MSG!1
9.

011016
003224
003262

003236
100400
000160

000034

177776

MOV
MOV
MOV

CMP
BLO
BIS

MOV
MOV
MOV
MoV
RTS

I IS

8222222222222

22222

R RRRRRRRRtRtRdRRRdRtd
Rl

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

;SAVE R
;SAVE R2
sLOAD MSG!

#MSG1+4
R
#RCVBUF ,R2
(R1)+,(R2)+

;GET POINTER TO MSG!
;GET POINTER TO MSG BUF
;LOAD A CHAR INTO MSG BUF
;SEE IF DID LAST DATA CHAR YET
:BR If NOT

PC,LODMSG

R1,#MSG1+14.
3$
#CRCCHK !RXBCC,=2(R2)
#160, (SP)+
#034,(SP)Y+
(SP)+,R2
(SP)+,R1
PC

INTO TX SILO

;SET EXPECTED BCC

sLOAD HI CRC BYTE
;LOAD LO CRC BYTE
;RESTORE R?
;RESTORE
;RETURN

CIDMRD MB203 STATIC DIAG M

GLOBAL ERROR REPORT

MACRO v03.01 7-AUG-80 11:01:24 PAGE 16

SECTION

}

.SBTTL

SIHIIIIIIITLEIT

IIILIIIILET0 7000000 T r

4
5

8
9 011454
011457
011462
10 011464
011467
011472
011475
011500
011503
11 011506
01151
011514
011517
011522
011525
011530
011533
011536
011541
011544
011547
12 011550
011553
011556
011561
13 011563
011566
011571
011574
011577
011602

011605
011610
14 011613
011616
011621
011624
011627
011632
011635
011640
011643
15 011646
011651
011654
16 011656
011661
011664
011667

045
117
116
045
101
m
116
122
072
045
130
103
104
045
045
045
103
101
040
063
000
045
124
045
116
045
045
045
045
045
045

045
045
045
045
045
045
045
045
045
045
045
045
117
116
045
130
116
104

SEQ

GLOBAL ERROR REPORT SECTION

LIt iriiiiiiiriiieireliltiiiriii1i111111141117

o
o

THE GLOBAL ERROR REPORT SECTION CONTAINS ERROR MESSAGES
THAT ARE USED IN MORE THAN ONE TEST,

it iririeeririiieiiiiiinligiiiiietiisiy

124
066
000
116
106
114
107
105
040
101
120
124
072
117
123
m
124
114
045
045

045
045

FMT1:

_ASCIZ

/XTXO6XN/

045

FWT2:

_ASCIZ

/XNXAFAILING REG:

FMT3:

_ASCIZ

/XAEXPECTED: XO3XSS5XAACTUAL: XO3XN/

116
045
124
000
117
123
117
123
117
123

045
116
045

FMT4:

_ASCIZ

/XNXTXNXTIN/

063
065
063
065
063
065
063
000
064
063
065
063
065
063
065
063
000
045
045

FMTS:

_ASCIZ

/X03XS5%03%XSSX03XS5%03XN/

FMT6:

.ASCIZ

/XS4X03XSSX03XS5X03XSSX03XIN/

FMT7:

_ASCIZ

/XTXO2XN/

105
105
105
122

FMT8:

_ASCIZ

/XAEXTENDED REG AXXO1XA=-XTXN/

117
116
123
117
123
117
123
1z
123
117
116
124
062
000
101
124
104
040

101
M
040
107
000
105
105
105
040
063
065
101
125
072
17
116

CIDMRD MB203 STATIC DIAG M
GLOBAL ERROR REPORT SECTION
011672
011675
011700
011703

105
101
17
101

onmm
17 011712
011715
18 011717

000
045
116
045

0117461

040

011706

011722
011725
011730
011733
011736

011744
011747
19 011750
011753
011756
011761
011764
011767
011772
011775
012000
012003
012006

20 012007

012012
012015
012020
012023
012026
012031
012034
012037

NN
(V1§]

21 012040

012043
012046
012051
012054
012057
012062
012065
012070
012073
012076
012101
012104
012107
012112
012115
012120
012123

1264

103
106
125
040
114
066
000
045
105
045
045
114
104
040
124
040
063
000

045

107
130
061
055

040
045
045
045

124
000
101
040
040
102
103
114

045

FMT9:

_ASCIZ

/XTIN/

120

FMT10:

_ASCIZ

/XAPC OF

045

116

045

SEQ

116

117
123
122
101
072

SUBR CALL:

XO6IN/

117

1M
107
117
101
117
105
127
110
045
045

122
040
062
040
101
104
11
072
117
116

FMT11:

_ASCIZ

/X%AREG X02XA LOADED WITH: X03IN/

116

045

FMT19:

_ASCIZ

/XNXATEST XD2XA NOT RUNXN/

045

FMT24:

_ASCIZ

/XNXAPLEASE INSURE MB207 RUN SWITCH (E28 SW7) 1S ONIN/

101
123
045
045
116
040
116
000

124
124
104
101
117
122
045

101
105
105
116
122
115
060
122
040
11
10
105
040
067
m
117
116

120
101
040
123
105
070
067
125
123
124
040
062
123
051
123
116
000

045

MACRO v03.01 7-AUG=-80 11:01:24 PAGE 16-1

105
040
062
040
124
125
116

114
123
11
125
040
062
040
116
127
103
050
070
127
040
040
045

M
CIDMRD MB203 STAT (< DIAG
0l
S

GLOBAL ERROR REPORT SECTION

M7
MACRO v03.01 7-AUG-80 11:01:24 PAGE 16-2

SEQ

—e -> [F9]
[- ~
-4

L
d

/REG NOT

INITIALIZED BY UNIBUS RESET

(INIT)/

— -—

e TOWN OrrNerOOFrIN OrrOO0O0rrNrOONOINTYrN —3reNOOY e eNO
NOOITrr

—

GLOBAL ERROR REPORY SECTION

012365
012370
012373
31 012374
012377
012402
012405

0124610
32 012411
0124614
012617
012422
012425

012430

33 012432

012435
012440
012443
012446

34 012447

012452
012455
012460
012463

0124666
35 012470

012473
012476
012501

113
124
000
17
1
117
123

000
117
13N

117
103
101
104
117
122
117
123
000
117
122
117
103
101

104
117

124
117
123

MACRO v03.01 7-AUG-80 11:01:24 PAGE 16-3

CIZOMRD MB8203 STATIC DIAG M

040
040

101
061

122

040
124
105

106

116
040
124

EM7:

LASCIZ

/ORDY NOT SET/

122
040
124
114
122

104
116
040
105
105

EMB:

LASCIZ

/ORDY NOT CLEARED/

103

000

040
124
105

117

116
040
124

EM9:

.ASCIZ

/0COR NOT SET/

103

117

EM10:

LASCIZ

/0COR NOT CLEARED/

040
124
105

103

116
040
124

EM1t:

JASCIZ

/OACT NOT SET/

101

103

EMI2:

.ASCI2

/OACT NOT CLEARED/

122

EM13:

LASCIZ

/UNRR NOT CLEARED BY SOM/

040
124
114
122

000
101

116
040
105
105

012504

000

012510
012513
012516
012521
012524

124
117
103
101
104

040
124
114
122
000

116
040
105
105

122
117
103
10
104
13
117

040
124
114
122
040
040
11§

116
040
105
105
102
123
000

122
117
123
000

040
124
105

122

116
040
124

EMI&:

LASCIZ

/UNRR NOTY SET/

122
117
103
101

040
124
114
122

116

122

EM1S:

LASC]Z

/UNRR NOT CLEARED BY 0C/

103

000

36 012505

37 012526

012531
012534
012537
012542
012545
012550
012553

38 012556

012561
012564
012567
012572

39 012573

012576
012601
012604
012607
012612
212615
012620

117

125

104
13

116

040
040

116
040
105
105

102
117

SEQ

4~
® > x v [ L= )[-

NN OO rr M ANOFrMerer OO Nr AN A AN r OO0 r NeErNO e N— OO0 OO0~ NOOmr—OOOM

VO =AMO AM I~ANMNMO ANMEI SNMO-~IAMEIIRM AMNOF AWM g—
L]

92
SEQ

7-AUG-80 11:01:24 PAGE 16-4

CZOMRD MB203 STATI(C DIAG #1

MACRO v03.01
GLOBAL ERROR REPORT S ECTION

CIDMRD MB203 STAT| () 1AG M
6 LOBAL ERROR REPOR Ts ECTION

MACRO v03.01

13060
13063

Sta

EM26:

CASCIZ

/INCORRECT DATA CHAR RCV'D/

EM27:

NNV MO

LASC12

/INCORRECT CRC BYTE RCV'D/

NTFTON—ONONT NO

122

LASCIZ

/RSOM NOT

CLEARED/

LASCIZ

/RSOM NOT

SET/

LASCI2

/REOM NOT

CLEARED/

JASCIZ

/REOM NOY

SET/

LASCIZ

/TXDATA BIT NOT CLEARED/

LASCIZ

/TXDATA BIT NOT

—ITONO—NOO— -ve—ONNOO

—OO

7-AUG~-80 11:01:24 PAGE 16-5

SET/

0D 8
MACRO V03.01 7-AUG-80 11:01:24 PAGE 16-6

NM —
17 SNN

CIDMRD MB203 STATIC DIAG M
GLOBAL ERROR REPORT SECTION
w ac

(ASCiZ

/RCV'D DATA MISCOMPARE/

LASCIZ

/8CC NOT

CLEARED/

ASCIZ

/BCC NOT

SET/

61 013402
013405
013410
013413
013416
013421
62 013423
013426
013431
013434
013437
63 013440
013443
013446
013451
013454
013457
64 013460
013463

LASCIZ

/ERI_K NOT

CLEARED/

LASCIZ

/EBLK NOT

SET/

.ASCIZ

/RAB NOT

126

040
126
105

N NOVO

W X ~3 o

%] ~

L>9

- (=)

OMNOMO NWVOM O

TN ONF NOMYNVOUM= o=—

o 4 [-

CLEARED/

(V2]

4
[-

>—

-4
[- ad [=) ~

W|5
%) — S~

«v[ L ~

4 -4 (=} —
~ o > o[-

LASCIZ

/SW PACK #1

INCORRECT/

SEQ

CIDMRD MB203 STATIC DIAG
1
M

GLOBAL ERROR REPORT S ECTION

7-AUG-80 11:01:24 PAGE 16-7

SEQ

o
[

VNN NN O OO OO OO OO OOOVOOOOOOOOOONRARNNNAARNNARANNARNANNMAAALOOOOOOCO

> v o o

-4 2 — ——o

w — “w (&) —

MACRO v03.01

) [~ ~

—

CIDMRD MB203 STATIC DIAG M

GLOBAL ERROR REPORT § ECTION

MACRO v03.01

8
7-AUG=-80 11:01:24 PAGE 16-8

SEQ

M4[ 4+ —[ IWNOMNMNO—IIMNIVNOMNO~OMNOMO—

/EVEN VRC PARITY BIT NOT CLEARED/

SET AFTER AX REG WRITE/

/READY NOT

SET

)

-« ~

RASg&KX-4£N8t=S

/READY NOT

AFTER AX REG READ/

[+
4~

6 8
MACRO v03.01 7-AUG-80 11:01:24 PAGE 16-9

CIDMRD M8203 STATIC g 26 n

GLOBAL ERROR REPORT

84 014264

; TION

111

116

102
057
124
123
105
000
116
125
124
116
123
105
040

OW1:

.ASCIZ

GINBUS/OUTBUS REG &

DH2:

.ASCIZ

/LINE UNIT

107

DH3:

.ASCIZ

/REGI0

040

DHW4:

.ASCIZ

000
000
116
125
124
130
116
104
105
040

DWS:
DHé:
DH7:

.ASCIZ
.ASCIZ
.ASCIZ

/15/
/16/
/LINE UNIT EXTENDED REGS :/

060
065
101
055
040
130

DH8:

.ASCIZ

/AX0-15

014267
014272
014275
014300
014303
85 014306
014311
0164314
014317
014322
014325
014330
014333

125
117
102
040
107
114
105
116
040
102
040
107
072

123
125
125
122
040
111
040
111
111
125
122
123
000

014340
014343
014346
014351
014354
014357
014362
014365
014370

061
040
105
061
040
107
040
122
061

060
040
107
040
122
061
040
105
063

040
122
06!
040
105
062
040
107
000

014376
014401
014406
014407
014412
014415
014420
014423
014426
014431
01443

040
107
040
122
061
040
105
066
040
107
000

1.2
061
040
105
065
040
107
040
122
061

105
064
040
107
040
122
061
040
105
067

065
066
111
040
111
105
105
105
122
123
000
130
061
040
060
066
101
055
040
130

86 014335

87 014373

88 014435
89 014440
90 014443
0144486
014451
014454
014457
014462
014465
014470
014473
91 014475
014500
014503
014506
014511
014514
014517
014522
014525

122

040

061
061
114
105
116
040
126
104
040
107
072
101
055
040
130
061
040
061
065
101

105

040

SEQ

Cé1
040
061

INBUS REGS

REGI1

REG14

)

REGI2

REGIS

AX0-16

REGT3/

REG16

AX1-15

REG17/

AX1-16/

CIDMRD MB203 STATIC D
GLOBAL ERROR REPORT S

TION

7-AUG-80 11:01:24 PAGE 16-10

AX2-15

AX2-16

BGNMSG

ERR

PRINTB

#FMT1, #ADDRES ,MPCSR

Ax3-15

AX3-16/

~NOo~O~ [0 JVIV
IV P 0¥ 2
NO NN

LASCIZ

SEQ

NN~ -t O

D pus Qe QunrSunr G
b
-

MACRO v03.01

NHY:

6534
P2k
oF o Pl X
P 3l ol o o
VAN (U LV TV LV LV LV [V, ]

SunrGuar @iy

014530
014533

OO0 [elelolololelele)

014575
.EVEN

100 014600

014600
101 014600
014600
014604
014610
014614

014620
014622
014624
102 014630
014630
014630

103
104
105
106 014632

013746
012746
012746
012746
010600

002446
035620
011454
000003

062706

000010

104414

014632
014636
014642
014646
014652
014654
014656

002446
035620

014662

011464
000001

108 014662

L10002:

104423

014632

107 014632

ENDMSG

BGNMSG

ERR?

PRINTB

#FMT1,#ADDRES ,MPCSR

011654
000003
000010

000004

002400
014264
011646

PRINTB

ERR1::

#EMT2

SEMT7 ,#DH1 , REGNUM

MOV
MoV
MoV
MoV
Moy
TRAP
ADD

MPCSR,-(SP)

TRAP

CIMSG

MOV
MOV
MOV
MOV
MOV
TRAP
ADD

MPCSR,~(SP)
#ADDRES,~(SP)
#FEMTY,-(SP)
#3,-(SP)

MOV

#FMT2,=(SP)

MOV
MoV
TRAP

M ,-(SP)

ADD

SP,RO
(SPNTB

" ,SP

MOV

(SP)
= M,
REGNU
¥DH) = (SP)

#ADDRES ,=(SP)

#FEMT1,-(SP)
#3,-(SP)

SP,RO
(SPNTB

#10,SP

ERRZ::

MoV
MOV

SP,RO

(SPNTB

£10,5P

T
S, ~(SP)
#En

CZDMRD MB203 STAT(C DIAG M
GLOBAL ERROR REPORT SECTION
014716
014722
014726
014726

012746
010600
104414
062706

000003

0 14732
0 14736

013746
013746

002406
002404
011506
000003

1100 1

014742
014766
014752
014756
014756
111 014762
014762
014766
014772
014776
015002
015004
015006
112 015012

FREINan&

ih
s
s
i
o
e
o
o
e

e
i
D
d
i
o
o
ad

-t

-l el

WAV

~NO
- OO

]
ol
il
el
—

PN
=
e

115

WA VAR AVAWVIWAVAWIWAWV

[elelelelelelalelelale)

015012
015016
015022
015026
015032
015036
015042
015044
015046
113 015052
015052
015056
015062
015066
015070
015072
114 015076
015076
02

012746
012746
010600
104414
062706

000010

012746
012746
012746
012746
010600
104415
062706

014335
014306
011550
000003

013746
013746
013746
013746
012746
012746
010600
104415
062706

002310
002306
002304
002302
011563
000005

012746
012746
012746
010600
104415
062706

014373
011712
000002

013746
013746

002320
002316
002314
002312
011613
000005

013746
013746
012746
012746
010600

104415
062706

000010

000014

000006

000014

MACRO v03.01

SeEQ

7-AuG=-80 11:01:24 PAGE 16-11

PRINTB

#FMT3,GOODAT ,BADDAT

PRINTX

#FEMT4L,B0H2 ,#DH3

PRINTX

#EMTS,LURTO,LURTT,LURT2,LURTZ

#EMTO, #DHL

£10003:

106423

BGNMSG

ERR3

#3,-(SP)

Mov
Mov
MOV
MoV
MoV
TRAP
ADD

BADDAT,=(SP)
GOODAT,=(SP)
#EMT3, -(SP)
#3,-(SP)
SP,RO
CSPNTB

MOV
MOV
MOV
MOV
MOV
TRAP
ADD

#DH3,-(SP)
#DH2 ,=(SP)

MOV
MOV
MOV
MOV
MOV
MoV
MOV
TRAP
ADD

LUR13,=(SP)
LUR12,-(SP)

MoV
MOV
MOV
MCV
TRAP
ADD

#FMT6,LURT4,LURTS,LURT6,LURY7

ENDMSG

MOV
MoV
TRAP
ADD

ERRY::

SP,RO
CSPNTB

20,SP

#0,sP

NEMTL
- (SP)

#3,-(SP)

SP,RO
CSPNTX

#10,5P

LUR11,=(SP)
LUR1Y0,=~(SP)
NFEMTS,=(SP)
#5,-(SP)

SP,RO
CSPNTX

84 ,SP
#DH4 ,-(SP)

#FMT9,-(SP)
#2,-(SP)
SP,RO
CSPNTX
#6,5P

LUR17,<(SP)
LUR16,=(SP)
LUR1S,=-(SP)
LUR14,-(SP)

MOV
MOV
MoV
MoV
MOV
MOV
MOV
TRAP
ADD

#14,5P

TRAP

C$MSG

#EMTH,-(SP)
#5,-(SP)

SP,RO
CSPNTX

CZOMRD MB203 STATIC DIAG M

GLOBAL ERROR REPORT SECTION
122 015140

0151640
015146
015150

013746
012746
012746

002446
035620
011454

015162
015164

104414
062706

000010

015154
015160

123 015170

012746
010600

PRINTR

#FMT1,#ADDRES ,MP(SR

000003

015170
015174
015200
015202
015206

012746
012746
010600
104414
062706

011464
000001

015210
015214

013746
013746

002530
002532

015224
015230
015232
015234

012746
010600
104414
062706

000003

015240
015244

013746
013746

002406
002404

124 015210

8
MACRO v03.01 7-AUG-80 11:01:24 PAGE 16-12
J

000004

PRINTB

#FMT?

PRINTB

#FMI8, TMP1,TMPO

015250
01525¢
015260
015262
015264

126 015270

012746
012746
010600
104414
062706

000010

012746
012746
012746
012746
010600
104415
062706

014335
014306
011550
000003

015320

013746

002310

000010

013746
013746
013746
012746
012746
010600
104415
062706

002306
002304
002302
011563
000005

012746

014373

015370
015374
015376
015400

012746
010600
104415
062706

000002

0154064

013746

002320

015324
015330
015334
015340
015344
015350
015352
015354

128 015360

015360

#FMT3,G00DAT,BADDAT

011506
000003

015270
015274
015300
015304
015310
015312
015314

127 015320

PRINTB

000014

PRINTX

#FMT4L ,#DHZ,#DH3

PRINTX

#FMTS,LURT0,LURT1,LURTZ,LURY3

PRINTX

#FMT9, #DMH4

015364 012746 011712

129 015404

000006

PRINTX

#FMY6,LURVL,LURIS,LURYG,LURY?

100

Mov
MOV
MOV

MP(CSR,-(SP)
#ADDRES
, = (SP)
FEMTY,=(SP)

TRAP
ADD

C$PNTB
#10,5P

MOV
MOV

015220 012746 011656

125 015240

Sea

#3,-(5P)
SP.RO

MOV
MOV
MOV
TRAP
ADD

FEMT2,=(SP)
0 ,-(5P)
SP.RO
CSPNTB
84 ,SP

MOV
MOV

TMPO,
- (SP)
TMP1 .~ (SP)

MOV

REMTE,-(SP)

MOV
MOV

BADDAT, =(SP)
GOODAT ,=(SP)

Mov
MoV
MoV
MOV
MOV
TRAP
ADD

#DH3 ,=(SP)
#DH2 ,-(SP)
REMTL ,-(SP)
#3,-(SP)
SP.RO
CSPNTX
#10,SP

L [01Y]

LUR1YS,=(SP)

MoV

#OMHL - (SP)

MOV
MOV
TRAP
ADD

#2,-(SP)
SP.RO
CEPNTX
#6,SP

MOV

LUR17,=(SP)

MOV
MOV
TRAP
ADD

MOV
MOV
MOV
TRAP
ADD

MOV
MOV
MOV
MOV
MOV
MOV
TRAP
ADD

MOV

#3,-(SP)
SP.RO
CSPNTB
#10,SP

#FMT3,
= (SP)
#3,-(5P)
SP.RO
CSPNTB
#10,SP

LUR12.-(SP)
LUR11.=(SP)
LUR10,=(SP)
#EMTS,=(SP)
#5,-(SP)
SP.RO
CSPNTX
#14,5P

- (SP)
#EMTY

015410
0154614

015420
015424
015430
015434
015436
015440

130 015444

S¥8

b
D
od o
b
D o

w
w

d o

132

WAWVAWAVA
WA WM WAWAWVI WV AW
W VAVA VAV WAV AWMV
O VNN
S BN
~N
»
OoOrNOLSOS~

[elalelelelelalalalalelalealels]

015444
015450
015454
015460
015464
015466
015470
131 015474
015474

buuuuugpn
OOV®NO-W

—

) o

134 015620

OO0
O-20000
prPur eI, Yo P
oy
[,S 1,8
£SO
~N~N
S ONNN
5~
—O I
wooor
oo

CZIDMRD MB203 STATIC DJAG M
GLOBAL ERROR REPORT SECTION

000014
014475
014443
011550
000003

000010

013746
013746
013746
013746
012746
012746
010600
104415
062706

012746

012746
012746
010600

104415
062706

013746
013746
013746
013746
012746
012746
010600
104415
062706

002330
002326
002324
002322
011563
000005
000014

014534
011712
000002
000006

002340
002336
002334
002332
011613
000005
000014

MACRO v03.01

K
8
7-AUG-80 11:01:24 PAGE 16-13

PRINTX

#FEMTL,#DH7 ,#DHB

NEMTS AXO.15,AX0.16,AX1.15,AX1.16

#EMT9 #DHI

FEMTH,AX2.15,AX2.16,AX3.15
,AX3.16

ENDMSG

L10004:

104423

002352
011717
000002

SEQ

BGNMSG

ERRG

PRINTB

#FMT10,SUBRPC

101

MOv
MoV
Mov
Mov
MOv
MOV
TRAP
ADD

LUR16,-(SP)
LUR1S5,=(SP)

Mov
MOV
MOV
MoV
MOV
TRAP
ADD

- (SP)
#DHB,

MOV
MoV
MOV
MoV
MOV
MoV
MOV
TRAP
ADD

AX1.16,-(SP)
AX1.15,-(SP)
AX0.16,~-(SP)

Mov
MOV
Mov
MOV
TRAP
ADD

#DH9 - (SP)

LUR14,-(SP)

NFEMTH,-(SP)
#5,-(SP)

SP,RO
CSPNTX

#14,SP

#DH7,=(SP)

#FMT4,-(SP)
#3,-(SP)

SP,RO
CSPNTX

#10,SP

AX0.15,=(SP)
#EMTS,=-(SP)
#5,-(SP)
SP,RO
CSPNTX
#4,SP

- (SP)
#EMTY,
#2,-(SP)

SP RO
CSPNTX
86,5P

AX3.16,-(SP)
AX3.15,-(SP)
AX2.16,=(SP)
AX2.15,-(SP)

MOV
MoV
MoV
MoV
MOV
MoV
MoV
TRAP
ADD

#14,SP

TRAP

CSMSG

MOV
MOV
MOV

#EMTI0,-(SP)
#2,-(SP)

REMTE,-(SP)
#5,-(SP)

SP,RO

CSPNTX

ERRG::

SUBRP( ,=(SP)

CIDMRD M8203 STAT(C DIAG M

GLOBAL ERROR REPORT SECTION

015636
015640
015642
142 015646
015646
015652
015656
015662
015666
015670
015672
143 015676
015676
015702
015706
015710
015712
1464 015716
015716
015722
015726
015732
015736
015760
015742

145 015746
015746
015752
015756
015762
015766
015770
015772
146 015776
015776
016002
016006
016012
016016
016022
016026
016030
016032
147 016036
016036
016042
016046
016052
0160564
016056

148 016062

016062
066
6072
6102

010600
104414
062706

C©00006

013746
012746
012746
012746
010600
104414
062706

002446
035620
011454
000003

012746
012746
010600
104414
062706

011464
000001

013746
012746
012746
012746
010600
100414
062706

002400
014264
011646
000003

012746
012746
012746
012746
010600
104415
062706

014335
014306
011550
000003

013746
013746
013746
013746
012746
012746
010600
104415
062706

002310
002306
002304
002302
011563
000005

012746
012746
012746
010600
104415
062706

014373
011712
000002

013746
013746
013746
013746
012746
012746

002320
002316
002314
002312
011613
000005

000010

000004

000010

000014

000006

L 8
MACRO Vv03.01 7-AUG=-80 11:01:24 PAGE 16-14

PRINTB

PRINTX

#FMT1,#ADDRES ,MPCSR

W#FMT?

W#FMT7,#DH1,REGNUM

WFMT4,#DH2,#DH3

#FMTS,LURT0,LURT1,LURT2,LURTY

#FMT9,#DH4

#FMT6,LURYL,LURYS,LURYTG,LURY?Z

SEQ

102

MOov
TRAP
ADD

SP,RO
CSPNTB
’6,5P

MOv
Mov
MoV
Mov
MoV
TRAP
ADD

MPCSR,=(SP)
- (SP)
#ADDRES,
#FNT1,-(SP)
#3,-(SP)

MOV
Mov
MOV
TRAP

#FNT2,=(SP)

SP,RO
CSPNTB

#10,sP

#1,-(SP)

SP,RO
CSPNTB

ADD

#4,5P

MOV
MoV
MOV
MOV
MOV
TRAP
ADD

(SP)
= M,
REGNU
#DH1,-(SP)

MOV
MOV
MOV
MOV
MOV
TRAP
ADD

#DH3,=(SP)
#DH2,=(SP)

MOV
MOV
MoV
MOV
MoV
MOV
MoV
TRAP
ADD

LUR13,-(SP)
LUR12,-(SP)
LUR11,-(SP)
LUR10,-(SP)

MOV
Mov
MOV
MOV
TRAP
ADD

#DH4 - (SP)

MOV
MOV
MOV
MoV
MOV

MoV

NEMTP,=(SP)
#3,-(SP)

SP,RO
C$PNTB

#10,5P

#EMTE,-(SP)
#3,-(SP)

SP.RO
CSPNTX

#10,SP

#ENTS5,-(SP)
#5,-(SP)

SP,RO
CSPNTX

#4,SP

- (SP)
#EMTY,
#2.-(SP)

CSPNTX

26,5P

LUR17,-(SP)
LUR16,-(SP)

S
= (SP)
LURY
LURY4,-(SP)
SERTE,-(SP)
#5,-(SP)

CZOMRD MB203 STATIC DIAG #1

GLOBAL ERROR REPORT SECTION

016112
016114
016116
149 016122
016122
016126
016132
016136
016142
016144
016146
150 016152
016152
016156
016162
016166
016172
016176
016202
016204
016206
151 016212
016212
016216
016222
016226
016230
016232
152 016236
016236
016242
016246

016252
016256
016262
016266
016270
016272
153 016276
016276
016276

154
155
156

010600
104415
062706

000014

012746
012746
012746
012746
010600
104415
062706

014475
014443
011550
000003

013746
013746
013746
013746
012746
012746
010600
104415
062706

002330
002326
002324
002322
011563
000005

012746
012746
012746
010600
104415
062706

014534
011712
000002

013746
013746
013746
013746
012746
012746
010600
104415
062706

002340
002336
002334
002332
011613
000005

000010

000014

000006

000014

PRINTX

#FEMT4,HDNH7 ,#DHB

PRINTX

#FMTS AX0.15,AX0.16,AX1.15,AX1.16

PRINTX

013746
012746
012746
012746
010600
104414
062706

002446
035620
011454

ENDMSG

L10005:

BGNMSG

ERRS

PRINTB

#FMT1,#ADDRES ,MPCSR

PRINTB

#EMT11,REGNUM,LOADAT

103

SP,RO
CSPNTX

Mov
TRAP
ADD

#4,SP

MOov
MoV
Mov
MOV
MOv
TRAP
ADD

#DHB,
= (SP)
#DH7 ,=(SP)
#FNT4,-(SP)
#3,-(SP)
SP,RO
CSPNTX
#10,SP

Mov
MOv
Mov
MOov
MOV
MOV
MoV

AX1.16,=(SP)
AX1.15,-(SP)
AX0.16,-(SP)
AX0.15,-(SP)
#FEMTS,-(SP)
#5,-(SP)
SP,RO
CSPNTX

TRAP
ADD

NEMTH AX2.15,AX2.16,AX3.15,AX3.16

000003
000010

SEQ

#FMT9,#DH9

104423

157
158
159 016300

£°6300
160 016300
016300
016304
016310
016314
016320
016322
016324
161 016330

mn 8
MACRO v03.01 7-AUG-80 11:01:24 PAGE 16-15

#14,SP

MoV
Mov
MOV
MOV
TRAP
ADD

#0H9,~(SP)
#FMT9,-(SP)
#2,-(SP)

MOV

AX3.16,-(SP)
AX3.15,~(SP)
AX2.16,-(SP)
AX2.15,-(SP)

SP,RO
CSPNTX
#6,5P

MOV
MOV
MOV
MOV
MOV
MOV
TRAP
ADD

#4,5P

TRAP

($MS6

#EMTE,
- (SP)
#5,-(SP)

SP,RO

CSPNTX

ERRS::
MOV
MOV
MOV
MOV
MOV
TRAP
ADD

" MPCSR,-(SP)

#ADDRES,-(SP)
#ENTY,-(SP)

#3,-(SP)

sP,RO
CSPNTB

#10,SP

CZOMRD MB203 STATIC DIAG #1
GLOBAL ERROR REPORT SECTION

MACRO v03.01 7-AUG-80 11:01:24 PAGE 16-16

Mov
MOV
MoV
MoV
MOv
TRAP
ADD

013746
013746
012746
012746
010600
104414

162 016360

062706

000010

012746
012746
010600

011464
000001

104414

016374

062706

000004

002530
002532
011656

016420

013746
013746
012746
012746
010600
062706

000010

013746
013746
012746
012746
010600

002406
002404
011506
000003

062706

000010

012746
012746
012746
012746
010600

014335
014306
011550
000003

163 016400
016400
016404
016410
016414

164 016430

1046414

165 016460

1046415

166 016510

000010

013746
013746
013746

002310
002306
002304
002302
011563
000005
000014

167 016550

168 016574

PRINTB

#EMT?

#FMT8, TMP1, TMPO

000003

062706

PRINTB

PRINTX

#FMT3,GOODAT,BADDAT

NEMTL ,#DHZ ,#DH3

#EMTS,LURTO,LURTT,LURT2,LURTS

SENTY, #DHL

014373
011712
000002
062706

000006

013746

002320
002316

013746

SEQ

PRINTY

LOADAT ,=(SP)

M,
- (SP)
REGNU
#FMT11,-(SP)
#3,-(SP)

SP,RO
CSPNTB

Mov
MOV
MOV
TRAP
ADD

#EMT2,-(SP)

MoV
Mov
MOV
MOV
MOV
TRAP
ADD

,
= (SP)
TMPO

#1,-(SP)

CSPNTB

w4 ,SP

TMP1 .= (SP)

#EMT8,-(SP)
#3,-(SP)

SP.RO

CSPNTB
#0,SP

MoV
MoV
MOV
MOV
MOV
TRAP
ADD

,
= (SP)
BADDAT
)
,=(SP
T
GOODA
#EMT3, -(SP)

MOV
MOV
Mov
MoV
MOV
TRAP
ADD

- (SP)
#DH3,
#DH2 ,=(SP)

Mov
MoV
MoV
Mov
MoV
MOV
MOV
TRAP
ADD
MoV

MOV
MoV

TG,
LURY?
SFMT6,LURTG,LURIS,LUR

104

TRAP
ADD

nov
MOV

#3,-(SP)

SP,RO
CSPNTB

#10,SP

#EMT4L ,-(SP)
#3,-(SP)

SP.RO

CSPNTX

#10,5P

LUR13,=(SP)
LUR12,=(SP)
LUR1Y,=(SP)
LUR10,=-(SP)

, - (SP)
#EMTS
#5,-(SP)

SP,RO

CSPNTX

24,5P

#OHG , - (SP)

9
.- (SP)
#M1
#2.-(SP)

SP RO
CSPNTX

26,5P

LURY7 ,=(SP)

(SP)
= G,
LURY

CIOMRD MB203 STATIC DiIAG M
GLOBAL ERROR REPORT SECTION

MACRO v03.01

SEQ

7-AUG-80 11:01:24 PAGE 16-17

016604

W
o

016475
014443
011550
000003

o
o

ad o

000014

169

170

062706

000010

013746
013746
013746
013746
012746
012746
010600

002330
002326
002324
002322
011563
000005

106415

062706

000014

012746
012746
012746

014534
011712
000002

010600
104415

062706

172

002340
002336
002334
002332
011613
000005
000014

PON)
=d ad acd —t b

[« 4, 8T« J,CI N1, 1,8 )

COO0OO0O0O00

il
e
-

NNNNNNN

017010

OOO0OO0O000

ol e e
el
—
-

NNNNNN
OO0 ~NO N~

173

o
o

000006

PRINTX

#FNT4L ,#DHT ,#DHE

PRINTX

#EMTS ,AX0.15,AX0.16,AX1,15,AX1.16

PRINTX

Mov
MOV
Mov
Mov
MOv
TRAP
ADD

#EMT9,#DHI

NEMTH, AX2.15,AX2.76,AX3.15,AX3.16

ENDMSG

106423

002352
011717
000002

BGNMSG

ERR6

PRINTB

#ENT10,SUBRPC

LUR15,-(SP)

LUR14,=(SP)
NENTE,-(SP)
#5,-(SP)

SP,RO
CSPNTX

na4,SP

MOV
Mov
Mov
MOV
MOV
TRAP
ADD

#DHB,=(SP)
#OH7 ,=(SP)
#FMT4L,-(SP)
#3,-(SP)
SP,RO
CSPNTX
#0,SP

MOV
MoV
MoV
MOV
MoV
Mov
MoV
TRAP
ADD

AX1.16,-(SP)
AX1.15,-(SP)
AX0.16,-(SP)

MOV
MoV
MOV
MOV
TRAP
ADD

#DH9, - (SP)

MoV
MOV
MOV
MOV
MOV
MOV
MOV
TRAP
ADD

L10006:

105

TRAP

AX0.15,=(SP)

#FEMTS5,-(SP)
#5,-(SP)

CSPNTX

#14,SP

#EMTY,
- (SP)

#2,-(SP)

SP,RO
CSPNTX

#6,SP

AX3.16,-(SP)
AX3.15,-(SP)
AX2.16,-(SP)
AX2.15,-(SP)

#EMTH,-(SP)
#5,-{SP)

SP,RO
CSPNTX

#4,SP

($MSG

ERRG::
MoV
MoV
MOV
MoV

SUBRP( ,-(SP)

#EMTI0,~(SP)
#2,-(SP)

SP,RO

CIDMRD MB203 STATIC DIAG M
GLOBAL ERROR REPORT SECTION
017030
017032
181 017036
017036
017042
017046
017052
017056
182 017066

1046414

062706

000006

013746
012746
012746
012746
010600

002446
035620
011454
000003

062706

000010

012746
012746
010600

011464
000001

062706

000004

013746
013746
012746
012746
010600

002530
002532
011656
000003

062706

000010

104414

183

104414

014335
014306
011550
000003

D i

D e

OO0 O0OO0OOOOOOOOOOOO0ODODO0O0O0O0O00O0O000O000O

184 017136

D
D ol

WININININD — -lg

D
i id i
e
D e
D o o o
e o ot

187

o o

D et

186

NNNNNNNNNNNN
wIn) MLRNLNI NNV NINVRNIAINONOND ~N
o
o~
~N
OO
N
O OO

185

000010

013746
012746
012746
010600

104415
062706

012746
012746
012746
010600
104415
062706

002310
002306
002304
002302
011563
000005
000014

014373
011712
000002

000006

002320
002316
002314
002312
011613
000005

MACRO v03.01

7-AUG-80 11:01:24 PAGE 16-18

PRINTB

PRINTX

#FEMT1,#ADDRES ,MPCSR

FEMT?

#EMTB,TMP1,TMPO

#FEMTL,#DH2 ,#DH3

#FMTS,LURYT0,LURYY,LURT2,LUR3

#ENTO, #DHL

#FMT6,LURTG,LURTS,LURTG,LURY?

SEQ

106

TRAP
ADD

CSPNTB
#6,SP

Mov
MOv
Mov
MOV
Mov
TRAP
ADD

MPCSR,=(SP)
#ADDRES ,=(SP)
#EMT1,-(SP)

Mov
Mov
MoV
TRAP
ADD

#EMT2,=(SP)

MOV
Mov

TMPO,=(SP)
TMP1,-(SP)
NEMTB,-(SP)
#3,-(SP)

MOV
MoV
MOV
TRAP
ADD

#3,-(SP)
SP,RO
CSPNTB
#10,sP

#1,-(SP)

SP,RO
CSPNTB

ns,SP

SP,RO
CSPNTB

#10,sP

MOV
MoV
MOV
MoV
MOV
TRAP
ADD

#DH3,=(SP)
#DH2,~(SP)
#EMT4L ,-(SP)
#3,-(SP)

MOV
MOV
MoV
MOV
MoV
MOV
MOV
TRAP
ADD

LUR13,-(SP)
LUR12,~(SP)
LUR11,=(SP)
LUR10,-(SP)

MOV
MOV
MOV
MOV
TRAP
ADD

#DH4L
- (SP)

MoV
MOV
MOV
Mov
MoV
MoV
MOV

SP,RO

CSPNTX
#10,sP

#EMTS,=(SP)
#5,-(SP)

SP,RO
CSPNTX

n4,SP

#FMT9,-(SP)
#2,-(SP)

SP,R0
CSPNTX

¥6,5P

LUR1?,=(SP)
LUR16,=(SP)
LUR15,=(SP)
LUR14,=(SP)
#EMTH,-(SP)
£5,-(SP)

SP.RO

CZDMRD M8203 STATIC DIAG #1

GLOBAL ERROR REPORT SECTION

017304
017306

104415
062706

017312
017316
017322
017326
017332
017334
017336

012746
012746
012746
012746
010600
104415
062706

014475
014443
011550
000003

017362
017346
017352
017356
017362
017366
017372
017374
017376

013746
013746
013746
013746
012746
012746
010600
104415
062706

002330
002326
002324
002322
011563
000005

017402

012746

014534

0176412
017416
017420
017422

012746
010600
104415
062706

000002

017426
017432
017436
0176442
017446
017452
017456
017460
017462

013746
013746
013746
013746
012746
012746
010600
1046415
062706

002340
002336
002334
002332
011613
000005

188 017312

189 017342

190 017402

000014

000010

000014

MACRO V03.01 7-AUG-80 11:01:24 PAGE 16=19

PRINTX

#FMT4L,#DM7,#DH8

PRINTX

#FMYS,AX0.15,AX0.16,AX1,15,A%1.,16

PRINTX

#FMT9,#DH9

SEQ

0176406 012746 011712

191 017426

192 017466

017466

193
194
195

017466

000006

000014

198 017470

017470

199 017470

002446
035620

017470
017474

013746
012746

017512
017514

104414
062706

000010

012746

011464

017500
017504
017510

200 017520

017520

WFMT6,AX2.15,AX2.16,AX3.15,AX3.16

ENDMSG

L10007:

104423

196
197

012746
012746
010600

TRAP
ADD

CS$PNTX
#14,5P

MOV
MOV
MoV
MOV
MOV
TRAP
ADD

#DH8,-(SP}
#DH7
.- (SP)
#FENTL,-(SP)
#3,-(SP)
SP,RO
CSPNTX
#10,5P

MOV
MOV
MOV
MOV
MOV
MOV
MOV
TRAP
ADD

AX1.16,=(SP)
AX1.15.=(SP)
AX0.16.-(SP)
AX0.15.=(SP)
#FMTS,=(SP)
#5,-(SP)
SP,RO
COPNTX
#4,SP

MOV

#DH9,-(SP)

MOV
MOV
TRAP
ADD

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

MOV

PRINTX

BGNMSG

ERR7

PRINTB

#FMT1,#ADDRES ,MP(SR

PRINTB

#FMT?

REMTY,
- (SP)

MoV
MOV
MOV
MOV
MOV
MOV
MOV
TRAP
ADD

AX3.16,-(SP)
AX3.15.-(SP)
AX2.16.=(SP)
AX2.15.=(SP)
NFEMT6,<(SP)
#5,-(SP)
SP.RO
CSPNTX
#é,SP

TRAP

C($MSG

MOV
MOV

MP(SR,=-(SP)
, = (SP)
#ADDRES

TRAP
ADD

($PNIB
#10,SP

ERR7::

MOV
MOV
MOV

011454
000003

107

MOV

#EMTY,=-(SP)
#3,-(SP)
SP.RO

NEMT2 , =(SP)

CINMRD MB203 STATIC DIAG M
GLOBAL ERROR REPORT SECTION
012746
010600
104414
062706

000001

013746
012746
012746
012746
010600
104414
062706

002400
014264
011646
000003

017570
017574
017600
017604
017610
017612
017614
203 017620
017620
017624
017630
017634
017640
017644
017650
017652
017654
204 017660
017660
017664
017670
017674
017676
017700
205 017704

012746
012746
012746
012746
010600
104415
062706

014335
014306
011550
000003

013746
013746
013746
013746
012746
012746
010600
104415
062706

002310
002306
002304
002302
011563
000005

012746
012746
012746
010600
104415
062706

014373
011712

017720
017724
017730
017734
017736
017740
206 017744
017744

013746
012746
012746
010600
104415
062706

[etolelelolelolaolols]

017524
017530
017532
7534
017
201
7540

202

7564
7550
7554
7560
7562
7564

012746
0
01
01
0

000004

000010

000014

7-AUG-80 11:01:24 PAGE

PRINTB

PRINTX

16-20

#EMT7 ,#DH1,REGNUM

#EMTL,#DH2 ,#DH3

#EMTS,LURTO,LURTY,LURTZ,LURTS

FEMTO, #DHL

000002
000006

002320
002316
002314
002312
011613
000005
000014

014475
014443
011550
000003

000010

017774

002330

207 M17774

MACRO v03.01

PRINTX

#EMT6,LURTL,LURTS,LURT6,LURT?Z

#EMTL,
#DH7 ,#DHB

#EMTS, AXO.15,AX0.16,AX1.15,AX1
.16

SEQ

108

Mov
MOV
TRAP
ADD

#,-(SP)

Mov
MoV
MoV
Mov
MOV
TRAP
ADD

(SP)
= M,
REGNU
#DH1,=(SP)

MOV

#DH3,=(SP)
#DH2,
= (SP)

MOV
MoV
Mov
Mov
TRAP
ADD

SP,RO
CSPNTB

na,SP

= (SP)
FEMTY
#3,-(SP)
SP.RO
C$PNTB
#10,SP

#FMTL,=-(SP)

#3,-(SP)
SP,RO
CSPNTX
#10,sP

MOV
MOV
MOV
MOV
MoV
MOV
MOV
TRAP
ADD

LUR13,-(SP)
LUR12,=(SP)
LUR11,-(SP)
LUR10,-(SP)

Mov
MOV
MoV
MoV
TRAP
ADD

#DH& , - (SP)

MOV
MOV
MOV
MOV
MoV
MOV
MoV
TRAP
ADD

LUR17,=(SP)
LUR16,-(SP)
LUR1S,~(SP)
LUR14 ,=(SP)

#FMTS5,=-(SP)
#5,-(SP)

SP,RO
CSPNTX

#4,SP

XEMTY,
- (SP)
#2,-(SP)

SP.RO
CSPNTX

#6,SP

#EMT6,-(SP)

#5,-(SP)

SP,RO
CSPNTX

#4,SP

MOV
MOV
MOV
MOV
MOV
TRAP
ADD

#DHB,-(SP)
#ONH?,-(SP)
#EMT4L,-(SP)
#3,-(SP)

Mov

AX1.16,-(SP)

SP,R0
CSPNTX

#0,sP

CZOMRD MB203 STA

GLOBAL ERROR REP

b o
e
b

OOV
NN -

-—

~N)

010600
104415
062706

000014

0146534
011712
000002
000006

013746
013746
013746
013746
012746
012746
010600

002340
002336
002334
002332
011613
000005

062706

000014

106415

013746
012746
012746
010600

002352
011717
000002

062706

000006

013746
012746
012746
012746
010600

002446
035620
011654
000003

106414

218 020146
020146
020152
020156
020162
020166
020170

219 020176

0
220 020216

7-AuG-80 11:01:24 PAGE

PRINTX

9
16-21

NEMTE, AX2.15,AX2.16,AX3.15,Ax3.16

ENDMSG

L10010:

106414

062706

000010

012746
012746
010600

011464
000001

062706

000004

104414

BGNMSG

ERR8

PRINTB

#FMTI0, SUBRPC

PRINTB

SEQ

#EMTO #DHY

106423

[LSI,S1,N1
N1 VY N}

020000
020004
020010
020014
020020
020024
020026
020030
208 020034
020034
020040
020044
020050
020052
020054
209 020060
020060
020064
020070
020074
020100
020104
020110
020112
020114
210 020120
020120
020120

TION

MACRO v03.01

#EMTY, #ADDRES ,MPCSR

Mov
Mov
Mov
Mov
MOv
MOV
TRAP
ADD

AX1.15,-(SP}
AX0.16,-(SP)
AX0.15,-(SP)
#EMTS,=-(SP)
#5,-(SP)

MoV
MOv
Mov
MOV
TRAP
ADD

#DH9 , - (SP)

PRINTB

NEMT?

FEMT7,80H1 REGNUM

SP,RO
CSPNTX

né,sp

REMTY,-(SP)

#2,-(SP)

SP,RO
CSPNTX
#6,SP

MoV
MOV
MOV
MoV
MoV
MOV
MOV
TRAP
ADD

AX3.16,-(SP)
AX3.15,-(SP)
AX2.16,=(SP)
AX2.15,-(SP)

TRAP

CSMSG

Mov
MOV
MOV
MOV
TRAP
ADD

SUBRP(,=(SP)
#FMTI10,-(SP)
#2,-(SP)

Mov
MOV
MOV

MPCSR,=-(SP)
#ADDRES ,=(SP)
FEMTY,=(SP)

MOV
TRAP
ADD

#10,5P

FEMTH,-(SP?
#5,-(SP)

SP,RO
CSPNTX

#14,5P

ERRS::

MoV

PRINTB

109

MOV
MOV
MoV
TRAP
ADD

SP,RO
CSPNTB

#6,SP

#3,-(SP)
SP,RO

CSPNTB

(SP)
-T2
NEM
8 ,-(SP)

SP.RO
(SPNTB

8 ,5P

(IDMRD MB.03 STATIC DIAG M

GLOBAL ERROR REPORT

020216

SECTION

SEQ@

110

002400

[ [0]"

REGNUM,=-(SP)

020226 0127646 011646

MOV

HEMTY,-(SP)

020222

020232
020236
020240
020242

221 020246
020246
020252

020256

020262

020266
020270
020272
222 020276
020276
020302
020306
020312
020316
020320
020322
223 020326
020326
020332
020336
020342

013746

G 9
MACRO V03.01 7-AUG-80 11:01:24 PAGE 16-22

012746

014264

012746
010600
104414
062706

000003

013746
013746

002406
00240¢

012746

000003

012746

010600
104414
062706

000010

000010
014335
014306
011550
000003

013746
013746
013746
013746
012746
012746
010600
104415
062706

002310
002306
002304
002302
011563
000005

012746
012746
012746
010600
104415
062706

014373
011712
000002

020412
020416
020422
020426
020432
020436
020442
020444
020446

013746
013746
013746
013746
012746
012746
010600
104415
062706

002320
002316
002314
002312
011613
000005

020452

012746

014475

020462
020466
020472
020474

012746
012746
010600
104415

011550
000003

224 020366

020366
020372
020376
020402
0204604
020406
225 020412

226 020452

020456

012746

PRINTEB

#FMT3, GOODAT ,BADDAT

011506

012746
012746
012746
012746
010600
104415
062706

020346
020352
020356
020360
020362

MOV

000010

000014

000006

000014

014443

MOV
MOV
TRAP
ADD

#FMT4,#DH2,#DNH3

PRINTX

#FMTS,LURIO,LJRTT,LURI2,LURTS

PRINTX

#FMTQ, #DH&

PRINTX

#FMT6,LURIG,LURIS,LURYG,LURY?Z

PRINTX

“

#FMTL,#DM7,80H8

#3,-(SP)
SP,RO
($PNTB
#0,SP

MOV
MOV

BADDAT,-(SP)
GOODAT ,=(SP?

[ [}

#3,-(SP)

MOV

PRINTX

#DH1 ,=(SP)

MOV
TRAP
ADD

#EMT3,
- (SP)
SP.RO
C$PNTB
#10,SP

MOV
MOV
MOV
MOV
MOV
TRAP
ADD

#DH3,
- SP)
#DH2 ,-(SP)
#FMTL,-(SP)
#3,-(SP)
SP,RO
CSPNTX
#10,SP

MOV
MOV
MOV
MOV
MOV
MOV
MOV
TRAP
ADD

LUR1Z,-(SP)
LUR1?,=(SP)
LUR11,=(SP)
LUR10,=(SP)
#FMTS -(SP)
#5,-(SP)
SP,RO
CSPNTX
#14,SP

MOV
MOV
MoV
MoV
TRAP
ACD

- (SP)
#OHL
- (SP)
#FEMTY,
#2.-(SP)
SP,RO
CSPNTX
»6,SP

MCV
MOV
MoV
MOV
MoV
MoV
MOV
TRAP
ADD

LUR17,=(SP)
LUR16,-(SP)
LUR1S,=(SP)
LUR14,=-(SP)
#EMTH,-(SP)
#5,-(SP)
SP.RO
CSPNTX
0ne,SP

MOV

MOV
MoV
MCV
TRAP

, - (SP)
#OMHB

#ONK7 ,=(SP)

SEMTSL ,-(SP)
#23,-(SP)
SP,RO
(SPNTX

CIDMRD M8203 STATIC DIAG M

GLOBAL ERROR REPORT

020630
020630
020630
020630
020634
020640

013746
013746
013746

002330
002326
002324
002322
011563
000005

O—=0000
OO0 —

OrIrIN
O~~~
O
5
ocooror

000010

6415

O—~20000
Ot
dmd
~N
S 0oroN

2706
S O0NN
~
—_O~ ~
wwoo o o~

2746

000014

014534
011712
000002

13746
13746

002340
002336
002334

oooOon

NNV NN
NNNN
000

000006

O0OO0OO OO0

62706

010600
104415

062706

000014

002446
035620
011454
000003

000004

020714

PRINTX

Sta
ADD

#FMTS AXO.15,AX0,16,AX1,15
,AX1,16

MOV
Mov
Mov
MoV
MOV
Mov

MOV
TRAP
ADD

#FEMT9,#DH9

NEMTE,AX2.15,AX2.16,AX3.15,AX3.1¢

ENDMSG

L10011:

002400
0146264
011646
000003

BGNMSG

ERR9

PRINTB

#FMT1,#ADDRES ,MPCSR

PRINTB

#EMT?

#EMT7 #0HT,REGNUM

#210,SP

AX1.16,-(SP)

AX1.15,-(SP)
AX0.16,-(SP)
AX0.15,-(SP)
#EMTS,-(SP)
#5,-(SP)

SP,RO
CSPNTX

n4,SP

#OH9 , - (SP)

MOV
MOV

AX3.16,-(SP)
AX3.15,=-(SP)

MOV
MOV
MOV
MOV
IRAP
ADD

AX2.15,-(SP)

TRAP

C$MSG

MOV

MPCSR,=(SP)
#ADDRES ,=(SP)
TY
, -(SP)
#EM
#3,-(SP)

(SP)
EMT-O,

#2.-(SP)

SP RO
CSPNTX
#6,SP

AX2.16,-(SP)
REMTE,=(SP)
#5,-(SP)

SP,RO
C$PNTX

#14,5P

ERRY::

MOV
MOV
MOV
MOV
TRAP
ADD

PRINTB

MOV
MOV
MOV
MOv
TRAP
ADD

mov

104423

011464
000001

H
9
7-AUG-80 11:01:24 PAGE 16-23

002332
011613
000005

000010

238

239

062706

prr

020476
7
2
020502
2
020502
020506
020512
020516
020522
020526
020532
020534
020536
228 020542
020542
020546
020552
020556
020560
020562
229 020566
020566
020572
020576
020602
020606
020612
020616
020620
020622
230 020626
020626
020626

SECTION

MACRO v03.01

MOV
MOV
MOV
TRAP

SP,RO
(SPNTB

#0,SP

#EMT2,-(SP)
£ ,-(SP)

SP,RO

(SPNTB

ADD

" ,SP

MOV
MOV
MoV
mov

REGNUM,
= (SP)
#OM1 - (SP)

EmTd,-(sP)

83, -(SP)

CIDMRD M8203 STATIC DIAG M
GLOBAL ERROR REPORT SECTION

020720
020722
020724
c40 020730
020730
020734
020740
020744
020750
020752
020754
4
2
020760
020760
020764
020770
020774
021000
021004
021010
021012
021014
242 021020
021020
021024
021030
021034
021036
021040
243 021044
021044
021050
021054
021060
021064
021070
021074
021076
021100
244 021104
021104
021104
245

246
247
248
249

MACRO v03.01

9
I
7-AUG-80 11:01:24 PAGE 16-24

SEQ
MOV
TRAP
ADD

010600

1046414
062706

000010

012746
012746
012746
012746
010600
1046415
062706

014335
014306
011550
000003

013746
013746
013746
013746
012746
012746
010600
104415
062706

002310
002306
002304
002302
011563
000005

012746
012746
012746
010600

014373
011712
000002

062706

000006

013746
013746
013746
013746
012746
012746
010600

002320
00231¢
002314

062706

000014

104415

104423

000010

000014

PRINTX

#ENTL ,HDH2 ,#DH3

MOv
Mov
mMov
MOV
MOV
TRAP

#FMTS,LURT0,LURTT,LURT2,LURTS

AN DLT

#FMT6,LURTA,LURTS,LURT6,LURY7

002312
011613
000005

ENDMSG

L10012:

112

SP,RO
CSPNTB

#10,sP
#DH3,=(SP)
#DH2,~(SP)
#FMT4L,=(SP)
#3,-(SP)

SP,RO
CSPNTX

ADD

#10,sP

MOV
MOV
MOV
MoV
MOV
Mov
MOV
TRAP
ADD

LUR13,=(SP)
LUR12,-(SP)
LUR11,=-(SP)
LUR10,=(SP)

MOV
MOV
MOV
MOV
IRAP
ADD

#OHG , = (SP)

MOV

LUR17,-(SP)

#EMTS ,-(SP)
#5,-(SP)

SP,RO
CSPNTX

#14,SP

2EMTY,-(SP)
#2,-(SP)

<SP RO

CSPNTX
#6,SP

LUR16,=(SP)
LUR15,-(SP)
- (SP)
LUR14,

MOV
MoV
MOV
MoV
MOV
MOV
TRAP
ADD

#EMTH,-(SP)
#5,-(SP)

TRAP

($MSG

SP,RO
CSPNTX

»4,SP

CIOMRD MB203 STATIC DIAG M

REPORT

CODING SECTION

MACRO v03.01 7-AUG-80 11:01:24 PAGE 17
REPORT CODING SECTION

3
4

SHIIILLILIIL00 00000000000 HHiiiiiiieeiieiieeeiigiieiieiireeeeeiieeeiiiiee/

;/ THE REPORT CODING SECTION CONTAINS THE
:/ "PRINTS' CALLS THAT GENERATE STATISTICAL REPORTS.
SHITLLLLII000 7700000000
tiiiiieleerireiiiiiiiieiielririiiiieiieri//

9 02110¢

BGNRPT

11 021106

ENDRPT

b
d

[ RV, F WXV 1, ¥

113

.SBTTL

10 021106

SE@

b)
6
g

—

021106
021106

104425

L$RPT::

L10013:

TRAP

($RPT

el e
i e
e
i
-l

9
K
MACRO v03.01 7-AUG-80 11:01:24 PAGE 18
.SBTTL

SEQ

114

LOAD DEVICE PROTECTICON TABLE

IIIITLIIIITET LI LI i i it it iiiiiiriiiiiigiiliiiiriiitiieineieiieiieeiiieg
;/ THIS TABLE IDENTIFIES THE LOAD DEVICE TO THE SUPERVISOR, SO THAT IT CAN BE
:/ PROTECTED FROM TESTING,

AIIITEIITIIIEL 0000 i

021110
021110
21110
021112
021114
021116
o

NOWVNES
BN =200

ONOWVNISWN)
—

CIDMRD MB203 STATIC DIAG M
LOAD DEVICE PROTECTION TABLE

DESIRED.

il iiiiiiiriiiiiiisriizigieirereieieiliiiiiieireriiid

BGNPROT

177777
177777
177777

LWORD
.WORD
.WORD

ENDPROT

-1
-1
-1

;DON'T CHK CSR ADRS
;DON'T CHK MASSBUS UNIT NO.
;DON'T (MK DRIVE NO.

LSPROT::

(ZOMRD MB203 STATIC DIAG M
INITIALIZE SECTION

MACRO Vv03.01 7-AuG-80 11:01:24 PAGE 19

SE@

115

}

LSBTTL

HIIIIILLI00 0000000000 0iterelrrieiigeieiiieeieieeieiieirieeeeiiriy

b)
9

:/ AT THE BEGINNING OF THE TEST SEQUENCE ON THE NEXT UNIT,
SIIILLLLIL 0000000000000t iiiiiliiiieeiriiiiiieiiiieiieeeseeeeerii

:/ THE

8 021116

21 021172
22 021200
23 021206
24
25 021214

010637
005037
005037
005037
005037
005037
005737
001007
013737
013737
000406

013737
013737
012737

021214
021220

012700
104447

021222

103415

021224

012700

26 021222
27
28 021224

021230

29 021232

104447

021232

103411

021234
021240

012700
104447

021262

103411

021244
021250

012700
104447

021252

103504

30
31 021234

32 021242
33
34 021244

35 021252

36 021254
37 021256

002346
002352
002426
002430
002420
002432
002412
000004
000006

002414
002416

000004
000006
002412

000001

MOV
(LR
CLR
(LR
CLR
CLR
TST
BNE
MOV
MOV
BR

SP,PSTACK
SUBRP(
DISILO
CKPTYP
ERROR1
SAVLEN
FRSTIM
6%
ars ,SAVEL
ar6,SAVES
9%

READEF

#EF.STARTY

MoV
CAVEL , 384
;RESTORE ERROR TRAP VECTOR
MoV
SAVES ,a#6
9%:
MOV
#1,FRSTINM
:MARK FLAG FOR NEXT TIME THROUGH
:SEE IF PROGRAM JUST STARTED, BR [F YES

BCOMPLETE

000414

005037

002434

012737
005237
012737

177777
002444
000001

STARST

NEWST

STARST:

ENDIT

002344
002436

#EF .START,RO
CSREFG

B8CS

STARST

MOV

#EF _RESTART,RO

B(CS

STARST

MOV
TRAP

#EF .NEW,RO
CSREFG

BCS

NEWST

MOV
TRAP

RO
#EF . CONTINUE
COREFG

BCS

ENDIT

GETPRM

(LR

STARES

;CLEAR FLAG TO SHOW JUST HAD STA OR RES

MOV
INC
MOV

#-1,L006DEV
STARES
#B110,DEVPIR

;RESET LOGICAL DEVICE 10 -1
. INCR NO. OF PASSES SINCE STA OR RES
;INIT DEVICE MAP BIT POINTER

JCLEAR DEVICE MAP
DEVMAP
CLR

NEWST:

MOV
TRAP

TRAP

:SEE IF PROGRAM WAS JUST CONTINUED
READEF
#EF .CONTINUE

000036

40 021262
41 021266

STARST

:SEE IF THIS IS A NEW PASS, BR IF YES
READEF
#EF .NEW

000035

002444

:SAVE BASE~LEVEL STACK POINTER
;CLEAR SUBR CALL PC
;CLEAR CURRENT STATE OF DISSI
;CLEAR USYRT CHIP TYPE INDICATOR
;CLEAR ERROR FLAG
:CLEAR CHAR LENGTH FROM SETUP
:SEE IF FIRST TIME THROUGH AFTER LOAD
:BR [F NOT
;SAVE ERROR TRAP VECTOR

:SEE IF PROGRAM JUST RESTARTED, BR IF YES
READEF #EF .RESTARTY

000037

IS PERFORMED

LSINIT::

BCOMPLETE

005037

62 021266
43 021274
46 021300

6$:

000040

38 021256
39

INITIALIZE SECTION CONTAINS THE CODING THAT

BGNINIT

9 021116

10 021116
11 021122
12 021126
13 021132
14 021136
15 021142
16 021146
17 021152
18 021154
19 021162
20 021170

INITIALIZE SECTION

(SREFG

005237
023737
002362

002344
002344

013700
104442
010001

002344

103403

=8 N
b NI PININ) ~4 NI NI A
—
b T
D i G
[V [=JV [V IV IV IV ]
N NNNNN

OO
- ON
-

021464
021464

n o
MACRO V03.01 7-AUG=80 11:01:24 PAGE 19-1

SeEQ

116

; GET UNIBUS ADDRESS, VECTOR, PRIORITY LEVEL, SWITCH PACKS, TEST
CONNECTOR INFORMATION FOR THIS LOGICAL DEVICE
.

gOOOOOOS
e
O b O =

QAN LN AN AN AN N NN
WHHWENI PO
=2 OO
NNOONNINONO
O

C 1OMRD MB8203 STAT(C DIAG M
1 NITIALIZE SECTION

104411

GETPRM:

002012

INC
(MP
BGE
GPHARD

LOGDEV
LOGDEV,LSUNIT
NEWST
LOGDEV,R1

BCOMPLETE
002436

002436
002436
000002
002446
002450
002450
002450
002452
002454
000004
002456
000006
002460
002462
000004
002464
000014
002476

002434

10%:

002456

002462

ENDIT:

YES

;BR IF DEVICE AVAILABLE

MOV
TRAP
Mov

LOGDEV ,RO
C$GPHRD
RO,R1

BCS

108

DEVPTR
GETPRM
DEVPTR ,DEVMAP
DEVPTR

;SHIFT DEVICE POINTER

INC
MOV

BSEL1
BSEL1,BSEL?
BSEL2

;GET POINTER TO BSEL1 (MAINTENANCE REGISTER)

INC

002454

;BR IF

;GET P-TABLE POINTER INTO R1

ASL
BR
BIS
ASL

ADD
MOV
Mov

002452

10$

s INCREMENT LOGICAL DEVICE NUMBER
;SEE IF MAXIMUM UNIT NO. EXCEEDE D

MOV
ADD
MOV
ADD
MOV
MOv
ADD
MOV
ADD
MOV

ENDINIT

" ,R1
(R1) ,MPCSR
(R1),BSEL1

(R1),SEL&
84 ,SELG
(R1)+,SEL6
#6,SELG
(R1) ,MPIVEC
(R1)+,MPOVEC
#4 MPOVEC
(R1)+ MPRIOR
6 ,R1
(R1) ,RUNINH

;SKIP THIS DEVICE

;SET BIT FOR THIS DEVICE
;SHIFT BIT POINTER
s INCREMENT R1 PAST MICROPROCESSOR TYPE
;STORE POINTER TC MICROPROCESSOR CSR'S

;GET POINTER TO BSELZ
;GET POINTER TO SEL4
:STORE POINTER TO SEL6
:GET MICROPROCESSOR INPUT INTRPT VECTOR

:GET MICROPROCESSOR OUTPUT INTRPT VECTOR
:GET MICROPROCESSOR DEVICE PRIOR 1Ty
sPOINT R1 TO RUN SWITCH INDICATCR
;GET STATE OF MICROPROCESSOR RUN SWITCH
L10015:

TRAP

CSINIT

CZDMRD MB203 STAT(C DIAG M

AUTO DROP UNIT SEC TION

N 9
MACRO v03.01 7-AUG-80 11:01:24 PAGE 20

SE@

117

AUTO DROP UNIT SECTION

.SBTTL

///////////////////////////////////////////////////////////////////////////////
/ THE AUTO DROP CODING DETERMINES WHETHER OR NOT THE DEVICE WHOSE P-TABLE

2
3

/ WAS JUST OBTAINED IS READY FOR TESTING, AND IT IS DROPPED IF NOT READY.

5
)

111111111///////////////////////////////////////////////////////
;///////////////
BGNAUTO

7 021466

8 021466
9 021466

021466

021472

;ESTABLISH CPU PRIORITY = 7
012700
1046441

021474
021502
021510
021514

012737
012737
005777
000405

021516
000340

15 021516
16 021522

062706

000004

013700

002344

013737
013737

002414
002416

10
11
12
13
14

021522
021526
17 021530

18 021536
19 021544
021544

20
21
22
23

021544

104451

104461

SETPR]

000340

160732

000004
000006

MOV
MOV

#PRIO7

868,804

#PR107,3%6

MOV

TRAP

#PR107 RO
C$SPRI]

;SET UP NON-EXISTENT MEMORY ERROR TRAP VECTOR

TST
SMPCSR
:ADDRESS SELO
;TAKE THIS BR IF DEVICE RESPONDS
9%
BR
6EOME HERE IF DEVICE CSR IS NON-EXISTENT
;CLEAN UP THE STACK POINTER
#6 ,SP
ADD

DODU

000004
000006

LSAUTO::

9%:

Mov

LOGDEV

SAVEL ,ak4

MOV
SAVEG,a¥b
ENDAUTO

DROP THIS UNIT FROM TESTING
;RESTORE ERROR TRAP vE(TOR

L1001¢:

MOV

LOGDEV,RO

TRAP

CSAUTO

TRAP

C$D0DU

CIOMRD MB8203 STATIC DIAG M

CLEANUP CODING SECTION

8 10
MACRO v03.01 7-AUG-80 11:01:24 PAGE 21

}

.SBTTL

SITIILEIII 70000000000

:/ AT THE END OF

11 021546

14
15

ENDCLN

104412

n i iiiriiiririiiiiiriiieieliriiririiiiiieie/

CLEANUP CODING SECTION CONTAINS

BGNCLN

118

CLEANUP CODING SECTION
THE

CODING THAT

IS PERFORMED

THE TEST SEQUENCE ON A PARTICULAR UNIT.

SIIITLITIIIII 00000

8 021546
9 021546

021546
12 021546

THE

SE@

it ni it i iiriiiiiiirieirieieiieeiiieieieieiieg
LSCLEAN::

L10017:

TRAP

CSCLEAN

c 10
MACRO v03.01 7-AUG-80 11:01:24 PAGE 22

CZOMRD MB203 STATIC DIAG M

DROP UNIT

SECTION

.SBTTL

SHIIIPLLLLP

5
9

:/ TO NO LONGER BE TESTED.

021550

12 021552

021552
021556
021562
021566
021570
021572

13 021576

021576

013746
012746
012746
010600
104417
062706

15 021600
021603
021606

045
M
"

17
18
19

20
21

iriieiireriieireiilgeieeeieiiieiiieiiietrreiiey/

;TSSUE UNIBUS RESET TO CLEAN UP
BRESET

104433

104453

021611
021614
021617
021622
021625
021630

CODING THAT CAUSES A DEVICE

B8GNDUY

16 021576

00000000000t irrrirreieieiiigiiiiieieriieiieiiiieiiiiiegiizg

JHIIILI1LIELL LI LTI 0 nn L

9
10 021550

045
045
104
120
104
000

119

DROP UNIT SECTION

:/ THE DROP=-UNIT SECTION CONTAINS THE

8 021550
021550

SE@

L$DU::

:PRINT "'UNIT XX DROPPED''
PRINTF

002344
021600
000002

000006

116
125
124

104
101
122
120
045

#FMT27,LOGDEV

ENDDU

045
116
040

FMT27:

062
040
117
105
116

.EVEN

ASCIZ

L10020:
/XNXAUNIT XD2X%A DROPPEDXN/

TRAP

CSRESET

MOV
MoV
MoV
MOV
TRAP
ADD

LOGDEV,~-(SP)
#FMT27,-(SP)
#2,-(SP)
SP,RO
CSPNTF
#6,SP

TRAP

CsDuU

CIDMRD MB203 STAT(C DIAG M

ADD UNIT

SECTION

D_10
MACRO v03.01 7-AUG-80 11:01:24 PAGE 23

}

LSBTTL

SHIIILLT10 0P H0

¢/

THE ADD=UNIT SECTION CONTAINS THE

"'EF.AUNIT'' IS SET, THE UNIT WILL BE TESTED AS A NEW UNIT,

TO BE

(A)

ENDAU

021632

CODING THAT CAUSES A DEVICE

TESTED FOR THE FIRST TIME, OR (B) RESUMED IN TESTING.

SHITI1I100000 0000000000000 00000000000000707717777777700717717711177777

10 021632

i rrintrietiitirleriiiireiiieeieeeesiieeeeiiiieey

BGNAU

—b

120

ADD UNIT SECTION

9 021632

O VN ES M)
=

SEQ@

021632

104452

LSAU::

L10021:

TRAP

CSAU

CIZDMRD MB203 STATIC DIAG M

HARDWARE

TESTS

E 10
MACRO Vv03.01 7-AUG-80 11:01:24 PAGE 24

SEQ

121
'

;

.SBTTL

HARDWARE TESTS

LSBTTL

;* THIS TEST ADDRESSES THE FIRST MICROPROCESSOR CSR (SELO), TO MAKE SURE

.':""."'...""""""""‘"""""'.."'""""'"""""."""".'*"'

[

N
12

TR R R

R RN

RN AR RN

RO RN AN

TEST 1 = MICROPROCESSOR CSR ADDRESSING TEST (SELO)

;% THAT A NON-EXISTENT MEMORY TIME=-OUT TRAP DOES NOT OCCUR WHILE
;¢ ATTEMPTING TO ADDRESS THE MICROPROCESSOR.

14 021634

BGNTST

15
16 021634

;ESTABLISH CPU PRIORITY = 7
SETPR]
#PRIO7

021634

012700

18 021650
19 021656

012737
005777

021640
17 021642

20 021662
21
22 021664
23
26 021670

021670
021672
021674
021676

25 021700
26 021706
27 021714

021714
28 021714

104461
012737
000406
062706

104455
000001
012125
014600

013737
013737

000340
021664

000340
160564

000004

000006

000004

002414
002416

000004
000006

MOV

MOV
187

T1::

[ [01"

#PRIO7,RO

TRAP
.WORD
.WORD
.WORD

CSERDF
1
EM1
ERRT

TRAP

CSETST

TRAP
C$SPRI
;SET UP NON-EXISTENT MEMORY ERROR TRAP VECTOR

#6$% 344

#PR107 ,a3#6
aMPCSR

;ADDRESS SELO
B8R
9
:TAKE THIS BR IF DEVICE RESPONDS
;COME HERE IF DEVICE CSR IS NON=-EXISTENT
6%:
ADD
#4,5P
:CLEAN UP THE STACK POINTER
;REPORT (SR ADDRESS TIME-OUT
ERRDF
1,EM1,ERRT

9%:
ENDTST

MOV
MOV

SAVEL ,aNé
SAVEG, a6

;RESTORE ERROR TRAP VECTOR

£10022:

104400

29
30

LSBTTL

R RS AR

TEST 2 - INBUS/OUTBUS REG 14 INITIALIZATION TEST

:* MASTER CLEAR (MCLR) IS SET IN THE MICROPROCESSOR, IBUS REG 14 IS READ

37
11.]

:+ AND COMPARED TO 200.
R
T T T R R L

BGNTST

39 021716

021716

40 021716
41 021724
42 021730
43 021734
46 021742
45 021744
46 021750
47 021756

012737
004737
004737
123737
001416
005037
113737
013737

000014
003576
003672
002364

002404

003026
002364

002400
003026
002404
002406

MOV
JSR
JSR
CMPB
8EQ
CLR
Move
MOV

#14 ,REGNUM
PC,MSTCLR
PC,READLU
REDBYT,PATM+4
6%
LOODAT
PATM+4 ,GO0DAT
REDBYT,BADDAT

12::

:SET LU REG NO. = 14
:1SSUE MASTER CLEAR
:READ REG 14
;CHK FOR INITIALIZED STATE
:BR IF YES
:SET EXPECTED REG CONTENTS - 000
;SET EXPECTED DATA
:SET ACTUAL REG CONTENTS

LR ALt

CZOMRD MB203 STATIC DIAG #1
TEST

2 -

INBUS/OQUTBUS REG 14

4B 021764
49

004737

021770
021772
021774
021776
51 022000
52 022000
022000
63 022000

104455
000002
012161
014632

S0 021770

MACRO v03.01 7-AUG=80 11:01:24 PAGE 24-1

SEQ

INITIALIZATION TEST

004C16

122

JSR
PC,GETREG
:GET REGS FOR PRINTOUT
;REPORT REG NOT CLEARED BY MASTER CLEAR

ERRDF

2,EM2,ERR2

6%:
ENDTST

L10023:

104401

TRAP
MWORD
.WORD
.WORD

CSERDF
2
EM?
ERR2

TRAP

CSETST

54
55
58

::tt'tttQ'fitttttttt""t"'tt't'titfitt'tfitttttfifi'ttt'ttfitttttttttt'tttitfittttttt

.SBTTL

:+ WRITE, READ, AND COMPARE ALL WORDS OF DATA PATTERN A INTO REG 14,

;;ttt't't'ttt.QtQ'tt't"t"ttttttttfittttttt't"tltttttt'ittttttttttit'ttittfitttt

TEST 3 - INBUS/OUTBUS REG 14 READ/WRITE BIT TEST

. %

e QEEEIEGAT A TIME. NON-R/W BITS ARE MASKED OFF TO O BEFORE WRITING AND
o

68 022002
69 022006
70 022014

71 022020
72 022020

022020

004737
012737
012701

104404

003576
000014
002571

73 022022
74 022026
75 022034
76 022040

111137
143737
004737
004737

002366
002560
003750
003672

78 022052
79 022060
80 022062
81 022070
82 022076
83
84 022102

123737
001414
013737
013737
004737

002364

77 022044

022102
022104
022106
022110

85 022112
86 022112

022112

87 022114
88 022116
89 022122

90 022124

375,373,367,357,337,277,177.

BGNTST

67 022002

022002

NG.

DATA PATTERN A = 125,252,000,377,001,002,004,010,020,040,100,200,376,

143737

002400
38

002364

002366
002364
004016

002404
002406

104455
000003
012220
014632

002366

B!(CB

:ISSUE MASTER CLEAR
:SET LU REG NO. = 14
:GET POINTER TO DATA PAT IN R1

(R1) ,WRIBYT
R14NRW,WRIBYT
PC,WRITLU
PC,READLU

:GET A BYTE OF PAT A
:MASK OFF NON-READ/WRITE BITS
:WRITE DATA BYTE INTO REG 14
:READ DATA BYTE FROM REG 14

R14NRW,REDBYT

TRAP

6%:

002615
ENDTST

ENDSEG

INC
(MP
BLO

100008:

R1
R1,#PATB
3$

C$BSEG

:MASK OFF NON-READ/WRITE BITS

CMPB
REDBYT,WRIBYT
;COMPARE BYTE READ TO BYTE WRITTEN
BEQ
6%
:BR IF BYTES MATCH
MOV
WRIBYT,GOODAT
;SET EXPECTED REG CONTENTS
MOV
REDBYT,BADDAT
:SET ACTUAL REG CONTENTS
:GET REGS FOR PRINTOUT
PC,GETREG
JSR
;REPORT LINE UNIT REG MISCOMPARE
ERRDF
3,EM3,ERR2

104405

005201
020127
103736

T3::

C,MSTCLR
#14 ,REGNUM
#PATA,R1

BGNSEG

MOVB
BICB
JSR
JSR

002366

002560

JSR
MOV
MOV

TRAP
.WORD
.MORD
.WMORD

C$ERDF
3
EM3
ERR2

TRAP

C$ESEG

- INCREMENT DATA PATTERN POINTER
SSEE IF ALL WORDS OF PATTERN A USED YET
:BR !F NOT DONE YET

G 10

(ZDMRD M8203 STAT(C DIAG M

SEQ

MACRO v03.01 7-AUG-80 11:01:24 PAGE 24-2
3 - INBUS/QUTBUS REG 14 READ/WRITE BIT TEST

TEST

022124
91 022124

1044601

92
93
94
9%
96

L10024:

TRAP

123

CSETST

;:'"'."""'.'""'"""""'fi""."".""*"""""*"""'Q."'*"*""t

.SBTTL

TEST 4 - REG 14 MASTER CLEAR TEST

M ¥81550377 INTO REG 14,

100

:':"""'.'Q""""""""""'."""""""**.""."'."*"'Q"""fi""i'

101

LR]

022126

BRGNTST

102 022126
103 022132

004737
012737

003576
000014

105 022146

004737

003750

107 02215§
108 022162
109 022170

004737
123737
001416

104 022140
106 022152

110 022172
111 022176
112 022204

113 022212
114

115 022216

112737

004737

005037
113737
013737

004737

022216
022220
022222
022224

104455
000002
012161
014632

022226
8 022226

1046400

116 022226
117 022226
11
119

ISSUE MASTER CLEAR, READ REG 14 AND COMPARE

000377

002400

002366

PC,MSTCLR
#14 REGNUM

JSR

PC,WRITLU

MOvB

003576

#37%,WRIBYT

JSR

003672
002364

003026

002404
003026
002364

0024064
002406

004016

JSR
MOV

JSR
(MPB
8EQ

JSR

;REPORT REG NOT

ERRDF

:WRITE 377 INTO REG 14

;ISSUE MASTER CLEAR

GOODAT
PATM+4 ,GOODAT
REDBYT,BADDAT

;SET EXPECTED DATA
;SET ACTUAL DATA

PC,.GETREG

Té4::

:SET DATA BYTE = 377

PC_MSTCLR

PC,READLU
REDBYT ,PATM+4
6%

CLR
Movs
MOV

;PERFORM MASTER CLEAR
;SET LU REG NO. = 14

:READ REG 14
;CHK FOR INIT'D STATE
;BR IF REG GOT CLEARED

;GET REGS FOR PRINTOUT

CLEARED BY MASTER CLEAR

2.EM2,ERRZ

6%:
ENDTST

L10025:

TRAP
.WORD
.WORD
.WORD

CSERDF
2
EM?
ERR2

TRAP

CSETST

120
123

"."..........."'""'"'"""".'."""."‘fi."'.""fi"'*i""'i'i"'t“."'i

124

.SBTTL

155

TEST 5 = REG 14 UNIBUS RESET (INIT) TEST

.t URI;50377 INTO REG 14, ISSUE UNIBUS RESET (INIT), READ REG 14 AND COMPARE

e T
.
'."""""""'"""'..."'Q'.Q""fit"""""*"'""""""""'
:.".9.".

129

BGNTST

128 022230

022230

129 022230
130 022234

004737
012737

003576
000014

132 022250
133 022254

004737

003750

134 022256

142777

131 022242
022254

135 022264

136 022270

112737 000377
104433

012701

000240

000200

000024

002400

002366

PC,MSTCLR
#14 _REGNUM

;PERFORM MASTER CLEAR
;SET LU REG NO. = 14

JSR
BRESET

PC, WRITLU

;WRITE 377 INTO REG 14
;ISSUE UNIBUS RESET (INIT)

MOV8

160164

BI(CB
2%:

T5::

JSR
MoV

MOV

NOP

lB?’,URIBYT
#RUN,3BSEL1
#20..R1

:SET DATA BYTE = 377
;CLEAR RUN BIT

INIT LOOP COUNTER

TRAP

CSRESET

D MB203 STATC DIAG M
S - REG 14 UNIBUS RESET
137
138
139
1640
1641
142
1643

H 10

(INIT)

022272
022274
022276
022302
022310
022316
022320

005301
001375
004737
142737
123737
001416
005037

003672
000100
002364

145 022332
146 022340

013737
004737

002364
004016

022344
022346
022350
022352

104455
000004
012237
014632

022354
151 022354

104401

1644 0223264

147
148 022344

149 022354
150 022354

113737

MACRO v03.01 7-AUG-80 11:01:24 PAGE 24-3

002404

003026

SEQ

TEST

002364
003026

002404

DEC
BNE
JSR
BI(B
(MPB
8EQ
CLR

R1
2s
PC,READLU
#TXEN,REDBYT
REDBYT ,PATM+4
63
GOODAY

;DECR COUNTER
;BR TO STALL
;READ REG 14
:CLEAR UNPREDICTABLE BIT
;CHK FOR INIT'D STATE
;BR IF REG GOT CLEARED

MOV
JSR

REDBYT ,BADDAT
PC,GETREG

;SET ACTUAL DATA
:GET REGS FOR PRINTOUT

MOvVB

002406

PATM+4 ,GOODAT

;SET EXPECTED DATA

;REPORT REG NOT CLEARED BY UNIBUS RESET
ERRDF
& ,EM4,ERR?

(INIT)

6$:
ENDTST

152
153
154
155

124

L10026:

TRAP
.WORD
.WORD
.WORD

CSERDF
4
EM4
ERR?2

TRAP

CSETST

156

;"t'ttt'ttQtittiQQ't"'"ti't!'tti'itt.tt'tttitfitttttttlttQittttttttfittttttttttt

}gg

LSBTTL

159
160
161
162
163

;*
:*
:*
;%
:*

165

;"t'tt'ttttittt'"t""tttttttttt"tttttttttt'tttfittt!ttttittttt'ttttttttttit!tt

TEST 6 = LINE UNIT FALSE SELECTION TEST

164

FIRST, A MASTER CLEAR IS PERFORMED. THEN, THE PROGRAM SINGLE-STEPS THE
MICROPROCESSOR THROUGH AN INSTRUCTION WHICH LOADS 041 (OCT) INTO THE MAR
REGISTER (OBUS* ADRS 14). THEN, THE LINE UNIT REGISTER 14 IS READ AND CHECKED
TO BE UNAFFECTED (STILL = 0). THIS TEST IS INTENDED TO DETECT A FALSE
SELECTION OF THE LINE UNIT REGISTERS, WHEN THE LINE UNIT IS NOT BEING

;% ACCESSED.

166 022356

022356

BGNTST

167 022356

004737

003576

172 0226404
173 022410

010137
112777

022422
000041

168 022362
169 022370
170 022374
171 022400

174 022416
175 022422
176 022424

177 022430

178 022436
179 022440
180 022444
181 022452
182 022460
183

184 022464

022464
022466

012737
013701
052701
052701

004737
000000
004737

123737

001416
005037
113737
013737
004737

104455
000003

000014
002400
000100
121000
003540

003672

002400

2%:

002364

003026

002404
003026
002364
004016

002404
002406

PC,MSTCLR

;:1SSUE A MASTER CLEAR

Mov
MOVB

R1.,2%
#0417 ,3BSELSL

;SET INSTRUCTION AS SUBROUTINE ARGUMENT
:SET DATA BYTE = 041

MOV
MOV
8lS
BIS

160036

T6::

JSR

JSR
.MWORD
JSR

CMPB

BEQ
CLR
MOVB
MOV
JSR

#14 ,REGNUM
REGNUM,R1
#100,R1
MyIxox,R1
PC,STPCLK
O
PC,READLU

REOBYT,PATM+4
43
GOODAT
PATM+4 ,GO0DAT
REDBYT ,BADDAT
PC,GETREG

;REPORT REGISTER MISCOMPARE

ERRDF

3,EMI,ERR?

;SET
;SET
:SET
;SET

LU REG NO. = 14
DESTINATION = OBUS* REG 14
SOURCE = BSEL4
REST OF MOVE INSTRUCTION

;EXECUTE MOVE INSTRUCTION
;INSTRUCTION GOES HERE
sREAD LU REG 14

;CHECK FOR LU REG 14 UNCHANGED
;BR IF LU REG 14 UNCHANGED
JSET EXPECTED DATA
:SET ACTUAL DATA
;GET REGS FOR PRINTOUT

TRAP
.MWORD

CSERDF
3

gégflkb MB8203 STATIC DIAG M
T 6 = LINE UNIT

FALSE

022472

012220
014632

022474
022474

104401

022470
185 022474
186 022474

110

MACRO v03.01 7-AUG-80 11:01:24 PAGE 24-4

4
ENDTST

L10027:

3122222222223 222222 222 2022

P
N

004737
012737
012701

210

005237
020127

002654

004737
012737
012702
012701

003576
000010
003022
002550

004737
142137

003672
002364
002364

103767

O NS

N =2 O 000 NO W

W) —

[LST, ST, ST, ST ST NT N1 NI N1 N1 N1 N1, S N1 S] N
POPONIPOPIPON)
b —b =D b b b b b b

004737

022560
022564
022570
022574
022576
022602
022606
022614

noNONY

WO
(@ e1. ]

022620
022620
022622
0226264
022626
227 022630
022630
022632
022634
022640
022642

123712

001417
005037
111237
013737
004737

003576
000010
002644
002366
003750
002400

002404
002404
002364
004016

@OP»OTM
— 2>

TS ARE MASKED OFF

1046455

002400

005237
005202
920227

003032

CSETST

22322222222 2282220t dlR

iRttt Rl lllddl

17::

:ISSUE MASTER CLEAR
;INIT REG NO. TO 1C
:INIT DATA PATTERN POINTER

JSR
INC
CMP
BLO
JSR
MOV
MOV
MOV

PC,WRITLU
REGNUM
R1,#PATH
23
PC,MSTCLR
#10,REGNUM
#PATM R2
#UPBITS R

;WRITE BYTE INTO REG
; INCREMENT REG NO. FOR WRITING
:SEE IF ALL BYTES WRITTEN YET
:BR IF NOT DONE WRITING YET
;ISSUE MASTER CLEAR
JINIT LU REG NO. TO 10
:INIT DATA PATTERN POINTER
SINIT POINTER TO UNPREDICTABLE BITS

JSR

Pr READLU

BEQ

MOVB

(LR

MOVB
MOV
JSR
;REPORT REG NOT
ERRDF

6$:

TO O BEFORE COMPARISON).

PC,MSTCLR
#10,REGNUM
#PATG, R

ESCAPE
002400

TRAP

JSR
MOV
MOV

B1(B
C(MPB

000002
012161
014632
104410
000016

EM3
ERR2

22222ttt Rttt Ritiiitids

PATTERN G = 000,000,240,120,177,000,000,001
PATTERN M = 000,020,000,000,200,000,000,051

2222222223222

002400

002606

.WORD
.WORD

IRST, ALL READ/WRITE BITS OF REGS 10-17 ARE SET BY LOADING A
IFFERENT WORD OF PATTERN G INTO EACH REG.
THEN,
MASTER CLEAR IS ISSUED AND EACH REG IS READ AND COMPARED TO A WORD OF
TTERN M, WHICH CONTAINS THE INITIALIZED STATES OF THE REGS. (UNPREDICTABLE

BGNTST

203 022476
022476
022476
022502
022510

222220222

125

TEST 7 - INBUS REG MASTER CLEAR TEST

.8BTTL

112137

SE@

SELECTION TEST

INC
INC
(MP

(R1)+,WRIBYT

(R1)+,REDBYT
REDBYT, (R2)
GOODAT

:SET DATA PATTERN BYTE TO BE WRITTEN

:READ A LINE UNIT REG

:MASK OUT UNPREDICTABLE BITS FOR THIS REG
: COMPARE MASKED DATA TO EXPECTED
;:BR IF DATA READ 1S OK

;SET EXPECTED DATA
;SET ACTUAL DATA
:GET REGS FOR PRINTOUT
CLEARED BY MASTER CLEAR
2. EM2 ERR?

(R2) ,G00DAT
REDBYT,BADDAT
PC.GETREG

.WORD
.WORD
.WORD

TST

REGNUM
R2
R2.#PAIN

TRAP

; INCREMENT REG NO.
:INCR DATA PATTERN POINTER
;SEE IF ALL DONE YET

.WORD

(SERDF

2
EM2
ERR?2

CSESCAPE

L10030-.

03 STATIC DIAG M

MACRO v03.01

PORNIROND

NBUS REG MASTER CLEAR TEST

103744

J 10

SEQ

7-AUG-80 11:01:24 PAGE 24=5

;BR IF NOT DONE YET

ENDTST

L10030:

1046401

232X

2222202 222222222

222020220

CSETST

TRAP

tttttRRlild]

TEST 8 - REGISTER 10-17 ADDRESSING TEST

SBTTL
‘e

126

FIRST,

A MASTER CLEAR

IS ISSUED.

THEN,

+ WRITE A DIFFERENT WORD OF DATA PATTERN B INTO EACH OF REGS 10-17,

;* AND AFTER EACH WRITE, READ AND COMPARE ALL REGS TO EXPECTED VALUES.

‘« UNPREDICTABLE BITS ARE MASKED OFF TO O WHEN READ FOR COMPARISON.
PATTERN B = 000,000,040,100,220,000,000,051
‘«

N tt".Qltttiifiti't't'ttttit"'t'i'itt'fitttttitt*"ttttt'tfii'tttfitt"ttt"tti'tt

247 022652
022652
248 022652
249 022656
250
022662
251 022666
252 022672
253 022674
254 022676
255 022700

BGNTST

004737
012701
012702
012703
112221
005303
001375
005001

010137
062737
116137
113761
146161

266
762
267 022770
268 022776
269 023000
27C 023006
271 023014
272 023022
273 023024
274 023030
275 023036
2;9 023044
2
278 023050
023050
023052
023054
023056
279 023060
023060

003576
002500
003022
000010

002400
000010
002615
002366

002550
003750
002400
000010
003672
002550
002400

002400
002366
002500
002500

002400

68 :

002364
002500
002500

002404
002500
002364
004016

002404
002406

ADD

JSR

#10, REGNUM
;GET REG NO. FOR WRITING
PATB(R1) ,WRIBYT ;SET DATA BYTE TO BE WRITTEN
WRIBYT,REDDAT(R1) ;SET EXPECTED DATA FOR READ
UPBITS(RT),REDDAT(R1) ;MASK OUT UNPREDICTABLE BITS
;WRITE DATA BYTE INTO REG
PC,WRITLU

ADD

#10, REGNUM

MOVB
DEC
BNE
CLR
MOV

MOVB

BICB
CLR
MOV
JSR
BICB

002364
000011

000020
000020
002364

PC,MSTCLR
#REDDAT,R1
YPATM,RD
8. R3

MOVB

98 :

CMP
BNE
BICB

108:

BICB
CMPB
BEQ

CLR
MOVE

(R2)+,(R1)+
R3
38
R1
R1,REGNUM

R3
R3,REGNUM

;GET POINTER TO PATTERN M
;SET COUNTER
;LOAD BYTE OF PATRN INTO EXPECTED DATA AREA
;DECR COUNTER
;BR IF NOT DONE LOADING YET
;INIT DATA PATTERN INDEX FOR WRITING

;INIT DATA PAT INDEX FOR READS

;GET REG NO. FOR READING
.READ A LINE UNIT REG
UPBITS(R3),REDBYT ;MASK OUT UNPREDICTABLE BITS
#11
REGNUM,
:SEE IF READING REG 11
108
:BR IF NOT
#ORDY,REDBYT
;MASK ORDY BIT IN ACTUAL BYTE
#ORDY.REDDAT(R3) ;MASK ORDY BIT IN EXPECTED BYTE
REDBYT,REDDAT(R3) - COMPARE BYTE READ TO EXPECTED
12%
;BR IF DATA MATCHES
PC,READLU

GOODAT
REDDAT(R3),GOODAT ;SET EXPECTED DATA
REDBYT,BADDAT
:SET ACTUAL DATA
PC,GETREG
;READ AND STORE REGS 10-17 FOR PRINTOUT

nov
JS
:REPORY REG MISCOMPARE

ERRDF

104410

18::

. ISSUE MASTER CLEAR
INIT POINTER TO EXPECTED DATA AREA

JSR
MOV
MOV
MOV

ESCAPE

3,EM3,ERR2

TST

TRAP

(SERDF

.WORD

.WORD
.WORD

3
EM3
ERR2

TRAP

(SESCAPE

CIDMRD M8203 STAT(C DIAG M

K 10
MACRO V03.01 7-AUG-80 11:01:24 PAGE 24-6

SEQ@

TEST 8 - REGISTER 10-17 ADDRESSING TEST

280
281
282
283
284
285
286

287
288
289
290
291

023062

023064
023066
023072
023074
023076
023102
023104

023104
023104

000022

005203
020327
002724
005201
020127
002677

12%:

000010
000010

ENDTST

INC
cmp
BLY
INC
CMP
BLT

R3
R3,#10
9$
R1
RI,#0
6%

127

.WORD

L10031-.

TRAP

CSETST

; INCREMENT DATA PATTERN INDEX FOR READING
;SEE IF ALL REGS READ YET
;BR IF NOT
; INCREMENT DATA PAT INDEX FOR WRITING
;SEE IF ALL REGS WRITTEN YET
;BR If NOT

L10031:

104401

292

;:t"t"'.i't'ii"'*"ti""'Q'i't't"'i*"tt"'it'iti"tt'filO"""""""""

%gz

.SBTTL

295
296

;% WRITE, READ, AND COMPARE EACH WORD OF DATA PATTERN C INTO REG 11
:®
DATA PATTERN C = 020,020,020.

298 023106

BGNTST

297

::'t'ttitt.l'i't"t"'tt'tfii"""ttt't'ttittti'tttttttt*ttttt'i'i't'tt"'iit'ii

023106
299 023106
300 023112
301 023120
302 023124
303 023124

0231264
304 023126
305 023132
306 023136
307 023142
308 023150

309 023156
310 023160
311 023166
312 023174
313
314 023200

023200
023202
023204
023206

315 023210
316 023210

023210
023210
317 023212
318 023214
319 023220
220 023222

(v 1V (V"]
[pF 1, 1
¥ N
WA
-

TEST 9 - REG 11 READ/WRITE BIT TEST

023222
023222

004737
012737
012701

104404
111137
004737
004737
143737
123737

001414
013737
013737
004737

003576
000011
002625

002366
003750
003672
002551
002364
002366
002364
004016

104455
000003
012220
014632

002400
3%:

002364
002366
002404
002406

104401

PC,MSTCLR
#11,REGNUM
#PATC,RY

19::
;ISSUE MASTER CLEAR
sSET LU REG NO. = 11
;GET POINTER TO DATA PAT IN K1

BGNSEG

TRAP
Mmove
(R1) ,WRIBYT
;GET A BYTE OF PAT C
JSR
PC,WRITLU
;MRITE DATA BYTE INTO REG 11
JSR
PC,READLU
;READ DATA BYTE FROM REG 11
BI(B
UPBITS+1 ,REDBYT ;MASK OUT UNPREDICTABLE BITS
CMPB
REDBYT,WRIBYT
;COMPARE BYTE READ TO BYTE WRITTEN
BEQ
6$
:BR IF BYTES MATCH
MOV
WRIBYT,GOODAT
;SET EXPECTED REG CONTENTS
MoV
REDBYT,BADDAT
;SET ACTUAL REG CONTENTS
JSR
PC,GETREG
;GET REGS FOR PRINTOUT
;REPORT LINE UNIT REG MISCOMPARE
ERRDF
3,EM3,ERRZ

6$:

104405

005201
020127
103741

JSR
MOV
MOV

002630
ENDTST

ENDSEG

INC
(MP
8LO

10000$:
R1
R1,#PATD
3%

TRAP
LWORD
.WORD
.WORD

CSERDF
3
EM3
ERRZ

TRAP

CSESEG

TRAP

CSETSY

; INCREMENT DATA PATTERN POINTER
;SEE IF ALL WORDS OF PATTERN C USED YET
;BR IF NOT DONE YET

L10032:

C$BSEG

CIDMRD MB203 STATIC DIAG M
TEST 9 - REG 11

L 10

MACRO v03.01 7-AUG-80 11:01:24 PAGE 24-7

SEQ

READ/WRITE BIT TEST

324
325

326

;;ttt'tQttQttttttt"tt't't't"it'tttttt'!"tt'tttt'tt't'tttt'ttt"'t""""t"'

ggg

“§BTTL

TEST 10 -~ REG 12 READ/WRITE BIT TEST

329
330

:* WRITE, READ, AND COMPARE EACH WORD OF DATA PATTERN D INTO REG 12 :
P
DATA PATTERN D = 000,040,000,

332 023224

BGNTST

331

0232264
333 023224

334 023230

335 023236
336 023242
337 023242

.':tt!Qttttti'ttt"'t"t'it"t"ttt'tttttttttfittttttttttttttttt'tt"t""it't".'

004737

003576

012701

002630

012737

023242

104404

339 023250
340 023254

004737
004737

338 0232646

341 023260
342 023266
343 023274
344 023276
345 023304
346 023312
347

348 023316

023316

023320
023322
023324

349 023326
350 023326

002400

143737
123737
001414
013737
013737
004737

002552
002364

002364
002366

002366
002364
004016

002404
002406

003750
003672

000003
012220
014632

023340
023340

104401

PC,MSTCLR

;ISSUE MASTER CLEAR

MOV

#PATD,R1

;GET POINTER TO DATA PAT IN R1

#14,REGNUM

ENDTST

320
360

;GET A BYTE OF PAT D

8I(B
(MPB
BEQ
MOV
MOV
JSR

UPBITS+2,REDBYT
REDBYT,WRIBYT
6%
WRIBYT,GOODAT
REDBYT,BADDAT
PC,GETREG

;MASK OUT UNPREDICTABLE BITS
;COMPARE BYTE READ TO BYTE WRITTEN
:BR If BYTES MATCH
;SET EXPECTED REG CONTENTS
sSET ACTUAL REG CONTENTS
;GET REGS FOR PRINTOQUT

ERRDF

3,EM3,ERR?

PC,WRITLU
PC,READLY

;REPORT LINE UNIT REG MISCOMPARE

002633

TRAP

(R1),WRIBYT

JSR
JSR

SET LU REG NO. = 12

BGNSEG

MOVB

104455

T10::

JSR

MOV
38:

002366

104405
005201
020127
103741

354 023340

000012

111137

023326
023326
351 023330
352 023332
353 023336

355
356
357

128

;WRITE DATA BYTE INTO REG 12
;READ DATA BYTE FROM REG 12

TRAP

WORD
WORD
"WORD

ENDSEG

INC
CMP
8LO

CSBSEG

CSERDF

3
EM3
ERR2

100008:

R1
R1,#PATE
b1 )

TRAP
CSESEG
: INCREMENT DATA PATTERN POINTER
;SEE IF ALL WORDS OF PATTERN D USED YET
;BR IF NOT DONE YET
L10033:

TRAP

CSETST

.'"".tfit't'ttit"'t'tt'ii"""ttttt'tttit'ttt't'itt'titttttt'ifitit't'tt!ttt'tt'

TEST 11 - REG 13 READ/WRITE BIT TEST

1$BTTL

;25

363

;* WRITE, READ, AND COMPARE EACH WORD OF DATA PATTERN E INTO REG 13 :

365

;,'tttttt"t'.t.'t"'t"t""ti!'t"'ttltitllttti'tttitittt'tt'tttt!t'itttttt!ttt

364

BGNTST

366 023342

023342
367 023342

004737

003576

368 023346 012737 000013 002400
369 023354

DATA PATTERN E = 000,120,020,100,120,000.

012701

002633

JSR

PC MSTCLR

;ISSUE MASTER CLEAR

MOV

#PATE R

;GET POINTER TO DATA PAT [N R1

MOV

#1% REGNUM

:SET LU REG NO. = 13

CIDMRD M8203 STATIC DIAG M

MACRO v03.01
TEST 11 - REG 13 RE AD/WRITE BIT TEST

370 023360
371 023360
023360
372 023362
373 023366
374 023372
375 023376
376 023404
377 023412
378 023414
379 023422
380 023430
381
382 023434
023434
023436
023440
023442
383 023444
384 023444
023444
023444
385 023446
386 023450
387 023454
388 023456
023456
023456
389
390
N
392
393
394
395
396
397
398
399
400 023460
023460
401
402

VAN AIWAWA W

&~
bwww—aag
oOoONONSO

406 023500

b3 ¥
104404
111137

004737
004737
143737
123737
001414

013737
013737
004737

002366
003750
003672

002553
002364

002364
002366

JSR
JSR
BICB
CMPB

002366
002364
004016

002404
002406

MOV

012220
014632

SEQ

BGNSEG
MOVB

106455
000003

104405
005201
020127
103741

M 10

7-AuG-80 11:01:24 PAGE 24-8

BEQ
MOV

TRAP

(R1),WRIBYT

:GET A BYTE OF PAT E

63
WRIBYT,GOODAT

:BR IF BYTES MATCH
:SET EXPECTED REG CONTENTS

PC,WRITLU
PC.READLU
UPBITS+3,REDBYT
REDBYT,WRIBYT
REDBYT.BADDAT

:SET ACTUAL REG CONTENTS

002641
ENDTST

ENDSEG

INC
CMP
BLO

TRAP

100008:

R1
R1,#PATE
g

(S$BSEG

*WRITE DATA BYTE INTO REG 13
‘READ DATA BYTE FROM REG 13
:MASK OUT UNPREDICTABLE BITS
:COMPARE BYTE READ TO BYTE WRITTEN

:GET REGS FOR PRINTOUT
PC,GETREG
JSR
:REPORT LINC UNIT REG MISCOMPARE
ERRDF
3,EM3,ERR?

6%:

129

3
EM3
ERR2

TRAP

CSESEG

TRAP

CSETST

; INCREMENT DATA PATTERN POINTER
“SEE IF ALL WORDS OF PATTERN E USED YET
‘BR IF NOT DONE YET
L10034:

104401

CSERDF

JWORD
.WORD
.WORD

.ttttttittitttit"iitit'fitit'itttiitttttttt*t'ttt'tttittttil!'itttttt"tt'tt'

TEST 12 - REG 17 READ/WRITE BIT TEST

SBTTL

.~ WRITE, READ, AND COMPARE EACH WORD OF DATA PATTERN F INTO REG 17 :
;e

DATA PATTERN F = 050,051,050.

Qttt'titttttt't'"it't'lt"tt'tttttttttttittttitttiittttttttiittt'tttt't"tttt'

BGNTST

004737
012737
012701
104404
111137

003576
000017
002641

123737

013737
013737
004737

002366
002364
004016

001414

PC,MSTCLR

;ISSUE MASTER CLEAR

MOV

#PATF ,R1

*GET POINTER TO DATA PAT IN R1

MOV

#17,REGNUM

“SET LU REG NO. = 17

BGNSEG

002366
003750
003672
002557
002364

004737
004737
143737

002400

MOVB
002364
002366
002404
002406

T12::

JSR

JSR
JSR
BICB
CMPB
BEQ
MOV
MOV
JSR

(R1),WRIBYT

GET A BYTE OF PAT F

TRAP

PC,WRITLU
PC.READLU
UPBLTS+7,REDBYT
REDBYT,WRIBYT
63
WRIBYT,GOODAT

*WRITE DATA BYTE INTO REG 17
*READ DATA BYTE FROM REG 17
:MASK OUT UNPREDICTABLE BITS
:COMPARE BYTE READ TO BYTE WRITTEN
:BR IF BYTES MATCH
:SET EXPECTED REG CONTENTS

PC,GETREG

;GET REGS tOR PRINTOUT

REDBYT.BADDAT

;REPORT LINE UNIT REG MISCOMPARE

:SET ACTUAL REG CONTENTS

CSBSEG

CZDMRD M8203 STATIC DIAG #1

N 10

SEQ

MACRO V03.01 7-AUG-80 11:01:24 PAGE 249

TEST 12 = REG 17 READ/WRITE BIT TEST

416 023552

023552
023554
023556
023560

417 023562
418 023562

023562
023562
419 023564
420 023566
421 023572

023574
023574

104401

423
424
425

68:

002644

ENDSEG

R1
R1,#PATG

INC
CMP

'
;
* ENDTST

BLO

432

100008:

TRAP
.MORD
.WORD
.WORD

CSERDF
3
EM3 ERR2

TRAP

CSESEG

TRAP

CSETST

; INCREMENT DATA PATTERN POINTER
‘SEE IF ALL WORDS OF PATTERN F USED YET

:BR IF NOT DONE YET

L10035:

::Iittttittti!tttttt'ttt*tittit*ittttitttit*titttttittttttitttttttittfitttittitt

428

TEST 13 - MAINTENANCE CLOCK BIT TEST

.SBTTL

429

437
438

e FIRST, A MASTER CLEAR IS ISSUED TO INIT ALL REGS. THEN, THE MICROPROCESSOR
“e IS PLACED IN A LOOP ON AN INSTRUCTION, BY SETTING THE INSTRUCTION IN SEL6
e AND SETTING ROMI AND RUN IN BSEL1. THE INSTRUCTION IS ONE WHICH REPETITIVELY
e READS LINE UNIT REG 17 INTO BSEL2. THE PDP-11 CAN THEN SCAN BSEL2 TO MONITOR
S« THE MAINTENANCE CLOCK BIT, MCLK. THE FOLLOWING SEQUENCE IS THEN PERFORMED
e TO MONITOR MCLK :
¢ - THE PROGRAM REPEATEDLY CHECKS THE MCLK BIT FOR THE 1 STATE, AND IF IT IS
e NOT FOUND WITHIN SEVERAL HUNDRED MILLI-SEC (DEPENDING ON THE PROCESSOR)

441
442
443

e - THE PROGRAM NEXT REPEATEDLY CHECKS THE MCLK BIT FOR THE O STATE, AND IF
IT IS NOT FOUND WITHIN SEVERAL HUNDRED MILLI-SEC_AN ERROR IS REPORTED.
‘e
e - THE PROGRAM NEXT REPEATEDLY CHECKS MCLK BIT FOR THE 1 STATE AGAIN, AND

447
448

e IS OFF, THE TEST WILL BE SKIPPED.
:;tt.ttttttttttt'.iIft"'t'tt'tittttttttttttittttttlttttttttttttiiitltttittttttt

431
432
433
434
435
436

439

AN ERROR IS REPORTED. (THE MAINTENANCE CLOCK HAS A PERIOD OF 41.6 MICRO.

HUNDRED MILLI-SEC, AN ERROR IS REPORTED.
e [F IT IS NOT FOUND WITHIN SEVERAL
.
ot
e IF THE P-TABLE FOR THIS UNIT INDICATES THAT THE M8207 RUN SWITCH (E28 SW7)

4ud
44b

BGNTST

449 023576

023576

TST
BNE

PC,MSTCLR
#15.,TSTNUM
RUNINH
1$

BNE
PRINTF

408
#FMT19,TSTNUM

*BR IF NOT, TO SKIP PRINTING
:PRINT MSG TO SAY TEST NOT RUN

JSR
MOV

454 023616 023727 002444 000001

CMP

004737
012737

005737
001020

455 023624 001012
456 023626

023626
023632
023636
023642
023644
023646

457 023652

013746
012746
012746
010600
104417
062706
000137

003576
000015
002476

002442
012007
000002
000006

024220

T3::

:PERFORM MASTER CLEAR
:SET TEST NO.
SEE IF RUN SWITCH IS SET
:BR_IF YES, TO RUN TEST

002442

450 023576
451 023602
452 023610
453 023614

3,EM3,ERR2

104405

005201
020127
103741

422 023574

ERRDF

104455
000003
012220
014632

130

STARES,#

SEE IF THIS IS FIRST PASS SINCE STA OR RES

_
«08: ©

JMP

;G0 10 SKIP TEST

—
P AL

MoV
MOV
MOV
MOV
TRAP
ADD

TSTNUM,=(SP)
#FMT19,-(SP)
#2,-(SP)
SP.RO
CSPNIF
#6,SP

et
b,

(IDMRD M8203 STATIC DIAG M
TEST

13 - MAINTENANCE CLOCK BIT

458 023656

012737

000017

461 023674
462 023700
463 023704

052701
010137
004737

021000
023710
0046074

459 023664
460 023670
2gg 023710

012701
052701

000000

000360
000002

B 11

MACRO v03.01 7-AUG-80 11:01:24 PAGE 24-10
002400

MoV

#17 ,REGNUM

;SET REG
NO.

8IS
MoV
JSR

onvlox,a1
R1,2%
PC,LOOPIN

;SET REST OF MOVE INSTRUCTION
sSET INSTRUCTION AS SUBROUTINE ARGUMENT
:GET MICROPROCESSOR LOOPING ON MOVE INSTRUCTION

MOV
BIS

LMWORD

2360, R1
", ri
O

:SET INSTRUCT!ON SOURCE= INBUS REG 17
sSET INSTRUCTION DESTINATION = BSELZ
JINSTRUCTION GOES HERE

; WAIT FOR MCLK BIT TO BE SET 10 1

469 023712

005037

002510

023716
023726
023732
023%73%
023740

117737
132737
001031
005237
001366

023742

012737

000002

478 023756
479
680 023762

004737

004016

477 023750

023762
023764
023766
023770

482 023772

023772

023776
024002
024004
024006
232 024012

013737

156530
000002

002364
002364

002364

002404

002406

104455
000005
012312
014632

012746

012746
0106V0
104417
062706
000137

13%:

002510

(LR
MOVB
BITB
BNE
INC
BNE

REGO

MOV

#MCLK,GOODAT

MoV

@BSEL2,REDBYT
#MCLK ,REDBYT
6%
REGO
b1)

REDBYT ,BADDATY

JSR
PC.GETREG
JREPORT MCLK BIT STUCK AT 0
ERRDF
S,EMS,ERR?

JINIT PROGRAM TIMER

;GET REG 17 INTO REDBYT
;SEE IF MCLK BIT = 1 YET
:BR IF M(LK = 1
;INCREMENT TIMER
;BR IF PROGRAM TIMER DID NOT TIME OUT YET
: (TIME OUT = SEVERAL HUNDRED MILLI-SEC)
:SET EXPECTED REG CONTENTS

;SET ACTUAL REG CONTENTS
:GET REGS FOR PRINTOUT

:TYPE '"PLEASE INSURE MB207 RUN SWITCH (E28 SW7) [S ON"
PRINTF

012040

W#FMT24

000001

000004
024220

JMP

485

;ESCAPE TO END OF TEST

TRAP
.WORD
.WORD
.WURD

CSERDF
§
EMS
ERR?

MOV

#EMT24,-(SP)

MOV
MOV
TRAP
ADD

8 ,-(SP)
SP,RO
CSPNTF
6 ,SP

jeccccececcccecmmcecceccccmocmocomcocmomecte
st s s oo o co ot ose s o m s m o oo

23?

: WAIT FOR MCLK BIT TO BE CLEARED 10 O

488 024016

489 024016
490 024022

491 024030
492 024036

493 024040
494 024044
495 024046
496 024052
497 024060
498
499 024064

500

|eeeeccccccccccccccccccccccccrccccncncesscececca
e rceccesen e e e
e ncsanan

22;

481

1%:

2%:

L66

470
471
472
473
474
475
476

Se@

TEST

024064
024066
024070
024072

501 024074

005037
117737

132737
001430
005237
001366
005037
013737
004737

104455
000006
012343
014632

002510
156424

000002

6%:

002364
002364

002510

002404
002364
004C16

002406

CLR
REGO
MOVE
@BSELZ,REDBYT
BITB
MMCLK,REDBYT
BEQ
108
INC
REGO
BNE
8s
CLR
GOODAT
MOV
REDBYT,BADDAT
JSR
PC,GETREG
;REPORT MCLK BIT STUCK AT 1
ERRDF
6,EM6,ERR?

8%:

;INIT PROGRAM TIMER
;GET REG 17 INTO REDBYT

;SEE IF MCLK BIT = 0 YET
;BR IF MCLK = 0

;INCREMENT TIMER
:BR IF TIMER DID NOT TIME QUT YET
sSET EXPECTED REG CONTENTS
:SET ACTUAL REG CONTENTS
;GET REGS FOR PRINTOUT

;TYPE "'PLEASE INSURE MB8207 RUN SWITCH (E2B SW7) IS ON"
PRINTF

#FMT24

TRAP
.MWORD
.WORD
.WORD

CSERDF
6
EM6
ERR?

cn
MACRO v03.01 7-AUG=-80 11:01:24 PAGE 24-11
CZDMRD MB203 STATIC DIAG M
TEST 13 - MAINTENANCE CLOCK BIT TEST

6
0
&

012746
012746
010600
104417
Co2706
000137

MOV
MOV
MOV

012040
000001
000004
024220

—

el
D
e

N S

o
ol
o
-l

OO0 ~NO

(P RV LV, [V 1V LV, 1V 1V, ]

024170
024170
026172
024174
024176

024200
024200
024204
024210
024212
024214
024220
024220
024224
024224
024224

005037

117737
132737

001027
005237
001366
012737
013737
004737

002510
156322
000002

WAIT FOR MCLK BIT TO BE SET TO 1

10$:

012312
014632

:INIT PROGRAM TIMER

glT8
BNE
INC”
BNE

#MCLK,REDBYT
Al
REGO
12%

:SEE IF MCLK BIT = 1 YET
:BE IF M(LK =1
; INCREMENT TIMER
;BR IF TIMER DID NOT TIME OUT YET

ERRDF

5,EMS ,ERR?2

002404
002406

MoV
#MCLK,GOODAT
MOV
REDBYT ,BADDAT
JSR
PC,GETKEG
;REPORT MCLK BIT STUCK AT O

MOVB

@BSELZ ,REDBYT

012040
000001

062706

000004

004737

003576

PRINTF

:GET REG

ENDTST

TRAP

.WORD
.WORD
'WORD

CSERDF

5
EMS
ERR2

MOV
MOV
MOV
TRAP

NEMT24,-(SP)
#1,=-(SP)
SP,RO
CSPNTF

TRAP

CSETST

ADD

#s,5P

:1SSUE MASTER CLEAR

L10036:

106601

CSPNTF
84 ,5P

sSET EXPECTED REG CONTENTS
;SET ACTUAL REG CONTENTS
;GET REGS FOR PRINTOUT

#FMT24

PC,MSTCLR

#ENT24,=-(SP)
M ,-(SP)
SP,RO

17 INTO REDBYT

A1
JSR

132

AGAIN

:TYPE ''PLEASE INSURE MB8207 RUN SWITCH (E28 SW7) IS ON"

012746
012746
010600
104417

TEST

REGO

12%:

104455
000005

TRAP
ADD

(LR

002364
002364

002510
000002
002364
004016

;ESCAPE TO END OF

JMP
:

024120
024120
024126
024132
024140
024142
024146
024150
024156
024164

SEQ

;:'.""'.'..'."'"""""""".'""..""."""'."'"'.".."""""""

TEST 14 = EXTENDED REGISTER MASTER CLEAR TEST

LSBTTL
M

;¢ FIRST, ALL READ/WRITE BITS OF EXTENDED REGS AXO-AX3 ARE SET BY LOADING
;* A DIFFERENT WORD OF PATTERN W INTO EACH REG. THEN, A MASTER CLEAR IS
;¢ ISSUED AND EACH REG IS READ AND COMPARED TO A WORD OF PATTERN [, WHICH
;¢ CONTAINS THE INITIALIZED STATES OF ALL THE EXTENDED REGS.
PATTERN W = 000,000,377,017,377,377,375,377
.
.
PATTERN [ = 000,00¢,000,000,000,103,000,000
AN RNERRR RN NN R RN O RN C RO

024226
024226
024226
024232

BGNTST
004737
005037

003576
002402

JSR
CLR

PC,MSTCLR
AXNUN

R AN CRN RO RARNRARRANRRACRRREONRRRRNNRRARNRECEROTOQORNCEOTRIOCTORIORS

:ISSUE AN INITIAL MASTER CLEAR
;INIT AX REG BY'E NO. 10 O

024236
024242
024246
024252
024256
024264
024266
0246274
024300
024300
024302
024304
024306
024310
024310
024312
3 024314

& 026322

5
6
7
8

024326
024330
024334
024340
024344
024350
024356
024360
024366

024372
024372
024374
024376
024400
566 024402
024402
024404
567 024406
568 024414
569 024416
570 0244264
571 024430

572
573
574
575

024432
024436
024442
024450

576
577 024454

024454
024456
024460
024462
578 024464
024464
024466
579 024470
580 024474

—»

14 - EXTENDE

SNN—=2—my

TEST

CIDMRD M8203 STAT(C

MACRO Vv03.01

S TER MASTER CLEAR TEST

002654
002374
002376

004312
000002

000014
004016

1%:

MoV
MovB

;REPORT

READY NOT

002420
002400

014105
020630

103745

004737
005037
012701
004737
032737
001413
012737
004737

000002
002664

003576
002402
002664
004124
000001
000014
004016

002402

002420
002400

8%:

(MP
BLO
JSR
CLR

ERRUF

ESCAPE

002402

000006

000372
002370

002370

002404
002404
002370
004526

10%:

1%:

sSET BITS TO LOAD INTO HI BYTE
;WRITE EXTENDED REG
;SEE IF READY FAILED TO SET
;BR _IF NOT
;SET LU REG NO = 14
;GET REGS FOR PRINTOUT

SET AFTER AX REG WRITE

52,EM52,ERR9

TRAP

.WORD
.WORD
.WORD

TST
#2,AXNUM

R1,#PATI]
1$
PC,MSTCLR
AXNUM

; INCR REG BYTE NO.

CSERDF
52

EMS2
ERR9

TRAP
.WORD

CSESCAPE

TRAP

(SERDF
53

L10037-.

;SEE IF ALL REGS WRITTEN YET
;BR [F NOT DONE WRITING YET
;ISSUE MASTER CLEAR
;INIT EXTENDED REG BYTE NO. TO 0
;INIT DATA PAT POINTER FOR READS
+READ AN EXTENDED REG
;SEE [F READY FAILED TO SET
;BR [F NOT
;SET LU REG NO. = 16
;GET REGS FOR PRINTOUT

:REPORT

104410

53,EM53,ERR9

.WORD
.WORD
.WORD

TST

TRAP

AXNUM, #6
3%
#AX315U,RAX1S

;SEE IF AX3-15
;BR [F NOT
;MASK OFF UNPREDICTABLE BITS

8tG

‘8

;BR If DATA MATCHES

Move

(R1) ,GOODAT

;GET EXPECTED DATA BYTE

PC,GETALL

.GET REGS FOR PRINTOUT

(MPB

MOV

002406

015140

002402

133

sINIT DATA PATTERN POINTER
;SET BITS TO LOAD INTO LO BYTE

CMP
BNE
BI(B
CLR

106455
000002
012161

000070
005237
005201

ADD

(R1)+,WAX16
PC,WRITAX
#WRDYTO,ERRORT
8$
#14 ,REGNUM
PC,GETREG

SEQ

MOV
#PAT] R
JSR
PC,READAX
#RROYTO,ERROR1
BIT
108
BEQ
MOV
#14 ,REGNUM
PC,GETREG
JSR
+REPORT READY NOT SET AFTER AX REG READ

104410

004737

ERRDF

#PATH,R1
(R1)¢,WAX1S

P: ¥

104455
000065
014146
020630

000152
023727
001003
142737
123711
001417
005037
111137
013737

Mmove
JSR
BIT
BEQ
MoV
JSR

ESCAPE

104410

000244
062737
020127

VRN

7-AUG-80 11:01:24 PAGE 24-12

JSR

REG NOT

ERROF

RAX1S5, (R1)

GOODAT

RAX15,BADDAT

.WORD

EMS3

ERR9

CSESCAPE
L10037-.

; COMPARE LO BYTE TO EXPECTED VALUE

;GET ACTUAL DATA BYTE

INITIALIZED BY MASTER (LEAR

2,EM2,ERR3

ESCAPE

TST

INC
INC

AXNUM
R1

TRAP

. INCREMENT AX BYTE NO.
; INCREMENT PAT POINTER

CSERDF

.WORD
.WORD
.WORD

2
EM2
ERR3

TRAP
.WORD

CSESCAPE
L10C37-.

CIDMRD M8203 STATIC DIAG M
TEST

MACRO V03,01 7-AUG=-80 11:01:24 PAGE 24-13

SE@

14 - EXTENDED REGISTER MASTER CLEAR TEST

581 024476
582 024502
583 024504

123711
001417
005037

002372

S85 024514
586 024522
587
588 024526
024526
024530

013737
004737

002372
004526

584 024510

024532
024534

589 024536

024536
024540

590 024542
591 024546
592 024550
593 024554
594 024556
595
596
597

024556
024556

111137

002404

(MPB
BEQ
(LR

.
002406

104455
000002
012161

MOVB

MOV
JSR
;REPORT REG NOT
ERRDF

015140
104410
000016

005237
005201
020127
103673

002402

RAX16, (R1)
68
GOODAT

6%:

002674
ENDTST

(R1) ,GOODATY

:COMPARE M] BYTE TO EXPECTED VALUE
;B8R IF DATA MATCHES

;GET EXPECTED DATA BYTE

RAX16,BADDAT
:GET ACTUAL DATA BYTE
PC,GETALL
:GET REGS FOR PRINTOUT
INITIALIZED BY MASTER CLEAR
2,EM2 ,ERRY

ESCAPE

T1ST

INC
INC
CMP
BLO

AXNUM
R1
R1,#PATY
23

600

TRAP
.WORD
.WORD

CSERDF
P4
EM2

TRAP
.WORD

CSESCAPE
L10037-.

TRAP

CSETST

.WORD

:INCR AX BYTE NO.
:INCR PAT POINTER
;SEE IF ALL REGS READ YET
;BR IF NOT DONE READING YET

L10037:

104401

598
599

134

ERRY

;'-"tt'tttiQtttt't'Q'Q'ttt"""!tttttt'ttl't'tt'ttt"t'tttit'lt't!ttt't'ttt't't

gg;

LSBTTL

TEST 15 = EXTENDED REGISTER ADDRESSING TEST

603
604

;¢ FIRST, ISSUE A MASTER CLEAR TO PUT REGS INTO INITIALIZED STATES SHOWN IN
;« PATTERN I. THEN, WRITE A DIFFERENT WORD OF PATTERN J INTO EACH EXTENDED (AX)

282

e REG.EQND AFTER EACH WRITE, READ AND COMPARE ALL EXTENDED REGS TO EXPECTED

607
608

:*
X

;* VALUES.

609

;;tttttttttttQt't"tttt't"'tt"ttttttt'tt"'ttttQtt'l"tfi!'tl.'t't'tttt"'tttt'

BGNTST

610 024560

024560
611 024560
612 024564
613 024570
614 024576
615 024576
616 024602
617 024604
618 024606

004737
012701
012702
112122
020127
103774
005001
010137

620 024620
621 024626
622 024634

116137 002675 002376
113761 002374 002500
113761 002376 002501

619 026612

623 024642
624 0246646
625 024650
626 024654
627 026660
628 024666

PATTERN I = 000,000,000,000,000,103,000,000
PATTERN J = 000,000,010,002,004,103,001,100

116137

004737
005003
010337
004737
023727
001003

003576
002664
002500

002674

002402
002674

002374

6% :

004312

002402
004124
002402

9% :

000006

T15::
:1SSUE MASTER CLEAR
:INIT POINTER TO PAT |
;INIT POINTER TO EXPECTED DATA AREA
:MOVE PAT [ INTO REDDAT TABLE

JSR
MOV
MOV
MOVB
CMP
B8LO
CLR
MOV

PC,MSTCLR
#PATL,RI
#REDDAT,R2
(R1)+,(R2)+
R1,#PAT)
3%
R1
R1,AXNUM

MOov8
MOVB
MOVB

WAX1S5,REDDAT(RY) :SET EXPECTED LO BYTE IN TABLE

MOV8

JSR
CLR
MOV
JSR
(MP
BNE

PATJ(RY) ,WAX1S

;INIT INDEX FOR WRITING
:GET AX BYTE NO. FOR WRITING
;SET LO AX BYTE TO BE WRITTEN

PATJ+1(RT) ,WAX16 :SET HI AX BYTE TO BE WRITTEN
WAX16.REDDAT+1(R1) ;SET EXPECTED Ml BYTE IN TABLE
PC,WRITAX
R3
RY,AXNUM
PC,READAX
AXNUM,#6
108

:WRITE DATA BYTES INTO EXTENDED REG
;INIT INDEX FOR READING
;GET AX BYTE NO. FOR READING
;READ 2 AX BYTES
;SEE IF AX3-15
:BR IF NOT

CIDMRD MB203 STATIC DIAG M

MACRO V03.01 7-AUG-80 11:01:24 PAGE 24-14

SE@

TEST 15 - EXTENDED REGISTER ADDRESSING TEST

629 024670

630 024676
631 024704
632 024706
633 024712
634 024720
635 024726
636

637 024732
024732

024734
024736
024740

638 024742

142737

123763
001420
005037
116337
013737
004737

640 024752

123763

641 024760

643 024766
644 024774
645 025002
646

647 025006

025006
025010
025012

025014

648 025016

655 025046

656
657
658
659
660
661

025046
025046

062703

002706
062701
020127
002660

;MASK OFF UNPREDICTABLE BITS

RAX15,REDDAT(R3) ;COMPARE LO BYTE READ TO EXPECTED
12%
:BR IF LO BYTE MATCHES EXPECTED
GOODAT
REDDAT(R3Y) ,GOODAT ;GET EXPECTED LO BYTE
RAX15,BADDAT
:GET ACTUAL DATA
PC,GETALL
:GET REGS FOR PRINTOUT

ERRDF

3,EMI ERRS

ESCAPE

TST

INC

TRAP
.MWORD
.WORD

CSERDF
3
EM3

TRAP
.WORD

CSESCAPE
L10040-.

.WORD

AXNUM

INCR AX BYTE NO.

15%

BR IF H] BYTE MATCHES EXPECTED

ERRY

RAX16, REDDAT*1(R3) :COMPARE H] BYTE READ TO EXPECTED

BEQ
(LR
MOVB
MOV
JSR

GOODAT

REDDAT+1(R3) ,GO0DAT ;GET EXPECTED MHI BYTE
RAX16,BADDAT
;GET ACTUAL DATA
PC,GETALL
;GET REGS FOR PRINTOUT

REG MISCOMPARE

015140

020327

#AX31SU,RAX1S

C(MPB
BEQ
CLR
move
MOV
JSR

(MPB

104455
000003
012220

650 025026

B8I(CB

;REPORT REG MISCOMPARE

001420
005037
116337
013737
004737

104410
000026

651 025032
652 025034
653 025040
654 025044

002404
002406

10%:

005237

025016
025020

649 025022

002404
002500
002370
004526

002500

015140

104410
000102

642 024762

002370

104455
000003
012220

0264742
024744

639 024746

000372

135

000002

000010

15%:

000002
000010
ENDTST

ERRDF

3,EM3,ERR3

ESCAPE

T1ST

ADD

#2,R3

:INCR INDEX FOR READS

BLT
ADD
CMP
BLT

9%
#2,R1
R1,#10
6%

;BR IF NOT DONE READING YET
:INCR INDEX FOR WRITES
;SEE IF ALL AX BYTES WRITTEN YET
;BR IF NOT DONE WRITING YET

C(MP

(SERDF
3
EM3

TRAP
.MWORD

CSESCAPE
L10040-.

TRAP

CSETST

.WORD

R3, 70

ERR3

:SEE IF ALL AX BYTES READ YET

L10040:

104401

TRAP
.WORD
.WORD

. t't'tttttttt"'tt""!'tt'!'tt!""'t"tt!"tt'tttttt'lQ"ttt!""t't""t"'.

TEST 16 - REGS 15,16 / AX2-15,AX2-16 READ/WRITE BIT TEST

gg%

SBYIL

664
665
666

.' USING REGS 15,16, THE INDIRECT REGS AX2-15,AX2-16 (USYRT REGS 4,5) ARE
;* WRITTEN AND READ USING EACH WORD OF PATTERN K. AX2-15 IS COHPARED
;¢ TO THE WORD WRITTEN, AND AX2-16 IS ALWAYS COMPARED TO 103. (AX2=16 1S NOT

669

667
668

670
671

;¢ WRITEABLE).
PATTERN K =
ot

e
te

FOR REG 15: 000,377,125,252.001,002,004,010,020,040,10.200.0 ,000.

000,000,000,000,000,000,376,375,373,3%¢7 5 L337.,277.,177,
3r7,3%3727,%27,377,%877,377,377,377

6N
MACRO v03.01 7-AUG=-80 11:01:24 PAGE 24-15
TEST 16 - REGS 15,16 / AX2-15,AX2-16 READ/WRITE BIT TEST

CIDMRD MB203 STATIC DIAG M

FOR REG 16: 000,377,125,252.000,000,000,000,000,000,000
004,010,020,040,100,200,377,377,377,377,377

672
673
674
675
676 025050

025050
677 025050
678 025054
679 025060
680 025060
025060
681 025062
682
683
684
685
686
687
688

689
690
691
692 025152
693
694 025156
025156

025160
025162

376,375,373,367,357,337,277,177.

004737
012701

AR XA XX

000004
002374
000001
002565
002566
004312
004124
002370

004737

002374
002370
004526

002402

002376
002374
002376

002374
002404
002406
;REPORT

XE R RERERXEAREEAZEZERREARZZRZZARRAA
RS ZAARAAALR SRR R

T16::

#4 ,AXNUM
(R1) ,WAX15
1(R1) ,WAX16

JSET BYTE NO. = &
;SET DATA TO WRITE
sSET DATA TO WRITE

BI(C8B
JSR
JSR
(MPB
BEQ
MoV

ANBITS+5,WAX16
PC,.WRITAX
PC,READAX
RAX1S,WAX15
6%
WAX15,GO0DAT

;MASK OFF NON-READ/WRITE BITS [N H[ BYTE
;LOAD DATA INTO AX2=15,AX2-16
:READ AX2=15 AND AX2-16
;COMPARE LO BYTE DATA READ
:BR IF DATA MAT(CHES
sSET EXPECTED DATA

#PATK R

:INIT DATA PATTERN POINTER

MOV
JSR

002402
002372

002404
002671
002372
004526

000003
012220
015140

062701
020127
103701

104401

ANBITS+4 ,WAX1S

RAX1S,BADDAT
PC,GETALL

REG MISCOMPARE

ERRDF

ESCAPE

104405

TRAP

002671

6%:

;MASK OFF NON-READ/WRITE BITS [N LO BYTE

;SET ACTUAL DATA
;GET REGS FOR PRINTOUT

3,EM3 ERR3

TRAP

INC

sREPORT

9%:

ENDTST

PATI+5,G00DAT

JSET EXPECTED DATA

PC,GETALL

;GET REGS FOR PRINTOUTY

RAX16,BADDAT

REG MISCOMPARE

ERRDF

.WORD

TRAP

ENDSEG

8LO

10000%:

ERR3

(SESCAPE
10000%-.

J5ET ACTUAL DATA

3,EM3ERRY

#2,R1
R1,#PATL

CSERDF
3
EM3

:COMPARE H] BYTE DATA READ
:BR IF DATA MAT(CHES

.WORD
.WORD
.WORD

ADD
CMP

000002
003014

:SET AX BYTE NO. = 5

MOV

JSR

TRAP

AXNUM

RAX16,PAT]+S
9%
GOODAT

MOovB

002404
002406

SEG

(MPB
BEQ
CLR

($BSEG

INTO LO BYTE
INTO Hi BYTE

.WORD
.WORD
.WORD

104455

VLA

MOV
MOVB
MovB

BI(B

104455

013737
004737

WAV

R 2

;ISSUE MASTER CLEAR

MOV

025164

oSN

BGNSEG

695 025166
025166
025170
696 025172
697 025176
698 025204

025240
705 025242
706 025242

PC,MSTCLR

JSR

003576
002704

s INCR PATTERN POINTER
;SEE IF ALL DATA MWRITTEN YET

CSERDF
b
Em3

ERRY

TRAP

(SESEG

TRAP

(S$ETST

:BR IF NOT DONE VYET

110041

H 1

MACRO Vv03.01 7-AUG-80 11:01:24 PAGE 24-16
CIOMRD M8203 STATIC DIAG M
TESY 16 - REGS 15,16 / AX2-15,AX2-16 READ/WRITE BIT TEST
73
714
715
716
17
718
719

S22

I R

SBTTL

R R

SEQ

137

X R RN RRRRRRRRRRARRRRRRARRARRRR
2R L)

TEST 17 - AX0-15,AX0-16 READ/WRITE BIT TEST

;¢ N THIS TEST, A MASTER CLEAR IS DONE, AND THEN A WRITE, READ, AND COMPARE
i+ ARE PERFORMED IN REGS AX0-15,AX0-16 USING EACH WORD OF PATTERN L.
S ANY BITS IN AX0=15,AX0-16 WHICM ARE NOT READ/WRITE ARE MASKED OFF (T0 0)

720
721

:» IN THE EXPECTED VALUE BEFORE COMPARISON.

722
723

724
725
726
727 025260
025260
728 025260
729 025264
730 025270
731 025270

025270
025272
025300
025304
025312
025320
025326
025332
025336
025344
025346
025354
025362

025366
025366
025370
025372
025374
746 025376
025376
025400
747 025402
748 025406
749 025414

025416
751 025424
752 025432
754 025436

025436
025440
025442
025444
755 025446

756 025446

025446

;'
1.

PATTERN L =
FOR REG 15:

000,377,000
FOR REG 16: 000,377,000.

' .""'.t"'.""'""""""""'..'.."'.."'"'"'Q.'t".'""".""".".'

BGNTST

004737
012701

003576
003014

T17::

PC,MSTCLR
#PATL R

:1SSUE MASTER CLEAR
:INIT DATA PATTERN POINTER

MoV
MOVB
MovB
BI(B
BI(B
JSR
JSR
(MPB
BEQ
[0}
MOV
JSR

#0 ,AXNUM
(R1) ,WAX15
1(R1),WAX16
ANBITS+0,WAX1S
ANBITS+1,WAX16
PC,WRITAX
PC,READAX
RAX15,WAX15
6%
WAX15,GO0DAT
RAX1S,BADDATY
PC,GETALL

;SET BYTE NO. = 0
JSET DATA TO WRITE INTO LO BYTE
:SET DATA TO WRITE INTO HI BYTE
:MASK OFF NON-READ/WRITE BITS IN LO BYTE
;MASK OFF NON-READ/WRITE BITS IN HI BYTE
:LOAD DATA INTO AX0=15,AX0-16
:READ AX0-15 AND AX0-16
:COMPARE LO BYTE DATA READ
:BR IF DATA MAT(CHES
JSET EXPECTED DATA
:SET ACTUAL DATA
:GET REGS FOR PRINTOUT

ERRDF

3,EM3 ERRY

JSR
MoV
BGNSEG

004737

000000
002374
000001
002561
002562
004312
004124
002370

002402

002374

002404

002370

004526

002376
002374
002376

002374

002406

;REPORT REG MISCOMPARE

104455

ESCAPE

104410

123737

001414
013737
013737
004737

($BSEG

TRAP

CSERDF

.WORD
.WORD

EM3
ERRY

TRAP

CSESCAPE

TRAP

(SERDF

.WORD

000003
012220
015140

000046
065237

TRAP

002402
002372
002376
002372
004526

002376

6%:

002404
002406

SEG

INC
(MPB
BEQ
MOV
Mov
JSR

AXNUM
RAX16,WAX16
9
WAX16,G00DAT
RAX16,BADDAT
PC, GETALL

ERRDF

3,EM3,ERRY

;REPORT REG HISCONPARE

9%:

:SET AX BYTE NO. = 1
;COMPARE H] BYTE DATA READ
:BR IF DATA MATCMES
;SET EXPECTED DATA
;SET ACTUAL DATA
;GET REGS FOR PRINTOUT

.WORD

.WORD
.WORD
.WORD

ENDSEG

:
100008

100008-.

3
Em3
ERR3

CIDMRD M8203 STATIC DIAG M
TESY

MACRO v03.01
17 - AX0-15,AX0-16 READ/WRITE BIT TEST

757
758
759
760

025446

025450
025454
025460
025462

025462
025462

761
762
763
764
765
766
767
768
769
770
m
172
73
774 025464

104405
062701
020127
103703

ADD
CMP

000002
003022
ENDTST

:INCR PATTERN POINTER
;SEE IF ALL DATA WRITTEN YET

138

TRAP

($ESEG

TRAP

CSETST

:BR IF NOT DONE YET

L10042:

':'QQ".'l""""""""'Q""""."'.t"""'t"'Qt't"Qt""."""""""

TEST 18 = AX1=15,AX1-16 READ/WRITE BIT TEST

;v IN THIS TEST, A MASTER CLEAR I> DONE, AND THEN A WRITE, READ, AND COMPARE
;* ARE PERFORMED [N REGS AX1-15,AX1-16 USING EACH WORD OF PATTERN K.

;* ANY BITS IN AX1=15,AX1-16 WHICH ARE NOT READ/WRITE ARE MASKED OFF
;* IN THE EXPECTED VALUE BEFORE COMPARISON.
SR E2 32X

SRR3R

222

003576
002704

JSR
MOV

PC,MSTCLR
#PATK R1

;1SSUE MASTER CLEAR
“INIT DATA PATTERN POINTER

BGNSEG

779

000002

002402

002564

002376
002374
002376

002374
000001
002563

004312
004124
002370

004737

002374
002370
004526

104455

MOVB

1(R1),WAX16

SSET DATA TO WRITE

ESCAPE

002402
002372

002376
002372
004526

002376

002404
002406

(RT),WwAX1S

ANBITS+2.WAX15
ANBITS+3.WAX16
PC,WRITAX
PC.READAX
RAX15,WAX1S
6%

WAX15,G00DAT
RAX15.BADDAT

PC,GETALL
JSR
RE
M]SCOMPA
REG
;REPORT
3,EM3,ERR3
ERRDF

104410

013737
013737
004737

;SET BYTE NO. = 2

MOV
MOV

000003
012220
015140
00046
005237
123737
001414

#2 ,AXNUM

BICB
BICB
JSR
JSR
CMPB
BEQ

002374
0024064
002406

MOV

MOVB

68 :

INC

iRAP

AXNUM

RAX16,WAX16
9%
WAX16,G00DAT
RAX16,BADDAT
PC,GETALL

ERRDF

3,EM3,ERR3

;REPORT REG M]SCOMPARE

($BSEG

SSET DATA TO WRITE INTO LO BYTE
INTO HI BYTE

:MASK OFF NON-READ/WRITE BITS IN LO BYTE
:MASK OFF NON-READ/WRITE BITS IN Ml BYTE
SLOAD DATA INTO AX1-15,AX1-16
CREAD AX1-15 AND AX1-16
SCOMPARE LO BYTE DATA READ
‘BR IF DATA MATCHES
-SET EXPECTED DATA
:SET ACTUAL DATA
‘GET REGS FOR PRINTOUT

TRAP

SEG

CMPB
BEQ
MOV
MOV
JSR

(70 0)

222 AR
R R
RRRRRRRRRR ]

BGNTST

776 025470
777 025474
778 025474

801 025642
025642

¥R
R1,#PATH

BLO

LSBTTL

0254¢4

794
795
796
797
798
799 025636

SEQ

104401

775 025464

793

7-AUG-80 11:01:24 PAGE 24-17

;SET AX BYTE NO. = 3

(SERDF

JWORD
"WORD
_WORD

§
EM3
ERR3

TRAP

CSESCAPE

TRAP

CSERDF

.WORD

10000%-.

“COMPARE HI BYTE DATA READ
‘BR IF DATA MATCHES
SET EXPECTED DATA
SSET ACTUAL DATA
*GET REGS FOR PRINTOUT

CIDMRD M8203 STAT(C DIAG M1

J 1"

MACRO v03.01 7-AUG-80 11:01:24 PAGE 24-18

SEQ@

TEST 18 - AX1=15,AX1-16 READ/WRITE BIT TEST

025644
025646
025650
802 025652
803 025652
025652
025652
804 025654
805 025660
806 025664
807 025666

808
809

025666
025666

000003
012220
015140

104405
062701
020127

103703

9$:

ENDSEG

000002
003014
ENDTST

100008$:

ADD
(MP
BLO

#2,R1
R1,#PATL
3%

;INCR PATTERN POINTER
;SEE IF ALL DATA WRITTEN YET
;BR IF NOT DONE YET

L10043:

104401

139

.WORD
.WORD
.WORD

3
EM3
ERR3

TRAP

(SESEG

TRAP

CSETST

D o

Co 00 0o 0o 00 O0

—
—

[o -] 0

0 [ .2 NTe JU.F JV 1, §)

810
81

R
R
R
A R R R
AR
AR

TEST 19 = AX3=15,AX3-16 READ/WRITE BIT TEST

.SBTTL
*

v IN THIS TEST A MASTER CLEAR [S DONE AND THEN A WRiTE, READ, AND COMPARE ARE
;* PERFORMED IN REGS AX3-15,AX3-16 USING EACH WORD OF PATTERN V FOR WRITING,
;* AND PATTERN U FOR COMPARING.

;¢ ANY BITS IN AX3=15,AX3-16 WHICH ARE NOT READ/WRITE ARE MASKED OFF
i« IN THE EXPECTED VALUE BEFORE COMPARISON.

820
821

‘¢

822

PATTERN V =

FOR REG 15 : 000.333,331,323,313,233,133,000,000,000,000,

€00.000.000.000,000,000,000.000

823

824

FOR REG 16 : 000.000,000.000.000.,000,000,001,002,004,040,

825

827
828
829
830

e
;e
‘e
L

832 025670

BGNTST

826

‘«

831

(70 0)

100,200,346,345,343,307,247,147

PATTERN U =

FOR REG 15 : 000,001,013,011,021,101,301,000,000,000,000,
000.000.000,000,000,000,000.,000
FOR REG 16 : 000.000,000.000,000.,000,000.001,002,004,040,
100.200.346.345.343.307.247.,147

""ttQ't"'t'""""ii""""i"'.'..".i".""'t""""'!"""""'."""'

025670

833 025670
834 025674

004737
142777

003576
000010

836 025706
837 025712

012701

003104

835 025702

838 025712

025712

012702
104404

003152

154546

JSR
BICB

PC,MSTCLR
#LULOOP,aBSEL1

:1SSUE MASTER CLEAR
:CLEAR LULOOP

MOV

#PATU.RY

“INIT PATTERN U POINTER

MOV

#PATV,R?

119::

YINIT PATTERN V POINTER

BGNSEG

839 025714

012737

000006

002402

MOV

26, AXNUM

;SET BYTE NO. = 6

841 025726

116237

000001

002376

MOVB

1(R2),WAXi6

"SET DATA TO WRITE INTO Wl BYIE

840 025722

842 025734
843 025740
844 025744
845 025752
846 025754

847 025762
848 025770
849 025774

111237 002374

004737
004737
132737

004312
004124
000001

142737
123711

000372
000040
002370

001003
142737
001417

MOVB

002374
002370
002370

4$:

(R2),WAX1S

JSR
JSR
BITB

PC,WR{TAX
PC . READAX
#TEST,WAX1S

BICB
CMPB

#C32BCC.RAX15
RAX1S, (R1)

BNE
81CB
BEQ

43
#AX3I5U,RAX1S
6%

SSET DATA TO WRITE INTO LO BYTF

*LOAD DATA INTO AX3-15,AX3-16
‘READ AX3-15 AND AX3-16
*SEE IF AN INTERFACE 1S SELECTED
‘B8R IF YES
:MASK OFF UNPREDICTABLE BI'S

:CLEAR CRC32 BCC BIT
"COMPARE LO BYTE DATA READ
'BR IF DATA MATCHES

TRAP

C$BSEG

K1
MACRO v03.01 7-AUG=-80 11:01:24 PAGE 24-19
(IDMRD M8203 STATI(C DIAG M
TEST 19 - AX3=-15,AX3-16 READ/WRITE BIT TEST

850 025776
851 026002
852 026006
853 026014
854
855 026020
026020
026022
026024
026026
856 026030
026030
026032
857 026034
858 026040
859 026046
860 026050
861 026054
862 026062
863 026070
865 026074
026074
026076
026100
026102
866 026104
867 026104
026104
026104
868 026106
869 026112
870 026116
871 026122
872 026124
026124
026124

005037
111137

013737
004737

002404
002404
002370
004526

000003
012220
015140

002402
002372

002404
000001
002372
004526

000001

€$:

012220
015140

103673

JSR

PC,GETALL

*GET REC FOR PRINTOUT

INC

002404
002406
;REPORT

9%:

TRAP
.WORD

AXNUM

;SET AX BYTE NO. = 7

1(R1),G00DAT
RAX16,BADDAT

;SET EXPECTED DATA
;SET ACTUAL DATA

RAX16,1(R1)
9$
GOODAT

JSR

PC,GETALL

ERRDF

3 ,EM3,ERR3

REG MISCOMPARE

ADD
ADD

ENDTST

R1,#PATY

(MP
BLO

.WORD
.WORD

EM3
ERR3

TRAP

CSESCAPE

TRAP
.WORD

%SERDF

.WORD

10000%-.

;GET REGS FOR PRINTOUT

10000%:
#2,R2
#2.R1

gsenor

;COMPARE HI BYTE DATA READ
;BR IF DATA MATCHES

ENDSEG

000002
000002
003152

140

SSET ACTUAL DATA

SEG

(MPB
BEQ
CLR

MOVB
MOV

104455
000003

062702
062701
020127

;SET EXPECTED DATA

RAX15,BADDAT

ESCAPE

104410

104405

GOODAT
(R1),GOODAT

;REPORT REG MISCOMPARE
ERRDF
3,EM3,ERR3

1046455

000052
005237
123761
0014616
005037
116137
013737
004737

CLR
MOVB

MOV

002404

SEQ

.WORD
.WORD

EM3
ERR3

TRAP

CSESEG

TRAP

CSETST

:INCR PATTERN V POINTER
; INCR PATTERN U POINTER

:SEE IF ALL DATA WRITTEN YET

:BR IF NOT DONC YET

L10044:

104401

l)
2
2ttt
222
02022
222
2222222222222 22282
222222

TEST 20 = REG 17 - AX2-16 READ/WRITE, MASTER CLEAR TEST

LSBTTL
. u

;¢ THIS TEST CONSISTS OF 2 SUBTESTS. IN THE FIRST SUBTEST, EACH BYTE OF PAT O
;¢ IS WRITTEN INTO REG 17 AND AFTER EACH WRITE, AX2-16 IS READ AND (OMPARED
;* TO A BYTE OF PAT P.
;¢
PATTERN 0 = 000,041,004,010,020,040,100,101,200,201,300,111,303,375

;¢

PATTERN P = 000,113,200,040,020,010,001,104,007,105,007,144,107,157

:* IN THE SECOND SUBTESY, REG 17 IS LOADED WITH §75, A MASTER CLEAR iS ISSUED,

(103).
;¢ AND AX2-16 IS COMPARED TO ITS INITIALIZED STATE 2
RN R0 RRRRRRRRRRRARRRRRRD;
SN Y2232 222 222

238

889 026126
026126
890 026126
891 026132

BGNTST
004737
012701

003576
003050

JSR
MOV

X222 22222222

PC,MSTCLR
#PATO,RY

222022220

;ISSUE MASTER CLEAR
;INIT PAT C POINTER

(20::

O——
U
[ESUUOR

L.n
MACRO V03.01 7-AUG-80 11:01:24 PAGE 24-20
CIDMRD MB203 STATIC DIAG M
TEST 20 -~ REG 17 =~ AX2-16 READ/WRITE, MASTER CLEAR TEST

892 026136
893 026142
894 026150
895
896
897
898 026156
026156
026156
899 026160
900 026160
026160
026162
902 026166
903 026172
904 026176
905 026202
906 026204
907 026210
908 026214
909 026220
910 026224
026232
913 026236

026236
026240
026242
026244
026246
026246
026246
026246

916 026250
917 026252

918 026254
919 026260
920 026262
026262
026262
921

003066
000017
000005

#PATP,R2

MOV
MOV

217, REGNUM
25, AXNUM

SINIT PAT P POINTER

*SET LU REG NO. = 17
SSET AX BYTE NO. = S FOR AX2-16

REG 17, READ AND COMPARE AX2-16
BGNSUB

120.1

104402
104404
111137

004737
004737
123712
001421
005037
111137
005037
111237

013737
004737

BGNSES

002366
003750
004124
002372

MOVB

002410
002410
002404
002404
002372
004526

CLR
MOVE
CLR
MOVE
MOV

JSR
JSR
CMPB

BEQ

002406

JSR

ERRDF

104455
000003

012220
016300

6%:

104405

005201
005202
020127

103737

(R1),WRIBYT

PC,WRITLU
PC.READAX
RAX16, (R2)
6%

LOADAT
(R1),LOADAT
GOODAT
(R2),GOODAT
RAX16,BADDAT

PC,GETALL

sREPORT REG MISCOMPARE

003066

TRAP

(s8suB

TRAP

($BSEG

TRAP

CSERDF
3
EM3

:SET BYTE TO BE WRITTEN

‘WRITE DATA BYTE INTO REG 17
‘READ AX2
"COMPARE AX2-16 TO EXPECTED DATA
‘BR IF DATA MATCHES

SSET DATA WHICH WAS WRITTEN
;SET EXPECTED DATA READ
:SET ACTUAL DATA READ

*GET REGS FOR PRINTOUT

3,EM3,ERRS

.WORD
"WORD
-WORD

ENDSEG

INC
INC
CMP
BLO

ENDSUB

10000$:

R1
R2
R1,#PATP
3¢

;INCR PAT 0 POINTER
“INCR PAT P POINTER
“SEE IF ALL BYTES LOADED YET
‘BR IF NOT
L10046:

104403

ERRS

TRAP

CSESEG

TRAP

($ESUB

TRAP

(sBsus

* LOAD REG 17, DO MASTER CLEAR, READ AND COMPARE AX2-16

922
923

924 026264
026264
026264
925 026266
926 026274
927 026300
928 026304
929 026310
930 026316
931 026320
932 026324
933 026332
934 026340
935

MOV

002400
002402

SEQ

BGNSUB
106402

112737

004737
004737
004737

123737
001416
005037
113737

013737
004737

000375
003750
003576
004124
002372
002404
002671
002372
004526

002366

002671

002404
002406

120.2

MOVE

#375,WRIBYT

CMPB

RAX16,PATI+S

JSR
JSR
JSR

BEQ

CLR
MOVB
MOV
JSR
;REPORT REG NOT

:SET DATA TO BE LOADED

PC,WRITLU
PC.MSTCLR
PC . READAX

*LOAD DATA INTO REG 17
‘PERFORM MASTER CLEAR
"READ AX2-15 AX2-16

‘BR IF YES

:SEE IF AX2-16 WAS INIT'D CORRECLTLY

GOODAT
:SET EXPECTED DATA
PAT1+5,.GOODAT
:SET ACTUAL DATA
RAX16.BADDAT
PC,GETALL
.GET REGS FOR PRINTOUT
INITIALIZED BY MASTER CLEAR

LIRR
MACRO
v03.01
7-AUG-80
11:01:24
PAGE
24-21
C l DMRD M8203 STATIC DIAG #1
1 £ ST 20 - REG 17 - AX2-16 READ/WRITE, MASTER CLEAR TEST

936 026344

026344
026346
026350

026352

937 026354
938 026354

940
941
942
943
944

015140

026354
026354

104403

026356
026356

104401

939 026356

ERRDF

104455
000002
012161

68
:

SEQ

2,EM2,ERR3

ENDSUB

L10047:

ENDTST

L10045:

142

TRAP
.WORD
"WORD

.WIORD

(SERDF
2
EM?2
ERR3

TRAP

C$ESUB

TRAP

CSETST

9‘5

.'"tt"tt'ttttt't'.'tt'"""'t""'t'tttt't'tt'ttt"tt0't"t"""'t't'tt"""'

9«6
94?7
948

952

LSBTTL
TEST 21 - TRANSMITTER BUFFER DATA TEST
:* A MASTER CLEAR IS DONE FIRST, AND THEN A BYTE OF PATTERN N IS LOADED INTO
:* REG 11 AND THE NEXT BYTE IS LOADED TWICE INTO REG 10. THE PROGRAM THEN WAITS
;¢ AT LEAST SO MICRO-SEC, AND THEN IT READS AND COMPARES AX1-15 TO THE BYTE
:* WHICH WAS LOADED INTO REG 10, AND IT READS AND COMPARES AX1-16 TO THE BYTE
:* WHICH WAS LOADED INTO REG 11, THIS PROCESS IS REPEATED (INCLUDING THE MASTER
:* CLEAR) FOR EACH PAIR OF BYTES IN PATTERN N.

954
955

e
i

949
950
951
953

956

PATTERN N =

FOR REG 10: 000,125,252,377.000,000,000
FOR REG 11: 000.000.000,000,005,012.017

.-;'t"tt'ttttttt'!'tt'"""Q"tttttittttt.tittttttfiittttttttttttiittitttttitttt

957 026360

026360

958 026360
959 026364
960 026372

026372
026372
961 026374
962 026400
963 026404

BONTST

012701
012737

104402

004737

004737
000001

003032
026626

003576

012737
111137
004737

000011
002366
003750

969 026440
970 026444
971 026450
972 026454

004737
004737
004737
004737

003750
003750
005146
004662

012737
004737
123761

000002
004124
002370

973 026460

974 026462
975 026470
976 026474

977 026502
978 026504
979 026510
980 026516

981 026524

004662

964 026406
965 026414
966 026420

967 026424
968 026432

002362

002400

012737 000010 002400
116137 000001 002366

000003

001420
005037
116137
013737

004737

002404
000001
002370

004526

002402
000001
002404
002406

121::

MOV
MOV
BGNSUB

#PATN,R1
#A2 ,RETADR

JSR

PC MSTCLR

;s 1SSUE MASTER CLEAR

MOV
MOVB
JSR

#11,REGNUM
(R1),WRIBYT
PC,WRITLU

:SET LU REG NO. = 11
*SET DATA BYTE TO BE WRITTEN
*WRITE BYTE INTO REG 11

JSR
JSR
JSR
JSR

PC,URITLU
PC,URITLY
PC,WALTSO
PC,OSIRDY

;WRITE BYTE INTO REG 10
:WRITE IT AGAIN (SO 2 ENTRIES ARE IN SILO)
;WAIT FOR SILO DATA TO RIPPLE
;CHECK ORDY AND OCOR FOR EXPECTED STATES

JSR
1

MOV
MOVB

MOV
JSR
(MPB

BEQ
CLR
MOVB
MOV

JSR

;INIT PATTERN POINTER
:SET SUBROUTINE ERROR RETURN ADDRESS

121.1:

PC,OSIRDY

#10, REGNUM
1(R{).URIBYT

($BSUB

;CHECK ORDY AND OCOR FOR EXPECTED STATES

<SET LU REG NO. = 10
:SET DATA BYTE TO BE WRITTEN

#2, AXNUM
PC . READAX
RAX15,1(R1)

;SET BYTE NO. FOR AX1-15
TREAD AX1-15. AX1-16
*COMPARE AX1-15 TO EXPECTED

PC,GETALL

:SET EXPECTED DATA
:SET ACTUAL DATA
;GET REGS FOR PRINTOUT

63
GOODAT
1(R1).GOODAT
RAX15.BADDAT

TRAP

:BR IF MATCH

CZOMRD M8203 STATLC DIAG M

SEQ

MACRO V03.01 7-AUG-80 11:01:24 PAGE 24-2¢

143

TEST 21 - TRANSMITTER BUFFER DATA TEST

sREPORT REG MISCOMPARE

98¢

983 026530

026530
026532
026534
026536
026540
026540
026542
026544
026550
026554
026556
026562
026566
026574
026600
026600
026602
026604
026606
026610
026610
026612
026614
026620
026624

026626
999 026626
026626
026626
1000 026630
026630
026630

104410
000064

005237
123711

001417
005037
11137
013737
004737

ESCAPE

6$:

002402
002372

002404
002404
002372
004526

002406

SUB

TRAP

INC
CMPB
BEQ

AXNUM
RAX16, (R1)
9%

:INCR AX BYTE NO.
:COMPARE AX1=-16 TO EXPECTED
:BR IF MATCH

MovB
MOV

(R1) ,GOODAT
RAX16,BADDAT

;SET EXPECTED DATA
;SET ACTUAL DATA

GOODAT

(LR

PC,GETALL
JSR
:REPORT REG M]SCOMPARE
3,EMT,ERRY
ERRDF

106410

000002
003050

9$:

ESCAPE

SUB

ADD
CMP
BLO

#2,R1
R1,4#PATO
3%

3}
EM3
ERR3

CSESCAPE

L10051-.

TRAP

CSERDF

:GET REGS FOR PRINTOUT

TRAP

ENDTST

L10051:

L10050:

104401

3
EM3

ERR3
CSESCAPE

.WORD

L10051-.

TRAP

($ESUB

TRAP

CSETST

:INCR DATA PATTERN POINTER
:SEE IF ALL DATA BYTES WRITTEN YET
:BR IF NOT DONE YET

ENDSUB
104403

(SERDF

LWORD

.WORD
.WORD
.WORD

000003
012220
015140

103663

TRAP

.WORD
.WORD
.WORD

1046455

000014
062701
020127

3,EM3,ERRY

ERRDF

106455
000003
012220
015140

;;"".'.""'.""'""""""'."."'..""""'l"'.'...".'.."""""l"'

O
%

O
w,

»
%

8.0,

8
0
B,

THE PROGRAM CYCLES STEPLU FOR 8 CYCLES AND (HECKS THAT AFTER THE 8TW, ORDY=1.
AX1=15 |S READ AND COMPARED TO EXPECTED DATA,
THE REST OF THE BINARY COUNT DATA BYTES ARE LOADED, CYCLED 8 C(LOCKS, READ AND

THIS TO OCCUR WITHIN 3 CYCLES.

THE SILO IS THEN FILLED WITH 64 BYTES OF A 256-BYTE BINARY COUNT PATTERN
(000-377) AND THE PROGRAM (MECKS FOR ORDY=0 AFTER THE 64TH (HAR S LOADED.

—

TEST 22 - TRANSMITTER BUFFER SEQUENCING TEST

FIRST, A MASTER CLEAR 1S DONE, AND THE PROGRAM (MECKS FOR ORDY=1, OCUR=0.
THEN, 2 TSOM CHARS ARE LOADED INTO THE TX SILO, AND ALI OWED TO RIPPLE
DOWN TO THE OUTPUT. THE PROGRAM CHECKS FOR ORDY=1, OCOR=1.
NEXT, THE PROGRAM CYCLES THE STEPLU BIT UNTIL OCOR=0 AGAIN, AND CHECKS FOR

) cnld e

Dl =l

o [elelelalelolalele)
NN -— ol D cnld wld il and ld b
- OO
O NP
—

LSBTTL

10
1022 026632

BONTST

COMPARED, A BYTE AT A TIME. UPON (OMPLETION, TWE SILO IS (MECKED TO BE EMPTY

WiTHW ORDY=1, OCOR=0.

CIDMRD MB203 STAT(( gl A N
TEST 22 - TRANSMITTER

026632
}8%2 026632

B 12
MACRO v03.01 7-AUG-80 11:01:24 PAGE 24-23

BUFFER SEQUENCING TEST

012737

027306

002362

}8%2

#AY,RETADR

122::
;SET SUBR ERROR RETURN ADDR

: SET MASTER CLEAR, CHECK FOR ORDY=1, OCOR=0

1027 026640

1028 026644
}8%8 026650

004737

004737
000001

003576

JSR

0046662

JSR
1

PC,MSTCLR

PC,OSIRDY

;:1SSUE MASTER CLEAR

;CHK ORDY=1, OCOR=0

: LOAD 2 SOM CHARS, ALLOW SILO TO RIPPLE, CHK ORDY=1, OCOR=1

}8%5
1033
1034
1035
1036

MOV

026652
026660
026664
026670

1037 026674
}8§g 026700

012737
004737
00473/
004737

004737
000003

000400
005174
005174
005146

002422

004662

JSR
3

}82?
005001
012737
004737

1046 026720
1047 026724
1048 026732

004737
132737
001404

003672
000020

1050 026736

020127

000003

004737
000001

004662

1049 026734

1051 026742
1052 026744
}822 026750

000001

005201

002763

000017
005254

002400

005003
010337
004737
004737
020327
001004
012737
000403
012737
004737
000000
005203

}8;? 027030

002751

;CHK ORDY=1, OCOR=1

CLR
MOV
JSR

R1
#17,REGNUM
PC,STPLU

;INIT CYCLE fOUNTER T0 O
:SET REG NO. = 17
sSTEP LU 1 CYCLE

JSR
BIT8
BEQ

PC,READLU
#0COR,REDBYT
63

;READ REG 17
;SEE IF OCOR = 0 YET
:BR IF OCOR = 0

(MP

R1,#3

;SEE IF 3 CYCLES DONE YET

INC

6$:

020327

002422
005174
005146
000077

8$:

000002

027020

000003

027020

004662

BLT

JSR
1

CLR
MOV
JSR
JSR
CMP
BNE

3%
PC,OSIRDY

s INCR CYCLE COUNT

;BR IF NO

;CHK ORDY=1, OCOR=0

:INIT PATTERN FOR WRITING
;SET DATA TO BE WRITTEN
;LOAD DATA CHAR INTO TX SILO
:WAIT FOR DATA TO RIPPLE IN SILO
;SEE IF 64TH CHAR JUST LOADED
;BR IF NO
;SET UP TO CHK ORDY=0,0C0R=1

INC

R3
R3, TXWORD
PC,LDTXS]
PC,WAITS0
R3,#63.
9
#2,14%
12%
#3,148
PC,OSIRDY
O
R3

BLT

;:BR IF NO

[0}

9%:

12%:
14%:

000100

MOV

JSR
LMORD

CMpP

R3, 264

:SET UP TO CHK ORDY=1,0(0R=1
:CMK ORDY, OCOR

:INCR PATTERN FOR WRITES

:SEE IF 64 CHARS LOADED YET

: CLOCK LINE UNIT, CHECK ORDY = 1 WITHIN 8 CYCLES

}8;%
1075 027040
1076 027042
1077 027046
1078 027050

PC,0SIRDY

:SET DATA TO WRITE INTO SILO
:LOAD THE SILO WITH SOM
;:LOAD ANOTHER SOM
:WAIT FOR DATA TO RIPPLE

: LOAD 64 BINARY COUNT CHARS INTO SILO, CHK ORDY=0

1057 026752
1058 026754
1059 026760
1060 026764
1061 026770
1062 026774
1063 026776
1064 027004
1065 027006
1066 027014
1067 027020
1068 027022

1074 027032

3%:

002364

}822

1069 027024

#TXSOM,TXWORD
PC,LDTXSI
PC,LDTXSI
PC,WALTSO

: CLOCK LINE UNIT, CHK FOR OCCR = 0 WITHIN 3 CYCLES

1042 026702
10643 026704
1064 026712

1045 026716

MOV
JSR
JSR
JSR

012737

005001
004737
00000
004737

000011
005254
003672

(02400

MoV
16%:

(LR
JSR
1
JSR

#11,REGNUM

:SET REG NO. = 11

PC,READLU

:READ REG N

R1
PC,STPLU

SINIT CYCLE COUNT
;CLOCK LU FOR 1 CYCLE

SEQ

144

c_1

MACRO v03.01 7-AUG-80 11:01:24 PAGE 24-24
1 ST 22 -~ (RANSMITTER BUFFER SEQUENCING TEST
C DMRD MB203 STATIC DIAG M

1079
1080
1081
1082
1083
1084
1085

027054
027062
027064
027066
027072
027074
027100

1089 027102

1090 027104
1091 027112

1092
1093
1094
1095
1096

027116
027122
027124
027130
027136

1097
1098 027142

027142
027144
027146
027150

1099 027152

027152
027154
1100 027156

101
1102
1103
1104 027156
1105 027162
1106 027164
1107 027170
1108 027174
1109 027176
1110 027202
1111 027204
1112 027206
1113 027212
1114 027214
1115 02722

1116 027224

1117 027226
1118 027232

1119 027240
1120
1121 027244

000020

005004
012737
004737
123704
001415
010437
013737
004737

002364

BITB

000010
004662

JSR

PC,OSIRDY

CLR
MOV
JSR

R4
#2, AXNUM
PC . READAX

000002
004124
002370

002404
002370
004526

BLT
3

002402

CMPB
BEQ
MOV

MOV
JSR

002406

104455

000003
012220
015140
104410

16§

RAX15,R4
20$

R4, GOODAT

RAX1S,BADDAT
PC,GETALL

ERRDF

3,EM3,LRR3

ESCAPE

TST

020327
003010
010337
004737
005203
004737
000002
005204
004737
000010

004737

145

;SEE IF ORDY =1 ver
;BR IF YES
s INCR CYCLE COUNT
;SEE IF 8 (v CLES YET
;BR IF NOT YET
;CHK ORDY = 1, 0CCR =1

;INIT PATTERN FOR READING

;SET AX BYTE NO. FOR AX1-15
;READ AX1-15
; COMPARE AX1-15 TO EXPECTED
:BR IF MATCH
;SET EXPECTED DATA
;SET ACTUAL DATA
:GET REGS FOR PRINTOUT

CSERDF
3
EM3
ERR3
CSESCAPE

L10052-.

000132

000377

;SEE IF ALL CHARS LOADED YET
:BR _IF YES

002422
005174

CMP
8GT
MOV
JSR

R3,#255.
26%
R3, TXWORD

004662

5SR

PC,OSIRDY

INC
gSR

R&
PC,STPLU

: INCR PAT FOR READING

JSR

(MPB
BEQ

PC,READAX
RAX15,R4
27$

MOV
JSR

RAX15,BADDAT
PC,GETALL

;READ AX1-15
: COMPARE AX1-15 TD EXPECTED
:BR IF MAT(CH
:SET EXPECTED DATA
sSET ACTUAL DATA
;GET REGS FOR PRINTOUT

INC

26%:

005254

004124
002370
002404
002370
004526

MOV

002406

ERRDF

1122 027254

000377

PC,LDTXSI

R4 ,GOODAY

;REPORT REG MISCOMPARE

027250
027252

1123 027260

198
R
R1,48.

sREPORT REG MISCOMPARE

027244
027246

027254
027256

#ORDY,REDBYT

BNE
INC
CMP

SEQ

27%:

;SET DATA TO BE WRITTEN
:LOAD DATA (HAR INTO TX SILO
:INCR DATA TO BE WRITTEN
;CHK ORDY=0, 0COR=1

;CLOCK LINE UNIT FOR 8 CYCLES

3,EM3,ERR3

ESCAPE

TSI

CMP

RG, #255.

TRAP

;SEE 1F WE READ LAST (HAR YET

CSERDS

.WORD
.WORD
.WORD

3
Em3
ERR3

TRAP

CSESCAPE
1.10052-.

.WORD

MACRO v03.01 7-AUG-80 11:01:24 PAGE
DMRD MB203 STATIC DiAG M
ST 22 = TRANSMITTER BUFFER SEQUENCING TEST
1124
1125
1126
1127
1128
1129
1130
1131
1132

1133
1134
1135
1136
137
1138
1139
1140

027264
027266
027272
027274
027276
027302
027304
027306
027306

027306
027306

001004
004737
000001
000404
004737
000003
000724

004662

29%:

004662

PC,OSIRDY

:CHK ORDY=1, OCOR=1

248

; CONTINUE

:CHK ORDY=1, OCOR=0

PC,OSIRDY

L10052:

TRAP

CSETST

;:QQ"Q.Qt".'t"t""'t"""""t.""".t't.t"itt't"'t'tttt"""""""

TEST 23 - TX MSG TIMING TEST,

.SBTTL

CHAR MODE, WITH (RC

*
*
«
«

1143

1144
1145
1146
1147
1148
1149

1177 027414

146

;BR IF NOT

29%

104401

14
1142

1150
1151
1152 027310
027310
1153 027310
1154 027316
1155 027322
1156 027324
1157 027326
1158 027332
1159 027334
1160 027336
1161 027342
1162 027344
1163 027346
1164 027352
1165 027354
1166 027356
1167 027362
1168 027364
1169 027366
1170 027372
1171 027374
1172 027376
1173 027402
1174 027404
1175 027406
1176 027412

SEQ

BNE
JSR
1
BR
JSR

A3:
ENDTST

D 12
24-25

IN THIS TEST, AN ENTIRE MESSAGF

IS TRANSMITTED (USING STEPLU AND LULOOP)

AND THE PROGRAM MONITORS THE ULCURRENCE OF USYRT TX BUFFER EMPTY FLAGS
(BY SCANNING ORDY AND OCOR) AND OACT, AT EACH STEP. THE TEST IS DONE IN

CHARACTER ORIENTED PROTOCOL MODE, USING 8-BIT CHARS AND CRC-16.
THE

FOLLOWING STEPS ARE DONE:

¢« A MASTER CLEAR IS DONE, AND THE LINE UNIT IS PLACED IN CHAR MODE.

* SOM IS SET TWICE TO SEND 2 SYNCH CHARS. THEN, 2 000 CHARS ARE SENT, AND
¢ THEN 2 TERMINATING SYNCHS ARE SENT.

* THE TRANSMITTER IS THEN DISABLED, USING OC, AND OACT

* L EARED STATE AFTER THE 3RD SYNCH COMPLETES.

222X

BGNTST
012737
004737
000226
000011
004737
000000
100010
004737
000000
000010
004737
001000
000010
004737
001000
000010
004737
001000
000020
004737
001000
000010
004737
001000
000010

027422
005540
006122

002362

MOV

R RE X

#AL RETADR

PC,INITRN
JSR
SYNCH
STRIP!DDCMP
PC, TXCHAR
JSR

000
CHPCHK'8.

XX SRR

IS MONITORED FOR THE

RSS2

R RRRRRRARRRRRRRRRl A

T23::

:SET TEST EXIT ADDRESS FOR ERRORS
:DC MASTER CLR, 'OAD 2 SOM'?
;LOAD A 000 CHAR, TX FIRST SYNCH (226)

JSR
goo

PC,TXCHAR

:LOAD 2ND 000 CHAR, TX 2ND SYNCH

JSR

PC,TXCHAR

;LOAD EOM CHAR, TX FIRST 000 CHAR

JSR

PC,TXCHAR

;LOAD EOM CHAR, TX 2ND 000 CHAR

0061¢2

JSR

PC.TXCHAR

;LOAD EOM, TX CRC-16 CHAR

006122

16.
JSR

PC, TXCHAR

;LOAD EOM, TX FIRST TERMINATING SYNCH

JSR

PC,TXCHAR

:LOAD EOM, TX 2ND TERMINATING SYNCH

006122

006122
006122

006122

gxeon
;xfon

TXEOM

ngOH
TXEOM

CIDMRD MB203 STATIC DIAG M

TEST 23 = Tx MSG TIMING TEST,
1178
1179
1180
1181

1182
1183

027416
027422
027422
027426

027426
027426

004737

006274

004737

003576

E_12

MACRO V03.01 7-AUG-80 11:01:24 PAGE 24-26

SEQ

CHAR MODE, WITH CRC

AL:
ENDTST

JSR

PC,ENDTRN

;SET 0C, MONITOR OCOR

JSR

PC,MSTCLR

;ISSUE MASTER CLEAR TO CLEAN UP

L10053:

10440

TRAP

147

CSETST

1184

1185
1186
1187
1188
1189
1190
1191
1192
1193

C e AAARNNNN AR RN

LSBTTL

1205 027444
1206 027446
1207 027452
1208 027454
1209 027456
1210 027462
1211 027464
1212 027466
1213 027472
12146 027474
1215 027476
1216 027502
1217 027504

1218 027506
1219 027512
1220 027514
1221 027516
1222 027522
1223 027524

12264 027526
1225 027532

—

o
N
© 0o

1226 027532
1227 027536
027536
027536

R RN R R R C

RN AR RN RN RN AN

RN AN AANRNRNNCNANNANSOARANRNONOCOOORAAOOOON

TEST 24 = TX MSG TIMING TEST, BIT MODE, WITH CRC

:*
: « [N THIS TEST, AN ENTIRE MESSAGE IS TRANSMITTED (USING STEPLU AND LULOOP)
: + AND THE PROGRAM MONITORS THE OCCURRENCE OF USYRT TX BUFFER EMPTY FLAGS
: + (BY SCANNING ORDY AND OCOR) AND OACT, AT EACH STEP. THE TEST IS DONE IN
: + BIT ORIENTED PROTOCOL MODE, USING 8-BIT CHARS AND CRC-CCITT-1,

1194
1195
1196
1197
1198
1199
1200
1201 027430

027430
1202 027430
1203 027436
1204 027442

H *
;*
:*
:*
H*
:* |

THE

FOLLOWING STEPS ARE DONE:

A MASTER CLEAR IS DONE, AND THE LINE UNIT IS PLACED IN BIT MODE.

SOM ]S SET TWICE TO SEND 2 FLAG CHARS. THEN, 2 000 CHARS ARE SENT, AND
THEN 2 TERMINATING FLAGS ARE SENT.

THE TRANSMITTER IS THEN DISABLED, USING OC, AND OACT IS MONITORED FOR THE

CLEARED STATE.

.
BGNTST
012737

004737
000000

000000
004737
000000
100010
004737
000000
000010
004737
001000
000010
004737
001000
000030

027532

005540

MOV

JSR
000

006122

006122
006122

006122

004737

006274

004737

003576

#AS ,RETADR
PC,INITRN

000
PC,TXCHAR
JSR
000
CHPCHK'8.
PC, TXCHAR
JSR
000
8.
PC,TXCHAR
JSR
TXEOM
8.
PC,TXCHAR
JSR
TXEOM
264.

0061272

004737
001000
000010
004737
001000
000010

104401

002362

006122

AS:

ENDTST

124::

:SET TEST EXIT ADDRESS FOR ERRORS

;D0 MASTER CLR, LOAD 2 SOM'2
;LOAD A 000 CHAR,

TX FIRST FLAG

;LOAD 2ND 000 CHAR, TX 2ND FLAG
;LOAD EOM CHAR, TX FIRST 000 CHAR

;LOAD EOM, TXx 2ND 000 CHAR AND CRC-CCITT-1 (MAR

JSR
TXEOM
8.
JSR
"XEOM
8.

PC,TXCHAR

;LOAD EOM, TX FIRST TERMINATING FLAG

PC,TXCHAR

;LOAD EOM, TX 2ND TERMINATING FLAG

JSP

PC,ENDTRN

;SET OC, MONITOR OCGR

JSR

PC.MSTCLR

. ISSUE MASTER CLEAR TO CLEAN UP
1100564

TRAP

Ce_T1S7

F 12
MACRO v03.01 7-AUG-80 11:01:24 PAGE 24-27
CIDMRD MB203 *TAT{C DIA cn
TEST 24 - TX MSG TIM
IMING TEST, BIT MODE, WITH CRC
1230
12N
1232
1233

SEQ

148

;:'tt'tQ't'tt"t"t""t""'Q"ttt't"QQQQl't't""tt".Qtt'tt"t"t""""'

}%%g

LSBTTL

TEST 25 = TX MSG TIMING TEST, CHAR MODE, WITH NO CRC

1236
12%7
1238
1239

:*
;*
:*
;%

IN THIS TEST, AN ENTIRE MESSAGE IS TRANSMITTED (USING STEPLU AND LULOOP)
AND THE PROGRAM MONITORS THE OCCURRENCE OF USYRT TX BUFFER EMPTY FLAGS

1241
1242
1243
1244
1245
1246

;¢
;¢
;%
s«
;v
;*

A MASTER CLEAR 1S DONE, AND THE LINE UNIT IS PLACED IN CHAR MODE.
SOM IS SET TWICE TO SEND 2 SYNCH CHARS. THEN, 2 000 CHARS ARE SENT, AND
THEN 2 TERMINATING SYNCHS ARE SENT,
THE TEST IS PERFORMED WITH TXEN (REG14, BIT6) SET, AND THE PROGRAM (HECKS
THAT THIS HOLDS RTS HIGH PAST THE END OF THE MESSAGE.
THE TRANSMITTER IS THEN DISABLED, USING OC, AND OACT IS MONITORED FOR THE

1240

(BY SCANNING ORDY AND OCOR) AND OACT, AT EACH STEP. THE TEST [S DONE IN

CHARACTER ORIENTED PROTOCOL MODE, USING 8-BIT CHARS AND NO ERROR CHECKING.

:* THE FOLLOWING STEPS ARE DONE:

1247

;¢ CLEARED STATE.

;;tt'tttt'ttt't""'"""'t"'tt'itt'tt"t.t'tt"tt't'ttt"t't"tttt't"'t'ttt'

BGNTST

012737
004737

1253 027554
1254 027556
1255 027564

000311
012737
012737

1252 027552

1256 027572

1257 027576

000226

004737

1258 027602
1259 027604

000000
100010

1261 027612
1262 027614

000000
000010

1260 027606
1263 027616
1264 027622
1265 027624

1266 027626

000014
000100
003750

002400
002366

004737

006122

004737

006122

004737

006122

001000
000010

1270 027642

001000

000010

1272 027646

004737

006122

1274 027654
1275 027656
1276 027662

000010
004737
000030

005254

1273 027652

1277 027664
1278 027672
1279 027676
1280 027704
1281 027706
1282

1283 027712

027712
027714

001000

012737
004737
032737
001006

004737

104455
000074

000013
003672
000040
004526

MOV
JSR

SYNCH

006122

001000
000010

1271 027644

002362

004737

1267 027632
1268 027634

1269 027636

027726
005540

#A6,RETADR
PC,INITRN

CRC2'CRCY1!STRIP!'DDCMP
MOV
#14 ,REGNUM
MOV
#TXEN,WRIBYT
JSR
PC,WRITLU

PC,TXCHAR

JSR

PC, TXCHAR

:LOAD 2ND 000 CHAR, TX 2ND SYN(H

JSR

PC,TXCHAR

:LOAD EOM CHAR, TX FIRST 000 (HAR

JSR

PC, TXCHAR

;LOAD EOM CHAR, TX 2ND 000 CHAR

JSR

PC, TXCHAR

:LOAD EOM, TX FIRST TERMINATING SYNCH

JSR

PC,TXCHAR

:LOAD £OM, TX 2ND TERMINATING SYNCH

8.
JSR
24.

PC,STPLU

:CLK PAST END OF MSG

MOV
JSR
BIT
BNE
JSR

#13,REGNUM
PC,READLU
#RTS,REDBYT
33
PC,GETALL

:SET REG NO, = 13
;READ REG 13
;CHK FOR RTS STILL SET
:BR IF RTS SET

ERRDF

60,EM60,ERR?7

000
8.

TXEOM
8.
TXEOM
8.
TXEOM

TXEOM

002364

;SET REG NO. = 14
:SET TXEN BIT
:LOAD TXEN BIT IN REG 14

JSR

000
CHPCHK'8.

002400

;SET TEST EXIT ADDRE>S FOR ERRORS
;DO MASTER CLR, LOAD 2 SOM'?

:REPORT RTS NOT SE1T

1250 027540
1251 027546

1¢5::

027540

1249 027540

12‘8

:LOAD A 000 CHAR, TX FIRST SYNCH (226)

:GET REGS FOR PRINTOUT

TRAP
.WORD

(SERDF
60

CIOMRD MB203 STATIC ?XAG n
TEST

25 ~ TX MSG TIMING TEST,

027716
027720
& 027722
5 027726
6 027726
7 027732

027732
027732

014230
017470
004737

006274

004737

003576

MACRO v03.01

612
7-AUG-80 11:01:24 PAGE 24-28

SEQ

CHAR MODE, WITH NO (RC

zz:

ENDTST

JSR

PC,ENDTRN

;SET

0C,

MONITOR OCOR

JSR

PC,MSTCLR

;ISSUE MASTER CLEAR TO CLEAN UP

1064601

149

.WORD
.WORD

EM60
ERR7

TRAP

CSETST

;:t'."t."."""""""""."".Q""Qt"tit.""'.'Q"'Q'.Q"'Q"""'."Q'

LSBTTL

TEST 26 = TX UNDERRUN SET AND CLEAR TEST - (HAR MODE

*
*

IN THIS TEST, A TX UNDERRUN ERROR [S FORCED IN EACH OF 2 SITUATIONS,

AND THEN CLEARED DIFFERENTLY

IN EACH.

« IN THE FIRST, A MESSAGE IS INITIATED, A 000 CHAR IS SENT, AND THE TX
« BUFFER IS NOT SERVICED IN RESPONSE TO THE USYRT TX BUFFER EMPTY FLAG,
* WHICH CAUSES UNRR TO SET IN REG 11. THEN, SOM IS SET TO CLEAR THE ERROR,
*
*
*

|4
.

AND THIS

IS VERIFIED.

IN THE SECOND SITUATION, A MSG IS INITIATED, A 000 CHAR IS SENT, AND THE TX
BUFFER IS NOT SERVICED IN RESPONSE TO THE USYRT TX BUFFER EMPTY FLAG, WHICH
AGAIN CAUSES UNRR TO SET. THEN, A MASTER CLEAR IS DONE, AND THE UNRR BIT
IS CHECKED TO BE CLEARED.

BRI

RN R XX

222NN RRRARNRRRERARRRRRRRRAARARARARARRR
AN

BGNTST

1307 027734

027734

126:

ooNO

X1V V1Y)
SNSNNN
SNSNN~
[o SV IV 1V, ]

OO0O0O0O0OOOO

: CAUSE TX UNDERRUN, CHK UNRR = 1; SET SOM, (HK UNRR = 0
012737
004737
000226
000011
004737
000000

030272
005540

004737
000016
012737
004737

005254

100010

132737

001410
004737

MOV

002362

JSR

338

132737

JSR

14.
MOV
JSR
BITB

002400

002364

004526

BEQ

JREPORT

030272
005254
003672
000001

PC, TXCHAR

CHPCHK'S8.

104455

000020
012622
017470
000137
004737
000003
004737

PC,INITRN

SYNCH
STRIP'DD(MP

006122

00001
003672
000001

#A7 ,RETADR

6%:
002364

JSR

UNRR NOT

ERRDF

JMP

PC,STPLU

sSET TEST EXIT

ADDRESS FOR ERRORS

;DO MASTER CLEAR, LOAD 2 SOM'S
;LOAD A 000 CHAR,

TX FIRST SYN(H

;CLOCK THE TRANSMITTER UNTIL 7 BITS OF

#11,REGNUM
PC,READLU
#UNRR ,REDBYT

:
THE 000 CHAR HAVE BEEN TRANSMITTED
:SET LU REG NO. = N
:READ REG 11
;CHK FOR UNRR = 0

PC,GETALL

;GET REGS FOR PRINTOUT

CLEARED

;BR IF UNRR = 0

16,EM16,ERR7Y

TRAP

;SKIP TO END OF

TEST

iSR

PC,STPLU

;CLOCK LAST BIT OF 000 CHAR

JSR
BIT8

PC,READLU
FUNRR ,REDBYT

;READ REG 11
;CHK FOR UNRR = 1

.WORD
.WORD
.WORD

(SERDF
16

EMi6
ERR7

CIDMRD MB203 STATIC DIAG M
TEST

26 = TX UNDERRUN SET

1332 030052
1333 030054
1334

1335 030060

1336
1337
1338
1339
1340
1341
1342

030060
030062
030064
030066
030070
030074
030102
030106
030112
030116
030120

1343 030124

001010
004737

104455
000016
012556
017470
000137
012737
004737
004737
004737
000002
004737

132737

1344 030132
1345 030134

001410
004737

030140
030142
030144
030146

104455
000015
012526
017470

1346
1347 030140

1348 030150
}ggg 030154

000137

H 12

MACRO V03.01 7-AUG-80 11:01:24 PAGE 24-29

AND CLEAR

004526

030272
000400
005174
005146
005254
003672

0000017

:REPORT

002422

9%:

002364

004526

BNE
JSR

UNRR

NOT

9%
PC,GETALL
SET

14,EM14,ERRY7

JMP
MoV
JSR
JSR
JSR
2
JSR

A7
#TXSOM,TXWORD
PC,LDTXSI
PC.WAITSO
PC,STPLU

;SKIP TO END OF TEST
;SET SOM CHAR TO BE WRITTEN
:LOAD SOM CHAR INTO TX SILO
;WAIT FOR SILO DATA TO RIPPLE
sCLOCK LU FOR 2 CYCLES

PC,READLU

;READ REG 11

BEQ
JSR

12%
PC,GETALL

:BR IF UNRR = 0
:GET REGS FOR PRINTOUT

BIT8B

#UNRR,REDBYT

030272

12%:

JMP

:CAUSE TX UNDERRUN, CHK UNRR = 1;

1353 030154

004737

005540

004737

006122

000226
000051

1357 030170

000000

1356 030164

1358 030172

1359 030174

1360 030200
1361 030202
1362 030206

1363 030214
1364 030216
1365

1366 030222

030222
030224
030226

030230

1367 030232
1368 030236
1369 030242
1370 030246
1371 030254
1372 030256
1373

1374 030262

030262
030264

100010

004737

000021
004737
132737

001010
004737

104455
000016
012556
017470

000137
004737
004737
132737
001406
004737

10445¢
000017

003672
0000017

PC,TXCHAR

:LOAD A 000 CHAR,

17.
JSR
BITB

004526

BNE
JSR

:REPORT UNRR NOT

ERRDF

030272
003576
003672
000001
004526

16%:

002364

CSERDF
14
EM14
ERR?7

TRAP
.WORD
.WORD
.WORD

CSERDF
13
EM13
ERR?7

DO MASTER CLR, CHK UNRR - 0

JSR

002364

TEST

:D0 MASTER CLEAR, LOAD 2 SOM'S

CHPCHK
. 8.

005254

:SKIP TO END OF

PC,INITRN

000

TRAP
.WORD
.WORD
.WORD

;CHK FOR UNRR = 0

JSR

SYNCH
IDLE.STRIP'DDCMP

150

:BR IF UNRR =1
;GET REGS FOR PRINTOUT

ERRDF

:REPORT UNRR NOT CLEARED BY SOM
ERRDF
13,EM13,ERR?

}gg;
1354 030160
1355 030162

SE@

TEST - CHAR MODE

TX FIRST SYNCH

PC,5TPLUY

:STEP THE LU UNTIL 000 HAS BEN TRANSMITTED

PC,READLU
#UNRR,REDBYT

JREAD REG 1N
:CHK FOR UNR =1

16%

PC,GETALL
SET

:BR IF UNRR = 1
:GET REGS FOR PRINTOUT

14,EM14,ERR7

JMP
JSR
JSR
BITB
8EQ
JSR

A7
PC MSTCLR
PC,READLU
#UNRR,REDBYT
A7
PC,GETALL

ERRDF

15,EM15,ERR?

:REPORT UNRR NOT CLEARED BY OC

:SKIP TO END OF TEST
:1SSUE MASTER CLEAR
;READ REG 1
;CHK FOR UNRR = 0
:BR IF UNRR = 0
:GET REGS FOR PRINTOUT

TRAP
.WORD
.WORD

CSERDF
14
EM14

TRAP
.WORD

CSERDF
15

.WORD

ERR7

CIOMRD MB8203 STATIC DIAG M

I 12
MACRO v03.01 7-AUG-80 11:01:24 PAGE 24-30

TEST 26 = TX UNDERRUN SET AND CLtAR TEST

030266
030270

012573
017470

030276
030276

104401

1375 030272
1376 030276

1377
1378
1379
1380
1381

1382

004737

003576

A7:
ENDTST

;¢
:*
:*
:*
:*

:1SSUE

CLEAN-UP MASTER CLEAR

.WORD
.WORD

EM1S
ERR7

TRAP

CSETST

TEST 27 = TRANSMIT CHAR LENGTH TIMING TEST - CHAR MODE, CRC

THE LINE UNIT IS PLACED IN CHAR MODE (DDCMP) AND A MESSAGE IS INITIATED
WITH AN B=BIT SYNCH AND A 5-BIT SYNCH CHAR. NEXT, A 000 CHAR IS SENT WITH
EACH OF THE FOLLOWING TX CHAR LENGTHS : S BITS, 6 BITS, 7 BITS, 8 BITS.
(FOR EXAMPLE, A S=-BIT CHAR REQUIRES S CLOCK CYCLES TO BE TRANSMITTED). TWO
TERMINATING SYNCHS ARE SENT AFTER THE DATA.

‘-;Q'tttttt'ttttt"t'tt"'i""t"ttt'ttttttt'ttttt"t"'t"tt't"t"t"t.t"t"'

1391 030300

BGNTST

030300
1392 030300
1393 030306

012737

1396 030316
1397 030324
1398 030332
1399 030340
1400 030344

012737
012737
012737
004737
004737

000006
000000
000240
004312
006122

004737

006122

012737
004737

000300
004312

1394 030312
1395 030314

1401 030350
1402 030352

1403 030354

1404 030360
1405 030362

1406 030364
1407 030372

1408 030376
1409 030402
16410 030404

1411 030406
1412 030414
1413 030420
1414 030426
1415 030426
1416 030430

1417 030436
1418 030442

1419 030446
1420 030450

1421 030452
1423

PC,MSTCLR

L10056:

.SBTTL

1390

1422

JSR

151

;:t'tttttt"t"'t""""t""'t'tt't'tt.'tttt"'t"tt'tt""'ttt"'tt't"t"'tt

}ggz
1385
1386
1387
1388
1389

SE@

- (HAR MODE

030456

030460

16424 030462

1425 030466

1426 030470

004737

000000
000041

000000
100010
000000
000005

004737

000000
000005

012737
004737
004737

000000
000006
012737

004737
004737

001000
000007

004737

001000

000010

004737

001000

000020

030506

005540

002362

002402
002374
002376

002376

G02376

000000

002376

006122

PC,INITRN

000
IDLE'DDCMP

127::
;SET TEST EXIT ADDRESS FOR ERRORS
;D0 MASTER CLR, LOAD 2 SOM'S

MOV
MOV
MoV
JSR
JSR

#6 ,AXNUM
;SET BYTE NO. = 6 FOR AX3
#000,WAX15
;SET DATA FOR AX3-15 = 0
#TXLEN2' TXLENO,WAX16 ;SET TX LENGTH = S5 FOR AX3-14
PC.WRITAX
:LOAD AX3=15,AX3-16
PC,TXCHAR
;LOAD 5-BIT 000 CHAR, TX 8-BIT SYNCH

JSR

PC,TXCHAR

MoV
JSR

#TXLEN2' TXLENT,wAX16
PC,WRITAX
JSET TX CHAR LENGTH = 6

000
5

JSR

000340
004312
006122

006122

JSR

#A8,RETADR

000
CHPCHK 'S,

006122

004312
006122

[[0]%

000
5

PC,TXCHAR

;LOAD 6-BIT 000 CHAR, TX S=BIT SYN(CH

:LOAD 7-BiT 000 CHAR, TX 5-BIT 000 CHAR

MOV
JSR
JSR

#TXLEN2'
TXLENT' TXLENO,WAX16
PC, WRITAX
;SET TX CHAR LENGTH = 7
PC,TXCHAR
:LOAD 8-BIT 000 CHAR, Tx 6-BIT 000 CHAR

MoV

#000,WAX16

000
6

JSR
JSR

TXEOM
7

JSR

TXEOM

JSR

TXEOM

16.

PC,WRITAX
PC,TXCHAR

;SET TX CHAR LENGTH = 8
;LOAD EOM, TX 7-BIT 000 CHAR

PC,TXCHAR

;LOAD EOM, TX 8-BI1 000 C(HAR

PC,TXCHAR

:LOAD EOM, TX CR(C=16 CHAR

J 12
MACRO v03.01 7-AUG=-80 11:01:24 PAGE 24-31
DMRD M8203 STATIC DIAG M
ST 27 - TRANSMIT CHAR LENGTH TIMING TEST - CHAR MODE, CRC
1427
1428
1429
1430
1631
1432
1433
1434
1435
1436
1437

030472
030476
030500
030502
030506
030506

030506
030506

004737
001000
000010
004737

006122
006274

AB:
ENDTST

JSR
TXEOM
8.
JSR

SEQ

PC,TXCHAR

;LOAD EOM,

PC,ENDTRN

:CLEAR TRANSMITTER

152

TX FIRST TERMINATING SYNCH

L10057:

104401

TRAP

(SETST

1‘.38

;"Qt"tt"tttt"t"tt't't"""t"ti'ttttt'ttttQ'"'t'ttt"'Q'Q""'Q"""Q""

}228

LSBTTL

146461

:* THE LINE UNIT

1444

TEST 28 = TRANSMIT CHAR LENGTH TIMING TEST - BIT MODE, CRC

1442
1443

IS PLACED IN BIT MODE AND A MESSAGE

IS INITIATED

;¢ WITH 2 FLAG CHARS. NEXT, 2 8-BIT 000 CHARS ARE SENT, FOLLOWED BY 000 CHARS
;¢ WITH EACH OF THE FOLLOWING TRANSMITTER (HAR LENGTHS:

1445

1 BIT, 2 BITS,

3 BITS, 4 BITS, 5 BITS, 6 BITS, 7 BITS, AND 8 BITS,

‘e« (FOR EXAMPLE, A 5-BIT CHAR REQUIRES S CLOCK CYCLES TO BE TRANSMITTED).

1446

1448 030510

BGNTST

16447

TWO TERMINATING FLAGS ARE SENT AFTER THE DATA.

030510

1449 030510

012737

1451 030522
1452 030524

000000
000000

1450 030516

004737

031036

005540

1453 030526

004737

006122

1456 030536

004737

006122

004737

006122

012737
012737
012737
004737

000006
000000
000040
004312

1454 030532
1455 030534

1457 030542
1458 030544

1459 030546

1460 030552
1461 030554

1462 030556
1463 030564
1464 030572
1465 030600

1466 030604

1467 030610
1468 030612
1469 030614

1470 030622
1471 030626
1472 030632
1473 030634

1474 030636
1475 030644

1476 030650

1477 030654
1478 030656

1479 030660
1480 030666

000000
100010

000000
000010

002362

004737
004737

000000
000001

012737
004737

004737

000000
000002

012737
004737

000100

004312
006122

000140
004312

MOV

RN R RN R LR AN LR T TR RN AN R AR AN RN CAN AR ENR RN CRAERERROERITRNOINIONOILIEY

:SET TEST EXIT ADDRESS FOR EKRORS

JSR

PC,TXCHAR

:LOAD FIRST 8-BIT 000 CHAR, TX FIRST FLAG

JSR

PC, TXCHAR

:LOAD 2ND 8-BIT 000 CHAR, TX 2ND FLAG

JSR

PC,TXCHAR

:LOAD 1-BIT 000 CHAR, TX FIRST 8-BIT 000 CHAR

MOV
MOV
MOV
JSK

26, AXNUM
2000, WAX15
STXLENO.WAX16
PC,WRITAX

SSET BYTE NO. = 6 FOR AX3
*SET DATA FOR AX3-15 = 0
:SET TX CHAR LENGTH = 1 FOR AX3=16
*LOAD AX3-15,AX3-16

000
8.
MOV

FTXLENT,WAX16

JSR

000
8.

002402
002374
002376

000
8.

JSR

002376

JSR
JSR

000
1

MOV
JSR

JSR

002376

128::

#A9 ,RETADR

PC,INITRN

000
CHPCHK
. 8.

006122

000200
004312

RN AR AN

000
000

004737 006122
000000
000010
012737

000
2

MOV
JSR

PC.TXCHAR

PC,WRITAX
PC,TXCHAR

;D0 MASTER CLR, LOAD 2 SOM'S

"LOAD 2-BIT 000 CHAR, TX 2ND 8-BIT 000 CHAR
:SET TX CHAR LENGTH = 2
:LOAD 3-BIT 000 CHAR, TX 1-8BIT 000 CHAR

#TXCENT
! TXLENO,WAX16
PC,WRITAX
SET TX CHAR LENGTH = 3

PC,TXCHAR

:LOAD 4-BIT 000 CHAR, Tx 2-BIT 000 (HAR

STXLEN2 ,WAX16
PC,WRITAX

;SET TX CHAR LENGTH = 4

CIOMRD M8203 STAT(C DIAG #1

K 12

MACRO v03.01 7-AuG-80 11:01:24 PAGE 24-32

TEST 28 - TRANSMIT CHAR LENGTH TIMING TEST - BIT MODE,

1481 030672
1482 030676
1483 030700
14846 030702
1485 030710
16486 030714
1487 030720
1488 030722
1489 030724
1490 030732

1491 C30736
1492 030742

1493 030744

1494 030746
1495 030754
1496 930760
1497 030764
1498 030766
1499 030770
1500 030776
1501 031002
1502 031006
1503 031010
1504 031012
1505 031016
1506 031020
1507 031022
1508 031026
1509 031030
1510 031032
1511 031036

004737
000000
000003
012737
004737
004737
000000
000004
012737
004737

004737
000000
000005

012737
004737
004737
000000
000006
012737
004737
004737
001000
000007
004737
001000
000031
004737
001000
000010
004737

006122
000240
004312

002376

000300
004312

002376

006122

002376

000000
004312
006122

002376

1513
1514
1515
1516
1517

PC,TXCHAR

6
MOV
JSR
JSR
TXEOM
7

006122

A9:
ENDTST

:LOAD 6-BIT 000 CHAR,

TX 4-BIT 000 CHAR

:LOAD 7-BI1T 000 CHAR, Tx S=BIT 000 CHAR

FTXLENZ
' TXLENT'TXLENO,WAX16
PC.WRITAX
:SET TX (HAR LENGTH = 7
PC,TXCHAR
:LOAD 8-BIT 000 CHAR, TX 6-BIT 000 CHAR

JSR
JSR
000

JSR

TX 3-8BIT 000 CHAR

#TXLEN2' TXLENT,WAX16
PC,WRITAX
:SET TX CHAR LENGTH = 6

000
S
MOV

006122

:LOAD S=BIT 000 CHAR,

153

#TXLEN2' TXLENO,WAX16
PC,WRITAX
:SET TX CHAR LENGTH = §

JSR

000340
004312
006122

006274

PC,TXCHAR

JSR
000
4
MOV
JSR

006122

1512 031036

031036
031036

JSR
000
3
MOV
JSR

SEQ

CR(

TXEOM
25.
JSR
TXEOM
8.
JSR

#000,WAX16
PC,WRITAX
PC,TXCHAR

:SET TX CHAR LENGTH = 8
:LOAD EOM, TX 7-BIT 000 CHAR

PC,TXCHAR

:LOAD EOM, Tx 8-BIT 000 CHAR, CRC=CCITT=1 (HAR

PC,TXCHAR

:LOAD EOM, TX FIRST TERMINATING FLAG

PC,ENDTRN

:CLEAR TRANSMITTER

L10060:

104401

TRAP

CSETST

1518

;;ttttttttttttt"'t'tt"t'tt"tt'ttt'tltlttt"t"ttttttt"tt!t't"'i'tt!tt"'t"

}g;g

LSBTTL

1521

:* THE LINE UNIT IS INITIALIZED AND A MSG IS INITIATED (USING STEPLU) WITH CRC-

1523
1524

:* SYNCHS ARE THEN SENT, THE PROGRAM CHECKS EACH BIT OF THE TRANSMITTED
;* DATA CHARS, BY MONITORING TXDATA (REG 17) AS THE DATA IS CLOCKED OUT Of

TEST 29 = TXDATA BIT TEST - CHAR MODE, CRC

‘¥

1522

;* 16 SELECTED IN CHAR MODE. TWO SYNCHS, 000,125,252,377,000, AND 2 TERMINATING

1525

;¢ THE USYRT TRANSMITTER.

1526

.':ttttt.'tt't"'t"t""'t""Q'tttttttt'tl'ttttttt't!ttt'ttttt'ttttttttl'tt't"

1527 031040

BGNTST

129::
:DO MASTER CLR, LOAD 2 SOM'S

031040
1528 031040

004737

005540

JSR

PC,INITRN

1531 031050
1532 031054

012701
010103

003224

MOV
MOV

IMSG1e4,RY
R1,R

:GET POINTER TO DATA

004737

005174

JSR

PC.LDTXSI

:LOAD A DATA CHAR INTO Tx S[LO

1529 031044
1530 031046

000226
000011

1533 031056 012137
1534 031062

002422

SYNCH
STRIP!DDCMP

3s:

MOV

(rR{)+, TxwORD

CIDMRD MB203 STATIC DIAG M
TEST

29 - TXDATA BIT

1535
1536
1537
1538
1539
1540
1541
1542
1543

TEST - (HAR MODE,

031066
031072
0310764
031100
031104
031106
031112
031116
031120

020127
1037Nn
004737
004737
100020
011337
004737
000000
062703

1545 031130
1546 031132
1547 031136

103766
004737

OO NNV
NNV
LS
WIN =2 OOV ~NO VNS WN 2000

005254

6$:
8%:

000002

003236

;SEE IF ALL CHARS LOADED YET
;BR [F NOT YET
;WAIT- FOR SILO TO RIPPLE
;CLOCK LU UNTIL SYNCHS ARE TX'D

BLO
JSR

;BR IF NOT YET
; ISSUE MASTER CLEAR TO CLEAN UP

(MP

003576

14$:

ENDTST

R3,#MSG1+14.,
6$
PC,MSTCLR

;GET EXPECTED DATA CHAR
;CHECK TXDATA FOR CHAR BITS
;EXPECTED CHAR GOES HERE
: INCR PATTERN POINTER

;SEE IF ALL CHARS CHECKED YET

L*0061:

104401

TRAP

CSETST

005146

(Mp
R1,#MSG1+18,
BLO
3
JSR
PC,WAITS0
JSR
PC,STPLU
(HPCHK
! 16.
MoV
(R3),8%
JSR
PC,CKTBIT
.WOPD
0
ADD
#2,R3

154

d el e

031136
031136

020327

003242

031116
011176

SEQ

CRC

el
nd i
o
D
)
D
e
D

RV IV IV IV IV IV TV, 1V IV TV R

)

1544 031124

L_12
MACRO v03.01 7-AUG-80 11:01:24 PAGE 24-33

':'tt""'t'ttQ't'"""""'t""tt"....ti"'"tQQi'Q'ttt""i't"i""""tt'

LSBTTL

;* THE LINE UNIT IS INITIALIZED AND A MESSAGE IS INITIATED (USING STEPLU) WITH
;¢ LULP (REG 12) SET TO LOOP THE DATA_ INTERNALLY IN THE USYRT, AND WITH CRC-16

:« SENT. THE PROGRAM MONITORS IACT, AND THE RCV'D CHARS AND CRC BYTES ARE READ

;+ FROM AX0-15 AND COMPARED TO EXPECTED VALUES. THE PROGRAM THEN CHECKS FOR [ACT

;% STILL SET AFTER THE MESSAGE.
BRI

031140 012737 031502

1564 031140
1565 031146
1566 031152
1567 031156
1568 031160
1569 031162
1570 031164
VIV TV IV IV IV IV IV

TEST 30 - USYRT RECEIVER MSG TEST - CHAR MODE, CRC:

1571 031166
1572 031174
1573 031200
1574 031206
1575 031212
1576 031216
1577 031222
1578 031226
1579 031232
1580 031234
1581 031240
1582 0312644
1583 031246
1584 031252

1585 031254

1586 031260

1587 031262

1588 031266

004737
004737
000226
000013
000000
000000

003576
010640

012737
005037
112737
004737
012701
012137
004737
020127
103771
004737
004737
000050
004737

000012
002402
000040
003750
003220
002422
005174
003246

004737

005254

012701

003224

000000

000006

004737

002362

BONTST

002400
002366
3%:

005146
005254

006714

RS2

MoV
#24% ,RETADR
JSR
PC,MSTCLR
JSR
PC,SETUP
SYNCH
STRIP!IERR!DDCMP
000
000

R RRRRRRRRRRRRRRRRR )]

;SET TEST EXIT ADDRESS FOR ERRORS
;ISSUE MASTER CLEAR
;PROGRAM THE USYRT

MoV
CLR
MOvVB
JSR
MoV
MoV
JSR
CMP
BLO
JSR
JSR
40.
JSR

#12 ,REGNUM
AXNUM
#LULP,WRIBYT
PC,URITLY
#MSG1,RY
(R1)+,TXWORD
PC,LDTXSI
R1,#MSG1+22,
3%
PC.WAITSO
PC,STPLU

PC,IACTIV

;SET LULP IN REG 12
;GET POINTER TO MSG DATA TABLE
;GET CHAR TO BE LOADED
:LOAD CHAR INTO TX SILO
;SEE IF ALL MSG CHARS LOADED YET
:BR IF NOT YEY
;ALLOW DATA TO RIPPLE IN SILO
sCLOCK LU FOR 40 CYCLES (UNTIL FIRST
.
DATA CHAR IS ABOUT TO BE RECEIVED)
(CHK IACT = 0

JSR

PC,STPLU

;CLOCK LU UNTIL 1ST DATA CHAR IS RCV'D

MoV

#NSG1+4
R

10%:

JSR

PC,IACTIV

;SET LU REG NO. = 12
;SET AX BYTE NO. = 0 FOR AXO0

JCHK TACT =1

CIDMRD MB203 STATIC DIAG M

M 12

MACRO v03.01 7-AUG-80 11:01:24 PAGE 24-34

TEST 30 ~ USYRT RECEIVER MSG TEST - CHAR MODE,
1589 031272
1590 031274

000001
004737

1592
1593
1594
1595
1596
1597

001415
016137
013737
004737

1591 031300

031304
031306
031314
031322
031326

031326
031330
031332
031334

1598 031336
1599 03134C
1600 031344
1601 031346
1602 031352
1603 031354
1604 031360
1605 031362
1606 031366
1607 031374
1608 031376

1609 031404

1610 031412
1611
1612 031416

031416
031420

023721

002370
177776
002370
004526

004737 0052564
000010
020127 003236
103745
004737 - 006714
000001
004737 004124
123727 002370
001415
012737 000160

013737

004737

002370
004526

1614 031430

004737

005254

1616 031436
1617 031442
1618 031444
1619 031452
1620 031456
1621 031464
1622 031466
1623 031472
1624 0314764
1625 031500
1626 031502

004737
000001
012737
004737
123727
001347
004737
000010
004737
000001
004737

006714

1627 031506

1628
1629
1630

’633

}gg;

031506
031506

002404

002406

000461

031422
031424

1615 031434

(MP

104455
000032
013067
015140

104455
000033
013121
015140

1613 031426

1
JSR

004124

000425

000010

000034
00412«
002370

000160

002406

14$:

RAX15,(R1) ¢+

JSR
8.
CMP
BLO
JSR
1
JSR
(mMPB
BEQ
MOV

MOV

24$

16$:

002404

000034

006714
24$:

ENDTST

104401

JSR

JSR
1
MOV
JSR
CMP8
BNE
JSK
8.
JSR
1
JSR

155

;READ AX0

; COMPARE RCV'D CHAR TO EXPECTED

TRAP
.WORD
.WORD
.WORD

PC,STPLU

;CLOCK LU 8 CYCLES

R1,#MSGI+14,
10%
PC,IACTIV

;SEE IF CHECKING HI CRC BYTE YET
;BR IF NOT YET
;CHK TACT =1

PC,READAX
RAX15,#160
16$
#160,G00DAT

;READ AX0
;CMP RCV'D CHAR TO EXPECTED HI CRC BYTE
;BR_IF HI CRC BYTE RCV'D OK
;GET EXPECTED DATA

RAX15,BADDAT

24%

CSERDF
26
EM26
ERR3

;SET ACTUAL DATA

JSR
PC,GETALL
:GET REGS FOR PRINTOUT
;REPORT INCORRECT CRC BYTE RCV'D
ERRDF
27 ,EM27,ERR3

005254

003576

PC,READAX

BEQ
12%
:BR_IF RCV'D DATA OK
MOV
=2(R1),GOODAT
;GET EXPECTED DATA
MoV
RAX15,BADDAT
:GET ACTUAL DATA
JSR
PC,GETALL
;GET REGS FOR PRINTOUT
;REPORT INCORRECT DATA CHAR RCV'D
ERRCF
26 ,EM26,ERR3

12%:

002404

SEQ@

CR(

TRAP
.WORD

.WORD
.WORD

PC,STPLU

;CLOCK LU FOR 8 CYCLES

PC,IACTIV

(CHK TACT =1

#034 ,GO0DAT
PC,READAX
RAX15,#034
149
PC,STPLU

;GET EXPECTED LO CRC BYTE
sREAD AXO
:CMP RCV'D CHAR TO EXPECTED LO CRC BYTE
;BR IF LO CRC INCORRECT
;CLOCK LU 8 CYCLES

PC,IACTIV

;CHK TACT STILL =1

PC,MSTCLR

;ISSUE CLEAN-UP MASTER (LEAR

L10062:

TRAP

CSERDF
27
EM27
ERR3

CSETST

:'..".'.."."'Q""'"""'.'i't"i'.."ii'""'t'.'.'.".'."l.!li.""""i'

.SBT1L

TEST 31 - USYRT RECEIVER MSG TEST - BIT MODE, CRC

CZDMRD MB8203 STAT(C DIAG M

N 12

SEQ

MACRC v03.01 7-AUG-80 11:01:24 PAGE 24-35

TEST 31 - USYRT RECEIVER MSG TEST - BIT MODE, CRC

s THE LINE UNIT IS INITIALIZED AND A MESSAGE IS INITIATED (USING STEPLU) WITH
;¢ LULP (REG 12) SET TO LOOP THE DATA INTERNALLY IN THE USYRT, AND WITH CRC;¢ CCITT=1. TWO FLAGS, 000,125,252,377,000, AND TWO TERMINATING FLAGS ARE THEN
;+ SENT, THE PROGRAM MONITORS IACT, RSOM, AND THE RCV'D CHARS ARE READ

&5
N=O

;*+ FROM AX0-15 AND COMPARED TO EXPECTED VALUES. THE PROGRAM THEN CHECKS FOR

-t

1636
1637
1638
1639

;o JACT = 0, SETS IC TO CLEAR THE RECEIVER, AND CHECKS FOR IACT STILL = 0.

M ."""'Qt""""""""'""'.""Q"."""'i.'QQ""'.t"!"Q""""""Q'

#12 ,REGNUM
AXNUM

:SET LU REG NO. = 12
;SET AX BYTE NO. = 0 FOR AX0

PC,WRITLU
#MSG1, R
(R1)+,TXWORD
PC,LDTXSI
R1,#MSG1+18.
3%
PC,WAITSO
PC,STPLU

:SET LULP IN REG 12
:GET POINTER TO MSG DATA TABLE
;GET CHAR TO BE LOADED
;LOAD CHAR INTO TX SILO
:SEE IF ALL MSG CHARS LOADED YET
:BR IF NOT YET
:ALLOW DATA TO RIPPLE IN SILO
;CLOCK LU FOR S0 CYCLES (UNTIL FiRST

JSR

PC,IACTIV

;CHK JACT = 0

JSR

PC,RSEOM

;CHK RSOM = 0, REOM = 0

JSR

PC,STPLUY

:CLOCK LU UNTIL 1ST DATA (HAR IS RCV'D

MOV

R
#MSG1+4

006714

BNE
JSR

6%
PC,IACTIV

007102

003234

002400

004737
012701
012137
004737
020127
103771
004737
004737

003750
003220
002422
005174
003242

1651 031536
1652 031544

031614

MOV
CLR

000012
002402

000002

1653 031550

:SET TEST EXIT ADDRESS FOR ERRORS
:1SSUE MASTER CLEAR
,PROGRAM THE USYRT

012737
005037

1648 031530

1654 031556
1655 031562
1656 031566
1657 031572
1658 031576
1659 031602
1660 031604
1661 031610

#248 ,RETADR
PC,MSTCLR
PC,SETUP

002362

012737
004737
004737

1649 031532
1650 031534

MOV
JSR
JSR

032044
003576
010640

1644 031510
1645 031516
1646 031522
1647 031526

000000

000000
000000

112737

000062

000040

006714

1665 031624

004737

007102

1667 031632

004737

005254

1669 031640

012701

003224

1671 031650
1672 031652

001007
004737

031616

1666 031630
1668 031636

1670 031644

1673 031656

1674 031660
1675 031664

000000
000000

000006

020127
000001

004737
000001

1676 031666
1677 031670
1678 031674
1679 031676

000420
020127
001007
004737

1681 031704

004737

1680 031702

1682 031710
1683 031712

000000
000000
000406

00e714

B8R
CMP
BNE
JSR

9%
R1,0MSG1+12,
8%
PC,IACTIV

007102

JSR

PC,RSEOM

004126

1690 021740

001415

1689 03173

1691 031762

023721

01637

;CHK RSOM = 1, REOM = 0

004737

000000

DATA CHAR IS ABOUT TO BE RECEIVED)

PC,RSEOM

1688 031730

1687 031726

JSR

007102

000001

50.

#LULP WRIBYT

;SEE IF 1ST CHAR RCV'D

004737

1685 031720

3$:

JSR
MOV
MOV
JSR
CMP
BLO
JSR
JSR

R1,#MSG1 ¢4

006714

1686 031722

MOVB

002366

5%:

003224

004737

1684 031714

000
1ERR
000
000

005146
005254

004737

1663

1664 031622

131

BGNTST

1643 8%}3}8

1662

156

1
1

6% :

8%:
9%

002370
177776

CMP

002404

0
BR

:BR IF NO
JCHK JACT = 1

SEE IF LAST CHAR RCV'D
:BR [F NO

;CHK FOR IACT = 0

;CHK RSOM = 0, REOM = 0

PC,IACTIV

(MK FOR GACT =1

JSR

PC,RSEON

;(HK RSOM = 0, REOM = 0

JSR

P(.READAX

:READ AXO

129

;BR F RCV'D DATA Ok

JSR
1

(mp

nov

RAX1S,(RY)e
-2(R1),GNO0DAY

;COMPARE RCV'D (MAR T0O EXPE(TED
;GEY ERPECTED DATA

CIOMRD MB8203 STATIC DIAG M
TEST 31

- USYRT RECEIVER MSG TEST - BIT MODE,

1692 031750
1693 031756
1694
1695 031762

013737
004737

1696 031772
1697 031774
1698 032000
1699 032002
1700 032006
1701 032010
1702 032014

000424
004737
000010
020127
103716
004737
000000

1704 032022
1705 032024

000000
012737

031762
031764
031766
031770

1703 032016
1706 032032
1707 032036
1708 032042

004737

004737
004737

000000

004737

032050
032050

104401

1710 032050

002370
004526

002406

104455
000032
013067
015140

1709 032044

1T
1712
1713
1714
1715

B 13

MACRC v03.01 7-AUG-80 11:01:24 PAGE 24-36

005254

MoV
RAX15,BALDAT
;GET
ACTUAL DATA
JSR
PC,GETALL
;GET REGS FOR PRINTOUT
;REPORT INCORRECT DATA CHAR RCV'D
ERRDF
26 ,EM26,ERR3

12%:

003236

006714

003750
006714

BR
JSR
8.
(MP
BLO

;CLOCK LU 8 CYCLES

JSR

R1,#MSG1+14,
5%
PC,IACTIV

;SEE IF ALL DATA CHARS (HECKED YET
;BR IF NOT YET
;CHK IACT = 0

JSR

PC,RSEOM

;CHK RSOM = 0, REOM = 0

0
MoV

002366

003576

#1C,WRIBYT

JSR
JSR

24$3:

ENDTST

TRAP
.WORD
.WORD
.WORD

243
PC,STPLUY

007102
000200

SE@

(RC

JSR

PC,WRITLU
PC,IACTIV

;SET 1C (INPUT CLEAR)
;CHK TACT = 0

PC,MSTCLR

; ISSUE CLEAN-UP MASTER CLEAR

157

CSERDF
26
EM26
ERR3

IN REG 12

L10063:

TRAP

CSETSY

1716

""ttttttt"'.ttt't""""t'tti"fi"'i.'i'lQt'""."'"'Qi"""""'."'t"t"

};}g

SBTTL

1719
1720
1721
1722
1723
1724

.'
:*
;*
;¢
;*
i

1725

TEST 32 - USYRT RECEIVER MSG TEST - CHAR MODE, NO CRC

THE LINE UNIT IS INITIALIZED AND A MESSAGE iS INITIATED (USING STEPLU) WITH
LULP (REG 12) SET TO LOOP THE DATA INTERNALLY IN THE USYRT, AND WITH NO
ERROR DETECTION. TWO SYNCHS, 000,125,252,377,000, AND TWO SYNCHS ARE
THEN SENT, THE PROGRAM MONITORS IACT, AND THE RECEIVED CMARS ARE READ FROM
AX0-15 AND COMPARED TO EXPECTED VALUES. THE PROGRAM THEN CHECKS FOR IACT

STILL= 0, SETS IC TO CLEAR THE RECEIVER, AND CHECKS FOR IACT = O.

tttt"itt't'i"""""'""'t!it""t.t'.t"'"'i"tfi"'."".".""""".'

1726 032052

032052

1727 032052
1728 032060
1729 032064
1730 032070
1731 032072
1732 032074
1733 032076

1734 032100
1735 032106
1736 032112
1737 032120
1738 032124
1739 032130
1740 032134
1741 032140

BGNTST

012737
004737
004737

000226
000313
000000
000000

012737
005037
112737
004737
012701
012137
004737
020127

032314
003576
010640

000012
002402
000040
003750
(23220
902422
005174
003242

002362

MoV
JSR
JSR

SYNCH

#24$ ,RETADR
PC,MSTCLR
PC,SETUP

132::

;SET TEST EXIT ADDRESS FOR ERRORS
;ISSUE MASTER CLEAR
;PROGRAM THE USYRT

CRC2'CRCI!STRIP!IERR!DDCMP
000
000

002400
002366

3%:

MOV
CLR
Mmove
JSR
MoV
MOV
JSR
(MP

#12,REGNUM
AXNUM
#LULP,WRIBYT
PC,WRITLY
MSG1 R
(R1)+,TXWORD
PC,LDTXSI
R1,#MSG1+18,

;SET LU REG NO. = 12
;SET AX BYTE NO. = 0 FOR AXO

;SET LULP IN REG 12
;GET POINTER TO MSG DATA TABLE

;GET CHAR TO BE LOADED
;LOAD CHAR INTO TX SILO
;SEE IF ALL MSG CHARS LOADED YET

SEQ

1762
1763
1764
1765
1766
1767
1768
1769

032252
032256
032260
032264
032266
032272
032274
032302

104455
000032
013067
015140
000421
004737
000010
020127
103745
004737
000001
012737
o4737
004737
000000
00.737

1%
PC,WALTSO
PC,STPLU

006714

BLO
JSR
JSR
26.
8SR

PC,IACTIV

;BR IF NOT YET
;ALLOW DATA TO RIPPLE IN SILO
:CLOCK LU FOR 24 CYCLES (UNTIL FIRST
:
DATA CHAR ]S ABOUT TO BE RECEIVED)
:CHK JACT = 0

005254

gSR

PC,STrLU

:CLOCK LU UNTIL 1ST DATA CHAR IS RCV'D

MOV
{SR

MMSGT1+4
R
PC,IACTIV

:CHK

JSR
(mMp
BEQ
MOV

PC,READAX
RAX15,(R1)+
129
-2(R1),G00DAT

;READ AX0
:COMPARE RCV'D CHAR TO EXPECTED
:BR IF RCV'C DATA OK
JGET EXPECTED DATA

005146
005254

003224
006714

10%:

004124
002370
177776
002370
004526

002404
002406

MOV
JSR

12%:

003236

006714
000200
003750
006714

RAX15,BADDAT
PC,OETALL

002366

:GET ACTUAL DATA
;GET REGS FOR PRINTOUT

248:

003576

ENDTST

.WORD
.WORD
.WORD

249
PC,STPLU

;CLOCK LU 8 CYCLES

BLO

CMP

#SR

R1,#MSGT+14.
108
PC,IACTIV

:SEE IF ALL S DATA CHARS RCV'D YET
:BR IF NOT YET
;CHK FOR JACT STILL =1

MOV

#1C,WRIBYT

éSR

PC,IACTIV

JSR

PC,WRITLU

:SET IC C(INPUT CLEAR) IN REG 12

PC,MSTCLR

;ISSUE CLEAN-UP MASTER CLEAR

L10064:

LSBTTL

CSERDF

26
EM26
ERR3

:CHK JACT = 0

104401

TRAP

BR
gSR

JSR

158

JACT =1

;REPORT INCORRECT DATA CHAR RCV'D
ERRDF
26 ,EM26 ,ERRY

005254

TRAP

CSETST

TEST 33 - USYRT RECEIVER MSG TEST - BIT MODE, NO CRC

;v THE LINE UNIT IS INITIALIZED AND A MESSAGE IS INITIATED (USING STEPLU) WITH
;* LULP (REG 12) SET TO LOOP THE DATA INTERNALLY IN THE USYRT, AND WITH EPROR

;* DETECTION INHIBITED. TWO FLAGS, 000,125,252,377,000, AND TWO TERMINATING FLAGS
;* ARE THEN SENT., THE PROGRAM MONITORS [ACT, RSOM, AND THE RCV'D CHARS ARE

;* READ FROM AX0=15 AND COMPARED TO EXPECTED VALUES. THE PROGRAM THEN C(HECKS FOR
;¢ IACT = 0, SETS IC TO CLEAR THE RECEIVER, AND CHECKS FOR IACT STILL = O.
';t""""'"""""""""""'.'Q...'it'."tt"'t"t"'!"t"t"i"'tQt""

BGNTST
N

032240
032240
032242
032244
032246
1761 032250

10377
004737
004737
000030
004737
000000
004737
000006
012701
004737
000001
004737
023721
001415
016137
013737
004737

6
6

N—a-aoog
[=To
X N 1o P )

NN
N N L
N
NG
WA

N N N
SN SN N N
N N NN SN

N~~~

PORIAINIPIN)
= b b b b b

M8203 STAT(C DIAG M
MACRO v03.01 7-AUG-80 11:01:24 PAGE 24-7
= USYRT RECEIVER MSG TEST - CHAR MODE, NO CR(

(e JV IV IV IV IV TV IV IV IV IV.F 2D af oF 2P o ¥ o 2P 2BV |+
~No
OOV
NOWVNE NN = OO 00 ~NO NS NN

—4!

wno

) D D
D i sl D i o i
) ol D D D D o
— D

—

mey

002362

Mov

JSR

#2493 ,RETADR
PC,MSTCLR

133::

:ISSUE MASTER (LEAR

D 13

CIDPRD MB203 STATIC DIAG #1

MACRO V03,01 7-AUG-80 11:01:24 PAGE 24-38
TEST 33 = USYRT RECEIVER MSG TEST - BIT MODE, NO CRC

032334
032340
032342
032344
032346

032350
032356
032362
032370
032374

To X

NO VMBS WN 2000 YOS WLWIN -0 Y
WIN) =200

[ o

- OO0V~

33~ [TV
TRE

b
—

&St

—‘-l—.-d-.—‘-.—‘-‘—‘-.—.—l—.—.—.-‘_.—.—._‘—.-.—b_‘-‘—‘—l—l_‘—‘_._.

To To Yo To To To Jo Lo Jo To To To To Jo To To Jo Jo To Jo 1o ]

NPONOND ANINMNVON)
ot
b B
b D B D2 D

032400

032404
032410
032414
032416
032422
032426
032430
032434
032436
032442
032444
032450
032452
032456
032462
032464
032470

004737
000000
000302
000000
000000

010640

012737
005037
112737
004737
012701

000012
002402
000040
003750
003220

004737
020127
103771
004737
004737
000041
004737
000000
004737
000000
004737
000006
012701
020127
001007
004737
000001

005174
003242

012137

007102

005254
0032264

003224

020127
001007
004737
000000
004737
000000
000406
004737
000001
004737
000000
004737
023721
001415
016137
013737
004737

003234

032606
032612

000010

5%:

006714

032502
032506
032510
032514
032516
032522
032524
032526
032532
032534
032540
032542
032546
032552
032554
032562
032570

104455
000032
013067
015140
000424
004737

3%:

006714

007102

032574
032574
032576
032600
032602
032604

002366

005146
005254

004737
000001
000420

002400

002422

032472

032476
032500

JSR
PC,SETUP
000
CRC2!CRC1!IERR
000
000

006714

007102
006714

8$:

007102
004124
002370
177776
002370
004526

005254

#12 ,REGNUM
AXNUM
FLULP ,WRIBYT
PC,WRITLU
MSG1, R

;SET LU REG NO. = 12
;SET AX BYTE NO. = 0 FOR AX0

JSR
(MP
BLO
JSR
JSR
33.
JSR
0
JSR
0
JSR
6
Mov
(MP
BNE
JSR
1

PC,LDTXSI
R1,#MSG1+18.
3%
PC,WALTS0
PC,STPLU
PC,IACTIV

;LOAD CHAR INTO TX SILO
;SEE IF ALL MSG CHARS LOADED YET
;BR IF NOT YET
;ALLOW DATA TO RIPPLE IN SILO
;CLOCK LU FOR 33 CYCLES (UNTIL FIRST
:
DATA CHAR IS ABOUT TO BE RECEIVED)
;CHK JACT = 0

PC,RSEOM

;CHK RSOM = 0, REOM = 0

PC,STPLU

;CLOCK LU UNTIL 1ST DATA (CHAR IS RCV'D

MoV

9% :
002404
002406
;REPORT

12%:

1
BR

(MP
BNE
JSR
0
JSR
0
BR
JSR
1
JSR
0
JSR
(MpP
BEQ
MOV
MOV
JSR

(R1)¢+,TXWORD

R
#MSGT+4

;SET LULP IN REG 12
;GET POINTER TO MSG DATA TABLE

;GET CHAR TO BE LOADED

R1,#MSG1 ¢4

;SEE [F 1ST CHAR RCV'D

PC,IACTIV

;CHK TACT =1

PC,RSEOM

;CHK RSCM = 1, REOM = 0

9$
R1,#MSG1+12.
8s
PC,IACTIV

;SEE IF LAST CHAR RCV'D
:BR IF NO
;CHK FOR IACT - 0

PC,RSEOM

;CHK RSCM = 0, REOM = 0

159

;PROGRAM THE USYRT

MoV
CLR
MOVB
JSR
MoV

JSR

6$:

SEQ

;B8R IF NO

PC,IACTIV

:CHK FOR IACT =1

PC,RSEOM

;CHK RSOM = O, REOM = 0

PC,READAX
RAX15,(R1)+
12%
=2(R1),G00DAT
RAX15,BADDAT
PC,GETALL

;READ AXO0
; COMPARE RCV'D CHAR TO EXPECTED
;BR _IF RCV'D DATA OK
;GET EXPECTED DATA
;GET ACTUAL DATA
.GET REGS FOR PRINTOUT

INCORRECY DATA CHAR RCV'D

ERRDF

JSR
8.

26 ,EM26 ,ERR3

24%

PC,STPLUY

TRAP
.WORD
.WORD
.WORD

;CLOCK LU B CYCLES

CSERDF
26

EM26
ERR3

1845 032614
1846 032620

E 13
MACRO v03.01 7-AUG-80 11:01:24 PAGE 24-39
ER MSG TEST - B'T MODE, NO CRC

1847 032622
1848 032626
1849 032630

032634
032636
032644
032650
032654
032656
032662
032662
032662

S€Q

AG M

CIDMRD M8203 STAT| C
TEST 33 - USYRT REC

000000
004737

006714

Cmp
BLO
6SR

R1,#MSGI+14,
5%
PC,IACTIV

;SEE IF ALL DATA CHARS CHECKED YET
;BR IF NOT YET
;CHK JACT = 0

007102

éSR

PC,RSEOM

;CHK RSOM = 0, REOM = 0

MOV
JSR
6SR

#1C,WRIBYT
PC,WRITLY
PC,IACTIV

;SET 1C (INPUT CLEAR) [N REG 12

JSR

PC.MSTCLR

;I1SSUE CLEAN-UP MASTER CLEAR

003236

000200
003750
006714

002366

003576

248

ENDTST

;CHK JACT = 0

L10065:

104401

2322

R R R

160

a2 X R R s

R R 2R RSN

R R

TRAP

CSETST

AR R AR

R ]}

TEST 34 - SILO-DISABLED TRANSMITTER LOAD TEST

SBTTL

S« THIS TEST DISABLES THE SILOS, LOADS A 125 CHARACTER INTO THE TX SILO, AND
i+ READS AX1=15 AND CHECKS THAT THE DATA DID NOT GET LOADED INTO THE USYRT TX
S« BUFFER.

2223222223222

032664
032664

032664
032670
032676
032704
032710
032716
032724
032730
032736
032742
032750
032752
032760
032766
1885 032772

1886
1887
1888

1889
1890
1891
1892

XSRS

R R R

R R

AR AR AR AR R AR

BENTST

004737
012737
012737
004737
012737
012737
004737
012737
004737
123727
001414
012737
013737
004737

003576
000014
000040
003750
000040
000125
005174
000002
004124
002370
000000
002370
004526

JSR

002400
002366

MOV
MOV

214 ,REGNUM
#DISSI,WRIBYT

002426
002422

MOV

#01SS1,DISILO

JSR

002402

000000
002404
002406

104401

#125, TXWORD
PC,LOTXST
#2 . AXNUM

CMPB
8EQ
MOV

RAX15,#000
.1

MOV
JSK

PC.READAX

#000,GOODAT

RAX15,BADDAT
PC,GETALL

:REPORT REG MISCOMPARE

ERRDF

002426
003576

PC,WRITLU

MOV
JSR
MOV

JSR

104455

000003
012220
015140
005037
004737

PC,MSTCLR

3.
ENDTST

CLR
JSR

:ISSUE MASTER CLEAR
:SET REG NO. = 14
;SET DISSI BIT

1364::

;SET DISABLE SILO FLAG
;LOAD 125 INTC TX SILO
;SET REG NO. FOR AX1

;READ AX1-15, AX1-16
;CHECK FOR AX1-15 UNCHANGED
:BR 1F UNCHANGED
;GET EXPECTED DATA
;GET ACTUAL DATA
;GET REGS FOR PRINTOUT

3,EM3,ERR3

DISILO
PC.MSTCLR

RARAR D)

TRAP

;CLEAR DISABLE SILO FLAG
;ISSUE MASTER CLEAR TO CLEAN ULP
L10066:

(SERDF
3

.WORD
.WORD
.WORD

EM3
EPR3

TRAP

($e1s?y

CIDMRD M8203 STATIC DIAG M1

MACRO v03.01 7-AUG=-80 11:01:24 PAGE 24-40

SEQ

TEST 34 - SILO-DISABLED TRANSMITTER LOAD TEST
1893
189‘.

;;ttt"ttt"ttt"'t""t"t""t'tt"t't'tQ'tttttt"t"ttt"'.ttttt't"'tt'tt't'

}ggz

LSBTTL

1897

:* THE LINE UNIT IS INITIALIZED AND A MESSAGE IS INITIATED (USING STEPLU)

1899

“« DISABLE SET, AND WITH NO ERROR DETECTION. TWO FLAGS, 000,125,252, AND

;¢ WITH LULP (REG 12)

1900
1901

TO LOOP THE DATA INTERNALLY

IN THE USYRT

WITH SILO

:* lfibYéSAND THE RECEIVED CHARS ARE READ FROM AX0O AND COMPARED TO EXPECTED
;* VALUES.

190‘

::tt"t"tttttt"t"t"'""tt"'ti'tt'tt"t"tt't"Q'Qttt"'t"t""tQt""'t"

1905 033014

033014

RGNTST

033014
033022
033026
0330
055032
033036
033042
033044
033046
033050

012737
004737
000000
000000
004737
004737
000000
000302
000000
000000

003576
010640

1917 033060

012737

000140

1916 033052

SET

;* TERMINATING FLAGS ARE THEN SENT 8Y LOADING THE TRANSMITTED CHARS INTO
:* REG AX1. THE PROGRAM MONITORS OACT, IACT, RSOM, REOM, ORDY, OCOR, ICIR,

}gg%

1906
1907
1908
1909
1910
1911
1912
1913
1914
1915

TEST 35 = SILO-DISABLED MESSAGE TEST - BIT MODE, NO CRC

1898

161

1918 033066
1919 033072

000014

002400

004737
012737

003750
000140

012737

1922 033114

004737

1924 033124

004737

1923 033120
1925 033130

1926 033132
1927 033140
1928 033144
1929 033150
1930 033154
1931 033160
1932 033162
1933 033166

1934 033170

000012

112737

000040

012701

003220

000001

012737
112137
112137
004737
004737
000000
004737
000000

003750

000002
002374
002376
004312
004662

004737
000001
012703
112137

005352

1941 033220
1942 033224
1943 033226
1944 033232
1945 033234
1946 033242

020327
001006
005737
001403
112737
004737

000001

1948 033250

004737

1936 033176
1937 033202
1938 033204
1939 033210

1940 033214

1947 033246

112137

000001

102426

JSR
MOV

PC,WRITLU
;SET TXEN AND DISSI IN REG 14
FTXEN'DISSI,DISIL
;SET DISABLE SILO FLAG

002366

MOVB

#LULP,WRIBYT

MOV

MSGT,RY

MOV

,02400

MOV
JSR

JSR
1

002402

MOV
MOVB
MOVB
JSR
JSR
0
JSR
0

= 14

#12 ,REGNUM

:SET LU REG NO. = 12

PC,WRITLU

:SET LULP IN REG 12

PC,OSIRDY

:CHK ORDY = 1

:GET POINTER TO MSG

;SET AX BYTE NO. FOR AX1
;GET A CHAR

PC,OACTIV

:CHK OACT = 0

JSR

PC,STPLU

:CLOCK LU FOR 3 CYCLES

PC,OACTIV

:CHK OACT = 1

(3:

JSR
1
MOV
MOVB

¥4 ,R3
(R1)+,WAX1S

;INIT COUNTER
:GET ANOTHER CHAR

5% :

(MP
BNE
ST
BEQ
MOVB
JSR

R3, N
5%
CHPTYP
5%
STEOM,WAX16
PC,OSIRDY

;SEE IF LOADING LAST DATA CHAR YET
:BR If NOT
;SEE !'F SIG USYRT
;BR IF YES
:SET TEOM WITH LAST DATA CHAR
;CHK ORDY = 1

JSR

PC,WRITAX

:LOAD ANOTHER CHAR INTO USYRT Tx BUFFER

002430

002376

:SET REG NO.

#TXEN'DISSI,WRIBYT

#2 ,AXNUM
(R1)+,WAX1S
(R1)¢+,WAX16
PC,WRITAX
PC,OSIRDY

002376

004312

:1SSUE MASTER CLEAR
;:PROGRAM THE USYRT

#14 ,REGNUM

000004
002374

000002
004662

135::

:SET TEST EXIT ADDRESS FOR ERRORS
:FIND OUT WHICH USYRT CHIP

MOV

002346

005352

005254

000003

MOV
#18% ,RETADR
JSR
PC,INITRN
0
0
JSR
PC,MSTCLR
JSR
PC,SETUP
000
CRC2'CRC1'IERR
000
000

004662

004737

1935 033174

002362

012737

1920 033100

1921 033106

033714
005540

mMove

(R1)+,WAX16

:LOAD CHAR INTO USYRT TXx BUFFER

:CHK ORDY = 0

CIDMRD MB203 STAT(C DIAG M

TEST 35 = SILO~DISABLED MESSAGE
1949
1950
1951
1952

033254
033260
033262
033266

004737
000000
004737
000000

1954
1955
1956
1957
1958
1959
1960
1961
1962
1963
1964
1965
1966
1967
1968
1969

033274
033276
033302
033304
033310
033312
033316
033320
033322
033324
033330
033332
033336
033340
033344
033352

000000
004737
000010
004737
000001
004737
000001
005303
001332
004737
000000
005737
001007
105037
112737
004737

1953 033270

1970 033356

004737

1971 033362
1972 033364
1973 033370

000003
004737
000002

1975 033376
1976 033400
1977 033404

000001
004737
000001

1979 033412

000001

1974 033372

1978 033406

1980 033414
1981 033420
1982 033422
1983 033430
1984 033436
1985 033440
1986 033446
1987 033454
1988
1989 033460

004737

1993 033500
1994 033504

1995 033506

1996 033512

1997 033514
1998 033520

1999 033522
2000 033526

2001 033530

005352
004662

006430
0024390
002376

005254

11%:

006430

005352
006714

005430

000511

1992 033476

005254

004737
000000
012737
123727
001415
012737
013737
004737

1990 033470

1991 033472

007102

104455
000032
013067

033466

006714

002374
000002
004312

002402
000000

000000
002370
004526

002404
002406

005254

004737

006430

004737

005352

004737
000001

006714

004737

006430

000002

000001

004737
000000

007102

PC,OSIRDY

;:CHK ORDY = 0

PC,IACTIV

:CHK IACT = 0

PC,RSEOM

;CHK RSOM = 0, REOM = 0

PC,STPLU

;CLOCK LU FOR 8 CYCLES

PC,OACTIV

:CHK OACT =1

PC,OSIRDY

:CHK ORDY =

R3
4%
PC,ISIRDY

;:DECR COUNTER
:BR IF NOT DONE
:CHK JRDY = @

(HPTYP
11%
WAX15
#TEOM,WAX16
PC,WRITAX

;SEE 1F SIG USYRT
;BR IF NOT

PC,ISIRDY

;CHK

PC,OACTIV

:CHK OACT =1

PC,IACTIV

;CHK

JSR

PC,RSEOM

;CHK RSOM = 1, REOM = 0

JSR
0

PC,ISIRDY

:CHK IRDY = 0

PC,STPLU

9%:

18%

YET

:LOAD EOM CHAR
:LOAD ANOTHER (HAR

INTO USYRT Tx BUFFER
:CLOCK LU FOR 3 CYCLES
IRDY = 1

TACT =1

PC,STPLU

:CLOCK LU FOR 8 CYCLES

JSR

PC,ISIRDY

;CHK [RDY -1

JSR

PC,OACTIV

:(HK OACT =1

JSR
1

PC,IACTIV

;CHK JACT -1

PC,RSEOM

;(HK RSOM = O, REOM

JSR

PC.ISIRDY

;CHK IRDY - 0

JSR
0

TRAP
MWORD
.WORD

.WORD

JSR

162

MOV
#0,AXNUM
:SET AX BYTE NO. FOR AXO
CMPB
RAX15,#000
: COMPARE RCV'D CHAR TO 000
BEQ
9
;BR [F MATCH
MOV
#0,G00DAT
;SET EXPECTED DATA
6%:
MOV
RAX15,BADDAT
:SET ACTUAL DATA
JSR
PC,GETALL
:GET REGS FOR PRINTOUT
;REPORT INCORRECT DATA CHAR RCV'D
ERRDF
26,EM26,ERR3

015140
000010

JSR
0
JSR
0
JSR
0
JSR
8.
JSR
1
JSR
1
DEC
BNE
JSR
0
TSt
BNE
CLRB
MOVB
JSR
JSR
3
JSR
2
JSR
1
JSR
1
1

000000
002370

004737

SEQ

TEST - BIT MODE, NO CRC

004662

004737

033460
033462
033464

613

MACRO v03.01 7-AUG-80 11:01:24 PAGE 24-41

CSERDF
26
EM26

ERR3

CIDMRD MB203 STATIC DIAG M1

K13

MACRO V03.01 7-AUG-B0 11:01:24 PAGE 24-42

SEQ

TEST 35 - SILO-DISABLED MESSAGE TEST - BIT MODE, NO CR(

2002 033534

000000

2004 033544
2005 033546
2006 033554
2007 033556
2008 033562
2009 033564
2010 033570
2011 033572
2012 033576
2013 033600
2014 033604
2015 033606
2016 033612
2017 033614
2018 033620
2019 033622
2020 033630
2021 033632
2022 033640
2023 033642
2024 033650
2025 033656
2026 033662

001404
012737
000734
004737
000010
004737
000002
004737
000001
004737
000000
004737
000002
004737
000000
123727
001404
012737
000702
012737
012737
004737
012737

2028 033676
2029 033702
2030 033706
2031 033712
2032 033714
2033 033720
2034 033724
033724
033724

004737
004737
004737
000000
005037
004737

2003 033536

2027 033670

2035
2036
2037
2038
2039

123727

012737

002370

000125

002404

005254

(mMPB

12%:

006430
005352

006714
007102
006430

002370

000252

0026404

000014
000040
003750
000011

002400
002366

000200

003750
005146
005352
£02426
003576

14$:

002400

002366

ENDTST

;:COMPARE 2ND RCV'D CHAR TO 125

PC,ISIRDY

;:CHK [RDY = 1

PC,OACTIV

:CHK OACT =1

PC,IACTIV

:CHK IACT = 0

PC,RSEOM

;CHK RSOM = 0, REOM = 1

PC,ISIRDY

;CHK JRDY = 0

RAX15,#252

:COMPARE 3RD RCV'D (MHAR T0 252

12%
#125,G00DAT
6%
PC,STPLU

JSR
JSR
JSR
0
CLR
JSR

PC,WRITLY
PC,WAITSO
PC,OACTIV

;SET OC TO SHUT DOWN TRANSMITTER
:WAIT FOR SHUTDOWN
;CHK FOR OACT = 0

DISILO
PC,MSTCLR

:CLEAR DISABLE SILO FLAG
;ISSUE MASTER CLEAR TGO CLEAN UP

14%
#252,G00DAT
6%
#14 ,REGNUM
#O1SSI,WRIBYT
PC,WRITLU

#11,REGNUM

[ [0]%

18%:

RAX1S5,#125

BEQ
MOV
RR
JSR
8.
JSR
2
JSR
1
JSR
0
JSR
2
JSR
0
CMPB
BEQ
MoV
BR
MOV
MoV
JSR
MOV

#0C,WRIBYT

;BR IF MAT(CH
:SET EXPECTED DATA
:BR TO REPORT ERROR
;CLOCK LU FOR 8 CYCLES

;BR IF MAT(CH
;SET EXPECTED DATA
:BR TO REPORT ERROR
:SET REG NO. = 14
sCLEAR TX ENABLE

;SET REG NO. = 11

L10067:

104401

163

TRAP

CSETST

20‘0

.-;t'ttttttttttt""'t"""t'Qt"tl't'tltt'Iltt't'it'tt'ttttt.'ttttttt"'ttt'tQQ

582;

.SBTTL

2043

;¢ FIRST, A MASTER CLEAR IS DONE AND THE PROGRAM (HECKS FOR ICIR = 1 AND [RDY

2045

;= BYTES OF A 256-BYTE BINARY COUNT DATA PATTERN (000-377) ARE LOADED INTO

2044

2046

TEST 36 - RECEIVER BUFFER TEST = CHAR MODE, CRC

;¢ = 0, THEN, 2 SOM CHARS ARE LOADED AND CLOCKED INTQO THE USYRT, AND 64
;v THE TX SILO.

2047
2048
2049
2050
2051
2052

;¢
;¢
:*
;*
:*
;¢

2054

;¢ JRDY = 1 AGAIN.
JK]
THE REST OF THE BINARY (OUNT DATA BYTES ARE CYCLED 8 CLOCKS AND RtAD AND

2053

THE LINE UNIT IS THEN CLOCKED UNTIL IRDY = 1, AND THE PROGRAM CHECKS FOR
THIS TO OCCUR WITHIN 40-43 CYCLES. THE PROGRAM READS THE RCV SILO, CHECKS THE
CHAR FOR 000, AND CHECKS FOR IRDY = 0 AGAIN,
THE LINE UNIT IS THEN CLOCKED IN GROUPS OF 8 CYCLES, AND AFTER EACH, THE
PROGRAM CHECKS FOR ICIR = 1, IRDY = 1, UNTIL THE 64TH GROUP, AFTER WHI(H
1T CHECKS FOR ICIR = 0, IRDY = 1, THE SECOND DATA CHAR IS READ FROM THE

;¢ RECEIVER SILO AND COMPARED TO 001. THEN, THE PROGRAM (HECKS FOR ICIR = 1,
.

COMPARED A BYTE AT A TIME.

(IDMRD MB203 STATIC DIAG M

113
MACRO v03.01 7-AUG=-80 11:01:24 PAGE 24-43

SEQ

TEST 36 - RECEIVER BUFFER TEST - CHAR MODE, (RC

164

2057

;;Qt"ttt'tt'tt"tt"'ttt"QQ"t"ttt"t"tt!tt'ttt'"Q'tttlt'ttt"'t'tt""""

2058 033726

BGNTST

033726
ggzg 033726

012737

034202

%82;

MOV

#A10,RETADR

004737

%822 033744

000001

004737

003576

006430

2067

’

JSR

JSR
1

PC,MSTCLR
PC,ISIRDY

004737

005540

)

JSR

PC,INITRN

2074 033760
2075 033764
2076 033770
2077 033772
2078 033776
2079 034000

010337
004737
005203
020327
002770
004737

0026422
005174

2s:

MOV
JSR
INC
CMP
BLT
JSR

R3, TXWORD
PC.LDTXSI
R3
R3,#64.
2%
PC,RCVIST

000226
000011
005003

000050

000100

007434

2084 034006

0050064

2089 034022

004737

ggg? 034026

004737
000000
000000
005204
000001

007750

006430

2095 034034
2096 034036
2097 034042
2098 034046

2099 034050
2100 034054

2101 034056

g}g% 034062

004737

000010
010337
004737
005203

0052564

004737

006430

020327

000177

000003

002762

004737 005254

2108 034072

004737

g}};

:INIT BINARY COUNT DATA FOR WRITING
:LOAD A DATA BYTE INTO TX SILO
:INCR DATA
:SEE IF 64 BYTES LOADED YET
:BR IF NOT YET
“RECEIVE AND TIME FIRST (HARA(CTER

16$:

CLR

JSR
0
0
INC

JSR
1

PC,CKDATA
R4

PC,ISIRDY

SINIT PATTERN FOR READING

;READ RCV SILO, COMPARE DATA
;EXPECTED DATA = 000
:DON'T CLOCK LINE UNIT
-INCR DATA FOR READING

:CHK FOR ICIR = 1, IRDY - 0

000010
000002

18%:

JSR

8.
MOV
JSR
INC

JSR
3

CMP

BLTY

PC,STPLU
R3, TXWORD
PC,LDTXSI
R3

;CLOCK LU FOR 8 CYCLES

PC,ISIRDY

:LOAD ANOTHER WORD INTO TX SILO
-INCR PATTERN FOR WRITING
:CHK ICIR = 1, IRDY = 1

R3,#127.

:SEE IF 63 MORE CHARS CLOCKED YET

18%

‘BR IF NOT YET

* CLOCK 1 MORE CHAR INTO RCV SILO, CHK ICIR = 0, IRDY =

2106 034064

5}98 034076

002422
005174

%}82
2107 034070

40.

;LOAD 2 $SOM'S, CLOCK THEM [NTO USYRT

* CLOCK 63 CHARS INTO RCV SILO, CWK ICIR = 1, IRDY = 1

%83%
2094 034030

SYNCH
STRIP'!DDCMP
CLR
R3

: READ RCV SILO, COMPARE FIRST CHAR TO 000, CHK FOR ICIR = 1, IRDY = 0

%83%
2085 034010
2086 034014
2087 034016
2088 034020

:CHK ICIR = 1, IRDY = 0

: CLOCK LINE UNIT, CHK FOR IRDY = 1 WITHIN 40-43 CYCLES

2070 033746

ggg? 034094

:ISSUE MASTER CLEAR

%828
2071 033752
2072 033754
2073 033756

136::

<SET TEST EXIT ADDRESS FOR ERRORS

; DO MASTER CLR, CHK FOR ICIR = 1, IRDY = 0

2063 033734

2064 033740

002362

006430

’

JSR

PC,STPLU

:CLOCK LU FOR 8 CYCLES

JSR

PC,ISIRDY

;CHK [CIR = 0, IRDY = 1

8.
2

“READ, COMPARE, CLOCK REST OF DATA CHARS

M8203 STATIC DIAG M

MACRO v03.01

[ S]NPy,]

[olelelelelelolaloloels]

- RECEIVER BUFFER TEST - CHAR MODE,

034140

034206

010437
004737
000000
000000
005204
020427
001427
004737
000003
004737
000010
020327
003007
010337
004737
005203
000137
012737
004737
000137

034110
007750

004737

003576

7-AUG-80 11:01:24 PAGE

J 13

CRC

20%:

MOov

21 :

22%:

SEQ

24-44

R(,21%

165

SSET EXPECTED DATA

JSR

PC,CKDATA

;READ AND COMPARE DATA

0
INC

;DON'T CLOCK LINE UNIT
:INCR DATA PATTERN FOR READS

;EXPECTED SILO ENTRY GOES HERE

(MP

;SEE IF ALL DONE READING YET

006430

BEQ
%SR

R4, #4600

005254

gSR

PC,STPLU

;CLOCK LU FOR 8 CYCLES

000377

(MP
BGT

R3 4377
24%

;SEE IF ALL CHARS LOADED INTO Tx SILO YET
:BR IF YES

JSR
INC
JMP

PC,LDTXSI
R3
20$

;LOAD ANOTHER CHAR INTO TX SILO
; INCR DATA PATTERN FOR WRITING

PC,LDTXSI
20$

;LOAD EOM INTO TXx SILO

PC,MSTCLR

;ISSUE

000400

MOV

002422
005174

034100
001000
005174
034100

32%
PC,ISIRDY

002422

24%:

R3, TXWORD

MOV

#TXEOM, TXWORD

JSR
JMP

32%

A0 ;ST
END

;BR IF DONE READING
;CHK ICIR = 1, IRDY =1

JSR

MASTER CLEAR

1C CLEAN UP

L10070:

1044C

(KK
1

Ky: TIL
Tr

TEST

R AR R

R R R R

R R

R R R

R RS A R R AR

TRAP

CSETST

RRR A

37 - RECEIVER CHAR LENGTH TIMING TEST - CHAR MODE, NO CRC

LINE UNIT IS PLACED IN CHAR MODE, WITH NO ERROR DETECTION, AND A MSG IS

I'iTIATED WITH 2 SYNCH CHARS. NEXT, FIFTEEN 000 CHARS ARE LOADED INTO THE

T ANSMITTER SILO. THE LINE UNIT IS THEN CLOCKED USING STEPLU WITH LULOOP

fOR EACH RCV CHAR LENGTH, THE PROGRAM CHECKS TO MAKE SURE THET USYRT RECEIVER
FLAGS OCCUR THE PROPER NO. OF CYCLES APART, FOR EATH RCV CHAR LENGTH.
(FOR EXAMPLE A S-BIT CHAR TAKES 5 CLOCK CYCLES TO BE RECEIVED). A MASTER
CLEAR 1S THEN DONE TO TERMINATE THE OPERATION.

Oombbbg
OO
NN NVOOOO

ISIIIIIIIIIIIINS

MNORLRLALALALALININLNLNINL
L NO N
VNI PON) = b = s

il
el

WAV
wWN—=O

—

el cald

)

) aud

PORLRLRLRLRLNVNLNNININUNY

o OO VVVAVAVAWAWY
O N B
) = OCOWNOWVE

SET, WHILE THE RECEIVER C(HAR LENGTH IS SET TO THE FOLLOWING VALUES : 5,6,7,8.

1s1

012737
004737
000000
000341

012737
012737

034402
005540

000017
002422
005174
005146
000006
000000
000005

MOV

002362

338

1%:

002402
002374

002376

#24% ,RETADR

PC,INITRN

137::

:SET TEST EXiT ADRS FOR ERRORS

:DO MASTER CLR, LOAD 2 SOM'S

CRC2'CRCY' IDLE'DDCMP
MOV
ns. Rl
TXWORD
CLR

;INIT COUNTER

MOV

SSET DATA FOR AX3=15 = 0

JSR
DEC
BNE
JSR
MOV

PC,LDTXSI
R
38
PC.WALTSO
26 AXNUM

MOV

FRXLEN2 'RXLENO,WAXT6 :SET RCV LEN = S

2000, WAX15

:LOAD A 000 CHAR INTO TX SI10
*DECR COUNTER
‘B8R IF NOT DONE LOADING YET
*WAIT FOR SILO TO RIPPLE
*SET BYTE NO. = 6 FOR AX3

K 13
MACRO v03.01 7-AUG-80 11:01:24 PAGE 264-45
(IDMRD MB203 STAT{C DIAG M
TEST 37 - RECEIVER CHAR LENGTH TIMING TEST - CHAR MODE, NO CRC

004737
004737
100012
012737
004737
004737
000005
012737
004737
004737
000006
012737
004737
004737
000007
004737
000010
004737
000010
004737

034406
034406

104401

VBN

2O OOV
LI —~O

00~ NN NNNYNNNO
oD CPOOCOOO0OOD

AIRNIRINIAL
NI PNV
NIAN NP NN
NI RN NI NI PO
N
d e
b b ed ol
D od b D o
o
D D o e e o
d b

2167 034274
68 034300
9 034304
034306
034314
034320
034324
034326
034334
034340
034344
034346
034354
034360
034364
034366
034372
034374
034400
6 034402

W ~NO VNN
~-O OO0

JSR
PC,WRITAX
JSR
PC.STPLU
CHPCHK
' 10.

:LOAD AX3
“CLK LU UNTIL TX'ING 1ST DATA CHAR

JSR
gsn

:LOAD AX3
1CLOCK S=-BIT DATA CHAR

000006
004312
007434

002376

MOV

#RXLENZ'RXLENT,WAX16 ;SET RCV LEN = 6

000007
004312
011074

002376

MOV
JSR
gsa

#RXLEN2 'RXLENT'RXLENO,WAX16 ;SET RCV LEN = 7
PC,WRITAX
:LOAD "AX3
PC.RXCHAR
“RCV 5-BIT DATA CHAR, CLK ‘6-BIT

000000

002376

MOV

#0,WAX16

PC,WRITAX
PC.RCVIST

PC.WRITAX
PC.RXCHAR

*LOAD AX3
'RCV 6-BIT DATA CHAR, CLK 7-BIT

011074

gsn

PC,RXCHAR

:RCV 7-BIT DATA CHAR, CLK 8-BIT

011074

géa

PC,RXCHAR

:RCV 8-BIT DATA CHAR

JSR

PC,MSTCLR

;1SSUE MASTER CLEAR TO CLEAN UP

248:

003576

ENDTST

166

;SET RCV LEN = 8

JSR
%sn

004312
011074

oL ol o X oTe T

]

[LS],
N1,eST nd
NY eW1, D
8,1
8], 8] .V] ¥
- e
ed i oD e
b

7 034406

004312
005254

SEQ

L10071:

TRAP

CSETST

;:.".".'.'.'."""""Qit"""."."""""‘"'.'.t."'i"""""""i""

Velle R ool

"SBTTL
. &

‘e
‘e
“«
‘e
‘e
“«

TEST 38 - RECEIVER CHAR LENGTH TIMING TEST - BIT MODE, NO CRC

THE LINE UNIT IS PLACED IN BIT MODE WITH NO ERROR DETECTION, AND A MESSAGE IS
INITIATED WITH 2 FLAG CHARS. NEXT, FIFTEEN 000 CHARS ARE LOADED INTO THE
TRANSMITTER SILO. THE LINE UNIT IS THEN CLOCKED USING STEPLU WITH LULOOP
SET, WHILE THE RCV CHAR LENGTH IS SET TO THE FOLLOWING VALUES : 8,8,8,7.6.5,
4.3.2,1. FOR EACH RCV CHAR LENGTH, THE PROGRAM CHECKS TO MAKE SURE THAT THE
USYRT RECEIVER FLAGS OCCUR THE PROPER NO. OF CYCLES APART, FOR EACH RCV

CHAR LENGTH. (FOR EXAMPLE, A 5 BIT CHAR TAKES 5 CLOCK CYCLES TO BE RECEIVED).
;* A MASTER CLEAR IS THEN DONE TO TERMINATE THE OPERATION.

::ttt't'.t'lttt't'tti"i"Qii""ttttti't."i..'ii""'t't""t'.tt"'tt""'t't

2205 034410
034410
2206 034410

BGNTST

012737
004737
000000
000300
012701
005037
004737
005301

012737

034702
005540

MOV
338

002362

#24$ ,RETADR
PC,INITRN

CRC2'CRCY
MOV
25, R

000017
002422
005174

005146
000006
000000
007434

002402
002374

000000

002376

CLR

JSR

TXWORD

BNE
JSR
MOV

PC,LDTXSI
R
{3
PC,WALTSO
26 AXNUM

ign

PC,REVIST

DEC

MOV
MOV

2000, wAX15
20 .WAX16

138::

SSET TEST EXIT ADRS FOR ERRORS
DO MASTER CLR, LOAD 2 SOM'S
SINIT COUNTER

:LOAD A 000 CHAR INTO TX SILO

*DECR COUNTER

“BR IF NOT DONE LOADING YET
*WAIT FOR SILO TO RIPPLE
SSET BYTE NO. = 6 FOR AX3

"SET DATA FOR AX3-15 = 0

SCLOCK FIRST 8-BIT DATA CHAR

SSET RCV LEN = 8

85 85

A
AN NN
BNV

N AN N NN NN
NN OOV
W~

MACRO v03.01

L13

2246 034646
2247 034652
2248 034654
2249 034662
2250 034666
2251 034672
2252 034674
2253 034700
2254 034702
2255 034706
034706
034706
2256
2257
2258
2259
2260
2261
2262
2263
2264
2265
2266
2267
2268
2269
2270 034710

004737
004737
000010
012737
004737
004737
000010
012737
004737
004737
000007
012737
004737
004737
000006
012737
004737
004737
000005
012737
004737
004737
000004
012737
004737
004737
000003
012737
004737
004737
000002
004737
000001
004737

SEQ

7-AUG=-80 11:01:24 PAGE 24-46

= RECEIVER CHAR LENGTH TIMING TEST - BIT MODE,

&5 BNN
=

wno

NI
NN

Y
-t

M8203 STAT(C DIAG M

004312
011074

NO CRC

JSR
gsn

PC,WRITAX
PC.RXCHAR

;LOAD AX3
SRCV FIRST 8-81T DATA CHAR, (LK SECOND 8-BIT

000007
004312
011074

002376

MOV

#RXLEN2'RXLENT 'RXLENO,WAX16 :SET RCV LEN = 7

000006
004312
011074

002376

MOV
JSR

#RXLEN2'RXLENT,WAX16
-SET RCV LEN = 6
PC,WRITAX
;LOAD AxS$

000005
004312
011074

002376

MOV

FRXLEN2'RXLENO,WAX16

gsn

PC.RXCHAR

000004
004312
011074

002376

MOV

JSR
ésn

PC,WRITAX
PC.RXCHAR

000003
004312
011074

002376

MOV

#RXLENT'RXLENO,WAX16

iSR

PC.RXCHAR

'RCV 5-BIT DATA CHAR, (LR &-BIT

000002
004312
011074

002376

MOV

FRXLENT,WAX16

PC,WRITAX
PC.RXCHAR

:SET RCV LEN = 2

‘LOAD AX3
'RCV 4-BIT DATA CHAR, CLK 3-BIT

000001
004312
011074

002376

MOV

JSR
flSR

PC,WRITAX
PC,RXCHAR

%sn

JSR

24$:

ENDTST

;LOAD “AX3
;RCYV SECOND 8-BIT DATA (HAR, (LK 3RD 8-BIT

'RCV 3RD 8-BIT DATA CHAR, (LK 7-BIT
:SET RCV LEN = §

PC,WRITAX

SLOAD Ax$

NRXLEN2,WAX16

;SET RCV LEN = &

PC,WRITAX

JSR
%sa

011074

003576

PC.RXCHAR

'RCV 7-BIT DATA CHAR, CLK 6-BIT
:LOAD AX3
‘RCV 6-BIT DATA CHAR, CLK S-BIT
:SET RCV LEN = 3

:LOAD AxS$

JSR
%sa

#RXLENO,WAX16

PC,WRITAX
PC.RXCHAR

:SET RCV LEN = 1
‘LOAD AX3
'RCV 3-BIT DATA CHAR, CLK 2-BIT

#sn

PC,RXCHAR

:RCV 2-BIT DATA CHAR, CLK 1-BIT

JSR

PC,MSTCLR

:1SSUE MASTER CLEAR TO CLEAN UP
L10072:

104401

TRAP

CSETST

;:I't"tttttlt""""i"""'""tt""'t"tfittt'l""ti"'t"'t"""""""'

"SBTTL
b

TEST 39 - TRANSMITTER UNDERRUN ERROR, IDLE MARKING, CHAR MODE,NO CRC

;¢ THE LINE UNIT IS PLACED IN CHAR MODE, AND THE IDLE BIT IS SET. THEN, A
;¢ MSG IS INITIATED, A 000 CHAR IS SENT, AND THE TX BUFFER IS NOT SERVICED
;* IN RESPONSE TO THE USYRT TX BUFFER EMPTY FLAG, WHICH CAUSES A TX UNDERRUN
;* ERROR. THEN, THE RECEIVER IS CLOCKED AND CHECKED FOR TWO 377 CHARS TO BE
;v RECEIVED (LINE MARKING) BEFORE SHUTTING DOWN WITH A MASTER CLEAR.

':ti."'t'tt""""""""""""'itlit't""'ttii"'tt'ttt'.t""'!!t'tt"'t

BGNTST
012737
004737
000226
000341

034772
005540

002362

MOV
gg:cn

#24% ,RETADR
PC,INITRN

CRC2!CRC1'IDLE:DDCMP

139::

:SET TEST EXIT ADDRESS FOR ERRORS
;sMST CLR, LOAD 2 SOM'S

CIDMRD MB203 STATIC DIAG M

m13
MACRO v03.01 7-AUG-80 11:01:24 PAGE 24-47

TEST 39 ~ TRANSMITTER UNDERRUN ERROR,

2275 034726
2276 034734
2277 034740
2278 034744
2279 034746

012737
004737
004737
000063
004737

2281 034756
2282 034760
2283 034762
2284 034766
2285 034770
2286 034772
2287 034776

000377
000000
004737
000377
000000
004737

2280 034752

2288
2289
2290
229
2292

034776
034776

004737

000000
005174
005254

002422

MoV
JSR
JSR
51.
JSR

007}54
007750

JSR

007750
003576

chs:
ENDIST

%%gg

LSBTTL

2296
2297
2298
2299
2300

:*
;*
;%
;%
:*

PC,CKDATA

:READ AND CHECK FOR ANOTHER MARK (HAR

PC,MSTCLR

;1SSUE MASTER CLEAR TO CLEAN UP

TRAP

CSETST

ARl

TEST 40 - MSG TERMINATION WITH GA CHARS - BIT MODE,NO CRC

THE DEVICE IS ENABLED FOR TRANSMIT AND RECEIVE, AND A MESSAGE IS
INITIATED IN BIT MODE.
2 FLAG CHARACTERS ARE SENT, FOLLOWED BY
THE FOLLOWING DATA CHARACTERS : 000, 125, 252, 377, 000. THEN THE LOOP
MODE BIT (STRIP) IS SET AND 2 TERMINATING GO~AHEAD CHARACTERS ARE

:t ALSO, THE FIRST GA CHAR IS CHECKED BY SCANNING THE TXDATA BIT AS THE GA
:* [S BEING TRANSMITTED (GA = 376 OCTAL).

2305
2306

:* THE TEST ALSO CHECKS FOR SETTING OF RAB AND EBLK
;* IN LOOP MODE.

307

2308 035000

2328 035100

;READ 000 CHAR
:READ AND CHECK FOR MARK CHAR (377)

:* WORDS ARE READ AND COMPARED TO EXPECTED VALUES.

2303
2304

2327 035074

PC,.RDRXSI
PC,CKDATA

;% SENT. EACH USYRT RCV FLAG IS TIMED AS IT IS RECEIVED, AND THE S ULATA

2302

2319 035044
2320 035050
2321 035054
2322 035056
2323 035062
2324 035064
2325 035070
2326 035072

;LOAD 000 CHAR INTO TX SILO
sCLOCK LINE UNIT UNTIL LINE GOES MARKING

L10073:

2301

2311 035012
2312 035014
2313 035016
2314 035022
2315 035024
2316 035026
2317 035034
2318 035040

377
000
JSR
377
000
JSR

168

#000, TXWORD
PC,LDTXSI
PC,STPLU

104401

2293

035000
2309 035000
2310 035006

SEQ

IDLE MARKING, CHAR MODE,

BGNTST

012737
004737

000000
000310
004737
003224
000005
012737

004737
004737
004737
004737
100071
004737
000376

035134
005540
011016
005000

005174
005174
005146
005254

011176

004737

007750

004737

007750

000000
000000

000125

002362

002422

Mov
JSR

#2488 ,RETADR
PC,INITRN

R A

R AR R

R A NN R RN AR

AN AR AN NN TN AN RO

T40::
;SET TEST EXIT ADRS FOR ERRORS
sMST CLR, LOAD 2 SOM'S

000
CRC2'CRCY!STRiP
JSK
PC.LODMSG
:LOAD DATA (CHARS INTO TX SILO
MSG1+4
5
MOV
#TXGOA
' TXEOM, TXWORD

JSR
PC,LDTXSI
JSR
PC,LOTXSI
JSR
PC,WAITSO
JSR
PC,STPLU
CHPCHK'!S57.
PC,CKTBIT
JSR
376

:LOAD A GA CHAR INTO TX SILO
;LOAD ANOTHER GA
SALLOW SILO TO RIPPLE
sCLOCK LU UNTIL GA CHAR IS TX'ING

:SCAN TXDATA BIT FOR GA (HAR

JSR

PC,CKDATA

:RCV 000 CHAR, (LK 125

JSR

PC,CKDATA

;RCV 125 CHAR, CLK 252

000
0

125

CIDMRD M8203 STATIC DIAG M

N 13
MACRO V03.01 7-AUG-80 11:01:24 PAGE 24-48

SEQ

~N D
~ND

PC,CKDATA

;RCV 377 (HAR

PC,CKDATA

;RCV 000 CHAR, (HK RAB = 1, EBLK = 1

248
ENDTST

003576

PC,MSTCLR

; ISSUE MASTER CLEAR

2222

gg]?

007750

000010
004737

;RCV 252 CHAR, CLK 377

OWe

007750

PC,CKDATA

035140

104401

007750

w ¢

000000

— N

2329 035102
2330 035104
2331 035110
2332 035112
2333 035114
2334 035120
2335 035122
2336 035124
2337 035130
2338 035132

DNOO
~NWV
[oalvs)

TEST 40 - MSG TERMINATION WITH GA CHARS - BIT MODE ,NO CRC

L10074:

2222222

TEST &1

.S8TTL

R R

169

TRAP

CSETST

R RRRARRRRRRRRRRRRRRRRRd)

- IDLE SYNCHS TEST - CHAR MODE

: *

* THE DEVICE

IS ENABLED FOR TRANSMIT AND RECEIVE, AND A MESSAGE

« INITIATED IN CHAR MODE. 24(DEC) SYNCHS ARE SENT.
* EACH SYNCH IS TIMED AS IT [S RECEIVED, AND THE BITS ARE CHECKED
* FOR A VALID SYNCH CHAR FOR EACH OF THE 22 SYNCHS WHICH FOL:OW

« THE FIRST TWO (THESE PERFORM SYNCHRONIZATION, AND ARE NOT READ).

¢« WHILE THE LAST SYNCH IS BEING TRANSMITTED, OC IS SET, AND THE
* NEXT CHAR RCV'D AFTER THE SYNCH IS CHECKED TO BE 377 (LINE MARKING).
*

THEN,

A MASTER CLEAR

ISSUED.

+ THE SYNCH CHAR USED IS 226 (OCTAL).

&
3

2
2

WA B BB

PSPPI
= =

NbNOrNSObObws

T R T

T T T

TV TV TV

\n~n~nynun\nnnunun\nunun:s
LN
ST NN N LN
I
da Y

VTV T

OO NOVW
=200

000000000 OOO00O

Y —

WV IV
O OB

VTV

IV LV TV IV 1

TV 1V ]

LNLYLSTNY NTNT ST VTN ST VT NT N1 ST S S L Lt L

da )

8;~e~¢~4\ru~q~u~u~u~ea= 333 3333

2360 0351
2361 035150

012737
004737
000226
000341
012701
012737
004737
005301
001374
004737
004737
000030
012701
004737
000226
000010
005301
001372
004737
000226
000004
0127%7
1127%7

035302

005540
000026
000226
005174

002362

MOV
JSR

SYNCH

CRC2!CRCY'IDLE!DDCMP

002422

6S:

005146
007434

MOV
Mov

JSR
DEC
BNE
JSR
JSR

264.

000025
007750

8%:

007750
002400
002366

¥22.

#SYNCH, TXWORD
PC,LDTXSI

R1
6%
PC,wWAlITS0
PC,RCVIST

T41::

:SET TEST EXIT ADRS FOR ERRORS
;MST CLR, LOAD 2 SOM'S

¢ INIT COUNTER
;LOAD AN SOM INTO TX SILO

;DECR COUNTER
:BR IF MORE TO LOAD
;ALLOW SILO TO RiPPLE

CLK LU UNTIL 3RD SYNCH RCV'D (RCVR IS ACTIVE)

9”1, /1

;INIT COUNTER

DEC
BNE
JSR
SYN(H

PC.CKDATA

;DERC COUNTER
;BR IF NOT ALL C(HECKED
SOHECK LAST SYN(H

"oV
move

211, REGNUN

LSET REG NO.

MOV

JSR
SYNCH

0000
000200

#248 ,RETADR
PC,INITRN

PC,CKDATA

80C
Wk iBY!
A}

;READ A SYNCH,

(LK NEXT

ONE

MACRO v03.01
Tt T 41 - [DLE SYNCHS TEST - (HAR MODE
Cl QHRD M8203 STAT(C DIAG M

OO OOO
a:gynfinu.a_ha_a

SEQ@

003750
005254

JSR

PC,WRITLUY

;SET 0C IN REG 11

007750

§§§

PC,CKDATA

:RCV A MARK CHAR, CHK [T

0
JSR

PC,MSTCLR

;1SSUE MASTER CLEAR TO CLEAN UP

{gn

243P

003576

END

PC.STPLU

CFINISH CLOCKING CHAR,

3
[

L10075:

[E X

R X

XS 22X 22222222222 2222222222282

.SBTTL

2002202200

170

AND THEN SOME

104401

TRAP

iRttt

(SETST

TEST 42 - STRIP SYNCH TEST

;* THE DEVICE IS ENABLED FOR TRANSMIT AND RECEIVE, AND A MESSAGE [S
;% INITIATED IN CHAR MODE AND WITH THE STRIP SYNCH
;* BIT SET. THEN 24 (DEC) SYNCHS ARE SENT

;* FOLLOWED BY THE FOLL"WING DATA CHARACTERS : 377, (0O, 125, 252,
;» AND 2 TERMINATING SYNCHS.

:* EACH OF THE 23 SYNChS AFTER THE FIRST ARE CHECKED AT THE TRANSMITTER OUTPUT,
;* BY SCANNING THE TXDATA BIT.
:* EACH USYRT RCV FLAG IS TIMED AS IT IS RECEIVED, AND THE & DATA WORDS
:* ARE READ AND COMPARED TO EXPECTED VALUES.

;* FINALLY, THE LINE UNIT IS CLOCKED FOR SEVERAL CHAR TIMES, AND A CHECK
;v IS MADE FOR OACT = 0 (TEOM SHOULD CAUSE TX ENABLE TO DROP).
:* THE ABOVE TEST IS REPEATED FOR EACH OF THE FOLLOWING SYNCH CHAR DATA
;% PATTERNS : 226,000,125,252,376,177.

;;tt'i't"ttfl""'"""i!""""'Q't"t.i"Q"l'l"'t"""'ttt"""t

BGNTST

MOV
MoV
MOV

012737
012701
011137
004737
000000
000311
012737

JSR
.WORD

O~NYN

001000
005174
005174
005146

012702
004737
100010
004737

PC,INITRN
0

MOV

#TXSOM, TXWORD

JSR

PC,LDTXSI

MOV

002422

:MST CLR, LOAD 2 SOM'S
:SYNCH PATTERN GOES HERE

:LOAD 22 SOM'S INTO TX SILO

DEC
BNE
JSR

R2
63
PC,LODMSG

:LOAD DATA CHARS INTO TX SILO

MOV

#TXEOM, TXWORD

JSR
JSR
JSR

MOV
MOV
149%:

T42::

:SET TEST EXIT ADRS FOR ERRORS
;GET POINTER TO DATA
:GET A SYNCH PATTERN

#22. RS

ZSGL

055434
000027
005254
011176

#24% ,RETADR
#SYNPAT R
(R1),38

CRC2!CRC1!STRIP!DDCMP

002422

011016

81\1008

N N
W L A
A A

004737
004737
000014
004737
000377
000000
004737

005174

NV
=2 —o
[ To J NTo Y N}

~N
~
~N
F S

242

eYolelelelelelelelelelolelalalelelelelelolele
el o)

b
b

NOA)
=d b e e

DSOS
L LS LI L LY
Pl ¥
¥ o F R
R o

241

N=2OO0VBNO
NS

N
P %

2383 035260
2384 035264
2385 035270
2386 035272
2387 035276
2388 035300
2389 035302
2390 035306
035306
035306
23N
2392
2393
2394
2395
2396
2397
2398
2399
2400
2401
2402
2403
24604
2405
2606
24607
2408
2409
2610
rZ3%

B 14
7-AUG-80 11:01:24 PAGE 24-49

PC,LDTXSI
PC.LDTXS]
PC WAIT50

;LOAD A TEOM
*LOAD ANOTHER TEOM
SALLOW SILO TO RIPPLE

923, .R2

SINIT COUNTER
YCLOCK OUT FIRST SYNCH

(R1),168

PC.STPLY
JSR
CHPCHK '8,
PC,CKTBIT
JSR

:GET CURRENT SYNCH PATTERN
SCHECK TX'D SYNCH

(2 DMRD M8203 STAT(C DIAG M
Tt ST

42 - STRIP SYNCH TEST

2437 035434
2438 035436
2639 035440
2640 035442
2441 035446
2442 035450
2447 035454
2444 035456
2445 035460
2446 035464
2647 035466
2648 035470
2449 035474
2450 035476
2451 035500
2452 035504
2453 035506
2654 035510
2455 035514
2656 035516
2457 035522
2458 035526
2459 035530
2460 035534
035534

000000
005302
001373
006737
000010
004737
000377
000010
004737
000000
000010
004737
000125
000010
004737
000252
000040
004737
000000
062701
020127
103675
004737

2461 035534

104401

2662 035536
2463 035540
2464 035542
2465 035544
2466 035546
2467 035550
2468

000226
000090
000125
000252
000376
000177

2469
2470
2471
2472

¢ 14

MACRO v03.01 7-AUG-80 11:01:24 PAGE 24-50
16%:

007436
007750

007750
007750
007750
005352
000002
035552
003576

248:
ENDTST

.WORD
DEC
BNE
JSR
8.
JSR
377
8.
'SR
000
8.
JSR
125
8.
JSR
252
32.
JSR
0
ADD
(MP
BLO
JSR

SYNPAT: 226
000
125
252
376
177

SE@

171

0
R2
149
PC,RCVIST

;SYNCH PATTERN GOES HERE
;DECR COUNTER
:BR [F NOT DONE CHECKING LAST 23 SYNCHS
;CLOCK UNTIL 000 CHAR RCV'D

PC,CKDATA

;RCv 377, CLOCK 000

PC,CKDATA

;RCV 000, CLK 125

PC,CKDATA

;RCV 125, CLK 252

PC,CKDATA

;RCV 252, CLK END OF MSG

PC,OACTIV

;CHK FCR OACT = 0

¥ ,R1
R1,#SYNPAT+12.
2%
PC,MSTCLR

;INIT SYNCH PATTERN POINTER
SEE IF ALL PATTERNS CHECKED YET
;BR IF NOT YET
; ISSUE MASTER CLEAR TO CLEAN UP

L10076:

TRAP

CSETST

D 14
MACRO v03.01 7-AUG-80 11:01:24 PAGE 25

CIDMRD M8203 STATIC DIAG M

HARDWARE

PARAMETER

SEQ

CODING SECTION

.SBTTL

172

HARDWARE PARAMETER CODING SECTION

S
6
7
8
9
10

AITILLL000 0000000000000 000000 00007077710100770771177107771171777777717117711771
;/ THE HARDWARE PARAMETER CODING SECTION CONTAINS MACROS
:/ THAT ARE USED BY THE SUPERVISOR TO BUILD P-TABLES.
THE
:/ MACROS ARE NOT EXECUTED AS MACHINE INSTRUCTIONS BUT ARE
:/ INTERPRETED BY THE SUPERVISOR AS DATA STRUCTURES.
THE
:/ MACROS ALLOW THE SUPERVISOR TO ESTABLISH COMMUNICATIONS

SHIITIII0 L0000 0000000000000

;/ WITH THE OPERATOR,

14 035552

035552

.5 035554
16 035554

001031

035560
035562

160000
177776

035556

17 035564

L $HARD: :
GPRMA

ADDRES,2,0,160000,177776,YES

002031
035646
000000
000674

035606
035610
035612
035614
20 035616

012032
035730
000007
000000
000007

003032
035677
007000
000004
000007

21 035620

GPRMA

VECTOR,4,0,0,674,YES

GPRMD

PRIRTY,6,0,7000,4,7,YES

GPRMD

ISRUN,24,0,7,0,7,YES

L10077:

23 035620

104

105

126

035626
035631
035634

040
122
104

035642

040

103
040
104
123
072

123
101
122
123
040

105
103
126
124
040

126
105
105
117
101

035623

035637
035645
26 035646
035651
035654
035657
035662

1R R]

105

000
104
"M
040
103
122

103

105

ADDRES:

.ASCilz

VECTOR: .ASCIZ

/DEVICE CSR ADDRESS : /

/DEVICE VECTOR ADDRESS : /

T$CODE

.WORD

ADDRES

.WORD
.WORD
.WORD
LWORD

TS$CODE
VECTOR
TSLOLIM

.WORD
.WORD
.WORD
.WORD
.WORD

TS$CODE
PRIRTY
7000
TSLOLIM
TSHILIM

.WORD
.WORD
.MWORD
.WORD
.WORD

TS$CODE
ISRUN
7
TSLOLIM
TSHILIM

.WORD
.WORD

ENDHRD

2 035620

.WORD L10077-L$HARD/?2

.WORD

035620

035564
035566
035570
035572
18 035574
035574
035576
035600
035602
035604
19 035606

BGNHRD

000022

035554

0 0787000770 7717777777717711171171117717

.EVEN

TSLOLIM
TSHILIM

TSHILIM

MACRO v03.01

CZDMRD MB8203 STAT(C DIAG M

054

040
040
040

000

173

SEQ

WNOOrN

O —b -

OwWwinY
O &SN =rorONOs

/DEVICE

[SRUN:

ASCIZ

/MB207 RUN SWITCH

S—0OwWrrRONY

POWVMES
S NOWWDY
NN NO

[ I

O —b—a
o

e ]
e
R

LASCIZ

O =200 = —=20—-00 —_— et 2 OO
QOO
O
N~NW OMN=8 O
o O =P OOWMSrONOO

m
117

PRIRTY:

—_

13
040

—

067
055

O =2 AWMV O

i1
110
105
040

NO =N =NNOO

040
126
040
000
115
060
122
040

[ R

m
1M

STONNON N

104
105
040
000
104
1M
040

035665
035670
035673
035676
25 035677
035702
035705
035710
035713
035716
03571
035724
035727
26 035730
035733
035736
035741
035744
035747
035752
035755
035760
035763
035766
03577
035774
035777
036002
036005
036010
036013
0356016

CODING SECTION

[efoeP " Teole P Pr PN e Y o]

HARDWARE PARAMETER

E 14
7-AUG-80 11:01:24 PAGE 25-1

040
.EVEN

PRIORITY LEVEL

(E28 SW7)

TYPE

OFF,

CIOMRD MB203 STAT(C DIAG M

MACRO v03.01 7-AUG-80 11:01:24 PAGE 26

SOf TWARE PARAMETER CODING SECTION

.SBTTL

%
3

SEQ

174

SOFTWARE PARAMETER CODING SECTION

4
S
6

SHIILIILIILE 200 I E i tiiiititiitizietiriiieietiriiliietiiriiiiiiizsi
:/ THE SOF TWARE PARAMETER CODING SECTION CONTAINS MACROS
:/ THAT ARE USED BY THE SUPERVISOR TO BUILD P-TABLES. THE

8
9

:/ INTERPRETED BY THE SUPERVISOR AS DATA STRUCTURES. ThE
:/ MACROS ALLOW THE SUPERVISOR TO ESTABLISH COMMUNICATIONS

:/ MACROS ARE NOT EXECUTED AS MACHINE INSTRUCTIONS BUT ARE

:/ WITH THE OPERATOR.

SHIIILILILI0 070000000 EEi0 0000070077070 771070771070707171717777

13 036020

036020

14
15

036022

BGNSFT

000000

LS$SOFT::
ENDSFT

16 036022

L10100:

1 036022
18
19

.EVEN

;evenss

20
21
22
23
24
25
26

28 036022

30 036222
31 036224
32 036226
33

036222

000240
000240
000240

PATCH AREA FOR

PAT(H:

.EVEN

ttenee

.=.4200

NOP
NOP
NOP

R LI RN R RN T RO

E NN RO RROTOONN

34
35
36

%; 036230

ENDMOD

39 036230

LASTAD

036230 000000
036232 000000

“0 036234
41

DEBUG

.WORD L10100-L$SOFT/2

000001

LSLAST::
.END

.EVEN

MWORD
MORD

0
O

D ed —h D —h

DH5

DH6

(YA AT~

D o

e
"

D e

D oD

D o

b
d e
b
b () D
et
d o
b
b
—

000004

[aXaTaY
2l alaY A AT )

P
.

[elolelelelolealeleoloalalela)

000100 G

000027
000043
000042
000030
000040
000011
C$INLP= 000020
(SMAN]= 000050
(SMEM = 000031
CSMSG = 000023

—

DH7

R
S NMNOMNIANN = = OO WNNO OO NN
NN
[V] — NSNS OSOST D22 NSONNO
~N =S
S OWOONWNWN
= NONI NS = 5NN

D D D D D d ad e ond d D o

DEVPTR
DFPTBL
DH1
DHZ
DH3
DH4

[elelololelelelolololelele
)

h b
i
D o
e
s e
D o
ed e
o
e e

D e

0DC
DDCMP
DEVMAP

000003
000055
000056
000060
000054
000057
000010
000005
000003
000001
000032
000026

PO NN — 2 =2 O OO N
00 ANINNPO
N NWNINOON N — N
[ JV R
¥l ) o S PO NSNS
O NOWN o O OWVION = O O WM — WOV

(328(CC
(32ENB

b o

AX2
AX2.1
AX2.1
AX3. 1
1
S

PORV R S~ 85 R 8- 85 55 5 £ PO LN AN LN U N U N N U U PO U N U A W U W U U U DO A U AN AN N AN N

CSRESE=
CSREV]=
CSRFLA=
CSRPT
C$SEFG
C$SPR]
(SSVEC
CS$TPRI

DO NNO NN
O =
OO =00~
NN N = O N S~ N
OMNONONON

035620
000020 G
002561
000200
ASBCO
000020
ASBC1
000040
ASBC?2
000100
ASSEMB= 000010
AXNUM
002402
AX0.1
002322
AX0.1
002324
AX1
000001
AX1.1
002326
AX1.1
002330

OO0 OOOOOOOOOOODOOOOOOOOODOOOOOOOO0O0O0O

000034
000014
000017
000016
000015
($QI0 = 000377
C$RDBU= 000007
CSREFG= 000047

(SOPEN=
C$PNTB=
(SPNTF=
CSPNTS=
(SPNTX=

000004

ABORT =
ADDRE
S
=
ADR
ANBITS
APA

NN—.—J—.—J—.—.—‘

SYMBOL TABLE

G 14
MACRO v03.01 7-AUG-80 11:01:24 PAGE 26-1

[oleolelelolelels]]

CZOMRD MB203 STAT(C DIAG M

000140

LSEXPS

LSHARD
LSHIME
LSHP(P
LSHPTP
LSHW
LS$!CP
LSINIT
LSLADP
LSLAST
LSLOAD
LSLUN

LSMREV
L SNARE
LSPRIO
LSPROT
LSPRY
LSREPP
LSREV
LSRPT

022016

002022
002252
002104
021116
002026
036234
002100
002074
002050
002000
002042
02:110
002112
002062
002010
021106

037

426

L10061
L10062
L10063
L10064
10065
L10066
L10067
L10070
L10071
L10072
£10073
L10074
L10075
L10076
L10077
L10100

MAINTI=

MAINT?2=
MCLK
MCLR
MODR
MPCSR
MPIVEC
MPOVEC
MPRIOR

MSG1
MSG4
MSTCLR

MV]OX
MvIX0
MVIXOX
NEWST

OACT
OACTIV
0C
OCOR
opP
ORDY
OSIRDY
OVRR

002654
002664
002674
002704
003014
003022
003032
003050
003066
003104
003152
001000
000200
002000
002350
035677
000000
000040
000100
PRIO3
000140
PRIO&
000200
PRIOS
000240
PRI106
000300
PRIO7
000340
PSTACK
002346
RAB
000004
RABT
002004
RAX15
002370
RAX16
002372
RCVBUF
003262
RCVIST
007434
RDALL = 000004
= 000020
RDAX
RDRXSI
007354
READAX
004124
READLU
003672
READY = 000200
REDBYT
002364
REDDAT
002500
RE GNUM
002400
REGO
002510
REG1]
002512
REGZ
002514
REG3
002516
REG4
002520
REGS
002522
REG6
002524
REG?
002526
REOM
000002
RERR
000200
RETADR
002362
RING
000200
ROMI
000002
ROMO
000004
ROR
000010
RRDYTO
000001
RSEOM
007102

PATH
PATI
PATJ
PATK
PATL
PATM
PATN
PATO
PATP
PATU
PATY
PNT
POLL
PRI
PRIOR
PRIRTY
PRIOO
PR101
PRI02

SEQ

[AYaTAaYaYATAY
AT ]

[aYaIaIATATATAYAY
A

QOO = NPNINWO
O — = 2OV
520000
OCTONONSS~TNNO OO
S NN = OTM SN
O N~ W
NNV
O N SN A NN
&~ (a9 Yo W
X e J ST Yo Yol SO0 ONSO S

I1SPWR = 000041
ISRPT = 000041
1$SEG = 000041
1$SETU= 000041
I$SFT = 000041
ISSRV = 000041
195U8 = 000061
ISTST = 0000641
1422
= 000200
JSJMP = 000167

£L10027

I$INIT= 000041
1$M0D0 = 000041

226

w NN =050
W PO

ISCLN = 000041
= 000041
180U
ISHRD = 000041

000

S WNANIAN AN NI NP N NN
S OO NNNNOOOOOO
NNV

I$AU = 000041
1$AUTO= 0000461

eleololalelalalalelalalelelelelolololololololeleolaleloloalele]le]
NN LRRL AL AL N PV AV AL A N N AL NN AL AL NV RN N PLAL L PV NNV NNV N

ISR
= 000100
035730
ISRUN
= 004000
IXE

LSDESC
LSDESP
LSDEVP
LSDISP
LSOLY
LSDTP
LSDTYP
L$DU
LSDUT
LSDVTY
LSEF
LSENV]
LSETP
LSEXP1
LSEXP&

002106
021546
002032
002011
003470
002076
002060
002124
002116
002040
002034
021550
002072
003462
002052
002044
002102
002046
0020¢4
002006
035554
002120

) ——

= 020000
= 000002

)

IER
IERR

= 000040
= 000040

IDLE
10U

L10002
L10003

= 000200
= 000010
= 000010

I1C
ICIR
oL

= 100009

IACT
= 000100
IACTIV 006714
IBE
= 010000

—

HOE

LSSOFT
LS$SPC
LSSPCP
LSSPTP
LS$STA
LSSW
LSTEST
LSTIML
LSUNIT
L10000
L10001

olalolelolelal=d
[elolelololelelo]

= 000020
= 000001

H 14
7-AUG-80 11:01:24 PAGE 26-2

~—rrreeree

GSYES = 000010

HDX
HELP

LUR10
LURN
LUR12
LUR13
LUR14
LUR1S
LURT6
LUR17
LUSWIY
LUSWIZ
LUSWI3
LUTMOD
LSACP
LSAPT
LSAU
LSAUT
LSAUTO
LS$CCP
LSCLEA
L$CO
LSDEPO

aYalalalalarnaialaiararalaialalalalaialalalalalalalalalalalafafalalalalalafalafalalafaal
ol

GSRADO= 000020

LUREG

NON)
= = 2 2 OO0 O
QOO
NOOoNSMNNY

GSRADB= 000000
GSRADD= 000040
GSRADL= 000120

SOOOOOOOOO
OO0OOO0OOOO

SYMBOL TABLE

MACRO v03.01
[pSI NI N1, N1 N1 1 N1 N ] ,N]
£ WU AN N N NN NN

CIZDMRD MB203 STATIC DIAG M

[ 14

(IDMRD MB203 STAT(( DiAG M

MACRO v03.01 7-AUG-80 11:01:24 PAGE 26-3

RSOTM
R1S

003540
007646

SYMBOL

TABLE

= 000001
= 000040

RU
=
RUNINH
RXABT =
RXBCC =
RXCHAR
RXEBL =
RXLENO=
RXLEN1=
RXLEN2=
RXOVR =
RXWORD
RX0O
=
RX1
=
Rx2
=
Rx3
=
RX4
=
RXS
=
RX6
=
RX?
=
R14NRW

STPCLK
STPERR

000200
002476
002000
000400
011074
001000
000001
000002
000004
004000
002424
000001
000002
000004
000010
000020
000040
000100
000200
002560

’

SAVE4
002414
SAVE6
002416
SAVLEN 002432
SCRACH 002342
SEC
= 000020
SECA = 000020
SELFR = 000040
SELSBY= 000002
SELG
002454
SEL6
002456
SETUP
010640
SFPTBL 002302 6
SI160 = 000100
SIGR = 000200
som
= 000001

SYNS =
SYN6 =
SYN? =
SSLSYM=
TEOM =
TERR =
TEST =
TESTMD=
TIMFLG
TMPO
TMP1
TMP2
TMP3
TMP4
TMPS

STALL
005164
STARES 002444
STARST 021256
sty = 000002
STEPLU= 000020

005256
000040
000010
002352
000000
000001
000001
000001
000001
000002
000004
000010
000040
000226
035536
000001
000002
000004
000010
000020

000040
000100
000200
010000
000002
000200
000001
000004
002360
002530
002532
002534
002536
002540
002542

TMPS
002544
TMP7
002546
TSOM = 000001
TSTCON 002474
TSTNUM 002442

STEPMP= 000001

036234
000000
ERRORS DETECTED:

STPLU
STR
=
STRIP =
SUBRPC
svCGBL=
SV{INS=
svesus=
SVCTAG=
Sv(TST=
Sw0
=
Swl
=
Swg
=
SWw3
=
SYNCH =
SYNPAT
SYNO =
SYN1
=
SYN2 =
SYN3 =
SYNG =

TXAB

. ABS.

= 000004

TXABT = 002000
TXCHAR 006122

TXDATA=
TXEN =
TXEOM =
TXGA =
TXGOA =
TXLEND=
TXLEN1=
TXLENZ=
TXSOM =
TXWORD
X0
=
Tyr
=
TM2
=
X3
=
TXx6
=
TM5
=
1x¢
=
X7
=
T$ARGC=
T$CODE=

T$ERRN=
T$EXCP=
TSFLAG=
T$GMAN=
T$SHILITSLAST=
T$LOLI=
TSLSYM=
TSLTNO=
TSNEST=
T$NSO =
TSNS1 =
TSNSZ =
TSNS3 =
"TSPTNU=

000040
000100
001000
000010
004000
000040
000100
000200
000400
002422
000001
000002
000004
000010
000020
000040
000100
000200
000001
012032

000032
000000
000040
000000
000007
000001
000000
010000
000052
177777
000000
000005
000002
000003
000009

TSSAVL= 177777
T$SEGL= 177777
T$SEKO= 010000
T$SUBN= 000000
T$TAGL= 177777
T$TAGN= 010101

000
001

VIRTUAL MEMORY USED:
21669 WORDS
( 85 PAGES)
DYNAMIC MEMORY AVAILABLE FOR 69 PAGES
CIDMRD.BIC,CZDMRD.SEQ/C/N:TOC=SV(34R.MLB,(ZDMRD.P1

SeEe
T$TEMP= 000000
T$TEST= 000052

T$1STM=
T$7S7S=
T$$AU =
T$$AUT=
T$SCLE=
T$$0U =
T$$HAR=
TS$SHW =
T$$INI=
T$$MSG=
T$$PRO=
T$SRPT=
T$$SEG=
T$$S0F=
1$$5uB=
T$$SW =
T$$TES=
8
710
T

112
T13
T14
T15
T16
117
T18
719
T2
120
720.1
720.2
121
T21.1
122

123
124
125
126
127
128

129
I

177777
000001
010021
010016
010017
010020
010077
010000
010015

010012
010014
010013
010000
010100
010051
010001
010076
021634
023224
023342
023460
023576

G
G
G
G
G

026226 G
024560 G
025050 G
025260 6
025464 G
025670 G
021716 6
026126 G
026156
026264
026360 6
026372
026632 6
027310 G
027430 6

027540 G
027734 G
030300 G
030510 G

T30
131
132
133
T34
T35
136
137
738
139
T4
140
161
T42
T5
Té
17
T8
19
UAM

177

03104C 6
022002 6

031140 G
031510 G
032052 6
032322 6
032664 6
033014 6
033726 6
034210 G
034410 G
034710 6
022126 G
035000 6
035142 G
035310 6
022230 6
02222 6
022476 G
022652 6
023106 G
= 000200 G

UNIT
UNRR =
UPBITS
VECTOR
v35
=
WAITS50
wAX
=
WAX15
WAX16
WRDYTO=
WRIBYT
WRITAX
WRITLU
XYz
=
X$ALWA=

002440
000001
002550
035646
000020
005146
000010
002374
002376
000002
002366
004312
003750
000100
000000

XSFALS= 000040
X$OFFS= 000400
X$TRUE= 000020
SLSTIN= 000001
$LSTTA= 000001

@ M

) =

) wmf

el ol

]

)

8170
-

8CC
BCCCHK

24-309+

~3244

12-53

[}

b e

12-62

b NI NIND =2 AR

12-81

b b

b ) b

b ad —b

12-9
b

— O~

L —a

N —

(9,]
»

OO
-t ~J 00

—

—a

0o
VO

NN
OO0

oo'

=2 NN

—b =

oo
L
PO
PO
NN

—d
ed e

P ol ¥ e W W SNV TV B e Yo Yo Yo 3
[]
[ 2O I
I
I
|
1
1)
0oL =
~ON
NN
O NMNIWWWNW
NN
NNV
N
OOO0

0 0O 0

[ T akod JXe Kol 8] BNNN
(el] (=]
Y
oo

—

WVWOOVW

VONNNIOD
—b ad b
O NNNN
o~
~N
worrorrNN

—

oo~'

—

PN
0O
NN

oo~

—

o
~0

N—

—

oo~
VO

NwWn
OO

oo
"

O-—

OO~

—

O NN NNIN = = s a0
=
=

=D \) —b —

NOPNONY
= NIN) —b b

(V]

96+

oo
0v ]

h d e

OO0

2789+

-—

VN~ =000 NVNOOONNNN

-879+

[p 9] ,8)
]
N —

-—

—

[aSJ 1,8 ] \I‘bl\b\hbb\fl\.flboooo
1
1
00
01
)
|

—a

el
—

264=;31#

24=-2114

24=511
24=5214

24-=36

24-=48
24-=67

24=-=T"

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16-107
16-122
16-142

16-160
16-181

16-199

24-684
24-685
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J 14
MACRO v03.01 7-AUG-80 11:01:24 PAGE S-1
CIOMRD M8203 STATIC DIAG M
CROSS REFERENCE TABLE (CREF v01-05 )

12-103

SEQ

16-218

12-115

16-237

12-127

25-16

12-139

178

25-23#

16-227

24-590+
24-974+

15-489+

24-181+
26-691+
24-294

12-200
15-:61

12-151

12-163

12-17%
12-187

K 14

CIDMRD MB203 STATIC DIAG M

MACRO v03.01 7-AUG-80 11:01:24 PAGE S-2

CROSS REFERENCE TABLE

(CREF v01-05 )

12-199
12-204
12-204
12-20#
12-20#
12-20#
12-204

12-211
12-279
12-278

12-220
12-291
12-290

12-232

12-245

12-257

12-322

12-324

12-325

15-368

15-522

12-198

12-210

12-219

12-231

12-244

12-256

BITI10
BIT11
BIT12
BIT13
BIT14
BITIS

BIT?

12-204

12-40

12-52

12-342

15-287

15-596

15-707

12-90

12-102

12-1%

12-126

12-138

12-150

12-162

12-174

12-186

12-89

12-101

12-113

12-125

12-137

12-149

12-161

12-173

12-185

12-100

12-112

12-124

12-136

12-148

12-160

12-172

12-184

12-196

12-267

12-39

B1T4

12-204

12-38

12-50

BITS

12-204

12-49

12-70

12-77

12-87

12-99

12-111

12-123

12-135

12-147

12-159

12-171

12-183

12-195

BIT6

12-204

12-37

12-48

12-69

12-76

12-86

12-98

12-110

12-122

12-134

12-146

12-158

12-170

12-182

BIT?

12-204

12-36

12-47

12-59

12-68

12-75

12-97

12=109

12-121

12-133

12-145

12-157

12-169

12-181

13-54#

15-16+

15-18+«

15-19+«

15-33«

15-34+

15-373+

15-375+¢

15-465+

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BSEL4

13-554
13-564

19-61+
15-69

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15-90¢

24-470
24173«

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7-184¢

24-72

26-303

15-277
15-705
15-:78

15-2B3
15-713
24-24

15-659
15-93&
26-382

15-665
15-940
24-416

24-797

24-812

8118
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BOE
BPOLL

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C$BRK

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CSCEFG
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CSCVEC
CSOCLN
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CSDRPT
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CSERDF

12-208

12-207
12-194

12-193
12-204
12-204
12-204
12-69#
15-466¢
7-184
7-184¢
7-184

7-18#
7-18#
7-18#
7-184
7-18#4
7-18#
7-18#
7-18#
7-18#
7-184
7-184
7-18#

7-184
15-699
15-:72

26-480
26-801
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(SERRO
CSERSF
(SERSO

CSESCA

(SESEG

CSESUB

26==74

7-18#
7
7
7

12-229

12-228
12-206

12-205
12-281
12-280

15-471+

23-10
20-19

24-898

12-218
12-242

12-241
12-227

12-217
12-293
12-292

15-484r

24-924

12-23C

12-78

12-254

12-253
12-240

12-226

12=79

12-268

12-204

12-209

12-60

12-80

179

BIT3

12=-197

12-51

12-61

SEQ

12-243

12-88

12-266
12-252

12-239

12-255

12-265

12-251

12-264

15-852

24-8341

15-133«

15-234+

15-372¢

24-509

24=-134+

15-131«

24-490

19-61

24-337

24-371

24-405

24-680

24-731

24-778

24-838

24-900

15-293
15-719
24-50

15-299
15-865
24-84

15-406
15-870
24=115

15-412
15-889
24-148

15-570
15-895
24-1B4

24-694
24-<B3

15-618
15-919
24-314

24-704
24-:26

15-626
15-925
24-34B

24-(B9

24-647
24-;21

15-608
15-910
24-278

24-BBS

24-637
24~:98

15-602
15-904
24-226

24-745
24-=35

24-754
26==47

24-792
24-:=66

24-793

24-856

24-984

19-59+«

24-960

19-60+

15-39+

15-851

21-11

20-16
22-13
8-17

24-499
24-855

24=518
24-865

24-551
24-913

24-565
26-936

24-577
24-983

24-58B
24-993

24-395

24-A60

24-B41

:—;g:

56-235

%2'253

26-552

24-566

24-578

24-589

24-03B

24-648

24-695

24-746

7-184

24-86

26-8516

26-350

24-3B4

24-418

24-706

24-756

24-803

24-867

24-915

7-188

4-:

24-920

24-938

24-999

MACRO v03.01
(ZDMRD MB203 STATIC DIAG M
CROSS REFERENCE TABLE (CREF v01-05 )

L 14
7-AUG-80 11:01:24 PAGE S-3

SEQ

-3

16=-153

16-173

16-192

"[VnYeV9]O [IJ«4~AR.X

16-210

16-230

~oW7F

26-354
24=-<27
2L4=F55

24-388
24-<87
24-F87

26-&22
264~ 76
24-640

24-523
24->32
24-G90

16-244

NoMlY ]|" -LoA—l

24-H3Y

24-678

2L-GB6

24-MH42

24=D72

26-ES7

24-F74

24-G63

D (S[

16-134

180

12-1760

24-;56

VIS«TwMvoana

24-<53

264~ =14

24-:=55

24~ =95

26-730

24-768

24-A31

" 14

MACRO v03.01 7-AUG-80 11:01:24 PAGE S-4
CIDMRD MB203 STATIC DIAG M
CROSS REFERENCE TABLE (CREF v01-05 )

L
4

*»

181

SEQ

37 LB|

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[
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[a¥] ~5 ~ o ~
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26-754

N 14

SEQ

MACRO v03.01 7-AUG-80 11:01:24 PAGE S-5
CZDMRD MB203 STATIC DIAG M
CROSS REFERENCE TABLE (CREF v01-05 )
EMG
EMLO
EM41
EML2
EMCS
EMGL

EMLS
EM46
EM4T
EMG8
EMLO
EMS
EMSO
EMS1
EMS2
EMS3

EMSL
EM6
EMG0
EM6S
EM7
EM8
EM9
ENAX
ENDIT
ENDPAT

ENDTRN

16-288

15-925
15-934
15-940
16-67#
16-68#
16-69#
16-704
16-714
16-72#
16-73#
16-29#8
16-744
16-75#4
16-768
16-77#

15-865
16-304
16-79#
15-570
15-277
15-283
15-293
12-90#
19-35
13-4524

15-552#

182

24-148
16-644
16-65#4
16-66#

24-480
24-551
24-565
16-784
24-499
24-<B83
16-80#
16-31#
16-324
10-334
12-162#
19-73«

24-:;78

24-518

15-1%

15-205

24-<24

24-<B4

ERR2

12-624
16-100#

}2-;ggf

24-24

24-50

24-84

24-115

26-226

24-278

264-314

24-348

24-382

24-416

24-480

26-499

ERRS

16-121#
264-983

24-577
24-993

24-588
24-:98

24=637
24~ 21

24-704
24-395

24-745
24-A60

24-754
24-B461

24-792
24-B85

24-801
24-(89

24-85>

24-865

24L-9%6

15-659

15-665

15-865

15-:72

15-:78

16-140#

15-940

142164

EOM
ERR1

ERRG

15-277

15-283

15-293

15-299

15-570

ERRS
ERR6
ERR?
ERR8
ERRO

16-159#
15-699
16-1988
15-870
16-236#4

24-913
15-705
24-<83
15-889
24-551

15-713
24-:226
15-895
24=-565

15-719
24-=35
15-904

24-:274

ERROR1

13-40#

15-150¢

15-163¢

15-188¢

24-546

23-9
20-7
7-264

23-10
20-19
16-100

16-106

ERRFLG
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FSAU
FSAUTO
FSBON

FRILEA

F$5U

13-23#

12-20#
7-188
7-188
7-188

20-7
26-150
26-354
24-594
26-778
26-938
2-:B1
26-327
26-tB7
7-182

7-188

21-8
26-166
24-366
26-610
24-793
24-939
24-<01
26-363
26-F05
21-8

22-8

22-8
24-186
24-371
26-638
24-807
24-957
26-<27
26-A10
24=FSS
21-11

22-%

23-9
24-203
24-383
24-648
24-832
24-960
24-<49
24-A2b
24=F 70

15-925

16-159

24-3%9
26=-247
2bh-422
26-680
2L-872
246-994

26-:=76
26-BS6

26=060)

15-602

15-608

15-618

15-624

16-236

26-90
24-303
26-552
24-T%"

26-90

26-:99

26-212
24-034
26=-100

12-8

26=117
26-33%2

24-578

26-760
26-9
26-,32
26-747
26-£35
26-13

B 15
MACRO v03.01 7-AUG-80 11:01:24 PAGE S-6

CIDMRD MB203 STAT(C DIAG M

SE@

CROSS REFERENCE TABLE (CREF v01-05 )
FSEND

7-18

F SHY
FSINIT
FSJMP
F $MOD

FSMSG

FSPROT
FSPWR
FSRPT

F$SEG

FSSOFT
FS$SRV
F$suB
FSSW

FOIEST

7-18

7-18
20-19

7-18#
21-1

7-24
22-13

16-102
23-10

16-115
24=14

16-134
24=14

16-153
24-14

16-173
26-27

16-192
24=27

16-210
24-39

16-230
26-39

16-¢4s6
24-39

17-11
24-52

26=212
26=A10
24-B69
20-ES3
24-G08

24=227
24-A10
24-BBB
24-ES3
24-G08

24=727
24-A26
24-BBB
24-EB?
24-GOB

24=227
24=A26
24-C05
24-EB7
24-G40

24=7%7
24=A26
24-C05
24=F05
24-G40

24=247
24=AT73
26-C05
24=F05
24=G59

24=763
24=-A73
24-D3&
24-F0S5S
24=-G59

24=763
24-AB9
24=D34
24=F55
24-G59

24=763
24-A89
24-D58
24-F55
24-G90

24-827
24-AB9
24-D58
24-F70
24-G90

24-327
24-B56
24-DS8
24-F70
24-H13

24-943
24-B56
24-E35
24-F70
24-H13

24-@43
26-B69
24-E35
24-FB7
24-H13

24-343
24-B69
24-E53
24-F87
24-H60

24-H6C

2667
24-150
26=247
24350
24422
24-594
26710
24-807
264-920
26-994
264-:52
24=-=07

25-21

24-67
24-150
24=2L7
24-354
24=449
24-610
24=727
24-832
26-920
24-999
26-;81
24-=07

26-16

7-184

25-14

25-21

7-184

16-100

7-24

26-37

16-216
18-8

16-230
18-12

7-184
7-184
7-18#4
7-184

16-210
7-184#
7-18#4
7-184

10-9
19-8

17-9

2467
24=166
24-279
24-354
24~449
24-610
24=727
24-832
24-926
24-999
24=;81
24==76

26-37

24-86
24 " 6
24-¢B6
24-366
24-449
24-610
24=727
24-832
24=-924
24=-00
24-<01
24==76

24-90
24-166
24-2B6
24-366
24-52%
24-638
24=746
24-856
24-938
24-:00
24=<01
24=z=91

24-90
24-186
24-298
24-366
24-523
24-64B
24=756
24-867
24-938
24=:22
24=<01
24-z=91

26=101
24-186
24-298
24-384
24-539
24-655
24=760
24-B72
24-939
24-:22
24=<27
24-z91

26-101
24-203
24-298
24-388
24-539
24-655
24=760
24-872
24-939
26=:22
24-<27
24->32

24=101
24-203
24-316
24-388
24-539
24-676
24-774
24-889
24-957
24-:99
24=<h9
24->32

16-102

17-11

16=134

16=140

16-153

16-159

16-173

16-179

16-192

16-198

24-303

24-316

24-337

24-350

24-37%

24-3B4

24-405

24-418

24-680

24-706

24-731

24-150

24-166

24-186

24-203

26-13

26-16

24-898
11-8

24-920
11-11

24-924

24-938

24-960

24-999

26-232
26=594
26-:00
26-712
52-028

24-247
24-610
24-:22
24-227
24-D58

26-27

24-286
24-655
24-;32
24=2T7
24-E35

26-39

24-298
24-676
24-;52
24-763
24-E53

24-52

24-67

246-90

26=101

24-117

24-128

16-107

16-122

16=162

16-160

16-181

16-199

16-218

16-237

16-182

16-200

16-219

16-238

-H

16-94

FMT2

16-104

24-14

16-101

24-128
24-232
24-332
24-418
24-589
24-706
24-803
24-898
24-960
24-:;52
24-<87
24-?12

16-121

16-244

7-184
7-18#
7-184
7-184

7-184

24-128
24-232
24-332
24-400
24-578
24-695
24-793
24-893
24-960
24-;32
24-<B7
24->48

16-115

16-236

26-86

24-778

24-117
24-227
24-320
24-400
24-566
24-676
26-774
24-889
24-957
26=:32
24-<49
24->48

16-106

24-72

24=756

24-117
24-203
24-320
24-400
24-552
24-676
24-774
24-889
24-957
24-;22
24-<L9
24->48

10-23
19-74

7-18%

FATY

FMTI0
FATI1
FAT19

7-18

7-18
19-74

24-52
26=128
264=267
264=332
26=622
24=594
26=710
26-807
26915
26-984
26452
26-207

FSHARD

7-18

183

24-803

24-320
26=710
26=;B1
24-327
24-EB87

24-9CG0

24-332
24-727
24=<01
26-343
24-FO0S

24-915

24=354
24=760
26-<27
24-A10
24=FS55

24-366
24-774
24=<&9
24-A26
24-F70

24-3B8
24-807
24=<B7
24-A73
24-FB7

24-400
24-832
24-=07
24-AB9
24-G0B

24-422
24-872
24-=76
24-BS56
24-G40

24-449
24-889
24-391
24-B69
24-G59

24-523
24-939
24=>32
24-BBB
24-G90

24-539
24-957
24->48
24-C05
24-H13

16-141
16-161
24-456

FAT24
FMT27
FAT3

16-2184
22-12
16-114

24-482
22-154
16-110

24-501

24-520

16=-143

16-162

16-125

16-164

16-221

16-145

16-149

16-165

16-169

16-184

16-188

16-202

16-206

16-222

16-226

FATS

}g-}{q

16-112

16-127

16=131

16=146

16-150

16=166

16-170

16-185

16-189

16-203

16-207

16-223

16-227

FMT6

16-148

16-114

16=129

16-133

16-148

16-152

16-168

16=172

16-187

16-191

16-205

16-209

16-225

16-229

FMT4

}g-}iz

16-111

16-123

16=-126

16-217

24-867

16-18#
16-194
16-20#

16-108

16-180

24-B38

16-130

PION —

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16-167

16-171

16-186

16-190

16-206

16-208

16-224

16-228

2446
24-378¢
24=-699
264-978+
24-D05¢

24-80+
24412+
24-700+
24-979+
264-D21¢

24-110+
26=476¢
24=741
24-983+

16-159#

16-173#

16-179#

16-192#

16-198¢

24-303#
24-676

26-3160
24-6808

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24-860+
24-318¢

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CIDMRD MB203 STATIC DIAG M
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115
7-AUG-80 11:01:24 PAGE $-13

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15-701
24-<79
15-133
24-452

24-3a74

15-620

24-512¢

15-419¢
15-631¢
15-826+
16-144

24-D23r
15-=950

15-655

15-437
15-645
15-543
16-161

24-D26+

15-661

15-452*
15-651+
15-859+
16-201

24~ 681'

24-334¢
24-771¢

24-B20

24-B27

24-B32

24-B49

24-(C53

24-(78

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26-E76

24-EB0

24-EB82

24-E84

24-F22

24-F26

24-F30

24-F34

RXLEND
RXLENT
RXLENZ

12-269#
12-2688
}g-%ggl

15-849
15-849
15-849

24-Eb66
24-E70
24-E66

24-E74
24-E74
24-FE70

24-F24
24-F24
24-FE74

24-F32
24-F2B
24-F24

24~F40
24-F40
24-F2B

24L-F4LB
24-F44
24-F32

24-F36

RXWORD

13-428

15-740¢

15-741¢

15744+

15-852+«

15-853

15-858

15-874

15-880

15-921

24-300+
24-220t

24-B11

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24-267
24=<T7r

24-A0%

12-181#

RXOVR

15-556+
15-742¢
15-968
24-103«

24~-=11+

12-1094
12-291#
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15-553
15-738¢
15-953«
24-69+

24-<50t

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24-264*
24-<S54r

15-490+
15-737
15-948+
24-40v

24-<02t

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Rx4
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12-293#

24-263r
24=:74v

15-478¢
15-672+
15-873+¢
16=239

24-;53+

12-188#
12-187#
12-186#
12-185#
12-184#
12-183%#

RXSCC

24-375+¢ 24-376 l

24=:23¢

24-ES4r

12-1164
12-115¢
12-1148
i2=1134
12-1128
12-11184
12-1108

15-:68

24=959%

/X0
RX1
RX¢

RX6

15-861

15=:85

15-695
15-566
15-34

19-72¢

15-783

24-DS9+

12-200#
12-1478
12-364

13-668

15-464r
15-666*
15-867+
16220

15-744

24-C06%

RSON
RTS
RUN

RUNINM

15=-740

24=F0b6r

24<=F71+

24-G09+

24-G60v

24-H14e

24-134

12-182#

15-;12

15-930

15-93%6

24-F38

24-F&2

24-FLb6

24-FSO

24-FS¢

15-885

15-891

15-900

15-906

15-915

J 15
MACRO v03.01 7-AUG-80 11:01:24 PAGE S-14
CIDMRD MB8203 STAT(C DIAG #1
CROSS REFERENCE TABLE (CREF v01-05 )

24-A92

4 <3378
4 -680

:24-8724

24~>328
24-GI0X

>-(=

—

L
]

0N —

NoR ~
»

16-192#
24=724

243540
24-6804
24-900
24=2128
24-HO6OR

16-210 ’

24=90#
24=-371
24 7104
24-900
24=24TK
25-214

16-2304

26=1178
24=371
24-731

26=900#
24=-27#
26-164

16-2444

24-1508
26=3714
24-731
24-9204
24-A108

17-11#

24-1864
24-3884
24=7310
24-9384
24-A738

19=-744

24-232#8
24-405
24-7604
24-939#
24-B56#

24-(M

vN4 ][Vo~

15-

26-2768
24-G40#

1 6 -1734
2 4 =72

191

gV[l]

vVY
e = =N —[
88866

STRIP
SUBRP(

NN—

Ow ~5 >

264-A29

26346

2
3
=680
4(-8384

OWA
~F0 0D O

—O

R ONOCOR R

—
N
Jw TIUVIONY

SEQ

886 USR

-o—0ev~=

-=eN~

A R e S Sy N N N NS N E SNE E SE YE EN S
OO0 —NINANNINNNNNNN NV NN AN N NN AN O O O O O OO OO OO OO O 0V OO O 0 OO0
999999990455555555555555555555555566666666666666666666666
NN RN SRS RSN ANTN

9 9 9 9 9‘5 5S S bs s s 5 5 5 5 5 566 666 666 666 666 666

AOOOOOO TM v v v v v NN NN

NOOI— O NV O N ~

WNMNONONIONOTNNONDON

"11 111 11.6661
9 111 111 66666666666
7 78 89 9 55566666666
2‘456 6 655555.)5555
8 8 8 81255555555555
8999999999‘5
]

§5=:72

192

SEQ
K 15
MACRO v03.01 7-AUG-80 11:01:24 PAGE S-15
CIDMRD MB203 STATIC DIAG M
CROSS REFERENCE TABLE (CREF v01-05 )

193

SEq

MACRO v03.01 7-AUG-80 11:01:24 PAGE S-16
CZDMRD M8203 STATIC DIAG M1
CROSS REFERENCE TABLE (CREF v01-05 )

L 15

YOO O TO= =OOV= Y =O =V =O= OOVP TOTVO=OTVTO =VI=O1=VO0V0O0O =V =OTM (O= TM =OO0OVTOOVO=V =O0V OOV= T OPVO V"O V=O O¢ OeVO VO

194
SEQ

M 15
7-AUG-80 11:01:24 PAGE S-17
MACRO v03.01

CIOMRD MB203 STATIC DIAG M
CROSS REFERENCE TABLE (CREF v01-05 )

6-203

P et el ek ek X o S X SR S ol ok ok R ok ol el ek ek e ol ol el el ol ol d el e ol ek ol od ol il ol el ad a d ol ad el ad ol Gl

0 0 0 0 8 0 00N

16-203

26-566
26=577
26-588
26-594
24638
26-647

24=24
26-50
24-84
26=115
26=117
26-148
24-184
24-226
24=278
24=279
24-314
24337
24-350
24-382
24-605
26-618
24-455
24-4B0
24-4B2
26-499
24-501
24-518
24-520
24-551
24-565
24-566
24=577
24~588
24-594
24-638
24-647

24-24
24=-50
24-84
24=115
24=133
24-148
24-184
24-226
24-278
24=279
24-314
24-337
24-350
24-382
26-405
24-418
24456
24-4B0
24-4B2
24499
24-501
24-518
24-520
24=551
24-565
24-506
24-577
24-588
24-637
24-638
24-647

24-24
24-50
24-84
24=115
24=133
24-150
24-184
24-226
24-278
24=279
24-314
24-348
24-350
24-382
24-416
24-618
24~456
24-4BO
24-4B2
24-499
24-501
24-518
24-520
24551
26-565
24-566
24-578
24-588
24-637
2¢-638
26-647

19-34
19-51
20-16
22-12
22-12
24-16

264=27
24=50
24-84
24=115
24=-133
24=-150
24-186
24-226
24-278
24=2B6
26314
24~348
24-354
24-382
26416
24-422
24=456
24~4B0
24-482
26-499
24-501
24-518
26-520
24=551
24-565
26=566
24-578
24-588
24-637
24-638
26-648

19-34
19-52
20-16
22=12
22-12
264=16

2627
264-52
24-84
24=115
24-148
24=150
24-186
24-227
24=27B
24-2B6
24-314
24=34L8
24-354
2.-382
ch-416
24-422
24-456
24-4BO
24-4B2
24-499
24-501
24-518
24-520
24=551
24=565
24-577
24-578
24-588
24-637
24-638
26-64B

19-34
19-52
20-16
22-12
22-12
24-24

24-27
24-52
24-84
24=115
24-148
24-184
24-186
24=227
24-278
24-286
24-314
24-34B
24-354
24-382
24-416
24-422
24-456
24-4BO
24-4B2
24-499
24=-501
24-518
24-520
24-551
24=565
24=577
24-578
24-588
24-637
24-647
24648

16-242
16-242
16-243
16-243
19-25
19-31

19-35
19-52
20-16
22-12
22-12
24-24

24-50
24-52
24-84
24=115
24-148
24-184
24-226
24-227
24-278
24-303
24-314
24-348
24-371
24-382
24-416
24-456
24456
24-480
24-482
24-499
24-501
24-520
24-520
24-551
24-565
24-5/7
24-578
24-589
24-637
24-647
24-648

16-262
16-242
16-243
16-263
19-26
19-31

19-35
19-74
20-16
22-12
22-13
24-24

24-50
24-72
24-84
24-115
24-148
24-1B4
24-226
24-227
24-278
24-303
24-316
24-348
24-371
24-384
24-416
24=-456
24-456
24-4B0
24-4B2
24-501
24-501
24-520
24-523
24-551
24-565
24-577
24-578
24-589
24-637
24-647
24-648

16-242
16-242
16-243
16-243
19-26
19-31

19-35
19-74
20-19
22-12
22-13
24=24

24~-50
24-72
264-86
24-115
24-148
24-184
26-226
24-227
24-278
24-303
24-316
24-348
24-371
24-384
24416
26-456
24-456
246-4B2
24-482
24-501
24-518
24-520
24-523
24-552
24-565
24-577
24-588
24-589
24-637
24-647
24-648

16-2642
16-242
16-243
16-244
19-26
19-31

19-51
19-74
20-19
22-12
22-13
24=24

26-50
24-72
26-86
24-115
24-148
24-184
24-226
24-227
24-278
24-314
24-316
24-34B
24-382
24-3B4
24-416
26-456
24-456
24-482
24-499
24-501
24-518
24-520
24-523
24-552
24-565
24=577
26-588
24-589
26-637
26647
24-655

16-242
16-243
16-243
16-244
19-28
19-31

19-51
20-9

20-19
22-12
23-10
24-24
24-50
24-84
24-86
24-115
24-148
24-184
24-226
24-232
24-278
24-314
24-320
24-348
24-382
24-388
24-416
24-456
24-480
24-482
24-499
24-501
24-518
24-520
24-551
24-552
24-565

24-577
24-588
24-589
24-637
24-647
24-655

J&=-938

= =2 2 D WNHNN) = PO NN
- POCD
— 5~
(VIIV 1N

19-34
19-51
20-16
22-10
22-12
24=16

16-261
16-242
16-243
16-243
19-25
19-31

wa—'OO?ONOOO
L2
I
]
UL
I

19-34
19-51
20-9
22-10
22-12
24-16

16=-261
16-242
16-243
16-243
19-25
19-29

20-9
21-11
22-12
24-16
24-24
24-50
24-84
24-90
26=117
24=148
26-184
24-226
24=278
26=279
26314
264-337
24-348
26-382
26=605
26-616
264-656
26-6B0
26-4B2
26-499
24-501
26-518
24-520
26-551
264-552

19-34
19-51
20-9
22-10
22-12
24-16

16-241
16-242
16-243
16-263
19-25
19-29

PORNIPNIRUN)
= —d b b cd b =

19-32
19-51

16-241
16-242
16-243
16-243
19-25
19-29

LAV
IV LN

16261
16-262
16-243
16-243
19-25
19-28

16261
16-242
16-243
16-243
17-11
19-28

195

OO N

16-261
16-242
16-243
16-263
17-11
19-28

SEQ

= =2 =2 O NN

(CREF v01-05 )

wa—'OO?OOOOO

CROSS REFERENCE TABLE

N 15

MACRO v03.01 7-AUG-80 11:01:24 PAGE S-18

PORONINIA)
— —b b ek b b =

CIOMRD MB203 STATIC DIAG M

SWo
Sw1
Sw2
SwW3
SYNO
SYN1
SYN?

SYNL

SYN3

SYNS

SYNG

SYN?

SYNCH

T$SAU
TS$$AUT
TSSCLE
T$$0U

SYNPAT
N

pury

X MNONNINONINVNININ) =

b —

b e

3
3 on
3
3
294
2 8s
2
2

— il b i —d

24-<52
24-H62H

24-213
24-3254
o
[

ol o e )

S:NODOOO
~NNoSs
O

—

24-29
%,

PP o

) TV

24-267
24-A30
24-D71

]

24-F73

24-610
24-227

26-662
=

b ed ek

]

24-G65

24-B88

24-G74
~N O

O — O 00 ~O~ 0000

W)
=t b e =2 -

Ouw'hmmu\bb

LSLNT,
ST, NT,NT,N1,8],8]

O =000~
N0
[V 2]

O NN AVAN
S B

[pSTaNT,
N1, N1,N]1,07,8]1,8]

WN—t
et —d 2
TM
O O 0B 0O OO~ N

24-A73

D>
>0
WV
NO O =
WO
NN

24-395

NN
P3 oF aF o o
]
)
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[]

kX o

OO0
NIV
O O O 0B 0D
N = O QO
B~ N

NOMOVMNLNNOLMALNOND
P
o o
ok oF X o
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[}
|}

]

AS
S

PR oW W

HOH

o P o F oF o
.

aF oF o

~N O NN OO DN O
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)
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WA

NI OB ANCD O

0000
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ONMNND
— 0D O NN O

]
bbbbf&bbb

MOV

-:00

[0 JV IV AV IV, P o

W a2
m

]

NOOVW
own

[« IV IV TV IV P

OOV

— el e e b Y TV

JV IV IV LV F P
L

J
d b

24-C89

» O 5D
— N\ = NI N

)

[V,]

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- = @) O NN =
OO
=00~ —

P ale X

D ODN =2 — O

ORI =N

EaXE aF 1V 1o B

— e

WO~

26-939
24-983
26-993
24-999

£ DWWO WN2ANO
oo
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SOJ c'rmvlmv\

=2 ) 0D

Voo ~NO

<"y

24-938
24-983
264-993
26-994
24-:98
21
24-;
24=:22
24~-<83
26-2=26
24-=35
b==47
24-=66
26274

NRONONINOMN
=)
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SVCTST
O

NNO?U\U‘\I‘\I‘

£ 0000 O\

Sv(sus
SVCTAG

NN'})NNN
J
bNPJN'})NNN
]

B 16
MACRO v03.01 7-AUG-80 11:01:24 PAGE S-19
CIOMRD MB8203 STAT(C DIAG M
CROSS REFERENCE TABLE (CREF v01-05 )

26-983
24-993
24-994
24-:98
26-:21

26=;22
24-<83
24-226
24-=35
2bh==47
24-=66
24==74
24-797

16-230
24-186
24-706
26-:3%2
24L-E35

24-332
24-<0
24-F0S

254

24-G79

¢ 16
MACRO v03.01 7-AuG-80 11:01:24 PAGE $-20
CIOMRD M8203 STAT(C DIAG M
CROSS REFERENCE TABLE (CREF v01-05 )

17 1 1

T$$SW
TSSTES

24-B98#
11-8
24-142

16=-179#

16-192

16-198#4

16-210

24-337
24-695
24-8384

26-3370
24-706
24-856

24-350
24=7064
24-867

24=-3504
24-731
24-8678

24-371
247310
24-900

264=3714
24-746
24-900#

24-128%4
24-3664
24-648

24-150
24-388
26-655
24-:99
24-712
24-D34

24-1664
24~4004
24-6764
24=;22
24=7278
24-D584

24-186
24-422
24-710
24-:32
24-247
24-E35

24-2034
24-4498
26=7278
24=:528
26=-7638
2L-ES3N

24-227
24-523
24-760
24-:81
24-927
24-EB7

24 -3 034
24 -4 184
24 -803

24-316

24-680

24-8034

24=3164
24-6804
24-838

26-134

26 16
26 92 8

24-938

24-9604

24-984

24-994

24-999

24 52
264 28 6
24 57 8
24~ 87 2
24-<87

24=674
24-298%
24-589
24-8894
24==074
24~-AB9N

24-90
24-320
24594
24-939
24-=76
24-B56

=104
-332 ¥
4=6.00
L-9578
4==914
4-B698

24-117
-1
24-354
24 638
24-:00
24->32
264-B8S

24-920
11-84

24=27
24=24L7R
24-552
24-807
24-<27
24-A10
24-F55
8-17
1

24 394
24-279
24=566
24~8328
L=<
24=A260
24-F704
8-17

24-A73
24-FB7
8-17

4-6080

4-6398

24- 690

2b=-:2""

24=>488
24=-COSH
2 4 -H13#
8-

16
16
16
1

s
=
«
N2
Q|
s
-«

6
16
16
16
16
16
1 616
16
16
16
1 61 61 61 61 61 61 616
16
16
16
16
16
16
)6
16
16
16
16
1é
16

N &

bd&%

26-640

866666666666666666666666666666666666

26-232
24=5394
24=7748
26-<018
24-3434
24-FOSH
8-17

16-173

24-414
24-793

66666666666666666666666666666666666

T$ARGC

26-13

16=159#

2 L-B64
2 4-4054
2 L-T778%8

1$$S0F
TSSSUB

16-153

24-86
24405
24-778

24-303

197

16-1404

24 4 o
26 -3844
24-7564

-] L

TSSRPT

SEQ

24-H60

8-17

0e|)1t0

D 16
MACRO v03.01 7-AUG-80 11:01:24 PAGE S-21
CIDMRD MB203 STATIC DIAG M
CROSS REFERENCE TABLE (CREF v01-05 )

SEQ

198

! ) 40
-

E 16
CIDMRD M8203 STATIC DIAG #1
MACRO v03.01 7-AUG-80 11:01:24 PAGE S-22
CROSS REFERENCE TABLE (CREF v01-05 )

TSNSO

TONS2
TONS3
TSPTNU
T$SAVL

TSSEGL

TSSEKD

TSSUBN

TSTAG

AGL

TSTAGN

199

24-232
24-303
24=337
24=371
26405

24-232
24-303
24-337
24=371
24-405

24-232
24-3034
24-3374
24-374
24-4054

24=232M
24-316
24-350
24-3B4
24-418

24-247
24-316
24-350
24-3B4
24-418

24-247
24-316
24-350
24-384
24-418

24-24T#
24-316#4
24-350#
24-384#
24-41BN

24-286
24-320
24-354
24-388
24-422

24-2B6
24-320
24-354
24-388
24-422

24-286
24-320
24-354
24-388
24-422

24-2864
24-3204
24-3544
24-3884
24-422M

24-298
24-332
24-366
24-400
24-449

Q4-EB7
24-F87
26=G90
gg-%;l

24~EB7
24-FB7
24-G90
25-21

24-EB7
24-FB7
24=-G90
25-21

24-EB7N
24-FB7A
24=G90X
25-214

24-F05
24-G08
24=-H13
26-13

24-FQ5
24-GO8
24-H13
26-13

24-FOS#
24-GOBN
24-HI13K
26-134

24-F55
24-G40
24-HE0
26-16

24~FS5
24=-G40
24-H60
26-16

24-F554
24-G4O#
24-H6OX
26-164

24-F70
24-G59
25-14
26-37

7-248

26-37

20-74
261014
24-366#
267740
24=<4ON
264=A26#
2L-FT08
24-728
26-7784

20-19
24-117
24-388
24-807
26-<B7
24-A73
24-FB7
24-B86
24-8B03

11-84
16-1984

21-84
24-128F
24-4004
24-8324
24-=07F
24-ABON
24-GOBA
26-3034
24-8384

11-11
16-210

21-11
24-150
24-42
24-872
24-=76
24-BS6
24-G40
24-316
24-B67

16-100#
16-2164

22-84
24=-166#
246=449N
24-BB9N
24==914
24-B69N
24-G594
24-3374
24-8984

16-102
16-230

22-13
24-186
24-523
24-939
24=>32
24-BBB
24-G90
24-350
24-920

16-1064
16-2364

23-94
24-2034
24-5394
24-957#4
24->4BN
24-C05#
24-HI3H
24=-371#4
24-9244

16=115
16-244

23-10
24-232
24-594
24-:00
24-212
24-D34
24-HE0
24-384
24-938

16-121#
17-9%

26=140
24-247K
24-6108
24-:22K
24-727W
24-D58A
25-14M
24-4054
24-9604

16-134
17-11

24-27
24-286
24-655
24-;32
24-747
24-E35
25-21
24-41B
24-999

16-140#
18-84

24-398
246-298#
24-6764
24-;528
24-7634
24-E53N
26-130
24-6804

16-153
18-12

24-52
24-320
24-710
24-;81
24-a27
24-EB7
26-16
24-706

7-184

24-72

24-728

24-86

26-864

24-350
24-418
24=-731
24-803
24-900

24-303

24-350
24-418
24-731
24-803
24-900#

24-303

24-3504
26-418
24=731M
24-803
24-915

24-303#

24-3%7i
24-418
24-746
24-803#
24-915

24-316
24-37
24-418%4
24-756
24-838
24-915

24-316
24-371#
24-680
24-756
26-838
24-915

24-728
24=T46
7-188

24-86
24-756
24=-148

264-3034
24-7788
24-398

24-316
24-793
26-678

24=3374
24-803
24=1014

24-350
24-838B4
24-1280

24-3714
24-856
24-1668

24-384
24-867
24-203N

24-L05K
24-9004
24-247K

24-6BON

24-695

24-706

26-731#

24-8B98
24-z91K
24-G594

26-418
24-915
24-298K

24-B98K
24->LBE
26-H134

24-3324

24-924
24-227H

24-36064

24-924
24-2634

24-400#
24-9244
26-a434

24L-44L90
24-957%
24-A26%

10-9
16=121#

10-9
16-140

10-94
16-140

11-8
16-1604

11-8
16-159

11-84
16-159

16-100
16-1594

16-100
16-179

16-1004
16-179

16-106
16-1794

=106
-198

16-1064
16-198

16-121
16-198#

24=523
26-655
26=710
26760
24-807
26-872
264=915
24=939
24=:00
26-;81
26-<87
26=>32

TSNS1

SEQ

10-9#
16-179#

24-9004
7-184
7-184

26-316
26-384
26-680
24-756
%2-3??’

26-53908
26-960
2;-?39‘
-184

7-184#
16-121

24-523
24-655
24=710
24=760
24-807
24-872
24=915
24-939
24=:00
24-;81
24-<B7
24=>32

10-23
16-192

24-915

24-316
24-38B4
24-6804
24-756
24-856

24-6108
24=960
24-B69F

24-523
24-655
24=710
24=760
24-807
24-872
24-9154
24-939
24=:00
24-;81
24-<B7
24=>32

24-3164
24-3B4
24-695
24-7564
24-8B67

24-6768
24-9604
24-COSH

24-523F
24-6554
24=7104
24=7604
24-BO7#
24-872¢
24-920
24-9394
24-:004
24~;814
24=<B7¥
24=>328

24-337
24-384
24-706
24-778
24-867

24-T278
24-:228
24-DSBN

24-539
24-676
24=727
24=774
24-832
24-889
24-920
24-957
24-:22
24-<01
24=-=07
24=>48

24-337
24-3B4N
24=706
24-778
24-867

24-774W
24-;520
24-ES3M

24-539
24-676
24-727
24=774
24-832
24-8B89
24-920
24-957
24-:22
24=<01
24=-=07
24=>48

24-337#4
24-405
24-706
24-778#
24-867

24-B328
24~<01W
24-FOS#

24-5394
24-6764
24-7274
24-7744
24-8324
24-889#
24-920#
24-957#4
24-:22#
24-<01#
24=-=074
24=>4BF

24-350
24-405
24-706
24-793
24-867#

24-8B9F
24-<LOF
24-FT70#

24-594
24-680
24-731
24-778
24-838
24-898
24-924
24-960
24-;32
24=-<27
24-=76
24-712

24-350
24-4054
24-7064
24-803
24-900

24-898
24-z074
24-GOBN

24-594
24-680
24-731
24-778
24-838
24-898
24-924
24-960
24-;32
24-<27
24-=76
24-712

24-594
24-6804
24-731M
24-7784
24-8384
24-8984
24-9244
24-9604
24-:;32
24=<27
24=-=76
24-712

24-594#
24-706
24-756
24-803
24-867
24-900
24-938
24-999
24-;328
24=-Q2TH
24==764
24=2128

24-610
24-706
24-756
24-803
246-867
24-900
24-938
24-999
24-;52
24-<49
24-=91
24-727

24-7314

MACRO v03.01 7-AUG-80 11:01:24 PAGE $-23
CIDMRD MB203 STATIC DIAG M
(ROSS REFERENCE TABLE (CREF v01-05 )

200

SEQ

PR RPRE T o, PR TN EINIRER LAY

— [ -— (V9] X Q.

7-18#

24-128
24-332
24-5394
24-832
26-;52
264-=918
24-A26
26-E53

26-37
26-14
24-128#
26-332
24-610
24-8328
24=;52
24->48
26=A268
24-E53

26-37#
26-14
24-166
26-3328
24-610
24-889
26=:520
24=>48
24-AB9

24-55%’

24=-140
24-166

26-39
24-203
24-3664
24-676
24-898
24=-<018
24-127
24-B69
24-FOS5#

24-203

24-400
24-6764
24-924
24-<49
24=2270
24-B69
24-F70

24-2034
24-400
24-727
24-957
24-<49
24-763
24-B6I¥
24-F70

24 67
24 247
24 4004
24 727
24-957
24=<LOn

24-763
24-C05
24-F704

24-674
24-247
24-449
26=7270
26=9574
24- 07
26=7638
24-C05
24-G08

24-101
24=2478
24449

24-774
24-960
24- =07
24-343
24~-CO5#
24-608

24101
24-298

26-46498
24-774
24-:22
24- 074

24-243

24-D58
24-GOB®

24-101#
24-298

24-539
24-7740
24-:22
264- =91
24-4038
24-D58
24-GS9

24-128
264-298¢#
24-539

24-8%2
2L-:22#

24~ 91
24-A26
24-D58%
24-GS9

OO e NN

\e—-=) —M=UNO OWOWO OOV0NV
OO —
OO e

VW OO OO OO0

24-366
24-6104
24-889
24-<0
24=>488
26~-A89
26-F0S
24-HI138

24=-39
26-1664
24-366
24-676
24-8894
24-<01
24~ .27
24-AB98
24-F05
26-39

M—NO Po=vO

26-164

NSOVO O

T$I1EST

CZDMRD MB8203 STATIC DIAG M

G 16

MACRO v03.01 7-AUG=-80 11:01:24 PAGE S-24

SE@

(ROSS REFERENCE TABLE (CREF v01-05 )

TSTSTS

110
Sk
12

13
114
115
116
17

118
119
12
120
120.1
120.2
121
121.1
122
123
124
125
126
127
128
129
13
130
131
132
133
134
135
136
137
138
139
14
140
141
142
15
16

22-12
24-133
26-320
24-480
24-589
26-765
24-B65
24-984
24-226
gz-Agg

22-13
04-148
24-337
26-4B2
24-594
26-746
24-B67
24-993
24=235
24-A73

23-10
24-150
24-348
24-499
24-637
24754
24-B72
24-994
24-347
24-B41

24-16
24=184
24-350
24-501
26-638
24=756
24-898
24-999
24-266
24-BS6

7-188

26=14K

24-398

24-67H

%2"?%'

264=7278

24-763M

26-3L3N

24-5308
-H13#4

9-8

9-8
9-8
9-8

9-8
9-8
9-8
9-8
9-8
9-8
9-8
9-8
9-8
24-898#
26-9244
9-8
24-9604
9-8
9-8
9-8
9-8
9-8
9-8
9-8

9-8

9-8
9-8
9-8
9-8
9-8
9-8
9-8
9-8
9-8
9-8
9-8
9-8
9-8
9-8
9-8
9-8

4-6100

24-6764

24-727M

26=2k
24=186
24-354
24-518
24-b47
24-760
24-900
24=:00
4=:7h
24-BB5
24=1014

24-774M
24-A268

26=27
24-026
Q4=371
24-520
Q4-b64B
24-778
26-913
24-:98
26=c76
04-BBB

2450
24-227
24-3B2
24-523
24-655
24-792
24-915
24-:99
24=>32
24-(B9

26=1288

24-1668

04-ABOR

26-BEON

24-8328

24-BBO®

24=52
24-232
24-3B4
24-551
24-bBO
24-793
24-920
h=;
o1
L-312
26-D3&
26-2038

24-9STH
26-COSH

24=72
Q24=278
24-38B
24-552
24-604
24-801
24-924
26=:22
24=47
24-E35
26-2678

24=:220

24-DSBE

24-84
24=279
24-405
24-565
24-695
24-803
24-936
24=;32
24=-797
24-EB7
24-2988

Q4=;52M
24-ES3H

24-B6
24=286
24-416
24-566
24-704
24-807
24-938
24-;81
24-312
24-FSS
24=3320

24=<01N
24=FOSH

24-144

24-3320
243660
24-4000

24-6490
24-539#
24-6100
24-6764
247278

24-774A
24-8320
24-394
24-889¢
24-9574
24-:220
24=;520
24-<01#
24-<498
24-2078
24-2914
24->48

264-2274
264-674

24-2634
24-3430
24-A264
24-A89#
24-B69
24-C05#
24-D584
24-E530
24-FO5#
24-F 708
26-101#
24-G08Y
24-G59¢
Q4=-H13#
241280
24-1668

201

24-90
24-303
24-418
24-577
24-706
24-838
24-939
24-<21
24-327
24-F87

24-115
24-314
24-422
24-578
24-710
24-855
24-960
24-<83
24395
24-G40

24-3668

24-4008

24-F70#

24-GOBK

Q4-<hON

26-=078

24-117
24-316
24-456
24-588
24-731
24-856
24-983
24-<87
24-A10
24-G90
24-4498

24-=914

24-GSON

TXAB
TXABT
TXCHAR

LR
X %
e TN
i
oD

3a
24

24-4656

X0
TM
X2
X3
x4
x5
TX6
X7

214

D e

TSOM
TSTCON
TSTNUM

—

TMP4

TMPS
TMP6
TMP7

24-C68

BRBPRRLSOONO

TMPO
L3
TMP2
TMP3

794

24-;60
24-<63

24->53
15=-:74

TXDATA
TXEN
TXEOM

24-140

26-<64

24-=98
24=->06
24-=98

TXLENOQ
TXLENT
TXLENZ

13-462
15-346

TXSOM
TXWORD

» W

—t —a D & NOrLNLOD
OO OWME N0
V=000
g OV —

LI
\hfiJl~UflrfiJ’flfi

wAX1S

WAITS50
WAX

=)
=A )

VECTOR

S4n

—

v35

24-B02¢

24->1
24->11
24->06

24-<18
24->18

24~<21

24~.;73

24-:76
24-205

24-<13
24-708

24=<16

26-:58+

24-,;06"
24=F75+

24L=-=37+

2L-F 11

24=-G16

24=233
24-G65+

24L=776+
24-H20+

246-<06
26->00

26-<1?

24->81

24-<09
24->03
264->86

24-<73

13-478

26->19

24-.64
24->22

24=.67
24->25

24=:70
24-,28

24=>74
24->74
24->79
26-=%7

24->84

24->94
24->94
24->89

24->94

24-:33e
24-ES59

24-<72

24-C17

24-C19

24=->64

24-<15
24->13

24-:75
24L-=56
24->76

24-.69

24-;66
24-<69
24->56

13=471
24-<70

13-469

TXGA
TXGOA

UAM
UNIT
UNRR
uPBITS

202

TERR
TEST
TESTMD
TIMFLG

SEQ

[]

18
19
TECH

h)h)t~t~&Wfi\fl\h\h\h3‘0‘“)*31)}2‘)()(hOCDflJ-‘thJhJODODOD
=S OO
NWN=N)

H 16
MACKO v03.01 7-AUG-80 11:01:24 PAGE S-25
CIDMRD MB203 STATIC DIAG M
CROSS REFERENCE TABLE (CREF v01-05 )

24->66

13-477

e4-;72

24-=15
24->MN

24->08
24=>9

24-702

24->96

24-"01

24->21

24-704

24-E30

26-B75¢

24-D74e

24-D96

24->89
24->84
24-H20
15-514+
24-E26¢

24-=31
24-266

24-3=43
24-307

24262
24-341

24-=70
24-375

15-559

15-780

15-:09

15-:29

24-:36

24-:60

24-=39

264-237

24-280

24-a60

24L-619¢

24-621

26-682+

26-684+

264-688

2“‘690

15-448
15-349

24->69
24->11
24=-:33

15-44B¢

15=449¢

15-:05+

24-E30

24409

26-£63

26-F15

24-G19

24~0669

24-971
24-H3"

15-447¢

15-449

15-970s

15-979¢

24-543¢

I 16

CZDMRD MB203 STATIC DIAG M

MACRO V03.01 7-AUG-80 11:01:24 PAGE S-26

SEQ

(ROSS REFERENCE TABLE (CREF Vv01-05 )

24-733+

24-T35e

2-739

WAX16

13-31#

15-199¢

15-200

WRDYTO

24=Fo4e
12-3428

24-FoBe
15-188

Q4-F32¢
15-214

WRIBYT

24-T48
24->79¢

13-278
15-204v
24-80

24-378

WRITAX
WRITLU
XSALWA

XSFALS
XSOFFS
X$TRUE

Xyl

26-A99¢

15-1B6#
26->65
24-E79
15-42
24-75
26-<56
7-18#

7-18#4
7-184
7-184

12=2524

24=750
24=>Bhe

15-41t
15-205¢
24-104¢

24-406*
24-B51¢

15-451
24=>70
24-F21
5
3#
24=105
26-774

12-259

24-741
15-450¢

24-7BOt
15-971¢

24-782+
15-981¢

24-7B6

24-788

24-BOr

2-B4b

24=:97¢

24->63e

24-(27¢

24-C39t

15-982

24-54ks

24=620%

24-622

24-683¢

24-685+

24-73ke

24-736¢

15-190¢
15-817+

15-191¢
15-823+
24-338+

15-192¢
15-975+
24-342

15-196+
24-73+

15-203¢
2478

24-353¢

24-344
24-A05e

15-200¢
2474+

24-842
24-C48

24-399
24-C69

24=>07
24-E67

24=>12
24~E71

24=>17
J4-E7S

15-455
24-902
24-(18

15-558
24-926
24-(22

15-818
24-966
24-D25

15-824
24=969
24-D28

15-97%
24=970
24-GB3

24=78%¢
24=>89¢

24-783¢
24=>%he

24-795
24->99¢

24-797
24-(2Be

24-BAle
24-(40¢

15-89¢
15-206¢
24=131e

15-90
15-346s
24-207¢

15-152¢
15-349+
24-258«

15-153¢
15-454s
24-259

15-154¢
15-557«
24-304e

15-155¢
15-816e
24-308

24=C17¢

24-(21¢

24-Do4v

24-D27¢

24-G82+

24=410

24-B72¢

15-972
24=>75
24-F25
15-156
24-132
24-a5h

24~F38e
24-5i6

24=417

15-983
24=>80
24=F29
15-193
24-208
24-A06

24-F40+

24=901¢
24-545
24=>85
24=F33
15-197
24-261
26-A37

24-F4be

24-925¢
24-623
24=>90
24-F37
15-201
24-305
24-A69

203

24-FiBe

24-965+
24-686
24=>95
24-F&1
15-207
24-339
24-B00

24-298¢
24-C45e

24=>06%
24-(68¢

24-068¢

24-310
24-<55¢

24-737
24=200
24-F4S
15-347
24-373
24-BS52

24-784
24-(29
24-F49
15-350
24-407
24-8B73

24=>11+
24-E66v

24=273%

24->16%
24-ET0v

24->64v
24-E74v

24=>69¢
24-E78¢

24-372¢
24-A36t

24=>The
24=F20e

24-376
24-A68e

SEHEa

J 16

CZDMRD M8203 STATIC DIAG M

MACRO v03.01 7-AUG-80 11:01:24 PAGE M-1

SEQ

CROSS REFERENCE TABLE (CREF v01-05 )

BCOMPL
BERROR
BGNAU
BGNAUT
B8ONCLN

1-15#
1-19#
1-234
1-31#
1-39#

BGNMSG

1-98#

BGNOU
BGNHRD
BGNHW
BGNINI
BGNMOD

BGNPRO
BGNPTA
BGNRPT

BGNSEG

BGNSET
BGNSFT
BGNSRV
BGNSUB
BGNSW

BGNTST

BNCOMP
BNERRO
BREAK
BRESET
(KLOOP
CLOCK
CLOSE
CLRVEC
COMMEN
DELAY
DESCRI
DEVIYP
DISPAT
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MACRO v03.01 7-AUG-80 11:01:24 PAGE M-3
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MACRO v03.01
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MACRO v03.01 7-AUG-80 11:01:24 PAGE M-5
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MACRO v03.01 7-AUG-80 11:01:24 PAGE M-6
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24-706

24-382
24-405#
24-4%6
24-480
24-4824
24-501
24-520
24-551
24-5034
24=5774
24-5884
24-637#
24-04TH
24-694
24-704#
24=745
24-754#
24-79¢
24-801#
24-855
24-865#

24-B85
24-(89#
24-G40
25-17
25-19
24-70t#

RE SRk R

S GG =N

u® % Uk n & b

R &% Rkt & &k =

- W - R NN N WHan

MR FOONIO VOO —O0O0 M NO =M NN | —FMMNOINrrNOCTOONNONOOMI-ON
I I TI T TTT
T IT I IIE I II TS NN N OO OO O OOOOOONITI IIIIIII
OO

-0O0SNGNONMNMPINO~-NNPY]-YNeYY-.YL..
21
StQ

MACRO V03.01 7-AUG=80 11:01:24 PAGE M-8
CZOMRD M8203 STATIC DIAG M
CROSS REFERENCE TABLE (CREF v01-05 )

A e e A B B BB B 42 o VOIIIIIIIIYT OO OOOVOOOOOO0OVN OIS IIIIITIIT

00 8 8 000 [ R NN o0 0 0 0t

Sak & Bk etk Ryt

[ I I I I I I ] N O 0 0 e 0 0 0« 0 0 0 ) 0

212
SEQ

MACRO v03.01 7-AUG-80 11:01:24 PAGE M-9
CIOMRD M8203 STAT(C DIAG #1
CROSS REFERENCE TABLE (CREF v01-05 )

H
1
MACRO v03.01 7-AUG-80 11:01:24 PAGE M-10
CROSS REFERENCE TABLE (CREF v01-05 )

CIOMRD M8203 STAT(C DIAG #1

00112223“‘5566677888900001!22223"80011112222333““‘5566

MsPUTI

TVENOO TM e NN NG & T F FANNO
TN OO O OOV OOOONNNNME
O e ONONNT NE

MSPUT

SEQ

213

MACRO v03.01 7-AUG-80 11:01:24 PAGE M-11
CIOMRD MB203 STATIC DIAG M
CROSS REFERENCE TABLE (CREF v01-05 )

SEQ

214

e e e e e N — e NN OO OO OO O O - o= v o r—

0 0 0 8 0 0L 0 0 b 0 0 0 e U

- NNVNNO 0 A O erermrer e ONONNeEeerMINAAO0YB0 NOYOOO0 v
—er e NONONN
e
N
I
N
I
N
O
N
I
N
I
N
O
N
N
O
e
e
e
N
O
N
I
N
O
I
N
I
N
O
(OO
=
e
e

ONI-O00 A O 0 rer r e NNOVYB NOOOOO—
e
Y
N
I
N
I
N
O
N
I
N
I
N
I
N
I
N
O
N
I
N
I
N
e
e
e
e
—r—r ee C——N ONONeONI—M eOON OONN SN OO

OMOM O 0 OO0 B B BN N OOV OO WNACCOVOEaEE A & & O O MM OVE MOTMUNWN—

w»

215
SEQ

MACRO Vv03.01 7-AUG=80 11:01:24 PAGE M-12
CIDMRD M8203 STATIC DIAG M
(ROSS REFERENCE TABLE (CREf v01-05 )

MACRO v03.01 7-AUG-80 11:01:24 PAGE M-13
CZIOMRD M8203 STATIC DIAG M
| CROSS REFERENCE TABLE (CREF v01-05 )
o

SEQ

216

0 6 0 0 0 0 0 0 00 R
NIV O
NI OONOOCON—
=N~ MM TNN O OO0 s HAMDW (.
e
000
00 0 0 0 0 0 0 0NN

MSWORD

SE@

MACRO v03.01 7-AUG-80 11:01:24 PAGE M-14
CIDMRD MB203 STATIC DIAG M
CROSS REFERENCE TABLE (CREF v01-05 )

T TN

00 0000

24-16

A A A A A B A8

217